/// <summary>
/// Creates the abstraction of the FeModel.
/// </summary>
/// <param name="inSolPoint">The solution point that contain the Gh Geometry that will define the model. Usually the model is then saved into the its FeModel parameter</param>
public FeModel([NotNull] NlOpt_Point inSolPoint)
{
try
{
if (inSolPoint == null)
{
throw new ArgumentNullException(nameof(inSolPoint));
}
Owner = inSolPoint;
// Generates the model
//////////////////////////
// For each point list GH Geometry Parameter - Adds the joint
foreach (PointList_GhGeom_ParamDef pointList_Output_ParamDef in inSolPoint.GhGeom_Values.Keys.OfType <PointList_GhGeom_ParamDef>())
{
FeGroup grp = AddNewOrGet_Group(pointList_Output_ParamDef.FeGroupNameHelper);
List <Point3d> pPoints = (List <Point3d>)inSolPoint.GhGeom_Values[pointList_Output_ParamDef];
foreach (Point3d p in pPoints)
{
FeJoint j = AddNewOrGet_JointByCoordinate(p);
j.Restraint.IncorporateRestraint(pointList_Output_ParamDef.Restraint);
grp.AddElement(j);
}
}
// For each line list GH Geometry Parameter - Adds the joints and a frame
foreach (LineList_GhGeom_ParamDef lineList_Output_ParamDef in inSolPoint.GhGeom_Values.Keys.OfType <LineList_GhGeom_ParamDef>())
{
FeGroup grp = AddNewOrGet_Group(lineList_Output_ParamDef.FeGroupNameHelper);
List <Line> pLines = (List <Line>)inSolPoint.GhGeom_Values[lineList_Output_ParamDef];
foreach (Line l in pLines)
{
// Adds the From joint
FeJoint jFrom = AddNewOrGet_JointByCoordinate(l.From);
jFrom.Restraint.IncorporateRestraint(lineList_Output_ParamDef.Restraint);
grp.AddElement(jFrom);
// Adds the To joint
FeJoint jTo = AddNewOrGet_JointByCoordinate(l.To);
jTo.Restraint.IncorporateRestraint(lineList_Output_ParamDef.Restraint);
grp.AddElement(jTo);
// Adds the Frame
FeSection s = Owner.Owner.GetGhLineListSection(lineList_Output_ParamDef);
FeFrame f = AddNewOrGet_LineByCoordinate(jFrom, jTo, s);
grp.AddElement(f);
}
}
// Adds the gravity loads
if (AppSS.I.FeOpt.Gravity_IsLoad)
{
FeLoad_Inertial gravity = FeLoad_Inertial.GetStandardGravity(AppSS.I.FeOpt.Gravity_Multiplier);
// Sets the direction based on the options
switch (AppSS.I.FeOpt.Gravity_DirectionEnum_Selected)
{
case MainAxisDirectionEnum.xPos:
gravity.Direction = Vector3d.XAxis;
break;
case MainAxisDirectionEnum.xNeg:
gravity.Direction = -Vector3d.XAxis;
break;
case MainAxisDirectionEnum.yPos:
gravity.Direction = Vector3d.YAxis;
break;
case MainAxisDirectionEnum.yNeg:
gravity.Direction = -Vector3d.YAxis;
break;
case MainAxisDirectionEnum.zPos:
gravity.Direction = Vector3d.ZAxis;
break;
case MainAxisDirectionEnum.zNeg:
gravity.Direction = -Vector3d.ZAxis;
break;
default:
throw new ArgumentOutOfRangeException();
}
Loads.Add(gravity);
}
// Adds the point loads
if (AppSS.I.FeOpt.PointLoads.Count > 0)
{
Loads.AddRange(AppSS.I.FeOpt.PointLoads);
}
}
catch (Exception e)
{
throw new Exception($"Error defining the FeModel internal class.", e);
}
}