private IColorMap ProcessFilters(RawMap<ushort> map, IIAutoAdjustableFilter autoFilter = null)
{
var indColorFilter = new List<IndependentComponentColorToColorFilter<float, float>>();
var indVectorFilter = new List<IndependentComponentVectorToVectorFilter>();
IColorMap currentMap = map;
foreach (var filter in _filters)
{
#if DEBUG
if (currentMap is ColorMapFloat)
{
var m = currentMap as ColorMapFloat;
if (m.Rgb.Any(float.IsNaN)) throw new Exception();
}
#endif
if (filter == null)
throw new ArgumentNullException("filter");
if (filter == autoFilter)
{
if (filter is IAutoAdjustableFilter<ColorMapFloat>)
{
if (currentMap is ColorMapUshort)
{
currentMap = ApplyIndependentColorToFloatFilters((ColorMapUshort)currentMap,
indColorFilter);
}
((IAutoAdjustableFilter<ColorMapFloat>)autoFilter).AutoAdjust((ColorMapFloat)currentMap);
}
else if (filter is IAutoAdjustableFilter<VectorMap>)
{
if (currentMap is ColorMapUshort)
{
currentMap = ApplyIndependentColorToVectorFilters((ColorMapUshort)currentMap,
indVectorFilter);
}
((IAutoAdjustableFilter<VectorMap>)autoFilter).AutoAdjust((VectorMap)currentMap);
}
else
throw new NotSupportedException("Not supported AutoAdjust Filter: " + filter.GetType() +
" for Map: " + currentMap.GetType());
return currentMap;
}
if (currentMap is RawBGGRMap<ushort>)
{
if (filter is IRawToColorMap16Filter<RawBGGRMap<ushort>, ushort>)
{
currentMap = ApplyRawBGGRToColorMapFilter((RawBGGRMap<ushort>)currentMap,
(IRawToColorMap16Filter<RawBGGRMap<ushort>, ushort>)filter);
}
else
{
throw new NotSupportedException("Not supported Filter: " + filter.GetType() + " for Map: " +
currentMap.GetType());
}
}
else if (currentMap is ColorMapUshort)
{
if (filter is IndependentComponentColorToColorFilter<float, float>)
{
indColorFilter.Add((IndependentComponentColorToColorFilter<float, float>)filter);
}
else if (filter is IndependentComponentVectorToVectorFilter)
{
indVectorFilter.Add((IndependentComponentVectorToVectorFilter)filter);
}
else if (filter is ColorToColorFilter<float, byte>)
{
currentMap = ApplyIndependentColorFiltersWithRGB((ColorMapUshort)currentMap,
indColorFilter, (IndependentComponentColorToColorFilter<float, byte>)filter);
}
else if (filter is ColorToColorFilter<float, float>)
{
currentMap = ApplyIndependentColorToFloatFilters((ColorMapUshort)currentMap,
indColorFilter);
ApplySingleFilterInplace((ColorMap<float>)currentMap, (ColorToColorFilter<float, float>)filter);
}
else if (filter is VectorToColorFilter<byte>)
{
currentMap = ApplyIndependentVectorFiltersWithRGB((ColorMapUshort)currentMap,
indVectorFilter, (IndependentComponentVectorToColorFilter<byte>)filter);
}
else if (filter is VectorToVectorFilter)
{
currentMap = ApplyIndependentColorToVectorFilters((ColorMapUshort)currentMap,
indVectorFilter);
ApplySingleFilterInplace((VectorMap)currentMap, (VectorToVectorFilter)filter);
}
else
throw new NotSupportedException("Not supported Filter: " + filter.GetType() + " for Map: " +
currentMap.GetType());
}
else if (currentMap is ColorMapFloat)
{
if (filter is ColorToColorFilter<float, float>)
{
ApplySingleFilterInplace((ColorMapFloat)currentMap, (ColorToColorFilter<float, float>)filter);
}
else if (filter is ColorToColorFilter<float, byte>)
{
currentMap = ConvertToRGB((ColorMapFloat)currentMap, (ColorToColorFilter<float, byte>)filter);
}
else
throw new NotSupportedException("Not supported Filter: " + filter.GetType() + " for Map: " +
currentMap.GetType());
}
else if (currentMap is VectorMap)
{
if (filter is VectorToVectorFilter)
{
ApplySingleFilterInplace((VectorMap)currentMap, (VectorToVectorFilter)filter);
}
else if (filter is VectorToColorFilter<byte>)
{
currentMap = ConvertToRGB((VectorMap)currentMap, (VectorToColorFilter<byte>)filter);
}
else
throw new NotSupportedException("Not supported Filter: " + filter.GetType() + " for Map: " +
currentMap.GetType());
}
else
{
throw new NotSupportedException("Not supported Map: " + currentMap.GetType());
}
}
return currentMap;
}
private IColorMap ProcessFilters(RawMap <ushort> map, IIAutoAdjustableFilter autoFilter = null)
{
var indColorFilter = new List <IndependentComponentColorToColorFilter <float, float> >();
var indVectorFilter = new List <IndependentComponentVectorToVectorFilter>();
IColorMap currentMap = map;
foreach (var filter in _filters)
{
#if DEBUG
if (currentMap is ColorMapFloat)
{
var m = currentMap as ColorMapFloat;
if (m.Rgb.Any(float.IsNaN))
{
throw new Exception();
}
}
#endif
if (filter == null)
{
throw new ArgumentNullException("filter");
}
if (filter == autoFilter)
{
if (filter is IAutoAdjustableFilter <ColorMapFloat> )
{
if (currentMap is ColorMapUshort)
{
currentMap = ApplyIndependentColorToFloatFilters((ColorMapUshort)currentMap,
indColorFilter);
}
((IAutoAdjustableFilter <ColorMapFloat>)autoFilter).AutoAdjust((ColorMapFloat)currentMap);
}
else if (filter is IAutoAdjustableFilter <VectorMap> )
{
if (currentMap is ColorMapUshort)
{
currentMap = ApplyIndependentColorToVectorFilters((ColorMapUshort)currentMap,
indVectorFilter);
}
((IAutoAdjustableFilter <VectorMap>)autoFilter).AutoAdjust((VectorMap)currentMap);
}
else
{
throw new NotSupportedException("Not supported AutoAdjust Filter: " + filter.GetType() +
" for Map: " + currentMap.GetType());
}
return(currentMap);
}
if (currentMap is RawBGGRMap <ushort> )
{
if (filter is IRawToColorMap16Filter <RawBGGRMap <ushort>, ushort> )
{
currentMap = ApplyRawBGGRToColorMapFilter((RawBGGRMap <ushort>)currentMap,
(IRawToColorMap16Filter <RawBGGRMap <ushort>, ushort>)filter);
}
else
{
throw new NotSupportedException("Not supported Filter: " + filter.GetType() + " for Map: " +
currentMap.GetType());
}
}
else if (currentMap is ColorMapUshort)
{
if (filter is IndependentComponentColorToColorFilter <float, float> )
{
indColorFilter.Add((IndependentComponentColorToColorFilter <float, float>)filter);
}
else if (filter is IndependentComponentVectorToVectorFilter)
{
indVectorFilter.Add((IndependentComponentVectorToVectorFilter)filter);
}
else if (filter is ColorToColorFilter <float, byte> )
{
currentMap = ApplyIndependentColorFiltersWithRGB((ColorMapUshort)currentMap,
indColorFilter, (IndependentComponentColorToColorFilter <float, byte>)filter);
}
else if (filter is ColorToColorFilter <float, float> )
{
currentMap = ApplyIndependentColorToFloatFilters((ColorMapUshort)currentMap,
indColorFilter);
ApplySingleFilterInplace((ColorMap <float>)currentMap, (ColorToColorFilter <float, float>)filter);
}
else if (filter is VectorToColorFilter <byte> )
{
currentMap = ApplyIndependentVectorFiltersWithRGB((ColorMapUshort)currentMap,
indVectorFilter, (IndependentComponentVectorToColorFilter <byte>)filter);
}
else if (filter is VectorToVectorFilter)
{
currentMap = ApplyIndependentColorToVectorFilters((ColorMapUshort)currentMap,
indVectorFilter);
ApplySingleFilterInplace((VectorMap)currentMap, (VectorToVectorFilter)filter);
}
else
{
throw new NotSupportedException("Not supported Filter: " + filter.GetType() + " for Map: " +
currentMap.GetType());
}
}
else if (currentMap is ColorMapFloat)
{
if (filter is ColorToColorFilter <float, float> )
{
ApplySingleFilterInplace((ColorMapFloat)currentMap, (ColorToColorFilter <float, float>)filter);
}
else if (filter is ColorToColorFilter <float, byte> )
{
currentMap = ConvertToRGB((ColorMapFloat)currentMap, (ColorToColorFilter <float, byte>)filter);
}
else
{
throw new NotSupportedException("Not supported Filter: " + filter.GetType() + " for Map: " +
currentMap.GetType());
}
}
else if (currentMap is VectorMap)
{
if (filter is VectorToVectorFilter)
{
ApplySingleFilterInplace((VectorMap)currentMap, (VectorToVectorFilter)filter);
}
else if (filter is VectorToColorFilter <byte> )
{
currentMap = ConvertToRGB((VectorMap)currentMap, (VectorToColorFilter <byte>)filter);
}
else
{
throw new NotSupportedException("Not supported Filter: " + filter.GetType() + " for Map: " +
currentMap.GetType());
}
}
else
{
throw new NotSupportedException("Not supported Map: " + currentMap.GetType());
}
}
return(currentMap);
}
public void AutoAdjust(RawMap<ushort> map, IIAutoAdjustableFilter autoFilter)
{
ProcessFilters(map, autoFilter);
}
public void AutoAdjust(RawMap <ushort> map, IIAutoAdjustableFilter autoFilter)
{
ProcessFilters(map, autoFilter);
}