CN104318614A - Construction monitoring method and system based on three-dimensional simulation - Google Patents
Construction monitoring method and system based on three-dimensional simulation Download PDFInfo
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- CN104318614A CN104318614A CN201410587631.8A CN201410587631A CN104318614A CN 104318614 A CN104318614 A CN 104318614A CN 201410587631 A CN201410587631 A CN 201410587631A CN 104318614 A CN104318614 A CN 104318614A
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- G—PHYSICS
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- G06T—IMAGE DATA PROCESSING OR GENERATION, IN GENERAL
- G06T17/00—Three dimensional [3D] modelling, e.g. data description of 3D objects
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- G06T—IMAGE DATA PROCESSING OR GENERATION, IN GENERAL
- G06T19/00—Manipulating 3D models or images for computer graphics
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Abstract
The invention provides a construction monitoring method and system based on three-dimensional simulation. The method comprises the steps of acquiring construction information, wherein the construction information comprises the spatial position of a design unit, the information of the design unit, quality data and rolling information, the quality data include material data, moisture data, temperature data, density data, concrete temperature data and compactness data, and the rolling information comprises rolling track and the number of times of rolling; generating a first three-dimensional simulation module according to the construction information; cutting the first three-dimensional simulation module to obtain a second three-dimensional simulation module; acquiring the information of a construction unit to be monitored according to the second three-dimensional simulation module to be used for monitoring engineering quality. By the adoption of the construction monitoring method and system based on three-dimensional simulation, engineering information can be obtained in detail in a visualized mode, the construction unit can be positioned accurately, and then engineering quality can be controlled accurately and engineering progress and engineering quality can be guaranteed.
Description
Technical field
The present invention relates to Dynamic Monitor Technology field, particularly relate to a kind of method and system of the construction monitoring based on three-dimensional artificial.
Background technology
Trapezoidal cemented gravel dam is a kind of novel masonry dam between earth and rockfill dam and RCCD, its dam body materials is cement sand and gravel, top layer is burnt and is built concrete protection, guarantee permanance and the impermeabilisation ability of dam body, at the impervious concrete that the lower position of upstream face arranges detection gallery, enough seepage paths length guaranteed by structural concrete, bottom dam body, use rich slurry cement sand and gravel.Rolling is the gordian technique of trapezoidal cemented gravel dam, is the factor of the key of the quality ensureing cemented gravel dam to roller compaction process monitoring.
Along with the development of computer technology and three-dimensional simulation technique, three-dimensional simulation technique is made to be widely used in the every field of industry, agricultural, engineering and social life.Three-dimensional artificial, be also called virtual reality, relate to computer graphics, human-computer interaction technology, sensing technology, the fields such as artificial intelligence, by Practical computer teaching 3D vision, make people pass through appropriate device as participant, naturally virtual world is experienced and reciprocation, when user carry out position move time, computing machine carries out computing, is accurately demonstrated by 3-dimensional image.Three-dimensional simulation technique has the advantages such as visuality, real-time and dynamic.
Existing dam roller compaction construction quality monitoring adopts the field control method of artificial observation, artificial observation rolls the quality of the method such as track, number of rolling and sampling method of digging pit monitoring dam, there is inefficiency in its artificial observation method, the shortcoming such as low precision and non real-time nature, can have a strong impact on construction speed and the construction quality of hydraulic engineering construction simultaneously.
Summary of the invention
For defect of the prior art, the invention provides a kind of method and system of the construction monitoring based on three-dimensional artificial, the information of acquisition engineering that can be vivid concrete, can locate accurately construction cell, thus accurate control is reached to construction quality, ensure project progress and construction quality.
First aspect, the invention provides a kind of method of the construction monitoring based on three-dimensional artificial, comprising:
Obtain construction information, described construction information comprises design cell locus, design cell information, qualitative data and roll information;
According to described construction information, generate the first three-dimensional simulation model;
Described first three-dimensional simulation model is cut, obtains the second three-dimensional simulation model;
According to described second three-dimensional simulation model, obtain the information of monitored construction cell, for supervision control engineering quality;
Wherein, described qualitative data comprises material, humidity, temperature, density, the gentle compactness of concrete, described in the information of rolling comprise and roll track and number of rolling.
Further, described according to described construction information, before generating the step of the first three-dimensional simulation model, also comprise:
Data processing is carried out to described construction information, the construction information after described process is stored in the database of server.
Further, described according to described construction information, generate the first three-dimensional simulation model, be specially:
Read the vertex list in the described design cell information in described database;
According to the summit in described vertex list, the limit list constructing the limit be made up of summit and the face list in face be made up of the limit in the list of described limit;
According to the list of described limit and described list, generate construction cell;
According to described construction cell, generate described first three-dimensional simulation model.
Further, described according to the list of described limit and described list, generate construction cell, also comprise:
Judge whether described construction cell is hexahedron, if described construction cell is not hexahedron, then delete the limit of repetition and the face of repetition.
Further, described described first three-dimensional simulation model to be cut, obtains the second three-dimensional simulation model, comprising:
Described first three-dimensional simulation model is cut, obtains the construction cell after cutting;
Judge the position relationship of the construction cell after described cut surface and described cutting, obtain the vertex list of the construction cell after cutting;
According to the summit in the vertex list of the construction cell after described cutting, the face list in the face of the limit list on the limit of the construction cell after structure cutting and the construction cell after cutting;
According to the face list of the construction cell after the limit list of the construction cell after described cutting and described cutting, generate the construction cell after cutting;
According to the construction cell after described cutting, generate described second three-dimensional simulation model.
Further, the position relationship of the construction cell after the described cut surface of described judgement and described cutting, obtains the vertex list of the construction cell after cutting, is specially:
When described cut surface is crossing with the limit of the construction cell after described cutting, obtain the intersection point on the limit of the construction cell after described cut surface and described cutting, according to the intersection point inside the intersection point on the limit of the construction cell after described cut surface and described cutting and described cut surface, construct the vertex list of the construction cell after described cutting, obtain the limit list of the construction cell after described cutting;
When the limit of the construction cell after described cut surface and described cutting is non-intersect, if the limit of the construction cell after described cutting is in the outside of described cut surface, then delete the summit of the construction cell after the limit of the construction cell after described cutting and described cutting;
When the limit of the construction cell after described cut surface and described cutting is non-intersect, if the limit of the construction cell after described cutting is in the inner side of described cut surface, then retain the construction cell after described cutting.
Further, the face list of the construction cell after the described limit list according to the construction cell after described cutting and described cutting, generates the construction cell after cutting, also comprises:
Judge whether the construction cell after described cutting is hexahedron, if the construction cell after described cutting is not hexahedron, then delete the limit of repetition and the face of repetition.
Further, describedly obtain the information of monitored construction cell according to described second three-dimensional simulation model, for the quality of supervision control engineering, comprising:
Travel through the construction cell in described second three-dimensional simulation model, judge the position relationship of construction cell in described second three-dimensional simulation model and preset views body, when described construction cell is positioned at described what comes into a driver's body, then described construction cell is stored in construction cell list;
Judge the degree of depth of the construction cell in described construction cell list and the position relationship of the observation point preset, obtain the construction cell of described monitoring;
According to the construction information of the construction cell of described monitoring, the construction cell of described monitoring is monitored, and then supervision control engineering quality;
Wherein, the construction information of the construction cell of described monitoring, comprise quality information and roll information, described quality information comprises temperature, concrete temperature, density and vibration pressure value, described in the information of rolling comprise number of rolling, wheelpath and settling amount.
Further, construction cell in described second three-dimensional simulation model of described traversal, judge the position relationship of construction cell in described second three-dimensional simulation model and preset views body, when described construction cell is positioned at described what comes into a driver's body, then described construction cell is stored in construction cell list, also comprises:
If described construction cell is not in described what comes into a driver's body, then judge whether described current construction cell reaches the sum of the construction cell in the second three-dimensional simulation model, if do not reach the sum of the construction cell in the second three-dimensional simulation model, then continue to judge that the next construction cell of current construction cell is whether in what comes into a driver's body;
The degree of depth and the position relationship of the observation point preset of the construction cell in the described construction cell list of described judgement, obtain the construction cell of described monitoring, be specially:
Obtain the degree of depth of each construction cell in described construction cell list, by the depth ratio of the degree of depth of described each construction cell and the observation point preset comparatively, obtain the construction cell that the degree of depth of construction cell is less than the degree of depth of described observation point;
The described degree of depth being less than the construction cell of the degree of depth of described observation point is compared, obtains described monitored construction cell.
Second aspect, the invention provides a kind of system of the construction monitoring based on three-dimensional artificial, comprising:
Message unit, for obtaining construction information, described construction information comprises design cell locus, design cell information, qualitative data and roll information;
Generation unit, for according to described construction information, generates the first three-dimensional simulation model;
Cutter unit, for cutting described first three-dimensional simulation model, obtains the second three-dimensional simulation model;
Monitoring unit, according to described second three-dimensional simulation model, obtains the information of monitored construction cell, for supervision control engineering quality;
Wherein, described qualitative data comprises material, humidity, temperature, density, the gentle compactness of concrete, described in the information of rolling comprise and roll track and number of rolling.
As shown from the above technical solution, by the method and system of the construction monitoring based on three-dimensional artificial provided by the invention, wherein, method comprises: obtain construction information, described construction information comprises design cell locus, design cell information, qualitative data and roll information; According to described construction information, generate the first three-dimensional simulation model, the first three-dimensional simulation model of acquisition, the image of engineering can be shown clearly, the information of engineering is monitored simultaneously, described first three-dimensional simulation model is cut, obtains the second three-dimensional simulation model; According to described second three-dimensional simulation model, obtain the information of monitored construction cell, for supervision control engineering quality, the information of some concrete construction cells can be obtained, it is carried out to the quality monitoring of construction cell simultaneously, wherein, described qualitative data comprises material, humidity, temperature, density, the gentle compactness of concrete, described in the information of rolling comprise and roll track and number of rolling.By the method and system of the construction monitoring based on three-dimensional artificial provided by the invention, the information of acquisition engineering that can be vivid concrete, can locate accurately construction cell, thus accurate control is reached to construction quality, ensure project progress and construction quality.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, below the accompanying drawing used required in embodiment or description of the prior art is briefly described, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
The method flow schematic diagram of a kind of construction monitoring based on three-dimensional artificial that Fig. 1 provides for one embodiment of the invention;
The method flow schematic diagram of a kind of construction monitoring based on three-dimensional artificial that Fig. 2 provides for another embodiment of the present invention;
The method flow schematic diagram of a kind of construction monitoring based on three-dimensional artificial that Fig. 3 provides for another embodiment of the present invention;
The method flow schematic diagram of a kind of construction monitoring based on three-dimensional artificial that Fig. 4 provides for another embodiment of the present invention;
The system architecture schematic diagram of a kind of construction monitoring based on three-dimensional artificial that Fig. 5 provides for one embodiment of the invention.
Embodiment
For making the object of the embodiment of the present invention, technical scheme and advantage clearly, 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, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on embodiments of the invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
" first " and " second " in an embodiment just makes difference to three-dimensional simulation model, and does not mean that the difference of time sequencing successively and size, here first " and " second " just distinguish.
The method flow schematic diagram of a kind of construction monitoring based on three-dimensional artificial that Fig. 1 provides for one embodiment of the invention, as shown in Figure 1, the method for the construction monitoring based on three-dimensional artificial of the present embodiment is as described below.
101, obtain construction information, described construction information comprises design cell locus, design cell information, qualitative data and roll information.
It should be understood that construction information is the essential information of engineering design, its construction information comprises the locus of design cell, design cell information, qualitative data and roll information.
Wherein, qualitative data comprises material, humidity, temperature, density, concrete temperature, temperature, vibration pressure value and compactness, and the information of rolling comprises and rolls track and number of rolling.
102, according to described construction information, the first three-dimensional simulation model is generated.
It should be understood that according to construction information, adopt three-dimensional simulation technique, generate the first three-dimensional simulation model.
In a step 102, also comprise sub-step as shown in Figure 2, be specially:
201, data processing is carried out to described construction information, the construction information after described process is stored in the database of server.
Be understandable that, information processing is carried out to the construction information obtained, the construction information after process is stored in the database of server.
Be understandable that, to construction information be treated to the data in construction information carry out integrality and and legitimacy process, illegal data are removed, thus obtain process after construction information.
202, the vertex list in the described design cell information in described database is read.
It should be understood that the vertex information of the design cell in the construction information reading and be stored in database, wherein, vertex information occurs in the form of a list, thus obtains vertex list.
203, according to the summit in described vertex list, the limit list constructing the limit be made up of summit and the face list in face be made up of the limit in the list of described limit.
It should be understood that according to the summit in vertex list, generate the limit having summit to form and the face be made up of limit, concrete, two summits form a limit, have at least three limits to form a face, formation deposited in while in list, the face of formation is deposited in the list of face.
204, according to the list of described limit and described list, construction cell is generated.
It should be understood that and then form construction cell by limit and face, construction cell is made up of limit and face.
Be understandable that, form a construction cell, then at least comprise four faces.But in the present embodiment, the construction cell that obtain is hexahedron, the construction cell to generating therefore is needed to judge.
Be understandable that, hexahedron meet number of vertex deduct limit number add above number should equal 2, can judge whether construction cell is hexahedron by this formula.
If the construction cell obtained is hexahedron, be then exactly the construction cell that we will obtain, but construction cell is not then hexahedron, then delete the limit of repetition and the face of repetition, and then obtain construction cell.
205, according to described construction cell, described first three-dimensional simulation model is generated.
It should be understood that the hexahedral construction cell according to obtaining, generating the first three-dimensional simulation model.The first three-dimensional simulation model obtained effectively can show the image of engineering, can the effectively quality of supervision control engineering and progress.
103, described first three-dimensional simulation model is cut, obtain the second three-dimensional simulation model.
It should be understood that and the first three-dimensional simulation model is cut, and then unwanted construction cell is removed, obtain the second three-dimensional simulation model.
In step 103, also comprise the sub-step shown in Fig. 3, be specially:
301, described first three-dimensional simulation model is cut, obtain the construction cell after cutting.
Be understandable that, the first three-dimensional simulation model is cut, thus obtain the construction cell after cutting.
Have the mode that the first three-dimensional simulation model cuts: horizontal resection is carried out to the first three-dimensional simulation model, perpendicular cuts is carried out to the first three-dimensional simulation model, side cutting is carried out to the first three-dimensional simulation model.
302, judge the position relationship of the construction cell after described cut surface and described cutting, obtain the vertex list of the construction cell after cutting.
It should be understood that the position relationship of the construction cell after judging cut surface and cutting, thus obtain the vertex list of the construction cell after cutting.
When cut surface is crossing with the limit of the construction cell after cutting, the intersection point on the limit of the construction cell after obtaining cut surface and cutting, according to the intersection point inside the intersection point on limit of the construction cell after cut surface and cutting and cut surface, the vertex list of the construction cell after structure cutting, obtains the limit list of the construction cell after cutting.
When the limit of construction cell after cut surface with cutting is non-intersect, if the limit of the construction cell after cutting is in the outside of cut surface, then delete the summit of the construction cell after the limit of the construction cell after cutting and cutting.
When the limit of the construction cell after cut surface with cutting is non-intersect, if the limit of the construction cell after cutting is in the inner side of cut surface, then retain the construction cell after described cutting.
303, according to the summit in the vertex list of the construction cell after described cutting, the face list in the face of the limit list on the limit of the construction cell after structure cutting and the construction cell after cutting.
It should be understood that the vertex list of the construction cell after according to cutting, the face list of the limit list of the construction cell after structure cutting and the construction cell after cutting.
Wherein, form a limit by two summits, form a face by three limits, by the vertex list of the construction cell after cutting, the face list of the limit list of the construction cell after structure cutting and the construction cell after cutting.
304, according to the face list of the construction cell after the limit list of the construction cell after described cutting and described cutting, the construction cell after cutting is generated.
It should be understood that the face list of the limit list of the construction cell after cutting and the construction cell after cutting, generate the construction cell after cutting.
Construction cell after cutting is hexahedron, therefore needs the construction cell after to cutting to determine whether hexahedron.
Be understandable that, hexahedron meet number of vertex deduct limit number add above number should equal 2, can judge whether construction cell is hexahedron by this formula.
Judge whether the construction cell after cutting is hexahedron, if the construction cell after cutting is not hexahedron, then deletes the limit of repetition and the face of repetition.
305, according to the construction cell after described cutting, described second three-dimensional simulation model is generated
It should be understood that the construction cell after according to cutting, generate the second three-dimensional simulation model.Can obtain monitored construction cell easily according to the second three-dimensional simulation model, can be real-time the quality of engineering is exercised supervision and controls.
104, according to described second three-dimensional simulation model, the information of monitored construction cell is obtained, for supervision control engineering quality.
It should be understood that according to the second three-dimensional simulation model, obtain the information of monitored construction cell, carry out the monitoring of construction quality.
At step 104, also comprise the sub-step shown in Fig. 4, be specially:
401, the construction cell in described second three-dimensional simulation model is traveled through, judge the position relationship of construction cell in described second three-dimensional simulation model and preset views body, when described construction cell is positioned at described what comes into a driver's body, then described construction cell is stored in construction cell list.
It should be understood that the construction cell in traversal second three-dimensional simulation model, judge the position relationship of construction cell in the second three-dimensional simulation model and preset views body, when construction cell is positioned at what comes into a driver's body, then construction cell is stored in construction cell list.
If construction cell is not in what comes into a driver's body, then judge whether the construction cell traversal of the second three-dimensional simulation model terminates, if do not travel through end, then continue to judge that the next construction cell of current construction cell is whether in what comes into a driver's body.
402, judge the degree of depth of the construction cell in described construction cell list and the position relationship of the observation point preset, obtain the construction cell of described monitoring.
Be understandable that, obtain the degree of depth of each construction cell in construction cell list, by the depth ratio of the degree of depth of each construction cell and the observation point preset comparatively, the degree of depth obtaining construction cell is less than the construction cell of the degree of depth of observation point;
The degree of depth of the construction cell being less than the degree of depth of described observation point is compared, obtains monitored construction cell.
403, according to the construction information of the construction cell of described monitoring, the construction cell of described monitoring is monitored, and then supervision control engineering quality.
Be understandable that, according to the construction information of the construction cell of monitoring, the construction cell of monitoring monitored, and then supervision control engineering quality.
Judge obtain construction cell information whether qualified, will give a warning prompting in underproof situation.
Wherein, the construction information of the construction cell of monitoring, comprise quality information and roll information, quality information comprises temperature, concrete temperature, density and vibration pressure value, and the information of rolling comprises number of rolling, wheelpath and settling amount.
The method of the construction monitoring based on three-dimensional artificial provided by the present embodiment, can be located accurately to construction cell, thus reaches accurate control to construction quality, ensures project progress and construction quality.
The system architecture schematic diagram of a kind of construction monitoring based on three-dimensional artificial that Fig. 5 provides for one embodiment of the invention, as shown in Figure 5, the system of the construction monitoring based on three-dimensional artificial of the present embodiment is as described below.
System based on the construction monitoring of three-dimensional artificial comprises: message unit 51, generation unit 52, cutter unit 53, monitoring unit.
Message unit 51, for obtaining construction information, described construction information comprises design cell locus, design cell information, qualitative data and roll information;
Generation unit 52, for according to described construction information, generates the first three-dimensional simulation model;
Cutter unit 53, for cutting described first three-dimensional simulation model, obtains the second three-dimensional simulation model;
Monitoring unit 54, according to described second three-dimensional simulation model, obtains the information of monitored construction cell, for supervision control engineering quality;
Wherein, described qualitative data comprises material, humidity, temperature, density, the gentle compactness of concrete, described in the information of rolling comprise and roll track and number of rolling.
The system of the construction monitoring based on three-dimensional artificial provided by the present embodiment, can be located accurately to construction cell, thus reaches accurate control to construction quality, ensures project progress and construction quality.
One of ordinary skill in the art will appreciate that: all or part of step realizing said method embodiment can have been come by the hardware that programmed instruction is relevant, aforesaid program can be stored in the storage medium of embodied on computer readable, this program, when performing, performs the step comprising said method embodiment; And aforesaid storage medium comprises: ROM, RAM, magnetic disc or CD etc. various can be program code stored medium in.
The above, be only the specific embodiment of the present invention, but; protection scope of the present invention is not limited to this; anyly be familiar with those skilled in the art in the technical scope that the present invention discloses, the change that can expect easily or substitute, all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection domain of described claim.
Claims (10)
1. based on a method for the construction monitoring of three-dimensional artificial, it is characterized in that, comprising:
Obtain construction information, described construction information comprises design cell locus, design cell information, qualitative data and roll information;
According to described construction information, generate the first three-dimensional simulation model;
Described first three-dimensional simulation model is cut, obtains the second three-dimensional simulation model;
According to described second three-dimensional simulation model, obtain the information of monitored construction cell, for supervision control engineering quality;
Wherein, described qualitative data comprises material, humidity, temperature, density, the gentle compactness of concrete, described in the information of rolling comprise and roll track and number of rolling.
2. the method for the construction monitoring based on three-dimensional artificial according to claim 1, is characterized in that, described according to described construction information, before generating the step of the first three-dimensional simulation model, also comprises:
Data processing is carried out to described construction information, the construction information after described process is stored in the database of server.
3. the method for the construction monitoring based on three-dimensional artificial according to claim 1, is characterized in that, described according to described construction information, generates the first three-dimensional simulation model, is specially:
Read the vertex list in the described design cell information in described database;
According to the summit in described vertex list, the limit list constructing the limit be made up of summit and the face list in face be made up of the limit in the list of described limit;
According to the list of described limit and described list, generate construction cell;
According to described construction cell, generate described first three-dimensional simulation model.
4. the method for the construction monitoring based on three-dimensional artificial according to claim 3, is characterized in that, described according to the list of described limit and described list, generates construction cell, also comprises:
Judge whether described construction cell is hexahedron, if described construction cell is not hexahedron, then delete the limit of repetition and the face of repetition.
5. the method for the construction monitoring based on three-dimensional artificial according to claim 1, is characterized in that, describedly cuts described first three-dimensional simulation model, obtains the second three-dimensional simulation model, comprising:
Described first three-dimensional simulation model is cut, obtains the construction cell after cutting;
Judge the position relationship of the construction cell after described cut surface and described cutting, obtain the vertex list of the construction cell after cutting;
According to the summit in the vertex list of the construction cell after described cutting, the face list in the face of the limit list on the limit of the construction cell after structure cutting and the construction cell after cutting;
According to the face list of the construction cell after the limit list of the construction cell after described cutting and described cutting, generate the construction cell after cutting;
According to the construction cell after described cutting, generate described second three-dimensional simulation model.
6. the method for the construction monitoring based on three-dimensional artificial according to claim 5, is characterized in that, the position relationship of the construction cell after the described cut surface of described judgement and described cutting, obtains the vertex list of the construction cell after cutting, is specially:
When described cut surface is crossing with the limit of the construction cell after described cutting, obtain the intersection point on the limit of the construction cell after described cut surface and described cutting, according to the intersection point inside the intersection point on the limit of the construction cell after described cut surface and described cutting and described cut surface, construct the vertex list of the construction cell after described cutting, obtain the limit list of the construction cell after described cutting;
When the limit of the construction cell after described cut surface and described cutting is non-intersect, if the limit of the construction cell after described cutting is in the outside of described cut surface, then delete the summit of the construction cell after the limit of the construction cell after described cutting and described cutting;
When the limit of the construction cell after described cut surface and described cutting is non-intersect, if the limit of the construction cell after described cutting is in the inner side of described cut surface, then retain the construction cell after described cutting.
7. the method for the construction monitoring based on three-dimensional artificial according to claim 5, is characterized in that, the face list of the construction cell after the described limit list according to the construction cell after described cutting and described cutting, generates the construction cell after cutting, also comprises:
Judge whether the construction cell after described cutting is hexahedron, if the construction cell after described cutting is not hexahedron, then delete the limit of repetition and the face of repetition.
8. the method for the construction monitoring based on three-dimensional artificial according to claim 1, is characterized in that, describedly obtains the information of monitored construction cell according to described second three-dimensional simulation model, for the quality of supervision control engineering, comprising:
Travel through the construction cell in described second three-dimensional simulation model, judge the position relationship of construction cell in described second three-dimensional simulation model and preset views body, when described construction cell is positioned at described what comes into a driver's body, then described construction cell is stored in construction cell list;
Judge the degree of depth of the construction cell in described construction cell list and the position relationship of the observation point preset, obtain the construction cell of described monitoring;
According to the construction information of the construction cell of described monitoring, the construction cell of described monitoring is monitored, and then supervision control engineering quality;
Wherein, the construction information of the construction cell of described monitoring, comprise quality information and roll information, described quality information comprises temperature, concrete temperature, density and vibration pressure value, described in the information of rolling comprise number of rolling, wheelpath and settling amount.
9. the method for the construction monitoring based on three-dimensional artificial according to claim 8, it is characterized in that, construction cell in described second three-dimensional simulation model of described traversal, judge the position relationship of construction cell in described second three-dimensional simulation model and preset views body, when described construction cell is positioned at described what comes into a driver's body, then described construction cell is stored in construction cell list, also comprises:
If described construction cell is not in described what comes into a driver's body, then judge whether described current construction cell reaches the sum of the construction cell in the second three-dimensional simulation model, if do not reach the sum of the construction cell in the second three-dimensional simulation model, then continue to judge that the next construction cell of current construction cell is whether in what comes into a driver's body;
The degree of depth and the position relationship of the observation point preset of the construction cell in the described construction cell list of described judgement, obtain the construction cell of described monitoring, be specially:
Obtain the degree of depth of each construction cell in described construction cell list, by the depth ratio of the degree of depth of described each construction cell and the observation point preset comparatively, obtain the construction cell that the degree of depth of construction cell is less than the degree of depth of described observation point;
The described degree of depth being less than the construction cell of the degree of depth of described observation point is compared, obtains described monitored construction cell.
10. based on a system for the construction monitoring of three-dimensional artificial, it is characterized in that, comprising:
Message unit, for obtaining construction information, described construction information comprises design cell locus, design cell information, qualitative data and roll information;
Generation unit, for according to described construction information, generates the first three-dimensional simulation model;
Cutter unit, for cutting described first three-dimensional simulation model, obtains the second three-dimensional simulation model;
Monitoring unit, according to described second three-dimensional simulation model, obtains the information of monitored construction cell, for supervision control engineering quality;
Wherein, described qualitative data comprises material, humidity, temperature, density, the gentle compactness of concrete, described in the information of rolling comprise and roll track and number of rolling.
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104778740A (en) * | 2015-04-16 | 2015-07-15 | 成都中科合迅科技有限公司 | Dam construction progress three-dimensional simulation method |
| CN106898041A (en) * | 2015-12-18 | 2017-06-27 | 阿基米德自动控制公司 | Data center's three dimensional temperature and humidity isopleth maker and method |
| CN106803004A (en) * | 2017-01-22 | 2017-06-06 | 国家电网公司 | A kind of Quality Process monitoring data integrated approach based on three-dimensional construction model |
| CN109408979A (en) * | 2018-10-31 | 2019-03-01 | 广西路桥工程集团有限公司 | A kind of engineering construction internal control data management system |
| CN109408979B (en) * | 2018-10-31 | 2023-04-07 | 广西路桥工程集团有限公司 | Engineering construction internal control data management system |
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|---|---|
| CN104318614B (en) | 2017-09-15 |
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