GetGeometricNonlinearity(this cCaseStaticNonlinear obj, string Name)
{
int NLGeomType;
NLGeomType = default(int);
var res = obj.GetGeometricNonlinearity(Name, ref NLGeomType);
return(NLGeomType);
}
GetInitialCase(this cCaseStaticNonlinear obj, string Name)
{
string InitialCase;
InitialCase = default(string);
var res = obj.GetInitialCase(Name, ref InitialCase);
return(InitialCase);
}
GetModalCase(this cCaseStaticNonlinear obj, string Name)
{
string ModalCase;
ModalCase = default(string);
var res = obj.GetModalCase(Name, ref ModalCase);
return(ModalCase);
}
GetHingeUnloading(this cCaseStaticNonlinear obj, string Name)
{
int UnloadType;
UnloadType = default(int);
var res = obj.GetHingeUnloading(Name, ref UnloadType);
return(UnloadType);
}
GetMassSource(this cCaseStaticNonlinear obj, string Name)
{
string mSource;
mSource = default(string);
var res = obj.GetMassSource(Name, ref mSource);
return(mSource);
}
GetResultsSaved(this cCaseStaticNonlinear obj, string Name)
{
bool SaveMultipleSteps, PositiveOnly;
SaveMultipleSteps = PositiveOnly = default(bool);
int MinSavedStates, MaxSavedStates;
MinSavedStates = MaxSavedStates = default(int);
var res = obj.GetResultsSaved(Name, ref SaveMultipleSteps, ref MinSavedStates, ref MaxSavedStates, ref PositiveOnly);
return(SaveMultipleSteps, MinSavedStates, MaxSavedStates, PositiveOnly);
}
GetLoads(this cCaseStaticNonlinear obj, string Name)
{
int NumberLoads;
NumberLoads = default(int);
string[] LoadType, LoadName;
LoadType = LoadName = default(string[]);
double[] SF;
SF = default(double[]);
var res = obj.GetLoads(Name, ref NumberLoads, ref LoadType, ref LoadName, ref SF);
return(NumberLoads, LoadType, LoadName, SF);
}
GetSolControlParameters(this cCaseStaticNonlinear obj, string Name)
{
int MaxTotalSteps, MaxFailedSubSteps, MaxIterCS, MaxIterNR, MaxLineSearchPerIter;
MaxTotalSteps = MaxFailedSubSteps = MaxIterCS = MaxIterNR = MaxLineSearchPerIter = default(int);
double TolConvD, TolEventD, TolLineSearch, LineSearchStepFact;
TolConvD = TolEventD = TolLineSearch = LineSearchStepFact = default(double);
bool UseEventStepping;
UseEventStepping = default(bool);
var res = obj.GetSolControlParameters(Name, ref MaxTotalSteps, ref MaxFailedSubSteps, ref MaxIterCS, ref MaxIterNR, ref TolConvD, ref UseEventStepping, ref TolEventD, ref MaxLineSearchPerIter, ref TolLineSearch, ref LineSearchStepFact);
return(MaxTotalSteps, MaxFailedSubSteps, MaxIterCS, MaxIterNR, TolConvD, UseEventStepping, TolEventD, MaxLineSearchPerIter, TolLineSearch, LineSearchStepFact);
}
GetLoadApplication(this cCaseStaticNonlinear obj, string Name)
{
int LoadControl, DispType, Monitor, DOF;
LoadControl = DispType = Monitor = DOF = default(int);
double Displ;
Displ = default(double);
string PointName, GDispl;
PointName = GDispl = default(string);
var res = obj.GetLoadApplication(Name, ref LoadControl, ref DispType, ref Displ, ref Monitor, ref DOF, ref PointName, ref GDispl);
return(LoadControl, DispType, Displ, Monitor, DOF, PointName, GDispl);
}
GetTargetForceParameters(this cCaseStaticNonlinear obj, string Name)
{
double TolConvF, AccelFact;
TolConvF = AccelFact = default(double);
int MaxIter;
MaxIter = default(int);
bool NoStop;
NoStop = default(bool);
var res = obj.GetTargetForceParameters(Name, ref TolConvF, ref MaxIter, ref AccelFact, ref NoStop);
return(TolConvF, MaxIter, AccelFact, NoStop);
}
