House type-based whole-house water and electricity wiring system and method in decoration software

Abstract

The invention relates to the technical field of decoration design, in particular to a house type-based whole-house water and electricity wiring system and method in decoration software. Multi-modal input and natural language processing are supported through a user demand analysis module, personalized demands of a user are dynamically captured, a structured tag library is generated, a rule engine, cost estimation and a genetic algorithm are combined, initial scheme dynamic generation based on house type data and user preferences is achieved, and the user experience is improved. The scheme optimization module allows a user to perform manual fine adjustment or automatic optimization on a scheme, the system calculates adjustment influence in real time and compensates wiring of adjacent areas, complete scheme recalculation caused by fine adjustment of house type parameters is avoided, the conflict detection module ensures compliance in the scheme adjustment process, verification logic is further optimized, and repeated conflicts are reduced; therefore, the problems of computing resource waste and response delay caused by static data of a traditional wiring system are solved.

Description

Technical Field

[0001] The present invention relates to the technical field of decoration and renovation design, and in particular to a whole-house water and electricity wiring system and method based on house type in decoration and renovation software. Background Art

[0002] With the sustained and stable economic development and the continuous improvement of people's living standards, especially the rapid growth of the construction and real estate industries, two of the five pillar industries of the national economy, the demand for decoration and renovation is expanding, providing a sustainable and healthy market prospect for the decoration industry. With the development of society and the rapid advancement of technology, consumers are increasingly focusing on improving their quality of life. Furniture, while emphasizing practicality, is also increasingly highlighting its artistic value and aesthetic function. Plumbing and electrical installations are concealed engineering renovations in the decoration and renovation industry. They are invisible and their effects cannot be altered after renovation. The placement of plumbing and electrical models and the layout of their pipelines must comply with certain national standards and industry practices. These installations are generally completed on-site by experienced plumbers and electrical workers. During the design process, workers need to consider multiple factors, including the apartment type, furniture location, furniture size, material list, and integrated wiring. Due to the intricate details of the work, even experienced workers can make mistakes. Furthermore, homeowners are unable to participate in the design process, which may lead to dissatisfaction after the design is completed.

[0003] Prior art patent CN115544627A discloses a whole-house intelligent water and electricity generation system based on apartment type in interior design software. The system includes a shared database, which includes an internal database and a public database. The shared database is connected to functional space nodes and integrated wiring nodes via a server. The functional space nodes generate design requirement data and bill of materials data based on the BIM model, and the integrated wiring nodes generate a water and electricity model system based on the BIM model. By summarizing the layout rules and wiring methods used in water and electricity decoration construction and refining and generating rule configurations, intelligently generated results that meet user needs and can truly guide construction can be obtained for various requirements of different apartment types. This can quickly complete the wiring design of whole-house water and electricity while reducing the occurrence of errors.

[0004] However, in the existing technology, since the wiring planning module can only generate a single plan based on static apartment data, it cannot dynamically adapt to the user's personalized needs or fine-tune the apartment structure. When the user modifies the apartment parameters, the system needs to regenerate the complete plan, resulting in waste of computing resources and response delays, and a poor user experience. Summary of the Invention

[0005] The purpose of the present invention is to provide a whole-house water and electricity wiring system and method based on the house type in decoration and renovation software, aiming to solve the technical problems in the prior art that the wiring planning module can only generate a single plan based on static house type data and cannot dynamically adapt to the user's personalized needs or fine-tune the house type structure. When the user modifies the house type parameters, the system needs to regenerate the complete plan, resulting in waste of computing resources and response delays, and a poor user experience.

[0006] To achieve the above-mentioned purpose, the present invention adopts a whole-house water and electricity wiring system based on the house type in a decoration and renovation software, which includes a house type data acquisition module, a user demand analysis module, a dynamic wiring engine module, a conflict detection module and a solution optimization module. The house type data acquisition module includes a house type floor plan input unit, a three-dimensional space data acquisition unit, a house type feature recognition unit and a user-defined parameter receiving unit. The user demand analysis module includes a multimodal demand input interface unit and a natural language processing engine unit. The dynamic wiring engine includes a rule engine subunit, a cost estimation subunit and a genetic algorithm unit. The conflict detection module includes a geometric conflict detection unit, a specification compliance verification unit, a user-defined rule verification unit and an automatic repair suggestion unit. The house type data acquisition module is connected to the user demand analysis module, the user demand analysis module is connected to the dynamic wiring engine module, the dynamic wiring engine module is connected to the conflict detection module, and the conflict detection module is connected to the solution optimization module.

[0007] The apartment data acquisition module comprehensively acquires and processes apartment data through an apartment plan input unit, a three-dimensional space data acquisition unit, an apartment feature recognition unit, and a user-defined parameter receiving unit to form a structured space model;

[0008] The user demand analysis module uses the multimodal demand input interface unit to collect user voice, annotation or form requirements, and generates a demand tag library with priority and conflict markers after parsing by the natural language processing engine;

[0009] The dynamic routing engine module receives data from the structured space model and the demand tag library, calls the building specifications through the rule engine subunit, combines the economic evaluation of the cost estimation subunit with the multi-objective optimization of the genetic algorithm unit, and generates an initial routing plan;

[0010] The conflict detection module performs geometric conflict detection, specification compliance verification and user-defined rule verification on the wiring plan, marks the conflict and provides an optimization plan through the automatic repair suggestion unit;

[0011] The solution optimization module iteratively optimizes the wiring solution based on conflict detection results and user feedback, supports rapid replanning after local adjustments, and ensures the output of a compliant, economical and user-preferred whole-house water and electricity wiring solution.

[0012] The solution optimization module includes a user interaction unit, a local adjustment engine unit, an automatic optimization algorithm unit, a historical solution learning unit, and an optimization result verification unit, and the user interaction unit, the local adjustment engine unit, the automatic optimization algorithm unit, the historical solution learning unit, and the optimization result verification unit are all connected to the conflict detection module;

[0013] The user interaction unit is used to receive user feedback on the wiring plan;

[0014] The local adjustment engine unit is used to modify the pipeline position and equipment parameters in real time and calculate the adjustment impact when the user selects manual adjustment;

[0015] The automatic optimization algorithm unit is used to generate an optimization plan based on the genetic algorithm, simulated annealing algorithm, and user feedback, conflict detection results, and user preference data provided by the historical plan learning unit when the user selects automatic optimization;

[0016] The optimization result verification unit is used to verify the compliance, economy and user satisfaction of the optimized plan to ensure that the problem has been solved and no new conflicts have been introduced, and finally output a whole-house water and electricity wiring plan that meets all constraints and is close to user preferences.

[0017] Wherein, the user demand analysis module further includes a historical solution calling unit, the historical solution calling unit is connected to the dynamic wiring engine module, and the apartment data collection module is also connected to the historical solution calling unit;

[0018] The historical plan calling unit is used to store the user's historical decoration data and automatically match the corresponding apartment case.

[0019] Wherein, the conflict detection module adopts a layered verification strategy, and the layered verification strategy is a primary verification layer unit and an advanced verification layer unit;

[0020] The primary verification layer unit is used to detect pipeline crossing based on a geometric algorithm;

[0021] The advanced verification layer unit is used to simulate the pressure state of the water pipe in combination with finite element analysis.

[0022] The solution optimization module further includes a manual fine-tuning unit and an automatic avoidance unit, and both the manual fine-tuning unit and the automatic avoidance unit are connected to the conflict detection module;

[0023] The manual fine-tuning unit is used for users to drag the pipeline position, and the system automatically compensates for the wiring in adjacent areas;

[0024] The automatic avoidance unit is used to automatically re-plan the surrounding water and electricity paths when detecting that the user adjusts the position of the furniture.

[0025] The whole-house water and electricity wiring system based on the house type in the decoration and renovation software also includes a three-dimensional visualization unit, which is connected to the solution optimization module;

[0026] The three-dimensional visualization unit is used to present the wiring plan in the form of virtual reality, supporting immersive preview.

[0027] The present invention also provides a whole-house water and electricity wiring method based on house type in decoration and renovation software, which is applied to the whole-house water and electricity wiring system based on house type in the decoration and renovation software described above, and includes the following steps:

[0028] Import CAD drawings through the apartment data acquisition module, capture three-dimensional information, mark the structure of load-bearing walls, doors and windows, enter property specifications, check data closure and unified scale, and fill in missing areas;

[0029] The user demand analysis module analyzes the user's voice command to describe the demand or the location of the home appliances marked on the floor plan, generates structured demand tags, and then recommends corresponding floor plan cases for the user to select or modify;

[0030] The dynamic wiring engine module calls the building specifications, generates an initial wiring plan based on user needs, calculates material costs and construction costs, and generates alternative plans through selection, crossover, and mutation iterations;

[0031] Based on the conflict detection module, the pipeline crossing or insufficient spacing is marked, and the circuit capacity and water pipe slope are checked. According to the conflict type, the preset strategy or generative design submodule is called to provide alternative solutions;

[0032] Then, based on the solution optimization module, manual adjustment or automatic optimization is selected to iteratively optimize the wiring solution, supporting rapid replanning after local adjustments to ensure the output of a compliant, economical and user-preferred whole-house water and electricity wiring solution.

[0033] The present invention provides a whole-house water and electricity wiring system and method based on house type in decoration and renovation software. The user demand analysis module supports multimodal input and natural language processing, dynamically captures user personalized needs and generates a structured tag library, and combines the rule engine, cost estimation and genetic algorithm unit in the dynamic wiring engine module to realize the dynamic generation of initial plans based on house type data and user preferences; at the same time, the user interaction unit, local adjustment engine unit and automatic optimization algorithm unit in the plan optimization module allow users to manually fine-tune or automatically optimize the plan, and the system calculates the adjustment impact in real time and compensates for the wiring in adjacent areas, avoiding the recalculation of the complete plan due to fine-tuning of house type parameters; in addition, the hierarchical verification strategy and automatic repair suggestion unit of the conflict detection module ensure compliance during the plan adjustment process, and the historical plan learning unit further optimizes the verification logic to reduce repeated conflicts; thereby solving the problems of computing resource waste and response delay caused by static data in traditional wiring systems. BRIEF DESCRIPTION OF THE DRAWINGS

[0034] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the following briefly introduces the drawings required for use in the embodiments or the description of the prior art. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying any creative work.

[0035] Figure 1 This is a schematic diagram of the principle of the whole-house water and electricity wiring system based on the house type in the decoration and renovation software of the present invention.

[0036] Figure 2 This is a flowchart of the steps of a whole-house water and electricity wiring method based on the house type in a decoration and renovation software of the present invention.

[0037] 1-Household data acquisition module, 2-User demand analysis module, 3-Dynamic wiring engine module, 4-Conflict detection module, 5-Scheme optimization module, 6-Household floor plan input unit, 7-Three-dimensional space data acquisition unit, 8-Household feature recognition unit, 9-User-defined parameter receiving unit, 10-Multimodal demand input interface unit, 11-Natural language processing engine unit, 12-Rule engine subunit, 13-Cost estimation subunit, 14-Genetic algorithm unit, 15-Geometric conflict detection unit, 16-Specification compliance verification unit, 17-User-defined rule verification unit, 18-Automatic repair suggestion unit, 19-User interaction unit, 20-Local adjustment engine unit, 21-Automatic optimization algorithm unit, 22-Historical scheme learning unit, 23-Optimization result verification unit, 24-Historical scheme calling unit, 25-Manual fine-tuning unit, 26-Automatic avoidance unit, 27-3D visualization unit, 28-Energy consumption analysis unit, 29-Material calculation unit, 30-Cloud platform collaboration terminal. DETAILED DESCRIPTION

[0038] The following describes embodiments of the present invention in detail, examples of which are shown in the accompanying drawings, wherein the same or similar reference numerals throughout represent the same or similar elements or elements having the same or similar functions. The embodiments described below with reference to the accompanying drawings are exemplary and are intended to be used to explain the present invention, and are not to be construed as limiting the present invention.

[0039] See also Figure 1 The present invention provides a whole-house water and electricity wiring system based on house type in decoration and renovation software, comprising a house type data acquisition module 1, a user demand analysis module 2, a dynamic wiring engine module 3, a conflict detection module 4 and a solution optimization module 5, wherein the house type data acquisition module 1 comprises a house type plan input unit 6, a three-dimensional space data acquisition unit 7, a house type feature recognition unit 8 and a user-defined parameter receiving unit 9, the user demand analysis module 2 comprises a multimodal demand input interface unit 10 and a natural language processing engine unit 11, the dynamic wiring engine comprises a rule engine subunit 12, a cost estimation subunit 13 and a genetic algorithm unit 14, the conflict detection module 4 comprises a geometric conflict detection unit 15, a specification compliance verification unit 16, a user-defined rule verification unit 17 and an automatic repair suggestion unit 18, the house type data acquisition module 1 is connected to the user demand analysis module 2, the user demand analysis module 2 is connected to the dynamic wiring engine module 3, the dynamic wiring engine module 3 is connected to the conflict detection module 4, and the conflict detection module 4 is connected to the solution optimization module 5;

[0040] The apartment data acquisition module 1 comprehensively acquires and processes apartment data through the apartment plan input unit 6, the three-dimensional space data acquisition unit 7, the apartment feature recognition unit 8 and the user-defined parameter receiving unit 9 to form a structured space model;

[0041] The user demand analysis module 2 uses the multimodal demand input interface unit 10 to collect user voice, annotation or form requirements, and generates a demand tag library with priority and conflict markers after parsing by the natural language processing engine;

[0042] The dynamic routing engine module 3 receives data from the structured space model and the demand tag library, calls the building specifications through the rule engine subunit 12, and generates an initial routing plan by combining the economic evaluation of the cost estimation subunit 13 and the multi-objective optimization of the genetic algorithm unit 14;

[0043] The conflict detection module 4 performs geometric conflict detection, specification compliance verification and user-defined rule verification on the wiring scheme, marks the conflict and provides an optimization solution through the automatic repair suggestion unit 18;

[0044] The solution optimization module 5 iteratively optimizes the wiring solution based on the conflict detection results and user feedback, supports rapid replanning after local adjustments, and ensures the output of a compliant, economical and user-preferred whole-house water and electricity wiring solution.

[0045] In this embodiment, by integrating multiple modules of household data collection, user demand analysis, dynamic wiring engine, conflict detection and solution optimization, the system realizes the full process intelligence of water and electricity wiring in the whole house. The household data collection module 1 ensures the comprehensiveness and accuracy of the data, providing a basis for user demand analysis; the user demand analysis module 2 accurately captures the user's personalized needs through multimodal input and natural language processing; the dynamic wiring engine combines the rule engine, cost estimation and genetic algorithm to generate a compliant and economical initial solution; the conflict detection module 4 ensures the feasibility of the solution; the solution optimization module 5 iteratively optimizes according to feedback, and finally outputs a solution that meets all constraints and is close to user preferences. Overall, the system improves wiring efficiency and ensures the compliance, economy and user satisfaction of the solution.

[0046] Furthermore, the solution optimization module 5 includes a user interaction unit 19, a local adjustment engine unit 20, an automatic optimization algorithm unit 21, a historical solution learning unit 22, and an optimization result verification unit 23, and the user interaction unit 19, the local adjustment engine unit 20, the automatic optimization algorithm unit 21, the historical solution learning unit 22, and the optimization result verification unit 23 are all connected to the conflict detection module 4;

[0047] The user interaction unit 19 is used to receive user feedback on the wiring plan;

[0048] The local adjustment engine unit 20 is used to modify the pipeline position and equipment parameters in real time and calculate the adjustment impact when the user selects manual adjustment;

[0049] The automatic optimization algorithm unit 21 is used to generate an optimization plan based on the genetic algorithm, simulated annealing algorithm, user feedback, conflict detection results and user preference data provided by the historical plan learning unit 22 when the user selects automatic optimization;

[0050] The optimization result verification unit 23 is used to verify the compliance, economy and user satisfaction of the optimized plan to ensure that the problem has been solved and no new conflicts have been introduced, and finally output a whole-house water and electricity wiring plan that meets all constraints and is close to user preferences.

[0051] In this embodiment, user participation is enhanced through the user interaction unit 19, allowing users to provide direct feedback; the local adjustment engine unit 20 supports manual fine-tuning and calculates the adjustment impact in real time to ensure that local modifications do not affect the overall solution; the automatic optimization algorithm unit 21 generates an optimization solution based on advanced algorithms and user preference data; the historical solution learning unit 22 continuously optimizes the verification strategy by recording and analyzing historical data; the optimization result verification unit 23 ensures that the optimized solution meets all requirements. These functions together improve the quality of the solution and user satisfaction.

[0052] Furthermore, the user demand analysis module 2 further includes a historical solution calling unit 24, the historical solution calling unit 24 is connected to the dynamic wiring engine module 3, and the apartment data collection module 1 is also connected to the historical solution calling unit 24;

[0053] The historical plan calling unit 24 is used to store the user's historical decoration data and automatically match the corresponding apartment case.

[0054] In this implementation, by storing the user's historical renovation data, the corresponding apartment case can be automatically matched. This not only improves design efficiency, but also allows new plans to draw on successful experiences in historical data, maintaining design consistency and coherence.

[0055] Furthermore, the conflict detection module 4 adopts a layered verification strategy, and the layered verification strategy is a primary verification layer unit and an advanced verification layer unit;

[0056] The primary verification layer unit is used to detect pipeline crossing based on a geometric algorithm;

[0057] The advanced verification layer unit is used to simulate the pressure state of the water pipe in combination with finite element analysis.

[0058] In this embodiment, the primary verification layer unit is used to quickly detect obvious problems such as pipeline crossings based on geometric algorithms, thereby improving detection efficiency; the advanced verification layer unit combines advanced technologies such as finite element analysis to simulate complex situations such as the pressure state of water pipes to ensure the comprehensiveness and accuracy of detection. This layered verification strategy effectively reduces missed detections and false detections, and improves the feasibility of the solution.

[0059] Furthermore, the solution optimization module 5 further includes a manual fine-tuning unit 25 and an automatic avoidance unit 26, and both the manual fine-tuning unit 25 and the automatic avoidance unit 26 are connected to the conflict detection module 4;

[0060] The manual fine-tuning unit 25 is used for the user to drag the pipeline position, and the system automatically compensates for the wiring in adjacent areas;

[0061] The automatic avoidance unit 26 is used to automatically re-plan the surrounding water and electricity paths when detecting that the user adjusts the position of the furniture.

[0062] In this embodiment, the manual fine-tuning unit 25 allows the user to drag the pipeline position, and the system automatically compensates for the wiring in adjacent areas to ensure that local modifications do not affect the overall plan; the automatic avoidance unit 26 can detect changes such as the user adjusting the position of furniture, and automatically re-plan the surrounding water and electricity paths to reduce the difficulty of user operation. These functions enable the plan to better adapt to changes in apartment types and improve the flexibility and practicality of the plan.

[0063] Furthermore, the whole-house water and electricity wiring system based on the house type in the decoration and renovation software also includes a three-dimensional visualization unit 27, and the three-dimensional visualization unit 27 is connected to the solution optimization module 5;

[0064] The three-dimensional visualization unit 27 is used to present the wiring scheme in the form of virtual reality, supporting immersive preview.

[0065] In this embodiment, the wiring plan can be presented in the form of virtual reality through the three-dimensional visualization unit 27, supporting immersive preview, which not only improves the display effect of the plan, but also enables users to intuitively feel the effect of the plan in a virtual environment, thereby enhancing the user's decision-making confidence.

[0066] Furthermore, the whole-house water and electricity wiring system based on the house type in the decoration and renovation software also includes an energy consumption analysis unit 28, and the energy consumption analysis unit 28 is connected to the solution optimization module 5.

[0067] The energy consumption analysis unit 28 is used to calculate the line load and optimize the selection of wire specifications based on the collected electrical power and usage frequency.

[0068] In this embodiment, the energy consumption analysis unit 28 is used to calculate the line load and optimize the selection of wire specifications based on the collected electrical power and usage frequency.

[0069] Furthermore, the whole-house water and electricity wiring system based on the house type in the decoration and renovation software also includes a material calculation unit 29, which is connected to the solution optimization module 5;

[0070] The material calculation unit 29 is used to automatically generate a list of specifications and quantities of required wires and pipes based on the final wiring plan.

[0071] In this embodiment, the material calculation unit 29 is used to automatically generate a list of specifications and quantities of required wires and pipes based on the final wiring plan.

[0072] Furthermore, the whole-house water and electricity wiring system based on the house type in the decoration and renovation software also includes a cloud platform collaboration terminal 30, and the house type data collection module 1, user demand analysis module 2, dynamic wiring engine module 3, conflict detection module 4 and solution optimization module 5 are all connected to the cloud platform collaboration terminal 30.

[0073] The cloud platform collaboration terminal 30 is used to support multi-terminal synchronous modification plans and automatically merge operation records of different users.

[0074] In this embodiment, the cloud platform collaboration terminal 30 is used to support multi-terminal synchronous modification plans and automatically merge operation records of different users.

[0075] Based on the present invention, please refer to Figure 2 The present invention also provides a whole-house water and electricity wiring method based on house type in decoration and renovation software, which is applied to the whole-house water and electricity wiring system based on house type in the above-mentioned decoration and renovation software, and includes the following steps:

[0076] S1: Import CAD drawings through the apartment data acquisition module 1, capture three-dimensional information, mark the structure of load-bearing walls, doors and windows, enter property specifications, check data closure and unified scale, and fill in missing areas;

[0077] S2: The user demand analysis module 2 analyzes the user's voice command to describe the demand or the location of the home appliances marked on the floor plan, generates a structured demand label, and then recommends a corresponding floor plan case for the user to select or modify;

[0078] S3: The dynamic wiring engine module 3 calls the building specifications, generates an initial wiring plan based on user needs, calculates material costs and construction costs, and generates alternative plans through selection, crossover, and mutation iterations;

[0079] S4: Based on the conflict detection module 4, marking pipeline intersections or insufficient spacing, checking circuit capacity and water pipe slope, and calling a preset strategy or a generative design submodule to provide alternative solutions according to the conflict type;

[0080] S5: Based on the solution optimization module 5, manual adjustment or automatic optimization is selected to iteratively optimize the wiring solution, supporting rapid replanning after local adjustment to ensure the output of a compliant, economical and user-preferred whole-house water and electricity wiring solution.

[0081] The above disclosure is only a preferred embodiment of the present invention, and certainly cannot be used to limit the scope of the rights of the present invention. Ordinary technicians in this field can understand that all or part of the processes of the above embodiment and equivalent changes made in accordance with the claims of the present invention are still within the scope of the invention.

Claims

1. A whole-house water and electricity wiring system based on house type in decoration and renovation software, characterized by: It includes a unit data collection module, a user demand analysis module, a dynamic wiring engine module, a conflict detection module and a solution optimization module. The unit data collection module includes a unit plan input unit, a three-dimensional space data collection unit, a unit feature recognition unit and a user-defined parameter receiving unit. The user demand analysis module includes a multimodal demand input interface unit and a natural language processing engine unit. The dynamic wiring engine includes a rule engine subunit, a cost estimation subunit and a genetic algorithm unit. The conflict detection module includes a geometric conflict detection unit, a specification compliance verification unit, a user-defined rule verification unit and an automatic repair suggestion unit. The unit data collection module is connected to the user demand analysis module, the user demand analysis module is connected to the dynamic wiring engine module, the dynamic wiring engine module is connected to the conflict detection module, and the conflict detection module is connected to the solution optimization module. The apartment data acquisition module comprehensively acquires and processes apartment data through an apartment plan input unit, a three-dimensional space data acquisition unit, an apartment feature recognition unit, and a user-defined parameter receiving unit to form a structured space model; The user demand analysis module uses the multimodal demand input interface unit to collect user voice, annotation or form requirements, and generates a demand tag library with priority and conflict markers after parsing by the natural language processing engine; The dynamic routing engine module receives data from the structured space model and the demand tag library, calls the building specifications through the rule engine subunit, combines the economic evaluation of the cost estimation subunit with the multi-objective optimization of the genetic algorithm unit, and generates an initial routing plan; The conflict detection module performs geometric conflict detection, specification compliance verification and user-defined rule verification on the wiring plan, marks the conflict and provides an optimization plan through the automatic repair suggestion unit; The solution optimization module iteratively optimizes the wiring solution based on conflict detection results and user feedback, supports rapid replanning after local adjustments, and ensures the output of a compliant, economical and user-preferred whole-house water and electricity wiring solution.

2. The whole-house water and electricity wiring system based on the house type in the decoration and renovation software according to claim 1 is characterized in that: The solution optimization module includes a user interaction unit, a local adjustment engine unit, an automatic optimization algorithm unit, a historical solution learning unit, and an optimization result verification unit, and the user interaction unit, the local adjustment engine unit, the automatic optimization algorithm unit, the historical solution learning unit, and the optimization result verification unit are all connected to the conflict detection module; The user interaction unit is used to receive user feedback on the wiring plan; The local adjustment engine unit is used to modify the pipeline position and equipment parameters in real time and calculate the adjustment impact when the user selects manual adjustment; The automatic optimization algorithm unit is used to generate an optimization plan based on the genetic algorithm, simulated annealing algorithm, and user feedback, conflict detection results, and user preference data provided by the historical plan learning unit when the user selects automatic optimization; The optimization result verification unit is used to verify the compliance, economy and user satisfaction of the optimized plan to ensure that the problem has been solved and no new conflicts have been introduced, and finally output a whole-house water and electricity wiring plan that meets all constraints and is close to user preferences.

3. The whole-house water and electricity wiring system based on the house type in the decoration and renovation software according to claim 2 is characterized in that: The user demand analysis module further includes a historical solution calling unit, the historical solution calling unit is connected to the dynamic wiring engine module, and the apartment data collection module is also connected to the historical solution calling unit; The historical plan calling unit is used to store the user's historical decoration data and automatically match the corresponding apartment case.

4. The whole-house water and electricity wiring system based on the house type in the decoration and renovation software as claimed in claim 3 is characterized in that: The conflict detection module adopts a layered verification strategy, and the layered verification strategy is a primary verification layer unit and an advanced verification layer unit; The primary verification layer unit is used to detect pipeline crossing based on a geometric algorithm; The advanced verification layer unit is used to simulate the pressure state of the water pipe in combination with finite element analysis.

5. The whole-house water and electricity wiring system based on house type in the decoration and renovation software as claimed in claim 4 is characterized in that: The solution optimization module further includes a manual fine-tuning unit and an automatic avoidance unit, both of which are connected to the conflict detection module; The manual fine-tuning unit is used for users to drag the pipeline position, and the system automatically compensates for the wiring in adjacent areas; The automatic avoidance unit is used to automatically re-plan the surrounding water and electricity paths when detecting that the user adjusts the position of the furniture.

6. The whole-house water and electricity wiring system based on house type in the decoration and renovation software as claimed in claim 5 is characterized in that: The whole-house water and electricity wiring system based on the house type in the decoration and renovation software also includes a three-dimensional visualization unit, which is connected to the solution optimization module; The three-dimensional visualization unit is used to present the wiring plan in the form of virtual reality, supporting immersive preview.

7. A whole-house water and electricity wiring method based on house type in decoration and renovation software, applied to the whole-house water and electricity wiring system based on house type in decoration and renovation software according to claim 6, characterized in that: The steps include: Import CAD drawings through the apartment data acquisition module, capture three-dimensional information, mark the structure of load-bearing walls, doors and windows, enter property specifications, check data closure and unified scale, and fill in missing areas; The user demand analysis module analyzes the user's voice command to describe the demand or the location of the home appliances marked on the floor plan, generates structured demand tags, and then recommends corresponding floor plan cases for the user to select or modify; The dynamic wiring engine module calls the building specifications, generates an initial wiring plan based on user needs, calculates material costs and construction costs, and generates alternative plans through selection, crossover, and mutation iterations; Based on the conflict detection module, the pipeline crossing or insufficient spacing is marked, and the circuit capacity and water pipe slope are checked. According to the conflict type, the preset strategy or generative design submodule is called to provide alternative solutions; Then, based on the solution optimization module, manual adjustment or automatic optimization is selected to iteratively optimize the wiring solution, supporting rapid replanning after local adjustments to ensure the output of a compliant, economical and user-preferred whole-house water and electricity wiring solution.

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