3results about How to "Realistic" patented technology

The invention discloses a uniform ceramic pattern stacking technique based on an intentional texture stacking molding method, and relates to the technical field of ceramic decoration skill, and the technique comprises the following steps: S1, slurry preparation: brushing background color or gradient tone on the surface of a blank body by adopting color slurry according to picture requirements; s2, manuscript making: drawing a contour manuscript of the creation content on the suitable surface of the ceramic body by using ink; s3, bottoming is conducted, specifically, the part, needing to protrude, of the picture is locally piled with tire mud, and a preset thickness and a three-dimensional foundation are formed; s4, color matching of the colored clay: mixing the colored clay with two or more kinds of toner to prepare various colored clay containing a basic color and a near color; dependence of traditional flower piling on long-term hand feeling memory can be reduced, a piling and pasting process is improved from decorative pattern manufacturing to drawing creation on a ceramic carrier, a core technique can be quickly understood and mastered by means of the existing drawing ability, a learning curve is effectively shortened, and a technical path is provided for cross-field artistic talents to enter uniform pottery creation.

This invention proposes a two-stage optimization method for distribution networks integrating electric vehicles (EVs) and distributed generation. In the first stage, an orderly scheduling of EVs is achieved by establishing a user participation dispatch probability model and a dynamic electricity price model considering load. The optimized EV load is then superimposed onto the distribution network reconfiguration optimization model in the second stage. Finally, network reconfiguration and distributed generation output are used to reduce network losses and node voltage deviations across the entire distribution network. The proposed method reduces peak-to-valley load differences. Considering user participation rates, it not only reduces user charging costs but also improves node voltage levels and reduces network losses.

This disclosure provides a method, apparatus, computer-readable storage medium, and electronic device for processing the projection of virtual objects, relating to the field of computer technology. The method includes: in response to a controlled virtual object entering an indoor game scene, acquiring first position information of the controlled virtual object in the indoor game scene and second position information of a specified pseudo-light source in the indoor game scene; determining the projection position and projection angle of the controlled virtual object in the indoor game scene based on the first and second position information; displaying a projection decal at the projection position and according to the projection angle in the indoor game scene to simulate the projection of the controlled virtual object in the indoor game scene; wherein the projection decal is generated by rendering based on scene information in the indoor game scene and a specified projection material. This disclosure improves the realism of virtual object projection and enhances the user experience.