public string SetGWACommand()
{
if (this.Value == null)
{
return("");
}
var load = this.Value as Structural2DLoad;
if (load.Loading == null)
{
return("");
}
var keyword = typeof(GSA2DLoad).GetGSAKeyword();
List <int> elementRefs;
List <int> groupRefs;
if (Initialiser.Settings.TargetLayer == GSATargetLayer.Analysis)
{
elementRefs = Initialiser.Cache.LookupIndices(typeof(GSA2DElement).GetGSAKeyword(), load.ElementRefs).Where(x => x.HasValue).Select(x => x.Value).ToList();
groupRefs = Initialiser.Cache.LookupIndices(typeof(GSA2DElementMesh).GetGSAKeyword(), load.ElementRefs).Where(x => x.HasValue).Select(x => x.Value).ToList();
}
else if (Initialiser.Settings.TargetLayer == GSATargetLayer.Design)
{
elementRefs = new List <int>();
groupRefs = Initialiser.Cache.LookupIndices(typeof(GSA2DMember).GetGSAKeyword(), load.ElementRefs).Where(x => x.HasValue).Select(x => x.Value).ToList();
}
else
{
return("");
}
var loadCaseRef = 0;
try
{
loadCaseRef = Initialiser.Cache.LookupIndex(typeof(GSALoadCase).GetGSAKeyword(), load.LoadCaseRef).Value;
}
catch {
loadCaseRef = Initialiser.Cache.ResolveIndex(typeof(GSALoadCase).GetGSAKeyword(), load.LoadCaseRef);
}
var direction = new string[3] {
"X", "Y", "Z"
};
var gwaCommands = new List <string>();
for (var i = 0; i < load.Loading.Value.Count(); i++)
{
if (load.Loading.Value[i] == 0)
{
continue;
}
var index = Initialiser.Cache.ResolveIndex(typeof(GSA2DLoad).GetGSAKeyword());
var ls = new List <string>
{
"SET_AT",
index.ToString(),
keyword + ":" + HelperClass.GenerateSID(load),
load.Name == null || load.Name == "" ? " " : load.Name,
// TODO: This is a hack.
string.Join(" ", elementRefs.Select(x => x.ToString()).Concat(groupRefs.Select(x => "G" + x.ToString()))),
loadCaseRef.ToString(),
load.AxisType == StructuralLoadAxisType.Local ? "LOCAL" : "GLOBAL", // Axis
"CONS", // Type
"NO", // Projected
direction[i],
load.Loading.Value[i].ToString()
};
gwaCommands.Add(string.Join("\t", ls));
}
return(string.Join("\n", gwaCommands));
}
public void ParseGWACommand(List <GSANode> nodes)
{
if (this.GWACommand == null)
{
return;
}
var obj = new Structural0DLoad();
var pieces = this.GWACommand.ListSplit("\t");
var counter = 1; // Skip identifier
obj.Name = pieces[counter++].Trim(new char[] { '"' });
var targetNodeRefs = Initialiser.Interface.ConvertGSAList(pieces[counter++], SpeckleGSAInterfaces.GSAEntity.NODE);
if (nodes != null)
{
var targetNodes = nodes
.Where(n => targetNodeRefs.Contains(n.GSAId)).ToList();
obj.NodeRefs = targetNodes.Select(n => (string)n.Value.ApplicationId).ToList();
this.SubGWACommand.AddRange(targetNodes.Select(n => n.GWACommand));
foreach (var n in targetNodes)
{
n.ForceSend = true;
}
}
obj.LoadCaseRef = HelperClass.GetApplicationId(typeof(GSALoadCase).GetGSAKeyword(), Convert.ToInt32(pieces[counter++]));
var axis = pieces[counter++];
this.Axis = axis == "GLOBAL" ? 0 : Convert.ToInt32(axis);
obj.Loading = new StructuralVectorSix(new double[6]);
var direction = pieces[counter++].ToLower();
switch (direction.ToUpper())
{
case "X":
obj.Loading.Value[0] = Convert.ToDouble(pieces[counter++]);
break;
case "Y":
obj.Loading.Value[1] = Convert.ToDouble(pieces[counter++]);
break;
case "Z":
obj.Loading.Value[2] = Convert.ToDouble(pieces[counter++]);
break;
case "XX":
obj.Loading.Value[3] = Convert.ToDouble(pieces[counter++]);
break;
case "YY":
obj.Loading.Value[4] = Convert.ToDouble(pieces[counter++]);
break;
case "ZZ":
obj.Loading.Value[5] = Convert.ToDouble(pieces[counter++]);
break;
default:
// TODO: Error case maybe?
break;
}
this.Value = obj;
}
public string SetGWACommand()
{
if (this.Value == null)
{
return("");
}
var loading = this.Value as Structural2DThermalLoad;
var keyword = typeof(GSA2DThermalLoading).GetGSAKeyword();
var index = Initialiser.Cache.ResolveIndex(typeof(GSA2DThermalLoading).GetGSAKeyword(), loading.ApplicationId);
var targetString = " ";
if (loading.ElementRefs != null && loading.ElementRefs.Count() > 0)
{
if (Initialiser.Settings.TargetLayer == GSATargetLayer.Analysis)
{
var e2DIndices = Initialiser.Cache.LookupIndices(typeof(GSA2DElement).GetGSAKeyword(), loading.ElementRefs).Where(x => x.HasValue).Select(x => x.Value).ToList();
var e2DMeshIndices = Initialiser.Cache.LookupIndices(typeof(GSA2DElementMesh).GetGSAKeyword(), loading.ElementRefs).Where(x => x.HasValue).Select(x => x.Value).ToList();
targetString = string.Join(" ",
e2DIndices.Select(x => x.ToString())
.Concat(e2DMeshIndices.Select(x => "G" + x.ToString()))
);
}
else if (Initialiser.Settings.TargetLayer == GSATargetLayer.Design)
{
var m2DIndices = Initialiser.Cache.LookupIndices(typeof(GSA2DMember).GetGSAKeyword(), loading.ElementRefs).Where(x => x.HasValue).Select(x => x.Value).ToList();
targetString = string.Join(" ",
m2DIndices.Select(x => "G" + x.ToString()));
}
}
var loadCaseRef = Initialiser.Cache.LookupIndex(typeof(GSALoadCase).GetGSAKeyword(), loading.LoadCaseRef);
var loadingName = string.IsNullOrEmpty(loading.Name) ? " " : loading.Name;
var ls = new List <string>
{
"SET_AT",
index.ToString(),
keyword + ":" + HelperClass.GenerateSID(loading),
loadingName, // Name
targetString, //Elements
(loadCaseRef.HasValue) ? loadCaseRef.Value.ToString() : "1",
};
if (loading.TopTemperature == loading.BottomTemperature)
{
ls.Add("CONS");
ls.Add(loading.TopTemperature.ToString());
}
else
{
ls.Add("DZ");
ls.Add(loading.TopTemperature.ToString());
ls.Add(loading.BottomTemperature.ToString());
}
return(string.Join("\t", ls));
}
public void ParseGWACommand(List <GSA1DElement> elements, List <GSA1DMember> members)
{
if (this.GWACommand == null)
{
return;
}
var obj = new Structural1DLoad();
var pieces = this.GWACommand.ListSplit("\t");
var counter = 0; // Skip identifier
var identifier = pieces[counter++];
obj.Name = pieces[counter++].Trim(new char[] { '"' });
if (Initialiser.Settings.TargetLayer == GSATargetLayer.Analysis)
{
var targetElements = Initialiser.Interface.ConvertGSAList(pieces[counter++], SpeckleGSAInterfaces.GSAEntity.ELEMENT);
if (elements != null)
{
var elems = elements.Where(n => targetElements.Contains(n.GSAId)).ToList();
obj.ElementRefs = elems.Select(n => (string)n.Value.ApplicationId).ToList();
this.SubGWACommand.AddRange(elems.Select(n => n.GWACommand));
}
}
else if (Initialiser.Settings.TargetLayer == GSATargetLayer.Design)
{
var targetGroups = HelperClass.GetGroupsFromGSAList(pieces[counter++]);
if (members != null)
{
var membs = members.Where(m => targetGroups.Contains(m.Group)).ToList();
obj.ElementRefs = membs.Select(m => (string)m.Value.ApplicationId).ToList();
this.SubGWACommand.AddRange(membs.Select(n => n.GWACommand));
}
}
obj.LoadCaseRef = HelperClass.GetApplicationId(typeof(GSALoadCase).GetGSAKeyword(), Convert.ToInt32(pieces[counter++]));
var axis = pieces[counter++];
this.Axis = axis == "GLOBAL" ? 0 : -1;// Convert.ToInt32(axis); // TODO: Assume local if not global
this.Projected = pieces[counter++] == "YES";
obj.Loading = new StructuralVectorSix(new double[6]);
var direction = pieces[counter++].ToLower();
double value = 0;
// TODO: Only reads UDL load properly
if (identifier.Contains("LOAD_BEAM_POINT.2"))
{
counter++; // Position
counter++; // Value
value = 0;
}
else if (identifier.Contains("LOAD_BEAM_UDL.2"))
{
value = Convert.ToDouble(pieces[counter++]);
}
else if (identifier.Contains("LOAD_BEAM_LINE.2"))
{
value = Convert.ToDouble(pieces[counter++]);
value += Convert.ToDouble(pieces[counter++]);
value /= 2;
}
else if (identifier.Contains("LOAD_BEAM_PATCH.2"))
{
counter++; // Position
value = Convert.ToDouble(pieces[counter++]);
counter++; // Position
value += Convert.ToDouble(pieces[counter++]);
value /= 2;
}
else if (identifier.Contains("LOAD_BEAM_TRILIN.2"))
{
counter++; // Position
value = Convert.ToDouble(pieces[counter++]);
counter++; // Position
value += Convert.ToDouble(pieces[counter++]);
value /= 2;
}
else
{
value = 0;
}
switch (direction.ToUpper())
{
case "X":
obj.Loading.Value[0] = value;
break;
case "Y":
obj.Loading.Value[1] = value;
break;
case "Z":
obj.Loading.Value[2] = value;
break;
case "XX":
obj.Loading.Value[3] = value;
break;
case "YY":
obj.Loading.Value[4] = value;
break;
case "ZZ":
obj.Loading.Value[5] = value;
break;
default:
// TODO: Error case maybe?
break;
}
this.Value = obj;
}
public string SetGWACommand()
{
if (this.Value == null)
{
return("");
}
var loadCombo = this.Value as StructuralLoadCombo;
var keyword = typeof(GSALoadCombo).GetGSAKeyword();
var index = Initialiser.Cache.ResolveIndex(typeof(GSALoadCombo).GetGSAKeyword(), loadCombo.ApplicationId);
var ls = new List <string>
{
"SET",
keyword + ":" + HelperClass.GenerateSID(loadCombo),
index.ToString(),
loadCombo.Name == null || loadCombo.Name == "" ? " " : loadCombo.Name
};
var subLs = new List <string>();
if (loadCombo.LoadTaskRefs != null)
{
for (var i = 0; i < loadCombo.LoadTaskRefs.Count(); i++)
{
var loadTaskRef = Initialiser.Cache.LookupIndex(typeof(GSALoadTask).GetGSAKeyword(), loadCombo.LoadTaskRefs[i]);
if (loadTaskRef.HasValue)
{
subLs.Add((loadCombo.LoadTaskFactors != null && loadCombo.LoadTaskFactors.Count() > i)
? loadCombo.LoadTaskFactors[i].ToString() + "A" + loadTaskRef.Value.ToString()
: "A" + loadTaskRef.Value.ToString());
}
}
}
if (loadCombo.LoadComboRefs != null)
{
for (var i = 0; i < loadCombo.LoadComboRefs.Count(); i++)
{
var loadComboRef = Initialiser.Cache.LookupIndex(typeof(GSALoadTask).GetGSAKeyword(), loadCombo.LoadComboRefs[i]);
if (loadComboRef.HasValue)
{
subLs.Add((loadCombo.LoadComboFactors != null && loadCombo.LoadComboFactors.Count() > i)
? loadCombo.LoadComboFactors[i].ToString() + "C" + loadComboRef.Value.ToString()
: "C" + loadComboRef.Value.ToString());
}
}
}
switch (loadCombo.ComboType)
{
case StructuralLoadComboType.LinearAdd:
ls.Add(string.Join(" + ", subLs));
break;
case StructuralLoadComboType.Envelope:
ls.Add(string.Join(" or ", subLs));
break;
default:
ls.Add(string.Join(" + ", subLs));
break;
}
return(string.Join("\t", ls));
}
public string SetGWACommand()
{
if (this.Value == null)
{
return("");
}
var load = this.Value as Structural2DLoadPanel;
if (load.Loading == null)
{
return("");
}
var keyword = typeof(GSAGridAreaLoad).GetGSAKeyword();
//There are no GSA types for these yet so use empty strings for the type names for the index
var gridSurfaceIndex = Initialiser.Cache.ResolveIndex("GRID_SURFACE.1");
var gridPlaneIndex = Initialiser.Cache.ResolveIndex("GRID_PLANE.4");
var loadCaseIndex = 0;
try
{
loadCaseIndex = Initialiser.Cache.LookupIndex(typeof(GSALoadCase).GetGSAKeyword(), load.LoadCaseRef).Value;
}
catch { }
var axis = HelperClass.Parse2DAxis(load.Value.ToArray());
// Calculate elevation
var elevation = (load.Value[0] * axis.Normal.Value[0] +
load.Value[1] * axis.Normal.Value[1] +
load.Value[2] * axis.Normal.Value[2]) /
Math.Sqrt(axis.Normal.Value[0] * axis.Normal.Value[0] +
axis.Normal.Value[1] * axis.Normal.Value[1] +
axis.Normal.Value[2] * axis.Normal.Value[2]);
// Transform coordinate to new axis
var transformed = HelperClass.MapPointsGlobal2Local(load.Value.ToArray(), axis);
var ls = new List <string>();
var direction = new string[3] {
"X", "Y", "Z"
};
var gwaCommands = new List <string>();
for (var i = 0; i < load.Loading.Value.Count(); i++)
{
if (load.Loading.Value[i] == 0)
{
continue;
}
var index = Initialiser.Cache.ResolveIndex(typeof(GSAGridAreaLoad).GetGSAKeyword());
ls.Clear();
var subLs = new List <string>();
for (var j = 0; j < transformed.Count(); j += 3)
{
subLs.Add("(" + transformed[j].ToString() + "," + transformed[j + 1].ToString() + ")");
}
ls.AddRange(new string[] {
"SET_AT",
index.ToString(),
keyword + ":" + HelperClass.GenerateSID(load),
load.Name == null || load.Name == "" ? " " : load.Name,
gridSurfaceIndex.ToString(),
"POLYGON",
string.Join(" ", subLs),
loadCaseIndex.ToString(),
"GLOBAL",
"NO",
direction[i],
load.Loading.Value[i].ToString()
});
gwaCommands.Add(string.Join("\t", ls));
}
ls.Clear();
ls.AddRange(new[] {
"SET",
"GRID_SURFACE.1",
gridSurfaceIndex.ToString(),
load.Name == null || load.Name == "" ? " " : load.Name,
gridPlaneIndex.ToString(),
"2", // Dimension of elements to target
"all", // List of elements to target
"0.01", // Tolerance
"ONE", // Span option
"0"
}); // Span angle
gwaCommands.Add(string.Join("\t", ls));
ls.Clear();
HelperClass.SetAxis(axis, out int planeAxisIndex, out string planeAxisGwa, load.Name);
if (planeAxisGwa.Length > 0)
{
gwaCommands.Add(planeAxisGwa);
}
ls.AddRange(new[] {
"SET",
"GRID_PLANE.4",
gridPlaneIndex.ToString(),
load.Name == null || load.Name == "" ? " " : load.Name,
"GENERAL", // Type
planeAxisIndex.ToString(),
elevation.ToString(),
"0", // Elevation above
"0"
}); // Elevation below
gwaCommands.Add(string.Join("\t", ls));
return(string.Join("\n", gwaCommands));
}
public string SetGWACommand()
{
if (this.Value == null)
{
return("");
}
var load = this.Value as Structural1DLoad;
if (load.Loading == null)
{
return("");
}
var keyword = typeof(GSA1DLoad).GetGSAKeyword();
List <int> elementRefs;
List <int> groupRefs;
if (Initialiser.Settings.TargetLayer == GSATargetLayer.Analysis)
{
elementRefs = Initialiser.Cache.LookupIndices(typeof(GSA1DElement).GetGSAKeyword(), load.ElementRefs).Where(x => x.HasValue).Select(x => x.Value).ToList();
groupRefs = Initialiser.Cache.LookupIndices(typeof(GSA1DElementPolyline).GetGSAKeyword(), load.ElementRefs).Where(x => x.HasValue).Select(x => x.Value).ToList();
}
else if (Initialiser.Settings.TargetLayer == GSATargetLayer.Design)
{
elementRefs = new List <int>();
groupRefs = Initialiser.Cache.LookupIndices(typeof(GSA1DMember).GetGSAKeyword(), load.ElementRefs).Where(x => x.HasValue).Select(x => x.Value).ToList();
groupRefs.AddRange(Initialiser.Cache.LookupIndices(typeof(GSA1DElementPolyline).GetGSAKeyword(), load.ElementRefs).Where(x => x.HasValue).Select(x => x.Value).ToList());
}
else
{
return("");
}
var loadCaseRef = 0;
try
{
loadCaseRef = Initialiser.Cache.LookupIndex(typeof(GSALoadCase).GetGSAKeyword(), load.LoadCaseRef).Value;
}
catch {
loadCaseRef = Initialiser.Cache.LookupIndex(typeof(GSALoadCase).GetGSAKeyword(), load.LoadCaseRef).Value;
}
var direction = new string[6] {
"X", "Y", "Z", "XX", "YY", "ZZ"
};
var gwaCommands = new List <string>();
for (var i = 0; i < load.Loading.Value.Count(); i++)
{
var ls = new List <string>();
if (load.Loading.Value[i] == 0)
{
continue;
}
var index = Initialiser.Cache.ResolveIndex(typeof(GSA1DLoad).GetGSAKeyword());
ls.Add("SET_AT");
ls.Add(index.ToString());
ls.Add("LOAD_BEAM_UDL" + ":" + HelperClass.GenerateSID(load)); // TODO: Only writes to UDL load
ls.Add(load.Name == null || load.Name == "" ? " " : load.Name);
// TODO: This is a hack.
ls.Add(string.Join(" ", elementRefs.Select(x => x.ToString()).Concat(groupRefs.Select(x => "G" + x.ToString()))));
ls.Add(loadCaseRef.ToString());
ls.Add("GLOBAL"); // Axis
ls.Add("NO"); // Projected
ls.Add(direction[i]);
ls.Add(load.Loading.Value[i].ToString());
gwaCommands.Add(string.Join("\t", ls));
}
return(string.Join("\n", gwaCommands));
}
public string SetGWACommand()
{
if (this.Value == null)
{
return("");
}
var loadCase = this.Value as StructuralLoadCase;
var keyword = typeof(GSALoadCase).GetGSAKeyword();
var index = Initialiser.Cache.ResolveIndex(typeof(GSALoadCase).GetGSAKeyword(), loadCase.ApplicationId);
var ls = new List <string>
{
"SET",
keyword + ":" + HelperClass.GenerateSID(loadCase),
index.ToString(),
loadCase.Name == null || loadCase.Name == "" ? " " : loadCase.Name
};
switch (loadCase.CaseType)
{
case StructuralLoadCaseType.Dead:
ls.Add("DEAD");
break;
case StructuralLoadCaseType.Live:
ls.Add("LC_VAR_IMP");
break;
case StructuralLoadCaseType.Wind:
ls.Add("WIND");
break;
case StructuralLoadCaseType.Snow:
ls.Add("SNOW");
break;
case StructuralLoadCaseType.Earthquake:
ls.Add("SEISMIC");
break;
case StructuralLoadCaseType.Soil:
ls.Add("LC_PERM_SOIL");
break;
case StructuralLoadCaseType.Thermal:
ls.Add("LC_VAR_TEMP");
break;
default:
ls.Add("LC_UNDEF");
break;
}
ls.Add("1"); // Source
ls.Add("~"); // Category
ls.Add("NONE"); // Direction
ls.Add("INC_BOTH"); // Include
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 void ParseGWACommand(List <GSANode> nodes, List <GSA1DElement> e1Ds, List <GSA2DElement> e2Ds, List <GSA1DMember> m1Ds, List <GSA2DMember> m2Ds)
{
if (this.GWACommand == null)
{
return;
}
var obj = new StructuralAssembly();
var pieces = this.GWACommand.ListSplit("\t");
var counter = 1; // Skip identifier
this.GSAId = Convert.ToInt32(pieces[counter++]);
obj.ApplicationId = HelperClass.GetApplicationId(this.GetGSAKeyword(), this.GSAId);
obj.Name = pieces[counter++].Trim(new char[] { '"' });
var targetEntity = pieces[counter++];
var targetList = pieces[counter++];
obj.ElementRefs = new List <string>();
if (Initialiser.Settings.TargetLayer == GSATargetLayer.Analysis)
{
if (targetEntity == "MEMBER")
{
var memberList = Initialiser.Interface.ConvertGSAList(targetList, SpeckleGSAInterfaces.GSAEntity.MEMBER);
var match1D = e1Ds.Where(e => memberList.Contains(Convert.ToInt32(e.Member)));
var match2D = e2Ds.Where(e => memberList.Contains(Convert.ToInt32(e.Member)));
obj.ElementRefs.AddRange(match1D.Select(e => (e.Value as SpeckleObject).ApplicationId.ToString()));
obj.ElementRefs.AddRange(match2D.Select(e => (e.Value as SpeckleObject).ApplicationId.ToString()));
this.SubGWACommand.AddRange(match1D.Select(e => (e as IGSASpeckleContainer).GWACommand));
this.SubGWACommand.AddRange(match2D.Select(e => (e as IGSASpeckleContainer).GWACommand));
}
else if (targetEntity == "ELEMENT")
{
var elementList = Initialiser.Interface.ConvertGSAList(targetList, SpeckleGSAInterfaces.GSAEntity.ELEMENT);
var match1D = e1Ds.Where(e => elementList.Contains(e.GSAId));
var match2D = e2Ds.Where(e => elementList.Contains(e.GSAId));
obj.ElementRefs.AddRange(match1D.Select(e => (e.Value as SpeckleObject).ApplicationId.ToString()));
obj.ElementRefs.AddRange(match2D.Select(e => (e.Value as SpeckleObject).ApplicationId.ToString()));
this.SubGWACommand.AddRange(match1D.Select(e => (e as IGSASpeckleContainer).GWACommand));
this.SubGWACommand.AddRange(match2D.Select(e => (e as IGSASpeckleContainer).GWACommand));
}
}
else if (Initialiser.Settings.TargetLayer == GSATargetLayer.Design)
{
if (targetEntity == "MEMBER")
{
var memberList = Initialiser.Interface.ConvertGSAList(targetList, SpeckleGSAInterfaces.GSAEntity.MEMBER);
var match1D = m1Ds.Where(e => memberList.Contains(e.GSAId));
var match2D = m2Ds.Where(e => memberList.Contains(e.GSAId));
obj.ElementRefs.AddRange(match1D.Select(e => (e.Value as SpeckleObject).ApplicationId.ToString()));
obj.ElementRefs.AddRange(match2D.Select(e => (e.Value as SpeckleObject).ApplicationId.ToString()));
this.SubGWACommand.AddRange(match1D.Select(e => (e as IGSASpeckleContainer).GWACommand));
this.SubGWACommand.AddRange(match2D.Select(e => (e as IGSASpeckleContainer).GWACommand));
}
else if (targetEntity == "ELEMENT")
{
//Unlike all other classes, the layer relevant to sending is only determined by looking at a GWA parameter rather than a class attribute.
//Once this condition has been met, assign to null so it won't form part of the sender objects list
Value = null;
return;
}
}
obj.Value = new List <double>();
for (var i = 0; i < 2; i++)
{
var key = pieces[counter++];
var node = nodes.Where(n => n.GSAId == Convert.ToInt32(key)).FirstOrDefault();
obj.Value.AddRange(node.Value.Value);
this.SubGWACommand.Add(node.GWACommand);
}
var orientationNodeId = Convert.ToInt32(pieces[counter++]);
var orientationNode = nodes.Where(n => n.GSAId == orientationNodeId).FirstOrDefault();
this.SubGWACommand.Add(orientationNode.GWACommand);
obj.OrientationPoint = new SpecklePoint(orientationNode.Value.Value[0], orientationNode.Value.Value[1], orientationNode.Value.Value[2]);
counter++; // Internal topology
obj.Width = (Convert.ToDouble(pieces[counter++]) + Convert.ToDouble(pieces[counter++])) / 2;
this.Value = obj;
}
/// <summary>
/// Calculates the local axis of a 2D entity.
/// </summary>
/// <param name="coor">Entity coordinates</param>
/// <param name="rotationAngle">Angle of rotation from default axis</param>
/// <param name="isLocalAxis">Is axis calculated from local coordinates?</param>
/// <returns>Axis</returns>
public static StructuralAxis Parse2DAxis(double[] coor, double rotationAngle = 0, bool isLocalAxis = false)
{
Vector3D x;
Vector3D y;
Vector3D z;
var nodes = new List <Vector3D>();
for (var i = 0; i < coor.Length; i += 3)
{
nodes.Add(new Vector3D(coor[i], coor[i + 1], coor[i + 2]));
}
if (isLocalAxis)
{
if (nodes.Count == 3)
{
x = Vector3D.Subtract(nodes[1], nodes[0]);
x.Normalize();
z = Vector3D.CrossProduct(x, Vector3D.Subtract(nodes[2], nodes[0]));
z.Normalize();
y = Vector3D.CrossProduct(z, x);
y.Normalize();
}
else if (nodes.Count == 4)
{
x = Vector3D.Subtract(nodes[2], nodes[0]);
x.Normalize();
z = Vector3D.CrossProduct(x, Vector3D.Subtract(nodes[3], nodes[1]));
z.Normalize();
y = Vector3D.CrossProduct(z, x);
y.Normalize();
}
else
{
// Default to QUAD method
x = Vector3D.Subtract(nodes[2], nodes[0]);
x.Normalize();
z = Vector3D.CrossProduct(x, Vector3D.Subtract(nodes[3], nodes[1]));
z.Normalize();
y = Vector3D.CrossProduct(z, x);
y.Normalize();
}
}
else
{
x = Vector3D.Subtract(nodes[1], nodes[0]);
x.Normalize();
z = Vector3D.CrossProduct(x, Vector3D.Subtract(nodes[2], nodes[0]));
z.Normalize();
x = new Vector3D(1, 0, 0);
x = Vector3D.Subtract(x, Vector3D.Multiply(Vector3D.DotProduct(x, z), z));
if (x.Length == 0)
{
x = new Vector3D(0, z.X > 0 ? -1 : 1, 0);
}
y = Vector3D.CrossProduct(z, x);
x.Normalize();
y.Normalize();
}
//Rotation
var rotMat = HelperClass.RotationMatrix(z, rotationAngle * (Math.PI / 180));
x = Vector3D.Multiply(x, rotMat);
y = Vector3D.Multiply(y, rotMat);
return(new StructuralAxis(
new StructuralVectorThree(new double[] { x.X, x.Y, x.Z }),
new StructuralVectorThree(new double[] { y.X, y.Y, y.Z }),
new StructuralVectorThree(new double[] { z.X, z.Y, z.Z })
));
}
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 void ParseGWACommand(List <GSA2DElement> elements, List <GSA2DMember> members)
{
if (this.GWACommand == null)
{
return;
}
var obj = new Structural2DLoad();
var pieces = this.GWACommand.ListSplit("\t");
var counter = 1; // Skip identifier
obj.Name = pieces[counter++].Trim(new char[] { '"' });
if (Initialiser.Settings.TargetLayer == GSATargetLayer.Analysis)
{
var targetElements = Initialiser.Interface.ConvertGSAList(pieces[counter++], SpeckleGSAInterfaces.GSAEntity.ELEMENT);
if (elements != null)
{
var elems = elements.Where(n => targetElements.Contains(n.GSAId)).ToList();
obj.ElementRefs = elems.Select(n => (string)n.Value.ApplicationId).ToList();
this.SubGWACommand.AddRange(elems.Select(n => n.GWACommand));
}
}
else if (Initialiser.Settings.TargetLayer == GSATargetLayer.Design)
{
var targetGroups = HelperClass.GetGroupsFromGSAList(pieces[counter++]);
if (members != null)
{
var membs = members.Where(m => targetGroups.Contains(m.Group)).ToList();
obj.ElementRefs = membs.Select(m => (string)m.Value.ApplicationId).ToList();
this.SubGWACommand.AddRange(membs.Select(n => n.GWACommand));
}
}
obj.LoadCaseRef = HelperClass.GetApplicationId(typeof(GSALoadCase).GetGSAKeyword(), Convert.ToInt32(pieces[counter++]));
var axis = pieces[counter++];
this.Axis = axis == "GLOBAL" ? 0 : -1;// Convert.ToInt32(axis); // TODO: Assume local if not global
obj.AxisType = (axis == "LOCAL") ? StructuralLoadAxisType.Local : StructuralLoadAxisType.Global;
counter++; // Type. TODO: Skipping since we're taking the average
this.Projected = pieces[counter++] == "YES";
obj.Loading = new StructuralVectorThree(new double[3]);
var direction = pieces[counter++].ToLower();
var values = pieces.Skip(counter).Select(p => Convert.ToDouble(p)).ToArray();
switch (direction.ToUpper())
{
case "X":
obj.Loading.Value[0] = values.Average();
break;
case "Y":
obj.Loading.Value[1] = values.Average();
break;
case "Z":
obj.Loading.Value[2] = values.Average();
break;
default:
// TODO: Error case maybe?
break;
}
this.Value = obj;
}
public static SpeckleObject ToSpeckle(this GSA2DLoad dummyObject)
{
var newLines = ToSpeckleBase <GSA2DLoad>();
var loads = new List <GSA2DLoad>();
var elements = (Initialiser.Settings.TargetLayer == GSATargetLayer.Analysis) ? Initialiser.GSASenderObjects[typeof(GSA2DElement)].Cast <GSA2DElement>().ToList() : new List <GSA2DElement>();
var members = (Initialiser.Settings.TargetLayer == GSATargetLayer.Design) ? Initialiser.GSASenderObjects[typeof(GSA2DMember)].Cast <GSA2DMember>().ToList() : new List <GSA2DMember>();
foreach (var p in newLines.Values)
{
var loadSubList = new List <GSA2DLoad>();
// Placeholder load object to get list of elements and load values
// Need to transform to axis so one load definition may be transformed to many
var initLoad = new GSA2DLoad()
{
GWACommand = p
};
initLoad.ParseGWACommand(elements, members);
if (Initialiser.Settings.TargetLayer == GSATargetLayer.Analysis)
{
// Create load for each element applied
foreach (string nRef in initLoad.Value.ElementRefs)
{
var load = new GSA2DLoad
{
GWACommand = initLoad.GWACommand,
SubGWACommand = new List <string>(initLoad.SubGWACommand)
};
load.Value.Name = initLoad.Value.Name;
load.Value.LoadCaseRef = initLoad.Value.LoadCaseRef;
// Transform load to defined axis
var elem = elements.Where(e => e.Value.ApplicationId == nRef).First();
StructuralAxis loadAxis = HelperClass.Parse2DAxis(elem.Value.Vertices.ToArray(), 0, load.Axis != 0); // Assumes if not global, local
load.Value.Loading = initLoad.Value.Loading;
// Perform projection
if (load.Projected)
{
load.Value.Loading.Value[0] = 0;
load.Value.Loading.Value[1] = 0;
}
load.Value.Loading.TransformOntoAxis(loadAxis);
// If the loading already exists, add element ref to list
var match = loadSubList.Count() > 0 ? loadSubList.Where(l => l.Value.Loading.Equals(load.Value.Loading)).First() : null;
if (match != null)
{
match.Value.ElementRefs.Add(nRef);
}
else
{
load.Value.ElementRefs = new List <string>()
{
nRef
};
loadSubList.Add(load);
}
}
}
else if (Initialiser.Settings.TargetLayer == GSATargetLayer.Design)
{
// Create load for each element applied
foreach (string nRef in initLoad.Value.ElementRefs)
{
var load = new GSA2DLoad
{
GWACommand = initLoad.GWACommand,
SubGWACommand = new List <string>(initLoad.SubGWACommand),
};
load.Value.Name = initLoad.Value.Name;
load.Value.LoadCaseRef = initLoad.Value.LoadCaseRef;
// Transform load to defined axis
var memb = members.Where(e => e.Value.ApplicationId == nRef).First();
StructuralAxis loadAxis = HelperClass.Parse2DAxis(memb.Value.Vertices.ToArray(), 0, load.Axis != 0); // Assumes if not global, local
load.Value.Loading = initLoad.Value.Loading;
load.Value.Loading.TransformOntoAxis(loadAxis);
// Perform projection
if (load.Projected)
{
load.Value.Loading.Value[0] = 0;
load.Value.Loading.Value[1] = 0;
}
load.Value.Loading.TransformOntoAxis(loadAxis);
// If the loading already exists, add element ref to list
var match = loadSubList.Count() > 0 ? loadSubList.Where(l => (l.Value.Loading.Value as List <double>).SequenceEqual(load.Value.Loading.Value as List <double>)).First() : null;
if (match != null)
{
match.Value.ElementRefs.Add(nRef);
}
else
{
load.Value.ElementRefs = new List <string>()
{
nRef
};
loadSubList.Add(load);
}
}
}
loads.AddRange(loadSubList);
}
Initialiser.GSASenderObjects[typeof(GSA2DLoad)].AddRange(loads);
return((loads.Count() > 0) ? new SpeckleObject() : new SpeckleNull());
}
public string SetGWACommand()
{
if (this.Value == null)
{
return("");
}
var infl = this.Value as StructuralNodalInfluenceEffect;
var keyword = typeof(GSANodalInfluenceEffect).GetGSAKeyword();
var index = Initialiser.Cache.ResolveIndex(typeof(GSANodalInfluenceEffect).GetGSAKeyword(), infl.ApplicationId);
var nodeRef = Initialiser.Cache.LookupIndex(typeof(GSANode).GetGSAKeyword(), infl.NodeRef);
if (!nodeRef.HasValue)
{
return("");
}
var gwaCommands = new List <string>();
HelperClass.SetAxis(infl.Axis, out var axisIndex, out var axisGwa, infl.Name);
if (axisGwa.Length > 0)
{
gwaCommands.Add(axisGwa);
}
var direction = new string[6] {
"X", "Y", "Z", "XX", "YY", "ZZ"
};
for (var i = 0; i < infl.Directions.Value.Count(); i++)
{
var ls = new List <string>
{
"SET_AT",
index.ToString(),
keyword + ":" + HelperClass.GenerateSID(infl),
infl.Name == null || infl.Name == "" ? " " : infl.Name,
infl.GSAEffectGroup.ToString(),
nodeRef.Value.ToString(),
infl.Factor.ToString()
};
switch (infl.EffectType)
{
case StructuralInfluenceEffectType.Force:
ls.Add("FORCE");
break;
case StructuralInfluenceEffectType.Displacement:
ls.Add("DISP");
break;
default:
return("");
}
ls.Add(axisIndex.ToString());
ls.Add(direction[i]);
gwaCommands.Add(string.Join("\t", ls));
}
return(string.Join("\n", gwaCommands));
}
public string SetGWACommand()
{
if (this.Value == null)
{
return("");
}
var loadTask = this.Value as StructuralLoadTask;
var keyword = typeof(GSALoadTask).GetGSAKeyword();
var taskIndex = Initialiser.Cache.ResolveIndex("TASK.1", loadTask.ApplicationId);
var index = Initialiser.Cache.ResolveIndex(typeof(GSALoadTask).GetGSAKeyword(), loadTask.ApplicationId);
var gwaCommands = new List <string>();
var ls = new List <string>
{
// Set TASK
"SET",
"TASK.1" + ":" + HelperClass.GenerateSID(loadTask),
taskIndex.ToString(),
"", // Name
"0" // Stage
};
switch (loadTask.TaskType)
{
case StructuralLoadTaskType.LinearStatic:
ls.Add("GSS");
ls.Add("STATIC");
// Defaults:
ls.Add("1");
ls.Add("0");
ls.Add("128");
ls.Add("SELF");
ls.Add("none");
ls.Add("none");
ls.Add("DRCMEFNSQBHU*");
ls.Add("MIN");
ls.Add("AUTO");
ls.Add("0");
ls.Add("0");
ls.Add("0");
ls.Add("NONE");
ls.Add("FATAL");
ls.Add("NONE");
ls.Add("NONE");
ls.Add("RAFT_LO");
ls.Add("RESID_NO");
ls.Add("0");
ls.Add("1");
break;
case StructuralLoadTaskType.NonlinearStatic:
ls.Add("GSRELAX");
ls.Add("BUCKLING_NL");
// Defaults:
ls.Add("SINGLE");
ls.Add("0");
ls.Add("BEAM_GEO_YES");
ls.Add("SHELL_GEO_NO");
ls.Add("0.1");
ls.Add("0.0001");
ls.Add("0.1");
ls.Add("CYCLE");
ls.Add("100000");
ls.Add("REL");
ls.Add("0.0010000000475");
ls.Add("0.0010000000475");
ls.Add("DISP_CTRL_YES");
ls.Add("0");
ls.Add("1");
ls.Add("0.01");
ls.Add("LOAD_CTRL_NO");
ls.Add("1");
ls.Add("");
ls.Add("10");
ls.Add("100");
ls.Add("RESID_NOCONV");
ls.Add("DAMP_VISCOUS");
ls.Add("0");
ls.Add("0");
ls.Add("1");
ls.Add("1");
ls.Add("1");
ls.Add("1");
ls.Add("AUTO_MASS_YES");
ls.Add("AUTO_DAMP_YES");
ls.Add("FF_SAVE_ELEM_FORCE_YES");
ls.Add("FF_SAVE_SPACER_FORCE_TO_ELEM");
ls.Add("DRCEFNSQBHU*");
break;
case StructuralLoadTaskType.Modal:
ls.Add("GSS");
ls.Add("MODAL");
// Defaults:
ls.Add("1");
ls.Add("1");
ls.Add("128");
ls.Add("SELF");
ls.Add("none");
ls.Add("none");
ls.Add("DRCMEFNSQBHU*");
ls.Add("MIN");
ls.Add("AUTO");
ls.Add("0");
ls.Add("0");
ls.Add("0");
ls.Add("NONE");
ls.Add("FATAL");
ls.Add("NONE");
ls.Add("NONE");
ls.Add("RAFT_LO");
ls.Add("RESID_NO");
ls.Add("0");
ls.Add("1");
break;
default:
ls.Add("GSS");
ls.Add("STATIC");
// Defaults:
ls.Add("1");
ls.Add("0");
ls.Add("128");
ls.Add("SELF");
ls.Add("none");
ls.Add("none");
ls.Add("DRCMEFNSQBHU*");
ls.Add("MIN");
ls.Add("AUTO");
ls.Add("0");
ls.Add("0");
ls.Add("0");
ls.Add("NONE");
ls.Add("FATAL");
ls.Add("NONE");
ls.Add("NONE");
ls.Add("RAFT_LO");
ls.Add("RESID_NO");
ls.Add("0");
ls.Add("1");
break;
}
gwaCommands.Add(string.Join("\t", ls));
// Set ANAL
ls.Clear();
ls.Add("SET");
ls.Add(keyword + ":" + HelperClass.GenerateSID(loadTask));
ls.Add(index.ToString());
ls.Add(loadTask.Name == null || loadTask.Name == "" ? " " : loadTask.Name);
ls.Add(taskIndex.ToString());
if (loadTask.TaskType == StructuralLoadTaskType.Modal)
{
ls.Add("M1");
}
else
{
var subLs = new List <string>();
for (var i = 0; i < loadTask.LoadCaseRefs.Count(); i++)
{
var loadCaseRef = Initialiser.Cache.LookupIndex(typeof(GSALoadCase).GetGSAKeyword(), loadTask.LoadCaseRefs[i]);
if (loadCaseRef.HasValue)
{
if (loadTask.LoadFactors.Count() > i)
{
subLs.Add(loadTask.LoadFactors[i].ToString() + "L" + loadCaseRef.Value.ToString());
}
else
{
subLs.Add("L" + loadCaseRef.Value.ToString());
}
}
}
ls.Add(string.Join(" + ", subLs));
gwaCommands.Add(string.Join("\t", ls));
}
return(string.Join("\n", gwaCommands));
}
public void ParseGWACommand(List <GSANode> nodes)
{
if (this.GWACommand == null)
{
return;
}
var obj = new StructuralNodalInfluenceEffect();
var pieces = this.GWACommand.ListSplit("\t");
var counter = 1; // Skip identifier
obj.Name = pieces[counter++].Trim(new char[] { '"' });
obj.GSAEffectGroup = Convert.ToInt32(pieces[counter++]);
var targetNodeRef = pieces[counter++];
GSANode targetNode;
if (nodes != null)
{
targetNode = nodes.Where(n => targetNodeRef == n.GSAId.ToString()).FirstOrDefault();
obj.NodeRef = targetNode.Value.ApplicationId;
this.SubGWACommand.Add(targetNode.GWACommand);
targetNode.ForceSend = true;
}
else
{
return;
}
obj.Factor = Convert.ToDouble(pieces[counter++]);
var effectType = pieces[counter++];
switch (effectType)
{
case "DISP":
obj.EffectType = StructuralInfluenceEffectType.Displacement;
break;
case "FORCE":
obj.EffectType = StructuralInfluenceEffectType.Force;
break;
default:
return;
}
var axis = pieces[counter++];
if (axis == "GLOBAL")
{
obj.Axis = HelperClass.Parse0DAxis(0, Initialiser.Interface, out var temp);
}
else if (axis == "LOCAL")
{
obj.Axis = targetNode.Value.Axis;
}
else
{
obj.Axis = HelperClass.Parse0DAxis(Convert.ToInt32(axis), Initialiser.Interface, out string rec, targetNode.Value.Value.ToArray());
if (rec != null)
{
this.SubGWACommand.Add(rec);
}
}
var dir = pieces[counter++];
obj.Directions = new StructuralVectorBoolSix(new bool[6]);
switch (dir.ToLower())
{
case "x":
obj.Directions.Value[0] = true;
break;
case "y":
obj.Directions.Value[1] = true;
break;
case "z":
obj.Directions.Value[2] = true;
break;
case "xx":
obj.Directions.Value[3] = true;
break;
case "yy":
obj.Directions.Value[4] = true;
break;
case "zz":
obj.Directions.Value[5] = true;
break;
}
this.Value = obj;
}
public static SpeckleObject ToSpeckle(this GSA2DElementResult dummyObject)
{
if (Initialiser.Settings.Element2DResults.Count() == 0)
{
return(new SpeckleNull());
}
if (Initialiser.Settings.EmbedResults && !Initialiser.GSASenderObjects.ContainsKey(typeof(GSA2DElement)))
{
return(new SpeckleNull());
}
if (Initialiser.Settings.EmbedResults)
{
var elements = Initialiser.GSASenderObjects[typeof(GSA2DElement)].Cast <GSA2DElement>().ToList();
foreach (var kvp in Initialiser.Settings.Element2DResults)
{
foreach (var loadCase in Initialiser.Settings.ResultCases)
{
if (!Initialiser.Interface.CaseExist(loadCase))
{
continue;
}
foreach (var element in elements)
{
var id = element.GSAId;
if (element.Value.Result == null)
{
element.Value.Result = new Dictionary <string, object>();
}
var resultExport = Initialiser.Interface.GetGSAResult(id, kvp.Value.Item1, kvp.Value.Item2, kvp.Value.Item3, loadCase, Initialiser.Settings.ResultInLocalAxis ? "local" : "global");
if (resultExport == null || resultExport.Count() == 0)
{
continue;
}
if (!element.Value.Result.ContainsKey(loadCase))
{
element.Value.Result[loadCase] = new Structural2DElementResult()
{
Value = new Dictionary <string, object>()
}
}
;
// Let's split the dictionary into xxx_face and xxx_vertex
var faceDictionary = resultExport.ToDictionary(
x => x.Key,
x => new List <double>()
{
(x.Value as List <double>).Last()
} as object);
var vertexDictionary = resultExport.ToDictionary(
x => x.Key,
x => (x.Value as List <double>).Take((x.Value as List <double>).Count - 1).ToList() as object);
(element.Value.Result[loadCase] as Structural2DElementResult).Value[kvp.Key + "_face"] = faceDictionary;
(element.Value.Result[loadCase] as Structural2DElementResult).Value[kvp.Key + "_vertex"] = vertexDictionary;
}
}
}
}
else
{
Initialiser.GSASenderObjects[typeof(GSA2DElementResult)] = new List <object>();
var results = new List <GSA2DElementResult>();
var keyword = HelperClass.GetGSAKeyword(typeof(GSA2DElement));
var gwa = Initialiser.Cache.GetGwa(keyword);
foreach (var kvp in Initialiser.Settings.Element2DResults)
{
foreach (var loadCase in Initialiser.Settings.ResultCases)
{
if (!Initialiser.Interface.CaseExist(loadCase))
{
continue;
}
for (var i = 0; i < gwa.Count(); i++)
{
var record = gwa[i];
var pPieces = record.ListSplit("\t");
if (pPieces[4].ParseElementNumNodes() != 3 && pPieces[4].ParseElementNumNodes() != 4)
{
continue;
}
if (!int.TryParse(pPieces[1], out var id))
{
//Could not extract index
continue;
}
var resultExport = Initialiser.Interface.GetGSAResult(id, kvp.Value.Item1, kvp.Value.Item2, kvp.Value.Item3, loadCase, Initialiser.Settings.ResultInLocalAxis ? "local" : "global");
if (resultExport == null)
{
continue;
}
// Let's split the dictionary into xxx_face and xxx_vertex
var faceDictionary = resultExport.ToDictionary(
x => x.Key,
x => new List <double>()
{
(x.Value as List <double>).Last()
} as object);
var vertexDictionary = resultExport.ToDictionary(
x => x.Key,
x => (x.Value as List <double>).Take((x.Value as List <double>).Count - 1).ToList() as object);
var existingRes = results.FirstOrDefault(x => x.Value.TargetRef == id.ToString());
if (existingRes == null)
{
var newRes = new Structural2DElementResult()
{
Value = new Dictionary <string, object>(),
TargetRef = HelperClass.GetApplicationId(typeof(GSA2DElement).GetGSAKeyword(), id),
IsGlobal = !Initialiser.Settings.ResultInLocalAxis,
};
newRes.Value[kvp.Key + "_face"] = faceDictionary;
newRes.Value[kvp.Key + "_vertex"] = vertexDictionary;
newRes.GenerateHash();
results.Add(new GSA2DElementResult()
{
Value = newRes
});
}
else
{
existingRes.Value.Value[kvp.Key + "_face"] = faceDictionary;
existingRes.Value.Value[kvp.Key + "_vertex"] = vertexDictionary;
}
}
}
}
Initialiser.GSASenderObjects[typeof(GSA2DElementResult)].AddRange(results);
}
return(new SpeckleObject());
}
public void ParseGWACommand()
{
if (this.GWACommand == null)
{
return;
}
var obj = new Structural2DLoadPanel();
var pieces = this.GWACommand.ListSplit("\t");
var counter = 1; // Skip identifier
obj.Name = pieces[counter++].Trim(new char[] { '"' });
obj.ApplicationId = HelperClass.GetApplicationId(this.GetGSAKeyword(), this.GSAId);
HelperClass.GetGridPlaneRef(Convert.ToInt32(pieces[counter++]), out int gridPlaneRefRet, out string gridSurfaceRec);
HelperClass.GetGridPlaneData(gridPlaneRefRet, out int gridPlaneAxis, out double gridPlaneElevation, out string gridPlaneRec);
this.SubGWACommand.Add(gridSurfaceRec);
this.SubGWACommand.Add(gridPlaneRec);
string gwaRec = null;
var axis = HelperClass.Parse0DAxis(gridPlaneAxis, Initialiser.Interface, out gwaRec);
if (gwaRec != null)
{
this.SubGWACommand.Add(gwaRec);
}
double elevation = gridPlaneElevation;
var polylineDescription = "";
switch (pieces[counter++])
{
case "PLANE":
// TODO: Do not handle for now
return;
case "POLYREF":
var polylineRef = pieces[counter++];
string newRec = null;
HelperClass.GetPolylineDesc(Convert.ToInt32(polylineRef), out polylineDescription, out newRec);
this.SubGWACommand.Add(newRec);
break;
case "POLYGON":
polylineDescription = pieces[counter++];
break;
}
var polyVals = HelperClass.ParsePolylineDesc(polylineDescription);
for (var i = 2; i < polyVals.Length; i += 3)
{
polyVals[i] = elevation;
}
obj.Value = HelperClass.MapPointsLocal2Global(polyVals, axis).ToList();
obj.Closed = true;
var loadCaseIndex = Convert.ToInt32(pieces[counter++]);
if (loadCaseIndex > 0)
{
obj.LoadCaseRef = HelperClass.GetApplicationId(typeof(GSALoadCase).GetGSAKeyword(), loadCaseIndex);
}
var loadAxisId = 0;
var loadAxisData = pieces[counter++];
StructuralAxis loadAxis;
if (loadAxisData == "LOCAL")
{
loadAxis = axis;
}
else
{
loadAxisId = loadAxisData == "GLOBAL" ? 0 : Convert.ToInt32(loadAxisData);
loadAxis = HelperClass.Parse0DAxis(loadAxisId, Initialiser.Interface, out gwaRec);
if (gwaRec != null)
{
this.SubGWACommand.Add(gwaRec);
}
}
var projected = pieces[counter++] == "YES";
var direction = pieces[counter++];
var value = Convert.ToDouble(pieces[counter++]);
obj.Loading = new StructuralVectorThree(new double[3]);
switch (direction.ToUpper())
{
case "X":
obj.Loading.Value[0] = value;
break;
case "Y":
obj.Loading.Value[1] = value;
break;
case "Z":
obj.Loading.Value[2] = value;
break;
default:
// TODO: Error case maybe?
break;
}
obj.Loading.TransformOntoAxis(loadAxis);
if (projected)
{
var scale = (obj.Loading.Value[0] * axis.Normal.Value[0] +
obj.Loading.Value[1] * axis.Normal.Value[1] +
obj.Loading.Value[2] * axis.Normal.Value[2]) /
(axis.Normal.Value[0] * axis.Normal.Value[0] +
axis.Normal.Value[1] * axis.Normal.Value[1] +
axis.Normal.Value[2] * axis.Normal.Value[2]);
obj.Loading = new StructuralVectorThree(axis.Normal.Value[0], axis.Normal.Value[1], axis.Normal.Value[2]);
obj.Loading.Scale(scale);
}
this.Value = obj;
}
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 static SpeckleObject ToSpeckle(this GSA1DLoad dummyObject)
{
var newLines = ToSpeckleBase <GSA1DLoad>();
var loads = new List <GSA1DLoad>();
var elements = Initialiser.Settings.TargetLayer == GSATargetLayer.Analysis ? Initialiser.GSASenderObjects[typeof(GSA1DElement)].Cast <GSA1DElement>().ToList() : new List <GSA1DElement>();
var members = Initialiser.Settings.TargetLayer == GSATargetLayer.Design ? Initialiser.GSASenderObjects[typeof(GSA1DMember)].Cast <GSA1DMember>().ToList() : new List <GSA1DMember>();
foreach (var p in newLines.Values)
{
var loadSubList = new List <GSA1DLoad>();
// Placeholder load object to get list of elements and load values
// Need to transform to axis so one load definition may be transformed to many
var initLoad = new GSA1DLoad()
{
GWACommand = p
};
initLoad.ParseGWACommand(elements, members);
if (Initialiser.Settings.TargetLayer == GSATargetLayer.Analysis)
{
// Create load for each element applied
foreach (string nRef in initLoad.Value.ElementRefs)
{
var load = new GSA1DLoad
{
GWACommand = initLoad.GWACommand,
SubGWACommand = new List <string>(initLoad.SubGWACommand)
};
load.Value.Name = initLoad.Value.Name;
load.Value.LoadCaseRef = initLoad.Value.LoadCaseRef;
// Transform load to defined axis
var elem = elements.Where(e => e.Value.ApplicationId == nRef).First();
StructuralAxis loadAxis = load.Axis == 0 ? new StructuralAxis(
new StructuralVectorThree(new double[] { 1, 0, 0 }),
new StructuralVectorThree(new double[] { 0, 1, 0 }),
new StructuralVectorThree(new double[] { 0, 0, 1 })) :
HelperClass.LocalAxisEntity1D(elem.Value.Value.ToArray(), elem.Value.ZAxis); // Assumes if not global, local
load.Value.Loading = initLoad.Value.Loading;
load.Value.Loading.TransformOntoAxis(loadAxis);
// Perform projection
if (load.Projected)
{
var loadDirection = new Vector3D(
load.Value.Loading.Value[0],
load.Value.Loading.Value[1],
load.Value.Loading.Value[2]);
if (loadDirection.Length > 0)
{
var axisX = new Vector3D(elem.Value[5] - elem.Value[0], elem.Value[4] - elem.Value[1], elem.Value[3] - elem.Value[2]);
var angle = Vector3D.AngleBetween(loadDirection, axisX);
var factor = Math.Sin(angle);
load.Value.Loading.Value[0] *= factor;
load.Value.Loading.Value[1] *= factor;
load.Value.Loading.Value[2] *= factor;
}
}
// If the loading already exists, add element ref to list
var match = loadSubList.Count() > 0 ? loadSubList.Where(l => (l.Value.Loading.Value as List <double>).SequenceEqual(load.Value.Loading.Value as List <double>)).First() : null;
if (match != null)
{
match.Value.ElementRefs.Add(nRef);
}
else
{
load.Value.ElementRefs = new List <string>()
{
nRef
};
loadSubList.Add(load);
}
}
}
else if (Initialiser.Settings.TargetLayer == GSATargetLayer.Design)
{
// Create load for each element applied
foreach (string nRef in initLoad.Value.ElementRefs)
{
var load = new GSA1DLoad
{
GWACommand = initLoad.GWACommand,
SubGWACommand = new List <string>(initLoad.SubGWACommand)
};
load.Value.Name = initLoad.Value.Name;
load.Value.LoadCaseRef = initLoad.Value.LoadCaseRef;
// Transform load to defined axis
var memb = members.Where(e => e.Value.ApplicationId == nRef).First();
StructuralAxis loadAxis = load.Axis == 0 ? new StructuralAxis(
new StructuralVectorThree(new double[] { 1, 0, 0 }),
new StructuralVectorThree(new double[] { 0, 1, 0 }),
new StructuralVectorThree(new double[] { 0, 0, 1 })) :
HelperClass.LocalAxisEntity1D(memb.Value.Value.ToArray(), memb.Value.ZAxis); // Assumes if not global, local
load.Value.Loading = initLoad.Value.Loading;
load.Value.Loading.TransformOntoAxis(loadAxis);
// Perform projection
if (load.Projected)
{
var loadDirection = new Vector3D(
load.Value.Loading.Value[0],
load.Value.Loading.Value[1],
load.Value.Loading.Value[2]);
if (loadDirection.Length > 0)
{
var axisX = new Vector3D(memb.Value[5] - memb.Value[0], memb.Value[4] - memb.Value[1], memb.Value[3] - memb.Value[2]);
var angle = Vector3D.AngleBetween(loadDirection, axisX);
var factor = Math.Sin(angle);
load.Value.Loading.Value[0] *= factor;
load.Value.Loading.Value[1] *= factor;
load.Value.Loading.Value[2] *= factor;
}
}
// If the loading already exists, add element ref to list
var match = loadSubList.Count() > 0 ? loadSubList.Where(l => l.Value.Loading.Equals(load.Value.Loading)).First() : null;
if (match != null)
{
match.Value.ElementRefs.Add(nRef);
}
else
{
load.Value.ElementRefs = new List <string>()
{
nRef
};
loadSubList.Add(load);
}
}
}
loads.AddRange(loadSubList);
}
Initialiser.GSASenderObjects[typeof(GSA1DLoad)].AddRange(loads);
return((loads.Count() > 0) ? new SpeckleObject() : new SpeckleNull());
}
public void ParseGWACommand(List <GSANode> nodes)
{
if (this.GWACommand == null)
{
return;
}
var obj = new Structural1DElement();
var pieces = this.GWACommand.ListSplit("\t");
var counter = 1; // Skip identifier
this.GSAId = Convert.ToInt32(pieces[counter++]);
obj.ApplicationId = HelperClass.GetApplicationId(this.GetGSAKeyword(), this.GSAId);
obj.Name = pieces[counter++].Trim(new char[] { '"' });
counter++; // Color
var type = pieces[counter++];
if (type == "BEAM")
{
obj.ElementType = Structural1DElementType.Beam;
}
else if (type == "COLUMN")
{
obj.ElementType = Structural1DElementType.Column;
}
else if (type == "CANTILEVER")
{
obj.ElementType = Structural1DElementType.Cantilever;
}
else
{
obj.ElementType = Structural1DElementType.Generic;
}
obj.PropertyRef = HelperClass.GetApplicationId(typeof(GSA1DProperty).GetGSAKeyword(), Convert.ToInt32(pieces[counter++]));
this.Group = Convert.ToInt32(pieces[counter++]); // Keep group for load targetting
obj.Value = new List <double>();
var nodeRefs = pieces[counter++].ListSplit(" ");
for (var i = 0; i < nodeRefs.Length; i++)
{
var node = nodes.Where(n => n.GSAId == Convert.ToInt32(nodeRefs[i])).FirstOrDefault();
obj.Value.AddRange(node.Value.Value);
this.SubGWACommand.Add(node.GWACommand);
}
var orientationNodeRef = pieces[counter++];
var rotationAngle = Convert.ToDouble(pieces[counter++]);
if (orientationNodeRef != "0")
{
var node = nodes.Where(n => n.GSAId == Convert.ToInt32(orientationNodeRef)).FirstOrDefault();
obj.ZAxis = HelperClass.Parse1DAxis(obj.Value.ToArray(),
rotationAngle, node.Value.ToArray()).Normal as StructuralVectorThree;
this.SubGWACommand.Add(node.GWACommand);
}
else
{
obj.ZAxis = HelperClass.Parse1DAxis(obj.Value.ToArray(), rotationAngle).Normal as StructuralVectorThree;
}
counter += 9; //Skip to end conditions
obj.EndRelease = new List <StructuralVectorBoolSix>
{
ParseEndReleases(Convert.ToInt32(pieces[counter++])),
ParseEndReleases(Convert.ToInt32(pieces[counter++]))
};
// Skip to offsets at fifth to last
counter = pieces.Length - 5;
obj.Offset = new List <StructuralVectorThree>
{
new StructuralVectorThree(new double[3]),
new StructuralVectorThree(new double[3])
};
obj.Offset[0].Value[0] = Convert.ToDouble(pieces[counter++]);
obj.Offset[1].Value[0] = Convert.ToDouble(pieces[counter++]);
obj.Offset[0].Value[1] = Convert.ToDouble(pieces[counter++]);
obj.Offset[1].Value[1] = obj.Offset[0].Value[1];
obj.Offset[0].Value[2] = Convert.ToDouble(pieces[counter++]);
obj.Offset[1].Value[2] = obj.Offset[0].Value[2];
this.Value = obj;
}
public void ParseGWACommand()
{
if (this.GWACommand == null)
{
return;
}
var obj = new StructuralLoadCombo();
var pieces = this.GWACommand.ListSplit("\t");
var counter = 1; // Skip identifier
this.GSAId = Convert.ToInt32(pieces[counter++]);
obj.ApplicationId = HelperClass.GetApplicationId(this.GetGSAKeyword(), this.GSAId);
obj.Name = pieces[counter++];
// Parse type
var description = pieces[counter++];
if (description.Contains("+"))
{
obj.ComboType = StructuralLoadComboType.LinearAdd;
}
else if (description.Contains("or"))
{
obj.ComboType = StructuralLoadComboType.Envelope;
}
else
{
obj.ComboType = StructuralLoadComboType.LinearAdd;
}
obj.LoadTaskRefs = new List <string>();
obj.LoadTaskFactors = new List <double>();
obj.LoadComboRefs = new List <string>();
obj.LoadComboFactors = new List <double>();
// TODO: this only parses the super simple linear add descriptions
try
{
var desc = HelperClass.ParseLoadDescription(description);
foreach (var t in desc)
{
switch (t.Item1[0])
{
case 'A':
obj.LoadTaskRefs.Add(HelperClass.GetApplicationId(typeof(GSALoadTask).GetGSAKeyword(), Convert.ToInt32(t.Item1.Substring(1))));
obj.LoadTaskFactors.Add(t.Item2);
break;
case 'C':
obj.LoadComboRefs.Add(HelperClass.GetApplicationId(typeof(GSALoadCombo).GetGSAKeyword(), Convert.ToInt32(t.Item1.Substring(1))));
obj.LoadComboFactors.Add(t.Item2);
break;
}
}
}
catch
{
}
this.Value = obj;
}
public void ParseGWACommand(List <GSANode> nodes)
{
if (this.GWACommand == null)
{
return;
}
var obj = new Structural1DElement();
var pieces = this.GWACommand.ListSplit("\t");
var counter = 1; // Skip identifier
this.GSAId = Convert.ToInt32(pieces[counter++]);
obj.ApplicationId = HelperClass.GetApplicationId(this.GetGSAKeyword(), this.GSAId);
obj.Name = pieces[counter++].Trim(new char[] { '"' });
counter++; // Colour
counter++; // Type
obj.PropertyRef = HelperClass.GetApplicationId(typeof(GSA1DProperty).GetGSAKeyword(), Convert.ToInt32(pieces[counter++]));
counter++; // Group
obj.Value = new List <double>();
for (var i = 0; i < 2; i++)
{
var key = pieces[counter++];
var node = nodes.Where(n => n.GSAId == Convert.ToInt32(key)).FirstOrDefault();
obj.Value.AddRange(node.Value.Value);
this.SubGWACommand.Add(node.GWACommand);
}
var orientationNodeRef = pieces[counter++];
var rotationAngle = Convert.ToDouble(pieces[counter++]);
if (orientationNodeRef != "0")
{
var node = nodes.Where(n => n.GSAId == Convert.ToInt32(orientationNodeRef)).FirstOrDefault();
obj.ZAxis = HelperClass.Parse1DAxis(obj.Value.ToArray(),
rotationAngle, node.Value.Value.ToArray()).Normal as StructuralVectorThree;
this.SubGWACommand.Add(node.GWACommand);
}
else
{
obj.ZAxis = HelperClass.Parse1DAxis(obj.Value.ToArray(), rotationAngle).Normal as StructuralVectorThree;
}
if (pieces[counter++] != "NO_RLS")
{
var start = pieces[counter++];
var end = pieces[counter++];
obj.EndRelease = new List <StructuralVectorBoolSix>
{
new StructuralVectorBoolSix(new bool[6]),
new StructuralVectorBoolSix(new bool[6])
};
obj.EndRelease[0].Value[0] = ParseEndRelease(start[0], pieces, ref counter);
obj.EndRelease[0].Value[1] = ParseEndRelease(start[1], pieces, ref counter);
obj.EndRelease[0].Value[2] = ParseEndRelease(start[2], pieces, ref counter);
obj.EndRelease[0].Value[3] = ParseEndRelease(start[3], pieces, ref counter);
obj.EndRelease[0].Value[4] = ParseEndRelease(start[4], pieces, ref counter);
obj.EndRelease[0].Value[5] = ParseEndRelease(start[5], pieces, ref counter);
obj.EndRelease[1].Value[0] = ParseEndRelease(end[0], pieces, ref counter);
obj.EndRelease[1].Value[1] = ParseEndRelease(end[1], pieces, ref counter);
obj.EndRelease[1].Value[2] = ParseEndRelease(end[2], pieces, ref counter);
obj.EndRelease[1].Value[3] = ParseEndRelease(end[3], pieces, ref counter);
obj.EndRelease[1].Value[4] = ParseEndRelease(end[4], pieces, ref counter);
obj.EndRelease[1].Value[5] = ParseEndRelease(end[5], pieces, ref counter);
}
else
{
obj.EndRelease = new List <StructuralVectorBoolSix>
{
new StructuralVectorBoolSix(new bool[] { true, true, true, true, true, true }),
new StructuralVectorBoolSix(new bool[] { true, true, true, true, true, true })
};
}
obj.Offset = new List <StructuralVectorThree>
{
new StructuralVectorThree(new double[3]),
new StructuralVectorThree(new double[3])
};
obj.Offset[0].Value[0] = Convert.ToDouble(pieces[counter++]);
obj.Offset[1].Value[0] = Convert.ToDouble(pieces[counter++]);
obj.Offset[0].Value[1] = Convert.ToDouble(pieces[counter++]);
obj.Offset[1].Value[1] = obj.Offset[0].Value[1];
obj.Offset[0].Value[2] = Convert.ToDouble(pieces[counter++]);
obj.Offset[1].Value[2] = obj.Offset[0].Value[2];
//counter++; // Action // TODO: EL.4 SUPPORT
counter++; // Dummy
if (counter < pieces.Length)
{
Member = pieces[counter++];
}
this.Value = obj;
}
public static SpeckleObject ToSpeckle(this GSA0DLoad dummyObject)
{
var newLines = ToSpeckleBase <GSA0DLoad>();
var loads = new List <GSA0DLoad>();
var nodes = Initialiser.GSASenderObjects[typeof(GSANode)].Cast <GSANode>().ToList();
foreach (var p in newLines.Values)
{
var loadSubList = new List <GSA0DLoad>();
// Placeholder load object to get list of nodes and load values
// Need to transform to axis so one load definition may be transformed to many
var initLoad = new GSA0DLoad()
{
GWACommand = p
};
initLoad.ParseGWACommand(nodes);
// Raise node flag to make sure it gets sent
foreach (var n in nodes.Where(n => initLoad.Value.NodeRefs.Contains(n.Value.ApplicationId)))
{
n.ForceSend = true;
}
// Create load for each node applied
foreach (string nRef in initLoad.Value.NodeRefs)
{
var load = new GSA0DLoad
{
GWACommand = initLoad.GWACommand,
SubGWACommand = new List <string>(initLoad.SubGWACommand)
};
load.Value.Name = initLoad.Value.Name;
load.Value.LoadCaseRef = initLoad.Value.LoadCaseRef;
// Transform load to defined axis
var node = nodes.Where(n => (n.Value.ApplicationId == nRef)).First();
string gwaRecord = null;
StructuralAxis loadAxis = HelperClass.Parse0DAxis(initLoad.Axis, Initialiser.Interface, out gwaRecord, node.Value.Value.ToArray());
load.Value.Loading = initLoad.Value.Loading;
load.Value.Loading.TransformOntoAxis(loadAxis);
// If the loading already exists, add node ref to list
var match = loadSubList.Count() > 0 ? loadSubList.Where(l => (l.Value.Loading.Value as List <double>).SequenceEqual(load.Value.Loading.Value as List <double>)).First() : null;
if (match != null)
{
match.Value.NodeRefs.Add(nRef);
if (gwaRecord != null)
{
match.SubGWACommand.Add(gwaRecord);
}
}
else
{
load.Value.NodeRefs = new List <string>()
{
nRef
};
if (gwaRecord != null)
{
load.SubGWACommand.Add(gwaRecord);
}
loadSubList.Add(load);
}
}
loads.AddRange(loadSubList);
}
Initialiser.GSASenderObjects[typeof(GSA0DLoad)].AddRange(loads);
return((loads.Count() > 0) ? new SpeckleObject() : new SpeckleNull());
}
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 static SpeckleObject ToSpeckle(this GSA1DElementResult dummyObject)
{
if (Initialiser.Settings.Element1DResults.Count() == 0)
{
return(new SpeckleNull());
}
if (Initialiser.Settings.EmbedResults && !Initialiser.GSASenderObjects.ContainsKey(typeof(GSA1DElement)))
{
return(new SpeckleNull());
}
if (Initialiser.Settings.EmbedResults)
{
var elements = Initialiser.GSASenderObjects[typeof(GSA1DElement)].Cast <GSA1DElement>().ToList();
var entities = elements.Cast <IGSASpeckleContainer>().ToList();
foreach (var kvp in Initialiser.Settings.Element1DResults)
{
foreach (var loadCase in Initialiser.Settings.ResultCases)
{
if (!Initialiser.Interface.CaseExist(loadCase))
{
continue;
}
foreach (var entity in entities)
{
var id = entity.GSAId;
if (entity.Value.Result == null)
{
entity.Value.Result = new Dictionary <string, object>();
}
var resultExport = Initialiser.Interface.GetGSAResult(id, kvp.Value.Item1, kvp.Value.Item2, kvp.Value.Item3, loadCase, Initialiser.Settings.ResultInLocalAxis
? "local" : "global", Initialiser.Settings.Result1DNumPosition);
if (resultExport == null)
{
continue;
}
if (!entity.Value.Result.ContainsKey(loadCase))
{
entity.Value.Result[loadCase] = new Structural1DElementResult()
{
Value = new Dictionary <string, object>()
}
}
;
(entity.Value.Result[loadCase] as Structural1DElementResult).Value[kvp.Key] = resultExport;
}
}
}
// Linear interpolate the line values
foreach (var entity in entities)
{
var dX = (entity.Value.Value[3] - entity.Value.Value[0]) / (Initialiser.Settings.Result1DNumPosition + 1);
var dY = (entity.Value.Value[4] - entity.Value.Value[1]) / (Initialiser.Settings.Result1DNumPosition + 1);
var dZ = (entity.Value.Value[5] - entity.Value.Value[2]) / (Initialiser.Settings.Result1DNumPosition + 1);
var interpolatedVertices = new List <double>();
interpolatedVertices.AddRange((entity.Value.Value as List <double>).Take(3));
for (var i = 1; i <= Initialiser.Settings.Result1DNumPosition; i++)
{
interpolatedVertices.Add(interpolatedVertices[0] + dX * i);
interpolatedVertices.Add(interpolatedVertices[1] + dY * i);
interpolatedVertices.Add(interpolatedVertices[2] + dZ * i);
}
interpolatedVertices.AddRange((entity.Value.Value as List <double>).Skip(3).Take(3));
entity.Value.ResultVertices = interpolatedVertices;
}
}
else
{
Initialiser.GSASenderObjects[typeof(GSA1DElementResult)] = new List <object>();
var results = new List <GSA1DElementResult>();
var keyword = HelperClass.GetGSAKeyword(typeof(GSA1DElement));
var gwa = Initialiser.Cache.GetGwa(keyword);
foreach (var kvp in Initialiser.Settings.Element1DResults)
{
foreach (var loadCase in Initialiser.Settings.ResultCases)
{
if (!Initialiser.Interface.CaseExist(loadCase))
{
continue;
}
for (var i = 0; i < gwa.Count(); i++)
{
var record = gwa[i];
var pPieces = record.ListSplit("\t");
if (pPieces[4].ParseElementNumNodes() != 2)
{
continue;
}
if (!int.TryParse(pPieces[1], out var id))
{
//Could not extract index
continue;
}
var resultExport = Initialiser.Interface.GetGSAResult(id, kvp.Value.Item1, kvp.Value.Item2, kvp.Value.Item3, loadCase, Initialiser.Settings.ResultInLocalAxis ? "local" : "global", Initialiser.Settings.Result1DNumPosition);
if (resultExport == null || resultExport.Count() == 0)
{
continue;
}
var existingRes = results.FirstOrDefault(x => x.Value.TargetRef == id.ToString());
if (existingRes == null)
{
var newRes = new Structural1DElementResult()
{
Value = new Dictionary <string, object>(),
TargetRef = HelperClass.GetApplicationId(typeof(GSA1DElement).GetGSAKeyword(), id),
IsGlobal = !Initialiser.Settings.ResultInLocalAxis,
};
newRes.Value[kvp.Key] = resultExport;
newRes.GenerateHash();
results.Add(new GSA1DElementResult()
{
Value = newRes
});
}
else
{
existingRes.Value.Value[kvp.Key] = resultExport;
}
}
}
}
Initialiser.GSASenderObjects[typeof(GSA1DElementResult)].AddRange(results);
}
return(new SpeckleObject());
}
public void ParseGWACommand(List<GSA1DElement> elements)
{
if (elements.Count() < 1)
return;
var elementsListCopy = new List<GSA1DElement>(elements);
var obj = new Structural1DElementPolyline
{
ApplicationId = HelperClass.GetApplicationId(typeof(GSA1DElementPolyline).GetGSAKeyword(), GSAId),
Value = new List<double>(),
ElementApplicationId = new List<string>(),
ElementType = elementsListCopy.First().Value.ElementType,
PropertyRef = elementsListCopy.First().Value.PropertyRef,
ZAxis = new List<StructuralVectorThree>(),
EndRelease = new List<StructuralVectorBoolSix>(),
Offset = new List<StructuralVectorThree>(),
ResultVertices = new List<double>()
};
if (Initialiser.Settings.Element1DResults.Count > 0 && Initialiser.Settings.EmbedResults)
obj.Result = new Dictionary<string, object>();
// Match up coordinates
var coordinates = new List<Tuple<string, string>>();
foreach (var e in elementsListCopy)
coordinates.Add( new Tuple<string, string>(
string.Join(",", (e.Value.Value as List<double>).Take(3).Select(x => Math.Round(x, 4).ToString())),
string.Join(",", (e.Value.Value as List<double>).Skip(3).Take(3).Select(x => Math.Round(x, 4).ToString()))
));
// Find start coordinate
var flatCoordinates = coordinates.SelectMany(x => new List<string>() { x.Item1, x.Item2 }).ToList();
var uniqueCoordinates = flatCoordinates.Where(x => flatCoordinates.Count(y => y == x) == 1).ToList();
var current = uniqueCoordinates[0];
while(coordinates.Count > 0)
{
var matchIndex = 0;
var reverseCoordinates = false;
matchIndex = coordinates.FindIndex(x => x.Item1 == current);
reverseCoordinates = false;
if (matchIndex == -1)
{
matchIndex = coordinates.FindIndex(x => x.Item2 == current);
reverseCoordinates = true;
}
var element = elementsListCopy[matchIndex];
obj.ElementApplicationId.Add(element.Value.ApplicationId);
obj.ZAxis.Add(element.Value.ZAxis);
if (obj.Value.Count == 0)
{
if (!reverseCoordinates)
{
obj.Value.AddRange((element.Value.Value as List<double>).Take(3));
}
else
{
obj.Value.AddRange((element.Value.Value as List<double>).Skip(3).Take(3));
}
}
if (!reverseCoordinates)
{
current = string.Join(",", (element.Value.Value as List<double>).Skip(3).Take(3).Select(x => Math.Round(x, 4).ToString()));
obj.Value.AddRange((element.Value.Value as List<double>).Skip(3).Take(3));
obj.EndRelease.AddRange(element.Value.EndRelease);
obj.Offset.AddRange(element.Value.Offset);
if (Initialiser.Settings.Element1DResults.Count > 0 && Initialiser.Settings.EmbedResults)
obj.ResultVertices.AddRange(element.Value.ResultVertices);
else
obj.ResultVertices.AddRange((element.Value.Value as List<double>));
}
else
{
current = string.Join(",", (element.Value.Value as List<double>).Take(3).Select(x => Math.Round(x, 4).ToString()));
obj.Value.AddRange((element.Value.Value as List<double>).Take(3));
obj.EndRelease.Add((element.Value.EndRelease as List<StructuralVectorBoolSix>).Last());
obj.EndRelease.Add((element.Value.EndRelease as List<StructuralVectorBoolSix>).First());
obj.Offset.Add((element.Value.Offset as List<StructuralVectorThree>).Last());
obj.Offset.Add((element.Value.Offset as List<StructuralVectorThree>).First());
if (Initialiser.Settings.Element1DResults.Count > 0 && Initialiser.Settings.EmbedResults)
for (int i = element.Value.ResultVertices.Count - 3; i >= 0; i -= 3)
obj.ResultVertices.AddRange((element.Value.ResultVertices as List<double>).Skip(i).Take(3));
else
{
obj.ResultVertices.AddRange((element.Value.Value as List<double>).Skip(3).Take(3));
obj.ResultVertices.AddRange((element.Value.Value as List<double>).Take(3));
}
}
// Result merging
if (obj.Result != null)
{
try
{
foreach (string loadCase in element.Value.Result.Keys)
{
if (!obj.Result.ContainsKey(loadCase))
obj.Result[loadCase] = new Structural1DElementResult()
{
Value = new Dictionary<string, object>(),
IsGlobal = !Initialiser.Settings.ResultInLocalAxis,
};
var resultExport = element.Value.Result[loadCase] as Structural1DElementResult;
if (resultExport != null)
{
foreach (var key in resultExport.Value.Keys)
{
if (!(obj.Result[loadCase] as Structural1DElementResult).Value.ContainsKey(key))
(obj.Result[loadCase] as Structural1DElementResult).Value[key] = new Dictionary<string, object>(resultExport.Value[key] as Dictionary<string, object>);
else
foreach (var resultKey in ((obj.Result[loadCase] as Structural1DElementResult).Value[key] as Dictionary<string, object>).Keys)
{
var res = (resultExport.Value[key] as Dictionary<string, object>)[resultKey] as List<double>;
if (reverseCoordinates)
res.Reverse();
(((obj.Result[loadCase] as Structural1DElementResult).Value[key] as Dictionary<string, object>)[resultKey] as List<double>)
.AddRange(res);
}
}
}
else
{
// UNABLE TO MERGE RESULTS
obj.Result = null;
break;
}
}
}
catch
{
// UNABLE TO MERGE RESULTS
obj.Result = null;
}
}
coordinates.RemoveAt(matchIndex);
elementsListCopy.RemoveAt(matchIndex);
this.SubGWACommand.Add(element.GWACommand);
this.SubGWACommand.AddRange(element.SubGWACommand);
}
this.Value = obj;
}
public void ParseGWACommand(List <GSA2DElement> e2Ds, List <GSA2DMember> m2Ds)
{
if (this.GWACommand == null)
{
return;
}
var obj = new Structural2DThermalLoad();
var pieces = this.GWACommand.ListSplit("\t");
var counter = 1; // Skip identifier
obj.Name = pieces[counter++];
obj.ApplicationId = HelperClass.GetApplicationId(this.GetGSAKeyword(), this.GSAId);
var elementList = pieces[counter++];
obj.ElementRefs = new List <string>();
if (Initialiser.Settings.TargetLayer == GSATargetLayer.Analysis)
{
var elementId = Initialiser.Interface.ConvertGSAList(elementList, SpeckleGSAInterfaces.GSAEntity.ELEMENT);
foreach (var id in elementId)
{
IGSASpeckleContainer elem = e2Ds.Where(e => e.GSAId == id).FirstOrDefault();
if (elem == null)
{
continue;
}
obj.ElementRefs.Add((elem.Value as SpeckleObject).ApplicationId);
this.SubGWACommand.Add(elem.GWACommand);
}
}
else
{
var groupIds = HelperClass.GetGroupsFromGSAList(elementList).ToList();
foreach (var id in groupIds)
{
var memb2Ds = m2Ds.Where(m => m.Group == id);
obj.ElementRefs.AddRange(memb2Ds.Select(m => (string)m.Value.ApplicationId));
this.SubGWACommand.AddRange(memb2Ds.Select(m => m.GWACommand));
}
}
obj.LoadCaseRef = HelperClass.GetApplicationId(typeof(GSALoadCase).GetGSAKeyword(), Convert.ToInt32(pieces[counter++]));
var loadingType = pieces[counter++];
switch (loadingType)
{
case "CONS":
obj.TopTemperature = Convert.ToDouble(pieces[counter++]);
obj.BottomTemperature = obj.TopTemperature;
break;
case "DZ":
obj.TopTemperature = Convert.ToDouble(pieces[counter++]);
obj.BottomTemperature = Convert.ToDouble(pieces[counter++]);
break;
case "GEN":
// GENERALIZE THIS TO AN AVERAGE
for (var i = 0; i < 3; i++)
{
obj.TopTemperature += Convert.ToDouble(pieces[counter++]);
obj.BottomTemperature += Convert.ToDouble(pieces[counter++]);
}
obj.TopTemperature /= 4;
obj.BottomTemperature /= 4;
break;
}
this.Value = obj;
}
public void ParseGWACommand(List <GSA2DElement> elements)
{
if (elements.Count() < 1)
{
return;
}
var obj = new Structural2DElementMesh
{
ApplicationId = HelperClass.GetApplicationId(typeof(GSA2DElementMesh).GetGSAKeyword(), GSAId),
Vertices = new List <double>(),
Faces = new List <int>(),
ElementApplicationId = new List <string>(),
ElementType = elements.First().Value.ElementType,
PropertyRef = elements.First().Value.PropertyRef,
Axis = new List <StructuralAxis>(),
Offset = new List <double>()
};
if (Initialiser.Settings.Element2DResults.Count > 0 && Initialiser.Settings.EmbedResults)
{
obj.Result = new Dictionary <string, object>();
}
foreach (var e in elements)
{
var verticesOffset = obj.Vertices.Count() / 3;
obj.Vertices.AddRange(e.Value.Vertices);
obj.Faces.Add((e.Value.Faces as List <int>).First());
obj.Faces.AddRange((e.Value.Faces as List <int>).Skip(1).Select(x => x + verticesOffset));
obj.Axis.Add(e.Value.Axis);
obj.Offset.Add(e.Value.Offset);
obj.ElementApplicationId.Add(e.Value.ApplicationId);
// Result merging
if (obj.Result != null)
{
try
{
foreach (string loadCase in e.Value.Result.Keys)
{
if (!obj.Result.ContainsKey(loadCase))
{
obj.Result[loadCase] = new Structural2DElementResult()
{
Value = new Dictionary <string, object>(),
IsGlobal = !Initialiser.Settings.ResultInLocalAxis,
}
}
;
var resultExport = e.Value.Result[loadCase] as Structural2DElementResult;
if (resultExport != null)
{
foreach (var key in resultExport.Value.Keys)
{
if (!(obj.Result[loadCase] as Structural2DElementResult).Value.ContainsKey(key))
{
(obj.Result[loadCase] as Structural2DElementResult).Value[key] = new Dictionary <string, object>(resultExport.Value[key] as Dictionary <string, object>);
}
else
{
foreach (var resultKey in ((obj.Result[loadCase] as Structural2DElementResult).Value[key] as Dictionary <string, object>).Keys)
{
(((obj.Result[loadCase] as Structural2DElementResult).Value[key] as Dictionary <string, object>)[resultKey] as List <double>)
.AddRange((resultExport.Value[key] as Dictionary <string, object>)[resultKey] as List <double>);
}
}
}
}
else
{
// UNABLE TO MERGE RESULTS
obj.Result = null;
break;
}
}
}
catch
{
// UNABLE TO MERGE RESULTS
obj.Result = null;
}
}
this.SubGWACommand.Add(e.GWACommand);
this.SubGWACommand.AddRange(e.SubGWACommand);
}
this.Value = obj;
}
