2results about How to "Make Migration Seamless" patented technology

The invention provides a 3D model automatic style conversion method and device, equipment and a medium, and the method comprises the steps: building a reference texture training set of a reference game model according to a UV map of the reference game model, dividing the reference texture training set into a plurality of different regions, and filling the different regions with color blocks of different colors; applying the reference texture training set to UV coordinates of the reference game model to generate a 3D model of the reference game, and generating a reference matching training set from the 3D model of the reference game; for the color blocks of each area, pre-generating a target texture training set of the game model to be converted, applying the target texture training set to UV coordinates of the game model to be converted to generate a 3D model of a game to be converted, and generating a target matching training set from the 3D model of the game to be converted; and reducing the area of the division region of the reference texture training set, and repeatedly executing the steps until a target texture training set of a required style is obtained. According to the invention, manual construction is not needed, and an automatic style conversion algorithm can be realized.

The invention relates to an edge decoupling type numerically-controlled machine tool cutter wear self-adaptive compensation system and method, and the system comprises an application service layer which is used for carrying out the centralized processing of a cutter compensation algorithm and a compensation strategy, so as to generate a standardized cutter compensation control instruction according to the inputted technological parameters; the edge decoupling layer is in communication connection with the application business layer, and is used for receiving the standardized cutter compensation control instruction, calling a corresponding private protocol analyzer according to the brand type of a target numerical control machine tool, and converting the standardized cutter compensation control instruction into an underlying instruction which can be executed by the target numerical control machine tool; and the equipment execution layer comprises at least one numerical control machine tool and is used for executing the bottom layer instruction to complete tool wear compensation. An innovative three-layer edge decoupling architecture (an application service layer, an edge decoupling layer and an equipment execution layer) is adopted to completely sink and isolate the heterogeneous communication complexity in the edge decoupling layer.