public void UpdateColors()
{
Color[] colors = new Color[texture.width * texture.height];
int colorIndex = 0;
for (int i = 0; i < NumBiomes * 2 - 2; i++)
{
ColorSettings.BiomeColorSettings.Biome biome = settings.biomeColorSettings.biomes[(int)Mathf.Ceil(i / 2f)];
for (int j = 0; j < NumberColors * 2; j++)
{
Color gradientColor;
if (j < NumberColors)
{
gradientColor = settings.oceanColor.Evaluate(j / (float)NumberColors);
}
else
{
gradientColor = biome.gradient.Evaluate((j - NumberColors) / (float)NumberColors);
}
Color tintColor = biome.tint;
colors[colorIndex] = gradientColor * (1 - biome.tintPercent) + tintColor * biome.tintPercent;
colorIndex++;
}
}
texture.SetPixels(colors);
texture.Apply();
settings.material.SetTexture("_texture", texture);
}
public void RandomisePlanet()
{
if (Camera.main.GetComponent <FlyingCam>().GetHyperdriveStatus() == true)
{
planet.resolution = 10; //Set planet resolution really low so that app doesn;'t lag when making changes, will be set back to max at the end of the method
shapeSettings.planetRadius = Random.Range(planetRadius.x, planetRadius.y);
//Simple noise randomised settings
simpleNoiseSettings.simpleNoiseSettings.strength = Random.Range(simple_Strength.x, simple_Strength.y);
simpleNoiseSettings.simpleNoiseSettings.baseRoughness = Random.Range(simple_BaseRoughness.x, simple_BaseRoughness.y);
simpleNoiseSettings.simpleNoiseSettings.roughness = Random.Range(simple_Roughness.x, simple_Roughness.y);
simpleNoiseSettings.simpleNoiseSettings.centre = new Vector3(Random.Range(simple_Centre.x, simple_Centre.y), Random.Range(simple_Centre.x, simple_Centre.y), Random.Range(simple_Centre.x, simple_Centre.y));
//Ridgid noise randomised settings
rigidNoiseSettings.rigidNoiseSettings.strength = Random.Range(rigid_Strength.x, rigid_Strength.y);
rigidNoiseSettings.rigidNoiseSettings.baseRoughness = Random.Range(rigid_BaseRoughness.x, rigid_BaseRoughness.y);
rigidNoiseSettings.rigidNoiseSettings.roughness = Random.Range(rigid_Roughness.x, rigid_Roughness.y);
rigidNoiseSettings.rigidNoiseSettings.persistence = Random.Range(rigid_Persistence.x, rigid_Persistence.y);
rigidNoiseSettings.rigidNoiseSettings.centre = new Vector3(Random.Range(rigid_Centre.x, rigid_Centre.y), Random.Range(rigid_Centre.x, rigid_Centre.y), Random.Range(rigid_Centre.x, rigid_Centre.y));
rigidNoiseSettings.rigidNoiseSettings.weightMultiplier = Random.Range(rigid_WeightMultiplier.x, rigid_WeightMultiplier.y);
rigidNoiseSettings.rigidNoiseSettings.minValue = Random.Range(rigid_MinimalValue.x, rigid_MinimalValue.y);
//Biome Settings(Noise and Biome Numbers)
newBiomeList = new ColorSettings.BiomeColorSettings.Biome[Mathf.FloorToInt(Random.Range(biome_BiomeNumber.x, biome_BiomeNumber.y))];
if (newBiomeList.Length == colorSettings.biomeColorSettings.biomes.Length)
{
//DO nothing as the biomes will be the dame length and randomized later on
}
else if (newBiomeList.Length > colorSettings.biomeColorSettings.biomes.Length)
{
previousArraySize = colorSettings.biomeColorSettings.biomes.Length;
//System.Array.Resize(ref colorSettings.biomeColorSettings.biomes, newBiomeList.Length);
int j = 0;
for (int i = 0; i < previousArraySize; i++)
{
newBiomeList[i] = colorSettings.biomeColorSettings.biomes[i];
j++;
}
for (int i = j; i < newBiomeList.Length; i++)
{
newBiomeList[i] = new ColorSettings.BiomeColorSettings.Biome();
newBiomeList[i].tint = Color.red;
newBiomeList[i].tintPercent = 0.0f;
newBiomeList[i].startHeight = 0.0f;
}
colorSettings.biomeColorSettings.biomes = newBiomeList;
}
else
{
for (int i = 0; i < newBiomeList.Length; i++)
{
newBiomeList[i] = colorSettings.biomeColorSettings.biomes[i];
}
colorSettings.biomeColorSettings.biomes = newBiomeList;
}
colorSettings.biomeColorSettings.noise.simpleNoiseSettings.minValue = Random.Range(biome_MinValue.x, biome_MinValue.y);
colorSettings.biomeColorSettings.noise.rigidNoiseSettings.minValue = Random.Range(biome_MinValue.x, biome_MinValue.y);
colorSettings.biomeColorSettings.blendAmount = Random.Range(biome_BlendAmount.x, biome_BlendAmount.y);
colorSettings.biomeColorSettings.noiseStrength = Random.Range(biome_BiomeNoiseStrength.x, biome_BiomeNoiseStrength.y);
if (colorSettings.biomeColorSettings.biomes.Length == 2)
{
colorSettings.biomeColorSettings.noiseOffset = Random.Range(biome_NoiseOffset_2Biomes.x, biome_NoiseOffset_2Biomes.y);
}
else if (colorSettings.biomeColorSettings.biomes.Length == 1) //If it's 1 noise is not applied in the texture/Colors so we won't do any unessesary calculations
{
colorSettings.biomeColorSettings.noiseOffset = Random.Range(biome_NoiseOffset_Biomes.x, biome_NoiseOffset_Biomes.y);
}
else if (colorSettings.biomeColorSettings.biomes.Length == 3)
{
colorSettings.biomeColorSettings.noiseOffset = Random.Range(biome_NoiseOffset_3Biomes.x, biome_NoiseOffset_3Biomes.y);
colorSettings.biomeColorSettings.noise.simpleNoiseSettings.minValue = 0f;
colorSettings.biomeColorSettings.noise.simpleNoiseSettings.strength = Random.Range(0.1f, 0.2f);
}
planet.resolution = 256;
RandomiseColors();
planet.StartCoroutine("MeshCoper"); //Generates the planets after 2 seconds so that the camera is already in front of the hyperdrive and particles have been initiated
checkIfPlanetsAreDone = true;
}
}
