public TextureDimension GetPropertyTextureDimension(int propertyIndex)
{
Shader.CheckPropertyIndex(this, propertyIndex);
bool flag = this.GetPropertyType(propertyIndex) != ShaderPropertyType.Texture;
if (flag)
{
throw new ArgumentException("Property type is not TexEnv.");
}
return(Shader.GetPropertyTextureDimension(this, propertyIndex));
}
public bool FindTextureStack(int propertyIndex, out string stackName, out int layerIndex)
{
Shader.CheckPropertyIndex(this, propertyIndex);
ShaderPropertyType propertyType = this.GetPropertyType(propertyIndex);
bool flag = propertyType != ShaderPropertyType.Texture;
if (flag)
{
throw new ArgumentException("Property type is not Texture.");
}
return(Shader.FindTextureStackImpl(this, propertyIndex, out stackName, out layerIndex));
}
public string GetPropertyTextureDefaultName(int propertyIndex)
{
Shader.CheckPropertyIndex(this, propertyIndex);
ShaderPropertyType propertyType = this.GetPropertyType(propertyIndex);
bool flag = propertyType != ShaderPropertyType.Texture;
if (flag)
{
throw new ArgumentException("Property type is not Texture.");
}
return(Shader.GetPropertyTextureDefaultName(this, propertyIndex));
}
public Vector4 GetPropertyDefaultVectorValue(int propertyIndex)
{
Shader.CheckPropertyIndex(this, propertyIndex);
ShaderPropertyType propertyType = this.GetPropertyType(propertyIndex);
bool flag = propertyType != ShaderPropertyType.Color && propertyType != ShaderPropertyType.Vector;
if (flag)
{
throw new ArgumentException("Property type is not Color or Vector.");
}
return(Shader.GetPropertyDefaultValue(this, propertyIndex));
}
public float GetPropertyDefaultFloatValue(int propertyIndex)
{
Shader.CheckPropertyIndex(this, propertyIndex);
ShaderPropertyType propertyType = this.GetPropertyType(propertyIndex);
bool flag = propertyType != ShaderPropertyType.Float && propertyType != ShaderPropertyType.Range;
if (flag)
{
throw new ArgumentException("Property type is not Float or Range.");
}
return(Shader.GetPropertyDefaultValue(this, propertyIndex)[0]);
}
public Vector2 GetPropertyRangeLimits(int propertyIndex)
{
Shader.CheckPropertyIndex(this, propertyIndex);
bool flag = this.GetPropertyType(propertyIndex) != ShaderPropertyType.Range;
if (flag)
{
throw new ArgumentException("Property type is not Range.");
}
Vector4 propertyDefaultValue = Shader.GetPropertyDefaultValue(this, propertyIndex);
return(new Vector2(propertyDefaultValue[1], propertyDefaultValue[2]));
}
public string[] GetPropertyAttributes(int propertyIndex)
{
Shader.CheckPropertyIndex(this, propertyIndex);
return(Shader.GetPropertyAttributes(this, propertyIndex));
}
public ShaderPropertyFlags GetPropertyFlags(int propertyIndex)
{
Shader.CheckPropertyIndex(this, propertyIndex);
return(Shader.GetPropertyFlags(this, propertyIndex));
}
public string GetPropertyDescription(int propertyIndex)
{
Shader.CheckPropertyIndex(this, propertyIndex);
return(Shader.GetPropertyDescription(this, propertyIndex));
}
public ShaderPropertyType GetPropertyType(int propertyIndex)
{
Shader.CheckPropertyIndex(this, propertyIndex);
return(Shader.GetPropertyType(this, propertyIndex));
}
public int GetPropertyNameId(int propertyIndex)
{
Shader.CheckPropertyIndex(this, propertyIndex);
return(Shader.GetPropertyNameId(this, propertyIndex));
}
public string GetPropertyName(int propertyIndex)
{
Shader.CheckPropertyIndex(this, propertyIndex);
return(Shader.GetPropertyName(this, propertyIndex));
}
