CN102930374A - System for realizing project management by using three-dimensional model for simulating reality - Google Patents

System for realizing project management by using three-dimensional model for simulating reality Download PDF

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CN102930374A
CN102930374A CN2012103747258A CN201210374725A CN102930374A CN 102930374 A CN102930374 A CN 102930374A CN 2012103747258 A CN2012103747258 A CN 2012103747258A CN 201210374725 A CN201210374725 A CN 201210374725A CN 102930374 A CN102930374 A CN 102930374A
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data
interface
described
module
project
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CN2012103747258A
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CN102930374B (en
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罗海雷
田玉明
程辉
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乐华建科技(北京)有限公司
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Abstract

The invention discloses a system for realizing project management by using a three-dimensional model for simulating reality. The system comprises a data storage module, a data interface module, a service and integration module and a display module. By the system, the problems that the conventional project management software can not intuitively reflect plan and progress information and is short of on-site real information and engineering information support from design are solved, the problems that the conventional three-dimensional modeling tool is only used for displaying, is insufficient in interaction with engineering design data, on-site real information and the like and is less in application development aiming at practical businesses are solved, and meanwhile, the defects that the conventional integrated tool needs a client, is high in maintenance and upgrade cost and needs support of high bandwidth and a high-performance terminal are overcome.

Description

A kind of system that uses the three-dimensional model simulating reality to carry out project management

Technical field

The present invention relates to areas of information technology, particularly a kind of system that uses the three-dimensional model simulating reality to carry out project management.

Background technology

Project Management Software is a kind of implementation of using software to control in the project management process.A critical function of Project Management Software is to carry out engineering data management, namely to all data in the whole periodic process of engineering project, as design drawing, target advance, buying, quality, cost etc. collect, processing and sorting, storage, transmission and application etc., it is by organized information flow, make the decision maker can obtain in time, exactly corresponding information, and provide support for the engineering project postrun operation maintenance of going into operation.More than ten years in past, engineering data management begins to use in the Larger Engineering Projects abroad, and related software also can be browsed three-dimensional model.Oracle Primavera P6 is one of common Project Management Software, and it provides the functions such as target advance management, resource management, expenses management.But, this product can't reflect intuitively the plan and progress msg, lack on-the-spot real information and from the design the engineering information support.

The eighties in last century, " virtual reality " (Virtual Reality has been proposed, VR) technology, it is to utilize three-dimensional picture generation technique, many sensings interaction technique and high resolving power display technique, the virtual environment that generating three-dimensional is true to nature, the user need to enter in the virtual environment by special interactive device.The beginning of this century, virtual reality technology begins to be applied in the Engineering Visual project, generally is to set up three-dimensional model by manual, carries out the displaying of three-dimension virtual reality.And WEB 3D technology is based on the 3D emulation display technique of internet, has realized the precision compression to huge data, has formed the 3D page of three-dimensional, thereby has made the viewer just can browse smoothly online three-dimensional virtual scene by common PC and network environment.The basis of virtual reality technology is three-dimensional modeling, and the below is several frequently seen 3 d modeling software:

1, the 3DMax of U.S. autodesk, inc.

3DMax is that software is played up and made to the three-dimensional animation based on the PC system of autodesk, inc.'s exploitation, it integrates moulding, plays up and makes animation, and utilization rate occupies absolute predominance in the relatively ripe architectural effect figure of development and the building cartoon making at home.But this product only be used for to show, the interactive function of itself and engineering design data, on-the-spot real information etc. is not enough.

2、Sun3D

Sun3D is that related content sees Chinese invention patent for details: ZL200710118906.3 in the basic software technology of webpage operation tri-dimensional application program.This product has solved vast scale compression and the Internet Transmission problem of three-dimensional data, and 3-D technology can generally be used on webpage and portable terminal.Develop a three-dimensional web page (Web 3D) and use and to comprise five links such as three-dimensional modeling, data compression, Internet Transmission, real-time rendering, code logic, and Sun3D realizes the back four processes, and provide general data-interface for first link.But this product is a kind of kit, although solved the data transmission problems of three-dimensional model, also needs the more spininess benefit real to the application and development competence exertion of practical business.

FIATECH survey of organization according to the U.S., engineering industry in the information age, be how to improve interoperability with driving data for the common focus of new technology, support the Whole Life Cycle of Projects management mode, how to advance new technology (mobile interconnected, three-dimensional visualization, RFID etc.) in the application of each project stage, each ken, applying electronic is examined and is browsed and strengthen the aspect such as knowledge management application.This shows that this area is needed a kind of highly integrated project management tool badly.

Intergraph Smart Plant Construction is the instrument that this area has integrated characteristics, and this product can be realized saddlebag definition, Construction State displaying, four-dimensional construction speed animation, engineering information is browsed and the functions such as field staff's store keeping.But this product needed is installed client, its maintenance, upgrade cost height, its technology path sealing, limited to other result of design support beyond the Intergraph product, and the three-dimensional model file of its generation is very large, needs high bandwidth support and high-performance terminal.

Summary of the invention

In view of this, purpose one of the present invention is to solve off-the-shelf item management software intuitively reflection plan and progress msg, the problem that lacks on-the-spot real information and support from the engineering information of design; The 2nd, overcome existing D modeling tool and only be used for showing, inadequate with the interactive function of engineering design data, on-the-spot real information etc., for the few problem of the application and development of practical business; The 3rd, overcome existing integrated instrument client need to be installed, maintenance, upgrade cost height, the technology path sealing is supported limited to other result of designs beyond the Intergraph product, the three-dimensional model file that produces is very large, needs the drawback of high bandwidth support and high-performance terminal.

According to an aspect of the present invention, provide a kind of system that uses the three-dimensional model simulating reality to carry out project management, described system comprises data memory module, data interface module, service and integration module and display module, wherein,

Described data memory module is used for the data store various separate sources, thereby provides Data support for system;

Described data interface module is used to described service and integration module that the access interface of the various separate sources data of storing in the described data memory module of access is provided;

Described service and integration module are used to user browser to show that the 3D model provides service, and data and 3D data integration that described data interface module is provided, thereby provide front end displaying and mutual interface for described display module; And

Described display module is used for showing the 3D model at user browser, and by the interface that described service and integration module provide, provides the displaying of simulating reality with mutual for the user.

Preferably, the data of the various separate sources that described data memory module is stored comprise three-dimensional modeling data, planning data and business datum,

Wherein, described three-dimensional modeling data comprises the three-dimensional model that Intergraph, Bentley, Autodesk and Aveva three-dimensional design instrument produce;

Described planning data comprises the program management data that P6 and Project generate; And

Described business datum comprises the data that third-party service management software generates, and further comprises resource data, cost data, project data, video data.

Preferably, described data memory module is stored one of as follows the data of various separate sources: be stored in the system server, be kept at the relevant database neutralization with the form of tables of data and be saved in the service management software with document form,

Wherein, be kept at data in the relevant database for the form with tables of data, described data memory module registration database address, driver, username and password, and visit data by driver;

For the data that are stored in document form in the system server, data file is directly uploaded to described data memory module, by described data memory module storage, and the information of save data file, described data memory module directly copies or accesses these data files; And

For the data that are kept in the service management software, will be registered to described data memory module for the API bag of visit data, described data memory module visits data by these API bags.

Preferably, the interface that described data interface module provides comprises: three-dimensional modeling data interface, planning data interface and business datum interface,

Wherein, described three-dimensional modeling data interface reads three-dimensional modeling data, this data-switching is become the WEB3D data layout, and offer the WEB3D server in described service and the integration module, thereby show and interaction platform provides display function for the 4D in the described display module; Described three-dimensional modeling data interface also reads identity property and the position attribution in the three-dimensional model attribute, offers the 4D integrated platform in described service and the integration module, as three-dimensional modeling data and planning data, the integrated foundation of business datum;

Described planning data interface provides data-interface or the service of P6 and Project, and these data are offered 4D integrated platform in described service and the integration module, thus the access plan data; And

Described business datum interface further comprises resource data interface, cost data interface, project data interface and video data interface, and it provides the data access mode of miscellaneous service data data source for dissimilar business datums.

Preferably, described service and integration module further comprise WEB3D server and 4D integrated platform,

Wherein, described WEB3D server uses the WEB3D technology as the WEB3D exhibition scheme, reads the data that the three-dimensional model interface provides, for user browser shows that three-dimensional model provides service;

Described 4D integrated platform, is showed and mutual interface for described display module provides front end data and the 3D data integration that described data interface module provides by the identity property in the three-dimensional model.

Preferably, described 4D integrated platform further comprises data association module, displaying interface configurations module and interactive function configuration module,

Wherein, described data association module is used for the identity property by three-dimensional model, sets up related with Various types of data;

Described displaying interface configurations module is used for providing the data correlation of standard to show interface template, realizes the configuration at the interactive display interface of several data and WEB3D, makes integrated separate sources data can use unified showing interface; And

Described interactive function configuration module is used for the event that configure user triggers when showing interface operation.

Preferably, the data correlation that carries out of described data association module comprises:

Three-dimensional modeling data is related with WBS's: the item in the three-dimensional model is converted to the model identifier of systematic unity, this unified model identifier and WBS ID are set up data correlation;

Three-dimensional modeling data is related with the project scheduling: related by WBS ID and this unified model identifier, realize the related of three-dimensional model element and the project scheduling;

Related with the live video data source of three-dimensional modeling data: set up on-site monitoring equipment and this unified model identifier related by the video numbering, thereby set up the related of live video data source and three-dimensional model element, by this unified model identifier, just can inquire video monitoring equipment, and the picture of video monitoring equipment is turned back to user interface; And

Related with project data of three-dimensional modeling data: the item and this unified model identifier that comprise in the project data are mapped, set up focus according to the drawing of coordinate in project data simultaneously, make each focus to should the unified model identifier.

Preferably, described display module comprises that 4D shows and interaction platform, and this platform is take WEB 3D showing interface as the basis, and seamless integrated with WBS, the project scheduling, resource, expense, live video information and project data is provided.

According to technique scheme, off-the-shelf item management software intuitively reflection plan and progress msg have been solved, the problem that lacks on-the-spot real information and support from the engineering information of design, having overcome existing D modeling tool only is used for showing, with engineering design data, the interactive function of on-the-spot real information etc. is inadequate, for the few problem of the application and development of practical business, overcome simultaneously existing integrated instrument client need to be installed, safeguard, upgrade cost is high, the technology path sealing, limited to other result of designs supports beyond the Intergraph product, the three-dimensional model file of generation is very large, needs the drawback of high bandwidth support and high-performance terminal.

Description of drawings

The below will make clearer above-mentioned and other feature and advantage of the present invention of those of ordinary skill in the art by describing the preferred embodiments of the present invention in detail with reference to accompanying drawing, in the accompanying drawing:

Fig. 1 uses the three-dimensional model simulating reality to carry out the structural representation of the system of project management among the present invention;

Fig. 2 is the synoptic diagram that data association module is carried out data correlation in the 4D integrated platform;

Fig. 3 is the surface chart of showing incidence relation between three-dimensional model and the WBS with WEB 3D;

Fig. 4 is the surface chart of showing incidence relation between three-dimensional model element and the project scheduling with WEB 3D;

Fig. 5 is the surface chart that the click right menu setecting " is checked video " choose the three-dimensional model element in WEB 3D interface after;

Fig. 6 be in WEB 3D interface, show this elemental areas the surface chart of corresponding live video pilot signal;

Fig. 7 is the surface chart that the click right menu setecting " is checked drawing " choose the three-dimensional model element in WEB 3D interface after; And

Fig. 8 be in WEB 3D interface, show this element the surface chart of drawing of corresponding drawing number.

Embodiment

For making the purpose, technical solutions and advantages of the present invention clearer, below giving an actual example, the present invention is described in more detail.

To achieve these goals, the present invention proposes a kind of system that uses the three-dimensional model simulating reality to carry out project management, it utilizes three-dimensional model file conversion that WEB 3D technology generates conventional three-dimensional design software or 3 d modeling software for being adapted at common performance PC, need not to install the model file of client under the common bandwidth, and with the item that comprises in this model file (in engineering design, need to determine that unique number is with difference and other element to the particular design element, this numbering is item, item need to be definite and necessary unique according to the corresponding encoded rule, at three-dimensional model, all need in the different designs specialty drawing) as the series connection model element, work breakdown structure (WBS) (Work Breakdown Structure, hereinafter to be referred as WBS) node, design drawing, unique major key of project data and live video data source, this item of model element respectively with the project scheduling in WBS node serial number (being WBS ID), the item that comprises in design drawing or the project data, the video numbering of live video data source is corresponding one by one, thereby Base on Web 3D technology, set up three-dimensional model file and WBS, design drawing, the data sharing of project data and live video data source etc., call with synchronously, carry out project management by simulating reality.

Native system is converted to traditional three-dimensional model on the model of WEB 3D technical support, and organically carry out data interaction with project process management, handling of goods and materials, quality management, expenses management etc., integrated with data delivery management system (project data, three-dimensional model, document, design drawing) and live video data etc., for project participates in simulating reality and the 4D spatial information that each side shows project, assist and carry out engineering construction and facilities management.

Fig. 1 uses the three-dimensional model simulating reality to carry out the structural representation of the system of project management among the present invention.As shown in Figure 1, native system comprises four modules, is respectively data memory module, data interface module, service and integration module and display module.The below just is described in further detail function and the realization of each system module:

1, data memory module

The major function of data memory module is the storage several data, thereby provides Data support for system.Data memory module can be stored the data in several data source, comprising: three-dimensional modeling data, planning data and business datum (specifically comprising again resource data, cost data, project data, video data etc.).The data of data memory module can pass to by the various interface in the data interface module service and integration module.

The Data Source of native system comprises:

The three-dimensional model that the three-dimensional design instruments such as (1) three-dimensional modeling data: Intergraph, Bentley, Autodesk, Aveva produce.

(2) planning data: the program management data that the instruments such as P6, Project generate.

(3) business datum: third-party service management software, such as contract management system, fee management system, Engineering Data Management System, video monitoring system etc., the data that generate.

Above-mentioned these Data Sources can be stored in many ways: can use file to be saved in the system server hard disk, be kept in the relevant database with the form of tables of data, also can be saved in each service management software.

Data memory module provides storage medium, running environment and data communication means for these Data Sources.Each Data Source is called data source in data memory module.For the relevant database data source, data memory module registration database address, driver, username and password, data memory module is by the driver visit data.For the file type data source, file directly can be uploaded to data memory module, be responsible for storage by data memory module, and the save data fileinfo; Data memory module can directly copy these data files, and can access.For the data class data source that is kept in the service management software, can be with the API bag of visit data, arrive data memory module such as jar file or dll file registration, data memory module can visit data by these API bags, for example, for the live video data source that video monitoring system provides, then the API bag of first registration access live video data source visits this live video data source by this API bag.

2, data interface module

The major function of data interface module is the access interface that the various separate sources data of storing in the visit data memory module are provided for service and integration module, and these interfaces comprise: three-dimensional modeling data interface, planning data interface and business datum interface (specifically comprising resource data interface, cost data interface, project data interface, video data interface etc.).

(1) three-dimensional modeling data interface: read the three-dimensional modeling data source, data-switching is become the WEB3D data layout, offer the WEB3D server in service and the integration module, thereby show and interaction platform provides display function for the 4D in the display module; Simultaneously, identity property and position attribution that it reads in the three-dimensional model attribute offer the 4D integrated platform in service and the integration module, as three-dimensional modeling data and planning data, the integrated foundation of business datum.

This three-dimensional model interface is realized three-dimensional modeling data to the conversion of WEB3D data layout with mode adapter, and adapter of file model coupling of every type is realized.The main interface of adapter is public InputStream getData() function, it can directly be showed various types of data model translations for carrying out WEB WEB3D model.

(2) planning data interface: for the data of P6 software and Project software provide interface or service, they are offered 4D integrated platform in service and the integration module, with the access plan data.

Particularly in the early stage of the project and implementation period, the planning data interface can be with the application of target advance from simple Gantt chart, be embodied as the visual application of using the three-dimensional simulation emulation of combining closely with engineering construction and facilities management, can be project administrator and shareholder simulating reality scene with data is provided, can find ahead of time like this to construct, the problem in the process of construction, the identification difficult point is carried out preventive measure.

(3) business datum interface: for different business softwares and business datum, provide the data access mode of miscellaneous service data data source.

For example, behind project data in the business datum and the three-dimensional model interface, in project later stage and production and operation stage, can provide support to maintenance of equipment, as passing through the definite project data such as the corresponding drawing of model fast finding equipment, technical parameter, construction producer, for maintenance gains time, reduce stop work and production, improve repair quality.

Again for example, behind the video data in the business datum and the three-dimensional model interface, the live video data source that video monitoring system provides offers the vision signal of the 4D integrated platform access in service and the integration module, carries out simulating reality scene and field data integrated.

3, service and integration module

Service and integration module, it comprises WEB3D server and 4D integrated platform.The WEB3D server shows that for user browser three-dimensional model provides service, and data and 3D data integration that the 4D integrated platform provides data interface module are showed and mutual interface for display module provides front end.

(1) WEB3D server uses WEB3D technology ripe on the market, and as the WEB3D exhibition scheme, it reads the data that the three-dimensional model interface provides, and display function is provided.

The integrated basis of 4D is three-dimensional display, uses WEB 3D technology to load three-dimensional model and realizes virtual reality, and characteristics are can compatible common Three-dimensional Design Software achievement.Based on general WEB 3D, technology path is open, can support the multiple format result of design, breaks the technology barriers of design manufacturer, also again modeling, can reduce the model reconstruction expense, simultaneously, based on general WEB 3D, three-dimensional model file volume is little, do not need high bandwidth support and high-performance terminal, can reduce investment outlay, support more fast to popularize.

(2) the 4D integrated platform is one it can be by the identity property in the three-dimensional model based on business and the data integration platform of SOA framework (Service-Oriented Architecture Based), with Various types of data set up related, with displaying that follow-up display module is provided and mutual interface.

The 4D integrated platform further comprises the three functions module: data association module, displaying interface configurations module and interactive function configuration module.

The data association module major function is by the identity property in the three-dimensional model, sets up related with Various types of data.Fig. 2 is the synoptic diagram that this data association module is carried out data correlation, and wherein lap is the attribute of setting up corresponding relation.As shown in Figure 2, this data association module comprises following function:

(a) set up related with WBS

By as give a definition: public String getID(String moduleid), realize the item in the three-dimensional model (moduleid, for example TagID in the Intergraph model) is converted to the model identifier of systematic unity.This identifier and WBS ID are set up data correlation.WBS ID just can arrive corresponding three-dimensional model element by reverse correlation like this.

(b) set up related with the project scheduling

Because the data such as WBS ID and the project scheduling have inherent contacting, therefore by the relation of WBS ID and unified model identifier, model element just can be set up related with the project scheduling.

(c) related with the live video data source

By video numbering on-site monitoring equipment and unified model identifier are set up related, thereby set up the related of live video data source and three-dimensional model element.When 4D integrated platform Interface realization, by the unified model identifier, just can inquire video monitoring equipment, and the picture of video monitoring equipment is turned back to user interface.

(d) set up related with project data

Foundation is related with project data (drawing and attribute data etc.), is that item and the unified model identifier that will comprise in the project data is mapped.Simultaneously set up focus according to the drawing of coordinate in project data, the corresponding unified model identifier of each focus.Like this, the focus in the drawing also can be set up related with other data by the 4D integrated platform.Thereby by realizing the 4D integrated platform, the user can call and submit at the WEB3D interface project data.

Show the interface configurations module: be used for providing the data correlation of standard to show interface template, realize the configuration at the interactive display interface of several data and WEB3D, make integrated separate sources data, can use unified showing interface.

The 4D integrated platform has defined a plurality of collocation methods, for example: public InputStream initForm(String id), the method input unified model identifier, return the data that show the user, the user asks the 4D data in WEB3D displaying interface after, call the method, and return data shows the user; Public void excuteForm(String id for example again, Map<String, object〉data), the method is carried out when user submit data, and input parameter is unified model sign and the parameter submitted to.

Interactive function configuration module: be used for the event that configure user triggers when showing interface operation.These events can be the variations of time shaft, according to the identity property data query, and the events such as data feedback request.By the interactive function configuration, after the 4D integrated platform listens to these events, can come data query and feedback data with data integration by business service is integrated.

4, display module

Display module is used for showing the 3D model at user browser, and by the interface that service and integration module provide, provides the displaying of simulating reality with mutual for the user.

Comprise in the display module that 4D shows and interaction platform, this platform is take the WEB3D showing interface as the basis, provide and WBS(Fig. 3 is the surface chart of showing incidence relation between three-dimensional model and the WBS with WEB3D, the left side is the WBS structure of project among the figure), the project scheduling (Fig. 4 is the surface chart of showing incidence relation between three-dimensional model element and the project scheduling with WEB3D), resource, expense, (Fig. 5 chooses the surface chart that the click right menu setecting " is checked video " behind the three-dimensional model element to live video information in the WEB3D interface, and Fig. 6 is the surface chart that shows the corresponding live video pilot signal of this elemental areas institute in the WEB3D interface) and the project data such as design drawing (Fig. 7 be in the WEB3D interface, to choose the three-dimensional model element after the click right menu setecting surface chart of " checking drawing ", and Fig. 8 be in the WEB3D interface this element of demonstration the surface chart of drawing of corresponding drawing number) seamless integrated.The user operates the inquiry displaying that the data such as relevant WBS, the project scheduling, resource, expense, live video information and project data are triggered at the WEB3D interface, the request that also can send data feedback.Operation by to WBS, the project scheduling, resource, expense, live video information and the project data showed can reflect relevant three-dimensional model with real Stealth Modus by highlighted demonstration in WEB 3D interface.

This shows that the three-dimensional model among the present invention not only is used for showing, has also realized the data call with WBS, the project scheduling, project data, live video.Carry out simulating reality scene and field data integrated, can be project administrator and shareholder provides simulating reality and on-the-spot real information relatively, make things convenient for project manager and decision-maker that analog information and real information are compared, the authorization information true and false, having avoided must be to the generation of the expense such as the on-the-spot travel that produce and security incident.

According to the introduction of above-mentioned embodiment as can be known, system of the present invention has solved off-the-shelf item management software intuitively reflection plan and progress msg, the problem that lacks on-the-spot real information and support from the engineering information of design, having overcome existing D modeling tool only is used for showing, with engineering design data, the interactive function of on-the-spot real information etc. is inadequate, for the few problem of the application and development of practical business, overcome simultaneously existing integrated instrument client need to be installed, safeguard, upgrade cost is high, the technology path sealing, support limited to other result of designs beyond the Intergraph product, the three-dimensional model file that produces is very large, needs the drawback of high bandwidth support and high-performance terminal.

The above only is preferred embodiment of the present invention, and is in order to limit the present invention, within the spirit and principles in the present invention not all, any modification of doing, is equal to replacement, improvement etc., all should be included within protection scope of the present invention.

Claims (8)

1. a system that uses the three-dimensional model simulating reality to carry out project management is characterized in that, described system comprises data memory module, data interface module, service and integration module and display module, wherein,
Described data memory module is used for the data store various separate sources, thereby provides Data support for system;
Described data interface module is used to described service and integration module that the access interface of the various separate sources data of storing in the described data memory module of access is provided;
Described service and integration module are used to user browser to show that the 3D model provides service, and data and 3D data integration that described data interface module is provided, thereby provide front end displaying and mutual interface for described display module; And
Described display module is used for showing the 3D model at user browser, and by the interface that described service and integration module provide, provides the displaying of simulating reality with mutual for the user.
2. system according to claim 1 is characterized in that, the data of the various separate sources that described data memory module is stored comprise three-dimensional modeling data, planning data and business datum,
Wherein, described three-dimensional modeling data comprises the three-dimensional model that Intergraph, Bentley, Autodesk and Aveva three-dimensional design instrument produce;
Described planning data comprises the program management data that P6 and Project generate; And
Described business datum comprises the data that third-party service management software generates, and further comprises resource data, cost data, project data, video data.
3. system according to claim 1, it is characterized in that, described data memory module is stored one of as follows the data of various separate sources: be stored in the system server, be kept at the relevant database neutralization with the form of tables of data and be saved in the service management software with document form
Wherein, be kept at data in the relevant database for the form with tables of data, described data memory module registration database address, driver, username and password, and visit data by driver;
For the data that are stored in document form in the system server, data file is directly uploaded to described data memory module, by described data memory module storage, and the information of save data file, described data memory module directly copies or accesses these data files; And
For the data that are kept in the service management software, will be registered to described data memory module for the API bag of visit data, described data memory module visits data by these API bags.
4. system according to claim 1 is characterized in that, the interface that described data interface module provides comprises: three-dimensional modeling data interface, planning data interface and business datum interface,
Wherein, described three-dimensional modeling data interface reads three-dimensional modeling data, this data-switching is become the WEB3D data layout, and offer the WEB3D server in described service and the integration module, thereby show and interaction platform provides display function for the 4D in the described display module; Described three-dimensional modeling data interface also reads identity property and the position attribution in the three-dimensional model attribute, offers the 4D integrated platform in described service and the integration module, as three-dimensional modeling data and planning data, the integrated foundation of business datum;
Described planning data interface provides data-interface or the service of P6 and Project, and these data are offered 4D integrated platform in described service and the integration module, thus the access plan data; And
Described business datum interface further comprises resource data interface, cost data interface, project data interface and video data interface, and it provides the data access mode of miscellaneous service data data source for dissimilar business datums.
5. system according to claim 1 is characterized in that, described service and integration module further comprise WEB3D server and 4D integrated platform,
Wherein, described WEB3D server uses the WEB3D technology as the WEB3D exhibition scheme, reads the data that the three-dimensional model interface provides, for user browser shows that three-dimensional model provides service;
Described 4D integrated platform, is showed and mutual interface for described display module provides front end data and the 3D data integration that described data interface module provides by the identity property in the three-dimensional model.
6. system according to claim 5 is characterized in that, described 4D integrated platform further comprises data association module, displaying interface configurations module and interactive function configuration module,
Wherein, described data association module is used for the identity property by three-dimensional model, sets up related with Various types of data;
Described displaying interface configurations module is used for providing the data correlation of standard to show interface template, realizes the configuration at the interactive display interface of several data and WEB3D, makes integrated separate sources data can use unified showing interface; And
Described interactive function configuration module is used for the event that configure user triggers when showing interface operation.
7. system according to claim 6 is characterized in that, the data correlation that described data association module is carried out comprises:
Three-dimensional modeling data is related with WBS's: the item in the three-dimensional model is converted to the model identifier of systematic unity, this unified model identifier and WBS ID are set up data correlation;
Three-dimensional modeling data is related with the project scheduling: related by WBS ID and this unified model identifier, realize the related of three-dimensional model element and the project scheduling;
Related with the live video data source of three-dimensional modeling data: set up on-site monitoring equipment and this unified model identifier related by the video numbering, thereby set up the related of live video data source and three-dimensional model element, by this unified model identifier, just can inquire video monitoring equipment, and the picture of video monitoring equipment is turned back to user interface; And
Related with project data of three-dimensional modeling data: the item and this unified model identifier that comprise in the project data are mapped, set up focus according to the drawing of coordinate in project data simultaneously, make each focus to should the unified model identifier.
8. system according to claim 1, it is characterized in that, described display module comprises that 4D shows and interaction platform, and this platform is take WEB 3D showing interface as the basis, and seamless integrated with WBS, the project scheduling, resource, expense, live video information and project data is provided.
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Cited By (11)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103281345A (en) * 2013-02-16 2013-09-04 赞奇科技发展有限公司 Three-dimensional digital model real-time rendering realizing method and cloud service system based on cloud computing architecture
CN103337005A (en) * 2013-05-31 2013-10-02 中建钢构有限公司 Management method for engineering progress and cost management system
CN103763398A (en) * 2014-02-17 2014-04-30 云南电网公司 Resource structure and state displaying method based on stacking technology
CN104166892A (en) * 2014-06-19 2014-11-26 国家电网公司 Engineering management and control method and system based on three-dimensional design system
CN104504497A (en) * 2014-12-03 2015-04-08 上海同筑信息科技有限公司 BIM engineering information management system and method
CN104850925A (en) * 2014-02-17 2015-08-19 北京索为高科系统技术有限公司 Integrated management system for process data
CN105450764A (en) * 2015-12-05 2016-03-30 内蒙古电力勘测设计院有限责任公司 New energy power station interactive design system
CN105488850A (en) * 2015-11-27 2016-04-13 中国电建集团成都勘测设计研究院有限公司 Intra-specialty three-dimensional design collaboration method based on information intercommunication
CN106203871A (en) * 2016-07-20 2016-12-07 太仓安顺财务服务有限公司 A kind of integrated system for managing market activity flow chart
CN106408159A (en) * 2016-08-29 2017-02-15 苏州倾爱娱乐传媒有限公司 Rehearsal method for promoting large-scale activity flow
CN106600450A (en) * 2016-09-28 2017-04-26 国家电网公司 Data processing system and processing method for processing data during electric power engineering design

Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102279752A (en) * 2011-08-31 2011-12-14 北京华电万通科技有限公司 Device and method for rendering ultra-large scene in real time based on Web three-dimension (3D)
CN102316161A (en) * 2011-08-31 2012-01-11 北京华电万通科技有限公司 Data transmission device applied to Web3D (Three-dimensional) and method

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102279752A (en) * 2011-08-31 2011-12-14 北京华电万通科技有限公司 Device and method for rendering ultra-large scene in real time based on Web three-dimension (3D)
CN102316161A (en) * 2011-08-31 2012-01-11 北京华电万通科技有限公司 Data transmission device applied to Web3D (Three-dimensional) and method

Non-Patent Citations (1)

* Cited by examiner, † Cited by third party
Title
谌东华: "三维可视化技术在工程进度管理系统中的应用", 《中国优秀硕士学位论文全文数据库》, no. 5, 15 May 2011 (2011-05-15) *

Cited By (17)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103281345B (en) * 2013-02-16 2016-01-20 赞奇科技发展有限公司 Based on implementation method and the cloud service system of the three-dimensional digital model real-time rendering of cloud computing framework
CN103281345A (en) * 2013-02-16 2013-09-04 赞奇科技发展有限公司 Three-dimensional digital model real-time rendering realizing method and cloud service system based on cloud computing architecture
CN103337005A (en) * 2013-05-31 2013-10-02 中建钢构有限公司 Management method for engineering progress and cost management system
CN103337005B (en) * 2013-05-31 2016-09-07 中建钢构有限公司 A kind of project progress and the management method of cost management system
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CN103763398B (en) * 2014-02-17 2017-05-31 云南电网公司 A kind of resource structures based on Stack Technology and state exhibiting method
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CN104166892A (en) * 2014-06-19 2014-11-26 国家电网公司 Engineering management and control method and system based on three-dimensional design system
CN104504497A (en) * 2014-12-03 2015-04-08 上海同筑信息科技有限公司 BIM engineering information management system and method
CN104504497B (en) * 2014-12-03 2018-08-03 上海同筑信息科技有限公司 BIM engineering information management system and method
CN105488850B (en) * 2015-11-27 2018-07-27 中国电建集团成都勘测设计研究院有限公司 Three dimensional design Synergistic method between a kind of profession based on information mutual communication
CN105488850A (en) * 2015-11-27 2016-04-13 中国电建集团成都勘测设计研究院有限公司 Intra-specialty three-dimensional design collaboration method based on information intercommunication
CN105450764A (en) * 2015-12-05 2016-03-30 内蒙古电力勘测设计院有限责任公司 New energy power station interactive design system
CN105450764B (en) * 2015-12-05 2018-12-07 内蒙古电力勘测设计院有限责任公司 New energy power station interactive design system (IDS)
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CN106600450A (en) * 2016-09-28 2017-04-26 国家电网公司 Data processing system and processing method for processing data during electric power engineering design

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