/// <summary>
/// Adds a new envelope combination to the model.
/// </summary>
public Combination AddEnvelopeCombination(string name)
{
Combination c = new Combination(name, true);
Combinations.Add(c);
return c;
}
/// <summary>
/// Adds a new linear combination to the model.
/// </summary>
public Combination AddLinearCombination(string name)
{
Combination c = new Combination(name);
Combinations.Add(c);
return c;
}
private void DrawDeformations(Combination combination)
{
if (!combination.HasEnvelopeValues)
{
DrawDeformations(combination.MinNodeDeformations);
}
else if (EnvelopeMode == EnvelopeMode.Minimum)
{
DrawDeformations(combination.MinNodeDeformations);
}
else if (EnvelopeMode == EnvelopeMode.Maximum)
{
DrawDeformations(combination.MaxNodeDeformations);
}
else
{
DrawDeformations(combination.MinNodeDeformations, combination.MaxNodeDeformations);
}
}
private void DrawFrameShearForces(Combination combination)
{
if (!combination.HasEnvelopeValues)
{
DrawFrameShearForces(combination.MinFrameInternalForces);
}
else if (EnvelopeMode == EnvelopeMode.Minimum)
{
DrawFrameShearForces(combination.MinFrameInternalForces);
}
else if (EnvelopeMode == EnvelopeMode.Maximum)
{
DrawFrameShearForces(combination.MaxFrameInternalForces);
}
else
{
DrawFrameShearForces(combination.MinFrameInternalForces, combination.MaxFrameInternalForces);
}
}
public void SetCoefficient(double coefficient, Combination combination)
{
if (coCoefficients.ContainsKey(combination))
coCoefficients[combination] = coefficient;
else
coCoefficients.Add(combination, coefficient);
}
