public void RemovePlot2D(Plot2D plot)
{
string name = plot.Name;
plotList.Remove(plot);
OnPlot2DDeleted(name);
}
private void OnPlot2DChanged(Plot2D plot)
{
if (Plot2DChanged != null)
{
Plot2DChanged(plot);
}
}
private void OnPlot2DAdded(Plot2D plot)
{
if (Plot2DAdded != null)
{
Plot2DAdded(plot);
}
}
//public PlotCatalog(IList list) {
// plotList = list;
//}
public void AddPlot2D(Plot2D plot)
{
if (!IsInCatalog(plot))
{
plotList.Add(plot);
OnPlot2DAdded(plot);
}
}
public ErrorMessage FinishSpecifications(string name)
{
ErrorMessage errorMsg = null;
if (catalog.IsInCatalog(name))
{
errorMsg = new ErrorMessage(ErrorType.SimpleGeneric, "Inappropriate Specification", "The plot catalog has already got a plot named " + name);
}
// if (xVarMin > xVarMax)
// {
// errorMsg = new ErrorMessage(ErrorType.Error, "Inappropriate Specification", "The minimum value of the independent variable must be smaller than its maximum value");
// }
// else if (yVarMin > yVarMax)
// {
// errorMsg = new ErrorMessage(ErrorType.Error, "Inappropriate Specification", "The minimum value of the dependent variable must be smaller than its maximum value");
// }
// else if ((double)pVarValues[0] > (double)pVarValues[pVarValues.Count-1])
// {
// errorMsg = new ErrorMessage(ErrorType.Error, "Inappropriate Specification", "The minimum value of the parameter variable must be smaller than its maximum value");
// }
// else if (xVar == null)
// {
// errorMsg = new ErrorMessage(ErrorType.Error, "Inappropriate Specification", "The independent variable must be selected");
// }
// else if (yVar == null)
// {
// errorMsg = new ErrorMessage(ErrorType.Error, "Inappropriate Specification", "The dependent variable must be selected");
// }
else if (includePVar && pVar == null)
{
errorMsg = new ErrorMessage(ErrorType.SimpleGeneric, "Inappropriate Specification", "The parameter variable must be selected");
}
else
{
double xVarMin = 0.8 * xVar.Value;
double xVarMax = 1.2 * xVar.Value;
double yVarMin = 0.8 * yVar.Value;
double yVarMax = 1.2 * yVar.Value;
PlotVariable xV = new PlotVariable(xVar, xVarMin, xVarMax);
PlotVariable yV = new PlotVariable(yVar, yVarMin, yVarMax);
PlotParameter pV = null;
if (pVar != null)
{
double[] values = { pVar.Value };
pV = new PlotParameter(pVar, values);
}
Plot2D plot = new Plot2D(name, xV, yV, pV, includePVar);
catalog.AddPlot2D(plot);
}
return(errorMsg);
}
// public void Remove(int index) {
// if (index < materialList.Count && index >= 0) {
// Plot2D material = (Plot2D) materialList[index];
// if (material.IsUserDefined) {
// string name = material.Name;
// materialList.RemoveAt(index);
// OnPlot2DDeleted(name);
// }
// }
// }
//
public Plot2D GetPlot2D(string name)
{
Plot2D ret = null;
foreach (Plot2D plot in plotList)
{
if (plot.Name.Equals(name))
{
ret = plot;
break;
}
}
return(ret);
}
public bool IsInCatalog(Plot2D aPlot)
{
bool isInCatalog = false;
foreach (Plot2D plot in plotList)
{
if (plot.Name.Equals(aPlot.Name))
{
isInCatalog = true;
break;
}
}
return(isInCatalog);
}
public void UpdatePlot2D(Plot2D plot)
{
OnPlot2DChanged(plot);
}
