9 results about "User design" patented technology

The application discloses a three-dimensional model fast retrieval method, equipment and medium, and relates to the computer technical field. The method comprises the following steps: in response to receiving a part of a two-dimensional sketch of a three-dimensional model drawn by a user, performing image segmentation on the part of the two-dimensional sketch to obtain a plurality of sub-images; performing mapping processing on each sub-image to obtain an initial feature corresponding to each sub-image, and performing attention calculation on the initial features corresponding to the plurality of sub-images to obtain a plurality of first key features; fusing the plurality of first key features to obtain a second key feature corresponding to the part of the two-dimensional sketch; based on the second key feature, performing similarity matching on a feature database to obtain a plurality of target features, and searching a three-dimensional model set corresponding to the plurality of target features from a three-dimensional model database. In this way, the target three-dimensional model meeting the design intention of the user can be quickly and accurately retrieved according to the part of the sketch of the model drawn by the user, so that the design efficiency and the user experience are significantly improved.

The application provides a floating floor slab impact sound insulation performance optimization method, device, equipment and storage medium, keyword extraction is performed on target building space information input by a user through a natural language processing module, semantic similarity matching is performed in a pre-constructed noise source library, a target noise source spectrum corresponding to the target building space and a sound insulation standard limit value are automatically obtained, then a floating floor slab sound insulation performance target is determined based on spectrum analysis, subsequently, floating plate material parameters and elastic cushion layer parameters are substituted into a floating floor slab sound insulation performance prediction model established based on a finite element method, impact sound insulation performance prediction values under candidate material combinations are quantitatively calculated, finally, a multi-objective optimization model is constructed and solved in combination with user design constraint conditions, and an optimal design scheme of the floating floor slab matched with actual requirements of the target building space is output, so that precise matching and global optimal design of the acoustic requirements of the building space and the construction scheme of the floating floor slab are realized.

The application provides an intelligent building design method and system based on an AI model, an electronic device and a medium. The method comprises: acquiring a standard database of building design; the standard database comprises a standard library meeting building design specifications; utilizing an AI model to perform data matching according to user design requirements and the standard database to obtain basic data meeting the user design requirements; the AI model performs scheme design based on preset design rules and the basic data to obtain a corresponding three-dimensional design drawing as a preliminary design scheme; the AI model optimizes the preliminary design scheme according to user feedback data to obtain an optimized design scheme; and the user feedback data is feedback data of the user on the preliminary design scheme. The application can significantly improve design efficiency and design scheme quality, reduce design cost, and ensure the quality of the design scheme through the intelligent optimization function of the AI model.

The application relates to the technical field of human-computer interaction, and discloses a design interaction method and system of an oral activity denture, a terminal and a storage medium. The method comprises the following steps: after an initial evaluation is performed on a denture scheme designed by a user, the evaluation result is finely divided in multiple dimensions to evaluate the knowledge system of the user, and corresponding feedback is generated according to the division result, so that the knowledge system of the user is optimized and improved, targeted guidance is provided for the user, and a perfect design scheme is output by the user. The application provides the targeted and objective evaluation result to guide the user to perfect the design scheme, and the accuracy of the denture design scheme is improved.

The embodiment of the present application provides a kind of test data display method and device, the method can be applied to terminal, the terminal is equipped with one or more test modules, the terminal is communicated with test end, the method can receive the display operation of user acting on the terminal, according to the display operation generation display page;Add the at least one test item of preset to the display page, the test item is one-to-one with the test module;Receive the test data packet sent by the test end;The test data packet is sent to test module, and test result is generated;The test result is sent and displayed in corresponding test item.This embodiment proposes a kind of test data display method can generate one or more display pages according to the demand of user, can show multiple test data in the same display page, facilitate user to design specific test process, can reduce test cost, and can improve test efficiency.

In various embodiments a computer-implemented method for providing sustainability insights to a user designing an object. The method includes determining a value of a sustainability metric associated with a design of an object; determining a target value for the sustainability metric; determining an amount of progress made towards achieving the target value for the sustainability metric based on the value of the sustainability metric and the target value for the sustainability metric; and displaying, via a graphical user interface (GUI), a visual indication of the amount of progress made towards achieving the target value for the sustainability metric.

This invention relates to a multi-agent collaborative intangible cultural heritage pattern textile design generation system and method. The system includes: a core scheduling module for parsing user design requirements from the input interaction module to obtain unstructured natural language requirements; an intangible cultural heritage knowledge base module for storing explicit semantic associations and image features of historical high-quality patterns in a hybrid database; a core intelligent agent module for entity extraction and intent recognition of unstructured natural language requirements, and extracting corresponding explicit semantic associations and image features from the hybrid database to generate a structured design map; using the structured design map to construct a two-dimensional grid system to perform pixel generation and color constraints, and verifying minimum line width and maximum floating length. When a yarn breakage risk area and an excessively long floating line area are detected, targeted local redrawing is performed through local masking; and a textile output module for converting the verified two-dimensional discrete process matrix into an industrial production control file.

The application discloses an intelligent card manufacturing system and method, and the system comprises: an interaction module, which is used for receiving user design instructions, providing visual templates, packaging instructions, presenting RGB images for user confirmation and forwarding CMYK data to a printing module; an edge computing module, which is connected to the interaction module through a high-speed bus, and is internally provided with a generative AI model and a workflow engine, and is used for generating RGB images in accordance with physical constraints, and performing color conversion and pre-correction on the confirmed images, and outputting CMYK data; and the printing module, which receives the CMYK data sent from the interaction module, and drives a card manufacturing machine to complete card manufacturing. The system deeply integrates AI generation, color management and correction through the edge computing module, converts the user input design instructions into high-quality physical smart cards, and realizes zero inventory, extreme personalization and minute-level delivery.

The application belongs to the technical field of intelligent design, and specifically discloses a landscape garden intelligent planning and design method, system and program product, which realizes scientific park site regional division, accurate matching and rendering of landscape elements and rapid generation of a high-quality and implementable pocket park landscape design scheme by analyzing user design requirements and deeply fusing the design requirements with site condition information. The application can realize intelligent design of landscape gardens from original requirement input to complete scheme output, greatly improves design efficiency, and ensures that the design scheme can accurately respond to user requirements by deeply matching quantified requirement characteristics with site conditions. Meanwhile, the design result is adapted to local conditions and is scientific and reasonable in combination with intelligent regional division, which effectively supports fine landscape design of urban pocket parks.