// cmap is the desired color spectrum to use
public static Bitmap ConvertImageToHeatmapBitMap(Bitmap img, bool logScale)
{
int[,] Heatmap = new int[64, 4]; // Heatmap
ColorMapExt cmap = new ColorMapExt();
Heatmap = cmap.Heatmap();
return Convert2DIntArrayToHeatmapBitMap(ConvertBitmapTo2DIntArray(img), Heatmap, logScale);
}
private void Init()
{
ColorMapExt cmap = new ColorMapExt();
Heatmap = cmap.Heatmap();
useFiltering = checkBoxDepthUseFiltering.Checked;
useAverage = checkBoxDepthUseAverage.Checked;
innerBandThreshold = (int)trackBarDepthInnerBand.Value;
outerBandThreshold = (int)trackBarDepthOuterBand.Value;
averageFrameCount = (int)trackBarDepthFramesToAverage.Value;
// Sets the camera elevation angle
//this.sensor.ElevationAngle = Convert.ToInt32(this.textboxElevationAngle.Text);
// Lookup table for all possible depth values (0 - 2047)
for (int i = 0; i < DepthLookUp.Length; i++)
{
DepthLookUp[i] = rawDepthToMeters(i);
}
}
// cmap is the desired color spectrum to use
public static Bitmap Convert2DIntArrayToHeatmapBitMap(int[,] data, bool logScale)
{
int[,] Heatmap = new int[64, 4]; // Heatmap
ColorMapExt cmap = new ColorMapExt();
Heatmap = cmap.Heatmap();
return Convert2DIntArrayToHeatmapBitMap(data, Heatmap, 0, 255, logScale);
}