index d24c2ac6708ce570384f7335d34513ae3ee49eaa..ce71ebc727d7e96b0001e0a44a512ba1b9269846 100644 (file)
{$ELSE}
GL, GLEXT,
{$ENDIF}
- r_atlas,
- utils // SSArray
+ g_base, // TRectHW
+ utils,
+ r_atlas
;
type
property backAnim: Boolean read mBackanim; (* this property must be located at TAnimState? *)
end;
+ TGLTextureArray = array of TGLTexture;
+
+ TRectArray = array of TRectWH;
+
procedure r_Textures_Initialize;
procedure r_Textures_Finalize;
function r_Textures_LoadFromFile (const filename: AnsiString; log: Boolean = True): TGLTexture;
function r_Textures_LoadMultiFromFile (const filename: AnsiString; log: Boolean = True): TGLMultiTexture;
function r_Textures_LoadMultiFromFileAndInfo (const filename: AnsiString; w, h, count: Integer; backanim: Boolean; log: Boolean = True): TGLMultiTexture;
+ function r_Textures_LoadStreamFromFile (const filename: AnsiString; w, h, count: Integer; st: TGLTextureArray; rs: TRectArray; log: Boolean = True): Boolean;
implementation
var
maxTileSize: Integer;
atl: array of TGLAtlas;
-// tex: array of TGLTexture;
(* --------- TGLAtlasNode --------- *)
end;
end;
+ function r_Textures_FixImageData (var img: TImageData): Boolean;
+ begin
+ result := false;
+ if ConvertImage(img, TImageFormat.ifA8R8G8B8) then
+ if SwapChannels(img, ChannelRed, ChannelBlue) then // wtf
+ result := true;
+ end;
+
function r_Textures_LoadFromImage (var img: TImageData): TGLTexture;
var t: TGLTexture; n: TGLAtlasNode; c: TDynImageDataArray; cw, ch, i, j: LongInt;
begin
InitImage(img);
try
if LoadImageFromMemory(data, size, img) then
- if ConvertImage(img, TImageFormat.ifA8R8G8B8) then
- if SwapChannels(img, ChannelRed, ChannelBlue) then // wth
- result := r_Textures_LoadFromImage(img)
+ if r_Textures_FixImageData(img) then
+ result := r_Textures_LoadFromImage(img)
except
end;
FreeImage(img);
InitImage(img);
try
if LoadImageFromMemory(data, size, img) then
- if ConvertImage(img, TImageFormat.ifA8R8G8B8) then
- if SwapChannels(img, ChannelRed, ChannelBlue) then // wtf
- result := r_Textures_LoadMultiFromImageAndInfo(img, w, h, c, b)
+ if r_Textures_FixImageData(img) then
+ result := r_Textures_LoadMultiFromImageAndInfo(img, w, h, c, b)
except
end;
FreeImage(img);
InitImage(img);
try
if LoadImageFromMemory(data, size, img) then
- if ConvertImage(img, TImageFormat.ifA8R8G8B8) then
- if SwapChannels(img, ChannelRed, ChannelBlue) then // wtf
- result := r_Textures_LoadMultiFromImageAndInfo(img, w, h, c, b)
+ if r_Textures_FixImageData(img) then
+ result := r_Textures_LoadMultiFromImageAndInfo(img, w, h, c, b)
finally
FreeMem(data);
end;
end
end;
+ function r_Textures_GetRect (var img: TImageData): TRectWH;
+ var i, j, w, h: Integer; done: Boolean;
+
+ function IsVoid (i, j: Integer): Boolean; inline;
+ begin
+ result := GetPixel32(img, i, j).Channels[3] = 0
+ end;
+
+ begin
+ w := img.Width;
+ h := img.Height;
+
+ (* trace x from right to left *)
+ done := false; i := 0;
+ while not done and (i < w) do
+ begin
+ j := 0;
+ while (j < h) and IsVoid(i, j) do inc(j);
+ done := (j < h) and (IsVoid(i, j) = false);
+ result.x := i;
+ inc(i);
+ end;
+
+ (* trace y from up to down *)
+ done := false; j := 0;
+ while not done and (j < h) do
+ begin
+ i := 0;
+ while (i < w) and IsVoid(i, j) do inc(i);
+ done := (i < w) and (IsVoid(i, j) = false);
+ result.y := j;
+ inc(j);
+ end;
+
+ (* trace x from right to left *)
+ done := false; i := w - 1;
+ while not done and (i >= 0) do
+ begin
+ j := 0;
+ while (j < h) and IsVoid(i, j) do inc(j);
+ done := (j < h) and (IsVoid(i, j) = false);
+ result.width := i - result.x + 1;
+ dec(i);
+ end;
+
+ (* trace y from down to up *)
+ done := false; j := h - 1;
+ while not done and (j >= 0) do
+ begin
+ i := 0;
+ while (i < w) and IsVoid(i, j) do inc(i);
+ done := (i < w) and (IsVoid(i, j) = false);
+ result.height := j - result.y + 1;
+ dec(j);
+ end;
+ end;
+
+ function r_Textures_LoadStreamFromImage (var img: TImageData; w, h, c: Integer; st: TGLTextureArray; rs: TRectArray): Boolean;
+ var i: Integer; t: TImageData;
+ begin
+ ASSERT(w >= 0);
+ ASSERT(h >= 0);
+ ASSERT(c >= 1);
+ ASSERT((st <> nil) and (Length(st) >= c));
+ ASSERT((rs = nil) or (Length(rs) >= c));
+ result := true;
+ for i := 0 to c - 1 do
+ begin
+ InitImage(t);
+ st[i] := nil;
+ if NewImage(w, h, img.Format, t) then
+ begin
+ if CopyRect(img, w * i, 0, w, h, t, 0, 0) then
+ begin
+ if rs <> nil then
+ rs[i] := r_Textures_GetRect(t);
+ st[i] := r_Textures_LoadFromImage(t);
+ end;
+ end;
+ ASSERT(st[i] <> nil);
+ FreeImage(t);
+ end;
+ end;
+
+ function r_Textures_LoadStreamFromMemory (data: Pointer; size: LongInt; w, h, c: Integer; st: TGLTextureArray; rs: TRectArray): Boolean;
+ var img: TImageData;
+ begin
+ ASSERT(w >= 0);
+ ASSERT(h >= 0);
+ ASSERT(c >= 1);
+ ASSERT((st <> nil) and (Length(st) >= c));
+ ASSERT((rs = nil) or (Length(rs) >= c));
+ result := false;
+ if (data <> nil) and (size > 0) then
+ begin
+ InitImage(img);
+ try
+ if LoadImageFromMemory(data, size, img) then
+ if r_Textures_FixImageData(img) then
+ result := r_Textures_LoadStreamFromImage(img, w, h, c, st, rs)
+ except
+ end;
+ FreeImage(img);
+ end;
+ end;
+
+ function r_Textures_LoadStreamFromFile (const filename: AnsiString; w, h, count: Integer; st: TGLTextureArray; rs: TRectArray; log: Boolean = True): Boolean;
+ var wad: TWADFile; wadName, resName: AnsiString; data: Pointer; size: Integer;
+ begin
+ ASSERT(w > 0);
+ ASSERT(h > 0);
+ ASSERT(count >= 1);
+ ASSERT((st <> nil) and (Length(st) >= count));
+ ASSERT((rs = nil) or (Length(rs) >= count));
+ result := false;
+ wadName := g_ExtractWadName(filename);
+ wad := TWADFile.Create();
+ if wad.ReadFile(wadName) then
+ begin
+ resName := g_ExtractFilePathName(filename);
+ if wad.GetResource(resName, data, size, log) then
+ begin
+ result := r_Textures_LoadStreamFromMemory(data, size, w, h, count, st, rs);
+ FreeMem(data);
+ end;
+ wad.Free
+ end
+ end;
+
end.