CN110929319A - Decoration design case information processing method and system - Google Patents
Decoration design case information processing method and system Download PDFInfo
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- CN110929319A CN110929319A CN201911061715.7A CN201911061715A CN110929319A CN 110929319 A CN110929319 A CN 110929319A CN 201911061715 A CN201911061715 A CN 201911061715A CN 110929319 A CN110929319 A CN 110929319A
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Abstract
The invention discloses a decoration design case information processing method and system. The method comprises the following steps: acquiring geographical position information of a house to be decorated; crawling a house type plane graph matched with the geographical position information; carrying out three-dimensional modeling on the house type plane graph, generating a house type three-dimensional graph and sending the house type three-dimensional graph to an owner client; acquiring decoration design requirements input by a client of an owner aiming at house type three-dimensional drawing selection or input, converting the decoration design requirements into design labels, inquiring the house type three-dimensional drawing and an initial decoration design case matched with the design labels, and generating a design parameter data packet according to the inquired initial decoration design case, the house type three-dimensional drawing and the design labels; and sending the design parameter data packet to a design client, and sending the target decoration design case fed back by the design client to an owner client. The invention can improve the design efficiency of the target decoration design case and the suitability of the target decoration design case and the house to be decorated.
Description
Technical Field
The invention relates to the field of decoration design, in particular to a decoration design case information processing method and system.
Background
In the field of indoor design of houses at present, generally, when a master has decoration design requirements, the master directly sends a house type plan of a house to be designed to a designer or takes a decoration design case after the designer measures the house to be designed on site, and the measurement process is complicated and consumes long time; when the designer obtains the house type plan, the designer needs to communicate with the owner repeatedly and then determines the decoration design requirement of the owner, so that the working efficiency of the designer is reduced; and because the designer does not know the relevant data of the house to be designed, the design difficulty is higher, the working efficiency is obviously low, and the finally designed decoration design case is difficult to be suitable for the house to be designed. Therefore, a technical solution to solve the above problems is needed.
Disclosure of Invention
Therefore, in order to solve the technical problems, it is necessary to provide a decoration design case information processing method and system for improving the design efficiency of a target decoration design case and the suitability of the target decoration design case and a house to be decorated.
A decoration design case information processing method comprises the following steps:
after a decoration design case recommendation instruction sent by an owner client is received, acquiring owner information corresponding to the owner client from the decoration design case recommendation instruction, and acquiring geographic position information of a house to be decorated according to the owner information in an instant messaging platform;
analyzing the geographical position information of the house to be decorated, and crawling a house type plan matched with the analyzed geographical position information;
carrying out three-dimensional modeling on the house type plane graph, generating a house type three-dimensional graph of the house to be decorated and sending the house type three-dimensional graph to the owner client;
acquiring decoration design requirements which are input from the owner client and selected or input on a preset data interface aiming at the house type three-dimensional graph, converting the decoration design requirements into design labels, traversing and inquiring an initial decoration design case matched with the house type three-dimensional graph and the design labels in a preset decoration design case library, generating a design parameter data packet of the house to be decorated according to the inquired initial decoration design case, the house type three-dimensional graph and the design labels, and storing the design parameter data packet in a preset cloud database;
when a design starting instruction sent by a design client is received, sending the design parameter data packet of the house to be decorated to the design client from the preset cloud database, acquiring at least one target decoration design case fed back by the design client, determining the display sequence of all the target decoration design cases according to preset display weight factors, and sending all the target decoration design cases to the owner client through the instant communication platform so as to be displayed in the owner client according to the display sequence.
A finishing design case information processing system, comprising:
the system comprises an acquisition module, a display module and an instant communication platform, wherein the acquisition module is used for acquiring owner information corresponding to an owner client from a decoration design case recommendation instruction sent by the owner client after receiving the decoration design case recommendation instruction, and acquiring the geographical position information of a house to be decorated in the instant communication platform according to the owner information;
the crawling module is used for analyzing the geographical position information of the house to be decorated and crawling a house type plane graph matched with the analyzed geographical position information;
the generation module is used for carrying out three-dimensional modeling on the house type plane graph, generating a house type three-dimensional graph of the house to be decorated and sending the house type three-dimensional graph to the owner client;
the storage module is used for acquiring decoration design requirements which are input from the owner client and selected or input on a preset data interface aiming at the house type three-dimensional graph, converting the decoration design requirements into design labels, traversing and inquiring an initial decoration design case matched with the house type three-dimensional graph and the design labels in a preset decoration design case library, generating a design parameter data packet of the house to be decorated according to the inquired initial decoration design case, the house type three-dimensional graph and the design labels, and storing the design parameter data packet in a preset cloud database;
and the display module is used for sending the design parameter data packet of the house to be decorated to the design client from the preset cloud database when receiving a design starting instruction sent by the design client, acquiring at least one target decoration design case fed back by the design client, determining the display sequence of all the target decoration design cases according to preset display weight factors, and sending all the target decoration design cases to the owner client through the instant communication platform so as to display in the owner client according to the display sequence.
The decoration design case information processing method and the decoration design case information processing system have the beneficial effects that: on one hand, the method of acquiring and processing data from the perspective of a computer so as to accelerate data processing efficiency comprises the steps of analyzing the geographic position information of the house to be decorated, crawling a house type plan matched with the analyzed geographic position information, acquiring decoration design requirements input by the owner client terminal aiming at the house type three-dimensional drawing and selected or input in a preset data interface, converting the decoration design requirements into design labels, traversing and inquiring an initial decoration design case matched with the house type three-dimensional drawing and the design labels in a preset decoration design case library, generating a design parameter data packet of the house to be decorated according to the inquired initial decoration design case, the house type three-dimensional drawing and the design labels, and storing the design parameter data packet in a preset cloud database, wherein the design work of a designer corresponding to the design client terminal can be simplified, the working efficiency of a designer corresponding to the design client can be improved, so that the design completion efficiency of the target decoration design case in the design client can be further improved; on the other hand, the obtained target decoration design case takes the house type plan and decoration design requirements of the house to be decorated of the owner as starting points, and utilizes the initial decoration design case, the house type three-dimensional drawing and the design labels in the design parameter data packet, so that at least one target decoration design case displayed according to the display sequence is more suitable for the house to be decorated, namely the target decoration design case is highly suitable for the house to be decorated, and the experience effect of the owner can be further improved.
Drawings
In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings needed to be used in the description of the embodiments of the present invention will be briefly introduced below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art that other drawings can be obtained according to these drawings without inventive labor.
FIG. 1 is a flowchart of a method for processing information of a decoration design case according to an embodiment of the present invention;
fig. 2 is a schematic structural diagram of a finishing design case information processing system according to an embodiment of the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are some, not all, embodiments of the present 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.
In an embodiment, as shown in fig. 1, a method for processing decoration and design case information is provided, which is described by taking the method as an example applied to the server in fig. 1, and includes the following steps:
s10, after receiving a decoration design case recommendation instruction sent by an owner client, acquiring owner information corresponding to the owner client from the decoration design case recommendation instruction, and acquiring geographic position information of a house to be decorated according to the owner information in an instant messaging platform;
understandably, the owner client is a platform associated with the owner, and the owner can issue a plurality of request instructions, such as the decoration design case recommendation instruction (that is, the owner needs to obtain an instruction of a designer for a decoration design case of a house to be decorated to which the owner belongs), and the owner client is bound with owner information of the owner in advance, wherein the owner information includes but is not limited to identity information of the owner, geographical location information of the house to be decorated of the owner, and the like; the instant messaging platform is an instant message transfer platform and can play a role in communication connection with a multi-party client; after the decoration design case recommendation instruction sent by the owner client side, a project number is generated by the house to be decorated, the project number can be conveniently traced and identified, and information (including finished target decoration design cases and the like) related to the house to be decorated can be bound to the project number.
S20, analyzing the geographical position information of the house to be decorated, and crawling a house type plan matched with the analyzed geographical position information;
understandably, the geographical position information of the house to be decorated can be accurately obtained from the geographical position information of the specific house number of the house to be decorated, so that the server can conveniently and accurately analyze the specific position information to be designed, and a house type plane graph matched with the geographical position information can be determined with high probability and accuracy; the crawling can be performed through a crawler tool, the crawling object can be various large third-party house platforms (including buying and selling platforms, house renting platforms and the like of new and old houses), the house type plane graph can be determined in the crawling process by means of position information which is the same as or similar to the geographical position information, for example, the geographical position information is 101 houses of three floors of a No. 1 building of a certain cell, when the same position information is not queried, the position information of the same house type can be queried, for example, the 101 houses of four floors of the No. 1 building of the certain cell or the 101 houses (of the same house type) of three floors of the No. 2 building of the certain cell can be queried, and therefore the house type plane graph can be determined.
In the embodiment, the probability of crawling the house type plane graph in the crawling process can be improved by analyzing the geographical position information of the house to be decorated, and the house type plane graph is crawled by means of crawling, so that an accurate house type plane graph can be provided for the work of a subsequent design client under the condition that part of owners do not have corresponding house type plane graphs, and therefore the efficiency of the subsequent data processing process is not influenced in the process of carrying out data processing on the house type plane graphs.
It should be noted that after the initial house information (including the area of the house, the number of rooms in the house, etc.) uploaded by the owner is obtained by the owner client, the house type plan with the highest matching rate is determined in the preset house type plan library or the house type plan uploaded by the owner is directly obtained by the owner client.
S30, performing three-dimensional modeling on the house type plane graph, generating a house type three-dimensional graph of the house to be decorated and sending the house type three-dimensional graph to the owner client;
understandably, the two-dimensional house plan is modeled three-dimensionally by calling a special three-dimensional modeling drawing software (such as cad drawing software). In the embodiment, two dimensions are converted into three dimensions, that is, a clearer and more intuitive house type three-dimensional graph is generated, so that the house type three-dimensional graph can be conveniently viewed by an owner at a main client.
S40, acquiring decoration design requirements input from the owner client and selected or input on a preset data interface aiming at the house type three-dimensional drawing, converting the decoration design requirements into design labels, traversing and inquiring an initial decoration design case matched with the house type three-dimensional drawing and the design labels in a preset decoration design case library, generating a design parameter data packet of the house to be decorated according to the inquired initial decoration design case, the house type three-dimensional drawing and the design labels, and storing the design parameter data packet in a preset cloud database;
understandably, after determining that the owner client receives the sent house type three-dimensional graph, acquiring decoration design requirements of the owner input (each position in the house type three-dimensional graph has an interface for inputting data, for example, the owner inputs data of a wooden floor with a decoration design price of five thousand yuan in an input data interface of a position of a floor of a customer room in the house type three-dimensional graph) or selection (each position and the whole position in the house type three-dimensional graph have data interfaces for selecting various decoration conditions, for example, the owner selects a decoration cell as European and American style in a selected data interface of the position of the whole house type graph) at the owner client through a preset data interface; the design label is a design label which is summarized and converted into representative key information aiming at the selected or input decoration design requirement, for example, the data of a wooden floor with a decoration design price of five thousand yuan is input into the input data interface of the floor position of the living room in the household three-dimensional graph by the owner, the design label can be summarized and converted into the design label of the floor of the living room, the five thousand yuan and the wooden floor, the decoration cell is selected to be European and American wind in the selection data interface of the whole household graph position by the owner, the design label can be summarized and converted into the decoration cell, the European and American wind and the like; the initial decoration design cases under various cases exist in the preset decoration design case library, and the initial decoration design cases can be determined after similarity matching is carried out on the house type three-dimensional drawings and the design labels (namely, the house type three-dimensional drawings and the design labels are simultaneously matched with the house type three-dimensional drawings and the design labels related in the initial decoration design cases in similarity matching mode, and the initial decoration design cases successfully matched with the house type three-dimensional drawings and the design labels can be determined only if two similarities are obtained each time and the preset similarities are simultaneously met).
In the embodiment, after the decoration design requirement is converted into the design label, the decoration design requirement can be converted into a more intuitive data display form; initial decoration design cases matched with the house type three-dimensional graph and the design labels in the preset decoration design case library can be searched in a traversing mode, so that the initial decoration design cases with the highest suitable degree and the highest reference value can be screened out; and generating a design parameter data packet of the house to be decorated according to the inquired initial decoration design case, the house type three-dimensional graph and the design label, storing the design parameter data packet in a preset cloud database, storing the data packet in a data packet form, and acquiring the data packet in a subsequent data packet form, thereby providing a convenient condition for acquiring data for a data acquirer.
And S50, when a design starting instruction sent by a design client is received, sending the design parameter data packet of the house to be decorated from the preset cloud database to the design client, acquiring at least one target decoration design case fed back by the design client, determining the display sequence of all the target decoration design cases according to preset display weight factors, and sending all the target decoration design cases to the owner client through the instant communication platform so as to be displayed in the owner client according to the display sequence.
Understandably, the design starting instruction sent by the design client is triggered and completed by a designer, namely, the designer is about to start providing professional house indoor design for the house to be decorated; the target decoration design case is obtained by analyzing and checking the design parameter data packet by a designer; the preset display weight factors comprise design total quotation, design total rendering effect and the degree of association with design requirements, and the display weight factors can be specifically set according to the requirements; after the target decoration design case is generated, the project number generated in S10 can be bound, and the associated owner client can be queried retrospectively through the project number.
In this embodiment, the design client can receive the design parameter data packet of the detailed data, and the initial decoration design case in the design parameter data packet can provide a reference design function for the designer corresponding to the design client, and the house type three-dimensional drawing and the design label in the design parameter data packet enable the designer corresponding to the design client to make a decoration design requirement most suitable for the owner and a target decoration design case of the house to be decorated, so that at least one target decoration design case fed back by the design client will increase the satisfaction effect of the owner, and the target decoration design case is displayed according to the preset display weight factor, and can also provide the owner with a multi-aspect independent option, thereby increasing the satisfaction effect and experience effect of the owner.
Further, the analyzing the geographical location information of the house to be decorated, and crawling the house type plan matched with the geographical location information after analysis comprises:
inputting the geographical position information of the house to be decorated to a third-party map platform, and acquiring specific position information to be designed, which is fed back by the third-party map platform and is associated with the geographical position information of the house to be decorated;
and crawling a house picture matched with the specific to-be-designed position information in a third-party house platform through a crawler tool, and identifying the house type plane graph from the acquired house picture.
Understandably, the purpose of inputting the geographical position information of the house to be decorated into the third-party map platform is to concretize the geographical position information, so that the efficiency and the speed of inquiring the house type plane graph are further improved through the concretized obtained specific position information to be designed; the third-party house platform and the specific website link associated with the position information to be designed are crawled through a crawler tool, the code of the specific website link storage picture is identified, so that the position of the storage picture can be determined, the picture in the position of the storage picture is identified, and then the house type plane graph is determined (the picture can be determined to be the house type plane graph through identifying the specific characteristics of the house type plane graph, and the specific characteristics can be the house structure, the digital length parameter associated with the house, the characters associated with the house and the like).
Further, the converting the decoration design requirement into a design label includes:
inputting the decoration design requirement acquired from the preset data interface into a semantic recognition model for recognition, acquiring key information of the decoration design requirement output by the semantic recognition model, and recording the key information as the design label.
Understandably, the decoration design requirement can be automatically converted into a representative design label through the semantic recognition model. Specifically, a semantic recognition model for recognizing and extracting decoration design requirement information can be established through model training.
Further, the method comprises generating a design parameter data packet of the house to be finished according to the inquired initial finishing design case, the house type three-dimensional graph and the design label, and further comprising
Acquiring label attributes corresponding to the design labels, and marking the design labels in the house type three-dimensional graph according to the label attributes; the label attribute comprises a design house name, a design area attribute, a design style attribute and a design pre-evaluation attribute;
and associating the house type three-dimensional graph marked with the design label, the house type three-dimensional graph and the initial decoration design case into the design parameter data packet.
Understandably, the name of the designed house in the label attribute can be a living room, a main sleeping room, a toilet, a kitchen and the like, the attribute of the designed area can be a living room square of 30, a main sleeping room square of 20 and the like, the attribute of the designed style can be a Chinese wind design, an European and American wind design and the attribute of the designed pre-evaluation can predict the design price of the floor of the living room to be five thousand yuan and the like; the design labels are marked in the house type three-dimensional drawing, so that a designer can directly observe decoration design requirements of an owner conveniently, for example, the above-mentioned living room floor-five thousand yuan-wooden floor is the design pre-evaluation attribute, and the position of the living room floor in the house type three-dimensional drawing can be always associated with the design label corresponding to the design pre-evaluation attribute associated with the data, so that the designer can directly observe the design label in the process of designing the position of the living room floor in the house type three-dimensional drawing.
Further, after the design label is marked in the house type three-dimensional graph according to the label attribute, the method further includes:
judging whether at least one decoration material corresponding to the label attribute of the design label marked in the house type three-dimensional graph can be screened out from a preset decoration material decoration library or not;
if at least one decoration material can be screened out, marking the screened-out decoration material in an area marked with the label attribute matched with the screened-out decoration material in the house type three-dimensional graph of the design parameter data packet;
and if the decoration materials cannot be screened out, generating reference decoration materials corresponding to each area in the house type three-dimensional graph according to the initial decoration design case in the design parameter data packet, and correspondingly marking the reference decoration materials to each area in the house type three-dimensional graph.
Specifically, a decoration material decoration library is preset from a design label marked in the house type three-dimensional graph to judge a decoration material corresponding to the label attribute of the design label; if at least one decoration material can be screened out, namely the design pre-evaluation attribute in the label attributes of the design label is a living room floor-five-thousand-element-wooden floor, and the design area attribute is a living room square of 30, a wood board which is most consistent with the attributes of the two labels can be inquired in a preset decoration material decoration library, an area with the label attribute matched with the screened wood board is marked in the house type three-dimensional graph, and the screened wood board is marked in the area in the house type three-dimensional graph; if the decoration materials cannot be screened out, namely, corresponding contents do not exist in the label attributes of the design labels, reference decoration materials corresponding to each area in the house type three-dimensional graph can be generated from the initial decoration design case in the design parameter data packet (because the initial decoration design case is a design case matched with the house type three-dimensional graph, the initial decoration design case can be analyzed into a plurality of decoration areas, and corresponding decoration conditions in each decoration area are obtained) (namely, the decoration materials existing in the initial decoration design case are all used as the reference decoration materials), and the reference decoration materials are correspondingly marked into each area in the house type three-dimensional graph.
In this embodiment, the screened decoration materials or the generated reference decoration materials are marked in the local area corresponding to the house type three-dimensional drawing, so that on one hand, when the house type three-dimensional drawing is sent to the design client, the designer can conveniently check the house type three-dimensional drawing, the workload of the designer is reduced, on the other hand, the completion time of the target decoration design case is reduced for the designer, and the efficiency of sending the target decoration design case to the owner client can be improved for the design client corresponding to the designer.
Further, the preset display weight factor comprises a total price of design, a total rendering effect of design and a degree of association with design requirements;
the determining the display sequence of all the target decoration design cases according to the preset display weight factor comprises the following steps:
acquiring a first weight value of each target decoration design case according to the total design quotation and a first weight coefficient of each target decoration design case;
obtaining a second weight value of each target decoration design case according to the design total rendering effect and a second weight coefficient of each target decoration design case;
obtaining a third weight value of each target decoration design case according to the correlation degree of the design requirements of each target decoration design case and a third weight coefficient;
after the first weight value, the second weight value and the third weight value of each target decoration design case are subjected to data normalization processing, obtaining a comprehensive weight value of each target decoration design case according to the first weight value, the second weight value and the third weight value after the data normalization processing;
determining the display sequence of all the target decoration design cases according to the comprehensive weight values; wherein the higher the integrated weight value is, the higher the priority of the presentation order is.
Understandably, after the target decoration design case is designed, a total design offer related to decoration materials, labor and other expenses is generated according to the target decoration design case, and whether the correlation degree between the total design rendering effect corresponding to the target decoration design case and the design requirement is qualified or not can be verified by a third verification party; the first weight coefficient, the second weight coefficient and the third weight coefficient are determined according to the proportion of each preset display weight factor in the display process after data analysis; and the data normalization processing can be performed by a min-max normalization method, wherein the formula is x ═ x-min)/(max-min), x is a result of data normalization output, x is input sample data, min is a minimum value of the sample data, and max is a maximum value of the sample data, in the process of performing data normalization processing on first weighted values of all the target decoration design cases, the result of data normalization output is a result of data normalization output of each target decoration design case with respect to the first weighted value, the sample data is the first weighted value of each target decoration design case, the minimum value of the sample data is a minimum first weighted value corresponding to one of the target decoration design cases, and the maximum value of the sample data is a maximum first weighted value corresponding to one of the target decoration design cases, each time of data normalization processing is only directed at one weight value of all target decoration design cases, so that the method can be used for solving the data normalization output result of each target decoration design case about the second weight value and the third weight value; and finally, adding the first weight value, the second weight value and the third weight value of the data normalization of each target decoration design case to obtain the comprehensive weight value of each target decoration design case, and arranging the display sequence according to the size of the comprehensive weight value.
Further, the sending all the target decoration design cases to the owner client through the instant messaging platform to be displayed in the owner client according to the display sequence further includes:
and after receiving a selection completion instruction generated after the owner client selects one of the target decoration design cases from all the displayed target decoration design cases, determining an expected completion time limit of the target decoration design case according to the design engineering items of the target decoration design and a preset engineering time limit table, and sending the selected target decoration design case and the expected completion time limit to an enterprise installation client through the instant communication platform.
Understandably, after receiving the target decoration design case selected by the owner client, the embodiment analyzes the target decoration design case to obtain the design project items and determines the project time limit of each design project through the preset project time limit table, so that the expected completion time limit of the target decoration design case can be obtained, the embodiment can supervise the completion time limit of the enterprise installing client receiving decoration tasks, and the work efficiency of the enterprise corresponding to the enterprise installing client is ensured.
In one embodiment, whether the enterprise installing client checks the received target decoration design case within a preset checking time limit is judged; and if the received target decoration design case is not checked within the preset checking time limit, sending a preset warning prompt to the enterprise installing client side until the enterprise installing client side checks the received target decoration design case.
Further, after the selected target decoration design case and the expected completion period are sent to the enterprise client through the instant messaging platform, the method further includes:
receiving the decoration condition and the real finishing deadline of the house to be decorated fed back by the owner client;
and when the decoration condition does not reach a preset decoration standard or/and the real completion deadline exceeds the expected completion deadline, sending a preset warning prompt to the enterprise installing client.
Understandably, the present embodiment is only for further monitoring the decoration condition and the real completion deadline of the decoration enterprise client.
In another embodiment, when the decoration condition reaches a preset decoration standard or/and the real completion deadline exceeds the expected completion deadline, a preset warning prompt does not need to be sent to the decoration client.
Further, after the selected target decoration design case and the expected completion period are sent to the enterprise client through the instant messaging platform, the method further includes:
and establishing communication among the owner client, the design client and the enterprise client through a group chat system in the instant communication platform.
Understandably, the communication between the three related parties can be established through the group chat system in the instant messaging platform, so that the three parties can discuss problems in time, and the error rate in the design and decoration links is reduced; in the embodiment, the communication between the two parties and the communication between the supervising party and the three parties are established through the group chat system, so that the experience effect of the owner corresponding to the owner client can be generally improved.
In summary, the above-mentioned provides a method for processing decoration design case information, which on one hand obtains and processes data from a computer perspective, thereby increasing data processing efficiency, wherein the method comprises parsing geographic location information of a house to be decorated, crawling a house type plan matched with the parsed geographic location information, obtaining decoration design requirements input or selected at a preset data interface for the house type three-dimensional drawing from the owner client, converting the decoration design requirements into design labels, traversing and querying an initial decoration design case matched with the house type three-dimensional drawing and the design labels in a preset decoration design case library, and generating a design parameter data packet of the house to be decorated according to the queried initial decoration design case, the house type three-dimensional drawing and the design labels, the method for storing the design parameter data packet in the preset cloud database can simplify the design work of a designer corresponding to the design client, namely can improve the work efficiency of the designer corresponding to the design client, so that the design completion efficiency of the target decoration design case in the design client can be further improved; on the other hand, the obtained target decoration design case takes the house type plan and decoration design requirements of the house to be decorated of the owner as starting points, and utilizes the initial decoration design case, the house type three-dimensional drawing and the design labels in the design parameter data packet, so that at least one target decoration design case displayed according to the display sequence is more suitable for the house to be decorated, namely the target decoration design case is highly suitable for the house to be decorated, and the experience effect of the owner can be further improved.
It should be understood that, the sequence numbers of the steps in the foregoing embodiments do not imply an execution sequence, and the execution sequence of each process should be determined by its function and inherent logic, and should not constitute any limitation to the implementation process of the embodiments of the present invention.
In an embodiment, a decoration design case information processing system is provided, which corresponds to the decoration design case information processing methods in the above embodiments one to one. As shown in fig. 2, the decoration design case information processing system includes an acquisition module 11, a crawling module 12, a generation module 13, a storage module 14, and a presentation module 15. The functional modules are explained in detail as follows:
the obtaining module 11 is configured to obtain, after receiving a decoration design case recommendation instruction sent by an owner client, owner information corresponding to the owner client from the decoration design case recommendation instruction, and obtain, in an instant messaging platform, geographical location information of a house to be decorated according to the owner information;
the crawling module 12 is used for analyzing the geographical position information of the house to be decorated and crawling a house type plane graph matched with the analyzed geographical position information;
the generating module 13 is configured to perform three-dimensional modeling on the house type plan, generate a house type three-dimensional map of the house to be decorated, and send the house type three-dimensional map to the owner client;
the storage module 14 is configured to obtain a decoration design requirement input from the owner client and selected or input at a preset data interface for the house type three-dimensional drawing, convert the decoration design requirement into a design label, search and query an initial decoration design case in a preset decoration design case library, which is matched with the house type three-dimensional drawing and the design label, generate a design parameter data packet of the house to be decorated according to the searched initial decoration design case, the house type three-dimensional drawing and the design label, and store the design parameter data packet in a preset cloud database;
the display module 15 is configured to send a design parameter data packet of the to-be-decorated house to the design client from the preset cloud database when receiving a design start instruction sent by the design client, obtain at least one target decoration design case fed back by the design client, determine a display sequence of all the target decoration design cases according to a preset display weight factor, and send all the target decoration design cases to the owner client through the instant messaging platform so as to be displayed in the owner client according to the display sequence.
Further, the crawling module comprises:
the acquisition submodule is used for inputting the geographical position information of the house to be decorated to a third-party map platform and acquiring specific position information to be designed, which is fed back by the third-party map platform and is related to the geographical position information of the house to be decorated;
and the identification submodule is used for crawling the house picture matched with the specific to-be-designed position information in the third-party house platform through a crawler tool and identifying the house type plane graph from the acquired house picture.
Further, the crawling module comprises:
and the recording submodule is used for inputting the decoration design requirement acquired from the preset data interface into a semantic recognition model for recognition, acquiring key information of the decoration design requirement output by the semantic recognition model, and recording the key information as the design label.
Further, the storage module includes:
the marking submodule is used for acquiring the label attribute corresponding to each design label and marking the design label in the house type three-dimensional graph according to the label attribute; the label attribute comprises a design house name, a design area attribute, a design style attribute and a design pre-evaluation attribute;
and the association submodule is used for associating the house type three-dimensional graph marked with the design label, the house type three-dimensional graph and the initial decoration design case into the design parameter data packet.
Further, the decoration design case information processing system further comprises:
the screening module is used for judging whether at least one decoration material corresponding to the label attribute of the design label marked in the house type three-dimensional graph can be screened out from a preset decoration material decoration library or not;
a first marking module, configured to mark the screened decoration material in an area, in the house type three-dimensional map of the design parameter data packet, where the label attribute matching the screened decoration material is marked if at least one decoration material can be screened out;
and the second marking module is used for generating reference decoration materials corresponding to each area in the house type three-dimensional graph according to the initial decoration design case in the design parameter data packet if the decoration materials cannot be screened out, and correspondingly marking the reference decoration materials to each area in the house type three-dimensional graph.
Further, the display module comprises:
the first weight value obtaining submodule is used for obtaining a first weight value of each target decoration design case according to the total design quotation and a first weight coefficient of each target decoration design case;
the second weight value obtaining submodule is used for obtaining a second weight value of each target decoration design case according to the design total rendering effect and a second weight coefficient of each target decoration design case;
a third weight value obtaining submodule, configured to obtain a third weight value of each target decoration design case according to the correlation degree of the design requirement of each target decoration design case and a third weight coefficient;
the normalization submodule is used for carrying out data normalization processing on the first weight value, the second weight value and the third weight value of each target decoration design case, and then obtaining a comprehensive weight value of each target decoration design case according to the first weight value, the second weight value and the third weight value after the data normalization processing;
the determining submodule is used for determining the display sequence of all the target decoration design cases according to the comprehensive weight values; wherein the higher the integrated weight value is, the higher the priority of the presentation order is.
Further, the decoration design case information processing system further comprises:
and the determining module is used for receiving a selection completion instruction generated after the owner client selects one of the target decoration design cases from all the displayed target decoration design cases, determining an expected completion time limit of the target decoration design case according to the design engineering items of the target decoration design and a preset engineering time limit table, and sending the selected target decoration design case and the expected completion time limit to the assembly client through the instant communication platform.
Further, the decoration design case information processing system further comprises:
the receiving module is used for receiving the decoration condition and the real finishing time limit of the house to be decorated fed back by the owner client;
and the sending module is used for sending a preset warning prompt to the enterprise installing client when the decoration condition does not reach a preset decoration standard or/and the real finishing deadline exceeds the expected finishing deadline.
Further, the decoration design case information processing system further comprises:
and the establishing module is used for establishing communication among the owner client, the design client and the enterprise client through a group chat system in the instant communication platform.
For specific limitations of the decoration design case information processing system, reference may be made to the above limitations of the decoration design case information processing method, and details are not described herein again. All or part of the modules in the decoration design case information processing system can be realized by software, hardware and a combination thereof. The modules can be embedded in a hardware form or independent from a processor in the computer device, and can also be stored in a memory in the computer device in a software form, so that the processor can call and execute operations corresponding to the modules.
It will be clear to those skilled in the art that, for convenience and simplicity of description, the foregoing division of the functional modules is merely illustrated, and in practical applications, the above function distribution may be performed by different functional units and modules as needed, that is, the internal structure of the system is divided into different functional units or modules to perform all or part of the above described functions.
The above-mentioned embodiments are only used for illustrating the technical solutions of the present invention, and not for limiting the same; although the present invention has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some technical features may be equivalently replaced; such modifications and substitutions do not substantially depart from the spirit and scope of the embodiments of the present invention, and are intended to be included within the scope of the present invention.
Claims (10)
1. A decoration design case information processing method is characterized by comprising the following steps:
after a decoration design case recommendation instruction sent by an owner client is received, acquiring owner information corresponding to the owner client from the decoration design case recommendation instruction, and acquiring geographic position information of a house to be decorated according to the owner information in an instant messaging platform;
analyzing the geographical position information of the house to be decorated, and crawling a house type plan matched with the analyzed geographical position information;
carrying out three-dimensional modeling on the house type plane graph, generating a house type three-dimensional graph of the house to be decorated and sending the house type three-dimensional graph to the owner client;
acquiring decoration design requirements which are input from the owner client and selected or input on a preset data interface aiming at the house type three-dimensional graph, converting the decoration design requirements into design labels, traversing and inquiring an initial decoration design case matched with the house type three-dimensional graph and the design labels in a preset decoration design case library, generating a design parameter data packet of the house to be decorated according to the inquired initial decoration design case, the house type three-dimensional graph and the design labels, and storing the design parameter data packet in a preset cloud database;
when a design starting instruction sent by a design client is received, sending the design parameter data packet of the house to be decorated to the design client from the preset cloud database, acquiring at least one target decoration design case fed back by the design client, determining the display sequence of all the target decoration design cases according to preset display weight factors, and sending all the target decoration design cases to the owner client through the instant communication platform so as to be displayed in the owner client according to the display sequence.
2. The decoration design case information processing method of claim 1, wherein the step of analyzing the geographical location information of the house to be decorated, and the step of crawling the house type plan matched with the geographical location information after analysis comprises the steps of:
inputting the geographical position information of the house to be decorated to a third-party map platform, and acquiring specific position information to be designed, which is fed back by the third-party map platform and is associated with the geographical position information of the house to be decorated;
and crawling a house picture matched with the specific to-be-designed position information in a third-party house platform through a crawler tool, and identifying the house type plane graph from the acquired house picture.
3. A decoration design case information processing method according to claim 1, wherein said converting the decoration design requirement into a design label comprises:
inputting the decoration design requirement acquired from the preset data interface into a semantic recognition model for recognition, acquiring key information of the decoration design requirement output by the semantic recognition model, and recording the key information as the design label.
4. The method as claimed in claim 1, wherein the generating of the design parameter data package of the house to be finished according to the queried initial finishing design case, the house type three-dimensional graph and the design label further comprises
Acquiring label attributes corresponding to the design labels, and marking the design labels in the house type three-dimensional graph according to the label attributes; the label attribute comprises a design house name, a design area attribute, a design style attribute and a design pre-evaluation attribute;
and associating the house type three-dimensional graph marked with the design label, the house type three-dimensional graph and the initial decoration design case into the design parameter data packet.
5. A decoration and design case information processing method according to claim 4, wherein after the design label is marked in the house type three-dimensional graph according to the label attribute, further comprising:
judging whether at least one decoration material corresponding to the label attribute of the design label marked in the house type three-dimensional graph can be screened out from a preset decoration material decoration library or not;
if at least one decoration material can be screened out, marking the screened-out decoration material in an area marked with the label attribute matched with the screened-out decoration material in the house type three-dimensional graph of the design parameter data packet;
and if the decoration materials cannot be screened out, generating reference decoration materials corresponding to each area in the house type three-dimensional graph according to the initial decoration design case in the design parameter data packet, and correspondingly marking the reference decoration materials to each area in the house type three-dimensional graph.
6. The decoration design case information processing method according to claim 1, wherein the preset display weight factors include a total price of design, a total rendering effect of design and a degree of association with design requirements;
the determining the display sequence of all the target decoration design cases according to the preset display weight factor comprises the following steps:
acquiring a first weight value of each target decoration design case according to the total design quotation and a first weight coefficient of each target decoration design case;
obtaining a second weight value of each target decoration design case according to the design total rendering effect and a second weight coefficient of each target decoration design case;
obtaining a third weight value of each target decoration design case according to the correlation degree of the design requirements of each target decoration design case and a third weight coefficient;
after the first weight value, the second weight value and the third weight value of each target decoration design case are subjected to data normalization processing, obtaining a comprehensive weight value of each target decoration design case according to the first weight value, the second weight value and the third weight value after the data normalization processing;
determining the display sequence of all the target decoration design cases according to the comprehensive weight values; wherein the higher the integrated weight value is, the higher the priority of the presentation order is.
7. The decoration design case information processing method according to claim 1, wherein after sending all the target decoration design cases to the owner client through the instant messaging platform to be displayed in the owner client according to the display sequence, the method further comprises:
and after receiving a selection completion instruction generated after the owner client selects one of the target decoration design cases from all the displayed target decoration design cases, determining an expected completion time limit of the target decoration design case according to the design engineering items of the target decoration design and a preset engineering time limit table, and sending the selected target decoration design case and the expected completion time limit to an enterprise installation client through the instant communication platform.
8. The decoration design case information processing method of claim 7, wherein after the selected target decoration design case and the expected completion period are sent to an assembling client through the instant messaging platform, the method further comprises:
receiving the decoration condition and the real finishing deadline of the house to be decorated fed back by the owner client;
and when the decoration condition does not reach a preset decoration standard or/and the real completion deadline exceeds the expected completion deadline, sending a preset warning prompt to the enterprise installing client.
9. The decoration design case information processing method of claim 7, wherein after the selected target decoration design case and the expected completion period are sent to an assembling client through the instant messaging platform, the method further comprises:
and establishing communication among the owner client, the design client and the enterprise client through a group chat system in the instant communication platform.
10. A decoration design case information processing method system is characterized by comprising the following modules:
the system comprises an acquisition module, a display module and an instant communication platform, wherein the acquisition module is used for acquiring owner information corresponding to an owner client from a decoration design case recommendation instruction sent by the owner client after receiving the decoration design case recommendation instruction, and acquiring the geographical position information of a house to be decorated in the instant communication platform according to the owner information;
the crawling module is used for analyzing the geographical position information of the house to be decorated and crawling a house type plane graph matched with the analyzed geographical position information;
the generation module is used for carrying out three-dimensional modeling on the house type plane graph, generating a house type three-dimensional graph of the house to be decorated and sending the house type three-dimensional graph to the owner client;
the storage module is used for acquiring decoration design requirements which are input from the owner client and selected or input on a preset data interface aiming at the house type three-dimensional graph, converting the decoration design requirements into design labels, traversing and inquiring an initial decoration design case matched with the house type three-dimensional graph and the design labels in a preset decoration design case library, generating a design parameter data packet of the house to be decorated according to the inquired initial decoration design case, the house type three-dimensional graph and the design labels, and storing the design parameter data packet in a preset cloud database;
and the display module is used for sending the design parameter data packet of the house to be decorated to the design client from the preset cloud database when receiving a design starting instruction sent by the design client, acquiring at least one target decoration design case fed back by the design client, determining the display sequence of all the target decoration design cases according to preset display weight factors, and sending all the target decoration design cases to the owner client through the instant communication platform so as to display in the owner client according to the display sequence.
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