public override void OnGUI(MaterialEditor materialEditor, MaterialProperty[] props)
{
Material material = materialEditor.target as Material;
Shader shader = material.shader;
// // shader.nameによって調整可能なプロパティを制御する。
// bool isOpaque = shader.name.Contains("Opaque");
// bool isFade = shader.name.Contains("Fade");
// bool isCutout = shader.name.Contains("Cutout");
ZWrite = FindProperty("_ZWrite", props);
Cull = FindProperty("_Cull", props);
BaseTexture = FindProperty("_BaseTexture", props);
BaseColor = FindProperty("_BaseColor", props);
EmissionTexture = FindProperty("_EmissionTexture", props);
EmissionColor = FindProperty("_EmissionColor", props);
FirstWaveHeightmap = FindProperty("_FirstWaveHeightmap", props);
FirstWaveNormalmap = FindProperty("_FirstWaveNormalmap", props);
FirstWaveNormalStrength = FindProperty("_FirstWaveNormalStrength", props);
FirstWaveHeightStrength = FindProperty("_FirstWaveHeightStrength", props);
FirstWaveUandVspeed = FindProperty("_FirstWaveUandVspeed", props);
SecondWaveEnableThis = FindProperty("_SecondWaveEnableThis", props);
SecondWaveHeightmap = FindProperty("_SecondWaveHeightmap", props);
SecondWaveNormalmap = FindProperty("_SecondWaveNormalmap", props);
SecondWaveNormalStrength = FindProperty("_SecondWaveNormalStrength", props);
SecondWaveHeightStrength = FindProperty("_SecondWaveHeightStrength", props);
SecondWaveUandVspeed = FindProperty("_SecondWaveUandVspeed", props);
ThirdWaveEnableThis = FindProperty("_ThirdWaveEnableThis", props);
ThirdWaveHeightmap = FindProperty("_ThirdWaveHeightmap", props);
ThirdWaveNormalmap = FindProperty("_ThirdWaveNormalmap", props);
ThirdWaveNormalStrength = FindProperty("_ThirdWaveNormalStrength", props);
ThirdWaveHeightStrength = FindProperty("_ThirdWaveHeightStrength", props);
ThirdWaveUandVspeed = FindProperty("_ThirdWaveUandVspeed", props);
FourthWaveEnableThis = FindProperty("_FourthWaveEnableThis", props);
FourthWaveHeightmap = FindProperty("_FourthWaveHeightmap", props);
FourthWaveNormalmap = FindProperty("_FourthWaveNormalmap", props);
FourthWaveNormalStrength = FindProperty("_FourthWaveNormalStrength", props);
FourthWaveHeightStrength = FindProperty("_FourthWaveHeightStrength", props);
FourthWaveUandVspeed = FindProperty("_FourthWaveUandVspeed", props);
CubemapUseCustomCubemap = FindProperty("_CubemapUseCustomCubemap", props);
CubemapBaseColor = FindProperty("_CubemapBaseColor", props);
CubemapCustomCubemap = FindProperty("_CubemapCustomCubemap", props);
CubemapGlossiness = FindProperty("_CubemapGlossiness", props);
CubemapStrength = FindProperty("_CubemapStrength", props);
CubemapFresnel = FindProperty("_CubemapFresnel", props);
BlendEnableThis = FindProperty("_BlendEnableThis", props);
BlendBlendDistance = FindProperty("_BlendBlendDistance", props);
BlendBlendAlpha = FindProperty("_BlendBlendAlpha", props);
BlendEnableColor = FindProperty("_BlendEnableColor", props);
BlendIsAdditive = FindProperty("_BlendIsAdditive", props);
BlendColor = FindProperty("_BlendColor", props);
BlendTexture = FindProperty("_BlendTexture", props);
BlendTextureUandVspeedZWNotused = FindProperty("_BlendTextureUandVspeedZWNotused", props);
BlendEmissionFactor = FindProperty("_BlendEmissionFactor", props);
ShadowWaveFactor = FindProperty("_ShadowWaveFactor", props);
ShadowOpacityRatio = FindProperty("_ShadowOpacityRatio", props);
TessellationStrength = FindProperty("_TessellationStrength", props);
TessellationNearCap = FindProperty("_TessellationNearCap", props);
TessellationFarCap = FindProperty("_TessellationFarCap", props);
OverallMetallic = FindProperty("_OverallMetallic", props);
OverallMetallicMask = FindProperty("_OverallMetallicMask", props);
OverallGloss = FindProperty("_OverallGloss", props);
OverallGlossMask = FindProperty("_OverallGlossMask", props);
OverallNormalStrength = FindProperty("_OverallNormalStrength", props);
OverallNormalStrengthMask = FindProperty("_OverallNormalStrengthMask", props);
OverallWaveHeight = FindProperty("_OverallWaveHeight", props);
OverallWaveHeightMask = FindProperty("_OverallWaveHeightMask", props);
SSRefractionDecaydistance = FindProperty("_SSRefractionDecaydistance", props);
SSRefractionRefractionFresnel = FindProperty("_SSRefractionRefractionFresnel", props);
SSRefractionStrength = FindProperty("_SSRefractionStrength", props);
SSRefractionStrengthMask = FindProperty("_SSRefractionStrengthMask", props);
EditorGUIUtility.labelWidth = 0f;
EditorGUI.BeginChangeCheck();
{
UIHelper.ShurikenHeader("Common");
UIHelper.DrawWithGroup(() => {
materialEditor.TexturePropertySingleLine(new GUIContent("Base Color", "Base Color and Texture"), BaseTexture, BaseColor);
materialEditor.TextureScaleOffsetProperty(BaseTexture);
materialEditor.TexturePropertySingleLine(new GUIContent("Emission Color", "Emission Color and Texture"), EmissionTexture, EmissionColor);
materialEditor.TextureScaleOffsetProperty(EmissionTexture);
materialEditor.ShaderProperty(Cull, "Culling");
materialEditor.ShaderProperty(ZWrite, "ZWrite");
});
UIHelper.ShurikenHeader("1st wave");
UIHelper.DrawWithGroup(() => {
materialEditor.TexturePropertySingleLine(new GUIContent("Height map", "Heightmap and strength (1st wave)"), FirstWaveHeightmap, FirstWaveHeightStrength);
materialEditor.TexturePropertySingleLine(new GUIContent("Normal map", "Normalmap and strength (1st wave)"), FirstWaveNormalmap, FirstWaveNormalStrength);
Vector2Property(FirstWaveUandVspeed, "Scroll Speed (U, V)");
materialEditor.TextureScaleOffsetProperty(FirstWaveNormalmap);
});
// 2nd Wave
UIHelper.ShurikenHeader("2nd wave");
materialEditor.DrawShaderPropertySameLIne(SecondWaveEnableThis);
var IsShowSecondWave = SecondWaveEnableThis.floatValue;
if (IsShowSecondWave > 0)
{
UIHelper.DrawWithGroup(() => {
materialEditor.TexturePropertySingleLine(new GUIContent("Height map", "Heightmap and strength (1st wave)"), SecondWaveHeightmap, SecondWaveHeightStrength);
materialEditor.TexturePropertySingleLine(new GUIContent("Normal map", "Normalmap and strength (1st wave)"), SecondWaveNormalmap, SecondWaveNormalStrength);
Vector2Property(SecondWaveUandVspeed, "Scroll Speed (U, V)");
materialEditor.TextureScaleOffsetProperty(SecondWaveNormalmap);
});
}
// 3rd Wave
UIHelper.ShurikenHeader("3rd wave");
materialEditor.DrawShaderPropertySameLIne(ThirdWaveEnableThis);
var IsShowThirdWave = ThirdWaveEnableThis.floatValue;
if (IsShowThirdWave > 0)
{
UIHelper.DrawWithGroup(() => {
materialEditor.TexturePropertySingleLine(new GUIContent("Height map", "Heightmap and strength (1st wave)"), ThirdWaveHeightmap, ThirdWaveHeightStrength);
materialEditor.TexturePropertySingleLine(new GUIContent("Normal map", "Normalmap and strength (1st wave)"), ThirdWaveNormalmap, ThirdWaveNormalStrength);
Vector2Property(ThirdWaveUandVspeed, "Scroll Speed (U, V)");
materialEditor.TextureScaleOffsetProperty(ThirdWaveNormalmap);
});
}
// 4th Wave
UIHelper.ShurikenHeader("4th wave");
materialEditor.DrawShaderPropertySameLIne(FourthWaveEnableThis);
var IsShowFourthWave = FourthWaveEnableThis.floatValue;
if (IsShowFourthWave > 0)
{
UIHelper.DrawWithGroup(() => {
materialEditor.TexturePropertySingleLine(new GUIContent("Height map", "Heightmap and strength (1st wave)"), FourthWaveHeightmap, FourthWaveHeightStrength);
materialEditor.TexturePropertySingleLine(new GUIContent("Normal map", "Normalmap and strength (1st wave)"), FourthWaveNormalmap, FourthWaveNormalStrength);
Vector2Property(FourthWaveUandVspeed, "Scroll Speed (U, V)");
materialEditor.TextureScaleOffsetProperty(FourthWaveNormalmap);
});
}
UIHelper.ShurikenHeader("Wave misc");
UIHelper.DrawWithGroup(() => {
// OverallMetallicMask
UIHelper.DrawWithGroup(() => {
materialEditor.TexturePropertySingleLine(new GUIContent("Metallic", "Metallic with Mask Texture"), OverallMetallicMask, OverallMetallic);
materialEditor.TextureScaleOffsetPropertyIndent(OverallMetallicMask);
});
UIHelper.DrawWithGroup(() => {
materialEditor.TexturePropertySingleLine(new GUIContent("Gloss", "Gloss with Mask Texture"), OverallGlossMask, OverallGloss);
materialEditor.TextureScaleOffsetPropertyIndent(OverallGlossMask);
});
UIHelper.DrawWithGroup(() => {
materialEditor.TexturePropertySingleLine(new GUIContent("Normal Strength", "Normal Strength with Mask Texture"), OverallNormalStrengthMask, OverallNormalStrength);
materialEditor.TextureScaleOffsetPropertyIndent(OverallNormalStrengthMask);
});
UIHelper.DrawWithGroup(() => {
materialEditor.TexturePropertySingleLine(new GUIContent("Wave Height", "Wave Height with Mask Texture"), OverallWaveHeightMask, OverallWaveHeight);
materialEditor.TextureScaleOffsetPropertyIndent(OverallWaveHeightMask);
});
});
UIHelper.ShurikenHeader("Reflection");
UIHelper.DrawWithGroup(() => {
materialEditor.ShaderProperty(CubemapStrength, "Strength");
materialEditor.ShaderProperty(CubemapGlossiness, "Glossiness");
materialEditor.ShaderProperty(CubemapFresnel, "Fresnel");
materialEditor.ShaderProperty(CubemapUseCustomCubemap, "Use Custom Cubemap");
var IsUseCutsomCubemap = CubemapUseCustomCubemap.floatValue;
if (IsUseCutsomCubemap > 0)
{
EditorGUI.indentLevel++;
materialEditor.ShaderProperty(CubemapCustomCubemap, "Cubemap");
materialEditor.ShaderProperty(CubemapBaseColor, "Color");
EditorGUI.indentLevel--;
}
});
UIHelper.ShurikenHeader("Blending");
materialEditor.DrawShaderPropertySameLIne(BlendEnableThis);
var IsUseBlend = BlendEnableThis.floatValue;
if (IsUseBlend > 0)
{
UIHelper.DrawWithGroup(() => {
EditorGUILayout.HelpBox("Blend needs Realtime Directional Light." + Environment.NewLine + "RealtimeのDirectional Lightがない場合はオフにすることを強く推奨", MessageType.Warning);
materialEditor.ShaderProperty(BlendBlendDistance, "Blend Distance");
materialEditor.ShaderProperty(BlendBlendAlpha, "Alpha");
materialEditor.ShaderProperty(BlendEnableColor, "Use Color Blend");
var IsBlendEnableColor = BlendEnableColor.floatValue;
if (IsBlendEnableColor > 0)
{
materialEditor.ShaderProperty(BlendIsAdditive, "Additive Blend");
materialEditor.TexturePropertySingleLine(new GUIContent("Blend Texture", "Normalmap and strength (1st wave)"), BlendTexture, BlendColor);
Vector2Property(BlendTextureUandVspeedZWNotused, "Scroll Speed (U, V)");
materialEditor.TextureScaleOffsetProperty(BlendTexture);
materialEditor.ShaderProperty(BlendEmissionFactor, "Emission factor");
}
});
}
UIHelper.ShurikenHeader("Tessellation");
UIHelper.DrawWithGroup(() => {
materialEditor.ShaderProperty(TessellationStrength, "Strength");
materialEditor.ShaderProperty(TessellationNearCap, "Near Cap");
materialEditor.ShaderProperty(TessellationFarCap, "Far Cap");
});
UIHelper.ShurikenHeader("Refraction");
UIHelper.DrawWithGroup(() => {
materialEditor.TexturePropertySingleLine(new GUIContent("Strength", "Strength with Mask Texture"), SSRefractionStrengthMask, SSRefractionStrength);
materialEditor.TextureScaleOffsetPropertyIndent(SSRefractionStrengthMask);
materialEditor.ShaderProperty(SSRefractionDecaydistance, "Decay Distance");
materialEditor.ShaderProperty(SSRefractionRefractionFresnel, "Refraction Fresnel");
});
UIHelper.ShurikenHeader("Shadow");
UIHelper.DrawWithGroup(() => {
materialEditor.ShaderProperty(ShadowOpacityRatio, "Opacity Ratio");
materialEditor.ShaderProperty(ShadowWaveFactor, "Wave Normal Factor");
});
}
EditorGUI.EndChangeCheck();
}
