CN110942378A - Hard-set customization method and customization device - Google Patents
Hard-set customization method and customization device Download PDFInfo
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Abstract
The invention provides a hard-set customization method and a customization device, and solves the technical problem that effective interaction means is lacked for communication between specific home design and customers in the existing design stage. The method comprises the following steps: and obtaining initial/corrected customer requirements for forming the alternative hard-package model through the interactive user interface, and displaying a display image of the initial/corrected alternative hard-package model through the interactive user interface. The requirement expression and the custom experience of the customer are reasonably split from the complete hard-set custom design process, the interference and the energy consumption of the detailed design custom process to the customer experience are eliminated, and meanwhile, the design process can be quickly modified and iterated by means of the computing resources of a server or a background. The method ensures that the client requirements can be initially/corrected in time in the hardwearing process and the model form generation process, and the client requirements can be reflected in time. Feedback and experience of a client in different customization stages can realize data interaction with a professional design process through a rich type human-computer interaction interface provided by an interactive user interface.
Description
The present invention requires what is proposed by the applicant: the application date is 12 and 29 in 2018, and the application number is CN2018116448726, and the application is named as the priority of the application of 'a hard-package customization method and customization device'. The entire contents of the above application are incorporated herein by reference in their entirety.
Technical Field
The invention relates to the technical field of hard-ware product manufacturing, in particular to a hard-ware customizing method and a hard-ware customizing device.
Background
In the prior art, the customized hard suit is designed and manufactured based on the personality and the preference of a consumer, so that most of personality requirements of the consumer can be met, the size, style, function and the like of the customized hard suit are well matched with the house type, but the production and the manufacturing of the customized hard suit are influenced by human resources in the design link, so that the production efficiency is low, and the market requirements are difficult to meet.
The hard-ware professional knowledge relates to relevant professional processes such as top surface decoration, wall decoration, ground decoration, wood decoration, waterway circuit engineering and the like, deep coordination among professionals is needed, a designer is a designer and a customer manager in the customization design process, the hard-ware design professional knowledge, expert design and drawing software need to be provided, close communication with the customer is needed to fully obtain the real requirements of the customer, the hard-ware design professional knowledge is further butted with an installer to ensure correct installation of the customization hard-ware and ensure safety, and the labor cost is high. Particularly, communication with customers, production personnel and constructors is often low in efficiency, expression of obtained customer requirements is disordered, expression contents are lack of orderliness, requirements are changed repeatedly, understanding and specification of production personnel and constructors to data are different from those of the design industry, and the like, so that negative influence is caused on the design process.
Disclosure of Invention
In view of the above problems, embodiments of the present invention provide a hard-set customization method and a customization device, which solve the technical problem that an effective interaction means is lacking in communication between a specific home design and a customer in an existing design stage.
The hard-set customization method comprises the following steps:
the initial/revised customer requirements for forming the alternative hardcover model are obtained through an interactive user interface, and the display image of the initial/revised alternative hardcover model is displayed through the interactive user interface.
In an embodiment of the present invention, the obtaining of the initial customer requirement for forming the alternative hard-package model through the interactive user interface, the displaying an initial display image of the alternative hard-package model through the interactive user interface includes:
forming the interactive user interface for data input and data presentation;
and sequentially displaying the predefined display image through the data display interface of the interactive user interface, and acquiring initial expression information sequentially input by a customer through the data input interface of the interactive user interface to serve as an initial customer requirement for forming the alternative hard-package model.
In an embodiment of the present invention, the obtaining, through an interactive user interface, a revised customer requirement for forming the alternative hard-package model, and the presenting, through the interactive user interface, a presentation image of the revised alternative hard-package model includes:
displaying the received display image of the alternative hard-package model through a data display interface of the interactive user interface;
in the display process, sequentially acquiring the correction expression information formed by the customer aiming at the displayed image through a data input interface of the interactive user interface as the correction customer requirement for forming the alternative hard-package model;
and forming a display image for receiving the alternative hard-package model to display, forming a correction client requirement of a client according to the display image, and receiving a correction iteration process for modifying the alternative hard-package model and forming the display image by using the correction client requirement, wherein the correction iteration process is carried out until the client determines to customize the hard-package model.
In an embodiment of the present invention, the method further includes:
and obtaining parameters of the customized hard-package model through the interactive user interface to form predefined form data, and distributing the predefined form data according to the needs.
In an embodiment of the present invention, the method further includes:
and obtaining the customization requirement of the house type through the interactive user interface, and displaying a display image of the hard-ware space formed according to the customization requirement of the house type and the customized hard-ware model through the interactive user interface.
In an embodiment of the present invention, the displaying image for displaying the hardwearing space formed according to the customized requirements and the customized hardwearing model through the interactive user interface includes:
receiving hard-ware sequence data to form a process display of a hard-ware process, interactively modifying the hard-ware process, and updating the hard-ware sequence data;
and receiving the layout state data to form a simulation display of the hard-package space, interactively modifying and customizing the layout form of the hard-package model, and updating the layout state data.
The hard-set customization device of the embodiment of the invention comprises:
the memorizer, is used for storing the correspondent program code of handling procedure of the above-mentioned hard-set customization method;
a processor for executing the program code.
The hard-ware customization device is used for obtaining initial/corrected customer requirements for forming the alternative hard-ware model through the interactive user interface, and displaying the display image of the initial/corrected alternative hard-ware model through the interactive user interface.
In an embodiment of the present invention, the hard-ware customization device is further configured to obtain an initial/revised customer requirement for forming the alternative hard-ware model through an interactive user interface, and display an image of the initial/revised alternative hard-ware model through the interactive user interface.
According to the hard-ware customization method and the customization device, the requirement expression and the custom-made experience of a customer are reasonably split from the complete hard-ware customization design process, the interference and the energy consumption of professional and detailed design and customization processes such as hard-ware specific style design, hard-ware assembly specific adaptation and functional structure design on the customer experience are eliminated, meanwhile, the design process can be rapidly processed, adapted and modified and iterated by means of computing resources of a server or a background, and the effect that the professional design resources are smoothly upgraded and the design and customization process is not influenced is achieved. Feedback and experience of the customer at different customization stages can realize data interaction with the professional design process through a rich type human-computer interaction interface provided by the interactive user interface, and the real feeling of the professional design customization result in the customer customization experience is effectively improved. In the ordered display process, the graphical object is used for displaying the hard-package process and customizing the corresponding attribute data of the hard-package model, such as local or integral related influence description and parameter display, and the data input interface of the interactive interface is used for controlling and providing attribute data correction control, so that the initial/corrected customer requirements can be obtained in time in the hard-package process and the model form generation process, and the customer requirements can be reflected in time.
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Fig. 1 is a schematic main flow chart of a hard-set customization method according to an embodiment of the present invention.
Fig. 2 is a schematic flow chart of a hard-set customization method according to an embodiment of the present invention.
Fig. 3 is a schematic diagram illustrating an architecture of a hard-mount customized apparatus according to an embodiment of the present invention.
Fig. 4 is a schematic main flow chart of a hard-set customization method according to an embodiment of the present invention.
Fig. 5 is a schematic main flow chart of a hard-set customization method according to another embodiment of the present invention.
FIG. 6 is a block diagram of a hard-wired customization apparatus according to another embodiment of the present invention.
Fig. 7 is a schematic main flow chart of a hard-set customization method according to another embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention clearer and more obvious, the present invention is further described below with reference to the accompanying drawings and the detailed description. It is to be understood that the described embodiments are merely exemplary of the invention, and not restrictive of the full scope of the invention. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
The hard-set customization method comprises the following steps:
the initial/revised customer requirements for forming the alternative hardcover model are obtained through the interactive user interface, and the display image of the initial/revised (i.e. adjusted) alternative hardcover model is displayed through the interactive user interface.
The hard decoration includes but is not limited to decoration processes such as top decoration, wall decoration, ground decoration, wood decoration, water circuit layout, kitchen ware and sanitary ware layout and the like. Each decoration process respectively forms a set of independent component matching structure, and the component matching structure comprises elements adapting to customer requirements, such as style, material texture and the like, and also comprises elements adapting to decoration environment, such as space dimension, material specification and the like. And a determined decoration process matching structure is formed among the decoration process procedures, and comprises an additional assembly matching structure in the implementation process of each decoration process procedure and an additional assembly matching structure when each decoration process procedure is completed.
According to the method for customizing the hard-ware, the requirement expression and the custom-making experience of the customer are reasonably split from the complete hard-ware customization design process, the interference and the energy consumption of professional and detailed design and customization processes such as the specific style design, the specific adaptation of hard-ware components, the functional structure design and the like on the customer experience are eliminated, meanwhile, the design process can be rapidly processed, adapted and modified and iterated by means of computing resources of a server or a background, and the effect that the professional design resources are smoothly upgraded and the design and customization process is not influenced is achieved. Feedback and experience of the customer at different customization stages can realize data interaction with the professional design process through a rich type human-computer interaction interface provided by the interactive user interface, and the real feeling of the professional design customization result in the customer customization experience is effectively improved.
A hardset customization method according to an embodiment of the present invention is shown in fig. 1. In fig. 1, the present embodiment includes:
step 910: an interactive user interface for data entry and data presentation is formed.
The interactive user interface may be formed on screens or lens projection planes of various data processing terminals, including but not limited to a touch screen all-in-one machine, a tablet computer, a notebook computer, a desktop computer, a mobile phone, a store display terminal, and the like, and further including an AR (Augmented Reality) device, an MR (mixed Reality Mix Reality) device, or a VR (Virtual Reality) device.
Step 920: the predefined display image is displayed in order through a data display interface of the interactive user interface, and initial expression information input in order by a customer is acquired through a data input interface of the interactive user interface and is used as an initial customer requirement for forming the alternative hard-package model.
The data display interface is used for providing a graphic output channel which controls graphic data reflecting the design data to form a graphic or a graphic object, and the graphic or the graphic object in the user interface is formed through the graphic output channel. The data input interface is used for receiving the control data and converting the control data into an instruction output channel of the ordered control logic, and the display of the graphic data is controlled through the instruction output channel. The data input interface is also used for providing a data output channel for converting the received customer expression information into the ordered structure data.
Step 930: and displaying the display image of the received alternative hard-package model through a data display interface of the interactive user interface.
The display image of the alternative hardbound model includes, but is not limited to, structural information, rendering information, and fill light information of the alternative hardbound model, and graphic data, control data, and control logic of the display image.
Step 940: and in the display process, the correction expression information formed by the customer aiming at the displayed image is orderly acquired through a data input interface of the interactive user interface to serve as the correction customer requirement for forming the alternative hardpack model.
And acquiring man-machine control data through the data input interface, finishing graphic data display of the alternative hard-mounted model by interacting with control data and control logic of the displayed image, and acquiring correction expression information aiming at an object, a structure or a position in the displayed image through the data input interface.
Step 950: forming a display image for receiving the alternative hardwares model to display, forming a correction client requirement of a client according to the display image, receiving a correction iteration process for modifying the alternative hardwares model by using the correction client requirement and forming the display image, and correcting the iteration process until the client determines to customize the hardwares model.
And gradually obtaining correction expression information by using the data input interface to supply the alternative hard-package model to form correction, displaying a display image formed after the alternative hard-package model is corrected by using the data display interface, and forming iterative correction of the alternative hard-package model by data interactive cooperation between the data input interface and the data display interface.
The hard-ware customization method of the embodiment of the invention utilizes the data display interface of the interactive interface to form ordered display of the graphic data, utilizes the graphic object to display corresponding object or attribute data of the alternative hard-ware model, such as local or integral style description and parameter display, utilizes the data input interface of the interactive interface to control the corresponding object or attribute data of the alternative hard-ware model, and simultaneously utilizes the data input interface to obtain or collect expression information orderly input by a client to promote the alternative customized hard-ware model to be continuously corrected to form the customized hard-ware model. Effective requirement interaction input and ordered display image updating are provided for the customized hard-package model generation process, the fact that the customized hard-package model generation process can obtain timely initial/corrected customer requirements is guaranteed, and the display image of the customized hard-package model generation process is reflected timely.
In an embodiment of the present invention, the method further includes:
step 960: and acquiring parameters of the customized hard-package model through an interactive user interface to form predefined form data, and distributing the predefined form data according to needs.
The customized hard-ware model comprises corresponding data such as types, functional areas, positions, structures, materials, fixation and the like among hard-ware components, and the corresponding data and parameters of the associated system are formed according to a predefined data format and are distributed according to needs.
As shown in fig. 2, in an embodiment of the present invention, step 910 includes:
step 911: activating an interactive user interface application environment on the data terminal;
the activation process includes launching the application environment, waking the application environment, or switching to the application environment.
Step 912: initializing a data display state, a data input state and initial graphic data according to a display strategy;
the display strategy comprises a source of initial graphic data, a graphic display state of a graphic formed by the initial graphic data in the interface, and a data input state matched with the graphic display state. For example, the display order and position of the display graphic data in the interaction process in the interface formed according to the interaction logic, the data receiving or collecting area formed according to the interaction logic according to the display order and position of the graphic, and the like are obtained.
Step 913: an interactive user interface is displayed.
A display interface formed according to the interaction logic receives data input corresponding to the graphical presentation.
The embodiment of the invention fully utilizes the graphic display function and the data input function of the existing data processing terminal to establish an interaction basis.
As shown in fig. 2, in an embodiment of the present invention, step 920 includes:
step 921: forming a graphic display which accords with a display strategy by the obtained graphic data through a data display interface;
the graphic display comprises a series of graphics which are related or indexed to each other, such as a hardbound whole, a hardbound partial area, a hardbound assembly part or a plane or stereo graphic object of hardbound type, style, color and material.
Step 922: forming a control input area which accords with a display strategy in the graphic display by using the data input interface;
the control input area comprises a switching input area, a selection input area, a confirmation input area and the like which are consistent with the interactive process, and figures and graphic areas such as formed confirmation buttons, pull-down menus or control icons.
Step 923: an initial customer demand input area in the graphical display is formed that conforms to the meaning of the graphical display using the data input interface.
The initial customer demand input area includes graphical identifications of option areas, voice input areas, video input areas, text input areas, etc. for receiving customer demands, such as a multiple selection box, a text box, a voice reception status box, a video feedback display box, etc. for receiving customer demands.
As shown in fig. 2, in an embodiment of the present invention, step 930 includes:
step 931: receiving a display image of an alternative hard-mounted model;
and receiving model data, description data and a display image of the alternative hard-mounted model corresponding to the initial customer requirement through a data communication function of the data processing terminal.
Step 932: forming an ordered graph by utilizing the graph data in the display image according to the control data by utilizing a data display interface for displaying;
the ordered graphics comprise a series of graphics or model scenes with correlation or index relationship, and the graphics or model scenes comprise rendering information formed based on the alternative hardbound models.
Step 933: and setting a control input area and a client correction input area by using a data display interface in the corresponding area of the ordered graph.
The method has the advantages that the alternative hard-ware image formed by the optimal design process is provided for the client by utilizing the graphic display of the interactive user interface, the visual feeling of the client can be made to accord with the real feeling as much as possible by displaying the rendering information in the image, and the positioning of the interface control input area and the client correction input area provides a proper reference object and reference data basis for the personal preference selection of the client, so that the client requirement confusion is avoided.
As shown in fig. 2, in an embodiment of the present invention, step 940 includes:
step 941: forming an interactive process of image display-correction expression;
the change of the displayed image is controlled through the data input interface, so that the client forms a modification requirement, and the modification requirement is received through the data input interface to form modification expression information.
Step 942: receiving the operation of a client by using a data input interface to form a control data control display image;
the control display image comprises movement control, rotation control, replacement control, addition control, deletion control, hierarchical control, hard-mounted feature hierarchical display control and the like.
Step 943: in the display process, the data input interface is used for receiving the correction expression information of the client on the displayed image.
The correction expression information comprises correction expression information in the form of audio, video or characters, and also comprises correction information formed through interactive logic.
As shown in fig. 2, in an embodiment of the present invention, step 950 includes:
step 951: providing the correction expression information to the correction process of the alternative hard-mounted model;
and providing data for the alternative hard-package model modification process in a pushing mode.
The multiplexing efficiency of the technology and resources corresponding to the correction process of the alternative hard-mounted model can be improved.
Step 952: receiving a display image of a new alternative hardbound model formed in the process of correcting the alternative hardbound model;
and receiving the display images of the alternative hard-mounted models in sequence.
Preferred presentation images can be obtained during the complete correction process and can be used as image data for initial data in the interactive user interface of other customers.
Step 953: forming correction expression information for iterative correction of the alternative hardwearing model according to correction input of a client;
the correction expression information has information of one or more correction stages of the alternative hardbound model correction process, and may include one or more of information of stages of the alternative hardbound model correction process, local layout of the model, number of model components or models, and the like.
Step 954: the latest alternative hardpack model is determined as the custom hardpack model based on the customer's confirmation input.
Confirming the input to determine the latest alternative hardpack model includes determining custom hardpack model data, presentation image data, and data related to the associated system.
As shown in fig. 2, in an embodiment of the present invention, step 960 includes:
step 961: obtaining parameters of a customized hard-mounted model;
step 962: forming predefined form data according to a predefined data format and a representation form;
the predefined form data comprises customized hardbound model parameters formed according to a predefined format so as to meet the data compatibility requirements of an associated system, and also comprises reports or charts formed according to a predefined expression form for manual reading.
Step 963: and receiving a data request through the data processing terminal to send corresponding data in a predefined form.
The transmission of the corresponding predefined form data may take the form of interactive interface screen displays, electronic data distribution, and paper printing.
The hard-ware customization device is used for obtaining initial/corrected customer requirements for forming the alternative hard-ware model through the interactive user interface and displaying a display image of the initial/corrected alternative hard-ware model through the interactive user interface.
A hard-set customization device according to an embodiment of the present invention is shown in fig. 3. In fig. 3, the present embodiment includes:
an interface forming module 1910 for forming an interactive user interface for data input and data presentation;
an initial requirement forming module 1920, configured to sequentially display predefined display images through a data display interface of an interactive user interface, and obtain initial expression information sequentially input by a client through a data input interface of the interactive user interface, where the initial expression information is used as an initial client requirement for forming an alternative hardcover model;
the model receiving module 1930 is configured to display a display image of the received alternative hard-package model through a data display interface of the interactive user interface;
the modification requirement forming module 1940 is used for orderly acquiring modification expression information formed by a customer aiming at a display image through a data input interface of an interactive user interface in the display process to serve as modification customer requirements for forming an alternative hard-package model;
a modified iteration module 1950 for forming a display image for receiving the alternative hard-package model for display, forming a modified client requirement for the client according to the display image, receiving a modified iteration process for modifying the alternative hard-package model and forming the display image by using the modified client requirement, wherein the modified iteration process is performed until the client determines to customize the hard-package model;
as shown in fig. 3, in an embodiment of the present invention, the method further includes:
and the data distribution module 1960 is used for acquiring the parameters of the customized hard-package model through the interactive user interface to form predefined form data, and distributing the data according to the requirement.
As shown in fig. 3, in an embodiment of the invention, the interface forming module 1910 includes:
an activation unit 1911, configured to activate an interactive user interface application environment on the data terminal;
an initialization unit 1912, configured to initialize a data display state, a data input state, and initial graphics data according to a display policy;
a display unit 1913 for displaying an interactive user interface.
As shown in FIG. 3, in one embodiment of the invention, the initial requirement forming module 1920 includes:
the graphic display unit 1921 is used for forming graphic display conforming to the display strategy by the obtained graphic data through the data display interface;
a control display unit 1922, configured to form a control input area in the graphic display, where the control input area conforms to the display policy, using the data input interface;
an input display unit 1923 for forming an initial customer demand input region in the graphical display conforming to the meaning of the graphical display using the data input interface
As shown in fig. 3, in an embodiment of the present invention, the model receiving module 1930 includes:
a model image receiving unit 1931, configured to receive a display image of an alternative hard-pack model;
the image display unit 1932 is used for forming the graphic data in the displayed image into an ordered graph for displaying according to the control data by using the data display interface;
and an image modification unit 1933 for setting a control input area and a client modification input area using the data display interface in the area corresponding to the ordered graphics.
As shown in fig. 3, in an embodiment of the invention, the modified requirement forming module 1940 includes:
a presentation correction interaction unit 1941 for forming an image presentation-correction expression interaction process;
a display control unit 1942 for receiving the operation of the client by using the data input interface to form a control data control display image;
a modification receiving unit 1943 for receiving modification expression information of the displayed image from the client via the data input interface during the display process
As shown in FIG. 3, in one embodiment of the invention, the modified iteration module 1950 includes:
a revision information output unit 1951 for providing revision expression information to the alternative hardmount model revision process;
a modified model receiving unit 1952, configured to receive a display image of a new alternative hardwearing model formed by the alternative hardwearing model modification process;
an iterative modification input unit 1953, configured to form modification expression information for iterative modification of the alternative hardwearing model according to the modification input of the client;
hardpack validation unit 1954, for determining the latest alternative hardpack model as the customized hardpack model according to the customer's validation input.
As shown in fig. 3, in an embodiment of the present invention, the data distribution module 1960 includes:
a model parameter obtaining unit 1961, configured to obtain customized hardcover model parameters;
a format data forming unit 1962 for forming predefined form data according to a predefined data format and representation form;
a distributing unit 1963 for receiving a data request through the data processing terminal to transmit the corresponding predefined form data.
The hard-set customization method of an embodiment of the invention further comprises the following steps:
and matching the optional hardwares through the personal characteristic data and the customization requirement data of the client, and constraining the assembly of the optional hardwares through the design rules to form a customized hardwares model which accords with the personal characteristic and the customization requirement.
According to the hard-package customization method, personal characteristic data and customization demand data of a customer are combined to form a screening basis of alternative hard-package components, so that matching components acquired from a hard-package component database meet potential psychological expectations and subjective demands of the customer, and the customer can obtain personalized options in the largest component range. The design rule is utilized to maintain the personalized subjective requirements in the range of reasonable functions and reasonable frameworks, and the balance and the applicability of the hard-ware function are ensured while the customization needs of customers are met. Based on standardization and modularization of the hardbound assembly, the customized hardbound model data formed by the method can be used as a basic data source of industrial production, and the method is favorable for improving the automation level of hardbound customization. The customized hardwear formed based on the design rule can make full use of the existing design resource achievements, the cost of the customer-designer interaction link in the hardwear customization process is reduced to the minimum, and the efficiency and diversity of hardwear customization are further improved.
The hard-set customization method according to an embodiment of the invention is shown in fig. 4. In fig. 4, the present embodiment includes:
step 100: and receiving the expression information of the client, and forming personal characteristic data and customization requirement data.
Those skilled in the art will appreciate that the same type of hardwares may comprise different types of hardwares, that different types of hardwares may comprise the same or different hardwares components, and that one hardware component may be serialized. For example, the wall surface hard decoration comprises a television background wall, a sofa background wall, wall bricks, wall paint, wallpaper and the like, various television background walls comprise a main wall body, a decorative surface, a power supply, light and the like, and the main wall body comprises series of deformation such as material quality, shape and the like.
The personal characteristic data of the client is used for forming a personal characteristic informatization label of the client, and embodies implicit quantitative information of the client on requirements of a hard-ware type, a hard-ware assembly and the like on design style, use purpose, use habit and the like. The customized requirement data is used for forming subjective quantitative information of a client, and the subjective quantitative information includes, but is not limited to, subjective expected quantitative information of hard-ware types, functions, sizes, styles, materials and the like.
Step 200: and acquiring the universal matching data of the hard-mounted component matched with the customization demand data.
Those skilled in the art will appreciate that there are, but are not limited to, indexable type data, indexable functional partition area data, indexable functional area attribute data, indexable standard form component data, indexable component standard size specification data, and the like for a tiled hardpack.
The design style, functional elements, usage scenarios, usage limitations, etc. of the hardcover component may be formed in the form of quantization or weighted quantization and nominal data determined as part of determining a quantization hierarchy.
The universal matching data of the hardbound components comprises at least the indexable data and the determined nominal data and quantized composite data formed by the indexable data and the determined nominal data.
Step 300: fitting custom hardpack design rules that match the personal characteristic data.
Custom hardpack design rules include constraint elements in the hardpack construction that accommodate the customer's personal characteristics and subjective needs and impose limitations on functionality and components. The design rules may be manually set by a technical expert in the field of hardwear design. The method can also be used for calibrating data of the hard-package function and the hard-package component in the existing customized hard-package design scheme, and setting rules obtained from the mass design scheme in a machine learning mode are used as design rules. The design rules in the accumulated design rule database include combination rules, fitting rules, avoidance rules, size rules, position rules, etc. between functions and/or components, and coupling to personal features rules, excluding to personal features rules, associating to demand rules, prioritizing to demand rules, etc.
Step 400: and determining alternative hard-package components by adapting the personal characteristic data and the customized requirement data to the universal matching data.
And determining the range of the alternative hardwares by utilizing the quantitative adaptation of the customized requirement data and the hardwares, determining the requirement similarity of the alternative hardwares by utilizing the quantitative adaptation of the informationized labels of the personal characteristic data and the corresponding data of the hardwares, and forming a set of the alternative hardwares meeting the functional requirements.
Step 500: and matching the alternative hard-mounted components through the customized requirement data and the design rule to form an alternative hard-mounted model.
And forming a diversified hardpack construction structure in the range of the alternative hardpack components by customizing the adaptation of the requirement data and the design rule, and forming the hardpack construction structure into a set of alternative hardpack models with priority according to the adaptation of the design rule to the personal characteristic data.
Step 600: and providing a display image of the alternative hardwares, and readjusting the alternative hardwares according to corresponding correction parameters of the display image until the customized hardwares are determined.
And forming a display image provided for the client on the basis of the alternative hardbound model. The presentation includes, but is not limited to, multimedia material, virtual reality objects or scenes, stereoscopic imagery, or interactive models.
And acquiring modification parameters of the alternative hardbound model by combining the display image with an interactive means. And repeating the adaptation process according to the modification parameters until the customer approves the optional hardwares corresponding to the displayed image to determine the customized hardwares.
The hard-ware customization method of the embodiment of the invention automates the hard-ware customization process, obtains the adaptive parameters of the customization process through simple interaction with the customer, directly provides the customized hard-ware model and the related generated information for the customer, effectively optimizes the customer requirement interactive analysis and the design process interactive change in the hard-ware customization, simultaneously provides the image display corresponding to the real hard-ware object, and ensures the objective experience effect of the hard-ware customization of the customer.
In an embodiment of the present invention, after step 600, the method further includes:
step 700: and matching the materials of the customized hard-set model with the structure to form key production information.
And analyzing the hardbound structure of the customized hardbound model into the dependency relationship among the basic frames, and expressing the hardbound structure through the dependency sequence determined by mathematical description. And forming key production information such as the layout position and specification of the fixing element, the component layout position of the component, the basic material information of the component, the facing information of the component and the like according to the determined dependence sequence.
The embodiment of the invention is beneficial to reducing the operation load of the server side in the computer system.
In an embodiment of the present invention, the step 600 of repeating the adaptation process further includes:
step 800: and matching the materials of the alternative hard-mounted model with the structure to form key production information.
And analyzing the hard-mounted structure of the alternative hard-mounted model into the dependency relationship among the basic frames, and expressing the hard-mounted structure through the dependency sequence determined by mathematical description. And forming key production information such as the layout position and specification of the fixing element, the component layout position of the component, the basic material information of the component, the facing information of the component and the like according to the determined dependence sequence.
The embodiment of the invention is beneficial to reducing the operation load of the server side in the computer system.
The hard-ware customization device of the embodiment of the invention is also used for adapting the alternative hard-ware components through the personal characteristic data and the customization requirement data of the customer, and forming the customized hard-ware model which meets the personal characteristic and the customization requirement by restricting the assembly of the alternative hard-ware components through the design rule.
The hard-set customization method and the hard-set customization device can effectively recommend components, materials, component structures and component matching structures in the process of determining procedures such as top surface decoration, wall decoration, ground decoration, wood decoration, waterway circuit layout, kitchen ware and sanitary ware layout in the hard-set customization process, and the formed customized hard-set model meets the subjective requirements and customized production requirements of customers.
The hard-set customization method of the embodiment of the invention further comprises the following steps:
the user type customization requirements are obtained through the interactive user interface, and the display image of the hard-ware space formed according to the user type customization requirements and the customized hard-ware model is displayed through the interactive user interface.
The custom hardmac is formed from alternative hardmac determined by the customer.
As will be appreciated by those skilled in the art, hard-set customization of a dwelling type is directed to determining a series of materials and component assembly processes to be attached to a building foundation formed based on the building foundation in a finished space. The customization of the hard-ware of the house type comprises forming a simulation process of a hard-ware decoration process aiming at a customized hard-ware model of determined materials and components, and obtaining optimized layout data of hard-ware customization requirements. The simulation process comprises the hard-fit matching simulation of the customized hard-fit models and the layout form simulation of the customized hard-fit models.
According to the method for customizing the hard clothes, the requirement expression and the custom experience of the customer are reasonably split from the design process of the hard clothes in the room space, the interference and the energy consumption of professional and detailed design and customization processes such as the design of specific style of the hard clothes, the specific adaptation of hard clothes components, the design of functional structures and the like to the customer experience are eliminated, meanwhile, the design process can carry out rapid processing, adaptation and modification iteration on the space, the working procedure and the customized hard clothes model by means of data calculation resources of a server or a background, and good adaptation and image output of the hard clothes working procedure and the customized hard clothes model are realized. The data interaction is realized through the rich type human-computer interaction interface provided by the interactive user interface and the professional design process, and the real feeling of the professional design result in the custom experience is effectively improved.
The hard-set customization method according to an embodiment of the invention is shown in fig. 5. In fig. 5, the present embodiment includes:
step 910: an interactive user interface for data entry and data presentation is formed.
The interactive user interface may be formed on screens or lens projection planes of various data processing terminals, including but not limited to a touch screen all-in-one machine, a tablet computer, a notebook computer, a desktop computer, a mobile phone, a store display terminal, and the like, and further including an AR (Augmented Reality) device, an MR (mixed Reality Mix Reality) device, or a VR (Virtual Reality) device. The interactive user interface includes a data presentation interface and a data input interface.
Step b 920: and receiving the hard-ware sequence data to form a process display of the hard-ware process, interactively modifying the hard-ware process, and updating the hard-ware sequence data.
The hardwear sequence data comprises hardwear procedures used for forming final decoration effects and customized hardwear models of materials, components and profiles used in each procedure. The method also comprises the step division of each hardwearing procedure and the sequence of decoration implementation process for eliminating mutual influence among the stages of the hardwearing procedures. A display of the hardbanding process may be formed. The adjustment of the sequence of the decoration implementation process can be formed through the interactive user interface, and the updating procedure display can be formed according to the adjustment result.
Step b 930: and receiving the layout state data to form a simulation display of the hard-package space, interactively modifying and customizing the layout form of the hard-package model, and updating the layout state data.
The layout state data comprises form data such as position, orientation, internal combination angle, external combination angle, internal relative distance, external relative distance and the like of the customized hard-mounted model used for forming the final decoration effect after simulation and fixation. A detailed decoration form display in the final decoration effect can be formed. Form adjustment for determining the customized hard-package model can be formed through the interactive user interface, and updated form display can be formed according to the adjustment result.
The hard-ware customization method of the embodiment of the invention utilizes the data display interface of the interactive interface to form the ordered display of the graphic data, utilizes the graphic object to display the hard-ware process and the corresponding attribute data of the customized hard-ware model, such as local or integral related influence description and parameter display, and utilizes the data input interface of the interactive interface to control and provide attribute data correction control, thereby ensuring that the hard-ware process, namely the model form generation process can obtain the timely initial/corrected customer requirements and timely reflect the customer requirements.
As shown in fig. 5, in an embodiment of the present invention, step b920 includes:
step b 921: the graphics object is transformed to form a stereoscopic scene based on the spatial reference data of the hardset sequence data.
Step b 922: and forming the time-sequence display of the image objects in the three-dimensional scene according to the primary and secondary relations of the hard-mounting processes of the hard-mounting sequence data, which influence each other.
Step b 923: and adjusting the image object to form a time sequence display according to the acquired primary and secondary relation correction data of mutual influence.
According to the hard-ware customization method, background data are acquired by the data display interface of the interactive interface to form the image object, and the time sequence display is formed according to the primary and secondary relations of mutual influence of the objects, so that the simulation verification process of the hard-ware construction process is intuitively reflected in front of a designer or a client, and the complicated explanation and communication time cost is avoided. The data input interface of the interactive interface provides an adjusting means for the primary and secondary relations of mutual influence, the actual requirements of local adjustment and optimization of the hard-package process are met, and the flexibility and the automatic learning characteristics of the automatic design process are improved on the basis of forming hard-package simulation by using the existing digital design specifications.
As shown in fig. 5, in an embodiment of the present invention, step b930 includes:
step b 931: and forming a customized hard-package model in the three-dimensional scene according to the type data in the layout state data and displaying the customized hard-package model.
Step b 932: and adjusting and customizing the placing form of the hard-mounted model according to the adjusting parameters in the layout state data and displaying the model.
Step b 933: and adjusting the placing form according to the obtained correction data among the related customized hard-package models and displaying.
According to the hard-ware customization method, the data display interface of the interactive interface is used for acquiring background data to form interaction parameters between the customized hard-ware models, so that the decoration effect of the hard-ware is visually reflected in front of a designer or a client, and the tedious time cost for explaining and communicating is avoided. The data input interface of the interactive interface provides an adjusting means for relevant characteristics among relevant customized hardwares, actual requirements of local adjustment and optimization are met, and flexibility and automatic learning characteristics of an automatic design process are improved on the basis of forming hardwares simulation by using the existing digital design specifications.
The hard-ware customization device provided by the embodiment of the invention is used for obtaining the house type customization requirement through the interactive user interface and displaying the display image of the hard-ware space formed according to the house type customization requirement and the customized hard-ware model through the interactive user interface.
A hard-set customization device according to an embodiment of the present invention is shown in fig. 6. In fig. 6, the present embodiment includes:
an interface forming module 1910 for forming an interactive user interface for data input and data presentation;
the procedure display module b1920 is used for receiving the hard-ware sequence data to form procedure display of the hard-ware process, interactively modifying the hard-ware procedure and updating the hard-ware sequence data;
and the form display module b1930 is used for receiving the layout state data to form simulation display of the hard-package space, interactively modifying and customizing the layout form of the hard-package model, and updating the layout state data.
As shown in fig. 6, in an embodiment of the invention, the process display module b1920 includes:
a sequence acquiring unit b1921, configured to convert the graphic object according to the spatial reference data of the hard mounting sequence data to form a stereoscopic scene;
the sequence display unit b1922 is used for forming image object time-sequence display in a three-dimensional scene according to the primary and secondary relations of hard-mounting sequence data and hard-mounting process interaction;
and the sequence correction unit b1923 is used for adjusting the image object to form a time-sequence display according to the acquired primary and secondary relationship correction data which influence each other.
As shown in fig. 6, in an embodiment of the present invention, the form displaying module b1930 includes:
and the form acquiring unit b1931 is used for forming and displaying the customized hard-package model in the three-dimensional scene according to the type data in the layout state data.
And the form display unit b1932 is used for adjusting and customizing the placing form of the hard-package model according to the adjusting parameters in the layout state data and displaying the placing form.
And the form correction unit b1933 is used for adjusting and displaying the placing form according to the obtained correction data among the related customized hard-package models.
The hard-package design method of the embodiment of the invention further comprises the following steps:
the method comprises the steps of determining a hard-ware reference space through house type customization demand data of a client, determining a hard-ware decoration sequence between customized hard-ware models in the hard-ware reference space through process rules, and forming ordered layout of the customized hard-ware models through placement rules.
As will be appreciated by those skilled in the art, custom hardpack designs are directed to determining a series of materials and component assembly processes to be attached to a building foundation formed based on the building foundation in a finished space. The custom hardwear design includes a simulation process that forms a hardwear finishing process for a custom hardwear model of the identified materials and components, resulting in optimized layout data for the custom hardwear requirements. The simulation process comprises the hard-fit matching simulation of the customized hard-fit models and the layout form simulation of the customized hard-fit models.
According to the customized hard-package design method, the customized hard-package model is combined with the hard-package space standard to form a unified simulation plan of the hard-package decoration process, the optimal process matching of the plurality of customized hard-package models of each single hard-package process in the assembly process is realized, the hard-package time cost and the labor cost are effectively saved, and the transfer and field accumulation efficiency of actual hard-package materials and components is improved. On the basis of optimal process matching, layout adjustment of a plurality of customized hard-mounted models is carried out through a layout rule, so that the reasonable function realization and the reasonable framework guarantee of hard-mounted decoration in the aspects of safety and practicability are guaranteed while the customization needs of customers are met. The customized hardwear model achievement is fully utilized, the cost of a client-designer interaction link in the customized hardwear process is reduced to the minimum, and the efficiency and diversity of hardwear customization are further improved.
A method of custom hardpack design according to an embodiment of the present invention is shown in fig. 7. In fig. 7, the present embodiment includes:
b 100: and receiving the expression information of the client to form the custom-made requirement data of the house type.
The customer's enunciated information includes, but is not limited to, a quantitative description of the interior of the hardspace, such as a description of the hardspace as a type of living room, restaurant, bedroom, bathroom, or entertainment room, such as a description of the size of the interior space of the hardspace, the type of wall, or the size of a door or window. Quantitative descriptions of the environment outside the hardbound space may also be included, such as usage descriptions of adjacent spaces in the hardbound space, outdoor environment descriptions, outdoor channel descriptions, or keep-warm mode descriptions.
The house type customization demand data can adopt a three-dimensional digital model of a hard space or a building information model.
The house type customization demand data has strong correlation on physical characteristics with the hardwear process and the customized hardwear model in the hardwear process. For example, the wall surface hardbanding process may include finishing processes such as television wall, sofa wall, wall brick, wall paint, wallpaper, etc., the television wall finishing process including custom hardbanding models corresponding to materials or components such as main wall, veneer, power, lighting, etc.
b 200: and forming the space type and the space reference of the hard-package space according to the house type customization demand data.
The space type is described for the use of the hard space, for example, the type of a living room, a restaurant, a bedroom, a bathroom or a recreational room, and there is a difference in the kind of processes for the hard decoration of the space type. The space standard forms a coordinate space aiming at the determined hard-package space, and key composition objects of the hard-package space, such as door and window bealock positions and sizes, water supply and drainage pipeline positions, gas pipeline positions or home cable positions and the like, are marked in the coordinate space.
b 300: and determining a process rule set according to the space type, and determining a placement rule set according to the space type and the space reference.
The space type determines the hardloading procedure, the hardloading procedure determines the materials and components used, and the customized hardloading models corresponding to the materials and components are used for the corresponding design simulation process. Each specific hard-ware process has a mature stage decoration process, and can form a datamation time sequence process rule of the customized hard-ware model. Each material and each component have reasonable fixed setting characteristics in the process of determining the time sequence decoration process, and the datamation layout and placement rules of the customized hard-package model can be optimized and formed.
b 400: and matching the customized hardwares models according to the process rule set to form a hardwares sequence.
Each hard-mounting process in the process rule set has decoration stage nodes, each stage node of each hard-mounting process can have non-unique connection sequence, and the optimization of a complete hard-mounting stage sequence can be formed through simulation of each hard-mounting process stage in a hard-mounting reference space. And matching the customized hard-mounted models with the corresponding decoration stage nodes to form a reasonable decoration sequence among the customized hard-mounted models corresponding to each stage node in the complete hard-mounted stage sequence.
b 500: and forming a layout form among the customized hard models according to the layout rule set.
And the placement rule set forms an optimized form for laying all the customized hard-ware models in the hard-ware reference space according to the default setting characteristics of all the customized hard-ware models in the hard-ware decoration process and the simulation of the mutual influence or action between the customized hard-ware models.
The customized hard-ware design method of the embodiment of the invention carries out orderly optimization of the working procedures on the decoration dependency relationship of the customized hard-ware model in each hard-ware process, and carries out form optimization by combining the mutual influence or action among the customized hard-ware models, thereby realizing the integral optimization of the customized hard-ware model in the hard-ware decoration process, meeting the expectation of customers on hard-ware, simultaneously improving the design efficiency to the maximum extent and reducing the design cost.
The hard-set customization device of the embodiment of the invention comprises:
the memorizer, is used for storing the program code corresponding to above-mentioned hard-set customization method handling procedure;
and the processor is used for executing the program codes corresponding to the processing procedures of the hard-set customization method.
The processor may be a dsp (digital Signal processing) digital Signal processor, an FPGA (Field-Programmable Gate Array), an mcu (microcontroller unit) system board, an soc (system on a chip) system board, or a plc (Programmable Logic controller) minimum system including I/O.
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 (9)
1. A hardbanding customization method, comprising:
the initial/revised customer requirements for forming the alternative hardcover model are obtained through an interactive user interface, and the display image of the initial/revised alternative hardcover model is displayed through the interactive user interface.
2. The hardgear customization method according to claim 1, wherein obtaining the initial customer requirements for forming the alternative hardgear model via an interactive user interface through which to present a presentation image of the initial alternative hardgear model comprises:
forming the interactive user interface for data input and data presentation;
and sequentially displaying the predefined display image through the data display interface of the interactive user interface, and acquiring initial expression information sequentially input by a customer through the data input interface of the interactive user interface to serve as an initial customer requirement for forming the alternative hard-package model.
3. The hardgear customization method according to claim 1, wherein obtaining revised customer requirements for forming the alternative hardgear model via an interactive user interface through which the presentation image of the revised alternative hardgear model is presented comprises:
displaying the received display image of the alternative hard-package model through a data display interface of the interactive user interface;
in the display process, sequentially acquiring the correction expression information formed by the customer aiming at the displayed image through a data input interface of the interactive user interface as the correction customer requirement for forming the alternative hard-package model;
and forming a display image for receiving the alternative hard-package model to display, forming a correction client requirement of a client according to the display image, and receiving a correction iteration process for modifying the alternative hard-package model and forming the display image by using the correction client requirement, wherein the correction iteration process is carried out until the client determines to customize the hard-package model.
4. The hardpack customization method of claim 1, further comprising:
and obtaining parameters of the customized hard-package model through the interactive user interface to form predefined form data, and distributing the predefined form data according to the needs.
5. The hardpack customization method of claim 1, further comprising:
and obtaining the customization requirement of the house type through the interactive user interface, and displaying a display image of the hard-ware space formed according to the customization requirement of the house type and the customized hard-ware model through the interactive user interface.
6. The hardgear customization method according to claim 5, wherein presenting through the interactive user interface a presentation of a hardgear space formed according to the custom requirements and the custom hardgear model comprises:
receiving hard-ware sequence data to form a process display of a hard-ware process, interactively modifying the hard-ware process, and updating the hard-ware sequence data;
and receiving the layout state data to form a simulation display of the hard-package space, interactively modifying and customizing the layout form of the hard-package model, and updating the layout state data.
7. A hardbound customization device, comprising:
a memory for storing program codes corresponding to a process of the hardwearing customizing method of any one of claims 1 to 6;
a processor for executing the program code.
8. A hardwear customization mechanism for obtaining initial/revised customer requirements for forming alternative hardwear models via an interactive user interface through which a presentation image of the initial/revised alternative hardwear models is presented.
9. The hard-ware customization mechanism of claim 8, further configured to obtain initial/revised customer requirements for forming the alternative hard-ware model via an interactive user interface through which a presentation image of the initial/revised alternative hard-ware model is presented.
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