matlab分段表达式代码-Humod_Torques:从Humod数据库计算扭矩

上传者: 38597970 | 上传时间: 2021-08-12 20:57:47 | 文件大小: 913.1MB | 文件类型: ZIP
matlab分段表达式代码Humod_Torques 此处显示的所有代码均使用来自的数据。 但是,它们可以轻松地适用于其他模型或数据 代码提供了从30自由度(DoF)+ 6 DoF(世界与骨盆之间的虚拟关节)的人体生物力学模型获得扭矩的方法和结果。 有关更多信息,请参见Humod文档和文章:... 通过牛顿-欧拉方法获得的所有扭矩以及在NE_Torques和Simscape_Torques中可用的Simscape已获得,对象A。 要在matlab上使用这些代码,请将所有目录添加到路径。 牛顿-欧拉 该方法在Newton-Euler目录中可用,以将其用于其他运动,只需将所需的Humod运动放在“运动”的开头即可。 如果要将这些代码与其他模型一起使用,则需要表达: -线段坐标系中线段的两个关节之间的距离。 -线段坐标系中线段的父关节与线段的质心之间的距离。 -质量,每个部分的惯性。 -重力矢量 -运动参数(关节位置,速度和加速度)。 循环有两个阶段:确定世界坐标系中每个线段的速度和加速度(从根到叶),然后将动态基本原理(从叶子到根)应用于在世界坐标系中的起源。 所有值均以世界坐标系表示 在

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