public static Dictionary <Pos, ILocation> MakeLocationsForExodusFromMethod(BiomeInitialization biomeInit, ExodusGame game, MapGen mapGen, int numCats)
{
IMap map = game.map;
Dictionary <Pos, ILocation> locations = new Dictionary <Pos, ILocation>();
float[][,] biomes = ExodusBiomeInitializer.GetBiomesFromMethod(map, mapGen, numCats, biomeInit);
Color[] colorList = Colors.ColorListProcedural(2000);
for (int x = 0; x < map.xDim; x++)
{
for (int y = 0; y < map.yDim; y++)
{
Pos p = map.pathMap[new Loc(x, y).key()];
float[] thisBiomes = new float[numCats];
for (int iCat = 0; iCat < numCats; iCat++)
{
thisBiomes[iCat] = biomes[iCat][x, y];
}
Dictionary <string, float> qualities = mapGen.GetLocationQualities(x, y);
locations[p] = new ExodusLocation(p, thisBiomes, game, qualities);
}
}
return(locations);
}
public Color GetColor(ExodusLocation location, Color currentColor)
{
Color c = currentColor;
switch (_currentColorType)
{
case ExodusLocationColorType.DiscreteSingle:
c = GetColorDiscreteSingleBiome(c, location);
break;
case ExodusLocationColorType.DiscreteMulti:
c = GetColorDiscreteManyBiome(c, location);
break;
case ExodusLocationColorType.ContinuousSingle:
c = GetColorContinuousSingleBiome(c, location);
break;
case ExodusLocationColorType.ContinuousMulti:
c = GetColorContinuousManyBiome(c, location);
break;
}
return(c);
}
public Color GetColor(ExodusLocation exodusLocation)
{
Color c = SetDefaultColor(exodusLocation);
c = _biomeSystem.GetColor(exodusLocation, c);
return(c);
}
private Color GetColorDiscreteSingleBiome(Color currentColor, ExodusLocation location)
{
if (location._biomes[_currentBiome] > ExodusSettings.biomeCutoffDiscrete)
{
currentColor = _biomeColors[_currentBiome];
}
return(currentColor);
}
private Color GetColorContinuousSingleBiome(Color currentColor, ExodusLocation location)
{
if (location._biomes[_currentBiome] > ExodusSettings.biomeCutoffContinuous)
{
Color pureColor = _biomeColors[_currentBiome];
currentColor = MapColor.GetColorLerp(location._biomes[_currentBiome], Color.white, pureColor);
}
return(currentColor);
}
private Color GetColorDiscreteManyBiome(Color currentColor, ExodusLocation location)
{
int maxIndex = location.GetMaxBiome();
if (location._biomes[maxIndex] > ExodusSettings.biomeCutoffDiscrete)
{
currentColor = _biomeColors[maxIndex];
}
return(currentColor);
}
private Color GetColorContinuousManyBiome(Color currentColor, ExodusLocation location)
{
int maxIndex = location.GetMaxBiome();
if (location._biomes[maxIndex] > ExodusSettings.biomeCutoffContinuous)
{
Color pureColor = _biomeColors[maxIndex];
currentColor = MapColor.GetColorLerp(location._biomes[maxIndex], Color.white, pureColor);
}
return(currentColor);
}
private Color SetDefaultColor(ExodusLocation location)
{
Color c = Color.magenta;
if (location._qualities["Land"] == 0f)
{
c = Color.black;
}
else
{
c = Color.white;
}
return(c);
}
public static Dictionary <Pos, ILocation> MakeLocationsForExodus(ExodusGame game, MapGen mapGen, int numCats, float cutoff = 0.9f)
{
IMap map = game.map;
Dictionary <Pos, ILocation> locations = new Dictionary <Pos, ILocation>();
for (int x = 0; x < map.xDim; x++)
{
for (int y = 0; y < map.yDim; y++)
{
Pos p = map.pathMap[new Loc(x, y).key()];
Dictionary <string, float> qualities = mapGen.GetLocationQualities(x, y);
locations[p] = new ExodusLocation(p, new float[numCats], game, qualities);
}
}
return(locations);
}
public ExodusStructure(ExodusLocation location)
{
_location = location;
Debug.Log("Made New Structure");
}