private Dictionary <int, double> CalculateLoadingCondition(LoadingCondition loading)
{
LoadProvider provider = new LoadProvider();
if (ElementsDictionary.Count == 0)
{
CreateFaceElements();
}
Dictionary <int, double> load = new Dictionary <int, double>();
if (loading is NeumannBoundaryCondition)
{
foreach (Element element in ElementsDictionary.Values)
{
foreach (int dof in provider.LoadNeumann(element, this, loading as NeumannBoundaryCondition).Keys)
{
if (load.ContainsKey(dof))
{
load[dof] += provider.LoadNeumann(element, this, loading as NeumannBoundaryCondition)[dof];
}
else
{
load.Add(dof, provider.LoadNeumann(element, this, loading as NeumannBoundaryCondition)[dof]);
}
}
}
}
else if (loading is PressureBoundaryCondition)
{
foreach (Element element in ElementsDictionary.Values)
{
foreach (int dof in provider.LoadPressure(element, this, loading as PressureBoundaryCondition).Keys)
{
if (load.ContainsKey(dof))
{
load[dof] += provider.LoadPressure(element, this, loading as PressureBoundaryCondition)[dof];
}
else
{
load.Add(dof, provider.LoadPressure(element, this, loading as PressureBoundaryCondition)[dof]);
}
}
}
}
return(load);
}
private Dictionary <int, double> CalculateLoadingCondition(LoadingCondition loading)
{
var provider = new LoadProvider();
if (ElementsDictionary.Count == 0)
{
CreateEdgeElements();
}
var load = new Dictionary <int, double>();
switch (loading)
{
case NeumannBoundaryCondition condition:
CalculateNeumann(provider, condition, load);
break;
case PressureBoundaryCondition condition:
CalculatePressure(provider, condition, load);
break;
}
return(load);
}