exercise_abbreviations

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exercise_abbreviations [2024/03/07 15:21] – created ethanexercise_abbreviations [2024/03/07 15:22] (current) – ethan
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 **Phases** **Phases**
  
-Unloading: UNL +  * Unloading: UNL 
-Yielding: YLD +  * Yielding: YLD 
-Braking: BRK +  * Braking: BRK 
-Concentric: CON +  * Concentric: CON 
-Landing: LND +  * Landing: LND 
-First Move: FM +  * First Move: FM 
-Max Knee: MK +  * Max Knee: MK 
-Foot Contact: FC +  * Foot Contact: FC 
-Max_External_Rotation: MER +  * Max_External_Rotation: MER 
-Ball Release: BR +  * Ball Release: BR 
-Max_Internal_Rotation: MIR+  * Max_Internal_Rotation: MIR
  
 **KPIs** **KPIs**
-Bodyweight: BW  +  * Bodyweight: BW  
-Mass: Mass +  * Mass: Mass 
-Jump Height: JH +  * Jump Height: JH 
-RSI: RSI +  * RSI: RSI 
-MRSI: MRSI +  * MRSI: MRSI 
-Impulse Ratio: ImpR +  * Impulse Ratio: ImpR 
-Momentum: MTM +  * Momentum: MTM 
-Jump Time: JT +  * Jump Time: JT 
-COM Depth: COMd +  * COM Depth: COMd 
-Braking Force Difference: BRK F Diff +  * Braking Force Difference: BRK F Diff 
-Concentric Net Impulse: CON Imp +  * Concentric Net Impulse: CON Imp 
-Braking Net Impulse: BRK Imp +  * Braking Net Impulse: BRK Imp 
-Lateral Braking Net Impulse: Lat BRK Imp +  * Lateral Braking Net Impulse: Lat BRK Imp 
-Lateral Concentric Net Impulse: Lat CON Imp +  * Lateral Concentric Net Impulse: Lat CON Imp 
-Lateral Impulse Ratio: Lat Imp R +  * Lateral Impulse Ratio: Lat Imp R 
-Max Braking Force L: Max BRK F L +  * Max Braking Force L: Max BRK F L 
-Max Braking Force R: Max BRK F R +  * Max Braking Force R: Max BRK F R 
-Avg Vel: Avg Vel  +  * Avg Vel: Avg Vel  
-Peak Vel: Pk Vel +  * Peak Vel: Pk Vel 
-Peak Force: Pk F +  * Peak Force: Pk F 
-Avg RFD: Avg RFD  +  * Avg RFD: Avg RFD  
-Torso Angle: Torso Ang +  * Torso Angle: Torso Ang 
-Avg Force: Avg F  +  * Avg Force: Avg F  
-Avg Force Rel: Avg Frel +  * Avg Force Rel: Avg Frel 
-Avg Lateral Force: Avg Lat F +  * Avg Lateral Force: Avg Lat F 
-Avg Lateral Force Rel: Avg Lat F Rel +  * Avg Lateral Force Rel: Avg Lat F Rel 
-Avg Lateral RFD: Avg Lat RFD +  * Avg Lateral RFD: Avg Lat RFD 
-Avg Lateral RFD Rel: Avg Lat RFD Rel +  * Avg Lateral RFD Rel: Avg Lat RFD Rel 
-Avg Power:  Avg Pwr +  * Avg Power:  Avg Pwr 
-Avg Power Rel: Avg Pwr Rel +  * Avg Power Rel: Avg Pwr Rel 
-Avg Resultant Force: Avg Res F +  * Avg Resultant Force: Avg Res F 
-Avg Resultant Force Rel: Avg Res F Rel +  * Avg Resultant Force Rel: Avg Res F Rel 
-Avg Resultant RFD Rel: Avg Res RFD Rel +  * Avg Resultant RFD Rel: Avg Res RFD Rel 
-Avg RFD Rel: Avg RFD Rel  +  * Avg RFD Rel: Avg RFD Rel  
-Avg Work: Avg Work +  * Avg Work: Avg Work 
-Avg Work Rel: Avg Work Rel  +  * Avg Work Rel: Avg Work Rel  
-Peak Force Rel: Pk F Rel +  * Peak Force Rel: Pk F Rel 
-Peak Lateral Force: Pk Lat F +  * Peak Lateral Force: Pk Lat F 
-Peak Lateral Force Rel: Pk Lat F Rel +  * Peak Lateral Force Rel: Pk Lat F Rel 
-Peak Lateral RFD: Pk Lat RFD  +  * Peak Lateral RFD: Pk Lat RFD  
-Peak Lateral RFD Rel: Pk Lat RFD Rel +  * Peak Lateral RFD Rel: Pk Lat RFD Rel 
-Peak Power: Pk Pwr +  * Peak Power: Pk Pwr 
-Peak Power Rel: Pk Pwr Rel +  * Peak Power Rel: Pk Pwr Rel 
-Peak Resultant Force: Pk Res F +  * Peak Resultant Force: Pk Res F 
-Peak Resultant Force Rel: Pk Res F Rel +  * Peak Resultant Force Rel: Pk Res F Rel 
-Peak Resultant RFD: Pk Res RFD +  * Peak Resultant RFD: Pk Res RFD 
-Peak Resultant RFD Rel: Pk Res RFD Rel +  * Peak Resultant RFD Rel: Pk Res RFD Rel 
-Peak RFD: Pk RFD +  * Peak RFD: Pk RFD 
-Peak RFD Rel: Pk RFD Rel +  * Peak RFD Rel: Pk RFD Rel 
-Peak Work: Pk Work +  * Peak Work: Pk Work 
-Peak Work Rel: Pk Work Rel +  * Peak Work Rel: Pk Work Rel 
-Hip Flexion Angle: Hip Flx Ang +  * Hip Flexion Angle: Hip Flx Ang 
-Hip Add Angle: Hip Add Ang +  * Hip Add Angle: Hip Add Ang 
-Hip IR Angle: Hip IR Ang +  * Hip IR Angle: Hip IR Ang 
-Knee Flexion Angle: Knee Flx Ang +  * Knee Flexion Angle: Knee Flx Ang 
-Ankle Flexion Angle: Ank Flx Ang  +  * Ankle Flexion Angle: Ank Flx Ang  
-Unloading Time: UNL Time +  * Unloading Time: UNL Time 
-Yielding Time: YLD Time +  * Yielding Time: YLD Time 
-Braking Time: BRK Time +  * Braking Time: BRK Time 
-Concentric Time: CON Time +  * Concentric Time: CON Time 
-Flight Time: FL Time +  * Flight Time: FL Time 
-Landing Time: LND Time +  * Landing Time: LND Time 
-Ground Contact Time: GCT +  * Ground Contact Time: GCT 
-Stride Phase Time: Str Phase Time +  * Stride Phase Time: Str Phase Time 
-Pitch Time: Pitch Time +  * Pitch Time: Pitch Time 
-Time to MER: TTMER +  * Time to MER: TTMER 
-Percent Time to MER: PerTTMER +  * Percent Time to MER: PerTTMER 
-Decel Time: Decel Time +  * Decel Time: Decel Time 
-Shoulder ABD: SHLD ABD +  * Shoulder ABD: SHLD ABD 
-Elbow Flexion: ELB FLX +  * Elbow Flexion: ELB FLX 
-Lean Knee Flexion: Lead Kn FLX +  * Lean Knee Flexion: Lead Kn FLX 
-Forward Trunk Tilt: F Trunk Tilt +  * Forward Trunk Tilt: F Trunk Tilt 
-Shoulder Horz Abd: SHLD H ABD +  * Shoulder Horz Abd: SHLD H ABD 
-Side Trunk Tilt: S Trunk Tilt +  * Side Trunk Tilt: S Trunk Tilt 
-Shoulder Ext Rot: SHLD ER +  * Shoulder Ext Rot: SHLD ER 
-Shoulder Twist: SHLD Tw +  * Shoulder Twist: SHLD Tw 
-Pelvis Twist: PEL Tw +  * Pelvis Twist: PEL Tw 
-Trunk Separation: TRNK SEP +  * Trunk Separation: TRNK SEP 
- +  * Jump Height: JH 
-Bodyweight : BW  +  * Modified Reactive Strength Index: MRSI 
-Mass: Mass +  * Impulse Ratio: ImpR 
-Jump Height: JH +  * Momentum: MTM 
-Reactive Strength Index: RSI +  * Jump Time: JT 
-Modified Reactive Strength Index: MRSI +  * Center of Mass Ddisplacement: COMd 
-Impulse Ratio: ImpR +  * Braking Force Difference: BRK F Diff 
-Momentum: MTM +  * Concentric Net Impulse: CON Imp 
-Jump Time: JT +  * Braking Net Impulse: BRK Imp 
-Center of Mass Ddisplacement: COMd +  * Lateral Braking Net Impulse: Lat BRK Imp 
-Braking Force Difference: BRK F Diff +  * Lateral Concentric Net Impulse: Lat CON Imp 
-Concentric Net Impulse: CON Imp +  * Lateral Impulse Ratio: Lat Imp R 
-Braking Net Impulse: BRK Imp +  * Max Braking Force Left: Max BRK F L 
-Lateral Braking Net Impulse: Lat BRK Imp +  * Max Braking Force Right: Max BRK F R 
-Lateral Concentric Net Impulse: Lat CON Imp +  * Average Velocity: Avg Vel  
-Lateral Impulse Ratio: Lat Imp R +  * Peak Velocity: Pk Vel 
-Max Braking Force Left: Max BRK F L +  * Peak Force: Pk F 
-Max Braking Force Right: Max BRK F R +  * Avg Rate of Force Development: Avg RFD  
-Average Velocity: Avg Vel  +  * Torso Angle: Torso Ang 
-Peak Velocity: Pk Vel +  * Average Force: Avg F  
-Peak Force: Pk F +  * Average Force Relative: Avg Frel 
-Avg Rate of Force Development: Avg RFD  +  * Average Lateral Force: Avg Lat F 
-Torso Angle: Torso Ang +  * Average Lateral Force Relative: Avg Lat F Rel 
-Average Force: Avg F  +  * Average Lateral Rate of Force Development: Avg Lat RFD 
-Average Force Relative: Avg Frel +  * Average Lateral Rate of Force Development Relative: Avg Lat RFD Rel 
-Average Lateral Force: Avg Lat F +  * Average Power:  Avg Pwr 
-Average Lateral Force Relative: Avg Lat F Rel +  * Average Power Relative: Avg Pwr Rel 
-Average Lateral Rate of Force Development: Avg Lat RFD +  * Average Resultant Force: Avg Res F 
-Average Lateral Rate of Force Development Relative: Avg Lat RFD Rel +  * Average Resultant Force Relative: Avg Res F Rel 
-Average Power:  Avg Pwr +  * Average Resultant Rate of Force Development Relative: Avg Res RFD Rel 
-Average Power Relative: Avg Pwr Rel +  * Average Rate of Force Development Relative: Avg RFD Rel  
-Average Resultant Force: Avg Res F +  * Average Work: Avg Work 
-Average Resultant Force Relative: Avg Res F Rel +  * Average Work Relative: Avg Work Rel  
-Average Resultant Rate of Force Development Relative: Avg Res RFD Rel +  * Peak Force Relative: Pk F Rel 
-Average Rate of Force Development Relative: Avg RFD Rel  +  * Peak Lateral Force: Pk Lat F 
-Average Work: Avg Work +  * Peak Lateral Force Relative: Pk Lat F Rel 
-Average Work Relative: Avg Work Rel  +  * Peak Lateral Rate of Force Development: Pk Lat RFD  
-Peak Force Relative: Pk F Rel +  * Peak Lateral Rate of Force Development Relative: Pk Lat RFD Rel 
-Peak Lateral Force: Pk Lat F +  * Peak Power: Pk Pwr 
-Peak Lateral Force Relative: Pk Lat F Rel +  * Peak Power Relative: Pk Pwr Rel 
-Peak Lateral Rate of Force Development: Pk Lat RFD  +  * Peak Resultant Force: Pk Res F 
-Peak Lateral Rate of Force Development Relative: Pk Lat RFD Rel +  * Peak Resultant Force Relative: Pk Res F Rel 
-Peak Power: Pk Pwr +  * Peak Resultant Rate of Force Development: Pk Res RFD 
-Peak Power Relative: Pk Pwr Rel +  * Peak Resultant Rate of Force Development Rel: Pk Res RFD Rel 
-Peak Resultant Force: Pk Res F +  * Peak Rate of Force Development: Pk RFD 
-Peak Resultant Force Relative: Pk Res F Rel +  * Peak Rate of Force Development Relative: Pk RFD Rel 
-Peak Resultant Rate of Force Development: Pk Res RFD +  * Peak Work: Pk Work 
-Peak Resultant Rate of Force Development Rel: Pk Res RFD Rel +  * Peak Work Rel: Pk Work Rel 
-Peak Rate of Force Development: Pk RFD +  * Hip Flexion Angle: Hip Flx Ang 
-Peak Rate of Force Development Relative: Pk RFD Rel +  * Hip Add Angle: Hip Add Ang 
-Peak Work: Pk Work +  * Hip Internal Rotation Angle: Hip IR Ang 
-Peak Work Rel: Pk Work Rel +  * Knee Flexion Angle: Knee Flx Ang 
-Hip Flexion Angle: Hip Flx Ang +  * Ankle Flexion Angle: Ank Flx Ang  
-Hip Add Angle: Hip Add Ang +  * Unloading Time: UNL Time 
-Hip Internal Rotation Angle: Hip IR Ang +  * Yielding Time: YLD Time 
-Knee Flexion Angle: Knee Flx Ang +  * Braking Time: BRK Time 
-Ankle Flexion Angle: Ank Flx Ang  +  * Concentric Time: CON Time 
-Unloading Time: UNL Time +  * Flight Time: FL Time 
-Yielding Time: YLD Time +  * Landing Time: LND Time 
-Braking Time: BRK Time +  * Ground Contact Time: GCT 
-Concentric Time: CON Time +  * Stride Phase Time: Str Phase Time 
-Flight Time: FL Time +  * Pitch Time: Pitch Time 
-Landing Time: LND Time +  * Time to Max External Rotation: TTMER 
-Ground Contact Time: GCT +  * Percent Time to MER: PerTTMER 
-Stride Phase Time: Str Phase Time +  * Deceleration Time: Decel Time 
-Pitch Time: Pitch Time +  * Shoulder Abduction: SHLD ABD 
-Time to Max External Rotation: TTMER +  * Elbow Flexion: ELB FLX 
-Percent Time to MER: PerTTMER +  * Lead Knee Flexion: Lead Kn FLX 
-Deceleration Time: Decel Time +  * Forward Trunk Tilt: F Trunk Tilt 
-Shoulder Abduction: SHLD ABD +  * Shoulder Horizontal Abd: SHLD H ABD 
-Elbow Flexion: ELB FLX +  * Side Trunk Tilt: S Trunk Tilt 
-Lead Knee Flexion: Lead Kn FLX +  * Shoulder External Rotation: SHLD ER 
-Forward Trunk Tilt: F Trunk Tilt +  * Shoulder Twist: SHLD Tw 
-Shoulder Horizontal Abd: SHLD H ABD +  * Pelvis Twist: PEL Tw 
-Side Trunk Tilt: S Trunk Tilt +  * Trunk Separation: TRNK SEP
-Shoulder External Rotation: SHLD ER +
-Shoulder Twist: SHLD Tw +
-Pelvis Twist: PEL Tw +
-Trunk Separation: TRNK SEP+
  
  • exercise_abbreviations.1709824875.txt.gz
  • Last modified: 3 years ago
  • by ethan