人体动画功能最复杂的步行周期记录的动画视频教程。
Humanoid animation I features the most complex walk cycle ever recorded for an animation tutorial video.
了解如何调整完善变形体，动画任意多边形步行周期，两足动物的人群使用的工具。
Learn how to adjust physique for perfect deformation, animate a freeform walk cycle, and use crowd tools for bipeds.
从理论及仿真结果两方面对影响机器人稳定步行的因素进行了较全面的分析和验证，如步长、步行周期、起步等。
The influencing factors on walking stability are analyzed according to theory and simulation results, such as stride length, walking cycle period and initial stance.
在这个视频教程中，动画大师大卫·温斯坦将告诉您如何，打破常规，并开始步行周期-移动到清理-最后的高分辨率细节。
In this video veteran animator David Weinstein will show you how he breaks down and begins his walk cycles - moving onto cleanup - and finally the high resolution details.
结论：在自然行走过程中，偏瘫患者双下肢的单支撑期和摆动期的明显缩短是导致患者步行周期延长，步态异常，步速减慢，步行能力下降的根本原因。
Conclusion: The study indicates that the shorter single support time during the gait cycle in patients is responsible for the abnormal walking velocity , awful gait and decreased ability of walking.
举个例子，如果你想跑步/步行16分钟，你可以以1：7的比例跑步/步行两个周期。
For example, if you want to run/walk for 16 minutes, you canrun/walk at a 1:7 ratio for two cycles.
举个例子，如果你想跑步/步行16分钟，你可以以1：7的比例跑步/步行两个周期。
For example, if you want to run/walk for 16 minutes, you can run/walk at a 1:7 ratio for two cycles.
在步行期间，你能多次重复：在将你的思绪关注在五个集中点上面、集中于一点再轮换到下一点，再在思绪真空期结束这个周期。
You can repeat the cycle several times during your walk, taking your mind through the five point of focus again, and finishing the cycle with open awareness.
结果 计算获得了该研究对象不同步行速度和路面坡度下踝关节、膝关节及髋关节在一个步态周期内的矢状面关节角的变化曲线以及主要肌肉的激活度变化曲线。
The mean joint angles of hip, knee and ankle in sagittal plane at different speeds and different slopes were calculated. The subject whose data was closest to the mean value could be easily found.
结果 计算获得了该研究对象不同步行速度和路面坡度下踝关节、膝关节及髋关节在一个步态周期内的矢状面关节角的变化曲线以及主要肌肉的激活度变化曲线。
The mean joint angles of hip, knee and ankle in sagittal plane at different speeds and different slopes were calculated. The subject whose data was closest to the mean value could be easily found.
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