protected void Setup(EvaluationUnit unit)
{
unit.RegisterInputParam(new Param_Curve(), "Line", "Line", "Line or Curve to attach RFSupportL to.", GH_ParamAccess.item);
unit.Inputs[0].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "Support Number", "No", "Optional index number to assign to the RFEM object.", GH_ParamAccess.item);
unit.Inputs[1].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Displacement Dir X", "Tx", "(-1): Fixed; (0): Free; Other: Stiffness in [kN/m]", GH_ParamAccess.item);
unit.Inputs[2].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Displacement Dir Y", "Ty", "(-1): Fixed; (0): Free; Other: Stiffness in [kN/m]", GH_ParamAccess.item);
unit.Inputs[3].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Displacement Dir Z", "Tz", "(-1): Fixed; (0): Free; Other: Stiffness in [kN/m]", GH_ParamAccess.item);
unit.Inputs[4].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Rotation Dir X", "Rx", "(-1): Fixed; (0): Free; Other: Stiffness in [kNm/rad]", GH_ParamAccess.item);
unit.Inputs[5].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Rotation Dir Y", "Ry", "(-1): Fixed; (0): Free; Other: Stiffness in [kNm/rad]", GH_ParamAccess.item);
unit.Inputs[6].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Rotation Dir Z", "Rz", "(-1): Fixed; (0): Free; Other: Stiffness in [kNm/rad]", GH_ParamAccess.item);
unit.Inputs[7].Parameter.Optional = true;
unit.RegisterInputParam(new Param_String(), "Comment", "Comment", "Comment.", GH_ParamAccess.item);
unit.Inputs[8].Parameter.Optional = true;
GH_ExtendableMenu gH_ExtendableMenu = new GH_ExtendableMenu(0, "advanced");
gH_ExtendableMenu.Name = "Advanced";
gH_ExtendableMenu.Collapse();
unit.RegisterInputParam(new Param_String(), "Line List", "LineList", "Line List", GH_ParamAccess.item);
unit.RegisterInputParam(new Param_String(), "Line List", "LineList", "Line List", GH_ParamAccess.item);
unit.Inputs[9].Parameter.Optional = true;
//unit.RegisterInputParam(new Param_Integer(), "Reference System Type", "RefSys", UtilLibrary.DescriptionRFTypes(typeof(ReferenceSystemType)), GH_ParamAccess.item);
//unit.Inputs[10].EnumInput = UtilLibrary.ListRFTypes(typeof(ReferenceSystemType));
unit.Inputs[10].Parameter.Optional = true;
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[9]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[10]);
unit.AddMenu(gH_ExtendableMenu);
GH_ExtendableMenu gH_ExtendableMenu2 = new GH_ExtendableMenu(1, "modify");
gH_ExtendableMenu2.Name = "Modify";
gH_ExtendableMenu2.Collapse();
unit.RegisterInputParam(new Param_RFEM(), "RF Line Support", "RF LineSup", "Support object from the RFEM model to modify", GH_ParamAccess.item);
unit.Inputs[11].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Boolean(), "Modify", "Modify", "Modify object?", GH_ParamAccess.item);
unit.Inputs[12].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Boolean(), "Delete", "Delete", "Delete object?", GH_ParamAccess.item);
unit.Inputs[13].Parameter.Optional = true;
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[11]);
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[12]);
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[13]);
unit.AddMenu(gH_ExtendableMenu2);
unit.RegisterOutputParam(new Param_RFEM(), "RF Line Support", "RF LineSup", "Output RFLineSupport.");
}
protected void Setup(EvaluationUnit unit)
{
unit.RegisterInputParam(new Param_String(), "Description", "Desc", "Name or Description of Cross Section.", GH_ParamAccess.item);
unit.Inputs[0].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "Material Number", "No", "Optional index number to assign to the RFEM object.", GH_ParamAccess.item);
unit.Inputs[1].Parameter.Optional = true;
unit.RegisterInputParam(new Param_String(), "Comment", "Comment", "Comment.", GH_ParamAccess.item);
unit.Inputs[2].Parameter.Optional = true;
GH_ExtendableMenu gH_ExtendableMenu = new GH_ExtendableMenu(0, "advanced");
gH_ExtendableMenu.Name = "Advanced";
gH_ExtendableMenu.Collapse();
unit.RegisterInputParam(new Param_Number(), "Elasticity Modulus [N/m²]", "E", "Elasticity Modulus [N/m²]", GH_ParamAccess.item);
unit.Inputs[3].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Poisson Ratio", "Mu", "Poisson Ratio", GH_ParamAccess.item);
unit.Inputs[4].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Shear Modulus [N/m²]", "G", "Shear Modulus [N/m²]", GH_ParamAccess.item);
unit.Inputs[5].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Specific Weight [N/m³]", "W", "Specific Weight [N/m³]", GH_ParamAccess.item);
unit.Inputs[6].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Thermal Expansion [1/°]", "Alpha", "Thermal Expansion [1/°]", GH_ParamAccess.item);
unit.Inputs[7].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Partial Safety Factor", "Gamma", "Partial Safety Factor", GH_ParamAccess.item);
unit.Inputs[8].Parameter.Optional = true;
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[3]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[4]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[5]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[6]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[7]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[8]);
unit.AddMenu(gH_ExtendableMenu);
GH_ExtendableMenu gH_ExtendableMenu2 = new GH_ExtendableMenu(1, "modify");
gH_ExtendableMenu2.Name = "Modify";
gH_ExtendableMenu2.Collapse();
unit.RegisterInputParam(new Param_RFEM(), "RF Material", "RF Mat", "Material object from the RFEM model to modify", GH_ParamAccess.item);
unit.Inputs[9].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Boolean(), "Modify", "Modify", "Modify object?", GH_ParamAccess.item);
unit.Inputs[10].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Boolean(), "Delete", "Delete", "Delete object?", GH_ParamAccess.item);
unit.Inputs[11].Parameter.Optional = true;
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[9]);
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[10]);
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[11]);
unit.AddMenu(gH_ExtendableMenu2);
unit.RegisterOutputParam(new Param_RFEM(), "RF Material", "RF Mat", "Output RFMaterial.");
}
protected void Setup(EvaluationUnit unit)
{
unit.RegisterInputParam(new Param_RFEM(), "RF Line", "RF Line", "Input RFLine.", GH_ParamAccess.item);
// unit.Inputs[0].Parameter.Optional = true;
unit.RegisterOutputParam(new Param_Curve(), "Line", "Line", "Line or Curve to assemble the RFLine from.");
unit.RegisterOutputParam(new Param_Integer(), "Line Number", "No", "Index number of the RFEM object.");
unit.RegisterOutputParam(new Param_String(), "Comment", "Comment", "Comment.");
unit.RegisterOutputParam(new Param_String(), "NodeList", "NodeList", "Node List");
unit.RegisterOutputParam(new Param_String(), "Line Type", "Type", "Line Type");
unit.RegisterOutputParam(new Param_Number(), "Rotation Angle [°]", "β", "Rotation Angle [°]");
unit.RegisterOutputParam(new Param_String(), "Rotation Type", "Rot Type", "Rotation Type");
}
protected void Setup(EvaluationUnit unit)
{
unit.RegisterInputParam(new Param_RFEM(), "RF Load Case", "RF LoadCase", "Intput RFLoadCase.", GH_ParamAccess.item);
//unit.Inputs[0].Parameter.Optional = true;
unit.RegisterOutputParam(new Param_Integer(), "Load Case Number", "No", "Optional index number to assign to the RFEM object.");
unit.RegisterOutputParam(new Param_String(), "Description", "Description", "Description of Load Case.");
unit.RegisterOutputParam(new Param_String(), "Action Category", "Action", "Action Category Type.");
unit.RegisterOutputParam(new Param_String(), "Comment", "Comment", "Comment.");
unit.RegisterOutputParam(new Param_Vector(), "Self Weight Factor", "Self Weight", "Self Weight Factor.");
unit.RegisterOutputParam(new Param_Boolean(), "To Solve", "Solve", "Solve Load Case?");
}
protected void Setup(EvaluationUnit unit)
{
unit.RegisterInputParam(new Param_RFEM(), "RF Load Combo", "RF LoadCombo", "Intput RFLoadCombo.", GH_ParamAccess.item);
//unit.Inputs[0].Parameter.Optional = true;
unit.RegisterOutputParam(new Param_Integer(), "Load Combo Number", "No", "Optional index number to assign to the RFEM object.");
unit.RegisterOutputParam(new Param_String(), "Definition", "Definition", "Definition of Load Combo.");
unit.RegisterOutputParam(new Param_String(), "Description", "Description", "Description of Load Combo.");
unit.RegisterOutputParam(new Param_String(), "Design Situation", "Design", "Design Situation Type.");
unit.RegisterOutputParam(new Param_String(), "Comment", "Comment", "Comment.");
unit.RegisterOutputParam(new Param_Boolean(), "To Solve", "Solve", "Solve Load Combo?");
}
protected void Setup(EvaluationUnit unit)
{
unit.RegisterInputParam(new Param_Point(), "Location", "Loc", "Load Application point.", GH_ParamAccess.item);
unit.Inputs[0].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "Load Case", "LC", "Load Case to assign the load to.", GH_ParamAccess.item);
unit.Inputs[1].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Vector(), "Force [kN]", "F", "Load Force [kN]", GH_ParamAccess.item);
unit.Inputs[2].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Vector(), "Moment [kNm]", "M", "Load Moment [kN]", GH_ParamAccess.item);
unit.Inputs[3].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "Load Number", "No", "Optional index number to assign to the RFEM object.", GH_ParamAccess.item);
unit.Inputs[4].Parameter.Optional = true;
unit.RegisterInputParam(new Param_String(), "Comment", "Comment", "Comment.", GH_ParamAccess.item);
unit.Inputs[5].Parameter.Optional = true;
GH_ExtendableMenu gH_ExtendableMenu = new GH_ExtendableMenu(0, "advanced");
gH_ExtendableMenu.Name = "Advanced";
gH_ExtendableMenu.Collapse();
unit.RegisterInputParam(new Param_String(), "Node List", "NodeList", "Node List", GH_ParamAccess.item);
unit.Inputs[6].Parameter.Optional = true;
//unit.RegisterInputParam(new Param_Integer(), "LoadDefinitionType", "Def", UtilLibrary.DescriptionRFTypes(typeof(LoadDefinitionType)), GH_ParamAccess.item);
//unit.Inputs[7].EnumInput = UtilLibrary.ListRFTypes(typeof(LoadDefinitionType));
//unit.Inputs[7].Parameter.Optional = true;
//gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[6]);
//gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[7]);
unit.AddMenu(gH_ExtendableMenu);
GH_ExtendableMenu gH_ExtendableMenu2 = new GH_ExtendableMenu(1, "modify");
gH_ExtendableMenu2.Name = "Modify";
gH_ExtendableMenu2.Collapse();
unit.RegisterInputParam(new Param_RFEM(), "RF Nodal Load", "RF NLoad", "Load object from the RFEM model to modify", GH_ParamAccess.item);
unit.Inputs[8].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Boolean(), "Modify", "Modify", "Modify object?", GH_ParamAccess.item);
unit.Inputs[9].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Boolean(), "Delete", "Delete", "Delete object?", GH_ParamAccess.item);
unit.Inputs[10].Parameter.Optional = true;
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[8]);
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[9]);
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[10]);
unit.AddMenu(gH_ExtendableMenu2);
unit.RegisterOutputParam(new Param_RFEM(), "RF Nodal Load", "RF NLoad", "Output RFNodalLoad.");
}
protected void Setup(EvaluationUnit unit)
{
unit.RegisterInputParam(new Param_String(), "Surface List", "SrfcList", "Surface List", GH_ParamAccess.item);
unit.Inputs[0].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "Support Number", "No", "Optional index number to assign to the RFEM object.", GH_ParamAccess.item);
unit.Inputs[1].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Displacement Dir X", "Tx", "(-1): Fixed; (0): Free; Other: Stiffness in [kN/m³]", GH_ParamAccess.item);
unit.Inputs[2].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Displacement Dir Y", "Ty", "(-1): Fixed; (0): Free; Other: Stiffness in [kN/m³]", GH_ParamAccess.item);
unit.Inputs[3].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Displacement Dir Z", "Tz", "(-1): Fixed; (0): Free; Other: Stiffness in [kN/m³]", GH_ParamAccess.item);
unit.Inputs[4].Parameter.Optional = true;
unit.RegisterInputParam(new Param_String(), "Comment", "Comment", "Comment.", GH_ParamAccess.item);
unit.Inputs[5].Parameter.Optional = true;
GH_ExtendableMenu gH_ExtendableMenu = new GH_ExtendableMenu(0, "advanced");
gH_ExtendableMenu.Name = "Advanced";
gH_ExtendableMenu.Collapse();
unit.RegisterInputParam(new Param_Number(), "Shear Constant Dir XZ", "Vxz", "(-1): Fixed; (0): Free; Other: Stiffness in [kN/m³]", GH_ParamAccess.item);
unit.Inputs[6].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Shear Constant Dir YZ", "Vyz", "(-1): Fixed; (0): Free; Other: Stiffness in [kN/m³]", GH_ParamAccess.item);
unit.Inputs[7].Parameter.Optional = true;
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[6]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[7]);
unit.AddMenu(gH_ExtendableMenu);
GH_ExtendableMenu gH_ExtendableMenu2 = new GH_ExtendableMenu(1, "modify");
gH_ExtendableMenu2.Name = "Modify";
gH_ExtendableMenu2.Collapse();
unit.RegisterInputParam(new Param_RFEM(), "RF Surface Support", "RF SrfcSup", "Support object from the RFEM model to modify", GH_ParamAccess.item);
unit.Inputs[8].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Boolean(), "Modify", "Modify", "Modify object?", GH_ParamAccess.item);
unit.Inputs[9].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Boolean(), "Delete", "Delete", "Delete object?", GH_ParamAccess.item);
unit.Inputs[10].Parameter.Optional = true;
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[8]);
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[9]);
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[10]);
unit.AddMenu(gH_ExtendableMenu2);
unit.RegisterOutputParam(new Param_RFEM(), "RF Surface Support", "RF SrfcSup", "Output RFSrfcSupport.");
}
protected void Setup(EvaluationUnit unit)
{
unit.RegisterInputParam(new Param_Curve(), "Line", "Line", "Line or Curve to assemble the RFLine from.", GH_ParamAccess.item);
unit.Inputs[0].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "Line Number", "No", "Optional index number to assign to the RFEM object.", GH_ParamAccess.item);
unit.Inputs[1].Parameter.Optional = true;
unit.RegisterInputParam(new Param_String(), "Comment", "Comment", "Comment.", GH_ParamAccess.item);
unit.Inputs[2].Parameter.Optional = true;
GH_ExtendableMenu gH_ExtendableMenu = new GH_ExtendableMenu(0, "advanced");
gH_ExtendableMenu.Name = "Advanced";
gH_ExtendableMenu.Collapse();
unit.RegisterInputParam(new Param_String(), "NodeList", "NodeList", "Node List", GH_ParamAccess.item);
unit.RegisterInputParam(new Param_String(), "NodeList", "NodeList", "Node List", GH_ParamAccess.item);
unit.Inputs[3].Parameter.Optional = true;
unit.Inputs[4].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Rotation Angle [°]", "β", "Rotation Angle [°]", GH_ParamAccess.item);
unit.Inputs[5].Parameter.Optional = true;
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[3]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[4]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[5]);
unit.AddMenu(gH_ExtendableMenu);
GH_ExtendableMenu gH_ExtendableMenu2 = new GH_ExtendableMenu(1, "modify");
gH_ExtendableMenu2.Name = "Modify";
gH_ExtendableMenu2.Collapse();
unit.RegisterInputParam(new Param_RFEM(), "RF Line", "RF Line", "Line object from the RFEM model to modify", GH_ParamAccess.item);
unit.Inputs[6].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Boolean(), "Modify", "Modify", "Modify object?", GH_ParamAccess.item);
unit.Inputs[7].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Boolean(), "Delete", "Delete", "Delete object?", GH_ParamAccess.item);
unit.Inputs[8].Parameter.Optional = true;
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[6]);
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[7]);
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[8]);
unit.AddMenu(gH_ExtendableMenu2);
unit.RegisterOutputParam(new Param_RFEM(), "RF Line", "RF Line", "Output RFNode.");
}
protected void Setup(EvaluationUnit unit)
{
unit.RegisterInputParam(new Param_Integer(), "Load Case Number", "No", "Optional index number to assign to the RFEM object.", GH_ParamAccess.item);
unit.Inputs[0].Parameter.Optional = true;
unit.RegisterInputParam(new Param_String(), "Description", "Description", "Description of Load Case.", GH_ParamAccess.item);
unit.Inputs[1].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "Action Category", "Action", UtilLibrary.DescriptionRFTypes(typeof(ActionCategoryType)), GH_ParamAccess.item);
unit.Inputs[2].EnumInput = UtilLibrary.ListRFTypes(typeof(ActionCategoryType));
unit.Inputs[2].Parameter.Optional = true;
unit.RegisterInputParam(new Param_String(), "Comment", "Comment", "Comment.", GH_ParamAccess.item);
unit.Inputs[3].Parameter.Optional = true;
GH_ExtendableMenu gH_ExtendableMenu = new GH_ExtendableMenu(0, "advanced");
gH_ExtendableMenu.Name = "Advanced";
gH_ExtendableMenu.Collapse();
unit.RegisterInputParam(new Param_Vector(), "Self Weight Factor", "Self Weight", "Self Weight Factor", GH_ParamAccess.item);
unit.Inputs[4].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Boolean(), "To Solve", "Solve", "Solve Load Case?", GH_ParamAccess.item);
unit.Inputs[5].Parameter.Optional = true;
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[4]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[5]);
unit.AddMenu(gH_ExtendableMenu);
GH_ExtendableMenu gH_ExtendableMenu2 = new GH_ExtendableMenu(1, "modify");
gH_ExtendableMenu2.Name = "Modify";
gH_ExtendableMenu2.Collapse();
unit.RegisterInputParam(new Param_RFEM(), "RF Load Case", "RF LoadCase", "Load object from the RFEM model to modify", GH_ParamAccess.item);
unit.Inputs[6].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Boolean(), "Modify", "Modify", "Modify object?", GH_ParamAccess.item);
unit.Inputs[7].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Boolean(), "Delete", "Delete", "Delete object?", GH_ParamAccess.item);
unit.Inputs[8].Parameter.Optional = true;
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[6]);
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[7]);
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[8]);
unit.AddMenu(gH_ExtendableMenu2);
unit.RegisterOutputParam(new Param_RFEM(), "RF Load Case", "RF LoadCase", "Output RFLoadCase.");
}
protected void Setup(EvaluationUnit unit)
{
unit.RegisterInputParam(new Param_Surface(), "Surface", "Sfc", "Surface to assemble the RFOpening from.", GH_ParamAccess.item);
unit.Inputs[0].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "Opening Number", "No", "Optional index number to assign to the RFEM object.", GH_ParamAccess.item);
unit.Inputs[1].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "In Surface No", "InSrfcNo", "Index number assigned to the surface this opening belongs to.", GH_ParamAccess.item);
unit.Inputs[2].Parameter.Optional = true;
unit.RegisterInputParam(new Param_String(), "Comment", "Comment", "Comment.", GH_ParamAccess.item);
unit.Inputs[3].Parameter.Optional = true;
GH_ExtendableMenu gH_ExtendableMenu = new GH_ExtendableMenu(0, "advanced");
gH_ExtendableMenu.Name = "Advanced";
gH_ExtendableMenu.Collapse();
unit.RegisterInputParam(new Param_String(), "Boundary Line List", "Bound", "Boundary Line List", GH_ParamAccess.item);
unit.Inputs[4].Parameter.Optional = true;
//unit.RegisterInputParam(new Param_Integer(), "Interpolated Points", "n", "Number of interpolated points for NURBS", GH_ParamAccess.item);
//unit.Inputs[5].Parameter.Optional = true;
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[4]);
//gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[5]);
unit.AddMenu(gH_ExtendableMenu);
GH_ExtendableMenu gH_ExtendableMenu2 = new GH_ExtendableMenu(1, "modify");
gH_ExtendableMenu2.Name = "Modify";
gH_ExtendableMenu2.Collapse();
unit.RegisterInputParam(new Param_RFEM(), "RF Opening", "RF Opening", "Opening object from the RFEM model to modify", GH_ParamAccess.item);
unit.Inputs[5].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Boolean(), "Modify", "Modify", "Modify object?", GH_ParamAccess.item);
unit.Inputs[6].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Boolean(), "Delete", "Delete", "Delete object?", GH_ParamAccess.item);
unit.Inputs[7].Parameter.Optional = true;
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[5]);
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[6]);
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[7]);
unit.AddMenu(gH_ExtendableMenu2);
unit.RegisterOutputParam(new Param_RFEM(), "RF Opening", "RF Opening", "Output RFOpening.");
}
protected void Setup(EvaluationUnit unit)
{
unit.RegisterInputParam(new Param_Integer(), "Hinge Number", "No", "Optional index number to assign to the RFEM object.", GH_ParamAccess.item);
unit.Inputs[0].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Displacement Dir X", "Tx", "(-1): Fixed; (0): Free; Other: Stiffness in [kN/m]", GH_ParamAccess.item);
unit.Inputs[1].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Displacement Dir Y", "Ty", "(-1): Fixed; (0): Free; Other: Stiffness in [kN/m]", GH_ParamAccess.item);
unit.Inputs[2].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Displacement Dir Z", "Tz", "(-1): Fixed; (0): Free; Other: Stiffness in [kN/m]", GH_ParamAccess.item);
unit.Inputs[3].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Rotation Dir X", "Rx", "(-1): Fixed; (0): Free; Other: Stiffness in [kNm/rad]", GH_ParamAccess.item);
unit.Inputs[4].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Rotation Dir Y", "Ry", "(-1): Fixed; (0): Free; Other: Stiffness in [kNm/rad]", GH_ParamAccess.item);
unit.Inputs[5].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Rotation Dir Z", "Rz", "(-1): Fixed; (0): Free; Other: Stiffness in [kNm/rad]", GH_ParamAccess.item);
unit.Inputs[6].Parameter.Optional = true;
unit.RegisterInputParam(new Param_String(), "Comment", "Comment", "Comment.", GH_ParamAccess.item);
unit.Inputs[7].Parameter.Optional = true;
GH_ExtendableMenu gH_ExtendableMenu2 = new GH_ExtendableMenu(1, "modify");
gH_ExtendableMenu2.Name = "Modify";
gH_ExtendableMenu2.Collapse();
unit.RegisterInputParam(new Param_RFEM(), "RF Member Hinge", "RF MemberHinge", "Member Hinge object from the RFEM model to modify", GH_ParamAccess.item);
unit.Inputs[8].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Boolean(), "Modify", "Modify", "Modify object?", GH_ParamAccess.item);
unit.Inputs[9].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Boolean(), "Delete", "Delete", "Delete object?", GH_ParamAccess.item);
unit.Inputs[10].Parameter.Optional = true;
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[8]);
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[9]);
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[10]);
unit.AddMenu(gH_ExtendableMenu2);
unit.RegisterOutputParam(new Param_RFEM(), "RF Member Hinge", "RF MemberHinge", "Output RFMemberHinge.");
}
protected void Setup(EvaluationUnit unit)
{
unit.RegisterInputParam(new Param_RFEM(), "RF Surface Load", "RF SLoad", "Intput RFSurfaceLoad.", GH_ParamAccess.item);
// unit.Inputs[0].Parameter.Optional = true;
unit.RegisterOutputParam(new Param_String(), "Surface List", "Srfc", "Surface List.");
unit.RegisterOutputParam(new Param_Integer(), "Load Number", "No", "Index number of the RFEM object.");
unit.RegisterOutputParam(new Param_Integer(), "Load Case", "LC", "Load Case to which the load object belongs.");
unit.RegisterOutputParam(new Param_String(), "Comment", "Comment", "Comment.");
unit.RegisterOutputParam(new Param_Number(), "Magnitude 1 [kN/m²]", "F1", "Load Value [kN/m²].");
unit.RegisterOutputParam(new Param_Number(), "Magnitude 2 [kN/m²]", "F2", "Load Value [kN/m²].");
unit.RegisterOutputParam(new Param_Number(), "Magnitude 3 [kN/m²]", "F3", "Load Value [kN/m²].");
unit.RegisterOutputParam(new Param_Number(), "Magnitude 4 [°C]", "T4", "Load Value [°C].");
unit.RegisterOutputParam(new Param_Number(), "Magnitude 5 [°C]", "T5", "Load Value [°C].");
unit.RegisterOutputParam(new Param_Number(), "Magnitude 6 [°C]", "T6", "Load Value [°C].");
unit.RegisterOutputParam(new Param_Integer(), "Node1No", "Node1", "Node Index (useful for surface loads with linear distribution)");
unit.RegisterOutputParam(new Param_Integer(), "Node2No", "Node2", "Node Index (useful for surface loads with linear distribution)");
unit.RegisterOutputParam(new Param_Integer(), "Node2No", "Node2", "Node Index (useful for surface loads with linear distribution)");
unit.RegisterOutputParam(new Param_String(), "LoadType", "Type", "LoadType.");
unit.RegisterOutputParam(new Param_String(), "LoadDirectionType", "Dir", "LoadDirectionType.");
unit.RegisterOutputParam(new Param_String(), "LoadDistributionType", "Dist", "LoadDistributionType.");
}
protected void Setup(EvaluationUnit unit)
{
unit.RegisterInputParam(new Param_RFEM(), "RF Material", "RF Mat", "Input RFMaterial.", GH_ParamAccess.item);
// unit.Inputs[0].Parameter.Optional = true;
unit.RegisterOutputParam(new Param_String(), "Description", "Desc", "Name or Description of Cross Section.");
unit.RegisterOutputParam(new Param_Integer(), "Material Number", "No", "Index number of the RFEM object.");
unit.RegisterOutputParam(new Param_String(), "Comment", "Comment", "Comment.");
unit.RegisterOutputParam(new Param_Number(), "Elasticity Modulus [N/m²]", "E", "Elasticity Modulus [N/m²]");
unit.RegisterOutputParam(new Param_Number(), "Poisson Ratio", "Mu", "Poisson Ratio");
unit.RegisterOutputParam(new Param_Number(), "Shear Modulus [N/m²]", "G", "Shear Modulus [N/m²]");
unit.RegisterOutputParam(new Param_Number(), "Specific Weight [N/m³]", "W", "Specific Weight [N/m³]");
unit.RegisterOutputParam(new Param_Number(), "Thermal Expansion [1/°]", "Alpha", "Thermal Expansion [1/°]");
unit.RegisterOutputParam(new Param_Number(), "Partial Safety Factor", "Gamma", "Partial Safety Factor");
unit.RegisterOutputParam(new Param_String(), "Material Model Type", "Type", "Material Model Type.");
unit.RegisterOutputParam(new Param_String(), "TextID", "TextID", "TextID.");
unit.RegisterOutputParam(new Param_Boolean(), "User Defined", "User", "User Defined.");
}
protected void Setup(EvaluationUnit unit)
{
unit.RegisterInputParam(new Param_RFEM(), "RF Nodal Support", "RF NodSup", "Input RFNodalSupport.", GH_ParamAccess.item);
// unit.Inputs[0].Parameter.Optional = true;
unit.RegisterOutputParam(new Param_Plane(), "Location", "Loc", "Plane related to the RFSupportP object.");
unit.RegisterOutputParam(new Param_Integer(), "Support Number", "No", "Index number of the RFEM object.");
unit.RegisterOutputParam(new Param_Number(), "Displacement Dir X", "Tx", "(-1): Fixed; (0): Free; Other: Stiffness in [kN/m]");
unit.RegisterOutputParam(new Param_Number(), "Displacement Dir Y", "Ty", "(-1): Fixed; (0): Free; Other: Stiffness in [kN/m]");
unit.RegisterOutputParam(new Param_Number(), "Displacement Dir Z", "Tz", "(-1): Fixed; (0): Free; Other: Stiffness in [kN/m]");
unit.RegisterOutputParam(new Param_Number(), "Rotation Dir X", "Rx", "(-1): Fixed; (0): Free; Other: Stiffness in [kNm/rad]");
unit.RegisterOutputParam(new Param_Number(), "Rotation Dir Y", "Ry", "(-1): Fixed; (0): Free; Other: Stiffness in [kNm/rad]");
unit.RegisterOutputParam(new Param_Number(), "Rotation Dir Z", "Rz", "(-1): Fixed; (0): Free; Other: Stiffness in [kNm/rad]");
unit.RegisterOutputParam(new Param_String(), "Comment", "Comment", "Comment.");
unit.RegisterOutputParam(new Param_String(), "Node List", "NodeList", "List of nodes the support is attached to");
unit.RegisterOutputParam(new Param_String(), "Reference System Type", "RSType", "Reference System Type");
unit.RegisterOutputParam(new Param_String(), "Rotation Sequence", "RotSeq", "ZYX, ZXY, YZX, YXZ, XYZ, XZY");
unit.RegisterOutputParam(new Param_Vector(), "Rotation Angles", "Rot", "Euler rotation angles in [°]");
}
protected void Setup(EvaluationUnit unit)
{
unit.RegisterInputParam(new GUI.Param_RFEM(), "RF Cross Section", "RF CroSec", "Input RFCroSec.", GH_ParamAccess.item);
// unit.Inputs[0].Parameter.Optional = true;
unit.RegisterOutputParam(new Param_String(), "Description", "Desc", "Name or Description of Cross Section.");
unit.RegisterOutputParam(new Param_Integer(), "Cross Section Number", "No", "Optional index number to assign to the RFEM object.");
unit.RegisterOutputParam(new Param_String(), "Comment", "Comment", "Comment.");
unit.RegisterOutputParam(new Param_Integer(), "Material Number", "MatNo", "Number of Material assigned to the Cross-Section");
unit.RegisterOutputParam(new Param_Number(), "AxialArea [m²]", "A", "AxialArea [m²]");
unit.RegisterOutputParam(new Param_Number(), "ShearAreaY [m²]", "Ay", "ShearAreaY [m²]");
unit.RegisterOutputParam(new Param_Number(), "ShearAreaZ [m²]", "Az", "ShearAreaZ [m²]");
unit.RegisterOutputParam(new Param_Number(), "BendingMomentY [m⁴]", "Iy", "BendingMomentY [m⁴]");
unit.RegisterOutputParam(new Param_Number(), "BendingMomentZ [m⁴]", "Iz", "BendingMomentZ [m⁴]");
unit.RegisterOutputParam(new Param_Number(), "TorsionMoment [m⁴]", "Jt", "TorsionMoment [m⁴]");
unit.RegisterOutputParam(new Param_Number(), "Rotation Angle [°]", "β", "Rotation Angle [°]");
unit.RegisterOutputParam(new Param_Number(), "TemperatureLoadWidth [m]", "TempW", "TemperatureLoadWidth [m]");
unit.RegisterOutputParam(new Param_Number(), "TemperatureLoadDepth [m]", "TempD", "TemperatureLoadDepth [m]");
unit.RegisterOutputParam(new Param_String(), "TextID", "TextID", "TextID.");
unit.RegisterOutputParam(new Param_Boolean(), "User Defined", "User", "User Defined.");
}
protected void Setup(EvaluationUnit unit)
{
unit.RegisterInputParam(new Param_String(), "Description", "Desc", "Name or Description of Cross Section.", GH_ParamAccess.item);
unit.Inputs[0].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "Material Number", "MatNo", "Number of Material assigned to the Cross-Section", GH_ParamAccess.item);
unit.Inputs[1].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "Cross Section Number", "No", "Optional index number to assign to the RFEM object.", GH_ParamAccess.item);
unit.Inputs[2].Parameter.Optional = true;
unit.RegisterInputParam(new Param_String(), "Comment", "Comment", "Comment.", GH_ParamAccess.item);
unit.Inputs[3].Parameter.Optional = true;
GH_ExtendableMenu gH_ExtendableMenu = new GH_ExtendableMenu(0, "advanced");
gH_ExtendableMenu.Name = "Advanced";
gH_ExtendableMenu.Collapse();
unit.RegisterInputParam(new Param_Number(), "AxialArea [m²]", "A", "AxialArea [m²]", GH_ParamAccess.item);
unit.Inputs[4].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "ShearAreaY [m²]", "Ay", "ShearAreaY [m²]", GH_ParamAccess.item);
unit.Inputs[5].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "ShearAreaZ [m²]", "Az", "ShearAreaZ [m²]", GH_ParamAccess.item);
unit.Inputs[6].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "BendingMomentY [m⁴]", "Iy", "BendingMomentY [m⁴]", GH_ParamAccess.item);
unit.Inputs[7].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "BendingMomentZ [m⁴]", "Iz", "BendingMomentZ [m⁴]", GH_ParamAccess.item);
unit.Inputs[8].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "TorsionMoment [m⁴]", "Jt", "TorsionMoment [m⁴]", GH_ParamAccess.item);
unit.Inputs[9].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Rotation Angle [°]", "β", "Rotation Angle [°]", GH_ParamAccess.item);
unit.Inputs[10].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "TemperatureLoadWidth [m]", "TempW", "TemperatureLoadWidth [m]", GH_ParamAccess.item);
unit.Inputs[11].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "TemperatureLoadDepth [m]", "TempD", "TemperatureLoadDepth [m]", GH_ParamAccess.item);
unit.Inputs[12].Parameter.Optional = true;
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[4]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[5]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[6]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[7]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[8]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[9]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[10]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[11]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[12]);
unit.AddMenu(gH_ExtendableMenu);
GH_ExtendableMenu gH_ExtendableMenu2 = new GH_ExtendableMenu(1, "modify");
gH_ExtendableMenu2.Name = "Modify";
gH_ExtendableMenu2.Collapse();
unit.RegisterInputParam(new Param_RFEM(), "RF Cross Section", "RF CroSec", "Cross Section object from the RFEM model to modify", GH_ParamAccess.item);
unit.Inputs[13].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Boolean(), "Modify", "Modify", "Modify object?", GH_ParamAccess.item);
unit.Inputs[14].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Boolean(), "Delete", "Delete", "Delete object?", GH_ParamAccess.item);
unit.Inputs[15].Parameter.Optional = true;
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[13]);
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[14]);
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[15]);
unit.AddMenu(gH_ExtendableMenu2);
unit.RegisterOutputParam(new Param_RFEM(), "RF Cross Section", "RF CroSec", "Output RFCroSec.");
}
protected void Setup(EvaluationUnit unit)
{
unit.RegisterInputParam(new Param_Surface(), "Load Polygon", "Poly", "Load Polygon.", GH_ParamAccess.item);
unit.Inputs[0].Parameter.Optional = true;
unit.RegisterInputParam(new Param_String(), "Surface List", "Srfc", "Surface List.", GH_ParamAccess.item);
unit.Inputs[1].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "Load Case", "LC", "Load Case to assign the load to.", GH_ParamAccess.item);
unit.Inputs[2].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Magnitude 1 [kN/m²]", "F1", "Load Value [kN/m²]", GH_ParamAccess.item);
unit.Inputs[3].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "Load Number", "No", "Optional index number to assign to the RFEM object.", GH_ParamAccess.item);
unit.Inputs[4].Parameter.Optional = true;
unit.RegisterInputParam(new Param_String(), "Comment", "Comment", "Comment.", GH_ParamAccess.item);
unit.Inputs[5].Parameter.Optional = true;
GH_ExtendableMenu gH_ExtendableMenu = new GH_ExtendableMenu(0, "advanced");
gH_ExtendableMenu.Name = "Advanced";
gH_ExtendableMenu.Collapse();
unit.RegisterInputParam(new Param_Number(), "Magnitude 2 [kN/m²]", "F2", "Load Value [kN/m²]", GH_ParamAccess.item);
unit.Inputs[6].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Magnitude 3 [kN/m²]", "F3", "Load Value [kN/m²]", GH_ParamAccess.item);
unit.Inputs[7].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "Node1No", "Node1", "Node Index (useful for surface loads with linear distribution)", GH_ParamAccess.item);
unit.Inputs[8].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "Node2No", "Node2", "Node Index (useful for surface loads with linear distribution)", GH_ParamAccess.item);
unit.Inputs[9].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "Node3No", "Node3", "Node Index (useful for surface loads with linear distribution)", GH_ParamAccess.item);
unit.RegisterInputParam(new Param_Integer(), "Node3No", "Node3", "Node Index (useful for surface loads with linear distribution)", GH_ParamAccess.item);
unit.RegisterInputParam(new Param_Integer(), "Node3No", "Node3", "Node Index (useful for surface loads with linear distribution)", GH_ParamAccess.item);
unit.RegisterInputParam(new Param_Integer(), "Node3No", "Node3", "Node Index (useful for surface loads with linear distribution)", GH_ParamAccess.item);
unit.RegisterInputParam(new Param_Integer(), "Node3No", "Node3", "Node Index (useful for surface loads with linear distribution)", GH_ParamAccess.item);
unit.RegisterInputParam(new Param_Integer(), "Node3No", "Node3", "Node Index (useful for surface loads with linear distribution)", GH_ParamAccess.item);
unit.RegisterInputParam(new Param_Integer(), "Node3No", "Node3", "Node Index (useful for surface loads with linear distribution)", GH_ParamAccess.item);
unit.RegisterInputParam(new Param_Integer(), "Node3No", "Node3", "Node Index (useful for surface loads with linear distribution)", GH_ParamAccess.item);
unit.RegisterInputParam(new Param_Integer(), "Node3No", "Node3", "Node Index (useful for surface loads with linear distribution)", GH_ParamAccess.item);
unit.Inputs[10].Parameter.Optional = true;
//unit.RegisterInputParam(new Param_Integer(), "Projection Type", "Projection", UtilLibrary.DescriptionRFTypes(typeof(PlaneType)), GH_ParamAccess.item);
//unit.Inputs[11].EnumInput = UtilLibrary.ListRFTypes(typeof(PlaneType));
//unit.Inputs[11].Parameter.Optional = true;
//unit.RegisterInputParam(new Param_Integer(), "Load Direction Type", "Dir", UtilLibrary.DescriptionRFTypes(typeof(LoadDirectionType)), GH_ParamAccess.item);
//unit.Inputs[12].EnumInput = UtilLibrary.ListRFTypes(typeof(LoadDirectionType));
//unit.Inputs[12].Parameter.Optional = true;
//unit.RegisterInputParam(new Param_Integer(), "Load Distribution Type", "Dist", UtilLibrary.DescriptionRFTypes(typeof(LoadDistributionType)), GH_ParamAccess.item);
//unit.Inputs[13].EnumInput = UtilLibrary.ListRFTypes(typeof(LoadDistributionType));
//unit.Inputs[13].Parameter.Optional = true;
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[6]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[7]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[8]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[9]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[10]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[11]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[12]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[13]);
unit.AddMenu(gH_ExtendableMenu);
GH_ExtendableMenu gH_ExtendableMenu2 = new GH_ExtendableMenu(1, "modify");
gH_ExtendableMenu2.Name = "Modify";
gH_ExtendableMenu2.Collapse();
unit.RegisterInputParam(new Param_RFEM(), "RF Free Polygon Load", "RF PolyLoad", "Load object from the RFEM model to modify", GH_ParamAccess.item);
unit.Inputs[14].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Boolean(), "Modify", "Modify", "Modify object?", GH_ParamAccess.item);
unit.Inputs[15].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Boolean(), "Delete", "Delete", "Delete object?", GH_ParamAccess.item);
unit.Inputs[16].Parameter.Optional = true;
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[14]);
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[15]);
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[16]);
unit.AddMenu(gH_ExtendableMenu2);
unit.RegisterOutputParam(new Param_RFEM(), "RF Free Polygon Load", "RF PolyLoad", "Output RFFreePolygonLoad.");
}
protected void Setup(EvaluationUnit unit)
{
unit.RegisterInputParam(new Param_RFEM(), "RF Member", "RF Member", "Input RFMember.", GH_ParamAccess.item);
// unit.Inputs[0].Parameter.Optional = true;
unit.RegisterOutputParam(new Param_Curve(), "Line", "Line", "Line or Curve to assemble the RFLine from.");
unit.RegisterOutputParam(new Param_Integer(), "Member Number", "No", "Index number of the RFEM object.");
unit.RegisterOutputParam(new Param_String(), "Comment", "Comment", "Comment.");
unit.RegisterOutputParam(new Param_Integer(), "Line Number", "LineNo", "Line Number");
unit.RegisterOutputParam(new Param_String(), "Member Type", "Type", "Member Type");
unit.RegisterOutputParam(new Param_Number(), "Rotation Angle [°]", "β", "Rotation Angle [°]");
unit.RegisterOutputParam(new Param_String(), "Rotation Type", "Rot Type", "Rotation Type");
unit.RegisterOutputParam(new Param_Integer(), "Start Cross-Section", "SCroSec", "Number of End Cross-Section");
unit.RegisterOutputParam(new Param_Integer(), "End Cross-Section", "ECroSec", "Number of End Cross-Section");
unit.RegisterOutputParam(new Param_Plane(), "Local Axis", "Axis", "Member Local Axis");
unit.RegisterOutputParam(new Param_Integer(), "Start Hinge", "SHinge", "Number of Start Hinge");
unit.RegisterOutputParam(new Param_Integer(), "End Hinge", "EHinge", "Number of End Hinge");
unit.RegisterOutputParam(new Param_Integer(), "Eccentricity", "Ecc", "Number of Eccentricity");
unit.RegisterOutputParam(new Param_Integer(), "Division", "Div", "Number of Division");
unit.RegisterOutputParam(new Param_String(), "Taper Shape", "Taper", "Taper Shape");
unit.RegisterOutputParam(new Param_Number(), "FactorY", "Kcr,y", "Effective length factor Kcr,y");
unit.RegisterOutputParam(new Param_Number(), "FactorZ", "Kcr,z", "Effective length factor Kcr,z");
unit.RegisterOutputParam(new Param_Number(), "Weight [kg]", "W", "Member Weight");
GH_ExtendableMenu gH_ExtendableMenu = new GH_ExtendableMenu(0, "result_beam");
gH_ExtendableMenu.Name = "Result Beam";
gH_ExtendableMenu.Collapse();
unit.RegisterOutputParam(new Param_String(), "Except Members", "EMembers", "List of members (as string) NOT to be included.");
unit.RegisterOutputParam(new Param_String(), "Except Solids", "ESolids", "List of solids (as string) NOT to be included.");
unit.RegisterOutputParam(new Param_String(), "Except Surfaces", "ESfcs", "List of surfaces (as string) NOT to be included.");
unit.RegisterOutputParam(new Param_String(), "Include Members", "IMembers", "List of members (as string) to be included.");
unit.RegisterOutputParam(new Param_String(), "Include Solids", "ISolids", "List of solids (as string) to be included.");
unit.RegisterOutputParam(new Param_String(), "Include Surfaces", "ISfcs", "List of surfaces (as string) to be included.");
unit.RegisterOutputParam(new Param_String(), "IntegrateStressesAndForcesType", "Integrate", "IntegrateStressesAndForcesType");
unit.RegisterOutputParam(new Param_Number(), "Parameters", "Params", "Parameters to integrate stresses and forces.");
gH_ExtendableMenu.RegisterOutputPlug(unit.Outputs[18]);
gH_ExtendableMenu.RegisterOutputPlug(unit.Outputs[19]);
gH_ExtendableMenu.RegisterOutputPlug(unit.Outputs[20]);
gH_ExtendableMenu.RegisterOutputPlug(unit.Outputs[21]);
gH_ExtendableMenu.RegisterOutputPlug(unit.Outputs[22]);
gH_ExtendableMenu.RegisterOutputPlug(unit.Outputs[23]);
gH_ExtendableMenu.RegisterOutputPlug(unit.Outputs[24]);
gH_ExtendableMenu.RegisterOutputPlug(unit.Outputs[25]);
unit.AddMenu(gH_ExtendableMenu);
}
protected void Setup(EvaluationUnit unit)
{
unit.RegisterInputParam(new Param_RFEM(), "RF Member", "RF Member", "Input RFMember.", GH_ParamAccess.item);
// unit.Inputs[0].Parameter.Optional = true;
unit.RegisterOutputParam(new Param_Curve(), "Line", "Line", "Line or Curve to assemble the RFLine from.");
unit.RegisterOutputParam(new Param_Integer(), "Member Number", "No", "Index number of the RFEM object.");
unit.RegisterOutputParam(new Param_String(), "Comment", "Comment", "Comment.");
unit.RegisterOutputParam(new Param_Integer(), "Line Number", "LineNo", "Line Number");
unit.RegisterOutputParam(new Param_String(), "Member Type", "Type", "Member Type");
unit.RegisterOutputParam(new Param_Number(), "Rotation Angle [°]", "β", "Rotation Angle [°]");
unit.RegisterOutputParam(new Param_String(), "Rotation Type", "Rot Type", "Rotation Type");
unit.RegisterOutputParam(new Param_Integer(), "Start Cross-Section", "SCroSec", "Number of End Cross-Section");
unit.RegisterOutputParam(new Param_Integer(), "End Cross-Section", "ECroSec", "Number of End Cross-Section");
unit.RegisterOutputParam(new Param_Integer(), "Start Hinge", "SHinge", "Number of Start Hinge");
unit.RegisterOutputParam(new Param_Integer(), "End Hinge", "EHinge", "Number of End Hinge");
unit.RegisterOutputParam(new Param_Integer(), "Eccentricity", "Ecc", "Number of Eccentricity");
unit.RegisterOutputParam(new Param_Integer(), "Division", "Div", "Number of Division");
unit.RegisterOutputParam(new Param_String(), "Taper Shape", "Taper", "Taper Shape");
unit.RegisterOutputParam(new Param_Number(), "Weight [kg]", "W", "Member Weight");
}
protected void Setup(EvaluationUnit unit)
{
unit.RegisterInputParam(new Param_String(), "Member List", "Member", "Member List.", GH_ParamAccess.item);
unit.Inputs[0].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "Load Case", "LC", "Load Case to assign the load to.", GH_ParamAccess.item);
unit.Inputs[1].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Magnitude 1 [kN/m]", "F1", "Load Value [kN/m]", GH_ParamAccess.item);
unit.Inputs[2].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "Load Number", "No", "Optional index number to assign to the RFEM object.", GH_ParamAccess.item);
unit.Inputs[3].Parameter.Optional = true;
unit.RegisterInputParam(new Param_String(), "Comment", "Comment", "Comment.", GH_ParamAccess.item);
unit.Inputs[4].Parameter.Optional = true;
GH_ExtendableMenu gH_ExtendableMenu = new GH_ExtendableMenu(0, "advanced");
gH_ExtendableMenu.Name = "Advanced";
gH_ExtendableMenu.Collapse();
unit.RegisterInputParam(new Param_Number(), "Magnitude 2 [kN/m]", "F2", "Load Value [kN/m]", GH_ParamAccess.item);
unit.Inputs[5].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Magnitude 3 [kN/m]", "F3", "Load Value [kN/m]", GH_ParamAccess.item);
unit.Inputs[6].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Magnitude 4 [°C]", "T4", "Load Value [°C]", GH_ParamAccess.item);
unit.Inputs[7].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Magnitude 5 [°C]", "T5", "Load Value [°C]", GH_ParamAccess.item);
unit.Inputs[8].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Magnitude 6 [°C]", "T6", "Load Value [°C]", GH_ParamAccess.item);
unit.Inputs[9].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Distance A", "t1", "Distance A", GH_ParamAccess.item);
unit.Inputs[10].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Distance B", "t2", "Distance B", GH_ParamAccess.item);
unit.Inputs[11].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Forces [kN/m]", "F", "Array of Loads", GH_ParamAccess.list);
unit.Inputs[12].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Relative Distances", "L", "Array of Loads", GH_ParamAccess.list);
unit.Inputs[13].Parameter.Optional = true;
//unit.RegisterInputParam(new Param_Integer(), "Load Type", "Type", UtilLibrary.DescriptionRFTypes(typeof(LoadType)), GH_ParamAccess.item);
//unit.Inputs[14].EnumInput = UtilLibrary.ListRFTypes(typeof(LoadType));
//unit.Inputs[14].Parameter.Optional = true;
//unit.RegisterInputParam(new Param_Integer(), "Load Direction Type", "Dir", UtilLibrary.DescriptionRFTypes(typeof(LoadDirectionType)), GH_ParamAccess.item);
//unit.Inputs[15].EnumInput = UtilLibrary.ListRFTypes(typeof(LoadDirectionType));
//unit.Inputs[15].Parameter.Optional = true;
//unit.RegisterInputParam(new Param_Integer(), "Load Distribution Type", "Dist", UtilLibrary.DescriptionRFTypes(typeof(LoadDistributionType)), GH_ParamAccess.item);
//unit.Inputs[16].EnumInput = UtilLibrary.ListRFTypes(typeof(LoadDistributionType));
//unit.Inputs[16].Parameter.Optional = true;
//unit.RegisterInputParam(new Param_Integer(), "Member Load Reference Type", "RefType", UtilLibrary.DescriptionRFTypes(typeof(MemberLoadReferenceType)), GH_ParamAccess.item);
//unit.Inputs[17].EnumInput = UtilLibrary.ListRFTypes(typeof(MemberLoadReferenceType));
//unit.Inputs[17].Parameter.Optional = true;
//unit.RegisterInputParam(new Param_Boolean(), "Over Total Length", "Total", "Over Total Length", GH_ParamAccess.item);
//unit.Inputs[18].Parameter.Optional = true;
//unit.RegisterInputParam(new Param_Boolean(), "Relative Distances", "Rel", "Relative Distances", GH_ParamAccess.item);
//unit.Inputs[19].Parameter.Optional = true;
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[5]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[6]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[7]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[8]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[9]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[10]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[11]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[12]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[13]);
//gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[14]);
//gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[15]);
//gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[16]);
//gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[17]);
//gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[18]);
//gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[19]);
unit.AddMenu(gH_ExtendableMenu);
GH_ExtendableMenu gH_ExtendableMenu2 = new GH_ExtendableMenu(1, "modify");
gH_ExtendableMenu2.Name = "Modify";
gH_ExtendableMenu2.Collapse();
unit.RegisterInputParam(new Param_RFEM(), "RF Member Load", "RF MLoad", "Load object from the RFEM model to modify", GH_ParamAccess.item);
unit.Inputs[20].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Boolean(), "Modify", "Modify", "Modify object?", GH_ParamAccess.item);
unit.Inputs[21].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Boolean(), "Delete", "Delete", "Delete object?", GH_ParamAccess.item);
unit.Inputs[22].Parameter.Optional = true;
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[20]);
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[21]);
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[22]);
unit.AddMenu(gH_ExtendableMenu2);
unit.RegisterOutputParam(new Param_RFEM(), "RF Member Load", "RF MLoad", "Output RFMemberLoad.");
}
protected override void RegisterEvaluationUnits(EvaluationUnitManager mngr)
{
EvaluationUnit evaluationUnit = new EvaluationUnit("Get Results", "Get Results", "Gets Results from the RFEM Model.", Properties.Resources.icon_GetResults);
mngr.RegisterUnit(evaluationUnit);
// Deformation
evaluationUnit.RegisterInputParam(new Param_Number(), "Scale Factor", "Scale Factor", "Scale Factor applied to the deformed shape.", GH_ParamAccess.item, new GH_Number(1));
evaluationUnit.Inputs[0].Parameter.Optional = true;
evaluationUnit.RegisterOutputParam(new Param_Curve(), "Crv", "Curves", "Deformed shape of the linear elemnents of the RFEM Model.");
evaluationUnit.RegisterOutputParam(new Param_Integer(), "Member No", "No", "Member Number related to deformed curve.");
evaluationUnit.RegisterOutputParam(new Param_Mesh(), "Msh", "Meshes", "Deformed shape of the surface elemnents of the RFEM Model.");
evaluationUnit.RegisterOutputParam(new Param_Integer(), "Surface No", "No", "Surface Number related to deformed mesh.");
GH_ExtendableMenu gH_ExtendableMenu0 = new GH_ExtendableMenu(0, "Deformation");
gH_ExtendableMenu0.Name = "Deformation";
gH_ExtendableMenu0.Expand();
evaluationUnit.AddMenu(gH_ExtendableMenu0);
gH_ExtendableMenu0.RegisterInputPlug(evaluationUnit.Inputs[0]);
for (int i = 0; i < 4; i++)
{
gH_ExtendableMenu0.RegisterOutputPlug(evaluationUnit.Outputs[i]);
}
// Load Cases and Combos
GH_ExtendableMenu gH_ExtendableMenu1 = new GH_ExtendableMenu(1, "Load Cases and Combos");
gH_ExtendableMenu1.Name = "Load Cases and Combos";
gH_ExtendableMenu1.Expand();
evaluationUnit.AddMenu(gH_ExtendableMenu1);
MenuPanel menuPanel = new MenuPanel(1, "panel_load");
menuPanel.Header = "Set here the load case for display.\n";
MenuStaticText menuStaticText0 = new MenuStaticText();
menuStaticText0.Text = "Select Load Case or Combo";
menuStaticText0.Header = "Load Case";
menuPanel.AddControl(menuStaticText0);
_loadDrop = new MenuDropDown(1, "dropdown_loads_1", "loading type");
_loadDrop.ValueChanged += _loadDrop__valueChanged;
_loadDrop.Header = "Set here the loading type for display.\n";
menuPanel.AddControl(_loadDrop);
MenuStaticText menuStaticText1 = new MenuStaticText();
menuStaticText1.Text = "Select Result Type";
menuStaticText1.Header = "Result Type";
menuPanel.AddControl(menuStaticText1);
_resulttypeDrop = new MenuDropDown(2, "dropdown_result_1", "result type");
_resulttypeDrop.ValueChanged += _loadDrop__valueChanged2;
_resulttypeDrop.Header = "Set here the loading type for display.\n";
menuPanel.AddControl(_resulttypeDrop);
gH_ExtendableMenu1.AddControl(menuPanel);
// Overwrite
GH_ExtendableMenu gH_ExtendableMenu2 = new GH_ExtendableMenu(2, "Overwrite");
gH_ExtendableMenu2.Name = "Overwrite";
evaluationUnit.RegisterInputParam(new Param_String(), "Overwrite Load Case or Combo", "Load Case", "Overwrite selected load case or combo from the dropdown menu.", GH_ParamAccess.item);
evaluationUnit.Inputs[1].Parameter.Optional = true;
gH_ExtendableMenu2.RegisterInputPlug(evaluationUnit.Inputs[1]);
evaluationUnit.RegisterInputParam(new Param_Integer(), "Overwrite Result type", "Result Type", UtilLibrary.DescriptionRFTypes(typeof(ResultsValueType)), GH_ParamAccess.item);
evaluationUnit.Inputs[2].Parameter.Optional = true;
evaluationUnit.Inputs[2].EnumInput = UtilLibrary.ListRFTypes(typeof(ResultsValueType));
gH_ExtendableMenu2.RegisterInputPlug(evaluationUnit.Inputs[2]);
evaluationUnit.AddMenu(gH_ExtendableMenu2);
// Select results
GH_ExtendableMenu gH_ExtendableMenu3 = new GH_ExtendableMenu(3, "Select Results");
gH_ExtendableMenu3.Name = "Select Results";
gH_ExtendableMenu3.Expand();
evaluationUnit.AddMenu(gH_ExtendableMenu3);
MenuPanel menuPanel2 = new MenuPanel(2, "panel_results");
menuPanel2.Header = "Select output results.\n";
_tagGrp = new MenuRadioButtonGroup(0, "radiogrp_tags");
_tagGrp.Direction = MenuRadioButtonGroup.LayoutDirection.Vertical;
_tagGrp.ValueChanged += _tagGrp__valueChanged;
_tagGrp.MaxActive = 1;
_tagGrp.MinActive = 1;
buttonLocal = new MenuRadioButton(0, "radio_local", "Local", MenuRadioButton.Alignment.Horizontal)
{
Name = "Local",
Active = true
};
buttonGlobal = new MenuRadioButton(1, "radio_global", "Global", MenuRadioButton.Alignment.Horizontal)
{
Name = "Global",
Active = false
};
_tagGrp.AddButton(buttonLocal);
_tagGrp.AddButton(buttonGlobal);
menuPanel2.AddControl(_tagGrp);
_deformationsCheck = new MenuCheckBox(0, "deformations", "Deformation");
_deformationsCheck.ValueChanged += _deformationsCheck__valueChanged;
_deformationsCheck.Active = true;
_deformationsCheck.Header = "Display deformed shape.";
_memberForcesCheck = new MenuCheckBox(1, "check member forces", "Member Forces");
_memberForcesCheck.ValueChanged += _memberForcesCheck__valueChanged;
_memberForcesCheck.Active = true;
_memberForcesCheck.Header = "Add member forces to output results.";
_surfaceForcesCheck = new MenuCheckBox(2, "check surface forces", "Surface Forces");
_surfaceForcesCheck.ValueChanged += _surfaceForcesCheck__valueChanged;
_surfaceForcesCheck.Active = true;
_surfaceForcesCheck.Header = "Add surface forces to output results.";
_nodalReactionsCheck = new MenuCheckBox(3, "check nodal reactions", "Nodal Reactions");
_nodalReactionsCheck.ValueChanged += _nodalReactionsCheck__valueChanged;
_nodalReactionsCheck.Active = true;
_nodalReactionsCheck.Header = "Add nodal reactions to output results.";
_lineReactionsCheck = new MenuCheckBox(4, "check line reactions", "Line Reactions");
_lineReactionsCheck.ValueChanged += _lineReactionsCheck__valueChanged;
_lineReactionsCheck.Active = true;
_lineReactionsCheck.Header = "Add line reactions to output results.";
menuPanel2.AddControl(_deformationsCheck);
menuPanel2.AddControl(_memberForcesCheck);
menuPanel2.AddControl(_surfaceForcesCheck);
menuPanel2.AddControl(_nodalReactionsCheck);
menuPanel2.AddControl(_lineReactionsCheck);
gH_ExtendableMenu3.AddControl(menuPanel2);
// Advanced
evaluationUnit.RegisterInputParam(new Param_RFEM(), "Trigger", "Trigger", "Input to trigger the optimization", GH_ParamAccess.tree);
evaluationUnit.Inputs[3].Parameter.Optional = true;
evaluationUnit.RegisterInputParam(new Param_String(), "Model Name", "Model Name", "Segment of the name of the RFEM Model to get information from", GH_ParamAccess.item);
evaluationUnit.Inputs[4].Parameter.Optional = true;
GH_ExtendableMenu gH_ExtendableMenu4 = new GH_ExtendableMenu(4, "Advanced");
gH_ExtendableMenu4.Name = "Advanced";
gH_ExtendableMenu4.Collapse();
evaluationUnit.AddMenu(gH_ExtendableMenu4);
for (int i = 3; i < 3 + 2; i++)
{
gH_ExtendableMenu4.RegisterInputPlug(evaluationUnit.Inputs[i]);
}
}
protected void Setup(EvaluationUnit unit)
{
unit.RegisterInputParam(new Param_RFEM(), "RF Surface", "RF Surface", "Input RFSurface.", GH_ParamAccess.item);
// unit.Inputs[0].Parameter.Optional = true;
unit.RegisterOutputParam(new Param_Surface(), "Surface", "Srfc", "Surface related to the RFSurface object.");
unit.RegisterOutputParam(new Param_Integer(), "Surface Number", "No", "Index number of the RFEM object.");
unit.RegisterOutputParam(new Param_Integer(), "Material Number", "Mat", "Material index number.");
unit.RegisterOutputParam(new Param_Number(), "Thickness [m]", "H", "Surface thickness.");
unit.RegisterOutputParam(new Param_String(), "Comment", "Comment", "Comment.");
unit.RegisterOutputParam(new Param_String(), "Boundary Lines List", "BoundList", "List of index numbers of boundary lines");
unit.RegisterOutputParam(new Param_String(), "Geometry Type", "GType", "Geometry Type");
unit.RegisterOutputParam(new Param_String(), "Thickness Type", "ThType", "Thickness Type");
unit.RegisterOutputParam(new Param_String(), "Stiffness Type", "SType", "Stiffness Type");
unit.RegisterOutputParam(new Param_Number(), "Eccentricty [m]", "Ecc", "Surface eccentricity [m]");
unit.RegisterOutputParam(new Param_Number(), "Area [m²]", "A", "Surface area");
GH_ExtendableMenu gH_ExtendableMenu = new GH_ExtendableMenu(0, "advanced");
gH_ExtendableMenu.Name = "Surface Axes";
gH_ExtendableMenu.Collapse();
unit.RegisterOutputParam(new Param_Plane(), "Axes", "Axes", "Axes Coordinate System");
unit.RegisterOutputParam(new Param_String(), "Direction", "Dir", "Axes Direction");
unit.RegisterOutputParam(new Param_String(), "Line Index", "Line", "Line Index");
unit.RegisterOutputParam(new Param_Number(), "Rotation [rad]", "Rot", "Angular rotation [rad]");
gH_ExtendableMenu.RegisterOutputPlug(unit.Outputs[11]);
gH_ExtendableMenu.RegisterOutputPlug(unit.Outputs[12]);
gH_ExtendableMenu.RegisterOutputPlug(unit.Outputs[13]);
gH_ExtendableMenu.RegisterOutputPlug(unit.Outputs[14]);
unit.AddMenu(gH_ExtendableMenu);
}
protected void Setup(EvaluationUnit unit)
{
unit.RegisterInputParam(new Param_Surface(), "Surface", "Srfc", "Surface to assemble the RFSurface from.", GH_ParamAccess.item);
unit.Inputs[0].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "Surface Number", "No", "Optional index number to assign to the RFEM object.", GH_ParamAccess.item);
unit.Inputs[1].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "Material Number", "Mat", "Material index number.", GH_ParamAccess.item);
unit.Inputs[2].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Thickness [m]", "H", "Surface thickness.", GH_ParamAccess.item);
unit.Inputs[3].Parameter.Optional = true;
unit.RegisterInputParam(new Param_String(), "Comment", "Comment", "Comment.", GH_ParamAccess.item);
unit.Inputs[4].Parameter.Optional = true;
GH_ExtendableMenu gH_ExtendableMenu = new GH_ExtendableMenu(0, "advanced");
gH_ExtendableMenu.Name = "Advanced";
gH_ExtendableMenu.Collapse();
unit.RegisterInputParam(new Param_String(), "Boundary Line List", "Bound", "Boundary Line List", GH_ParamAccess.item);
unit.Inputs[5].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "Surface Type", "Type", UtilLibrary.DescriptionRFTypes(typeof(SurfaceGeometryType)), GH_ParamAccess.item);
unit.Inputs[6].EnumInput = UtilLibrary.ListRFTypes(typeof(SurfaceGeometryType));
unit.Inputs[6].Parameter.Optional = true;
//unit.RegisterInputParam(new Param_Integer(), "Interpolated Points", "n", "Number of interpolated points for NURBS", GH_ParamAccess.item, new GH_Integer(4));
//unit.Inputs[2].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "Thickness Type", "Thick", UtilLibrary.DescriptionRFTypes(typeof(SurfaceThicknessType)), GH_ParamAccess.item);
unit.Inputs[7].EnumInput = UtilLibrary.ListRFTypes(typeof(SurfaceThicknessType));
unit.Inputs[7].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "Stiffness Type", "Stiff", UtilLibrary.DescriptionRFTypes(typeof(SurfaceStiffnessType)), GH_ParamAccess.item);
unit.Inputs[8].EnumInput = UtilLibrary.ListRFTypes(typeof(SurfaceStiffnessType));
unit.Inputs[8].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Eccentricty [m]", "Ecc", "Surface eccentricity [m]", GH_ParamAccess.item);
unit.Inputs[9].Parameter.Optional = true;
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[5]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[6]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[7]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[8]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[9]);
unit.AddMenu(gH_ExtendableMenu);
GH_ExtendableMenu gH_ExtendableMenu1 = new GH_ExtendableMenu(1, "surface axes");
gH_ExtendableMenu1.Name = "Surface Axes";
gH_ExtendableMenu1.Collapse();
unit.RegisterInputParam(new Param_Integer(), "Direction", "Dir", UtilLibrary.DescriptionRFTypes(typeof(SurfaceAxesDirection)), GH_ParamAccess.item);
unit.Inputs[10].EnumInput = UtilLibrary.ListRFTypes(typeof(SurfaceAxesDirection));
unit.Inputs[10].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "Line Index", "Line", "Line Index", GH_ParamAccess.item);
unit.Inputs[11].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Rotation [rad]", "Rot", "Angular rotation [rad]", GH_ParamAccess.item);
unit.Inputs[12].Parameter.Optional = true;
gH_ExtendableMenu1.RegisterInputPlug(unit.Inputs[10]);
gH_ExtendableMenu1.RegisterInputPlug(unit.Inputs[11]);
gH_ExtendableMenu1.RegisterInputPlug(unit.Inputs[12]);
unit.AddMenu(gH_ExtendableMenu1);
GH_ExtendableMenu gH_ExtendableMenu2 = new GH_ExtendableMenu(2, "modify");
gH_ExtendableMenu2.Name = "Modify";
gH_ExtendableMenu2.Collapse();
unit.RegisterInputParam(new Param_RFEM(), "RF Surface", "RF Surface", "Surface object from the RFEM model to modify", GH_ParamAccess.item);
unit.Inputs[13].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Boolean(), "Modify", "Modify", "Modify object?", GH_ParamAccess.item);
unit.Inputs[14].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Boolean(), "Delete", "Delete", "Delete object?", GH_ParamAccess.item);
unit.Inputs[15].Parameter.Optional = true;
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[13]);
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[14]);
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[15]);
unit.AddMenu(gH_ExtendableMenu2);
unit.RegisterOutputParam(new Param_RFEM(), "RF Surface", "RF Surface", "Output RFSurface.");
}
protected void Setup(EvaluationUnit unit)
{
unit.RegisterInputParam(new Param_RFEM(), "RF Line Load", "RF LLoad", "Intput RFLineLoad.", GH_ParamAccess.item);
// unit.Inputs[0].Parameter.Optional = true;
unit.RegisterOutputParam(new Param_Curve(), "Base Line", "Line", "Load Application Line.");
unit.RegisterOutputParam(new Param_Integer(), "Load Number", "No", "Index number of the RFEM object.");
unit.RegisterOutputParam(new Param_Integer(), "Load Case", "LC", "Load Case to which the load object belongs.");
unit.RegisterOutputParam(new Param_String(), "Comment", "Comment", "Comment.");
unit.RegisterOutputParam(new Param_Number(), "Magnitude 1 [kN/m]", "F1", "Load Value [kN/m].");
unit.RegisterOutputParam(new Param_Number(), "Magnitude 2 [kN/m]", "F2", "Load Value [kN/m].");
unit.RegisterOutputParam(new Param_Number(), "Magnitude 3 [kN/m]", "F3", "Load Value [kN/m].");
unit.RegisterOutputParam(new Param_String(), "Line List", "LineList", "Line List.");
unit.RegisterOutputParam(new Param_Number(), "Distance A", "t1", "Distance A.");
unit.RegisterOutputParam(new Param_Number(), "Distance B", "t2", "Distance B.");
unit.RegisterOutputParam(new Param_Number(), "Forces [kN/m]", "F", "Array of Loads.");
unit.RegisterOutputParam(new Param_Number(), "Relative Distances", "L", "Array of Loads.");
unit.RegisterOutputParam(new Param_String(), "LoadType", "Type", "LoadType.");
unit.RegisterOutputParam(new Param_String(), "LoadDirectionType", "Dir", "LoadDirectionType.");
unit.RegisterOutputParam(new Param_String(), "LoadDistributionType", "Dist", "LoadDistributionType.");
unit.RegisterOutputParam(new Param_String(), "LineLoadReferenceType", "RefType", "LineLoadReferenceType.");
unit.RegisterOutputParam(new Param_Boolean(), "OverTotalLength", "Total", "Over Total Length");
unit.RegisterOutputParam(new Param_Boolean(), "RelativeDistances", "Rel", "Relative Distances");
}
protected void Setup(EvaluationUnit unit)
{
unit.RegisterInputParam(new Param_RFEM(), "RF Material", "RF Mat", "Input RFMaterial.", GH_ParamAccess.item);
// unit.Inputs[0].Parameter.Optional = true;
unit.RegisterOutputParam(new Param_String(), "Description", "Desc", "Name or Description of Cross Section.");
unit.RegisterOutputParam(new Param_Integer(), "Material Number", "No", "Index number of the RFEM object.");
unit.RegisterOutputParam(new Param_String(), "Comment", "Comment", "Comment.");
unit.RegisterOutputParam(new Param_Number(), "Elasticity Modulus [kN/cm²]", "E", "Elasticity Modulus [kN/cm²]");
unit.RegisterOutputParam(new Param_Number(), "Poisson Ratio", "Mu", "Poisson Ratio");
unit.RegisterOutputParam(new Param_Number(), "Shear Modulus [kN/cm²]", "G", "Shear Modulus [kN/cm²]");
unit.RegisterOutputParam(new Param_Number(), "Specific Weight [N/m³]", "W", "Specific Weight [N/m³]");
unit.RegisterOutputParam(new Param_Number(), "Thermal Expansion [1/°]", "Alpha", "Thermal Expansion [1/°]");
unit.RegisterOutputParam(new Param_Number(), "Partial Safety Factor", "Gamma", "Partial Safety Factor");
unit.RegisterOutputParam(new Param_String(), "Material Model Type", "Type", "Material Model Type.");
unit.RegisterOutputParam(new Param_String(), "TextID", "TextID", "TextID.");
unit.RegisterOutputParam(new Param_Boolean(), "User Defined", "User", "User Defined.");
GH_ExtendableMenu gH_ExtendableMenu = new GH_ExtendableMenu(0, "ortho_elastic");
gH_ExtendableMenu.Name = "Ortho Elastic";
gH_ExtendableMenu.Collapse();
unit.RegisterOutputParam(new Param_Number(), "ElasticityModulusX [kN/cm²]", "Ex", "ElasticityModulusX [kN/cm²]");
unit.RegisterOutputParam(new Param_Number(), "ElasticityModulusY [kN/cm²]", "Ey", "ElasticityModulusY [kN/cm²]");
unit.RegisterOutputParam(new Param_Number(), "ElasticityModulusZ [kN/cm²]", "Ez", "ElasticityModulusZ [kN/cm²]");
unit.RegisterOutputParam(new Param_Number(), "Poisson Ratio XY", "Vxy", "Poisson Ratio XY");
unit.RegisterOutputParam(new Param_Number(), "Poisson Ratio XZ", "Vxz", "Poisson Ratio XZ");
unit.RegisterOutputParam(new Param_Number(), "Poisson Ratio YZ", "Vyz", "Poisson Ratio YZ");
unit.RegisterOutputParam(new Param_Number(), "Shear Modulus XY [kN/cm²]", "Gxy", "Shear Modulus XY [kN/cm²]");
unit.RegisterOutputParam(new Param_Number(), "Shear Modulus XZ [kN/cm²]", "Gxz", "Shear Modulus XZ [kN/cm²]");
unit.RegisterOutputParam(new Param_Number(), "Shear Modulus YZ [kN/cm²]", "Gyz", "Shear Modulus YZ [kN/cm²]");
gH_ExtendableMenu.RegisterOutputPlug(unit.Outputs[12]);
gH_ExtendableMenu.RegisterOutputPlug(unit.Outputs[13]);
gH_ExtendableMenu.RegisterOutputPlug(unit.Outputs[14]);
gH_ExtendableMenu.RegisterOutputPlug(unit.Outputs[15]);
gH_ExtendableMenu.RegisterOutputPlug(unit.Outputs[16]);
gH_ExtendableMenu.RegisterOutputPlug(unit.Outputs[17]);
gH_ExtendableMenu.RegisterOutputPlug(unit.Outputs[18]);
gH_ExtendableMenu.RegisterOutputPlug(unit.Outputs[19]);
gH_ExtendableMenu.RegisterOutputPlug(unit.Outputs[20]);
unit.AddMenu(gH_ExtendableMenu);
}
protected void Setup(EvaluationUnit unit)
{
unit.RegisterInputParam(new Param_RFEM(), "RF Line Support", "RF LineSup", "Input RFLineSupport.", GH_ParamAccess.item);
// unit.Inputs[0].Parameter.Optional = true;
unit.RegisterOutputParam(new Param_Curve(), "Lines", "Lines", "Lines or Curves the RFSupportL is attached to.");
unit.RegisterOutputParam(new Param_Integer(), "Support Number", "No", "Index number of the RFEM object.");
unit.RegisterOutputParam(new Param_Number(), "Displacement Dir X", "Tx", "(-1): Fixed; (0): Free; Other: Stiffness in [kN/m]");
unit.RegisterOutputParam(new Param_Number(), "Displacement Dir Y", "Ty", "(-1): Fixed; (0): Free; Other: Stiffness in [kN/m]");
unit.RegisterOutputParam(new Param_Number(), "Displacement Dir Z", "Tz", "(-1): Fixed; (0): Free; Other: Stiffness in [kN/m]");
unit.RegisterOutputParam(new Param_Number(), "Rotation Dir X", "Rx", "(-1): Fixed; (0): Free; Other: Stiffness in [kNm/rad]");
unit.RegisterOutputParam(new Param_Number(), "Rotation Dir Y", "Ry", "(-1): Fixed; (0): Free; Other: Stiffness in [kNm/rad]");
unit.RegisterOutputParam(new Param_Number(), "Rotation Dir Z", "Rz", "(-1): Fixed; (0): Free; Other: Stiffness in [kNm/rad]");
unit.RegisterOutputParam(new Param_String(), "Comment", "Comment", "Comment.");
unit.RegisterOutputParam(new Param_String(), "Line List", "LineList", "List of lines the support is attached to");
unit.RegisterOutputParam(new Param_String(), "Reference System Type", "RSType", "Reference System Type");
}
protected override void RegisterEvaluationUnits(EvaluationUnitManager mngr)
{
EvaluationUnit evaluationUnit = new EvaluationUnit("Set Data", "Set Data", "Sets Data from the RFEM Model.", Properties.Resources.icon_SetData);
mngr.RegisterUnit(evaluationUnit);
// Model Data
evaluationUnit.RegisterInputParam(new Param_RFEM(), "RF Nodes", "RF Nodes", "Nodes to set in the RFEM Model.", GH_ParamAccess.list);
evaluationUnit.Inputs[0].Parameter.Optional = true;
evaluationUnit.RegisterInputParam(new Param_RFEM(), "RF Lines", "RF Lines", "Lines to set in the RFEM Model.", GH_ParamAccess.list);
evaluationUnit.Inputs[1].Parameter.Optional = true;
evaluationUnit.RegisterInputParam(new Param_RFEM(), "RF Members", "RF Members", "Members to set in the RFEM Model.", GH_ParamAccess.list);
evaluationUnit.Inputs[2].Parameter.Optional = true;
evaluationUnit.RegisterInputParam(new Param_RFEM(), "RF Surfaces", "RF Surfaces", "Surfaces to set in the RFEM Model.", GH_ParamAccess.list);
evaluationUnit.Inputs[3].Parameter.Optional = true;
evaluationUnit.RegisterInputParam(new Param_RFEM(), "RF Openings", "RF Openings", "Openings to set in the RFEM Model.", GH_ParamAccess.list);
evaluationUnit.Inputs[4].Parameter.Optional = true;
evaluationUnit.RegisterInputParam(new Param_RFEM(), "RF Nodal Supports", "RF NodSup", "Nodal Supports to set in the RFEM Model.", GH_ParamAccess.list);
evaluationUnit.Inputs[5].Parameter.Optional = true;
evaluationUnit.RegisterInputParam(new Param_RFEM(), "RF Line Supports", "RF LineSup", "Line Supports to set in the RFEM Model.", GH_ParamAccess.list);
evaluationUnit.Inputs[6].Parameter.Optional = true;
evaluationUnit.RegisterInputParam(new Param_RFEM(), "RF Surface Supports", "RF SfcSup", "Surface Supports to set in the RFEM Model.", GH_ParamAccess.list);
evaluationUnit.Inputs[7].Parameter.Optional = true;
evaluationUnit.RegisterInputParam(new Param_RFEM(), "RF Member Hinges", "RF MemberHinges", "Member Hinges from the RFEM Model.", GH_ParamAccess.list);
evaluationUnit.Inputs[8].Parameter.Optional = true;
evaluationUnit.RegisterInputParam(new Param_RFEM(), "RF Line Hinges", "RF LineHinges", "Line Hinges from the RFEM Model.", GH_ParamAccess.list);
evaluationUnit.Inputs[9].Parameter.Optional = true;
evaluationUnit.RegisterInputParam(new Param_RFEM(), "RF Cross Sections", "RF CroSecs", "Cross Sections from in the RFEM Model.", GH_ParamAccess.list);
evaluationUnit.Inputs[10].Parameter.Optional = true;
evaluationUnit.RegisterInputParam(new Param_RFEM(), "RF Materials", "RF Mat", "Materials to set in the RFEM Model.", GH_ParamAccess.list);
evaluationUnit.Inputs[11].Parameter.Optional = true;
evaluationUnit.RegisterOutputParam(new Param_RFEM(), "RF Nodes", "RF Nodes", "Nodes from the RFEM Model.");
evaluationUnit.RegisterOutputParam(new Param_RFEM(), "RF Lines", "RF Lines", "Lines from the RFEM Model.");
evaluationUnit.RegisterOutputParam(new Param_RFEM(), "RF Members", "RF Members", "Members from the RFEM Model.");
evaluationUnit.RegisterOutputParam(new Param_RFEM(), "RF Surfaces", "RF Surfaces", "Surfaces from the RFEM Model.");
evaluationUnit.RegisterOutputParam(new Param_RFEM(), "RF Openings", "RF Openings", "Openings from the RFEM Model.");
evaluationUnit.RegisterOutputParam(new Param_RFEM(), "RF Nodal Supports", "RF NodSup", "Nodal Supports from in the RFEM Model.");
evaluationUnit.RegisterOutputParam(new Param_RFEM(), "RF Line Supports", "RF LineSup", "Line Supports from in the RFEM Model.");
evaluationUnit.RegisterOutputParam(new Param_RFEM(), "RF Surface Supports", "RF SrfcSup", "Surface Supports from in the RFEM Model.");
evaluationUnit.RegisterOutputParam(new Param_RFEM(), "RF Member Hinges", "RF MemberHinges", "Member Hinges from in the RFEM Model.");
evaluationUnit.RegisterOutputParam(new Param_RFEM(), "RF Line Hinges", "RF LineHinges", "Line Hinges from in the RFEM Model.");
evaluationUnit.RegisterOutputParam(new Param_RFEM(), "RF Cross Sections", "RF CroSecs", "Cross Sections from in the RFEM Model.");
evaluationUnit.RegisterOutputParam(new Param_RFEM(), "RF Materials", "RF Mat", "Materials from the RFEM Model.");
modelDataCount = evaluationUnit.Inputs.Count;
GH_ExtendableMenu gH_ExtendableMenu0 = new GH_ExtendableMenu(0, "Model Data");
gH_ExtendableMenu0.Name = "Model Data";
gH_ExtendableMenu0.Expand();
evaluationUnit.AddMenu(gH_ExtendableMenu0);
for (int i = 0; i < modelDataCount; i++)
{
gH_ExtendableMenu0.RegisterInputPlug(evaluationUnit.Inputs[i]);
gH_ExtendableMenu0.RegisterOutputPlug(evaluationUnit.Outputs[i]);
}
// Load Data
evaluationUnit.RegisterInputParam(new Param_RFEM(), "RF Nodal Loads", "RF NLoads", "Nodal Loads to set in the RFEM Model.", GH_ParamAccess.list);
evaluationUnit.Inputs[modelDataCount + 0].Parameter.Optional = true;
evaluationUnit.RegisterInputParam(new Param_RFEM(), "RF Line Loads", "RF LLoads", "Line Loads to set in the RFEM Model.", GH_ParamAccess.list);
evaluationUnit.Inputs[modelDataCount + 1].Parameter.Optional = true;
evaluationUnit.RegisterInputParam(new Param_RFEM(), "RF Member Loads", "RF MLoads", "Member Loads to set in the RFEM Model.", GH_ParamAccess.list);
evaluationUnit.Inputs[modelDataCount + 2].Parameter.Optional = true;
evaluationUnit.RegisterInputParam(new Param_RFEM(), "RF Surface Loads", "RF SLoads", "Surface Loads to set in the RFEM Model.", GH_ParamAccess.list);
evaluationUnit.Inputs[modelDataCount + 3].Parameter.Optional = true;
evaluationUnit.RegisterInputParam(new Param_RFEM(), "RF Free Polygon Loads", "RF PolyLoads", "Free Polygon Loads to set in the RFEM Model.", GH_ParamAccess.list);
evaluationUnit.Inputs[modelDataCount + 4].Parameter.Optional = true;
evaluationUnit.RegisterOutputParam(new Param_RFEM(), "RF Nodal Loads", "RF NLoads", "Nodal Loads from the RFEM Model.");
evaluationUnit.RegisterOutputParam(new Param_RFEM(), "RF Line Loads", "RF LLoads", "Line Loads from the RFEM Model.");
evaluationUnit.RegisterOutputParam(new Param_RFEM(), "RF Member Loads", "RF MLoads", "Member Loads from the RFEM Model.");
evaluationUnit.RegisterOutputParam(new Param_RFEM(), "RF Surface Loads", "RF SLoads", "Surface Loads from the RFEM Model.");
evaluationUnit.RegisterOutputParam(new Param_RFEM(), "RF Free Polygon Loads", "RF PolyLoads", "Free Polygon Loads to set in the RFEM Model.");
modelDataCount2 = evaluationUnit.Inputs.Count;
GH_ExtendableMenu gH_ExtendableMenu1 = new GH_ExtendableMenu(1, "Load Data");
gH_ExtendableMenu1.Name = "Load Data";
gH_ExtendableMenu1.Collapse();
evaluationUnit.AddMenu(gH_ExtendableMenu1);
for (int i = modelDataCount; i < modelDataCount2; i++)
{
gH_ExtendableMenu1.RegisterInputPlug(evaluationUnit.Inputs[i]);
gH_ExtendableMenu1.RegisterOutputPlug(evaluationUnit.Outputs[i]);
}
// Load Cases and Combos
evaluationUnit.RegisterInputParam(new Param_RFEM(), "RF Load Cases", "RF LCases", "Load Cases to set in the RFEM Model.", GH_ParamAccess.list);
evaluationUnit.Inputs[modelDataCount2 + 0].Parameter.Optional = true;
evaluationUnit.RegisterInputParam(new Param_RFEM(), "RF Load Combos", "RF LCombos", "Load Combinations to set in the RFEM Model.", GH_ParamAccess.list);
evaluationUnit.Inputs[modelDataCount2 + 1].Parameter.Optional = true;
evaluationUnit.RegisterInputParam(new Param_RFEM(), "RF Result Combos", "RF RCombos", "Result Combinations to set in the RFEM Model.", GH_ParamAccess.list);
evaluationUnit.Inputs[modelDataCount2 + 2].Parameter.Optional = true;
evaluationUnit.RegisterOutputParam(new Param_RFEM(), "RF Load Cases", "RF LCases", "Load Cases from the RFEM Model.");
evaluationUnit.RegisterOutputParam(new Param_RFEM(), "RF Load Combos", "RF LCombos", "Load Combinations from the RFEM Model.");
evaluationUnit.RegisterOutputParam(new Param_RFEM(), "RF Result Combos", "RF RCombos", "Result Combinations from the RFEM Model.");
modelDataCount3 = evaluationUnit.Inputs.Count;
GH_ExtendableMenu gH_ExtendableMenu2 = new GH_ExtendableMenu(2, "Load Cases and Combos");
gH_ExtendableMenu2.Name = "Load Cases and Combos";
gH_ExtendableMenu2.Collapse();
evaluationUnit.AddMenu(gH_ExtendableMenu2);
for (int i = modelDataCount2; i < modelDataCount3; i++)
{
gH_ExtendableMenu2.RegisterInputPlug(evaluationUnit.Inputs[i]);
gH_ExtendableMenu2.RegisterOutputPlug(evaluationUnit.Outputs[i]);
}
// Advanced
evaluationUnit.RegisterInputParam(new Param_String(), "Model Name", "Model Name", "Segment of the name of the RFEM Model to set data in", GH_ParamAccess.item);
evaluationUnit.Inputs[modelDataCount3].Parameter.Optional = true;
GH_ExtendableMenu gH_ExtendableMenu3 = new GH_ExtendableMenu(3, "Advanced");
gH_ExtendableMenu3.Name = "Advanced";
gH_ExtendableMenu3.Collapse();
evaluationUnit.AddMenu(gH_ExtendableMenu3);
gH_ExtendableMenu3.RegisterInputPlug(evaluationUnit.Inputs[modelDataCount3]);
}
protected void Setup(EvaluationUnit unit)
{
unit.RegisterInputParam(new Param_Curve(), "Line", "Line", "Line or Curve to assemble the RFLine from.", GH_ParamAccess.item);
unit.Inputs[0].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "Start Cross-Section", "SCroSec", "Number of Start Cross-Section", GH_ParamAccess.item);
unit.Inputs[1].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "Member Number", "No", "Optional index number to assign to the RFEM object.", GH_ParamAccess.item);
unit.Inputs[2].Parameter.Optional = true;
unit.RegisterInputParam(new Param_String(), "Comment", "Comment", "Comment.", GH_ParamAccess.item);
unit.Inputs[3].Parameter.Optional = true;
GH_ExtendableMenu gH_ExtendableMenu = new GH_ExtendableMenu(0, "advanced");
gH_ExtendableMenu.Name = "Advanced";
gH_ExtendableMenu.Collapse();
unit.RegisterInputParam(new Param_Integer(), "LineNo", "LineNo", "Line Number", GH_ParamAccess.item);
unit.Inputs[4].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "Member Type", "Type", UtilLibrary.DescriptionRFTypes(typeof(MemberType)), GH_ParamAccess.item);
unit.Inputs[5].EnumInput = UtilLibrary.ListRFTypes(typeof(MemberType));
unit.Inputs[5].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Rotation Angle [°]", "β", "Rotation Angle [°]", GH_ParamAccess.item);
unit.Inputs[6].Parameter.Optional = true;
//unit.RegisterInputParam(new Param_Integer(), "Interpolated Points", "n", "Number of interpolated points for NURBS", GH_ParamAccess.item);
//unit.Inputs[3].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "End Cross-Section", "ECroSec", "Number of End Cross-Section", GH_ParamAccess.item);
unit.Inputs[7].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "Start Hinge", "SHinge", "Number of Start Hinge", GH_ParamAccess.item);
unit.Inputs[8].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "End Hinge", "EHinge", "Number of End Hinge", GH_ParamAccess.item);
unit.Inputs[9].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "Eccentricity", "Ecc", "Number of Eccentricity", GH_ParamAccess.item);
unit.Inputs[10].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "Division", "Div", "Number of Division", GH_ParamAccess.item);
unit.Inputs[11].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "Taper Shape", "Taper", UtilLibrary.DescriptionRFTypes(typeof(TaperShapeType)), GH_ParamAccess.item);
unit.Inputs[12].EnumInput = UtilLibrary.ListRFTypes(typeof(TaperShapeType));
unit.Inputs[12].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "FactorY", "Kcr,y", "Effective length factor Kcr,y", GH_ParamAccess.item);
unit.Inputs[13].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "FactorZ", "Kcr,z", "Effective length factor Kcr,z", GH_ParamAccess.item);
unit.Inputs[14].Parameter.Optional = true;
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[4]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[5]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[6]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[7]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[8]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[9]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[10]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[11]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[12]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[13]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[14]);
unit.AddMenu(gH_ExtendableMenu);
GH_ExtendableMenu gH_ExtendableMenu2 = new GH_ExtendableMenu(1, "modify");
gH_ExtendableMenu2.Name = "Modify";
gH_ExtendableMenu2.Collapse();
unit.RegisterInputParam(new Param_RFEM(), "RF Member", "RF Member", "Member object from the RFEM model to modify", GH_ParamAccess.item);
unit.Inputs[15].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Boolean(), "Modify", "Modify", "Modify object?", GH_ParamAccess.item);
unit.Inputs[16].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Boolean(), "Delete", "Delete", "Delete object?", GH_ParamAccess.item);
unit.Inputs[17].Parameter.Optional = true;
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[15]);
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[16]);
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[17]);
unit.AddMenu(gH_ExtendableMenu2);
unit.RegisterOutputParam(new Param_RFEM(), "RF Member", "RF Member", "Output RFMember.");
}
protected override void RegisterEvaluationUnits(EvaluationUnitManager mngr)
{
EvaluationUnit evaluationUnit = new EvaluationUnit("Get Results", "Get Results", "Gets Results from the RFEM Model.", Properties.Resources.icon_GetResults);
mngr.RegisterUnit(evaluationUnit);
// Deformation
evaluationUnit.RegisterInputParam(new Param_Number(), "Scale Factor", "Scale Factor", "Scale Factor applied to the deformed shape.", GH_ParamAccess.item, new GH_Number(1));
evaluationUnit.Inputs[0].Parameter.Optional = true;
evaluationUnit.RegisterOutputParam(new Param_Curve(), "Crv", "Curves", "Deformed shape of the linear elemnents of the RFEM Model.");
evaluationUnit.RegisterOutputParam(new Param_Mesh(), "Msh", "Meshes", "Deformed shape of the surface elemnents of the RFEM Model.");
//modelDataCount = evaluationUnit.Inputs.Count;
GH_ExtendableMenu gH_ExtendableMenu0 = new GH_ExtendableMenu(0, "Deformation");
gH_ExtendableMenu0.Name = "Deformation";
gH_ExtendableMenu0.Expand();
evaluationUnit.AddMenu(gH_ExtendableMenu0);
gH_ExtendableMenu0.RegisterInputPlug(evaluationUnit.Inputs[0]);
gH_ExtendableMenu0.RegisterOutputPlug(evaluationUnit.Outputs[0]);
gH_ExtendableMenu0.RegisterOutputPlug(evaluationUnit.Outputs[1]);
//for (int i = 0; i < modelDataCount; i++)
//{
// gH_ExtendableMenu0.RegisterInputPlug(evaluationUnit.Inputs[i]);
// gH_ExtendableMenu0.RegisterOutputPlug(evaluationUnit.Outputs[i]);
//}
// Load Cases and Combos
GH_ExtendableMenu gH_ExtendableMenu1 = new GH_ExtendableMenu(1, "Load Cases and Combos");
gH_ExtendableMenu1.Name = "Load Cases and Combos";
gH_ExtendableMenu1.Expand();
evaluationUnit.AddMenu(gH_ExtendableMenu1);
MenuPanel menuPanel = new MenuPanel(1, "panel_load");
menuPanel.Header = "Set here the load case for display.\n";
gH_ExtendableMenu1.AddControl(menuPanel);
_loadDrop = new MenuDropDown(1, "dropdown_loads_1", "loading type");
//_loadDrop.VisibleItemCount = 3;
_loadDrop.ValueChanged += _loadDrop__valueChanged;
_loadDrop.Header = "Set here the loading type for display.\n";
menuPanel.AddControl(_loadDrop);
// Advanced
evaluationUnit.RegisterInputParam(new Param_RFEM(), "Trigger", "Trigger", "Input to trigger the optimization", GH_ParamAccess.tree);
evaluationUnit.Inputs[1].Parameter.Optional = true;
evaluationUnit.RegisterInputParam(new Param_String(), "Model Name", "Model Name", "Segment of the name of the RFEM Model to get information from", GH_ParamAccess.item);
evaluationUnit.Inputs[2].Parameter.Optional = true;
GH_ExtendableMenu gH_ExtendableMenu3 = new GH_ExtendableMenu(3, "Advanced");
gH_ExtendableMenu3.Name = "Advanced";
gH_ExtendableMenu3.Collapse();
evaluationUnit.AddMenu(gH_ExtendableMenu3);
for (int i = 1; i < 1 + 2; i++)
{
gH_ExtendableMenu3.RegisterInputPlug(evaluationUnit.Inputs[i]);
}
}
protected void Setup(EvaluationUnit unit)
{
unit.RegisterInputParam(new Param_Plane(), "Location", "Loc", "Point or Plane to assemble the RFSupport from.", GH_ParamAccess.item);
unit.Inputs[0].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "Support Number", "No", "Optional index number to assign to the RFEM object.", GH_ParamAccess.item);
unit.Inputs[1].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Displacement Dir X", "Tx", "(-1): Fixed; (0): Free; Other: Stiffness in [kN/m]", GH_ParamAccess.item);
unit.Inputs[2].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Displacement Dir Y", "Ty", "(-1): Fixed; (0): Free; Other: Stiffness in [kN/m]", GH_ParamAccess.item);
unit.Inputs[3].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Displacement Dir Z", "Tz", "(-1): Fixed; (0): Free; Other: Stiffness in [kN/m]", GH_ParamAccess.item);
unit.Inputs[4].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Rotation Dir X", "Rx", "(-1): Fixed; (0): Free; Other: Stiffness in [kNm/rad]", GH_ParamAccess.item);
unit.Inputs[5].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Rotation Dir Y", "Ry", "(-1): Fixed; (0): Free; Other: Stiffness in [kNm/rad]", GH_ParamAccess.item);
unit.Inputs[6].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Number(), "Rotation Dir Z", "Rz", "(-1): Fixed; (0): Free; Other: Stiffness in [kNm/rad]", GH_ParamAccess.item);
unit.Inputs[7].Parameter.Optional = true;
unit.RegisterInputParam(new Param_String(), "Comment", "Comment", "Comment.", GH_ParamAccess.item);
unit.Inputs[8].Parameter.Optional = true;
GH_ExtendableMenu gH_ExtendableMenu1 = new GH_ExtendableMenu(0, "nonlinieraity");
gH_ExtendableMenu1.Name = "Nonlinearity";
gH_ExtendableMenu1.Collapse();
unit.RegisterInputParam(new Param_Integer(), "SupportNonlinearityX", "NTx", UtilLibrary.DescriptionRFTypes(typeof(NonlinearityType)), GH_ParamAccess.item);
unit.Inputs[9].EnumInput = UtilLibrary.ListRFTypes(typeof(NonlinearityType));
unit.Inputs[9].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "SupportNonlinearityY", "NTy", UtilLibrary.DescriptionRFTypes(typeof(NonlinearityType)), GH_ParamAccess.item);
unit.Inputs[10].EnumInput = UtilLibrary.ListRFTypes(typeof(NonlinearityType));
unit.Inputs[10].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "SupportNonlinearityZ", "NTz", UtilLibrary.DescriptionRFTypes(typeof(NonlinearityType)), GH_ParamAccess.item);
unit.Inputs[11].EnumInput = UtilLibrary.ListRFTypes(typeof(NonlinearityType));
unit.Inputs[11].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "RestraintNonlinearityX", "NRx", UtilLibrary.DescriptionRFTypes(typeof(NonlinearityType)), GH_ParamAccess.item);
unit.Inputs[12].EnumInput = UtilLibrary.ListRFTypes(typeof(NonlinearityType));
unit.Inputs[12].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "RestraintNonlinearityY", "NRy", UtilLibrary.DescriptionRFTypes(typeof(NonlinearityType)), GH_ParamAccess.item);
unit.Inputs[13].EnumInput = UtilLibrary.ListRFTypes(typeof(NonlinearityType));
unit.Inputs[13].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "RestraintNonlinearityZ", "NRz", UtilLibrary.DescriptionRFTypes(typeof(NonlinearityType)), GH_ParamAccess.item);
unit.Inputs[14].EnumInput = UtilLibrary.ListRFTypes(typeof(NonlinearityType));
unit.Inputs[14].Parameter.Optional = true;
gH_ExtendableMenu1.RegisterInputPlug(unit.Inputs[9]);
gH_ExtendableMenu1.RegisterInputPlug(unit.Inputs[10]);
gH_ExtendableMenu1.RegisterInputPlug(unit.Inputs[11]);
gH_ExtendableMenu1.RegisterInputPlug(unit.Inputs[12]);
gH_ExtendableMenu1.RegisterInputPlug(unit.Inputs[13]);
gH_ExtendableMenu1.RegisterInputPlug(unit.Inputs[14]);
unit.AddMenu(gH_ExtendableMenu1);
GH_ExtendableMenu gH_ExtendableMenu = new GH_ExtendableMenu(1, "advanced");
gH_ExtendableMenu.Name = "Advanced";
gH_ExtendableMenu.Collapse();
unit.RegisterInputParam(new Param_String(), "Node List", "NodeList", "Node List", GH_ParamAccess.item);
unit.Inputs[15].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Integer(), "Rotation Sequence", "Seq", UtilLibrary.DescriptionRFTypes(typeof(RotationSequence)), GH_ParamAccess.item);
unit.Inputs[16].EnumInput = UtilLibrary.ListRFTypes(typeof(RotationSequence));
unit.Inputs[16].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Vector(), "Rotation Angles", "Rot", "Euler Angles [rad]", GH_ParamAccess.item);
unit.Inputs[17].Parameter.Optional = true;
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[15]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[16]);
gH_ExtendableMenu.RegisterInputPlug(unit.Inputs[17]);
unit.AddMenu(gH_ExtendableMenu);
GH_ExtendableMenu gH_ExtendableMenu2 = new GH_ExtendableMenu(2, "modify");
gH_ExtendableMenu2.Name = "Modify";
gH_ExtendableMenu2.Collapse();
unit.RegisterInputParam(new Param_RFEM(), "RF Nodal Support", "RF NodSup", "Support object from the RFEM model to modify", GH_ParamAccess.item);
unit.Inputs[18].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Boolean(), "Modify", "Modify", "Modify object?", GH_ParamAccess.item);
unit.Inputs[19].Parameter.Optional = true;
unit.RegisterInputParam(new Param_Boolean(), "Delete", "Delete", "Delete object?", GH_ParamAccess.item);
unit.Inputs[20].Parameter.Optional = true;
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[18]);
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[19]);
gH_ExtendableMenu2.RegisterInputPlug(unit.Inputs[20]);
unit.AddMenu(gH_ExtendableMenu2);
unit.RegisterOutputParam(new Param_RFEM(), "RF Nodal Support", "RF NodSup", "Output RFNodalSupport.");
}