5results about How to "Implement the layout" patented technology

The present application relates to large aperture optical machine structure engineering analysis technical field, especially to a kind of gravity unloading point layout method of large space mirror, comprising the following steps: S1: the finite element analysis model of space mirror is established, and the discrete node surface shape data and unloadable point coordinate data are exported.S2: surface shape fitting is carried out, and surface shape accuracy is calculated.S3: its surface shape residual elevation diagram is drawn, and high residual point is identified.S4: the unloadable point coordinate of space mirror is obtained.S5: space mirror is supported using unloadable point, and its degree of freedom is constrained;Finite element analysis model is updated, and step S2 is repeated, and surface shape accuracy is calculated.S6: whether surface shape accuracy meets the requirements is judged, if not, then repeat step S3 to step S5;Until meet the requirements.The present application has the advantages that, through the gravity unloading point layout of space mirror, gravity unloading point can be more accurately fixed in flexible support mode or the like during processing, and the influence of gravity on surface shape accuracy is reduced.

The utility model relates to the technical field of hot water equipment, and discloses modularized fuel gas efficient heat exchange hot water equipment which comprises a protective outer frame, a controller is embedded in the position, close to one side, of the front end of the protective outer frame, a heat exchange pipe is fixedly arranged in the protective outer frame, and the heat exchange pipe comprises a water container. A plurality of connecting strips are fixedly arranged in the water container, and fire tubes are fixedly arranged among the interiors of the connecting strips. According to the utility model, through the structural design of the fire tube and the water container, the layout of the water-in-pipe is realized, the heating area is increased, the residence time of gas in the fire tube is prolonged by the industrial grade stainless steel S-shaped welding fire tube group, the heat energy exchange efficiency is greatly improved, the modularization can be expanded in parallel, the occupied area of a single module is small, and the horizontal installation is supported; the intelligent temperature control system is suitable for various spaces, achieves accurate temperature adjustment and on-demand starting and stopping through intelligent control, is convenient to operate, safe and reliable, and is widely suitable for commercial and civil scenes.

This invention provides a method, system, storage medium, and electronic device for building draggable personalized layout pages based on Vue, relating to the field of visual modeling technology. The invention includes: creating a Vue visual chart component and initializing its configuration; creating an ECharts chart container; adding front-end configuration attributes for the corresponding chart component name page; importing the chart component into a public configuration attribute page; importing the configured attribute page; uniformly exposing the option configuration attribute page of the registered component; registering and exposing the ECharts chart component; encapsulating the draggable component and passing in the component registration data; saving the large screen with all configured data; and simultaneously generating a large screen image using html2canvas and saving it locally. This allows users to easily configure the display format of their personal homepage content, enabling them to customize their workspace layout through drag-and-drop functionality.

This invention provides an ASIC layout optimization method based on hybrid integer programming, comprising: Step 1, mathematically modeling the layout problem in the ASIC layout; Step 2, establishing MIP equations for the line length of each network using a lightweight RST model; Step 3, linearizing the nonlinear equations using integer variables; Step 4, introducing a single-flow algorithm to ensure the correctness of the RST line length model. The proposed solution transforms the layout conditions into constraints of a linear programming problem by modeling the positions of standard ASIC cells and accurately modeling the RST of their networks. It transforms reducing the line length of the layout into the objective function of the linear programming problem. During the solution of the linear programming equations, the line length of the layout is continuously reduced, thus continuously optimizing the initial layout. This solution simultaneously addresses the two major challenges of layout and routing in integrated circuit design.

The invention relates to an illumination perception video generation method and device based on renderer proxy reasoning and a storage medium. A user is supported to perform accurate and decoupling control on geometric layout, illumination conditions and camera tracks in a video generation process through a natural language instruction. A renderer agent is introduced to convert a text into a structured three-dimensional scene parameter, and a rendering engine is utilized to generate a two-dimensional scene agent comprising a diffuse reflection, gloss and roughness multi-channel layer; then, through a lightweight proxy encoder and an adapter, the physical illumination attribute is used as a strong condition signal to be injected into the video diffusion model. According to the method, the end-to-end generation from the text to the physical consistency video is realized, the generated video has accurate shadow, reflection and ambient light shielding effects while keeping realistic visual textures, the control precision and the automation degree of scene physical attributes are improved, and the method is suitable for the fields of film and television rehearsal, game asset production, virtual film production and the like.