private void FigureConfigMatrixScalar(int xc, int xr, string xName, string yName)
{
FigureProtocol.FigureConfig figureConfig = new FigureProtocol.FigureConfig()
{
FigureId = publisher.Id,
Title = varName,
RowsCount = xc,
ColumnsCount = xr
};
publisher.Send(FigureProtocol.FigureConfigLabel, figureConfig);
for (int i = 0; i < xr; i++)
{
for (int j = 0; j < xc; j++)
{
string observationName = $"{xName}({i}-{j})";
FigureProtocol.PlotConfig plotConfig = new FigureProtocol.PlotConfig()
{
FigureId = publisher.Id,
RowNO = i,
ColumnNO = j,
XLabel = observationName,
YLabel = yName
};
publisher.Send(FigureProtocol.PlotConfigLabel, plotConfig);
FigureProtocol.Curve curve = new FigureProtocol.Curve()
{
FigureId = publisher.Id,
CurveHandle = i * xc + j,
RowNO = i,
ColumnNO = j
};
publisher.Send(FigureProtocol.CurveLabel, curve);
}
}
}
private void FigureConfigDoubleScalar(string xName, string yName)
{
FigureProtocol.FigureConfig figureConfig = new FigureProtocol.FigureConfig()
{
FigureId = publisher.Id,
Title = varName,
RowsCount = 1,
ColumnsCount = 1
};
publisher.Send(FigureProtocol.FigureConfigLabel, figureConfig);
FigureProtocol.PlotConfig plotConfig = new FigureProtocol.PlotConfig()
{
FigureId = publisher.Id,
RowNO = 0,
ColumnNO = 0,
XLabel = xName,
YLabel = yName
};
publisher.Send(FigureProtocol.PlotConfigLabel, plotConfig);
FigureProtocol.Curve curve = new FigureProtocol.Curve()
{
FigureId = publisher.Id,
CurveHandle = 0,
RowNO = 0,
ColumnNO = 0
};
publisher.Send(FigureProtocol.CurveLabel, curve);
}
protected override bool Receive(FigureProtocol.Curve curve)
{
if (!Figures.ContainsKey(curve.FigureId))
{
return(false);
}
Figure figure = Figures[curve.FigureId];
Curve cv = new Curve();
figure.Curves[curve.CurveHandle] = cv;
cv.ColNO = curve.ColumnNO;
cv.RowNO = curve.RowNO;
return(true);
}
protected override bool Receive(FigureProtocol.Curve curve)
{
if (!base.Receive(curve))
{
return(false);
}
Figure figure = Figures[curve.FigureId];
string curveID = $"{curve.FigureId}_{curve.CurveHandle}";
switch (figure.AxesShape)
{
case AxesShapeType.Scalar:
Execute($@"
cv{curveID}, = ax{curve.FigureId}.plot([], [])
xdata{curveID} = cv{curveID}.get_xdata()
ydata{curveID} = cv{curveID}.get_ydata()
ax{curve.FigureId}.grid()
");
break;
case AxesShapeType.Vector:
int index = curve.RowNO > curve.ColumnNO ? curve.RowNO : curve.ColumnNO;
Execute($@"
cv{curveID} = ax{curve.FigureId}[{index}].plot([], [])
xdata{curveID} = cv{curveID}.get_xdata()
ydata{curveID} = cv{curveID}.get_ydata()
ax{curve.FigureId}[{index}].grid()
");
break;
case AxesShapeType.Matrix:
Execute($@"
cv{curveID} = ax{curve.FigureId}[{curve.RowNO}, {curve.ColumnNO}].plot([], [])
xdata{curveID} = cv{curveID}.get_xdata()
ydata{curveID} = cv{curveID}.get_ydata()
ax{curve.FigureId}[{curve.RowNO}, {curve.ColumnNO}].grid()
");
break;
}
return(true);
}
private void FigureConfigVVectorHVector(int xr, int yc, string xName, string yName)
{
FigureProtocol.FigureConfig figureConfig = new FigureProtocol.FigureConfig()
{
FigureId = publisher.Id,
Title = varName,
RowsCount = yc,
ColumnsCount = xr
};
publisher.Send(FigureProtocol.FigureConfigLabel, figureConfig);
for (int i = 0; i < yc; i++)
{
string observationName = $"{yName}({i})";
}
for (int i = 0; i < xr; i++)
{
string observationName = $"{xName}({i})";
for (int j = 0; j < yc; j++)
{
FigureProtocol.PlotConfig plotConfig = new FigureProtocol.PlotConfig()
{
FigureId = publisher.Id,
RowNO = i,
ColumnNO = j,
XLabel = observationName,
YLabel = yHandle.space[j].Name
};
publisher.Send(FigureProtocol.PlotConfigLabel, plotConfig);
FigureProtocol.Curve curve = new FigureProtocol.Curve()
{
FigureId = publisher.Id,
CurveHandle = i * yc + j,
RowNO = i,
ColumnNO = j
};
publisher.Send(FigureProtocol.CurveLabel, curve);
}
}
}
protected virtual bool Receive(FigureProtocol.Curve curve)
{
return(false);
}
public override void Check()
{
int rowNo = InPortList[0].RowNo;
int colNo = InPortList[0].ColNo;
FigureProtocol.FigureConfig figureConfig = new FigureProtocol.FigureConfig()
{
FigureId = publisher.Id,
Title = varName,
RowsCount = rowNo == 0 ? 1 : rowNo,
ColumnsCount = colNo == 0 ? 1 : colNo
};
publisher.Send(FigureProtocol.FigureConfigLabel, figureConfig);
handle = Observation.CreateObservation(varName, rowNo, colNo);
if (rowNo > 0 && colNo > 0)
{
for (int i = 0; i < rowNo; i++)
{
for (int j = 0; j < colNo; j++)
{
string observationName = $"{varName}({i}-{j})";
FigureProtocol.PlotConfig plotConfig = new FigureProtocol.PlotConfig()
{
FigureId = publisher.Id,
RowNO = i,
ColumnNO = j,
XLabel = "time/s",
YLabel = observationName
};
publisher.Send(FigureProtocol.PlotConfigLabel, plotConfig);
FigureProtocol.Curve curve = new FigureProtocol.Curve()
{
FigureId = publisher.Id,
CurveHandle = i * colNo + j,
RowNO = i,
ColumnNO = j
};
publisher.Send(FigureProtocol.CurveLabel, curve);
}
}
}
else
{
FigureProtocol.PlotConfig plotConfig = new FigureProtocol.PlotConfig()
{
FigureId = publisher.Id,
RowNO = 0,
ColumnNO = 0,
XLabel = "time/s",
YLabel = varName
};
publisher.Send(FigureProtocol.PlotConfigLabel, plotConfig);
FigureProtocol.Curve curve = new FigureProtocol.Curve()
{
FigureId = publisher.Id,
CurveHandle = 0,
RowNO = 0,
ColumnNO = 0
};
publisher.Send(FigureProtocol.CurveLabel, curve);
}
FigureProtocol.ShowCommand showCommand = new FigureProtocol.ShowCommand()
{
FigureId = publisher.Id
};
publisher.Send(FigureProtocol.ShowCommandLabel, showCommand);
}
