CN108133078B - Virtual sample plate guidance quality control method based on 720 panoramic photos - Google Patents
Virtual sample plate guidance quality control method based on 720 panoramic photos Download PDFInfo
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Abstract
The invention relates to a virtual sample plate guidance quality control method based on 720 panoramic photos, which comprises the following steps: creating a virtual template BIM model based on a BIM technology; setting a plurality of feature points, and acquiring six views of the BIM at each feature point; synthesizing a panoramic photo of the corresponding virtual sample plate BIM model based on the six-side view of the obtained virtual sample plate BIM model; and organizing the field implementation according to the synthesized panoramic photo of the virtual template BIM model. The management and control method disclosed by the invention has the advantages that the built BIM model is utilized to manufacture the corresponding 720 panoramic photo, the 720 panoramic photo is utilized to display each scene, the stereoscopic impression is strong, a user can adjust any angle to check, the method has higher intuitiveness and guidance, and the field implementation can be better guided.
Description
Technical Field
The invention relates to the field of virtual template guidance quality control, in particular to a virtual template guidance quality control method based on 720 panoramic photos.
Background
At present, in the engineering project construction management process, in order to ensure that the engineering quality meets the requirements of relevant technical standards and specifications and avoid the loss in the aspects of construction period, quality, cost and the like caused by large-area demolition, modification and rework, each enterprise uses an engineering quality template guidance system as a method for engineering construction quality control, the traditional method usually makes entity templates in corresponding engineering parts or independent areas outside the engineering parts, but the method effectively improves the engineering quality and has a plurality of disadvantages in application:
1. the manufacturing process and material use of the entity template are always high in standard and strict requirements, the manufacturing process is repeated acceptance, modification, acceptance again and completion, and the investment of resources such as people, machines, materials and the like is multiplied;
2. after the templates are handed over, no one needs to ask for help, the entity templates of non-engineering parts usually need to be dismantled after the engineering construction is finished, and become construction waste, so that the labor cost and the material cost are consumed secondarily, and the waste of resources is contrary to the green construction concept advocated by the current construction industry.
In order to solve the above drawbacks, the applicant proposed a method for controlling the quality of template routing by using a virtual template instead of a physical template (application publication No. CN106296026A, entitled virtual template routing quality control method based on BIM technology) disclosed in a prior chinese patent application, but the bottom-of-hand document used in the method is in the form of simulated animation, which has certain intuitiveness but has a poor effect of displaying local details, and when the simulated animation is used to expand on-site implementation, the method cannot provide structural display at each viewing angle, and is poor in guidance.
Disclosure of Invention
The invention aims to overcome the defects of the prior art, provides a virtual template guidance quality control method based on 720 panoramic photos, and solves the problems that the existing virtual template control is poor in local detail display effect, incapable of providing structure display of each visual angle, poor in guidance and the like due to the fact that the existing virtual template control is performed in a simulated animation mode.
The technical scheme for realizing the purpose is as follows:
the invention provides a 720 panoramic photo-based virtual sample board guidance quality control method, which comprises the following steps:
creating a virtual template BIM model based on a BIM technology;
setting a plurality of feature points, and acquiring six views of the BIM at each feature point;
synthesizing a panoramic photo of the corresponding virtual sample plate BIM model based on the six-side view of the obtained virtual sample plate BIM model; and
the live implementation is organized from the panoramic photograph of the synthesized virtual prototype BIM model.
The management and control method disclosed by the invention has the advantages that the built BIM model is utilized to manufacture the corresponding 720 panoramic photo, the 720 panoramic photo is utilized to display each scene, the stereoscopic impression is strong, a user can adjust any angle to check, the method has higher intuitiveness and guidance, and the field implementation can be better guided.
The invention further improves a virtual sample plate guidance quality control method based on 720 panoramic photos, which comprises the following steps:
searching the position corresponding to the panoramic picture of other virtual sample plate BIM models in the panoramic picture of each virtual sample plate BIM model as a first switching point position;
and creating a first switching hot spot of a switching scene at the first switching point position, and associating the created first switching hot spot with the panoramic photo of the corresponding virtual sample plate BIM model.
The invention further improves a virtual sample plate guidance quality control method based on 720 panoramic photos, which comprises the following steps:
selecting a member in the virtual sample plate BIM model, and acquiring parameter information corresponding to the member;
searching the position corresponding to the selected component in the panoramic picture of each virtual sample plate BIM model as a hot point position;
and creating a link hotspot of the parameter description at the hotspot point, and associating the created link hotspot with the parameter information of the corresponding component.
The invention further improves a virtual sample plate guidance quality control method based on 720 panoramic photos, which comprises the following steps:
selecting a partial structure from the virtual sample plate BIM model as a local model;
selecting a view point position corresponding to the local model;
acquiring six views of the local model at the view point;
and synthesizing a panoramic photo of the corresponding local model based on the acquired six-side views of the local model.
The invention further improves a virtual sample plate guidance quality control method based on 720 panoramic photos, which comprises the following steps:
searching a position corresponding to the local model in the panoramic picture of each virtual sample plate BIM model to be used as a second switching point position;
and creating a second switching hot spot of the switching scene at the second switching point position, and associating the created second switching hot spot with the corresponding panoramic photo of the local model.
The invention further improves a 720 panoramic picture-based virtual sample plate guidance quality control method, wherein the method comprises the following steps of synthesizing a panoramic picture of a corresponding virtual sample plate BIM model based on six views of the obtained virtual sample plate BIM model, and comprises the following steps:
the six views of the virtual template BIM model are processed based on 720yun software and the corresponding virtual template BIM model is synthesized.
The invention further improves a 720 panorama photo-based virtual template guidance quality control method, which is characterized in that before processing six views of a virtual template BIM based on 720yun software, the method further comprises the following steps:
and naming the six views of the BIM model of the virtual template by the displayed orientation.
The invention further improves a virtual sample plate guidance quality control method based on 720 panoramic photos, which comprises the following steps:
and uploading the panoramic picture of the synthesized virtual template BIM model to the cloud end and generating a corresponding access address.
The virtual sample plate guidance quality control method based on the 720 panoramic picture is further improved in that the access address is a two-dimensional code.
The invention further improves a 720 panoramic picture-based virtual sample board guidance quality control method, which is implemented on site according to the panoramic picture organization of a synthesized virtual sample board BIM model, and comprises the following steps:
and scanning the access address by using a mobile terminal, checking the panoramic picture of the corresponding virtual sample BIM model and carrying out corresponding organization field implementation.
Drawings
Fig. 1 is a flowchart of a 720 panorama photo-based virtual template guidance quality control method according to the present invention.
Detailed Description
The invention is further described with reference to the following figures and specific examples.
Referring to fig. 1, the invention provides a 720 panorama photo-based virtual template routing quality control method, which is suitable for pipeline comprehensive arrangement, steel structure engineering, building engineering, steel bar construction engineering and the like, realizes template routing quality control by replacing a solid template with a virtual template, and adopts 720 panorama photos as background content, so that a good three-dimensional virtual template can be provided, and some information can be integrated into a three-dimensional scene for being convenient to view. For example, for parameter information such as the system type of the pipeline in the comprehensive arrangement of the pipeline, the diameter of the pipeline, the height from the ground in the pipeline, and the like, even graphic and text information such as a section diagram and the like can be integrated into the virtual template in a hot spot mode. The existing three-dimensional animation can only reflect the information of approximate position relation, trend, relative height and the like between pipelines, and the vertical information of the specific height of the pipeline installation is difficult to reflect through the animation and still needs to be constructed by means of a produced section diagram. The 720 panoramic photo provided by the invention can realize paperless copying, and adds the information such as height, size and the like required by relation installation into a hot spot of a scene, so that a worker can construct more conveniently and quickly. The following describes a virtual template guidance quality control method based on 720 panoramic photos according to the present invention with reference to the accompanying drawings.
Referring to fig. 1, a flowchart of a 720 panorama photo based virtual template guidance quality control method according to the present invention is shown. The following describes a virtual template guidance quality control method based on 720 panoramic photos according to the present invention with reference to fig. 1.
As shown in fig. 1, the method for managing and controlling the virtual template guidance quality based on 720 panoramic photos provided by the present invention includes the following steps:
executing step S21, creating a virtual template BIM model based on the BIM technology; the BIM model can be a pipeline comprehensive arrangement model, a steel structure engineering model, a building engineering model, a steel bar construction engineering model and a model of a part in a main structure. The invention utilizes the BIM model as the virtual template to replace the existing entity template, is suitable for various engineering projects, and has the characteristics of simple operation process, high efficiency, less resource investment, low comprehensive cost, high turnover rate and low resource consumption. The virtual template can solve the problem of resource consumption caused by the manufacture of the entity quality template from the root, and opens up a new way for the introduction of the project quality template. Creating a virtual template BIM model based on BIM technology comprises: creating a virtual sample BIM model based on Autodesk Revit software, then checking and accepting the created virtual sample BIM model based on Fuzor software, continuing if the created virtual sample BIM model is qualified, and returning to the creating step for modification and adjustment if the created virtual sample BIM model is not qualified; and rendering the checked virtual template BIM model based on Lumion software, and outputting and storing the rendered virtual template BIM model.
Taking comprehensive pipeline arrangement as an example, establishing a BIM (building information modeling) model for comprehensive pipeline arrangement by using Autodesk Revit software, wherein the attributes such as classification, system type, specification and size, material and the like of a pipeline system need to be clarified; performing collision check and clearance check on the established relation comprehensive row BIM model based on Fuzor software, and checking and accepting the quality of the model; and rendering the BIM comprehensively arranged in the checked and accepted relationship based on Lumion software after the BIM is qualified, outputting and storing the BIM. Step S22 is then performed.
Step S22 is executed to set feature points and obtain six-side views of the BIM model. Setting a plurality of feature points, and acquiring six views of a BIM (building information modeling) model of a virtual sample plate at each feature point; the feature point is selected at a position capable of well displaying the virtual sample BIM, the feature point is equivalent to a visual angle, the structural state of the virtual sample BIM when the virtual sample BIM is viewed from the feature point is obtained, and six views of the virtual sample BIM in the structural state are obtained, wherein the six views comprise a top view, a bottom view, a front view, a rear view, a left view and a right view. Preferably, after the Lumion software renders the virtual template BIM model, feature points are selected from the Lumion software, and six-side views of the virtual template BIM model are generated at each feature point. Step S23 is then performed.
Step S23 is performed to synthesize a panoramic photograph using six-sided views. Synthesizing a panoramic photo of the corresponding virtual sample plate BIM model based on the six-side view of the obtained virtual sample plate BIM model; and synthesizing the six-side view of the obtained virtual sample plate BIM model into a corresponding panoramic picture of the virtual sample plate BIM model based on a 720 panoramic picture technology, wherein the obtained panoramic picture is in one-to-one correspondence with the feature points, namely the panoramic pictures with the same number as the feature points are obtained. Step S24 is then performed.
Step S24 is executed to organize the live implementation from the panoramic photograph. The live implementation is organized from the panoramic photograph of the synthesized virtual prototype BIM model. The synthesized panoramic photo is utilized to have lower content, and the field implementation is organized.
The management and control method disclosed by the invention has the advantages that the built BIM model is utilized to manufacture the corresponding 720 panoramic photo, the 720 panoramic photo is utilized to display each scene, the stereoscopic impression is strong, a user can adjust any angle to check, the method has higher intuitiveness and guidance, and the field implementation can be better guided.
As a preferred embodiment of the present invention, the method for managing and controlling further includes forming intercommunication among the panoramic photos, specifically including:
searching the position corresponding to the panoramic picture of other virtual sample plate BIM models in the panoramic picture of each virtual sample plate BIM model as a first switching point position;
and creating a first switching hot spot of a switching scene at the first switching point position, and associating the created first switching hot spot with the panoramic photo of the corresponding virtual sample plate BIM model.
Preferably, the position of the panoramic photo of one virtual template BIM model where other scenes can be seen is selected as a first switching point, a first switching hot point is created at the first switching point, the first switching hot point can be displayed in the panoramic photo of the virtual template BIM model in an icon form, the first switching hot point is connected with the panoramic photo of the virtual template BIM model corresponding to the first switching hot point, and the effect that the panoramic photo of the virtual template BIM model connected with the first switching hot point is skipped by clicking or touching the first switching hot point is achieved. The intercommunication among scenes displayed by the panoramic photos of the virtual sample plate BIM models is realized.
As another preferred embodiment of the present invention, the management and control method further includes setting a hot spot in each panoramic photo to add information such as type, size, position, and profile structure, which is convenient for viewing. The method specifically comprises the following steps:
selecting a member in a virtual template BIM model, and acquiring parameter information corresponding to the member; the selected component may be a single structural component, a node, or a local structural area, and corresponding parameter information is designed for the selected component, the parameter information may include information representing parameters such as component type, size, position, section view, construction drawing, and the like, and the parameter information may be displayed in the form of album, text, graphics, links, audio, and/or video.
Searching the position corresponding to the selected component in the panoramic picture of each virtual sample plate BIM model as a hot point position;
and creating a link hotspot of the parameter description at the hotspot point, and associating the created link hotspot with the parameter information of the corresponding component.
Preferably, the corresponding hot spot position is selected from the panoramic picture of the virtual template BIM model as a link hot spot, the link hot spot can be displayed in the panoramic picture of the virtual template BIM model in an icon form, the link hot spot is linked with the corresponding parameter information, and the corresponding parameter information can be displayed by clicking or touching the link hot spot.
As another preferred embodiment of the present invention, the management and control method of the present invention further includes making a panoramic photograph of the local structure, specifically including:
selecting a partial structure from the virtual sample plate BIM as a local model;
selecting a visual angle point position corresponding to the local model;
acquiring six-side views of the local model at the view point;
and synthesizing a panoramic photo of the corresponding local model based on the obtained six-side views of the local model.
When the intersection is carried out, the panoramic photo of the whole project must be submitted, but for a certain important local structure, the design has specificity, so that the special local structure needs to be displayed in a panoramic way, and the step provides the function of making the panoramic photo of the local structure.
Further, still include:
searching a position corresponding to the local model in the panoramic picture of each virtual sample plate BIM model to be used as a second switching point position;
and creating a second switching hot spot of the switching scene at the second switching point position, and associating the created second switching hot spot with the corresponding panoramic photo of the local model.
And forming intercommunication between the panoramic photo of the local model and the panoramic photos of the rest of the virtual template BIM model, namely adding a hot spot into the panoramic photos of the rest of the virtual template BIM model so as to enable the panoramic photo of the local model to be linked through the hot spot.
As another preferred embodiment of the present invention, a method for synthesizing a panoramic photograph of a virtual template BIM model based on six views of the obtained virtual template BIM model includes:
the six-sided view of the virtual template BIM model is processed based on 720yun software and the corresponding virtual template BIM model is synthesized.
Further, before processing six views of the virtual template BIM model based on 720yun software, the method further includes:
the six views of the virtual template BIM model are named separately for their displayed orientation. The top view is named as XX _ up, the bottom view is named as XX _ bottom, the front view is named as XX _ front, the rear view is named as XX _ back, the left view is named as XX _ left, and the right view is named as XX _ right, wherein XX selects terms for characterizing feature points, for example, feature points selected for a certain building project are two places, namely a front door outer place and a headspace, and the corresponding XX are respectively the front door outer place and the headspace. The renamed six-side views are imported into 720yun software, and processed by 720yun software to synthesize corresponding virtual template BIM models.
The first switching hotspot, the second switching hotspot and the link hotspot in the steps can be created through 720yun software, and the 720yun software has two functional hotspots, one is used for scene switching, and the other is used for linking, namely, linking a video file, a picture file or a text file.
Further, a sand table map is imported in the 720yun software, the position of the panoramic photo of each virtual template is indicated in the sand table map, all the panoramic photos (including the related node map, the section map and the construction area) and the sand table map are made into cross-background content, and the title and the brief introduction of the work are written, so that the panoramic photo making is completed.
And then, uploading the panoramic picture of the synthesized virtual template BIM model to the cloud end and generating a corresponding access address. And uploading the finished panoramic photo to a cloud-end platform and generating an access address for accessing the work, wherein the access address is preferably a two-dimensional code.
The steps implemented in the field of the organization of the panoramic photograph according to the synthesized virtual prototype BIM model include:
and scanning the access address by using the mobile terminal, checking the panoramic picture of the corresponding virtual template BIM model and carrying out corresponding organization field implementation. Preferably, the mobile terminal is a mobile phone. The generated two-dimensional code is shared in an exchange group or hung in a related construction area, the two-dimensional code is scanned or identified by using a mobile phone client to enter a webpage link, and then the cross-bottom implementation and the field implementation are organized according to a virtual sample plate and hot point prompt information of the panoramic photo.
When the panoramic photo and the hot spot are named, the name of a unit project or the position relation of an axis can be renamed, so that the corresponding part of the panoramic photo and the hot spot can be known by the name.
The cross content formed by the panoramic photo can be a method of an album, pictures and texts, links, audio or animation videos, or a combination of the methods.
While the present invention has been described in detail and with reference to the embodiments thereof as illustrated in the accompanying drawings, it will be apparent to one skilled in the art that various changes and modifications can be made therein. Therefore, certain details of the embodiments are not to be interpreted as limiting, and the scope of the invention is to be determined by the appended claims.
Claims (7)
1. A720 panoramic photo-based virtual sample board guidance quality control method is characterized by comprising the following steps:
creating a virtual template BIM model based on a BIM technology;
setting a plurality of feature points, and acquiring six views of the BIM at each feature point;
synthesizing a panoramic photo of the corresponding virtual sample plate BIM model based on the six-side view of the obtained virtual sample plate BIM model; and
organizing the field implementation according to the synthesized panoramic photo of the virtual sample plate BIM model;
further comprising:
searching the position corresponding to the panoramic picture of other virtual sample plate BIM models in the panoramic picture of each virtual sample plate BIM model as a first switching point position;
creating a first switching hot spot of a switching scene at the first switching point location, and associating the created first switching hot spot with the panoramic photo of the corresponding virtual sample plate BIM model;
further comprising:
selecting a partial structure from the virtual sample plate BIM model as a local model;
selecting a view point position corresponding to the local model;
acquiring six views of the local model at the view point;
synthesizing a panoramic photo of the corresponding local model based on the acquired six-side views of the local model;
further comprising:
searching a position corresponding to the local model in the panoramic picture of each virtual sample plate BIM model to be used as a second switching point position;
creating a second switching hot spot of a switching scene at the second switching point position, and associating the created second switching hot spot with the corresponding panoramic photo of the local model;
and importing a sand table diagram in 720 cloud software, indicating the position of the panoramic photo of each virtual template in the sand table diagram, making all the panoramic photos and the sand table diagram into background content, and compiling the title and brief introduction of the work so as to finish the production of the panoramic photos.
2. The method of claim 1, wherein the 720-panorama-based virtual template guidance quality control method further comprises:
selecting a member in the virtual sample plate BIM model, and acquiring parameter information corresponding to the member;
searching the position corresponding to the selected component in the panoramic picture of each virtual sample plate BIM model as a hot point position;
and creating a link hotspot of the parameter description at the hotspot point, and associating the created link hotspot with the parameter information of the corresponding component.
3. The method as claimed in claim 1, wherein the step of synthesizing a panoramic image of a corresponding virtual template BIM model based on six views of the obtained virtual template BIM model comprises:
the six views of the virtual template BIM model are processed based on 720yun software and the corresponding virtual template BIM model is synthesized.
4. The method as claimed in claim 3, wherein the 720 panorama based virtual template guidance quality control method further comprises, before processing six views of the virtual template BIM based on 720yun software:
and naming the six views of the BIM model of the virtual template by the displayed orientation.
5. The method of claim 1, wherein the 720-panorama-based virtual template guidance quality control method further comprises:
and uploading the panoramic picture of the synthesized virtual template BIM model to the cloud end and generating a corresponding access address.
6. The method as claimed in claim 5, wherein the access address is a two-dimensional code.
7. The method as claimed in claim 5, wherein organizing the panoramic photo according to the synthesized virtual template BIM model in the field comprises:
and scanning the access address by using a mobile terminal, checking the panoramic picture of the corresponding virtual sample BIM model and carrying out corresponding organization field implementation.
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| CN109376395A (en) * | 2018-09-26 | 2019-02-22 | 中建五局第三建设有限公司 | A kind of architectural design management method and system |
| CN110287613A (en) * | 2019-06-28 | 2019-09-27 | 中国建筑第八工程局有限公司 | The method and its system of BIM guiding construction operation |
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