A logic animation platform

Abstract

The invention discloses a logical animation platform system, which comprises a base, and third slide grooves are arranged on both sides of the upper end of the base, and second polished rods are fixed on the opposite side walls of the two third slide grooves, and the polished rods Two parallel second sliders are slidably sleeved on the upper side, and the second lightening rod is slidably sleeved on the second polished rod between the lower end side of the second slider and one end side wall in the third chute. Vibration spring, the upper end side of the second slide block is provided with a second slide groove. The invention realizes all-round protection and convenient use of the logic animation device, protects the logic animation device from the influence of the external environment, independently performs deduction and drawing, and the drawing is not affected by the external environment, and avoids system crash due to collision or other reasons When the situation occurs, it effectively guarantees the progress of animation production, avoids unnecessary cost waste, accelerates the work progress, has a simple structure, is convenient to operate, and is suitable for promotion.

Description

technical field [0001] The invention relates to the technical field of computer animation production, in particular to a logical animation platform. Background technique [0002] According to different driving methods, computer animation can be divided into timing animation and logic animation. In the early stage of development, computer animation borrowed many ideas and techniques from traditional manual animation, and used key frame and in-between techniques. It is characterized by order, so it is called time-series animation. Based on the advantages of fast computing speed and large storage capacity, time-series animation is easier to edit than traditional animation, and can automatically generate inbetweens according to key frames, which greatly improves the efficiency of animation production. However, timing animation needs to draw a series of key frames in advance, and does not support interactive operations, especially the intermediate picture is approximated by inter...

AI Technical Summary

Problems solved by technology

[0002] According to different driving methods, computer animation can be divided into timing animation and logic animation. In the early stage of development, computer animation borrowed many ideas and techniques from traditional manual animation, and used key frame and in-between techniques. It is characterized by order, so it is called time-series animation. Based on the advantages of fast computing speed and large storage capacity, time-series animation is easier to edit than traditional animation, and can automatically generate inbetweens according to key frames, which greatly improves the efficiency of animation production. However, timing animation needs to draw a series of key frames in advance, and does not support interactive operations, especially the intermediate picture is approximated by interpolation calculation, which can only describe the phenomenon and cannot accurately reflect the logical relationship of things. Logical animation is based on dynamic An animation expression form based on geometry, which controls the movement of objects on the screen by capturing the position changes or parameter changes of key points and according to the logical relationship. In logical animation, there is no need to design key frames in advance, and the computer will follow certain The mathematical logic relationship dynamically generates intermediate images, which can accurately reflect the changing process of objects. Logical animation maintains the fun of traditional animation, and at the same time makes up for the lack of timing animation, especially the precise expressiveness of the intermediate images. It has a high educational value, and the logic animation has the advantages of strong interaction. Users can easily change the animation style and demonstration process by dragging component objects or setting object parameters. However, when drawing logic animation, because It needs manual operation and is easily affected by the external environment. It is very likely to cause system crashes, resulting in failure of animation production and waste of manpower and material resources. Therefore, we propose a logical animation platform to solve the above problems

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