private void SendFileDoubleScalar()
{
FigureProtocol.DataFile dataFile = new FigureProtocol.DataFile()
{
FigureId = publisher.Id,
CurveHandle = 0,
FileName = Observation.DataFile,
XColumn = xHandle.space[0].Name,
YColumn = yHandle.space[0].Name
};
publisher.Send(FigureProtocol.DataFileLabel, dataFile);
}
private void SendFileMatrixScalar()
{
for (int i = 0; i < xHandle.space.Count; i++)
{
FigureProtocol.DataFile dataFile = new FigureProtocol.DataFile()
{
FigureId = publisher.Id,
CurveHandle = i,
FileName = Observation.DataFile,
XColumn = xHandle.space[i].Name,
YColumn = yHandle.space[0].Name
};
publisher.Send(FigureProtocol.DataFileLabel, dataFile);
}
}
public override void Release()
{
for (int i = 0; i < handle.space.Count; i++)
{
Observation observation = handle.space[i];
FigureProtocol.DataFile dataFile = new FigureProtocol.DataFile()
{
FigureId = publisher.Id,
CurveHandle = i,
FileName = Observation.DataFile,
XColumn = "Time",
YColumn = observation.Name
};
publisher.Send(FigureProtocol.DataFileLabel, dataFile);
}
;
}
private void SendFileVVectorHVector()
{
for (int i = 0; i < xHandle.space.Count; i++)
{
for (int j = 0; j < yHandle.space.Count; j++)
{
FigureProtocol.DataFile dataFile = new FigureProtocol.DataFile()
{
FigureId = publisher.Id,
CurveHandle = i * yHandle.space.Count + j,
FileName = Observation.DataFile,
XColumn = xHandle.space[i].Name,
YColumn = yHandle.space[j].Name
};
publisher.Send(FigureProtocol.DataFileLabel, dataFile);
}
}
}
protected override bool Receive(FigureProtocol.DataFile dataFile)
{
if (!Figures.ContainsKey(dataFile.FigureId))
{
return(false);
}
Figure figure = Figures[dataFile.FigureId];
if (!figure.Curves.ContainsKey(dataFile.CurveHandle))
{
return(false);
}
Curve curve = figure.Curves[dataFile.CurveHandle];
Flush(curve, dataFile.FigureId, dataFile.CurveHandle);
curve.Showed = true;
if (SaveFigure && figure.Showed)
{
string fileName = Path.GetFullPath(dataFile.FileName);
string figName = figure.Name;
foreach (char invalidChar in Path.GetInvalidFileNameChars())
{
figName = figName.Replace(invalidChar, '_');
}
Execute($@"
plt.savefig(r'{Path.GetDirectoryName(fileName)}\{figName}.png')
");
}
foreach (Figure fig in Figures.Values)
{
if (!figure.Showed)
{
return(true);
}
}
Execute(@"
plt.ioff()
plt.show()
");
Unsubscribe();
return(true);
}
protected virtual bool Receive(FigureProtocol.DataFile dataFile)
{
return(false);
}
protected override bool Receive(FigureProtocol.DataFile dataFile)
{
if (!Figures.ContainsKey(dataFile.FigureId))
{
return(false);
}
Figure figure = Figures[dataFile.FigureId];
if (!figure.Curves.ContainsKey(dataFile.CurveHandle))
{
return(false);
}
Curve curve = figure.Curves[dataFile.CurveHandle];
string fileName = Path.GetFullPath(dataFile.FileName);
if (!Files.ContainsKey(fileName))
{
Execute($@"
df{Files.Count} = pd.read_csv(r'{fileName}', skipinitialspace=True)
");
Files[fileName] = Files.Count;
}
Execute($@"
x = df{Files[fileName]}['{dataFile.XColumn}'].values
y = df{Files[fileName]}['{dataFile.YColumn}'].values
");
switch (figure.AxesShape)
{
case AxesShapeType.Scalar:
Execute($@"
ax{dataFile.FigureId}.plot(x, y)
");
break;
case AxesShapeType.Vector:
int index = curve.RowNO > curve.ColNO ? curve.RowNO : curve.ColNO;
Execute($@"
ax{dataFile.FigureId}[{index}].plot(x, y)
");
break;
case AxesShapeType.Matrix:
Execute($@"
ax{dataFile.FigureId}[{curve.RowNO}, {curve.ColNO}].plot(x, y)
ax.grid()
");
break;
}
curve.Showed = true;
if (SaveFigure && figure.Showed)
{
string figName = figure.Name;
foreach (char invalidChar in Path.GetInvalidFileNameChars())
{
figName = figName.Replace(invalidChar, '_');
}
Execute($@"
plt.savefig(r'{Path.GetDirectoryName(fileName)}\{figName}.png')
");
}
foreach (var fig in Figures.Values)
{
if (!fig.Showed)
{
return(true);
}
}
Execute($@"
plt.show()
");
Unsubscribe();
return(true);
}