Interactive animation design based on the technology of virtual reality

The so-called virtual reality, namely VR technology, originated in the 1980s, involving human intelligence, human-computer interaction technology, computer technology, sensor technology and other fields.The application of the technology of virtual reality in 3D animation has created a new form of animation, which makes 3D animation obtain more profound artistic experience and wider expressiveness, so as to improve the level of the technology of virtual reality.The audio-visual experience innovation of 3D animation makes the technology of virtual reality an important tool for the renewal of animation art in the future, and artificial intelligence is added to meet the needs of the public.The technology of virtual reality is widely used in the field of digital animation, which is an innovation in this field.It can better promote the integration of digital animation and information technology, and better eliminate the narrative limitation of the technology of virtual reality.The designer's careful design can be carried out with the current multi-element points of the image, which can achieve the mutual design of amorous festivals, and then show it in front of the viewer, so as to complete the mutual integration and interleaving between the audience and the virtual world, improve the viewing experience, the rapid development of modern science and technology, and the design of virtual reality animation technology has a very good effect, Game interaction can better promote the interactive design of virtual reality animation.Based on the technology of virtual reality and animation interactive design, this paper analyzes the animation fidelity, bone coin model creation, motion data capture and so on.In the three-dimensional animation, polygon polygon modeling and NURBS curve are used to complete the bone collateral animation modeling in the animation.The detailed features of the model are carved by bursh.Through the establishment of VRP platform, the fusion of bone movements, the refinement of materials, the design of collision environment and movement speed are realized.