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Hybrid rotational and revolving simulation of propeller in aircraft with two propellers by fractal animation model: Based on shifting centroid method in double mode from a fixed point

机译:分形动画模型在具有两个螺旋桨的飞机中螺旋桨的混合旋转和旋转仿真:基于定点双模位移质心法

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An interesting of hybrid rotational and revolving simulation of aircraft propellers around a fixed point can be accomplished by the modified version of the shifting centroid method in IFS fractal animation model called the shifting centroid method in double mode. To animate a complex object such as an aircraft with two propellers in fractal model, a simple multi-object of fractal can be used instead of a complicated object which is difficult to be build. The multi-object of fractal can be build by the modified version of random iteration algorithm called partitioned-random iteration algorithm. To rotate many objects as components of a multi-object, the primitive rotation method of affine transformation can be used to a certain object independently.
机译:飞机螺旋桨围绕固定点的旋转和旋转混合模拟的有趣之处可以通过IFS分形动画模型中的变心方法的改进版本(称为双模式变心方法)来实现。为了对复杂的对象(例如带有两个螺旋桨的飞机)进行分形模型的动画处理,可以使用简单的分形多对象代替难以构建的复杂对象。分形的多目标可以通过称为分区随机迭代算法的随机迭代算法的改进版本来构建。为了旋转许多对象作为多对象的组成部分,仿射变换的原始旋转方法可以独立地用于某个对象。

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