224 lines (186 with data), 5.8 kB

/*
AnyLigamentModelPol <ObjectName> = {
L0 = 0.000000;
eps1 = 0.000000;
F1 = 0.000000;
a0 = ..aa0;
a1 = ..aa1;
//LinRegionOnOff = On;
};

*/

AnyVar aa0 = 0.0;
AnyVar aa1 = 2.0;
AnyVar Epsilon = 0.30;

Right = {
  
  AnyLigamentModelPol SuperficialMasseterParPE = {
    F1 = 272.8; // Maximum force output at optimum fiber length
    //F1 = 150; // Maximum force output at optimum fiber length
    L0 = 0.0258; // PE slack length
    eps1 = ..Epsilon; // PE strain at F1
    a0 = ..aa0;
    a1 = ..aa1;
  };
  
  AnyLigamentModelPol DeepAnteriorMasseterParPE = {
    F1 = 73.8; // Maximum force output
    L0 = 0.0171; // PE slack length
    eps1 = ..Epsilon; // PE strain at F1
    a0 = ..aa0;
    a1 = ..aa1;
  };
  
  AnyLigamentModelPol DeepPosteriorMasseterParPE = {
    F1 = 65.8; // Maximum force output
    L0 = 0.0133; // PE slack length
    eps1 = ..Epsilon; // PE strain at F1
    a0 = ..aa0;
    a1 = ..aa1;
  };
  
  AnyLigamentModelPol AnteriorTemporalisParPE = {
    F1 = 308; // Maximum force output
    L0 = 0.0242; // PE slack length
    eps1 = ..Epsilon; // PE strain at F1
    a0 = ..aa0;
    a1 = ..aa1;
  };
  
  AnyLigamentModelPol PosteriorTemporalisParPE = {
    F1 = 222; // Maximum force output
    L0 = 0.085314; // PE slack length
    eps1 = ..Epsilon; // PE strain at F1
    a0 = ..aa0;
    a1 = ..aa1;
    LinRegionOnOff = On;
  };
  
  AnyLigamentModelPol MedialPterygoidParPE = {
    F1 = 240; // Maximum force output
    L0 = 0.0276; // PE slack length
    eps1 = ..Epsilon; // PE strain at F1
  };
  
  AnyLigamentModelPol SuperiorLateralPterygoidParPE = {
    F1 = 38; // Maximum force output
    L0 = 0.0094; // PE slack length
    eps1 = ..Epsilon; // PE strain at F1
    a0 = ..aa0;
    a1 = ..aa1;
  };
  
  AnyLigamentModelPol InferiorLateralPterygoidParPE = {
    F1 = 112.8; // Maximum force output
    L0 = 0.009; // PE slack length
    eps1 = ..Epsilon; // PE strain at F1
    a0 = ..aa0;
    a1 = ..aa1;
  };
  
  AnyLigamentModelPol AnteriorDigastricParPE = {
    F1 = 46.4; // Maximum force output
    L0 = 0.003; // PE slack length
    eps1 = ..Epsilon; // PE strain at F1
    a0 = ..aa0;
    a1 = ..aa1;
  };
  
  AnyLigamentModelPol GeniohyoidParPE = {
    F1 = 38.8; // Maximum force output
    L0 = 0.0054; // PE slack length
    eps1 = ..Epsilon; // PE strain at F1
    a0 = ..aa0;
    a1 = ..aa1;
  };
  
  AnyLigamentModelPol AnteriorMylohyoidParPE = {
    F1 = 63.6; // Maximum force output
    L0 = 0.001; // PE slack length
    eps1 = ..Epsilon; // PE strain at F1
    a0 = ..aa0;
    a1 = ..aa1;
  };
  
  AnyLigamentModelPol PosteriorMylohyoidParPE = {
    F1 = 21.2; // Maximum force output
    L0 = 0.001; // PE slack length
    eps1 = ..Epsilon; // PE strain at F1
    a0 = ..aa0;
    a1 = ..aa1;
  };
  
};

Left = {
  
  AnyLigamentModelPol SuperficialMasseterParPE = {
    F1 = ..ForceR*..StrengthScaleMandible*272.8; // Maximum force output at optimum fiber length
    //F1 = 150; // Maximum force output at optimum fiber length
    L0 = 0.0258; // PE slack length
    eps1 = ..Epsilon; // PE strain at F1
    a0 = ..aa0;
    a1 = ..aa1;
  };
  
  AnyLigamentModelPol DeepAnteriorMasseterParPE = {
    F1 = ..ForceR*..StrengthScaleMandible*73.8; // Maximum force output
    L0 = 0.0171; // PE slack length
    eps1 = ..Epsilon; // PE strain at F1
    a0 = ..aa0;
    a1 = ..aa1;
  };
  
  AnyLigamentModelPol DeepPosteriorMasseterParPE = {
    F1 = ..ForceR*..StrengthScaleMandible*65.8; // Maximum force output
    L0 = 0.0133; // PE slack length
    eps1 = ..Epsilon; // PE strain at F1
    a0 = ..aa0;
    a1 = ..aa1;
  };
  
  AnyLigamentModelPol AnteriorTemporalisParPE = {
    F1 = ..ForceR*..StrengthScaleMandible*308; // Maximum force output
    L0 = 0.0242; // PE slack length
    eps1 = ..Epsilon; // PE strain at F1
    a0 = ..aa0;
    a1 = ..aa1;
  };
  
  AnyLigamentModelPol PosteriorTemporalisParPE = {
    F1 = ..ForceR*..StrengthScaleMandible*222; // Maximum force output
    L0 = 0.0288; // PE slack length
    eps1 = ..Epsilon; // PE strain at F1
    a0 = ..aa0;
    a1 = ..aa1;
  };
  
  AnyLigamentModelPol MedialPterygoidParPE = {
    F1 = ..ForceR*..StrengthScaleMandible*240; // Maximum force output
    L0 = 0.0276; // PE slack length
    eps1 = ..Epsilon; // PE strain at F1
    a0 = ..aa0;
    a1 = ..aa1;
  };
  
  AnyLigamentModelPol SuperiorLateralPterygoidParPE = {
    F1 = ..ForceR*..StrengthScaleMandible*38; // Maximum force output
    L0 = 0.0094; // PE slack length
    eps1 = ..Epsilon; // PE strain at F1
    a0 = ..aa0;
    a1 = ..aa1;
  };
  
  AnyLigamentModelPol InferiorLateralPterygoidParPE = {
    F1 = ..ForceR*..StrengthScaleMandible*112.8; // Maximum force output
    L0 = 0.009; // PE slack length
    eps1 = ..Epsilon; // PE strain at F1
    a0 = ..aa0;
    a1 = ..aa1;
  };
  
  AnyLigamentModelPol AnteriorDigastricParPE = {
    F1 = 46.4; // Maximum force output
    L0 = 0.003; // PE slack length
    eps1 = ..Epsilon; // PE strain at F1
    a0 = ..aa0;
    a1 = ..aa1;
  };
  
  AnyLigamentModelPol GeniohyoidParPE = {
    F1 = 38.8; // Maximum force output
    L0 = 0.0054; // PE slack length
    eps1 = ..Epsilon; // PE strain at F1
    a0 = ..aa0;
    a1 = ..aa1;
  };
  
  AnyLigamentModelPol AnteriorMylohyoidParPE = {
    F1 = 63.6; // Maximum force output
    L0 = 0.001; // PE slack length
    eps1 = ..Epsilon; // PE strain at F1
    a0 = ..aa0;
    a1 = ..aa1;
  };
  
  AnyLigamentModelPol PosteriorMylohyoidParPE = {
    F1 = 21.2; // Maximum force output
    L0 = 0.001; // PE slack length
    eps1 = ..Epsilon; // PE strain at F1
    a0 = ..aa0;
    a1 = ..aa1;
  };
  
};