60 lines (48 with data), 1.6 kB

//**************
// GRFs ansetzen
//**************
AnyFolder GRF = {    
  AnyForce3D GRF_M ={
    AnyFunInterpol force = {
      //Type = PiecewiseLinear;
      Type = Bspline;
      BsplineOrder = 4;
      FileName ="..\Input\GRF\GRF_M_325g.txt";
    }; 
    AnySeg &ref1 = Main.RatModel.GroundSegmentM;
    //AnySeg &ref1 = Main.RatModel.Seg.Metatarsus;
    
    // F fuer globale angreifende Kraft
    // FLocal fr lokale angreifende Kraft
    F=force(t);    //GRF from Muir et al., Exp Brain Res 1999 adjusted to 325g BW
  };
  
  AnyDrawVector DrawSupportM = {
    AnyRefFrame &ref = Main.RatModel.GroundSegmentM;
    
    Vec = 0.02*.GRF_M.F;
    
    PointAway = Off;
    DrawCoord = Off;
    
    Line.RGB = {0,0,1};
    Line.Thickness =0.0025;
    Line.End.Thickness = 2*0.0075;
    Line.End.Length = 4*0.0075;
  };
  
  AnyForce3D GRF_P ={
    AnyFunInterpol force ={
      //Type = PiecewiseLinear;
      Type = Bspline;
      BsplineOrder = 4;
      FileName ="..\Input\GRF\GRF_P_325g.txt";}; 
    AnySeg &ref1 = Main.RatModel.GroundSegmentP;
    //AnySeg &ref1 = Main.RatModel.Seg.Phalanges;
    F=force(t);    //GRF from Muir et al., Exp Brain Res 1999 adjusted to 325g BW
  };
  
  AnyDrawVector DrawSupportP = {
    AnyRefFrame &ref = Main.RatModel.GroundSegmentP;
    
    Vec = 0.02*.GRF_P.F;
    
    PointAway = Off;
    DrawCoord = Off;
    
    Line.RGB = {0,0,1};
    Line.Thickness =0.0025;
    Line.End.Thickness = 2*0.0075;
    Line.End.Length = 4*0.0075;
  };
  
}; // AnyFolder GRF