public AnalysisCase(string name)
{
Name = name;
NodeDeformations = new CombinableList<NodeDeformation>();
Reactions = new CombinableList<Reaction>();
FrameInternalForces = new CombinableList<FrameInternalForce>();
}
public Combination(string name, bool isEnvelope)
{
Name = name;
IsEnvelope = isEnvelope;
acCoefficients = new Dictionary<AnalysisCase, double>();
coCoefficients = new Dictionary<Combination, double>();
MinNodeDeformations = new CombinableList<NodeDeformation>();
MinReactions = new CombinableList<Reaction>();
MinFrameInternalForces = new CombinableList<FrameInternalForce>();
MaxNodeDeformations = new CombinableList<NodeDeformation>();
MaxReactions = new CombinableList<Reaction>();
MaxFrameInternalForces = new CombinableList<FrameInternalForce>();
}
private void DrawFrameShearForces(CombinableList<FrameInternalForce> minInternalForces, CombinableList<FrameInternalForce> maxInternalForces)
{
float maxForceSize = 4 * DimensionOffset;
float maxForce = 0;
foreach (FrameInternalForce force in minInternalForces)
{
maxForce = (float)Math.Max(maxForce, Math.Max(Math.Abs(force.VI), Math.Abs(force.VJ)));
}
foreach (FrameInternalForce force in maxInternalForces)
{
maxForce = (float)Math.Max(maxForce, Math.Max(Math.Abs(force.VI), Math.Abs(force.VJ)));
}
for (int i = 0; i < minInternalForces.Count; i++)
{
FrameInternalForce minF = minInternalForces[i];
FrameInternalForce maxF = maxInternalForces[i];
DrawInternalForce(minF.Frame, (float)minF.VI, (float)minF.VJ, (float)maxF.VI, (float)maxF.VJ, maxForceSize / maxForce);
}
}
private void DrawFrameShearForces(CombinableList<FrameInternalForce> internalForces)
{
float maxForceSize = 4 * DimensionOffset;
float maxForce = 0;
foreach (FrameInternalForce force in internalForces)
{
maxForce = (float)Math.Max(maxForce, Math.Max(Math.Abs(force.VI), Math.Abs(force.VJ)));
}
foreach (FrameInternalForce force in internalForces)
{
DrawInternalForce(force.Frame, (float)force.VI, (float)force.VJ, maxForceSize / maxForce);
}
}
private void DrawDeformations(CombinableList<NodeDeformation> minDefs, CombinableList<NodeDeformation> maxDefs)
{
DrawDeformations(minDefs.AbsMax(maxDefs));
}
private void DrawDeformations(CombinableList<NodeDeformation> defs)
{
double maxDef = 0;
foreach (NodeDeformation def in defs)
{
maxDef = Math.Max(maxDef, Math.Abs(def.UX));
maxDef = Math.Max(maxDef, Math.Abs(def.UZ));
}
double deformationScale = mCurrentSection.SectionProperties.OuterHeight / 10 / maxDef;
// Draw frames
foreach (Frame f in mCurrentSection.AnalysisModel.Frames)
{
float x1 = (float)(f.NodeI.X + defs[f.NodeI.Index].UX * deformationScale);
float y1 = (float)(f.NodeI.Z + defs[f.NodeI.Index].UZ * deformationScale);
float x2 = (float)(f.NodeJ.X + defs[f.NodeJ.Index].UX * deformationScale);
float y2 = (float)(f.NodeJ.Z + defs[f.NodeJ.Index].UZ * deformationScale);
SimpleCAD.Line line = new SimpleCAD.Line(x1, y1, x2, y2);
line.OutlineStyle = new SimpleCAD.OutlineStyle(FormWorkColor);
Model.Add(line);
}
}
private void DrawReactions(CombinableList<Reaction> minReactions, CombinableList<Reaction> maxReactions)
{
float textOffset = 0.5f * TextSize;
for (int i = 0; i < minReactions.Count; i++)
{
Reaction rmin = minReactions[i];
Reaction rmax = maxReactions[i];
string[] reactionText = new string[]{ rmin.FX.ToString("0") + ", " + rmin.FZ.ToString("0") + ", " + rmin.MY.ToString("0"),
rmax.FX.ToString("0") + ", " + rmax.FZ.ToString("0") + ", " + rmax.MY.ToString("0")};
SimpleCAD.MultiLineText text = new SimpleCAD.MultiLineText((float)rmin.Node.X + textOffset / 2, (float)rmin.Node.Z + textOffset / 2, reactionText, TextSize);
text.FontFamily = Font.Name;
text.OutlineStyle = new SimpleCAD.OutlineStyle(DimensionColor);
Model.Add(text);
}
}
private void DrawReactions(CombinableList<Reaction> reactions)
{
float textOffset = 0.5f * TextSize;
foreach (Reaction r in reactions)
{
string reactionText = r.FX.ToString("0") + ", " + r.FZ.ToString("0") + ", " + r.MY.ToString("0");
SimpleCAD.Text text = new SimpleCAD.Text((float)r.Node.X + textOffset / 2, (float)r.Node.Z + textOffset / 2, reactionText, TextSize);
text.FontFamily = Font.Name;
text.OutlineStyle = new SimpleCAD.OutlineStyle(DimensionColor);
Model.Add(text);
}
}
