CN1062362C - Dynamic linking method for computer image - Google Patents
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Abstract
一种计算机图像的动态连结方法，其包含利用计算机将载入各存储器位址的一张以上的设备无关位图文件，予以剪裁，再将这些经剪裁后的图像复制到一新创文件的存储器位址中，待这些来源位图文件的信息完全被复制到该创建文件后，即自动将这些来源位图文件所占据的存储器空间，予以释放，由于使用者无需就这些来源位图文件进行反复开、并档动作，故，不仅可有效增加使用者的操作速度，且可有效节省存储器空间，使大幅度地提高存储器的利用效益及图像处理速度。
A method for dynamically linking computer images includes using a computer to crop one or more device-independent bitmap files loaded into each memory address, and then copying these cropped images to the memory address of a newly created file. After the information of these source bitmap files is completely copied to the created file, the memory space occupied by these source bitmap files is automatically released. Since the user does not need to repeatedly open and merge these source bitmap files, it can not only effectively increase the user's operating speed, but also effectively save memory space, thereby greatly improving the memory utilization efficiency and image processing speed.
Description
本发明涉及一种计算机图像的动态连结方法，特别是涉及一种经剪裁后进行图像编辑的图像动态连结的方法。The present invention relates to a method for dynamic connection of computer images, in particular to a method for dynamic connection of images edited after clipping.
一般常用的图像处理软件在进行图像编辑处理时，必需先通过计算机将各来源位图文件载入计算机存储器的不同位址中，使用者即针对这些来源位图文件中的图像进行编辑处理，此时，由于各来源位图文件必须占据且存在于计算机存储器的不同位址中，使使用者进行编辑处理时，能随时利用其中的图像，倘来源位图文件的数量庞大(如：4或5个以上的来源位图文件)，则这些来源位图文件将占据相当大的计算机存储器空间，如此，极易造成用以编辑新位图文件的存储器空间不足，使图像编辑处理的速度减缓，尤其是，使用者将可能在编辑过程中面临无法继续进行编辑处理的困境，而必须藉助关闭这些来源位图文件，以誊出存储器空间，因此造成使用者在操作上极大的不便，此外，针对这些来源位图文件反复开、关档案的动作也导致其作业效率不佳。Commonly used image processing software must first load the source bitmap files into different addresses of the computer memory through the computer when performing image editing, and the user will edit the images in these source bitmap files. At the same time, because each source bitmap file must occupy and exist in different addresses of the computer memory, the image in it can be used at any time when the user performs editing processing. If the number of source bitmap files is huge (such as: 4 or 5 source bitmap files), these source bitmap files will occupy a considerable computer memory space, so it is easy to cause insufficient memory space for editing new bitmap files, slowing down the speed of image editing processing, especially in particular Yes, the user may face the dilemma of being unable to continue editing during the editing process, and must rely on closing these source bitmap files to copy out the memory space, which causes great inconvenience to the user in operation. In addition, for The repeated opening and closing of these source bitmap files also leads to poor operating efficiency.
本发明的目的是针对前述传统图像软件在进行图像编辑处理时，所衍生的诸多缺点，提供一种计算机图像的动态连结方法，以便通过本发明能有效增加使用者在进行图像处理时的操作速度，且可有效节省存储器空间，大幅提高存储器的利用效益。The purpose of the present invention is to provide a method for dynamically linking computer images to address the shortcomings of the aforementioned traditional image software when performing image editing and processing, so that the present invention can effectively increase the user's operation speed when performing image processing , and can effectively save memory space, greatly improving the utilization efficiency of the memory.
为达到本发明的主要目的，本发明的解决方案是利用计算机针对载入各存储器位址中的一张以上的设备无关位图(DEVICE INDEPENDENTBITMAP，以下简称位图)文件，进行剪裁，再将这些经剪裁后的位图复制到一新的存储器位址的创建文件中，待这些来源位图的信息完全被复制到该创建文件后，即可显示图像，其包括如下步骤：In order to achieve the main purpose of the present invention, the solution of the present invention is to utilize computer to cut out more than one device-independent bitmap (DEVICE INDEPENDENTBITMAP, hereinafter referred to as bitmap) file loaded in each memory address, and then these The clipped bitmap is copied to a new memory address creation file, and after the information of these source bitmaps is completely copied to the creation file, the image can be displayed, which includes the following steps:
(1)首先，通过计算机自存储装置开启一设备无关位图文件，并将该来源文件载入存储器，而得到该来源文件的存储器位址；(1) First, a device-independent bitmap file is opened from the storage device by a computer, and the source file is loaded into the memory to obtain the memory address of the source file;
(2)其次，计算机将创建一新的文件到一新存储器位址，并将来源文件的文件表头复制到该创建文件的新的存储器位址，并根据参量值剪裁所复制的图像，包括图像的宽度、高度及图像的大小等信息；(2) Next, the computer will create a new file to a new memory address, and copy the file header of the source file to the new memory address of the created file, and clip the copied image according to the parameter value, including Image width, height and image size and other information;
(3)将该来源文件的图像数据，依其参量值的要求，逐一复制到该创建文件中，直到全部复制完成；(3) Copy the image data of the source file into the creation file one by one according to the requirements of its parameter values until all the copying is completed;
(4)剪裁完毕后，即返回创建位图文件的起始位址，如此，即完成一次剪裁操作；(4) After the trimming is completed, promptly return to the initial address of creating the bitmap file, so that a trimming operation is completed;
(5)判断是否还要进行剪裁，如果还须要对该来源文件中的其它图像进行剪裁，则重复执行前述第二至六步骤直到完成；(5) judge whether to also clip, if also need to clip other images in the source file, then repeat the aforementioned second to six steps until complete;
(6)否则，即将这些来源文件所占的存储器空间释放掉，以减少占用不必要的存储器空间。(6) Otherwise, release the memory space occupied by these source files, so as to reduce unnecessary memory space occupation.
如此，使用者作业时，只需就该创建文件中所形成的位图进行编辑处理，而无需另就原开启的来源位图文件进行额外的关档动作，可有效增加使用者的操作速度，此外，由这些来源位图文件所占据的存储器空间，将被自动释放，故，可有效节省存储器空间，使之大幅度提高存储器的利用效益及图像处理的时间。In this way, when the user is working, he only needs to edit the bitmap formed in the created file, and does not need to perform additional closing operations on the originally opened source bitmap file, which can effectively increase the user's operation speed. In addition, the memory space occupied by these source bitmap files will be released automatically, so the memory space can be effectively saved, so that the utilization efficiency of the memory and the time of image processing can be greatly improved.
下面将参照附图对本发明进行具体说明。Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.
附图说明：Description of drawings:
图1是本发明的计算机图像动态连结方法的步骤示意图；Fig. 1 is a schematic diagram of the steps of the computer image dynamic connection method of the present invention;
图2是本发明的计算机图像动态连结方法的流程示意图；Fig. 2 is a schematic flow chart of the computer image dynamic connection method of the present invention;
附表1是计算机图像的色盘表。Attached Table 1 is a table of color palettes for computer graphics.
本发明在计算机作业系统下，如：微软公司的Windows系统下，对于一张以上的设备无关位图进行图像处理时，这些位图间的动态连结及其处理步骤，参照图1所示，主要包括下列三大部分：1．载入图像：The present invention is under the computer operating system, as: under the Windows system of Microsoft Corporation, when carrying out image processing for more than one device-independent bitmap, the dynamic connection between these bitmaps and the processing steps thereof are shown in Fig. 1 with reference to, mainly Including the following three parts: 1. Load image:
(1.1)首先，计算机根据使用者指示，由存储装置(如：软盘、硬盘或其它装置)中将一张以上的设备无关位图文件直接载入计算机的各存储器位址中。(1.1) First, the computer loads more than one device-independent bitmap file directly into each memory address of the computer from a storage device (such as a floppy disk, a hard disk or other devices) according to the user's instruction.
(1.2)其次，再针对载入各该存储器的位图文件中的图像，进行剪裁，以将其分割成若干小的存储器区块，并以不同指针标示其存储器位址，目前一些应用于Windows操作系统下的惯用图像处理工具，如：Mediaknife等，均没有如本发明在不同位图文件载入时，先针对其中图像提供剪裁的功能，仅能在使用者进行图像编辑处理时，由使用者针对这些位图文件中的图像加以剪裁，如此，惯用的图像处理工具在使用时，因必须针对所载入的各位图文件进行反复开档及关档动作，致其作业程序繁杂，造成图像处理时的速度缓慢，而本发明，由于在各位图文件载入时，即已由计算机将各位图文件中的图像剪裁完毕，因此，加快了图像处理时的速度。(1.2) Secondly, the image in the bitmap file loaded into each memory is clipped to divide it into several small memory blocks, and its memory address is marked with different pointers. Currently, some of them are used in Windows Conventional image processing tools under the operating system, such as: Mediaknife, etc., all do not have the function of cutting the images in the image when different bitmap files are loaded as in the present invention, and can only be used when the user performs image editing. or to clip the images in these bitmap files. In this way, when the usual image processing tools are used, they must repeatedly open and close files for the loaded bitmap files, resulting in complicated operating procedures and resulting in image loss. The processing speed is slow, but in the present invention, since the images in the bitmap files have been clipped by the computer when the bitmap files are loaded, the speed of image processing is accelerated.
随后，计算机再在另一新的存储器位址中创建一文件(即创建文件)，供后续图像编辑时使用，该创建文件包括创建一不可见的背景，使该背景能被用来在其上进行图像编辑，如：产生不同图像的重叠效果、透明效果等。2．图像编辑：Subsequently, the computer creates a file (i.e., creates a file) in another new memory address for use during subsequent image editing, and the file creation includes creating an invisible background so that the background can be used to Perform image editing, such as: produce overlapping effects of different images, transparency effects, etc. 2. Image editing:
本发明针对前述经剪裁后的图像进行动态连结时，其作法如下：When the present invention carries out dynamic linking to the above-mentioned images after clipping, its approach is as follows:
(2.1)计算机可将前述所载入的各位图文件中经剪裁的图像，逐一复制到该创建文件上。(2.1) The computer can copy the clipped images in the aforementioned loaded bitmap files to the created file one by one.
(2.2)计算机可将所载入的这些位图文件中经剪裁后的图像，以透明方式逐一复制到该创建文件上，这些所谓的透明方式，是指以某一颜色作为这些位图文件的透明色，当复制到该创建文件上时该透明色不会覆盖该创建文件上原有的部分，从而产生透明效果。(2.2) The computer can copy the clipped images in the loaded bitmap files to the creation file one by one in a transparent manner. These so-called transparent methods refer to using a certain color as the color of these bitmap files. Transparent color, when copied to the created file, the transparent color will not cover the original part of the created file, thus producing a transparent effect.
(2.3)计算机可将所载入的这些位图文件任意地按比例放大或缩小，并将经透明处理的结果，复制或透明复制到该创建文件上。3．显示图像：(2.3) The computer can arbitrarily scale up or downscale the loaded bitmap files, and copy or transparently copy the transparently processed results to the created file. 3. Display image:
(3.1)将编辑后的该创建文件全部显示在显示荧幕上。(3.1) Display all the created files after editing on the display screen.
(3.2)将编辑后的该创建文件的局部显示在显示荧幕上。(3.2) Display part of the created file after editing on the display screen.
(3.3)针对显示在荧幕上的图像进行调色盘的处理，以达到色盘循环等特殊效果。(3.3) Process the color palette for the image displayed on the screen to achieve special effects such as color wheel cycle.
本发明的特征部分主要是在处理图像的动态连结时，图像剪裁的部分，现参照图2对包含图像剪裁的动态连接方法的步骤进行详细说明。The characteristic part of the present invention is mainly the part of image clipping when processing the dynamic linking of images. The steps of the dynamic linking method including image clipping will now be described in detail with reference to FIG. 2 .
1．首先，本发明通过计算机自存储装置开启一设备无关位图文件，并将该文件载入存储器，而得到该位图文件的存储器位址，该文件假设为文件1。1. Firstly, the present invention obtains the memory address of the bitmap file by opening a device-independent bitmap file from the storage device by the computer and loading the file into the memory, and the file is assumed to be
2．其次，计算机将创建一新的文件(即创建文件)于一新存储器位址，并将文件1的文件表头复制到该新的存储器位址，并根据参量值剪裁所复制的图像，包括图像的宽度、高度及图像的大小等信息，该创建文件假设为文件X。2. Secondly, the computer will create a new file (i.e. create a file) at a new memory address, and copy the file header of
一般，前述设备无关位图的文件可为如下格式：Generally, the file of the aforementioned device-independent bitmap can be in the following format:
1)文件头：包含42字节(byte)的文件信息及256*4字节(byte)的色盘表。1) File header: Contains 42 bytes (byte) of file information and 256 * 4 bytes (byte) of the color table.
2)图像数据：即每一像素(Pixel)对应色盘表(如附表1所示)的索引值(大于等于0，小于等于255)，兹以一11*11图像文件内容为例，说明如下：2) Image data: that is, the index value (greater than or equal to 0 and less than or equal to 255) corresponding to each pixel (Pixel) in the color wheel table (as shown in Attached Table 1). Let us take the content of a 11 * 11 image file as an example to illustrate as follows:
该图像文件的实际图像数据(实际存储是依行顺序储存)：87 87 87 87 87 87 87 87 87 87 8787 87 87 87 32 32 32 87 87 87 8787 87 32 32 32 32 32 32 32 87 8787 87 32 32 32 32 32 32 32 87 8787 32 32 32 32 32 32 32 32 32 8787 32 32 32 32 32 32 32 32 32 8787 32 32 32 32 32 32 32 32 32 8787 87 32 32 32 32 32 32 32 87 8787 87 32 32 32 32 32 32 32 87 8787 87 87 87 32 32 32 87 87 87 8787 87 87 87 87 87 87 87 87 87 87，其中该图像数据87是对应至色盘表中代表绿色的索引值，故其所呈现的背景为绿色，同理，图像数据32即为在该绿色背景上面所形成的一红色的圆。The actual image data of the image file (the actual storage is in line order): 87 87 87 87 87 87 87 87 87 87 8787 87 87 87 32 32 32 87 87 87 8787 87 32 32 32 32 32 32 32 87 8787 87 32 32 32 32 32 32 32 8787 32 32 32 32 32 32 32 32 32 32 32 32 32 8787 32 32 32 32 32 8787 32 32 32 32 878787 3222 32 32 32 32 32 32 87 8787 87 87 87 32 32 32 87 87 87 8787 87 87 87 87 87 87 87 87 87 87, where the image data 87 corresponds to the index value representing green in the color wheel table, so the The presented background is green. Similarly, the image data 32 is a red circle formed on the green background.
3．将该来源文件的图像数据，依其参量值(如：起点坐标、宽度、高度等信息)的要求，逐一复制到文件X中，直到全部复制完成。该步骤的具体作法可如下例所示：3. Copy the image data of the source file to the file X one by one according to the requirements of its parameter values (such as information such as starting point coordinates, width, height, etc.) until all copying is completed. The specific practice of this step can be shown in the following example:
首先，假设来源位图文件的图像数据为一8*5大小(即宽度为8，高度为5)的图像：First, assume that the image data of the source bitmap file is an image with a size of 8 * 5 (that is, the width is 8 and the height is 5):
1 3 5 2 6 7 9 11 3 5 2 6 7 9 1
2 4 6 8 2 5 7 22 4 6 8 2 5 7 2
3 5 7 9 4 6 1 53 5 7 9 4 6 1 5
2 4 6 8 9 0 1 42 4 6 8 9 0 1 4
7 2 4 1 4 9 0 5，若须剪裁的位图坐标为(2，2)，宽度为4，高度为3，计算机即逐一将来源文件的图像数据复制至创建文件的目的位址，其数据为：4 6 8 2←一次复制5 7 9 4←二次复制4 6 8 9←三次复制以上作法，是对于标准矩形(包括正方形)进行剪裁。7 2 4 1 4 9 0 5, if the coordinates of the bitmap to be clipped are (2, 2), the width is 4, and the height is 3, the computer will copy the image data of the source file to the destination address of the file one by one. The data is: 4 6 8 2←One copy 5 7 9 4←Second copy 4 6 8 9←Three copies The above method is to cut the standard rectangle (including square).
本发明在剪裁矩形时，计算机所提供的参量值是矩形的左上角坐标、矩形宽度及矩形高度等，对于一般设备无关位图文件而言，文件的开始包含长度一定的位图(Bitmap)信息(如：位图的宽度、高度及文件的大小等)，然后是位图的色盘信息，最后才是位图的数据。When the present invention clips a rectangle, the parameter values provided by the computer are the coordinates of the upper left corner of the rectangle, the width of the rectangle and the height of the rectangle, etc. For general device-independent bitmap files, the beginning of the file contains bitmap (Bitmap) information with a certain length (such as: bitmap width, height and file size, etc.), then the color wheel information of the bitmap, and finally the data of the bitmap.
若须剪裁非矩形图像，则须要一参量值，该表中记载有组成图像的各横向扫描线的起点坐标和扫描线的宽度。本发明在剪裁时，将依该表中扫描线最宽的值为宽，扫描线的个数为高，进行矩形剪裁，剪裁后，非扫描线部分则以透明色代替(如0号色代表透明色)。故，当其扫描线数据如下时：X Y Width4 1 13 2 32 3 5其实际数据为：If a non-rectangular image needs to be clipped, a parameter value is required, and the table records the starting point coordinates and the width of each horizontal scanning line composing the image. The present invention will be wide according to the widest value of scanning line in this table when cutting, and the number of scanning lines is high, carry out rectangle cutting, after cutting, non-scanning line part then replaces with transparent color (as No. 0 color represents transparent color). Therefore, when the scanning line data is as follows:
55
4 6 84 6 8
3 5 7 9 4剪裁后，该位图为一个三角形，其它非扫描线部分则以透明色代替(如0号色代表透明色)，并将该位图复制到该创建文件中，其数据值为：0 0 5 0 00 4 6 8 03 5 7 9 43 5 7 9 4 After clipping, the bitmap is a triangle, and other non-scanning line parts are replaced by transparent colors (for example, color 0 represents transparent color), and the bitmap is copied to the created file, and its data value For: 0 0 5 0 00 4 6 8 03 5 7 9 4
在本发明中将非矩形的图像予以矩形化的主要目的是为方便图像操作，因为该图像仅需以4个数据即可标示整个图像，至于，其它空的部分则以透明色填充，使后续图像编辑中使用透明处理。In the present invention, the main purpose of rectangularizing the non-rectangular image is to facilitate image operation, because the image only needs 4 data to mark the whole image, and other empty parts are then filled with transparent color, so that the subsequent Transparency is used in image editing.
本发明的计算机图像的动态连结，主要是在存储器中开辟一新的存储器空间(即创建文件)来存放经剪裁的位图，并将来源文件的文件头复制到该位址空间，然后，再根据来源文件的参量修改所复制的文件头内容，如：经剪裁的位图大小、宽、高等。The dynamic connection of the computer image of the present invention mainly is to open up a new memory space (promptly create a file) in the memory to store the clipped bitmap, and copy the file header of the source file to the address space, and then Modify the content of the copied file header according to the parameters of the source file, such as: the size, width, and height of the clipped bitmap.
本发明所谓的参量，是指须剪裁的部分在来源位图的起点坐标和需剪裁的宽度、高度，且其X坐标必须小于来源位图的宽度，Y坐标要小于来源位图的高度，意即：The so-called parameter of the present invention refers to the starting point coordinates of the part to be clipped in the source bitmap and the width and height to be clipped, and its X coordinate must be less than the width of the source bitmap, and the Y coordinate must be less than the height of the source bitmap, meaning Right now:
宽度+X＜来源位图的宽度Width + X < width of source bitmap
高度+X＜来源位图的宽度例如：X Y Width Height0 0 5 5则位图的实际数值为：87 87 87 87 8787 87 87 87 3287 87 32 32 3287 87 32 32 3287 32 32 32 32Height+X<The width of the source bitmap For example: X Y Width Height0 0 5 5 The actual value of the bitmap is: 87 87 87 87 8787 87 87 87 3287 87 32 32 3287 87 32 32 3287 32 32 32 32
对于非矩形剪裁，所需提供的参量值为扫描线的坐标和宽度，如：扫描线数据为：X Y Length2 5 33 3 74 3 75 1 96 1 97 1 98 3 79 3 710 5 3则其剪裁结果为：00 00 00 32 32 32 00 00 0000 32 32 32 32 32 32 32 0000 32 32 32 32 32 32 32 0032 32 32 32 32 32 32 32 3232 32 32 32 32 32 32 32 3232 32 32 32 32 32 32 32 3200 32 32 32 32 32 32 32 0000 32 32 32 32 32 32 32 0000 00 00 32 32 32 00 00 00For non-rectangular clipping, the required parameters are the coordinates and width of the scan line. For example, the scan line data is: X Y Length2 5 33 3 74 3 75 1 96 1 97 1 98 3 79 3 0 5 The results are: 00 00 00 00 32 32 32 00 0000 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 3232 32 32 32 3232 32 3200 32 32 32 32 32 32 32 0000 32 32 32 32 32 32 32 0000 00 00 32 32 32 00 00 00
4．剪裁完毕后，即返回创建位图文件X的起始位址，如此，即完成一次剪裁操作。4. After the trimming is completed, it returns to the starting address of the bitmap file X, and in this way, a trimming operation is completed.
5．判断是否还要进行剪裁？如果还须要对该位图文件中的其它图像进行剪裁，则重复执行步骤2-6直到完成。5. Determine whether to trim? If other images in the bitmap file need to be clipped, repeat steps 2-6 until completed.
6．否则，即将这些位图文件1(即来源文件)所占的存储器空间释放掉，以减少占用不必要的存储器空间。6. Otherwise, the memory space occupied by these bitmap files 1 (ie source files) is released, so as to reduce unnecessary memory space occupied.
以上所述，仅是本发明的一较佳的实施例，而本发明权利要求所要求保护的范围，并不局限于此，凡本领域的技术人员，依据本发明所揭露的技术内容，可轻易想到的变化及等同物，均应属不脱离本发明的保护范畴。The above description is only a preferred embodiment of the present invention, and the scope of protection required by the claims of the present invention is not limited thereto. Those skilled in the art can, based on the technical content disclosed in the present invention, Easily conceivable changes and equivalents shall all belong to the protection scope of the present invention.
附表1色盘表：Index R G B0 00 00 001 00 00 002 00 AA 003 00 AA AA4 AA 00 005 AA 00 AA6 AA 55 007 AA AA AA8 55 55 559 55 55 FF10 55 FF 55· 55 FF FF· FF 55 55· FF 55 FF· FF FF 55FF FF FFEF EF EFDF DF DFD3 D3 D3C3 C3 C3B7 B7 B7AB AB AB9B 9B 9B8F 8F 8F7F 7F 7F73 73 7367 67 6757 57 574B 4B 4B3B 3B 3B2F 2F 2FAffiliated Table 1 color disk table: INDEX R G B0 00 001 00 002 00 AA 003 00 AA AA4 AA 005 AA6 AA6 AA 55 007 AA AA8 55 55 55 FF 55 FF FF FF · FF · FF 55 55 55 FF 55 FF · FF FF 55FF FFEF EFEF EFDF df DFD3 D3C3 C3B7 B7 B7AB AB9B 9B8F 8F7F 7F 7F73 73757 574B 4B 3B3B 3F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F 2F
23 23 2323 23 23
32 FF 00 0032 FF 00 00
EF 00 00EF 00 00
E3 00 00E3 00 00
D7 00 00D7 00 00
CB 00 00CB 00 00
BF 00 00BF 00 00
B3 00 00B3 00 00
A7 00 00A7 00 00
9B 00 009B 00 00
8B 00 008B 00 00
7F 00 007F 00 00
73 00 0073 00 00
67 00 0067 00 00
5B 00 005B 00 00
4F 00 004F 00 00
40 00 0040 00 00
FF DA DAFF DA DA
FF BA BAFF BA BA
FF 9F 9FFF 9F 9F
FF 7F 7FFF 7F 7F
FF 5F 5FFF 5F 5F
FF 40 40FF 40 40
FF 20 20FF 20 20
FF 00 00FF 00 00
FC A8 5CFC A8 5C
FC 98 40FC 98 40
FC 88 20FC 88 20
FC 78 00FC 78 00
· E4 6C 00· E4 6C 00
· CC 60 00· CC 60 00
· B4 54 00· B4 54 00
9C 4C 009C 4C 00
FC FC D8FC FC D8
FC FC B8FC FC B8
FC FC 9CFC FC 9C
FC FC 7CFC FC 7C
FC F8 5CFC F8 5C
FC F4 40FC F4 40
FC F4 20FC F4 20
FC F4 00FC F4 00
E4 D8 00E4 D8 00
CC C4 00CC C4 00
B4 AC 00B4 AC 00
9C 9C 009C 9C 00
84 84 0084 84 00
70 6C 0070 6C 00
58 54 0058 54 00
40 40 0040 40 00
D0 FC 5CD0 FC 5C
C4 FC 40C4 FC 40
B4 FC 20B4 FC 20
A0 FC 00A0 FC 00
90 E4 0090 E4 00
80 CC 0080 CC 00
74 B4 0074 B4 00
87 60 9C 0087 60 9C 00
D8 FC D8D8 FC D8
BC FC B8BC FC B8
9C FC 9C9C FC 9C
80 FC 7C80 FC 7C
60 FC 5C60 FC 5C
40 FC 4040 FC 40
20 FC 2020 FC 20
00 FC 0000 FC 00
00 FF 0000 FF 00
00 EF 0000 EF 00
00 E3 0000 E3 00
00 D7 0000 D7 00
7C B0 07C B0 0
7B F0 07B F0 0
7B 30 07B 30 0
7A 70 07A 70 0
79 B0 079 B0 0
78 B0 078 B0 0
77 F0 077 F0 0
77 30 077 30 0
76 70 076 70 0
75 B0 075 B0 0
74 F0 074 F0 0
44 00 044 00 0
DA FF FFDA FF FF
B8 FC FCB8 FC FC
9C FC FC9C FC FC
7C FC F87C FC F8
5C FC FC5C FC FC
40 FC FC40 FC FC
20 FC FC20 FC FC
00 FC FC00 FC FC
00 E4 E400 E4 E4
00 CC CC00 CC CC
00 B4 B400 B4 B4
00 9C 9C00 9C 9C
00 84 8400 84 84
00 70 7000 70 70
00 58 5800 58 58
00 40 4000 40 40
5C BC FC5C BC FC
40 B0 FC40 B0 FC
20 A8 FC20 A8 FC
0 9C FC0 9C FC
0 8C E40 8C E4
0 7C CC0 7C CC
0 6C B40 6C B4
0 5C 9C0 5C 9C
DA DA FFDA DA FF
BA BF FFBA BF FF
9F 9F FF9F 9F FF
7F 80 FF7F 80 FF
5F 60 FF5F 60FF
40 40 FF40 40 FF
20 25 FF20 25 FF
00 5F 0F00 5F 0F
00 00 FF00 00 FF
00 00 EF00 00 EF
00 00 E300 00 E3
00 00 D700 00 D7
00 00 CB00 00 CB
00 00 BF00 00 BF
00 00 B300 00 B3
00 00 A700 00 A7
00 00 9B00 00 9B
00 00 8B00 00 8B
00 00 7F00 00 7F
00 00 7300 00 73
00 00 6700 00 67
00 00 5B00 00 5B
00 00 4F00 00 4F
00 00 4000 00 40
F0 DA FFF0 DA FF
E5 BA FFE5 BA FF
DA 9F FFDA 9F FF
D0 7F FFD0 7F FF
CA 5F FFCA 5F FF
BF 40 FFBF 40 FF
B5 20 FFB5 20 FF
AA 00 FFAA 00 FF
9A 00 E59A 00 E5
80 00 CF80 00 CF
75 00 B575 00 B5
60 00 9F60 00 9F
50 00 8550 00 85
45 00 7045 00 70
35 00 5A35 00 5A
2A 00 402A 00 40
FF DA FFFF DA FF
FF BA FFFF BA FF
FF 9F FFFF 9F FF
FF 7F FFFF 7F FF
FF 5F FFFF 5F FF
FF 40 FFFF 40 FF
FF 20 FFFF 20 FF
FF 00 FFFF 00 FF
E0 00 E5E0 00 E5
CA 00 CFCA 00 CF
B5 00 B5B5 00 B5
9F 00 9F9F 00 9F
85 00 8585 00 85
6F 00 706F 00 70
5A 00 5A5A 00 5A
40 00 4040 00 40
FF EA DFFF EA DF
FF E0 D0FF E0 D0
FF DA C5FF DA C5
FF D5 BFFF D5 BF
FF CF B0FF CF B0
FF C5 A5FF C5 A5
FF BF 9FFF BF 9F
FF BA 90FF BA 90
FF B0 80FF B0 80
FF A5 70FF A5 70
FF 9F 60FF 9F 60
F0 95 5FF0 95 5F
EA 8F 5AEA 8F 5A
DF 8A 55DF 8A 55
D0 80 50D0 80 50
CA 7F 4FCA 7F 4F
BF 7A 4ABF 7A 4A
B5 70 45B5 70 45
AA 6A 40AA 6A 40
A0 65 3FA0 65 3F
9F 60 3A9F 60 3A
90 5F 3590 5F 35
8A 5A 308A 5A 30
80 50 2F80 50 2F
75 4F 2A75 4F 2A
6F 4A 256F 4A 25
5F 40 205F 40 20
55 3F 1F55 3F 1F
4A 3A 1A4A 3A 1A
40 30 1A40 30 1A
3A 2F 153A 2F 15
2A 20 0F2A 20 0F
0 0 00 0 0
0 0 00 0 0
0 0 00 0 0
0 0 00 0 0
0 0 00 0 0
0 0 00 0 0
0 0 00 0 0
0 0 00 0 0
C7 2B 2BC7 2B 2B
C7 4F 2BC7 4F 2B
C7 77 2BC7 77 2B
C7 9F 2BC7 9F 2B
C7 C7 2BC7 C7 2B
9F C7 2B9F C7 2B
77 C7 2B77 C7 2B
4F C7 2B4F C7 2B
2B C7 332B C7 33
2B C7 5F2B C7 5F
2B C7 8B2B C7 8B
2B C7 B72B C7 B7
2B AB C72B AB C7
2B 7F C72B 7F C7
2B 53 C72B 53 C7
2F 2B C72F 2B C7
5B 2B C75B 2B C7
87 2B C787 2B C7
· B3 2B C7· B3 2B C7
· C7 2B AF· C7 2B AF
· C7 2B 83· C7 2B 83
· C7 2B 57· C7 2B 57
· C7 2B 2B· C7 2B 2B
255 FF FF FF255 FF FF FF
Claims (4)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN97110365A CN1062362C (en) | 1997-04-15 | 1997-04-15 | Dynamic linking method for computer image |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN97110365A CN1062362C (en) | 1997-04-15 | 1997-04-15 | Dynamic linking method for computer image |
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| CN1196544A CN1196544A (en) | 1998-10-21 |
| CN1062362C true CN1062362C (en) | 2001-02-21 |
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| CN97110365A Expired - Fee Related CN1062362C (en) | 1997-04-15 | 1997-04-15 | Dynamic linking method for computer image |
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| CN (1) | CN1062362C (en) |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1124530A (en) * | 1993-03-25 | 1996-06-12 | 利福图象公司 | Image processing method and system |
| CN1132887A (en) * | 1994-12-02 | 1996-10-09 | 索尼公司 | Method for generating image data, image data processing device and recording medium |
| CN1141093A (en) * | 1993-11-19 | 1997-01-22 | 维夫尔利·霍尔丁公司 | Method and device for synchronous composition, display and processing of text and image files |
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1997
- 1997-04-15 CN CN97110365A patent/CN1062362C/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1124530A (en) * | 1993-03-25 | 1996-06-12 | 利福图象公司 | Image processing method and system |
| CN1141093A (en) * | 1993-11-19 | 1997-01-22 | 维夫尔利·霍尔丁公司 | Method and device for synchronous composition, display and processing of text and image files |
| CN1132887A (en) * | 1994-12-02 | 1996-10-09 | 索尼公司 | Method for generating image data, image data processing device and recording medium |
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| CN1196544A (en) | 1998-10-21 |
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