public void Load(string LEVname)
{
_lev = Asset.LoadCached<LEV>(LEVname + ".LEV");
_pal = Asset.LoadCached<PAL>(_lev.Palette.ToUpper());
_cmp = Asset.LoadCached<CMP>(LEVname + ".CMP");
_game.SolidCMP.SetTexture("_PAL", _pal.Texture);
_game.SolidCMP.SetTexture("_CMP", _cmp.Texture);
BM.CreateArgs bmCreateArgs = new BM.CreateArgs();
bmCreateArgs.Pal = _pal;
if (_game.EmulateCMPShading) {
bmCreateArgs.TextureFormat = TextureFormat.Alpha8;
bmCreateArgs.AnisoLevel = 0;
bmCreateArgs.FilterMode = FilterMode.Point;
bmCreateArgs.bMipmap = false;
} else {
bmCreateArgs.TextureFormat = TextureFormat.RGBA32;
bmCreateArgs.AnisoLevel = 9;
bmCreateArgs.FilterMode = FilterMode.Trilinear;
bmCreateArgs.bMipmap = true;
}
foreach (var texName in _lev.Textures) {
try {
BM bm = Asset.LoadCached<BM>(texName.ToUpper(), bmCreateArgs);
_textures.Add(bm);
if (_defaultTexture == null) {
_defaultTexture = bm;
}
} catch (System.IO.FileNotFoundException) {
_textures.Add(null);
}
}
GenerateSectors();
}
void OnEnable()
{
_files = new Files();
_views = new List<GOBResourceViewer>();
_files.Initialize();
// PAL to use
using (PAL pal = Asset.New("RAMSHED.PAL", _files.Load("RAMSHED.PAL"), Asset.Type.PAL, null) as PAL) {
BM.CreateArgs bmCreateArgs = new BM.CreateArgs();
bmCreateArgs.FilterMode = FilterMode.Point;
bmCreateArgs.bMipmap = false;
bmCreateArgs.AnisoLevel = 0;
bmCreateArgs.Pal = pal;
foreach (var gob in _files.GOBs) {
foreach (var file in gob.Files) {
switch (Asset.TypeForName(file.Name)) {
case Asset.Type.BM:
_views.Add(new GOBBMViewer(Asset.Load(file, bmCreateArgs) as BM));
break;
case Asset.Type.FME:
_views.Add(new GOBFMEViewer(Asset.Load(file, bmCreateArgs) as FME));
break;
}
}
}
}
}
