public override void FillProperty(KeyValueProperty p)
{
p.Add("shader", ShaderName);
if (Color != DefaultColor)
{
Add(p, "color", Color);
}
if (Fog != DefaultFog)
{
p.Add("fog", Fog);
}
if (Metalness != DefaultMetalness)
{
p.Add("metalness", Metalness);
}
if (Repeat != DefaultRepeat)
{
Add(p, "repeat", Repeat);
}
if (Roughness != DefaultRoughness)
{
p.Add("roughness", Roughness);
}
if (Src != "")
{
AddTextureSrc(p, "src", Src);
}
}
public void AddTest()
{
var p = new KeyValueProperty();
p.Add("primitive", "box");
p.Add("width", 1);
var expected = "primitive: box; width: 1";
Assert.AreEqual(expected, p.MakeString());
}
public override void FillProperty(KeyValueProperty p)
{
p.Add("shader", "flat");
if (Color != DefaultColor)
{
Add(p, "color", Color);
}
if (Fog != DefaultFog)
{
p.Add("fog", Fog);
}
if (Repeat != DefaultRepeat)
{
Add(p, "repeat", Repeat);
}
if (Src != "")
{
AddTextureSrc(p, "src", Src);
}
}
public KeyValueProperty CreateProperty()
{
var p = new KeyValueProperty();
if (DepthTest != DefaultDepthTest)
{
p.Add("depthTest", DepthTest);
}
if (Opacity != DefaultOpacity)
{
p.Add("opacity", Opacity);
}
if (Transparent != DefaultTransparent)
{
p.Add("transparent", Transparent);
}
if (Side != DefaultSide)
{
p.Add("side", Side.ToString().ToLower());
}
Shader.FillProperty(p);
return(p);
}
public void EmptyTest()
{
var w = new KeyValueProperty();
Assert.AreEqual("", w.MakeString());
}
public abstract void FillProperty(KeyValueProperty p);
protected void AddTextureSrc(KeyValueProperty p, string key, string src)
{
var attr = string.Format("url({0})", src);
p.Add(key, attr);
}
protected void Add(KeyValueProperty p, string key, Vector2 vec)
{
var repeat = string.Format("{0} {1}", vec.x, vec.y);
p.Add(key, repeat);
}
protected void Add(KeyValueProperty p, string key, Color color)
{
p.Add(key, "#" + Three.UnityColorToHexColor(color));
}
