private List <TextureWrapper> getModelTextures(List <string> names)
{
List <TextureWrapper> res = new List <TextureWrapper>();
TextureWrapper white_w = loadTexHeader("white.dds");
for (int tex_idx = 0; tex_idx < names.Count; ++tex_idx)
{
TextureWrapper found = white_w; // initialize this, so if we're missing a texture, we'll get something
string fe;
string tex_to_find = names[tex_idx];
if (tex_to_find.ToUpper().Contains("PORTAL"))
{
tex_to_find = "invisible.dds";
}
string local_path = getNamedTexturePath(tex_to_find);
if (local_path == null)
{
fe = String.Format("Model needs texture {0}\n", tex_to_find);
fe += String.Format("Resource system does not have it");
Debug.LogWarning(fe);
}
if (local_path != null)
{
found = loadTexHeader(tex_to_find);
}
// TODO: make missing textures much more visible ( high contrast + text ? )
res.Add(found);
}
if (names.Count == 0)
{
res.Add(white_w);
}
return(res);
}
static public TextureWrapper loadTexHeader(string tex_name)
{
string fname = getNamedTexturePath(tex_name);
if (String.IsNullOrEmpty(fname))
{
Debug.LogFormat("LoadTexHeader failed for asset {0}->{1}", tex_name, fname);
return(null);
}
RuntimeData rd = RuntimeData.get();
TextureWrapper res;
FileInfo tex_path = new FileInfo(fname);
string lookupstring = Path.GetFileNameWithoutExtension(tex_path.Name).ToLower();
if (rd.m_loaded_textures.TryGetValue(lookupstring, out res))
{
return(res);
}
res = new TextureWrapper();
res.tex = AssetDatabase.LoadAssetAtPath <Texture>(fname);
res.info = modFromTextureName(Path.GetDirectoryName(fname) + "/" + Path.GetFileNameWithoutExtension(fname));
TexOpt texopt_flags = 0;
if (res.info != null)
{
texopt_flags = (TexOpt)res.info.Flags;
}
string upname = fname.ToUpper();
if (upname.Contains("PLAYERS/") ||
upname.Contains("ENEMIES/") ||
upname.Contains("NPCS/"))
{
res.flags |= TextureWrapper.TexFlag.BUMPMAP_MIRROR | TextureWrapper.TexFlag.CLAMP;
}
if (upname.Contains("MAPS/"))
{
res.flags |= TextureWrapper.TexFlag.CLAMP;
}
if (texopt_flags.HasFlag(TexOpt.REPLACEABLE))
{
res.flags |= TextureWrapper.TexFlag.REPLACEABLE;
}
if (texopt_flags.HasFlag(TexOpt.BUMPMAP))
{
res.flags |= TextureWrapper.TexFlag.BUMPMAP;
}
res.scaleUV0 = new Vector2(1, 1);
res.scaleUV1 = new Vector2(1, 1);
if (res.info != null && 0 != res.info.BumpMap.Length)
{
res.bumpmap = res.info.BumpMap;
}
string detailname;
if (texopt_flags.HasFlag(TexOpt.DUAL))
{
if (res.info.Blend.Length != 0)
{
res.flags |= TextureWrapper.TexFlag.DUAL;
res.BlendType = (CoHBlendMode)res.info.BlendType;
res.scaleUV0 = res.info.ScaleST0;
res.scaleUV1 = res.info.ScaleST1;
res.detailname = res.info.Blend;
if (res.BlendType == CoHBlendMode.ADDGLOW && res.detailname.ToLower() == "grey")
{
res.detailname = "black";
}
// copy the 'res' into the handle based storage, and record the handle
rd.m_loaded_textures[lookupstring] = res;
return(res);
}
Debug.Log("Detail texture " + res.info.Blend + " does not exist for texture mod" + res.info.name);
detailname = "grey";
}
else if (lookupstring.ToLower() == "invisible")
{
detailname = "invisible";
}
else
{
detailname = "grey";
}
if (res.BlendType == CoHBlendMode.ADDGLOW && detailname.ToLower() == "grey")
{
detailname = "black";
}
res.detailname = detailname;
// copy the 'res' into the handle based storage, and record the handle
rd.m_loaded_textures[lookupstring] = res;
return(res);
}
