public void ConstRelSimuConstructorTest()
{
Model M = new Model(@"C:\Jacob\Udvikling\NewT2voc\Models\Centrifuge\co2buble.txt");
string Executable = M.simu.Executable;
ConstitutiveRelations target = new ConstitutiveRelations(M, EOS.t2eco2m);
int k = 2;
}
public void ConstRelSimuConstructorTest()
{
Model M = new Model(@"C:\Jacob\Udvikling\NewT2voc\Models\Centrifuge\co2buble.txt");
string Executable = M.simu.Executable;
ConstitutiveRelations target = new ConstitutiveRelations(M, EOS.t2eco2m);
int k = 2;
}
private void UpdateConstRel_Click(object sender, RoutedEventArgs e)
{
crs = new ConstitutiveRelations(M.FileContent, EOS.t2eco2m, M.simu.Executable);
//Remove previous graphs
foreach (var lg in _relPermGraphs)
{
relpermtwophase.Children.Remove(lg);
}
foreach (Rock r in M.Rocks)
{
if (crs.WaterRelativePermeability.ContainsKey(r))
{
EnumerableDataSource <Point> krwater = new EnumerableDataSource <Point>(crs.WaterRelativePermeability[r]);
krwater.SetXMapping(var => var.X);
krwater.SetYMapping(var => var.Y);
EnumerableDataSource <Point> krgas = new EnumerableDataSource <Point>(crs.GasCO2RelativePermeability[r]);
krgas.SetXMapping(var => 1 - var.X);
krgas.SetYMapping(var => var.Y);
EnumerableDataSource <Point> krliq = new EnumerableDataSource <Point>(crs.LiquidCO2RelativePermeability[r]);
krliq.SetXMapping(var => 1 - var.X);
krliq.SetYMapping(var => var.Y);
_relPermGraphs.Add(relpermtwophase.AddLineGraph(krgas, new Pen(Brushes.Red, 3), new PenDescription(r.Name + ": Gas CO2 ")));
_relPermGraphs.Add(relpermtwophase.AddLineGraph(krwater, new Pen(Brushes.Blue, 3), new PenDescription(r.Name + ": Water ")));
_relPermGraphs.Add(relpermtwophase.AddLineGraph(krliq, new Pen(Brushes.Black, 3), new PenDescription(r.Name + ": Liquid CO2")));
}
}
relpermtwophase.FitToView();
}
private void UpdateConstRel_Click(object sender, RoutedEventArgs e)
{
crs = new ConstitutiveRelations(M.FileContent, EOS.t2eco2m, M.simu.Executable);
//Remove previous graphs
foreach (var lg in _relPermGraphs)
relpermtwophase.Children.Remove(lg);
foreach (Rock r in M.Rocks)
{
if (crs.WaterRelativePermeability.ContainsKey(r))
{
EnumerableDataSource<Point> krwater = new EnumerableDataSource<Point>(crs.WaterRelativePermeability[r]);
krwater.SetXMapping(var => var.X);
krwater.SetYMapping(var => var.Y);
EnumerableDataSource<Point> krgas = new EnumerableDataSource<Point>(crs.GasCO2RelativePermeability[r]);
krgas.SetXMapping(var => 1 - var.X);
krgas.SetYMapping(var => var.Y);
EnumerableDataSource<Point> krliq = new EnumerableDataSource<Point>(crs.LiquidCO2RelativePermeability[r]);
krliq.SetXMapping(var => 1 - var.X);
krliq.SetYMapping(var => var.Y);
_relPermGraphs.Add(relpermtwophase.AddLineGraph(krgas, new Pen(Brushes.Red, 3), new PenDescription(r.Name + ": Gas CO2 ")));
_relPermGraphs.Add(relpermtwophase.AddLineGraph(krwater, new Pen(Brushes.Blue, 3), new PenDescription(r.Name + ": Water ")));
_relPermGraphs.Add(relpermtwophase.AddLineGraph(krliq, new Pen(Brushes.Black, 3), new PenDescription(r.Name + ": Liquid CO2")));
}
}
relpermtwophase.FitToView();
}
