public ActionResult Get(GeneratorSetupData generatorSetupData)
{
CSVColumnGenerator columnGenerator = new CSVColumnGenerator(dataContext);
CSVTableGenerator tableGenerator = new CSVTableGenerator(columnGenerator);
byte[] csvFile = tableGenerator.GenerateTable(generatorSetupData.tables[0], generatorSetupData.settings);
return(File(csvFile, "application/csv", "my_file.csv"));
}
public AlternatingColorContourMapGenerator(GeneratorSetupData setupData) : base(setupData)
{
}
public NormalTopoMapGenerator(GeneratorSetupData setupData)
: base(setupData)
{
}
// ---- factory function ----
public static TopoMapGenerator getGenerator( GeneratorSetupData setupData )
{
TopoMapGenerator generator = null;
switch ( setupData.Type )
{
case MapType.Normal :
generator = new NormalTopoMapGenerator( setupData );
break;
case MapType.Gradient :
generator = new GradientTopoMapGenerator( setupData );
break;
case MapType.AlternatingColors :
generator = new AlternatingColorContourMapGenerator( setupData );
break;
case MapType.HorizontalSlice :
generator = new HorizontalSlicesTopoMapGenerator( setupData );
break;
case MapType.VerticalSliceNS :
generator = new VerticalSlicesTopoMapGenerator( VerticalSlicesTopoMapGenerator.SliceDirectionType.NS, setupData );
break;
case MapType.VerticalSliceEW :
generator = new VerticalSlicesTopoMapGenerator( VerticalSlicesTopoMapGenerator.SliceDirectionType.EW, setupData );
break;
default:
throw new System.InvalidOperationException("unknown OutputModeType : " + setupData.Type.ToString());
}
return generator;
}
// ------------------------------------------------------
// ---- constructor ----
// note : as the generators are pixel focused, we'll only work with indices into the topo data (for now)
public TopoMapGenerator( GeneratorSetupData setupData )
{
/*
( FLTTopoData data,
int contourHeights,
String outputFilename,
int[] rectIndices,
int imageWidth, int imageHeight
)
*/
_data = setupData.Data;
_contourHeights = setupData.ContourHeights;
_outputFilename = setupData.OutputFilename;
if ( setupData.RectIndices.Length < 4 )
{
throw new System.InvalidOperationException( "Expected four indices, got : " + setupData.RectIndices.Length );
}
else
{
_rectIndices = setupData.RectIndices;
}
_imageWidth = setupData.ImageWidth;
_imageHeight = setupData.ImageHeight;
addTimingHandler = null;
}
public NormalTopoMapGenerator( GeneratorSetupData setupData )
: base(setupData)
{
}
public HorizontalSlicesTopoMapGenerator( GeneratorSetupData setupData )
: base(setupData)
{
}
public AlternatingColorContourMapGenerator( GeneratorSetupData setupData )
: base(setupData)
{
}
public VerticalSlicesTopoMapGenerator( SliceDirectionType sliceDir, GeneratorSetupData setupData )
: base(setupData)
{
_sliceDirection = sliceDir;
_appendCoordinatesToFilenames = setupData.AppendCoordinatesToFilenames;
_imageHeightScale = setupData.ImageHeightScale;
}
public GradientTopoMapGenerator( GeneratorSetupData setupData )
: base(setupData)
{
}
