/// <summary>
/// Initializes the plot driver
/// </summary>
protected void CreatePlotter()
{
switch (m_format)
{
case FieldStateConfiguration.ExportFormats.TecPlot:
m_PlotDriver = new Tecplot(this.GridDat, m_showJumps, m_GhostZone, (uint)m_config.SuperSampling);
break;
case FieldStateConfiguration.ExportFormats.Cgns:
throw new NotImplementedException();
//m_PlotDriver = new CgnsExport(this.GridDat, false, m_showJumps, m_GhostZone, (uint)m_config.SuperSampling);
//break;
case FieldStateConfiguration.ExportFormats.Hdf5:
throw new NotImplementedException();
//m_PlotDriver = new CgnsExport(this.GridDat, true, m_showJumps, m_GhostZone, (uint)m_config.SuperSampling);
//break;
case FieldStateConfiguration.ExportFormats.CSV:
m_PlotDriver = new CSVExportDriver(this.GridDat, m_showJumps, (uint)m_config.SuperSampling);
break;
case FieldStateConfiguration.ExportFormats.Curve:
m_PlotDriver = new CurveExportDriver(this.GridDat, m_showJumps, (uint)m_config.SuperSampling);
break;
case FieldStateConfiguration.ExportFormats.BinaryStream:
m_PlotDriver = new BinaryStreamExportDriver(this.GridDat, m_showJumps, m_GhostZone, (uint)m_config.SuperSampling);
break;
default:
throw new NotImplementedException();
}
}
protected override void PlotCurrentState(double physTime, TimestepNumber timestepNo, int superSampling = 0)
{
if (plotDriver == null)
{
plotDriver = new Tecplot(GridData, true, false, (uint)superSampling);
}
UpdateDerivedVariables();
plotDriver.PlotFields("XDGShockTest-" + timestepNo, physTime, m_IOFields);
}
