CN116738555B - Intelligent home decoration design system - Google Patents
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- 238000013461 design Methods 0.000 title claims abstract description 91
- 238000005034 decoration Methods 0.000 title claims abstract description 44
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- 238000012545 processing Methods 0.000 claims abstract description 26
- 238000010276 construction Methods 0.000 claims abstract description 23
- 238000006243 chemical reaction Methods 0.000 claims abstract description 9
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- 238000010422 painting Methods 0.000 claims description 4
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- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
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Abstract
The invention discloses an intelligent home decoration design system, which belongs to the technical field of home decoration design and comprises a drawing import module, a drawing processing module and a drawing output module, wherein the front end of the drawing import module is connected with a drawing scanning module, a local uploading module and an online drawing module; the drawing processing module comprises a processing unit, the drawing importing module is connected to the processing unit, the processing unit is connected with a picture line conversion module, a temporary storage area and a drawing definition module, and the drawing definition module comprises a combination decomposition module, a definition module and a line size input module which are connected in sequence; the definition module is connected with the component name library, the intelligent home decoration design system can assist in accurately defining and measuring the interior space of a home, and can estimate the material consumption, so that a source manufacturer is linked in an online shopping mode, subsequent design can be assisted, and a design drawing and a construction drawing can be unified.
Description
Technical Field
The invention particularly relates to an intelligent home decoration design system, and belongs to the technical field of home decoration design.
Background
In the prior art, commodity houses are mostly delivered by adopting blank houses, so that the commodity houses can be covered after being decorated, the household interior decoration cost is relatively high, a large part of household expenses are occupied, and after finishing decoration, the commodity houses need to be covered for a long time, so that people attach importance to the interior decoration, wherein the focus of attention mainly comprises decoration cost planning and control, the quality of main decoration materials and auxiliary materials is controlled, in addition, the focus of attention is the decoration style, in the prior art, the quantity of decoration materials is mostly estimated according to the area in a sleeve, and because different decoration materials are needed at different indoor positions, the quantity of estimation and the quantity of actual decoration need to materials are easily caused to be greatly different, so that the problems of construction cycle extension caused by the need of cleaning the field of redundant materials and the lack of materials can be caused; in addition, the existing design drawing and later construction are usually disjointed, and the phenomenon that the design drawing and the construction drawing cannot be unified easily occurs during actual construction.
Disclosure of Invention
In order to solve the problems, the invention provides an intelligent home decoration design system which can assist in accurately defining and measuring the interior space of a home, is operated in a full-process fool mode, and can unify the sizes of design drawings and construction drawings.
The intelligent home decoration design system of the invention comprises:
the front end of the drawing importing module is connected with the drawing scanning module, the local uploading module and the online drawing module;
the drawing processing module comprises a processing unit, the drawing importing module is connected to the processing unit, the processing unit is connected with a picture line conversion module, a temporary storage area and a drawing definition module, and the drawing definition module comprises a combination decomposition module, a definition module and a line size input module which are connected in sequence; the definition module is connected with a component name library, and a custom adding option is arranged under the component name library;
the drawing output module is connected with the processing unit and comprises a standard drawing output option, a bearing wall plane drawing output option and a bearing wall three-dimensional drawing output option, wherein the standard three-dimensional drawing output option, the detachable wall plane drawing output option and the detachable wall three-dimensional drawing output option.
Further, the picture line conversion module comprises one or more of an OCR (optical character recognition) unit, a CAD (computer aided design) scanning unit or a CorelDRAW line graphic unit.
The drawing importing module imports the drawing into the processing unit, the processing unit sends the drawing into the drawing converting module, the drawing converting module converts the drawing into a drawing with an editable line, the drawing with the editable line is sent into the temporary storage area for storage, then the drawing defining module calls the drawing, a section of line is divided into N sections of editing lines by the combination decomposing module, or N sections of lines are combined into one editing line, or N sections of lines are combined into one editing block, the drawing to be edited is output, then the drawing to be edited is defined by the defining module, when the drawing to be edited is defined by the defining module, the definition is completed by on-line definition or list definition, when the definition is completed by clicking the editing line or the editing block, the defining module links a part name library, when the definition is completed by selecting a part in the part name library, each editing block corresponds to one label, a label list is formed, when each label in the list is defined, the defining module outputs the defined drawing, then the dimension is marked by the line size marking module, when the dimension marking is the line, the dimension marking is included, and the dimension marking is performed by the dimension marking module, and the dimension marking is formed according to the dimension marking is defined by the dimension marking module; and after the line size input module finishes size marking, outputting a standard drawing.
Further, when the dimension marking object is an editing line and the object defined by the definition module contains an independent marking object, the dimension marking is carried out on the object by clicking the triggering object, and when the dimension marking object is not marked, the dimension of the independent marking object is directly ignored.
Further, the output options in the drawing output module include three-dimensional drawings, and average layer height data needs to be set.
Further, the standard drawing output under the standard drawing output option is distinguished to be a bearing wall or not through thick and thin lines, and the bearing beam is marked through plane lines; all parts except the wall body and the beam body in the bearing wall three-dimensional drawing are the delectable units, and all parts in the detachable wall three-dimensional drawing are the delectable units.
Further, the system also comprises a drawing application module provided with an independent operation unit, wherein the drawing application module comprises a pattern design module; when the pattern design module works, the standard drawing output by the drawing output module is called, secondary layout is carried out on the standard drawing according to the design requirement, during layout, editing lines except for the bearing wall and the spandrel girder can be deleted and added again, and the added editing lines are defined by the drawing definition module; outputting standard plane construction drawings, specifically: carrying out secondary layout on a standard drawing according to pattern requirements, wherein the pattern requirements comprise the number of living rooms, the number of horizontal types, the number of kitchens, the number of toilets, whether balcony requirements exist, whether laundry requirements exist, whether study requirements exist and the like, so that a plurality of separation compartments are formed on a plane construction drawing, and the plane construction drawing is output, the pattern design module further comprises an interval function selection unit, and the interval function selection unit comprises the following selection items: whether the kitchen is a closed kitchen, large-scale electric appliance in the kitchen, laundry room function unit and study room function unit, bathroom is dry-wet separation, bathroom function unit, each bedroom is selected, each bedroom bed is sized, passageway width in the bedroom is selected, passageway is selected by a vestibule cabinet; the selection item of each interval function selection unit corresponds to width and/or length dimension data, and the independent operation unit refines the layout of each partition compartment, namely, the selection item selected by the interval function selection unit is added into the partition compartment to generate a refined layout; the manual design is completed, the pattern design module can also carry out auxiliary design, when the auxiliary design is carried out, the calculation scheme is nearby calculation and constraint calculation when the calculation host calculates, the basic function interval division is completed when the nearby calculation is carried out, the interval close to the flue and the gas pipe defaults to a kitchen, the interval close to the sewage pipe defaults to a bathroom and a washroom, and the interval close to the entrance door defaults to a hall; the constraint operation comprises size constraint and functional constraint, wherein when the size constraint is carried out, the minimum size and/or the minimum depth size, the minimum size of the aisle width, the maximum extension size of the drain pipe under the condition of heightening, the maximum extension size of the drain pipe under the condition of no heightening and the like are set for each functional interval, and the sizes are customizable sizes, and the default size calculation is carried out under the condition of no customization; the function constraint is that a certain area is designated as a set function interval through a standard drawing, and default calculation is carried out under the condition that the function constraint is not available; during operation, the bearing wall is used as a dividing line, a public aisle is determined, N isolation regions are formed under the constraint condition, door openings are built at the connection positions of each isolation region and the corridor, and auxiliary reference is provided for manual design layout through an auxiliary calculation scheme.
Further, the drawing application module further comprises a hard-mounting matching module, a lamp layout design module, a socket layout design module and a pipeline layout design module; the hard-pack matching module, the lamp layout design module, the socket layout design module and the pipeline layout design module are carried out in each separation compartment.
Further, the system also comprises a hard-packed bill of materials generation module, wherein the hard-packed bill of materials generation module obtains a pattern diagram, determines brickwork positions needing to be additionally arranged in the later period, estimates the total quantity of bricks, cement and sand stones according to the total wall surface painting area and the improved number of meters of pipelines, and generates hardware types and quantity according to the pattern diagram.
Further, the drawing application module further comprises a design execution unit, the design execution unit comprises a decoration process acquisition unit and a service unit, when the independent operation unit completes drawing design, the decoration process acquisition unit automatically generates a decoration process according to drawing data, each link in the decoration process is linked with the service unit, the service unit comprises a material unit and a service unit, the material unit is linked with a material library, the service unit is linked with a service personnel library, and the material library and the service personnel library are subdivided into N small service libraries according to the decoration process.
Compared with the prior art, the intelligent home decoration design system can assist in accurately defining and measuring the interior space of a home, form a standard drawing, improve the estimation accuracy of the quantity of materials required, assist in carrying out subsequent design, and unify the design drawing and the construction drawing on the standard drawing.
Drawings
Fig. 1 is a schematic overall structure of embodiment 1 of the present invention.
Fig. 2 is a schematic diagram of the workflow structure of embodiment 1 of the present invention.
Fig. 3 is a block diagram showing the overall structure of an application module according to embodiment 2 of the present invention.
Fig. 4 is a schematic workflow diagram of a layout design module according to embodiment 2 of the present invention.
Fig. 5 is a workflow diagram of a hard-pack matching module according to embodiment 2 of the present invention.
Fig. 6 is a schematic workflow diagram of a lamp design module according to embodiment 2 of the present invention.
Fig. 7 is a schematic workflow diagram of a socket layout design module according to embodiment 2 of the present invention.
FIG. 8 is a schematic diagram of a design execution unit workflow according to embodiment 3 of the present invention.
FIG. 9 is a schematic diagram of a library and service personnel library construction flow according to example 3 of the present invention.
Detailed Description
Example 1:
the smart home decoration design system as shown in fig. 1 and 2 includes:
the front end of the drawing importing module is connected with the drawing scanning module, the local uploading module and the online drawing module;
the drawing processing module comprises a processing unit, the drawing importing module is connected to the processing unit, the processing unit is connected with a picture line conversion module, a temporary storage area and a drawing definition module, and the drawing definition module comprises a combination decomposition module, a definition module and a line size input module which are connected in sequence; the definition module is connected with a component name library, and a custom adding option is arranged under the component name library;
the drawing output module is connected with the processing unit and comprises a standard drawing output option, a bearing wall plane drawing output option and a bearing wall three-dimensional drawing output option, wherein the standard three-dimensional drawing output option, the detachable wall plane drawing output option and the detachable wall three-dimensional drawing output option.
The picture line conversion module comprises one or more of an OCR (optical character recognition) unit, a CAD (computer aided design) scanning unit or a CorelDRAW line graphic unit.
The drawing importing module imports the drawing into the processing unit, the processing unit sends the drawing into the drawing line conversion module, the drawing line conversion module converts the drawing into the drawing with the editable line, and sends the drawing with the editable line into the temporary storage area for storage, then the drawing definition module calls the drawing, and a section of line is divided into N sections of editing lines by the combination decomposition module, or the N sections of lines are combined into one editing line, or the N sections of lines are combined into one editing block, the drawing to be edited is output, then the drawing to be edited is defined by the definition module, when the definition is finished, the definition is finished by on-line definition or list definition, the definition module links a part name library by clicking the editing line or the editing block, and the part name library comprises a hollow part, a beam part, a bearing wall, a non-bearing wall and a block; and options arranged under the bearing wall and the non-bearing wall, including a door wall, a solid wall, a door opening wall, a window opening wall, a door and window wall and a bay window wall; a blow-down pipe, a drain pipe, a water inlet pipe, a gas inlet pipe and a flue which are arranged below the block; when the method is used for selecting, firstly, hollow, beam, bearing wall, non-bearing wall and block can be selected, after the bearing wall, non-bearing wall and block are selected, the method enters a sub option below, definition can be completed through selecting a certain part in a part name library, when a list is adopted for definition, each editing block and editing line correspond to one label to form a label list, each label in the list can be defined, a definition module outputs a defined drawing, then a line size input module carries out size marking on the line which is completed and defined, when the size marking object is an editing line, the marking size comprises length and width, when the size marking object is an editing block, marking size content comprising self size marking and interval marking between adjacent disassembling lines according to the object defined by the definition module, such as a radius of marking objects of a blow-off pipe, a drain pipe, a gas inlet pipe and the like, and interval marking between adjacent disassembling lines are formed; and after the line size input module finishes size marking, outputting a standard drawing.
When the size marking object is an editing line and the object defined by the definition module contains an independent marking object, the size marking is carried out on the object by clicking the triggering object, and when the size marking object is not marked, the size of the independent marking object is directly ignored; if the wall body comprises a door opening, a window opening wall and a door window, the objects are single labeling objects, and the single labeling objects comprise self dimension labeling and interval labeling between adjacent dismantling lines.
The output options in the drawing output module comprise three-dimensional drawings, and average layer height data are required to be set; the standard drawing output under the standard drawing output option is distinguished to be a bearing wall or not through thick and thin lines, and a spandrel girder is marked through plane lines; all parts except the wall body and the beam body in the bearing wall three-dimensional drawing are the delectable units, and all parts in the detachable wall three-dimensional drawing are the delectable units.
Example 2:
the intelligent home decoration design system as shown in fig. 3 and 4 further comprises a drawing application module provided with an independent operation unit, wherein the drawing application module comprises a pattern design module; when the pattern design module works, the standard drawing output by the drawing output module is called, secondary layout is carried out on the standard drawing according to the design requirement, during layout, editing lines except for the bearing wall and the spandrel girder can be deleted and added again, and the added editing lines are defined by the drawing definition module; outputting standard plane construction drawings, specifically: carrying out secondary layout on a standard drawing according to pattern requirements, wherein the pattern requirements comprise the number of living rooms, the number of horizontal types, the number of kitchens, the number of toilets, whether balcony requirements exist, whether laundry requirements exist, whether study requirements exist and the like, so that a plurality of separation compartments are formed on a plane construction drawing, and the plane construction drawing is output, the pattern design module further comprises an interval function selection unit, and the interval function selection unit comprises the following selection items: whether the kitchen is a closed kitchen, large-scale electric appliance in the kitchen, laundry room function unit and study room function unit, whether the bathroom is dry-wet separation, function unit in the bathroom, whether each bedroom is selected by a wardrobe, the size of each bedroom bed, the width of passageway in the bedroom, whether the passageway of the corridor is selected by a vestibule cabinet and the like; the selection item of each interval function selection unit corresponds to width and/or length dimension data, and the independent operation unit refines the layout of each partition compartment, namely, the selection item selected by the interval function selection unit is added into the partition compartment to generate a refined layout; the manual design is completed, the pattern design module can also carry out auxiliary design, when the auxiliary design is carried out, the calculation scheme is nearby calculation and constraint calculation when the calculation host calculates, the basic function interval division is completed when the nearby calculation is carried out, the interval close to the flue and the gas pipe defaults to a kitchen, the interval close to the sewage pipe defaults to a bathroom and a washroom, and the interval close to the entrance door defaults to a hall; the constraint operation comprises size constraint and functional constraint, wherein when the size constraint is carried out, the minimum size and/or the minimum depth size, the minimum size of the aisle width, the maximum extension size of the drain pipe under the condition of heightening, the maximum extension size of the drain pipe under the condition of no heightening and the like are set for each functional interval, and the sizes are customizable sizes, and the default size calculation is carried out under the condition of no customization; the function constraint is that a certain area is designated as a set function interval through a standard drawing, and default calculation is carried out under the condition that the function constraint is not available; during operation, the bearing wall is used as a dividing line, a public aisle is determined, N isolation regions are formed under the constraint condition, door openings are built at the connection positions of each isolation region and the corridor, and auxiliary reference is provided for manual design layout through an auxiliary calculation scheme.
As shown in fig. 5, the drawing application module further includes a hard-pack matching module, a lamp layout design module, a socket layout design module and a pipeline layout design module; the hard-mounting matching module, the lamp layout design module, the socket layout design module and the pipeline layout design module are carried out in each partition compartment; the hard-packed matching module acquires partition compartment drawings and matches each partition compartment, the hard-packed matching module comprises a functional interval style library, a wind grid selection style library and a selection matching module connected with the functional interval style library and the wind grid selection style library, a suspended ceiling style is selected through the selection matching module, such as a full suspended ceiling, a double-eyelid suspended ceiling and the like, an air conditioner type is selected through a central air conditioner, an air pipe machine, a wall air conditioner or a vertical air conditioner, a ground type is a ceramic tile, a bottom plate, a wall facing type is a wall cloth, wallpaper, emulsion paint, artistic paint and the like, a cabinet facing type is a skin material, an alloy material, a glass material or a wood grain facing material and the like, wherein the ground type, the wall facing type and the cabinet facing type are respectively linked with a color collocation library at the same time, and the color or the personalized color of a main stream is selected through the color collocation library; meanwhile, the hard-packed matching module acquires the function selection data of each interval, and the drawing application module calls the function interval style library and the style selection style library to match N decoration schemes according to the limiting data and arranges the N decoration schemes from large to small according to the matching degree; manually selecting the most satisfactory scheme for each functional interval decoration scheme; the hard-packed matching module outputs a three-dimensional drawing of the interval layout;
as shown in fig. 6, the lamp design module includes a lamp design integral module, an automatic lamp acquisition module and a lamp manual setting module, the lamp design module acquires a partition drawing, the lamp design module performs lamp layout on each partition, and the lamp design integral module selects whether the partition has no main lamp design and is connected with an intelligent home design; triggering an automatic lamp layout diagram through an automatic lamp acquisition module option, and synchronously generating a switch control position and an associated control line by the automatic lamp acquisition module according to the type of a lamp design integral module, the function of a function interval and the size of the function interval; the lamp position of a certain street lamp line can be added or deleted through the manual lamp setting module, and the lamp position is added or modified, and the associated control line is modified, added or deleted; lamp type modification or deletion; the lamp design module outputs a lamp position layout diagram, a switch position layout diagram, a lamp and switch association diagram, a lamp type diagram and a bill of materials;
as shown in fig. 7, the automatic socket obtaining module and the manual socket setting module of the socket layout design module obtain a partition drawing and a vertical drawing, and in operation, obtain a switch position layout; then, triggering an automatic layout diagram of the socket through an automatic socket acquisition module option, wherein the automatic socket acquisition module completes basic layout by combining the switch when the socket position is on the same wall as the switch according to the size of the functional output line diameter of the functional section, the number of basic sockets, the socket type and the socket position; then, the socket of a certain power supply line can be added or deleted by the manual socket setting module, and the socket position, the socket type and the socket type are modified or deleted; the outlet layout design module outputs an outlet layout, an outlet and power line association, an outlet type, and an outlet bill of materials.
The pipeline layout design module comprises a waterway layout module and a circuit layout module, the pipeline layout design module acquires a pattern diagram and determines the size data of each functional area, and whether cold water and/or hot water supply points exist or not; the water supply points and the power supply points are obtained through the lamp position layout diagram, the switch position layout diagram, the lamp and switch association diagram, the socket position layout diagram, the socket and power supply line association diagram, and the water supply points and the power supply points are obtained according to space wiring requirements, such as water pipe roof walking, electric wire floor walking and horizontal and vertical wiring; generating a shortest cold and hot water pipe wiring diagram, and finally outputting a waterline layout diagram and a wire layout diagram; and outputting the estimated bill of materials of the diameters and lengths of the pipelines and the wires.
The system comprises a wall surface painting total area and pipeline improvement meter number prediction brick, cement and sand stone total amount, and is characterized by further comprising a hard-packed bill of materials generation module, wherein the hard-packed bill of materials generation module acquires a pattern diagram, determines a brickwork position to be added in the later period, and generates hardware types and numbers according to the pattern diagram.
Example 3:
the intelligent home decoration design system as shown in fig. 8 and 9, wherein the drawing application module further comprises a design execution unit, the design execution unit comprises a decoration flow acquisition unit and a service unit, when the independent operation unit completes drawing design, the decoration flow acquisition unit automatically generates a decoration flow according to drawing data, each link in the decoration flow is linked with the service unit, the service unit comprises a material unit and a service unit, the material unit is linked with a material library, the service unit is linked with a service personnel library, and the material library and the service personnel library are subdivided into N small service libraries according to the decoration flow; the service unit is a complete service system, when a certain link in the process has a material requirement, a material acquisition unit is used for selecting a material library, a certain material is selected, a delivery date or a top measurement square date is determined, after measurement and price estimation are completed, payment is carried out, the cost is hosted on a third party platform of the design system, after entering an approach date, the material approaches and is checked and accepted, and if the check and acceptance are qualified, payment and subsequent material evaluation are carried out, and when the check and acceptance are failed, the delivery or the replacement is required; when a certain link in the process has construction service requirements, acquiring and determining service personnel or service providers through a service personnel library, if the first step of the process is that whether the service personnel or service providers have project manager requirements, after the project manager is selected, the project manager intervenes in the construction process and quality management in the whole course, after the project manager is selected or is not needed, the project manager enters a second step, if the project manager has earlier service requirements, including earlier protection of a construction site and temporary toilet installation, the construction site and the temporary toilet installation are sequentially carried out, after a certain service is selected, then the time of approach is agreed, payment is carried out, the cost is hosted on a third party platform of a design system, after construction is completed, acceptance check-in is carried out, and the third party platform pays money to the service personnel or service providers and can be evaluated; the acceptance is not passed, and the correction is carried out until the acceptance is passed; the material library and the service personnel library are registered in the system through individuals or units, after auditing is completed, material service and construction service can be provided, data of the material service and the construction service are input through a front-end unified template, and the system performs library separation and storage of the input information.
The above embodiments are merely preferred embodiments of the present invention, and all changes and modifications that come within the meaning and range of equivalency of the structures, features and principles of the invention are therefore intended to be embraced therein.
Claims (4)
1. An intelligent home decoration design system, which is characterized in that: comprising the following steps:
the front end of the drawing importing module is connected with the drawing scanning module, the local uploading module and the online drawing module;
the drawing processing module comprises a processing unit, the drawing importing module is connected to the processing unit, the processing unit is connected with a picture line conversion module, a temporary storage area and a drawing definition module, and the drawing definition module comprises a combination decomposition module, a definition module and a line size input module which are connected in sequence; the definition module is connected with a component name library, and a custom adding option is arranged under the component name library;
the drawing output module is connected with the processing unit and comprises a standard drawing output option, a bearing wall plane drawing output option and a bearing wall three-dimensional drawing output option, wherein the standard three-dimensional drawing output option, a detachable wall plane drawing output option and a detachable wall three-dimensional drawing output option;
the picture line conversion module comprises one or more of an OCR (optical character recognition) unit, a CAD (computer aided design) scanning unit or a CorelDRAW line graphic unit;
the drawing importing module imports the drawing into the processing unit, the processing unit sends the drawing into the drawing line converting module, the drawing line converting module converts the drawing into the drawing with the editable line, the drawing with the editable line is sent into the temporary storage area for storage, the drawing defining module calls the drawing, a line is divided into N sections of editing lines by the combination decomposing module, or N sections of lines are combined into one editing line, or N sections of lines are combined into one editing block, the drawing to be edited is output, then the drawing to be edited is defined by the defining module, when the drawing to be edited is defined, the definition is completed by on-line definition or list definition, when the drawing is defined on-line, the definition module links the component name library by clicking an editing line or an editing block, definition can be completed by selecting a certain component in the component name library, when list definition is adopted, each editing block and editing line correspond to one label to form a label list, each label in the list can be defined, the definition module outputs a defined drawing, then the line size input module carries out size marking on the line which is completed, when the size marking object is the editing line, the marking size comprises length and width, and when the size marking object is the editing block, marking size content is formed according to the object defined by the definition module; after finishing the dimension marking, the line dimension input module outputs a standard drawing;
the drawing application module comprises a pattern design module; when the pattern design module works, the standard drawing output by the drawing output module is called, secondary layout is carried out on the standard drawing according to the design requirement, during layout, editing lines except for the bearing wall and the spandrel girder can be deleted and added again, and the added editing lines are defined by the drawing definition module; outputting a standard plane construction drawing, and forming a plurality of separation compartments according to the plane construction drawing;
the standard drawing output under the standard drawing output option is distinguished to be a bearing wall or not through thick and thin lines, and a spandrel girder is marked through plane lines; all parts except the wall body and the beam body in the bearing wall three-dimensional drawing are delectable units, and all parts in the detachable wall three-dimensional drawing are delectable units;
the drawing application module further comprises a hard-mounting matching module, a lamp layout design module, a socket layout design module and a pipeline layout design module; the hard-mounting matching module, the lamp layout design module, the socket layout design module and the pipeline layout design module are carried out in each partition compartment;
the system comprises a wall surface painting total area and pipeline improvement meter number prediction brick, cement and sand stone total amount, and is characterized by further comprising a hard-packed bill of materials generation module, wherein the hard-packed bill of materials generation module acquires a pattern diagram, determines a brickwork position to be added in the later period, predicts the total amount of bricks, cement and sand stone according to the total area of the wall surface painting and the pipeline improvement meter number, and generates hardware types and number according to the pattern diagram.
2. The smart home decoration design system of claim 1, wherein: when the size-marked object is an editing line and the object defined by the definition module contains an independent marked object, the object is marked by clicking the trigger object, and when the object is not marked, the size of the independent marked object is directly ignored.
3. The smart home decoration design system of claim 1, wherein: the output options in the drawing output module comprise three-dimensional drawings, and average layer height data are required to be set.
4. The smart home decoration design system of claim 1, wherein: the drawing application module further comprises a design execution unit, the design execution unit comprises a decoration flow acquisition unit and a service unit, when the independent operation unit completes drawing design, the decoration flow acquisition unit automatically generates a decoration flow according to drawing data, each link in the decoration flow is linked with the service unit, the service unit comprises a material unit and a service unit, the material unit is linked with a material library, the service unit is linked with a service personnel library, and the material library and the service personnel library are all subdivided into N small service libraries according to the decoration flow.
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