public static void CacheSpriteWorker(UnityEngine.Object[] assets, Atlas atlas)
{
string assetName;
for (int i = 0; i < assets.Length; ++i)
{
if (assets[i] is Sprite)
{
assetName = PathUtil.LastTrim(assets[i].name, '-');
if (!_atlasDict.ContainsKey(assetName))
{
_atlasDict.Add(assetName, atlas);
atlas.Add(assetName, assets[i] as Sprite);
}
#if UNITY_EDITOR
else
{
Debug.LogWarning("duplicate sprite name : " + assetName + " oldAtlas : " + _atlasDict[assetName].name + " newAtlas : " + atlas.name);
}
#endif
}
if (assets[i] is Material)
{
atlas.material = assets[i] as Material;
atlas.material.shader = Shader.Find("UI/Default(MW)");
}
}
}
public override Atlas LoadAtlas(string spriteName)
{
GameResInfo data;
if (CheckRes(GameResType.Sprite, spriteName, out data))
{
Atlas atlas = new Atlas("");
Sprite sp = LoadAssetAtPath(data.resPath, typeof(Sprite)) as Sprite;
atlas.Add(spriteName, sp);
return(atlas);
}
return(null);
}
public void SaveSystem_GetSaveState_WithMap_ReturnsSaveStateWithSerialisedMap()
{
var mapCell = new Entity(0, "Map Cell", new IEntityComponent[] { new Appearance(), new Physical() });
_mutableEntities.Add(mapCell);
var map = new Map("key", mapCell);
_mapCollection.Add(map.MapKey, map);
var result = _saveSystem.GetSaveState();
var expected = MapSerializer.Serialize(map);
result.Maps.Single().Should().Be(expected);
}
//private Cb4aCollisionMeshSoupFaceEdge BuildBspCollisionFaceSoupFaceEdge(BspCollisionFaceSoupFaceEdge e)
//{
// return new Cb4aCollisionMeshSoupFaceEdge() { Normal = GetVec3Fixed(e.Normal), Distance = (int)e.Distance * AirplaySDKMath.IW_GEOM_ONE };
//}
private void BuildLightmapAtlas(BspDocument bsp)
{
Dictionary<Bitmap, bool> lightmaps = new Dictionary<Bitmap, bool>();
CollectAllLightmaps(lightmaps);
//TODO: Make multiple atlases 128x128 istead one huge atlas. The reason is that there is only 4096 steps in UV coordinate!
Atlas atlas = new Atlas();
foreach (var l in lightmaps.Keys)
{
atlas.Add(l);
}
commonLightmap = new BspEmbeddedTexture() { Name = bsp.Name + "_lightmap", mipMaps = new Bitmap[] { atlas.Bitmap } };
UpdateLightmap(commonLightmap, atlas);
//
// Bitmap Lightmap = new Bitmap(128,128);
// using (var g = Graphics.FromImage(Lightmap))
// {
// g.Clear(Color.Red);
// }
// BspEmbeddedTexture lm = new BspEmbeddedTexture() { Name = "lightmap", mipMaps = new Bitmap[1] { Lightmap } };
// foreach (var l in leaves)
// {
// if (l.Geometry != null)
// foreach (var f in l.Geometry.Faces)
// if (f.Lightmap != null)
// f.Lightmap = lm;
// }
}