// ------------------------------------------------- OnPaint
private void OnPaint (object sender, PaintEventArgs e)
{
Graphics grfx = e.Graphics;
MSPlotAuxi auxi = new MSPlotAuxi (0, 0, 0, SegmentLocation .Anywhere);
//FullGrArea_AuxiDraw fgad = new FullGrArea_AuxiDraw (new Pen (Color .Blue), SegmentLocation .Partly_Inside);
for (int i = 0; i < nTypes; i++)
{
grfx .DrawRectangles (Pens .DarkGray, rc);
}
plot [0] .DrawYofX (grfx, auxi, Math .Sin);
plot [1] .DrawYofX (grfx, auxi, Math .Cos);
plot [2] .DrawYofX (grfx, auxi, Math .Tanh);
plot [3] .DrawYofX (grfx, auxi, Math .Asin);
plot [4] .DrawYofX (grfx, auxi, Math .Acos);
plot [5] .DrawYofX (grfx, auxi, Math .Atan);
plot [6] .DrawYofX (grfx, auxi, Sample_Func .sinAsinB, new double [2] { 14, 1 });
plot [7] .DrawYofX (grfx, auxi, Sample_Func .RepeatDampedVibrations, new double [] { 3, 2, 10 });
plot [8] .DrawYofX (grfx, auxi, Sample_Func .NormalDistribution, new double [2] { 0.8, 0.5 });
auxi .ParamTrio (0.0, 29.0, 0.02);
plot [9] .DrawParamFunc (grfx, auxi, Sample_Func .ParamFunc_X_0, Sample_Func .ParamFunc_Y_0);
auxi .ParamTrio (-7.5, 7.5, 0.02);
plot [10] .DrawParamFunc (grfx, auxi, Sample_Func .ParamFunc_X_1, Sample_Func .ParamFunc_Y_1);
auxi .ParamTrio (-4.0, 4.0, 0.01);
plot [11] .DrawParamFunc (grfx, auxi, Sample_Func .ParamFunc_X_2, Sample_Func .ParamFunc_Y_2);
auxi .ParamTrio (0.0, 20.0, 0.02);
plot [12] .DrawParamFunc (grfx, auxi, Sample_Func .Lissajou_Param_X, Sample_Func .Lissajou_Param_Y);
auxi .ParamTrio (-2.5, 2.5, 0.005);
plot [13] .DrawParamFunc (grfx, auxi, Sample_Func .ParamFunc_X_4, Sample_Func .ParamFunc_Y_4);
auxi .ParamTrio (0.0, 2.1 * Math .PI, 0.01);
plot [14] .DrawParamFunc (grfx, auxi, Sample_Func .ParamFunc_X_5, Sample_Func .ParamFunc_Y_5);
plot [15] .DrawYofX (grfx, auxi, Math .Sin);
auxi .PenOrder = 1; // .PenColor = Color .Red;
plot [15] .DrawYofX (grfx, auxi, Math .Cos);
}
// ------------------------------------------------- DrawFunc
public void DrawFunc (Graphics grfx)
{
double [] fParams;
MSPlotAuxi msad = new MSPlotAuxi (0, SegmentLocation .Partly_Inside);
switch (Type)
{
case DemoFuncType .Sine:
plot .DrawYofX (grfx, msad, Math .Sin);
break;
case DemoFuncType .Cosine:
plot .DrawYofX (grfx, msad, Math .Cos);
break;
case DemoFuncType .HiperbolicTangent:
plot .DrawYofX (grfx, msad, Math .Tanh);
break;
case DemoFuncType .Arcsine:
plot .DrawYofX (grfx, msad, Math .Asin);
break;
case DemoFuncType .Arccosine:
plot .DrawYofX (grfx, msad, Math .Acos);
break;
case DemoFuncType .Arctangent:
plot .DrawYofX (grfx, msad, Math .Atan);
break;
case DemoFuncType .SinSin:
fParams = new double [2] { 14, 1 };
plot .DrawYofX (grfx, msad, Sample_Func .sinAsinB, fParams);
break;
case DemoFuncType .DampedVibrations:
fParams = new double [] { 3, 2, 10 };
plot .DrawYofX (grfx, msad, Sample_Func .RepeatDampedVibrations, fParams);
break;
case DemoFuncType .Distribution:
fParams = new double [2] { 0.8, 0.5 };
plot .DrawYofX (grfx, msad, Sample_Func .NormalDistribution, fParams);
break;
case DemoFuncType .Parametric_0:
msad .ParamTrio (0.0, 29.0, 0.02);
plot .DrawParamFunc (grfx, msad, Sample_Func .ParamFunc_X_0, Sample_Func .ParamFunc_Y_0);
break;
case DemoFuncType .Parametric_1:
msad .ParamTrio (-7.5, 7.5, 0.02);
plot .DrawParamFunc (grfx, msad, Sample_Func .ParamFunc_X_1, Sample_Func .ParamFunc_Y_1);
break;
case DemoFuncType .Parametric_2:
msad .ParamTrio (-4.0, 4.0, 0.01);
plot .DrawParamFunc (grfx, msad, Sample_Func .ParamFunc_X_2, Sample_Func .ParamFunc_Y_2);
break;
case DemoFuncType .Lissajou:
msad .ParamTrio (0.0, 20.0, 0.02);
plot .DrawParamFunc (grfx, msad, Sample_Func .Lissajou_Param_X, Sample_Func .Lissajou_Param_Y);
break;
case DemoFuncType .Parametric_4:
msad .ParamTrio (-2.5, 2.5, 0.005);
plot .DrawParamFunc (grfx, msad, Sample_Func .ParamFunc_X_4, Sample_Func .ParamFunc_Y_4);
break;
case DemoFuncType .Parametric_5:
msad .ParamTrio (0.0, 6.29, 0.01);
plot .DrawParamFunc (grfx, msad, Sample_Func .ParamFunc_X_5, Sample_Func .ParamFunc_Y_5);
break;
case DemoFuncType .Trigonometric_0:
plot .DrawYofX (grfx, msad, Math .Sin);
msad .PenOrder = 1;
plot .DrawYofX (grfx, msad, Math .Cos);
break;
}
}