| Maya has always been an irreplaceable software in the animation production industry.Many of its functions require long-term training to master.The role binding link is an indispensable and important part of the animation film.It can fully express the character of the character and increase the control of the animator,but the binding of the character is not done overnight,especially for the production of complex character binding.However,with the long-term development of 3D production technology,the technology has gradually become mature and transparent,and its operation difficulty has gradually become lower,and many plug-ins have been born and used.The Advance Skeleton plug-in is well used in the bone creation and binding link.The animation character binding technology that once took a long time to master can be mastered.With the help of the plug-in Advance Skeleton,the difficulty and time of binding work are greatly reduced.At the same time,it also speeds up the production of the entire animation project,especially for animation projects that have a large demand for characters and complex character functions.The plug-in itself reduces the production cost and time spent.For example,the mechanical character deformation animation in the film and television "Transformers" requires the character to perform complex deformation actions in the animation.In addition to testing the animator’s ability,it also increases the difficulty of the binding production of the character,as well as the need for this.time consumed.This article mainly analyzes the binding of mechanical characters in the animation "Space Knight".During the production process,several experiments have summarized the relatively efficient binding method of mechanical characters,and the mechanical characters are displayed in the animation.How the character moves.Analyze and summarize the way to speed up the binding speed of mechanical characters through production and recording,as well as the influence of the plug-in in the project process,and finally achieve the desired effect. |