Model Based Items: Default Normalization (Scaling) Factors: Difference between revisions
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| Line 58: | Line 58: | ||
: body weight | : body weight | ||
: e.g. (body mass * 9.81) | : e.g. (body mass * 9.81) | ||
==[[Model_Based_Item:_COP_MODEL_COG|COP_MODEL_COG]]== | |||
: Foot length is the distance between the proximal and distal ends of the segment | |||
: The length is based on the segment definition, and it doesn't matter which axes you have assigned to the segment | |||
Latest revision as of 20:00, 27 December 2023
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Joint_Angle
- standing trial
Joint_Force
- body mass
Joint_Moment
- body mass
Joint_Power
- body mass
Seg_Proximal_Joint
- body height
Seg_Distal_Joint
- body height
Angular_Momentum
- body mass
Linear_Momentum
- body mass
Model_Energy_Scalar
- body mass
Potential_Energy
- body mass
Rotational_Energy_Scalar
- body mass
Rotational_Energy_Terms
- body mass
Segment_Energy_Total
- body mass
Translational_Energy_Scalar
- body mass
Translational_Energy_Terms
- body mass
COP_Path
- Foot length is the distance between the proximal and distal ends of the segment
- Foot width is the distal radius of the segment
- The length and width are based on the segment definition, and it doesn't matter which axes you have assigned to the segment
GRF_Data
- body weight
- e.g. (body mass * 9.81)
COP_MODEL_COG
- Foot length is the distance between the proximal and distal ends of the segment
- The length is based on the segment definition, and it doesn't matter which axes you have assigned to the segment