public string SetGWACommand(int group = 0)
{
if (this.Value == null)
{
return("");
}
var mesh = this.Value as Structural2DElement;
var keyword = typeof(GSA2DElement).GetGSAKeyword();
var index = Initialiser.Cache.ResolveIndex(typeof(GSA2DElement).GetGSAKeyword(), mesh.ApplicationId);
var propRef = 0;
try
{
propRef = Initialiser.Cache.LookupIndex(typeof(GSA2DProperty).GetGSAKeyword(), mesh.PropertyRef).Value;
}
catch { }
var ls = new List <string>
{
"SET",
keyword + ":" + HelperClass.GenerateSID(mesh),
index.ToString(),
mesh.Name == null || mesh.Name == "" ? " " : mesh.Name,
mesh.Colors == null || mesh.Colors.Count() < 1 ? "NO_RGB" : mesh.Colors[0].ArgbToHexColor().ToString(),
mesh.Vertices.Count() / 3 == 3 ? "TRI3" : "QUAD4",
propRef.ToString(),
group.ToString() // Group
};
var numVertices = mesh.Faces[0] + 3;
var coor = new List <double>();
for (var i = 1; i < mesh.Faces.Count(); i++)
{
coor.AddRange(mesh.Vertices.Skip(mesh.Faces[i] * 3).Take(3));
ls.Add(HelperClass.NodeAt(mesh.Vertices[mesh.Faces[i] * 3], mesh.Vertices[mesh.Faces[i] * 3 + 1], mesh.Vertices[mesh.Faces[i] * 3 + 2], Initialiser.Settings.CoincidentNodeAllowance).ToString());
}
ls.Add("0"); //Orientation node
try
{
ls.Add(HelperClass.Get2DAngle(coor.ToArray(), mesh.Axis).ToString());
}
catch { ls.Add("0"); }
ls.Add("NO_RLS");
ls.Add("0"); // Offset x-start
ls.Add("0"); // Offset x-end
ls.Add("0"); // Offset y
ls.Add(mesh.Offset.ToString());
//ls.Add("NORMAL"); // Action // TODO: EL.4 SUPPORT
ls.Add((mesh.GSADummy.HasValue && mesh.GSADummy.Value) ? "DUMMY" : "");
return(string.Join("\t", ls));
}
public string SetGWACommand(IGSAProxy GSA, int group = 0)
{
if (this.Value == null)
{
return("");
}
var spring = this.Value as Structural0DSpring;
var keyword = typeof(GSA0DSpring).GetGSAKeyword();
var index = Initialiser.Cache.ResolveIndex(keyword, spring.ApplicationId);
var propRef = 0;
try
{
propRef = Initialiser.Cache.LookupIndex(typeof(GSASpringProperty).GetGSAKeyword(), spring.PropertyRef).Value;
}
catch { }
var ls = new List <string>
{
"SET",
keyword + ":" + HelperClass.GenerateSID(spring),
index.ToString(),
spring.Name == null || spring.Name == "" ? " " : spring.Name,
"NO_RGB",
"GRD_SPRING", //type
propRef.ToString(), //Property
group.ToString(), //Group
//"1", //Group
};
//Topology
for (var i = 0; i < spring.Value.Count(); i += 3)
{
ls.Add(HelperClass.NodeAt(spring.Value[i], spring.Value[i + 1], spring.Value[i + 2], Initialiser.Settings.CoincidentNodeAllowance).ToString());
}
ls.Add("0"); // Orientation Node
ls.Add("0"); //Angle
ls.Add("NO_RLS"); //is_rls
ls.Add("0");
ls.Add("0");
ls.Add("0");
ls.Add("0");
//ls.Add("NORMAL"); // Action // TODO: EL.4 SUPPORT
ls.Add((spring.Dummy.HasValue && spring.Dummy.Value) ? "DUMMY" : "");
return(string.Join("\t", ls));
}
public string SetGWACommand(int group = 0)
{
if (this.Value == null)
{
return("");
}
var member = this.Value as Structural1DElement;
var keyword = typeof(GSA1DMember).GetGSAKeyword();
var index = Initialiser.Cache.ResolveIndex(typeof(GSA1DMember).GetGSAKeyword(), member.ApplicationId);
var propRef = 0;
try
{
propRef = (member.ElementType == Structural1DElementType.Spring)
? Initialiser.Cache.LookupIndex(typeof(GSASpringProperty).GetGSAKeyword(), member.PropertyRef).Value
: Initialiser.Cache.LookupIndex(typeof(GSA1DProperty).GetGSAKeyword(), member.PropertyRef).Value;
}
catch { }
var ls = new List <string>
{
"SET",
keyword + ":" + HelperClass.GenerateSID(member),
index.ToString(),
member.Name == null || member.Name == "" ? " " : member.Name,
"NO_RGB"
};
if (member.ElementType == Structural1DElementType.Beam)
{
ls.Add("BEAM");
}
else if (member.ElementType == Structural1DElementType.Column)
{
ls.Add("COLUMN");
}
else if (member.ElementType == Structural1DElementType.Cantilever)
{
ls.Add("CANTILEVER");
}
else
{
ls.Add("1D_GENERIC");
}
ls.Add(propRef.ToString());
ls.Add(group != 0 ? group.ToString() : index.ToString()); // TODO: This allows for targeting of elements from members group
var topo = "";
for (var i = 0; i < member.Value.Count(); i += 3)
{
topo += HelperClass.NodeAt(member.Value[i], member.Value[i + 1], member.Value[i + 2], Initialiser.Settings.CoincidentNodeAllowance).ToString() + " ";
}
ls.Add(topo);
ls.Add("0"); // Orientation node
try
{
ls.Add(HelperClass.Get1DAngle(member.Value.ToArray(), member.ZAxis).ToString());
}
catch { ls.Add("0"); }
//ls.Add(member.GSAMeshSize == 0 ? "0" : member.GSAMeshSize.ToString()); // Target mesh size
ls.Add(member.GSAMeshSize == null ? "0" : member.GSAMeshSize.ToString()); // Target mesh size
ls.Add("MESH"); // TODO: What is this?
ls.Add((member.ElementType == Structural1DElementType.Spring) ? "SPRING" : "BEAM"); // Element type
ls.Add("0"); // Fire
ls.Add("0"); // Time 1
ls.Add("0"); // Time 2
ls.Add("0"); // Time 3
ls.Add("0"); // Time 4
ls.Add((member.GSADummy.HasValue && member.GSADummy.Value) ? "DUMMY" : "ACTIVE");
try
{
if (member.EndRelease[0].Value.SequenceEqual(ParseEndReleases(1).Value))
{
ls.Add("1");
}
else if (member.EndRelease[0].Value.SequenceEqual(ParseEndReleases(2).Value))
{
ls.Add("2");
}
else if (member.EndRelease[0].Value.SequenceEqual(ParseEndReleases(3).Value))
{
ls.Add("3");
}
else
{
if (member.EndRelease[0].Value.Skip(3).Take(3).SequenceEqual(new bool[] { false, false, false }))
{
ls.Add("2");
}
else
{
ls.Add("1");
}
}
}
catch { ls.Add("2"); }
try
{
if (member.EndRelease[1].Value.SequenceEqual(ParseEndReleases(1).Value))
{
ls.Add("1");
}
else if (member.EndRelease[1].Value.SequenceEqual(ParseEndReleases(2).Value))
{
ls.Add("2");
}
else if (member.EndRelease[1].Value.SequenceEqual(ParseEndReleases(3).Value))
{
ls.Add("3");
}
else
{
if (member.EndRelease[1].Value.Skip(3).Take(3).SequenceEqual(new bool[] { false, false, false }))
{
ls.Add("2");
}
else
{
ls.Add("1");
}
}
}
catch { ls.Add("2"); }
ls.Add("AUTOMATIC"); // Effective length option
ls.Add("0"); // Pool
ls.Add("0"); // Height
ls.Add("MAN"); // Auto offset 1
ls.Add("MAN"); // Auto offset 2
ls.Add("NO"); // Internal auto offset
try
{
var subLs = new List <string>
{
member.Offset[0].Value[0].ToString(), // Offset x-start
member.Offset[1].Value[0].ToString(), // Offset x-end
member.Offset[0].Value[1].ToString(),
member.Offset[0].Value[2].ToString()
};
ls.AddRange(subLs);
}
catch
{
ls.Add("0");
ls.Add("0");
ls.Add("0");
ls.Add("0");
}
ls.Add("ALL"); // Exposure
return(string.Join("\t", ls));
}
public string SetGWACommand(int group = 0)
{
if (this.Value == null)
{
return("");
}
var element = this.Value as Structural1DElement;
var keyword = typeof(GSA1DElement).GetGSAKeyword();
var index = Initialiser.Cache.ResolveIndex(typeof(GSA1DElement).GetGSAKeyword(), element.ApplicationId);
var propRef = 0;
try
{
propRef = Initialiser.Cache.LookupIndex(typeof(GSA1DProperty).GetGSAKeyword(), element.PropertyRef).Value;
}
catch { }
var ls = new List <string>
{
"SET",
keyword + ":" + HelperClass.GenerateSID(element),
index.ToString(),
element.Name == null || element.Name == "" ? " " : element.Name,
"NO_RGB",
"BEAM", // Type
propRef.ToString(),
group.ToString()
};
for (var i = 0; i < element.Value.Count(); i += 3)
{
ls.Add(HelperClass.NodeAt(element.Value[i], element.Value[i + 1], element.Value[i + 2], Initialiser.Settings.CoincidentNodeAllowance).ToString());
}
ls.Add("0"); // Orientation Node
try
{
ls.Add(HelperClass.Get1DAngle(element.Value.ToArray(), element.ZAxis).ToString());
}
catch { ls.Add("0"); }
try
{
var subLs = new List <string>();
if (element.EndRelease[0].Value.Any(x => x) || element.EndRelease[1].Value.Any(x => x))
{
subLs.Add("RLS");
var end1 = "";
end1 += element.EndRelease[0].Value[0] ? "R" : "F";
end1 += element.EndRelease[0].Value[1] ? "R" : "F";
end1 += element.EndRelease[0].Value[2] ? "R" : "F";
end1 += element.EndRelease[0].Value[3] ? "R" : "F";
end1 += element.EndRelease[0].Value[4] ? "R" : "F";
end1 += element.EndRelease[0].Value[5] ? "R" : "F";
subLs.Add(end1);
var end2 = "";
end2 += element.EndRelease[1].Value[0] ? "R" : "F";
end2 += element.EndRelease[1].Value[1] ? "R" : "F";
end2 += element.EndRelease[1].Value[2] ? "R" : "F";
end2 += element.EndRelease[1].Value[3] ? "R" : "F";
end2 += element.EndRelease[1].Value[4] ? "R" : "F";
end2 += element.EndRelease[1].Value[5] ? "R" : "F";
subLs.Add(end2);
ls.AddRange(subLs);
}
else
{
ls.Add("NO_RLS");
}
}
catch { ls.Add("NO_RLS"); }
try
{
var subLs = new List <string>
{
element.Offset[0].Value[0].ToString(), // Offset x-start
element.Offset[1].Value[0].ToString(), // Offset x-end
element.Offset[0].Value[1].ToString(),
element.Offset[0].Value[2].ToString()
};
ls.AddRange(subLs);
}
catch
{
ls.Add("0");
ls.Add("0");
ls.Add("0");
ls.Add("0");
}
//ls.Add("NORMAL"); // Action // TODO: EL.4 SUPPORT
ls.Add((element.GSADummy.HasValue && element.GSADummy.Value) ? "DUMMY" : "");
return(string.Join("\t", ls));
}
public string SetGWACommand()
{
if (this.Value == null)
{
return("");
}
var v = this.Value as Structural2DVoid;
var keyword = typeof(GSA2DVoid).GetGSAKeyword();
var index = Initialiser.Cache.ResolveIndex(keyword, v.ApplicationId);
var ls = new List <string>
{
"SET",
keyword + ":" + HelperClass.GenerateSID(v),
index.ToString(),
v.Name == null || v.Name == "" ? " " : v.Name,
v.Colors == null || v.Colors.Count() < 1 ? "NO_RGB" : v.Colors[0].ArgbToHexColor().ToString(),
"2D_VOID_CUTTER",
"1", // Property reference
"0" // Group
};
var topo = "";
var prevNodeIndex = -1;
var connectivities = v.Edges();
var coor = new List <double>();
if (connectivities.Count == 0)
{
return("");
}
foreach (var c in connectivities[0])
{
coor.AddRange(v.Vertices.Skip(c * 3).Take(3));
var currIndex = HelperClass.NodeAt(v.Vertices[c * 3], v.Vertices[c * 3 + 1], v.Vertices[c * 3 + 2], Initialiser.Settings.CoincidentNodeAllowance);
if (prevNodeIndex != currIndex)
{
topo += currIndex.ToString() + " ";
}
prevNodeIndex = currIndex;
}
ls.Add(topo);
ls.Add("0"); // Orientation node
ls.Add("0"); // Angles
ls.Add("1"); // Target mesh size
ls.Add("MESH"); // TODO: What is this?
ls.Add("LINEAR"); // Element type
ls.Add("0"); // Fire
ls.Add("0"); // Time 1
ls.Add("0"); // Time 2
ls.Add("0"); // Time 3
ls.Add("0"); // TODO: What is this?
ls.Add("ACTIVE"); // Dummy
ls.Add("NO"); // Internal auto offset
ls.Add("0"); // Offset z
ls.Add("ALL"); // Exposure
return(string.Join("\t", ls));
}
public string SetGWACommand()
{
if (this.Value == null)
{
return("");
}
var destType = typeof(GSAAssembly);
var assembly = this.Value as StructuralAssembly;
var keyword = destType.GetGSAKeyword();
var index = Initialiser.Cache.ResolveIndex(keyword, assembly.ApplicationId);
var targetString = " ";
if (assembly.ElementRefs != null && assembly.ElementRefs.Count() > 0)
{
var polylineIndices = Initialiser.Cache.LookupIndices(typeof(GSA1DElementPolyline).GetGSAKeyword(), assembly.ElementRefs).Where(x => x.HasValue).Select(x => x.Value).ToList();
if (Initialiser.Settings.TargetLayer == GSATargetLayer.Analysis)
{
var e1DIndices = Initialiser.Cache.LookupIndices(typeof(GSA1DElement).GetGSAKeyword(), assembly.ElementRefs).Where(x => x.HasValue).Select(x => x.Value).ToList();
var e2DIndices = Initialiser.Cache.LookupIndices(typeof(GSA2DElement).GetGSAKeyword(), assembly.ElementRefs).Where(x => x.HasValue).Select(x => x.Value).ToList();
var e2DMeshIndices = Initialiser.Cache.LookupIndices(typeof(GSA2DElementMesh).GetGSAKeyword(), assembly.ElementRefs).Where(x => x.HasValue).Select(x => x.Value).ToList();
var indices = new List <int>(e1DIndices);
indices.AddRange(e2DIndices);
indices.AddRange(e2DMeshIndices);
indices = indices.Distinct().ToList();
targetString = string.Join(" ", indices.Select(x => x.ToString()));
}
else if (Initialiser.Settings.TargetLayer == GSATargetLayer.Design)
{
var m1DIndices = Initialiser.Cache.LookupIndices(typeof(GSA1DMember).GetGSAKeyword(), assembly.ElementRefs).Where(x => x.HasValue).Select(x => x.Value).ToList();
var m2DIndices = Initialiser.Cache.LookupIndices(typeof(GSA2DMember).GetGSAKeyword(), assembly.ElementRefs).Where(x => x.HasValue).Select(x => x.Value).ToList();
var indices = new List <int>(m1DIndices);
indices.AddRange(m2DIndices);
indices = indices.Distinct().ToList();
// TODO: Once assemblies can properly target members, this should target members explicitly
targetString = string.Join(" ", indices.Select(i => "G" + i.ToString()));
}
}
var nodeIndices = new List <int>();
for (var i = 0; i < assembly.Value.Count(); i += 3)
{
nodeIndices.Add(HelperClass.NodeAt(assembly.Value[i], assembly.Value[i + 1], assembly.Value[i + 2], Initialiser.Settings.CoincidentNodeAllowance));
}
var numPoints = (assembly.NumPoints == 0) ? 10 : assembly.NumPoints;
//The width parameter is intentionally not being used here as the meaning doesn't map to the y coordinate parameter of the ASSEMBLY keyword
//It is therefore to be ignored here for GSA purposes.
var ls = new List <string>
{
"SET",
keyword + ":" + HelperClass.GenerateSID(assembly),
index.ToString(),
string.IsNullOrEmpty(assembly.Name) ? "" : assembly.Name,
// TODO: Once assemblies can properly target members, this should target members explicitly
//Initialiser.Settings.TargetLayer == GSATargetLayer.Analysis ? "ELEMENT" : "MEMBER",
"ELEMENT",
targetString,
nodeIndices[0].ToString(),
nodeIndices[1].ToString(),
HelperClass.NodeAt(assembly.OrientationPoint.Value[0], assembly.OrientationPoint.Value[1], assembly.OrientationPoint.Value[2], Initialiser.Settings.CoincidentNodeAllowance).ToString(),
"", //Empty list for int_topo as it assumed that the line is never curved
assembly.Width.ToString(), //Y
"0", //Z
"LAGRANGE",
"0", //Curve order - reserved for future use according to the documentation
"POINTS",
numPoints.ToString() //Number of points
};
return(string.Join("\t", ls));
}
public string SetGWACommand(int group = 0)
{
if (this.Value == null)
{
return("");
}
var mesh = this.Value as Structural2DElementMesh;
var keyword = typeof(GSA2DMember).GetGSAKeyword();
var index = Initialiser.Cache.ResolveIndex(typeof(GSA2DMember).GetGSAKeyword(), mesh.ApplicationId);
var propRef = 0;
try
{
propRef = Initialiser.Cache.LookupIndex(typeof(GSA2DProperty).GetGSAKeyword(), mesh.PropertyRef).Value;
}
catch { }
var gwaCommands = new List <string>();
var ls = new List <string>
{
"SET",
keyword + ":" + HelperClass.GenerateSID(mesh),
index.ToString(),
mesh.Name == null || mesh.Name == "" ? " " : mesh.Name,
mesh.Colors == null || mesh.Colors.Count() < 1 ? "NO_RGB" : mesh.Colors[0].ArgbToHexColor().ToString()
};
if (mesh.ElementType == Structural2DElementType.Slab)
{
ls.Add("SLAB");
}
else if (mesh.ElementType == Structural2DElementType.Wall)
{
ls.Add("WALL");
}
else
{
ls.Add("2D_GENERIC");
}
ls.Add(propRef.ToString());
ls.Add(group != 0 ? group.ToString() : index.ToString()); // TODO: This allows for targeting of elements from members group
var topo = "";
var prevNodeIndex = -1;
var connectivities = mesh.Edges();
var coor = new List <double>();
foreach (var c in connectivities[0])
{
coor.AddRange(mesh.Vertices.Skip(c * 3).Take(3));
var currIndex = HelperClass.NodeAt(mesh.Vertices[c * 3], mesh.Vertices[c * 3 + 1], mesh.Vertices[c * 3 + 2], Initialiser.Settings.CoincidentNodeAllowance);
if (prevNodeIndex != currIndex)
{
topo += currIndex.ToString() + " ";
}
prevNodeIndex = currIndex;
}
ls.Add(topo.Trim());
ls.Add("0"); // Orientation node
try
{
ls.Add(HelperClass.Get2DAngle(coor.ToArray(), mesh.Axis.First()).ToString());
}
catch { ls.Add("0"); }
ls.Add(mesh.GSAMeshSize == 0 ? "1" : mesh.GSAMeshSize.ToString()); // Target mesh size
ls.Add("MESH"); // TODO: What is this?
ls.Add("LINEAR"); // Element type
ls.Add("0"); // Fire
ls.Add("0"); // Time 1
ls.Add("0"); // Time 2
ls.Add("0"); // Time 3
ls.Add("0"); // TODO: What is this?
ls.Add((mesh.GSADummy.HasValue && mesh.GSADummy.Value) ? "DUMMY" : "ACTIVE");
ls.Add("NO"); // Internal auto offset
ls.Add((mesh.Offset != null && mesh.Offset.Count() > 0) ? mesh.Offset.First().ToString() : "0"); // Offset z
ls.Add("ALL"); // Exposure
gwaCommands.Add(string.Join("\t", ls));
// Add voids
foreach (var conn in connectivities.Skip(1))
{
ls.Clear();
index = Initialiser.Cache.ResolveIndex(typeof(GSA2DVoid).GetGSAKeyword());
ls.Add("SET");
ls.Add(keyword + ":" + HelperClass.GenerateSID(mesh));
ls.Add(index.ToString());
ls.Add(mesh.Name == null || mesh.Name == "" ? " " : mesh.Name);
ls.Add(mesh.Colors == null || mesh.Colors.Count() < 1 ? "NO_RGB" : mesh.Colors[0].ArgbToHexColor().ToString());
ls.Add("2D_VOID_CUTTER");
ls.Add("1"); // Property reference
ls.Add("0"); // Group
topo = "";
prevNodeIndex = -1;
coor.Clear();
foreach (var c in conn)
{
coor.AddRange(mesh.Vertices.Skip(c * 3).Take(3));
var currIndex = HelperClass.NodeAt(mesh.Vertices[c * 3], mesh.Vertices[c * 3 + 1], mesh.Vertices[c * 3 + 2], Initialiser.Settings.CoincidentNodeAllowance);
if (prevNodeIndex != currIndex)
{
topo += currIndex.ToString() + " ";
}
prevNodeIndex = currIndex;
}
ls.Add(topo);
ls.Add("0"); // Orientation node
ls.Add("0"); // Angles
ls.Add("1"); // Target mesh size
ls.Add("MESH"); // TODO: What is this?
ls.Add("LINEAR"); // Element type
ls.Add("0"); // Fire
ls.Add("0"); // Time 1
ls.Add("0"); // Time 2
ls.Add("0"); // Time 3
ls.Add("0"); // TODO: What is this?
ls.Add("ACTIVE"); // Dummy
ls.Add("NO"); // Internal auto offset
ls.Add("0"); // Offset z
ls.Add("ALL"); // Exposure
gwaCommands.Add(string.Join("\t", ls));
}
return(string.Join("\n", gwaCommands));
}
public string SetGWACommand()
{
if (this.Value == null)
{
return("");
}
var node = this.Value as StructuralNode;
var keyword = typeof(GSANode).GetGSAKeyword();
var index = HelperClass.NodeAt(node.Value[0], node.Value[1], node.Value[2], Initialiser.Settings.CoincidentNodeAllowance);
var ls = new List <string>
{
"SET",
keyword + ":" + HelperClass.GenerateSID(node),
index.ToString(),
node.Name == null || node.Name == "" ? " " : node.Name,
"NO_RGB",
string.Join("\t", node.Value.ToArray()),
//ls.Add("0"); // TODO: Skip unknown fields in NODE.3
//ls.Add("0"); // TODO: Skip unknown fields in NODE.3
//ls.Add("0"); // TODO: Skip unknown fields in NODE.3
"NO_GRID"
};
var gwaCommands = new List <string>();
var axisGwa = "";
try
{
HelperClass.SetAxis(node.Axis, out var axisIndex, out axisGwa, node.Name);
if (axisGwa.Length > 0)
{
gwaCommands.Add(axisGwa);
}
ls.Add(axisIndex.ToString());
}
catch { ls.Add("0"); }
try
{
if (node.Restraint == null || !node.Restraint.Value.Any(x => x))
{
ls.Add("NO_REST");
}
else
{
var subLs = new List <string>
{
"REST",
node.Restraint.Value[0] ? "1" : "0",
node.Restraint.Value[1] ? "1" : "0",
node.Restraint.Value[2] ? "1" : "0",
node.Restraint.Value[3] ? "1" : "0",
node.Restraint.Value[4] ? "1" : "0",
node.Restraint.Value[5] ? "1" : "0"
};
ls.AddRange(subLs);
}
}
catch { ls.Add("NO_REST"); }
try
{
if (node.Stiffness == null || !node.Stiffness.Value.Any(x => x == 0))
{
ls.Add("NO_STIFF");
}
else
{
var subLs = new List <string>
{
"STIFF",
node.Stiffness.Value[0].ToString(),
node.Stiffness.Value[1].ToString(),
node.Stiffness.Value[2].ToString(),
node.Stiffness.Value[3].ToString(),
node.Stiffness.Value[4].ToString(),
node.Stiffness.Value[5].ToString()
};
ls.AddRange(subLs);
}
}
catch { ls.Add("NO_STIFF"); }
try
{
if (node.GSALocalMeshSize == 0)
{
ls.Add("NO_MESH");
}
else
{
var subLs = new List <string>
{
"MESH",
node.GSALocalMeshSize.ToString(),
"0", // Radius
"NO", // Tie to mesh
"NO", // column rigidity will be generated
"0", // Column property number
"0", //Column orientation node
"0", //Column orientation angle
"1", //Column dimension factor
"0" //Column slab thickness factor
};
ls.AddRange(subLs);
}
}
catch (Exception)
{
ls.Add("NO_MESH");
}
gwaCommands.Add(string.Join("\t", ls));
return(string.Join("\n", gwaCommands));
}
