CN104200026A - Method and system for formwork matching of three-dimension space software - Google Patents

Method and system for formwork matching of three-dimension space software Download PDF

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Publication number
CN104200026A
CN104200026A CN201410441575.7A CN201410441575A CN104200026A CN 104200026 A CN104200026 A CN 104200026A CN 201410441575 A CN201410441575 A CN 201410441575A CN 104200026 A CN104200026 A CN 104200026A
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template
list
formwork
templates
buildings
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CN201410441575.7A
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CN104200026B (en
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王成义
林俊天
刘顺林
张亮
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HUI LINDA TECHNOLOGY Co Ltd
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HUI LINDA TECHNOLOGY Co Ltd
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Priority to PCT/CN2015/086029 priority patent/WO2016034027A1/en
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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F30/00—Computer-aided design [CAD]

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  • Computer Hardware Design (AREA)
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Abstract

The invention belongs to the computerized design technique and provides a method for formwork matching of three-dimension space software. The method comprises the following steps that all the drawings of a construction project are identified; detailed design is conducted on the drawings which are rightly identified, so that detailed design drawings are obtained; line production areas are partitioned on the confirmed detailed design drawings, and building structures of all the line production areas are classified; according to a classification result, modeling is conducted on each building structure module; a customized formwork design rule is input, and a corresponding standard formwork spare and accessory library is established; according to the established building models and the design rule of a formwork system, formwork matching is conducted, and a formwork matching drawing is output; after it is determined that the formwork matching drawing is correct, a formal formwork matching drawing and a formwork list are output, and the formwork extended area and the formwork matching area of the formworks of the whole project are worked out; according to the formwork list, the inventory is compared with the formwork list, according to a comparison result, formworks needing to be machined are listed, a machining plan and a purchasing list are made, and machining drawings of the formworks needing to be machined are made.

Description

Three dimensions software join modeling method and system
Technical field
The invention belongs to Computer-aided Design Technology, what relate in particular to a kind of three dimensions software joins modeling method and system.
Background technology
In actual life, buildings drawing is that interior of building result is described precisely and the data source extensively existing.And in virtual reality field, three-dimensional model building has a wide range of applications as important model of place, fields such as scene of game, building displaying, safety preview, architectural design assessment, all has urgent requirement to building model.In the face of this demand, initial solution is exactly by the manual modeling of fine arts personnel, not only consume a large amount of manpower financial capacities, and efficiency is not high, and the model generation cycle is long.
Therefore, how from this existing data source of architectural drawing, to obtain rapidly and accurately required building model, be with a wide range of applications.
Summary of the invention
Technical matters to be solved by this invention is to provide a kind of modeling method of joining of three dimensions software, is intended to obtain rapidly and accurately required building model from the relevant drawing of buildings, thereby obtains fast and accurately the building template information of this architecture construction.
The present invention is achieved in that a kind of modeling method of joining of three dimensions software, comprises the steps:
Whether steps A, identifies buildings drawing, wrong to confirm drawing itself;
Step B, confirms to identify fabric structure errorless drawing between each floor or the change information of same floor inside carry out remarks from steps A, obtains Deepen Design drawing;
Step C divides flowing water operation area on the Deepen Design drawing through confirming, the needed building structure module in Bing Duige line production district is classified; Described line production district is for characterizing the sequencing to each region operation;
Step D, sets up respectively BUILDINGS MODELS according to classification results to each building structure module;
Step e, receives user-defined stencil design Rule Information, sets up thus corresponding standard form spare and accessory parts storehouse; Described stencil design Rule Information includes standard form and the non-standard template comprising in fabric structure, and standard form and the arranging rule information of non-standard template in fabric structure;
Step F, according to set up BUILDINGS MODELS and described stencil design Rule Information, joins template to each building structure module, and by the classification results of step C, whole templates is numbered, and generates the to be confirmed mould figure that joins; Described numbering includes the classification information under each template;
Step G, described to be confirmed join mould figure be identified errorless after, generate formal Mo Tu and the list of templates of joining, and calculate the template developed area of whole construction project and join die face long-pending, and the material of template and accessory thereof, weight;
Step H, according to described list of templates, compare existing inventories, according to comparison result, list and need fresh processed list of templates and fabrication plan and shopping list, and need fresh processed template processing drawing, wherein, the fresh processed list of templates of described needs comprises and in existing stock, does not have and be included in the Template Information in described list of templates.
Second technical matters to be solved by this invention is to provide a kind of modular system of joining of three dimensions software, comprising:
Deepen Design module, for buildings drawing is identified, whether wrong to confirm drawing itself; From steps A, confirm to identify fabric structure errorless drawing between each floor or the change information of same floor inside carry out remarks, obtain Deepen Design drawing; Then on the Deepen Design drawing through confirming, divide flowing water operation area, the needed building structure module in Bing Duige line production district is classified; Described line production district is for characterizing the sequencing to each region operation;
Template sets module, for each building structure module being set up respectively to BUILDINGS MODELS according to classification results; And receive user-defined stencil design Rule Information, set up thus corresponding standard form spare and accessory parts storehouse; Described stencil design Rule Information includes standard form and the non-standard template comprising in fabric structure, and standard form and the arranging rule information of non-standard template in fabric structure; Then according to set up BUILDINGS MODELS and described stencil design Rule Information, each building structure module is joined to template, and by classification results, whole templates are numbered, generate the to be confirmed mould figure that joins; Described numbering includes the classification information under each template, finally described to be confirmed join mould figure be identified errorless after, generate formal Mo Tu and the list of templates of joining, and calculate the template developed area of whole construction project and join die face long-pending, and the material of template and accessory thereof, weight;
Material management module, be used for according to described list of templates, compare existing inventories, according to comparison result, list and need fresh processed list of templates and fabrication plan and shopping list, and need fresh processed template processing drawing, wherein, the fresh processed list of templates of described needs comprises and in existing stock, does not have and be included in the Template Information in described list of templates.
Compared with prior art, beneficial effect is in the present invention:
That the first, utilizes that the present invention falls apart spelling formula template joins mould design, has greatly reduced designer's workload and working strength.
The second, utilize the present invention to join mould design, greatly promoted and joined mould speed.Traditional mould of manually joining, the building of about 30 floor left and right, needs complete for 30 days consuming time, and utilizes the present invention, can foreshorten to 1-3 day.
Three, utilize the present invention to join mould design, the human cost that can greatly reduce enterprise, traditional mode, the building of 1 30 floor left and right of design configurations, needs 5-6 people just can complete, and utilizes the present invention, and 1 people can complete.
Four, utilize the present invention to join mould design, the accuracy of stencil design can be provided, reduce error rate.
Accompanying drawing explanation
Fig. 1 is the realization flow figure that joins modeling method of three dimensions software provided by the present invention;
Fig. 2 is the structure principle chart of joining modular system of three dimensions software provided by the present invention.
Embodiment
In order to make object of the present invention, technical scheme and advantage clearer, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein, only in order to explain the present invention, is not intended to limit the present invention.
In the present invention, " join mould " and refer to the process of the building structure modules such as wall, plate, beam, stair, door and window hole being carried out to template matches, " template " of mating in order to when construction to the building structure modules such as wall, plate, beam, stair, door and window hole position, support, final molding etc.
Fig. 1 shows the realization flow of joining modeling method of three dimensions software provided by the present invention, and details are as follows.
In steps A, buildings drawing is identified, whether wrong to confirm drawing itself.
If identify in buildings drawing and have wrong content, point out wrong content to technician.After treating that technician modifies to buildings drawing, then re-start identification, until the identification of buildings drawing is errorless.
In the present invention, in steps A, mainly identify the mistake of drawing itself, whether complete such as figure layer, build Shi Tu and structural drawing and all the other relevant drawing appropriate sections whether consistent etc., and scheme layer or the corresponding mark of drawing is used as knowledge figure foundation or benchmark.
In step B, steps A is identified to errorless buildings drawing and carry out Deepen Design, therefrom identify fabric structure between each floor or the change information of same floor inside carry out remarks, obtain Deepen Design drawing;
In the present invention, in Deepen Design figure, need the detailed situation of change of the structure of dated this buildings, include but not limited to beam, post, wall, plate, the isostructural change in location in door and window hole or concrete change in size or absolute altitude variation or thickness of slab variation or arrangement of reinforcement variation etc.
After Deepen Design, Xu You designing unit, construction unit, unit in charge of construction, supervisor etc. in many ways combine be confirmed whether wrong, after bug patch, need again according to amended content Deepen Design again, until cosignatory confirmation Deepen Design figure is errorless in many ways.
In step C, on the Deepen Design drawing through confirming, divide flowing water operation area, the needed building structure module in Bing Duige line production district is classified.
Wherein, line production district for characterizing the sequencing to each region operation, for example, one is divided into 1-N operation area, when operation, according to the order of 1-N, line production is carried out in each operation area.And when classification classifies according to the building structure module in the type Dui Ge line production district in wall, plate, beam, stair, door and window hole.
In step D, according to classification results, each building structure module is set up respectively to BUILDINGS MODELS.
In step e, receive user-defined stencil design Rule Information, set up thus corresponding standard form component and fitting storehouse, to reuse later.
In the present invention, stencil design Rule Information includes standard form and the non-standard template comprising in fabric structure, and standard form and the arranging rule information of non-standard template in fabric structure.For example, the length of certain face wall is 10 meters, and the length of standard form corresponding to body of wall is 3 meters, and now needing to be designed to need 3 standard forms and 1 length is the non-standard template of 1 meter.
Step F, according to set up BUILDINGS MODELS and described stencil design Rule Information, joins template to each building structure module, and by the classification results of step C, whole templates are numbered, generate the to be confirmed mould figure that joins, wherein, this numbering includes the classification information under each template.
After above-mentioned steps all completes, can carry out template configuration according to respective rule, join after mould completes, according to corresponding coding rule, each configured piece template has been numbered, be convenient to material management and the site construction management in later stage, then mould figure is joined in output for the first time.
Step G, described to be confirmed join mould figure be identified errorless after, generate formal Mo Tu and the list of templates of joining, and calculate the template developed area of whole construction project and join die face long-pending, and the material of template and accessory thereof, weight.
Designer, for the aforementioned mould figure that joins, manually verifies the emphasis of buildings, difficult point position, the vicissitudinous region of for example identifying during Deepen Design.Confirm errorless after, export the formal mould figure that joins, and the list of templates of this project, process BOM table.
Step H, according to described list of templates, compare existing inventories, according to comparison result, list and need fresh processed list of templates and fabrication plan and shopping list, and need fresh processed template processing drawing, wherein, the fresh processed list of templates of described needs comprises and in existing stock, does not have and be included in the Template Information in described list of templates.
Then for the list of templates of this project, computer is compared with stock's template data automatically, to determine, needs new processing how many brand-new templates, and output needs fresh processed list of templates, newly processes BOM and shows.
If in fresh processed template, there is non-standard template, just need to export corresponding manuscript, i.e. template part figure.
According to new processing list of templates and corresponding manuscript thereof, output materials procurement inventory.
Fig. 2 shows the structural principle of joining modular system of three dimensions software provided by the invention, for convenience of description, only shows part related to the present invention.With reference to Fig. 2, this is joined modular system and comprises that Deepen Design module 21, template set module 22, material management module 23.
Wherein, whether Deepen Design module 21 is for buildings drawing is identified, wrong to confirm drawing itself; From steps A, confirm to identify fabric structure errorless drawing between each floor or the change information of same floor inside carry out remarks, obtain Deepen Design drawing; Then on the Deepen Design drawing through confirming, divide flowing water operation area, the needed building structure module in Bing Duige line production district is classified; Described line production district is for characterizing the sequencing to each region operation.As one embodiment of the present of invention, this change information comprises structural change information, change in size information, absolute altitude change information etc., during classification, specifically can classify according to the building structure module in the type Dui Ge line production district in wall, plate, beam, stair, door and window hole.
Template sets module 22, according to classification results, each building structure module is set up respectively to BUILDINGS MODELS; And receive user-defined stencil design Rule Information, set up thus corresponding standard form spare and accessory parts storehouse; Described stencil design Rule Information includes standard form and the non-standard template comprising in fabric structure, and standard form and the arranging rule information of non-standard template in fabric structure; Then according to set up BUILDINGS MODELS and described stencil design Rule Information, each building structure module is joined to template, and by classification results, whole templates are numbered, generate the to be confirmed mould figure that joins; Described numbering includes the classification information under each template, finally described to be confirmed join mould figure be identified errorless after, generate formal Mo Tu and the list of templates of joining, and calculate the template developed area of whole construction project and join die face long-pending, and the material of template and accessory thereof, weight.
Finally, material management module 23 is according to described list of templates, compare existing inventories, according to comparison result, list and need fresh processed list of templates and fabrication plan and shopping list, and need fresh processed template processing drawing, wherein, the fresh processed list of templates of described needs comprises and in existing stock, does not have and be included in the Template Information in described list of templates.
Particularly, if Deepen Design module 21 identifies in buildings drawing, there is wrong content, point out wrong content; And re-start identification after the buildings drawing after receiving manual amendment, wherein the content of identification comprises that whether figure layer is complete, whether build Shi Tu consistent with structural drawing appropriate section; Until the identification of buildings drawing is errorless.And Deepen Design module 21 is specifically used as knowledge figure foundation or benchmark to scheme layer or the corresponding mark of drawing.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, all any modifications of doing within the spirit and principles in the present invention, be equal to and replace and improvement etc., within all should being included in protection scope of the present invention.

Claims (10)

  1. Three dimensions software join a modeling method, it is characterized in that, comprise the steps:
    Whether steps A, identifies buildings drawing, wrong to confirm drawing itself;
    Step B, confirms to identify fabric structure errorless drawing between each floor or the change information of same floor inside carry out remarks from steps A, obtains Deepen Design drawing;
    Step C divides flowing water operation area on the Deepen Design drawing through confirming, the needed building structure module in Bing Duige line production district is classified; Described line production district is for characterizing the sequencing to each region operation;
    Step D, sets up respectively BUILDINGS MODELS according to classification results to each building structure module;
    Step e, receives user-defined stencil design Rule Information, sets up thus corresponding template component and fitting storehouse; Described stencil design Rule Information includes standard block template and the non-standard unit template comprising in fabric structure, and standard block template and non-standard unit template in fabric structure arrange and each component and fitting between joint Rule Information;
    Step F, according to set up BUILDINGS MODELS and described stencil design Rule Information, joins template to each building structure module, and whole templates is numbered according to corresponding coding rule by the classification results of step C, generates the to be confirmed mould figure that joins; Described numbering includes the classification information under each template;
    Step G, described to be confirmed join mould figure be identified errorless after, generate formal Mo Tu and the list of templates of joining, and calculate the template developed area of whole construction project and join die face long-pending, and the material of template and component and fitting thereof, weight;
    Step H, according to described list of templates, compare existing inventories, according to comparison result, list and need fresh processed list of templates and fabrication plan and shopping list, and need fresh processed template processing drawing, wherein, the fresh processed list of templates of described needs comprises and in existing stock, does not have and be included in the Template Information in described list of templates.
  2. 2. the modeling method of joining as claimed in claim 1, is characterized in that, in steps A, comprises the steps:
    , there is wrong content if identify in buildings drawing in steps A 1, points out wrong content;
    Steps A 2, receives artificial amended buildings drawing, and re-starts identification, and wherein the content of identification comprises that whether figure layer is complete, whether build Shi Tu consistent with structural drawing appropriate section;
    Repeated execution of steps A1, A2, until the identification of buildings drawing is errorless.
  3. 3. the modeling method of joining as claimed in claim 2, is characterized in that, steps A 1 is specifically used as knowledge figure foundation or benchmark to scheme layer or the corresponding mark of drawing.
  4. 4. the modeling method of joining as claimed in claim 1, is characterized in that, in step B, described change information comprises locations of structures change information, change in size information, absolute altitude variation, thickness of slab variation, arrangement of reinforcement change information.
  5. 5. the modeling method of joining as claimed in claim 1, is characterized in that, in step C, according to the building structure module in the type Dui Ge line production district in wall, plate, beam, stair, door and window hole, classifies.
  6. Three dimensions software join a modular system, it is characterized in that, comprising:
    Deepen Design module, for buildings drawing is identified, whether wrong to confirm drawing itself; From steps A, confirm to identify fabric structure errorless drawing between each floor or the change information of same floor inside carry out remarks, obtain Deepen Design drawing; Then on the Deepen Design drawing through confirming, divide flowing water operation area, the needed building structure module in Bing Duige line production district is classified; Described line production district is for characterizing the sequencing to each region operation;
    Template sets module, for each building structure module being set up respectively to BUILDINGS MODELS according to classification results; And receive user-defined stencil design Rule Information, set up thus corresponding standard form spare and accessory parts storehouse; Described stencil design Rule Information includes standard form and the non-standard template comprising in fabric structure, and standard form and the arranging rule information of non-standard template in fabric structure; Then according to set up BUILDINGS MODELS and described stencil design Rule Information, each building structure module is joined to template, and by classification results, whole templates are numbered, generate the to be confirmed mould figure that joins; Described numbering includes the classification information under each template, finally described to be confirmed join mould figure be identified errorless after, generate formal Mo Tu and the list of templates of joining, and calculate the template developed area of whole construction project and join die face long-pending, and the material of template and accessory thereof, weight;
    Material management module, be used for according to described list of templates, compare existing inventories, according to comparison result, list and need fresh processed list of templates and fabrication plan and shopping list, and need fresh processed template processing drawing, wherein, the fresh processed list of templates of described needs comprises and in existing stock, does not have and be included in the Template Information in described list of templates.
  7. 7. the modular system of joining as claimed in claim 6, is characterized in that, if described Deepen Design module identifies in buildings drawing, has wrong content, points out wrong content; And re-start identification after the buildings drawing after receiving manual amendment, wherein the content of identification comprises that whether figure layer is complete, whether build Shi Tu consistent with structural drawing appropriate section; Until the identification of buildings drawing is errorless.
  8. 8. the modular system of joining as claimed in claim 7, is characterized in that, described Deepen Design module is specifically used as knowledge figure foundation or benchmark to scheme layer or the corresponding mark of drawing.
  9. 9. the modular system of joining as claimed in claim 6, is characterized in that, described change information comprises structural change information, change in size information, absolute altitude variation, thickness of slab variation, arrangement of reinforcement change information.
  10. 10. the modular system of joining as claimed in claim 6, is characterized in that, described Deepen Design module is classified according to the building structure module in the type Dui Ge line production district in wall, plate, beam, stair, door and window hole.
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