Realization method of interactive animation modeling based on multi-objective evaluation

Abstract

The invention discloses an interactive animation modeling method based on multi-objective evaluation. It is based on the principle and flow of multi-objective genetic algorithm, and uses the method of combining objective evaluation targets and subjective evaluation targets to evaluate animation modeling. The computer searches for more differentiated animation shapes in a reasonable design space, and displays the prototypes with an intuitive graphical interface, thereby providing animation designers with more animation shapes as references, inspiring their design inspiration, and designing innovative and innovative designs. anime style. The method includes four processes: the design and introduction of the initial animation modeling, the design of the subjective evaluation target, the design of the objective evaluation target and the optimization design of the interactive animation modeling.

Description

technical field [0001] The invention relates to a method for designing animation modeling, in particular to a method for realizing interactive animation modeling based on multi-objective evaluation. Background technique [0002] Animation products have become an important part of the creative industry, and animation modeling modeling is the basis of animation products, and it is a design activity that greatly depends on the creativity, imagination and experience of designers. 3D animation modeling refers to expressing real or imaginary 3D entities in real life in the form of points, lines, surfaces, and bodies in space in the interface of 3D animation production software. , The position, direction, size and other elements of the body directly determine the realistic degree of the shape. [0003] At present, the animation modeling methods include curve non-uniform rational B-spline modeling (NURBUS), polygon modeling (Polygon) and subdivision surface (Sub Surface) modeling. ...

AI Technical Summary

Problems solved by technology

When using these modeling methods for modeling design, it basically depends on the imagination and experience of the animator, and there is no object for reference or reference; at the same time, the animator has too much labor, high cost, and time-consuming

Especially when designing a large number of shapes in group animation, it is difficult to realize the automatic design of batch shapes

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