CN116562819A - Intelligent management system for hydraulic engineering construction scheme and construction organization design method - Google Patents

Abstract

The invention discloses an intelligent management system for water conservancy project construction plan, which includes a client installed in a windows system of a local computer and a server installed in a server. The client includes a desktop and a WEB client; The client is embedded in Word or WPS; the desktop client has the functions of creating, opening, editing and saving new construction documents; the server has a database and a template library, and the template library is used to store user-prefabricated construction template documents. The invention also discloses a corresponding construction organization design method. The present invention can effectively reuse the content of historical construction documents, and the results of one compilation work can be conveniently called repeatedly in subsequent projects, improving the efficiency and consistency of compiling construction organization design documents, and solving the problem of inconsistent content format and large compilation workload , Node level confusion, inconsistent expression of repeated content, inconsistent node dates and difficult modification, and time-consuming and labor-intensive formula input, etc.

Description

Intelligent management system and construction organization design method of water conservancy project construction plan

technical field

The invention relates to the field of engineering technology, in particular to an intelligent management system and method for construction schemes of water conservancy projects.

Background technique

The preparation of construction organization design is a highly technical and comprehensive work. The manual compilation method is time-consuming and laborious, and there is a lot of repetitive work. The compilation work efficiency is low. The calculation content is prone to errors after repeated revisions. The construction organization design that has been compiled cannot be effectively reused.

The preparation of the construction organization design is usually time-consuming and requires overtime, so the quality of the construction organization documents prepared in this way is difficult to guarantee, which brings hidden dangers to the subsequent real construction. The management of company and project technical data is chaotic, and traditional technologies are basically used for compiling content. It takes a long time to compile new technologies and new processes, it is difficult to meet the time requirements, and it is prone to confusion at the node level (level). Unified and substantially repeated content is inconsistent in expression when repeated in the construction group document, cannot quickly locate the place that needs to be modified in the construction group document, and the node date is not uniform and difficult to modify (for example, the project has a certain node date such as the scheduled completion date , the node date appears in many places in the Shi group document. When the node date needs to be modified, manual modification will often miss it, resulting in inconsistent node dates), inaccurate calculation of time span (and inconsistent expression format), time-consuming formula input Problems such as energy consumption, errors caused by manual input and repeated modification of the statistical calculation part of construction documents, cumbersome external file operation process and low automatic processing ability, etc., these problems make the current construction organization design preparation work not effective in disseminating advanced Technology (it takes too much man-hours and manpower to compile advanced technology), the role of reducing human resource consumption, and its guiding role in actual construction are greatly limited.

Contents of the invention

The purpose of the present invention is to address the problems in the prior art, to provide a water conservancy project construction plan intelligent management system, to solve the content duplication in the construction organization design compilation process, Word, WPS software operation duplication, cumbersome calculation, lack of data reference, content Difficult to unify the format, large differences in preparation quality, low efficiency and waste of human resources, improve the efficiency and standardization of the preparation of construction organization design documents (i.e. construction group documents).

In order to achieve the above object, the present invention provides an intelligent management system for water conservancy project construction plan, and the construction organization is referred to as the construction group; it includes a client installed in the windows system of a local computer and a server installed in the server,

Clients include desktop clients and WEB clients running in browsers, both desktop clients and WEB clients are connected to the server through HTTP protocol;

Use the VSTO plug-in to embed the desktop client into Word or WPS; the desktop client has the functions of creating a file, opening a file, editing a file and saving a file;

The server has a database and a template library. The template library is used to store user-prefabricated group template documents.

Databases include SqlServer database and ElasticSearch database;

SqlServer database includes SZBasic database and SZData database;

The ElasticSearch database includes the moduledata database;

The SZBasic database is used to store basic tables related to system operation, including user data, role data, department data, data permission data, operation permission data, dictionaries and process data related to the general management system;

The SZData database is used to store business data related to group data; including group classification data, group directory data, group module data and document template data; group module data is document fragments made by users for later calls ;

The moduledata database is used to store module data documents related to group data, which contains text extracted from historical group files;

The desktop client stores module data selected by the user for generating group documents, and the desktop client has a group parameterization module, a parameterization analysis module and a document generation module;

The business program modules on the server side include file data receiving and structure checking modules, repetition rate checking modules, storing in database modules and big data search modules;

The group parameterization module is used to parametrically transform the document content of the existing group documents, and make the relevant information of a specific project into more versatile group module data through parameter replacement;

The file data receiving and structure checking module is used to receive the file data generated by the group parameterization module and check the structure of the received file data;

The repetition rate checking module is used to check the repetition rate between the current document data and the historical group documents;

The store in database module is used to store the data with qualified repetition rate into the corresponding database according to the data type;

The big data search module is used to respond to the search request from the desktop client or WEB client, and find the module data of the search request in the database;

The parameterized parsing module is used to respond to the desktop client user's command to generate a group document, according to the parameterized attribute in the parameterized content control contained in the text node in the current document structure, generate the corresponding content and insert the generated content into The position of the parameterized content control described in the current document, so that the generated content becomes an integral part of the document;

The document generation module is used to generate the final construction organization design document.

The group parameterization module includes the filling text parameterization submodule, the calculation number parameterization submodule, the date parameterization submodule, the arithmetic operation parameterization submodule, the date operation parameterization submodule, the function operation parameterization submodule, and the aggregation operation parameter Parameterized sub-modules and JS script operation parameterized sub-modules;

Fill text parameterization sub-module is used to generate fill text parameter content control in group document node;

The calculation number parameterization sub-module is used to generate the calculation number parameter content control in the group document node;

The date parameterization sub-module is used to generate date parameter content controls in the group document node;

Arithmetic operation parameterization sub-module is used to generate arithmetic operation parameter content control in group document node;

The date operation parameterization sub-module is used to generate the date operation parameter content control in the group document node;

The function operation parameterization sub-module is used to generate the function operation parameter content control in the group document node;

The aggregation operation parameterization sub-module is used to generate the aggregation operation parameter content control in the group document node;

The JS script operation parameterization sub-module is used to generate the JS script operation parameter content control in the group document node;

The parameterized parsing module includes filling text parameter parsing sub-module, calculation number parameter parsing sub-module, date parameter parsing sub-module, arithmetic operation parameter parsing sub-module, date computing parameter parsing sub-module, function computing parameter parsing sub-module, aggregate computing parameter parsing sub-module Submodule and JS script operation parameter parsing submodule;

(1) Fill in the text parameter parsing submodule:

The filling text parameter parsing sub-module is used to process the filling text parameter content control in the group document, and fill in the text at the position of the group document where the filling text parameter content control is located;

In the filling text parameter parsing sub-module, filling text parameters include two types: system definition and user-defined;

System-defined parameters include mark occupancy parameters and text content parameters that appear repeatedly in construction organization documents;

The mark placeholder parameter is used to instruct the user to fill in the content of this part, and provides a quick positioning function in the parameter list of the system. The user jumps to the position of the parameter through the mark placeholder parameter to fill in or modify the content;

Filling text parameters other than mark placeholder parameters are repetitive content parameters, and text content parameters in system-defined parameters are used to reduce user-defined filling text parameters to improve the uniformity of document content; system-defined parameters cannot meet the requirements In this case, the user uses the user-defined filling text parameters, so that the corresponding repetitive filling text content does not need to be manually filled repeatedly; the user-defined filling text parameters are only counted once in the parameter list, and after the user fills in the content once in the parameter list The content of the parameter is uniformly applied during the parameter parsing process;

(2) Calculation number parameter parsing sub-module:

The calculation number parameter parsing sub-module is used to process the calculation number parameter content control in the application group document, fill in the number according to the structure of the document module in the location of the calculation number parameter content control in the application group document, and avoid human errors caused by manual input and repeated modification , to realize automatic calculation of module data;

In the parsing process, the calculation numbering parameter parsing sub-module will automatically adopt corresponding calculation rules and generate numbering parameters according to the numbering level of the location of the numbering parameterized content control determined by the parent node and the added level;

(3) Date parameter parsing sub-module:

The date parameter parsing sub-module is used to process the date parameter content control in the group document, fill in the date in the position of the group document where the date parameter content control is located, and avoid human errors caused by manual input and repeated modification, and realize automatic calculation of module data; date The same date parameter content controls have the same unique value; the parsing of the date parameter is performed before applying the template document format;

(4) Arithmetic operation parameter parsing sub-module:

The function of the arithmetic operation parameter parsing sub-module is to process the content control of the arithmetic operation parameter in the group document, fill in the corresponding formula and calculation results in the position of the group document where the content control of the arithmetic operation parameter is located, and avoid human errors caused by manual input and repeated modification , automatically realize module data calculation;

The properties of arithmetic operation parameters include members and results;

Arithmetic operation parameters of the same formula have the same unique value, and the arithmetic operator is stored in the arithmetic operation parameter whose attribute is the result;

When parsing the arithmetic operation parameters, the arithmetic operation parameter parsing sub-module first looks for the arithmetic operation parameter content controls in the group document node content, and groups the arithmetic operation parameter content controls according to the unique value of the arithmetic operation parameter content control attribute, and the unique values are the same grouped into groups;

Arithmetic operation parameter analysis Before applying the group template document format, the result of the arithmetic operation contains a formatted string, and the result generated by the user's operation is output into the specified text format according to the predetermined output precision;

(5) Date operation parameter parsing sub-module:

The function of the date operation parameter parsing sub-module is to process the date operation parameter content control in the group document, calculate the time span, avoid errors caused by manual calculation, and fill in the calculation at the location of the date operation parameter content control in the group document result;

Date operation parameters include date operand 1, date operand 2 and result; the result is the number of days between the date represented by date operand 1 and the date represented by date operand 2;

Date operands corresponding to the same date are identified by the same unique value;

Date operation parameters are displayed in a row in the parameter list for the same operation;

Through the parameter list, you can quickly locate the group document location where the parameter control is located; the date operation parameters are parsed before applying the group template document format;

(6) Function operation parameter parsing sub-module:

The function of the function operation parameter parsing sub-module is to process the function operation parameter content control in the application group document, and fill in the corresponding formula in the location of the application group document where the function operation parameter content control is located;

The parameterized attribute of a function operation includes the parameters of the function. The user inputs the corresponding value for each function operation parameter. During the parsing process of the function parameter, a document processing program starts a process in the background first, and outputs the content of the formula to the implementation. In the group document, replace the parameters in it to complete the calculation, save and insert the generated temporary file into the position of the function operation parameter content control as a part of the group document; the parsing of the function operation parameter is before applying the group template document format;

(7) Aggregation operation parameter parsing sub-module:

The role of the aggregation operation parameter parsing sub-module is to process the aggregation operation parameter content control in the group document, and fill in the corresponding analysis results in the location of the group document where the aggregation operation parameter content control is located;

Aggregation operation parameters include operand parameters and result parameters;

The operand parameter of the aggregation operation parameter includes multiple operand parameter controls; the operation rules of the aggregation operation are pre-stored in the result parameter content control; the aggregation operation parameter parsing sub-module is based on the unique value attribute of the result parameter in the process of group document parsing and generation Find all relevant operand parameters and apply the calculation rules pre-stored in the result parameter content control to generate the final operation result; the parameterized analysis of the aggregation operation is before applying the group template document format;

(8) JS script operation parameter parsing sub-module:

The function of the JS script operation parameter parsing sub-module is to process the JS script operation parameter content control in the application document, and fill in the corresponding analysis result in the location of the application document where the JS script operation parameter content control is located;

The JS script operation parameter parsing submodule executes the JavaScript script in the parameter attribute through the NodeJS module attached to the VSTO plug-in; the script for importing external files is preset in the VSTO plug-in, and the external file data is automatically imported and processed by the script;

The JS script operation parameter parsing sub-module outputs the result of script execution processing as text or picture, and inserts it as content into the current group document at the location of the JS script operation parameter content control as an integral part of the group document content;

Js script operation parameters are parsed before applying style templates to group documents.

The numbering parameter generated by the calculation numbering parameter parsing submodule has an indentation attribute, which is used to determine the number of spaces at the beginning of the paragraph where the numbering is located;

The result of the date operation provides a date formatting option, which is used to format the date into a user-specified display format.

In the parameter list, only one date parameter with the same unique value is listed, and the date parameters with different unique values are listed separately. By filling in the date in the date parameter list, you can quickly replace the date parameters in the content control of all date parameters in the group document value.

The present invention also discloses a construction organization design method carried out by adopting the intelligent management system of the construction plan of the water conservancy project, which is characterized in that it is carried out according to the following steps:

The first step is to make a group template document;

The second step is to create a new construction document node and parameterize it;

The third step is to use the module data in the intelligent management system of water conservancy project construction plan to supplement and improve the construction group documents;

The fourth step is to generate the final construction organization documents.

The first step is specifically: the user makes a group template document in Word to standardize the style of the group document; the user uploads the group template document to the template library of the server for applying the template format in the fourth step;

The construction template document includes the bidding class construction template document and the implementation class construction group template document;

The role of the construction template document is to provide a structural template for combining nodes into a semi-finished construction document for construction organization design, reducing the workload of users to manually supplement content;

The data types of the group template document node are divided into three types: plain text, Word document and module data ID;

The second step is specifically: the attributes of the newly created group document node are divided into four attributes: no attribute, variable attribute, fixed attribute and filling attribute;

The node content of fixed attributes is a general content independent of a class of construction organization design, and does not need to be supplemented by users;

The variable attribute node content has a part of the general content independent of a class of construction organization design that does not need to be completed by the user. The user completes the variable attribute node content according to the specific situation of the current project;

There is no general content in the node content of the filling attribute that is independent of a class of construction organization design, and the user fills in the node content of the filling attribute according to the specific situation of the current project;

When the user creates a group document through the desktop client, the desktop client parses the nodes in the group template document to generate a text node;

Parameterizing the group document node is specifically: using the filling text parameterization sub-module to generate a filling text parameter content control in the group document node;

Use the calculation number parameterization sub-module to generate the calculation number parameter content control in the group document node;

Use the date parameterization sub-module to generate a date parameter content control in the group document node;

Use the arithmetic operation parameterization sub-module to generate the arithmetic operation parameter content control in the group document node;

Use the date operation parameterization sub-module to generate the date operation parameter content control in the group document node;

Use the function operation parameterization sub-module to generate the function operation parameter content control in the group document node;

Use the aggregation operation parameterization sub-module to generate the aggregation operation parameter content control in the group document node;

Use the JS script operation parameterization sub-module to generate the JS script operation parameter content control in the group document node;

The third step is specifically: after the second step is completed, the user supplements and fills in the content of the group document node through the editing command;

(1) Check the structure of the current document data through the document data receiving and structure checking module, and the user checks the repetition rate of the current document that passes the check;

(2) Check the repetition rate of the current document data and historical documents through the repetition rate checking module; the user saves the current document with a qualified repetition rate into the database, specifically, the original document is stored in the SZData database and the extracted plain text is stored in the moduledata database;

More specifically, for a document that has passed the verification, all the text in the document is extracted, and the repetition rate between the document and the plain text of existing documents in the library is calculated by comparing the text. For documents whose repetition rate exceeds the threshold, it will prompt the user that there are documents with similar content in the library, and ask the user whether to continue inserting the document. After the user chooses to insert the document, the document and the user submission form are first stored in the module data request in the SZBasic database. In the process data table, after the process is approved by the administrator, the document is stored in the module data table in the SZData database, and the plain text of the full text is extracted from the document using Aspose.Words, combined with the form submitted by the user to generate jsondoc and store it in ElasticSearch in the moduledata database.

(3) The user creates a new construction group document through the desktop client, and calls the completed node data of each construction group document to complete the document;

(4) The user uses the parameterized parsing module to generate corresponding content according to the parameterized properties in the parameterized content control contained in the text node in the current document structure and insert the generated content into the parameterized content in the current document The location of the control makes the generated content an integral part of the group document; the parameterized content control stores parameterized attributes;

Specifically include: use the filling text parameter parsing sub-module to fill in system-defined text parameters and user-defined text parameters in the location of the group document where the filling text parameter content control is located;

Use the calculation number parameter parsing sub-module to fill in the number according to the structure of the document module at the position of the document where the calculation number parameter content control is located;

Use the date parameter parsing sub-module to fill in the date in the document location where the date parameter content control is located;

Use the arithmetic operation parameter analysis sub-module to fill in the corresponding formula and calculation results in the location of the group document where the content control of the arithmetic operation parameter is located;

Use the date operation parameter parsing sub-module to fill in the calculated time span result at the location of the date operation parameter content control in the group document;

Use the function operation parameter parsing sub-module to fill in the corresponding formula in the location of the group document where the function operation parameter content control is located;

Use the aggregation operation parameter parsing sub-module to fill in the corresponding analysis results in the group document where the aggregation operation parameter content control is located;

Use the JS script operation parameter analysis sub-module to fill in the corresponding analysis results in the location of the document where the JS script operation parameter content control is located;

The fourth step is specifically: after the third step is completed, the user operates the desktop client to issue the apply style command to apply the style of the applied construction group template document to the current construction group document; the user generates the final construction organization design through the document generation module document.

The present invention has following advantage:

Aiming at the problem of chaotic and inconsistent node levels (hierarchies), it is necessary to give user prompts during the parameter parsing process to eliminate the problem of parameterization through calculation numbers, and when the levels of parent nodes and child nodes are discontinuous.

The problem of inconsistency in the expression of repeated content is solved by parameterizing the filling text.

It is impossible to quickly locate the place where the group document needs to be modified, and it can be solved by marking the placeholder parameters.

The problem that the node date is not uniform and difficult to modify is solved by parameterizing the date. Through date parameters, users can quickly select dates and uniformly replace dates that need to appear repeatedly in the module.

The problem of inaccurate time span calculation is solved by using machine calculation instead of manual calculation through date calculation parameters.

The time-consuming and labor-intensive problem of formula input can be solved by parameterizing function operations. Errors caused by manual input and repeated modification of the statistical operation part of the group document are solved by parameterizing the aggregation operation.

The advantage of user-defined parameters is that after filling in once, the same content can be reused in different parts of the group document during the parameter parsing process, which improves the compilation speed and content uniformity of the group document.

Although user-defined parameters also have the advantage of being easy to use and call repeatedly, but for the same objective object, the parameters defined by different users are usually different, which results in differences in the content of the group documents generated by different users; The text content parameter in the parameter can reduce the parameters defined by the user and improve the content uniformity of the group documents generated by different users.

The invention can effectively reuse the content of historical construction documents, and the results of one compilation work can be conveniently called repeatedly in subsequent projects, thereby improving the efficiency and consistency of compilation of construction organization design documents.

Description of drawings

Fig. 1 is a structural schematic diagram of a group parameterization module;

Fig. 2 is a schematic diagram of the principle of the intelligent management system for the construction scheme of the water conservancy project;

Fig. 3 is the flowchart of construction organization design method;

Figure 4 is a system architecture diagram of an intelligent management system for water conservancy project construction schemes.

Detailed ways

As shown in Figures 1 to 4, the present invention discloses an intelligent management system for water conservancy project construction schemes, and the construction organization is referred to as a construction organization; it includes a client installed in a local computer windows system and a service installed in a server client (client and server are both programs), the client includes the desktop client (the computing power is provided by the local computer) and the WEB client running in the browser; both the desktop client and the WEB client use the HTTP protocol and service Connect with the server; use the VSTO plug-in to embed the desktop client into Word (that is, Microsoft Word program) or WPS (that is, Kingsoft WPS program); the WEB client is developed using Vue3 technology. The desktop client has the functions of creating a new construction document, opening a new construction document, editing a new construction document and saving a new construction document;

The server has a database and a template library, and the template library is used to store user-prefabricated group template documents (the group template document is used to standardize the document style for format application when generating the group document),

Databases include SqlServer database and ElasticSearch database;

SqlServer database includes SZBasic database and SZData database;

The ElasticSearch database includes the moduledata database;

The SZBasic database is used to store basic tables related to system operation, including user data, role data, department data, data permission data, operation permission data, dictionaries and process data related to the general management system;

The SZData database is used to store business data related to group data; including group classification data, group directory data, group module data and document template data; group module data is document fragments made by users for later calls ;

The moduledata database is used to store module data documents related to group data, which contains text extracted from historical group files;

The desktop client stores module data selected by the user for generating group documents, and the desktop client has a group parameterization module, a parameterization analysis module and a document generation module;

The business program modules on the server side include file data receiving and structure checking modules, repetition rate checking modules, storing in database modules and big data search modules;

The group parameterization module is used to parametrically transform the document content of the existing group documents, and make the relevant information of a specific project into more versatile group module data through parameter replacement;

The file data receiving and structure checking module is used to receive the file data generated by the group parameterization module and check the structure of the received file data;

The repetition rate checking module is used to check the repetition rate between the current document data and the historical group documents;

The store in database module is used to store the data with qualified repetition rate into the corresponding database according to the data type;

The big data search module is used to respond to the search request from the desktop client or WEB client, and find the module data of the search request (that is, the module data required by the user) in the database;

The parameterized parsing module is used to respond to the desktop client user's command to generate a group document, according to the parameterized attribute in the parameterized content control contained in the text node in the current document structure, generate the corresponding content and insert the generated content into The position of the parameterized content control described in the current document, so that the generated content becomes an integral part of the document;

The document generating module is used to generate the final construction organization design document (namely construction document).

The group parameterization module includes the filling text parameterization submodule, the calculation number parameterization submodule, the date parameterization submodule, the arithmetic operation parameterization submodule, the date operation parameterization submodule, the function operation parameterization submodule, and the aggregation operation parameter Parameterized sub-modules and JS script operation parameterized sub-modules;

Fill text parameterization sub-module is used to generate fill text parameter content control in group document node;

The calculation number parameterization sub-module is used to generate the calculation number parameter content control in the group document node;

The date parameterization sub-module is used to generate date parameter content controls in the group document node;

Arithmetic operation parameterization sub-module is used to generate arithmetic operation parameter content control in group document node;

The date operation parameterization sub-module is used to generate the date operation parameter content control in the group document node;

The function operation parameterization sub-module is used to generate the function operation parameter content control in the group document node;

The aggregation operation parameterization sub-module is used to generate the aggregation operation parameter content control in the group document node;

The JS script operation parameterization sub-module is used to generate the JS script operation parameter content control in the group document node;

The parameterized parsing module includes filling text parameter parsing sub-module, calculation number parameter parsing sub-module, date parameter parsing sub-module, arithmetic operation parameter parsing sub-module, date computing parameter parsing sub-module, function computing parameter parsing sub-module, aggregate computing parameter parsing sub-module Submodule and JS script operation parameter parsing submodule;

(1) Fill in the text parameter parsing submodule:

The filling text parameter parsing sub-module is used to process the filling text parameter content control in the group document, and fill in the text at the position of the group document where the filling text parameter content control is located;

In the filling text parameter parsing sub-module, filling text parameters include two types: system definition and user-defined;

System-defined parameters include mark occupancy parameters and text content parameters that appear repeatedly in construction organization documents (i.e., construction group documents);

Mark placeholder parameters usually appear multiple times in the document module structure list, usually the content is not repetitive, mark placeholder parameters are used to instruct users to fill in the content of this part, and provide a quick positioning function in the system parameter list ( That is to quickly locate the corresponding part of the group document according to the mark placeholder parameter, and the end user fills in the content of this part), and the user jumps to the position of the parameter through the mark placeholder parameter to fill in or modify the content;

Filling text parameters other than mark placeholder parameters are repetitive content parameters, and the text content parameters in the system-defined parameters are used to reduce user-defined filling text parameters so as to improve the uniformity of group document content; (although user-defined parameters can also It has the advantage of being easy to use and call repeatedly, but for the same objective object, the parameters defined by different users are usually different, which causes the content of the group documents generated by different users to be different; the text content parameters in the system-defined parameters are User-defined parameters can be reduced, and the content uniformity of group documents generated by different users can be improved. If the system-defined parameters cannot meet the requirements, the user can use the user-defined filling text parameters to make the corresponding repetitive filling text content unnecessary. Repeated manual filling; user-defined filling text parameters are only counted once in the parameter list, and the content of the parameter is uniformly applied during the parameter parsing process after the user fills in the content in the parameter list once; (the advantage of user-defined parameters is After filling, the same content can be reused in different parts of the group document during the parameter parsing process to improve the compilation speed and content uniformity of the group document)

(2) Calculation number parameter parsing sub-module:

The calculation number parameter parsing sub-module is used to process the calculation number parameter content control in the application group document, fill in the number according to the structure of the document module in the location of the calculation number parameter content control in the application group document, and avoid human errors caused by manual input and repeated modification , to realize automatic calculation of module data;

The most used number is the number before the paragraph, and the number of the child node of the text node as the title node needs to determine its own number according to the number of the parent node;

The increase level attribute of the document node is used to determine the level increased from the parent node. If the level of the parent node and the level of the child node are discontinuous, the user needs to be prompted during the parameter parsing process. For example, a paragraph can be generated after the number parameter content control Prompt the user by highlighting text.

The numbering rules adopted by a complete construction organization document (i.e. construction group document) are unified, and the numbering calculation rules for calculating the numbering parameters are determined according to the rules defined in the construction group document outline numbering window, which can be pre-specified in the template In the file or in the system database, it can also be customized by the user.

In the parsing process, the calculation numbering parameter parsing sub-module will automatically adopt corresponding calculation rules and generate numbering parameters according to the numbering level of the location of the numbering parameterized content control determined by the parent node and the added level;

Specifically, the numbering parameter generates a document number according to the calculation numbering content control combined with the numbering rule; the input parameter of the calculation numbering parameter analysis submodule is the parent node Id and the level to be added in the numbering parameter; when parsing, the first is the calculation numbering parameter analysis submodule Calculate the CascadeId of all title-only nodes in the group document structure (the composition of CascadeId is that the root node is numbered ".0." from 0, and the subsequent levels are numbered from 1. For example, the title number of level 1 is ".0.1.", And so on). The parsing module finds the CascadeId of the parent node according to the number parameter Id, and then finds the matching regular expression of the rule corresponding to the level in the group document numbering rules, calculates the matching result and adds the CascadeId with an increased level as the current number parameter, and the CascadeId with an increased level greater than 1 It is necessary to use the CascadeId of the numbering parameter in the upper-level content control as the CascadeId for the initial calculation, and determine the final CascadeId segment to be used as the number by calling the replacement expression in the numbering rule, and then the parsing module applies different conversion rules to generate according to the segment Number, use the generated number as the output result, and finally use the output result to replace the Range text where the content control is located as the number.

(3) Date parameter parsing sub-module:

The date parameter parsing sub-module is used to process the date parameter content control in the group document, fill in the date in the position of the group document where the date parameter content control is located, and avoid human errors caused by manual input and repeated modification, and realize automatic calculation of module data; date The same date parameter content controls have the same unique value; the parsing of the date parameter is performed before applying the template document format;

Through the date parameter, the user can quickly select the date and uniformly replace the date that needs to appear repeatedly in the module;

(4) Arithmetic operation parameter parsing sub-module:

The function of the arithmetic operation parameter parsing sub-module is to process the content control of the arithmetic operation parameter in the group document, fill in the corresponding formula and calculation results in the position of the group document where the content control of the arithmetic operation parameter is located, and avoid human errors caused by manual input and repeated modification , automatically realize module data calculation;

The properties of arithmetic operation parameters include members and results;

The supported operators include conventional operators such as addition, subtraction, multiplication, and division. The arithmetic operation parameters of the same formula have the same unique value, and the arithmetic operator is stored in the arithmetic operation parameter whose attribute is the result;

When parsing the arithmetic operation parameters, the arithmetic operation parameter parsing sub-module first looks for the arithmetic operation parameter content controls in the group document node content, and groups the arithmetic operation parameter content controls according to the unique value of the arithmetic operation parameter content control attribute, and the unique values are the same grouped into groups;

Arithmetic operation parameter analysis Before applying the group template document format, the result of the arithmetic operation contains a formatted string, and the result generated by the user's operation is output into the specified text format according to the predetermined output precision;

When the user searches for the result parameter, the arithmetic operation parameter parsing sub-module searches for the corresponding arithmetic member parameter according to the unique value of the result parameter, calculates the corresponding result according to the value entered by the user in the member parameter control, and automatically fills it in the document control of the result parameter .

The arithmetic operation parameter parsing sub-module generates settlement results according to the calculation rules defined by the user in the result control; the input parameters of the arithmetic operation parameter parsing sub-module during parsing are a set of arithmetic parameter content controls;

The detailed parsing process is that the arithmetic operation parameter parsing sub-module first divides the group of content controls into different groups according to the unique value of the arithmetic parameter, and each group is used as a calculation unit; from this group, the result parameter is distinguished according to the enumeration value of the arithmetic parameter attribute and member parameters; traverse the value of the "variable name" attribute field in the member parameters and use "," to split, and combine into a string; the string is used as the formal parameter of the JavaScript function; The input value is combined into a string as the actual parameter to call the JavaScript function; in order to prevent the implicit conversion of the parameter type when the script is executed and cause an operation error, the function is wrapped in a no-argument function and called from within the no-argument function A function with parameters and returns the execution result of the inner function. Use Microsoft.ClearScript to generate a dynamic script function and execute the function; use the result of function execution as the Range text of the result parameter control.

(5) Date operation parameter parsing sub-module:

The function of the date operation parameter parsing sub-module is to process the date operation parameter content control in the group document, calculate the time span, avoid errors caused by manual calculation, and fill in the calculation at the location of the date operation parameter content control in the group document result;

Date operation parameters include date operand 1, date operand 2 and result; the result is the number of days between the date represented by date operand 1 and the date represented by date operand 2;

Date operands corresponding to the same date are identified by the same unique value;

The result content control of the date operation contains operation operators for time span operation. Date operation parameters are displayed in a row in the parameter list for the same operation;

Through the parameter list, you can quickly locate the group document location where the parameter control is located; the date operation parameters are parsed before applying the group template document format;

(6) Function operation parameter parsing sub-module:

The function of the function operation parameter parsing sub-module is to process the function operation parameter content control in the application group document, and fill in the corresponding formula in the location of the application group document where the function operation parameter content control is located;

The parameterized attribute of the function operation consists of the parameters of the function. The user enters the corresponding value for each function operation parameter. In the process of parsing the function parameters, the document processing program (such as Word is Microsoft’s word program or WPS is the Kingsoft WPS program) ) starts a process in the background, outputs the content of the formula to the group document, then replaces the parameters in it to complete the calculation, and saves the generated temporary file and inserts it into the position of the function operation parameter content control as a part of the group document; The parsing of function operation parameters is before applying the group template document format;

(7) Aggregation operation parameter parsing sub-module:

The role of the aggregation operation parameter parsing sub-module is to process the aggregation operation parameter content control in the group document, and fill in the corresponding analysis results in the location of the group document where the aggregation operation parameter content control is located;

Aggregation operation parameterization is used to generate statistical operations in group documents, reducing errors that may occur in manual operation input and multiple modifications,

Aggregation operation parameters include operand parameters and result parameters;

The operand parameter of the aggregation operation parameter includes multiple operand parameter controls; the operation rules of the aggregation operation are pre-stored in the result parameter content control; the result parameter content control provides a variety of existing and commonly used aggregation operation rules, and the aggregation operation parameter parser In the process of parsing and generating the group document, the module finds all relevant operand parameters according to the unique value attribute of the result parameter and applies the calculation rules pre-existed in the content control of the result parameter to generate the final operation result; the parameterized analysis of the aggregation operation is applied Before applying the group template document format;

In this embodiment, the aggregation operation parameter parsing sub-module operates according to the values of multiple content controls in the aggregation operation parameter group and completes the filling of table statistics. A series of formulas commonly used in construction organization design are built in the function operation parameter analysis sub-module, such as the calculation formula of concrete mix ratio. The input parameters of the parameter analysis sub-module of the aggregation operation parameter analysis are the values of the relevant parameters in the formula and the formula selected by the user; the result calculated by the analysis sub-module of the aggregation operation parameter outputs a temporary Word document, and finally the content of the temporary document is output by the VSTO plug-in Inserted at the location of the aggregate operation parameter content control as part of the overall group document.

(8) JS script operation parameter parsing sub-module:

The role of the JS script operation parameter parsing sub-module is to process the content control of the JS script operation parameter in the application document, and fill in the corresponding analysis result (the calculation result is text and/or picture) in the location of the application document where the JS script operation parameter content control is located;

The purpose of JS script operation parameterization is to improve the automatic processing ability of group documents, simplify the cumbersome external file operation process, and expand the functions of VSTO plug-ins;

The JS script operation parameter parsing submodule executes the JavaScript script in the parameter attribute through the NodeJS module attached to the VSTO plug-in; the script for importing external files is preset in the VSTO plug-in, and the external file data is automatically imported and processed by the script;

The JS script operation parameter parsing sub-module outputs the result of script execution processing as text or picture, and inserts it as content into the current group document at the location of the JS script operation parameter content control as an integral part of the group document content;

Js script operation parameters are parsed before applying style templates to group documents.

Users can choose to execute the scripts preset in the VSTO plug-in, or they can write the script content to be executed by themselves. The method of inserting the content in the JS script operation parameter content control into the group document, the user can choose to insert as plain text, as a text paragraph or as a picture. In the process of parsing the parameters of the group document, the VSTO plug-in will execute the script code in the Js script operation parameter, output the result of the script operation in the form of text or image, and finally merge the content to the position where the Js script operation parameter control is located. After parsing, The current script parameter control will be removed from the text. Js script operation parameters can quickly locate the position of the parameter control by double-clicking the mouse in the parameter list.

Specifically, in this embodiment, the JS script operation parameters run the JS script code through NodeJS to call the external file operation to complete the call of files such as xlsx, cad, etc., and insert the data generated by the call into the group document in the form of text or pictures as the result of the operation middle. The input parameters of the JS script operation parameter analysis sub-module parameter analysis are the JS script to be executed, the location of the operated file and the content area of the Excel file. The output content of the JS script operation parameter parsing sub-module is a text or image file, and finally the VSTO plug-in will insert the generated content into the construction document as a part of the construction document.

The numbering parameter generated by the calculation numbering parameter parsing submodule has an indentation attribute, which is used to determine the number of spaces at the beginning of the paragraph where the numbering is located;

The implementation of the numbering indentation property needs to call the calculation of the indentation of the numbering parameter to set the paragraph indentation after applying the style template to the group document. Therefore, the numbering parameterized content control cannot be deleted after the parsing is completed. The implementation of the paragraph indent calculation of the numbering parameter should be implemented after the overall application style of the group document, and then the numbering parameterized content control can be deleted in the group document.

The result of the date operation provides a date formatting option, which is used to format the date into a user-specified display form. (such as year month day or day month year, Chinese characters or Arabic numerals)

In the parameter list, only one date parameter with the same unique value (the date parameter in the date parameter parsing submodule) is listed, and the date parameters with different unique values are listed separately. By filling in the date in the date parameter list, the group can be quickly replaced The date parameter value in all date parameter content controls in the document.

Specifically, fill the text parameter and date parameter to generate a piece of text according to the value and format of the parameter management module; the input parameter parsed by this parameter is the parameterized content control to be parsed currently, and the parsing process is to find the value entered by the user in the fill option window , apply the formatting string rules attached to the parameterized control to use the generated string as the output result, and finally use the output result as the Range text of the current content control.

The present invention also discloses a construction organization design method carried out by adopting the intelligent management system of the construction plan of the water conservancy project, which is carried out according to the following steps:

The first step is to make a group template document;

The second step is to create a new construction document node and parameterize it;

The third step is to use the module data in the intelligent management system of water conservancy project construction plan to supplement and improve the construction group documents;

The fourth step is to generate the final construction organization document (construction group document).

The first step is specifically: the user makes a group template document in Word, which is used to standardize the style of the group document; the user uploads the group template document to the template library of the server for applying the template format in the fourth step;

The construction template document includes the bidding class construction template document and the implementation class construction group template document;

The role of the construction template document is to provide a structural template for combining nodes into a semi-finished construction document for construction organization design, reducing the workload of users to manually supplement content;

The group template document can be made by the administrator user to create multiple templates, and the data types of the nodes are divided into three types: plain text, Word document and module data ID;

The second step is specifically: the attributes of the newly created group document node are divided into four attributes: no attribute, variable attribute, fixed attribute and filling attribute;

The node content of fixed attributes is a general content independent of a class of construction organization design, and does not need to be supplemented by users;

The node content of variable attributes has a part of the general content independent of a class of construction organization design that does not need to be completed by the user. The user completes the node content of variable attributes according to the specific situation of the current project; the flexibility of the node content of variable attributes is greater than that of The node content of the fixed attribute is smaller than the node content of the filling attribute;

There is no general content in the node content of the filling attribute that is independent of a class of construction organization design, and the user fills in the node content of the filling attribute according to the specific situation of the current project;

When the user creates a group document through the desktop client, the desktop client parses the nodes in the group template document to generate a text node;

Parameterizing the group document node is specifically: using the filling text parameterization sub-module to generate a filling text parameter content control in the group document node;

Use the calculation number parameterization sub-module to generate the calculation number parameter content control in the group document node;

Use the date parameterization sub-module to generate a date parameter content control in the group document node;

Use the arithmetic operation parameterization sub-module to generate the arithmetic operation parameter content control in the group document node;

Use the date operation parameterization sub-module to generate the date operation parameter content control in the group document node;

Use the function operation parameterization sub-module to generate the function operation parameter content control in the group document node;

Use the aggregation operation parameterization sub-module to generate the aggregation operation parameter content control in the group document node;

Use the JS script operation parameterization sub-module to generate the JS script operation parameter content control in the group document node;

As shown in Figure 2, the water conservancy project construction plan intelligent management system of the present invention includes a group parameterization module, after creating the corresponding parameter content control in the document by creating the parameter panel, adjusting the corresponding parameter composition details through the parameter attribute, and finally Separate the prepared part from the original document as a separate file by detaching the selected block. The data that does not contain the structure of the outline text is used as text data, and the file that contains the outline node and the text can be used as a tree node.

The third step is specifically: after the second step is completed, the user supplements and fills in the content of the group document node through the editing command;

(1) Check the structure of the current document data through the document data receiving and structure checking module, and the user checks the repetition rate of the current document that passes the check;

After uploading the separated module files to the server (server) through the web client, verify the structure of the document. Word documents include doc format and docx format. Since the document formats supported by Word and WPS are not the same, the WPS document saved by WPS cannot be opened by Word, so the server converts the document uploaded by the user into a format compatible with the two office software. This step is through Aspose.Words (Aspose.Words is an advanced class library that can perform various document processing tasks in various applications, supports DOC and other format files, and does not need to open the word program to use it) Unified conversion of documents to compatible with two office software Word and WPS in docx format. Extract the outline node hierarchy level of the document through Aspose.Words, and verify whether the node requirements of continuity are met.

(2) Check the repetition rate of the current document data and historical documents through the repetition rate checking module; the user saves the current document with a qualified repetition rate into the database, specifically, the original document is stored in the SZData database and the extracted plain text is stored in the moduledata database;

More specifically, for a document that has passed the verification, all the text in the document is extracted, and the repetition rate between the document and the plain text of existing documents in the library is calculated by comparing the text. For documents whose repetition rate exceeds the threshold, it will prompt the user that there are documents with similar content in the library, and ask the user whether to continue inserting the document. After the user chooses to insert the document, the document and the user submission form are first stored in the module data request in the SZBasic database. In the process data table, after the process is approved by the administrator, the document is stored in the module data table in the SZData database, and the plain text of the full text is extracted from the document using Aspose.Words, combined with the form submitted by the user to generate jsondoc and store it in ElasticSearch in the moduledata database.

As shown in Figure 2, the water conservancy project construction plan intelligent management system of the present invention includes a database module, and the document is stored in the database in order to quickly retrieve the module data in the later stage, at first the module data is saved in the SqlServer database .

According to the module data GUID (that is, the globally unique identifier) returned by the database and the file name, keywords, user name, file plain text, classification, and directory in the module data information, a Json document is formed, and then the document is uploaded through the NestJs framework Transfer to the ElasticSearch database, use IK Analyzer (a Chinese word segmentation toolkit developed based on JAVA) to perform IKMaxword word segmentation on the field content of the relevant text Json document, and save it in the index library corresponding to the module data.

The original data of the document also needs to be saved in the database. If the file is directly saved as vbinary data in the SqlServer database, the size of the table will be too large, so the file is saved as binary data in a separate table. The table and the module The info table for the data uses the same GUID. In this way, when the original file data needs to be retrieved, the original data of the module data can be quickly located through the GUID and returned to the requester (desktop client or WEB client).

(3) The user creates a new project group document through the desktop client, and calls the completed document node data of each project group document to complete the document; during the process of perfection, the user finds the module data that the user needs through the big data search module;

As shown in Figure 2, the water conservancy project construction plan intelligent management system of the present invention includes a big data search module, the purpose of the big data search module is to quickly find the module data needed by the user through the client or web client, in order to be faster and more accurate to find the required data.

First of all, the data should be classified according to public categories and professional public categories. In this embodiment, public categories and classifications such as construction engineering, municipal engineering, water conservancy engineering and highway engineering are provided, and it does not exclude the use of more specific professional engineering categories. Multiple categories.

Classification provides the function of adding, deleting, modifying and checking, and users can perform various management functions on the classification. Set the corresponding tree index under each category.

After the user enters keywords through the desktop client or WEB client, the server searches for the keywords by word segmentation, and the request sent by the user is accompanied by the module directory requested by the user. The server uses ElasticSearch full-text search, first determines the search scope through the module directory, and then performs a word segmentation search to find the corresponding results, then highlights the found fields, and then returns the results to the requesting client.

When the user requests to insert the found module data into the document structure list, for text-type data, the desktop client directly parses the module data into a text-type node and inserts it under the title node selected by the user. For tree nodes, the client needs to parse the module data into a collection of title nodes and text nodes, and then insert all of them under the title node selected by the user. The client divides the module data into several RangeScopes through the document location where the outline node is located, and parses the RangeScope as an outline node into a title node. For a RangeScope that is not an outline node, it is parsed as a text node. Then insert all the nodes under the title node selected by the user as the child nodes of the current node through loop recursion.

(4) The user uses the parameterized parsing module to generate corresponding content according to the parameterized properties in the parameterized content control contained in the text node in the current document structure and insert the generated content into the parameterized content in the current document The location of the control makes the generated content an integral part of the group document; the parameterized content control stores parameterized attributes;

When the user issues a generating command, the client generates corresponding content by calling the parameterized parsing module and combining the attributes in the parameterized content control, and inserts the content into the position where the content control is located to become a component of the document.

For a single content control parameter, the client only needs to process the attribute data saved in the current content control to generate content. For multiple content control parameters, the client first needs to group the parameterized controls according to the unique value attribute of the parameterized control, and then Read and parse data stored in multiple content controls to generate document content.

Among them, the identification and related information of various parameters is to serialize the parameter class into a Json string and save it in the Tag property of the content control, and identify the internal information through serialization and deserialization.

Specifically include: use the filling text parameter parsing sub-module to fill in system-defined text parameters and user-defined text parameters in the location of the group document where the filling text parameter content control is located;

Use the calculation number parameter parsing sub-module to fill in the number according to the structure of the document module at the position of the document where the calculation number parameter content control is located;

Use the date parameter parsing sub-module to fill in the date in the document location where the date parameter content control is located;

Use the arithmetic operation parameter analysis sub-module to fill in the corresponding formula and calculation results in the location of the group document where the content control of the arithmetic operation parameter is located;

Use the date operation parameter parsing sub-module to fill in the calculated time span result (in days) at the location of the date operation parameter content control in the group document;

Use the function operation parameter parsing sub-module to fill in the corresponding formula in the location of the group document where the function operation parameter content control is located;

Use the aggregation operation parameter parsing sub-module to fill in the corresponding analysis results in the group document where the aggregation operation parameter content control is located;

Use the JS script operation parameter parsing sub-module to fill in the corresponding analysis results (the calculation results are text and/or pictures) in the location of the document where the JS script operation parameter content control is located;

The fourth step is specifically: after the third step is completed, the user operates the desktop client to issue the apply style command to apply the style of the applied construction group template document to the current construction group document; the user generates the final construction organization design through the document generation module Documentation (i.e. group documentation).

As shown in FIG. 2 , the intelligent management system of water conservancy project construction plan of the present invention includes a document generation module, and the operation of document generation includes the generation of selected nodes and sub-nodes, and all generation. The purpose of generating selected nodes and sub-nodes is to reduce the length of generated content and help users check possible errors in the current document. During the generation of selected nodes, parameterized items in the document will also be parsed.

If the content generated during the parsing process does not meet expectations, the user can issue an editing command to the text node and save the edited content to the text node, where the text node and title node have a series of controllable attributes. These attributes will affect the generation of content. Generate All generates a complete Word document from the entire document node tree, and users can perform various operations on the generated document to continue to improve the content of the document.

Among them, the group template document list is composed of template categories, and the node list stored in the group template document is parsed into a DevExpress TreeList; the nodes in the template document are parsed into corresponding title nodes and text nodes, and the detailed template definition of the server is TemplateDefine Contains specific group template document data;

The three forms of module data, plain text, Word document and module data ID, are analyzed and uniformly applied to the format of the group template document;

Each text node stores a Word document in docx format; parses the plain text module data into a Word document. Due to the low efficiency and slow speed of using Word to integrate the plain text into a Word document, in order to convert more quickly, the OpenXML method is used in the present invention to segment the plain text into text paragraphs and then insert them into the temporary document as paragraphs, and finally Temporary documents are saved in memory and read into the ByteData field of the text node in the form of bytes, which greatly improves the speed of transfer integration. In the form of Word document and module data ID, the group document data is obtained by connecting to the server to obtain data online and saved in the text node.

The data of the document node in the desktop client is saved to the local disk (hard disk), so that the user can open the document again at any time. The document saving function uses SqlSugar to save the node data in the structure list to the Sqlite database in the form of a table. The file also contains the group document node data table, document number table, document style sheet and user-filled text parameter table . The document number table stores the enumeration of the numbering method used by the document number and the regular expression for number calculation. The document style sheet stores the document style template selected by the user, and the user-filled text parameter table includes the information input by the user in the text parameter and the user-defined script code in the Js script parameter.

The desktop client includes the function of creating parameters. The list of creating parameters displays 8 kinds of parameters supported by the VSTO plug-in. After selecting the corresponding parameters, the user can modify the relevant configuration properties of the parameters as needed. When the user issues a confirmation command, the client will create a content control ContentControl in the current Word document, and the JSON (JSON is JS object short notation, which is a data exchange format) string contained in the Tag property of the content control defines each Information about the parameters of the plant group module.

The desktop client includes the parameter attribute function, which is implemented in the form of ActionPanel, and the parameter attribute panel is used to adjust the configurable attributes of the group parameters. The modified properties are directly replaced and saved to the content control selected by the user.

The desktop client includes the function of predefined items, in which the group text parameters include two forms of system configuration and user definition. User-defined text parameters are managed through predefined items. Users can increase or decrease items of text parameters according to the needs of specific construction projects, and define the category of parameters Name, format, and parameter presentation. The parameter display mode refers to whether the same text parameter is displayed multiple times in the parameter filling option. The predefined items also include the user-defined function of Js script parameters. Users can modify and manage the script content according to the needs of specific construction projects and save it in the user configuration file of this plug-in.

The desktop client includes the fill option function. The fill option panel counts all the parameterized items in the set document node, and then lists them by category. When the user selects the specified category, the parameterized items are listed in detail in the fill panel The node and configurable properties, when the user double-clicks the name, can quickly jump to the location of the specified content control.

As shown in Figure 4, the intelligent management system of the water conservancy project construction plan of the present invention includes a server, which is developed in the form of .NetCore webapi, and uses nginx to distribute user requests to designated servers. In the composition of the server, the presentation layer accepts the axios request from the client, and passes the request to the business logic layer after preliminary processing. After the business logic layer combines the data connection layer to complete the execution of the request code, the final request result is sent back to the requesting client in the form of JSON. client (desktop client or WEB client).

The databases connected to the data connection layer include relational databases and non-relational databases.

The relational database uses the SqlServer database, the basic tables related to system operation are stored in the SZBasic database, the data related to the group is stored in SZData, and the module data documents related to the group data in the non-relational database are stored in the ElasticSearch database .

The parametric module described in the present invention is not limited to be used in the preparation of construction organization design documents, and is also applicable to the preparation of design calculation documents, special schemes, and the like.

The above embodiments are only used to illustrate and not limit the technical solutions of the present invention. Although the present invention has been described in detail with reference to the above embodiments, those of ordinary skill in the art should understand that the present invention can still be modified or equivalently replaced without departing from it. Any modifications or partial replacements within the spirit and scope of the present invention shall fall within the scope of the claims of the present invention.

Claims (6)

1. The intelligent management system of water conservancy project construction plan, the construction organization is referred to as the construction group; including the client installed in the local computer windows system and the server installed in the server, The client includes a desktop client and a WEB client running in a browser. Both the desktop client and the WEB client are connected to the server through the HTTP protocol; it is characterized in that: Use the VSTO plug-in to embed the desktop client into Word or WPS; the desktop client has the functions of creating a file, opening a file, editing a file and saving a file; The server has a database and a template library. The template library is used to store user-prefabricated group template documents. Databases include SqlServer database and ElasticSearch database; SqlServer database includes SZBasic database and SZData database; The ElasticSearch database includes the moduledata database; The SZBasic database is used to store basic tables related to system operation, including user data, role data, department data, data permission data, operation permission data, dictionaries and process data related to the general management system; The SZData database is used to store business data related to group data; including group classification data, group directory data, group module data and document template data; group module data is document fragments made by users for later calls ; The moduledata database is used to store module data documents related to group data, which contains text extracted from historical group files; The desktop client stores module data selected by the user for generating group documents, and the desktop client has a group parameterization module, a parameterization analysis module and a document generation module; The business program modules on the server side include file data receiving and structure checking modules, repetition rate checking modules, storing in database modules and big data search modules; The group parameterization module is used to parametrically transform the document content of the existing group documents, and make the relevant information of a specific project into more versatile group module data through parameter replacement; The file data receiving and structure checking module is used to receive the file data generated by the group parameterization module and check the structure of the received file data; The repetition rate checking module is used to check the repetition rate between the current document data and the historical group documents; The store in database module is used to store the data with qualified repetition rate into the corresponding database according to the data type; The big data search module is used to respond to the search request from the desktop client or WEB client, and find the module data of the search request in the database; The parameterized parsing module is used to respond to the desktop client user's command to generate a group document, according to the parameterized attribute in the parameterized content control contained in the text node in the current document structure, generate the corresponding content and insert the generated content into The position of the parameterized content control described in the current document, so that the generated content becomes an integral part of the document; The document generation module is used to generate the final construction organization design document. 2. The intelligent management system of water conservancy project construction scheme according to claim 1, characterized in that: The group parameterization module includes the filling text parameterization submodule, the calculation number parameterization submodule, the date parameterization submodule, the arithmetic operation parameterization submodule, the date operation parameterization submodule, the function operation parameterization submodule, and the aggregation operation parameter Parameterized sub-modules and JS script operation parameterized sub-modules; Fill text parameterization sub-module is used to generate fill text parameter content control in group document node; The calculation number parameterization sub-module is used to generate the calculation number parameter content control in the group document node; The date parameterization sub-module is used to generate date parameter content controls in the group document node; Arithmetic operation parameterization sub-module is used to generate arithmetic operation parameter content control in group document node; The date operation parameterization sub-module is used to generate the date operation parameter content control in the group document node; The function operation parameterization sub-module is used to generate the function operation parameter content control in the group document node; The aggregation operation parameterization sub-module is used to generate the aggregation operation parameter content control in the group document node; The JS script operation parameterization sub-module is used to generate the JS script operation parameter content control in the group document node; The parameterized parsing module includes filling text parameter parsing sub-module, calculation number parameter parsing sub-module, date parameter parsing sub-module, arithmetic operation parameter parsing sub-module, date computing parameter parsing sub-module, function computing parameter parsing sub-module, aggregate computing parameter parsing sub-module Submodule and JS script operation parameter parsing submodule; (1) Fill in the text parameter parsing submodule: The filling text parameter parsing sub-module is used to process the filling text parameter content control in the group document, and fill in the text at the position of the group document where the filling text parameter content control is located; In the filling text parameter parsing sub-module, filling text parameters include two types: system definition and user-defined; System-defined parameters include mark occupancy parameters and text content parameters that appear repeatedly in construction organization documents; The mark placeholder parameter is used to instruct the user to fill in the content of this part, and provides a quick positioning function in the parameter list of the system. The user jumps to the position of the parameter through the mark placeholder parameter to fill in or modify the content; Filling text parameters other than mark placeholder parameters are repetitive content parameters, and text content parameters in system-defined parameters are used to reduce user-defined filling text parameters to improve the uniformity of document content; system-defined parameters cannot meet the requirements In this case, the user uses the user-defined filling text parameters, so that the corresponding repetitive filling text content does not need to be manually filled repeatedly; the user-defined filling text parameters are only counted once in the parameter list, and after the user fills in the content once in the parameter list The content of the parameter is uniformly applied during the parameter parsing process; (2) Calculation number parameter parsing sub-module: The calculation number parameter parsing sub-module is used to process the calculation number parameter content control in the application group document, fill in the number according to the structure of the document module in the location of the calculation number parameter content control in the application group document, and avoid human errors caused by manual input and repeated modification , to realize automatic calculation of module data; In the parsing process, the calculation numbering parameter parsing sub-module will automatically adopt corresponding calculation rules and generate numbering parameters according to the numbering level of the location of the numbering parameterized content control determined by the parent node and the added level; (3) Date parameter parsing sub-module: The date parameter parsing sub-module is used to process the date parameter content control in the group document, fill in the date in the position of the group document where the date parameter content control is located, and avoid human errors caused by manual input and repeated modification, and realize automatic calculation of module data; date The same date parameter content controls have the same unique value; the parsing of the date parameter is performed before applying the template document format; (4) Arithmetic operation parameter parsing sub-module: The function of the arithmetic operation parameter parsing sub-module is to process the content control of the arithmetic operation parameter in the group document, fill in the corresponding formula and calculation results in the position of the group document where the content control of the arithmetic operation parameter is located, and avoid human errors caused by manual input and repeated modification , automatically realize module data calculation; The properties of arithmetic operation parameters include members and results; Arithmetic operation parameters of the same formula have the same unique value, and the arithmetic operator is stored in the arithmetic operation parameter whose attribute is the result; When parsing the arithmetic operation parameters, the arithmetic operation parameter parsing sub-module first looks for the arithmetic operation parameter content controls in the group document node content, and groups the arithmetic operation parameter content controls according to the unique value of the arithmetic operation parameter content control attribute, and the unique values are the same grouped into groups; Arithmetic operation parameter analysis Before applying the group template document format, the result of the arithmetic operation contains a formatted string, and the result generated by the user's operation is output into the specified text format according to the predetermined output precision; (5) Date operation parameter parsing sub-module: The function of the date operation parameter parsing sub-module is to process the date operation parameter content control in the group document, calculate the time span, avoid errors caused by manual calculation, and fill in the calculation at the location of the date operation parameter content control in the group document result; Date operation parameters include date operand 1, date operand 2 and result; the result is the number of days between the date represented by date operand 1 and the date represented by date operand 2; Date operands corresponding to the same date are identified by the same unique value; Date operation parameters are displayed in a row in the parameter list for the same operation; Through the parameter list, you can quickly locate the group document location where the parameter control is located; the date operation parameters are parsed before applying the group template document format; (6) Function operation parameter parsing sub-module: The function of the function operation parameter parsing sub-module is to process the function operation parameter content control in the application group document, and fill in the corresponding formula in the location of the application group document where the function operation parameter content control is located; The parameterized attribute of a function operation includes the parameters of the function. The user inputs the corresponding value for each function operation parameter. During the parsing process of the function parameter, a document processing program starts a process in the background first, and outputs the content of the formula to the implementation. In the group document, replace the parameters in it to complete the calculation, save and insert the generated temporary file into the position of the function operation parameter content control as a part of the group document; the parsing of the function operation parameter is before applying the group template document format; (7) Aggregation operation parameter parsing sub-module: The role of the aggregation operation parameter parsing sub-module is to process the aggregation operation parameter content control in the group document, and fill in the corresponding analysis results in the location of the group document where the aggregation operation parameter content control is located; Aggregation operation parameters include operand parameters and result parameters; The operand parameter of the aggregation operation parameter includes multiple operand parameter controls; the operation rules of the aggregation operation are pre-stored in the result parameter content control; the aggregation operation parameter parsing sub-module is based on the unique value attribute of the result parameter in the process of group document parsing and generation Find all relevant operand parameters and apply the calculation rules pre-stored in the result parameter content control to generate the final operation result; the parameterized analysis of the aggregation operation is before applying the group template document format; (8) JS script operation parameter parsing sub-module: The function of the JS script operation parameter parsing sub-module is to process the JS script operation parameter content control in the application document, and fill in the corresponding analysis result in the location of the application document where the JS script operation parameter content control is located; The JS script operation parameter parsing submodule executes the JavaScript script in the parameter attribute through the NodeJS module attached to the VSTO plug-in; the script for importing external files is preset in the VSTO plug-in, and the external file data is automatically imported and processed by the script; The JS script operation parameter parsing sub-module outputs the result of script execution processing as text or picture, and inserts it as content into the current group document at the location of the JS script operation parameter content control as an integral part of the group document content; Js script operation parameters are parsed before applying style templates to group documents. 3. The intelligent management system of water conservancy project construction scheme according to claim 2, characterized in that: The numbering parameter generated by the calculation numbering parameter parsing submodule has an indentation attribute, which is used to determine the number of spaces at the beginning of the paragraph where the numbering is located; The result of the date operation provides a date formatting option, which is used to format the date into a user-specified display format. 4. The intelligent management system for water conservancy construction scheme according to claim 2 or 3, characterized in that: In the parameter list, only one date parameter with the same unique value is listed, and the date parameters with different unique values are listed separately. By filling in the date in the date parameter list, you can quickly replace the date parameters in the content control of all date parameters in the group document value. 5. adopt the construction organization design method carried out by the water conservancy project construction plan intelligent management system described in claim 4, it is characterized in that carry out by following steps: The first step is to make a group template document; The second step is to create a new construction document node and parameterize it; The third step is to use the module data in the intelligent management system of water conservancy project construction plan to supplement and improve the construction group documents; The fourth step is to generate the final construction organization documents. 6. The construction organization design method according to claim 5, characterized in that: The first step is specifically: the user makes a group template document in Word to standardize the style of the group document; the user uploads the group template document to the template library of the server for applying the template format in the fourth step; The construction template document includes the bidding class construction template document and the implementation class construction group template document; The role of the construction template document is to provide a structural template for combining nodes into a semi-finished construction document for construction organization design, reducing the workload of users to manually supplement content; The data types of the group template document node are divided into three types: plain text, Word document and module data ID; The second step is specifically: the attributes of the newly created group document node are divided into four attributes: no attribute, variable attribute, fixed attribute and filling attribute; The node content of fixed attributes is a general content independent of a class of construction organization design, and does not need to be supplemented by users; The variable attribute node content has a part of the general content independent of a class of construction organization design that does not need to be completed by the user. The user completes the variable attribute node content according to the specific situation of the current project; There is no general content in the node content of the filling attribute that is independent of a class of construction organization design, and the user fills in the node content of the filling attribute according to the specific situation of the current project; When the user creates a group document through the desktop client, the desktop client parses the nodes in the group template document to generate a text node; Parameterizing the group document node is specifically: using the filling text parameterization sub-module to generate a filling text parameter content control in the group document node; Use the calculation number parameterization sub-module to generate the calculation number parameter content control in the group document node; Use the date parameterization sub-module to generate a date parameter content control in the group document node; Use the arithmetic operation parameterization sub-module to generate the arithmetic operation parameter content control in the group document node; Use the date operation parameterization sub-module to generate the date operation parameter content control in the group document node; Use the function operation parameterization sub-module to generate the function operation parameter content control in the group document node; Use the aggregation operation parameterization sub-module to generate the aggregation operation parameter content control in the group document node; Use the JS script operation parameterization sub-module to generate the JS script operation parameter content control in the group document node; The third step is specifically: after the second step is completed, the user supplements and fills in the content of the group document node through the editing command; (1) Check the structure of the current document data through the document data receiving and structure checking module, and the user checks the repetition rate of the current document that passes the check; (2) Check the repetition rate of the current document data and historical documents through the repetition rate checking module; the user saves the current document with a qualified repetition rate into the database, specifically, the original document is stored in the SZData database and the extracted plain text is stored in the moduledata database; More specifically, for a document that has passed the verification, extract all the text in the document, and calculate the repetition rate of the plain text between the document and the existing document in the library by comparing the text; For documents whose repetition rate exceeds the threshold, it will prompt the user that there are documents with similar content in the library, and ask the user whether to continue inserting the document. After the user chooses to insert the document, the document and the user submission form are first stored in the module data request in the SZBasic database. In the process data table, after the process is approved by the administrator, the document is stored in the module data table in the SZData database, and the plain text of the full text is extracted from the document using Aspose.Words, combined with the form submitted by the user to generate jsondoc and store it in ElasticSearch in the moduledata database; (3) The user creates a new construction group document through the desktop client, and calls the completed node data of each construction group document to complete the document; (4) The user uses the parameterized parsing module to generate corresponding content according to the parameterized properties in the parameterized content control contained in the text node in the current document structure and insert the generated content into the parameterized content in the current document The location of the control makes the generated content an integral part of the group document; the parameterized content control stores parameterized attributes; Specifically include: use the filling text parameter parsing sub-module to fill in system-defined text parameters and user-defined text parameters in the location of the group document where the filling text parameter content control is located; Use the calculation number parameter parsing sub-module to fill in the number according to the structure of the document module at the position of the document where the calculation number parameter content control is located; Use the date parameter parsing sub-module to fill in the date in the document location where the date parameter content control is located; Use the arithmetic operation parameter analysis sub-module to fill in the corresponding formula and calculation results in the location of the group document where the content control of the arithmetic operation parameter is located; Use the date operation parameter parsing sub-module to fill in the calculated time span result at the location of the date operation parameter content control in the group document; Use the function operation parameter parsing sub-module to fill in the corresponding formula in the location of the group document where the function operation parameter content control is located; Use the aggregation operation parameter parsing sub-module to fill in the corresponding analysis results in the group document where the aggregation operation parameter content control is located; Use the JS script operation parameter analysis sub-module to fill in the corresponding analysis results in the location of the document where the JS script operation parameter content control is located; The fourth step is specifically: after the third step is completed, the user operates the desktop client to issue the apply style command to apply the style of the applied construction group template document to the current construction group document; the user generates the final construction organization design through the document generation module document.