/// <summary>
/// -- Plotting functions.
/// </summary>
/// <param name="element"></param>
public override void VisitPlotFunctionElement(PlotFunctionElement element)
{
{
if (element.getPlotFunction() == "subPlot")
{
if (element.getPlotType().getText() == "1")
{
Console.WriteLine("subPlot of type 1D :");
Console.Write("subPlot1D(");
VisitElement(element.getRow()); Console.Write(",");
VisitElement(element.getColumn()); Console.Write(",");
VisitElement(element.getData()); Console.Write(",");
VisitElement(element.getTitle()); Console.Write(");\n");
}
else if (element.getPlotType().getText() == "2")
{
//-- call the 2d subplot function.
Console.WriteLine("subPlot of type 2D :");
Console.Write("subPlot2D(");
VisitElement(element.getRow()); Console.Write(",");
VisitElement(element.getColumn()); Console.Write(",");
VisitElement(element.getData()); Console.Write(",");
VisitElement(element.getTitle()); Console.Write(");\n");
}
else if (element.getPlotType().getText() == "3")
{
//-- call the 3d subplot function.
///-- MODE: TBD
///-- CHANGE: MODE TO A DEFAULT VALUE:
Console.WriteLine("subPlot of type 3D :");
Console.Write("subPlot3D(");
VisitElement(element.getRow()); Console.Write(",");
VisitElement(element.getColumn()); Console.Write(",");
VisitElement(element.getData()); Console.Write(",");
VisitElement(element.getMode()); Console.Write(",");
VisitElement(element.getTitle()); Console.Write(");\n");
}
}
else if (element.getPlotFunction() == "plot")
{
//-- same implementation as above can be used.
Console.WriteLine("\nvisited plot fuction \n");
}
else if (element.getPlotFunction() == "resetPlot")
{
Console.WriteLine("\n visited resetPlot() \n");
}
else if (element.getPlotFunction() == "setPlotAxis")
{
///-- will change from int to double....
Console.WriteLine("\n visited setPlotAxis \n");
}
else if (element.getPlotFunction() == "setPlotAxisTitle")
{
Console.WriteLine("\n visited setPlotAxisTitle\n");
}
else if (element.getPlotFunction() == "setScaleMode")
{
Console.WriteLine("\n visited setScaleMode \n");
}
}
}
private Plot convert_Ele_to_plot(PlotFunctionElement p)
{
Plot p1 = new Plot();
p1.Command = p.getPlotFunction();
p1.PaneNum = p.getPeno() == null ? 0 : int.Parse(p.getPeno().getText());
if (mVariableMap.ContainsKey(p.getData().getText()))
{
double[,] temp = ((MatrixVariableDeclaration)(mVariableMap[p.getData().getText()])).getdoubleValue();
p1.Data = p.getData().getText() == null ? null : temp;
}
p1.Mode = p.getMode() == null ? 0 : int.Parse(p.getMode().getText());
p1.Dimensions = p.getPlotType() == null ? 0 : p.getPlotType() == "2D" ? 2 : 3;
p1.PlotTitle = p.getTitle() == null ? "" : p.getTitle().getText();
p1.X_Fact = p.getXFact() == null ? 1.0 : double.Parse(p.getXFact().getText());
p1.Y_Fact = p.getYFact() == null ? 1.0 : double.Parse(p.getYFact().getText());
p1.Z_Fact = p.getZFact() == null ? 1.0 : double.Parse(p.getZFact().getText());
p1.X_Axis_Title = p.getXTitle() == null ? "" : p.getXTitle().getText();
p1.Y_Axis_Title = p.getYTitle() == null ? "" : p.getYTitle().getText();
p1.Z_Axis_Title = p.getZTitle() == null ? "" : p.getZTitle().getText();
p1.ScaleMode = p.getScaleMode() == null ? 1 : (p.getScaleMode() == "linear") ? 1 : 2;
return (p1);
}
public override void VisitPlotFunctionElement(PlotFunctionElement element)
{
if (mVariableMap.ContainsKey(element.getData().getText()))
{
// double[,] temp = ((MatrixVariableDeclaration)(mVariableMap[element.getData().getText()])).getdoubleValue();
if (element.getPlotFunction() == "subPlot")
{
int pane = int.Parse(element.getPeno().getText()); //.getPane().getText());
string plotType = element.getPlotType();
if (pane >= 4 || pane <= 0)
{
Console.Write("pane no. is not valid.. it lies between 1 to 4.. Try again..");
sendres(112, "pane no. is not valid.. it lies between 1 to 4.. Try again..");
return;
}
else if (plotType == "2D" || plotType == "1D")
{
if ((IntegerElement)(element.getMode()) != null)
{
Console.Write("Invalid argumenet.. Mode is not required.. Try again.. ");
sendres(112, "Invalid argumenet.. Mode is not required.... Try again..");
return;
}
}
else if (plotType == "3D")
{
int mode = int.Parse(((IntegerElement)(element.getMode())).getText());
if (mode > 3 || mode <= 0)
{
Console.Write("Invalid mode.. Give the input between 1..3 ");
sendres(112, "Invalid mode.. Give the input between 1..3 ");
return;
}
}
}
else if (element.getPlotFunction() == "plot")
{
string plotType = element.getPlotType();
string data = element.getData().getText();
if (plotType == "1D" || plotType == "2D")
{
if ((IntegerElement)(element.getMode()) != null)
{
Console.Write("Invalid argumenet.. Mode is not required.. Try again.. ");
sendres(112, "Invalid argumenet.. Mode is not required.. Try again.. ");
return;
}
}
else if (plotType == "3D")
{
int mode = int.Parse(((IntegerElement)(element.getMode())).getText());
if (mode >= 3 || mode <= 0)
{
Console.Write("Invalid mode.. Give the input between 1..3 ");
sendres(112, "Invalid mode.. Give the input between 1..3 ");
return;
}
}
}
else if (element.getPlotFunction() == "setScaleMode")
{
string scaleMode = element.getScaleMode();
if (scaleMode != "log" || scaleMode != "linear")
{
Console.Write("Invalid scale mode.. it should be either 'linear' or 'log'");
sendres(112, "Invalid scale mode.. it should be either 'linear' or 'log'");
return;
}
}
Plot pr = new Plot();
pr = convert_Ele_to_plot(element);
p.writetolist(pr);
}
else
{
Console.Write("Plot data not declared.. Try again..");
sendres(112, "Plot data not declared.. Try again..");
return;
}
}
//public override void VisitPlotFunctionElement(PlotFunctionElement element)
//{
// Console.WriteLine("Inside visit plot function..\n");
// //VisitElement(element.getData());
// if (element.getPlotFunction() == "subPlot")
// {
// if (element.getPlotType().getText() == "1")
// {
// //-- call the 1d subplot function.
// Console.WriteLine("\n visited type 1 of subPlot \n");
// }
// else if (element.getPlotType().getText() == "2")
// {
// //-- call the 2d subplot function.
// Console.WriteLine(" visited type 2 of subPlot \n");
// }
// }
// else if (element.getPlotFunction() == "plot")
// {
// Console.WriteLine("\n visited Plot \n");
// }
//}
public override void VisitPlotFunctionElement(PlotFunctionElement element)
{
{
Console.WriteLine("Inside visit plot function Element\n");
if (element.getPlotFunction() == "subPlot")
{
if (element.getPlotType().getText() == "1")
{
Console.WriteLine("subPlot of type 1D :\n");
Console.Write("subPlot1D(");
VisitElement(element.getRow()); Console.Write(",");
VisitElement(element.getColumn()); Console.Write(",");
VisitElement(element.getData()); Console.Write(",");
VisitElement(element.getTitle()); Console.Write(");");
}
else if (element.getPlotType().getText() == "2")
{
//-- call the 2d subplot function.
Console.WriteLine("visited subPlot type 2D \n");
Console.WriteLine("subPlot of type 2D :\n");
Console.Write("subPlot2D(");
VisitElement(element.getRow()); Console.Write(",");
VisitElement(element.getColumn()); Console.Write(",");
VisitElement(element.getData()); Console.Write(",");
VisitElement(element.getTitle()); Console.Write(");");
}
else if (element.getPlotType().getText() == "3")
{
//-- call the 3d subplot function.
///-- MODE: TBD
///-- CHANGE: MODE TO A DEFAULT VALUE:
Console.WriteLine("visited subPlot type 3D \n");
Console.WriteLine("subPlot of type 3D :\n");
Console.Write("subPlot3D(");
VisitElement(element.getRow()); Console.Write(",");
VisitElement(element.getColumn()); Console.Write(",");
VisitElement(element.getData()); Console.Write(",");
VisitElement(element.getMode()); Console.Write(",");
VisitElement(element.getTitle()); Console.Write(");");
}
}
else if (element.getPlotFunction() == "plot")
{
Console.WriteLine("\n visited plot \n");
}
else if (element.getPlotFunction() == "resetPlot")
{
Console.WriteLine("\n visited resetPlot \n");
}
else if (element.getPlotFunction() == "setPlotAxis")
{
Console.WriteLine("\n visited setPlotAxis \n");
}
else if (element.getPlotFunction() == "setPlotAxisTitle")
{
Console.WriteLine("\n visited setPlotAxisTitle\n");
}
else if (element.getPlotFunction() == "setScaleMode")
{
Console.WriteLine("\n visited setScaleMode \n");
}
}
}