GetPDelta(this cPropLink obj, string Name)
{
double[] Value;
Value = default(double[]);
var res = obj.GetPDelta(Name, ref Value);
return(Value);
}
GetWeightAndMass(this cPropLink obj, string Name)
{
double W, M, R1, R2, R3;
W = M = R1 = R2 = R3 = default(double);
var res = obj.GetWeightAndMass(Name, ref W, ref M, ref R1, ref R2, ref R3);
return(W, M, R1, R2, R3);
}
GetTypeOAPI(this cPropLink obj, string Name)
{
eLinkPropType PropType;
PropType = default(eLinkPropType);
var res = obj.GetTypeOAPI(Name, ref PropType);
return(PropType);
}
GetSpringData(this cPropLink obj, string Name)
{
double DefinedForThisLength, DefinedForThisArea;
DefinedForThisLength = DefinedForThisArea = default(double);
var res = obj.GetSpringData(Name, ref DefinedForThisLength, ref DefinedForThisArea);
return(DefinedForThisLength, DefinedForThisArea);
}
GetNameList(this cPropLink obj, eLinkPropType PropType = (eLinkPropType)0)
{
int NumberNames;
NumberNames = default(int);
string[] MyName;
MyName = default(string[]);
var res = obj.GetNameList(ref NumberNames, ref MyName, PropType);
return(NumberNames, MyName);
}
GetMultiLinearPoints(this cPropLink obj, string Name, int DOF)
{
int NumberPoints, MyType;
NumberPoints = MyType = default(int);
double[] F, D;
F = D = default(double[]);
double A1, A2, B1, B2, Eta;
A1 = A2 = B1 = B2 = Eta = default(double);
var res = obj.GetMultiLinearPoints(Name, DOF, ref NumberPoints, ref F, ref D, ref MyType, ref A1, ref A2, ref B1, ref B2, ref Eta);
return(NumberPoints, F, D, MyType, A1, A2, B1, B2, Eta);
}
GetDamper(this cPropLink obj, string Name)
{
bool[] DOF, Fixed, Nonlinear;
DOF = Fixed = Nonlinear = default(bool[]);
double[] Ke, Ce, K, C, CExp;
Ke = Ce = K = C = CExp = default(double[]);
double DJ2, DJ3;
DJ2 = DJ3 = default(double);
string Notes, GUID;
Notes = GUID = default(string);
var res = obj.GetDamper(Name, ref DOF, ref Fixed, ref Nonlinear, ref Ke, ref Ce, ref K, ref C, ref CExp, ref DJ2, ref DJ3, ref Notes, ref GUID);
return(DOF, Fixed, Nonlinear, Ke, Ce, K, C, CExp, DJ2, DJ3, Notes, GUID);
}
GetDamperBilinear(this cPropLink obj, string Name)
{
bool[] dof, Fixed, Nonlinear;
dof = Fixed = Nonlinear = default(bool[]);
double[] ke, ce, k, c, CY, ForceLimit;
ke = ce = k = c = CY = ForceLimit = default(double[]);
double dj2, dj3;
dj2 = dj3 = default(double);
string notes, GUID;
notes = GUID = default(string);
var res = obj.GetDamperBilinear(Name, ref dof, ref Fixed, ref Nonlinear, ref ke, ref ce, ref k, ref c, ref CY, ref ForceLimit, ref dj2, ref dj3, ref notes, ref GUID);
return(dof, Fixed, Nonlinear, ke, ce, k, c, CY, ForceLimit, dj2, dj3, notes, GUID);
}
GetFrictionIsolator(this cPropLink obj, string Name)
{
bool[] DOF, Fixed, Nonlinear;
DOF = Fixed = Nonlinear = default(bool[]);
double[] Ke, Ce, K, Slow, Fast, Rate, Radius;
Ke = Ce = K = Slow = Fast = Rate = Radius = default(double[]);
double Damping, DJ2, DJ3;
Damping = DJ2 = DJ3 = default(double);
string Notes, GUID;
Notes = GUID = default(string);
var res = obj.GetFrictionIsolator(Name, ref DOF, ref Fixed, ref Nonlinear, ref Ke, ref Ce, ref K, ref Slow, ref Fast, ref Rate, ref Radius, ref Damping, ref DJ2, ref DJ3, ref Notes, ref GUID);
return(DOF, Fixed, Nonlinear, Ke, Ce, K, Slow, Fast, Rate, Radius, Damping, DJ2, DJ3, Notes, GUID);
}
GetRubberIsolator(this cPropLink obj, string Name)
{
bool[] DOF, Fixed, Nonlinear;
DOF = Fixed = Nonlinear = default(bool[]);
double[] Ke, Ce, K, Yield, Ratio;
Ke = Ce = K = Yield = Ratio = default(double[]);
double DJ2, DJ3;
DJ2 = DJ3 = default(double);
string Notes, GUID;
Notes = GUID = default(string);
var res = obj.GetRubberIsolator(Name, ref DOF, ref Fixed, ref Nonlinear, ref Ke, ref Ce, ref K, ref Yield, ref Ratio, ref DJ2, ref DJ3, ref Notes, ref GUID);
return(DOF, Fixed, Nonlinear, Ke, Ce, K, Yield, Ratio, DJ2, DJ3, Notes, GUID);
}
GetMultiLinearPlastic(this cPropLink obj, string Name)
{
bool[] DOF, Fixed, Nonlinear;
DOF = Fixed = Nonlinear = default(bool[]);
double[] Ke, Ce;
Ke = Ce = default(double[]);
double DJ2, DJ3;
DJ2 = DJ3 = default(double);
string Notes, GUID;
Notes = GUID = default(string);
var res = obj.GetMultiLinearPlastic(Name, ref DOF, ref Fixed, ref Nonlinear, ref Ke, ref Ce, ref DJ2, ref DJ3, ref Notes, ref GUID);
return(DOF, Fixed, Nonlinear, Ke, Ce, DJ2, DJ3, Notes, GUID);
}
GetDamperFrictionSpring(this cPropLink obj, string Name)
{
bool[] dof, Fixed, Nonlinear;
dof = Fixed = Nonlinear = default(bool[]);
double[] ke, ce, k, K1, K2, u0, us;
ke = ce = k = K1 = K2 = u0 = us = default(double[]);
int[] direction;
direction = default(int[]);
double dj2, dj3;
dj2 = dj3 = default(double);
string notes, GUID;
notes = GUID = default(string);
var res = obj.GetDamperFrictionSpring(Name, ref dof, ref Fixed, ref Nonlinear, ref ke, ref ce, ref k, ref K1, ref K2, ref u0, ref us, ref direction, ref dj2, ref dj3, ref notes, ref GUID);
return(dof, Fixed, Nonlinear, ke, ce, k, K1, K2, u0, us, direction, dj2, dj3, notes, GUID);
}
GetLinear(this cPropLink obj, string Name)
{
bool[] DOF, Fixed;
DOF = Fixed = default(bool[]);
double[] Ke, Ce;
Ke = Ce = default(double[]);
double DJ2, DJ3;
DJ2 = DJ3 = default(double);
bool KeCoupled, CeCoupled;
KeCoupled = CeCoupled = default(bool);
string Notes, GUID;
Notes = GUID = default(string);
var res = obj.GetLinear(Name, ref DOF, ref Fixed, ref Ke, ref Ce, ref DJ2, ref DJ3, ref KeCoupled, ref CeCoupled, ref Notes, ref GUID);
return(DOF, Fixed, Ke, Ce, DJ2, DJ3, KeCoupled, CeCoupled, Notes, GUID);
}
