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--- visual3d:documentation:pipeline:model_based_data_commands:default_normalization_scaling_factors [2024/06/19 12:51] – sgranger
+++ visual3d:documentation:pipeline:model_based_data_commands:default_normalization_scaling_factors [2024/07/17 15:46] (current) – created sgranger
@@ Line 1: / Line 1: @@
-===== joint_angle =====
+====== Default Normalization (Scaling) Factors ======
+==== Joint_Angle ====
 standing trial
-===== joint_force =====
+==== Joint_Force ====
 body mass
-===== joint_moment =====
+==== Joint_Moment ====
 body mass
-===== joint_power =====
+==== Joint_Power ====
 body mass
-===== seg_proximal_joint =====
+==== Seg_Proximal_Joint ====
 body height
-===== seg_distal_joint =====
+==== Seg_Distal_Joint ====
 body height
-===== angular_momentum =====
+==== Angular_Momentum ====
 body mass
-===== linear_momentum =====
+==== Linear_Momentum ====
 body mass
-===== model_energy_scalar =====
+==== Model_Energy_Scalar ====
 body mass
-===== potential_energy =====
+==== Potential_Energy ====
 body mass
-===== rotational_energy_scalar =====
+==== Rotational_Energy_Scalar ====
 body mass
-===== rotational_energy_terms =====
+==== Rotational_Energy_Terms ====
 body mass
-===== segment_energy_total =====
+==== Segment_Energy_Total ====
 body mass
-===== translational_energy_scalar =====
+==== Translational_Energy_Scalar ====
 body mass
-===== translational_energy_terms =====
+==== Translational_Energy_Terms ====
 body mass
-===== cop_path =====
+==== COP_Path ====
-foot length is the distance between the proximal and distal ends of the segment
+Foot length is the distance between the proximal and distal ends of the segment
-foot width is the distal radius 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
+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 =====
+==== GRF_Data ====
 body weight
 e.g. (body mass * 9.81)
-===== cop_model_cog =====
+==== COP_MODEL_COG ====
-foot length is the distance between the proximal and distal ends of the segment
+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
+The length is based on the segment definition, and it doesn't matter which axes you have assigned to the segment