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/Body/AAUHuman/Trunk/MuscleParametersSpineSimpleRight.any
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--- a +++ b/Body/AAUHuman/Trunk/MuscleParametersSpineSimpleRight.any @@ -0,0 +1,592 @@ +///Parameters of the lumbar spine muscles on the right side +AnyFolder MuscleParametersSpineRight = { + + AnyVar StrengthScaleSpine = ...Scaling.StrengthScaling.Spine.StrengthScale; + + AnyFolder MultifidiParameter = { + + AnyMuscleModel MFdL1L3Par = { + AnyVar PCSA = 0.38; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel MFdL2L4Par = { + AnyVar PCSA = 0.38; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel MFdL3L5Par = { + AnyVar PCSA = 0.38; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel MFdL4S1Par = { + AnyVar PCSA = 0.38; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel MFdL5S1Par = { + AnyVar PCSA = 0.38; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel MFmL1L4Par = { + AnyVar PCSA = 0.4; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel MFmL2L5Par = { + AnyVar PCSA = 0.39; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel MFmL3S1Par = { + AnyVar PCSA = 0.54; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel MFmL4SacrumPar = { + AnyVar PCSA = 1.86; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel MFmL5SacrumPar = { + AnyVar PCSA = 0.90; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel MFtsL1L5Par = { + AnyVar PCSA = 0.42; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + + AnyMuscleModel MFtsL1S1Par = { + AnyVar PCSA = 0.36; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel MFtsL2L5Par = { + AnyVar PCSA = 0.39; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel MFtsL2S1Par = { + AnyVar PCSA = 0.99; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel MFtsL3LigamentPar = { + AnyVar PCSA = 1.57; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + + AnyMuscleModel MFtsL4SacrumPar = { + AnyVar PCSA = 1.86; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel MFtsL5SacrumPar = { + AnyVar PCSA = 0.90; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel MFtstL1SIPSPar = { + AnyVar PCSA = 0.60; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel MFtstL2SIPSPar = { + AnyVar PCSA = 0.99; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + }; //End of MultifidiParameter + + AnyFolder ErectorSpinaeParameter = { + + AnyMuscleModel ILplL1CIPar = { + AnyVar PCSA = 1.08; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel ILplL2CIPar = { + AnyVar PCSA = 1.54; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + + AnyMuscleModel ILplL3CIPar = { + AnyVar PCSA = 1.82; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel ILplL4CIPar = { + AnyVar PCSA = 1.89; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel LTplL1SIPSPar = { + AnyVar PCSA = 0.79; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel LTplL2SIPSPar = { + AnyVar PCSA = 0.91; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel LTplL3SIPSPar = { + AnyVar PCSA = 1.03; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel LTplL4SIPSPar = { + AnyVar PCSA = 1.10; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel LTplL5IliumPar = { + AnyVar PCSA = 1.16; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel ILptC5SIPSPar = { + AnyVar PCSA = 0.23; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel ILptC6SIPSPar = { + AnyVar PCSA = 0.32; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel ILptC7CIPar = { + AnyVar PCSA = 0.39; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel ILptC8CIPar = { + AnyVar PCSA = 0.34; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel ILptC9CIPar = { + AnyVar PCSA = 0.50; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel ILptC10CIPar = { + AnyVar PCSA = 1.00; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel ILptC11CIPar = { + AnyVar PCSA = 1.23; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel ILptC12CIPar = { + AnyVar PCSA = 1.47; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel LTptT1L1Par = { + AnyVar PCSA = 0.29; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel LTptT2L2Par = { + AnyVar PCSA = 0.57; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel LTptT3L3Par = { + AnyVar PCSA = 0.56; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel LTptT4L4Par = { + AnyVar PCSA = 0.45; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel LTptT5L5Par = { + AnyVar PCSA = 0.44; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel LTptT6S1Par = { + AnyVar PCSA = 0.64; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel LTptT7S2Par = { + AnyVar PCSA = 0.78; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel LTptT8S3Par = { + AnyVar PCSA = 1.25; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel LTptT9S4Par = { + AnyVar PCSA = 1.46; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel LTptT10SacrumPar = { + AnyVar PCSA = 1.60; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel LTptT11SacrumPar = { + AnyVar PCSA = 1.67; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel LTptT12SacrumPar = { + AnyVar PCSA = 1.38; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + }; //End of ErectorSpinaeParameter + + AnyFolder PsoasMajorParameter = { + +#if (BM_LEG_TRUNK_INTERFACE == _MORPH_TRUNK_TO_LEG_) & BM_LEG_RIGHT & BM_LEG_MODEL_IS_TLEM & (BM_LEG_MUSCLES_RIGHT != OFF) + // Use the Psoas muscles models from the TLEM model + AnyMuscleModel &PMT12I_TMPar = ...Right.Leg.MuscleModels.PsoasMajor1Par; + AnyMuscleModel &PML1I_TMPar = ...Right.Leg.MuscleModels.PsoasMajor2Par; + AnyMuscleModel &PML1T_TMPar = ...Right.Leg.MuscleModels.PsoasMajor3Par; + AnyMuscleModel &PML2I_TMPar = ...Right.Leg.MuscleModels.PsoasMajor4Par; + AnyMuscleModel &PML2T_TMPar = ...Right.Leg.MuscleModels.PsoasMajor5Par; + AnyMuscleModel &PML3T_TMPar = ...Right.Leg.MuscleModels.PsoasMajor6Par; + AnyMuscleModel &PML3I_TMPar = ...Right.Leg.MuscleModels.PsoasMajor7Par; + AnyMuscleModel &PML4I_TMPar = ...Right.Leg.MuscleModels.PsoasMajor8Par; + AnyMuscleModel &PML4T_TMPar = ...Right.Leg.MuscleModels.PsoasMajor9Par; + AnyMuscleModel &PML5_TMPar = ...Right.Leg.MuscleModels.PsoasMajor10Par; + AnyMuscleModel &PML5T_TMPar = ...Right.Leg.MuscleModels.PsoasMajor11Par; +#else + AnyVar PsoasFactor=1; + AnyMuscleModel PMT12I_TMPar = { + AnyVar PCSA = .PsoasFactor*2.11; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel PML1I_TMPar = { + AnyVar PCSA =.PsoasFactor* 2.11; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel PML1T_TMPar = { + AnyVar PCSA = .PsoasFactor*0.61; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel PML2I_TMPar = { + AnyVar PCSA = .PsoasFactor*1.61; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel PML2T_TMPar = { + AnyVar PCSA = .PsoasFactor*1.01; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel PML3I_TMPar = { + AnyVar PCSA = .PsoasFactor*1.91; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel PML3T_TMPar = { + AnyVar PCSA = .PsoasFactor*1.73; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel PML4I_TMPar = { + AnyVar PCSA = .PsoasFactor*1.19; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel PML4T_TMPar = { + AnyVar PCSA = .PsoasFactor*1.20; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel PML5_TMPar = { + AnyVar PCSA = .PsoasFactor*0.79; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel PML5T_TMPar = { + AnyVar PCSA = .PsoasFactor*0.36; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; +#endif + + }; //End of PsoasMajorParameter + + AnyFolder QuadratusLumborumParameter = { + + AnyMuscleModel QLC12_CIPar = { + AnyVar PCSA = 1.28; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel QLL1_CIPar = { + AnyVar PCSA = 0.88; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel QLL2_CIPar = { + AnyVar PCSA = 0.80; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel QLL3_CIPar = { + AnyVar PCSA = 0.75; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel QLL4_CIPar = { + AnyVar PCSA = 0.70; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + }; //End of QuadratusLumborumParameter + + + AnyFolder RectusAbdominisParameter = { + + + AnyMuscleModel RA_Par1 = { + AnyVar PCSA = 7.9/8; //Physiological Cross Sectional Area in cm2 McGill et. al. 1988 + F0 = ..StrengthScaleSpine*0.87*3*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + AnyMuscleModel RA_Par2 = { + AnyVar PCSA = 7.9/8; //Physiological Cross Sectional Area in cm2 McGill et. al. 1988 + F0 = ..StrengthScaleSpine*0.87*3*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + AnyMuscleModel RA_Par3 = { + AnyVar PCSA = 7.9/8; //Physiological Cross Sectional Area in cm2 McGill et. al. 1988 + F0 = ..StrengthScaleSpine*0.87*3*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + AnyMuscleModel RA_Par4 = { + AnyVar PCSA = 7.9/8; //Physiological Cross Sectional Area in cm2 McGill et. al. 1988 + F0 = ..StrengthScaleSpine*0.87*3*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + + + + }; //End of RectusAbdominisParameter + + AnyVar Factor =2.6; + AnyFolder ObliquusExternusParameter = { + + AnyMuscleModel OEC6_RSPar = { + AnyVar PCSA = ..Factor*2.4/8; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel OEC7_RSPar = { + AnyVar PCSA = ..Factor*2.4/8; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel OEC8_RSPar = { + + AnyVar PCSA = ..Factor*2.4/8; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel OEC9_RSPar = { + AnyVar PCSA = ..Factor*2.4/8; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel OEC10_RSPar = { + AnyVar PCSA = ..Factor*2.4/8; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel OEC10a_RSPar = { + AnyVar PCSA = ..Factor*2.4/8; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + AnyMuscleModel OEC11_CIPar = { + AnyVar PCSA = ..Factor*2.4/8; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel OEC12_CIPar = { + AnyVar PCSA = ..Factor*2.4/8; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + }; //End of ObliquusExternusParameter + + AnyFolder ObliquusInternusParameter = { + + AnyMuscleModel OICI_C11Par = { + AnyVar PCSA = ..Factor*2.4/10; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel OICI_C10aPar = { + AnyVar PCSA = ..Factor*2.4/10; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel OICI_C10Par = { + AnyVar PCSA = ..Factor*2.4/10; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel OICI_C9Par = { + AnyVar PCSA = ..Factor*2.4/10; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel OICI_C8Par = { + AnyVar PCSA = ..Factor*2.4/10; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel OICI_RS1Par = { + AnyVar PCSA = ..Factor*2.4/10; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel OICI_RS2Par = { + AnyVar PCSA = ..Factor*2.4/10; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel OICI_RS3Par = { + AnyVar PCSA = ..Factor*2.4/10; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel OICI_RS4Par = { + AnyVar PCSA = ..Factor*2.4/10; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel OICI_RS5Par = { + AnyVar PCSA = ..Factor*2.4/10; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + }; //End of ObliquusInternusParameter + + AnyFolder TransversusParameter={ + AnyMuscleModel Transversus= { + AnyVar PCSA = ..Factor*1/5; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + } ; + + + AnyFolder ThoracicMultifidiParameter = { + + AnyMuscleModel MFL1T8Par = + { + AnyVar PCSA = 0.4; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel MFL1T9Par = + { + AnyVar PCSA = 0.4; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel MFL1T10Par = + { + AnyVar PCSA = 0.4; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel MFL2T9Par = + { + AnyVar PCSA = 0.4; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel MFL2T10Par = + { + AnyVar PCSA = 0.4; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel MFL2T11Par = + { + AnyVar PCSA = 0.4; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel MFL3T10Par = + { + AnyVar PCSA = 0.4; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel MFL3T11Par = + { + AnyVar PCSA = 0.4; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel MFL3T12Par = + { + AnyVar PCSA = 0.4; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel MFL4T11Par = + { + AnyVar PCSA = 0.4; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel MFL4T12Par = + { + AnyVar PCSA = 0.4; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel MFL5T12Par = + { + AnyVar PCSA = 0.4; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + }; // End of ThoracicMultifidiParameter + + + AnyFolder SpinalisParameter = { + + AnyMuscleModel SPL1T3Par = + { + AnyVar PCSA = 0.5; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel SPL1T4Par = + { + AnyVar PCSA = 0.5; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + AnyMuscleModel SPL1T5Par = + { + AnyVar PCSA = 0.5; //Physiological Cross Sectional Area in cm2 + F0 = ..StrengthScaleSpine*PCSA *...StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length + }; + + }; // End of SpinalisParameter + +}; //End of MuscleParametersSpineRight \ No newline at end of file