CN111242736A - Product classification display method and product classification display device - Google Patents
Product classification display method and product classification display device Download PDFInfo
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- CN111242736A CN111242736A CN202010025640.3A CN202010025640A CN111242736A CN 111242736 A CN111242736 A CN 111242736A CN 202010025640 A CN202010025640 A CN 202010025640A CN 111242736 A CN111242736 A CN 111242736A
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- G06Q30/00—Commerce
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Abstract
The invention provides a product classification display method, which comprises the following steps: setting product template types and preset product parameters of products, and determining corresponding product component lists according to the product template types; selecting at least one product component template from the product component list based on a user's product component template selection instruction; determining a material list of components of the product component template based on the type of the product template and the category of preset product component components of the product component template; selecting at least one material from a list of materials based on a user's component material selection instruction; and generating a product template of the product and displaying the product template based on the material, the product part template, the product template type and the preset product parameters. The invention realizes the effective classification and the effective display of the product template based on the curtain type, thereby enabling a user to select a curtain method more efficiently and independently.
Description
Technical Field
The invention relates to the field of internet, in particular to a product classification display method and a product classification display device.
Background
With the rapid development of internet technology, people often shop through the internet, but due to the industrial particularity of furniture commodities and the strong personalization degree of the furniture commodities, people are not easy to buy satisfactory furniture commodities through the internet, such as being incapable of matching with the light and the environment of a room.
For example, the existing curtain sales platform can only provide the curtain style and the curtain size for the user, and the user needs to select the curtain with the corresponding style according to the house condition. If the window covering sales platform does not have a professional or does not have enough professionals to assist the user in selecting a window covering, it is difficult for the user to select a proper window covering or determine a proper house window covering setting scheme on the existing window covering sales platform. If a large number of professionals are arranged to assist the user in selecting the curtain, the operation cost of the curtain sales platform is increased.
Therefore, it is necessary to provide a product classification display method and a product classification display apparatus to solve the problems of the prior art.
Disclosure of Invention
The embodiment of the invention provides a product classification display method and a product classification display device which can effectively classify and effectively display product templates based on curtain types, so that a user can more efficiently and independently select a curtain scheme; the technical problems that the generation of a curtain order scheme in the existing curtain sales platform is difficult and the efficiency of curtain selection is low are solved.
The embodiment of the invention provides a product classification display method, which comprises the following steps:
setting product template types and preset product parameters of products, and determining a corresponding product component list according to the product template types;
selecting at least one product part template from the product part list based on a user's product part template selection instruction; wherein the product component template comprises a preset product component assembly;
determining a material list of components of the product component template based on the product template category and a category of preset product component components of the product component template;
selecting at least one material from the list of materials based on a user's component material selection instruction; wherein the material comprises material presentation information and material price information;
and generating a product template of the product and displaying the product template based on the material, the product component template, the product template type and the preset product parameters.
In the product classification display method of the present invention, the product classification display method further includes:
and setting the category of the material corresponding to the assembly and a numerical template based on the category of the preset product component assembly, wherein the numerical template is used for representing the use mode of the assembly material.
In the product classification display method of the present invention, the step of generating and displaying the product template of the product based on the material, the product component template, the product template type, and the product preset parameter includes:
and calculating the product unit price of the product based on the numerical template corresponding to the material and the preset parameters of the product.
In the product classification display method of the present invention, the step of generating and displaying the product template of the product based on the material, the product component template, the product template type, and the product preset parameter includes:
and classifying and displaying the product, the parts of the product and the components of the parts of the product based on the product template type.
In the product classification display method, the component material category includes but is not limited to one or more of fabric, art, rail, lace, ornament, curtain installation, motor, remote controller and electric installation.
In the product classification display method of the present invention, the product classification display method further includes:
and correcting the component assemblies in the product component template based on preset product component assemblies in the product component template to obtain a corrected product component template.
In the product classification display method of the present invention, the product classification display method further includes:
and setting the visual preview information and the product attribute parameters of the product template.
In the product classification display method of the present invention, the product classification display method further includes:
and setting a plurality of specified product templates as product combination scheme templates.
The embodiment of the present invention further provides a product classification display device, which includes:
the product component list determining module is used for setting the product template type and the preset product parameters of the product and determining a corresponding product component list according to the product template type;
a product component template selection module for selecting at least one product component template from the product component list based on a user's product component template selection instruction; wherein the product component template comprises a preset product component assembly;
a material list display module for determining a material list of components of the product component template based on the product template type and a category of preset product component components of the product component template;
a material selection module for selecting at least one material from the list of materials based on a component material selection instruction of a user; wherein the material comprises material presentation information and material price information;
and the product template display module is used for generating and displaying the product template of the product based on the material, the product component template, the product template type and the product preset parameters.
In the product classification display device of the present invention, the product classification display device further includes:
and the material type and template setting module is used for setting the type of the material corresponding to the assembly and a numerical template based on the type of the preset product component assembly, wherein the numerical template is used for representing the use mode of the assembly material.
Compared with the prior art, the product classification display method and the product classification display device can display related product component modules based on the product template types, display the materials of the components based on the categories of the product component modules, and realize effective classification and effective display of the product templates based on the curtain types, so that a user can select a curtain method more efficiently and independently; the technical problems that the generation of a curtain order scheme in the existing curtain sales platform is difficult and the efficiency of curtain selection is low are solved.
Drawings
FIG. 1 is a flowchart of an embodiment of a product classification display method according to the present invention;
FIGS. 2a to 2g are schematic views illustrating an embodiment of a product classification displaying method according to the present invention;
FIG. 3 is a flow chart of the present invention setting a plurality of product templates as product portfolio scenario templates;
FIG. 4 is a schematic structural diagram of an embodiment of a product sorting display apparatus according to the invention;
FIG. 5 is a flow chart of curtain product template generation of the present invention;
FIGS. 6A-6D are schematic diagrams of the generation of a window covering scheme;
fig. 7A to 7E are schematic diagrams of a design flow of a numerical template.
Detailed Description
Referring to the drawings, wherein like reference numbers refer to like elements, the principles of the present invention are illustrated as being implemented in a suitable computing environment. The following description is based on illustrated embodiments of the invention and should not be taken as limiting the invention with regard to other embodiments that are not detailed herein.
In the description that follows, embodiments of the invention are described with reference to steps and symbols of operations performed by one or more computers, unless otherwise indicated. It will thus be appreciated that those steps and operations, which are referred to herein several times as being computer-executed, include being manipulated by a computer processing unit in the form of electronic signals representing data in a structured form. This manipulation transforms the data or maintains it at locations in the computer's memory system, which may reconfigure or otherwise alter the computer's operation in a manner well known to those skilled in the art. The data maintains a data structure that is a physical location of the memory that has particular characteristics defined by the data format. However, while the principles of the invention have been described in language specific to above, it is not intended to be limited to the specific details shown, since one skilled in the art will recognize that various steps and operations described below may be implemented in hardware.
Various operations of embodiments are provided herein. In one embodiment, the one or more operations may constitute computer readable instructions stored on one or more computer readable media, which when executed by an electronic device, will cause the computing device to perform the operations. The order in which some or all of the operations are described should not be construed as to imply that these operations are necessarily order dependent. Those skilled in the art will appreciate alternative orderings having the benefit of this description. Moreover, it should be understood that not all operations are necessarily present in each embodiment provided herein.
Also, as used herein, the word "preferred" is intended to serve as an example, instance, or illustration. Any aspect or design described herein as "preferred" is not necessarily to be construed as advantageous over other aspects or designs. Rather, use of the word "preferred" is intended to present concepts in a concrete fashion. The term "or" as used in this application is intended to mean an inclusive "or" rather than an exclusive "or". That is, unless specified otherwise or clear from context, "X employs A or B" is intended to include either of the permutations as a matter of course. That is, if X employs A; b is used as X; or X employs both A and B, then "X employs A or B" is satisfied in any of the foregoing examples.
Also, although the disclosure has been shown and described with respect to one or more implementations, equivalent alterations and modifications will occur to others skilled in the art based upon a reading and understanding of this specification and the annexed drawings. The present disclosure includes all such modifications and alterations, and is limited only by the scope of the appended claims. In particular regard to the various functions performed by the above described components (e.g., elements, resources, etc.), the terms used to describe such components are intended to correspond, unless otherwise indicated, to any component which performs the specified function of the described component (e.g., that is functionally equivalent), even though not structurally equivalent to the disclosed structure which performs the function in the herein illustrated exemplary implementations of the disclosure. In addition, while a particular feature of the disclosure may have been disclosed with respect to only one of several implementations, such feature may be combined with one or more other features of the other implementations as may be desired and advantageous for a given or particular application. Furthermore, to the extent that the terms "includes," has, "" contains, "or variants thereof are used in either the detailed description or the claims, such terms are intended to be inclusive in a manner similar to the term" comprising.
The product classification display method can be arranged in electronic equipment such as a website server and the like, and is used for enabling a client to independently obtain the product template of the curtain product and further determining the curtain setting method of a house; the technical problems that the generation of a curtain order scheme in a curtain sales platform is difficult and the efficiency of curtain selection is low are effectively solved.
Referring to fig. 1, fig. 1 is a flowchart illustrating a product classification displaying method according to an embodiment of the invention. The product classification display method of the embodiment can be set on a curtain sales platform by a product provider of a curtain product, and the classification display process of the curtain product template comprises the following steps:
s101, setting product template types and preset product parameters of products, and determining corresponding product component lists according to the product template types;
step S102, selecting at least one product component template from a product component list based on a product component template selection instruction of a user; wherein the product component template comprises a preset product component assembly;
step S103, determining a material list of the assembly of the product component template based on the type of the product template and the type of a preset product component assembly of the product component template;
step S104, selecting at least one material from the material list based on the component material selection instruction of the user; wherein the material comprises material display information and material price information;
and S105, generating a product template of the product and displaying the product template based on the material, the product part template, the product template type and the preset product parameters.
The following describes in detail the product classification display process of the product classification display method according to the embodiment of the present invention.
In step S101, the product classification display device (e.g., a web server) sets a product template type and preset product parameters of a product (e.g., a curtain product).
The product template type can be the template type of the curtain product, and the product template type can be a cloth curtain, a rolling curtain, a blind curtain, a vertical curtain, an organ curtain, a soft silk curtain, a pleated curtain, a string curtain, a bead curtain and the like, as shown in fig. 2 a. The preset parameters of the product can be the width, height and fold rate of the curtain.
And then the product classification display device determines a corresponding product component list according to the type of the product template. For example, the cloth art curtain may include a cloth curtain, a yarn curtain, a lifting curtain, a motorized curtain, and the like, as shown in fig. 2b, because the product component lists corresponding to different product template types are different.
In step S102, the product classification display device receives a product component template selection instruction of a user, where the product component template selection instruction is an instruction to select at least one product component template from a product component list. The product classification display device can select at least one product component template from the product component list according to the product component template selection instruction. The product component template includes a preset product component assembly. For example, the preset product component corresponding to the cloth curtain can comprise fabrics, processes, rails, ornaments, installation and the like. And the preset product component assembly corresponding to the electric curtain can comprise materials, installation, a motor system, electric accessories and the like.
As shown in fig. 2c, the product component template of the cloth curtain is corresponding to the preset product components of the fabric, the process, the track and the installation.
Preferably, the product classification display device can also correct the component assemblies in the product component template based on preset product component assemblies in the product component template to obtain a corrected product component template, so that personalized modification operation of the product component template is realized.
As shown in fig. 2c, the user may select an option of adding lace, ornaments, a motor and other product component assemblies in fig. 2c to modify the product component template, so as to achieve the personalized design of the product component template.
In step S103, the product classification display apparatus may determine a material list of the components of the product component template based on the type of the product template acquired in step S101 and the category of the preset product component components of the product component template acquired in step S102. For example, the fabric can be a water wave curtain fabric, a Roman curtain fabric, a flag wave curtain fabric, a pleated curtain fabric and the like.
For example, clicking the pull-down button 21 in fig. 2c, a material list of the fabric component can be displayed, as shown in fig. 2d, the material of the fabric component can include cloth curtain fabric, natural water wave curtain fabric, roman curtain fabric, water wave curtain fabric, and the like.
In step S104, the product classification display device receives a component material selection instruction of the material list from the user, where the component material selection instruction is an instruction to select a material from the material list of the component as a material of the component of the product component template. The material includes material display information and material price information, the material price information is unit price information of the material, and the material display information is information such as a product number, stock, specification, flower direction information, material attribute, and picture display of the material, as shown in fig. 2 e.
Preferably, the product classification display device can further set the material type corresponding to the component and a numerical template based on the type of the preset product component, wherein the numerical template is used for representing the use mode of the component material. The flow of setting the numerical template is shown in the following examples.
In step S105, the product classification display device generates and displays a corresponding product template based on the material, the product component template, the product template type, and the preset product parameter obtained in the above steps. The display mode can be set according to the requirement of the user, for example, the visual preview information and the product attribute parameters of the product template can be set, as shown in fig. 2 f. During the display process, the curtain product provider may pop up the component material display diagram of the component by clicking the + key in the area E1, and the specific component material display diagram is shown in fig. 2g, from which the curtain product provider may choose a component material as the component material of the curtain component template of the curtain product template.
Specifically, the product classification display device can calculate the product unit price of the product based on the numerical template corresponding to the material and the preset parameters of the product.
Since the categories of the product, the parts of the product and the components of the product parts correspond to the categories of the product template, the product classification display device can display the product, the parts of the product and the components of the product parts in a classification manner based on the categories of the product template.
Thus, the classification display process of the product template of the product classification display method of the embodiment is completed.
According to the product classification display method, the related product component modules can be displayed based on the types of the product templates, the materials of the components are displayed based on the types of the product component modules, the product templates can be effectively classified and effectively displayed based on the types of the curtains, and therefore a user can more efficiently and independently select the curtain method.
A corresponding product portfolio scenario (house window covering scenario) may then be generated based on the above-described displayed product templates (e.g., window covering product templates), i.e., the multiple ordered product templates are set as product portfolio scenario templates. Referring to fig. 3, fig. 3 is a flowchart illustrating setting a plurality of product templates as product combination scenario templates according to the present invention. The generation process of the product combination scheme template is generally set by a scheme provider of a house on a curtain sales platform. The generation process of the product combination scheme template comprises the following steps:
step S301, obtaining house curtain position information, and providing a curtain product list based on the curtain position information;
step S302, determining a curtain product template based on a curtain product selection instruction, wherein the curtain product template comprises display information and unit price information of a corresponding curtain product;
step S303, acquiring house curtain size information, and determining corrected unit price information of the house curtain based on the house curtain size information and the unit price information of the corresponding curtain product template;
and step S304, determining a curtain scheme of the house based on the corrected unit price information of the house curtain in the house and the dimension information of the house curtain.
In step S301, the web server of the curtain sales platform obtains house curtain position information input by the user on the curtain sales platform. The house curtain position information refers to position information of a curtain in a house, such as room position information in a living room, a restaurant, a main bed, an old people house or a children house.
The web server then provides a list of corresponding window covering products based on the acquired house window covering position information. The list of curtain products here includes a plurality of curtain products that have been set in advance according to the house curtain position information.
In step S302, the user issues a corresponding curtain product selection instruction based on the curtain products in the curtain product list, so that the website server may determine the curtain product template corresponding to the curtain product based on the curtain product selection instruction.
The curtain product template refers to a preset product template containing curtain parameter information such as display information, unit price information, appearance information and the like of the curtain product. The curtain product template at least comprises the display information and unit price information of the corresponding curtain product so as to be used as reference information for the curtain product selection of a user.
The display information can be parameter information of the curtain product, such as curtain height, curtain width or pleat rate of the curtain. The unit price information refers to price information of the curtain product. The appearance information can be appearance pictures of curtain products and the like.
In step S303, after the user determines the curtain product and the corresponding curtain product template, the user inputs the house curtain size information corresponding to the curtain product according to the size of the window of the house.
Because the unit price information of the curtain product on the curtain product template is the price information set based on the standard curtain size, when the curtain size of the curtain product changes (such as the curtain size change caused by the change of the curtain height, the curtain width or the fold rate of the curtain), the unit price information of the curtain product also changes correspondingly.
Therefore, the website server determines the corrected unit price information of the house curtain based on the house curtain size information input by the user and the unit price information on the corresponding curtain product template. If the curtain height and the curtain width of the curtain are increased, the unit price information of the house curtain is increased; if the curtain height and the curtain width of the curtain are reduced, the unit price information of the house curtain is reduced.
In step S304, the web server determines the curtain scheme of the house based on the corrected unit price information of the house curtain in the house and the house curtain size information acquired in step S303.
The shade solution for the house may include display information and price information for at least one shade product for different houses.
This completes the process of generating the corresponding product combination scheme based on the product template displayed above.
The following is a detailed description of how the component materials are used (numerical templates), i.e., how the specific amount of each component material used in the window covering product template is determined.
In the embodiment, the product classification display device represents the use parameters of the component materials through a numerical template. Specifically, the product classification display device calculates the use parameters of the component materials according to a preset algorithm and the input material parameters based on the input material parameters.
Taking the material of the fabric component as an example, the input material parameters can be the curtain height, the curtain width, the fold rate, the wave width, the wave height, the register and other parameters of the corresponding curtain product. The preset algorithm is an algorithm which is set manually based on the component material and calculates the use parameters of the component material based on the input material parameters.
The preset algorithm is expressed in a numerical template mode, so that a user can adjust the preset algorithm conveniently. Specifically, the numerical template includes an algorithm input area and an algorithm display area.
The product classification display device can set fixed numerical variables in the numerical variables, algorithm operator types of the numerical templates and judgment conditions of the numerical templates in the algorithm input area of the numerical templates. And then the product classification display device can generate an algorithm flow of the numerical template based on the fixed numerical variable, the algorithm operator type and the judgment condition, and display the algorithm flow through the algorithm display area, and finally the product classification display device can input the activity numerical variable input by the user into the numerical template, and obtain the use parameters of the component materials corresponding to the numerical template through the algorithm flow.
The algorithm operator types herein may include addition operators, subtraction operators, multiplication operators, division operators, assignment operators, rounding-up operators, and rounding-down operators, so that a user can perform numerical operations such as addition operations, subtraction operations, multiplication operations, division operations, assignment operations, rounding-up operations, and rounding-down operations.
The judgment condition may include magnitude judgment of two numerical variables, upper limit numerical judgment of the numerical variables, lower limit numerical judgment of the numerical variables, and upper and lower limit numerical judgment of the numerical variables, so that the user can conveniently set the range of the numerical variables.
The numerical type of the numerical variable may include numerical, enumeration, and text to provide a greater variety of numerical input types for the user.
The fixed value variable is a fixed parameter of input material parameters, such as registration, wave height and the like, and the fixed value variable generally does not change along with the size change of the curtain product. The activity numerical variable is an activity parameter such as curtain height and curtain width in the input material parameters, and the fixed numerical variable generally changes along with the size change of the curtain product, so that the specific curtain product size is required to be determined.
Specifically, the product classification display device can set at least one stage of judgment algorithm display sub-region in the corresponding algorithm display region based on the judgment condition of the numerical template; then, the product classification display device sets a fixed numerical variable in the numerical variables, an algorithm operator type of the numerical template and a sub-judgment condition of the numerical template when the judgment condition is met in the judgment algorithm display sub-area; and finally, the product classification display device generates a sub-algorithm flow of the numerical template based on the fixed numerical variable, the algorithm operator type and the sub-judgment condition, and displays the sub-algorithm flow by the judgment algorithm display sub-area. That is, the algorithm flow of the numerical template may include a plurality of sub-algorithm flows based on different determination conditions.
The numerical template further comprises a data testing area, and a user can set an activity numerical variable through the data testing area, specifically, a preset numerical prompt or a preset numerical range prompt can be performed on the activity numerical variable, so that the user can input a correct activity numerical variable conveniently.
The numerical template may test the algorithm flow based on a set order of the algorithm flow in the algorithm input area and the activity numerical variable to obtain an output numerical value. In the testing process, the testing progress can be prompted in the algorithm display area and the judgment algorithm display sub-area of the numerical template.
This completes the setting process of the usage pattern of the component material by the numerical template.
Referring to fig. 4, fig. 4 is a schematic structural diagram of an embodiment of the product classification display device of the present invention. The product classification display device of the present embodiment may be implemented by the embodiments of the product classification display method described above, and the product classification display device 40 includes a product component list determining module 41, a product component template selecting module 42, a material list display module 43, a material selecting module 44, a product template display template 45, and a material type and template setting module 46.
The product component list determining module 41 is configured to set a product template type and preset product parameters of a product, and determine a corresponding product component list according to the product template type; a product component template selection module 42 for selecting at least one product component template from the product component list based on a user's product component template selection instruction; wherein the product component template comprises a preset product component assembly; the material list display module 43 is configured to determine a material list of the components of the product component template based on the type of the product template and the category of the preset product component components of the product component template; the material selection module 44 is configured to select at least one material from the list of materials based on a component material selection instruction of a user; wherein the material comprises material display information and material price information; the product template display module 45 is used for generating and displaying a product template of a product based on the material, the product component template, the product template type and the preset product parameter; the material type and template setting module 46 is used for setting a type of a material corresponding to a component and a numerical template based on a type of a preset product component, wherein the numerical template is used for representing a usage mode of the component material.
The product component list determining module 41 sets a product template type of a product (e.g., a curtain product) and preset parameters of the product.
The product template type can be the template type of the curtain product, and the product template type can be a cloth curtain, a rolling curtain, a blind curtain, a vertical curtain, an organ curtain, a soft silk curtain, a pleated curtain, a string curtain, a bead curtain and the like, as shown in fig. 2 a. The preset parameters of the product can be the width, height and fold rate of the curtain.
The product component list determination module 41 then determines a corresponding product component list according to the product template type. For example, the cloth art curtain may include a cloth curtain, a yarn curtain, a lifting curtain, a motorized curtain, and the like, as shown in fig. 2b, because the product component lists corresponding to different product template types are different.
Product component template selection module 42 then receives a user's product component template selection instruction, which is an instruction to select at least one product component template from a list of product components. In this way, product component template selection module 42 may select at least one product component template from the list of product components based on the product component template selection instructions. The product component template includes a preset product component assembly. For example, the preset product component corresponding to the cloth curtain can comprise fabrics, processes, rails, ornaments, installation and the like. And the preset product component assembly corresponding to the electric curtain can comprise materials, installation, a motor system, electric accessories and the like.
As shown in fig. 2c, the product component template of the cloth curtain is corresponding to the preset product components of the fabric, the process, the track and the installation.
Preferably, the product component template selection module 42 may also modify the component assemblies in the product component template based on preset product component assemblies in the product component template to obtain a modified product component template, so as to implement personalized modification operation on the product component template.
As shown in fig. 2c, the user may select an option of adding lace, ornaments, a motor and other product component assemblies in fig. 2c to modify the product component template, so as to achieve the personalized design of the product component template.
The material list presentation module 43 may then determine a material list for the assembly of the product component template based on the obtained product template category and the obtained category of the preset product component assembly of the product component template. For example, the fabric can be a water wave curtain fabric, a Roman curtain fabric, a flag wave curtain fabric, a pleated curtain fabric and the like.
For example, clicking the pull-down button 21 in fig. 2c, a material list of the fabric component can be displayed, as shown in fig. 2d, the material of the fabric component can include cloth curtain fabric, natural water wave curtain fabric, roman curtain fabric, water wave curtain fabric, and the like.
The material selection module 44 then receives a user's component material selection instruction for the material list, which is an instruction to select a material from the material list for the component as the material for the component of the product component template. The material includes material display information and material price information, the material price information is unit price information of the material, and the material display information is information such as a product number, stock, specification, flower direction information, material attribute, and picture display of the material, as shown in fig. 2 e.
Preferably, the material category and template setting module 46 is further configured to set a material category and a numerical template corresponding to the component based on the category of the preset product component, wherein the numerical template is used to indicate the usage manner of the component material.
And finally, the product template display template 45 generates a corresponding product template and displays the product template based on the material, the product component template, the product template type and the product preset parameters obtained in the steps. The display mode can be set according to the requirement of the user, for example, the visual preview information and the product attribute parameters of the product template can be set, as shown in fig. 2 f. During the display process, the curtain product provider can pop up the component material display diagram of the component by clicking the + key in the area E, and the specific component material display diagram is shown in fig. 2g, from which the curtain product provider can select a component material as the component material of the curtain component template of the curtain product template.
Specifically, the product template display template 45 may calculate the product unit price of the product based on the numerical template corresponding to the material and the preset parameters of the product.
Since the categories of the product, the parts of the product, and the components of the product parts correspond to the product template categories, the product template display template 45 may display the product, the parts of the product, and the components of the product parts in categories based on the product template categories.
Thus, the classification display process of the product template of the product classification display device of the embodiment is completed.
The product classification display device provided by the embodiment of the invention can display related product component modules based on the types of the product templates and display materials of the components based on the types of the product component modules, so that the product templates can be effectively classified and effectively displayed based on the types of curtains, and a user can more efficiently and independently select a curtain method.
Referring to fig. 2f and 2g, fig. 2f and 2g are schematic diagrams of curtain product template generation. Fig. 5 is a flow chart of curtain product template generation according to the present invention. The process of curtain product template design by curtain product provider at website server includes:
in step S501, the curtain product provider determines a category list of curtain product templates based on the category of the curtain product, for example, click on the area D shown in fig. 2f to determine the category of the curtain product template (for example, a cloth art curtain is selected).
The curtain product provider then fills in information such as basic information, product information, main materials, preset parameters, product images, and product attributes of the curtain product on the curtain product template, as shown in fig. 2 f.
Step S502, the curtain product provider may input a curtain product template type selection instruction on the curtain product template, determine the type of the component (such as fabric, process, track, lace, or decoration) of at least one curtain component template of the curtain product template, and display the component material of the component, as specifically shown in an area E1 of fig. 2 f. The curtain product provider may display the component materials of the pop-up component by clicking the + key in the area E1, and the display diagram of the specific component materials is shown in fig. 2g, from which the curtain product provider may select a component material as the component material of the curtain component template of the curtain product template.
Preferably, the area E2 in fig. 2f can be clicked to further refine the window curtain product template, such as the cloth curtain being a screen curtain, a cloth curtain, a lifting curtain or a motorized curtain.
Step S503, the curtain product provider determines the component material of the curtain product on the displayed component material, and further determines the unit price information and the usage parameter of the component material, wherein the usage parameter of the component material is determined by the numerical template of the same category.
Step S504, the curtain product provider inputs the preset size information of the curtain product in the area F shown in fig. 2F, so that the website server can determine the unit price information of the curtain product corresponding to the curtain product template according to the preset size information of the curtain product, the unit price information of the component material of the curtain product, and the usage parameter of the component material.
Step S505, the curtain product provider uploads a curtain product picture corresponding to the curtain product template in a region E1 of fig. 2f as the display information of the curtain product.
After the curtain product provider checks that the display content of the curtain product is correct, the setting process of the curtain product template is completed.
Then, the curtain solution designer can design a curtain solution based on the curtain product template, please refer to fig. 6A to 6D, and fig. 6A to 6D are schematic diagrams of curtain solution generation. The process of designing the curtain scheme at the website server by the curtain scheme designer comprises the following steps:
step S601, the curtain scheme designer inputs basic information of the curtain scheme on the curtain scheme information editing interface, specifically as shown in fig. 6A, the scheme providing store, the scheme type, the scheme name, the scheme code, and the like of the curtain scheme are respectively input in the G area in fig. 6A, so that the user can uniquely determine the curtain scheme through the basic information.
Preferably, the curtain method designer may also provide image information of the curtain scheme on a curtain scheme image editing interface so that the user can better and more quickly understand the curtain scheme. Specifically as shown in region H of fig. 6A.
Step S602, the curtain scheme designer obtains the corresponding house curtain position information, and displays the curtain information at each position in the area I of fig. 6A, and the user can provide the corresponding curtain product list based on the house curtain position information, for example, click the + number key in the area I, and pop up the curtain product list in the living room, as shown in fig. 6B.
In step S603, the curtain solution designer may send out a curtain product selection instruction based on the curtain products in the curtain product list, so as to determine the curtain product template corresponding to the curtain product. The house curtain position information after selecting the corresponding curtain product template is shown in fig. 6C, in which a plurality of curtain product templates for the living room position may be displayed. The curtain product template includes display information and unit price information of a corresponding curtain product, where the display information of the curtain product may be parameter information of the curtain product in fig. 6C, such as curtain width, curtain height, and pleat rate, and the unit price information of the curtain product may be price information of the curtain product in fig. 6C.
Step S604, the curtain solution designer may modify the parameter information of the curtain product using the house curtain size information, and further modify the unit price information of the house curtain to obtain the modified unit price information of the house curtain. For example, the curtain width, the curtain height and the fold rate in fig. 6D are modified to obtain the modified unit price information of the house curtain.
Step S605, the website server obtains the correction unit price information of the house curtain at each house curtain position, adds the correction unit price information of each house curtain to obtain the total price information of the curtain scheme of the house, and displays the content of the whole house curtain scheme.
After the curtain scheme designer checks that the displayed contents of the house curtain scheme are correct, the curtain scheme designer completes the process of designing the curtain scheme in the website server.
Referring to fig. 7A to 7E, a process of designing a numerical template at a web server by a curtain product provider includes:
step S701, the curtain product provider sets a fixed numerical variable of the numerical variable, an algorithm operator type of the numerical template and a judgment condition of the numerical template in an algorithm input area of the numerical template.
In fig. 7A, temporary values (temporary BB), numbers, and numbers are fixed variables, signs of +, -, # and/in the algorithm input region F are algorithm operators, and the content under judgment in the algorithm input region B is a judgment condition.
Step S702, the website server displays the algorithm flow in the algorithm display area A based on the fixed numerical variable, the algorithm operator type and the judgment condition in the algorithm input area B.
The largest frame in the algorithm display area A is used for representing the algorithm content of the whole numerical template, and each small frame is used for representing the algorithm flow under different judgment conditions.
Specifically, in this embodiment, the number of fabric uses needs to be obtained, wherein a temporary value (temporary BB), a width and a number are first given as a preset value (e.g. 1), and then a temporary value (1 × curtain width + curtain folding rate + 100)/width (rounding the result) is set as the value of 1 × 100.
The specification, the curtain width and the curtain pleat rate are all activity numerical variables, so that the width of the Roman curtain is multiplied by the corresponding multiple of the pleat effect to obtain the using number of a piece of cloth, the using number of the cloth after loss is obtained by adding the using number of the cloth with the loss of 100 millimeters, and the using number of the cloth is obtained by rounding off the specification based on the cloth.
Then, three sub-judgment conditions are entered, if the direction is unlimited when the first sub-judgment condition is met, the curtain height is less than or equal to BB; the algorithm is executed to display the first sub-judgment flow in the area a, where the number (fabric usage number) is 1 × curtain width + 100.
That is, the number of cloth materials used for the final roman shade is the number of the roman shade (width +100 (loss amount)). The pattern direction is the specific orientation of the patterns on the cloth, the pattern direction with a fixed height indicates that the patterns on the cloth can only be used vertically, and the pattern direction with a fixed width indicates that the patterns on the cloth can only be used horizontally.
For the convenience of understanding of the user, the judgment parameters of the sub-judgment conditions of the same level in the numerical template under the same judgment condition should be parameters of the same type, for example, all three sub-judgment processes in the algorithm display area a are set in the flower direction.
If the flower direction is constant height and the curtain height is less than or equal to BB, executing a second sub-judgment process in the algorithm display area A; number (fabric usage number) (1 × curtain width + 100)/flower bit width (result rounded up) × (flower bit width) × (number of fabric usage). The pattern width is the width of the basic pattern in the continuous pattern on the cloth, and the width is measured from the continuous starting point to the continuous ending point.
Wherein (curtain width + 100)/flower bit width can obtain the number of basic patterns required in the width; in order to ensure that the number of the basic patterns is sufficient and the number of the patterns is an integer, when the obtained result has a decimal, taking the nearest integer which is greater than the numerical value, wherein the step is rounding-up; multiplying the number of the base patterns after rounding up by the width size of the base patterns to obtain the final width of the Roman shade; the final width of the roman shade multiplied by the number of panels of the cloth material yields the number of cloth materials required for the final roman shade. Namely, the number of the cloth materials used by the final roman shade is [ (shade width + 100)/flower bit width (rounding up the result) × flower bit width.
If the flower direction is the fixed width and the flower alignment design is met, executing a third sub-judgment process in the algorithm display area A; number (fabric usage number) ((1 × shade height + 100)/flower position height (rounded up result) × flower position height × number of panels). The register design means that patterns on the cloth need to be aligned with the pattern patterns in splicing and sewing of two pieces of cloth. The pattern height refers to the height dimension of the basic pattern in the continuous patterns on the cloth, and the height is measured from the continuous starting point to the continuous ending point.
Wherein (curtain height + 100)/flower position height can obtain the number of basic patterns required in the height; in order to ensure that the number of the basic patterns is sufficient and the number of the patterns is an integer, when the obtained result has a decimal, taking the nearest integer which is greater than the numerical value, wherein the step is rounding-up; multiplying the number of the base patterns after rounding up by the height size of the base patterns to obtain the final height of the Roman shade; the final height of the roman shade multiplied by the breadth of the cloth material yields the number of cloth materials required for the final roman shade. That is, the number of cloth used in the final roman shade is [ (shade height + 100)/flower position height (rounded up result) × flower position height [ ].
Therefore, the website server can calculate the using amount of the fabric based on the activity numerical value variables such as the specification, the curtain width, the curtain folding rate and the like input by the curtain product provider.
In step S703, the curtain product provider may test the numerical template through the data test area C of the numerical template, as shown in fig. 7B, the curtain product provider may input various activity numerical variables, such as the specification 500, the curtain width 50, and the like, through the table in the data test area C, and finally calculate the usage number of the fabric to be 1 × curtain width +100 — 150. Meanwhile, the data testing process path is also shown in the algorithm display area a, as shown in fig. 7C, a black dot symbol 71 on fig. 7C represents the data testing process path.
If the activity value variable provided by the curtain product provider has an error, as shown in fig. 7D, if the input activity value variable only satisfies part of the first sub-judgment condition, such as the direction of flower is not limited, but the curtain height 401 is greater than the critical BB (400), the data test process path is also displayed in the algorithm display area a, as shown in fig. 7E, the black dot symbol on fig. 7E represents the path of the data test process, and the curtain product provider may modify the activity value variable or the value template based on the interruption point of the data test process in fig. 7E.
This completes the procedure of designing the numerical template on the web server by the curtain product provider according to the present embodiment.
The product classification display method and the product classification display device can display related product component modules based on the product template types, display the materials of the components based on the product component types, and realize effective classification and effective display of the product templates based on the curtain types, so that a user can more efficiently and independently select the curtain method; the technical problems that the generation of a curtain order scheme in the existing curtain sales platform is difficult and the efficiency of curtain selection is low are solved.
In summary, although the present invention has been described with reference to the preferred embodiments, the above-described preferred embodiments are not intended to limit the present invention, and those skilled in the art can make various changes and modifications without departing from the spirit and scope of the present invention, therefore, the scope of the present invention shall be determined by the appended claims.
Claims (10)
1. A product classification display method is characterized by comprising the following steps:
setting product template types and preset product parameters of products, and determining a corresponding product component list according to the product template types;
selecting at least one product part template from the product part list based on a user's product part template selection instruction; wherein the product component template comprises a preset product component assembly;
determining a material list of components of the product component template based on the product template category and a category of preset product component components of the product component template;
selecting at least one material from the list of materials based on a user's component material selection instruction; wherein the material comprises material presentation information and material price information;
and generating a product template of the product and displaying the product template based on the material, the product component template, the product template type and the preset product parameters.
2. The product classification display method according to claim 1, further comprising:
and setting the category of the material corresponding to the assembly and a numerical template based on the category of the preset product component assembly, wherein the numerical template is used for representing the use mode of the assembly material.
3. The product classification display method according to claim 2, wherein the step of generating and displaying the product template of the product based on the material, the product component template, the product template type, and the product preset parameter includes:
and calculating the product unit price of the product based on the numerical template corresponding to the material and the preset parameters of the product.
4. The product classification display method according to claim 2, wherein the step of generating and displaying the product template of the product based on the material, the product component template, the product template type, and the product preset parameter includes:
and classifying and displaying the product, the parts of the product and the components of the parts of the product based on the product template type.
5. The product sorting display method according to claim 2, wherein the component material category includes one or more of, but not limited to, fabric, craft, track, lace, jewelry, curtain mounting, motor, remote control, and electrical mounting.
6. The product classification display method according to claim 1, further comprising:
and correcting the component assemblies in the product component template based on preset product component assemblies in the product component template to obtain a corrected product component template.
7. The product classification display method according to claim 1, further comprising:
and setting the visual preview information and the product attribute parameters of the product template.
8. The product classification display method according to claim 1, further comprising:
and setting a plurality of specified product templates as product combination scheme templates.
9. A product classification display device, comprising:
the product component list determining module is used for setting the product template type and the preset product parameters of the product and determining a corresponding product component list according to the product template type;
a product component template selection module for selecting at least one product component template from the product component list based on a user's product component template selection instruction; wherein the product component template comprises a preset product component assembly;
a material list display module for determining a material list of components of the product component template based on the product template type and a category of preset product component components of the product component template;
a material selection module for selecting at least one material from the list of materials based on a component material selection instruction of a user; wherein the material comprises material presentation information and material price information;
and the product template display module is used for generating and displaying the product template of the product based on the material, the product component template, the product template type and the product preset parameters.
10. The product sorting and displaying device of claim 9, further comprising:
and the material type and template setting module is used for setting the type of the material corresponding to the assembly and a numerical template based on the type of the preset product component assembly, wherein the numerical template is used for representing the use mode of the assembly material.
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