private void AddBool(string name, GenericMaterial genericMaterial, long paramId, bool defaultValue)
{
if (boolByParamId.ContainsKey(paramId))
{
var value = boolByParamId[paramId];
genericMaterial.AddBoolToInt(name, value);
}
else
{
genericMaterial.AddBoolToInt(name, defaultValue);
}
}
private void AddBool(GenericMaterial genericMaterial, long paramId, bool defaultValue)
{
var name = $"param{paramId.ToString("X")}";
if (boolByParamId.ContainsKey(paramId))
{
var value = boolByParamId[paramId];
genericMaterial.AddBoolToInt(name, value);
}
else
{
genericMaterial.AddBoolToInt(name, defaultValue);
}
}
public GenericMaterial CreateGenericMaterial(Material material)
{
// Don't use the default texture unit.
var genericMaterial = new GenericMaterial(1);
AddTextures(genericMaterial);
genericMaterial.AddBoolToInt("useStippleBlend", UseStippleBlend);
// HACK: There isn't an easy way to access the current frame.
genericMaterial.AddFloat("currentFrame", CurrentFrame);
genericMaterial.AddBoolToInt("hasCustomVector44", vec4ByParamId.ContainsKey(MatlEnums.ParamId.CustomVector44));
genericMaterial.AddBoolToInt("hasCustomVector47", vec4ByParamId.ContainsKey(MatlEnums.ParamId.CustomVector47));
// TODO: Convert from quaternion values in light.nuanimb.
AddQuaternion("chrLightDir", genericMaterial, -0.453154f, -0.365998f, -0.211309f, 0.784886f);
return(genericMaterial);
}
private GenericMaterial CreateGenericMaterial(bool hasRequiredAttributes)
{
// Don't use the default texture unit.
var genericMaterial = new GenericMaterial(1);
AddTextures(genericMaterial);
genericMaterial.AddBoolToInt("hasRequiredAttributes", hasRequiredAttributes);
genericMaterial.AddFloat("depthBias", DepthBias);
genericMaterial.AddVector3("materialId", MaterialIdColorRgb255 / 255f);
// TODO: Convert from quaternion values in light.nuanimb.
AddQuaternion("chrLightDir", genericMaterial, -0.453154f, -0.365998f, -0.211309f, 0.784886f);
return(genericMaterial);
}
private void AddMaterialTextures(GenericMaterial genericMaterial)
{
genericMaterial.AddTexture("colMap", col);
genericMaterial.AddBoolToInt("hasColMap", HasCol);
genericMaterial.AddTexture("col2Map", col2);
genericMaterial.AddBoolToInt("hasCol2Map", HasCol2);
genericMaterial.AddTexture("prmMap", prm);
genericMaterial.AddTexture("norMap", nor);
genericMaterial.AddTexture("inkNorMap", inkNor);
genericMaterial.AddBoolToInt("hasInkNorMap", HasInkNorMap);
genericMaterial.AddTexture("emiMap", emi);
genericMaterial.AddTexture("emi2Map", emi2);
genericMaterial.AddTexture("bakeLitMap", bakeLit);
genericMaterial.AddTexture("gaoMap", gao);
genericMaterial.AddTexture("projMap", proj);
genericMaterial.AddTexture("difCubemap", difCube);
genericMaterial.AddBoolToInt("hasDifCubemap", HasDifCube);
genericMaterial.AddTexture("difMap", dif);
genericMaterial.AddBoolToInt("hasDiffuse", HasDiffuse);
genericMaterial.AddTexture("dif2Map", dif2);
genericMaterial.AddBoolToInt("hasDiffuse2", HasDiffuse2);
genericMaterial.AddTexture("dif3Map", dif3);
genericMaterial.AddBoolToInt("hasDiffuse3", HasDiffuse3);
// HACK: There's probably a better way to handle blending emission and base color maps.
var hasDiffuseMaps = HasCol || HasCol2 || HasDiffuse || HasDiffuse2 || HasDiffuse3;
var hasEmiMaps = HasEmi || HasEmi2;
genericMaterial.AddBoolToInt("emissionOverride", hasEmiMaps && !hasDiffuseMaps);
}
private void AddMaterialTextures(GenericMaterial genericMaterial)
{
// Use black for the default value.
// Some materials seem to use emission as the main diffuse.
genericMaterial.AddTexture("colMap", col);
// Use the first texture for both layers if the second layer isn't present.
if (HasCol2)
{
genericMaterial.AddTexture("col2Map", col2);
}
else
{
genericMaterial.AddTexture("col2Map", col);
}
genericMaterial.AddTexture("prmMap", prm);
genericMaterial.AddTexture("norMap", nor);
genericMaterial.AddTexture("inkNorMap", inkNor);
genericMaterial.AddTexture("emiMap", emi);
if (HasEmi2)
{
genericMaterial.AddTexture("emi2Map", emi2);
}
else
{
genericMaterial.AddTexture("emi2Map", emi);
}
genericMaterial.AddTexture("bakeLitMap", bakeLit);
genericMaterial.AddTexture("gaoMap", gao);
genericMaterial.AddTexture("projMap", proj);
genericMaterial.AddTexture("difCubemap", difCube);
genericMaterial.AddTexture("difMap", dif);
genericMaterial.AddBoolToInt("hasDiffuse", HasDiffuse);
}
private void AddMaterialParams(GenericMaterial genericMaterial)
{
// Set specific parameters and use a default value if not present.
AddVec4(genericMaterial, RenderSettings.Instance.ParamId, new Vector4(0), true);
// Assume no edge tint if not present.
AddVec4(genericMaterial, 0xA6, new Vector4(1));
// Some sort of skin subsurface color?
if (RenderSettings.Instance.TransitionEffect == RenderSettings.TransitionMode.Ditto)
{
AddVec4(genericMaterial, 0x145, new Vector4(0.23f, 1.5f, 1f, 1f));
}
else
{
AddVec4(genericMaterial, 0xA3, new Vector4(0));
AddVec4(genericMaterial, 0x145, new Vector4(1, 0, 0, 0));
}
// Mario Galaxy rim light?
AddVec4(genericMaterial, 0xA0, new Vector4(1));
// Diffuse color multiplier?
AddVec4(genericMaterial, 0xA5, new Vector4(1));
// Sprite sheet UV parameters.
AddVec4(genericMaterial, 0xAA, new Vector4(1));
AddVec4(genericMaterial, 0x156, new Vector4(0));
genericMaterial.AddBoolToInt("hasParam156", vec4ByParamId.ContainsKey(0x156));
// Enables/disables specular occlusion.
AddBool(genericMaterial, 0xE9, true);
AddBool(genericMaterial, 0xEA, true);
// Controls anisotropic specular.
AddFloat(genericMaterial, 0xCA, 0.0f);
// Controls specular IOR.
AddFloat(genericMaterial, 0xC8, 0.0f);
// TODO: Refraction?
AddFloat(genericMaterial, 0xD3, 0.0f);
// TODO: du dv intensity?
AddFloat(genericMaterial, 0xC4, 0.0f);
// Some sort of sprite sheet scale toggle.
AddBool(genericMaterial, 0xF1, true);
// Enables/disables UV scrolling animations.
AddBool(genericMaterial, 0xEE, false);
AddBool(genericMaterial, 0xED, false);
// Alpha offset.
AddVec4(genericMaterial, 0x98, new Vector4(0, 0, 0, 0));
// UV transforms.
AddVec4(genericMaterial, 0x146, new Vector4(1, 1, 0, 0));
AddVec4(genericMaterial, 0x147, new Vector4(1, 1, 0, 0));
// UV transform for emissive map layer 1.
AddVec4(genericMaterial, 0x9E, new Vector4(1, 1, 0, 0));
// Wii Fit trainer stage color.
genericMaterial.AddBoolToInt("hasParam153", vec4ByParamId.ContainsKey(0x153));
AddVec4(genericMaterial, 0x153, new Vector4(0, 0, 0, 0));
AddVec4(genericMaterial, 0x154, new Vector4(0, 0, 0, 0));
// Some sort of emission color.
AddVec4(genericMaterial, 0x9B, new Vector4(1));
}