TWM667427U - Decoration picture generation system - Google Patents

Abstract

A decoration picture generation system is used for signal connection with an electronic device, and the decoration picture generation system includes a communication module and a picture generation module, wherein the communication module is signal connected with the electronic device, and the communication module receives an original picture and a prompt data from the electronic device; the picture generation module is signal connected with the communication module, and the communication module transmits the original picture and the prompt data to the picture generation module; the picture generation module has a picture generation model, and the picture generation model generates at least one decoration picture based on the original picture and the prompt data, and the picture generation module transmits the at least one decoration picture to the communication module; wherein the communication module transmits the at least one decoration picture to the electronic device.

Description

Decoration picture generation system

This work is related to interior design; in particular, it refers to a system for generating interior decoration images.

In the current field of interior design, designers usually need to rely on traditional manual drawing or computer-aided design software to create three-dimensional scenes. First, designers need to draw a complete three-dimensional scene on the computer, which involves detailed measurement and modeling of the space. Then, designers must carefully consider how to place various decorative objects in this scene, such as furniture, lamps and decorations. This process not only requires designers to have a good sense of space and aesthetics, but also takes a lot of time and energy.

After the design is completed, the designer will draw these decorative objects into the three-dimensional scene, which is also a tedious and time-consuming process. The designer needs to constantly adjust the position, size and angle of the objects to ensure that the final effect meets the needs and expectations of the client. In addition, the designer also needs to consider the impact of different light sources on the scene, which further increases the complexity of the design. Since each design project is unique, the designer often needs to repeat this process many times to achieve the desired effect.

In the process of creating three-dimensional scenes and placing decorative objects, designers may overlook certain details due to time pressure, or their lack of experience may limit the design results. In addition, customers may not be able to see the final effect in time during the design process, which makes communication between designers and customers more difficult.

Therefore, the commonly used decoration design method is ineffective and needs to be improved.

In view of this, the purpose of this creation is to provide a decoration picture generation system that can effectively improve the efficiency of decoration design.

In order to achieve the above-mentioned purpose, the present invention provides a decoration picture generation system for signal connection with an electronic device, the decoration picture generation system comprises a communication module and a picture generation module, wherein the communication module is signal connected with the electronic device, the communication module receives an original picture and a prompt data from the electronic device; the picture generation module is signal connected with the communication module, and the communication module transmits the original picture and the prompt data to the picture generation module; the picture generation module has a picture generation model, the picture generation model generates at least one decoration picture based on the original picture and the prompt data, and the picture generation module transmits the at least one decoration picture to the communication module; wherein the communication module transmits the at least one decoration picture to the electronic device.

The effect of this creation is that, through the picture generation model of the picture generation module, a decoration picture can be generated according to the original picture and prompt data provided by the electronic device, so that the user can refer to it on the electronic device, effectively improving the efficiency of decoration design.

In order to explain the invention more clearly, a preferred embodiment is given and described in detail with drawings. Please refer to FIG1, which is a decoration picture generation system 1 of a first preferred embodiment of the invention, used for signal connection with at least one electronic device 40. The electronic device 40 is taken as one, but it is not limited to this, and can also be plural.

In this embodiment, the electronic device 40 can be connected to the decoration picture generation system 1 through the Internet 50 signal. The electronic device 40 is exemplified by a tablet computer, but is not limited thereto, and can also be a mobile phone, a laptop computer, or other electronic device that can be connected to the Internet 50. The electronic device 40 has a screen 402 and a camera module 404 and runs an application. The screen 402 can be, for example, a touch screen. The user (e.g., a designer) can carry the electronic device 40 to the site to be decorated for use.

2 , the screen 402 of the electronic device 40 displays an operation interface 60 for a user to operate. The operation interface 60 includes a first operation area 62 , a second operation area 64 , a third operation area 66 , a fourth operation area 68 , a fifth operation area 70 and an image display area 80 .

The first operation area 62 has a plurality of operation icons 622, 624, 626, including three operation icons 622, 624, 626, namely, "Photograph", "Gallery" and "Hand-draw". The "Photograph" operation icon 622 is used to control the camera module 404 to take an environmental image and display it in the image display area 80. The "Gallery" operation icon 624 is used to load at least one existing image stored in the electronic device 40 and display it in the image display area 80. The "Hand-draw" operation icon 626 is used for the user to hand-draw in the image display area 80 to form one or more hand-drawn marks 82.

The second operation area 64 includes an input box 642 and a plurality of preset prompt images 644. The input box 642 is used for the user to input any prompt words, or the user can operate each of the preset prompt images 644 to input the preset prompt words in the input box, and the preset prompt words include a plurality of location prompt words (living room, restaurant, kitchen, toilet), a plurality of color prompt words (pink, red, green, yellow) and a plurality of type prompt words (indoor, outdoor, other).

The third operation area 66 includes a plurality of style operation icons 662, which allow the user to select the decoration style of the image to be generated and generate a corresponding style prompt (Japanese style, industrial style, American style, simple style). The style prompt is used to specify the decoration style of the image to be generated.

The fourth operation area 68 includes a plurality of input boxes 682, 684, 686 for the user to input a number of generated images, a definition and an accuracy. The number of generated images is used to specify the number of images to be generated. The definition is used to set the definition of the image, and the value of the definition is between 0 and 1. The accuracy is used to set the degree of conversion of the image content into edge lines, and the value of the accuracy is between 0 and 1. The functions of the definition and accuracy will be described later.

The fifth operation area 70 has a generated operation image 702. After the user presses the generated operation image 702, the electronic device 40 generates an original image 84 (see FIG. 3 ) according to the image (such as an environmental image or an existing image) in the image display area 80, and the hand-drawn mark 82 in the image display area 80 can also be attached to the original image 84 to form a part of the original image 84, but it is not limited to this. The original image 84 may not have the hand-drawn mark 82, but only the environmental image or the existing image. In one embodiment, the image display area may not have the environmental image or the existing image, but only the hand-drawn mark 82. In this case, the original image 84 is composed of one or more hand-drawn marks 82. The original image 84 can also be a line drawing image.

In addition, the electronic device 40 further generates a prompt data, which includes the location prompt, the style prompt, and the number of sheets to be generated. In this embodiment, the prompt data includes any prompt, the location prompt, the tone prompt, and the type prompt entered by the user in the second operation area 64, the style prompt selected by the user in the third operation area 66; and the number of sheets to be generated, the clarity, and the accuracy entered by the user in the fourth operation area 68.

The decoration picture generation system 1 includes a communication module 10 and a picture generation module 20. The communication module 10 is signal-connected to the electronic device 40 and the picture generation module 20. For example, the communication module 10 is signal-connected to the electronic device 40 via the Internet 50, and the communication module 10 is signal-connected to the picture generation module 20 via an intranet or the Internet 50. The communication module 10 receives the original picture 84 and the prompt data from the electronic device 40, and transmits the original picture 84 and the prompt data to the picture generation module 20.

The picture generation module 20 has a picture generation model 202, and the picture generation model 202 generates at least one decoration picture 86 (such as the first decoration picture 862 shown in FIG. 4 ) based on the original picture 84 and the prompt data. In this embodiment, the picture generation model 202 is a trained artificial intelligence picture generation model, which is based on understanding the prompt data and converting it into a corresponding image to generate a picture. The picture generation model 202 can, for example, adopt an open source or non-open source model such as DALL-E 3, Stable Diffusion, RunwayML, MidJourney, etc.

In one embodiment, image generation generally involves the following steps: 1. Establishing homogeneous coordinates: This is the first step in image rendering and is used to describe the position and orientation of objects in space. This process requires accurate data to determine the exact coordinates of each object in space, laying the foundation for subsequent rendering. 2. Shading model: This step determines the color, texture, and lighting effects of the object. The shading model takes into account factors such as the position of the light source, the material of the object, and the direction of the object's surface, all of which will affect the realism of the final rendered image. 3. Z cache: Z cache is used to determine which objects are visible during rendering and which objects are obscured by other objects. This helps improve rendering efficiency and avoid unnecessary calculations. 4. Texture Mapping: Texture mapping is the process of applying an image (texture) to the surface of an object, making it look more realistic. In this step, the surface texture of the object is provided by the texture, improving its detail and realism.

The picture generation module 20 transmits the at least one decoration picture 86 generated by the picture generation model 202 to the communication module 10. The communication module 10 transmits the at least one decoration picture 86 to the electronic device 40. The electronic device 40 displays the received decoration picture 86 on the screen 402 for the user to view.

For example, as shown in FIG. 2 , the user operates the operation interface 60 and presses the “photograph” operation icon 622 in the first operation area 62 to control the camera module 404 to take an environmental image, which includes building components (e.g., walls, windows). The user then presses the “hand-draw” operation icon 626 to hand-draw in the image display area 80 with a finger or a stylus to roughly draw the shape of the desired decorative object to form one or more hand-drawn marks 82.

The user presses the default prompt image 644 of "living room", the default prompt image 644 of "yellow", and the default prompt image 644 of "indoor" in the second operation area 64, and the electronic device automatically enters the "living room" location prompt, the "yellow" color tone prompt, and the "indoor" type prompt in the input box 642. The location prompt is used to specify that the location of the environmental image is the living room, that is, the location of the content of the original image 84, so that the image generation model 202 can understand the decoration design of the living room. The "yellow" color tone prompt is used for the image generation model 202 to understand that a yellowish decoration design should be generated. The "indoor" type prompt is used for the image generation model 202 to understand that the indoor decoration configuration should be generated.

When the user presses the “simple” style operation icon 662 in the third operation area 66 , a style prompt is generated to specify that the decoration style of the decoration picture 86 generated by the picture generation model 202 is a simple style.

The user inputs the number of sheets as 2 in the fourth operation area 68, and specifies that the number of sheets of the decoration picture 86 to be generated is 2. The clarity is used to specify that the picture generation model 202 processes the original picture 84 before increasing the clarity. The higher the clarity value, the clearer the original picture 84 after processing. The accuracy is used to specify that the picture generation model 202 processes the content of the original picture 84 before converting it into edge lines, that is, converting it into a line drawing picture. The higher the accuracy value, the more obvious the edge lines.

After the user presses the button to generate the operation image 702 in the fifth operation area 70 , the electronic device 40 transmits the original image 84 and the prompt data to the communication module 10 . In this embodiment, as shown in FIG. 3 , the original image 84 includes the environment image captured by the electronic device 40 and the hand-drawn mark 82 of the user.

After the communication module 10 transmits the original image 84 to the image generation module 20, the image generation model 202 generates one or more of the decoration images 86 based on the original image 84 and the location prompt, the style prompt, and the number of generated images of the prompt data. In this embodiment, the image generation model 202 processes the original image 84 based on the definition before increasing the definition, converts the original image 84 into the line drawing image based on the accuracy, and then generates two decoration images 86 based on the line drawing image and other prompts (for example, the user inputs any prompt in the second operation area, the location prompt, the tone prompt, the type prompt, the style prompt, and one or more of the number of generated images), such as the first decoration image 862 shown in FIG. 4 and the second decoration image 864 shown in FIG. 5. The two decoration pictures 86 mentioned above are just examples, and there may be more than three. The picture generation module 20 transmits the decoration pictures 86 to the communication module 10, and the communication module 10 transmits the decoration pictures 86 to the electronic device 40. The electronic device 40 displays the decoration pictures 86 on the screen 402.

In the above description, in the original image 84, the hand-drawn mark 82 depicts the appearance of the decoration object to be generated, so the image generation model 202 can generate a decoration object of similar shape based on the hand-drawn mark 82. In this way, it can better meet the user's expectations. In one embodiment, when the original image 84 does not have the hand-drawn mark 82, the image generation model 202 generates the decoration object by itself, and the generated decoration object is not limited by the hand-drawn mark 82.

In this embodiment, the decoration picture generation system 1 may further include a database 30, which is signal-connected to the communication module 10, for example, via an intranet or the Internet 50. The database 30 has at least one user storage space, and the user storage space corresponds to a user account. The electronic device 40 can log in to the communication module 10 through the user account, and the communication module 10 receives the user account. After the picture generation module 20 transmits the generated decoration picture 86 to the communication module 10, the communication module 10 not only transmits the decoration picture 86 to the electronic device 40, but also stores the decoration picture 86 in the user storage space corresponding to the user account in the database 30, so that the user can browse and download the decoration picture 86 in the user storage space after logging in through the electronic device 40.

Optionally, the communication module 10 further includes a marking unit 102, which generates a marking image corresponding to the user account. As shown in FIG6 , the marking unit 102 attaches the marking image 862b to the at least one decoration image 86 (first decoration image 862), and transmits the at least one decoration image 86 with the marking image to the electronic device 40 and stores it in the user storage space of the database 30. The marking image 862b can be, for example, a two-dimensional code, the content of which is a user introduction text of the user account and/or a link URL, and the link URL is used to link to a user introduction page of the user account. Thus, the user introduction text or page can be obtained by scanning the marked image 862b through another electronic device to confirm that the decoration picture 86 is generated by the user using the decoration picture generation system of this embodiment.

In addition, the user can also select multiple ones from the received decoration pictures 86 through the electronic device 40, for example, including selecting the first decoration picture 862 and the second decoration picture 864. As shown in Figures 7 and 8, the user uses the electronic device 40 to circle the area that meets the expectations in the first decoration picture 862 to set it as a first reference area 862a (see Figure 7), and to circle the area that meets the expectations in the second decoration picture 864 to set it as a second reference area 864a (see Figure 8).

The electronic device 40 transmits the first decoration picture 862 having the first reference area 862a and the second decoration picture 864 having the second reference area 864a to the communication module 10. The communication module 10 transmits the first decoration picture 862 and the second decoration picture 864 to the picture generation module 20, and the picture generation model 202 generates a fused decoration picture 88 (see Figure 9) or multiple fused decoration pictures based on the first reference area 862a in the first decoration picture 862 and the second reference area 864a of the second decoration picture 864. That is, the fused decoration picture generated by the picture generation model 202 includes a first area 882 and a second area, the first area 882 corresponds to the first reference area 862a of the first decoration picture 862, and the second area 884 corresponds to the second reference area 864a of the second decoration picture 864. In other words, the generated fused decoration picture 88 incorporates similar design elements of the first reference area 862a of the first decoration picture 862 and similar design elements of the second reference area 864a of the second decoration picture 864. The picture generation module 20 transmits the generated fused decoration picture 88 to the communication module 10; the communication module 10 transmits the fused decoration picture 88 to the electronic device 40. The electronic device displays the fused decoration picture 88 on the screen 402.

Since the picture generation model 202 adopts artificial intelligence technology, the pictures generated each time are creative and unique. In order to avoid the generated fusion decoration picture 88 not meeting the user's expectations, the picture generation module 20 of this embodiment further includes an evaluation unit 204, and the evaluation unit 204 is signal-connected to the picture generation model 202. The evaluation unit 204 compares the similarity between the first area in the fusion decoration picture 88 generated by the picture generation model 202 and the first reference area 862a in the first decoration picture 862 and generates a first similarity score, and compares the similarity between the second area 884 in the fusion decoration picture 88 and the second reference area 864a in the second decoration picture 864 and generates a second similarity score. In practice, the evaluation unit 204 performs a similarity comparison, for example, by extracting multiple features of each of the first area 882, the second area 884, the first reference area 862a, and the second reference area 864a, such as edges, colors, textures, etc., and then compares these features to generate first and second similarity scores, for example, expressed as percentages.

When the first similarity score and the second similarity score are both greater than or equal to a predetermined score, the picture generation module 20 transmits the fusion decoration picture to the communication module 10, which transmits it to the electronic device 40. The predetermined score may be preset by the evaluation unit 204, such as 80%, or the electronic device 40 may set the predetermined score and then transmit the predetermined score to the evaluation unit 204 via the communication module 10.

In this way, the generated fusion decoration picture 88 can better meet the user's expectations, effectively avoiding the fusion decoration picture 88 generated by the picture generation model 202 not meeting the user's expectations and transmitting the fusion decoration picture 88 not meeting the user's expectations to the electronic device 40.

When the first similarity score and the second similarity score are both less than the predetermined score, the image generation module 20 discards the generated fused decoration image 88. Then, the evaluation unit 204 transmits a regeneration instruction to the image generation model 202, so that the image generation model 202 generates at least one new fused decoration image 88 based on the first reference area 862a in the first decoration image 862 and the second reference area 864a of the second decoration image 864. The evaluation unit 204 compares the first similarity score between the first area 882 in the new fusion decoration picture 88 and the first reference area 862a in the first decoration picture 862, and compares the second similarity score between the second area 884 in the new fusion decoration picture 88 and the second reference area 864a in the second decoration picture 864. When the first similarity score and the second similarity score are both greater than or equal to the predetermined score, the picture generation module 20 transmits the new fusion decoration picture 88 to the communication module 10. The communication module 10 then transmits the fusion decoration picture 88 that meets the predetermined score to the electronic device 40.

Thereby, when the generated fusion decoration picture 88 does not meet the user's expectations, a fusion decoration picture 88 meeting the user's expectations can be regenerated and transmitted to the electronic device.

In one embodiment, the user may also transmit a reference picture (not shown) having a specific decoration style to the communication module 10 through the electronic device 40, and the communication module 10 receives the reference picture and transmits the reference picture to the picture generation module 20; the picture generation model 202 generates the at least one decoration picture 86 based on the reference picture, the original picture 84 and the prompt data. For example, the picture generation model 202 extracts a style feature from the reference picture, and generates the at least one decoration picture 86 based on the style feature of the reference picture, the original picture 84 and the prompt data. In this way, a decoration picture 86 having a similar decoration style can be generated according to the decoration style of the reference picture provided by the user.

FIG10 shows a decoration picture generating system 2 of a second preferred embodiment of the present invention, which is based on the structure of the first embodiment and further includes a three-dimensional object generating module 90. The three-dimensional object generating module 90 is signal-connected to the communication module 10. The three-dimensional object generating module 90 is used to generate a room type virtual three-dimensional object image 94 from a two-dimensional pattern image 92 (see FIG11 ).

The electronic device 40 transmits the two-dimensional layout image 92 of the house to the communication module 10, and the communication module 10 transmits the two-dimensional layout image 92 to the three-dimensional object generation module 90 to generate the room type virtual three-dimensional object image 94. The generated room type virtual three-dimensional object image 94 is then transmitted to the electronic device 40 through the communication module 10. The user can view the room type virtual three-dimensional object image 94 on the electronic device 40, and can choose to view any space in the room type virtual three-dimensional object image 94.

When the user saves the specific viewing angle of the space viewed on the electronic device 40 as a picture, the original picture 84 is formed. That is, the original picture 84 is a picture of the space based on the room virtual three-dimensional object map 94.

Then, as in the first embodiment, the original picture 84 and the prompt data are transmitted to the picture generation module 20. The picture generation module 202 generates at least one decoration picture 86 based on the original picture 84 and the prompt data. The picture generation module 20 transmits the at least one decoration picture 86 generated by the picture generation model 202 to the communication module 10. The communication module 10 transmits the at least one decoration picture 86 to the electronic device 40. The electronic device 40 displays the received decoration picture 86 on the screen 402 for the user to view.

In summary, the decoration picture generation system 1, 2 of this invention can have the following advantages:

1. Improve efficiency: Decorative pictures 86 can be generated quickly, shortening the design process. Designers (i.e. users) no longer need to draw every detail manually, and the decorative picture generation system 1,2 can automatically complete many tedious design tasks.

2. Real-time visualization: Decorative pictures of different styles and layouts can be generated in real time86, allowing designers and clients to quickly see the effects of different design choices, making it easier for them to make decisions.

3. Diverse choices: The decoration picture generation system 1,2 can generate a variety of design schemes of different styles according to the user's preferences and needs (i.e., prompt data), providing more choices to meet the needs of different customers.

4. Cost-effectiveness: Using the decoration picture generation system 1,2 to generate decoration pictures 86 can reduce design costs, reduce the demand for human resources, and complete more design projects in a shorter time.

5. Creativity stimulation: The decoration pictures 86 generated by the decoration picture generation system 1, 2 can provide innovative design suggestions, help designers break through traditional thinking, and stimulate new creativity.

6. Customer participation: Designers can communicate better with customers through the decoration pictures 86 generated by the decoration picture generation system 1, 2. Customers can more intuitively understand the decoration results of the current place and provide feedback to the designer.

7. Automatic adjustment: Designers can adjust prompt data according to customer feedback and quickly generate modified decoration pictures86, so that designers can respond to changes in customer needs more flexibly.

In addition, this creation can be applied to architectural design and industrial design. In architectural design, the decoration picture generation system 1,2 can be used to generate various architectural design drawings, including indoor and outdoor layouts, landscape design, and building material matching. It helps architects quickly explore design options and preview the effects of different designs. In industrial design, designers can use the decoration picture generation system 1,2 to generate virtual product scenes or images, which not only improves the efficiency of design, but also helps to timely discover potential problems and lack of creativity during the product development process.

The above is only the best feasible embodiment of the present invention. Any equivalent changes made by applying the description of the present invention and the scope of patent application should be included in the patent scope of the present invention.

1,2:Decoration picture generation system 10:Communication module 102:Marking unit 20:Picture generation module 202:Picture generation model 204:Evaluation unit 30:Database 40:Electronic device 402:Screen 404:Photography module 50:Internet 60:Operation interface 62:First operation area 622:Operation image 624:Operation image 626:Operation image 64:Second operation area 642:Input box 644:Default prompt image 66:Third operation area 662:Style operation image 68:Fourth operation area 682:Input box 684:Input box 686:Input box 70:Fifth operation area 702: Generate operation image 80: Image display area 82: Hand-drawn mark 84: Original image 86: Decoration image 862: First decoration image 862a: First reference area 863b: Mark image 864: Second decoration image 864a: Second reference area 88: Fusion decoration image 882: First area 884: Second area 90: 3D object generation module 92: Two-dimensional layout diagram 94: Room type virtual 3D object diagram

Figure 1 is a schematic diagram of a decoration picture generation system of the first preferred embodiment of the present invention. Figure 2 is a schematic diagram of an operation interface of an electronic device of the second preferred embodiment of the present invention. Figure 3 is a schematic diagram of an original picture of the second preferred embodiment of the present invention. Figure 4 is a schematic diagram of a first decoration picture of the second preferred embodiment of the present invention. Figure 5 is a schematic diagram of a second decoration picture of the second preferred embodiment of the present invention. Figure 6 is a schematic diagram of a first decoration picture with a marked image of the second preferred embodiment of the present invention. Figure 7 is a schematic diagram of a first decoration picture with a first reference area of the second preferred embodiment of the present invention. Figure 8 is a schematic diagram of a second decoration picture with a second reference area of the second preferred embodiment of the present invention. Figure 9 is a schematic diagram of the fusion decoration picture of the second best embodiment of this creation. Figure 10 is a schematic diagram of the decoration picture generation system of the second best embodiment of this creation. Figure 11 is a schematic diagram of the generation of a virtual three-dimensional object diagram of a room type from a two-dimensional pattern diagram of the second best embodiment of this creation.

1:Decoration picture generation system

10: Communication module

102: Marking unit

20: Image generation module

202: Image generation model

204:Evaluation unit

30: Database

40: Electronic devices

402: Screen

404: Photography module

50: Internet

Claims (10)

A decoration picture generation system is used to connect an electronic device by signal, and the decoration picture generation system includes: A communication module, which is connected to the electronic device by signal, and the communication module receives an original picture and a prompt data from the electronic device; A picture generation module, which is connected to the communication module by signal, and the communication module transmits the original picture and the prompt data to the picture generation module; the picture generation module has a picture generation model, the picture generation model generates at least one decoration picture based on the original picture and the prompt data, and the picture generation module transmits the at least one decoration picture to the communication module; Wherein, the communication module transmits the at least one decoration picture to the electronic device. The decoration picture generation system as described in claim 1 includes a database, which is signal-connected to the communication module, and the database has at least one user storage space, and the user storage space corresponds to a user account; the communication module receives the user account from the electronic device, and the communication module stores the at least one decoration picture in the user storage space corresponding to the user account in the database. A decoration picture generation system as described in claim 2, wherein the communication module includes a tag unit, which generates a tag image corresponding to the user account, and the tag unit attaches the at least one decoration picture to the tag image, and transmits the at least one decoration picture attached with the tag image to the electronic device and the user storage space stored in the database. A decoration picture generation system as described in claim 1, wherein the prompt data includes a location prompt, a style prompt and a number of generated copies, the location prompt is used to specify the location of the content of the original picture, the style prompt is used to specify the decoration style in the at least one decoration picture, and the number of generated copies is used to specify the quantity of the at least one decoration picture to be generated; the picture generation model generates one or more decoration pictures based on the original picture and the location prompt, the style prompt and the number of generated copies of the prompt data. A decoration picture generation system as described in claim 4, wherein the number of generated pictures is plural, the picture generation model generates plural decoration pictures, and the picture generation module transmits the decoration pictures to the communication module, and the communication module transmits the decoration pictures to the electronic device; the electronic device selects a first decoration picture and a second decoration picture from the decoration pictures, a first reference area is set in the first decoration picture, and a second reference area is set in the second decoration picture; the electronic device The device transmits the first decoration picture and the second decoration picture to the communication module; the communication module transmits the first decoration picture and the second decoration picture to the picture generation module, the picture generation model generates at least one fused decoration picture based on the first reference area in the first decoration picture and the second reference area in the second decoration picture, and the picture generation module transmits the at least one fused decoration picture to the communication module; the communication module transmits the at least one fused decoration picture to the electronic device. A decoration picture generation system as described in claim 5, wherein the at least one fused decoration picture generated by the picture generation model includes a first area and a second area, the first area corresponds to a first reference area of the first decoration picture, and the second area corresponds to a second reference area of the second decoration picture; the picture generation module includes an evaluation unit, the evaluation unit signal is connected to the picture generation model, and the evaluation unit compares the similarity between the first area in the at least one fused decoration picture and the first reference area in the first decoration picture. A first similarity score is generated, and a second similarity score is generated by comparing the similarity between the second area in the at least one fused decoration picture and the second reference area in the second decoration picture, wherein when the first similarity score and the second similarity score are both greater than or equal to a predetermined score, the picture generation module transmits the at least one fused decoration picture to the communication module, and when the first similarity score and the second similarity score are both less than the predetermined score, the picture generation module abandons the at least one fused decoration picture. A decoration picture generation system as described in claim 6, wherein when the first similarity score and the second similarity score are both less than the predetermined score, the evaluation unit transmits a regeneration instruction to the picture generation model, so that the picture generation model generates a new at least one fused decoration picture again based on the first reference area in the first decoration picture and the second reference area in the second decoration picture; the evaluation unit compares the first similarity score of the first area in the new at least one fused decoration picture with the first reference area in the first decoration picture, and compares the second similarity score of the second area in the new at least one fused decoration picture with the second reference area in the second decoration picture; when the first similarity score and the second similarity score are both greater than or equal to the predetermined score, the picture generation module transmits the new at least one fused decoration picture to the communication module. A decoration picture generation system as described in claim 1, wherein the communication module receives a reference picture from the electronic device, and the communication module further transmits the reference picture to the picture generation module; the picture generation model generates the at least one decoration picture based on the reference picture, the original picture and the prompt data; wherein the picture generation model extracts a style feature from the reference picture, and generates the at least one decoration picture based on the style feature of the reference picture, the original picture and the prompt data. A decoration picture generation system as described in claim 1, wherein the picture generation model converts the original picture into a line drawing picture, and then generates the at least one decoration picture based on the line drawing picture. The decoration picture generation system as described in claim 1 includes a three-dimensional object generation module, which is signal-connected to the communication module; the three-dimensional object generation module generates a virtual three-dimensional object image of a room type from a two-dimensional layout image, and transmits the generated virtual three-dimensional object image of the room type to the electronic device through the communication module; the original image received by the communication module from the electronic device is a picture of a space in the virtual three-dimensional object image of the room type.

Images