99 results about "Interactive design" patented technology

The invention relates to the field of intelligent interactive design, and particularly discloses a visual intelligent interactive design system which comprises a three-dimensional structure design module, an intelligent color matching module, a visual rendering module and an interactive feedback analysis module. The three-dimensional structure design module can process imported or custom a three-dimensional model, detect and repair topology errors and construct a three-dimensional scene basic framework; the intelligent color matching module generates a color matching scheme based on the instruction, a rule base or user preference and displays a comparison view; the visual rendering module renders a three-dimensional scene in real time, collects rendering pipeline load parameters and quality indexes, and analyzes balance points to adjust rendering parameters; and the interaction feedback analysis module records interaction data, marks over-limit nodes by comparing a standard and analyzes a root cause. According to the system, efficient three-dimensional scene construction, intelligent color matching, rendering optimization and interaction experience improvement are realized through multi-module cooperation, and the system is suitable for multi-field scenes needing visual intelligent interaction design.

The invention relates to the technical field of virtual reality, in particular to a centimeter-level VR real-scene real-time synchronous rendering method for multi-source data fusion and physical field coupling. Comprising the following steps: eliminating cloud layer interference and expanding Kalman filtering to improve positioning precision through multi-source acquisition of satellite remote sensing data, meteorological data and an equipment sensor; dynamically adjusting process noise by using Kalman filtering, and complementing delay data; constructing a ray tracing and U-Net noise reduction model, carrying out hierarchical loading of textures in combination with dynamic texture management, modeling dynamic illumination and wind field simulation based on a solar declination angle, and realizing scene rendering; a virtual ground is aligned through WebXR, gesture recognition and a force feedback mechanism are integrated, and fingertip curvature and movement speed features are extracted in combination with a Leap Motion sensor. According to the invention, through multi-source data fusion, efficient rendering and accurate interactive design, the authenticity and real-time synchronization capability of the VR scene are significantly improved.

The invention relates to a low-code visualization optimization method and system for power credential development, and the method comprises the following steps: S1, obtaining data in a credential environment, recognizing the interface difference and performance bottleneck points between components through a compatibility test matrix, and building a standardized adaptive interface specification; s2, obtaining a standardized business object model based on the standardized adaptive interface specification; based on the business object model, defining attributes, relationships and constraint rules of each business entity, and forming a data dictionary and an interface specification special for the electric power field; s3, on the basis of the data dictionary and the interface specification special for the power field, constructing a DSL (field specific language) of power visualization; s4, a dragging type interactive design is adopted, and the visual operation is converted into a DSL configuration file; and S5, automatically converting the DSL configuration into a React or Vue component code through a code generation engine, and carrying out compatibility optimization on the kernel of the creative browser. According to the invention, the power credential development efficiency is effectively improved.

The invention discloses an interactive garden design method and system based on landscape garden simulation, particularly relates to the technical field of garden landscape design and computer graphic simulation, and relates to a plurality of modules of environmental data acquisition, three-dimensional modeling, plant growth simulation, water simulation, interactive design, microclimate prediction and the like. According to the method, terrain, climate and soil data are collected through a laser radar and multiple sensors, and a standardized environmental map is constructed; generating a plant topological structure based on a context sensitive type L system, and simulating a growth process by adopting a Logistic function in combination with an environmental factor; the method comprises the following steps: realizing dynamic simulation of a water body by utilizing an SPH particle method and a Navier-Stokes equation, and establishing a plant-water body feedback model; and real-time operation and design optimization are supported through a three-dimensional interaction interface. The system has the advantages of being high in ecological adaptability, high in visualization degree, perfect in feedback mechanism and the like, the intelligence and scientificity of garden design are remarkably improved, and the system is suitable for various scenes such as urban green lands and ecological restoration.

The invention provides an effective room identification method, device and equipment and a storage medium, and the method comprises the steps: converting wall elements in an architectural plan into a line segment set, and carrying out the intersection detection and topology analysis to obtain an undirected weighted graph structure; determining an influence area in response to a user editing operation, and performing incremental updating on the influence area to obtain a locally updated graph structure; performing ring detection processing on the locally updated graph structure by applying a minimum ring basis algorithm to obtain a minimum ring basis containing a basic ring in the influence region; and identifying the effectiveness of the rings according to the geometric features and the topological features of each ring in the minimum ring basis, and identifying the effective rings as effective rooms. According to the method, through incremental updating and local processing, the calculation overhead of full-amount reconstruction is avoided, the calculation efficiency and real-time performance of room recognition are remarkably improved, and the method is suitable for interactive design scenes of large complex architectural planar graphs.

The invention relates to the technical field of software simulation operation simulation, and discloses a software logic simulation operation control method and system in an audio processor. The control method is applied to logic simulation operation control equipment and specifically comprises the following steps that S101, an audio processor simulation operation request sent by a user side is received, a graphical user interface is generated according to the operation request, and the graphical user interface comprises a logic module list area, a design editing area, an attribute bar and an information display area; and the user side drags an icon of a logic circuit element from the logic module list area to the design editing area. Through a highly integrated graphical interface and intelligent interactive design, the design and simulation efficiency of an audio processor logic circuit is remarkably improved, and by adopting a'drag-and-generate 'module instantiation mechanism, an attribute bidirectional real-time synchronization technology and visual connection and signal type inspection, the reliability of the audio processor logic circuit is greatly improved. Therefore, the user can intuitively and quickly construct the complex circuit topology, and the professional threshold is greatly reduced.

The invention discloses an interactive footwear design and platemaking optimization system based on AI, which relates to the technical field of digital interaction and comprises an auxiliary recommendation module, an AI interactive design module, a platemaking simulation module and a parameter optimization module. The auxiliary recommendation module is used for performing feature extraction processing on the shoe design related data by using a machine learning method to obtain recommended shoe design parameters; the AI interactive design module is used for generating a design reference drawing of the shoes, performing visual display and contour extraction on the design reference drawing, generating designed shoes with corresponding shoe sizes according to the three-dimensional shoe style data and the shoe size data, and performing local parameter modification according to the try-on feedback data; the plate-making simulation module is used for splitting the designed shoes, determining sewing procedures, outputting 3D printing parameters and driving the corresponding production line models to execute simulation production tasks to perform plate-making simulation on the obtained simulation shoe models, the design cost can be reduced, and the design quality and efficiency of the shoe products can be improved.

In some embodiments, a computer-implemented method for role-based and attribution-tracking collaborative design based on manufacturing constraints is disclosed. A method comprises: receiving product description data for an interactive design; wherein the product description data for the interactive design comprises data for generating a graphical visual representation of a physical product that is capable of custom manufacture with a plurality of variable product attributes; parsing the product description data to identify a plurality of global-key-values pairs journaled within the product description data and associated with contributors; based on, at least in part, the plurality of global-key-values pairs, constructing an ownership-attribution tree; based on the ownership-attribution tree, generating manufacturing instructions for customizing the physical product and according to the plurality of variable product attributes; and transmitting the manufacturing instructions to a product customization server to cause a manufacturing entity to proceed with generating a customized product based on the manufacturing instructions.

The invention relates to the technical field of railway safety informatization, in particular to a railway external environment hidden danger intelligent extraction data storage and visualization system. The system is composed of a hidden danger intelligent extraction model integration module, a multi-source data storage module, a multi-source data visualization and hidden danger standing book module and a risk assessment and space analysis module. The front end is constructed based on a Vue framework, the rear end is constructed based on a Flask framework, and data interaction is performed through a RESTful API. According to the system, intelligent hidden danger extraction and dynamic display are realized through fusion of a deep learning algorithm and multi-source data; efficient image processing and distributed storage are adopted, so that the false detection and omission ratio is reduced; the modular design and the micro-service architecture optimize the resource configuration and reduce the operation cost; the visual front-end interface and the interactive design improve the user experience and simplify the operation process; intelligent extraction, efficient storage, visual display and accurate analysis of railway external environment hidden danger data are realized.

The invention discloses an engineering collaborative design management and control method and system based on digital twinning, and relates to the technical field of digital twinning, and the method comprises the steps: presenting a project design in a digital twinning model through a virtual reality environment based on a collaborative management matrix, carrying out the interactive design review and optimization, and generating an optimized design scheme; based on the optimized design scheme, the project team arranges task execution according to the design progress, and generates a task execution plan and resource scheduling data; monitoring actual execution conditions of the task execution plan and the resource scheduling data, and generating a quality control report by analyzing execution deviation and performing quality control; by automatically generating the task execution plan and the resource scheduling data, the design quality and the project management efficiency are improved, and the flexibility and the real-time performance in the project execution process are enhanced.

The invention discloses a large model collaborative material multi-objective interactive design and decision-making method, relates to the field of alloy material design optimization, and aims to realize efficient design and multi-objective decision-making of a complex system through a closed-loop process of knowledge graph construction, dynamic agent model optimization, evolutionary algorithm search and large model real-time feedback. The method comprises the steps of constructing a knowledge graph from cross-domain knowledge and interacting with a large model, automatically adapting to a machine learning model and constructing a proxy model library, performing multi-objective optimization by using an evolutionary algorithm, and recommending an optimal design scheme through large model fine tuning and a feedback mechanism. Through the method, the limitation of traditional optimization is broken through, the design efficiency, precision and optimization efficiency are improved, the effectiveness of the design scheme in engineering feasibility and multi-target balance is ensured, and the method has remarkable application value.

The invention discloses a multi-dimensional interactive design method for a carbon capture system based on an AI technology, relates to the technical field of computer aided design, and aims to more comprehensively and accurately analyze the performance of the carbon capture system so as to provide a reliable basis for engineering design and ensure the stability and high efficiency of the system in actual operation. The scheme mainly comprises the following five steps: S1, data integration and preprocessing; s2, simulation of an absorption and desorption mechanism; s3, performing fluid dynamic simulation; s4, material and energy balance simulation; and S5, carrying out multi-dimensional interaction and evaluation. The AI technology is combined with a carbon capture system design system, so that the intelligence and high efficiency of the design process are realized. The design efficiency is improved, the design period is shortened, a better design scheme can be obtained, and the performance and reliability of the carbon capture system are improved.

The clamping device comprises a clamping mechanism, a stop mechanism, a push rod, a limiting mechanism, a base and an elastic mechanism, by applying downward pressure, the clamping device is changed from a folded state to an unfolded state so as to clamp a target ornament, and after the downward pressure disappears by loosening the clamping device, the target ornament is clamped by the elastic mechanism. The clamping device automatically clamps a target ornament by means of deformation restoring force of the elastic mechanism, linear pressing motion of the push rod is converted into control force to the interior of the clamping piece through the limiting mechanism, and resetting of the elastic mechanism is converted into control force to the exterior of the clamping piece through the push rod. The opening and closing states of the clamping pieces are precisely regulated and controlled through the internal and external synergistic effect; the interactive design conforming to the operation intuition of the user that opening is achieved after pressing is conducted and closing is achieved after loosening is conducted brings pleasant operation experience and reliable psychological expectation to the user.

1. Name of the Design Product: Drawing Table (Interactive Design). 2. Use of the Design Product: The design product is used for drawing. 3. Design Key Points of the Design Product: Lies in the shape. 4. Picture or Photo that Best Illustrates the Design Key Points: Perspective View.

The invention relates to the field of costume design, and particularly discloses a costume interactive design system and method based on artificial intelligence, which uses an artificial intelligence technology based on the deep learning field to perform feature extraction and coding on a customer image, customer preference and a costume designer design sketch so as to generate a designed costume upper body effect picture. Therefore, the customer can directly observe whether the fabric, the design, the color matching and the like conform to the mind or not through intelligent generation of the designed garment upper body effect picture, understanding deviation caused by improper communication between the customer and a designer is avoided, and the satisfaction degree of the customer to customized garments is improved.

An augmented reality system includes a display device, a camera, and a processor. The display device is used for displaying augmented reality with an application window. The camera captures a plurality of images. The processor is used for detecting a first hand and a second hand in the images; according to the position of the finger of the first hand on the palm of the second hand in the images, controlling a cursor in an application program window; and according to the gesture of the first hand on the palm of the second hand, judging to execute the operation at the position where the vernier is located. The interactive design of the gestures provides feedback on operation of the user, and the experience of the user is improved.

The application relates to the technical field of virtual reality, in particular to a virtual reality-based experiment safety training method and a training system thereof. The method is applied to a training system configured with a virtual reality device, wherein a virtual experiment environment is constructed, the virtual experiment environment comprising a virtual cleaning tool and a virtual experiment instrument; the method comprises the following steps: playing a trajectory demonstration animation of performing a virtual hand cleaning operation in the virtual experiment environment; synchronously performing a real hand cleaning operation on a real hand of a trainee in a real environment; in a process in which the trainee performs an experiment operation on the virtual experiment instrument, randomly presenting a sudden risk event and an event occurrence moment according to a preset trigger condition; collecting a position point sequence of the trainee in a training process in real time; and evaluating a risk handling capability of the trainee based on the position point sequence. The method reduces the dependence on high-precision modeling and interactive design, improves the effectiveness of experiment safety training while maintaining a low development cost and cycle.

In some embodiments, a system and a computer-implemented method for role-based collaborative design based on manufacturing constraints are disclosed. A method comprises: receiving, at a computer collaboration system, an electronic digital editing invitation from a first user interface that executes on a first user device associated with a first user, the editing invitation comprising inviting a second user to collaborate on a digital electronic interactive design as an editor, the interactive design comprising a graphical visual representation of a physical product that is capable of custom manufacture with a plurality of variable product attributes; transmitting to a second user device of the second user, the product description data for rendering the interactive design in a second user interface executing on the second user device; receiving a first modification to the interactive design from the second user interface; automatically generating a first updated product description data based on the first modification.

The utility model relates to the technical field of projectors, in particular to an interactive design display projector which comprises a projector body, a supporting structure is arranged on the bottom side of the projector body, the supporting structure comprises an adjusting screw rod, the bottom side of the projector body is rotationally connected with the adjusting screw rod, the adjusting screw rod is in threaded connection with a movable frame, and the movable frame is in threaded connection with the projector body. The movable frame is in sliding connection with the bottom side of the projector body, the side face of the projector body is rotationally connected with a supporting frame, the two ends of the movable frame are both fixedly connected with blocking columns, the supporting frame abuts against the side faces of the blocking columns, and a protection structure is arranged on the top side of the projector body; according to the projector, the independent positioning structure is arranged for the supporting frame, so that the supporting position of the supporting frame can be adjusted according to needs and independently kept, storage of the supporting frame is not affected, repeated adjustment needed when the projector is used every time is avoided, and the use experience is improved.

The present application belongs to the technical field of ankle rehabilitation, and relates to an interactive design method and device for an ankle-foot orthosis based on digital twinning, which comprises the following steps: obtaining structural data of an ankle-foot and an ankle-foot orthosis and establishing a three-dimensional model; obtaining real-time plantar pressure distribution data and mapping the data onto the three-dimensional model to form a digital twinning model containing dynamic behavior information; extracting plantar pressure features in the digital twinning model and using the plantar pressure features to construct a gait evaluation model and a gait anomaly detection model, the gait evaluation model being used to reflect the stability and pressure distribution of gait, and the gait anomaly detection model being used to detect abnormal gait in real time; when the gait evaluation model is lower than a preset threshold or the gait anomaly detection model detects abnormal gait, feedback information is generated and sent to the ankle-foot orthosis for parameter adjustment of the ankle-foot orthosis. The present application can make the ankle-foot orthosis better adapt to individual differences of users and provide personalized rehabilitation support for users.

The invention discloses a management-oriented data center system and a data processing method. The system comprises a 3D visualization module, a resource monitoring module, a machine room management module, an interaction adaptation module, a feedback closed loop module, a system configuration module and a data processing unit. According to the method, the physical layout and the operation state of the data center are visually presented through the 3D visualization technology, and the problem that traditional management information is not visual is solved; the refined resource monitoring and machine room management functions improve the resource allocation and scheduling efficiency; the responsive interactive design and shortcut key support optimize the operation convenience; the feedback closed loop module realizes quick response of user requirements and continuous optimization of the system; a system configuration module and a security mechanism guarantee the stability, expandability and data security of enterprise-level applications, and in addition, through performance optimization strategies such as view cone elimination, assembly lazy loading and virtual rolling, it is ensured that the system can still run smoothly in a large-data-volume scene.

The utility model relates to the technical field of entertainment facilities, in particular to an outdoor throwing toy. Comprising an equipment frame, a protective net body is connected to the outer side of the equipment frame, a fixing column is fixedly connected into the equipment frame, two rotating wheel discs are rotationally connected to the fixing column through bearings, and two throwing baffles are fixedly connected to the front side of the equipment frame. The outdoor throwing toy is stable in structure, high in safety and diversified in playing method, can be suitable for being used outdoors for a long time, can improve user experience through innovative interactive design, and particularly meets the requirements for health and entertainment of old people.

The invention belongs to the technical field of urban planning, and particularly relates to a virtual scene generation method and device for camping place space layout, and the method comprises the steps: S1, data collection; s2, data analysis; s3, constructing a virtual scene; s4, interactive design is carried out; s5, optimizing suggestions; the invention aims to simulate and optimize the spatial layout of the camping land through a digital means so as to meet the demand preferences of different castors and improve the planning efficiency of the camping land and the user experience. According to the method, based on a GIS (geographic information system) technology, a virtual reality technology and big data analysis, a highly real and interactive virtual camping scene can be generated, and a scientific basis is provided for planning and construction of a camping site.

The application relates to the technical field of architectural decoration design, in particular to an architectural decoration intelligent design system and method, which comprises the following modules: an intelligent perception analysis module, which is used for collecting space characteristic information and environmental parameters; generating a fusion feature matrix based on the space characteristic information and the environmental parameters; an AI design engine module, which is in communication connection with the intelligent perception analysis module and is used for receiving the fusion feature matrix; generating a preliminary design scheme based on the fusion feature matrix; a multi-dimensional optimization evaluation module, which is in communication connection with the AI design engine module and is used for evaluating the preliminary design scheme in terms of functionality, aesthetics and economy; generating an optimized design scheme based on the evaluation results; and an immersive visual interaction module, which is in communication connection with the multi-dimensional optimization evaluation module and is used for receiving the optimized design scheme; generating a three-dimensional visual model of the optimized design scheme; and providing an interactive design adjustment interface, so that the design cycle can be significantly shortened and the labor cost can be reduced.

The application relates to a low-code visual optimization method and system for power signal creation development, which comprises the following steps: S1: acquiring data in a signal creation environment, identifying interface differences and performance bottleneck points among various components through a compatibility test matrix, and establishing a standardized adaptive interface specification; S2: acquiring a standardized business object model based on the standardized adaptive interface specification; defining the attributes, relationships and constraint rules of various business entities based on the business object model, forming a data dictionary and an interface specification special for the power field; S3: constructing a power visual field-specific language DSL based on the data dictionary and the interface specification special for the power field; S4: converting the visual operation into a DSL configuration file by adopting a drag-and-drop interactive design; and S5: automatically converting the DSL configuration into a React or Vue component code by a code generation engine, and performing compatibility optimization on a signal creation browser kernel. The application effectively improves the power signal creation development efficiency.

The invention discloses an AI modeling agent integrated with a three-dimensional application and a task planning and execution method thereof. The method comprises the following steps: S1, establishing a three-dimensional model; s2, calling a built-in domain knowledge base and a built-in parametric modeling rule base by the AI modeling agent, and mapping the analyzed instruction into a code segment; s3, the system automatically executes the generated code segment through a three-dimensional modeling software interface, constructs a corresponding parameterized model in a three-dimensional modeling environment in real time, and renders a visual result in real time for a user to preview; and S4, establishing an interactive design environment supporting iterative feedback and continuous optimization. The method is integrated with a three-dimensional model application, supports a user to output a simulation code and call an application through demand description and parameter input after AI analysis, and automatically generates a three-dimensional model for the user to browse.

The invention discloses an interactive design method and system for simulating layout planning. The interactive design method comprises the following steps: A, selecting the type and shape of a component from a component list; b, editing a creation mode of the component according to the type of the component; c, editing component attributes and / or parameters; d, judging whether the parameters of the component attributes are legal or not, and if yes, executing the step E; otherwise, returning to the step C; and E, creating a graph of the component. By adopting the method and the device, information splitting between a framework design stage and a Floor Plan stage in an existing analog circuit design can be eliminated, repeated work and serial processes are reduced, and the design efficiency and consistency are improved.

The invention relates to the technical field of bridges, and provides a hybrid beam cable-stayed bridge concrete side span and cast-in-place support interactive design method, through interactive design of a concrete side span and a cast-in-place support, unification of structural safety, structural economy and support cost saving is achieved, and the cost of the whole construction process is saved; according to the method, in the interactive design process, the three-level adjustment priority of a support batch dismantling scheme, prestressing tendon arrangement and the geometric size of a main beam is established, and the influence of concrete side span parameter adjustment on a middle span steel beam is reduced to the minimum; according to the method, for the structure meeting the stress requirement and the support meeting the flood crossing requirement, the structure newly-added cost and the support amortization cost are comprehensively considered, the most economical combination scheme is selected, the project life cycle cost is minimized on the premise that safety is guaranteed, and on the premise that the structure stress safety is guaranteed, the project life cycle cost is reduced. Risks of water blocking and damming of a large number of supports in the flood period are thoroughly avoided, and smooth flood discharge and safety of the support structure are ensured.

This invention relates to a virtual interactive design method for a building wayfinding signage system based on the PSO algorithm. The invention pertains to the field of spatial pathfinding and interactive design technology. It involves constructing a virtual 3D model of a building space based on survey data, collecting materials and establishing a building wayfinding signage design library, and building a virtual reality scene. Within the virtual reality scene, eye-tracking experiments are conducted to collect visual data and behavioral trajectories of the participants. A first round of optimization is performed based on the PSO particle swarm optimization algorithm. Interactive design is then completed within the virtual reality scene, and the participants' subjective evaluations and design results are collected to perform a second round of optimization on the building wayfinding signage design library, generating a recommended design library. Finally, the final design results and the recommended design library are collected, packaged, and stored according to participant identity information and experiment time, providing data reference for subsequent related designs.