tim2view/utim.pas

unit utim;

interface

uses
  ucommon;

const
  cTIMMagic = $10;
  cCLTMagic = $11;
  cPXLMagic = $12;
  cMagics = [cTIMMagic, cCLTMagic, cPXLMagic];
  cTIM4C = $08;
  cTIM4NC = $00;
  cTIM4 = [cTIM4C, cTIM4NC];
  cTIM8C = $09;
  cTIM8NC = $01;
  cTIM8 = [cTIM8C, cTIM8NC];
  cTIM16C = $0A;
  cTIM16NC = $02;
  cTIM16 = [cTIM16C, cTIM16NC];
  cTIM24C = $0B;
  cTIM24NC = $03;
  cTIM24 = [cTIM24C, cTIM24NC];
  cTIMMixC = $0C;
  cTIMMixNC = $04;
  cTIMMix = [cTIMMixC, cTIMMixNC];
  cTIMVersions = [$00, $01];
  cTIMWrongBads = [cTIM4NC, cTIM8NC];
  cTIMGoodCLTs = [cTIM16NC];
  cTIMGoodPXLs = [cTIM4NC, cTIM8NC];
  cTIMCLUT = [cTIM4C, cTIM8C, cTIM16C, cTIM24C, cTIMMixC];
  cTIMNOCLUT = [cTIM4NC, cTIM8NC, cTIM16NC, cTIM24NC, cTIMMixNC];
  cTIMBpp = [cTIM4C, cTIM8C, cTIM16C, cTIM24C, cTIMMixC, cTIM4NC, cTIM8NC, cTIM16NC, cTIM24NC, cTIMMixNC];

type
  TTIMHeader = packed record // TIM Header (8 bytes)
    bMagic: byte; // $10 (1 byte)
    bVersion: byte; // Any? (1 byte)
    bReserved1: byte; // Reserved byte 1 (1 byte)
    bReserved2: byte; // Reserved byte 2 (1 byte)
    bBPP: Integer; // Bit per Pixel  (4 bytes)
    // variants:
    // [$08, $09, $0A, $0B, $0C, $00, $01, $02, $03, $04]
  end;
  PTIMHeader = ^TTIMHeader;

type
  TCLUTHeader = packed record // CLUT header (12+ bytes)
    dwSize: Integer; // Length of CLUT (4 bytes)
    wVRAMX: word; // Palette coordinates in VRAM (by X) (2 bytes)
    wVRAMY: word; // Palette coordinates in VRAM (by Y) (2 bytes)
    wColorsCount: word; // Number of CLUT Colors (2 bytes)
    wClutsCount: word; // Count of Palettes (2 bytes)
  end;
  PCLUTHeader = ^TCLUTHeader;

type
  TIMAGEHeader = packed record // IMAGE Block Header (12+ bytes)
    dwSize: Integer; // Length of Image Block (4 bytes)
    wVRAMX: word; // Image Block Coordinates in VRAM (by X) (2 bytes)
    wVRAMY: word; // Image Block Coordinates in VRAM (by Y) (2 bytes)
    wWidth: word; // Image Width (not Real) (2 bytes)
    wHeight: word; // Image Height (Real) (2 bytes)
  end;
  PIMAGEHeader = ^TIMAGEHeader;

  //Constants
const
  cCLUTColorsMax = 1024;
  cCLUTCountMax = 512;
  cIMAGEWidthMax = 1024;
  cIMAGEHeightMax = 1024;
  cTIMMaxSize = SizeOf(TTIMHeader) + cCLUTColorsMax * cCLUTCountMax * 2 + SizeOf(TCLUTHeader) + cIMAGEWidthMax * cIMAGEHeightMax * 2 + SizeOf(TIMAGEHeader);
 //Constants

type
  TTIMDataArray = array [0 .. cTIMMaxSize - 1] of byte;
  PTIMDataArray = ^TTIMDataArray;

type
  TCLUT_COLOR = record
    // stp (special transparency processing) D=[0,1]
    STP: byte;
    // r,g,b  D=[0,31]
    R: byte;
    G: byte;
    B: byte;
  end;

  PCLUT_COLOR = ^TCLUT_COLOR;
  TCLUT_COLORS = array [0 .. cCLUTColorsMax * cCLUTCountMax - 1] of TCLUT_COLOR;
  PCLUT_COLORS = ^TCLUT_COLORS;

type
  TIMAGE_INDEXES = array [0 .. cIMAGEWidthMax * cIMAGEHeightMax * 4 - 1] of Integer;
  PIMAGE_INDEXES = ^TIMAGE_INDEXES;

type
  TTIM = record
    dwTimNumber: Integer;
    dwTimPosition: Integer;
    HEAD: PTIMHeader;
    CLUT: PCLUTHeader;
    IMAGE: PIMAGEHeader;
    dwSize: Integer;
    DATA: PTIMDataArray;
    OverBpp: Integer;
  end;

  PTIM = ^TTIM;

function TIMHasCLUT(TIM: PTIM): Boolean;
function TIMisIndexed(TIM: PTIM): Boolean;
function GetTIMCLUTSize(TIM: PTIM): Integer;
function GetTIMSize(TIM: PTIM): Integer;
function GetTimWidth(TIM: PTIM): word;
function GetTimRealWidth(TIM: PTIM): word;
function GetTimHeight(TIM: PTIM): word;
function TIMIsGood(TIM: PTIM): Boolean;
function TIMIsGoodStr(TIM: PTIM): string;
function TIMTypeStr(Magic: Byte): string;
function LoadTimFromBuf(BUFFER: pointer; var TIM: PTIM; var Position: Integer): Boolean;
function LoadTimFromFile(const FileName: string; var Position: Integer; ImageScan: Boolean; dwSize: Integer): PTIM;
procedure SaveTimToFile(const FileName: string; TIM: PTIM);
function CreateTIM: PTIM;
procedure FreeTIM(TIM: PTIM);
function BppToBitMode(TIM: PTIM): byte;
function GetTimColorsCount(TIM: PTIM): word;
function GetTimClutsCount(TIM: PTIM): word;
function GetTimVersion(TIM: PTIM): byte;
function GetTimBPP(TIM: PTIM): Integer;
function GetTimClutSizeHeader(TIM: PTIM): Integer;
function GetTimClutVRAMX(TIM: PTIM): word;
function GetTimClutVRAMY(TIM: PTIM): word;
function GetTimImageSizeHeader(TIM: PTIM): Integer;
function GetTimImageVRAMX(TIM: PTIM): word;
function GetTimImageVRAMY(TIM: PTIM): word;
function GetTIMIMAGESize(TIM: PTIM): Integer;
function GetCLUTColor(TIM: PTIM; CLUT_NUM, COLOR_NUM: Integer): TCLUT_COLOR;
procedure WriteCLUTColor(TIM: PTIM; CLUT_NUM, COLOR_NUM: Integer; COLOR: TCLUT_COLOR);
function ConvertTIMColor(COLOR: word): TCLUT_COLOR;
function ConvertCLUTColor(COLOR: TCLUT_COLOR): word;

implementation

uses
  ucdimage, classes, sysutils, FileUtil;

function ConvertTIMColor(COLOR: word): TCLUT_COLOR;
begin
  Result.R := (COLOR and $1F) shl 3;
  Result.G := ((COLOR and $3E0) shr 5) shl 3;
  Result.B := ((COLOR and $7C00) shr 10) shl 3;
  Result.STP := ((COLOR and $8000) shr 15);
end;

function ConvertCLUTColor(COLOR: TCLUT_COLOR): word;
begin
  Result := Word(COLOR.STP shl 15) or Word((COLOR.B shr 3) shl 10) or Word((COLOR.G shr 3) shl 5) or Word(COLOR.R shr 3);
end;

function GetCLUTColor(TIM: PTIM; CLUT_NUM, COLOR_NUM: Integer): TCLUT_COLOR;
var
  CLUT_OFFSET: Integer;
  COLOR: word;
begin
  if (TIM^.OverBpp in [cTIM4NC, cTIM8NC]) then
  begin
    Result.R := random($20) shl 3;
    Result.G := random($20) shl 3;
    Result.B := random($20) shl 3;
    Result.STP := 1;
    Exit;
  end;

  CLUT_OFFSET := CLUT_NUM * GetTimColorsCount(TIM) * 2;

  if (not TIM^.UseExtClut) then
    Move(TIM^.DATA^[SizeOf(TTIMHeader) + SizeOf(TCLUTHeader) + COLOR_NUM * 2 + CLUT_OFFSET], COLOR, 2)
  else
    Move(TIM^.ExtCLUT_DATA^[COLOR_NUM * 2 + CLUT_OFFSET], COLOR, sizeof(TCLUT_COLOR));

  Result := ConvertTIMColor(COLOR);
end;

procedure WriteCLUTColor(TIM: PTIM; CLUT_NUM, COLOR_NUM: Integer;
  COLOR: TCLUT_COLOR);
var
  CLUT_OFFSET: Integer;
  COLOR_TO_WRITE: word;
begin
  CLUT_OFFSET := CLUT_NUM * GetTimColorsCount(TIM) * 2;

  COLOR_TO_WRITE := ConvertCLUTColor(COLOR);
  Move(COLOR_TO_WRITE, TIM^.DATA^[SizeOf(TTIMHeader) + SizeOf(TCLUTHeader) + COLOR_NUM * 2 + CLUT_OFFSET], 2);
end;

function GetTimHeight(TIM: PTIM): word;
begin
  Result := TIM^.IMAGE^.wHeight;
end;

function TIMisIndexed(TIM: PTIM): Boolean;
begin
  Result := TIM^.HEAD^.bBPP in [cTIM4C, cTIM4NC, cTIM8C, cTIM8NC];
end;

function GetTIMCLUTSize(TIM: PTIM): Integer;
begin
  Result := 0;
  if not TIMHasCLUT(TIM) then Exit;
  Result := GetTimColorsCount(TIM) * GetTimClutsCount(TIM) * 2 + SizeOf(TCLUTHeader);
end;

function GetTIMIMAGESize(TIM: PTIM): Integer;
begin
  Result := TIM^.IMAGE^.wWidth * TIM^.IMAGE^.wHeight * 2 + SizeOf(TIMAGEHeader);
end;

function GetTIMSize(TIM: PTIM): Integer;
begin
  Result := GetTIMCLUTSize(TIM) + GetTIMIMAGESize(TIM) + SizeOf(TTIMHeader);
end;

function CheckVersion(TIM: PTIM): Boolean;
begin
  Result := (TIM^.HEAD^.bVersion in cTIMVersions);
end;

function CheckMagic(TIM: PTIM): Boolean;
begin
  Result := (TIM^.HEAD^.bMagic in cMagics);
end;

function CheckBpp(TIM: PTIM): Boolean;
begin
  Result := (TIM^.HEAD^.bBPP in cTIMBpp);
end;

function CheckReserved(TIM: PTIM): Boolean;
begin
  Result := (TIM^.HEAD^.bReserved1 = 0) and (TIM^.HEAD^.bReserved2 = 0);
end;

function TIMHasCLUT(TIM: PTIM): Boolean;
begin
  Result := (TIM^.HEAD^.bBPP in cTIMCLUT);
end;

function CheckCLUTVramX(TIM: PTIM): Boolean;
begin
  Result := (GetTimClutVRAMX(TIM) + GetTimColorsCount(TIM)) <= cCLUTColorsMax;
end;

function CheckCLUTVramY(TIM: PTIM): Boolean;
begin
  Result := (GetTimClutVRAMY(TIM) + GetTimClutsCount(TIM)) <= cCLUTCountMax;
end;

function CheckCLUTColors(TIM: PTIM): Boolean;
begin
  Result := (GetTimColorsCount(TIM) >= 1) and (GetTimColorsCount(TIM) <= cCLUTColorsMax);
end;

function CheckCLUTCount(TIM: PTIM): Boolean;
begin
  Result := (GetTimClutsCount(TIM) >= 1) and (GetTimClutsCount(TIM) <= cCLUTCountMax);
end;

function IWidthToRWidth(TIM: PTIM): word;
var
  bpp: Integer;
begin
  if (TIM^.HEAD^.bBPP <> TIM^.OverBpp) then
    bpp := TIM^.OverBpp
  else
    bpp := TIM^.HEAD^.bBPP;

  case bpp of
    cTIM4C, cTIM4NC: Result := (TIM^.IMAGE^.wWidth * 4) and $FFFF;
    cTIM8C, cTIM8NC: Result := (TIM^.IMAGE^.wWidth * 2) and $FFFF;
    cTIM16C, cTIM16NC, cTIMMixC, cTIMMixNC: Result := TIM^.IMAGE^.wWidth;
    cTIM24C, cTIM24NC: Result := (Round(TIM^.IMAGE^.wWidth * 2 / 3)) and $FFFF;
  else
    Result := 0;
  end;
end;

function CheckHEAD(TIM: PTIM): Boolean;
begin
  Result := (CheckMagic(TIM) and CheckVersion(TIM) and CheckBpp(TIM) and CheckReserved(TIM))
end;

function CheckCLUT(TIM: PTIM): Boolean;
begin
  Result := CheckCLUTColors(TIM) and CheckCLUTCount(TIM) and CheckCLUTVramX(TIM) and CheckCLUTVramY(TIM);
end;

function TIMIsNotWrongBad(TIM: PTIM): Boolean;
begin
  Result := (not(TIM^.HEAD^.bBPP in cTIMWrongBads)) or TIMIsGood(TIM);
end;

function CheckTIMSize(TIM: PTIM): Boolean;
begin
  Result := (GetTIMSize(TIM) <= cTIMMaxSize);
end;

function TIMIsGood(TIM: PTIM): Boolean;
begin
  Result := (TIM^.IMAGE^.dwSize = GetTIMIMAGESize(TIM));
end;

function CheckIMAGEWidth(TIM: PTIM): Boolean;
begin
  Result := (TIM^.IMAGE^.wWidth >= 1) and (TIM^.IMAGE^.wWidth <= cIMAGEWidthMax);
end;

function CheckIMAGEHeight(TIM: PTIM): Boolean;
begin
  Result := (TIM^.IMAGE^.wHeight >= 1) and (TIM^.IMAGE^.wHeight <= cIMAGEHeightMax);
end;

function CheckIMAGEVramX(TIM: PTIM): Boolean;
begin
  Result := (TIM^.IMAGE^.wVRAMX + TIM^.IMAGE^.wWidth) <= cCLUTColorsMax;
end;

function CheckIMAGEVramY(TIM: PTIM): Boolean;
begin
  Result := (TIM^.IMAGE^.wVRAMY + TIM^.IMAGE^.wHeight) <= cCLUTCountMax;
end;

function CheckIMAGE(TIM: PTIM): Boolean;
begin
  Result := CheckIMAGEWidth(TIM) and CheckIMAGEHeight(TIM) and CheckIMAGEVramX(TIM) and CheckIMAGEVramY(TIM);
end;

function CheckTIM(TIM: PTIM): Boolean;
begin
  Result := (TIM^.HEAD^.bMagic = cTIMMagic);
end;

function CheckCLT(TIM: PTIM): Boolean;
begin
  Result := (TIM^.HEAD^.bMagic = cCLTMagic) and (TIM^.HEAD^.bBPP in cTIMGoodCLTs);
end;

function CheckPXL(TIM: PTIM): Boolean;
begin
  Result := (TIM^.HEAD^.bMagic = cPXLMagic) and (TIM^.HEAD^.bBPP in cTIMGoodPXLs);
end;

function CheckTimCltPxl(TIM: PTIM): Boolean;
begin
  Result := (CheckTIM(TIM) or CheckCLT(TIM) or CheckPXL(TIM)) and CheckIMAGE(TIM) and TIMIsNotWrongBad(TIM);
end;

procedure ClearTIM(TIM: PTIM);
begin
  FillChar(TIM^.HEAD^, SizeOf(TTIMHeader), 0);
  FillChar(TIM^.CLUT^, SizeOf(TCLUTHeader), 0);
  FillChar(TIM^.IMAGE^, SizeOf(TIMAGEHeader), 0);
  FillChar(TIM^.DATA^, cTIMMaxSize, 0);
end;

function TIMIsGoodStr(TIM: PTIM): string;
begin
  if TIMIsGood(TIM) then Result := 'Yes' else Result := 'No';
end;

function TIMTypeStr(Magic: Byte): string;
begin
  case Magic of
    cTIMMagic: Result := 'tim';
    cCLTMagic: Result := 'clt';
    cPXLMagic: Result := 'pxl';
  else
    Result := 'unk';
  end;
end;

function LoadTimFromBuf(BUFFER: pointer; var TIM: PTIM; var Position: Integer): Boolean;
var
  P: Integer;
  TIM_POS: Integer;
begin
  Result := False;

  P := Position;
  Inc(Position);
  TIM_POS := P;

  if TIM = nil then TIM := CreateTIM;

  Move(PBytesArray(BUFFER)^[P], TIM^.HEAD^, SizeOf(TTIMHeader));
  if not CheckHEAD(TIM) then Exit;
  Inc(P, SizeOf(TTIMHeader));

  if TIMHasCLUT(TIM) then
  begin
    Move(PBytesArray(BUFFER)^[P], TIM^.CLUT^, SizeOf(TCLUTHeader));
    if not CheckCLUT(TIM) then Exit;
    Inc(P, GetTIMCLUTSize(TIM));
  end;

  Move(PBytesArray(BUFFER)^[P], TIM^.IMAGE^, SizeOf(TIMAGEHeader));

  if not CheckTimCltPxl(TIM) then Exit;
  if not CheckTIMSize(TIM) then Exit;

  TIM^.dwSize := GetTIMSize(TIM);

  Move(PBytesArray(BUFFER)^[TIM_POS], TIM^.DATA^[0], TIM^.dwSize);

  TIM^.OverBpp := TIM^.HEAD^.bBPP;
  Result := True;
end;

function LoadTimFromCDFile(const FileName: string; var Position: Integer;
  SIZE: Integer): PTIM;
var
  TimOffsetInSector, FirstPartSize, LastPartSize: Integer;
  TimSectorNumber, TimStartSectorPos: Integer;
  TIM_BUF: PTIMDataArray;
  sImageStream: TFileStream;
  Sector: TCDSector;
  P, TIM_FULL_SECTORS: Integer;
begin
  sImageStream := TFileStream.Create(UTF8ToSys(FileName), fmOpenRead or fmShareDenyWrite);

  TimSectorNumber := Position div cSectorSize + 1;
  TimOffsetInSector := Position mod cSectorSize - cSectorInfoSize;
  TimStartSectorPos := (TimSectorNumber - 1) * cSectorSize;
  FirstPartSize := cSectorDataSize - TimOffsetInSector;

  New(TIM_BUF);
  P := 0;

  if SIZE < FirstPartSize then FirstPartSize := SIZE;

  sImageStream.Seek(TimStartSectorPos, soBeginning);
  sImageStream.Read(Sector, cSectorSize);

  Move(Sector.dwData[TimOffsetInSector], TIM_BUF^[P], FirstPartSize);
  Inc(P, FirstPartSize);

  Inc(TimStartSectorPos, cSectorSize);
  sImageStream.Seek(TimStartSectorPos, soBeginning);

  TIM_FULL_SECTORS := (SIZE - P) div cSectorDataSize;

  while TIM_FULL_SECTORS > 0 do
  begin
    sImageStream.Read(Sector, cSectorSize);

    Move(Sector.dwData[0], TIM_BUF^[P], cSectorDataSize);
    Inc(P, cSectorDataSize);

    Inc(TimStartSectorPos, cSectorSize);
    sImageStream.Seek(TimStartSectorPos, soBeginning);

    Dec(TIM_FULL_SECTORS);
  end;

  sImageStream.Read(Sector, cSectorSize);

  if SIZE > P then
  begin
    LastPartSize := SIZE - P;
    Move(Sector.dwData[0], TIM_BUF^[P], LastPartSize);
  end;

  P := 0;
  Result := nil;

  LoadTimFromBuf(TIM_BUF, Result, P);
  sImageStream.Free;
  Dispose(TIM_BUF);
end;

function LoadTimFromStream(Stream: TStream; var Position: Integer;
  dwSize: Integer): PTIM;
var
  BUF: PTIMDataArray;
  P: Integer;
begin
  Result := nil;

  if dwSize > cTIMMaxSize then Exit;

  New(BUF);
  Result := CreateTIM;

  Stream.Seek(Position, soBeginning);
  Stream.Read(BUF^[0], dwSize);

  P := 0;
  if not LoadTimFromBuf(BUF, Result, P) then FreeTIM(Result);

  Dispose(BUF);
end;

function LoadTimFromFile(const FileName: string; var Position: Integer;
  ImageScan: Boolean; dwSize: Integer): PTIM;
var
  sTIM: TFileStream;
begin
  if ImageScan then
    Result := LoadTimFromCDFile(FileName, Position, dwSize)
  else
  begin
    sTIM := TFileStream.Create(UTF8ToSys(FileName), fmOpenRead or fmShareDenyWrite);
    Result := LoadTimFromStream(sTIM, Position, dwSize);
    sTIM.Free;
  end;
end;

procedure SaveTimToFile(const FileName: string; TIM: PTIM);
var
  tmp: TFileStream;
begin
  if TIM = nil then Exit;

  tmp := TFileStream.Create(UTF8ToSys(FileName), fmOpenWrite or fmCreate, fmShareDenyRead);
  tmp.Write(TIM^.DATA^[0], TIM^.dwSize);
  tmp.Free;
end;

function CreateTIM: PTIM;
begin
  New(Result);

  New(Result^.HEAD);
  New(Result^.CLUT);
  New(Result^.IMAGE);
  Result^.dwSize := 0;
  Result^.dwTimPosition := 0;
  Result^.dwTimNumber := 0;
  Result^.OverBpp := -1;
  New(Result^.DATA);
  ClearTIM(Result);
end;

procedure FreeTIM(TIM: PTIM);
begin
  Dispose(TIM^.HEAD);
  TIM^.HEAD := nil;
  Dispose(TIM^.CLUT);
  TIM^.CLUT := nil;
  Dispose(TIM^.IMAGE);
  TIM^.IMAGE := nil;
  Dispose(TIM^.DATA);
  TIM^.DATA := nil;
  Dispose(TIM);
end;

function BppToBitMode(TIM: PTIM): byte;
begin
  Result := 4;
  if (TIM^.HEAD^.bBPP in cTIM4) then
  begin
    Result := 4;
    Exit;
  end;
  if (TIM^.HEAD^.bBPP in cTIM8) then
  begin
    Result := 8;
    Exit;
  end;
  if (TIM^.HEAD^.bBPP in cTIM16) then
  begin
    Result := 16;
    Exit;
  end;
  if (TIM^.HEAD^.bBPP in cTIM24) then
  begin
    Result := 24;
    Exit;
  end;
  if (TIM^.HEAD^.bBPP in cTIMMix) then
  begin
    Result := 16;
    Exit;
  end;
end;

function GetTimVersion(TIM: PTIM): byte;
begin
  Result := TIM^.HEAD^.bVersion;
end;

function GetTimWidth(TIM: PTIM): word;
begin
  Result := TIM^.IMAGE^.wWidth;
end;

function GetTimRealWidth(TIM: PTIM): word;
begin
  Result := IWidthToRWidth(TIM);
end;

function GetTimColorsCount(TIM: PTIM): word;
begin
  if (not TIM^.UseExtClut) then
    Result := TIM^.ExtCLUT^.wColorsCount
  else
    Result := TIM^.CLUT^.wColorsCount;
end;

function GetTimClutsCount(TIM: PTIM): word;
begin
  if (not TIM^.UseExtClut) then
    Result := TIM^.ExtCLUT^.wClutsCount
  else
    Result := TIM^.CLUT^.wClutsCount;
end;

function GetTimBPP(TIM: PTIM): Integer;
begin
  Result := TIM^.HEAD^.bBPP;
end;

function GetTimClutSizeHeader(TIM: PTIM): Integer;
begin
  if (not TIM^.UseExtClut) then
    Result := TIM^.ExtCLUT^.dwSize
  else
    Result := TIM^.CLUT^.dwSize;
end;

function GetTimClutVRAMX(TIM: PTIM): word;
begin
  if (not TIM^.UseExtClut) then
    Result := TIM^.ExtCLUT^.wVRAMX
  else
    Result := TIM^.CLUT^.wVRAMX;
end;

function GetTimClutVRAMY(TIM: PTIM): word;
begin
  if (not TIM^.UseExtClut) then
    Result := TIM^.ExtCLUT^.wVRAMY
  else
    Result := TIM^.CLUT^.wVRAMY;
end;

function GetTimImageSizeHeader(TIM: PTIM): Integer;
begin
  Result := TIM^.IMAGE^.dwSize;
end;

function GetTimImageVRAMX(TIM: PTIM): word;
begin
  Result := TIM^.IMAGE^.wVRAMX;
end;

function GetTimImageVRAMY(TIM: PTIM): word;
begin
  Result := TIM^.IMAGE^.wVRAMY;
end;

end.