Documentation Site Map Main Page Reference List Motion Capture Visual3D Overview Visual3D Installation License Activation Getting Started Visual3D Documentation Overview Pipeline Commands Reference Expressions Overview CalTester Mode Overview List of Tutorials Visual3D Examples Overview Troubleshooting Sift Sift Overview Installation Getting Started Sift Documentation Overview Knowledge Discovery for Biomechanical Data Tutorial Overview Troubleshooting Inspect3D Inspect3D Overview Inspect3D Installation Overview Inspect3D Getting Started Overview Inspect3D Documentation Overview Knowledge Discovery in Inspect3D Inspect3D Tutorials Overview Troubleshooting DSX Suite DSX Overview DSX Definitions DSX Suite Installation DSX Tutorials DSX Release Notes xManager Overview PlanDSX Overview Surface3D Overview Orient3D Overview CalibrateDSX Overview Locate3D Overview X4D Overview
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| model of center of gravity the center of mass of each segment is calculated as follows: https://www.c-motion.com/v3dwiki/index.php?title=segment_inertia the default values, however, can be modified by the user to include any equation already published. the center of mass of the model is the center of mass of the kinetic segments (only segments kinematics are not included). the calculation is based on mechanical principles patterns: http://en.wikipedia.org/wiki/center_of_mass the degree to which the center of mass of the segments and the center of mass of the individual agree is based on how well the individual is represented. for example, if the model includes only the lower end, the center of mass of the segments will be different enough from the center of mass of the individual. model_cogdlg.jpg