public AFrameMaterial Create(MaterialElem elem)
{
var container = elem.Container;
var src = "";
if (elem.Map != null)
{
src = elem.Map.ImagePath;
}
var shader = new StandardAFrameShader()
{
Color = container.Color,
Metalness = container.Metallic,
Roughness = container.Roughness,
Repeat = container.MainTextureScale,
Src = src,
};
var side = (container.Color.a == 1) ? MaterialSide.Front : MaterialSide.Double;
var output = new AFrameMaterial()
{
Shader = shader,
Transparent = container.Transparent,
Opacity = container.Color.a,
Side = side,
};
return(output);
}
public AFrameMaterial Create(MaterialElem elem)
{
var container = elem.Container;
var src = "";
if (elem.Map != null)
{
src = elem.Map.ImagePath;
}
var shader = new FlatAFrameShader()
{
Color = container.Color,
Repeat = container.MainTextureScale,
Src = src,
};
var output = new AFrameMaterial()
{
Shader = shader,
Transparent = container.Transparent,
Side = (container.Color.a == 1) ? MaterialSide.Front: MaterialSide.Double,
};
return(output);
}
MaterialElem CreateMaterialElem(MaterialContainer n)
{
var mtl = new MaterialElem(n);
mtl.Uuid = n.Guid;
if (n.MainTexture)
{
var instanceId = n.MainTexture.GetInstanceID().ToString();
mtl.Map = root.SharedNodeTable.Get <TextureElem>(instanceId);
}
if (n.BumpMap)
{
var instanceId = n.BumpMap.GetInstanceID().ToString();
mtl.BumpMap = root.SharedNodeTable.Get <TextureElem>(instanceId);
}
if (n.DetailNormalMap)
{
var uid = n.DetailNormalMap.GetInstanceID().ToString();
mtl.NormalMap = root.SharedNodeTable.Get <TextureElem>(uid);
}
if (n.ParallaxMap)
{
var uid = n.ParallaxMap.GetInstanceID().ToString();
mtl.DisplacementMap = root.SharedNodeTable.Get <TextureElem>(uid);
}
if (n.OcclusionMap)
{
var uid = n.OcclusionMap.GetInstanceID().ToString();
mtl.AoMap = root.SharedNodeTable.Get <TextureElem>(uid);
}
if (n.EmissionMap)
{
var uid = n.EmissionMap.GetInstanceID().ToString();
mtl.EmissiveMap = root.SharedNodeTable.Get <TextureElem>(uid);
}
if (n.MetallicGlossMap)
{
var uid = n.MetallicGlossMap.GetInstanceID().ToString();
mtl.MetalnessMap = root.SharedNodeTable.Get <TextureElem>(uid);
}
if (n.SpecGlossMap)
{
var uid = n.SpecGlossMap.GetInstanceID().ToString();
mtl.SpecularMap = root.SharedNodeTable.Get <TextureElem>(uid);
}
return(mtl);
}
public void Visit(MaterialElem el)
{
using (var scope = new JsonScopeObjectWriter(writer)) {
scope.WriteKeyValue("uuid", el.Uuid);
scope.WriteKeyValue("name", el.Name);
scope.WriteKeyValue("type", el.Type);
var w = FindThreeJSWriter(el.Type);
w.Write(el, scope);
}
}
public AFrameMaterial Create(MaterialElem elem)
{
var container = elem.Container;
var shader = new FlatAFrameShader()
{
Color = container.Color,
};
var output = new AFrameMaterial()
{
Side = MaterialSide.Front,
Shader = shader,
};
return(output);
}
public AFrameMaterial CreateMaterial(MaterialElem el)
{
var materialType = PredefinedMaterialTable[0];
var shadername = el.Material.shader.name;
foreach (var m in PredefinedMaterialTable)
{
if (m.from == shadername)
{
materialType = m;
break;
}
}
var factory = FindMaterialFactory(materialType.to);
return(factory.Create(el));
}
public IProperty GetMaterialProperty(MaterialElem el)
{
var materialType = PredefinedMaterialTable[0];
var shadername = el.Material.shader.name;
foreach (var m in PredefinedMaterialTable)
{
if (m.from == shadername)
{
materialType = m;
break;
}
}
var factory = FindMaterialFactory(materialType.to);
var mtl = factory.Create(el);
return(mtl.CreateProperty());
}
public AFrameMaterial Create(MaterialElem elem)
{
var container = elem.Container;
var src = "";
if (elem.Map != null)
{
src = elem.Map.ImagePath;
}
var shader = new FlatAFrameShader()
{
Repeat = container.MainTextureScale,
Src = src,
};
var output = new AFrameMaterial()
{
Shader = shader,
Side = MaterialSide.Front,
};
return(output);
}
public void Visit(MaterialElem el)
{
Debug.Assert(false, "do not reach");
throw new NotImplementedException();
}
void RegisterMaterial(MaterialContainer n)
{
// 유니티에서는 lightmap 정보가 renderer에 붙지만
// three.js에서는 material에 들어간다.
// 그래서 material의 경우는 1:1로 매핑하는게 불가능하다.
// 그래서 같은 material에 대해서 라이트맵별로 재질을 만들어서 등록했다.
// (라이트맵이 없는 재질도 등록)
/*
* for (int i = -1; i < LightmapSettings.lightmaps.Length; i++) {
* // lightmap
* if (i >= 0) {
* var lightmapNode = new LightmapNode(i, n.Scene);
* mtl.LightMapNode = lightmapTextureTable[i];
* lightmapMaterialTable[i] = mtl;
* }
* }
*/
var mtl = new MaterialElem(n);
root.SharedNodeTable.Add(mtl, n.InstanceId);
if (n.MainTexture)
{
var instanceId = n.MainTexture.GetInstanceID();
mtl.Map = root.SharedNodeTable.Get <TextureElem>(instanceId);
}
if (n.BumpMap)
{
var instanceId = n.BumpMap.GetInstanceID();
mtl.BumpMap = root.SharedNodeTable.Get <TextureElem>(instanceId);
}
if (n.DetailNormalMap)
{
var uid = n.DetailNormalMap.GetInstanceID();
mtl.NormalMap = root.SharedNodeTable.Get <TextureElem>(uid);
}
if (n.ParallaxMap)
{
var uid = n.ParallaxMap.GetInstanceID();
mtl.DisplacementMap = root.SharedNodeTable.Get <TextureElem>(uid);
}
if (n.OcclusionMap)
{
var uid = n.OcclusionMap.GetInstanceID();
mtl.AoMap = root.SharedNodeTable.Get <TextureElem>(uid);
}
if (n.EmissionMap)
{
var uid = n.EmissionMap.GetInstanceID();
mtl.EmissiveMap = root.SharedNodeTable.Get <TextureElem>(uid);
}
if (n.MetallicGlossMap)
{
var uid = n.MetallicGlossMap.GetInstanceID();
mtl.MetalnessMap = root.SharedNodeTable.Get <TextureElem>(uid);
}
if (n.SpecGlossMap)
{
var uid = n.SpecGlossMap.GetInstanceID();
mtl.SpecularMap = root.SharedNodeTable.Get <TextureElem>(uid);
}
}
public IProperty GetMaterialProperty(MaterialElem el)
{
var mtl = CreateMaterial(el);
return(mtl.CreateProperty());
}