//private void AddUserData(ref SurfaceOutput so, SurfaceType st, SurfaceType.SubType subtype)
//{
// so.userData = subtype.
//}
private SurfaceBlends.NormalizedBlend Settingsify(SurfaceBlends.NormalizedBlend blendResult)
{
Color defaultTint = Color.white;
STSettings settings;
if (TryGetStringSurfaceType(blendResult.lowerReference, out int stID, out SurfaceType st, out SurfaceType.SubType stst, true))
{
blendResult.surfaceTypeID = stID;
settings = stst.settings;
defaultTint = st.defaultColorTint;
}
internal void AddBlend(SurfaceBlends.NormalizedBlend blendResult, bool terrain, float weightMultiplier, ref float totalWeight)
{
if (!terrain)
{
blendResult = Settingsify(blendResult);
}
float weight = blendResult.normalizedWeight * weightMultiplier;
bool success = false;
for (int outputID = 0; outputID < outputs.Count; outputID++)
{
var output = outputs[outputID];
if (output.surfaceTypeID == blendResult.surfaceTypeID && output.particleOverrides == blendResult.particleOverrides)
{
output.weight += weight;
output.volumeMultiplier += weight * blendResult.volume;
output.pitchMultiplier += weight * blendResult.pitch;
output.color += weight * blendResult.color;
output.selfParticleMultipliers += blendResult.selfParticleMultipliers * weight;
output.otherParticleMultipliers += blendResult.otherParticleMultipliers * weight;
outputs[outputID] = output;
success = true;
break;
}
}
if (!success)
{
outputs.Add
(
new SurfaceOutput()
{
surfaceTypeID = blendResult.surfaceTypeID,
weight = weight,
volumeMultiplier = weight * blendResult.volume,
pitchMultiplier = weight * blendResult.pitch,
color = weight * blendResult.color,
selfParticleMultipliers = blendResult.selfParticleMultipliers * weight,
otherParticleMultipliers = blendResult.otherParticleMultipliers * weight,
particleOverrides = blendResult.particleOverrides,
}
);
}
totalWeight += weight;
var st = surfaceTypes[blendResult.surfaceTypeID];
outputs.hardness += weight * blendResult.hardness * st.hardnessMultiplier;
}
private void Awake()
{
FillDictionary(materialBlendOverrides, materialBlendLookup);
FillDictionary(terrainBlends, terrainAlbedoBlendLookup);
//Default Blend
defaultBlend = new SurfaceBlends.NormalizedBlend()
{
surfaceTypeID = defaultSurfaceType,
normalizedWeight = 1,
hardness = 1,
volume = 1,
pitch = 1,
color = surfaceTypes[defaultSurfaceType].defaultColorTint * defaultSurfaceTypeSettings.defaultColor,
selfParticleMultipliers = ParticleMultipliers.Default(),
otherParticleMultipliers = ParticleMultipliers.Default(),
};
defaultBlend = Settingsify(defaultBlend);
}
