--- a
+++ b/Body/AAUHuman/Trunk/MuscleParametersRibCage.any
@@ -0,0 +1,170 @@
+
+AnyFolder MuscleParametersRibCageRight = {
+  
+  AnyVar StrengthScaleSpine = ...Scaling.StrengthScaling.Spine.StrengthScale;
+  
+  AnyMuscleModel ScalenusAnteriorR1C4Par = {
+    AnyVar PCSA = 1.88; //Physiological Cross Sectional Area in cm2
+    F0 = .StrengthScaleSpine*51;
+  };
+  
+  AnyMuscleModel ScalenusMediusR1C3Par = {
+    AnyVar PCSA = 1.36; //Physiological Cross Sectional Area in cm2
+    F0 = .StrengthScaleSpine*72;
+  };
+  
+  AnyMuscleModel ScalenusPosteriorR2C5Par = {
+    AnyVar PCSA = 1.05; //Physiological Cross Sectional Area in cm2
+    F0 = .StrengthScaleSpine*55;
+  };
+  
+  AnyMuscleModel LumpedHyoidStC0Par = {
+    AnyVar PCSA = 2.35*1.5; //Physiological Cross Sectional Area in cm2
+    F0 = .StrengthScaleSpine*PCSA *..StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length
+  };
+  
+  AnyMuscleModel LCModel = {
+    F0 = 30;
+  };
+  
+  AnyMuscleModel TransvThModel = {
+    F0 = 30;
+  };
+  
+  AnyMuscleModel SCModel = {
+    F0 = 30;
+  };
+  
+  AnyMuscleModel ICModel = {
+    F0 = 60;
+  };
+  
+  AnyMuscleModel InterCostalisR1R2RPar = {
+    AnyVar PCSA = 1.55; //Physiological Cross Sectional Area in cm2
+    F0 = .StrengthScaleSpine*PCSA *..StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length
+  };
+  AnyMuscleModel InterCostalisR2R3RPar = {
+    AnyVar PCSA = 1.55; //Physiological Cross Sectional Area in cm2
+    F0 = .StrengthScaleSpine*PCSA *..StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length
+  };
+  AnyMuscleModel InterCostalisR3R4RPar = {
+    AnyVar PCSA = 1.55; //Physiological Cross Sectional Area in cm2
+    F0 = .StrengthScaleSpine*PCSA *..StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length
+  };
+  AnyMuscleModel InterCostalisR4R5RPar = {
+    AnyVar PCSA = 1.55; //Physiological Cross Sectional Area in cm2
+    F0 = .StrengthScaleSpine*PCSA *..StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length
+  };
+  AnyMuscleModel InterCostalisR5R6RPar = {
+    AnyVar PCSA = 1.55; //Physiological Cross Sectional Area in cm2
+    F0 = .StrengthScaleSpine*PCSA *..StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length
+  };
+  AnyMuscleModel InterCostalisR6R7RPar = {
+    AnyVar PCSA = 1.55; //Physiological Cross Sectional Area in cm2
+    F0 = .StrengthScaleSpine*PCSA *..StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length
+  };
+  AnyMuscleModel InterCostalisR7R8RPar = {
+    AnyVar PCSA = 1.55; //Physiological Cross Sectional Area in cm2
+    F0 = .StrengthScaleSpine*PCSA *..StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length
+  };
+  AnyMuscleModel InterCostalisR8R9RPar = {
+    AnyVar PCSA = 1.55; //Physiological Cross Sectional Area in cm2
+    F0 = .StrengthScaleSpine*PCSA *..StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length
+  };
+  AnyMuscleModel InterCostalisR9R10RPar = {
+    AnyVar PCSA = 1.55; //Physiological Cross Sectional Area in cm2
+    F0 = .StrengthScaleSpine*PCSA *..StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length
+  };
+  AnyMuscleModel InterCostalisR10R11RPar = {
+    AnyVar PCSA = 1.55; //Physiological Cross Sectional Area in cm2
+    F0 = .StrengthScaleSpine*PCSA *..StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length
+  };
+  
+  
+};
+
+
+AnyFolder MuscleParametersRibCageLeft = {
+    
+  AnyVar StrengthScaleSpine = ...Scaling.StrengthScaling.Spine.StrengthScale;
+  
+  AnyMuscleModel ScalenusAnteriorR1C4Par = {
+    AnyVar PCSA = 1.88; //Physiological Cross Sectional Area in cm2
+    F0 = .StrengthScaleSpine*51;
+  };
+  
+  AnyMuscleModel ScalenusMediusR1C3Par = {
+    AnyVar PCSA = 1.36; //Physiological Cross Sectional Area in cm2
+    F0 = .StrengthScaleSpine*72;
+  };
+  
+  AnyMuscleModel ScalenusPosteriorR2C5Par = {
+    AnyVar PCSA = 1.05; //Physiological Cross Sectional Area in cm2
+    F0 = .StrengthScaleSpine*55;
+  };
+  
+  AnyMuscleModel LumpedHyoidStC0Par = {
+    AnyVar PCSA = 2.35*1.5; //Physiological Cross Sectional Area in cm2
+    F0 = .StrengthScaleSpine*PCSA *..StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length
+  };
+  
+  AnyMuscleModel LCModel = {
+    F0 = 30;
+  };
+  
+  AnyMuscleModel TransvThModel = {
+    F0 = 30;
+  };
+  
+  AnyMuscleModel SCModel = {
+    F0 = 30;
+  };
+  
+  AnyMuscleModel InterCostalisR1R2LPar = {
+    AnyVar PCSA = 1.55; //Physiological Cross Sectional Area in cm2
+    F0 = .StrengthScaleSpine*PCSA *..StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length
+  };
+  AnyMuscleModel InterCostalisR2R3LPar = {
+    AnyVar PCSA = 1.55; //Physiological Cross Sectional Area in cm2
+    F0 = .StrengthScaleSpine*PCSA *..StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length
+  };
+  AnyMuscleModel InterCostalisR3R4LPar = {
+    AnyVar PCSA = 1.55; //Physiological Cross Sectional Area in cm2
+    F0 = .StrengthScaleSpine*PCSA *..StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length
+  };
+  AnyMuscleModel InterCostalisR4R5LPar = {
+    AnyVar PCSA = 1.55; //Physiological Cross Sectional Area in cm2
+    F0 = .StrengthScaleSpine*PCSA *..StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length
+  };
+  AnyMuscleModel InterCostalisR5R6LPar = {
+    AnyVar PCSA = 1.55; //Physiological Cross Sectional Area in cm2
+    F0 = .StrengthScaleSpine*PCSA *..StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length
+  };
+  AnyMuscleModel InterCostalisR6R7LPar = {
+    AnyVar PCSA = 1.55; //Physiological Cross Sectional Area in cm2
+    F0 = .StrengthScaleSpine*PCSA *..StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length
+  };
+  AnyMuscleModel InterCostalisR7R8LPar = {
+    AnyVar PCSA = 1.55; //Physiological Cross Sectional Area in cm2
+    F0 = .StrengthScaleSpine*PCSA *..StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length
+  };
+  AnyMuscleModel InterCostalisR8R9LPar = {
+    AnyVar PCSA = 1.55; //Physiological Cross Sectional Area in cm2
+    F0 = .StrengthScaleSpine*PCSA *..StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length
+  };
+  AnyMuscleModel InterCostalisR9R10LPar = {
+    AnyVar PCSA = 1.55; //Physiological Cross Sectional Area in cm2
+    F0 = .StrengthScaleSpine*PCSA *..StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length
+  };
+  AnyMuscleModel InterCostalisR10R11LPar = {
+    AnyVar PCSA = 1.55; //Physiological Cross Sectional Area in cm2
+    F0 = .StrengthScaleSpine*PCSA *..StrengthRef.SpecificMuscleTensionSpine; //Maximum force output at optimum fiber length
+  };
+  
+  
+  
+};
+
+
+
+