46results about How to "Good rendering" patented technology

The invention provides a new method for producing sesame-aroma white spirit and relates to the technical field of brewing. In the method, an As3.951 Aspergillus oryzae strain of Aspergillusoryzae as well as a corresponding process and facility technology are adopted. The method comprises the following steps: on the basis of utilizing the crushed sorghum, wheat and bran as main materials, adding water accounting for 8wt% of the main materials into the main materials so as to obtain a moistened material; mixing the moistened material with the fermented wine obtained through the distillation of the sesame-aroma white spirit to prepare new fermented wine; steaming the new fermented wine, spreading for cooling, adding high-temperature Daqu accounting for 15wt% of the new fermented wine, medium-temperature Daqu accounting for 10wt% of the new fermented wine and As3.951 Aspergillus oryzae bran koji which accounts for 20wt% of the new fermented wine and is used to replace Kawachi Aspergillus oryzae bran koji, and culturing the accumulation fermented wine which is prepared by controlling the temperature of the mixed product at 28-32 DEG C in a piling-up manner, wherein the pile is turned over once in the culturing process; and when the temperature of the product is 46-49 DEG C, placing the product into a fermentation pit to ferment, and respectively storing the layered distillation raw wines obtained through layered distillation. The method is used for producing the sesame-aroma white spirit. In the new method, the new strain is selected, the new process is formulated, raw materials are fully utilized, and the standardized production is realized.

The embodiment of the invention discloses a view rendering method, a computer storage medium and terminal equipment. The method comprises the steps that a rendering plug-in set is provided, the rendering plug-in set comprises at least one rendering plug-in, the method comprises the steps that when a target page is loaded, configuration information of the target page is obtained from a server, and the configuration information is used for representing the rendering mode of a view in the target page; a target rendering plug-in matched with a target view in the target page is determined from the rendering plug-in set according to the configuration information; and the target rendering plug-in is utilized to render the target view so as to display the target view in the target page. According to the technical scheme provided by the invention, the page layout effect can be improved.

The invention relates to the technical field of video dimension conversion, and provides a 2D-to-3D conversion method for a video, and the method comprises the steps: S1, collecting an open-source RGB-D image data set, carrying out the expansion, forming a depth estimation data set, constructing a depth estimation model through the depth estimation data set, and training the depth estimation model; S2, collecting 4K high-definition pictures to make an image restoration data set, expanding the image restoration data set, constructing an image restoration model through the image restoration dataset, and training the image restoration model; and S3, extracting an original image mask by using the pre-trained Mask-RCNN model, adjusting the resolution of the original image and the mask, sendingthe original image and the mask to a depth estimation model, calculating original left and right projection images according to the depth image, and sending the left and right projection images to animage restoration model to restore a black hole area. A deep learning algorithm and a traditional algorithm are combined, a deep learning model is used for replacing a depth map estimation algorithmand a black hole filling algorithm in a traditional DIBR method, and 2D / 3D conversion on an ultrahigh-resolution image is achieved.

The invention discloses a game picture rendering method and device, and electronic equipment. The method comprises the following steps: acquiring a moving path of a game role; acquiring a to-be-loaded target game picture in a game map according to the moving path; and preloading the map model of the target game picture, acquiring the map data of a to-be-rendered area in the map model when it is detected that the target game picture exists in a current display interface, and rendering the map model according to the map data of the to-be-rendered area.

The embodiment of the present invention discloses a rendering method and device; the embodiment of the present invention can determine the target pixel in the virtual scene and obtain the number of iterations at the current moment; perform path tracking on the target pixel based on the number of iterations at the current moment to obtain the target The ray path of the pixel at the current moment; determine the iteration state of the ray path at the current moment; when the iteration state is the stop iteration state, render the target pixel based on the ray path at the current moment. The embodiment of the present invention can automatically determine whether to continue to iterate to accurately render the target pixel. Therefore, this solution can improve the efficiency of pixel rendering.

The invention discloses a rendering method based on indirect reflection highlight calculation in a screen space. The method comprises the following steps of: rendering a scene, pre-storing basic scene information in a rendering result as texture caches; based on the obtained texture caches, utilizing an importance sampling method to carry out ray marching in the screen space on a BRFD function, and obtaining sampling intersection points between sampling directions and the rendered scene; according to the information of the sampling intersection points, carrying out Mip-Map operation to obtain area material approximate information in a sampling point filed; utilizing the material information to calculate a corresponding fitting BRFD function through a vMF distribution function method, and based on the information of the function, calculating illumination calculating results in the sampling directions; and utilizing a importance sampling weight of each direction to add the data obtained by calculation, and obtaining a final rendering result of a pixel point. On the premise that the rendering efficiency is not lowered, the accuracy of indirect highlight illumination calculation is improved.

The invention discloses an indoor automatic lighting method and system based on maximum illumination entropy. The method includes: constructing an indoor 3D scene model; determining the number and position of light sources for the scene based on the indoor 3D scene model according to FBS theory; Design criteria and color psychology determine the light color temperature for the light source; calculate the illumination entropy of the corresponding light source based on the distribution of the light source in the scene; use an intelligent optimization algorithm to generate random disturbances, disturb the brightness value of each light source, calculate the illumination entropy after the disturbance, and set the The cycle restriction conditions are continuously cycled to obtain the maximum illumination entropy; the exposure value of the maximum illumination entropy is taken as the optimal solution of the brightness of each light source, and light distribution is performed according to the optimal solution. The indoor automatic lighting method and system based on the maximum lighting entropy provided by the present invention regulates the process of positioning, color selection and lighting according to FBS, color psychology, rationality evaluation criteria and optimization algorithms, and has simple, lightweight, fast features.

The invention discloses a method for virtual roaming of indoor scenes based on reflection decomposition. Firstly, a rough global triangular mesh model projection is obtained by three-dimensional reconstruction as an initial depth map, and depth edges are aligned to colored edges, and the aligned depth map is converted into simplified triangles. Grid; detect the plane in the global triangular mesh model, if a plane is a reflection plane, construct a two-layer expression on the reflection area for each picture that can see the reflection plane, and use it to render the reflection effect of the object surface correctly; Determine the virtual viewing angle, use the neighborhood image and the triangular grid to draw the virtual viewing angle picture, and use the foreground background picture and the foreground background triangular grid to draw the reflection area. The method of the invention can perform virtual roaming with a large degree of freedom in a relatively large indoor scene containing reflection effects under the condition of relatively small storage requirements. The invention has good rendering effect, large freedom of roaming, can draw partial reflection, high light and other effects, and the result is robust.

The invention relates to the technical field of projection display equipment, and particularly discloses an artistic design finished product projection display device capable of multi-directional display based on big data. The device comprises a case, an operation host and a finished product placement plate, the operation host is fixedly arranged on the left side face of the case, a video storage module, a video processing module, an audio processing module and a PLC control module are arranged in the operation host, a square groove is formed in the upper surface of the finished product placement plate, and a display screen is arranged at the center line of the square groove, an artistic finished product shooting inner cavity is formed in the case, and four cameras are arranged in the artistic finished product shooting inner cavity in a rectangular array; the whole video is imaged into a three-dimensional shape in a holographic mode through the holographic film trapezoid glass, the three-dimensional image of the finished art product is matched with different backgrounds, meanwhile, appropriate music is matched in the loudspeaker, and therefore the good foiling effect can be achieved, the finished art product can be displayed more perfectly, and the effect is more excellent.

The invention discloses a method for making texture symbols of a thematic map of land use classification, comprising: texture material interception; main color extraction; color clustering; texture skeleton extraction; tiling feeling removal; and texture library construction. The advantages of the present invention are: the definition and classification of texture symbols are given, and the production process of texture symbols is clarified; the natural texture symbols and symbolic texture symbols used have clear semantic connotations, and are easier to transmit map information; the texture and texture of maps are improved. A sense of hierarchy; it can be directly used in production, providing basic support for land use survey mapping, and at the same time providing a solution for large-scale mapping of natural resource survey results. Improve the expression of the land use status classification thematic map.