left_right_single_leg_cmj_metrics

Differences

This shows you the differences between two versions of the page.

Link to this comparison view

Both sides previous revision Previous revision
Next revision		 Previous revision
left_right_single_leg_cmj_metrics [2024/03/07 14:58] – ethanleft_right_single_leg_cmj_metrics [2024/03/07 15:11] (current) – ethan
Line 100: Line 100:
  Units: Meters (m)   Units: Meters (m) 
  
-**L/R SL CMJ-Sub phase Metrics**+**L/R SL CMJ - Sub phase Metrics**
  
 Phase Time:  Phase Time: 
Line 106: Line 106:
  Calculation: ∆phase time(s)   Calculation: ∆phase time(s) 
  Units: Seconds (s)  Units: Seconds (s)
 +
 Avg Vel:  Avg Vel: 
  Definition: Average center of mass vertical velocity across selected phase.  Definition: Average center of mass vertical velocity across selected phase.
  Calculation: mean COMvelocity(m/s).   Calculation: mean COMvelocity(m/s). 
  Units: Meters per second (m/s)  Units: Meters per second (m/s)
 +
 Peak Vel:  Peak Vel: 
-Definition: Peak negative center of mass vertical velocity within the selected phase.+  Definition: Peak negative center of mass vertical velocity within the selected phase.
  Calculation: maximum COMvelocity (m/s).  Calculation: maximum COMvelocity (m/s).
  Units: Meters per second (m/s)  Units: Meters per second (m/s)
 +
 Avg Force: Avg Force:
  Definition: Average vertical force production during the selected phase.   Definition: Average vertical force production during the selected phase. 
  Calculation: mean vertical GRFz (N)  Calculation: mean vertical GRFz (N)
  Units: Newtons (N)  Units: Newtons (N)
 +
 Avg Force Rel: Avg Force Rel:
-Definition: Average vertical force production during the selected phase normalized to participant’s body mass.+  Definition: Average vertical force production during the selected phase normalized to participant’s body mass.
  Calculation: mean vertical GRFz (N)/ body mass (kg)  Calculation: mean vertical GRFz (N)/ body mass (kg)
  Units: Newtons per kilogram (N/kg)  Units: Newtons per kilogram (N/kg)
 +
 Peak Force:  Peak Force: 
-Definition: Peak vertical force production during the selected phase normalized to participant’s body mass.+  Definition: Peak vertical force production during the selected phase normalized to participant’s body mass.
  Calculation: maximum GRFz (N) during the selected phase   Calculation: maximum GRFz (N) during the selected phase 
  Units: Newtons (N)  Units: Newtons (N)
 +
 Peak Force Rel: Peak Force Rel:
-Definition: Peak vertical force production during the selected phase normalized to participant’s body mass.+  Definition: Peak vertical force production during the selected phase normalized to participant’s body mass.
  Calculation: maximum GRFz (N) during the selected phase / mass (kg)  Calculation: maximum GRFz (N) during the selected phase / mass (kg)
  Units: Newtons per kilogram (N/kg)  Units: Newtons per kilogram (N/kg)
Line 133: Line 139:
 Avg RFD:  Avg RFD: 
  Definition: Average rate of force development during the selected phase.  Definition: Average rate of force development during the selected phase.
-Calculation: mean GRFz(N)/ Time (s) across the selected phase+  Calculation: mean GRFz(N)/ Time (s) across the selected phase
  Units: Newtons per second (N/s)  Units: Newtons per second (N/s)
  
 Avg RFD Rel: Avg RFD Rel:
-Definition: Average rate of force development during the selected phase normalized to participant’s body mass. +  Definition: Average rate of force development during the selected phase normalized to participant’s body mass. 
-Calculation: mean GRFz(N)/ Time (s) across the selected phase / mass(kg) +  Calculation: mean GRFz(N)/ Time (s) across the selected phase / mass(kg) 
  Units: Newtons per second per kilogram (N/s/kg)  Units: Newtons per second per kilogram (N/s/kg)
 +
 Peak RFD: Peak RFD:
  Definition: Peak rate of force development during the selected phase.  Definition: Peak rate of force development during the selected phase.
-Calculation: maximum GRFz(N)/ Time (s) across the selected phase +  Calculation: maximum GRFz(N)/ Time (s) across the selected phase 
  Units: Newtons per second (N/s)  Units: Newtons per second (N/s)
 +
 Peak RFD Rel: Peak RFD Rel:
-Definition: Peak rate of force development during the selected phase normalized to body mass. +  Definition: Peak rate of force development during the selected phase normalized to body mass. 
-Calculation: maximum GRFz(N)/ Time (s) across the selected phase divided by mass(kg)+  Calculation: maximum GRFz(N)/ Time (s) across the selected phase divided by mass(kg)
  Units: Newtons per second per kilogram (N/s/kg)  Units: Newtons per second per kilogram (N/s/kg)
 +
 Peak Power:  Peak Power: 
-Definition: Peak power production during the selected phase. +  Definition: Peak power production during the selected phase. 
-Calculation: maximum GRFz(N) * COMvelocity (m/s)+  Calculation: maximum GRFz(N) * COMvelocity (m/s)
  Units: Watts (W)  Units: Watts (W)
 +
 Peak Power Rel: Peak Power Rel:
-Definition: Peak power production during the selected phase normalized to the participant’s body mass. +  Definition: Peak power production during the selected phase normalized to the participant’s body mass. 
-Calculation: maximum GRFz(N) * COMvelocity (m/s) across the selected phase / mass(kg)+  Calculation: maximum GRFz(N) * COMvelocity (m/s) across the selected phase / mass(kg)
  Units: Watts per kilogram (W/kg)  Units: Watts per kilogram (W/kg)
 +
 Avg Power: Avg Power:
  Definition: Average power production during the selected phase.  Definition: Average power production during the selected phase.
-Calculation: mean GRFz(N) * COMvelocity (m/s) across the selected phase  +  Calculation: mean GRFz(N) * COMvelocity (m/s) across the selected phase  
-Units: Watts (W)+  Units: Watts (W) 
 Avg Power Rel: Avg Power Rel:
-Definition: Average power production during the selected phase normalized to the participant’s body mass. +  Definition: Average power production during the selected phase normalized to the participant’s body mass. 
-Calculation: mean GRFz(N) * COMvelocity (m/s) across the selected phase /mass(kg)  +  Calculation: mean GRFz(N) * COMvelocity (m/s) across the selected phase /mass(kg)  
-Units: Watts per kilogram (W/kg) +  Units: Watts per kilogram (W/kg)
- +
  
 Peak Work:  Peak Work: 
-Definition: Peak work production during the selected phase. +  Definition: Peak work production during the selected phase. 
-Calculation: maximum GRFz(N) * COMdisplacement (m) across the selected phase+  Calculation: maximum GRFz(N) * COMdisplacement (m) across the selected phase
  Units: Joules(J)  Units: Joules(J)
 +
 Peak Work Rel: Peak Work Rel:
-Definition: Peak power production during the selected phase normalized to the participant’s body mass. +  Definition: Peak power production during the selected phase normalized to the participant’s body mass. 
-Calculation: maximum GRFz(N) * COMdisplacement (m) across the selected phase / mass (kg)+  Calculation: maximum GRFz(N) * COMdisplacement (m) across the selected phase / mass (kg)
  Units: Joules per kilogram (J/kg)  Units: Joules per kilogram (J/kg)
 +
 Avg Work: Avg Work:
  Definition: Average power production during the selected phase.  Definition: Average power production during the selected phase.
-Calculation: mean GRFz(N) * COMdisplacement (m) across the selected +  Calculation: mean GRFz(N) * COMdisplacement (m) across the selected 
  Units: Joules (J)  Units: Joules (J)
 +
 Avg Work Rel: Avg Work Rel:
  Definition: Average power production during the selected phase.  Definition: Average power production during the selected phase.
-Calculation: mean GRFz(N) * COMdisplacement (m) across the selected phase / mass (kg)+  Calculation: mean GRFz(N) * COMdisplacement (m) across the selected phase / mass (kg)
  Units: Joules per kilogram(J/ kg)  Units: Joules per kilogram(J/ kg)
 +
 Torso Angle: Torso Angle:
  Definition: Segment angle of the torso at the end of the selected phase.   Definition: Segment angle of the torso at the end of the selected phase. 
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Hip Flexion Angle L: Hip Flexion Angle L:
-Definition: Left hip joint flexion/ extension angle at the end of the selected phase. +  Definition: Left hip joint flexion/ extension angle at the end of the selected phase. 
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Hip Flexion Angle R: Hip Flexion Angle R:
-Definition: Right hip flexion/ extension joint angle at the end of the selected phase.+  Definition: Right hip flexion/ extension joint angle at the end of the selected phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
- 
- 
  
 Hip Add Angle L: Hip Add Angle L:
-Definition: Left hip joint adduction/abduction angle at the end of the selected phase.+  Definition: Left hip joint adduction/abduction angle at the end of the selected phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Hip Add Angle R: Hip Add Angle R:
-Definition: Right hip joint adduction/abduction angle at the end of the selected phase.+  Definition: Right hip joint adduction/abduction angle at the end of the selected phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Hip IR Angle L: Hip IR Angle L:
-Definition: Left hip joint internal/external rotation angle at the end of the selected phase.+  Definition: Left hip joint internal/external rotation angle at the end of the selected phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Hip IR Angle R: Hip IR Angle R:
-Definition: Right hip joint internal/external rotation angle at the end of the selected phase.+  Definition: Right hip joint internal/external rotation angle at the end of the selected phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Knee Flexion Angle L: Knee Flexion Angle L:
-Definition: Left knee joint flexion/ extension angle at the end of the selected phase.+  Definition: Left knee joint flexion/ extension angle at the end of the selected phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Knee Flexion Angle R: Knee Flexion Angle R:
-Definition: Right knee joint flexion/ extension angle at the end of the selected phase.+  Definition: Right knee joint flexion/ extension angle at the end of the selected phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
- 
  
 Ankle Flexion Angle L: Ankle Flexion Angle L:
-Definition: Left ankle joint flexion/ extension angle at the end of the selected phase.+  Definition: Left ankle joint flexion/ extension angle at the end of the selected phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
  
 Ankle Flexion Angle R: Ankle Flexion Angle R:
-Definition: Right ankle joint flexion/ extension angle at the end of the selected phase.+  Definition: Right ankle joint flexion/ extension angle at the end of the selected phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
  
 +**L/R SL CMJ - Unloading Metrics**
  
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
-L/R SL CMJ- Unloading Metrics 
 Unloading Time:  Unloading Time: 
  Definition: Temporal duration of the unloading phase.  Definition: Temporal duration of the unloading phase.
  Calculation: Unloading End (s) – CMJ start (s)   Calculation: Unloading End (s) – CMJ start (s) 
  Units: Seconds (s)  Units: Seconds (s)
 +
 Unloading Avg Vel:  Unloading Avg Vel: 
  Definition: Average center of mass vertical velocity across the unloading phase.  Definition: Average center of mass vertical velocity across the unloading phase.
  Calculation: mean (com_velocity)[unloading_end : CMJstart]  Calculation: mean (com_velocity)[unloading_end : CMJstart]
  Units: Meters per second (m/s)  Units: Meters per second (m/s)
 +
 Unloading Peak Vel:  Unloading Peak Vel: 
-Definition: Peak negative center of mass vertical velocity within the unloading phase.+  Definition: Peak negative center of mass vertical velocity within the unloading phase.
  Calculation: min (com_velocity) [unloading_end : CMJstart]  Calculation: min (com_velocity) [unloading_end : CMJstart]
  Units: Meters per second (m/s)  Units: Meters per second (m/s)
 +
 Unloading Avg Force: Unloading Avg Force:
  Definition: Average vertical force production during the unloading phase.   Definition: Average vertical force production during the unloading phase. 
  Calculation: mean(Force(N))[unloading_end:CMJstart]  Calculation: mean(Force(N))[unloading_end:CMJstart]
  Units: Newtons (N)  Units: Newtons (N)
 +
 Unloading Avg Force Rel: Unloading Avg Force Rel:
-Definition: Average vertical force production during the unloading phase normalized to participant’s body mass.+  Definition: Average vertical force production during the unloading phase normalized to participant’s body mass.
  Calculation: mean(Force(N))[unloading_end:CMJstart] / mass (kg)  Calculation: mean(Force(N))[unloading_end:CMJstart] / mass (kg)
  Units: Newtons per kilogram (N/kg)  Units: Newtons per kilogram (N/kg)
 +
 Unloading Peak Force:  Unloading Peak Force: 
-Definition: Peak vertical force production during the unloading phase normalized to participant’s body mass.+  Definition: Peak vertical force production during the unloading phase normalized to participant’s body mass.
  Calculation: max(Force(N))[unloading_end:CMJstart]   Calculation: max(Force(N))[unloading_end:CMJstart] 
  Units: Newtons (N)  Units: Newtons (N)
 +
 Unloading Peak Force Rel: Unloading Peak Force Rel:
-Definition: Peak vertical force production during the unloading phase normalized to participant’s body mass.+  Definition: Peak vertical force production during the unloading phase normalized to participant’s body mass.
  Calculation: max(Force(N))[unloading_end:CMJstart] / mass (kg)  Calculation: max(Force(N))[unloading_end:CMJstart] / mass (kg)
  Units: Newtons per kilogram (N/kg)  Units: Newtons per kilogram (N/kg)
 +
 Unloading Avg RFD:  Unloading Avg RFD: 
  Definition: Average rate of force development during the unloading phase.  Definition: Average rate of force development during the unloading phase.
-Calculation: mean(Force(N)[unloading_end:CMJstart] / Unloading Time (s)+  Calculation: mean(Force(N)[unloading_end:CMJstart] / Unloading Time (s)
  Units: Newtons per second (N/s)  Units: Newtons per second (N/s)
 +
 Unloading Avg RFD Rel: Unloading Avg RFD Rel:
-Definition: Average rate of force development during the unloading phase normalized to participant’s body mass. +  Definition: Average rate of force development during the unloading phase normalized to participant’s body mass. 
-Calculation: mean(Force(N)[unloading_end:CMJstart] / Unloading Time (s))/ mass (kg) +  Calculation: mean(Force(N)[unloading_end:CMJstart] / Unloading Time (s))/ mass (kg) 
  Units: Newtons per second per kilogram (N/s/kg)  Units: Newtons per second per kilogram (N/s/kg)
 +
 Unloading Peak RFD: Unloading Peak RFD:
  Definition: Peak rate of force development during the unloading phase.  Definition: Peak rate of force development during the unloading phase.
-Calculation: max(Force(N)[unloading_end:CMJstart] / Unloading Time (s)+  Calculation: max(Force(N)[unloading_end:CMJstart] / Unloading Time (s)
  Units: Newtons per second (N/s)  Units: Newtons per second (N/s)
 +
 Unloading Peak RFD Rel: Unloading Peak RFD Rel:
-Definition: Peak rate of force development during the unloading phase normalized to body mass. +  Definition: Peak rate of force development during the unloading phase normalized to body mass. 
-Calculation: max(Force(N)[unloading_end:CMJstart] / Unloading Time (s) / mass(kg).+  Calculation: max(Force(N)[unloading_end:CMJstart] / Unloading Time (s) / mass(kg).
  Units: Newtons per second per kilogram (N/s/kg)  Units: Newtons per second per kilogram (N/s/kg)
 +
 Unloading Peak Power:  Unloading Peak Power: 
-Definition: Peak power production during the unloading phase. +  Definition: Peak power production during the unloading phase. 
-Calculation: max(Force(N)[unloading_end:CMJstart] * com_velocity(m/s)[[unloading_end:CMJstart]+  Calculation: max(Force(N)[unloading_end:CMJstart] * com_velocity(m/s)[[unloading_end:CMJstart]
  Units: Watts (W)  Units: Watts (W)
 +
 Unloading Peak Power Rel: Unloading Peak Power Rel:
-Definition: Peak power production during the unloading phase normalized to the participant’s  body mass. +  Definition: Peak power production during the unloading phase normalized to the participant’s  body mass. 
-Calculation: max(Force(N)[unloading_end:CMJstart] * com_velocity(m/s)[[unloading_end:CMJstart]) / mass(kg_+  Calculation: max(Force(N)[unloading_end:CMJstart] * com_velocity(m/s)[[unloading_end:CMJstart]) / mass(kg_
  Units: Watts per kilogram (W/kg)  Units: Watts per kilogram (W/kg)
 +
 Unloading Avg Power: Unloading Avg Power:
  Definition: Average power production during the unloading phase.  Definition: Average power production during the unloading phase.
-Calculation: mean(Force(N)[unloading_end:CMJstart] * com_velocity(m/s)[[unloading_end:CMJstart])+  Calculation: mean(Force(N)[unloading_end:CMJstart] * com_velocity(m/s)[[unloading_end:CMJstart])
  Units: Watts (W)  Units: Watts (W)
 +
 Unloading Avg Power Rel: Unloading Avg Power Rel:
-Definition: Average power production during the unloading phase normalized to the participant’s body mass. +  Definition: Average power production during the unloading phase normalized to the participant’s body mass. 
-Calculation: mean(Force(N)[unloading_end:CMJstart] * com_velocity(m/s)[[unloading_end:CMJstart]) / mass(kg)+  Calculation: mean(Force(N)[unloading_end:CMJstart] * com_velocity(m/s)[[unloading_end:CMJstart]) / mass(kg)
  Units: Watts per kilogram (W/kg)  Units: Watts per kilogram (W/kg)
 +
 Unloading Peak Work:  Unloading Peak Work: 
-Definition: Peak work production during the unloading phase. +  Definition: Peak work production during the unloading phase. 
-Calculation: max(Force(N)[unloading_end:CMJstart] * com_position(m)[[unloading_end:CMJstart])+  Calculation: max(Force(N)[unloading_end:CMJstart] * com_position(m)[[unloading_end:CMJstart])
  Units: Joules(J)  Units: Joules(J)
 +
 Unloading Peak Work Rel: Unloading Peak Work Rel:
-Definition: Peak power production during the unloading phase normalized to the participant’s  body mass. +  Definition: Peak power production during the unloading phase normalized to the participant’s  body mass. 
-Calculation: max(Force(N)[unloading_end:CMJstart] * com_position(m)[[unloading_end:CMJstart]) /  mass(kg)+  Calculation: max(Force(N)[unloading_end:CMJstart] * com_position(m)[[unloading_end:CMJstart]) /  mass(kg)
  Units: Joules per kilogram (J/kg)  Units: Joules per kilogram (J/kg)
 +
 Unloading Avg Work: Unloading Avg Work:
  Definition: Average power production during the unloading phase.  Definition: Average power production during the unloading phase.
-Calculation: mean(Force(N)[unloading_end:CMJstart] * com_position(m)[[unloading_end:CMJstart])+  Calculation: mean(Force(N)[unloading_end:CMJstart] * com_position(m)[[unloading_end:CMJstart])
  Units: Joules (J)  Units: Joules (J)
 +
 Unloading Avg Work Rel: Unloading Avg Work Rel:
  Definition: Average power production during the unloading phase.  Definition: Average power production during the unloading phase.
-Calculation: mean(Force(N)[unloading_end:CMJstart] * com_position(m)[[unloading_end:CMJstart]) / mass(kg)+  Calculation: mean(Force(N)[unloading_end:CMJstart] * com_position(m)[[unloading_end:CMJstart]) / mass(kg)
  Units: Joules per kilogram(J/ kg)  Units: Joules per kilogram(J/ kg)
 +
 Unloading Torso Angle: Unloading Torso Angle:
  Definition: Segment angle of the torso at the end of the unloading phase.   Definition: Segment angle of the torso at the end of the unloading phase. 
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Unloading Hip Flexion Angle L: Unloading Hip Flexion Angle L:
-Definition: Left hip joint flexion/ extension angle at the end of the unloading phase. +  Definition: Left hip joint flexion/ extension angle at the end of the unloading phase. 
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Unloading Hip Flexion Angle R: Unloading Hip Flexion Angle R:
-Definition: Right hip flexion/ extension joint angle at the end of the unloading phase.+  Definition: Right hip flexion/ extension joint angle at the end of the unloading phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Unloading Hip Add Angle L: Unloading Hip Add Angle L:
-Definition: Left hip joint adduction/abduction angle at the end of the unloading phase.+  Definition: Left hip joint adduction/abduction angle at the end of the unloading phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Unloading Hip Add Angle R: Unloading Hip Add Angle R:
-Definition: Right hip joint adduction/abduction angle at the end of the unloading phase.+  Definition: Right hip joint adduction/abduction angle at the end of the unloading phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Unloading Hip IR Angle L: Unloading Hip IR Angle L:
-Definition: Left hip joint internal/external rotation angle at the end of the unloading phase.+  Definition: Left hip joint internal/external rotation angle at the end of the unloading phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Unloading Hip IR Angle R: Unloading Hip IR Angle R:
-Definition: Right hip joint internal/external rotation angle at the end of the unloading phase.+  Definition: Right hip joint internal/external rotation angle at the end of the unloading phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Unloading Knee Flexion Angle L: Unloading Knee Flexion Angle L:
-Definition: Left knee joint flexion/ extension angle at the end of the unloading phase.+  Definition: Left knee joint flexion/ extension angle at the end of the unloading phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Unloading Knee Flexion Angle R: Unloading Knee Flexion Angle R:
-Definition: Right knee joint flexion/ extension angle at the end of the unloading phase.+  Definition: Right knee joint flexion/ extension angle at the end of the unloading phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Unloading Ankle Flexion Angle L: Unloading Ankle Flexion Angle L:
-Definition: Left ankle joint flexion/ extension angle at the end of the unloading phase.+  Definition: Left ankle joint flexion/ extension angle at the end of the unloading phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Unloading Ankle Flexion Angle R: Unloading Ankle Flexion Angle R:
-Definition: Right ankle joint flexion/ extension angle at the end of the unloading phase.+  Definition: Right ankle joint flexion/ extension angle at the end of the unloading phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
  
 +**L/R SL CMJ - Yielding Metrics**
  
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
- 
-L/R SL CMJ- Yielding Metrics 
 Yielding Time:  Yielding Time: 
  Definition: Temporal duration of the yielding phase.  Definition: Temporal duration of the yielding phase.
  Calculation: Yielding End (s) – Unloading End (s)   Calculation: Yielding End (s) – Unloading End (s) 
  Units: Seconds (s)  Units: Seconds (s)
 +
 Yielding Avg Vel:  Yielding Avg Vel: 
  Definition: Average center of mass vertical velocity across the yielding phase.  Definition: Average center of mass vertical velocity across the yielding phase.
  Calculation: mean (com_velocity)[yielding_end:unloading_end]  Calculation: mean (com_velocity)[yielding_end:unloading_end]
  Units: Meters per second (m/s)  Units: Meters per second (m/s)
 +
 Yielding Peak Vel:  Yielding Peak Vel: 
-Definition: Peak negative center of mass vertical velocity within the yielding phase.+  Definition: Peak negative center of mass vertical velocity within the yielding phase.
  Calculation: min (com_velocity) [yielding_end:unloading_end]  Calculation: min (com_velocity) [yielding_end:unloading_end]
  Units: Meters per second (m/s)  Units: Meters per second (m/s)
 +
 Yielding Avg Force: Yielding Avg Force:
  Definition: Average vertical force production during the yielding phase.   Definition: Average vertical force production during the yielding phase. 
  Calculation: mean(Force(N))[yielding_end:unloading_end]  Calculation: mean(Force(N))[yielding_end:unloading_end]
  Units: Newtons (N)  Units: Newtons (N)
 +
 Yielding Avg Force Rel: Yielding Avg Force Rel:
-Definition: Average vertical force production during the yielding phase normalized to participant’s body mass.+  Definition: Average vertical force production during the yielding phase normalized to participant’s body mass.
  Calculation: mean(Force(N))[yielding_end:unloading_end] / mass (kg)  Calculation: mean(Force(N))[yielding_end:unloading_end] / mass (kg)
  Units: Newtons per kilogram (N/kg)  Units: Newtons per kilogram (N/kg)
 +
 Yielding Peak Force:  Yielding Peak Force: 
-Definition: Peak vertical force production during the yielding phase normalized to participant’s body mass.+  Definition: Peak vertical force production during the yielding phase normalized to participant’s body mass.
  Calculation: max(Force(N))[yielding_end:unloading_end]   Calculation: max(Force(N))[yielding_end:unloading_end] 
  Units: Newtons (N)  Units: Newtons (N)
 +
 Yielding Peak Force Rel: Yielding Peak Force Rel:
-Definition: Peak vertical force production during the yielding phase normalized to participant’s body mass.+  Definition: Peak vertical force production during the yielding phase normalized to participant’s body mass.
  Calculation: max(Force(N))[yielding_end:unloading_end] / mass (kg)  Calculation: max(Force(N))[yielding_end:unloading_end] / mass (kg)
  Units: Newtons per kilogram (N/kg)  Units: Newtons per kilogram (N/kg)
 +
 Yielding Avg RFD:  Yielding Avg RFD: 
  Definition: Average rate of force development during the yielding phase.  Definition: Average rate of force development during the yielding phase.
-Calculation: mean(Force(N)[yielding_end:unloading_end] / Yielding Time (s)+  Calculation: mean(Force(N)[yielding_end:unloading_end] / Yielding Time (s)
  Units: Newtons per second (N/s)  Units: Newtons per second (N/s)
  
 Yielding Avg RFD Rel: Yielding Avg RFD Rel:
-Definition: Average rate of force development during the yielding phase normalized to participant’s body mass. +  Definition: Average rate of force development during the yielding phase normalized to participant’s body mass. 
-Calculation: mean(Force(N)[yielding_end:unloading_end] / Yielding Time (s))/ mass (kg) +  Calculation: mean(Force(N)[yielding_end:unloading_end] / Yielding Time (s))/ mass (kg) 
  Units: Newtons per second per kilogram (N/s/kg)  Units: Newtons per second per kilogram (N/s/kg)
 +
 Yielding Peak RFD: Yielding Peak RFD:
  Definition: Peak rate of force development during the yielding phase.  Definition: Peak rate of force development during the yielding phase.
-Calculation: max(Force(N)[yielding_end:unloading_end] / Yielding Time (s)+  Calculation: max(Force(N)[yielding_end:unloading_end] / Yielding Time (s)
  Units: Newtons per second (N/s)  Units: Newtons per second (N/s)
 +
 Yielding Peak RFD Rel: Yielding Peak RFD Rel:
-Definition: Peak rate of force development during the yielding phase normalized to body mass. +  Definition: Peak rate of force development during the yielding phase normalized to body mass. 
-Calculation: max(Force(N)[yielding_end:unloading_end] / Yielding Time (s) / mass(kg).+  Calculation: max(Force(N)[yielding_end:unloading_end] / Yielding Time (s) / mass(kg).
  Units: Newtons per second per kilogram (N/s/kg)  Units: Newtons per second per kilogram (N/s/kg)
 +
 Yielding Peak Power:  Yielding Peak Power: 
-Definition: Peak power production during the yielding phase. +  Definition: Peak power production during the yielding phase. 
-Calculation: max(Force(N)[yielding_end:unloading_end] * com_velocity(m/s)[[yielding_end:unloading_end]+  Calculation: max(Force(N)[yielding_end:unloading_end] * com_velocity(m/s)[[yielding_end:unloading_end]
  Units: Watts (W)  Units: Watts (W)
 +
 Yielding Peak Power Rel: Yielding Peak Power Rel:
-Definition: Peak power production during the yielding phase normalized to the participant’s  body mass. +  Definition: Peak power production during the yielding phase normalized to the participant’s  body mass. 
-Calculation: max(Force(N)[yielding_end:unloading_end] * com_velocity(m/s)[[yielding_end:unloading_end]) / mass(kg)+  Calculation: max(Force(N)[yielding_end:unloading_end] * com_velocity(m/s)[[yielding_end:unloading_end]) / mass(kg)
  Units: Watts per kilogram (W/kg)  Units: Watts per kilogram (W/kg)
 +
 Yielding Avg Power: Yielding Avg Power:
  Definition: Average power production during the yielding phase.  Definition: Average power production during the yielding phase.
-Calculation: mean(Force(N)[yielding_end:unloading_end] * com_velocity(m/s)[[yielding_end:unloading_end])+  Calculation: mean(Force(N)[yielding_end:unloading_end] * com_velocity(m/s)[[yielding_end:unloading_end])
  Units: Watts (W)  Units: Watts (W)
 +
 Yielding Avg Power Rel: Yielding Avg Power Rel:
-Definition: Average power production during the yielding phase normalized to the participant’s body mass. +  Definition: Average power production during the yielding phase normalized to the participant’s body mass. 
-Calculation: mean(Force(N)[yielding_end:unloading_end] * com_velocity(m/s)[[yielding_end:unloading_end]) / mass(kg)+  Calculation: mean(Force(N)[yielding_end:unloading_end] * com_velocity(m/s)[[yielding_end:unloading_end]) / mass(kg)
  Units: Watts per kilogram (W/kg)  Units: Watts per kilogram (W/kg)
  
 Yielding Peak Work:  Yielding Peak Work: 
-Definition: Peak work production during the yielding phase. +  Definition: Peak work production during the yielding phase. 
-Calculation: max(Force(N)[yielding_end:unloading_end] * com_position(m)[[yielding_end:unloading_end])+  Calculation: max(Force(N)[yielding_end:unloading_end] * com_position(m)[[yielding_end:unloading_end])
  Units: Joules(J)  Units: Joules(J)
 +
 Yielding Peak Work Rel: Yielding Peak Work Rel:
-Definition: Peak power production during the yielding phase normalized to the participant’s body mass. +  Definition: Peak power production during the yielding phase normalized to the participant’s body mass. 
-Calculation: max(Force(N)[yielding_end:unloading_end] * com_position(m)[[yielding_end:unloading_end]) /  mass(kg)+  Calculation: max(Force(N)[yielding_end:unloading_end] * com_position(m)[[yielding_end:unloading_end]) /  mass(kg)
  Units: Joules per kilogram (J/kg)  Units: Joules per kilogram (J/kg)
 +
 Yielding Avg Work: Yielding Avg Work:
  Definition: Average power production during the yielding phase.  Definition: Average power production during the yielding phase.
-Calculation: mean(Force(N)[yielding_end:unloading_end] * com_position(m)[[yielding_end:unloading_end])+  Calculation: mean(Force(N)[yielding_end:unloading_end] * com_position(m)[[yielding_end:unloading_end])
  Units: Joules (J)  Units: Joules (J)
 +
 Yielding Avg Work Rel: Yielding Avg Work Rel:
  Definition: Average power production during the yielding phase.  Definition: Average power production during the yielding phase.
-Calculation: mean(Force(N)[yielding_end:unloading_end] * com_position(m)[[yielding_end:unloading_end]) / mass(kg)+  Calculation: mean(Force(N)[yielding_end:unloading_end] * com_position(m)[[yielding_end:unloading_end]) / mass(kg)
  Units: Joules per kilogram(J/ kg)  Units: Joules per kilogram(J/ kg)
 +
 Yielding Torso Angle: Yielding Torso Angle:
  Definition: Segment angle of the torso at the end of the yielding phase.   Definition: Segment angle of the torso at the end of the yielding phase. 
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Yielding Hip Flexion Angle L: Yielding Hip Flexion Angle L:
-Definition: Left hip joint flexion/ extension angle at the end of the yielding phase. +  Definition: Left hip joint flexion/ extension angle at the end of the yielding phase. 
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Yielding Hip Flexion Angle R: Yielding Hip Flexion Angle R:
-Definition: Right hip flexion/ extension joint angle at the end of the yielding phase.+  Definition: Right hip flexion/ extension joint angle at the end of the yielding phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Yielding Hip Add Angle L: Yielding Hip Add Angle L:
-Definition: Left hip joint adduction/abduction angle at the end of the yielding phase.+  Definition: Left hip joint adduction/abduction angle at the end of the yielding phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Yielding Hip Add Angle R: Yielding Hip Add Angle R:
-Definition: Right hip joint adduction/abduction angle at the end of the yielding phase.+  Definition: Right hip joint adduction/abduction angle at the end of the yielding phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Yielding Hip IR Angle L: Yielding Hip IR Angle L:
-Definition: Left hip joint internal/external rotation angle at the end of the yielding phase.+  Definition: Left hip joint internal/external rotation angle at the end of the yielding phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Yielding Hip IR Angle R: Yielding Hip IR Angle R:
-Definition: Right hip joint internal/external rotation angle at the end of the yielding phase.+  Definition: Right hip joint internal/external rotation angle at the end of the yielding phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Yielding Knee Flexion Angle L: Yielding Knee Flexion Angle L:
-Definition: Left knee joint flexion/ extension angle at the end of the yielding phase.+  Definition: Left knee joint flexion/ extension angle at the end of the yielding phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Yielding Knee Flexion Angle R: Yielding Knee Flexion Angle R:
-Definition: Right knee joint flexion/ extension angle at the end of the yielding phase.+  Definition: Right knee joint flexion/ extension angle at the end of the yielding phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Yielding Ankle Flexion Angle L: Yielding Ankle Flexion Angle L:
-Definition: Left ankle joint flexion/ extension angle at the end of the yielding phase.+  Definition: Left ankle joint flexion/ extension angle at the end of the yielding phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Yielding Ankle Flexion Angle R: Yielding Ankle Flexion Angle R:
-Definition: Right ankle joint flexion/ extension angle at the end of the yielding phase.+  Definition: Right ankle joint flexion/ extension angle at the end of the yielding phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
  
 +**L/R SL CMJ - Braking Metrics**
  
-L/R SL CMJ-Braking Metrics 
 Braking Time:  Braking Time: 
  Definition: Temporal duration of the braking phase.  Definition: Temporal duration of the braking phase.
  Calculation: Braking End (s) – Yielding End (s)   Calculation: Braking End (s) – Yielding End (s) 
  Units: Seconds (s)  Units: Seconds (s)
 +
 Braking Avg Vel:  Braking Avg Vel: 
  Definition: Average center of mass vertical velocity across the braking phase.  Definition: Average center of mass vertical velocity across the braking phase.
  Calculation: mean (com_velocity)[braking_end:yielding_end]  Calculation: mean (com_velocity)[braking_end:yielding_end]
  Units: Meters per second (m/s)  Units: Meters per second (m/s)
 +
 Braking Peak Vel:  Braking Peak Vel: 
-Definition: Peak negative center of mass vertical velocity within the braking phase.+  Definition: Peak negative center of mass vertical velocity within the braking phase.
  Calculation: min (com_velocity) [braking_end:yielding_end]  Calculation: min (com_velocity) [braking_end:yielding_end]
  Units: Meters per second (m/s)  Units: Meters per second (m/s)
 +
 Braking Avg Force: Braking Avg Force:
  Definition: Average vertical force production during the braking phase.   Definition: Average vertical force production during the braking phase. 
  Calculation: mean(Force(N))[braking_end:yielding_end]  Calculation: mean(Force(N))[braking_end:yielding_end]
  Units: Newtons (N)  Units: Newtons (N)
 +
 Braking Avg Force Rel: Braking Avg Force Rel:
-Definition: Average vertical force production during the braking phase normalized to participant’s body mass.+  Definition: Average vertical force production during the braking phase normalized to participant’s body mass.
  Calculation: mean(Force(N))[braking_end:yielding_end] / mass (kg)  Calculation: mean(Force(N))[braking_end:yielding_end] / mass (kg)
  Units: Newtons per kilogram (N/kg)  Units: Newtons per kilogram (N/kg)
 +
 Braking Peak Force:  Braking Peak Force: 
-Definition: Peak vertical force production during the braking phase normalized to participant’s body mass.+  Definition: Peak vertical force production during the braking phase normalized to participant’s body mass.
  Calculation: max(Force(N))[braking_end:yielding_end]   Calculation: max(Force(N))[braking_end:yielding_end] 
  Units: Newtons (N)  Units: Newtons (N)
 +
 Braking Peak Force Rel: Braking Peak Force Rel:
-Definition: Peak vertical force production during the braking phase normalized to participant’s body mass.+  Definition: Peak vertical force production during the braking phase normalized to participant’s body mass.
  Calculation: max(Force(N))[braking_end:yielding_end] / mass (kg)  Calculation: max(Force(N))[braking_end:yielding_end] / mass (kg)
  Units: Newtons per kilogram (N/kg)  Units: Newtons per kilogram (N/kg)
Line 570: Line 595:
 Braking Avg RFD:  Braking Avg RFD: 
  Definition: Average rate of force development during the braking phase.  Definition: Average rate of force development during the braking phase.
-Calculation: mean(Force(N)[braking_end:yielding_end] / Braking Time (s)+  Calculation: mean(Force(N)[braking_end:yielding_end] / Braking Time (s)
  Units: Newtons per second (N/s)  Units: Newtons per second (N/s)
  
 Braking Avg RFD Rel: Braking Avg RFD Rel:
-Definition: Average rate of force development during the braking phase normalized to participant’s body mass. +  Definition: Average rate of force development during the braking phase normalized to participant’s body mass. 
-Calculation: mean(Force(N)[braking_end:yielding_end] / Braking Time (s))/ mass (kg) +  Calculation: mean(Force(N)[braking_end:yielding_end] / Braking Time (s))/ mass (kg) 
  Units: Newtons per second per kilogram (N/s/kg)  Units: Newtons per second per kilogram (N/s/kg)
 +
 Braking Peak RFD: Braking Peak RFD:
  Definition: Peak rate of force development during the braking phase.  Definition: Peak rate of force development during the braking phase.
-Calculation: max(Force(N)[braking_end:yielding_end] / BrakingTime (s)+  Calculation: max(Force(N)[braking_end:yielding_end] / BrakingTime (s)
  Units: Newtons per second (N/s)  Units: Newtons per second (N/s)
 +
 Braking Peak RFD Rel: Braking Peak RFD Rel:
-Definition: Peak rate of force development during the braking phase normalized to body mass. +  Definition: Peak rate of force development during the braking phase normalized to body mass. 
-Calculation: max(Force(N)[braking_end:yielding_end] / Braking Time (s) / mass(kg).+  Calculation: max(Force(N)[braking_end:yielding_end] / Braking Time (s) / mass(kg).
  Units: Newtons per second per kilogram (N/s/kg)  Units: Newtons per second per kilogram (N/s/kg)
 +
 Braking Peak Power:  Braking Peak Power: 
-Definition: Peak power production during the braking phase. +  Definition: Peak power production during the braking phase. 
-Calculation: max(Force(N)[yielding_end:CMJstart] * com_velocity(m/s)[yielding_end:CMJstart]+  Calculation: max(Force(N)[yielding_end:CMJstart] * com_velocity(m/s)[yielding_end:CMJstart]
  Units: Watts (W)  Units: Watts (W)
 +
 Braking Peak Power Rel: Braking Peak Power Rel:
-Definition: Peak power production during the braking phase normalized to the participant’s body mass. +  Definition: Peak power production during the braking phase normalized to the participant’s body mass. 
-Calculation: max(Force(N)[braking_end:yielding_end] * com_velocity(m/s)[braking_end:yielding_end]) / mass(kg)+  Calculation: max(Force(N)[braking_end:yielding_end] * com_velocity(m/s)[braking_end:yielding_end]) / mass(kg)
  Units: Watts per kilogram (W/kg)  Units: Watts per kilogram (W/kg)
 +
 Braking Avg Power: Braking Avg Power:
  Definition: Average power production during the braking phase.  Definition: Average power production during the braking phase.
-Calculation: mean(Force(N)[braking_end:yielding_end] * com_velocity(m/s)[ braking_end:yielding_end])+  Calculation: mean(Force(N)[braking_end:yielding_end] * com_velocity(m/s)[ braking_end:yielding_end])
  Units: Watts (W)  Units: Watts (W)
 +
 Braking Avg Power Rel: Braking Avg Power Rel:
-Definition: Average power production during the braking phase normalized to the participant’s body mass. +  Definition: Average power production during the braking phase normalized to the participant’s body mass. 
-Calculation: mean(Force(N)[braking_end:yielding_end] * com_velocity(m/s)[[braking_end:yielding_end]) / mass(kg)+  Calculation: mean(Force(N)[braking_end:yielding_end] * com_velocity(m/s)[[braking_end:yielding_end]) / mass(kg)
  Units: Watts per kilogram (W/kg)  Units: Watts per kilogram (W/kg)
  
 Braking Peak Work:  Braking Peak Work: 
-Definition: Peak work production during the braking phase. +  Definition: Peak work production during the braking phase. 
-Calculation: max(Force(N)[braking_end:yielding_end] * com_position(m)[[braking_end:yielding_end])+  Calculation: max(Force(N)[braking_end:yielding_end] * com_position(m)[[braking_end:yielding_end])
  Units: Joules(J)  Units: Joules(J)
 +
 Braking Peak Work Rel: Braking Peak Work Rel:
-Definition: Peak power production during the braking phase normalized to the participant’s body mass. +  Definition: Peak power production during the braking phase normalized to the participant’s body mass. 
-Calculation: max(Force(N)[braking_end:yielding_end] * com_position(m)[[braking_end:yielding_end]) /  mass(kg)+  Calculation: max(Force(N)[braking_end:yielding_end] * com_position(m)[[braking_end:yielding_end]) /  mass(kg)
  Units: Joules per kilogram (J/kg)  Units: Joules per kilogram (J/kg)
 +
 Braking Avg Work: Braking Avg Work:
  Definition: Average power production during the braking phase.  Definition: Average power production during the braking phase.
-Calculation: mean(Force(N)[braking_end:yielding_end] * com_position(m)[[braking_end:yielding_end])+  Calculation: mean(Force(N)[braking_end:yielding_end] * com_position(m)[[braking_end:yielding_end])
  Units: Joules (J)  Units: Joules (J)
 +
 Braking Avg Work Rel: Braking Avg Work Rel:
  Definition: Average power production during the braking phase.  Definition: Average power production during the braking phase.
-Calculation: mean(Force(N)[braking_end:yielding_end] * com_position(m)[[braking_end:yielding_end]) / mass(kg)+  Calculation: mean(Force(N)[braking_end:yielding_end] * com_position(m)[[braking_end:yielding_end]) / mass(kg)
  Units: Joules per kilogram(J/ kg)  Units: Joules per kilogram(J/ kg)
 +
 Braking Torso Angle: Braking Torso Angle:
  Definition: Segment angle of the torso at the end of the braking phase.   Definition: Segment angle of the torso at the end of the braking phase. 
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Braking Hip Flexion Angle L: Braking Hip Flexion Angle L:
-Definition: Left hip joint flexion/ extension angle at the end of the braking phase. +  Definition: Left hip joint flexion/ extension angle at the end of the braking phase. 
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Braking Hip Flexion Angle R: Braking Hip Flexion Angle R:
-Definition: Right hip flexion/ extension joint angle at the end of the braking phase.+  Definition: Right hip flexion/ extension joint angle at the end of the braking phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Braking Hip Add Angle L: Braking Hip Add Angle L:
-Definition: Left hip joint adduction/abduction angle at the end of the braking phase.+  Definition: Left hip joint adduction/abduction angle at the end of the braking phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Braking Hip Add Angle R: Braking Hip Add Angle R:
-Definition: Right hip joint adduction/abduction angle at the end of the braking phase.+  Definition: Right hip joint adduction/abduction angle at the end of the braking phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Braking Hip IR Angle L: Braking Hip IR Angle L:
-Definition: Left hip joint internal/external rotation angle at the end of the braking phase.+  Definition: Left hip joint internal/external rotation angle at the end of the braking phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Braking Hip IR Angle R: Braking Hip IR Angle R:
-Definition: Right hip joint internal/external rotation angle at the end of the braking phase.+  Definition: Right hip joint internal/external rotation angle at the end of the braking phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Braking Knee Flexion Angle L: Braking Knee Flexion Angle L:
-Definition: Left knee joint flexion/ extension angle at the end of the braking phase.+  Definition: Left knee joint flexion/ extension angle at the end of the braking phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Braking Knee Flexion Angle R: Braking Knee Flexion Angle R:
-Definition: Right knee joint flexion/ extension angle at the end of the braking phase.+  Definition: Right knee joint flexion/ extension angle at the end of the braking phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Braking Ankle Flexion Angle L: Braking Ankle Flexion Angle L:
-Definition: Left ankle joint flexion/ extension angle at the end of the braking phase.+  Definition: Left ankle joint flexion/ extension angle at the end of the braking phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Braking Ankle Flexion Angle R: Braking Ankle Flexion Angle R:
-Definition: Right ankle joint flexion/ extension angle at the end of the braking phase.+  Definition: Right ankle joint flexion/ extension angle at the end of the braking phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
  
 +**L/R SL CMJ - Concentric Metrics**
  
- 
- 
- 
- 
-L/R SL CMJ-Concentric Metrics 
 Concentric Time:  Concentric Time: 
  Definition: Temporal duration of the concentric phase.  Definition: Temporal duration of the concentric phase.
  Calculation: Takeoff (s) – Braking End (s)   Calculation: Takeoff (s) – Braking End (s) 
  Units: Seconds (s)  Units: Seconds (s)
 +
 Concentric Avg Vel:  Concentric Avg Vel: 
  Definition: Average center of mass vertical velocity across the concentric phase.  Definition: Average center of mass vertical velocity across the concentric phase.
  Calculation: mean (com_velocity)[takeoff:braking_end]  Calculation: mean (com_velocity)[takeoff:braking_end]
  Units: Meters per second (m/s)  Units: Meters per second (m/s)
 +
 Concentric Peak Vel:  Concentric Peak Vel: 
-Definition: Peak negative center of mass vertical velocity within the concentric phase.+  Definition: Peak negative center of mass vertical velocity within the concentric phase.
  Calculation: max (com_velocity) [takeoff:braking_end]  Calculation: max (com_velocity) [takeoff:braking_end]
  Units: Meters per second (m/s)  Units: Meters per second (m/s)
 +
 Concentric Avg Force: Concentric Avg Force:
  Definition: Average vertical force production during the concentric phase.   Definition: Average vertical force production during the concentric phase. 
  Calculation: mean(Force(N))[takeoff:braking_end]  Calculation: mean(Force(N))[takeoff:braking_end]
  Units: Newtons (N)  Units: Newtons (N)
 +
 Concentric Avg Force Rel: Concentric Avg Force Rel:
-Definition: Average vertical force production during the concentric phase normalized to participant’s body mass.+  Definition: Average vertical force production during the concentric phase normalized to participant’s body mass.
  Calculation: mean(Force(N))[takeoff:braking_end] / mass (kg)  Calculation: mean(Force(N))[takeoff:braking_end] / mass (kg)
  Units: Newtons per kilogram (N/kg)  Units: Newtons per kilogram (N/kg)
 +
 Concentric Peak Force:  Concentric Peak Force: 
-Definition: Peak vertical force production during the concentric phase normalized to participant’s body mass.+  Definition: Peak vertical force production during the concentric phase normalized to participant’s body mass.
  Calculation: max(Force(N))[takeoff:braking_end]   Calculation: max(Force(N))[takeoff:braking_end] 
  Units: Newtons (N)  Units: Newtons (N)
 +
 Concentric Peak Force Rel: Concentric Peak Force Rel:
-Definition: Peak vertical force production during the concentric phase normalized to participant’s body mass.+  Definition: Peak vertical force production during the concentric phase normalized to participant’s body mass.
  Calculation: max(Force(N))[takeoff: braking_end] / mass (kg)  Calculation: max(Force(N))[takeoff: braking_end] / mass (kg)
  Units: Newtons per kilogram (N/kg)  Units: Newtons per kilogram (N/kg)
Line 700: Line 747:
 Concentric Avg RFD:  Concentric Avg RFD: 
  Definition: Average rate of force development during the concentric phase.  Definition: Average rate of force development during the concentric phase.
-Calculation: mean(Force(N)[takeoff:braking_end] / Concentric Time (s)+  Calculation: mean(Force(N)[takeoff:braking_end] / Concentric Time (s)
  Units: Newtons per second (N/s)  Units: Newtons per second (N/s)
  
 Concentric Avg RFD Rel: Concentric Avg RFD Rel:
-Definition: Average rate of force development during the concentric phase normalized to participant’s body mass. +  Definition: Average rate of force development during the concentric phase normalized to participant’s body mass. 
-Calculation: mean(Force(N)[takeoff: braking_end] / Concentric Time (s))/ mass (kg) +  Calculation: mean(Force(N)[takeoff: braking_end] / Concentric Time (s))/ mass (kg) 
  Units: Newtons per second per kilogram (N/s/kg)  Units: Newtons per second per kilogram (N/s/kg)
 +
 Concentric Peak RFD: Concentric Peak RFD:
  Definition: Peak rate of force development during the concentric phase.  Definition: Peak rate of force development during the concentric phase.
-Calculation: max(Force(N)[takeoff:braking_end] / Concentric Time (s)+  Calculation: max(Force(N)[takeoff:braking_end] / Concentric Time (s)
  Units: Newtons per second (N/s)  Units: Newtons per second (N/s)
- 
  
 Concentric Peak RFD Rel: Concentric Peak RFD Rel:
-Definition: Peak rate of force development during the concentric phase normalized to body mass. +  Definition: Peak rate of force development during the concentric phase normalized to body mass. 
-Calculation: max(Force(N)[takeoff:braking_end] / Concentric Time (s) / mass(kg).+  Calculation: max(Force(N)[takeoff:braking_end] / Concentric Time (s) / mass(kg).
  Units: Newtons per second per kilogram (N/s/kg)  Units: Newtons per second per kilogram (N/s/kg)
 +
 Concentric Peak Power:  Concentric Peak Power: 
-Definition: Peak power production during the concentric phase. +  Definition: Peak power production during the concentric phase. 
-Calculation: max(Force(N)[takeoff:braking_end] * com_velocity(m/s)[takeoff:braking_end]+  Calculation: max(Force(N)[takeoff:braking_end] * com_velocity(m/s)[takeoff:braking_end]
  Units: Watts (W)  Units: Watts (W)
 +
 Concentric Peak Power Rel: Concentric Peak Power Rel:
-Definition: Peak power production during the concentric phase normalized to the participant’s body mass. +  Definition: Peak power production during the concentric phase normalized to the participant’s body mass. 
-Calculation: max(Force(N)[takeoff:braking_end] * com_velocity(m/s)[takeoff:braking_end]) / mass(kg)+  Calculation: max(Force(N)[takeoff:braking_end] * com_velocity(m/s)[takeoff:braking_end]) / mass(kg)
  Units: Watts per kilogram (W/kg)  Units: Watts per kilogram (W/kg)
 +
 Concentric Avg Power: Concentric Avg Power:
  Definition: Average power production during the concentric phase.  Definition: Average power production during the concentric phase.
-Calculation: mean(Force(N)[takeoff:braking_end] * com_velocity(m/s)[ takeoff:braking_end])+  Calculation: mean(Force(N)[takeoff:braking_end] * com_velocity(m/s)[ takeoff:braking_end])
  Units: Watts (W)  Units: Watts (W)
 +
 Concentric Avg Power Rel: Concentric Avg Power Rel:
-Definition: Average power production during the concentric phase normalized to the participant’s body mass. +  Definition: Average power production during the concentric phase normalized to the participant’s body mass. 
-Calculation: mean(Force(N)[takeoff:braking_end] * com_velocity(m/s)[[takeoff:braking_end]) / mass(kg)+  Calculation: mean(Force(N)[takeoff:braking_end] * com_velocity(m/s)[[takeoff:braking_end]) / mass(kg)
  Units: Watts per kilogram (W/kg)  Units: Watts per kilogram (W/kg)
 +
 Concentric Peak Work:  Concentric Peak Work: 
-Definition: Peak work production during the concentric phase. +  Definition: Peak work production during the concentric phase. 
-Calculation: max(Force(N)[takeoff:braking_end] * com_position(m)[[takeoff:braking_end])+  Calculation: max(Force(N)[takeoff:braking_end] * com_position(m)[[takeoff:braking_end])
  Units: Joules(J)  Units: Joules(J)
 +
 Concentric Peak Work Rel: Concentric Peak Work Rel:
-Definition: Peak power production during the concentric phase normalized to the participant’s body mass. +  Definition: Peak power production during the concentric phase normalized to the participant’s body mass. 
-Calculation: max(Force(N)[takeoff:braking_end] * com_position(m)[[takeoff:braking_end]) /  mass(kg)+  Calculation: max(Force(N)[takeoff:braking_end] * com_position(m)[[takeoff:braking_end]) /  mass(kg)
  Units: Joules per kilogram (J/kg)  Units: Joules per kilogram (J/kg)
 +
 Concentric Avg Work: Concentric Avg Work:
  Definition: Average power production during the braking phase.  Definition: Average power production during the braking phase.
-Calculation: mean(Force(N)[takeoff:braking_end] * com_position(m)[[takeoff:braking_end])+  Calculation: mean(Force(N)[takeoff:braking_end] * com_position(m)[[takeoff:braking_end])
  Units: Joules (J)  Units: Joules (J)
 +
 Concentric Avg Work Rel: Concentric Avg Work Rel:
  Definition: Average power production during the concentric phase.  Definition: Average power production during the concentric phase.
-Calculation: mean(Force(N)[takeoff_end:braking_end] * com_position(m)[[takeoff:braking_end]) / mass(kg)+  Calculation: mean(Force(N)[takeoff_end:braking_end] * com_position(m)[[takeoff:braking_end]) / mass(kg)
  Units: Joules per kilogram(J/ kg)  Units: Joules per kilogram(J/ kg)
 +
 Concentric Torso Angle: Concentric Torso Angle:
  Definition: Segment angle of the torso at the end of the concentric phase.   Definition: Segment angle of the torso at the end of the concentric phase. 
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Concentric Hip Flexion Angle L: Concentric Hip Flexion Angle L:
-Definition: Left hip joint flexion/ extension angle at the end of the concentric phase. +  Definition: Left hip joint flexion/ extension angle at the end of the concentric phase. 
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Concentric Hip Flexion Angle R: Concentric Hip Flexion Angle R:
-Definition: Right hip flexion/ extension joint angle at the end of the concentric phase.+  Definition: Right hip flexion/ extension joint angle at the end of the concentric phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Concentric Hip Add Angle L: Concentric Hip Add Angle L:
-Definition: Left hip joint adduction/abduction angle at the end of the concentric phase.+  Definition: Left hip joint adduction/abduction angle at the end of the concentric phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Concentric Hip Add Angle R: Concentric Hip Add Angle R:
-Definition: Right hip joint adduction/abduction angle at the end of the concentric phase.+  Definition: Right hip joint adduction/abduction angle at the end of the concentric phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Concentric Hip IR Angle L: Concentric Hip IR Angle L:
-Definition: Left hip joint internal/external rotation angle at the end of the concentric phase.+  Definition: Left hip joint internal/external rotation angle at the end of the concentric phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Concentric Hip IR Angle R: Concentric Hip IR Angle R:
-Definition: Right hip joint internal/external rotation angle at the end of the concentric phase.+  Definition: Right hip joint internal/external rotation angle at the end of the concentric phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Concentric Knee Flexion Angle L: Concentric Knee Flexion Angle L:
-Definition: Left knee joint flexion/ extension angle at the end of the concentric phase.+  Definition: Left knee joint flexion/ extension angle at the end of the concentric phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Concentric Knee Flexion Angle R: Concentric Knee Flexion Angle R:
-Definition: Right knee joint flexion/ extension angle at the end of the concentric phase.+  Definition: Right knee joint flexion/ extension angle at the end of the concentric phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Concentric Ankle Flexion Angle L: Concentric Ankle Flexion Angle L:
-Definition: Left ankle joint flexion/ extension angle at the end of the concentric phase.+  Definition: Left ankle joint flexion/ extension angle at the end of the concentric phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Concentric Ankle Flexion Angle R: Concentric Ankle Flexion Angle R:
-Definition: Right ankle joint flexion/ extension angle at the end of the concentric phase.+  Definition: Right ankle joint flexion/ extension angle at the end of the concentric phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
  
 +**L/R SL CMJ - Landing Metrics**
  
- 
- 
- 
- 
-L/R SL CMJ-Landing Metrics 
 Landing Time:  Landing Time: 
  Definition: Temporal duration of the landing phase.  Definition: Temporal duration of the landing phase.
  Calculation: Landing End (s) – Ground Contact (s)   Calculation: Landing End (s) – Ground Contact (s) 
  Units: Seconds (s)  Units: Seconds (s)
 +
 Landing Avg Vel:  Landing Avg Vel: 
  Definition: Average center of mass vertical velocity across the landing phase.  Definition: Average center of mass vertical velocity across the landing phase.
  Calculation: mean (com_velocity)[landing_end:ground_contact]  Calculation: mean (com_velocity)[landing_end:ground_contact]
  Units: Meters per second (m/s)  Units: Meters per second (m/s)
 +
 Landing Peak Vel:  Landing Peak Vel: 
-Definition: Peak negative center of mass vertical velocity within the landing phase.+  Definition: Peak negative center of mass vertical velocity within the landing phase.
  Calculation: min (com_velocity) [landing_end:ground_contact]  Calculation: min (com_velocity) [landing_end:ground_contact]
  Units: Meters per second (m/s)  Units: Meters per second (m/s)
 +
 Landing Avg Force: Landing Avg Force:
  Definition: Average vertical force production during the landing phase.   Definition: Average vertical force production during the landing phase. 
  Calculation: mean(Force(N))[ landing_end:ground_contact]  Calculation: mean(Force(N))[ landing_end:ground_contact]
  Units: Newtons (N)  Units: Newtons (N)
 +
 Landing Avg Force Rel: Landing Avg Force Rel:
-Definition: Average vertical force production during the landing phase normalized to participant’s body mass.+  Definition: Average vertical force production during the landing phase normalized to participant’s body mass.
  Calculation: mean(Force(N))[ landing_end:ground_contact] / mass (kg)  Calculation: mean(Force(N))[ landing_end:ground_contact] / mass (kg)
  Units: Newtons per kilogram (N/kg)  Units: Newtons per kilogram (N/kg)
 +
 Landing Peak Force:  Landing Peak Force: 
-Definition: Peak vertical force production during the landing phase normalized to participant’s body mass.+  Definition: Peak vertical force production during the landing phase normalized to participant’s body mass.
  Calculation: max(Force(N))[landing_end:ground_contact]   Calculation: max(Force(N))[landing_end:ground_contact] 
  Units: Newtons (N)  Units: Newtons (N)
 +
 Landing Peak Force Rel: Landing Peak Force Rel:
-Definition: Peak vertical force production during the landing phase normalized to participant’s body mass.+  Definition: Peak vertical force production during the landing phase normalized to participant’s body mass.
  Calculation: max(Force(N))[ landing_end:ground_contact] / mass (kg)  Calculation: max(Force(N))[ landing_end:ground_contact] / mass (kg)
  Units: Newtons per kilogram (N/kg)  Units: Newtons per kilogram (N/kg)
Line 831: Line 899:
 Landing Avg RFD:  Landing Avg RFD: 
  Definition: Average rate of force development during the landing phase.  Definition: Average rate of force development during the landing phase.
-Calculation: mean(Force(N)[ landing_end:ground_contact] / Concentric Time (s)+  Calculation: mean(Force(N)[ landing_end:ground_contact] / Concentric Time (s)
  Units: Newtons per second (N/s)  Units: Newtons per second (N/s)
  
 Landing Avg RFD Rel: Landing Avg RFD Rel:
-Definition: Average rate of force development during the landing phase normalized to participant’s body mass. +  Definition: Average rate of force development during the landing phase normalized to participant’s body mass. 
-Calculation: mean(Force(N)[ landing_end:ground_contact] / Concentric Time (s))/ mass (kg) +  Calculation: mean(Force(N)[ landing_end:ground_contact] / Concentric Time (s))/ mass (kg) 
  Units: Newtons per second per kilogram (N/s/kg)  Units: Newtons per second per kilogram (N/s/kg)
 +
 Landing Peak RFD: Landing Peak RFD:
  Definition: Peak rate of force development during the landing phase.  Definition: Peak rate of force development during the landing phase.
-Calculation: max(Force(N)[ landing_end:ground_contact] / Concentric Time (s)+  Calculation: max(Force(N)[ landing_end:ground_contact] / Concentric Time (s)
  Units: Newtons per second (N/s)  Units: Newtons per second (N/s)
 +
 Landing Peak RFD Rel: Landing Peak RFD Rel:
-Definition: Peak rate of force development during the landing phase normalized to body mass. +  Definition: Peak rate of force development during the landing phase normalized to body mass. 
-Calculation: max(Force(N)[ landing_end:ground_contact] / Concentric Time (s) / mass(kg).+  Calculation: max(Force(N)[ landing_end:ground_contact] / Concentric Time (s) / mass(kg).
  Units: Newtons per second per kilogram (N/s/kg)  Units: Newtons per second per kilogram (N/s/kg)
 +
 Landing Peak Power:  Landing Peak Power: 
-Definition: Peak power production during the landing phase. +  Definition: Peak power production during the landing phase. 
-Calculation: max(Force(N)[ landing_end:ground_contact] * com_velocity(m/s)[ landing_end:ground_contact]+  Calculation: max(Force(N)[ landing_end:ground_contact] * com_velocity(m/s)[ landing_end:ground_contact]
  Units: Watts (W)  Units: Watts (W)
 +
 Landing Peak Power Rel: Landing Peak Power Rel:
-Definition: Peak power production during the landing phase normalized to the participant’s body mass. +  Definition: Peak power production during the landing phase normalized to the participant’s body mass. 
-Calculation: max(Force(N)[ landing_end:ground_contact] * com_velocity(m/s)[landing_end:ground_contact]) / mass(kg)+  Calculation: max(Force(N)[ landing_end:ground_contact] * com_velocity(m/s)[landing_end:ground_contact]) / mass(kg)
  Units: Watts per kilogram (W/kg)  Units: Watts per kilogram (W/kg)
 +
 Landing Avg Power: Landing Avg Power:
  Definition: Average power production during the landing phase.  Definition: Average power production during the landing phase.
-Calculation: mean(Force(N)[ landing_end:ground_contact] * com_velocity(m/s)[landing_end:ground_contact+  Calculation: mean(Force(N)[ landing_end:ground_contact] * com_velocity(m/s)[landing_end:ground_contact
  Units: Watts (W)  Units: Watts (W)
 +
 Landing Avg Power Rel: Landing Avg Power Rel:
-Definition: Average power production during the landing phase normalized to the participant’s body mass. +  Definition: Average power production during the landing phase normalized to the participant’s body mass. 
-Calculation: mean(Force(N)[ landing_end:ground_contact] * com_velocity(m/s)[landing_end:ground_contact]) / mass(kg)+  Calculation: mean(Force(N)[ landing_end:ground_contact] * com_velocity(m/s)[landing_end:ground_contact]) / mass(kg)
  Units: Watts per kilogram (W/kg)  Units: Watts per kilogram (W/kg)
 +
 Landing Peak Work:  Landing Peak Work: 
-Definition: Peak work production during the landing phase. +  Definition: Peak work production during the landing phase. 
-Calculation: max(Force(N)[ landing_end:ground_contact] * com_position(m)[ landing_end:ground_contact])+  Calculation: max(Force(N)[ landing_end:ground_contact] * com_position(m)[ landing_end:ground_contact])
  Units: Joules(J)  Units: Joules(J)
 +
 Landing Peak Work Rel: Landing Peak Work Rel:
-Definition: Peak power production during the landing phase normalized to the participant’s body mass. +  Definition: Peak power production during the landing phase normalized to the participant’s body mass. 
-Calculation: max(Force(N)[ landing_end:ground_contact] * com_position(m)[ landing_end:ground_contact]) /  mass(kg)+  Calculation: max(Force(N)[ landing_end:ground_contact] * com_position(m)[ landing_end:ground_contact]) /  mass(kg)
  Units: Joules per kilogram (J/kg)  Units: Joules per kilogram (J/kg)
 +
 Landing Avg Work: Landing Avg Work:
  Definition: Average power production during the landing phase.  Definition: Average power production during the landing phase.
-Calculation: mean(Force(N)[ landing_end:ground_contact] * com_position(m)[landing_end:ground_contact])+  Calculation: mean(Force(N)[ landing_end:ground_contact] * com_position(m)[landing_end:ground_contact])
  Units: Joules (J)  Units: Joules (J)
 +
 Landing Avg Work Rel: Landing Avg Work Rel:
  Definition: Average power production during the landing phase.  Definition: Average power production during the landing phase.
-Calculation: mean(Force(N)[ landing_end:ground_contact] * com_position(m)[ landing_end:ground_contact]) / mass(kg)+  Calculation: mean(Force(N)[ landing_end:ground_contact] * com_position(m)[ landing_end:ground_contact]) / mass(kg)
  Units: Joules per kilogram(J/ kg)  Units: Joules per kilogram(J/ kg)
 +
 Landing Torso Angle: Landing Torso Angle:
  Definition: Segment angle of the torso at the end of the landing phase.   Definition: Segment angle of the torso at the end of the landing phase. 
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Landing Hip Flexion Angle L: Landing Hip Flexion Angle L:
-Definition: Left hip joint flexion/ extension angle at the end of the landing phase. +  Definition: Left hip joint flexion/ extension angle at the end of the landing phase. 
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Landing Hip Flexion Angle R: Landing Hip Flexion Angle R:
-Definition: Right hip flexion/ extension joint angle at the end of the landing phase.+  Definition: Right hip flexion/ extension joint angle at the end of the landing phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Landing Hip Add Angle L: Landing Hip Add Angle L:
-Definition: Left hip joint adduction/abduction angle at the end of the landing phase.+  Definition: Left hip joint adduction/abduction angle at the end of the landing phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Landing Hip Add Angle R: Landing Hip Add Angle R:
-Definition: Right hip joint adduction/abduction angle at the end of the landing phase.+  Definition: Right hip joint adduction/abduction angle at the end of the landing phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
- 
  
 Landing Hip IR Angle L: Landing Hip IR Angle L:
-Definition: Left hip joint internal/external rotation angle at the end of the landing phase.+  Definition: Left hip joint internal/external rotation angle at the end of the landing phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Landing Hip IR Angle R: Landing Hip IR Angle R:
-Definition: Right hip joint internal/external rotation angle at the end of the landing phase.+  Definition: Right hip joint internal/external rotation angle at the end of the landing phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Landing Knee Flexion Angle L: Landing Knee Flexion Angle L:
-Definition: Left knee joint flexion/ extension angle at the end of the landing phase.+  Definition: Left knee joint flexion/ extension angle at the end of the landing phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Landing Knee Flexion Angle R: Landing Knee Flexion Angle R:
-Definition: Right knee joint flexion/ extension angle at the end of the landing phase.+  Definition: Right knee joint flexion/ extension angle at the end of the landing phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
 +
 Landing Ankle Flexion Angle L: Landing Ankle Flexion Angle L:
-Definition: Left ankle joint flexion/ extension angle at the end of the landing phase.+  Definition: Left ankle joint flexion/ extension angle at the end of the landing phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
  
 Landing Ankle Flexion Angle R: Landing Ankle Flexion Angle R:
-Definition: Right ankle joint flexion/ extension angle at the end of the landing phase.+  Definition: Right ankle joint flexion/ extension angle at the end of the landing phase.
  Calculation:  Calculation:
  Units: Degrees (°)  Units: Degrees (°)
  
  • left_right_single_leg_cmj_metrics.1709823483.txt.gz
  • Last modified: 16 months ago
  • by ethan