CN114169030A - Home decoration design system and method based on virtual house type - Google Patents
Home decoration design system and method based on virtual house type Download PDFInfo
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Abstract
The invention discloses a home decoration design system and method based on virtual house type, which comprises a house type module, a view conversion module, an interaction module and a component library, wherein the method based on the system comprises the following steps: s1, opening a virtual house type model in the intelligent mobile terminal; s2, selecting a wall of the virtual house type model, selecting a front view angle position, rotating the displayed view to the front view angle position, displaying the front view of the wall, and locking the view; s3, after the view is unlocked, another wall is selected by clicking, and the displayed view is rotated to the front view angle position of the other wall from the front view angle position of the current wall; and S4, locking the view, selecting a target member from the member library, dragging the target member to the wall, generating an adsorption reference line, and adsorbing the member on the wall according to the adsorption reference line. The invention can be rapidly rotated to the visual angle position of the selected wall body, the view of the visual angle position is displayed, and an adsorption reference line is provided for assistance when the component is placed, so that the use difficulty of a user is reduced.
Description
Technical Field
The invention relates to the technical field of home decoration design, in particular to a home decoration design system and method based on virtual house types.
Background
The virtual house type simulation is a common mode for house decoration design in the house decoration industry, a virtual house type model with various components arranged inside is drawn at an intelligent mobile terminal according to house type drawings and customer requirements, the scene effect after house decoration is simulated, the mode is popular with technical personnel of owners and the house decoration industry, but different components are arranged on different walls in the component editing process of the virtual house type model, different walls are usually selected according to the attributes and the placing styles of the components, the wall selection mode in the prior art is that users manually rotate and select the view angle position of the wall according to personal habits, and then operation is carried out, but the method is inconvenient to use, the view angle position is easily moved due to misoperation in the using process, the views of different walls cannot be quickly positioned and switched, and the positions of the components cannot be quickly judged due to the arrangement of the components, the alignment of the components can not be quickly realized, the use difficulty of a user is increased, and the requirements are difficult to meet.
Disclosure of Invention
The invention aims to provide a home decoration design system and method based on a virtual house type, which can be quickly rotated to a visual angle position of a selected wall body in a front view according to the requirements of a user, show a front view, provide an adsorption reference line for assistance when components are placed, and reduce the use difficulty of the user.
In order to achieve the purpose, the invention adopts the following technical scheme:
a home decoration design system based on virtual house type comprises a house type module, a view conversion module, an interaction module and a component library, wherein: the device comprises a house type module, a view conversion module, an interaction module, an adsorption module and a feedback module, wherein the house type module is used for drawing, displaying and storing a virtual house type model, the view conversion module is used for a user to select a wall body in the virtual house type model and then rotate the wall body into a front view, the interaction module is used for the user to interact with the house type module through an intelligent mobile terminal, open a component library through touch control and select a target component from the component library, drag the component library to a preset position of the wall body, judge peripheral wall body drawing lines and component attributes through the adsorption module, generate adsorption reference lines on the inner wall of the wall body, and adsorb the target component on the wall body according to the adsorption reference lines after releasing hands and generate a feedback prompt.
Furthermore, the house type module comprises a drawing unit, a storage unit and a restoration unit;
the drawing unit is used for placing each virtual component on different coordinates of the drawing panel and forming a virtual house type model, and the house type model comprises a 3D model and a 2D model;
the storage unit is used for storing the position and type of each virtual component on the drawing panel, the virtual house type model and the operation record;
and the restoring unit is used for restoring the virtual house type model in the operation record in the previous step on the drawing panel.
Further, the view conversion module comprises a view rotation unit, a view locking unit and a view scaling unit;
the view rotating unit is provided with preset top view, front view and side view positions of all the wall bodies, a user selects one wall body through the touch of the interaction module, rotates to the front view position of the wall body after selecting the front view position, and displays the front view of the wall body on the house type model;
the view locking unit locks the current view angle position, and after the view locking unit is unlocked, a user freely rotates the view at the current view angle position by 360 degrees;
the view zooming unit is used for zooming the view of the current angular position.
Furthermore, the view conversion module further comprises a wall switching module, a user clicks and selects another wall through the interaction module, the view rotation unit rotates from the view position of the current wall to the selected view position of the other wall, and the view position is locked through the view locking unit.
Furthermore, the interaction module comprises a display unit, a touch unit and a feedback unit;
the display unit is used for displaying the views of the user-type module and the view rotating module through a touch display screen of the intelligent mobile terminal;
the touch identification unit is used for detecting whether a user touches a touch display screen of the intelligent mobile terminal, tracking a touch action by a cursor after the touch action, identifying a touch coordinate and starting a unit/module matched with the coordinate;
the feedback unit is used for generating feedback to prompt a user after the touch identification unit touches and the adsorption module finishes adsorption action, and comprises vibration, voice and a picture and text popup frame on the display unit.
Furthermore, the adsorption module comprises a drawing line identification unit and an adsorption unit;
the drawing line identification unit is used for identifying the peripheral wall edge drawing line, the peripheral component edge line and the end point and generating an adsorption reference line matched with the peripheral component edge line when a user drags the target component to move on the wall;
after the user looses his hand, the target component is adsorbed to the adsorption reference line or the edge line of the peripheral component through the adsorption unit to form an alignment state;
after the adsorption action is finished, the feedback unit generates vibration feedback to prompt a user.
A home decoration design method based on virtual house type, which is implemented by the system according to any one of claims 1 to 6 and the intelligent mobile terminal, the method comprising the following steps:
s1, opening a drawing panel in the intelligent mobile terminal, and drawing on the drawing panel or opening a pre-drawn virtual house type model;
s2, selecting a wall of the virtual house type model, selecting a front view angle position, rotating the displayed view to the front view angle position, displaying the front view of the wall, and locking the view;
s3, after the view is unlocked, another wall is selected by clicking, and the displayed view is rotated to the front view angle position of the other wall from the front view angle position of the current wall;
s4, locking the view, selecting a target component from the component library, dragging the target component to the wall, generating an adsorption reference line by the home decoration design system, adsorbing the component on the wall according to the adsorption reference line after releasing the hands, and generating a feedback prompt after successful adsorption.
Further, the adsorption reference line in step S4 is generated by the adsorption module when the user drags the target member to move on the wall, identifying the peripheral wall edge drawing line and the peripheral member edge line and end point, and after the adsorption action is completed by the release of the hand, the intelligent moving end generates vibration feedback to prompt the user.
After adopting the technical scheme, compared with the background technology, the invention has the following advantages:
after the virtual house type model is drawn on the house type module, a wall body is selected through touch control, after the view angle position is selected, if the front view angle position is selected, the view rotating module is utilized to rapidly rotate to the front view angle position of the selected wall body, the front view of the wall body is displayed, and after another wall body is switched, the view rotating module rotates to the view of the other wall body at the view angle position; the target member is selected from the member library, the adsorption reference line is provided for assisting when the target member is placed on the wall, and the target member is automatically adsorbed on the wall after hands are released, so that the use difficulty of a user is reduced, and the operation efficiency of the user is improved.
Drawings
FIG. 1 is a block diagram of the system of the present invention;
FIG. 2 is a front view of the wall of the present invention;
fig. 3 is a flow chart of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
Example one
With reference to fig. 1 and 2, the present invention discloses a home decoration design system based on virtual house type, which includes a house type module, a view conversion module, an interaction module and a component library, wherein: the house type module is used for drawing, displaying and storing a virtual house type model, the view conversion module is used for enabling a user to select a wall body in the virtual house type model and then rotate the wall body to be a front view, the interaction module is used for enabling the user to interact with the house type module through the intelligent mobile terminal, the component library is opened through touch control and a target component is selected from the component library and then dragged to a preset position of the wall body, peripheral wall body drawing lines and component attributes are judged through an adsorption module, adsorption reference lines are generated on the inner wall of the wall body, the target component is adsorbed on the wall body according to the adsorption reference lines after hands are loosened, and a feedback prompt is generated.
The virtual house type model of this embodiment is preferably a 3D house type model, after a user selects a wall body and selects the front view angle position on the view angle position, through view conversion module, autogiration is to the front view of the interior wall of this wall body in the 3D house type, also can be the front view of outer wall, rotate according to user's demand, after rotating to predetermined view angle position, the automatic locking view, avoid the maloperation to lead to the view to change, the facade edit status of fast switch-over wall body, user's editing efficiency has been improved, avoid behind the user's rotatory view that the direction sense is not good, can't find back original view angle position fast.
The house type module comprises a drawing unit, a storage unit and a restoration unit.
The drawing unit is used for placing each virtual component on different coordinates of the drawing panel and forming a virtual house type model, the house type model comprises a 3D model and a 2D model, and the drawing unit can delete and hide each component.
And the storage unit is used for storing the position and the type of each virtual component on the drawing panel, the virtual house type model and the operation record.
And the restoring unit is used for restoring the virtual house type model in the operation record in the previous step on the drawing panel, so that the operation can be conveniently returned to the previous operation, and misoperation is avoided.
The virtual house type model is drawn on the drawing panel through the house type module and is stored in the cloud end and a memory of the intelligent mobile end, and the data is transmitted through the communication module of the intelligent mobile end and the cloud end server in a communication mode when the data is stored in the cloud end.
The view conversion module comprises a view rotation unit, a view locking unit and a view scaling unit.
The view rotating unit is provided with preset overlook, front view and side view positions of all the wall bodies, a user selects one wall body through the touch of the interaction module, rotates to the front view position of the wall body after selecting the front view position, and displays the front view of the wall body on the house type model.
The view locking unit locks the current view angle position, after the view locking unit is unlocked, a user freely rotates the view at the current view angle position by 360 degrees, and when the view is rotated to another wall or a ceiling, the view angle position can be positioned and locked by selecting the view angle position of the wall or the ceiling, so that the view locking device is convenient and quick.
And the view zooming unit is used for zooming the view at the current angular position.
The view conversion module also comprises a wall body switching module, a user clicks and selects another wall body through the interaction module, the view rotation unit rotates to the selected view position of the other wall body from the view position of the current wall body, and the view position is locked through the view locking unit.
The interaction module comprises a display unit, a touch unit and a feedback unit.
The display unit is used for displaying the views of the user-type module and the view rotating module through a touch display screen of the intelligent mobile terminal; the content displayed by the display unit is displayed to a user through a display screen of the intelligent mobile terminal, and can also be projected to other display terminals through the image synchronization module.
And the touch identification unit is used for detecting whether a user touches the touch display screen of the intelligent mobile terminal, tracking a touch action by a cursor after the touch action, identifying a touch coordinate and starting a unit/module matched with the coordinate.
And the feedback unit is used for generating feedback to prompt a user after the touch identification unit performs touch control and the adsorption module completes adsorption action, and comprises vibration, voice and a picture and text popup frame on the display unit.
The adsorption module comprises a drawing line identification unit and an adsorption unit.
And the drawing line identification unit is used for identifying the drawing line of the peripheral wall edge, the drawing line of the peripheral component edge and the end point and generating an adsorption reference line matched with the drawing line when the target component is dragged by a user to move on the wall.
If the adsorption reference line is close to the upper wall drawing line and the lower wall drawing line of the wall, the adsorption reference line is a dotted line or a highlighted indicating line parallel to the upper wall drawing line and the lower wall drawing line, and if the adsorption reference line is close to the left wall drawing line and the right wall drawing line of the wall, the adsorption reference line is a dotted line or a highlighted indicating line parallel to the left wall drawing line and the right wall drawing line.
When the target member is close to the surrounding member, the position in the same horizontal or vertical direction as the symmetric position of the other member is indicated by the adsorption reference line.
The user releases his/her hand and then sucks the target member to the sucking reference line or the edge line of the peripheral member by the sucking unit to form an aligned state.
After the adsorption action is completed, the feedback unit generates vibration feedback through the vibration module of the intelligent mobile end to prompt a user, and highlighting is generated on a drawing line at the edge of each component or the edge of the wall body at the display end to prompt the user that the adsorption and the adsorption action can be completed at the position, and the two modes can be represented by selecting the same or different colors, preferably yellow or green highlighting.
In the embodiment, after the virtual house type model is drawn on the house type module, a wall body is selected through touch control, after the view angle position is selected, if the front view angle position is selected, the view rotating module is utilized to rapidly rotate to the front view angle position of the selected wall body, the front view of the wall body is displayed, and after another wall body is switched, the view rotating module rotates to the view of the other wall body at the view angle position only after the other wall body is selected; the target member is selected from the member library, the adsorption reference line is provided for assisting when the target member is placed on the wall, and the target member is automatically adsorbed on the wall after hands are released, so that the use difficulty of a user is reduced, and the operation efficiency of the user is improved.
Example two
Referring to fig. 3, a method for designing home decoration based on virtual house type, the method is implemented by the system according to any one of claims 1 to 6 and the intelligent mobile terminal, the method comprises the following steps:
and S1, opening a drawing panel in the intelligent mobile terminal, and drawing on the drawing panel or opening a virtual house type model drawn in advance.
S2, selecting a wall of the virtual house type model, selecting the front view angle position, rotating the displayed view to the view angle position, displaying the front view of the wall, and locking the view.
And S3, after the view is unlocked, clicking and selecting another wall, and rotating the displayed view from the front view angle position of the current wall to the front view angle position of the other wall.
S4, locking the view, selecting a target component from the component library, dragging the target component to the wall, generating an adsorption reference line by the home decoration design system, adsorbing the component on the wall according to the adsorption reference line after releasing the hands, and generating a feedback prompt after successful adsorption.
In the step S4, the adsorption reference line is dragged by the adsorption module to move on the wall by the user, the peripheral wall edge drawing line, the peripheral member edge line, and the end point are identified and generated, and after the adsorption action is completed by the loose hand, the intelligent mobile terminal generates vibration feedback to prompt the user.
The component can be quickly positioned to a position needing to be moved in the dragging process, so that the condition that the component is moved to be embedded into a wall or cannot be aligned with the component is avoided.
The user/designer needs to put the component position quickly in the process of carrying out the planar layout of the home decoration scheme, and the convenience of operation of the user/designer can be improved and the use difficulty can be reduced through the adsorption function of the component.
The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any changes or substitutions that can be easily conceived by those skilled in the art within the technical scope of the present invention are included in the scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.
Claims (8)
1. The utility model provides a house ornamentation design system based on virtual house type which characterized in that, includes house type module, view conversion module, interactive module and component library, wherein: the device comprises a house type module, a view conversion module, an interaction module, an adsorption module and a feedback module, wherein the house type module is used for drawing, displaying and storing a virtual house type model, the view conversion module is used for a user to select a wall body in the virtual house type model and then rotate the wall body into a front view, the interaction module is used for the user to interact with the house type module through an intelligent mobile terminal, open a component library through touch control and select a target component from the component library, drag the component library to a preset position of the wall body, judge peripheral wall body drawing lines and component attributes through the adsorption module, generate adsorption reference lines on the inner wall of the wall body, and adsorb the target component on the wall body according to the adsorption reference lines after releasing hands and generate a feedback prompt.
2. The system of claim 1, wherein the system comprises: the house type module comprises a drawing unit, a storage unit and a restoration unit;
the drawing unit is used for placing each virtual component on different coordinates of the drawing panel and forming a virtual house type model, and the house type model comprises a 3D model and a 2D model;
the storage unit is used for storing the position and type of each virtual component on the drawing panel, the virtual house type model and the operation record;
and the restoring unit is used for restoring the virtual house type model in the operation record in the previous step on the drawing panel.
3. A system for designing a home decoration based on a virtual house type according to claim 2, wherein: the view conversion module comprises a view rotation unit, a view locking unit and a view zooming unit;
the view rotating unit is provided with preset top view, front view and side view positions of all the wall bodies, a user selects one wall body through the touch of the interaction module, rotates to the front view position of the wall body after selecting the front view position, and displays the front view of the wall body on the house type model;
the view locking unit locks the current view angle position, and after the view locking unit is unlocked, a user freely rotates the view at the current view angle position by 360 degrees;
the view zooming unit is used for zooming the view of the current angular position.
4. A virtual house type based home decoration design system as claimed in claim 3, wherein: the view conversion module also comprises a wall body switching module, a user clicks and selects another wall body through the interaction module, the view rotation unit rotates to the selected view position of the other wall body from the view position of the current wall body, and the view position is locked through the view locking unit.
5. The system of claim 4, wherein the system comprises: the interaction module comprises a display unit, a touch unit and a feedback unit;
the display unit is used for displaying the views of the user-type module and the view rotating module through a touch display screen of the intelligent mobile terminal;
the touch identification unit is used for detecting whether a user touches a touch display screen of the intelligent mobile terminal, tracking a touch action by a cursor after the touch action, identifying a touch coordinate and starting a unit/module matched with the coordinate;
the feedback unit is used for generating feedback to prompt a user after the touch identification unit touches and the adsorption module finishes adsorption action, and comprises vibration, voice and a picture and text popup frame on the display unit.
6. The system of claim 5, wherein the system comprises: the adsorption module comprises a drawing line identification unit and an adsorption unit;
the drawing line identification unit is used for identifying the peripheral wall edge drawing line, the peripheral component edge line and the end point and generating an adsorption reference line matched with the peripheral component edge line when a user drags the target component to move on the wall;
after the user looses his hand, the target component is adsorbed to the adsorption reference line or the edge line of the peripheral component through the adsorption unit to form an alignment state;
after the adsorption action is finished, the feedback unit generates vibration feedback to prompt a user.
7. A home decoration design method based on virtual house type, which is implemented by the system and the intelligent mobile terminal according to any one of claims 1 to 6, and comprises the following steps:
s1, opening a drawing panel in the intelligent mobile terminal, and drawing on the drawing panel or opening a pre-drawn virtual house type model;
s2, selecting a wall of the virtual house type model, selecting a front view angle position, rotating the displayed view to the front view angle position, displaying the front view of the wall, and locking the view;
s3, after the view is unlocked, another wall is selected by clicking, and the displayed view is rotated to the front view angle position of the other wall from the front view angle position of the current wall;
s4, locking the view, selecting a target component from the component library, dragging the target component to the wall, generating an adsorption reference line by the home decoration design system, adsorbing the component on the wall according to the adsorption reference line after releasing the hands, and generating a feedback prompt after successful adsorption.
8. The method as claimed in claim 6, wherein the method comprises: in the step S4, the adsorption reference line is dragged by the adsorption module to move on the wall by the user, the peripheral wall edge drawing line, the peripheral member edge line, and the end point are identified and generated, and after the adsorption action is completed by the loose hand, the intelligent mobile terminal generates vibration feedback to prompt the user.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116680793A (en) * | 2023-08-03 | 2023-09-01 | 贝壳找房(北京)科技有限公司 | Wall data processing method, component creation method, electronic device and storage medium |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116680793A (en) * | 2023-08-03 | 2023-09-01 | 贝壳找房(北京)科技有限公司 | Wall data processing method, component creation method, electronic device and storage medium |
| CN116680793B (en) * | 2023-08-03 | 2023-10-20 | 贝壳找房(北京)科技有限公司 | Wall data processing method, component creation method, electronic device and storage medium |
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