TWI835471B - Method for editing layout plan, system and computer-readable storage medium - Google Patents

Abstract

A method for editing a layout plan, a system and a computer-readable storage medium are provided. A computer-implemented layout editor is provided. The layout editor can be applied to various image files that can be used to render a three-dimensional layout plan. The layout editor receives one of layout files in various formats and extracts space and room information therefrom after a format transformation. A layout image is displayed on an editing interface. In the layout editor, multiple software tools are provided for performing layout editing, hotspot editing, room entrance marking, and multiple rooms relationship editing so as to establish a specific three-dimensional layout plan. Every editing function corresponds to a specific user interface. An artificial intelligence technology can be used to identify the space and the rooms, and mark the entrances. A three-dimensional space image is finally rendered after mapping the room images.

Description

Layout diagram editing method, system and computer-readable storage media

The description discloses a pattern editing technology, in particular a pattern diagram editing method, system and computer-readable storage medium for editing multiple pattern files through a pattern editor implemented in a computer system.

With the gradual maturity of stereoscopic image formation and stereoscopic model modeling technology, many ways of using three-dimensional stereoscopic images to present objects have been developed. For example, a camera can be used to capture an image of a scene, and three-dimensional modeling software can be used to scan the space. A three-dimensional image can be formed.

It is known that three-dimensional models can be generated from various formats of data, such as floor plans, panoramic views, and mesh diagrams captured by photography tools. They are diverse, but are not easy to integrate on one platform. Applications of 3D models include using 3D models to produce 3D images for teaching, providing virtual 3D images for use in virtual reality or augmented reality, and constructing 3D images for virtual showrooms. However, the technical threshold for applying three-dimensional models is not low. Professional assistance is required to construct three-dimensional images for specific applications, and it is not easy to apply on general platforms.

This disclosure proposes a layout diagram editing method, system and computer-readable storage medium. Through the software method in the computer system, a layout editor can be processed, which can process a variety of image data that can realize three-dimensional layout diagrams, and provide various layout editing methods. Function that allows users to perform operations such as layout editing, site editing, room entrance annotation, and multi-room relationship editing.

According to the embodiment, in the pattern diagram editing method, a computer-implemented pattern editor is provided through the computer system. After receiving the pattern file through an application program interface, the pattern image data in the pattern file can be obtained through file conversion, and a The information of the space and the information of one or more rooms in the space are used to construct a pattern image based on the information of the space and the information of one or more rooms, and the pattern image is displayed through an editing interface in the pattern editor. This editing interface performs layout editing, site editing, marking each room entrance, and/or multi-room relationship editing to create a three-dimensional layout diagram.

Preferably, the layout file may be a panoramic atlas, a plan atlas or a grid atlas describing the space. When the wall information in the pattern image data obtained through the pattern file is used, the pattern of each room can be identified, and the spatial relationship between multiple rooms can be included.

Further, when executing pattern editing, a pattern editing area is started in the editing interface of the pattern editor to display pattern images of one or more rooms, in which the walls, ceilings and walls predicted by artificial intelligence technology are displayed. Floor position and adjust the layout of each room according to the selected site.

Further, when performing site editing, a site editing area is started in the editing interface of the layout editor. After selecting the site of one of the one or more rooms, the room corresponding to this site is displayed. Pattern the image and then adjust the objects in the room.

Further, when marking the entrances of each room, an entrance marking area is started in the editing interface of the layout editor, in which the layout image is displayed and one or more entrances of one or more rooms are predicted through artificial intelligence technology, and Provides access for annotation, addition and modification.

Further, when performing multi-room relationship editing, a room relationship editing area is started in the editing interface of the layout editor, which displays layout images of multiple rooms and provides the ability to adjust the relative positions between multiple rooms and each room. Entrance location.

According to an embodiment, further, images of one or more rooms are obtained from the layout image data converted from the received layout file. After the three-dimensional layout map is generated, the images of one or more rooms can be mapped to the three-dimensional layout map. A layout diagram forms a three-dimensional spatial image including one or more rooms in the space.

The layout map editing system proposed in the disclosure proposes a computer system that can implement a computer host or server, which provides an application program interface for receiving layout files, and provides a layout editor for editing spatial layout diagrams through the network. The computer system executes the above pattern editing method.

The disclosure proposes a computer-readable storage medium in which a computer program set for implementing a pattern editor is stored, which includes instructions for receiving a pattern file, instructions for performing file conversion, instructions for obtaining spatial pattern image data from the pattern file, and Instructions for obtaining the information of the space and the information of one or more rooms in the space from the layout file, instructions for constructing the pattern image based on the information of the space and the information of one or more rooms, instructions for providing an editing interface to display the pattern image, and execution Instructions for pattern editing, instructions for executing site editing, instructions for marking entrances to each room, instructions for editing multi-room relationships, and instructions for establishing a three-dimensional layout diagram.

In order to further understand the features and technical content of the present invention, please refer to the following detailed description and drawings of the present invention. However, the drawings provided are only for reference and illustration and are not used to limit the present invention.

The following is a specific example to illustrate the implementation of the present invention. Those skilled in the art can understand the advantages and effects of the present invention from the content disclosed in this specification. The present invention can be implemented or applied through other different specific embodiments, and various details in this specification can also be modified and changed based on different viewpoints and applications without departing from the concept of the present invention. In addition, the drawings of the present invention are only simple schematic illustrations and are not depictions based on actual dimensions, as is stated in advance. The following embodiments will further describe the relevant technical content of the present invention in detail, but the disclosed content is not intended to limit the scope of the present invention.

It should be understood that although terms such as “first”, “second” and “third” may be used herein to describe various components or signals, these components or signals should not be limited by these terms. These terms are mainly used to distinguish one component from another component, or one signal from another signal. In addition, the term "or" used in this article shall include any one or combination of more of the associated listed items depending on the actual situation.

The disclosure is about a layout drawing editing method, system and computer-readable storage medium. The system is mainly a computer system that provides various layout editing software tools. A layout editor is implemented through the computer system and can be applied to a variety of layout files. The editing interface provided allows users to operate layout editing, site editing, room entrance annotation, and multi-room relationship editing. According to actual needs, users can edit the layout diagram displayed in the layout editor and edit it in a By applying the three-dimensional space pattern and room images to set up sites in the virtual space, users can simulate browsing a virtual space.

Figure 1 shows an embodiment of a layout diagram editing system using a computer system. The computer system can implement a computer device for running the layout diagram editing method. The illustration shows the computer system implementing a server 100, and the server 100 executes the layout diagram editing method. The server 100 provides a service for the user device 120 to perform layout map editing through the network 10 . The server 100 realizes the function of executing layout editing through software and hardware processing capabilities, such as the layout editing unit 101, the site editing unit 102, the entrance annotation unit 103 and the multi-room relationship editing unit 104 as shown in the figure. Different functions are provided with specific The editing interface provides users with the ability to perform layout editing, site editing, room entrance annotation, and multi-room relationship editing.

In this way, the server 100 implemented as a computer system or a specific computer host provides an application program interface to receive a layout file from the user device 120, and then provides an editing interface so that the user can edit the layout diagram. The layout file is a panorama, floor plan or mesh that describes a space. The server 100 can provide a layout for editing the layout plan of the space through the network 10 Editor.

The server 100 is provided with a database 110 for storing pattern files uploaded by users, including various files generated through editing by a pattern editor. Through the database 110, users can perform remote pattern editing through various devices. Taking a terminal computer device as an example, after receiving the layout file uploaded by the user, a layout editor can be provided for the user to edit the layout using the editing interface. After layout editing, site editing, room entrance annotation and multi-room relationships, a three-dimensional model can be formed to provide three-dimensional space browsing.

For the layout diagram editing method performed by the layout diagram editing system described in the above embodiment, reference can be made to the flow chart of the embodiment shown in FIG. 2 .

According to the layout diagram editing method described in the embodiment process, the system provides a computer-implemented layout editor and receives a layout file through the application programming interface (API) (step S201), because the layout file can describe a panoramic atlas or a plan atlas. Or grid atlas and other image files in various formats, the pattern image data in the pattern file needs to be obtained after format conversion (step S203), in which each wall information in the pattern image data obtained from the pattern file can be used to identify each The layout of the room and/or the spatial relationship between multiple rooms (step S205).

Among them, the computer system obtains the image of one or more rooms from the pattern image data converted from the received pattern file, and after calculation to generate the three-dimensional pattern map, it can also map the image of one or more rooms to the three-dimensional pattern map. , forming a three-dimensional spatial image including one or more rooms in the space. In the system, the computer system provides various editing interfaces through the pattern editor. The software method in the computer system can also include the artificial intelligence method used. Based on the information of the space and the information of one or more rooms, through relevant identification The model identifies its components to construct a pattern image, and displays the pattern image through an editing interface in the pattern editor, allowing users to use a variety of editing tools provided by the pattern editor.

Through the pattern editor, the user performs pattern editing through the editing interface (step S207). A pattern editing area can be started in the editing interface of the pattern editor to display pattern images of one or more rooms. According to the embodiment, The positions of walls, ceilings and floors are calculated through artificial intelligence technology, and the layout of each room is adjusted according to the selected site. Please refer to the example diagram of the pattern editing interface in the pattern editor shown in Figure 3. The editing interface shown in the legend is divided into several blocks. When editing the two-dimensional or three-dimensional pattern, the panorama can be imported and displayed in the panorama editing area. 301 in. The editing modes provided by the layout editor include, for example, a 2D mode 311 for editing in a flat form, a 3D mode 312 for editing in a three-dimensional layout, and a user setting site (hotspot) to set the browsing space in the panorama editing area 301 Perspective Site Pattern 313. A floor plan browsing area 303 is provided at the bottom of the editing interface, so that when the user edits the panorama, the floor plan and perspective of the space can be checked at the same time from the floor plan browsing area 303 .

There is a layout map attribute 305 on one side of the legend editing interface, which describes the information of the layout map currently being edited, such as file format, space size, number of rooms, site information, etc. There is also a block to display scene information 307, which displays the name of the layout diagram, editing information, room names and entrance information, etc., and can provide a structure list 309, which displays multiple rooms and numbers in a list, and the number of each room. Site information, as well as the walls around the site and their numbers, etc. In this way, the user can use the input device (such as mouse, keyboard, stylus, gesture, etc.) on the computer device to edit in the panorama editing area 301 or the plan view browsing area 303.

Then, site editing is performed in the process shown in Figure 2, including setting the location coordinates and direction of a site in a specific room (step S209). When performing site editing, the editing interface of the layout editor starts In a site editing area, after selecting a site in one of the rooms or rooms, the layout image of the room in the corresponding site will be displayed, and then the objects in the room can be adjusted. Refer to Figure 4 for an example diagram of the site editing interface in the layout editor.

According to the site editing interface embodiment shown in Figure 4, the panorama editing area includes panorama editing area one 401 and panorama editing area two 402, providing editing in 2D mode 411, 3D mode 412 and site mode 413. mode, the floor plan browsing area 403 below shows that the selected room has multiple sites that can be selected. The legend uses a small camera pattern to indicate the location of the site and the direction of view of the site. The user can use the computer input device to select the room to edit the room. site.

The editing interface also provides layout diagram attributes 405, scene information 407, and structure list 409. In this example, structure list 409 shows that this space has room 1, room 2 and room 3, which has one or more sites, allowing users to edit, delete or add sites, and can be displayed when editing sites. A panoramic view from each site.

Users can mark the entrances of each room through the layout editor, such as marking the coordinates and direction of the room entrance. This is important information in constructing a three-dimensional layout diagram. Artificial intelligence methods (manual labeling is not excluded) can be used to identify and mark different differences in the layout diagram. The entrance and exit of the room (step S211). In particular, when marking the entrance of each room, an entrance marking area can be started in the editing interface of the layout editor, in which the layout image is displayed and an artificial intelligence technology is used to predict an entrance. Or one or more entrances to multiple rooms, and provide entrances for marking, adding, and modifying. For the relevant editing interface, please refer to the embodiment diagram of the entry annotation editing interface in the layout editor shown in Figure 5.

When marking the entrance, the layout diagram editing area 501 in the diagram displays the spatial layout diagram presented by the layout file. In this example, it is represented by a panorama. There is a floor plan browsing area 503 below the editing interface, in which there are multiple camera icons indicating that Select the field of view position to be edited. The editing interface also includes layout map attributes 505, scene information 507, and structure list 509. This example shows that the layout map includes room 1, room 2, and room 3, each with a different site. Mark the editing interface through this entrance, and in the room Site 1 in site 2 is marked with entrance 1.

Next, multi-room relationship editing is performed in the process shown in Figure 2 (step S213). The relationship between adjacent rooms in the space is edited through the layout editor. A room relationship editing area is started in the editing interface of the layout editor, in which multiple rooms are displayed. The layout image provides the ability to adjust the relative positions between multiple rooms and the entrance position of each room. For embodiments, please refer to the example diagram of the multi-room relationship editing interface in the layout editor shown in FIG. 6 .

According to the embodiment of the room relationship editing interface shown in FIG. 6 , the panorama editing area 601 displays an image of a certain room in multiple rooms obtained through layout file conversion, and provides the user with space to browse multiple rooms in the floor plan browsing area 603 Relationship, in which a small camera pattern indicates the site location and field of view direction. The user can edit multi-room relationships through the floor plan browsing area 603. In this example, the first room 631, the second room 632 and the third room 633 are schematically displayed. After selection, a certain room layout is displayed in the panorama editing area 601. . The layout diagram attributes 605, scene information 607 and structure list 609 are displayed on both sides of the editing interface.

The structure list 609 displays the sites in three rooms (631, 632 and 633) and the entrance information marked by the entrance. For example, site 2 of room 1 has entrance 1, site 3 of room 2 has entrance 2, etc. .

After the above-mentioned layout editing, site editing, entrance annotation and multi-room relationship editing, a three-dimensional layout diagram can be created through compilation (step S215). Further, if the layout file includes images of each wall of the room, the room images can be mapped on the three-dimensional layout map to create images corresponding to each site (step S217), and finally generate a three-dimensional space image (step S219) .

In this way, when applying the above three-dimensional pattern diagram, the browser can display the three-dimensional space image, allowing the user to decide the site to browse the space, and the system will then display the corresponding image according to the location and viewing angle of the selected site, allowing the user to operate each site. When a site is located, the room image will be displayed according to the corresponding relationship after mapping, so as to achieve the purpose of browsing the three-dimensional space.

The following illustration further shows the implementation of room layout editing, site editing, room entrance editing, and multi-room relationship editing through the layout editor.

Figure 7 shows an embodiment of the room layout editing interface in the layout editor. This example shows that the room layout editing area 70 is displayed through the editing interface, and a single room layout can be edited. A room layout diagram 700 composed of multiple walls is displayed, including The modified part 701 of the wall being edited can be dragged, deleted or added using editing tools.

Figure 8 shows an embodiment of the site editing interface in the layout editor. The legend shows that there is a room layout diagram 800 in the site editing area 80, in which a small camera pattern is used to mark the location of the site. When one of the sites is selected, such as Site 801 is being revised, and the site location and field of view direction can be moved.

Figure 9 then shows an embodiment of the entrance label editing interface in the layout editor. This example shows a panoramic view 900 of a room displayed in an entrance label area 90. The computer system can automatically identify the entrance through artificial intelligence methods, and can automatically Annotation, such as annotation entrance 901 in the figure. The entrance marked by the computer system can then be manually confirmed or modified.

Figure 10 shows an embodiment diagram of the multi-room relationship editing interface in the layout editor. This picture shows that there are three rooms in the room relationship editing area 10, namely the first room 11, the second room 12 and the third room 13. The user can Adjust the spatial relationship of multiple rooms by dragging, rotating and moving editing tools. For example, room 105 under revision in the schematic representation can be dragged to a specific position.

After completing the above various edits, the system will generate a three-dimensional model based on the stored format file. As shown in Figure 11, the layout editor displays an example diagram of the three-dimensional model. When the multi-room layout editing and multi-room layout editing are completed in the above embodiment, After editing the room relationship, the three-dimensional model 111 can be calculated. The three-dimensional model 111 in the illustration shows that it consists of the first room 11', the second room 12' and the third room 13'.

It is further explained that in the layout diagram editing method proposed in the disclosure, the layout file received by the system can be a panoramic atlas, a plan atlas or a grid atlas. In this way, the panorama, plan view and grid map can all use artificial intelligence technology, image processing methods, or manual annotation tools (interfaces) to obtain the initial three-dimensional pattern information, and then input it into the pattern editor for adjustment.

Taking the floor plan set as an example, you can refer to the embodiment diagram of introducing a floor plan to create a room layout as shown in Figure 12, which shows a first floor plan group 121, a second floor plan group 122 and a third floor plan group 123. Through the format editor , you can use artificial intelligence technology, image processing methods, or manual annotation tools to correspond to each room and group according to the characteristics of each floor plan or grid map, and obtain the room entrance location through the entrance mark, and obtain the room entrance location based on the relationship between multiple rooms. The spatial relationship between adjacent rooms is determined to establish a multi-room pattern in a three-dimensional space. This example shows the first room 1211, the second room 1222 and the third room 1233.

Figure 13 shows an embodiment of using a panorama to perform stereoscopic pattern editing. The illustration shows that the format file includes a first panorama 131, a second panorama 132 and a third panorama 133. According to the room grouping, the panorama After establishing the correlation, and predicting and labeling the entrances to the rooms, all the panoramas can be grouped and merged according to the correlation, and a three-dimensional pattern can still be established.

Figure 14 shows another embodiment of the layout editing interface. It is shown as a three-dimensional layout editing area 141, which displays the three-dimensional layout obtained through the above-mentioned panorama or plan calculation. Below is a plan browsing area 143, which displays the corresponding three-dimensional view. The floor plan of the layout plan, which schematically indicates multiple sites and a wall 1431 being modified, allows the user to edit the three-dimensional layout plan through the floor plan browsing area 143. The layout diagram attributes 145, scene information 147 and structure list 149 related to this three-dimensional layout diagram are also displayed on this editing interface. In this example, structure list 149 shows multiple rooms and the stations within each room.

Figure 15 shows an embodiment of the panorama editing area, in which a panorama editing area 151 is displayed, in which an entrance 1511 marked in the panorama is displayed. This entrance can be edited through the floor plan displayed in the floor plan browsing area 153 below. This example shows the first The first room 1531, the second room 1532 and the third room 1533. One side of the figure shows the layout map attributes 155, the other side shows the scene information 157, and also includes a structural list 159 of the entrance information in multiple rooms.

In the floor plan browsing area 153, the user can edit the layout and mark the entrance through the editing tool, and the result is displayed in the structure list 159. This example shows that after the entrance is marked, room 1 includes entrance 1 and entrance 2, and room 2 includes entrance 1 and entrance 2. Entrance 3 and Entrance 4.

For another embodiment, refer to an embodiment of the three-dimensional layout diagram editing area shown in Figure 16. The figure shows a three-dimensional layout diagram editing area 161 including a three-dimensional layout diagram, and the lower plan view browsing area 163 displays the corresponding plan view, which provides The edit room function shows that there is a wall 1631 that is being revised. Similarly, the layout diagram attributes 165, scene information 167 and structure list 169 are also displayed.

For another embodiment, refer to Figure 17. The three-dimensional layout diagram editing area 171 displays a three-dimensional layout diagram in another display mode. The lower plan view browsing area 173 displays a room plan including multiple sites, and there is a site 1731 that is being edited. . Other blocks are displayed as layout map attributes 175, camera information 176 and scene information 177 specifically displayed at each station, and a structural list 179 of information about multiple stations in different rooms.

After the above pattern editing is completed, it can be saved as a three-dimensional pattern diagram, and can be mapped to form a site embodiment diagram in a three-dimensional space diagram as shown in Figure 18.

The schematic diagram shows a completed three-dimensional space map 180, which shows three sites 181, 182, and 183. There is a virtual person standing at site 182. The system determines the location and perspective of the site 182 selected, and the correlation of the images. , to map the surrounding walls, in application, it is the application of virtual browsing of a three-dimensional space, and when the virtual person moves to another site, the mapping can be completed in real time to change the surrounding images.

According to the layout diagram editing method and system described in the above embodiments, the invention described in this disclosure further includes a computer-readable storage medium in which a computer program set for implementing a layout editor is stored. The computer program set mainly includes instructions for receiving a layout file, instructions for performing file conversion, instructions for obtaining layout image data of a space from the layout file, and obtaining information about the space and one or more rooms in the space from the layout file. Information instructions, instructions for constructing a pattern image based on space information and information of one or more rooms, instructions for providing an editing interface to display the pattern image, instructions for executing pattern editing, instructions for executing site editing, and instructions for marking the entrances of each room commands, commands to edit multi-room relationships, and commands to create a three-dimensional layout.

In summary, through the layout diagram editing method and system described in the above embodiments, the computer system provides a layout editor that can be applied to files in various formats, and displays editable files with one or more formats through a graphical user interface. The room layout map can be generated into a three-dimensional layout map after layout editing, site editing, room entrance marking, and multi-room relationship editing. Users can use the layout editor function to adjust the three-dimensional image of the space, which can simulate a specific space. Provides users with a service to virtually browse various objects in multiple rooms in a three-dimensional space.

The contents disclosed above are only preferred and feasible embodiments of the present invention, and do not limit the scope of the patent application of the present invention. Therefore, all equivalent technical changes made by using the description and drawings of the present invention are included in the application of the present invention. within the scope of the patent.

10:Internet 120: User device 100:Server 110:Database 101: Pattern editing unit 102: Site editing unit 103: Entrance labeling unit 104:Multi-room relationship editing unit 301: Panorama editing area 311:2D mode 312:3D mode 313:Site mode 303: Floor plan browsing area 305: Pattern diagram attributes 307: Scene information 309: Structure list 401: Panorama editing area 1 411:2D mode 412:3D mode 413:Site mode 402: Panorama editing area 2 403: Floor plan browsing area 405: Pattern diagram properties 407: Scene information 409: Structure list 501: Pattern diagram editing area 503: Floor plan browsing area 505: Pattern diagram attributes 507: Scene information 509: Structure list 601: Panorama editing area 603: Floor plan browsing area 631:The first room 632:Second room 633:The third room 605: Pattern map properties 607: Scene information 609: Structure list 70: Room layout editing area 700: Room layout diagram 701: Wall under revision 80: Site editing area 800: Room layout diagram 801: Site under revision 90: Entrance marking area 900: Panorama 901: marked entrance 10: Room relationship editing area 11:The first room 12:Second room 13:The third room 105:Room under revision 111: 3D model 11’:The first room 12’:Second room 13’:The third room 121: First floor plan group 122: Second floor plan group 123:Third floor plan group 1211:The first room 1222:Second room 1233:The third room 131:First Panorama 132:Second Panorama 133:The third panorama 141: Three-dimensional pattern editing area 143: Floor plan browsing area 1431:Wall under revision 145: Pattern diagram properties 147: Scene information 149: Structure list 151: Panorama editing area 1511: marked entrance 153: Floor plan browsing area 1531:The first room 1532:Second room 1533:The third room 155: Pattern diagram properties 157: Scene information 159: Structure list 161: Three-dimensional pattern editing area 163: Floor plan browsing area 1631: Wall under revision 165: Pattern diagram properties 167: Scene information 169: Structure list 171: Three-dimensional pattern editing area 173: Floor plan browsing area 1731: Site under editing 175: Pattern diagram properties 176:Camera information 177: Scene information 179: Structure list 180: Three-dimensional space diagram 181, 182, 183:site Steps S201 to S219: Layout diagram editing process

Figure 1 shows an embodiment diagram of a layout diagram editing system;

Figure 2 shows a flow chart of an embodiment of a layout diagram editing method;

Figure 3 shows an embodiment diagram of the pattern editing interface in the pattern editor;

Figure 4 shows an embodiment of the site editing interface in the layout editor;

Figure 5 shows an embodiment of the entry annotation editing interface in the layout editor;

Figure 6 shows an embodiment diagram of the multi-room relationship editing interface in the layout editor;

Figure 7 shows an embodiment of the room layout editing interface in the layout editor;

Figure 8 shows an embodiment of the site editing interface in the layout editor;

Figure 9 shows an embodiment of the entry annotation editing interface in the layout editor;

Figure 10 shows an embodiment of the multi-room relationship editing interface in the layout editor;

Figure 11 shows an example of the surface of the three-dimensional model displayed in the layout editor;

Figure 12 shows an embodiment of introducing a floor plan to establish a room layout;

Figure 13 shows an embodiment of using a panorama to perform stereoscopic pattern editing;

Figure 14 shows an embodiment of the three-dimensional layout diagram editing area;

Figure 15 shows an embodiment of the panorama editing area;

Figure 16 shows an embodiment of the three-dimensional layout diagram editing area;

Figure 17 shows a second embodiment of the three-dimensional layout diagram editing area; and

Figure 18 shows an example of a site in a three-dimensional space diagram.

10:Internet

120: User device

100:Server

110:Database

101: Pattern editing unit

102: Site editing unit

103: Entrance labeling unit

104:Multi-room relationship editing unit

Claims (5)

A method for editing a pattern diagram, including: providing a computer-implemented pattern editor through a computer system; receiving a pattern file through an application program interface; obtaining pattern image data in the pattern file after a file conversion, and obtaining a The information of the space and the information of one or more rooms in the space; construct a pattern image based on the information of the space and the information of the one or more rooms, and display the pattern image through an editing interface in the pattern editor; Use the editing interface to perform layout editing, site editing, marking room entrances, and/or multi-room relationship editing to create a three-dimensional layout diagram. Performing layout editing with the layout editor includes: when performing the site editing, A site editing area is started in the editing interface of the pattern editor. After selecting one of the sites in one of the one or more rooms, the editing interface displays the information of the room corresponding to the site. The layout image, and then adjust the objects in the room; when executing the layout editing, a layout editing area is started in the editing interface of the layout editor to display the layout image of the one or more rooms, wherein Display the positions of walls, ceilings and floors predicted by an artificial intelligence technology, and adjust the layout of each room according to one of the selected sites; when executing the marking of each room entrance, in the editing interface of the layout editor Start an entrance marking area, which displays the pattern image and predicts one or more entrances to the one or more rooms through an artificial intelligence technology, and provides for marking, adding and modifying entrances; before executing the multi-room When editing the relationship, a room relationship editing area is started in the editing interface of the layout editor, which displays the layout images of the multiple rooms and provides for adjusting the relative positions between the multiple rooms and each room. The entrance position; and mapping the image of the one or more rooms to the three-dimensional layout map to form a three-dimensional space image including the one or more rooms in the space. The layout diagram editing method as described in claim 1, wherein the layout file is a panoramic atlas, a plan atlas or a grid atlas that describes the space. The method for editing a layout diagram as described in claim 2, wherein the layout of each room and/or the spatial relationship between the multiple rooms is identified through the wall information in the layout image data obtained from the layout file. A pattern editing system includes: a computer system that provides an application program interface for receiving a pattern file. The pattern file is a panoramic atlas, a plane atlas or a grid atlas that describes a space, and passes A network provides a layout editor for editing the layout diagram of the space; wherein the computer system executes the layout diagram editing method described in claim 1. A computer-readable storage medium that stores a computer program set that implements a pattern editor. The computer program set includes: an instruction to receive a format file; an instruction to execute file conversion; and obtain a pattern of a space from the format file. Instructions for image data; instructions for obtaining the information of the space and the information of one or more rooms in the space from the layout file; instructions for constructing a layout image based on the information of the space and the information of the one or more rooms ; Provide an editing interface to display the instruction of the layout image; execute the instruction of layout editing; execute the instruction of site editing; execute the instruction of marking the entrance of each room; Instructions for executing multi-room relationship editing; and instructions for creating a three-dimensional layout diagram; wherein the computer program set is executed to execute the layout diagram editing method as described in claim 1.

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