MacHack 1999

home *** CD-ROM | disk | FTP | other *** search

/ MacHack 1999 / MacHack 1999.toast / The Hacks / AltiVec Effect / BltMacros.h < prev next >

Wrap

C/C++ Source or Header | 1998-09-28 | 38.9 KB | 1,252 lines | [TEXT/CWIE]

/* File: BltMacros.h Contains: Macros to help you handle multiple pixel formats in your effects components Written by: Mike Dodd and Giovanni Agnoli Copyright: © 1997 by Apple Computer, Inc., all rights reserved. */ #ifndef __CONDITIONALMACROS__ #include <ConditionalMacros.h> #endif #ifndef __MACTYPES__ #include <MacTypes.h> #endif #include <Endian.h> #if PRAGMA_ONCE #pragma once #endif #ifdef __cplusplus extern "C" { #endif #if PRAGMA_IMPORT #pragma import on #endif #if PRAGMA_STRUCT_ALIGN #pragma options align=mac68k #elif PRAGMA_STRUCT_PACKPUSH #pragma pack(push, 2) #elif PRAGMA_STRUCT_PACK #pragma pack(2) #endif #if TARGET_RT_BIG_ENDIAN #define B2NEndianRgnHandle(value) #define N2BEndianRgnHandle(value) #define B2NEndianPixMapHandle(value) #define N2BEndianPixMapHandle(value) #endif //***** Here are the macros we know so well ***** // These macros need renaming! // Several issues: // swap-in-place vs. function return (eg. MyEndianRect currently is inconsistent with MyEndian16) // 4 different directions (BigToMine, MineToBig, LittleToMine, MineToLittle) // General macros for swapping unconditionally #define Swapped16(a) ((((a)&0xff)<<8) | ((unsigned short)(((a)&0xff00))>>8)) #define SwappedS16(a) ((short)Swapped16(a)) #define SwappedU16(a) ((unsigned short)Swapped16(a)) #define Swapped32(a) ((((a)&0xff)<<24) | (((a)&0xff00)<<8) | ((unsigned long)(((a)&0xff0000))>>8) | ((unsigned long)(((a)&0xff000000))>>24)) #define SwappedS32(a) ((long)Swapped32(a)) #define SwappedU32(a) ((unsigned long)Swapped32(a)) #define SwapS16(a) ((a)=SwappedS16(a)) #define SwapU16(a) ((a)=SwappedU16(a)) #define SwapS32(a) ((a)=SwappedS32(a)) #define SwapU32(a) ((a)=SwappedU32(a)) #define SwapS32Multiple(ptr,cnt) \ { long *__p = (long *)(ptr); \ long __i; \ for (__i=0;__i<(long)(cnt);__i++) {\ SwapS32(*__p); \ __p++; \ } \ } #define SwapU32Multiple(ptr,cnt) \ { unsigned long *__p = (unsigned long *)(ptr); \ long __i; \ for (__i=0;__i<(long)(cnt);__i++) {\ SwapU32(*__p); \ __p++; \ } \ } #define SwapS16Multiple(ptr,cnt) \ { short *__p = (short *)(ptr); \ long __i; \ for (__i=0;__i<(long)(cnt);__i++) { \ SwapS16(*__p); \ __p++; \ } \ } #define SwapU16Multiple(ptr,cnt) \ { unsigned short *__p = (unsigned short *)(ptr); \ long __i; \ for (__i=0;__i<(long)(cnt);__i++) { \ SwapU16(*__p); \ __p++; \ } \ } #define SwapRect(a) \ { SwapU16((a).top); SwapU16((a).bottom); SwapU16((a).left); SwapU16((a).right); } #define SwapMatrix3by3(a) \ { SwapU32(a.matrix[0][0]); SwapU32(a.matrix[0][1]); SwapU32(a.matrix[0][2]); \ SwapU32(a.matrix[1][0]); SwapU32(a.matrix[1][1]); SwapU32(a.matrix[1][2]); \ SwapU32(a.matrix[2][0]); SwapU32(a.matrix[2][1]); SwapU32(a.matrix[2][2]); } #if TARGET_RT_LITTLE_ENDIAN #define L2NEndianS16(a) #define L2NEndianU16(a) #define L2NEndianS32(a) #define L2NEndianU32(a) #define B2NEndianS16(a) SwapS16(a) #define B2NEndianU16(a) SwapU16(a) #define B2NEndianS32(a) SwapS32(a) #define B2NEndianU32(a) SwapU32(a) #define N2BEndianS32 B2NEndianS32 #define N2BEndianU32 B2NEndianU32 #define N2LEndianS32 L2NEndianS32 #define N2LEndianU32 L2NEndianU32 #define N2BEndianS16 B2NEndianS16 #define N2BEndianU16 B2NEndianU16 #define N2LEndianS16 L2NEndianS16 #define N2LEndianU16 L2NEndianU16 #define L2NEndianS16Multiple(a,b) #define L2NEndianU16Multiple(a,b) #define L2NEndianS32Multiple(a,b) #define L2NEndianU32Multiple(a,b) #define B2NEndianS16Multiple(a,b) SwapS16Multiple(a,b) #define B2NEndianU16Multiple(a,b) SwapU16Multiple(a,b) #define B2NEndianS32Multiple(a,b) SwapS32Multiple(a,b) #define B2NEndianU32Multiple(a,b) SwapU32Multiple(a,b) #define N2BEndianMatrix3by3(a) SwapMatrix3by3(a) #define B2NEndianMatrix3by3(a) SwapMatrix3by3(a) #define N2LEndianMatrix3by3(a) #define L2NEndianMatrix3by3(a) #define N2BEndianRect(a) SwapRect(a) #define B2NEndianRect(a) SwapRect(a) #define N2LEndianRect(a) #define L2NEndianRect(a) #else #define L2NEndianS16(a) SwapS16(a) #define L2NEndianU16(a) SwapU16(a) #define L2NEndianS32(a) SwapS32(a) #define L2NEndianU32(a) SwapU32(a) #define B2NEndianS16(a) #define B2NEndianU16(a) #define B2NEndianS32(a) #define B2NEndianU32(a) #define N2BEndianS32 B2NEndianS32 #define N2BEndianU32 B2NEndianU32 #define N2LEndianS32 L2NEndianS32 #define N2LEndianU32 L2NEndianU32 #define N2BEndianS16 B2NEndianS16 #define N2BEndianU16 B2NEndianU16 #define N2LEndianS16 L2NEndianS16 #define N2LEndianU16 L2NEndianU16 #define L2NEndianS16Multiple(a,b) SwapS16Multiple(a,b) #define L2NEndianU16Multiple(a,b) SwapU16Multiple(a,b) #define L2NEndianS32Multiple(a,b) SwapS32Multiple(a,b) #define L2NEndianU32Multiple(a,b) SwapU32Multiple(a,b) #define B2NEndianS16Multiple(a,b) #define B2NEndianU16Multiple(a,b) #define B2NEndianS32Multiple(a,b) #define B2NEndianU32Multiple(a,b) #define N2BEndianMatrix3by3(a) #define B2NEndianMatrix3by3(a) #define N2LEndianMatrix3by3(a) SwapMatrix3by3(a) #define L2NEndianMatrix3by3(a) SwapMatrix3by3(a) #define N2BEndianRect(a) #define B2NEndianRect(a) #define N2LEndianRect(a) SwapRect(a) #define L2NEndianRect(a) SwapRect(a) #endif // Macros that take big-endian data, and swap it to native (my) format. #if TARGET_RT_LITTLE_ENDIAN #define MyEndian16(a) SwappedU16(a) #define MyEndian32(a) SwappedU32(a) #define MyEndianS16(a) SwappedS16(a) #define MyEndianS32(a) SwappedS32(a) #define MyEndianRect(a) SwapRect(a) #define MyEndianPoint(a) SwapU16((a).v); SwapU16((a).h) #define MyEndianRGBColor(a) SwapU16((a).red); SwapU16((a).green); SwapU16((a).blue); #define MyEndian16Multiple(p, num) SwapU16Multiple(p,num) #define MyEndian32Multiple(p, num) SwapU32Multiple(p,num) #define MyEndianQTFloatDouble(a) *(UInt64*)&a = Endian64_Swap(*(UInt64*)&a) #define MyEndianQTFloatSingle(a) *(UInt32*)&a = Endian32_Swap(*(UInt32*)&a) #else #define MyEndian16(a) (a) #define MyEndian32(a) (a) #define MyEndianS16(a) (a) #define MyEndianS32(a) (a) #define MyEndianRect(a) #define MyEndianPoint(a) #define MyEndianRGBColor(a) #define MyEndian16Multiple(p,num) #define MyEndian32Multiple(p,num) #define MyEndianQTFloatDouble(a) #define MyEndianQTFloatSingle(a) #endif // Macros that take native expressions, and swap the result // to the specified endian-ness. #if TARGET_RT_LITTLE_ENDIAN #define LittleEndian16(a) (a) #define LittleEndian32(a) (a) #define BigEndian16(a) SwappedU16(a) #define BigEndian32(a) SwappedU32(a) #define MyEndianFromLittle16(a) (a) #define MyEndianFromLittle32(a) (a) #else #define LittleEndian16(a) SwappedU16(a) #define LittleEndian32(a) SwappedU32(a) #define BigEndian16(a) (a) #define BigEndian32(a) (a) #define MyEndianFromLittle16(a) SwappedU16(a) #define MyEndianFromLittle32(a) SwappedU32(a) #endif // Handy stream macros - reads and writes longs and shorts aligned and misaligned // this was TARGET_OS_WIN32, but NeXTIntel wants this #if TARGET_RT_LITTLE_ENDIAN #define Get32(x) (*(long*)(x)) #define GetU32(x) (*(unsigned long*)(x)) #define Set32(x,y) (*(long*)(x)) = ((long)(y)) #define Get16(x) (*(short*)(x)) #define GetU16(x) (*(unsigned short*)(x)) #define Set16(x,y) (*(short*)(x)) = ((short)(y)) #define Get32E(x) SwappedS32(*(unsigned long*)(x)) #define GetU32E(x) SwappedU32(*(unsigned long*)(x)) #define Set32E(x,y) { unsigned long z_z_val = y; *(unsigned long*)(x)=SwappedU32(z_z_val); } #define Get16E(x) SwappedS16(*(unsigned short*)(x)) #define GetU16E(x) SwappedU16(*(unsigned short*)(x)) #define Set16E(x,y) { unsigned short z_z_val = y; *(unsigned short*)(x)=SwappedU16(z_z_val); } #define ABGRFLIP(zzz) #elif TARGET_OS_UNIX #if TARGET_CPU_PPC #define GetU32(x) (*(unsigned long*)(x)) #define Get32(x) (*(long*)(x)) #define Set32(x,y) (*(unsigned long*)(x) = (unsigned long)(y)) #define Get16(x) (*(short*)(x)) #define GetU16(x) (*(unsigned short*)(x)) #define Set16(x,y) (*(unsigned short*)(x) = (unsigned short)(y)) #else /* risc based - gonna buserr if we access misaligned data */ #define GetU32(x) (unsigned long) ( \ (((unsigned char*)(x))[0] << 24) | \ (((unsigned char*)(x))[1] << 16) | \ (((unsigned char*)(x))[2] << 8) | \ (((unsigned char*)(x))[3]) ) #define Get32(x) (long) ( \ (((unsigned char*)(x))[0] << 24) | \ (((unsigned char*)(x))[1] << 16) | \ (((unsigned char*)(x))[2] << 8) | \ (((unsigned char*)(x))[3]) ) #define Set32(x,y) { unsigned long z_z_val = y; \ ((unsigned char*)(x))[0] = (z_z_val & 0xff000000) >> 24; \ ((unsigned char*)(x))[1] = (z_z_val & 0x00ff0000) >> 16; \ ((unsigned char*)(x))[2] = (z_z_val & 0x0000ff00) >> 8; \ ((unsigned char*)(x))[3] = (z_z_val & 0x000000ff); } \ #define Get16(x) (short) ( \ (((unsigned char*)(x))[0] << 8) | \ (((unsigned char*)(x))[1]) ) #define GetU16(x) (unsigned short) ( \ (((unsigned char*)(x))[0] << 8) | \ (((unsigned char*)(x))[1]) ) #define Set16(x,y) { unsigned long z_z_val = y; \ ((unsigned char*)(x))[0] = (z_z_val & 0xff00) >> 8; \ ((unsigned char*)(x))[1] = (z_z_val & 0x00ff); } \ #endif /* non-ppc risc UNIX */ #define Get32E Get32 #define GetU32E GetU32 #define Set32E Set32 #define Get16E Get16 #define GetU16E GetU16 #define Set16E Set16 #define ABGRFLIP(zzz) { long zzzpix = zzz; zzz = zzz & 0xff00ff00; \ zzz |= ((zzzpix & 0x00ff0000) >> 16); \ zzz |= ((zzzpix & 0x000000ff) << 16); } #else /* not little-endian, not UNIX, must be MacOS - big endian */ #define Get32(x) (*(long*)(x)) #define GetU32(x) (*(unsigned long*)(x)) #define Set32(x,y) (*(long*)(x)) = ((long)(y)) #define Get16(x) (*(short*)(x)) #define GetU16(x) (*(unsigned short*)(x)) #define Set16(x,y) (*(short*)(x)) = ((short)(y)) #define Get32E Get32 #define GetU32E GetU32 #define Set32E Set32 #define Get16E Get16 #define GetU16E GetU16 #define Set16E Set16 #define ABGRFLIP(zzz) #endif long FlipLongPtr (long*); long FlipShortPtr (short*); void FlipE80 (void *); void FlipArray (void *,long,short); #if !TARGET_OS_MAC && TARGET_RT_LITTLE_ENDIAN #ifndef RgnHandle #include <Quickdraw.h> #endif void B2NEndianRgnHandle(RgnHandle theRgn); void N2BEndianRgnHandle(RgnHandle theRgn); void B2NEndianPixMapHandle(PixMapHandle thePixMap); void N2BEndianPixMapHandle(PixMapHandle thePixMap); #endif /* Conversion macros for BigEndian always types (QuickTimeMusic.h) */ #define GetNativeLongFrom(p) (long)Get32E(p) #define GetNativeShortFrom(p) (short)Get16E(p) #define GetNativeFixedFrom(p) (Fixed)Get32E(p) #define GetNativeUnsignedFixedFrom(p) (UnsignedFixed)Get32E(p) #define GetNativeOSTypeFrom(p) (OSType)Get32E(p) #define SetBigEndianLongAt(p, val) Set32E(p, val) #define SetBigEndianShortAt(p, val) Set16E(p, val) #define SetBigEndianFixedAt(p, val) Set32E(p, val) #define SetBigEndianUnsignedFixedAt(p, val) Set32E(p, val) #define SetBigEndianOSTypeAt(p, val) Set32E(p, val) #if PRAGMA_STRUCT_ALIGN #pragma options align=reset #elif PRAGMA_STRUCT_PACKPUSH #pragma pack(pop) #elif PRAGMA_STRUCT_PACK #pragma pack() #endif #ifdef PRAGMA_IMPORT_OFF #pragma import off #elif PRAGMA_IMPORT #pragma import reset #endif #ifdef __cplusplus } #endif // DNC: End EndianPriv.h // DNC: Start BltTrans.h #define from32wxyzto32xyzw(a) a = ((((a)&0xffffff)<<8) | ((((unsigned long)(a))&0xff000000)>>24)) #define from32wxyzto32wzyx(a) a = ((((a)&0xff)<<16) | (((a)&0xff0000)>>16) | ((((unsigned long)(a))&0xff00ff00))) #define from32wxyzto32yxwz(a) a = ((((a)&0xff00)<<16) | (((a)&0xff000000)>>16) | ((((unsigned long)(a))&0xff00ff))) #define from32wxyzto32zwxy(a) a = ((((a)&0xffffff00)>>8) | ((((unsigned long)(a))&0xff)<<24)) #define from32wxyzto32xwzy(a) a = ((((a)&0xff00ff00)>>8) | ((((unsigned long)(a))&0x00ff00ff)<<8)) #define from32wxyzto32zyxw(a) a = ((((a)&0xff)<<24) | (((a)&0xff00)<<8) | (((a)&0xff0000)>>8) | ((((unsigned long)(a))&0xff000000)>>24)) #define from32wxyzto32yzwx(a) a = ((((a)&0xffff0000)>>16) | ((((unsigned long)(a))&0x0000ffff)<<16)) #define from32wxyzto32wxy_(a) a = ((unsigned long)(a) & 0xffffff00) #define from32wxyzto32_xyz(a) a = ((unsigned long)(a) & 0x00ffffff) #define from32wxyzto32_yxw(a) a = ((((a)&0xff00)<<8) | (((a)&0xff0000)>>8) | ((((unsigned long)(a))&0xff000000)>>24)) #define from32wxyzto32zyx_(a) a = ((((a)&0xff)<<24) | (((a)&0xff00)<<8) | ((((unsigned long)(a))&0xff0000)>>8)) #define from32wxyzto32yxw_(a) a = ((((a)&0xff00)<<16) | (((a)&0xff000000)>>16) | ((((unsigned long)(a))&0xff0000))) #define from32wxyzto32_zyx(a) a = ((((a)&0xff)<<16) | (((a)&0xff0000)>>16) | ((((unsigned long)(a))&0x0000ff00))) #define from32wxyzto32_wxy(a) a = (((((unsigned long)(a))&0xffffff00)>>8)) #define from32wxyzto32xyz_(a) a = (((((unsigned long)(a))&0xffffff)<<8)) #define from32ARGBto32ABGR(a) from32wxyzto32wzyx(a) #define from32ARGBto32BGRA(a) from32wxyzto32zyxw(a) #define from32ARGBto32RGBA(a) from32wxyzto32xyzw(a) #define from32ABGRto32ARGB(a) from32wxyzto32wzyx(a) #define from32ABGRto32BGRA(a) from32wxyzto32xyzw(a) #define from32ABGRto32RGBA(a) from32wxyzto32zyxw(a) #define from32BGRAto32ARGB(a) from32wxyzto32zyxw(a) #define from32BGRAto32ABGR(a) from32wxyzto32zwxy(a) #define from32BGRAto32RGBA(a) from32wxyzto32yxwz(a) #define from32RGBAto32ARGB(a) from32wxyzto32zwxy(a) #define from32RGBAto32ABGR(a) from32wxyzto32zyxw(a) #define from32RGBAto32BGRA(a) from32wxyzto32yxwz(a) // 16 bit #define fromBERGBx2toLERGBx2(a) from32wxyzto32xwzy(a) #define fromBERGBx2toLE565x2(a) a = ((((a)&0x007f007f)<<9) | (((a)&0x3f003f00)>>8) | ((((unsigned long)(a))&0xe000e000)>>7)) #define fromLERGBx2toBERGBx2(a) from32wxyzto32xwzy(a) #define fromLERGBx2toLE565x2(a) a = ((((a)&0x007f007f)<<1) | (((a)&0x80008000)>>15) | (((a)&0x60006000)<<1) | ((((unsigned long)(a))&0x3f003f00))) #define fromLE565x2toLERGBx2(a) a = ((((a)&0x1f001f00)) | (((a)&0xc0fec0fe)>>1) | ((((unsigned long)(a))&0x00010001)<<15)) #define fromLE565x2toBERGBx2(a) a = ((((a)&0x00ff00ff)<<7) | (((a)&0x1f001f00)>>8) | ((((unsigned long)(a))&0xc000c000)>>9)) // DNC: End BltTrans.h #define TempAllowDebugCalls 1 #define Flip24(data) { \ data = ( ( ( data & 0x0000ff ) << 16 ) | ( ( data & 0xff0000 ) >> 16 ) | ( data & 0x00ff00 ) ); \ } #define Set24(dst,data) { \ *(unsigned char *)(dst) = (data & 0xff0000) >> 16; \ *((unsigned char *)(dst)+1) = (data & 0xff00) >> 8; \ *((unsigned char *)(dst)+2) = data & 0xff; \ } #define Get24(src) ( ( ((unsigned long)(((unsigned char *)src)[0])) << 16 ) + \ ( ((unsigned long)(((unsigned char *)src)[1])) << 8 ) + \ ((unsigned long)(((unsigned char *)src)[2])) ) #undef cnv16Nto16DPF #if dstIs16BE555 // don't flip in either case #define cnv16Nto16DPF(a) #elif dstIs16LE555 // flip in both cases #define cnv16Nto16DPF(a) SwapU16(a) #elif dstIs16LE565 // r+g1 g2n+b g2 #define cnv16Nto16DPF(a) a = ((((a)&0x007f)<<9) | (((a)&0x3f00)>>8) | (((unsigned short)(a)&0xe000)>>7)) #else #if TempAllowDebugCalls #define cnv16Nto16DPF(a) DebugStr("\pcnv16Nto16DPF") #else #error "cnv16Nto16DPF(a) not defined for this case in BltMacros.h"; #endif #endif #undef cnv16RGto16DPF #if dstIs16BE555 #define cnv16RGto16DPF(a) N2BEndianU16(a) #elif dstIs16LE555 #define cnv16RGto16DPF(a) N2LEndianU16(a) #elif dstIs16LE565 // r+g1+g2 g2n+b #define cnv16RGto16DPF(a) a = ((((a)&0x7fe0)<<1) | ((((unsigned short)(a))&0x003f)) ) #else #if TempAllowDebugCalls #define cnv16RGto16DPF(a) DebugStr("\pcnv16RGto16DPF") #else #error "cnv16RGto16DPF(a) not defined for this case in BltMacros.h"; #endif #endif #undef cnv16DPFto16RG #if dstIs16BE555 #define cnv16DPFto16RG(a) B2NEndianU16(a) #elif dstIs16LE555 #define cnv16DPFto16RG(a) L2NEndianU16(a) #elif dstIs16LE565 & TARGET_RT_LITTLE_ENDIAN // r+g1+g2 g2n+b #define cnv16DPFto16RG(a) a = ((((a)&0xffc0)>>1) | ((((unsigned short)(a))&0x001f)) ) #else #if TempAllowDebugCalls #define cnv16DPFto16RG(a) DebugStr("\pcnv16DPFto16RG") #else #error "cnv16DPFto16RG(a) not defined for this case in BltMacros.h"; #endif #endif #undef cnv16Nx2to16DPFx2 #if dstIs16BE555 // don't flip in either case #define cnv16Nx2to16DPFx2(a) #elif dstIs16LE555 & TARGET_RT_LITTLE_ENDIAN #define cnv16Nx2to16DPFx2(a) from32wxyzto32xwzy(a) #elif dstIs16LE555 & !TARGET_RT_LITTLE_ENDIAN #define cnv16Nx2to16DPFx2(a) from32wxyzto32yzwx(a) #elif dstIs16LE565 // r+g1 g2n+b g2 g2->g1 #define cnv16Nx2to16DPFx2(a) a = ((((a)&0x007f007f)<<9) | (((a)&0x3f003f00)>>8) | ((((unsigned long)(a))&0xe000e000)>>7)) #else #if TempAllowDebugCalls #define cnv16Nx2to16DPFx2(a) DebugStr("\pcnv16Nx2to16DPFx2") #else #error "cnv16Nx2to16DPFx2(a) not defined for this case in BltMacros.h"; #endif #endif #undef cnv16RGx2to16DPFx2 #if dstIs16BE555 #define cnv16RGx2to16DPFx2(a) N2BEndianU32(a) #elif dstIs16LE555 & TARGET_RT_LITTLE_ENDIAN #define cnv16RGx2to16DPFx2(a) from32wxyzto32yzwx(a) #elif dstIs16LE555 & !TARGET_RT_LITTLE_ENDIAN #define cnv16RGx2to16DPFx2(a) DebugStr("\pcnv16RGx2to16DPFx2") #elif dstIs16LE565 // r+g1+g2 g2n+b r2+g3+g4 g4n+b2 g2 #define cnv16RGx2to16DPFx2(a) a = ((((a)&0x7fe00000)>>15) | (((a)&0x003f0000)>>16) | (((a)&0x00007fe0)<<17) | ((((unsigned long)(a))&0x0000003f)<<16)) #else #if TempAllowDebugCalls #define cnv16RGx2to16DPFx2(a) DebugStr("\pcnv16rGx2to16DPFx2") #else #error "cnv16RGx2to16DPFx2(a) not defined for this case in BltMacros.h"; #endif #endif #undef cnv16DPFx2to16RGx2 #if dstIs16BE555 #define cnv16DPFx2to16RGx2(a) B2NEndianU32(a) #elif dstIs16LE555 & TARGET_RT_LITTLE_ENDIAN #define cnv16DPFx2to16RGx2(a) from32wxyzto32yzwx(a) #elif dstIs16LE555 & !TARGET_RT_LITTLE_ENDIAN #define cnv16DPFx2to16RGx2(a) from32wxyzto32xwzy(a) #elif dstIs16LE565 // r+g1+g2 g2n+b r2+g3+g4 g4n+b2 g2 #define cnv16DPFx2to16RGx2(a) a = ((((a)&0xffc00000)>>17) | (((a)&0x001f0000)>>16) | (((a)&0x0000ffc0)<<15) | ((((unsigned long)(a))&0x0000001f)<<16)) #else #if TempAllowDebugCalls #define cnv16DPFx2to16RGx2(a) DebugStr("\pcnv16DPFx2to16RGx2") #else #error "cnv16DPFx2to16RGx2(a) not defined for this case in BltMacros.h"; #endif #endif #undef cnv16SPFx2to16RGx2 #if srcIs16BE555 #define cnv16SPFx2to16RGx2(a) B2NEndianU32(a) #elif srcIs16LE555 & TARGET_RT_LITTLE_ENDIAN #define cnv16SPFx2to16RGx2(a) from32wxyzto32yzwx(a) #elif srcIs16LE555 & !TARGET_RT_LITTLE_ENDIAN #define cnv16SPFx2to16RGx2(a) from32wxyzto32xwzy(a) #elif srcIs16LE565 // r+g1+g2 g2n+b r2+g3+g4 g4n+b2 g2 #define cnv16SPFx2to16RGx2(a) a = ((((a)&0xffc00000)>>17) | (((a)&0x001f0000)>>16) | (((a)&0x0000ffc0)<<15) | ((((unsigned long)(a))&0x0000001f)<<16)) #else #if TempAllowDebugCalls #define cnv16SPFx2to16RGx2(a) DebugStr("\pcnv16SPFx2to16RGx2") #else #error "cnv16SPFx2to16RGx2(a) not defined for this case in BltMacros.h"; #endif #endif // converts 32bit argb to selected pixel format #undef cnv32ARto32PF #define cnv32ARto32PF cnv32ARto32DPF #undef cnv32ARto32DPF #if dstIs32ARGB #define cnv32ARto32DPF(a) N2BEndianU32(a) #elif dstIs32BGRA #define cnv32ARto32DPF(a) N2LEndianU32(a) #elif dstIs32ABGR && TARGET_RT_LITTLE_ENDIAN #define cnv32ARto32DPF(a) from32wxyzto32xyzw(a) #elif dstIs32ABGR && !TARGET_RT_LITTLE_ENDIAN #define cnv32ARto32DPF(a) from32wxyzto32wzyx(a) #elif dstIs32RGBA && TARGET_RT_LITTLE_ENDIAN #define cnv32ARto32DPF(a) from32wxyzto32wzyx(a) #elif dstIs32RGBA && !TARGET_RT_LITTLE_ENDIAN #define cnv32ARto32DPF(a) from32wxyzto32xyzw(a) #else #if TempAllowDebugCalls #define cnv32ARto32DPF(a) DebugStr("\pcnv32ARto32DPF") #else #error "cnv32ARto32DPF(a) not defined for this case in BltMacros.h"; #endif #endif // converts 32bit argb to selected pixel format #undef cnv32PFto32AR #define cnv32PFto32AR cnv32DPFto32AR // for compatibility #undef cnv32DPFto32AR #if dstIs32ARGB #define cnv32DPFto32AR(a) B2NEndianU32(a) #elif dstIs32BGRA #define cnv32DPFto32AR(a) L2NEndianU32(a) #elif dstIs32ABGR && TARGET_RT_LITTLE_ENDIAN #define cnv32DPFto32AR(a) from32wxyzto32zwxy(a) #elif dstIs32ABGR && !TARGET_RT_LITTLE_ENDIAN #define cnv32DPFto32AR(a) from32wxyzto32wzyx(a) #elif dstIs32RGBA && TARGET_RT_LITTLE_ENDIAN #define cnv32DPFto32AR(a) from32wxyzto32wzyx(a) #elif dstIs32RGBA && !TARGET_RT_LITTLE_ENDIAN #define cnv32DPFto32AR(a) from32wxyzto32zwxy(a) #else #if TempAllowDebugCalls #define cnv32DPFto32AR(a) DebugStr("\pcnv32DPFto32AR") #else #error "cnv32DPFto32AR(a) not defined for this case in BltMacros.h"; #endif #endif // converts argb(BE)/bgra(LE) to to selected pixel format #undef cnv32Nto32PF #if dstIs32ARGB #define cnv32Nto32PF(a) #elif dstIs32BGRA #define cnv32Nto32PF(a) from32wxyzto32zyxw(a) #elif dstIs32ABGR && TARGET_RT_LITTLE_ENDIAN #define cnv32Nto32PF(a) from32wxyzto32yxwz(a) #elif dstIs32ABGR && !TARGET_RT_LITTLE_ENDIAN #define cnv32Nto32PF(a) from32wxyzto32wzyx(a) #elif dstIs32RGBA && TARGET_RT_LITTLE_ENDIAN #define cnv32Nto32PF(a) from32wxyzto32zwxy(a) #elif dstIs32RGBA && !TARGET_RT_LITTLE_ENDIAN #define cnv32Nto32PF(a) from32wxyzto32xyzw(a) #else #if TempAllowDebugCalls #define cnv32Nto32PF(a) DebugStr("\pcnv32Nto32PF") #else #error "cnv32Nto32PF(a) not defined for this case in BltMacros.h"; #endif #endif // converts _rgb(BE)/bgr_(LE) to to selected pixel format #undef cnv24Nto32PF #if dstIs32ARGB && TARGET_RT_LITTLE_ENDIAN #define cnv24Nto32PF(a) from32wxyzto32wxy_(a) #elif dstIs32ARGB && !TARGET_RT_LITTLE_ENDIAN #define cnv24Nto32PF(a) from32wxyzto32_xyz(a) #elif dstIs32BGRA && TARGET_RT_LITTLE_ENDIAN #define cnv24Nto32PF(a) from32wxyzto32_yxw(a) #elif dstIs32BGRA && !TARGET_RT_LITTLE_ENDIAN #define cnv24Nto32PF(a) from32wxyzto32zyx_(a) #elif dstIs32ABGR && TARGET_RT_LITTLE_ENDIAN #define cnv24Nto32PF(a) from32wxyzto32yxw_(a) #elif dstIs32ABGR && !TARGET_RT_LITTLE_ENDIAN #define cnv24Nto32PF(a) from32wxyzto32_zyx(a) #elif dstIs32RGBA && TARGET_RT_LITTLE_ENDIAN #define cnv24Nto32PF(a) from32wxyzto32_wxy(a) #elif dstIs32RGBA && !TARGET_RT_LITTLE_ENDIAN #define cnv24Nto32PF(a) from32wxyzto32xyz_(a) #else #if TempAllowDebugCalls #define cnv24Nto32PF(a) DebugStr("\pcnv24Nto32PF") #else #error "cnv24Nto32PF(a) not defined for this case in BltMacros.h"; #endif #endif // Transfer long from ARGB to selected pixel format #undef T32Nto32PF #if dstIs32ARGB || dstIs32BGRA || dstIs32ABGR || dstIs32RGBA #define T32Nto32PF(src,dst) { unsigned long temp = GetU32(src); cnv32Nto32PF(temp); Set32(dst,temp); } #else #if TempAllowDebugCalls #define T32Nto32PF(src,dst) \ DebugStr("\pT32Nto32PF") #else #error "T32Nto32PF(src,dst) not defined for this case in BltMacros.h"; #endif #endif // Transfer long from ARGB to selected pixel format, post increment pointers #undef T32NIto32PFI #if dstIs32ARGB || dstIs32BGRA || dstIs32ABGR || dstIs32RGBA #define T32NIto32PFI(src,dst) { unsigned long temp = GetU32(src); cnv32Nto32PF(temp); Set32(dst,temp); dst++; src++;} #else #if TempAllowDebugCalls #define T32NIto32PFI(src,dst) \ DebugStr("\pT32NIto32PFI") #else #error "T32NIto32PFI(src,dst) not defined for this case in BltMacros.h"; #endif #endif // Set long, convert ARGB to selected pixel format #undef Set32ARtoPF #if dstIs32ARGB || dstIs32BGRA || dstIs32ABGR || dstIs32RGBA #define Set32ARtoPF(dst,dstdata) \ { \ unsigned long temp = dstdata; \ cnv32ARto32PF(temp); \ Set32(dst,temp); \ } #else #if TempAllowDebugCalls #define Set32ARtoPF(dst,dstdata) \ DebugStr("\pSet32ARtoPF") #else #error "Set32ARtoPF(dst,dstdata) not defined for this case in BltMacros.h"; #endif #endif // converts 32 src pixel format to 32 dst pixel format, assumes src and dst will be read and written using Get32 and Set32 #undef cnv32SPFto32DPF #if srcIs32ARGB #if TARGET_RT_LITTLE_ENDIAN #if dstIs32ARGB #define cnv32SPFto32DPF(a) #elif dstIs32BGRA #define cnv32SPFto32DPF(a) SwapU32(a) #elif dstIs32ABGR #define cnv32SPFto32DPF(a) from32wxyzto32yxwz(a) #elif dstIs32RGBA #define cnv32SPFto32DPF(a) from32wxyzto32zwxy(a) #else #if TempAllowDebugCalls #define cnv32SPFto32DPF(a) DebugStr("\pcnv32SPFto32DPF") #else #error "cnv32SPFto32DPF(a) not defined for this case in BltMacros.h"; #endif #endif #else // BIG_ENDIAN #if dstIs32ARGB #define cnv32SPFto32DPF(a) #elif dstIs32BGRA #define cnv32SPFto32DPF(a) SwapU32(a) #elif dstIs32ABGR #define cnv32SPFto32DPF(a) from32wxyzto32wzyx(a) #elif dstIs32RGBA #define cnv32SPFto32DPF(a) from32wxyzto32xyzw(a) #else #if TempAllowDebugCalls #define cnv32SPFto32DPF(a) DebugStr("\pcnv32SPFto32DPF") #else #error "cnv32SPFto32DPF(a) not defined for this case in BltMacros.h"; #endif #endif #endif #elif srcIs32BGRA #if TARGET_RT_LITTLE_ENDIAN #if dstIs32ARGB #define cnv32SPFto32DPF(a) SwapU32(a) #elif dstIs32BGRA #define cnv32SPFto32DPF(a) #elif dstIs32ABGR #define cnv32SPFto32DPF(a) from32wxyzto32xyzw(a) #elif dstIs32RGBA #define cnv32SPFto32DPF(a) from32wxyzto32wzyx(a) #else #if TempAllowDebugCalls #define cnv32SPFto32DPF(a) DebugStr("\pcnv32SPFto32DPF") #else #error "cnv32SPFto32DPF(a) not defined for this case in BltMacros.h"; #endif #endif #else // TARGET_RT_BIG_ENDIAN #if dstIs32ARGB #define cnv32SPFto32DPF(a) SwapU32(a) #elif dstIs32BGRA #define cnv32SPFto32DPF(a) #elif dstIs32ABGR #define cnv32SPFto32DPF(a) from32wxyzto32zwxy(a) #elif dstIs32RGBA #define cnv32SPFto32DPF(a) from32wxyzto32yxwz(a) #else #if TempAllowDebugCalls #define cnv32SPFto32DPF(a) DebugStr("\pcnv32SPFto32DPF") #else #error "cnv32SPFto32DPF(a) not defined for this case in BltMacros.h"; #endif #endif #endif #elif srcIs32ABGR #if TARGET_RT_LITTLE_ENDIAN #if dstIs32ARGB #define cnv32SPFto32DPF(a) from32wxyzto32yxwz(a) #elif dstIs32BGRA #define cnv32SPFto32DPF(a) from32wxyzto32zwxy(a) #elif dstIs32ABGR #define cnv32SPFto32DPF(a) #elif dstIs32RGBA #define cnv32SPFto32DPF(a) SwapU32(a) #else #if TempAllowDebugCalls #define cnv32SPFto32DPF(a) DebugStr("\pcnv32SPFto32DPF") #else #error "cnv32SPFto32DPF(a) not defined for this case in BltMacros.h"; #endif #endif #else // TARGET_RT_BIG_ENDIAN #if dstIs32ARGB #define cnv32SPFto32DPF(a) from32wxyzto32wzyx(a) #elif dstIs32BGRA #define cnv32SPFto32DPF(a) from32wxyzto32xyzw(a) #elif dstIs32ABGR #define cnv32SPFto32DPF(a) #elif dstIs32RGBA #define cnv32SPFto32DPF(a) SwapU32(a) #else #if TempAllowDebugCalls #define cnv32SPFto32DPF(a) DebugStr("\pcnv32SPFto32DPF") #else #error "cnv32SPFto32DPF(a) not defined for this case in BltMacros.h"; #endif #endif #endif #elif srcIs32RGBA #if TARGET_RT_LITTLE_ENDIAN #if dstIs32ARGB #define cnv32SPFto32DPF(a) from32wxyzto32xyzw(a) #elif dstIs32BGRA #define cnv32SPFto32DPF(a) from32wxyzto32wzyx(a) #elif dstIs32ABGR #define cnv32SPFto32DPF(a) SwapU32(a) #elif dstIs32RGBA #define cnv32SPFto32DPF(a) #else #if TempAllowDebugCalls #define cnv32SPFto32DPF(a) DebugStr("\pcnv32SPFto32DPF") #else #error "cnv32SPFto32DPF(a) not defined for this case in BltMacros.h"; #endif #endif #else // TARGET_RT_BIG_ENDIAN #if dstIs32ARGB #define cnv32SPFto32DPF(a) from32wxyzto32zwxy(a) #elif dstIs32BGRA #define cnv32SPFto32DPF(a) from32wxyzto32yxwz(a) #elif dstIs32ABGR #define cnv32SPFto32DPF(a) SwapU32(a) #elif dstIs32RGBA #define cnv32SPFto32DPF(a) #else #if TempAllowDebugCalls #define cnv32SPFto32DPF(a) DebugStr("\pcnv32SPFto32DPF") #else #error "cnv32SPFto32DPF(a) not defined for this case in BltMacros.h"; #endif #endif #endif #else #if TempAllowDebugCalls #define cnv32SPFto32DPF(a) DebugStr("\pcnv32SPFto32DPF") #else #error "cnv32SPFto32DPF(a) not defined for this case in BltMacros.h"; #endif #endif #undef T32SPFto32DPF #if ( ( dstIs32ARGB || dstIs32BGRA || dstIs32ABGR || dstIs32RGBA ) && ( srcIs32ARGB || srcIs32BGRA || srcIs32ABGR || srcIs32RGBA )) #define T32SPFto32DPF(src,dst) { unsigned long temp = GetU32(src); cnv32SPFto32DPF(temp); Set32(dst,temp); } #else #if TempAllowDebugCalls #define T32SPFto32DPF(src,dst) { DebugStr("\pT32SPFto32DPF"); } #else #error "T32SPFto32DPF(src,dst) not defined for this case in BltMacros.h"; #endif #endif // converts 16 src pixel format to 16 dst pixel format, assumes src and dst will be read and written using Get16 and Set16 #undef cnv16SPFto16DPF #undef cnv16SPFequals16DPF #if srcIs16BE555 #if dstIs16BE555 #define cnv16SPFto16DPF(a) #define cnv16SPFequals16DPF 1 #elif dstIs16LE555 #define cnv16SPFto16DPF(a) SwapU16(a) #elif dstIs16LE565 #define cnv16SPFto16DPF(a) a = ((((a)&0x007f)<<9) | (((a)&0x3f00)>>8) | (((unsigned short)(a)&0xe000)>>7)) #else #if TempAllowDebugCalls #define cnv16SPFto16DPF(a) DebugStr("\pcnv16SPFto16DPF") #else #error "cnv16SPFto16DPF(a) not defined for this case in BltMacros.h"; #endif #endif #elif srcIs16LE555 && TARGET_RT_LITTLE_ENDIAN #if dstIs16BE555 #define cnv16SPFto16DPF(a) SwapU16(a) #elif dstIs16LE555 #define cnv16SPFto16DPF(a) #define cnv16SPFequals16DPF 1 #elif dstIs16LE565 #define cnv16SPFto16DPF(a) a = ((((a)&0x7fe0)<<1) | ((((unsigned short)(a))&0x003f)) ) #else #if TempAllowDebugCalls #define cnv16SPFto16DPF(a) DebugStr("\pcnv16SPFto16DPF") #else #error "cnv16SPFto16DPF(a) not defined for this case in BltMacros.h"; #endif #endif #elif srcIs16LE565 && TARGET_RT_LITTLE_ENDIAN #if dstIs16BE555 #define cnv16SPFto16DPF(a) a = ((((a)&0xff00)>>9) | (((a)&0x01e0)<<7) | ((((unsigned short)(a))&0x001f)<<8) ) #elif dstIs16LE555 #define cnv16SPFto16DPF(a) a = ((((a)&0xffe0)>>1) | ((((unsigned short)(a))&0x001f)) ) #elif dstIs16LE565 #define cnv16SPFto16DPF(a) #define cnv16SPFequals16DPF 1 #else #if TempAllowDebugCalls #define cnv16SPFto16DPF(a) DebugStr("\pcnv16SPFto16DPF") #else #error "cnv16SPFto16DPF(a) not defined for this case in BltMacros.h"; #endif #endif #else #if TempAllowDebugCalls #define cnv16SPFto16DPF(a) DebugStr("\pcnv16SPFto16DPF") #else #error "cnv16SPFto16DPF(a) not defined for this case in BltMacros.h"; #endif #endif // converts 16x2 src pixel format to 16x2 dst pixel format, assumes src and dst will be read and written using Get32 and Set32 #undef cnv16SPFx2to16DPFx2 #if srcIs16BE555 #if dstIs16BE555 #define cnv16SPFx2to16DPFx2(a) #elif dstIs16LE555 #define cnv16SPFx2to16DPFx2(a) from32wxyzto32xwzy(a) #elif dstIs16LE565 #define cnv16SPFx2to16DPFx2(a) a = ((((a)&0x007f007f)<<9) | (((a)&0x3f003f00)>>8) | ((((unsigned long)(a))&0xe000e000)>>7)) #else #if TempAllowDebugCalls #define cnv16SPFx2to16DPFx2(a) DebugStr("\pcnv16SPFx2to16DPFx2") #error "cnv16SPFx2to16DPFx2(a) not defined for this case in BltMacros.h"; #endif #endif #elif srcIs16LE555 && TARGET_RT_LITTLE_ENDIAN #if dstIs16BE555 #define cnv16SPFx2to16DPFx2(a) from32wxyzto32xwzy(a) #elif dstIs16LE555 #define cnv16SPFx2to16DPFx2(a) #elif dstIs16LE565 #define cnv16SPFx2to16DPFx2(a) a = ((((a)&0x7f007f00)>>7) | (((a)&0x003f003f)<<8) | ((((unsigned long)(a))&0x06000600)<<9)) #else #if TempAllowDebugCalls #define cnv16SPFx2to16DPFx2(a) DebugStr("\pcnv16SPFx2to16DPFx2") #else #error "cnv16SPFx2to16DPFx2(a) not defined for this case in BltMacros.h"; #endif #endif #elif srcIs16LE565 && TARGET_RT_LITTLE_ENDIAN #if dstIs16BE555 #define cnv16SPFx2to16DPFx2(a) a = ((((a)&0xfe00fe00)>>9) | (((a)&0x001f001f)<<8) | ((((unsigned long)(a))&0x01c001c0)<<7)) #elif dstIs16LE555 #define cnv16SPFx2to16DPFx2(a) a = ((((a)&0xffc0ffc0)>>1) | ((((unsigned long)(a))&0x001f001f))) #elif dstIs16LE565 #define cnv16SPFx2to16DPFx2(a) #else #if TempAllowDebugCalls #define cnv16SPFx2to16DPFx2(a) DebugStr("\pcnv16SPFx2to16DPFx2") #else #error "cnv16SPFx2to16DPFx2(a) not defined for this case in BltMacros.h"; #endif #endif #else #if TempAllowDebugCalls #define cnv16SPFx2to16DPFx2(a) DebugStr("\pcnv16SPFx2to16DPFx2") #else #error "cnv16SPFx2to16DPFx2(a) not defined for this case in BltMacros.h"; #endif #endif #undef cnv16SPFto16RG #if srcIs16BE555 #define cnv16SPFto16RG(a) B2NEndianU16(a) #elif srcIs16LE555 #define cnv16SPFto16RG(a) L2NEndianU16(a) #elif srcIs16LE565 & TARGET_RT_LITTLE_ENDIAN // r+g1+g2 g2n+b #define cnv16SPFto16RG(a) a = ((((a)&0xffc0)>>1) | ((((unsigned short)(a))&0x001f)) ) #else #if TempAllowDebugCalls #define cnv16SPFto16RG(a) DebugStr("\pcnv16SPFto16RG") #else #error "cnv16SPFto16RG(a) not defined for this case in BltMacros.h"; #endif #endif #undef cnv16RGx2to16DPFx2 #if dstIs16BE555 #define cnv16RGx2to16DPFx2(a) N2BEndianU32(a) #elif dstIs16LE555 & TARGET_RT_LITTLE_ENDIAN #define cnv16RGx2to16DPFx2(a) from32wxyzto32yzwx(a) #elif dstIs16LE555 & !TARGET_RT_LITTLE_ENDIAN #if TempAllowDebugCalls #define cnv16RGx2to16DPFx2(a) DebugStr("\pcnv16RGx2to16DPFx2") #else #error "cnv16RGx2to16DPFx2(a) not defined for this case in BltMacros.h"; #endif #elif dstIs16LE565 // r+g1+g2 g2n+b r2+g3+g4 g4n+b2 g2 #define cnv16RGx2to16DPFx2(a) a = ((((a)&0x7fe00000)>>15) | (((a)&0x003f0000)>>16) | (((a)&0x00007fe0)<<17) | ((((unsigned long)(a))&0x0000003f)<<16)) #else #if TempAllowDebugCalls #define cnv16RGx2to16DPFx2(a) DebugStr("\pcnv16RGx2to16DPFx2") #else #error "cnv16RGx2to16DPFx2(a) not defined for this case in BltMacros.h"; #endif #endif #undef cnv32SPFto32AR #if srcIs32ARGB #define cnv32SPFto32AR(a) N2BEndianU32(a) #elif srcIs32BGRA #define cnv32SPFto32AR(a) N2LEndianU32(a) #elif srcIs32ABGR && TARGET_RT_LITTLE_ENDIAN #define cnv32SPFto32AR(a) from32wxyzto32zwxy(a) #elif srcIs32ABGR && !TARGET_RT_LITTLE_ENDIAN #define cnv32SPFto32AR(a) from32wxyzto32wzyx(a) #elif srcIs32RGBA && TARGET_RT_LITTLE_ENDIAN #define cnv32SPFto32AR(a) from32wxyzto32wzyx(a) #elif srcIs32RGBA && !TARGET_RT_LITTLE_ENDIAN #define cnv32SPFto32AR(a) from32wxyzto32zwxy(a) #else #if TempAllowDebugCalls #define cnv32SPFto32AR(a) DebugStr("\pcnv32SPFto32AR") #else #error "cnv32SPFto32AR(a) not defined for this case in BltMacros.h"; #endif #endif // converts 24 bit src pixel format to 32 dst pixel format, assumes src and dst will be read and written using Get24 and Set32 #undef cnv24SPFto32DPF #if srcIs24RGB #if dstIs32ARGB #define cnv24SPFto32DPF(a) B2NEndianU32(a) #elif dstIs32BGRA #define cnv24SPFto32DPF(a) L2NEndianU32(a) #elif dstIs32ABGR && TARGET_RT_LITTLE_ENDIAN #define cnv24SPFto32DPF(a) from32wxyzto32xyzw(a) #elif dstIs32ABGR && !TARGET_RT_LITTLE_ENDIAN #define cnv24SPFto32DPF(a) from32wxyzto32wzyx(a) #elif dstIs32RGBA && TARGET_RT_LITTLE_ENDIAN #define cnv24SPFto32DPF(a) from32wxyzto32wzyx(a) #elif dstIs32RGBA && !TARGET_RT_LITTLE_ENDIAN #define cnv24SPFto32DPF(a) from32wxyzto32xyzw(a) #else #if TempAllowDebugCalls #define cnv24SPFto32DPF(a) DebugStr("\pcnv24SPFto32DPF") #else #error "cnv24SPFto32DPF(a) not defined for this case in BltMacros.h"; #endif #endif #elif srcIs24BGR #if dstIs32ARGB && TARGET_RT_LITTLE_ENDIAN #define cnv24SPFto32DPF(a) from32wxyzto32xyzw(a) #elif dstIs32ARGB && !TARGET_RT_LITTLE_ENDIAN #define cnv24SPFto32DPF(a) from32wxyzto32wzyx(a) #elif dstIs32BGRA && TARGET_RT_LITTLE_ENDIAN #define cnv24SPFto32DPF(a) from32wxyzto32wzyx(a) #elif dstIs32BGRA && !TARGET_RT_LITTLE_ENDIAN #define cnv24SPFto32DPF(a) from32wxyzto32xyzw(a) #elif dstIs32ABGR && TARGET_RT_LITTLE_ENDIAN #define cnv24SPFto32DPF(a) from32wxyzto32zyxw(a) #elif dstIs32RGBA && TARGET_RT_LITTLE_ENDIAN #define cnv24SPFto32DPF(a) #else #if TempAllowDebugCalls #define cnv24SPFto32DPF(a) DebugStr("\pcnv24SPFto32DPF") #else #error "cnv24SPFto32DPF(a) not defined for this case in BltMacros.h"; #endif #endif #else #if TempAllowDebugCalls #define cnv24SPFto32DPF(a) DebugStr("\pcnv24SPFto32DPF") #else #error "cnv24SPFto32DPF(a) not defined for this case in BltMacros.h"; #endif #endif // converts 32 src pixel format to 24 dst pixel format, assumes src and dst will be read and written using Get32 and Set24 #undef cnv32SPFto24DPF #if srcIs32ARGB #if dstIs24RGB && TARGET_RT_LITTLE_ENDIAN #define cnv32SPFto24DPF(a) SwapU32(a) #elif dstIs24RGB && !TARGET_RT_LITTLE_ENDIAN #define cnv32SPFto24DPF(a) #elif dstIs24BGR #define cnv32SPFto24DPF(a) from32wxyzto32zwxy(a) #else #if TempAllowDebugCalls #define cnv32SPFto24DPF(a) DebugStr("\pcnv32SPFto24DPF") #else #error "cnv32SPFto24DPF(a) not defined for this case in BltMacros.h"; #endif #endif #elif srcIs32ARGB && !TARGET_RT_LITTLE_ENDIAN #if dstIs24RGB #define cnv32SPFto24DPF(a) #elif dstIs24BGR #define cnv32SPFto24DPF(a) from32wxyzto32wzyx(a) #else #if TempAllowDebugCalls #define cnv32SPFto24DPF(a) DebugStr("\pcnv32SPFto24DPF") #else #error "cnv32SPFto24DPF(a) not defined for this case in BltMacros.h"; #endif #endif #elif srcIs32BGRA && !TARGET_RT_LITTLE_ENDIAN #if dstIs24RGB #define cnv32SPFto24DPF(a) SwapU32(a) #elif dstIs24BGR #define cnv32SPFto24DPF(a) from32wxyzto32zwxy(a) #else #if TempAllowDebugCalls #define cnv32SPFto24DPF(a) DebugStr("\pcnv32SPFto24DPF") #else #error "cnv32SPFto24DPF(a) not defined for this case in BltMacros.h"; #endif #endif #elif srcIs32BGRA && TARGET_RT_LITTLE_ENDIAN #if dstIs24RGB #define cnv32SPFto24DPF(a) #elif dstIs24BGR #define cnv32SPFto24DPF(a) from32wxyzto32wzyx(a) #else #if TempAllowDebugCalls #define cnv32SPFto24DPF(a) DebugStr("\pcnv32SPFto24DPF") #else #error "cnv32SPFto24DPF(a) not defined for this case in BltMacros.h"; #endif #endif #elif srcIs32ABGR && TARGET_RT_LITTLE_ENDIAN #if dstIs24RGB #define cnv32SPFto24DPF(a) from32wxyzto32zwxy(a) #elif dstIs24BGR #define cnv32SPFto24DPF(a) from32wxyzto32zyxw(a) #else #if TempAllowDebugCalls #define cnv32SPFto24DPF(a) DebugStr("\pcnv32SPFto24DPF") #else #error "cnv32SPFto24DPF(a) not defined for this case in BltMacros.h"; #endif #endif #elif srcIs32ABGR && !TARGET_RT_LITTLE_ENDIAN #if dstIs24RGB #define cnv32SPFto24DPF(a) from32wxyzto32wzyx(a) #elif dstIs24BGR #define cnv32SPFto24DPF(a) #else #if TempAllowDebugCalls #define cnv32SPFto24DPF(a) DebugStr("\pcnv32SPFto24DPF") #else #error "cnv32SPFto24DPF(a) not defined for this case in BltMacros.h"; #endif #endif #elif srcIs32RGBA && !TARGET_RT_LITTLE_ENDIAN #if dstIs24RGB #define cnv32SPFto24DPF(a) from32wxyzto32zwxy(a) #elif dstIs24BGR #define cnv32SPFto24DPF(a) from32wxyzto32zyxw(a) #else #if TempAllowDebugCalls #define cnv32SPFto24DPF(a) DebugStr("\pcnv32SPFto24DPF") #else #error "cnv32SPFto24DPF(a) not defined for this case in BltMacros.h"; #endif #endif #elif srcIs32RGBA && TARGET_RT_LITTLE_ENDIAN #if dstIs24RGB #define cnv32SPFto24DPF(a) from32wxyzto32wzyx(a) #elif dstIs24BGR #define cnv32SPFto24DPF(a) #else #if TempAllowDebugCalls #define cnv32SPFto24DPF(a) DebugStr("\pcnv32SPFto24DPF") #else #error "cnv32SPFto24DPF(a) not defined for this case in BltMacros.h"; #endif #endif #else #if TempAllowDebugCalls #define cnv32SPFto24DPF(a) DebugStr("\pcnv32SPFto24DPF") #else #error "cnv32SPFto24DPF(a) not defined for this case in BltMacros.h"; #endif #endif