CN104899384A - Structural health monitoring visualization system based on Revit - Google Patents
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Abstract
The invention provides a structural health monitoring visualization system based on Revit. The structural health monitoring visualization system based on the Revit comprises an automatic monitor module used to provide real-time display and automatic early warning for monitoring data, a measuring point searching module used to provide automatic searching and positioning to a sensor pixel in a Revit model, a monitoring information inquiry module used to provide inquiries of original monitoring data, an analysis result, an early warning record and picture information, corresponding to the sensor pixel, a file export module used to provide a function of exporting the Revit model in an IFC format or NWC format, which contains the monitoring data and an additional function module used to provide functions of monitoring an information record and sending email. The structural health monitoring visualization system based on the Revit uses the BIM kernel modeling software Revit as a structural health monitoring data visualization display platform, fully uses visualization and parameterization characteristics of BIM, achieves an association between the monitoring data and the sensor pixel, improves interaction between the monitoring data and the Revit model, and thereby significantly improves the visualization level of monitoring information, and reduces data understanding difficulty.
Description
Technical field
The invention belongs to Information industry technical field, be specifically related to a kind of monitoring structural health conditions visualization system based on Revit.
Background technology
For guaranteeing the security of building structure, the loss avoiding structure generation disaster accident to cause, carries out monitoring structural health conditions and seems particularly important.Monitoring structural health conditions produces mass data, and these data are strong foundations that military service situation, reliability and permanance to structure are assessed, for the maintenance of structure, Maintenance and Management decision-making provide foundation and guidance.Along with structure becomes more sophisticated, the measure-point amount of monitoring structural health conditions and sensor type get more and more, and data volume is large and complicated, indigestion, therefore, need the visual level improving Monitoring Data, Monitoring Data is intuitively easily understood.
BIM (BIM, Building information modeling) be a kind of digitizing solution being applied to structural design, construction, management, the all real informations of three-dimensional digitalization model simulant building thing can be passed through, be the complete description to engineering object, project parties can be made to know and understand project all sidedly.BIM model is a kind of three-dimensional visualization, parameterized model, and the information in the project that can be each stage provides Visualization Platform, obtains information needed with enabling project parties quicklook, thus greatly improves man-machine interaction and work efficiency.Monitoring structural health conditions, as an important stage of project, can use BIM visualization technique to realize the visual of monitoring information, display structure response message directly perceived, reduces Monitoring Data and understands difficulty, improve the efficiency of decision-making, thus ensure structural safety better.
BIM software is numerous, and wherein Revit is the BIM core modeling software be most widely used at present, has powerful modeling and model visualization ability.Revit provides open API, can carry out the customization of function to Revit.Realize the visual visualisation parameters feature that can utilize BIM of Monitoring Data based on Revit secondary development, meet the visual demand of labyrinth Monitoring Data, can development difficulty be reduced again, shorten the construction cycle, save cost of development.
In recent years, many experts and scholars begin one's study the method for visualizing of Monitoring Data, and achieve a lot of achievement.Luo Yaozhi etc. as Zhejiang University has designed and developed large scale structure health monitoring visualization system, and is applied in the health monitoring of National Stadium.This system is made up of monitoring center's data server, Data Update client and visual three parts of initiatively drawing, and can realize the figure display of Monitoring Data and the animation display of monitoring state, achieve good effect.The Xiao Peng of the Central China University of Science and Technology develops visual remote structural healthy monitoring system, by carrying out secondary development to AutoCad, its main display interface is embedded in the user interface of monitoring system and realizes visualized graph interface, and achieve the multipath display of Monitoring Data, there is stronger visualization function.The Xie Quanning of University Of Chongqing develops three-dimensional visualization bridge health monitoring system for certain Bridge Design, introduces 3-D view technology, substantially improves man-machine interaction.
But above method also exists modeling complexity, the problems such as model is directly perceived not, interactivity difference, along with version more sophisticated, these methods will be difficult to meet the visual demand of monitoring information.
Summary of the invention
In view of this, the object of the invention is the deficiency for existing structure health monitoring data visualization method, Monitoring Data understands difficulty, the efficiency of decision-making is high to provide a kind of effectively reduction, can ensure the monitoring structural health conditions visualization system based on Revit of structural safety better.
For realizing above object, the present invention adopts following technical scheme: a kind of monitoring structural health conditions visualization system based on Revit, and this system comprises:
Automatic monitoring modular, for providing real-time display to Monitoring Data and robotization early warning;
Measuring point searches module, for providing automatically searching and location of sensor pel in Revit model;
Monitoring information enquiry module, for providing the inquiry of primary monitoring data, analysis result, early warning record and picture information that sensor pel is corresponding;
Module derived by file, comprises the IFC form of Monitoring Data, the function of NWC form for providing Revit model to export as; And,
Additional function modules, for providing the function of monitoring information record and mail sending.
Further, described automatic monitoring modular comprises digital independent and display module and automatic early-warning module, and described digital independent and display module are used for the reading of Monitoring Data and figure shows; Described automatic early-warning module is used for the data early warning that transfinites, and comprises playing frame promptings, audible alarm, mail reminder, automatically recording the automatic location of early warning information to database and the sensor that transfinites.
Further, the figure display of described Monitoring Data has the function of Data Dynamic display, mouse-over prompting monitoring information, self-defined ordinate scope.
Further, described measuring point is searched module and is comprised based on the searching of sensor pel node listing, based on the searching of measuring point number, searching and searching based on view control based on sensor pel ElementID; Described node comprises father node and child node; Described father node respective sensor type, its title is consistent with the classification parameter value of sensor pel, child node respective sensor pel, and its title is consistent with the measuring point parameter value of sensor pel; Described measuring point number and ElementID are the parameter of sensor pel; Described view control comprises the transparency of sensor pel and other pels and the setting of projection line property value.
Further, described monitoring information enquiry module comprises raw data enquiry module, monitoring curve checks module, early warning record checks that module and photo site check module; Described raw data enquiry module is used for checking of primary monitoring data; Described monitoring curve checks module checking for Monitoring Data curve, and carries out data analysis of trend and Data distribution8 analysis; Module checking for early warning record checked in described early warning record, comprises the monitoring time of transfinite monitor value and correspondence; Described photo site checks module checking for monitoring system photo site.
Further, described file derivation module comprises IFC module for reading and writing and NWC generation module; Described IFC module for reading and writing is used for Revit model being exported as IFC file and Monitoring Data being integrated in the IFC file of derivation, thus realizes the sharing of Monitoring Data based on IFC; Described NWC generation module is used for Revit model being exported as NWC file and opening in Navisworks, utilizes the real time roaming function of Navisworks intuitively to understand the deployment scenarios of sensor; Described NWC file is the file layout that construction simulation software Navisworks supports.
Further, described additional function modules comprises information logging modle and mail sending module, described information logging modle be used for monitoring state information record, check, edit; Described mail sending module is used for Monitoring Data, document information, early warning record etc. in time by mail sending with share to project parties.
The present invention selects Revit to be that Revit is the BIM core modeling software be most widely used, and has powerful modeling ability, and provides open API, significantly can reduce development difficulty as the advantage of development platform, saves cost of development.
The invention has the beneficial effects as follows: the platform that BIM core modeling software Revit is shown as monitoring structural health conditions data visualization, make full use of visual, the parameter characteristic of BIM, realize associating of Monitoring Data and sensor pel, improve the interactivity of data and model, mutual by between Monitoring Data and BIM model, thus significantly improve the visual level of monitoring information, reduce data and understand difficulty, improve the efficiency of decision-making simultaneously, ensure structural safety better.And support based on the Monitoring Data of IFC and the integrated of BIM information, thus realize Monitoring Data shared based on IFC.
Accompanying drawing explanation
Fig. 1 is a kind of monitoring structural health conditions visualization system schematic diagram based on Revit of the present invention.
In figure: 1, automatic monitoring modular; 11, digital independent and display module; 12, automatic early-warning module; 2, measuring point searches module; 3, monitoring information enquiry module; 31, raw data enquiry module; 32, monitoring curve checks module; 33, module checked in early warning record; 34, photo site checks module; 4, module derived by file; 41, IFC module for reading and writing; 42, NWC generation module; 5, additional function modules; 51, information logging modle; 52, mail sending module.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, clear, complete description is carried out to the technical scheme in the embodiment of the present invention.
As shown in Figure 1, the invention provides a kind of monitoring structural health conditions visualization system based on Revit, this system comprises with lower module:
Automatic monitoring modular 1, for providing real-time display to Monitoring Data and robotization early warning;
Measuring point searches module 2, for providing automatically searching and location of sensor pel in Revit model;
Monitoring information enquiry module 3, for providing the inquiry of primary monitoring data that sensor pel is corresponding, analysis result, early warning record, document information;
Module 4 derived by file, comprises the IFC form of monitoring information, the function of NWC form for providing item file to export as;
Additional function modules 5, for providing the function of monitoring information record and mail sending.
By the way, monitor data file can be read by automatic monitoring modular 1, display Real-Time Monitoring curve, and carry out automatic early-warning when Monitoring Data exceeds threshold value, comprise modes such as playing frame warning, audible alarm, mail reminder, automatic record transfinites data to database, and automatically locates the sensor that transfinites; In addition, user can search module 2 quick position to the sensor pel needing to search by measuring point, and check by monitoring information enquiry module 3 monitoring information that sensor pel is corresponding, as primary monitoring data, monitoring curve, early warning record and picture information.Derive module 4 by file, model can be exported as IFC formatted file by user, and automatically Monitoring Data is integrated in IFC file, thus realizes Monitoring Data shared based on IFC; NWC file can also be exported as, and automatically open in Navisworks, utilize the roaming function of Navisworks, check the deployment scenarios of sensing system more intuitively.By additional function modules 5, the text editing control record that user can be provided by system and the unusual condition edited in observation process, and by mail sending program, record is sent to project parties.Mail sending program may be used for the transmission of other document informations equally.
Described automatic monitoring modular 1 comprises digital independent and display module 11 and automatic early-warning module 12, described digital independent and display module 11 show for the reading of Monitoring Data and figure, comprise that monitoring state controls, the function such as figure display, automatic early-warning of Monitoring Data; The figure display of described Monitoring Data has the function of Data Dynamic display, mouse-over prompting monitoring information, self-defined ordinate scope; Described automatic early-warning module 12, for the data early warning that transfinites, comprises and plays frame promptings, audible alarm, automatically records the function such as automatic location of early warning information to database and the sensor that transfinites.
By the way, utilize digital independent and display module 11, can the data file that collects of read sensor, be tied to chart display control, real-time display monitoring curve, utilize automatic early-warning module 12, by the data of collection compared with the threshold value stored in monitor database table, exceed threshold value then automatic alarm, and the automatic quick position of energy is to the sensor that transfinites, help user processes the unusual condition in observation process within the shortest time, loss is dropped to minimum, impact drops to minimum, the relevant information of all right recording exceptional situation simultaneously, for later monitoring provides reference.
Described measuring point is searched module 2 and is comprised based on the searching of sensor pel and node administration, based on the searching of measuring point number, searching and searching based on view control based on sensor pel ElementID; Described node comprises father node and child node; Described father node respective sensor type, its title is consistent with the classification parameter value of sensor pel, child node respective sensor pel, and its title is consistent with the measuring point parameter value of sensor pel; Described measuring point number and ElementID are the parameter of sensor pel; Described view control comprises the transparency of sensor pel from other pels and the different settings of projection line property value.
By the way, can make sensor in the process of actual management, can Component-Based Development and node search, user can be helped to locate rapidly and accurately need the sensor searched, then carry out inquiring about, the operation such as editor.
Described monitoring information enquiry module 3 comprises raw data enquiry module 31, monitoring curve checks module 32, early warning record checks that module 33 and photo site check module 34.Described raw data enquiry module 31 checking for primary monitoring data; Described monitoring curve checks module 32 checking for Monitoring Data curve, and carries out data analysis of trend and Data distribution8 analysis; Module 33 checking for early warning record checked in described early warning record, comprises the monitoring time of transfinite data value and correspondence; Described photo site checks module 34 checking for monitoring system photo site.
By the way, user can the monitoring information of query sensors easily, comprise raw data, monitoring curve, early warning record and photo site, and the variation tendency of Monitoring Data and distribution situation are analyzed, thus have clear and intuitive understanding to the state at sensor institute's monitoring of structures position, booster action is played to the assessment of structural safety state.
Described file is derived module 4 and is comprised IFC module for reading and writing 41 and NWC generation module 42; Described IFC module for reading and writing 41 for Monitoring Data is integrated into Revit derive IFC file in, thus realize based on IFC monitoring information share; Described NWC generation module 42, for Revit model being exported as NWC file and opening in Navisworks, utilizes the real time roaming function of Navisworks intuitively to understand the deployment scenarios of sensor; Described NWC file is the file layout that construction simulation software Navisworks supports.
By the way, utilize IFC module for reading and writing 41, Monitoring Data can be integrated into the IFC file that Revit derives, make different department different B IM system effectively can utilize Monitoring Data based on IFC agreement, thus realize the sharing of Monitoring Data based on IFC.And utilizing NWC generation module 42, Revit model can be exported as NWC form that Navisworks supports and automatically to open in Navisworks, the real time roaming function utilizing Navisworks to provide intuitively understands the deployment scenarios of sensor.
Described additional function modules 5 comprises information logging modle 51 and mail sending module 52, described information logging modle 51 for for monitoring state record, check, edit; Described mail sending module 52 for by Monitoring Data, document information, early warning record etc. in time by mail sending with share to project parties.
By the way, utilize information logging modle 51 can record the unusual condition that may occur in observation process in time, and utilize mail sending module 52 to send to expert in time by mail the information of record and abnormal data etc., thus improve the efficiency of decision-making, ensure the normal operation of monitoring system and the safety of structure better.
Now just the present invention is described in further detail as follows:
The monitoring structural health conditions visualization system based on Revit provided in the present embodiment, the API provided by utilizing Revit carries out secondary development to Revit, and integrated application BIM technology, computer aided color design (CAE), database technology and computer software integrated technology, introduce building industry international information standard I FC (Industry Foundation Classes), Monitoring Data visual based on BIM can be realized.
The creatively following gordian technique of development and application in the present embodiment: Revit sensor pel is searched and extracted with visualization technique with parameter extraction technology, Revit view control and reduction technique, Revit sensor pel and database linking technology, Monitoring Data, based on multinomial gordian techniquies such as Revit automatic monitoring early warning technology, the Monitoring Data integrated technology based on IFC, the monitoring system roaming technology based on NavisworksAPI, monitoring information record and mail sending technology, is described below respectively:
1) Revit sensor pel is searched and parameter extraction technology
BIM model component is numerous, utilizes the parameter characteristic of BIM, in conjunction with RevitAPI technology, realizes the fast automatic of sensor pel in Revit model and searches and location, and supports the parameter extracting sensor pel.
2) Revit model view controls and reduction technique
Utilize the parameter characteristic of BIM, by extracting and the parameter such as the transparency of self-defined Revit model pel, projection line style, change the display effect of model, realize the differentiation of sensor pel and other pels, the overall situation understanding sensor is intuitively arranged.
3) Revit sensor pel and database linking technology
By building complete, efficient monitor database, realize the storage of monitoring information, and in conjunction with BIM parameter characteristic, by the parameter such as ElementID or measuring point numbering of sensor pel in the Revit mark as sensor pel, and be stored in monitor database, realize associating of sensor pel and Monitoring Data, thus provide basis for the application of Monitoring Data in Revit.
4) Monitoring Data is extracted and visualization technique
By sensor pel and Monitoring Data corresponding technology, find the Monitoring Data that sensor pel is corresponding, and in conjunction with SQL data abstraction techniques, extract Monitoring Data in DataTable, then utilize MSchart, DataGridView control to realize visual in Revit of Monitoring Data.
5) based on the automatic monitoring early warning technology of Revit
By arranging threshold value for monitoring physical quantity, when the Monitoring Data read exceedes threshold value, the type of alarm playing frame warning, audible alarm, mail reminder is provided in Revit, automatically locates the sensor pel that transfinites, and automatically early warning information is write in the early warning record sheet of monitor database.
6) based on the Monitoring Data integrated technology of IFC
By exploitation IFC file read-write program, Revit model can be supported to export as IFC file and Monitoring Data is integrated into this IFC file, Monitoring Data and sensor pel have corresponding relation, thus realize the integrated of Monitoring Data and BIM information, and then realize the sharing of Monitoring Data based on IFC.
7) based on the monitoring system roaming technology of NavisworksAPI
By NavisworksAPI technology, provide NWC file interface, support that Revit model automatically exports as NWC file and opens in Navisworks, the real time roaming function utilizing Navisworks to provide, understands the deployment scenarios of sensor more intuitively.
8) monitoring information record and mail sending technology
By the text edit tool, the abnormal information in observation process can be recorded at any time, and by mail sending module by this information sharing to project parties.This mail sending module supporting attachment sending function, can share to project parties by raw data file, document information etc.
From the research and development application angle of above each gordian technique, by the combination of multinomial technology, achieve the visual display of Monitoring Data in Revit, staff can check sensor map unit's parameter and monitoring state at any time, and the information such as the abnormal conditions occurred in observation process, early warning record.
The present invention is not limited to above-mentioned preferred forms; anyone can draw other various forms of products under enlightenment of the present invention; no matter but any change is done in its shape or structure; every have identical with the application or akin technical scheme, all drops within protection scope of the present invention.
Claims (7)
1. based on a monitoring structural health conditions visualization system of Revit, it is characterized in that: this system comprises:
Automatic monitoring modular, for providing real-time display to Monitoring Data and robotization early warning;
Measuring point searches module, for providing automatically searching and location of sensor pel in Revit model;
Monitoring information enquiry module, for providing the inquiry of primary monitoring data, analysis result, early warning record and picture information that sensor pel is corresponding;
Module derived by file, for providing the IFC form and NWC form that to be exported as by Revit model and comprise Monitoring Data; And,
Additional function modules, for providing monitoring information record and mail sending.
2. a kind of monitoring structural health conditions visualization system based on Revit according to claim 1, it is characterized in that: described automatic monitoring modular comprises digital independent and display module and automatic early-warning module, described digital independent and display module are used for the reading of Monitoring Data and figure shows; Described automatic early-warning module is used for the data early warning that transfinites, and comprises playing frame promptings, audible alarm, mail reminder, automatically recording the automatic location of early warning information to database and the sensor that transfinites.
3. a kind of monitoring structural health conditions visualization system based on Revit according to claim 2, is characterized in that: the figure display of described Monitoring Data has the function of Data Dynamic display, mouse-over prompting monitoring information, self-defined ordinate scope.
4. a kind of monitoring structural health conditions visualization system based on Revit according to claim 1, is characterized in that: described measuring point is searched module and comprised based on the searching of sensor pel node listing, based on the searching of measuring point number, searching and searching based on view control based on sensor pel ElementID; Described node comprises father node and child node; Described father node respective sensor type, its title is consistent with the classification parameter value of sensor pel, child node respective sensor pel, and its title is consistent with the measuring point parameter value of sensor pel; Described measuring point number and ElementID are the parameter of sensor pel; Described view control comprises the transparency of sensor pel and other pels and the setting of projection line property value.
5. a kind of monitoring structural health conditions visualization system based on Revit according to claim 1, is characterized in that: described monitoring information enquiry module comprises raw data enquiry module, monitoring curve checks module, early warning record checks that module and photo site check module; Described raw data enquiry module is used for checking of primary monitoring data; Described monitoring curve checks module checking for Monitoring Data curve, and carries out data analysis of trend and Data distribution8 analysis; Module checking for early warning record checked in described early warning record, comprises the monitoring time of transfinite monitor value and correspondence; Described photo site checks module checking for monitoring system photo site.
6. a kind of monitoring structural health conditions visualization system based on Revit according to claim 1, is characterized in that: described file is derived module and comprised IFC module for reading and writing and NWC generation module; Described IFC module for reading and writing is used for Revit model being exported as IFC file and Monitoring Data being integrated in the IFC file of derivation, thus realizes the sharing of Monitoring Data based on IFC; Described NWC generation module is used for Revit model being exported as NWC file and opening in Navisworks, utilizes the real time roaming function of Navisworks intuitively to understand the deployment scenarios of sensor; Described NWC file is the file layout that construction simulation software Navisworks supports.
7. a kind of monitoring structural health conditions visualization system based on Revit according to claim 1, it is characterized in that: described additional function modules comprises information logging modle and mail sending module, described information logging modle be used for monitoring state information record, check, edit; Described mail sending module is used for Monitoring Data, document information, early warning record etc. in time by mail sending with share to project parties.
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