CN117436054B - Geotechnical engineering big data sharing platform - Google Patents
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- G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
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Abstract
The invention discloses a geotechnical engineering big data sharing platform, which comprises a data center, an information service platform and a permission management platform, wherein the data center manages drilling data, goaf data and hydrogeological data of geotechnical engineering investigation, and reflects the professional category, data quantity and detail of space data of the data on the whole; the information service platform displays and applies the data managed by the data center; and the authority management platform sets authority levels of a plurality of roles according to different requirements of different types of users, and realizes the operation of different roles under respective authorities within the authority range. The invention can realize resource sharing of geotechnical engineering investigation information, and realizes unified storage, integrated management, large screen display and full text retrieval of multi-source heterogeneous data through classification management and space retrieval query of engineering investigation data.
Description
Technical Field
The invention relates to the technical field of geotechnical engineering, in particular to a geotechnical engineering big data sharing platform.
Background
Geotechnical engineering is a branch of civil engineering, and is a science for solving engineering technical problems related to rock and soil in various projects by applying engineering geology, soil mechanics and rock mechanics. According to engineering construction stage division, the working contents can be divided into: geotechnical engineering investigation, geotechnical engineering design, geotechnical engineering treatment, geotechnical engineering monitoring and geotechnical engineering detection.
Geotechnical engineering occupies a very important position in various civil engineering. Geotechnical engineering is systematic work performed by comprehensively renovating, reforming and utilizing a geotechnical body by using various exploration and test technologies based on soil mechanics, rock mass mechanics and engineering geology. This discipline is known as "earth works", "earth works" or "earth works" in certain countries and regions abroad. Geotechnical engineering is an important component of civil engineering. The data statistics comprises geotechnical engineering investigation, design, test, construction and monitoring, and relates to the whole process of engineering construction. Has very important significance in various constructions such as houses, municipal administration, energy sources, water conservancy, roads, shipping, mines, national defense and the like.
In the existing geotechnical engineering investigation system, information islands are formed among all the participants, information transmission and sharing cannot be performed in time, construction errors often occur, and engineering construction period and quality are affected.
Disclosure of Invention
The invention aims to provide a geotechnical engineering big data sharing platform so as to solve the technical problem of how to realize information sharing of geotechnical engineering investigation.
The invention is realized by adopting the following technical scheme: the geotechnical engineering big data sharing platform comprises a data center, an information service platform and a rights management platform, wherein,
the data center is used for managing drilling data, goaf data and hydrogeological data of geotechnical engineering investigation, and comprehensively reflecting the professional category, data volume and detail of space data of the data;
the information service platform displays and applies the data managed by the data center;
and the authority management platform sets authority levels of a plurality of roles according to different requirements of different types of users, and realizes the operation of different roles under respective authorities within the authority range.
Further, the data center comprises a space data management unit, an attribute data management unit, a document data management unit and a visualization unit, wherein,
the space data management unit queries and retrieves the space data in a service mode;
the attribute data management unit stores attribute data in a database, and comprises importing, inputting, inquiring and editing and modifying data attributes;
the document data management unit is used for managing data generated in engineering projects and comprises document previewing, uploading and downloading, wherein the data comprises documents, pictures and reports;
the visual unit comprises a data large screen, and provides drilling data statistics and overall display, wherein the drilling data statistics and overall display comprise total drilling data, warehouse-in updating quantity and drilling types;
the full text retrieval unit comprises an Elastic Search database creation module and an Elastic Search word segmentation library creation module, and performs full text retrieval and query on the data of the whole system through the Elastic Search database creation module and the Elastic Search word segmentation library creation module.
Further, the data center also comprises a system configuration unit, the system configuration unit comprises a resource tree configuration module and a service configuration module, wherein,
the resource tree configuration module dynamically creates a data navigation tree according to the navigation tree rule configuration table, and each node binds adding, deleting, moving and modifying operations to complete the management of the navigation tree;
and the service configuration module displays the geological data navigation tree in a side bar mode and supports quick data query.
Further, the space data comprises a basic geographic map, basic geology, engineering geology and plane data of each topic, the space data management unit comprises a space data import module, a space data export module and a map service access module, wherein,
the spatial data import module supports spatial data import of coordinate strings, KML and SHP formats and supports custom loading of vectors and raster data;
the spatial data export module supports selecting corresponding spatial data and exporting the spatial data into an SHP format;
and the map service access module supports the standard OGC map service to be accessed into the system.
Further, the attribute data comprises original drilling data, sampling test data, original electronic result data and original engineering file data, the attribute data management unit comprises an attribute data batch import module, an attribute data export module and an attribute data addition module, wherein,
the attribute data batch importing module is used for importing data in the attribute data batch importing module into a database according to the data file selected by the user;
the attribute data export module is used for selecting an export data type according to the data retrieved by the user and exporting a corresponding data file;
and the attribute data adding module supports single attribute data adding.
Further, the information service platform comprises a graph module, wherein the graph module is used for displaying data in a graph mode based on data center data and simultaneously realizing application analysis of the data.
Furthermore, the map module is used for loading a surface model, displaying thematic data, searching a graphic element according to attributes, manually drawing a graph according to the attributes of the graphic element, importing a vector area file, inputting coordinate points, analyzing a multi-layer space, switching maps, calculating distance, calculating area, measuring and emptying, searching new attributes, displaying a split screen, displaying a rolling screen, searching a place name address, viewing the graphic element data and searching a work investigation report.
Further, the information service platform further comprises an auxiliary drawing module, wherein the auxiliary drawing module is used for generating a histogram, editing the histogram, outputting the histogram, generating a drilling profile, editing the drilling profile, outputting the drilling profile, generating interactive click, generating input coordinates, cutting a direction plane, cutting an interactive input broken line and cutting an input coordinate value.
Further, the rights management platform comprises a role management module, a log management module and a user management module, wherein,
the role management module is used for adding, deleting, modifying and inquiring roles;
the log management module is used for log browsing, log deleting and backup downloading;
and the user management module is used for carrying out grouping management on the users according to different departments and organizations, wherein the users belong to roles and are used for providing user registration, user login, user browsing, user functions and data authority configuration.
Further, the user management module supports an administrator to set the function menu authority of the user, including inquiry, editing modification, statistical analysis and updating; data category rights including data topics, data layers, and data attribute fields; regional scope rights include any region, administrative region, river basin, plain, river, and water system.
The invention has the beneficial effects that: the invention can realize resource sharing of geotechnical engineering investigation information, and realizes unified storage, integrated management, large screen display and full text retrieval of multi-source heterogeneous data through classification management and space retrieval query of engineering investigation data, and develops application services on the basis of a data management system to provide basic data and technical support for geological business management, analysis and decision making; the accuracy of the geological data is greatly improved, comprehensive engineering geological results are provided, convenience is provided for further application and analysis of the geological data, the time of data analysis can be saved, and then the engineering investigation period is saved.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings that are required in the embodiments or the description of the prior art will be briefly described, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and other drawings may be obtained according to the structures shown in these drawings without inventive effort for a person skilled in the art.
FIG. 1 is a schematic block diagram of the present invention;
FIG. 2 is a schematic block diagram of a data center;
FIG. 3 is a schematic block diagram of an information service platform;
FIG. 4 is a business flow diagram;
fig. 5 is a schematic block diagram of a rights management platform.
Detailed Description
For the purpose of making the objects, technical solutions and advantages of the embodiments of the present invention more apparent, the technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention, and it is apparent that the described embodiments are some embodiments of the present invention, but not all embodiments of the present invention. The components of the embodiments of the present invention generally described and illustrated in the figures herein may be arranged and designed in a wide variety of different configurations.
It should be noted that: like reference numerals and letters denote like items in the following figures, and thus once an item is defined in one figure, no further definition or explanation thereof is necessary in the following figures.
Some embodiments of the present invention are described in detail below with reference to the accompanying drawings. The following embodiments and features of the embodiments may be combined with each other without conflict.
Example 1
Referring to fig. 1, a geotechnical engineering big data sharing platform comprises a data center, an information service platform and a rights management platform, wherein,
the data center realizes classification management and space retrieval query of engineering investigation data, unified storage, integrated management, large-screen display and full-text retrieval of multi-source heterogeneous data, develops application services on the basis of the data center, and provides basic data and technical support for geological service management, analysis and decision-making;
the information service platform develops a drawing module and an auxiliary drawing module based on data of the data center, integrates and manages engineering investigation results, orderly manages multi-topic, multi-source, heterogeneous and massive data, and realizes space data;
and the authority management platform sets a plurality of role authority levels (which can be set by a system manager) for the system according to different requirements of different types of users, so that the operation of different roles on the functional modules and the data under the respective authorities in the authority ranges is realized.
Referring to fig. 2, the data center contains geological data such as geotechnical engineering survey various borehole data (borehole space data, borehole attribute data, borehole drawings, etc.), goaf data, hydrogeological data, etc. The data display mainly represents the professional category of the data, the data quantity of each category and the detail of the space data in a macroscopic manner, and assists the manager to understand and master.
The data center comprises a space data management unit, an attribute data management unit, a document data management unit and a visualization unit, wherein,
the space data management unit queries and retrieves the space data in a service mode;
the attribute data management unit stores attribute data in a database, and comprises importing, inputting, inquiring and editing and modifying data attributes;
the document data management unit is used for managing data generated in engineering projects and comprises document previewing, uploading and downloading, wherein the data comprises documents, pictures and reports;
and the visualization unit comprises a data large screen and provides statistics and overall display of drilling data, wherein the statistics and overall display comprise total number of drilling data, warehouse-in update quantity and drilling type.
The system also comprises a full text retrieval unit, a hundred-degree-of-similarity geological information retrieval function, and an Elastic Search database creation and an Elastic Search word segmentation library creation, wherein the full text retrieval unit is used for carrying out full text retrieval on data (including pictures, pdfs and the like) of a data center and providing accurate and fuzzy text content query. The Elastic Search is a Lucen-based Search server developed with Jav. It provides a distributed multi-user full text search engine based on RESTful web interface. When searching and inquiring, multi-condition simultaneous filtering, namely, inquiring by a keyword plus wildcard method, is set, and mainly comprises two modes of selecting and inputting built-in conditions. The user opens the data retrieval dialog box and adds retrieval conditions one by one according to the process of selecting fields-selecting logical operators-inputting contents. Before determining the query, the user is asked if the determination condition is correct. If yes, executing the query, and returning the data obtained by the query by the front end.
The system configuration unit comprises a resource tree configuration module and a service configuration module, wherein,
the resource tree configuration module dynamically creates a data navigation tree according to the navigation tree rule configuration table, and each node binds adding, deleting, moving and modifying operations to complete the management of the navigation tree;
and the service configuration module displays the geological data navigation tree in a side bar mode and supports quick data query.
In this embodiment, the data large screen provides statistics and overall display of various drilling data, including total number of drilling data, number of warehouse-in updating, number of drilling of various types, and the like, supports display in a selectable manner such as a histogram, a discount chart, a pie chart, and the like, and statistics indexes such as drilling number, various drilling number, drilling data in each administrative area, drilling accessory document number, document storage amount, and the like are counted.
In this embodiment, the spatial data includes a basic geographic map, basic geology, engineering geology, and plane data of each topic, where the basic geographic data includes data of regional administrative division, water system, traffic, etc., and enters the system through a vector format, or is displayed in an online service interface calling manner; DEM data: the elevation data formed by special topography measurement is built, and then enters the system in a GIS software compatible format; aerial photography image data, namely unmanned plane measurement or aerospace data enter a system in an image format compatible with GIS software; geological map data, including geological map and table describing the lithology, boundary and thickness of the underground rock stratum of the engineering area, can be scanned and digitized by GIS software or converted into a format and enter the system; geological survey and survey engineering distribution diagram: drilling data, profile data, geologic maps, geologic data and the like, map elements describing the planar distribution of the survey project, and enter the system in a format compatible with GIS software.
The spatial data management unit publishes the data in a service manner. The management of the spatial data is the inquiry, retrieval and display of the data, which comprises a spatial data import module, a spatial data export module and a map service access module, wherein,
the spatial data import module supports spatial data import of coordinate strings, KML and SHP formats and supports custom loading of vectors and raster data;
the spatial data export module supports selecting corresponding spatial data and exporting the spatial data into an SHP format;
and the map service access module supports the standard OGC map service to be accessed into the system.
In this embodiment, the attribute data includes original drilling data, sampling test data, original electronic result data and original engineering file data, where the attribute data is produced drilling, drilling stratum, drilling experiment data, sample record data, investigation point experiment data, etc. in the geotechnical engineering investigation process, and is generally recorded in Excel or database table. The borehole data generally includes: firstly, the space overall position information of the drilling hole, namely the measurement data of the drilling hole, including the starting point coordinates (X, Y, Z) of the drilling hole in the three-dimensional space and the length of the drilling hole; secondly, the position change information of the drilling hole in space, namely the inclination direction and the inclination angle of the drilling hole in space, wherein the two data about the position information of the drilling hole in space describe the form of the drilling hole in space; thirdly, geological data and analysis results of the drilling, namely sampling information: the method comprises the steps of sampling positions, sample codes, analysis results and sample lengths; the analysis result is that the geological boundary of the drill hole is divided on the basis of fully knowing the geological data of the drill hole, wherein the drill hole data are in the form of a data table.
The attribute data management unit is used for storing the attribute data in a database and providing functions of adding, deleting, changing, searching and the like of the data, and mainly comprises attribute data import, input, inquiring, editing and modifying, survey point distribution graph display, survey point associated data and data viewing, and comprises an attribute data batch import module, an attribute data export module and an attribute data new addition module, wherein the attribute data batch import module is used for conducting data in the attribute data batch import module to the database according to a data file selected by a user; the attribute data export module is used for selecting an export data type according to the data retrieved by the user and exporting a corresponding data file; and the attribute data adding module supports single attribute data adding, selects the attribute data to be added, clicks the new adding, inputs attribute data information, clicks and determines the new adding of the attribute data.
Further, the attribute data management unit further comprises an attribute data modification module, an attribute data deletion module and an attribute data query module, wherein the attribute data modification module supports editing and modifying the attribute data, selects the attribute data, clicks editing, edits the modification information, clicks and determines that the editing and modification are completed; the attribute data deleting module is used for supporting deleting the managed attribute data, selecting an attribute data record row, deleting the record and supporting single-selection and multi-selection deletion; and the attribute data query module supports the query of attribute data, provides an accurate query and fuzzy query mode, and can query any attribute data of interest by a user.
Furthermore, the attribute data management unit further comprises an increment import module, a data checking tool module, a data auditing module and an associated attribute data export module, wherein the increment import module supports the addition on the original record, and can prompt whether to cover or retain the original data if the original record exists in the imported data; the data checking tool module is used for providing a checking tool for the imported data, checking whether the data meets various rules or not, prompting whether the data meets the input rules or not according to the data in the input process, and prompting if the data does not meet the conditions; the data auditing module supports data auditing, and can audit the data imported into the system, if a user has auditing authority, the user can conduct error checking, and when the data is wrong, the user can trace the corresponding responsible person to conduct data modification or re-uploading; and the associated attribute data export module supports associating the attribute data with corresponding original document (related reports such as related DOC, JPG, TIF, PDF, drawing scan pieces and the like) information, and a user can view the original information of attribute association.
In this embodiment, the document data management unit includes a document preview module, a document upload module and a document download module, where the document preview module supports, for a document capable of being previewed online, viewing content of the document at a web page end, and the document capable of being previewed online includes a picture, a video, pdf, word, excel, txt and xml; a document uploading module for providing uploading function for all document materials (including pictures, videos, pdf, word, excel, txt and xml); the document downloading module provides downloading functions for all document materials (including pictures, videos, pdf, word, excel, txt and xml).
Furthermore, the document data management unit also comprises a document data navigation module which performs classification and hierarchical management by the organization of the navigation tree, selects nodes on the navigation tree, displays the nodes in a list mode, and displays the names and metadata information of the document data.
Referring to fig. 3, the information service platform includes a graph module, where the graph module displays data in a graph form based on data center data, and meanwhile, application analysis on the data is implemented, and a business flow of the graph is visible in fig. 4. The map module is used for loading a surface model, displaying thematic data, searching a graphic element according to attributes, searching attributes according to the graphic element, manually drawing a graphic, importing a vector area file, inputting coordinate points, multi-layer space analysis, map switching, distance calculation and area calculation, measurement emptying, attribute searching, split screen display, rolling screen display, place name address searching, viewing graphic layer metadata and searching a work and investigation report. Further, the information service platform further comprises an auxiliary drawing module, wherein the auxiliary drawing module is used for generating a histogram, editing the histogram, outputting the histogram, generating a drilling profile, editing the drilling profile, outputting the drilling profile, generating interactive click, generating input coordinates, cutting a direction plane, cutting an interactive input broken line and cutting an input coordinate value.
The display of the thematic data aims at different themes and different department demands, the display of original data (basic information, detailed information, layering information and related data) of the thematic geological survey is realized, the transparency of a single layer and dynamic annotation of the layer can be controlled when the layer is displayed, and the thematic result diagram can be conveniently observed. The system mainly aims at geotechnical engineering investigation and drilling display.
According to the attribute searching primitive, the query field and the queried attribute information are set, the primitive corresponding to the attribute information is displayed on the primitive, and the queried position is positioned on the map. According to the primitive searching attribute, clicking or framing the primitive (including points, lines and planes) in the map window directly, and inquiring the attribute information of the primitive. Manually drawing a graph, carrying out space analysis on an analysis layer according to a manually drawn query region to obtain a query analysis result, and simultaneously carrying out attribute report display and output on the analysis result and highlighting the analysis result. And importing the vector area file, performing spatial analysis on the analysis layer according to the imported vector area query area to obtain a query analysis result, and outputting a report form of the analysis result. And inputting coordinate points, carrying out space analysis on the analysis layers according to the input coordinate point query region to obtain query analysis results, and simultaneously carrying out report output on the analysis results. The multi-layer spatial analysis supports the spatial analysis of multiple layers, and the spatial analysis of the layers is performed by drawing points, lines, planes and setting buffer areas. And the map comprises a geographic base map, an image base map and a topography base map. Distance calculation and space calculation are used as the most basic functions of the GIS, and can assist users to accurately measure. The system provides a plurality of space calculation functions, and can perform accurate distance calculation, surface area calculation, volume calculation and the like in a three-dimensional scene.
Further, generating, editing and outputting a histogram, and drilling the histogram; the method is to display detailed information of a drilling hole in a chart mode, wherein the detailed information comprises basic information of a project, basic information of the drilling hole, layering information of the drilling hole, standard information of the drilling hole, sampling information of the drilling hole, and experimental data information such as dynamic sounding, static sounding and the like of the drilling hole. Editing and saving functions of the contents of each image of the borehole histogram are supported, and texture and color modification of stratum filling are supported. Vector formats derived as JPG, pdf picture formats, and cad support, such as DXF, are supported. And generating a drilling profile, namely displaying stratum structures of vertical sections of drilling connecting lines through stratum information of a plurality of drilling holes, and visually reflecting lithology combination and change trend of stratum. The system supports profile connection by selecting a borehole, defines a plurality of boreholes to form a profile, and queries, saves and opens information of the profile. Editing a drilling profile, and supporting modification of texture and color of profile filling; borehole profile output, supporting vector formats derived as JPG, pdf picture formats, and cad support, such as DXF; generating interactive click, namely directly clicking positions on the graph, and generating a two-dimensional drilling histogram according to a template; generating input coordinates, namely directly generating a two-dimensional drilling histogram according to a template by inputting the coordinates; the direction plane is cut, the x, y and z directions are directly selected, and a path is dragged to carry out platform cutting, so that a two-dimensional cutting diagram is generated; the interactive input broken line is split, and the interactive input broken line is directly clicked on the model to generate a two-dimensional split map; inputting coordinate values for sectioning, inputting coordinate values, and directly generating a two-dimensional sectioning diagram according to the template.
Referring to fig. 5, the limit management platform includes a role management module, a log management module and a user management module, wherein the role management module is used for adding, deleting, modifying and querying roles, providing user functions corresponding to browsing and searching roles, giving the authority of the system roles to each user, and enabling the user to have the authority function of the corresponding roles; the log management module is used for browsing logs and providing the functions of automatically generating logs, deleting logs and downloading backups for the browsing and inquiring system; the user management module is used for carrying out grouping management on users according to different departments and organizations, the users belong to roles and are used for providing user registration, user login, user browsing, user functions and data authority configuration, the system supports authority management, and the system supports an administrator to set system function menu authorities (such as inquiry, editing modification, statistical analysis, updating and the like), data category authorities (data themes, data layers and data attribute fields), regional range authorities (any region, administrative region, drainage basin, plain, river, water system) and the like of the users.
Based on the above embodiments, the present invention has at least the following technical effects:
the invention can realize resource sharing of geotechnical engineering investigation information, and realizes unified storage, integrated management, large screen display and full text retrieval of multi-source heterogeneous data through classification management and space retrieval query of engineering investigation data, and develops application services on the basis of a data management system to provide basic data and technical support for geological business management, analysis and decision making; the accuracy of the geological data is greatly improved, comprehensive engineering geological results are provided, convenience is provided for further application and analysis of the geological data, the time of data analysis can be saved, and then the engineering investigation period is saved.
For the foregoing embodiments, for simplicity of explanation, the same is shown as a series of acts, but it should be understood by those skilled in the art that the present application is not limited by the order of acts described, as some steps may occur in other orders or concurrently in accordance with the application. Further, those skilled in the art will also appreciate that the embodiments described in the specification are presently preferred embodiments, and that the acts referred to are not necessarily required for the present application.
In the above embodiments, the basic principle and main features of the present invention and advantages of the present invention are described. It will be appreciated by persons skilled in the art that the present invention is not limited by the foregoing embodiments, but rather is shown and described in what is considered to be illustrative of the principles of the invention, and that modifications and changes can be made by those skilled in the art without departing from the spirit and scope of the invention, and therefore, is within the scope of the appended claims.
Claims (6)
1. The geotechnical engineering big data sharing platform is characterized by comprising a data center, an information service platform and a rights management platform, wherein,
the data center is used for managing drilling data, goaf data and hydrogeological data of geotechnical engineering investigation, and comprehensively reflecting the professional category, data volume and detail of space data of the data; the data center comprises a space data management unit, an attribute data management unit, a document data management unit and a visualization unit, wherein,
the space data management unit queries and retrieves the space data in a service mode;
the attribute data management unit stores attribute data in a database, and comprises importing, inputting, inquiring and editing and modifying data attributes;
the document data management unit is used for managing data generated in engineering projects and comprises document previewing, uploading and downloading, wherein the data comprises documents, pictures and reports;
the visual unit comprises a data large screen, and provides drilling data statistics and overall display, wherein the drilling data statistics and overall display comprise total drilling data, warehouse-in updating quantity and drilling types;
the full text retrieval unit comprises an Elastic Search database creation module and an Elastic Search word segmentation library creation module, and the full text retrieval and inquiry are carried out on the data of the whole system, wherein the data of the whole system comprises content, pictures, pdf and services through the Elastic Search database creation module and the Elastic Search word segmentation library creation module;
a system configuration unit comprising a resource tree configuration module and a service configuration module, wherein,
the resource tree configuration module dynamically creates a data navigation tree according to the navigation tree rule configuration table, and each node binds adding, deleting, moving and modifying operations to complete the management of the navigation tree;
the service configuration module displays a geological data navigation tree in a side bar mode and supports quick data query;
the space data comprises a basic geographic map, basic geology, engineering geology and plane data of each topic, the space data management unit comprises a space data import module, a space data export module and a map service access module, wherein,
the spatial data import module supports spatial data import of coordinate strings, KML and SHP formats and supports custom loading of vectors and raster data;
the spatial data export module supports selecting corresponding spatial data and exporting the spatial data into an SHP format;
the map service access module supports the standard OGC map service to be accessed into the system;
the attribute data comprises original drilling data, sampling test data, original electronic achievement data and original engineering file data, the attribute data management unit comprises an attribute data batch import module, an attribute data export module and an attribute data addition module, wherein,
the attribute data batch importing module is used for importing data in the attribute data batch importing module into a database according to the data file selected by the user;
the attribute data export module is used for selecting an export data type according to the data retrieved by the user and exporting a corresponding data file;
the attribute data adding module supports single attribute data adding;
the information service platform displays and applies the data managed by the data center;
and the authority management platform sets authority levels of a plurality of roles according to different requirements of different types of users, and realizes the operation of different roles under respective authorities within the authority range.
2. The geotechnical engineering big data sharing platform according to claim 1, wherein the information service platform comprises a graph module, wherein the graph module displays data in the form of a graph based on data center data, and meanwhile application analysis of the data is achieved.
3. The geotechnical engineering big data sharing platform according to claim 2, wherein the map module is used for loading a surface model, displaying thematic data, searching a graphic element according to attributes, manually drawing a graphic according to the graphic element attributes, importing a vector area file, inputting coordinate points, multi-layer space analysis, map switching, distance calculation, area calculation, measurement emptying, attribute searching, split screen display, roller shutter display, place name address searching, viewing graphic layer metadata and industrial investigation report searching.
4. The geotechnical engineering big data sharing platform according to claim 2, wherein the information service platform further comprises an auxiliary drawing module, wherein the auxiliary drawing module is used for performing histogram generation, histogram editing, histogram output, borehole profile generation, borehole profile editing, borehole profile output, interactive click generation, input coordinate generation, direction plane sectioning, interactive input polyline sectioning and input coordinate value sectioning.
5. The geotechnical engineering big data sharing platform of claim 1, wherein the rights management platform comprises a role management module, a log management module and a user management module, wherein,
the role management module is used for adding, deleting, modifying and inquiring roles;
the log management module is used for log browsing, log deleting and backup downloading;
and the user management module is used for carrying out grouping management on the users according to different departments and organizations, wherein the users belong to roles and are used for providing user registration, user login, user browsing, user functions and data authority configuration.
6. The geotechnical engineering big data sharing platform according to claim 5, wherein the user management module supports an administrator to set the user's function menu rights, including query, edit modification, statistical analysis and update; data category rights including data topics, data layers, and data attribute fields; regional scope rights include any region, administrative region, river basin, plain, river, and water system.
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