internal static void generatePalettes(Palette.Kind Kind, int Size)
{
palettes.Clear();
if (Kind == Palette.Kind.Diverging)
{
palettes.Add(ColorBrewer.BrewerPalettes.Spectral(Size));
palettes.Add(ColorBrewer.BrewerPalettes.RdYlGn(Size));
palettes.Add(ColorBrewer.BrewerPalettes.RdBu(Size));
palettes.Add(ColorBrewer.BrewerPalettes.PiYG(Size));
palettes.Add(ColorBrewer.BrewerPalettes.PRGn(Size));
palettes.Add(ColorBrewer.BrewerPalettes.RdYlBu(Size));
palettes.Add(ColorBrewer.BrewerPalettes.BrBG(Size));
palettes.Add(ColorBrewer.BrewerPalettes.RdGy(Size));
palettes.Add(ColorBrewer.BrewerPalettes.PuOr(Size));
}
else if (Kind == Palette.Kind.Qualitative)
{
palettes.Add(ColorBrewer.BrewerPalettes.Set2(Size));
palettes.Add(ColorBrewer.BrewerPalettes.Accent(Size));
palettes.Add(ColorBrewer.BrewerPalettes.Set1(Size));
palettes.Add(ColorBrewer.BrewerPalettes.Set3(Size));
palettes.Add(ColorBrewer.BrewerPalettes.Dark2(Size));
palettes.Add(ColorBrewer.BrewerPalettes.Paired(Size));
palettes.Add(ColorBrewer.BrewerPalettes.Pastel2(Size));
palettes.Add(ColorBrewer.BrewerPalettes.Pastel1(Size));
}
else if (Kind == Palette.Kind.Sequential)
{
palettes.Add(ColorBrewer.BrewerPalettes.OrRd(Size));
palettes.Add(ColorBrewer.BrewerPalettes.BuPu(Size));
//palettes.Add(ColorBrewer.BrewerPalettes.Oranges(Size));
palettes.Add(ColorBrewer.BrewerPalettes.BuGn(Size));
palettes.Add(ColorBrewer.BrewerPalettes.YlOrBr(Size));
palettes.Add(ColorBrewer.BrewerPalettes.YlGn(Size));
palettes.Add(ColorBrewer.BrewerPalettes.Reds(Size));
palettes.Add(ColorBrewer.BrewerPalettes.RdPu(Size));
//palettes.Add(ColorBrewer.BrewerPalettes.Greens(Size));
palettes.Add(ColorBrewer.BrewerPalettes.YlGnBu(Size));
//palettes.Add(ColorBrewer.BrewerPalettes.Purples(Size));
//palettes.Add(ColorBrewer.BrewerPalettes.GnBu(Size));
//palettes.Add(ColorBrewer.BrewerPalettes.Greys(Size));
palettes.Add(ColorBrewer.BrewerPalettes.YlOrRd(Size));
palettes.Add(ColorBrewer.BrewerPalettes.PuRd(Size));
palettes.Add(ColorBrewer.BrewerPalettes.Blues(Size));
palettes.Add(ColorBrewer.BrewerPalettes.PuBuGn(Size));
}
else if (Kind == Palette.Kind.Fixed)
{
palettes.Add(defaultPalette);
palettes.Add(FixedColors.FixedColorPalettes.blackForest());
palettes.Add(FixedColors.FixedColorPalettes.mars());
palettes.Add(FixedColors.FixedColorPalettes.departure());
palettes.Add(FixedColors.FixedColorPalettes.northRhine());
palettes.Add(FixedColors.FixedColorPalettes.wiki2());
palettes.Add(FixedColors.FixedColorPalettes.plumbago());
palettes.Add(FixedColors.FixedColorPalettes.cw1_013());
palettes.Add(FixedColors.FixedColorPalettes.arctic());
}
}
internal _Palettes (Palette[] p, Palette.Kind pK, int i)
{
availablePalettes = p;
int j = 0;
for (int d = 0; i < availablePalettes.Length; i++ )
{
availablePalettes[d].index = j;
j++;
}
paletteType = pK;
size = i;
generateSwatches();
}
internal SCANterrainConfig(SCANterrainConfig copy)
{
minHeightRange = copy.minHeightRange;
maxHeightRange = copy.maxHeightRange;
clampTerrain = copy.clampTerrain;
clampHeight = copy.clampHeight;
colorPal = copy.colorPal;
paletteName = copy.paletteName;
paletteSize = copy.paletteSize;
paletteReverse = copy.paletteReverse;
paletteDiscrete = copy.paletteDiscrete;
body = copy.body;
name = copy.name;
}
internal Texture2D getLegend(float min, float max, int scheme, SCANdata data)
{
if (legend != null && legendMin == min && legendMax == max && legendScheme == scheme && data.TerrainConfig.ColorPal.hash == dataPalette.hash)
return legend;
legend = new Texture2D(256, 1, TextureFormat.RGB24, false);
legendMin = min;
legendMax = max;
legendScheme = scheme;
dataPalette = data.TerrainConfig.ColorPal;
Color[] pix = legend.GetPixels();
for (int x = 0; x < 256; ++x)
{
float val = (x * (max - min)) / 256f + min;
pix[x] = palette.heightToColor(val, scheme, data);
}
legend.SetPixels(pix);
legend.Apply();
return legend;
}
internal SCANterrainConfig(float min, float max, float? clamp, Palette color, int size, bool reverse, bool discrete, CelestialBody b)
{
minHeightRange = min;
maxHeightRange = max;
clampTerrain = clamp;
if (clampTerrain == null)
clampHeight = "Null";
else
clampHeight = clampTerrain.Value.ToString("F0");
colorPal = color;
paletteName = colorPal.name;
paletteSize = size;
paletteReverse = reverse;
paletteDiscrete = discrete;
body = b;
name = body.name;
index = body.flightGlobalsIndex;
setDefaultValues();
}
//Change the max range on the palette size slider based on palette type
private void setSizeSlider(Palette.Kind k)
{
int max = 11;
switch (k)
{
case Palette.Kind.Diverging:
{
max = 11;
break;
}
case Palette.Kind.Qualitative:
{
max = 12;
break;
}
case Palette.Kind.Sequential:
{
max = 9;
break;
}
case Palette.Kind.Fixed:
{
break;
}
}
paletteSizeSlider.MaxValue = max;
if (pSize > paletteSizeSlider.MaxValue)
pSize = paletteSizeSlider.MaxValue;
}
public override void OnDecodeFromConfigNode()
{
body = FlightGlobals.Bodies.FirstOrDefault(b => b.flightGlobalsIndex == index);
if (body != null)
name = body.name;
colorPal = SCANUtil.paletteLoader(paletteName, paletteSize);
float tempClamp = 0;
if (clampHeight == "Null" || clampHeight == "null" || string.IsNullOrEmpty(clampHeight))
clampTerrain = null;
else if (float.TryParse(clampHeight, out tempClamp))
clampTerrain = tempClamp;
else
clampTerrain = null;
setDefaultValues();
SCANUtil.SCANdebugLog("SCANsat Terrain Config Decode");
SCANUtil.SCANdebugLog("-------->Body Name => {0}", name);
SCANUtil.SCANdebugLog("-------->Body Index => {0}", index);
SCANUtil.SCANdebugLog("-------->Min Height Range => {0}", minHeightRange);
SCANUtil.SCANdebugLog("-------->Max Height Range => {0}", maxHeightRange);
SCANUtil.SCANdebugLog("-------->Clamp Height => {0}", clampHeight);
SCANUtil.SCANdebugLog("-------->Palette Name => {0}", paletteName);
SCANUtil.SCANdebugLog("-------->Palette Size => {0}", paletteSize);
SCANUtil.SCANdebugLog("-------->Palette Reverse => {0}", paletteReverse);
SCANUtil.SCANdebugLog("-------->Palette Discrete => {0}", paletteDiscrete);
}
private void setDefaultValues()
{
defaultMinHeight = minHeightRange;
defaultMaxHeight = maxHeightRange;
defaultClamp = clampTerrain;
defaultPalette = colorPal;
defaultPaletteSize = paletteSize;
defaultDiscrete = paletteDiscrete;
defaultReverse = paletteReverse;
}
internal static _Palettes setCurrentPalettesType(Palette.Kind type, int size)
{
switch (type)
{
case Palette.Kind.Fixed:
return generatePaletteSet(0, Palette.Kind.Fixed);
default:
return generatePaletteSet(size, type);
}
//switch (type)
//{
// case Palette.Kind.Diverging:
// return generatePaletteSet(size, type);
// //return divPaletteSet;
// case Palette.Kind.Qualitative:
// //return qualPaletteSet;
// case Palette.Kind.Sequential:
// //return seqPaletteSet;
// case Palette.Kind.Fixed:
// //return fixedPaletteSet;
// default:
// //return divPaletteSet;
//}
}
private static _Palettes generatePaletteSet(int size, Palette.Kind type)
{
PaletteLoader.generatePalettes(type, size);
return new _Palettes(PaletteLoader.palettes.ToArray(), type, size);
}
private void setNewTerrainConfigValues(SCANterrainConfig terrain, float min, float max, float? clamp, Palette c, int size, bool reverse, bool discrete)
{
terrain.MinTerrain = min;
terrain.MaxTerrain = max;
terrain.ClampTerrain = clamp;
terrain.ColorPal = c;
terrain.PalSize = size;
terrain.PalRev = reverse;
terrain.PalDis = discrete;
}