private string GetOreAt(int worldX, int worldY, Biome biome, string baseBlock)
{
Block block = world.resources.GetBlock(baseBlock);
if (!block.solid)
{
return(baseBlock); //Only allow ore on solid terrain blocks
}
foreach (string oreName in biome.ores)
{
Ore ore = world.resources.GetOre(oreName);
float oreNoise = world.generate.Ore(worldX, worldY, oreName, ore.scale);
if (oreNoise > ore.cutoff)
{
return(oreName);
}
}
return(baseBlock);
}
private void Generate()
{
colors = new Color[WIDTH][];
int seed = random.Next();
world = new World("BiomeTest", seed, resources);
for (int x = 0; x < WIDTH; x++)
{
colors[x] = new Color[HEIGHT];
for (int y = START_Y; y < END_Y; y++)
{
Biome biome = world.GetBiomeAt(x, y);
Tuple <float, float> values = world.generate.Terrain(x, y, biome.minHeight, biome.maxHeight);
float value = values.Item2;
value = value < -0.5f ? (values.Item1 < -0.4f ? 0.1f : 0.25f) : value < -0.4f ? 0.8f : 1;
if (y < World.SEA_LEVEL)
{
value /= 2;
}
int[] c = biome.color;
Color color = new Color((int)(c[0] * value), (int)(c[1] * value), (int)(c[2] * value));
if (values.Item2 > -0.5)
{
foreach (string oreName in biome.ores)
{
Ore ore = resources.GetOre(oreName);
if (world.generate.Ore(x, y, oreName, ore.scale) > ore.cutoff)
{
color = new Color((uint)oreName.GetHashCode());
}
}
}
colors[x][y - START_Y] = color;
}
}
}
