TW202034202A - Architectural model generation method - Google Patents

Abstract

An architectural model generation method includes an input device receiving floor information, the input device receiving building component information corresponding to the floor information, the input device receiving building part information corresponding to the building component information, the input device receiving a plurality of parameters corresponding to the building part information, and a processor generating an architectural model according to the floor information, the building component information, the building part information, and the plurality of parameters.

Description

Building model generation method

The present invention relates to modeling technology, especially a method for generating building models.

Computer-aided design can speed up modeling and reduce modeling costs. There are many applications in architectural design, such as 2D drawing tools and 3D modeling and rendering tools. However, among these computer-aided design tools, some tools such as Citygen still need to write code and learn to generate complex buildings, while other tools such as Archimatix Pro do not provide an easy-to-use user interface.

Therefore, there is a need for a building model generation method to allow users to easily create a building model.

An embodiment of the present invention provides a building model generation method, including an input device receiving floor data, the input device receiving building component data corresponding to the floor data, the input device receiving building part data corresponding to the building component data, and the input device receiving corresponding building data The plural parameters of, and the processor generates a building model based on floor data, building component data, building part data and some parameters.

Figure 1 is a schematic diagram of a building model generation framework 1 according to an embodiment of the present invention. The architectural model generation framework 1 can generate architectural models, and includes a user interface part and an architectural model generation part. The user interface part may include a user input interface method 10 and a building model drawing method 15. The user input interface method 10 is used to receive user input data to generate a building model, and the building model drawing method 15 is used to display the building model in real time for the user to review the building The model produces results. The building model generation part includes building data storage method 11, building data 12, building data classification method 13, and production method 14. Building data storage method 11 is used to obtain user input data and store user input data in the data structure shown in building data 12 , The building data classification method 13 is used to provide different types of data in the building data 12 to the generation method 14 to use, so that the generation method 14 generates the roof model, the roof model and the foundation model according to the different types of data in the building data 12 And based on the roof model, the roof model and the platform model to produce the final building model.

The building data 12 includes floor data 120, roof data 121, house body data 122, platform data 123, and building part data and parameters 124, 125, 126, and is stored in a hierarchical manner. For example, the floor data 120 of a specific floor can correspond to the roof data 121, the building body data 122 and the base data 123 of a specific floor, the roof data 121 of a specific floor can correspond to its building part data and parameters 124, the house data of a specific floor 122 can correspond to its building part data and parameters 125, and the platform base data 123 of a specific floor can correspond to its building part data and parameters 126. In some embodiments, the floor data 120 may only correspond to a part of the roof data 121, the building data 122, and the base data 123. For example, the first floor may only have the roof data 121 and the building data 122. Does not have station-based information 123. In other embodiments, the floor data 120 may correspond to all of the roof data 121, the house body data 122, and the base data 123. For example, the first floor may have all of the roof data 121, the house body data 122, and the base data 123.

The production method 14 includes a roof production method 140, a roof production method 141, and a platform production method 142. The roof generation method 140 is used to receive the roof data 121 and the corresponding building part data and parameters 124 to generate a roof model, and the house body generation method 141 is to receive the house body data 122 and the corresponding building part data and parameters 125 to generate the roof model. The base generation method 142 is used to receive base data 123 and the corresponding building part data and parameters 126 to generate base models. The final generation method 14 can be combined with roof models, roof models, and/or bases of each floor. Models to produce architectural models. In some embodiments, since the floor data 120 only corresponds to a part of the roof data 121, the building body data 122, and/or the base data 123, only the corresponding roof generation method 140, the house body generation method 141 and/or Or the platform base generation method 142 generates a roof model, a house body model, and/or a platform model.

Figure 2 shows a user interface 2 suitable for the user interface part of the architectural model generation framework 1, including a building part data block 20, a building part data block 22, a parameter block 24, and a building model display block 26. The building component data block 20 can display the building component data options such as roof block 200, roof block 202, and base block 204. Roof block 200, roof block 202, and base block 204 can select roofs respectively Data 121, house data 122 and platform data 123. The building part data block 22 can display the selected roof data 121, the building part data 122, or the building part data option of the foundation data 123 to select the corresponding building part data. For example, the building part data option of the roof data 121 can be the overall length, Overall height, spine, etc. The parameter block 24 can display the parameter options of the selected building part data to adjust the corresponding parameters. For example, the parameter options of the orthopedic ridge may be the orthopedic ridge style, the orthopedic ridge length, and the orthopedic ridge height. The building component data options, building part data options, and parameter options are not limited to the options shown in Figure 2, and can be updated or expanded by installing the building model expansion tool. The architectural model display block 26 can instantly display the architectural model rendered by the architectural model drawing method 15.

FIG. 3 is a block diagram of the computer equipment 3 used to generate a building model, including a processor 30, an input device 32, a memory 34, and a display 36. The processor 30 is coupled to the input device 32, the memory 34 and the display 36. The memory 34 can store architectural model generation tools, architectural model data, and architectural model expansion tools that can realize the architectural model generation framework 1, and can be random access memory, cache memory, hard disk, flash drive, or a combination thereof. The processor 30 can load architectural model generation tools, architectural model data and/or architectural model expansion tools from the memory 34 to generate architectural models, and can be a general-purpose processor, a central processing unit, a graphics processor, an image processor, Digital signal processors, controllers, microprocessors, special application integrated circuits, field programmable logic gate arrays or combinations thereof. The input device 32 can receive the building model parameters input by the user, and can be a keyboard, a mouse, a touch screen, a voice input device, and a combination thereof. The display 34 can display the building model in real time, and can be a liquid crystal display, a photodiode display, a projector, a plasma display, a cathode ray tube display, other visual devices, or a combination thereof.

Figure 4 is a flowchart of the architectural model generation method 4, which uses computer equipment 3 to realize the architectural model generation framework 1. The building model generation method 4 includes steps 400 to 410. Any reasonable technical changes or step adjustments belong to the scope disclosed by the present invention.

Step S400: The input device 32 receives floor information;

Step S402: The input device 32 receives the building component data corresponding to the floor data;

Step S404: The input device 32 receives the building part data corresponding to the building component data;

Step S406: The input device 32 receives a plurality of parameters corresponding to the partial data of the building;

Step S408: The processor 30 generates a building model based on floor data, building component data, building part data, and multiple parameters;

Step S410: The display 36 displays the building model.

In steps S400 to S406, the input device 32 sequentially receives floor data, building part data corresponding to the floor data, building part data corresponding to the building part data, and multiple parameters corresponding to the building part data. The building component data includes roof data 221, house body data 222, and platform data 223, and the building component data corresponding to the building component data and the multiple parameters corresponding to the building component data may be building component data and parameters 124, 125, and 126. The processor 30 can update the options of the building component data, the options of the building part data and/or the options of the parameters. Then in steps S408 and S410, the processor 30 generates a building model based on the floor data, building component data, building part data, and a plurality of parameters, and the display 36 displays the generated building model.

The architectural model generation framework 1 and architectural model generation method 4 allow users to easily create architectural models. The foregoing descriptions are only preferred embodiments of the present invention, and all equivalent changes and modifications made in accordance with the scope of the patent application of the present invention shall fall within the scope of the present invention.

1: Building model generation architecture 10: User input interface method 11: Construction materials preservation method 12: Building Information 120: Floor Information 121: Roof Information 122: House Information 123: Station Base Information 124, 125, 126: Some building materials and parameters 13: Classification method of building materials 14: Production method 140: Roof generation method 141: How to Generate a House 142: Base Generation Method 15: Architectural model drawing method 2: User interface 20: Building component data block 200: roof block 202: House Block 204: Station Base Block 22: Building data block 24: parameter block 26: Building model display block 3: computer equipment 30: processor 32: input device 34: memory 36: display 4: Building model generation method S400 to S410: steps

Figure 1 is a schematic diagram of a building model generation structure according to an embodiment of the present invention. Figure 2 is a schematic diagram of the user interface of the architecture model generation structure in Figure 1. Figure 3 is a block diagram of the computer equipment used to generate the building model. Figure 4 is a flowchart of the building model generation method using the computer equipment in Figure 3.

2: User interface

20: Building component data block

200: roof block

202: House Block

204: Station Base Block

22: Building data block

24: parameter block

26: Building model display block

Claims (6)

A method of building model generation, including: An input device receives floor information; The input device receives the building component data corresponding to the floor data; The input device receives the construction part data corresponding to the construction component data; The input device receives a plurality of parameters corresponding to the building data; and A processor generates a building model based on the floor data, the building component data, the building part data, and the parameters. The method according to claim 1, wherein the building component data includes roof data, house body data, and platform data. The method according to claim 1, further comprising a display to display the building model. The method described in claim 1 further includes an option for the processor to update the building component data. The method described in claim 1 further includes an option for the processor to update part of the building data. The method described in claim 1 further includes an option for the processor to update the parameters.

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