static void PermutePlanet(Material mat, ref PlanetColorData planetColorData)
{
mat.SetColor("_Color", planetColorData.baseColor);
mat.SetColor("_BaseLayerColor", planetColorData.baseLayerColor);
mat.SetColor("_Add0LayerColor", planetColorData.addLayerColor);
mat.SetColor("_AtmosphereColor", planetColorData.atmosphereColor);
PermutePram(mat, "_Scale", scalePercentVariance);
PermutePram(mat, "_Squish", squishPercentVariance);
PermutePram(mat, "_Density", densityPercentVariance);
PermutePram(mat, "_DistortionScale", distortionScalePercentVariance);
PermutePram(mat, "_Distortion", distortionPercentVariance);
PermutePram(mat, "_AtmosphereInflate", atmoSizePercentVariance);
PermutePram(mat, "_AtmosphereFalloff", atmoFalloffPercentVariance);
}
void RandomizePlanet()
{
planetMat.SetVector("_RandomOffsets", GetRandomOffset());
// calculate random rotation
float xAngle = 0; // Random.value * maxPlanetAngleFromBottom;
float yAngle = Random.value * 360f;
planetAnchor.rotation = Quaternion.Euler(xAngle, yAngle, 0);
float planetScale = GetVariedValue(1f, overallSizePercentVariance);
planetAnchor.localScale = new Vector3(planetScale, 1, planetScale);
PlanetColorData colorData = planetDatas[Random.Range(0, planetDatas.Length)];
PermutePlanet(planetMat, ref colorData);
}
