GetRestraint(this cPointObj obj, string Name)
{
bool[] Value;
Value = default(bool[]);
var res = obj.GetRestraint(Name, ref Value);
return(Value);
}
GetMass(this cPointObj obj, string Name)
{
double[] M;
M = default(double[]);
var res = obj.GetMass(Name, ref M);
return(M);
}
GetTransformationMatrix(this cPointObj obj, string Name, bool IsGlobal = true)
{
double[] Value;
Value = default(double[]);
var res = obj.GetTransformationMatrix(Name, ref Value, IsGlobal);
return(Value);
}
GetSpringCoupled(this cPointObj obj, string Name)
{
double[] K;
K = default(double[]);
var res = obj.GetSpringCoupled(Name, ref K);
return(K);
}
GetSpecialPoint(this cPointObj obj, string Name)
{
bool SpecialPoint;
SpecialPoint = default(bool);
var res = obj.GetSpecialPoint(Name, ref SpecialPoint);
return(SpecialPoint);
}
GetSelected(this cPointObj obj, string Name)
{
bool Selected;
Selected = default(bool);
var res = obj.GetSelected(Name, ref Selected);
return(Selected);
}
GetCoordCylindrical(this cPointObj obj, string Name, string CSys = "Global")
{
double R, Theta, Z;
R = Theta = Z = default(double);
var res = obj.GetCoordCylindrical(Name, ref R, ref Theta, ref Z, CSys);
return(R, Theta, Z);
}
AddCartesian(this cPointObj obj, double X, double Y, double Z, string UserName = "", string CSys = "Global", bool MergeOff = false, int MergeNumber = 0)
{
string Name;
Name = default(string);
var res = obj.AddCartesian(X, Y, Z, ref Name, UserName, CSys, MergeOff, MergeNumber);
return(Name);
}
GetCoordSpherical(this cPointObj obj, string Name, string CSys = "Global")
{
double R, A, B;
R = A = B = default(double);
var res = obj.GetCoordSpherical(Name, ref R, ref A, ref B, CSys);
return(R, A, B);
}
GetCommonTo(this cPointObj obj, string Name)
{
int CommonTo;
CommonTo = default(int);
var res = obj.GetCommonTo(Name, ref CommonTo);
return(CommonTo);
}
GetSpringAssignment(this cPointObj obj, string Name)
{
string SpringProp;
SpringProp = default(string);
var res = obj.GetSpringAssignment(Name, ref SpringProp);
return(SpringProp);
}
GetElm(this cPointObj obj, string Name)
{
string Elm;
Elm = default(string);
var res = obj.GetElm(Name, ref Elm);
return(Elm);
}
GetNameFromLabel(this cPointObj obj, string Label, string Story)
{
string Name;
Name = default(string);
var res = obj.GetNameFromLabel(Label, Story, ref Name);
return(Name);
}
GetCoordCartesian(this cPointObj obj, string Name, string CSys = "Global")
{
double X, Y, Z;
X = Y = Z = default(double);
var res = obj.GetCoordCartesian(Name, ref X, ref Y, ref Z, CSys);
return(X, Y, Z);
}
CountLoadForce(this cPointObj obj, string Name = "", string LoadPat = "")
{
int Count;
Count = default(int);
var res = obj.CountLoadForce(ref Count, Name, LoadPat);
return(Count);
}
GetLabelFromName(this cPointObj obj, string Name)
{
string Label, Story;
Label = Story = default(string);
var res = obj.GetLabelFromName(Name, ref Label, ref Story);
return(Label, Story);
}
GetGUID(this cPointObj obj, string Name)
{
string GUID;
GUID = default(string);
var res = obj.GetGUID(Name, ref GUID);
return(GUID);
}
IsSpringCoupled(this cPointObj obj, string Name)
{
bool IsCoupled;
IsCoupled = default(bool);
var res = obj.IsSpringCoupled(Name, ref IsCoupled);
return(IsCoupled);
}
GetLabelNameList(this cPointObj obj)
{
int NumberNames;
NumberNames = default(int);
string[] MyName, MyLabel, MyStory;
MyName = MyLabel = MyStory = default(string[]);
var res = obj.GetLabelNameList(ref NumberNames, ref MyName, ref MyLabel, ref MyStory);
return(NumberNames, MyName, MyLabel, MyStory);
}
GetNameListOnStory(this cPointObj obj, string StoryName)
{
int NumberNames;
NumberNames = default(int);
string[] MyName;
MyName = default(string[]);
var res = obj.GetNameListOnStory(StoryName, ref NumberNames, ref MyName);
return(NumberNames, MyName);
}
GetLocalAxes(this cPointObj obj, string Name)
{
double A, B, C;
A = B = C = default(double);
bool Advanced;
Advanced = default(bool);
var res = obj.GetLocalAxes(Name, ref A, ref B, ref C, ref Advanced);
return(A, B, C, Advanced);
}
GetDiaphragm(this cPointObj obj, string Name)
{
eDiaphragmOption DiaphragmOption;
DiaphragmOption = default(eDiaphragmOption);
string DiaphragmName;
DiaphragmName = default(string);
var res = obj.GetDiaphragm(Name, ref DiaphragmOption, ref DiaphragmName);
return(DiaphragmOption, DiaphragmName);
}
GetAllPoints(this cPointObj obj, string csys = "Global")
{
int NumberNames;
NumberNames = default(int);
string[] MyName;
MyName = default(string[]);
double[] X, Y, Z;
X = Y = Z = default(double[]);
var res = obj.GetAllPoints(ref NumberNames, ref MyName, ref X, ref Y, ref Z, csys);
return(NumberNames, MyName, X, Y, Z);
}
GetConnectivity(this cPointObj obj, string Name)
{
int NumberItems;
NumberItems = default(int);
int[] ObjectType, PointNumber;
ObjectType = PointNumber = default(int[]);
string[] ObjectName;
ObjectName = default(string[]);
var res = obj.GetConnectivity(Name, ref NumberItems, ref ObjectType, ref ObjectName, ref PointNumber);
return(NumberItems, ObjectType, ObjectName, PointNumber);
}
GetLoadDispl(this cPointObj obj, string Name, eItemType ItemType = eItemType.Objects)
{
int NumberItems;
NumberItems = default(int);
string[] PointName, LoadPat, CSys;
PointName = LoadPat = CSys = default(string[]);
int[] LcStep;
LcStep = default(int[]);
double[] U1, U2, U3, R1, R2, R3;
U1 = U2 = U3 = R1 = R2 = R3 = default(double[]);
var res = obj.GetLoadDispl(Name, ref NumberItems, ref PointName, ref LoadPat, ref LcStep, ref CSys, ref U1, ref U2, ref U3, ref R1, ref R2, ref R3, ItemType);
return(NumberItems, PointName, LoadPat, LcStep, CSys, U1, U2, U3, R1, R2, R3);
}
GetLoadForce(this cPointObj obj, string Name, eItemType ItemType = eItemType.Objects)
{
int NumberItems;
NumberItems = default(int);
string[] PointName, LoadPat, CSys;
PointName = LoadPat = CSys = default(string[]);
int[] LcStep;
LcStep = default(int[]);
double[] F1, F2, F3, M1, M2, M3;
F1 = F2 = F3 = M1 = M2 = M3 = default(double[]);
var res = obj.GetLoadForce(Name, ref NumberItems, ref PointName, ref LoadPat, ref LcStep, ref CSys, ref F1, ref F2, ref F3, ref M1, ref M2, ref M3, ItemType);
return(NumberItems, PointName, LoadPat, LcStep, CSys, F1, F2, F3, M1, M2, M3);
}
GetPanelZone(this cPointObj obj, string Name)
{
int PropType, Connectivity, LocalAxisFrom;
PropType = Connectivity = LocalAxisFrom = default(int);
double Thickness, K1, K2, LocalAxisAngle;
Thickness = K1 = K2 = LocalAxisAngle = default(double);
string LinkProp;
LinkProp = default(string);
var res = obj.GetPanelZone(Name, ref PropType, ref Thickness, ref K1, ref K2, ref LinkProp, ref Connectivity, ref LocalAxisFrom, ref LocalAxisAngle);
return(PropType, Thickness, K1, K2, LinkProp, Connectivity, LocalAxisFrom, LocalAxisAngle);
}
/// <summary>
/// ids = null returns all nodes in model
/// </summary>
public static List <Node> ToBHoM(this cPointObj pointObj, List <string> ids)
{
List <Node> bhNodes = new List <Node>();
int nameCount = 0;
string[] nameArr = { };
if (ids == null)
{
pointObj.GetNameList(ref nameCount, ref nameArr);
ids = nameArr.ToList();
}
foreach (string id in ids)
{
bhNodes.Add(pointObj.ToBHoM(id));
}
return(bhNodes);
}
public static Node ToBHoM(this cPointObj pointObj, string id)
{
double x, y, z;
x = y = z = 0;
bool[] restraint = new bool[6];
double[] spring = new double[6];
pointObj.GetCoordCartesian(id, ref x, ref y, ref z);
pointObj.GetRestraint(id, ref restraint);
pointObj.SetSpring(id, ref spring);
Node bhNode = Structure.Create.Node(new oM.Geometry.Point()
{
X = x, Y = y, Z = z
}, "", GetConstraint6DOF(restraint, spring));
bhNode.CustomData.Add(AdapterId, id);
return(bhNode);
}
