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uniqueElements(value, index, self) { return self.indexOf(value) === index; }\n\n/**\n* Extracts x and y of translate from transform property\n* @param {string} transform transform property of svg element\n* @returns {number[]} x, y of translate(x, y)\n*/\nexport function getTranslation(transform) {\n  // Create a dummy g for calculation purposes only. This will never\n  // be appended to the DOM and will be discarded once this function\n  // returns.\n  var g = document.createElementNS('http://www.w3.org/2000/svg', 'g');\n  // Set the transform attribute to the provided string value.\n  transform = transform == undefined ? 'translate(0,0)' : transform;\n  g.setAttributeNS(null, 'transform', transform);\n  // consolidate the SVGTransformList containing all transformations\n  // to a single SVGTransform of type SVG_TRANSFORM_MATRIX and get\n  // its SVGMatrix.\n  var matrix = g.transform.baseVal.consolidate().matrix;\n  // As per definition values e and f are the ones for the translation.\n  return [matrix.e, matrix.f];\n}\n\n\n/**\n* Modifies luminance of hexidecimal number\n* @param {string} hex should be hexidecimal value with or without the proceeding octotrope\n* @param {number} lum value to increase or decrease luminosity by\n* @returns {string} updated hexidecimal value without the proceeding octotrope\n*/\nexport function modifyHexidecimalColorLuminance(hex, lum) {\n  // validate hex string\n  var hex = String(hex).replace(/[^0-9a-f]/gi, '');\n\n  if (hex.length < 6) {\n    hex = hex[0]+hex[0]+hex[1]+hex[1]+hex[2]+hex[2];\n\t}\n\tlum = lum || 0;\n\n\t// convert to decimal and change luminosity\n\tvar rgb = '#', c, i;\n\tfor (i = 0; i < 3; i++) {\n\t\tc = parseInt(hex.substr(i*2,2), 16);\n\t\tc = Math.round(Math.min(Math.max(0, c + (c * lum)), 255)).toString(16);\n\t\trgb += ('00'+c).substr(c.length);\n\t}\n\n\treturn rgb;\n}\n\n\n/**\n* @deprecated @see{@link tickRange}\n* @param {number} min\n* @param {number} max\n* @param {number} parts\n* @returns {number[]} array of length parts evenly partitioned between min and max\n*/\nexport function partitionRangeInto(min, max, parts) {\n  var diff = max - min\n  return Array(parts).map(function (e, i) { return min + diff / parts * i })\n}\n\n\n/**\n* Calculated the quartiles of the passed data and stores them with qKeys\n* @param {number[]} data list of numerical values\n* @param {string[]} [qKeys=['q0', 'q1', 'q2', 'q3', 'q4']] how returned object with quartiles should be stored\n* @returns {Object} with keys qKeys giving only the numerical values for the quartiles\n*/\nexport function quartiles(data, qKeys) {\n  var\n  q2 = d3.median(data),\n  lower = data.filter(x => x < q2),\n  upper = data.filter(x => x > q2),\n\n  q1 = d3.median(lower),\n  q1 = q1 == undefined ? q2 : q1,\n\n  q0 = d3.min(lower),\n  q0 = q0 == undefined ? q1 : q0,\n\n  q3 = d3.median(upper),\n  q3 = q3 == undefined ? q2 : q3,\n\n  q4 = d3.max(upper),\n  q4 = q4 == undefined ? q3 : q4,\n\n  k0 = 'q0', k1 = 'q1', k2 = 'q2', k3 = 'q3', k4 = 'q4',\n  obj = {}\n  if (qKeys!=undefined && qKeys.length == 5) { k0 = qKeys[0]; k1 = qKeys[1]; k2 = qKeys[2]; k3 = qKeys[3]; k4 = qKeys[4]; }\n  obj[k0] = q0; obj[k1] = q1; obj[k2] = q2; obj[k3] = q3; obj[k4] = q4;\n\n  return obj\n}\n\n\n/**\n* Helper function to get all values needed in making violin plots\n* @param {string[]} violinKeys\n* @param {number[]} data\n* @param {Function} valueExtractorFunction how to get values from data[violinKeys[i]]\n* @param {boolean} horizontalQ whether or not violins will be rendered horizontally or vertically\n* @param {string} qKey how the object containing the quartiles should be labeled as\n* @param {string[]} qKeys how each quartile should be labeled as\n* @returns {Object} required for @see{@link violin} containing keys values, binnned, frequencies, points, and quartiles\n* @see{@link quartiles}\n*/\nexport function extractViolinValues(\n  violinKeys,\n  data,\n  valueExtractorFunction,\n  horizontalQ,\n  qKey,\n  qKeys\n){\n  var obj = {}\n  violinKeys.map(function(k, i){\n     var d = valueExtractorFunction(k, i, data),\n     binned = d3.histogram()(d),\n     frequencies = binned.map(x=>x.length),\n     minPoint = horizontalQ ? {y: d3.min(d), x: 0} : {x: d3.min(d), y: 0},\n     maxPoint = horizontalQ ? {y: d3.max(d), x: 0} : {x: d3.max(d), y: 0},\n     points = binned.map(function(bin, i) {\n       return horizontalQ\n       ? {y: (bin.length) ? d3.median(bin): d3.median([bin.x0, bin.x1]), x: frequencies[i]}\n       : {x: (bin.length) ? d3.median(bin): d3.median([bin.x0, bin.x1]), y: frequencies[i]}\n     }),\n     quarts = quartiles(d, qKeys),\n     o = {\n       values: d,\n       binned: binned,\n       frequencies: frequencies,\n       points: [minPoint].concat(points).concat([maxPoint])\n     }\n     o[qKey] = quarts;\n     obj[k] = o;\n   });\n   return obj;\n}\n\n/**\n* Hypenates all strings together\n* @param {string[]} arguments\n* @returns {string} \"arg1-arg2-...-argn\"\n*/\nexport function hypenate(){ return Array.prototype.slice.call(arguments).join('-') }\n\n\n/**\n* Rounds decimals of number to precision\n* @param {number} number\n* @param {number} precision\n* @returns {number} rounded to precision\n*/\nexport function round(number, precision) {\n  var shift = function (number, precision, reverseShift) {\n    if (reverseShift) {\n      precision = -precision;\n    }\n    var numArray = ('' + number).split('e');\n    return +(numArray[0] + 'e' + (numArray[1] ? (+numArray[1] + precision) : precision));\n  };\n  return shift(Math.round(shift(number, precision, false)), precision, true);\n}\n\n/**\n* recursively ascends element.parentElement to find a svg tag\n* @param {Element} element\n* @returns {Element | undefined}\n*/\nexport function getContainingSVG(element) {\n  var parent = element.parentElement\n  var tag = parent.tagName.toLowerCase()\n  if (tag === 'svg') { return parent; }\n  if (tag === 'html') { return undefined; }\n  return getContainingSVG(parent);\n}\n\n/**\n* Maps arguments in to d3.interpolateRgbBasis\n* @param arguments\n* @returns {Function}\n*/\nexport function interpolateColors(){return d3.interpolateRgbBasis(arguments)}\n\n\n/**\n* Trys to reduce text to fit in specified area, made for tick labels as called by\n* @see{@link axis}\n* @param {d3.selection} t container for specific axis tick\n* @param {string} text to be the label of the passed axis tick\n* @param {boolean} orient of the axis, true is horizontal, false is vertical\n* @param {number} tickLength is the length of the text\n* @param {number} space is the amount of availble space for the text and the tick to fit in\n* @param {boolean} overflowQ whether or not allowed to go over the alloted space\n* @returns {none}\n*/\nexport function truncateText(t, text, orient, tickLength, space, overflowQ) {\n  var rect = t.node().getBoundingClientRect()\n  t.text(text)\n  while (Math.max(rect.width, rect.height) > space - tickLength) {\n    text = String(text)\n    text = text.slice(0, text.length - 1)\n    t.text(text + '...')\n    rect = t.node().getBoundingClientRect()\n    if (text.length == 0) break\n  }\n}\n\nexport function truncateString(string, space, font) {\n  var chars = space / font;\n  if (chars < string.length) {\n    return string.slice(0, Math.round(chars-5)) + '...'\n  } else {\n    return string\n  }\n}\n\n\n/**\n* Trys to use d3.selection to get element, if it doesnt exist, makes one\n* @param {d3.selection} sel selection in which to try and find object\n* @param {string} tag tag of which to try and select\n* @param {string} [cls=''] class of tag to try and grab\n* @returns {d3.selection} of either append or selected tag.cls within sel\n*/\nexport function safeSelect(sel, tag, cls) {\n  var clsStr = cls == undefined ? '' : '.'+cls;\n  var sSel = sel.select(tag+clsStr).empty()\n  ? sel.append(tag)\n  : sel.select(tag+clsStr)\n  return sSel\n  .classed(clsStr.replace('.', ''), true)\n  .attr('transform', sSel.attr('transform') == undefined ? 'translate(0,0)' : sSel.attr('transform'))\n}\n\n/**\n* evenly partitions the range [min, max] into n parts\n* @param {number} min\n* @param {number} max\n* @param {number} n\n* @returns {number[]} array of length n evenly partitioned between min and max\n*/\nexport function tickRange(min, max, n) {\n  var a = [min]\n  var d = max-min\n  var s = d / (n-1)\n  for (var i = 0; i < n-2; i++) { a.push(min + s * (i+1)) }\n  a.push(max)\n  return a\n}\n\n\nexport function euclideanDistance(p1, p2){\n  var a =  p1[0] - p2[0], b =  p1[1] - p2[1]\n  return Math.sqrt(a*a + b*b)\n}\n","import {uniqueElements} from './helpers';\n/*******************************************************************************\n**                                                                            **\n**                                                                            **\n**                              PROTOTYPES                                    **\n**                                                                            **\n**                                                                            **\n*******************************************************************************/\n/**\n* This function tests to see if all elements of the passed array are true.\n* @param {Array} array of values\n* @param {Function} [func function(value){return value == true;}] is applied to each value of the array and should return a boolean.\n* @returns {boolean} if all values are true by function\n*/\nexport function all( array, func ) {\n  if (func == undefined) { return array.every( function(value) { return value === true; }); }\n  return array.every( function(value) { return func(value); } );\n}\n\n/**\n* Counts the number of occurances of each element in the given array.\n* @param {Array} array of elements\n* @returns {Object} of key: value pairs where key is an element in the array and value is the number of times it occurs.\n*/\nexport function tally( array ) {\n  var tallies = {};\n  array.map( function ( element ) {\n    if ( hasQ(Object.keys(tallies), element) ) { tallies[element] = 1; }\n    else { tallies[element] += 1; }\n  });\n  return tallies;\n}\n/**\n* Short-hand for array.includes(item);\n* @param {Array} array\n* @param {*} item to test if contained in  {array}\n* @returns {boolean}\n*/\nexport function hasQ( array, item ) { return array.includes(item); }\n\n/**\n* Returns first item in array\n* @param {Array} array of items\n* @returns {*} array[0]\n*/\nexport function first( array ) { return array[0]; }\n\n/**\n* Returns last item in array\n* @param {Array} array of items\n* @returns {*} array[array.length-1]\n*/\nexport function last( array ) { return array[array.length-1]; }\n\n/**\n* Calculates the total value of numbers in passed array\n* @param {number[]} array of numerical values\n* @returns {number} sum over elements in array\n*/\nexport function total( array ) { return array.reduce((a, b) => a + b, 0) };\n\n/**\n* Removes duplicates in array\n* @param {Array} array of items\n* @returns {Array} of items such that item_i != item_j for all i < j\n* @see{@link uniqueElements} for the filtering function\n*/\nexport function unique( array ) { return array.filter( uniqueElements ); }\n\n/**\n* Filters passed array for specified indicies\n* @param {Array} array of items\n* @param {number[]} positions of integers such that i < array.length\n* @returns {Array} of items such that for any item_i, positions.includes(i) === true\n*/\nexport function get( array, positions ) {\n  return array.filter( function( value, index ) { return hasQ(positions, index); } );\n}\n\n/**\n* Determines if all elements in passed array are arrays themselves.\n* @param {Array} array of items\n* @returns {boolean} true if Array.isArray(e) is true for all e in array\n* @see{@link all}\n*/\nexport function listOfListsQ( array ) {\n  return all( array.map( function( element, index ) { return Array.isArray(element) } ) )\n}\n\n/**\n* Built on top of @see{@link get}, mapping if positions is a list of lists (@see{@link listOfListsQ})\n* @param {Array} array of items\n* @param {number[] | []number[] } positions of integers or list of positions of integers\n* @returns {boolean} returns specified positions from array. If nested positions passed, returns requested items in same structure.\n*/\nexport function cut( array, positions ) {\n  if ( listOfListsQ(array) ) { return positions.map(function(pos, i) { return array.get(pos); }); }\n  return get( array, positions );\n}\n\n/**\n* Given an array of objects, constructs new objects where each value is a list\n* based on the corresonding key, which is extracted by the parameter by\n* @param {Objects[]} array of objects\n* @param {string} by key within all objects of passed array\n* @param {string[]} [groups] saves some computation if all known values extracted by mapping over the parameter by are passed\n* @returns {Object} of key value pairs, where keys are all values of the key by from an object in the passed array and the value are those corresponding objects.\n*/\nexport function groupBy (array, by, groups) {\n  if (groups == undefined) {\n    groups = unique(array.map(function(elements, index){ return element[by]; }));\n    groups.map(function(value, index){groupped[value] = []})\n  }\n\n  var groupped = {};\n  array.map(function(element, index){groupped[element[by]].push(element)});\n  return groupped\n}\n\n/**\n* Tests if two arrays are equivalent\n* @param {Array} array\n* @param {Array} other\n* @returns {boolean} if every element of array matches that of other\n*/\nexport function arrayEquals(array, other) {\n  if (!other)\n      return false;\n  // compare lengths - can save a lot of time\n  if (array.length != other.length)\n      return false;\n\n  for (var i = 0, l=array.length; i < l; i++) {\n      // Check if we have nested arrays\n      if (array[i] instanceof Array && other[i] instanceof Array) {\n          // recurse into the nested arrays\n          if (!arrayEquals(array[i],other[i]))\n              return false;\n      }\n      else if (array[i] != other[i]) {\n          // Warning - two different object instances will never be equal: {x:20} != {x:20}\n          return false;\n      }\n  }\n  return true;\n}\n\n\n\n/**\n* Recursively tallies the number of elements at each level of the passed, putatively nested array\n* @param {Array} array of items which may include nested arrays\n* @param {number} [level=0] current depth in the recursion\n* @param {Array} [levelData=[]] keeps track of items seen so far at each depth\n* @returns {Array} stating the number of elements (array inclusive) found at each level of the array\n*/\nexport function elementsAtLevels(array, level, levelData) {\n  level = level == undefined ? 0 : level + 1;\n  levelData = levelData == undefined ? [] : levelData;\n  if ( level >= levelData.length ) { levelData.push(array.length)} else {levelData[level] += array.length }\n  array.map(function(e, i) {if (Array.isArray(e)){ elementsAtLevels(e, level, levelData) }})\n  return levelData\n}\n\n\n/**\n* Recursively tallies the number of elements of the passed, putatively nested array\n* @param {Array} array of items which may include nested arrays\n* @param {number} [elements=0] current number of elements seen so far\n* @returns {number} number of elements (array inclusive) found in passed array\n*/\nexport function numberOfElements( array, elements ) {\n  elements = elements == undefined ? 0 : elements;\n  array.map(function(e, i) {\n    if ( Array.isArray(e) ) { elements = numberOfElements(e, elements) }\n    else { elements += 1 }\n  })\n  return elements\n}\n\n/**\n* Concats all nested arrays in passed array to form a single array\n* @param {Array} array of putatively nested arrays\n* @param {Array} [flat=[]] current flattened array\n* @returns {Array} with every element in the same level\n*/\nexport function flatten( array, flat ) {\n  flat = flat == undefined ? [] : flat;\n  array.map(function(e, i){\n    if (Array.isArray(e)) {flat = flat.concat(flatten(e))}\n    else {flat.push(e)}\n  })\n  return flat;\n}\n\n/**\n* Search of list of lists to find which - if any - passed value is in\n* @param {Array[]} bins list of lists of values\n* @param {*} value item to test if in any of the bins\n* @returns {number} indicating the index of the bin in which value was found\n*/\nexport function whichBin(bins, value) {\n  var i = -1\n  for (var j = 0; j < bins.length; j++) { if (hasQ(bins[j],value)) {return j} }\n  return i\n}\n","import {hypenate, safeSelect} from './helpers';\nimport {total} from './array-functions';\n\n\n/**\n * calls console.group if d3sm.debugQ == true\n * @param {string} name of the group\n * @returns {undefined}\n */\nexport function consoleGroup(name) {\n  if (window.d3sm.debugQ === true){\n    console.group(name)\n  }\n}\n\n/**\n * calls console.groupEnd if d3sm.debugQ == true\n * @returns {undefined}\n */\nexport function consoleGroupEnd() {\n  if (window.d3sm.debugQ === true){\n    console.groupEnd()\n  }\n}\n\n/**\n * Calls console.log if d3sm.debugQ == true\n * @param {string} func name of the function logging\n * @param {string} msg to log\n * @param {Object} data to be logged along side the message\n * @returns {undefined}\n */\nexport function log(func, msg, data) {\n  if (window.d3sm.debugQ === true){\n    console.log(\n      `%c[d3sm::${func}]:\\t${msg}`,\n      [\n        'background: #6cd1ef',\n        'border-radius: 5000px',\n        'padding: 0px 2px',\n        'font-size: 14px'\n      ].join(';')\n    )\n    console.table(data)\n    // console.trace()\n  }\n}\n\n/**\n * Calls console.warn if d3sm.debugQ == true\n * @param {string} func name of the function warning\n * @param {string} msg to display\n * @param {Object} data to be displayed along side the message\n * @returns {undefined}\n */\nexport function warn(func, msg, data) {\n  if (window.d3sm.debugQ === true)\n    console.warn(\n      `%c[d3sm::${func}]:\\t${msg}`,\n      [\n        'background: #ffd53e',\n        'border-radius: 5000px',\n        'padding: 0px 2px',\n        'font-size: 14px'\n      ].join(';')\n    )\n    console.table(data)\n}\n/**\n * Calls the console.info if d3sm.debugQ == true\n * @param {string} func name of the function providing info\n * @param {string} msg to display\n * @param {Object} data to be displayed along side the message\n * @returns {undefined}\n */\nexport function info(func, msg, data) {\n  if (window.d3sm.debugQ)\n    console.info(\n      `%c[d3sm::${func}]:\\t${msg}`,\n      [\n        'background: #009ccd',\n        'border-radius: 5000px',\n        'padding: 0px 2px',\n        'font-size: 14px'\n      ].join(';')\n    )\n    console.table(data)\n}\n\n\n/**\n * Calls console.error if d3sm.debugQ == true\n * @param {string} func name of the function which sends the error\n * @param {string} msg to display\n * @param {Object} data to be displayed along side the message\n * @returns {undefined}\n */\nexport function error(func, msg, data) {\n  if (window.d3sm.debugQ)\n    console.error(`[d3sm::${func}]:\\t${msg}\\t%o`,data)\n}\n\n\n\n\n\n/**\n* Function for setting up containers for most plots with the y axis container\n* positioned on the left and the x axis container positioned on the bottom\n* @param {d3.selection} selection selection of container in which the svg is or should be made\n* @param {string} namespace namespace of the chart\n* @param {Object} [space={w:window.innerWidth, h:window.innerHeight}] the width (w) and height (h) availble\n* @param {number} [space.w=window.innerWidth] the available width in which to render the chart\n* @param {number} [space.h=window.innerHeight] the available height in which to render the chart\n\n* @param {Object} [margins={top: 0.01, bottom: 0.01, left: 0.01, right: 0.01}] the margins for the chart\n* @param {number} [margins.top=0.01] the top margin of the chart\n* @param {number} [margins.bottom=0.01] the bottom margin of the chart\n* @param {number} [margins.left=0.01] the left margin of the chart\n* @param {number} [margins.right=0.01] the right margin of the chart\n\n\n* @param {Object} [percentages = {axes:{x:0.1,y:0.1},space:{w:0.8,h:0.6}}] percentages of the paramater space of which to make the x and y axes as well as the percent of the availble space in which to render the plot\n* @param {Object} [percentages.axes={x:0.1,y:0.1}] the percentages of the paramater space, of which the x and y axes will take up\n* @param {number} [percentages.axes.xAxisPercent=0.1] the percentages of the paramater space, of which the x axis will take up\n* @param {number} [percentages.axes.yAxisPercent=0.1] the percentages of the paramater space, of which the y axis will take up\n\n* @param {Object} [percentages.space={w:0.8,h:0.6}] the percentages of the paramater space, of which the SVG's width and height will be set\n* @param {number} [percentages.space.percentOfSpaceForWidth=0.1] the percentages of the paramater space, of which the SVG's width will be set\n* @param {number} [percentages.space.percentOfSpaceForHeight=0.1] the percentages of the paramater space, of which the SVG's height will be set\n\n* @returns {Object} returns the selection and \"boundingRects\" of the plot container, x-axis container and y-axis container\n* as\n*\n* {\n*\n*   plot: {selection: plotSelection, rect: plotRect},\n*\n*   xAxis:{selection:xAxisSelection, rect:xAxisRect},\n*\n*   yAxis: {selection:yAxisSelection, rect:yAxisRect}\n*\n* }\n*\n* where each rect has form:\n*\n* {x: #, y: #, h: #, w: #}\n*\n* depicting the starting x and y coordinate of the coresponding container (also their default transform values) as well their height (h) ans width (w)\n*/\n// export function setupStandardChartContainers( selection, namespace, space, margins, percentages) {\n// export function setupStandardChartContainers(\n//   selection,\n//   namespace,\n//   space={w:availableWidth=window.innerWidth, h:availableHeight=window.innerHeight},\n//   margins={top:0.01, bottom:0.01, left:0.01, right:0.01},\n//   percentages={axes: {x: xAxisPercent=0.1, y: yAxisPercent=0.1}, space: {w: percentOfSpaceForWidth, h: percentOfSpaceForHeight}}\n// ) {\n//   if (space == undefined) { space = {w: window.innerWidth, h: window.innerHeight} }\n//   if (margins == undefined) { margins = {top: 0.01, bottom: 0.01, left: 0.01, right: 0.01} }\n//   if (percentages == undefined) { percentages = {}; }\n//   if (percentages.axes == undefined) { percentages.axes = { x:0.1, y:0.1 } }\n//   if (percentages.space == undefined) { percentages.space = { w: 0.8, h: 0.6 } }\n//\n//   // SVG width and height\n//   var svgSpace =  {\n//     w: space.w * percentages.space.w,\n//     h: space.h * percentages.space.h\n//   },\n//\n//   // Space after removing margins\n//   chartSpace = {\n//     w: svgSpace.w - (margins.left * space.w) - (margins.right * space.w),\n//     h: svgSpace.h - (margins.top * space.h) - (margins.bottom * space.h)\n//   },\n//\n//   // main dimension of x and y axies\n//   // e.g. defines how tall x axis is as length is determined by plotRect.w\n//   axesSpace = {\n//     x: chartSpace.h * percentages.axes.x,\n//     y: chartSpace.w * percentages.axes.y\n//   },\n//\n//   // space left for drawing the chart properly (e.g. bars, violins, etc)\n//   drawingSpace = {\n//     x: chartSpace.w - axesSpace.y,\n//     y: chartSpace.h - axesSpace.x\n//   },\n//\n//\n//   yAxisRect = {\n//     x: axesSpace.y + (margins.left * space.w),\n//     y: (margins.top * space.h),\n//     w: axesSpace.y,\n//     h: drawingSpace.y\n//   },\n//\n//   plotRect = {\n//     x: axesSpace.y + (margins.left * space.w),\n//     y: (margins.top * space.h),\n//     w: drawingSpace.x,\n//     h: drawingSpace.y\n//   },\n//\n//   xAxisRect = {\n//     x: axesSpace.y + (margins.left * space.w),\n//     y: (margins.top * space.h + plotRect.h),\n//     w: drawingSpace.x,\n//     h: axesSpace.x\n//   }\n//\n//\n//   var container = safeSelect(selection, 'svg', namespace)\n//     .style('width', svgSpace.w+'px')\n//     .style('height', svgSpace.h+'px')\n//\n//   var axes = safeSelect(container, 'g', hypenate(namespace, 'axes'))\n//\n//   // .attr('transform', \"translate(\"+plotRect.x+\",\"+plotRect.y+\")\"),\n//\n//   var plot = safeSelect(container, 'g', hypenate(namespace, 'plot'))\n//     .attr('transform', \"translate(\"+plotRect.x+\",\"+plotRect.y+\")\")\n//\n//   var xAxis = safeSelect(axes, 'g', hypenate(namespace, 'x-axis'))\n//     .attr('transform', \"translate(\"+xAxisRect.x+\",\"+xAxisRect.y+\")\")\n//\n//   var yAxis = safeSelect(axes, 'g', hypenate(namespace, 'y-axis'))\n//     .attr('transform', \"translate(\"+yAxisRect.x+\",\"+yAxisRect.y+\")\")\n//\n//   return {\n//     svg: {\n//       selection: container,\n//       rect: svgSpace\n//     },\n//     plot: {\n//       selection: plot,\n//       rect: plotRect\n//     },\n//     xAxis: {\n//       selection: xAxis,\n//       rect: xAxisRect\n//     },\n//     yAxis: {\n//       selection: yAxis,\n//       rect: yAxisRect\n//     }\n//   }\n//\n//   // return [plot, xAxis, yAxis]\n// }\n//\n//\n\n\n\n\n\nexport function setupStandardChartContainers(\n  selection,\n  namespace,\n  container,\n  margins={top:0.01, bottom:0.01, left:0.01, right:0.01},\n  svg={w:0.8, h:0.6}, // percent of container space for svg\n  axes={y:0.1, x:0.1}, // percent of container space for axes,\n  leg={x:0, margin:0, pos:'left'} // absolute width of legend and space on either size\n)\n{\n  if (container == undefined) {container = {w:window.innerWidth, h:window.Height}}\n  // SVG width and height\n\n  var svgSpace =  {\n    w: container.w * svg.w,\n    h: container.h * svg.h\n  }\n\n  var margPx = {\n    top: margins.top * svgSpace.h,\n    bottom: margins.bottom * svgSpace.h,\n    left: margins.left * svgSpace.w,\n    right: margins.right * svgSpace.w\n  },\n\n\n\n  // Space after removing margins\n  chartSpace = {\n    w: svgSpace.w - margPx.left - margPx.right,\n    h: svgSpace.h - margPx.top - margPx.bottom\n  },\n\n  // main dimension of x and y axies\n  // e.g. defines how tall x axis is as length is determined by plotRect.w\n  axesSpace = {\n    x: chartSpace.h * axes.x,\n    y: chartSpace.w * axes.y\n  },\n\n  // space left for drawing the chart properly (e.g. bars, violins, etc)\n  drawingSpace = {\n    x: chartSpace.w - axesSpace.y - leg.x - 2*leg.margin,\n    y: chartSpace.h - axesSpace.x\n  },\n\n\n  legRect = {\n    x: leg.margin + margPx.left + (leg.pos == 'left' ? 0 : drawingSpace.x + axesSpace.y),\n    y: margPx.top, // this is soomehow getting calculated incorectly\n    w: leg.x,\n    h: drawingSpace.y\n  },\n\n  yAxisRect = {\n    x: axesSpace.y + margPx.left + (leg.pos == 'left' ? leg.x + 2*leg.margin : 0),\n    y: margPx.top,\n    w: axesSpace.y,\n    h: drawingSpace.y\n  },\n\n  plotRect = {\n    x: axesSpace.y + margPx.left + (leg.pos == 'left' ? leg.x + 2*leg.margin : 0),\n    y: margPx.top,\n    w: drawingSpace.x,\n    h: drawingSpace.y\n  },\n\n  xAxisRect = {\n    x: axesSpace.y + margPx.left + (leg.pos == 'left' ? leg.x + 2*leg.margin : 0),\n    y: margPx.top + drawingSpace.y,\n    w: drawingSpace.x,\n    h: axesSpace.x\n  }\n\n\n\n  container = d3sm.safeSelect(selection, 'svg', namespace)\n    .style('width', svgSpace.w+'px')\n    .style('height', svgSpace.h+'px')\n\n  var axes = d3sm.safeSelect(container, 'g', d3sm.hypenate(namespace, 'axes'))\n\n  var leg = d3sm.safeSelect(container, 'g', d3sm.hypenate(namespace, 'legend'))\n  .attr('transform', \"translate(\"+legRect.x+\",\"+legRect.y+\")\")\n\n  var plot = d3sm.safeSelect(container, 'g', d3sm.hypenate(namespace, 'plot'))\n    .attr('transform', \"translate(\"+plotRect.x+\",\"+plotRect.y+\")\")\n\n  var xAxis = d3sm.safeSelect(axes, 'g', d3sm.hypenate(namespace, 'x-axis'))\n    .attr('transform', \"translate(\"+xAxisRect.x+\",\"+xAxisRect.y+\")\")\n\n  var yAxis = d3sm.safeSelect(axes, 'g', d3sm.hypenate(namespace, 'y-axis'))\n    .attr('transform', \"translate(\"+yAxisRect.x+\",\"+yAxisRect.y+\")\")\n\n  return {\n    svg: {\n      selection: container,\n      rect: svgSpace\n    },\n    plot: {\n      selection: plot,\n      rect: plotRect\n    },\n    xAxis: {\n      selection: xAxis,\n      rect: xAxisRect\n    },\n    yAxis: {\n      selection: yAxis,\n      rect: yAxisRect\n    },\n    legend: {\n      selection: leg,\n      rect: legRect\n    }\n  }\n}\n\n\n\n/**\n* Adds a clip-path rect and binds it to container\n* @param {d3.selection} container in which to add the clip-path and to which to bind the cliping path to\n* @param {Object} rect the coordinates (x, y, width, height) of the clip-path\n* @param {string} namespace\n* @returns {d3.selection} of the clip-path rect\n*/\nexport function cpRect(container, rect, namespace) {\n  var defs = safeSelect(container, 'defs', hypenate(namespace, 'definitions'))\n  var cp = safeSelect(defs, 'clipPath', hypenate(namespace, 'clip-path'))\n  .attr('id', hypenate(namespace, 'clip-path'))\n\n  var cpRect = safeSelect(cp, 'rect')\n  .attr('x', rect.x)\n  .attr('y', rect.y)\n  .attr('width', rect.width)\n  .attr('height', rect.height)\n\n  defs.raise()\n  // set clipping path to container\n  container.attr('clip-path', 'url(#'+ hypenate(namespace, 'clip-path')+')')\n\n  return cpRect\n}\n\n\n/**\n* Adds a background rect t to container\n* @param {d3.selection} container in which to add the background rectangle\n* @param {Object} rect the coordinates (x, y, width, height) of the background\n* @param {string} fill the color of the background\n* @returns {d3.selection} of the background fill\n*/\nexport function bgRect(container, rect, fill) {\n  return safeSelect(container, 'rect', 'bg')\n  .attr('x', rect.x)\n  .attr('y', rect.y)\n  .attr('width', rect.width)\n  .attr('height', rect.height)\n  .attr('fill', fill)\n}\n\n\n/**\n* Sets up the container for making chart elements. This includes making\n* a clip-path rect bound to the passed container, a background rect, and\n* a g element with class <namespace>-object-container.\n* @param {d3.selection} container in which to add the clip-path and background\n* @param {string} namespace\n* @param {Object} rect the coordinates (x, y, width, height) of the background and clip-path\n* @param {string} fill the color of the background\n* @returns {d3.selection} of g.<namespace>-object-container\n*\n* @see{@link bgRect}\n* @see{@link cpRect}\n*/\nexport function setupContainer(selection, namespace, rect, fill) {\n  // the container for three main items, bg, defs, and object-container\n  var\n  container = safeSelect(selection, 'g', namespace),\n  bg = bgRect(container, rect, fill),\n  cp = cpRect(container, rect, namespace),\n  objectContainer = safeSelect(container, 'g', hypenate(namespace, 'object-container'))\n  return objectContainer\n}\n\n\n/**\n* determines the width of an object for the calling plotting function\n* @param {number} freeSpace how much space is avalible\n* @param {number} numberOfObjects how many object do we need\n* @param {number} minObjectWidth how small are these objects allowed to be\n* @param {number} maxObjectWidth how large are these object allowed to be\n* @param {number} sizeOfSpacer percent of freeSpace that a single spacer should take up (need numberOfObjects - 1 spacers)\n* @param {boolean} overflowQ can we go beyond alloted space\n* @returns {number} how large object should be\n* function tries to keep object within min / max width, but wil default to\n* 5e-10 (smallest consistenly visible by svg size of element) if overflowQ is false\n*/\nexport function calculateWidthOfObject(freeSpace, numberOfObjects, minObjectWidth, maxObjectWidth, sizeOfSpacer, overflowQ) {\n  var sizeOfSpacer =\n  sizeOfSpacer == 0 || sizeOfSpacer > 1\n  ? sizeOfSpacer\n  : freeSpace * sizeOfSpacer\n\n  var numberOfSpacers = numberOfObjects - 1\n  var spaceTakenBySpacers = numberOfSpacers * sizeOfSpacer\n  var remainingSpace = freeSpace - spaceTakenBySpacers\n  remainingSpace = remainingSpace < 0 ? 0 : remainingSpace\n  var objectWidth = remainingSpace / numberOfObjects\n\n  if ( overflowQ && minObjectWidth != undefined && objectWidth < minObjectWidth ) { objectWidth = minObjectWidth }\n  // if ( maxObjectWidth != undefined && objectWidth > maxObjectWidth ) { objectWidth = maxObjectWidth }\n  if ( overflowQ && maxObjectWidth != undefined && objectWidth < maxObjectWidth ) { objectWidth = maxObjectWidth }\n  return Math.max(objectWidth, 5e-10)\n}\n\n/**\n* @param {Array[]} data list data (can be nested). If nested will create more complex spacer size\n* @param {number} freeSpace how much space is avalible\n* @param {number} objectWidth @see{@link calculateWidthOfObject}\n* @param {number} numberOfObjects how many object do we need\n* @param {number} baseSpacerSize percent of freeSpace that a single spacer should take up (need numberOfObjects - 1 spacers)\n* @param {boolean} overflowQ can we go beyond alloted space\n* @returns {number} returns size that spacer should be at level=0\n*/\nexport function calculateWidthOfSpacer(data, freeSpace, objectWidth, numberOfObjects, baseSpacerSize, overflowQ) {\n  if (overflowQ) {\n    // var limitedNumberOfObjects = numberOfObjects > 6 ? 6 : numberOfObjects\n    // var spaceLeft = freeSpace - limitedNumberOfObjects * objectWidth\n    // return spaceLeft / (limitedNumberOfObjects - 1)\n    return freeSpace * baseSpacerSize\n  }\n  var spacersAtEachLevel = spacersNeededAtEachLevel(data)\n  var totalSpacerPercent = total(spacersAtEachLevel.map(function(e, i) {return e * 1 / (i+1)}))\n  var baseSpacerSize = (freeSpace - (objectWidth * numberOfObjects)) / totalSpacerPercent\n  // console.log(freeSpace, objectWidth, numberOfObjects, totalSpacerPercent)\n  // console.log(totalSpacerPercent, baseSpacerSize, totalSpacerPercent * baseSpacerSize)\n  return isNaN(baseSpacerSize) ? 0 : baseSpacerSize\n}\n\n\n/**\n* Calculates number of spacers needed to seperate elements at each level.\n* @param {Array[]} array list data (can be nested). If nested will create more complex spacer size\n* @param {number} [level=0] current level, used in recusrion\n* @param {Array} [levelData=[]] how many spacers needed at a given level\n* @returns {Array} levelData\n*\n* @example\n* array = [[1,2], [3,4]]\n* // returns [1, 2]\n* as at level=0 the only spacer needed is between [1,2] and [3,4]\n* and at level=1 the only two spacers needed is between 1 and 2 as well as\n* 3 and 4 since the spacer between 2 and 3 is handled at level=0\n*/\nexport function spacersNeededAtEachLevel (array, level, levelData ) {\n  if ( level == undefined ) { level = 0;  } else { level += 1 }\n  if ( levelData == undefined ) { levelData = []; }\n  if ( level >= levelData.length ) { levelData.push(array.length - 1) }\n  else { levelData[level] += array.length - 1 }\n  array.map(function(e, i) { if (Array.isArray(e)) { spacersNeededAtEachLevel(e, level, levelData) } } )\n  return levelData\n}\n\n\n\n\n/**\n* Draws a whisker for @see{@link boxwhisker}\n* @param {boolean} dir direction to draw whisker, should be either true (up, top) or false (down or bottom)\n* @param {number} x starting x coordinate in which to draw whisker\n* @param {number} y starting y coordinate in which to draw whisker\n* @param {number} w width of space in which to draw whisker\n* @param {number} h height of space in which to draw whisker\n* @param {number} per percentage of w or h (depends on o) to make whisker\n* @param {boolean} o orientation, true is horizontal and false is vertical\n* @returns {string} representing the svg path (i.e. the d attribute for a path tag)\n*/\nexport function whiskerPath(dir, x, y, w, h, per, o) {\n  // d = direction (true is up), p = percent width\n  if (dir == 'up' || dir == 'top' || dir == true) {dir = true}\n  if (dir == 'down' || dir == 'bottom' || dir == false) {dir = false}\n  o = o == undefined ? 'horizontal' : o\n  per = per == undefined ? 1 : per\n  if (o != \"horizontal\") {\n    var hh = h * per ,\n    w = dir ? w : -w ,\n    a = dir ? x + w : x ,\n    b = dir ? x : x + w ,\n    c = dir ? a : b\n    p = \"M \" + a + ' ' + (     h / 2      ) + ' '\n      + 'L ' + b + ' ' + (     h / 2      ) + ' '\n      + 'M ' + c + ' ' + ( h / 2 - hh / 2 ) + ' '\n      + 'L ' + c + ' ' + ( h / 2 + hh / 2 ) + ' '\n\n    return p\n  }\n  var ww = w * per,\n  a = dir ? y + h : y  ,\n  b = dir ? y : y + h  ,\n  p = \"M \" + (  w / 2  ) + ' ' + a + ' ' // straight line part\n    + 'L ' + (  w / 2  ) + ' ' + b + ' ' // straight line part\n    + 'h ' + ( -ww / 2 ) + ' ' + 0 + ' ' // horizontal line part\n    + 'h ' + (    ww   ) + ' ' + 0 + ' '\n  return p\n}\n\n\n\n\n\n\n\n\n\n\n\n\n\nexport function resizeDebounce(f, wait) {\n  var resize = debounce(function(){f()},wait)\n  window.addEventListener('resize', resize)\n}\n\n\n\nfunction debounce(func, wait, immediate) {\n  var timeout;\n    return function() {\n        var context = this, args = arguments;\n        var later = function() {\n            timeout = null;\n            if (!immediate) func.apply(context, args);\n        };\n        var callNow = immediate && !timeout;\n        clearTimeout(timeout);\n        timeout = setTimeout(later, wait);\n        if (callNow) func.apply(context, args);\n    };\n}\n","import {log, warn, error, info} from './utils';\n/*******************************************************************************\n**                                                                            **\n**                                                                            **\n**                              SPACEGROUPING                                 **\n**                                                                            **\n**                                                                            **\n*******************************************************************************/\n/**\n * Produces a function for spacing objects by an arbitrarly complex grouping\n * @returns {recursivelyPosition} the function for moving the objects\n * (see {@link groupingSpacer#recursivelyPosition})\n * @namespace groupingSpacer\n */\nexport function groupingSpacer() {\n  var\n  /*@var {boolean} horizontalQ @default*/\n\n  /**\n  * Whether or not to space objects horizontally or vertically.\n  * (see {@link groupingSpacer.horizontalQ})\n  * @param {boolean} [horizontalQ=true]\n  * @memberof groupingSpacer#\n  * @instance\n  */\n  horizontalQ = true,\n  /**\n  * The scale to use to position elements if {@link groupingSpacer#moveby}=\"string\"\n  * (see {@link groupingSpacer.scale})\n  * @param {d3.scale} [scale=d3.scaleLinear()]\n  * @memberof groupingSpacer#\n  * @instance\n  */\n  scale = d3.scaleLinear(),\n  /**\n  * How elements in the complex grouping should be moved over by.\n  * By default, moveby=\"category\", which moves objects by the complex grouping\n  * But objects can also be moved over by scale.\n  * (see {@link groupingSpacer.moveby})\n  * @param {string} [moveby=\"category\"]\n  * @memberof groupingSpacer#\n  * @instance\n  */\n  moveby = 'category',\n  /**\n  * How many objects are there in total\n  * (see {@link groupingSpacer.numberOfObjects})\n  * @param {number} [numberOfObjects=none]\n  * @memberof groupingSpacer#\n  * @instance\n  */\n  numberOfObjects,\n  /**\n  * The class given to an nested <g> tag whose parent(s) have the correct transition\n  * properties\n  * (see {@link groupingSpacer.numberOfObjects})\n  * @param {string} [numberOfObjects='d3sm-groupped-item']\n  * @memberof groupingSpacer#\n  * @instance\n  */\n  objectClass = 'd3sm-groupped-item',\n  /**\n  * The size of the objects being positioned\n  * (see {@link groupingSpacer.objectSize})\n  * @param {number} [objectSize=none]\n  * @memberof groupingSpacer#\n  * @instance\n  */\n  objectSize,\n  /**\n  * The size of the un-nested spacer between objects\n  * (see {@link groupingSpacer.spacerSize})\n  * @param {number} [spacerSize=none]\n  * @memberof groupingSpacer#\n  * @instance\n  */\n  spacerSize,\n  /**\n  * The duration of transitions in ms\n  * (see {@link groupingSpacer.transitionDuration})\n  * @param {number} [transitionDuration=1000]\n  * @memberof groupingSpacer#\n  * @instance\n  */\n  transitionDuration = 1000,\n  /**\n  * The ease function for the transitions\n  * (see {@link groupingSpacer.easeFunc})\n  * @param {d3.ease} [easeFunc=d3.easeSin]\n  * @memberof groupingSpacer#\n  * @instance\n  */\n  easeFunc = d3.easeSin,\n  /**\n  * The namespace for the objects being moved\n  * (see {@link groupingSpacer.namespace})\n  * @param {string} [namespace='spacer']\n  * @memberof groupingSpacer#\n  * @instance\n  */\n  namespace = 'spacer',\n  /**\n  * The animation for new objects being added\n  * (see {@link groupingSpacer.enterFunction})\n  * @param {function} enterFunction\n  * @memberof groupingSpacer#\n  * @instance\n  * @example\n  * // by default\n  * function(newObjectSelection) {\n  *  newObjectSelection.attr('transform', function(d, i){\n  *    var\n  *    x = horizontalQ ? objectSize * numberOfObjects + spacerSize * (numberOfObjects - 1) : 0,\n  *    y = !horizontalQ ? objectSize * numberOfObjects + spacerSize * (numberOfObjects - 1) : 0,\n  *    t = 'translate('+x+','+y+')'\n  *    return t\n  *  })\n  * }\n  */\n  enterFunction = function(cur) {\n    cur.attr('transform', function(d, i){\n      var\n      // x = horizontalQ ? objectSize * numberOfObjects + spacerSize * (numberOfObjects - 1) : 0,\n      // y = !horizontalQ ? objectSize * numberOfObjects + spacerSize * (numberOfObjects - 1) : 0,\n      x = horizontalQ ? window.outerWidth : 0,\n      y = !horizontalQ ? window.outerWidth : 0,\n      t = 'translate('+x+','+y+')'\n      // if(y == undefined) {console.log(cur.node(), y, d)}\n      return t\n    })\n  },\n  /**\n  * The animation for old objects being removed\n  * (see {@link groupingSpacer.exitFunction})\n  * @param {function} exitFunction\n  * @memberof groupingSpacer#\n  * @instance\n  * @example\n  * // by default\n  * oldObjectSelection.transition().duration(transitionDuration).ease(easeFunc)\n  * .attr('transform', function(d, i){\n  *     var\n  *   x = horizontalQ ? objectSize * numberOfObjects + spacerSize * (numberOfObjects - 1) : 0,\n  *   y = !horizontalQ ? objectSize * numberOfObjects + spacerSize * (numberOfObjects - 1) : 0,\n  *   t = 'translate('+x+','+y+')'\n  *   return t\n  * }).remove()\n  */\n  exitFunction = function(cur){\n    log(\"groupingSpacer\", \"exiting with\", {current: cur, currentNode: cur.node()})\n    cur.selectAll('g').classed('to-remove', true)\n\n    cur.transition().duration(transitionDuration*0.9).ease(easeFunc)\n    .attr('transform', function(d, i){\n      var\n      // x = horizontalQ ? objectSize * numberOfObjects + spacerSize * (numberOfObjects - 1) : 0,\n      // y = !horizontalQ ? objectSize * numberOfObjects + spacerSize * (numberOfObjects - 1) : 0,\n      x = horizontalQ ? window.outerWidth : 0,\n      y = !horizontalQ ? window.outerWidth : 0,\n      t = 'translate('+x+','+y+')'\n      // if(y == undefined) {console.log(cur.node(), y, d)}\n      return t\n    }).remove()\n  }\n\n  /**\n   * Gets / sets horizontalQ (whether or not to space objects horizontally or vertically).\n   * (see {@link groupingSpacer#horizontalQ})\n   * @param {string} [_=none]\n   * @returns {groupingSpacer | string}\n   * @memberof groupingSpacer\n   * @static\n   */\n  recursivelyPosition.horizontalQ = function(_) { return arguments.length ? (horizontalQ = _, recursivelyPosition) : horizontalQ }\n  /**\n   * Gets / sets the scale to use to position elements if {@link groupingSpacer#moveby}=\"string\"\n   * (see {@link groupingSpacer#scale})\n   * @param {d3.scale} [_=none]\n   * @returns {groupingSpacer | d3.scale}\n   * @memberof groupingSpacer\n   * @static\n   */\n  recursivelyPosition.scale = function(_) { return arguments.length ? (scale = _, recursivelyPosition) : scale }\n  /**\n   * Gets / sets moveby (whether or not to move by scale or by grouping).\n   * (see {@link groupingSpacer#moveby})\n   * @param {string} [_=none]\n   * @returns {groupingSpacer | string}\n   * @memberof groupingSpacer\n   * @static\n   */\n  recursivelyPosition.moveby = function(_) { return arguments.length ? (moveby = _, recursivelyPosition) : moveby }\n  /**\n   * Gets / sets numberOfObjects.\n   * (see {@link groupingSpacer#numberOfObjects})\n   * @param {number} [_=none]\n   * @returns {groupingSpacer | number}\n   * @memberof groupingSpacer\n   * @static\n   */\n  recursivelyPosition.numberOfObjects = function(_) { return arguments.length ? (numberOfObjects = _, recursivelyPosition) : numberOfObjects }\n  /**\n   * Gets / sets the objectClass (will be applied to <g> elements).\n   * (see {@link groupingSpacer#objectClass})\n   * @param {string} [_=none]\n   * @returns {groupingSpacer | string}\n   * @memberof groupingSpacer\n   * @static\n   */\n  recursivelyPosition.objectClass = function(_) { return arguments.length ? (objectClass = _, recursivelyPosition) : objectClass }\n  /**\n   * Gets / sets the objectSize.\n   * (see {@link groupingSpacer#objectSize})\n   * @param {number} [_=none]\n   * @returns {groupingSpacer | number}\n   * @memberof groupingSpacer\n   * @static\n   */\n  recursivelyPosition.objectSize = function(_) { return arguments.length ? (objectSize = _, recursivelyPosition) : objectSize }\n  /**\n   * Gets / sets the spacerSize.\n   * (see {@link groupingSpacer#spacerSize})\n   * @param {number} [_=none]\n   * @returns {groupingSpacer | number}\n   * @memberof groupingSpacer\n   * @static\n   */\n  recursivelyPosition.spacerSize = function(_) { return arguments.length ? (spacerSize = _, recursivelyPosition) : spacerSize }\n  /**\n   * Gets / sets the transitionDuration.\n   * (see {@link groupingSpacer#transitionDuration})\n   * @param {number} [_=none]\n   * @returns {groupingSpacer | number}\n   * @memberof groupingSpacer\n   * @static\n   */\n  recursivelyPosition.transitionDuration = function(_) { return arguments.length ? (transitionDuration = _, recursivelyPosition) : transitionDuration }\n  /**\n   * Gets / sets the easeFunc.\n   * (see {@link groupingSpacer#easeFunc})\n   * @param {d3.ease} [_=none]\n   * @returns {groupingSpacer | d3.ease}\n   * @memberof groupingSpacer\n   * @static\n   */\n  recursivelyPosition.easeFunc = function(_) { return arguments.length ? (easeFunc = _, recursivelyPosition) : easeFunc }\n  /**\n   * Gets / sets the namespace.\n   * (see {@link groupingSpacer#namespace})\n   * @param {string} [_=none]\n   * @returns {groupingSpacer | string}\n   * @memberof groupingSpacer\n   * @static\n   */\n  recursivelyPosition.namespace = function(_) { return arguments.length ? (namespace = _, recursivelyPosition) : namespace }\n  /**\n   * Gets / sets the enterFunction.\n   * (see {@link groupingSpacer#enterFunction})\n   * @param {function} [_=none]\n   * @returns {groupingSpacer | function}\n   * @memberof groupingSpacer\n   * @static\n   */\n  recursivelyPosition.enterFunction = function(_) { return arguments.length ? (enterFunction = _, recursivelyPosition) : enterFunction }\n  /**\n   * Gets / sets the exitFunction.\n   * (see {@link groupingSpacer#exitFunction})\n   * @param {function} [_=none]\n   * @returns {groupingSpacer | function}\n   * @memberof groupingSpacer\n   * @static\n   */\n  recursivelyPosition.exitFunction = function(_) { return arguments.length ? (exitFunction = _, recursivelyPosition) : exitFunction }\n\n\n  /**\n   * recursively position the objects inside of the selection.\n   * @param {d3.selection} selection\n   * @param {Object} data\n   * @param {level} [level=0] recursion depth\n   * @returns {number} (how much to move next element)\n   * @memberof groupingSpacer#\n   */\n  function recursivelyPosition(selection, data, level) {\n    if ( level == undefined ) { level = 0;  }\n\n    var currentSelection = selection.selectAll('g.'+namespace+'[level=\"'+level+'\"]').data(data)\n    var enter = currentSelection.enter().append('g').attr('level', level).attr('class', namespace)\n    var exit = currentSelection.exit()\n    currentSelection = currentSelection.merge(enter)\n\n\n    if (typeof exitFunction == 'function' ){ exit.each(function(d, i){ exitFunction(d3.select(this))}) }\n    else{exit.remove()}\n    // spacer for current level\n    var levelSpacer = spacerSize / (level+1)\n    // movement for current level\n    var move = 0\n    currentSelection.each(function(currentElement, index) {\n      var t = d3.select(this)\n      if (t.attr('transform') == undefined && typeof enterFunction == 'function') { enterFunction(t) }\n\n      t.transition().duration(transitionDuration).ease(easeFunc)\n      .attr('transform', function(d, i) {\n        var\n        x = horizontalQ ? (moveby ==\"scale\" ? scale(d) : move) : 0,\n        y = !horizontalQ ? (moveby ==\"scale\" ? scale(d) : move): 0,\n        t = 'translate('+x+','+y+')'\n        return t\n      })\n\n      if (Array.isArray(currentElement)) {\n        move += recursivelyPosition(t, currentElement, level+1)\n        var toRemove = t.selectAll('g.'+namespace+'[level=\"'+(level)+'\"] > g.'+objectClass+'.'+namespace)\n        if (typeof exitFunction == 'function' ){ toRemove.each(function(d, i){ exitFunction(d3.select(this))}) }\n        else{toRemove.remove()}\n      }\n      else {\n        move += objectSize\n        var obj = t.select('g.'+namespace+'[level=\"'+level+'\"] > g.'+objectClass+'.'+namespace)\n        if (obj.empty()) { obj = t.append('g').attr('class', objectClass).classed(namespace, true) }\n        obj.attr('parent-index', index)\n        var toRemove = t.selectAll('g.'+namespace+'[level=\"'+(level+1)+'\"]')\n\n        if (typeof exitFunction == 'function' ){ toRemove.each(function(d, i){ exitFunction(d3.select(this))}) }\n        else{toRemove.remove()}\n      }\n      move += (index == currentSelection.size()-1) ? 0 : levelSpacer\n    })\n    return move\n  }\n  return recursivelyPosition\n}\n","import {modifyHexidecimalColorLuminance} from './helpers';\n\n/**\n * Creates a colorFunction\n * @constructor colorFunction\n * @namespace colorFunction\n * @returns {function} colorFunction\n */\nexport function colorFunction() {\n  var\n  data,\n\n  /**\n  * Default colors to use\n  * @param {number[]} [colors=[\"#2c7bb6\", \"#00a6ca\", \"#00ccbc\", \"#90eb9d\", \"#ffff8c\", \"#f9d057\", \"#f29e2e\", \"#e76818\", \"#d7191c\"]]\n  * @memberof colorFunction#\n  * @property\n  */\n  colors = [\"#2c7bb6\", \"#00a6ca\", \"#00ccbc\", \"#90eb9d\", \"#ffff8c\", \"#f9d057\", \"#f29e2e\", \"#e76818\", \"#d7191c\"],\n  /**\n  * Interpolator for colors\n  * @param {d3.interpolation} [interpolation=d3.interpolateRgb]\n  * @memberof colorFunction#\n  * @property\n  */\n  interpolation = d3.interpolateRgb,\n  /**\n  * Function for modifying color luminance\n  * @param {function} [modifyOpacity=modifyHexidecimalColorLuminance]\n  * @memberof colorFunction#\n  * @property\n  */\n  modifyOpacity = modifyHexidecimalColorLuminance,\n  /**\n  * How to modify color for stroke\n  * @param {number} [strokeOpacity=0]\n  * @memberof colorFunction#\n  * @property\n  */\n  strokeOpacity = 0,\n  /**\n  * How to modify color for fill\n  * @param {number} [fillOpacity=0.4]\n  * @memberof colorFunction#\n  * @property\n  */\n  fillOpacity = 0.4,\n  /**\n  * How to determine the color to use\n  * @param {string} [colorBy='index']\n  * @memberof colorFunction#\n  * @property\n  */\n  colorBy = 'index',\n  /**\n  * Sets the scale for interpolating the colors\n  * @param {number[]} [dataExtent=[0, colors.length - 1]]\n  * @memberof colorFunction#\n  * @property\n  */\n  dataExtent = [0, colors.length - 1],\n  /**\n  * Extracts the value to color by\n  * @param {function} [valueExtractor=function(k, v, i) {return v}]\n  * @memberof colorFunction#\n  * @property\n  */\n  valueExtractor = function(k, v, i) {return v},\n\n  /**\n  * Extracts the category to color by\n  * @param {function} [categoryExtractor=function(k, v, i) {return v.category}]\n  * @memberof colorFunction#\n  * @property\n  */\n  categoryExtractor = function(k, v, i) {return v.category},\n\n  /**\n  * The different type of categories of which to color by\n  * @param {string[]} [categories=undefined]\n  * @memberof colorFunction#\n  * @property\n  */\n  categories,\n\n  /**\n  * Scale for interpolating the colors\n  * @param {d3.scale} [scale=d3.scaleLinear()]\n  * @memberof colorFunction#\n  * @property\n  */\n  scale = d3.scaleLinear()\n  .interpolate(interpolation).domain(dataExtent).range(colors),\n  helperScale = d3.scaleLinear()\n\n\n\n  // var h = x => '#' + x.match(/\\d+/g).map(y = z => ((+z < 16)?'0':'') + (+z).toString(16)).join('');\n  var h = function(x) {\n    return \"#\" + x.match(/\\d+/g).map(\n      function(y, i) {\n        return  ((+y < 16)?'0':'') + (+y).toString(16)\n      }).join('');\n  }\n\n  /**\n   * Gets or sets the default colors\n   * (see {@link colorFunction#colors})\n   * @param {number[]} [_=none]\n   * @returns {colorFunction | number[]}\n   * @memberof colorFunction\n   * @property\n   */\n  colorFunction.colors = function(_) {\n    return arguments.length\n    ?\n      (\n        colors = _,\n        scale.range(colors),\n        colorFunction\n      )\n    : colors;\n  };\n  /**\n   * Gets or sets the function for interpolating the colors\n   * (see {@link colorFunction#interpolation})\n   * @param {d3.interpolation} [_=none]\n   * @returns {colorFunction | d3.interpolation}\n   * @memberof colorFunction\n   * @property\n   */\n  colorFunction.interpolation = function(_) {\n    return arguments.length\n    ?\n    (\n      interpolation = _,\n      scale.interpolate(interpolation).range(colors),\n      colorFunction\n    )\n    : interpolation;\n  };\n  /**\n   * Gets or sets the values for the scale which transforms the value to a color\n   * (see {@link colorFunction#dataExtent})\n   * @param {number[]} [_=none]\n   * @returns {colorFunction | number[]}\n   * @memberof colorFunction\n   * @property\n   */\n  colorFunction.dataExtent = function(_) {\n    return arguments.length\n    ? (\n        dataExtent = _,\n        scale.domain(dataExtent).interpolate(scale.interpolate()),\n        colorFunction\n      )\n    : dataExtent;\n  };\n  /**\n   * Gets or sets the vthe scale which transforms the value to a color\n   * (see {@link colorFunction#scale})\n   * @param {d3.scale} [_=none]\n   * @returns {colorFunction | d3.scale}\n   * @memberof colorFunction\n   * @property\n   */\n  colorFunction.scale = function(_) {\n    return arguments.length\n    ? (\n        _ = _.domain(scale.domain()).interpolate(scale.interpolate()).range(scale.range()),\n        scale = _,\n        colorFunction\n      )\n    : scale;\n  };\n  /**\n   * Gets or sets the function for modify opacity\n   * (see {@link colorFunction#modifyOpacity})\n   * @param {function} [_=none]\n   * @returns {colorFunction | function}\n   * @memberof colorFunction\n   * @property\n   */\n  colorFunction.modifyOpacity = function(_) { return arguments.length ? (modifyOpacity = _, colorFunction) : modifyOpacity; };\n  /**\n   * Gets or sets the value to modify the color for the stroke via {@link colorFunction#modifyOpacity}\n   * (see {@link colorFunction#strokeOpacity})\n   * @param {number} [_=none]\n   * @returns {colorFunction | number}\n   * @memberof colorFunction\n   * @property\n   */\n  colorFunction.strokeOpacity = function(_) { return arguments.length ? (strokeOpacity = _, colorFunction) : strokeOpacity; };\n  /**\n   * Gets or sets the value to modify the color for the stroke via {@link colorFunction#fillOpacity}\n   * (see {@link colorFunction#fillOpacity})\n   * @param {number} [_=none]\n   * @returns {colorFunction | number}\n   * @memberof colorFunction\n   * @property\n   */\n  colorFunction.fillOpacity = function(_) { return arguments.length ? (fillOpacity = _, colorFunction) : fillOpacity; };\n  /**\n   * Gets or sets the value to colorBy\n   * (see {@link colorFunction#colorBy})\n   * @param {string} [_=none]\n   * @returns {colorFunction | string}\n   * @memberof colorFunction\n   * @property\n   */\n  colorFunction.colorBy = function(_) { return arguments.length ? (colorBy = _, colorFunction) : colorBy; };\n  /**\n   * Gets or sets the value of valueExtractor\n   * (see {@link colorFunction#valueExtractor})\n   * @param {function} [_=none]\n   * @returns {colorFunction | function}\n   * @memberof colorFunction\n   * @property\n   */\n  colorFunction.valueExtractor = function(_) { return arguments.length ? (valueExtractor = _, colorFunction) : valueExtractor; };\n\n  /**\n   * Gets or sets the value of categoryExtractor\n   * (see {@link colorFunction#categoryExtractor})\n   * @param {function} [_=none]\n   * @returns {colorFunction | function}\n   * @memberof colorFunction\n   * @property\n   */\n  colorFunction.categoryExtractor = function(_) { return arguments.length ? (categoryExtractor = _, colorFunction) : categoryExtractor; };\n  /**\n   * Gets or sets the value of categoryExtractor\n   * (see {@link colorFunction#categories})\n   * @param {string[]} [_=none]\n   * @returns {colorFunction | string[]}\n   * @memberof colorFunction\n   * @property\n   */\n  colorFunction.categories = function(_) { return arguments.length ? (categories = _, colorFunction) : categories; };\n\n\n  function colorFunction(key, value, index, type, hoverQ) {\n    var c,\n    opac = type == \"fill\" ? fillOpacity : strokeOpacity;\n\n\n    updateScale()\n\n    if (colorBy == \"index\") {\n      c = (type != undefined) ? modifyOpacity(h(scale(index)), opac) : h(scale(index))\n    }\n\n    else if (colorBy == 'value') {\n      var v = valueExtractor(key, value, index);\n      // if (v < dataExtent[0]) {dataExtent[0] = v; updateScale()}\n      // if (v > dataExtent[1]) {dataExtent[1] = v; updateScale()}\n\n      c = (type != undefined) ? modifyOpacity(h(scale(v)), opac) : h(scale(v))\n    }\n\n    else if (colorBy == 'category' ){\n      var cat = categoryExtractor(key, value, index);\n      var v = categories.indexOf(cat)\n      c = (type != undefined) ? modifyOpacity(h(scale(v)), opac) : h(scale(v))\n\n    }\n\n    else {\n      c = (type != undefined) ? modifyOpacity(h(scale(index)), opac) : h(scale(index))\n    }\n\n    return c\n  }\n\n  function updateScale(){\n\n\n    helperScale.domain([0, colors.length])\n    if (colorBy == 'category' && categories != undefined) { helperScale.range([0, categories.length]) }\n    else { helperScale.range(dataExtent) }\n\n\n    var a = Array(colors.length).fill(0).map(function(d, i){ return helperScale(i) })\n    scale.domain(a)\n  }\n\n  return colorFunction\n}\n","import {safeSelect, round} from './helpers';\nimport {log, warn, info, error, consoleGroup, consoleGroupEnd} from './utils';\n/*******************************************************************************\n**                                                                            **\n**                                                                            **\n**                                 TOOLTIP                                    **\n**                                                                            **\n**                                                                            **\n*******************************************************************************/\n/**\n * Produces a function for handling the tooltip\n *\n * {@link https://sumneuron.gitlab.io/d3sm/demos/tooltip-design/index.html Demo}\n * @param {d3.selection} selection\n * @returns {tooltip}\n * @namespace tooltip\n */\nexport function tooltip( selection ) {\n\n  var\n  keys,\n  values,\n  header,\n  data,\n  selection\n\n  /**\n   * Gets / sets the keys to be displayed in the tooltip.\n   * If not set, uses d3.keys(data[key])\n   * @param {string[]} [_=none]\n   * @returns {tooltip | string[]}\n   * @memberof tooltip\n   */\n  tooltip.keys = function(_){return arguments.length ? (keys = _, tooltip) : keys};\n  /**\n   * Gets / sets the values to be displayed next to the keys.\n   * If not set, uses data[key][keys[i]].\n   * If a function, gets passed currentData (data[key]) and keys[i].\n   * @param {*[]} [_=none]\n   * @returns {tooltip | *[]}\n   * @memberof tooltip\n   */\n  tooltip.values = function(_){return arguments.length ? (values = _, tooltip) : values};\n  /**\n   * Gets / sets the header to be displayed in the tooltip.\n   * If not set, uses key\n   * @param {string} [_=none]\n   * @returns {tooltip | string}\n   * @memberof tooltip\n   */\n  tooltip.header = function(_){return arguments.length ? (header = _, tooltip) : header};\n  /**\n   * Gets / sets the data (over the selection) to be used for the tooltip\n   * @param {Object} [_=none]\n   * @returns {tooltip | Object}\n   * @memberof tooltip\n   */\n  tooltip.data = function(_){return arguments.length ? (data = _, tooltip) : data};\n  /**\n   * Gets / sets the selection for the tooltip to be applied on\n   * @param {d3.selection} [_=none]\n   * @returns {tooltip | d3.selection}\n   * @memberof tooltip\n   */\n  tooltip.selection = function(_){return arguments.length ? (selection = _, tooltip) : selection};\n\n  /**\n   * Bind, via selection.on(), the mousemove and mouseout events\n   * @returns undefined\n   */\n  function tooltip( ) {\n    selection.on('mouseover', mousemove)\n    selection.on('mousemove', mousemove)\n    selection.on('mouseout', function(){ d3.selectAll(\".d3sm-tooltip\").remove()})\n  }\n\n\n  /**\n   * Produces the tooltip on mousemove\n   * @param {string} key of the object targeted by the mousemove\n   * @param {number} i (index) of the object targeted by mousemove\n   * @memberof tooltip\n   * @private\n   */\n  function mousemove(key, i) {\n    consoleGroup('d3sm-tooltip')\n    var currentData = data[key]\n\n    var [x, y] = d3.mouse(d3.select(\"html\").node())\n    log('tooltip', 'mousemove detected',{key: key, index: i, x:x, y:y})\n    log('tooltip', 'current data', currentData)\n\n\n\n    var div = safeSelect(d3.select('html'), 'tooltip', 'd3sm-tooltip')\n    .classed('card', true)\n    .style('max-width', '300px')\n    .style('background-color', \"#212529\")\n    .style('color', 'white')\n\n\n\n    var cardBody = safeSelect(div, 'div', 'card-body')\n    var cardTitle = safeSelect(cardBody, 'h5', 'card-title')\n    .text(header == undefined ? key : typeof header == 'function' ? header(key, currentData, i) : header)\n    .style('color', 'cyan')\n\n\n    var table = safeSelect(cardBody, 'table', 'table').classed('table-dark', true)\n    var tBody = safeSelect(table, 'tbody')\n\n    tBody = tBody.selectAll('tr')\n    tBody= tBody.data(keys == undefined ? d3.keys(currentData): keys)\n    tBody.exit().remove()\n\n\n    var tr = tBody.enter().append('tr').style('max-width', '300px')\n    tr.append('td').attr('class', function(d, i){return 'tooltip-key'})\n    tr.append('td').attr('class',  function(d, i, j){return 'tooltip-value'})\n    .attr('tooltip-row-index', function(d, i){return i})\n\n    // tBody = tBody.merge(tr)\n    consoleGroup('tooltip-rows')\n    tBody.selectAll('.tooltip-key').text(function(d, i){return d})\n    tBody.selectAll('tr .tooltip-value')\n    .text(function(d, i){\n      log('tooltip', 'trying to set value', {rowKey: d, rowIndex: i})\n      var i = d3.select(this).attr('tooltip-row-index')\n      var v = currentData[d];\n\n\n      if (values != undefined) {v = values[i]; if(typeof v == \"function\") {v = v(currentData, d)}}\n      return  typeof v == 'number' ? round(v, 5) : v\n    })\n    consoleGroupEnd()\n    consoleGroupEnd()\n\n    x += 15\n    // x += 15\n    var bbox = div.node().getBoundingClientRect()\n    if (x + bbox.width > window.innerWidth - window.scrollX) { x = d3.event.pageX - bbox.width - 15 }\n    if (y + bbox.height > window.innerHeight  - window.scrollY) { y = d3.event.pageY - bbox.height - 15 }\n    div.style('position') == \"relative\"\n    ? div.style('position', 'absolute').style('left', x+'px').style('top', y+'px')\n    : div.style('left', x+'px').style('top', y+'px')\n    // .transition().duration(200).ease(d3.easeSin)\n\n    // if (bbox.x + bbox.width > window.innerWidth) {\n    //   div.style('left', (d3.event.pageX-15-bbox.width)+'px')\n    // }\n    // if (bbox.y + bbox.height > window.innerHeight) {\n    //   div.style('top', (d3.event.pageY-15-bbox.height)+'px')\n    // }\n\n    div.attr('z-index', 10000)\n  }\n\n  return tooltip\n}\n","import {hypenate, safeSelect} from './helpers';\n\nexport function selectFilter(selection) {\n\n  var\n  data,\n  namespace = 'd3sm-select-filter',\n  selectionName = 'Select options:',\n  defaultValue = undefined\n\n\n\n\n  var lastValue = undefined\n\n  selectFilter.data = function(_) { return arguments.length ? (data = _, selectFilter) : data}\n  selectFilter.namespace = function(_) { return arguments.length ? (namespace = _, selectFilter) : namespace}\n  selectFilter.selectionName = function(_) { return arguments.length ? (selectionName = _, selectFilter) : selectionName}\n  selectFilter.defaultValue = function(_) { return arguments.length ? (defaultValue = _, selectFilter) : defaultValue}\n  selectFilter.currentOption = currentOption\n\n  function selectFilter() {\n    var\n    container = safeSelect(selection, 'div', 'input-group').classed(hypenate(namespace,'container'),true),\n\n      selectPrepend = safeSelect(container, 'div', 'select-prepend').classed('input-group-prepend', true),\n        selectPrependSpan = safeSelect(selectPrepend, 'span', 'input-group-text').text(selectionName),\n\n      select = safeSelect(container, 'select', 'custom-select').classed(hypenate(namespace,'select'),true),\n\n      selectAppend = safeSelect(container, 'div', 'select-append').classed('input-group-prepend', true),\n        selectAppendButton = safeSelect(selectAppend, 'a', 'filter-button').classed('btn btn-outline-secondary', true),\n          filterButtonIcon = safeSelect(selectAppendButton, 'i', 'fa fa-filter'),\n\n      inputGroup = safeSelect(container, 'div', 'filter-input-group').classed('input-group',true).classed('d-none', true),\n        inputPrepend = safeSelect(inputGroup, 'div', 'input-group-prepend'),\n          inputPrependSpan = safeSelect(inputPrepend, 'span', 'input-group-text').classed('search-button', true),\n            inputPrependSpanIcon = safeSelect(inputPrependSpan,'i','fa fa-search'),\n\n        input = safeSelect(inputGroup, 'input', 'form-control').attr('placeholder', 'all').attr('type', 'text'),\n        inputAppend = safeSelect(inputGroup, 'div', 'input-group-append'),\n          inputAppendButton = safeSelect(inputAppend, 'a', 'close-button').classed('btn btn-outline-secondary', true),\n            inputAppendButtonIcon = safeSelect(inputAppendButton, 'i', 'fa fa-close')\n\n\n    var keys = d3.keys(data),\n    options = select.selectAll('option')\n\n    options = options.data(d3.keys(data))\n    options = options.merge(options.enter().append('option'))\n    .attr('value', function(d, i){return d})\n    .text(function(d, i){return d})\n\n    var\n    filterButton = selectAppendButton,\n    closeButton = inputAppendButton\n\n    filterButton.on('click', function(d, i){\n      var currentStyle = inputGroup.classed('d-none')\n      inputGroup.classed('d-none', !currentStyle)\n    })\n\n    closeButton.on('click', function(d, i){\n      input.property('value', '').dispatch('input')\n    })\n\n    input.on('input', function(d, i){\n      var\n      val = input.property('value'),\n      reg = new RegExp(val, 'gi'),\n      use\n\n      if (val == '') {use = keys}\n      else {\n        use = []\n        d3.keys(data).map(function(option, j){\n          var match = option.match(reg)\n          if (match == null || match.join('') == '') {}\n          else { use.push(option) }\n        })\n      }\n\n      options = select.selectAll('option')\n      options = options.data(use)\n      options.exit().remove()\n      options = options.merge(options.enter().append('option'))\n      .attr('value', function(d, i){return d})\n      .text(function(d, i){return d})\n\n      var current = currentOption()\n      if (lastValue != current) {\n        lastValue = current\n        select.dispatch('change')\n      }\n    })\n\n\n  }\n\n  function currentOption() {\n    var val = selection.select(\"select\").property('value')\n    return val == undefined || val == ''\n    ? defaultValue == undefined\n      ? d3.keys(data)[0]\n      : defaultValue\n    : val\n  }\n\n  return selectFilter\n}\n","import {hypenate, safeSelect, euclideanDistance} from './helpers';\nimport {setupContainer, calculateWidthOfObject, calculateWidthOfSpacer} from './utils';\nimport {unique, hasQ, flatten, whichBin} from './array-functions';\nimport {groupingSpacer} from './grouping-spacer';\nimport {colorFunction as CF} from './color-function';\nimport {tooltip as TTip} from './tooltip';\nimport './d3-prototypes';\n\nfunction getTranslation(selection){\n  var transform = selection.attr('transform')\n  var [junk, xy] =transform.split('translate(')\n  var [x, y] = xy.split(',')\n  y, junk = y.split(')')\n  return [parseFloat(x), parseFloat(y)]\n}\n\nexport function lasso( selection ) {\n  var\n  svg, // svg that is target of events\n  objectContainer, // container which houses objects we are selecting (allows for transform to be applied to lasso)\n  objectClass, // class of object we are selecting\n  namespace=\"d3sm-lasso\",\n  chartContainer,\n  chartOffset,\n  objectsOffset,\n  eventCatcher,\n\n  xScale, // optional scale for the lasso currentPoints\n  yScale, // optional scale for the lasso currentPoints\n\n  activeQ = false, // whether or not lasso is active\n\n  currentPoints=[], // mouse points for current lasso\n  allPoints=[], // list of lists for all points of lassos\n\n  line = d3.line()\n  .x(function(d, i){\n    var x\n    if (xScale != undefined) { x = xScale(d[0]) }\n    else {x = d[0]}\n    return x //- chartOffset[0]// - objectsOffset[0]\n  })\n  .y(function(d, i){\n    var y\n    if (yScale != undefined) { y= yScale(d[1]) }\n    else {y =  d[1]}\n    return y// - chartOffset[1]// - objectsOffset[1]\n  })\n  .curve(d3.curveLinearClosed),\n\n  instance=0,    // an indentifier for which instance this lasso is under the current svg\n\n  tickDistance = 10,\n\n  // styles for lasso path\n  color = '#17a2b8',\n  animationRate = '10s',\n  opacity=0.3,\n  dashArray = '5, 10',\n  stroke = 'black',\n  strokeWidth=2,\n\n  // styles for lassoed objects\n  lassoedFill = \"white\",\n  lassoedStroke = 'black',\n  lassoedStrokeWidth = 3,\n\n  transitionDuration = 1000,\n  easeFunc = d3.easeExp\n\n  var path\n\n  lasso.svg = function(_) { return arguments.length ? (svg = _, lasso) : svg; }\n  lasso.chartContainer = function(_) { return arguments.length ? (chartContainer = _, lasso) : chartContainer; }\n  lasso.objectContainer = function(_) { return arguments.length ? (objectContainer = _, lasso) : objectContainer; }\n  lasso.objectClass = function(_) { return arguments.length ? (objectClass = _, lasso) : objectClass; }\n  lasso.namespace = function(_) { return arguments.length ? (namespace = _, lasso) : namespace; }\n  lasso.xScale = function(_) { return arguments.length ? (xScale = _, lasso) : xScale; }\n  lasso.yScale = function(_) { return arguments.length ? (yScale = _, lasso) : yScale; }\n  lasso.activeQ = function(_) { return arguments.length ? (activeQ = _, lasso) : activeQ; }\n  lasso.currentPoints = function(_) { return arguments.length ? (currentPoints = _, lasso) : currentPoints; }\n  lasso.allPoints = function(_) { return arguments.length ? (allPoints = _, lasso) : allPoints; }\n  lasso.instance = function(_) { return arguments.length ? (instance = _, lasso) : instance; }\n  lasso.tickDistance = function(_) { return arguments.length ? (tickDistance = _, lasso) : tickDistance; }\n  lasso.color = function(_) { return arguments.length ? (color = _, lasso) : color; }\n  lasso.animationRate = function(_) { return arguments.length ? (animationRate = _, lasso) : animationRate; }\n  lasso.opacity = function(_) { return arguments.length ? (opacity = _, lasso) : opacity; }\n  lasso.dashArray = function(_) { return arguments.length ? (dashArray = _, lasso) : dashArray; }\n  lasso.stroke = function(_) { return arguments.length ? (stroke = _, lasso) : stroke; }\n  lasso.lassoedFill = function(_) { return arguments.length ? (lassoedFill = _, lasso) : lassoedFill; }\n  lasso.lassoedStroke = function(_) { return arguments.length ? (lassoedStroke = _, lasso) : lassoedStroke; }\n  lasso.lassoedStrokeWidth = function(_) { return arguments.length ? (lassoedStrokeWidth = _, lasso) : lassoedStrokeWidth; }\n  lasso.eventCatcher = function(_) { return arguments.length ? (eventCatcher = _, lasso) : eventCatcher; }\n\n  lasso.drag = drag\n  lasso.draw = draw\n  lasso.tick = tick\n  lasso.detect = detect\n  lasso.toggle = toggle\n  lasso.remove = remove\n  lasso.render = render\n  lasso.keyFrames = keyFrames\n  lasso.updateObjects = updateObjects\n  lasso.applyPathAttributes = applyPathAttributes\n  lasso.applyObjectAttributes = applyObjectAttributes\n\n  keyFrames()\n\n  function lasso() {\n    // add a dash animation if needed\n    if (activeQ) { transitionDraw() }\n  }\n\n  function toggle(state) {\n    // use optional param to set state, otherwise toggle state\n    activeQ = (state!=undefined) ? state : !activeQ\n    chartOffset = getTranslation(chartContainer)\n    objectsOffset = getTranslation(objectContainer)\n\n    if (activeQ) {\n      svg.node().addEventListener('mousedown', render, true)\n    } else {\n      svg.node().removeEventListener('mousedown', render, true)\n      remove()\n    }\n\n  }\n\n  function draw() {\n    chartOffset = getTranslation(chartContainer)\n    objectsOffset = getTranslation(objectContainer)\n\n    var container = safeSelect(objectContainer, 'g', 'lasso-container')\n    var paths = container.selectAll('path[instance=\"'+instance+'\"]')\n\n    // update\n    paths = paths.data(allPoints)\n\n    // remove excess\n    var pExit = paths.exit().remove()\n    // add needed paths\n    var pEnter = paths.enter().append('path')\n\n    // merge\n    paths = paths.merge(pEnter)\n\n    // apply\n    applyPathAttributes(paths)\n  }\n\n  function remove() {\n    var container = safeSelect(objectContainer, 'g', 'lasso-container')\n    var paths = container.selectAll('path[instance=\"'+instance+'\"]').remove()\n    container.remove()\n    objectContainer.selectAll(objectClass).classed(\"in-lasso\", false)\n    updateObjects()\n  }\n\n  function render( event ) {\n    // nothing can interefer with drawing the lasso\n    event.preventDefault(); event.stopPropagation();\n\n    var container = safeSelect(objectContainer, 'g', 'lasso-container')\n\n    /*\n    each time the user presses down, while the state is active, the lasso\n    the lasso should make a seperate segment.\n    */\n    currentPoints = [];\n\n    svg.node().addEventListener('mousemove', drag)\n    svg.node().addEventListener('mouseup', function(event) {\n      svg.node().removeEventListener('mousemove', drag)\n      allPoints.push(currentPoints)\n      // BUG:  somehow this is pushing currentPoints n times where n is the nth lasso path for the current instance\n      // NOTE: allPoints = unique(allPoints) is a temporary and inefficient fix\n      allPoints = unique(allPoints)\n    })\n\n    path = container.append('path').data([currentPoints])\n    applyPathAttributes(path)\n  }\n\n  function transitionDraw() {\n    var container = safeSelect(objectContainer, 'g', 'lasso-container')\n    var paths = container.selectAll('path[instance=\"'+instance+'\"]')\n\n    // update\n    paths = paths.data(allPoints)\n\n    // remove excess\n    var pExit = paths.exit().remove()\n    // add needed paths\n    var pEnter = paths.enter().append('path')\n\n    // merge\n    paths = paths.merge(pEnter)\n    .transition().duration(transitionDuration)\n    .ease(easeFunc)\n    applyPathAttributes(paths)\n\n  }\n\n  function applyPathAttributes(path) {\n    path\n    .attr(\"class\", hypenate(namespace, \"lasso-path\"))\n    .style('opacity', opacity)\n    .attr('fill', color)\n    .attr(\"d\", line)\n    .attr('instance', instance)\n    .style(\"stroke-dasharray\", dashArray)\n    .attr(\"stroke\", stroke)\n    .attr(\"stroke-width\", strokeWidth)\n    .style('animation', 'lassoDash '+animationRate+' linear')\n    .style(\"animation-iteration-count\", \"infinite\")\n  }\n\n  function drag(event) {\n    /*\n    effectively create a mouse down and move event (which normally is inteperated\n    as 'drag' by the browser) by dynamically adding / removing this event on\n    mouse down / mouse up.\n    */\n\n    if (eventCatcher != undefined) {eventCatcher.dispatch(hypenate(namespace,\"drag\"))}\n    // d3.dispatch(hypenate(namespace,\"drag\"))\n\n    if (event.which != 1) {return} // ensures left mouse button set\n    d3.event = event\n    var pt = d3.mouse(objectContainer.node());\n    var pt = d3.mouse(svg.node());\n\n    if (xScale != undefined) {pt[0] = xScale.invert(pt[0])}\n    if (yScale != undefined) {pt[1] = yScale.invert(pt[1])}\n    pt[0] = pt[0] - chartOffset[0] - objectsOffset[0]\n    pt[1] = pt[1] - chartOffset[1] - objectsOffset[1]\n\n    /* if we have a point already, test if it passes a minimum distance to prevent overwhelming with too many tick functions */\n    if (currentPoints.length) {\n      var lastPt = currentPoints[currentPoints.length - 1]\n      var a = [pt[0], pt[1]], b = [lastPt[0], lastPt[1]]\n\n      if (xScale) {b[0] = xScale(b[0]); a[0] = xScale(a[0])}\n      if (yScale) {b[1] = yScale(b[1]); a[1] = yScale(a[1])}\n\n      var dist = euclideanDistance(b, a)\n      if (dist > tickDistance) { tick(pt) }\n    }\n    else { tick(pt) }\n  }\n\n\n  function tick (pt) {\n    /*\n    If a point is provided update data and objects.\n    Otherwise just call on data we already have.\n\n    Why like this?:\n    1. currentPoints is current points to allow disjunct lassos, currentPoints is only pushed to\n    allPoints after mouseup.\n    2. to allow render of objects in the lasso class / updating the data list\n    just by toggling the button\n    */\n\n    if (pt != undefined) {\n      currentPoints.push(pt);\n      path.attr(\"d\", line);\n      if (currentPoints.length < 3) {return} // need at least 3 points to detect anything.\n      detect(allPoints.concat([currentPoints]))\n    } else {\n      detect(allPoints)\n    }\n  }\n\n\n  function detect(lassos) {\n    if (lassos == undefined) {lassos = allPoints}\n    objectContainer.selectAll(objectClass).each(function(d, i){\n      var current = d3.select(this),\n\n      box = current.absolutePosition(),\n      // box = current.relativePositionTo(objectContainer.node()),\n\n      boxPts = [\n        [\n          box.left - chartOffset[0] - objectsOffset[0],\n          box.top - chartOffset[1] - objectsOffset[1]\n        ],\n        [\n          box.right - chartOffset[0] - objectsOffset[0],\n          box.top - chartOffset[1] - objectsOffset[1]\n        ],\n        [\n          box.left - chartOffset[0] - objectsOffset[0],\n          box.bottom - chartOffset[1] - objectsOffset[1]\n        ],\n        [\n          box.right - chartOffset[0] - objectsOffset[0],\n          box.bottom - chartOffset[1] - objectsOffset[1]\n        ]\n      ]\n\n      if (xScale != undefined) {\n        boxPts[0][0] = xScale.invert(boxPts[0][0])\n        boxPts[1][0] = xScale.invert(boxPts[1][0])\n        boxPts[2][0] = xScale.invert(boxPts[2][0])\n        boxPts[3][0] = xScale.invert(boxPts[3][0])\n      }\n      if (yScale != undefined) {\n        boxPts[0][1] = yScale.invert(boxPts[0][1])\n        boxPts[1][1] = yScale.invert(boxPts[1][1])\n        boxPts[2][1] = yScale.invert(boxPts[2][1])\n        boxPts[3][1] = yScale.invert(boxPts[3][1])\n      }\n\n\n      /*\n      flag needed as we have to test multiple lasso segments, and if the point\n      is not in one segment, it does not mean it is not in any\n      */\n      var inAnyLassoQ = false;\n      for (var i = 0; i < lassos.length; i++) {\n        var lassoPoints = lassos[i]\n        // .map(function(pt){\n        //   var x, y = pt\n        //   if (xScale!=undefined) {x = xScale(x)}\n        //   if (yScale!=undefined) {y = yScale(y)}\n        //   return [x, y]\n        // })\n        var boxInLassoQ = boxPts.every(coord => d3.polygonContains(lassoPoints, coord))\n\n        if (boxInLassoQ) { inAnyLassoQ = true; } // only update flag in the positive case.\n      }\n\n      current.classed('in-lasso', inAnyLassoQ)\n      current.classed('in-lasso-'+instance, inAnyLassoQ)\n    })\n\n    updateObjects()\n    return objectContainer.selectAll('.in-lasso-'+instance)\n  }\n\n\n\n  function updateObjects() {\n    objectContainer.selectAll(objectClass).each(function(d, i) {\n      var t = d3.select(this)\n      applyObjectAttributes(t, t.classed('in-lasso'))\n    })\n  }\n\n  function applyObjectAttributes(obj, setQ) {\n    var\n    preLassoFill = obj.attr('_pre_lasso_fill'),\n    preLassoStroke = obj.attr('_pre_lasso_stroke'),\n    preLassoStrokeWidth = obj.attr('_pre_lasso_stroke-width')\n\n    if (setQ) {\n      obj.classed(\"in-lasso\", true)\n      obj.classed('in-lasso-'+instance, true)\n      if (preLassoFill == undefined) { obj.attr('_pre_lasso_fill', obj.attr('fill')) }\n      if (preLassoStroke == undefined) { obj.attr('_pre_lasso_stroke', obj.attr('stroke')) }\n      if (preLassoStrokeWidth == undefined) { obj.attr('_pre_lasso_stroke-width', obj.attr('stroke-width')) }\n\n      obj\n      //BUG: when .raise()\n      .attr('fill', lassoedFill)\n      .attr('stroke', lassoedStroke)\n      .attr('stoke-width', lassoedStrokeWidth)\n\n    } else {\n      obj.classed(\"in-lasso\", false)\n      obj.classed('in-lasso-'+instance, false)\n      if (preLassoFill != undefined) { obj.attr('fill', preLassoFill) }\n      if (preLassoStroke != undefined) { obj.attr('stroke', preLassoStroke) }\n      if (preLassoStrokeWidth != undefined) { obj.attr('stroke-width', preLassoStrokeWidth) }\n    }\n  }\n\n  function keyFrames() {\n    var style =\n    d3.select(\"html\").select('style.'+hypenate(namespace,\"lasso-dash\"))\n    if (style.empty()) {\n      d3.select(\"html\").append('style')\n      .classed(hypenate(namespace,\"lasso-dash\"), true)\n      .html(\"@keyframes lassoDash {to { stroke-dashoffset: 1000;}}\")\n    }\n\n  }\n  return lasso\n}\n","import {getContainingSVG} from \"./helpers\";\n/*******************************************************************************\n**                                                                            **\n**                                                                            **\n**                             D3 EXTENSIONS                                  **\n**                                                                            **\n**                                                                            **\n*******************************************************************************/\n/**\n* Recursively ascends parents of selection until it finds an svg tag\n* @function d3.selection.thisSVG\n* @augments d3.selection\n* @returns {Element} which is the svg tag, not the d3 selection of that tag\n*/\nd3.selection.prototype.thisSVG = function() { return getContainingSVG(this.node()); }\n\n\n/**\n* Helper for getting absolute position of the mouse\n* @function d3.mouse.absolute\n* @augments d3.mouse\n* @returns {number[]} [x, y] as they relate to `html` not to local scope.\n*/\nd3.mouse.absolute = function() {\n  var html = d3.select('html').node()\n  var [x, y] = this(html)\n  return [x, y]\n}\n\n\n/**\n* Gets position of the selection in relation to the containing svg\n* @see{@link getContainingSVG}\n* @function d3.selection.absolutePosition\n* @augments d3.selection\n* @returns {Object} with structure similar to getBoundingClientRect, e.g.\n* top, left, bottom, right, height, width\n*/\nd3.selection.prototype.absolutePosition = function() {\n    var element = this.node();\n    var elementPosition = element.getBoundingClientRect();\n    var containerSVG = getContainingSVG(element)\n    var svgPosition = containerSVG.getBoundingClientRect();\n\n    return {\n        top:    elementPosition.top    - svgPosition.top,\n        left:   elementPosition.left   - svgPosition.left,\n        bottom: elementPosition.bottom - svgPosition.top,\n        right:  elementPosition.right  - svgPosition.left,\n        height: elementPosition.height,\n        width:  elementPosition.width\n    };\n\n}\n\n\nd3.selection.prototype.relativePositionTo = function(container) {\n    var element = this.node();\n    var elementPosition = element.getBoundingClientRect();\n    var containerSVG = container\n    var svgPosition = containerSVG.getBoundingClientRect();\n\n    return {\n        top:    elementPosition.top    - svgPosition.top,\n        left:   elementPosition.left   - svgPosition.left,\n        bottom: elementPosition.bottom - svgPosition.top,\n        right:  elementPosition.right  - svgPosition.left,\n        height: elementPosition.height,\n        width:  elementPosition.width\n    };\n\n}\n","// Import styles (automatically inject into <head>).\n// import '../styles/main.css';\nimport {axis} from './modules/axis';\nimport {bar} from './modules/bar';\nimport {bubbleHeatmap} from './modules/bubble-heatmap';\nimport {heatmap} from './modules/heatmap';\nimport {boxwhisker} from './modules/box-whisker';\nimport {colorFunction} from './modules/color-function';\nimport {datatoggle} from './modules/data-toggle';\nimport {groupingSpacer} from './modules/grouping-spacer';\nimport {tooltip} from './modules/tooltip';\nimport {scatter} from './modules/scatter';\nimport {plotZoom} from './modules/plot-zoom';\nimport {multiPlotZoom} from './modules/multi-plot-zoom';\nimport {violin} from './modules/violin';\nimport {numericLegend} from './modules/numeric-legend';\nimport {categoricLegend} from './modules/categorical-legend';\nimport {lasso} from './modules/lasso';\nimport {lassoWidget} from './modules/lasso-widget';\nimport {selectFilter} from './modules/select-filter';\nimport {upset} from './modules/upset';\nimport {filterTable} from './modules/filter-table';\n\nimport {uniqueElements, getTranslation, modifyHexidecimalColorLuminance, tickRange,\nquartiles, extractViolinValues, hypenate, round, getContainingSVG,\ninterpolateColors, truncateText, safeSelect} from './modules/helpers';\n\nimport {\n  all, tally, hasQ, first, last, total, unique, get, listOfListsQ,\n  cut, groupBy, arrayEquals, elementsAtLevels, numberOfElements,\n  flatten, whichBin\n} from './modules/array-functions';\n\n\nimport {\n  setupStandardChartContainers, log as myLog, warn, info, error,\n  consoleGroup, consoleGroupEnd, resizeDebounce\n} from './modules/utils';\n\n// /** @module d3sm */\nvar d3sm = {};\nd3sm.axis = axis;\nd3sm.bar = bar;\nd3sm.bubbleHeatmap = bubbleHeatmap;\nd3sm.heatmap = heatmap;\nd3sm.boxwhisker = boxwhisker;\nd3sm.colorFunction = colorFunction;\nd3sm.datatoggle = datatoggle;\nd3sm.groupingSpacer = groupingSpacer;\nd3sm.tooltip = tooltip;\nd3sm.scatter = scatter;\nd3sm.plotZoom = plotZoom;\nd3sm.multiPlotZoom = multiPlotZoom;\nd3sm.violin = violin;\nd3sm.numericLegend = numericLegend;\nd3sm.categoricLegend = categoricLegend;\nd3sm.lasso = lasso;\nd3sm.lassoWidget = lassoWidget;\nd3sm.selectFilter = selectFilter;\nd3sm.upset = upset;\nd3sm.filterTable = filterTable;\n\nd3sm.uniqueElements = uniqueElements;\nd3sm.getTranslation = getTranslation;\nd3sm.modifyHexidecimalColorLuminance = modifyHexidecimalColorLuminance;\nd3sm.tickRange = tickRange;\nd3sm.quartiles = quartiles;\nd3sm.extractViolinValues = extractViolinValues;\nd3sm.hypenate = hypenate;\nd3sm.round = round;\nd3sm.getContainingSVG = getContainingSVG;\nd3sm.interpolateColors = interpolateColors;\nd3sm.truncateText = truncateText;\nd3sm.safeSelect = safeSelect;\n\nd3sm.whichBin = whichBin;\nd3sm.unique = unique;\nd3sm.flatten = flatten;\n\nd3sm.setupStandardChartContainers = setupStandardChartContainers;\nd3sm.log = myLog;\nd3sm.warn = warn;\nd3sm.info = info;\nd3sm.error = error;\nd3sm.consoleGroup = consoleGroup;\nd3sm.consoleGroupEnd = consoleGroupEnd;\nd3sm.resizeDebounce = resizeDebounce;\n\nd3sm.debugQ = false\n\n\n\n// Import a logger for easier debugging\n// import debug from 'debug';\n// const log = debug('app:log');\n\n// The logger should only be disabled if we're not in production.\n// if (ENV !== 'production') {\n//   // Enable the logger.\n//   debug.enable('*');\n//   log('Logging is enabled!');\n//\n//   // Enable LiveReload\n//   document.write(\n//     '<script src=\"http://'\n//     + (location.host || 'localhost').split(':')[0]\n//     + ':35729/livereload.js?snipver=1\"></'\n//     + 'script>'\n//   );\n// } else {\n//   debug.disable();\n// }\n\nwindow.d3sm = d3sm;\n\nexport default d3sm\n","import {\n  hypenate, safeSelect, extractViolinValues,\n  tickRange, modifyHexidecimalColorLuminance, truncateText,\n  truncateString,\n  round\n} from './helpers';\nimport {setupContainer, calculateWidthOfObject, calculateWidthOfSpacer} from './utils';\nimport {unique, hasQ, flatten} from './array-functions';\nimport {groupingSpacer} from './grouping-spacer';\n/*******************************************************************************\n**                                                                            **\n**                                                                            **\n**                                  AXIS                                      **\n**                                                                            **\n**                                                                            **\n*******************************************************************************/\n\n/**\n * Creates an axis\n *\n * {@link https://sumneuron.gitlab.io/d3sm/demos/axes/index.html Demo}\n * @constructor axis\n * @param {d3.selection} selection\n * @namespace axis\n * @returns {function} axis\n */\nexport function axis ( selection ) {\n  var\n  /**\n  * The orientation of the axis\n  * (see {@link axis#orient})\n  * @param {string} [orient='bottom']\n  * @memberof axis#\n  * @property\n  */\n  orient = 'bottom',       // direction of the axis\n\n  /**\n  * Amount of horizontal space (in pixels) avaible to render the axis in\n  * (see {@link axis#spaceX})\n  * @param {number} [spaceX=0]\n  * @memberof axis#\n  * @property\n  */\n  spaceX=0,\n  /**\n  * Amount of vertical space (in pixels) avaible to render the axis in\n  * (see {@link axis.spaceY})\n  * @param {number} [spaceY=0]\n  * @memberof axis#\n  * @property\n  */\n  spaceY=0,\n\n\n  /**\n  * Whether or not to allow axis to render elements pass the main spatial dimension\n  * given the orientation (see {@link axis#orient}), where {@link axis#orient}=\"bottom\" or {@link axis#orient}=\"top\"\n  * the main dimension is {@link axis#spaceX} and where {@link axis#orient}=\"left\" or {@link axis#orient}=\"right\"\n  * the main dimension is {@link axis#spaceY}\n  * @param {boolean} [overflowQ=false]\n  * @memberof axis#\n  * @property\n  */\n  overflowQ = false,    // whether or not to allow overflow\n  /**\n  * Whether or not the axis labels are for categorical data. If false,\n  * will use {@link axis#scale} to position ticks.\n  * @param {boolean} [categoricalQ=false]\n  * @memberof axis#\n  * @property\n  */\n  categoricalQ = false, // whether or not the axis is showing values or groups\n  /**\n  * Whether or not the axis ticks should have guidelines\n  * @param {boolean} [categoricalQ=false]\n  * @memberof axis#\n  * @property\n  */\n  guideLinesQ = false,    // whether or not to allow overflow\n\n\n  /**\n  * How to group the tick labels\n  * @param {Array[]} [grouping=undefined] list of putatively other lists, which should correspond to tickLabels\n  * will space tick labels in nested lists closer together than outer lists\n  * @memberof axis#\n  * @property\n  */\n  grouping,\n\n  /**\n  * The scale for which non-categorial (see {@link axis#categoricalQ}) ticks should be spaced\n  * @param {d3.scale} [scale=d3.scaleLinear]\n  * @memberof axis#\n  * @property\n  */\n\n  scale = d3.scaleLinear(),\n  /**\n  * The padding for the domain of the scale (see {@link axis#scale})\n  * @param {d3.scale} [scale=d3.scaleLinear]\n  * @memberof axis#\n  * @property\n  */\n  domainPadding = 0.5,\n\n\n  /**\n  * Default space for the spacer (percentage) of main dimension given the orientation\n  * (see {@link axis#orient}), where {@link axis#orient}=\"bottom\" or {@link axis#orient}=\"top\"\n  * the main dimension is {@link axis#spaceX} and where {@link axis#orient}=\"left\" or {@link axis#orient}=\"right\"\n  * the main dimension is {@link axis#spaceY}between ticks\n  * @param {number} [objectSpacer=0.05]\n  * @memberof axis#\n  * @property\n  */\n  objectSpacer = 0.05,\n  /**\n  * The minimum size that an object can be if {@link axis#categoricalQ} is set to true\n  * @param {number} [minObjectSize=15]\n  * @memberof axis#\n  * @property\n  */\n  minObjectSize = 15,\n  /**\n  * The maximum size that an object can be if {@link axis#categoricalQ} is set to true\n  * @param {number} [maxObjectSize=15]\n  * @memberof axis#\n  * @property\n  */\n  maxObjectSize = 50,\n\n  /**\n  * Color of the background\n  * @param {string} [backgroundFill=\"transparent\"]\n  * @memberof axis#\n  * @property\n  */\n  backgroundFill = 'transparent',\n  /**\n  * Namespace for all items made by this instance of axis\n  * @param {string} [namespace=\"d3sm-axis\"]\n  * @memberof axis#\n  * @property\n  */\n  namespace = 'd3sm-axis',\n  /**\n  * Class name for tick container (<g> element)\n  * @param {string} [objectClass=\"tick-group\"]\n  * @memberof axis#\n  * @property\n  */\n  objectClass = 'tick-group',\n\n  /**\n  * Values to show at each tick. Only used if categoricalQ is set true. See {@link axis#categoricalQ}\n  * @param {string[]} [tickLabels=undefined]\n  * @memberof axis#\n  * @property\n  */\n  tickLabels,   // what to place at ticks\n  /**\n  * Values to show at each tick. Only used if categoricalQ is set false. See {@link axis#categoricalQ}\n  * @param {string[] | number[]} [objectClass=undefined]\n  * @memberof axis#\n  * @property\n  */\n  tickValues,   // where to place ticks if not\n  /**\n  * Number of ticks to display if categoricalQ is false. See {@link axis#categoricalQ}\n  * @param {number} [numberOfTicks=5]\n  * @memberof axis#\n  * @property\n  */\n  numberOfTicks = 5,\n\n\n  /**\n  * Stroke color of the main axis line\n  * @param {string} [lineStroke='black']\n  * @memberof axis#\n  * @property\n  */\n  lineStroke = 'black',\n  /**\n  * Stroke width of the main axis line\n  * @param {number} [lineStrokeWidth=3]\n  * @memberof axis#\n  * @property\n  */\n  lineStrokeWidth = 3,\n\n\n  /**\n  * Stroke color of ticks\n  * @param {string} [tickStroke='black']\n  * @memberof axis#\n  * @property\n  */\n  tickStroke = 'black',\n  /**\n  * Stroke number of ticks\n  * @param {string} [tickStrokeWidth=2]\n  * @memberof axis#\n  * @property\n  */\n  tickStrokeWidth = 2,\n  /**\n  * Length - in pixels - of ticks\n  * @param {number} [tickLength=10]\n  * @memberof axis#\n  * @property\n  */\n  tickLength = 10,\n\n  tickTickLabelSpacer = 10,\n  tickLabelMargin = 10,\n\n\n  /**\n  * Font size of tick labels\n  * @param {number} [tickLabelFontSize=14]\n  * @memberof axis#\n  * @property\n  */\n  tickLabelFontSize = 14,\n  /**\n  * Min font size of tick labels\n  * @param {number} [tickLabelMinFontSize=8]\n  * @memberof axis#\n  * @property\n  */\n  tickLabelMinFontSize = 8,\n  /**\n  * Max font size of tick labels\n  * @param {number} [tickLabelMaxFontSize=20]\n  * @memberof axis#\n  * @property\n  */\n  tickLabelMaxFontSize = 20,\n\n\n  /**\n  * Text anchor of tick labels\n  * @param {string} [tickLabelTextAnchor=\"middle\"]\n  * @memberof axis#\n  * @property\n  */\n  tickLabelTextAnchor,\n  /**\n  * Rotation of tick labels\n  * @param {number} [tickLabelRotation=0]\n  * @memberof axis#\n  * @property\n  */\n  tickLabelRotation,\n  /**\n  * Optional function for extracting the tick label from data\n  * @param {function} [tickLabelFunc=undefined]\n  * @memberof axis#\n  * @property\n  */\n  tickLabelFunc = undefined,\n\n  /**\n  * Optional function for what to do when label is clicked\n  * @param {function} [tickLabelOnClick=function(d, i){}]\n  * @memberof axis#\n  * @property\n  */\n  tickLabelOnClick = function(d, i){},\n\n  /**\n  * Optional function for what to do when label is hovered\n  * @param {function} [tickLabelOnHoverFunc=function(d, i){}]\n  * @memberof axis#\n  * @property\n  */\n  tickLabelOnHoverFunc = function(d, i){\n    return String(d).replace('-', ' ').replace('_', ' ')\n  },\n\n\n  /**\n  * Length of guidelines\n  * @param {function} [guidelineSpace=undefined]\n  * @memberof axis#\n  * @property\n  */\n  guidelineSpace,\n  /**\n  * Stroke color of guidlines\n  * @param {string} [guidelineSpace=\"#333333\"]\n  * @memberof axis#\n  * @property\n  */\n  guideLineStroke = '#333333',\n  /**\n  * Stroke width of guidlines\n  * @param {number} [guidelineSpace=2]\n  * @memberof axis#\n  * @property\n  */\n  guideLineStrokeWidth = 2,\n\n  /**\n  * Duration of all transitions of this element\n  * @param {number} [transitionDuration=1000]\n  * @memberof axis#\n  * @property\n  */\n  transitionDuration = 1000,\n  /**\n  * Easing function for transitions\n  * @param {d3.ease} [easeFunc=d3.easeExp]\n  * @memberof axis#\n  * @property\n  */\n  easeFunc = d3.easeExp,\n\n\n  /**\n  * Closure variable for getting object size after calculation\n  * @param {number} [objectSize=undefined]\n  * @memberof axis#\n  * @property\n  */\n  objectSize,\n  /**\n  * Closure variable for getting spacer size after calculation\n  * @param {number} [spacerSize=undefined]\n  * @memberof axis#\n  * @property\n  */\n  spacerSize,\n\n  /**\n  * Decimal percision to round numerical tick labels to\n  * @param {number} [roundTo=2]\n  * @memberof axis#\n  * @property\n  */\n  roundTo = 2,\n\n  label,\n\n\n  reverseScaleQ = false\n\n  axis.label = function(_) { return arguments.length ? (label = _, axis) : label; };\n  axis.tickTickLabelSpacer = function(_) { return arguments.length ? (tickTickLabelSpacer = _, axis) : tickTickLabelSpacer; };\n  axis.tickLabelMargin = function(_) { return arguments.length ? (tickLabelMargin = _, axis) : tickLabelMargin; };\n  /**\n   * Gets or sets the selection in which items are manipulated\n   * @param {d3.selection} [_=none]\n   * @returns {axis | d3.selection}\n   * @memberof axis\n   * @property\n   * by default selection = selection\n   */\n\n  axis.selection = function(_) { return arguments.length ? (selection = _, axis) : selection; };\n\n  /**\n   * Gets or sets the orientation in which items are manipulated\n   * (see {@link axis#orient})\n   * @param {string} [_=none] should be horizontal or vertical\n   * @returns {axis | string}\n   * @memberof axis\n   * @property\n   * by default orient=\"bottom\"\n   */\n  axis.orient = function(_) { return arguments.length ? (orient = _, axis) : orient; };\n  /**\n   * Gets or sets the amount of horizontal space in which items are manipulated\n   * (see {@link axis#spaceX})\n   * @param {number} [_=none] should be a number > 0\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default spaceX = undefined\n   */\n  axis.spaceX = function(_) { return arguments.length ? (spaceX = _, axis) : spaceX; };\n  /**\n   * Gets or sets the amount of vertical space in which items are manipulated\n   * (see {@link axis#spaceY})\n   * @param {number} [_=none] should be a number > 0\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default spaceY = undefined\n   */\n  axis.spaceY = function(_) { return arguments.length ? (spaceY = _, axis) : spaceY; };\n\n\n  /**\n   * Gets / sets whether or not axis is allowed to go beyond specified dimensions\n   * (see {@link axis#spaceX})\n   * @param {boolean} [_=none]\n   * @returns {axis | boolean}\n   * @memberof axis\n   * @property\n   * by default overflowQ = false\n   */\n  axis.overflowQ = function(_) { return arguments.length ? (overflowQ = _, axis) : overflowQ; };\n  /**\n   * Gets / sets whether or not axis will display categorial ticks or by numerical value\n   * (see {@link axis#categoricalQ})\n   * @param {boolean} [_=none]\n   * @returns {axis | boolean}\n   * @memberof axis\n   * @property\n   * by default categoricalQ = false\n   */\n  axis.categoricalQ = function(_) { return arguments.length ? (categoricalQ = _, axis) : categoricalQ; };\n  /**\n   * Gets / sets whether or not axis ticks should have guidelines\n   * (see {@link axis#guideLinesQ})\n   * @param {boolean} [_=none]\n   * @returns {axis | boolean}\n   * @memberof axis\n   * @property\n   * by default guideLinesQ = false\n   */\n  axis.guideLinesQ = function(_) { return arguments.length ? (guideLinesQ = _, axis) : guideLinesQ; };\n\n\n  /**\n   * Gets / sets how ticks should be groupped\n   * (see {@link axis#grouping})\n   * @param {Array[]} [_=none] list of putatively other lists, which should correspond to tickLabels\n   * will space tick labels in nested lists closer together than outer lists\n   * @returns {axis | Array[]}\n   * @memberof axis\n   * @property\n   * by default grouping = undefined\n   */\n  axis.grouping = function(_) { return arguments.length ? (grouping = _, axis) : grouping; };\n\n\n  /**\n   * Gets / sets the scale for which non-categorial  ticks should\n   * be spaced\n   * (see {@link axis#scale})\n   * @param {d3.scale} [_=none]\n   * @returns {axis | d3.scale}\n   * @memberof axis\n   * @property\n   * by default scale = d3.scaleLinear()\n   */\n  axis.scale = function(_) { return arguments.length ? (scale = _, axis) : scale; };\n  /**\n   * Gets / sets the padding for the domain of the scale\n   * (see {@link axis#domainPadding})\n   * @param {number} [_=none]\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default domainPadding = 0.5\n   */\n  axis.domainPadding = function(_) { return arguments.length ? (domainPadding = _, axis) : domainPadding; };\n\n\n  /**\n   * Gets / sets objectSpacer\n   * (see {@link axis#objectSpacer})\n   * @param {number} [_=none]\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default objectSpacer = 0.05\n   */\n  axis.objectSpacer = function(_) { return arguments.length ? (objectSpacer = _, axis) : objectSpacer; };\n  /**\n   * Gets / sets the minObjectSize\n   * (see {@link axis#minObjectSize})\n   * @param {number} [_=none]\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default minObjectSize = 15\n   */\n  axis.minObjectSize = function(_) { return arguments.length ? (minObjectSize = _, axis) : minObjectSize; };\n  /**\n   * Gets / sets the maxObjectSize\n   * (see {@link axis#maxObjectSize})\n   * @param {number} [_=none]\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default maxObjectSize = 50\n   */\n  axis.maxObjectSize = function(_) { return arguments.length ? (maxObjectSize = _, axis) : maxObjectSize; };\n\n\n  /**\n   * Gets / sets the namespace\n   * (see {@link axis#namespace})\n   * @param {string} [_=none]\n   * @returns {axis | string}\n   * @memberof axis\n   * @property\n   * by default namespace = 'd3sm-axis'\n   */\n  axis.namespace = function(_) { return arguments.length ? (namespace = _, axis) : namespace; };\n  /**\n   * Gets / sets the backgroundFill\n   * (see {@link axis#backgroundFill})\n   * @param {string} [_=none]\n   * @returns {axis | string}\n   * @memberof axis\n   * @property\n   * by default backgroundFill = 'transparent'\n   */\n  axis.backgroundFill = function(_) { return arguments.length ? (backgroundFill = _, axis) : backgroundFill; };\n  /**\n   * Gets / sets the objectClass\n   * (see {@link axis#objectClass})\n   * @param {string} [_=none]\n   * @returns {axis | string}\n   * @memberof axis\n   * @property\n   * by default objectClass = 'tick-group'\n   */\n  axis.objectClass = function(_) { return arguments.length ? (objectClass = _, axis) : objectClass; };\n\n\n  /**\n   * Gets / sets the tickLabels\n   * (see {@link axis#tickLabels})\n   * @param {string[]} [_=none]\n   * @returns {axis | string[]}\n   * @memberof axis\n   * @property\n   * by default tickLabels = undefined\n   */\n  axis.tickLabels = function(_) { return arguments.length ? (tickLabels = _, axis) : tickLabels; };\n  /**\n   * Gets / sets the tickValues\n   * (see {@link axis#tickValues})\n   * @param {number[]} [_=none]\n   * @returns {axis | number[]}\n   * @memberof axis\n   * @property\n   * by default tickValues = undefined\n   */\n  axis.tickValues = function(_) { return arguments.length ? (tickValues = _, axis) : tickValues; };\n  /**\n   * Gets / sets the tickValues\n   * (see {@link axis#numberOfTicks})\n   * @param {number} [_=none]\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default numberOfTicks = 5\n   */\n  axis.numberOfTicks = function(_) { return arguments.length ? (numberOfTicks = _, axis) : numberOfTicks; };\n\n\n  /**\n   * Gets / sets the lineStroke\n   * (see {@link axis#lineStroke})\n   * @param {string} [_=none]\n   * @returns {axis | string}\n   * @memberof axis\n   * @property\n   * by default lineStroke = 'black'\n   */\n  axis.lineStroke = function(_) { return arguments.length ? (lineStroke = _, axis) : lineStroke; };\n  /**\n   * Gets / sets the lineStrokeWidth\n   * (see {@link axis#lineStrokeWidth})\n   * @param {number} [_=none]\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default lineStrokeWidth = 3\n   */\n  axis.lineStrokeWidth = function(_) { return arguments.length ? (lineStrokeWidth = _, axis) : lineStrokeWidth; };\n\n\n  /**\n   * Gets / sets the tickStroke\n   * (see {@link axis#tickStroke})\n   * @param {string} [_=none]\n   * @returns {axis | string}\n   * @memberof axis\n   * @property\n   * by default tickStroke = 'black'\n   */\n  axis.tickStroke = function(_) { return arguments.length ? (tickStroke = _, axis) : tickStroke; };\n  /**\n   * Gets / sets the tickStrokeWidth\n   * (see {@link axis#tickStrokeWidth})\n   * @param {number} [_=none]\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default tickStrokeWidth = 2\n   */\n  axis.tickStrokeWidth = function(_) { return arguments.length ? (tickStrokeWidth = _, axis) : tickStrokeWidth; };\n  /**\n   * Gets / sets the tickLength\n   * (see {@link axis#tickLength})\n   * @param {number} [_=none]\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default tickLength = 10\n   */\n  axis.tickLength = function(_) { return arguments.length ? (tickLength = _, axis) : tickLength; };\n\n\n  /**\n   * Gets / sets the tickLabelFontSize\n   * (see {@link axis#tickLabelFontSize})\n   * @param {number} [_=none]\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default tickLabelFontSize = 14\n   */\n  axis.tickLabelFontSize = function(_) { return arguments.length ? (tickLabelFontSize = _, axis) : tickLabelFontSize; };\n  /**\n   * Gets / sets the tickLabelMinFontSize\n   * (see {@link axis#tickLabelMinFontSize})\n   * @param {number} [_=none]\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default tickLabelMinFontSize = 8\n   */\n  axis.tickLabelMinFontSize = function(_) { return arguments.length ? (tickLabelMinFontSize = _, axis) : tickLabelMinFontSize; };\n  /**\n   * Gets / sets the tickLabelMaxFontSize\n   * (see {@link axis#tickLabelMaxFontSize})\n   * @param {number} [_=none]\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default tickLabelMaxFontSize = 20\n   */\n  axis.tickLabelMaxFontSize = function(_) { return arguments.length ? (tickLabelMaxFontSize = _, axis) : tickLabelMaxFontSize;};\n\n\n  /**\n   * Gets / sets the tickLabelTextAnchor\n   * (see {@link axis#tickLabelTextAnchor})\n   * @param {string} [_=none]\n   * @returns {axis | string}\n   * @memberof axis\n   * @property\n   * by default tickLabelTextAnchor = 'center'\n   */\n  axis.tickLabelTextAnchor = function(_) { return arguments.length ? (tickLabelTextAnchor = _, axis) : tickLabelTextAnchor; };\n  /**\n   * Gets / sets the tickLabelRotation\n   * (see {@link axis#tickLabelRotation})\n   * @param {number} [_=none]\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default tickLabelRotation = 0\n   */\n  axis.tickLabelRotation = function(_) { return arguments.length ? (tickLabelRotation = _, axis) : tickLabelRotation; };\n  /**\n   * Gets / sets the tickLabelFunc\n   * (see {@link axis#tickLabelFunc})\n   * @param {function} [_=none]\n   * @returns {axis | function}\n   * @memberof axis\n   * @property\n   * by default tickLabelFunc = undefined\n   */\n  axis.tickLabelFunc = function(_) { return arguments.length ? (tickLabelFunc = _, axis) : tickLabelFunc; };\n\n\n  /**\n  * Gets / sets the tickLabelOnClick\n  * (see {@link axis#tickLabelOnClick})\n  * @param {function} [_=none]\n  * @returns {axis | function}\n  * @memberof axis\n  * @property\n  */\n  axis.tickLabelOnClick = function(_) { return arguments.length ? (tickLabelOnClick = _, axis) : tickLabelOnClick; };\n\n\n  /**\n   * Gets / sets the guidelineSpace\n   * (see {@link axis#guidelineSpace})\n   * @param {number} [_=none]\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default guidelineSpace = undefined\n   */\n  axis.guidelineSpace = function(_) { return arguments.length ? (guidelineSpace = _, axis) : guidelineSpace; };\n  /**\n   * Gets / sets the guideLineStroke\n   * (see {@link axis#guideLineStroke})\n   * @param {string} [_=none]\n   * @returns {axis | string}\n   * @memberof axis\n   * @property\n   * by default guideLineStroke = \"#333333\"\n   */\n  axis.guideLineStroke = function(_) { return arguments.length ? (guideLineStroke = _, axis) : guideLineStroke; };\n  /**\n   * Gets / sets the guideLineStrokeWidth\n   * (see {@link axis#guideLineStrokeWidth})\n   * @param {number} [_=none]\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default guideLineStrokeWidth = 2\n   */\n  axis.guideLineStrokeWidth = function(_) { return arguments.length ? (guideLineStrokeWidth = _, axis) : guideLineStrokeWidth; };\n\n\n  /**\n   * Gets / sets the transitionDuration\n   * (see {@link axis#transitionDuration})\n   * @param {number} [_=none]\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default transitionDuration = 1000\n   */\n  axis.transitionDuration = function(_) { return arguments.length ? (transitionDuration = _, axis) : transitionDuration; };\n  /**\n   * Gets / sets the easeFunc\n   * (see {@link axis#easeFunc})\n   * @param {d3.ease} [_=none]\n   * @returns {axis | d3.ease}\n   * @memberof axis\n   * @property\n   * by default easeFunc = d3.easeExp\n   */\n  axis.easeFunc = function(_) { return arguments.length ? (easeFunc = _, axis) : easeFunc; };\n\n\n  /**\n   * Gets / sets the objectSize\n   * (see {@link axis#objectSize})\n   * @param {number} [_=none]\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default objectSize = undefined\n   */\n  axis.objectSize = function(_) { return arguments.length ? (objectSize = _, axis) : objectSize; };\n  /**\n   * Gets / sets the spacerSize\n   * (see {@link axis#spacerSize})\n   * @param {number} [_=none]\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default spacerSize = undefined\n   */\n  axis.spacerSize = function(_) { return arguments.length ? (spacerSize = _, axis) : spacerSize; };\n\n  /**\n   * Gets / sets the roundTo\n   * (see {@link axis#roundTo})\n   * @param {number} [_=none]\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default roundTo = 2\n   */\n   axis.roundTo = function(_) { return arguments.length ? (roundTo = _, axis) : roundTo; };\n   axis.reverseScaleQ = function(_) { return arguments.length ? (reverseScaleQ = _, axis) : reverseScaleQ; };\n\n\n   axis.tickLabelOnHoverFunc = function(_) {return arguments.length ? (tickLabelOnHoverFunc = _, axis) : tickLabelOnHoverFunc; };\n\n\n  function axis () {\n    // for convenience in handling orientation specific values\n    var horizontalQ = hasQ(['top', 'bottom', 'horizontal'], orient) ? true : false\n    var verticalQ = !horizontalQ\n\n    // background cliping rectangle\n    var bgcpRect = {x:0, y:0, width: spaceX, height:spaceY}\n    // modify the rect based on axis orientation\n    if (orient == \"left\") {\n      bgcpRect.x -= spaceX;\n      if(guideLinesQ) { bgcpRect.width += guidelineSpace };\n      /* these two lines increase the clipping rect to allow for text at the edge of the axis */\n      bgcpRect.y -= tickLabelMaxFontSize;\n      bgcpRect.height += 2*tickLabelMaxFontSize\n    }\n    if (orient == \"bottom\"){\n      bgcpRect.y = bgcpRect.y;\n      if(guideLinesQ) { bgcpRect.y -= guidelineSpace; bgcpRect.height += guidelineSpace; };\n      /* these two lines increase the clipping rect to allow for text at the edge of the axis */\n      bgcpRect.x -= tickLabelMaxFontSize;\n      bgcpRect.width += 2*tickLabelMaxFontSize\n    }\n    if (orient == \"top\") {\n      bgcpRect.y -= spaceY;\n      if(guideLinesQ) { bgcpRect.height += guidelineSpace };\n      /* these two lines increase the clipping rect to allow for text at the edge of the axis */\n      bgcpRect.y -= tickLabelMaxFontSize;\n      bgcpRect.height += 2*tickLabelMaxFontSize\n    }\n    if (orient == \"right\") { bgcpRect.x = 0;\n      if(guideLinesQ) { bgcpRect.width += guidelineSpace; bgcpRect.x -= guidelineSpace };\n      /* these two lines increase the clipping rect to allow for text at the edge of the axis */\n      bgcpRect.y -= tickLabelMaxFontSize;\n      bgcpRect.height += 2*tickLabelMaxFontSize\n    }\n\n\n    var container = setupContainer( selection, namespace, bgcpRect, backgroundFill );\n\n    // defaults for text-anchor and text rotation\n    if (orient == 'top') {\n      tickLabelTextAnchor = tickLabelTextAnchor == undefined ? 'start' : tickLabelTextAnchor\n      tickLabelRotation = tickLabelRotation == undefined ? -90 : tickLabelRotation\n    }\n    if (orient == 'bottom') {\n      tickLabelTextAnchor = tickLabelTextAnchor == undefined ? 'end' : tickLabelTextAnchor\n      tickLabelRotation = tickLabelRotation == undefined ? -90 : tickLabelRotation\n    }\n    if (orient == 'left') {\n      tickLabelTextAnchor = tickLabelTextAnchor == undefined ? 'end' : tickLabelTextAnchor\n      tickLabelRotation = tickLabelRotation == undefined ? 0 : tickLabelRotation\n    }\n    if (orient == 'right') {\n      tickLabelTextAnchor = tickLabelTextAnchor == undefined ? 'start' : tickLabelTextAnchor\n      tickLabelRotation = tickLabelRotation == undefined ? 0 : tickLabelRotation\n    }\n\n    /*\n    If categorical:\n      -> use grouping if defined,\n      -> else use the labels provided\n    else:\n      if grouping undefined\n        and no specified number of tickes\n          -> make numberOfTick ticks\n          -> else use provided tick values\n        -> use grouping\n    */\n    var tickData = categoricalQ\n    ? (grouping == undefined)\n      ? tickLabels\n      : grouping\n    : (grouping == undefined)\n      ? (numberOfTicks != undefined)\n      // ? (tickValues.length < numberOfTicks)\n        ? (tickRange(...d3.extent(tickValues), numberOfTicks))\n        : tickValues\n      : grouping\n\n\n    var flatTickData = flatten(tickData)\n    var numberOfObjects = flatTickData.length\n    var space = horizontalQ ? spaceX : spaceY\n    var extent = d3.extent(flatTickData)\n\n\n    if (reverseScaleQ) {extent.reverse()}\n    var domain = reverseScaleQ\n    ? [extent[0] + domainPadding, extent[1] - domainPadding]\n    : [extent[0] - domainPadding, extent[1] + domainPadding]\n\n    scale\n    .domain(domain)\n    .range([horizontalQ ? 0 : spaceY, horizontalQ ? spaceX : 0])\n\n\n    /*\n    Scales are based on the values of the chart and correspond to the spacings of the\n    chart. If the chart has already been rendered, these values (expensive to caluclate) can\n    be passed to axis to prevent recalculation.\n    */\n\n    // calculate object size if needed\n    objectSize = (objectSize == undefined)\n    ? calculateWidthOfObject(space, numberOfObjects, minObjectSize, maxObjectSize, objectSpacer, overflowQ)\n    : objectSize\n\n    // calculate spacer size if needed\n    spacerSize = (spacerSize == undefined)\n    ? calculateWidthOfSpacer(flatTickData, space, objectSize, numberOfObjects, objectSpacer, overflowQ)\n    : spacerSize\n\n\n    var objClass = hypenate(namespace, categoricalQ ? objectClass+'-categorical' : objectClass)\n\n    var spacerFunction = groupingSpacer()\n    .horizontalQ(horizontalQ).scale(scale).moveby((categoricalQ?'category':'scale')).numberOfObjects(numberOfObjects)\n    .objectClass(objClass).objectSize(objectSize).spacerSize(spacerSize)\n    .transitionDuration(transitionDuration).easeFunc(easeFunc)\n    .namespace(namespace)\n\n    var tickEnterAnimation = function(sel){\n      var mt = scale(sel.datum()),\n      dist = scale(extent[1]) * 2,\n      k = (mt < extent[1] / 2) ? 1 : -1\n      k = horizontalQ ? k * -1 : k\n      sel.attr('transform', function (d, i) {\n        var\n        x = horizontalQ ?  dist * k : 0,\n        y = !horizontalQ ? dist * k : 0,\n        t = 'translate('+x+','+y+')'\n        return t\n      })\n    }\n    var tickExitAnimation = function(sel) {\n      var mt = scale(sel.datum()),\n      dist = scale(extent[1]) * 2,\n      k = (mt < extent[1] / 2) ? 1 : -1\n      k = horizontalQ ? k * -1 : k\n      sel.transition().duration(transitionDuration).ease(easeFunc)\n      .style('opacity', 0)\n      .attr('transform', function (d, i) {\n        var\n\n        x = horizontalQ ?  dist * k  : 0,\n        y = !horizontalQ ? dist * k : 0,\n        t = 'translate('+x+','+y+')'\n        return t\n      }).remove()\n    }\n\n    if (!categoricalQ){\n      spacerFunction.enterFunction(tickEnterAnimation)\n      spacerFunction.exitFunction(tickExitAnimation)\n    }\n\n    // move tick containers\n    spacerFunction(container, tickData, 0)\n\n    // move by for x and y needed to center categorical ticks, labels, and guidelines\n    function moveXBy(d, i, horizontalQ, categoricalQ, objectSize){\n      return (horizontalQ)\n      ? (categoricalQ)\n        ? objectSize / 2\n        : 0\n      : 0\n    }\n\n    function moveYBy(d, i, verticalQ, categoricalQ, objectSize){\n      return (verticalQ)\n      ? (categoricalQ)\n        ? objectSize / 2\n        : 0\n      : 0\n    }\n\n\n\n    var labelNameGroup = safeSelect(selection, 'g', hypenate(namespace,'axis-name'))\n\n\n\n    var labelElement = safeSelect(labelNameGroup, 'text', hypenate(namespace, 'name'))\n    if (labelElement != undefined) {\n      labelElement.text(label)\n\n      if (orient == 'left' || orient == 'right') {\n        labelElement.attr('transform', 'rotate(-90)')\n      }\n\n      var bbox = labelElement.node().getBoundingClientRect()\n      labelNameGroup.attr('transform',function(d, i){\n        var\n        x = 0,\n        y = 0,\n        t\n\n        if (orient == 'bottom') {\n          x = spaceX - bbox.width - tickLabelMargin\n          y = - tickTickLabelSpacer\n        }\n        else if (orient == 'top') {\n          x = spaceX - bbox.width - tickLabelMargin\n          x = tickLabelMargin\n          y = bbox.height + tickTickLabelSpacer\n        }\n        else if (orient == 'left') {\n          x = bbox.width + tickTickLabelSpacer\n          y = bbox.height + tickLabelMargin\n        } else if (orient == 'right') {\n          x = -(bbox.width + tickTickLabelSpacer)\n          y = bbox.height + tickLabelMargin\n        } else {\n\n        }\n        t = 'translate('+x+','+y+')'\n        return t\n      })\n\n\n\n    } else {\n      labelElement.remove()\n    }\n    /*\n    Idea from Stack Overflow\n    https://stackoverflow.com/questions/50579535/d3-js-v4-truncate-text-to-fit-in-fixed-space/50585022?noredirect=1#comment88235562_50585022\n    to use clip path to make things fit in fixed size. Have yet got this to work nicely.\n    */\n    // var defs = d3.select(container.node().parentNode).select('defs')\n    // var tickLabelClipPath = safeSelect(defs, 'clipPath', hypenate(namespace,'tick-label-clip-path')).attr('id',  hypenate(namespace,'tick-label-clip-path'))\n    // var tickLabelClipPathRect = safeSelect(tickLabelClipPath, 'rect',  hypenate(namespace,'tick-label-clip-path-rect'))\n    // .attr('x', 0)\n    // .attr('y', 0)\n    // .attr('width', function(d, i){\n    //   if (horizontalQ) { return tickLabelFontSize }\n    //   if (verticalQ) { return spaceX - tickLength }\n    // })\n    // .attr('height', function(d, i){\n    //   if (verticalQ) { return tickLabelFontSize }\n    //   if (horizontalQ) { return spaceY - tickLength }\n    // })\n\n\n    // for each tick container\n    var ticks = container.selectAll('g:not(.to-remove).'+objClass).each(function(d, i){\n      var that = d3.select(this).style('opacity', 1)\n\n      // make and move tick\n      var tick = safeSelect(that, 'line', hypenate(namespace,'tick'))\n      .attr(\"x1\", 0)\n      .attr(\"x2\", horizontalQ ? 0 : orient == \"left\" ? -tickLength : tickLength)\n      .attr(\"y1\", 0)\n      .attr('y2',  verticalQ ? 0 : orient == \"top\" ? -tickLength : tickLength)\n      .attr('stroke', tickStroke)\n      .attr('stroke-width', tickStrokeWidth)\n      .attr('transform', function(d, i) {\n        var\n        x = moveXBy(d, i, horizontalQ, categoricalQ, objectSize),\n        y = moveYBy(d, i, verticalQ, categoricalQ, objectSize),\n        t = 'translate('+x+','+y+')'\n        return t\n      })\n\n      // make and move label\n      var label = safeSelect(that, 'text', hypenate(namespace,'label'))\n      .text(function(d, i){\n        var s = typeof d == 'number' ? round(d, roundTo) : d\n        s = truncateString(String(s), (horizontalQ ? spaceY : spaceX) - tickLength-tickLabelMargin-tickTickLabelSpacer, tickLabelFontSize * 0.45)\n        return s\n      })\n      .attr('font-size', tickLabelFontSize)\n      .attr('text-anchor', tickLabelTextAnchor)\n      // truncateText(label, label.text(), orient, tickLength, horizontalQ ? spaceY : spaceX, overflowQ)\n\n      label.attr('transform', function(d, i) {\n        var\n        rect = d3.select(this).node().getBoundingClientRect(),\n        leng = d3.select(this).node().getComputedTextLength(),\n        x = moveXBy(d, i, horizontalQ, categoricalQ, objectSize),\n        y = moveYBy(d, i, verticalQ, categoricalQ, objectSize)\n        // on recall, rect changes because of rotation so need Math.min(rect.height, rect.width)\n\n        var s = Math.sin(tickLabelRotation) * leng * 0\n\n        if (orient == 'top') {\n          y = -(tickLength+tickTickLabelSpacer);\n          // y = tickLength+tickTickLabelSpacer;\n\n          // y -= Math.max(rect.height, rect.width);\n          x += Math.min(rect.height, rect.width) * 0.25\n          // x -= leng * 0.25 + s\n        }\n        if (orient == 'bottom') {\n          y = tickLength+tickTickLabelSpacer;\n          x += Math.min(rect.height, rect.width) * 0.25\n          // x += leng * 0.25 - s\n        }\n        if (orient == 'left') {\n          x -= (tickLength+tickTickLabelSpacer);\n          // y += rect.height * 0.5; y-= rect.height/4\n          y += Math.min(rect.height, rect.width) * 0.25\n          // y += leng * 0.25\n        }\n        if (orient == 'right') {\n          x += (tickLength+tickTickLabelSpacer);\n          // y += Math.min(rect.height, rect.width) * 0.25\n          // y += leng * 0.25\n          y += rect.height * 0.5; y-= rect.height/4\n        }\n\n        var\n        t = 'translate('+x+','+y+')',\n        r = 'rotate('+tickLabelRotation+')'\n        return t + r\n      })\n      .on('mousemove', labelHover)\n      .on('mouseout', labelHoverOff)\n      .on('click', tickLabelOnClick)\n      // .attr('clip-path', 'url(#'+hypenate(namespace,'tick-label-clip-path')+')')\n\n      // add guidlines as needed\n       if (guideLinesQ) {\n         var gline = safeSelect(that, 'line', hypenate(namespace, 'guideline'))\n         .transition().duration(transitionDuration).ease(easeFunc)\n         .attr(\"x1\", 0)\n         .attr(\"x2\", horizontalQ ? 0 : orient == \"left\" ? guidelineSpace : -guidelineSpace)\n         .attr(\"y1\", 0)\n         .attr('y2',  verticalQ ? 0 : orient == \"top\" ? guidelineSpace : -guidelineSpace)\n         .attr('transform', function(d, i) {\n           var\n           x = moveXBy(d, i, horizontalQ, categoricalQ, objectSize),\n           y = moveYBy(d, i, verticalQ, categoricalQ, objectSize),\n           t = 'translate('+x+','+y+')'\n           return t\n         })\n       } else { that.select('line.'+hypenate(namespace, 'guideline')).remove() }\n\n    })\n\n    // apply alternating guidline thickness\n    if (guideLinesQ) {\n      container.selectAll('.'+hypenate(namespace,'guideline'))\n      .attr('stroke', function(d, i){\n        if (i % 2 == 0) { return modifyHexidecimalColorLuminance(guideLineStroke, 0.8) }\n        return guideLineStroke\n      })\n      .attr('stroke-width', function(d, i){\n        if (i % 2 == 0) { return guideLineStrokeWidth *0.8}\n        return guideLineStrokeWidth\n      })\n      .attr('minor', function(d, i){return i%2 == 0})\n    }\n\n\n    /***************************************************************************\n    ** Make the line of the axis\n    ***************************************************************************/\n    var line = safeSelect(selection, 'path', hypenate(namespace,'line'))\n    // .attr('x1', 0)\n    // .attr('x2', horizontalQ ? spaceX : 0)\n    // .attr('y1', 0)\n    // .attr('y2', horizontalQ ? 0 : spaceY)\n    .attr('d',\n      horizontalQ\n      ? 'M 0,0 H' + spaceX + ',0'\n      : 'M 0,0 V 0,' + spaceY\n    )\n    .attr('stroke', lineStroke)\n    .attr('stroke-width', lineStrokeWidth)\n    .classed('axis-line', true)\n\n\n  }\n\n  // hover of label show full text label in case it is truncated\n  function labelHover(d, i){\n    var t = d3.select(this).style('fill', 'red')\n    d3.select(t.node().parentNode).select(\"line.\"+hypenate(namespace,'tick'))\n    .attr(\"stroke\", 'red')\n    .attr(\"stroke-width\", tickStrokeWidth*2)\n\n    if (guideLinesQ) {\n      d3.select(t.node().parentNode).select('line.'+hypenate(namespace, 'guideline'))\n      .attr('stroke', 'red')\n      .attr('stroke-width', guideLineStrokeWidth*2)\n    }\n\n    var s = typeof d == 'number' ? round(d, roundTo) : d\n\n    var m = d3.mouse(d3.select('html').node())\n    var div = safeSelect(d3.select('body'), 'div', hypenate(namespace,'guideline-tooltip'))\n    .attr('id', hypenate(namespace,'guideline-tooltip'))\n    .style('position', 'absolute')\n    .style('left', (d3.event.pageX+15)+'px')\n    .style('top', (d3.event.pageY+15)+'px')\n    .style('background-color', 'white')\n    .style('border-color', 'black')\n    // .style('min-width', (tickLabelFontSize * (String(s).split('.')[0].length+3))+'px')\n    // .style('min-height', (tickLabelFontSize * (String(s).split('.')[0].length+3))+'px')\n    .style('border-radius', '10px')\n    .style('display', 'flex')\n    .style('justify-content', 'center')\n    .style('text-align', 'middle')\n    .style('padding', 4+\"px\")\n\n    .style('border-style', 'solid')\n    .style('border-width', 2)\n\n    var text = safeSelect(div, 'div')\n    .text(tickLabelOnHoverFunc(s, i))\n    .style('color', 'black')\n    .style('align-self', 'center')\n\n    var bbox = div.node().getBoundingClientRect()\n    if (bbox.x + bbox.width > window.innerWidth) {\n      div.style('left', (d3.event.pageX-15-300)+'px')\n    }\n  }\n\n  function labelHoverOff(d, i){\n    var t = d3.select(this).style('fill', 'black')\n    d3.select(t.node().parentNode).select(\"line.\"+hypenate(namespace,'tick'))\n    .attr(\"stroke\", tickStroke)\n    .attr(\"stroke-width\", tickStrokeWidth)\n\n    if (guideLinesQ) {\n      var gline = d3.select(t.node().parentNode).select('line.'+hypenate(namespace, 'guideline'))\n      var minorQ = gline.attr('minor')\n      gline.attr('stroke', function(d, ii){\n        if (minorQ == 'true') { return modifyHexidecimalColorLuminance(guideLineStroke, 0.8) }\n        return guideLineStroke\n      })\n      .attr('stroke-width', function(d, ii){\n        if (minorQ == 'true') { return guideLineStrokeWidth *0.8}\n        return guideLineStrokeWidth\n      })\n    }\n    d3.select(\"#\"+hypenate(namespace,'guideline-tooltip')).remove()\n  }\n\n\n\n  return axis\n}\n","import {hypenate, safeSelect} from './helpers';\nimport {setupContainer, calculateWidthOfObject, calculateWidthOfSpacer} from './utils';\nimport {unique, flatten} from './array-functions';\nimport {groupingSpacer} from './grouping-spacer';\nimport {colorFunction as CF} from './color-function';\nimport {tooltip as TTip} from './tooltip';\n/*******************************************************************************\n**                                                                            **\n**                                                                            **\n**                                   BAR                                      **\n**                                                                            **\n**                                                                            **\n*******************************************************************************/\n\n/**\n * Creates a bar\n *\n * {@link https://sumneuron.gitlab.io/d3sm/demos/bar-chart-same-data-complex-grouping/index.html Demo}\n * @constructor bar\n * @param {d3.selection} selection\n * @namespace bar\n * @returns {function} bar\n */\nexport function bar ( selection ) {\n  /*\n  Assumes that data is list an object.\n\n  The keys of data will be bound to the bars.\n  The valueExtractor function will extract the value from data[key].\n\n  Grouping can be used if desired. It should be an arbitrary complex list where\n  the values are strings matching keys in data.\n  */\n  var\n  /**\n  * Data to plot. Assumed to be a object, where each key corresponds to a bar\n  * (see {@link bar#data})\n  * @param {Object} [data=undefined]\n  * @memberof bar#\n  * @property\n  */\n  data,\n  /**\n  * Which direction to render the bars in\n  * (see {@link bar#orient})\n  * @param {number} [orient='horizontal']\n  * @memberof bar#\n  * @property\n  */\n  orient='horizontal',\n  /**\n  * Amount of horizontal space (in pixels) avaible to render the bar in\n  * (see {@link bar#spaceX})\n  * @param {number} [spaceX=undefined]\n  * @memberof bar#\n  * @property\n  */\n  spaceX,\n  /**\n  * Amount of vertical space (in pixels) avaible to render the bar in\n  * (see {@link bar.spaceY})\n  * @param {number} [spaceY=undefined]\n  * @memberof bar#\n  * @property\n  */\n  spaceY,\n\n  /**\n  * Whether or not to allow bar to render elements pass the main spatial dimension\n  * given the orientation (see {@link bar#orient}), where {@link bar#orient}=\"horizontal\"\n  * the main dimension is {@link bar#spaceX} and where {@link bar#orient}=\"vertical\"\n  * the main dimension is {@link bar#spaceY}\n  * @param {boolean} [overflowQ=false]\n  * @memberof bar#\n  * @property\n  */\n  overflowQ = false,\n\n  /**\n  * An array - putatively of other arrays - depicting how bars should be arranged\n  * @param {Array[]} [grouping=undefined]\n  * @memberof bar#\n  * @property\n  */\n  grouping,\n\n  /**\n  * How to get the value of the bar\n  * @param {function} [valueExtractor=function(key, index) { return data[key] }]\n  * @memberof bar#\n  * @property\n  */\n  valueExtractor = function(key, index) { return data[key] },\n  /**\n  * How to sort the bars - if {@link bar#grouping} is not provided.\n  * @param {function} [sortingFunction=function(keyA, keyB) {return d3.descending(data[keyA], data[keyB])}]\n  * @memberof bar#\n  * @property\n  */\n  sortingFunction = function(keyA, keyB) {return d3.descending(data[keyA], data[keyB])},\n\n  /**\n  * The scale for which bar values should be transformed by\n  * @param {d3.scale} [scale=d3.scaleLinear]\n  * @memberof bar#\n  * @property\n  */\n  scale = d3.scaleLinear(),\n  /**\n  * The padding for the domain of the scale (see {@link bar#scale})\n  * @param {number} [domainPadding=0.5]\n  * @memberof bar#\n  * @property\n  */\n  domainPadding = 0.5,\n\n  /**\n  * Default space for the spacer (percentage) of main dimension given the orientation\n  * (see {@link bar#orient}), where {@link bar#orient}=\"horizontal\"\n  * the main dimension is {@link bar#spaceX} and where {@link bar#orient}=\"vertical\"\n  * the main dimension is {@link bar#spaceY} between bars\n  * @param {number} [objectSpacer=0.05]\n  * @memberof bar#\n  * @property\n  */\n  objectSpacer = 0.05,\n  /**\n  * The minimum size that an object can be\n  * @param {number} [minObjectSize=50]\n  * @memberof bar#\n  * @property\n  */\n  minObjectSize = 50,\n  /**\n  * The maximum size that an object can be\n  * @param {number} [maxObjectSize=100]\n  * @memberof bar#\n  * @property\n  */\n  maxObjectSize = 100,\n\n  /**\n  * The stroke width of the bars\n  * @param {number} [barStrokeWidth=2]\n  * @memberof bar#\n  * @property\n  */\n  barStrokeWidth = 2,\n  /**\n  * Instance of ColorFunction\n  * @param {function} [colorFunction = colorFunction()]\n  * @memberof bar#\n  * @property\n  */\n  colorFunction = CF(),\n\n\n  /**\n  * Color of the background\n  * @param {string} [backgroundFill=\"transparent\"]\n  * @memberof bar#\n  * @property\n  */\n  backgroundFill = 'transparent',\n  /**\n  * Namespace for all items made by this instance of bar\n  * @param {string} [namespace=\"d3sm-bar\"]\n  * @memberof bar#\n  * @property\n  */\n  namespace = 'd3sm-bar',\n  /**\n  * Class name for bar container (<g> element)\n  * @param {string} [objectClass=\"bar\"]\n  * @memberof bar#\n  * @property\n  */\n  objectClass = 'bar',\n\n  /**\n  * Duration of all transitions of this element\n  * @param {number} [transitionDuration=1000]\n  * @memberof bar#\n  * @property\n  */\n  transitionDuration = 1000,\n  /**\n  * Easing function for transitions\n  * @param {d3.ease} [easeFunc=d3.easeExp]\n  * @memberof bar#\n  * @property\n  */\n  easeFunc = d3.easeExp,\n\n  // useful values to extract to prevent re-calculation\n  /**\n  * The keys of the bars\n  * @param {string[]} [barKeys=undefined]\n  * @memberof bar#\n  * @property\n  */\n  barKeys,\n  /**\n  * The values of the bars\n  * @param {number[]} [barValues=undefined]\n  * @memberof bar#\n  * @property\n  */\n  barValues,\n  /**\n  * The objectSize (actual width) used by the bars\n  * @param {number} [objectSize=undefined]\n  * @memberof bar#\n  * @property\n  */\n  objectSize,\n  /**\n  * The spacerSize (actual width) used by the spacers between the bars\n  * @param {number} [spacerSize=undefined]\n  * @memberof bar#\n  * @property\n  */\n  spacerSize,\n  /**\n  * Instance of Tooltip\n  * @param {function} [tooltip=tooltip()]\n  * @memberof bar#\n  * @property\n  */\n  tooltip = TTip(),\n  barPercent = 1\n\n  /**\n   * Gets or sets the selection in which items are manipulated\n   * @param {d3.selection} [_=none]\n   * @returns {bar | d3.selection}\n   * @memberof bar\n   * @property\n   * by default selection = selection\n   */\n  bar.selection = function(_) { return arguments.length ? (selection = _, bar) : selection; };\n  /**\n   * Gets or sets the data\n   * (see {@link bar#data})\n   * @param {number} [_=none]\n   * @returns {bar | object}\n   * @memberof bar\n   * @property\n   */\n  bar.data = function(_) { return arguments.length ? (data = _, bar) : data; };\n  /**\n   * Gets or sets the orient of the bars\n   * (see {@link bar#orient})\n   * @param {number} [_=none]\n   * @returns {bar | object}\n   * @memberof bar\n   * @property\n   */\n  bar.orient = function(_) { return arguments.length ? (orient = _, bar) : orient; };\n  /**\n   * Gets or sets the amount of horizontal space in which items are manipulated\n   * (see {@link bar#spaceX})\n   * @param {number} [_=none] should be a number > 0\n   * @returns {bar | number}\n   * @memberof bar\n   * @property\n   * by default spaceX = undefined\n   */\n  bar.spaceX = function(_) { return arguments.length ? (spaceX = _, bar) : spaceX; };\n  /**\n   * Gets or sets the amount of vertical space in which items are manipulated\n   * (see {@link bar#spaceY})\n   * @param {number} [_=none] should be a number > 0\n   * @returns {bar | number}\n   * @memberof bar\n   * @property\n   * by default spaceY = undefined\n   */\n  bar.spaceY = function(_) { return arguments.length ? (spaceY = _, bar) : spaceY; };\n\n  /**\n   * Gets / sets whether or not bar is allowed to go beyond specified dimensions\n   * (see {@link bar#spaceX})\n   * @param {boolean} [_=none]\n   * @returns {bar | boolean}\n   * @memberof bar\n   * @property\n   * by default overflowQ = false\n   */\n  bar.overflowQ = function(_) { return arguments.length ? (overflowQ = _, bar) : overflowQ; };\n  /**\n   * Gets / sets the grouping of the bars\n   * (see {@link bar#grouping})\n   * @param {Array[]} [_=none]\n   * @returns {bar | Array[]}\n   * @memberof bar\n   * @property\n   * by default grouping = undefined\n   */\n  bar.grouping = function(_) { return arguments.length ? (grouping = _, bar) : grouping; };\n  /**\n   * Gets / sets the valueExtractor\n   * (see {@link bar#valueExtractor})\n   * @param {function} [_=none]\n   * @returns {bar | function}\n   * @memberof bar\n   * @property\n   * by default valueExtractor = function(key, index) { return data[key] },\n   */\n  bar.valueExtractor = function(_) { return arguments.length ? (valueExtractor = _, bar) : valueExtractor; };\n  /**\n   * Gets / sets the sortingFunction\n   * (see {@link bar#sortingFunction})\n   * @param {function} [_=none]\n   * @returns {bar | function}\n   * @memberof bar\n   * @property\n   * by default sortingFunction = function(keyA, keyB) {return d3.descending(data[keyA], data[keyB])},\n   */\n  bar.sortingFunction = function(_) { return arguments.length ? (sortingFunction = _, bar) : sortingFunction; };\n  /**\n   * Gets / sets the scale for which the bar values should be transformed by\n   * (see {@link bar#scale})\n   * @param {d3.scale} [_=none]\n   * @returns {bar | d3.scale}\n   * @memberof bar\n   * @property\n   * by default scale = d3.scaleLinear()\n   */\n  bar.scale = function(_) { return arguments.length ? (scale = _, bar) : scale; };\n  /**\n   * Gets / sets the padding for the domain of the scale\n   * (see {@link bar#domainPadding})\n   * @param {number} [_=none]\n   * @returns {bar | number}\n   * @memberof bar\n   * @property\n   * by default domainPadding = 0.5\n   */\n  bar.domainPadding = function(_) { return arguments.length ? (domainPadding = _, bar) : domainPadding; };\n  /**\n   * Gets / sets objectSpacer\n   * (see {@link bar#objectSpacer})\n   * @param {number} [_=none]\n   * @returns {bar | number}\n   * @memberof bar\n   * @property\n   * by default objectSpacer = 0.05\n   */\n  bar.objectSpacer = function(_) { return arguments.length ? (objectSpacer = _, bar) : objectSpacer; };\n  /**\n   * Gets / sets the minObjectSize\n   * (see {@link bar#minObjectSize})\n   * @param {number} [_=none]\n   * @returns {bar | number}\n   * @memberof bar\n   * @property\n   * by default minObjectSize = 50\n   */\n  bar.minObjectSize = function(_) { return arguments.length ? (minObjectSize = _, bar) : minObjectSize; };\n  /**\n   * Gets / sets the maxObjectSize\n   * (see {@link bar#maxObjectSize})\n   * @param {number} [_=none]\n   * @returns {bar | number}\n   * @memberof bar\n   * @property\n   * by default maxObjectSize = 100\n   */\n  bar.maxObjectSize = function(_) { return arguments.length ? (maxObjectSize = _, bar) : maxObjectSize; };\n\n  /**\n   * Gets / sets the barStrokeWidth\n   * (see {@link bar#barStrokeWidth})\n   * @param {number} [_=none]\n   * @returns {bar | number}\n   * @memberof bar\n   * @property\n   * by default barStrokeWidth = 2\n   */\n  bar.barStrokeWidth = function(_) { return arguments.length ? (barStrokeWidth = _, bar) : barStrokeWidth; };\n  /**\n   * Gets / sets the colorFunction\n   * (see {@link bar#colorFunction})\n   * @param {number} [_=none]\n   * @returns {bar | number}\n   * @memberof bar\n   * @property\n   * by default colorFunction = colorFunction()\n   */\n  bar.colorFunction = function(_) { return arguments.length ? (colorFunction = _, bar) : colorFunction; };\n\n  /**\n   * Gets / sets the backgroundFill\n   * (see {@link bar#backgroundFill})\n   * @param {string} [_=none]\n   * @returns {bar | string}\n   * @memberof bar\n   * @property\n   * by default backgroundFill = 'transparent'\n   */\n  bar.backgroundFill = function(_) { return arguments.length ? (backgroundFill = _, bar) : backgroundFill; };\n  /**\n   * Gets / sets the namespace\n   * (see {@link bar#namespace})\n   * @param {string} [_=none]\n   * @returns {bar | string}\n   * @memberof bar\n   * @property\n   * by default namespace = 'd3sm-bar'\n   */\n  bar.namespace = function(_) { return arguments.length ? (namespace = _, bar) : namespace; };\n  /**\n   * Gets / sets the objectClass\n   * (see {@link bar#objectClass})\n   * @param {string} [_=none]\n   * @returns {bar | string}\n   * @memberof bar\n   * @property\n   * by default objectClass = 'tick-group'\n   */\n  bar.objectClass = function(_) { return arguments.length ? (objectClass = _, bar) : objectClass; };\n  /**\n   * Gets / sets the transitionDuration\n   * (see {@link bar#transitionDuration})\n   * @param {number} [_=none]\n   * @returns {bar | number}\n   * @memberof bar\n   * @property\n   * by default transitionDuration = 1000\n   */\n  bar.transitionDuration = function(_) { return arguments.length ? (transitionDuration = _, bar) : transitionDuration; };\n  /**\n   * Gets / sets the easeFunc\n   * (see {@link bar#easeFunc})\n   * @param {d3.ease} [_=none]\n   * @returns {bar | d3.ease}\n   * @memberof bar\n   * @property\n   * by default easeFunc = d3.easeExp\n   */\n  bar.easeFunc = function(_) { return arguments.length ? (easeFunc = _, bar) : easeFunc; };\n\n\n  /**\n   * Gets / sets the barKeys\n   * (see {@link bar#barKeys})\n   * @param {string[]} [_=none]\n   * @returns {bar | string[]}\n   * @memberof bar\n   * @property\n   * by default barKeys = undefined\n   */\n  bar.barKeys = function(_) { return arguments.length ? (barKeys = _, bar) : barKeys; };\n  /**\n   * Gets / sets the barValues\n   * (see {@link bar#barValues})\n   * @param {number[]} [_=none]\n   * @returns {bar | number[]}\n   * @memberof bar\n   * @property\n   * by default barValues = undefined\n   */\n  bar.barValues = function(_) { return arguments.length ? (barValues = _, bar) : barValues; };\n  /**\n   * Gets / sets the objectSize\n   * (see {@link bar#objectSize})\n   * @param {number} [_=none]\n   * @returns {bar | number}\n   * @memberof bar\n   * @property\n   * by default objectSize = undefined\n   */\n  bar.objectSize = function(_) { return arguments.length ? (objectSize = _, bar) : objectSize; };\n  /**\n   * Gets / sets the spacerSize\n   * (see {@link bar#spacerSize})\n   * @param {number} [_=none]\n   * @returns {bar | number}\n   * @memberof bar\n   * @property\n   * by default spacerSize = undefined\n   */\n  bar.spacerSize = function(_) { return arguments.length ? (spacerSize = _, bar) : spacerSize; };\n\n  /**\n   * Gets / sets the tooltip\n   * (see {@link bar#tooltip})\n   * @param {tooltip} [_=none]\n   * @returns {bar | tooltip}\n   * @memberof bar\n   * @property\n   * by default tooltip = tooltip()\n   */\n  bar.tooltip = function(_) { return arguments.length ? (tooltip = _, bar) : tooltip; };\n\n  bar.barPercent = function(_) { return arguments.length ? (barPercent = _, bar) : barPercent; };\n\n  function bar() {\n    // for convenience in handling orientation specific values\n    var horizontalQ = (orient == 'horizontal' || orient == 'bottom' || orient == 'top') ? true : false\n    var verticalQ = !horizontalQ\n\n    // background cliping rectangle\n    var bgcpRect = {x:0, y:0, width: spaceX, height:spaceY}\n    var container = setupContainer( selection, namespace, bgcpRect, backgroundFill );\n\n    // to prevent re-calculation and getters to be passed to axes\n    barKeys = d3.keys(data)\n    barValues = barKeys.map(valueExtractor)\n\n    // if grouping is undefined sort barKeys by sortingFunction\n    var ordered = (grouping == undefined) ? barKeys.sort(sortingFunction) : grouping\n    // ordered might be nested depending on grouping\n    barKeys = flatten(ordered)\n\n    var numberOfObjects = barKeys.length\n    var extent = [Math.min(...barValues) - domainPadding,Math.max(...barValues) + domainPadding];\n\n\n\n    // set the scale\n\n    scale.domain(extent).range(horizontalQ\n      ? [0,spaceY]\n      : orient == 'right'\n        ? [0, spaceX]\n        : [spaceX, 0]\n    )\n    var space = horizontalQ ? spaceX : spaceY\n    // calculate object size\n    objectSize =  (objectSize == undefined)\n    ? calculateWidthOfObject(space, numberOfObjects, minObjectSize, maxObjectSize, objectSpacer, overflowQ)\n    : objectSize\n\n    // calculate spacer size if needed\n    spacerSize = (spacerSize == undefined)\n    ? calculateWidthOfSpacer(barKeys, space, objectSize, numberOfObjects, objectSpacer, overflowQ)\n    : spacerSize\n    // make the nested groups\n    var spacerFunction = groupingSpacer()\n    .horizontalQ(horizontalQ).scale(scale).moveby('category').numberOfObjects(numberOfObjects)\n    .objectClass(objectClass).objectSize(objectSize).spacerSize(spacerSize)\n    .transitionDuration(transitionDuration).easeFunc(easeFunc)\n    .namespace(namespace)\n    // safe default function\n    var defaultExit = spacerFunction.exitFunction()\n\n    spacerFunction.exitFunction(function(sel){\n      // use default to move objects off screen\n      // console.log(\"EXIT\", sel.nodes(), objectSize, scale(extent[1]))\n      if (objectSize == undefined) {console.log(sel.nodes(), objectSize)}\n      defaultExit(sel)\n      sel.selectAll('g').classed(\"to-remove\", true)\n      // shrink rectangles in addition\n      sel.selectAll('* > rect')\n      .transition().duration(transitionDuration)\n      .attr('transform', function(d, i) {\n        var\n        x = horizontalQ\n          ? 0\n          : 0\n        ,\n        y = verticalQ\n          ? 0\n          : scale(extent[1])\n        ,\n        t = 'translate('+x+','+y+')'\n        return t\n      })\n      .attr('width', horizontalQ ? objectSize : 0)\n      .attr('height', verticalQ ? objectSize : 0)\n      .remove()\n    })\n\n\n    // move stuff\n    spacerFunction(container, ordered, 0)\n\n\n\n\n\n    var parentIndexArray = []\n    container.selectAll('g:not(.to-remove).'+objectClass)\n    .each(function(d, i){parentIndexArray.push(Number(d3.select(this).attr('parent-index')))})\n\n\n    colorFunction = colorFunction.colorBy() == 'index'\n    ? colorFunction.dataExtent([0, Math.max(...parentIndexArray)])\n    : colorFunction.dataExtent(extent)\n\n\n\n    container.selectAll('g.'+objectClass+':not(.to-remove)').each(function(key, i) {\n      // console.log(key, scale(extent[1]) - scale(valueExtractor(key, i)))\n      var t = d3.select(this),\n      currentData = data[key],\n      value = valueExtractor(key, i),\n      i = t.attr('parent-index') == undefined ? i : t.attr('parent-index'),\n      fillColor = colorFunction(key, value, i, 'fill'), // prevent duplicate computation\n      strokeColor = colorFunction(key, value, i,  'stroke')\n\n\n      var bar = safeSelect(t, 'rect', 'bar-rect')\n\n      if (bar.attr('transform') == undefined) {\n        bar.attr('transform', function(d, i) {\n          var\n          x = horizontalQ\n            ? 0\n            : 0\n          ,\n          y = verticalQ\n            ? 0\n            : scale(extent[1])\n          ,\n          t = 'translate('+x+','+y+')'\n          return t\n        })\n        .attr('width', horizontalQ ? objectSize : 0)\n        .attr('height', verticalQ ? objectSize : 0)\n\n      }\n\n\n      bar.transition().duration(transitionDuration).ease(easeFunc)\n      .attr('transform', function(d, i) {\n        var\n        x = horizontalQ\n          ? objectSize - objectSize * barPercent\n          : orient == 'right'\n            ? scale(extent[1]) - scale(value)\n            : objectSize - objectSize * barPercent\n          ,\n        y = verticalQ\n          ? objectSize - objectSize * barPercent\n          : scale(extent[1]) - scale(value)\n        ,\n        t = 'translate('+x+','+y+')'\n        return t\n      })\n      .attr('width', horizontalQ ? objectSize * barPercent : scale(value))\n      .attr('height', verticalQ ? objectSize * barPercent: scale(value))\n      .attr('fill', fillColor)\n      .attr('stroke', strokeColor)\n      .attr('stroke-width', barStrokeWidth)\n\n\n\n      t.on('mouseover', function(d, i){\n        container.selectAll('g.'+objectClass).style('opacity', 0.2)\n        t.style('opacity', 1)\n        bar.attr('stroke-width',barStrokeWidth*2)\n\n      })\n      t.on('mouseout', function(){\n        container.selectAll('g.'+objectClass).style('opacity', 1)\n        bar.attr('stroke-width', barStrokeWidth)\n      })\n    })\n\n    tooltip.selection(container.selectAll('.bar-rect'))\n    .data(data)\n\n    tooltip()\n\n  }\n  return bar\n}\n","import {hypenate, safeSelect} from './helpers';\nimport {setupContainer, calculateWidthOfObject, calculateWidthOfSpacer, log} from './utils';\nimport {unique} from './array-functions';\nimport {groupingSpacer} from './grouping-spacer';\nimport {colorFunction as CF} from './color-function';\nimport {tooltip as TTip} from './tooltip';\n\n\n/**\n * Creates a bubbleHeatmap\n *\n * {@link https://sumneuron.gitlab.io/d3sm/demos/bubble-heatmap/index.html Demo}\n * @constructor bubbleHeatmap\n * @param {d3.selection} selection\n * @namespace bubbleHeatmap\n * @returns {function} bubbleHeatmap\n */\nfunction bubbleHeatmap( selection ) {\n  var\n  /**\n  * Data to plot. Assumed to be a object, where each key corresponds to a cell\n  * (see {@link bubbleHeatmap#data})\n  * @param {Object} [data=undefined]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  data,\n\n  /**\n  * Amount of horizontal space (in pixels) avaible to render the bubbleHeatmap in\n  * (see {@link bubbleHeatmap#spaceX})\n  * @param {number} [spaceX=undefined]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  spaceX,\n  /**\n  * Amount of vertical space (in pixels) avaible to render the bubbleHeatmap in\n  * (see {@link bubbleHeatmap.spaceY})\n  * @param {number} [spaceY=undefined]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  spaceY,\n\n  /**\n  * The internal key of the cell specifiying to which x axis key it belongs\n  * (see {@link bubbleHeatmap.xKey})\n  * @param {string} [xKey='x']\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  xKey = 'x',\n  /**\n  * The internal key of the cell specifiying to which y axis key it belongs\n  * (see {@link bubbleHeatmap.yKey})\n  * @param {string} [yKey='y']\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  yKey = 'y',\n  /**\n  * The internal key of the cell specifiying what value to use to determine the radius\n  * (see {@link bubbleHeatmap.rKey})\n  * @param {string} [rKey='r']\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  rKey = 'r',\n  /**\n  * The internal key of the cell specifiying what value to use to determine the color\n  * (see {@link bubbleHeatmap.vKey})\n  * @param {string} [vKey='v']\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  vKey = 'v',\n\n  /**\n  * Function for extracting the the value from xKey.\n  * (see {@link bubbleHeatmap.xExtractor})\n  * @param {function} [xExtractor=function(key, i) { return data[key][xKey] }]\n  * @returns {string}\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  xExtractor = function(key, i) {return data[key][xKey] },\n  /**\n  * Function for extracting the the value from yKey.\n  * (see {@link bubbleHeatmap.yExtractor})\n  * @param {function} [yExtractor=function(key, i) { return data[key][yKey] }]\n  * @returns {string}\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  yExtractor = function(key, i) { return data[key][yKey] },\n  /**\n  * Function for extracting the the value from rKey.\n  * (see {@link bubbleHeatmap.rExtractor})\n  * @param {function} [rExtractor=function(key, i) { return data[key][rKey] }]\n  * @returns {number}\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  rExtractor = function(key, i) { return data[key][rKey] },\n  /**\n  * Function for extracting the the value from vKey.\n  * (see {@link bubbleHeatmap.vExtractor})\n  * @param {function} [vExtractor=function(key, i) { return data[key][vKey] }]\n  * @returns {number}\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  vExtractor = function(key, i) { return data[key][vKey] },\n\n\n  /**\n  * Whether or not to allow bubbleHeatmap to render elements pass the main spatial dimension\n  * given the orientation (see {@link bubbleHeatmap#orient}), where {@link bubbleHeatmap#orient}=\"bottom\" or {@link bubbleHeatmap#orient}=\"top\"\n  * the main dimension is {@link bubbleHeatmap#spaceX} and where {@link bubbleHeatmap#orient}=\"left\" or {@link bubbleHeatmap#orient}=\"right\"\n  * the main dimension is {@link bubbleHeatmap#spaceY}\n  * @param {boolean} [overflowQ=false]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  overflowQ = false,\n\n  /**\n  * The scale for which the radius values should be transformed by\n  * @param {d3.scale} [scale=d3.scaleLinear]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  scale = d3.scaleLinear(),\n  /**\n  * The padding for the domain of the scale (see {@link bubbleHeatmap#scale})\n  * @param {number} [domainPadding=0.5]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  domainPadding = 0.5,\n\n  /**\n  * Default space for the spacer (percentage) of main dimension given the orientation\n  * (see {@link bubbleHeatmap#orient}), where {@link bubbleHeatmap#orient}=\"horizontal\"\n  * the main dimension is {@link bubbleHeatmap#spaceX} and where {@link bubbleHeatmap#orient}=\"vertical\"\n  * the main dimension is {@link bubbleHeatmap#spaceY} between bubbles\n  * @param {number} [objectSpacer=0.0]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  objectSpacer = 0.0,\n  /**\n  * The minimum size that an object can be\n  * @param {number} [minObjectSize=50]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  minObjectSize = 50,\n  /**\n  * The maximum size that an object can be\n  * @param {number} [maxObjectSize=100]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  maxObjectSize = 100,\n\n\n  /**\n  * The stroke width of the bubbles\n  * @param {number} [bubbleStrokeWidth=2]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  bubbleStrokeWidth = 2,\n  // colorFunc = colorFunction(),\n\n  /**\n  * Color of the background\n  * @param {string} [backgroundFill=\"transparent\"]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  backgroundFill = 'transparent',\n  /**\n  * Namespace for all items made by this instance of bubbleHeatmap\n  * @param {string} [namespace=\"d3sm-bubble\"]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  namespace = 'd3sm-bubble',\n  /**\n  * Class name for bubble container (<g> element)\n  * @param {string} [objectClass=\"bubble\"]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  objectClass = 'bubble',\n  /**\n  * Duration of all transitions of this element\n  * @param {number} [transitionDuration=1000]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  transitionDuration = 1000,\n  /**\n  * Easing function for transitions\n  * @param {d3.ease} [easeFunc=d3.easeExp]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  easeFunc = d3.easeExp,\n\n  /**\n  * Stores the keys of all the cells\n  * Calculated after bubbleHeatmap called.\n  * @param {string[]} [cellKeys=undefined]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  cellKeys,\n  /**\n  * Stores the list of unique xValues\n  * Calculated after bubbleHeatmap called.\n  * @param {string[]} [xValues=undefined]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  xValues,\n  /**\n  * Stores the list of unique yValues\n  * Calculated after bubbleHeatmap called.\n  * @param {string[]} [yValues=undefined]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  yValues,\n  /**\n  * Stores the list of unique rValues\n  * Calculated after bubbleHeatmap called.\n  * @param {string[]} [rValues=undefined]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  rValues,\n  /**\n  * Stores the list of unique vValues\n  * Calculated after bubbleHeatmap called.\n  * @param {string[]} [vValues=undefined]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  vValues,\n\n  xKeySortingFunction = function(a, b) { return xExtractor(a) - xExtractor(b) },\n  yKeySortingFunction = function(a, b) { return yExtractor(a) - yExtractor(b) },\n  rKeySortingFunction = function(a, b) { return rExtractor(a) - rExtractor(b) },\n  vKeySortingFunction = function(a, b) { return vExtractor(a) - vExtractor(b) },\n\n  /**\n  * Instance of ColorFunction with .colorBy set to 'category'\n  * @function colorFunction\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  colorFunction = CF().colorBy('value'),\n  /**\n  * Instance of Tooltip\n  * @function tooltip\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  tooltip = TTip(),\n\n  /**\n  * store the size the bubble could be in the x dimension\n  * the actuall size of the bubble will be the min of xSize and {@link bubbleHeatmap#ySize}\n  * Calculated after bubbleHeatmap called.\n  * @param {string[]} [xSize=undefined]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  xSize,\n  /**\n  * store the size of the spacer in the x dimension\n  * Calculated after bubbleHeatmap called.\n  * @param {string[]} [xSpacerSize=undefined]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  xSpacerSize,\n\n  /**\n  * store the size the bubble could be in the y dimension\n  * the actuall size of the bubble will be the min of xSize and {@link bubbleHeatmap#xSize}\n  * Calculated after bubbleHeatmap called.\n  * @param {string[]} [ySize=undefined]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  ySize,\n  /**\n  * store the size of the spacer in the y dimension.\n  * Calculated after bubbleHeatmap called.\n  * @param {string[]} [xSpacerSize=undefined]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  ySpacerSize\n\n  /**\n   * Gets or sets the selection in which items are manipulated\n   * @param {d3.selection} [_=none]\n   * @returns {bubbleHeatmap | d3.selection}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default selection = selection\n   */\n  bhm.selection = function(_) { return arguments.length ? (selection = _, bhm) : selection; }\n  /**\n   * Gets or sets the data\n   * (see {@link bubbleHeatmap#data})\n   * @param {number} [_=none]\n   * @returns {bubbleHeatmap | object}\n   * @memberof bubbleHeatmap\n   * @property\n   */\n  bhm.data = function(_) { return arguments.length ? (data = _, bhm) : data; }\n  // bhm.orient = function(_) { return arguments.length ? (orient = _, bhm) : orient; }\n  /**\n   * Gets or sets the amount of horizontal space in which items are manipulated\n   * (see {@link bubbleHeatmap#spaceX})\n   * @param {number} [_=none] should be a number > 0\n   * @returns {bubbleHeatmap | number}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default spaceX = undefined\n   */\n  bhm.spaceX = function(_) { return arguments.length ? (spaceX = _, bhm) : spaceX; }\n  /**\n   * Gets or sets the amount of vertical space in which items are manipulated\n   * (see {@link bubbleHeatmap#spaceY})\n   * @param {number} [_=none] should be a number > 0\n   * @returns {bubbleHeatmap | number}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default spaceY = undefined\n   */\n  bhm.spaceY = function(_) { return arguments.length ? (spaceY = _, bhm) : spaceY; }\n\n  /**\n   * Gets or sets the xKey\n   * (see {@link bubbleHeatmap#xKey})\n   * @param {string} [_=none]\n   * @returns {bubbleHeatmap | string}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default xKey = 'x'\n   */\n  bhm.xKey = function(_) { return arguments.length ? (xKey = _, bhm) : xKey; }\n  /**\n   * Gets or sets the yKey\n   * (see {@link bubbleHeatmap#yKey})\n   * @param {string} [_=none]\n   * @returns {bubbleHeatmap | string}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default yKey = 'y'\n   */\n  bhm.yKey = function(_) { return arguments.length ? (yKey = _, bhm) : yKey; }\n  /**\n   * Gets or sets the rKey\n   * (see {@link bubbleHeatmap#rKey})\n   * @param {string} [_=none]\n   * @returns {bubbleHeatmap | string}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default rKey = 'r'\n   */\n  bhm.rKey = function(_) { return arguments.length ? (rKey = _, bhm) : rKey; }\n  /**\n   * Gets or sets the vKey\n   * (see {@link bubbleHeatmap#vKey})\n   * @param {string} [_=none]\n   * @returns {bubbleHeatmap | string}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default vKey = 'y'\n   */\n  bhm.vKey = function(_) { return arguments.length ? (vKey = _, bhm) : vKey; }\n\n  /**\n   * Gets or sets the cellKeys\n   * (see {@link bubbleHeatmap#cellKeys})\n   * @param {string[]} [_=none]\n   * @returns {bubbleHeatmap | string[]}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default cellKeys = undefined\n   */\n  bhm.cellKeys = function(_) { return arguments.length ? (cellKeys = _, bhm) : cellKeys; }\n  /**\n   * Gets or sets the xValues\n   * (see {@link bubbleHeatmap#xValues})\n   * @param {string[]} [_=none]\n   * @returns {bubbleHeatmap | string[]}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default xValues = undefined\n   */\n  bhm.xValues = function(_) { return arguments.length ? (xValues = _, bhm) : xValues; }\n  /**\n   * Gets or sets the yValues\n   * (see {@link bubbleHeatmap#yValues})\n   * @param {string[]} [_=none]\n   * @returns {bubbleHeatmap | string[]}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default yValues = undefined\n   */\n  bhm.yValues = function(_) { return arguments.length ? (yValues = _, bhm) : yValues; }\n  /**\n   * Gets or sets the rValues\n   * (see {@link bubbleHeatmap#rValues})\n   * @param {number[]} [_=none]\n   * @returns {bubbleHeatmap | number[]}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default rValues = undefined\n   */\n  bhm.rValues = function(_) { return arguments.length ? (rValues = _, bhm) : rValues; }\n  /**\n   * Gets or sets the vValues\n   * (see {@link bubbleHeatmap#vValues})\n   * @param {number[]} [_=none]\n   * @returns {bubbleHeatmap | number[]}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default vValues = undefined\n   */\n  bhm.vValues = function(_) { return arguments.length ? (vValues = _, bhm) : vValues; }\n\n\n  /**\n   * Gets or sets the xExtractor\n   * (see {@link bubbleHeatmap#xExtractor})\n   * @param {function} [_=none]\n   * @returns {bubbleHeatmap | function}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default xExtractor = undefined\n   */\n  bhm.xExtractor = function(_) { return arguments.length ? (xExtractor = _, bhm) : xExtractor; }\n  /**\n   * Gets or sets the yExtractor\n   * (see {@link bubbleHeatmap#yExtractor})\n   * @param {function} [_=none]\n   * @returns {bubbleHeatmap | function}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default yExtractor = undefined\n   */\n  bhm.yExtractor = function(_) { return arguments.length ? (yExtractor = _, bhm) : yExtractor; }\n  /**\n   * Gets or sets the rExtractor\n   * (see {@link bubbleHeatmap#rExtractor})\n   * @param {function} [_=none]\n   * @returns {bubbleHeatmap | function}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default rExtractor = undefined\n   */\n  bhm.rExtractor = function(_) { return arguments.length ? (rExtractor = _, bhm) : rExtractor; }\n  /**\n   * Gets or sets the vExtractor\n   * (see {@link bubbleHeatmap#vExtractor})\n   * @param {function} [_=none]\n   * @returns {bubbleHeatmap | function}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default vExtractor = undefined\n   */\n  bhm.vExtractor = function(_) { return arguments.length ? (vExtractor = _, bhm) : vExtractor; }\n\n  /**\n   * Gets / sets whether or not bubbleHeatmap is allowed to go beyond specified dimensions\n   * (see {@link bubbleHeatmap#spaceX})\n   * @param {boolean} [_=none]\n   * @returns {bubbleHeatmap | boolean}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default overflowQ = false\n   */\n  bhm.overflowQ = function(_) { return arguments.length ? (overflowQ = _, bhm) : overflowQ; }\n  /**\n   * Gets / sets the scale for which the radius of bubbles should be transformed by\n   * (see {@link bubbleHeatmap#scale})\n   * @param {d3.scale} [_=none]\n   * @returns {bubbleHeatmap | d3.scale}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default scale = d3.scaleLinear()\n   */\n  bhm.scale = function(_) { return arguments.length ? (scale = _, bhm) : scale; };\n  /**\n   * Gets / sets the padding for the domain of the scale\n   * (see {@link bubbleHeatmap#domainPadding})\n   * @param {number} [_=none]\n   * @returns {bubbleHeatmap | number}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default domainPadding = 0.5\n   */\n  bhm.domainPadding = function(_) { return arguments.length ? (domainPadding = _, bhm) : domainPadding; };\n  /**\n   * Gets / sets objectSpacer\n   * (see {@link bubbleHeatmap#objectSpacer})\n   * @param {number} [_=none]\n   * @returns {bubbleHeatmap | number}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default objectSpacer = 0.0\n   */\n  bhm.objectSpacer = function(_) { return arguments.length ? (objectSpacer = _, objectSpacer) : data; }\n  /**\n   * Gets / sets the minObjectSize\n   * (see {@link bubbleHeatmap#minObjectSize})\n   * @param {number} [_=none]\n   * @returns {bubbleHeatmap | number}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default minObjectSize = 50\n   */\n  bhm.minObjectSize = function(_) { return arguments.length ? (minObjectSize = _, bhm) : minObjectSize; }\n  /**\n   * Gets / sets the maxObjectSize\n   * (see {@link bubbleHeatmap#maxObjectSize})\n   * @param {number} [_=none]\n   * @returns {bubbleHeatmap | number}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default maxObjectSize = 100\n   */\n  bhm.maxObjectSize = function(_) { return arguments.length ? (maxObjectSize = _, bhm) : maxObjectSize; }\n  /**\n   * Gets / sets the bubbleStrokeWidth\n   * (see {@link bubbleHeatmap#bubbleStrokeWidth})\n   * @param {number} [_=none]\n   * @returns {bubbleHeatmap | number}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default bubbleStrokeWidth = 2\n   */\n  bhm.bubbleStrokeWidth = function(_) { return arguments.length ? (bubbleStrokeWidth = _, bhm) : bubbleStrokeWidth; }\n  /**\n   * Gets / sets the backgroundFill\n   * (see {@link bubbleHeatmap#backgroundFill})\n   * @param {string} [_=none]\n   * @returns {bubbleHeatmap | string}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default backgroundFill = 'transparent'\n   */\n  bhm.backgroundFill = function(_) { return arguments.length ? (backgroundFill = _, bhm) : backgroundFill; }\n  /**\n   * Gets / sets the namespace\n   * (see {@link bubbleHeatmap#namespace})\n   * @param {string} [_=none]\n   * @returns {bubbleHeatmap | string}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default namespace = 'd3sm-bubbleHeatmap'\n   */\n  bhm.namespace = function(_) { return arguments.length ? (namespace = _, bhm) : namespace; }\n  /**\n   * Gets / sets the objectClass\n   * (see {@link bubbleHeatmap#objectClass})\n   * @param {string} [_=none]\n   * @returns {bubbleHeatmap | string}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default objectClass = 'tick-group'\n   */\n  bhm.objectClass = function(_) { return arguments.length ? (objectClass = _, bhm) : objectClass; }\n  /**\n   * Gets / sets the transitionDuration\n   * (see {@link bubbleHeatmap#transitionDuration})\n   * @param {number} [_=none]\n   * @returns {bubbleHeatmap | number}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default transitionDuration = 1000\n   */\n  bhm.transitionDuration = function(_) { return arguments.length ? (transitionDuration = _, bhm) : transitionDuration; }\n  /**\n   * Gets / sets the easeFunc\n   * (see {@link bubbleHeatmap#easeFunc})\n   * @param {d3.ease} [_=none]\n   * @returns {bubbleHeatmap | d3.ease}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default easeFunc = d3.easeExp\n   */\n  bhm.easeFunc = function(_) { return arguments.length ? (easeFunc = _, bhm) : easeFunc; }\n\n  /**\n   * Gets / sets the tooltip\n   * (see {@link bubbleHeatmap#tooltip})\n   * @param {tooltip} [_=none]\n   * @returns {bubbleHeatmap | tooltip}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default tooltip = tooltip()\n   */\n  bhm.tooltip = function(_) { return arguments.length ? (tooltip = _, bhm) : tooltip; }\n\n  /**\n   * Gets / sets the colorFunction\n   * (see {@link bubbleHeatmap#colorFunction})\n   * @param {colorFunction} [_=none]\n   * @returns {bubbleHeatmap | colorFunction}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default colorFunction = colorFunction()\n   */\n  bhm.colorFunction = function(_) { return arguments.length ? (colorFunction = _, bhm) : colorFunction; }\n\n  /**\n   * Gets / sets the xSize\n   * (see {@link bubbleHeatmap#xSize})\n   * @param {number} [_=none]\n   * @returns {bubbleHeatmap | number}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default xSize = undefined\n   */\n  bhm.xSize = function(_) { return arguments.length ? (xSize = _, bhm) : xSize; }\n  /**\n   * Gets / sets the xSpacerSize\n   * (see {@link bubbleHeatmap#xSpacerSize})\n   * @param {number} [_=none]\n   * @returns {bubbleHeatmap | number}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default xSpacerSize = undefined\n   */\n  bhm.xSpacerSize = function(_) { return arguments.length ? (xSpacerSize = _, bhm) : xSpacerSize; }\n  /**\n   * Gets / sets the ySize\n   * (see {@link bubbleHeatmap#ySize})\n   * @param {number} [_=none]\n   * @returns {bubbleHeatmap | number}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default ySize = undefined\n   */\n  bhm.ySize = function(_) { return arguments.length ? (ySize = _, bhm) : ySize; }\n  /**\n   * Gets / sets the ySpacerSize\n   * (see {@link bubbleHeatmap#ySpacerSize})\n   * @param {number} [_=none]\n   * @returns {bubbleHeatmap | number}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default ySpacerSize = undefined\n   */\n  bhm.ySpacerSize = function(_) { return arguments.length ? (ySpacerSize = _, bhm) : ySpacerSize; }\n  // bhm.yKeySortingFunction = function(_) { return arguments.length ? (yKeySortingFunction = _, bhm) : yKeySortingFunction; }\n  // bhm.xKeySortingFunction = function(_) { return arguments.length ? (xKeySortingFunction = _, bhm) : xKeySortingFunction; }\n\n\n\n  function bhm() {\n    var horizontalQ = true; // no orientation in heatmaps. Aids as placeholder in functions that take orient as a parameter\n    var bgcpRect = {x:0, y:0, width: spaceX, height:spaceY}\n    var container = setupContainer( selection, namespace, bgcpRect, backgroundFill );\n\n    cellKeys = d3.keys(data);\n    cellKeys.sort(function(a, b){ return xKeySortingFunction(a, b) || yKeySortingFunction(a, b) })\n    log('bubbleHeatmap', 'cells are sorted by', cellKeys)\n\n\n\n    xValues = unique(cellKeys.map(xExtractor));\n    yValues = unique(cellKeys.map(yExtractor));\n    rValues = unique(cellKeys.map(rExtractor));\n    vValues = unique(cellKeys.map(vExtractor));\n    log('bubbleHeatmap', 'x and y keys are', {x: xValues, y:yValues})\n\n\n    var xDim = xValues.length, yDim = yValues.length;\n\n\n    var extent = [Math.min(...rValues) - domainPadding,Math.max(...rValues) + domainPadding];\n\n\n    ySize = calculateWidthOfObject(spaceY, yDim, minObjectSize, maxObjectSize, objectSpacer, overflowQ)\n    xSize = calculateWidthOfObject(spaceX, xDim, minObjectSize, maxObjectSize, objectSpacer, overflowQ)\n    ySpacerSize = calculateWidthOfSpacer(yValues, spaceY, ySize, yDim, objectSpacer, overflowQ)\n    xSpacerSize = calculateWidthOfSpacer(xValues, spaceX, xSize, xDim, objectSpacer, overflowQ)\n    log('bubbleHeatmap', 'size of', {x: xSize, y: ySize})\n\n\n    scale.domain(extent).range([Math.min(minObjectSize/2,   Math.min(ySize, xSize)/2), Math.min(ySize, xSize)/2])\n\n    var ySpacer = groupingSpacer()\n    .horizontalQ(false)\n    .moveby('category').numberOfObjects(yDim)\n    .objectClass(hypenate(objectClass, 'row'))\n    .objectSize(ySize).spacerSize(ySpacerSize)\n    .transitionDuration(transitionDuration).easeFunc(easeFunc)\n    .namespace('row')\n\n    var xSpacer = groupingSpacer()\n    .horizontalQ(true)\n    .moveby('category').numberOfObjects(xDim)\n    .objectClass(objectClass)\n    .objectSize(xSize).spacerSize(xSpacerSize)\n    .transitionDuration(transitionDuration).easeFunc(easeFunc)\n\n\n    ySpacer(container, yValues, 0)\n    container.selectAll('g.'+hypenate(objectClass, 'row'))\n    .each(function(d, i){\n      xSpacer(d3.select(this), xValues, 0)\n    })\n    var cells = container.selectAll('g:not(.to-remove).'+objectClass).data(cellKeys);\n\n    var parentIndexArray = []\n    cells.each(function(d, i){ parentIndexArray.push(Number(d3.select(this).attr('parent-index'))) })\n\n\n    colorFunction = colorFunction.colorBy() == 'index'\n    ? colorFunction.dataExtent([0, Math.max(...parentIndexArray)])\n    : colorFunction.dataExtent([0, Math.max(...vValues)])\n\n    cells.each(function(key, i) {\n      log('bubbleHeatmap', 'each cell', {key: key, index: i, node: d3.select(this).node()})\n\n      var t = d3.select(this),\n      currentData = data[key],\n      value = vExtractor(key, i),\n      radius= rExtractor(key, i),\n      i = t.attr('parent-index') == undefined ? i : t.attr('parent-index'),\n      fillColor = colorFunction(key, value, i, 'fill'), // prevent duplicate computation\n      strokeColor = colorFunction(key, value, i,  'stroke')\n\n      log('bubbleHeatmap', 'radius',{radius: radius, scaled: scale(radius), extent: extent, range:scale.range()})\n\n      var c = safeSelect(t, 'circle', hypenate(objectClass,'circle'))\n      c.attr('cx', xSize / 2)\n      .attr('cy', ySize / 2 )\n      .attr('r', scale(radius))\n      .attr('fill', fillColor)\n      .attr('stroke', strokeColor)\n      .attr('stroke-width', bubbleStrokeWidth)\n\n    })\n\n    tooltip.selection(cells.selectAll('circle.'+hypenate(objectClass, 'circle')))\n    .data(data)\n    // .keys(['r', 'v'])\n    // .header(function(d, i){return hypenate(data[d][xKey], data[d][yKey]) })\n\n    tooltip()\n\n\n  }\n\n  return bhm;\n}\n\nexport {bubbleHeatmap}\n","import {hypenate, safeSelect} from './helpers';\nimport {setupContainer, calculateWidthOfObject, calculateWidthOfSpacer, log} from './utils';\nimport {unique} from './array-functions';\nimport {groupingSpacer} from './grouping-spacer';\nimport {colorFunction as CF} from './color-function';\nimport {tooltip as TTip} from './tooltip';\n\n\n/**\n * Creates a heatmap\n *\n * {@link https://sumneuron.gitlab.io/d3sm/demos/heatmap-heatmap/index.html Demo}\n * @constructor heatmap\n * @param {d3.selection} selection\n * @namespace heatmap\n * @returns {function} heatmap\n */\nfunction heatmap( selection ) {\n  var\n  /**\n  * Data to plot. Assumed to be a object, where each key corresponds to a cell\n  * (see {@link heatmap#data})\n  * @param {Object} [data=undefined]\n  * @memberof heatmap#\n  * @property\n  */\n  data,\n\n  /**\n  * Amount of horizontal space (in pixels) avaible to render the heatmap in\n  * (see {@link heatmap#spaceX})\n  * @param {number} [spaceX=undefined]\n  * @memberof heatmap#\n  * @property\n  */\n  spaceX,\n  /**\n  * Amount of vertical space (in pixels) avaible to render the heatmap in\n  * (see {@link heatmap.spaceY})\n  * @param {number} [spaceY=undefined]\n  * @memberof heatmap#\n  * @property\n  */\n  spaceY,\n\n  /**\n  * The internal key of the cell specifiying to which x axis key it belongs\n  * (see {@link heatmap.xKey})\n  * @param {string} [xKey='x']\n  * @memberof heatmap#\n  * @property\n  */\n  xKey = 'x',\n  /**\n  * The internal key of the cell specifiying to which y axis key it belongs\n  * (see {@link heatmap.yKey})\n  * @param {string} [yKey='y']\n  * @memberof heatmap#\n  * @property\n  */\n  yKey = 'y',\n\n  /**\n  * The internal key of the cell specifiying what value to use to determine the color\n  * (see {@link heatmap.vKey})\n  * @param {string} [vKey='v']\n  * @memberof heatmap#\n  * @property\n  */\n  vKey = 'v',\n\n  /**\n  * Function for extracting the the value from xKey.\n  * (see {@link heatmap.xExtractor})\n  * @param {function} [xExtractor=function(key, i) { return data[key][xKey] }]\n  * @returns {string}\n  * @memberof heatmap#\n  * @property\n  */\n  xExtractor = function(key, i) {return data[key][xKey] },\n  /**\n  * Function for extracting the the value from yKey.\n  * (see {@link heatmap.yExtractor})\n  * @param {function} [yExtractor=function(key, i) { return data[key][yKey] }]\n  * @returns {string}\n  * @memberof heatmap#\n  * @property\n  */\n  yExtractor = function(key, i) { return data[key][yKey] },\n\n  /**\n  * Function for extracting the the value from vKey.\n  * (see {@link heatmap.vExtractor})\n  * @param {function} [vExtractor=function(key, i) { return data[key][vKey] }]\n  * @returns {number}\n  * @memberof heatmap#\n  * @property\n  */\n  vExtractor = function(key, i) { return data[key][vKey] },\n\n\n  /**\n  * Whether or not to allow heatmap to render elements pass the main spatial dimension\n  * given the orientation (see {@link heatmap#orient}), where {@link heatmap#orient}=\"bottom\" or {@link heatmap#orient}=\"top\"\n  * the main dimension is {@link heatmap#spaceX} and where {@link heatmap#orient}=\"left\" or {@link heatmap#orient}=\"right\"\n  * the main dimension is {@link heatmap#spaceY}\n  * @param {boolean} [overflowQ=false]\n  * @memberof heatmap#\n  * @property\n  */\n  overflowQ = false,\n\n  /**\n  * Default space for the spacer (percentage) of main dimension given the orientation\n  * (see {@link heatmap#orient}), where {@link heatmap#orient}=\"horizontal\"\n  * the main dimension is {@link heatmap#spaceX} and where {@link heatmap#orient}=\"vertical\"\n  * the main dimension is {@link heatmap#spaceY} between bubbles\n  * @param {number} [objectSpacer=0.0]\n  * @memberof heatmap#\n  * @property\n  */\n  objectSpacer = 0.0,\n  /**\n  * The minimum size that an object can be in the y dimension\n  * @param {number} [minObjectSize=50]\n  * @memberof heatmap#\n  * @property\n  */\n  yMinObjectSize = 50,\n  /**\n  * The minimum size that an object can be in the x dimension\n  * @param {number} [minObjectSize=50]\n  * @memberof heatmap#\n  * @property\n  */\n  xMinObjectSize = 50,\n  /**\n  * The maximum size that an object can be in the x dimension\n  * @param {number} [maxObjectSize=100]\n  * @memberof heatmap#\n  * @property\n  */\n  xMaxObjectSize = 100,\n  /**\n  * The maximum size that an object can be in the y dimension\n  * @param {number} [maxObjectSize=100]\n  * @memberof heatmap#\n  * @property\n  */\n  yMaxObjectSize = 100,\n\n\n  /**\n  * The stroke width of the bubbles\n  * @param {number} [objectStrokeWidth=2]\n  * @memberof heatmap#\n  * @property\n  */\n  objectStrokeWidth = 2,\n  // colorFunc = colorFunction(),\n\n  /**\n  * Color of the background\n  * @param {string} [backgroundFill=\"transparent\"]\n  * @memberof heatmap#\n  * @property\n  */\n  backgroundFill = 'transparent',\n  /**\n  * Namespace for all items made by this instance of heatmap\n  * @param {string} [namespace=\"d3sm-heatmap\"]\n  * @memberof heatmap#\n  * @property\n  */\n  namespace = 'd3sm-heatmap',\n  /**\n  * Class name for heatmap container (<g> element)\n  * @param {string} [objectClass=\"heatmap\"]\n  * @memberof heatmap#\n  * @property\n  */\n  objectClass = 'heatmap',\n  /**\n  * Duration of all transitions of this element\n  * @param {number} [transitionDuration=1000]\n  * @memberof heatmap#\n  * @property\n  */\n  transitionDuration = 1000,\n  /**\n  * Easing function for transitions\n  * @param {d3.ease} [easeFunc=d3.easeExp]\n  * @memberof heatmap#\n  * @property\n  */\n  easeFunc = d3.easeExp,\n\n  /**\n  * Stores the keys of all the cells\n  * Calculated after heatmap called.\n  * @param {string[]} [cellKeys=undefined]\n  * @memberof heatmap#\n  * @property\n  */\n  cellKeys,\n  /**\n  * Stores the list of unique xValues\n  * Calculated after heatmap called.\n  * @param {string[]} [xValues=undefined]\n  * @memberof heatmap#\n  * @property\n  */\n  xValues,\n  /**\n  * Stores the list of unique yValues\n  * Calculated after heatmap called.\n  * @param {string[]} [yValues=undefined]\n  * @memberof heatmap#\n  * @property\n  */\n  yValues,\n  /**\n  * Stores the list of unique vValues\n  * Calculated after heatmap called.\n  * @param {string[]} [vValues=undefined]\n  * @memberof heatmap#\n  * @property\n  */\n  vValues,\n\n  xKeySortingFunction = function(a, b) { return xValues.indexOf(xExtractor(a)) - xValues.indexOf(xExtractor(b)) },\n  yKeySortingFunction = function(a, b) { return yValues.indexOf(yExtractor(a)) - yValues.indexOf(yExtractor(b)) },\n  vKeySortingFunction = function(a, b) { return vValues.indexOf(vExtractor(a)) - yValues.indexOf(vExtractor(b)) },\n\n  /**\n  * Instance of ColorFunction with .colorBy set to 'category'\n  * @function colorFunction\n  * @memberof heatmap#\n  * @property\n  */\n  colorFunction = CF().colorBy('category'),\n  /**\n  * Instance of Tooltip\n  * @function tooltip\n  * @memberof heatmap#\n  * @property\n  */\n  tooltip = TTip(),\n\n  /**\n  * store the size the heatmap could be in the x dimension\n  * the actuall size of the heatmap will be the min of xSize and {@link heatmap#ySize}\n  * Calculated after heatmap called.\n  * @param {string[]} [xSize=undefined]\n  * @memberof heatmap#\n  * @property\n  */\n  xSize,\n  /**\n  * store the size of the spacer in the x dimension\n  * Calculated after heatmap called.\n  * @param {string[]} [xSpacerSize=undefined]\n  * @memberof heatmap#\n  * @property\n  */\n  xSpacerSize,\n\n  /**\n  * store the size the heatmap could be in the y dimension\n  * the actuall size of the heatmap will be the min of xSize and {@link heatmap#xSize}\n  * Calculated after heatmap called.\n  * @param {string[]} [ySize=undefined]\n  * @memberof heatmap#\n  * @property\n  */\n  ySize,\n  /**\n  * store the size of the spacer in the y dimension.\n  * Calculated after heatmap called.\n  * @param {string[]} [xSpacerSize=undefined]\n  * @memberof heatmap#\n  * @property\n  */\n  ySpacerSize\n\n  /**\n   * Gets or sets the selection in which items are manipulated\n   * @param {d3.selection} [_=none]\n   * @returns {heatmap | d3.selection}\n   * @memberof heatmap\n   * @property\n   * by default selection = selection\n   */\n  hm.selection = function(_) { return arguments.length ? (selection = _, hm) : selection; }\n  /**\n   * Gets or sets the data\n   * (see {@link heatmap#data})\n   * @param {number} [_=none]\n   * @returns {heatmap | object}\n   * @memberof heatmap\n   * @property\n   */\n  hm.data = function(_) { return arguments.length ? (data = _, hm) : data; }\n  // hm.orient = function(_) { return arguments.length ? (orient = _, hm) : orient; }\n  /**\n   * Gets or sets the amount of horizontal space in which items are manipulated\n   * (see {@link heatmap#spaceX})\n   * @param {number} [_=none] should be a number > 0\n   * @returns {heatmap | number}\n   * @memberof heatmap\n   * @property\n   * by default spaceX = undefined\n   */\n  hm.spaceX = function(_) { return arguments.length ? (spaceX = _, hm) : spaceX; }\n  /**\n   * Gets or sets the amount of vertical space in which items are manipulated\n   * (see {@link heatmap#spaceY})\n   * @param {number} [_=none] should be a number > 0\n   * @returns {heatmap | number}\n   * @memberof heatmap\n   * @property\n   * by default spaceY = undefined\n   */\n  hm.spaceY = function(_) { return arguments.length ? (spaceY = _, hm) : spaceY; }\n\n  /**\n   * Gets or sets the xKey\n   * (see {@link heatmap#xKey})\n   * @param {string} [_=none]\n   * @returns {heatmap | string}\n   * @memberof heatmap\n   * @property\n   * by default xKey = 'x'\n   */\n  hm.xKey = function(_) { return arguments.length ? (xKey = _, hm) : xKey; }\n  /**\n   * Gets or sets the yKey\n   * (see {@link heatmap#yKey})\n   * @param {string} [_=none]\n   * @returns {heatmap | string}\n   * @memberof heatmap\n   * @property\n   * by default yKey = 'y'\n   */\n  hm.yKey = function(_) { return arguments.length ? (yKey = _, hm) : yKey; }\n\n  /**\n   * Gets or sets the vKey\n   * (see {@link heatmap#vKey})\n   * @param {string} [_=none]\n   * @returns {heatmap | string}\n   * @memberof heatmap\n   * @property\n   * by default vKey = 'y'\n   */\n  hm.vKey = function(_) { return arguments.length ? (vKey = _, hm) : vKey; }\n\n  /**\n   * Gets or sets the cellKeys\n   * (see {@link heatmap#cellKeys})\n   * @param {string[]} [_=none]\n   * @returns {heatmap | string[]}\n   * @memberof heatmap\n   * @property\n   * by default cellKeys = undefined\n   */\n  hm.cellKeys = function(_) { return arguments.length ? (cellKeys = _, hm) : cellKeys; }\n  /**\n   * Gets or sets the xValues\n   * (see {@link heatmap#xValues})\n   * @param {string[]} [_=none]\n   * @returns {heatmap | string[]}\n   * @memberof heatmap\n   * @property\n   * by default xValues = undefined\n   */\n  hm.xValues = function(_) { return arguments.length ? (xValues = _, hm) : xValues; }\n  /**\n   * Gets or sets the yValues\n   * (see {@link heatmap#yValues})\n   * @param {string[]} [_=none]\n   * @returns {heatmap | string[]}\n   * @memberof heatmap\n   * @property\n   * by default yValues = undefined\n   */\n  hm.yValues = function(_) { return arguments.length ? (yValues = _, hm) : yValues; }\n  /**\n   * Gets or sets the vValues\n   * (see {@link heatmap#vValues})\n   * @param {number[]} [_=none]\n   * @returns {heatmap | number[]}\n   * @memberof heatmap\n   * @property\n   * by default vValues = undefined\n   */\n  hm.vValues = function(_) { return arguments.length ? (vValues = _, hm) : vValues; }\n\n\n  /**\n   * Gets or sets the xExtractor\n   * (see {@link heatmap#xExtractor})\n   * @param {function} [_=none]\n   * @returns {heatmap | function}\n   * @memberof heatmap\n   * @property\n   * by default xExtractor = undefined\n   */\n  hm.xExtractor = function(_) { return arguments.length ? (xExtractor = _, hm) : xExtractor; }\n  /**\n   * Gets or sets the yExtractor\n   * (see {@link heatmap#yExtractor})\n   * @param {function} [_=none]\n   * @returns {heatmap | function}\n   * @memberof heatmap\n   * @property\n   * by default yExtractor = undefined\n   */\n  hm.yExtractor = function(_) { return arguments.length ? (yExtractor = _, hm) : yExtractor; }\n  /**\n   * Gets or sets the vExtractor\n   * (see {@link heatmap#vExtractor})\n   * @param {function} [_=none]\n   * @returns {heatmap | function}\n   * @memberof heatmap\n   * @property\n   * by default vExtractor = undefined\n   */\n  hm.vExtractor = function(_) { return arguments.length ? (vExtractor = _, hm) : vExtractor; }\n\n  /**\n   * Gets / sets whether or not heatmap is allowed to go beyond specified dimensions\n   * (see {@link heatmap#spaceX})\n   * @param {boolean} [_=none]\n   * @returns {heatmap | boolean}\n   * @memberof heatmap\n   * @property\n   * by default overflowQ = false\n   */\n  hm.overflowQ = function(_) { return arguments.length ? (overflowQ = _, hm) : overflowQ; }\n  /**\n   * Gets / sets objectSpacer\n   * (see {@link heatmap#objectSpacer})\n   * @param {number} [_=none]\n   * @returns {heatmap | number}\n   * @memberof heatmap\n   * @property\n   * by default objectSpacer = 0.0\n   */\n  hm.objectSpacer = function(_) { return arguments.length ? (objectSpacer = _, objectSpacer) : data; }\n  /**\n   * Gets / sets the minObjectSize\n   * (see {@link heatmap#minObjectSize})\n   * @param {number} [_=none]\n   * @returns {heatmap | number}\n   * @memberof heatmap\n   * @property\n   * by default minObjectSize = 50\n   */\n  hm.yMinObjectSize = function(_) { return arguments.length ? (yMinObjectSize = _, hm) : yMinObjectSize; }\n  /**\n   * Gets / sets the maxObjectSize\n   * (see {@link heatmap#maxObjectSize})\n   * @param {number} [_=none]\n   * @returns {heatmap | number}\n   * @memberof heatmap\n   * @property\n   * by default maxObjectSize = 100\n   */\n  hm.yMaxObjectSize = function(_) { return arguments.length ? (yMaxObjectSize = _, hm) : yMaxObjectSize; }\n  /**\n   * Gets / sets the minObjectSize\n   * (see {@link heatmap#minObjectSize})\n   * @param {number} [_=none]\n   * @returns {heatmap | number}\n   * @memberof heatmap\n   * @property\n   * by default minObjectSize = 50\n   */\n  hm.xMinObjectSize = function(_) { return arguments.length ? (xMinObjectSize = _, hm) : xMinObjectSize; }\n  /**\n   * Gets / sets the maxObjectSize\n   * (see {@link heatmap#maxObjectSize})\n   * @param {number} [_=none]\n   * @returns {heatmap | number}\n   * @memberof heatmap\n   * @property\n   * by default maxObjectSize = 100\n   */\n  hm.xMaxObjectSize = function(_) { return arguments.length ? (xMaxObjectSize = _, hm) : xMaxObjectSize; }\n  /**\n   * Gets / sets the objectStrokeWidth\n   * (see {@link heatmap#objectStrokeWidth})\n   * @param {number} [_=none]\n   * @returns {heatmap | number}\n   * @memberof heatmap\n   * @property\n   * by default objectStrokeWidth = 2\n   */\n  hm.objectStrokeWidth = function(_) { return arguments.length ? (objectStrokeWidth = _, hm) : objectStrokeWidth; }\n  /**\n   * Gets / sets the backgroundFill\n   * (see {@link heatmap#backgroundFill})\n   * @param {string} [_=none]\n   * @returns {heatmap | string}\n   * @memberof heatmap\n   * @property\n   * by default backgroundFill = 'transparent'\n   */\n  hm.backgroundFill = function(_) { return arguments.length ? (backgroundFill = _, hm) : backgroundFill; }\n  /**\n   * Gets / sets the namespace\n   * (see {@link heatmap#namespace})\n   * @param {string} [_=none]\n   * @returns {heatmap | string}\n   * @memberof heatmap\n   * @property\n   * by default namespace = 'd3sm-heatmap'\n   */\n  hm.namespace = function(_) { return arguments.length ? (namespace = _, hm) : namespace; }\n  /**\n   * Gets / sets the objectClass\n   * (see {@link heatmap#objectClass})\n   * @param {string} [_=none]\n   * @returns {heatmap | string}\n   * @memberof heatmap\n   * @property\n   * by default objectClass = 'tick-group'\n   */\n  hm.objectClass = function(_) { return arguments.length ? (objectClass = _, hm) : objectClass; }\n  /**\n   * Gets / sets the transitionDuration\n   * (see {@link heatmap#transitionDuration})\n   * @param {number} [_=none]\n   * @returns {heatmap | number}\n   * @memberof heatmap\n   * @property\n   * by default transitionDuration = 1000\n   */\n  hm.transitionDuration = function(_) { return arguments.length ? (transitionDuration = _, hm) : transitionDuration; }\n  /**\n   * Gets / sets the easeFunc\n   * (see {@link heatmap#easeFunc})\n   * @param {d3.ease} [_=none]\n   * @returns {heatmap | d3.ease}\n   * @memberof heatmap\n   * @property\n   * by default easeFunc = d3.easeExp\n   */\n  hm.easeFunc = function(_) { return arguments.length ? (easeFunc = _, hm) : easeFunc; }\n\n  /**\n   * Gets / sets the tooltip\n   * (see {@link heatmap#tooltip})\n   * @param {tooltip} [_=none]\n   * @returns {heatmap | tooltip}\n   * @memberof heatmap\n   * @property\n   * by default tooltip = tooltip()\n   */\n  hm.tooltip = function(_) { return arguments.length ? (tooltip = _, hm) : tooltip; }\n\n  /**\n   * Gets / sets the colorFunction\n   * (see {@link heatmap#colorFunction})\n   * @param {colorFunction} [_=none]\n   * @returns {heatmap | colorFunction}\n   * @memberof heatmap\n   * @property\n   * by default colorFunction = colorFunction()\n   */\n  hm.colorFunction = function(_) { return arguments.length ? (colorFunction = _, hm) : colorFunction; }\n\n  /**\n   * Gets / sets the xSize\n   * (see {@link heatmap#xSize})\n   * @param {number} [_=none]\n   * @returns {heatmap | number}\n   * @memberof heatmap\n   * @property\n   * by default xSize = undefined\n   */\n  hm.xSize = function(_) { return arguments.length ? (xSize = _, hm) : xSize; }\n  /**\n   * Gets / sets the xSpacerSize\n   * (see {@link heatmap#xSpacerSize})\n   * @param {number} [_=none]\n   * @returns {heatmap | number}\n   * @memberof heatmap\n   * @property\n   * by default xSpacerSize = undefined\n   */\n  hm.xSpacerSize = function(_) { return arguments.length ? (xSpacerSize = _, hm) : xSpacerSize; }\n  /**\n   * Gets / sets the ySize\n   * (see {@link heatmap#ySize})\n   * @param {number} [_=none]\n   * @returns {heatmap | number}\n   * @memberof heatmap\n   * @property\n   * by default ySize = undefined\n   */\n  hm.ySize = function(_) { return arguments.length ? (ySize = _, hm) : ySize; }\n  /**\n   * Gets / sets the ySpacerSize\n   * (see {@link heatmap#ySpacerSize})\n   * @param {number} [_=none]\n   * @returns {heatmap | number}\n   * @memberof heatmap\n   * @property\n   * by default ySpacerSize = undefined\n   */\n  hm.ySpacerSize = function(_) { return arguments.length ? (ySpacerSize = _, hm) : ySpacerSize; }\n  // hm.yKeySortingFunction = function(_) { return arguments.length ? (yKeySortingFunction = _, hm) : yKeySortingFunction; }\n  // hm.xKeySortingFunction = function(_) { return arguments.length ? (xKeySortingFunction = _, hm) : xKeySortingFunction; }\n\n\n\n  function hm() {\n    var horizontalQ = true; // no orientation in heatmaps. Aids as placeholder in functions that take orient as a parameter\n    var bgcpRect = {x:0, y:0, width: spaceX, height:spaceY}\n    var container = setupContainer( selection, namespace, bgcpRect, backgroundFill );\n\n    cellKeys = d3.keys(data);\n\n    xValues = unique(cellKeys.map(xExtractor));\n    yValues = unique(cellKeys.map(yExtractor));\n    vValues = unique(cellKeys.map(vExtractor));\n\n    cellKeys.sort(function(a, b){ return xKeySortingFunction(a, b) || yKeySortingFunction(a, b) })\n    log('heatmap', 'cells are sorted by', cellKeys)\n\n\n\n    log('heatmap', 'x and y keys are', {x: xValues, y:yValues})\n\n\n    var xDim = xValues.length, yDim = yValues.length;\n\n\n    ySize = calculateWidthOfObject(spaceY, yDim, yMinObjectSize, yMaxObjectSize, objectSpacer, overflowQ)\n    xSize = calculateWidthOfObject(spaceX, xDim, xMinObjectSize, xMaxObjectSize, objectSpacer, overflowQ)\n    ySpacerSize = calculateWidthOfSpacer(yValues, spaceY, ySize, yDim, objectSpacer, overflowQ)\n    xSpacerSize = calculateWidthOfSpacer(xValues, spaceX, xSize, xDim, objectSpacer, overflowQ)\n    // console.table({\n    //     x:{\n    //       object: xSize,\n    //       spacer: xSpacerSize,\n    //       dim: xDim\n    //     },\n    //     y:{\n    //       object: ySize,\n    //       spacer: ySpacerSize,\n    //       dim: yDim\n    //     }\n    //\n    // })\n    log('heatmap', 'size of', {x: xSize, y: ySize})\n\n\n\n    var ySpacer = groupingSpacer()\n    .horizontalQ(false)\n    .moveby('category')\n    .numberOfObjects(yDim)\n    .objectClass(hypenate(objectClass, 'row'))\n    .objectSize(ySize + ySpacerSize)\n    .spacerSize(0)\n    .transitionDuration(transitionDuration)\n    .easeFunc(easeFunc)\n    .namespace('row')\n\n    var xSpacer = groupingSpacer()\n    .horizontalQ(true)\n    .moveby('category')\n    .numberOfObjects(xDim)\n    .objectClass(objectClass)\n    .objectSize(xSize + xSpacerSize)\n    .spacerSize(0)\n    .transitionDuration(transitionDuration)\n    .easeFunc(easeFunc)\n\n\n    ySpacer(container, yValues, 0)\n    container.selectAll('g.'+hypenate(objectClass, 'row'))\n    .each(function(d, i){ xSpacer(d3.select(this), xValues, 0) })\n\n    var cells = container.selectAll('g:not(.to-remove).'+objectClass)\n\n\n    if (cellKeys.length != yValues.length * xValues.length) {\n      var lookup = {}\n      cellKeys.map(function(k, i){\n        lookup[xExtractor(k)+'::'+yExtractor(k)] = k\n      })\n\n      var positionedCellKeys = []\n      for (var i = 0; i < yValues.length; i++) {\n        for (var j = 0; j < xValues.length; j++) {\n          var lookupValue = lookup[xValues[j]+\"::\"+yValues[i]]\n          if (lookupValue == undefined) {\n            positionedCellKeys.push(undefined)\n          } else {\n            positionedCellKeys.push(lookupValue)\n          }\n        }\n      }\n\n      cells.data(positionedCellKeys);\n\n      // maybe breaks this\n      // !!!!!! IMPORTANT NOTE TODO LOOK HERE BUG\n      cellKeys = positionedCellKeys\n    } else {\n      cells.data(cellKeys);\n    }\n\n\n\n    var parentIndexArray = []\n    cells.each(function(d, i){ parentIndexArray.push(Number(d3.select(this).attr('parent-index'))) })\n\n    colorFunction = colorFunction.colorBy() == 'index'\n    ? colorFunction.dataExtent([0, Math.max(...parentIndexArray)])\n    : colorFunction.dataExtent([0, Math.max(...vValues)])\n\n    cells.each(function(key, i) {\n      log('heatmap', 'each cell', {key: key, index: i, node: d3.select(this).node()})\n\n      var t = d3.select(this)\n      if (key == undefined) {return}\n      var currentData = data[key],\n      value = vExtractor(key, i),\n      i = t.attr('parent-index') == undefined ? i : t.attr('parent-index'),\n      fillColor = colorFunction(key, value, i, 'fill'), // prevent duplicate computation\n      strokeColor = colorFunction(key, value, i,  'stroke')\n\n      var c = safeSelect(t, 'rect', hypenate(objectClass,'rect'))\n      c.attr('width', xSize + xSpacerSize - objectStrokeWidth)\n      .attr('height', ySize + ySpacerSize - objectStrokeWidth)\n      .attr('fill', fillColor)\n      .attr('x', objectStrokeWidth/2)\n      .attr('y', objectStrokeWidth/2)\n      .attr('stroke', \"#000\")\n      .attr('stroke-width', objectStrokeWidth)\n\n    })\n\n    tooltip.selection(cells.selectAll('rect.'+hypenate(objectClass, 'rect')))\n    .data(data)\n    // .keys(['r', 'v'])\n    // .header(function(d, i){return hypenate(data[d][xKey], data[d][yKey]) })\n\n    tooltip()\n\n\n  }\n\n  return hm;\n}\n\nexport {heatmap}\n","import {hypenate, safeSelect} from './helpers';\nimport {setupContainer, calculateWidthOfObject, calculateWidthOfSpacer, whiskerPath} from './utils';\nimport {unique, hasQ, flatten} from './array-functions';\nimport {groupingSpacer} from './grouping-spacer';\nimport {colorFunction as CF} from './color-function';\nimport {tooltip as TTip} from './tooltip';\n/*******************************************************************************\n**                                                                            **\n**                                                                            **\n**                             BOX AND WHISKER                                **\n**                                                                            **\n**                                                                            **\n*******************************************************************************/\n/**\n * Creates a boxwhisker\n *\n * {@link https://sumneuron.gitlab.io/d3sm/demos/box-whiskers/index.html Demo}\n * @constructor boxwhisker\n * @param {d3.selection} selection\n * @namespace boxwhisker\n * @returns {function} boxwhisker\n */\nexport function boxwhisker( selection ) {\n  var\n  /**\n  * Data to plot. Assumed to be a object, where each key corresponds to a box\n  * (see {@link boxwhisker#data})\n  * @param {Object} [data=undefined]\n  * @memberof boxwhisker#\n  * @property\n  */\n  data,\n  /**\n  * Which direction to render the boxes in\n  * (see {@link boxwhisker#orient})\n  * @param {number} [orient='horizontal']\n  * @memberof boxwhisker#\n  * @property\n  */\n  orient = 'horizontal',\n  /**\n  * Amount of horizontal space (in pixels) avaible to render the boxwhisker in\n  * (see {@link boxwhisker#spaceX})\n  * @param {number} [spaceX=undefined]\n  * @memberof boxwhisker#\n  * @property\n  */\n  spaceX,\n  /**\n  * Amount of vertical space (in pixels) avaible to render the boxwhisker in\n  * (see {@link boxwhisker.spaceY})\n  * @param {number} [spaceY=undefined]\n  * @memberof boxwhisker#\n  * @property\n  */\n  spaceY,\n  /**\n  * Whether or not to allow boxwhisker to render elements pass the main spatial dimension\n  * given the orientation (see {@link boxwhisker#orient}), where {@link boxwhisker#orient}=\"horizontal\"\n  * the main dimension is {@link boxwhisker#spaceX} and where {@link boxwhisker#orient}=\"vertical\"\n  * the main dimension is {@link boxwhisker#spaceY}\n  * @param {boolean} [overflowQ=false]\n  * @memberof boxwhisker#\n  * @property\n  */\n  overflowQ = true,\n\n  /**\n  * An array - putatively of other arrays - depicting how boxes should be arranged\n  * @param {Array[]} [grouping=undefined]\n  * @memberof boxwhisker#\n  * @property\n  */\n  grouping,\n  quartilesKey = 'quartiles', // key in object where quartiles are stored\n  quartilesKeys = [\"0.00\", \"0.25\", \"0.50\", \"0.75\", \"1.00\"], // keys in quartiles object mapping values to min, q1, q2, q3 and max\n\n\n  /**\n  * How to get the value of the boxwhisker\n  * @param {function} [valueExtractor=function(key, index) { return data[key][quartilesKey] }]\n  * @memberof boxwhisker#\n  * @property\n  */\n  valueExtractor = function(key, index) { return data[key][quartilesKey] },\n  /**\n  * How to sort the boxes - if {@link boxwhisker#grouping} is not provided.\n  * @param {function} [sortingFunction=descending]\n  * @memberof boxwhisker#\n  * @property\n  * default\n  * function(keyA, keyB) {return d3.descending(\n  *   valueExtractor(keyA)[quartilesKeys[4]],\n  *   valueExtractor(keyB)[quartilesKeys[4]]\n  * )}\n  */\n  sortingFunction = function(keyA, keyB) {return d3.descending(\n    valueExtractor(keyA)[quartilesKeys[4]],\n    valueExtractor(keyB)[quartilesKeys[4]]\n  )},\n  /**\n  * The scale for which boxwhisker values should be transformed by\n  * @param {d3.scale} [scale=d3.scaleLinear]\n  * @memberof boxwhisker#\n  * @property\n  */\n  scale = d3.scaleLinear(),\n  /**\n  * The padding for the domain of the scale (see {@link boxwhisker#scale})\n  * @param {number} [domainPadding=0.5]\n  * @memberof boxwhisker#\n  * @property\n  */\n  domainPadding = 0.5,\n  /**\n  * Default space for the spacer (percentage) of main dimension given the orientation\n  * (see {@link boxwhisker#orient}), where {@link boxwhisker#orient}=\"horizontal\"\n  * the main dimension is {@link boxwhisker#spaceX} and where {@link boxwhisker#orient}=\"vertical\"\n  * the main dimension is {@link boxwhisker#spaceY} between boxes\n  * @param {number} [objectSpacer=0.05]\n  * @memberof boxwhisker#\n  * @property\n  */\n  objectSpacer = 0.05,\n  /**\n  * The minimum size that an object can be\n  * @param {number} [minObjectSize=15]\n  * @memberof boxwhisker#\n  * @property\n  */\n  minObjectSize = 15,\n  /**\n  * The maximum size that an object can be\n  * @param {number} [maxObjectSize=50]\n  * @memberof boxwhisker#\n  * @property\n  */\n  maxObjectSize = 50,\n  /**\n  * Percent of box and whisker size that whiskers will be rendered\n  * see {@link boxwhisker#objectSize}\n  * @param {number} [whiskerWidthPercent=0.6]\n  * @memberof boxwhisker#\n  * @property\n  */\n  whiskerWidthPercent = .6,\n  /**\n  * Instance of ColorFunction\n  * @param {function} [colorFunction = colorFunction()]\n  * @memberof boxwhisker#\n  * @property\n  */\n  colorFunction = CF(),\n  /**\n  * The stroke width of the boxes\n  * @param {number} [boxStrokeWidth=2]\n  * @memberof boxwhisker#\n  * @property\n  */\n  boxStrokeWidth = 2,\n  /**\n  * The stroke width of the whiskers\n  * @param {number} [whiskerStrokeWidth=2]\n  * @memberof boxwhisker#\n  * @property\n  */\n  whiskerStrokeWidth = 2,\n\n  /**\n  * Color of the background\n  * @param {string} [backgroundFill=\"transparent\"]\n  * @memberof boxwhisker#\n  * @property\n  */\n  backgroundFill = 'transparent',\n  /**\n  * Namespace for all items made by this instance of boxwhisker\n  * @param {string} [namespace=\"d3sm-box-whisker\"]\n  * @memberof boxwhisker#\n  * @property\n  */\n  namespace = 'd3sm-box-whisker',\n  /**\n  * Class name for boxwhisker container (<g> element)\n  * @param {string} [objectClass=\"box-whisk\"]\n  * @memberof boxwhisker#\n  * @property\n  */\n  objectClass = 'box-whisk',\n\n  /**\n  * Duration of all transitions of this element\n  * @param {number} [transitionDuration=1000]\n  * @memberof boxwhisker#\n  * @property\n  */\n  transitionDuration = 1000,\n  /**\n  * Easing function for transitions\n  * @param {d3.ease} [easeFunc=d3.easeExp]\n  * @memberof boxwhisker#\n  * @property\n  */\n  easeFunc = d3.easeExp,\n\n  /**\n  * The keys of the boxes\n  * @param {string[]} [boxKeys=undefined]\n  * @memberof boxwhisker#\n  * @property\n  */\n  boxKeys,\n  /**\n  * The values of the boxes\n  * @param {string[]} [boxValues=undefined]\n  * @memberof boxwhisker#\n  * @property\n  */\n  boxValues,\n  /**\n  * The objectSize (actual width) used by the boxes\n  * @param {number} [objectSize=undefined]\n  * @memberof boxwhisker#\n  * @property\n  */\n  objectSize,\n  /**\n  * The spacerSize (actual width) used by the spacers between the boxes\n  * @param {number} [spacerSize=undefined]\n  * @memberof boxwhisker#\n  * @property\n  */\n  spacerSize,\n  /**\n  * Instance of Tooltip\n  * @param {function} [tooltip=tooltip()]\n  * @memberof boxwhisker#\n  * @property\n  */\n  tooltip = TTip()\n  /**\n   * Gets or sets the selection in which items are manipulated\n   * @param {d3.selection} [_=none]\n   * @returns {boxwhisker | d3.selection}\n   * @memberof boxwhisker\n   * @property\n   * by default selection = selection\n   */\n  boxwhisker.selection = function(_) { return arguments.length ? (selection = _, boxwhisker) : selection; };\n  /**\n   * Gets or sets the data\n   * (see {@link boxwhisker#data})\n   * @param {number} [_=none]\n   * @returns {boxwhisker | object}\n   * @memberof boxwhisker\n   * @property\n   */\n  boxwhisker.data = function(_) { return arguments.length ? (data = _, boxwhisker) : data; };\n  /**\n   * Gets or sets the orient of the boxes\n   * (see {@link boxwhisker#orient})\n   * @param {number} [_=none]\n   * @returns {boxwhisker | object}\n   * @memberof boxwhisker\n   * @property\n   */\n  boxwhisker.orient = function(_) { return arguments.length ? (orient = _, boxwhisker) : orient; };\n  /**\n   * Gets or sets the amount of horizontal space in which items are manipulated\n   * (see {@link boxwhisker#spaceX})\n   * @param {number} [_=none] should be a number > 0\n   * @returns {boxwhisker | number}\n   * @memberof boxwhisker\n   * @property\n   * by default spaceX = undefined\n   */\n  boxwhisker.spaceX = function(_) { return arguments.length ? (spaceX = _, boxwhisker) : spaceX; };\n  /**\n   * Gets or sets the amount of vertical space in which items are manipulated\n   * (see {@link boxwhisker#spaceY})\n   * @param {number} [_=none] should be a number > 0\n   * @returns {boxwhisker | number}\n   * @memberof boxwhisker\n   * @property\n   * by default spaceY = undefined\n   */\n  boxwhisker.spaceY = function(_) { return arguments.length ? (spaceY = _, boxwhisker) : spaceY; };\n  /**\n   * Gets / sets whether or not boxwhisker is allowed to go beyond specified dimensions\n   * (see {@link boxwhisker#overflowQ})\n   * @param {boolean} [_=none]\n   * @returns {boxwhisker | boolean}\n   * @memberof boxwhisker\n   * @property\n   * by default overflowQ = false\n   */\n  boxwhisker.overflowQ = function(_) { return arguments.length ? (overflowQ = _, boxwhisker) : overflowQ; };\n  /**\n   * Gets / sets the grouping of the boxes\n   * (see {@link boxwhisker#grouping})\n   * @param {Array[]} [_=none]\n   * @returns {boxwhisker | Array[]}\n   * @memberof boxwhisker\n   * @property\n   * by default grouping = undefined\n   */\n  boxwhisker.grouping = function(_) { return arguments.length ? (grouping = _, boxwhisker) : grouping; };\n  /**\n   * Gets / sets the quartilesKey\n   * (see {@link boxwhisker#quartilesKey})\n   * @param {string} [_=none]\n   * @returns {boxwhisker | string}\n   * @memberof boxwhisker\n   * @property\n   * by default quartilesKey = quartiles\n   */\n  boxwhisker.quartilesKey = function(_) { return arguments.length ? (quartilesKey = _, boxwhisker) : quartilesKey; };\n  /**\n   * Gets / sets the quartilesKeys\n   * (see {@link boxwhisker#quartilesKeys})\n   * @param {string[]} [_=none]\n   * @returns {boxwhisker | string[]}\n   * @memberof boxwhisker\n   * @property\n   * by default quartilesKeys = [Q0, Q1, Q2, Q3, Q4]\n   */\n  boxwhisker.quartilesKeys = function(_) { return arguments.length ? (quartilesKeys = _, boxwhisker) : quartilesKeys; };\n  /**\n   * Gets / sets the valueExtractor\n   * (see {@link boxwhisker#valueExtractor})\n   * @param {function} [_=none]\n   * @returns {boxwhisker | function}\n   * @memberof boxwhisker\n   * @property\n   * by default valueExtractor = function(key, index) { return data[key][quartilesKey] },\n   */\n\n  boxwhisker.valueExtractor = function(_) { return arguments.length ? (valueExtractor = _, boxwhisker) : valueExtractor; };\n  /**\n   * Gets / sets the sortingFunction\n   * (see {@link boxwhisker#sortingFunction})\n   * @param {function} [_=none]\n   * @returns {boxwhisker | function}\n   * @memberof boxwhisker\n   * @property\n   * by default sortingFunction = function(keyA, keyB) {return d3.descending(\n   *   valueExtractor(keyA)[quartilesKeys[4]],\n   *   valueExtractor(keyB)[quartilesKeys[4]]\n   * )},\n   */\n  boxwhisker.sortingFunction = function(_) { return arguments.length ? (sortingFunction = _, boxwhisker) : sortingFunction; };\n  /**\n   * Gets / sets the scale for which the boxwhisker values should be transformed by\n   * (see {@link boxwhisker#scale})\n   * @param {d3.scale} [_=none]\n   * @returns {boxwhisker | d3.scale}\n   * @memberof boxwhisker\n   * @property\n   * by default scale = d3.scaleLinear()\n   */\n  boxwhisker.scale = function(_) { return arguments.length ? (scale = _, boxwhisker) : scale; };\n  /**\n   * Gets / sets the padding for the domain of the scale\n   * (see {@link boxwhisker#domainPadding})\n   * @param {number} [_=none]\n   * @returns {boxwhisker | number}\n   * @memberof boxwhisker\n   * @property\n   * by default domainPadding = 0.5\n   */\n  boxwhisker.domainPadding = function(_) { return arguments.length ? (domainPadding = _, boxwhisker) : domainPadding; };\n  /**\n   * Gets / sets objectSpacer\n   * (see {@link boxwhisker#objectSpacer})\n   * @param {number} [_=none]\n   * @returns {boxwhisker | number}\n   * @memberof boxwhisker\n   * @property\n   * by default objectSpacer = 0.05\n   */\n  boxwhisker.objectSpacer = function(_) { return arguments.length ? (objectSpacer = _, boxwhisker) : objectSpacer; };\n  /**\n   * Gets / sets the minObjectSize\n   * (see {@link boxwhisker#minObjectSize})\n   * @param {number} [_=none]\n   * @returns {boxwhisker | number}\n   * @memberof boxwhisker\n   * @property\n   * by default minObjectSize = 15\n   */\n  boxwhisker.minObjectSize = function(_) { return arguments.length ? (minObjectSize = _, boxwhisker) : minObjectSize; };\n  /**\n   * Gets / sets the maxObjectSize\n   * (see {@link boxwhisker#maxObjectSize})\n   * @param {number} [_=none]\n   * @returns {boxwhisker | number}\n   * @memberof boxwhisker\n   * @property\n   * by default maxObjectSize = 50\n   */\n  boxwhisker.maxObjectSize = function(_) { return arguments.length ? (maxObjectSize = _, boxwhisker) : maxObjectSize; };\n  /**\n   * Gets / sets the whiskerWidthPercent\n   * (see {@link boxwhisker#whiskerWidthPercent})\n   * @param {number} [_=none]\n   * @returns {boxwhisker | number}\n   * @memberof boxwhisker\n   * @property\n   * by default maxObjectSize = 0.6\n   */\n  boxwhisker.whiskerWidthPercent = function(_) { return arguments.length ? (whiskerWidthPercent = _, boxwhisker) : whiskerWidthPercent; };\n  /**\n   * Gets / sets the colorFunction\n   * (see {@link boxwhisker#colorFunction})\n   * @param {colorFunction} [_=none]\n   * @returns {boxwhisker | colorFunction}\n   * @memberof boxwhisker\n   * @property\n   * by default colorFunction = colorFunction()\n   */\n  boxwhisker.colorFunction = function(_) { return arguments.length ? (colorFunction = _, boxwhisker) : colorFunction; };\n  /**\n   * Gets / sets the boxStrokeWidth\n   * (see {@link boxwhisker#boxStrokeWidth})\n   * @param {number} [_=none]\n   * @returns {boxwhisker | number}\n   * @memberof boxwhisker\n   * @property\n   * by default boxStrokeWidth = 2\n   */\n  boxwhisker.boxStrokeWidth = function(_) { return arguments.length ? (boxStrokeWidth = _, boxwhisker) : boxStrokeWidth; };\n  /**\n   * Gets / sets the whiskerStrokeWidth\n   * (see {@link boxwhisker#whiskerStrokeWidth})\n   * @param {number} [_=none]\n   * @returns {boxwhisker | number}\n   * @memberof boxwhisker\n   * @property\n   * by default whiskerStrokeWidth = 2\n   */\n  boxwhisker.whiskerStrokeWidth = function(_) { return arguments.length ? (whiskerStrokeWidth = _, boxwhisker) : whiskerStrokeWidth; };\n\n  /**\n   * Gets / sets the backgroundFill\n   * (see {@link boxwhisker#backgroundFill})\n   * @param {string} [_=none]\n   * @returns {boxwhisker | string}\n   * @memberof boxwhisker\n   * @property\n   * by default backgroundFill = 'transparent'\n   */\n  boxwhisker.backgroundFill = function(_) { return arguments.length ? (backgroundFill = _, boxwhisker) : backgroundFill; };\n  /**\n   * Gets / sets the namespace\n   * (see {@link boxwhisker#namespace})\n   * @param {string} [_=none]\n   * @returns {boxwhisker | string}\n   * @memberof boxwhisker\n   * @property\n   * by default namespace = 'd3sm-boxwhisker'\n   */\n  boxwhisker.namespace = function(_) { return arguments.length ? (namespace = _, boxwhisker) : namespace; };\n  /**\n   * Gets / sets the objectClass\n   * (see {@link boxwhisker#objectClass})\n   * @param {string} [_=none]\n   * @returns {boxwhisker | string}\n   * @memberof boxwhisker\n   * @property\n   * by default objectClass = 'tick-group'\n   */\n  boxwhisker.objectClass = function(_) { return arguments.length ? (objectClass = _, boxwhisker) : objectClass; };\n  /**\n   * Gets / sets the transitionDuration\n   * (see {@link boxwhisker#transitionDuration})\n   * @param {number} [_=none]\n   * @returns {boxwhisker | number}\n   * @memberof boxwhisker\n   * @property\n   * by default transitionDuration = 1000\n   */\n  boxwhisker.transitionDuration = function(_) { return arguments.length ? (transitionDuration = _, boxwhisker) : transitionDuration; };\n  /**\n   * Gets / sets the easeFunc\n   * (see {@link boxwhisker#easeFunc})\n   * @param {d3.ease} [_=none]\n   * @returns {boxwhisker | d3.ease}\n   * @memberof boxwhisker\n   * @property\n   * by default easeFunc = d3.easeExp\n   */\n  boxwhisker.easeFunc = function(_) { return arguments.length ? (easeFunc = _, boxwhisker) : easeFunc; };\n\n  /**\n   * Gets / sets the barKeys\n   * (see {@link boxwhisker#boxKeys})\n   * @param {string[]} [_=none]\n   * @returns {boxwhisker | string[]}\n   * @memberof boxwhisker\n   * @property\n   * by default boxKeys = undefined\n   */\n  boxwhisker.boxKeys = function(_) { return arguments.length ? (boxKeys = _, boxwhisker) : boxKeys; };\n  /**\n   * Gets / sets the boxValues\n   * (see {@link boxwhisker#boxValues})\n   * @param {number[]} [_=none]\n   * @returns {boxwhisker | number[]}\n   * @memberof boxwhisker\n   * @property\n   * by default boxValues = undefined\n   */\n  boxwhisker.boxValues = function(_) { return arguments.length ? (boxValues = _, boxwhisker) : boxValues; };\n  /**\n   * Gets / sets the objectSize\n   * (see {@link boxwhisker#objectSize})\n   * @param {number} [_=none]\n   * @returns {boxwhisker | number}\n   * @memberof boxwhisker\n   * @property\n   * by default objectSize = undefined\n   */\n  boxwhisker.objectSize = function(_) { return arguments.length ? (objectSize = _, boxwhisker) : objectSize; };\n  /**\n   * Gets / sets the spacerSize\n   * (see {@link boxwhisker#spacerSize})\n   * @param {number} [_=none]\n   * @returns {boxwhisker | number}\n   * @memberof boxwhisker\n   * @property\n   * by default spacerSize = undefined\n   */\n  boxwhisker.spacerSize = function(_) { return arguments.length ? (spacerSize = _, boxwhisker) : spacerSize; };\n  /**\n   * Gets / sets the tooltip\n   * (see {@link boxwhisker#tooltip})\n   * @param {tooltip} [_=none]\n   * @returns {boxwhisker | tooltip}\n   * @memberof boxwhisker\n   * @property\n   * by default tooltip = tooltip()\n   */\n  boxwhisker.tooltip = function(_) { return arguments.length ? (tooltip = _, boxwhisker) : tooltip; };\n\n\n  function boxwhisker() {\n    // for convenience in handling orientation specific values\n    var horizontalQ = (orient == 'horizontal') ? true : false\n    var verticalQ = !horizontalQ\n\n    // background cliping rectangle\n    var bgcpRect = {x:0, y:0, width: spaceX, height:spaceY}\n    var container = setupContainer( selection, namespace, bgcpRect, backgroundFill );\n\n    // if grouping is undefined sort keys by sorting funct\n    var ordered = (grouping == undefined) ? d3.keys(data).sort(sortingFunction) : grouping\n    // to prevent re-calculation and getters to be passed to axes\n    boxKeys = flatten(ordered)\n    boxValues = boxKeys.map(valueExtractor)\n\n\n    var numberOfObjects = boxKeys.length\n    var extent = [\n      Math.min(...boxValues.map(function(d,i){return d[quartilesKeys[0]]})) - domainPadding,\n      Math.max(...boxValues.map(function(d,i){return d[quartilesKeys[4]]})) + domainPadding\n    ];\n\n    // set the scale\n    scale.domain(extent).range(horizontalQ ? [0,spaceY] : [spaceX, 0])\n    var space = horizontalQ ? spaceX : spaceY\n    // calculate object size\n    objectSize = calculateWidthOfObject(space, numberOfObjects, minObjectSize, maxObjectSize, objectSpacer, overflowQ)\n    // calculate spacer size if needed\n    spacerSize = calculateWidthOfSpacer(boxKeys, space, objectSize, numberOfObjects, objectSpacer, overflowQ)\n    // make the nested groups\n    var spacerFunction = groupingSpacer()\n    .horizontalQ(horizontalQ).scale(scale).moveby('category').numberOfObjects(numberOfObjects)\n    .objectClass(objectClass).objectSize(objectSize).spacerSize(spacerSize)\n    .transitionDuration(transitionDuration).easeFunc(easeFunc)\n    .namespace(namespace)\n\n    // move stuff\n    spacerFunction(container, ordered, 0)\n\n    var parentIndexArray = []\n    container.selectAll('g:not(.to-remove).'+objectClass)\n    .each(function(d, i){if (hasQ(boxKeys, d)){ parentIndexArray.push(Number(d3.select(this).attr('parent-index')))}})\n\n\n\n    colorFunction = colorFunction.colorBy() == 'index'\n    ? colorFunction.dataExtent([0, Math.max(...parentIndexArray)])\n    : colorFunction.dataExtent(extent)\n\n\n    // set attributes for box and whiskers\n    container.selectAll('g:not(.to-remove).'+objectClass).each(function(key, i) {\n      var t = d3.select(this),\n      currentData = data[key],\n\n      quartiles = valueExtractor(key, i),\n      q0 = quartiles[quartilesKeys[0]],\n      q1 = quartiles[quartilesKeys[1]],\n      q2 = quartiles[quartilesKeys[2]],\n      q3 = quartiles[quartilesKeys[3]],\n      q4 = quartiles[quartilesKeys[4]]\n\n      var i = t.attr('parent-index') == undefined ? i : t.attr('parent-index'),\n      fillColor = colorFunction(key, q2, i, 'fill'), // prevent duplicate computation\n      strokeColor = colorFunction(key, q2, i,  'stroke')\n\n\n      var\n      whisk = safeSelect(t, 'g', 'whisker'),\n      uWhisk = safeSelect(whisk, 'path', 'upper'),\n      lWhisk = safeSelect(whisk, 'path', 'lower'),\n      quart = safeSelect(t, 'g', 'quartile'),\n      uQuart = safeSelect(quart, 'rect', 'upper'),\n      lQuart = safeSelect(quart, 'rect', 'lower'),\n      mQuart = safeSelect(quart, 'circle', 'median')\n\n\n      // set upper quartile (q3)\n      uQuart.transition().duration(transitionDuration).ease(easeFunc)\n      .attr('width', horizontalQ ? objectSize : scale(q3) - scale(q2))\n      .attr('height', verticalQ ? objectSize : scale(q3) - scale(q2))\n      .attr('fill', fillColor)\n      .attr('stroke', strokeColor)\n      .attr('stroke-width', boxStrokeWidth)\n      .attr('transform', function(d, i){\n        var\n        x = horizontalQ ? 0 : scale(q2),\n        y = verticalQ ? 0 : scale(extent[1]) - scale(q3),\n        t = 'translate('+x+','+y+')'\n        return t\n      })\n\n      // set lower quartile (q1)\n      lQuart.transition().duration(transitionDuration).ease(easeFunc)\n      .attr('width', horizontalQ ? objectSize : scale(q2) - scale(q1))\n      .attr('height', verticalQ ? objectSize : scale(q2) - scale(q1))\n      .attr('fill', fillColor)\n      .attr('stroke', strokeColor)\n      .attr('stroke-width', boxStrokeWidth)\n      .attr('transform', function(d, i){\n        var\n        x = horizontalQ ? 0 : scale(q1),\n        y = verticalQ ? 0 : scale(extent[1]) - scale(q2),\n        t = 'translate('+x+','+y+')'\n        return t\n      })\n\n\n      // set median (q2)\n      mQuart.transition().duration(transitionDuration).ease(easeFunc)\n      .attr('r', function(d, i){\n        var r = objectSize / 2\n        var dif = (scale(q3) - scale(q1)) / 2\n        return (r > dif) ? dif : r\n      })\n      .attr('fill', fillColor)\n      .attr('stroke', strokeColor)\n      .attr('stroke-width', boxStrokeWidth)\n      .attr('transform', function(d, i){\n        var\n        x = horizontalQ ? objectSize / 2 : scale(q2),\n        y = verticalQ ? objectSize / 2 : scale(extent[1]) - scale(q2),\n        t = 'translate('+x+','+y+')'\n        return t\n      })\n\n      // set lower whisker (min)\n      lWhisk.transition().duration(transitionDuration).ease(easeFunc)\n      .attr('d', function(dd, ii){\n        var\n        dir = false,\n        x = 0,\n        y = 0,\n        h = horizontalQ ? scale(q1) - scale(q0) : objectSize,\n        w = verticalQ ? scale(q1) - scale(q0) : objectSize\n        return whiskerPath(dir, x, y, w, h, whiskerWidthPercent, orient)\n      })\n      .attr('transform', function(d, i){\n        var\n        x = horizontalQ ? 0 : scale(q1),\n        y = verticalQ ? 0 : scale(extent[1]) - scale(q1),\n        t = 'translate('+x+','+y+')'\n        return t\n      })\n      .attr('stroke', 'black').attr('stroke-width', whiskerStrokeWidth)\n      .attr('fill', 'none')\n\n      // set upper whisker (max)\n      uWhisk.transition().duration(transitionDuration).ease(easeFunc)\n      .attr('d', function(dd, ii){\n        var\n        dir = true,\n        x = 0,\n        y = 0,\n        h = horizontalQ ? scale(q4) - scale(q3) : objectSize,\n        w = verticalQ ? scale(q4) - scale(q3) : objectSize\n        return whiskerPath(dir, x, y, w, h, whiskerWidthPercent, orient)\n      })\n      .attr('transform', function(d, i){\n        var\n        x = horizontalQ ? 0 : scale(q3),\n        y = verticalQ ? 0 :  scale(extent[1]) - scale(q4),\n        t = 'translate('+x+','+y+')'\n        return t\n      })\n      .attr('stroke', 'black')\n      .attr('stroke-width', whiskerStrokeWidth)\n      .attr('fill', 'none')\n\n    })\n\n    tooltip.selection(container.selectAll('g:not(.to-remove).'+objectClass))\n    .data(data)\n    tooltip()\n\n\n  }\n\n  return boxwhisker\n}\n","import {hypenate, safeSelect} from './helpers';\nimport {selectFilter} from './select-filter';\n\n/*******************************************************************************\n**                                                                            **\n**                                                                            **\n**                                DATATOGGLE                                  **\n**                                                                            **\n**                                                                            **\n*******************************************************************************/\n/**\n * Creates a datatoggle\n * @constructor datatoggle\n * @param {d3.selection} selection\n * @namespace datatoggle\n * @returns {function} datatoggle\n */\nexport function datatoggle( selection ) {\n  var\n  /**\n  * Keys to make toggle-able options\n  * (see {@link datatoggle#keys})\n  * @param {string[]} [keys=undefined]\n  * @memberof datatoggle#\n  * @property\n  */\n  keys,\n  /**\n  * What to do when a different key is clicked\n  * (see {@link datatoggle#updateFunction})\n  * @param {function} [updateFunction=function(){}]\n  * @memberof datatoggle#\n  * @property\n  */\n  updateFunction = function(){},\n  /**\n  * Namespace for all items made by this instance of datatoggle\n  * @param {string} [namespace=\"d3sm-databar\"]\n  * @memberof datatoggle#\n  * @property\n  */\n  namespace='d3sm-databar',\n  /**\n  * Currently toggled key\n  * @param {string} [currentKey=undefined]\n  * @memberof datatoggle#\n  * @property\n  */\n  currentKey,\n\n  xAxisSelectQ = false,\n  xAxisOptions,\n  yAxisSelectQ = false,\n  yAxisOptions,\n  data\n  toggle.xAxisSelectQ = function(_){return arguments.length ? (xAxisSelectQ = _, toggle) : xAxisSelectQ}\n  toggle.yAxisSelectQ = function(_){return arguments.length ? (yAxisSelectQ = _, toggle) : yAxisSelectQ}\n  toggle.xAxisOptions = function(_){return arguments.length ? (xAxisOptions = _, toggle) : xAxisOptions}\n  toggle.yAxisOptions = function(_){return arguments.length ? (yAxisOptions = _, toggle) : yAxisOptions}\n  toggle.data = function(_){return arguments.length ? (data = _, toggle) : data}\n\n\n  /**\n   * Gets / sets the updateFunction\n   * (see {@link datatoggle#updateFunction})\n   * @function datatoggle.updateFunction\n   * @param {function} [_=none]\n   * @returns {datatoggle | function}\n   * @memberof datatoggle\n   * @property\n   * by default updateFunction = function(){}\n   */\n  toggle.updateFunction = function(_){return arguments.length ? (updateFunction = _, toggle) : updateFunction}\n  /**\n   * Gets / sets the namespace\n   * (see {@link datatoggle#namespace})\n   * @function datatoggle.namespace\n   * @param {string} [_=none]\n   * @returns {datatoggle | string}\n   * @memberof datatoggle\n   * @property\n   * by default namespace = 'd3sm-databar'\n   */\n  toggle.namespace = function(_){return arguments.length ? (namespace = _, toggle) : namespace}\n  /**\n   * Gets / sets the currentKey\n   * (see {@link datatoggle#currentKey})\n   * @function datatoggle.currentKey\n   * @param {string} [_=none]\n   * @returns {datatoggle | string}\n   * @memberof datatoggle\n   * @property\n   * by default currentKey = undefined\n   */\n  toggle.currentKeys =\n  function () {\n    var vals = {}\n    d3.keys(filterSelects).map(function(k, i){\n      vals[k]= filterSelects[k].currentOption()\n    })\n    return vals\n  }\n\n  var filterSelects = {}\n  function toggle() {\n    // selection options\n\n    // selection.classed('d-flex flex-row', true)\n    // var filterButton = safeSelect(selection, 'a', 'slider-buttons')\n    // var filterI = safeSelect(filterButton, 'i', 'fa fa-sliders')\n\n    /*BUG: unexpected behavior.\n      - when using bootstrap-eque way for collapse, clicking button submits to\n      the same page in applications (but not in demo), so using anchor (<a>)\n      - when using anchor, cause page to jump to that location\n      - when using show, the first open works, but the close does not.\n    */\n    // filterButton.attr('class', 'btn btn-secondary')\n    // .attr('data-toggle', 'collapse')\n    // .attr('href', '#'+hypenate(namespace, 'data-toggle'))\n    // .attr('target', '_blank')\n    // .html(filterButton.html()+' Filters')\n    // .on('click', function(d, i){\n    //   d3.event.preventDefault()\n    //   d3.event.stopPropagation()\n    //   var dt = d3.select(\"#\"+hypenate(namespace, 'data-toggle'))\n    //   dt.classed('show', !dt.classed('show'))\n    //   dt.classed('d-inline-flex', dt.classed('show'))\n    //\n    //   filterButton.classed('btn-primary', dt.classed('show'))\n    //   filterButton.classed('btn-secondary', !dt.classed('show'))\n    // })\n    // .classed('d-inline-flex', true)\n    // .style(\"margin-right\", '10px')\n\n\n\n    // var datatoggleCollapse = safeSelect(selection, 'div', hypenate(namespace,'collapse'))\n    // .attr('id', hypenate(namespace, 'data-toggle'))\n    // .classed('collapse', true)\n\n    // var flexRow = safeSelect(datatoggleCollapse, 'div', 'd-inline-flex flex-row flex-wrap')\n    var flexRow = safeSelect(selection, 'div', 'd-inline-flex flex-row flex-wrap')\n\n    var dataopts = flexRow.selectAll('div.'+hypenate(namespace,'select-filter'))\n    // remove excess\n    dataopts.exit().remove()\n    // bind data\n    dataopts = dataopts.data(d3.keys(data))\n    //enter\n    var doEnter = dataopts.enter().append('div')\n    .attr('class', 'select-filter')\n\n    dataopts = dataopts.merge(doEnter).style('margin-right', \"10px\")\n\n    dataopts.each(function(d, i){\n      var t = d3.select(this)\n      var sf = selectFilter(t)\n      .data(data[d])\n      .namespace(hypenate(namespace, d))\n      .selectionName(d)\n      sf()\n      filterSelects[d] = sf\n    })\n\n\n    selection.selectAll('select')\n    .on('change', function(){updateFunction()})\n    // bind update function\n    // d3.selectAll\n    return toggle\n  }\n\n\n  function onlyOne() {\n    // d3.event.preventDefault()\n    // d3.event.stopPropagation()\n    var dataopts = selection.selectAll('div.data-option')\n    currentKey = dataopts.select(':checked').datum()\n    updateFunction()\n\n  }\n\n  function axisSelectFilter(selection, axis=\"x-axis\", axisData) {\n    if (axisData == undefined) {\n      axisData = {\n        'linear': d3.scaleLinear(),\n        'log': d3.scaleLog(),\n        'pow': d3.scalePow(),\n        'sqrt': d3.scaleSqrt()\n      }\n    }\n\n    var sf = selectFilter(selection)\n    .data(axisData)\n    .namespace(axis)\n    .selectionName(axis+' scale')\n    .defaultValue(d3.scaleLinear())\n\n\n    sf()\n\n  }\n\n  return toggle\n}\n","import {hypenate, safeSelect} from './helpers';\nimport {setupContainer, calculateWidthOfObject, calculateWidthOfSpacer} from './utils';\nimport {unique, flatten} from './array-functions';\nimport {groupingSpacer} from './grouping-spacer';\nimport {colorFunction as CF} from './color-function';\nimport {tooltip as TTip} from './tooltip';\n/*******************************************************************************\n**                                                                            **\n**                                                                            **\n**                                 SCATTER                                    **\n**                                                                            **\n**                                                                            **\n*******************************************************************************/\n/**\n * Creates a scatter\n *\n * {@link https://sumneuron.gitlab.io/d3sm/demos/scatter/index.html Demo}\n * @constructor scatter\n * @param {d3.selection} selection\n * @namespace scatter\n * @returns {function} scatter\n */\nexport function scatter ( selection ) {\n\n  var\n  /**\n  * Data to plot. Assumed to be a object, where each key corresponds to a point\n  * (see {@link scatter#data})\n  * @param {Object} [data=undefined]\n  * @memberof scatter#\n  * @property\n  */\n  data,\n  /**\n  * Amount of horizontal space (in pixels) avaible to render the scatter in\n  * (see {@link scatter#spaceX})\n  * @param {number} [spaceX=undefined]\n  * @memberof scatter#\n  * @property\n  */\n  spaceX,\n  /**\n  * Amount of vertical space (in pixels) avaible to render the scatter in\n  * (see {@link scatter.spaceY})\n  * @param {number} [spaceY=undefined]\n  * @memberof scatter#\n  * @property\n  */\n  spaceY,\n\n  /**\n  * The scale for which scatter x values should be transformed by\n  * @param {d3.scale} [scaleX=d3.scaleLinear]\n  * @memberof scatter#\n  * @property\n  */\n  scaleX = d3.scaleLinear(),\n  /**\n  * The padding for the domain of the scaleX (see {@link scatter#scaleX})\n  * @param {number} [domainPaddingX=0.5]\n  * @memberof scatter#\n  * @property\n  */\n  domainPaddingX = 0.5,\n  /**\n  * The function for getting the x value of the current point\n  * @param {function} [valueExtractorX=function(d, i){return data[d]['x']}]\n  * @memberof scatter#\n  * @property\n  */\n  valueExtractorX = function(d, i) {return data[d]['x']},\n\n  /**\n  * The scale for which scatter y values should be transformed by\n  * @param {d3.scale} [scaleY=d3.scaleLinear]\n  * @memberof scatter#\n  * @property\n  */\n  scaleY = d3.scaleLinear(),\n  /**\n  * The padding for the domain of the scaleY (see {@link scatter#scaleY})\n  * @param {number} [domainPaddingY=0.5]\n  * @memberof scatter#\n  * @property\n  */\n  domainPaddingY = 0.5,\n  /**\n  * The function for getting the y value of the current point\n  * @param {function} [valueExtractorY=function(d, i){return data[d]['y']}]\n  * @memberof scatter#\n  * @property\n  */\n  valueExtractorY = function(d, i) {return data[d]['y']},\n\n\n  /**\n  * The scale for which scatter r values should be transformed by\n  * @param {d3.scale} [scaleR=d3.scaleLinear]\n  * @memberof scatter#\n  * @property\n  */\n  scaleR = d3.scaleLinear(),\n  /**\n  * The padding for the domain of the scaleR (see {@link scatter#scaleR})\n  * @param {number} [domainPaddingR=0.5]\n  * @memberof scatter#\n  * @property\n  */\n  domainPaddingR = 0.5,\n  /**\n  * The function for getting the r value of the current point\n  * @param {function} [valueExtractorR=function(d, i){return 2}]\n  * @memberof scatter#\n  * @property\n  */\n  valueExtractorR = function(d, i) {return 2},\n  /**\n  * The min radius a point can have\n  * @param {function} [minRadius=2]\n  * @memberof scatter#\n  * @property\n  */\n  minRadius = 2,\n  /**\n  * The min radius a point can have\n  * @param {function} [maxRadius=10]\n  * @memberof scatter#\n  * @property\n  */\n  maxRadius = 10,\n\n  /**\n  * The stroke width of the points\n  * @param {number} [pointStrokeWidth=2]\n  * @memberof scatter#\n  * @property\n  */\n  pointStrokeWidth = 2,\n  /**\n  * Instance of ColorFunction\n  * @param {function} [colorFunction = colorFunction()]\n  * @memberof scatter#\n  * @property\n  */\n  colorFunction = CF(),\n  /**\n  * Color of the background\n  * @param {string} [backgroundFill=\"transparent\"]\n  * @memberof scatter#\n  * @property\n  */\n  backgroundFill = 'transparent',\n  /**\n  * Namespace for all items made by this instance of scatter\n  * @param {string} [namespace=\"d3sm-scatter\"]\n  * @memberof scatter#\n  * @property\n  */\n  namespace = 'd3sm-scatter',\n  /**\n  * Class name for scatter container (<circle> element)\n  * @param {string} [objectClass=\"scatter-point\"]\n  * @memberof scatter#\n  * @property\n  */\n  objectClass = 'scatter-point',\n  /**\n  * Duration of all transitions of this element\n  * @param {number} [transitionDuration=1000]\n  * @memberof scatter#\n  * @property\n  */\n  transitionDuration = 1000,\n  /**\n  * Easing function for transitions\n  * @param {d3.ease} [easeFunc=d3.easeExp]\n  * @memberof scatter#\n  * @property\n  */\n  easeFunc = d3.easeExp,\n\n  // useful values to extract to prevent re-calculation\n  /**\n  * The keys of the points\n  * @param {string[]} [pointKeys=undefined]\n  * @memberof scatter#\n  * @property\n  */\n  pointKeys,\n  /**\n  * The x values of the points\n  * @param {number[]} [valuesX=undefined]\n  * @memberof scatter#\n  * @property\n  */\n  valuesX,\n  /**\n  * The y values of the points\n  * @param {number[]} [valuesY=undefined]\n  * @memberof scatter#\n  * @property\n  */\n  valuesY,\n  /**\n  * The r values of the points\n  * @param {number[]} [valuesR=undefined]\n  * @memberof scatter#\n  * @property\n  */\n  valuesR,\n\n  /**\n  * Instance of Tooltip\n  * @param {function} [tooltip=tooltip()]\n  * @memberof scatter#\n  * @property\n  */\n  tooltip = TTip()\n\n  /**\n   * Gets or sets the selection in which items are manipulated\n   * @param {d3.selection} [_=none]\n   * @returns {scatter | d3.selection}\n   * @memberof scatter\n   * @property\n   * by default selection = selection\n   */\n  scatter.selection = function(_) { return arguments.length ? (selection =_, scatter) : selection}\n  /**\n   * Gets or sets the data\n   * (see {@link scatter#data})\n   * @param {number} [_=none]\n   * @returns {scatter | object}\n   * @memberof scatter\n   * @property\n   */\n  scatter.data = function(_) { return arguments.length ? (data =_, scatter) : data}\n  /**\n   * Gets or sets the amount of horizontal space in which items are manipulated\n   * (see {@link scatter#spaceX})\n   * @param {number} [_=none] should be a number > 0\n   * @returns {scatter | number}\n   * @memberof scatter\n   * @property\n   * by default spaceX = undefined\n   */\n  scatter.spaceX = function(_) { return arguments.length ? (spaceX =_, scatter) : spaceX}\n  /**\n   * Gets or sets the amount of vertical space in which items are manipulated\n   * (see {@link scatter#spaceY})\n   * @param {number} [_=none] should be a number > 0\n   * @returns {scatter | number}\n   * @memberof scatter\n   * @property\n   * by default spaceY = undefined\n   */\n  scatter.spaceY = function(_) { return arguments.length ? (spaceY =_, scatter) : spaceY}\n\n\n\n  /**\n   * Gets / sets the x scale for which the scatter x values should be transformed by\n   * (see {@link scatter#scaleX})\n   * @param {d3.scale} [_=none]\n   * @returns {scatter | d3.scale}\n   * @memberof scatter\n   * @property\n   * by default scaleX = d3.scaleLinear()\n   */\n  scatter.scaleX = function(_) { return arguments.length ? (scaleX =_, scatter) : scaleX}\n  /**\n   * Gets / sets the padding for the domain of the x scale\n   * (see {@link scatter#domainPaddingX})\n   * @param {number} [_=none]\n   * @returns {scatter | number}\n   * @memberof scatter\n   * @property\n   * by default domainPaddingX = 0.5\n   */\n  scatter.domainPaddingX = function(_) { return arguments.length ? (domainPaddingX =_, scatter) : domainPaddingX}\n  /**\n   * Gets / sets the valueExtractorX\n   * (see {@link scatter#valueExtractorX})\n   * @param {function} [_=none]\n   * @returns {scatter | function}\n   * @memberof scatter\n   * @property\n   * by default valueExtractorX = function(key, index) { return data[key]['x'] }\n   */\n  scatter.valueExtractorX = function(_) { return arguments.length ? (valueExtractorX =_, scatter) : valueExtractorX}\n\n\n  /**\n   * Gets / sets the y scale for which the scatter y values should be transformed by\n   * (see {@link scatter#scaleY})\n   * @param {d3.scale} [_=none]\n   * @returns {scatter | d3.scale}\n   * @memberof scatter\n   * @property\n   * by default scaleY = d3.scaleLinear()\n   */\n  scatter.scaleY = function(_) { return arguments.length ? (scaleY =_, scatter) : scaleY}\n  /**\n   * Gets / sets the padding for the domain of the y scale\n   * (see {@link scatter#domainPaddingY})\n   * @param {number} [_=none]\n   * @returns {scatter | number}\n   * @memberof scatter\n   * @property\n   * by default domainPaddingY = 0.5\n   */\n  scatter.domainPaddingY = function(_) { return arguments.length ? (domainPaddingY =_, scatter) : domainPaddingY}\n  /**\n   * Gets / sets the valueExtractorY\n   * (see {@link scatter#valueExtractorY})\n   * @param {function} [_=none]\n   * @returns {scatter | function}\n   * @memberof scatter\n   * @property\n   * by default valueExtractorY = function(key, index) { return data[key]['y'] }\n   */\n  scatter.valueExtractorY = function(_) { return arguments.length ? (valueExtractorY =_, scatter) : valueExtractorY}\n\n\n  /**\n   * Gets / sets the r scale for which the scatter r values should be transformed by\n   * (see {@link scatter#scaleR})\n   * @param {d3.scale} [_=none]\n   * @returns {scatter | d3.scale}\n   * @memberof scatter\n   * @property\n   * by default scaleR = d3.scaleLinear()\n   */\n  scatter.scaleR = function(_) { return arguments.length ? (scaleR =_, scatter) : scaleR}\n  /**\n   * Gets / sets the padding for the domain of the r scale\n   * (see {@link scatter#domainPaddingR})\n   * @param {number} [_=none]\n   * @returns {scatter | number}\n   * @memberof scatter\n   * @property\n   * by default domainPaddingR = 0.5\n   */\n  scatter.domainPaddingR = function(_) { return arguments.length ? (domainPaddingR =_, scatter) : domainPaddingR}\n  /**\n   * Gets / sets the valueExtractorR\n   * (see {@link scatter#valueExtractorR})\n   * @param {function} [_=none]\n   * @returns {scatter | function}\n   * @memberof scatter\n   * @property\n   * by default valueExtractorR = function(key, index) { return data[key]['r'] }\n   */\n  scatter.valueExtractorR = function(_) { return arguments.length ? (valueExtractorR =_, scatter) : valueExtractorR}\n  /**\n   * Gets / sets the minRadius\n   * (see {@link scatter#minRadius})\n   * @param {number} [_=none]\n   * @returns {scatter | number}\n   * @memberof scatter\n   * @property\n   * by default minRadius = 2\n   */\n  scatter.minRadius = function(_) { return arguments.length ? (minRadius =_, scatter) : minRadius}\n  /**\n   * Gets / sets the maxRadius\n   * (see {@link scatter#maxRadius})\n   * @param {number} [_=none]\n   * @returns {scatter | number}\n   * @memberof scatter\n   * @property\n   * by default maxRadius = 10\n   */\n  scatter.maxRadius = function(_) { return arguments.length ? (maxRadius =_, scatter) : maxRadius}\n\n  /**\n   * Gets / sets the pointStrokeWidth\n   * (see {@link scatter#pointStrokeWidth})\n   * @param {number} [_=none]\n   * @returns {scatter | number}\n   * @memberof scatter\n   * @property\n   * by default pointStrokeWidth = 2\n   */\n  scatter.pointStrokeWidth = function(_) { return arguments.length ? (pointStrokeWidth =_, scatter) : pointStrokeWidth}\n  /**\n   * Gets / sets the colorFunction\n   * (see {@link scatter#colorFunction})\n   * @param {number} [_=none]\n   * @returns {scatter | number}\n   * @memberof scatter\n   * @property\n   * by default colorFunction = colorFunction()\n   */\n  scatter.colorFunction = function(_) { return arguments.length ? (colorFunction =_, scatter) : colorFunction}\n  /**\n   * Gets / sets the backgroundFill\n   * (see {@link scatter#backgroundFill})\n   * @param {string} [_=none]\n   * @returns {scatter | string}\n   * @memberof scatter\n   * @property\n   * by default backgroundFill = 'transparent'\n   */\n  scatter.backgroundFill = function(_) { return arguments.length ? (backgroundFill =_, scatter) : backgroundFill}\n  /**\n   * Gets / sets the namespace\n   * (see {@link scatter#namespace})\n   * @param {string} [_=none]\n   * @returns {scatter | string}\n   * @memberof scatter\n   * @property\n   * by default namespace = 'd3sm-scatter'\n   */\n  scatter.namespace = function(_) { return arguments.length ? (namespace =_, scatter) : namespace}\n  /**\n   * Gets / sets the objectClass\n   * (see {@link scatter#objectClass})\n   * @param {string} [_=none]\n   * @returns {scatter | string}\n   * @memberof scatter\n   * @property\n   * by default objectClass = 'tick-group'\n   */\n  scatter.objectClass = function(_) { return arguments.length ? (objectClass =_, scatter) : objectClass}\n  /**\n   * Gets / sets the transitionDuration\n   * (see {@link scatter#transitionDuration})\n   * @param {number} [_=none]\n   * @returns {scatter | number}\n   * @memberof scatter\n   * @property\n   * by default transitionDuration = 1000\n   */\n  scatter.transitionDuration = function(_) { return arguments.length ? (transitionDuration =_, scatter) : transitionDuration}\n  /**\n   * Gets / sets the easeFunc\n   * (see {@link scatter#easeFunc})\n   * @param {d3.ease} [_=none]\n   * @returns {scatter | d3.ease}\n   * @memberof scatter\n   * @property\n   * by default easeFunc = d3.easeExp\n   */\n  scatter.easeFunc = function(_) { return arguments.length ? (easeFunc =_, scatter) : easeFunc}\n\n  /**\n   * Gets / sets the pointKeys\n   * (see {@link scatter#pointKeys})\n   * @param {string[]} [_=none]\n   * @returns {scatter | string[]}\n   * @memberof scatter\n   * @property\n   * by default pointKeys = undefined\n   */\n  scatter.pointKeys = function(_) { return arguments.length ? (pointKeys =_, scatter) : pointKeys}\n  /**\n   * Gets / sets the valuesX\n   * (see {@link scatter#valuesX})\n   * @param {number[]} [_=none]\n   * @returns {scatter | number[]}\n   * @memberof scatter\n   * @property\n   * by default valuesX = undefined\n   */\n  scatter.valuesX = function(_) { return arguments.length ? (valuesX =_, scatter) : valuesX}\n  /**\n   * Gets / sets the valuesY\n   * (see {@link scatter#valuesY})\n   * @param {number[]} [_=none]\n   * @returns {scatter | number[]}\n   * @memberof scatter\n   * @property\n   * by default valuesY = undefined\n   */\n  scatter.valuesY = function(_) { return arguments.length ? (valuesY =_, scatter) : valuesY}\n  /**\n   * Gets / sets the valuesR\n   * (see {@link scatter#valuesR})\n   * @param {number[]} [_=none]\n   * @returns {scatter | number[]}\n   * @memberof scatter\n   * @property\n   * by default valuesR = undefined\n   */\n  scatter.valuesR = function(_) { return arguments.length ? (valuesR =_, scatter) : valuesR}\n  /**\n   * Gets / sets the tooltip\n   * (see {@link scatter#tooltip})\n   * @param {tooltip} [_=none]\n   * @returns {scatter | tooltip}\n   * @memberof scatter\n   * @property\n   * by default tooltip = tooltip()\n   */\n\n  scatter.tooltip = function(_) { return arguments.length ? (tooltip =_, scatter) : tooltip}\n\n\n  function scatter() {\n    // background cliping rectangle\n    var bgcpRect = {x:0, y:0, width: spaceX, height:spaceY}\n    var container = setupContainer( selection, namespace, bgcpRect, backgroundFill );\n\n\n    pointKeys = d3.keys(data)\n    valuesX = pointKeys.map(valueExtractorX)\n    valuesY = pointKeys.map(valueExtractorY)\n    valuesR = pointKeys.map(valueExtractorR)\n\n    var numberOfObjects = pointKeys.length\n    var extentX = [Math.min(...valuesX) - domainPaddingX, Math.max(...valuesX) + domainPaddingX]\n    var extentY = [Math.min(...valuesY) - domainPaddingY, Math.max(...valuesY) + domainPaddingY]\n    var extentR = [Math.min(...valuesR) - domainPaddingR, Math.max(...valuesR) + domainPaddingR]\n\n    scaleX.domain(extentX).range([0, spaceX])\n    scaleY.domain(extentY).range([spaceY, 0])\n    scaleR.domain(extentR).range([minRadius, maxRadius])\n\n    var points = container.selectAll('.'+objectClass)\n    points = points.data(pointKeys)\n    var pEnter = points.enter().append('circle')\n    .attr('class', objectClass)\n    .attr('cx', 0).attr('cy', spaceY).attr('r', 0)\n\n    var pExit = points.exit()\n\n    points = points.merge(pEnter)\n\n    points.each(function(key, i){\n      var t = d3.select(this),\n      currentData = data[key],\n      x = valuesX[i],\n      y = valuesY[i],\n      r = valuesR[i],\n      fillColor = colorFunction(key, currentData, i, 'fill'),\n      strokeColor = colorFunction(key, currentData, i, 'stroke')\n\n      t.transition().duration(transitionDuration).ease(easeFunc)\n      .attr('cx', scaleX(x))\n      .attr('cy', scaleY(y))\n      .attr('r', scaleR(r))\n      .attr('fill', fillColor)\n      .attr('stroke', strokeColor)\n      .attr('stroke-width', pointStrokeWidth)\n\n\n\n      t.on('mouseover', function(d, i){\n        points.style('opacity', 0.2)\n        t.style('opacity', 1)\n        t.transition().duration(transitionDuration/2).ease(easeFunc)\n        .attr('stroke-width', pointStrokeWidth*2)\n        .attr('r', scaleR(r) * 1.5)\n\n      })\n      t.node().addEventListener('mouseout', function(){\n        container.selectAll('.'+objectClass).style('opacity', 1)\n        t.transition().duration(transitionDuration/2).ease(easeFunc)\n        .attr('stroke-width', pointStrokeWidth)\n        .attr('r', scaleR(r))\n\n      })\n\n    })\n\n\n\n    pExit.transition().duration(transitionDuration).ease(easeFunc)\n    .attr('cx', 0).attr('cy', spaceY).attr('r', 0)\n    .remove()\n\n    tooltip.selection(points)\n    .data(data)\n\n    tooltip()\n  }\n\n\n  return scatter\n}\n","import {hypenate, safeSelect, getTranslation} from './helpers';\nimport {log, warn, error, info} from './utils';\n/*******************************************************************************\n\n**                                                                            **\n**                                                                            **\n**                                PLOTZOOM                                    **\n**                                                                            **\n**                                                                            **\n*******************************************************************************/\n/**\n * Creates an plotZoom instance, which can handle drag and scroll events\n * @constructor plotZoom\n * @param {function} chart a function instance of one of the d3sm plots (e.g. bar, boxwhisker, bubbleHeatmap, violin, etc)\n * @param {axis}  xAxis the axis instance responsible for the x axis\n * @param {axis} yAxis the axis instance responsible for the y axis\n * @namespace plotZoom\n * @returns {function} zoom\n */\nexport function plotZoom( chart, xAxis, yAxis ) {\n  var\n  /**\n  * The event on which to fire\n  * (see {@link plotZoom#eventType})\n  * @param {string} eventType which event it should handle. Currently supports scroll and wheel\n  * @memberof plotZoom#\n  * @property\n  */\n  eventType,\n  /**\n  * A scaling factor for the wheel \"speed\"\n  * (see {@link plotZoom#wheelSpeed})\n  * @param {number} [wheelSpeed=20] scales the wheel translation by wheelSpeed\n  * @memberof plotZoom#\n  * @property\n  */\n  wheelSpeed = 20,\n  /**\n  * The orientation in which to allow scrolling: 'horizontal', 'vertical', or '2D'\n  * (see {@link plotZoom#orient})\n  * @param {string} [orient=chart.orient() || 'horizontal']\n  * @memberof plotZoom#\n  * @property\n  */\n  orient = (chart.orient == undefined) ? 'horizontal' : chart.orient(),\n  /**\n  * The max distance allowed to scroll in the x direction\n  * (see {@link plotZoom#xLock})\n  * @param {number} [xLock=chart.spaceX()] ideally chart.overflowQ() == true and this value is the\n  * bounding rect across all elements in the chart  minus the space in which to show.\n  * @memberof plotZoom#\n  * @property\n  */\n  xLock=chart.spaceX(),\n  /**\n  * The max distance allowed to scroll in the y direction\n  * (see {@link plotZoom#yLock})\n  * @param {number} [yLock=chart.spaceY()] ideally chart.overflowQ() == true and this value is the\n  * bounding rect across all elements in the chart  minus the space in which to show.\n  * @memberof plotZoom#\n  * @property\n  */\n  yLock=chart.spaceY(),\n\n  chartSel = chart.selection(),\n  xAxisSel = xAxis.selection(),\n  yAxisSel = yAxis.selection(),\n  svg = d3.select(chartSel.thisSVG())\n\n\n  /**\n   * Gets or sets the event type in which to respond\n   * (see {@link plotZoom#eventType})\n   * @param {string} [_=none] should be 'drag' or 'wheel'\n   * @returns {zoom | string}\n   * @memberof plotZoom\n   * @property\n   * by default plotZoom=undefined\n   */\n  zoom.eventType = function(_) { return arguments.length ? (eventType = _, zoom) : eventType; };\n  /**\n   * Gets or sets the wheel speed in which to scale the wheel scroll transform\n   * (see {@link plotZoom#wheelSpeed})\n   * @param {number} [_=none]\n   * @returns {zoom | number}\n   * @memberof plotZoom\n   * @property\n   * by default wheelSpeed=20\n   */\n  zoom.wheelSpeed = function(_) { return arguments.length ? (wheelSpeed = _, zoom) : wheelSpeed; };\n  /**\n   * Gets or sets the orientation in which items are manipulated\n   * (see {@link plotZoom#orient})\n   * @param {string} [_=none] should be horizontal, vertical, or 2D\n   * @returns {zoom | string}\n   * @memberof plotZoom\n   * @property\n   * by default orient=chart.orient() || 'horizontal'\n   */\n  zoom.orient = function(_) { return arguments.length ? (orient = _, zoom) : orient; };\n\n  /**\n   * Gets or sets the max distance in which to scroll X\n   * (see {@link plotZoom#xLock})\n   * @param {number} [_=none] should be a positive value\n   * @returns {zoom | number}\n   * @memberof plotZoom\n   * @property\n   * by default xLock=chart.spaceX()\n   */\n  zoom.xLock = function(_) { return arguments.length ? (xLock = _, zoom) : xLock; };\n  /**\n   * Gets or sets the max distance in which to scroll Y\n   * (see {@link plotZoom#yLock})\n   * @param {number} [_=none]  should be a positive value\n   * @returns {zoom | number}\n   * @memberof plotZoom\n   * @property\n   * by default yLock=chart.spaceY()\n   */\n  zoom.yLock = function(_) { return arguments.length ? (yLock = _, zoom) : yLock; };\n\n\n  function setLocks() {\n    var chartObjSel = chartSel.select('.'+hypenate(chart.namespace(),'object-container'))\n    var chartObjTrans = getTranslation(chartObjSel.attr('transform'))\n    var cos = chartObjSel.attr('transform', 'translate(0,0)')\n    xLock = chartSel.node().getBBox().width - chart.spaceX() * .9\n    yLock = chartSel.node().getBBox().height - chart.spaceY() * .9\n    cos.attr('transform', 'translate('+chartObjTrans[0]+','+chartObjTrans[1]+')')\n    log('plotZoom', 'setLocks', {xLock:xLock, yLock:yLock})\n  }\n\n\n  /**\n   * Sets the x and y locks (how far one can scroll)\n   * (see {@link plotZoom#xLock} and {@link plotZoom#yLock})\n   * @function plotZoom.setLocks\n   * @returns {undefined}\n   * @memberof plotZoom\n   * @property\n   */\n  zoom.setLocks = setLocks\n\n  function zoom() {\n    setLocks()\n\n    var horizontalQ, verticalQ\n    if (orient == '2D') {horizontalQ = true; verticalQ = true;}\n    if (orient == 'horizontal') {horizontalQ = true; verticalQ = false;}\n    if (orient == 'vertical') {verticalQ = true; horizontalQ = false;}\n\n    // capture transform event\n    var transform = d3.event.transform\n\n    var chartBox = chartSel.node().getBBox()\n    var xAxisBox = xAxisSel.node().getBBox()\n    var yAxisBox = xAxisSel.node().getBBox()\n\n    var chartWidth = chartBox.width - chartBox.x\n    var chartHeight = chartBox.height - chartBox.y\n    var xAxisWidth = xAxisBox.width// - xAxisBox.x\n    var xAxisHeight = xAxisBox.height// - xAxisBox.y\n    var yAxisWidth = yAxisBox.width// - yAxisBox.x\n    var yAxisHeight = yAxisBox.height// -yAxisBox.y\n\n    // enable wheel event\n    if (eventType == \"wheel\") {\n      var e = d3.event\n      // prevent page scrolling\n      e.preventDefault()\n      // event delta is very very slow, so speed it up with wheel speed\n      var w = d3.event.deltaY * wheelSpeed\n      var shiftQ = d3.event.shiftKey\n\n      // d3 has no way to make custom transform, so make an object and add\n      // the necessary functions to make wheel event compatible with drag events\n      if (orient == '2D') {\n        transform = shiftQ ? {k: 1, x: w, y: 0} : {k: 1, x: 0, y: w}\n      } else {\n        transform = horizontalQ ? {k: 1, x: w, y: 0} : {k: 1, x: 0, y: w}\n      }\n      // the * -1 inverts the direction\n      transform.applyX = function(x) { return x * this.k + this.x * -1; }\n      transform.applyY =  function(y) { return y * this.k + this.y * -1; }\n    }\n\n\n\n    var chartObjSel = chartSel.select('.'+hypenate(chart.namespace(),'object-container'))\n    var xAxisObjSel = xAxisSel.select('.'+hypenate(xAxis.namespace(),'object-container'))\n    var yAxisObjSel = yAxisSel.select('.'+hypenate(yAxis.namespace(),'object-container'))\n\n    // xLock = chartSel.node().getBBox().width - chart.spaceX() - chartSel.node().getBBox().x\n    // yLock = chartSel.node().getBBox().height - chart.spaceY()\n    // console.table({'xLock':xLock, \"yLock\":yLock})\n    // bhm.selection().node().getBBox().width - bhm.spaceX()\n\n\n    var chartObjTrans = getTranslation(chartObjSel.attr('transform'))\n    var xAxisObjTrans = getTranslation(xAxisObjSel.attr('transform'))\n    var yAxisObjTrans = getTranslation(yAxisObjSel.attr('transform'))\n\n\n    var x = horizontalQ ? transform.applyX(chartObjTrans[0]) : 0\n    if (horizontalQ) {x = x < -xLock ? (transform.x = 0, -xLock) : (transform.x = 0, Math.min(x, 0)) }\n\n    var y = verticalQ ? transform.applyY(chartObjTrans[1]) : 0\n    if (verticalQ) {y = y < -yLock ? (transform.y = 0, -yLock): (transform.y = 0, Math.min(y, 0))}\n\n    chartObjSel.attr('transform', 'translate('+x+','+y+')')\n    if (horizontalQ) { xAxisObjSel.attr('transform', 'translate('+x+','+0+')') }\n    if (verticalQ) { yAxisObjSel.attr('transform', 'translate('+0+','+y+')') }\n\n    // var lasso = svg.select(\".lasso-container\")\n    // if (!lasso.empty()) {\n    //   lasso.attr('transform', 'translate('+x+','+y+')')\n    // }\n\n  }\n\n  zoom.reset = function() {\n    var horizontalQ, verticalQ\n    if (orient == '2D') {horizontalQ = true; verticalQ = true;}\n    if (orient == 'horizontal') {horizontalQ = true; verticalQ = false;}\n    if (orient == 'vertical') {verticalQ = true; horizontalQ = false;}\n\n    var chartObjSel = chartSel.select('.'+hypenate(chart.namespace(),'object-container'))\n    var xAxisObjSel = xAxisSel.select('.'+hypenate(xAxis.namespace(),'object-container'))\n    var yAxisObjSel = yAxisSel.select('.'+hypenate(yAxis.namespace(),'object-container'))\n    chartObjSel.attr('transform', 'translate('+0+','+0+')')\n    xAxisObjSel.attr('transform', 'translate('+0+','+0+')')\n    yAxisObjSel.attr('transform', 'translate('+0+','+0+')')\n  }\n\n  return zoom\n}\n","import {hypenate, safeSelect, getTranslation} from './helpers';\nimport {log, warn, error, info} from './utils';\n/*******************************************************************************\n\n**                                                                            **\n**                                                                            **\n**                                PLOTZOOM                                    **\n**                                                                            **\n**                                                                            **\n*******************************************************************************/\n/**\n * Creates an plotZoom instance, which can handle drag and scroll events\n * @constructor plotZoom\n * @param {function} chart a function instance of one of the d3sm plots (e.g. bar, boxwhisker, bubbleHeatmap, violin, etc)\n * @param {axis}  xAxis the axis instance responsible for the x axis\n * @param {axis} yAxis the axis instance responsible for the y axis\n * @namespace plotZoom\n * @returns {function} zoom\n */\nexport function multiPlotZoom( chart ) {\n  var\n  /**\n  * The event on which to fire\n  * (see {@link plotZoom#eventType})\n  * @param {string} eventType which event it should handle. Currently supports scroll and wheel\n  * @memberof plotZoom#\n  * @property\n  */\n  eventType,\n  /**\n  * A scaling factor for the wheel \"speed\"\n  * (see {@link plotZoom#wheelSpeed})\n  * @param {number} [wheelSpeed=20] scales the wheel translation by wheelSpeed\n  * @memberof plotZoom#\n  * @property\n  */\n  wheelSpeed = 20,\n  /**\n  * The orientation in which to allow scrolling: 'horizontal', 'vertical', or '2D'\n  * (see {@link plotZoom#orient})\n  * @param {string} [orient=chart.orient() || 'horizontal']\n  * @memberof plotZoom#\n  * @property\n  */\n  orient = (chart.orient == undefined) ? 'horizontal' : chart.orient(),\n  /**\n  * The max distance allowed to scroll in the x direction\n  * (see {@link plotZoom#xLock})\n  * @param {number} [xLock=chart.spaceX()] ideally chart.overflowQ() == true and this value is the\n  * bounding rect across all elements in the chart  minus the space in which to show.\n  * @memberof plotZoom#\n  * @property\n  */\n  xLock=chart.spaceX(),\n  /**\n  * The max distance allowed to scroll in the y direction\n  * (see {@link plotZoom#yLock})\n  * @param {number} [yLock=chart.spaceY()] ideally chart.overflowQ() == true and this value is the\n  * bounding rect across all elements in the chart  minus the space in which to show.\n  * @memberof plotZoom#\n  * @property\n  */\n  yLock=chart.spaceY(),\n\n  chartSel = chart.selection(),\n\n  svg = d3.select(chartSel.thisSVG()),\n\n  xComponents = [],\n  yComponents = []\n\n\n  /**\n   * Gets or sets the event type in which to respond\n   * (see {@link plotZoom#eventType})\n   * @param {string} [_=none] should be 'drag' or 'wheel'\n   * @returns {zoom | string}\n   * @memberof plotZoom\n   * @property\n   * by default plotZoom=undefined\n   */\n  zoom.eventType = function(_) { return arguments.length ? (eventType = _, zoom) : eventType; };\n  /**\n   * Gets or sets the wheel speed in which to scale the wheel scroll transform\n   * (see {@link plotZoom#wheelSpeed})\n   * @param {number} [_=none]\n   * @returns {zoom | number}\n   * @memberof plotZoom\n   * @property\n   * by default wheelSpeed=20\n   */\n  zoom.wheelSpeed = function(_) { return arguments.length ? (wheelSpeed = _, zoom) : wheelSpeed; };\n  /**\n   * Gets or sets the orientation in which items are manipulated\n   * (see {@link plotZoom#orient})\n   * @param {string} [_=none] should be horizontal, vertical, or 2D\n   * @returns {zoom | string}\n   * @memberof plotZoom\n   * @property\n   * by default orient=chart.orient() || 'horizontal'\n   */\n  zoom.orient = function(_) { return arguments.length ? (orient = _, zoom) : orient; };\n\n  /**\n   * Gets or sets the max distance in which to scroll X\n   * (see {@link plotZoom#xLock})\n   * @param {number} [_=none] should be a positive value\n   * @returns {zoom | number}\n   * @memberof plotZoom\n   * @property\n   * by default xLock=chart.spaceX()\n   */\n  zoom.xLock = function(_) { return arguments.length ? (xLock = _, zoom) : xLock; };\n  /**\n   * Gets or sets the max distance in which to scroll Y\n   * (see {@link plotZoom#yLock})\n   * @param {number} [_=none]  should be a positive value\n   * @returns {zoom | number}\n   * @memberof plotZoom\n   * @property\n   * by default yLock=chart.spaceY()\n   */\n  zoom.yLock = function(_) { return arguments.length ? (yLock = _, zoom) : yLock; };\n\n  zoom.xComponents = function(_) { return arguments.length ? (xComponents = _, zoom) : xComponents; };\n  zoom.yComponents = function(_) { return arguments.length ? (yComponents = _, zoom) : yComponents; };\n\n\n  function setLocks() {\n    var chartObjSel = chartSel.select('.'+hypenate(chart.namespace(),'object-container'))\n    var chartObjTrans = getTranslation(chartObjSel.attr('transform'))\n    var cos = chartObjSel.attr('transform', 'translate(0,0)')\n\n    xLock = chartSel.node().getBBox().width - chart.spaceX()// * .9\n    yLock = chartSel.node().getBBox().height - chart.spaceY()// * .9\n    cos.attr('transform', 'translate('+chartObjTrans[0]+','+chartObjTrans[1]+')')\n    log('plotZoom', 'setLocks', {xLock:xLock, yLock:yLock})\n  }\n\n\n  /**\n   * Sets the x and y locks (how far one can scroll)\n   * (see {@link plotZoom#xLock} and {@link plotZoom#yLock})\n   * @function plotZoom.setLocks\n   * @returns {undefined}\n   * @memberof plotZoom\n   * @property\n   */\n  zoom.setLocks = setLocks\n\n  function zoom() {\n    setLocks()\n\n    var\n    xComponentsSel = xComponents.map(function(d, i){return d.selection()}),\n    yComponentsSel = yComponents.map(function(d, i){return d.selection()})\n\n    var horizontalQ, verticalQ\n    if (orient == '2D') {horizontalQ = true; verticalQ = true;}\n    if (orient == 'horizontal') {horizontalQ = true; verticalQ = false;}\n    if (orient == 'vertical') {verticalQ = true; horizontalQ = false;}\n\n    // capture transform event\n    var transform = d3.event.transform\n\n    var chartBox = chartSel.node().getBBox()\n    var xComponentsBox = xComponentsSel.map(function(d, i){return d.node().getBBox()})\n    var yComponentsBox = xComponentsSel.map(function(d, i){return d.node().getBBox()})\n\n\n    var chartWidth = chartBox.width - chartBox.x\n    var chartHeight = chartBox.height - chartBox.y\n\n    // enable wheel event\n    if (eventType == \"wheel\") {\n      var e = d3.event\n      // prevent page scrolling\n      e.preventDefault()\n      // event delta is very very slow, so speed it up with wheel speed\n      var w = d3.event.deltaY * wheelSpeed\n      var shiftQ = d3.event.shiftKey\n\n      // d3 has no way to make custom transform, so make an object and add\n      // the necessary functions to make wheel event compatible with drag events\n      if (orient == '2D') {\n        transform = shiftQ ? {k: 1, x: w, y: 0} : {k: 1, x: 0, y: w}\n      } else {\n        transform = horizontalQ ? {k: 1, x: w, y: 0} : {k: 1, x: 0, y: w}\n      }\n      // * -1 is invert\n      transform.applyX = function(x) { return x * this.k + this.x *-1; }\n      transform.applyY =  function(y) { return y * this.k + this.y *-1; }\n    }\n\n\n\n    var chartObjSel = chartSel.select('.'+hypenate(chart.namespace(),'object-container'))\n    var xComponentObjSel = xComponentsSel.map(function(d, i){\n      return d.select('.'+hypenate(xComponents[i].namespace(),'object-container'))\n    })\n    var yComponentObjSel = yComponentsSel.map(function(d, i){\n      return d.select('.'+hypenate(yComponents[i].namespace(),'object-container'))\n    })\n\n    var chartObjTrans = getTranslation(chartObjSel.attr('transform'))\n    var xComponentsObjTrans = xComponentObjSel.map(function(d, i){\n      return getTranslation(d.attr('transform'))\n    })\n    var yComponentsObjTrans = yComponentObjSel.map(function(d, i){\n      return getTranslation(d.attr('transform'))\n    })\n\n    var x = horizontalQ ? transform.applyX(chartObjTrans[0]) : 0\n    if (horizontalQ) {x = x < -xLock ? (transform.x = 0, -xLock) : (transform.x = 0, Math.min(x, 0)) }\n\n    var y = verticalQ ? transform.applyY(chartObjTrans[1]) : 0\n    if (verticalQ) {y = y < -yLock ? (transform.y = 0, -yLock): (transform.y = 0, Math.min(y, 0))}\n\n    chartObjSel.attr('transform', 'translate('+x+','+y+')')\n    if (horizontalQ) {\n      // xAxisObjSel.attr('transform', 'translate('+x+','+0+')')\n      xComponentObjSel.map(function(d, i){ d.attr('transform', 'translate('+x+','+0+')')  })\n    }\n    if (verticalQ) {\n      // yAxisObjSel.attr('transform', 'translate('+0+','+y+')')\n      yComponentObjSel.map(function(d, i){ d.attr('transform', 'translate('+0+','+y+')')  })\n\n    }\n\n\n  }\n\n  zoom.reset = function() {\n    var horizontalQ, verticalQ\n    if (orient == '2D') {horizontalQ = true; verticalQ = true;}\n    if (orient == 'horizontal') {horizontalQ = true; verticalQ = false;}\n    if (orient == 'vertical') {verticalQ = true; horizontalQ = false;}\n\n    var chartObjSel = chartSel.select('.'+hypenate(chart.namespace(),'object-container'))\n    var xAxisObjSel = xAxisSel.select('.'+hypenate(xAxis.namespace(),'object-container'))\n    var yAxisObjSel = yAxisSel.select('.'+hypenate(yAxis.namespace(),'object-container'))\n    chartObjSel.attr('transform', 'translate('+0+','+0+')')\n    xAxisObjSel.attr('transform', 'translate('+0+','+0+')')\n    yAxisObjSel.attr('transform', 'translate('+0+','+0+')')\n  }\n\n  return zoom\n}\n","import {hypenate, safeSelect, modifyHexidecimalColorLuminance, extractViolinValues, quartiles} from './helpers';\nimport {setupContainer, calculateWidthOfObject, calculateWidthOfSpacer} from './utils';\nimport {unique, hasQ, flatten, whichBin} from './array-functions';\nimport {groupingSpacer} from './grouping-spacer';\nimport {colorFunction as CF} from './color-function';\nimport {tooltip as TTip} from './tooltip';\n\n/*******************************************************************************\n**                                                                            **\n**                                                                            **\n**                                 VIOLIN                                     **\n**                                                                            **\n**                                                                            **\n*******************************************************************************/\n\n/**\n * Creates a violin\n *\n * {@link https://sumneuron.gitlab.io/d3sm/demos/basic-violins/index.html Demo}\n * @constructor violin\n * @param {d3.selection} selection\n * @namespace violin\n * @returns {function} violin\n */\nexport function violin( selection ) {\n  var\n  /**\n  * Data to plot. Assumed to be a object, where each key corresponds to a violin\n  * (see {@link violin#data})\n  * @param {Object} [data=undefined]\n  * @memberof violin#\n  * @property\n  */\n  data,\n  /**\n  * Which direction to render the bars in\n  * (see {@link violin#orient})\n  * @param {number} [orient='horizontal']\n  * @memberof violin#\n  * @property\n  */\n  orient='horizontal',\n  /**\n  * Amount of horizontal space (in pixels) avaible to render the violin in\n  * (see {@link violin#spaceX})\n  * @param {number} [spaceX=undefined]\n  * @memberof violin#\n  * @property\n  */\n  spaceX,\n  /**\n  * Amount of vertical space (in pixels) avaible to render the violin in\n  * (see {@link violin.spaceY})\n  * @param {number} [spaceY=undefined]\n  * @memberof violin#\n  * @property\n  */\n  spaceY,\n  /**\n  * Whether or not to allow violin to render elements pass the main spatial dimension\n  * given the orientation (see {@link violin#orient}), where {@link violin#orient}=\"horizontal\"\n  * the main dimension is {@link violin#spaceX} and where {@link violin#orient}=\"vertical\"\n  * the main dimension is {@link violin#spaceY}\n  * @param {boolean} [overflowQ=false]\n  * @memberof violin#\n  * @property\n  */\n  overflowQ = true,\n  /**\n  * Whether or not to display points inside the points\n  * @param {boolean} [pointsQ=false]\n  * @memberof violin#\n  * @property\n  */\n  pointsQ = true,\n  /**\n  * An array - putatively of other arrays - depicting how bars should be arranged\n  * @param {Array[]} [grouping=undefined]\n  * @memberof violin#\n  * @property\n  */\n  grouping,\n  /**\n  * How to get the value of the violin\n  * @param {function} [valueExtractor=function(key, index) { return data[key] }]\n  * @memberof violin#\n  * @property\n  */\n  valueExtractor = function(key, index) {return data[key] },\n  /**\n  * How to sort the bars - if {@link violin#grouping} is not provided.\n  * @param {function} [sortingFunction=function(keyA, keyB) {return d3.descending(data[keyA], data[keyB])}]\n  * @memberof violin#\n  * @property\n  */\n  sortingFunction = function(keyA, keyB) {return d3.descending(data[keyA], data[keyB])},\n\n  /**\n  * The scale for which violin values should be transformed by\n  * @param {d3.scale} [scale=d3.scaleLinear]\n  * @memberof violin#\n  * @property\n  */\n  scale = d3.scaleLinear(),\n  /**\n  * The padding for the domain of the scale (see {@link violin#scale})\n  * @param {number} [domainPadding=0.5]\n  * @memberof violin#\n  * @property\n  */\n  domainPadding = 0.5,\n  /**\n  * Default space for the spacer (percentage) of main dimension given the orientation\n  * (see {@link violin#orient}), where {@link violin#orient}=\"horizontal\"\n  * the main dimension is {@link violin#spaceX} and where {@link violin#orient}=\"vertical\"\n  * the main dimension is {@link violin#spaceY} between bars\n  * @param {number} [objectSpacer=0.05]\n  * @memberof violin#\n  * @property\n  */\n  objectSpacer = 0.05,\n  /**\n  * The minimum size that an object can be\n  * @param {number} [minObjectSize=50]\n  * @memberof violin#\n  * @property\n  */\n  minObjectSize = 50,\n  /**\n  * The maximum size that an object can be\n  * @param {number} [maxObjectSize=100]\n  * @memberof violin#\n  * @property\n  */\n  maxObjectSize = 100,\n\n  /**\n  * The stroke width of the bars\n  * @param {number} [barStrokeWidth=2]\n  * @memberof violin#\n  * @property\n  */\n  objectStrokeWidth = 2,\n  /**\n  * Instance of ColorFunction\n  * @param {function} [colorFunction = colorFunction()]\n  * @memberof violin#\n  * @property\n  */\n  colorFunction = CF(),\n  /**\n  * Instance of ColorFunction modified by a scale for the points\n  * @param {function} [pointColorFunc = colorFunction()]\n  * @memberof violin#\n  * @property\n  */\n  pointColorFunc = function (d, type, base, min, max) {\n    var minMaxHexScale = d3.scaleLinear().domain([min, max]).range([-0.25, 0.05])\n    var scaledColor = modifyHexidecimalColorLuminance(base.replace('#', ''), minMaxHexScale(d))\n    var mod = type == \"stroke\" ? 0 : 0.25\n    return modifyHexidecimalColorLuminance(scaledColor.replace('#', ''), mod)\n  },\n\n  /**\n  * The radius of a point\n  * @param {number} [pointRadius=3]\n  * @memberof violin#\n  * @property\n  */\n  pointRadius = 3,\n  /**\n  * The stroke width of the oints\n  * @param {number} [pointStrokeWidth=2]\n  * @memberof violin#\n  * @property\n  */\n  pointStrokeWidth = 2,\n\n  /**\n  * Color of the background\n  * @param {string} [backgroundFill=\"transparent\"]\n  * @memberof violin#\n  * @property\n  */\n  backgroundFill = 'transparent',\n  /**\n  * Namespace for all items made by this instance of violin\n  * @param {string} [namespace=\"d3sm-violin\"]\n  * @memberof violin#\n  * @property\n  */\n  namespace = 'd3sm-violin',\n  /**\n  * Class name for violin container (<g> element)\n  * @param {string} [objectClass=\"violin\"]\n  * @memberof violin#\n  * @property\n  */\n  objectClass = 'violin',\n  /**\n  * Duration of all transitions of this element\n  * @param {number} [transitionDuration=1000]\n  * @memberof violin#\n  * @property\n  */\n  transitionDuration = 1000,\n  /**\n  * Easing function for transitions\n  * @param {d3.ease} [easeFunc=d3.easeExp]\n  * @memberof violin#\n  * @property\n  */\n  easeFunc = d3.easeExp,\n\n  /**\n  * The key containing the quartiles\n  * @param {string} [quartilesKey=undefined]\n  * @memberof violin#\n  * @property\n  */\n  quartilesKey = \"quartiles\",\n  /**\n  * The keys corresponding to each quartile\n  * @param {string[]} [quartileKeys=[\"Q0\", \"Q1\", \"Q2\", \"Q3\", \"Q4\"]]\n  * @memberof violin#\n  * @property\n  */\n  quartileKeys = [\"Q0\", \"Q1\", \"Q2\", \"Q3\", \"Q4\"],\n\n  /**\n  * The keys of the bars\n  * @param {string[]} [violinKeys=undefined]\n  * @memberof violin#\n  * @property\n  */\n  violinKeys,\n  /**\n  * The values of the bars\n  * @param {number[]} [violinValues=undefined]\n  * @memberof violin#\n  * @property\n  */\n  violinValues,\n  /**\n  * The objectSize (actual width) used by the bars\n  * @param {number} [objectSize=undefined]\n  * @memberof violin#\n  * @property\n  */\n  objectSize,\n  /**\n  * The spacerSize (actual width) used by the spacers between the bars\n  * @param {number} [spacerSize=undefined]\n  * @memberof violin#\n  * @property\n  */\n  spacerSize,\n\n  /**\n  * Instance of Tooltip\n  * @param {function} [tooltip=tooltip()]\n  * @memberof violin#\n  * @property\n  */\n  tooltip = TTip().keys([quartileKeys[4], quartileKeys[3], quartileKeys[2], quartileKeys[1], quartileKeys[0]]),\n  pointsTooltip = TTip(),\n  // pointKeyExtractor = function(violinKey, violinData, violinValues) {return d3.keys(violinValues[violinKey].values)},\n  // pointValueExtractor = function(pointKey, violinKey, violinData, violinValues) {return violinValues[violinKey].values[pointKey]},\n\n\n  /**\n  * Function which given the key of the violin and that key's associated value\n  * returns the object consiting of the points of the violin\n  * (see {@link violin#violinPointsExtractor})\n  * @param {Object} [violinPointsExtractor=function(violinKey, violinData) { return violinData.points }]\n  * @memberof violin#\n  * @property\n  */\n  violinPointsExtractor = function (violinKey, violinData) {return violinData.points },\n  /**\n  * Function which given the key of the current point and the object of points for the\n  * violin, returns the numerical value of the point\n  * (see {@link violin#violinPointValueExtractor})\n  * @param {Object} [violinPointValueExtractor=function(violinPointKey, violinPointData) { return violinPointData[violinPointKey].value }]\n  * @memberof violin#\n  * @property\n  */\n  violinPointValueExtractor = function(violinPointKey, violinPointData) { return violinPointData[violinPointKey].value }\n\n\n  /**\n   * Gets or sets the violinPointsExtractor\n   * @param {function} [_=none]\n   * @returns {violin | function}\n   * @memberof violin\n   * @property\n   * by default violinPointsExtractor = function(violinKey, violinData) { return violinData.points }\n   */\n  violin.violinPointsExtractor = function(_) { return arguments.length ? (violinPointsExtractor = _, violin) : violinPointsExtractor; };\n  /**\n   * Gets or sets the violinPointValueExtractor\n   * @param {function} [_=none]\n   * @returns {violin | function}\n   * @memberof violin\n   * @property\n   * by default violinPointsExtractor = function(pointKey, violinKey, violinData, violinValues) {return violinValues[violinKey].values[pointKey]}\n   */\n  violin.violinPointValueExtractor = function(_) { return arguments.length ? (violinPointValueExtractor = _, violin) : violinPointValueExtractor; };\n\n\n  /**\n   * Gets or sets the selection in which items are manipulated\n   * @param {d3.selection} [_=none]\n   * @returns {violin | d3.selection}\n   * @memberof violin\n   * @property\n   * by default selection = selection\n   */\n  violin.selection = function(_) { return arguments.length ? (selection = _, violin) : selection; };\n  /**\n   * Gets or sets the data\n   * (see {@link violin#data})\n   * @param {number} [_=none]\n   * @returns {violin | object}\n   * @memberof violin\n   * @property\n   */\n  violin.data = function(_) { return arguments.length ? (data = _, violin) : data; };\n  /**\n   * Gets or sets the orient of the boxes\n   * (see {@link violin#orient})\n   * @param {number} [_=none]\n   * @returns {violin | object}\n   * @memberof violin\n   * @property\n   */\n  violin.orient = function(_) { return arguments.length ? (orient = _, violin) : orient; };\n  /**\n   * Gets or sets the amount of horizontal space in which items are manipulated\n   * (see {@link violin#spaceX})\n   * @param {number} [_=none] should be a number > 0\n   * @returns {violin | number}\n   * @memberof violin\n   * @property\n   * by default spaceX = undefined\n   */\n  violin.spaceX = function(_) { return arguments.length ? (spaceX = _, violin) : spaceX; };\n  /**\n   * Gets or sets the amount of vertical space in which items are manipulated\n   * (see {@link violin#spaceY})\n   * @param {number} [_=none] should be a number > 0\n   * @returns {violin | number}\n   * @memberof violin\n   * @property\n   * by default spaceY = undefined\n   */\n  violin.spaceY = function(_) { return arguments.length ? (spaceY = _, violin) : spaceY; };\n\n\n  /**\n   * Gets / sets whether or not violin is allowed to go beyond specified dimensions\n   * (see {@link violin#overflowQ})\n   * @param {boolean} [_=none]\n   * @returns {violin | boolean}\n   * @memberof violin\n   * @property\n   * by default overflowQ = false\n   */\n  violin.overflowQ = function(_) { return arguments.length ? (overflowQ = _, violin) : overflowQ; };\n  /**\n   * Gets / sets whether or not to plot points with the violins\n   * (see {@link violin#pointsQ})\n   * @param {boolean} [_=none]\n   * @returns {violin | boolean}\n   * @memberof violin\n   * @property\n   * by default pointsQ = false\n   */\n  violin.pointsQ = function(_) { return arguments.length ? (pointsQ = _, violin) : pointsQ; };\n\n\n  /**\n   * Gets / sets the grouping of the boxes\n   * (see {@link violin#grouping})\n   * @param {Array[]} [_=none]\n   * @returns {violin | Array[]}\n   * @memberof violin\n   * @property\n   * by default grouping = undefined\n   */\n  violin.grouping = function(_) { return arguments.length ? (grouping = _, violin) : grouping; };\n  /**\n   * Gets / sets the valueExtractor\n   * (see {@link violin#valueExtractor})\n   * @param {function} [_=none]\n   * @returns {violin | function}\n   * @memberof violin\n   * @property\n   */\n  violin.valueExtractor = function(_) { return arguments.length ? (valueExtractor = _, violin) : valueExtractor; };\n  /**\n   * Gets / sets the sortingFunction\n   * (see {@link violin#sortingFunction})\n   * @param {function} [_=none]\n   * @returns {violin | function}\n   * @memberof violin\n   * @property\n   */\n  violin.sortingFunction = function(_) { return arguments.length ? (sortingFunction = _, violin) : sortingFunction; };\n\n  /**\n   * Gets / sets the scale for which the violin values should be transformed by\n   * (see {@link violin#scale})\n   * @param {d3.scale} [_=none]\n   * @returns {violin | d3.scale}\n   * @memberof violin\n   * @property\n   * by default scale = d3.scaleLinear()\n   */\n  violin.scale = function(_) { return arguments.length ? (scale = _, violin) : scale; };\n  /**\n   * Gets / sets the padding for the domain of the scale\n   * (see {@link violin#domainPadding})\n   * @param {number} [_=none]\n   * @returns {violin | number}\n   * @memberof violin\n   * @property\n   * by default domainPadding = 0.5\n   */\n  violin.domainPadding = function(_) { return arguments.length ? (domainPadding = _, violin) : domainPadding; };\n\n\n  /**\n   * Gets / sets objectSpacer\n   * (see {@link violin#objectSpacer})\n   * @param {number} [_=none]\n   * @returns {violin | number}\n   * @memberof violin\n   * @property\n   * by default objectSpacer = 0.05\n   */\n  violin.objectSpacer = function(_) { return arguments.length ? (objectSpacer = _, violin) : objectSpacer; };\n  /**\n   * Gets / sets the minObjectSize\n   * (see {@link violin#minObjectSize})\n   * @param {number} [_=none]\n   * @returns {violin | number}\n   * @memberof violin\n   * @property\n   * by default minObjectSize = 15\n   */\n  violin.minObjectSize = function(_) { return arguments.length ? (minObjectSize = _, violin) : minObjectSize; };\n  /**\n   * Gets / sets the maxObjectSize\n   * (see {@link violin#maxObjectSize})\n   * @param {number} [_=none]\n   * @returns {violin | number}\n   * @memberof violin\n   * @property\n   * by default maxObjectSize = 50\n   */\n  violin.maxObjectSize = function(_) { return arguments.length ? (maxObjectSize = _, violin) : maxObjectSize; };\n\n  /**\n   * Gets / sets the objectStrokeWidth\n   * (see {@link violin#objectStrokeWidth})\n   * @param {number} [_=none]\n   * @returns {violin | number}\n   * @memberof violin\n   * @property\n   * by default objectStrokeWidth = 2\n   */\n  violin.objectStrokeWidth = function(_) { return arguments.length ? (objectStrokeWidth = _, violin) : objectStrokeWidth; };\n\n\n  /**\n   * Gets / sets the colorFunction\n   * (see {@link violin#colorFunction})\n   * @param {colorFunction} [_=none]\n   * @returns {violin | colorFunction}\n   * @memberof violin\n   * @property\n   * by default colorFunction = colorFunction()\n   */\n  violin.colorFunction = function(_) { return arguments.length ? (colorFunction = _, violin) : colorFunction; };\n  /**\n   * Gets / sets the colorFunction\n   * (see {@link violin#colorFunction})\n   * @param {colorFunction} [_=none]\n   * @returns {violin | colorFunction}\n   * @memberof violin\n   * @property\n   * by default colorFunction = colorFunction()\n   */\n  violin.pointColorFunc = function(_) { return arguments.length ? (pointColorFunc = _, violin) : pointColorFunc; };\n\n\n  /**\n   * Gets / sets the pointRadius\n   * (see {@link violin#pointRadius})\n   * @param {number} [_=none]\n   * @returns {violin | number}\n   * @memberof violin\n   * @property\n   * by default pointRadius = 2\n   */\n  violin.pointRadius = function(_) { return arguments.length ? (pointRadius = _, violin) : pointRadius; };\n  /**\n   * Gets / sets the pointStrokeWidth\n   * (see {@link violin#pointStrokeWidth})\n   * @param {number} [_=none]\n   * @returns {violin | number}\n   * @memberof violin\n   * @property\n   * by default pointStrokeWidth = 2\n   */\n  violin.pointStrokeWidth = function(_) { return arguments.length ? (pointStrokeWidth = _, violin) : pointStrokeWidth; };\n\n\n  /**\n   * Gets / sets the backgroundFill\n   * (see {@link violin#backgroundFill})\n   * @param {string} [_=none]\n   * @returns {violin | string}\n   * @memberof violin\n   * @property\n   * by default backgroundFill = 'transparent'\n   */\n  violin.backgroundFill = function(_) { return arguments.length ? (backgroundFill = _, violin) : backgroundFill; };\n  /**\n   * Gets / sets the namespace\n   * (see {@link violin#namespace})\n   * @param {string} [_=none]\n   * @returns {violin | string}\n   * @memberof violin\n   * @property\n   * by default namespace = 'd3sm-violin'\n   */\n  violin.namespace = function(_) { return arguments.length ? (namespace = _, violin) : namespace; };\n  /**\n   * Gets / sets the objectClass\n   * (see {@link violin#objectClass})\n   * @param {string} [_=none]\n   * @returns {violin | string}\n   * @memberof violin\n   * @property\n   * by default objectClass = 'tick-group'\n   */\n  violin.objectClass = function(_) { return arguments.length ? (objectClass = _, violin) : objectClass; };\n\n\n  /**\n   * Gets / sets the transitionDuration\n   * (see {@link violin#transitionDuration})\n   * @param {number} [_=none]\n   * @returns {violin | number}\n   * @memberof violin\n   * @property\n   * by default transitionDuration = 1000\n   */\n  violin.transitionDuration = function(_) { return arguments.length ? (transitionDuration = _, violin) : transitionDuration; };\n  /**\n   * Gets / sets the easeFunc\n   * (see {@link violin#easeFunc})\n   * @param {d3.ease} [_=none]\n   * @returns {violin | d3.ease}\n   * @memberof violin\n   * @property\n   * by default easeFunc = d3.easeExp\n   */\n  violin.easeFunc = function(_) { return arguments.length ? (easeFunc = _, violin) : easeFunc; };\n\n\n  /**\n   * Gets / sets the quartileKey\n   * (see {@link violin#quartileKey})\n   * @param {string} [_=none]\n   * @returns {violin | string}\n   * @memberof violin\n   * @property\n   * by default quartileKey = \"quartiles\"\n   */\n  violin.quartileKey = function(_) { return arguments.length ? (quartileKey = _, violin) : quartileKey; };\n  /**\n   * Gets / sets the quartileKeys\n   * (see {@link violin#quartileKeys})\n   * @param {string[]} [_=none]\n   * @returns {violin | string[]}\n   * @memberof violin\n   * @property\n   * by default quartileKeys = [\"Q0\",\"Q1\",\"Q2\",\"Q3\",\"Q4\"]\n   */\n  violin.quartileKeys = function(_) { return arguments.length ? (quartileKeys = _, violin) : quartileKeys; };\n\n\n  /**\n   * Gets / sets the violinKeys\n   * (see {@link violin#violinKeys})\n   * @param {string[]} [_=none]\n   * @returns {violin | string[]}\n   * @memberof violin\n   * @property\n   * by default violinKeys = undefined\n   */\n  violin.violinKeys = function(_) { return arguments.length ? (violinKeys = _, violin) : violinKeys; };\n  /**\n   * Gets / sets the violinValues\n   * (see {@link violin#violinValues})\n   * @param {Object[]} [_=none]\n   * @returns {violin | Object[]}\n   * @memberof violin\n   * @property\n   * by default violinValues = undefined\n   */\n  violin.violinValues = function(_) { return arguments.length ? (violinValues = _, violin) : violinValues; };\n\n  /**\n   * Gets / sets the objectSize\n   * (see {@link violin#objectSize})\n   * @param {number} [_=none]\n   * @returns {violin | number}\n   * @memberof violin\n   * @property\n   * by default objectSize = undefined\n   */\n  violin.objectSize = function(_) { return arguments.length ? (objectSize = _, violin) : objectSize; };\n  /**\n   * Gets / sets the spacerSize\n   * (see {@link violin#spacerSize})\n   * @param {number} [_=none]\n   * @returns {violin | number}\n   * @memberof violin\n   * @property\n   * by default spacerSize = undefined\n   */\n  violin.spacerSize = function(_) { return arguments.length ? (spacerSize = _, violin) : spacerSize; };\n  /**\n   * Gets / sets the tooltip\n   * (see {@link violin#tooltip})\n   * @param {tooltip} [_=none]\n   * @returns {violin | tooltip}\n   * @memberof violin\n   * @property\n   * by default tooltip = tooltip()\n   */\n  violin.tooltip = function(_) { return arguments.length ? (tooltip = _, violin) : tooltip; };\n  /**\n   * Gets / sets the pointsTooltip\n   * (see {@link violin#pointsTooltip})\n   * @param {tooltip} [_=none]\n   * @returns {violin | tooltip}\n   * @memberof violin\n   * @property\n   * by default pointsTooltip = tooltip()\n   */\n  violin.pointsTooltip = function(_) { return arguments.length ? (pointsTooltip = _, violin) : pointsTooltip; };\n\n\n\n\n\n  function violin () {\n    // for convenience in handling orientation specific values\n    var horizontalQ = (orient == 'horizontal') ? true : false\n    var verticalQ = !horizontalQ\n\n    // background cliping rectangle\n    var bgcpRect = {x:0, y:0, width: spaceX, height:spaceY}\n    var container = setupContainer( selection, namespace, bgcpRect, backgroundFill );\n\n    // if grouping is undefined sort violinKeys by sortingFunction\n    var ordered = (grouping == undefined) ? d3.keys(data).sort(sortingFunction) : grouping\n\n    // console.log(ordered)\n\n    violinKeys = flatten(ordered)\n\n\n    var calcValues = neededViolinValues()\n    .horizontalQ(horizontalQ)\n    .quartileKeys(quartileKeys)\n    .violinPointsExtractor(violinPointsExtractor)\n    .violinPointValueExtractor(violinPointValueExtractor)\n\n\n\n    // augment valus\n    violinKeys.map(function(vk, i){ calcValues(vk, data) })\n\n    var numberOfObjects = violinKeys.length\n\n    var min = [].concat(...violinKeys.map(function(k, i){return data[k].quartiles[quartileKeys[0]]}))\n    var max = [].concat(...violinKeys.map(function(k, i){return data[k].quartiles[quartileKeys[quartileKeys.length - 1]]}))\n    var extent = [Math.min(...min) - domainPadding, Math.max(...max) + domainPadding]\n    // console.log(extent, violinValues, ordered)\n\n    // set the scale\n    scale.domain(extent).range(horizontalQ ? [0,spaceY] : [0, spaceX])\n    var space = horizontalQ ? spaceX : spaceY\n    // calculate object size\n    objectSize = calculateWidthOfObject(space, numberOfObjects, minObjectSize, maxObjectSize, objectSpacer, overflowQ)\n    // calculate spacer size if needed\n    spacerSize = calculateWidthOfSpacer(ordered, space, objectSize, numberOfObjects, objectSpacer, overflowQ)\n    // make the nested groups\n    var spacerFunction = groupingSpacer()\n    .horizontalQ(horizontalQ).scale(scale).moveby('category').numberOfObjects(numberOfObjects)\n    .objectClass(objectClass).objectSize(objectSize).spacerSize(spacerSize)\n    .transitionDuration(transitionDuration).easeFunc(easeFunc)\n    .namespace(namespace)\n\n    // move stuff\n    spacerFunction(container, ordered, 0)\n    // console.log(violinKeys, ordered, container.selectAll('g:not(.to-remove).'+objectClass).nodes())\n\n    // for color function\n    var parentIndexArray = []\n    container.selectAll('g:not(.to-remove).'+objectClass)\n    .each(function(d, i){if (hasQ(violinKeys, d)){ parentIndexArray.push(Number(d3.select(this).attr('parent-index')))}})\n\n    // update color function\n    colorFunction = colorFunction.colorBy() == 'index'\n    ? colorFunction.dataExtent([0, Math.max(...parentIndexArray)])\n    : colorFunction.dataExtent(extent)\n\n    /* violiin specific needs */\n\n\n    var frequencyMax = Math.max(...[].concat(...violinKeys.map(function(k, i){return d3.max(data[k].frequencies)})))\n    var vScale = d3.scaleLinear().domain([0, frequencyMax]).range([0, objectSize / 2])\n\n    var lArea = d3.line()\n    .x(function(d, i){ return horizontalQ ? -vScale(d.x) : scale(d.x)})\n    .y(function(d, i){ return horizontalQ ? scale(extent[1]) - scale(d.y) : -vScale(d.y)})\n    .curve(d3.curveBasis)\n    var rArea = d3.line()\n    .x(function(d, i){ return horizontalQ ? vScale(d.x) : scale(d.x)})\n    .y(function(d, i){ return horizontalQ ? scale(extent[1]) - scale(d.y) : vScale(d.y)})\n    .curve(d3.curveBasis)\n\n\n\n\n\n\n    container.selectAll('g:not(.to-remove).'+objectClass).each(function(key, i){\n      var t = d3.select(this),\n      currentData = data[key]\n      // needed because bug in selecting .to-remove\n      if (!hasQ(violinKeys, key)) {return}\n      var\n      i = t.attr('parent-index') == undefined ? i : t.attr('parent-index'),\n      fillColor = colorFunction(key, currentData, i, 'fill'), // prevent duplicate computation\n      strokeColor = colorFunction(key, currentData, i, 'stroke'),\n      area = safeSelect(t, 'g', 'area'),\n      la = safeSelect(area, 'path', 'left'),\n      ra = safeSelect(area, 'path', 'right'),\n      quarts = safeSelect(t, 'g', 'quarts'),\n      lq3 = safeSelect(quarts, 'line', 'q3'),\n      lq1 = safeSelect(quarts, 'line', 'q1'),\n      q3 = currentData.quartiles[quartileKeys[3]],\n      q2 = currentData.quartiles[quartileKeys[2]],\n      q1 = currentData.quartiles[quartileKeys[1]]\n\n      t.attr('transform', horizontalQ ? 'translate('+objectSize / 2+',0)' : 'translate(0,'+objectSize / 2+')'  )\n      // draw curve\n      la.transition().duration(transitionDuration).attr('d', function(dd, ii){ return lArea(currentData.contour)})\n      .attr('fill', fillColor)\n      .attr('stroke', strokeColor)\n      .attr('stroke-width', objectStrokeWidth)\n\n      ra.transition().duration(transitionDuration).attr('d', function(dd, ii){ return rArea(currentData.contour)})\n      .attr('fill', fillColor)\n      .attr('stroke', strokeColor)\n      .attr('stroke-width', objectStrokeWidth)\n\n      area.node().addEventListener('mouseover', function(dd, ii){\n        container.selectAll('g.'+objectClass).style('opacity', 0.2)\n        t.style('opacity', 1)\n        la.attr('stroke-width',objectStrokeWidth*2)\n        ra.attr('stroke-width',objectStrokeWidth*2)\n      })\n      area.node().addEventListener('mouseout', function(dd, ii){\n        container.selectAll('g.'+objectClass).style('opacity', 1)\n        la.attr('stroke-width',objectStrokeWidth)\n        ra.attr('stroke-width',objectStrokeWidth)\n      })\n\n      if (pointsQ) {\n        var ptsContainer = safeSelect(t, 'g', 'points')\n        var pts = ptsContainer.selectAll('.point').data(currentData.pointKeys)\n        pts.on('mouseover', null)\n\n\n        var ptsExit = pts.exit().transition().ease(easeFunc).duration(transitionDuration)\n        .attr('r', 0)\n        .attr('cy', horizontalQ ? scale(extent[1]) - scale(q2) : vScale(0))\n        .attr('cx', horizontalQ ? vScale(0) : scale(q2)).remove()\n\n        var ptsEnter = pts.enter().append('circle').attr('class', 'point').attr('r', 0)\n        .attr('cx', horizontalQ ? 0 : scale(q2))\n        .attr('cy', horizontalQ ? scale(q2) : 0)\n\n        pts = pts.merge(ptsEnter)\n\n        // console.log(pointsTooltip.header())\n\n        var pTTips = TTip().selection(pts).data(violinPointsExtractor(key, currentData))\n        .header(pointsTooltip.header())\n        .keys(pointsTooltip.keys())\n        .values(pointsTooltip.values())\n\n        pTTips()\n\n        var pMin = d3.min(currentData.pointValues), pMax = d3.max(currentData.pointValues)\n\n\n\n        pts.transition().duration(transitionDuration).ease(easeFunc).attr('r', pointRadius)\n        .attr('cy', function(pointKey, ii){\n          var dd = currentData.pointValues[ii]\n          if (horizontalQ) { return scale(extent[1]) - scale(dd) }\n          var j = whichBin(currentData.binned, dd)\n          var r = Math.random()\n          var n = vScale(r * currentData.frequencies[j] * 0.5)\n          var k = Math.random() > 0.5 ? n : -n\n          return k\n        })\n        .attr('cx', function(pointKey, ii){\n          var dd = currentData.pointValues[ii]\n          if (horizontalQ) {\n            var j = whichBin(currentData.binned, dd)\n            var r = Math.random()\n            var n = vScale(r * currentData.frequencies[j] * 0.5)\n            var k = Math.random() > 0.5 ? n : -n\n            return k\n          }\n          return scale(dd)\n        })\n        .attr('stroke', function(dd, ii) { var dd = currentData.pointValues[ii]; return pointColorFunc(dd, 'stroke', strokeColor, pMin, pMax) })\n        .attr('fill'  , function(dd, ii) { var dd = currentData.pointValues[ii]; return pointColorFunc(dd, 'fill'  , strokeColor, pMin, pMax) })\n        .attr('stroke-width', pointStrokeWidth)\n\n        ptsContainer.selectAll('circle.point').on('mouseover', function(dd, ii){\n          container.selectAll('g.'+objectClass).style('opacity', 0.2)\n          t.style('opacity', 1)\n          la.attr('stroke-width',objectStrokeWidth*2)\n          ra.attr('stroke-width',objectStrokeWidth*2)\n\n          container.selectAll('.point').style('opacity', 0.2)\n          d3.select(this).style('opacity', 1).attr('r', pointRadius * 2).attr('stroke-width',pointStrokeWidth*2)\n        })\n        ptsContainer.selectAll('circle.point').on('mouseout', function(dd, ii){\n          var e = document.createEvent('SVGEvents')\n          e.initEvent('mouseout',true,true);\n          area.node().dispatchEvent(e)\n\n          container.selectAll('.point').style('opacity', 1)\n          d3.select(this).attr('stroke-width', pointStrokeWidth).attr('r', pointRadius)\n        })\n      }\n      else {\n        cV.selectAll('.point')\n        .transition().duration(transitionDuration).ease(easeFunc)\n        .attr('r', 0)\n        .attr('cy', horizontalQ ? scale(extent[1]) - scale(q2) : vScale(0))\n        .attr('cx', horizontalQ ? vScale(0) : scale(q2))\n        .remove()\n      }\n\n\n    })\n\n\n    tooltip.selection(container.selectAll('g:not(.to-remove).'+objectClass + ' .area'))\n    if (tooltip.data() == undefined) {tooltip.data(data)}\n    tooltip()\n    if (tooltip.values() == undefined) {\n      tooltip.values([\n        function(currentData, tooltipKey){ return currentData['quartiles'][tooltipKey] },\n        function(currentData, tooltipKey){ return currentData['quartiles'][tooltipKey] },\n        function(currentData, tooltipKey){ return currentData['quartiles'][tooltipKey] },\n        function(currentData, tooltipKey){ return currentData['quartiles'][tooltipKey] },\n        function(currentData, tooltipKey){ return currentData['quartiles'][tooltipKey] }\n      ])\n\n    }\n\n  }\n\n  return violin\n}\n\n\n\n\n\n/**\n* Produces the function which manipulates the violin data to have values needed\n* for rendering the violins as svg.\n* @returns {function} calculateViolinValues\n* @namespace neededViolinValues\n*/\nfunction neededViolinValues() {\n  var\n  /**\n  * Whether or not the orientation of the violins are horizontal\n  * (see {@link violin#orient})\n  * @param {Object} [horizontalQ=true]\n  * @memberof neededViolinValues#\n  * @property\n  */\n  horizontalQ = true,\n  /**\n  * Keys to be put into the quartiles if they need to be calculated.\n  * (see {@link violin#quartileKeys})\n  * @param {Object} [quartileKeys=['Q0', 'Q1', 'Q2', 'Q3', 'Q4']]\n  * @memberof neededViolinValues#\n  * @property\n  */\n  quartileKeys = ['Q0', 'Q1', 'Q2', 'Q3', 'Q4'],\n  /**\n  * Function which given the key of the violin and that key's associated value\n  * returns the object consiting of the points of the violin\n  * (see {@link violin#violinPointsExtractor})\n  * @param {Object} [violinPointsExtractor=function(violinKey, violinData) { return violinData.points }]\n  * @memberof neededViolinValues#\n  * @property\n  */\n  violinPointsExtractor,\n  /**\n  * Function which given the key of the current point and the object of points for the\n  * violin, returns the numerical value of the point\n  * (see {@link violin#violinPointValueExtractor})\n  * @param {Object} [violinPointValueExtractor=function(violinPointKey, violinPointData) { return violinPointData[violinPointKey].value }]\n  * @memberof neededViolinValues#\n  * @property\n  */\n  violinPointValueExtractor\n\n\n  /**\n   * Gets / sets the horizontalQ\n   * (see {@link violin#orient})\n   * @param {boolean} [_=none]\n   * @returns {calculateViolinValues | boolean}\n   * @memberof calculateViolinValues\n   * @property\n   *\n   * by default horizontalQ = true\n   */\n  calculateViolinValues.horizontalQ = function(_) { return arguments.length ? (horizontalQ=_, calculateViolinValues) : horizontalQ }\n  /**\n   * Gets / sets the quartileKeys\n   * (see {@link violin#quartileKeys})\n   * @param {string[]} [_=none]\n   * @returns {calculateViolinValues | string[]}\n   * @memberof calculateViolinValues\n   * @property\n   *\n   * by default quartileKeys = [\"Q0\",\"Q1\",\"Q2\",\"Q3\",\"Q4\"]\n   */\n  calculateViolinValues.quartileKeys = function(_) { return arguments.length ? (quartileKeys=_, calculateViolinValues) : quartileKeys }\n  /**\n   * Gets / sets the violinPointsExtractor\n   * (see {@link violin#violinPointsExtractor})\n   * @param {function} [_=none]\n   * @returns {calculateViolinValues | function}\n   * @memberof calculateViolinValues\n   * @property\n   *\n   * by default violinPointsExtractor = function(violinKey, violinData) { return violinData.points }\n   */\n  calculateViolinValues.violinPointsExtractor = function(_) { return arguments.length ? (violinPointsExtractor=_, calculateViolinValues) : violinPointsExtractor }\n  /**\n   * Gets / sets the violinPointValueExtractor\n   * (see {@link violin#violinPointValueExtractor})\n   * @param {function} [_=none]\n   * @returns {calculateViolinValues | function}\n   * @memberof calculateViolinValues\n   * @property\n   *\n   * by default violinPointValueExtractor = function(violinPointKey, violinPointData) { return violinPointData[violinPointKey].value }\n   */\n  calculateViolinValues.violinPointValueExtractor = function(_) { return arguments.length ? (violinPointValueExtractor=_, calculateViolinValues) : violinPointValueExtractor }\n\n\n  /**\n  * The function produced by neededViolinValues.\n  *\n  * Adds the data need to render the violin as an svg\n  * @param {string} violinKey the key of the current violin\n  * @param {object} data the object consisting of violinKey - values (violin data) pairs\n  * @returns {none} this function manipulates the passed data object adding the following keys\n  *\n  * data[violinKey].binned // the binned values of the points\n  *\n  * data[violinKey].frequencies // the list consisting of the length of each bin\n  *\n  * data[violinKey].contour // the points depicting the contour of 1/2 of the violin\n  *\n  * data[violinKey].quartiles // the quartiles of the points' values\n  *\n  * data[violinKey].pointKeys // the keys associated with the points\n  *\n  * data[violinKey].pointValues // the numerical values of the points\n  *\n  * @memberof neededViolinValues#\n  * @property\n  */\n  function calculateViolinValues(violinKey, data) {\n    // data for the current violin\n    var violinData = data[violinKey];\n    // the object of points\n    var violinPoints = violinPointsExtractor(violinKey, violinData);\n    //\n    var violinPointsKeys = d3.keys(violinPoints);\n    // the numerical values of those points\n    var violinPointsValues = violinPointsKeys.map(function(pk, i){return violinPointValueExtractor(pk, violinPoints)})\n\n    // quartiles of those points\n    var pointQuartiles = quartiles(violinPointsValues, quartileKeys)\n\n    // binned points\n    var binned = d3.histogram()(violinPointsValues)\n    // length of bins\n    var frequencies = binned.map(bin=>bin.length)\n    // min and max countour points for nice drawings\n    var minContourPoint = horizontalQ ? {x: 0, y: d3.min(violinPointsValues)} :  {x: d3.min(violinPointsValues), y: 0}\n    var maxContourPoint = horizontalQ ? {x: 0, y: d3.max(violinPointsValues)} :  {x: d3.max(violinPointsValues), y: 0}\n    var violinContourPoints = binned.map(function(bin, i) {\n        return horizontalQ\n        ? {y: (bin.length) ? d3.median(bin): d3.median([bin.x0, bin.x1]), x: frequencies[i]}\n        : {x: (bin.length) ? d3.median(bin): d3.median([bin.x0, bin.x1]), y: frequencies[i]}\n      })\n    // points along which to draw the violin shpe\n    violinContourPoints = [minContourPoint].concat(violinContourPoints).concat([maxContourPoint])\n\n    // set data\n    violinData.binned = binned;\n    violinData.frequencies = frequencies\n    violinData.contour = violinContourPoints\n    violinData.quartiles = pointQuartiles\n    violinData.pointKeys = violinPointsKeys\n    violinData.pointValues = violinPointsValues\n  }\n\n  return calculateViolinValues\n}\n","import {hypenate, safeSelect, round, interpolateColors} from './helpers';\nimport {setupContainer} from './utils';\nimport {colorFunction as CF} from './color-function';\n\n\nexport function numericLegend( selection ) {\n\n  var\n  min=0,\n  max=1,\n  spaceX,\n  spaceY,\n  colorFunction = CF(),\n  namespace='d3sm-linear-vertical-gradient',\n  fontSize = 12,\n  backgroundFill = 'transparent',\n  textColor = 'black',\n  roundTo = 2\n\n\n  legend.min = function(_) { return arguments.length ? (min=_, legend) : min }\n  legend.max = function(_) { return arguments.length ? (max=_, legend) : max }\n  legend.spaceX = function(_) { return arguments.length ? (spaceX=_, legend) : spaceX }\n  legend.spaceY = function(_) { return arguments.length ? (spaceY=_, legend) : spaceY }\n  legend.namespace = function(_) { return arguments.length ? (namespace=_, legend) : namespace }\n  legend.fontSize = function(_) { return arguments.length ? (fontSize=_, legend) : fontSize }\n  legend.backgroundFill = function(_) { return arguments.length ? (backgroundFill=_, legend) : backgroundFill }\n  legend.colorFunction = function(_) { return arguments.length ? (colorFunction=_, legend) : colorFunction }\n  legend.textColor = function(_) { return arguments.length ? (textColor=_, legend) : textColor }\n  legend.roundTo = function(_) { return arguments.length ? (roundTo=_, legend) : roundTo }\n\n  function legend() {\n    // background cliping rectangle\n    var bgcpRect = {x:0, y:0, width: spaceX, height:spaceY}\n    var container = setupContainer( selection, namespace, bgcpRect, backgroundFill );\n\n    var defs = safeSelect(selection, 'defs')\n    var linearGradient = safeSelect(defs, 'linearGradient')\n    .attr(\"x1\", \"0%\")\n    .attr(\"y1\", \"100%\")\n    .attr(\"x2\", \"0%\")\n    .attr(\"y2\", \"0%\")\n    .attr('id', hypenate(namespace,'numerical-legend-gradient'))\n\n\n    colorFunction.dataExtent([min, max])\n    .colorBy('value')\n    .valueExtractor(function(k, v, i){return v})\n\n\n    linearGradient.selectAll('stop')\n    .data( colorFunction.colors() )\n    .enter()\n    .append('stop')\n    .attr(\"offset\", function(d, i){ return i / (colorFunction.colors().length - 1) })\n    .attr('stop-color', function(d) {return d})\n\n\n\n\n    var rect = safeSelect(container, 'rect', 'legend')\n    .attr('transform', 'translate(0,'+fontSize+')')\n    .style(\"fill\", \"url(#\"+hypenate(namespace,'numerical-legend-gradient')+\")\")\n    .attr('x', 0)\n    .attr('y', 0)\n    .attr('width', spaceX)\n    .attr('height', spaceY - fontSize*2)\n    .on('mousemove', function(d, i){legendMousemove(d, i, rect, d3.select(this))})\n    .on('mouseout', function(d, i){ d3.select(\"#\"+hypenate(namespace,'legend-tooltip')).remove() })\n\n    var minText = safeSelect(container, 'text', 'min')\n    .text(round(min, 2))\n    .attr('text-anchor', 'middle')\n    .attr(\"font-size\", fontSize+'px')\n    .attr('transform', function(d, i){\n      var\n      x = spaceX / 2,\n      y = spaceY - fontSize / 4,\n      t = 'translate('+x+','+y+')'\n      return t\n    })\n\n    var maxText = safeSelect(container, 'text', 'max')\n    .text(round(max, 2))\n    .attr('text-anchor', 'middle')\n    .attr(\"font-size\", fontSize+'px')\n    .attr('transform', function(d, i){\n      var\n      x = spaceX / 2,\n      y = fontSize,\n      t = 'translate('+x+','+y+')'\n      return t\n    })\n\n\n\n\n  }\n\n  function legendMousemove(d, i, rect, t) {\n    var s = d3.scaleLinear()\n    .domain([0, rect.attr('height')])\n    .range([max, min])\n    var m = d3.mouse(rect.node())\n    var v = round(s(m[1]),roundTo)\n\n    var strokeColor = colorFunction(undefined, v, undefined, 'stroke')\n    var fillColor = colorFunction(undefined, v, undefined, 'fill')\n\n    var div = safeSelect(d3.select('body'), 'div', hypenate(namespace,'legend-tooltip'))\n    .attr('id', hypenate(namespace,'legend-tooltip'))\n    .style('position', 'absolute')\n    .style('left', (d3.event.pageX+15)+'px')\n    .style('top', (d3.event.pageY+15)+'px')\n    .style('background-color', fillColor)\n    .style('border-color', strokeColor)\n\n    .style('min-width', (fontSize * (String(max).split('.')[0].length+3))+'px')\n    .style('min-height', (fontSize * (String(max).split('.')[0].length+3))+'px')\n    .style('border-radius', '50%')\n    .style('border-radius', '5000px')\n\n    .style('display', 'flex')\n    .style('justify-content', 'center')\n    .style('text-align', 'middle')\n    .style('padding', 2+\"px\")\n\n    .style('border-style', 'solid')\n    .style('border-width', 2)\n\n    var text = safeSelect(div, 'div')\n    .text(v)\n    .style('color', textColor)\n    .style('align-self', 'center')\n  }\n\n  return legend\n}\n","import {hypenate, safeSelect, round, interpolateColors} from './helpers';\nimport {setupContainer, calculateWidthOfObject, calculateWidthOfSpacer} from './utils';\nimport {colorFunction as CF} from './color-function';\nimport {groupingSpacer} from './grouping-spacer';\nimport {unique, flatten} from './array-functions';\n\nexport function categoricLegend( selection ) {\n  var\n  categories,\n\n  /**\n  * Data to plot. Assumed to be a object, where each key corresponds to a legend\n  * (see {@link legend#data})\n  * @param {Object} [data=undefined]\n  * @memberof legend#\n  * @property\n  */\n  data,\n  /**\n  * Which direction to render the bars in\n  * (see {@link legend#orient})\n  * @param {number} [orient='horizontal']\n  * @memberof legend#\n  * @property\n  */\n  orient='horizontal',\n  /**\n  * Amount of horizontal space (in pixels) avaible to render the legend in\n  * (see {@link legend#spaceX})\n  * @param {number} [spaceX=undefined]\n  * @memberof legend#\n  * @property\n  */\n  spaceX,\n  /**\n  * Amount of vertical space (in pixels) avaible to render the legend in\n  * (see {@link legend.spaceY})\n  * @param {number} [spaceY=undefined]\n  * @memberof legend#\n  * @property\n  */\n  spaceY,\n\n  /**\n  * Whether or not to allow legend to render elements pass the main spatial dimension\n  * given the orientation (see {@link legend#orient}), where {@link legend#orient}=\"horizontal\"\n  * the main dimension is {@link legend#spaceX} and where {@link legend#orient}=\"vertical\"\n  * the main dimension is {@link legend#spaceY}\n  * @param {boolean} [overflowQ=false]\n  * @memberof legend#\n  * @property\n  */\n  overflowQ = false,\n\n  /**\n  * An array - putatively of other arrays - depicting how bars should be arranged\n  * @param {Array[]} [grouping=undefined]\n  * @memberof legend#\n  * @property\n  */\n  grouping,\n\n  /**\n  * How to get the value of the legend\n  * @param {function} [valueExtractor=function(key, index) { return data[key] }]\n  * @memberof legend#\n  * @property\n  */\n  valueExtractor = function(key, index) { return data[key] },\n  /**\n  * How to sort the bars - if {@link bar#grouping} is not provided.\n  * @param {function} [sortingFunction=function(keyA, keyB) {return d3.descending(data[keyA], data[keyB])}]\n  * @memberof bar#\n  * @property\n  */\n  sortingFunction = function(keyA, keyB) {return d3.ascending(keyA, keyB)},\n  /**\n  * Default space for the spacer (percentage) of main dimension given the orientation\n  * (see {@link legend#orient}), where {@link legend#orient}=\"horizontal\"\n  * the main dimension is {@link legend#spaceX} and where {@link legend#orient}=\"vertical\"\n  * the main dimension is {@link legend#spaceY} between bars\n  * @param {number} [objectSpacer=0.05]\n  * @memberof legend#\n  * @property\n  */\n  objectSpacer = 0.05,\n  /**\n  * The minimum size that an object can be\n  * @param {number} [minObjectSize=50]\n  * @memberof legend#\n  * @property\n  */\n  minObjectSize = 10,\n  /**\n  * The maximum size that an object can be\n  * @param {number} [maxObjectSize=100]\n  * @memberof legend#\n  * @property\n  */\n  maxObjectSize = 100,\n\n  /**\n  * The stroke width of the bars\n  * @param {number} [barStrokeWidth=2]\n  * @memberof legend#\n  * @property\n  */\n  bubbleStrokeWidth = 2,\n  /**\n  * Instance of ColorFunction\n  * @param {function} [colorFunction = colorFunction()]\n  * @memberof legend#\n  * @property\n  */\n  colorFunction = CF(),\n\n  /**\n  * Color of the background\n  * @param {string} [backgroundFill=\"transparent\"]\n  * @memberof legend#\n  * @property\n  */\n  backgroundFill = 'transparent',\n  /**\n  * Namespace for all items made by this instance of legend\n  * @param {string} [namespace=\"d3sm-legend\"]\n  * @memberof legend#\n  * @property\n  */\n  namespace = 'd3sm-legend',\n  /**\n  * Class name for legend container (<g> element)\n  * @param {string} [objectClass=\"legend\"]\n  * @memberof legend#\n  * @property\n  */\n  objectClass = 'legend',\n\n  /**\n  * Duration of all transitions of this element\n  * @param {number} [transitionDuration=1000]\n  * @memberof legend#\n  * @property\n  */\n  transitionDuration = 1000,\n  /**\n  * Easing function for transitions\n  * @param {d3.ease} [easeFunc=d3.easeExp]\n  * @memberof legend#\n  * @property\n  */\n  easeFunc = d3.easeExp\n\n\n  legend.categories = function(_) { return arguments.length ? (categories=_, legend) : categories };\n\n  /**\n   * Gets or sets the selection in which items are manipulated\n   * @param {d3.selection} [_=none]\n   * @returns {legend | d3.selection}\n   * @memberof legend\n   * @property\n   * by default selection = selection\n   */\n  legend.selection = function(_) { return arguments.length ? (selection = _, legend) : selection; };\n  /**\n   * Gets or sets the data\n   * (see {@link legend#data})\n   * @param {number} [_=none]\n   * @returns {legend | object}\n   * @memberof legend\n   * @property\n   */\n  legend.data = function(_) { return arguments.length ? (data = _, legend) : data; };\n  /**\n   * Gets or sets the orient of the bars\n   * (see {@link legend#orient})\n   * @param {number} [_=none]\n   * @returns {legend | object}\n   * @memberof legend\n   * @property\n   */\n  legend.orient = function(_) { return arguments.length ? (orient = _, legend) : orient; };\n  /**\n   * Gets or sets the amount of horizontal space in which items are manipulated\n   * (see {@link legend#spaceX})\n   * @param {number} [_=none] should be a number > 0\n   * @returns {legend | number}\n   * @memberof legend\n   * @property\n   * by default spaceX = undefined\n   */\n  legend.spaceX = function(_) { return arguments.length ? (spaceX = _, legend) : spaceX; };\n  /**\n   * Gets or sets the amount of vertical space in which items are manipulated\n   * (see {@link legend#spaceY})\n   * @param {number} [_=none] should be a number > 0\n   * @returns {legend | number}\n   * @memberof legend\n   * @property\n   * by default spaceY = undefined\n   */\n  legend.spaceY = function(_) { return arguments.length ? (spaceY = _, legend) : spaceY; };\n\n  /**\n   * Gets / sets whether or not legend is allowed to go beyond specified dimensions\n   * (see {@link legend#spaceX})\n   * @param {boolean} [_=none]\n   * @returns {legend | boolean}\n   * @memberof legend\n   * @property\n   * by default overflowQ = false\n   */\n  legend.overflowQ = function(_) { return arguments.length ? (overflowQ = _, legend) : overflowQ; };\n  /**\n   * Gets / sets the grouping of the bars\n   * (see {@link legend#grouping})\n   * @param {Array[]} [_=none]\n   * @returns {legend | Array[]}\n   * @memberof legend\n   * @property\n   * by default grouping = undefined\n   */\n  legend.grouping = function(_) { return arguments.length ? (grouping = _, legend) : grouping; };\n  /**\n   * Gets / sets the valueExtractor\n   * (see {@link legend#valueExtractor})\n   * @param {function} [_=none]\n   * @returns {legend | function}\n   * @memberof legend\n   * @property\n   * by default valueExtractor = function(key, index) { return data[key] },\n   */\n  legend.valueExtractor = function(_) { return arguments.length ? (valueExtractor = _, legend) : valueExtractor; };\n  /**\n   * Gets / sets the sortingFunction\n   * (see {@link bar#sortingFunction})\n   * @param {function} [_=none]\n   * @returns {bar | function}\n   * @memberof bar\n   * @property\n   * by default sortingFunction = function(keyA, keyB) {return d3.descending(data[keyA], data[keyB])},\n   */\n  legend.sortingFunction = function(_) { return arguments.length ? (sortingFunction = _, legend) : sortingFunction; };\n  /**\n   * Gets / sets objectSpacer\n   * (see {@link legend#objectSpacer})\n   * @param {number} [_=none]\n   * @returns {legend | number}\n   * @memberof legend\n   * @property\n   * by default objectSpacer = 0.05\n   */\n  legend.objectSpacer = function(_) { return arguments.length ? (objectSpacer = _, legend) : objectSpacer; };\n  /**\n   * Gets / sets the minObjectSize\n   * (see {@link legend#minObjectSize})\n   * @param {number} [_=none]\n   * @returns {legend | number}\n   * @memberof legend\n   * @property\n   * by default minObjectSize = 50\n   */\n  legend.minObjectSize = function(_) { return arguments.length ? (minObjectSize = _, legend) : minObjectSize; };\n  /**\n   * Gets / sets the maxObjectSize\n   * (see {@link legend#maxObjectSize})\n   * @param {number} [_=none]\n   * @returns {legend | number}\n   * @memberof legend\n   * @property\n   * by default maxObjectSize = 100\n   */\n  legend.maxObjectSize = function(_) { return arguments.length ? (maxObjectSize = _, legend) : maxObjectSize; };\n\n  /**\n   * Gets / sets the barStrokeWidth\n   * (see {@link legend#barStrokeWidth})\n   * @param {number} [_=none]\n   * @returns {legend | number}\n   * @memberof legend\n   * @property\n   * by default barStrokeWidth = 2\n   */\n  legend.bubbleStrokeWidth = function(_) { return arguments.length ? (bubbleStrokeWidth = _, legend) : bubbleStrokeWidth; };\n  /**\n   * Gets / sets the colorFunction\n   * (see {@link legend#colorFunction})\n   * @param {number} [_=none]\n   * @returns {legend | number}\n   * @memberof legend\n   * @property\n   * by default colorFunction = colorFunction()\n   */\n  legend.colorFunction = function(_) { return arguments.length ? (colorFunction = _, legend) : colorFunction; };\n\n  /**\n   * Gets / sets the backgroundFill\n   * (see {@link legend#backgroundFill})\n   * @param {string} [_=none]\n   * @returns {legend | string}\n   * @memberof legend\n   * @property\n   * by default backgroundFill = 'transparent'\n   */\n  legend.backgroundFill = function(_) { return arguments.length ? (backgroundFill = _, legend) : backgroundFill; };\n  /**\n   * Gets / sets the namespace\n   * (see {@link legend#namespace})\n   * @param {string} [_=none]\n   * @returns {legend | string}\n   * @memberof legend\n   * @property\n   * by default namespace = 'd3sm-legend'\n   */\n  legend.namespace = function(_) { return arguments.length ? (namespace = _, legend) : namespace; };\n  /**\n   * Gets / sets the objectClass\n   * (see {@link legend#objectClass})\n   * @param {string} [_=none]\n   * @returns {legend | string}\n   * @memberof legend\n   * @property\n   * by default objectClass = 'tick-group'\n   */\n  legend.objectClass = function(_) { return arguments.length ? (objectClass = _, legend) : objectClass; };\n  /**\n   * Gets / sets the transitionDuration\n   * (see {@link legend#transitionDuration})\n   * @param {number} [_=none]\n   * @returns {legend | number}\n   * @memberof legend\n   * @property\n   * by default transitionDuration = 1000\n   */\n  legend.transitionDuration = function(_) { return arguments.length ? (transitionDuration = _, legend) : transitionDuration; };\n  /**\n   * Gets / sets the easeFunc\n   * (see {@link legend#easeFunc})\n   * @param {d3.ease} [_=none]\n   * @returns {legend | d3.ease}\n   * @memberof legend\n   * @property\n   * by default easeFunc = d3.easeExp\n   */\n  legend.easeFunc = function(_) { return arguments.length ? (easeFunc = _, legend) : easeFunc; };\n\n\n  function legend() {\n    var horizontalQ = (orient == 'horizontal') ? true : false\n    var verticalQ = !horizontalQ\n    // background cliping rectangle\n    var bgcpRect = {x:0, y:0, width: spaceX, height:spaceY}\n    var container = setupContainer( selection, namespace, bgcpRect, backgroundFill );\n\n\n    colorFunction.dataExtent([0, categories.length - 1])\n    .colorBy('categories')\n    .categoryExtractor(function(k, v, i){return v})\n\n    var r = Math.min(spaceX, spaceY) / 2\n    var numberOfObjects = categories.length\n\n    // if grouping is undefined sort barKeys by sortingFunction\n    var ordered = (grouping == undefined) ? categories.sort(sortingFunction) : grouping\n    // ordered might be nested depending on grouping\n    var catKeys = flatten(ordered)\n\n    var space = horizontalQ ? spaceX : spaceY\n    // calculate object size\n    var objectSize = calculateWidthOfObject(space, numberOfObjects, minObjectSize, maxObjectSize, objectSpacer, overflowQ)\n    // calculate spacer size if needed\n    var spacerSize = calculateWidthOfSpacer(catKeys, space, objectSize, numberOfObjects, objectSpacer, overflowQ)\n    // make the nested groups\n    var spacerFunction = groupingSpacer()\n    .horizontalQ(horizontalQ).scale(scale).moveby('category').numberOfObjects(numberOfObjects)\n    .objectClass(objectClass).objectSize(objectSize).spacerSize(spacerSize)\n    .transitionDuration(transitionDuration).easeFunc(easeFunc)\n    .namespace(namespace)\n\n    spacerFunction(container, ordered, 0)\n    var r = Math.min(objectSize, spaceX, spaceY) / 2 - bubbleStrokeWidth\n\n    container.selectAll('g:not(.to-remove).'+objectClass).each(function(cat, i) {\n      var t = d3.select(this)\n      var c = safeSelect(t, 'circle')\n      var fillColor = colorFunction(undefined, cat, i, 'fill'), // prevent duplicate computation\n      strokeColor = colorFunction(undefined, cat, i,  'stroke')\n\n      var cx = horizontalQ\n        ? r+bubbleStrokeWidth\n        : (spaceX - r*2) / 2 + r\n      var cy = verticalQ\n        ? r+bubbleStrokeWidth\n        : (spaceX - r*2) / 2 + r\n\n      c.attr(\"r\", r)\n      .attr('cx', cx)\n      .attr('cy', cy)\n      .attr('fill', fillColor)\n      .attr('stroke', strokeColor)\n      .attr('stroke-width', bubbleStrokeWidth)\n\n      var text = safeSelect(t, 'text')\n      text.text(cat)\n      .attr('text-anchor', 'middle')\n      .attr(\"transform\", function(d, i){\n        var\n        x = cx,\n        y = cy + text.node().getBoundingClientRect().height / 4,\n        t = 'translate('+x+','+y+')'\n        return t\n      })\n\n    })\n\n\n  }\n\n  return legend\n}\n","import {hypenate, safeSelect, modifyHexidecimalColorLuminance, extractViolinValues, quartiles} from './helpers';\nimport {setupContainer, calculateWidthOfObject, calculateWidthOfSpacer} from './utils';\nimport {unique, hasQ, flatten, whichBin} from './array-functions';\nimport {groupingSpacer} from './grouping-spacer';\nimport {colorFunction as CF} from './color-function';\nimport {tooltip as TTip} from './tooltip';\nimport {lasso} from './lasso';\nimport './d3-prototypes';\n\nexport function lassoWidget( selection ) {\n  var\n  namespace = 'd3sm-lasso',\n  selection = selection,\n  svg,\n  chartContainer,\n  objectContainer,\n  objectClass,\n  lassoLine = d3.line()\n  .x(function(d, i){return d[0]})\n  .y(function(d, i){return d[1]})\n  .curve(d3.curveLinearClosed),\n  path,\n  colorFunction = CF(),\n  maxNumberOfGroups,\n  dataExtractor,\n  xScale,\n  yScale\n\n  function onError(msg, style){\n    console.log(msg, style)\n  }\n  // setup the container\n  setupDataselectContainer()\n\n  lassoWidget.objectClass = function(_){return arguments.length ? (objectClass='.'+_.replace('.',''), lassoWidget) : objectClass}\n  lassoWidget.svg = function(_){return arguments.length ? (svg=_, lassoWidget) : svg}\n  lassoWidget.submit = function(_){return arguments.length ? (submit=_, lassoWidget) : submit}\n  lassoWidget.maxNumberOfGroups = function(_){return arguments.length ? (maxNumberOfGroups=_, lassoWidget) : maxNumberOfGroups}\n  lassoWidget.onError = function(_){return arguments.length ? (onError=_, lassoWidget) : onError}\n  lassoWidget.objectContainer = function(_){return arguments.length ? (objectContainer=_, lassoWidget) : objectContainer}\n  lassoWidget.chartContainer = function(_){return arguments.length ? (chartContainer=_, lassoWidget) : chartContainer}\n  lassoWidget.dataExtractor = function(_){return arguments.length ? (dataExtractor=_, lassoWidget) : dataExtractor}\n  lassoWidget.xScale = function(_){return arguments.length ? (xScale=_, lassoWidget) : xScale}\n  lassoWidget.yScale = function(_){return arguments.length ? (yScale=_, lassoWidget) : yScale}\n\n  function styles() {\n    var s = d3.select(\"html\").select(\"style.\"+namespace+'lasso-widget')\n    if (s.empty()) {\n      d3.select(\"html\").append(\"style\")\n      .classed(namespace+'lasso-widget', true)\n      .html(\n        \".\"+hypenate(namespace, \"data-table\") + \"{\\\n          height:100px;\\\n          overflow:auto;\\\n        }\"\n      )\n    }\n  }\n\n\n  function lassoWidget() {\n    styles()\n\n  }\n\n  function submit(data) {\n    console.log(data)\n  }\n\n  function plusTab(tabList) {\n    var tab = safeSelect(tabList, 'li', hypenate(namespace, 'plus-tab'))\n    .classed('ml-auto', true)\n    .classed('nav-item', true)\n    .on('click', makeNewGroup),\n\n    anchor = safeSelect(tab, 'a', 'nav-link'),\n    icon = safeSelect(anchor, 'i', 'fa')\n    .classed('fa-plus fa-2x text-success', true)\n  }\n\n  function sendTab(tabList) {\n    var tab = safeSelect(tabList, 'li', hypenate(namespace, 'send-tab'))\n    .classed('ml-auto', true)\n    .classed('nav-item', true)\n    .on('click', clickSend)\n    ,\n\n    anchor = safeSelect(tab, 'a', 'nav-link'),\n    icon = safeSelect(anchor, 'i', 'fa')\n    .classed('fa-paper-plane-o fa-2x text-primary', true)\n  }\n\n  function clickSend() {\n    var data = gatherDataLists()\n    submit(data)\n  }\n\n  function closeTab(tabList) {\n    var tab = safeSelect(tabList, 'li', hypenate(namespace, 'close-tab'))\n    .classed('ml-auto', true)\n    .classed('nav-item', true)\n    .on('click', function(){\n      var m = d3.mouse(d3.select(\"html\").node())\n      selection.select('div.card').style(\"position\", 'relative')\n      .transition().duration(1000)\n      .ease(d3.easeBack)\n      .style('left', window.outerWidth +'px')\n      .remove()\n    })\n    ,\n\n    anchor = safeSelect(tab, 'a', 'nav-link'),\n    icon = safeSelect(anchor, 'i', 'fa')\n    .classed('fa-window-close-o fa-2x text-danger', true)\n  }\n\n\n\n  function setupDataselectContainer() {\n    var\n    card = safeSelect(selection, 'div', 'card'),\n    cardHeader = safeSelect(card, 'div', 'card-header'),\n\n    tabList = safeSelect(cardHeader, 'ul', 'nav')\n    .classed('nav-tabs card-header-tabs', true)\n    .classed(hypenate(namespace, 'tab-list'), true)\n    .attr('role', 'tablist'),\n\n    cardBody = safeSelect(card, 'div', 'card-body'),\n    tabContent = safeSelect(cardBody, 'div', 'tab-content')\n    .classed(hypenate(namespace, 'tab-content'), true),\n\n    // leftTabs = safeSelect(tabList, 'div', 'nav mr-auto left-aligned-tabs')\n    rightTabs = safeSelect(tabList, 'div', 'right-aligned-tabs').classed('nav ml-auto ', true)\n\n    plusTab(rightTabs)\n    sendTab(rightTabs)\n    closeTab(rightTabs)\n    var\n    defaultTab = safeSelect(tabContent, 'div', 'tab-pane')\n    .classed(hypenate(namespace,'default-tab'), true)\n    .classed(\"active\", true)\n    .classed('text-left', true),\n\n    p = safeSelect(defaultTab, 'div')\n    .html(\n      \"Click <kbd><i class='fa fa-plus text-success'></i></kbd> to add a new group.<br>\"+\n      \"Click <kbd><i class='fa fa-paper-plane-o text-primary'></i></kbd> to submit for re-analysis.<br>\"+\n      \"Click <kbd><i class='fa fa-window-close-o text-danger'></i></kbd> to close the dataselect widget.\"\n    )\n    // .text('Click the green plus to add a new group.')\n  }\n\n\n  function makeRemoveButton(paneBtnList) {\n    var\n    btn = safeSelect(paneBtnList, 'button', 'remove-btn')\n    .classed('btn btn-danger', true)\n    .on('click', removeBtnClickToRemove),\n    i = safeSelect(btn, 'i', 'fa').classed('fa-trash-o', true),\n    s = safeSelect(btn, 'span').text('Remove group')\n    return btn\n  }\n\n  function removeBtnClickToRemove(d, i) {\n    var\n    tab = selection.select('#'+hypenate(namespace,'tab',d)),\n    pane = selection.select('#'+hypenate(namespace,'tab','pane',d))\n\n    tab.remove()\n    pane.remove()\n\n    showRemainingPanes()\n    updateTabAndPaneNumbers()\n  }\n\n\n  function togglePaneById(id) {\n    var panes = selection.select('.'+hypenate(namespace, 'tab-content'))\n    panes.selectAll('div.tab-pane')\n    .each(function(d, i){\n      d3.select(this).classed('active show', d3.select(this).attr('id') == id)\n    })\n  }\n\n  function insertTab(tabs, n) {\n\n    // var li = tabs.insert(\"li\", ':nth-child('+(n)+')')\n    var li = tabs.insert(\"li\", '.right-aligned-tabs')\n    .classed('nav-item', true)\n    .classed('alert', true)\n    .classed('alert-secondary', true)\n    .classed('alert-dismissable', true)\n    .classed('fade', true)\n    .classed('show', true)\n    // .classed('mr-auto', true)\n    .attr(\"role\", 'alert')\n    .attr(\"id\", hypenate(namespace,'tab',n))\n    .classed(hypenate(namespace,'tab'), true)\n\n    var a = safeSelect(li, 'a')\n    .attr('data-toggle', 'tab')\n    .text('Group ' + n)\n    .attr('href', '#'+hypenate(namespace,'tab','pane',n))\n    .on('dblclick', function(d, i){\n      var t = d3.select(this)\n      t.attr('contenteditable', true)\n      d3.select(t.node().parentNode)\n      .classed('alert-secondary', false)\n      .classed('alert-warning', true)\n\n      // d3.select(\"html\").on(\"click\", dispatchBlur)\n      //\n      // function dispatchBlur(d, i) {\n      //   if (d3.event.target != d3.select(this)) {\n      //     d3.select(this).dispatch(\"blur\")\n      //   }\n      // }\n\n\n    })\n    .on('blur', function(d, i){\n\n      var t = d3.select(this)\n      t.attr('contenteditable', false)\n      d3.select(t.node().parentNode)\n      .classed('alert-secondary', true)\n      .classed('alert-warning', false)\n\n    })\n    .on('input', function(d, i){\n      var t = d3.select(this)\n      var txt = t.text()\n      d3.select(t.attr('href')).select(\"p.lead\").text(txt)\n    })\n\n\n    return li\n  }\n\n  function makeTabPane(panes, n) {\n    var pane = panes.append('div')\n    .datum(n)\n    .attr('role', 'tabpanel')\n    .classed('tab-pane', true)\n    .classed('text-left', true)\n    .classed(hypenate(namespace,'tab','pane'), true)\n    .attr('id', hypenate(namespace,'tab','pane',n))\n    return pane\n  }\n\n  function populatePane(pane, n) {\n    var\n    lead = safeSelect(pane, 'p', 'lead').text('Group '+n),\n\n    tableContainer = safeSelect(pane, 'div', 'table-responsive')\n    .attr(\"class\", hypenate(namespace, \"data-table\")),\n\n    table = safeSelect(tableContainer, \"table\", \"table\")\n    .classed(\"table-sm\", true).classed(\"table-hover\", true),\n\n    caption = safeSelect(table, \"caption\", \"caption\").html(\"List of selected\"),\n\n    btns = safeSelect(pane, 'div', 'text-right'),\n\n    cN = n % colorFunction.colors().length\n    if (n % 2 != 0) { cN = (colorFunction.colors().length - 1) - cN }\n\n\n\n\n\n    var lassoBtn = makeLassoButton(btns)\n    var currentLasso = makeLassoFunction(n, colorFunction.colors()[cN])\n    var clearBtn = makeClearButton(btns)\n\n    bindButtons(lassoBtn, clearBtn, currentLasso, table)\n\n    var removeBtn = makeRemoveButton(btns)\n\n    lead.on(\"mouseover\", function(){\n      currentLasso.draw()\n    })\n    lead.on(\"mouseout\", function(){\n      currentLasso.remove()\n    })\n\n  }\n\n  function makeLassoButton(btns) {\n    var btn = safeSelect(btns, 'button', 'lasso-btn')\n    .classed('btn btn-info', true)\n    .classed(namespace, true)\n    // .datum([lasso])\n    var i = safeSelect(btn, 'i', 'fa').classed('fa-hand-pointer-o', true)\n    var s = safeSelect(btn, 'span').text('Lasso select')\n    return btn\n\n  }\n\n  function makeClearButton(btns) {\n    var btn = safeSelect(btns, 'button', 'clear-btn')\n    .classed('btn btn-light', true)\n    .classed(namespace, true)\n    var i = safeSelect(btn, 'i', 'fa').classed('fa-eraser', true)\n    var s = safeSelect(btn, 'span').text('Clear selection')\n    return btn\n  }\n\n  function makeLassoFunction(instance, color) {\n    var currentLasso = lasso()\n    .namespace(namespace)\n    .svg(svg)\n    .objectClass(objectClass)\n    .chartContainer(chartContainer)\n    .objectContainer(objectContainer)\n    .instance(instance)\n    .color(color)\n    .yScale(yScale)\n    .xScale(xScale)\n\n    return currentLasso\n  }\n\n  function bindButtons(lassoBtn, clearBtn, currentLasso, table) {\n    currentLasso.eventCatcher(lassoBtn)\n    lassoBtn.node().addEventListener(\"click\", lassoBtnToggle)\n\n    lassoBtn.datum([currentLasso])\n    .on(hypenate(namespace,'render'), function(){\n        d3.select(this).datum()[0].draw()\n    })\n    .on(hypenate(namespace,\"drag\"), function(las){\n      var nodes = chartContainer.selectAll(\".in-lasso-\"+las[0].instance()).nodes()\n      var tableData = nodes.map(function(d, i){\n        var extracted = dataExtractor(d3.select(d).datum())\n        extracted[\"__node\"] = d\n        return extracted\n      })\n\n\n      makeTable(table, tableData, currentLasso)\n    })\n\n    clearBtn.on('click', function(){\n      currentLasso.allPoints([])\n      currentLasso.currentPoints([])\n      lassoBtn.dispatch(hypenate(namespace,\"drag\"))\n\n    })\n\n  }\n\n  function lassoBtnToggle() {\n    var that = d3.select(this)\n    var las = that.datum()[0]\n\n    las.toggle()\n    var activeQ = las.activeQ()\n\n    if (las.activeQ()) {\n      that.classed('btn-info', !activeQ)\n      that.classed('btn-warning', activeQ)\n      that.select(\"span\").text(\"Lasso select (active)\")\n      selection.selectAll(\".\"+namespace+\".lasso-btn\").dispatch(hypenate(namespace,'render'))\n      d3.select(\"html\").node().addEventListener('mousedown', monitorLassoButtonState)\n    } else {\n      that.classed('btn-info', !activeQ)\n      that.classed('btn-warning', activeQ)\n      that.select(\"span\").text(\"Lasso select\")\n      d3.select(\"html\").node().removeEventListener('mousedown', monitorLassoButtonState)\n    }\n\n    function monitorLassoButtonState(event) {\n      /*\n      activeLasso stops event stopPropagation, so this event will not register in\n      that case. Thus we only need to ensure that the usre is clicking on the lasso button\n      otherwise, de-spawn lasso.\n      */\n      if (\n        event.target != that.node() &&\n        event.target != that.select(\"span\").node() &&\n        event.target != that.select(\"i\").node()\n      ) {\n        // event.preventDefault()\n        // event.stopPropagation()\n        las.toggle(false)\n        that.classed('btn-info', true)\n        that.classed('btn-warning', false)\n        that.select(\"span\").text(\"Lasso select\")\n        // console.log(that, that.node())\n        // that.dispatch(\"focusout\")\n      }\n    }\n\n  }\n\n\n  function updateTableHeaderColumns(headR, tableData) {\n    var headerKeys = d3.keys(tableData[0]).filter(k=>k!=\"__node\")\n    if (headerKeys.length > 0) {\n      // headerKeys = [\"remove\"].concat(headerKeys)\n      headerKeys.push(\"remove\")\n    }\n\n    var headerCols = headR.selectAll(\"th\")\n\n    headerCols = headerCols.data(headerKeys)\n    headerCols.exit().remove()\n    headerCols = headerCols.merge(headerCols.enter().append(\"th\").attr(\"scope\",\"col\"))\n    .text(function(d, i){return d})\n\n    return headerKeys\n  }\n\n  function updateTableRows(body, tableData) {\n    var bodyRows = body.selectAll(\"tr\")\n\n    bodyRows = bodyRows.data(tableData)\n    bodyRows.exit().remove()\n    bodyRows = bodyRows.merge(bodyRows.enter().append(\"tr\"))\n\n    return bodyRows\n  }\n\n  function updateTableRowColumns(cols, headerKeys, rowData, tableData, lasso, table) {\n    cols = cols.data(headerKeys)\n    cols.exit().remove()\n    cols = cols.merge(cols.enter().append(\"td\"))\n\n    cols.html(function(d, i){\n      if (d != \"remove\") { return rowData[d] }\n      return \"<i class='fa fa-close'></i>\"\n    }).classed(\"text-left\", function(d, i){\n      if (d != \"remove\") { return false }\n      return true\n    })\n    // .attr(\"scope\",function(d, i){\n    //   if (d != \"remove\") { return false }\n    //   return true\n    // })\n\n    cols.select(\"i.fa-close\").on(\"click\", function(d, i){\n      var node = rowData[\"__node\"],\n      n = d3.select(node)\n      n.classed(\"in-lasso\", false)\n      n.classed(\"in-lasso-\"+lasso.instance(), false)\n\n      tableData.map(function(dd, j){\n        if (dd[\"__node\"] == node) {\n          tableData.splice(j, 1)\n          makeTable(table, tableData, lasso)\n        }\n      })\n\n    })\n  }\n\n  function makeTable(table, tableData, lasso) {\n    var\n    head = safeSelect(table, \"thead\"),\n    headR = safeSelect(head, \"tr\"),\n    body = safeSelect(table, \"tbody\"),\n\n    headerKeys = updateTableHeaderColumns(headR, tableData),\n\n    bodyRows = updateTableRows(body, tableData)\n\n    bodyRows.each(function(rowData, i){\n      var t = d3.select(this)\n      var cols = t.selectAll(\"td\")\n\n      updateTableRowColumns(cols, headerKeys, rowData, tableData, lasso, table)\n\n      t.on(\"mouseover\", function(d, i) {\n        lasso.applyObjectAttributes(d3.select(d[\"__node\"]),true)\n      })\n      .on(\"mouseout\", function(d, i) {\n        lasso.applyObjectAttributes(d3.select(d[\"__node\"]),false)\n      })\n    })\n\n\n  }\n\n\n\n\n\n\n\n  function makeNewGroup(d, i) {\n\n    var tabs = selection.select('.'+hypenate(namespace, 'tab-list')),\n    panes = selection.select('.'+hypenate(namespace, 'tab-content')),\n    n = newGroupNumber()\n\n    if (tabs.selectAll('.'+hypenate(namespace,'tab')).size() == maxNumberOfGroups) {\n      onError('only '+maxNumberOfGroups+' allowed.', 'warning')\n      return\n    }\n\n    var\n    tab = insertTab(tabs, n),\n    pane = makeTabPane(panes, n)\n\n    populatePane(pane, n)\n    togglePaneById(pane.attr('id'))\n\n  }\n\n  function newGroupNumber() {\n    var tabs = selection.select('.'+hypenate(namespace, 'tab-list'))//,\n    var\n    n = tabs.selectAll('li').size() - 3, // minus 1 for plus tab\n    s = 'Group ' + n,\n    gs = []\n    tabs.each(function(d, i){ return gs.push(d3.select(this).select(\"a\").text()) })\n    while (gs.includes(s)) { n+=1; s = 'Group ' + n; }\n    return n\n  }\n\n  function updateTabAndPaneNumbers() {\n    var\n    tabs = selection.select('.'+hypenate(namespace, 'tab-list')),\n    panes = selection.select('.'+hypenate(namespace, 'tab-content'))\n\n    tabs = tabs.selectAll('.'+hypenate(namespace,'tab'))\n    panes = panes.selectAll('.'+hypenate(namespace,'tab', 'pane'))\n\n    tabs.each(function(d, i){\n      d3.select(this).datum(i)\n      .attr(\"id\", hypenate(namespace,'tab',i))\n      .select('a')\n      .attr('href', '#'+hypenate(namespace,'tab','pane',i))\n      .text(function(dd, ii){\n        var curText = d3.select(this).text();\n        if (curText.split(' ')[0] == 'Group') {\n            return 'Group ' + i\n        }\n        return curText\n      })\n    })\n\n    panes.each(function(d, i){\n      d3.select(this).datum(i)\n      .attr('id', hypenate(namespace,'tab','pane',i))\n      safeSelect(d3.select(this), 'p', 'lead')\n      .text(function(dd, ii){\n        var curText = d3.select(this).text();\n        if (curText.split(' ')[0] == 'Group') {\n            return 'Group ' + i\n        }\n        return curText\n      })\n      safeSelect(d3.select(this), 'button', 'remove-btn')\n      .on('click', removeBtnClickToRemove)\n    })\n\n  }\n\n  function gatherDataLists() {\n    var tabs = selection.select('.'+hypenate(namespace, 'tab-list'))\n    var panes = selection.select('.'+hypenate(namespace, 'tab-content'))\n    var tables = panes.selectAll('.'+hypenate(namespace, \"data-table\"))\n    var data = {}\n\n    var textGroups = tabs.selectAll('li.'+hypenate(namespace,'tab') + ' > a')\n    .nodes().map(function(d, i){return d3.select(d).text()})\n\n    textGroups.map(function(e, i){\n      data[e] = []\n    })\n\n\n    tables.each(function(d, i){\n      var table = d3.select(this).select(\"tbody\")\n      data[textGroups[i]] = table.selectAll('tr').data()\n    })\n\n    return data\n  }\n\n  function showRemainingPanes() {\n    var\n    tabs = selection.select('.'+hypenate(namespace, 'tab-list')),\n    panes = selection.select('.'+hypenate(namespace, 'tab-content')),\n    remainingTabs = tabs.selectAll('.'+hypenate(namespace,'tab'))\n\n    if (remainingTabs.size() == 0) {\n      panes.select('.'+hypenate(namespace,'default-tab'))\n      .classed(\"active\", true)\n      .classed('text-left', true)\n    }\n    else {\n      var lastTab = remainingTabs.nodes()[remainingTabs.size()-1],\n      lastPaneId = d3.select(lastTab).select('a').attr('href')\n      panes.select(lastPaneId)\n      .classed(\"active\", true)\n      .classed('text-left', true)\n    }\n  }\n\n\n  return lassoWidget\n}\n","import {hypenate, safeSelect} from './helpers';\nimport {setupContainer, calculateWidthOfObject, calculateWidthOfSpacer, log} from './utils';\nimport {unique, flatten} from './array-functions';\nimport {groupingSpacer} from './grouping-spacer';\nimport {colorFunction as CF} from './color-function';\nimport {tooltip as TTip} from './tooltip';\nexport function upset ( selection ) {\n  var\n  data,\n  orient='horizontal',\n  spaceX,\n  spaceY,\n  overflowQ=false,\n  minObjectSize=20,\n  maxObjectSize=50,\n  circleStrokeWidth=2,\n  // colorFunction=\n  backgroundFill = 'transparent',\n  namespace='d3sm-upset',\n  objectClass = 'upset',\n\n  transitionDuration = 1000,\n  easeFunc = d3.easeExp,\n\n  setKey = \"set\",\n  intersectionKey = \"intersection\",\n  elementsKey = \"elements\",\n\n  setExtractor = function(key, i) {return data[key][setKey]},\n  intersectionExtractor = function(key, i) {return data[key][intersectionKey]},\n  elementExtractor = function(key, i) {return data[key][elementsKey]},\n\n  cellKeys,\n  setValues,\n  intersectionValues,\n  elementValues,\n\n  xObjectSpacer = 0.05,\n  yObjectSpacer = 0.05,\n  radius,\n\n  // listDelim = ';'\n\n  yObjectSize,\n  ySpacerSize,\n  xObjectSize,\n  xSpacerSize,\n\n  setKeySortingFunction = function(a, b) { return setValues.indexOf(setExtractor(a)) - setValues.indexOf(setExtractor(b)) },\n  intersectionKeySortingFunction = function(a, b) { return intersectionValues.indexOf(intersectionExtractor(a)) - intersectionValues.indexOf(intersectionExtractor(b)) }\n\n\n  upset.selection = function(_) { return arguments.length ? (selection = _, upset) : selection; };\n  upset.data = function(_) { return arguments.length ? (data = _, upset) : data; };\n  upset.orient = function(_) { return arguments.length ? (orient = _, upset) : orient; };\n  upset.spaceX = function(_) { return arguments.length ? (spaceX = _, upset) : spaceX; };\n  upset.spaceY = function(_) { return arguments.length ? (spaceY = _, upset) : spaceY; };\n  upset.overflowQ = function(_) { return arguments.length ? (overflowQ = _, upset) : overflowQ; };\n  upset.minObjectSize = function(_) { return arguments.length ? (minObjectSize = _, upset) : minObjectSize; };\n  upset.maxObjectSize = function(_) { return arguments.length ? (maxObjectSize = _, upset) : maxObjectSize; };\n  upset.circleStrokeWidth = function(_) { return arguments.length ? (circleStrokeWidth = _, upset) : circleStrokeWidth; };\n  upset.backgroundFill = function(_) { return arguments.length ? (backgroundFill = _, upset) : backgroundFill; };\n  upset.namespace = function(_) { return arguments.length ? (namespace = _, upset) : namespace; };\n  upset.objectClass = function(_) { return arguments.length ? (objectClass = _, upset) : objectClass; };\n  upset.transitionDuration = function(_) { return arguments.length ? (transitionDuration = _, upset) : transitionDuration; };\n  upset.easeFunc = function(_) { return arguments.length ? (easeFunc = _, upset) : easeFunc; };\n  upset.cellKeys = function(_) { return arguments.length ? (cellKeys = _, upset) : cellKeys; };\n  upset.setValues = function(_) { return arguments.length ? (setValues = _, upset) : setValues; };\n  upset.intersectionValues = function(_) { return arguments.length ? (intersectionValues = _, upset) : intersectionValues; };\n  upset.xObjectSpacer = function(_) { return arguments.length ? (xObjectSpacer = _, upset) : xObjectSpacer; };\n  upset.yObjectSpacer = function(_) { return arguments.length ? (yObjectSpacer = _, upset) : yObjectSpacer; };\n  upset.radius = function(_) { return arguments.length ? (radius = _, upset) : radius; };\n  upset.setExtractor = function(_) { return arguments.length ? (setExtractor = _, upset) : setExtractor; };\n  upset.intersectionExtractor = function(_) { return arguments.length ? (intersectionExtractor = _, upset) : intersectionExtractor; };\n  upset.elementExtractor = function(_) { return arguments.length ? (elementExtractor = _, upset) : elementExtractor; };\n  upset.setKeySortingFunction = function(_) { return arguments.length ? (setKeySortingFunction = _, upset) : setKeySortingFunction; };\n  upset.intersectionKeySortingFunction = function(_) { return arguments.length ? (intersectionKeySortingFunction = _, upset) : intersectionKeySortingFunction; };\n\n  upset.yObjectSize = function(_) { return arguments.length ? (yObjectSize = _, upset) : yObjectSize; };\n  upset.ySpacerSize = function(_) { return arguments.length ? (ySpacerSize = _, upset) : ySpacerSize; };\n  upset.xObjectSize = function(_) { return arguments.length ? (xObjectSize = _, upset) : xObjectSize; };\n  upset.xSpacerSize = function(_) { return arguments.length ? (xSpacerSize = _, upset) : xSpacerSize; };\n\n  function upset() {\n    // for convenience in handling orientation specific values\n    var horizontalQ = (orient == 'horizontal') ? true : false\n    var verticalQ = !horizontalQ\n\n    // background cliping rectangle\n    var bgcpRect = {x:0, y:0, width: spaceX, height:spaceY}\n    var container = setupContainer( selection, namespace, bgcpRect, backgroundFill );\n\n\n    cellKeys = d3.keys(data)\n    setValues = unique(cellKeys.map(setExtractor)).sort()\n    intersectionValues = unique(cellKeys.map(intersectionExtractor)).sort().sort(function(a, b){\n      return a.split(';').length - b.split(';').length\n    })\n\n    if (!horizontalQ) {\n      cellKeys.sort(function(a, b){ return setKeySortingFunction(a, b) || intersectionKeySortingFunction(a, b) })\n    } else {\n      cellKeys.sort(function(a, b){ return intersectionKeySortingFunction(a, b) || setKeySortingFunction(a, b) })\n    }\n\n\n\n\n    var\n    xValues = horizontalQ ? intersectionValues : setValues,\n    yValues = horizontalQ ? setValues : intersectionValues,\n    xDim = horizontalQ ? xValues.length : yValues.length,\n    yDim = horizontalQ ? yValues.length : xValues.length\n\n    // console.log(xValues, yValues)\n\n\n    xObjectSize = calculateWidthOfObject(spaceX, xDim, minObjectSize, maxObjectSize, xObjectSpacer, overflowQ)\n    yObjectSize = calculateWidthOfObject(spaceY, yDim, minObjectSize, maxObjectSize, yObjectSpacer, overflowQ)\n    xSpacerSize = calculateWidthOfSpacer(xValues, spaceX, xObjectSize, xDim, xObjectSpacer, overflowQ)\n    ySpacerSize = calculateWidthOfSpacer(yValues, spaceY, yObjectSize, yDim, yObjectSpacer, overflowQ)\n\n    var ySpacer = groupingSpacer()\n    .horizontalQ(false)\n    .moveby('category').numberOfObjects(yDim)\n    .objectSize(yObjectSize).spacerSize(ySpacerSize)\n    .transitionDuration(transitionDuration).easeFunc(easeFunc)\n\n    var xSpacer = groupingSpacer()\n    .horizontalQ(true)\n    .moveby('category').numberOfObjects(xDim)\n    .objectClass(objectClass)\n    .objectSize(xObjectSize).spacerSize(xSpacerSize)\n    .transitionDuration(transitionDuration).easeFunc(easeFunc)\n\n\n\n    if (verticalQ) {\n      xSpacer.objectClass(objectClass)\n      ySpacer.namespace('across').objectClass(hypenate(objectClass, 'across'))\n\n      ySpacer(container, yValues, 0)\n      container.selectAll('g.'+hypenate(objectClass, 'across'))\n      .each(function(d, i){ xSpacer(d3.select(this), xValues, 0) })\n    } else {\n      xSpacer.namespace('across').objectClass(hypenate(objectClass, 'across'))\n      ySpacer.objectClass(objectClass)\n\n      xSpacer(container, xValues, 0)\n      container.selectAll('g.'+hypenate(objectClass, 'across'))\n      .each(function(d, i){ ySpacer(d3.select(this), yValues, 0) })\n    }\n\n\n    var cells = container.selectAll('g:not(.to-remove).'+objectClass)\n    var lookup = {}\n    cellKeys.map(function(k, i){\n      lookup[setExtractor(k)+'::'+intersectionExtractor(k)] = k\n    })\n\n    // var positionedCellKeys = []\n    // for (var i = 0; i < setValues.length; i++) {\n    //   for (var j = 0; j < intersectionValues.length; j++) {\n    //     var lookupValue = lookup[setValues[j]+\"::\"+intersectionValues[i]]\n    //     if (lookupValue == undefined) {\n    //       positionedCellKeys.push(undefined)\n    //     } else {\n    //       positionedCellKeys.push(lookupValue)\n    //     }\n    //     console.log(i, j, lookupValue)\n    //   }\n    // }\n    //\n    // // console.log(positionedCellKeys)\n    //\n    // cells.data(positionedCellKeys);\n\n\n    cells.data(cellKeys);\n\n    cells.each(function(key, i) {\n      var t = d3.select(this)\n      if (key == undefined) {return }\n      var\n      currentData = data[key]\n      // console.log(key, currentData)\n      var\n      set = setExtractor(key, i),\n      intersection = intersectionExtractor(key, i)\n\n      // console.log(set, intersection)\n\n      t.classed(intersection, true)\n      t.classed(set, true)\n\n      var c = safeSelect(t, 'circle', hypenate(objectClass,'circle'))\n      c.attr('cx', xObjectSize / 2)\n      .attr('cy', yObjectSize / 2 )\n      .attr('r', radius == undefined ? Math.min(xObjectSize, yObjectSize) / 2 : radius)\n      .attr('fill', intersection.includes(set) ? \"black\": 'rgb(233,233,233)')\n      .attr('stroke', \"black\")\n      .attr(\"in-intersection\", intersection.includes(set))\n    })\n\n\n\n  }\n\n  function intersectionTotals() {\n    var totals = {}\n    // intersectionValues.sort(function(a, b){ return intersectionKeySortingFunction(a, b) })\n\n    intersectionValues.map(function(k, i){ totals[k] = {'total': 0} })\n    cellKeys.map(function(k, i){\n      var e = elementExtractor(k, i);\n      if (totals[intersectionExtractor(k, i)]['total'] == 0) {\n        if (Array.isArray(e)) {\n          totals[intersectionExtractor(k, i)]['total']+= e.length\n          totals[intersectionExtractor(k, i)]['values'] = e\n        } else {\n          totals[intersectionExtractor(k, i)]['total']+= e\n        }\n\n      }\n    })\n    return totals\n  }\n\n  function setTotals(){\n    var totals = {}\n    // intersectionValues.sort(function(a, b){ return intersectionKeySortingFunction(a, b) })\n\n    setValues.map(function(k, i){ totals[k] = {'total': 0} })\n\n    cellKeys.map(function(k, i){\n      var e = elementExtractor(k, i);\n      if (Array.isArray(e)) {\n        totals[setExtractor(k, i)]['total']+= e.length\n      } else {\n        totals[setExtractor(k, i)]['total']+= e\n      }\n    })\n    return totals\n  }\n\n  upset.intersectionTotals = intersectionTotals\n  upset.setTotals = setTotals\n\n  return upset\n}\n","import {hypenate, safeSelect} from './helpers';\nexport function filterTable(selection) {\n  var\n  data,\n  namespace = 'd3sm-filter-table',\n  sortQ = false,\n  fieldFunction = function(record, columnKey, recordValue) {return recordValue}\n\n  filterTable.data = function(_) { return arguments.length ? (data = _, filterTable) : data}\n  filterTable.namespace = function(_) { return arguments.length ? (namespace = _, filterTable) : namespace}\n  filterTable.fieldFunction = function(_) { return arguments.length ? (fieldFunction = _, filterTable) : fieldFunction}\n\n  function filterTable () {\n\n    var\n    container = safeSelect(selection, 'div', 'filter-table').classed(hypenate(namespace,'container'),true),\n\n    inputGroup = safeSelect(container, 'div', 'filter-input-group').classed('input-group',true),\n      inputPrepend = safeSelect(inputGroup, 'div', 'input-group-prepend'),\n        inputPrependSpan = safeSelect(inputPrepend, 'span', 'input-group-text').classed('search-button', true),\n          inputPrependSpanIcon = safeSelect(inputPrependSpan,'i','fa fa-search'),\n\n      input = safeSelect(inputGroup, 'input', 'form-control').attr('placeholder', 'filter').attr('type', 'text'),\n      inputAppend = safeSelect(inputGroup, 'div', 'input-group-append'),\n        inputAppendButton = safeSelect(inputAppend, 'a', 'close-button').classed('btn btn-outline-secondary', true),\n          inputAppendButtonIcon = safeSelect(inputAppendButton, 'i', 'fa fa-close'),\n\n\n    closeButton = inputAppendButton,\n\n    rTable = safeSelect(container, 'div', 'table-responsive'),\n      table = safeSelect(rTable, 'table', 'table')\n      .classed('table-hover', true)\n      .classed('table-bordered', true)\n      .classed(\"table-striped\", true),\n        tHead = safeSelect(table, 'thead')\n        .classed(\"thead-dark\", true),\n          header = safeSelect(tHead, 'tr'),\n        tBody = safeSelect(table, 'tbody')\n\n\n    var\n    rows = d3.keys(data),\n    cols = d3.keys(data[rows[0]])\n\n    var th = makeColumns(header, cols)\n    var tr = makeRows(tBody, rows)\n    var tr = populateRecords(tr, cols)\n\n\n\n    input.on('input', function(d, i){\n      var\n      val = input.property('value'),\n      reg = new RegExp(val, 'gi'),\n      use\n      if (val == '') {use = rows} else {\n        use = []\n        rows.map(function(r, i){\n          var row = data[r]\n          var fieldJoin = cols.map(function(c, j){\n            return fieldFunction(row, c, row[c])\n            // return row[c]\n          }).join('')\n          var match = fieldJoin.match(reg)\n          if (match == null || match.join('') == '') {}\n          else { use.push(r) }\n        })\n      }\n\n      tr = makeRows(tBody, use)\n      tr = populateRecords(tr, cols)\n    })\n\n    closeButton.on('click', function(d, i){\n      input.property('value', '').dispatch('input')\n    })\n\n  }\n\n  function makeColumns(header, cols) {\n    var th = header.selectAll('th')\n    th = th.data(cols)\n    th.exit().remove()\n    th = th.merge(th.enter().append('th'))\n    th.attr('scope', 'col').text(function(d, i){return d})\n    return th\n  }\n\n  function makeRows(body, rows) {\n    var tr = body.selectAll('tr')\n    tr = tr.data(rows)\n    tr.exit().remove()\n    tr = tr.merge(tr.enter().append('tr'))\n    return tr\n  }\n\n  function populateRecords(rows, cols) {\n    rows.each(function(r, i){\n      var record = data[r],\n      t = d3.select(this)\n\n      var fields = t.selectAll('td')\n      fields = fields.data(cols)\n      fields.exit().remove()\n      fields = fields.merge(fields.enter().append('td'))\n\n      fields.attr('scope', function(f, j){ return j == 0 })\n      .html(function(f, j){ return fieldFunction(record, f, record[f]) })\n\n    })\n    return rows\n  }\n\n\n\n  return 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uniqueElements(value, index, self) { return self.indexOf(value) === index; }\n\n/**\n* Extracts x and y of translate from transform property\n* @param {string} transform transform property of svg element\n* @returns {number[]} x, y of translate(x, y)\n*/\nexport function getTranslation(transform) {\n  // Create a dummy g for calculation purposes only. This will never\n  // be appended to the DOM and will be discarded once this function\n  // returns.\n  var g = document.createElementNS('http://www.w3.org/2000/svg', 'g');\n  // Set the transform attribute to the provided string value.\n  transform = transform == undefined ? 'translate(0,0)' : transform;\n  g.setAttributeNS(null, 'transform', transform);\n  // consolidate the SVGTransformList containing all transformations\n  // to a single SVGTransform of type SVG_TRANSFORM_MATRIX and get\n  // its SVGMatrix.\n  var matrix = g.transform.baseVal.consolidate().matrix;\n  // As per definition values e and f are the ones for the translation.\n  return [matrix.e, matrix.f];\n}\n\n\n/**\n* Modifies luminance of hexidecimal number\n* @param {string} hex should be hexidecimal value with or without the proceeding octotrope\n* @param {number} lum value to increase or decrease luminosity by\n* @returns {string} updated hexidecimal value without the proceeding octotrope\n*/\nexport function modifyHexidecimalColorLuminance(hex, lum) {\n  // validate hex string\n  var hex = String(hex).replace(/[^0-9a-f]/gi, '');\n\n  if (hex.length < 6) {\n    hex = hex[0]+hex[0]+hex[1]+hex[1]+hex[2]+hex[2];\n\t}\n\tlum = lum || 0;\n\n\t// convert to decimal and change luminosity\n\tvar rgb = '#', c, i;\n\tfor (i = 0; i < 3; i++) {\n\t\tc = parseInt(hex.substr(i*2,2), 16);\n\t\tc = Math.round(Math.min(Math.max(0, c + (c * lum)), 255)).toString(16);\n\t\trgb += ('00'+c).substr(c.length);\n\t}\n\n\treturn rgb;\n}\n\n\n/**\n* @deprecated @see{@link tickRange}\n* @param {number} min\n* @param {number} max\n* @param {number} parts\n* @returns {number[]} array of length parts evenly partitioned between min and max\n*/\nexport function partitionRangeInto(min, max, parts) {\n  var diff = max - min\n  return Array(parts).map(function (e, i) { return min + diff / parts * i })\n}\n\n\n/**\n* Calculated the quartiles of the passed data and stores them with qKeys\n* @param {number[]} data list of numerical values\n* @param {string[]} [qKeys=['q0', 'q1', 'q2', 'q3', 'q4']] how returned object with quartiles should be stored\n* @returns {Object} with keys qKeys giving only the numerical values for the quartiles\n*/\nexport function quartiles(data, qKeys) {\n  var\n  q2 = d3.median(data),\n  lower = data.filter(x => x < q2),\n  upper = data.filter(x => x > q2),\n\n  q1 = d3.median(lower),\n  q1 = q1 == undefined ? q2 : q1,\n\n  q0 = d3.min(lower),\n  q0 = q0 == undefined ? q1 : q0,\n\n  q3 = d3.median(upper),\n  q3 = q3 == undefined ? q2 : q3,\n\n  q4 = d3.max(upper),\n  q4 = q4 == undefined ? q3 : q4,\n\n  k0 = 'q0', k1 = 'q1', k2 = 'q2', k3 = 'q3', k4 = 'q4',\n  obj = {}\n  if (qKeys!=undefined && qKeys.length == 5) { k0 = qKeys[0]; k1 = qKeys[1]; k2 = qKeys[2]; k3 = qKeys[3]; k4 = qKeys[4]; }\n  obj[k0] = q0; obj[k1] = q1; obj[k2] = q2; obj[k3] = q3; obj[k4] = q4;\n\n  return obj\n}\n\n\n/**\n* Helper function to get all values needed in making violin plots\n* @param {string[]} violinKeys\n* @param {number[]} data\n* @param {Function} valueExtractorFunction how to get values from data[violinKeys[i]]\n* @param {boolean} horizontalQ whether or not violins will be rendered horizontally or vertically\n* @param {string} qKey how the object containing the quartiles should be labeled as\n* @param {string[]} qKeys how each quartile should be labeled as\n* @returns {Object} required for @see{@link violin} containing keys values, binnned, frequencies, points, and quartiles\n* @see{@link quartiles}\n*/\nexport function extractViolinValues(\n  violinKeys,\n  data,\n  valueExtractorFunction,\n  horizontalQ,\n  qKey,\n  qKeys\n){\n  var obj = {}\n  violinKeys.map(function(k, i){\n     var d = valueExtractorFunction(k, i, data),\n     binned = d3.histogram()(d),\n     frequencies = binned.map(x=>x.length),\n     minPoint = horizontalQ ? {y: d3.min(d), x: 0} : {x: d3.min(d), y: 0},\n     maxPoint = horizontalQ ? {y: d3.max(d), x: 0} : {x: d3.max(d), y: 0},\n     points = binned.map(function(bin, i) {\n       return horizontalQ\n       ? {y: (bin.length) ? d3.median(bin): d3.median([bin.x0, bin.x1]), x: frequencies[i]}\n       : {x: (bin.length) ? d3.median(bin): d3.median([bin.x0, bin.x1]), y: frequencies[i]}\n     }),\n     quarts = quartiles(d, qKeys),\n     o = {\n       values: d,\n       binned: binned,\n       frequencies: frequencies,\n       points: [minPoint].concat(points).concat([maxPoint])\n     }\n     o[qKey] = quarts;\n     obj[k] = o;\n   });\n   return obj;\n}\n\n/**\n* Hypenates all strings together\n* @param {string[]} arguments\n* @returns {string} \"arg1-arg2-...-argn\"\n*/\nexport function hypenate(){ return Array.prototype.slice.call(arguments).join('-') }\n\n\n/**\n* Rounds decimals of number to precision\n* @param {number} number\n* @param {number} precision\n* @returns {number} rounded to precision\n*/\nexport function round(number, precision) {\n  var shift = function (number, precision, reverseShift) {\n    if (reverseShift) {\n      precision = -precision;\n    }\n    var numArray = ('' + number).split('e');\n    return +(numArray[0] + 'e' + (numArray[1] ? (+numArray[1] + precision) : precision));\n  };\n  return shift(Math.round(shift(number, precision, false)), precision, true);\n}\n\n/**\n* recursively ascends element.parentElement to find a svg tag\n* @param {Element} element\n* @returns {Element | undefined}\n*/\nexport function getContainingSVG(element) {\n  var parent = element.parentElement\n  var tag = parent.tagName.toLowerCase()\n  if (tag === 'svg') { return parent; }\n  if (tag === 'html') { return undefined; }\n  return getContainingSVG(parent);\n}\n\n/**\n* Maps arguments in to d3.interpolateRgbBasis\n* @param arguments\n* @returns {Function}\n*/\nexport function interpolateColors(){return d3.interpolateRgbBasis(arguments)}\n\n\n/**\n* Trys to reduce text to fit in specified area, made for tick labels as called by\n* @see{@link axis}\n* @param {d3.selection} t container for specific axis tick\n* @param {string} text to be the label of the passed axis tick\n* @param {boolean} orient of the axis, true is horizontal, false is vertical\n* @param {number} tickLength is the length of the text\n* @param {number} space is the amount of availble space for the text and the tick to fit in\n* @param {boolean} overflowQ whether or not allowed to go over the alloted space\n* @returns {none}\n*/\nexport function truncateText(t, text, orient, tickLength, space, overflowQ) {\n  var rect = t.node().getBoundingClientRect()\n  t.text(text)\n  while (Math.max(rect.width, rect.height) > space - tickLength) {\n    text = String(text)\n    text = text.slice(0, text.length - 1)\n    t.text(text + '...')\n    rect = t.node().getBoundingClientRect()\n    if (text.length == 0) break\n  }\n}\n\nexport function truncateString(string, space, font) {\n  var chars = space / font;\n  if (chars < string.length) {\n    return string.slice(0, Math.round(chars-5)) + '...'\n  } else {\n    return string\n  }\n}\n\n\n/**\n* Trys to use d3.selection to get element, if it doesnt exist, makes one\n* @param {d3.selection} sel selection in which to try and find object\n* @param {string} tag tag of which to try and select\n* @param {string} [cls=''] class of tag to try and grab\n* @returns {d3.selection} of either append or selected tag.cls within sel\n*/\nexport function safeSelect(sel, tag, cls) {\n  var clsStr = cls == undefined ? '' : '.'+cls;\n  var sSel = sel.select(tag+clsStr).empty()\n  ? sel.append(tag)\n  : sel.select(tag+clsStr)\n  return sSel\n  .classed(clsStr.replace('.', ''), true)\n  .attr('transform', sSel.attr('transform') == undefined ? 'translate(0,0)' : sSel.attr('transform'))\n}\n\n/**\n* evenly partitions the range [min, max] into n parts\n* @param {number} min\n* @param {number} max\n* @param {number} n\n* @returns {number[]} array of length n evenly partitioned between min and max\n*/\nexport function tickRange(min, max, n) {\n  var a = [min]\n  var d = max-min\n  var s = d / (n-1)\n  for (var i = 0; i < n-2; i++) { a.push(min + s * (i+1)) }\n  a.push(max)\n  return a\n}\n\n\nexport function euclideanDistance(p1, p2){\n  var a =  p1[0] - p2[0], b =  p1[1] - p2[1]\n  return Math.sqrt(a*a + b*b)\n}\n","import {uniqueElements} from './helpers';\n/*******************************************************************************\n**                                                                            **\n**                                                                            **\n**                              PROTOTYPES                                    **\n**                                                                            **\n**                                                                            **\n*******************************************************************************/\n/**\n* This function tests to see if all elements of the passed array are true.\n* @param {Array} array of values\n* @param {Function} [func function(value){return value == true;}] is applied to each value of the array and should return a boolean.\n* @returns {boolean} if all values are true by function\n*/\nexport function all( array, func ) {\n  if (func == undefined) { return array.every( function(value) { return value === true; }); }\n  return array.every( function(value) { return func(value); } );\n}\n\n/**\n* Counts the number of occurances of each element in the given array.\n* @param {Array} array of elements\n* @returns {Object} of key: value pairs where key is an element in the array and value is the number of times it occurs.\n*/\nexport function tally( array ) {\n  var tallies = {};\n  array.map( function ( element ) {\n    if ( hasQ(Object.keys(tallies), element) ) { tallies[element] = 1; }\n    else { tallies[element] += 1; }\n  });\n  return tallies;\n}\n/**\n* Short-hand for array.includes(item);\n* @param {Array} array\n* @param {*} item to test if contained in  {array}\n* @returns {boolean}\n*/\nexport function hasQ( array, item ) { return array.includes(item); }\n\n/**\n* Returns first item in array\n* @param {Array} array of items\n* @returns {*} array[0]\n*/\nexport function first( array ) { return array[0]; }\n\n/**\n* Returns last item in array\n* @param {Array} array of items\n* @returns {*} array[array.length-1]\n*/\nexport function last( array ) { return array[array.length-1]; }\n\n/**\n* Calculates the total value of numbers in passed array\n* @param {number[]} array of numerical values\n* @returns {number} sum over elements in array\n*/\nexport function total( array ) { return array.reduce((a, b) => a + b, 0) };\n\n/**\n* Removes duplicates in array\n* @param {Array} array of items\n* @returns {Array} of items such that item_i != item_j for all i < j\n* @see{@link uniqueElements} for the filtering function\n*/\nexport function unique( array ) { return array.filter( uniqueElements ); }\n\n/**\n* Filters passed array for specified indicies\n* @param {Array} array of items\n* @param {number[]} positions of integers such that i < array.length\n* @returns {Array} of items such that for any item_i, positions.includes(i) === true\n*/\nexport function get( array, positions ) {\n  return array.filter( function( value, index ) { return hasQ(positions, index); } );\n}\n\n/**\n* Determines if all elements in passed array are arrays themselves.\n* @param {Array} array of items\n* @returns {boolean} true if Array.isArray(e) is true for all e in array\n* @see{@link all}\n*/\nexport function listOfListsQ( array ) {\n  return all( array.map( function( element, index ) { return Array.isArray(element) } ) )\n}\n\n/**\n* Built on top of @see{@link get}, mapping if positions is a list of lists (@see{@link listOfListsQ})\n* @param {Array} array of items\n* @param {number[] | []number[] } positions of integers or list of positions of integers\n* @returns {boolean} returns specified positions from array. If nested positions passed, returns requested items in same structure.\n*/\nexport function cut( array, positions ) {\n  if ( listOfListsQ(array) ) { return positions.map(function(pos, i) { return array.get(pos); }); }\n  return get( array, positions );\n}\n\n/**\n* Given an array of objects, constructs new objects where each value is a list\n* based on the corresonding key, which is extracted by the parameter by\n* @param {Objects[]} array of objects\n* @param {string} by key within all objects of passed array\n* @param {string[]} [groups] saves some computation if all known values extracted by mapping over the parameter by are passed\n* @returns {Object} of key value pairs, where keys are all values of the key by from an object in the passed array and the value are those corresponding objects.\n*/\nexport function groupBy (array, by, groups) {\n  if (groups == undefined) {\n    groups = unique(array.map(function(elements, index){ return element[by]; }));\n    groups.map(function(value, index){groupped[value] = []})\n  }\n\n  var groupped = {};\n  array.map(function(element, index){groupped[element[by]].push(element)});\n  return groupped\n}\n\n/**\n* Tests if two arrays are equivalent\n* @param {Array} array\n* @param {Array} other\n* @returns {boolean} if every element of array matches that of other\n*/\nexport function arrayEquals(array, other) {\n  if (!other)\n      return false;\n  // compare lengths - can save a lot of time\n  if (array.length != other.length)\n      return false;\n\n  for (var i = 0, l=array.length; i < l; i++) {\n      // Check if we have nested arrays\n      if (array[i] instanceof Array && other[i] instanceof Array) {\n          // recurse into the nested arrays\n          if (!arrayEquals(array[i],other[i]))\n              return false;\n      }\n      else if (array[i] != other[i]) {\n          // Warning - two different object instances will never be equal: {x:20} != {x:20}\n          return false;\n      }\n  }\n  return true;\n}\n\n\n\n/**\n* Recursively tallies the number of elements at each level of the passed, putatively nested array\n* @param {Array} array of items which may include nested arrays\n* @param {number} [level=0] current depth in the recursion\n* @param {Array} [levelData=[]] keeps track of items seen so far at each depth\n* @returns {Array} stating the number of elements (array inclusive) found at each level of the array\n*/\nexport function elementsAtLevels(array, level, levelData) {\n  level = level == undefined ? 0 : level + 1;\n  levelData = levelData == undefined ? [] : levelData;\n  if ( level >= levelData.length ) { levelData.push(array.length)} else {levelData[level] += array.length }\n  array.map(function(e, i) {if (Array.isArray(e)){ elementsAtLevels(e, level, levelData) }})\n  return levelData\n}\n\n\n/**\n* Recursively tallies the number of elements of the passed, putatively nested array\n* @param {Array} array of items which may include nested arrays\n* @param {number} [elements=0] current number of elements seen so far\n* @returns {number} number of elements (array inclusive) found in passed array\n*/\nexport function numberOfElements( array, elements ) {\n  elements = elements == undefined ? 0 : elements;\n  array.map(function(e, i) {\n    if ( Array.isArray(e) ) { elements = numberOfElements(e, elements) }\n    else { elements += 1 }\n  })\n  return elements\n}\n\n/**\n* Concats all nested arrays in passed array to form a single array\n* @param {Array} array of putatively nested arrays\n* @param {Array} [flat=[]] current flattened array\n* @returns {Array} with every element in the same level\n*/\nexport function flatten( array, flat ) {\n  flat = flat == undefined ? [] : flat;\n  array.map(function(e, i){\n    if (Array.isArray(e)) {flat = flat.concat(flatten(e))}\n    else {flat.push(e)}\n  })\n  return flat;\n}\n\n/**\n* Search of list of lists to find which - if any - passed value is in\n* @param {Array[]} bins list of lists of values\n* @param {*} value item to test if in any of the bins\n* @returns {number} indicating the index of the bin in which value was found\n*/\nexport function whichBin(bins, value) {\n  var i = -1\n  for (var j = 0; j < bins.length; j++) { if (hasQ(bins[j],value)) {return j} }\n  return i\n}\n","import {hypenate, safeSelect} from './helpers';\nimport {total} from './array-functions';\n\n\n/**\n * calls console.group if d3sm.debugQ == true\n * @param {string} name of the group\n * @returns {undefined}\n */\nexport function consoleGroup(name) {\n  if (window.d3sm.debugQ === true){\n    console.group(name)\n  }\n}\n\n/**\n * calls console.groupEnd if d3sm.debugQ == true\n * @returns {undefined}\n */\nexport function consoleGroupEnd() {\n  if (window.d3sm.debugQ === true){\n    console.groupEnd()\n  }\n}\n\n/**\n * Calls console.log if d3sm.debugQ == true\n * @param {string} func name of the function logging\n * @param {string} msg to log\n * @param {Object} data to be logged along side the message\n * @returns {undefined}\n */\nexport function log(func, msg, data) {\n  if (window.d3sm.debugQ === true){\n    console.log(\n      `%c[d3sm::${func}]:\\t${msg}`,\n      [\n        'background: #6cd1ef',\n        'border-radius: 5000px',\n        'padding: 0px 2px',\n        'font-size: 14px'\n      ].join(';')\n    )\n    console.table(data)\n    // console.trace()\n  }\n}\n\n/**\n * Calls console.warn if d3sm.debugQ == true\n * @param {string} func name of the function warning\n * @param {string} msg to display\n * @param {Object} data to be displayed along side the message\n * @returns {undefined}\n */\nexport function warn(func, msg, data) {\n  if (window.d3sm.debugQ === true)\n    console.warn(\n      `%c[d3sm::${func}]:\\t${msg}`,\n      [\n        'background: #ffd53e',\n        'border-radius: 5000px',\n        'padding: 0px 2px',\n        'font-size: 14px'\n      ].join(';')\n    )\n    console.table(data)\n}\n/**\n * Calls the console.info if d3sm.debugQ == true\n * @param {string} func name of the function providing info\n * @param {string} msg to display\n * @param {Object} data to be displayed along side the message\n * @returns {undefined}\n */\nexport function info(func, msg, data) {\n  if (window.d3sm.debugQ)\n    console.info(\n      `%c[d3sm::${func}]:\\t${msg}`,\n      [\n        'background: #009ccd',\n        'border-radius: 5000px',\n        'padding: 0px 2px',\n        'font-size: 14px'\n      ].join(';')\n    )\n    console.table(data)\n}\n\n\n/**\n * Calls console.error if d3sm.debugQ == true\n * @param {string} func name of the function which sends the error\n * @param {string} msg to display\n * @param {Object} data to be displayed along side the message\n * @returns {undefined}\n */\nexport function error(func, msg, data) {\n  if (window.d3sm.debugQ)\n    console.error(`[d3sm::${func}]:\\t${msg}\\t%o`,data)\n}\n\n\n\n\n\n/**\n* Function for setting up containers for most plots with the y axis container\n* positioned on the left and the x axis container positioned on the bottom\n* @param {d3.selection} selection selection of container in which the svg is or should be made\n* @param {string} namespace namespace of the chart\n* @param {Object} [space={w:window.innerWidth, h:window.innerHeight}] the width (w) and height (h) availble\n* @param {number} [space.w=window.innerWidth] the available width in which to render the chart\n* @param {number} [space.h=window.innerHeight] the available height in which to render the chart\n\n* @param {Object} [margins={top: 0.01, bottom: 0.01, left: 0.01, right: 0.01}] the margins for the chart\n* @param {number} [margins.top=0.01] the top margin of the chart\n* @param {number} [margins.bottom=0.01] the bottom margin of the chart\n* @param {number} [margins.left=0.01] the left margin of the chart\n* @param {number} [margins.right=0.01] the right margin of the chart\n\n\n* @param {Object} [percentages = {axes:{x:0.1,y:0.1},space:{w:0.8,h:0.6}}] percentages of the paramater space of which to make the x and y axes as well as the percent of the availble space in which to render the plot\n* @param {Object} [percentages.axes={x:0.1,y:0.1}] the percentages of the paramater space, of which the x and y axes will take up\n* @param {number} [percentages.axes.xAxisPercent=0.1] the percentages of the paramater space, of which the x axis will take up\n* @param {number} [percentages.axes.yAxisPercent=0.1] the percentages of the paramater space, of which the y axis will take up\n\n* @param {Object} [percentages.space={w:0.8,h:0.6}] the percentages of the paramater space, of which the SVG's width and height will be set\n* @param {number} [percentages.space.percentOfSpaceForWidth=0.1] the percentages of the paramater space, of which the SVG's width will be set\n* @param {number} [percentages.space.percentOfSpaceForHeight=0.1] the percentages of the paramater space, of which the SVG's height will be set\n\n* @returns {Object} returns the selection and \"boundingRects\" of the plot container, x-axis container and y-axis container\n* as\n*\n* {\n*\n*   plot: {selection: plotSelection, rect: plotRect},\n*\n*   xAxis:{selection:xAxisSelection, rect:xAxisRect},\n*\n*   yAxis: {selection:yAxisSelection, rect:yAxisRect}\n*\n* }\n*\n* where each rect has form:\n*\n* {x: #, y: #, h: #, w: #}\n*\n* depicting the starting x and y coordinate of the coresponding container (also their default transform values) as well their height (h) ans width (w)\n*/\n// export function setupStandardChartContainers( selection, namespace, space, margins, percentages) {\n// export function setupStandardChartContainers(\n//   selection,\n//   namespace,\n//   space={w:availableWidth=window.innerWidth, h:availableHeight=window.innerHeight},\n//   margins={top:0.01, bottom:0.01, left:0.01, right:0.01},\n//   percentages={axes: {x: xAxisPercent=0.1, y: yAxisPercent=0.1}, space: {w: percentOfSpaceForWidth, h: percentOfSpaceForHeight}}\n// ) {\n//   if (space == undefined) { space = {w: window.innerWidth, h: window.innerHeight} }\n//   if (margins == undefined) { margins = {top: 0.01, bottom: 0.01, left: 0.01, right: 0.01} }\n//   if (percentages == undefined) { percentages = {}; }\n//   if (percentages.axes == undefined) { percentages.axes = { x:0.1, y:0.1 } }\n//   if (percentages.space == undefined) { percentages.space = { w: 0.8, h: 0.6 } }\n//\n//   // SVG width and height\n//   var svgSpace =  {\n//     w: space.w * percentages.space.w,\n//     h: space.h * percentages.space.h\n//   },\n//\n//   // Space after removing margins\n//   chartSpace = {\n//     w: svgSpace.w - (margins.left * space.w) - (margins.right * space.w),\n//     h: svgSpace.h - (margins.top * space.h) - (margins.bottom * space.h)\n//   },\n//\n//   // main dimension of x and y axies\n//   // e.g. defines how tall x axis is as length is determined by plotRect.w\n//   axesSpace = {\n//     x: chartSpace.h * percentages.axes.x,\n//     y: chartSpace.w * percentages.axes.y\n//   },\n//\n//   // space left for drawing the chart properly (e.g. bars, violins, etc)\n//   drawingSpace = {\n//     x: chartSpace.w - axesSpace.y,\n//     y: chartSpace.h - axesSpace.x\n//   },\n//\n//\n//   yAxisRect = {\n//     x: axesSpace.y + (margins.left * space.w),\n//     y: (margins.top * space.h),\n//     w: axesSpace.y,\n//     h: drawingSpace.y\n//   },\n//\n//   plotRect = {\n//     x: axesSpace.y + (margins.left * space.w),\n//     y: (margins.top * space.h),\n//     w: drawingSpace.x,\n//     h: drawingSpace.y\n//   },\n//\n//   xAxisRect = {\n//     x: axesSpace.y + (margins.left * space.w),\n//     y: (margins.top * space.h + plotRect.h),\n//     w: drawingSpace.x,\n//     h: axesSpace.x\n//   }\n//\n//\n//   var container = safeSelect(selection, 'svg', namespace)\n//     .style('width', svgSpace.w+'px')\n//     .style('height', svgSpace.h+'px')\n//\n//   var axes = safeSelect(container, 'g', hypenate(namespace, 'axes'))\n//\n//   // .attr('transform', \"translate(\"+plotRect.x+\",\"+plotRect.y+\")\"),\n//\n//   var plot = safeSelect(container, 'g', hypenate(namespace, 'plot'))\n//     .attr('transform', \"translate(\"+plotRect.x+\",\"+plotRect.y+\")\")\n//\n//   var xAxis = safeSelect(axes, 'g', hypenate(namespace, 'x-axis'))\n//     .attr('transform', \"translate(\"+xAxisRect.x+\",\"+xAxisRect.y+\")\")\n//\n//   var yAxis = safeSelect(axes, 'g', hypenate(namespace, 'y-axis'))\n//     .attr('transform', \"translate(\"+yAxisRect.x+\",\"+yAxisRect.y+\")\")\n//\n//   return {\n//     svg: {\n//       selection: container,\n//       rect: svgSpace\n//     },\n//     plot: {\n//       selection: plot,\n//       rect: plotRect\n//     },\n//     xAxis: {\n//       selection: xAxis,\n//       rect: xAxisRect\n//     },\n//     yAxis: {\n//       selection: yAxis,\n//       rect: yAxisRect\n//     }\n//   }\n//\n//   // return [plot, xAxis, yAxis]\n// }\n//\n//\n\n\n\n\n\nexport function setupStandardChartContainers(\n  selection,\n  namespace,\n  container,\n  margins={top:0.01, bottom:0.01, left:0.01, right:0.01},\n  svg={w:0.8, h:0.6}, // percent of container space for svg\n  axes={y:0.1, x:0.1}, // percent of container space for axes,\n  leg={x:0, margin:0, pos:'left'} // absolute width of legend and space on either size\n)\n{\n  if (container == undefined) {container = {w:window.innerWidth, h:window.Height}}\n  // SVG width and height\n\n  var svgSpace =  {\n    w: container.w * svg.w,\n    h: container.h * svg.h\n  }\n\n  var margPx = {\n    top: margins.top * svgSpace.h,\n    bottom: margins.bottom * svgSpace.h,\n    left: margins.left * svgSpace.w,\n    right: margins.right * svgSpace.w\n  },\n\n\n\n  // Space after removing margins\n  chartSpace = {\n    w: svgSpace.w - margPx.left - margPx.right,\n    h: svgSpace.h - margPx.top - margPx.bottom\n  },\n\n  // main dimension of x and y axies\n  // e.g. defines how tall x axis is as length is determined by plotRect.w\n  axesSpace = {\n    x: chartSpace.h * axes.x,\n    y: chartSpace.w * axes.y\n  },\n\n  // space left for drawing the chart properly (e.g. bars, violins, etc)\n  drawingSpace = {\n    x: chartSpace.w - axesSpace.y - leg.x - 2*leg.margin,\n    y: chartSpace.h - axesSpace.x\n  },\n\n\n  legRect = {\n    x: leg.margin + margPx.left + (leg.pos == 'left' ? 0 : drawingSpace.x + axesSpace.y),\n    y: margPx.top, // this is soomehow getting calculated incorectly\n    w: leg.x,\n    h: drawingSpace.y\n  },\n\n  yAxisRect = {\n    x: axesSpace.y + margPx.left + (leg.pos == 'left' ? leg.x + 2*leg.margin : 0),\n    y: margPx.top,\n    w: axesSpace.y,\n    h: drawingSpace.y\n  },\n\n  plotRect = {\n    x: axesSpace.y + margPx.left + (leg.pos == 'left' ? leg.x + 2*leg.margin : 0),\n    y: margPx.top,\n    w: drawingSpace.x,\n    h: drawingSpace.y\n  },\n\n  xAxisRect = {\n    x: axesSpace.y + margPx.left + (leg.pos == 'left' ? leg.x + 2*leg.margin : 0),\n    y: margPx.top + drawingSpace.y,\n    w: drawingSpace.x,\n    h: axesSpace.x\n  }\n\n\n\n  container = d3sm.safeSelect(selection, 'svg', namespace)\n    .style('width', svgSpace.w+'px')\n    .style('height', svgSpace.h+'px')\n\n  var axes = d3sm.safeSelect(container, 'g', d3sm.hypenate(namespace, 'axes'))\n\n  var leg = d3sm.safeSelect(container, 'g', d3sm.hypenate(namespace, 'legend'))\n  .attr('transform', \"translate(\"+legRect.x+\",\"+legRect.y+\")\")\n\n  var plot = d3sm.safeSelect(container, 'g', d3sm.hypenate(namespace, 'plot'))\n    .attr('transform', \"translate(\"+plotRect.x+\",\"+plotRect.y+\")\")\n\n  var xAxis = d3sm.safeSelect(axes, 'g', d3sm.hypenate(namespace, 'x-axis'))\n    .attr('transform', \"translate(\"+xAxisRect.x+\",\"+xAxisRect.y+\")\")\n\n  var yAxis = d3sm.safeSelect(axes, 'g', d3sm.hypenate(namespace, 'y-axis'))\n    .attr('transform', \"translate(\"+yAxisRect.x+\",\"+yAxisRect.y+\")\")\n\n  return {\n    svg: {\n      selection: container,\n      rect: svgSpace\n    },\n    plot: {\n      selection: plot,\n      rect: plotRect\n    },\n    xAxis: {\n      selection: xAxis,\n      rect: xAxisRect\n    },\n    yAxis: {\n      selection: yAxis,\n      rect: yAxisRect\n    },\n    legend: {\n      selection: leg,\n      rect: legRect\n    }\n  }\n}\n\n\n\n/**\n* Adds a clip-path rect and binds it to container\n* @param {d3.selection} container in which to add the clip-path and to which to bind the cliping path to\n* @param {Object} rect the coordinates (x, y, width, height) of the clip-path\n* @param {string} namespace\n* @returns {d3.selection} of the clip-path rect\n*/\nexport function cpRect(container, rect, namespace) {\n  var defs = safeSelect(container, 'defs', hypenate(namespace, 'definitions'))\n  var cp = safeSelect(defs, 'clipPath', hypenate(namespace, 'clip-path'))\n  .attr('id', hypenate(namespace, 'clip-path'))\n\n  var cpRect = safeSelect(cp, 'rect')\n  .attr('x', rect.x)\n  .attr('y', rect.y)\n  .attr('width', rect.width)\n  .attr('height', rect.height)\n\n  defs.raise()\n  // set clipping path to container\n  container.attr('clip-path', 'url(#'+ hypenate(namespace, 'clip-path')+')')\n\n  return cpRect\n}\n\n\n/**\n* Adds a background rect t to container\n* @param {d3.selection} container in which to add the background rectangle\n* @param {Object} rect the coordinates (x, y, width, height) of the background\n* @param {string} fill the color of the background\n* @returns {d3.selection} of the background fill\n*/\nexport function bgRect(container, rect, fill) {\n  return safeSelect(container, 'rect', 'bg')\n  .attr('x', rect.x)\n  .attr('y', rect.y)\n  .attr('width', rect.width)\n  .attr('height', rect.height)\n  .attr('fill', fill)\n}\n\n\n/**\n* Sets up the container for making chart elements. This includes making\n* a clip-path rect bound to the passed container, a background rect, and\n* a g element with class <namespace>-object-container.\n* @param {d3.selection} container in which to add the clip-path and background\n* @param {string} namespace\n* @param {Object} rect the coordinates (x, y, width, height) of the background and clip-path\n* @param {string} fill the color of the background\n* @returns {d3.selection} of g.<namespace>-object-container\n*\n* @see{@link bgRect}\n* @see{@link cpRect}\n*/\nexport function setupContainer(selection, namespace, rect, fill) {\n  // the container for three main items, bg, defs, and object-container\n  var\n  container = safeSelect(selection, 'g', namespace),\n  bg = bgRect(container, rect, fill),\n  cp = cpRect(container, rect, namespace),\n  objectContainer = safeSelect(container, 'g', hypenate(namespace, 'object-container'))\n  return objectContainer\n}\n\n\n/**\n* determines the width of an object for the calling plotting function\n* @param {number} freeSpace how much space is avalible\n* @param {number} numberOfObjects how many object do we need\n* @param {number} minObjectWidth how small are these objects allowed to be\n* @param {number} maxObjectWidth how large are these object allowed to be\n* @param {number} sizeOfSpacer percent of freeSpace that a single spacer should take up (need numberOfObjects - 1 spacers)\n* @param {boolean} overflowQ can we go beyond alloted space\n* @returns {number} how large object should be\n* function tries to keep object within min / max width, but wil default to\n* 5e-10 (smallest consistenly visible by svg size of element) if overflowQ is false\n*/\nexport function calculateWidthOfObject(freeSpace, numberOfObjects, minObjectWidth, maxObjectWidth, sizeOfSpacer, overflowQ) {\n  var sizeOfSpacer =\n  sizeOfSpacer == 0 || sizeOfSpacer > 1\n  ? sizeOfSpacer\n  : freeSpace * sizeOfSpacer\n\n  var numberOfSpacers = numberOfObjects - 1\n  var spaceTakenBySpacers = numberOfSpacers * sizeOfSpacer\n  var remainingSpace = freeSpace - spaceTakenBySpacers\n  remainingSpace = remainingSpace < 0 ? 0 : remainingSpace\n  var objectWidth = remainingSpace / numberOfObjects\n\n  if ( overflowQ && minObjectWidth != undefined && objectWidth < minObjectWidth ) { objectWidth = minObjectWidth }\n  // if ( maxObjectWidth != undefined && objectWidth > maxObjectWidth ) { objectWidth = maxObjectWidth }\n  if ( overflowQ && maxObjectWidth != undefined && objectWidth < maxObjectWidth ) { objectWidth = maxObjectWidth }\n  return Math.max(objectWidth, 5e-10)\n}\n\n/**\n* @param {Array[]} data list data (can be nested). If nested will create more complex spacer size\n* @param {number} freeSpace how much space is avalible\n* @param {number} objectWidth @see{@link calculateWidthOfObject}\n* @param {number} numberOfObjects how many object do we need\n* @param {number} baseSpacerSize percent of freeSpace that a single spacer should take up (need numberOfObjects - 1 spacers)\n* @param {boolean} overflowQ can we go beyond alloted space\n* @returns {number} returns size that spacer should be at level=0\n*/\nexport function calculateWidthOfSpacer(data, freeSpace, objectWidth, numberOfObjects, baseSpacerSize, overflowQ) {\n  if (overflowQ) {\n    // var limitedNumberOfObjects = numberOfObjects > 6 ? 6 : numberOfObjects\n    // var spaceLeft = freeSpace - limitedNumberOfObjects * objectWidth\n    // return spaceLeft / (limitedNumberOfObjects - 1)\n    return freeSpace * baseSpacerSize\n  }\n  var spacersAtEachLevel = spacersNeededAtEachLevel(data)\n  var totalSpacerPercent = total(spacersAtEachLevel.map(function(e, i) {return e * 1 / (i+1)}))\n  var baseSpacerSize = (freeSpace - (objectWidth * numberOfObjects)) / totalSpacerPercent\n  // console.log(freeSpace, objectWidth, numberOfObjects, totalSpacerPercent)\n  // console.log(totalSpacerPercent, baseSpacerSize, totalSpacerPercent * baseSpacerSize)\n  return isNaN(baseSpacerSize) ? 0 : baseSpacerSize\n}\n\n\n/**\n* Calculates number of spacers needed to seperate elements at each level.\n* @param {Array[]} array list data (can be nested). If nested will create more complex spacer size\n* @param {number} [level=0] current level, used in recusrion\n* @param {Array} [levelData=[]] how many spacers needed at a given level\n* @returns {Array} levelData\n*\n* @example\n* array = [[1,2], [3,4]]\n* // returns [1, 2]\n* as at level=0 the only spacer needed is between [1,2] and [3,4]\n* and at level=1 the only two spacers needed is between 1 and 2 as well as\n* 3 and 4 since the spacer between 2 and 3 is handled at level=0\n*/\nexport function spacersNeededAtEachLevel (array, level, levelData ) {\n  if ( level == undefined ) { level = 0;  } else { level += 1 }\n  if ( levelData == undefined ) { levelData = []; }\n  if ( level >= levelData.length ) { levelData.push(array.length - 1) }\n  else { levelData[level] += array.length - 1 }\n  array.map(function(e, i) { if (Array.isArray(e)) { spacersNeededAtEachLevel(e, level, levelData) } } )\n  return levelData\n}\n\n\n\n\n/**\n* Draws a whisker for @see{@link boxwhisker}\n* @param {boolean} dir direction to draw whisker, should be either true (up, top) or false (down or bottom)\n* @param {number} x starting x coordinate in which to draw whisker\n* @param {number} y starting y coordinate in which to draw whisker\n* @param {number} w width of space in which to draw whisker\n* @param {number} h height of space in which to draw whisker\n* @param {number} per percentage of w or h (depends on o) to make whisker\n* @param {boolean} o orientation, true is horizontal and false is vertical\n* @returns {string} representing the svg path (i.e. the d attribute for a path tag)\n*/\nexport function whiskerPath(dir, x, y, w, h, per, o) {\n  // d = direction (true is up), p = percent width\n  if (dir == 'up' || dir == 'top' || dir == true) {dir = true}\n  if (dir == 'down' || dir == 'bottom' || dir == false) {dir = false}\n  o = o == undefined ? 'horizontal' : o\n  per = per == undefined ? 1 : per\n  if (o != \"horizontal\") {\n    var hh = h * per ,\n    w = dir ? w : -w ,\n    a = dir ? x + w : x ,\n    b = dir ? x : x + w ,\n    c = dir ? a : b\n    p = \"M \" + a + ' ' + (     h / 2      ) + ' '\n      + 'L ' + b + ' ' + (     h / 2      ) + ' '\n      + 'M ' + c + ' ' + ( h / 2 - hh / 2 ) + ' '\n      + 'L ' + c + ' ' + ( h / 2 + hh / 2 ) + ' '\n\n    return p\n  }\n  var ww = w * per,\n  a = dir ? y + h : y  ,\n  b = dir ? y : y + h  ,\n  p = \"M \" + (  w / 2  ) + ' ' + a + ' ' // straight line part\n    + 'L ' + (  w / 2  ) + ' ' + b + ' ' // straight line part\n    + 'h ' + ( -ww / 2 ) + ' ' + 0 + ' ' // horizontal line part\n    + 'h ' + (    ww   ) + ' ' + 0 + ' '\n  return p\n}\n\n\n\n\n\n\n\n\n\n\n\n\n\nexport function resizeDebounce(f, wait) {\n  var resize = debounce(function(){f()},wait)\n  window.addEventListener('resize', resize)\n}\n\n\n\nfunction debounce(func, wait, immediate) {\n  var timeout;\n    return function() {\n        var context = this, args = arguments;\n        var later = function() {\n            timeout = null;\n            if (!immediate) func.apply(context, args);\n        };\n        var callNow = immediate && !timeout;\n        clearTimeout(timeout);\n        timeout = setTimeout(later, wait);\n        if (callNow) func.apply(context, args);\n    };\n}\n","import {log, warn, error, info} from './utils';\n/*******************************************************************************\n**                                                                            **\n**                                                                            **\n**                              SPACEGROUPING                                 **\n**                                                                            **\n**                                                                            **\n*******************************************************************************/\n/**\n * Produces a function for spacing objects by an arbitrarly complex grouping\n * @returns {recursivelyPosition} the function for moving the objects\n * (see {@link groupingSpacer#recursivelyPosition})\n * @namespace groupingSpacer\n */\nexport function groupingSpacer() {\n  var\n  /*@var {boolean} horizontalQ @default*/\n\n  /**\n  * Whether or not to space objects horizontally or vertically.\n  * (see {@link groupingSpacer.horizontalQ})\n  * @param {boolean} [horizontalQ=true]\n  * @memberof groupingSpacer#\n  * @instance\n  */\n  horizontalQ = true,\n  /**\n  * The scale to use to position elements if {@link groupingSpacer#moveby}=\"string\"\n  * (see {@link groupingSpacer.scale})\n  * @param {d3.scale} [scale=d3.scaleLinear()]\n  * @memberof groupingSpacer#\n  * @instance\n  */\n  scale = d3.scaleLinear(),\n  /**\n  * How elements in the complex grouping should be moved over by.\n  * By default, moveby=\"category\", which moves objects by the complex grouping\n  * But objects can also be moved over by scale.\n  * (see {@link groupingSpacer.moveby})\n  * @param {string} [moveby=\"category\"]\n  * @memberof groupingSpacer#\n  * @instance\n  */\n  moveby = 'category',\n  /**\n  * How many objects are there in total\n  * (see {@link groupingSpacer.numberOfObjects})\n  * @param {number} [numberOfObjects=none]\n  * @memberof groupingSpacer#\n  * @instance\n  */\n  numberOfObjects,\n  /**\n  * The class given to an nested <g> tag whose parent(s) have the correct transition\n  * properties\n  * (see {@link groupingSpacer.numberOfObjects})\n  * @param {string} [numberOfObjects='d3sm-groupped-item']\n  * @memberof groupingSpacer#\n  * @instance\n  */\n  objectClass = 'd3sm-groupped-item',\n  /**\n  * The size of the objects being positioned\n  * (see {@link groupingSpacer.objectSize})\n  * @param {number} [objectSize=none]\n  * @memberof groupingSpacer#\n  * @instance\n  */\n  objectSize,\n  /**\n  * The size of the un-nested spacer between objects\n  * (see {@link groupingSpacer.spacerSize})\n  * @param {number} [spacerSize=none]\n  * @memberof groupingSpacer#\n  * @instance\n  */\n  spacerSize,\n  /**\n  * The duration of transitions in ms\n  * (see {@link groupingSpacer.transitionDuration})\n  * @param {number} [transitionDuration=1000]\n  * @memberof groupingSpacer#\n  * @instance\n  */\n  transitionDuration = 1000,\n  /**\n  * The ease function for the transitions\n  * (see {@link groupingSpacer.easeFunc})\n  * @param {d3.ease} [easeFunc=d3.easeSin]\n  * @memberof groupingSpacer#\n  * @instance\n  */\n  easeFunc = d3.easeSin,\n  /**\n  * The namespace for the objects being moved\n  * (see {@link groupingSpacer.namespace})\n  * @param {string} [namespace='spacer']\n  * @memberof groupingSpacer#\n  * @instance\n  */\n  namespace = 'spacer',\n  /**\n  * The animation for new objects being added\n  * (see {@link groupingSpacer.enterFunction})\n  * @param {function} enterFunction\n  * @memberof groupingSpacer#\n  * @instance\n  * @example\n  * // by default\n  * function(newObjectSelection) {\n  *  newObjectSelection.attr('transform', function(d, i){\n  *    var\n  *    x = horizontalQ ? objectSize * numberOfObjects + spacerSize * (numberOfObjects - 1) : 0,\n  *    y = !horizontalQ ? objectSize * numberOfObjects + spacerSize * (numberOfObjects - 1) : 0,\n  *    t = 'translate('+x+','+y+')'\n  *    return t\n  *  })\n  * }\n  */\n  enterFunction = function(cur) {\n    cur.attr('transform', function(d, i){\n      var\n      // x = horizontalQ ? objectSize * numberOfObjects + spacerSize * (numberOfObjects - 1) : 0,\n      // y = !horizontalQ ? objectSize * numberOfObjects + spacerSize * (numberOfObjects - 1) : 0,\n      x = horizontalQ ? window.outerWidth : 0,\n      y = !horizontalQ ? window.outerWidth : 0,\n      t = 'translate('+x+','+y+')'\n      // if(y == undefined) {console.log(cur.node(), y, d)}\n      return t\n    })\n  },\n  /**\n  * The animation for old objects being removed\n  * (see {@link groupingSpacer.exitFunction})\n  * @param {function} exitFunction\n  * @memberof groupingSpacer#\n  * @instance\n  * @example\n  * // by default\n  * oldObjectSelection.transition().duration(transitionDuration).ease(easeFunc)\n  * .attr('transform', function(d, i){\n  *     var\n  *   x = horizontalQ ? objectSize * numberOfObjects + spacerSize * (numberOfObjects - 1) : 0,\n  *   y = !horizontalQ ? objectSize * numberOfObjects + spacerSize * (numberOfObjects - 1) : 0,\n  *   t = 'translate('+x+','+y+')'\n  *   return t\n  * }).remove()\n  */\n  exitFunction = function(cur){\n    log(\"groupingSpacer\", \"exiting with\", {current: cur, currentNode: cur.node()})\n    cur.selectAll('g').classed('to-remove', true)\n\n    cur.transition().duration(transitionDuration*0.9).ease(easeFunc)\n    .attr('transform', function(d, i){\n      var\n      // x = horizontalQ ? objectSize * numberOfObjects + spacerSize * (numberOfObjects - 1) : 0,\n      // y = !horizontalQ ? objectSize * numberOfObjects + spacerSize * (numberOfObjects - 1) : 0,\n      x = horizontalQ ? window.outerWidth : 0,\n      y = !horizontalQ ? window.outerWidth : 0,\n      t = 'translate('+x+','+y+')'\n      // if(y == undefined) {console.log(cur.node(), y, d)}\n      return t\n    }).remove()\n  }\n\n  /**\n   * Gets / sets horizontalQ (whether or not to space objects horizontally or vertically).\n   * (see {@link groupingSpacer#horizontalQ})\n   * @param {string} [_=none]\n   * @returns {groupingSpacer | string}\n   * @memberof groupingSpacer\n   * @static\n   */\n  recursivelyPosition.horizontalQ = function(_) { return arguments.length ? (horizontalQ = _, recursivelyPosition) : horizontalQ }\n  /**\n   * Gets / sets the scale to use to position elements if {@link groupingSpacer#moveby}=\"string\"\n   * (see {@link groupingSpacer#scale})\n   * @param {d3.scale} [_=none]\n   * @returns {groupingSpacer | d3.scale}\n   * @memberof groupingSpacer\n   * @static\n   */\n  recursivelyPosition.scale = function(_) { return arguments.length ? (scale = _, recursivelyPosition) : scale }\n  /**\n   * Gets / sets moveby (whether or not to move by scale or by grouping).\n   * (see {@link groupingSpacer#moveby})\n   * @param {string} [_=none]\n   * @returns {groupingSpacer | string}\n   * @memberof groupingSpacer\n   * @static\n   */\n  recursivelyPosition.moveby = function(_) { return arguments.length ? (moveby = _, recursivelyPosition) : moveby }\n  /**\n   * Gets / sets numberOfObjects.\n   * (see {@link groupingSpacer#numberOfObjects})\n   * @param {number} [_=none]\n   * @returns {groupingSpacer | number}\n   * @memberof groupingSpacer\n   * @static\n   */\n  recursivelyPosition.numberOfObjects = function(_) { return arguments.length ? (numberOfObjects = _, recursivelyPosition) : numberOfObjects }\n  /**\n   * Gets / sets the objectClass (will be applied to <g> elements).\n   * (see {@link groupingSpacer#objectClass})\n   * @param {string} [_=none]\n   * @returns {groupingSpacer | string}\n   * @memberof groupingSpacer\n   * @static\n   */\n  recursivelyPosition.objectClass = function(_) { return arguments.length ? (objectClass = _, recursivelyPosition) : objectClass }\n  /**\n   * Gets / sets the objectSize.\n   * (see {@link groupingSpacer#objectSize})\n   * @param {number} [_=none]\n   * @returns {groupingSpacer | number}\n   * @memberof groupingSpacer\n   * @static\n   */\n  recursivelyPosition.objectSize = function(_) { return arguments.length ? (objectSize = _, recursivelyPosition) : objectSize }\n  /**\n   * Gets / sets the spacerSize.\n   * (see {@link groupingSpacer#spacerSize})\n   * @param {number} [_=none]\n   * @returns {groupingSpacer | number}\n   * @memberof groupingSpacer\n   * @static\n   */\n  recursivelyPosition.spacerSize = function(_) { return arguments.length ? (spacerSize = _, recursivelyPosition) : spacerSize }\n  /**\n   * Gets / sets the transitionDuration.\n   * (see {@link groupingSpacer#transitionDuration})\n   * @param {number} [_=none]\n   * @returns {groupingSpacer | number}\n   * @memberof groupingSpacer\n   * @static\n   */\n  recursivelyPosition.transitionDuration = function(_) { return arguments.length ? (transitionDuration = _, recursivelyPosition) : transitionDuration }\n  /**\n   * Gets / sets the easeFunc.\n   * (see {@link groupingSpacer#easeFunc})\n   * @param {d3.ease} [_=none]\n   * @returns {groupingSpacer | d3.ease}\n   * @memberof groupingSpacer\n   * @static\n   */\n  recursivelyPosition.easeFunc = function(_) { return arguments.length ? (easeFunc = _, recursivelyPosition) : easeFunc }\n  /**\n   * Gets / sets the namespace.\n   * (see {@link groupingSpacer#namespace})\n   * @param {string} [_=none]\n   * @returns {groupingSpacer | string}\n   * @memberof groupingSpacer\n   * @static\n   */\n  recursivelyPosition.namespace = function(_) { return arguments.length ? (namespace = _, recursivelyPosition) : namespace }\n  /**\n   * Gets / sets the enterFunction.\n   * (see {@link groupingSpacer#enterFunction})\n   * @param {function} [_=none]\n   * @returns {groupingSpacer | function}\n   * @memberof groupingSpacer\n   * @static\n   */\n  recursivelyPosition.enterFunction = function(_) { return arguments.length ? (enterFunction = _, recursivelyPosition) : enterFunction }\n  /**\n   * Gets / sets the exitFunction.\n   * (see {@link groupingSpacer#exitFunction})\n   * @param {function} [_=none]\n   * @returns {groupingSpacer | function}\n   * @memberof groupingSpacer\n   * @static\n   */\n  recursivelyPosition.exitFunction = function(_) { return arguments.length ? (exitFunction = _, recursivelyPosition) : exitFunction }\n\n\n  /**\n   * recursively position the objects inside of the selection.\n   * @param {d3.selection} selection\n   * @param {Object} data\n   * @param {level} [level=0] recursion depth\n   * @returns {number} (how much to move next element)\n   * @memberof groupingSpacer#\n   */\n  function recursivelyPosition(selection, data, level) {\n    if ( level == undefined ) { level = 0;  }\n\n    var currentSelection = selection.selectAll('g.'+namespace+'[level=\"'+level+'\"]').data(data)\n    var enter = currentSelection.enter().append('g').attr('level', level).attr('class', namespace)\n    var exit = currentSelection.exit()\n    currentSelection = currentSelection.merge(enter)\n\n\n    if (typeof exitFunction == 'function' ){ exit.each(function(d, i){ exitFunction(d3.select(this))}) }\n    else{exit.remove()}\n    // spacer for current level\n    var levelSpacer = spacerSize / (level+1)\n    // movement for current level\n    var move = 0\n    currentSelection.each(function(currentElement, index) {\n      var t = d3.select(this)\n      if (t.attr('transform') == undefined && typeof enterFunction == 'function') { enterFunction(t) }\n\n      t.transition().duration(transitionDuration).ease(easeFunc)\n      .attr('transform', function(d, i) {\n        var\n        x = horizontalQ ? (moveby ==\"scale\" ? scale(d) : move) : 0,\n        y = !horizontalQ ? (moveby ==\"scale\" ? scale(d) : move): 0,\n        t = 'translate('+x+','+y+')'\n        return t\n      })\n\n      if (Array.isArray(currentElement)) {\n        move += recursivelyPosition(t, currentElement, level+1)\n        var toRemove = t.selectAll('g.'+namespace+'[level=\"'+(level)+'\"] > g.'+objectClass+'.'+namespace)\n        if (typeof exitFunction == 'function' ){ toRemove.each(function(d, i){ exitFunction(d3.select(this))}) }\n        else{toRemove.remove()}\n      }\n      else {\n        move += objectSize\n        var obj = t.select('g.'+namespace+'[level=\"'+level+'\"] > g.'+objectClass+'.'+namespace)\n        if (obj.empty()) { obj = t.append('g').attr('class', objectClass).classed(namespace, true) }\n        obj.attr('parent-index', index)\n        var toRemove = t.selectAll('g.'+namespace+'[level=\"'+(level+1)+'\"]')\n\n        if (typeof exitFunction == 'function' ){ toRemove.each(function(d, i){ exitFunction(d3.select(this))}) }\n        else{toRemove.remove()}\n      }\n      move += (index == currentSelection.size()-1) ? 0 : levelSpacer\n    })\n    return move\n  }\n  return recursivelyPosition\n}\n","import {modifyHexidecimalColorLuminance} from './helpers';\n\n/**\n * Creates a colorFunction\n * @constructor colorFunction\n * @namespace colorFunction\n * @returns {function} colorFunction\n */\nexport function colorFunction() {\n  var\n  data,\n\n  /**\n  * Default colors to use\n  * @param {number[]} [colors=[\"#2c7bb6\", \"#00a6ca\", \"#00ccbc\", \"#90eb9d\", \"#ffff8c\", \"#f9d057\", \"#f29e2e\", \"#e76818\", \"#d7191c\"]]\n  * @memberof colorFunction#\n  * @property\n  */\n  colors = [\"#2c7bb6\", \"#00a6ca\", \"#00ccbc\", \"#90eb9d\", \"#ffff8c\", \"#f9d057\", \"#f29e2e\", \"#e76818\", \"#d7191c\"],\n  /**\n  * Interpolator for colors\n  * @param {d3.interpolation} [interpolation=d3.interpolateRgb]\n  * @memberof colorFunction#\n  * @property\n  */\n  interpolation = d3.interpolateRgb,\n  /**\n  * Function for modifying color luminance\n  * @param {function} [modifyOpacity=modifyHexidecimalColorLuminance]\n  * @memberof colorFunction#\n  * @property\n  */\n  modifyOpacity = modifyHexidecimalColorLuminance,\n  /**\n  * How to modify color for stroke\n  * @param {number} [strokeOpacity=0]\n  * @memberof colorFunction#\n  * @property\n  */\n  strokeOpacity = 0,\n  /**\n  * How to modify color for fill\n  * @param {number} [fillOpacity=0.4]\n  * @memberof colorFunction#\n  * @property\n  */\n  fillOpacity = 0.4,\n  /**\n  * How to determine the color to use\n  * @param {string} [colorBy='index']\n  * @memberof colorFunction#\n  * @property\n  */\n  colorBy = 'index',\n  /**\n  * Sets the scale for interpolating the colors\n  * @param {number[]} [dataExtent=[0, colors.length - 1]]\n  * @memberof colorFunction#\n  * @property\n  */\n  dataExtent = [0, colors.length - 1],\n  /**\n  * Extracts the value to color by\n  * @param {function} [valueExtractor=function(k, v, i) {return v}]\n  * @memberof colorFunction#\n  * @property\n  */\n  valueExtractor = function(k, v, i) {return v},\n\n  /**\n  * Extracts the category to color by\n  * @param {function} [categoryExtractor=function(k, v, i) {return v.category}]\n  * @memberof colorFunction#\n  * @property\n  */\n  categoryExtractor = function(k, v, i) {return v.category},\n\n  /**\n  * The different type of categories of which to color by\n  * @param {string[]} [categories=undefined]\n  * @memberof colorFunction#\n  * @property\n  */\n  categories,\n\n  /**\n  * Scale for interpolating the colors\n  * @param {d3.scale} [scale=d3.scaleLinear()]\n  * @memberof colorFunction#\n  * @property\n  */\n  scale = d3.scaleLinear()\n  .interpolate(interpolation).domain(dataExtent).range(colors),\n  helperScale = d3.scaleLinear()\n\n\n\n  // var h = x => '#' + x.match(/\\d+/g).map(y = z => ((+z < 16)?'0':'') + (+z).toString(16)).join('');\n  var h = function(x) {\n    return \"#\" + x.match(/\\d+/g).map(\n      function(y, i) {\n        return  ((+y < 16)?'0':'') + (+y).toString(16)\n      }).join('');\n  }\n\n  /**\n   * Gets or sets the default colors\n   * (see {@link colorFunction#colors})\n   * @param {number[]} [_=none]\n   * @returns {colorFunction | number[]}\n   * @memberof colorFunction\n   * @property\n   */\n  colorFunction.colors = function(_) {\n    return arguments.length\n    ?\n      (\n        colors = _,\n        scale.range(colors),\n        colorFunction\n      )\n    : colors;\n  };\n  /**\n   * Gets or sets the function for interpolating the colors\n   * (see {@link colorFunction#interpolation})\n   * @param {d3.interpolation} [_=none]\n   * @returns {colorFunction | d3.interpolation}\n   * @memberof colorFunction\n   * @property\n   */\n  colorFunction.interpolation = function(_) {\n    return arguments.length\n    ?\n    (\n      interpolation = _,\n      scale.interpolate(interpolation).range(colors),\n      colorFunction\n    )\n    : interpolation;\n  };\n  /**\n   * Gets or sets the values for the scale which transforms the value to a color\n   * (see {@link colorFunction#dataExtent})\n   * @param {number[]} [_=none]\n   * @returns {colorFunction | number[]}\n   * @memberof colorFunction\n   * @property\n   */\n  colorFunction.dataExtent = function(_) {\n    return arguments.length\n    ? (\n        dataExtent = _,\n        scale.domain(dataExtent).interpolate(scale.interpolate()),\n        colorFunction\n      )\n    : dataExtent;\n  };\n  /**\n   * Gets or sets the vthe scale which transforms the value to a color\n   * (see {@link colorFunction#scale})\n   * @param {d3.scale} [_=none]\n   * @returns {colorFunction | d3.scale}\n   * @memberof colorFunction\n   * @property\n   */\n  colorFunction.scale = function(_) {\n    return arguments.length\n    ? (\n        _ = _.domain(scale.domain()).interpolate(scale.interpolate()).range(scale.range()),\n        scale = _,\n        colorFunction\n      )\n    : scale;\n  };\n  /**\n   * Gets or sets the function for modify opacity\n   * (see {@link colorFunction#modifyOpacity})\n   * @param {function} [_=none]\n   * @returns {colorFunction | function}\n   * @memberof colorFunction\n   * @property\n   */\n  colorFunction.modifyOpacity = function(_) { return arguments.length ? (modifyOpacity = _, colorFunction) : modifyOpacity; };\n  /**\n   * Gets or sets the value to modify the color for the stroke via {@link colorFunction#modifyOpacity}\n   * (see {@link colorFunction#strokeOpacity})\n   * @param {number} [_=none]\n   * @returns {colorFunction | number}\n   * @memberof colorFunction\n   * @property\n   */\n  colorFunction.strokeOpacity = function(_) { return arguments.length ? (strokeOpacity = _, colorFunction) : strokeOpacity; };\n  /**\n   * Gets or sets the value to modify the color for the stroke via {@link colorFunction#fillOpacity}\n   * (see {@link colorFunction#fillOpacity})\n   * @param {number} [_=none]\n   * @returns {colorFunction | number}\n   * @memberof colorFunction\n   * @property\n   */\n  colorFunction.fillOpacity = function(_) { return arguments.length ? (fillOpacity = _, colorFunction) : fillOpacity; };\n  /**\n   * Gets or sets the value to colorBy\n   * (see {@link colorFunction#colorBy})\n   * @param {string} [_=none]\n   * @returns {colorFunction | string}\n   * @memberof colorFunction\n   * @property\n   */\n  colorFunction.colorBy = function(_) { return arguments.length ? (colorBy = _, colorFunction) : colorBy; };\n  /**\n   * Gets or sets the value of valueExtractor\n   * (see {@link colorFunction#valueExtractor})\n   * @param {function} [_=none]\n   * @returns {colorFunction | function}\n   * @memberof colorFunction\n   * @property\n   */\n  colorFunction.valueExtractor = function(_) { return arguments.length ? (valueExtractor = _, colorFunction) : valueExtractor; };\n\n  /**\n   * Gets or sets the value of categoryExtractor\n   * (see {@link colorFunction#categoryExtractor})\n   * @param {function} [_=none]\n   * @returns {colorFunction | function}\n   * @memberof colorFunction\n   * @property\n   */\n  colorFunction.categoryExtractor = function(_) { return arguments.length ? (categoryExtractor = _, colorFunction) : categoryExtractor; };\n  /**\n   * Gets or sets the value of categoryExtractor\n   * (see {@link colorFunction#categories})\n   * @param {string[]} [_=none]\n   * @returns {colorFunction | string[]}\n   * @memberof colorFunction\n   * @property\n   */\n  colorFunction.categories = function(_) { return arguments.length ? (categories = _, colorFunction) : categories; };\n\n\n  function colorFunction(key, value, index, type, hoverQ) {\n    var c,\n    opac = type == \"fill\" ? fillOpacity : strokeOpacity;\n\n\n    updateScale()\n\n    if (colorBy == \"index\") {\n      c = (type != undefined) ? modifyOpacity(h(scale(index)), opac) : h(scale(index))\n    }\n\n    else if (colorBy == 'value') {\n      var v = valueExtractor(key, value, index);\n      // if (v < dataExtent[0]) {dataExtent[0] = v; updateScale()}\n      // if (v > dataExtent[1]) {dataExtent[1] = v; updateScale()}\n\n      c = (type != undefined) ? modifyOpacity(h(scale(v)), opac) : h(scale(v))\n    }\n\n    else if (colorBy == 'category' ){\n      var cat = categoryExtractor(key, value, index);\n      var v = categories.indexOf(cat)\n      c = (type != undefined) ? modifyOpacity(h(scale(v)), opac) : h(scale(v))\n\n    }\n\n    else {\n      c = (type != undefined) ? modifyOpacity(h(scale(index)), opac) : h(scale(index))\n    }\n\n    return c\n  }\n\n  function updateScale(){\n\n\n    helperScale.domain([0, colors.length])\n    if (colorBy == 'category' && categories != undefined) { helperScale.range([0, categories.length]) }\n    else { helperScale.range(dataExtent) }\n\n\n    var a = Array(colors.length).fill(0).map(function(d, i){ return helperScale(i) })\n    scale.domain(a)\n  }\n\n  return colorFunction\n}\n","import {safeSelect, round} from './helpers';\nimport {log, warn, info, error, consoleGroup, consoleGroupEnd} from './utils';\n/*******************************************************************************\n**                                                                            **\n**                                                                            **\n**                                 TOOLTIP                                    **\n**                                                                            **\n**                                                                            **\n*******************************************************************************/\n/**\n * Produces a function for handling the tooltip\n *\n * {@link https://sumneuron.gitlab.io/d3sm/demos/tooltip-design/index.html Demo}\n * @param {d3.selection} selection\n * @returns {tooltip}\n * @namespace tooltip\n */\nexport function tooltip( selection ) {\n\n  var\n  keys,\n  values,\n  header,\n  data,\n  selection\n\n  /**\n   * Gets / sets the keys to be displayed in the tooltip.\n   * If not set, uses d3.keys(data[key])\n   * @param {string[]} [_=none]\n   * @returns {tooltip | string[]}\n   * @memberof tooltip\n   */\n  tooltip.keys = function(_){return arguments.length ? (keys = _, tooltip) : keys};\n  /**\n   * Gets / sets the values to be displayed next to the keys.\n   * If not set, uses data[key][keys[i]].\n   * If a function, gets passed currentData (data[key]) and keys[i].\n   * @param {*[]} [_=none]\n   * @returns {tooltip | *[]}\n   * @memberof tooltip\n   */\n  tooltip.values = function(_){return arguments.length ? (values = _, tooltip) : values};\n  /**\n   * Gets / sets the header to be displayed in the tooltip.\n   * If not set, uses key\n   * @param {string} [_=none]\n   * @returns {tooltip | string}\n   * @memberof tooltip\n   */\n  tooltip.header = function(_){return arguments.length ? (header = _, tooltip) : header};\n  /**\n   * Gets / sets the data (over the selection) to be used for the tooltip\n   * @param {Object} [_=none]\n   * @returns {tooltip | Object}\n   * @memberof tooltip\n   */\n  tooltip.data = function(_){return arguments.length ? (data = _, tooltip) : data};\n  /**\n   * Gets / sets the selection for the tooltip to be applied on\n   * @param {d3.selection} [_=none]\n   * @returns {tooltip | d3.selection}\n   * @memberof tooltip\n   */\n  tooltip.selection = function(_){return arguments.length ? (selection = _, tooltip) : selection};\n\n  /**\n   * Bind, via selection.on(), the mousemove and mouseout events\n   * @returns undefined\n   */\n  function tooltip( ) {\n    selection.on('mouseover', mousemove)\n    selection.on('mousemove', mousemove)\n    selection.on('mouseout', function(){ d3.selectAll(\".d3sm-tooltip\").remove()})\n  }\n\n\n  /**\n   * Produces the tooltip on mousemove\n   * @param {string} key of the object targeted by the mousemove\n   * @param {number} i (index) of the object targeted by mousemove\n   * @memberof tooltip\n   * @private\n   */\n  function mousemove(key, i) {\n    consoleGroup('d3sm-tooltip')\n    var currentData = data[key]\n\n    var [x, y] = d3.mouse(d3.select(\"html\").node())\n    log('tooltip', 'mousemove detected',{key: key, index: i, x:x, y:y})\n    log('tooltip', 'current data', currentData)\n\n\n\n    var div = safeSelect(d3.select('html'), 'tooltip', 'd3sm-tooltip')\n    .classed('card', true)\n    .style('max-width', '300px')\n    .style('background-color', \"#212529\")\n    .style('color', 'white')\n\n\n\n    var cardBody = safeSelect(div, 'div', 'card-body')\n    var cardTitle = safeSelect(cardBody, 'h5', 'card-title')\n    .text(header == undefined ? key : typeof header == 'function' ? header(key, currentData, i) : header)\n    .style('color', 'cyan')\n\n\n    var table = safeSelect(cardBody, 'table', 'table').classed('table-dark', true)\n    var tBody = safeSelect(table, 'tbody')\n\n    tBody = tBody.selectAll('tr')\n    tBody= tBody.data(keys == undefined ? d3.keys(currentData): keys)\n    tBody.exit().remove()\n\n\n    var tr = tBody.enter().append('tr').style('max-width', '300px')\n    tr.append('td').attr('class', function(d, i){return 'tooltip-key'})\n    tr.append('td').attr('class',  function(d, i, j){return 'tooltip-value'})\n    .attr('tooltip-row-index', function(d, i){return i})\n\n    // tBody = tBody.merge(tr)\n    consoleGroup('tooltip-rows')\n    tBody.selectAll('.tooltip-key').text(function(d, i){return d})\n    tBody.selectAll('tr .tooltip-value')\n    .text(function(d, i){\n      log('tooltip', 'trying to set value', {rowKey: d, rowIndex: i})\n      var i = d3.select(this).attr('tooltip-row-index')\n      var v = currentData[d];\n\n\n      if (values != undefined) {v = values[i]; if(typeof v == \"function\") {v = v(currentData, d)}}\n      return  typeof v == 'number' ? round(v, 5) : v\n    })\n    consoleGroupEnd()\n    consoleGroupEnd()\n\n    x += 15\n    // x += 15\n    var bbox = div.node().getBoundingClientRect()\n    if (x + bbox.width > window.innerWidth - window.scrollX) { x = d3.event.pageX - bbox.width - 15 }\n    if (y + bbox.height > window.innerHeight  - window.scrollY) { y = d3.event.pageY - bbox.height - 15 }\n    div.style('position') == \"relative\"\n    ? div.style('position', 'absolute').style('left', x+'px').style('top', y+'px')\n    : div.style('left', x+'px').style('top', y+'px')\n    // .transition().duration(200).ease(d3.easeSin)\n\n    // if (bbox.x + bbox.width > window.innerWidth) {\n    //   div.style('left', (d3.event.pageX-15-bbox.width)+'px')\n    // }\n    // if (bbox.y + bbox.height > window.innerHeight) {\n    //   div.style('top', (d3.event.pageY-15-bbox.height)+'px')\n    // }\n\n    div.attr('z-index', 10000)\n  }\n\n  return tooltip\n}\n","import {hypenate, safeSelect} from './helpers';\n\nexport function selectFilter(selection) {\n\n  var\n  data,\n  namespace = 'd3sm-select-filter',\n  selectionName = 'Select options:',\n  defaultValue = undefined\n\n\n\n\n  var lastValue = undefined\n\n  selectFilter.data = function(_) { return arguments.length ? (data = _, selectFilter) : data}\n  selectFilter.namespace = function(_) { return arguments.length ? (namespace = _, selectFilter) : namespace}\n  selectFilter.selectionName = function(_) { return arguments.length ? (selectionName = _, selectFilter) : selectionName}\n  selectFilter.defaultValue = function(_) { return arguments.length ? (defaultValue = _, selectFilter) : defaultValue}\n  selectFilter.currentOption = currentOption\n\n  function selectFilter() {\n    var\n    container = safeSelect(selection, 'div', 'input-group').classed(hypenate(namespace,'container'),true),\n\n      selectPrepend = safeSelect(container, 'div', 'select-prepend').classed('input-group-prepend', true),\n        selectPrependSpan = safeSelect(selectPrepend, 'span', 'input-group-text').text(selectionName),\n\n      select = safeSelect(container, 'select', 'custom-select').classed(hypenate(namespace,'select'),true),\n\n      selectAppend = safeSelect(container, 'div', 'select-append').classed('input-group-prepend', true),\n        selectAppendButton = safeSelect(selectAppend, 'a', 'filter-button').classed('btn btn-outline-secondary', true),\n          filterButtonIcon = safeSelect(selectAppendButton, 'i', 'fa fa-filter'),\n\n      inputGroup = safeSelect(container, 'div', 'filter-input-group').classed('input-group',true).classed('d-none', true),\n        inputPrepend = safeSelect(inputGroup, 'div', 'input-group-prepend'),\n          inputPrependSpan = safeSelect(inputPrepend, 'span', 'input-group-text').classed('search-button', true),\n            inputPrependSpanIcon = safeSelect(inputPrependSpan,'i','fa fa-search'),\n\n        input = safeSelect(inputGroup, 'input', 'form-control').attr('placeholder', 'all').attr('type', 'text'),\n        inputAppend = safeSelect(inputGroup, 'div', 'input-group-append'),\n          inputAppendButton = safeSelect(inputAppend, 'a', 'close-button').classed('btn btn-outline-secondary', true),\n            inputAppendButtonIcon = safeSelect(inputAppendButton, 'i', 'fa fa-close')\n\n\n    var keys = d3.keys(data),\n    options = select.selectAll('option')\n\n    options = options.data(d3.keys(data))\n    options = options.merge(options.enter().append('option'))\n    .attr('value', function(d, i){return d})\n    .text(function(d, i){return d})\n\n    var\n    filterButton = selectAppendButton,\n    closeButton = inputAppendButton\n\n    filterButton.on('click', function(d, i){\n      var currentStyle = inputGroup.classed('d-none')\n      inputGroup.classed('d-none', !currentStyle)\n    })\n\n    closeButton.on('click', function(d, i){\n      input.property('value', '').dispatch('input')\n    })\n\n    input.on('input', function(d, i){\n      var\n      val = input.property('value'),\n      reg = new RegExp(val, 'gi'),\n      use\n\n      if (val == '') {use = keys}\n      else {\n        use = []\n        d3.keys(data).map(function(option, j){\n          var match = option.match(reg)\n          if (match == null || match.join('') == '') {}\n          else { use.push(option) }\n        })\n      }\n\n      options = select.selectAll('option')\n      options = options.data(use)\n      options.exit().remove()\n      options = options.merge(options.enter().append('option'))\n      .attr('value', function(d, i){return d})\n      .text(function(d, i){return d})\n\n      var current = currentOption()\n      if (lastValue != current) {\n        lastValue = current\n        select.dispatch('change')\n      }\n    })\n\n\n  }\n\n  function currentOption() {\n    var val = selection.select(\"select\").property('value')\n    return val == undefined || val == ''\n    ? defaultValue == undefined\n      ? d3.keys(data)[0]\n      : defaultValue\n    : val\n  }\n\n  return selectFilter\n}\n","import {hypenate, safeSelect, euclideanDistance} from './helpers';\nimport {setupContainer, calculateWidthOfObject, calculateWidthOfSpacer} from './utils';\nimport {unique, hasQ, flatten, whichBin} from './array-functions';\nimport {groupingSpacer} from './grouping-spacer';\nimport {colorFunction as CF} from './color-function';\nimport {tooltip as TTip} from './tooltip';\nimport './d3-prototypes';\n\nfunction getTranslation(selection){\n  var transform = selection.attr('transform')\n  var [junk, xy] =transform.split('translate(')\n  var [x, y] = xy.split(',')\n  y, junk = y.split(')')\n  return [parseFloat(x), parseFloat(y)]\n}\n\nexport function lasso( selection ) {\n  var\n  svg, // svg that is target of events\n  objectContainer, // container which houses objects we are selecting (allows for transform to be applied to lasso)\n  objectClass, // class of object we are selecting\n  namespace=\"d3sm-lasso\",\n  chartContainer,\n  chartOffset,\n  objectsOffset,\n  eventCatcher,\n\n  xScale, // optional scale for the lasso currentPoints\n  yScale, // optional scale for the lasso currentPoints\n\n  activeQ = false, // whether or not lasso is active\n\n  currentPoints=[], // mouse points for current lasso\n  allPoints=[], // list of lists for all points of lassos\n\n  line = d3.line()\n  .x(function(d, i){\n    var x\n    if (xScale != undefined) { x = xScale(d[0]) }\n    else {x = d[0]}\n    return x //- chartOffset[0]// - objectsOffset[0]\n  })\n  .y(function(d, i){\n    var y\n    if (yScale != undefined) { y= yScale(d[1]) }\n    else {y =  d[1]}\n    return y// - chartOffset[1]// - objectsOffset[1]\n  })\n  .curve(d3.curveLinearClosed),\n\n  instance=0,    // an indentifier for which instance this lasso is under the current svg\n\n  tickDistance = 10,\n\n  // styles for lasso path\n  color = '#17a2b8',\n  animationRate = '10s',\n  opacity=0.3,\n  dashArray = '5, 10',\n  stroke = 'black',\n  strokeWidth=2,\n\n  // styles for lassoed objects\n  lassoedFill = \"white\",\n  lassoedStroke = 'black',\n  lassoedStrokeWidth = 3,\n\n  transitionDuration = 1000,\n  easeFunc = d3.easeExp\n\n  var path\n\n  lasso.svg = function(_) { return arguments.length ? (svg = _, lasso) : svg; }\n  lasso.chartContainer = function(_) { return arguments.length ? (chartContainer = _, lasso) : chartContainer; }\n  lasso.objectContainer = function(_) { return arguments.length ? (objectContainer = _, lasso) : objectContainer; }\n  lasso.objectClass = function(_) { return arguments.length ? (objectClass = _, lasso) : objectClass; }\n  lasso.namespace = function(_) { return arguments.length ? (namespace = _, lasso) : namespace; }\n  lasso.xScale = function(_) { return arguments.length ? (xScale = _, lasso) : xScale; }\n  lasso.yScale = function(_) { return arguments.length ? (yScale = _, lasso) : yScale; }\n  lasso.activeQ = function(_) { return arguments.length ? (activeQ = _, lasso) : activeQ; }\n  lasso.currentPoints = function(_) { return arguments.length ? (currentPoints = _, lasso) : currentPoints; }\n  lasso.allPoints = function(_) { return arguments.length ? (allPoints = _, lasso) : allPoints; }\n  lasso.instance = function(_) { return arguments.length ? (instance = _, lasso) : instance; }\n  lasso.tickDistance = function(_) { return arguments.length ? (tickDistance = _, lasso) : tickDistance; }\n  lasso.color = function(_) { return arguments.length ? (color = _, lasso) : color; }\n  lasso.animationRate = function(_) { return arguments.length ? (animationRate = _, lasso) : animationRate; }\n  lasso.opacity = function(_) { return arguments.length ? (opacity = _, lasso) : opacity; }\n  lasso.dashArray = function(_) { return arguments.length ? (dashArray = _, lasso) : dashArray; }\n  lasso.stroke = function(_) { return arguments.length ? (stroke = _, lasso) : stroke; }\n  lasso.lassoedFill = function(_) { return arguments.length ? (lassoedFill = _, lasso) : lassoedFill; }\n  lasso.lassoedStroke = function(_) { return arguments.length ? (lassoedStroke = _, lasso) : lassoedStroke; }\n  lasso.lassoedStrokeWidth = function(_) { return arguments.length ? (lassoedStrokeWidth = _, lasso) : lassoedStrokeWidth; }\n  lasso.eventCatcher = function(_) { return arguments.length ? (eventCatcher = _, lasso) : eventCatcher; }\n\n  lasso.drag = drag\n  lasso.draw = draw\n  lasso.tick = tick\n  lasso.detect = detect\n  lasso.toggle = toggle\n  lasso.remove = remove\n  lasso.render = render\n  lasso.keyFrames = keyFrames\n  lasso.updateObjects = updateObjects\n  lasso.applyPathAttributes = applyPathAttributes\n  lasso.applyObjectAttributes = applyObjectAttributes\n\n  keyFrames()\n\n  function lasso() {\n    // add a dash animation if needed\n    if (activeQ) { transitionDraw() }\n  }\n\n  function toggle(state) {\n    // use optional param to set state, otherwise toggle state\n    activeQ = (state!=undefined) ? state : !activeQ\n    chartOffset = getTranslation(chartContainer)\n    objectsOffset = getTranslation(objectContainer)\n\n    if (activeQ) {\n      svg.node().addEventListener('mousedown', render, true)\n    } else {\n      svg.node().removeEventListener('mousedown', render, true)\n      remove()\n    }\n\n  }\n\n  function draw() {\n    chartOffset = getTranslation(chartContainer)\n    objectsOffset = getTranslation(objectContainer)\n\n    var container = safeSelect(objectContainer, 'g', 'lasso-container')\n    var paths = container.selectAll('path[instance=\"'+instance+'\"]')\n\n    // update\n    paths = paths.data(allPoints)\n\n    // remove excess\n    var pExit = paths.exit().remove()\n    // add needed paths\n    var pEnter = paths.enter().append('path')\n\n    // merge\n    paths = paths.merge(pEnter)\n\n    // apply\n    applyPathAttributes(paths)\n  }\n\n  function remove() {\n    var container = safeSelect(objectContainer, 'g', 'lasso-container')\n    var paths = container.selectAll('path[instance=\"'+instance+'\"]').remove()\n    container.remove()\n    objectContainer.selectAll(objectClass).classed(\"in-lasso\", false)\n    updateObjects()\n  }\n\n  function render( event ) {\n    // nothing can interefer with drawing the lasso\n    event.preventDefault(); event.stopPropagation();\n\n    var container = safeSelect(objectContainer, 'g', 'lasso-container')\n\n    /*\n    each time the user presses down, while the state is active, the lasso\n    the lasso should make a seperate segment.\n    */\n    currentPoints = [];\n\n    svg.node().addEventListener('mousemove', drag)\n    svg.node().addEventListener('mouseup', function(event) {\n      svg.node().removeEventListener('mousemove', drag)\n      allPoints.push(currentPoints)\n      // BUG:  somehow this is pushing currentPoints n times where n is the nth lasso path for the current instance\n      // NOTE: allPoints = unique(allPoints) is a temporary and inefficient fix\n      allPoints = unique(allPoints)\n    })\n\n    path = container.append('path').data([currentPoints])\n    applyPathAttributes(path)\n  }\n\n  function transitionDraw() {\n    var container = safeSelect(objectContainer, 'g', 'lasso-container')\n    var paths = container.selectAll('path[instance=\"'+instance+'\"]')\n\n    // update\n    paths = paths.data(allPoints)\n\n    // remove excess\n    var pExit = paths.exit().remove()\n    // add needed paths\n    var pEnter = paths.enter().append('path')\n\n    // merge\n    paths = paths.merge(pEnter)\n    .transition().duration(transitionDuration)\n    .ease(easeFunc)\n    applyPathAttributes(paths)\n\n  }\n\n  function applyPathAttributes(path) {\n    path\n    .attr(\"class\", hypenate(namespace, \"lasso-path\"))\n    .style('opacity', opacity)\n    .attr('fill', color)\n    .attr(\"d\", line)\n    .attr('instance', instance)\n    .style(\"stroke-dasharray\", dashArray)\n    .attr(\"stroke\", stroke)\n    .attr(\"stroke-width\", strokeWidth)\n    .style('animation', 'lassoDash '+animationRate+' linear')\n    .style(\"animation-iteration-count\", \"infinite\")\n  }\n\n  function drag(event) {\n    /*\n    effectively create a mouse down and move event (which normally is inteperated\n    as 'drag' by the browser) by dynamically adding / removing this event on\n    mouse down / mouse up.\n    */\n\n    if (eventCatcher != undefined) {eventCatcher.dispatch(hypenate(namespace,\"drag\"))}\n    // d3.dispatch(hypenate(namespace,\"drag\"))\n\n    if (event.which != 1) {return} // ensures left mouse button set\n    d3.event = event\n    var pt = d3.mouse(objectContainer.node());\n    var pt = d3.mouse(svg.node());\n\n    if (xScale != undefined) {pt[0] = xScale.invert(pt[0])}\n    if (yScale != undefined) {pt[1] = yScale.invert(pt[1])}\n    pt[0] = pt[0] - chartOffset[0] - objectsOffset[0]\n    pt[1] = pt[1] - chartOffset[1] - objectsOffset[1]\n\n    /* if we have a point already, test if it passes a minimum distance to prevent overwhelming with too many tick functions */\n    if (currentPoints.length) {\n      var lastPt = currentPoints[currentPoints.length - 1]\n      var a = [pt[0], pt[1]], b = [lastPt[0], lastPt[1]]\n\n      if (xScale) {b[0] = xScale(b[0]); a[0] = xScale(a[0])}\n      if (yScale) {b[1] = yScale(b[1]); a[1] = yScale(a[1])}\n\n      var dist = euclideanDistance(b, a)\n      if (dist > tickDistance) { tick(pt) }\n    }\n    else { tick(pt) }\n  }\n\n\n  function tick (pt) {\n    /*\n    If a point is provided update data and objects.\n    Otherwise just call on data we already have.\n\n    Why like this?:\n    1. currentPoints is current points to allow disjunct lassos, currentPoints is only pushed to\n    allPoints after mouseup.\n    2. to allow render of objects in the lasso class / updating the data list\n    just by toggling the button\n    */\n\n    if (pt != undefined) {\n      currentPoints.push(pt);\n      path.attr(\"d\", line);\n      if (currentPoints.length < 3) {return} // need at least 3 points to detect anything.\n      detect(allPoints.concat([currentPoints]))\n    } else {\n      detect(allPoints)\n    }\n  }\n\n\n  function detect(lassos) {\n    if (lassos == undefined) {lassos = allPoints}\n    objectContainer.selectAll(objectClass).each(function(d, i){\n      var current = d3.select(this),\n\n      box = current.absolutePosition(),\n      // box = current.relativePositionTo(objectContainer.node()),\n\n      boxPts = [\n        [\n          box.left - chartOffset[0] - objectsOffset[0],\n          box.top - chartOffset[1] - objectsOffset[1]\n        ],\n        [\n          box.right - chartOffset[0] - objectsOffset[0],\n          box.top - chartOffset[1] - objectsOffset[1]\n        ],\n        [\n          box.left - chartOffset[0] - objectsOffset[0],\n          box.bottom - chartOffset[1] - objectsOffset[1]\n        ],\n        [\n          box.right - chartOffset[0] - objectsOffset[0],\n          box.bottom - chartOffset[1] - objectsOffset[1]\n        ]\n      ]\n\n      if (xScale != undefined) {\n        boxPts[0][0] = xScale.invert(boxPts[0][0])\n        boxPts[1][0] = xScale.invert(boxPts[1][0])\n        boxPts[2][0] = xScale.invert(boxPts[2][0])\n        boxPts[3][0] = xScale.invert(boxPts[3][0])\n      }\n      if (yScale != undefined) {\n        boxPts[0][1] = yScale.invert(boxPts[0][1])\n        boxPts[1][1] = yScale.invert(boxPts[1][1])\n        boxPts[2][1] = yScale.invert(boxPts[2][1])\n        boxPts[3][1] = yScale.invert(boxPts[3][1])\n      }\n\n\n      /*\n      flag needed as we have to test multiple lasso segments, and if the point\n      is not in one segment, it does not mean it is not in any\n      */\n      var inAnyLassoQ = false;\n      for (var i = 0; i < lassos.length; i++) {\n        var lassoPoints = lassos[i]\n        // .map(function(pt){\n        //   var x, y = pt\n        //   if (xScale!=undefined) {x = xScale(x)}\n        //   if (yScale!=undefined) {y = yScale(y)}\n        //   return [x, y]\n        // })\n        var boxInLassoQ = boxPts.every(coord => d3.polygonContains(lassoPoints, coord))\n\n        if (boxInLassoQ) { inAnyLassoQ = true; } // only update flag in the positive case.\n      }\n\n      current.classed('in-lasso', inAnyLassoQ)\n      current.classed('in-lasso-'+instance, inAnyLassoQ)\n    })\n\n    updateObjects()\n    return objectContainer.selectAll('.in-lasso-'+instance)\n  }\n\n\n\n  function updateObjects() {\n    objectContainer.selectAll(objectClass).each(function(d, i) {\n      var t = d3.select(this)\n      applyObjectAttributes(t, t.classed('in-lasso'))\n    })\n  }\n\n  function applyObjectAttributes(obj, setQ) {\n    var\n    preLassoFill = obj.attr('_pre_lasso_fill'),\n    preLassoStroke = obj.attr('_pre_lasso_stroke'),\n    preLassoStrokeWidth = obj.attr('_pre_lasso_stroke-width')\n\n    if (setQ) {\n      obj.classed(\"in-lasso\", true)\n      obj.classed('in-lasso-'+instance, true)\n      if (preLassoFill == undefined) { obj.attr('_pre_lasso_fill', obj.attr('fill')) }\n      if (preLassoStroke == undefined) { obj.attr('_pre_lasso_stroke', obj.attr('stroke')) }\n      if (preLassoStrokeWidth == undefined) { obj.attr('_pre_lasso_stroke-width', obj.attr('stroke-width')) }\n\n      obj\n      //BUG: when .raise()\n      .attr('fill', lassoedFill)\n      .attr('stroke', lassoedStroke)\n      .attr('stoke-width', lassoedStrokeWidth)\n\n    } else {\n      obj.classed(\"in-lasso\", false)\n      obj.classed('in-lasso-'+instance, false)\n      if (preLassoFill != undefined) { obj.attr('fill', preLassoFill) }\n      if (preLassoStroke != undefined) { obj.attr('stroke', preLassoStroke) }\n      if (preLassoStrokeWidth != undefined) { obj.attr('stroke-width', preLassoStrokeWidth) }\n    }\n  }\n\n  function keyFrames() {\n    var style =\n    d3.select(\"html\").select('style.'+hypenate(namespace,\"lasso-dash\"))\n    if (style.empty()) {\n      d3.select(\"html\").append('style')\n      .classed(hypenate(namespace,\"lasso-dash\"), true)\n      .html(\"@keyframes lassoDash {to { stroke-dashoffset: 1000;}}\")\n    }\n\n  }\n  return lasso\n}\n","import {getContainingSVG} from \"./helpers\";\n/*******************************************************************************\n**                                                                            **\n**                                                                            **\n**                             D3 EXTENSIONS                                  **\n**                                                                            **\n**                                                                            **\n*******************************************************************************/\n/**\n* Recursively ascends parents of selection until it finds an svg tag\n* @function d3.selection.thisSVG\n* @augments d3.selection\n* @returns {Element} which is the svg tag, not the d3 selection of that tag\n*/\nd3.selection.prototype.thisSVG = function() { return getContainingSVG(this.node()); }\n\n\n/**\n* Helper for getting absolute position of the mouse\n* @function d3.mouse.absolute\n* @augments d3.mouse\n* @returns {number[]} [x, y] as they relate to `html` not to local scope.\n*/\nd3.mouse.absolute = function() {\n  var html = d3.select('html').node()\n  var [x, y] = this(html)\n  return [x, y]\n}\n\n\n/**\n* Gets position of the selection in relation to the containing svg\n* @see{@link getContainingSVG}\n* @function d3.selection.absolutePosition\n* @augments d3.selection\n* @returns {Object} with structure similar to getBoundingClientRect, e.g.\n* top, left, bottom, right, height, width\n*/\nd3.selection.prototype.absolutePosition = function() {\n    var element = this.node();\n    var elementPosition = element.getBoundingClientRect();\n    var containerSVG = getContainingSVG(element)\n    var svgPosition = containerSVG.getBoundingClientRect();\n\n    return {\n        top:    elementPosition.top    - svgPosition.top,\n        left:   elementPosition.left   - svgPosition.left,\n        bottom: elementPosition.bottom - svgPosition.top,\n        right:  elementPosition.right  - svgPosition.left,\n        height: elementPosition.height,\n        width:  elementPosition.width\n    };\n\n}\n\n\nd3.selection.prototype.relativePositionTo = function(container) {\n    var element = this.node();\n    var elementPosition = element.getBoundingClientRect();\n    var containerSVG = container\n    var svgPosition = containerSVG.getBoundingClientRect();\n\n    return {\n        top:    elementPosition.top    - svgPosition.top,\n        left:   elementPosition.left   - svgPosition.left,\n        bottom: elementPosition.bottom - svgPosition.top,\n        right:  elementPosition.right  - svgPosition.left,\n        height: elementPosition.height,\n        width:  elementPosition.width\n    };\n\n}\n","// Import styles (automatically inject into <head>).\n// import '../styles/main.css';\nimport {axis} from './modules/axis';\nimport {bar} from './modules/bar';\nimport {bubbleHeatmap} from './modules/bubble-heatmap';\nimport {heatmap} from './modules/heatmap';\nimport {boxwhisker} from './modules/box-whisker';\nimport {colorFunction} from './modules/color-function';\nimport {datatoggle} from './modules/data-toggle';\nimport {groupingSpacer} from './modules/grouping-spacer';\nimport {tooltip} from './modules/tooltip';\nimport {scatter} from './modules/scatter';\nimport {plotZoom} from './modules/plot-zoom';\nimport {multiPlotZoom} from './modules/multi-plot-zoom';\nimport {violin} from './modules/violin';\nimport {numericLegend} from './modules/numeric-legend';\nimport {categoricLegend} from './modules/categorical-legend';\nimport {lasso} from './modules/lasso';\nimport {lassoWidget} from './modules/lasso-widget';\nimport {selectFilter} from './modules/select-filter';\nimport {upset} from './modules/upset';\nimport {filterTable} from './modules/filter-table';\n\nimport {uniqueElements, getTranslation, modifyHexidecimalColorLuminance, tickRange,\nquartiles, extractViolinValues, hypenate, round, getContainingSVG,\ninterpolateColors, truncateText, safeSelect} from './modules/helpers';\n\nimport {\n  all, tally, hasQ, first, last, total, unique, get, listOfListsQ,\n  cut, groupBy, arrayEquals, elementsAtLevels, numberOfElements,\n  flatten, whichBin\n} from './modules/array-functions';\n\n\nimport {\n  setupStandardChartContainers, log as myLog, warn, info, error,\n  consoleGroup, consoleGroupEnd, resizeDebounce\n} from './modules/utils';\n\n// /** @module d3sm */\nvar d3sm = {};\nd3sm.axis = axis;\nd3sm.bar = bar;\nd3sm.bubbleHeatmap = bubbleHeatmap;\nd3sm.heatmap = heatmap;\nd3sm.boxwhisker = boxwhisker;\nd3sm.colorFunction = colorFunction;\nd3sm.datatoggle = datatoggle;\nd3sm.groupingSpacer = groupingSpacer;\nd3sm.tooltip = tooltip;\nd3sm.scatter = scatter;\nd3sm.plotZoom = plotZoom;\nd3sm.multiPlotZoom = multiPlotZoom;\nd3sm.violin = violin;\nd3sm.numericLegend = numericLegend;\nd3sm.categoricLegend = categoricLegend;\nd3sm.lasso = lasso;\nd3sm.lassoWidget = lassoWidget;\nd3sm.selectFilter = selectFilter;\nd3sm.upset = upset;\nd3sm.filterTable = filterTable;\n\nd3sm.uniqueElements = uniqueElements;\nd3sm.getTranslation = getTranslation;\nd3sm.modifyHexidecimalColorLuminance = modifyHexidecimalColorLuminance;\nd3sm.tickRange = tickRange;\nd3sm.quartiles = quartiles;\nd3sm.extractViolinValues = extractViolinValues;\nd3sm.hypenate = hypenate;\nd3sm.round = round;\nd3sm.getContainingSVG = getContainingSVG;\nd3sm.interpolateColors = interpolateColors;\nd3sm.truncateText = truncateText;\nd3sm.safeSelect = safeSelect;\n\nd3sm.whichBin = whichBin;\nd3sm.unique = unique;\nd3sm.flatten = flatten;\n\nd3sm.setupStandardChartContainers = setupStandardChartContainers;\nd3sm.log = myLog;\nd3sm.warn = warn;\nd3sm.info = info;\nd3sm.error = error;\nd3sm.consoleGroup = consoleGroup;\nd3sm.consoleGroupEnd = consoleGroupEnd;\nd3sm.resizeDebounce = resizeDebounce;\n\nd3sm.debugQ = false\n\n\n\n// Import a logger for easier debugging\n// import debug from 'debug';\n// const log = debug('app:log');\n\n// The logger should only be disabled if we're not in production.\n// if (ENV !== 'production') {\n//   // Enable the logger.\n//   debug.enable('*');\n//   log('Logging is enabled!');\n//\n//   // Enable LiveReload\n//   document.write(\n//     '<script src=\"http://'\n//     + (location.host || 'localhost').split(':')[0]\n//     + ':35729/livereload.js?snipver=1\"></'\n//     + 'script>'\n//   );\n// } else {\n//   debug.disable();\n// }\n\nwindow.d3sm = d3sm;\n\nexport default d3sm\n","import {\n  hypenate, safeSelect, extractViolinValues,\n  tickRange, modifyHexidecimalColorLuminance, truncateText,\n  truncateString,\n  round\n} from './helpers';\nimport {setupContainer, calculateWidthOfObject, calculateWidthOfSpacer} from './utils';\nimport {unique, hasQ, flatten} from './array-functions';\nimport {groupingSpacer} from './grouping-spacer';\n/*******************************************************************************\n**                                                                            **\n**                                                                            **\n**                                  AXIS                                      **\n**                                                                            **\n**                                                                            **\n*******************************************************************************/\n\n/**\n * Creates an axis\n *\n * {@link https://sumneuron.gitlab.io/d3sm/demos/axes/index.html Demo}\n * @constructor axis\n * @param {d3.selection} selection\n * @namespace axis\n * @returns {function} axis\n */\nexport function axis ( selection ) {\n  var\n  /**\n  * The orientation of the axis\n  * (see {@link axis#orient})\n  * @param {string} [orient='bottom']\n  * @memberof axis#\n  * @property\n  */\n  orient = 'bottom',       // direction of the axis\n\n  /**\n  * Amount of horizontal space (in pixels) avaible to render the axis in\n  * (see {@link axis#spaceX})\n  * @param {number} [spaceX=0]\n  * @memberof axis#\n  * @property\n  */\n  spaceX=0,\n  /**\n  * Amount of vertical space (in pixels) avaible to render the axis in\n  * (see {@link axis.spaceY})\n  * @param {number} [spaceY=0]\n  * @memberof axis#\n  * @property\n  */\n  spaceY=0,\n\n\n  /**\n  * Whether or not to allow axis to render elements pass the main spatial dimension\n  * given the orientation (see {@link axis#orient}), where {@link axis#orient}=\"bottom\" or {@link axis#orient}=\"top\"\n  * the main dimension is {@link axis#spaceX} and where {@link axis#orient}=\"left\" or {@link axis#orient}=\"right\"\n  * the main dimension is {@link axis#spaceY}\n  * @param {boolean} [overflowQ=false]\n  * @memberof axis#\n  * @property\n  */\n  overflowQ = false,    // whether or not to allow overflow\n  /**\n  * Whether or not the axis labels are for categorical data. If false,\n  * will use {@link axis#scale} to position ticks.\n  * @param {boolean} [categoricalQ=false]\n  * @memberof axis#\n  * @property\n  */\n  categoricalQ = false, // whether or not the axis is showing values or groups\n  /**\n  * Whether or not the axis ticks should have guidelines\n  * @param {boolean} [categoricalQ=false]\n  * @memberof axis#\n  * @property\n  */\n  guideLinesQ = false,    // whether or not to allow overflow\n\n\n  /**\n  * How to group the tick labels\n  * @param {Array[]} [grouping=undefined] list of putatively other lists, which should correspond to tickLabels\n  * will space tick labels in nested lists closer together than outer lists\n  * @memberof axis#\n  * @property\n  */\n  grouping,\n\n  /**\n  * The scale for which non-categorial (see {@link axis#categoricalQ}) ticks should be spaced\n  * @param {d3.scale} [scale=d3.scaleLinear]\n  * @memberof axis#\n  * @property\n  */\n\n  scale = d3.scaleLinear(),\n  /**\n  * The padding for the domain of the scale (see {@link axis#scale})\n  * @param {d3.scale} [scale=d3.scaleLinear]\n  * @memberof axis#\n  * @property\n  */\n  domainPadding = 0.5,\n\n\n  /**\n  * Default space for the spacer (percentage) of main dimension given the orientation\n  * (see {@link axis#orient}), where {@link axis#orient}=\"bottom\" or {@link axis#orient}=\"top\"\n  * the main dimension is {@link axis#spaceX} and where {@link axis#orient}=\"left\" or {@link axis#orient}=\"right\"\n  * the main dimension is {@link axis#spaceY}between ticks\n  * @param {number} [objectSpacer=0.05]\n  * @memberof axis#\n  * @property\n  */\n  objectSpacer = 0.05,\n  /**\n  * The minimum size that an object can be if {@link axis#categoricalQ} is set to true\n  * @param {number} [minObjectSize=15]\n  * @memberof axis#\n  * @property\n  */\n  minObjectSize = 15,\n  /**\n  * The maximum size that an object can be if {@link axis#categoricalQ} is set to true\n  * @param {number} [maxObjectSize=15]\n  * @memberof axis#\n  * @property\n  */\n  maxObjectSize = 50,\n\n  /**\n  * Color of the background\n  * @param {string} [backgroundFill=\"transparent\"]\n  * @memberof axis#\n  * @property\n  */\n  backgroundFill = 'transparent',\n  /**\n  * Namespace for all items made by this instance of axis\n  * @param {string} [namespace=\"d3sm-axis\"]\n  * @memberof axis#\n  * @property\n  */\n  namespace = 'd3sm-axis',\n  /**\n  * Class name for tick container (<g> element)\n  * @param {string} [objectClass=\"tick-group\"]\n  * @memberof axis#\n  * @property\n  */\n  objectClass = 'tick-group',\n\n  /**\n  * Values to show at each tick. Only used if categoricalQ is set true. See {@link axis#categoricalQ}\n  * @param {string[]} [tickLabels=undefined]\n  * @memberof axis#\n  * @property\n  */\n  tickLabels,   // what to place at ticks\n  /**\n  * Values to show at each tick. Only used if categoricalQ is set false. See {@link axis#categoricalQ}\n  * @param {string[] | number[]} [objectClass=undefined]\n  * @memberof axis#\n  * @property\n  */\n  tickValues,   // where to place ticks if not\n  /**\n  * Number of ticks to display if categoricalQ is false. See {@link axis#categoricalQ}\n  * @param {number} [numberOfTicks=5]\n  * @memberof axis#\n  * @property\n  */\n  numberOfTicks = 5,\n\n\n  /**\n  * Stroke color of the main axis line\n  * @param {string} [lineStroke='black']\n  * @memberof axis#\n  * @property\n  */\n  lineStroke = 'black',\n  /**\n  * Stroke width of the main axis line\n  * @param {number} [lineStrokeWidth=3]\n  * @memberof axis#\n  * @property\n  */\n  lineStrokeWidth = 3,\n\n\n  /**\n  * Stroke color of ticks\n  * @param {string} [tickStroke='black']\n  * @memberof axis#\n  * @property\n  */\n  tickStroke = 'black',\n  /**\n  * Stroke number of ticks\n  * @param {string} [tickStrokeWidth=2]\n  * @memberof axis#\n  * @property\n  */\n  tickStrokeWidth = 2,\n  /**\n  * Length - in pixels - of ticks\n  * @param {number} [tickLength=10]\n  * @memberof axis#\n  * @property\n  */\n  tickLength = 10,\n\n  tickTickLabelSpacer = 10,\n  tickLabelMargin = 10,\n\n\n  /**\n  * Font size of tick labels\n  * @param {number} [tickLabelFontSize=14]\n  * @memberof axis#\n  * @property\n  */\n  tickLabelFontSize = 14,\n  /**\n  * Min font size of tick labels\n  * @param {number} [tickLabelMinFontSize=8]\n  * @memberof axis#\n  * @property\n  */\n  tickLabelMinFontSize = 8,\n  /**\n  * Max font size of tick labels\n  * @param {number} [tickLabelMaxFontSize=20]\n  * @memberof axis#\n  * @property\n  */\n  tickLabelMaxFontSize = 20,\n\n\n  /**\n  * Text anchor of tick labels\n  * @param {string} [tickLabelTextAnchor=\"middle\"]\n  * @memberof axis#\n  * @property\n  */\n  tickLabelTextAnchor,\n  /**\n  * Rotation of tick labels\n  * @param {number} [tickLabelRotation=0]\n  * @memberof axis#\n  * @property\n  */\n  tickLabelRotation,\n  /**\n  * Optional function for extracting the tick label from data\n  * @param {function} [tickLabelFunc=undefined]\n  * @memberof axis#\n  * @property\n  */\n  tickLabelFunc = undefined,\n\n  /**\n  * Optional function for what to do when label is clicked\n  * @param {function} [tickLabelOnClick=function(d, i){}]\n  * @memberof axis#\n  * @property\n  */\n  tickLabelOnClick = function(d, i){},\n\n  /**\n  * Optional function for what to do when label is hovered\n  * @param {function} [tickLabelOnHoverFunc=function(d, i){}]\n  * @memberof axis#\n  * @property\n  */\n  tickLabelOnHoverFunc = function(d, i){\n    return String(d).replace('-', ' ').replace('_', ' ')\n  },\n\n\n  /**\n  * Length of guidelines\n  * @param {function} [guidelineSpace=undefined]\n  * @memberof axis#\n  * @property\n  */\n  guidelineSpace,\n  /**\n  * Stroke color of guidlines\n  * @param {string} [guidelineSpace=\"#333333\"]\n  * @memberof axis#\n  * @property\n  */\n  guideLineStroke = '#333333',\n  /**\n  * Stroke width of guidlines\n  * @param {number} [guidelineSpace=2]\n  * @memberof axis#\n  * @property\n  */\n  guideLineStrokeWidth = 2,\n\n  /**\n  * Duration of all transitions of this element\n  * @param {number} [transitionDuration=1000]\n  * @memberof axis#\n  * @property\n  */\n  transitionDuration = 1000,\n  /**\n  * Easing function for transitions\n  * @param {d3.ease} [easeFunc=d3.easeExp]\n  * @memberof axis#\n  * @property\n  */\n  easeFunc = d3.easeExp,\n\n\n  /**\n  * Closure variable for getting object size after calculation\n  * @param {number} [objectSize=undefined]\n  * @memberof axis#\n  * @property\n  */\n  objectSize,\n  /**\n  * Closure variable for getting spacer size after calculation\n  * @param {number} [spacerSize=undefined]\n  * @memberof axis#\n  * @property\n  */\n  spacerSize,\n\n  /**\n  * Decimal percision to round numerical tick labels to\n  * @param {number} [roundTo=2]\n  * @memberof axis#\n  * @property\n  */\n  roundTo = 2,\n\n  label,\n\n\n  reverseScaleQ = false\n\n  axis.label = function(_) { return arguments.length ? (label = _, axis) : label; };\n  axis.tickTickLabelSpacer = function(_) { return arguments.length ? (tickTickLabelSpacer = _, axis) : tickTickLabelSpacer; };\n  axis.tickLabelMargin = function(_) { return arguments.length ? (tickLabelMargin = _, axis) : tickLabelMargin; };\n  /**\n   * Gets or sets the selection in which items are manipulated\n   * @param {d3.selection} [_=none]\n   * @returns {axis | d3.selection}\n   * @memberof axis\n   * @property\n   * by default selection = selection\n   */\n\n  axis.selection = function(_) { return arguments.length ? (selection = _, axis) : selection; };\n\n  /**\n   * Gets or sets the orientation in which items are manipulated\n   * (see {@link axis#orient})\n   * @param {string} [_=none] should be horizontal or vertical\n   * @returns {axis | string}\n   * @memberof axis\n   * @property\n   * by default orient=\"bottom\"\n   */\n  axis.orient = function(_) { return arguments.length ? (orient = _, axis) : orient; };\n  /**\n   * Gets or sets the amount of horizontal space in which items are manipulated\n   * (see {@link axis#spaceX})\n   * @param {number} [_=none] should be a number > 0\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default spaceX = undefined\n   */\n  axis.spaceX = function(_) { return arguments.length ? (spaceX = _, axis) : spaceX; };\n  /**\n   * Gets or sets the amount of vertical space in which items are manipulated\n   * (see {@link axis#spaceY})\n   * @param {number} [_=none] should be a number > 0\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default spaceY = undefined\n   */\n  axis.spaceY = function(_) { return arguments.length ? (spaceY = _, axis) : spaceY; };\n\n\n  /**\n   * Gets / sets whether or not axis is allowed to go beyond specified dimensions\n   * (see {@link axis#spaceX})\n   * @param {boolean} [_=none]\n   * @returns {axis | boolean}\n   * @memberof axis\n   * @property\n   * by default overflowQ = false\n   */\n  axis.overflowQ = function(_) { return arguments.length ? (overflowQ = _, axis) : overflowQ; };\n  /**\n   * Gets / sets whether or not axis will display categorial ticks or by numerical value\n   * (see {@link axis#categoricalQ})\n   * @param {boolean} [_=none]\n   * @returns {axis | boolean}\n   * @memberof axis\n   * @property\n   * by default categoricalQ = false\n   */\n  axis.categoricalQ = function(_) { return arguments.length ? (categoricalQ = _, axis) : categoricalQ; };\n  /**\n   * Gets / sets whether or not axis ticks should have guidelines\n   * (see {@link axis#guideLinesQ})\n   * @param {boolean} [_=none]\n   * @returns {axis | boolean}\n   * @memberof axis\n   * @property\n   * by default guideLinesQ = false\n   */\n  axis.guideLinesQ = function(_) { return arguments.length ? (guideLinesQ = _, axis) : guideLinesQ; };\n\n\n  /**\n   * Gets / sets how ticks should be groupped\n   * (see {@link axis#grouping})\n   * @param {Array[]} [_=none] list of putatively other lists, which should correspond to tickLabels\n   * will space tick labels in nested lists closer together than outer lists\n   * @returns {axis | Array[]}\n   * @memberof axis\n   * @property\n   * by default grouping = undefined\n   */\n  axis.grouping = function(_) { return arguments.length ? (grouping = _, axis) : grouping; };\n\n\n  /**\n   * Gets / sets the scale for which non-categorial  ticks should\n   * be spaced\n   * (see {@link axis#scale})\n   * @param {d3.scale} [_=none]\n   * @returns {axis | d3.scale}\n   * @memberof axis\n   * @property\n   * by default scale = d3.scaleLinear()\n   */\n  axis.scale = function(_) { return arguments.length ? (scale = _, axis) : scale; };\n  /**\n   * Gets / sets the padding for the domain of the scale\n   * (see {@link axis#domainPadding})\n   * @param {number} [_=none]\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default domainPadding = 0.5\n   */\n  axis.domainPadding = function(_) { return arguments.length ? (domainPadding = _, axis) : domainPadding; };\n\n\n  /**\n   * Gets / sets objectSpacer\n   * (see {@link axis#objectSpacer})\n   * @param {number} [_=none]\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default objectSpacer = 0.05\n   */\n  axis.objectSpacer = function(_) { return arguments.length ? (objectSpacer = _, axis) : objectSpacer; };\n  /**\n   * Gets / sets the minObjectSize\n   * (see {@link axis#minObjectSize})\n   * @param {number} [_=none]\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default minObjectSize = 15\n   */\n  axis.minObjectSize = function(_) { return arguments.length ? (minObjectSize = _, axis) : minObjectSize; };\n  /**\n   * Gets / sets the maxObjectSize\n   * (see {@link axis#maxObjectSize})\n   * @param {number} [_=none]\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default maxObjectSize = 50\n   */\n  axis.maxObjectSize = function(_) { return arguments.length ? (maxObjectSize = _, axis) : maxObjectSize; };\n\n\n  /**\n   * Gets / sets the namespace\n   * (see {@link axis#namespace})\n   * @param {string} [_=none]\n   * @returns {axis | string}\n   * @memberof axis\n   * @property\n   * by default namespace = 'd3sm-axis'\n   */\n  axis.namespace = function(_) { return arguments.length ? (namespace = _, axis) : namespace; };\n  /**\n   * Gets / sets the backgroundFill\n   * (see {@link axis#backgroundFill})\n   * @param {string} [_=none]\n   * @returns {axis | string}\n   * @memberof axis\n   * @property\n   * by default backgroundFill = 'transparent'\n   */\n  axis.backgroundFill = function(_) { return arguments.length ? (backgroundFill = _, axis) : backgroundFill; };\n  /**\n   * Gets / sets the objectClass\n   * (see {@link axis#objectClass})\n   * @param {string} [_=none]\n   * @returns {axis | string}\n   * @memberof axis\n   * @property\n   * by default objectClass = 'tick-group'\n   */\n  axis.objectClass = function(_) { return arguments.length ? (objectClass = _, axis) : objectClass; };\n\n\n  /**\n   * Gets / sets the tickLabels\n   * (see {@link axis#tickLabels})\n   * @param {string[]} [_=none]\n   * @returns {axis | string[]}\n   * @memberof axis\n   * @property\n   * by default tickLabels = undefined\n   */\n  axis.tickLabels = function(_) { return arguments.length ? (tickLabels = _, axis) : tickLabels; };\n  /**\n   * Gets / sets the tickValues\n   * (see {@link axis#tickValues})\n   * @param {number[]} [_=none]\n   * @returns {axis | number[]}\n   * @memberof axis\n   * @property\n   * by default tickValues = undefined\n   */\n  axis.tickValues = function(_) { return arguments.length ? (tickValues = _, axis) : tickValues; };\n  /**\n   * Gets / sets the tickValues\n   * (see {@link axis#numberOfTicks})\n   * @param {number} [_=none]\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default numberOfTicks = 5\n   */\n  axis.numberOfTicks = function(_) { return arguments.length ? (numberOfTicks = _, axis) : numberOfTicks; };\n\n\n  /**\n   * Gets / sets the lineStroke\n   * (see {@link axis#lineStroke})\n   * @param {string} [_=none]\n   * @returns {axis | string}\n   * @memberof axis\n   * @property\n   * by default lineStroke = 'black'\n   */\n  axis.lineStroke = function(_) { return arguments.length ? (lineStroke = _, axis) : lineStroke; };\n  /**\n   * Gets / sets the lineStrokeWidth\n   * (see {@link axis#lineStrokeWidth})\n   * @param {number} [_=none]\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default lineStrokeWidth = 3\n   */\n  axis.lineStrokeWidth = function(_) { return arguments.length ? (lineStrokeWidth = _, axis) : lineStrokeWidth; };\n\n\n  /**\n   * Gets / sets the tickStroke\n   * (see {@link axis#tickStroke})\n   * @param {string} [_=none]\n   * @returns {axis | string}\n   * @memberof axis\n   * @property\n   * by default tickStroke = 'black'\n   */\n  axis.tickStroke = function(_) { return arguments.length ? (tickStroke = _, axis) : tickStroke; };\n  /**\n   * Gets / sets the tickStrokeWidth\n   * (see {@link axis#tickStrokeWidth})\n   * @param {number} [_=none]\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default tickStrokeWidth = 2\n   */\n  axis.tickStrokeWidth = function(_) { return arguments.length ? (tickStrokeWidth = _, axis) : tickStrokeWidth; };\n  /**\n   * Gets / sets the tickLength\n   * (see {@link axis#tickLength})\n   * @param {number} [_=none]\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default tickLength = 10\n   */\n  axis.tickLength = function(_) { return arguments.length ? (tickLength = _, axis) : tickLength; };\n\n\n  /**\n   * Gets / sets the tickLabelFontSize\n   * (see {@link axis#tickLabelFontSize})\n   * @param {number} [_=none]\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default tickLabelFontSize = 14\n   */\n  axis.tickLabelFontSize = function(_) { return arguments.length ? (tickLabelFontSize = _, axis) : tickLabelFontSize; };\n  /**\n   * Gets / sets the tickLabelMinFontSize\n   * (see {@link axis#tickLabelMinFontSize})\n   * @param {number} [_=none]\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default tickLabelMinFontSize = 8\n   */\n  axis.tickLabelMinFontSize = function(_) { return arguments.length ? (tickLabelMinFontSize = _, axis) : tickLabelMinFontSize; };\n  /**\n   * Gets / sets the tickLabelMaxFontSize\n   * (see {@link axis#tickLabelMaxFontSize})\n   * @param {number} [_=none]\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default tickLabelMaxFontSize = 20\n   */\n  axis.tickLabelMaxFontSize = function(_) { return arguments.length ? (tickLabelMaxFontSize = _, axis) : tickLabelMaxFontSize;};\n\n\n  /**\n   * Gets / sets the tickLabelTextAnchor\n   * (see {@link axis#tickLabelTextAnchor})\n   * @param {string} [_=none]\n   * @returns {axis | string}\n   * @memberof axis\n   * @property\n   * by default tickLabelTextAnchor = 'center'\n   */\n  axis.tickLabelTextAnchor = function(_) { return arguments.length ? (tickLabelTextAnchor = _, axis) : tickLabelTextAnchor; };\n  /**\n   * Gets / sets the tickLabelRotation\n   * (see {@link axis#tickLabelRotation})\n   * @param {number} [_=none]\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default tickLabelRotation = 0\n   */\n  axis.tickLabelRotation = function(_) { return arguments.length ? (tickLabelRotation = _, axis) : tickLabelRotation; };\n  /**\n   * Gets / sets the tickLabelFunc\n   * (see {@link axis#tickLabelFunc})\n   * @param {function} [_=none]\n   * @returns {axis | function}\n   * @memberof axis\n   * @property\n   * by default tickLabelFunc = undefined\n   */\n  axis.tickLabelFunc = function(_) { return arguments.length ? (tickLabelFunc = _, axis) : tickLabelFunc; };\n\n\n  /**\n  * Gets / sets the tickLabelOnClick\n  * (see {@link axis#tickLabelOnClick})\n  * @param {function} [_=none]\n  * @returns {axis | function}\n  * @memberof axis\n  * @property\n  */\n  axis.tickLabelOnClick = function(_) { return arguments.length ? (tickLabelOnClick = _, axis) : tickLabelOnClick; };\n\n\n  /**\n   * Gets / sets the guidelineSpace\n   * (see {@link axis#guidelineSpace})\n   * @param {number} [_=none]\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default guidelineSpace = undefined\n   */\n  axis.guidelineSpace = function(_) { return arguments.length ? (guidelineSpace = _, axis) : guidelineSpace; };\n  /**\n   * Gets / sets the guideLineStroke\n   * (see {@link axis#guideLineStroke})\n   * @param {string} [_=none]\n   * @returns {axis | string}\n   * @memberof axis\n   * @property\n   * by default guideLineStroke = \"#333333\"\n   */\n  axis.guideLineStroke = function(_) { return arguments.length ? (guideLineStroke = _, axis) : guideLineStroke; };\n  /**\n   * Gets / sets the guideLineStrokeWidth\n   * (see {@link axis#guideLineStrokeWidth})\n   * @param {number} [_=none]\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default guideLineStrokeWidth = 2\n   */\n  axis.guideLineStrokeWidth = function(_) { return arguments.length ? (guideLineStrokeWidth = _, axis) : guideLineStrokeWidth; };\n\n\n  /**\n   * Gets / sets the transitionDuration\n   * (see {@link axis#transitionDuration})\n   * @param {number} [_=none]\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default transitionDuration = 1000\n   */\n  axis.transitionDuration = function(_) { return arguments.length ? (transitionDuration = _, axis) : transitionDuration; };\n  /**\n   * Gets / sets the easeFunc\n   * (see {@link axis#easeFunc})\n   * @param {d3.ease} [_=none]\n   * @returns {axis | d3.ease}\n   * @memberof axis\n   * @property\n   * by default easeFunc = d3.easeExp\n   */\n  axis.easeFunc = function(_) { return arguments.length ? (easeFunc = _, axis) : easeFunc; };\n\n\n  /**\n   * Gets / sets the objectSize\n   * (see {@link axis#objectSize})\n   * @param {number} [_=none]\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default objectSize = undefined\n   */\n  axis.objectSize = function(_) { return arguments.length ? (objectSize = _, axis) : objectSize; };\n  /**\n   * Gets / sets the spacerSize\n   * (see {@link axis#spacerSize})\n   * @param {number} [_=none]\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default spacerSize = undefined\n   */\n  axis.spacerSize = function(_) { return arguments.length ? (spacerSize = _, axis) : spacerSize; };\n\n  /**\n   * Gets / sets the roundTo\n   * (see {@link axis#roundTo})\n   * @param {number} [_=none]\n   * @returns {axis | number}\n   * @memberof axis\n   * @property\n   * by default roundTo = 2\n   */\n   axis.roundTo = function(_) { return arguments.length ? (roundTo = _, axis) : roundTo; };\n   axis.reverseScaleQ = function(_) { return arguments.length ? (reverseScaleQ = _, axis) : reverseScaleQ; };\n\n\n   axis.tickLabelOnHoverFunc = function(_) {return arguments.length ? (tickLabelOnHoverFunc = _, axis) : tickLabelOnHoverFunc; };\n\n\n  function axis () {\n    // for convenience in handling orientation specific values\n    var horizontalQ = hasQ(['top', 'bottom', 'horizontal'], orient) ? true : false\n    var verticalQ = !horizontalQ\n\n    // background cliping rectangle\n    var bgcpRect = {x:0, y:0, width: spaceX, height:spaceY}\n    // modify the rect based on axis orientation\n    if (orient == \"left\") {\n      bgcpRect.x -= spaceX;\n      if(guideLinesQ) { bgcpRect.width += guidelineSpace };\n      /* these two lines increase the clipping rect to allow for text at the edge of the axis */\n      bgcpRect.y -= tickLabelMaxFontSize;\n      bgcpRect.height += 2*tickLabelMaxFontSize\n    }\n    if (orient == \"bottom\"){\n      bgcpRect.y = bgcpRect.y;\n      if(guideLinesQ) { bgcpRect.y -= guidelineSpace; bgcpRect.height += guidelineSpace; };\n      /* these two lines increase the clipping rect to allow for text at the edge of the axis */\n      bgcpRect.x -= tickLabelMaxFontSize;\n      bgcpRect.width += 2*tickLabelMaxFontSize\n    }\n    if (orient == \"top\") {\n      bgcpRect.y -= spaceY;\n      if(guideLinesQ) { bgcpRect.height += guidelineSpace };\n      /* these two lines increase the clipping rect to allow for text at the edge of the axis */\n      bgcpRect.y -= tickLabelMaxFontSize;\n      bgcpRect.height += 2*tickLabelMaxFontSize\n    }\n    if (orient == \"right\") { bgcpRect.x = 0;\n      if(guideLinesQ) { bgcpRect.width += guidelineSpace; bgcpRect.x -= guidelineSpace };\n      /* these two lines increase the clipping rect to allow for text at the edge of the axis */\n      bgcpRect.y -= tickLabelMaxFontSize;\n      bgcpRect.height += 2*tickLabelMaxFontSize\n    }\n\n\n    var container = setupContainer( selection, namespace, bgcpRect, backgroundFill );\n\n    // defaults for text-anchor and text rotation\n    if (orient == 'top') {\n      tickLabelTextAnchor = tickLabelTextAnchor == undefined ? 'start' : tickLabelTextAnchor\n      tickLabelRotation = tickLabelRotation == undefined ? -90 : tickLabelRotation\n    }\n    if (orient == 'bottom') {\n      tickLabelTextAnchor = tickLabelTextAnchor == undefined ? 'end' : tickLabelTextAnchor\n      tickLabelRotation = tickLabelRotation == undefined ? -90 : tickLabelRotation\n    }\n    if (orient == 'left') {\n      tickLabelTextAnchor = tickLabelTextAnchor == undefined ? 'end' : tickLabelTextAnchor\n      tickLabelRotation = tickLabelRotation == undefined ? 0 : tickLabelRotation\n    }\n    if (orient == 'right') {\n      tickLabelTextAnchor = tickLabelTextAnchor == undefined ? 'start' : tickLabelTextAnchor\n      tickLabelRotation = tickLabelRotation == undefined ? 0 : tickLabelRotation\n    }\n\n    /*\n    If categorical:\n      -> use grouping if defined,\n      -> else use the labels provided\n    else:\n      if grouping undefined\n        and no specified number of tickes\n          -> make numberOfTick ticks\n          -> else use provided tick values\n        -> use grouping\n    */\n    var tickData = categoricalQ\n    ? (grouping == undefined)\n      ? tickLabels\n      : grouping\n    : (grouping == undefined)\n      ? (numberOfTicks != undefined)\n      // ? (tickValues.length < numberOfTicks)\n        ? (tickRange(...d3.extent(tickValues), numberOfTicks))\n        : tickValues\n      : grouping\n\n\n    var flatTickData = flatten(tickData)\n    var numberOfObjects = flatTickData.length\n    var space = horizontalQ ? spaceX : spaceY\n    var extent = d3.extent(flatTickData)\n\n\n    if (reverseScaleQ) {extent.reverse()}\n    var domain = reverseScaleQ\n    ? [extent[0] + domainPadding, extent[1] - domainPadding]\n    : [extent[0] - domainPadding, extent[1] + domainPadding]\n\n    scale\n    .domain(domain)\n    .range([horizontalQ ? 0 : spaceY, horizontalQ ? spaceX : 0])\n\n\n    /*\n    Scales are based on the values of the chart and correspond to the spacings of the\n    chart. If the chart has already been rendered, these values (expensive to caluclate) can\n    be passed to axis to prevent recalculation.\n    */\n\n    // calculate object size if needed\n    objectSize = (objectSize == undefined)\n    ? calculateWidthOfObject(space, numberOfObjects, minObjectSize, maxObjectSize, objectSpacer, overflowQ)\n    : objectSize\n\n    // calculate spacer size if needed\n    spacerSize = (spacerSize == undefined)\n    ? calculateWidthOfSpacer(flatTickData, space, objectSize, numberOfObjects, objectSpacer, overflowQ)\n    : spacerSize\n\n\n    var objClass = hypenate(namespace, categoricalQ ? objectClass+'-categorical' : objectClass)\n\n    var spacerFunction = groupingSpacer()\n    .horizontalQ(horizontalQ).scale(scale).moveby((categoricalQ?'category':'scale')).numberOfObjects(numberOfObjects)\n    .objectClass(objClass).objectSize(objectSize).spacerSize(spacerSize)\n    .transitionDuration(transitionDuration).easeFunc(easeFunc)\n    .namespace(namespace)\n\n    var tickEnterAnimation = function(sel){\n      var mt = scale(sel.datum()),\n      dist = scale(extent[1]) * 2,\n      k = (mt < extent[1] / 2) ? 1 : -1\n      k = horizontalQ ? k * -1 : k\n      sel.attr('transform', function (d, i) {\n        var\n        x = horizontalQ ?  dist * k : 0,\n        y = !horizontalQ ? dist * k : 0,\n        t = 'translate('+x+','+y+')'\n        return t\n      })\n    }\n    var tickExitAnimation = function(sel) {\n      var mt = scale(sel.datum()),\n      dist = scale(extent[1]) * 2,\n      k = (mt < extent[1] / 2) ? 1 : -1\n      k = horizontalQ ? k * -1 : k\n      sel.transition().duration(transitionDuration).ease(easeFunc)\n      .style('opacity', 0)\n      .attr('transform', function (d, i) {\n        var\n\n        x = horizontalQ ?  dist * k  : 0,\n        y = !horizontalQ ? dist * k : 0,\n        t = 'translate('+x+','+y+')'\n        return t\n      }).remove()\n    }\n\n    if (!categoricalQ){\n      spacerFunction.enterFunction(tickEnterAnimation)\n      spacerFunction.exitFunction(tickExitAnimation)\n    }\n\n    // move tick containers\n    spacerFunction(container, tickData, 0)\n\n    // move by for x and y needed to center categorical ticks, labels, and guidelines\n    function moveXBy(d, i, horizontalQ, categoricalQ, objectSize){\n      return (horizontalQ)\n      ? (categoricalQ)\n        ? objectSize / 2\n        : 0\n      : 0\n    }\n\n    function moveYBy(d, i, verticalQ, categoricalQ, objectSize){\n      return (verticalQ)\n      ? (categoricalQ)\n        ? objectSize / 2\n        : 0\n      : 0\n    }\n\n\n\n    var labelNameGroup = safeSelect(selection, 'g', hypenate(namespace,'axis-name'))\n\n\n\n    var labelElement = safeSelect(labelNameGroup, 'text', hypenate(namespace, 'name'))\n    if (labelElement != undefined) {\n      labelElement.text(label)\n\n      if (orient == 'left' || orient == 'right') {\n        labelElement.attr('transform', 'rotate(-90)')\n      }\n\n      var bbox = labelElement.node().getBoundingClientRect()\n      labelNameGroup.attr('transform',function(d, i){\n        var\n        x = 0,\n        y = 0,\n        t\n\n        if (orient == 'bottom') {\n          x = spaceX - bbox.width - tickLabelMargin\n          y = - tickTickLabelSpacer\n        }\n        else if (orient == 'top') {\n          x = spaceX - bbox.width - tickLabelMargin\n          x = tickLabelMargin\n          y = bbox.height + tickTickLabelSpacer\n        }\n        else if (orient == 'left') {\n          x = bbox.width + tickTickLabelSpacer\n          y = bbox.height + tickLabelMargin\n        } else if (orient == 'right') {\n          x = -(bbox.width + tickTickLabelSpacer)\n          y = bbox.height + tickLabelMargin\n        } else {\n\n        }\n        t = 'translate('+x+','+y+')'\n        return t\n      })\n\n\n\n    } else {\n      labelElement.remove()\n    }\n    /*\n    Idea from Stack Overflow\n    https://stackoverflow.com/questions/50579535/d3-js-v4-truncate-text-to-fit-in-fixed-space/50585022?noredirect=1#comment88235562_50585022\n    to use clip path to make things fit in fixed size. Have yet got this to work nicely.\n    */\n    // var defs = d3.select(container.node().parentNode).select('defs')\n    // var tickLabelClipPath = safeSelect(defs, 'clipPath', hypenate(namespace,'tick-label-clip-path')).attr('id',  hypenate(namespace,'tick-label-clip-path'))\n    // var tickLabelClipPathRect = safeSelect(tickLabelClipPath, 'rect',  hypenate(namespace,'tick-label-clip-path-rect'))\n    // .attr('x', 0)\n    // .attr('y', 0)\n    // .attr('width', function(d, i){\n    //   if (horizontalQ) { return tickLabelFontSize }\n    //   if (verticalQ) { return spaceX - tickLength }\n    // })\n    // .attr('height', function(d, i){\n    //   if (verticalQ) { return tickLabelFontSize }\n    //   if (horizontalQ) { return spaceY - tickLength }\n    // })\n\n\n    // for each tick container\n    var ticks = container.selectAll('g:not(.to-remove).'+objClass).each(function(d, i){\n      var that = d3.select(this).style('opacity', 1)\n\n      // make and move tick\n      var tick = safeSelect(that, 'line', hypenate(namespace,'tick'))\n      .attr(\"x1\", 0)\n      .attr(\"x2\", horizontalQ ? 0 : orient == \"left\" ? -tickLength : tickLength)\n      .attr(\"y1\", 0)\n      .attr('y2',  verticalQ ? 0 : orient == \"top\" ? -tickLength : tickLength)\n      .attr('stroke', tickStroke)\n      .attr('stroke-width', tickStrokeWidth)\n      .attr('transform', function(d, i) {\n        var\n        x = moveXBy(d, i, horizontalQ, categoricalQ, objectSize),\n        y = moveYBy(d, i, verticalQ, categoricalQ, objectSize),\n        t = 'translate('+x+','+y+')'\n        return t\n      })\n\n      // make and move label\n      var label = safeSelect(that, 'text', hypenate(namespace,'label'))\n      .text(function(d, i){\n        var s = typeof d == 'number' ? round(d, roundTo) : d\n        s = truncateString(String(s), (horizontalQ ? spaceY : spaceX) - tickLength-tickLabelMargin-tickTickLabelSpacer, tickLabelFontSize * 0.45)\n        return s\n      })\n      .attr('font-size', tickLabelFontSize)\n      .attr('text-anchor', tickLabelTextAnchor)\n      // truncateText(label, label.text(), orient, tickLength, horizontalQ ? spaceY : spaceX, overflowQ)\n\n      label.attr('transform', function(d, i) {\n        var\n        rect = d3.select(this).node().getBoundingClientRect(),\n        leng = d3.select(this).node().getComputedTextLength(),\n        x = moveXBy(d, i, horizontalQ, categoricalQ, objectSize),\n        y = moveYBy(d, i, verticalQ, categoricalQ, objectSize)\n        // on recall, rect changes because of rotation so need Math.min(rect.height, rect.width)\n\n        var s = Math.sin(tickLabelRotation) * leng * 0\n\n        if (orient == 'top') {\n          y = -(tickLength+tickTickLabelSpacer);\n          // y = tickLength+tickTickLabelSpacer;\n\n          // y -= Math.max(rect.height, rect.width);\n          x += Math.min(rect.height, rect.width) * 0.25\n          // x -= leng * 0.25 + s\n        }\n        if (orient == 'bottom') {\n          y = tickLength+tickTickLabelSpacer;\n          x += Math.min(rect.height, rect.width) * 0.25\n          // x += leng * 0.25 - s\n        }\n        if (orient == 'left') {\n          x -= (tickLength+tickTickLabelSpacer);\n          // y += rect.height * 0.5; y-= rect.height/4\n          y += Math.min(rect.height, rect.width) * 0.25\n          // y += leng * 0.25\n        }\n        if (orient == 'right') {\n          x += (tickLength+tickTickLabelSpacer);\n          // y += Math.min(rect.height, rect.width) * 0.25\n          // y += leng * 0.25\n          y += rect.height * 0.5; y-= rect.height/4\n        }\n\n        var\n        t = 'translate('+x+','+y+')',\n        r = 'rotate('+tickLabelRotation+')'\n        return t + r\n      })\n      .on('mousemove', labelHover)\n      .on('mouseout', labelHoverOff)\n      .on('click', tickLabelOnClick)\n      // .attr('clip-path', 'url(#'+hypenate(namespace,'tick-label-clip-path')+')')\n\n      // add guidlines as needed\n       if (guideLinesQ) {\n         var gline = safeSelect(that, 'line', hypenate(namespace, 'guideline'))\n         .transition().duration(transitionDuration).ease(easeFunc)\n         .attr(\"x1\", 0)\n         .attr(\"x2\", horizontalQ ? 0 : orient == \"left\" ? guidelineSpace : -guidelineSpace)\n         .attr(\"y1\", 0)\n         .attr('y2',  verticalQ ? 0 : orient == \"top\" ? guidelineSpace : -guidelineSpace)\n         .attr('transform', function(d, i) {\n           var\n           x = moveXBy(d, i, horizontalQ, categoricalQ, objectSize),\n           y = moveYBy(d, i, verticalQ, categoricalQ, objectSize),\n           t = 'translate('+x+','+y+')'\n           return t\n         })\n       } else { that.select('line.'+hypenate(namespace, 'guideline')).remove() }\n\n    })\n\n    // apply alternating guidline thickness\n    if (guideLinesQ) {\n      container.selectAll('.'+hypenate(namespace,'guideline'))\n      .attr('stroke', function(d, i){\n        if (i % 2 == 0) { return modifyHexidecimalColorLuminance(guideLineStroke, 0.8) }\n        return guideLineStroke\n      })\n      .attr('stroke-width', function(d, i){\n        if (i % 2 == 0) { return guideLineStrokeWidth *0.8}\n        return guideLineStrokeWidth\n      })\n      .attr('minor', function(d, i){return i%2 == 0})\n    }\n\n\n    /***************************************************************************\n    ** Make the line of the axis\n    ***************************************************************************/\n    var line = safeSelect(selection, 'path', hypenate(namespace,'line'))\n    // .attr('x1', 0)\n    // .attr('x2', horizontalQ ? spaceX : 0)\n    // .attr('y1', 0)\n    // .attr('y2', horizontalQ ? 0 : spaceY)\n    .attr('d',\n      horizontalQ\n      ? 'M 0,0 H' + spaceX + ',0'\n      : 'M 0,0 V 0,' + spaceY\n    )\n    .attr('stroke', lineStroke)\n    .attr('stroke-width', lineStrokeWidth)\n    .classed('axis-line', true)\n\n\n  }\n\n  // hover of label show full text label in case it is truncated\n  function labelHover(d, i){\n    var t = d3.select(this).style('fill', 'red')\n    d3.select(t.node().parentNode).select(\"line.\"+hypenate(namespace,'tick'))\n    .attr(\"stroke\", 'red')\n    .attr(\"stroke-width\", tickStrokeWidth*2)\n\n    if (guideLinesQ) {\n      d3.select(t.node().parentNode).select('line.'+hypenate(namespace, 'guideline'))\n      .attr('stroke', 'red')\n      .attr('stroke-width', guideLineStrokeWidth*2)\n    }\n\n    var s = typeof d == 'number' ? round(d, roundTo) : d\n\n    var m = d3.mouse(d3.select('html').node())\n    var div = safeSelect(d3.select('body'), 'div', hypenate(namespace,'guideline-tooltip'))\n    .attr('id', hypenate(namespace,'guideline-tooltip'))\n    .style('position', 'absolute')\n    .style('left', (d3.event.pageX+15)+'px')\n    .style('top', (d3.event.pageY+15)+'px')\n    .style('background-color', 'white')\n    .style('border-color', 'black')\n    // .style('min-width', (tickLabelFontSize * (String(s).split('.')[0].length+3))+'px')\n    // .style('min-height', (tickLabelFontSize * (String(s).split('.')[0].length+3))+'px')\n    .style('border-radius', '10px')\n    .style('display', 'flex')\n    .style('justify-content', 'center')\n    .style('text-align', 'middle')\n    .style('padding', 4+\"px\")\n\n    .style('border-style', 'solid')\n    .style('border-width', 2)\n\n    var text = safeSelect(div, 'div')\n    .text(tickLabelOnHoverFunc(s, i))\n    .style('color', 'black')\n    .style('align-self', 'center')\n\n    var bbox = div.node().getBoundingClientRect()\n    if (bbox.x + bbox.width > window.innerWidth) {\n      div.style('left', (d3.event.pageX-15-300)+'px')\n    }\n  }\n\n  function labelHoverOff(d, i){\n    var t = d3.select(this).style('fill', 'black')\n    d3.select(t.node().parentNode).select(\"line.\"+hypenate(namespace,'tick'))\n    .attr(\"stroke\", tickStroke)\n    .attr(\"stroke-width\", tickStrokeWidth)\n\n    if (guideLinesQ) {\n      var gline = d3.select(t.node().parentNode).select('line.'+hypenate(namespace, 'guideline'))\n      var minorQ = gline.attr('minor')\n      gline.attr('stroke', function(d, ii){\n        if (minorQ == 'true') { return modifyHexidecimalColorLuminance(guideLineStroke, 0.8) }\n        return guideLineStroke\n      })\n      .attr('stroke-width', function(d, ii){\n        if (minorQ == 'true') { return guideLineStrokeWidth *0.8}\n        return guideLineStrokeWidth\n      })\n    }\n    d3.select(\"#\"+hypenate(namespace,'guideline-tooltip')).remove()\n  }\n\n\n\n  return axis\n}\n","import {hypenate, safeSelect} from './helpers';\nimport {setupContainer, calculateWidthOfObject, calculateWidthOfSpacer} from './utils';\nimport {unique, flatten} from './array-functions';\nimport {groupingSpacer} from './grouping-spacer';\nimport {colorFunction as CF} from './color-function';\nimport {tooltip as TTip} from './tooltip';\n/*******************************************************************************\n**                                                                            **\n**                                                                            **\n**                                   BAR                                      **\n**                                                                            **\n**                                                                            **\n*******************************************************************************/\n\n/**\n * Creates a bar\n *\n * {@link https://sumneuron.gitlab.io/d3sm/demos/bar-chart-same-data-complex-grouping/index.html Demo}\n * @constructor bar\n * @param {d3.selection} selection\n * @namespace bar\n * @returns {function} bar\n */\nexport function bar ( selection ) {\n  /*\n  Assumes that data is list an object.\n\n  The keys of data will be bound to the bars.\n  The valueExtractor function will extract the value from data[key].\n\n  Grouping can be used if desired. It should be an arbitrary complex list where\n  the values are strings matching keys in data.\n  */\n  var\n  /**\n  * Data to plot. Assumed to be a object, where each key corresponds to a bar\n  * (see {@link bar#data})\n  * @param {Object} [data=undefined]\n  * @memberof bar#\n  * @property\n  */\n  data,\n  /**\n  * Which direction to render the bars in\n  * (see {@link bar#orient})\n  * @param {number} [orient='horizontal']\n  * @memberof bar#\n  * @property\n  */\n  orient='horizontal',\n  /**\n  * Amount of horizontal space (in pixels) avaible to render the bar in\n  * (see {@link bar#spaceX})\n  * @param {number} [spaceX=undefined]\n  * @memberof bar#\n  * @property\n  */\n  spaceX,\n  /**\n  * Amount of vertical space (in pixels) avaible to render the bar in\n  * (see {@link bar.spaceY})\n  * @param {number} [spaceY=undefined]\n  * @memberof bar#\n  * @property\n  */\n  spaceY,\n\n  /**\n  * Whether or not to allow bar to render elements pass the main spatial dimension\n  * given the orientation (see {@link bar#orient}), where {@link bar#orient}=\"horizontal\"\n  * the main dimension is {@link bar#spaceX} and where {@link bar#orient}=\"vertical\"\n  * the main dimension is {@link bar#spaceY}\n  * @param {boolean} [overflowQ=false]\n  * @memberof bar#\n  * @property\n  */\n  overflowQ = false,\n\n  /**\n  * An array - putatively of other arrays - depicting how bars should be arranged\n  * @param {Array[]} [grouping=undefined]\n  * @memberof bar#\n  * @property\n  */\n  grouping,\n\n  /**\n  * How to get the value of the bar\n  * @param {function} [valueExtractor=function(key, index) { return data[key] }]\n  * @memberof bar#\n  * @property\n  */\n  valueExtractor = function(key, index) { return data[key] },\n  /**\n  * How to sort the bars - if {@link bar#grouping} is not provided.\n  * @param {function} [sortingFunction=function(keyA, keyB) {return d3.descending(data[keyA], data[keyB])}]\n  * @memberof bar#\n  * @property\n  */\n  sortingFunction = function(keyA, keyB) {return d3.descending(data[keyA], data[keyB])},\n\n  /**\n  * The scale for which bar values should be transformed by\n  * @param {d3.scale} [scale=d3.scaleLinear]\n  * @memberof bar#\n  * @property\n  */\n  scale = d3.scaleLinear(),\n  /**\n  * The padding for the domain of the scale (see {@link bar#scale})\n  * @param {number} [domainPadding=0.5]\n  * @memberof bar#\n  * @property\n  */\n  domainPadding = 0.5,\n\n  /**\n  * Default space for the spacer (percentage) of main dimension given the orientation\n  * (see {@link bar#orient}), where {@link bar#orient}=\"horizontal\"\n  * the main dimension is {@link bar#spaceX} and where {@link bar#orient}=\"vertical\"\n  * the main dimension is {@link bar#spaceY} between bars\n  * @param {number} [objectSpacer=0.05]\n  * @memberof bar#\n  * @property\n  */\n  objectSpacer = 0.05,\n  /**\n  * The minimum size that an object can be\n  * @param {number} [minObjectSize=50]\n  * @memberof bar#\n  * @property\n  */\n  minObjectSize = 50,\n  /**\n  * The maximum size that an object can be\n  * @param {number} [maxObjectSize=100]\n  * @memberof bar#\n  * @property\n  */\n  maxObjectSize = 100,\n\n  /**\n  * The stroke width of the bars\n  * @param {number} [barStrokeWidth=2]\n  * @memberof bar#\n  * @property\n  */\n  barStrokeWidth = 2,\n  /**\n  * Instance of ColorFunction\n  * @param {function} [colorFunction = colorFunction()]\n  * @memberof bar#\n  * @property\n  */\n  colorFunction = CF(),\n\n\n  /**\n  * Color of the background\n  * @param {string} [backgroundFill=\"transparent\"]\n  * @memberof bar#\n  * @property\n  */\n  backgroundFill = 'transparent',\n  /**\n  * Namespace for all items made by this instance of bar\n  * @param {string} [namespace=\"d3sm-bar\"]\n  * @memberof bar#\n  * @property\n  */\n  namespace = 'd3sm-bar',\n  /**\n  * Class name for bar container (<g> element)\n  * @param {string} [objectClass=\"bar\"]\n  * @memberof bar#\n  * @property\n  */\n  objectClass = 'bar',\n\n  /**\n  * Duration of all transitions of this element\n  * @param {number} [transitionDuration=1000]\n  * @memberof bar#\n  * @property\n  */\n  transitionDuration = 1000,\n  /**\n  * Easing function for transitions\n  * @param {d3.ease} [easeFunc=d3.easeExp]\n  * @memberof bar#\n  * @property\n  */\n  easeFunc = d3.easeExp,\n\n  // useful values to extract to prevent re-calculation\n  /**\n  * The keys of the bars\n  * @param {string[]} [barKeys=undefined]\n  * @memberof bar#\n  * @property\n  */\n  barKeys,\n  /**\n  * The values of the bars\n  * @param {number[]} [barValues=undefined]\n  * @memberof bar#\n  * @property\n  */\n  barValues,\n  /**\n  * The objectSize (actual width) used by the bars\n  * @param {number} [objectSize=undefined]\n  * @memberof bar#\n  * @property\n  */\n  objectSize,\n  /**\n  * The spacerSize (actual width) used by the spacers between the bars\n  * @param {number} [spacerSize=undefined]\n  * @memberof bar#\n  * @property\n  */\n  spacerSize,\n  /**\n  * Instance of Tooltip\n  * @param {function} [tooltip=tooltip()]\n  * @memberof bar#\n  * @property\n  */\n  tooltip = TTip(),\n  barPercent = 1\n\n  /**\n   * Gets or sets the selection in which items are manipulated\n   * @param {d3.selection} [_=none]\n   * @returns {bar | d3.selection}\n   * @memberof bar\n   * @property\n   * by default selection = selection\n   */\n  bar.selection = function(_) { return arguments.length ? (selection = _, bar) : selection; };\n  /**\n   * Gets or sets the data\n   * (see {@link bar#data})\n   * @param {number} [_=none]\n   * @returns {bar | object}\n   * @memberof bar\n   * @property\n   */\n  bar.data = function(_) { return arguments.length ? (data = _, bar) : data; };\n  /**\n   * Gets or sets the orient of the bars\n   * (see {@link bar#orient})\n   * @param {number} [_=none]\n   * @returns {bar | object}\n   * @memberof bar\n   * @property\n   */\n  bar.orient = function(_) { return arguments.length ? (orient = _, bar) : orient; };\n  /**\n   * Gets or sets the amount of horizontal space in which items are manipulated\n   * (see {@link bar#spaceX})\n   * @param {number} [_=none] should be a number > 0\n   * @returns {bar | number}\n   * @memberof bar\n   * @property\n   * by default spaceX = undefined\n   */\n  bar.spaceX = function(_) { return arguments.length ? (spaceX = _, bar) : spaceX; };\n  /**\n   * Gets or sets the amount of vertical space in which items are manipulated\n   * (see {@link bar#spaceY})\n   * @param {number} [_=none] should be a number > 0\n   * @returns {bar | number}\n   * @memberof bar\n   * @property\n   * by default spaceY = undefined\n   */\n  bar.spaceY = function(_) { return arguments.length ? (spaceY = _, bar) : spaceY; };\n\n  /**\n   * Gets / sets whether or not bar is allowed to go beyond specified dimensions\n   * (see {@link bar#spaceX})\n   * @param {boolean} [_=none]\n   * @returns {bar | boolean}\n   * @memberof bar\n   * @property\n   * by default overflowQ = false\n   */\n  bar.overflowQ = function(_) { return arguments.length ? (overflowQ = _, bar) : overflowQ; };\n  /**\n   * Gets / sets the grouping of the bars\n   * (see {@link bar#grouping})\n   * @param {Array[]} [_=none]\n   * @returns {bar | Array[]}\n   * @memberof bar\n   * @property\n   * by default grouping = undefined\n   */\n  bar.grouping = function(_) { return arguments.length ? (grouping = _, bar) : grouping; };\n  /**\n   * Gets / sets the valueExtractor\n   * (see {@link bar#valueExtractor})\n   * @param {function} [_=none]\n   * @returns {bar | function}\n   * @memberof bar\n   * @property\n   * by default valueExtractor = function(key, index) { return data[key] },\n   */\n  bar.valueExtractor = function(_) { return arguments.length ? (valueExtractor = _, bar) : valueExtractor; };\n  /**\n   * Gets / sets the sortingFunction\n   * (see {@link bar#sortingFunction})\n   * @param {function} [_=none]\n   * @returns {bar | function}\n   * @memberof bar\n   * @property\n   * by default sortingFunction = function(keyA, keyB) {return d3.descending(data[keyA], data[keyB])},\n   */\n  bar.sortingFunction = function(_) { return arguments.length ? (sortingFunction = _, bar) : sortingFunction; };\n  /**\n   * Gets / sets the scale for which the bar values should be transformed by\n   * (see {@link bar#scale})\n   * @param {d3.scale} [_=none]\n   * @returns {bar | d3.scale}\n   * @memberof bar\n   * @property\n   * by default scale = d3.scaleLinear()\n   */\n  bar.scale = function(_) { return arguments.length ? (scale = _, bar) : scale; };\n  /**\n   * Gets / sets the padding for the domain of the scale\n   * (see {@link bar#domainPadding})\n   * @param {number} [_=none]\n   * @returns {bar | number}\n   * @memberof bar\n   * @property\n   * by default domainPadding = 0.5\n   */\n  bar.domainPadding = function(_) { return arguments.length ? (domainPadding = _, bar) : domainPadding; };\n  /**\n   * Gets / sets objectSpacer\n   * (see {@link bar#objectSpacer})\n   * @param {number} [_=none]\n   * @returns {bar | number}\n   * @memberof bar\n   * @property\n   * by default objectSpacer = 0.05\n   */\n  bar.objectSpacer = function(_) { return arguments.length ? (objectSpacer = _, bar) : objectSpacer; };\n  /**\n   * Gets / sets the minObjectSize\n   * (see {@link bar#minObjectSize})\n   * @param {number} [_=none]\n   * @returns {bar | number}\n   * @memberof bar\n   * @property\n   * by default minObjectSize = 50\n   */\n  bar.minObjectSize = function(_) { return arguments.length ? (minObjectSize = _, bar) : minObjectSize; };\n  /**\n   * Gets / sets the maxObjectSize\n   * (see {@link bar#maxObjectSize})\n   * @param {number} [_=none]\n   * @returns {bar | number}\n   * @memberof bar\n   * @property\n   * by default maxObjectSize = 100\n   */\n  bar.maxObjectSize = function(_) { return arguments.length ? (maxObjectSize = _, bar) : maxObjectSize; };\n\n  /**\n   * Gets / sets the barStrokeWidth\n   * (see {@link bar#barStrokeWidth})\n   * @param {number} [_=none]\n   * @returns {bar | number}\n   * @memberof bar\n   * @property\n   * by default barStrokeWidth = 2\n   */\n  bar.barStrokeWidth = function(_) { return arguments.length ? (barStrokeWidth = _, bar) : barStrokeWidth; };\n  /**\n   * Gets / sets the colorFunction\n   * (see {@link bar#colorFunction})\n   * @param {number} [_=none]\n   * @returns {bar | number}\n   * @memberof bar\n   * @property\n   * by default colorFunction = colorFunction()\n   */\n  bar.colorFunction = function(_) { return arguments.length ? (colorFunction = _, bar) : colorFunction; };\n\n  /**\n   * Gets / sets the backgroundFill\n   * (see {@link bar#backgroundFill})\n   * @param {string} [_=none]\n   * @returns {bar | string}\n   * @memberof bar\n   * @property\n   * by default backgroundFill = 'transparent'\n   */\n  bar.backgroundFill = function(_) { return arguments.length ? (backgroundFill = _, bar) : backgroundFill; };\n  /**\n   * Gets / sets the namespace\n   * (see {@link bar#namespace})\n   * @param {string} [_=none]\n   * @returns {bar | string}\n   * @memberof bar\n   * @property\n   * by default namespace = 'd3sm-bar'\n   */\n  bar.namespace = function(_) { return arguments.length ? (namespace = _, bar) : namespace; };\n  /**\n   * Gets / sets the objectClass\n   * (see {@link bar#objectClass})\n   * @param {string} [_=none]\n   * @returns {bar | string}\n   * @memberof bar\n   * @property\n   * by default objectClass = 'tick-group'\n   */\n  bar.objectClass = function(_) { return arguments.length ? (objectClass = _, bar) : objectClass; };\n  /**\n   * Gets / sets the transitionDuration\n   * (see {@link bar#transitionDuration})\n   * @param {number} [_=none]\n   * @returns {bar | number}\n   * @memberof bar\n   * @property\n   * by default transitionDuration = 1000\n   */\n  bar.transitionDuration = function(_) { return arguments.length ? (transitionDuration = _, bar) : transitionDuration; };\n  /**\n   * Gets / sets the easeFunc\n   * (see {@link bar#easeFunc})\n   * @param {d3.ease} [_=none]\n   * @returns {bar | d3.ease}\n   * @memberof bar\n   * @property\n   * by default easeFunc = d3.easeExp\n   */\n  bar.easeFunc = function(_) { return arguments.length ? (easeFunc = _, bar) : easeFunc; };\n\n\n  /**\n   * Gets / sets the barKeys\n   * (see {@link bar#barKeys})\n   * @param {string[]} [_=none]\n   * @returns {bar | string[]}\n   * @memberof bar\n   * @property\n   * by default barKeys = undefined\n   */\n  bar.barKeys = function(_) { return arguments.length ? (barKeys = _, bar) : barKeys; };\n  /**\n   * Gets / sets the barValues\n   * (see {@link bar#barValues})\n   * @param {number[]} [_=none]\n   * @returns {bar | number[]}\n   * @memberof bar\n   * @property\n   * by default barValues = undefined\n   */\n  bar.barValues = function(_) { return arguments.length ? (barValues = _, bar) : barValues; };\n  /**\n   * Gets / sets the objectSize\n   * (see {@link bar#objectSize})\n   * @param {number} [_=none]\n   * @returns {bar | number}\n   * @memberof bar\n   * @property\n   * by default objectSize = undefined\n   */\n  bar.objectSize = function(_) { return arguments.length ? (objectSize = _, bar) : objectSize; };\n  /**\n   * Gets / sets the spacerSize\n   * (see {@link bar#spacerSize})\n   * @param {number} [_=none]\n   * @returns {bar | number}\n   * @memberof bar\n   * @property\n   * by default spacerSize = undefined\n   */\n  bar.spacerSize = function(_) { return arguments.length ? (spacerSize = _, bar) : spacerSize; };\n\n  /**\n   * Gets / sets the tooltip\n   * (see {@link bar#tooltip})\n   * @param {tooltip} [_=none]\n   * @returns {bar | tooltip}\n   * @memberof bar\n   * @property\n   * by default tooltip = tooltip()\n   */\n  bar.tooltip = function(_) { return arguments.length ? (tooltip = _, bar) : tooltip; };\n\n  bar.barPercent = function(_) { return arguments.length ? (barPercent = _, bar) : barPercent; };\n\n  function bar() {\n    // for convenience in handling orientation specific values\n    var horizontalQ = (orient == 'horizontal' || orient == 'bottom' || orient == 'top') ? true : false\n    var verticalQ = !horizontalQ\n\n    // background cliping rectangle\n    var bgcpRect = {x:0, y:0, width: spaceX, height:spaceY}\n    var container = setupContainer( selection, namespace, bgcpRect, backgroundFill );\n\n    // to prevent re-calculation and getters to be passed to axes\n    barKeys = d3.keys(data)\n    barValues = barKeys.map(valueExtractor)\n\n    // if grouping is undefined sort barKeys by sortingFunction\n    var ordered = (grouping == undefined) ? barKeys.sort(sortingFunction) : grouping\n    // ordered might be nested depending on grouping\n    barKeys = flatten(ordered)\n\n    var numberOfObjects = barKeys.length\n    var extent = [Math.min(...barValues) - domainPadding,Math.max(...barValues) + domainPadding];\n\n\n\n    // set the scale\n\n    scale.domain(extent).range(horizontalQ\n      ? [0,spaceY]\n      : orient == 'right'\n        ? [0, spaceX]\n        : [spaceX, 0]\n    )\n    var space = horizontalQ ? spaceX : spaceY\n    // calculate object size\n    objectSize =  (objectSize == undefined)\n    ? calculateWidthOfObject(space, numberOfObjects, minObjectSize, maxObjectSize, objectSpacer, overflowQ)\n    : objectSize\n\n    // calculate spacer size if needed\n    spacerSize = (spacerSize == undefined)\n    ? calculateWidthOfSpacer(barKeys, space, objectSize, numberOfObjects, objectSpacer, overflowQ)\n    : spacerSize\n    // make the nested groups\n    var spacerFunction = groupingSpacer()\n    .horizontalQ(horizontalQ).scale(scale).moveby('category').numberOfObjects(numberOfObjects)\n    .objectClass(objectClass).objectSize(objectSize).spacerSize(spacerSize)\n    .transitionDuration(transitionDuration).easeFunc(easeFunc)\n    .namespace(namespace)\n    // safe default function\n    var defaultExit = spacerFunction.exitFunction()\n\n    spacerFunction.exitFunction(function(sel){\n      // use default to move objects off screen\n      // console.log(\"EXIT\", sel.nodes(), objectSize, scale(extent[1]))\n      if (objectSize == undefined) {console.log(sel.nodes(), objectSize)}\n      defaultExit(sel)\n      sel.selectAll('g').classed(\"to-remove\", true)\n      // shrink rectangles in addition\n      sel.selectAll('* > rect')\n      .transition().duration(transitionDuration)\n      .attr('transform', function(d, i) {\n        var\n        x = horizontalQ\n          ? 0\n          : 0\n        ,\n        y = verticalQ\n          ? 0\n          : scale(extent[1])\n        ,\n        t = 'translate('+x+','+y+')'\n        return t\n      })\n      .attr('width', horizontalQ ? objectSize : 0)\n      .attr('height', verticalQ ? objectSize : 0)\n      .remove()\n    })\n\n\n    // move stuff\n    spacerFunction(container, ordered, 0)\n\n\n\n\n\n    var parentIndexArray = []\n    container.selectAll('g:not(.to-remove).'+objectClass)\n    .each(function(d, i){parentIndexArray.push(Number(d3.select(this).attr('parent-index')))})\n\n\n    colorFunction = colorFunction.colorBy() == 'index'\n    ? colorFunction.dataExtent([0, Math.max(...parentIndexArray)])\n    : colorFunction.dataExtent(extent)\n\n\n\n    container.selectAll('g.'+objectClass+':not(.to-remove)').each(function(key, i) {\n      // console.log(key, scale(extent[1]) - scale(valueExtractor(key, i)))\n      var t = d3.select(this),\n      currentData = data[key],\n      value = valueExtractor(key, i),\n      i = t.attr('parent-index') == undefined ? i : t.attr('parent-index'),\n      fillColor = colorFunction(key, value, i, 'fill'), // prevent duplicate computation\n      strokeColor = colorFunction(key, value, i,  'stroke')\n\n\n      var bar = safeSelect(t, 'rect', 'bar-rect')\n\n      if (bar.attr('transform') == undefined) {\n        bar.attr('transform', function(d, i) {\n          var\n          x = horizontalQ\n            ? 0\n            : 0\n          ,\n          y = verticalQ\n            ? 0\n            : scale(extent[1])\n          ,\n          t = 'translate('+x+','+y+')'\n          return t\n        })\n        .attr('width', horizontalQ ? objectSize : 0)\n        .attr('height', verticalQ ? objectSize : 0)\n\n      }\n\n\n      bar.transition().duration(transitionDuration).ease(easeFunc)\n      .attr('transform', function(d, i) {\n        var\n        x = horizontalQ\n          ? objectSize - objectSize * barPercent\n          : orient == 'right'\n            ? scale(extent[1]) - scale(value)\n            : objectSize - objectSize * barPercent\n          ,\n        y = verticalQ\n          ? objectSize - objectSize * barPercent\n          : scale(extent[1]) - scale(value)\n        ,\n        t = 'translate('+x+','+y+')'\n        return t\n      })\n      .attr('width', horizontalQ ? objectSize * barPercent : scale(value))\n      .attr('height', verticalQ ? objectSize * barPercent: scale(value))\n      .attr('fill', fillColor)\n      .attr('stroke', strokeColor)\n      .attr('stroke-width', barStrokeWidth)\n\n\n\n      t.on('mouseover', function(d, i){\n        container.selectAll('g.'+objectClass).style('opacity', 0.2)\n        t.style('opacity', 1)\n        bar.attr('stroke-width',barStrokeWidth*2)\n\n      })\n      t.on('mouseout', function(){\n        container.selectAll('g.'+objectClass).style('opacity', 1)\n        bar.attr('stroke-width', barStrokeWidth)\n      })\n    })\n\n    tooltip.selection(container.selectAll('.bar-rect'))\n    .data(data)\n\n    tooltip()\n\n  }\n  return bar\n}\n","import {hypenate, safeSelect} from './helpers';\nimport {setupContainer, calculateWidthOfObject, calculateWidthOfSpacer, log} from './utils';\nimport {unique} from './array-functions';\nimport {groupingSpacer} from './grouping-spacer';\nimport {colorFunction as CF} from './color-function';\nimport {tooltip as TTip} from './tooltip';\n\n\n/**\n * Creates a bubbleHeatmap\n *\n * {@link https://sumneuron.gitlab.io/d3sm/demos/bubble-heatmap/index.html Demo}\n * @constructor bubbleHeatmap\n * @param {d3.selection} selection\n * @namespace bubbleHeatmap\n * @returns {function} bubbleHeatmap\n */\nfunction bubbleHeatmap( selection ) {\n  var\n  /**\n  * Data to plot. Assumed to be a object, where each key corresponds to a cell\n  * (see {@link bubbleHeatmap#data})\n  * @param {Object} [data=undefined]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  data,\n\n  /**\n  * Amount of horizontal space (in pixels) avaible to render the bubbleHeatmap in\n  * (see {@link bubbleHeatmap#spaceX})\n  * @param {number} [spaceX=undefined]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  spaceX,\n  /**\n  * Amount of vertical space (in pixels) avaible to render the bubbleHeatmap in\n  * (see {@link bubbleHeatmap.spaceY})\n  * @param {number} [spaceY=undefined]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  spaceY,\n\n  /**\n  * The internal key of the cell specifiying to which x axis key it belongs\n  * (see {@link bubbleHeatmap.xKey})\n  * @param {string} [xKey='x']\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  xKey = 'x',\n  /**\n  * The internal key of the cell specifiying to which y axis key it belongs\n  * (see {@link bubbleHeatmap.yKey})\n  * @param {string} [yKey='y']\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  yKey = 'y',\n  /**\n  * The internal key of the cell specifiying what value to use to determine the radius\n  * (see {@link bubbleHeatmap.rKey})\n  * @param {string} [rKey='r']\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  rKey = 'r',\n  /**\n  * The internal key of the cell specifiying what value to use to determine the color\n  * (see {@link bubbleHeatmap.vKey})\n  * @param {string} [vKey='v']\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  vKey = 'v',\n\n  /**\n  * Function for extracting the the value from xKey.\n  * (see {@link bubbleHeatmap.xExtractor})\n  * @param {function} [xExtractor=function(key, i) { return data[key][xKey] }]\n  * @returns {string}\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  xExtractor = function(key, i) {return data[key][xKey] },\n  /**\n  * Function for extracting the the value from yKey.\n  * (see {@link bubbleHeatmap.yExtractor})\n  * @param {function} [yExtractor=function(key, i) { return data[key][yKey] }]\n  * @returns {string}\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  yExtractor = function(key, i) { return data[key][yKey] },\n  /**\n  * Function for extracting the the value from rKey.\n  * (see {@link bubbleHeatmap.rExtractor})\n  * @param {function} [rExtractor=function(key, i) { return data[key][rKey] }]\n  * @returns {number}\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  rExtractor = function(key, i) { return data[key][rKey] },\n  /**\n  * Function for extracting the the value from vKey.\n  * (see {@link bubbleHeatmap.vExtractor})\n  * @param {function} [vExtractor=function(key, i) { return data[key][vKey] }]\n  * @returns {number}\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  vExtractor = function(key, i) { return data[key][vKey] },\n\n\n  /**\n  * Whether or not to allow bubbleHeatmap to render elements pass the main spatial dimension\n  * given the orientation (see {@link bubbleHeatmap#orient}), where {@link bubbleHeatmap#orient}=\"bottom\" or {@link bubbleHeatmap#orient}=\"top\"\n  * the main dimension is {@link bubbleHeatmap#spaceX} and where {@link bubbleHeatmap#orient}=\"left\" or {@link bubbleHeatmap#orient}=\"right\"\n  * the main dimension is {@link bubbleHeatmap#spaceY}\n  * @param {boolean} [overflowQ=false]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  overflowQ = false,\n\n  /**\n  * The scale for which the radius values should be transformed by\n  * @param {d3.scale} [scale=d3.scaleLinear]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  scale = d3.scaleLinear(),\n  /**\n  * The padding for the domain of the scale (see {@link bubbleHeatmap#scale})\n  * @param {number} [domainPadding=0.5]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  domainPadding = 0.5,\n\n  /**\n  * Default space for the spacer (percentage) of main dimension given the orientation\n  * (see {@link bubbleHeatmap#orient}), where {@link bubbleHeatmap#orient}=\"horizontal\"\n  * the main dimension is {@link bubbleHeatmap#spaceX} and where {@link bubbleHeatmap#orient}=\"vertical\"\n  * the main dimension is {@link bubbleHeatmap#spaceY} between bubbles\n  * @param {number} [objectSpacer=0.0]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  objectSpacer = 0.0,\n  /**\n  * The minimum size that an object can be\n  * @param {number} [minObjectSize=50]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  minObjectSize = 50,\n  /**\n  * The maximum size that an object can be\n  * @param {number} [maxObjectSize=100]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  maxObjectSize = 100,\n\n\n  /**\n  * The stroke width of the bubbles\n  * @param {number} [bubbleStrokeWidth=2]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  bubbleStrokeWidth = 2,\n  // colorFunc = colorFunction(),\n\n  /**\n  * Color of the background\n  * @param {string} [backgroundFill=\"transparent\"]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  backgroundFill = 'transparent',\n  /**\n  * Namespace for all items made by this instance of bubbleHeatmap\n  * @param {string} [namespace=\"d3sm-bubble\"]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  namespace = 'd3sm-bubble',\n  /**\n  * Class name for bubble container (<g> element)\n  * @param {string} [objectClass=\"bubble\"]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  objectClass = 'bubble',\n  /**\n  * Duration of all transitions of this element\n  * @param {number} [transitionDuration=1000]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  transitionDuration = 1000,\n  /**\n  * Easing function for transitions\n  * @param {d3.ease} [easeFunc=d3.easeExp]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  easeFunc = d3.easeExp,\n\n  /**\n  * Stores the keys of all the cells\n  * Calculated after bubbleHeatmap called.\n  * @param {string[]} [cellKeys=undefined]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  cellKeys,\n  /**\n  * Stores the list of unique xValues\n  * Calculated after bubbleHeatmap called.\n  * @param {string[]} [xValues=undefined]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  xValues,\n  /**\n  * Stores the list of unique yValues\n  * Calculated after bubbleHeatmap called.\n  * @param {string[]} [yValues=undefined]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  yValues,\n  /**\n  * Stores the list of unique rValues\n  * Calculated after bubbleHeatmap called.\n  * @param {string[]} [rValues=undefined]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  rValues,\n  /**\n  * Stores the list of unique vValues\n  * Calculated after bubbleHeatmap called.\n  * @param {string[]} [vValues=undefined]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  vValues,\n\n  xKeySortingFunction = function(a, b) { return xExtractor(a) - xExtractor(b) },\n  yKeySortingFunction = function(a, b) { return yExtractor(a) - yExtractor(b) },\n  rKeySortingFunction = function(a, b) { return rExtractor(a) - rExtractor(b) },\n  vKeySortingFunction = function(a, b) { return vExtractor(a) - vExtractor(b) },\n\n  /**\n  * Instance of ColorFunction with .colorBy set to 'category'\n  * @function colorFunction\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  colorFunction = CF().colorBy('value'),\n  /**\n  * Instance of Tooltip\n  * @function tooltip\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  tooltip = TTip(),\n\n  /**\n  * store the size the bubble could be in the x dimension\n  * the actuall size of the bubble will be the min of xSize and {@link bubbleHeatmap#ySize}\n  * Calculated after bubbleHeatmap called.\n  * @param {string[]} [xSize=undefined]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  xSize,\n  /**\n  * store the size of the spacer in the x dimension\n  * Calculated after bubbleHeatmap called.\n  * @param {string[]} [xSpacerSize=undefined]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  xSpacerSize,\n\n  /**\n  * store the size the bubble could be in the y dimension\n  * the actuall size of the bubble will be the min of xSize and {@link bubbleHeatmap#xSize}\n  * Calculated after bubbleHeatmap called.\n  * @param {string[]} [ySize=undefined]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  ySize,\n  /**\n  * store the size of the spacer in the y dimension.\n  * Calculated after bubbleHeatmap called.\n  * @param {string[]} [xSpacerSize=undefined]\n  * @memberof bubbleHeatmap#\n  * @property\n  */\n  ySpacerSize\n\n  /**\n   * Gets or sets the selection in which items are manipulated\n   * @param {d3.selection} [_=none]\n   * @returns {bubbleHeatmap | d3.selection}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default selection = selection\n   */\n  bhm.selection = function(_) { return arguments.length ? (selection = _, bhm) : selection; }\n  /**\n   * Gets or sets the data\n   * (see {@link bubbleHeatmap#data})\n   * @param {number} [_=none]\n   * @returns {bubbleHeatmap | object}\n   * @memberof bubbleHeatmap\n   * @property\n   */\n  bhm.data = function(_) { return arguments.length ? (data = _, bhm) : data; }\n  // bhm.orient = function(_) { return arguments.length ? (orient = _, bhm) : orient; }\n  /**\n   * Gets or sets the amount of horizontal space in which items are manipulated\n   * (see {@link bubbleHeatmap#spaceX})\n   * @param {number} [_=none] should be a number > 0\n   * @returns {bubbleHeatmap | number}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default spaceX = undefined\n   */\n  bhm.spaceX = function(_) { return arguments.length ? (spaceX = _, bhm) : spaceX; }\n  /**\n   * Gets or sets the amount of vertical space in which items are manipulated\n   * (see {@link bubbleHeatmap#spaceY})\n   * @param {number} [_=none] should be a number > 0\n   * @returns {bubbleHeatmap | number}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default spaceY = undefined\n   */\n  bhm.spaceY = function(_) { return arguments.length ? (spaceY = _, bhm) : spaceY; }\n\n  /**\n   * Gets or sets the xKey\n   * (see {@link bubbleHeatmap#xKey})\n   * @param {string} [_=none]\n   * @returns {bubbleHeatmap | string}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default xKey = 'x'\n   */\n  bhm.xKey = function(_) { return arguments.length ? (xKey = _, bhm) : xKey; }\n  /**\n   * Gets or sets the yKey\n   * (see {@link bubbleHeatmap#yKey})\n   * @param {string} [_=none]\n   * @returns {bubbleHeatmap | string}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default yKey = 'y'\n   */\n  bhm.yKey = function(_) { return arguments.length ? (yKey = _, bhm) : yKey; }\n  /**\n   * Gets or sets the rKey\n   * (see {@link bubbleHeatmap#rKey})\n   * @param {string} [_=none]\n   * @returns {bubbleHeatmap | string}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default rKey = 'r'\n   */\n  bhm.rKey = function(_) { return arguments.length ? (rKey = _, bhm) : rKey; }\n  /**\n   * Gets or sets the vKey\n   * (see {@link bubbleHeatmap#vKey})\n   * @param {string} [_=none]\n   * @returns {bubbleHeatmap | string}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default vKey = 'y'\n   */\n  bhm.vKey = function(_) { return arguments.length ? (vKey = _, bhm) : vKey; }\n\n  /**\n   * Gets or sets the cellKeys\n   * (see {@link bubbleHeatmap#cellKeys})\n   * @param {string[]} [_=none]\n   * @returns {bubbleHeatmap | string[]}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default cellKeys = undefined\n   */\n  bhm.cellKeys = function(_) { return arguments.length ? (cellKeys = _, bhm) : cellKeys; }\n  /**\n   * Gets or sets the xValues\n   * (see {@link bubbleHeatmap#xValues})\n   * @param {string[]} [_=none]\n   * @returns {bubbleHeatmap | string[]}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default xValues = undefined\n   */\n  bhm.xValues = function(_) { return arguments.length ? (xValues = _, bhm) : xValues; }\n  /**\n   * Gets or sets the yValues\n   * (see {@link bubbleHeatmap#yValues})\n   * @param {string[]} [_=none]\n   * @returns {bubbleHeatmap | string[]}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default yValues = undefined\n   */\n  bhm.yValues = function(_) { return arguments.length ? (yValues = _, bhm) : yValues; }\n  /**\n   * Gets or sets the rValues\n   * (see {@link bubbleHeatmap#rValues})\n   * @param {number[]} [_=none]\n   * @returns {bubbleHeatmap | number[]}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default rValues = undefined\n   */\n  bhm.rValues = function(_) { return arguments.length ? (rValues = _, bhm) : rValues; }\n  /**\n   * Gets or sets the vValues\n   * (see {@link bubbleHeatmap#vValues})\n   * @param {number[]} [_=none]\n   * @returns {bubbleHeatmap | number[]}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default vValues = undefined\n   */\n  bhm.vValues = function(_) { return arguments.length ? (vValues = _, bhm) : vValues; }\n\n\n  /**\n   * Gets or sets the xExtractor\n   * (see {@link bubbleHeatmap#xExtractor})\n   * @param {function} [_=none]\n   * @returns {bubbleHeatmap | function}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default xExtractor = undefined\n   */\n  bhm.xExtractor = function(_) { return arguments.length ? (xExtractor = _, bhm) : xExtractor; }\n  /**\n   * Gets or sets the yExtractor\n   * (see {@link bubbleHeatmap#yExtractor})\n   * @param {function} [_=none]\n   * @returns {bubbleHeatmap | function}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default yExtractor = undefined\n   */\n  bhm.yExtractor = function(_) { return arguments.length ? (yExtractor = _, bhm) : yExtractor; }\n  /**\n   * Gets or sets the rExtractor\n   * (see {@link bubbleHeatmap#rExtractor})\n   * @param {function} [_=none]\n   * @returns {bubbleHeatmap | function}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default rExtractor = undefined\n   */\n  bhm.rExtractor = function(_) { return arguments.length ? (rExtractor = _, bhm) : rExtractor; }\n  /**\n   * Gets or sets the vExtractor\n   * (see {@link bubbleHeatmap#vExtractor})\n   * @param {function} [_=none]\n   * @returns {bubbleHeatmap | function}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default vExtractor = undefined\n   */\n  bhm.vExtractor = function(_) { return arguments.length ? (vExtractor = _, bhm) : vExtractor; }\n\n  /**\n   * Gets / sets whether or not bubbleHeatmap is allowed to go beyond specified dimensions\n   * (see {@link bubbleHeatmap#spaceX})\n   * @param {boolean} [_=none]\n   * @returns {bubbleHeatmap | boolean}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default overflowQ = false\n   */\n  bhm.overflowQ = function(_) { return arguments.length ? (overflowQ = _, bhm) : overflowQ; }\n  /**\n   * Gets / sets the scale for which the radius of bubbles should be transformed by\n   * (see {@link bubbleHeatmap#scale})\n   * @param {d3.scale} [_=none]\n   * @returns {bubbleHeatmap | d3.scale}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default scale = d3.scaleLinear()\n   */\n  bhm.scale = function(_) { return arguments.length ? (scale = _, bhm) : scale; };\n  /**\n   * Gets / sets the padding for the domain of the scale\n   * (see {@link bubbleHeatmap#domainPadding})\n   * @param {number} [_=none]\n   * @returns {bubbleHeatmap | number}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default domainPadding = 0.5\n   */\n  bhm.domainPadding = function(_) { return arguments.length ? (domainPadding = _, bhm) : domainPadding; };\n  /**\n   * Gets / sets objectSpacer\n   * (see {@link bubbleHeatmap#objectSpacer})\n   * @param {number} [_=none]\n   * @returns {bubbleHeatmap | number}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default objectSpacer = 0.0\n   */\n  bhm.objectSpacer = function(_) { return arguments.length ? (objectSpacer = _, objectSpacer) : data; }\n  /**\n   * Gets / sets the minObjectSize\n   * (see {@link bubbleHeatmap#minObjectSize})\n   * @param {number} [_=none]\n   * @returns {bubbleHeatmap | number}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default minObjectSize = 50\n   */\n  bhm.minObjectSize = function(_) { return arguments.length ? (minObjectSize = _, bhm) : minObjectSize; }\n  /**\n   * Gets / sets the maxObjectSize\n   * (see {@link bubbleHeatmap#maxObjectSize})\n   * @param {number} [_=none]\n   * @returns {bubbleHeatmap | number}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default maxObjectSize = 100\n   */\n  bhm.maxObjectSize = function(_) { return arguments.length ? (maxObjectSize = _, bhm) : maxObjectSize; }\n  /**\n   * Gets / sets the bubbleStrokeWidth\n   * (see {@link bubbleHeatmap#bubbleStrokeWidth})\n   * @param {number} [_=none]\n   * @returns {bubbleHeatmap | number}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default bubbleStrokeWidth = 2\n   */\n  bhm.bubbleStrokeWidth = function(_) { return arguments.length ? (bubbleStrokeWidth = _, bhm) : bubbleStrokeWidth; }\n  /**\n   * Gets / sets the backgroundFill\n   * (see {@link bubbleHeatmap#backgroundFill})\n   * @param {string} [_=none]\n   * @returns {bubbleHeatmap | string}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default backgroundFill = 'transparent'\n   */\n  bhm.backgroundFill = function(_) { return arguments.length ? (backgroundFill = _, bhm) : backgroundFill; }\n  /**\n   * Gets / sets the namespace\n   * (see {@link bubbleHeatmap#namespace})\n   * @param {string} [_=none]\n   * @returns {bubbleHeatmap | string}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default namespace = 'd3sm-bubbleHeatmap'\n   */\n  bhm.namespace = function(_) { return arguments.length ? (namespace = _, bhm) : namespace; }\n  /**\n   * Gets / sets the objectClass\n   * (see {@link bubbleHeatmap#objectClass})\n   * @param {string} [_=none]\n   * @returns {bubbleHeatmap | string}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default objectClass = 'tick-group'\n   */\n  bhm.objectClass = function(_) { return arguments.length ? (objectClass = _, bhm) : objectClass; }\n  /**\n   * Gets / sets the transitionDuration\n   * (see {@link bubbleHeatmap#transitionDuration})\n   * @param {number} [_=none]\n   * @returns {bubbleHeatmap | number}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default transitionDuration = 1000\n   */\n  bhm.transitionDuration = function(_) { return arguments.length ? (transitionDuration = _, bhm) : transitionDuration; }\n  /**\n   * Gets / sets the easeFunc\n   * (see {@link bubbleHeatmap#easeFunc})\n   * @param {d3.ease} [_=none]\n   * @returns {bubbleHeatmap | d3.ease}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default easeFunc = d3.easeExp\n   */\n  bhm.easeFunc = function(_) { return arguments.length ? (easeFunc = _, bhm) : easeFunc; }\n\n  /**\n   * Gets / sets the tooltip\n   * (see {@link bubbleHeatmap#tooltip})\n   * @param {tooltip} [_=none]\n   * @returns {bubbleHeatmap | tooltip}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default tooltip = tooltip()\n   */\n  bhm.tooltip = function(_) { return arguments.length ? (tooltip = _, bhm) : tooltip; }\n\n  /**\n   * Gets / sets the colorFunction\n   * (see {@link bubbleHeatmap#colorFunction})\n   * @param {colorFunction} [_=none]\n   * @returns {bubbleHeatmap | colorFunction}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default colorFunction = colorFunction()\n   */\n  bhm.colorFunction = function(_) { return arguments.length ? (colorFunction = _, bhm) : colorFunction; }\n\n  /**\n   * Gets / sets the xSize\n   * (see {@link bubbleHeatmap#xSize})\n   * @param {number} [_=none]\n   * @returns {bubbleHeatmap | number}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default xSize = undefined\n   */\n  bhm.xSize = function(_) { return arguments.length ? (xSize = _, bhm) : xSize; }\n  /**\n   * Gets / sets the xSpacerSize\n   * (see {@link bubbleHeatmap#xSpacerSize})\n   * @param {number} [_=none]\n   * @returns {bubbleHeatmap | number}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default xSpacerSize = undefined\n   */\n  bhm.xSpacerSize = function(_) { return arguments.length ? (xSpacerSize = _, bhm) : xSpacerSize; }\n  /**\n   * Gets / sets the ySize\n   * (see {@link bubbleHeatmap#ySize})\n   * @param {number} [_=none]\n   * @returns {bubbleHeatmap | number}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default ySize = undefined\n   */\n  bhm.ySize = function(_) { return arguments.length ? (ySize = _, bhm) : ySize; }\n  /**\n   * Gets / sets the ySpacerSize\n   * (see {@link bubbleHeatmap#ySpacerSize})\n   * @param {number} [_=none]\n   * @returns {bubbleHeatmap | number}\n   * @memberof bubbleHeatmap\n   * @property\n   * by default ySpacerSize = undefined\n   */\n  bhm.ySpacerSize = function(_) { return arguments.length ? (ySpacerSize = _, bhm) : ySpacerSize; }\n  // bhm.yKeySortingFunction = function(_) { return arguments.length ? (yKeySortingFunction = _, bhm) : yKeySortingFunction; }\n  // bhm.xKeySortingFunction = function(_) { return arguments.length ? (xKeySortingFunction = _, bhm) : xKeySortingFunction; }\n\n\n\n  function bhm() {\n    var horizontalQ = true; // no orientation in heatmaps. Aids as placeholder in functions that take orient as a parameter\n    var bgcpRect = {x:0, y:0, width: spaceX, height:spaceY}\n    var container = setupContainer( selection, namespace, bgcpRect, backgroundFill );\n\n    cellKeys = d3.keys(data);\n    cellKeys.sort(function(a, b){ return xKeySortingFunction(a, b) || yKeySortingFunction(a, b) })\n    log('bubbleHeatmap', 'cells are sorted by', cellKeys)\n\n\n\n    xValues = unique(cellKeys.map(xExtractor));\n    yValues = unique(cellKeys.map(yExtractor));\n    rValues = unique(cellKeys.map(rExtractor));\n    vValues = unique(cellKeys.map(vExtractor));\n    log('bubbleHeatmap', 'x and y keys are', {x: xValues, y:yValues})\n\n\n    var xDim = xValues.length, yDim = yValues.length;\n\n\n    var extent = [Math.min(...rValues) - domainPadding,Math.max(...rValues) + domainPadding];\n\n\n    ySize = calculateWidthOfObject(spaceY, yDim, minObjectSize, maxObjectSize, objectSpacer, overflowQ)\n    xSize = calculateWidthOfObject(spaceX, xDim, minObjectSize, maxObjectSize, objectSpacer, overflowQ)\n    ySpacerSize = calculateWidthOfSpacer(yValues, spaceY, ySize, yDim, objectSpacer, overflowQ)\n    xSpacerSize = calculateWidthOfSpacer(xValues, spaceX, xSize, xDim, objectSpacer, overflowQ)\n    log('bubbleHeatmap', 'size of', {x: xSize, y: ySize})\n\n\n    scale.domain(extent).range([Math.min(minObjectSize/2,   Math.min(ySize, xSize)/2), Math.min(ySize, xSize)/2])\n\n    var ySpacer = groupingSpacer()\n    .horizontalQ(false)\n    .moveby('category').numberOfObjects(yDim)\n    .objectClass(hypenate(objectClass, 'row'))\n    .objectSize(ySize).spacerSize(ySpacerSize)\n    .transitionDuration(transitionDuration).easeFunc(easeFunc)\n    .namespace('row')\n\n    var xSpacer = groupingSpacer()\n    .horizontalQ(true)\n    .moveby('category').numberOfObjects(xDim)\n    .objectClass(objectClass)\n    .objectSize(xSize).spacerSize(xSpacerSize)\n    .transitionDuration(transitionDuration).easeFunc(easeFunc)\n\n\n    ySpacer(container, yValues, 0)\n    container.selectAll('g.'+hypenate(objectClass, 'row'))\n    .each(function(d, i){\n      xSpacer(d3.select(this), xValues, 0)\n    })\n    var cells = container.selectAll('g:not(.to-remove).'+objectClass).data(cellKeys);\n\n    var parentIndexArray = []\n    cells.each(function(d, i){ parentIndexArray.push(Number(d3.select(this).attr('parent-index'))) })\n\n\n    colorFunction = colorFunction.colorBy() == 'index'\n    ? colorFunction.dataExtent([0, Math.max(...parentIndexArray)])\n    : colorFunction.dataExtent([0, Math.max(...vValues)])\n\n    cells.each(function(key, i) {\n      log('bubbleHeatmap', 'each cell', {key: key, index: i, node: d3.select(this).node()})\n\n      var t = d3.select(this),\n      currentData = data[key],\n      value = vExtractor(key, i),\n      radius= rExtractor(key, i),\n      i = t.attr('parent-index') == undefined ? i : t.attr('parent-index'),\n      fillColor = colorFunction(key, value, i, 'fill'), // prevent duplicate computation\n      strokeColor = colorFunction(key, value, i,  'stroke')\n\n      log('bubbleHeatmap', 'radius',{radius: radius, scaled: scale(radius), extent: extent, range:scale.range()})\n\n      var c = safeSelect(t, 'circle', hypenate(objectClass,'circle'))\n      c.attr('cx', xSize / 2)\n      .attr('cy', ySize / 2 )\n      .attr('r', scale(radius))\n      .attr('fill', fillColor)\n      .attr('stroke', strokeColor)\n      .attr('stroke-width', bubbleStrokeWidth)\n\n    })\n\n    tooltip.selection(cells.selectAll('circle.'+hypenate(objectClass, 'circle')))\n    .data(data)\n    // .keys(['r', 'v'])\n    // .header(function(d, i){return hypenate(data[d][xKey], data[d][yKey]) })\n\n    tooltip()\n\n\n  }\n\n  return bhm;\n}\n\nexport {bubbleHeatmap}\n","import {hypenate, safeSelect} from './helpers';\nimport {setupContainer, calculateWidthOfObject, calculateWidthOfSpacer, log} from './utils';\nimport {unique} from './array-functions';\nimport {groupingSpacer} from './grouping-spacer';\nimport {colorFunction as CF} from './color-function';\nimport {tooltip as TTip} from './tooltip';\n\n\n/**\n * Creates a heatmap\n *\n * {@link https://sumneuron.gitlab.io/d3sm/demos/heatmap-heatmap/index.html Demo}\n * @constructor heatmap\n * @param {d3.selection} selection\n * @namespace heatmap\n * @returns {function} heatmap\n */\nfunction heatmap( selection ) {\n  var\n  /**\n  * Data to plot. Assumed to be a object, where each key corresponds to a cell\n  * (see {@link heatmap#data})\n  * @param {Object} [data=undefined]\n  * @memberof heatmap#\n  * @property\n  */\n  data,\n\n  /**\n  * Amount of horizontal space (in pixels) avaible to render the heatmap in\n  * (see {@link heatmap#spaceX})\n  * @param {number} [spaceX=undefined]\n  * @memberof heatmap#\n  * @property\n  */\n  spaceX,\n  /**\n  * Amount of vertical space (in pixels) avaible to render the heatmap in\n  * (see {@link heatmap.spaceY})\n  * @param {number} [spaceY=undefined]\n  * @memberof heatmap#\n  * @property\n  */\n  spaceY,\n\n  /**\n  * The internal key of the cell specifiying to which x axis key it belongs\n  * (see {@link heatmap.xKey})\n  * @param {string} [xKey='x']\n  * @memberof heatmap#\n  * @property\n  */\n  xKey = 'x',\n  /**\n  * The internal key of the cell specifiying to which y axis key it belongs\n  * (see {@link heatmap.yKey})\n  * @param {string} [yKey='y']\n  * @memberof heatmap#\n  * @property\n  */\n  yKey = 'y',\n\n  /**\n  * The internal key of the cell specifiying what value to use to determine the color\n  * (see {@link heatmap.vKey})\n  * @param {string} [vKey='v']\n  * @memberof heatmap#\n  * @property\n  */\n  vKey = 'v',\n\n  /**\n  * Function for extracting the the value from xKey.\n  * (see {@link heatmap.xExtractor})\n  * @param {function} [xExtractor=function(key, i) { return data[key][xKey] }]\n  * @returns {string}\n  * @memberof heatmap#\n  * @property\n  */\n  xExtractor = function(key, i) {return data[key][xKey] },\n  /**\n  * Function for extracting the the value from yKey.\n  * (see {@link heatmap.yExtractor})\n  * @param {function} [yExtractor=function(key, i) { return data[key][yKey] }]\n  * @returns {string}\n  * @memberof heatmap#\n  * @property\n  */\n  yExtractor = function(key, i) { return data[key][yKey] },\n\n  /**\n  * Function for extracting the the value from vKey.\n  * (see {@link heatmap.vExtractor})\n  * @param {function} [vExtractor=function(key, i) { return data[key][vKey] }]\n  * @returns {number}\n  * @memberof heatmap#\n  * @property\n  */\n  vExtractor = function(key, i) { return data[key][vKey] },\n\n\n  /**\n  * Whether or not to allow heatmap to render elements pass the main spatial dimension\n  * given the orientation (see {@link heatmap#orient}), where {@link heatmap#orient}=\"bottom\" or {@link heatmap#orient}=\"top\"\n  * the main dimension is {@link heatmap#spaceX} and where {@link heatmap#orient}=\"left\" or {@link heatmap#orient}=\"right\"\n  * the main dimension is {@link heatmap#spaceY}\n  * @param {boolean} [overflowQ=false]\n  * @memberof heatmap#\n  * @property\n  */\n  overflowQ = false,\n\n  /**\n  * Default space for the spacer (percentage) of main dimension given the orientation\n  * (see {@link heatmap#orient}), where {@link heatmap#orient}=\"horizontal\"\n  * the main dimension is {@link heatmap#spaceX} and where {@link heatmap#orient}=\"vertical\"\n  * the main dimension is {@link heatmap#spaceY} between bubbles\n  * @param {number} [objectSpacer=0.0]\n  * @memberof heatmap#\n  * @property\n  */\n  objectSpacer = 0.0,\n  /**\n  * The minimum size that an object can be in the y dimension\n  * @param {number} [minObjectSize=50]\n  * @memberof heatmap#\n  * @property\n  */\n  yMinObjectSize = 50,\n  /**\n  * The minimum size that an object can be in the x dimension\n  * @param {number} [minObjectSize=50]\n  * @memberof heatmap#\n  * @property\n  */\n  xMinObjectSize = 50,\n  /**\n  * The maximum size that an object can be in the x dimension\n  * @param {number} [maxObjectSize=100]\n  * @memberof heatmap#\n  * @property\n  */\n  xMaxObjectSize = 100,\n  /**\n  * The maximum size that an object can be in the y dimension\n  * @param {number} [maxObjectSize=100]\n  * @memberof heatmap#\n  * @property\n  */\n  yMaxObjectSize = 100,\n\n\n  /**\n  * The stroke width of the bubbles\n  * @param {number} [objectStrokeWidth=2]\n  * @memberof heatmap#\n  * @property\n  */\n  objectStrokeWidth = 2,\n  // colorFunc = colorFunction(),\n\n  /**\n  * Color of the background\n  * @param {string} [backgroundFill=\"transparent\"]\n  * @memberof heatmap#\n  * @property\n  */\n  backgroundFill = 'transparent',\n  /**\n  * Namespace for all items made by this instance of heatmap\n  * @param {string} [namespace=\"d3sm-heatmap\"]\n  * @memberof heatmap#\n  * @property\n  */\n  namespace = 'd3sm-heatmap',\n  /**\n  * Class name for heatmap container (<g> element)\n  * @param {string} [objectClass=\"heatmap\"]\n  * @memberof heatmap#\n  * @property\n  */\n  objectClass = 'heatmap',\n  /**\n  * Duration of all transitions of this element\n  * @param {number} [transitionDuration=1000]\n  * @memberof heatmap#\n  * @property\n  */\n  transitionDuration = 1000,\n  /**\n  * Easing function for transitions\n  * @param {d3.ease} [easeFunc=d3.easeExp]\n  * @memberof heatmap#\n  * @property\n  */\n  easeFunc = d3.easeExp,\n\n  /**\n  * Stores the keys of all the cells\n  * Calculated after heatmap called.\n  * @param {string[]} [cellKeys=undefined]\n  * @memberof heatmap#\n  * @property\n  */\n  cellKeys,\n  /**\n  * Stores the list of unique xValues\n  * Calculated after heatmap called.\n  * @param {string[]} [xValues=undefined]\n  * @memberof heatmap#\n  * @property\n  */\n  xValues,\n  /**\n  * Stores the list of unique yValues\n  * Calculated after heatmap called.\n  * @param {string[]} [yValues=undefined]\n  * @memberof heatmap#\n  * @property\n  */\n  yValues,\n  /**\n  * Stores the list of unique vValues\n  * Calculated after heatmap called.\n  * @param {string[]} [vValues=undefined]\n  * @memberof heatmap#\n  * @property\n  */\n  vValues,\n\n  xKeySortingFunction = function(a, b) { return xValues.indexOf(xExtractor(a)) - xValues.indexOf(xExtractor(b)) },\n  yKeySortingFunction = function(a, b) { return yValues.indexOf(yExtractor(a)) - yValues.indexOf(yExtractor(b)) },\n  vKeySortingFunction = function(a, b) { return vValues.indexOf(vExtractor(a)) - yValues.indexOf(vExtractor(b)) },\n\n  /**\n  * Instance of ColorFunction with .colorBy set to 'category'\n  * @function colorFunction\n  * @memberof heatmap#\n  * @property\n  */\n  colorFunction = CF().colorBy('category'),\n  /**\n  * Instance of Tooltip\n  * @function tooltip\n  * @memberof heatmap#\n  * @property\n  */\n  tooltip = TTip(),\n\n  /**\n  * store the size the heatmap could be in the x dimension\n  * the actuall size of the heatmap will be the min of xSize and {@link heatmap#ySize}\n  * Calculated after heatmap called.\n  * @param {string[]} [xSize=undefined]\n  * @memberof heatmap#\n  * @property\n  */\n  xSize,\n  /**\n  * store the size of the spacer in the x dimension\n  * Calculated after heatmap called.\n  * @param {string[]} [xSpacerSize=undefined]\n  * @memberof heatmap#\n  * @property\n  */\n  xSpacerSize,\n\n  /**\n  * store the size the heatmap could be in the y dimension\n  * the actuall size of the heatmap will be the min of xSize and {@link heatmap#xSize}\n  * Calculated after heatmap called.\n  * @param {string[]} [ySize=undefined]\n  * @memberof heatmap#\n  * @property\n  */\n  ySize,\n  /**\n  * store the size of the spacer in the y dimension.\n  * Calculated after heatmap called.\n  * @param {string[]} [xSpacerSize=undefined]\n  * @memberof heatmap#\n  * @property\n  */\n  ySpacerSize\n\n  /**\n   * Gets or sets the selection in which items are manipulated\n   * @param {d3.selection} [_=none]\n   * @returns {heatmap | d3.selection}\n   * @memberof heatmap\n   * @property\n   * by default selection = selection\n   */\n  hm.selection = function(_) { return arguments.length ? (selection = _, hm) : selection; }\n  /**\n   * Gets or sets the data\n   * (see {@link heatmap#data})\n   * @param {number} [_=none]\n   * @returns {heatmap | object}\n   * @memberof heatmap\n   * @property\n   */\n  hm.data = function(_) { return arguments.length ? (data = _, hm) : data; }\n  // hm.orient = function(_) { return arguments.length ? (orient = _, hm) : orient; }\n  /**\n   * Gets or sets the amount of horizontal space in which items are manipulated\n   * (see {@link heatmap#spaceX})\n   * @param {number} [_=none] should be a number > 0\n   * @returns {heatmap | number}\n   * @memberof heatmap\n   * @property\n   * by default spaceX = undefined\n   */\n  hm.spaceX = function(_) { return arguments.length ? (spaceX = _, hm) : spaceX; }\n  /**\n   * Gets or sets the amount of vertical space in which items are manipulated\n   * (see {@link heatmap#spaceY})\n   * @param {number} [_=none] should be a number > 0\n   * @returns {heatmap | number}\n   * @memberof heatmap\n   * @property\n   * by default spaceY = undefined\n   */\n  hm.spaceY = function(_) { return arguments.length ? (spaceY = _, hm) : spaceY; }\n\n  /**\n   * Gets or sets the xKey\n   * (see {@link heatmap#xKey})\n   * @param {string} [_=none]\n   * @returns {heatmap | string}\n   * @memberof heatmap\n   * @property\n   * by default xKey = 'x'\n   */\n  hm.xKey = function(_) { return arguments.length ? (xKey = _, hm) : xKey; }\n  /**\n   * Gets or sets the yKey\n   * (see {@link heatmap#yKey})\n   * @param {string} [_=none]\n   * @returns {heatmap | string}\n   * @memberof heatmap\n   * @property\n   * by default yKey = 'y'\n   */\n  hm.yKey = function(_) { return arguments.length ? (yKey = _, hm) : yKey; }\n\n  /**\n   * Gets or sets the vKey\n   * (see {@link heatmap#vKey})\n   * @param {string} [_=none]\n   * @returns {heatmap | string}\n   * @memberof heatmap\n   * @property\n   * by default vKey = 'y'\n   */\n  hm.vKey = function(_) { return arguments.length ? (vKey = _, hm) : vKey; }\n\n  /**\n   * Gets or sets the cellKeys\n   * (see {@link heatmap#cellKeys})\n   * @param {string[]} [_=none]\n   * @returns {heatmap | string[]}\n   * @memberof heatmap\n   * @property\n   * by default cellKeys = undefined\n   */\n  hm.cellKeys = function(_) { return arguments.length ? (cellKeys = _, hm) : cellKeys; }\n  /**\n   * Gets or sets the xValues\n   * (see {@link heatmap#xValues})\n   * @param {string[]} [_=none]\n   * @returns {heatmap | string[]}\n   * @memberof heatmap\n   * @property\n   * by default xValues = undefined\n   */\n  hm.xValues = function(_) { return arguments.length ? (xValues = _, hm) : xValues; }\n  /**\n   * Gets or sets the yValues\n   * (see {@link heatmap#yValues})\n   * @param {string[]} [_=none]\n   * @returns {heatmap | string[]}\n   * @memberof heatmap\n   * @property\n   * by default yValues = undefined\n   */\n  hm.yValues = function(_) { return arguments.length ? (yValues = _, hm) : yValues; }\n  /**\n   * Gets or sets the vValues\n   * (see {@link heatmap#vValues})\n   * @param {number[]} [_=none]\n   * @returns {heatmap | number[]}\n   * @memberof heatmap\n   * @property\n   * by default vValues = undefined\n   */\n  hm.vValues = function(_) { return arguments.length ? (vValues = _, hm) : vValues; }\n\n\n  /**\n   * Gets or sets the xExtractor\n   * (see {@link heatmap#xExtractor})\n   * @param {function} [_=none]\n   * @returns {heatmap | function}\n   * @memberof heatmap\n   * @property\n   * by default xExtractor = undefined\n   */\n  hm.xExtractor = function(_) { return arguments.length ? (xExtractor = _, hm) : xExtractor; }\n  /**\n   * Gets or sets the yExtractor\n   * (see {@link heatmap#yExtractor})\n   * @param {function} [_=none]\n   * @returns {heatmap | function}\n   * @memberof heatmap\n   * @property\n   * by default yExtractor = undefined\n   */\n  hm.yExtractor = function(_) { return arguments.length ? (yExtractor = _, hm) : yExtractor; }\n  /**\n   * Gets or sets the vExtractor\n   * (see {@link heatmap#vExtractor})\n   * @param {function} [_=none]\n   * @returns {heatmap | function}\n   * @memberof heatmap\n   * @property\n   * by default vExtractor = undefined\n   */\n  hm.vExtractor = function(_) { return arguments.length ? (vExtractor = _, hm) : vExtractor; }\n\n  /**\n   * Gets / sets whether or not heatmap is allowed to go beyond specified dimensions\n   * (see {@link heatmap#spaceX})\n   * @param {boolean} [_=none]\n   * @returns {heatmap | boolean}\n   * @memberof heatmap\n   * @property\n   * by default overflowQ = false\n   */\n  hm.overflowQ = function(_) { return arguments.length ? (overflowQ = _, hm) : overflowQ; }\n  /**\n   * Gets / sets objectSpacer\n   * (see {@link heatmap#objectSpacer})\n   * @param {number} [_=none]\n   * @returns {heatmap | number}\n   * @memberof heatmap\n   * @property\n   * by default objectSpacer = 0.0\n   */\n  hm.objectSpacer = function(_) { return arguments.length ? (objectSpacer = _, objectSpacer) : data; }\n  /**\n   * Gets / sets the minObjectSize\n   * (see {@link heatmap#minObjectSize})\n   * @param {number} [_=none]\n   * @returns {heatmap | number}\n   * @memberof heatmap\n   * @property\n   * by default minObjectSize = 50\n   */\n  hm.yMinObjectSize = function(_) { return arguments.length ? (yMinObjectSize = _, hm) : yMinObjectSize; }\n  /**\n   * Gets / sets the maxObjectSize\n   * (see {@link heatmap#maxObjectSize})\n   * @param {number} [_=none]\n   * @returns {heatmap | number}\n   * @memberof heatmap\n   * @property\n   * by default maxObjectSize = 100\n   */\n  hm.yMaxObjectSize = function(_) { return arguments.length ? (yMaxObjectSize = _, hm) : yMaxObjectSize; }\n  /**\n   * Gets / sets the minObjectSize\n   * (see {@link heatmap#minObjectSize})\n   * @param {number} [_=none]\n   * @returns {heatmap | number}\n   * @memberof heatmap\n   * @property\n   * by default minObjectSize = 50\n   */\n  hm.xMinObjectSize = function(_) { return arguments.length ? (xMinObjectSize = _, hm) : xMinObjectSize; }\n  /**\n   * Gets / sets the maxObjectSize\n   * (see {@link heatmap#maxObjectSize})\n   * @param {number} [_=none]\n   * @returns {heatmap | number}\n   * @memberof heatmap\n   * @property\n   * by default maxObjectSize = 100\n   */\n  hm.xMaxObjectSize = function(_) { return arguments.length ? (xMaxObjectSize = _, hm) : xMaxObjectSize; }\n  /**\n   * Gets / sets the objectStrokeWidth\n   * (see {@link heatmap#objectStrokeWidth})\n   * @param {number} [_=none]\n   * @returns {heatmap | number}\n   * @memberof heatmap\n   * @property\n   * by default objectStrokeWidth = 2\n   */\n  hm.objectStrokeWidth = function(_) { return arguments.length ? (objectStrokeWidth = _, hm) : objectStrokeWidth; }\n  /**\n   * Gets / sets the backgroundFill\n   * (see {@link heatmap#backgroundFill})\n   * @param {string} [_=none]\n   * @returns {heatmap | string}\n   * @memberof heatmap\n   * @property\n   * by default backgroundFill = 'transparent'\n   */\n  hm.backgroundFill = function(_) { return arguments.length ? (backgroundFill = _, hm) : backgroundFill; }\n  /**\n   * Gets / sets the namespace\n   * (see {@link heatmap#namespace})\n   * @param {string} [_=none]\n   * @returns {heatmap | string}\n   * @memberof heatmap\n   * @property\n   * by default namespace = 'd3sm-heatmap'\n   */\n  hm.namespace = function(_) { return arguments.length ? (namespace = _, hm) : namespace; }\n  /**\n   * Gets / sets the objectClass\n   * (see {@link heatmap#objectClass})\n   * @param {string} [_=none]\n   * @returns {heatmap | string}\n   * @memberof heatmap\n   * @property\n   * by default objectClass = 'tick-group'\n   */\n  hm.objectClass = function(_) { return arguments.length ? (objectClass = _, hm) : objectClass; }\n  /**\n   * Gets / sets the transitionDuration\n   * (see {@link heatmap#transitionDuration})\n   * @param {number} [_=none]\n   * @returns {heatmap | number}\n   * @memberof heatmap\n   * @property\n   * by default transitionDuration = 1000\n   */\n  hm.transitionDuration = function(_) { return arguments.length ? (transitionDuration = _, hm) : transitionDuration; }\n  /**\n   * Gets / sets the easeFunc\n   * (see {@link heatmap#easeFunc})\n   * @param {d3.ease} [_=none]\n   * @returns {heatmap | d3.ease}\n   * @memberof heatmap\n   * @property\n   * by default easeFunc = d3.easeExp\n   */\n  hm.easeFunc = function(_) { return arguments.length ? (easeFunc = _, hm) : easeFunc; }\n\n  /**\n   * Gets / sets the tooltip\n   * (see {@link heatmap#tooltip})\n   * @param {tooltip} [_=none]\n   * @returns {heatmap | tooltip}\n   * @memberof heatmap\n   * @property\n   * by default tooltip = tooltip()\n   */\n  hm.tooltip = function(_) { return arguments.length ? (tooltip = _, hm) : tooltip; }\n\n  /**\n   * Gets / sets the colorFunction\n   * (see {@link heatmap#colorFunction})\n   * @param {colorFunction} [_=none]\n   * @returns {heatmap | colorFunction}\n   * @memberof heatmap\n   * @property\n   * by default colorFunction = colorFunction()\n   */\n  hm.colorFunction = function(_) { return arguments.length ? (colorFunction = _, hm) : colorFunction; }\n\n  /**\n   * Gets / sets the xSize\n   * (see {@link heatmap#xSize})\n   * @param {number} [_=none]\n   * @returns {heatmap | number}\n   * @memberof heatmap\n   * @property\n   * by default xSize = undefined\n   */\n  hm.xSize = function(_) { return arguments.length ? (xSize = _, hm) : xSize; }\n  /**\n   * Gets / sets the xSpacerSize\n   * (see {@link heatmap#xSpacerSize})\n   * @param {number} [_=none]\n   * @returns {heatmap | number}\n   * @memberof heatmap\n   * @property\n   * by default xSpacerSize = undefined\n   */\n  hm.xSpacerSize = function(_) { return arguments.length ? (xSpacerSize = _, hm) : xSpacerSize; }\n  /**\n   * Gets / sets the ySize\n   * (see {@link heatmap#ySize})\n   * @param {number} [_=none]\n   * @returns {heatmap | number}\n   * @memberof heatmap\n   * @property\n   * by default ySize = undefined\n   */\n  hm.ySize = function(_) { return arguments.length ? (ySize = _, hm) : ySize; }\n  /**\n   * Gets / sets the ySpacerSize\n   * (see {@link heatmap#ySpacerSize})\n   * @param {number} [_=none]\n   * @returns {heatmap | number}\n   * @memberof heatmap\n   * @property\n   * by default ySpacerSize = undefined\n   */\n  hm.ySpacerSize = function(_) { return arguments.length ? (ySpacerSize = _, hm) : ySpacerSize; }\n  // hm.yKeySortingFunction = function(_) { return arguments.length ? (yKeySortingFunction = _, hm) : yKeySortingFunction; }\n  // hm.xKeySortingFunction = function(_) { return arguments.length ? (xKeySortingFunction = _, hm) : xKeySortingFunction; }\n\n\n\n  function hm() {\n    var horizontalQ = true; // no orientation in heatmaps. Aids as placeholder in functions that take orient as a parameter\n    var bgcpRect = {x:0, y:0, width: spaceX, height:spaceY}\n    var container = setupContainer( selection, namespace, bgcpRect, backgroundFill );\n\n    cellKeys = d3.keys(data);\n\n    xValues = unique(cellKeys.map(xExtractor));\n    yValues = unique(cellKeys.map(yExtractor));\n    vValues = unique(cellKeys.map(vExtractor));\n\n    cellKeys.sort(function(a, b){ return xKeySortingFunction(a, b) || yKeySortingFunction(a, b) })\n    log('heatmap', 'cells are sorted by', cellKeys)\n\n\n\n    log('heatmap', 'x and y keys are', {x: xValues, y:yValues})\n\n\n    var xDim = xValues.length, yDim = yValues.length;\n\n\n    ySize = calculateWidthOfObject(spaceY, yDim, yMinObjectSize, yMaxObjectSize, objectSpacer, overflowQ)\n    xSize = calculateWidthOfObject(spaceX, xDim, xMinObjectSize, xMaxObjectSize, objectSpacer, overflowQ)\n    ySpacerSize = calculateWidthOfSpacer(yValues, spaceY, ySize, yDim, objectSpacer, overflowQ)\n    xSpacerSize = calculateWidthOfSpacer(xValues, spaceX, xSize, xDim, objectSpacer, overflowQ)\n    // console.table({\n    //     x:{\n    //       object: xSize,\n    //       spacer: xSpacerSize,\n    //       dim: xDim\n    //     },\n    //     y:{\n    //       object: ySize,\n    //       spacer: ySpacerSize,\n    //       dim: yDim\n    //     }\n    //\n    // })\n    log('heatmap', 'size of', {x: xSize, y: ySize})\n\n\n\n    var ySpacer = groupingSpacer()\n    .horizontalQ(false)\n    .moveby('category')\n    .numberOfObjects(yDim)\n    .objectClass(hypenate(objectClass, 'row'))\n    .objectSize(ySize + ySpacerSize)\n    .spacerSize(0)\n    .transitionDuration(transitionDuration)\n    .easeFunc(easeFunc)\n    .namespace('row')\n\n    var xSpacer = groupingSpacer()\n    .horizontalQ(true)\n    .moveby('category')\n    .numberOfObjects(xDim)\n    .objectClass(objectClass)\n    .objectSize(xSize + xSpacerSize)\n    .spacerSize(0)\n    .transitionDuration(transitionDuration)\n    .easeFunc(easeFunc)\n\n\n    ySpacer(container, yValues, 0)\n    container.selectAll('g.'+hypenate(objectClass, 'row'))\n    .each(function(d, i){ xSpacer(d3.select(this), xValues, 0) })\n\n    var cells = container.selectAll('g:not(.to-remove).'+objectClass)\n\n\n    if (cellKeys.length != yValues.length * xValues.length) {\n      var lookup = {}\n      cellKeys.map(function(k, i){\n        lookup[xExtractor(k)+'::'+yExtractor(k)] = k\n      })\n\n      var positionedCellKeys = []\n      for (var i = 0; i < yValues.length; i++) {\n        for (var j = 0; j < xValues.length; j++) {\n          var lookupValue = lookup[xValues[j]+\"::\"+yValues[i]]\n          if (lookupValue == undefined) {\n            positionedCellKeys.push(undefined)\n          } else {\n            positionedCellKeys.push(lookupValue)\n          }\n        }\n      }\n\n      cells.data(positionedCellKeys);\n\n      // maybe breaks this\n      // !!!!!! IMPORTANT NOTE TODO LOOK HERE BUG\n      cellKeys = positionedCellKeys\n    } else {\n      cells.data(cellKeys);\n    }\n\n\n\n    var parentIndexArray = []\n    cells.each(function(d, i){ parentIndexArray.push(Number(d3.select(this).attr('parent-index'))) })\n\n    colorFunction = colorFunction.colorBy() == 'index'\n    ? colorFunction.dataExtent([0, Math.max(...parentIndexArray)])\n    : colorFunction.dataExtent([0, Math.max(...vValues)])\n\n    cells.each(function(key, i) {\n      log('heatmap', 'each cell', {key: key, index: i, node: d3.select(this).node()})\n\n      var t = d3.select(this)\n      if (key == undefined) {return}\n      var currentData = data[key],\n      value = vExtractor(key, i),\n      i = t.attr('parent-index') == undefined ? i : t.attr('parent-index'),\n      fillColor = colorFunction(key, value, i, 'fill'), // prevent duplicate computation\n      strokeColor = colorFunction(key, value, i,  'stroke')\n\n      var c = safeSelect(t, 'rect', hypenate(objectClass,'rect'))\n      c.attr('width', xSize + xSpacerSize - objectStrokeWidth)\n      .attr('height', ySize + ySpacerSize - objectStrokeWidth)\n      .attr('fill', fillColor)\n      .attr('x', objectStrokeWidth/2)\n      .attr('y', objectStrokeWidth/2)\n      .attr('stroke', \"#000\")\n      .attr('stroke-width', objectStrokeWidth)\n\n    })\n\n    tooltip.selection(cells.selectAll('rect.'+hypenate(objectClass, 'rect')))\n    .data(data)\n    // .keys(['r', 'v'])\n    // .header(function(d, i){return hypenate(data[d][xKey], data[d][yKey]) })\n\n    tooltip()\n\n\n  }\n\n  return hm;\n}\n\nexport {heatmap}\n","import {hypenate, safeSelect} from './helpers';\nimport {setupContainer, calculateWidthOfObject, calculateWidthOfSpacer, whiskerPath} from './utils';\nimport {unique, hasQ, flatten} from './array-functions';\nimport {groupingSpacer} from './grouping-spacer';\nimport {colorFunction as CF} from './color-function';\nimport {tooltip as TTip} from './tooltip';\n/*******************************************************************************\n**                                                                            **\n**                                                                            **\n**                             BOX AND WHISKER                                **\n**                                                                            **\n**                                                                            **\n*******************************************************************************/\n/**\n * Creates a boxwhisker\n *\n * {@link https://sumneuron.gitlab.io/d3sm/demos/box-whiskers/index.html Demo}\n * @constructor boxwhisker\n * @param {d3.selection} selection\n * @namespace boxwhisker\n * @returns {function} boxwhisker\n */\nexport function boxwhisker( selection ) {\n  var\n  /**\n  * Data to plot. Assumed to be a object, where each key corresponds to a box\n  * (see {@link boxwhisker#data})\n  * @param {Object} [data=undefined]\n  * @memberof boxwhisker#\n  * @property\n  */\n  data,\n  /**\n  * Which direction to render the boxes in\n  * (see {@link boxwhisker#orient})\n  * @param {number} [orient='horizontal']\n  * @memberof boxwhisker#\n  * @property\n  */\n  orient = 'horizontal',\n  /**\n  * Amount of horizontal space (in pixels) avaible to render the boxwhisker in\n  * (see {@link boxwhisker#spaceX})\n  * @param {number} [spaceX=undefined]\n  * @memberof boxwhisker#\n  * @property\n  */\n  spaceX,\n  /**\n  * Amount of vertical space (in pixels) avaible to render the boxwhisker in\n  * (see {@link boxwhisker.spaceY})\n  * @param {number} [spaceY=undefined]\n  * @memberof boxwhisker#\n  * @property\n  */\n  spaceY,\n  /**\n  * Whether or not to allow boxwhisker to render elements pass the main spatial dimension\n  * given the orientation (see {@link boxwhisker#orient}), where {@link boxwhisker#orient}=\"horizontal\"\n  * the main dimension is {@link boxwhisker#spaceX} and where {@link boxwhisker#orient}=\"vertical\"\n  * the main dimension is {@link boxwhisker#spaceY}\n  * @param {boolean} [overflowQ=false]\n  * @memberof boxwhisker#\n  * @property\n  */\n  overflowQ = true,\n\n  /**\n  * An array - putatively of other arrays - depicting how boxes should be arranged\n  * @param {Array[]} [grouping=undefined]\n  * @memberof boxwhisker#\n  * @property\n  */\n  grouping,\n  quartilesKey = 'quartiles', // key in object where quartiles are stored\n  quartilesKeys = [\"0.00\", \"0.25\", \"0.50\", \"0.75\", \"1.00\"], // keys in quartiles object mapping values to min, q1, q2, q3 and max\n\n\n  /**\n  * How to get the value of the boxwhisker\n  * @param {function} [valueExtractor=function(key, index) { return data[key][quartilesKey] }]\n  * @memberof boxwhisker#\n  * @property\n  */\n  valueExtractor = function(key, index) { return data[key][quartilesKey] },\n  /**\n  * How to sort the boxes - if {@link boxwhisker#grouping} is not provided.\n  * @param {function} [sortingFunction=descending]\n  * @memberof boxwhisker#\n  * @property\n  * default\n  * function(keyA, keyB) {return d3.descending(\n  *   valueExtractor(keyA)[quartilesKeys[4]],\n  *   valueExtractor(keyB)[quartilesKeys[4]]\n  * )}\n  */\n  sortingFunction = function(keyA, keyB) {return d3.descending(\n    valueExtractor(keyA)[quartilesKeys[4]],\n    valueExtractor(keyB)[quartilesKeys[4]]\n  )},\n  /**\n  * The scale for which boxwhisker values should be transformed by\n  * @param {d3.scale} [scale=d3.scaleLinear]\n  * @memberof boxwhisker#\n  * @property\n  */\n  scale = d3.scaleLinear(),\n  /**\n  * The padding for the domain of the scale (see {@link boxwhisker#scale})\n  * @param {number} [domainPadding=0.5]\n  * @memberof boxwhisker#\n  * @property\n  */\n  domainPadding = 0.5,\n  /**\n  * Default space for the spacer (percentage) of main dimension given the orientation\n  * (see {@link boxwhisker#orient}), where {@link boxwhisker#orient}=\"horizontal\"\n  * the main dimension is {@link boxwhisker#spaceX} and where {@link boxwhisker#orient}=\"vertical\"\n  * the main dimension is {@link boxwhisker#spaceY} between boxes\n  * @param {number} [objectSpacer=0.05]\n  * @memberof boxwhisker#\n  * @property\n  */\n  objectSpacer = 0.05,\n  /**\n  * The minimum size that an object can be\n  * @param {number} [minObjectSize=15]\n  * @memberof boxwhisker#\n  * @property\n  */\n  minObjectSize = 15,\n  /**\n  * The maximum size that an object can be\n  * @param {number} [maxObjectSize=50]\n  * @memberof boxwhisker#\n  * @property\n  */\n  maxObjectSize = 50,\n  /**\n  * Percent of box and whisker size that whiskers will be rendered\n  * see {@link boxwhisker#objectSize}\n  * @param {number} [whiskerWidthPercent=0.6]\n  * @memberof boxwhisker#\n  * @property\n  */\n  whiskerWidthPercent = .6,\n  /**\n  * Instance of ColorFunction\n  * @param {function} [colorFunction = colorFunction()]\n  * @memberof boxwhisker#\n  * @property\n  */\n  colorFunction = CF(),\n  /**\n  * The stroke width of the boxes\n  * @param {number} [boxStrokeWidth=2]\n  * @memberof boxwhisker#\n  * @property\n  */\n  boxStrokeWidth = 2,\n  /**\n  * The stroke width of the whiskers\n  * @param {number} [whiskerStrokeWidth=2]\n  * @memberof boxwhisker#\n  * @property\n  */\n  whiskerStrokeWidth = 2,\n\n  /**\n  * Color of the background\n  * @param {string} [backgroundFill=\"transparent\"]\n  * @memberof boxwhisker#\n  * @property\n  */\n  backgroundFill = 'transparent',\n  /**\n  * Namespace for all items made by this instance of boxwhisker\n  * @param {string} [namespace=\"d3sm-box-whisker\"]\n  * @memberof boxwhisker#\n  * @property\n  */\n  namespace = 'd3sm-box-whisker',\n  /**\n  * Class name for boxwhisker container (<g> element)\n  * @param {string} [objectClass=\"box-whisk\"]\n  * @memberof boxwhisker#\n  * @property\n  */\n  objectClass = 'box-whisk',\n\n  /**\n  * Duration of all transitions of this element\n  * @param {number} [transitionDuration=1000]\n  * @memberof boxwhisker#\n  * @property\n  */\n  transitionDuration = 1000,\n  /**\n  * Easing function for transitions\n  * @param {d3.ease} [easeFunc=d3.easeExp]\n  * @memberof boxwhisker#\n  * @property\n  */\n  easeFunc = d3.easeExp,\n\n  /**\n  * The keys of the boxes\n  * @param {string[]} [boxKeys=undefined]\n  * @memberof boxwhisker#\n  * @property\n  */\n  boxKeys,\n  /**\n  * The values of the boxes\n  * @param {string[]} [boxValues=undefined]\n  * @memberof boxwhisker#\n  * @property\n  */\n  boxValues,\n  /**\n  * The objectSize (actual width) used by the boxes\n  * @param {number} [objectSize=undefined]\n  * @memberof boxwhisker#\n  * @property\n  */\n  objectSize,\n  /**\n  * The spacerSize (actual width) used by the spacers between the boxes\n  * @param {number} [spacerSize=undefined]\n  * @memberof boxwhisker#\n  * @property\n  */\n  spacerSize,\n  /**\n  * Instance of Tooltip\n  * @param {function} [tooltip=tooltip()]\n  * @memberof boxwhisker#\n  * @property\n  */\n  tooltip = TTip()\n  /**\n   * Gets or sets the selection in which items are manipulated\n   * @param {d3.selection} [_=none]\n   * @returns {boxwhisker | d3.selection}\n   * @memberof boxwhisker\n   * @property\n   * by default selection = selection\n   */\n  boxwhisker.selection = function(_) { return arguments.length ? (selection = _, boxwhisker) : selection; };\n  /**\n   * Gets or sets the data\n   * (see {@link boxwhisker#data})\n   * @param {number} [_=none]\n   * @returns {boxwhisker | object}\n   * @memberof boxwhisker\n   * @property\n   */\n  boxwhisker.data = function(_) { return arguments.length ? (data = _, boxwhisker) : data; };\n  /**\n   * Gets or sets the orient of the boxes\n   * (see {@link boxwhisker#orient})\n   * @param {number} [_=none]\n   * @returns {boxwhisker | object}\n   * @memberof boxwhisker\n   * @property\n   */\n  boxwhisker.orient = function(_) { return arguments.length ? (orient = _, boxwhisker) : orient; };\n  /**\n   * Gets or sets the amount of horizontal space in which items are manipulated\n   * (see {@link boxwhisker#spaceX})\n   * @param {number} [_=none] should be a number > 0\n   * @returns {boxwhisker | number}\n   * @memberof boxwhisker\n   * @property\n   * by default spaceX = undefined\n   */\n  boxwhisker.spaceX = function(_) { return arguments.length ? (spaceX = _, boxwhisker) : spaceX; };\n  /**\n   * Gets or sets the amount of vertical space in which items are manipulated\n   * (see {@link boxwhisker#spaceY})\n   * @param {number} [_=none] should be a number > 0\n   * @returns {boxwhisker | number}\n   * @memberof boxwhisker\n   * @property\n   * by default spaceY = undefined\n   */\n  boxwhisker.spaceY = function(_) { return arguments.length ? (spaceY = _, boxwhisker) : spaceY; };\n  /**\n   * Gets / sets whether or not boxwhisker is allowed to go beyond specified dimensions\n   * (see {@link boxwhisker#overflowQ})\n   * @param {boolean} [_=none]\n   * @returns {boxwhisker | boolean}\n   * @memberof boxwhisker\n   * @property\n   * by default overflowQ = false\n   */\n  boxwhisker.overflowQ = function(_) { return arguments.length ? (overflowQ = _, boxwhisker) : overflowQ; };\n  /**\n   * Gets / sets the grouping of the boxes\n   * (see {@link boxwhisker#grouping})\n   * @param {Array[]} [_=none]\n   * @returns {boxwhisker | Array[]}\n   * @memberof boxwhisker\n   * @property\n   * by default grouping = undefined\n   */\n  boxwhisker.grouping = function(_) { return arguments.length ? (grouping = _, boxwhisker) : grouping; };\n  /**\n   * Gets / sets the quartilesKey\n   * (see {@link boxwhisker#quartilesKey})\n   * @param {string} [_=none]\n   * @returns {boxwhisker | string}\n   * @memberof boxwhisker\n   * @property\n   * by default quartilesKey = quartiles\n   */\n  boxwhisker.quartilesKey = function(_) { return arguments.length ? (quartilesKey = _, boxwhisker) : quartilesKey; };\n  /**\n   * Gets / sets the quartilesKeys\n   * (see {@link boxwhisker#quartilesKeys})\n   * @param {string[]} [_=none]\n   * @returns {boxwhisker | string[]}\n   * @memberof boxwhisker\n   * @property\n   * by default quartilesKeys = [Q0, Q1, Q2, Q3, Q4]\n   */\n  boxwhisker.quartilesKeys = function(_) { return arguments.length ? (quartilesKeys = _, boxwhisker) : quartilesKeys; };\n  /**\n   * Gets / sets the valueExtractor\n   * (see {@link boxwhisker#valueExtractor})\n   * @param {function} [_=none]\n   * @returns {boxwhisker | function}\n   * @memberof boxwhisker\n   * @property\n   * by default valueExtractor = function(key, index) { return data[key][quartilesKey] },\n   */\n\n  boxwhisker.valueExtractor = function(_) { return arguments.length ? (valueExtractor = _, boxwhisker) : valueExtractor; };\n  /**\n   * Gets / sets the sortingFunction\n   * (see {@link boxwhisker#sortingFunction})\n   * @param {function} [_=none]\n   * @returns {boxwhisker | function}\n   * @memberof boxwhisker\n   * @property\n   * by default sortingFunction = function(keyA, keyB) {return d3.descending(\n   *   valueExtractor(keyA)[quartilesKeys[4]],\n   *   valueExtractor(keyB)[quartilesKeys[4]]\n   * )},\n   */\n  boxwhisker.sortingFunction = function(_) { return arguments.length ? (sortingFunction = _, boxwhisker) : sortingFunction; };\n  /**\n   * Gets / sets the scale for which the boxwhisker values should be transformed by\n   * (see {@link boxwhisker#scale})\n   * @param {d3.scale} [_=none]\n   * @returns {boxwhisker | d3.scale}\n   * @memberof boxwhisker\n   * @property\n   * by default scale = d3.scaleLinear()\n   */\n  boxwhisker.scale = function(_) { return arguments.length ? (scale = _, boxwhisker) : scale; };\n  /**\n   * Gets / sets the padding for the domain of the scale\n   * (see {@link boxwhisker#domainPadding})\n   * @param {number} [_=none]\n   * @returns {boxwhisker | number}\n   * @memberof boxwhisker\n   * @property\n   * by default domainPadding = 0.5\n   */\n  boxwhisker.domainPadding = function(_) { return arguments.length ? (domainPadding = _, boxwhisker) : domainPadding; };\n  /**\n   * Gets / sets objectSpacer\n   * (see {@link boxwhisker#objectSpacer})\n   * @param {number} [_=none]\n   * @returns {boxwhisker | number}\n   * @memberof boxwhisker\n   * @property\n   * by default objectSpacer = 0.05\n   */\n  boxwhisker.objectSpacer = function(_) { return arguments.length ? (objectSpacer = _, boxwhisker) : objectSpacer; };\n  /**\n   * Gets / sets the minObjectSize\n   * (see {@link boxwhisker#minObjectSize})\n   * @param {number} [_=none]\n   * @returns {boxwhisker | number}\n   * @memberof boxwhisker\n   * @property\n   * by default minObjectSize = 15\n   */\n  boxwhisker.minObjectSize = function(_) { return arguments.length ? (minObjectSize = _, boxwhisker) : minObjectSize; };\n  /**\n   * Gets / sets the maxObjectSize\n   * (see {@link boxwhisker#maxObjectSize})\n   * @param {number} [_=none]\n   * @returns {boxwhisker | number}\n   * @memberof boxwhisker\n   * @property\n   * by default maxObjectSize = 50\n   */\n  boxwhisker.maxObjectSize = function(_) { return arguments.length ? (maxObjectSize = _, boxwhisker) : maxObjectSize; };\n  /**\n   * Gets / sets the whiskerWidthPercent\n   * (see {@link boxwhisker#whiskerWidthPercent})\n   * @param {number} [_=none]\n   * @returns {boxwhisker | number}\n   * @memberof boxwhisker\n   * @property\n   * by default maxObjectSize = 0.6\n   */\n  boxwhisker.whiskerWidthPercent = function(_) { return arguments.length ? (whiskerWidthPercent = _, boxwhisker) : whiskerWidthPercent; };\n  /**\n   * Gets / sets the colorFunction\n   * (see {@link boxwhisker#colorFunction})\n   * @param {colorFunction} [_=none]\n   * @returns {boxwhisker | colorFunction}\n   * @memberof boxwhisker\n   * @property\n   * by default colorFunction = colorFunction()\n   */\n  boxwhisker.colorFunction = function(_) { return arguments.length ? (colorFunction = _, boxwhisker) : colorFunction; };\n  /**\n   * Gets / sets the boxStrokeWidth\n   * (see {@link boxwhisker#boxStrokeWidth})\n   * @param {number} [_=none]\n   * @returns {boxwhisker | number}\n   * @memberof boxwhisker\n   * @property\n   * by default boxStrokeWidth = 2\n   */\n  boxwhisker.boxStrokeWidth = function(_) { return arguments.length ? (boxStrokeWidth = _, boxwhisker) : boxStrokeWidth; };\n  /**\n   * Gets / sets the whiskerStrokeWidth\n   * (see {@link boxwhisker#whiskerStrokeWidth})\n   * @param {number} [_=none]\n   * @returns {boxwhisker | number}\n   * @memberof boxwhisker\n   * @property\n   * by default whiskerStrokeWidth = 2\n   */\n  boxwhisker.whiskerStrokeWidth = function(_) { return arguments.length ? (whiskerStrokeWidth = _, boxwhisker) : whiskerStrokeWidth; };\n\n  /**\n   * Gets / sets the backgroundFill\n   * (see {@link boxwhisker#backgroundFill})\n   * @param {string} [_=none]\n   * @returns {boxwhisker | string}\n   * @memberof boxwhisker\n   * @property\n   * by default backgroundFill = 'transparent'\n   */\n  boxwhisker.backgroundFill = function(_) { return arguments.length ? (backgroundFill = _, boxwhisker) : backgroundFill; };\n  /**\n   * Gets / sets the namespace\n   * (see {@link boxwhisker#namespace})\n   * @param {string} [_=none]\n   * @returns {boxwhisker | string}\n   * @memberof boxwhisker\n   * @property\n   * by default namespace = 'd3sm-boxwhisker'\n   */\n  boxwhisker.namespace = function(_) { return arguments.length ? (namespace = _, boxwhisker) : namespace; };\n  /**\n   * Gets / sets the objectClass\n   * (see {@link boxwhisker#objectClass})\n   * @param {string} [_=none]\n   * @returns {boxwhisker | string}\n   * @memberof boxwhisker\n   * @property\n   * by default objectClass = 'tick-group'\n   */\n  boxwhisker.objectClass = function(_) { return arguments.length ? (objectClass = _, boxwhisker) : objectClass; };\n  /**\n   * Gets / sets the transitionDuration\n   * (see {@link boxwhisker#transitionDuration})\n   * @param {number} [_=none]\n   * @returns {boxwhisker | number}\n   * @memberof boxwhisker\n   * @property\n   * by default transitionDuration = 1000\n   */\n  boxwhisker.transitionDuration = function(_) { return arguments.length ? (transitionDuration = _, boxwhisker) : transitionDuration; };\n  /**\n   * Gets / sets the easeFunc\n   * (see {@link boxwhisker#easeFunc})\n   * @param {d3.ease} [_=none]\n   * @returns {boxwhisker | d3.ease}\n   * @memberof boxwhisker\n   * @property\n   * by default easeFunc = d3.easeExp\n   */\n  boxwhisker.easeFunc = function(_) { return arguments.length ? (easeFunc = _, boxwhisker) : easeFunc; };\n\n  /**\n   * Gets / sets the barKeys\n   * (see {@link boxwhisker#boxKeys})\n   * @param {string[]} [_=none]\n   * @returns {boxwhisker | string[]}\n   * @memberof boxwhisker\n   * @property\n   * by default boxKeys = undefined\n   */\n  boxwhisker.boxKeys = function(_) { return arguments.length ? (boxKeys = _, boxwhisker) : boxKeys; };\n  /**\n   * Gets / sets the boxValues\n   * (see {@link boxwhisker#boxValues})\n   * @param {number[]} [_=none]\n   * @returns {boxwhisker | number[]}\n   * @memberof boxwhisker\n   * @property\n   * by default boxValues = undefined\n   */\n  boxwhisker.boxValues = function(_) { return arguments.length ? (boxValues = _, boxwhisker) : boxValues; };\n  /**\n   * Gets / sets the objectSize\n   * (see {@link boxwhisker#objectSize})\n   * @param {number} [_=none]\n   * @returns {boxwhisker | number}\n   * @memberof boxwhisker\n   * @property\n   * by default objectSize = undefined\n   */\n  boxwhisker.objectSize = function(_) { return arguments.length ? (objectSize = _, boxwhisker) : objectSize; };\n  /**\n   * Gets / sets the spacerSize\n   * (see {@link boxwhisker#spacerSize})\n   * @param {number} [_=none]\n   * @returns {boxwhisker | number}\n   * @memberof boxwhisker\n   * @property\n   * by default spacerSize = undefined\n   */\n  boxwhisker.spacerSize = function(_) { return arguments.length ? (spacerSize = _, boxwhisker) : spacerSize; };\n  /**\n   * Gets / sets the tooltip\n   * (see {@link boxwhisker#tooltip})\n   * @param {tooltip} [_=none]\n   * @returns {boxwhisker | tooltip}\n   * @memberof boxwhisker\n   * @property\n   * by default tooltip = tooltip()\n   */\n  boxwhisker.tooltip = function(_) { return arguments.length ? (tooltip = _, boxwhisker) : tooltip; };\n\n\n  function boxwhisker() {\n    // for convenience in handling orientation specific values\n    var horizontalQ = (orient == 'horizontal') ? true : false\n    var verticalQ = !horizontalQ\n\n    // background cliping rectangle\n    var bgcpRect = {x:0, y:0, width: spaceX, height:spaceY}\n    var container = setupContainer( selection, namespace, bgcpRect, backgroundFill );\n\n    // if grouping is undefined sort keys by sorting funct\n    var ordered = (grouping == undefined) ? d3.keys(data).sort(sortingFunction) : grouping\n    // to prevent re-calculation and getters to be passed to axes\n    boxKeys = flatten(ordered)\n    boxValues = boxKeys.map(valueExtractor)\n\n\n    var numberOfObjects = boxKeys.length\n    var extent = [\n      Math.min(...boxValues.map(function(d,i){return d[quartilesKeys[0]]})) - domainPadding,\n      Math.max(...boxValues.map(function(d,i){return d[quartilesKeys[4]]})) + domainPadding\n    ];\n\n    // set the scale\n    scale.domain(extent).range(horizontalQ ? [0,spaceY] : [spaceX, 0])\n    var space = horizontalQ ? spaceX : spaceY\n    // calculate object size\n    objectSize = calculateWidthOfObject(space, numberOfObjects, minObjectSize, maxObjectSize, objectSpacer, overflowQ)\n    // calculate spacer size if needed\n    spacerSize = calculateWidthOfSpacer(boxKeys, space, objectSize, numberOfObjects, objectSpacer, overflowQ)\n    // make the nested groups\n    var spacerFunction = groupingSpacer()\n    .horizontalQ(horizontalQ).scale(scale).moveby('category').numberOfObjects(numberOfObjects)\n    .objectClass(objectClass).objectSize(objectSize).spacerSize(spacerSize)\n    .transitionDuration(transitionDuration).easeFunc(easeFunc)\n    .namespace(namespace)\n\n    // move stuff\n    spacerFunction(container, ordered, 0)\n\n    var parentIndexArray = []\n    container.selectAll('g:not(.to-remove).'+objectClass)\n    .each(function(d, i){if (hasQ(boxKeys, d)){ parentIndexArray.push(Number(d3.select(this).attr('parent-index')))}})\n\n\n\n    colorFunction = colorFunction.colorBy() == 'index'\n    ? colorFunction.dataExtent([0, Math.max(...parentIndexArray)])\n    : colorFunction.dataExtent(extent)\n\n\n    // set attributes for box and whiskers\n    container.selectAll('g:not(.to-remove).'+objectClass).each(function(key, i) {\n      var t = d3.select(this),\n      currentData = data[key],\n\n      quartiles = valueExtractor(key, i),\n      q0 = quartiles[quartilesKeys[0]],\n      q1 = quartiles[quartilesKeys[1]],\n      q2 = quartiles[quartilesKeys[2]],\n      q3 = quartiles[quartilesKeys[3]],\n      q4 = quartiles[quartilesKeys[4]]\n\n      var i = t.attr('parent-index') == undefined ? i : t.attr('parent-index'),\n      fillColor = colorFunction(key, q2, i, 'fill'), // prevent duplicate computation\n      strokeColor = colorFunction(key, q2, i,  'stroke')\n\n\n      var\n      whisk = safeSelect(t, 'g', 'whisker'),\n      uWhisk = safeSelect(whisk, 'path', 'upper'),\n      lWhisk = safeSelect(whisk, 'path', 'lower'),\n      quart = safeSelect(t, 'g', 'quartile'),\n      uQuart = safeSelect(quart, 'rect', 'upper'),\n      lQuart = safeSelect(quart, 'rect', 'lower'),\n      mQuart = safeSelect(quart, 'circle', 'median')\n\n\n      // set upper quartile (q3)\n      uQuart.transition().duration(transitionDuration).ease(easeFunc)\n      .attr('width', horizontalQ ? objectSize : scale(q3) - scale(q2))\n      .attr('height', verticalQ ? objectSize : scale(q3) - scale(q2))\n      .attr('fill', fillColor)\n      .attr('stroke', strokeColor)\n      .attr('stroke-width', boxStrokeWidth)\n      .attr('transform', function(d, i){\n        var\n        x = horizontalQ ? 0 : scale(q2),\n        y = verticalQ ? 0 : scale(extent[1]) - scale(q3),\n        t = 'translate('+x+','+y+')'\n        return t\n      })\n\n      // set lower quartile (q1)\n      lQuart.transition().duration(transitionDuration).ease(easeFunc)\n      .attr('width', horizontalQ ? objectSize : scale(q2) - scale(q1))\n      .attr('height', verticalQ ? objectSize : scale(q2) - scale(q1))\n      .attr('fill', fillColor)\n      .attr('stroke', strokeColor)\n      .attr('stroke-width', boxStrokeWidth)\n      .attr('transform', function(d, i){\n        var\n        x = horizontalQ ? 0 : scale(q1),\n        y = verticalQ ? 0 : scale(extent[1]) - scale(q2),\n        t = 'translate('+x+','+y+')'\n        return t\n      })\n\n\n      // set median (q2)\n      mQuart.transition().duration(transitionDuration).ease(easeFunc)\n      .attr('r', function(d, i){\n        var r = objectSize / 2\n        var dif = (scale(q3) - scale(q1)) / 2\n        return (r > dif) ? dif : r\n      })\n      .attr('fill', fillColor)\n      .attr('stroke', strokeColor)\n      .attr('stroke-width', boxStrokeWidth)\n      .attr('transform', function(d, i){\n        var\n        x = horizontalQ ? objectSize / 2 : scale(q2),\n        y = verticalQ ? objectSize / 2 : scale(extent[1]) - scale(q2),\n        t = 'translate('+x+','+y+')'\n        return t\n      })\n\n      // set lower whisker (min)\n      lWhisk.transition().duration(transitionDuration).ease(easeFunc)\n      .attr('d', function(dd, ii){\n        var\n        dir = false,\n        x = 0,\n        y = 0,\n        h = horizontalQ ? scale(q1) - scale(q0) : objectSize,\n        w = verticalQ ? scale(q1) - scale(q0) : objectSize\n        return whiskerPath(dir, x, y, w, h, whiskerWidthPercent, orient)\n      })\n      .attr('transform', function(d, i){\n        var\n        x = horizontalQ ? 0 : scale(q1),\n        y = verticalQ ? 0 : scale(extent[1]) - scale(q1),\n        t = 'translate('+x+','+y+')'\n        return t\n      })\n      .attr('stroke', 'black').attr('stroke-width', whiskerStrokeWidth)\n      .attr('fill', 'none')\n\n      // set upper whisker (max)\n      uWhisk.transition().duration(transitionDuration).ease(easeFunc)\n      .attr('d', function(dd, ii){\n        var\n        dir = true,\n        x = 0,\n        y = 0,\n        h = horizontalQ ? scale(q4) - scale(q3) : objectSize,\n        w = verticalQ ? scale(q4) - scale(q3) : objectSize\n        return whiskerPath(dir, x, y, w, h, whiskerWidthPercent, orient)\n      })\n      .attr('transform', function(d, i){\n        var\n        x = horizontalQ ? 0 : scale(q3),\n        y = verticalQ ? 0 :  scale(extent[1]) - scale(q4),\n        t = 'translate('+x+','+y+')'\n        return t\n      })\n      .attr('stroke', 'black')\n      .attr('stroke-width', whiskerStrokeWidth)\n      .attr('fill', 'none')\n\n    })\n\n    tooltip.selection(container.selectAll('g:not(.to-remove).'+objectClass))\n    .data(data)\n    tooltip()\n\n\n  }\n\n  return boxwhisker\n}\n","import {hypenate, safeSelect} from './helpers';\nimport {selectFilter} from './select-filter';\n\n/*******************************************************************************\n**                                                                            **\n**                                                                            **\n**                                DATATOGGLE                                  **\n**                                                                            **\n**                                                                            **\n*******************************************************************************/\n/**\n * Creates a datatoggle\n * @constructor datatoggle\n * @param {d3.selection} selection\n * @namespace datatoggle\n * @returns {function} datatoggle\n */\nexport function datatoggle( selection ) {\n  var\n  /**\n  * Keys to make toggle-able options\n  * (see {@link datatoggle#keys})\n  * @param {string[]} [keys=undefined]\n  * @memberof datatoggle#\n  * @property\n  */\n  keys,\n  /**\n  * What to do when a different key is clicked\n  * (see {@link datatoggle#updateFunction})\n  * @param {function} [updateFunction=function(){}]\n  * @memberof datatoggle#\n  * @property\n  */\n  updateFunction = function(){},\n  /**\n  * Namespace for all items made by this instance of datatoggle\n  * @param {string} [namespace=\"d3sm-databar\"]\n  * @memberof datatoggle#\n  * @property\n  */\n  namespace='d3sm-databar',\n  /**\n  * Currently toggled key\n  * @param {string} [currentKey=undefined]\n  * @memberof datatoggle#\n  * @property\n  */\n  currentKey,\n\n  xAxisSelectQ = false,\n  xAxisOptions,\n  yAxisSelectQ = false,\n  yAxisOptions,\n  data\n  toggle.xAxisSelectQ = function(_){return arguments.length ? (xAxisSelectQ = _, toggle) : xAxisSelectQ}\n  toggle.yAxisSelectQ = function(_){return arguments.length ? (yAxisSelectQ = _, toggle) : yAxisSelectQ}\n  toggle.xAxisOptions = function(_){return arguments.length ? (xAxisOptions = _, toggle) : xAxisOptions}\n  toggle.yAxisOptions = function(_){return arguments.length ? (yAxisOptions = _, toggle) : yAxisOptions}\n  toggle.data = function(_){return arguments.length ? (data = _, toggle) : data}\n\n\n  /**\n   * Gets / sets the updateFunction\n   * (see {@link datatoggle#updateFunction})\n   * @function datatoggle.updateFunction\n   * @param {function} [_=none]\n   * @returns {datatoggle | function}\n   * @memberof datatoggle\n   * @property\n   * by default updateFunction = function(){}\n   */\n  toggle.updateFunction = function(_){return arguments.length ? (updateFunction = _, toggle) : updateFunction}\n  /**\n   * Gets / sets the namespace\n   * (see {@link datatoggle#namespace})\n   * @function datatoggle.namespace\n   * @param {string} [_=none]\n   * @returns {datatoggle | string}\n   * @memberof datatoggle\n   * @property\n   * by default namespace = 'd3sm-databar'\n   */\n  toggle.namespace = function(_){return arguments.length ? (namespace = _, toggle) : namespace}\n  /**\n   * Gets / sets the currentKey\n   * (see {@link datatoggle#currentKey})\n   * @function datatoggle.currentKey\n   * @param {string} [_=none]\n   * @returns {datatoggle | string}\n   * @memberof datatoggle\n   * @property\n   * by default currentKey = undefined\n   */\n  toggle.currentKeys =\n  function () {\n    var vals = {}\n    d3.keys(filterSelects).map(function(k, i){\n      vals[k]= filterSelects[k].currentOption()\n    })\n    return vals\n  }\n\n  var filterSelects = {}\n  function toggle() {\n    // selection options\n\n    // selection.classed('d-flex flex-row', true)\n    // var filterButton = safeSelect(selection, 'a', 'slider-buttons')\n    // var filterI = safeSelect(filterButton, 'i', 'fa fa-sliders')\n\n    /*BUG: unexpected behavior.\n      - when using bootstrap-eque way for collapse, clicking button submits to\n      the same page in applications (but not in demo), so using anchor (<a>)\n      - when using anchor, cause page to jump to that location\n      - when using show, the first open works, but the close does not.\n    */\n    // filterButton.attr('class', 'btn btn-secondary')\n    // .attr('data-toggle', 'collapse')\n    // .attr('href', '#'+hypenate(namespace, 'data-toggle'))\n    // .attr('target', '_blank')\n    // .html(filterButton.html()+' Filters')\n    // .on('click', function(d, i){\n    //   d3.event.preventDefault()\n    //   d3.event.stopPropagation()\n    //   var dt = d3.select(\"#\"+hypenate(namespace, 'data-toggle'))\n    //   dt.classed('show', !dt.classed('show'))\n    //   dt.classed('d-inline-flex', dt.classed('show'))\n    //\n    //   filterButton.classed('btn-primary', dt.classed('show'))\n    //   filterButton.classed('btn-secondary', !dt.classed('show'))\n    // })\n    // .classed('d-inline-flex', true)\n    // .style(\"margin-right\", '10px')\n\n\n\n    // var datatoggleCollapse = safeSelect(selection, 'div', hypenate(namespace,'collapse'))\n    // .attr('id', hypenate(namespace, 'data-toggle'))\n    // .classed('collapse', true)\n\n    // var flexRow = safeSelect(datatoggleCollapse, 'div', 'd-inline-flex flex-row flex-wrap')\n    var flexRow = safeSelect(selection, 'div', 'd-inline-flex flex-row flex-wrap')\n\n    var dataopts = flexRow.selectAll('div.'+hypenate(namespace,'select-filter'))\n    // remove excess\n    dataopts.exit().remove()\n    // bind data\n    dataopts = dataopts.data(d3.keys(data))\n    //enter\n    var doEnter = dataopts.enter().append('div')\n    .attr('class', 'select-filter')\n\n    dataopts = dataopts.merge(doEnter).style('margin-right', \"10px\")\n\n    dataopts.each(function(d, i){\n      var t = d3.select(this)\n      var sf = selectFilter(t)\n      .data(data[d])\n      .namespace(hypenate(namespace, d))\n      .selectionName(d)\n      sf()\n      filterSelects[d] = sf\n    })\n\n\n    selection.selectAll('select')\n    .on('change', function(){updateFunction()})\n    // bind update function\n    // d3.selectAll\n    return toggle\n  }\n\n\n  function onlyOne() {\n    // d3.event.preventDefault()\n    // d3.event.stopPropagation()\n    var dataopts = selection.selectAll('div.data-option')\n    currentKey = dataopts.select(':checked').datum()\n    updateFunction()\n\n  }\n\n  function axisSelectFilter(selection, axis=\"x-axis\", axisData) {\n    if (axisData == undefined) {\n      axisData = {\n        'linear': d3.scaleLinear(),\n        'log': d3.scaleLog(),\n        'pow': d3.scalePow(),\n        'sqrt': d3.scaleSqrt()\n      }\n    }\n\n    var sf = selectFilter(selection)\n    .data(axisData)\n    .namespace(axis)\n    .selectionName(axis+' scale')\n    .defaultValue(d3.scaleLinear())\n\n\n    sf()\n\n  }\n\n  return toggle\n}\n","import {hypenate, safeSelect} from './helpers';\nimport {setupContainer, calculateWidthOfObject, calculateWidthOfSpacer} from './utils';\nimport {unique, flatten} from './array-functions';\nimport {groupingSpacer} from './grouping-spacer';\nimport {colorFunction as CF} from './color-function';\nimport {tooltip as TTip} from './tooltip';\n/*******************************************************************************\n**                                                                            **\n**                                                                            **\n**                                 SCATTER                                    **\n**                                                                            **\n**                                                                            **\n*******************************************************************************/\n/**\n * Creates a scatter\n *\n * {@link https://sumneuron.gitlab.io/d3sm/demos/scatter/index.html Demo}\n * @constructor scatter\n * @param {d3.selection} selection\n * @namespace scatter\n * @returns {function} scatter\n */\nexport function scatter ( selection ) {\n\n  var\n  /**\n  * Data to plot. Assumed to be a object, where each key corresponds to a point\n  * (see {@link scatter#data})\n  * @param {Object} [data=undefined]\n  * @memberof scatter#\n  * @property\n  */\n  data,\n  /**\n  * Amount of horizontal space (in pixels) avaible to render the scatter in\n  * (see {@link scatter#spaceX})\n  * @param {number} [spaceX=undefined]\n  * @memberof scatter#\n  * @property\n  */\n  spaceX,\n  /**\n  * Amount of vertical space (in pixels) avaible to render the scatter in\n  * (see {@link scatter.spaceY})\n  * @param {number} [spaceY=undefined]\n  * @memberof scatter#\n  * @property\n  */\n  spaceY,\n\n  /**\n  * The scale for which scatter x values should be transformed by\n  * @param {d3.scale} [scaleX=d3.scaleLinear]\n  * @memberof scatter#\n  * @property\n  */\n  scaleX = d3.scaleLinear(),\n  /**\n  * The padding for the domain of the scaleX (see {@link scatter#scaleX})\n  * @param {number} [domainPaddingX=0.5]\n  * @memberof scatter#\n  * @property\n  */\n  domainPaddingX = 0.5,\n  /**\n  * The function for getting the x value of the current point\n  * @param {function} [valueExtractorX=function(d, i){return data[d]['x']}]\n  * @memberof scatter#\n  * @property\n  */\n  valueExtractorX = function(d, i) {return data[d]['x']},\n\n  /**\n  * The scale for which scatter y values should be transformed by\n  * @param {d3.scale} [scaleY=d3.scaleLinear]\n  * @memberof scatter#\n  * @property\n  */\n  scaleY = d3.scaleLinear(),\n  /**\n  * The padding for the domain of the scaleY (see {@link scatter#scaleY})\n  * @param {number} [domainPaddingY=0.5]\n  * @memberof scatter#\n  * @property\n  */\n  domainPaddingY = 0.5,\n  /**\n  * The function for getting the y value of the current point\n  * @param {function} [valueExtractorY=function(d, i){return data[d]['y']}]\n  * @memberof scatter#\n  * @property\n  */\n  valueExtractorY = function(d, i) {return data[d]['y']},\n\n\n  /**\n  * The scale for which scatter r values should be transformed by\n  * @param {d3.scale} [scaleR=d3.scaleLinear]\n  * @memberof scatter#\n  * @property\n  */\n  scaleR = d3.scaleLinear(),\n  /**\n  * The padding for the domain of the scaleR (see {@link scatter#scaleR})\n  * @param {number} [domainPaddingR=0.5]\n  * @memberof scatter#\n  * @property\n  */\n  domainPaddingR = 0.5,\n  /**\n  * The function for getting the r value of the current point\n  * @param {function} [valueExtractorR=function(d, i){return 2}]\n  * @memberof scatter#\n  * @property\n  */\n  valueExtractorR = function(d, i) {return 2},\n  /**\n  * The min radius a point can have\n  * @param {function} [minRadius=2]\n  * @memberof scatter#\n  * @property\n  */\n  minRadius = 2,\n  /**\n  * The min radius a point can have\n  * @param {function} [maxRadius=10]\n  * @memberof scatter#\n  * @property\n  */\n  maxRadius = 10,\n\n  /**\n  * The stroke width of the points\n  * @param {number} [pointStrokeWidth=2]\n  * @memberof scatter#\n  * @property\n  */\n  pointStrokeWidth = 2,\n  /**\n  * Instance of ColorFunction\n  * @param {function} [colorFunction = colorFunction()]\n  * @memberof scatter#\n  * @property\n  */\n  colorFunction = CF(),\n  /**\n  * Color of the background\n  * @param {string} [backgroundFill=\"transparent\"]\n  * @memberof scatter#\n  * @property\n  */\n  backgroundFill = 'transparent',\n  /**\n  * Namespace for all items made by this instance of scatter\n  * @param {string} [namespace=\"d3sm-scatter\"]\n  * @memberof scatter#\n  * @property\n  */\n  namespace = 'd3sm-scatter',\n  /**\n  * Class name for scatter container (<circle> element)\n  * @param {string} [objectClass=\"scatter-point\"]\n  * @memberof scatter#\n  * @property\n  */\n  objectClass = 'scatter-point',\n  /**\n  * Duration of all transitions of this element\n  * @param {number} [transitionDuration=1000]\n  * @memberof scatter#\n  * @property\n  */\n  transitionDuration = 1000,\n  /**\n  * Easing function for transitions\n  * @param {d3.ease} [easeFunc=d3.easeExp]\n  * @memberof scatter#\n  * @property\n  */\n  easeFunc = d3.easeExp,\n\n  // useful values to extract to prevent re-calculation\n  /**\n  * The keys of the points\n  * @param {string[]} [pointKeys=undefined]\n  * @memberof scatter#\n  * @property\n  */\n  pointKeys,\n  /**\n  * The x values of the points\n  * @param {number[]} [valuesX=undefined]\n  * @memberof scatter#\n  * @property\n  */\n  valuesX,\n  /**\n  * The y values of the points\n  * @param {number[]} [valuesY=undefined]\n  * @memberof scatter#\n  * @property\n  */\n  valuesY,\n  /**\n  * The r values of the points\n  * @param {number[]} [valuesR=undefined]\n  * @memberof scatter#\n  * @property\n  */\n  valuesR,\n\n  /**\n  * Instance of Tooltip\n  * @param {function} [tooltip=tooltip()]\n  * @memberof scatter#\n  * @property\n  */\n  tooltip = TTip()\n\n  /**\n   * Gets or sets the selection in which items are manipulated\n   * @param {d3.selection} [_=none]\n   * @returns {scatter | d3.selection}\n   * @memberof scatter\n   * @property\n   * by default selection = selection\n   */\n  scatter.selection = function(_) { return arguments.length ? (selection =_, scatter) : selection}\n  /**\n   * Gets or sets the data\n   * (see {@link scatter#data})\n   * @param {number} [_=none]\n   * @returns {scatter | object}\n   * @memberof scatter\n   * @property\n   */\n  scatter.data = function(_) { return arguments.length ? (data =_, scatter) : data}\n  /**\n   * Gets or sets the amount of horizontal space in which items are manipulated\n   * (see {@link scatter#spaceX})\n   * @param {number} [_=none] should be a number > 0\n   * @returns {scatter | number}\n   * @memberof scatter\n   * @property\n   * by default spaceX = undefined\n   */\n  scatter.spaceX = function(_) { return arguments.length ? (spaceX =_, scatter) : spaceX}\n  /**\n   * Gets or sets the amount of vertical space in which items are manipulated\n   * (see {@link scatter#spaceY})\n   * @param {number} [_=none] should be a number > 0\n   * @returns {scatter | number}\n   * @memberof scatter\n   * @property\n   * by default spaceY = undefined\n   */\n  scatter.spaceY = function(_) { return arguments.length ? (spaceY =_, scatter) : spaceY}\n\n\n\n  /**\n   * Gets / sets the x scale for which the scatter x values should be transformed by\n   * (see {@link scatter#scaleX})\n   * @param {d3.scale} [_=none]\n   * @returns {scatter | d3.scale}\n   * @memberof scatter\n   * @property\n   * by default scaleX = d3.scaleLinear()\n   */\n  scatter.scaleX = function(_) { return arguments.length ? (scaleX =_, scatter) : scaleX}\n  /**\n   * Gets / sets the padding for the domain of the x scale\n   * (see {@link scatter#domainPaddingX})\n   * @param {number} [_=none]\n   * @returns {scatter | number}\n   * @memberof scatter\n   * @property\n   * by default domainPaddingX = 0.5\n   */\n  scatter.domainPaddingX = function(_) { return arguments.length ? (domainPaddingX =_, scatter) : domainPaddingX}\n  /**\n   * Gets / sets the valueExtractorX\n   * (see {@link scatter#valueExtractorX})\n   * @param {function} [_=none]\n   * @returns {scatter | function}\n   * @memberof scatter\n   * @property\n   * by default valueExtractorX = function(key, index) { return data[key]['x'] }\n   */\n  scatter.valueExtractorX = function(_) { return arguments.length ? (valueExtractorX =_, scatter) : valueExtractorX}\n\n\n  /**\n   * Gets / sets the y scale for which the scatter y values should be transformed by\n   * (see {@link scatter#scaleY})\n   * @param {d3.scale} [_=none]\n   * @returns {scatter | d3.scale}\n   * @memberof scatter\n   * @property\n   * by default scaleY = d3.scaleLinear()\n   */\n  scatter.scaleY = function(_) { return arguments.length ? (scaleY =_, scatter) : scaleY}\n  /**\n   * Gets / sets the padding for the domain of the y scale\n   * (see {@link scatter#domainPaddingY})\n   * @param {number} [_=none]\n   * @returns {scatter | number}\n   * @memberof scatter\n   * @property\n   * by default domainPaddingY = 0.5\n   */\n  scatter.domainPaddingY = function(_) { return arguments.length ? (domainPaddingY =_, scatter) : domainPaddingY}\n  /**\n   * Gets / sets the valueExtractorY\n   * (see {@link scatter#valueExtractorY})\n   * @param {function} [_=none]\n   * @returns {scatter | function}\n   * @memberof scatter\n   * @property\n   * by default valueExtractorY = function(key, index) { return data[key]['y'] }\n   */\n  scatter.valueExtractorY = function(_) { return arguments.length ? (valueExtractorY =_, scatter) : valueExtractorY}\n\n\n  /**\n   * Gets / sets the r scale for which the scatter r values should be transformed by\n   * (see {@link scatter#scaleR})\n   * @param {d3.scale} [_=none]\n   * @returns {scatter | d3.scale}\n   * @memberof scatter\n   * @property\n   * by default scaleR = d3.scaleLinear()\n   */\n  scatter.scaleR = function(_) { return arguments.length ? (scaleR =_, scatter) : scaleR}\n  /**\n   * Gets / sets the padding for the domain of the r scale\n   * (see {@link scatter#domainPaddingR})\n   * @param {number} [_=none]\n   * @returns {scatter | number}\n   * @memberof scatter\n   * @property\n   * by default domainPaddingR = 0.5\n   */\n  scatter.domainPaddingR = function(_) { return arguments.length ? (domainPaddingR =_, scatter) : domainPaddingR}\n  /**\n   * Gets / sets the valueExtractorR\n   * (see {@link scatter#valueExtractorR})\n   * @param {function} [_=none]\n   * @returns {scatter | function}\n   * @memberof scatter\n   * @property\n   * by default valueExtractorR = function(key, index) { return data[key]['r'] }\n   */\n  scatter.valueExtractorR = function(_) { return arguments.length ? (valueExtractorR =_, scatter) : valueExtractorR}\n  /**\n   * Gets / sets the minRadius\n   * (see {@link scatter#minRadius})\n   * @param {number} [_=none]\n   * @returns {scatter | number}\n   * @memberof scatter\n   * @property\n   * by default minRadius = 2\n   */\n  scatter.minRadius = function(_) { return arguments.length ? (minRadius =_, scatter) : minRadius}\n  /**\n   * Gets / sets the maxRadius\n   * (see {@link scatter#maxRadius})\n   * @param {number} [_=none]\n   * @returns {scatter | number}\n   * @memberof scatter\n   * @property\n   * by default maxRadius = 10\n   */\n  scatter.maxRadius = function(_) { return arguments.length ? (maxRadius =_, scatter) : maxRadius}\n\n  /**\n   * Gets / sets the pointStrokeWidth\n   * (see {@link scatter#pointStrokeWidth})\n   * @param {number} [_=none]\n   * @returns {scatter | number}\n   * @memberof scatter\n   * @property\n   * by default pointStrokeWidth = 2\n   */\n  scatter.pointStrokeWidth = function(_) { return arguments.length ? (pointStrokeWidth =_, scatter) : pointStrokeWidth}\n  /**\n   * Gets / sets the colorFunction\n   * (see {@link scatter#colorFunction})\n   * @param {number} [_=none]\n   * @returns {scatter | number}\n   * @memberof scatter\n   * @property\n   * by default colorFunction = colorFunction()\n   */\n  scatter.colorFunction = function(_) { return arguments.length ? (colorFunction =_, scatter) : colorFunction}\n  /**\n   * Gets / sets the backgroundFill\n   * (see {@link scatter#backgroundFill})\n   * @param {string} [_=none]\n   * @returns {scatter | string}\n   * @memberof scatter\n   * @property\n   * by default backgroundFill = 'transparent'\n   */\n  scatter.backgroundFill = function(_) { return arguments.length ? (backgroundFill =_, scatter) : backgroundFill}\n  /**\n   * Gets / sets the namespace\n   * (see {@link scatter#namespace})\n   * @param {string} [_=none]\n   * @returns {scatter | string}\n   * @memberof scatter\n   * @property\n   * by default namespace = 'd3sm-scatter'\n   */\n  scatter.namespace = function(_) { return arguments.length ? (namespace =_, scatter) : namespace}\n  /**\n   * Gets / sets the objectClass\n   * (see {@link scatter#objectClass})\n   * @param {string} [_=none]\n   * @returns {scatter | string}\n   * @memberof scatter\n   * @property\n   * by default objectClass = 'tick-group'\n   */\n  scatter.objectClass = function(_) { return arguments.length ? (objectClass =_, scatter) : objectClass}\n  /**\n   * Gets / sets the transitionDuration\n   * (see {@link scatter#transitionDuration})\n   * @param {number} [_=none]\n   * @returns {scatter | number}\n   * @memberof scatter\n   * @property\n   * by default transitionDuration = 1000\n   */\n  scatter.transitionDuration = function(_) { return arguments.length ? (transitionDuration =_, scatter) : transitionDuration}\n  /**\n   * Gets / sets the easeFunc\n   * (see {@link scatter#easeFunc})\n   * @param {d3.ease} [_=none]\n   * @returns {scatter | d3.ease}\n   * @memberof scatter\n   * @property\n   * by default easeFunc = d3.easeExp\n   */\n  scatter.easeFunc = function(_) { return arguments.length ? (easeFunc =_, scatter) : easeFunc}\n\n  /**\n   * Gets / sets the pointKeys\n   * (see {@link scatter#pointKeys})\n   * @param {string[]} [_=none]\n   * @returns {scatter | string[]}\n   * @memberof scatter\n   * @property\n   * by default pointKeys = undefined\n   */\n  scatter.pointKeys = function(_) { return arguments.length ? (pointKeys =_, scatter) : pointKeys}\n  /**\n   * Gets / sets the valuesX\n   * (see {@link scatter#valuesX})\n   * @param {number[]} [_=none]\n   * @returns {scatter | number[]}\n   * @memberof scatter\n   * @property\n   * by default valuesX = undefined\n   */\n  scatter.valuesX = function(_) { return arguments.length ? (valuesX =_, scatter) : valuesX}\n  /**\n   * Gets / sets the valuesY\n   * (see {@link scatter#valuesY})\n   * @param {number[]} [_=none]\n   * @returns {scatter | number[]}\n   * @memberof scatter\n   * @property\n   * by default valuesY = undefined\n   */\n  scatter.valuesY = function(_) { return arguments.length ? (valuesY =_, scatter) : valuesY}\n  /**\n   * Gets / sets the valuesR\n   * (see {@link scatter#valuesR})\n   * @param {number[]} [_=none]\n   * @returns {scatter | number[]}\n   * @memberof scatter\n   * @property\n   * by default valuesR = undefined\n   */\n  scatter.valuesR = function(_) { return arguments.length ? (valuesR =_, scatter) : valuesR}\n  /**\n   * Gets / sets the tooltip\n   * (see {@link scatter#tooltip})\n   * @param {tooltip} [_=none]\n   * @returns {scatter | tooltip}\n   * @memberof scatter\n   * @property\n   * by default tooltip = tooltip()\n   */\n\n  scatter.tooltip = function(_) { return arguments.length ? (tooltip =_, scatter) : tooltip}\n\n\n  function scatter() {\n    // background cliping rectangle\n    var bgcpRect = {x:0, y:0, width: spaceX, height:spaceY}\n    var container = setupContainer( selection, namespace, bgcpRect, backgroundFill );\n\n\n    pointKeys = d3.keys(data)\n    valuesX = pointKeys.map(valueExtractorX)\n    valuesY = pointKeys.map(valueExtractorY)\n    valuesR = pointKeys.map(valueExtractorR)\n\n    var numberOfObjects = pointKeys.length\n    var extentX = [Math.min(...valuesX) - domainPaddingX, Math.max(...valuesX) + domainPaddingX]\n    var extentY = [Math.min(...valuesY) - domainPaddingY, Math.max(...valuesY) + domainPaddingY]\n    var extentR = [Math.min(...valuesR) - domainPaddingR, Math.max(...valuesR) + domainPaddingR]\n\n    scaleX.domain(extentX).range([0, spaceX])\n    scaleY.domain(extentY).range([spaceY, 0])\n    scaleR.domain(extentR).range([minRadius, maxRadius])\n\n    var points = container.selectAll('.'+objectClass)\n    points = points.data(pointKeys)\n    var pEnter = points.enter().append('circle')\n    .attr('class', objectClass)\n    .attr('cx', 0).attr('cy', spaceY).attr('r', 0)\n\n    var pExit = points.exit()\n\n    points = points.merge(pEnter)\n\n    points.each(function(key, i){\n      var t = d3.select(this),\n      currentData = data[key],\n      x = valuesX[i],\n      y = valuesY[i],\n      r = valuesR[i],\n      fillColor = colorFunction(key, currentData, i, 'fill'),\n      strokeColor = colorFunction(key, currentData, i, 'stroke')\n\n      t.transition().duration(transitionDuration).ease(easeFunc)\n      .attr('cx', scaleX(x))\n      .attr('cy', scaleY(y))\n      .attr('r', scaleR(r))\n      .attr('fill', fillColor)\n      .attr('stroke', strokeColor)\n      .attr('stroke-width', pointStrokeWidth)\n\n\n\n      t.on('mouseover', function(d, i){\n        points.style('opacity', 0.2)\n        t.style('opacity', 1)\n        t.transition().duration(transitionDuration/2).ease(easeFunc)\n        .attr('stroke-width', pointStrokeWidth*2)\n        .attr('r', scaleR(r) * 1.5)\n\n      })\n      t.node().addEventListener('mouseout', function(){\n        container.selectAll('.'+objectClass).style('opacity', 1)\n        t.transition().duration(transitionDuration/2).ease(easeFunc)\n        .attr('stroke-width', pointStrokeWidth)\n        .attr('r', scaleR(r))\n\n      })\n\n    })\n\n\n\n    pExit.transition().duration(transitionDuration).ease(easeFunc)\n    .attr('cx', 0).attr('cy', spaceY).attr('r', 0)\n    .remove()\n\n    tooltip.selection(points)\n    .data(data)\n\n    tooltip()\n  }\n\n\n  return scatter\n}\n","import {hypenate, safeSelect, getTranslation} from './helpers';\nimport {log, warn, error, info} from './utils';\n/*******************************************************************************\n\n**                                                                            **\n**                                                                            **\n**                                PLOTZOOM                                    **\n**                                                                            **\n**                                                                            **\n*******************************************************************************/\n/**\n * Creates an plotZoom instance, which can handle drag and scroll events\n * @constructor plotZoom\n * @param {function} chart a function instance of one of the d3sm plots (e.g. bar, boxwhisker, bubbleHeatmap, violin, etc)\n * @param {axis}  xAxis the axis instance responsible for the x axis\n * @param {axis} yAxis the axis instance responsible for the y axis\n * @namespace plotZoom\n * @returns {function} zoom\n */\nexport function plotZoom( chart, xAxis, yAxis ) {\n  var\n  /**\n  * The event on which to fire\n  * (see {@link plotZoom#eventType})\n  * @param {string} eventType which event it should handle. Currently supports scroll and wheel\n  * @memberof plotZoom#\n  * @property\n  */\n  eventType,\n  /**\n  * A scaling factor for the wheel \"speed\"\n  * (see {@link plotZoom#wheelSpeed})\n  * @param {number} [wheelSpeed=20] scales the wheel translation by wheelSpeed\n  * @memberof plotZoom#\n  * @property\n  */\n  wheelSpeed = 20,\n  /**\n  * The orientation in which to allow scrolling: 'horizontal', 'vertical', or '2D'\n  * (see {@link plotZoom#orient})\n  * @param {string} [orient=chart.orient() || 'horizontal']\n  * @memberof plotZoom#\n  * @property\n  */\n  orient = (chart.orient == undefined) ? 'horizontal' : chart.orient(),\n  /**\n  * The max distance allowed to scroll in the x direction\n  * (see {@link plotZoom#xLock})\n  * @param {number} [xLock=chart.spaceX()] ideally chart.overflowQ() == true and this value is the\n  * bounding rect across all elements in the chart  minus the space in which to show.\n  * @memberof plotZoom#\n  * @property\n  */\n  xLock=chart.spaceX(),\n  /**\n  * The max distance allowed to scroll in the y direction\n  * (see {@link plotZoom#yLock})\n  * @param {number} [yLock=chart.spaceY()] ideally chart.overflowQ() == true and this value is the\n  * bounding rect across all elements in the chart  minus the space in which to show.\n  * @memberof plotZoom#\n  * @property\n  */\n  yLock=chart.spaceY(),\n\n  chartSel = chart.selection(),\n  xAxisSel = xAxis.selection(),\n  yAxisSel = yAxis.selection(),\n  svg = d3.select(chartSel.thisSVG())\n\n\n  /**\n   * Gets or sets the event type in which to respond\n   * (see {@link plotZoom#eventType})\n   * @param {string} [_=none] should be 'drag' or 'wheel'\n   * @returns {zoom | string}\n   * @memberof plotZoom\n   * @property\n   * by default plotZoom=undefined\n   */\n  zoom.eventType = function(_) { return arguments.length ? (eventType = _, zoom) : eventType; };\n  /**\n   * Gets or sets the wheel speed in which to scale the wheel scroll transform\n   * (see {@link plotZoom#wheelSpeed})\n   * @param {number} [_=none]\n   * @returns {zoom | number}\n   * @memberof plotZoom\n   * @property\n   * by default wheelSpeed=20\n   */\n  zoom.wheelSpeed = function(_) { return arguments.length ? (wheelSpeed = _, zoom) : wheelSpeed; };\n  /**\n   * Gets or sets the orientation in which items are manipulated\n   * (see {@link plotZoom#orient})\n   * @param {string} [_=none] should be horizontal, vertical, or 2D\n   * @returns {zoom | string}\n   * @memberof plotZoom\n   * @property\n   * by default orient=chart.orient() || 'horizontal'\n   */\n  zoom.orient = function(_) { return arguments.length ? (orient = _, zoom) : orient; };\n\n  /**\n   * Gets or sets the max distance in which to scroll X\n   * (see {@link plotZoom#xLock})\n   * @param {number} [_=none] should be a positive value\n   * @returns {zoom | number}\n   * @memberof plotZoom\n   * @property\n   * by default xLock=chart.spaceX()\n   */\n  zoom.xLock = function(_) { return arguments.length ? (xLock = _, zoom) : xLock; };\n  /**\n   * Gets or sets the max distance in which to scroll Y\n   * (see {@link plotZoom#yLock})\n   * @param {number} [_=none]  should be a positive value\n   * @returns {zoom | number}\n   * @memberof plotZoom\n   * @property\n   * by default yLock=chart.spaceY()\n   */\n  zoom.yLock = function(_) { return arguments.length ? (yLock = _, zoom) : yLock; };\n\n\n  function setLocks() {\n    var chartObjSel = chartSel.select('.'+hypenate(chart.namespace(),'object-container'))\n    var chartObjTrans = getTranslation(chartObjSel.attr('transform'))\n    var cos = chartObjSel.attr('transform', 'translate(0,0)')\n    xLock = chartSel.node().getBBox().width - chart.spaceX() * .9\n    yLock = chartSel.node().getBBox().height - chart.spaceY() * .9\n    cos.attr('transform', 'translate('+chartObjTrans[0]+','+chartObjTrans[1]+')')\n    log('plotZoom', 'setLocks', {xLock:xLock, yLock:yLock})\n  }\n\n\n  /**\n   * Sets the x and y locks (how far one can scroll)\n   * (see {@link plotZoom#xLock} and {@link plotZoom#yLock})\n   * @function plotZoom.setLocks\n   * @returns {undefined}\n   * @memberof plotZoom\n   * @property\n   */\n  zoom.setLocks = setLocks\n\n  function zoom() {\n    setLocks()\n\n    var horizontalQ, verticalQ\n    if (orient == '2D') {horizontalQ = true; verticalQ = true;}\n    if (orient == 'horizontal') {horizontalQ = true; verticalQ = false;}\n    if (orient == 'vertical') {verticalQ = true; horizontalQ = false;}\n\n    // capture transform event\n    var transform = d3.event.transform\n\n    var chartBox = chartSel.node().getBBox()\n    var xAxisBox = xAxisSel.node().getBBox()\n    var yAxisBox = xAxisSel.node().getBBox()\n\n    var chartWidth = chartBox.width - chartBox.x\n    var chartHeight = chartBox.height - chartBox.y\n    var xAxisWidth = xAxisBox.width// - xAxisBox.x\n    var xAxisHeight = xAxisBox.height// - xAxisBox.y\n    var yAxisWidth = yAxisBox.width// - yAxisBox.x\n    var yAxisHeight = yAxisBox.height// -yAxisBox.y\n\n    // enable wheel event\n    if (eventType == \"wheel\") {\n      var e = d3.event\n      // prevent page scrolling\n      e.preventDefault()\n      // event delta is very very slow, so speed it up with wheel speed\n      var w = d3.event.deltaY * wheelSpeed\n      var shiftQ = d3.event.shiftKey\n\n      // d3 has no way to make custom transform, so make an object and add\n      // the necessary functions to make wheel event compatible with drag events\n      if (orient == '2D') {\n        transform = shiftQ ? {k: 1, x: w, y: 0} : {k: 1, x: 0, y: w}\n      } else {\n        transform = horizontalQ ? {k: 1, x: w, y: 0} : {k: 1, x: 0, y: w}\n      }\n      // the * -1 inverts the direction\n      transform.applyX = function(x) { return x * this.k + this.x * -1; }\n      transform.applyY =  function(y) { return y * this.k + this.y * -1; }\n    }\n\n\n\n    var chartObjSel = chartSel.select('.'+hypenate(chart.namespace(),'object-container'))\n    var xAxisObjSel = xAxisSel.select('.'+hypenate(xAxis.namespace(),'object-container'))\n    var yAxisObjSel = yAxisSel.select('.'+hypenate(yAxis.namespace(),'object-container'))\n\n    // xLock = chartSel.node().getBBox().width - chart.spaceX() - chartSel.node().getBBox().x\n    // yLock = chartSel.node().getBBox().height - chart.spaceY()\n    // console.table({'xLock':xLock, \"yLock\":yLock})\n    // bhm.selection().node().getBBox().width - bhm.spaceX()\n\n\n    var chartObjTrans = getTranslation(chartObjSel.attr('transform'))\n    var xAxisObjTrans = getTranslation(xAxisObjSel.attr('transform'))\n    var yAxisObjTrans = getTranslation(yAxisObjSel.attr('transform'))\n\n\n    var x = horizontalQ ? transform.applyX(chartObjTrans[0]) : 0\n    if (horizontalQ) {x = x < -xLock ? (transform.x = 0, -xLock) : (transform.x = 0, Math.min(x, 0)) }\n\n    var y = verticalQ ? transform.applyY(chartObjTrans[1]) : 0\n    if (verticalQ) {y = y < -yLock ? (transform.y = 0, -yLock): (transform.y = 0, Math.min(y, 0))}\n\n    chartObjSel.attr('transform', 'translate('+x+','+y+')')\n    if (horizontalQ) { xAxisObjSel.attr('transform', 'translate('+x+','+0+')') }\n    if (verticalQ) { yAxisObjSel.attr('transform', 'translate('+0+','+y+')') }\n\n    // var lasso = svg.select(\".lasso-container\")\n    // if (!lasso.empty()) {\n    //   lasso.attr('transform', 'translate('+x+','+y+')')\n    // }\n\n  }\n\n  zoom.reset = function() {\n    var horizontalQ, verticalQ\n    if (orient == '2D') {horizontalQ = true; verticalQ = true;}\n    if (orient == 'horizontal') {horizontalQ = true; verticalQ = false;}\n    if (orient == 'vertical') {verticalQ = true; horizontalQ = false;}\n\n    var chartObjSel = chartSel.select('.'+hypenate(chart.namespace(),'object-container'))\n    var xAxisObjSel = xAxisSel.select('.'+hypenate(xAxis.namespace(),'object-container'))\n    var yAxisObjSel = yAxisSel.select('.'+hypenate(yAxis.namespace(),'object-container'))\n    chartObjSel.attr('transform', 'translate('+0+','+0+')')\n    xAxisObjSel.attr('transform', 'translate('+0+','+0+')')\n    yAxisObjSel.attr('transform', 'translate('+0+','+0+')')\n  }\n\n  return zoom\n}\n","import {hypenate, safeSelect, getTranslation} from './helpers';\nimport {log, warn, error, info} from './utils';\n/*******************************************************************************\n\n**                                                                            **\n**                                                                            **\n**                                PLOTZOOM                                    **\n**                                                                            **\n**                                                                            **\n*******************************************************************************/\n/**\n * Creates an plotZoom instance, which can handle drag and scroll events\n * @constructor plotZoom\n * @param {function} chart a function instance of one of the d3sm plots (e.g. bar, boxwhisker, bubbleHeatmap, violin, etc)\n * @param {axis}  xAxis the axis instance responsible for the x axis\n * @param {axis} yAxis the axis instance responsible for the y axis\n * @namespace plotZoom\n * @returns {function} zoom\n */\nexport function multiPlotZoom( chart ) {\n  var\n  /**\n  * The event on which to fire\n  * (see {@link plotZoom#eventType})\n  * @param {string} eventType which event it should handle. Currently supports scroll and wheel\n  * @memberof plotZoom#\n  * @property\n  */\n  eventType,\n  /**\n  * A scaling factor for the wheel \"speed\"\n  * (see {@link plotZoom#wheelSpeed})\n  * @param {number} [wheelSpeed=20] scales the wheel translation by wheelSpeed\n  * @memberof plotZoom#\n  * @property\n  */\n  wheelSpeed = 20,\n  /**\n  * The orientation in which to allow scrolling: 'horizontal', 'vertical', or '2D'\n  * (see {@link plotZoom#orient})\n  * @param {string} [orient=chart.orient() || 'horizontal']\n  * @memberof plotZoom#\n  * @property\n  */\n  orient = (chart.orient == undefined) ? 'horizontal' : chart.orient(),\n  /**\n  * The max distance allowed to scroll in the x direction\n  * (see {@link plotZoom#xLock})\n  * @param {number} [xLock=chart.spaceX()] ideally chart.overflowQ() == true and this value is the\n  * bounding rect across all elements in the chart  minus the space in which to show.\n  * @memberof plotZoom#\n  * @property\n  */\n  xLock=chart.spaceX(),\n  /**\n  * The max distance allowed to scroll in the y direction\n  * (see {@link plotZoom#yLock})\n  * @param {number} [yLock=chart.spaceY()] ideally chart.overflowQ() == true and this value is the\n  * bounding rect across all elements in the chart  minus the space in which to show.\n  * @memberof plotZoom#\n  * @property\n  */\n  yLock=chart.spaceY(),\n\n  chartSel = chart.selection(),\n\n  svg = d3.select(chartSel.thisSVG()),\n\n  xComponents = [],\n  yComponents = []\n\n\n  /**\n   * Gets or sets the event type in which to respond\n   * (see {@link plotZoom#eventType})\n   * @param {string} [_=none] should be 'drag' or 'wheel'\n   * @returns {zoom | string}\n   * @memberof plotZoom\n   * @property\n   * by default plotZoom=undefined\n   */\n  zoom.eventType = function(_) { return arguments.length ? (eventType = _, zoom) : eventType; };\n  /**\n   * Gets or sets the wheel speed in which to scale the wheel scroll transform\n   * (see {@link plotZoom#wheelSpeed})\n   * @param {number} [_=none]\n   * @returns {zoom | number}\n   * @memberof plotZoom\n   * @property\n   * by default wheelSpeed=20\n   */\n  zoom.wheelSpeed = function(_) { return arguments.length ? (wheelSpeed = _, zoom) : wheelSpeed; };\n  /**\n   * Gets or sets the orientation in which items are manipulated\n   * (see {@link plotZoom#orient})\n   * @param {string} [_=none] should be horizontal, vertical, or 2D\n   * @returns {zoom | string}\n   * @memberof plotZoom\n   * @property\n   * by default orient=chart.orient() || 'horizontal'\n   */\n  zoom.orient = function(_) { return arguments.length ? (orient = _, zoom) : orient; };\n\n  /**\n   * Gets or sets the max distance in which to scroll X\n   * (see {@link plotZoom#xLock})\n   * @param {number} [_=none] should be a positive value\n   * @returns {zoom | number}\n   * @memberof plotZoom\n   * @property\n   * by default xLock=chart.spaceX()\n   */\n  zoom.xLock = function(_) { return arguments.length ? (xLock = _, zoom) : xLock; };\n  /**\n   * Gets or sets the max distance in which to scroll Y\n   * (see {@link plotZoom#yLock})\n   * @param {number} [_=none]  should be a positive value\n   * @returns {zoom | number}\n   * @memberof plotZoom\n   * @property\n   * by default yLock=chart.spaceY()\n   */\n  zoom.yLock = function(_) { return arguments.length ? (yLock = _, zoom) : yLock; };\n\n  zoom.xComponents = function(_) { return arguments.length ? (xComponents = _, zoom) : xComponents; };\n  zoom.yComponents = function(_) { return arguments.length ? (yComponents = _, zoom) : yComponents; };\n\n\n  function setLocks() {\n    var chartObjSel = chartSel.select('.'+hypenate(chart.namespace(),'object-container'))\n    var chartObjTrans = getTranslation(chartObjSel.attr('transform'))\n    var cos = chartObjSel.attr('transform', 'translate(0,0)')\n\n    xLock = chartSel.node().getBBox().width - chart.spaceX()// * .9\n    yLock = chartSel.node().getBBox().height - chart.spaceY()// * .9\n    cos.attr('transform', 'translate('+chartObjTrans[0]+','+chartObjTrans[1]+')')\n    log('plotZoom', 'setLocks', {xLock:xLock, yLock:yLock})\n  }\n\n\n  /**\n   * Sets the x and y locks (how far one can scroll)\n   * (see {@link plotZoom#xLock} and {@link plotZoom#yLock})\n   * @function plotZoom.setLocks\n   * @returns {undefined}\n   * @memberof plotZoom\n   * @property\n   */\n  zoom.setLocks = setLocks\n\n  function zoom() {\n    setLocks()\n\n    var\n    xComponentsSel = xComponents.map(function(d, i){return d.selection()}),\n    yComponentsSel = yComponents.map(function(d, i){return d.selection()})\n\n    var horizontalQ, verticalQ\n    if (orient == '2D') {horizontalQ = true; verticalQ = true;}\n    if (orient == 'horizontal') {horizontalQ = true; verticalQ = false;}\n    if (orient == 'vertical') {verticalQ = true; horizontalQ = false;}\n\n    // capture transform event\n    var transform = d3.event.transform\n\n    var chartBox = chartSel.node().getBBox()\n    var xComponentsBox = xComponentsSel.map(function(d, i){return d.node().getBBox()})\n    var yComponentsBox = xComponentsSel.map(function(d, i){return d.node().getBBox()})\n\n\n    var chartWidth = chartBox.width - chartBox.x\n    var chartHeight = chartBox.height - chartBox.y\n\n    // enable wheel event\n    if (eventType == \"wheel\") {\n      var e = d3.event\n      // prevent page scrolling\n      e.preventDefault()\n      // event delta is very very slow, so speed it up with wheel speed\n      var w = d3.event.deltaY * wheelSpeed\n      var shiftQ = d3.event.shiftKey\n\n      // d3 has no way to make custom transform, so make an object and add\n      // the necessary functions to make wheel event compatible with drag events\n      if (orient == '2D') {\n        transform = shiftQ ? {k: 1, x: w, y: 0} : {k: 1, x: 0, y: w}\n      } else {\n        transform = horizontalQ ? {k: 1, x: w, y: 0} : {k: 1, x: 0, y: w}\n      }\n      // * -1 is invert\n      transform.applyX = function(x) { return x * this.k + this.x *-1; }\n      transform.applyY =  function(y) { return y * this.k + this.y *-1; }\n    }\n\n\n\n    var chartObjSel = chartSel.select('.'+hypenate(chart.namespace(),'object-container'))\n    var xComponentObjSel = xComponentsSel.map(function(d, i){\n      return d.select('.'+hypenate(xComponents[i].namespace(),'object-container'))\n    })\n    var yComponentObjSel = yComponentsSel.map(function(d, i){\n      return d.select('.'+hypenate(yComponents[i].namespace(),'object-container'))\n    })\n\n    var chartObjTrans = getTranslation(chartObjSel.attr('transform'))\n    var xComponentsObjTrans = xComponentObjSel.map(function(d, i){\n      return getTranslation(d.attr('transform'))\n    })\n    var yComponentsObjTrans = yComponentObjSel.map(function(d, i){\n      return getTranslation(d.attr('transform'))\n    })\n\n    var x = horizontalQ ? transform.applyX(chartObjTrans[0]) : 0\n    if (horizontalQ) {x = x < -xLock ? (transform.x = 0, -xLock) : (transform.x = 0, Math.min(x, 0)) }\n\n    var y = verticalQ ? transform.applyY(chartObjTrans[1]) : 0\n    if (verticalQ) {y = y < -yLock ? (transform.y = 0, -yLock): (transform.y = 0, Math.min(y, 0))}\n\n    chartObjSel.attr('transform', 'translate('+x+','+y+')')\n    if (horizontalQ) {\n      // xAxisObjSel.attr('transform', 'translate('+x+','+0+')')\n      xComponentObjSel.map(function(d, i){ d.attr('transform', 'translate('+x+','+0+')')  })\n    }\n    if (verticalQ) {\n      // yAxisObjSel.attr('transform', 'translate('+0+','+y+')')\n      yComponentObjSel.map(function(d, i){ d.attr('transform', 'translate('+0+','+y+')')  })\n\n    }\n\n\n  }\n\n  zoom.reset = function() {\n    var horizontalQ, verticalQ\n    if (orient == '2D') {horizontalQ = true; verticalQ = true;}\n    if (orient == 'horizontal') {horizontalQ = true; verticalQ = false;}\n    if (orient == 'vertical') {verticalQ = true; horizontalQ = false;}\n\n    var chartObjSel = chartSel.select('.'+hypenate(chart.namespace(),'object-container'))\n    var xAxisObjSel = xAxisSel.select('.'+hypenate(xAxis.namespace(),'object-container'))\n    var yAxisObjSel = yAxisSel.select('.'+hypenate(yAxis.namespace(),'object-container'))\n    chartObjSel.attr('transform', 'translate('+0+','+0+')')\n    xAxisObjSel.attr('transform', 'translate('+0+','+0+')')\n    yAxisObjSel.attr('transform', 'translate('+0+','+0+')')\n  }\n\n  return zoom\n}\n","import {hypenate, safeSelect, modifyHexidecimalColorLuminance, extractViolinValues, quartiles} from './helpers';\nimport {setupContainer, calculateWidthOfObject, calculateWidthOfSpacer} from './utils';\nimport {unique, hasQ, flatten, whichBin} from './array-functions';\nimport {groupingSpacer} from './grouping-spacer';\nimport {colorFunction as CF} from './color-function';\nimport {tooltip as TTip} from './tooltip';\n\n/*******************************************************************************\n**                                                                            **\n**                                                                            **\n**                                 VIOLIN                                     **\n**                                                                            **\n**                                                                            **\n*******************************************************************************/\n\n/**\n * Creates a violin\n *\n * {@link https://sumneuron.gitlab.io/d3sm/demos/basic-violins/index.html Demo}\n * @constructor violin\n * @param {d3.selection} selection\n * @namespace violin\n * @returns {function} violin\n */\nexport function violin( selection ) {\n  var\n  /**\n  * Data to plot. Assumed to be a object, where each key corresponds to a violin\n  * (see {@link violin#data})\n  * @param {Object} [data=undefined]\n  * @memberof violin#\n  * @property\n  */\n  data,\n  /**\n  * Which direction to render the bars in\n  * (see {@link violin#orient})\n  * @param {number} [orient='horizontal']\n  * @memberof violin#\n  * @property\n  */\n  orient='horizontal',\n  /**\n  * Amount of horizontal space (in pixels) avaible to render the violin in\n  * (see {@link violin#spaceX})\n  * @param {number} [spaceX=undefined]\n  * @memberof violin#\n  * @property\n  */\n  spaceX,\n  /**\n  * Amount of vertical space (in pixels) avaible to render the violin in\n  * (see {@link violin.spaceY})\n  * @param {number} [spaceY=undefined]\n  * @memberof violin#\n  * @property\n  */\n  spaceY,\n  /**\n  * Whether or not to allow violin to render elements pass the main spatial dimension\n  * given the orientation (see {@link violin#orient}), where {@link violin#orient}=\"horizontal\"\n  * the main dimension is {@link violin#spaceX} and where {@link violin#orient}=\"vertical\"\n  * the main dimension is {@link violin#spaceY}\n  * @param {boolean} [overflowQ=false]\n  * @memberof violin#\n  * @property\n  */\n  overflowQ = true,\n  /**\n  * Whether or not to display points inside the points\n  * @param {boolean} [pointsQ=false]\n  * @memberof violin#\n  * @property\n  */\n  pointsQ = true,\n  /**\n  * An array - putatively of other arrays - depicting how bars should be arranged\n  * @param {Array[]} [grouping=undefined]\n  * @memberof violin#\n  * @property\n  */\n  grouping,\n  /**\n  * How to get the value of the violin\n  * @param {function} [valueExtractor=function(key, index) { return data[key] }]\n  * @memberof violin#\n  * @property\n  */\n  valueExtractor = function(key, index) {return data[key] },\n  /**\n  * How to sort the bars - if {@link violin#grouping} is not provided.\n  * @param {function} [sortingFunction=function(keyA, keyB) {return d3.descending(data[keyA], data[keyB])}]\n  * @memberof violin#\n  * @property\n  */\n  sortingFunction = function(keyA, keyB) {return d3.descending(data[keyA], data[keyB])},\n\n  /**\n  * The scale for which violin values should be transformed by\n  * @param {d3.scale} [scale=d3.scaleLinear]\n  * @memberof violin#\n  * @property\n  */\n  scale = d3.scaleLinear(),\n  /**\n  * The padding for the domain of the scale (see {@link violin#scale})\n  * @param {number} [domainPadding=0.5]\n  * @memberof violin#\n  * @property\n  */\n  domainPadding = 0.5,\n  /**\n  * Default space for the spacer (percentage) of main dimension given the orientation\n  * (see {@link violin#orient}), where {@link violin#orient}=\"horizontal\"\n  * the main dimension is {@link violin#spaceX} and where {@link violin#orient}=\"vertical\"\n  * the main dimension is {@link violin#spaceY} between bars\n  * @param {number} [objectSpacer=0.05]\n  * @memberof violin#\n  * @property\n  */\n  objectSpacer = 0.05,\n  /**\n  * The minimum size that an object can be\n  * @param {number} [minObjectSize=50]\n  * @memberof violin#\n  * @property\n  */\n  minObjectSize = 50,\n  /**\n  * The maximum size that an object can be\n  * @param {number} [maxObjectSize=100]\n  * @memberof violin#\n  * @property\n  */\n  maxObjectSize = 100,\n\n  /**\n  * The stroke width of the bars\n  * @param {number} [barStrokeWidth=2]\n  * @memberof violin#\n  * @property\n  */\n  objectStrokeWidth = 2,\n  /**\n  * Instance of ColorFunction\n  * @param {function} [colorFunction = colorFunction()]\n  * @memberof violin#\n  * @property\n  */\n  colorFunction = CF(),\n  /**\n  * Instance of ColorFunction modified by a scale for the points\n  * @param {function} [pointColorFunc = colorFunction()]\n  * @memberof violin#\n  * @property\n  */\n  pointColorFunc = function (d, type, base, min, max) {\n    var minMaxHexScale = d3.scaleLinear().domain([min, max]).range([-0.25, 0.05])\n    var scaledColor = modifyHexidecimalColorLuminance(base.replace('#', ''), minMaxHexScale(d))\n    var mod = type == \"stroke\" ? 0 : 0.25\n    return modifyHexidecimalColorLuminance(scaledColor.replace('#', ''), mod)\n  },\n\n  /**\n  * The radius of a point\n  * @param {number} [pointRadius=3]\n  * @memberof violin#\n  * @property\n  */\n  pointRadius = 3,\n  /**\n  * The stroke width of the oints\n  * @param {number} [pointStrokeWidth=2]\n  * @memberof violin#\n  * @property\n  */\n  pointStrokeWidth = 2,\n\n  /**\n  * Color of the background\n  * @param {string} [backgroundFill=\"transparent\"]\n  * @memberof violin#\n  * @property\n  */\n  backgroundFill = 'transparent',\n  /**\n  * Namespace for all items made by this instance of violin\n  * @param {string} [namespace=\"d3sm-violin\"]\n  * @memberof violin#\n  * @property\n  */\n  namespace = 'd3sm-violin',\n  /**\n  * Class name for violin container (<g> element)\n  * @param {string} [objectClass=\"violin\"]\n  * @memberof violin#\n  * @property\n  */\n  objectClass = 'violin',\n  /**\n  * Duration of all transitions of this element\n  * @param {number} [transitionDuration=1000]\n  * @memberof violin#\n  * @property\n  */\n  transitionDuration = 1000,\n  /**\n  * Easing function for transitions\n  * @param {d3.ease} [easeFunc=d3.easeExp]\n  * @memberof violin#\n  * @property\n  */\n  easeFunc = d3.easeExp,\n\n  /**\n  * The key containing the quartiles\n  * @param {string} [quartilesKey=undefined]\n  * @memberof violin#\n  * @property\n  */\n  quartilesKey = \"quartiles\",\n  /**\n  * The keys corresponding to each quartile\n  * @param {string[]} [quartileKeys=[\"Q0\", \"Q1\", \"Q2\", \"Q3\", \"Q4\"]]\n  * @memberof violin#\n  * @property\n  */\n  quartileKeys = [\"Q0\", \"Q1\", \"Q2\", \"Q3\", \"Q4\"],\n\n  /**\n  * The keys of the bars\n  * @param {string[]} [violinKeys=undefined]\n  * @memberof violin#\n  * @property\n  */\n  violinKeys,\n  /**\n  * The values of the bars\n  * @param {number[]} [violinValues=undefined]\n  * @memberof violin#\n  * @property\n  */\n  violinValues,\n  /**\n  * The objectSize (actual width) used by the bars\n  * @param {number} [objectSize=undefined]\n  * @memberof violin#\n  * @property\n  */\n  objectSize,\n  /**\n  * The spacerSize (actual width) used by the spacers between the bars\n  * @param {number} [spacerSize=undefined]\n  * @memberof violin#\n  * @property\n  */\n  spacerSize,\n\n  /**\n  * Instance of Tooltip\n  * @param {function} [tooltip=tooltip()]\n  * @memberof violin#\n  * @property\n  */\n  tooltip = TTip().keys([quartileKeys[4], quartileKeys[3], quartileKeys[2], quartileKeys[1], quartileKeys[0]]),\n  pointsTooltip = TTip(),\n  // pointKeyExtractor = function(violinKey, violinData, violinValues) {return d3.keys(violinValues[violinKey].values)},\n  // pointValueExtractor = function(pointKey, violinKey, violinData, violinValues) {return violinValues[violinKey].values[pointKey]},\n\n\n  /**\n  * Function which given the key of the violin and that key's associated value\n  * returns the object consiting of the points of the violin\n  * (see {@link violin#violinPointsExtractor})\n  * @param {Object} [violinPointsExtractor=function(violinKey, violinData) { return violinData.points }]\n  * @memberof violin#\n  * @property\n  */\n  violinPointsExtractor = function (violinKey, violinData) {return violinData.points },\n  /**\n  * Function which given the key of the current point and the object of points for the\n  * violin, returns the numerical value of the point\n  * (see {@link violin#violinPointValueExtractor})\n  * @param {Object} [violinPointValueExtractor=function(violinPointKey, violinPointData) { return violinPointData[violinPointKey].value }]\n  * @memberof violin#\n  * @property\n  */\n  violinPointValueExtractor = function(violinPointKey, violinPointData) { return violinPointData[violinPointKey].value }\n\n\n  /**\n   * Gets or sets the violinPointsExtractor\n   * @param {function} [_=none]\n   * @returns {violin | function}\n   * @memberof violin\n   * @property\n   * by default violinPointsExtractor = function(violinKey, violinData) { return violinData.points }\n   */\n  violin.violinPointsExtractor = function(_) { return arguments.length ? (violinPointsExtractor = _, violin) : violinPointsExtractor; };\n  /**\n   * Gets or sets the violinPointValueExtractor\n   * @param {function} [_=none]\n   * @returns {violin | function}\n   * @memberof violin\n   * @property\n   * by default violinPointsExtractor = function(pointKey, violinKey, violinData, violinValues) {return violinValues[violinKey].values[pointKey]}\n   */\n  violin.violinPointValueExtractor = function(_) { return arguments.length ? (violinPointValueExtractor = _, violin) : violinPointValueExtractor; };\n\n\n  /**\n   * Gets or sets the selection in which items are manipulated\n   * @param {d3.selection} [_=none]\n   * @returns {violin | d3.selection}\n   * @memberof violin\n   * @property\n   * by default selection = selection\n   */\n  violin.selection = function(_) { return arguments.length ? (selection = _, violin) : selection; };\n  /**\n   * Gets or sets the data\n   * (see {@link violin#data})\n   * @param {number} [_=none]\n   * @returns {violin | object}\n   * @memberof violin\n   * @property\n   */\n  violin.data = function(_) { return arguments.length ? (data = _, violin) : data; };\n  /**\n   * Gets or sets the orient of the boxes\n   * (see {@link violin#orient})\n   * @param {number} [_=none]\n   * @returns {violin | object}\n   * @memberof violin\n   * @property\n   */\n  violin.orient = function(_) { return arguments.length ? (orient = _, violin) : orient; };\n  /**\n   * Gets or sets the amount of horizontal space in which items are manipulated\n   * (see {@link violin#spaceX})\n   * @param {number} [_=none] should be a number > 0\n   * @returns {violin | number}\n   * @memberof violin\n   * @property\n   * by default spaceX = undefined\n   */\n  violin.spaceX = function(_) { return arguments.length ? (spaceX = _, violin) : spaceX; };\n  /**\n   * Gets or sets the amount of vertical space in which items are manipulated\n   * (see {@link violin#spaceY})\n   * @param {number} [_=none] should be a number > 0\n   * @returns {violin | number}\n   * @memberof violin\n   * @property\n   * by default spaceY = undefined\n   */\n  violin.spaceY = function(_) { return arguments.length ? (spaceY = _, violin) : spaceY; };\n\n\n  /**\n   * Gets / sets whether or not violin is allowed to go beyond specified dimensions\n   * (see {@link violin#overflowQ})\n   * @param {boolean} [_=none]\n   * @returns {violin | boolean}\n   * @memberof violin\n   * @property\n   * by default overflowQ = false\n   */\n  violin.overflowQ = function(_) { return arguments.length ? (overflowQ = _, violin) : overflowQ; };\n  /**\n   * Gets / sets whether or not to plot points with the violins\n   * (see {@link violin#pointsQ})\n   * @param {boolean} [_=none]\n   * @returns {violin | boolean}\n   * @memberof violin\n   * @property\n   * by default pointsQ = false\n   */\n  violin.pointsQ = function(_) { return arguments.length ? (pointsQ = _, violin) : pointsQ; };\n\n\n  /**\n   * Gets / sets the grouping of the boxes\n   * (see {@link violin#grouping})\n   * @param {Array[]} [_=none]\n   * @returns {violin | Array[]}\n   * @memberof violin\n   * @property\n   * by default grouping = undefined\n   */\n  violin.grouping = function(_) { return arguments.length ? (grouping = _, violin) : grouping; };\n  /**\n   * Gets / sets the valueExtractor\n   * (see {@link violin#valueExtractor})\n   * @param {function} [_=none]\n   * @returns {violin | function}\n   * @memberof violin\n   * @property\n   */\n  violin.valueExtractor = function(_) { return arguments.length ? (valueExtractor = _, violin) : valueExtractor; };\n  /**\n   * Gets / sets the sortingFunction\n   * (see {@link violin#sortingFunction})\n   * @param {function} [_=none]\n   * @returns {violin | function}\n   * @memberof violin\n   * @property\n   */\n  violin.sortingFunction = function(_) { return arguments.length ? (sortingFunction = _, violin) : sortingFunction; };\n\n  /**\n   * Gets / sets the scale for which the violin values should be transformed by\n   * (see {@link violin#scale})\n   * @param {d3.scale} [_=none]\n   * @returns {violin | d3.scale}\n   * @memberof violin\n   * @property\n   * by default scale = d3.scaleLinear()\n   */\n  violin.scale = function(_) { return arguments.length ? (scale = _, violin) : scale; };\n  /**\n   * Gets / sets the padding for the domain of the scale\n   * (see {@link violin#domainPadding})\n   * @param {number} [_=none]\n   * @returns {violin | number}\n   * @memberof violin\n   * @property\n   * by default domainPadding = 0.5\n   */\n  violin.domainPadding = function(_) { return arguments.length ? (domainPadding = _, violin) : domainPadding; };\n\n\n  /**\n   * Gets / sets objectSpacer\n   * (see {@link violin#objectSpacer})\n   * @param {number} [_=none]\n   * @returns {violin | number}\n   * @memberof violin\n   * @property\n   * by default objectSpacer = 0.05\n   */\n  violin.objectSpacer = function(_) { return arguments.length ? (objectSpacer = _, violin) : objectSpacer; };\n  /**\n   * Gets / sets the minObjectSize\n   * (see {@link violin#minObjectSize})\n   * @param {number} [_=none]\n   * @returns {violin | number}\n   * @memberof violin\n   * @property\n   * by default minObjectSize = 15\n   */\n  violin.minObjectSize = function(_) { return arguments.length ? (minObjectSize = _, violin) : minObjectSize; };\n  /**\n   * Gets / sets the maxObjectSize\n   * (see {@link violin#maxObjectSize})\n   * @param {number} [_=none]\n   * @returns {violin | number}\n   * @memberof violin\n   * @property\n   * by default maxObjectSize = 50\n   */\n  violin.maxObjectSize = function(_) { return arguments.length ? (maxObjectSize = _, violin) : maxObjectSize; };\n\n  /**\n   * Gets / sets the objectStrokeWidth\n   * (see {@link violin#objectStrokeWidth})\n   * @param {number} [_=none]\n   * @returns {violin | number}\n   * @memberof violin\n   * @property\n   * by default objectStrokeWidth = 2\n   */\n  violin.objectStrokeWidth = function(_) { return arguments.length ? (objectStrokeWidth = _, violin) : objectStrokeWidth; };\n\n\n  /**\n   * Gets / sets the colorFunction\n   * (see {@link violin#colorFunction})\n   * @param {colorFunction} [_=none]\n   * @returns {violin | colorFunction}\n   * @memberof violin\n   * @property\n   * by default colorFunction = colorFunction()\n   */\n  violin.colorFunction = function(_) { return arguments.length ? (colorFunction = _, violin) : colorFunction; };\n  /**\n   * Gets / sets the colorFunction\n   * (see {@link violin#colorFunction})\n   * @param {colorFunction} [_=none]\n   * @returns {violin | colorFunction}\n   * @memberof violin\n   * @property\n   * by default colorFunction = colorFunction()\n   */\n  violin.pointColorFunc = function(_) { return arguments.length ? (pointColorFunc = _, violin) : pointColorFunc; };\n\n\n  /**\n   * Gets / sets the pointRadius\n   * (see {@link violin#pointRadius})\n   * @param {number} [_=none]\n   * @returns {violin | number}\n   * @memberof violin\n   * @property\n   * by default pointRadius = 2\n   */\n  violin.pointRadius = function(_) { return arguments.length ? (pointRadius = _, violin) : pointRadius; };\n  /**\n   * Gets / sets the pointStrokeWidth\n   * (see {@link violin#pointStrokeWidth})\n   * @param {number} [_=none]\n   * @returns {violin | number}\n   * @memberof violin\n   * @property\n   * by default pointStrokeWidth = 2\n   */\n  violin.pointStrokeWidth = function(_) { return arguments.length ? (pointStrokeWidth = _, violin) : pointStrokeWidth; };\n\n\n  /**\n   * Gets / sets the backgroundFill\n   * (see {@link violin#backgroundFill})\n   * @param {string} [_=none]\n   * @returns {violin | string}\n   * @memberof violin\n   * @property\n   * by default backgroundFill = 'transparent'\n   */\n  violin.backgroundFill = function(_) { return arguments.length ? (backgroundFill = _, violin) : backgroundFill; };\n  /**\n   * Gets / sets the namespace\n   * (see {@link violin#namespace})\n   * @param {string} [_=none]\n   * @returns {violin | string}\n   * @memberof violin\n   * @property\n   * by default namespace = 'd3sm-violin'\n   */\n  violin.namespace = function(_) { return arguments.length ? (namespace = _, violin) : namespace; };\n  /**\n   * Gets / sets the objectClass\n   * (see {@link violin#objectClass})\n   * @param {string} [_=none]\n   * @returns {violin | string}\n   * @memberof violin\n   * @property\n   * by default objectClass = 'tick-group'\n   */\n  violin.objectClass = function(_) { return arguments.length ? (objectClass = _, violin) : objectClass; };\n\n\n  /**\n   * Gets / sets the transitionDuration\n   * (see {@link violin#transitionDuration})\n   * @param {number} [_=none]\n   * @returns {violin | number}\n   * @memberof violin\n   * @property\n   * by default transitionDuration = 1000\n   */\n  violin.transitionDuration = function(_) { return arguments.length ? (transitionDuration = _, violin) : transitionDuration; };\n  /**\n   * Gets / sets the easeFunc\n   * (see {@link violin#easeFunc})\n   * @param {d3.ease} [_=none]\n   * @returns {violin | d3.ease}\n   * @memberof violin\n   * @property\n   * by default easeFunc = d3.easeExp\n   */\n  violin.easeFunc = function(_) { return arguments.length ? (easeFunc = _, violin) : easeFunc; };\n\n\n  /**\n   * Gets / sets the quartileKey\n   * (see {@link violin#quartileKey})\n   * @param {string} [_=none]\n   * @returns {violin | string}\n   * @memberof violin\n   * @property\n   * by default quartileKey = \"quartiles\"\n   */\n  violin.quartileKey = function(_) { return arguments.length ? (quartileKey = _, violin) : quartileKey; };\n  /**\n   * Gets / sets the quartileKeys\n   * (see {@link violin#quartileKeys})\n   * @param {string[]} [_=none]\n   * @returns {violin | string[]}\n   * @memberof violin\n   * @property\n   * by default quartileKeys = [\"Q0\",\"Q1\",\"Q2\",\"Q3\",\"Q4\"]\n   */\n  violin.quartileKeys = function(_) { return arguments.length ? (quartileKeys = _, violin) : quartileKeys; };\n\n\n  /**\n   * Gets / sets the violinKeys\n   * (see {@link violin#violinKeys})\n   * @param {string[]} [_=none]\n   * @returns {violin | string[]}\n   * @memberof violin\n   * @property\n   * by default violinKeys = undefined\n   */\n  violin.violinKeys = function(_) { return arguments.length ? (violinKeys = _, violin) : violinKeys; };\n  /**\n   * Gets / sets the violinValues\n   * (see {@link violin#violinValues})\n   * @param {Object[]} [_=none]\n   * @returns {violin | Object[]}\n   * @memberof violin\n   * @property\n   * by default violinValues = undefined\n   */\n  violin.violinValues = function(_) { return arguments.length ? (violinValues = _, violin) : violinValues; };\n\n  /**\n   * Gets / sets the objectSize\n   * (see {@link violin#objectSize})\n   * @param {number} [_=none]\n   * @returns {violin | number}\n   * @memberof violin\n   * @property\n   * by default objectSize = undefined\n   */\n  violin.objectSize = function(_) { return arguments.length ? (objectSize = _, violin) : objectSize; };\n  /**\n   * Gets / sets the spacerSize\n   * (see {@link violin#spacerSize})\n   * @param {number} [_=none]\n   * @returns {violin | number}\n   * @memberof violin\n   * @property\n   * by default spacerSize = undefined\n   */\n  violin.spacerSize = function(_) { return arguments.length ? (spacerSize = _, violin) : spacerSize; };\n  /**\n   * Gets / sets the tooltip\n   * (see {@link violin#tooltip})\n   * @param {tooltip} [_=none]\n   * @returns {violin | tooltip}\n   * @memberof violin\n   * @property\n   * by default tooltip = tooltip()\n   */\n  violin.tooltip = function(_) { return arguments.length ? (tooltip = _, violin) : tooltip; };\n  /**\n   * Gets / sets the pointsTooltip\n   * (see {@link violin#pointsTooltip})\n   * @param {tooltip} [_=none]\n   * @returns {violin | tooltip}\n   * @memberof violin\n   * @property\n   * by default pointsTooltip = tooltip()\n   */\n  violin.pointsTooltip = function(_) { return arguments.length ? (pointsTooltip = _, violin) : pointsTooltip; };\n\n\n\n\n\n  function violin () {\n    // for convenience in handling orientation specific values\n    var horizontalQ = (orient == 'horizontal') ? true : false\n    var verticalQ = !horizontalQ\n\n    // background cliping rectangle\n    var bgcpRect = {x:0, y:0, width: spaceX, height:spaceY}\n    var container = setupContainer( selection, namespace, bgcpRect, backgroundFill );\n\n    // if grouping is undefined sort violinKeys by sortingFunction\n    var ordered = (grouping == undefined) ? d3.keys(data).sort(sortingFunction) : grouping\n\n    // console.log(ordered)\n\n    violinKeys = flatten(ordered)\n\n\n    var calcValues = neededViolinValues()\n    .horizontalQ(horizontalQ)\n    .quartileKeys(quartileKeys)\n    .violinPointsExtractor(violinPointsExtractor)\n    .violinPointValueExtractor(violinPointValueExtractor)\n\n\n\n    // augment valus\n    violinKeys.map(function(vk, i){ calcValues(vk, data) })\n\n    var numberOfObjects = violinKeys.length\n\n    var min = [].concat(...violinKeys.map(function(k, i){return data[k].quartiles[quartileKeys[0]]}))\n    var max = [].concat(...violinKeys.map(function(k, i){return data[k].quartiles[quartileKeys[quartileKeys.length - 1]]}))\n    var extent = [Math.min(...min) - domainPadding, Math.max(...max) + domainPadding]\n    // console.log(extent, violinValues, ordered)\n\n    // set the scale\n    scale.domain(extent).range(horizontalQ ? [0,spaceY] : [0, spaceX])\n    var space = horizontalQ ? spaceX : spaceY\n    // calculate object size\n    objectSize = calculateWidthOfObject(space, numberOfObjects, minObjectSize, maxObjectSize, objectSpacer, overflowQ)\n    // calculate spacer size if needed\n    spacerSize = calculateWidthOfSpacer(ordered, space, objectSize, numberOfObjects, objectSpacer, overflowQ)\n    // make the nested groups\n    var spacerFunction = groupingSpacer()\n    .horizontalQ(horizontalQ).scale(scale).moveby('category').numberOfObjects(numberOfObjects)\n    .objectClass(objectClass).objectSize(objectSize).spacerSize(spacerSize)\n    .transitionDuration(transitionDuration).easeFunc(easeFunc)\n    .namespace(namespace)\n\n    // move stuff\n    spacerFunction(container, ordered, 0)\n    // console.log(violinKeys, ordered, container.selectAll('g:not(.to-remove).'+objectClass).nodes())\n\n    // for color function\n    var parentIndexArray = []\n    container.selectAll('g:not(.to-remove).'+objectClass)\n    .each(function(d, i){if (hasQ(violinKeys, d)){ parentIndexArray.push(Number(d3.select(this).attr('parent-index')))}})\n\n    // update color function\n    colorFunction = colorFunction.colorBy() == 'index'\n    ? colorFunction.dataExtent([0, Math.max(...parentIndexArray)])\n    : colorFunction.dataExtent(extent)\n\n    /* violiin specific needs */\n\n\n    var frequencyMax = Math.max(...[].concat(...violinKeys.map(function(k, i){return d3.max(data[k].frequencies)})))\n    var vScale = d3.scaleLinear().domain([0, frequencyMax]).range([0, objectSize / 2])\n\n    var lArea = d3.line()\n    .x(function(d, i){ return horizontalQ ? -vScale(d.x) : scale(d.x)})\n    .y(function(d, i){ return horizontalQ ? scale(extent[1]) - scale(d.y) : -vScale(d.y)})\n    .curve(d3.curveBasis)\n    var rArea = d3.line()\n    .x(function(d, i){ return horizontalQ ? vScale(d.x) : scale(d.x)})\n    .y(function(d, i){ return horizontalQ ? scale(extent[1]) - scale(d.y) : vScale(d.y)})\n    .curve(d3.curveBasis)\n\n\n\n\n\n\n    container.selectAll('g:not(.to-remove).'+objectClass).each(function(key, i){\n      var t = d3.select(this),\n      currentData = data[key]\n      // needed because bug in selecting .to-remove\n      if (!hasQ(violinKeys, key)) {return}\n      var\n      i = t.attr('parent-index') == undefined ? i : t.attr('parent-index'),\n      fillColor = colorFunction(key, currentData, i, 'fill'), // prevent duplicate computation\n      strokeColor = colorFunction(key, currentData, i, 'stroke'),\n      area = safeSelect(t, 'g', 'area'),\n      la = safeSelect(area, 'path', 'left'),\n      ra = safeSelect(area, 'path', 'right'),\n      quarts = safeSelect(t, 'g', 'quarts'),\n      lq3 = safeSelect(quarts, 'line', 'q3'),\n      lq1 = safeSelect(quarts, 'line', 'q1'),\n      q3 = currentData.quartiles[quartileKeys[3]],\n      q2 = currentData.quartiles[quartileKeys[2]],\n      q1 = currentData.quartiles[quartileKeys[1]]\n\n      t.attr('transform', horizontalQ ? 'translate('+objectSize / 2+',0)' : 'translate(0,'+objectSize / 2+')'  )\n      // draw curve\n      la.transition().duration(transitionDuration).attr('d', function(dd, ii){ return lArea(currentData.contour)})\n      .attr('fill', fillColor)\n      .attr('stroke', strokeColor)\n      .attr('stroke-width', objectStrokeWidth)\n\n      ra.transition().duration(transitionDuration).attr('d', function(dd, ii){ return rArea(currentData.contour)})\n      .attr('fill', fillColor)\n      .attr('stroke', strokeColor)\n      .attr('stroke-width', objectStrokeWidth)\n\n      area.node().addEventListener('mouseover', function(dd, ii){\n        container.selectAll('g.'+objectClass).style('opacity', 0.2)\n        t.style('opacity', 1)\n        la.attr('stroke-width',objectStrokeWidth*2)\n        ra.attr('stroke-width',objectStrokeWidth*2)\n      })\n      area.node().addEventListener('mouseout', function(dd, ii){\n        container.selectAll('g.'+objectClass).style('opacity', 1)\n        la.attr('stroke-width',objectStrokeWidth)\n        ra.attr('stroke-width',objectStrokeWidth)\n      })\n\n      if (pointsQ) {\n        var ptsContainer = safeSelect(t, 'g', 'points')\n        var pts = ptsContainer.selectAll('.point').data(currentData.pointKeys)\n        pts.on('mouseover', null)\n\n\n        var ptsExit = pts.exit().transition().ease(easeFunc).duration(transitionDuration)\n        .attr('r', 0)\n        .attr('cy', horizontalQ ? scale(extent[1]) - scale(q2) : vScale(0))\n        .attr('cx', horizontalQ ? vScale(0) : scale(q2)).remove()\n\n        var ptsEnter = pts.enter().append('circle').attr('class', 'point').attr('r', 0)\n        .attr('cx', horizontalQ ? 0 : scale(q2))\n        .attr('cy', horizontalQ ? scale(q2) : 0)\n\n        pts = pts.merge(ptsEnter)\n\n        // console.log(pointsTooltip.header())\n\n        var pTTips = TTip().selection(pts).data(violinPointsExtractor(key, currentData))\n        .header(pointsTooltip.header())\n        .keys(pointsTooltip.keys())\n        .values(pointsTooltip.values())\n\n        pTTips()\n\n        var pMin = d3.min(currentData.pointValues), pMax = d3.max(currentData.pointValues)\n\n\n\n        pts.transition().duration(transitionDuration).ease(easeFunc).attr('r', pointRadius)\n        .attr('cy', function(pointKey, ii){\n          var dd = currentData.pointValues[ii]\n          if (horizontalQ) { return scale(extent[1]) - scale(dd) }\n          var j = whichBin(currentData.binned, dd)\n          var r = Math.random()\n          var n = vScale(r * currentData.frequencies[j] * 0.5)\n          var k = Math.random() > 0.5 ? n : -n\n          return k\n        })\n        .attr('cx', function(pointKey, ii){\n          var dd = currentData.pointValues[ii]\n          if (horizontalQ) {\n            var j = whichBin(currentData.binned, dd)\n            var r = Math.random()\n            var n = vScale(r * currentData.frequencies[j] * 0.5)\n            var k = Math.random() > 0.5 ? n : -n\n            return k\n          }\n          return scale(dd)\n        })\n        .attr('stroke', function(dd, ii) { var dd = currentData.pointValues[ii]; return pointColorFunc(dd, 'stroke', strokeColor, pMin, pMax) })\n        .attr('fill'  , function(dd, ii) { var dd = currentData.pointValues[ii]; return pointColorFunc(dd, 'fill'  , strokeColor, pMin, pMax) })\n        .attr('stroke-width', pointStrokeWidth)\n\n        ptsContainer.selectAll('circle.point').on('mouseover', function(dd, ii){\n          container.selectAll('g.'+objectClass).style('opacity', 0.2)\n          t.style('opacity', 1)\n          la.attr('stroke-width',objectStrokeWidth*2)\n          ra.attr('stroke-width',objectStrokeWidth*2)\n\n          container.selectAll('.point').style('opacity', 0.2)\n          d3.select(this).style('opacity', 1).attr('r', pointRadius * 2).attr('stroke-width',pointStrokeWidth*2)\n        })\n        ptsContainer.selectAll('circle.point').on('mouseout', function(dd, ii){\n          var e = document.createEvent('SVGEvents')\n          e.initEvent('mouseout',true,true);\n          area.node().dispatchEvent(e)\n\n          container.selectAll('.point').style('opacity', 1)\n          d3.select(this).attr('stroke-width', pointStrokeWidth).attr('r', pointRadius)\n        })\n      }\n      else {\n        cV.selectAll('.point')\n        .transition().duration(transitionDuration).ease(easeFunc)\n        .attr('r', 0)\n        .attr('cy', horizontalQ ? scale(extent[1]) - scale(q2) : vScale(0))\n        .attr('cx', horizontalQ ? vScale(0) : scale(q2))\n        .remove()\n      }\n\n\n    })\n\n\n    tooltip.selection(container.selectAll('g:not(.to-remove).'+objectClass + ' .area'))\n    if (tooltip.data() == undefined) {tooltip.data(data)}\n    tooltip()\n    if (tooltip.values() == undefined) {\n      tooltip.values([\n        function(currentData, tooltipKey){ return currentData['quartiles'][tooltipKey] },\n        function(currentData, tooltipKey){ return currentData['quartiles'][tooltipKey] },\n        function(currentData, tooltipKey){ return currentData['quartiles'][tooltipKey] },\n        function(currentData, tooltipKey){ return currentData['quartiles'][tooltipKey] },\n        function(currentData, tooltipKey){ return currentData['quartiles'][tooltipKey] }\n      ])\n\n    }\n\n  }\n\n  return violin\n}\n\n\n\n\n\n/**\n* Produces the function which manipulates the violin data to have values needed\n* for rendering the violins as svg.\n* @returns {function} calculateViolinValues\n* @namespace neededViolinValues\n*/\nfunction neededViolinValues() {\n  var\n  /**\n  * Whether or not the orientation of the violins are horizontal\n  * (see {@link violin#orient})\n  * @param {Object} [horizontalQ=true]\n  * @memberof neededViolinValues#\n  * @property\n  */\n  horizontalQ = true,\n  /**\n  * Keys to be put into the quartiles if they need to be calculated.\n  * (see {@link violin#quartileKeys})\n  * @param {Object} [quartileKeys=['Q0', 'Q1', 'Q2', 'Q3', 'Q4']]\n  * @memberof neededViolinValues#\n  * @property\n  */\n  quartileKeys = ['Q0', 'Q1', 'Q2', 'Q3', 'Q4'],\n  /**\n  * Function which given the key of the violin and that key's associated value\n  * returns the object consiting of the points of the violin\n  * (see {@link violin#violinPointsExtractor})\n  * @param {Object} [violinPointsExtractor=function(violinKey, violinData) { return violinData.points }]\n  * @memberof neededViolinValues#\n  * @property\n  */\n  violinPointsExtractor,\n  /**\n  * Function which given the key of the current point and the object of points for the\n  * violin, returns the numerical value of the point\n  * (see {@link violin#violinPointValueExtractor})\n  * @param {Object} [violinPointValueExtractor=function(violinPointKey, violinPointData) { return violinPointData[violinPointKey].value }]\n  * @memberof neededViolinValues#\n  * @property\n  */\n  violinPointValueExtractor\n\n\n  /**\n   * Gets / sets the horizontalQ\n   * (see {@link violin#orient})\n   * @param {boolean} [_=none]\n   * @returns {calculateViolinValues | boolean}\n   * @memberof calculateViolinValues\n   * @property\n   *\n   * by default horizontalQ = true\n   */\n  calculateViolinValues.horizontalQ = function(_) { return arguments.length ? (horizontalQ=_, calculateViolinValues) : horizontalQ }\n  /**\n   * Gets / sets the quartileKeys\n   * (see {@link violin#quartileKeys})\n   * @param {string[]} [_=none]\n   * @returns {calculateViolinValues | string[]}\n   * @memberof calculateViolinValues\n   * @property\n   *\n   * by default quartileKeys = [\"Q0\",\"Q1\",\"Q2\",\"Q3\",\"Q4\"]\n   */\n  calculateViolinValues.quartileKeys = function(_) { return arguments.length ? (quartileKeys=_, calculateViolinValues) : quartileKeys }\n  /**\n   * Gets / sets the violinPointsExtractor\n   * (see {@link violin#violinPointsExtractor})\n   * @param {function} [_=none]\n   * @returns {calculateViolinValues | function}\n   * @memberof calculateViolinValues\n   * @property\n   *\n   * by default violinPointsExtractor = function(violinKey, violinData) { return violinData.points }\n   */\n  calculateViolinValues.violinPointsExtractor = function(_) { return arguments.length ? (violinPointsExtractor=_, calculateViolinValues) : violinPointsExtractor }\n  /**\n   * Gets / sets the violinPointValueExtractor\n   * (see {@link violin#violinPointValueExtractor})\n   * @param {function} [_=none]\n   * @returns {calculateViolinValues | function}\n   * @memberof calculateViolinValues\n   * @property\n   *\n   * by default violinPointValueExtractor = function(violinPointKey, violinPointData) { return violinPointData[violinPointKey].value }\n   */\n  calculateViolinValues.violinPointValueExtractor = function(_) { return arguments.length ? (violinPointValueExtractor=_, calculateViolinValues) : violinPointValueExtractor }\n\n\n  /**\n  * The function produced by neededViolinValues.\n  *\n  * Adds the data need to render the violin as an svg\n  * @param {string} violinKey the key of the current violin\n  * @param {object} data the object consisting of violinKey - values (violin data) pairs\n  * @returns {none} this function manipulates the passed data object adding the following keys\n  *\n  * data[violinKey].binned // the binned values of the points\n  *\n  * data[violinKey].frequencies // the list consisting of the length of each bin\n  *\n  * data[violinKey].contour // the points depicting the contour of 1/2 of the violin\n  *\n  * data[violinKey].quartiles // the quartiles of the points' values\n  *\n  * data[violinKey].pointKeys // the keys associated with the points\n  *\n  * data[violinKey].pointValues // the numerical values of the points\n  *\n  * @memberof neededViolinValues#\n  * @property\n  */\n  function calculateViolinValues(violinKey, data) {\n    // data for the current violin\n    var violinData = data[violinKey];\n    // the object of points\n    var violinPoints = violinPointsExtractor(violinKey, violinData);\n    //\n    var violinPointsKeys = d3.keys(violinPoints);\n    // the numerical values of those points\n    var violinPointsValues = violinPointsKeys.map(function(pk, i){return violinPointValueExtractor(pk, violinPoints)})\n\n    // quartiles of those points\n    var pointQuartiles = quartiles(violinPointsValues, quartileKeys)\n\n    // binned points\n    var binned = d3.histogram()(violinPointsValues)\n    // length of bins\n    var frequencies = binned.map(bin=>bin.length)\n    // min and max countour points for nice drawings\n    var minContourPoint = horizontalQ ? {x: 0, y: d3.min(violinPointsValues)} :  {x: d3.min(violinPointsValues), y: 0}\n    var maxContourPoint = horizontalQ ? {x: 0, y: d3.max(violinPointsValues)} :  {x: d3.max(violinPointsValues), y: 0}\n    var violinContourPoints = binned.map(function(bin, i) {\n        return horizontalQ\n        ? {y: (bin.length) ? d3.median(bin): d3.median([bin.x0, bin.x1]), x: frequencies[i]}\n        : {x: (bin.length) ? d3.median(bin): d3.median([bin.x0, bin.x1]), y: frequencies[i]}\n      })\n    // points along which to draw the violin shpe\n    violinContourPoints = [minContourPoint].concat(violinContourPoints).concat([maxContourPoint])\n\n    // set data\n    violinData.binned = binned;\n    violinData.frequencies = frequencies\n    violinData.contour = violinContourPoints\n    violinData.quartiles = pointQuartiles\n    violinData.pointKeys = violinPointsKeys\n    violinData.pointValues = violinPointsValues\n  }\n\n  return calculateViolinValues\n}\n","import {hypenate, safeSelect, round, interpolateColors} from './helpers';\nimport {setupContainer} from './utils';\nimport {colorFunction as CF} from './color-function';\n\n\nexport function numericLegend( selection ) {\n\n  var\n  min=0,\n  max=1,\n  spaceX,\n  spaceY,\n  colorFunction = CF(),\n  namespace='d3sm-linear-vertical-gradient',\n  fontSize = 12,\n  backgroundFill = 'transparent',\n  textColor = 'black',\n  roundTo = 2\n\n\n  legend.min = function(_) { return arguments.length ? (min=_, legend) : min }\n  legend.max = function(_) { return arguments.length ? (max=_, legend) : max }\n  legend.spaceX = function(_) { return arguments.length ? (spaceX=_, legend) : spaceX }\n  legend.spaceY = function(_) { return arguments.length ? (spaceY=_, legend) : spaceY }\n  legend.namespace = function(_) { return arguments.length ? (namespace=_, legend) : namespace }\n  legend.fontSize = function(_) { return arguments.length ? (fontSize=_, legend) : fontSize }\n  legend.backgroundFill = function(_) { return arguments.length ? (backgroundFill=_, legend) : backgroundFill }\n  legend.colorFunction = function(_) { return arguments.length ? (colorFunction=_, legend) : colorFunction }\n  legend.textColor = function(_) { return arguments.length ? (textColor=_, legend) : textColor }\n  legend.roundTo = function(_) { return arguments.length ? (roundTo=_, legend) : roundTo }\n\n  function legend() {\n    // background cliping rectangle\n    var bgcpRect = {x:0, y:0, width: spaceX, height:spaceY}\n    var container = setupContainer( selection, namespace, bgcpRect, backgroundFill );\n\n    var defs = safeSelect(selection, 'defs')\n    var linearGradient = safeSelect(defs, 'linearGradient')\n    .attr(\"x1\", \"0%\")\n    .attr(\"y1\", \"100%\")\n    .attr(\"x2\", \"0%\")\n    .attr(\"y2\", \"0%\")\n    .attr('id', hypenate(namespace,'numerical-legend-gradient'))\n\n\n    colorFunction.dataExtent([min, max])\n    .colorBy('value')\n    .valueExtractor(function(k, v, i){return v})\n\n\n    linearGradient.selectAll('stop')\n    .data( colorFunction.colors() )\n    .enter()\n    .append('stop')\n    .attr(\"offset\", function(d, i){ return i / (colorFunction.colors().length - 1) })\n    .attr('stop-color', function(d) {return d})\n\n\n\n\n    var rect = safeSelect(container, 'rect', 'legend')\n    .attr('transform', 'translate(0,'+fontSize+')')\n    .style(\"fill\", \"url(#\"+hypenate(namespace,'numerical-legend-gradient')+\")\")\n    .attr('x', 0)\n    .attr('y', 0)\n    .attr('width', spaceX)\n    .attr('height', spaceY - fontSize*2)\n    .on('mousemove', function(d, i){legendMousemove(d, i, rect, d3.select(this))})\n    .on('mouseout', function(d, i){ d3.select(\"#\"+hypenate(namespace,'legend-tooltip')).remove() })\n\n    var minText = safeSelect(container, 'text', 'min')\n    .text(round(min, 2))\n    .attr('text-anchor', 'middle')\n    .attr(\"font-size\", fontSize+'px')\n    .attr('transform', function(d, i){\n      var\n      x = spaceX / 2,\n      y = spaceY - fontSize / 4,\n      t = 'translate('+x+','+y+')'\n      return t\n    })\n\n    var maxText = safeSelect(container, 'text', 'max')\n    .text(round(max, 2))\n    .attr('text-anchor', 'middle')\n    .attr(\"font-size\", fontSize+'px')\n    .attr('transform', function(d, i){\n      var\n      x = spaceX / 2,\n      y = fontSize,\n      t = 'translate('+x+','+y+')'\n      return t\n    })\n\n\n\n\n  }\n\n  function legendMousemove(d, i, rect, t) {\n    var s = d3.scaleLinear()\n    .domain([0, rect.attr('height')])\n    .range([max, min])\n    var m = d3.mouse(rect.node())\n    var v = round(s(m[1]),roundTo)\n\n    var strokeColor = colorFunction(undefined, v, undefined, 'stroke')\n    var fillColor = colorFunction(undefined, v, undefined, 'fill')\n\n    var div = safeSelect(d3.select('body'), 'div', hypenate(namespace,'legend-tooltip'))\n    .attr('id', hypenate(namespace,'legend-tooltip'))\n    .style('position', 'absolute')\n    .style('left', (d3.event.pageX+15)+'px')\n    .style('top', (d3.event.pageY+15)+'px')\n    .style('background-color', fillColor)\n    .style('border-color', strokeColor)\n\n    .style('min-width', (fontSize * (String(max).split('.')[0].length+3))+'px')\n    .style('min-height', (fontSize * (String(max).split('.')[0].length+3))+'px')\n    .style('border-radius', '50%')\n    .style('border-radius', '5000px')\n\n    .style('display', 'flex')\n    .style('justify-content', 'center')\n    .style('text-align', 'middle')\n    .style('padding', 2+\"px\")\n\n    .style('border-style', 'solid')\n    .style('border-width', 2)\n\n    var text = safeSelect(div, 'div')\n    .text(v)\n    .style('color', textColor)\n    .style('align-self', 'center')\n  }\n\n  return legend\n}\n","import {hypenate, safeSelect, round, interpolateColors} from './helpers';\nimport {setupContainer, calculateWidthOfObject, calculateWidthOfSpacer} from './utils';\nimport {colorFunction as CF} from './color-function';\nimport {groupingSpacer} from './grouping-spacer';\nimport {unique, flatten} from './array-functions';\n\nexport function categoricLegend( selection ) {\n  var\n  categories,\n\n  /**\n  * Data to plot. Assumed to be a object, where each key corresponds to a legend\n  * (see {@link legend#data})\n  * @param {Object} [data=undefined]\n  * @memberof legend#\n  * @property\n  */\n  data,\n  /**\n  * Which direction to render the bars in\n  * (see {@link legend#orient})\n  * @param {number} [orient='horizontal']\n  * @memberof legend#\n  * @property\n  */\n  orient='horizontal',\n  /**\n  * Amount of horizontal space (in pixels) avaible to render the legend in\n  * (see {@link legend#spaceX})\n  * @param {number} [spaceX=undefined]\n  * @memberof legend#\n  * @property\n  */\n  spaceX,\n  /**\n  * Amount of vertical space (in pixels) avaible to render the legend in\n  * (see {@link legend.spaceY})\n  * @param {number} [spaceY=undefined]\n  * @memberof legend#\n  * @property\n  */\n  spaceY,\n\n  /**\n  * Whether or not to allow legend to render elements pass the main spatial dimension\n  * given the orientation (see {@link legend#orient}), where {@link legend#orient}=\"horizontal\"\n  * the main dimension is {@link legend#spaceX} and where {@link legend#orient}=\"vertical\"\n  * the main dimension is {@link legend#spaceY}\n  * @param {boolean} [overflowQ=false]\n  * @memberof legend#\n  * @property\n  */\n  overflowQ = false,\n\n  /**\n  * An array - putatively of other arrays - depicting how bars should be arranged\n  * @param {Array[]} [grouping=undefined]\n  * @memberof legend#\n  * @property\n  */\n  grouping,\n\n  /**\n  * How to get the value of the legend\n  * @param {function} [valueExtractor=function(key, index) { return data[key] }]\n  * @memberof legend#\n  * @property\n  */\n  valueExtractor = function(key, index) { return data[key] },\n  /**\n  * How to sort the bars - if {@link bar#grouping} is not provided.\n  * @param {function} [sortingFunction=function(keyA, keyB) {return d3.descending(data[keyA], data[keyB])}]\n  * @memberof bar#\n  * @property\n  */\n  sortingFunction = function(keyA, keyB) {return d3.ascending(keyA, keyB)},\n  /**\n  * Default space for the spacer (percentage) of main dimension given the orientation\n  * (see {@link legend#orient}), where {@link legend#orient}=\"horizontal\"\n  * the main dimension is {@link legend#spaceX} and where {@link legend#orient}=\"vertical\"\n  * the main dimension is {@link legend#spaceY} between bars\n  * @param {number} [objectSpacer=0.05]\n  * @memberof legend#\n  * @property\n  */\n  objectSpacer = 0.05,\n  /**\n  * The minimum size that an object can be\n  * @param {number} [minObjectSize=50]\n  * @memberof legend#\n  * @property\n  */\n  minObjectSize = 10,\n  /**\n  * The maximum size that an object can be\n  * @param {number} [maxObjectSize=100]\n  * @memberof legend#\n  * @property\n  */\n  maxObjectSize = 100,\n\n  /**\n  * The stroke width of the bars\n  * @param {number} [barStrokeWidth=2]\n  * @memberof legend#\n  * @property\n  */\n  bubbleStrokeWidth = 2,\n  /**\n  * Instance of ColorFunction\n  * @param {function} [colorFunction = colorFunction()]\n  * @memberof legend#\n  * @property\n  */\n  colorFunction = CF(),\n\n  /**\n  * Color of the background\n  * @param {string} [backgroundFill=\"transparent\"]\n  * @memberof legend#\n  * @property\n  */\n  backgroundFill = 'transparent',\n  /**\n  * Namespace for all items made by this instance of legend\n  * @param {string} [namespace=\"d3sm-legend\"]\n  * @memberof legend#\n  * @property\n  */\n  namespace = 'd3sm-legend',\n  /**\n  * Class name for legend container (<g> element)\n  * @param {string} [objectClass=\"legend\"]\n  * @memberof legend#\n  * @property\n  */\n  objectClass = 'legend',\n\n  /**\n  * Duration of all transitions of this element\n  * @param {number} [transitionDuration=1000]\n  * @memberof legend#\n  * @property\n  */\n  transitionDuration = 1000,\n  /**\n  * Easing function for transitions\n  * @param {d3.ease} [easeFunc=d3.easeExp]\n  * @memberof legend#\n  * @property\n  */\n  easeFunc = d3.easeExp\n\n\n  legend.categories = function(_) { return arguments.length ? (categories=_, legend) : categories };\n\n  /**\n   * Gets or sets the selection in which items are manipulated\n   * @param {d3.selection} [_=none]\n   * @returns {legend | d3.selection}\n   * @memberof legend\n   * @property\n   * by default selection = selection\n   */\n  legend.selection = function(_) { return arguments.length ? (selection = _, legend) : selection; };\n  /**\n   * Gets or sets the data\n   * (see {@link legend#data})\n   * @param {number} [_=none]\n   * @returns {legend | object}\n   * @memberof legend\n   * @property\n   */\n  legend.data = function(_) { return arguments.length ? (data = _, legend) : data; };\n  /**\n   * Gets or sets the orient of the bars\n   * (see {@link legend#orient})\n   * @param {number} [_=none]\n   * @returns {legend | object}\n   * @memberof legend\n   * @property\n   */\n  legend.orient = function(_) { return arguments.length ? (orient = _, legend) : orient; };\n  /**\n   * Gets or sets the amount of horizontal space in which items are manipulated\n   * (see {@link legend#spaceX})\n   * @param {number} [_=none] should be a number > 0\n   * @returns {legend | number}\n   * @memberof legend\n   * @property\n   * by default spaceX = undefined\n   */\n  legend.spaceX = function(_) { return arguments.length ? (spaceX = _, legend) : spaceX; };\n  /**\n   * Gets or sets the amount of vertical space in which items are manipulated\n   * (see {@link legend#spaceY})\n   * @param {number} [_=none] should be a number > 0\n   * @returns {legend | number}\n   * @memberof legend\n   * @property\n   * by default spaceY = undefined\n   */\n  legend.spaceY = function(_) { return arguments.length ? (spaceY = _, legend) : spaceY; };\n\n  /**\n   * Gets / sets whether or not legend is allowed to go beyond specified dimensions\n   * (see {@link legend#spaceX})\n   * @param {boolean} [_=none]\n   * @returns {legend | boolean}\n   * @memberof legend\n   * @property\n   * by default overflowQ = false\n   */\n  legend.overflowQ = function(_) { return arguments.length ? (overflowQ = _, legend) : overflowQ; };\n  /**\n   * Gets / sets the grouping of the bars\n   * (see {@link legend#grouping})\n   * @param {Array[]} [_=none]\n   * @returns {legend | Array[]}\n   * @memberof legend\n   * @property\n   * by default grouping = undefined\n   */\n  legend.grouping = function(_) { return arguments.length ? (grouping = _, legend) : grouping; };\n  /**\n   * Gets / sets the valueExtractor\n   * (see {@link legend#valueExtractor})\n   * @param {function} [_=none]\n   * @returns {legend | function}\n   * @memberof legend\n   * @property\n   * by default valueExtractor = function(key, index) { return data[key] },\n   */\n  legend.valueExtractor = function(_) { return arguments.length ? (valueExtractor = _, legend) : valueExtractor; };\n  /**\n   * Gets / sets the sortingFunction\n   * (see {@link bar#sortingFunction})\n   * @param {function} [_=none]\n   * @returns {bar | function}\n   * @memberof bar\n   * @property\n   * by default sortingFunction = function(keyA, keyB) {return d3.descending(data[keyA], data[keyB])},\n   */\n  legend.sortingFunction = function(_) { return arguments.length ? (sortingFunction = _, legend) : sortingFunction; };\n  /**\n   * Gets / sets objectSpacer\n   * (see {@link legend#objectSpacer})\n   * @param {number} [_=none]\n   * @returns {legend | number}\n   * @memberof legend\n   * @property\n   * by default objectSpacer = 0.05\n   */\n  legend.objectSpacer = function(_) { return arguments.length ? (objectSpacer = _, legend) : objectSpacer; };\n  /**\n   * Gets / sets the minObjectSize\n   * (see {@link legend#minObjectSize})\n   * @param {number} [_=none]\n   * @returns {legend | number}\n   * @memberof legend\n   * @property\n   * by default minObjectSize = 50\n   */\n  legend.minObjectSize = function(_) { return arguments.length ? (minObjectSize = _, legend) : minObjectSize; };\n  /**\n   * Gets / sets the maxObjectSize\n   * (see {@link legend#maxObjectSize})\n   * @param {number} [_=none]\n   * @returns {legend | number}\n   * @memberof legend\n   * @property\n   * by default maxObjectSize = 100\n   */\n  legend.maxObjectSize = function(_) { return arguments.length ? (maxObjectSize = _, legend) : maxObjectSize; };\n\n  /**\n   * Gets / sets the barStrokeWidth\n   * (see {@link legend#barStrokeWidth})\n   * @param {number} [_=none]\n   * @returns {legend | number}\n   * @memberof legend\n   * @property\n   * by default barStrokeWidth = 2\n   */\n  legend.bubbleStrokeWidth = function(_) { return arguments.length ? (bubbleStrokeWidth = _, legend) : bubbleStrokeWidth; };\n  /**\n   * Gets / sets the colorFunction\n   * (see {@link legend#colorFunction})\n   * @param {number} [_=none]\n   * @returns {legend | number}\n   * @memberof legend\n   * @property\n   * by default colorFunction = colorFunction()\n   */\n  legend.colorFunction = function(_) { return arguments.length ? (colorFunction = _, legend) : colorFunction; };\n\n  /**\n   * Gets / sets the backgroundFill\n   * (see {@link legend#backgroundFill})\n   * @param {string} [_=none]\n   * @returns {legend | string}\n   * @memberof legend\n   * @property\n   * by default backgroundFill = 'transparent'\n   */\n  legend.backgroundFill = function(_) { return arguments.length ? (backgroundFill = _, legend) : backgroundFill; };\n  /**\n   * Gets / sets the namespace\n   * (see {@link legend#namespace})\n   * @param {string} [_=none]\n   * @returns {legend | string}\n   * @memberof legend\n   * @property\n   * by default namespace = 'd3sm-legend'\n   */\n  legend.namespace = function(_) { return arguments.length ? (namespace = _, legend) : namespace; };\n  /**\n   * Gets / sets the objectClass\n   * (see {@link legend#objectClass})\n   * @param {string} [_=none]\n   * @returns {legend | string}\n   * @memberof legend\n   * @property\n   * by default objectClass = 'tick-group'\n   */\n  legend.objectClass = function(_) { return arguments.length ? (objectClass = _, legend) : objectClass; };\n  /**\n   * Gets / sets the transitionDuration\n   * (see {@link legend#transitionDuration})\n   * @param {number} [_=none]\n   * @returns {legend | number}\n   * @memberof legend\n   * @property\n   * by default transitionDuration = 1000\n   */\n  legend.transitionDuration = function(_) { return arguments.length ? (transitionDuration = _, legend) : transitionDuration; };\n  /**\n   * Gets / sets the easeFunc\n   * (see {@link legend#easeFunc})\n   * @param {d3.ease} [_=none]\n   * @returns {legend | d3.ease}\n   * @memberof legend\n   * @property\n   * by default easeFunc = d3.easeExp\n   */\n  legend.easeFunc = function(_) { return arguments.length ? (easeFunc = _, legend) : easeFunc; };\n\n\n  function legend() {\n    var horizontalQ = (orient == 'horizontal') ? true : false\n    var verticalQ = !horizontalQ\n    // background cliping rectangle\n    var bgcpRect = {x:0, y:0, width: spaceX, height:spaceY}\n    var container = setupContainer( selection, namespace, bgcpRect, backgroundFill );\n\n\n    colorFunction.dataExtent([0, categories.length - 1])\n    .colorBy('categories')\n    .categoryExtractor(function(k, v, i){return v})\n\n    var r = Math.min(spaceX, spaceY) / 2\n    var numberOfObjects = categories.length\n\n    // if grouping is undefined sort barKeys by sortingFunction\n    var ordered = (grouping == undefined) ? categories.sort(sortingFunction) : grouping\n    // ordered might be nested depending on grouping\n    var catKeys = flatten(ordered)\n\n    var space = horizontalQ ? spaceX : spaceY\n    // calculate object size\n    var objectSize = calculateWidthOfObject(space, numberOfObjects, minObjectSize, maxObjectSize, objectSpacer, overflowQ)\n    // calculate spacer size if needed\n    var spacerSize = calculateWidthOfSpacer(catKeys, space, objectSize, numberOfObjects, objectSpacer, overflowQ)\n    // make the nested groups\n    var spacerFunction = groupingSpacer()\n    .horizontalQ(horizontalQ).scale(scale).moveby('category').numberOfObjects(numberOfObjects)\n    .objectClass(objectClass).objectSize(objectSize).spacerSize(spacerSize)\n    .transitionDuration(transitionDuration).easeFunc(easeFunc)\n    .namespace(namespace)\n\n    spacerFunction(container, ordered, 0)\n    var r = Math.min(objectSize, spaceX, spaceY) / 2 - bubbleStrokeWidth\n\n    container.selectAll('g:not(.to-remove).'+objectClass).each(function(cat, i) {\n      var t = d3.select(this)\n      var c = safeSelect(t, 'circle')\n      var fillColor = colorFunction(undefined, cat, i, 'fill'), // prevent duplicate computation\n      strokeColor = colorFunction(undefined, cat, i,  'stroke')\n\n      var cx = horizontalQ\n        ? r+bubbleStrokeWidth\n        : (spaceX - r*2) / 2 + r\n      var cy = verticalQ\n        ? r+bubbleStrokeWidth\n        : (spaceX - r*2) / 2 + r\n\n      c.attr(\"r\", r)\n      .attr('cx', cx)\n      .attr('cy', cy)\n      .attr('fill', fillColor)\n      .attr('stroke', strokeColor)\n      .attr('stroke-width', bubbleStrokeWidth)\n\n      var text = safeSelect(t, 'text')\n      text.text(cat)\n      .attr('text-anchor', 'middle')\n      .attr(\"transform\", function(d, i){\n        var\n        x = cx,\n        y = cy + text.node().getBoundingClientRect().height / 4,\n        t = 'translate('+x+','+y+')'\n        return t\n      })\n\n    })\n\n\n  }\n\n  return legend\n}\n","import {hypenate, safeSelect, modifyHexidecimalColorLuminance, extractViolinValues, quartiles} from './helpers';\nimport {setupContainer, calculateWidthOfObject, calculateWidthOfSpacer} from './utils';\nimport {unique, hasQ, flatten, whichBin} from './array-functions';\nimport {groupingSpacer} from './grouping-spacer';\nimport {colorFunction as CF} from './color-function';\nimport {tooltip as TTip} from './tooltip';\nimport {lasso} from './lasso';\nimport './d3-prototypes';\n\nexport function lassoWidget( selection ) {\n  var\n  namespace = 'd3sm-lasso',\n  selection = selection,\n  svg,\n  chartContainer,\n  objectContainer,\n  objectClass,\n  lassoLine = d3.line()\n  .x(function(d, i){return d[0]})\n  .y(function(d, i){return d[1]})\n  .curve(d3.curveLinearClosed),\n  path,\n  colorFunction = CF(),\n  maxNumberOfGroups,\n  dataExtractor,\n  xScale,\n  yScale\n\n  function onError(msg, style){\n    console.log(msg, style)\n  }\n  // setup the container\n  setupDataselectContainer()\n\n  lassoWidget.objectClass = function(_){return arguments.length ? (objectClass='.'+_.replace('.',''), lassoWidget) : objectClass}\n  lassoWidget.svg = function(_){return arguments.length ? (svg=_, lassoWidget) : svg}\n  lassoWidget.submit = function(_){return arguments.length ? (submit=_, lassoWidget) : submit}\n  lassoWidget.maxNumberOfGroups = function(_){return arguments.length ? (maxNumberOfGroups=_, lassoWidget) : maxNumberOfGroups}\n  lassoWidget.onError = function(_){return arguments.length ? (onError=_, lassoWidget) : onError}\n  lassoWidget.objectContainer = function(_){return arguments.length ? (objectContainer=_, lassoWidget) : objectContainer}\n  lassoWidget.chartContainer = function(_){return arguments.length ? (chartContainer=_, lassoWidget) : chartContainer}\n  lassoWidget.dataExtractor = function(_){return arguments.length ? (dataExtractor=_, lassoWidget) : dataExtractor}\n  lassoWidget.xScale = function(_){return arguments.length ? (xScale=_, lassoWidget) : xScale}\n  lassoWidget.yScale = function(_){return arguments.length ? (yScale=_, lassoWidget) : yScale}\n\n  function styles() {\n    var s = d3.select(\"html\").select(\"style.\"+namespace+'lasso-widget')\n    if (s.empty()) {\n      d3.select(\"html\").append(\"style\")\n      .classed(namespace+'lasso-widget', true)\n      .html(\n        \".\"+hypenate(namespace, \"data-table\") + \"{\\\n          height:100px;\\\n          overflow:auto;\\\n        }\"\n      )\n    }\n  }\n\n\n  function lassoWidget() {\n    styles()\n\n  }\n\n  function submit(data) {\n    console.log(data)\n  }\n\n  function plusTab(tabList) {\n    var tab = safeSelect(tabList, 'li', hypenate(namespace, 'plus-tab'))\n    .classed('ml-auto', true)\n    .classed('nav-item', true)\n    .on('click', makeNewGroup),\n\n    anchor = safeSelect(tab, 'a', 'nav-link'),\n    icon = safeSelect(anchor, 'i', 'fa')\n    .classed('fa-plus fa-2x text-success', true)\n  }\n\n  function sendTab(tabList) {\n    var tab = safeSelect(tabList, 'li', hypenate(namespace, 'send-tab'))\n    .classed('ml-auto', true)\n    .classed('nav-item', true)\n    .on('click', clickSend)\n    ,\n\n    anchor = safeSelect(tab, 'a', 'nav-link'),\n    icon = safeSelect(anchor, 'i', 'fa')\n    .classed('fa-paper-plane-o fa-2x text-primary', true)\n  }\n\n  function clickSend() {\n    var data = gatherDataLists()\n    submit(data)\n  }\n\n  function closeTab(tabList) {\n    var tab = safeSelect(tabList, 'li', hypenate(namespace, 'close-tab'))\n    .classed('ml-auto', true)\n    .classed('nav-item', true)\n    .on('click', function(){\n      var m = d3.mouse(d3.select(\"html\").node())\n      selection.select('div.card').style(\"position\", 'relative')\n      .transition().duration(1000)\n      .ease(d3.easeBack)\n      .style('left', window.outerWidth +'px')\n      .remove()\n    })\n    ,\n\n    anchor = safeSelect(tab, 'a', 'nav-link'),\n    icon = safeSelect(anchor, 'i', 'fa')\n    .classed('fa-window-close-o fa-2x text-danger', true)\n  }\n\n\n\n  function setupDataselectContainer() {\n    var\n    card = safeSelect(selection, 'div', 'card'),\n    cardHeader = safeSelect(card, 'div', 'card-header'),\n\n    tabList = safeSelect(cardHeader, 'ul', 'nav')\n    .classed('nav-tabs card-header-tabs', true)\n    .classed(hypenate(namespace, 'tab-list'), true)\n    .attr('role', 'tablist'),\n\n    cardBody = safeSelect(card, 'div', 'card-body'),\n    tabContent = safeSelect(cardBody, 'div', 'tab-content')\n    .classed(hypenate(namespace, 'tab-content'), true),\n\n    // leftTabs = safeSelect(tabList, 'div', 'nav mr-auto left-aligned-tabs')\n    rightTabs = safeSelect(tabList, 'div', 'right-aligned-tabs').classed('nav ml-auto ', true)\n\n    plusTab(rightTabs)\n    sendTab(rightTabs)\n    closeTab(rightTabs)\n    var\n    defaultTab = safeSelect(tabContent, 'div', 'tab-pane')\n    .classed(hypenate(namespace,'default-tab'), true)\n    .classed(\"active\", true)\n    .classed('text-left', true),\n\n    p = safeSelect(defaultTab, 'div')\n    .html(\n      \"Click <kbd><i class='fa fa-plus text-success'></i></kbd> to add a new group.<br>\"+\n      \"Click <kbd><i class='fa fa-paper-plane-o text-primary'></i></kbd> to submit for re-analysis.<br>\"+\n      \"Click <kbd><i class='fa fa-window-close-o text-danger'></i></kbd> to close the dataselect widget.\"\n    )\n    // .text('Click the green plus to add a new group.')\n  }\n\n\n  function makeRemoveButton(paneBtnList) {\n    var\n    btn = safeSelect(paneBtnList, 'button', 'remove-btn')\n    .classed('btn btn-danger', true)\n    .on('click', removeBtnClickToRemove),\n    i = safeSelect(btn, 'i', 'fa').classed('fa-trash-o', true),\n    s = safeSelect(btn, 'span').text('Remove group')\n    return btn\n  }\n\n  function removeBtnClickToRemove(d, i) {\n    var\n    tab = selection.select('#'+hypenate(namespace,'tab',d)),\n    pane = selection.select('#'+hypenate(namespace,'tab','pane',d))\n\n    tab.remove()\n    pane.remove()\n\n    showRemainingPanes()\n    updateTabAndPaneNumbers()\n  }\n\n\n  function togglePaneById(id) {\n    var panes = selection.select('.'+hypenate(namespace, 'tab-content'))\n    panes.selectAll('div.tab-pane')\n    .each(function(d, i){\n      d3.select(this).classed('active show', d3.select(this).attr('id') == id)\n    })\n  }\n\n  function insertTab(tabs, n) {\n\n    // var li = tabs.insert(\"li\", ':nth-child('+(n)+')')\n    var li = tabs.insert(\"li\", '.right-aligned-tabs')\n    .classed('nav-item', true)\n    .classed('alert', true)\n    .classed('alert-secondary', true)\n    .classed('alert-dismissable', true)\n    .classed('fade', true)\n    .classed('show', true)\n    // .classed('mr-auto', true)\n    .attr(\"role\", 'alert')\n    .attr(\"id\", hypenate(namespace,'tab',n))\n    .classed(hypenate(namespace,'tab'), true)\n\n    var a = safeSelect(li, 'a')\n    .attr('data-toggle', 'tab')\n    .text('Group ' + n)\n    .attr('href', '#'+hypenate(namespace,'tab','pane',n))\n    .on('dblclick', function(d, i){\n      var t = d3.select(this)\n      t.attr('contenteditable', true)\n      d3.select(t.node().parentNode)\n      .classed('alert-secondary', false)\n      .classed('alert-warning', true)\n\n      // d3.select(\"html\").on(\"click\", dispatchBlur)\n      //\n      // function dispatchBlur(d, i) {\n      //   if (d3.event.target != d3.select(this)) {\n      //     d3.select(this).dispatch(\"blur\")\n      //   }\n      // }\n\n\n    })\n    .on('blur', function(d, i){\n\n      var t = d3.select(this)\n      t.attr('contenteditable', false)\n      d3.select(t.node().parentNode)\n      .classed('alert-secondary', true)\n      .classed('alert-warning', false)\n\n    })\n    .on('input', function(d, i){\n      var t = d3.select(this)\n      var txt = t.text()\n      d3.select(t.attr('href')).select(\"p.lead\").text(txt)\n    })\n\n\n    return li\n  }\n\n  function makeTabPane(panes, n) {\n    var pane = panes.append('div')\n    .datum(n)\n    .attr('role', 'tabpanel')\n    .classed('tab-pane', true)\n    .classed('text-left', true)\n    .classed(hypenate(namespace,'tab','pane'), true)\n    .attr('id', hypenate(namespace,'tab','pane',n))\n    return pane\n  }\n\n  function populatePane(pane, n) {\n    var\n    lead = safeSelect(pane, 'p', 'lead').text('Group '+n),\n\n    tableContainer = safeSelect(pane, 'div', 'table-responsive')\n    .attr(\"class\", hypenate(namespace, \"data-table\")),\n\n    table = safeSelect(tableContainer, \"table\", \"table\")\n    .classed(\"table-sm\", true).classed(\"table-hover\", true),\n\n    caption = safeSelect(table, \"caption\", \"caption\").html(\"List of selected\"),\n\n    btns = safeSelect(pane, 'div', 'text-right'),\n\n    cN = n % colorFunction.colors().length\n    if (n % 2 != 0) { cN = (colorFunction.colors().length - 1) - cN }\n\n\n\n\n\n    var lassoBtn = makeLassoButton(btns)\n    var currentLasso = makeLassoFunction(n, colorFunction.colors()[cN])\n    var clearBtn = makeClearButton(btns)\n\n    bindButtons(lassoBtn, clearBtn, currentLasso, table)\n\n    var removeBtn = makeRemoveButton(btns)\n\n    lead.on(\"mouseover\", function(){\n      currentLasso.draw()\n    })\n    lead.on(\"mouseout\", function(){\n      currentLasso.remove()\n    })\n\n  }\n\n  function makeLassoButton(btns) {\n    var btn = safeSelect(btns, 'button', 'lasso-btn')\n    .classed('btn btn-info', true)\n    .classed(namespace, true)\n    // .datum([lasso])\n    var i = safeSelect(btn, 'i', 'fa').classed('fa-hand-pointer-o', true)\n    var s = safeSelect(btn, 'span').text('Lasso select')\n    return btn\n\n  }\n\n  function makeClearButton(btns) {\n    var btn = safeSelect(btns, 'button', 'clear-btn')\n    .classed('btn btn-light', true)\n    .classed(namespace, true)\n    var i = safeSelect(btn, 'i', 'fa').classed('fa-eraser', true)\n    var s = safeSelect(btn, 'span').text('Clear selection')\n    return btn\n  }\n\n  function makeLassoFunction(instance, color) {\n    var currentLasso = lasso()\n    .namespace(namespace)\n    .svg(svg)\n    .objectClass(objectClass)\n    .chartContainer(chartContainer)\n    .objectContainer(objectContainer)\n    .instance(instance)\n    .color(color)\n    .yScale(yScale)\n    .xScale(xScale)\n\n    return currentLasso\n  }\n\n  function bindButtons(lassoBtn, clearBtn, currentLasso, table) {\n    currentLasso.eventCatcher(lassoBtn)\n    lassoBtn.node().addEventListener(\"click\", lassoBtnToggle)\n\n    lassoBtn.datum([currentLasso])\n    .on(hypenate(namespace,'render'), function(){\n        d3.select(this).datum()[0].draw()\n    })\n    .on(hypenate(namespace,\"drag\"), function(las){\n      var nodes = chartContainer.selectAll(\".in-lasso-\"+las[0].instance()).nodes()\n      var tableData = nodes.map(function(d, i){\n        var extracted = dataExtractor(d3.select(d).datum())\n        extracted[\"__node\"] = d\n        return extracted\n      })\n\n\n      makeTable(table, tableData, currentLasso)\n    })\n\n    clearBtn.on('click', function(){\n      currentLasso.allPoints([])\n      currentLasso.currentPoints([])\n      lassoBtn.dispatch(hypenate(namespace,\"drag\"))\n\n    })\n\n  }\n\n  function lassoBtnToggle() {\n    var that = d3.select(this)\n    var las = that.datum()[0]\n\n    las.toggle()\n    var activeQ = las.activeQ()\n\n    if (las.activeQ()) {\n      that.classed('btn-info', !activeQ)\n      that.classed('btn-warning', activeQ)\n      that.select(\"span\").text(\"Lasso select (active)\")\n      selection.selectAll(\".\"+namespace+\".lasso-btn\").dispatch(hypenate(namespace,'render'))\n      d3.select(\"html\").node().addEventListener('mousedown', monitorLassoButtonState)\n    } else {\n      that.classed('btn-info', !activeQ)\n      that.classed('btn-warning', activeQ)\n      that.select(\"span\").text(\"Lasso select\")\n      d3.select(\"html\").node().removeEventListener('mousedown', monitorLassoButtonState)\n    }\n\n    function monitorLassoButtonState(event) {\n      /*\n      activeLasso stops event stopPropagation, so this event will not register in\n      that case. Thus we only need to ensure that the usre is clicking on the lasso button\n      otherwise, de-spawn lasso.\n      */\n      if (\n        event.target != that.node() &&\n        event.target != that.select(\"span\").node() &&\n        event.target != that.select(\"i\").node()\n      ) {\n        // event.preventDefault()\n        // event.stopPropagation()\n        las.toggle(false)\n        that.classed('btn-info', true)\n        that.classed('btn-warning', false)\n        that.select(\"span\").text(\"Lasso select\")\n        // console.log(that, that.node())\n        // that.dispatch(\"focusout\")\n      }\n    }\n\n  }\n\n\n  function updateTableHeaderColumns(headR, tableData) {\n    var headerKeys = d3.keys(tableData[0]).filter(k=>k!=\"__node\")\n    if (headerKeys.length > 0) {\n      // headerKeys = [\"remove\"].concat(headerKeys)\n      headerKeys.push(\"remove\")\n    }\n\n    var headerCols = headR.selectAll(\"th\")\n\n    headerCols = headerCols.data(headerKeys)\n    headerCols.exit().remove()\n    headerCols = headerCols.merge(headerCols.enter().append(\"th\").attr(\"scope\",\"col\"))\n    .text(function(d, i){return d})\n\n    return headerKeys\n  }\n\n  function updateTableRows(body, tableData) {\n    var bodyRows = body.selectAll(\"tr\")\n\n    bodyRows = bodyRows.data(tableData)\n    bodyRows.exit().remove()\n    bodyRows = bodyRows.merge(bodyRows.enter().append(\"tr\"))\n\n    return bodyRows\n  }\n\n  function updateTableRowColumns(cols, headerKeys, rowData, tableData, lasso, table) {\n    cols = cols.data(headerKeys)\n    cols.exit().remove()\n    cols = cols.merge(cols.enter().append(\"td\"))\n\n    cols.html(function(d, i){\n      if (d != \"remove\") { return rowData[d] }\n      return \"<i class='fa fa-close'></i>\"\n    }).classed(\"text-left\", function(d, i){\n      if (d != \"remove\") { return false }\n      return true\n    })\n    // .attr(\"scope\",function(d, i){\n    //   if (d != \"remove\") { return false }\n    //   return true\n    // })\n\n    cols.select(\"i.fa-close\").on(\"click\", function(d, i){\n      var node = rowData[\"__node\"],\n      n = d3.select(node)\n      n.classed(\"in-lasso\", false)\n      n.classed(\"in-lasso-\"+lasso.instance(), false)\n\n      tableData.map(function(dd, j){\n        if (dd[\"__node\"] == node) {\n          tableData.splice(j, 1)\n          makeTable(table, tableData, lasso)\n        }\n      })\n\n    })\n  }\n\n  function makeTable(table, tableData, lasso) {\n    var\n    head = safeSelect(table, \"thead\"),\n    headR = safeSelect(head, \"tr\"),\n    body = safeSelect(table, \"tbody\"),\n\n    headerKeys = updateTableHeaderColumns(headR, tableData),\n\n    bodyRows = updateTableRows(body, tableData)\n\n    bodyRows.each(function(rowData, i){\n      var t = d3.select(this)\n      var cols = t.selectAll(\"td\")\n\n      updateTableRowColumns(cols, headerKeys, rowData, tableData, lasso, table)\n\n      t.on(\"mouseover\", function(d, i) {\n        lasso.applyObjectAttributes(d3.select(d[\"__node\"]),true)\n      })\n      .on(\"mouseout\", function(d, i) {\n        lasso.applyObjectAttributes(d3.select(d[\"__node\"]),false)\n      })\n    })\n\n\n  }\n\n\n\n\n\n\n\n  function makeNewGroup(d, i) {\n\n    var tabs = selection.select('.'+hypenate(namespace, 'tab-list')),\n    panes = selection.select('.'+hypenate(namespace, 'tab-content')),\n    n = newGroupNumber()\n\n    if (tabs.selectAll('.'+hypenate(namespace,'tab')).size() == maxNumberOfGroups) {\n      onError('only '+maxNumberOfGroups+' allowed.', 'warning')\n      return\n    }\n\n    var\n    tab = insertTab(tabs, n),\n    pane = makeTabPane(panes, n)\n\n    populatePane(pane, n)\n    togglePaneById(pane.attr('id'))\n\n  }\n\n  function newGroupNumber() {\n    var tabs = selection.select('.'+hypenate(namespace, 'tab-list'))//,\n    var\n    n = tabs.selectAll('li').size() - 3, // minus 1 for plus tab\n    s = 'Group ' + n,\n    gs = []\n    tabs.each(function(d, i){ return gs.push(d3.select(this).select(\"a\").text()) })\n    while (gs.includes(s)) { n+=1; s = 'Group ' + n; }\n    return n\n  }\n\n  function updateTabAndPaneNumbers() {\n    var\n    tabs = selection.select('.'+hypenate(namespace, 'tab-list')),\n    panes = selection.select('.'+hypenate(namespace, 'tab-content'))\n\n    tabs = tabs.selectAll('.'+hypenate(namespace,'tab'))\n    panes = panes.selectAll('.'+hypenate(namespace,'tab', 'pane'))\n\n    tabs.each(function(d, i){\n      d3.select(this).datum(i)\n      .attr(\"id\", hypenate(namespace,'tab',i))\n      .select('a')\n      .attr('href', '#'+hypenate(namespace,'tab','pane',i))\n      .text(function(dd, ii){\n        var curText = d3.select(this).text();\n        if (curText.split(' ')[0] == 'Group') {\n            return 'Group ' + i\n        }\n        return curText\n      })\n    })\n\n    panes.each(function(d, i){\n      d3.select(this).datum(i)\n      .attr('id', hypenate(namespace,'tab','pane',i))\n      safeSelect(d3.select(this), 'p', 'lead')\n      .text(function(dd, ii){\n        var curText = d3.select(this).text();\n        if (curText.split(' ')[0] == 'Group') {\n            return 'Group ' + i\n        }\n        return curText\n      })\n      safeSelect(d3.select(this), 'button', 'remove-btn')\n      .on('click', removeBtnClickToRemove)\n    })\n\n  }\n\n  function gatherDataLists() {\n    var tabs = selection.select('.'+hypenate(namespace, 'tab-list'))\n    var panes = selection.select('.'+hypenate(namespace, 'tab-content'))\n    var tables = panes.selectAll('.'+hypenate(namespace, \"data-table\"))\n    var data = {}\n\n    var textGroups = tabs.selectAll('li.'+hypenate(namespace,'tab') + ' > a')\n    .nodes().map(function(d, i){return d3.select(d).text()})\n\n    textGroups.map(function(e, i){\n      data[e] = []\n    })\n\n\n    tables.each(function(d, i){\n      var table = d3.select(this).select(\"tbody\")\n      data[textGroups[i]] = table.selectAll('tr').data()\n    })\n\n    return data\n  }\n\n  function showRemainingPanes() {\n    var\n    tabs = selection.select('.'+hypenate(namespace, 'tab-list')),\n    panes = selection.select('.'+hypenate(namespace, 'tab-content')),\n    remainingTabs = tabs.selectAll('.'+hypenate(namespace,'tab'))\n\n    if (remainingTabs.size() == 0) {\n      panes.select('.'+hypenate(namespace,'default-tab'))\n      .classed(\"active\", true)\n      .classed('text-left', true)\n    }\n    else {\n      var lastTab = remainingTabs.nodes()[remainingTabs.size()-1],\n      lastPaneId = d3.select(lastTab).select('a').attr('href')\n      panes.select(lastPaneId)\n      .classed(\"active\", true)\n      .classed('text-left', true)\n    }\n  }\n\n\n  return lassoWidget\n}\n","import {hypenate, safeSelect} from './helpers';\nimport {setupContainer, calculateWidthOfObject, calculateWidthOfSpacer, log} from './utils';\nimport {unique, flatten} from './array-functions';\nimport {groupingSpacer} from './grouping-spacer';\nimport {colorFunction as CF} from './color-function';\nimport {tooltip as TTip} from './tooltip';\nexport function upset ( selection ) {\n  var\n  data,\n  orient='horizontal',\n  spaceX,\n  spaceY,\n  overflowQ=false,\n  minObjectSize=20,\n  maxObjectSize=50,\n  circleStrokeWidth=2,\n  // colorFunction=\n  backgroundFill = 'transparent',\n  namespace='d3sm-upset',\n  objectClass = 'upset',\n\n  transitionDuration = 1000,\n  easeFunc = d3.easeExp,\n\n  setKey = \"set\",\n  intersectionKey = \"intersection\",\n  elementsKey = \"elements\",\n\n  setExtractor = function(key, i) {return data[key][setKey]},\n  intersectionExtractor = function(key, i) {return data[key][intersectionKey]},\n  elementExtractor = function(key, i) {return data[key][elementsKey]},\n\n  cellKeys,\n  setValues,\n  intersectionValues,\n  elementValues,\n\n  xObjectSpacer = 0.05,\n  yObjectSpacer = 0.05,\n  radius,\n\n  // listDelim = ';'\n\n  yObjectSize,\n  ySpacerSize,\n  xObjectSize,\n  xSpacerSize,\n\n  setKeySortingFunction = function(a, b) { return setValues.indexOf(setExtractor(a)) - setValues.indexOf(setExtractor(b)) },\n  intersectionKeySortingFunction = function(a, b) { return intersectionValues.indexOf(intersectionExtractor(a)) - intersectionValues.indexOf(intersectionExtractor(b)) }\n\n\n  upset.selection = function(_) { return arguments.length ? (selection = _, upset) : selection; };\n  upset.data = function(_) { return arguments.length ? (data = _, upset) : data; };\n  upset.orient = function(_) { return arguments.length ? (orient = _, upset) : orient; };\n  upset.spaceX = function(_) { return arguments.length ? (spaceX = _, upset) : spaceX; };\n  upset.spaceY = function(_) { return arguments.length ? (spaceY = _, upset) : spaceY; };\n  upset.overflowQ = function(_) { return arguments.length ? (overflowQ = _, upset) : overflowQ; };\n  upset.minObjectSize = function(_) { return arguments.length ? (minObjectSize = _, upset) : minObjectSize; };\n  upset.maxObjectSize = function(_) { return arguments.length ? (maxObjectSize = _, upset) : maxObjectSize; };\n  upset.circleStrokeWidth = function(_) { return arguments.length ? (circleStrokeWidth = _, upset) : circleStrokeWidth; };\n  upset.backgroundFill = function(_) { return arguments.length ? (backgroundFill = _, upset) : backgroundFill; };\n  upset.namespace = function(_) { return arguments.length ? (namespace = _, upset) : namespace; };\n  upset.objectClass = function(_) { return arguments.length ? (objectClass = _, upset) : objectClass; };\n  upset.transitionDuration = function(_) { return arguments.length ? (transitionDuration = _, upset) : transitionDuration; };\n  upset.easeFunc = function(_) { return arguments.length ? (easeFunc = _, upset) : easeFunc; };\n  upset.cellKeys = function(_) { return arguments.length ? (cellKeys = _, upset) : cellKeys; };\n  upset.setValues = function(_) { return arguments.length ? (setValues = _, upset) : setValues; };\n  upset.intersectionValues = function(_) { return arguments.length ? (intersectionValues = _, upset) : intersectionValues; };\n  upset.xObjectSpacer = function(_) { return arguments.length ? (xObjectSpacer = _, upset) : xObjectSpacer; };\n  upset.yObjectSpacer = function(_) { return arguments.length ? (yObjectSpacer = _, upset) : yObjectSpacer; };\n  upset.radius = function(_) { return arguments.length ? (radius = _, upset) : radius; };\n  upset.setExtractor = function(_) { return arguments.length ? (setExtractor = _, upset) : setExtractor; };\n  upset.intersectionExtractor = function(_) { return arguments.length ? (intersectionExtractor = _, upset) : intersectionExtractor; };\n  upset.elementExtractor = function(_) { return arguments.length ? (elementExtractor = _, upset) : elementExtractor; };\n  upset.setKeySortingFunction = function(_) { return arguments.length ? (setKeySortingFunction = _, upset) : setKeySortingFunction; };\n  upset.intersectionKeySortingFunction = function(_) { return arguments.length ? (intersectionKeySortingFunction = _, upset) : intersectionKeySortingFunction; };\n\n  upset.yObjectSize = function(_) { return arguments.length ? (yObjectSize = _, upset) : yObjectSize; };\n  upset.ySpacerSize = function(_) { return arguments.length ? (ySpacerSize = _, upset) : ySpacerSize; };\n  upset.xObjectSize = function(_) { return arguments.length ? (xObjectSize = _, upset) : xObjectSize; };\n  upset.xSpacerSize = function(_) { return arguments.length ? (xSpacerSize = _, upset) : xSpacerSize; };\n\n  function upset() {\n    // for convenience in handling orientation specific values\n    var horizontalQ = (orient == 'horizontal') ? true : false\n    var verticalQ = !horizontalQ\n\n    // background cliping rectangle\n    var bgcpRect = {x:0, y:0, width: spaceX, height:spaceY}\n    var container = setupContainer( selection, namespace, bgcpRect, backgroundFill );\n\n\n    cellKeys = d3.keys(data)\n    setValues = unique(cellKeys.map(setExtractor)).sort()\n    intersectionValues = unique(cellKeys.map(intersectionExtractor)).sort().sort(function(a, b){\n      return a.split(';').length - b.split(';').length\n    })\n\n    if (!horizontalQ) {\n      cellKeys.sort(function(a, b){ return setKeySortingFunction(a, b) || intersectionKeySortingFunction(a, b) })\n    } else {\n      cellKeys.sort(function(a, b){ return intersectionKeySortingFunction(a, b) || setKeySortingFunction(a, b) })\n    }\n\n\n\n\n    var\n    xValues = horizontalQ ? intersectionValues : setValues,\n    yValues = horizontalQ ? setValues : intersectionValues,\n    xDim = horizontalQ ? xValues.length : yValues.length,\n    yDim = horizontalQ ? yValues.length : xValues.length\n\n    // console.log(xValues, yValues)\n\n\n    xObjectSize = calculateWidthOfObject(spaceX, xDim, minObjectSize, maxObjectSize, xObjectSpacer, overflowQ)\n    yObjectSize = calculateWidthOfObject(spaceY, yDim, minObjectSize, maxObjectSize, yObjectSpacer, overflowQ)\n    xSpacerSize = calculateWidthOfSpacer(xValues, spaceX, xObjectSize, xDim, xObjectSpacer, overflowQ)\n    ySpacerSize = calculateWidthOfSpacer(yValues, spaceY, yObjectSize, yDim, yObjectSpacer, overflowQ)\n\n    var ySpacer = groupingSpacer()\n    .horizontalQ(false)\n    .moveby('category').numberOfObjects(yDim)\n    .objectSize(yObjectSize).spacerSize(ySpacerSize)\n    .transitionDuration(transitionDuration).easeFunc(easeFunc)\n\n    var xSpacer = groupingSpacer()\n    .horizontalQ(true)\n    .moveby('category').numberOfObjects(xDim)\n    .objectClass(objectClass)\n    .objectSize(xObjectSize).spacerSize(xSpacerSize)\n    .transitionDuration(transitionDuration).easeFunc(easeFunc)\n\n\n\n    if (verticalQ) {\n      xSpacer.objectClass(objectClass)\n      ySpacer.namespace('across').objectClass(hypenate(objectClass, 'across'))\n\n      ySpacer(container, yValues, 0)\n      container.selectAll('g.'+hypenate(objectClass, 'across'))\n      .each(function(d, i){ xSpacer(d3.select(this), xValues, 0) })\n    } else {\n      xSpacer.namespace('across').objectClass(hypenate(objectClass, 'across'))\n      ySpacer.objectClass(objectClass)\n\n      xSpacer(container, xValues, 0)\n      container.selectAll('g.'+hypenate(objectClass, 'across'))\n      .each(function(d, i){ ySpacer(d3.select(this), yValues, 0) })\n    }\n\n\n    var cells = container.selectAll('g:not(.to-remove).'+objectClass)\n    var lookup = {}\n    cellKeys.map(function(k, i){\n      lookup[setExtractor(k)+'::'+intersectionExtractor(k)] = k\n    })\n\n    // var positionedCellKeys = []\n    // for (var i = 0; i < setValues.length; i++) {\n    //   for (var j = 0; j < intersectionValues.length; j++) {\n    //     var lookupValue = lookup[setValues[j]+\"::\"+intersectionValues[i]]\n    //     if (lookupValue == undefined) {\n    //       positionedCellKeys.push(undefined)\n    //     } else {\n    //       positionedCellKeys.push(lookupValue)\n    //     }\n    //     console.log(i, j, lookupValue)\n    //   }\n    // }\n    //\n    // // console.log(positionedCellKeys)\n    //\n    // cells.data(positionedCellKeys);\n\n\n    cells.data(cellKeys);\n\n    cells.each(function(key, i) {\n      var t = d3.select(this)\n      if (key == undefined) {return }\n      var\n      currentData = data[key]\n      // console.log(key, currentData)\n      var\n      set = setExtractor(key, i),\n      intersection = intersectionExtractor(key, i)\n\n      // console.log(set, intersection)\n\n      t.classed(intersection, true)\n      t.classed(set, true)\n\n      var c = safeSelect(t, 'circle', hypenate(objectClass,'circle'))\n      c.attr('cx', xObjectSize / 2)\n      .attr('cy', yObjectSize / 2 )\n      .attr('r', radius == undefined ? Math.min(xObjectSize, yObjectSize) / 2 : radius)\n      .attr('fill', intersection.includes(set) ? \"black\": 'rgb(233,233,233)')\n      .attr('stroke', \"black\")\n      .attr(\"in-intersection\", intersection.includes(set))\n    })\n\n\n\n  }\n\n  function intersectionTotals() {\n    var totals = {}\n    // intersectionValues.sort(function(a, b){ return intersectionKeySortingFunction(a, b) })\n\n    intersectionValues.map(function(k, i){ totals[k] = {'total': 0} })\n    cellKeys.map(function(k, i){\n      var e = elementExtractor(k, i);\n      if (totals[intersectionExtractor(k, i)]['total'] == 0) {\n        if (Array.isArray(e)) {\n          totals[intersectionExtractor(k, i)]['total']+= e.length\n          totals[intersectionExtractor(k, i)]['values'] = e\n        } else {\n          totals[intersectionExtractor(k, i)]['total']+= e\n        }\n\n      }\n    })\n    return totals\n  }\n\n  function setTotals(){\n    var totals = {}\n    // intersectionValues.sort(function(a, b){ return intersectionKeySortingFunction(a, b) })\n\n    setValues.map(function(k, i){ totals[k] = {'total': 0} })\n\n    cellKeys.map(function(k, i){\n      var e = elementExtractor(k, i);\n      if (Array.isArray(e)) {\n        totals[setExtractor(k, i)]['total']+= e.length\n      } else {\n        totals[setExtractor(k, i)]['total']+= e\n      }\n    })\n    return totals\n  }\n\n  upset.intersectionTotals = intersectionTotals\n  upset.setTotals = setTotals\n\n  return upset\n}\n","import {hypenate, safeSelect} from './helpers';\nexport function filterTable(selection) {\n  var\n  data,\n  namespace = 'd3sm-filter-table',\n  sortQ = false,\n  fieldFunction = function(record, columnKey, recordValue) {return recordValue}\n\n  filterTable.data = function(_) { return arguments.length ? (data = _, filterTable) : data}\n  filterTable.namespace = function(_) { return arguments.length ? (namespace = _, filterTable) : namespace}\n  filterTable.fieldFunction = function(_) { return arguments.length ? (fieldFunction = _, filterTable) : fieldFunction}\n\n  function filterTable () {\n\n    var\n    container = safeSelect(selection, 'div', 'filter-table').classed(hypenate(namespace,'container'),true),\n\n    inputGroup = safeSelect(container, 'div', 'filter-input-group').classed('input-group',true),\n      inputPrepend = safeSelect(inputGroup, 'div', 'input-group-prepend'),\n        inputPrependSpan = safeSelect(inputPrepend, 'span', 'input-group-text').classed('search-button', true),\n          inputPrependSpanIcon = safeSelect(inputPrependSpan,'i','fa fa-search'),\n\n      input = safeSelect(inputGroup, 'input', 'form-control').attr('placeholder', 'filter').attr('type', 'text'),\n      inputAppend = safeSelect(inputGroup, 'div', 'input-group-append'),\n        inputAppendButton = safeSelect(inputAppend, 'a', 'close-button').classed('btn btn-outline-secondary', true),\n          inputAppendButtonIcon = safeSelect(inputAppendButton, 'i', 'fa fa-close'),\n\n\n    closeButton = inputAppendButton,\n\n    rTable = safeSelect(container, 'div', 'table-responsive'),\n      table = safeSelect(rTable, 'table', 'table')\n      .classed('table-hover', true)\n      .classed('table-bordered', true)\n      .classed(\"table-striped\", true),\n        tHead = safeSelect(table, 'thead')\n        .classed(\"thead-dark\", true),\n          header = safeSelect(tHead, 'tr'),\n        tBody = safeSelect(table, 'tbody')\n\n\n    var\n    rows = d3.keys(data),\n    cols = d3.keys(data[rows[0]])\n\n    var th = makeColumns(header, cols)\n    var tr = makeRows(tBody, rows)\n    var tr = populateRecords(tr, cols)\n\n\n\n    input.on('input', function(d, i){\n      var\n      val = input.property('value'),\n      reg = new RegExp(val, 'gi'),\n      use\n      if (val == '') {use = rows} else {\n        use = []\n        rows.map(function(r, i){\n          var row = data[r]\n          var fieldJoin = cols.map(function(c, j){\n            return fieldFunction(row, c, row[c])\n            // return row[c]\n          }).join('')\n          var match = fieldJoin.match(reg)\n          if (match == null || match.join('') == '') {}\n          else { use.push(r) }\n        })\n      }\n\n      tr = makeRows(tBody, use)\n      tr = populateRecords(tr, cols)\n    })\n\n    closeButton.on('click', function(d, i){\n      input.property('value', '').dispatch('input')\n    })\n\n  }\n\n  function makeColumns(header, cols) {\n    var th = header.selectAll('th')\n    th = th.data(cols)\n    th.exit().remove()\n    th = th.merge(th.enter().append('th'))\n    th.attr('scope', 'col').text(function(d, i){return d})\n    return th\n  }\n\n  function makeRows(body, rows) {\n    var tr = body.selectAll('tr')\n    tr = tr.data(rows)\n    tr.exit().remove()\n    tr = tr.merge(tr.enter().append('tr'))\n    return tr\n  }\n\n  function populateRecords(rows, cols) {\n    rows.each(function(r, i){\n      var record = data[r],\n      t = d3.select(this)\n\n      var fields = t.selectAll('td')\n      fields = fields.data(cols)\n      fields.exit().remove()\n      fields = fields.merge(fields.enter().append('td'))\n\n      fields.attr('scope', function(f, j){ return j == 0 })\n      .html(function(f, j){ return fieldFunction(record, f, record[f]) })\n\n    })\n    return rows\n  }\n\n\n\n  return 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diff --git a/build/js/d3sm.v0.0.3.js b/build/js/d3sm.v0.0.3.js deleted file mode 100644 index 7b314051172ed74f2b2b74bbe5199be762350c1b..0000000000000000000000000000000000000000 --- a/build/js/d3sm.v0.0.3.js +++ /dev/null @@ -1,10613 +0,0 @@ -var d3sm = (function (exports) { - 'use strict'; - - // import {hasQ} from './array-functions'; - /******************************************************************************* - ** ** - ** ** - ** HELPERS ** - ** ** - ** ** - *******************************************************************************/ - /** - * Helper function for Array.filter to get unique elements of the array - * @param {*} value current value as mapping over array (self) - * @param {number} index current index in the array - * @param {Array} self passed array from Array.filter method - * @returns {boolean} whether or not value is the first of its kind (i.e. indexOf(value) == index) - */ - function uniqueElements(value, index, self) { - return self.indexOf(value) === index; - } - - /** - * Extracts x and y of translate from transform property - * @param {string} transform transform property of svg element - * @returns {number[]} x, y of translate(x, y) - */ - function getTranslation(transform) { - // Create a dummy g for calculation purposes only. This will never - // be appended to the DOM and will be discarded once this function - // returns. - var g = document.createElementNS('http://www.w3.org/2000/svg', 'g'); - // Set the transform attribute to the provided string value. - transform = transform == undefined ? 'translate(0,0)' : transform; - g.setAttributeNS(null, 'transform', transform); - // consolidate the SVGTransformList containing all transformations - // to a single SVGTransform of type SVG_TRANSFORM_MATRIX and get - // its SVGMatrix. - var matrix = g.transform.baseVal.consolidate().matrix; - // As per definition values e and f are the ones for the translation. - return [matrix.e, matrix.f]; - } - - /** - * Modifies luminance of hexidecimal number - * @param {string} hex should be hexidecimal value with or without the proceeding octotrope - * @param {number} lum value to increase or decrease luminosity by - * @returns {string} updated hexidecimal value without the proceeding octotrope - */ - function modifyHexidecimalColorLuminance(hex, lum) { - // validate hex string - var hex = String(hex).replace(/[^0-9a-f]/gi, ''); - - if (hex.length < 6) { - hex = hex[0] + hex[0] + hex[1] + hex[1] + hex[2] + hex[2]; - } - lum = lum || 0; - - // convert to decimal and change luminosity - var rgb = '#', - c, - i; - for (i = 0; i < 3; i++) { - c = parseInt(hex.substr(i * 2, 2), 16); - c = Math.round(Math.min(Math.max(0, c + c * lum), 255)).toString(16); - rgb += ('00' + c).substr(c.length); - } - - return rgb; - } - - /** - * Calculated the quartiles of the passed data and stores them with qKeys - * @param {number[]} data list of numerical values - * @param {string[]} [qKeys=['q0', 'q1', 'q2', 'q3', 'q4']] how returned object with quartiles should be stored - * @returns {Object} with keys qKeys giving only the numerical values for the quartiles - */ - function quartiles(data, qKeys) { - var q2 = d3.median(data), - lower = data.filter(function (x) { - return x < q2; - }), - upper = data.filter(function (x) { - return x > q2; - }), - q1 = d3.median(lower), - q1 = q1 == undefined ? q2 : q1, - q0 = d3.min(lower), - q0 = q0 == undefined ? q1 : q0, - q3 = d3.median(upper), - q3 = q3 == undefined ? q2 : q3, - q4 = d3.max(upper), - q4 = q4 == undefined ? q3 : q4, - k0 = 'q0', - k1 = 'q1', - k2 = 'q2', - k3 = 'q3', - k4 = 'q4', - obj = {}; - if (qKeys != undefined && qKeys.length == 5) { - k0 = qKeys[0];k1 = qKeys[1];k2 = qKeys[2];k3 = qKeys[3];k4 = qKeys[4]; - } - obj[k0] = q0;obj[k1] = q1;obj[k2] = q2;obj[k3] = q3;obj[k4] = q4; - - return obj; - } - - /** - * Helper function to get all values needed in making violin plots - * @param {string[]} violinKeys - * @param {number[]} data - * @param {Function} valueExtractorFunction how to get values from data[violinKeys[i]] - * @param {boolean} horizontalQ whether or not violins will be rendered horizontally or vertically - * @param {string} qKey how the object containing the quartiles should be labeled as - * @param {string[]} qKeys how each quartile should be labeled as - * @returns {Object} required for @see{@link violin} containing keys values, binnned, frequencies, points, and quartiles - * @see{@link quartiles} - */ - function extractViolinValues(violinKeys, data, valueExtractorFunction, horizontalQ, qKey, qKeys) { - var obj = {}; - violinKeys.map(function (k, i) { - var d = valueExtractorFunction(k, i, data), - binned = d3.histogram()(d), - frequencies = binned.map(function (x) { - return x.length; - }), - minPoint = horizontalQ ? { y: d3.min(d), x: 0 } : { x: d3.min(d), y: 0 }, - maxPoint = horizontalQ ? { y: d3.max(d), x: 0 } : { x: d3.max(d), y: 0 }, - points = binned.map(function (bin, i) { - return horizontalQ ? { y: bin.length ? d3.median(bin) : d3.median([bin.x0, bin.x1]), x: frequencies[i] } : { x: bin.length ? d3.median(bin) : d3.median([bin.x0, bin.x1]), y: frequencies[i] }; - }), - quarts = quartiles(d, qKeys), - o = { - values: d, - binned: binned, - frequencies: frequencies, - points: [minPoint].concat(points).concat([maxPoint]) - }; - o[qKey] = quarts; - obj[k] = o; - }); - return obj; - } - - /** - * Hypenates all strings together - * @param {string[]} arguments - * @returns {string} "arg1-arg2-...-argn" - */ - function hypenate() { - return Array.prototype.slice.call(arguments).join('-'); - } - - /** - * Rounds decimals of number to precision - * @param {number} number - * @param {number} precision - * @returns {number} rounded to precision - */ - function round(number, precision) { - var shift = function shift(number, precision, reverseShift) { - if (reverseShift) { - precision = -precision; - } - var numArray = ('' + number).split('e'); - return +(numArray[0] + 'e' + (numArray[1] ? +numArray[1] + precision : precision)); - }; - return shift(Math.round(shift(number, precision, false)), precision, true); - } - - /** - * recursively ascends element.parentElement to find a svg tag - * @param {Element} element - * @returns {Element | undefined} - */ - function getContainingSVG(element) { - var parent = element.parentElement; - var tag = parent.tagName.toLowerCase(); - if (tag === 'svg') { - return parent; - } - if (tag === 'html') { - return undefined; - } - return getContainingSVG(parent); - } - - /** - * Maps arguments in to d3.interpolateRgbBasis - * @param arguments - * @returns {Function} - */ - function interpolateColors() { - return d3.interpolateRgbBasis(arguments); - } - - /** - * Trys to reduce text to fit in specified area, made for tick labels as called by - * @see{@link axis} - * @param {d3.selection} t container for specific axis tick - * @param {string} text to be the label of the passed axis tick - * @param {boolean} orient of the axis, true is horizontal, false is vertical - * @param {number} tickLength is the length of the text - * @param {number} space is the amount of availble space for the text and the tick to fit in - * @param {boolean} overflowQ whether or not allowed to go over the alloted space - * @returns {none} - */ - function truncateText(t, text, orient, tickLength, space, overflowQ) { - var rect = t.node().getBoundingClientRect(); - t.text(text); - while (Math.max(rect.width, rect.height) > space - tickLength) { - text = String(text); - text = text.slice(0, text.length - 1); - t.text(text + '...'); - rect = t.node().getBoundingClientRect(); - if (text.length == 0) break; - } - } - - function truncateString(string, space, font) { - var chars = space / font; - if (chars < string.length) { - return string.slice(0, Math.round(chars - 5)) + '...'; - } else { - return string; - } - } - - /** - * Trys to use d3.selection to get element, if it doesnt exist, makes one - * @param {d3.selection} sel selection in which to try and find object - * @param {string} tag tag of which to try and select - * @param {string} [cls=''] class of tag to try and grab - * @returns {d3.selection} of either append or selected tag.cls within sel - */ - function safeSelect(sel, tag, cls) { - var clsStr = cls == undefined ? '' : '.' + cls; - var sSel = sel.select(tag + clsStr).empty() ? sel.append(tag) : sel.select(tag + clsStr); - return sSel.classed(clsStr.replace('.', ''), true).attr('transform', sSel.attr('transform') == undefined ? 'translate(0,0)' : sSel.attr('transform')); - } - - /** - * evenly partitions the range [min, max] into n parts - * @param {number} min - * @param {number} max - * @param {number} n - * @returns {number[]} array of length n evenly partitioned between min and max - */ - function tickRange(min, max, n) { - var a = [min]; - var d = max - min; - var s = d / (n - 1); - for (var i = 0; i < n - 2; i++) { - a.push(min + s * (i + 1)); - } - a.push(max); - return a; - } - - function euclideanDistance(p1, p2) { - var a = p1[0] - p2[0], - b = p1[1] - p2[1]; - return Math.sqrt(a * a + b * b); - } - - /** - * Short-hand for array.includes(item); - * @param {Array} array - * @param {*} item to test if contained in {array} - * @returns {boolean} - */ - function hasQ(array, item) { - return array.includes(item); - } - - /** - * Calculates the total value of numbers in passed array - * @param {number[]} array of numerical values - * @returns {number} sum over elements in array - */ - function total(array) { - return array.reduce(function (a, b) { - return a + b; - }, 0); - } - /** - * Removes duplicates in array - * @param {Array} array of items - * @returns {Array} of items such that item_i != item_j for all i < j - * @see{@link uniqueElements} for the filtering function - */ - function unique(array) { - return array.filter(uniqueElements); - } - - /** - * Concats all nested arrays in passed array to form a single array - * @param {Array} array of putatively nested arrays - * @param {Array} [flat=[]] current flattened array - * @returns {Array} with every element in the same level - */ - function flatten(array, flat) { - flat = flat == undefined ? [] : flat; - array.map(function (e, i) { - if (Array.isArray(e)) { - flat = flat.concat(flatten(e)); - } else { - flat.push(e); - } - }); - return flat; - } - - /** - * Search of list of lists to find which - if any - passed value is in - * @param {Array[]} bins list of lists of values - * @param {*} value item to test if in any of the bins - * @returns {number} indicating the index of the bin in which value was found - */ - function whichBin(bins, value) { - var i = -1; - for (var j = 0; j < bins.length; j++) { - if (hasQ(bins[j], value)) { - return j; - } - } - return i; - } - - /** - * calls console.group if d3sm.debugQ == true - * @param {string} name of the group - * @returns {undefined} - */ - function consoleGroup(name) { - if (window.d3sm.debugQ === true) { - console.group(name); - } - } - - /** - * calls console.groupEnd if d3sm.debugQ == true - * @returns {undefined} - */ - function consoleGroupEnd() { - if (window.d3sm.debugQ === true) { - console.groupEnd(); - } - } - - /** - * Calls console.log if d3sm.debugQ == true - * @param {string} func name of the function logging - * @param {string} msg to log - * @param {Object} data to be logged along side the message - * @returns {undefined} - */ - function log(func, msg, data) { - if (window.d3sm.debugQ === true) { - console.log('%c[d3sm::' + func + ']:\t' + msg, ['background: #6cd1ef', 'border-radius: 5000px', 'padding: 0px 2px', 'font-size: 14px'].join(';')); - console.table(data); - // console.trace() - } - } - - /** - * Calls console.warn if d3sm.debugQ == true - * @param {string} func name of the function warning - * @param {string} msg to display - * @param {Object} data to be displayed along side the message - * @returns {undefined} - */ - function warn(func, msg, data) { - if (window.d3sm.debugQ === true) console.warn('%c[d3sm::' + func + ']:\t' + msg, ['background: #ffd53e', 'border-radius: 5000px', 'padding: 0px 2px', 'font-size: 14px'].join(';')); - console.table(data); - } - /** - * Calls the console.info if d3sm.debugQ == true - * @param {string} func name of the function providing info - * @param {string} msg to display - * @param {Object} data to be displayed along side the message - * @returns {undefined} - */ - function info(func, msg, data) { - if (window.d3sm.debugQ) console.info('%c[d3sm::' + func + ']:\t' + msg, ['background: #009ccd', 'border-radius: 5000px', 'padding: 0px 2px', 'font-size: 14px'].join(';')); - console.table(data); - } - - /** - * Calls console.error if d3sm.debugQ == true - * @param {string} func name of the function which sends the error - * @param {string} msg to display - * @param {Object} data to be displayed along side the message - * @returns {undefined} - */ - function error(func, msg, data) { - if (window.d3sm.debugQ) console.error('[d3sm::' + func + ']:\t' + msg + '\t%o', data); - } - - /** - * Function for setting up containers for most plots with the y axis container - * positioned on the left and the x axis container positioned on the bottom - * @param {d3.selection} selection selection of container in which the svg is or should be made - * @param {string} namespace namespace of the chart - * @param {Object} [space={w:window.innerWidth, h:window.innerHeight}] the width (w) and height (h) availble - * @param {number} [space.w=window.innerWidth] the available width in which to render the chart - * @param {number} [space.h=window.innerHeight] the available height in which to render the chart - - * @param {Object} [margins={top: 0.01, bottom: 0.01, left: 0.01, right: 0.01}] the margins for the chart - * @param {number} [margins.top=0.01] the top margin of the chart - * @param {number} [margins.bottom=0.01] the bottom margin of the chart - * @param {number} [margins.left=0.01] the left margin of the chart - * @param {number} [margins.right=0.01] the right margin of the chart - - - * @param {Object} [percentages = {axes:{x:0.1,y:0.1},space:{w:0.8,h:0.6}}] percentages of the paramater space of which to make the x and y axes as well as the percent of the availble space in which to render the plot - * @param {Object} [percentages.axes={x:0.1,y:0.1}] the percentages of the paramater space, of which the x and y axes will take up - * @param {number} [percentages.axes.xAxisPercent=0.1] the percentages of the paramater space, of which the x axis will take up - * @param {number} [percentages.axes.yAxisPercent=0.1] the percentages of the paramater space, of which the y axis will take up - - * @param {Object} [percentages.space={w:0.8,h:0.6}] the percentages of the paramater space, of which the SVG's width and height will be set - * @param {number} [percentages.space.percentOfSpaceForWidth=0.1] the percentages of the paramater space, of which the SVG's width will be set - * @param {number} [percentages.space.percentOfSpaceForHeight=0.1] the percentages of the paramater space, of which the SVG's height will be set - - * @returns {Object} returns the selection and "boundingRects" of the plot container, x-axis container and y-axis container - * as - * - * { - * - * plot: {selection: plotSelection, rect: plotRect}, - * - * xAxis:{selection:xAxisSelection, rect:xAxisRect}, - * - * yAxis: {selection:yAxisSelection, rect:yAxisRect} - * - * } - * - * where each rect has form: - * - * {x: #, y: #, h: #, w: #} - * - * depicting the starting x and y coordinate of the coresponding container (also their default transform values) as well their height (h) ans width (w) - */ - // export function setupStandardChartContainers( selection, namespace, space, margins, percentages) { - // export function setupStandardChartContainers( - // selection, - // namespace, - // space={w:availableWidth=window.innerWidth, h:availableHeight=window.innerHeight}, - // margins={top:0.01, bottom:0.01, left:0.01, right:0.01}, - // percentages={axes: {x: xAxisPercent=0.1, y: yAxisPercent=0.1}, space: {w: percentOfSpaceForWidth, h: percentOfSpaceForHeight}} - // ) { - // if (space == undefined) { space = {w: window.innerWidth, h: window.innerHeight} } - // if (margins == undefined) { margins = {top: 0.01, bottom: 0.01, left: 0.01, right: 0.01} } - // if (percentages == undefined) { percentages = {}; } - // if (percentages.axes == undefined) { percentages.axes = { x:0.1, y:0.1 } } - // if (percentages.space == undefined) { percentages.space = { w: 0.8, h: 0.6 } } - // - // // SVG width and height - // var svgSpace = { - // w: space.w * percentages.space.w, - // h: space.h * percentages.space.h - // }, - // - // // Space after removing margins - // chartSpace = { - // w: svgSpace.w - (margins.left * space.w) - (margins.right * space.w), - // h: svgSpace.h - (margins.top * space.h) - (margins.bottom * space.h) - // }, - // - // // main dimension of x and y axies - // // e.g. defines how tall x axis is as length is determined by plotRect.w - // axesSpace = { - // x: chartSpace.h * percentages.axes.x, - // y: chartSpace.w * percentages.axes.y - // }, - // - // // space left for drawing the chart properly (e.g. bars, violins, etc) - // drawingSpace = { - // x: chartSpace.w - axesSpace.y, - // y: chartSpace.h - axesSpace.x - // }, - // - // - // yAxisRect = { - // x: axesSpace.y + (margins.left * space.w), - // y: (margins.top * space.h), - // w: axesSpace.y, - // h: drawingSpace.y - // }, - // - // plotRect = { - // x: axesSpace.y + (margins.left * space.w), - // y: (margins.top * space.h), - // w: drawingSpace.x, - // h: drawingSpace.y - // }, - // - // xAxisRect = { - // x: axesSpace.y + (margins.left * space.w), - // y: (margins.top * space.h + plotRect.h), - // w: drawingSpace.x, - // h: axesSpace.x - // } - // - // - // var container = safeSelect(selection, 'svg', namespace) - // .style('width', svgSpace.w+'px') - // .style('height', svgSpace.h+'px') - // - // var axes = safeSelect(container, 'g', hypenate(namespace, 'axes')) - // - // // .attr('transform', "translate("+plotRect.x+","+plotRect.y+")"), - // - // var plot = safeSelect(container, 'g', hypenate(namespace, 'plot')) - // .attr('transform', "translate("+plotRect.x+","+plotRect.y+")") - // - // var xAxis = safeSelect(axes, 'g', hypenate(namespace, 'x-axis')) - // .attr('transform', "translate("+xAxisRect.x+","+xAxisRect.y+")") - // - // var yAxis = safeSelect(axes, 'g', hypenate(namespace, 'y-axis')) - // .attr('transform', "translate("+yAxisRect.x+","+yAxisRect.y+")") - // - // return { - // svg: { - // selection: container, - // rect: svgSpace - // }, - // plot: { - // selection: plot, - // rect: plotRect - // }, - // xAxis: { - // selection: xAxis, - // rect: xAxisRect - // }, - // yAxis: { - // selection: yAxis, - // rect: yAxisRect - // } - // } - // - // // return [plot, xAxis, yAxis] - // } - // - // - - - function setupStandardChartContainers(selection, namespace, container) { - var margins = arguments.length > 3 && arguments[3] !== undefined ? arguments[3] : { top: 0.01, bottom: 0.01, left: 0.01, right: 0.01 }; - var svg = arguments.length > 4 && arguments[4] !== undefined ? arguments[4] : { w: 0.8, h: 0.6 }; - var axes = arguments.length > 5 && arguments[5] !== undefined ? arguments[5] : { y: 0.1, x: 0.1 }; - var leg = arguments.length > 6 && arguments[6] !== undefined ? arguments[6] : { x: 0, margin: 0, pos: 'left' // absolute width of legend and space on either size - }; - - if (container == undefined) { - container = { w: window.innerWidth, h: window.Height }; - } - // SVG width and height - - var svgSpace = { - w: container.w * svg.w, - h: container.h * svg.h - }; - - var margPx = { - top: margins.top * svgSpace.h, - bottom: margins.bottom * svgSpace.h, - left: margins.left * svgSpace.w, - right: margins.right * svgSpace.w - }, - - - // Space after removing margins - chartSpace = { - w: svgSpace.w - margPx.left - margPx.right, - h: svgSpace.h - margPx.top - margPx.bottom - }, - - - // main dimension of x and y axies - // e.g. defines how tall x axis is as length is determined by plotRect.w - axesSpace = { - x: chartSpace.h * axes.x, - y: chartSpace.w * axes.y - }, - - - // space left for drawing the chart properly (e.g. bars, violins, etc) - drawingSpace = { - x: chartSpace.w - axesSpace.y - leg.x - 2 * leg.margin, - y: chartSpace.h - axesSpace.x - }, - legRect = { - x: leg.margin + margPx.left + (leg.pos == 'left' ? 0 : drawingSpace.x + axesSpace.y), - y: margPx.top, // this is soomehow getting calculated incorectly - w: leg.x, - h: drawingSpace.y - }, - yAxisRect = { - x: axesSpace.y + margPx.left + (leg.pos == 'left' ? leg.x + 2 * leg.margin : 0), - y: margPx.top, - w: axesSpace.y, - h: drawingSpace.y - }, - plotRect = { - x: axesSpace.y + margPx.left + (leg.pos == 'left' ? leg.x + 2 * leg.margin : 0), - y: margPx.top, - w: drawingSpace.x, - h: drawingSpace.y - }, - xAxisRect = { - x: axesSpace.y + margPx.left + (leg.pos == 'left' ? leg.x + 2 * leg.margin : 0), - y: margPx.top + drawingSpace.y, - w: drawingSpace.x, - h: axesSpace.x - }; - - container = d3sm.safeSelect(selection, 'svg', namespace).style('width', svgSpace.w + 'px').style('height', svgSpace.h + 'px'); - - var axes = d3sm.safeSelect(container, 'g', d3sm.hypenate(namespace, 'axes')); - - var leg = d3sm.safeSelect(container, 'g', d3sm.hypenate(namespace, 'legend')).attr('transform', "translate(" + legRect.x + "," + legRect.y + ")"); - - var plot = d3sm.safeSelect(container, 'g', d3sm.hypenate(namespace, 'plot')).attr('transform', "translate(" + plotRect.x + "," + plotRect.y + ")"); - - var xAxis = d3sm.safeSelect(axes, 'g', d3sm.hypenate(namespace, 'x-axis')).attr('transform', "translate(" + xAxisRect.x + "," + xAxisRect.y + ")"); - - var yAxis = d3sm.safeSelect(axes, 'g', d3sm.hypenate(namespace, 'y-axis')).attr('transform', "translate(" + yAxisRect.x + "," + yAxisRect.y + ")"); - - return { - svg: { - selection: container, - rect: svgSpace - }, - plot: { - selection: plot, - rect: plotRect - }, - xAxis: { - selection: xAxis, - rect: xAxisRect - }, - yAxis: { - selection: yAxis, - rect: yAxisRect - }, - legend: { - selection: leg, - rect: legRect - } - }; - } - - /** - * Adds a clip-path rect and binds it to container - * @param {d3.selection} container in which to add the clip-path and to which to bind the cliping path to - * @param {Object} rect the coordinates (x, y, width, height) of the clip-path - * @param {string} namespace - * @returns {d3.selection} of the clip-path rect - */ - function cpRect(container, rect, namespace) { - var defs = safeSelect(container, 'defs', hypenate(namespace, 'definitions')); - var cp = safeSelect(defs, 'clipPath', hypenate(namespace, 'clip-path')).attr('id', hypenate(namespace, 'clip-path')); - - var cpRect = safeSelect(cp, 'rect').attr('x', rect.x).attr('y', rect.y).attr('width', rect.width).attr('height', rect.height); - - defs.raise(); - // set clipping path to container - container.attr('clip-path', 'url(#' + hypenate(namespace, 'clip-path') + ')'); - - return cpRect; - } - - /** - * Adds a background rect t to container - * @param {d3.selection} container in which to add the background rectangle - * @param {Object} rect the coordinates (x, y, width, height) of the background - * @param {string} fill the color of the background - * @returns {d3.selection} of the background fill - */ - function bgRect(container, rect, fill) { - return safeSelect(container, 'rect', 'bg').attr('x', rect.x).attr('y', rect.y).attr('width', rect.width).attr('height', rect.height).attr('fill', fill); - } - - /** - * Sets up the container for making chart elements. This includes making - * a clip-path rect bound to the passed container, a background rect, and - * a g element with class -object-container. - * @param {d3.selection} container in which to add the clip-path and background - * @param {string} namespace - * @param {Object} rect the coordinates (x, y, width, height) of the background and clip-path - * @param {string} fill the color of the background - * @returns {d3.selection} of g.-object-container - * - * @see{@link bgRect} - * @see{@link cpRect} - */ - function setupContainer(selection, namespace, rect, fill) { - // the container for three main items, bg, defs, and object-container - var container = safeSelect(selection, 'g', namespace), - bg = bgRect(container, rect, fill), - cp = cpRect(container, rect, namespace), - objectContainer = safeSelect(container, 'g', hypenate(namespace, 'object-container')); - return objectContainer; - } - - /** - * determines the width of an object for the calling plotting function - * @param {number} freeSpace how much space is avalible - * @param {number} numberOfObjects how many object do we need - * @param {number} minObjectWidth how small are these objects allowed to be - * @param {number} maxObjectWidth how large are these object allowed to be - * @param {number} sizeOfSpacer percent of freeSpace that a single spacer should take up (need numberOfObjects - 1 spacers) - * @param {boolean} overflowQ can we go beyond alloted space - * @returns {number} how large object should be - * function tries to keep object within min / max width, but wil default to - * 5e-10 (smallest consistenly visible by svg size of element) if overflowQ is false - */ - function calculateWidthOfObject(freeSpace, numberOfObjects, minObjectWidth, maxObjectWidth, sizeOfSpacer, overflowQ) { - var sizeOfSpacer = sizeOfSpacer == 0 || sizeOfSpacer > 1 ? sizeOfSpacer : freeSpace * sizeOfSpacer; - - var numberOfSpacers = numberOfObjects - 1; - var spaceTakenBySpacers = numberOfSpacers * sizeOfSpacer; - var remainingSpace = freeSpace - spaceTakenBySpacers; - remainingSpace = remainingSpace < 0 ? 0 : remainingSpace; - var objectWidth = remainingSpace / numberOfObjects; - - if (overflowQ && minObjectWidth != undefined && objectWidth < minObjectWidth) { - objectWidth = minObjectWidth; - } - // if ( maxObjectWidth != undefined && objectWidth > maxObjectWidth ) { objectWidth = maxObjectWidth } - if (overflowQ && maxObjectWidth != undefined && objectWidth < maxObjectWidth) { - objectWidth = maxObjectWidth; - } - return Math.max(objectWidth, 5e-10); - } - - /** - * @param {Array[]} data list data (can be nested). If nested will create more complex spacer size - * @param {number} freeSpace how much space is avalible - * @param {number} objectWidth @see{@link calculateWidthOfObject} - * @param {number} numberOfObjects how many object do we need - * @param {number} baseSpacerSize percent of freeSpace that a single spacer should take up (need numberOfObjects - 1 spacers) - * @param {boolean} overflowQ can we go beyond alloted space - * @returns {number} returns size that spacer should be at level=0 - */ - function calculateWidthOfSpacer(data, freeSpace, objectWidth, numberOfObjects, baseSpacerSize, overflowQ) { - if (overflowQ) { - // var limitedNumberOfObjects = numberOfObjects > 6 ? 6 : numberOfObjects - // var spaceLeft = freeSpace - limitedNumberOfObjects * objectWidth - // return spaceLeft / (limitedNumberOfObjects - 1) - return freeSpace * baseSpacerSize; - } - var spacersAtEachLevel = spacersNeededAtEachLevel(data); - var totalSpacerPercent = total(spacersAtEachLevel.map(function (e, i) { - return e * 1 / (i + 1); - })); - var baseSpacerSize = (freeSpace - objectWidth * numberOfObjects) / totalSpacerPercent; - // console.log(freeSpace, objectWidth, numberOfObjects, totalSpacerPercent) - // console.log(totalSpacerPercent, baseSpacerSize, totalSpacerPercent * baseSpacerSize) - return isNaN(baseSpacerSize) ? 0 : baseSpacerSize; - } - - /** - * Calculates number of spacers needed to seperate elements at each level. - * @param {Array[]} array list data (can be nested). If nested will create more complex spacer size - * @param {number} [level=0] current level, used in recusrion - * @param {Array} [levelData=[]] how many spacers needed at a given level - * @returns {Array} levelData - * - * @example - * array = [[1,2], [3,4]] - * // returns [1, 2] - * as at level=0 the only spacer needed is between [1,2] and [3,4] - * and at level=1 the only two spacers needed is between 1 and 2 as well as - * 3 and 4 since the spacer between 2 and 3 is handled at level=0 - */ - function spacersNeededAtEachLevel(array, level, levelData) { - if (level == undefined) { - level = 0; - } else { - level += 1; - } - if (levelData == undefined) { - levelData = []; - } - if (level >= levelData.length) { - levelData.push(array.length - 1); - } else { - levelData[level] += array.length - 1; - } - array.map(function (e, i) { - if (Array.isArray(e)) { - spacersNeededAtEachLevel(e, level, levelData); - } - }); - return levelData; - } - - /** - * Draws a whisker for @see{@link boxwhisker} - * @param {boolean} dir direction to draw whisker, should be either true (up, top) or false (down or bottom) - * @param {number} x starting x coordinate in which to draw whisker - * @param {number} y starting y coordinate in which to draw whisker - * @param {number} w width of space in which to draw whisker - * @param {number} h height of space in which to draw whisker - * @param {number} per percentage of w or h (depends on o) to make whisker - * @param {boolean} o orientation, true is horizontal and false is vertical - * @returns {string} representing the svg path (i.e. the d attribute for a path tag) - */ - function whiskerPath(dir, x, y, w, h, per, o) { - // d = direction (true is up), p = percent width - if (dir == 'up' || dir == 'top' || dir == true) { - dir = true; - } - if (dir == 'down' || dir == 'bottom' || dir == false) { - dir = false; - } - o = o == undefined ? 'horizontal' : o; - per = per == undefined ? 1 : per; - if (o != "horizontal") { - var hh = h * per, - w = dir ? w : -w, - a = dir ? x + w : x, - b = dir ? x : x + w, - c = dir ? a : b; - p = "M " + a + ' ' + h / 2 + ' ' + 'L ' + b + ' ' + h / 2 + ' ' + 'M ' + c + ' ' + (h / 2 - hh / 2) + ' ' + 'L ' + c + ' ' + (h / 2 + hh / 2) + ' '; - - return p; - } - var ww = w * per, - a = dir ? y + h : y, - b = dir ? y : y + h, - p = "M " + w / 2 + ' ' + a + ' ' // straight line part - + 'L ' + w / 2 + ' ' + b + ' ' // straight line part - + 'h ' + -ww / 2 + ' ' + 0 + ' ' // horizontal line part - + 'h ' + ww + ' ' + 0 + ' '; - return p; - } - - function resizeDebounce(f, wait) { - var resize = debounce(function () { - f(); - }, wait); - window.addEventListener('resize', resize); - } - - function debounce(func, wait, immediate) { - var timeout; - return function () { - var context = this, - args = arguments; - var later = function later() { - timeout = null; - if (!immediate) func.apply(context, args); - }; - var callNow = immediate && !timeout; - clearTimeout(timeout); - timeout = setTimeout(later, wait); - if (callNow) func.apply(context, args); - }; - } - - /******************************************************************************* - ** ** - ** ** - ** SPACEGROUPING ** - ** ** - ** ** - *******************************************************************************/ - /** - * Produces a function for spacing objects by an arbitrarly complex grouping - * @returns {recursivelyPosition} the function for moving the objects - * (see {@link groupingSpacer#recursivelyPosition}) - * @namespace groupingSpacer - */ - function groupingSpacer() { - var - /*@var {boolean} horizontalQ @default*/ - - /** - * Whether or not to space objects horizontally or vertically. - * (see {@link groupingSpacer.horizontalQ}) - * @param {boolean} [horizontalQ=true] - * @memberof groupingSpacer# - * @instance - */ - horizontalQ = true, - - /** - * The scale to use to position elements if {@link groupingSpacer#moveby}="string" - * (see {@link groupingSpacer.scale}) - * @param {d3.scale} [scale=d3.scaleLinear()] - * @memberof groupingSpacer# - * @instance - */ - scale = d3.scaleLinear(), - - /** - * How elements in the complex grouping should be moved over by. - * By default, moveby="category", which moves objects by the complex grouping - * But objects can also be moved over by scale. - * (see {@link groupingSpacer.moveby}) - * @param {string} [moveby="category"] - * @memberof groupingSpacer# - * @instance - */ - moveby = 'category', - - /** - * How many objects are there in total - * (see {@link groupingSpacer.numberOfObjects}) - * @param {number} [numberOfObjects=none] - * @memberof groupingSpacer# - * @instance - */ - numberOfObjects, - - /** - * The class given to an nested tag whose parent(s) have the correct transition - * properties - * (see {@link groupingSpacer.numberOfObjects}) - * @param {string} [numberOfObjects='d3sm-groupped-item'] - * @memberof groupingSpacer# - * @instance - */ - objectClass = 'd3sm-groupped-item', - - /** - * The size of the objects being positioned - * (see {@link groupingSpacer.objectSize}) - * @param {number} [objectSize=none] - * @memberof groupingSpacer# - * @instance - */ - objectSize, - - /** - * The size of the un-nested spacer between objects - * (see {@link groupingSpacer.spacerSize}) - * @param {number} [spacerSize=none] - * @memberof groupingSpacer# - * @instance - */ - spacerSize, - - /** - * The duration of transitions in ms - * (see {@link groupingSpacer.transitionDuration}) - * @param {number} [transitionDuration=1000] - * @memberof groupingSpacer# - * @instance - */ - transitionDuration = 1000, - - /** - * The ease function for the transitions - * (see {@link groupingSpacer.easeFunc}) - * @param {d3.ease} [easeFunc=d3.easeSin] - * @memberof groupingSpacer# - * @instance - */ - easeFunc = d3.easeSin, - - /** - * The namespace for the objects being moved - * (see {@link groupingSpacer.namespace}) - * @param {string} [namespace='spacer'] - * @memberof groupingSpacer# - * @instance - */ - namespace = 'spacer', - - /** - * The animation for new objects being added - * (see {@link groupingSpacer.enterFunction}) - * @param {function} enterFunction - * @memberof groupingSpacer# - * @instance - * @example - * // by default - * function(newObjectSelection) { - * newObjectSelection.attr('transform', function(d, i){ - * var - * x = horizontalQ ? objectSize * numberOfObjects + spacerSize * (numberOfObjects - 1) : 0, - * y = !horizontalQ ? objectSize * numberOfObjects + spacerSize * (numberOfObjects - 1) : 0, - * t = 'translate('+x+','+y+')' - * return t - * }) - * } - */ - enterFunction = function enterFunction(cur) { - cur.attr('transform', function (d, i) { - var - // x = horizontalQ ? objectSize * numberOfObjects + spacerSize * (numberOfObjects - 1) : 0, - // y = !horizontalQ ? objectSize * numberOfObjects + spacerSize * (numberOfObjects - 1) : 0, - x = horizontalQ ? window.outerWidth : 0, - y = !horizontalQ ? window.outerWidth : 0, - t = 'translate(' + x + ',' + y + ')'; - // if(y == undefined) {console.log(cur.node(), y, d)} - return t; - }); - }, - - /** - * The animation for old objects being removed - * (see {@link groupingSpacer.exitFunction}) - * @param {function} exitFunction - * @memberof groupingSpacer# - * @instance - * @example - * // by default - * oldObjectSelection.transition().duration(transitionDuration).ease(easeFunc) - * .attr('transform', function(d, i){ - * var - * x = horizontalQ ? objectSize * numberOfObjects + spacerSize * (numberOfObjects - 1) : 0, - * y = !horizontalQ ? objectSize * numberOfObjects + spacerSize * (numberOfObjects - 1) : 0, - * t = 'translate('+x+','+y+')' - * return t - * }).remove() - */ - exitFunction = function exitFunction(cur) { - log("groupingSpacer", "exiting with", { current: cur, currentNode: cur.node() }); - cur.selectAll('g').classed('to-remove', true); - - cur.transition().duration(transitionDuration * 0.9).ease(easeFunc).attr('transform', function (d, i) { - var - // x = horizontalQ ? objectSize * numberOfObjects + spacerSize * (numberOfObjects - 1) : 0, - // y = !horizontalQ ? objectSize * numberOfObjects + spacerSize * (numberOfObjects - 1) : 0, - x = horizontalQ ? window.outerWidth : 0, - y = !horizontalQ ? window.outerWidth : 0, - t = 'translate(' + x + ',' + y + ')'; - // if(y == undefined) {console.log(cur.node(), y, d)} - return t; - }).remove(); - }; - - /** - * Gets / sets horizontalQ (whether or not to space objects horizontally or vertically). - * (see {@link groupingSpacer#horizontalQ}) - * @param {string} [_=none] - * @returns {groupingSpacer | string} - * @memberof groupingSpacer - * @static - */ - recursivelyPosition.horizontalQ = function (_) { - return arguments.length ? (horizontalQ = _, recursivelyPosition) : horizontalQ; - }; - /** - * Gets / sets the scale to use to position elements if {@link groupingSpacer#moveby}="string" - * (see {@link groupingSpacer#scale}) - * @param {d3.scale} [_=none] - * @returns {groupingSpacer | d3.scale} - * @memberof groupingSpacer - * @static - */ - recursivelyPosition.scale = function (_) { - return arguments.length ? (scale = _, recursivelyPosition) : scale; - }; - /** - * Gets / sets moveby (whether or not to move by scale or by grouping). - * (see {@link groupingSpacer#moveby}) - * @param {string} [_=none] - * @returns {groupingSpacer | string} - * @memberof groupingSpacer - * @static - */ - recursivelyPosition.moveby = function (_) { - return arguments.length ? (moveby = _, recursivelyPosition) : moveby; - }; - /** - * Gets / sets numberOfObjects. - * (see {@link groupingSpacer#numberOfObjects}) - * @param {number} [_=none] - * @returns {groupingSpacer | number} - * @memberof groupingSpacer - * @static - */ - recursivelyPosition.numberOfObjects = function (_) { - return arguments.length ? (numberOfObjects = _, recursivelyPosition) : numberOfObjects; - }; - /** - * Gets / sets the objectClass (will be applied to elements). - * (see {@link groupingSpacer#objectClass}) - * @param {string} [_=none] - * @returns {groupingSpacer | string} - * @memberof groupingSpacer - * @static - */ - recursivelyPosition.objectClass = function (_) { - return arguments.length ? (objectClass = _, recursivelyPosition) : objectClass; - }; - /** - * Gets / sets the objectSize. - * (see {@link groupingSpacer#objectSize}) - * @param {number} [_=none] - * @returns {groupingSpacer | number} - * @memberof groupingSpacer - * @static - */ - recursivelyPosition.objectSize = function (_) { - return arguments.length ? (objectSize = _, recursivelyPosition) : objectSize; - }; - /** - * Gets / sets the spacerSize. - * (see {@link groupingSpacer#spacerSize}) - * @param {number} [_=none] - * @returns {groupingSpacer | number} - * @memberof groupingSpacer - * @static - */ - recursivelyPosition.spacerSize = function (_) { - return arguments.length ? (spacerSize = _, recursivelyPosition) : spacerSize; - }; - /** - * Gets / sets the transitionDuration. - * (see {@link groupingSpacer#transitionDuration}) - * @param {number} [_=none] - * @returns {groupingSpacer | number} - * @memberof groupingSpacer - * @static - */ - recursivelyPosition.transitionDuration = function (_) { - return arguments.length ? (transitionDuration = _, recursivelyPosition) : transitionDuration; - }; - /** - * Gets / sets the easeFunc. - * (see {@link groupingSpacer#easeFunc}) - * @param {d3.ease} [_=none] - * @returns {groupingSpacer | d3.ease} - * @memberof groupingSpacer - * @static - */ - recursivelyPosition.easeFunc = function (_) { - return arguments.length ? (easeFunc = _, recursivelyPosition) : easeFunc; - }; - /** - * Gets / sets the namespace. - * (see {@link groupingSpacer#namespace}) - * @param {string} [_=none] - * @returns {groupingSpacer | string} - * @memberof groupingSpacer - * @static - */ - recursivelyPosition.namespace = function (_) { - return arguments.length ? (namespace = _, recursivelyPosition) : namespace; - }; - /** - * Gets / sets the enterFunction. - * (see {@link groupingSpacer#enterFunction}) - * @param {function} [_=none] - * @returns {groupingSpacer | function} - * @memberof groupingSpacer - * @static - */ - recursivelyPosition.enterFunction = function (_) { - return arguments.length ? (enterFunction = _, recursivelyPosition) : enterFunction; - }; - /** - * Gets / sets the exitFunction. - * (see {@link groupingSpacer#exitFunction}) - * @param {function} [_=none] - * @returns {groupingSpacer | function} - * @memberof groupingSpacer - * @static - */ - recursivelyPosition.exitFunction = function (_) { - return arguments.length ? (exitFunction = _, recursivelyPosition) : exitFunction; - }; - - /** - * recursively position the objects inside of the selection. - * @param {d3.selection} selection - * @param {Object} data - * @param {level} [level=0] recursion depth - * @returns {number} (how much to move next element) - * @memberof groupingSpacer# - */ - function recursivelyPosition(selection, data, level) { - if (level == undefined) { - level = 0; - } - - var currentSelection = selection.selectAll('g.' + namespace + '[level="' + level + '"]').data(data); - var enter = currentSelection.enter().append('g').attr('level', level).attr('class', namespace); - var exit = currentSelection.exit(); - currentSelection = currentSelection.merge(enter); - - if (typeof exitFunction == 'function') { - exit.each(function (d, i) { - exitFunction(d3.select(this)); - }); - } else { - exit.remove(); - } - // spacer for current level - var levelSpacer = spacerSize / (level + 1); - // movement for current level - var move = 0; - currentSelection.each(function (currentElement, index) { - var t = d3.select(this); - if (t.attr('transform') == undefined && typeof enterFunction == 'function') { - enterFunction(t); - } - - t.transition().duration(transitionDuration).ease(easeFunc).attr('transform', function (d, i) { - var x = horizontalQ ? moveby == "scale" ? scale(d) : move : 0, - y = !horizontalQ ? moveby == "scale" ? scale(d) : move : 0, - t = 'translate(' + x + ',' + y + ')'; - return t; - }); - - if (Array.isArray(currentElement)) { - move += recursivelyPosition(t, currentElement, level + 1); - var toRemove = t.selectAll('g.' + namespace + '[level="' + level + '"] > g.' + objectClass + '.' + namespace); - if (typeof exitFunction == 'function') { - toRemove.each(function (d, i) { - exitFunction(d3.select(this)); - }); - } else { - toRemove.remove(); - } - } else { - move += objectSize; - var obj = t.select('g.' + namespace + '[level="' + level + '"] > g.' + objectClass + '.' + namespace); - if (obj.empty()) { - obj = t.append('g').attr('class', objectClass).classed(namespace, true); - } - obj.attr('parent-index', index); - var toRemove = t.selectAll('g.' + namespace + '[level="' + (level + 1) + '"]'); - - if (typeof exitFunction == 'function') { - toRemove.each(function (d, i) { - exitFunction(d3.select(this)); - }); - } else { - toRemove.remove(); - } - } - move += index == currentSelection.size() - 1 ? 0 : levelSpacer; - }); - return move; - } - return recursivelyPosition; - } - - var slicedToArray = function () { - function sliceIterator(arr, i) { - var _arr = []; - var _n = true; - var _d = false; - var _e = undefined; - - try { - for (var _i = arr[Symbol.iterator](), _s; !(_n = (_s = _i.next()).done); _n = true) { - _arr.push(_s.value); - - if (i && _arr.length === i) break; - } - } catch (err) { - _d = true; - _e = err; - } finally { - try { - if (!_n && _i["return"]) _i["return"](); - } finally { - if (_d) throw _e; - } - } - - return _arr; - } - - return function (arr, i) { - if (Array.isArray(arr)) { - return arr; - } else if (Symbol.iterator in Object(arr)) { - return sliceIterator(arr, i); - } else { - throw new TypeError("Invalid attempt to destructure non-iterable instance"); - } - }; - }(); - - var toConsumableArray = function (arr) { - if (Array.isArray(arr)) { - for (var i = 0, arr2 = Array(arr.length); i < arr.length; i++) arr2[i] = arr[i]; - - return arr2; - } else { - return Array.from(arr); - } - }; - - /******************************************************************************* - ** ** - ** ** - ** AXIS ** - ** ** - ** ** - *******************************************************************************/ - - /** - * Creates an axis - * - * {@link https://sumneuron.gitlab.io/d3sm/demos/axes/index.html Demo} - * @constructor axis - * @param {d3.selection} selection - * @namespace axis - * @returns {function} axis - */ - function axis(selection) { - var - /** - * The orientation of the axis - * (see {@link axis#orient}) - * @param {string} [orient='bottom'] - * @memberof axis# - * @property - */ - orient = 'bottom', - // direction of the axis - - /** - * Amount of horizontal space (in pixels) avaible to render the axis in - * (see {@link axis#spaceX}) - * @param {number} [spaceX=0] - * @memberof axis# - * @property - */ - spaceX = 0, - - /** - * Amount of vertical space (in pixels) avaible to render the axis in - * (see {@link axis.spaceY}) - * @param {number} [spaceY=0] - * @memberof axis# - * @property - */ - spaceY = 0, - - - /** - * Whether or not to allow axis to render elements pass the main spatial dimension - * given the orientation (see {@link axis#orient}), where {@link axis#orient}="bottom" or {@link axis#orient}="top" - * the main dimension is {@link axis#spaceX} and where {@link axis#orient}="left" or {@link axis#orient}="right" - * the main dimension is {@link axis#spaceY} - * @param {boolean} [overflowQ=false] - * @memberof axis# - * @property - */ - overflowQ = false, - // whether or not to allow overflow - /** - * Whether or not the axis labels are for categorical data. If false, - * will use {@link axis#scale} to position ticks. - * @param {boolean} [categoricalQ=false] - * @memberof axis# - * @property - */ - categoricalQ = false, - // whether or not the axis is showing values or groups - /** - * Whether or not the axis ticks should have guidelines - * @param {boolean} [categoricalQ=false] - * @memberof axis# - * @property - */ - guideLinesQ = false, - // whether or not to allow overflow - - - /** - * How to group the tick labels - * @param {Array[]} [grouping=undefined] list of putatively other lists, which should correspond to tickLabels - * will space tick labels in nested lists closer together than outer lists - * @memberof axis# - * @property - */ - grouping, - - - /** - * The scale for which non-categorial (see {@link axis#categoricalQ}) ticks should be spaced - * @param {d3.scale} [scale=d3.scaleLinear] - * @memberof axis# - * @property - */ - - scale = d3.scaleLinear(), - - /** - * The padding for the domain of the scale (see {@link axis#scale}) - * @param {d3.scale} [scale=d3.scaleLinear] - * @memberof axis# - * @property - */ - domainPadding = 0.5, - - - /** - * Default space for the spacer (percentage) of main dimension given the orientation - * (see {@link axis#orient}), where {@link axis#orient}="bottom" or {@link axis#orient}="top" - * the main dimension is {@link axis#spaceX} and where {@link axis#orient}="left" or {@link axis#orient}="right" - * the main dimension is {@link axis#spaceY}between ticks - * @param {number} [objectSpacer=0.05] - * @memberof axis# - * @property - */ - objectSpacer = 0.05, - - /** - * The minimum size that an object can be if {@link axis#categoricalQ} is set to true - * @param {number} [minObjectSize=15] - * @memberof axis# - * @property - */ - minObjectSize = 15, - - /** - * The maximum size that an object can be if {@link axis#categoricalQ} is set to true - * @param {number} [maxObjectSize=15] - * @memberof axis# - * @property - */ - maxObjectSize = 50, - - - /** - * Color of the background - * @param {string} [backgroundFill="transparent"] - * @memberof axis# - * @property - */ - backgroundFill = 'transparent', - - /** - * Namespace for all items made by this instance of axis - * @param {string} [namespace="d3sm-axis"] - * @memberof axis# - * @property - */ - namespace = 'd3sm-axis', - - /** - * Class name for tick container ( element) - * @param {string} [objectClass="tick-group"] - * @memberof axis# - * @property - */ - objectClass = 'tick-group', - - - /** - * Values to show at each tick. Only used if categoricalQ is set true. See {@link axis#categoricalQ} - * @param {string[]} [tickLabels=undefined] - * @memberof axis# - * @property - */ - tickLabels, - // what to place at ticks - /** - * Values to show at each tick. Only used if categoricalQ is set false. See {@link axis#categoricalQ} - * @param {string[] | number[]} [objectClass=undefined] - * @memberof axis# - * @property - */ - tickValues, - // where to place ticks if not - /** - * Number of ticks to display if categoricalQ is false. See {@link axis#categoricalQ} - * @param {number} [numberOfTicks=5] - * @memberof axis# - * @property - */ - numberOfTicks = 5, - - - /** - * Stroke color of the main axis line - * @param {string} [lineStroke='black'] - * @memberof axis# - * @property - */ - lineStroke = 'black', - - /** - * Stroke width of the main axis line - * @param {number} [lineStrokeWidth=3] - * @memberof axis# - * @property - */ - lineStrokeWidth = 3, - - - /** - * Stroke color of ticks - * @param {string} [tickStroke='black'] - * @memberof axis# - * @property - */ - tickStroke = 'black', - - /** - * Stroke number of ticks - * @param {string} [tickStrokeWidth=2] - * @memberof axis# - * @property - */ - tickStrokeWidth = 2, - - /** - * Length - in pixels - of ticks - * @param {number} [tickLength=10] - * @memberof axis# - * @property - */ - tickLength = 10, - tickTickLabelSpacer = 10, - tickLabelMargin = 10, - - - /** - * Font size of tick labels - * @param {number} [tickLabelFontSize=14] - * @memberof axis# - * @property - */ - tickLabelFontSize = 14, - - /** - * Min font size of tick labels - * @param {number} [tickLabelMinFontSize=8] - * @memberof axis# - * @property - */ - tickLabelMinFontSize = 8, - - /** - * Max font size of tick labels - * @param {number} [tickLabelMaxFontSize=20] - * @memberof axis# - * @property - */ - tickLabelMaxFontSize = 20, - - - /** - * Text anchor of tick labels - * @param {string} [tickLabelTextAnchor="middle"] - * @memberof axis# - * @property - */ - tickLabelTextAnchor, - - /** - * Rotation of tick labels - * @param {number} [tickLabelRotation=0] - * @memberof axis# - * @property - */ - tickLabelRotation, - - /** - * Optional function for extracting the tick label from data - * @param {function} [tickLabelFunc=undefined] - * @memberof axis# - * @property - */ - tickLabelFunc = undefined, - - - /** - * Optional function for what to do when label is clicked - * @param {function} [tickLabelOnClick=function(d, i){}] - * @memberof axis# - * @property - */ - tickLabelOnClick = function tickLabelOnClick(d, i) {}, - - - /** - * Optional function for what to do when label is hovered - * @param {function} [tickLabelOnHoverFunc=function(d, i){}] - * @memberof axis# - * @property - */ - tickLabelOnHoverFunc = function tickLabelOnHoverFunc(d, i) { - return String(d).replace('-', ' ').replace('_', ' '); - }, - - - /** - * Length of guidelines - * @param {function} [guidelineSpace=undefined] - * @memberof axis# - * @property - */ - guidelineSpace, - - /** - * Stroke color of guidlines - * @param {string} [guidelineSpace="#333333"] - * @memberof axis# - * @property - */ - guideLineStroke = '#333333', - - /** - * Stroke width of guidlines - * @param {number} [guidelineSpace=2] - * @memberof axis# - * @property - */ - guideLineStrokeWidth = 2, - - - /** - * Duration of all transitions of this element - * @param {number} [transitionDuration=1000] - * @memberof axis# - * @property - */ - transitionDuration = 1000, - - /** - * Easing function for transitions - * @param {d3.ease} [easeFunc=d3.easeExp] - * @memberof axis# - * @property - */ - easeFunc = d3.easeExp, - - - /** - * Closure variable for getting object size after calculation - * @param {number} [objectSize=undefined] - * @memberof axis# - * @property - */ - objectSize, - - /** - * Closure variable for getting spacer size after calculation - * @param {number} [spacerSize=undefined] - * @memberof axis# - * @property - */ - spacerSize, - - - /** - * Decimal percision to round numerical tick labels to - * @param {number} [roundTo=2] - * @memberof axis# - * @property - */ - roundTo = 2, - label, - reverseScaleQ = false; - - axis.label = function (_) { - return arguments.length ? (label = _, axis) : label; - }; - axis.tickTickLabelSpacer = function (_) { - return arguments.length ? (tickTickLabelSpacer = _, axis) : tickTickLabelSpacer; - }; - axis.tickLabelMargin = function (_) { - return arguments.length ? (tickLabelMargin = _, axis) : tickLabelMargin; - }; - /** - * Gets or sets the selection in which items are manipulated - * @param {d3.selection} [_=none] - * @returns {axis | d3.selection} - * @memberof axis - * @property - * by default selection = selection - */ - - axis.selection = function (_) { - return arguments.length ? (selection = _, axis) : selection; - }; - - /** - * Gets or sets the orientation in which items are manipulated - * (see {@link axis#orient}) - * @param {string} [_=none] should be horizontal or vertical - * @returns {axis | string} - * @memberof axis - * @property - * by default orient="bottom" - */ - axis.orient = function (_) { - return arguments.length ? (orient = _, axis) : orient; - }; - /** - * Gets or sets the amount of horizontal space in which items are manipulated - * (see {@link axis#spaceX}) - * @param {number} [_=none] should be a number > 0 - * @returns {axis | number} - * @memberof axis - * @property - * by default spaceX = undefined - */ - axis.spaceX = function (_) { - return arguments.length ? (spaceX = _, axis) : spaceX; - }; - /** - * Gets or sets the amount of vertical space in which items are manipulated - * (see {@link axis#spaceY}) - * @param {number} [_=none] should be a number > 0 - * @returns {axis | number} - * @memberof axis - * @property - * by default spaceY = undefined - */ - axis.spaceY = function (_) { - return arguments.length ? (spaceY = _, axis) : spaceY; - }; - - /** - * Gets / sets whether or not axis is allowed to go beyond specified dimensions - * (see {@link axis#spaceX}) - * @param {boolean} [_=none] - * @returns {axis | boolean} - * @memberof axis - * @property - * by default overflowQ = false - */ - axis.overflowQ = function (_) { - return arguments.length ? (overflowQ = _, axis) : overflowQ; - }; - /** - * Gets / sets whether or not axis will display categorial ticks or by numerical value - * (see {@link axis#categoricalQ}) - * @param {boolean} [_=none] - * @returns {axis | boolean} - * @memberof axis - * @property - * by default categoricalQ = false - */ - axis.categoricalQ = function (_) { - return arguments.length ? (categoricalQ = _, axis) : categoricalQ; - }; - /** - * Gets / sets whether or not axis ticks should have guidelines - * (see {@link axis#guideLinesQ}) - * @param {boolean} [_=none] - * @returns {axis | boolean} - * @memberof axis - * @property - * by default guideLinesQ = false - */ - axis.guideLinesQ = function (_) { - return arguments.length ? (guideLinesQ = _, axis) : guideLinesQ; - }; - - /** - * Gets / sets how ticks should be groupped - * (see {@link axis#grouping}) - * @param {Array[]} [_=none] list of putatively other lists, which should correspond to tickLabels - * will space tick labels in nested lists closer together than outer lists - * @returns {axis | Array[]} - * @memberof axis - * @property - * by default grouping = undefined - */ - axis.grouping = function (_) { - return arguments.length ? (grouping = _, axis) : grouping; - }; - - /** - * Gets / sets the scale for which non-categorial ticks should - * be spaced - * (see {@link axis#scale}) - * @param {d3.scale} [_=none] - * @returns {axis | d3.scale} - * @memberof axis - * @property - * by default scale = d3.scaleLinear() - */ - axis.scale = function (_) { - return arguments.length ? (scale = _, axis) : scale; - }; - /** - * Gets / sets the padding for the domain of the scale - * (see {@link axis#domainPadding}) - * @param {number} [_=none] - * @returns {axis | number} - * @memberof axis - * @property - * by default domainPadding = 0.5 - */ - axis.domainPadding = function (_) { - return arguments.length ? (domainPadding = _, axis) : domainPadding; - }; - - /** - * Gets / sets objectSpacer - * (see {@link axis#objectSpacer}) - * @param {number} [_=none] - * @returns {axis | number} - * @memberof axis - * @property - * by default objectSpacer = 0.05 - */ - axis.objectSpacer = function (_) { - return arguments.length ? (objectSpacer = _, axis) : objectSpacer; - }; - /** - * Gets / sets the minObjectSize - * (see {@link axis#minObjectSize}) - * @param {number} [_=none] - * @returns {axis | number} - * @memberof axis - * @property - * by default minObjectSize = 15 - */ - axis.minObjectSize = function (_) { - return arguments.length ? (minObjectSize = _, axis) : minObjectSize; - }; - /** - * Gets / sets the maxObjectSize - * (see {@link axis#maxObjectSize}) - * @param {number} [_=none] - * @returns {axis | number} - * @memberof axis - * @property - * by default maxObjectSize = 50 - */ - axis.maxObjectSize = function (_) { - return arguments.length ? (maxObjectSize = _, axis) : maxObjectSize; - }; - - /** - * Gets / sets the namespace - * (see {@link axis#namespace}) - * @param {string} [_=none] - * @returns {axis | string} - * @memberof axis - * @property - * by default namespace = 'd3sm-axis' - */ - axis.namespace = function (_) { - return arguments.length ? (namespace = _, axis) : namespace; - }; - /** - * Gets / sets the backgroundFill - * (see {@link axis#backgroundFill}) - * @param {string} [_=none] - * @returns {axis | string} - * @memberof axis - * @property - * by default backgroundFill = 'transparent' - */ - axis.backgroundFill = function (_) { - return arguments.length ? (backgroundFill = _, axis) : backgroundFill; - }; - /** - * Gets / sets the objectClass - * (see {@link axis#objectClass}) - * @param {string} [_=none] - * @returns {axis | string} - * @memberof axis - * @property - * by default objectClass = 'tick-group' - */ - axis.objectClass = function (_) { - return arguments.length ? (objectClass = _, axis) : objectClass; - }; - - /** - * Gets / sets the tickLabels - * (see {@link axis#tickLabels}) - * @param {string[]} [_=none] - * @returns {axis | string[]} - * @memberof axis - * @property - * by default tickLabels = undefined - */ - axis.tickLabels = function (_) { - return arguments.length ? (tickLabels = _, axis) : tickLabels; - }; - /** - * Gets / sets the tickValues - * (see {@link axis#tickValues}) - * @param {number[]} [_=none] - * @returns {axis | number[]} - * @memberof axis - * @property - * by default tickValues = undefined - */ - axis.tickValues = function (_) { - return arguments.length ? (tickValues = _, axis) : tickValues; - }; - /** - * Gets / sets the tickValues - * (see {@link axis#numberOfTicks}) - * @param {number} [_=none] - * @returns {axis | number} - * @memberof axis - * @property - * by default numberOfTicks = 5 - */ - axis.numberOfTicks = function (_) { - return arguments.length ? (numberOfTicks = _, axis) : numberOfTicks; - }; - - /** - * Gets / sets the lineStroke - * (see {@link axis#lineStroke}) - * @param {string} [_=none] - * @returns {axis | string} - * @memberof axis - * @property - * by default lineStroke = 'black' - */ - axis.lineStroke = function (_) { - return arguments.length ? (lineStroke = _, axis) : lineStroke; - }; - /** - * Gets / sets the lineStrokeWidth - * (see {@link axis#lineStrokeWidth}) - * @param {number} [_=none] - * @returns {axis | number} - * @memberof axis - * @property - * by default lineStrokeWidth = 3 - */ - axis.lineStrokeWidth = function (_) { - return arguments.length ? (lineStrokeWidth = _, axis) : lineStrokeWidth; - }; - - /** - * Gets / sets the tickStroke - * (see {@link axis#tickStroke}) - * @param {string} [_=none] - * @returns {axis | string} - * @memberof axis - * @property - * by default tickStroke = 'black' - */ - axis.tickStroke = function (_) { - return arguments.length ? (tickStroke = _, axis) : tickStroke; - }; - /** - * Gets / sets the tickStrokeWidth - * (see {@link axis#tickStrokeWidth}) - * @param {number} [_=none] - * @returns {axis | number} - * @memberof axis - * @property - * by default tickStrokeWidth = 2 - */ - axis.tickStrokeWidth = function (_) { - return arguments.length ? (tickStrokeWidth = _, axis) : tickStrokeWidth; - }; - /** - * Gets / sets the tickLength - * (see {@link axis#tickLength}) - * @param {number} [_=none] - * @returns {axis | number} - * @memberof axis - * @property - * by default tickLength = 10 - */ - axis.tickLength = function (_) { - return arguments.length ? (tickLength = _, axis) : tickLength; - }; - - /** - * Gets / sets the tickLabelFontSize - * (see {@link axis#tickLabelFontSize}) - * @param {number} [_=none] - * @returns {axis | number} - * @memberof axis - * @property - * by default tickLabelFontSize = 14 - */ - axis.tickLabelFontSize = function (_) { - return arguments.length ? (tickLabelFontSize = _, axis) : tickLabelFontSize; - }; - /** - * Gets / sets the tickLabelMinFontSize - * (see {@link axis#tickLabelMinFontSize}) - * @param {number} [_=none] - * @returns {axis | number} - * @memberof axis - * @property - * by default tickLabelMinFontSize = 8 - */ - axis.tickLabelMinFontSize = function (_) { - return arguments.length ? (tickLabelMinFontSize = _, axis) : tickLabelMinFontSize; - }; - /** - * Gets / sets the tickLabelMaxFontSize - * (see {@link axis#tickLabelMaxFontSize}) - * @param {number} [_=none] - * @returns {axis | number} - * @memberof axis - * @property - * by default tickLabelMaxFontSize = 20 - */ - axis.tickLabelMaxFontSize = function (_) { - return arguments.length ? (tickLabelMaxFontSize = _, axis) : tickLabelMaxFontSize; - }; - - /** - * Gets / sets the tickLabelTextAnchor - * (see {@link axis#tickLabelTextAnchor}) - * @param {string} [_=none] - * @returns {axis | string} - * @memberof axis - * @property - * by default tickLabelTextAnchor = 'center' - */ - axis.tickLabelTextAnchor = function (_) { - return arguments.length ? (tickLabelTextAnchor = _, axis) : tickLabelTextAnchor; - }; - /** - * Gets / sets the tickLabelRotation - * (see {@link axis#tickLabelRotation}) - * @param {number} [_=none] - * @returns {axis | number} - * @memberof axis - * @property - * by default tickLabelRotation = 0 - */ - axis.tickLabelRotation = function (_) { - return arguments.length ? (tickLabelRotation = _, axis) : tickLabelRotation; - }; - /** - * Gets / sets the tickLabelFunc - * (see {@link axis#tickLabelFunc}) - * @param {function} [_=none] - * @returns {axis | function} - * @memberof axis - * @property - * by default tickLabelFunc = undefined - */ - axis.tickLabelFunc = function (_) { - return arguments.length ? (tickLabelFunc = _, axis) : tickLabelFunc; - }; - - /** - * Gets / sets the tickLabelOnClick - * (see {@link axis#tickLabelOnClick}) - * @param {function} [_=none] - * @returns {axis | function} - * @memberof axis - * @property - */ - axis.tickLabelOnClick = function (_) { - return arguments.length ? (tickLabelOnClick = _, axis) : tickLabelOnClick; - }; - - /** - * Gets / sets the guidelineSpace - * (see {@link axis#guidelineSpace}) - * @param {number} [_=none] - * @returns {axis | number} - * @memberof axis - * @property - * by default guidelineSpace = undefined - */ - axis.guidelineSpace = function (_) { - return arguments.length ? (guidelineSpace = _, axis) : guidelineSpace; - }; - /** - * Gets / sets the guideLineStroke - * (see {@link axis#guideLineStroke}) - * @param {string} [_=none] - * @returns {axis | string} - * @memberof axis - * @property - * by default guideLineStroke = "#333333" - */ - axis.guideLineStroke = function (_) { - return arguments.length ? (guideLineStroke = _, axis) : guideLineStroke; - }; - /** - * Gets / sets the guideLineStrokeWidth - * (see {@link axis#guideLineStrokeWidth}) - * @param {number} [_=none] - * @returns {axis | number} - * @memberof axis - * @property - * by default guideLineStrokeWidth = 2 - */ - axis.guideLineStrokeWidth = function (_) { - return arguments.length ? (guideLineStrokeWidth = _, axis) : guideLineStrokeWidth; - }; - - /** - * Gets / sets the transitionDuration - * (see {@link axis#transitionDuration}) - * @param {number} [_=none] - * @returns {axis | number} - * @memberof axis - * @property - * by default transitionDuration = 1000 - */ - axis.transitionDuration = function (_) { - return arguments.length ? (transitionDuration = _, axis) : transitionDuration; - }; - /** - * Gets / sets the easeFunc - * (see {@link axis#easeFunc}) - * @param {d3.ease} [_=none] - * @returns {axis | d3.ease} - * @memberof axis - * @property - * by default easeFunc = d3.easeExp - */ - axis.easeFunc = function (_) { - return arguments.length ? (easeFunc = _, axis) : easeFunc; - }; - - /** - * Gets / sets the objectSize - * (see {@link axis#objectSize}) - * @param {number} [_=none] - * @returns {axis | number} - * @memberof axis - * @property - * by default objectSize = undefined - */ - axis.objectSize = function (_) { - return arguments.length ? (objectSize = _, axis) : objectSize; - }; - /** - * Gets / sets the spacerSize - * (see {@link axis#spacerSize}) - * @param {number} [_=none] - * @returns {axis | number} - * @memberof axis - * @property - * by default spacerSize = undefined - */ - axis.spacerSize = function (_) { - return arguments.length ? (spacerSize = _, axis) : spacerSize; - }; - - /** - * Gets / sets the roundTo - * (see {@link axis#roundTo}) - * @param {number} [_=none] - * @returns {axis | number} - * @memberof axis - * @property - * by default roundTo = 2 - */ - axis.roundTo = function (_) { - return arguments.length ? (roundTo = _, axis) : roundTo; - }; - axis.reverseScaleQ = function (_) { - return arguments.length ? (reverseScaleQ = _, axis) : reverseScaleQ; - }; - - axis.tickLabelOnHoverFunc = function (_) { - return arguments.length ? (tickLabelOnHoverFunc = _, axis) : tickLabelOnHoverFunc; - }; - - function axis() { - // for convenience in handling orientation specific values - var horizontalQ = hasQ(['top', 'bottom', 'horizontal'], orient) ? true : false; - var verticalQ = !horizontalQ; - - // background cliping rectangle - var bgcpRect = { x: 0, y: 0, width: spaceX, height: spaceY - // modify the rect based on axis orientation - };if (orient == "left") { - bgcpRect.x -= spaceX; - if (guideLinesQ) { - bgcpRect.width += guidelineSpace; - } /* these two lines increase the clipping rect to allow for text at the edge of the axis */ - bgcpRect.y -= tickLabelMaxFontSize; - bgcpRect.height += 2 * tickLabelMaxFontSize; - } - if (orient == "bottom") { - bgcpRect.y = bgcpRect.y; - if (guideLinesQ) { - bgcpRect.y -= guidelineSpace;bgcpRect.height += guidelineSpace; - } /* these two lines increase the clipping rect to allow for text at the edge of the axis */ - bgcpRect.x -= tickLabelMaxFontSize; - bgcpRect.width += 2 * tickLabelMaxFontSize; - } - if (orient == "top") { - bgcpRect.y -= spaceY; - if (guideLinesQ) { - bgcpRect.height += guidelineSpace; - } /* these two lines increase the clipping rect to allow for text at the edge of the axis */ - bgcpRect.y -= tickLabelMaxFontSize; - bgcpRect.height += 2 * tickLabelMaxFontSize; - } - if (orient == "right") { - bgcpRect.x = 0; - if (guideLinesQ) { - bgcpRect.width += guidelineSpace;bgcpRect.x -= guidelineSpace; - } /* these two lines increase the clipping rect to allow for text at the edge of the axis */ - bgcpRect.y -= tickLabelMaxFontSize; - bgcpRect.height += 2 * tickLabelMaxFontSize; - } - - var container = setupContainer(selection, namespace, bgcpRect, backgroundFill); - - // defaults for text-anchor and text rotation - if (orient == 'top') { - tickLabelTextAnchor = tickLabelTextAnchor == undefined ? 'start' : tickLabelTextAnchor; - tickLabelRotation = tickLabelRotation == undefined ? -90 : tickLabelRotation; - } - if (orient == 'bottom') { - tickLabelTextAnchor = tickLabelTextAnchor == undefined ? 'end' : tickLabelTextAnchor; - tickLabelRotation = tickLabelRotation == undefined ? -90 : tickLabelRotation; - } - if (orient == 'left') { - tickLabelTextAnchor = tickLabelTextAnchor == undefined ? 'end' : tickLabelTextAnchor; - tickLabelRotation = tickLabelRotation == undefined ? 0 : tickLabelRotation; - } - if (orient == 'right') { - tickLabelTextAnchor = tickLabelTextAnchor == undefined ? 'start' : tickLabelTextAnchor; - tickLabelRotation = tickLabelRotation == undefined ? 0 : tickLabelRotation; - } - - /* - If categorical: - -> use grouping if defined, - -> else use the labels provided - else: - if grouping undefined - and no specified number of tickes - -> make numberOfTick ticks - -> else use provided tick values - -> use grouping - */ - var tickData = categoricalQ ? grouping == undefined ? tickLabels : grouping : grouping == undefined ? numberOfTicks != undefined ? - // ? (tickValues.length < numberOfTicks) - tickRange.apply(undefined, toConsumableArray(d3.extent(tickValues)).concat([numberOfTicks])) : tickValues : grouping; - - var flatTickData = flatten(tickData); - var numberOfObjects = flatTickData.length; - var space = horizontalQ ? spaceX : spaceY; - var extent = d3.extent(flatTickData); - - if (reverseScaleQ) { - extent.reverse(); - } - var domain = reverseScaleQ ? [extent[0] + domainPadding, extent[1] - domainPadding] : [extent[0] - domainPadding, extent[1] + domainPadding]; - - scale.domain(domain).range([horizontalQ ? 0 : spaceY, horizontalQ ? spaceX : 0]); - - /* - Scales are based on the values of the chart and correspond to the spacings of the - chart. If the chart has already been rendered, these values (expensive to caluclate) can - be passed to axis to prevent recalculation. - */ - - // calculate object size if needed - objectSize = objectSize == undefined ? calculateWidthOfObject(space, numberOfObjects, minObjectSize, maxObjectSize, objectSpacer, overflowQ) : objectSize; - - // calculate spacer size if needed - spacerSize = spacerSize == undefined ? calculateWidthOfSpacer(flatTickData, space, objectSize, numberOfObjects, objectSpacer, overflowQ) : spacerSize; - - var objClass = hypenate(namespace, categoricalQ ? objectClass + '-categorical' : objectClass); - - var spacerFunction = groupingSpacer().horizontalQ(horizontalQ).scale(scale).moveby(categoricalQ ? 'category' : 'scale').numberOfObjects(numberOfObjects).objectClass(objClass).objectSize(objectSize).spacerSize(spacerSize).transitionDuration(transitionDuration).easeFunc(easeFunc).namespace(namespace); - - var tickEnterAnimation = function tickEnterAnimation(sel) { - var mt = scale(sel.datum()), - dist = scale(extent[1]) * 2, - k = mt < extent[1] / 2 ? 1 : -1; - k = horizontalQ ? k * -1 : k; - sel.attr('transform', function (d, i) { - var x = horizontalQ ? dist * k : 0, - y = !horizontalQ ? dist * k : 0, - t = 'translate(' + x + ',' + y + ')'; - return t; - }); - }; - var tickExitAnimation = function tickExitAnimation(sel) { - var mt = scale(sel.datum()), - dist = scale(extent[1]) * 2, - k = mt < extent[1] / 2 ? 1 : -1; - k = horizontalQ ? k * -1 : k; - sel.transition().duration(transitionDuration).ease(easeFunc).style('opacity', 0).attr('transform', function (d, i) { - var x = horizontalQ ? dist * k : 0, - y = !horizontalQ ? dist * k : 0, - t = 'translate(' + x + ',' + y + ')'; - return t; - }).remove(); - }; - - if (!categoricalQ) { - spacerFunction.enterFunction(tickEnterAnimation); - spacerFunction.exitFunction(tickExitAnimation); - } - - // move tick containers - spacerFunction(container, tickData, 0); - - // move by for x and y needed to center categorical ticks, labels, and guidelines - function moveXBy(d, i, horizontalQ, categoricalQ, objectSize) { - return horizontalQ ? categoricalQ ? objectSize / 2 : 0 : 0; - } - - function moveYBy(d, i, verticalQ, categoricalQ, objectSize) { - return verticalQ ? categoricalQ ? objectSize / 2 : 0 : 0; - } - - var labelNameGroup = safeSelect(selection, 'g', hypenate(namespace, 'axis-name')); - - var labelElement = safeSelect(labelNameGroup, 'text', hypenate(namespace, 'name')); - if (labelElement != undefined) { - labelElement.text(label); - - if (orient == 'left' || orient == 'right') { - labelElement.attr('transform', 'rotate(-90)'); - } - - var bbox = labelElement.node().getBoundingClientRect(); - labelNameGroup.attr('transform', function (d, i) { - var x = 0, - y = 0, - t; - - if (orient == 'bottom') { - x = spaceX - bbox.width - tickLabelMargin; - y = -tickTickLabelSpacer; - } else if (orient == 'top') { - x = spaceX - bbox.width - tickLabelMargin; - x = tickLabelMargin; - y = bbox.height + tickTickLabelSpacer; - } else if (orient == 'left') { - x = bbox.width + tickTickLabelSpacer; - y = bbox.height + tickLabelMargin; - } else if (orient == 'right') { - x = -(bbox.width + tickTickLabelSpacer); - y = bbox.height + tickLabelMargin; - } - t = 'translate(' + x + ',' + y + ')'; - return t; - }); - } else { - labelElement.remove(); - } - /* - Idea from Stack Overflow - https://stackoverflow.com/questions/50579535/d3-js-v4-truncate-text-to-fit-in-fixed-space/50585022?noredirect=1#comment88235562_50585022 - to use clip path to make things fit in fixed size. Have yet got this to work nicely. - */ - // var defs = d3.select(container.node().parentNode).select('defs') - // var tickLabelClipPath = safeSelect(defs, 'clipPath', hypenate(namespace,'tick-label-clip-path')).attr('id', hypenate(namespace,'tick-label-clip-path')) - // var tickLabelClipPathRect = safeSelect(tickLabelClipPath, 'rect', hypenate(namespace,'tick-label-clip-path-rect')) - // .attr('x', 0) - // .attr('y', 0) - // .attr('width', function(d, i){ - // if (horizontalQ) { return tickLabelFontSize } - // if (verticalQ) { return spaceX - tickLength } - // }) - // .attr('height', function(d, i){ - // if (verticalQ) { return tickLabelFontSize } - // if (horizontalQ) { return spaceY - tickLength } - // }) - - - // for each tick container - var ticks = container.selectAll('g:not(.to-remove).' + objClass).each(function (d, i) { - var that = d3.select(this).style('opacity', 1); - - // make and move tick - var tick = safeSelect(that, 'line', hypenate(namespace, 'tick')).attr("x1", 0).attr("x2", horizontalQ ? 0 : orient == "left" ? -tickLength : tickLength).attr("y1", 0).attr('y2', verticalQ ? 0 : orient == "top" ? -tickLength : tickLength).attr('stroke', tickStroke).attr('stroke-width', tickStrokeWidth).attr('transform', function (d, i) { - var x = moveXBy(d, i, horizontalQ, categoricalQ, objectSize), - y = moveYBy(d, i, verticalQ, categoricalQ, objectSize), - t = 'translate(' + x + ',' + y + ')'; - return t; - }); - - // make and move label - var label = safeSelect(that, 'text', hypenate(namespace, 'label')).text(function (d, i) { - var s = typeof d == 'number' ? round(d, roundTo) : d; - s = truncateString(String(s), (horizontalQ ? spaceY : spaceX) - tickLength - tickLabelMargin - tickTickLabelSpacer, tickLabelFontSize * 0.45); - return s; - }).attr('font-size', tickLabelFontSize).attr('text-anchor', tickLabelTextAnchor); - // truncateText(label, label.text(), orient, tickLength, horizontalQ ? spaceY : spaceX, overflowQ) - - label.attr('transform', function (d, i) { - var rect = d3.select(this).node().getBoundingClientRect(), - leng = d3.select(this).node().getComputedTextLength(), - x = moveXBy(d, i, horizontalQ, categoricalQ, objectSize), - y = moveYBy(d, i, verticalQ, categoricalQ, objectSize); - - if (orient == 'top') { - y = -(tickLength + tickTickLabelSpacer); - // y = tickLength+tickTickLabelSpacer; - - // y -= Math.max(rect.height, rect.width); - x += Math.min(rect.height, rect.width) * 0.25; - // x -= leng * 0.25 + s - } - if (orient == 'bottom') { - y = tickLength + tickTickLabelSpacer; - x += Math.min(rect.height, rect.width) * 0.25; - // x += leng * 0.25 - s - } - if (orient == 'left') { - x -= tickLength + tickTickLabelSpacer; - // y += rect.height * 0.5; y-= rect.height/4 - y += Math.min(rect.height, rect.width) * 0.25; - // y += leng * 0.25 - } - if (orient == 'right') { - x += tickLength + tickTickLabelSpacer; - // y += Math.min(rect.height, rect.width) * 0.25 - // y += leng * 0.25 - y += rect.height * 0.5;y -= rect.height / 4; - } - - var t = 'translate(' + x + ',' + y + ')', - r = 'rotate(' + tickLabelRotation + ')'; - return t + r; - }).on('mousemove', labelHover).on('mouseout', labelHoverOff).on('click', tickLabelOnClick); - // .attr('clip-path', 'url(#'+hypenate(namespace,'tick-label-clip-path')+')') - - // add guidlines as needed - if (guideLinesQ) { - var gline = safeSelect(that, 'line', hypenate(namespace, 'guideline')).transition().duration(transitionDuration).ease(easeFunc).attr("x1", 0).attr("x2", horizontalQ ? 0 : orient == "left" ? guidelineSpace : -guidelineSpace).attr("y1", 0).attr('y2', verticalQ ? 0 : orient == "top" ? guidelineSpace : -guidelineSpace).attr('transform', function (d, i) { - var x = moveXBy(d, i, horizontalQ, categoricalQ, objectSize), - y = moveYBy(d, i, verticalQ, categoricalQ, objectSize), - t = 'translate(' + x + ',' + y + ')'; - return t; - }); - } else { - that.select('line.' + hypenate(namespace, 'guideline')).remove(); - } - }); - - // apply alternating guidline thickness - if (guideLinesQ) { - container.selectAll('.' + hypenate(namespace, 'guideline')).attr('stroke', function (d, i) { - if (i % 2 == 0) { - return modifyHexidecimalColorLuminance(guideLineStroke, 0.8); - } - return guideLineStroke; - }).attr('stroke-width', function (d, i) { - if (i % 2 == 0) { - return guideLineStrokeWidth * 0.8; - } - return guideLineStrokeWidth; - }).attr('minor', function (d, i) { - return i % 2 == 0; - }); - } - - /*************************************************************************** - ** Make the line of the axis - ***************************************************************************/ - var line = safeSelect(selection, 'path', hypenate(namespace, 'line')) - // .attr('x1', 0) - // .attr('x2', horizontalQ ? spaceX : 0) - // .attr('y1', 0) - // .attr('y2', horizontalQ ? 0 : spaceY) - .attr('d', horizontalQ ? 'M 0,0 H' + spaceX + ',0' : 'M 0,0 V 0,' + spaceY).attr('stroke', lineStroke).attr('stroke-width', lineStrokeWidth).classed('axis-line', true); - } - - // hover of label show full text label in case it is truncated - function labelHover(d, i) { - var t = d3.select(this).style('fill', 'red'); - d3.select(t.node().parentNode).select("line." + hypenate(namespace, 'tick')).attr("stroke", 'red').attr("stroke-width", tickStrokeWidth * 2); - - if (guideLinesQ) { - d3.select(t.node().parentNode).select('line.' + hypenate(namespace, 'guideline')).attr('stroke', 'red').attr('stroke-width', guideLineStrokeWidth * 2); - } - - var s = typeof d == 'number' ? round(d, roundTo) : d; - - var m = d3.mouse(d3.select('html').node()); - var div = safeSelect(d3.select('body'), 'div', hypenate(namespace, 'guideline-tooltip')).attr('id', hypenate(namespace, 'guideline-tooltip')).style('position', 'absolute').style('left', d3.event.pageX + 15 + 'px').style('top', d3.event.pageY + 15 + 'px').style('background-color', 'white').style('border-color', 'black') - // .style('min-width', (tickLabelFontSize * (String(s).split('.')[0].length+3))+'px') - // .style('min-height', (tickLabelFontSize * (String(s).split('.')[0].length+3))+'px') - .style('border-radius', '10px').style('display', 'flex').style('justify-content', 'center').style('text-align', 'middle').style('padding', 4 + "px").style('border-style', 'solid').style('border-width', 2); - - var text = safeSelect(div, 'div').text(tickLabelOnHoverFunc(s, i)).style('color', 'black').style('align-self', 'center'); - - var bbox = div.node().getBoundingClientRect(); - if (bbox.x + bbox.width > window.innerWidth) { - div.style('left', d3.event.pageX - 15 - 300 + 'px'); - } - } - - function labelHoverOff(d, i) { - var t = d3.select(this).style('fill', 'black'); - d3.select(t.node().parentNode).select("line." + hypenate(namespace, 'tick')).attr("stroke", tickStroke).attr("stroke-width", tickStrokeWidth); - - if (guideLinesQ) { - var gline = d3.select(t.node().parentNode).select('line.' + hypenate(namespace, 'guideline')); - var minorQ = gline.attr('minor'); - gline.attr('stroke', function (d, ii) { - if (minorQ == 'true') { - return modifyHexidecimalColorLuminance(guideLineStroke, 0.8); - } - return guideLineStroke; - }).attr('stroke-width', function (d, ii) { - if (minorQ == 'true') { - return guideLineStrokeWidth * 0.8; - } - return guideLineStrokeWidth; - }); - } - d3.select("#" + hypenate(namespace, 'guideline-tooltip')).remove(); - } - - return axis; - } - - /** - * Creates a colorFunction - * @constructor colorFunction - * @namespace colorFunction - * @returns {function} colorFunction - */ - function colorFunction() { - var /** - * Default colors to use - * @param {number[]} [colors=["#2c7bb6", "#00a6ca", "#00ccbc", "#90eb9d", "#ffff8c", "#f9d057", "#f29e2e", "#e76818", "#d7191c"]] - * @memberof colorFunction# - * @property - */ - colors = ["#2c7bb6", "#00a6ca", "#00ccbc", "#90eb9d", "#ffff8c", "#f9d057", "#f29e2e", "#e76818", "#d7191c"], - - /** - * Interpolator for colors - * @param {d3.interpolation} [interpolation=d3.interpolateRgb] - * @memberof colorFunction# - * @property - */ - interpolation = d3.interpolateRgb, - - /** - * Function for modifying color luminance - * @param {function} [modifyOpacity=modifyHexidecimalColorLuminance] - * @memberof colorFunction# - * @property - */ - modifyOpacity = modifyHexidecimalColorLuminance, - - /** - * How to modify color for stroke - * @param {number} [strokeOpacity=0] - * @memberof colorFunction# - * @property - */ - strokeOpacity = 0, - - /** - * How to modify color for fill - * @param {number} [fillOpacity=0.4] - * @memberof colorFunction# - * @property - */ - fillOpacity = 0.4, - - /** - * How to determine the color to use - * @param {string} [colorBy='index'] - * @memberof colorFunction# - * @property - */ - colorBy = 'index', - - /** - * Sets the scale for interpolating the colors - * @param {number[]} [dataExtent=[0, colors.length - 1]] - * @memberof colorFunction# - * @property - */ - dataExtent = [0, colors.length - 1], - - /** - * Extracts the value to color by - * @param {function} [valueExtractor=function(k, v, i) {return v}] - * @memberof colorFunction# - * @property - */ - valueExtractor = function valueExtractor(k, v, i) { - return v; - }, - - - /** - * Extracts the category to color by - * @param {function} [categoryExtractor=function(k, v, i) {return v.category}] - * @memberof colorFunction# - * @property - */ - categoryExtractor = function categoryExtractor(k, v, i) { - return v.category; - }, - - - /** - * The different type of categories of which to color by - * @param {string[]} [categories=undefined] - * @memberof colorFunction# - * @property - */ - categories, - - - /** - * Scale for interpolating the colors - * @param {d3.scale} [scale=d3.scaleLinear()] - * @memberof colorFunction# - * @property - */ - scale = d3.scaleLinear().interpolate(interpolation).domain(dataExtent).range(colors), - helperScale = d3.scaleLinear(); - - // var h = x => '#' + x.match(/\d+/g).map(y = z => ((+z < 16)?'0':'') + (+z).toString(16)).join(''); - var h = function h(x) { - return "#" + x.match(/\d+/g).map(function (y, i) { - return (+y < 16 ? '0' : '') + (+y).toString(16); - }).join(''); - }; - - /** - * Gets or sets the default colors - * (see {@link colorFunction#colors}) - * @param {number[]} [_=none] - * @returns {colorFunction | number[]} - * @memberof colorFunction - * @property - */ - colorFunction.colors = function (_) { - return arguments.length ? (colors = _, scale.range(colors), colorFunction) : colors; - }; - /** - * Gets or sets the function for interpolating the colors - * (see {@link colorFunction#interpolation}) - * @param {d3.interpolation} [_=none] - * @returns {colorFunction | d3.interpolation} - * @memberof colorFunction - * @property - */ - colorFunction.interpolation = function (_) { - return arguments.length ? (interpolation = _, scale.interpolate(interpolation).range(colors), colorFunction) : interpolation; - }; - /** - * Gets or sets the values for the scale which transforms the value to a color - * (see {@link colorFunction#dataExtent}) - * @param {number[]} [_=none] - * @returns {colorFunction | number[]} - * @memberof colorFunction - * @property - */ - colorFunction.dataExtent = function (_) { - return arguments.length ? (dataExtent = _, scale.domain(dataExtent).interpolate(scale.interpolate()), colorFunction) : dataExtent; - }; - /** - * Gets or sets the vthe scale which transforms the value to a color - * (see {@link colorFunction#scale}) - * @param {d3.scale} [_=none] - * @returns {colorFunction | d3.scale} - * @memberof colorFunction - * @property - */ - colorFunction.scale = function (_) { - return arguments.length ? (_ = _.domain(scale.domain()).interpolate(scale.interpolate()).range(scale.range()), scale = _, colorFunction) : scale; - }; - /** - * Gets or sets the function for modify opacity - * (see {@link colorFunction#modifyOpacity}) - * @param {function} [_=none] - * @returns {colorFunction | function} - * @memberof colorFunction - * @property - */ - colorFunction.modifyOpacity = function (_) { - return arguments.length ? (modifyOpacity = _, colorFunction) : modifyOpacity; - }; - /** - * Gets or sets the value to modify the color for the stroke via {@link colorFunction#modifyOpacity} - * (see {@link colorFunction#strokeOpacity}) - * @param {number} [_=none] - * @returns {colorFunction | number} - * @memberof colorFunction - * @property - */ - colorFunction.strokeOpacity = function (_) { - return arguments.length ? (strokeOpacity = _, colorFunction) : strokeOpacity; - }; - /** - * Gets or sets the value to modify the color for the stroke via {@link colorFunction#fillOpacity} - * (see {@link colorFunction#fillOpacity}) - * @param {number} [_=none] - * @returns {colorFunction | number} - * @memberof colorFunction - * @property - */ - colorFunction.fillOpacity = function (_) { - return arguments.length ? (fillOpacity = _, colorFunction) : fillOpacity; - }; - /** - * Gets or sets the value to colorBy - * (see {@link colorFunction#colorBy}) - * @param {string} [_=none] - * @returns {colorFunction | string} - * @memberof colorFunction - * @property - */ - colorFunction.colorBy = function (_) { - return arguments.length ? (colorBy = _, colorFunction) : colorBy; - }; - /** - * Gets or sets the value of valueExtractor - * (see {@link colorFunction#valueExtractor}) - * @param {function} [_=none] - * @returns {colorFunction | function} - * @memberof colorFunction - * @property - */ - colorFunction.valueExtractor = function (_) { - return arguments.length ? (valueExtractor = _, colorFunction) : valueExtractor; - }; - - /** - * Gets or sets the value of categoryExtractor - * (see {@link colorFunction#categoryExtractor}) - * @param {function} [_=none] - * @returns {colorFunction | function} - * @memberof colorFunction - * @property - */ - colorFunction.categoryExtractor = function (_) { - return arguments.length ? (categoryExtractor = _, colorFunction) : categoryExtractor; - }; - /** - * Gets or sets the value of categoryExtractor - * (see {@link colorFunction#categories}) - * @param {string[]} [_=none] - * @returns {colorFunction | string[]} - * @memberof colorFunction - * @property - */ - colorFunction.categories = function (_) { - return arguments.length ? (categories = _, colorFunction) : categories; - }; - - function colorFunction(key, value, index, type, hoverQ) { - var c, - opac = type == "fill" ? fillOpacity : strokeOpacity; - - updateScale(); - - if (colorBy == "index") { - c = type != undefined ? modifyOpacity(h(scale(index)), opac) : h(scale(index)); - } else if (colorBy == 'value') { - var v = valueExtractor(key, value, index); - // if (v < dataExtent[0]) {dataExtent[0] = v; updateScale()} - // if (v > dataExtent[1]) {dataExtent[1] = v; updateScale()} - - c = type != undefined ? modifyOpacity(h(scale(v)), opac) : h(scale(v)); - } else if (colorBy == 'category') { - var cat = categoryExtractor(key, value, index); - var v = categories.indexOf(cat); - c = type != undefined ? modifyOpacity(h(scale(v)), opac) : h(scale(v)); - } else { - c = type != undefined ? modifyOpacity(h(scale(index)), opac) : h(scale(index)); - } - - return c; - } - - function updateScale() { - - helperScale.domain([0, colors.length]); - if (colorBy == 'category' && categories != undefined) { - helperScale.range([0, categories.length]); - } else { - helperScale.range(dataExtent); - } - - var a = Array(colors.length).fill(0).map(function (d, i) { - return helperScale(i); - }); - scale.domain(a); - } - - return colorFunction; - } - - /******************************************************************************* - ** ** - ** ** - ** TOOLTIP ** - ** ** - ** ** - *******************************************************************************/ - /** - * Produces a function for handling the tooltip - * - * {@link https://sumneuron.gitlab.io/d3sm/demos/tooltip-design/index.html Demo} - * @param {d3.selection} selection - * @returns {tooltip} - * @namespace tooltip - */ - function tooltip(selection) { - - var keys, values, header, data, selection; - - /** - * Gets / sets the keys to be displayed in the tooltip. - * If not set, uses d3.keys(data[key]) - * @param {string[]} [_=none] - * @returns {tooltip | string[]} - * @memberof tooltip - */ - tooltip.keys = function (_) { - return arguments.length ? (keys = _, tooltip) : keys; - }; - /** - * Gets / sets the values to be displayed next to the keys. - * If not set, uses data[key][keys[i]]. - * If a function, gets passed currentData (data[key]) and keys[i]. - * @param {*[]} [_=none] - * @returns {tooltip | *[]} - * @memberof tooltip - */ - tooltip.values = function (_) { - return arguments.length ? (values = _, tooltip) : values; - }; - /** - * Gets / sets the header to be displayed in the tooltip. - * If not set, uses key - * @param {string} [_=none] - * @returns {tooltip | string} - * @memberof tooltip - */ - tooltip.header = function (_) { - return arguments.length ? (header = _, tooltip) : header; - }; - /** - * Gets / sets the data (over the selection) to be used for the tooltip - * @param {Object} [_=none] - * @returns {tooltip | Object} - * @memberof tooltip - */ - tooltip.data = function (_) { - return arguments.length ? (data = _, tooltip) : data; - }; - /** - * Gets / sets the selection for the tooltip to be applied on - * @param {d3.selection} [_=none] - * @returns {tooltip | d3.selection} - * @memberof tooltip - */ - tooltip.selection = function (_) { - return arguments.length ? (selection = _, tooltip) : selection; - }; - - /** - * Bind, via selection.on(), the mousemove and mouseout events - * @returns undefined - */ - function tooltip() { - selection.on('mouseover', mousemove); - selection.on('mousemove', mousemove); - selection.on('mouseout', function () { - d3.selectAll(".d3sm-tooltip").remove(); - }); - } - - /** - * Produces the tooltip on mousemove - * @param {string} key of the object targeted by the mousemove - * @param {number} i (index) of the object targeted by mousemove - * @memberof tooltip - * @private - */ - function mousemove(key, i) { - consoleGroup('d3sm-tooltip'); - var currentData = data[key]; - - var _d3$mouse = d3.mouse(d3.select("html").node()), - _d3$mouse2 = slicedToArray(_d3$mouse, 2), - x = _d3$mouse2[0], - y = _d3$mouse2[1]; - - log('tooltip', 'mousemove detected', { key: key, index: i, x: x, y: y }); - log('tooltip', 'current data', currentData); - - var div = safeSelect(d3.select('html'), 'tooltip', 'd3sm-tooltip').classed('card', true).style('max-width', '300px').style('background-color', "#212529").style('color', 'white'); - - var cardBody = safeSelect(div, 'div', 'card-body'); - var cardTitle = safeSelect(cardBody, 'h5', 'card-title').text(header == undefined ? key : typeof header == 'function' ? header(key, currentData, i) : header).style('color', 'cyan'); - - var table = safeSelect(cardBody, 'table', 'table').classed('table-dark', true); - var tBody = safeSelect(table, 'tbody'); - - tBody = tBody.selectAll('tr'); - tBody = tBody.data(keys == undefined ? d3.keys(currentData) : keys); - tBody.exit().remove(); - - var tr = tBody.enter().append('tr').style('max-width', '300px'); - tr.append('td').attr('class', function (d, i) { - return 'tooltip-key'; - }); - tr.append('td').attr('class', function (d, i, j) { - return 'tooltip-value'; - }).attr('tooltip-row-index', function (d, i) { - return i; - }); - - // tBody = tBody.merge(tr) - consoleGroup('tooltip-rows'); - tBody.selectAll('.tooltip-key').text(function (d, i) { - return d; - }); - tBody.selectAll('tr .tooltip-value').text(function (d, i) { - log('tooltip', 'trying to set value', { rowKey: d, rowIndex: i }); - var i = d3.select(this).attr('tooltip-row-index'); - var v = currentData[d]; - - if (values != undefined) { - v = values[i];if (typeof v == "function") { - v = v(currentData, d); - } - } - return typeof v == 'number' ? round(v, 5) : v; - }); - consoleGroupEnd(); - consoleGroupEnd(); - - x += 15; - // x += 15 - var bbox = div.node().getBoundingClientRect(); - if (x + bbox.width > window.innerWidth - window.scrollX) { - x = d3.event.pageX - bbox.width - 15; - } - if (y + bbox.height > window.innerHeight - window.scrollY) { - y = d3.event.pageY - bbox.height - 15; - } - div.style('position') == "relative" ? div.style('position', 'absolute').style('left', x + 'px').style('top', y + 'px') : div.style('left', x + 'px').style('top', y + 'px'); - // .transition().duration(200).ease(d3.easeSin) - - // if (bbox.x + bbox.width > window.innerWidth) { - // div.style('left', (d3.event.pageX-15-bbox.width)+'px') - // } - // if (bbox.y + bbox.height > window.innerHeight) { - // div.style('top', (d3.event.pageY-15-bbox.height)+'px') - // } - - div.attr('z-index', 10000); - } - - return tooltip; - } - - /******************************************************************************* - ** ** - ** ** - ** BAR ** - ** ** - ** ** - *******************************************************************************/ - - /** - * Creates a bar - * - * {@link https://sumneuron.gitlab.io/d3sm/demos/bar-chart-same-data-complex-grouping/index.html Demo} - * @constructor bar - * @param {d3.selection} selection - * @namespace bar - * @returns {function} bar - */ - function bar(selection) { - /* - Assumes that data is list an object. - The keys of data will be bound to the bars. - The valueExtractor function will extract the value from data[key]. - Grouping can be used if desired. It should be an arbitrary complex list where - the values are strings matching keys in data. - */ - var - /** - * Data to plot. Assumed to be a object, where each key corresponds to a bar - * (see {@link bar#data}) - * @param {Object} [data=undefined] - * @memberof bar# - * @property - */ - data, - - /** - * Which direction to render the bars in - * (see {@link bar#orient}) - * @param {number} [orient='horizontal'] - * @memberof bar# - * @property - */ - orient = 'horizontal', - - /** - * Amount of horizontal space (in pixels) avaible to render the bar in - * (see {@link bar#spaceX}) - * @param {number} [spaceX=undefined] - * @memberof bar# - * @property - */ - spaceX, - - /** - * Amount of vertical space (in pixels) avaible to render the bar in - * (see {@link bar.spaceY}) - * @param {number} [spaceY=undefined] - * @memberof bar# - * @property - */ - spaceY, - - - /** - * Whether or not to allow bar to render elements pass the main spatial dimension - * given the orientation (see {@link bar#orient}), where {@link bar#orient}="horizontal" - * the main dimension is {@link bar#spaceX} and where {@link bar#orient}="vertical" - * the main dimension is {@link bar#spaceY} - * @param {boolean} [overflowQ=false] - * @memberof bar# - * @property - */ - overflowQ = false, - - - /** - * An array - putatively of other arrays - depicting how bars should be arranged - * @param {Array[]} [grouping=undefined] - * @memberof bar# - * @property - */ - grouping, - - - /** - * How to get the value of the bar - * @param {function} [valueExtractor=function(key, index) { return data[key] }] - * @memberof bar# - * @property - */ - valueExtractor = function valueExtractor(key, index) { - return data[key]; - }, - - /** - * How to sort the bars - if {@link bar#grouping} is not provided. - * @param {function} [sortingFunction=function(keyA, keyB) {return d3.descending(data[keyA], data[keyB])}] - * @memberof bar# - * @property - */ - sortingFunction = function sortingFunction(keyA, keyB) { - return d3.descending(data[keyA], data[keyB]); - }, - - - /** - * The scale for which bar values should be transformed by - * @param {d3.scale} [scale=d3.scaleLinear] - * @memberof bar# - * @property - */ - scale = d3.scaleLinear(), - - /** - * The padding for the domain of the scale (see {@link bar#scale}) - * @param {number} [domainPadding=0.5] - * @memberof bar# - * @property - */ - domainPadding = 0.5, - - - /** - * Default space for the spacer (percentage) of main dimension given the orientation - * (see {@link bar#orient}), where {@link bar#orient}="horizontal" - * the main dimension is {@link bar#spaceX} and where {@link bar#orient}="vertical" - * the main dimension is {@link bar#spaceY} between bars - * @param {number} [objectSpacer=0.05] - * @memberof bar# - * @property - */ - objectSpacer = 0.05, - - /** - * The minimum size that an object can be - * @param {number} [minObjectSize=50] - * @memberof bar# - * @property - */ - minObjectSize = 50, - - /** - * The maximum size that an object can be - * @param {number} [maxObjectSize=100] - * @memberof bar# - * @property - */ - maxObjectSize = 100, - - - /** - * The stroke width of the bars - * @param {number} [barStrokeWidth=2] - * @memberof bar# - * @property - */ - barStrokeWidth = 2, - - /** - * Instance of ColorFunction - * @param {function} [colorFunction = colorFunction()] - * @memberof bar# - * @property - */ - colorFunction$$1 = colorFunction(), - - - /** - * Color of the background - * @param {string} [backgroundFill="transparent"] - * @memberof bar# - * @property - */ - backgroundFill = 'transparent', - - /** - * Namespace for all items made by this instance of bar - * @param {string} [namespace="d3sm-bar"] - * @memberof bar# - * @property - */ - namespace = 'd3sm-bar', - - /** - * Class name for bar container ( element) - * @param {string} [objectClass="bar"] - * @memberof bar# - * @property - */ - objectClass = 'bar', - - - /** - * Duration of all transitions of this element - * @param {number} [transitionDuration=1000] - * @memberof bar# - * @property - */ - transitionDuration = 1000, - - /** - * Easing function for transitions - * @param {d3.ease} [easeFunc=d3.easeExp] - * @memberof bar# - * @property - */ - easeFunc = d3.easeExp, - - - // useful values to extract to prevent re-calculation - /** - * The keys of the bars - * @param {string[]} [barKeys=undefined] - * @memberof bar# - * @property - */ - barKeys, - - /** - * The values of the bars - * @param {number[]} [barValues=undefined] - * @memberof bar# - * @property - */ - barValues, - - /** - * The objectSize (actual width) used by the bars - * @param {number} [objectSize=undefined] - * @memberof bar# - * @property - */ - objectSize, - - /** - * The spacerSize (actual width) used by the spacers between the bars - * @param {number} [spacerSize=undefined] - * @memberof bar# - * @property - */ - spacerSize, - - /** - * Instance of Tooltip - * @param {function} [tooltip=tooltip()] - * @memberof bar# - * @property - */ - tooltip$$1 = tooltip(), - barPercent = 1; - - /** - * Gets or sets the selection in which items are manipulated - * @param {d3.selection} [_=none] - * @returns {bar | d3.selection} - * @memberof bar - * @property - * by default selection = selection - */ - bar.selection = function (_) { - return arguments.length ? (selection = _, bar) : selection; - }; - /** - * Gets or sets the data - * (see {@link bar#data}) - * @param {number} [_=none] - * @returns {bar | object} - * @memberof bar - * @property - */ - bar.data = function (_) { - return arguments.length ? (data = _, bar) : data; - }; - /** - * Gets or sets the orient of the bars - * (see {@link bar#orient}) - * @param {number} [_=none] - * @returns {bar | object} - * @memberof bar - * @property - */ - bar.orient = function (_) { - return arguments.length ? (orient = _, bar) : orient; - }; - /** - * Gets or sets the amount of horizontal space in which items are manipulated - * (see {@link bar#spaceX}) - * @param {number} [_=none] should be a number > 0 - * @returns {bar | number} - * @memberof bar - * @property - * by default spaceX = undefined - */ - bar.spaceX = function (_) { - return arguments.length ? (spaceX = _, bar) : spaceX; - }; - /** - * Gets or sets the amount of vertical space in which items are manipulated - * (see {@link bar#spaceY}) - * @param {number} [_=none] should be a number > 0 - * @returns {bar | number} - * @memberof bar - * @property - * by default spaceY = undefined - */ - bar.spaceY = function (_) { - return arguments.length ? (spaceY = _, bar) : spaceY; - }; - - /** - * Gets / sets whether or not bar is allowed to go beyond specified dimensions - * (see {@link bar#spaceX}) - * @param {boolean} [_=none] - * @returns {bar | boolean} - * @memberof bar - * @property - * by default overflowQ = false - */ - bar.overflowQ = function (_) { - return arguments.length ? (overflowQ = _, bar) : overflowQ; - }; - /** - * Gets / sets the grouping of the bars - * (see {@link bar#grouping}) - * @param {Array[]} [_=none] - * @returns {bar | Array[]} - * @memberof bar - * @property - * by default grouping = undefined - */ - bar.grouping = function (_) { - return arguments.length ? (grouping = _, bar) : grouping; - }; - /** - * Gets / sets the valueExtractor - * (see {@link bar#valueExtractor}) - * @param {function} [_=none] - * @returns {bar | function} - * @memberof bar - * @property - * by default valueExtractor = function(key, index) { return data[key] }, - */ - bar.valueExtractor = function (_) { - return arguments.length ? (valueExtractor = _, bar) : valueExtractor; - }; - /** - * Gets / sets the sortingFunction - * (see {@link bar#sortingFunction}) - * @param {function} [_=none] - * @returns {bar | function} - * @memberof bar - * @property - * by default sortingFunction = function(keyA, keyB) {return d3.descending(data[keyA], data[keyB])}, - */ - bar.sortingFunction = function (_) { - return arguments.length ? (sortingFunction = _, bar) : sortingFunction; - }; - /** - * Gets / sets the scale for which the bar values should be transformed by - * (see {@link bar#scale}) - * @param {d3.scale} [_=none] - * @returns {bar | d3.scale} - * @memberof bar - * @property - * by default scale = d3.scaleLinear() - */ - bar.scale = function (_) { - return arguments.length ? (scale = _, bar) : scale; - }; - /** - * Gets / sets the padding for the domain of the scale - * (see {@link bar#domainPadding}) - * @param {number} [_=none] - * @returns {bar | number} - * @memberof bar - * @property - * by default domainPadding = 0.5 - */ - bar.domainPadding = function (_) { - return arguments.length ? (domainPadding = _, bar) : domainPadding; - }; - /** - * Gets / sets objectSpacer - * (see {@link bar#objectSpacer}) - * @param {number} [_=none] - * @returns {bar | number} - * @memberof bar - * @property - * by default objectSpacer = 0.05 - */ - bar.objectSpacer = function (_) { - return arguments.length ? (objectSpacer = _, bar) : objectSpacer; - }; - /** - * Gets / sets the minObjectSize - * (see {@link bar#minObjectSize}) - * @param {number} [_=none] - * @returns {bar | number} - * @memberof bar - * @property - * by default minObjectSize = 50 - */ - bar.minObjectSize = function (_) { - return arguments.length ? (minObjectSize = _, bar) : minObjectSize; - }; - /** - * Gets / sets the maxObjectSize - * (see {@link bar#maxObjectSize}) - * @param {number} [_=none] - * @returns {bar | number} - * @memberof bar - * @property - * by default maxObjectSize = 100 - */ - bar.maxObjectSize = function (_) { - return arguments.length ? (maxObjectSize = _, bar) : maxObjectSize; - }; - - /** - * Gets / sets the barStrokeWidth - * (see {@link bar#barStrokeWidth}) - * @param {number} [_=none] - * @returns {bar | number} - * @memberof bar - * @property - * by default barStrokeWidth = 2 - */ - bar.barStrokeWidth = function (_) { - return arguments.length ? (barStrokeWidth = _, bar) : barStrokeWidth; - }; - /** - * Gets / sets the colorFunction - * (see {@link bar#colorFunction}) - * @param {number} [_=none] - * @returns {bar | number} - * @memberof bar - * @property - * by default colorFunction = colorFunction() - */ - bar.colorFunction = function (_) { - return arguments.length ? (colorFunction$$1 = _, bar) : colorFunction$$1; - }; - - /** - * Gets / sets the backgroundFill - * (see {@link bar#backgroundFill}) - * @param {string} [_=none] - * @returns {bar | string} - * @memberof bar - * @property - * by default backgroundFill = 'transparent' - */ - bar.backgroundFill = function (_) { - return arguments.length ? (backgroundFill = _, bar) : backgroundFill; - }; - /** - * Gets / sets the namespace - * (see {@link bar#namespace}) - * @param {string} [_=none] - * @returns {bar | string} - * @memberof bar - * @property - * by default namespace = 'd3sm-bar' - */ - bar.namespace = function (_) { - return arguments.length ? (namespace = _, bar) : namespace; - }; - /** - * Gets / sets the objectClass - * (see {@link bar#objectClass}) - * @param {string} [_=none] - * @returns {bar | string} - * @memberof bar - * @property - * by default objectClass = 'tick-group' - */ - bar.objectClass = function (_) { - return arguments.length ? (objectClass = _, bar) : objectClass; - }; - /** - * Gets / sets the transitionDuration - * (see {@link bar#transitionDuration}) - * @param {number} [_=none] - * @returns {bar | number} - * @memberof bar - * @property - * by default transitionDuration = 1000 - */ - bar.transitionDuration = function (_) { - return arguments.length ? (transitionDuration = _, bar) : transitionDuration; - }; - /** - * Gets / sets the easeFunc - * (see {@link bar#easeFunc}) - * @param {d3.ease} [_=none] - * @returns {bar | d3.ease} - * @memberof bar - * @property - * by default easeFunc = d3.easeExp - */ - bar.easeFunc = function (_) { - return arguments.length ? (easeFunc = _, bar) : easeFunc; - }; - - /** - * Gets / sets the barKeys - * (see {@link bar#barKeys}) - * @param {string[]} [_=none] - * @returns {bar | string[]} - * @memberof bar - * @property - * by default barKeys = undefined - */ - bar.barKeys = function (_) { - return arguments.length ? (barKeys = _, bar) : barKeys; - }; - /** - * Gets / sets the barValues - * (see {@link bar#barValues}) - * @param {number[]} [_=none] - * @returns {bar | number[]} - * @memberof bar - * @property - * by default barValues = undefined - */ - bar.barValues = function (_) { - return arguments.length ? (barValues = _, bar) : barValues; - }; - /** - * Gets / sets the objectSize - * (see {@link bar#objectSize}) - * @param {number} [_=none] - * @returns {bar | number} - * @memberof bar - * @property - * by default objectSize = undefined - */ - bar.objectSize = function (_) { - return arguments.length ? (objectSize = _, bar) : objectSize; - }; - /** - * Gets / sets the spacerSize - * (see {@link bar#spacerSize}) - * @param {number} [_=none] - * @returns {bar | number} - * @memberof bar - * @property - * by default spacerSize = undefined - */ - bar.spacerSize = function (_) { - return arguments.length ? (spacerSize = _, bar) : spacerSize; - }; - - /** - * Gets / sets the tooltip - * (see {@link bar#tooltip}) - * @param {tooltip} [_=none] - * @returns {bar | tooltip} - * @memberof bar - * @property - * by default tooltip = tooltip() - */ - bar.tooltip = function (_) { - return arguments.length ? (tooltip$$1 = _, bar) : tooltip$$1; - }; - - bar.barPercent = function (_) { - return arguments.length ? (barPercent = _, bar) : barPercent; - }; - - function bar() { - // for convenience in handling orientation specific values - var horizontalQ = orient == 'horizontal' || orient == 'bottom' || orient == 'top' ? true : false; - var verticalQ = !horizontalQ; - - // background cliping rectangle - var bgcpRect = { x: 0, y: 0, width: spaceX, height: spaceY }; - var container = setupContainer(selection, namespace, bgcpRect, backgroundFill); - - // to prevent re-calculation and getters to be passed to axes - barKeys = d3.keys(data); - barValues = barKeys.map(valueExtractor); - - // if grouping is undefined sort barKeys by sortingFunction - var ordered = grouping == undefined ? barKeys.sort(sortingFunction) : grouping; - // ordered might be nested depending on grouping - barKeys = flatten(ordered); - - var numberOfObjects = barKeys.length; - var extent = [Math.min.apply(Math, toConsumableArray(barValues)) - domainPadding, Math.max.apply(Math, toConsumableArray(barValues)) + domainPadding]; - - // set the scale - - scale.domain(extent).range(horizontalQ ? [0, spaceY] : orient == 'right' ? [0, spaceX] : [spaceX, 0]); - var space = horizontalQ ? spaceX : spaceY; - // calculate object size - objectSize = objectSize == undefined ? calculateWidthOfObject(space, numberOfObjects, minObjectSize, maxObjectSize, objectSpacer, overflowQ) : objectSize; - - // calculate spacer size if needed - spacerSize = spacerSize == undefined ? calculateWidthOfSpacer(barKeys, space, objectSize, numberOfObjects, objectSpacer, overflowQ) : spacerSize; - // make the nested groups - var spacerFunction = groupingSpacer().horizontalQ(horizontalQ).scale(scale).moveby('category').numberOfObjects(numberOfObjects).objectClass(objectClass).objectSize(objectSize).spacerSize(spacerSize).transitionDuration(transitionDuration).easeFunc(easeFunc).namespace(namespace); - // safe default function - var defaultExit = spacerFunction.exitFunction(); - - spacerFunction.exitFunction(function (sel) { - // use default to move objects off screen - // console.log("EXIT", sel.nodes(), objectSize, scale(extent[1])) - if (objectSize == undefined) { - console.log(sel.nodes(), objectSize); - } - defaultExit(sel); - sel.selectAll('g').classed("to-remove", true); - // shrink rectangles in addition - sel.selectAll('* > rect').transition().duration(transitionDuration).attr('transform', function (d, i) { - var x = horizontalQ ? 0 : 0, - y = verticalQ ? 0 : scale(extent[1]), - t = 'translate(' + x + ',' + y + ')'; - return t; - }).attr('width', horizontalQ ? objectSize : 0).attr('height', verticalQ ? objectSize : 0).remove(); - }); - - // move stuff - spacerFunction(container, ordered, 0); - - var parentIndexArray = []; - container.selectAll('g:not(.to-remove).' + objectClass).each(function (d, i) { - parentIndexArray.push(Number(d3.select(this).attr('parent-index'))); - }); - - colorFunction$$1 = colorFunction$$1.colorBy() == 'index' ? colorFunction$$1.dataExtent([0, Math.max.apply(Math, parentIndexArray)]) : colorFunction$$1.dataExtent(extent); - - container.selectAll('g.' + objectClass + ':not(.to-remove)').each(function (key, i) { - // console.log(key, scale(extent[1]) - scale(valueExtractor(key, i))) - var t = d3.select(this), - currentData = data[key], - value = valueExtractor(key, i), - i = t.attr('parent-index') == undefined ? i : t.attr('parent-index'), - fillColor = colorFunction$$1(key, value, i, 'fill'), - // prevent duplicate computation - strokeColor = colorFunction$$1(key, value, i, 'stroke'); - - var bar = safeSelect(t, 'rect', 'bar-rect'); - - if (bar.attr('transform') == undefined) { - bar.attr('transform', function (d, i) { - var x = horizontalQ ? 0 : 0, - y = verticalQ ? 0 : scale(extent[1]), - t = 'translate(' + x + ',' + y + ')'; - return t; - }).attr('width', horizontalQ ? objectSize : 0).attr('height', verticalQ ? objectSize : 0); - } - - bar.transition().duration(transitionDuration).ease(easeFunc).attr('transform', function (d, i) { - var x = horizontalQ ? objectSize - objectSize * barPercent : orient == 'right' ? scale(extent[1]) - scale(value) : objectSize - objectSize * barPercent, - y = verticalQ ? objectSize - objectSize * barPercent : scale(extent[1]) - scale(value), - t = 'translate(' + x + ',' + y + ')'; - return t; - }).attr('width', horizontalQ ? objectSize * barPercent : scale(value)).attr('height', verticalQ ? objectSize * barPercent : scale(value)).attr('fill', fillColor).attr('stroke', strokeColor).attr('stroke-width', barStrokeWidth); - - t.on('mouseover', function (d, i) { - container.selectAll('g.' + objectClass).style('opacity', 0.2); - t.style('opacity', 1); - bar.attr('stroke-width', barStrokeWidth * 2); - }); - t.on('mouseout', function () { - container.selectAll('g.' + objectClass).style('opacity', 1); - bar.attr('stroke-width', barStrokeWidth); - }); - }); - - tooltip$$1.selection(container.selectAll('.bar-rect')).data(data); - - tooltip$$1(); - } - return bar; - } - - /** - * Creates a bubbleHeatmap - * - * {@link https://sumneuron.gitlab.io/d3sm/demos/bubble-heatmap/index.html Demo} - * @constructor bubbleHeatmap - * @param {d3.selection} selection - * @namespace bubbleHeatmap - * @returns {function} bubbleHeatmap - */ - function bubbleHeatmap(selection) { - var - /** - * Data to plot. Assumed to be a object, where each key corresponds to a cell - * (see {@link bubbleHeatmap#data}) - * @param {Object} [data=undefined] - * @memberof bubbleHeatmap# - * @property - */ - data, - - - /** - * Amount of horizontal space (in pixels) avaible to render the bubbleHeatmap in - * (see {@link bubbleHeatmap#spaceX}) - * @param {number} [spaceX=undefined] - * @memberof bubbleHeatmap# - * @property - */ - spaceX, - - /** - * Amount of vertical space (in pixels) avaible to render the bubbleHeatmap in - * (see {@link bubbleHeatmap.spaceY}) - * @param {number} [spaceY=undefined] - * @memberof bubbleHeatmap# - * @property - */ - spaceY, - - - /** - * The internal key of the cell specifiying to which x axis key it belongs - * (see {@link bubbleHeatmap.xKey}) - * @param {string} [xKey='x'] - * @memberof bubbleHeatmap# - * @property - */ - xKey = 'x', - - /** - * The internal key of the cell specifiying to which y axis key it belongs - * (see {@link bubbleHeatmap.yKey}) - * @param {string} [yKey='y'] - * @memberof bubbleHeatmap# - * @property - */ - yKey = 'y', - - /** - * The internal key of the cell specifiying what value to use to determine the radius - * (see {@link bubbleHeatmap.rKey}) - * @param {string} [rKey='r'] - * @memberof bubbleHeatmap# - * @property - */ - rKey = 'r', - - /** - * The internal key of the cell specifiying what value to use to determine the color - * (see {@link bubbleHeatmap.vKey}) - * @param {string} [vKey='v'] - * @memberof bubbleHeatmap# - * @property - */ - vKey = 'v', - - - /** - * Function for extracting the the value from xKey. - * (see {@link bubbleHeatmap.xExtractor}) - * @param {function} [xExtractor=function(key, i) { return data[key][xKey] }] - * @returns {string} - * @memberof bubbleHeatmap# - * @property - */ - xExtractor = function xExtractor(key, i) { - return data[key][xKey]; - }, - - /** - * Function for extracting the the value from yKey. - * (see {@link bubbleHeatmap.yExtractor}) - * @param {function} [yExtractor=function(key, i) { return data[key][yKey] }] - * @returns {string} - * @memberof bubbleHeatmap# - * @property - */ - yExtractor = function yExtractor(key, i) { - return data[key][yKey]; - }, - - /** - * Function for extracting the the value from rKey. - * (see {@link bubbleHeatmap.rExtractor}) - * @param {function} [rExtractor=function(key, i) { return data[key][rKey] }] - * @returns {number} - * @memberof bubbleHeatmap# - * @property - */ - rExtractor = function rExtractor(key, i) { - return data[key][rKey]; - }, - - /** - * Function for extracting the the value from vKey. - * (see {@link bubbleHeatmap.vExtractor}) - * @param {function} [vExtractor=function(key, i) { return data[key][vKey] }] - * @returns {number} - * @memberof bubbleHeatmap# - * @property - */ - vExtractor = function vExtractor(key, i) { - return data[key][vKey]; - }, - - - /** - * Whether or not to allow bubbleHeatmap to render elements pass the main spatial dimension - * given the orientation (see {@link bubbleHeatmap#orient}), where {@link bubbleHeatmap#orient}="bottom" or {@link bubbleHeatmap#orient}="top" - * the main dimension is {@link bubbleHeatmap#spaceX} and where {@link bubbleHeatmap#orient}="left" or {@link bubbleHeatmap#orient}="right" - * the main dimension is {@link bubbleHeatmap#spaceY} - * @param {boolean} [overflowQ=false] - * @memberof bubbleHeatmap# - * @property - */ - overflowQ = false, - - - /** - * The scale for which the radius values should be transformed by - * @param {d3.scale} [scale=d3.scaleLinear] - * @memberof bubbleHeatmap# - * @property - */ - scale = d3.scaleLinear(), - - /** - * The padding for the domain of the scale (see {@link bubbleHeatmap#scale}) - * @param {number} [domainPadding=0.5] - * @memberof bubbleHeatmap# - * @property - */ - domainPadding = 0.5, - - - /** - * Default space for the spacer (percentage) of main dimension given the orientation - * (see {@link bubbleHeatmap#orient}), where {@link bubbleHeatmap#orient}="horizontal" - * the main dimension is {@link bubbleHeatmap#spaceX} and where {@link bubbleHeatmap#orient}="vertical" - * the main dimension is {@link bubbleHeatmap#spaceY} between bubbles - * @param {number} [objectSpacer=0.0] - * @memberof bubbleHeatmap# - * @property - */ - objectSpacer = 0.0, - - /** - * The minimum size that an object can be - * @param {number} [minObjectSize=50] - * @memberof bubbleHeatmap# - * @property - */ - minObjectSize = 50, - - /** - * The maximum size that an object can be - * @param {number} [maxObjectSize=100] - * @memberof bubbleHeatmap# - * @property - */ - maxObjectSize = 100, - - - /** - * The stroke width of the bubbles - * @param {number} [bubbleStrokeWidth=2] - * @memberof bubbleHeatmap# - * @property - */ - bubbleStrokeWidth = 2, - - // colorFunc = colorFunction(), - - /** - * Color of the background - * @param {string} [backgroundFill="transparent"] - * @memberof bubbleHeatmap# - * @property - */ - backgroundFill = 'transparent', - - /** - * Namespace for all items made by this instance of bubbleHeatmap - * @param {string} [namespace="d3sm-bubble"] - * @memberof bubbleHeatmap# - * @property - */ - namespace = 'd3sm-bubble', - - /** - * Class name for bubble container ( element) - * @param {string} [objectClass="bubble"] - * @memberof bubbleHeatmap# - * @property - */ - objectClass = 'bubble', - - /** - * Duration of all transitions of this element - * @param {number} [transitionDuration=1000] - * @memberof bubbleHeatmap# - * @property - */ - transitionDuration = 1000, - - /** - * Easing function for transitions - * @param {d3.ease} [easeFunc=d3.easeExp] - * @memberof bubbleHeatmap# - * @property - */ - easeFunc = d3.easeExp, - - - /** - * Stores the keys of all the cells - * Calculated after bubbleHeatmap called. - * @param {string[]} [cellKeys=undefined] - * @memberof bubbleHeatmap# - * @property - */ - cellKeys, - - /** - * Stores the list of unique xValues - * Calculated after bubbleHeatmap called. - * @param {string[]} [xValues=undefined] - * @memberof bubbleHeatmap# - * @property - */ - xValues, - - /** - * Stores the list of unique yValues - * Calculated after bubbleHeatmap called. - * @param {string[]} [yValues=undefined] - * @memberof bubbleHeatmap# - * @property - */ - yValues, - - /** - * Stores the list of unique rValues - * Calculated after bubbleHeatmap called. - * @param {string[]} [rValues=undefined] - * @memberof bubbleHeatmap# - * @property - */ - rValues, - - /** - * Stores the list of unique vValues - * Calculated after bubbleHeatmap called. - * @param {string[]} [vValues=undefined] - * @memberof bubbleHeatmap# - * @property - */ - vValues, - xKeySortingFunction = function xKeySortingFunction(a, b) { - return xExtractor(a) - xExtractor(b); - }, - yKeySortingFunction = function yKeySortingFunction(a, b) { - return yExtractor(a) - yExtractor(b); - }, - /** - * Instance of ColorFunction with .colorBy set to 'category' - * @function colorFunction - * @memberof bubbleHeatmap# - * @property - */ - colorFunction$$1 = colorFunction().colorBy('value'), - - /** - * Instance of Tooltip - * @function tooltip - * @memberof bubbleHeatmap# - * @property - */ - tooltip$$1 = tooltip(), - - - /** - * store the size the bubble could be in the x dimension - * the actuall size of the bubble will be the min of xSize and {@link bubbleHeatmap#ySize} - * Calculated after bubbleHeatmap called. - * @param {string[]} [xSize=undefined] - * @memberof bubbleHeatmap# - * @property - */ - xSize, - - /** - * store the size of the spacer in the x dimension - * Calculated after bubbleHeatmap called. - * @param {string[]} [xSpacerSize=undefined] - * @memberof bubbleHeatmap# - * @property - */ - xSpacerSize, - - - /** - * store the size the bubble could be in the y dimension - * the actuall size of the bubble will be the min of xSize and {@link bubbleHeatmap#xSize} - * Calculated after bubbleHeatmap called. - * @param {string[]} [ySize=undefined] - * @memberof bubbleHeatmap# - * @property - */ - ySize, - - /** - * store the size of the spacer in the y dimension. - * Calculated after bubbleHeatmap called. - * @param {string[]} [xSpacerSize=undefined] - * @memberof bubbleHeatmap# - * @property - */ - ySpacerSize; - - /** - * Gets or sets the selection in which items are manipulated - * @param {d3.selection} [_=none] - * @returns {bubbleHeatmap | d3.selection} - * @memberof bubbleHeatmap - * @property - * by default selection = selection - */ - bhm.selection = function (_) { - return arguments.length ? (selection = _, bhm) : selection; - }; - /** - * Gets or sets the data - * (see {@link bubbleHeatmap#data}) - * @param {number} [_=none] - * @returns {bubbleHeatmap | object} - * @memberof bubbleHeatmap - * @property - */ - bhm.data = function (_) { - return arguments.length ? (data = _, bhm) : data; - }; - // bhm.orient = function(_) { return arguments.length ? (orient = _, bhm) : orient; } - /** - * Gets or sets the amount of horizontal space in which items are manipulated - * (see {@link bubbleHeatmap#spaceX}) - * @param {number} [_=none] should be a number > 0 - * @returns {bubbleHeatmap | number} - * @memberof bubbleHeatmap - * @property - * by default spaceX = undefined - */ - bhm.spaceX = function (_) { - return arguments.length ? (spaceX = _, bhm) : spaceX; - }; - /** - * Gets or sets the amount of vertical space in which items are manipulated - * (see {@link bubbleHeatmap#spaceY}) - * @param {number} [_=none] should be a number > 0 - * @returns {bubbleHeatmap | number} - * @memberof bubbleHeatmap - * @property - * by default spaceY = undefined - */ - bhm.spaceY = function (_) { - return arguments.length ? (spaceY = _, bhm) : spaceY; - }; - - /** - * Gets or sets the xKey - * (see {@link bubbleHeatmap#xKey}) - * @param {string} [_=none] - * @returns {bubbleHeatmap | string} - * @memberof bubbleHeatmap - * @property - * by default xKey = 'x' - */ - bhm.xKey = function (_) { - return arguments.length ? (xKey = _, bhm) : xKey; - }; - /** - * Gets or sets the yKey - * (see {@link bubbleHeatmap#yKey}) - * @param {string} [_=none] - * @returns {bubbleHeatmap | string} - * @memberof bubbleHeatmap - * @property - * by default yKey = 'y' - */ - bhm.yKey = function (_) { - return arguments.length ? (yKey = _, bhm) : yKey; - }; - /** - * Gets or sets the rKey - * (see {@link bubbleHeatmap#rKey}) - * @param {string} [_=none] - * @returns {bubbleHeatmap | string} - * @memberof bubbleHeatmap - * @property - * by default rKey = 'r' - */ - bhm.rKey = function (_) { - return arguments.length ? (rKey = _, bhm) : rKey; - }; - /** - * Gets or sets the vKey - * (see {@link bubbleHeatmap#vKey}) - * @param {string} [_=none] - * @returns {bubbleHeatmap | string} - * @memberof bubbleHeatmap - * @property - * by default vKey = 'y' - */ - bhm.vKey = function (_) { - return arguments.length ? (vKey = _, bhm) : vKey; - }; - - /** - * Gets or sets the cellKeys - * (see {@link bubbleHeatmap#cellKeys}) - * @param {string[]} [_=none] - * @returns {bubbleHeatmap | string[]} - * @memberof bubbleHeatmap - * @property - * by default cellKeys = undefined - */ - bhm.cellKeys = function (_) { - return arguments.length ? (cellKeys = _, bhm) : cellKeys; - }; - /** - * Gets or sets the xValues - * (see {@link bubbleHeatmap#xValues}) - * @param {string[]} [_=none] - * @returns {bubbleHeatmap | string[]} - * @memberof bubbleHeatmap - * @property - * by default xValues = undefined - */ - bhm.xValues = function (_) { - return arguments.length ? (xValues = _, bhm) : xValues; - }; - /** - * Gets or sets the yValues - * (see {@link bubbleHeatmap#yValues}) - * @param {string[]} [_=none] - * @returns {bubbleHeatmap | string[]} - * @memberof bubbleHeatmap - * @property - * by default yValues = undefined - */ - bhm.yValues = function (_) { - return arguments.length ? (yValues = _, bhm) : yValues; - }; - /** - * Gets or sets the rValues - * (see {@link bubbleHeatmap#rValues}) - * @param {number[]} [_=none] - * @returns {bubbleHeatmap | number[]} - * @memberof bubbleHeatmap - * @property - * by default rValues = undefined - */ - bhm.rValues = function (_) { - return arguments.length ? (rValues = _, bhm) : rValues; - }; - /** - * Gets or sets the vValues - * (see {@link bubbleHeatmap#vValues}) - * @param {number[]} [_=none] - * @returns {bubbleHeatmap | number[]} - * @memberof bubbleHeatmap - * @property - * by default vValues = undefined - */ - bhm.vValues = function (_) { - return arguments.length ? (vValues = _, bhm) : vValues; - }; - - /** - * Gets or sets the xExtractor - * (see {@link bubbleHeatmap#xExtractor}) - * @param {function} [_=none] - * @returns {bubbleHeatmap | function} - * @memberof bubbleHeatmap - * @property - * by default xExtractor = undefined - */ - bhm.xExtractor = function (_) { - return arguments.length ? (xExtractor = _, bhm) : xExtractor; - }; - /** - * Gets or sets the yExtractor - * (see {@link bubbleHeatmap#yExtractor}) - * @param {function} [_=none] - * @returns {bubbleHeatmap | function} - * @memberof bubbleHeatmap - * @property - * by default yExtractor = undefined - */ - bhm.yExtractor = function (_) { - return arguments.length ? (yExtractor = _, bhm) : yExtractor; - }; - /** - * Gets or sets the rExtractor - * (see {@link bubbleHeatmap#rExtractor}) - * @param {function} [_=none] - * @returns {bubbleHeatmap | function} - * @memberof bubbleHeatmap - * @property - * by default rExtractor = undefined - */ - bhm.rExtractor = function (_) { - return arguments.length ? (rExtractor = _, bhm) : rExtractor; - }; - /** - * Gets or sets the vExtractor - * (see {@link bubbleHeatmap#vExtractor}) - * @param {function} [_=none] - * @returns {bubbleHeatmap | function} - * @memberof bubbleHeatmap - * @property - * by default vExtractor = undefined - */ - bhm.vExtractor = function (_) { - return arguments.length ? (vExtractor = _, bhm) : vExtractor; - }; - - /** - * Gets / sets whether or not bubbleHeatmap is allowed to go beyond specified dimensions - * (see {@link bubbleHeatmap#spaceX}) - * @param {boolean} [_=none] - * @returns {bubbleHeatmap | boolean} - * @memberof bubbleHeatmap - * @property - * by default overflowQ = false - */ - bhm.overflowQ = function (_) { - return arguments.length ? (overflowQ = _, bhm) : overflowQ; - }; - /** - * Gets / sets the scale for which the radius of bubbles should be transformed by - * (see {@link bubbleHeatmap#scale}) - * @param {d3.scale} [_=none] - * @returns {bubbleHeatmap | d3.scale} - * @memberof bubbleHeatmap - * @property - * by default scale = d3.scaleLinear() - */ - bhm.scale = function (_) { - return arguments.length ? (scale = _, bhm) : scale; - }; - /** - * Gets / sets the padding for the domain of the scale - * (see {@link bubbleHeatmap#domainPadding}) - * @param {number} [_=none] - * @returns {bubbleHeatmap | number} - * @memberof bubbleHeatmap - * @property - * by default domainPadding = 0.5 - */ - bhm.domainPadding = function (_) { - return arguments.length ? (domainPadding = _, bhm) : domainPadding; - }; - /** - * Gets / sets objectSpacer - * (see {@link bubbleHeatmap#objectSpacer}) - * @param {number} [_=none] - * @returns {bubbleHeatmap | number} - * @memberof bubbleHeatmap - * @property - * by default objectSpacer = 0.0 - */ - bhm.objectSpacer = function (_) { - return arguments.length ? (objectSpacer = _, objectSpacer) : data; - }; - /** - * Gets / sets the minObjectSize - * (see {@link bubbleHeatmap#minObjectSize}) - * @param {number} [_=none] - * @returns {bubbleHeatmap | number} - * @memberof bubbleHeatmap - * @property - * by default minObjectSize = 50 - */ - bhm.minObjectSize = function (_) { - return arguments.length ? (minObjectSize = _, bhm) : minObjectSize; - }; - /** - * Gets / sets the maxObjectSize - * (see {@link bubbleHeatmap#maxObjectSize}) - * @param {number} [_=none] - * @returns {bubbleHeatmap | number} - * @memberof bubbleHeatmap - * @property - * by default maxObjectSize = 100 - */ - bhm.maxObjectSize = function (_) { - return arguments.length ? (maxObjectSize = _, bhm) : maxObjectSize; - }; - /** - * Gets / sets the bubbleStrokeWidth - * (see {@link bubbleHeatmap#bubbleStrokeWidth}) - * @param {number} [_=none] - * @returns {bubbleHeatmap | number} - * @memberof bubbleHeatmap - * @property - * by default bubbleStrokeWidth = 2 - */ - bhm.bubbleStrokeWidth = function (_) { - return arguments.length ? (bubbleStrokeWidth = _, bhm) : bubbleStrokeWidth; - }; - /** - * Gets / sets the backgroundFill - * (see {@link bubbleHeatmap#backgroundFill}) - * @param {string} [_=none] - * @returns {bubbleHeatmap | string} - * @memberof bubbleHeatmap - * @property - * by default backgroundFill = 'transparent' - */ - bhm.backgroundFill = function (_) { - return arguments.length ? (backgroundFill = _, bhm) : backgroundFill; - }; - /** - * Gets / sets the namespace - * (see {@link bubbleHeatmap#namespace}) - * @param {string} [_=none] - * @returns {bubbleHeatmap | string} - * @memberof bubbleHeatmap - * @property - * by default namespace = 'd3sm-bubbleHeatmap' - */ - bhm.namespace = function (_) { - return arguments.length ? (namespace = _, bhm) : namespace; - }; - /** - * Gets / sets the objectClass - * (see {@link bubbleHeatmap#objectClass}) - * @param {string} [_=none] - * @returns {bubbleHeatmap | string} - * @memberof bubbleHeatmap - * @property - * by default objectClass = 'tick-group' - */ - bhm.objectClass = function (_) { - return arguments.length ? (objectClass = _, bhm) : objectClass; - }; - /** - * Gets / sets the transitionDuration - * (see {@link bubbleHeatmap#transitionDuration}) - * @param {number} [_=none] - * @returns {bubbleHeatmap | number} - * @memberof bubbleHeatmap - * @property - * by default transitionDuration = 1000 - */ - bhm.transitionDuration = function (_) { - return arguments.length ? (transitionDuration = _, bhm) : transitionDuration; - }; - /** - * Gets / sets the easeFunc - * (see {@link bubbleHeatmap#easeFunc}) - * @param {d3.ease} [_=none] - * @returns {bubbleHeatmap | d3.ease} - * @memberof bubbleHeatmap - * @property - * by default easeFunc = d3.easeExp - */ - bhm.easeFunc = function (_) { - return arguments.length ? (easeFunc = _, bhm) : easeFunc; - }; - - /** - * Gets / sets the tooltip - * (see {@link bubbleHeatmap#tooltip}) - * @param {tooltip} [_=none] - * @returns {bubbleHeatmap | tooltip} - * @memberof bubbleHeatmap - * @property - * by default tooltip = tooltip() - */ - bhm.tooltip = function (_) { - return arguments.length ? (tooltip$$1 = _, bhm) : tooltip$$1; - }; - - /** - * Gets / sets the colorFunction - * (see {@link bubbleHeatmap#colorFunction}) - * @param {colorFunction} [_=none] - * @returns {bubbleHeatmap | colorFunction} - * @memberof bubbleHeatmap - * @property - * by default colorFunction = colorFunction() - */ - bhm.colorFunction = function (_) { - return arguments.length ? (colorFunction$$1 = _, bhm) : colorFunction$$1; - }; - - /** - * Gets / sets the xSize - * (see {@link bubbleHeatmap#xSize}) - * @param {number} [_=none] - * @returns {bubbleHeatmap | number} - * @memberof bubbleHeatmap - * @property - * by default xSize = undefined - */ - bhm.xSize = function (_) { - return arguments.length ? (xSize = _, bhm) : xSize; - }; - /** - * Gets / sets the xSpacerSize - * (see {@link bubbleHeatmap#xSpacerSize}) - * @param {number} [_=none] - * @returns {bubbleHeatmap | number} - * @memberof bubbleHeatmap - * @property - * by default xSpacerSize = undefined - */ - bhm.xSpacerSize = function (_) { - return arguments.length ? (xSpacerSize = _, bhm) : xSpacerSize; - }; - /** - * Gets / sets the ySize - * (see {@link bubbleHeatmap#ySize}) - * @param {number} [_=none] - * @returns {bubbleHeatmap | number} - * @memberof bubbleHeatmap - * @property - * by default ySize = undefined - */ - bhm.ySize = function (_) { - return arguments.length ? (ySize = _, bhm) : ySize; - }; - /** - * Gets / sets the ySpacerSize - * (see {@link bubbleHeatmap#ySpacerSize}) - * @param {number} [_=none] - * @returns {bubbleHeatmap | number} - * @memberof bubbleHeatmap - * @property - * by default ySpacerSize = undefined - */ - bhm.ySpacerSize = function (_) { - return arguments.length ? (ySpacerSize = _, bhm) : ySpacerSize; - }; - // bhm.yKeySortingFunction = function(_) { return arguments.length ? (yKeySortingFunction = _, bhm) : yKeySortingFunction; } - // bhm.xKeySortingFunction = function(_) { return arguments.length ? (xKeySortingFunction = _, bhm) : xKeySortingFunction; } - - - function bhm() { - var bgcpRect = { x: 0, y: 0, width: spaceX, height: spaceY }; - var container = setupContainer(selection, namespace, bgcpRect, backgroundFill); - - cellKeys = d3.keys(data); - cellKeys.sort(function (a, b) { - return xKeySortingFunction(a, b) || yKeySortingFunction(a, b); - }); - log('bubbleHeatmap', 'cells are sorted by', cellKeys); - - xValues = unique(cellKeys.map(xExtractor)); - yValues = unique(cellKeys.map(yExtractor)); - rValues = unique(cellKeys.map(rExtractor)); - vValues = unique(cellKeys.map(vExtractor)); - log('bubbleHeatmap', 'x and y keys are', { x: xValues, y: yValues }); - - var xDim = xValues.length, - yDim = yValues.length; - - var extent = [Math.min.apply(Math, toConsumableArray(rValues)) - domainPadding, Math.max.apply(Math, toConsumableArray(rValues)) + domainPadding]; - - ySize = calculateWidthOfObject(spaceY, yDim, minObjectSize, maxObjectSize, objectSpacer, overflowQ); - xSize = calculateWidthOfObject(spaceX, xDim, minObjectSize, maxObjectSize, objectSpacer, overflowQ); - ySpacerSize = calculateWidthOfSpacer(yValues, spaceY, ySize, yDim, objectSpacer, overflowQ); - xSpacerSize = calculateWidthOfSpacer(xValues, spaceX, xSize, xDim, objectSpacer, overflowQ); - log('bubbleHeatmap', 'size of', { x: xSize, y: ySize }); - - scale.domain(extent).range([Math.min(minObjectSize / 2, Math.min(ySize, xSize) / 2), Math.min(ySize, xSize) / 2]); - - var ySpacer = groupingSpacer().horizontalQ(false).moveby('category').numberOfObjects(yDim).objectClass(hypenate(objectClass, 'row')).objectSize(ySize).spacerSize(ySpacerSize).transitionDuration(transitionDuration).easeFunc(easeFunc).namespace('row'); - - var xSpacer = groupingSpacer().horizontalQ(true).moveby('category').numberOfObjects(xDim).objectClass(objectClass).objectSize(xSize).spacerSize(xSpacerSize).transitionDuration(transitionDuration).easeFunc(easeFunc); - - ySpacer(container, yValues, 0); - container.selectAll('g.' + hypenate(objectClass, 'row')).each(function (d, i) { - xSpacer(d3.select(this), xValues, 0); - }); - var cells = container.selectAll('g:not(.to-remove).' + objectClass).data(cellKeys); - - var parentIndexArray = []; - cells.each(function (d, i) { - parentIndexArray.push(Number(d3.select(this).attr('parent-index'))); - }); - - colorFunction$$1 = colorFunction$$1.colorBy() == 'index' ? colorFunction$$1.dataExtent([0, Math.max.apply(Math, parentIndexArray)]) : colorFunction$$1.dataExtent([0, Math.max.apply(Math, toConsumableArray(vValues))]); - - cells.each(function (key, i) { - log('bubbleHeatmap', 'each cell', { key: key, index: i, node: d3.select(this).node() }); - - var t = d3.select(this), - currentData = data[key], - value = vExtractor(key, i), - radius = rExtractor(key, i), - i = t.attr('parent-index') == undefined ? i : t.attr('parent-index'), - fillColor = colorFunction$$1(key, value, i, 'fill'), - // prevent duplicate computation - strokeColor = colorFunction$$1(key, value, i, 'stroke'); - - log('bubbleHeatmap', 'radius', { radius: radius, scaled: scale(radius), extent: extent, range: scale.range() }); - - var c = safeSelect(t, 'circle', hypenate(objectClass, 'circle')); - c.attr('cx', xSize / 2).attr('cy', ySize / 2).attr('r', scale(radius)).attr('fill', fillColor).attr('stroke', strokeColor).attr('stroke-width', bubbleStrokeWidth); - }); - - tooltip$$1.selection(cells.selectAll('circle.' + hypenate(objectClass, 'circle'))).data(data); - // .keys(['r', 'v']) - // .header(function(d, i){return hypenate(data[d][xKey], data[d][yKey]) }) - - tooltip$$1(); - } - - return bhm; - } - - /** - * Creates a heatmap - * - * {@link https://sumneuron.gitlab.io/d3sm/demos/heatmap-heatmap/index.html Demo} - * @constructor heatmap - * @param {d3.selection} selection - * @namespace heatmap - * @returns {function} heatmap - */ - function heatmap(selection) { - var - /** - * Data to plot. Assumed to be a object, where each key corresponds to a cell - * (see {@link heatmap#data}) - * @param {Object} [data=undefined] - * @memberof heatmap# - * @property - */ - data, - - - /** - * Amount of horizontal space (in pixels) avaible to render the heatmap in - * (see {@link heatmap#spaceX}) - * @param {number} [spaceX=undefined] - * @memberof heatmap# - * @property - */ - spaceX, - - /** - * Amount of vertical space (in pixels) avaible to render the heatmap in - * (see {@link heatmap.spaceY}) - * @param {number} [spaceY=undefined] - * @memberof heatmap# - * @property - */ - spaceY, - - - /** - * The internal key of the cell specifiying to which x axis key it belongs - * (see {@link heatmap.xKey}) - * @param {string} [xKey='x'] - * @memberof heatmap# - * @property - */ - xKey = 'x', - - /** - * The internal key of the cell specifiying to which y axis key it belongs - * (see {@link heatmap.yKey}) - * @param {string} [yKey='y'] - * @memberof heatmap# - * @property - */ - yKey = 'y', - - - /** - * The internal key of the cell specifiying what value to use to determine the color - * (see {@link heatmap.vKey}) - * @param {string} [vKey='v'] - * @memberof heatmap# - * @property - */ - vKey = 'v', - - - /** - * Function for extracting the the value from xKey. - * (see {@link heatmap.xExtractor}) - * @param {function} [xExtractor=function(key, i) { return data[key][xKey] }] - * @returns {string} - * @memberof heatmap# - * @property - */ - xExtractor = function xExtractor(key, i) { - return data[key][xKey]; - }, - - /** - * Function for extracting the the value from yKey. - * (see {@link heatmap.yExtractor}) - * @param {function} [yExtractor=function(key, i) { return data[key][yKey] }] - * @returns {string} - * @memberof heatmap# - * @property - */ - yExtractor = function yExtractor(key, i) { - return data[key][yKey]; - }, - - - /** - * Function for extracting the the value from vKey. - * (see {@link heatmap.vExtractor}) - * @param {function} [vExtractor=function(key, i) { return data[key][vKey] }] - * @returns {number} - * @memberof heatmap# - * @property - */ - vExtractor = function vExtractor(key, i) { - return data[key][vKey]; - }, - - - /** - * Whether or not to allow heatmap to render elements pass the main spatial dimension - * given the orientation (see {@link heatmap#orient}), where {@link heatmap#orient}="bottom" or {@link heatmap#orient}="top" - * the main dimension is {@link heatmap#spaceX} and where {@link heatmap#orient}="left" or {@link heatmap#orient}="right" - * the main dimension is {@link heatmap#spaceY} - * @param {boolean} [overflowQ=false] - * @memberof heatmap# - * @property - */ - overflowQ = false, - - - /** - * Default space for the spacer (percentage) of main dimension given the orientation - * (see {@link heatmap#orient}), where {@link heatmap#orient}="horizontal" - * the main dimension is {@link heatmap#spaceX} and where {@link heatmap#orient}="vertical" - * the main dimension is {@link heatmap#spaceY} between bubbles - * @param {number} [objectSpacer=0.0] - * @memberof heatmap# - * @property - */ - objectSpacer = 0.0, - - /** - * The minimum size that an object can be in the y dimension - * @param {number} [minObjectSize=50] - * @memberof heatmap# - * @property - */ - yMinObjectSize = 50, - - /** - * The minimum size that an object can be in the x dimension - * @param {number} [minObjectSize=50] - * @memberof heatmap# - * @property - */ - xMinObjectSize = 50, - - /** - * The maximum size that an object can be in the x dimension - * @param {number} [maxObjectSize=100] - * @memberof heatmap# - * @property - */ - xMaxObjectSize = 100, - - /** - * The maximum size that an object can be in the y dimension - * @param {number} [maxObjectSize=100] - * @memberof heatmap# - * @property - */ - yMaxObjectSize = 100, - - - /** - * The stroke width of the bubbles - * @param {number} [objectStrokeWidth=2] - * @memberof heatmap# - * @property - */ - objectStrokeWidth = 2, - - // colorFunc = colorFunction(), - - /** - * Color of the background - * @param {string} [backgroundFill="transparent"] - * @memberof heatmap# - * @property - */ - backgroundFill = 'transparent', - - /** - * Namespace for all items made by this instance of heatmap - * @param {string} [namespace="d3sm-heatmap"] - * @memberof heatmap# - * @property - */ - namespace = 'd3sm-heatmap', - - /** - * Class name for heatmap container ( element) - * @param {string} [objectClass="heatmap"] - * @memberof heatmap# - * @property - */ - objectClass = 'heatmap', - - /** - * Duration of all transitions of this element - * @param {number} [transitionDuration=1000] - * @memberof heatmap# - * @property - */ - transitionDuration = 1000, - - /** - * Easing function for transitions - * @param {d3.ease} [easeFunc=d3.easeExp] - * @memberof heatmap# - * @property - */ - easeFunc = d3.easeExp, - - - /** - * Stores the keys of all the cells - * Calculated after heatmap called. - * @param {string[]} [cellKeys=undefined] - * @memberof heatmap# - * @property - */ - cellKeys, - - /** - * Stores the list of unique xValues - * Calculated after heatmap called. - * @param {string[]} [xValues=undefined] - * @memberof heatmap# - * @property - */ - xValues, - - /** - * Stores the list of unique yValues - * Calculated after heatmap called. - * @param {string[]} [yValues=undefined] - * @memberof heatmap# - * @property - */ - yValues, - - /** - * Stores the list of unique vValues - * Calculated after heatmap called. - * @param {string[]} [vValues=undefined] - * @memberof heatmap# - * @property - */ - vValues, - xKeySortingFunction = function xKeySortingFunction(a, b) { - return xValues.indexOf(xExtractor(a)) - xValues.indexOf(xExtractor(b)); - }, - yKeySortingFunction = function yKeySortingFunction(a, b) { - return yValues.indexOf(yExtractor(a)) - yValues.indexOf(yExtractor(b)); - }, - /** - * Instance of ColorFunction with .colorBy set to 'category' - * @function colorFunction - * @memberof heatmap# - * @property - */ - colorFunction$$1 = colorFunction().colorBy('category'), - - /** - * Instance of Tooltip - * @function tooltip - * @memberof heatmap# - * @property - */ - tooltip$$1 = tooltip(), - - - /** - * store the size the heatmap could be in the x dimension - * the actuall size of the heatmap will be the min of xSize and {@link heatmap#ySize} - * Calculated after heatmap called. - * @param {string[]} [xSize=undefined] - * @memberof heatmap# - * @property - */ - xSize, - - /** - * store the size of the spacer in the x dimension - * Calculated after heatmap called. - * @param {string[]} [xSpacerSize=undefined] - * @memberof heatmap# - * @property - */ - xSpacerSize, - - - /** - * store the size the heatmap could be in the y dimension - * the actuall size of the heatmap will be the min of xSize and {@link heatmap#xSize} - * Calculated after heatmap called. - * @param {string[]} [ySize=undefined] - * @memberof heatmap# - * @property - */ - ySize, - - /** - * store the size of the spacer in the y dimension. - * Calculated after heatmap called. - * @param {string[]} [xSpacerSize=undefined] - * @memberof heatmap# - * @property - */ - ySpacerSize; - - /** - * Gets or sets the selection in which items are manipulated - * @param {d3.selection} [_=none] - * @returns {heatmap | d3.selection} - * @memberof heatmap - * @property - * by default selection = selection - */ - hm.selection = function (_) { - return arguments.length ? (selection = _, hm) : selection; - }; - /** - * Gets or sets the data - * (see {@link heatmap#data}) - * @param {number} [_=none] - * @returns {heatmap | object} - * @memberof heatmap - * @property - */ - hm.data = function (_) { - return arguments.length ? (data = _, hm) : data; - }; - // hm.orient = function(_) { return arguments.length ? (orient = _, hm) : orient; } - /** - * Gets or sets the amount of horizontal space in which items are manipulated - * (see {@link heatmap#spaceX}) - * @param {number} [_=none] should be a number > 0 - * @returns {heatmap | number} - * @memberof heatmap - * @property - * by default spaceX = undefined - */ - hm.spaceX = function (_) { - return arguments.length ? (spaceX = _, hm) : spaceX; - }; - /** - * Gets or sets the amount of vertical space in which items are manipulated - * (see {@link heatmap#spaceY}) - * @param {number} [_=none] should be a number > 0 - * @returns {heatmap | number} - * @memberof heatmap - * @property - * by default spaceY = undefined - */ - hm.spaceY = function (_) { - return arguments.length ? (spaceY = _, hm) : spaceY; - }; - - /** - * Gets or sets the xKey - * (see {@link heatmap#xKey}) - * @param {string} [_=none] - * @returns {heatmap | string} - * @memberof heatmap - * @property - * by default xKey = 'x' - */ - hm.xKey = function (_) { - return arguments.length ? (xKey = _, hm) : xKey; - }; - /** - * Gets or sets the yKey - * (see {@link heatmap#yKey}) - * @param {string} [_=none] - * @returns {heatmap | string} - * @memberof heatmap - * @property - * by default yKey = 'y' - */ - hm.yKey = function (_) { - return arguments.length ? (yKey = _, hm) : yKey; - }; - - /** - * Gets or sets the vKey - * (see {@link heatmap#vKey}) - * @param {string} [_=none] - * @returns {heatmap | string} - * @memberof heatmap - * @property - * by default vKey = 'y' - */ - hm.vKey = function (_) { - return arguments.length ? (vKey = _, hm) : vKey; - }; - - /** - * Gets or sets the cellKeys - * (see {@link heatmap#cellKeys}) - * @param {string[]} [_=none] - * @returns {heatmap | string[]} - * @memberof heatmap - * @property - * by default cellKeys = undefined - */ - hm.cellKeys = function (_) { - return arguments.length ? (cellKeys = _, hm) : cellKeys; - }; - /** - * Gets or sets the xValues - * (see {@link heatmap#xValues}) - * @param {string[]} [_=none] - * @returns {heatmap | string[]} - * @memberof heatmap - * @property - * by default xValues = undefined - */ - hm.xValues = function (_) { - return arguments.length ? (xValues = _, hm) : xValues; - }; - /** - * Gets or sets the yValues - * (see {@link heatmap#yValues}) - * @param {string[]} [_=none] - * @returns {heatmap | string[]} - * @memberof heatmap - * @property - * by default yValues = undefined - */ - hm.yValues = function (_) { - return arguments.length ? (yValues = _, hm) : yValues; - }; - /** - * Gets or sets the vValues - * (see {@link heatmap#vValues}) - * @param {number[]} [_=none] - * @returns {heatmap | number[]} - * @memberof heatmap - * @property - * by default vValues = undefined - */ - hm.vValues = function (_) { - return arguments.length ? (vValues = _, hm) : vValues; - }; - - /** - * Gets or sets the xExtractor - * (see {@link heatmap#xExtractor}) - * @param {function} [_=none] - * @returns {heatmap | function} - * @memberof heatmap - * @property - * by default xExtractor = undefined - */ - hm.xExtractor = function (_) { - return arguments.length ? (xExtractor = _, hm) : xExtractor; - }; - /** - * Gets or sets the yExtractor - * (see {@link heatmap#yExtractor}) - * @param {function} [_=none] - * @returns {heatmap | function} - * @memberof heatmap - * @property - * by default yExtractor = undefined - */ - hm.yExtractor = function (_) { - return arguments.length ? (yExtractor = _, hm) : yExtractor; - }; - /** - * Gets or sets the vExtractor - * (see {@link heatmap#vExtractor}) - * @param {function} [_=none] - * @returns {heatmap | function} - * @memberof heatmap - * @property - * by default vExtractor = undefined - */ - hm.vExtractor = function (_) { - return arguments.length ? (vExtractor = _, hm) : vExtractor; - }; - - /** - * Gets / sets whether or not heatmap is allowed to go beyond specified dimensions - * (see {@link heatmap#spaceX}) - * @param {boolean} [_=none] - * @returns {heatmap | boolean} - * @memberof heatmap - * @property - * by default overflowQ = false - */ - hm.overflowQ = function (_) { - return arguments.length ? (overflowQ = _, hm) : overflowQ; - }; - /** - * Gets / sets objectSpacer - * (see {@link heatmap#objectSpacer}) - * @param {number} [_=none] - * @returns {heatmap | number} - * @memberof heatmap - * @property - * by default objectSpacer = 0.0 - */ - hm.objectSpacer = function (_) { - return arguments.length ? (objectSpacer = _, objectSpacer) : data; - }; - /** - * Gets / sets the minObjectSize - * (see {@link heatmap#minObjectSize}) - * @param {number} [_=none] - * @returns {heatmap | number} - * @memberof heatmap - * @property - * by default minObjectSize = 50 - */ - hm.yMinObjectSize = function (_) { - return arguments.length ? (yMinObjectSize = _, hm) : yMinObjectSize; - }; - /** - * Gets / sets the maxObjectSize - * (see {@link heatmap#maxObjectSize}) - * @param {number} [_=none] - * @returns {heatmap | number} - * @memberof heatmap - * @property - * by default maxObjectSize = 100 - */ - hm.yMaxObjectSize = function (_) { - return arguments.length ? (yMaxObjectSize = _, hm) : yMaxObjectSize; - }; - /** - * Gets / sets the minObjectSize - * (see {@link heatmap#minObjectSize}) - * @param {number} [_=none] - * @returns {heatmap | number} - * @memberof heatmap - * @property - * by default minObjectSize = 50 - */ - hm.xMinObjectSize = function (_) { - return arguments.length ? (xMinObjectSize = _, hm) : xMinObjectSize; - }; - /** - * Gets / sets the maxObjectSize - * (see {@link heatmap#maxObjectSize}) - * @param {number} [_=none] - * @returns {heatmap | number} - * @memberof heatmap - * @property - * by default maxObjectSize = 100 - */ - hm.xMaxObjectSize = function (_) { - return arguments.length ? (xMaxObjectSize = _, hm) : xMaxObjectSize; - }; - /** - * Gets / sets the objectStrokeWidth - * (see {@link heatmap#objectStrokeWidth}) - * @param {number} [_=none] - * @returns {heatmap | number} - * @memberof heatmap - * @property - * by default objectStrokeWidth = 2 - */ - hm.objectStrokeWidth = function (_) { - return arguments.length ? (objectStrokeWidth = _, hm) : objectStrokeWidth; - }; - /** - * Gets / sets the backgroundFill - * (see {@link heatmap#backgroundFill}) - * @param {string} [_=none] - * @returns {heatmap | string} - * @memberof heatmap - * @property - * by default backgroundFill = 'transparent' - */ - hm.backgroundFill = function (_) { - return arguments.length ? (backgroundFill = _, hm) : backgroundFill; - }; - /** - * Gets / sets the namespace - * (see {@link heatmap#namespace}) - * @param {string} [_=none] - * @returns {heatmap | string} - * @memberof heatmap - * @property - * by default namespace = 'd3sm-heatmap' - */ - hm.namespace = function (_) { - return arguments.length ? (namespace = _, hm) : namespace; - }; - /** - * Gets / sets the objectClass - * (see {@link heatmap#objectClass}) - * @param {string} [_=none] - * @returns {heatmap | string} - * @memberof heatmap - * @property - * by default objectClass = 'tick-group' - */ - hm.objectClass = function (_) { - return arguments.length ? (objectClass = _, hm) : objectClass; - }; - /** - * Gets / sets the transitionDuration - * (see {@link heatmap#transitionDuration}) - * @param {number} [_=none] - * @returns {heatmap | number} - * @memberof heatmap - * @property - * by default transitionDuration = 1000 - */ - hm.transitionDuration = function (_) { - return arguments.length ? (transitionDuration = _, hm) : transitionDuration; - }; - /** - * Gets / sets the easeFunc - * (see {@link heatmap#easeFunc}) - * @param {d3.ease} [_=none] - * @returns {heatmap | d3.ease} - * @memberof heatmap - * @property - * by default easeFunc = d3.easeExp - */ - hm.easeFunc = function (_) { - return arguments.length ? (easeFunc = _, hm) : easeFunc; - }; - - /** - * Gets / sets the tooltip - * (see {@link heatmap#tooltip}) - * @param {tooltip} [_=none] - * @returns {heatmap | tooltip} - * @memberof heatmap - * @property - * by default tooltip = tooltip() - */ - hm.tooltip = function (_) { - return arguments.length ? (tooltip$$1 = _, hm) : tooltip$$1; - }; - - /** - * Gets / sets the colorFunction - * (see {@link heatmap#colorFunction}) - * @param {colorFunction} [_=none] - * @returns {heatmap | colorFunction} - * @memberof heatmap - * @property - * by default colorFunction = colorFunction() - */ - hm.colorFunction = function (_) { - return arguments.length ? (colorFunction$$1 = _, hm) : colorFunction$$1; - }; - - /** - * Gets / sets the xSize - * (see {@link heatmap#xSize}) - * @param {number} [_=none] - * @returns {heatmap | number} - * @memberof heatmap - * @property - * by default xSize = undefined - */ - hm.xSize = function (_) { - return arguments.length ? (xSize = _, hm) : xSize; - }; - /** - * Gets / sets the xSpacerSize - * (see {@link heatmap#xSpacerSize}) - * @param {number} [_=none] - * @returns {heatmap | number} - * @memberof heatmap - * @property - * by default xSpacerSize = undefined - */ - hm.xSpacerSize = function (_) { - return arguments.length ? (xSpacerSize = _, hm) : xSpacerSize; - }; - /** - * Gets / sets the ySize - * (see {@link heatmap#ySize}) - * @param {number} [_=none] - * @returns {heatmap | number} - * @memberof heatmap - * @property - * by default ySize = undefined - */ - hm.ySize = function (_) { - return arguments.length ? (ySize = _, hm) : ySize; - }; - /** - * Gets / sets the ySpacerSize - * (see {@link heatmap#ySpacerSize}) - * @param {number} [_=none] - * @returns {heatmap | number} - * @memberof heatmap - * @property - * by default ySpacerSize = undefined - */ - hm.ySpacerSize = function (_) { - return arguments.length ? (ySpacerSize = _, hm) : ySpacerSize; - }; - // hm.yKeySortingFunction = function(_) { return arguments.length ? (yKeySortingFunction = _, hm) : yKeySortingFunction; } - // hm.xKeySortingFunction = function(_) { return arguments.length ? (xKeySortingFunction = _, hm) : xKeySortingFunction; } - - - function hm() { - var bgcpRect = { x: 0, y: 0, width: spaceX, height: spaceY }; - var container = setupContainer(selection, namespace, bgcpRect, backgroundFill); - - cellKeys = d3.keys(data); - - xValues = unique(cellKeys.map(xExtractor)); - yValues = unique(cellKeys.map(yExtractor)); - vValues = unique(cellKeys.map(vExtractor)); - - cellKeys.sort(function (a, b) { - return xKeySortingFunction(a, b) || yKeySortingFunction(a, b); - }); - log('heatmap', 'cells are sorted by', cellKeys); - - log('heatmap', 'x and y keys are', { x: xValues, y: yValues }); - - var xDim = xValues.length, - yDim = yValues.length; - - ySize = calculateWidthOfObject(spaceY, yDim, yMinObjectSize, yMaxObjectSize, objectSpacer, overflowQ); - xSize = calculateWidthOfObject(spaceX, xDim, xMinObjectSize, xMaxObjectSize, objectSpacer, overflowQ); - ySpacerSize = calculateWidthOfSpacer(yValues, spaceY, ySize, yDim, objectSpacer, overflowQ); - xSpacerSize = calculateWidthOfSpacer(xValues, spaceX, xSize, xDim, objectSpacer, overflowQ); - // console.table({ - // x:{ - // object: xSize, - // spacer: xSpacerSize, - // dim: xDim - // }, - // y:{ - // object: ySize, - // spacer: ySpacerSize, - // dim: yDim - // } - // - // }) - log('heatmap', 'size of', { x: xSize, y: ySize }); - - var ySpacer = groupingSpacer().horizontalQ(false).moveby('category').numberOfObjects(yDim).objectClass(hypenate(objectClass, 'row')).objectSize(ySize + ySpacerSize).spacerSize(0).transitionDuration(transitionDuration).easeFunc(easeFunc).namespace('row'); - - var xSpacer = groupingSpacer().horizontalQ(true).moveby('category').numberOfObjects(xDim).objectClass(objectClass).objectSize(xSize + xSpacerSize).spacerSize(0).transitionDuration(transitionDuration).easeFunc(easeFunc); - - ySpacer(container, yValues, 0); - container.selectAll('g.' + hypenate(objectClass, 'row')).each(function (d, i) { - xSpacer(d3.select(this), xValues, 0); - }); - - var cells = container.selectAll('g:not(.to-remove).' + objectClass); - - if (cellKeys.length != yValues.length * xValues.length) { - var lookup = {}; - cellKeys.map(function (k, i) { - lookup[xExtractor(k) + '::' + yExtractor(k)] = k; - }); - - var positionedCellKeys = []; - for (var i = 0; i < yValues.length; i++) { - for (var j = 0; j < xValues.length; j++) { - var lookupValue = lookup[xValues[j] + "::" + yValues[i]]; - if (lookupValue == undefined) { - positionedCellKeys.push(undefined); - } else { - positionedCellKeys.push(lookupValue); - } - } - } - - cells.data(positionedCellKeys); - - // maybe breaks this - // !!!!!! IMPORTANT NOTE TODO LOOK HERE BUG - cellKeys = positionedCellKeys; - } else { - cells.data(cellKeys); - } - - var parentIndexArray = []; - cells.each(function (d, i) { - parentIndexArray.push(Number(d3.select(this).attr('parent-index'))); - }); - - colorFunction$$1 = colorFunction$$1.colorBy() == 'index' ? colorFunction$$1.dataExtent([0, Math.max.apply(Math, parentIndexArray)]) : colorFunction$$1.dataExtent([0, Math.max.apply(Math, toConsumableArray(vValues))]); - - cells.each(function (key, i) { - log('heatmap', 'each cell', { key: key, index: i, node: d3.select(this).node() }); - - var t = d3.select(this); - if (key == undefined) { - return; - } - var currentData = data[key], - value = vExtractor(key, i), - i = t.attr('parent-index') == undefined ? i : t.attr('parent-index'), - fillColor = colorFunction$$1(key, value, i, 'fill'), - // prevent duplicate computation - strokeColor = colorFunction$$1(key, value, i, 'stroke'); - - var c = safeSelect(t, 'rect', hypenate(objectClass, 'rect')); - c.attr('width', xSize + xSpacerSize - objectStrokeWidth).attr('height', ySize + ySpacerSize - objectStrokeWidth).attr('fill', fillColor).attr('x', objectStrokeWidth / 2).attr('y', objectStrokeWidth / 2).attr('stroke', "#000").attr('stroke-width', objectStrokeWidth); - }); - - tooltip$$1.selection(cells.selectAll('rect.' + hypenate(objectClass, 'rect'))).data(data); - // .keys(['r', 'v']) - // .header(function(d, i){return hypenate(data[d][xKey], data[d][yKey]) }) - - tooltip$$1(); - } - - return hm; - } - - /******************************************************************************* - ** ** - ** ** - ** BOX AND WHISKER ** - ** ** - ** ** - *******************************************************************************/ - /** - * Creates a boxwhisker - * - * {@link https://sumneuron.gitlab.io/d3sm/demos/box-whiskers/index.html Demo} - * @constructor boxwhisker - * @param {d3.selection} selection - * @namespace boxwhisker - * @returns {function} boxwhisker - */ - function boxwhisker(selection) { - var - /** - * Data to plot. Assumed to be a object, where each key corresponds to a box - * (see {@link boxwhisker#data}) - * @param {Object} [data=undefined] - * @memberof boxwhisker# - * @property - */ - data, - - /** - * Which direction to render the boxes in - * (see {@link boxwhisker#orient}) - * @param {number} [orient='horizontal'] - * @memberof boxwhisker# - * @property - */ - orient = 'horizontal', - - /** - * Amount of horizontal space (in pixels) avaible to render the boxwhisker in - * (see {@link boxwhisker#spaceX}) - * @param {number} [spaceX=undefined] - * @memberof boxwhisker# - * @property - */ - spaceX, - - /** - * Amount of vertical space (in pixels) avaible to render the boxwhisker in - * (see {@link boxwhisker.spaceY}) - * @param {number} [spaceY=undefined] - * @memberof boxwhisker# - * @property - */ - spaceY, - - /** - * Whether or not to allow boxwhisker to render elements pass the main spatial dimension - * given the orientation (see {@link boxwhisker#orient}), where {@link boxwhisker#orient}="horizontal" - * the main dimension is {@link boxwhisker#spaceX} and where {@link boxwhisker#orient}="vertical" - * the main dimension is {@link boxwhisker#spaceY} - * @param {boolean} [overflowQ=false] - * @memberof boxwhisker# - * @property - */ - overflowQ = true, - - - /** - * An array - putatively of other arrays - depicting how boxes should be arranged - * @param {Array[]} [grouping=undefined] - * @memberof boxwhisker# - * @property - */ - grouping, - quartilesKey = 'quartiles', - // key in object where quartiles are stored - quartilesKeys = ["0.00", "0.25", "0.50", "0.75", "1.00"], - // keys in quartiles object mapping values to min, q1, q2, q3 and max - - - /** - * How to get the value of the boxwhisker - * @param {function} [valueExtractor=function(key, index) { return data[key][quartilesKey] }] - * @memberof boxwhisker# - * @property - */ - valueExtractor = function valueExtractor(key, index) { - return data[key][quartilesKey]; - }, - - /** - * How to sort the boxes - if {@link boxwhisker#grouping} is not provided. - * @param {function} [sortingFunction=descending] - * @memberof boxwhisker# - * @property - * default - * function(keyA, keyB) {return d3.descending( - * valueExtractor(keyA)[quartilesKeys[4]], - * valueExtractor(keyB)[quartilesKeys[4]] - * )} - */ - sortingFunction = function sortingFunction(keyA, keyB) { - return d3.descending(valueExtractor(keyA)[quartilesKeys[4]], valueExtractor(keyB)[quartilesKeys[4]]); - }, - - /** - * The scale for which boxwhisker values should be transformed by - * @param {d3.scale} [scale=d3.scaleLinear] - * @memberof boxwhisker# - * @property - */ - scale = d3.scaleLinear(), - - /** - * The padding for the domain of the scale (see {@link boxwhisker#scale}) - * @param {number} [domainPadding=0.5] - * @memberof boxwhisker# - * @property - */ - domainPadding = 0.5, - - /** - * Default space for the spacer (percentage) of main dimension given the orientation - * (see {@link boxwhisker#orient}), where {@link boxwhisker#orient}="horizontal" - * the main dimension is {@link boxwhisker#spaceX} and where {@link boxwhisker#orient}="vertical" - * the main dimension is {@link boxwhisker#spaceY} between boxes - * @param {number} [objectSpacer=0.05] - * @memberof boxwhisker# - * @property - */ - objectSpacer = 0.05, - - /** - * The minimum size that an object can be - * @param {number} [minObjectSize=15] - * @memberof boxwhisker# - * @property - */ - minObjectSize = 15, - - /** - * The maximum size that an object can be - * @param {number} [maxObjectSize=50] - * @memberof boxwhisker# - * @property - */ - maxObjectSize = 50, - - /** - * Percent of box and whisker size that whiskers will be rendered - * see {@link boxwhisker#objectSize} - * @param {number} [whiskerWidthPercent=0.6] - * @memberof boxwhisker# - * @property - */ - whiskerWidthPercent = .6, - - /** - * Instance of ColorFunction - * @param {function} [colorFunction = colorFunction()] - * @memberof boxwhisker# - * @property - */ - colorFunction$$1 = colorFunction(), - - /** - * The stroke width of the boxes - * @param {number} [boxStrokeWidth=2] - * @memberof boxwhisker# - * @property - */ - boxStrokeWidth = 2, - - /** - * The stroke width of the whiskers - * @param {number} [whiskerStrokeWidth=2] - * @memberof boxwhisker# - * @property - */ - whiskerStrokeWidth = 2, - - - /** - * Color of the background - * @param {string} [backgroundFill="transparent"] - * @memberof boxwhisker# - * @property - */ - backgroundFill = 'transparent', - - /** - * Namespace for all items made by this instance of boxwhisker - * @param {string} [namespace="d3sm-box-whisker"] - * @memberof boxwhisker# - * @property - */ - namespace = 'd3sm-box-whisker', - - /** - * Class name for boxwhisker container ( element) - * @param {string} [objectClass="box-whisk"] - * @memberof boxwhisker# - * @property - */ - objectClass = 'box-whisk', - - - /** - * Duration of all transitions of this element - * @param {number} [transitionDuration=1000] - * @memberof boxwhisker# - * @property - */ - transitionDuration = 1000, - - /** - * Easing function for transitions - * @param {d3.ease} [easeFunc=d3.easeExp] - * @memberof boxwhisker# - * @property - */ - easeFunc = d3.easeExp, - - - /** - * The keys of the boxes - * @param {string[]} [boxKeys=undefined] - * @memberof boxwhisker# - * @property - */ - boxKeys, - - /** - * The values of the boxes - * @param {string[]} [boxValues=undefined] - * @memberof boxwhisker# - * @property - */ - boxValues, - - /** - * The objectSize (actual width) used by the boxes - * @param {number} [objectSize=undefined] - * @memberof boxwhisker# - * @property - */ - objectSize, - - /** - * The spacerSize (actual width) used by the spacers between the boxes - * @param {number} [spacerSize=undefined] - * @memberof boxwhisker# - * @property - */ - spacerSize, - - /** - * Instance of Tooltip - * @param {function} [tooltip=tooltip()] - * @memberof boxwhisker# - * @property - */ - tooltip$$1 = tooltip(); - /** - * Gets or sets the selection in which items are manipulated - * @param {d3.selection} [_=none] - * @returns {boxwhisker | d3.selection} - * @memberof boxwhisker - * @property - * by default selection = selection - */ - boxwhisker.selection = function (_) { - return arguments.length ? (selection = _, boxwhisker) : selection; - }; - /** - * Gets or sets the data - * (see {@link boxwhisker#data}) - * @param {number} [_=none] - * @returns {boxwhisker | object} - * @memberof boxwhisker - * @property - */ - boxwhisker.data = function (_) { - return arguments.length ? (data = _, boxwhisker) : data; - }; - /** - * Gets or sets the orient of the boxes - * (see {@link boxwhisker#orient}) - * @param {number} [_=none] - * @returns {boxwhisker | object} - * @memberof boxwhisker - * @property - */ - boxwhisker.orient = function (_) { - return arguments.length ? (orient = _, boxwhisker) : orient; - }; - /** - * Gets or sets the amount of horizontal space in which items are manipulated - * (see {@link boxwhisker#spaceX}) - * @param {number} [_=none] should be a number > 0 - * @returns {boxwhisker | number} - * @memberof boxwhisker - * @property - * by default spaceX = undefined - */ - boxwhisker.spaceX = function (_) { - return arguments.length ? (spaceX = _, boxwhisker) : spaceX; - }; - /** - * Gets or sets the amount of vertical space in which items are manipulated - * (see {@link boxwhisker#spaceY}) - * @param {number} [_=none] should be a number > 0 - * @returns {boxwhisker | number} - * @memberof boxwhisker - * @property - * by default spaceY = undefined - */ - boxwhisker.spaceY = function (_) { - return arguments.length ? (spaceY = _, boxwhisker) : spaceY; - }; - /** - * Gets / sets whether or not boxwhisker is allowed to go beyond specified dimensions - * (see {@link boxwhisker#overflowQ}) - * @param {boolean} [_=none] - * @returns {boxwhisker | boolean} - * @memberof boxwhisker - * @property - * by default overflowQ = false - */ - boxwhisker.overflowQ = function (_) { - return arguments.length ? (overflowQ = _, boxwhisker) : overflowQ; - }; - /** - * Gets / sets the grouping of the boxes - * (see {@link boxwhisker#grouping}) - * @param {Array[]} [_=none] - * @returns {boxwhisker | Array[]} - * @memberof boxwhisker - * @property - * by default grouping = undefined - */ - boxwhisker.grouping = function (_) { - return arguments.length ? (grouping = _, boxwhisker) : grouping; - }; - /** - * Gets / sets the quartilesKey - * (see {@link boxwhisker#quartilesKey}) - * @param {string} [_=none] - * @returns {boxwhisker | string} - * @memberof boxwhisker - * @property - * by default quartilesKey = quartiles - */ - boxwhisker.quartilesKey = function (_) { - return arguments.length ? (quartilesKey = _, boxwhisker) : quartilesKey; - }; - /** - * Gets / sets the quartilesKeys - * (see {@link boxwhisker#quartilesKeys}) - * @param {string[]} [_=none] - * @returns {boxwhisker | string[]} - * @memberof boxwhisker - * @property - * by default quartilesKeys = [Q0, Q1, Q2, Q3, Q4] - */ - boxwhisker.quartilesKeys = function (_) { - return arguments.length ? (quartilesKeys = _, boxwhisker) : quartilesKeys; - }; - /** - * Gets / sets the valueExtractor - * (see {@link boxwhisker#valueExtractor}) - * @param {function} [_=none] - * @returns {boxwhisker | function} - * @memberof boxwhisker - * @property - * by default valueExtractor = function(key, index) { return data[key][quartilesKey] }, - */ - - boxwhisker.valueExtractor = function (_) { - return arguments.length ? (valueExtractor = _, boxwhisker) : valueExtractor; - }; - /** - * Gets / sets the sortingFunction - * (see {@link boxwhisker#sortingFunction}) - * @param {function} [_=none] - * @returns {boxwhisker | function} - * @memberof boxwhisker - * @property - * by default sortingFunction = function(keyA, keyB) {return d3.descending( - * valueExtractor(keyA)[quartilesKeys[4]], - * valueExtractor(keyB)[quartilesKeys[4]] - * )}, - */ - boxwhisker.sortingFunction = function (_) { - return arguments.length ? (sortingFunction = _, boxwhisker) : sortingFunction; - }; - /** - * Gets / sets the scale for which the boxwhisker values should be transformed by - * (see {@link boxwhisker#scale}) - * @param {d3.scale} [_=none] - * @returns {boxwhisker | d3.scale} - * @memberof boxwhisker - * @property - * by default scale = d3.scaleLinear() - */ - boxwhisker.scale = function (_) { - return arguments.length ? (scale = _, boxwhisker) : scale; - }; - /** - * Gets / sets the padding for the domain of the scale - * (see {@link boxwhisker#domainPadding}) - * @param {number} [_=none] - * @returns {boxwhisker | number} - * @memberof boxwhisker - * @property - * by default domainPadding = 0.5 - */ - boxwhisker.domainPadding = function (_) { - return arguments.length ? (domainPadding = _, boxwhisker) : domainPadding; - }; - /** - * Gets / sets objectSpacer - * (see {@link boxwhisker#objectSpacer}) - * @param {number} [_=none] - * @returns {boxwhisker | number} - * @memberof boxwhisker - * @property - * by default objectSpacer = 0.05 - */ - boxwhisker.objectSpacer = function (_) { - return arguments.length ? (objectSpacer = _, boxwhisker) : objectSpacer; - }; - /** - * Gets / sets the minObjectSize - * (see {@link boxwhisker#minObjectSize}) - * @param {number} [_=none] - * @returns {boxwhisker | number} - * @memberof boxwhisker - * @property - * by default minObjectSize = 15 - */ - boxwhisker.minObjectSize = function (_) { - return arguments.length ? (minObjectSize = _, boxwhisker) : minObjectSize; - }; - /** - * Gets / sets the maxObjectSize - * (see {@link boxwhisker#maxObjectSize}) - * @param {number} [_=none] - * @returns {boxwhisker | number} - * @memberof boxwhisker - * @property - * by default maxObjectSize = 50 - */ - boxwhisker.maxObjectSize = function (_) { - return arguments.length ? (maxObjectSize = _, boxwhisker) : maxObjectSize; - }; - /** - * Gets / sets the whiskerWidthPercent - * (see {@link boxwhisker#whiskerWidthPercent}) - * @param {number} [_=none] - * @returns {boxwhisker | number} - * @memberof boxwhisker - * @property - * by default maxObjectSize = 0.6 - */ - boxwhisker.whiskerWidthPercent = function (_) { - return arguments.length ? (whiskerWidthPercent = _, boxwhisker) : whiskerWidthPercent; - }; - /** - * Gets / sets the colorFunction - * (see {@link boxwhisker#colorFunction}) - * @param {colorFunction} [_=none] - * @returns {boxwhisker | colorFunction} - * @memberof boxwhisker - * @property - * by default colorFunction = colorFunction() - */ - boxwhisker.colorFunction = function (_) { - return arguments.length ? (colorFunction$$1 = _, boxwhisker) : colorFunction$$1; - }; - /** - * Gets / sets the boxStrokeWidth - * (see {@link boxwhisker#boxStrokeWidth}) - * @param {number} [_=none] - * @returns {boxwhisker | number} - * @memberof boxwhisker - * @property - * by default boxStrokeWidth = 2 - */ - boxwhisker.boxStrokeWidth = function (_) { - return arguments.length ? (boxStrokeWidth = _, boxwhisker) : boxStrokeWidth; - }; - /** - * Gets / sets the whiskerStrokeWidth - * (see {@link boxwhisker#whiskerStrokeWidth}) - * @param {number} [_=none] - * @returns {boxwhisker | number} - * @memberof boxwhisker - * @property - * by default whiskerStrokeWidth = 2 - */ - boxwhisker.whiskerStrokeWidth = function (_) { - return arguments.length ? (whiskerStrokeWidth = _, boxwhisker) : whiskerStrokeWidth; - }; - - /** - * Gets / sets the backgroundFill - * (see {@link boxwhisker#backgroundFill}) - * @param {string} [_=none] - * @returns {boxwhisker | string} - * @memberof boxwhisker - * @property - * by default backgroundFill = 'transparent' - */ - boxwhisker.backgroundFill = function (_) { - return arguments.length ? (backgroundFill = _, boxwhisker) : backgroundFill; - }; - /** - * Gets / sets the namespace - * (see {@link boxwhisker#namespace}) - * @param {string} [_=none] - * @returns {boxwhisker | string} - * @memberof boxwhisker - * @property - * by default namespace = 'd3sm-boxwhisker' - */ - boxwhisker.namespace = function (_) { - return arguments.length ? (namespace = _, boxwhisker) : namespace; - }; - /** - * Gets / sets the objectClass - * (see {@link boxwhisker#objectClass}) - * @param {string} [_=none] - * @returns {boxwhisker | string} - * @memberof boxwhisker - * @property - * by default objectClass = 'tick-group' - */ - boxwhisker.objectClass = function (_) { - return arguments.length ? (objectClass = _, boxwhisker) : objectClass; - }; - /** - * Gets / sets the transitionDuration - * (see {@link boxwhisker#transitionDuration}) - * @param {number} [_=none] - * @returns {boxwhisker | number} - * @memberof boxwhisker - * @property - * by default transitionDuration = 1000 - */ - boxwhisker.transitionDuration = function (_) { - return arguments.length ? (transitionDuration = _, boxwhisker) : transitionDuration; - }; - /** - * Gets / sets the easeFunc - * (see {@link boxwhisker#easeFunc}) - * @param {d3.ease} [_=none] - * @returns {boxwhisker | d3.ease} - * @memberof boxwhisker - * @property - * by default easeFunc = d3.easeExp - */ - boxwhisker.easeFunc = function (_) { - return arguments.length ? (easeFunc = _, boxwhisker) : easeFunc; - }; - - /** - * Gets / sets the barKeys - * (see {@link boxwhisker#boxKeys}) - * @param {string[]} [_=none] - * @returns {boxwhisker | string[]} - * @memberof boxwhisker - * @property - * by default boxKeys = undefined - */ - boxwhisker.boxKeys = function (_) { - return arguments.length ? (boxKeys = _, boxwhisker) : boxKeys; - }; - /** - * Gets / sets the boxValues - * (see {@link boxwhisker#boxValues}) - * @param {number[]} [_=none] - * @returns {boxwhisker | number[]} - * @memberof boxwhisker - * @property - * by default boxValues = undefined - */ - boxwhisker.boxValues = function (_) { - return arguments.length ? (boxValues = _, boxwhisker) : boxValues; - }; - /** - * Gets / sets the objectSize - * (see {@link boxwhisker#objectSize}) - * @param {number} [_=none] - * @returns {boxwhisker | number} - * @memberof boxwhisker - * @property - * by default objectSize = undefined - */ - boxwhisker.objectSize = function (_) { - return arguments.length ? (objectSize = _, boxwhisker) : objectSize; - }; - /** - * Gets / sets the spacerSize - * (see {@link boxwhisker#spacerSize}) - * @param {number} [_=none] - * @returns {boxwhisker | number} - * @memberof boxwhisker - * @property - * by default spacerSize = undefined - */ - boxwhisker.spacerSize = function (_) { - return arguments.length ? (spacerSize = _, boxwhisker) : spacerSize; - }; - /** - * Gets / sets the tooltip - * (see {@link boxwhisker#tooltip}) - * @param {tooltip} [_=none] - * @returns {boxwhisker | tooltip} - * @memberof boxwhisker - * @property - * by default tooltip = tooltip() - */ - boxwhisker.tooltip = function (_) { - return arguments.length ? (tooltip$$1 = _, boxwhisker) : tooltip$$1; - }; - - function boxwhisker() { - // for convenience in handling orientation specific values - var horizontalQ = orient == 'horizontal' ? true : false; - var verticalQ = !horizontalQ; - - // background cliping rectangle - var bgcpRect = { x: 0, y: 0, width: spaceX, height: spaceY }; - var container = setupContainer(selection, namespace, bgcpRect, backgroundFill); - - // if grouping is undefined sort keys by sorting funct - var ordered = grouping == undefined ? d3.keys(data).sort(sortingFunction) : grouping; - // to prevent re-calculation and getters to be passed to axes - boxKeys = flatten(ordered); - boxValues = boxKeys.map(valueExtractor); - - var numberOfObjects = boxKeys.length; - var extent = [Math.min.apply(Math, toConsumableArray(boxValues.map(function (d, i) { - return d[quartilesKeys[0]]; - }))) - domainPadding, Math.max.apply(Math, toConsumableArray(boxValues.map(function (d, i) { - return d[quartilesKeys[4]]; - }))) + domainPadding]; - - // set the scale - scale.domain(extent).range(horizontalQ ? [0, spaceY] : [spaceX, 0]); - var space = horizontalQ ? spaceX : spaceY; - // calculate object size - objectSize = calculateWidthOfObject(space, numberOfObjects, minObjectSize, maxObjectSize, objectSpacer, overflowQ); - // calculate spacer size if needed - spacerSize = calculateWidthOfSpacer(boxKeys, space, objectSize, numberOfObjects, objectSpacer, overflowQ); - // make the nested groups - var spacerFunction = groupingSpacer().horizontalQ(horizontalQ).scale(scale).moveby('category').numberOfObjects(numberOfObjects).objectClass(objectClass).objectSize(objectSize).spacerSize(spacerSize).transitionDuration(transitionDuration).easeFunc(easeFunc).namespace(namespace); - - // move stuff - spacerFunction(container, ordered, 0); - - var parentIndexArray = []; - container.selectAll('g:not(.to-remove).' + objectClass).each(function (d, i) { - if (hasQ(boxKeys, d)) { - parentIndexArray.push(Number(d3.select(this).attr('parent-index'))); - } - }); - - colorFunction$$1 = colorFunction$$1.colorBy() == 'index' ? colorFunction$$1.dataExtent([0, Math.max.apply(Math, parentIndexArray)]) : colorFunction$$1.dataExtent(extent); - - // set attributes for box and whiskers - container.selectAll('g:not(.to-remove).' + objectClass).each(function (key, i) { - var t = d3.select(this), - currentData = data[key], - quartiles$$1 = valueExtractor(key, i), - q0 = quartiles$$1[quartilesKeys[0]], - q1 = quartiles$$1[quartilesKeys[1]], - q2 = quartiles$$1[quartilesKeys[2]], - q3 = quartiles$$1[quartilesKeys[3]], - q4 = quartiles$$1[quartilesKeys[4]]; - - var i = t.attr('parent-index') == undefined ? i : t.attr('parent-index'), - fillColor = colorFunction$$1(key, q2, i, 'fill'), - // prevent duplicate computation - strokeColor = colorFunction$$1(key, q2, i, 'stroke'); - - var whisk = safeSelect(t, 'g', 'whisker'), - uWhisk = safeSelect(whisk, 'path', 'upper'), - lWhisk = safeSelect(whisk, 'path', 'lower'), - quart = safeSelect(t, 'g', 'quartile'), - uQuart = safeSelect(quart, 'rect', 'upper'), - lQuart = safeSelect(quart, 'rect', 'lower'), - mQuart = safeSelect(quart, 'circle', 'median'); - - // set upper quartile (q3) - uQuart.transition().duration(transitionDuration).ease(easeFunc).attr('width', horizontalQ ? objectSize : scale(q3) - scale(q2)).attr('height', verticalQ ? objectSize : scale(q3) - scale(q2)).attr('fill', fillColor).attr('stroke', strokeColor).attr('stroke-width', boxStrokeWidth).attr('transform', function (d, i) { - var x = horizontalQ ? 0 : scale(q2), - y = verticalQ ? 0 : scale(extent[1]) - scale(q3), - t = 'translate(' + x + ',' + y + ')'; - return t; - }); - - // set lower quartile (q1) - lQuart.transition().duration(transitionDuration).ease(easeFunc).attr('width', horizontalQ ? objectSize : scale(q2) - scale(q1)).attr('height', verticalQ ? objectSize : scale(q2) - scale(q1)).attr('fill', fillColor).attr('stroke', strokeColor).attr('stroke-width', boxStrokeWidth).attr('transform', function (d, i) { - var x = horizontalQ ? 0 : scale(q1), - y = verticalQ ? 0 : scale(extent[1]) - scale(q2), - t = 'translate(' + x + ',' + y + ')'; - return t; - }); - - // set median (q2) - mQuart.transition().duration(transitionDuration).ease(easeFunc).attr('r', function (d, i) { - var r = objectSize / 2; - var dif = (scale(q3) - scale(q1)) / 2; - return r > dif ? dif : r; - }).attr('fill', fillColor).attr('stroke', strokeColor).attr('stroke-width', boxStrokeWidth).attr('transform', function (d, i) { - var x = horizontalQ ? objectSize / 2 : scale(q2), - y = verticalQ ? objectSize / 2 : scale(extent[1]) - scale(q2), - t = 'translate(' + x + ',' + y + ')'; - return t; - }); - - // set lower whisker (min) - lWhisk.transition().duration(transitionDuration).ease(easeFunc).attr('d', function (dd, ii) { - var dir = false, - x = 0, - y = 0, - h = horizontalQ ? scale(q1) - scale(q0) : objectSize, - w = verticalQ ? scale(q1) - scale(q0) : objectSize; - return whiskerPath(dir, x, y, w, h, whiskerWidthPercent, orient); - }).attr('transform', function (d, i) { - var x = horizontalQ ? 0 : scale(q1), - y = verticalQ ? 0 : scale(extent[1]) - scale(q1), - t = 'translate(' + x + ',' + y + ')'; - return t; - }).attr('stroke', 'black').attr('stroke-width', whiskerStrokeWidth).attr('fill', 'none'); - - // set upper whisker (max) - uWhisk.transition().duration(transitionDuration).ease(easeFunc).attr('d', function (dd, ii) { - var dir = true, - x = 0, - y = 0, - h = horizontalQ ? scale(q4) - scale(q3) : objectSize, - w = verticalQ ? scale(q4) - scale(q3) : objectSize; - return whiskerPath(dir, x, y, w, h, whiskerWidthPercent, orient); - }).attr('transform', function (d, i) { - var x = horizontalQ ? 0 : scale(q3), - y = verticalQ ? 0 : scale(extent[1]) - scale(q4), - t = 'translate(' + x + ',' + y + ')'; - return t; - }).attr('stroke', 'black').attr('stroke-width', whiskerStrokeWidth).attr('fill', 'none'); - }); - - tooltip$$1.selection(container.selectAll('g:not(.to-remove).' + objectClass)).data(data); - tooltip$$1(); - } - - return boxwhisker; - } - - function selectFilter(selection) { - - var data, - namespace = 'd3sm-select-filter', - selectionName = 'Select options:', - defaultValue = undefined; - - var lastValue = undefined; - - selectFilter.data = function (_) { - return arguments.length ? (data = _, selectFilter) : data; - }; - selectFilter.namespace = function (_) { - return arguments.length ? (namespace = _, selectFilter) : namespace; - }; - selectFilter.selectionName = function (_) { - return arguments.length ? (selectionName = _, selectFilter) : selectionName; - }; - selectFilter.defaultValue = function (_) { - return arguments.length ? (defaultValue = _, selectFilter) : defaultValue; - }; - selectFilter.currentOption = currentOption; - - function selectFilter() { - var container = safeSelect(selection, 'div', 'input-group').classed(hypenate(namespace, 'container'), true), - selectPrepend = safeSelect(container, 'div', 'select-prepend').classed('input-group-prepend', true), - selectPrependSpan = safeSelect(selectPrepend, 'span', 'input-group-text').text(selectionName), - select = safeSelect(container, 'select', 'custom-select').classed(hypenate(namespace, 'select'), true), - selectAppend = safeSelect(container, 'div', 'select-append').classed('input-group-prepend', true), - selectAppendButton = safeSelect(selectAppend, 'a', 'filter-button').classed('btn btn-outline-secondary', true), - filterButtonIcon = safeSelect(selectAppendButton, 'i', 'fa fa-filter'), - inputGroup = safeSelect(container, 'div', 'filter-input-group').classed('input-group', true).classed('d-none', true), - inputPrepend = safeSelect(inputGroup, 'div', 'input-group-prepend'), - inputPrependSpan = safeSelect(inputPrepend, 'span', 'input-group-text').classed('search-button', true), - inputPrependSpanIcon = safeSelect(inputPrependSpan, 'i', 'fa fa-search'), - input = safeSelect(inputGroup, 'input', 'form-control').attr('placeholder', 'all').attr('type', 'text'), - inputAppend = safeSelect(inputGroup, 'div', 'input-group-append'), - inputAppendButton = safeSelect(inputAppend, 'a', 'close-button').classed('btn btn-outline-secondary', true), - inputAppendButtonIcon = safeSelect(inputAppendButton, 'i', 'fa fa-close'); - - var keys = d3.keys(data), - options = select.selectAll('option'); - - options = options.data(d3.keys(data)); - options = options.merge(options.enter().append('option')).attr('value', function (d, i) { - return d; - }).text(function (d, i) { - return d; - }); - - var filterButton = selectAppendButton, - closeButton = inputAppendButton; - - filterButton.on('click', function (d, i) { - var currentStyle = inputGroup.classed('d-none'); - inputGroup.classed('d-none', !currentStyle); - }); - - closeButton.on('click', function (d, i) { - input.property('value', '').dispatch('input'); - }); - - input.on('input', function (d, i) { - var val = input.property('value'), - reg = new RegExp(val, 'gi'), - use; - - if (val == '') { - use = keys; - } else { - use = []; - d3.keys(data).map(function (option, j) { - var match = option.match(reg); - if (match == null || match.join('') == '') ; else { - use.push(option); - } - }); - } - - options = select.selectAll('option'); - options = options.data(use); - options.exit().remove(); - options = options.merge(options.enter().append('option')).attr('value', function (d, i) { - return d; - }).text(function (d, i) { - return d; - }); - - var current = currentOption(); - if (lastValue != current) { - lastValue = current; - select.dispatch('change'); - } - }); - } - - function currentOption() { - var val = selection.select("select").property('value'); - return val == undefined || val == '' ? defaultValue == undefined ? d3.keys(data)[0] : defaultValue : val; - } - - return selectFilter; - } - - /******************************************************************************* - ** ** - ** ** - ** DATATOGGLE ** - ** ** - ** ** - *******************************************************************************/ - /** - * Creates a datatoggle - * @constructor datatoggle - * @param {d3.selection} selection - * @namespace datatoggle - * @returns {function} datatoggle - */ - function datatoggle(selection) { - var - /** - * What to do when a different key is clicked - * (see {@link datatoggle#updateFunction}) - * @param {function} [updateFunction=function(){}] - * @memberof datatoggle# - * @property - */ - updateFunction = function updateFunction() {}, - - /** - * Namespace for all items made by this instance of datatoggle - * @param {string} [namespace="d3sm-databar"] - * @memberof datatoggle# - * @property - */ - namespace = 'd3sm-databar', - - xAxisSelectQ = false, - xAxisOptions, - yAxisSelectQ = false, - yAxisOptions, - data; - toggle.xAxisSelectQ = function (_) { - return arguments.length ? (xAxisSelectQ = _, toggle) : xAxisSelectQ; - }; - toggle.yAxisSelectQ = function (_) { - return arguments.length ? (yAxisSelectQ = _, toggle) : yAxisSelectQ; - }; - toggle.xAxisOptions = function (_) { - return arguments.length ? (xAxisOptions = _, toggle) : xAxisOptions; - }; - toggle.yAxisOptions = function (_) { - return arguments.length ? (yAxisOptions = _, toggle) : yAxisOptions; - }; - toggle.data = function (_) { - return arguments.length ? (data = _, toggle) : data; - }; - - /** - * Gets / sets the updateFunction - * (see {@link datatoggle#updateFunction}) - * @function datatoggle.updateFunction - * @param {function} [_=none] - * @returns {datatoggle | function} - * @memberof datatoggle - * @property - * by default updateFunction = function(){} - */ - toggle.updateFunction = function (_) { - return arguments.length ? (updateFunction = _, toggle) : updateFunction; - }; - /** - * Gets / sets the namespace - * (see {@link datatoggle#namespace}) - * @function datatoggle.namespace - * @param {string} [_=none] - * @returns {datatoggle | string} - * @memberof datatoggle - * @property - * by default namespace = 'd3sm-databar' - */ - toggle.namespace = function (_) { - return arguments.length ? (namespace = _, toggle) : namespace; - }; - /** - * Gets / sets the currentKey - * (see {@link datatoggle#currentKey}) - * @function datatoggle.currentKey - * @param {string} [_=none] - * @returns {datatoggle | string} - * @memberof datatoggle - * @property - * by default currentKey = undefined - */ - toggle.currentKeys = function () { - var vals = {}; - d3.keys(filterSelects).map(function (k, i) { - vals[k] = filterSelects[k].currentOption(); - }); - return vals; - }; - - var filterSelects = {}; - function toggle() { - // selection options - - // selection.classed('d-flex flex-row', true) - // var filterButton = safeSelect(selection, 'a', 'slider-buttons') - // var filterI = safeSelect(filterButton, 'i', 'fa fa-sliders') - - /*BUG: unexpected behavior. - - when using bootstrap-eque way for collapse, clicking button submits to - the same page in applications (but not in demo), so using anchor () - - when using anchor, cause page to jump to that location - - when using show, the first open works, but the close does not. - */ - // filterButton.attr('class', 'btn btn-secondary') - // .attr('data-toggle', 'collapse') - // .attr('href', '#'+hypenate(namespace, 'data-toggle')) - // .attr('target', '_blank') - // .html(filterButton.html()+' Filters') - // .on('click', function(d, i){ - // d3.event.preventDefault() - // d3.event.stopPropagation() - // var dt = d3.select("#"+hypenate(namespace, 'data-toggle')) - // dt.classed('show', !dt.classed('show')) - // dt.classed('d-inline-flex', dt.classed('show')) - // - // filterButton.classed('btn-primary', dt.classed('show')) - // filterButton.classed('btn-secondary', !dt.classed('show')) - // }) - // .classed('d-inline-flex', true) - // .style("margin-right", '10px') - - - // var datatoggleCollapse = safeSelect(selection, 'div', hypenate(namespace,'collapse')) - // .attr('id', hypenate(namespace, 'data-toggle')) - // .classed('collapse', true) - - // var flexRow = safeSelect(datatoggleCollapse, 'div', 'd-inline-flex flex-row flex-wrap') - var flexRow = safeSelect(selection, 'div', 'd-inline-flex flex-row flex-wrap'); - - var dataopts = flexRow.selectAll('div.' + hypenate(namespace, 'select-filter')); - // remove excess - dataopts.exit().remove(); - // bind data - dataopts = dataopts.data(d3.keys(data)); - //enter - var doEnter = dataopts.enter().append('div').attr('class', 'select-filter'); - - dataopts = dataopts.merge(doEnter).style('margin-right', "10px"); - - dataopts.each(function (d, i) { - var t = d3.select(this); - var sf = selectFilter(t).data(data[d]).namespace(hypenate(namespace, d)).selectionName(d); - sf(); - filterSelects[d] = sf; - }); - - selection.selectAll('select').on('change', function () { - updateFunction(); - }); - // bind update function - // d3.selectAll - return toggle; - } - - return toggle; - } - - /******************************************************************************* - ** ** - ** ** - ** SCATTER ** - ** ** - ** ** - *******************************************************************************/ - /** - * Creates a scatter - * - * {@link https://sumneuron.gitlab.io/d3sm/demos/scatter/index.html Demo} - * @constructor scatter - * @param {d3.selection} selection - * @namespace scatter - * @returns {function} scatter - */ - function scatter(selection) { - - var - /** - * Data to plot. Assumed to be a object, where each key corresponds to a point - * (see {@link scatter#data}) - * @param {Object} [data=undefined] - * @memberof scatter# - * @property - */ - data, - - /** - * Amount of horizontal space (in pixels) avaible to render the scatter in - * (see {@link scatter#spaceX}) - * @param {number} [spaceX=undefined] - * @memberof scatter# - * @property - */ - spaceX, - - /** - * Amount of vertical space (in pixels) avaible to render the scatter in - * (see {@link scatter.spaceY}) - * @param {number} [spaceY=undefined] - * @memberof scatter# - * @property - */ - spaceY, - - - /** - * The scale for which scatter x values should be transformed by - * @param {d3.scale} [scaleX=d3.scaleLinear] - * @memberof scatter# - * @property - */ - scaleX = d3.scaleLinear(), - - /** - * The padding for the domain of the scaleX (see {@link scatter#scaleX}) - * @param {number} [domainPaddingX=0.5] - * @memberof scatter# - * @property - */ - domainPaddingX = 0.5, - - /** - * The function for getting the x value of the current point - * @param {function} [valueExtractorX=function(d, i){return data[d]['x']}] - * @memberof scatter# - * @property - */ - valueExtractorX = function valueExtractorX(d, i) { - return data[d]['x']; - }, - - - /** - * The scale for which scatter y values should be transformed by - * @param {d3.scale} [scaleY=d3.scaleLinear] - * @memberof scatter# - * @property - */ - scaleY = d3.scaleLinear(), - - /** - * The padding for the domain of the scaleY (see {@link scatter#scaleY}) - * @param {number} [domainPaddingY=0.5] - * @memberof scatter# - * @property - */ - domainPaddingY = 0.5, - - /** - * The function for getting the y value of the current point - * @param {function} [valueExtractorY=function(d, i){return data[d]['y']}] - * @memberof scatter# - * @property - */ - valueExtractorY = function valueExtractorY(d, i) { - return data[d]['y']; - }, - - - /** - * The scale for which scatter r values should be transformed by - * @param {d3.scale} [scaleR=d3.scaleLinear] - * @memberof scatter# - * @property - */ - scaleR = d3.scaleLinear(), - - /** - * The padding for the domain of the scaleR (see {@link scatter#scaleR}) - * @param {number} [domainPaddingR=0.5] - * @memberof scatter# - * @property - */ - domainPaddingR = 0.5, - - /** - * The function for getting the r value of the current point - * @param {function} [valueExtractorR=function(d, i){return 2}] - * @memberof scatter# - * @property - */ - valueExtractorR = function valueExtractorR(d, i) { - return 2; - }, - - /** - * The min radius a point can have - * @param {function} [minRadius=2] - * @memberof scatter# - * @property - */ - minRadius = 2, - - /** - * The min radius a point can have - * @param {function} [maxRadius=10] - * @memberof scatter# - * @property - */ - maxRadius = 10, - - - /** - * The stroke width of the points - * @param {number} [pointStrokeWidth=2] - * @memberof scatter# - * @property - */ - pointStrokeWidth = 2, - - /** - * Instance of ColorFunction - * @param {function} [colorFunction = colorFunction()] - * @memberof scatter# - * @property - */ - colorFunction$$1 = colorFunction(), - - /** - * Color of the background - * @param {string} [backgroundFill="transparent"] - * @memberof scatter# - * @property - */ - backgroundFill = 'transparent', - - /** - * Namespace for all items made by this instance of scatter - * @param {string} [namespace="d3sm-scatter"] - * @memberof scatter# - * @property - */ - namespace = 'd3sm-scatter', - - /** - * Class name for scatter container ( element) - * @param {string} [objectClass="scatter-point"] - * @memberof scatter# - * @property - */ - objectClass = 'scatter-point', - - /** - * Duration of all transitions of this element - * @param {number} [transitionDuration=1000] - * @memberof scatter# - * @property - */ - transitionDuration = 1000, - - /** - * Easing function for transitions - * @param {d3.ease} [easeFunc=d3.easeExp] - * @memberof scatter# - * @property - */ - easeFunc = d3.easeExp, - - - // useful values to extract to prevent re-calculation - /** - * The keys of the points - * @param {string[]} [pointKeys=undefined] - * @memberof scatter# - * @property - */ - pointKeys, - - /** - * The x values of the points - * @param {number[]} [valuesX=undefined] - * @memberof scatter# - * @property - */ - valuesX, - - /** - * The y values of the points - * @param {number[]} [valuesY=undefined] - * @memberof scatter# - * @property - */ - valuesY, - - /** - * The r values of the points - * @param {number[]} [valuesR=undefined] - * @memberof scatter# - * @property - */ - valuesR, - - - /** - * Instance of Tooltip - * @param {function} [tooltip=tooltip()] - * @memberof scatter# - * @property - */ - tooltip$$1 = tooltip(); - - /** - * Gets or sets the selection in which items are manipulated - * @param {d3.selection} [_=none] - * @returns {scatter | d3.selection} - * @memberof scatter - * @property - * by default selection = selection - */ - scatter.selection = function (_) { - return arguments.length ? (selection = _, scatter) : selection; - }; - /** - * Gets or sets the data - * (see {@link scatter#data}) - * @param {number} [_=none] - * @returns {scatter | object} - * @memberof scatter - * @property - */ - scatter.data = function (_) { - return arguments.length ? (data = _, scatter) : data; - }; - /** - * Gets or sets the amount of horizontal space in which items are manipulated - * (see {@link scatter#spaceX}) - * @param {number} [_=none] should be a number > 0 - * @returns {scatter | number} - * @memberof scatter - * @property - * by default spaceX = undefined - */ - scatter.spaceX = function (_) { - return arguments.length ? (spaceX = _, scatter) : spaceX; - }; - /** - * Gets or sets the amount of vertical space in which items are manipulated - * (see {@link scatter#spaceY}) - * @param {number} [_=none] should be a number > 0 - * @returns {scatter | number} - * @memberof scatter - * @property - * by default spaceY = undefined - */ - scatter.spaceY = function (_) { - return arguments.length ? (spaceY = _, scatter) : spaceY; - }; - - /** - * Gets / sets the x scale for which the scatter x values should be transformed by - * (see {@link scatter#scaleX}) - * @param {d3.scale} [_=none] - * @returns {scatter | d3.scale} - * @memberof scatter - * @property - * by default scaleX = d3.scaleLinear() - */ - scatter.scaleX = function (_) { - return arguments.length ? (scaleX = _, scatter) : scaleX; - }; - /** - * Gets / sets the padding for the domain of the x scale - * (see {@link scatter#domainPaddingX}) - * @param {number} [_=none] - * @returns {scatter | number} - * @memberof scatter - * @property - * by default domainPaddingX = 0.5 - */ - scatter.domainPaddingX = function (_) { - return arguments.length ? (domainPaddingX = _, scatter) : domainPaddingX; - }; - /** - * Gets / sets the valueExtractorX - * (see {@link scatter#valueExtractorX}) - * @param {function} [_=none] - * @returns {scatter | function} - * @memberof scatter - * @property - * by default valueExtractorX = function(key, index) { return data[key]['x'] } - */ - scatter.valueExtractorX = function (_) { - return arguments.length ? (valueExtractorX = _, scatter) : valueExtractorX; - }; - - /** - * Gets / sets the y scale for which the scatter y values should be transformed by - * (see {@link scatter#scaleY}) - * @param {d3.scale} [_=none] - * @returns {scatter | d3.scale} - * @memberof scatter - * @property - * by default scaleY = d3.scaleLinear() - */ - scatter.scaleY = function (_) { - return arguments.length ? (scaleY = _, scatter) : scaleY; - }; - /** - * Gets / sets the padding for the domain of the y scale - * (see {@link scatter#domainPaddingY}) - * @param {number} [_=none] - * @returns {scatter | number} - * @memberof scatter - * @property - * by default domainPaddingY = 0.5 - */ - scatter.domainPaddingY = function (_) { - return arguments.length ? (domainPaddingY = _, scatter) : domainPaddingY; - }; - /** - * Gets / sets the valueExtractorY - * (see {@link scatter#valueExtractorY}) - * @param {function} [_=none] - * @returns {scatter | function} - * @memberof scatter - * @property - * by default valueExtractorY = function(key, index) { return data[key]['y'] } - */ - scatter.valueExtractorY = function (_) { - return arguments.length ? (valueExtractorY = _, scatter) : valueExtractorY; - }; - - /** - * Gets / sets the r scale for which the scatter r values should be transformed by - * (see {@link scatter#scaleR}) - * @param {d3.scale} [_=none] - * @returns {scatter | d3.scale} - * @memberof scatter - * @property - * by default scaleR = d3.scaleLinear() - */ - scatter.scaleR = function (_) { - return arguments.length ? (scaleR = _, scatter) : scaleR; - }; - /** - * Gets / sets the padding for the domain of the r scale - * (see {@link scatter#domainPaddingR}) - * @param {number} [_=none] - * @returns {scatter | number} - * @memberof scatter - * @property - * by default domainPaddingR = 0.5 - */ - scatter.domainPaddingR = function (_) { - return arguments.length ? (domainPaddingR = _, scatter) : domainPaddingR; - }; - /** - * Gets / sets the valueExtractorR - * (see {@link scatter#valueExtractorR}) - * @param {function} [_=none] - * @returns {scatter | function} - * @memberof scatter - * @property - * by default valueExtractorR = function(key, index) { return data[key]['r'] } - */ - scatter.valueExtractorR = function (_) { - return arguments.length ? (valueExtractorR = _, scatter) : valueExtractorR; - }; - /** - * Gets / sets the minRadius - * (see {@link scatter#minRadius}) - * @param {number} [_=none] - * @returns {scatter | number} - * @memberof scatter - * @property - * by default minRadius = 2 - */ - scatter.minRadius = function (_) { - return arguments.length ? (minRadius = _, scatter) : minRadius; - }; - /** - * Gets / sets the maxRadius - * (see {@link scatter#maxRadius}) - * @param {number} [_=none] - * @returns {scatter | number} - * @memberof scatter - * @property - * by default maxRadius = 10 - */ - scatter.maxRadius = function (_) { - return arguments.length ? (maxRadius = _, scatter) : maxRadius; - }; - - /** - * Gets / sets the pointStrokeWidth - * (see {@link scatter#pointStrokeWidth}) - * @param {number} [_=none] - * @returns {scatter | number} - * @memberof scatter - * @property - * by default pointStrokeWidth = 2 - */ - scatter.pointStrokeWidth = function (_) { - return arguments.length ? (pointStrokeWidth = _, scatter) : pointStrokeWidth; - }; - /** - * Gets / sets the colorFunction - * (see {@link scatter#colorFunction}) - * @param {number} [_=none] - * @returns {scatter | number} - * @memberof scatter - * @property - * by default colorFunction = colorFunction() - */ - scatter.colorFunction = function (_) { - return arguments.length ? (colorFunction$$1 = _, scatter) : colorFunction$$1; - }; - /** - * Gets / sets the backgroundFill - * (see {@link scatter#backgroundFill}) - * @param {string} [_=none] - * @returns {scatter | string} - * @memberof scatter - * @property - * by default backgroundFill = 'transparent' - */ - scatter.backgroundFill = function (_) { - return arguments.length ? (backgroundFill = _, scatter) : backgroundFill; - }; - /** - * Gets / sets the namespace - * (see {@link scatter#namespace}) - * @param {string} [_=none] - * @returns {scatter | string} - * @memberof scatter - * @property - * by default namespace = 'd3sm-scatter' - */ - scatter.namespace = function (_) { - return arguments.length ? (namespace = _, scatter) : namespace; - }; - /** - * Gets / sets the objectClass - * (see {@link scatter#objectClass}) - * @param {string} [_=none] - * @returns {scatter | string} - * @memberof scatter - * @property - * by default objectClass = 'tick-group' - */ - scatter.objectClass = function (_) { - return arguments.length ? (objectClass = _, scatter) : objectClass; - }; - /** - * Gets / sets the transitionDuration - * (see {@link scatter#transitionDuration}) - * @param {number} [_=none] - * @returns {scatter | number} - * @memberof scatter - * @property - * by default transitionDuration = 1000 - */ - scatter.transitionDuration = function (_) { - return arguments.length ? (transitionDuration = _, scatter) : transitionDuration; - }; - /** - * Gets / sets the easeFunc - * (see {@link scatter#easeFunc}) - * @param {d3.ease} [_=none] - * @returns {scatter | d3.ease} - * @memberof scatter - * @property - * by default easeFunc = d3.easeExp - */ - scatter.easeFunc = function (_) { - return arguments.length ? (easeFunc = _, scatter) : easeFunc; - }; - - /** - * Gets / sets the pointKeys - * (see {@link scatter#pointKeys}) - * @param {string[]} [_=none] - * @returns {scatter | string[]} - * @memberof scatter - * @property - * by default pointKeys = undefined - */ - scatter.pointKeys = function (_) { - return arguments.length ? (pointKeys = _, scatter) : pointKeys; - }; - /** - * Gets / sets the valuesX - * (see {@link scatter#valuesX}) - * @param {number[]} [_=none] - * @returns {scatter | number[]} - * @memberof scatter - * @property - * by default valuesX = undefined - */ - scatter.valuesX = function (_) { - return arguments.length ? (valuesX = _, scatter) : valuesX; - }; - /** - * Gets / sets the valuesY - * (see {@link scatter#valuesY}) - * @param {number[]} [_=none] - * @returns {scatter | number[]} - * @memberof scatter - * @property - * by default valuesY = undefined - */ - scatter.valuesY = function (_) { - return arguments.length ? (valuesY = _, scatter) : valuesY; - }; - /** - * Gets / sets the valuesR - * (see {@link scatter#valuesR}) - * @param {number[]} [_=none] - * @returns {scatter | number[]} - * @memberof scatter - * @property - * by default valuesR = undefined - */ - scatter.valuesR = function (_) { - return arguments.length ? (valuesR = _, scatter) : valuesR; - }; - /** - * Gets / sets the tooltip - * (see {@link scatter#tooltip}) - * @param {tooltip} [_=none] - * @returns {scatter | tooltip} - * @memberof scatter - * @property - * by default tooltip = tooltip() - */ - - scatter.tooltip = function (_) { - return arguments.length ? (tooltip$$1 = _, scatter) : tooltip$$1; - }; - - function scatter() { - // background cliping rectangle - var bgcpRect = { x: 0, y: 0, width: spaceX, height: spaceY }; - var container = setupContainer(selection, namespace, bgcpRect, backgroundFill); - - pointKeys = d3.keys(data); - valuesX = pointKeys.map(valueExtractorX); - valuesY = pointKeys.map(valueExtractorY); - valuesR = pointKeys.map(valueExtractorR); - - var numberOfObjects = pointKeys.length; - var extentX = [Math.min.apply(Math, toConsumableArray(valuesX)) - domainPaddingX, Math.max.apply(Math, toConsumableArray(valuesX)) + domainPaddingX]; - var extentY = [Math.min.apply(Math, toConsumableArray(valuesY)) - domainPaddingY, Math.max.apply(Math, toConsumableArray(valuesY)) + domainPaddingY]; - var extentR = [Math.min.apply(Math, toConsumableArray(valuesR)) - domainPaddingR, Math.max.apply(Math, toConsumableArray(valuesR)) + domainPaddingR]; - - scaleX.domain(extentX).range([0, spaceX]); - scaleY.domain(extentY).range([spaceY, 0]); - scaleR.domain(extentR).range([minRadius, maxRadius]); - - var points = container.selectAll('.' + objectClass); - points = points.data(pointKeys); - var pEnter = points.enter().append('circle').attr('class', objectClass).attr('cx', 0).attr('cy', spaceY).attr('r', 0); - - var pExit = points.exit(); - - points = points.merge(pEnter); - - points.each(function (key, i) { - var t = d3.select(this), - currentData = data[key], - x = valuesX[i], - y = valuesY[i], - r = valuesR[i], - fillColor = colorFunction$$1(key, currentData, i, 'fill'), - strokeColor = colorFunction$$1(key, currentData, i, 'stroke'); - - t.transition().duration(transitionDuration).ease(easeFunc).attr('cx', scaleX(x)).attr('cy', scaleY(y)).attr('r', scaleR(r)).attr('fill', fillColor).attr('stroke', strokeColor).attr('stroke-width', pointStrokeWidth); - - t.on('mouseover', function (d, i) { - points.style('opacity', 0.2); - t.style('opacity', 1); - t.transition().duration(transitionDuration / 2).ease(easeFunc).attr('stroke-width', pointStrokeWidth * 2).attr('r', scaleR(r) * 1.5); - }); - t.node().addEventListener('mouseout', function () { - container.selectAll('.' + objectClass).style('opacity', 1); - t.transition().duration(transitionDuration / 2).ease(easeFunc).attr('stroke-width', pointStrokeWidth).attr('r', scaleR(r)); - }); - }); - - pExit.transition().duration(transitionDuration).ease(easeFunc).attr('cx', 0).attr('cy', spaceY).attr('r', 0).remove(); - - tooltip$$1.selection(points).data(data); - - tooltip$$1(); - } - - return scatter; - } - - /******************************************************************************* - - ** ** - ** ** - ** PLOTZOOM ** - ** ** - ** ** - *******************************************************************************/ - /** - * Creates an plotZoom instance, which can handle drag and scroll events - * @constructor plotZoom - * @param {function} chart a function instance of one of the d3sm plots (e.g. bar, boxwhisker, bubbleHeatmap, violin, etc) - * @param {axis} xAxis the axis instance responsible for the x axis - * @param {axis} yAxis the axis instance responsible for the y axis - * @namespace plotZoom - * @returns {function} zoom - */ - function plotZoom(chart, xAxis, yAxis) { - var - /** - * The event on which to fire - * (see {@link plotZoom#eventType}) - * @param {string} eventType which event it should handle. Currently supports scroll and wheel - * @memberof plotZoom# - * @property - */ - eventType, - - /** - * A scaling factor for the wheel "speed" - * (see {@link plotZoom#wheelSpeed}) - * @param {number} [wheelSpeed=20] scales the wheel translation by wheelSpeed - * @memberof plotZoom# - * @property - */ - wheelSpeed = 20, - - /** - * The orientation in which to allow scrolling: 'horizontal', 'vertical', or '2D' - * (see {@link plotZoom#orient}) - * @param {string} [orient=chart.orient() || 'horizontal'] - * @memberof plotZoom# - * @property - */ - orient = chart.orient == undefined ? 'horizontal' : chart.orient(), - - /** - * The max distance allowed to scroll in the x direction - * (see {@link plotZoom#xLock}) - * @param {number} [xLock=chart.spaceX()] ideally chart.overflowQ() == true and this value is the - * bounding rect across all elements in the chart minus the space in which to show. - * @memberof plotZoom# - * @property - */ - xLock = chart.spaceX(), - - /** - * The max distance allowed to scroll in the y direction - * (see {@link plotZoom#yLock}) - * @param {number} [yLock=chart.spaceY()] ideally chart.overflowQ() == true and this value is the - * bounding rect across all elements in the chart minus the space in which to show. - * @memberof plotZoom# - * @property - */ - yLock = chart.spaceY(), - chartSel = chart.selection(), - xAxisSel = xAxis.selection(), - yAxisSel = yAxis.selection(), - svg = d3.select(chartSel.thisSVG()); - - /** - * Gets or sets the event type in which to respond - * (see {@link plotZoom#eventType}) - * @param {string} [_=none] should be 'drag' or 'wheel' - * @returns {zoom | string} - * @memberof plotZoom - * @property - * by default plotZoom=undefined - */ - zoom.eventType = function (_) { - return arguments.length ? (eventType = _, zoom) : eventType; - }; - /** - * Gets or sets the wheel speed in which to scale the wheel scroll transform - * (see {@link plotZoom#wheelSpeed}) - * @param {number} [_=none] - * @returns {zoom | number} - * @memberof plotZoom - * @property - * by default wheelSpeed=20 - */ - zoom.wheelSpeed = function (_) { - return arguments.length ? (wheelSpeed = _, zoom) : wheelSpeed; - }; - /** - * Gets or sets the orientation in which items are manipulated - * (see {@link plotZoom#orient}) - * @param {string} [_=none] should be horizontal, vertical, or 2D - * @returns {zoom | string} - * @memberof plotZoom - * @property - * by default orient=chart.orient() || 'horizontal' - */ - zoom.orient = function (_) { - return arguments.length ? (orient = _, zoom) : orient; - }; - - /** - * Gets or sets the max distance in which to scroll X - * (see {@link plotZoom#xLock}) - * @param {number} [_=none] should be a positive value - * @returns {zoom | number} - * @memberof plotZoom - * @property - * by default xLock=chart.spaceX() - */ - zoom.xLock = function (_) { - return arguments.length ? (xLock = _, zoom) : xLock; - }; - /** - * Gets or sets the max distance in which to scroll Y - * (see {@link plotZoom#yLock}) - * @param {number} [_=none] should be a positive value - * @returns {zoom | number} - * @memberof plotZoom - * @property - * by default yLock=chart.spaceY() - */ - zoom.yLock = function (_) { - return arguments.length ? (yLock = _, zoom) : yLock; - }; - - function setLocks() { - var chartObjSel = chartSel.select('.' + hypenate(chart.namespace(), 'object-container')); - var chartObjTrans = getTranslation(chartObjSel.attr('transform')); - var cos = chartObjSel.attr('transform', 'translate(0,0)'); - xLock = chartSel.node().getBBox().width - chart.spaceX() * .9; - yLock = chartSel.node().getBBox().height - chart.spaceY() * .9; - cos.attr('transform', 'translate(' + chartObjTrans[0] + ',' + chartObjTrans[1] + ')'); - log('plotZoom', 'setLocks', { xLock: xLock, yLock: yLock }); - } - - /** - * Sets the x and y locks (how far one can scroll) - * (see {@link plotZoom#xLock} and {@link plotZoom#yLock}) - * @function plotZoom.setLocks - * @returns {undefined} - * @memberof plotZoom - * @property - */ - zoom.setLocks = setLocks; - - function zoom() { - setLocks(); - - var horizontalQ, verticalQ; - if (orient == '2D') { - horizontalQ = true;verticalQ = true; - } - if (orient == 'horizontal') { - horizontalQ = true;verticalQ = false; - } - if (orient == 'vertical') { - verticalQ = true;horizontalQ = false; - } - - // capture transform event - var transform = d3.event.transform; - - var chartBox = chartSel.node().getBBox(); - var xAxisBox = xAxisSel.node().getBBox(); - var yAxisBox = xAxisSel.node().getBBox(); - - var chartWidth = chartBox.width - chartBox.x; - var chartHeight = chartBox.height - chartBox.y; - var xAxisWidth = xAxisBox.width; // - xAxisBox.x - var xAxisHeight = xAxisBox.height; // - xAxisBox.y - var yAxisWidth = yAxisBox.width; // - yAxisBox.x - var yAxisHeight = yAxisBox.height; // -yAxisBox.y - - // enable wheel event - if (eventType == "wheel") { - var e = d3.event; - // prevent page scrolling - e.preventDefault(); - // event delta is very very slow, so speed it up with wheel speed - var w = d3.event.deltaY * wheelSpeed; - var shiftQ = d3.event.shiftKey; - - // d3 has no way to make custom transform, so make an object and add - // the necessary functions to make wheel event compatible with drag events - if (orient == '2D') { - transform = shiftQ ? { k: 1, x: w, y: 0 } : { k: 1, x: 0, y: w }; - } else { - transform = horizontalQ ? { k: 1, x: w, y: 0 } : { k: 1, x: 0, y: w }; - } - // the * -1 inverts the direction - transform.applyX = function (x) { - return x * this.k + this.x * -1; - }; - transform.applyY = function (y) { - return y * this.k + this.y * -1; - }; - } - - var chartObjSel = chartSel.select('.' + hypenate(chart.namespace(), 'object-container')); - var xAxisObjSel = xAxisSel.select('.' + hypenate(xAxis.namespace(), 'object-container')); - var yAxisObjSel = yAxisSel.select('.' + hypenate(yAxis.namespace(), 'object-container')); - - // xLock = chartSel.node().getBBox().width - chart.spaceX() - chartSel.node().getBBox().x - // yLock = chartSel.node().getBBox().height - chart.spaceY() - // console.table({'xLock':xLock, "yLock":yLock}) - // bhm.selection().node().getBBox().width - bhm.spaceX() - - - var chartObjTrans = getTranslation(chartObjSel.attr('transform')); - var xAxisObjTrans = getTranslation(xAxisObjSel.attr('transform')); - var yAxisObjTrans = getTranslation(yAxisObjSel.attr('transform')); - - var x = horizontalQ ? transform.applyX(chartObjTrans[0]) : 0; - if (horizontalQ) { - x = x < -xLock ? (transform.x = 0, -xLock) : (transform.x = 0, Math.min(x, 0)); - } - - var y = verticalQ ? transform.applyY(chartObjTrans[1]) : 0; - if (verticalQ) { - y = y < -yLock ? (transform.y = 0, -yLock) : (transform.y = 0, Math.min(y, 0)); - } - - chartObjSel.attr('transform', 'translate(' + x + ',' + y + ')'); - if (horizontalQ) { - xAxisObjSel.attr('transform', 'translate(' + x + ',' + 0 + ')'); - } - if (verticalQ) { - yAxisObjSel.attr('transform', 'translate(' + 0 + ',' + y + ')'); - } - - // var lasso = svg.select(".lasso-container") - // if (!lasso.empty()) { - // lasso.attr('transform', 'translate('+x+','+y+')') - // } - } - - zoom.reset = function () { - - var chartObjSel = chartSel.select('.' + hypenate(chart.namespace(), 'object-container')); - var xAxisObjSel = xAxisSel.select('.' + hypenate(xAxis.namespace(), 'object-container')); - var yAxisObjSel = yAxisSel.select('.' + hypenate(yAxis.namespace(), 'object-container')); - chartObjSel.attr('transform', 'translate(' + 0 + ',' + 0 + ')'); - xAxisObjSel.attr('transform', 'translate(' + 0 + ',' + 0 + ')'); - yAxisObjSel.attr('transform', 'translate(' + 0 + ',' + 0 + ')'); - }; - - return zoom; - } - - /******************************************************************************* - - ** ** - ** ** - ** PLOTZOOM ** - ** ** - ** ** - *******************************************************************************/ - /** - * Creates an plotZoom instance, which can handle drag and scroll events - * @constructor plotZoom - * @param {function} chart a function instance of one of the d3sm plots (e.g. bar, boxwhisker, bubbleHeatmap, violin, etc) - * @param {axis} xAxis the axis instance responsible for the x axis - * @param {axis} yAxis the axis instance responsible for the y axis - * @namespace plotZoom - * @returns {function} zoom - */ - function multiPlotZoom(chart) { - var - /** - * The event on which to fire - * (see {@link plotZoom#eventType}) - * @param {string} eventType which event it should handle. Currently supports scroll and wheel - * @memberof plotZoom# - * @property - */ - eventType, - - /** - * A scaling factor for the wheel "speed" - * (see {@link plotZoom#wheelSpeed}) - * @param {number} [wheelSpeed=20] scales the wheel translation by wheelSpeed - * @memberof plotZoom# - * @property - */ - wheelSpeed = 20, - - /** - * The orientation in which to allow scrolling: 'horizontal', 'vertical', or '2D' - * (see {@link plotZoom#orient}) - * @param {string} [orient=chart.orient() || 'horizontal'] - * @memberof plotZoom# - * @property - */ - orient = chart.orient == undefined ? 'horizontal' : chart.orient(), - - /** - * The max distance allowed to scroll in the x direction - * (see {@link plotZoom#xLock}) - * @param {number} [xLock=chart.spaceX()] ideally chart.overflowQ() == true and this value is the - * bounding rect across all elements in the chart minus the space in which to show. - * @memberof plotZoom# - * @property - */ - xLock = chart.spaceX(), - - /** - * The max distance allowed to scroll in the y direction - * (see {@link plotZoom#yLock}) - * @param {number} [yLock=chart.spaceY()] ideally chart.overflowQ() == true and this value is the - * bounding rect across all elements in the chart minus the space in which to show. - * @memberof plotZoom# - * @property - */ - yLock = chart.spaceY(), - chartSel = chart.selection(), - svg = d3.select(chartSel.thisSVG()), - xComponents = [], - yComponents = []; - - /** - * Gets or sets the event type in which to respond - * (see {@link plotZoom#eventType}) - * @param {string} [_=none] should be 'drag' or 'wheel' - * @returns {zoom | string} - * @memberof plotZoom - * @property - * by default plotZoom=undefined - */ - zoom.eventType = function (_) { - return arguments.length ? (eventType = _, zoom) : eventType; - }; - /** - * Gets or sets the wheel speed in which to scale the wheel scroll transform - * (see {@link plotZoom#wheelSpeed}) - * @param {number} [_=none] - * @returns {zoom | number} - * @memberof plotZoom - * @property - * by default wheelSpeed=20 - */ - zoom.wheelSpeed = function (_) { - return arguments.length ? (wheelSpeed = _, zoom) : wheelSpeed; - }; - /** - * Gets or sets the orientation in which items are manipulated - * (see {@link plotZoom#orient}) - * @param {string} [_=none] should be horizontal, vertical, or 2D - * @returns {zoom | string} - * @memberof plotZoom - * @property - * by default orient=chart.orient() || 'horizontal' - */ - zoom.orient = function (_) { - return arguments.length ? (orient = _, zoom) : orient; - }; - - /** - * Gets or sets the max distance in which to scroll X - * (see {@link plotZoom#xLock}) - * @param {number} [_=none] should be a positive value - * @returns {zoom | number} - * @memberof plotZoom - * @property - * by default xLock=chart.spaceX() - */ - zoom.xLock = function (_) { - return arguments.length ? (xLock = _, zoom) : xLock; - }; - /** - * Gets or sets the max distance in which to scroll Y - * (see {@link plotZoom#yLock}) - * @param {number} [_=none] should be a positive value - * @returns {zoom | number} - * @memberof plotZoom - * @property - * by default yLock=chart.spaceY() - */ - zoom.yLock = function (_) { - return arguments.length ? (yLock = _, zoom) : yLock; - }; - - zoom.xComponents = function (_) { - return arguments.length ? (xComponents = _, zoom) : xComponents; - }; - zoom.yComponents = function (_) { - return arguments.length ? (yComponents = _, zoom) : yComponents; - }; - - function setLocks() { - var chartObjSel = chartSel.select('.' + hypenate(chart.namespace(), 'object-container')); - var chartObjTrans = getTranslation(chartObjSel.attr('transform')); - var cos = chartObjSel.attr('transform', 'translate(0,0)'); - - xLock = chartSel.node().getBBox().width - chart.spaceX(); // * .9 - yLock = chartSel.node().getBBox().height - chart.spaceY(); // * .9 - cos.attr('transform', 'translate(' + chartObjTrans[0] + ',' + chartObjTrans[1] + ')'); - log('plotZoom', 'setLocks', { xLock: xLock, yLock: yLock }); - } - - /** - * Sets the x and y locks (how far one can scroll) - * (see {@link plotZoom#xLock} and {@link plotZoom#yLock}) - * @function plotZoom.setLocks - * @returns {undefined} - * @memberof plotZoom - * @property - */ - zoom.setLocks = setLocks; - - function zoom() { - setLocks(); - - var xComponentsSel = xComponents.map(function (d, i) { - return d.selection(); - }), - yComponentsSel = yComponents.map(function (d, i) { - return d.selection(); - }); - - var horizontalQ, verticalQ; - if (orient == '2D') { - horizontalQ = true;verticalQ = true; - } - if (orient == 'horizontal') { - horizontalQ = true;verticalQ = false; - } - if (orient == 'vertical') { - verticalQ = true;horizontalQ = false; - } - - // capture transform event - var transform = d3.event.transform; - - var chartBox = chartSel.node().getBBox(); - var xComponentsBox = xComponentsSel.map(function (d, i) { - return d.node().getBBox(); - }); - var yComponentsBox = xComponentsSel.map(function (d, i) { - return d.node().getBBox(); - }); - - var chartWidth = chartBox.width - chartBox.x; - var chartHeight = chartBox.height - chartBox.y; - - // enable wheel event - if (eventType == "wheel") { - var e = d3.event; - // prevent page scrolling - e.preventDefault(); - // event delta is very very slow, so speed it up with wheel speed - var w = d3.event.deltaY * wheelSpeed; - var shiftQ = d3.event.shiftKey; - - // d3 has no way to make custom transform, so make an object and add - // the necessary functions to make wheel event compatible with drag events - if (orient == '2D') { - transform = shiftQ ? { k: 1, x: w, y: 0 } : { k: 1, x: 0, y: w }; - } else { - transform = horizontalQ ? { k: 1, x: w, y: 0 } : { k: 1, x: 0, y: w }; - } - // * -1 is invert - transform.applyX = function (x) { - return x * this.k + this.x * -1; - }; - transform.applyY = function (y) { - return y * this.k + this.y * -1; - }; - } - - var chartObjSel = chartSel.select('.' + hypenate(chart.namespace(), 'object-container')); - var xComponentObjSel = xComponentsSel.map(function (d, i) { - return d.select('.' + hypenate(xComponents[i].namespace(), 'object-container')); - }); - var yComponentObjSel = yComponentsSel.map(function (d, i) { - return d.select('.' + hypenate(yComponents[i].namespace(), 'object-container')); - }); - - var chartObjTrans = getTranslation(chartObjSel.attr('transform')); - var xComponentsObjTrans = xComponentObjSel.map(function (d, i) { - return getTranslation(d.attr('transform')); - }); - var yComponentsObjTrans = yComponentObjSel.map(function (d, i) { - return getTranslation(d.attr('transform')); - }); - - var x = horizontalQ ? transform.applyX(chartObjTrans[0]) : 0; - if (horizontalQ) { - x = x < -xLock ? (transform.x = 0, -xLock) : (transform.x = 0, Math.min(x, 0)); - } - - var y = verticalQ ? transform.applyY(chartObjTrans[1]) : 0; - if (verticalQ) { - y = y < -yLock ? (transform.y = 0, -yLock) : (transform.y = 0, Math.min(y, 0)); - } - - chartObjSel.attr('transform', 'translate(' + x + ',' + y + ')'); - if (horizontalQ) { - // xAxisObjSel.attr('transform', 'translate('+x+','+0+')') - xComponentObjSel.map(function (d, i) { - d.attr('transform', 'translate(' + x + ',' + 0 + ')'); - }); - } - if (verticalQ) { - // yAxisObjSel.attr('transform', 'translate('+0+','+y+')') - yComponentObjSel.map(function (d, i) { - d.attr('transform', 'translate(' + 0 + ',' + y + ')'); - }); - } - } - - zoom.reset = function () { - - var chartObjSel = chartSel.select('.' + hypenate(chart.namespace(), 'object-container')); - var xAxisObjSel = xAxisSel.select('.' + hypenate(xAxis.namespace(), 'object-container')); - var yAxisObjSel = yAxisSel.select('.' + hypenate(yAxis.namespace(), 'object-container')); - chartObjSel.attr('transform', 'translate(' + 0 + ',' + 0 + ')'); - xAxisObjSel.attr('transform', 'translate(' + 0 + ',' + 0 + ')'); - yAxisObjSel.attr('transform', 'translate(' + 0 + ',' + 0 + ')'); - }; - - return zoom; - } - - /******************************************************************************* - ** ** - ** ** - ** VIOLIN ** - ** ** - ** ** - *******************************************************************************/ - - /** - * Creates a violin - * - * {@link https://sumneuron.gitlab.io/d3sm/demos/basic-violins/index.html Demo} - * @constructor violin - * @param {d3.selection} selection - * @namespace violin - * @returns {function} violin - */ - function violin(selection) { - var - /** - * Data to plot. Assumed to be a object, where each key corresponds to a violin - * (see {@link violin#data}) - * @param {Object} [data=undefined] - * @memberof violin# - * @property - */ - data, - - /** - * Which direction to render the bars in - * (see {@link violin#orient}) - * @param {number} [orient='horizontal'] - * @memberof violin# - * @property - */ - orient = 'horizontal', - - /** - * Amount of horizontal space (in pixels) avaible to render the violin in - * (see {@link violin#spaceX}) - * @param {number} [spaceX=undefined] - * @memberof violin# - * @property - */ - spaceX, - - /** - * Amount of vertical space (in pixels) avaible to render the violin in - * (see {@link violin.spaceY}) - * @param {number} [spaceY=undefined] - * @memberof violin# - * @property - */ - spaceY, - - /** - * Whether or not to allow violin to render elements pass the main spatial dimension - * given the orientation (see {@link violin#orient}), where {@link violin#orient}="horizontal" - * the main dimension is {@link violin#spaceX} and where {@link violin#orient}="vertical" - * the main dimension is {@link violin#spaceY} - * @param {boolean} [overflowQ=false] - * @memberof violin# - * @property - */ - overflowQ = true, - - /** - * Whether or not to display points inside the points - * @param {boolean} [pointsQ=false] - * @memberof violin# - * @property - */ - pointsQ = true, - - /** - * An array - putatively of other arrays - depicting how bars should be arranged - * @param {Array[]} [grouping=undefined] - * @memberof violin# - * @property - */ - grouping, - - /** - * How to get the value of the violin - * @param {function} [valueExtractor=function(key, index) { return data[key] }] - * @memberof violin# - * @property - */ - valueExtractor = function valueExtractor(key, index) { - return data[key]; - }, - - /** - * How to sort the bars - if {@link violin#grouping} is not provided. - * @param {function} [sortingFunction=function(keyA, keyB) {return d3.descending(data[keyA], data[keyB])}] - * @memberof violin# - * @property - */ - sortingFunction = function sortingFunction(keyA, keyB) { - return d3.descending(data[keyA], data[keyB]); - }, - - - /** - * The scale for which violin values should be transformed by - * @param {d3.scale} [scale=d3.scaleLinear] - * @memberof violin# - * @property - */ - scale = d3.scaleLinear(), - - /** - * The padding for the domain of the scale (see {@link violin#scale}) - * @param {number} [domainPadding=0.5] - * @memberof violin# - * @property - */ - domainPadding = 0.5, - - /** - * Default space for the spacer (percentage) of main dimension given the orientation - * (see {@link violin#orient}), where {@link violin#orient}="horizontal" - * the main dimension is {@link violin#spaceX} and where {@link violin#orient}="vertical" - * the main dimension is {@link violin#spaceY} between bars - * @param {number} [objectSpacer=0.05] - * @memberof violin# - * @property - */ - objectSpacer = 0.05, - - /** - * The minimum size that an object can be - * @param {number} [minObjectSize=50] - * @memberof violin# - * @property - */ - minObjectSize = 50, - - /** - * The maximum size that an object can be - * @param {number} [maxObjectSize=100] - * @memberof violin# - * @property - */ - maxObjectSize = 100, - - - /** - * The stroke width of the bars - * @param {number} [barStrokeWidth=2] - * @memberof violin# - * @property - */ - objectStrokeWidth = 2, - - /** - * Instance of ColorFunction - * @param {function} [colorFunction = colorFunction()] - * @memberof violin# - * @property - */ - colorFunction$$1 = colorFunction(), - - /** - * Instance of ColorFunction modified by a scale for the points - * @param {function} [pointColorFunc = colorFunction()] - * @memberof violin# - * @property - */ - pointColorFunc = function pointColorFunc(d, type, base, min, max) { - var minMaxHexScale = d3.scaleLinear().domain([min, max]).range([-0.25, 0.05]); - var scaledColor = modifyHexidecimalColorLuminance(base.replace('#', ''), minMaxHexScale(d)); - var mod = type == "stroke" ? 0 : 0.25; - return modifyHexidecimalColorLuminance(scaledColor.replace('#', ''), mod); - }, - - - /** - * The radius of a point - * @param {number} [pointRadius=3] - * @memberof violin# - * @property - */ - pointRadius = 3, - - /** - * The stroke width of the oints - * @param {number} [pointStrokeWidth=2] - * @memberof violin# - * @property - */ - pointStrokeWidth = 2, - - - /** - * Color of the background - * @param {string} [backgroundFill="transparent"] - * @memberof violin# - * @property - */ - backgroundFill = 'transparent', - - /** - * Namespace for all items made by this instance of violin - * @param {string} [namespace="d3sm-violin"] - * @memberof violin# - * @property - */ - namespace = 'd3sm-violin', - - /** - * Class name for violin container ( element) - * @param {string} [objectClass="violin"] - * @memberof violin# - * @property - */ - objectClass = 'violin', - - /** - * Duration of all transitions of this element - * @param {number} [transitionDuration=1000] - * @memberof violin# - * @property - */ - transitionDuration = 1000, - - /** - * Easing function for transitions - * @param {d3.ease} [easeFunc=d3.easeExp] - * @memberof violin# - * @property - */ - easeFunc = d3.easeExp, - - - /** - * The keys corresponding to each quartile - * @param {string[]} [quartileKeys=["Q0", "Q1", "Q2", "Q3", "Q4"]] - * @memberof violin# - * @property - */ - quartileKeys = ["Q0", "Q1", "Q2", "Q3", "Q4"], - - - /** - * The keys of the bars - * @param {string[]} [violinKeys=undefined] - * @memberof violin# - * @property - */ - violinKeys, - - /** - * The values of the bars - * @param {number[]} [violinValues=undefined] - * @memberof violin# - * @property - */ - violinValues, - - /** - * The objectSize (actual width) used by the bars - * @param {number} [objectSize=undefined] - * @memberof violin# - * @property - */ - objectSize, - - /** - * The spacerSize (actual width) used by the spacers between the bars - * @param {number} [spacerSize=undefined] - * @memberof violin# - * @property - */ - spacerSize, - - - /** - * Instance of Tooltip - * @param {function} [tooltip=tooltip()] - * @memberof violin# - * @property - */ - tooltip$$1 = tooltip().keys([quartileKeys[4], quartileKeys[3], quartileKeys[2], quartileKeys[1], quartileKeys[0]]), - pointsTooltip = tooltip(), - - // pointKeyExtractor = function(violinKey, violinData, violinValues) {return d3.keys(violinValues[violinKey].values)}, - // pointValueExtractor = function(pointKey, violinKey, violinData, violinValues) {return violinValues[violinKey].values[pointKey]}, - - - /** - * Function which given the key of the violin and that key's associated value - * returns the object consiting of the points of the violin - * (see {@link violin#violinPointsExtractor}) - * @param {Object} [violinPointsExtractor=function(violinKey, violinData) { return violinData.points }] - * @memberof violin# - * @property - */ - violinPointsExtractor = function violinPointsExtractor(violinKey, violinData) { - return violinData.points; - }, - - /** - * Function which given the key of the current point and the object of points for the - * violin, returns the numerical value of the point - * (see {@link violin#violinPointValueExtractor}) - * @param {Object} [violinPointValueExtractor=function(violinPointKey, violinPointData) { return violinPointData[violinPointKey].value }] - * @memberof violin# - * @property - */ - violinPointValueExtractor = function violinPointValueExtractor(violinPointKey, violinPointData) { - return violinPointData[violinPointKey].value; - }; - - /** - * Gets or sets the violinPointsExtractor - * @param {function} [_=none] - * @returns {violin | function} - * @memberof violin - * @property - * by default violinPointsExtractor = function(violinKey, violinData) { return violinData.points } - */ - violin.violinPointsExtractor = function (_) { - return arguments.length ? (violinPointsExtractor = _, violin) : violinPointsExtractor; - }; - /** - * Gets or sets the violinPointValueExtractor - * @param {function} [_=none] - * @returns {violin | function} - * @memberof violin - * @property - * by default violinPointsExtractor = function(pointKey, violinKey, violinData, violinValues) {return violinValues[violinKey].values[pointKey]} - */ - violin.violinPointValueExtractor = function (_) { - return arguments.length ? (violinPointValueExtractor = _, violin) : violinPointValueExtractor; - }; - - /** - * Gets or sets the selection in which items are manipulated - * @param {d3.selection} [_=none] - * @returns {violin | d3.selection} - * @memberof violin - * @property - * by default selection = selection - */ - violin.selection = function (_) { - return arguments.length ? (selection = _, violin) : selection; - }; - /** - * Gets or sets the data - * (see {@link violin#data}) - * @param {number} [_=none] - * @returns {violin | object} - * @memberof violin - * @property - */ - violin.data = function (_) { - return arguments.length ? (data = _, violin) : data; - }; - /** - * Gets or sets the orient of the boxes - * (see {@link violin#orient}) - * @param {number} [_=none] - * @returns {violin | object} - * @memberof violin - * @property - */ - violin.orient = function (_) { - return arguments.length ? (orient = _, violin) : orient; - }; - /** - * Gets or sets the amount of horizontal space in which items are manipulated - * (see {@link violin#spaceX}) - * @param {number} [_=none] should be a number > 0 - * @returns {violin | number} - * @memberof violin - * @property - * by default spaceX = undefined - */ - violin.spaceX = function (_) { - return arguments.length ? (spaceX = _, violin) : spaceX; - }; - /** - * Gets or sets the amount of vertical space in which items are manipulated - * (see {@link violin#spaceY}) - * @param {number} [_=none] should be a number > 0 - * @returns {violin | number} - * @memberof violin - * @property - * by default spaceY = undefined - */ - violin.spaceY = function (_) { - return arguments.length ? (spaceY = _, violin) : spaceY; - }; - - /** - * Gets / sets whether or not violin is allowed to go beyond specified dimensions - * (see {@link violin#overflowQ}) - * @param {boolean} [_=none] - * @returns {violin | boolean} - * @memberof violin - * @property - * by default overflowQ = false - */ - violin.overflowQ = function (_) { - return arguments.length ? (overflowQ = _, violin) : overflowQ; - }; - /** - * Gets / sets whether or not to plot points with the violins - * (see {@link violin#pointsQ}) - * @param {boolean} [_=none] - * @returns {violin | boolean} - * @memberof violin - * @property - * by default pointsQ = false - */ - violin.pointsQ = function (_) { - return arguments.length ? (pointsQ = _, violin) : pointsQ; - }; - - /** - * Gets / sets the grouping of the boxes - * (see {@link violin#grouping}) - * @param {Array[]} [_=none] - * @returns {violin | Array[]} - * @memberof violin - * @property - * by default grouping = undefined - */ - violin.grouping = function (_) { - return arguments.length ? (grouping = _, violin) : grouping; - }; - /** - * Gets / sets the valueExtractor - * (see {@link violin#valueExtractor}) - * @param {function} [_=none] - * @returns {violin | function} - * @memberof violin - * @property - */ - violin.valueExtractor = function (_) { - return arguments.length ? (valueExtractor = _, violin) : valueExtractor; - }; - /** - * Gets / sets the sortingFunction - * (see {@link violin#sortingFunction}) - * @param {function} [_=none] - * @returns {violin | function} - * @memberof violin - * @property - */ - violin.sortingFunction = function (_) { - return arguments.length ? (sortingFunction = _, violin) : sortingFunction; - }; - - /** - * Gets / sets the scale for which the violin values should be transformed by - * (see {@link violin#scale}) - * @param {d3.scale} [_=none] - * @returns {violin | d3.scale} - * @memberof violin - * @property - * by default scale = d3.scaleLinear() - */ - violin.scale = function (_) { - return arguments.length ? (scale = _, violin) : scale; - }; - /** - * Gets / sets the padding for the domain of the scale - * (see {@link violin#domainPadding}) - * @param {number} [_=none] - * @returns {violin | number} - * @memberof violin - * @property - * by default domainPadding = 0.5 - */ - violin.domainPadding = function (_) { - return arguments.length ? (domainPadding = _, violin) : domainPadding; - }; - - /** - * Gets / sets objectSpacer - * (see {@link violin#objectSpacer}) - * @param {number} [_=none] - * @returns {violin | number} - * @memberof violin - * @property - * by default objectSpacer = 0.05 - */ - violin.objectSpacer = function (_) { - return arguments.length ? (objectSpacer = _, violin) : objectSpacer; - }; - /** - * Gets / sets the minObjectSize - * (see {@link violin#minObjectSize}) - * @param {number} [_=none] - * @returns {violin | number} - * @memberof violin - * @property - * by default minObjectSize = 15 - */ - violin.minObjectSize = function (_) { - return arguments.length ? (minObjectSize = _, violin) : minObjectSize; - }; - /** - * Gets / sets the maxObjectSize - * (see {@link violin#maxObjectSize}) - * @param {number} [_=none] - * @returns {violin | number} - * @memberof violin - * @property - * by default maxObjectSize = 50 - */ - violin.maxObjectSize = function (_) { - return arguments.length ? (maxObjectSize = _, violin) : maxObjectSize; - }; - - /** - * Gets / sets the objectStrokeWidth - * (see {@link violin#objectStrokeWidth}) - * @param {number} [_=none] - * @returns {violin | number} - * @memberof violin - * @property - * by default objectStrokeWidth = 2 - */ - violin.objectStrokeWidth = function (_) { - return arguments.length ? (objectStrokeWidth = _, violin) : objectStrokeWidth; - }; - - /** - * Gets / sets the colorFunction - * (see {@link violin#colorFunction}) - * @param {colorFunction} [_=none] - * @returns {violin | colorFunction} - * @memberof violin - * @property - * by default colorFunction = colorFunction() - */ - violin.colorFunction = function (_) { - return arguments.length ? (colorFunction$$1 = _, violin) : colorFunction$$1; - }; - /** - * Gets / sets the colorFunction - * (see {@link violin#colorFunction}) - * @param {colorFunction} [_=none] - * @returns {violin | colorFunction} - * @memberof violin - * @property - * by default colorFunction = colorFunction() - */ - violin.pointColorFunc = function (_) { - return arguments.length ? (pointColorFunc = _, violin) : pointColorFunc; - }; - - /** - * Gets / sets the pointRadius - * (see {@link violin#pointRadius}) - * @param {number} [_=none] - * @returns {violin | number} - * @memberof violin - * @property - * by default pointRadius = 2 - */ - violin.pointRadius = function (_) { - return arguments.length ? (pointRadius = _, violin) : pointRadius; - }; - /** - * Gets / sets the pointStrokeWidth - * (see {@link violin#pointStrokeWidth}) - * @param {number} [_=none] - * @returns {violin | number} - * @memberof violin - * @property - * by default pointStrokeWidth = 2 - */ - violin.pointStrokeWidth = function (_) { - return arguments.length ? (pointStrokeWidth = _, violin) : pointStrokeWidth; - }; - - /** - * Gets / sets the backgroundFill - * (see {@link violin#backgroundFill}) - * @param {string} [_=none] - * @returns {violin | string} - * @memberof violin - * @property - * by default backgroundFill = 'transparent' - */ - violin.backgroundFill = function (_) { - return arguments.length ? (backgroundFill = _, violin) : backgroundFill; - }; - /** - * Gets / sets the namespace - * (see {@link violin#namespace}) - * @param {string} [_=none] - * @returns {violin | string} - * @memberof violin - * @property - * by default namespace = 'd3sm-violin' - */ - violin.namespace = function (_) { - return arguments.length ? (namespace = _, violin) : namespace; - }; - /** - * Gets / sets the objectClass - * (see {@link violin#objectClass}) - * @param {string} [_=none] - * @returns {violin | string} - * @memberof violin - * @property - * by default objectClass = 'tick-group' - */ - violin.objectClass = function (_) { - return arguments.length ? (objectClass = _, violin) : objectClass; - }; - - /** - * Gets / sets the transitionDuration - * (see {@link violin#transitionDuration}) - * @param {number} [_=none] - * @returns {violin | number} - * @memberof violin - * @property - * by default transitionDuration = 1000 - */ - violin.transitionDuration = function (_) { - return arguments.length ? (transitionDuration = _, violin) : transitionDuration; - }; - /** - * Gets / sets the easeFunc - * (see {@link violin#easeFunc}) - * @param {d3.ease} [_=none] - * @returns {violin | d3.ease} - * @memberof violin - * @property - * by default easeFunc = d3.easeExp - */ - violin.easeFunc = function (_) { - return arguments.length ? (easeFunc = _, violin) : easeFunc; - }; - - /** - * Gets / sets the quartileKey - * (see {@link violin#quartileKey}) - * @param {string} [_=none] - * @returns {violin | string} - * @memberof violin - * @property - * by default quartileKey = "quartiles" - */ - violin.quartileKey = function (_) { - return arguments.length ? (quartileKey = _, violin) : quartileKey; - }; - /** - * Gets / sets the quartileKeys - * (see {@link violin#quartileKeys}) - * @param {string[]} [_=none] - * @returns {violin | string[]} - * @memberof violin - * @property - * by default quartileKeys = ["Q0","Q1","Q2","Q3","Q4"] - */ - violin.quartileKeys = function (_) { - return arguments.length ? (quartileKeys = _, violin) : quartileKeys; - }; - - /** - * Gets / sets the violinKeys - * (see {@link violin#violinKeys}) - * @param {string[]} [_=none] - * @returns {violin | string[]} - * @memberof violin - * @property - * by default violinKeys = undefined - */ - violin.violinKeys = function (_) { - return arguments.length ? (violinKeys = _, violin) : violinKeys; - }; - /** - * Gets / sets the violinValues - * (see {@link violin#violinValues}) - * @param {Object[]} [_=none] - * @returns {violin | Object[]} - * @memberof violin - * @property - * by default violinValues = undefined - */ - violin.violinValues = function (_) { - return arguments.length ? (violinValues = _, violin) : violinValues; - }; - - /** - * Gets / sets the objectSize - * (see {@link violin#objectSize}) - * @param {number} [_=none] - * @returns {violin | number} - * @memberof violin - * @property - * by default objectSize = undefined - */ - violin.objectSize = function (_) { - return arguments.length ? (objectSize = _, violin) : objectSize; - }; - /** - * Gets / sets the spacerSize - * (see {@link violin#spacerSize}) - * @param {number} [_=none] - * @returns {violin | number} - * @memberof violin - * @property - * by default spacerSize = undefined - */ - violin.spacerSize = function (_) { - return arguments.length ? (spacerSize = _, violin) : spacerSize; - }; - /** - * Gets / sets the tooltip - * (see {@link violin#tooltip}) - * @param {tooltip} [_=none] - * @returns {violin | tooltip} - * @memberof violin - * @property - * by default tooltip = tooltip() - */ - violin.tooltip = function (_) { - return arguments.length ? (tooltip$$1 = _, violin) : tooltip$$1; - }; - /** - * Gets / sets the pointsTooltip - * (see {@link violin#pointsTooltip}) - * @param {tooltip} [_=none] - * @returns {violin | tooltip} - * @memberof violin - * @property - * by default pointsTooltip = tooltip() - */ - violin.pointsTooltip = function (_) { - return arguments.length ? (pointsTooltip = _, violin) : pointsTooltip; - }; - - function violin() { - var _ref, _ref2, _ref3; - - // for convenience in handling orientation specific values - var horizontalQ = orient == 'horizontal' ? true : false; - - // background cliping rectangle - var bgcpRect = { x: 0, y: 0, width: spaceX, height: spaceY }; - var container = setupContainer(selection, namespace, bgcpRect, backgroundFill); - - // if grouping is undefined sort violinKeys by sortingFunction - var ordered = grouping == undefined ? d3.keys(data).sort(sortingFunction) : grouping; - - // console.log(ordered) - - violinKeys = flatten(ordered); - - var calcValues = neededViolinValues().horizontalQ(horizontalQ).quartileKeys(quartileKeys).violinPointsExtractor(violinPointsExtractor).violinPointValueExtractor(violinPointValueExtractor); - - // augment valus - violinKeys.map(function (vk, i) { - calcValues(vk, data); - }); - - var numberOfObjects = violinKeys.length; - - var min = (_ref = []).concat.apply(_ref, toConsumableArray(violinKeys.map(function (k, i) { - return data[k].quartiles[quartileKeys[0]]; - }))); - var max = (_ref2 = []).concat.apply(_ref2, toConsumableArray(violinKeys.map(function (k, i) { - return data[k].quartiles[quartileKeys[quartileKeys.length - 1]]; - }))); - var extent = [Math.min.apply(Math, toConsumableArray(min)) - domainPadding, Math.max.apply(Math, toConsumableArray(max)) + domainPadding]; - // console.log(extent, violinValues, ordered) - - // set the scale - scale.domain(extent).range(horizontalQ ? [0, spaceY] : [0, spaceX]); - var space = horizontalQ ? spaceX : spaceY; - // calculate object size - objectSize = calculateWidthOfObject(space, numberOfObjects, minObjectSize, maxObjectSize, objectSpacer, overflowQ); - // calculate spacer size if needed - spacerSize = calculateWidthOfSpacer(ordered, space, objectSize, numberOfObjects, objectSpacer, overflowQ); - // make the nested groups - var spacerFunction = groupingSpacer().horizontalQ(horizontalQ).scale(scale).moveby('category').numberOfObjects(numberOfObjects).objectClass(objectClass).objectSize(objectSize).spacerSize(spacerSize).transitionDuration(transitionDuration).easeFunc(easeFunc).namespace(namespace); - - // move stuff - spacerFunction(container, ordered, 0); - // console.log(violinKeys, ordered, container.selectAll('g:not(.to-remove).'+objectClass).nodes()) - - // for color function - var parentIndexArray = []; - container.selectAll('g:not(.to-remove).' + objectClass).each(function (d, i) { - if (hasQ(violinKeys, d)) { - parentIndexArray.push(Number(d3.select(this).attr('parent-index'))); - } - }); - - // update color function - colorFunction$$1 = colorFunction$$1.colorBy() == 'index' ? colorFunction$$1.dataExtent([0, Math.max.apply(Math, parentIndexArray)]) : colorFunction$$1.dataExtent(extent); - - /* violiin specific needs */ - - var frequencyMax = Math.max.apply(Math, toConsumableArray((_ref3 = []).concat.apply(_ref3, toConsumableArray(violinKeys.map(function (k, i) { - return d3.max(data[k].frequencies); - }))))); - var vScale = d3.scaleLinear().domain([0, frequencyMax]).range([0, objectSize / 2]); - - var lArea = d3.line().x(function (d, i) { - return horizontalQ ? -vScale(d.x) : scale(d.x); - }).y(function (d, i) { - return horizontalQ ? scale(extent[1]) - scale(d.y) : -vScale(d.y); - }).curve(d3.curveBasis); - var rArea = d3.line().x(function (d, i) { - return horizontalQ ? vScale(d.x) : scale(d.x); - }).y(function (d, i) { - return horizontalQ ? scale(extent[1]) - scale(d.y) : vScale(d.y); - }).curve(d3.curveBasis); - - container.selectAll('g:not(.to-remove).' + objectClass).each(function (key, i) { - var t = d3.select(this), - currentData = data[key]; - // needed because bug in selecting .to-remove - if (!hasQ(violinKeys, key)) { - return; - } - var i = t.attr('parent-index') == undefined ? i : t.attr('parent-index'), - fillColor = colorFunction$$1(key, currentData, i, 'fill'), - // prevent duplicate computation - strokeColor = colorFunction$$1(key, currentData, i, 'stroke'), - area = safeSelect(t, 'g', 'area'), - la = safeSelect(area, 'path', 'left'), - ra = safeSelect(area, 'path', 'right'), - quarts = safeSelect(t, 'g', 'quarts'), - lq3 = safeSelect(quarts, 'line', 'q3'), - lq1 = safeSelect(quarts, 'line', 'q1'), - q3 = currentData.quartiles[quartileKeys[3]], - q2 = currentData.quartiles[quartileKeys[2]], - q1 = currentData.quartiles[quartileKeys[1]]; - - t.attr('transform', horizontalQ ? 'translate(' + objectSize / 2 + ',0)' : 'translate(0,' + objectSize / 2 + ')'); - // draw curve - la.transition().duration(transitionDuration).attr('d', function (dd, ii) { - return lArea(currentData.contour); - }).attr('fill', fillColor).attr('stroke', strokeColor).attr('stroke-width', objectStrokeWidth); - - ra.transition().duration(transitionDuration).attr('d', function (dd, ii) { - return rArea(currentData.contour); - }).attr('fill', fillColor).attr('stroke', strokeColor).attr('stroke-width', objectStrokeWidth); - - area.node().addEventListener('mouseover', function (dd, ii) { - container.selectAll('g.' + objectClass).style('opacity', 0.2); - t.style('opacity', 1); - la.attr('stroke-width', objectStrokeWidth * 2); - ra.attr('stroke-width', objectStrokeWidth * 2); - }); - area.node().addEventListener('mouseout', function (dd, ii) { - container.selectAll('g.' + objectClass).style('opacity', 1); - la.attr('stroke-width', objectStrokeWidth); - ra.attr('stroke-width', objectStrokeWidth); - }); - - if (pointsQ) { - var ptsContainer = safeSelect(t, 'g', 'points'); - var pts = ptsContainer.selectAll('.point').data(currentData.pointKeys); - pts.on('mouseover', null); - - var ptsExit = pts.exit().transition().ease(easeFunc).duration(transitionDuration).attr('r', 0).attr('cy', horizontalQ ? scale(extent[1]) - scale(q2) : vScale(0)).attr('cx', horizontalQ ? vScale(0) : scale(q2)).remove(); - - var ptsEnter = pts.enter().append('circle').attr('class', 'point').attr('r', 0).attr('cx', horizontalQ ? 0 : scale(q2)).attr('cy', horizontalQ ? scale(q2) : 0); - - pts = pts.merge(ptsEnter); - - // console.log(pointsTooltip.header()) - - var pTTips = tooltip().selection(pts).data(violinPointsExtractor(key, currentData)).header(pointsTooltip.header()).keys(pointsTooltip.keys()).values(pointsTooltip.values()); - - pTTips(); - - var pMin = d3.min(currentData.pointValues), - pMax = d3.max(currentData.pointValues); - - pts.transition().duration(transitionDuration).ease(easeFunc).attr('r', pointRadius).attr('cy', function (pointKey, ii) { - var dd = currentData.pointValues[ii]; - if (horizontalQ) { - return scale(extent[1]) - scale(dd); - } - var j = whichBin(currentData.binned, dd); - var r = Math.random(); - var n = vScale(r * currentData.frequencies[j] * 0.5); - var k = Math.random() > 0.5 ? n : -n; - return k; - }).attr('cx', function (pointKey, ii) { - var dd = currentData.pointValues[ii]; - if (horizontalQ) { - var j = whichBin(currentData.binned, dd); - var r = Math.random(); - var n = vScale(r * currentData.frequencies[j] * 0.5); - var k = Math.random() > 0.5 ? n : -n; - return k; - } - return scale(dd); - }).attr('stroke', function (dd, ii) { - var dd = currentData.pointValues[ii];return pointColorFunc(dd, 'stroke', strokeColor, pMin, pMax); - }).attr('fill', function (dd, ii) { - var dd = currentData.pointValues[ii];return pointColorFunc(dd, 'fill', strokeColor, pMin, pMax); - }).attr('stroke-width', pointStrokeWidth); - - ptsContainer.selectAll('circle.point').on('mouseover', function (dd, ii) { - container.selectAll('g.' + objectClass).style('opacity', 0.2); - t.style('opacity', 1); - la.attr('stroke-width', objectStrokeWidth * 2); - ra.attr('stroke-width', objectStrokeWidth * 2); - - container.selectAll('.point').style('opacity', 0.2); - d3.select(this).style('opacity', 1).attr('r', pointRadius * 2).attr('stroke-width', pointStrokeWidth * 2); - }); - ptsContainer.selectAll('circle.point').on('mouseout', function (dd, ii) { - var e = document.createEvent('SVGEvents'); - e.initEvent('mouseout', true, true); - area.node().dispatchEvent(e); - - container.selectAll('.point').style('opacity', 1); - d3.select(this).attr('stroke-width', pointStrokeWidth).attr('r', pointRadius); - }); - } else { - cV.selectAll('.point').transition().duration(transitionDuration).ease(easeFunc).attr('r', 0).attr('cy', horizontalQ ? scale(extent[1]) - scale(q2) : vScale(0)).attr('cx', horizontalQ ? vScale(0) : scale(q2)).remove(); - } - }); - - tooltip$$1.selection(container.selectAll('g:not(.to-remove).' + objectClass + ' .area')); - if (tooltip$$1.data() == undefined) { - tooltip$$1.data(data); - } - tooltip$$1(); - if (tooltip$$1.values() == undefined) { - tooltip$$1.values([function (currentData, tooltipKey) { - return currentData['quartiles'][tooltipKey]; - }, function (currentData, tooltipKey) { - return currentData['quartiles'][tooltipKey]; - }, function (currentData, tooltipKey) { - return currentData['quartiles'][tooltipKey]; - }, function (currentData, tooltipKey) { - return currentData['quartiles'][tooltipKey]; - }, function (currentData, tooltipKey) { - return currentData['quartiles'][tooltipKey]; - }]); - } - } - - return violin; - } - - /** - * Produces the function which manipulates the violin data to have values needed - * for rendering the violins as svg. - * @returns {function} calculateViolinValues - * @namespace neededViolinValues - */ - function neededViolinValues() { - var - /** - * Whether or not the orientation of the violins are horizontal - * (see {@link violin#orient}) - * @param {Object} [horizontalQ=true] - * @memberof neededViolinValues# - * @property - */ - horizontalQ = true, - - /** - * Keys to be put into the quartiles if they need to be calculated. - * (see {@link violin#quartileKeys}) - * @param {Object} [quartileKeys=['Q0', 'Q1', 'Q2', 'Q3', 'Q4']] - * @memberof neededViolinValues# - * @property - */ - quartileKeys = ['Q0', 'Q1', 'Q2', 'Q3', 'Q4'], - - /** - * Function which given the key of the violin and that key's associated value - * returns the object consiting of the points of the violin - * (see {@link violin#violinPointsExtractor}) - * @param {Object} [violinPointsExtractor=function(violinKey, violinData) { return violinData.points }] - * @memberof neededViolinValues# - * @property - */ - violinPointsExtractor, - - /** - * Function which given the key of the current point and the object of points for the - * violin, returns the numerical value of the point - * (see {@link violin#violinPointValueExtractor}) - * @param {Object} [violinPointValueExtractor=function(violinPointKey, violinPointData) { return violinPointData[violinPointKey].value }] - * @memberof neededViolinValues# - * @property - */ - violinPointValueExtractor; - - /** - * Gets / sets the horizontalQ - * (see {@link violin#orient}) - * @param {boolean} [_=none] - * @returns {calculateViolinValues | boolean} - * @memberof calculateViolinValues - * @property - * - * by default horizontalQ = true - */ - calculateViolinValues.horizontalQ = function (_) { - return arguments.length ? (horizontalQ = _, calculateViolinValues) : horizontalQ; - }; - /** - * Gets / sets the quartileKeys - * (see {@link violin#quartileKeys}) - * @param {string[]} [_=none] - * @returns {calculateViolinValues | string[]} - * @memberof calculateViolinValues - * @property - * - * by default quartileKeys = ["Q0","Q1","Q2","Q3","Q4"] - */ - calculateViolinValues.quartileKeys = function (_) { - return arguments.length ? (quartileKeys = _, calculateViolinValues) : quartileKeys; - }; - /** - * Gets / sets the violinPointsExtractor - * (see {@link violin#violinPointsExtractor}) - * @param {function} [_=none] - * @returns {calculateViolinValues | function} - * @memberof calculateViolinValues - * @property - * - * by default violinPointsExtractor = function(violinKey, violinData) { return violinData.points } - */ - calculateViolinValues.violinPointsExtractor = function (_) { - return arguments.length ? (violinPointsExtractor = _, calculateViolinValues) : violinPointsExtractor; - }; - /** - * Gets / sets the violinPointValueExtractor - * (see {@link violin#violinPointValueExtractor}) - * @param {function} [_=none] - * @returns {calculateViolinValues | function} - * @memberof calculateViolinValues - * @property - * - * by default violinPointValueExtractor = function(violinPointKey, violinPointData) { return violinPointData[violinPointKey].value } - */ - calculateViolinValues.violinPointValueExtractor = function (_) { - return arguments.length ? (violinPointValueExtractor = _, calculateViolinValues) : violinPointValueExtractor; - }; - - /** - * The function produced by neededViolinValues. - * - * Adds the data need to render the violin as an svg - * @param {string} violinKey the key of the current violin - * @param {object} data the object consisting of violinKey - values (violin data) pairs - * @returns {none} this function manipulates the passed data object adding the following keys - * - * data[violinKey].binned // the binned values of the points - * - * data[violinKey].frequencies // the list consisting of the length of each bin - * - * data[violinKey].contour // the points depicting the contour of 1/2 of the violin - * - * data[violinKey].quartiles // the quartiles of the points' values - * - * data[violinKey].pointKeys // the keys associated with the points - * - * data[violinKey].pointValues // the numerical values of the points - * - * @memberof neededViolinValues# - * @property - */ - function calculateViolinValues(violinKey, data) { - // data for the current violin - var violinData = data[violinKey]; - // the object of points - var violinPoints = violinPointsExtractor(violinKey, violinData); - // - var violinPointsKeys = d3.keys(violinPoints); - // the numerical values of those points - var violinPointsValues = violinPointsKeys.map(function (pk, i) { - return violinPointValueExtractor(pk, violinPoints); - }); - - // quartiles of those points - var pointQuartiles = quartiles(violinPointsValues, quartileKeys); - - // binned points - var binned = d3.histogram()(violinPointsValues); - // length of bins - var frequencies = binned.map(function (bin) { - return bin.length; - }); - // min and max countour points for nice drawings - var minContourPoint = horizontalQ ? { x: 0, y: d3.min(violinPointsValues) } : { x: d3.min(violinPointsValues), y: 0 }; - var maxContourPoint = horizontalQ ? { x: 0, y: d3.max(violinPointsValues) } : { x: d3.max(violinPointsValues), y: 0 }; - var violinContourPoints = binned.map(function (bin, i) { - return horizontalQ ? { y: bin.length ? d3.median(bin) : d3.median([bin.x0, bin.x1]), x: frequencies[i] } : { x: bin.length ? d3.median(bin) : d3.median([bin.x0, bin.x1]), y: frequencies[i] }; - }); - // points along which to draw the violin shpe - violinContourPoints = [minContourPoint].concat(violinContourPoints).concat([maxContourPoint]); - - // set data - violinData.binned = binned; - violinData.frequencies = frequencies; - violinData.contour = violinContourPoints; - violinData.quartiles = pointQuartiles; - violinData.pointKeys = violinPointsKeys; - violinData.pointValues = violinPointsValues; - } - - return calculateViolinValues; - } - - function numericLegend(selection) { - - var min = 0, - max = 1, - spaceX, - spaceY, - colorFunction$$1 = colorFunction(), - namespace = 'd3sm-linear-vertical-gradient', - fontSize = 12, - backgroundFill = 'transparent', - textColor = 'black', - roundTo = 2; - - legend.min = function (_) { - return arguments.length ? (min = _, legend) : min; - }; - legend.max = function (_) { - return arguments.length ? (max = _, legend) : max; - }; - legend.spaceX = function (_) { - return arguments.length ? (spaceX = _, legend) : spaceX; - }; - legend.spaceY = function (_) { - return arguments.length ? (spaceY = _, legend) : spaceY; - }; - legend.namespace = function (_) { - return arguments.length ? (namespace = _, legend) : namespace; - }; - legend.fontSize = function (_) { - return arguments.length ? (fontSize = _, legend) : fontSize; - }; - legend.backgroundFill = function (_) { - return arguments.length ? (backgroundFill = _, legend) : backgroundFill; - }; - legend.colorFunction = function (_) { - return arguments.length ? (colorFunction$$1 = _, legend) : colorFunction$$1; - }; - legend.textColor = function (_) { - return arguments.length ? (textColor = _, legend) : textColor; - }; - legend.roundTo = function (_) { - return arguments.length ? (roundTo = _, legend) : roundTo; - }; - - function legend() { - // background cliping rectangle - var bgcpRect = { x: 0, y: 0, width: spaceX, height: spaceY }; - var container = setupContainer(selection, namespace, bgcpRect, backgroundFill); - - var defs = safeSelect(selection, 'defs'); - var linearGradient = safeSelect(defs, 'linearGradient').attr("x1", "0%").attr("y1", "100%").attr("x2", "0%").attr("y2", "0%").attr('id', hypenate(namespace, 'numerical-legend-gradient')); - - colorFunction$$1.dataExtent([min, max]).colorBy('value').valueExtractor(function (k, v, i) { - return v; - }); - - linearGradient.selectAll('stop').data(colorFunction$$1.colors()).enter().append('stop').attr("offset", function (d, i) { - return i / (colorFunction$$1.colors().length - 1); - }).attr('stop-color', function (d) { - return d; - }); - - var rect = safeSelect(container, 'rect', 'legend').attr('transform', 'translate(0,' + fontSize + ')').style("fill", "url(#" + hypenate(namespace, 'numerical-legend-gradient') + ")").attr('x', 0).attr('y', 0).attr('width', spaceX).attr('height', spaceY - fontSize * 2).on('mousemove', function (d, i) { - legendMousemove(d, i, rect, d3.select(this)); - }).on('mouseout', function (d, i) { - d3.select("#" + hypenate(namespace, 'legend-tooltip')).remove(); - }); - - var minText = safeSelect(container, 'text', 'min').text(round(min, 2)).attr('text-anchor', 'middle').attr("font-size", fontSize + 'px').attr('transform', function (d, i) { - var x = spaceX / 2, - y = spaceY - fontSize / 4, - t = 'translate(' + x + ',' + y + ')'; - return t; - }); - - var maxText = safeSelect(container, 'text', 'max').text(round(max, 2)).attr('text-anchor', 'middle').attr("font-size", fontSize + 'px').attr('transform', function (d, i) { - var x = spaceX / 2, - y = fontSize, - t = 'translate(' + x + ',' + y + ')'; - return t; - }); - } - - function legendMousemove(d, i, rect, t) { - var s = d3.scaleLinear().domain([0, rect.attr('height')]).range([max, min]); - var m = d3.mouse(rect.node()); - var v = round(s(m[1]), roundTo); - - var strokeColor = colorFunction$$1(undefined, v, undefined, 'stroke'); - var fillColor = colorFunction$$1(undefined, v, undefined, 'fill'); - - var div = safeSelect(d3.select('body'), 'div', hypenate(namespace, 'legend-tooltip')).attr('id', hypenate(namespace, 'legend-tooltip')).style('position', 'absolute').style('left', d3.event.pageX + 15 + 'px').style('top', d3.event.pageY + 15 + 'px').style('background-color', fillColor).style('border-color', strokeColor).style('min-width', fontSize * (String(max).split('.')[0].length + 3) + 'px').style('min-height', fontSize * (String(max).split('.')[0].length + 3) + 'px').style('border-radius', '50%').style('border-radius', '5000px').style('display', 'flex').style('justify-content', 'center').style('text-align', 'middle').style('padding', 2 + "px").style('border-style', 'solid').style('border-width', 2); - - var text = safeSelect(div, 'div').text(v).style('color', textColor).style('align-self', 'center'); - } - - return legend; - } - - function categoricLegend(selection) { - var categories, - - - /** - * Data to plot. Assumed to be a object, where each key corresponds to a legend - * (see {@link legend#data}) - * @param {Object} [data=undefined] - * @memberof legend# - * @property - */ - data, - - /** - * Which direction to render the bars in - * (see {@link legend#orient}) - * @param {number} [orient='horizontal'] - * @memberof legend# - * @property - */ - orient = 'horizontal', - - /** - * Amount of horizontal space (in pixels) avaible to render the legend in - * (see {@link legend#spaceX}) - * @param {number} [spaceX=undefined] - * @memberof legend# - * @property - */ - spaceX, - - /** - * Amount of vertical space (in pixels) avaible to render the legend in - * (see {@link legend.spaceY}) - * @param {number} [spaceY=undefined] - * @memberof legend# - * @property - */ - spaceY, - - - /** - * Whether or not to allow legend to render elements pass the main spatial dimension - * given the orientation (see {@link legend#orient}), where {@link legend#orient}="horizontal" - * the main dimension is {@link legend#spaceX} and where {@link legend#orient}="vertical" - * the main dimension is {@link legend#spaceY} - * @param {boolean} [overflowQ=false] - * @memberof legend# - * @property - */ - overflowQ = false, - - - /** - * An array - putatively of other arrays - depicting how bars should be arranged - * @param {Array[]} [grouping=undefined] - * @memberof legend# - * @property - */ - grouping, - - - /** - * How to get the value of the legend - * @param {function} [valueExtractor=function(key, index) { return data[key] }] - * @memberof legend# - * @property - */ - valueExtractor = function valueExtractor(key, index) { - return data[key]; - }, - - /** - * How to sort the bars - if {@link bar#grouping} is not provided. - * @param {function} [sortingFunction=function(keyA, keyB) {return d3.descending(data[keyA], data[keyB])}] - * @memberof bar# - * @property - */ - sortingFunction = function sortingFunction(keyA, keyB) { - return d3.ascending(keyA, keyB); - }, - - /** - * Default space for the spacer (percentage) of main dimension given the orientation - * (see {@link legend#orient}), where {@link legend#orient}="horizontal" - * the main dimension is {@link legend#spaceX} and where {@link legend#orient}="vertical" - * the main dimension is {@link legend#spaceY} between bars - * @param {number} [objectSpacer=0.05] - * @memberof legend# - * @property - */ - objectSpacer = 0.05, - - /** - * The minimum size that an object can be - * @param {number} [minObjectSize=50] - * @memberof legend# - * @property - */ - minObjectSize = 10, - - /** - * The maximum size that an object can be - * @param {number} [maxObjectSize=100] - * @memberof legend# - * @property - */ - maxObjectSize = 100, - - - /** - * The stroke width of the bars - * @param {number} [barStrokeWidth=2] - * @memberof legend# - * @property - */ - bubbleStrokeWidth = 2, - - /** - * Instance of ColorFunction - * @param {function} [colorFunction = colorFunction()] - * @memberof legend# - * @property - */ - colorFunction$$1 = colorFunction(), - - - /** - * Color of the background - * @param {string} [backgroundFill="transparent"] - * @memberof legend# - * @property - */ - backgroundFill = 'transparent', - - /** - * Namespace for all items made by this instance of legend - * @param {string} [namespace="d3sm-legend"] - * @memberof legend# - * @property - */ - namespace = 'd3sm-legend', - - /** - * Class name for legend container ( element) - * @param {string} [objectClass="legend"] - * @memberof legend# - * @property - */ - objectClass = 'legend', - - - /** - * Duration of all transitions of this element - * @param {number} [transitionDuration=1000] - * @memberof legend# - * @property - */ - transitionDuration = 1000, - - /** - * Easing function for transitions - * @param {d3.ease} [easeFunc=d3.easeExp] - * @memberof legend# - * @property - */ - easeFunc = d3.easeExp; - - legend.categories = function (_) { - return arguments.length ? (categories = _, legend) : categories; - }; - - /** - * Gets or sets the selection in which items are manipulated - * @param {d3.selection} [_=none] - * @returns {legend | d3.selection} - * @memberof legend - * @property - * by default selection = selection - */ - legend.selection = function (_) { - return arguments.length ? (selection = _, legend) : selection; - }; - /** - * Gets or sets the data - * (see {@link legend#data}) - * @param {number} [_=none] - * @returns {legend | object} - * @memberof legend - * @property - */ - legend.data = function (_) { - return arguments.length ? (data = _, legend) : data; - }; - /** - * Gets or sets the orient of the bars - * (see {@link legend#orient}) - * @param {number} [_=none] - * @returns {legend | object} - * @memberof legend - * @property - */ - legend.orient = function (_) { - return arguments.length ? (orient = _, legend) : orient; - }; - /** - * Gets or sets the amount of horizontal space in which items are manipulated - * (see {@link legend#spaceX}) - * @param {number} [_=none] should be a number > 0 - * @returns {legend | number} - * @memberof legend - * @property - * by default spaceX = undefined - */ - legend.spaceX = function (_) { - return arguments.length ? (spaceX = _, legend) : spaceX; - }; - /** - * Gets or sets the amount of vertical space in which items are manipulated - * (see {@link legend#spaceY}) - * @param {number} [_=none] should be a number > 0 - * @returns {legend | number} - * @memberof legend - * @property - * by default spaceY = undefined - */ - legend.spaceY = function (_) { - return arguments.length ? (spaceY = _, legend) : spaceY; - }; - - /** - * Gets / sets whether or not legend is allowed to go beyond specified dimensions - * (see {@link legend#spaceX}) - * @param {boolean} [_=none] - * @returns {legend | boolean} - * @memberof legend - * @property - * by default overflowQ = false - */ - legend.overflowQ = function (_) { - return arguments.length ? (overflowQ = _, legend) : overflowQ; - }; - /** - * Gets / sets the grouping of the bars - * (see {@link legend#grouping}) - * @param {Array[]} [_=none] - * @returns {legend | Array[]} - * @memberof legend - * @property - * by default grouping = undefined - */ - legend.grouping = function (_) { - return arguments.length ? (grouping = _, legend) : grouping; - }; - /** - * Gets / sets the valueExtractor - * (see {@link legend#valueExtractor}) - * @param {function} [_=none] - * @returns {legend | function} - * @memberof legend - * @property - * by default valueExtractor = function(key, index) { return data[key] }, - */ - legend.valueExtractor = function (_) { - return arguments.length ? (valueExtractor = _, legend) : valueExtractor; - }; - /** - * Gets / sets the sortingFunction - * (see {@link bar#sortingFunction}) - * @param {function} [_=none] - * @returns {bar | function} - * @memberof bar - * @property - * by default sortingFunction = function(keyA, keyB) {return d3.descending(data[keyA], data[keyB])}, - */ - legend.sortingFunction = function (_) { - return arguments.length ? (sortingFunction = _, legend) : sortingFunction; - }; - /** - * Gets / sets objectSpacer - * (see {@link legend#objectSpacer}) - * @param {number} [_=none] - * @returns {legend | number} - * @memberof legend - * @property - * by default objectSpacer = 0.05 - */ - legend.objectSpacer = function (_) { - return arguments.length ? (objectSpacer = _, legend) : objectSpacer; - }; - /** - * Gets / sets the minObjectSize - * (see {@link legend#minObjectSize}) - * @param {number} [_=none] - * @returns {legend | number} - * @memberof legend - * @property - * by default minObjectSize = 50 - */ - legend.minObjectSize = function (_) { - return arguments.length ? (minObjectSize = _, legend) : minObjectSize; - }; - /** - * Gets / sets the maxObjectSize - * (see {@link legend#maxObjectSize}) - * @param {number} [_=none] - * @returns {legend | number} - * @memberof legend - * @property - * by default maxObjectSize = 100 - */ - legend.maxObjectSize = function (_) { - return arguments.length ? (maxObjectSize = _, legend) : maxObjectSize; - }; - - /** - * Gets / sets the barStrokeWidth - * (see {@link legend#barStrokeWidth}) - * @param {number} [_=none] - * @returns {legend | number} - * @memberof legend - * @property - * by default barStrokeWidth = 2 - */ - legend.bubbleStrokeWidth = function (_) { - return arguments.length ? (bubbleStrokeWidth = _, legend) : bubbleStrokeWidth; - }; - /** - * Gets / sets the colorFunction - * (see {@link legend#colorFunction}) - * @param {number} [_=none] - * @returns {legend | number} - * @memberof legend - * @property - * by default colorFunction = colorFunction() - */ - legend.colorFunction = function (_) { - return arguments.length ? (colorFunction$$1 = _, legend) : colorFunction$$1; - }; - - /** - * Gets / sets the backgroundFill - * (see {@link legend#backgroundFill}) - * @param {string} [_=none] - * @returns {legend | string} - * @memberof legend - * @property - * by default backgroundFill = 'transparent' - */ - legend.backgroundFill = function (_) { - return arguments.length ? (backgroundFill = _, legend) : backgroundFill; - }; - /** - * Gets / sets the namespace - * (see {@link legend#namespace}) - * @param {string} [_=none] - * @returns {legend | string} - * @memberof legend - * @property - * by default namespace = 'd3sm-legend' - */ - legend.namespace = function (_) { - return arguments.length ? (namespace = _, legend) : namespace; - }; - /** - * Gets / sets the objectClass - * (see {@link legend#objectClass}) - * @param {string} [_=none] - * @returns {legend | string} - * @memberof legend - * @property - * by default objectClass = 'tick-group' - */ - legend.objectClass = function (_) { - return arguments.length ? (objectClass = _, legend) : objectClass; - }; - /** - * Gets / sets the transitionDuration - * (see {@link legend#transitionDuration}) - * @param {number} [_=none] - * @returns {legend | number} - * @memberof legend - * @property - * by default transitionDuration = 1000 - */ - legend.transitionDuration = function (_) { - return arguments.length ? (transitionDuration = _, legend) : transitionDuration; - }; - /** - * Gets / sets the easeFunc - * (see {@link legend#easeFunc}) - * @param {d3.ease} [_=none] - * @returns {legend | d3.ease} - * @memberof legend - * @property - * by default easeFunc = d3.easeExp - */ - legend.easeFunc = function (_) { - return arguments.length ? (easeFunc = _, legend) : easeFunc; - }; - - function legend() { - var horizontalQ = orient == 'horizontal' ? true : false; - var verticalQ = !horizontalQ; - // background cliping rectangle - var bgcpRect = { x: 0, y: 0, width: spaceX, height: spaceY }; - var container = setupContainer(selection, namespace, bgcpRect, backgroundFill); - - colorFunction$$1.dataExtent([0, categories.length - 1]).colorBy('categories').categoryExtractor(function (k, v, i) { - return v; - }); - - var r = Math.min(spaceX, spaceY) / 2; - var numberOfObjects = categories.length; - - // if grouping is undefined sort barKeys by sortingFunction - var ordered = grouping == undefined ? categories.sort(sortingFunction) : grouping; - // ordered might be nested depending on grouping - var catKeys = flatten(ordered); - - var space = horizontalQ ? spaceX : spaceY; - // calculate object size - var objectSize = calculateWidthOfObject(space, numberOfObjects, minObjectSize, maxObjectSize, objectSpacer, overflowQ); - // calculate spacer size if needed - var spacerSize = calculateWidthOfSpacer(catKeys, space, objectSize, numberOfObjects, objectSpacer, overflowQ); - // make the nested groups - var spacerFunction = groupingSpacer().horizontalQ(horizontalQ).scale(scale).moveby('category').numberOfObjects(numberOfObjects).objectClass(objectClass).objectSize(objectSize).spacerSize(spacerSize).transitionDuration(transitionDuration).easeFunc(easeFunc).namespace(namespace); - - spacerFunction(container, ordered, 0); - var r = Math.min(objectSize, spaceX, spaceY) / 2 - bubbleStrokeWidth; - - container.selectAll('g:not(.to-remove).' + objectClass).each(function (cat, i) { - var t = d3.select(this); - var c = safeSelect(t, 'circle'); - var fillColor = colorFunction$$1(undefined, cat, i, 'fill'), - // prevent duplicate computation - strokeColor = colorFunction$$1(undefined, cat, i, 'stroke'); - - var cx = horizontalQ ? r + bubbleStrokeWidth : (spaceX - r * 2) / 2 + r; - var cy = verticalQ ? r + bubbleStrokeWidth : (spaceX - r * 2) / 2 + r; - - c.attr("r", r).attr('cx', cx).attr('cy', cy).attr('fill', fillColor).attr('stroke', strokeColor).attr('stroke-width', bubbleStrokeWidth); - - var text = safeSelect(t, 'text'); - text.text(cat).attr('text-anchor', 'middle').attr("transform", function (d, i) { - var x = cx, - y = cy + text.node().getBoundingClientRect().height / 4, - t = 'translate(' + x + ',' + y + ')'; - return t; - }); - }); - } - - return legend; - } - - /******************************************************************************* - ** ** - ** ** - ** D3 EXTENSIONS ** - ** ** - ** ** - *******************************************************************************/ - /** - * Recursively ascends parents of selection until it finds an svg tag - * @function d3.selection.thisSVG - * @augments d3.selection - * @returns {Element} which is the svg tag, not the d3 selection of that tag - */ - d3.selection.prototype.thisSVG = function () { - return getContainingSVG(this.node()); - }; - - /** - * Helper for getting absolute position of the mouse - * @function d3.mouse.absolute - * @augments d3.mouse - * @returns {number[]} [x, y] as they relate to `html` not to local scope. - */ - d3.mouse.absolute = function () { - var html = d3.select('html').node(); - - var _ref = this(html), - _ref2 = slicedToArray(_ref, 2), - x = _ref2[0], - y = _ref2[1]; - - return [x, y]; - }; - - /** - * Gets position of the selection in relation to the containing svg - * @see{@link getContainingSVG} - * @function d3.selection.absolutePosition - * @augments d3.selection - * @returns {Object} with structure similar to getBoundingClientRect, e.g. - * top, left, bottom, right, height, width - */ - d3.selection.prototype.absolutePosition = function () { - var element = this.node(); - var elementPosition = element.getBoundingClientRect(); - var containerSVG = getContainingSVG(element); - var svgPosition = containerSVG.getBoundingClientRect(); - - return { - top: elementPosition.top - svgPosition.top, - left: elementPosition.left - svgPosition.left, - bottom: elementPosition.bottom - svgPosition.top, - right: elementPosition.right - svgPosition.left, - height: elementPosition.height, - width: elementPosition.width - }; - }; - - d3.selection.prototype.relativePositionTo = function (container) { - var element = this.node(); - var elementPosition = element.getBoundingClientRect(); - var containerSVG = container; - var svgPosition = containerSVG.getBoundingClientRect(); - - return { - top: elementPosition.top - svgPosition.top, - left: elementPosition.left - svgPosition.left, - bottom: elementPosition.bottom - svgPosition.top, - right: elementPosition.right - svgPosition.left, - height: elementPosition.height, - width: elementPosition.width - }; - }; - - function getTranslation$1(selection) { - var transform = selection.attr('transform'); - - var _transform$split = transform.split('translate('), - _transform$split2 = slicedToArray(_transform$split, 2), - junk = _transform$split2[0], - xy = _transform$split2[1]; - - var _xy$split = xy.split(','), - _xy$split2 = slicedToArray(_xy$split, 2), - x = _xy$split2[0], - y = _xy$split2[1]; - - junk = y.split(')'); - return [parseFloat(x), parseFloat(y)]; - } - - function lasso(selection) { - var svg, - // svg that is target of events - objectContainer, - // container which houses objects we are selecting (allows for transform to be applied to lasso) - objectClass, - // class of object we are selecting - namespace = "d3sm-lasso", - chartContainer, - chartOffset, - objectsOffset, - eventCatcher, - xScale, - // optional scale for the lasso currentPoints - yScale, - // optional scale for the lasso currentPoints - - activeQ = false, - // whether or not lasso is active - - currentPoints = [], - // mouse points for current lasso - allPoints = [], - // list of lists for all points of lassos - - line = d3.line().x(function (d, i) { - var x; - if (xScale != undefined) { - x = xScale(d[0]); - } else { - x = d[0]; - } - return x; //- chartOffset[0]// - objectsOffset[0] - }).y(function (d, i) { - var y; - if (yScale != undefined) { - y = yScale(d[1]); - } else { - y = d[1]; - } - return y; // - chartOffset[1]// - objectsOffset[1] - }).curve(d3.curveLinearClosed), - instance = 0, - // an indentifier for which instance this lasso is under the current svg - - tickDistance = 10, - - - // styles for lasso path - color = '#17a2b8', - animationRate = '10s', - opacity = 0.3, - dashArray = '5, 10', - stroke = 'black', - strokeWidth = 2, - - - // styles for lassoed objects - lassoedFill = "white", - lassoedStroke = 'black', - lassoedStrokeWidth = 3, - transitionDuration = 1000, - easeFunc = d3.easeExp; - - var path; - - lasso.svg = function (_) { - return arguments.length ? (svg = _, lasso) : svg; - }; - lasso.chartContainer = function (_) { - return arguments.length ? (chartContainer = _, lasso) : chartContainer; - }; - lasso.objectContainer = function (_) { - return arguments.length ? (objectContainer = _, lasso) : objectContainer; - }; - lasso.objectClass = function (_) { - return arguments.length ? (objectClass = _, lasso) : objectClass; - }; - lasso.namespace = function (_) { - return arguments.length ? (namespace = _, lasso) : namespace; - }; - lasso.xScale = function (_) { - return arguments.length ? (xScale = _, lasso) : xScale; - }; - lasso.yScale = function (_) { - return arguments.length ? (yScale = _, lasso) : yScale; - }; - lasso.activeQ = function (_) { - return arguments.length ? (activeQ = _, lasso) : activeQ; - }; - lasso.currentPoints = function (_) { - return arguments.length ? (currentPoints = _, lasso) : currentPoints; - }; - lasso.allPoints = function (_) { - return arguments.length ? (allPoints = _, lasso) : allPoints; - }; - lasso.instance = function (_) { - return arguments.length ? (instance = _, lasso) : instance; - }; - lasso.tickDistance = function (_) { - return arguments.length ? (tickDistance = _, lasso) : tickDistance; - }; - lasso.color = function (_) { - return arguments.length ? (color = _, lasso) : color; - }; - lasso.animationRate = function (_) { - return arguments.length ? (animationRate = _, lasso) : animationRate; - }; - lasso.opacity = function (_) { - return arguments.length ? (opacity = _, lasso) : opacity; - }; - lasso.dashArray = function (_) { - return arguments.length ? (dashArray = _, lasso) : dashArray; - }; - lasso.stroke = function (_) { - return arguments.length ? (stroke = _, lasso) : stroke; - }; - lasso.lassoedFill = function (_) { - return arguments.length ? (lassoedFill = _, lasso) : lassoedFill; - }; - lasso.lassoedStroke = function (_) { - return arguments.length ? (lassoedStroke = _, lasso) : lassoedStroke; - }; - lasso.lassoedStrokeWidth = function (_) { - return arguments.length ? (lassoedStrokeWidth = _, lasso) : lassoedStrokeWidth; - }; - lasso.eventCatcher = function (_) { - return arguments.length ? (eventCatcher = _, lasso) : eventCatcher; - }; - - lasso.drag = drag; - lasso.draw = draw; - lasso.tick = tick; - lasso.detect = detect; - lasso.toggle = toggle; - lasso.remove = remove; - lasso.render = render; - lasso.keyFrames = keyFrames; - lasso.updateObjects = updateObjects; - lasso.applyPathAttributes = applyPathAttributes; - lasso.applyObjectAttributes = applyObjectAttributes; - - keyFrames(); - - function lasso() { - // add a dash animation if needed - if (activeQ) { - transitionDraw(); - } - } - - function toggle(state) { - // use optional param to set state, otherwise toggle state - activeQ = state != undefined ? state : !activeQ; - chartOffset = getTranslation$1(chartContainer); - objectsOffset = getTranslation$1(objectContainer); - - if (activeQ) { - svg.node().addEventListener('mousedown', render, true); - } else { - svg.node().removeEventListener('mousedown', render, true); - remove(); - } - } - - function draw() { - chartOffset = getTranslation$1(chartContainer); - objectsOffset = getTranslation$1(objectContainer); - - var container = safeSelect(objectContainer, 'g', 'lasso-container'); - var paths = container.selectAll('path[instance="' + instance + '"]'); - - // update - paths = paths.data(allPoints); - - // remove excess - var pExit = paths.exit().remove(); - // add needed paths - var pEnter = paths.enter().append('path'); - - // merge - paths = paths.merge(pEnter); - - // apply - applyPathAttributes(paths); - } - - function remove() { - var container = safeSelect(objectContainer, 'g', 'lasso-container'); - var paths = container.selectAll('path[instance="' + instance + '"]').remove(); - container.remove(); - objectContainer.selectAll(objectClass).classed("in-lasso", false); - updateObjects(); - } - - function render(event) { - // nothing can interefer with drawing the lasso - event.preventDefault();event.stopPropagation(); - - var container = safeSelect(objectContainer, 'g', 'lasso-container'); - - /* - each time the user presses down, while the state is active, the lasso - the lasso should make a seperate segment. - */ - currentPoints = []; - - svg.node().addEventListener('mousemove', drag); - svg.node().addEventListener('mouseup', function (event) { - svg.node().removeEventListener('mousemove', drag); - allPoints.push(currentPoints); - // BUG: somehow this is pushing currentPoints n times where n is the nth lasso path for the current instance - // NOTE: allPoints = unique(allPoints) is a temporary and inefficient fix - allPoints = unique(allPoints); - }); - - path = container.append('path').data([currentPoints]); - applyPathAttributes(path); - } - - function transitionDraw() { - var container = safeSelect(objectContainer, 'g', 'lasso-container'); - var paths = container.selectAll('path[instance="' + instance + '"]'); - - // update - paths = paths.data(allPoints); - - // remove excess - var pExit = paths.exit().remove(); - // add needed paths - var pEnter = paths.enter().append('path'); - - // merge - paths = paths.merge(pEnter).transition().duration(transitionDuration).ease(easeFunc); - applyPathAttributes(paths); - } - - function applyPathAttributes(path) { - path.attr("class", hypenate(namespace, "lasso-path")).style('opacity', opacity).attr('fill', color).attr("d", line).attr('instance', instance).style("stroke-dasharray", dashArray).attr("stroke", stroke).attr("stroke-width", strokeWidth).style('animation', 'lassoDash ' + animationRate + ' linear').style("animation-iteration-count", "infinite"); - } - - function drag(event) { - /* - effectively create a mouse down and move event (which normally is inteperated - as 'drag' by the browser) by dynamically adding / removing this event on - mouse down / mouse up. - */ - - if (eventCatcher != undefined) { - eventCatcher.dispatch(hypenate(namespace, "drag")); - } - // d3.dispatch(hypenate(namespace,"drag")) - - if (event.which != 1) { - return; - } // ensures left mouse button set - d3.event = event; - var pt = d3.mouse(objectContainer.node()); - var pt = d3.mouse(svg.node()); - - if (xScale != undefined) { - pt[0] = xScale.invert(pt[0]); - } - if (yScale != undefined) { - pt[1] = yScale.invert(pt[1]); - } - pt[0] = pt[0] - chartOffset[0] - objectsOffset[0]; - pt[1] = pt[1] - chartOffset[1] - objectsOffset[1]; - - /* if we have a point already, test if it passes a minimum distance to prevent overwhelming with too many tick functions */ - if (currentPoints.length) { - var lastPt = currentPoints[currentPoints.length - 1]; - var a = [pt[0], pt[1]], - b = [lastPt[0], lastPt[1]]; - - if (xScale) { - b[0] = xScale(b[0]);a[0] = xScale(a[0]); - } - if (yScale) { - b[1] = yScale(b[1]);a[1] = yScale(a[1]); - } - - var dist = euclideanDistance(b, a); - if (dist > tickDistance) { - tick(pt); - } - } else { - tick(pt); - } - } - - function tick(pt) { - /* - If a point is provided update data and objects. - Otherwise just call on data we already have. - Why like this?: - 1. currentPoints is current points to allow disjunct lassos, currentPoints is only pushed to - allPoints after mouseup. - 2. to allow render of objects in the lasso class / updating the data list - just by toggling the button - */ - - if (pt != undefined) { - currentPoints.push(pt); - path.attr("d", line); - if (currentPoints.length < 3) { - return; - } // need at least 3 points to detect anything. - detect(allPoints.concat([currentPoints])); - } else { - detect(allPoints); - } - } - - function detect(lassos) { - if (lassos == undefined) { - lassos = allPoints; - } - objectContainer.selectAll(objectClass).each(function (d, i) { - var current = d3.select(this), - box = current.absolutePosition(), - - // box = current.relativePositionTo(objectContainer.node()), - - boxPts = [[box.left - chartOffset[0] - objectsOffset[0], box.top - chartOffset[1] - objectsOffset[1]], [box.right - chartOffset[0] - objectsOffset[0], box.top - chartOffset[1] - objectsOffset[1]], [box.left - chartOffset[0] - objectsOffset[0], box.bottom - chartOffset[1] - objectsOffset[1]], [box.right - chartOffset[0] - objectsOffset[0], box.bottom - chartOffset[1] - objectsOffset[1]]]; - - if (xScale != undefined) { - boxPts[0][0] = xScale.invert(boxPts[0][0]); - boxPts[1][0] = xScale.invert(boxPts[1][0]); - boxPts[2][0] = xScale.invert(boxPts[2][0]); - boxPts[3][0] = xScale.invert(boxPts[3][0]); - } - if (yScale != undefined) { - boxPts[0][1] = yScale.invert(boxPts[0][1]); - boxPts[1][1] = yScale.invert(boxPts[1][1]); - boxPts[2][1] = yScale.invert(boxPts[2][1]); - boxPts[3][1] = yScale.invert(boxPts[3][1]); - } - - /* - flag needed as we have to test multiple lasso segments, and if the point - is not in one segment, it does not mean it is not in any - */ - var inAnyLassoQ = false; - for (var i = 0; i < lassos.length; i++) { - var lassoPoints = lassos[i]; - // .map(function(pt){ - // var x, y = pt - // if (xScale!=undefined) {x = xScale(x)} - // if (yScale!=undefined) {y = yScale(y)} - // return [x, y] - // }) - var boxInLassoQ = boxPts.every(function (coord) { - return d3.polygonContains(lassoPoints, coord); - }); - - if (boxInLassoQ) { - inAnyLassoQ = true; - } // only update flag in the positive case. - } - - current.classed('in-lasso', inAnyLassoQ); - current.classed('in-lasso-' + instance, inAnyLassoQ); - }); - - updateObjects(); - return objectContainer.selectAll('.in-lasso-' + instance); - } - - function updateObjects() { - objectContainer.selectAll(objectClass).each(function (d, i) { - var t = d3.select(this); - applyObjectAttributes(t, t.classed('in-lasso')); - }); - } - - function applyObjectAttributes(obj, setQ) { - var preLassoFill = obj.attr('_pre_lasso_fill'), - preLassoStroke = obj.attr('_pre_lasso_stroke'), - preLassoStrokeWidth = obj.attr('_pre_lasso_stroke-width'); - - if (setQ) { - obj.classed("in-lasso", true); - obj.classed('in-lasso-' + instance, true); - if (preLassoFill == undefined) { - obj.attr('_pre_lasso_fill', obj.attr('fill')); - } - if (preLassoStroke == undefined) { - obj.attr('_pre_lasso_stroke', obj.attr('stroke')); - } - if (preLassoStrokeWidth == undefined) { - obj.attr('_pre_lasso_stroke-width', obj.attr('stroke-width')); - } - - obj - //BUG: when .raise() - .attr('fill', lassoedFill).attr('stroke', lassoedStroke).attr('stoke-width', lassoedStrokeWidth); - } else { - obj.classed("in-lasso", false); - obj.classed('in-lasso-' + instance, false); - if (preLassoFill != undefined) { - obj.attr('fill', preLassoFill); - } - if (preLassoStroke != undefined) { - obj.attr('stroke', preLassoStroke); - } - if (preLassoStrokeWidth != undefined) { - obj.attr('stroke-width', preLassoStrokeWidth); - } - } - } - - function keyFrames() { - var style = d3.select("html").select('style.' + hypenate(namespace, "lasso-dash")); - if (style.empty()) { - d3.select("html").append('style').classed(hypenate(namespace, "lasso-dash"), true).html("@keyframes lassoDash {to { stroke-dashoffset: 1000;}}"); - } - } - return lasso; - } - - function lassoWidget(selection) { - var namespace = 'd3sm-lasso', - selection = selection, - svg, - chartContainer, - objectContainer, - objectClass, - lassoLine = d3.line().x(function (d, i) { - return d[0]; - }).y(function (d, i) { - return d[1]; - }).curve(d3.curveLinearClosed), - colorFunction$$1 = colorFunction(), - maxNumberOfGroups, - dataExtractor, - xScale, - yScale; - - function onError(msg, style) { - console.log(msg, style); - } - // setup the container - setupDataselectContainer(); - - lassoWidget.objectClass = function (_) { - return arguments.length ? (objectClass = '.' + _.replace('.', ''), lassoWidget) : objectClass; - }; - lassoWidget.svg = function (_) { - return arguments.length ? (svg = _, lassoWidget) : svg; - }; - lassoWidget.submit = function (_) { - return arguments.length ? (submit = _, lassoWidget) : submit; - }; - lassoWidget.maxNumberOfGroups = function (_) { - return arguments.length ? (maxNumberOfGroups = _, lassoWidget) : maxNumberOfGroups; - }; - lassoWidget.onError = function (_) { - return arguments.length ? (onError = _, lassoWidget) : onError; - }; - lassoWidget.objectContainer = function (_) { - return arguments.length ? (objectContainer = _, lassoWidget) : objectContainer; - }; - lassoWidget.chartContainer = function (_) { - return arguments.length ? (chartContainer = _, lassoWidget) : chartContainer; - }; - lassoWidget.dataExtractor = function (_) { - return arguments.length ? (dataExtractor = _, lassoWidget) : dataExtractor; - }; - lassoWidget.xScale = function (_) { - return arguments.length ? (xScale = _, lassoWidget) : xScale; - }; - lassoWidget.yScale = function (_) { - return arguments.length ? (yScale = _, lassoWidget) : yScale; - }; - - function styles() { - var s = d3.select("html").select("style." + namespace + 'lasso-widget'); - if (s.empty()) { - d3.select("html").append("style").classed(namespace + 'lasso-widget', true).html("." + hypenate(namespace, "data-table") + "{\ - height:100px;\ - overflow:auto;\ - }"); - } - } - - function lassoWidget() { - styles(); - } - - function submit(data) { - console.log(data); - } - - function plusTab(tabList) { - var tab = safeSelect(tabList, 'li', hypenate(namespace, 'plus-tab')).classed('ml-auto', true).classed('nav-item', true).on('click', makeNewGroup), - anchor = safeSelect(tab, 'a', 'nav-link'), - icon = safeSelect(anchor, 'i', 'fa').classed('fa-plus fa-2x text-success', true); - } - - function sendTab(tabList) { - var tab = safeSelect(tabList, 'li', hypenate(namespace, 'send-tab')).classed('ml-auto', true).classed('nav-item', true).on('click', clickSend), - anchor = safeSelect(tab, 'a', 'nav-link'), - icon = safeSelect(anchor, 'i', 'fa').classed('fa-paper-plane-o fa-2x text-primary', true); - } - - function clickSend() { - var data = gatherDataLists(); - submit(data); - } - - function closeTab(tabList) { - var tab = safeSelect(tabList, 'li', hypenate(namespace, 'close-tab')).classed('ml-auto', true).classed('nav-item', true).on('click', function () { - var m = d3.mouse(d3.select("html").node()); - }), - anchor = safeSelect(tab, 'a', 'nav-link'), - icon = safeSelect(anchor, 'i', 'fa').classed('fa-window-close-o fa-2x text-danger', true); - } - - function setupDataselectContainer() { - var card = safeSelect(selection, 'div', 'card'), - cardHeader = safeSelect(card, 'div', 'card-header'), - tabList = safeSelect(cardHeader, 'ul', 'nav').classed('nav-tabs card-header-tabs', true).classed(hypenate(namespace, 'tab-list'), true).attr('role', 'tablist'), - cardBody = safeSelect(card, 'div', 'card-body'), - tabContent = safeSelect(cardBody, 'div', 'tab-content').classed(hypenate(namespace, 'tab-content'), true), - - - // leftTabs = safeSelect(tabList, 'div', 'nav mr-auto left-aligned-tabs') - rightTabs = safeSelect(tabList, 'div', 'right-aligned-tabs').classed('nav ml-auto ', true); - - plusTab(rightTabs); - sendTab(rightTabs); - closeTab(rightTabs); - var defaultTab = safeSelect(tabContent, 'div', 'tab-pane').classed(hypenate(namespace, 'default-tab'), true).classed("active", true).classed('text-left', true), - p = safeSelect(defaultTab, 'div').html("Click to add a new group.
" + "Click to submit for re-analysis.
" + "Click to close the dataselect widget."); - // .text('Click the green plus to add a new group.') - } - - function makeRemoveButton(paneBtnList) { - var btn = safeSelect(paneBtnList, 'button', 'remove-btn').classed('btn btn-danger', true).on('click', removeBtnClickToRemove), - i = safeSelect(btn, 'i', 'fa').classed('fa-trash-o', true), - s = safeSelect(btn, 'span').text('Remove group'); - return btn; - } - - function removeBtnClickToRemove(d, i) { - var tab = selection.select('#' + hypenate(namespace, 'tab', d)), - pane = selection.select('#' + hypenate(namespace, 'tab', 'pane', d)); - - showRemainingPanes(); - updateTabAndPaneNumbers(); - } - - function togglePaneById(id) { - var panes = selection.select('.' + hypenate(namespace, 'tab-content')); - } - - function insertTab(tabs, n) { - - // var li = tabs.insert("li", ':nth-child('+(n)+')') - var li = tabs.insert("li", '.right-aligned-tabs').classed('nav-item', true).classed('alert', true).classed('alert-secondary', true).classed('alert-dismissable', true).classed('fade', true).classed('show', true) - // .classed('mr-auto', true) - .attr("role", 'alert').attr("id", hypenate(namespace, 'tab', n)).classed(hypenate(namespace, 'tab'), true); - - var a = safeSelect(li, 'a').attr('data-toggle', 'tab').text('Group ' + n).attr('href', '#' + hypenate(namespace, 'tab', 'pane', n)).on('dblclick', function (d, i) { - var t = d3.select(this); - t.attr('contenteditable', true); - d3.select(t.node().parentNode).classed('alert-secondary', false).classed('alert-warning', true); - - // d3.select("html").on("click", dispatchBlur) - // - // function dispatchBlur(d, i) { - // if (d3.event.target != d3.select(this)) { - // d3.select(this).dispatch("blur") - // } - // } - - }).on('blur', function (d, i) { - - var t = d3.select(this); - t.attr('contenteditable', false); - d3.select(t.node().parentNode).classed('alert-secondary', true).classed('alert-warning', false); - }).on('input', function (d, i) { - var t = d3.select(this); - var txt = t.text(); - d3.select(t.attr('href')).select("p.lead").text(txt); - }); - - return li; - } - - function makeTabPane(panes, n) { - var pane = panes.append('div').datum(n).attr('role', 'tabpanel').classed('tab-pane', true).classed('text-left', true).classed(hypenate(namespace, 'tab', 'pane'), true).attr('id', hypenate(namespace, 'tab', 'pane', n)); - return pane; - } - - function populatePane(pane, n) { - var lead = safeSelect(pane, 'p', 'lead').text('Group ' + n), - tableContainer = safeSelect(pane, 'div', 'table-responsive').attr("class", hypenate(namespace, "data-table")), - table = safeSelect(tableContainer, "table", "table").classed("table-sm", true).classed("table-hover", true), - caption = safeSelect(table, "caption", "caption").html("List of selected"), - btns = safeSelect(pane, 'div', 'text-right'), - cN = n % colorFunction$$1.colors().length; - if (n % 2 != 0) { - cN = colorFunction$$1.colors().length - 1 - cN; - } - - var lassoBtn = makeLassoButton(btns); - var currentLasso = makeLassoFunction(n, colorFunction$$1.colors()[cN]); - var clearBtn = makeClearButton(btns); - - bindButtons(lassoBtn, clearBtn, currentLasso, table); - - var removeBtn = makeRemoveButton(btns); - - lead.on("mouseover", function () { - currentLasso.draw(); - }); - lead.on("mouseout", function () { - currentLasso.remove(); - }); - } - - function makeLassoButton(btns) { - var btn = safeSelect(btns, 'button', 'lasso-btn').classed('btn btn-info', true).classed(namespace, true); - // .datum([lasso]) - var i = safeSelect(btn, 'i', 'fa').classed('fa-hand-pointer-o', true); - var s = safeSelect(btn, 'span').text('Lasso select'); - return btn; - } - - function makeClearButton(btns) { - var btn = safeSelect(btns, 'button', 'clear-btn').classed('btn btn-light', true).classed(namespace, true); - var i = safeSelect(btn, 'i', 'fa').classed('fa-eraser', true); - var s = safeSelect(btn, 'span').text('Clear selection'); - return btn; - } - - function makeLassoFunction(instance, color) { - var currentLasso = lasso().namespace(namespace).svg(svg).objectClass(objectClass).chartContainer(chartContainer).objectContainer(objectContainer).instance(instance).color(color).yScale(yScale).xScale(xScale); - - return currentLasso; - } - - function bindButtons(lassoBtn, clearBtn, currentLasso, table) { - currentLasso.eventCatcher(lassoBtn); - lassoBtn.node().addEventListener("click", lassoBtnToggle); - - lassoBtn.datum([currentLasso]).on(hypenate(namespace, 'render'), function () { - d3.select(this).datum()[0].draw(); - }).on(hypenate(namespace, "drag"), function (las) { - var nodes = chartContainer.selectAll(".in-lasso-" + las[0].instance()).nodes(); - var tableData = nodes.map(function (d, i) { - var extracted = dataExtractor(d3.select(d).datum()); - extracted["__node"] = d; - return extracted; - }); - - makeTable(table, tableData, currentLasso); - }); - - clearBtn.on('click', function () { - currentLasso.allPoints([]); - currentLasso.currentPoints([]); - lassoBtn.dispatch(hypenate(namespace, "drag")); - }); - } - - function lassoBtnToggle() { - var that = d3.select(this); - var las = that.datum()[0]; - - las.toggle(); - var activeQ = las.activeQ(); - - if (las.activeQ()) { - that.classed('btn-info', !activeQ); - that.classed('btn-warning', activeQ); - that.select("span").text("Lasso select (active)"); - selection.selectAll("." + namespace + ".lasso-btn").dispatch(hypenate(namespace, 'render')); - d3.select("html").node().addEventListener('mousedown', monitorLassoButtonState); - } else { - that.classed('btn-info', !activeQ); - that.classed('btn-warning', activeQ); - that.select("span").text("Lasso select"); - d3.select("html").node().removeEventListener('mousedown', monitorLassoButtonState); - } - - function monitorLassoButtonState(event) { - /* - activeLasso stops event stopPropagation, so this event will not register in - that case. Thus we only need to ensure that the usre is clicking on the lasso button - otherwise, de-spawn lasso. - */ - if (event.target != that.node() && event.target != that.select("span").node() && event.target != that.select("i").node()) { - // event.preventDefault() - // event.stopPropagation() - las.toggle(false); - that.classed('btn-info', true); - that.classed('btn-warning', false); - that.select("span").text("Lasso select"); - // console.log(that, that.node()) - // that.dispatch("focusout") - } - } - } - - function updateTableHeaderColumns(headR, tableData) { - var headerKeys = d3.keys(tableData[0]).filter(function (k) { - return k != "__node"; - }); - if (headerKeys.length > 0) { - // headerKeys = ["remove"].concat(headerKeys) - headerKeys.push("remove"); - } - - var headerCols = headR.selectAll("th"); - - headerCols = headerCols.data(headerKeys); - headerCols.exit().remove(); - headerCols = headerCols.merge(headerCols.enter().append("th").attr("scope", "col")).text(function (d, i) { - return d; - }); - - return headerKeys; - } - - function updateTableRows(body, tableData) { - var bodyRows = body.selectAll("tr"); - - bodyRows = bodyRows.data(tableData); - bodyRows.exit().remove(); - bodyRows = bodyRows.merge(bodyRows.enter().append("tr")); - - return bodyRows; - } - - function updateTableRowColumns(cols, headerKeys, rowData, tableData, lasso$$1, table) { - cols = cols.data(headerKeys); - cols.exit().remove(); - cols = cols.merge(cols.enter().append("td")); - - cols.html(function (d, i) { - if (d != "remove") { - return rowData[d]; - } - return ""; - }).classed("text-left", function (d, i) { - if (d != "remove") { - return false; - } - return true; - }); - // .attr("scope",function(d, i){ - // if (d != "remove") { return false } - // return true - // }) - - cols.select("i.fa-close").on("click", function (d, i) { - var node = rowData["__node"], - n = d3.select(node); - n.classed("in-lasso", false); - n.classed("in-lasso-" + lasso$$1.instance(), false); - - tableData.map(function (dd, j) { - if (dd["__node"] == node) { - tableData.splice(j, 1); - makeTable(table, tableData, lasso$$1); - } - }); - }); - } - - function makeTable(table, tableData, lasso$$1) { - var head = safeSelect(table, "thead"), - headR = safeSelect(head, "tr"), - body = safeSelect(table, "tbody"), - headerKeys = updateTableHeaderColumns(headR, tableData), - bodyRows = updateTableRows(body, tableData); - - bodyRows.each(function (rowData, i) { - var t = d3.select(this); - var cols = t.selectAll("td"); - - updateTableRowColumns(cols, headerKeys, rowData, tableData, lasso$$1, table); - - t.on("mouseover", function (d, i) { - lasso$$1.applyObjectAttributes(d3.select(d["__node"]), true); - }).on("mouseout", function (d, i) { - lasso$$1.applyObjectAttributes(d3.select(d["__node"]), false); - }); - }); - } - - function makeNewGroup(d, i) { - - var tabs = selection.select('.' + hypenate(namespace, 'tab-list')), - panes = selection.select('.' + hypenate(namespace, 'tab-content')), - n = newGroupNumber(); - - if (tabs.selectAll('.' + hypenate(namespace, 'tab')).size() == maxNumberOfGroups) { - onError('only ' + maxNumberOfGroups + ' allowed.', 'warning'); - return; - } - - var tab = insertTab(tabs, n), - pane = makeTabPane(panes, n); - - populatePane(pane, n); - togglePaneById(pane.attr('id')); - } - - function newGroupNumber() { - var tabs = selection.select('.' + hypenate(namespace, 'tab-list')); //, - var n = tabs.selectAll('li').size() - 3, - // minus 1 for plus tab - s = 'Group ' + n, - gs = []; - while (gs.includes(s)) { - n += 1;s = 'Group ' + n; - } - return n; - } - - function updateTabAndPaneNumbers() { - var tabs = selection.select('.' + hypenate(namespace, 'tab-list')), - panes = selection.select('.' + hypenate(namespace, 'tab-content')); - - tabs = tabs.selectAll('.' + hypenate(namespace, 'tab')); - panes = panes.selectAll('.' + hypenate(namespace, 'tab', 'pane')); - - tabs.each(function (d, i) { - d3.select(this).datum(i).attr("id", hypenate(namespace, 'tab', i)).select('a').attr('href', '#' + hypenate(namespace, 'tab', 'pane', i)).text(function (dd, ii) { - var curText = d3.select(this).text(); - if (curText.split(' ')[0] == 'Group') { - return 'Group ' + i; - } - return curText; - }); - }); - - panes.each(function (d, i) { - d3.select(this).datum(i).attr('id', hypenate(namespace, 'tab', 'pane', i)); - safeSelect(d3.select(this), 'p', 'lead').text(function (dd, ii) { - var curText = d3.select(this).text(); - if (curText.split(' ')[0] == 'Group') { - return 'Group ' + i; - } - return curText; - }); - safeSelect(d3.select(this), 'button', 'remove-btn').on('click', removeBtnClickToRemove); - }); - } - - function gatherDataLists() { - var tabs = selection.select('.' + hypenate(namespace, 'tab-list')); - var panes = selection.select('.' + hypenate(namespace, 'tab-content')); - var tables = panes.selectAll('.' + hypenate(namespace, "data-table")); - var data = {}; - - return data; - } - - function showRemainingPanes() { - var tabs = selection.select('.' + hypenate(namespace, 'tab-list')), - panes = selection.select('.' + hypenate(namespace, 'tab-content')), - remainingTabs = tabs.selectAll('.' + hypenate(namespace, 'tab')); - - if (remainingTabs.size() == 0) ; else { - var lastTab = remainingTabs.nodes()[remainingTabs.size() - 1], - lastPaneId = d3.select(lastTab).select('a').attr('href'); - } - } - - return lassoWidget; - } - - function upset(selection) { - var data, - orient = 'horizontal', - spaceX, - spaceY, - overflowQ = false, - minObjectSize = 20, - maxObjectSize = 50, - circleStrokeWidth = 2, - - // colorFunction= - backgroundFill = 'transparent', - namespace = 'd3sm-upset', - objectClass = 'upset', - transitionDuration = 1000, - easeFunc = d3.easeExp, - setKey = "set", - intersectionKey = "intersection", - elementsKey = "elements", - setExtractor = function setExtractor(key, i) { - return data[key][setKey]; - }, - intersectionExtractor = function intersectionExtractor(key, i) { - return data[key][intersectionKey]; - }, - elementExtractor = function elementExtractor(key, i) { - return data[key][elementsKey]; - }, - cellKeys, - setValues, - intersectionValues, - xObjectSpacer = 0.05, - yObjectSpacer = 0.05, - radius, - - - // listDelim = ';' - - yObjectSize, - ySpacerSize, - xObjectSize, - xSpacerSize, - setKeySortingFunction = function setKeySortingFunction(a, b) { - return setValues.indexOf(setExtractor(a)) - setValues.indexOf(setExtractor(b)); - }, - intersectionKeySortingFunction = function intersectionKeySortingFunction(a, b) { - return intersectionValues.indexOf(intersectionExtractor(a)) - intersectionValues.indexOf(intersectionExtractor(b)); - }; - - upset.selection = function (_) { - return arguments.length ? (selection = _, upset) : selection; - }; - upset.data = function (_) { - return arguments.length ? (data = _, upset) : data; - }; - upset.orient = function (_) { - return arguments.length ? (orient = _, upset) : orient; - }; - upset.spaceX = function (_) { - return arguments.length ? (spaceX = _, upset) : spaceX; - }; - upset.spaceY = function (_) { - return arguments.length ? (spaceY = _, upset) : spaceY; - }; - upset.overflowQ = function (_) { - return arguments.length ? (overflowQ = _, upset) : overflowQ; - }; - upset.minObjectSize = function (_) { - return arguments.length ? (minObjectSize = _, upset) : minObjectSize; - }; - upset.maxObjectSize = function (_) { - return arguments.length ? (maxObjectSize = _, upset) : maxObjectSize; - }; - upset.circleStrokeWidth = function (_) { - return arguments.length ? (circleStrokeWidth = _, upset) : circleStrokeWidth; - }; - upset.backgroundFill = function (_) { - return arguments.length ? (backgroundFill = _, upset) : backgroundFill; - }; - upset.namespace = function (_) { - return arguments.length ? (namespace = _, upset) : namespace; - }; - upset.objectClass = function (_) { - return arguments.length ? (objectClass = _, upset) : objectClass; - }; - upset.transitionDuration = function (_) { - return arguments.length ? (transitionDuration = _, upset) : transitionDuration; - }; - upset.easeFunc = function (_) { - return arguments.length ? (easeFunc = _, upset) : easeFunc; - }; - upset.cellKeys = function (_) { - return arguments.length ? (cellKeys = _, upset) : cellKeys; - }; - upset.setValues = function (_) { - return arguments.length ? (setValues = _, upset) : setValues; - }; - upset.intersectionValues = function (_) { - return arguments.length ? (intersectionValues = _, upset) : intersectionValues; - }; - upset.xObjectSpacer = function (_) { - return arguments.length ? (xObjectSpacer = _, upset) : xObjectSpacer; - }; - upset.yObjectSpacer = function (_) { - return arguments.length ? (yObjectSpacer = _, upset) : yObjectSpacer; - }; - upset.radius = function (_) { - return arguments.length ? (radius = _, upset) : radius; - }; - upset.setExtractor = function (_) { - return arguments.length ? (setExtractor = _, upset) : setExtractor; - }; - upset.intersectionExtractor = function (_) { - return arguments.length ? (intersectionExtractor = _, upset) : intersectionExtractor; - }; - upset.elementExtractor = function (_) { - return arguments.length ? (elementExtractor = _, upset) : elementExtractor; - }; - upset.setKeySortingFunction = function (_) { - return arguments.length ? (setKeySortingFunction = _, upset) : setKeySortingFunction; - }; - upset.intersectionKeySortingFunction = function (_) { - return arguments.length ? (intersectionKeySortingFunction = _, upset) : intersectionKeySortingFunction; - }; - - upset.yObjectSize = function (_) { - return arguments.length ? (yObjectSize = _, upset) : yObjectSize; - }; - upset.ySpacerSize = function (_) { - return arguments.length ? (ySpacerSize = _, upset) : ySpacerSize; - }; - upset.xObjectSize = function (_) { - return arguments.length ? (xObjectSize = _, upset) : xObjectSize; - }; - upset.xSpacerSize = function (_) { - return arguments.length ? (xSpacerSize = _, upset) : xSpacerSize; - }; - - function upset() { - // for convenience in handling orientation specific values - var horizontalQ = orient == 'horizontal' ? true : false; - var verticalQ = !horizontalQ; - - // background cliping rectangle - var bgcpRect = { x: 0, y: 0, width: spaceX, height: spaceY }; - var container = setupContainer(selection, namespace, bgcpRect, backgroundFill); - - cellKeys = d3.keys(data); - setValues = unique(cellKeys.map(setExtractor)).sort(); - intersectionValues = unique(cellKeys.map(intersectionExtractor)).sort().sort(function (a, b) { - return a.split(';').length - b.split(';').length; - }); - - if (!horizontalQ) { - cellKeys.sort(function (a, b) { - return setKeySortingFunction(a, b) || intersectionKeySortingFunction(a, b); - }); - } else { - cellKeys.sort(function (a, b) { - return intersectionKeySortingFunction(a, b) || setKeySortingFunction(a, b); - }); - } - - var xValues = horizontalQ ? intersectionValues : setValues, - yValues = horizontalQ ? setValues : intersectionValues, - xDim = horizontalQ ? xValues.length : yValues.length, - yDim = horizontalQ ? yValues.length : xValues.length; - - // console.log(xValues, yValues) - - - xObjectSize = calculateWidthOfObject(spaceX, xDim, minObjectSize, maxObjectSize, xObjectSpacer, overflowQ); - yObjectSize = calculateWidthOfObject(spaceY, yDim, minObjectSize, maxObjectSize, yObjectSpacer, overflowQ); - xSpacerSize = calculateWidthOfSpacer(xValues, spaceX, xObjectSize, xDim, xObjectSpacer, overflowQ); - ySpacerSize = calculateWidthOfSpacer(yValues, spaceY, yObjectSize, yDim, yObjectSpacer, overflowQ); - - var ySpacer = groupingSpacer().horizontalQ(false).moveby('category').numberOfObjects(yDim).objectSize(yObjectSize).spacerSize(ySpacerSize).transitionDuration(transitionDuration).easeFunc(easeFunc); - - var xSpacer = groupingSpacer().horizontalQ(true).moveby('category').numberOfObjects(xDim).objectClass(objectClass).objectSize(xObjectSize).spacerSize(xSpacerSize).transitionDuration(transitionDuration).easeFunc(easeFunc); - - if (verticalQ) { - xSpacer.objectClass(objectClass); - ySpacer.namespace('across').objectClass(hypenate(objectClass, 'across')); - - ySpacer(container, yValues, 0); - container.selectAll('g.' + hypenate(objectClass, 'across')).each(function (d, i) { - xSpacer(d3.select(this), xValues, 0); - }); - } else { - xSpacer.namespace('across').objectClass(hypenate(objectClass, 'across')); - ySpacer.objectClass(objectClass); - - xSpacer(container, xValues, 0); - container.selectAll('g.' + hypenate(objectClass, 'across')).each(function (d, i) { - ySpacer(d3.select(this), yValues, 0); - }); - } - - var cells = container.selectAll('g:not(.to-remove).' + objectClass); - var lookup = {}; - cellKeys.map(function (k, i) { - lookup[setExtractor(k) + '::' + intersectionExtractor(k)] = k; - }); - - // var positionedCellKeys = [] - // for (var i = 0; i < setValues.length; i++) { - // for (var j = 0; j < intersectionValues.length; j++) { - // var lookupValue = lookup[setValues[j]+"::"+intersectionValues[i]] - // if (lookupValue == undefined) { - // positionedCellKeys.push(undefined) - // } else { - // positionedCellKeys.push(lookupValue) - // } - // console.log(i, j, lookupValue) - // } - // } - // - // // console.log(positionedCellKeys) - // - // cells.data(positionedCellKeys); - - - cells.data(cellKeys); - - cells.each(function (key, i) { - var t = d3.select(this); - if (key == undefined) { - return; - } - var currentData = data[key]; - // console.log(key, currentData) - var set = setExtractor(key, i), - intersection = intersectionExtractor(key, i); - - // console.log(set, intersection) - - t.classed(intersection, true); - t.classed(set, true); - - var c = safeSelect(t, 'circle', hypenate(objectClass, 'circle')); - c.attr('cx', xObjectSize / 2).attr('cy', yObjectSize / 2).attr('r', radius == undefined ? Math.min(xObjectSize, yObjectSize) / 2 : radius).attr('fill', intersection.includes(set) ? "black" : 'rgb(233,233,233)').attr('stroke', "black").attr("in-intersection", intersection.includes(set)); - }); - } - - function intersectionTotals() { - var totals = {}; - // intersectionValues.sort(function(a, b){ return intersectionKeySortingFunction(a, b) }) - - intersectionValues.map(function (k, i) { - totals[k] = { 'total': 0 }; - }); - cellKeys.map(function (k, i) { - var e = elementExtractor(k, i); - if (totals[intersectionExtractor(k, i)]['total'] == 0) { - if (Array.isArray(e)) { - totals[intersectionExtractor(k, i)]['total'] += e.length; - totals[intersectionExtractor(k, i)]['values'] = e; - } else { - totals[intersectionExtractor(k, i)]['total'] += e; - } - } - }); - return totals; - } - - function setTotals() { - var totals = {}; - // intersectionValues.sort(function(a, b){ return intersectionKeySortingFunction(a, b) }) - - setValues.map(function (k, i) { - totals[k] = { 'total': 0 }; - }); - - cellKeys.map(function (k, i) { - var e = elementExtractor(k, i); - if (Array.isArray(e)) { - totals[setExtractor(k, i)]['total'] += e.length; - } else { - totals[setExtractor(k, i)]['total'] += e; - } - }); - return totals; - } - - upset.intersectionTotals = intersectionTotals; - upset.setTotals = setTotals; - - return upset; - } - - function filterTable(selection) { - var data, - namespace = 'd3sm-filter-table', - fieldFunction = function fieldFunction(record, columnKey, recordValue) { - return recordValue; - }; - - filterTable.data = function (_) { - return arguments.length ? (data = _, filterTable) : data; - }; - filterTable.namespace = function (_) { - return arguments.length ? (namespace = _, filterTable) : namespace; - }; - filterTable.fieldFunction = function (_) { - return arguments.length ? (fieldFunction = _, filterTable) : fieldFunction; - }; - - function filterTable() { - - var container = safeSelect(selection, 'div', 'filter-table').classed(hypenate(namespace, 'container'), true), - inputGroup = safeSelect(container, 'div', 'filter-input-group').classed('input-group', true), - inputPrepend = safeSelect(inputGroup, 'div', 'input-group-prepend'), - inputPrependSpan = safeSelect(inputPrepend, 'span', 'input-group-text').classed('search-button', true), - inputPrependSpanIcon = safeSelect(inputPrependSpan, 'i', 'fa fa-search'), - input = safeSelect(inputGroup, 'input', 'form-control').attr('placeholder', 'filter').attr('type', 'text'), - inputAppend = safeSelect(inputGroup, 'div', 'input-group-append'), - inputAppendButton = safeSelect(inputAppend, 'a', 'close-button').classed('btn btn-outline-secondary', true), - inputAppendButtonIcon = safeSelect(inputAppendButton, 'i', 'fa fa-close'), - closeButton = inputAppendButton, - rTable = safeSelect(container, 'div', 'table-responsive'), - table = safeSelect(rTable, 'table', 'table').classed('table-hover', true).classed('table-bordered', true).classed("table-striped", true), - tHead = safeSelect(table, 'thead').classed("thead-dark", true), - header = safeSelect(tHead, 'tr'), - tBody = safeSelect(table, 'tbody'); - - var rows = d3.keys(data), - cols = d3.keys(data[rows[0]]); - - var th = makeColumns(header, cols); - var tr = makeRows(tBody, rows); - var tr = populateRecords(tr, cols); - - input.on('input', function (d, i) { - var val = input.property('value'), - reg = new RegExp(val, 'gi'), - use; - if (val == '') { - use = rows; - } else { - use = []; - rows.map(function (r, i) { - var row = data[r]; - var fieldJoin = cols.map(function (c, j) { - return fieldFunction(row, c, row[c]); - // return row[c] - }).join(''); - var match = fieldJoin.match(reg); - if (match == null || match.join('') == '') ; else { - use.push(r); - } - }); - } - - tr = makeRows(tBody, use); - tr = populateRecords(tr, cols); - }); - - closeButton.on('click', function (d, i) { - input.property('value', '').dispatch('input'); - }); - } - - function makeColumns(header, cols) { - var th = header.selectAll('th'); - th = th.data(cols); - th.exit().remove(); - th = th.merge(th.enter().append('th')); - th.attr('scope', 'col').text(function (d, i) { - return d; - }); - return th; - } - - function makeRows(body, rows) { - var tr = body.selectAll('tr'); - tr = tr.data(rows); - tr.exit().remove(); - tr = tr.merge(tr.enter().append('tr')); - return tr; - } - - function populateRecords(rows, cols) { - rows.each(function (r, i) { - var record = data[r], - t = d3.select(this); - - var fields = t.selectAll('td'); - fields = fields.data(cols); - fields.exit().remove(); - fields = fields.merge(fields.enter().append('td')); - - fields.attr('scope', function (f, j) { - return j == 0; - }).html(function (f, j) { - return fieldFunction(record, f, record[f]); - }); - }); - return rows; - } - - return filterTable; - } - - // Import styles (automatically inject into ). - - // /** @module d3sm */ - var d3sm$1 = {}; - d3sm$1.axis = axis; - d3sm$1.bar = bar; - d3sm$1.bubbleHeatmap = bubbleHeatmap; - d3sm$1.heatmap = heatmap; - d3sm$1.boxwhisker = boxwhisker; - d3sm$1.colorFunction = colorFunction; - d3sm$1.datatoggle = datatoggle; - d3sm$1.groupingSpacer = groupingSpacer; - d3sm$1.tooltip = tooltip; - d3sm$1.scatter = scatter; - d3sm$1.plotZoom = plotZoom; - d3sm$1.multiPlotZoom = multiPlotZoom; - d3sm$1.violin = violin; - d3sm$1.numericLegend = numericLegend; - d3sm$1.categoricLegend = categoricLegend; - d3sm$1.lasso = lasso; - d3sm$1.lassoWidget = lassoWidget; - d3sm$1.selectFilter = selectFilter; - d3sm$1.upset = upset; - d3sm$1.filterTable = filterTable; - - d3sm$1.uniqueElements = uniqueElements; - d3sm$1.getTranslation = getTranslation; - d3sm$1.modifyHexidecimalColorLuminance = modifyHexidecimalColorLuminance; - d3sm$1.tickRange = tickRange; - d3sm$1.quartiles = quartiles; - d3sm$1.extractViolinValues = extractViolinValues; - d3sm$1.hypenate = hypenate; - d3sm$1.round = round; - d3sm$1.getContainingSVG = getContainingSVG; - d3sm$1.interpolateColors = interpolateColors; - d3sm$1.truncateText = truncateText; - d3sm$1.safeSelect = safeSelect; - - d3sm$1.whichBin = whichBin; - d3sm$1.unique = unique; - d3sm$1.flatten = flatten; - - d3sm$1.setupStandardChartContainers = setupStandardChartContainers; - d3sm$1.log = log; - d3sm$1.warn = warn; - d3sm$1.info = info; - d3sm$1.error = error; - d3sm$1.consoleGroup = consoleGroup; - d3sm$1.consoleGroupEnd = consoleGroupEnd; - d3sm$1.resizeDebounce = resizeDebounce; - - d3sm$1.debugQ = false; - - // Import a logger for easier debugging - // import debug from 'debug'; - // const log = debug('app:log'); - - // The logger should only be disabled if we're not in production. - // if ("development" !== 'production') { - // // Enable the logger. - // debug.enable('*'); - // log('Logging is enabled!'); - // - // // Enable LiveReload - // document.write( - // ' - - @@ -61,219 +59,6 @@ - + diff --git a/demos/axes/js/v001.js b/demos/axes/js/v001.js index ab67ca491e01128909952036f9e58b9ecf423b75..50cacce12562f43de0796221b04985edcbae81ed 100644 --- a/demos/axes/js/v001.js +++ b/demos/axes/js/v001.js @@ -3,11 +3,11 @@ var data = d3smDemoData['basicViolins'] var selection = d3.select("#axes-by-value") namespace = 'axes', -container = d3sm.safeSelect(selection, 'svg', namespace).style('width', '1000px'), -lAxis = d3sm.safeSelect(container, 'g', d3sm.hypenate(namespace, 'left-axis')).attr('transform', "translate(100,100)"), -rAxis = d3sm.safeSelect(container, 'g', d3sm.hypenate(namespace, 'right-axis')).attr('transform', "translate(900,100)") -uAxis = d3sm.safeSelect(container, 'g', d3sm.hypenate(namespace, 'up-axis')).attr('transform', "translate(100,100)") -dAxis = d3sm.safeSelect(container, 'g', d3sm.hypenate(namespace, 'down-axis')).attr('transform', "translate(100,400)") +container = d3sm.utils.sel.safeSelect(selection, 'svg', namespace).style('width', '1000px'), +lAxis = d3sm.utils.sel.safeSelect(container, 'g', d3sm.utils.str.hypenate(namespace, 'left-axis')).attr('transform', "translate(100,100)"), +rAxis = d3sm.utils.sel.safeSelect(container, 'g', d3sm.utils.str.hypenate(namespace, 'right-axis')).attr('transform', "translate(900,100)") +uAxis = d3sm.utils.sel.safeSelect(container, 'g', d3sm.utils.str.hypenate(namespace, 'up-axis')).attr('transform', "translate(100,100)") +dAxis = d3sm.utils.sel.safeSelect(container, 'g', d3sm.utils.str.hypenate(namespace, 'down-axis')).attr('transform', "translate(100,400)") tickValues = [1,2,3,4,5] @@ -27,24 +27,31 @@ var dA = d3sm.axis(dAxis) .spaceX(800) .spaceY(100) .orient("bottom") +.label('bottom') .overflowQ(false) .tickValues(tickValues) .numberOfTicks(5) .namespace('d') // .guideLinesQ(true) .guidelineSpace(300) +.tickLabelRotation(315) +// .tickTickLabelSpacer(0) + var lA = d3sm.axis(lAxis) .spaceX(100) .spaceY(300) .orient("left") +.label('left') .overflowQ(false) .tickValues(tickValues) .numberOfTicks(5) .namespace('l') // .guideLinesQ(true) .guidelineSpace(800) +// .tickLabelRotation(45) + var rA = d3sm.axis(rAxis) .spaceX(100) @@ -56,6 +63,8 @@ var rA = d3sm.axis(rAxis) .namespace('r') // .guideLinesQ(true) .guidelineSpace(800) +// .tickLabelRotation(45) + uA() dA() @@ -67,11 +76,11 @@ rA() var selection = d3.select("#axes-by-cat") namespace = 'axes', -container = d3sm.safeSelect(selection, 'svg', namespace).style('width', '1000px'), -lAxis = d3sm.safeSelect(container, 'g', d3sm.hypenate(namespace, 'left-axis')).attr('transform', "translate(100,100)"), -rAxis = d3sm.safeSelect(container, 'g', d3sm.hypenate(namespace, 'right-axis')).attr('transform', "translate(900,100)") -uAxis = d3sm.safeSelect(container, 'g', d3sm.hypenate(namespace, 'up-axis')).attr('transform', "translate(100,100)") -dAxis = d3sm.safeSelect(container, 'g', d3sm.hypenate(namespace, 'down-axis')).attr('transform', "translate(100,400)") +container = d3sm.utils.sel.safeSelect(selection, 'svg', namespace).style('width', '1000px'), +lAxis = d3sm.utils.sel.safeSelect(container, 'g', d3sm.utils.str.hypenate(namespace, 'left-axis')).attr('transform', "translate(100,100)"), +rAxis = d3sm.utils.sel.safeSelect(container, 'g', d3sm.utils.str.hypenate(namespace, 'right-axis')).attr('transform', "translate(900,100)") +uAxis = d3sm.utils.sel.safeSelect(container, 'g', d3sm.utils.str.hypenate(namespace, 'up-axis')).attr('transform', "translate(100,100)") +dAxis = d3sm.utils.sel.safeSelect(container, 'g', d3sm.utils.str.hypenate(namespace, 'down-axis')).attr('transform', "translate(100,400)") tickValues = [1,2,3,4,5] @@ -80,6 +89,7 @@ tickLabels = ["this", "this-text", "this-text-gets", "this-text-gets-longer", "t var uA = d3sm.axis(uAxis) .spaceX(800) .spaceY(100) +.label('top') .orient("top") .overflowQ(false) .categoricalQ(true) @@ -100,6 +110,8 @@ var dA = d3sm.axis(dAxis) .namespace('d-c') // .guideLinesQ(true) .guidelineSpace(300) +// .tickLabelRotation(315) +.tickTickLabelSpacer(0) var lA = d3sm.axis(lAxis) @@ -117,6 +129,7 @@ var lA = d3sm.axis(lAxis) var rA = d3sm.axis(rAxis) .spaceX(100) .spaceY(300) +.label('right') .orient("right") .overflowQ(false) .categoricalQ(true) @@ -136,11 +149,11 @@ rA() var selection = d3.select("#axes-by-val-g") namespace = 'axes', -container = d3sm.safeSelect(selection, 'svg', namespace).style('width', '1000px'), -lAxis = d3sm.safeSelect(container, 'g', d3sm.hypenate(namespace, 'left-axis')).attr('transform', "translate(100,100)"), -rAxis = d3sm.safeSelect(container, 'g', d3sm.hypenate(namespace, 'right-axis')).attr('transform', "translate(900,100)") -uAxis = d3sm.safeSelect(container, 'g', d3sm.hypenate(namespace, 'up-axis')).attr('transform', "translate(100,100)") -dAxis = d3sm.safeSelect(container, 'g', d3sm.hypenate(namespace, 'down-axis')).attr('transform', "translate(100,400)") +container = d3sm.utils.sel.safeSelect(selection, 'svg', namespace).style('width', '1000px'), +lAxis = d3sm.utils.sel.safeSelect(container, 'g', d3sm.utils.str.hypenate(namespace, 'left-axis')).attr('transform', "translate(100,100)"), +rAxis = d3sm.utils.sel.safeSelect(container, 'g', d3sm.utils.str.hypenate(namespace, 'right-axis')).attr('transform', "translate(900,100)") +uAxis = d3sm.utils.sel.safeSelect(container, 'g', d3sm.utils.str.hypenate(namespace, 'up-axis')).attr('transform', "translate(100,100)") +dAxis = d3sm.utils.sel.safeSelect(container, 'g', d3sm.utils.str.hypenate(namespace, 'down-axis')).attr('transform', "translate(100,400)") tickValues = [1,2,3,4,5] diff --git a/demos/axes/js/v003.js b/demos/axes/js/v003.js deleted file mode 100644 index e69de29bb2d1d6434b8b29ae775ad8c2e48c5391..0000000000000000000000000000000000000000 diff --git a/demos/bar-chart-same-data-complex-grouping/index.html b/demos/bar-chart-same-data-complex-grouping/index.html index 84a766ee1c6e385f187a3830712e749d44840773..cfdb93c40cb8c3bcb1cdcbff91f1bdedd6355f88 100644 --- a/demos/bar-chart-same-data-complex-grouping/index.html +++ b/demos/bar-chart-same-data-complex-grouping/index.html @@ -13,8 +13,8 @@ - - + + @@ -46,6 +46,10 @@ +
+
+
+
@@ -65,17 +69,26 @@ function barPlot( selection ) { var data, - namespace + namespace, + dataSelect plot.data = function(_){return arguments.length ? (data = _, plot) : data; }; plot.namespace = function(_){return arguments.length ? (namespace = _, plot) : namespace; }; function plot() { var - databar = d3sm.safeSelect(selection, 'form', d3sm.hypenate(namespace,'databar')), - dataPrint = d3sm.safeSelect(selection, 'div', d3sm.hypenate(namespace,'data-print')), - - selections = d3sm.setupStandardChartContainers(selection, namespace, {w: 1000, h:500}, undefined, {axes:{x:0.1, y:0.1},space:{w:1,h:1}}) + databar = d3sm.utils.sel.safeSelect(selection, 'form',d3sm.utils.str.hypenate(namespace,'databar')), + dataPrint = d3sm.utils.sel.safeSelect(selection, 'div', d3sm.utils.str.hypenate(namespace,'data-print')), + + selections = d3sm.utils.misc.setupStandardChartContainers( + selection, + namespace, + {w: 1000, h:800}, // container + undefined, // margins + undefined, // svg + {x:0.1, y:0.1}, // axes + {x:0, margin:0, pos:'left'} // leg + ) container = selections.svg.selection, bars = selections.plot.selection, xAxis = selections.xAxis.selection, @@ -83,30 +96,37 @@ // make data selection - var dataSelect = d3sm.datatoggle(databar) - .keys(d3.keys(data.groupings)) - .updateFunction(function(){console.log('update', d3.event);plot(); zoom.reset()}) - .namespace(namespace)() + if (dataSelect == undefined) { + dataSelect= d3sm.aux.datatoggle(databar) + .data({ + 'dataset': data.groupings, + }) + .updateFunction(function(){plot(); zoom.reset()}) + .namespace(namespace) + dataSelect() + } + + var currentKeys = dataSelect.currentKeys() // grab current selected key - var currentKey = dataSelect.currentKey() + var currentDataKey = currentKeys['dataset'] + var currentKey = currentDataKey//dataSelect.currentKey() // // extract subdata // var currentData = data[currentKey] // - + console.log(currentKey) dataPrint.text(JSON.stringify(data.groupings[currentKey])) // make bars - var b = d3sm.bar(bars) + var b = d3sm.charts.bar(bars) .data(data.data) .grouping(data.groupings[currentKey]) .spaceX(selections.plot.rect.w) .spaceY(selections.plot.rect.h) .overflowQ(true) + .orient('horizontal') .maxObjectSize(20) - .objectSpacer(0.05) .minObjectSize(10) - .orient('horizontal') .valueExtractor(function(d, i){return data.data[d]['value'] }) @@ -147,9 +167,9 @@ xA() // b.selection().selectAll("rect").nodes().map(function(d, i){ - // // console.log(d.getBoundingClientRect(), i) + // console.log(d.getBoundingClientRect(), i) // return this - // }) + // }), // console.log( // b.selection().node(), // b.selection().selectAll("rect").nodes(), @@ -163,13 +183,12 @@ // // set-up zoom, whell and drag - var zoom = d3sm.plotZoom(b, xA, yA).eventType('drag') + var zoom = d3sm.aux.plotZoom(b, xA, yA).eventType('drag') .orient('horizontal') // .xLock( // objs.getBBox().width // ) - // console.log(zoom) // zoom.setLocks() @@ -189,6 +208,7 @@ return plot } + }) diff --git a/demos/bar-chart-same-data-complex-grouping/js/v001.js b/demos/bar-chart-same-data-complex-grouping/js/v001.js index 50a640589b7e85f552c0aa75ed4cb46d8d91796d..0d79b660b47be418f0c44f36ef3e19363625e3f7 100644 --- a/demos/bar-chart-same-data-complex-grouping/js/v001.js +++ b/demos/bar-chart-same-data-complex-grouping/js/v001.js @@ -7,8 +7,8 @@ function barPlot( selection ) { function plot() { var - databar = d3sm.safeSelect(selection, 'form', d3sm.hypenate(namespace,'databar')), - dataPrint = d3sm.safeSelect(selection, 'div', d3sm.hypenate(namespace,'data-print')), + databar = d3sm.d3sm.utils.sel.safeSelect(selection, 'form',d3sm.utils.str.hypenate(namespace,'databar')), + dataPrint = d3sm.d3sm.utils.sel.safeSelect(selection, 'div', d3sm.utils.str.hypenate(namespace,'data-print')), selections = d3sm.setupStandardChartContainers(selection, namespace, {w: 1000, h:500}, undefined, {axes:{x:0.1, y:0.1},space:{w:1,h:1}}) container = selections.svg.selection, diff --git a/demos/basic-violins/index.html b/demos/basic-violins/index.html index e0cbea772ea518432e7bf65028f099ea9b5c9a16..6dd08db391647304bdd016f5dd02a5c003d6b701 100644 --- a/demos/basic-violins/index.html +++ b/demos/basic-violins/index.html @@ -13,8 +13,8 @@ - - + + @@ -62,40 +62,50 @@ function violinPlot( selection ) { var data, - namespace + namespace, + dataSelect plot.data = function(_){return arguments.length ? (data = _, plot) : data; }; plot.namespace = function(_){return arguments.length ? (namespace = _, plot) : namespace; }; function plot(){ var - databar = d3sm.safeSelect(selection, 'form', d3sm.hypenate(namespace,'databar')), - dataPrint = d3sm.safeSelect(selection, 'div', d3sm.hypenate(namespace,'data-print')), - - - selections = d3sm.setupStandardChartContainers(selection, namespace, {w: 1000, h:500}, undefined, {space:{w:1,h:1}}) + databar = d3sm.utils.sel.safeSelect(selection, 'form', d3sm.utils.str.hypenate(namespace,'databar')), + dataPrint = d3sm.utils.sel.safeSelect(selection, 'div', d3sm.utils.str.hypenate(namespace,'data-print')), + + + selections = d3sm.utils.misc.setupStandardChartContainers( + selection, + namespace, + {w: 1000, h:800}, // container + undefined, // margins + undefined, // svg + {x:0.1, y:0.1}, // axes + {x:0, margin:0, pos:'left'} // leg + ) container = selections.svg.selection, violins = selections.plot.selection, xAxis = selections.xAxis.selection, yAxis = selections.yAxis.selection - // make data selection - var dataSelect = d3sm.datatoggle(databar) - .keys(d3.keys(data.groupings)) - .currentKey(d3.keys(data.groupings)[0]) - .namespace(namespace) - .updateFunction(function(){ - plot(); - // zoom.reset(); - }) + if (dataSelect == undefined) { + dataSelect= d3sm.aux.datatoggle(databar) + .data({ + 'dataset': data.groupings, + }) + .updateFunction(function(){plot(); zoom.reset()}) + .namespace(namespace) + dataSelect() + } - dataSelect() - var currentKey = dataSelect.currentKey() + var currentKeys = dataSelect.currentKeys() + // grab current selected key + var currentDataKey = currentKeys['dataset'] + var currentKey = currentDataKey//dataSelect.currentKey() dataPrint.text(JSON.stringify(data.groupings[currentKey])) - - var vio = d3sm.violin(violins) + var vio = d3sm.charts.violin(violins) .grouping(data.groupings[currentKey]) .spaceX(selections.plot.rect.w) .spaceY(selections.plot.rect.h) @@ -112,7 +122,7 @@ // var pd = [] vk.map(function(k, i){ pd.push(...d3.values(vv[k].quartiles)) }) - pd = d3sm.unique(pd.sort(function (a, b) {return d3.ascending(a, b)})) + pd = d3sm.utils.arr.unique(pd.sort(function (a, b) {return d3.ascending(a, b)})) // // left axis var yA = d3sm.axis(yAxis) @@ -154,7 +164,7 @@ // // "getBoundingClientRect(): ", l.node().getBoundingClientRect() // // ) // - var zoom = d3sm.plotZoom(vio, xA, yA).eventType('drag') + var zoom = d3sm.aux.plotZoom(vio, xA, yA).eventType('drag') .orient('horizontal') // // diff --git a/demos/box-whiskers-points/index.html b/demos/box-whiskers-points/index.html deleted file mode 100644 index 165e1ac43e4f85992a4f6f6e53f9683dd742259c..0000000000000000000000000000000000000000 --- a/demos/box-whiskers-points/index.html +++ /dev/null @@ -1,154 +0,0 @@ - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
- - -
-
- - - - - - - diff --git a/demos/box-whiskers/index.html b/demos/box-whiskers/index.html index 69abf28a7d75cdcabb1bd06e3e361081498e477d..ab45578cfdd73ccb3614d8c765a10407f1865f0c 100644 --- a/demos/box-whiskers/index.html +++ b/demos/box-whiskers/index.html @@ -13,8 +13,8 @@ - - + + @@ -62,32 +62,48 @@ function boxPlot( selection ) { var data, - namespace + namespace, + dataSelect plot.data = function(_){return arguments.length ? (data = _, plot) : data; }; plot.namespace = function(_){return arguments.length ? (namespace = _, plot) : namespace; }; function plot() { var - databar = d3sm.safeSelect(selection, 'form', d3sm.hypenate(namespace,'databar')), - - selections = d3sm.setupStandardChartContainers(selection, namespace, {w: 1000, h:500}, undefined, {axes:{x:0.1, y:0.1},space:{w:1,h:1}}) + databar = d3sm.utils.sel.safeSelect(selection, 'form', d3sm.utils.str.hypenate(namespace,'databar')), + + selections = d3sm.utils.misc.setupStandardChartContainers( + selection, + namespace, + {w: 1000, h:800}, // container + undefined, // margins + undefined, // svg + {x:0.1, y:0.1}, // axes + {x:0, margin:0, pos:'left'} // leg + ) container = selections.svg.selection, chart = selections.plot.selection, xAxis = selections.xAxis.selection, yAxis = selections.yAxis.selection - // make data selection - var dataSelect = d3sm.datatoggle(databar) - .keys(d3.keys(data.groupings)) - .updateFunction(plot) - .namespace(namespace)() + if (dataSelect == undefined) { + dataSelect= d3sm.aux.datatoggle(databar) + .data({ + 'dataset': data.groupings, + }) + .updateFunction(function(){plot(); zoom.reset()}) + .namespace(namespace) + dataSelect() + } + + var currentKeys = dataSelect.currentKeys() // grab current selected key - var currentKey = dataSelect.currentKey() + var currentDataKey = currentKeys['dataset'] + var currentKey = currentDataKey//dataSelect.currentKey() - var bw = d3sm.boxwhisker(chart) + var bw = d3sm.charts.boxwhisker(chart) .data(data.data) .grouping(data.groupings[currentKey]) .spaceX(selections.plot.rect.w) @@ -143,7 +159,7 @@ xA() // // // set-up zoom, whell and drag - var zoom = d3sm.plotZoom(bw, xA, yA).eventType('drag') + var zoom = d3sm.aux.plotZoom(bw, xA, yA).eventType('drag') var pan = d3.zoom().scaleExtent([1,1]).on('zoom', function(){zoom.eventType('drag')()}) container.call(pan).on('wheel', function(){ zoom.eventType('wheel')() }) } diff --git a/demos/bubble-heatmap/index.html b/demos/bubble-heatmap/index.html index 19fc41e621dc2784cb5556e09faf1cd411f4454c..423b32b4bc7d9c29d4bf27056a92174ea086ea10 100644 --- a/demos/bubble-heatmap/index.html +++ b/demos/bubble-heatmap/index.html @@ -13,8 +13,8 @@ - - + + @@ -66,7 +66,15 @@ function plot(){ var - selections = d3sm.setupStandardChartContainers(selection, namespace, {w: 1000, h:750}, undefined, {axes:{x:0.2, y:0.2},space:{w:1,h:1}}) + selections = d3sm.utils.misc.setupStandardChartContainers( + selection, + namespace, + {w: 1000, h:800}, // container + undefined, // margins + undefined, // svg + {x:0.1, y:0.1}, // axes + {x:0, margin:0, pos:'left'} // leg + ) container = selections.svg.selection, bubbles = selections.plot.selection, xAxis = selections.xAxis.selection, @@ -75,7 +83,7 @@ // d3sm.debugQ = true - var bhm = d3sm.bubbleHeatmap(bubbles) + var bhm = d3sm.charts.bubble(bubbles) .spaceX(selections.plot.rect.w) .spaceY(selections.plot.rect.h) .xKey('xKey') @@ -143,7 +151,7 @@ console.log(bhm.selection().node(), bhm.selection().node().getBBox(), bhm.selection().node().getBoundingClientRect()) - var zoom = d3sm.plotZoom(bhm, xA, yA).eventType('drag') + var zoom = d3sm.aux.plotZoom(bhm, xA, yA).eventType('drag') .orient('2D') var pan = d3.zoom().scaleExtent([1,1]).on('zoom', function(){zoom.eventType('drag')()}) diff --git a/demos/bundle/index.html b/demos/bundle/index.html deleted file mode 100644 index 3c70c73ae049c484134526acd59337793e1da957..0000000000000000000000000000000000000000 --- a/demos/bundle/index.html +++ /dev/null @@ -1,52 +0,0 @@ - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - diff --git a/demos/filter-select/index.html b/demos/filter-select/index.html deleted file mode 100644 index b289735e081c9e82d21fb3832264812cdb0cf6e1..0000000000000000000000000000000000000000 --- a/demos/filter-select/index.html +++ /dev/null @@ -1,155 +0,0 @@ - - - - - Filter Select - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
- - -
-
-
- - - - - - - - - - -
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- - -
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Rendered with v0.0.2
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- - - - - - - - - diff --git a/demos/filter-select/js/v002.txt b/demos/filter-select/js/v002.txt deleted file mode 100644 index e69de29bb2d1d6434b8b29ae775ad8c2e48c5391..0000000000000000000000000000000000000000 diff --git a/demos/filter-table/index.html b/demos/filter-table/index.html deleted file mode 100644 index 1dfaca4d429f928814ee42ecaf67f70d84e44f94..0000000000000000000000000000000000000000 --- a/demos/filter-table/index.html +++ /dev/null @@ -1,120 +0,0 @@ - - - - - Filter Table - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
- - -
-
Rendered with v0.0.3
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-
-
- - - - - - - - - - diff --git a/demos/heatmap/index.html b/demos/heatmap/index.html index e5c7a19a73ef87270614036869ff09fdc09b21fc..504290f5d05d87da5bf3658bd269cfe4ab920a82 100644 --- a/demos/heatmap/index.html +++ b/demos/heatmap/index.html @@ -13,9 +13,9 @@ - + - + diff --git a/demos/heatmap/js/v003.js b/demos/heatmap/js/v003.js index d8cafa757351500dac373a78d44835a3a4fba808..1846d59c598ecac425a870d371de5abac4cc0771 100644 --- a/demos/heatmap/js/v003.js +++ b/demos/heatmap/js/v003.js @@ -22,9 +22,9 @@ function heatmap ( selection ) { var orient = '2D', - titleContainer = d3sm.safeSelect(selection, 'h5', d3sm.hypenate(namespace,'title')).text(title), + titleContainer = d3sm.utils.sel.safeSelect(selection, 'h5', d3sm.utils.str.hypenate(namespace,'title')).text(title), - selections = d3sm.setupStandardChartContainers( + selections = d3sm.utils.misc.setupStandardChartContainers( selection, namespace, {w:Math.min(window.innerWidth,1200), h:Math.min(window.innerHeight,700)}, @@ -41,11 +41,11 @@ function heatmap ( selection ) { legendSelect = selections.legend.selection - if (chart == undefined){ chart = d3sm.heatmap(chartSelection) } + if (chart == undefined){ chart = d3sm.charts.heatmap(chartSelection) } if (yAxis == undefined) { yAxis = d3sm.axis(yAxisSelection) } if (xAxis == undefined) { xAxis = d3sm.axis(xAxisSelection) } if (legend == undefined) { - legend = d3sm.numericLegend(legendSelect) + legend = d3sm.legends.numeric(legendSelect) .spaceX(selections.legend.rect.w).spaceY(selections.plot.rect.h) } @@ -91,7 +91,7 @@ function heatmap ( selection ) { .overflowQ(overflowQ) .categoricalQ(true) .tickLabels(yk) - .namespace(d3sm.hypenate(namespace,'axis-left')) + .namespace(d3sm.utils.str.hypenate(namespace,'axis-left')) .minObjectSize(chart.yMinObjectSize()) .maxObjectSize(chart.yMaxObjectSize()) .objectSpacer(chart.objectSpacer()) @@ -109,7 +109,7 @@ function heatmap ( selection ) { .overflowQ(overflowQ) .categoricalQ(true) .tickLabels(xk) - .namespace(d3sm.hypenate(namespace,'axis-bottom')) + .namespace(d3sm.utils.str.hypenate(namespace,'axis-bottom')) .minObjectSize(chart.xMinObjectSize()) .maxObjectSize(chart.xMaxObjectSize()) .objectSpacer(chart.objectSpacer()) @@ -119,7 +119,7 @@ function heatmap ( selection ) { .guidelineSpace(selections.yAxis.rect.h) xAxis() - var zoom = d3sm.plotZoom(chart, xAxis, yAxis).eventType('drag') + var zoom = d3sm.aux.plotZoom(chart, xAxis, yAxis).eventType('drag') .orient("vertical") var pan = d3.zoom().scaleExtent([1,1]).on('zoom', function(){zoom.eventType('drag')()}) diff --git a/demos/index.html b/demos/index.html index cbe8679a0ae0a7a3f06f27fe6f045d28436f270f..3f6112af1573e74f404bb658b9441f9a786e7812 100644 --- a/demos/index.html +++ b/demos/index.html @@ -32,17 +32,17 @@

List of demos using d3sm: an extension of d3 by Sumner Magruder

diff --git a/demos/scatter/index.html b/demos/scatter/index.html index 539f4898f859ce720e2b14c53252e01124c7c104..15c2ce7020e719b1f22f2c11a68b99b112437e9d 100644 --- a/demos/scatter/index.html +++ b/demos/scatter/index.html @@ -38,9 +38,9 @@ - + - + @@ -100,10 +100,12 @@ Code for V0.0.1 Code for V0.0.2 Code for V0.0.3 + Code for V0.0.4
+
@@ -112,12 +114,13 @@ - + - - - - - - - - - - - - -
- -
- -
- -
-
-
- Tooltip Title -
- - - - - - - - - - - - - - - - - - - -
NameTooltip
Number of Keys4
Color of valuesCoral
Thiskey has a long value
-
-
- -
- - - - diff --git a/demos/upset/index.html b/demos/upset/index.html index a9d1c802c190a132c70982ed3b1c79667483c402..71f5e2e1d1d1799be9e1eac410a29f3d6d9bfcd4 100644 --- a/demos/upset/index.html +++ b/demos/upset/index.html @@ -38,9 +38,9 @@ - + - + @@ -101,6 +101,7 @@ Code for V0.0.3
+
@@ -109,12 +110,13 @@ - + diff --git a/demos/filter-table/js/v003.js b/demos/upset/js/v004.js similarity index 55% rename from demos/filter-table/js/v003.js rename to demos/upset/js/v004.js index a32e9c37e2f1154212166ef5c9e0817688269c91..dbaec0860635c158349d43c65c81ef599d0bed3d 100644 --- a/demos/filter-table/js/v003.js +++ b/demos/upset/js/v004.js @@ -1,12 +1,8 @@ -//VERSION: 0.0.3 -function upset( selection ) { +function upset ( selection ) { var data, - namespace='upset', - barYAxis, - upsetYAxis, - ups, - bar, barR, barRXAxis + namespace='upset' + var upset, @@ -14,9 +10,11 @@ function upset( selection ) { setTotalsBarChart, setTotalsAxis, intersectionTotalsBarChart, - intersectionTotalsAxis + intersectionTotalsAxis, + intersectionSetsAxis plot.data = function(_){return arguments.length ? (data = _, plot) : data; }; + plot.namespace = function(_){return arguments.length ? (namespace = _, plot) : namespace; }; plot.upset = function(_){return arguments.length ? (upset = _, plot) : upset; }; plot.upsetAxis = function(_){return arguments.length ? (upsetAxis = _, plot) : upsetAxis; }; plot.setTotalsBarChart = function(_){return arguments.length ? (setTotalsBarChart = _, plot) : setTotalsBarChart; }; @@ -28,24 +26,27 @@ function upset( selection ) { function plot() { var - svg = d3sm.safeSelect(selection, 'svg'), + svg = d3sm.utils.sel.safeSelect(selection, 'svg'), - upsetAxisSelection = d3sm.safeSelect(svg, 'g', 'upset-chart-axis'), - setTotalsAxisSelection = d3sm.safeSelect(svg, 'g', 'set-bar-chart-axis'), - intersectionTotalsAxisSelection = d3sm.safeSelect(svg, 'g', 'intersection-bar-chart-axis'), + upsetAxisSelection = d3sm.utils.sel.safeSelect(svg, 'g', namespace+'-upset-chart-axis'), + setTotalsAxisSelection = d3sm.utils.sel.safeSelect(svg, 'g', namespace+'-set-bar-chart-axis'), + intersectionTotalsAxisSelection = d3sm.utils.sel.safeSelect(svg, 'g', namespace+'-intersection-bar-chart-axis'), + intersectionSetsAxisSelection = d3sm.utils.sel.safeSelect(svg, 'g', namespace+'-intersection-bar-set-axis'), - upsetSelection = d3sm.safeSelect(svg, 'g', 'upset-chart'), - setTotalsBarChartSelection = d3sm.safeSelect(svg, 'g', 'set-bar-chart'), - intersectionTotalsBarChartSelection = d3sm.safeSelect(svg, 'g', 'intersection-bar-chart') + upsetSelection = d3sm.utils.sel.safeSelect(svg, 'g', namespace+'-upset-chart'), + setTotalsBarChartSelection = d3sm.utils.sel.safeSelect(svg, 'g', namespace+'-set-bar-chart'), + intersectionTotalsBarChartSelection = d3sm.utils.sel.safeSelect(svg, 'g', namespace+'-intersection-bar-chart') - if (upset == undefined) { upset = d3sm.upset(upsetSelection) } + if (upset == undefined) { upset = d3sm.charts.upset(upsetSelection) } if (upsetAxis == undefined) { upsetAxis = d3sm.axis(upsetAxisSelection) } - if (setTotalsBarChart == undefined) { setTotalsBarChart = d3sm.bar(setTotalsBarChartSelection) } + if (setTotalsBarChart == undefined) { setTotalsBarChart = d3sm.charts.bar(setTotalsBarChartSelection) } if (setTotalsAxis == undefined) { setTotalsAxis = d3sm.axis(setTotalsAxisSelection) } - if (intersectionTotalsBarChart == undefined) { intersectionTotalsBarChart = d3sm.bar(intersectionTotalsBarChartSelection) } + if (intersectionTotalsBarChart == undefined) { intersectionTotalsBarChart = d3sm.charts.bar(intersectionTotalsBarChartSelection) } if (intersectionTotalsAxis == undefined) { intersectionTotalsAxis = d3sm.axis(intersectionTotalsAxisSelection) } + if (intersectionSetsAxis == undefined) { intersectionSetsAxis = d3sm.axis(intersectionSetsAxisSelection) } + var @@ -53,19 +54,20 @@ function upset( selection ) { intersectionChartSpacer = 10, percentages = { - inChart: {w: 0.75, h: 0.7 }, + inChart: {w: 0.75, h: 0.5 }, usChart: {w: 0.75, h: 0.2 }, stChart: {w: 0.10, h: 0.2 }, - inAxis : {w: 0.15, h: 0.7 }, + isAxis : {w: 0.75, h: 0.2 }, + inAxis : {w: 0.15, h: 0.5 }, usAxis : {w: 0.15, h: 0.2 }, - stAxis : {w: 0.10, h: 0.2 }, + stAxis : {w: 0.10, h: 0.1 }, - svg: {w: 0.8, h: 0.7} + svg: {w: 1, h: 0.7} } var - page = {w: window.innerWidth, h: window.innerHeight}, + page = {w: selection.node().getBoundingClientRect().width, h: window.innerHeight}, margins = {left: page.w *0.01, right: page.w *0.01, top: page.h*0.01, bottom: page.h*0.01}, svgRect = { _w: page.w * percentages.svg.w, @@ -79,52 +81,59 @@ function upset( selection ) { }, upsetRect = { x: margins.left + (chartRect.w * percentages.stChart.w) + (chartRect.w * percentages.usAxis.w) + setChartSpacer*2, - y: margins.top + chartRect.h * percentages.inChart.h + intersectionChartSpacer, + y: margins.top + chartRect.h * percentages.inChart.h + (chartRect.h * percentages.isAxis.h) + intersectionChartSpacer, w: chartRect.w * percentages.usChart.w, h: chartRect.h * percentages.usChart.h }, upsetAxisRect = { x: margins.left + (chartRect.w * percentages.stChart.w) + (chartRect.w * percentages.usAxis.w) + setChartSpacer, - y: margins.top + chartRect.h * percentages.inChart.h + intersectionChartSpacer, + y: margins.top + chartRect.h * percentages.inChart.h + (chartRect.h * percentages.isAxis.h) + intersectionChartSpacer, w: chartRect.w * percentages.usAxis.w, h: chartRect.h * percentages.usAxis.h }, setTotalsRect = { x: margins.left, - y: margins.top + chartRect.h * percentages.inChart.h + intersectionChartSpacer, + y: margins.top + chartRect.h * percentages.inChart.h + (chartRect.h * percentages.isAxis.h) + intersectionChartSpacer, w: chartRect.w * percentages.stChart.w, h: chartRect.h * percentages.stChart.h }, setTotalsAxisRect = { x: margins.left, - y: margins.top + (chartRect.h * percentages.inChart.h) + (chartRect.h * percentages.stChart.h) + intersectionChartSpacer*2, + y: margins.top + (chartRect.h * percentages.inChart.h) + (chartRect.h * percentages.stChart.h) + (chartRect.h * percentages.isAxis.h) + intersectionChartSpacer*2, w: chartRect.w * percentages.stAxis.w, h: chartRect.h * percentages.stAxis.h }, intersectionTotalsRect = { x: margins.left + (chartRect.w * percentages.stChart.w) + (chartRect.w * percentages.usAxis.w) + setChartSpacer*2, - y: margins.top, + y: margins.top + (chartRect.h * percentages.isAxis.h), w: chartRect.w * percentages.inChart.w, h: chartRect.h * percentages.inChart.h }, intersectionTotalsAxisRect = { x: margins.left + (chartRect.w * percentages.stChart.w) + (chartRect.w * percentages.usAxis.w) + setChartSpacer, - y: margins.top, + y: margins.top + (chartRect.h * percentages.isAxis.h), w: chartRect.w * percentages.inAxis.w, h: chartRect.h * percentages.inAxis.h + }, + intersectionSetsAxisRect = { + x: margins.left + (chartRect.w * percentages.stChart.w) + (chartRect.w * percentages.usAxis.w) + setChartSpacer + intersectionChartSpacer, + y: margins.top + (chartRect.h * percentages.isAxis.h), + w: chartRect.w * percentages.isAxis.w, + h: chartRect.h * percentages.isAxis.h } + svg.attr('width', svgRect._w).attr('height', svgRect._h) upsetAxisSelection.attr('transform', 'translate('+upsetAxisRect.x+','+upsetAxisRect.y+')') setTotalsAxisSelection.attr('transform', 'translate('+setTotalsAxisRect.x+','+setTotalsAxisRect.y+')') intersectionTotalsAxisSelection.attr('transform', 'translate('+intersectionTotalsAxisRect.x+','+intersectionTotalsAxisRect.y+')') + intersectionSetsAxisSelection.attr('transform', 'translate('+intersectionSetsAxisRect.x+','+intersectionSetsAxisRect.y+')') upsetSelection.attr('transform', 'translate('+upsetRect.x+','+upsetRect.y+')') setTotalsBarChartSelection.attr('transform', 'translate('+setTotalsRect.x+','+setTotalsRect.y+')') intersectionTotalsBarChartSelection.attr('transform', 'translate('+intersectionTotalsRect.x+','+intersectionTotalsRect.y+')') - - var overflowQ = false + var overflowQ = true upset .data(data) @@ -132,9 +141,18 @@ function upset( selection ) { .spaceY(upsetRect.h) .xObjectSpacer(0.01) .yObjectSpacer(0.01) - .maxObjectSize(15) - .minObjectSize(15) + .maxObjectSize(5) + .minObjectSize(20) .overflowQ(overflowQ) + .intersectionExtractor(function(k, i){ return data[k].intersection.join(';') }) + .intersectionKeySortingFunction(function(a, b){ + return ( + data[a].intersection.length - data[b].intersection.length + || + upset.intersectionValues().indexOf(data[a].intersection.join(';')) + -upset.intersectionValues().indexOf(data[b].intersection.join(';')) + ) + }) // .radius(1) upset() @@ -148,6 +166,7 @@ function upset( selection ) { .minObjectSize(upset.minObjectSize()) .maxObjectSize(upset.maxObjectSize()) .objectSpacer(upset.yObjectSpacer()) + .tickLabelMargin(30) upsetAxis() @@ -155,6 +174,24 @@ function upset( selection ) { var setTotals = upset.setTotals() + intersectionSetsAxis + .tickLabels(upset.intersectionValues()) + .categoricalQ(true) + .spaceX(intersectionSetsAxisRect.w) + .spaceY(intersectionSetsAxisRect.h) + .orient('top') + .namespace('intersection-sets-name') + .overflowQ(overflowQ) + .minObjectSize(upset.minObjectSize()) + .maxObjectSize(upset.maxObjectSize()) + .objectSpacer(upset.xObjectSpacer()) + .objectSize(upset.xObjectSize()) + .spacerSize(upset.xSpacerSize()) + // .tickLabelRotation(-45) + .tickTickLabelSpacer(0) + + intersectionSetsAxis() + intersectionTotalsBarChart.data(intersectionTotals) .grouping(upset.intersectionValues()) .spaceX(intersectionTotalsRect.w) @@ -166,8 +203,25 @@ function upset( selection ) { .minObjectSize(upset.minObjectSize()) .maxObjectSize(upset.maxObjectSize()) .objectSpacer(upset.xObjectSpacer()) + .objectSize(upset.xObjectSize()) + .spacerSize(upset.xSpacerSize()) + intersectionTotalsBarChart.tooltip().keys(['Amount','Values']) + .values([ + function(currentData, d){ + return currentData.total + }, + function(currentData, d){ + var l = currentData.values.length + // return currentData + return currentData.values.join(', ').slice(0,100)+ ((l > 100) ? '...': '') + } + ]) + + // intersectionTotalsBarChart.colorFunction().colors(['cyan', 'blue']).colorBy('value') + + // intersectionSetsAxis() intersectionTotalsBarChart() intersectionTotalsAxis @@ -195,10 +249,14 @@ function upset( selection ) { .minObjectSize(upset.minObjectSize()) .maxObjectSize(upset.maxObjectSize()) .objectSpacer(upset.yObjectSpacer()) - + .objectSize(upset.yObjectSize()) + .spacerSize(upset.ySpacerSize()) + .barPercent(0.75) setTotalsBarChart() + + setTotalsAxis .spaceX(setTotalsAxisRect.w) .spaceY(setTotalsAxisRect.h) @@ -211,11 +269,32 @@ function upset( selection ) { setTotalsAxis() - // var zoom = d3sm.plotZoom(upset, upsetAxis, function(){}).eventType('drag').orient('2D') - // var pan = d3.zoom().scaleExtent([1,1]).on('zoom', function(){ zoom.eventType('drag')() }) - // upsetSelection.call(pan).on('wheel', function(){ zoom.eventType('wheel')() }) + + + + var zoom = d3sm.aux.multiPlotZoom(upset).eventType('drag').orient('2D') + .xComponents([ + intersectionTotalsBarChart, + intersectionSetsAxis + ]) + .yComponents([ + upsetAxis, + setTotalsBarChart + ]) + var pan = d3.zoom().scaleExtent([1,1]).on('zoom', function(){ zoom.eventType('drag')() }) + upsetSelection.call(pan).on('wheel', function(){ zoom.eventType('wheel')() }) + intersectionTotalsBarChartSelection.call(pan).on('wheel', function(){ zoom.eventType('wheel')() }) + + + + intersectionTotalsBarChartSelection.selectAll('.bar.intersections > rect.bar-rect').on('click', function(d, i){ + console.log( d, i) + }) + // selection.selectAll('text').attr('pointer-events', 'none') + // .attr('pointer-events', 'none') + } return plot diff --git a/demos/vertical-violins/index.html b/demos/vertical-violins/index.html index 402097085683f6cf3e750b815e099fa64040e8d6..6f33aefde07b6699b08bade2fa9999e4bbc03c72 100644 --- a/demos/vertical-violins/index.html +++ b/demos/vertical-violins/index.html @@ -13,9 +13,9 @@ - - + + @@ -44,7 +44,7 @@
  1. Home
  2. Demos
    3. -
  3. Horizontal Violins
    4. +
  4. Vertical Violins
@@ -53,7 +53,8 @@ - + diff --git a/needs-to-be-bundled/distribution.js b/needs-to-be-bundled/distribution.js deleted file mode 100644 index 781b50db408baef1b82458d4007d78b723af8a0c..0000000000000000000000000000000000000000 --- a/needs-to-be-bundled/distribution.js +++ /dev/null @@ -1,241 +0,0 @@ -function distribution() { - // variables that need to be set externally - var container, - drawingSpace, - colors = ["#2c7bb6", "#00a6ca", "#00ccbc", "#90eb9d", "#ffff8c", "#f9d057", "#f29e2e", "#e76818", "#d7191c"], - data, - vScale = d3.scaleLinear(), // scale for values - nScale = d3.scaleLinear(), // number of elements - vKey, - cKey, - cOpacity = 0.2, - strokeWidth = 2, - cScale = d3.scaleSequential(interpolateColors.apply(this, colors)), - histogram, - curve = d3.curveBasis, - distributionContainer, - distributionPath, - rotation='up', - rangePad = 2 - - // variables set internally - var pointsNeeded, currentNumberOfPoints, - values, yValues, rValues, cValues, - dataExtent, fatal, - verbose = true, - animationTime = 1000, - svg - - var hexademicalOpacity = { - 1.0: "FF", 0.9: 'E6', 0.8: 'CC', - 0.7: "B3", 0.6: "99", 0.5: "80", - 0.4: "66", 0.3: "4D", 0.2: "33", - 0.1: "1A", 0.0: "00" - } - - - - - function plot(){ - fatal = warn(container, 'container', undefined, true, verbose) - if ( fatal ) {return} - fatal = warn(data, 'data', undefined, true, verbose) - if ( fatal ) {return} - fatal = warn(vKey, 'vKey', undefined, true, verbose) - if ( fatal ) {return} - fatal = warn(drawingSpace, 'drawingSpace', undefined, true, verbose) - if ( fatal ) {return} - - - svg = d3.select(container.thisSVG()) - - vValues = data.map( function(d, i) { return parseFloat( d[vKey] ) } ) - histogram = d3.histogram().value( function( d ){ return d[vKey] } )(data) - - nValues = histogram.map( function(bin, i) { return bin.length } ) - - - dataExtent = { - v: { - min: d3.min( vValues ), - max: d3.max( vValues ) - }, - n: { - min: d3.min( nValues ), - max: d3.max( nValues ) - } - } - - vScale.domain([ dataExtent.v.min -rangePad, dataExtent.v.max+rangePad ]) - .range([ 0, drawingSpace.x ]) - - nScale.domain([ 0, dataExtent.n.max ]) - .range([ drawingSpace.y, 0 ]) - - - if (cKey != undefined) { - cValues = data.map( function(d, i) { return parseFloat( d[cKey] ) } ) - cScale.domain([ d3.min(cValues), d3.max(cValues) ]) - } - - - - - histoMin = [] - histoMin.x0 = dataExtent.v.min - histoMin.x1 = dataExtent.v.min - - histoMax = [] - histoMax.x0 = dataExtent.v.max - histoMax.x1 = dataExtent.v.max - - - - line = d3.line() - .x( function(bin, i) { return vScale( d3.median( [bin.x0, bin.x1] ) ) }) - .y( function(bin, i) { return nScale( bin.length ) } ) - .curve(curve) - - - - - distributionContainer = container.select('g.distribution-container') - if (distributionContainer.empty()) { - distributionContainer = container.append('g') - .attr('class','distribution-container') - .data([histogram]) - - distributionContainer.append('path') - .attr('class', 'distribution-path') - } - - distributionPath = distributionContainer.select('path.distribution-path') - distributionPath.attr('d', function(d, i) { - var hist = [histoMin].concat(d).concat([histoMax]) - return line(hist) - }) - .attr('fill', function(d, i){ - if (cKey == undefined) { - var colorI = i % colors.length - var c = colors[colorI] - if (c.includes("#") && cOpacity != undefined) { - c += hexademicalOpacity[cOpacity] - } - return c - } else { - var c = cScale(d[cKey]) - if (c.includes("#") && cOpacity != undefined) { - c += hexademicalOpacity[cOpacity] - } else { - [r, g, b] = c.slice(3).split(',') - b = b.split(')').join('') - r = r.split('(').join('') - return 'rgb('+r+','+g+','+b+','+cOpacity+')' - } - return c - } - }) - .attr('stroke-width', strokeWidth) - .attr('stroke', function(d, i){ - if (cKey == undefined) { - var colorI = i % colors.length - var c = colors[colorI] - return c - } else { - return cScale(d[cKey]) - } - }) - - distributionContainer.attr('transform', function(d, i){ - var box = container.node().getBBox() - - var rx, ry, rr, tx, ty - - if (rotation == 'right') { - rr = 90 - rx = 0 - ry = 0 - tx = drawingSpace.y - ty = drawingSpace.x - } else if (rotation == 'left') { - rr = -90 - rx = 0 - ry = 0 - tx = 0 - ty = drawingSpace.x - } else if (rotation == 'down') { - rr = 180 - rx = drawingSpace.x / 2 - ry = drawingSpace.y / 2 - tx = - drawingSpace.x - ty = 0 - } else { - rr = 0 - rx = drawingSpace.x / 2 - ry = drawingSpace.y / 2 - tx = 0 - ty = 0 - } - - - var scale = 'scale(-1, 1)' - var rot = 'rotate('+rr+','+rx+','+ry+')' - var trans = 'translate('+tx+','+ty+')' - - if (rotation == 'down') { - return trans + rot + scale - } - if (rotation == 'right') { - return trans + rot + scale - } - return trans+rot - // return Math.abs(rotation / 180) >= 1 ? - // 'rotate('+rotation+',' + box.width / 2 + ',' + box.height + ')' - // : - // 'rotate('+rotation+',' + box.width + ',' + box.height / 2 + ')translate(0,'+-box.width+') ' - }) - - - - } - - - function setupSettersAndGetters() { - var closuredVariables = [ - 'container', - 'drawingSpace', - 'data', - 'colors', - 'vKey', 'cKey', - 'vScale', 'nScale', - 'vValues', 'nValues', - 'values', - 'cScale', - 'cOpacity', - 'strokeWidth', - 'xValues','yValues','cValues', - 'dataExtent', 'fatal', - 'verbose', 'animationTime', - 'svg', 'histogram', - 'rotation', - 'rangePad' - ] - - - for (var i = 0; i < closuredVariables.length; i++) { - var currentClosureVariable = closuredVariables[i] - var toEvaluateString = " \ - plot." + currentClosureVariable + " = function(value){ \ - if(!arguments.length) return " + currentClosureVariable + "; \ - " + currentClosureVariable + " = value; \ - return plot; \ - }; \ - " - eval(toEvaluateString) - } - } - - - setupSettersAndGetters() - return plot; -} diff --git a/needs-to-be-bundled/graph.js b/needs-to-be-bundled/graph.js deleted file mode 100644 index 4bbe410f7374c49d9ea70e2d925b541213e61324..0000000000000000000000000000000000000000 --- a/needs-to-be-bundled/graph.js +++ /dev/null @@ -1,806 +0,0 @@ -function plot() { - var id, // svg ID - to='html', // scale svg to - x, // svg width either in pixels or percent - y, // svg height either in pixels or percetn - plot // plot type - - // internal variables - var svg - - - function configureSVG() { - if (to == undefined) { - svg.style("width", x + 'px') - svg.style("height", y + 'px') - return - } - - var el = d3.select(to).node() // element to scale to - var rect = el.getBoundingClientRect() // boundaries of the element - var css = getComputedStyle(el) // rendered css styles - - - var w = rect.width - parseFloat(css.paddingLeft) - parseFloat(css.paddingRight) // remove padding - var h = rect.height - parseFloat(css.paddingTop) - parseFloat(css.paddingBottom) - - var width, height - - if (String(x).includes('%')) { width = w * parseFloat(x) / 100 } - else if (x <= 1) { width = w * x} - else { width = x} - - if (String(y).includes('%')) { height = h * parseFloat(y) / 100 } - else if (x <= 1) { height = h * y} - else { height = y} - - - svg.style("width", width + 'px') - svg.style("height", height + 'px') - return - } - - function make() { - svg = d3.select('[id='+id+']') - configureSVG() - - plot.width(parseFloat(svg.style('width'))) - plot.height(parseFloat(svg.style('height'))) - - plot() - } - - function setupSettersAndGetters() { - var closuredVariables = [ - 'id', - 'to', - 'x', - 'y', - 'plot' - ] - - for (var i = 0; i < closuredVariables.length; i++) { - var currentClosureVariable = closuredVariables[i] - var toEvaluateString = " \ - make." + currentClosureVariable + " = function(value){ \ - if(!arguments.length) return " + currentClosureVariable + "; \ - " + currentClosureVariable + " = value; \ - return make; \ - }; \ - " - eval(toEvaluateString) - } - } - setupSettersAndGetters() - return make; - -} - - -function sugiyama() { - /* GRAPH DATA VARIABLES*/ - var vertexSet, - edgeSet, - dummySet, - realSet, - layering, - vertexKeys, - edgeKeys, - vertexMeta, - edgeMeta, - pathwayMeta, - pubmedMeta, - datasourceMeta - - - - /* GRAPH DRAWING VARIABLES*/ - var container, - vertexContainer, - vertexGroup, - edgeContainer, - edgeGroup, - width, - height, - - layout, - - xScale = d3.scaleLinear(), - yScale = d3.scaleLinear(), - - rangePad = 2, - - xCoordinates, - yCoordinates, - - dataExtent, - - zoom = d3.zoom() - .scaleExtent([0.25, 1.75]) - .on("zoom", containerZoom), - panRatio = 0.1 - - function containerZoom(){ - container.attr('transform', d3.event.transform) - } - - function containerZoomReset(){ - svg.call(zoom.transform, d3.zoomIdentity) - } - - /* GRAPH STYLE VARIABLES */ - var vertexRadius = 15, - vertexFill = '#333333', // vertex color - vertexStroke = '#333333', // vertex stroke - vertexStrokeWidth = 1, // vertex stroke - - textSize=7.5, // font size for vertex labels - textWeight = "900" // font weight for vertex labels - textStroke = '#333333', // stroke of vertex font (should match vertex color) - textStrokeWidth = 0.1, // stroke size of vertex font - textFill = 'white', // color of vertex font - - edgeLine = d3.line() - .x(function(d) { return d.x; }) - .y(function(d) { return d.y; }) - .curve(d3.curveMonotoneX), - // .curve(d3.curveBasis), - // .curve(d3.curveLinear), - - edgeStroke = "#333333", // color of edges - edgeStrokeMin = 2, - edgeStrokeMax = 10, - edgeStrokeScale = d3.scaleLinear().range([edgeStrokeMin, edgeStrokeMax]), - edgeStrokeWidth = edgeWidth, - - hoverOpacityDecrease = 0.2, - vertexIncreasedExpression = 'red', - vertexDecreasedExpression = 'blue' - - - function edgeWidth(edgeKey) { - var e = edgeSet[edgeKey] - if (edgeSet[edgeKey].meta) { - return edgeSet[edgeKey].meta.pubmed_ids.length - } else { - return edgeStrokeMin - } - } - - function vertexFillColor(vertexKey) { - var v = vertexSet[vertexKey] - - if (v.class.includes('dummy')) { return vertexFill } - - - if (v.expression) { - return (v.expression > 0) ? vertexIncreasedExpression : vertexDecreasedExpression - } else { - return vertexFill - } - } - - - function predraw() { - vertexKeys = d3.keys( vertexSet ) - edgeKeys = d3.keys( edgeSet ) - - xCoordinates = vertexKeys.map( function(d, i) { return vertexSet[d].coordinates.x }) - yCoordinates = vertexKeys.map( function(d, i) { return vertexSet[d].coordinates.y }) - - numPubs = edgeKeys.map( function (d, i) {if ( edgeSet[d].meta == undefined) {return edgeStrokeMin } return edgeSet[d].meta.pubmed_ids.length } ) - - dataExtent = { - x: { - min: d3.min( xCoordinates ), - max: d3.max( xCoordinates ) - }, - y: { - min: d3.min( yCoordinates ), - max: d3.max( yCoordinates ) - }, - pubs: { - min: d3.min( numPubs ), - max: d3.max( numPubs ) - } - - } - - - xScale.domain([ dataExtent.x.min - rangePad, dataExtent.x.max + rangePad ]) - .range([ 0 + vertexRadius, width - vertexRadius ]) - - yScale.domain([ dataExtent.y.min - rangePad, dataExtent.y.max + rangePad ]) - .range([ 0 + vertexRadius, height - vertexRadius ]) - - edgeStrokeScale.domain([ dataExtent.pubs.min, dataExtent.pubs.max ]) - - edgeLine.x(function(d) { return xScale(d.x); }) - .y(function(d) { return yScale(d.y); }) - - zoom.translateExtent([[width * panRatio * -1, height * panRatio * -1], [width * (1+panRatio), height * (1+panRatio)]]) - d3.select(container.thisSVG()).call(zoom) - - vertexContainer = container.select(".vertex-container") - vertexGroup = container.selectAll(".vertex-group") - - edgeContainer = container.select(".edge-container") - edgeGroup = container.selectAll(".edge-group") - - realSet = new Set([].concat.apply([],d3.keys(edgeSet).map(function(e,i){return [edgeSet[e].source, edgeSet[e].target]}))) - dummySet = new Set( d3.keys(vertexSet).map(function(v,i) {if (!realSet.has(v)) {return v}})) - } - - - function _vertex_setup() { - - if (vertexContainer.empty()) { - vertexContainer = container.append("g").attr("class", "vertex-container") - } else { - vertexContainer = container.select('.vertex-container') - } - - var neededVertices = vertexKeys.length - var currentVertices = vertexGroup.size() - if (currentVertices < neededVertices) { - vertexGroup = vertexContainer.selectAll(".vertex-group") - .data(vertexKeys).enter() - .append("g").attr("class", "vertex-group") - .attr("id", function(d, i){return d}) - - vertexGroup.each(function(d, i){ - var thisV = d3.select(this) - if (!dummySet.has(d)) { - thisV.append("circle").attr('class', 'vertex-shape') - thisV.append("text").attr('class', 'vertex-label') - } else { - thisV.classed("dummy", true) - thisV.append("rect").attr('class', 'vertex-shape') - } - }) - } else if (currentVertices > neededVertices) { - vertexGroup = vertexContainer.selectAll(".vertex-group") - .data(vertexKeys).exit().remove() - } else { - vertexGroup = vertexContainer.selectAll(".vertex-group").data(vertexKeys) - vertexGroup.each(function(d, i){ - var thisV = d3.select(this) - thisV.attr("id", function(d, i){return d}) - // console.log(d, dummySet.has(d)) - if (!dummySet.has(d)) { // real vertex - var circ, rect, text - circ = thisV.select('circle') - rect = thisV.select('rect') - text = thisV.select('text') - - if ( !rect.empty() ) { rect.remove() } - if ( circ.empty() ) { thisV.append('circle').attr('class', 'vertex-shape') } - text.attr('class', 'vertex-label') - - thisV.classed("dummy", false) - } else { // dummy vertex - var circ, rect, text - circ = thisV.select('circle') - rect = thisV.select('rect') - text = thisV.select('text') - - if ( rect.empty() ) { thisV.append('rect').attr('class', 'vertex-shape') } - if ( !circ.empty() ) { circ.remove() } - - thisV.classed("dummy", true) - } - }) - } - - vertexGroup = vertexContainer.selectAll(".vertex-group").data(vertexKeys) - - - - vertexGroup.on("mouseover", vertexMouseover) - vertexGroup.on("mouseout", vertexMouseout) - vertexGroup.call(d3.drag() - .on("start", vertexDragStart) - .on("drag", vertexDrag) - .on("end", vertexDragStop)); - - } - - - - function _vertex_style() { - - vertexGroup.attr("transform", function(d, i) { - var x = xScale(vertexSet[d].coordinates.x) - var y = yScale(vertexSet[d].coordinates.y) - var t = "translate("+x+","+y+")" - return t - }).each( function(d, i) { - var thisV = d3.select(this) - if (!dummySet.has(d)) { - thisV.select("text") - .text(d) - .attr("text-anchor", "middle") - .style("font-size",textSize) - .style("stroke", textStroke) - .style("stroke-width", textStrokeWidth) - .style("fill", textFill) - .style("font-weight", textWeight) - .style("cursor", "default") - .style("-webkit-user-select", "none") - .style("-moz-user-select", "none") - .style("-ms-user-select", "none") - .style("user-select", "none") - .attr("transform", function(d, i) { - var x = 0 - var y = textSize / 4 + textSize / 8 - var t = "translate("+x+","+y+")" - return t - }) - - thisV.select("circle") - .attr("stroke", vertexFillColor(d)) - .attr("fill", vertexFillColor(d)) - .attr("r", vertexRadius) - - } else { - thisV.select("rect") - .attr("stroke", vertexFillColor(d)) - .attr("fill", vertexFillColor(d)) - .attr("width", vertexRadius * 2) - .attr("height", vertexRadius * 2) - .attr("transform", function(d, i) { - var x = -vertexRadius - var y = -vertexRadius - var t = "translate("+x+","+y+")" - return t - }) - .style("opacity", 0) - } - }) - } - - function drawVertices() { - _vertex_setup() - _vertex_style() - } - - - function _edge_setup() { - - if (edgeContainer.empty()) { edgeContainer = container.append("g").attr("class", "edge-container") } - else { edgeContainer = container.select("g.edge-container")} - - var neededEdges = edgeKeys.length - var currentEdges = edgeContainer.size() - - if (currentEdges < neededEdges) { - edgeGroup = edgeContainer.selectAll(".edge-group") - .data(edgeKeys).enter() - .append("g").attr("class", "edge-group") - .attr("id", function(d, i){return d}) - - edgeGroup.each(function(d, i){ - thisE = d3.select(this) - thisE.append("path") - }) - } else if (neededEdges < currentEdges) { - edgeGroup = edgeContainer.selectAll(".edge-group") - .data(edgeKeys) - .exit().remove() - } else { - edgeGroup = edgeContainer.selectAll(".edge-group") - .data(edgeKeys) - } - - edgeGroup = edgeContainer.selectAll(".edge-group").data(edgeKeys) - - } - - function _edge_style() { - edgeGroup.each(function(d, i) { - var thisE = d3.select(this) - var coords = edgeSet[d].path.map(function(e, j) { return vertexSet[e].coordinates }) - thisE.select("path") - .attr("fill", "none") - .attr("stroke-width", edgeStrokeScale(edgeStrokeWidth(d))) - .attr("stroke", edgeStroke) - .attr("fill", "none") - .attr("d", edgeLine(coords)) - .on('mouseover', edgeMouseover) - .on('mouseout', edgeMouseout) - // .attr("stroke-dasharray", function(){ - // // console.log(d, d3.select(this)) - // return d3.select(this).node().getTotalLength() * 0.8 - // }) - - }) - edgeContainer.lower() - } - - function drawEdges() { - _edge_setup() - _edge_style() - } - - function draw() { - predraw() - drawVertices() - drawEdges() - } - - - function vertexMouseover(d, i) { - - var thisV = d3.select(this) - - if ( thisV.classed("dummy") ) { - thisV.select("rect").style("opacity","0.5") - return - } - - var adj = vertexSet[d].predecessors.concat(vertexSet[d].successors).concat([d]) - // console.log(d, adj) - - vertexKeys.map(function(dd, j){ - var cV = d3.select("[id='"+dd+"']") - if (adj.indexOf(dd) == -1) { - cV.style("opacity", hoverOpacityDecrease) - } - }) - - edgeKeys.map(function(dd, j){ - var cE = d3.select("[id='"+dd+"']") - if (edgeSet[dd].source != d && edgeSet[dd].target != d) { - cE.style("opacity", hoverOpacityDecrease) - } - }) - - - var ttip = d3.select('#graph-tooltip') - if (ttip.empty()) { ttip = d3.select("html").append('div').attr('id', 'graph-tooltip') } - var [div, title, body, close, txt, move] = setupTooltipCard( ttip ) - - if (!body.selectAll('*').empty()) {body.selectAll('*').remove()} - body.html('GeneCards: ') - - var bodyA = body.select('a') - if (bodyA.empty()) {bodyA = body.append('a'); bodyA.append('strong')} - bodyA.attr('href', 'http://www.genecards.org/cgi-bin/carddisp.pl?gene='+d) - .html(d).attr('class', 'gene-card').attr("target", '_blank') - - txt.html(d) - } - - function vertexMouseout(d, i) { - - var thisV = d3.select(this) - - d3.keys(vertexSet).map(function(dd, j){ - var cV = d3.select("[id='"+dd+"']") - cV.style("opacity", 1) - }) - - if ( thisV.classed("dummy") ) { - thisV.select("rect").style("opacity","0") - } - - d3.keys(edgeSet).map(function(dd, j){ - var cE = d3.select("[id='"+dd+"']") - cE.style("opacity", 1) - }) - - } - function vertexDragStart(){} - function vertexDrag(d, i){ - var curV = d3.select(this) - var m = d3.mouse(container.node()) - - vertexSet[d].coordinates.x = xScale.invert(m[0]) - vertexSet[d].coordinates.y = yScale.invert(m[1]) - - - curV.raise() - .attr("transform",function(d, i) { - x = m[0] - y = m[1] - trans = "translate("+x+","+y+")" - return trans - }) - - drawEdges() - } - function vertexDragStop(){} - - function edgeMouseout(d, i) { - var ttip = d3.select('#graph-tooltip') - // if (!ttip.empty()) { ttip.remove() } - } - - - function makeCloseButton(closeSelection, containerSelection) { - if (closeSelection.empty()) {closeSelection = containerSelection.append('button') - .attr('type', 'button') - .attr('class', 'close align-middle tt-close') - .attr('data-dismiss', 'alert') - .on('click', function(){d3.select("#graph-tooltip").transition().duration(300).style('opacity', 0).remove()}) - .append('i').attr('class', "fa fa-times fa-lg") - .style('color', '#000') - } - } - function makeMoveButton(moveSelection, containerSelection, toMoveSelection) { - if (moveSelection.empty()) { - moveSelection = containerSelection.append('button') - .attr('class', 'move close') - .call(d3.drag().on('drag', function(){ - var m = d3.mouse(moveSelection.node()) - toMoveSelection.style('left', (parseFloat(toMoveSelection.style('left'))+m[0])+'px') - .style('top', (parseFloat(toMoveSelection.style('top'))+m[1])+'px') - })) - .style('float','right') - .style('padding','none') - .append('i').attr('class','fa fa-arrows-alt fa-sm') - .style('color', '#000') - .style('margin-right', '3px') - } - } - function movePercentInsideHtml(div, mouse, percent) { - var html = d3.select('html').node().getBoundingClientRect() - var left = Math.min( mouse[0], html.width - (html.width * percent) ) - div.transition().duration(200).style('left', left+'px').style('top', mouse[1]+'px') - } - - function setupTooltipCard( tooltip ) { - var div = tooltip.select('div.card') - var m = d3.mouse.absolute() - - if (div.empty()) { div = tooltip.append('div').attr('class', 'card col-3 px-0').style('position', 'absolute').style('left', m[0]+'px').style('top', m[1]+'px') } - movePercentInsideHtml(div, m, 0.25) - - var title, body, footer, datasources, interactions, pubmedids, pathways, close, txt, move - title = div.select('div.card-header') - body = div.select('div.card-body') - close = title.select('button.tt-close') - txt = title.select('h6') - move = title.select('button.move') - - if (title.empty()) {title = div.append('div').attr('class','card-header card-title')} - if (txt.empty()) {txt = title.append('h6').style('display', 'inline-block')} - - makeCloseButton(close, title) - makeMoveButton(move, title, div) - - if (body.empty()) {body = div.append('div').attr('class','card-body')} - return [div, title, body, close, txt, move] - } - - function edgeMouseover(d, i) { - var thisE = d3.select(this) - if (edgeMeta == undefined) { return } - - var ttip = d3.select('#graph-tooltip') - if (ttip.empty()) { ttip = d3.select("html").append('div').attr('id', 'graph-tooltip') } - - var [div, title, body, close, txt, move] = setupTooltipCard( ttip ) - - var bodyA = body.select('a.gene-card') - if (!bodyA.empty()) {bodyA.remove()} - - var bodyUL = body.select('ul.list-group') - if (bodyUL.empty()) {bodyUL = body.append('ul').attr('class', 'list-group well')} - - var metakeys = [] - var raw_metakeys = ['datasources', "interactions", 'pathways', 'pubmed_ids'] - raw_metakeys.map(function(k, i){ - if((edgeMeta[d][k].length > 0) && (d3.keys(edgeMeta[d][k]).length > 0)) {metakeys.push(k)} - }) - - var bodyUlLis = setupTooltipCardBodyUl( bodyUL, metakeys ) - fillTooltipCardBodyUlList ( d, bodyUlLis, edgeMeta ) - - txt.html(d.split('_')[0] + '' + d.split('_')[1]) - } - - function setupTooltipCardBodyUl( bodyUL, metakeys ) { - var bodyUlLis = bodyUL.selectAll('li.outer-item') - if (metakeys.length > bodyUlLis.size()) { - bodyUlLis = bodyUL.selectAll('li.outer-item') - .data(metakeys).enter() - .append('li') - .attr('class', 'list-group-item list-group-item-action outer-item toolbar-list-group-item') - .attr('href', function(d){return'#'+'graph-tooltip-'+d}).attr('data-toggle', 'collapse') - - bodyUlLis.append('i').attr('class', 'fa fa-caret-right') - bodyUlLis.append('h6').style('display', 'inline') - - bodyUlLis.on('click', function() { - var i = d3.select(this).select('i') - if (i.classed('fa-caret-right')) {i.classed('fa-caret-down', true).classed('fa-caret-right', false)} - else {i.classed('fa-caret-down', false).classed('fa-caret-right', true)} - }) - - } else if (metakeys.length < bodyUlLis.size()) { - bodyUlLis = bodyUL.selectAll('li.outer-item').data(metakeys).exit().remove() - } else { - bodyUlLis = bodyUL.selectAll('li.outer-item').data(metakeys) - } - bodyUlLis = bodyUL.selectAll('li.outer-item').data(metakeys) - - return bodyUlLis - } - - function fillTooltipCardBodyUlList ( edgeKey, bodyUlLis, edgeMeta ) { - bodyUlLis.selectAll('h6').html(function(d, i){return d}) - bodyUlLis.each(function (dd, ii) { - var li = d3.select(this) - var liUl = li.select('ul') - if (liUl.empty()) { - liUl = li.append('ul') - .attr('class', 'list-group collapse indent-1') - .attr('id',function(d){return 'graph-tooltip-'+d}) - .style('max-height', '200px') - .style('overflow-y', 'scroll') - } - var dataToUse = edgeMeta[edgeKey][dd] - dataToUse = (dd == 'pathways') ? d3.keys(dataToUse) : dataToUse - var liUlLis = liUl.selectAll('li') - - if (liUlLis.size() < dataToUse.length) { liUlLis = liUl.selectAll('li').data(dataToUse).enter().append('li').attr('class', 'list-group-item list-group-item-action toolbar-list-group-item') } - else if (liUlLis.size() > dataToUse.length) { liUlLis = liUl.selectAll('li').data(dataToUse).exit().remove() } - else { liUlLis = liUl.selectAll('li').data(dataToUse) } - - if (dd == 'datasources') { _makeSubListFromMeta(liUlLis, datasourceMeta) } - else if (dd == 'pathways') { _makeSubListFromMeta(liUlLis, pathwayMeta) } - else if (dd == 'pubmed_ids') { _makeSubListFromMeta(liUlLis, pubmedMeta, 'uid', 'http://ncbi.nlm.nih.gov/pubmed/', 'title') } - else {_makeSubList(liUlLis)} - }) - } - - function _makeSubList(liSelection) { - liSelection.each(function(d, i) { - var li = d3.select(this) - li.html(d) - }) - } - - function _makeSubListFromMeta(liSelection, meta, urlKey, urlPrefix, urlTextKey) { - liSelection.each(function(d, i) { - var li = d3.select(this) - var a = li.select('a') - var urlText - if (meta != undefined && meta[d] != undefined) { - if (urlKey == undefined) {urlKey = 'url'} - if (urlPrefix == undefined) {urlPrefix == ''} - if (urlTextKey == undefined) {urlText = d} else {urlText = meta[d][urlTextKey]} - if (a.empty()) {li.html(''); a = li.append('a')} - a.attr('href', urlPrefix + meta[d][urlKey]).attr('target', '_blank').html(urlText) - } else { - if (!a.empty()) {a.remove()} - li.html(d) - } - }) - } - - - - - function setupSettersAndGetters() { - var closuredVariables = [ - 'vertexSet', - 'edgeSet', - 'layering', - /* GRAPH DRAWING VARIABLES*/ - 'container', - 'width', - 'height', - 'layout', - 'xScale', - 'yScale', - 'rangePad', - 'xCoordinates', - 'yCoordinates', - 'dataExtent', - /* GRAPH STYLE VARIABLES */ - 'vertexRadius', - 'vertexContainer', - 'edgeContainer', - - 'vertexGroup', - 'edgeGroup', - 'vertexMeta', - 'edgeMeta', - 'pathwayMeta', - 'pubmedMeta', - 'datasourceMeta' - ] - - for (var i = 0; i < closuredVariables.length; i++) { - var currentClosureVariable = closuredVariables[i] - var toEvaluateString = " \ - draw." + currentClosureVariable + " = function(value){ \ - if(!arguments.length) return " + currentClosureVariable + "; \ - " + currentClosureVariable + " = value; \ - return draw; \ - }; \ - " - eval(toEvaluateString) - } - } - setupSettersAndGetters() - return draw; -} - - -function marker() { - var id, - markerWidth=10, - markerHeight=10, - refX=0, - refY=3, - orient="auto", - markerUnits="strokeWidth", - viewBox="0 0 20 20", - path="M0,0 L0,6 L9,3 z", - fill="#333333", - type="triangle" - - - function make() { - var defs = d3.select(svg).select("defs") - if (defs.empty()) { - defs = d3.select(svg).append("defs") - } - defs.append("marker") - .attr("id", id) - .attr("markerWidth", markerWidth) - .attr("markerHeight", markerHeight) - .attr("refX", refX) - .attr("refY", refY) - .attr("orient", orient) - .attr("markerUnits", markerUnits) - .attr("viewBox", viewBox) - .append("path") - .attr("d", path) - } - - make.triangle = function (x, y, yOffset) { - refX = yOffset + y - refY = x / 2 - path = "M0,0 L0,"+x+" L"+y+","+(x/2)+" z" - } - - function setupSettersAndGetters() { - var closuredVariables = [ - 'id', 'markerWidth', 'markerHeight', 'refX', 'refY', - 'orient', 'markerUnits', 'viewBox', 'path', "svg", "fill" - ] - - - - for (var i = 0; i < closuredVariables.length; i++) { - var currentClosureVariable = closuredVariables[i] - var toEvaluateString = " \ - make." + currentClosureVariable + " = function(value){ \ - if(!arguments.length) return " + currentClosureVariable + "; \ - " + currentClosureVariable + " = value; \ - return make; \ - }; \ - " - eval(toEvaluateString) - } - } - setupSettersAndGetters() - return make; -} - - - -// marker().id("arrow-head") -// .markerWidth("10") -// .markerHeight("10") -// .refX("0") -// .refY("3") -// .orient("auto") -// .markerUnits("strokeWidth") -// .viewBox("0 0 20 20") -// .path("M0,0 L0,6 L9,3 z") -// .fill("#FFFFFF") diff --git a/needs-to-be-bundled/scatter.js b/needs-to-be-bundled/scatter.js deleted file mode 100644 index 3c97adaec648d0f90f87f5f879e1f2cd0998dabe..0000000000000000000000000000000000000000 --- a/needs-to-be-bundled/scatter.js +++ /dev/null @@ -1,265 +0,0 @@ -function scatter() { - // variables that need to be set externally - var plotContainer, - drawingSpace, - colors = ["#2c7bb6", "#00a6ca", "#00ccbc", "#90eb9d", "#ffff8c", "#f9d057", "#f29e2e", "#e76818", "#d7191c"], - tooltipKeys, - rKey, // r key - r=2, - stroke, - data, - xScale = d3.scaleLinear(), - yScale = d3.scaleLinear(), - rScale = d3.scaleLinear().range([ 2, 10]), - xKey, yKey, // x and y keys - points, - categorical = true, - cKey, // color key - cOpacity = 0.2, - strokeWidth = 2, - cScale = d3.scaleSequential(interpolateColors.apply(this, colors)) - - - - // variables set internally - var pointsNeeded, currentNumberOfPoints, - xValues, yValues, rValues, cValues, - dataExtent, fatal, - verbose = true, - animationTime = 1000, - svg, - rScaleMin = 0.002, - rScaleMax = 0.02, - xRangePad = 2, - yRangePad = 2 - hexademicalOpacity = { - 1: "FF", - 0.9: 'E6', - 0.8: 'CC', - 0.7: "B3", - 0.6: "99", - 0.5: "80", - 0.4: "66", - 0.3: "4D", - 0.2: "33", - 0.1: "1A", - 0.0: "00" - } - - - - - function plot(){ - fatal = warn(plotContainer, 'plotContainer', undefined, true, verbose) - if ( fatal ) {return} - fatal = warn(data, 'data', undefined, true, verbose) - if ( fatal ) {return} - fatal = warn(xKey, 'xKey', undefined, true, verbose) - if ( fatal ) {return} - fatal = warn(yKey, 'yKey', undefined, true, verbose) - if ( fatal ) {return} - fatal = warn(drawingSpace, 'drawingSpace', undefined, true, verbose) - if ( fatal ) {return} - - - svg = d3.select(plotContainer.thisSVG()) - - pointsNeeded = data.length - currentNumberOfPoints = plotContainer.selectAll('.point-container').size() - - - xValues = data.map( function(d, i) { return parseFloat( d[xKey] ) } ) - yValues = data.map( function(d, i) { return parseFloat( d[yKey] ) } ) - - - - dataExtent = { - x: { - min: d3.min( xValues ), - max: d3.max( xValues ) - }, - y: { - min: d3.min( yValues ), - max: d3.max( yValues ) - } - } - - xScale.domain([ dataExtent.x.min - xRangePad, dataExtent.x.max + xRangePad]) - .range([ 0, drawingSpace.x ]) - - yScale.domain([ dataExtent.y.min - yRangePad, dataExtent.y.max + yRangePad]) - .range([ drawingSpace.y, 0 ]) - - - // set r scale if rKey is defined - if (rKey != undefined) { - rValues = data.map( function(d, i) { return parseFloat( d[rKey] ) } ) - rScale.domain([ d3.min(rValues), d3.max(rValues) ]) - .range([ - parseFloat(svg.style('width')) * rScaleMin, - parseFloat(svg.style('width')) * rScaleMax] - ) - } - - if (cKey != undefined) { - cValues = data.map( function(d, i) { return parseFloat( d[cKey] ) } ) - cScale.domain([ d3.min(cValues), d3.max(cValues) ]) - } - - - // not enough pionts add more - if (pointsNeeded > currentNumberOfPoints) { - plotContainer.selectAll('.point-container') - .data(data) - .enter() - .append('g') - .attr('class', 'point-container') - .attr('transform', function(d, i) { - x = 0 - y = parseFloat(plotContainer.thisSVG().style.height) - trans = 'translate('+x+','+y+')' - return trans - }) // for entering animation - .append('circle') - .attr('class', 'point') - } else if (pointsNeeded == currentNumberOfPoints) { - plotContainer.selectAll('.point-container').data(data) - } else { // too many points, remove - plotContainer.selectAll('.point-container').data(data) - .exit() - .transition() - .duration(function(d, i) { - return (animationTime * 0.1) + (animationTime * .9) / data.length * i - }) - .attr('transform', function(d, i) { - x = 0 - y = parseFloat(svg.style('height')) - trans = 'translate('+x+','+y+')' - return trans - }) // for exiting animation - .remove() - } - - // rebind dat for safety - points = plotContainer.selectAll('.point-container').data(data) - - points.transition().duration(function(d, i){ - return (animationTime * 0.1) + (animationTime * .9) / data.length * i - }) // animate movement - .attr('transform', function(d, i) { - x = xScale(d[xKey]) - y = yScale(d[yKey]) - trans = "translate("+(x)+","+(y)+")" - return trans - }) // move points to correct location - .select('circle') - .attr('r', function(d, i){ - if (rKey != undefined) { return rScale(d[rKey]) } - else { return r } - }) // set size to r - .attr('fill', function(d, i){ - if (cKey == undefined) { - var colorI = i % colors.length - var c = colors[colorI] - if (c.includes("#") && cOpacity != undefined) { - c += hexademicalOpacity[cOpacity] - } - return c - } else { - var c = cScale(d[cKey]) - if (c.includes("#") && cOpacity != undefined) { - c += hexademicalOpacity[cOpacity] - } else { - [r, g, b] = c.slice(3).split(',') - b = b.split(')').join('') - r = r.split('(').join('') - return 'rgba('+r+','+g+','+b+','+cOpacity+')' - } - return c - } - }) - .attr('stroke-width', strokeWidth) - .attr('stroke', function(d, i){ - if (cKey == undefined) { - var colorI = i % colors.length - var c = colors[colorI] - return c - } else { - return cScale(d[cKey]) - } - }) - - - - points.on('mouseout', mouseoutPoint) - .on('mouseover', mouseoverPoint) - - function mouseoutPoint(d, i){ - var pnt = d3.select(this).select('circle') - d3.selectAll('div.tooltip').style('display', 'none') - pnt.transition().duration(animationTime * 0.5) - .attr('r', function(d, i){ - if (rKey != undefined) { return rScale(d[rKey]) } - else { return r } - }) - } - - function mouseoverPoint(d, i){ - var pnt = d3.select(this).select('circle') - pnt.transition().duration(animationTime * 0.5) - .attr('r', function(d, i){ - return rScale.range()[1] * 1.5 - }) - - ttip = tooltip().tooltipKeys(tooltipKeys).data(d) - ttip() - } - - } - - - function setupSettersAndGetters() { - var closuredVariables = [ - 'plotContainer', - 'drawingSpace', - 'data', - 'colors', - 'tooltipKeys', - 'rKey','xKey', 'yKey', 'cKey', - 'r', - 'xScale', - 'yScale', - 'cScale', - 'rScale', - 'xRangePad', - 'yRangePad', - 'points', - 'categorical', - 'cOpacity', - 'strokeWidth', - 'pointsNeeded', - 'currentNumberOfPoints', - 'xValues','yValues','rValues','cValues', - 'dataExtent', 'fatal', - 'verbose', 'animationTime', - 'svg', 'rScaleMax', 'rScaleMin' - ] - - - for (var i = 0; i < closuredVariables.length; i++) { - var currentClosureVariable = closuredVariables[i] - var toEvaluateString = " \ - plot." + currentClosureVariable + " = function(value){ \ - if(!arguments.length) return " + currentClosureVariable + "; \ - " + currentClosureVariable + " = value; \ - return plot; \ - }; \ - " - eval(toEvaluateString) - } - } - - - setupSettersAndGetters() - return plot; -} diff --git a/needs-to-be-bundled/tooltip.js b/needs-to-be-bundled/tooltip.js deleted file mode 100644 index c4ba690d4f1b708b22c07b39191d576318356306..0000000000000000000000000000000000000000 --- a/needs-to-be-bundled/tooltip.js +++ /dev/null @@ -1,79 +0,0 @@ -function tooltip() { - var - ttip, - tooltipKeys, - tooltipContent, - divs, data - - - function make() { - ttip = d3.select('body').select('div.tooltip') - .style('display', 'flex') - - if (ttip.empty()) { - ttip = d3.select('body').append('div').attr('class','tooltip') - .style('display', 'flex').attr('id', 'tooltip') - } - - tooltipContent = ttip.select('div.tooltip-vertical-flex') - if (tooltipContent.empty()) { - tooltipContent = ttip.append('div').attr('class','tooltip-vertical-flex') - } - - divs = tooltipContent.selectAll('.tooltip-element-flex') - if (divs.empty() || divs.size() < tooltipKeys.length) { - divs = tooltipContent.selectAll('.tooltip-element-flex') - .data(tooltipKeys) - .enter() - .append('div').attr('class', 'tooltip-element-flex') - - divs.append('div').attr('class', 'tooltip-element-key') - divs.append('div').attr('class', 'tooltip-element-value') - } else { - tooltipContent.selectAll('.tooltip-element-flex') - .data(tooltipKeys) - .exit() - .remove() - } - divs = tooltipContent.selectAll('.tooltip-element-flex').data(tooltipKeys) - - divs.each(function(curKey){ - var k = d3.select(this).select('.tooltip-element-key') - var v = d3.select(this).select('.tooltip-element-value') - - k.html(curKey) - v.html(data[curKey]) - }) - - var mouse = d3.mouse.smart("tooltip") - ttip.style('left', mouse[0]+'px') - .style('top', mouse[1]+'px') - - } - - function setupSettersAndGetters() { - var closuredVariables = [ - 'ttipConatiner', - 'ttip', - 'tooltipKeys', - 'tooltipContent', - 'divs', 'data' - ] - - - for (var i = 0; i < closuredVariables.length; i++) { - var currentClosureVariable = closuredVariables[i] - var toEvaluateString = " \ - make." + currentClosureVariable + " = function(value){ \ - if(!arguments.length) return " + currentClosureVariable + "; \ - " + currentClosureVariable + " = value; \ - return make; \ - }; \ - " - eval(toEvaluateString) - } - } - - setupSettersAndGetters() - return make -} diff --git a/rollup.config.js b/rollup.config.js index f638afd79e0b4814670fdcf5b584d3650280ca29..186a4da4d2124a533096910060ffa1b7210bfe45 100644 --- a/rollup.config.js +++ b/rollup.config.js @@ -1,8 +1,8 @@ -import babel from 'rollup-plugin-babel'; +// import babel from 'rollup-plugin-babel'; import uglify from 'rollup-plugin-uglify-es'; import minimist from 'minimist'; import commonjs from 'rollup-plugin-commonjs'; -import resolve from 'rollup-plugin-node-resolve'; +import nodeResolve from 'rollup-plugin-node-resolve'; import pkg from './package.json'; @@ -10,39 +10,25 @@ import pkg from './package.json'; const argv = minimist(process.argv.slice(2)); const config = { - input: 'src/scripts/main.js', + input: 'src/entry.js', output: { name: pkg.name, exports: 'named', extend: true, - // external: ['d3'], - // globals: { - // d3: 'd3' - // }, + external: ['d3'], + globals: { + d3: 'd3' + }, }, plugins: [ - // babel({ // exclude: 'node_modules/**', // externalHelpers: true, - // runtimeHelpers: true, - // plugins: [ - // [ - // 'wildcard', - // { - // exts: ['vue'], - // nostrip: true, - // }, - // ], - // '@babel/plugin-external-helpers', - // - // ], + // runtimeHelpers: true, // }), - resolve({ - jsnext: true, - main: true - + nodeResolve({ + mainFields:['jsnext', 'main'], }), commonjs({ // non-CommonJS modules will be ignored, but you can also diff --git a/src/entry.js b/src/entry.js new file mode 100644 index 0000000000000000000000000000000000000000..2ac38673d15ba8c5f751b4cb603047450d4e17e8 --- /dev/null +++ b/src/entry.js @@ -0,0 +1,27 @@ +import utils from './modules/utils/index.js' +import axis from './modules/axis' +import groupingSpacer from './modules/grouping-spacer' +import tooltip from './modules/tooltip' +import colorFunction from './modules/color-function' +import charts from './modules/charts/index.js' +import legends from './modules/legends/index.js' +import aux from './modules/aux/index.js' + + + +let d3sm = { + aux, + axis, + charts, + colorFunction, + debugQ: false, + groupingSpacer, + legends, + tooltip, + utils, +} + +if (typeof window !== 'undefined') { + window.d3sm = d3sm; +} +export default d3sm diff --git a/src/scripts/modules/data-toggle.js b/src/modules/aux/data-toggle.js similarity index 85% rename from src/scripts/modules/data-toggle.js rename to src/modules/aux/data-toggle.js index d261e487f5872012510778f71310af372af99e80..be2e016593697ab4307c92fcac6e242aa166c407 100644 --- a/src/scripts/modules/data-toggle.js +++ b/src/modules/aux/data-toggle.js @@ -1,5 +1,5 @@ -import {hypenate, safeSelect} from './helpers'; -import {selectFilter} from './select-filter'; +import utils from '../utils/index.js' +import selectFilter from './select-filter'; /******************************************************************************* ** ** @@ -15,7 +15,7 @@ import {selectFilter} from './select-filter'; * @namespace datatoggle * @returns {function} datatoggle */ -export function datatoggle( selection ) { +export default function datatoggle( selection ) { var /** * Keys to make toggle-able options @@ -110,8 +110,8 @@ export function datatoggle( selection ) { // selection options // selection.classed('d-flex flex-row', true) - // var filterButton = safeSelect(selection, 'a', 'slider-buttons') - // var filterI = safeSelect(filterButton, 'i', 'fa fa-sliders') + // var filterButton = utils.sel.safeSelect(selection, 'a', 'slider-buttons') + // var filterI = utils.sel.safeSelect(filterButton, 'i', 'fa fa-sliders') /*BUG: unexpected behavior. - when using bootstrap-eque way for collapse, clicking button submits to @@ -121,13 +121,13 @@ export function datatoggle( selection ) { */ // filterButton.attr('class', 'btn btn-secondary') // .attr('data-toggle', 'collapse') - // .attr('href', '#'+hypenate(namespace, 'data-toggle')) + // .attr('href', '#'+utils.str.hypenate(namespace, 'data-toggle')) // .attr('target', '_blank') // .html(filterButton.html()+' Filters') // .on('click', function(d, i){ // d3.event.preventDefault() // d3.event.stopPropagation() - // var dt = d3.select("#"+hypenate(namespace, 'data-toggle')) + // var dt = d3.select("#"+utils.str.hypenate(namespace, 'data-toggle')) // dt.classed('show', !dt.classed('show')) // dt.classed('d-inline-flex', dt.classed('show')) // @@ -139,14 +139,14 @@ export function datatoggle( selection ) { - // var datatoggleCollapse = safeSelect(selection, 'div', hypenate(namespace,'collapse')) - // .attr('id', hypenate(namespace, 'data-toggle')) + // var datatoggleCollapse = utils.sel.safeSelect(selection, 'div', utils.str.hypenate(namespace,'collapse')) + // .attr('id', utils.str.hypenate(namespace, 'data-toggle')) // .classed('collapse', true) - // var flexRow = safeSelect(datatoggleCollapse, 'div', 'd-inline-flex flex-row flex-wrap') - var flexRow = safeSelect(selection, 'div', 'd-inline-flex flex-row flex-wrap') + // var flexRow = utils.sel.safeSelect(datatoggleCollapse, 'div', 'd-inline-flex flex-row flex-wrap') + var flexRow = utils.sel.safeSelect(selection, 'div', 'd-inline-flex flex-row flex-wrap') - var dataopts = flexRow.selectAll('div.'+hypenate(namespace,'select-filter')) + var dataopts = flexRow.selectAll('div.'+utils.str.hypenate(namespace,'select-filter')) // remove excess dataopts.exit().remove() // bind data @@ -161,7 +161,7 @@ export function datatoggle( selection ) { var t = d3.select(this) var sf = selectFilter(t) .data(data[d]) - .namespace(hypenate(namespace, d)) + .namespace(utils.str.hypenate(namespace, d)) .selectionName(d) sf() filterSelects[d] = sf diff --git a/src/modules/aux/index.js b/src/modules/aux/index.js new file mode 100644 index 0000000000000000000000000000000000000000..b59c31222deefccc972c977c6fd54b18dc582d7e --- /dev/null +++ b/src/modules/aux/index.js @@ -0,0 +1,13 @@ +import lasso from './lasso' +import lassoWidget from './lasso-widget' +import multiPlotZoom from './multi-plot-zoom' +import plotZoom from './plot-zoom' +import datatoggle from './data-toggle' +import selectFilter from './select-filter' + +let aux = { + lasso, plotZoom, multiPlotZoom, datatoggle, selectFilter, lassoWidget +} + +export {lasso, plotZoom, multiPlotZoom, datatoggle, selectFilter, lassoWidget} +export default aux diff --git a/src/scripts/modules/lasso-widget.js b/src/modules/aux/lasso-widget.js similarity index 70% rename from src/scripts/modules/lasso-widget.js rename to src/modules/aux/lasso-widget.js index 53f0e83ee1adeea9fbef65734c82c863049224c4..c90eacae863519bdea13d88098bdea83325393a3 100644 --- a/src/scripts/modules/lasso-widget.js +++ b/src/modules/aux/lasso-widget.js @@ -1,13 +1,11 @@ -import {hypenate, safeSelect, modifyHexidecimalColorLuminance, extractViolinValues, quartiles} from './helpers'; -import {setupContainer, calculateWidthOfObject, calculateWidthOfSpacer} from './utils'; -import {unique, hasQ, flatten, whichBin} from './array-functions'; -import {groupingSpacer} from './grouping-spacer'; -import {colorFunction as CF} from './color-function'; -import {tooltip as TTip} from './tooltip'; -import {lasso} from './lasso'; -import './d3-prototypes'; - -export function lassoWidget( selection ) { +import utils from '../utils/index.js' +import groupingSpacer from '../grouping-spacer'; +import CF from '../color-function'; +import TTip from '../tooltip'; +import lasso from './lasso'; +import '../d3-prototypes'; + +export default function lassoWidget( selection ) { var namespace = 'd3sm-lasso', selection = selection, @@ -49,7 +47,7 @@ export function lassoWidget( selection ) { d3.select("html").append("style") .classed(namespace+'lasso-widget', true) .html( - "."+hypenate(namespace, "data-table") + "{\ + "."+utils.str.hypenate(namespace, "data-table") + "{\ height:100px;\ overflow:auto;\ }" @@ -68,25 +66,25 @@ export function lassoWidget( selection ) { } function plusTab(tabList) { - var tab = safeSelect(tabList, 'li', hypenate(namespace, 'plus-tab')) + var tab = utils.sel.safeSelect(tabList, 'li', utils.str.hypenate(namespace, 'plus-tab')) .classed('ml-auto', true) .classed('nav-item', true) .on('click', makeNewGroup), - anchor = safeSelect(tab, 'a', 'nav-link'), - icon = safeSelect(anchor, 'i', 'fa') + anchor = utils.sel.safeSelect(tab, 'a', 'nav-link'), + icon = utils.sel.safeSelect(anchor, 'i', 'fa') .classed('fa-plus fa-2x text-success', true) } function sendTab(tabList) { - var tab = safeSelect(tabList, 'li', hypenate(namespace, 'send-tab')) + var tab = utils.sel.safeSelect(tabList, 'li', utils.str.hypenate(namespace, 'send-tab')) .classed('ml-auto', true) .classed('nav-item', true) .on('click', clickSend) , - anchor = safeSelect(tab, 'a', 'nav-link'), - icon = safeSelect(anchor, 'i', 'fa') + anchor = utils.sel.safeSelect(tab, 'a', 'nav-link'), + icon = utils.sel.safeSelect(anchor, 'i', 'fa') .classed('fa-paper-plane-o fa-2x text-primary', true) } @@ -96,7 +94,7 @@ export function lassoWidget( selection ) { } function closeTab(tabList) { - var tab = safeSelect(tabList, 'li', hypenate(namespace, 'close-tab')) + var tab = utils.sel.safeSelect(tabList, 'li', utils.str.hypenate(namespace, 'close-tab')) .classed('ml-auto', true) .classed('nav-item', true) .on('click', function(){ @@ -109,8 +107,8 @@ export function lassoWidget( selection ) { }) , - anchor = safeSelect(tab, 'a', 'nav-link'), - icon = safeSelect(anchor, 'i', 'fa') + anchor = utils.sel.safeSelect(tab, 'a', 'nav-link'), + icon = utils.sel.safeSelect(anchor, 'i', 'fa') .classed('fa-window-close-o fa-2x text-danger', true) } @@ -118,31 +116,31 @@ export function lassoWidget( selection ) { function setupDataselectContainer() { var - card = safeSelect(selection, 'div', 'card'), - cardHeader = safeSelect(card, 'div', 'card-header'), + card = utils.sel.safeSelect(selection, 'div', 'card'), + cardHeader = utils.sel.safeSelect(card, 'div', 'card-header'), - tabList = safeSelect(cardHeader, 'ul', 'nav') + tabList = utils.sel.safeSelect(cardHeader, 'ul', 'nav') .classed('nav-tabs card-header-tabs', true) - .classed(hypenate(namespace, 'tab-list'), true) + .classed(utils.str.hypenate(namespace, 'tab-list'), true) .attr('role', 'tablist'), - cardBody = safeSelect(card, 'div', 'card-body'), - tabContent = safeSelect(cardBody, 'div', 'tab-content') - .classed(hypenate(namespace, 'tab-content'), true), + cardBody = utils.sel.safeSelect(card, 'div', 'card-body'), + tabContent = utils.sel.safeSelect(cardBody, 'div', 'tab-content') + .classed(utils.str.hypenate(namespace, 'tab-content'), true), - // leftTabs = safeSelect(tabList, 'div', 'nav mr-auto left-aligned-tabs') - rightTabs = safeSelect(tabList, 'div', 'right-aligned-tabs').classed('nav ml-auto ', true) + // leftTabs = utils.sel.safeSelect(tabList, 'div', 'nav mr-auto left-aligned-tabs') + rightTabs = utils.sel.safeSelect(tabList, 'div', 'right-aligned-tabs').classed('nav ml-auto ', true) plusTab(rightTabs) sendTab(rightTabs) closeTab(rightTabs) var - defaultTab = safeSelect(tabContent, 'div', 'tab-pane') - .classed(hypenate(namespace,'default-tab'), true) + defaultTab = utils.sel.safeSelect(tabContent, 'div', 'tab-pane') + .classed(utils.str.hypenate(namespace,'default-tab'), true) .classed("active", true) .classed('text-left', true), - p = safeSelect(defaultTab, 'div') + p = utils.sel.safeSelect(defaultTab, 'div') .html( "Click to add a new group.
"+ "Click to submit for re-analysis.
"+ @@ -154,18 +152,18 @@ export function lassoWidget( selection ) { function makeRemoveButton(paneBtnList) { var - btn = safeSelect(paneBtnList, 'button', 'remove-btn') + btn = utils.sel.safeSelect(paneBtnList, 'button', 'remove-btn') .classed('btn btn-danger', true) .on('click', removeBtnClickToRemove), - i = safeSelect(btn, 'i', 'fa').classed('fa-trash-o', true), - s = safeSelect(btn, 'span').text('Remove group') + i = utils.sel.safeSelect(btn, 'i', 'fa').classed('fa-trash-o', true), + s = utils.sel.safeSelect(btn, 'span').text('Remove group') return btn } function removeBtnClickToRemove(d, i) { var - tab = selection.select('#'+hypenate(namespace,'tab',d)), - pane = selection.select('#'+hypenate(namespace,'tab','pane',d)) + tab = selection.select('#'+utils.str.hypenate(namespace,'tab',d)), + pane = selection.select('#'+utils.str.hypenate(namespace,'tab','pane',d)) tab.remove() pane.remove() @@ -176,7 +174,7 @@ export function lassoWidget( selection ) { function togglePaneById(id) { - var panes = selection.select('.'+hypenate(namespace, 'tab-content')) + var panes = selection.select('.'+utils.str.hypenate(namespace, 'tab-content')) panes.selectAll('div.tab-pane') .each(function(d, i){ d3.select(this).classed('active show', d3.select(this).attr('id') == id) @@ -195,13 +193,13 @@ export function lassoWidget( selection ) { .classed('show', true) // .classed('mr-auto', true) .attr("role", 'alert') - .attr("id", hypenate(namespace,'tab',n)) - .classed(hypenate(namespace,'tab'), true) + .attr("id", utils.str.hypenate(namespace,'tab',n)) + .classed(utils.str.hypenate(namespace,'tab'), true) - var a = safeSelect(li, 'a') + var a = utils.sel.safeSelect(li, 'a') .attr('data-toggle', 'tab') .text('Group ' + n) - .attr('href', '#'+hypenate(namespace,'tab','pane',n)) + .attr('href', '#'+utils.str.hypenate(namespace,'tab','pane',n)) .on('dblclick', function(d, i){ var t = d3.select(this) t.attr('contenteditable', true) @@ -244,24 +242,24 @@ export function lassoWidget( selection ) { .attr('role', 'tabpanel') .classed('tab-pane', true) .classed('text-left', true) - .classed(hypenate(namespace,'tab','pane'), true) - .attr('id', hypenate(namespace,'tab','pane',n)) + .classed(utils.str.hypenate(namespace,'tab','pane'), true) + .attr('id', utils.str.hypenate(namespace,'tab','pane',n)) return pane } function populatePane(pane, n) { var - lead = safeSelect(pane, 'p', 'lead').text('Group '+n), + lead = utils.sel.safeSelect(pane, 'p', 'lead').text('Group '+n), - tableContainer = safeSelect(pane, 'div', 'table-responsive') - .attr("class", hypenate(namespace, "data-table")), + tableContainer = utils.sel.safeSelect(pane, 'div', 'table-responsive') + .attr("class", utils.str.hypenate(namespace, "data-table")), - table = safeSelect(tableContainer, "table", "table") + table = utils.sel.safeSelect(tableContainer, "table", "table") .classed("table-sm", true).classed("table-hover", true), - caption = safeSelect(table, "caption", "caption").html("List of selected"), + caption = utils.sel.safeSelect(table, "caption", "caption").html("List of selected"), - btns = safeSelect(pane, 'div', 'text-right'), + btns = utils.sel.safeSelect(pane, 'div', 'text-right'), cN = n % colorFunction.colors().length if (n % 2 != 0) { cN = (colorFunction.colors().length - 1) - cN } @@ -288,22 +286,22 @@ export function lassoWidget( selection ) { } function makeLassoButton(btns) { - var btn = safeSelect(btns, 'button', 'lasso-btn') + var btn = utils.sel.safeSelect(btns, 'button', 'lasso-btn') .classed('btn btn-info', true) .classed(namespace, true) // .datum([lasso]) - var i = safeSelect(btn, 'i', 'fa').classed('fa-hand-pointer-o', true) - var s = safeSelect(btn, 'span').text('Lasso select') + var i = utils.sel.safeSelect(btn, 'i', 'fa').classed('fa-hand-pointer-o', true) + var s = utils.sel.safeSelect(btn, 'span').text('Lasso select') return btn } function makeClearButton(btns) { - var btn = safeSelect(btns, 'button', 'clear-btn') + var btn = utils.sel.safeSelect(btns, 'button', 'clear-btn') .classed('btn btn-light', true) .classed(namespace, true) - var i = safeSelect(btn, 'i', 'fa').classed('fa-eraser', true) - var s = safeSelect(btn, 'span').text('Clear selection') + var i = utils.sel.safeSelect(btn, 'i', 'fa').classed('fa-eraser', true) + var s = utils.sel.safeSelect(btn, 'span').text('Clear selection') return btn } @@ -327,10 +325,10 @@ export function lassoWidget( selection ) { lassoBtn.node().addEventListener("click", lassoBtnToggle) lassoBtn.datum([currentLasso]) - .on(hypenate(namespace,'render'), function(){ + .on(utils.str.hypenate(namespace,'render'), function(){ d3.select(this).datum()[0].draw() }) - .on(hypenate(namespace,"drag"), function(las){ + .on(utils.str.hypenate(namespace,"drag"), function(las){ var nodes = chartContainer.selectAll(".in-lasso-"+las[0].instance()).nodes() var tableData = nodes.map(function(d, i){ var extracted = dataExtractor(d3.select(d).datum()) @@ -345,7 +343,7 @@ export function lassoWidget( selection ) { clearBtn.on('click', function(){ currentLasso.allPoints([]) currentLasso.currentPoints([]) - lassoBtn.dispatch(hypenate(namespace,"drag")) + lassoBtn.dispatch(utils.str.hypenate(namespace,"drag")) }) @@ -362,7 +360,7 @@ export function lassoWidget( selection ) { that.classed('btn-info', !activeQ) that.classed('btn-warning', activeQ) that.select("span").text("Lasso select (active)") - selection.selectAll("."+namespace+".lasso-btn").dispatch(hypenate(namespace,'render')) + selection.selectAll("."+namespace+".lasso-btn").dispatch(utils.str.hypenate(namespace,'render')) d3.select("html").node().addEventListener('mousedown', monitorLassoButtonState) } else { that.classed('btn-info', !activeQ) @@ -458,9 +456,9 @@ export function lassoWidget( selection ) { function makeTable(table, tableData, lasso) { var - head = safeSelect(table, "thead"), - headR = safeSelect(head, "tr"), - body = safeSelect(table, "tbody"), + head = utils.sel.safeSelect(table, "thead"), + headR = utils.sel.safeSelect(head, "tr"), + body = utils.sel.safeSelect(table, "tbody"), headerKeys = updateTableHeaderColumns(headR, tableData), @@ -491,11 +489,11 @@ export function lassoWidget( selection ) { function makeNewGroup(d, i) { - var tabs = selection.select('.'+hypenate(namespace, 'tab-list')), - panes = selection.select('.'+hypenate(namespace, 'tab-content')), + var tabs = selection.select('.'+utils.str.hypenate(namespace, 'tab-list')), + panes = selection.select('.'+utils.str.hypenate(namespace, 'tab-content')), n = newGroupNumber() - if (tabs.selectAll('.'+hypenate(namespace,'tab')).size() == maxNumberOfGroups) { + if (tabs.selectAll('.'+utils.str.hypenate(namespace,'tab')).size() == maxNumberOfGroups) { onError('only '+maxNumberOfGroups+' allowed.', 'warning') return } @@ -510,7 +508,7 @@ export function lassoWidget( selection ) { } function newGroupNumber() { - var tabs = selection.select('.'+hypenate(namespace, 'tab-list'))//, + var tabs = selection.select('.'+utils.str.hypenate(namespace, 'tab-list'))//, var n = tabs.selectAll('li').size() - 3, // minus 1 for plus tab s = 'Group ' + n, @@ -522,17 +520,17 @@ export function lassoWidget( selection ) { function updateTabAndPaneNumbers() { var - tabs = selection.select('.'+hypenate(namespace, 'tab-list')), - panes = selection.select('.'+hypenate(namespace, 'tab-content')) + tabs = selection.select('.'+utils.str.hypenate(namespace, 'tab-list')), + panes = selection.select('.'+utils.str.hypenate(namespace, 'tab-content')) - tabs = tabs.selectAll('.'+hypenate(namespace,'tab')) - panes = panes.selectAll('.'+hypenate(namespace,'tab', 'pane')) + tabs = tabs.selectAll('.'+utils.str.hypenate(namespace,'tab')) + panes = panes.selectAll('.'+utils.str.hypenate(namespace,'tab', 'pane')) tabs.each(function(d, i){ d3.select(this).datum(i) - .attr("id", hypenate(namespace,'tab',i)) + .attr("id", utils.str.hypenate(namespace,'tab',i)) .select('a') - .attr('href', '#'+hypenate(namespace,'tab','pane',i)) + .attr('href', '#'+utils.str.hypenate(namespace,'tab','pane',i)) .text(function(dd, ii){ var curText = d3.select(this).text(); if (curText.split(' ')[0] == 'Group') { @@ -544,8 +542,8 @@ export function lassoWidget( selection ) { panes.each(function(d, i){ d3.select(this).datum(i) - .attr('id', hypenate(namespace,'tab','pane',i)) - safeSelect(d3.select(this), 'p', 'lead') + .attr('id', utils.str.hypenate(namespace,'tab','pane',i)) + utils.sel.safeSelect(d3.select(this), 'p', 'lead') .text(function(dd, ii){ var curText = d3.select(this).text(); if (curText.split(' ')[0] == 'Group') { @@ -553,19 +551,19 @@ export function lassoWidget( selection ) { } return curText }) - safeSelect(d3.select(this), 'button', 'remove-btn') + utils.sel.safeSelect(d3.select(this), 'button', 'remove-btn') .on('click', removeBtnClickToRemove) }) } function gatherDataLists() { - var tabs = selection.select('.'+hypenate(namespace, 'tab-list')) - var panes = selection.select('.'+hypenate(namespace, 'tab-content')) - var tables = panes.selectAll('.'+hypenate(namespace, "data-table")) + var tabs = selection.select('.'+utils.str.hypenate(namespace, 'tab-list')) + var panes = selection.select('.'+utils.str.hypenate(namespace, 'tab-content')) + var tables = panes.selectAll('.'+utils.str.hypenate(namespace, "data-table")) var data = {} - var textGroups = tabs.selectAll('li.'+hypenate(namespace,'tab') + ' > a') + var textGroups = tabs.selectAll('li.'+utils.str.hypenate(namespace,'tab') + ' > a') .nodes().map(function(d, i){return d3.select(d).text()}) textGroups.map(function(e, i){ @@ -583,12 +581,12 @@ export function lassoWidget( selection ) { function showRemainingPanes() { var - tabs = selection.select('.'+hypenate(namespace, 'tab-list')), - panes = selection.select('.'+hypenate(namespace, 'tab-content')), - remainingTabs = tabs.selectAll('.'+hypenate(namespace,'tab')) + tabs = selection.select('.'+utils.str.hypenate(namespace, 'tab-list')), + panes = selection.select('.'+utils.str.hypenate(namespace, 'tab-content')), + remainingTabs = tabs.selectAll('.'+utils.str.hypenate(namespace,'tab')) if (remainingTabs.size() == 0) { - panes.select('.'+hypenate(namespace,'default-tab')) + panes.select('.'+utils.str.hypenate(namespace,'default-tab')) .classed("active", true) .classed('text-left', true) } diff --git a/src/scripts/modules/lasso.js b/src/modules/aux/lasso.js similarity index 89% rename from src/scripts/modules/lasso.js rename to src/modules/aux/lasso.js index 0ccf0e9f4b7612e9c73e5dc9f19db7154d36d939..78e30490cfd176619d190bf9b97147c05345ae98 100644 --- a/src/scripts/modules/lasso.js +++ b/src/modules/aux/lasso.js @@ -1,10 +1,8 @@ -import {hypenate, safeSelect, euclideanDistance} from './helpers'; -import {setupContainer, calculateWidthOfObject, calculateWidthOfSpacer} from './utils'; -import {unique, hasQ, flatten, whichBin} from './array-functions'; -import {groupingSpacer} from './grouping-spacer'; -import {colorFunction as CF} from './color-function'; -import {tooltip as TTip} from './tooltip'; -import './d3-prototypes'; +import utils from '../utils/index.js'; +import groupingSpacer from '../grouping-spacer'; +import CF from '../color-function'; +import TTip from '../tooltip'; +import '../d3-prototypes'; function getTranslation(selection){ var transform = selection.attr('transform') @@ -14,7 +12,7 @@ function getTranslation(selection){ return [parseFloat(x), parseFloat(y)] } -export function lasso( selection ) { +export default function lasso( selection ) { var svg, // svg that is target of events objectContainer, // container which houses objects we are selecting (allows for transform to be applied to lasso) @@ -114,8 +112,8 @@ export function lasso( selection ) { function toggle(state) { // use optional param to set state, otherwise toggle state activeQ = (state!=undefined) ? state : !activeQ - chartOffset = getTranslation(chartContainer) - objectsOffset = getTranslation(objectContainer) + chartOffset = getTranslation(chartContainer) //utils.sel.getTranslation(chartContainer) + objectsOffset = getTranslation(objectContainer) //utils.sel.getTranslation(objectContainer) if (activeQ) { svg.node().addEventListener('mousedown', render, true) @@ -127,10 +125,10 @@ export function lasso( selection ) { } function draw() { - chartOffset = getTranslation(chartContainer) - objectsOffset = getTranslation(objectContainer) + chartOffset = getTranslation(chartContainer) //utils.sel.getTranslation(chartContainer) + objectsOffset = getTranslation(objectContainer) //utils.sel.getTranslation(objectContainer) - var container = safeSelect(objectContainer, 'g', 'lasso-container') + var container = utils.sel.safeSelect(objectContainer, 'g', 'lasso-container') var paths = container.selectAll('path[instance="'+instance+'"]') // update @@ -149,7 +147,7 @@ export function lasso( selection ) { } function remove() { - var container = safeSelect(objectContainer, 'g', 'lasso-container') + var container = utils.sel.safeSelect(objectContainer, 'g', 'lasso-container') var paths = container.selectAll('path[instance="'+instance+'"]').remove() container.remove() objectContainer.selectAll(objectClass).classed("in-lasso", false) @@ -160,7 +158,7 @@ export function lasso( selection ) { // nothing can interefer with drawing the lasso event.preventDefault(); event.stopPropagation(); - var container = safeSelect(objectContainer, 'g', 'lasso-container') + var container = utils.sel.safeSelect(objectContainer, 'g', 'lasso-container') /* each time the user presses down, while the state is active, the lasso @@ -173,8 +171,8 @@ export function lasso( selection ) { svg.node().removeEventListener('mousemove', drag) allPoints.push(currentPoints) // BUG: somehow this is pushing currentPoints n times where n is the nth lasso path for the current instance - // NOTE: allPoints = unique(allPoints) is a temporary and inefficient fix - allPoints = unique(allPoints) + // NOTE: allPoints = utils.arr.unique(allPoints) is a temporary and inefficient fix + allPoints = utils.arr.unique(allPoints) }) path = container.append('path').data([currentPoints]) @@ -182,7 +180,7 @@ export function lasso( selection ) { } function transitionDraw() { - var container = safeSelect(objectContainer, 'g', 'lasso-container') + var container = utils.sel.safeSelect(objectContainer, 'g', 'lasso-container') var paths = container.selectAll('path[instance="'+instance+'"]') // update @@ -203,7 +201,7 @@ export function lasso( selection ) { function applyPathAttributes(path) { path - .attr("class", hypenate(namespace, "lasso-path")) + .attr("class", utils.str.hypenate(namespace, "lasso-path")) .style('opacity', opacity) .attr('fill', color) .attr("d", line) @@ -222,8 +220,8 @@ export function lasso( selection ) { mouse down / mouse up. */ - if (eventCatcher != undefined) {eventCatcher.dispatch(hypenate(namespace,"drag"))} - // d3.dispatch(hypenate(namespace,"drag")) + if (eventCatcher != undefined) {eventCatcher.dispatch(utils.str.hypenate(namespace,"drag"))} + // d3.dispatch(utils.str.hypenate(namespace,"drag")) if (event.which != 1) {return} // ensures left mouse button set d3.event = event @@ -243,7 +241,7 @@ export function lasso( selection ) { if (xScale) {b[0] = xScale(b[0]); a[0] = xScale(a[0])} if (yScale) {b[1] = yScale(b[1]); a[1] = yScale(a[1])} - var dist = euclideanDistance(b, a) + var dist = utils.math.euclideanDistance(b, a) if (dist > tickDistance) { tick(pt) } } else { tick(pt) } @@ -379,10 +377,10 @@ export function lasso( selection ) { function keyFrames() { var style = - d3.select("html").select('style.'+hypenate(namespace,"lasso-dash")) + d3.select("html").select('style.'+utils.str.hypenate(namespace,"lasso-dash")) if (style.empty()) { d3.select("html").append('style') - .classed(hypenate(namespace,"lasso-dash"), true) + .classed(utils.str.hypenate(namespace,"lasso-dash"), true) .html("@keyframes lassoDash {to { stroke-dashoffset: 1000;}}") } diff --git a/src/scripts/modules/multi-plot-zoom.js b/src/modules/aux/multi-plot-zoom.js similarity index 88% rename from src/scripts/modules/multi-plot-zoom.js rename to src/modules/aux/multi-plot-zoom.js index 1565e4a677085aba42a07b9f58acc9ca0cc6c457..18db8b3b1a1da98b435c3f5759c60f92f0125e4f 100644 --- a/src/scripts/modules/multi-plot-zoom.js +++ b/src/modules/aux/multi-plot-zoom.js @@ -1,5 +1,4 @@ -import {hypenate, safeSelect, getTranslation} from './helpers'; -import {log, warn, error, info} from './utils'; +import utils from '../utils/index.js' /******************************************************************************* ** ** @@ -17,7 +16,7 @@ import {log, warn, error, info} from './utils'; * @namespace plotZoom * @returns {function} zoom */ -export function multiPlotZoom( chart ) { +export default function multiPlotZoom( chart ) { var /** * The event on which to fire @@ -127,14 +126,14 @@ export function multiPlotZoom( chart ) { function setLocks() { - var chartObjSel = chartSel.select('.'+hypenate(chart.namespace(),'object-container')) - var chartObjTrans = getTranslation(chartObjSel.attr('transform')) + var chartObjSel = chartSel.select('.'+utils.str.hypenate(chart.namespace(),'object-container')) + var chartObjTrans = utils.sel.getTranslation(chartObjSel.attr('transform')) var cos = chartObjSel.attr('transform', 'translate(0,0)') xLock = chartSel.node().getBBox().width - chart.spaceX()// * .9 yLock = chartSel.node().getBBox().height - chart.spaceY()// * .9 cos.attr('transform', 'translate('+chartObjTrans[0]+','+chartObjTrans[1]+')') - log('plotZoom', 'setLocks', {xLock:xLock, yLock:yLock}) + utils.con.log('plotZoom', 'setLocks', {xLock:xLock, yLock:yLock}) } @@ -194,20 +193,20 @@ export function multiPlotZoom( chart ) { - var chartObjSel = chartSel.select('.'+hypenate(chart.namespace(),'object-container')) + var chartObjSel = chartSel.select('.'+utils.str.hypenate(chart.namespace(),'object-container')) var xComponentObjSel = xComponentsSel.map(function(d, i){ - return d.select('.'+hypenate(xComponents[i].namespace(),'object-container')) + return d.select('.'+utils.str.hypenate(xComponents[i].namespace(),'object-container')) }) var yComponentObjSel = yComponentsSel.map(function(d, i){ - return d.select('.'+hypenate(yComponents[i].namespace(),'object-container')) + return d.select('.'+utils.str.hypenate(yComponents[i].namespace(),'object-container')) }) - var chartObjTrans = getTranslation(chartObjSel.attr('transform')) + var chartObjTrans = utils.sel.getTranslation(chartObjSel.attr('transform')) var xComponentsObjTrans = xComponentObjSel.map(function(d, i){ - return getTranslation(d.attr('transform')) + return utils.sel.getTranslation(d.attr('transform')) }) var yComponentsObjTrans = yComponentObjSel.map(function(d, i){ - return getTranslation(d.attr('transform')) + return utils.sel.getTranslation(d.attr('transform')) }) var x = horizontalQ ? transform.applyX(chartObjTrans[0]) : 0 @@ -236,9 +235,9 @@ export function multiPlotZoom( chart ) { if (orient == 'horizontal') {horizontalQ = true; verticalQ = false;} if (orient == 'vertical') {verticalQ = true; horizontalQ = false;} - var chartObjSel = chartSel.select('.'+hypenate(chart.namespace(),'object-container')) - var xAxisObjSel = xAxisSel.select('.'+hypenate(xAxis.namespace(),'object-container')) - var yAxisObjSel = yAxisSel.select('.'+hypenate(yAxis.namespace(),'object-container')) + var chartObjSel = chartSel.select('.'+utils.str.hypenate(chart.namespace(),'object-container')) + var xAxisObjSel = xAxisSel.select('.'+utils.str.hypenate(xAxis.namespace(),'object-container')) + var yAxisObjSel = yAxisSel.select('.'+utils.str.hypenate(yAxis.namespace(),'object-container')) chartObjSel.attr('transform', 'translate('+0+','+0+')') xAxisObjSel.attr('transform', 'translate('+0+','+0+')') yAxisObjSel.attr('transform', 'translate('+0+','+0+')') diff --git a/src/scripts/modules/plot-zoom.js b/src/modules/aux/plot-zoom.js similarity index 87% rename from src/scripts/modules/plot-zoom.js rename to src/modules/aux/plot-zoom.js index 6cca5f6f2e4a96fa4d48be3b6bd04e66f0a98359..6aef3f48950bdf10f39ffdd88d255e63fa316da3 100644 --- a/src/scripts/modules/plot-zoom.js +++ b/src/modules/aux/plot-zoom.js @@ -1,5 +1,4 @@ -import {hypenate, safeSelect, getTranslation} from './helpers'; -import {log, warn, error, info} from './utils'; +import utils from '../utils/index.js'; /******************************************************************************* ** ** @@ -17,7 +16,7 @@ import {log, warn, error, info} from './utils'; * @namespace plotZoom * @returns {function} zoom */ -export function plotZoom( chart, xAxis, yAxis ) { +export default function plotZoom( chart, xAxis, yAxis ) { var /** * The event on which to fire @@ -122,13 +121,13 @@ export function plotZoom( chart, xAxis, yAxis ) { function setLocks() { - var chartObjSel = chartSel.select('.'+hypenate(chart.namespace(),'object-container')) - var chartObjTrans = getTranslation(chartObjSel.attr('transform')) + var chartObjSel = chartSel.select('.'+utils.str.hypenate(chart.namespace(),'object-container')) + var chartObjTrans = utils.sel.getTranslation(chartObjSel.attr('transform')) var cos = chartObjSel.attr('transform', 'translate(0,0)') xLock = chartSel.node().getBBox().width - chart.spaceX() * .9 yLock = chartSel.node().getBBox().height - chart.spaceY() * .9 cos.attr('transform', 'translate('+chartObjTrans[0]+','+chartObjTrans[1]+')') - log('plotZoom', 'setLocks', {xLock:xLock, yLock:yLock}) + utils.con.log('plotZoom', 'setLocks', {xLock:xLock, yLock:yLock}) } @@ -187,9 +186,9 @@ export function plotZoom( chart, xAxis, yAxis ) { - var chartObjSel = chartSel.select('.'+hypenate(chart.namespace(),'object-container')) - var xAxisObjSel = xAxisSel.select('.'+hypenate(xAxis.namespace(),'object-container')) - var yAxisObjSel = yAxisSel.select('.'+hypenate(yAxis.namespace(),'object-container')) + var chartObjSel = chartSel.select('.'+utils.str.hypenate(chart.namespace(),'object-container')) + var xAxisObjSel = xAxisSel.select('.'+utils.str.hypenate(xAxis.namespace(),'object-container')) + var yAxisObjSel = yAxisSel.select('.'+utils.str.hypenate(yAxis.namespace(),'object-container')) // xLock = chartSel.node().getBBox().width - chart.spaceX() - chartSel.node().getBBox().x // yLock = chartSel.node().getBBox().height - chart.spaceY() @@ -197,9 +196,9 @@ export function plotZoom( chart, xAxis, yAxis ) { // bhm.selection().node().getBBox().width - bhm.spaceX() - var chartObjTrans = getTranslation(chartObjSel.attr('transform')) - var xAxisObjTrans = getTranslation(xAxisObjSel.attr('transform')) - var yAxisObjTrans = getTranslation(yAxisObjSel.attr('transform')) + var chartObjTrans = utils.sel.getTranslation(chartObjSel.attr('transform')) + var xAxisObjTrans = utils.sel.getTranslation(xAxisObjSel.attr('transform')) + var yAxisObjTrans = utils.sel.getTranslation(yAxisObjSel.attr('transform')) var x = horizontalQ ? transform.applyX(chartObjTrans[0]) : 0 @@ -225,9 +224,9 @@ export function plotZoom( chart, xAxis, yAxis ) { if (orient == 'horizontal') {horizontalQ = true; verticalQ = false;} if (orient == 'vertical') {verticalQ = true; horizontalQ = false;} - var chartObjSel = chartSel.select('.'+hypenate(chart.namespace(),'object-container')) - var xAxisObjSel = xAxisSel.select('.'+hypenate(xAxis.namespace(),'object-container')) - var yAxisObjSel = yAxisSel.select('.'+hypenate(yAxis.namespace(),'object-container')) + var chartObjSel = chartSel.select('.'+utils.str.hypenate(chart.namespace(),'object-container')) + var xAxisObjSel = xAxisSel.select('.'+utils.str.hypenate(xAxis.namespace(),'object-container')) + var yAxisObjSel = yAxisSel.select('.'+utils.str.hypenate(yAxis.namespace(),'object-container')) chartObjSel.attr('transform', 'translate('+0+','+0+')') xAxisObjSel.attr('transform', 'translate('+0+','+0+')') yAxisObjSel.attr('transform', 'translate('+0+','+0+')') diff --git a/src/scripts/modules/select-filter.js b/src/modules/aux/select-filter.js similarity index 56% rename from src/scripts/modules/select-filter.js rename to src/modules/aux/select-filter.js index 22f8423551ab23a45ebd48502b25197b82a0204a..288eb419d084d3de4084b469ce311029ca54d333 100644 --- a/src/scripts/modules/select-filter.js +++ b/src/modules/aux/select-filter.js @@ -1,6 +1,6 @@ -import {hypenate, safeSelect} from './helpers'; +import utils from '../utils/index.js' -export function selectFilter(selection) { +export default function selectFilter(selection) { var data, @@ -21,26 +21,26 @@ export function selectFilter(selection) { function selectFilter() { var - container = safeSelect(selection, 'div', 'input-group').classed(hypenate(namespace,'container'),true), + container = utils.sel.safeSelect(selection, 'div', 'input-group').classed(utils.str.hypenate(namespace,'container'),true), - selectPrepend = safeSelect(container, 'div', 'select-prepend').classed('input-group-prepend', true), - selectPrependSpan = safeSelect(selectPrepend, 'span', 'input-group-text').text(selectionName), + selectPrepend = utils.sel.safeSelect(container, 'div', 'select-prepend').classed('input-group-prepend', true), + selectPrependSpan = utils.sel.safeSelect(selectPrepend, 'span', 'input-group-text').text(selectionName), - select = safeSelect(container, 'select', 'custom-select').classed(hypenate(namespace,'select'),true), + select = utils.sel.safeSelect(container, 'select', 'custom-select').classed(utils.str.hypenate(namespace,'select'),true), - selectAppend = safeSelect(container, 'div', 'select-append').classed('input-group-prepend', true), - selectAppendButton = safeSelect(selectAppend, 'a', 'filter-button').classed('btn btn-outline-secondary', true), - filterButtonIcon = safeSelect(selectAppendButton, 'i', 'fa fa-filter'), + selectAppend = utils.sel.safeSelect(container, 'div', 'select-append').classed('input-group-prepend', true), + selectAppendButton = utils.sel.safeSelect(selectAppend, 'a', 'filter-button').classed('btn btn-outline-secondary', true), + filterButtonIcon = utils.sel.safeSelect(selectAppendButton, 'i', 'fa fa-filter'), - inputGroup = safeSelect(container, 'div', 'filter-input-group').classed('input-group',true).classed('d-none', true), - inputPrepend = safeSelect(inputGroup, 'div', 'input-group-prepend'), - inputPrependSpan = safeSelect(inputPrepend, 'span', 'input-group-text').classed('search-button', true), - inputPrependSpanIcon = safeSelect(inputPrependSpan,'i','fa fa-search'), + inputGroup = utils.sel.safeSelect(container, 'div', 'filter-input-group').classed('input-group',true).classed('d-none', true), + inputPrepend = utils.sel.safeSelect(inputGroup, 'div', 'input-group-prepend'), + inputPrependSpan = utils.sel.safeSelect(inputPrepend, 'span', 'input-group-text').classed('search-button', true), + inputPrependSpanIcon = utils.sel.safeSelect(inputPrependSpan,'i','fa fa-search'), - input = safeSelect(inputGroup, 'input', 'form-control').attr('placeholder', 'all').attr('type', 'text'), - inputAppend = safeSelect(inputGroup, 'div', 'input-group-append'), - inputAppendButton = safeSelect(inputAppend, 'a', 'close-button').classed('btn btn-outline-secondary', true), - inputAppendButtonIcon = safeSelect(inputAppendButton, 'i', 'fa fa-close') + input = utils.sel.safeSelect(inputGroup, 'input', 'form-control').attr('placeholder', 'all').attr('type', 'text'), + inputAppend = utils.sel.safeSelect(inputGroup, 'div', 'input-group-append'), + inputAppendButton = utils.sel.safeSelect(inputAppend, 'a', 'close-button').classed('btn btn-outline-secondary', true), + inputAppendButtonIcon = utils.sel.safeSelect(inputAppendButton, 'i', 'fa fa-close') var keys = d3.keys(data), diff --git a/src/scripts/modules/axis.js b/src/modules/axis.js similarity index 91% rename from src/scripts/modules/axis.js rename to src/modules/axis.js index e2dae61f4c08ac2615e8eaaf370ee8d5c22bff5c..c3f3d1fb1f80cbc806258f7768fa78f8783a26cf 100644 --- a/src/scripts/modules/axis.js +++ b/src/modules/axis.js @@ -1,12 +1,5 @@ -import { - hypenate, safeSelect, extractViolinValues, - tickRange, modifyHexidecimalColorLuminance, truncateText, - truncateString, - round -} from './helpers'; -import {setupContainer, calculateWidthOfObject, calculateWidthOfSpacer} from './utils'; -import {unique, hasQ, flatten} from './array-functions'; -import {groupingSpacer} from './grouping-spacer'; +import utils from './utils/index.js' +import groupingSpacer from './grouping-spacer'; /******************************************************************************* ** ** ** ** @@ -24,7 +17,7 @@ import {groupingSpacer} from './grouping-spacer'; * @namespace axis * @returns {function} axis */ -export function axis ( selection ) { +export default function axis ( selection ) { var /** * The orientation of the axis @@ -780,7 +773,7 @@ export function axis ( selection ) { function axis () { // for convenience in handling orientation specific values - var horizontalQ = hasQ(['top', 'bottom', 'horizontal'], orient) ? true : false + var horizontalQ = utils.arr.hasQ(['top', 'bottom', 'horizontal'], orient) ? true : false var verticalQ = !horizontalQ // background cliping rectangle @@ -815,7 +808,7 @@ export function axis ( selection ) { } - var container = setupContainer( selection, namespace, bgcpRect, backgroundFill ); + var container = utils.sel.setupContainer( selection, namespace, bgcpRect, backgroundFill ); // defaults for text-anchor and text rotation if (orient == 'top') { @@ -853,12 +846,12 @@ export function axis ( selection ) { : (grouping == undefined) ? (numberOfTicks != undefined) // ? (tickValues.length < numberOfTicks) - ? (tickRange(...d3.extent(tickValues), numberOfTicks)) + ? (utils.math.tickRange(...d3.extent(tickValues), numberOfTicks)) : tickValues : grouping - var flatTickData = flatten(tickData) + var flatTickData = utils.arr.flatten(tickData) var numberOfObjects = flatTickData.length var space = horizontalQ ? spaceX : spaceY var extent = d3.extent(flatTickData) @@ -882,16 +875,16 @@ export function axis ( selection ) { // calculate object size if needed objectSize = (objectSize == undefined) - ? calculateWidthOfObject(space, numberOfObjects, minObjectSize, maxObjectSize, objectSpacer, overflowQ) + ? utils.math.calculateWidthOfObject(space, numberOfObjects, minObjectSize, maxObjectSize, objectSpacer, overflowQ) : objectSize // calculate spacer size if needed spacerSize = (spacerSize == undefined) - ? calculateWidthOfSpacer(flatTickData, space, objectSize, numberOfObjects, objectSpacer, overflowQ) + ? utils.math.calculateWidthOfSpacer(flatTickData, space, objectSize, numberOfObjects, objectSpacer, overflowQ) : spacerSize - var objClass = hypenate(namespace, categoricalQ ? objectClass+'-categorical' : objectClass) + var objClass = utils.str.hypenate(namespace, categoricalQ ? objectClass+'-categorical' : objectClass) var spacerFunction = groupingSpacer() .horizontalQ(horizontalQ).scale(scale).moveby((categoricalQ?'category':'scale')).numberOfObjects(numberOfObjects) @@ -956,11 +949,11 @@ export function axis ( selection ) { - var labelNameGroup = safeSelect(selection, 'g', hypenate(namespace,'axis-name')) + var labelNameGroup = utils.sel.safeSelect(selection, 'g', utils.str.hypenate(namespace,'axis-name')) - var labelElement = safeSelect(labelNameGroup, 'text', hypenate(namespace, 'name')) + var labelElement = utils.sel.safeSelect(labelNameGroup, 'text', utils.str.hypenate(namespace, 'name')) if (labelElement != undefined) { labelElement.text(label) @@ -1008,8 +1001,8 @@ export function axis ( selection ) { to use clip path to make things fit in fixed size. Have yet got this to work nicely. */ // var defs = d3.select(container.node().parentNode).select('defs') - // var tickLabelClipPath = safeSelect(defs, 'clipPath', hypenate(namespace,'tick-label-clip-path')).attr('id', hypenate(namespace,'tick-label-clip-path')) - // var tickLabelClipPathRect = safeSelect(tickLabelClipPath, 'rect', hypenate(namespace,'tick-label-clip-path-rect')) + // var tickLabelClipPath = utils.sel.safeSelect(defs, 'clipPath', utils.str.hypenate(namespace,'tick-label-clip-path')).attr('id', utils.str.hypenate(namespace,'tick-label-clip-path')) + // var tickLabelClipPathRect = utils.sel.safeSelect(tickLabelClipPath, 'rect', utils.str.hypenate(namespace,'tick-label-clip-path-rect')) // .attr('x', 0) // .attr('y', 0) // .attr('width', function(d, i){ @@ -1027,7 +1020,7 @@ export function axis ( selection ) { var that = d3.select(this).style('opacity', 1) // make and move tick - var tick = safeSelect(that, 'line', hypenate(namespace,'tick')) + var tick = utils.sel.safeSelect(that, 'line', utils.str.hypenate(namespace,'tick')) .attr("x1", 0) .attr("x2", horizontalQ ? 0 : orient == "left" ? -tickLength : tickLength) .attr("y1", 0) @@ -1043,15 +1036,15 @@ export function axis ( selection ) { }) // make and move label - var label = safeSelect(that, 'text', hypenate(namespace,'label')) + var label = utils.sel.safeSelect(that, 'text', utils.str.hypenate(namespace,'label')) .text(function(d, i){ - var s = typeof d == 'number' ? round(d, roundTo) : d - s = truncateString(String(s), (horizontalQ ? spaceY : spaceX) - tickLength-tickLabelMargin-tickTickLabelSpacer, tickLabelFontSize * 0.45) + var s = typeof d == 'number' ? utils.math.round(d, roundTo) : d + s = utils.str.truncateString(String(s), (horizontalQ ? spaceY : spaceX) - tickLength-tickLabelMargin-tickTickLabelSpacer, tickLabelFontSize * 0.45) return s }) .attr('font-size', tickLabelFontSize) .attr('text-anchor', tickLabelTextAnchor) - // truncateText(label, label.text(), orient, tickLength, horizontalQ ? spaceY : spaceX, overflowQ) + // utils.str.truncateText(label, label.text(), orient, tickLength, horizontalQ ? spaceY : spaceX, overflowQ) label.attr('transform', function(d, i) { var @@ -1097,11 +1090,11 @@ export function axis ( selection ) { .on('mousemove', labelHover) .on('mouseout', labelHoverOff) .on('click', tickLabelOnClick) - // .attr('clip-path', 'url(#'+hypenate(namespace,'tick-label-clip-path')+')') + // .attr('clip-path', 'url(#'+utils.str.hypenate(namespace,'tick-label-clip-path')+')') // add guidlines as needed if (guideLinesQ) { - var gline = safeSelect(that, 'line', hypenate(namespace, 'guideline')) + var gline = utils.sel.safeSelect(that, 'line', utils.str.hypenate(namespace, 'guideline')) .transition().duration(transitionDuration).ease(easeFunc) .attr("x1", 0) .attr("x2", horizontalQ ? 0 : orient == "left" ? guidelineSpace : -guidelineSpace) @@ -1114,15 +1107,15 @@ export function axis ( selection ) { t = 'translate('+x+','+y+')' return t }) - } else { that.select('line.'+hypenate(namespace, 'guideline')).remove() } + } else { that.select('line.'+utils.str.hypenate(namespace, 'guideline')).remove() } }) // apply alternating guidline thickness if (guideLinesQ) { - container.selectAll('.'+hypenate(namespace,'guideline')) + container.selectAll('.'+utils.str.hypenate(namespace,'guideline')) .attr('stroke', function(d, i){ - if (i % 2 == 0) { return modifyHexidecimalColorLuminance(guideLineStroke, 0.8) } + if (i % 2 == 0) { return utils.color.modifyHexidecimalColorLuminance(guideLineStroke, 0.8) } return guideLineStroke }) .attr('stroke-width', function(d, i){ @@ -1136,7 +1129,7 @@ export function axis ( selection ) { /*************************************************************************** ** Make the line of the axis ***************************************************************************/ - var line = safeSelect(selection, 'path', hypenate(namespace,'line')) + var line = utils.sel.safeSelect(selection, 'path', utils.str.hypenate(namespace,'line')) // .attr('x1', 0) // .attr('x2', horizontalQ ? spaceX : 0) // .attr('y1', 0) @@ -1156,21 +1149,21 @@ export function axis ( selection ) { // hover of label show full text label in case it is truncated function labelHover(d, i){ var t = d3.select(this).style('fill', 'red') - d3.select(t.node().parentNode).select("line."+hypenate(namespace,'tick')) + d3.select(t.node().parentNode).select("line."+utils.str.hypenate(namespace,'tick')) .attr("stroke", 'red') .attr("stroke-width", tickStrokeWidth*2) if (guideLinesQ) { - d3.select(t.node().parentNode).select('line.'+hypenate(namespace, 'guideline')) + d3.select(t.node().parentNode).select('line.'+utils.str.hypenate(namespace, 'guideline')) .attr('stroke', 'red') .attr('stroke-width', guideLineStrokeWidth*2) } - var s = typeof d == 'number' ? round(d, roundTo) : d + var s = typeof d == 'number' ? utils.math.round(d, roundTo) : d var m = d3.mouse(d3.select('html').node()) - var div = safeSelect(d3.select('body'), 'div', hypenate(namespace,'guideline-tooltip')) - .attr('id', hypenate(namespace,'guideline-tooltip')) + var div = utils.sel.safeSelect(d3.select('body'), 'div', utils.str.hypenate(namespace,'guideline-tooltip')) + .attr('id', utils.str.hypenate(namespace,'guideline-tooltip')) .style('position', 'absolute') .style('left', (d3.event.pageX+15)+'px') .style('top', (d3.event.pageY+15)+'px') @@ -1187,7 +1180,7 @@ export function axis ( selection ) { .style('border-style', 'solid') .style('border-width', 2) - var text = safeSelect(div, 'div') + var text = utils.sel.safeSelect(div, 'div') .text(tickLabelOnHoverFunc(s, i)) .style('color', 'black') .style('align-self', 'center') @@ -1200,15 +1193,15 @@ export function axis ( selection ) { function labelHoverOff(d, i){ var t = d3.select(this).style('fill', 'black') - d3.select(t.node().parentNode).select("line."+hypenate(namespace,'tick')) + d3.select(t.node().parentNode).select("line."+utils.str.hypenate(namespace,'tick')) .attr("stroke", tickStroke) .attr("stroke-width", tickStrokeWidth) if (guideLinesQ) { - var gline = d3.select(t.node().parentNode).select('line.'+hypenate(namespace, 'guideline')) + var gline = d3.select(t.node().parentNode).select('line.'+utils.str.hypenate(namespace, 'guideline')) var minorQ = gline.attr('minor') gline.attr('stroke', function(d, ii){ - if (minorQ == 'true') { return modifyHexidecimalColorLuminance(guideLineStroke, 0.8) } + if (minorQ == 'true') { return utils.color.modifyHexidecimalColorLuminance(guideLineStroke, 0.8) } return guideLineStroke }) .attr('stroke-width', function(d, ii){ @@ -1216,7 +1209,7 @@ export function axis ( selection ) { return guideLineStrokeWidth }) } - d3.select("#"+hypenate(namespace,'guideline-tooltip')).remove() + d3.select("#"+utils.str.hypenate(namespace,'guideline-tooltip')).remove() } diff --git a/src/scripts/modules/bar.js b/src/modules/charts/bar.js similarity index 96% rename from src/scripts/modules/bar.js rename to src/modules/charts/bar.js index 6e75c754c9edfa2d569e8f419d805a8efa44cc89..82318b91353631316da89827b7a1fbf011265b8a 100644 --- a/src/scripts/modules/bar.js +++ b/src/modules/charts/bar.js @@ -1,9 +1,7 @@ -import {hypenate, safeSelect} from './helpers'; -import {setupContainer, calculateWidthOfObject, calculateWidthOfSpacer} from './utils'; -import {unique, flatten} from './array-functions'; -import {groupingSpacer} from './grouping-spacer'; -import {colorFunction as CF} from './color-function'; -import {tooltip as TTip} from './tooltip'; +import utils from '../utils/index.js' +import groupingSpacer from '../grouping-spacer'; +import CF from '../color-function'; +import TTip from '../tooltip'; /******************************************************************************* ** ** ** ** @@ -21,7 +19,7 @@ import {tooltip as TTip} from './tooltip'; * @namespace bar * @returns {function} bar */ -export function bar ( selection ) { +export default function bar ( selection ) { /* Assumes that data is list an object. @@ -503,7 +501,7 @@ export function bar ( selection ) { // background cliping rectangle var bgcpRect = {x:0, y:0, width: spaceX, height:spaceY} - var container = setupContainer( selection, namespace, bgcpRect, backgroundFill ); + var container = utils.sel.setupContainer( selection, namespace, bgcpRect, backgroundFill ); // to prevent re-calculation and getters to be passed to axes barKeys = d3.keys(data) @@ -512,7 +510,7 @@ export function bar ( selection ) { // if grouping is undefined sort barKeys by sortingFunction var ordered = (grouping == undefined) ? barKeys.sort(sortingFunction) : grouping // ordered might be nested depending on grouping - barKeys = flatten(ordered) + barKeys = utils.arr.flatten(ordered) var numberOfObjects = barKeys.length var extent = [Math.min(...barValues) - domainPadding,Math.max(...barValues) + domainPadding]; @@ -530,12 +528,12 @@ export function bar ( selection ) { var space = horizontalQ ? spaceX : spaceY // calculate object size objectSize = (objectSize == undefined) - ? calculateWidthOfObject(space, numberOfObjects, minObjectSize, maxObjectSize, objectSpacer, overflowQ) + ? utils.math.calculateWidthOfObject(space, numberOfObjects, minObjectSize, maxObjectSize, objectSpacer, overflowQ) : objectSize // calculate spacer size if needed spacerSize = (spacerSize == undefined) - ? calculateWidthOfSpacer(barKeys, space, objectSize, numberOfObjects, objectSpacer, overflowQ) + ? utils.math.calculateWidthOfSpacer(barKeys, space, objectSize, numberOfObjects, objectSpacer, overflowQ) : spacerSize // make the nested groups var spacerFunction = groupingSpacer() @@ -602,7 +600,7 @@ export function bar ( selection ) { strokeColor = colorFunction(key, value, i, 'stroke') - var bar = safeSelect(t, 'rect', 'bar-rect') + var bar = utils.sel.safeSelect(t, 'rect', 'bar-rect') if (bar.attr('transform') == undefined) { bar.attr('transform', function(d, i) { diff --git a/src/scripts/modules/box-whisker.js b/src/modules/charts/box-whisker.js similarity index 94% rename from src/scripts/modules/box-whisker.js rename to src/modules/charts/box-whisker.js index 03a0842e4fe0f715963e0506f45459801b42b2b9..ee7121feeb113560779a5cfa66e0916318aba005 100644 --- a/src/scripts/modules/box-whisker.js +++ b/src/modules/charts/box-whisker.js @@ -1,9 +1,7 @@ -import {hypenate, safeSelect} from './helpers'; -import {setupContainer, calculateWidthOfObject, calculateWidthOfSpacer, whiskerPath} from './utils'; -import {unique, hasQ, flatten} from './array-functions'; -import {groupingSpacer} from './grouping-spacer'; -import {colorFunction as CF} from './color-function'; -import {tooltip as TTip} from './tooltip'; +import utils from '../utils/index.js'; +import groupingSpacer from '../grouping-spacer'; +import CF from '../color-function'; +import TTip from '../tooltip'; /******************************************************************************* ** ** ** ** @@ -20,7 +18,7 @@ import {tooltip as TTip} from './tooltip'; * @namespace boxwhisker * @returns {function} boxwhisker */ -export function boxwhisker( selection ) { +export default function boxwhisker( selection ) { var /** * Data to plot. Assumed to be a object, where each key corresponds to a box @@ -550,12 +548,12 @@ export function boxwhisker( selection ) { // background cliping rectangle var bgcpRect = {x:0, y:0, width: spaceX, height:spaceY} - var container = setupContainer( selection, namespace, bgcpRect, backgroundFill ); + var container = utils.sel.setupContainer( selection, namespace, bgcpRect, backgroundFill ); // if grouping is undefined sort keys by sorting funct var ordered = (grouping == undefined) ? d3.keys(data).sort(sortingFunction) : grouping // to prevent re-calculation and getters to be passed to axes - boxKeys = flatten(ordered) + boxKeys = utils.arr.flatten(ordered) boxValues = boxKeys.map(valueExtractor) @@ -569,9 +567,9 @@ export function boxwhisker( selection ) { scale.domain(extent).range(horizontalQ ? [0,spaceY] : [spaceX, 0]) var space = horizontalQ ? spaceX : spaceY // calculate object size - objectSize = calculateWidthOfObject(space, numberOfObjects, minObjectSize, maxObjectSize, objectSpacer, overflowQ) + objectSize = utils.math.calculateWidthOfObject(space, numberOfObjects, minObjectSize, maxObjectSize, objectSpacer, overflowQ) // calculate spacer size if needed - spacerSize = calculateWidthOfSpacer(boxKeys, space, objectSize, numberOfObjects, objectSpacer, overflowQ) + spacerSize = utils.math.calculateWidthOfSpacer(boxKeys, space, objectSize, numberOfObjects, objectSpacer, overflowQ) // make the nested groups var spacerFunction = groupingSpacer() .horizontalQ(horizontalQ).scale(scale).moveby('category').numberOfObjects(numberOfObjects) @@ -584,7 +582,7 @@ export function boxwhisker( selection ) { var parentIndexArray = [] container.selectAll('g:not(.to-remove).'+objectClass) - .each(function(d, i){if (hasQ(boxKeys, d)){ parentIndexArray.push(Number(d3.select(this).attr('parent-index')))}}) + .each(function(d, i){if (utils.arr.hasQ(boxKeys, d)){ parentIndexArray.push(Number(d3.select(this).attr('parent-index')))}}) @@ -611,13 +609,13 @@ export function boxwhisker( selection ) { var - whisk = safeSelect(t, 'g', 'whisker'), - uWhisk = safeSelect(whisk, 'path', 'upper'), - lWhisk = safeSelect(whisk, 'path', 'lower'), - quart = safeSelect(t, 'g', 'quartile'), - uQuart = safeSelect(quart, 'rect', 'upper'), - lQuart = safeSelect(quart, 'rect', 'lower'), - mQuart = safeSelect(quart, 'circle', 'median') + whisk = utils.sel.safeSelect(t, 'g', 'whisker'), + uWhisk = utils.sel.safeSelect(whisk, 'path', 'upper'), + lWhisk = utils.sel.safeSelect(whisk, 'path', 'lower'), + quart = utils.sel.safeSelect(t, 'g', 'quartile'), + uQuart = utils.sel.safeSelect(quart, 'rect', 'upper'), + lQuart = utils.sel.safeSelect(quart, 'rect', 'lower'), + mQuart = utils.sel.safeSelect(quart, 'circle', 'median') // set upper quartile (q3) @@ -678,7 +676,7 @@ export function boxwhisker( selection ) { y = 0, h = horizontalQ ? scale(q1) - scale(q0) : objectSize, w = verticalQ ? scale(q1) - scale(q0) : objectSize - return whiskerPath(dir, x, y, w, h, whiskerWidthPercent, orient) + return utils.paths.whiskerPath(dir, x, y, w, h, whiskerWidthPercent, orient) }) .attr('transform', function(d, i){ var @@ -699,7 +697,7 @@ export function boxwhisker( selection ) { y = 0, h = horizontalQ ? scale(q4) - scale(q3) : objectSize, w = verticalQ ? scale(q4) - scale(q3) : objectSize - return whiskerPath(dir, x, y, w, h, whiskerWidthPercent, orient) + return utils.paths.whiskerPath(dir, x, y, w, h, whiskerWidthPercent, orient) }) .attr('transform', function(d, i){ var diff --git a/src/scripts/modules/bubble-heatmap.js b/src/modules/charts/bubble-heatmap.js similarity index 91% rename from src/scripts/modules/bubble-heatmap.js rename to src/modules/charts/bubble-heatmap.js index 8d4707ee52f81ffc4baafe5daa5dd97bfd5d806a..906e05c8bb73e29ff5f4bd67896026377f0c6f51 100644 --- a/src/scripts/modules/bubble-heatmap.js +++ b/src/modules/charts/bubble-heatmap.js @@ -1,9 +1,7 @@ -import {hypenate, safeSelect} from './helpers'; -import {setupContainer, calculateWidthOfObject, calculateWidthOfSpacer, log} from './utils'; -import {unique} from './array-functions'; -import {groupingSpacer} from './grouping-spacer'; -import {colorFunction as CF} from './color-function'; -import {tooltip as TTip} from './tooltip'; +import utils from '../utils/index.js' +import groupingSpacer from '../grouping-spacer'; +import CF from '../color-function'; +import TTip from '../tooltip'; /** @@ -15,7 +13,7 @@ import {tooltip as TTip} from './tooltip'; * @namespace bubbleHeatmap * @returns {function} bubbleHeatmap */ -function bubbleHeatmap( selection ) { +export default function bubbleHeatmap( selection ) { var /** * Data to plot. Assumed to be a object, where each key corresponds to a cell @@ -220,7 +218,7 @@ function bubbleHeatmap( selection ) { */ cellKeys, /** - * Stores the list of unique xValues + * Stores the list of utils.arr.unique xValues * Calculated after bubbleHeatmap called. * @param {string[]} [xValues=undefined] * @memberof bubbleHeatmap# @@ -228,7 +226,7 @@ function bubbleHeatmap( selection ) { */ xValues, /** - * Stores the list of unique yValues + * Stores the list of utils.arr.unique yValues * Calculated after bubbleHeatmap called. * @param {string[]} [yValues=undefined] * @memberof bubbleHeatmap# @@ -236,7 +234,7 @@ function bubbleHeatmap( selection ) { */ yValues, /** - * Stores the list of unique rValues + * Stores the list of utils.arr.unique rValues * Calculated after bubbleHeatmap called. * @param {string[]} [rValues=undefined] * @memberof bubbleHeatmap# @@ -244,7 +242,7 @@ function bubbleHeatmap( selection ) { */ rValues, /** - * Stores the list of unique vValues + * Stores the list of utils.arr.unique vValues * Calculated after bubbleHeatmap called. * @param {string[]} [vValues=undefined] * @memberof bubbleHeatmap# @@ -673,19 +671,19 @@ function bubbleHeatmap( selection ) { function bhm() { var horizontalQ = true; // no orientation in heatmaps. Aids as placeholder in functions that take orient as a parameter var bgcpRect = {x:0, y:0, width: spaceX, height:spaceY} - var container = setupContainer( selection, namespace, bgcpRect, backgroundFill ); + var container = utils.sel.setupContainer( selection, namespace, bgcpRect, backgroundFill ); cellKeys = d3.keys(data); cellKeys.sort(function(a, b){ return xKeySortingFunction(a, b) || yKeySortingFunction(a, b) }) - log('bubbleHeatmap', 'cells are sorted by', cellKeys) + utils.con.log('bubbleHeatmap', 'cells are sorted by', cellKeys) - xValues = unique(cellKeys.map(xExtractor)); - yValues = unique(cellKeys.map(yExtractor)); - rValues = unique(cellKeys.map(rExtractor)); - vValues = unique(cellKeys.map(vExtractor)); - log('bubbleHeatmap', 'x and y keys are', {x: xValues, y:yValues}) + xValues = utils.arr.unique(cellKeys.map(xExtractor)); + yValues = utils.arr.unique(cellKeys.map(yExtractor)); + rValues = utils.arr.unique(cellKeys.map(rExtractor)); + vValues = utils.arr.unique(cellKeys.map(vExtractor)); + utils.con.log('bubbleHeatmap', 'x and y keys are', {x: xValues, y:yValues}) var xDim = xValues.length, yDim = yValues.length; @@ -694,11 +692,11 @@ function bubbleHeatmap( selection ) { var extent = [Math.min(...rValues) - domainPadding,Math.max(...rValues) + domainPadding]; - ySize = calculateWidthOfObject(spaceY, yDim, minObjectSize, maxObjectSize, objectSpacer, overflowQ) - xSize = calculateWidthOfObject(spaceX, xDim, minObjectSize, maxObjectSize, objectSpacer, overflowQ) - ySpacerSize = calculateWidthOfSpacer(yValues, spaceY, ySize, yDim, objectSpacer, overflowQ) - xSpacerSize = calculateWidthOfSpacer(xValues, spaceX, xSize, xDim, objectSpacer, overflowQ) - log('bubbleHeatmap', 'size of', {x: xSize, y: ySize}) + ySize = utils.math.calculateWidthOfObject(spaceY, yDim, minObjectSize, maxObjectSize, objectSpacer, overflowQ) + xSize = utils.math.calculateWidthOfObject(spaceX, xDim, minObjectSize, maxObjectSize, objectSpacer, overflowQ) + ySpacerSize = utils.math.calculateWidthOfSpacer(yValues, spaceY, ySize, yDim, objectSpacer, overflowQ) + xSpacerSize = utils.math.calculateWidthOfSpacer(xValues, spaceX, xSize, xDim, objectSpacer, overflowQ) + utils.con.log('bubbleHeatmap', 'size of', {x: xSize, y: ySize}) scale.domain(extent).range([Math.min(minObjectSize/2, Math.min(ySize, xSize)/2), Math.min(ySize, xSize)/2]) @@ -706,7 +704,7 @@ function bubbleHeatmap( selection ) { var ySpacer = groupingSpacer() .horizontalQ(false) .moveby('category').numberOfObjects(yDim) - .objectClass(hypenate(objectClass, 'row')) + .objectClass(utils.str.hypenate(objectClass, 'row')) .objectSize(ySize).spacerSize(ySpacerSize) .transitionDuration(transitionDuration).easeFunc(easeFunc) .namespace('row') @@ -720,7 +718,7 @@ function bubbleHeatmap( selection ) { ySpacer(container, yValues, 0) - container.selectAll('g.'+hypenate(objectClass, 'row')) + container.selectAll('g.'+utils.str.hypenate(objectClass, 'row')) .each(function(d, i){ xSpacer(d3.select(this), xValues, 0) }) @@ -735,7 +733,7 @@ function bubbleHeatmap( selection ) { : colorFunction.dataExtent([0, Math.max(...vValues)]) cells.each(function(key, i) { - log('bubbleHeatmap', 'each cell', {key: key, index: i, node: d3.select(this).node()}) + utils.con.log('bubbleHeatmap', 'each cell', {key: key, index: i, node: d3.select(this).node()}) var t = d3.select(this), currentData = data[key], @@ -745,9 +743,9 @@ function bubbleHeatmap( selection ) { fillColor = colorFunction(key, value, i, 'fill'), // prevent duplicate computation strokeColor = colorFunction(key, value, i, 'stroke') - log('bubbleHeatmap', 'radius',{radius: radius, scaled: scale(radius), extent: extent, range:scale.range()}) + utils.con.log('bubbleHeatmap', 'radius',{radius: radius, scaled: scale(radius), extent: extent, range:scale.range()}) - var c = safeSelect(t, 'circle', hypenate(objectClass,'circle')) + var c = utils.sel.safeSelect(t, 'circle', utils.str.hypenate(objectClass,'circle')) c.attr('cx', xSize / 2) .attr('cy', ySize / 2 ) .attr('r', scale(radius)) @@ -757,10 +755,10 @@ function bubbleHeatmap( selection ) { }) - tooltip.selection(cells.selectAll('circle.'+hypenate(objectClass, 'circle'))) + tooltip.selection(cells.selectAll('circle.'+utils.str.hypenate(objectClass, 'circle'))) .data(data) // .keys(['r', 'v']) - // .header(function(d, i){return hypenate(data[d][xKey], data[d][yKey]) }) + // .header(function(d, i){return utils.str.hypenate(data[d][xKey], data[d][yKey]) }) tooltip() @@ -769,5 +767,3 @@ function bubbleHeatmap( selection ) { return bhm; } - -export {bubbleHeatmap} diff --git a/src/scripts/modules/heatmap.js b/src/modules/charts/heatmap.js similarity index 92% rename from src/scripts/modules/heatmap.js rename to src/modules/charts/heatmap.js index a55c7f687f7779c8270c136f6f1a9663b55550ab..57777c09f36f8b8be45dea6a7ea683919c65478a 100644 --- a/src/scripts/modules/heatmap.js +++ b/src/modules/charts/heatmap.js @@ -1,9 +1,7 @@ -import {hypenate, safeSelect} from './helpers'; -import {setupContainer, calculateWidthOfObject, calculateWidthOfSpacer, log} from './utils'; -import {unique} from './array-functions'; -import {groupingSpacer} from './grouping-spacer'; -import {colorFunction as CF} from './color-function'; -import {tooltip as TTip} from './tooltip'; +import utils from '../utils/index.js' +import groupingSpacer from '../grouping-spacer'; +import CF from '../color-function'; +import TTip from '../tooltip'; /** @@ -15,7 +13,7 @@ import {tooltip as TTip} from './tooltip'; * @namespace heatmap * @returns {function} heatmap */ -function heatmap( selection ) { +export default function heatmap( selection ) { var /** * Data to plot. Assumed to be a object, where each key corresponds to a cell @@ -204,7 +202,7 @@ function heatmap( selection ) { */ cellKeys, /** - * Stores the list of unique xValues + * Stores the list of utils.arr.unique xValues * Calculated after heatmap called. * @param {string[]} [xValues=undefined] * @memberof heatmap# @@ -212,7 +210,7 @@ function heatmap( selection ) { */ xValues, /** - * Stores the list of unique yValues + * Stores the list of utils.arr.unique yValues * Calculated after heatmap called. * @param {string[]} [yValues=undefined] * @memberof heatmap# @@ -220,7 +218,7 @@ function heatmap( selection ) { */ yValues, /** - * Stores the list of unique vValues + * Stores the list of utils.arr.unique vValues * Calculated after heatmap called. * @param {string[]} [vValues=undefined] * @memberof heatmap# @@ -619,29 +617,29 @@ function heatmap( selection ) { function hm() { var horizontalQ = true; // no orientation in heatmaps. Aids as placeholder in functions that take orient as a parameter var bgcpRect = {x:0, y:0, width: spaceX, height:spaceY} - var container = setupContainer( selection, namespace, bgcpRect, backgroundFill ); + var container = utils.sel.setupContainer( selection, namespace, bgcpRect, backgroundFill ); cellKeys = d3.keys(data); - xValues = unique(cellKeys.map(xExtractor)); - yValues = unique(cellKeys.map(yExtractor)); - vValues = unique(cellKeys.map(vExtractor)); + xValues = utils.arr.unique(cellKeys.map(xExtractor)); + yValues = utils.arr.unique(cellKeys.map(yExtractor)); + vValues = utils.arr.unique(cellKeys.map(vExtractor)); cellKeys.sort(function(a, b){ return xKeySortingFunction(a, b) || yKeySortingFunction(a, b) }) - log('heatmap', 'cells are sorted by', cellKeys) + utils.con.log('heatmap', 'cells are sorted by', cellKeys) - log('heatmap', 'x and y keys are', {x: xValues, y:yValues}) + utils.con.log('heatmap', 'x and y keys are', {x: xValues, y:yValues}) var xDim = xValues.length, yDim = yValues.length; - ySize = calculateWidthOfObject(spaceY, yDim, yMinObjectSize, yMaxObjectSize, objectSpacer, overflowQ) - xSize = calculateWidthOfObject(spaceX, xDim, xMinObjectSize, xMaxObjectSize, objectSpacer, overflowQ) - ySpacerSize = calculateWidthOfSpacer(yValues, spaceY, ySize, yDim, objectSpacer, overflowQ) - xSpacerSize = calculateWidthOfSpacer(xValues, spaceX, xSize, xDim, objectSpacer, overflowQ) + ySize = utils.math.calculateWidthOfObject(spaceY, yDim, yMinObjectSize, yMaxObjectSize, objectSpacer, overflowQ) + xSize = utils.math.calculateWidthOfObject(spaceX, xDim, xMinObjectSize, xMaxObjectSize, objectSpacer, overflowQ) + ySpacerSize = utils.math.calculateWidthOfSpacer(yValues, spaceY, ySize, yDim, objectSpacer, overflowQ) + xSpacerSize = utils.math.calculateWidthOfSpacer(xValues, spaceX, xSize, xDim, objectSpacer, overflowQ) // console.table({ // x:{ // object: xSize, @@ -655,7 +653,7 @@ function heatmap( selection ) { // } // // }) - log('heatmap', 'size of', {x: xSize, y: ySize}) + utils.con.log('heatmap', 'size of', {x: xSize, y: ySize}) @@ -663,7 +661,7 @@ function heatmap( selection ) { .horizontalQ(false) .moveby('category') .numberOfObjects(yDim) - .objectClass(hypenate(objectClass, 'row')) + .objectClass(utils.str.hypenate(objectClass, 'row')) .objectSize(ySize + ySpacerSize) .spacerSize(0) .transitionDuration(transitionDuration) @@ -682,7 +680,7 @@ function heatmap( selection ) { ySpacer(container, yValues, 0) - container.selectAll('g.'+hypenate(objectClass, 'row')) + container.selectAll('g.'+utils.str.hypenate(objectClass, 'row')) .each(function(d, i){ xSpacer(d3.select(this), xValues, 0) }) var cells = container.selectAll('g:not(.to-remove).'+objectClass) @@ -725,7 +723,7 @@ function heatmap( selection ) { : colorFunction.dataExtent([0, Math.max(...vValues)]) cells.each(function(key, i) { - log('heatmap', 'each cell', {key: key, index: i, node: d3.select(this).node()}) + utils.con.log('heatmap', 'each cell', {key: key, index: i, node: d3.select(this).node()}) var t = d3.select(this) if (key == undefined) {return} @@ -735,7 +733,7 @@ function heatmap( selection ) { fillColor = colorFunction(key, value, i, 'fill'), // prevent duplicate computation strokeColor = colorFunction(key, value, i, 'stroke') - var c = safeSelect(t, 'rect', hypenate(objectClass,'rect')) + var c = utils.sel.safeSelect(t, 'rect', utils.str.hypenate(objectClass,'rect')) c.attr('width', xSize + xSpacerSize - objectStrokeWidth) .attr('height', ySize + ySpacerSize - objectStrokeWidth) .attr('fill', fillColor) @@ -746,10 +744,10 @@ function heatmap( selection ) { }) - tooltip.selection(cells.selectAll('rect.'+hypenate(objectClass, 'rect'))) + tooltip.selection(cells.selectAll('rect.'+utils.str.hypenate(objectClass, 'rect'))) .data(data) // .keys(['r', 'v']) - // .header(function(d, i){return hypenate(data[d][xKey], data[d][yKey]) }) + // .header(function(d, i){return utils.str.hypenate(data[d][xKey], data[d][yKey]) }) tooltip() @@ -758,5 +756,3 @@ function heatmap( selection ) { return hm; } - -export {heatmap} diff --git a/src/modules/charts/index.js b/src/modules/charts/index.js new file mode 100644 index 0000000000000000000000000000000000000000..7f9cc5645bdf64fad048925d49436e2bead6046c --- /dev/null +++ b/src/modules/charts/index.js @@ -0,0 +1,15 @@ +import scatter from './scatter' +import bar from './bar' +import bubble from './bubble-heatmap' +import boxwhisker from './box-whisker' +import heatmap from './heatmap' +import violin from './violin' +import {neededViolinValues} from './violin' +import upset from './upset' + +let charts = { + scatter, bar, bubble, boxwhisker, heatmap, violin, neededViolinValues, upset +} + +export {scatter, bar, bubble, boxwhisker, heatmap, violin, neededViolinValues, upset} +export default charts diff --git a/src/scripts/modules/scatter.js b/src/modules/charts/scatter.js similarity index 97% rename from src/scripts/modules/scatter.js rename to src/modules/charts/scatter.js index 2dcb81b4ffadc92d41e501bfe7df34d4ea62a3ad..07aea69685b214248288f82e34bb55fa6a0df67a 100644 --- a/src/scripts/modules/scatter.js +++ b/src/modules/charts/scatter.js @@ -1,9 +1,6 @@ -import {hypenate, safeSelect} from './helpers'; -import {setupContainer, calculateWidthOfObject, calculateWidthOfSpacer} from './utils'; -import {unique, flatten} from './array-functions'; -import {groupingSpacer} from './grouping-spacer'; -import {colorFunction as CF} from './color-function'; -import {tooltip as TTip} from './tooltip'; +import utils from '../utils/index.js' +import CF from '../color-function'; +import TTip from '../tooltip'; /******************************************************************************* ** ** ** ** @@ -20,7 +17,7 @@ import {tooltip as TTip} from './tooltip'; * @namespace scatter * @returns {function} scatter */ -export function scatter ( selection ) { +export default function scatter ( selection ) { var /** @@ -500,7 +497,7 @@ export function scatter ( selection ) { function scatter() { // background cliping rectangle var bgcpRect = {x:0, y:0, width: spaceX, height:spaceY} - var container = setupContainer( selection, namespace, bgcpRect, backgroundFill ); + var container = utils.sel.setupContainer( selection, namespace, bgcpRect, backgroundFill ); pointKeys = d3.keys(data) diff --git a/src/scripts/modules/upset.js b/src/modules/charts/upset.js similarity index 84% rename from src/scripts/modules/upset.js rename to src/modules/charts/upset.js index 506f6e30b4ba408c914ba40a55f8cec1101dfeff..aedfde4352210ea7b78b304af9e45701f56ec41c 100644 --- a/src/scripts/modules/upset.js +++ b/src/modules/charts/upset.js @@ -1,10 +1,8 @@ -import {hypenate, safeSelect} from './helpers'; -import {setupContainer, calculateWidthOfObject, calculateWidthOfSpacer, log} from './utils'; -import {unique, flatten} from './array-functions'; -import {groupingSpacer} from './grouping-spacer'; -import {colorFunction as CF} from './color-function'; -import {tooltip as TTip} from './tooltip'; -export function upset ( selection ) { +import utils from '../utils/index.js' +import groupingSpacer from '../grouping-spacer'; +import CF from '../color-function'; +import TTip from '../tooltip'; +export default function upset ( selection ) { var data, orient='horizontal', @@ -88,12 +86,12 @@ export function upset ( selection ) { // background cliping rectangle var bgcpRect = {x:0, y:0, width: spaceX, height:spaceY} - var container = setupContainer( selection, namespace, bgcpRect, backgroundFill ); + var container = utils.sel.setupContainer( selection, namespace, bgcpRect, backgroundFill ); cellKeys = d3.keys(data) - setValues = unique(cellKeys.map(setExtractor)).sort() - intersectionValues = unique(cellKeys.map(intersectionExtractor)).sort().sort(function(a, b){ + setValues = utils.arr.unique(cellKeys.map(setExtractor)).sort() + intersectionValues = utils.arr.unique(cellKeys.map(intersectionExtractor)).sort().sort(function(a, b){ return a.split(';').length - b.split(';').length }) @@ -112,13 +110,13 @@ export function upset ( selection ) { xDim = horizontalQ ? xValues.length : yValues.length, yDim = horizontalQ ? yValues.length : xValues.length - // console.log(xValues, yValues) + // console.utils.con.log(xValues, yValues) - xObjectSize = calculateWidthOfObject(spaceX, xDim, minObjectSize, maxObjectSize, xObjectSpacer, overflowQ) - yObjectSize = calculateWidthOfObject(spaceY, yDim, minObjectSize, maxObjectSize, yObjectSpacer, overflowQ) - xSpacerSize = calculateWidthOfSpacer(xValues, spaceX, xObjectSize, xDim, xObjectSpacer, overflowQ) - ySpacerSize = calculateWidthOfSpacer(yValues, spaceY, yObjectSize, yDim, yObjectSpacer, overflowQ) + xObjectSize = utils.math.calculateWidthOfObject(spaceX, xDim, minObjectSize, maxObjectSize, xObjectSpacer, overflowQ) + yObjectSize = utils.math.calculateWidthOfObject(spaceY, yDim, minObjectSize, maxObjectSize, yObjectSpacer, overflowQ) + xSpacerSize = utils.math.calculateWidthOfSpacer(xValues, spaceX, xObjectSize, xDim, xObjectSpacer, overflowQ) + ySpacerSize = utils.math.calculateWidthOfSpacer(yValues, spaceY, yObjectSize, yDim, yObjectSpacer, overflowQ) var ySpacer = groupingSpacer() .horizontalQ(false) @@ -137,17 +135,17 @@ export function upset ( selection ) { if (verticalQ) { xSpacer.objectClass(objectClass) - ySpacer.namespace('across').objectClass(hypenate(objectClass, 'across')) + ySpacer.namespace('across').objectClass(utils.str.hypenate(objectClass, 'across')) ySpacer(container, yValues, 0) - container.selectAll('g.'+hypenate(objectClass, 'across')) + container.selectAll('g.'+utils.str.hypenate(objectClass, 'across')) .each(function(d, i){ xSpacer(d3.select(this), xValues, 0) }) } else { - xSpacer.namespace('across').objectClass(hypenate(objectClass, 'across')) + xSpacer.namespace('across').objectClass(utils.str.hypenate(objectClass, 'across')) ySpacer.objectClass(objectClass) xSpacer(container, xValues, 0) - container.selectAll('g.'+hypenate(objectClass, 'across')) + container.selectAll('g.'+utils.str.hypenate(objectClass, 'across')) .each(function(d, i){ ySpacer(d3.select(this), yValues, 0) }) } @@ -167,11 +165,11 @@ export function upset ( selection ) { // } else { // positionedCellKeys.push(lookupValue) // } - // console.log(i, j, lookupValue) + // console.utils.con.log(i, j, lookupValue) // } // } // - // // console.log(positionedCellKeys) + // // console.utils.con.log(positionedCellKeys) // // cells.data(positionedCellKeys); @@ -183,17 +181,17 @@ export function upset ( selection ) { if (key == undefined) {return } var currentData = data[key] - // console.log(key, currentData) + // console.utils.con.log(key, currentData) var set = setExtractor(key, i), intersection = intersectionExtractor(key, i) - // console.log(set, intersection) + // console.utils.con.log(set, intersection) t.classed(intersection, true) t.classed(set, true) - var c = safeSelect(t, 'circle', hypenate(objectClass,'circle')) + var c = utils.sel.safeSelect(t, 'circle', utils.str.hypenate(objectClass,'circle')) c.attr('cx', xObjectSize / 2) .attr('cy', yObjectSize / 2 ) .attr('r', radius == undefined ? Math.min(xObjectSize, yObjectSize) / 2 : radius) diff --git a/src/scripts/modules/violin.js b/src/modules/charts/violin.js similarity index 94% rename from src/scripts/modules/violin.js rename to src/modules/charts/violin.js index b6b7eea76b2965643eaf5568a430bb41affae817..ca6651bbc5832f3b41c072eb2c688b3f5d591c56 100644 --- a/src/scripts/modules/violin.js +++ b/src/modules/charts/violin.js @@ -1,9 +1,7 @@ -import {hypenate, safeSelect, modifyHexidecimalColorLuminance, extractViolinValues, quartiles} from './helpers'; -import {setupContainer, calculateWidthOfObject, calculateWidthOfSpacer} from './utils'; -import {unique, hasQ, flatten, whichBin} from './array-functions'; -import {groupingSpacer} from './grouping-spacer'; -import {colorFunction as CF} from './color-function'; -import {tooltip as TTip} from './tooltip'; +import utils from '../utils/index.js'; +import groupingSpacer from '../grouping-spacer'; +import CF from '../color-function'; +import TTip from '../tooltip'; /******************************************************************************* ** ** @@ -22,7 +20,7 @@ import {tooltip as TTip} from './tooltip'; * @namespace violin * @returns {function} violin */ -export function violin( selection ) { +export default function violin( selection ) { var /** * Data to plot. Assumed to be a object, where each key corresponds to a violin @@ -156,9 +154,9 @@ export function violin( selection ) { */ pointColorFunc = function (d, type, base, min, max) { var minMaxHexScale = d3.scaleLinear().domain([min, max]).range([-0.25, 0.05]) - var scaledColor = modifyHexidecimalColorLuminance(base.replace('#', ''), minMaxHexScale(d)) + var scaledColor = utils.color.modifyHexidecimalColorLuminance(base.replace('#', ''), minMaxHexScale(d)) var mod = type == "stroke" ? 0 : 0.25 - return modifyHexidecimalColorLuminance(scaledColor.replace('#', ''), mod) + return utils.color.modifyHexidecimalColorLuminance(scaledColor.replace('#', ''), mod) }, /** @@ -213,12 +211,12 @@ export function violin( selection ) { easeFunc = d3.easeExp, /** - * The key containing the quartiles + * The key containing the utils.math.quartiles * @param {string} [quartilesKey=undefined] * @memberof violin# * @property */ - quartilesKey = "quartiles", + quartilesKey = "utils.math.quartiles", /** * The keys corresponding to each quartile * @param {string[]} [quartileKeys=["Q0", "Q1", "Q2", "Q3", "Q4"]] @@ -578,7 +576,7 @@ export function violin( selection ) { * @returns {violin | string} * @memberof violin * @property - * by default quartileKey = "quartiles" + * by default quartileKey = "utils.math.quartiles" */ violin.quartileKey = function(_) { return arguments.length ? (quartileKey = _, violin) : quartileKey; }; /** @@ -666,14 +664,14 @@ export function violin( selection ) { // background cliping rectangle var bgcpRect = {x:0, y:0, width: spaceX, height:spaceY} - var container = setupContainer( selection, namespace, bgcpRect, backgroundFill ); + var container = utils.sel.setupContainer( selection, namespace, bgcpRect, backgroundFill ); // if grouping is undefined sort violinKeys by sortingFunction var ordered = (grouping == undefined) ? d3.keys(data).sort(sortingFunction) : grouping // console.log(ordered) - violinKeys = flatten(ordered) + violinKeys = utils.arr.flatten(ordered) var calcValues = neededViolinValues() @@ -685,7 +683,11 @@ export function violin( selection ) { // augment valus - violinKeys.map(function(vk, i){ calcValues(vk, data) }) + violinValues = {} + violinKeys.map(function(vk, i){ + let v = calcValues(vk, data) + violinValues[vk] = v + }) var numberOfObjects = violinKeys.length @@ -698,9 +700,9 @@ export function violin( selection ) { scale.domain(extent).range(horizontalQ ? [0,spaceY] : [0, spaceX]) var space = horizontalQ ? spaceX : spaceY // calculate object size - objectSize = calculateWidthOfObject(space, numberOfObjects, minObjectSize, maxObjectSize, objectSpacer, overflowQ) + objectSize = utils.math.calculateWidthOfObject(space, numberOfObjects, minObjectSize, maxObjectSize, objectSpacer, overflowQ) // calculate spacer size if needed - spacerSize = calculateWidthOfSpacer(ordered, space, objectSize, numberOfObjects, objectSpacer, overflowQ) + spacerSize = utils.math.calculateWidthOfSpacer(ordered, space, objectSize, numberOfObjects, objectSpacer, overflowQ) // make the nested groups var spacerFunction = groupingSpacer() .horizontalQ(horizontalQ).scale(scale).moveby('category').numberOfObjects(numberOfObjects) @@ -715,7 +717,7 @@ export function violin( selection ) { // for color function var parentIndexArray = [] container.selectAll('g:not(.to-remove).'+objectClass) - .each(function(d, i){if (hasQ(violinKeys, d)){ parentIndexArray.push(Number(d3.select(this).attr('parent-index')))}}) + .each(function(d, i){if (utils.arr.hasQ(violinKeys, d)){ parentIndexArray.push(Number(d3.select(this).attr('parent-index')))}}) // update color function colorFunction = colorFunction.colorBy() == 'index' @@ -746,17 +748,17 @@ export function violin( selection ) { var t = d3.select(this), currentData = data[key] // needed because bug in selecting .to-remove - if (!hasQ(violinKeys, key)) {return} + if (!utils.arr.hasQ(violinKeys, key)) {return} var i = t.attr('parent-index') == undefined ? i : t.attr('parent-index'), fillColor = colorFunction(key, currentData, i, 'fill'), // prevent duplicate computation strokeColor = colorFunction(key, currentData, i, 'stroke'), - area = safeSelect(t, 'g', 'area'), - la = safeSelect(area, 'path', 'left'), - ra = safeSelect(area, 'path', 'right'), - quarts = safeSelect(t, 'g', 'quarts'), - lq3 = safeSelect(quarts, 'line', 'q3'), - lq1 = safeSelect(quarts, 'line', 'q1'), + area = utils.sel.safeSelect(t, 'g', 'area'), + la = utils.sel.safeSelect(area, 'path', 'left'), + ra = utils.sel.safeSelect(area, 'path', 'right'), + quarts = utils.sel.safeSelect(t, 'g', 'quarts'), + lq3 = utils.sel.safeSelect(quarts, 'line', 'q3'), + lq1 = utils.sel.safeSelect(quarts, 'line', 'q1'), q3 = currentData.quartiles[quartileKeys[3]], q2 = currentData.quartiles[quartileKeys[2]], q1 = currentData.quartiles[quartileKeys[1]] @@ -786,7 +788,7 @@ export function violin( selection ) { }) if (pointsQ) { - var ptsContainer = safeSelect(t, 'g', 'points') + var ptsContainer = utils.sel.safeSelect(t, 'g', 'points') var pts = ptsContainer.selectAll('.point').data(currentData.pointKeys) pts.on('mouseover', null) @@ -819,7 +821,7 @@ export function violin( selection ) { .attr('cy', function(pointKey, ii){ var dd = currentData.pointValues[ii] if (horizontalQ) { return scale(extent[1]) - scale(dd) } - var j = whichBin(currentData.binned, dd) + var j = utils.arr.whichBin(currentData.binned, dd) var r = Math.random() var n = vScale(r * currentData.frequencies[j] * 0.5) var k = Math.random() > 0.5 ? n : -n @@ -828,7 +830,7 @@ export function violin( selection ) { .attr('cx', function(pointKey, ii){ var dd = currentData.pointValues[ii] if (horizontalQ) { - var j = whichBin(currentData.binned, dd) + var j = utils.arr.whichBin(currentData.binned, dd) var r = Math.random() var n = vScale(r * currentData.frequencies[j] * 0.5) var k = Math.random() > 0.5 ? n : -n @@ -900,7 +902,7 @@ export function violin( selection ) { * @returns {function} calculateViolinValues * @namespace neededViolinValues */ -function neededViolinValues() { +export function neededViolinValues() { var /** * Whether or not the orientation of the violins are horizontal @@ -911,7 +913,7 @@ function neededViolinValues() { */ horizontalQ = true, /** - * Keys to be put into the quartiles if they need to be calculated. + * Keys to be put into the utils.math.quartiles if they need to be calculated. * (see {@link violin#quartileKeys}) * @param {Object} [quartileKeys=['Q0', 'Q1', 'Q2', 'Q3', 'Q4']] * @memberof neededViolinValues# @@ -998,7 +1000,7 @@ function neededViolinValues() { * * data[violinKey].contour // the points depicting the contour of 1/2 of the violin * - * data[violinKey].quartiles // the quartiles of the points' values + * data[violinKey].utils.math.quartiles // the utils.math.quartiles of the points' values * * data[violinKey].pointKeys // the keys associated with the points * @@ -1017,8 +1019,8 @@ function neededViolinValues() { // the numerical values of those points var violinPointsValues = violinPointsKeys.map(function(pk, i){return violinPointValueExtractor(pk, violinPoints)}) - // quartiles of those points - var pointQuartiles = quartiles(violinPointsValues, quartileKeys) + // utils.math.quartiles of those points + var pointQuartiles = utils.math.quartiles(violinPointsValues, quartileKeys) // binned points var binned = d3.histogram()(violinPointsValues) @@ -1042,6 +1044,7 @@ function neededViolinValues() { violinData.quartiles = pointQuartiles violinData.pointKeys = violinPointsKeys violinData.pointValues = violinPointsValues + return violinData } return calculateViolinValues diff --git a/src/scripts/modules/color-function.js b/src/modules/color-function.js similarity index 98% rename from src/scripts/modules/color-function.js rename to src/modules/color-function.js index 5bef0c54c5edfe4456cead5ae85f3804b7da3bb9..77035b7748ce19c946536fcdb69cdab29266ed85 100644 --- a/src/scripts/modules/color-function.js +++ b/src/modules/color-function.js @@ -1,4 +1,4 @@ -import {modifyHexidecimalColorLuminance} from './helpers'; +import {color} from './utils/index.js' /** * Creates a colorFunction @@ -6,7 +6,7 @@ import {modifyHexidecimalColorLuminance} from './helpers'; * @namespace colorFunction * @returns {function} colorFunction */ -export function colorFunction() { +export default function colorFunction() { var data, @@ -30,7 +30,7 @@ export function colorFunction() { * @memberof colorFunction# * @property */ - modifyOpacity = modifyHexidecimalColorLuminance, + modifyOpacity = color.modifyHexidecimalColorLuminance, /** * How to modify color for stroke * @param {number} [strokeOpacity=0] diff --git a/src/scripts/modules/d3-prototypes.js b/src/modules/d3-prototypes.js similarity index 92% rename from src/scripts/modules/d3-prototypes.js rename to src/modules/d3-prototypes.js index db19bf0436a2953c37d70145cc573d04ca50d61e..13c50e71d11debc0906a1ec273bdb7bc2dcb6d04 100644 --- a/src/scripts/modules/d3-prototypes.js +++ b/src/modules/d3-prototypes.js @@ -1,4 +1,4 @@ -import {getContainingSVG} from "./helpers"; +import utils from './utils/index.js' // import * as d3 from "d3"; /******************************************************************************* ** ** @@ -13,7 +13,7 @@ import {getContainingSVG} from "./helpers"; * @augments d3.selection * @returns {Element} which is the svg tag, not the d3 selection of that tag */ -d3.selection.prototype.thisSVG = function() { return getContainingSVG(this.node()); } +d3.selection.prototype.thisSVG = function() { return utils.sel.getContainingSVG(this.node()); } /** @@ -40,7 +40,7 @@ d3.mouse.absolute = function() { d3.selection.prototype.absolutePosition = function() { var element = this.node(); var elementPosition = element.getBoundingClientRect(); - var containerSVG = getContainingSVG(element) + var containerSVG = utils.sel.getContainingSVG(element) var svgPosition = containerSVG.getBoundingClientRect(); return { diff --git a/src/scripts/modules/grouping-spacer.js b/src/modules/grouping-spacer.js similarity index 97% rename from src/scripts/modules/grouping-spacer.js rename to src/modules/grouping-spacer.js index acb6c6fc230de658d31295d78e97f524c456556e..e5f808ec617d146a2c87a267164ae4d71604bb1e 100644 --- a/src/scripts/modules/grouping-spacer.js +++ b/src/modules/grouping-spacer.js @@ -1,4 +1,4 @@ -import {log, warn, error, info} from './utils'; +import {con} from './utils/index.js' /******************************************************************************* ** ** ** ** @@ -12,7 +12,7 @@ import {log, warn, error, info} from './utils'; * (see {@link groupingSpacer#recursivelyPosition}) * @namespace groupingSpacer */ -export function groupingSpacer() { +export default function groupingSpacer() { var /*@var {boolean} horizontalQ @default*/ @@ -125,7 +125,7 @@ export function groupingSpacer() { x = horizontalQ ? window.outerWidth : 0, y = !horizontalQ ? window.outerWidth : 0, t = 'translate('+x+','+y+')' - // if(y == undefined) {console.log(cur.node(), y, d)} + // if(y == undefined) {console.con.log(cur.node(), y, d)} return t }) }, @@ -147,7 +147,7 @@ export function groupingSpacer() { * }).remove() */ exitFunction = function(cur){ - log("groupingSpacer", "exiting with", {current: cur, currentNode: cur.node()}) + con.log("groupingSpacer", "exiting with", {current: cur, currentNode: cur.node()}) cur.selectAll('g').classed('to-remove', true) cur.transition().duration(transitionDuration*0.9).ease(easeFunc) @@ -158,7 +158,7 @@ export function groupingSpacer() { x = horizontalQ ? window.outerWidth : 0, y = !horizontalQ ? window.outerWidth : 0, t = 'translate('+x+','+y+')' - // if(y == undefined) {console.log(cur.node(), y, d)} + // if(y == undefined) {console.con.log(cur.node(), y, d)} return t }).remove() } diff --git a/src/scripts/modules/categorical-legend.js b/src/modules/legends/categorical-legend.js similarity index 93% rename from src/scripts/modules/categorical-legend.js rename to src/modules/legends/categorical-legend.js index f20fa7cefc5dd7283644c027bfcdb24a2a8066e5..7257d9ff8d71db669d8b6deb8177b876ac0da1f9 100644 --- a/src/scripts/modules/categorical-legend.js +++ b/src/modules/legends/categorical-legend.js @@ -1,10 +1,9 @@ -import {hypenate, safeSelect, round, interpolateColors} from './helpers'; -import {setupContainer, calculateWidthOfObject, calculateWidthOfSpacer} from './utils'; -import {colorFunction as CF} from './color-function'; -import {groupingSpacer} from './grouping-spacer'; -import {unique, flatten} from './array-functions'; +import utils from '../utils/index.js' +import CF from '../color-function'; +import groupingSpacer from '../grouping-spacer'; -export function categoricLegend( selection ) { + +export default function categoricLegend( selection ) { var categories, @@ -351,7 +350,7 @@ export function categoricLegend( selection ) { var verticalQ = !horizontalQ // background cliping rectangle var bgcpRect = {x:0, y:0, width: spaceX, height:spaceY} - var container = setupContainer( selection, namespace, bgcpRect, backgroundFill ); + var container = utils.sel.setupContainer( selection, namespace, bgcpRect, backgroundFill ); colorFunction.dataExtent([0, categories.length - 1]) @@ -364,13 +363,13 @@ export function categoricLegend( selection ) { // if grouping is undefined sort barKeys by sortingFunction var ordered = (grouping == undefined) ? categories.sort(sortingFunction) : grouping // ordered might be nested depending on grouping - var catKeys = flatten(ordered) + var catKeys = utils.arr.flatten(ordered) var space = horizontalQ ? spaceX : spaceY // calculate object size - var objectSize = calculateWidthOfObject(space, numberOfObjects, minObjectSize, maxObjectSize, objectSpacer, overflowQ) + var objectSize = utils.math.calculateWidthOfObject(space, numberOfObjects, minObjectSize, maxObjectSize, objectSpacer, overflowQ) // calculate spacer size if needed - var spacerSize = calculateWidthOfSpacer(catKeys, space, objectSize, numberOfObjects, objectSpacer, overflowQ) + var spacerSize = utils.math.calculateWidthOfSpacer(catKeys, space, objectSize, numberOfObjects, objectSpacer, overflowQ) // make the nested groups var spacerFunction = groupingSpacer() .horizontalQ(horizontalQ).scale(scale).moveby('category').numberOfObjects(numberOfObjects) @@ -383,7 +382,7 @@ export function categoricLegend( selection ) { container.selectAll('g:not(.to-remove).'+objectClass).each(function(cat, i) { var t = d3.select(this) - var c = safeSelect(t, 'circle') + var c = utils.sel.safeSelect(t, 'circle') var fillColor = colorFunction(undefined, cat, i, 'fill'), // prevent duplicate computation strokeColor = colorFunction(undefined, cat, i, 'stroke') @@ -401,7 +400,7 @@ export function categoricLegend( selection ) { .attr('stroke', strokeColor) .attr('stroke-width', bubbleStrokeWidth) - var text = safeSelect(t, 'text') + var text = utils.sel.safeSelect(t, 'text') text.text(cat) .attr('text-anchor', 'middle') .attr("transform", function(d, i){ diff --git a/src/modules/legends/index.js b/src/modules/legends/index.js new file mode 100644 index 0000000000000000000000000000000000000000..6e8846d57d75aea424e102677646680702e53784 --- /dev/null +++ b/src/modules/legends/index.js @@ -0,0 +1,9 @@ +import categorical from './categorical-legend' +import numeric from './numeric-legend' + +let legends = { + categorical, numeric +} + +export {categorical, numeric} +export default legends diff --git a/src/scripts/modules/numeric-legend.js b/src/modules/legends/numeric-legend.js similarity index 75% rename from src/scripts/modules/numeric-legend.js rename to src/modules/legends/numeric-legend.js index 6db251735b0f8c92dc88c01e33fd0a68913c9b26..bd4824e4a99eba0cd0bc2831e79b12c9be5417a2 100644 --- a/src/scripts/modules/numeric-legend.js +++ b/src/modules/legends/numeric-legend.js @@ -1,9 +1,7 @@ -import {hypenate, safeSelect, round, interpolateColors} from './helpers'; -import {setupContainer} from './utils'; -import {colorFunction as CF} from './color-function'; +import utils from '../utils/index.js' +import CF from '../color-function'; - -export function numericLegend( selection ) { +export default function numericLegend( selection ) { var min=0, @@ -32,15 +30,15 @@ export function numericLegend( selection ) { function legend() { // background cliping rectangle var bgcpRect = {x:0, y:0, width: spaceX, height:spaceY} - var container = setupContainer( selection, namespace, bgcpRect, backgroundFill ); + var container = utils.sel.setupContainer( selection, namespace, bgcpRect, backgroundFill ); - var defs = safeSelect(selection, 'defs') - var linearGradient = safeSelect(defs, 'linearGradient') + var defs = utils.sel.safeSelect(selection, 'defs') + var linearGradient = utils.sel.safeSelect(defs, 'linearGradient') .attr("x1", "0%") .attr("y1", "100%") .attr("x2", "0%") .attr("y2", "0%") - .attr('id', hypenate(namespace,'numerical-legend-gradient')) + .attr('id', utils.str.hypenate(namespace,'numerical-legend-gradient')) colorFunction.dataExtent([min, max]) @@ -58,18 +56,18 @@ export function numericLegend( selection ) { - var rect = safeSelect(container, 'rect', 'legend') + var rect = utils.sel.safeSelect(container, 'rect', 'legend') .attr('transform', 'translate(0,'+fontSize+')') - .style("fill", "url(#"+hypenate(namespace,'numerical-legend-gradient')+")") + .style("fill", "url(#"+utils.str.hypenate(namespace,'numerical-legend-gradient')+")") .attr('x', 0) .attr('y', 0) .attr('width', spaceX) .attr('height', spaceY - fontSize*2) .on('mousemove', function(d, i){legendMousemove(d, i, rect, d3.select(this))}) - .on('mouseout', function(d, i){ d3.select("#"+hypenate(namespace,'legend-tooltip')).remove() }) + .on('mouseout', function(d, i){ d3.select("#"+utils.str.hypenate(namespace,'legend-tooltip')).remove() }) - var minText = safeSelect(container, 'text', 'min') - .text(round(min, 2)) + var minText = utils.sel.safeSelect(container, 'text', 'min') + .text(utils.math.round(min, 2)) .attr('text-anchor', 'middle') .attr("font-size", fontSize+'px') .attr('transform', function(d, i){ @@ -80,8 +78,8 @@ export function numericLegend( selection ) { return t }) - var maxText = safeSelect(container, 'text', 'max') - .text(round(max, 2)) + var maxText = utils.sel.safeSelect(container, 'text', 'max') + .text(utils.math.round(max, 2)) .attr('text-anchor', 'middle') .attr("font-size", fontSize+'px') .attr('transform', function(d, i){ @@ -102,13 +100,13 @@ export function numericLegend( selection ) { .domain([0, rect.attr('height')]) .range([max, min]) var m = d3.mouse(rect.node()) - var v = round(s(m[1]),roundTo) + var v = utils.math.round(s(m[1]),roundTo) var strokeColor = colorFunction(undefined, v, undefined, 'stroke') var fillColor = colorFunction(undefined, v, undefined, 'fill') - var div = safeSelect(d3.select('body'), 'div', hypenate(namespace,'legend-tooltip')) - .attr('id', hypenate(namespace,'legend-tooltip')) + var div = utils.sel.safeSelect(d3.select('body'), 'div', utils.str.hypenate(namespace,'legend-tooltip')) + .attr('id', utils.str.hypenate(namespace,'legend-tooltip')) .style('position', 'absolute') .style('left', (d3.event.pageX+15)+'px') .style('top', (d3.event.pageY+15)+'px') @@ -128,7 +126,7 @@ export function numericLegend( selection ) { .style('border-style', 'solid') .style('border-width', 2) - var text = safeSelect(div, 'div') + var text = utils.sel.safeSelect(div, 'div') .text(v) .style('color', textColor) .style('align-self', 'center') diff --git a/src/scripts/modules/tooltip.js b/src/modules/tooltip.js similarity index 85% rename from src/scripts/modules/tooltip.js rename to src/modules/tooltip.js index 77262d5a680c507988bdf0d0f00b719897a88c2a..2ed0abdbd6b60a784a06710a219c0bedc03f5663 100644 --- a/src/scripts/modules/tooltip.js +++ b/src/modules/tooltip.js @@ -1,5 +1,4 @@ -import {safeSelect, round} from './helpers'; -import {log, warn, info, error, consoleGroup, consoleGroupEnd} from './utils'; +import {sel, con, math} from './utils/index.js' /******************************************************************************* ** ** ** ** @@ -15,7 +14,7 @@ import {log, warn, info, error, consoleGroup, consoleGroupEnd} from './utils'; * @returns {tooltip} * @namespace tooltip */ -export function tooltip( selection ) { +export default function tooltip( selection ) { var keys, @@ -83,16 +82,16 @@ export function tooltip( selection ) { * @private */ function mousemove(key, i) { - consoleGroup('d3sm-tooltip') + con.consoleGroup('d3sm-tooltip') var currentData = data[key] var [x, y] = d3.mouse(d3.select("html").node()) - log('tooltip', 'mousemove detected',{key: key, index: i, x:x, y:y}) - log('tooltip', 'current data', currentData) + con.log('tooltip', 'mousemove detected',{key: key, index: i, x:x, y:y}) + con.log('tooltip', 'current data', currentData) - var div = safeSelect(d3.select('html'), 'tooltip', 'd3sm-tooltip') + var div = sel.safeSelect(d3.select('html'), 'tooltip', 'd3sm-tooltip') .classed('card', true) .style('max-width', '300px') .style('background-color', "#212529") @@ -100,14 +99,14 @@ export function tooltip( selection ) { - var cardBody = safeSelect(div, 'div', 'card-body') - var cardTitle = safeSelect(cardBody, 'h5', 'card-title') + var cardBody = sel.safeSelect(div, 'div', 'card-body') + var cardTitle = sel.safeSelect(cardBody, 'h5', 'card-title') .text(header == undefined ? key : typeof header == 'function' ? header(key, currentData, i) : header) .style('color', 'cyan') - var table = safeSelect(cardBody, 'table', 'table').classed('table-dark', true) - var tBody = safeSelect(table, 'tbody') + var table = sel.safeSelect(cardBody, 'table', 'table').classed('table-dark', true) + var tBody = sel.safeSelect(table, 'tbody') tBody = tBody.selectAll('tr') tBody= tBody.data(keys == undefined ? d3.keys(currentData): keys) @@ -120,20 +119,20 @@ export function tooltip( selection ) { .attr('tooltip-row-index', function(d, i){return i}) // tBody = tBody.merge(tr) - consoleGroup('tooltip-rows') + con.consoleGroup('tooltip-rows') tBody.selectAll('.tooltip-key').text(function(d, i){return d}) tBody.selectAll('tr .tooltip-value') .text(function(d, i){ - log('tooltip', 'trying to set value', {rowKey: d, rowIndex: i}) + con.log('tooltip', 'trying to set value', {rowKey: d, rowIndex: i}) var i = d3.select(this).attr('tooltip-row-index') var v = currentData[d]; if (values != undefined) {v = values[i]; if(typeof v == "function") {v = v(currentData, d)}} - return typeof v == 'number' ? round(v, 5) : v + return typeof v == 'number' ? math.round(v, 5) : v }) - consoleGroupEnd() - consoleGroupEnd() + con.consoleGroupEnd() + con.consoleGroupEnd() x += 15 // x += 15 diff --git a/src/scripts/modules/array-functions.js b/src/modules/utils/array.js similarity index 92% rename from src/scripts/modules/array-functions.js rename to src/modules/utils/array.js index 83cb78170e990607ca618820c396ec586a66eaaf..fc66bcc74865f50e277c24b9831e7d79fb0fc5f4 100644 --- a/src/scripts/modules/array-functions.js +++ b/src/modules/utils/array.js @@ -1,11 +1,12 @@ -import {uniqueElements} from './helpers'; -/******************************************************************************* -** ** -** ** -** PROTOTYPES ** -** ** -** ** -*******************************************************************************/ +/** +* Helper function for Array.filter to get unique elements of the array +* @param {*} value current value as mapping over array (self) +* @param {number} index current index in the array +* @param {Array} self passed array from Array.filter method +* @returns {boolean} whether or not value is the first of its kind (i.e. indexOf(value) == index) +*/ +export function uniqueElements(value, index, self) { return self.indexOf(value) === index; } + /** * This function tests to see if all elements of the passed array are true. * @param {Array} array of values diff --git a/src/modules/utils/colors.js b/src/modules/utils/colors.js new file mode 100644 index 0000000000000000000000000000000000000000..2fb0faf29038925bd597a0b49f17c5440e72e6f9 --- /dev/null +++ b/src/modules/utils/colors.js @@ -0,0 +1,32 @@ +/** +* Modifies luminance of hexidecimal number +* @param {string} hex should be hexidecimal value with or without the proceeding octotrope +* @param {number} lum value to increase or decrease luminosity by +* @returns {string} updated hexidecimal value without the proceeding octotrope +*/ +export function modifyHexidecimalColorLuminance(hex, lum) { + // validate hex string + var hex = String(hex).replace(/[^0-9a-f]/gi, ''); + + if (hex.length < 6) { + hex = hex[0]+hex[0]+hex[1]+hex[1]+hex[2]+hex[2]; + } + lum = lum || 0; + + // convert to decimal and change luminosity + var rgb = '#', c, i; + for (i = 0; i < 3; i++) { + c = parseInt(hex.substr(i*2,2), 16); + c = Math.round(Math.min(Math.max(0, c + (c * lum)), 255)).toString(16); + rgb += ('00'+c).substr(c.length); + } + + return rgb; +} + +/** +* Maps arguments in to d3.interpolateRgbBasis +* @param arguments +* @returns {Function} +*/ +export function interpolateColors(){return d3.interpolateRgbBasis(arguments)} diff --git a/src/modules/utils/console.js b/src/modules/utils/console.js new file mode 100644 index 0000000000000000000000000000000000000000..8da9cfa5e9603df9622959f4aa445f70d447562c --- /dev/null +++ b/src/modules/utils/console.js @@ -0,0 +1,97 @@ +/** + * calls console.group if d3sm.debugQ == true + * @param {string} name of the group + * @returns {undefined} + */ +export function consoleGroup(name) { + if (window.d3sm.debugQ === true){ + console.group(name) + } +} + +/** + * calls console.groupEnd if d3sm.debugQ == true + * @returns {undefined} + */ +export function consoleGroupEnd() { + if (window.d3sm.debugQ === true){ + console.groupEnd() + } +} + +/** + * Calls console.log if d3sm.debugQ == true + * @param {string} func name of the function logging + * @param {string} msg to log + * @param {Object} data to be logged along side the message + * @returns {undefined} + */ +export function log(func, msg, data) { + if (window.d3sm.debugQ === true){ + console.log( + `%c[d3sm::${func}]:\t${msg}`, + [ + 'background: #6cd1ef', + 'border-radius: 5000px', + 'padding: 0px 2px', + 'font-size: 14px' + ].join(';') + ) + console.table(data) + // console.trace() + } +} + +/** + * Calls console.warn if d3sm.debugQ == true + * @param {string} func name of the function warning + * @param {string} msg to display + * @param {Object} data to be displayed along side the message + * @returns {undefined} + */ +export function warn(func, msg, data) { + if (window.d3sm.debugQ === true) + console.warn( + `%c[d3sm::${func}]:\t${msg}`, + [ + 'background: #ffd53e', + 'border-radius: 5000px', + 'padding: 0px 2px', + 'font-size: 14px' + ].join(';') + ) + console.table(data) +} +/** + * Calls the console.info if d3sm.debugQ == true + * @param {string} func name of the function providing info + * @param {string} msg to display + * @param {Object} data to be displayed along side the message + * @returns {undefined} + */ +export function info(func, msg, data) { + if (window.d3sm.debugQ) + console.info( + `%c[d3sm::${func}]:\t${msg}`, + [ + 'background: #009ccd', + 'border-radius: 5000px', + 'padding: 0px 2px', + 'font-size: 14px' + ].join(';') + ) + console.table(data) +} + + +/** + * Calls console.error if d3sm.debugQ == true + * @param {string} func name of the function which sends the error + * @param {string} msg to display + * @param {Object} data to be displayed along side the message + * @returns {undefined} + */ +export function error(func, msg, data) { + if (window.d3sm.debugQ) + console.error(`[d3sm::${func}]:\t${msg}\t%o`,data) +} diff --git a/src/modules/utils/index.js b/src/modules/utils/index.js new file mode 100644 index 0000000000000000000000000000000000000000..e117b00c3f0262d2e67a2a38a1821361433f958f --- /dev/null +++ b/src/modules/utils/index.js @@ -0,0 +1,16 @@ +import * as arr from './array.js' +import * as color from './colors.js' +import * as math from './math.js' +import * as misc from './misc.js' +import * as sel from './selections.js' +import * as str from './strings.js' +import * as con from './console.js' +import * as paths from './paths.js' + + +let utils = { + arr, color, math, misc, sel, str, con, paths +} + +export {arr, color, math, misc, sel, str, con, paths} +export default utils diff --git a/src/modules/utils/math.js b/src/modules/utils/math.js new file mode 100644 index 0000000000000000000000000000000000000000..824475fa7e83607a960c5a62d3f9946fa01242e6 --- /dev/null +++ b/src/modules/utils/math.js @@ -0,0 +1,161 @@ +import {total} from './array.js' +/** +* Rounds decimals of number to precision +* @param {number} number +* @param {number} precision +* @returns {number} rounded to precision +*/ +export function round(number, precision) { + var shift = function (number, precision, reverseShift) { + if (reverseShift) { + precision = -precision; + } + var numArray = ('' + number).split('e'); + return +(numArray[0] + 'e' + (numArray[1] ? (+numArray[1] + precision) : precision)); + }; + return shift(Math.round(shift(number, precision, false)), precision, true); +} + +/** +* evenly partitions the range [min, max] into n parts +* @param {number} min +* @param {number} max +* @param {number} n +* @returns {number[]} array of length n evenly partitioned between min and max +*/ +export function tickRange(min, max, n) { + var a = [min] + var d = max-min + var s = d / (n-1) + for (var i = 0; i < n-2; i++) { a.push(min + s * (i+1)) } + a.push(max) + return a +} + +/** +* @deprecated @see{@link tickRange} +* @param {number} min +* @param {number} max +* @param {number} parts +* @returns {number[]} array of length parts evenly partitioned between min and max +*/ +export function partitionRangeInto(min, max, parts) { + var diff = max - min + return Array(parts).map(function (e, i) { return min + diff / parts * i }) +} + + +export function euclideanDistance(p1, p2){ + var a = p1[0] - p2[0], b = p1[1] - p2[1] + return Math.sqrt(a*a + b*b) +} + +/** +* Calculated the quartiles of the passed data and stores them with qKeys +* @param {number[]} data list of numerical values +* @param {string[]} [qKeys=['q0', 'q1', 'q2', 'q3', 'q4']] how returned object with quartiles should be stored +* @returns {Object} with keys qKeys giving only the numerical values for the quartiles +*/ +export function quartiles(data, qKeys) { + var + q2 = d3.median(data), + lower = data.filter(x => x < q2), + upper = data.filter(x => x > q2), + + q1 = d3.median(lower), + q1 = q1 == undefined ? q2 : q1, + + q0 = d3.min(lower), + q0 = q0 == undefined ? q1 : q0, + + q3 = d3.median(upper), + q3 = q3 == undefined ? q2 : q3, + + q4 = d3.max(upper), + q4 = q4 == undefined ? q3 : q4, + + k0 = 'q0', k1 = 'q1', k2 = 'q2', k3 = 'q3', k4 = 'q4', + obj = {} + if (qKeys!=undefined && qKeys.length == 5) { k0 = qKeys[0]; k1 = qKeys[1]; k2 = qKeys[2]; k3 = qKeys[3]; k4 = qKeys[4]; } + obj[k0] = q0; obj[k1] = q1; obj[k2] = q2; obj[k3] = q3; obj[k4] = q4; + + return obj +} + + +/** +* determines the width of an object for the calling plotting function +* @param {number} freeSpace how much space is avalible +* @param {number} numberOfObjects how many object do we need +* @param {number} minObjectWidth how small are these objects allowed to be +* @param {number} maxObjectWidth how large are these object allowed to be +* @param {number} sizeOfSpacer percent of freeSpace that a single spacer should take up (need numberOfObjects - 1 spacers) +* @param {boolean} overflowQ can we go beyond alloted space +* @returns {number} how large object should be +* function tries to keep object within min / max width, but wil default to +* 5e-10 (smallest consistenly visible by svg size of element) if overflowQ is false +*/ +export function calculateWidthOfObject(freeSpace, numberOfObjects, minObjectWidth, maxObjectWidth, sizeOfSpacer, overflowQ) { + var sizeOfSpacer = + sizeOfSpacer == 0 || sizeOfSpacer > 1 + ? sizeOfSpacer + : freeSpace * sizeOfSpacer + + var numberOfSpacers = numberOfObjects - 1 + var spaceTakenBySpacers = numberOfSpacers * sizeOfSpacer + var remainingSpace = freeSpace - spaceTakenBySpacers + remainingSpace = remainingSpace < 0 ? 0 : remainingSpace + var objectWidth = remainingSpace / numberOfObjects + + if ( overflowQ && minObjectWidth != undefined && objectWidth < minObjectWidth ) { objectWidth = minObjectWidth } + // if ( maxObjectWidth != undefined && objectWidth > maxObjectWidth ) { objectWidth = maxObjectWidth } + if ( overflowQ && maxObjectWidth != undefined && objectWidth < maxObjectWidth ) { objectWidth = maxObjectWidth } + return Math.max(objectWidth, 5e-10) +} + +/** +* @param {Array[]} data list data (can be nested). If nested will create more complex spacer size +* @param {number} freeSpace how much space is avalible +* @param {number} objectWidth @see{@link calculateWidthOfObject} +* @param {number} numberOfObjects how many object do we need +* @param {number} baseSpacerSize percent of freeSpace that a single spacer should take up (need numberOfObjects - 1 spacers) +* @param {boolean} overflowQ can we go beyond alloted space +* @returns {number} returns size that spacer should be at level=0 +*/ +export function calculateWidthOfSpacer(data, freeSpace, objectWidth, numberOfObjects, baseSpacerSize, overflowQ) { + if (overflowQ) { + // var limitedNumberOfObjects = numberOfObjects > 6 ? 6 : numberOfObjects + // var spaceLeft = freeSpace - limitedNumberOfObjects * objectWidth + // return spaceLeft / (limitedNumberOfObjects - 1) + return freeSpace * baseSpacerSize + } + var spacersAtEachLevel = spacersNeededAtEachLevel(data) + var totalSpacerPercent = total(spacersAtEachLevel.map(function(e, i) {return e * 1 / (i+1)})) + var baseSpacerSize = (freeSpace - (objectWidth * numberOfObjects)) / totalSpacerPercent + // console.log(freeSpace, objectWidth, numberOfObjects, totalSpacerPercent) + // console.log(totalSpacerPercent, baseSpacerSize, totalSpacerPercent * baseSpacerSize) + return isNaN(baseSpacerSize) ? 0 : baseSpacerSize +} + +/** +* Calculates number of spacers needed to seperate elements at each level. +* @param {Array[]} array list data (can be nested). If nested will create more complex spacer size +* @param {number} [level=0] current level, used in recusrion +* @param {Array} [levelData=[]] how many spacers needed at a given level +* @returns {Array} levelData +* +* @example +* array = [[1,2], [3,4]] +* // returns [1, 2] +* as at level=0 the only spacer needed is between [1,2] and [3,4] +* and at level=1 the only two spacers needed is between 1 and 2 as well as +* 3 and 4 since the spacer between 2 and 3 is handled at level=0 +*/ +export function spacersNeededAtEachLevel (array, level, levelData ) { + if ( level == undefined ) { level = 0; } else { level += 1 } + if ( levelData == undefined ) { levelData = []; } + if ( level >= levelData.length ) { levelData.push(array.length - 1) } + else { levelData[level] += array.length - 1 } + array.map(function(e, i) { if (Array.isArray(e)) { spacersNeededAtEachLevel(e, level, levelData) } } ) + return levelData +} diff --git a/src/modules/utils/misc.js b/src/modules/utils/misc.js new file mode 100644 index 0000000000000000000000000000000000000000..cbc3dada8f92c30afab81b937e4a56dd5e8062fc --- /dev/null +++ b/src/modules/utils/misc.js @@ -0,0 +1,140 @@ +import {safeSelect} from './selections.js' +import {hypenate} from './strings.js' +export function resizeDebounce(f, wait) { + var resize = debounce(function(){f()},wait) + window.addEventListener('resize', resize) +} + +function debounce(func, wait, immediate) { + var timeout; + return function() { + var context = this, args = arguments; + var later = function() { + timeout = null; + if (!immediate) func.apply(context, args); + }; + var callNow = immediate && !timeout; + clearTimeout(timeout); + timeout = setTimeout(later, wait); + if (callNow) func.apply(context, args); + }; +} + +export function setupStandardChartContainers( + selection, + namespace, + container, + margins={top:0.01, bottom:0.01, left:0.01, right:0.01}, + svg={w:0.8, h:0.6}, // percent of container space for svg + axes={y:0.1, x:0.1}, // percent of container space for axes, + leg={x:0, margin:0, pos:'left'} // absolute width of legend and space on either size +) +{ + if (container == undefined) {container = {w:window.innerWidth, h:window.Height}} + // SVG width and height + + var svgSpace = { + w: container.w * svg.w, + h: container.h * svg.h + } + + var margPx = { + top: margins.top * svgSpace.h, + bottom: margins.bottom * svgSpace.h, + left: margins.left * svgSpace.w, + right: margins.right * svgSpace.w + }, + + + + // Space after removing margins + chartSpace = { + w: svgSpace.w - margPx.left - margPx.right, + h: svgSpace.h - margPx.top - margPx.bottom + }, + + // main dimension of x and y axies + // e.g. defines how tall x axis is as length is determined by plotRect.w + axesSpace = { + x: chartSpace.h * axes.x, + y: chartSpace.w * axes.y + }, + + // space left for drawing the chart properly (e.g. bars, violins, etc) + drawingSpace = { + x: chartSpace.w - axesSpace.y - leg.x - 2*leg.margin, + y: chartSpace.h - axesSpace.x + }, + + + legRect = { + x: leg.margin + margPx.left + (leg.pos == 'left' ? 0 : drawingSpace.x + axesSpace.y), + y: margPx.top, // this is soomehow getting calculated incorectly + w: leg.x, + h: drawingSpace.y + }, + + yAxisRect = { + x: axesSpace.y + margPx.left + (leg.pos == 'left' ? leg.x + 2*leg.margin : 0), + y: margPx.top, + w: axesSpace.y, + h: drawingSpace.y + }, + + plotRect = { + x: axesSpace.y + margPx.left + (leg.pos == 'left' ? leg.x + 2*leg.margin : 0), + y: margPx.top, + w: drawingSpace.x, + h: drawingSpace.y + }, + + xAxisRect = { + x: axesSpace.y + margPx.left + (leg.pos == 'left' ? leg.x + 2*leg.margin : 0), + y: margPx.top + drawingSpace.y, + w: drawingSpace.x, + h: axesSpace.x + } + + + + container = safeSelect(selection, 'svg', namespace) + .style('width', svgSpace.w+'px') + .style('height', svgSpace.h+'px') + + var axes = safeSelect(container, 'g', hypenate(namespace, 'axes')) + + var leg = safeSelect(container, 'g', hypenate(namespace, 'legend')) + .attr('transform', "translate("+legRect.x+","+legRect.y+")") + + var plot = safeSelect(container, 'g', hypenate(namespace, 'plot')) + .attr('transform', "translate("+plotRect.x+","+plotRect.y+")") + + var xAxis = safeSelect(axes, 'g', hypenate(namespace, 'x-axis')) + .attr('transform', "translate("+xAxisRect.x+","+xAxisRect.y+")") + + var yAxis = safeSelect(axes, 'g', hypenate(namespace, 'y-axis')) + .attr('transform', "translate("+yAxisRect.x+","+yAxisRect.y+")") + + return { + svg: { + selection: container, + rect: svgSpace + }, + plot: { + selection: plot, + rect: plotRect + }, + xAxis: { + selection: xAxis, + rect: xAxisRect + }, + yAxis: { + selection: yAxis, + rect: yAxisRect + }, + legend: { + selection: leg, + rect: legRect + } + } +} diff --git a/src/modules/utils/paths.js b/src/modules/utils/paths.js new file mode 100644 index 0000000000000000000000000000000000000000..cafc8dca1c884d86d3b4ec63da954261e6117576 --- /dev/null +++ b/src/modules/utils/paths.js @@ -0,0 +1,40 @@ + +/** +* Draws a whisker for @see{@link boxwhisker} +* @param {boolean} dir direction to draw whisker, should be either true (up, top) or false (down or bottom) +* @param {number} x starting x coordinate in which to draw whisker +* @param {number} y starting y coordinate in which to draw whisker +* @param {number} w width of space in which to draw whisker +* @param {number} h height of space in which to draw whisker +* @param {number} per percentage of w or h (depends on o) to make whisker +* @param {boolean} o orientation, true is horizontal and false is vertical +* @returns {string} representing the svg path (i.e. the d attribute for a path tag) +*/ +export function whiskerPath(dir, x, y, w, h, per, o) { + // d = direction (true is up), p = percent width + if (dir == 'up' || dir == 'top' || dir == true) {dir = true} + if (dir == 'down' || dir == 'bottom' || dir == false) {dir = false} + o = o == undefined ? 'horizontal' : o + per = per == undefined ? 1 : per + if (o != "horizontal") { + var hh = h * per , + w = dir ? w : -w , + a = dir ? x + w : x , + b = dir ? x : x + w , + c = dir ? a : b + p = "M " + a + ' ' + ( h / 2 ) + ' ' + + 'L ' + b + ' ' + ( h / 2 ) + ' ' + + 'M ' + c + ' ' + ( h / 2 - hh / 2 ) + ' ' + + 'L ' + c + ' ' + ( h / 2 + hh / 2 ) + ' ' + + return p + } + var ww = w * per, + a = dir ? y + h : y , + b = dir ? y : y + h , + p = "M " + ( w / 2 ) + ' ' + a + ' ' // straight line part + + 'L ' + ( w / 2 ) + ' ' + b + ' ' // straight line part + + 'h ' + ( -ww / 2 ) + ' ' + 0 + ' ' // horizontal line part + + 'h ' + ( ww ) + ' ' + 0 + ' ' + return p +} diff --git a/src/modules/utils/selections.js b/src/modules/utils/selections.js new file mode 100644 index 0000000000000000000000000000000000000000..044855a786ec32916aae5cf9e7358a29a42ea305 --- /dev/null +++ b/src/modules/utils/selections.js @@ -0,0 +1,120 @@ +import {hypenate} from './strings.js' +/** +* Extracts x and y of translate from transform property +* @param {string} transform transform property of svg element +* @returns {number[]} x, y of translate(x, y) +*/ +export function getTranslation(transform) { + // Create a dummy g for calculation purposes only. This will never + // be appended to the DOM and will be discarded once this function + // returns. + var g = document.createElementNS('http://www.w3.org/2000/svg', 'g'); + // Set the transform attribute to the provided string value. + transform = transform == undefined ? 'translate(0,0)' : transform; + g.setAttributeNS(null, 'transform', transform); + // consolidate the SVGTransformList containing all transformations + // to a single SVGTransform of type SVG_TRANSFORM_MATRIX and get + // its SVGMatrix. + var matrix = g.transform.baseVal.consolidate().matrix; + // As per definition values e and f are the ones for the translation. + return [matrix.e, matrix.f]; +} + +/** +* recursively ascends element.parentElement to find a svg tag +* @param {Element} element +* @returns {Element | undefined} +*/ +export function getContainingSVG(element) { + var parent = element.parentElement + var tag = parent.tagName.toLowerCase() + if (tag === 'svg') { return parent; } + if (tag === 'html') { return undefined; } + return getContainingSVG(parent); +} + + +/** +* Trys to use d3.selection to get element, if it doesnt exist, makes one +* @param {d3.selection} sel selection in which to try and find object +* @param {string} tag tag of which to try and select +* @param {string} [cls=''] class of tag to try and grab +* @returns {d3.selection} of either append or selected tag.cls within sel +*/ +export function safeSelect(sel, tag, cls) { + var clsStr = cls == undefined ? '' : '.'+cls; + var sSel = sel.select(tag+clsStr).empty() + ? sel.append(tag) + : sel.select(tag+clsStr) + return sSel + .classed(clsStr.replace('.', ''), true) + .attr('transform', sSel.attr('transform') == undefined ? 'translate(0,0)' : sSel.attr('transform')) +} + + + +/** +* Adds a clip-path rect and binds it to container +* @param {d3.selection} container in which to add the clip-path and to which to bind the cliping path to +* @param {Object} rect the coordinates (x, y, width, height) of the clip-path +* @param {string} namespace +* @returns {d3.selection} of the clip-path rect +*/ +export function cpRect(container, rect, namespace) { + var defs = safeSelect(container, 'defs', hypenate(namespace, 'definitions')) + var cp = safeSelect(defs, 'clipPath', hypenate(namespace, 'clip-path')) + .attr('id', hypenate(namespace, 'clip-path')) + + var cpRect = safeSelect(cp, 'rect') + .attr('x', rect.x) + .attr('y', rect.y) + .attr('width', rect.width) + .attr('height', rect.height) + + defs.raise() + // set clipping path to container + container.attr('clip-path', 'url(#'+ hypenate(namespace, 'clip-path')+')') + + return cpRect +} + + +/** +* Adds a background rect t to container +* @param {d3.selection} container in which to add the background rectangle +* @param {Object} rect the coordinates (x, y, width, height) of the background +* @param {string} fill the color of the background +* @returns {d3.selection} of the background fill +*/ +export function bgRect(container, rect, fill) { + return safeSelect(container, 'rect', 'bg') + .attr('x', rect.x) + .attr('y', rect.y) + .attr('width', rect.width) + .attr('height', rect.height) + .attr('fill', fill) +} + + +/** +* Sets up the container for making chart elements. This includes making +* a clip-path rect bound to the passed container, a background rect, and +* a g element with class -object-container. +* @param {d3.selection} container in which to add the clip-path and background +* @param {string} namespace +* @param {Object} rect the coordinates (x, y, width, height) of the background and clip-path +* @param {string} fill the color of the background +* @returns {d3.selection} of g.-object-container +* +* @see{@link bgRect} +* @see{@link cpRect} +*/ +export function setupContainer(selection, namespace, rect, fill) { + // the container for three main items, bg, defs, and object-container + var + container = safeSelect(selection, 'g', namespace), + bg = bgRect(container, rect, fill), + cp = cpRect(container, rect, namespace), + objectContainer = safeSelect(container, 'g', hypenate(namespace, 'object-container')) + return objectContainer +} diff --git a/src/modules/utils/strings.js b/src/modules/utils/strings.js new file mode 100644 index 0000000000000000000000000000000000000000..e1ae5c5fffeda38b577e98bb5395b66e6d97c2b9 --- /dev/null +++ b/src/modules/utils/strings.js @@ -0,0 +1,41 @@ + +/** +* Hypenates all strings together +* @param {string[]} arguments +* @returns {string} "arg1-arg2-...-argn" +*/ +export function hypenate(){ return Array.prototype.slice.call(arguments).join('-') } + + +/** +* Trys to reduce text to fit in specified area, made for tick labels as called by +* @see{@link axis} +* @param {d3.selection} t container for specific axis tick +* @param {string} text to be the label of the passed axis tick +* @param {boolean} orient of the axis, true is horizontal, false is vertical +* @param {number} tickLength is the length of the text +* @param {number} space is the amount of availble space for the text and the tick to fit in +* @param {boolean} overflowQ whether or not allowed to go over the alloted space +* @returns {none} +*/ +export function truncateText(t, text, orient, tickLength, space, overflowQ) { + var rect = t.node().getBoundingClientRect() + t.text(text) + while (Math.max(rect.width, rect.height) > space - tickLength) { + text = String(text) + text = text.slice(0, text.length - 1) + t.text(text + '...') + rect = t.node().getBoundingClientRect() + if (text.length == 0) break + } +} + + +export function truncateString(string, space, font) { + var chars = space / font; + if (chars < string.length) { + return string.slice(0, Math.round(chars-5)) + '...' + } else { + return string + } +} diff --git a/src/scripts/main.js b/src/scripts/main.js deleted file mode 100644 index 737feafe38654c79126c56978f3fcdce10d0f5e9..0000000000000000000000000000000000000000 --- a/src/scripts/main.js +++ /dev/null @@ -1,116 +0,0 @@ -// Import styles (automatically inject into ). -// import '../styles/main.css'; -import {axis} from './modules/axis'; -import {bar} from './modules/bar'; -import {bubbleHeatmap} from './modules/bubble-heatmap'; -import {heatmap} from './modules/heatmap'; -import {boxwhisker} from './modules/box-whisker'; -import {colorFunction} from './modules/color-function'; -import {datatoggle} from './modules/data-toggle'; -import {groupingSpacer} from './modules/grouping-spacer'; -import {tooltip} from './modules/tooltip'; -import {scatter} from './modules/scatter'; -import {plotZoom} from './modules/plot-zoom'; -import {multiPlotZoom} from './modules/multi-plot-zoom'; -import {violin} from './modules/violin'; -import {numericLegend} from './modules/numeric-legend'; -import {categoricLegend} from './modules/categorical-legend'; -import {lasso} from './modules/lasso'; -import {lassoWidget} from './modules/lasso-widget'; -import {selectFilter} from './modules/select-filter'; -import {upset} from './modules/upset'; -import {filterTable} from './modules/filter-table'; - -import {uniqueElements, getTranslation, modifyHexidecimalColorLuminance, tickRange, -quartiles, extractViolinValues, hypenate, round, getContainingSVG, -interpolateColors, truncateText, safeSelect} from './modules/helpers'; - -import { - all, tally, hasQ, first, last, total, unique, get, listOfListsQ, - cut, groupBy, arrayEquals, elementsAtLevels, numberOfElements, - flatten, whichBin -} from './modules/array-functions'; - - -import { - setupStandardChartContainers, log as myLog, warn, info, error, - consoleGroup, consoleGroupEnd, resizeDebounce -} from './modules/utils'; - -// /** @module d3sm */ -var d3sm = {}; -d3sm.axis = axis; -d3sm.bar = bar; -d3sm.bubbleHeatmap = bubbleHeatmap; -d3sm.heatmap = heatmap; -d3sm.boxwhisker = boxwhisker; -d3sm.colorFunction = colorFunction; -d3sm.datatoggle = datatoggle; -d3sm.groupingSpacer = groupingSpacer; -d3sm.tooltip = tooltip; -d3sm.scatter = scatter; -d3sm.plotZoom = plotZoom; -d3sm.multiPlotZoom = multiPlotZoom; -d3sm.violin = violin; -d3sm.numericLegend = numericLegend; -d3sm.categoricLegend = categoricLegend; -d3sm.lasso = lasso; -d3sm.lassoWidget = lassoWidget; -d3sm.selectFilter = selectFilter; -d3sm.upset = upset; -d3sm.filterTable = filterTable; - -d3sm.uniqueElements = uniqueElements; -d3sm.getTranslation = getTranslation; -d3sm.modifyHexidecimalColorLuminance = modifyHexidecimalColorLuminance; -d3sm.tickRange = tickRange; -d3sm.quartiles = quartiles; -d3sm.extractViolinValues = extractViolinValues; -d3sm.hypenate = hypenate; -d3sm.round = round; -d3sm.getContainingSVG = getContainingSVG; -d3sm.interpolateColors = interpolateColors; -d3sm.truncateText = truncateText; -d3sm.safeSelect = safeSelect; - -d3sm.whichBin = whichBin; -d3sm.unique = unique; -d3sm.flatten = flatten; - -d3sm.setupStandardChartContainers = setupStandardChartContainers; -d3sm.log = myLog; -d3sm.warn = warn; -d3sm.info = info; -d3sm.error = error; -d3sm.consoleGroup = consoleGroup; -d3sm.consoleGroupEnd = consoleGroupEnd; -d3sm.resizeDebounce = resizeDebounce; - -d3sm.debugQ = false - - - -// Import a logger for easier debugging -// import debug from 'debug'; -// const log = debug('app:log'); - -// The logger should only be disabled if we're not in production. -// if (ENV !== 'production') { -// // Enable the logger. -// debug.enable('*'); -// log('Logging is enabled!'); -// -// // Enable LiveReload -// document.write( -// '