//Sets all the member loads to RFEM (Only uniform distributed load is implemented
private static void setRFEMmemberLoads(ILoads rLoads, MemberLoad[] rMemberLoads)
{
Dictionary <int, List <MemberLoad> > loads = new Dictionary <int, List <MemberLoad> >();
foreach (MemberLoad rMemberLoad in rMemberLoads)
{
if (!loads.ContainsKey(int.Parse(rMemberLoad.Comment)))
{
List <MemberLoad> nLoad = new List <MemberLoad>();
MemberLoad a = rMemberLoad;
a.Comment = "";
nLoad.Add(a);
loads[int.Parse(rMemberLoad.Comment)] = nLoad;
}
else
{
MemberLoad a = rMemberLoad;
a.Comment = "";
loads[int.Parse(rMemberLoad.Comment)].Add(a);
}
}
foreach (int n in loads.Keys)
{
ILoadCase lCase = rLoads.GetLoadCase(n, ItemAt.AtNo);
lCase.PrepareModification();
lCase.SetMemberLoads(loads[n].ToArray());
lCase.FinishModification();
}
}
//this method creates uniform member load
private static void createUniformLoad(Karamba.Loads.ElementLoad kElementLoad, ref Dictionary <Vector3d, MemberLoad> forceList)
{
Karamba.Loads.UniformlyDistLoad load = kElementLoad as Karamba.Loads.UniformlyDistLoad;
if (!forceList.ContainsKey(load.Load))
{
MemberLoad rMemberLoad = new MemberLoad();
if (load.Load.X != 0)
{
rMemberLoad.Direction = LoadDirectionType.GlobalXType;
rMemberLoad.Magnitude1 = load.Load.X * 1000;
}
else if (load.Load.Y != 0)
{
rMemberLoad.Direction = LoadDirectionType.GlobalYType;
rMemberLoad.Magnitude1 = load.Load.Y * 1000;
}
else
{
rMemberLoad.Direction = LoadDirectionType.GlobalZType;
rMemberLoad.Magnitude1 = load.Load.Z * 1000;
}
rMemberLoad.Type = LoadType.ForceType;
rMemberLoad.Distribution = LoadDistributionType.UniformType;
int ind;
if (!string.IsNullOrEmpty(kElementLoad.beamId) && int.TryParse(kElementLoad.beamId.Substring(1), out ind))
{
rMemberLoad.ObjectList = kElementLoad.beamId.Substring(1);
}
else
{
MessageBox.Show("Karamba beam naming was incorrect. Has to be of form E001 where E is identifier letter" +
"and 001 is number of the beam in the RFEM", "Error", MessageBoxButtons.OK);
}
rMemberLoad.No = forceList.Count + 1;
rMemberLoad.OverTotalLength = true;
forceList[load.Load] = rMemberLoad;
}
else
{
MemberLoad temp = forceList[load.Load];
int ind;
if (!string.IsNullOrEmpty(kElementLoad.beamId) && int.TryParse(kElementLoad.beamId.Substring(1), out ind))
{
temp.ObjectList += "," + kElementLoad.beamId.Substring(1);
}
else
{
MessageBox.Show("Karamba beam naming was incorrect. Has to be of form E001 where E is identifier letter" +
"and 001 is number of the beam in the RFEM", "Error", MessageBoxButtons.OK);
}
forceList[load.Load] = temp;
}
}
public RFMemberLoad(MemberLoad load, int loadcase)
{
MemberList = load.ObjectList;
Comment = load.Comment;
ID = load.ID;
IsValid = load.IsValid;
No = load.No;
Tag = load.Tag;
LoadDirType = load.Direction;
LoadDistType = load.Distribution;
LoadRefType = load.ReferenceTo;
LoadType = load.Type;
DistanceA = load.DistanceA;
DistanceB = load.DistanceB;
if (load.RelativeDistances)
{
DistanceA /= 100;
DistanceB /= 100;
}
if (LoadType == LoadType.ForceType || LoadType == LoadType.MomentType)
{
Magnitude1 = load.Magnitude1 / 1000;
Magnitude2 = load.Magnitude2;
if (load.Distribution != LoadDistributionType.ConcentratedNxQType && load.Distribution != LoadDistributionType.Concentrated2x2QType)
{
Magnitude2 /= 1000;
}
Magnitude3 = load.Magnitude3 / 1000;
}
else
{
Magnitude1 = load.Magnitude1;
Magnitude2 = load.Magnitude2;
Magnitude3 = load.Magnitude3;
Magnitude4 = load.Magnitude4;
Magnitude5 = load.Magnitude5;
Magnitude6 = load.Magnitude6;
}
LoadArray = load.LoadArray;
OverTotalLength = load.OverTotalLength;
RelativeDistances = load.RelativeDistances;
LoadCase = loadcase;
ToModify = false;
ToDelete = false;
}
