Leaked source code of windows server 2003
You can not select more than 25 topics
Topics must start with a letter or number, can include dashes ('-') and can be up to 35 characters long.
|
|
/******************************Module*Header*******************************\
** !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!* !! !!* !! WARNING: NOT DDK SAMPLE CODE !!* !! !!* !! This source code is provided for completeness only and should not be !!* !! used as sample code for display driver development. Only those sources !!* !! marked as sample code for a given driver component should be used for !!* !! development purposes. !!* !! !!* !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!** Module Name: reg.h** Content: ** Copyright (c) 1994-1999 3Dlabs Inc. Ltd. All rights reserved.* Copyright (c) 1995-2003 Microsoft Corporation. All rights reserved.\*****************************************************************************/
#ifndef __REG_H
#define __REG_H
#ifndef _REG_H_
#define _REG_H_
typedef signed long signed32;typedef unsigned long unsigned32;
struct DMATag {#if BIG_ENDIAN == 1
unsigned32 Mask :16; unsigned32 Mode :2; unsigned32 :1; unsigned32 MajorGroup :9; unsigned32 Offset :4;#else
unsigned32 Offset :4; unsigned32 MajorGroup :9; unsigned32 :1; unsigned32 Mode :2; unsigned32 Mask :16;#endif
#ifdef __cplusplus
DMATag(void) { } DMATag(const unsigned32 i) { *((unsigned32 *)this) = i; } DMATag& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } DMATag& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } DMATag& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xffff<<16|0x3<<14|0x1ff<<4|0xf<<0)); }#endif /* __cplusplus */
};
struct Render {#if BIG_ENDIAN == 1
unsigned32 :4; unsigned32 FBSourceReadEnable :1; unsigned32 dErr :7; unsigned32 :1; unsigned32 SpanOperation :1; unsigned32 :1; unsigned32 SubpixelCorrectionEnable :1; unsigned32 CoverageEnable :1; unsigned32 FogEnable :1; unsigned32 TextureEnable :1; unsigned32 SyncOnHostData :1; unsigned32 SyncOnBitMask :1; unsigned32 UsePointTable :1; unsigned32 AntialiasingQuality :1; unsigned32 AntialiasEnable :1; unsigned32 PrimitiveType :2; unsigned32 :2; unsigned32 FastFillEnable :1; unsigned32 ResetLineStipple :1; unsigned32 LineStippleEnable :1; unsigned32 AreaStippleEnable :1;#else
unsigned32 AreaStippleEnable :1; unsigned32 LineStippleEnable :1; unsigned32 ResetLineStipple :1; unsigned32 FastFillEnable :1; unsigned32 :2; unsigned32 PrimitiveType :2; unsigned32 AntialiasEnable :1; unsigned32 AntialiasingQuality :1; unsigned32 UsePointTable :1; unsigned32 SyncOnBitMask :1; unsigned32 SyncOnHostData :1; unsigned32 TextureEnable :1; unsigned32 FogEnable :1; unsigned32 CoverageEnable :1; unsigned32 SubpixelCorrectionEnable :1; unsigned32 :1; unsigned32 SpanOperation :1; unsigned32 :1; unsigned32 dErr :7; unsigned32 FBSourceReadEnable :1; unsigned32 :4;#endif
#ifdef __cplusplus
Render(void) { } Render(const unsigned32 i) { *((unsigned32 *)this) = i; } Render& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } Render& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } Render& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<27|0x7f<<20|0x1<<18|0x1<<16|0x1<<15|0x1<<14|0x1<<13|0x1<<12|0x1<<11|0x1<<10|0x1<<9|0x1<<8|0x3<<6|0x1<<3|0x1<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct RasterizerMode {#if BIG_ENDIAN == 1
unsigned32 :4; unsigned32 UseSuspendReads :1; unsigned32 D3DRules :1; unsigned32 MultiRXBlit :1; unsigned32 OpaqueSpan :1; unsigned32 WordPacking :1; unsigned32 StripeHeight :3; unsigned32 BitMaskRelative :1; unsigned32 YLimitsEnable :1; unsigned32 MultiGLINT :1; unsigned32 HostDataByteSwapMode :2; unsigned32 BitMaskOffset :5; unsigned32 BitMaskPacking :1; unsigned32 BitMaskByteSwapMode :2; unsigned32 ForceBackgroundColor :1; unsigned32 BiasCoordinates :2; unsigned32 FractionAdjust :2; unsigned32 InvertBitMask :1; unsigned32 MirrorBitMask :1;#else
unsigned32 MirrorBitMask :1; unsigned32 InvertBitMask :1; unsigned32 FractionAdjust :2; unsigned32 BiasCoordinates :2; unsigned32 ForceBackgroundColor :1; unsigned32 BitMaskByteSwapMode :2; unsigned32 BitMaskPacking :1; unsigned32 BitMaskOffset :5; unsigned32 HostDataByteSwapMode :2; unsigned32 MultiGLINT :1; unsigned32 YLimitsEnable :1; unsigned32 BitMaskRelative :1; unsigned32 StripeHeight :3; unsigned32 WordPacking :1; unsigned32 OpaqueSpan :1; unsigned32 MultiRXBlit :1; unsigned32 D3DRules :1; unsigned32 UseSuspendReads :1; unsigned32 :4;#endif
#ifdef __cplusplus
RasterizerMode(void) { } RasterizerMode(const unsigned32 i) { *((unsigned32 *)this) = i; } RasterizerMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } RasterizerMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } RasterizerMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<27|0x1<<26|0x1<<25|0x1<<24|0x1<<23|0x7<<20|0x1<<19|0x1<<18|0x1<<17|0x3<<15|0x1f<<10|0x1<<9|0x3<<7|0x1<<6|0x3<<4|0x3<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct YLimits {#if BIG_ENDIAN == 1
signed32 MaxY :16; signed32 MinY :16;#else
signed32 MinY :16; signed32 MaxY :16;#endif
#ifdef __cplusplus
YLimits(void) { } YLimits(const unsigned32 i) { *((unsigned32 *)this) = i; } YLimits& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } YLimits& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } YLimits& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xffff<<16|0xffff<<0)); }#endif /* __cplusplus */
};
struct GlintScanlineOwnership {#if BIG_ENDIAN == 1
unsigned32 :27; unsigned32 Scanline :3; unsigned32 ScanlineInterval :2;#else
unsigned32 ScanlineInterval :2; unsigned32 Scanline :3; unsigned32 :27;#endif
#ifdef __cplusplus
GlintScanlineOwnership(void) { } GlintScanlineOwnership(const unsigned32 i) { *((unsigned32 *)this) = i; } GlintScanlineOwnership& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } GlintScanlineOwnership& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } GlintScanlineOwnership& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x7<<2|0x3<<0)); }#endif /* __cplusplus */
};
struct ScanlineOwnership {#if BIG_ENDIAN == 1
unsigned32 :26; unsigned32 MyId :3; unsigned32 Mask :3;#else
unsigned32 Mask :3; unsigned32 MyId :3; unsigned32 :26;#endif
#ifdef __cplusplus
ScanlineOwnership(void) { } ScanlineOwnership(const unsigned32 i) { *((unsigned32 *)this) = i; } ScanlineOwnership& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } ScanlineOwnership& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } ScanlineOwnership& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x7<<3|0x7<<0)); }#endif /* __cplusplus */
};
struct GlintPixelSize {#if BIG_ENDIAN == 1
unsigned32 :30; unsigned32 Size :2;#else
unsigned32 Size :2; unsigned32 :30;#endif
#ifdef __cplusplus
GlintPixelSize(void) { } GlintPixelSize(const unsigned32 i) { *((unsigned32 *)this) = i; } GlintPixelSize& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } GlintPixelSize& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } GlintPixelSize& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x3<<0)); }#endif /* __cplusplus */
};
struct PixelSize {#if BIG_ENDIAN == 1
unsigned32 Setting :1; unsigned32 :13; unsigned32 TwoDSetupUnit :2; unsigned32 FBWriteUnit :2; unsigned32 LogicalOpsUnit :2; unsigned32 FBReadUnit :2; unsigned32 LUTUnit :2; unsigned32 TextureUnit :2; unsigned32 ScissorUnit :2; unsigned32 RasterizerUnit :2; unsigned32 AllUnits :2;#else
unsigned32 AllUnits :2; unsigned32 RasterizerUnit :2; unsigned32 ScissorUnit :2; unsigned32 TextureUnit :2; unsigned32 LUTUnit :2; unsigned32 FBReadUnit :2; unsigned32 LogicalOpsUnit :2; unsigned32 FBWriteUnit :2; unsigned32 TwoDSetupUnit :2; unsigned32 :13; unsigned32 Setting :1;#endif
#ifdef __cplusplus
PixelSize(void) { } PixelSize(const unsigned32 i) { *((unsigned32 *)this) = i; } PixelSize& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } PixelSize& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } PixelSize& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<31|0x3<<16|0x3<<14|0x3<<12|0x3<<10|0x3<<8|0x3<<6|0x3<<4|0x3<<2|0x3<<0)); }#endif /* __cplusplus */
};
struct StripeOffsetY {#if BIG_ENDIAN == 1
unsigned32 :16; unsigned32 Offset :16;#else
unsigned32 Offset :16; unsigned32 :16;#endif
#ifdef __cplusplus
StripeOffsetY(void) { } StripeOffsetY(const unsigned32 i) { *((unsigned32 *)this) = i; } StripeOffsetY& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } StripeOffsetY& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } StripeOffsetY& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xffff<<0)); }#endif /* __cplusplus */
};
struct ReadMonitorMode {#if BIG_ENDIAN == 1
signed32 StripeOffset :16; unsigned32 :8; unsigned32 HashFunction :1; unsigned32 StripeHeight :3; unsigned32 StripePitch :3; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 StripePitch :3; unsigned32 StripeHeight :3; unsigned32 HashFunction :1; unsigned32 :8; signed32 StripeOffset :16;#endif
#ifdef __cplusplus
ReadMonitorMode(void) { } ReadMonitorMode(const unsigned32 i) { *((unsigned32 *)this) = i; } ReadMonitorMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } ReadMonitorMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } ReadMonitorMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xffff<<16|0x1<<7|0x7<<4|0x7<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct XY {#if BIG_ENDIAN == 1
signed32 Y :16; signed32 X :16;#else
signed32 X :16; signed32 Y :16;#endif
#ifdef __cplusplus
XY(void) { } XY(const unsigned32 i) { *((unsigned32 *)this) = i; } XY& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } XY& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } XY& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xffff<<16|0xffff<<0)); }#endif /* __cplusplus */
};
struct UXY {#if BIG_ENDIAN == 1
unsigned32 Y :16; unsigned32 X :16;#else
unsigned32 X :16; unsigned32 Y :16;#endif
#ifdef __cplusplus
UXY(void) { } UXY(const unsigned32 i) { *((unsigned32 *)this) = i; } UXY& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } UXY& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } UXY& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xffff<<16|0xffff<<0)); }#endif /* __cplusplus */
};
struct ScissorMode {#if BIG_ENDIAN == 1
unsigned32 :30; unsigned32 ScreenScissorEnable :1; unsigned32 UserScissorEnable :1;#else
unsigned32 UserScissorEnable :1; unsigned32 ScreenScissorEnable :1; unsigned32 :30;#endif
#ifdef __cplusplus
ScissorMode(void) { } ScissorMode(const unsigned32 i) { *((unsigned32 *)this) = i; } ScissorMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } ScissorMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } ScissorMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct AreaStippleMode {#if BIG_ENDIAN == 1
unsigned32 :1; unsigned32 YTableOffset :5; unsigned32 XTableOffset :5; unsigned32 OpaqueSpan :1; unsigned32 MirrorY :1; unsigned32 MirrorX :1; unsigned32 InvertStipplePattern :1; unsigned32 YOffset :5; unsigned32 XOffset :5; unsigned32 YAddressSelect :3; unsigned32 XAddressSelect :3; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 XAddressSelect :3; unsigned32 YAddressSelect :3; unsigned32 XOffset :5; unsigned32 YOffset :5; unsigned32 InvertStipplePattern :1; unsigned32 MirrorX :1; unsigned32 MirrorY :1; unsigned32 OpaqueSpan :1; unsigned32 XTableOffset :5; unsigned32 YTableOffset :5; unsigned32 :1;#endif
#ifdef __cplusplus
AreaStippleMode(void) { } AreaStippleMode(const unsigned32 i) { *((unsigned32 *)this) = i; } AreaStippleMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } AreaStippleMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } AreaStippleMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1f<<26|0x1f<<21|0x1<<20|0x1<<19|0x1<<18|0x1<<17|0x1f<<12|0x1f<<7|0x7<<4|0x7<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct LineStippleMode {#if BIG_ENDIAN == 1
unsigned32 :5; unsigned32 Mirror :1; unsigned32 StippleMask :16; unsigned32 RepeatFactor :9; unsigned32 StippleEnable :1;#else
unsigned32 StippleEnable :1; unsigned32 RepeatFactor :9; unsigned32 StippleMask :16; unsigned32 Mirror :1; unsigned32 :5;#endif
#ifdef __cplusplus
LineStippleMode(void) { } LineStippleMode(const unsigned32 i) { *((unsigned32 *)this) = i; } LineStippleMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } LineStippleMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } LineStippleMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<26|0xffff<<10|0x1ff<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct Line {#if BIG_ENDIAN == 1
unsigned32 :6; unsigned32 SegmentRepeatCounter :9; unsigned32 SegmentBitCounter :4; unsigned32 LiveRepeatCounter :9; unsigned32 LiveBitCounter :4;#else
unsigned32 LiveBitCounter :4; unsigned32 LiveRepeatCounter :9; unsigned32 SegmentBitCounter :4; unsigned32 SegmentRepeatCounter :9; unsigned32 :6;#endif
#ifdef __cplusplus
Line(void) { } Line(const unsigned32 i) { *((unsigned32 *)this) = i; } Line& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } Line& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } Line& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1ff<<17|0xf<<13|0x1ff<<4|0xf<<0)); }#endif /* __cplusplus */
};
struct GlintTextureAddressMode {#if BIG_ENDIAN == 1
unsigned32 :14; unsigned32 TextureMapType :1; unsigned32 Height :4; unsigned32 Width :4; unsigned32 EnableDY :1; unsigned32 EnableLOD :1; unsigned32 InhibitDDAInitialization :1; unsigned32 Operation :1; unsigned32 TWrap :2; unsigned32 SWrap :2; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 SWrap :2; unsigned32 TWrap :2; unsigned32 Operation :1; unsigned32 InhibitDDAInitialization :1; unsigned32 EnableLOD :1; unsigned32 EnableDY :1; unsigned32 Width :4; unsigned32 Height :4; unsigned32 TextureMapType :1; unsigned32 :14;#endif
#ifdef __cplusplus
GlintTextureAddressMode(void) { } GlintTextureAddressMode(const unsigned32 i) { *((unsigned32 *)this) = i; } GlintTextureAddressMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } GlintTextureAddressMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } GlintTextureAddressMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<17|0xf<<13|0xf<<9|0x1<<8|0x1<<7|0x1<<6|0x1<<5|0x3<<3|0x3<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct PermediaTextureAddressMode {#if BIG_ENDIAN == 1
unsigned32 :30; unsigned32 PerspectiveCorrection :1; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 PerspectiveCorrection :1; unsigned32 :30;#endif
#ifdef __cplusplus
PermediaTextureAddressMode(void) { } PermediaTextureAddressMode(const unsigned32 i) { *((unsigned32 *)this) = i; } PermediaTextureAddressMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } PermediaTextureAddressMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } PermediaTextureAddressMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct TextureCoordMode {#if BIG_ENDIAN == 1
unsigned32 :9; unsigned32 DuplicateCoord :1; unsigned32 WrapT1 :2; unsigned32 WrapS1 :2; unsigned32 TextureMapType :1; unsigned32 Height :4; unsigned32 Width :4; unsigned32 EnableDY :1; unsigned32 EnableLOD :1; unsigned32 InhibitDDAInitialisation :1; unsigned32 Operation :1; unsigned32 WrapT :2; unsigned32 WrapS :2; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 WrapS :2; unsigned32 WrapT :2; unsigned32 Operation :1; unsigned32 InhibitDDAInitialisation :1; unsigned32 EnableLOD :1; unsigned32 EnableDY :1; unsigned32 Width :4; unsigned32 Height :4; unsigned32 TextureMapType :1; unsigned32 WrapS1 :2; unsigned32 WrapT1 :2; unsigned32 DuplicateCoord :1; unsigned32 :9;#endif
#ifdef __cplusplus
TextureCoordMode(void) { } TextureCoordMode(const unsigned32 i) { *((unsigned32 *)this) = i; } TextureCoordMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } TextureCoordMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } TextureCoordMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<22|0x3<<20|0x3<<18|0x1<<17|0xf<<13|0xf<<9|0x1<<8|0x1<<7|0x1<<6|0x1<<5|0x3<<3|0x3<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct GlintLOD {#if BIG_ENDIAN == 1
unsigned32 :20; unsigned32 Integer :4; unsigned32 Fraction :8;#else
unsigned32 Fraction :8; unsigned32 Integer :4; unsigned32 :20;#endif
#ifdef __cplusplus
GlintLOD(void) { } GlintLOD(const unsigned32 i) { *((unsigned32 *)this) = i; } GlintLOD& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } GlintLOD& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } GlintLOD& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xf<<8|0xff<<0)); }#endif /* __cplusplus */
};
struct LOD {#if BIG_ENDIAN == 1
unsigned32 :28; unsigned32 Value :4;#else
unsigned32 Value :4; unsigned32 :28;#endif
#ifdef __cplusplus
LOD(void) { } LOD(const unsigned32 i) { *((unsigned32 *)this) = i; } LOD& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } LOD& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } LOD& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xf<<0)); }#endif /* __cplusplus */
};
struct LOD1 {#if BIG_ENDIAN == 1
unsigned32 :20; unsigned32 LOD :12;#else
unsigned32 LOD :12; unsigned32 :20;#endif
#ifdef __cplusplus
LOD1(void) { } LOD1(const unsigned32 i) { *((unsigned32 *)this) = i; } LOD1& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } LOD1& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } LOD1& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xfff<<0)); }#endif /* __cplusplus */
};
struct TextureLODBias {#if BIG_ENDIAN == 1
unsigned32 :19; signed32 Integer :5; unsigned32 Fraction :8;#else
unsigned32 Fraction :8; signed32 Integer :5; unsigned32 :19;#endif
#ifdef __cplusplus
TextureLODBias(void) { } TextureLODBias(const unsigned32 i) { *((unsigned32 *)this) = i; } TextureLODBias& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } TextureLODBias& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } TextureLODBias& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1f<<8|0xff<<0)); }#endif /* __cplusplus */
};
struct GlintTextureReadMode {#if BIG_ENDIAN == 1
unsigned32 :4; unsigned32 BorderClamp :1; unsigned32 FBSourceAddr :2; unsigned32 PrimaryCache :1; unsigned32 MipMap :1; unsigned32 TextureMapType :1; unsigned32 VWrap :2; unsigned32 UWrap :2; unsigned32 MinFilter :3; unsigned32 MagFilter :1; unsigned32 Patch :1; unsigned32 Border :1; unsigned32 Depth :3; unsigned32 Height :4; unsigned32 Width :4; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 Width :4; unsigned32 Height :4; unsigned32 Depth :3; unsigned32 Border :1; unsigned32 Patch :1; unsigned32 MagFilter :1; unsigned32 MinFilter :3; unsigned32 UWrap :2; unsigned32 VWrap :2; unsigned32 TextureMapType :1; unsigned32 MipMap :1; unsigned32 PrimaryCache :1; unsigned32 FBSourceAddr :2; unsigned32 BorderClamp :1; unsigned32 :4;#endif
#ifdef __cplusplus
GlintTextureReadMode(void) { } GlintTextureReadMode(const unsigned32 i) { *((unsigned32 *)this) = i; } GlintTextureReadMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } GlintTextureReadMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } GlintTextureReadMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<27|0x3<<25|0x1<<24|0x1<<23|0x1<<22|0x3<<20|0x3<<18|0x7<<15|0x1<<14|0x1<<13|0x1<<12|0x7<<9|0xf<<5|0xf<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct TextureReadMode {#if BIG_ENDIAN == 1
unsigned32 :1; unsigned32 OpaqueSpan :1; unsigned32 Invert :1; unsigned32 Mirror :1; unsigned32 ByteSwap :3; unsigned32 TextureType :2; unsigned32 Origin :1; unsigned32 LogicalTexture :1; unsigned32 MapMaxLevel :4; unsigned32 MapBaseLevel :4; unsigned32 CombineCaches :1; unsigned32 Texture3D :1; unsigned32 TexelSize :2; unsigned32 Height :4; unsigned32 Width :4; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 Width :4; unsigned32 Height :4; unsigned32 TexelSize :2; unsigned32 Texture3D :1; unsigned32 CombineCaches :1; unsigned32 MapBaseLevel :4; unsigned32 MapMaxLevel :4; unsigned32 LogicalTexture :1; unsigned32 Origin :1; unsigned32 TextureType :2; unsigned32 ByteSwap :3; unsigned32 Mirror :1; unsigned32 Invert :1; unsigned32 OpaqueSpan :1; unsigned32 :1;#endif
#ifdef __cplusplus
TextureReadMode(void) { } TextureReadMode(const unsigned32 i) { *((unsigned32 *)this) = i; } TextureReadMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } TextureReadMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } TextureReadMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<30|0x1<<29|0x1<<28|0x7<<25|0x3<<23|0x1<<22|0x1<<21|0xf<<17|0xf<<13|0x1<<12|0x1<<11|0x3<<9|0xf<<5|0xf<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct TextureFormat {#if BIG_ENDIAN == 1
unsigned32 :12; unsigned32 OneCompFormat :2; unsigned32 LUTOffset :8; unsigned32 ByteSwapBitMask :1; unsigned32 InvertBitMask :1; unsigned32 MirrorBitMask :1; unsigned32 OutputFormat :2; unsigned32 NumberComps :2; unsigned32 ColorOrder :1; unsigned32 Format :1; unsigned32 Order :1;#else
unsigned32 Order :1; unsigned32 Format :1; unsigned32 ColorOrder :1; unsigned32 NumberComps :2; unsigned32 OutputFormat :2; unsigned32 MirrorBitMask :1; unsigned32 InvertBitMask :1; unsigned32 ByteSwapBitMask :1; unsigned32 LUTOffset :8; unsigned32 OneCompFormat :2; unsigned32 :12;#endif
#ifdef __cplusplus
TextureFormat(void) { } TextureFormat(const unsigned32 i) { *((unsigned32 *)this) = i; } TextureFormat& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } TextureFormat& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } TextureFormat& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x3<<18|0xff<<10|0x1<<9|0x1<<8|0x1<<7|0x3<<5|0x3<<3|0x1<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct TexelLUTIndex {#if BIG_ENDIAN == 1
unsigned32 :24; unsigned32 Index :8;#else
unsigned32 Index :8; unsigned32 :24;#endif
#ifdef __cplusplus
TexelLUTIndex(void) { } TexelLUTIndex(const unsigned32 i) { *((unsigned32 *)this) = i; } TexelLUTIndex& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } TexelLUTIndex& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } TexelLUTIndex& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xff<<0)); }#endif /* __cplusplus */
};
struct LUTIndex {#if BIG_ENDIAN == 1
unsigned32 :24; unsigned32 Index :8;#else
unsigned32 Index :8; unsigned32 :24;#endif
#ifdef __cplusplus
LUTIndex(void) { } LUTIndex(const unsigned32 i) { *((unsigned32 *)this) = i; } LUTIndex& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } LUTIndex& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } LUTIndex& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xff<<0)); }#endif /* __cplusplus */
};
struct TexelLUTTransfer {#if BIG_ENDIAN == 1
unsigned32 :15; unsigned32 Count :9; unsigned32 Index :8;#else
unsigned32 Index :8; unsigned32 Count :9; unsigned32 :15;#endif
#ifdef __cplusplus
TexelLUTTransfer(void) { } TexelLUTTransfer(const unsigned32 i) { *((unsigned32 *)this) = i; } TexelLUTTransfer& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } TexelLUTTransfer& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } TexelLUTTransfer& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1ff<<8|0xff<<0)); }#endif /* __cplusplus */
};
struct LUTTransfer {#if BIG_ENDIAN == 1
unsigned32 :17; unsigned32 Count :7; unsigned32 Index :8;#else
unsigned32 Index :8; unsigned32 Count :7; unsigned32 :17;#endif
#ifdef __cplusplus
LUTTransfer(void) { } LUTTransfer(const unsigned32 i) { *((unsigned32 *)this) = i; } LUTTransfer& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } LUTTransfer& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } LUTTransfer& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x7f<<8|0xff<<0)); }#endif /* __cplusplus */
};
struct GlintTextureFilterMode {#if BIG_ENDIAN == 1
unsigned32 :29; unsigned32 AlphaMapSense :1; unsigned32 AlphaMapEnable :1; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 AlphaMapEnable :1; unsigned32 AlphaMapSense :1; unsigned32 :29;#endif
#ifdef __cplusplus
GlintTextureFilterMode(void) { } GlintTextureFilterMode(const unsigned32 i) { *((unsigned32 *)this) = i; } GlintTextureFilterMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } GlintTextureFilterMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } GlintTextureFilterMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct TextureFilterMode {#if BIG_ENDIAN == 1
unsigned32 Shift1 :1; unsigned32 Shift0 :1; unsigned32 ForceAlphaToOne1 :1; unsigned32 ForceAlphaToOne0 :1; unsigned32 MultiTexture :1; unsigned32 AlphaMapFilterLimit01 :4; unsigned32 AlphaMapFilterLimit1 :3; unsigned32 AlphaMapFilterLimit0 :3; unsigned32 AlphaMapFiltering :1; unsigned32 AlphaMapSense1 :1; unsigned32 AlphaMapEnable1 :1; unsigned32 ColorOrder1 :1; unsigned32 Format1 :4; unsigned32 CombineCaches :1; unsigned32 AlphaMapSense0 :1; unsigned32 AlphaMapEnable0 :1; unsigned32 ColorOrder0 :1; unsigned32 Format0 :4; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 Format0 :4; unsigned32 ColorOrder0 :1; unsigned32 AlphaMapEnable0 :1; unsigned32 AlphaMapSense0 :1; unsigned32 CombineCaches :1; unsigned32 Format1 :4; unsigned32 ColorOrder1 :1; unsigned32 AlphaMapEnable1 :1; unsigned32 AlphaMapSense1 :1; unsigned32 AlphaMapFiltering :1; unsigned32 AlphaMapFilterLimit0 :3; unsigned32 AlphaMapFilterLimit1 :3; unsigned32 AlphaMapFilterLimit01 :4; unsigned32 MultiTexture :1; unsigned32 ForceAlphaToOne0 :1; unsigned32 ForceAlphaToOne1 :1; unsigned32 Shift0 :1; unsigned32 Shift1 :1;#endif
#ifdef __cplusplus
TextureFilterMode(void) { } TextureFilterMode(const unsigned32 i) { *((unsigned32 *)this) = i; } TextureFilterMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } TextureFilterMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } TextureFilterMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<31|0x1<<30|0x1<<29|0x1<<28|0x1<<27|0xf<<23|0x7<<20|0x7<<17|0x1<<16|0x1<<15|0x1<<14|0x1<<13|0xf<<9|0x1<<8|0x1<<7|0x1<<6|0x1<<5|0xf<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct TextureMapFormat {#if BIG_ENDIAN == 1
unsigned32 :10; unsigned32 TexelSize :3; unsigned32 :1; unsigned32 SubPatchMode :1; unsigned32 WindowOrigin :1; unsigned32 :7; unsigned32 PP2 :3; unsigned32 PP1 :3; unsigned32 PP0 :3;#else
unsigned32 PP0 :3; unsigned32 PP1 :3; unsigned32 PP2 :3; unsigned32 :7; unsigned32 WindowOrigin :1; unsigned32 SubPatchMode :1; unsigned32 :1; unsigned32 TexelSize :3; unsigned32 :10;#endif
#ifdef __cplusplus
TextureMapFormat(void) { } TextureMapFormat(const unsigned32 i) { *((unsigned32 *)this) = i; } TextureMapFormat& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } TextureMapFormat& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } TextureMapFormat& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x7<<19|0x1<<17|0x1<<16|0x7<<6|0x7<<3|0x7<<0)); }#endif /* __cplusplus */
};
struct TextureDataFormat {#if BIG_ENDIAN == 1
unsigned32 :23; unsigned32 SpanFormat :1; unsigned32 AlphaMap :1; unsigned32 TextureFormatExtension :1; unsigned32 ColorOrder :1; unsigned32 NoAlphaBuffer :1; unsigned32 TextureFormat :4;#else
unsigned32 TextureFormat :4; unsigned32 NoAlphaBuffer :1; unsigned32 ColorOrder :1; unsigned32 TextureFormatExtension :1; unsigned32 AlphaMap :1; unsigned32 SpanFormat :1; unsigned32 :23;#endif
#ifdef __cplusplus
TextureDataFormat(void) { } TextureDataFormat(const unsigned32 i) { *((unsigned32 *)this) = i; } TextureDataFormat& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } TextureDataFormat& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } TextureDataFormat& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<8|0x1<<7|0x1<<6|0x1<<5|0x1<<4|0xf<<0)); }#endif /* __cplusplus */
};
struct PermediaTextureReadMode {#if BIG_ENDIAN == 1
unsigned32 :7; unsigned32 PackedData :1; unsigned32 :6; unsigned32 FilterMode :1; unsigned32 Height :4; unsigned32 Width :4; unsigned32 :4; unsigned32 TWrap :2; unsigned32 SWrap :2; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 SWrap :2; unsigned32 TWrap :2; unsigned32 :4; unsigned32 Width :4; unsigned32 Height :4; unsigned32 FilterMode :1; unsigned32 :6; unsigned32 PackedData :1; unsigned32 :7;#endif
#ifdef __cplusplus
PermediaTextureReadMode(void) { } PermediaTextureReadMode(const unsigned32 i) { *((unsigned32 *)this) = i; } PermediaTextureReadMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } PermediaTextureReadMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } PermediaTextureReadMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<24|0x1<<17|0xf<<13|0xf<<9|0x3<<3|0x3<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct TexelLUTMode {#if BIG_ENDIAN == 1
unsigned32 :20; unsigned32 PixelsPerEntry :2; unsigned32 Offset :8; unsigned32 DirectIndex :1; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 DirectIndex :1; unsigned32 Offset :8; unsigned32 PixelsPerEntry :2; unsigned32 :20;#endif
#ifdef __cplusplus
TexelLUTMode(void) { } TexelLUTMode(const unsigned32 i) { *((unsigned32 *)this) = i; } TexelLUTMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } TexelLUTMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } TexelLUTMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x3<<10|0xff<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct TextureColorMode {#if BIG_ENDIAN == 1
unsigned32 :20; unsigned32 ColorLoadMode :2; unsigned32 BaseFormat :3; unsigned32 KsDDA :1; unsigned32 KdDDA :1; unsigned32 TextureType :1; unsigned32 ApplicationMode :3; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 ApplicationMode :3; unsigned32 TextureType :1; unsigned32 KdDDA :1; unsigned32 KsDDA :1; unsigned32 BaseFormat :3; unsigned32 ColorLoadMode :2; unsigned32 :20;#endif
#ifdef __cplusplus
TextureColorMode(void) { } TextureColorMode(const unsigned32 i) { *((unsigned32 *)this) = i; } TextureColorMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } TextureColorMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } TextureColorMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x3<<10|0x7<<7|0x1<<6|0x1<<5|0x1<<4|0x7<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct TextureApplicationMode {#if BIG_ENDIAN == 1
unsigned32 :8; unsigned32 MotionCompEnable :1; unsigned32 EnableKs :1; unsigned32 EnableKd :1; unsigned32 AlphaOperation :3; unsigned32 AlphaInvertI :1; unsigned32 AlphaI :2; unsigned32 AlphaB :2; unsigned32 AlphaA :2; unsigned32 ColorOperation :3; unsigned32 ColorInvertI :1; unsigned32 ColorI :2; unsigned32 ColorB :2; unsigned32 ColorA :2; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 ColorA :2; unsigned32 ColorB :2; unsigned32 ColorI :2; unsigned32 ColorInvertI :1; unsigned32 ColorOperation :3; unsigned32 AlphaA :2; unsigned32 AlphaB :2; unsigned32 AlphaI :2; unsigned32 AlphaInvertI :1; unsigned32 AlphaOperation :3; unsigned32 EnableKd :1; unsigned32 EnableKs :1; unsigned32 MotionCompEnable :1; unsigned32 :8;#endif
#ifdef __cplusplus
TextureApplicationMode(void) { } TextureApplicationMode(const unsigned32 i) { *((unsigned32 *)this) = i; } TextureApplicationMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } TextureApplicationMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } TextureApplicationMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<23|0x1<<22|0x1<<21|0x7<<18|0x1<<17|0x3<<15|0x3<<13|0x3<<11|0x7<<8|0x1<<7|0x3<<5|0x3<<3|0x3<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct FogMode {#if BIG_ENDIAN == 1
unsigned32 :22; unsigned32 InvertFI :1; unsigned32 ZShift :5; unsigned32 UseZ :1; unsigned32 Table :1; unsigned32 ColorMode :1; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 ColorMode :1; unsigned32 Table :1; unsigned32 UseZ :1; unsigned32 ZShift :5; unsigned32 InvertFI :1; unsigned32 :22;#endif
#ifdef __cplusplus
FogMode(void) { } FogMode(const unsigned32 i) { *((unsigned32 *)this) = i; } FogMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } FogMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } FogMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<9|0x1f<<4|0x1<<3|0x1<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct ColorDDAMode {#if BIG_ENDIAN == 1
unsigned32 :30; unsigned32 Shading :1; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 Shading :1; unsigned32 :30;#endif
#ifdef __cplusplus
ColorDDAMode(void) { } ColorDDAMode(const unsigned32 i) { *((unsigned32 *)this) = i; } ColorDDAMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } ColorDDAMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } ColorDDAMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct Color {#if BIG_ENDIAN == 1
unsigned32 Alpha :8; unsigned32 Blue :8; unsigned32 Green :8; unsigned32 Red :8;#else
unsigned32 Red :8; unsigned32 Green :8; unsigned32 Blue :8; unsigned32 Alpha :8;#endif
#ifdef __cplusplus
Color(void) { } Color(const unsigned32 i) { *((unsigned32 *)this) = i; } Color& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } Color& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } Color& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xff<<24|0xff<<16|0xff<<8|0xff<<0)); }#endif /* __cplusplus */
};
struct AlphaTestMode {#if BIG_ENDIAN == 1
unsigned32 :20; unsigned32 Reference :8; unsigned32 Compare :3; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 Compare :3; unsigned32 Reference :8; unsigned32 :20;#endif
#ifdef __cplusplus
AlphaTestMode(void) { } AlphaTestMode(const unsigned32 i) { *((unsigned32 *)this) = i; } AlphaTestMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } AlphaTestMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } AlphaTestMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xff<<4|0x7<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct AntialiasMode {#if BIG_ENDIAN == 1
unsigned32 :29; unsigned32 ScaleColor :1; unsigned32 ColorMode :1; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 ColorMode :1; unsigned32 ScaleColor :1; unsigned32 :29;#endif
#ifdef __cplusplus
AntialiasMode(void) { } AntialiasMode(const unsigned32 i) { *((unsigned32 *)this) = i; } AntialiasMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } AntialiasMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } AntialiasMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct GlintAlphaBlendMode {#if BIG_ENDIAN == 1
unsigned32 :14; unsigned32 AlphaConversion :1; unsigned32 ColorConversion :1; unsigned32 AlphaDestination :1; unsigned32 AlphaType :1; unsigned32 ColorOrder :1; unsigned32 NoAlphaBuffer :1; unsigned32 ColorFormat :4; unsigned32 DestinationBlend :3; unsigned32 SourceBlend :4; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 SourceBlend :4; unsigned32 DestinationBlend :3; unsigned32 ColorFormat :4; unsigned32 NoAlphaBuffer :1; unsigned32 ColorOrder :1; unsigned32 AlphaType :1; unsigned32 AlphaDestination :1; unsigned32 ColorConversion :1; unsigned32 AlphaConversion :1; unsigned32 :14;#endif
#ifdef __cplusplus
GlintAlphaBlendMode(void) { } GlintAlphaBlendMode(const unsigned32 i) { *((unsigned32 *)this) = i; } GlintAlphaBlendMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } GlintAlphaBlendMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } GlintAlphaBlendMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<17|0x1<<16|0x1<<15|0x1<<14|0x1<<13|0x1<<12|0xf<<8|0x7<<5|0xf<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct PermediaAlphaBlendMode {#if BIG_ENDIAN == 1
unsigned32 :13; unsigned32 AlphaConversion :1; unsigned32 ColorConversion :1; unsigned32 ColorFormatExtension :1; unsigned32 :1; unsigned32 BlendType :1; unsigned32 ColorOrder :1; unsigned32 NoAlphaBuffer :1; unsigned32 ColorFormat :4; unsigned32 Operation :7; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 Operation :7; unsigned32 ColorFormat :4; unsigned32 NoAlphaBuffer :1; unsigned32 ColorOrder :1; unsigned32 BlendType :1; unsigned32 :1; unsigned32 ColorFormatExtension :1; unsigned32 ColorConversion :1; unsigned32 AlphaConversion :1; unsigned32 :13;#endif
#ifdef __cplusplus
PermediaAlphaBlendMode(void) { } PermediaAlphaBlendMode(const unsigned32 i) { *((unsigned32 *)this) = i; } PermediaAlphaBlendMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } PermediaAlphaBlendMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } PermediaAlphaBlendMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<18|0x1<<17|0x1<<16|0x1<<14|0x1<<13|0x1<<12|0xf<<8|0x7f<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct DitherMode {#if BIG_ENDIAN == 1
unsigned32 :15; unsigned32 RoundingMode :2; unsigned32 AlphaDither :1; unsigned32 :3; unsigned32 ColorOrder :1; unsigned32 Yoffset :2; unsigned32 Xoffset :2; unsigned32 ColorFormat :4; unsigned32 DitherEnable :1; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 DitherEnable :1; unsigned32 ColorFormat :4; unsigned32 Xoffset :2; unsigned32 Yoffset :2; unsigned32 ColorOrder :1; unsigned32 :3; unsigned32 AlphaDither :1; unsigned32 RoundingMode :2; unsigned32 :15;#endif
#ifdef __cplusplus
DitherMode(void) { } DitherMode(const unsigned32 i) { *((unsigned32 *)this) = i; } DitherMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } DitherMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } DitherMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x3<<15|0x1<<14|0x1<<10|0x3<<8|0x3<<6|0xf<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct LogicalOpMode {#if BIG_ENDIAN == 1
unsigned32 :19; unsigned32 OpaqueSpan :1; unsigned32 UseConstantSource :1; unsigned32 BackgroundLogicalOp :4; unsigned32 BackgroundEnable :1; unsigned32 UseConstantFBWriteData :1; unsigned32 LogicOp :4; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 LogicOp :4; unsigned32 UseConstantFBWriteData :1; unsigned32 BackgroundEnable :1; unsigned32 BackgroundLogicalOp :4; unsigned32 UseConstantSource :1; unsigned32 OpaqueSpan :1; unsigned32 :19;#endif
#ifdef __cplusplus
LogicalOpMode(void) { } LogicalOpMode(const unsigned32 i) { *((unsigned32 *)this) = i; } LogicalOpMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } LogicalOpMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } LogicalOpMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<12|0x1<<11|0xf<<7|0x1<<6|0x1<<5|0xf<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct RouterMode {#if BIG_ENDIAN == 1
unsigned32 :31; unsigned32 Order :1;#else
unsigned32 Order :1; unsigned32 :31;#endif
#ifdef __cplusplus
RouterMode(void) { } RouterMode(const unsigned32 i) { *((unsigned32 *)this) = i; } RouterMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } RouterMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } RouterMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<0)); }#endif /* __cplusplus */
};
struct LBReadMode {#if BIG_ENDIAN == 1
unsigned32 :4; unsigned32 PP3 :3; unsigned32 PatchCode :3; unsigned32 ScanlineInterval :2; unsigned32 Patch :1; unsigned32 WindowOrigin :1; unsigned32 DataType :2; unsigned32 :5; unsigned32 ReadDestinationEnable :1; unsigned32 ReadSourceEnable :1; unsigned32 PP2 :3; unsigned32 PP1 :3; unsigned32 PP0 :3;#else
unsigned32 PP0 :3; unsigned32 PP1 :3; unsigned32 PP2 :3; unsigned32 ReadSourceEnable :1; unsigned32 ReadDestinationEnable :1; unsigned32 :5; unsigned32 DataType :2; unsigned32 WindowOrigin :1; unsigned32 Patch :1; unsigned32 ScanlineInterval :2; unsigned32 PatchCode :3; unsigned32 PP3 :3; unsigned32 :4;#endif
#ifdef __cplusplus
LBReadMode(void) { } LBReadMode(const unsigned32 i) { *((unsigned32 *)this) = i; } LBReadMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } LBReadMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } LBReadMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x7<<25|0x7<<22|0x3<<20|0x1<<19|0x1<<18|0x3<<16|0x1<<10|0x1<<9|0x7<<6|0x7<<3|0x7<<0)); }#endif /* __cplusplus */
};
struct GlintPermediaLBReadFormat {#if BIG_ENDIAN == 1
unsigned32 :14; unsigned32 Compact32 :1; unsigned32 GIDPosition :4; unsigned32 GIDWidth :1; unsigned32 FrameCountPosition :3; unsigned32 FrameCountWidth :2; unsigned32 StencilPosition :3; unsigned32 StencilWidth :2; unsigned32 DepthWidth :2;#else
unsigned32 DepthWidth :2; unsigned32 StencilWidth :2; unsigned32 StencilPosition :3; unsigned32 FrameCountWidth :2; unsigned32 FrameCountPosition :3; unsigned32 GIDWidth :1; unsigned32 GIDPosition :4; unsigned32 Compact32 :1; unsigned32 :14;#endif
#ifdef __cplusplus
GlintPermediaLBReadFormat(void) { } GlintPermediaLBReadFormat(const unsigned32 i) { *((unsigned32 *)this) = i; } GlintPermediaLBReadFormat& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } GlintPermediaLBReadFormat& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } GlintPermediaLBReadFormat& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<17|0xf<<13|0x1<<12|0x7<<9|0x3<<7|0x7<<4|0x3<<2|0x3<<0)); }#endif /* __cplusplus */
};
struct LBReadFormat {#if BIG_ENDIAN == 1
unsigned32 :4; unsigned32 GIDPosition :5; unsigned32 GIDWidth :3; unsigned32 FCPPosition :5; unsigned32 FCPWidth :4; unsigned32 StencilPosition :5; unsigned32 StencilWidth :4; unsigned32 DepthWidth :2;#else
unsigned32 DepthWidth :2; unsigned32 StencilWidth :4; unsigned32 StencilPosition :5; unsigned32 FCPWidth :4; unsigned32 FCPPosition :5; unsigned32 GIDWidth :3; unsigned32 GIDPosition :5; unsigned32 :4;#endif
#ifdef __cplusplus
LBReadFormat(void) { } LBReadFormat(const unsigned32 i) { *((unsigned32 *)this) = i; } LBReadFormat& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } LBReadFormat& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } LBReadFormat& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1f<<23|0x7<<20|0x1f<<15|0xf<<11|0x1f<<6|0xf<<2|0x3<<0)); }#endif /* __cplusplus */
};
struct LBSourceOffset {#if BIG_ENDIAN == 1
unsigned32 :8; unsigned32 Offset :24;#else
unsigned32 Offset :24; unsigned32 :8;#endif
#ifdef __cplusplus
LBSourceOffset(void) { } LBSourceOffset(const unsigned32 i) { *((unsigned32 *)this) = i; } LBSourceOffset& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } LBSourceOffset& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } LBSourceOffset& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xffffff<<0)); }#endif /* __cplusplus */
};
struct LBWindowBase {#if BIG_ENDIAN == 1
unsigned32 :8; unsigned32 Base :24;#else
unsigned32 Base :24; unsigned32 :8;#endif
#ifdef __cplusplus
LBWindowBase(void) { } LBWindowBase(const unsigned32 i) { *((unsigned32 *)this) = i; } LBWindowBase& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } LBWindowBase& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } LBWindowBase& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xffffff<<0)); }#endif /* __cplusplus */
};
struct P2MXLBWriteMode {#if BIG_ENDIAN == 1
unsigned32 :29; unsigned32 UpLoadData :2; unsigned32 WriteEnable :1;#else
unsigned32 WriteEnable :1; unsigned32 UpLoadData :2; unsigned32 :29;#endif
#ifdef __cplusplus
P2MXLBWriteMode(void) { } P2MXLBWriteMode(const unsigned32 i) { *((unsigned32 *)this) = i; } P2MXLBWriteMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } P2MXLBWriteMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } P2MXLBWriteMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x3<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct LBWriteMode {#if BIG_ENDIAN == 1
unsigned32 Operation :3; unsigned32 ByteEnables :5; unsigned32 Width :12; unsigned32 Packed16 :1; unsigned32 Origin :1; unsigned32 Layout :1; unsigned32 StripeHeight :3; unsigned32 StripePitch :3; unsigned32 :2; unsigned32 WriteEnable :1;#else
unsigned32 WriteEnable :1; unsigned32 :2; unsigned32 StripePitch :3; unsigned32 StripeHeight :3; unsigned32 Layout :1; unsigned32 Origin :1; unsigned32 Packed16 :1; unsigned32 Width :12; unsigned32 ByteEnables :5; unsigned32 Operation :3;#endif
#ifdef __cplusplus
LBWriteMode(void) { } LBWriteMode(const unsigned32 i) { *((unsigned32 *)this) = i; } LBWriteMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } LBWriteMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } LBWriteMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x7<<29|0x1f<<24|0xfff<<12|0x1<<11|0x1<<10|0x1<<9|0x7<<6|0x7<<3|0x1<<0)); }#endif /* __cplusplus */
};
struct LBWriteFormat {#if BIG_ENDIAN == 1
unsigned32 :4; unsigned32 GIDPosition :5; unsigned32 GIDWidth :3; unsigned32 FCPPosition :5; unsigned32 FCPWidth :4; unsigned32 StencilPosition :5; unsigned32 StencilWidth :4; unsigned32 DepthWidth :2;#else
unsigned32 DepthWidth :2; unsigned32 StencilWidth :4; unsigned32 StencilPosition :5; unsigned32 FCPWidth :4; unsigned32 FCPPosition :5; unsigned32 GIDWidth :3; unsigned32 GIDPosition :5; unsigned32 :4;#endif
#ifdef __cplusplus
LBWriteFormat(void) { } LBWriteFormat(const unsigned32 i) { *((unsigned32 *)this) = i; } LBWriteFormat& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } LBWriteFormat& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } LBWriteFormat& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1f<<23|0x7<<20|0x1f<<15|0xf<<11|0x1f<<6|0xf<<2|0x3<<0)); }#endif /* __cplusplus */
};
struct HostInState2 {#if BIG_ENDIAN == 1
unsigned32 :27; unsigned32 TagCount :5;#else
unsigned32 TagCount :5; unsigned32 :27;#endif
#ifdef __cplusplus
HostInState2(void) { } HostInState2(const unsigned32 i) { *((unsigned32 *)this) = i; } HostInState2& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } HostInState2& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } HostInState2& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1f<<0)); }#endif /* __cplusplus */
};
struct VertexRename {#if BIG_ENDIAN == 1
unsigned32 :29; unsigned32 Rename :3;#else
unsigned32 Rename :3; unsigned32 :29;#endif
#ifdef __cplusplus
VertexRename(void) { } VertexRename(const unsigned32 i) { *((unsigned32 *)this) = i; } VertexRename& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } VertexRename& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } VertexRename& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x7<<0)); }#endif /* __cplusplus */
};
struct Window {#if BIG_ENDIAN == 1
unsigned32 :12; unsigned32 OverrideWriteFiltering :1; unsigned32 DepthFCP :1; unsigned32 StencilFCP :1; unsigned32 FrameCount :8; unsigned32 GID :4; unsigned32 LBUpdateSource :1; unsigned32 ForceLBUpdate :1; unsigned32 CompareMode :2; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 CompareMode :2; unsigned32 ForceLBUpdate :1; unsigned32 LBUpdateSource :1; unsigned32 GID :4; unsigned32 FrameCount :8; unsigned32 StencilFCP :1; unsigned32 DepthFCP :1; unsigned32 OverrideWriteFiltering :1; unsigned32 :12;#endif
#ifdef __cplusplus
Window(void) { } Window(const unsigned32 i) { *((unsigned32 *)this) = i; } Window& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } Window& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } Window& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<19|0x1<<18|0x1<<17|0xff<<9|0xf<<5|0x1<<4|0x1<<3|0x3<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct StencilMode {#if BIG_ENDIAN == 1
unsigned32 :13; unsigned32 StencilWidth :4; unsigned32 StencilSource :2; unsigned32 CompareFunction :3; unsigned32 SFail :3; unsigned32 DPFail :3; unsigned32 DPPass :3; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 DPPass :3; unsigned32 DPFail :3; unsigned32 SFail :3; unsigned32 CompareFunction :3; unsigned32 StencilSource :2; unsigned32 StencilWidth :4; unsigned32 :13;#endif
#ifdef __cplusplus
StencilMode(void) { } StencilMode(const unsigned32 i) { *((unsigned32 *)this) = i; } StencilMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } StencilMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } StencilMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xf<<15|0x3<<13|0x7<<10|0x7<<7|0x7<<4|0x7<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct StencilData {#if BIG_ENDIAN == 1
unsigned32 FCStencil :8; unsigned32 StencilWriteMask :8; unsigned32 CompareMask :8; unsigned32 ReferenceValue :8;#else
unsigned32 ReferenceValue :8; unsigned32 CompareMask :8; unsigned32 StencilWriteMask :8; unsigned32 FCStencil :8;#endif
#ifdef __cplusplus
StencilData(void) { } StencilData(const unsigned32 i) { *((unsigned32 *)this) = i; } StencilData& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } StencilData& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } StencilData& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xff<<24|0xff<<16|0xff<<8|0xff<<0)); }#endif /* __cplusplus */
};
struct Stencil {#if BIG_ENDIAN == 1
unsigned32 :24; unsigned32 StencilValue :8;#else
unsigned32 StencilValue :8; unsigned32 :24;#endif
#ifdef __cplusplus
Stencil(void) { } Stencil(const unsigned32 i) { *((unsigned32 *)this) = i; } Stencil& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } Stencil& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } Stencil& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xff<<0)); }#endif /* __cplusplus */
};
struct DepthMode {#if BIG_ENDIAN == 1
unsigned32 :17; unsigned32 ExponentWidth :2; unsigned32 ExponentScale :2; unsigned32 NonLinearZ :1; unsigned32 Normalise :1; unsigned32 Width :2; unsigned32 CompareMode :3; unsigned32 NewDepthSource :2; unsigned32 WriteMask :1; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 WriteMask :1; unsigned32 NewDepthSource :2; unsigned32 CompareMode :3; unsigned32 Width :2; unsigned32 Normalise :1; unsigned32 NonLinearZ :1; unsigned32 ExponentScale :2; unsigned32 ExponentWidth :2; unsigned32 :17;#endif
#ifdef __cplusplus
DepthMode(void) { } DepthMode(const unsigned32 i) { *((unsigned32 *)this) = i; } DepthMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } DepthMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } DepthMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x3<<13|0x3<<11|0x1<<10|0x1<<9|0x3<<7|0x7<<4|0x3<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct GlintFBReadMode {#if BIG_ENDIAN == 1
unsigned32 :2; unsigned32 SourceAddressFunction :2; unsigned32 PP3 :3; unsigned32 ScanlineInterval :2; unsigned32 :6; unsigned32 WindowOrigin :1; unsigned32 DataType :1; unsigned32 :4; unsigned32 ReadDestinationEnable :1; unsigned32 ReadSourceEnable :1; unsigned32 PP2 :3; unsigned32 PP1 :3; unsigned32 PP0 :3;#else
unsigned32 PP0 :3; unsigned32 PP1 :3; unsigned32 PP2 :3; unsigned32 ReadSourceEnable :1; unsigned32 ReadDestinationEnable :1; unsigned32 :4; unsigned32 DataType :1; unsigned32 WindowOrigin :1; unsigned32 :6; unsigned32 ScanlineInterval :2; unsigned32 PP3 :3; unsigned32 SourceAddressFunction :2; unsigned32 :2;#endif
#ifdef __cplusplus
GlintFBReadMode(void) { } GlintFBReadMode(const unsigned32 i) { *((unsigned32 *)this) = i; } GlintFBReadMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } GlintFBReadMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } GlintFBReadMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x3<<28|0x7<<25|0x3<<23|0x1<<16|0x1<<15|0x1<<10|0x1<<9|0x7<<6|0x7<<3|0x7<<0)); }#endif /* __cplusplus */
};
struct PermediaFBReadMode {#if BIG_ENDIAN == 1
unsigned32 :5; unsigned32 PatchMode :2; unsigned32 :2; unsigned32 RelativeOffset :3; unsigned32 PackedData :1; unsigned32 PatchEnable :1; unsigned32 :1; unsigned32 WindowOrigin :1; unsigned32 DataType :1; unsigned32 :4; unsigned32 ReadDestinationEnable :1; unsigned32 ReadSourceEnable :1; unsigned32 PP2 :3; unsigned32 PP1 :3; unsigned32 PP0 :3;#else
unsigned32 PP0 :3; unsigned32 PP1 :3; unsigned32 PP2 :3; unsigned32 ReadSourceEnable :1; unsigned32 ReadDestinationEnable :1; unsigned32 :4; unsigned32 DataType :1; unsigned32 WindowOrigin :1; unsigned32 :1; unsigned32 PatchEnable :1; unsigned32 PackedData :1; unsigned32 RelativeOffset :3; unsigned32 :2; unsigned32 PatchMode :2; unsigned32 :5;#endif
#ifdef __cplusplus
PermediaFBReadMode(void) { } PermediaFBReadMode(const unsigned32 i) { *((unsigned32 *)this) = i; } PermediaFBReadMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } PermediaFBReadMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } PermediaFBReadMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x3<<25|0x7<<20|0x1<<19|0x1<<18|0x1<<16|0x1<<15|0x1<<10|0x1<<9|0x7<<6|0x7<<3|0x7<<0)); }#endif /* __cplusplus */
};
struct FBSourceOffset {#if BIG_ENDIAN == 1
unsigned32 :8; unsigned32 Offset :24;#else
unsigned32 Offset :24; unsigned32 :8;#endif
#ifdef __cplusplus
FBSourceOffset(void) { } FBSourceOffset(const unsigned32 i) { *((unsigned32 *)this) = i; } FBSourceOffset& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } FBSourceOffset& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } FBSourceOffset& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xffffff<<0)); }#endif /* __cplusplus */
};
struct FBPixelOffset {#if BIG_ENDIAN == 1
unsigned32 :8; unsigned32 Offset :24;#else
unsigned32 Offset :24; unsigned32 :8;#endif
#ifdef __cplusplus
FBPixelOffset(void) { } FBPixelOffset(const unsigned32 i) { *((unsigned32 *)this) = i; } FBPixelOffset& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } FBPixelOffset& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } FBPixelOffset& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xffffff<<0)); }#endif /* __cplusplus */
};
struct FBWindowBase {#if BIG_ENDIAN == 1
unsigned32 :8; unsigned32 Address :24;#else
unsigned32 Address :24; unsigned32 :8;#endif
#ifdef __cplusplus
FBWindowBase(void) { } FBWindowBase(const unsigned32 i) { *((unsigned32 *)this) = i; } FBWindowBase& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } FBWindowBase& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } FBWindowBase& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xffffff<<0)); }#endif /* __cplusplus */
};
struct FBWriteMode {#if BIG_ENDIAN == 1
unsigned32 :4; unsigned32 Origin3 :1; unsigned32 Origin2 :1; unsigned32 Origin1 :1; unsigned32 Origin0 :1; unsigned32 Layout3 :2; unsigned32 Layout2 :2; unsigned32 Layout1 :2; unsigned32 Layout0 :2; unsigned32 Enable3 :1; unsigned32 Enable2 :1; unsigned32 Enable1 :1; unsigned32 Enable0 :1; unsigned32 StripeHeight :3; unsigned32 StripePitch :3; unsigned32 OpaqueSpan :1; unsigned32 Replicate :1; unsigned32 UpLoadData :1; unsigned32 :2; unsigned32 WriteEnable :1;#else
unsigned32 WriteEnable :1; unsigned32 :2; unsigned32 UpLoadData :1; unsigned32 Replicate :1; unsigned32 OpaqueSpan :1; unsigned32 StripePitch :3; unsigned32 StripeHeight :3; unsigned32 Enable0 :1; unsigned32 Enable1 :1; unsigned32 Enable2 :1; unsigned32 Enable3 :1; unsigned32 Layout0 :2; unsigned32 Layout1 :2; unsigned32 Layout2 :2; unsigned32 Layout3 :2; unsigned32 Origin0 :1; unsigned32 Origin1 :1; unsigned32 Origin2 :1; unsigned32 Origin3 :1; unsigned32 :4;#endif
#ifdef __cplusplus
FBWriteMode(void) { } FBWriteMode(const unsigned32 i) { *((unsigned32 *)this) = i; } FBWriteMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } FBWriteMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } FBWriteMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<27|0x1<<26|0x1<<25|0x1<<24|0x3<<22|0x3<<20|0x3<<18|0x3<<16|0x1<<15|0x1<<14|0x1<<13|0x1<<12|0x7<<9|0x7<<6|0x1<<5|0x1<<4|0x1<<3|0x1<<0)); }#endif /* __cplusplus */
};
struct FBReadPixel {#if BIG_ENDIAN == 1
unsigned32 :29; unsigned32 PixelSize :3;#else
unsigned32 PixelSize :3; unsigned32 :29;#endif
#ifdef __cplusplus
FBReadPixel(void) { } FBReadPixel(const unsigned32 i) { *((unsigned32 *)this) = i; } FBReadPixel& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } FBReadPixel& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } FBReadPixel& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x7<<0)); }#endif /* __cplusplus */
};
struct PatternRAMMode {#if BIG_ENDIAN == 1
unsigned32 :18; unsigned32 XMask :5; unsigned32 YShift :3; unsigned32 YMask :5; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 YMask :5; unsigned32 YShift :3; unsigned32 XMask :5; unsigned32 :18;#endif
#ifdef __cplusplus
PatternRAMMode(void) { } PatternRAMMode(const unsigned32 i) { *((unsigned32 *)this) = i; } PatternRAMMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } PatternRAMMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } PatternRAMMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1f<<9|0x7<<6|0x1f<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct FilterMode {#if BIG_ENDIAN == 1
unsigned32 :10; unsigned32 ExternalDMAController :1; unsigned32 RunLengthEncodeData :1; unsigned32 Context :2; unsigned32 ByteSwap :2; unsigned32 Remainder :2; unsigned32 Statistics :2; unsigned32 Sync :2; unsigned32 FBColor :2; unsigned32 Stencil :2; unsigned32 LBDepth :2; unsigned32 Passive :2; unsigned32 Active :2;#else
unsigned32 Active :2; unsigned32 Passive :2; unsigned32 LBDepth :2; unsigned32 Stencil :2; unsigned32 FBColor :2; unsigned32 Sync :2; unsigned32 Statistics :2; unsigned32 Remainder :2; unsigned32 ByteSwap :2; unsigned32 Context :2; unsigned32 RunLengthEncodeData :1; unsigned32 ExternalDMAController :1; unsigned32 :10;#endif
#ifdef __cplusplus
FilterMode(void) { } FilterMode(const unsigned32 i) { *((unsigned32 *)this) = i; } FilterMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } FilterMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } FilterMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<21|0x1<<20|0x3<<18|0x3<<16|0x3<<14|0x3<<12|0x3<<10|0x3<<8|0x3<<6|0x3<<4|0x3<<2|0x3<<0)); }#endif /* __cplusplus */
};
struct StatisticMode {#if BIG_ENDIAN == 1
unsigned32 :26; unsigned32 Spans :1; unsigned32 CompareFunction :1; unsigned32 PassiveSteps :1; unsigned32 ActiveSteps :1; unsigned32 StatsType :1; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 StatsType :1; unsigned32 ActiveSteps :1; unsigned32 PassiveSteps :1; unsigned32 CompareFunction :1; unsigned32 Spans :1; unsigned32 :26;#endif
#ifdef __cplusplus
StatisticMode(void) { } StatisticMode(const unsigned32 i) { *((unsigned32 *)this) = i; } StatisticMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } StatisticMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } StatisticMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<5|0x1<<4|0x1<<3|0x1<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct PickResult {#if BIG_ENDIAN == 1
unsigned32 :31; unsigned32 Result :1;#else
unsigned32 Result :1; unsigned32 :31;#endif
#ifdef __cplusplus
PickResult(void) { } PickResult(const unsigned32 i) { *((unsigned32 *)this) = i; } PickResult& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } PickResult& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } PickResult& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<0)); }#endif /* __cplusplus */
};
struct ContextMask {#if BIG_ENDIAN == 1
unsigned32 :12; unsigned32 MatrixStack :1; unsigned32 PipeControl :1; unsigned32 MultiTexture :1; unsigned32 TextureManagementState :1; unsigned32 LUT :1; unsigned32 FogTable :1; unsigned32 Ownership :1; unsigned32 DDA :1; unsigned32 RasterizerState :1; unsigned32 Select :1; unsigned32 DMA :1; unsigned32 TwoD :1; unsigned32 CurrentState :1; unsigned32 RasterPos :1; unsigned32 Lights8_15 :1; unsigned32 Lights0_7 :1; unsigned32 Material :1; unsigned32 Matrices :1; unsigned32 Geometry :1; unsigned32 GeneralControl :1;#else
unsigned32 GeneralControl :1; unsigned32 Geometry :1; unsigned32 Matrices :1; unsigned32 Material :1; unsigned32 Lights0_7 :1; unsigned32 Lights8_15 :1; unsigned32 RasterPos :1; unsigned32 CurrentState :1; unsigned32 TwoD :1; unsigned32 DMA :1; unsigned32 Select :1; unsigned32 RasterizerState :1; unsigned32 DDA :1; unsigned32 Ownership :1; unsigned32 FogTable :1; unsigned32 LUT :1; unsigned32 TextureManagementState :1; unsigned32 MultiTexture :1; unsigned32 PipeControl :1; unsigned32 MatrixStack :1; unsigned32 :12;#endif
#ifdef __cplusplus
ContextMask(void) { } ContextMask(const unsigned32 i) { *((unsigned32 *)this) = i; } ContextMask& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } ContextMask& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } ContextMask& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<19|0x1<<18|0x1<<17|0x1<<16|0x1<<15|0x1<<14|0x1<<13|0x1<<12|0x1<<11|0x1<<10|0x1<<9|0x1<<8|0x1<<7|0x1<<6|0x1<<5|0x1<<4|0x1<<3|0x1<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct YUVMode {#if BIG_ENDIAN == 1
unsigned32 :26; unsigned32 TexelDisableUpdate :1; unsigned32 RejectTexel :1; unsigned32 TestData :1; unsigned32 TestMode :2; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 TestMode :2; unsigned32 TestData :1; unsigned32 RejectTexel :1; unsigned32 TexelDisableUpdate :1; unsigned32 :26;#endif
#ifdef __cplusplus
YUVMode(void) { } YUVMode(const unsigned32 i) { *((unsigned32 *)this) = i; } YUVMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } YUVMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } YUVMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<5|0x1<<4|0x1<<3|0x3<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct GlintChromaTestMode {#if BIG_ENDIAN == 1
unsigned32 :28; unsigned32 Sense :1; unsigned32 Source :2; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 Source :2; unsigned32 Sense :1; unsigned32 :28;#endif
#ifdef __cplusplus
GlintChromaTestMode(void) { } GlintChromaTestMode(const unsigned32 i) { *((unsigned32 *)this) = i; } GlintChromaTestMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } GlintChromaTestMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } GlintChromaTestMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<3|0x3<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct ChromaTestMode {#if BIG_ENDIAN == 1
unsigned32 :25; unsigned32 FailAction :2; unsigned32 PassAction :2; unsigned32 Source :2; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 Source :2; unsigned32 PassAction :2; unsigned32 FailAction :2; unsigned32 :25;#endif
#ifdef __cplusplus
ChromaTestMode(void) { } ChromaTestMode(const unsigned32 i) { *((unsigned32 *)this) = i; } ChromaTestMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } ChromaTestMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } ChromaTestMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x3<<5|0x3<<3|0x3<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct SelectRecord {#if BIG_ENDIAN == 1
unsigned32 StackOverflow :1; unsigned32 StackUnderflow :1; unsigned32 InvalidOperation :1; unsigned32 :22; unsigned32 Count :7;#else
unsigned32 Count :7; unsigned32 :22; unsigned32 InvalidOperation :1; unsigned32 StackUnderflow :1; unsigned32 StackOverflow :1;#endif
#ifdef __cplusplus
SelectRecord(void) { } SelectRecord(const unsigned32 i) { *((unsigned32 *)this) = i; } SelectRecord& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } SelectRecord& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } SelectRecord& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<31|0x1<<30|0x1<<29|0x7f<<0)); }#endif /* __cplusplus */
};
struct GMDeltaMode {#if BIG_ENDIAN == 1
unsigned32 :6; unsigned32 EpilogueCount :2; unsigned32 EpilogueEnable :1; unsigned32 FlatShadingMethod :1; unsigned32 ColorSpecular :1; unsigned32 ColorDiffuse :1; unsigned32 BiasCoordinates :1; unsigned32 :3; unsigned32 TextureParameterMode :2; unsigned32 ClampEnable :1; unsigned32 NoDraw :1; unsigned32 DiamondExit :1; unsigned32 SubPixelCorrectionEnable :1; unsigned32 DiffuseTextureEnable :1; unsigned32 SpecularTextureEnable :1; unsigned32 DepthEnable :1; unsigned32 SmoothShadingEnable :1; unsigned32 TextureEnable :1; unsigned32 FogEnable :1; unsigned32 DepthFormat :2; unsigned32 TargetChip :2;#else
unsigned32 TargetChip :2; unsigned32 DepthFormat :2; unsigned32 FogEnable :1; unsigned32 TextureEnable :1; unsigned32 SmoothShadingEnable :1; unsigned32 DepthEnable :1; unsigned32 SpecularTextureEnable :1; unsigned32 DiffuseTextureEnable :1; unsigned32 SubPixelCorrectionEnable :1; unsigned32 DiamondExit :1; unsigned32 NoDraw :1; unsigned32 ClampEnable :1; unsigned32 TextureParameterMode :2; unsigned32 :3; unsigned32 BiasCoordinates :1; unsigned32 ColorDiffuse :1; unsigned32 ColorSpecular :1; unsigned32 FlatShadingMethod :1; unsigned32 EpilogueEnable :1; unsigned32 EpilogueCount :2; unsigned32 :6;#endif
#ifdef __cplusplus
GMDeltaMode(void) { } GMDeltaMode(const unsigned32 i) { *((unsigned32 *)this) = i; } GMDeltaMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } GMDeltaMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } GMDeltaMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x3<<24|0x1<<23|0x1<<22|0x1<<21|0x1<<20|0x1<<19|0x3<<14|0x1<<13|0x1<<12|0x1<<11|0x1<<10|0x1<<9|0x1<<8|0x1<<7|0x1<<6|0x1<<5|0x1<<4|0x3<<2|0x3<<0)); }#endif /* __cplusplus */
};
struct RXDeltaMode {#if BIG_ENDIAN == 1
unsigned32 :5; unsigned32 TextureEnable1 :1; unsigned32 :5; unsigned32 Texture3DEnable :1; unsigned32 BiasCoordinates :1; unsigned32 ColorOrder :1; unsigned32 BackfaceCull :1; unsigned32 FillDirection :1; unsigned32 TextureParameterMode :2; unsigned32 ClampEnable :1; unsigned32 NoDraw :1; unsigned32 DiamondExit :1; unsigned32 SubPixelCorrectionEnable :1; unsigned32 DiffuseTextureEnable :1; unsigned32 SpecularTextureEnable :1; unsigned32 DepthEnable :1; unsigned32 SmoothShadingEnable :1; unsigned32 TextureEnable :1; unsigned32 FogEnable :1; unsigned32 DepthFormat :2; unsigned32 :2;#else
unsigned32 :2; unsigned32 DepthFormat :2; unsigned32 FogEnable :1; unsigned32 TextureEnable :1; unsigned32 SmoothShadingEnable :1; unsigned32 DepthEnable :1; unsigned32 SpecularTextureEnable :1; unsigned32 DiffuseTextureEnable :1; unsigned32 SubPixelCorrectionEnable :1; unsigned32 DiamondExit :1; unsigned32 NoDraw :1; unsigned32 ClampEnable :1; unsigned32 TextureParameterMode :2; unsigned32 FillDirection :1; unsigned32 BackfaceCull :1; unsigned32 ColorOrder :1; unsigned32 BiasCoordinates :1; unsigned32 Texture3DEnable :1; unsigned32 :5; unsigned32 TextureEnable1 :1; unsigned32 :5;#endif
#ifdef __cplusplus
RXDeltaMode(void) { } RXDeltaMode(const unsigned32 i) { *((unsigned32 *)this) = i; } RXDeltaMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } RXDeltaMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } RXDeltaMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<26|0x1<<20|0x1<<19|0x1<<18|0x1<<17|0x1<<16|0x3<<14|0x1<<13|0x1<<12|0x1<<11|0x1<<10|0x1<<9|0x1<<8|0x1<<7|0x1<<6|0x1<<5|0x1<<4|0x3<<2)); }#endif /* __cplusplus */
};
struct P3DeltaMode {#if BIG_ENDIAN == 1
unsigned32 :2; unsigned32 Texture3DEnable :1; unsigned32 :1; unsigned32 :1; unsigned32 TextureEnable1 :1; unsigned32 :6; unsigned32 BiasCoordinates :1; unsigned32 ColorOrder :1; unsigned32 BackfaceCull :1; unsigned32 FillDirection :1; unsigned32 TextureParameterMode :2; unsigned32 ClampEnable :1; unsigned32 NoDraw :1; unsigned32 DiamondExit :1; unsigned32 SubPixelCorrectionEnable :1; unsigned32 DiffuseTextureEnable :1; unsigned32 SpecularTextureEnable :1; unsigned32 DepthEnable :1; unsigned32 SmoothShadingEnable :1; unsigned32 TextureEnable :1; unsigned32 FogEnable :1; unsigned32 DepthFormat :2; unsigned32 TargetChip :2;#else
unsigned32 TargetChip :2; unsigned32 DepthFormat :2; unsigned32 FogEnable :1; unsigned32 TextureEnable :1; unsigned32 SmoothShadingEnable :1; unsigned32 DepthEnable :1; unsigned32 SpecularTextureEnable :1; unsigned32 DiffuseTextureEnable :1; unsigned32 SubPixelCorrectionEnable :1; unsigned32 DiamondExit :1; unsigned32 NoDraw :1; unsigned32 ClampEnable :1; unsigned32 TextureParameterMode :2; unsigned32 FillDirection :1; unsigned32 BackfaceCull :1; unsigned32 ColorOrder :1; unsigned32 BiasCoordinates :1; unsigned32 :6; unsigned32 TextureEnable1 :1; unsigned32 :1; unsigned32 :1; unsigned32 Texture3DEnable :1; unsigned32 :2;#endif
#ifdef __cplusplus
P3DeltaMode(void) { } P3DeltaMode(const unsigned32 i) { *((unsigned32 *)this) = i; } P3DeltaMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } P3DeltaMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } P3DeltaMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<29|0x1<<26|0x1<<19|0x1<<18|0x1<<17|0x1<<16|0x3<<14|0x1<<13|0x1<<12|0x1<<11|0x1<<10|0x1<<9|0x1<<8|0x1<<7|0x1<<6|0x1<<5|0x1<<4|0x3<<2|0x3<<0)); }#endif /* __cplusplus */
};
struct DeltaDraw {#if BIG_ENDIAN == 1
unsigned32 :14; unsigned32 RejectNegativeFace :1; unsigned32 SubPixelCorrectionEnable :1; unsigned32 :1; unsigned32 FogEnable :1; unsigned32 TextureEnable :1; unsigned32 :3; unsigned32 AntialiasingQuality :1; unsigned32 AntialiasEnable :1; unsigned32 :8;#else
unsigned32 :8; unsigned32 AntialiasEnable :1; unsigned32 AntialiasingQuality :1; unsigned32 :3; unsigned32 TextureEnable :1; unsigned32 FogEnable :1; unsigned32 :1; unsigned32 SubPixelCorrectionEnable :1; unsigned32 RejectNegativeFace :1; unsigned32 :14;#endif
#ifdef __cplusplus
DeltaDraw(void) { } DeltaDraw(const unsigned32 i) { *((unsigned32 *)this) = i; } DeltaDraw& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } DeltaDraw& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } DeltaDraw& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<17|0x1<<16|0x1<<14|0x1<<13|0x1<<9|0x1<<8)); }#endif /* __cplusplus */
};
struct DeltaControl {#if BIG_ENDIAN == 1
unsigned32 :17; unsigned32 ShareColor :1; unsigned32 ShareT :1; unsigned32 ShareS :1; unsigned32 Line2D :1; unsigned32 ShareQ :1; unsigned32 :3; unsigned32 UseProvokingVertex :1; unsigned32 :1; unsigned32 ForceQ :1; unsigned32 DrawLineEndPoint :1; unsigned32 FullScreenAA :1; unsigned32 :2;#else
unsigned32 :2; unsigned32 FullScreenAA :1; unsigned32 DrawLineEndPoint :1; unsigned32 ForceQ :1; unsigned32 :1; unsigned32 UseProvokingVertex :1; unsigned32 :3; unsigned32 ShareQ :1; unsigned32 Line2D :1; unsigned32 ShareS :1; unsigned32 ShareT :1; unsigned32 ShareColor :1; unsigned32 :17;#endif
#ifdef __cplusplus
DeltaControl(void) { } DeltaControl(const unsigned32 i) { *((unsigned32 *)this) = i; } DeltaControl& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } DeltaControl& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } DeltaControl& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<14|0x1<<13|0x1<<12|0x1<<11|0x1<<10|0x1<<6|0x1<<4|0x1<<3|0x1<<2)); }#endif /* __cplusplus */
};
struct DeltaProvokingVertexMask {#if BIG_ENDIAN == 1
unsigned32 :20; unsigned32 KdB :1; unsigned32 KdG :1; unsigned32 KdR :1; unsigned32 :1; unsigned32 KsB :1; unsigned32 KsG :1; unsigned32 KsR :1; unsigned32 :1; unsigned32 A :1; unsigned32 B :1; unsigned32 G :1; unsigned32 R :1;#else
unsigned32 R :1; unsigned32 G :1; unsigned32 B :1; unsigned32 A :1; unsigned32 :1; unsigned32 KsR :1; unsigned32 KsG :1; unsigned32 KsB :1; unsigned32 :1; unsigned32 KdR :1; unsigned32 KdG :1; unsigned32 KdB :1; unsigned32 :20;#endif
#ifdef __cplusplus
DeltaProvokingVertexMask(void) { } DeltaProvokingVertexMask(const unsigned32 i) { *((unsigned32 *)this) = i; } DeltaProvokingVertexMask& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } DeltaProvokingVertexMask& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } DeltaProvokingVertexMask& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<11|0x1<<10|0x1<<9|0x1<<7|0x1<<6|0x1<<5|0x1<<3|0x1<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct ProvokingVertex {#if BIG_ENDIAN == 1
unsigned32 :30; unsigned32 Vertex :2;#else
unsigned32 Vertex :2; unsigned32 :30;#endif
#ifdef __cplusplus
ProvokingVertex(void) { } ProvokingVertex(const unsigned32 i) { *((unsigned32 *)this) = i; } ProvokingVertex& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } ProvokingVertex& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } ProvokingVertex& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x3<<0)); }#endif /* __cplusplus */
};
struct EpilogTag {#if BIG_ENDIAN == 1
unsigned32 :21; unsigned32 Tag :11;#else
unsigned32 Tag :11; unsigned32 :21;#endif
#ifdef __cplusplus
EpilogTag(void) { } EpilogTag(const unsigned32 i) { *((unsigned32 *)this) = i; } EpilogTag& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } EpilogTag& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } EpilogTag& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x7ff<<0)); }#endif /* __cplusplus */
};
struct PointMode {#if BIG_ENDIAN == 1
unsigned32 :30; unsigned32 AntialiasQuality :1; unsigned32 AntialiasEnable :1;#else
unsigned32 AntialiasEnable :1; unsigned32 AntialiasQuality :1; unsigned32 :30;#endif
#ifdef __cplusplus
PointMode(void) { } PointMode(const unsigned32 i) { *((unsigned32 *)this) = i; } PointMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } PointMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } PointMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct PointSize {#if BIG_ENDIAN == 1
unsigned32 :24; unsigned32 Size :8;#else
unsigned32 Size :8; unsigned32 :24;#endif
#ifdef __cplusplus
PointSize(void) { } PointSize(const unsigned32 i) { *((unsigned32 *)this) = i; } PointSize& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } PointSize& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } PointSize& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xff<<0)); }#endif /* __cplusplus */
};
struct LineMode {#if BIG_ENDIAN == 1
unsigned32 :3; unsigned32 AntialiasQuality :1; unsigned32 AntialiasEnable :1; unsigned32 Mirror :1; unsigned32 StippleMask :16; unsigned32 RepeatFactor :9; unsigned32 StippleEnable :1;#else
unsigned32 StippleEnable :1; unsigned32 RepeatFactor :9; unsigned32 StippleMask :16; unsigned32 Mirror :1; unsigned32 AntialiasEnable :1; unsigned32 AntialiasQuality :1; unsigned32 :3;#endif
#ifdef __cplusplus
LineMode(void) { } LineMode(const unsigned32 i) { *((unsigned32 *)this) = i; } LineMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } LineMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } LineMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<28|0x1<<27|0x1<<26|0xffff<<10|0x1ff<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct LineWidth {#if BIG_ENDIAN == 1
unsigned32 :24; unsigned32 Width :8;#else
unsigned32 Width :8; unsigned32 :24;#endif
#ifdef __cplusplus
LineWidth(void) { } LineWidth(const unsigned32 i) { *((unsigned32 *)this) = i; } LineWidth& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } LineWidth& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } LineWidth& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xff<<0)); }#endif /* __cplusplus */
};
struct LineWidthOffset {#if BIG_ENDIAN == 1
unsigned32 :24; unsigned32 Offset :8;#else
unsigned32 Offset :8; unsigned32 :24;#endif
#ifdef __cplusplus
LineWidthOffset(void) { } LineWidthOffset(const unsigned32 i) { *((unsigned32 *)this) = i; } LineWidthOffset& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } LineWidthOffset& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } LineWidthOffset& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xff<<0)); }#endif /* __cplusplus */
};
struct AALineWidth {#if BIG_ENDIAN == 1
unsigned32 Width :32;#else
unsigned32 Width :32;#endif
#ifdef __cplusplus
AALineWidth(void) { } AALineWidth(const unsigned32 i) { *((unsigned32 *)this) = i; } AALineWidth& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } AALineWidth& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } AALineWidth& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xffffffff<<0)); }#endif /* __cplusplus */
};
struct TriangleMode {#if BIG_ENDIAN == 1
unsigned32 :29; unsigned32 UseTrianglePacketInterface :1; unsigned32 AntialiasQuality :1; unsigned32 AntialiasEnable :1;#else
unsigned32 AntialiasEnable :1; unsigned32 AntialiasQuality :1; unsigned32 UseTrianglePacketInterface :1; unsigned32 :29;#endif
#ifdef __cplusplus
TriangleMode(void) { } TriangleMode(const unsigned32 i) { *((unsigned32 *)this) = i; } TriangleMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } TriangleMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } TriangleMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct Rectangle2DMode {#if BIG_ENDIAN == 1
unsigned32 VerticalDirection :1; unsigned32 HorizontalDirection :1; unsigned32 SpanOperation :1; unsigned32 FogEnable :1; unsigned32 TextureEnable :1; unsigned32 SyncOnHostData :1; unsigned32 SyncOnBitmask :1; unsigned32 AreaStippleEnable :1; unsigned32 Height :12; unsigned32 Width :12;#else
unsigned32 Width :12; unsigned32 Height :12; unsigned32 AreaStippleEnable :1; unsigned32 SyncOnBitmask :1; unsigned32 SyncOnHostData :1; unsigned32 TextureEnable :1; unsigned32 FogEnable :1; unsigned32 SpanOperation :1; unsigned32 HorizontalDirection :1; unsigned32 VerticalDirection :1;#endif
#ifdef __cplusplus
Rectangle2DMode(void) { } Rectangle2DMode(const unsigned32 i) { *((unsigned32 *)this) = i; } Rectangle2DMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } Rectangle2DMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } Rectangle2DMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<31|0x1<<30|0x1<<29|0x1<<28|0x1<<27|0x1<<26|0x1<<25|0x1<<24|0xfff<<12|0xfff<<0)); }#endif /* __cplusplus */
};
struct Rectangle2DControl {#if BIG_ENDIAN == 1
unsigned32 :31; unsigned32 WindowClipping :1;#else
unsigned32 WindowClipping :1; unsigned32 :31;#endif
#ifdef __cplusplus
Rectangle2DControl(void) { } Rectangle2DControl(const unsigned32 i) { *((unsigned32 *)this) = i; } Rectangle2DControl& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } Rectangle2DControl& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } Rectangle2DControl& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<0)); }#endif /* __cplusplus */
};
struct VertexMachineMode {#if BIG_ENDIAN == 1
unsigned32 :29; unsigned32 D3DProvokingVertex :1; unsigned32 ObjectIDPerPrimitive :1; unsigned32 ObjectTagEnable :1;#else
unsigned32 ObjectTagEnable :1; unsigned32 ObjectIDPerPrimitive :1; unsigned32 D3DProvokingVertex :1; unsigned32 :29;#endif
#ifdef __cplusplus
VertexMachineMode(void) { } VertexMachineMode(const unsigned32 i) { *((unsigned32 *)this) = i; } VertexMachineMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } VertexMachineMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } VertexMachineMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct TransformMode {#if BIG_ENDIAN == 1
unsigned32 :14; unsigned32 BlendVertex :1; unsigned32 TexGenQ :1; unsigned32 TexGenR :1; unsigned32 TexGenT :1; unsigned32 TexGenS :1; unsigned32 TexGenModeQ :2; unsigned32 TexGenModeR :2; unsigned32 TexGenModeT :2; unsigned32 TexGenModeS :2; unsigned32 TransformTexture :1; unsigned32 TransformFaceNormal :1; unsigned32 TransformNormal :1; unsigned32 UseModelViewProjectionMatrix :1; unsigned32 UseModelViewMatrix :1;#else
unsigned32 UseModelViewMatrix :1; unsigned32 UseModelViewProjectionMatrix :1; unsigned32 TransformNormal :1; unsigned32 TransformFaceNormal :1; unsigned32 TransformTexture :1; unsigned32 TexGenModeS :2; unsigned32 TexGenModeT :2; unsigned32 TexGenModeR :2; unsigned32 TexGenModeQ :2; unsigned32 TexGenS :1; unsigned32 TexGenT :1; unsigned32 TexGenR :1; unsigned32 TexGenQ :1; unsigned32 BlendVertex :1; unsigned32 :14;#endif
#ifdef __cplusplus
TransformMode(void) { } TransformMode(const unsigned32 i) { *((unsigned32 *)this) = i; } TransformMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } TransformMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } TransformMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<17|0x1<<16|0x1<<15|0x1<<14|0x1<<13|0x3<<11|0x3<<9|0x3<<7|0x3<<5|0x1<<4|0x1<<3|0x1<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct GeometryMode {#if BIG_ENDIAN == 1
unsigned32 InvertFaceNormalCullDirection :1; unsigned32 PolygonOffsetFill :1; unsigned32 PolygonOffsetLine :1; unsigned32 PolygonOffsetPoint :1; unsigned32 UserClipMask :6; unsigned32 FlatShading :1; unsigned32 AutoGenerateFaceNormal :1; unsigned32 CullUsingFaceNormal :1; unsigned32 FeedbackType :3; unsigned32 RenderMode :2; unsigned32 ClipSmallTriangles :1; unsigned32 ClipShortLines :1; unsigned32 PolygonCullFace :2; unsigned32 PolygonCull :1; unsigned32 FrontFaceDirection :1; unsigned32 BackPolyMode :2; unsigned32 FrontPolyMode :2; unsigned32 FogFunction :2; unsigned32 FogEnable :1; unsigned32 TextureEnable :1;#else
unsigned32 TextureEnable :1; unsigned32 FogEnable :1; unsigned32 FogFunction :2; unsigned32 FrontPolyMode :2; unsigned32 BackPolyMode :2; unsigned32 FrontFaceDirection :1; unsigned32 PolygonCull :1; unsigned32 PolygonCullFace :2; unsigned32 ClipShortLines :1; unsigned32 ClipSmallTriangles :1; unsigned32 RenderMode :2; unsigned32 FeedbackType :3; unsigned32 CullUsingFaceNormal :1; unsigned32 AutoGenerateFaceNormal :1; unsigned32 FlatShading :1; unsigned32 UserClipMask :6; unsigned32 PolygonOffsetPoint :1; unsigned32 PolygonOffsetLine :1; unsigned32 PolygonOffsetFill :1; unsigned32 InvertFaceNormalCullDirection :1;#endif
#ifdef __cplusplus
GeometryMode(void) { } GeometryMode(const unsigned32 i) { *((unsigned32 *)this) = i; } GeometryMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } GeometryMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } GeometryMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<31|0x1<<30|0x1<<29|0x1<<28|0x3f<<22|0x1<<21|0x1<<20|0x1<<19|0x7<<16|0x3<<14|0x1<<13|0x1<<12|0x3<<10|0x1<<9|0x1<<8|0x3<<6|0x3<<4|0x3<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct Gamma3GeometryMode {#if BIG_ENDIAN == 1
unsigned32 InvertFaceNormalCullDirection :1; unsigned32 PolygonOffsetFill :1; unsigned32 PolygonOffsetLine :1; unsigned32 PolygonOffsetPoint :1; unsigned32 UserClipMask :6; unsigned32 FlatShading :1; unsigned32 DisableFustumCulling :1; unsigned32 CullUsingFaceNormal :1; unsigned32 FeedbackType :3; unsigned32 RenderMode :2; unsigned32 ClipSmallTriangles :1; unsigned32 ClipShortLines :1; unsigned32 PolygonCullFace :2; unsigned32 PolygonCull :1; unsigned32 FrontFaceDirection :1; unsigned32 BackPolyMode :2; unsigned32 FrontPolyMode :2; unsigned32 OrthographicProjection :1; unsigned32 UserInvW :1; unsigned32 :1; unsigned32 SendInvW :1;#else
unsigned32 SendInvW :1; unsigned32 :1; unsigned32 UserInvW :1; unsigned32 OrthographicProjection :1; unsigned32 FrontPolyMode :2; unsigned32 BackPolyMode :2; unsigned32 FrontFaceDirection :1; unsigned32 PolygonCull :1; unsigned32 PolygonCullFace :2; unsigned32 ClipShortLines :1; unsigned32 ClipSmallTriangles :1; unsigned32 RenderMode :2; unsigned32 FeedbackType :3; unsigned32 CullUsingFaceNormal :1; unsigned32 DisableFustumCulling :1; unsigned32 FlatShading :1; unsigned32 UserClipMask :6; unsigned32 PolygonOffsetPoint :1; unsigned32 PolygonOffsetLine :1; unsigned32 PolygonOffsetFill :1; unsigned32 InvertFaceNormalCullDirection :1;#endif
#ifdef __cplusplus
Gamma3GeometryMode(void) { } Gamma3GeometryMode(const unsigned32 i) { *((unsigned32 *)this) = i; } Gamma3GeometryMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } Gamma3GeometryMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } Gamma3GeometryMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<31|0x1<<30|0x1<<29|0x1<<28|0x3f<<22|0x1<<21|0x1<<20|0x1<<19|0x7<<16|0x3<<14|0x1<<13|0x1<<12|0x3<<10|0x1<<9|0x1<<8|0x3<<6|0x3<<4|0x1<<3|0x1<<2|0x1<<0)); }#endif /* __cplusplus */
};
struct NormaliseMode {#if BIG_ENDIAN == 1
unsigned32 :25; unsigned32 BlendNormal :1; unsigned32 NormaliseSpotDirection :1; unsigned32 NormaliseLightPosition :1; unsigned32 AntialiasLine :1; unsigned32 InvertAutoFaceNormal :1; unsigned32 FaceNormalEnable :1; unsigned32 NormalEnable :1;#else
unsigned32 NormalEnable :1; unsigned32 FaceNormalEnable :1; unsigned32 InvertAutoFaceNormal :1; unsigned32 AntialiasLine :1; unsigned32 NormaliseLightPosition :1; unsigned32 NormaliseSpotDirection :1; unsigned32 BlendNormal :1; unsigned32 :25;#endif
#ifdef __cplusplus
NormaliseMode(void) { } NormaliseMode(const unsigned32 i) { *((unsigned32 *)this) = i; } NormaliseMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } NormaliseMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } NormaliseMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<6|0x1<<5|0x1<<4|0x1<<3|0x1<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct LightingMode {#if BIG_ENDIAN == 1
unsigned32 :14; unsigned32 D3DEyeDirection :1; unsigned32 UseFaceNormal :1; unsigned32 SpecularLightingEnable :1; unsigned32 NumberLights :9; unsigned32 AttenuationTest :1; unsigned32 FlipNormal :1; unsigned32 LocalViewer :1; unsigned32 TwoSidedLighting :2; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 TwoSidedLighting :2; unsigned32 LocalViewer :1; unsigned32 FlipNormal :1; unsigned32 AttenuationTest :1; unsigned32 NumberLights :9; unsigned32 SpecularLightingEnable :1; unsigned32 UseFaceNormal :1; unsigned32 D3DEyeDirection :1; unsigned32 :14;#endif
#ifdef __cplusplus
LightingMode(void) { } LightingMode(const unsigned32 i) { *((unsigned32 *)this) = i; } LightingMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } LightingMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } LightingMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<17|0x1<<16|0x1<<15|0x1ff<<6|0x1<<5|0x1<<4|0x1<<3|0x3<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct ColorMaterialMode {#if BIG_ENDIAN == 1
unsigned32 :6; unsigned32 BackAlphaSource :2; unsigned32 BackSpecularSource :2; unsigned32 BackDiffuseSource :2; unsigned32 BackAmbientSource :2; unsigned32 BackEmissiveSource :2; unsigned32 FrontAlphaSource :2; unsigned32 FrontSpecularSource :2; unsigned32 FrontDiffuseSource :2; unsigned32 FrontAmbientSource :2; unsigned32 FrontEmissiveSource :2; unsigned32 Parameter :3; unsigned32 Face :2; unsigned32 ColorMaterialEnable :1;#else
unsigned32 ColorMaterialEnable :1; unsigned32 Face :2; unsigned32 Parameter :3; unsigned32 FrontEmissiveSource :2; unsigned32 FrontAmbientSource :2; unsigned32 FrontDiffuseSource :2; unsigned32 FrontSpecularSource :2; unsigned32 FrontAlphaSource :2; unsigned32 BackEmissiveSource :2; unsigned32 BackAmbientSource :2; unsigned32 BackDiffuseSource :2; unsigned32 BackSpecularSource :2; unsigned32 BackAlphaSource :2; unsigned32 :6;#endif
#ifdef __cplusplus
ColorMaterialMode(void) { } ColorMaterialMode(const unsigned32 i) { *((unsigned32 *)this) = i; } ColorMaterialMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } ColorMaterialMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } ColorMaterialMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x3<<24|0x3<<22|0x3<<20|0x3<<18|0x3<<16|0x3<<14|0x3<<12|0x3<<10|0x3<<8|0x3<<6|0x7<<3|0x3<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct MaterialMode {#if BIG_ENDIAN == 1
unsigned32 :9; unsigned32 ColorDisable :1; unsigned32 AlphaSource :2; unsigned32 SpecularTextureSource :2; unsigned32 DiffuseTextureSource :2; unsigned32 ColorSource2Bit :2; unsigned32 SendColorC :1; unsigned32 SendColorB :1; unsigned32 SendColorA :1; unsigned32 SendNormal :1; unsigned32 SpecularColor :1; unsigned32 TwoSidedLighting :2; unsigned32 ColorSource :1; unsigned32 PremultiplyAlpha :1; unsigned32 MonochromeSpecularTexture :1; unsigned32 MonochromeDiffuseTexture :1; unsigned32 SpecularTextureEnable :1; unsigned32 DiffuseTextureEnable :1; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 DiffuseTextureEnable :1; unsigned32 SpecularTextureEnable :1; unsigned32 MonochromeDiffuseTexture :1; unsigned32 MonochromeSpecularTexture :1; unsigned32 PremultiplyAlpha :1; unsigned32 ColorSource :1; unsigned32 TwoSidedLighting :2; unsigned32 SpecularColor :1; unsigned32 SendNormal :1; unsigned32 SendColorA :1; unsigned32 SendColorB :1; unsigned32 SendColorC :1; unsigned32 ColorSource2Bit :2; unsigned32 DiffuseTextureSource :2; unsigned32 SpecularTextureSource :2; unsigned32 AlphaSource :2; unsigned32 ColorDisable :1; unsigned32 :9;#endif
#ifdef __cplusplus
MaterialMode(void) { } MaterialMode(const unsigned32 i) { *((unsigned32 *)this) = i; } MaterialMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } MaterialMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } MaterialMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<22|0x3<<20|0x3<<18|0x3<<16|0x3<<14|0x1<<13|0x1<<12|0x1<<11|0x1<<10|0x1<<9|0x3<<7|0x1<<6|0x1<<5|0x1<<4|0x1<<3|0x1<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct FogVertexMode {#if BIG_ENDIAN == 1
unsigned32 :26; unsigned32 Source :2; unsigned32 Function :2; unsigned32 :1; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 :1; unsigned32 Function :2; unsigned32 Source :2; unsigned32 :26;#endif
#ifdef __cplusplus
FogVertexMode(void) { } FogVertexMode(const unsigned32 i) { *((unsigned32 *)this) = i; } FogVertexMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } FogVertexMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } FogVertexMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x3<<4|0x3<<2|0x1<<0)); }#endif /* __cplusplus */
};
struct TextureMode {#if BIG_ENDIAN == 1
unsigned32 :3; unsigned32 UserInvW :1; unsigned32 R4D3DWrappingT :1; unsigned32 R4D3DWrappingS :1; unsigned32 R4Operation :2; unsigned32 FeedbackEnable :1; unsigned32 WhichMatrix :3; unsigned32 WhichTexGen :3; unsigned32 WhichCurrentTextureCoord :3; unsigned32 TexGenQ :1; unsigned32 TexGenR :1; unsigned32 TexGenT :1; unsigned32 TexGenS :1; unsigned32 TexGenModeQ :2; unsigned32 TexGenModeR :2; unsigned32 TexGenModeT :2; unsigned32 TexGenModeS :2; unsigned32 TransformEnable :1; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 TransformEnable :1; unsigned32 TexGenModeS :2; unsigned32 TexGenModeT :2; unsigned32 TexGenModeR :2; unsigned32 TexGenModeQ :2; unsigned32 TexGenS :1; unsigned32 TexGenT :1; unsigned32 TexGenR :1; unsigned32 TexGenQ :1; unsigned32 WhichCurrentTextureCoord :3; unsigned32 WhichTexGen :3; unsigned32 WhichMatrix :3; unsigned32 FeedbackEnable :1; unsigned32 R4Operation :2; unsigned32 R4D3DWrappingS :1; unsigned32 R4D3DWrappingT :1; unsigned32 UserInvW :1; unsigned32 :3;#endif
#ifdef __cplusplus
TextureMode(void) { } TextureMode(const unsigned32 i) { *((unsigned32 *)this) = i; } TextureMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } TextureMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } TextureMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<28|0x1<<27|0x1<<26|0x3<<24|0x1<<23|0x7<<20|0x7<<17|0x7<<14|0x1<<13|0x1<<12|0x1<<11|0x1<<10|0x3<<8|0x3<<6|0x3<<4|0x3<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct StripeFilterMode {#if BIG_ENDIAN == 1
unsigned32 :13; unsigned32 NumberRasterisers :2; unsigned32 StripeHeight :3; unsigned32 BiasCoordinates :1; unsigned32 RejectZeroHeightTriangles :1; unsigned32 AATriangleQuality :1; unsigned32 AATriangleEnable :1; unsigned32 FilterAATriangles :1; unsigned32 FilterTriangles :1; unsigned32 AALineQuality :1; unsigned32 AALineEnable :1; unsigned32 FilterAALines :1; unsigned32 FilterLines :1; unsigned32 AAPointQuality :1; unsigned32 AAPointEnable :1; unsigned32 FilterAAPoints :1; unsigned32 FilterPoints :1;#else
unsigned32 FilterPoints :1; unsigned32 FilterAAPoints :1; unsigned32 AAPointEnable :1; unsigned32 AAPointQuality :1; unsigned32 FilterLines :1; unsigned32 FilterAALines :1; unsigned32 AALineEnable :1; unsigned32 AALineQuality :1; unsigned32 FilterTriangles :1; unsigned32 FilterAATriangles :1; unsigned32 AATriangleEnable :1; unsigned32 AATriangleQuality :1; unsigned32 RejectZeroHeightTriangles :1; unsigned32 BiasCoordinates :1; unsigned32 StripeHeight :3; unsigned32 NumberRasterisers :2; unsigned32 :13;#endif
#ifdef __cplusplus
StripeFilterMode(void) { } StripeFilterMode(const unsigned32 i) { *((unsigned32 *)this) = i; } StripeFilterMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } StripeFilterMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } StripeFilterMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x3<<17|0x7<<14|0x1<<13|0x1<<12|0x1<<11|0x1<<10|0x1<<9|0x1<<8|0x1<<7|0x1<<6|0x1<<5|0x1<<4|0x1<<3|0x1<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct MatrixMode {#if BIG_ENDIAN == 1
unsigned32 :23; unsigned32 BoundingVolumeTestEnable :1; unsigned32 ColorOrder :1; unsigned32 BoundingBoxTestEnable :1; unsigned32 TransformSpotLightDirection :1; unsigned32 TransformLightPosition :1; unsigned32 TransformUserClip :1; unsigned32 CalculateModelViewProjMatrix :1; unsigned32 CalculateModelViewMatrix :1; unsigned32 SeparateModelViewMatrices :1;#else
unsigned32 SeparateModelViewMatrices :1; unsigned32 CalculateModelViewMatrix :1; unsigned32 CalculateModelViewProjMatrix :1; unsigned32 TransformUserClip :1; unsigned32 TransformLightPosition :1; unsigned32 TransformSpotLightDirection :1; unsigned32 BoundingBoxTestEnable :1; unsigned32 ColorOrder :1; unsigned32 BoundingVolumeTestEnable :1; unsigned32 :23;#endif
#ifdef __cplusplus
MatrixMode(void) { } MatrixMode(const unsigned32 i) { *((unsigned32 *)this) = i; } MatrixMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } MatrixMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } MatrixMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<8|0x1<<7|0x1<<6|0x1<<5|0x1<<4|0x1<<3|0x1<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct RenderMode {#if BIG_ENDIAN == 1
unsigned32 Type :4; unsigned32 FBSourceReadEnable :1; unsigned32 :7; unsigned32 FrontFacing :1; unsigned32 SpanOperation :1; unsigned32 RejectNegativeFace :1; unsigned32 SubpixelCorrectionEnable :1; unsigned32 CoverageEnable :1; unsigned32 FogEnable :1; unsigned32 TextureEnable :1; unsigned32 SyncOnHostData :1; unsigned32 SyncOnBitMask :1; unsigned32 UsePointTable :1; unsigned32 AntialiasingQuality :1; unsigned32 AntialiasEnable :1; unsigned32 PrimitiveType :2; unsigned32 :2; unsigned32 FastFillEnable :1; unsigned32 ResetLineStipple :1; unsigned32 LineStippleEnable :1; unsigned32 AreaStippleEnable :1;#else
unsigned32 AreaStippleEnable :1; unsigned32 LineStippleEnable :1; unsigned32 ResetLineStipple :1; unsigned32 FastFillEnable :1; unsigned32 :2; unsigned32 PrimitiveType :2; unsigned32 AntialiasEnable :1; unsigned32 AntialiasingQuality :1; unsigned32 UsePointTable :1; unsigned32 SyncOnBitMask :1; unsigned32 SyncOnHostData :1; unsigned32 TextureEnable :1; unsigned32 FogEnable :1; unsigned32 CoverageEnable :1; unsigned32 SubpixelCorrectionEnable :1; unsigned32 RejectNegativeFace :1; unsigned32 SpanOperation :1; unsigned32 FrontFacing :1; unsigned32 :7; unsigned32 FBSourceReadEnable :1; unsigned32 Type :4;#endif
#ifdef __cplusplus
RenderMode(void) { } RenderMode(const unsigned32 i) { *((unsigned32 *)this) = i; } RenderMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } RenderMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } RenderMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xf<<28|0x1<<27|0x1<<19|0x1<<18|0x1<<17|0x1<<16|0x1<<15|0x1<<14|0x1<<13|0x1<<12|0x1<<11|0x1<<10|0x1<<9|0x1<<8|0x3<<6|0x1<<3|0x1<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct EdgeFlag {#if BIG_ENDIAN == 1
unsigned32 :31; unsigned32 Flag :1;#else
unsigned32 Flag :1; unsigned32 :31;#endif
#ifdef __cplusplus
EdgeFlag(void) { } EdgeFlag(const unsigned32 i) { *((unsigned32 *)this) = i; } EdgeFlag& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } EdgeFlag& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } EdgeFlag& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<0)); }#endif /* __cplusplus */
};
struct TransformCurrent {#if BIG_ENDIAN == 1
unsigned32 :28; unsigned32 Color :1; unsigned32 Texture :1; unsigned32 FaceNormal :1; unsigned32 Normal :1;#else
unsigned32 Normal :1; unsigned32 FaceNormal :1; unsigned32 Texture :1; unsigned32 Color :1; unsigned32 :28;#endif
#ifdef __cplusplus
TransformCurrent(void) { } TransformCurrent(const unsigned32 i) { *((unsigned32 *)this) = i; } TransformCurrent& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } TransformCurrent& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } TransformCurrent& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<3|0x1<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct PushName {#if BIG_ENDIAN == 1
unsigned32 StackOverflow :1; unsigned32 StackUnderflow :1; unsigned32 InvalidOperation :1; unsigned32 :22; unsigned32 Count :7;#else
unsigned32 Count :7; unsigned32 :22; unsigned32 InvalidOperation :1; unsigned32 StackUnderflow :1; unsigned32 StackOverflow :1;#endif
#ifdef __cplusplus
PushName(void) { } PushName(const unsigned32 i) { *((unsigned32 *)this) = i; } PushName& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } PushName& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } PushName& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<31|0x1<<30|0x1<<29|0x7f<<0)); }#endif /* __cplusplus */
};
struct PopName {#if BIG_ENDIAN == 1
unsigned32 StackOverflow :1; unsigned32 StackUnderflow :1; unsigned32 InvalidOperation :1; unsigned32 :22; unsigned32 Count :7;#else
unsigned32 Count :7; unsigned32 :22; unsigned32 InvalidOperation :1; unsigned32 StackUnderflow :1; unsigned32 StackOverflow :1;#endif
#ifdef __cplusplus
PopName(void) { } PopName(const unsigned32 i) { *((unsigned32 *)this) = i; } PopName& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } PopName& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } PopName& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<31|0x1<<30|0x1<<29|0x7f<<0)); }#endif /* __cplusplus */
};
struct LoadName {#if BIG_ENDIAN == 1
unsigned32 StackOverflow :1; unsigned32 StackUnderflow :1; unsigned32 InvalidOperation :1; unsigned32 :22; unsigned32 Count :7;#else
unsigned32 Count :7; unsigned32 :22; unsigned32 InvalidOperation :1; unsigned32 StackUnderflow :1; unsigned32 StackOverflow :1;#endif
#ifdef __cplusplus
LoadName(void) { } LoadName(const unsigned32 i) { *((unsigned32 *)this) = i; } LoadName& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } LoadName& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } LoadName& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<31|0x1<<30|0x1<<29|0x7f<<0)); }#endif /* __cplusplus */
};
struct GeomPoint {#if BIG_ENDIAN == 1
unsigned32 :23; unsigned32 EdgeA :1; unsigned32 :6; unsigned32 A :2;#else
unsigned32 A :2; unsigned32 :6; unsigned32 EdgeA :1; unsigned32 :23;#endif
#ifdef __cplusplus
GeomPoint(void) { } GeomPoint(const unsigned32 i) { *((unsigned32 *)this) = i; } GeomPoint& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } GeomPoint& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } GeomPoint& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<8|0x3<<0)); }#endif /* __cplusplus */
};
struct GeomLine {#if BIG_ENDIAN == 1
unsigned32 :20; unsigned32 ResetLineStipple :1; unsigned32 :1; unsigned32 EdgeB :1; unsigned32 EdgeA :1; unsigned32 ProvokingVertex :2; unsigned32 :2; unsigned32 B :2; unsigned32 A :2;#else
unsigned32 A :2; unsigned32 B :2; unsigned32 :2; unsigned32 ProvokingVertex :2; unsigned32 EdgeA :1; unsigned32 EdgeB :1; unsigned32 :1; unsigned32 ResetLineStipple :1; unsigned32 :20;#endif
#ifdef __cplusplus
GeomLine(void) { } GeomLine(const unsigned32 i) { *((unsigned32 *)this) = i; } GeomLine& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } GeomLine& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } GeomLine& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<11|0x1<<9|0x1<<8|0x3<<6|0x3<<2|0x3<<0)); }#endif /* __cplusplus */
};
struct GeomTriangle {#if BIG_ENDIAN == 1
unsigned32 :14; unsigned32 FrontFacing :1; unsigned32 SubstituteEdgeC :1; unsigned32 SubstituteEdgeB :1; unsigned32 SubstituteEdgeA :1; unsigned32 Last :1; unsigned32 :1; unsigned32 ResetLineStipple :1; unsigned32 EdgeC :1; unsigned32 EdgeB :1; unsigned32 EdgeA :1; unsigned32 ProvokingVertex :2; unsigned32 C :2; unsigned32 B :2; unsigned32 A :2;#else
unsigned32 A :2; unsigned32 B :2; unsigned32 C :2; unsigned32 ProvokingVertex :2; unsigned32 EdgeA :1; unsigned32 EdgeB :1; unsigned32 EdgeC :1; unsigned32 ResetLineStipple :1; unsigned32 :1; unsigned32 Last :1; unsigned32 SubstituteEdgeA :1; unsigned32 SubstituteEdgeB :1; unsigned32 SubstituteEdgeC :1; unsigned32 FrontFacing :1; unsigned32 :14;#endif
#ifdef __cplusplus
GeomTriangle(void) { } GeomTriangle(const unsigned32 i) { *((unsigned32 *)this) = i; } GeomTriangle& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } GeomTriangle& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } GeomTriangle& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<17|0x1<<16|0x1<<15|0x1<<14|0x1<<13|0x1<<11|0x1<<10|0x1<<9|0x1<<8|0x3<<6|0x3<<4|0x3<<2|0x3<<0)); }#endif /* __cplusplus */
};
struct GeomRectangle {#if BIG_ENDIAN == 1
unsigned32 :28; unsigned32 SelectEnable :1; unsigned32 OffsetEnable :1; unsigned32 Type :2;#else
unsigned32 Type :2; unsigned32 OffsetEnable :1; unsigned32 SelectEnable :1; unsigned32 :28;#endif
#ifdef __cplusplus
GeomRectangle(void) { } GeomRectangle(const unsigned32 i) { *((unsigned32 *)this) = i; } GeomRectangle& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } GeomRectangle& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } GeomRectangle& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<3|0x1<<2|0x3<<0)); }#endif /* __cplusplus */
};
struct ClippedColor {#if BIG_ENDIAN == 1
unsigned32 :20; unsigned32 UseProvokingVertex :1; unsigned32 Destination :2; unsigned32 C :2; unsigned32 B :2; unsigned32 A :2; unsigned32 ProvokingVertex :2; unsigned32 FrontFacing :1;#else
unsigned32 FrontFacing :1; unsigned32 ProvokingVertex :2; unsigned32 A :2; unsigned32 B :2; unsigned32 C :2; unsigned32 Destination :2; unsigned32 UseProvokingVertex :1; unsigned32 :20;#endif
#ifdef __cplusplus
ClippedColor(void) { } ClippedColor(const unsigned32 i) { *((unsigned32 *)this) = i; } ClippedColor& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } ClippedColor& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } ClippedColor& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<11|0x3<<9|0x3<<7|0x3<<5|0x3<<3|0x3<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct RenderPrim {#if BIG_ENDIAN == 1
unsigned32 :21; unsigned32 UseProvokingVertex :1; unsigned32 FrontFacing :1; unsigned32 ResetLineStipple :1; unsigned32 ProvokingVertex :2; unsigned32 C :2; unsigned32 B :2; unsigned32 A :2;#else
unsigned32 A :2; unsigned32 B :2; unsigned32 C :2; unsigned32 ProvokingVertex :2; unsigned32 ResetLineStipple :1; unsigned32 FrontFacing :1; unsigned32 UseProvokingVertex :1; unsigned32 :21;#endif
#ifdef __cplusplus
RenderPrim(void) { } RenderPrim(const unsigned32 i) { *((unsigned32 *)this) = i; } RenderPrim& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } RenderPrim& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } RenderPrim& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<10|0x1<<9|0x1<<8|0x3<<6|0x3<<4|0x3<<2|0x3<<0)); }#endif /* __cplusplus */
};
struct PackedNormal {#if BIG_ENDIAN == 1
unsigned32 Code :2; unsigned32 Z :10; unsigned32 Y :10; unsigned32 X :10;#else
unsigned32 X :10; unsigned32 Y :10; unsigned32 Z :10; unsigned32 Code :2;#endif
#ifdef __cplusplus
PackedNormal(void) { } PackedNormal(const unsigned32 i) { *((unsigned32 *)this) = i; } PackedNormal& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } PackedNormal& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } PackedNormal& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x3<<30|0x3ff<<20|0x3ff<<10|0x3ff<<0)); }#endif /* __cplusplus */
};
struct LightMode {#if BIG_ENDIAN == 1
unsigned32 :28; unsigned32 LocalLight :1; unsigned32 Attenuation :1; unsigned32 Spotlight :1; unsigned32 LightOn :1;#else
unsigned32 LightOn :1; unsigned32 Spotlight :1; unsigned32 Attenuation :1; unsigned32 LocalLight :1; unsigned32 :28;#endif
#ifdef __cplusplus
LightMode(void) { } LightMode(const unsigned32 i) { *((unsigned32 *)this) = i; } LightMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } LightMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } LightMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<3|0x1<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct DMAAddr {#if BIG_ENDIAN == 1
unsigned32 Address :30; unsigned32 :2;#else
unsigned32 :2; unsigned32 Address :30;#endif
#ifdef __cplusplus
DMAAddr(void) { } DMAAddr(const unsigned32 i) { *((unsigned32 *)this) = i; } DMAAddr& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } DMAAddr& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } DMAAddr& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x3fffffff<<2)); }#endif /* __cplusplus */
};
struct CommandInterrupt {#if BIG_ENDIAN == 1
unsigned32 :31; unsigned32 OutputDMA :1;#else
unsigned32 OutputDMA :1; unsigned32 :31;#endif
#ifdef __cplusplus
CommandInterrupt(void) { } CommandInterrupt(const unsigned32 i) { *((unsigned32 *)this) = i; } CommandInterrupt& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } CommandInterrupt& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } CommandInterrupt& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<0)); }#endif /* __cplusplus */
};
struct DMARectangleRead {#if BIG_ENDIAN == 1
unsigned32 Alignment :2; unsigned32 :1; unsigned32 ByteSwap :2; unsigned32 PackOut :1; unsigned32 PixelSize :2; unsigned32 Height :12; unsigned32 Width :12;#else
unsigned32 Width :12; unsigned32 Height :12; unsigned32 PixelSize :2; unsigned32 PackOut :1; unsigned32 ByteSwap :2; unsigned32 :1; unsigned32 Alignment :2;#endif
#ifdef __cplusplus
DMARectangleRead(void) { } DMARectangleRead(const unsigned32 i) { *((unsigned32 *)this) = i; } DMARectangleRead& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } DMARectangleRead& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } DMARectangleRead& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x3<<30|0x3<<27|0x1<<26|0x3<<24|0xfff<<12|0xfff<<0)); }#endif /* __cplusplus */
};
struct DMARectangleReadLinePitch {#if BIG_ENDIAN == 1
unsigned32 LinePitch :32;#else
unsigned32 LinePitch :32;#endif
#ifdef __cplusplus
DMARectangleReadLinePitch(void) { } DMARectangleReadLinePitch(const unsigned32 i) { *((unsigned32 *)this) = i; } DMARectangleReadLinePitch& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } DMARectangleReadLinePitch& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } DMARectangleReadLinePitch& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xffffffff<<0)); }#endif /* __cplusplus */
};
struct DMARectangleReadTarget {#if BIG_ENDIAN == 1
unsigned32 :21; unsigned32 Tag :11;#else
unsigned32 Tag :11; unsigned32 :21;#endif
#ifdef __cplusplus
DMARectangleReadTarget(void) { } DMARectangleReadTarget(const unsigned32 i) { *((unsigned32 *)this) = i; } DMARectangleReadTarget& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } DMARectangleReadTarget& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } DMARectangleReadTarget& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x7ff<<0)); }#endif /* __cplusplus */
};
struct DMARectangleWrite {#if BIG_ENDIAN == 1
unsigned32 Alignment :2; unsigned32 :1; unsigned32 ByteSwap :2; unsigned32 PackOut :1; unsigned32 PixelSize :2; unsigned32 Height :12; unsigned32 Width :12;#else
unsigned32 Width :12; unsigned32 Height :12; unsigned32 PixelSize :2; unsigned32 PackOut :1; unsigned32 ByteSwap :2; unsigned32 :1; unsigned32 Alignment :2;#endif
#ifdef __cplusplus
DMARectangleWrite(void) { } DMARectangleWrite(const unsigned32 i) { *((unsigned32 *)this) = i; } DMARectangleWrite& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } DMARectangleWrite& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } DMARectangleWrite& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x3<<30|0x3<<27|0x1<<26|0x3<<24|0xfff<<12|0xfff<<0)); }#endif /* __cplusplus */
};
struct DMARectangleWriteLinePitch {#if BIG_ENDIAN == 1
unsigned32 LinePitch :32;#else
unsigned32 LinePitch :32;#endif
#ifdef __cplusplus
DMARectangleWriteLinePitch(void) { } DMARectangleWriteLinePitch(const unsigned32 i) { *((unsigned32 *)this) = i; } DMARectangleWriteLinePitch& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } DMARectangleWriteLinePitch& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } DMARectangleWriteLinePitch& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xffffffff<<0)); }#endif /* __cplusplus */
};
struct DMAOutputAddress {#if BIG_ENDIAN == 1
unsigned32 Address :30; unsigned32 :2;#else
unsigned32 :2; unsigned32 Address :30;#endif
#ifdef __cplusplus
DMAOutputAddress(void) { } DMAOutputAddress(const unsigned32 i) { *((unsigned32 *)this) = i; } DMAOutputAddress& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } DMAOutputAddress& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } DMAOutputAddress& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x3fffffff<<2)); }#endif /* __cplusplus */
};
struct VertexArray {#if BIG_ENDIAN == 1
unsigned32 :18; unsigned32 OpenGLProvokingVertex :1; unsigned32 D3DTriangleEdgeFlags :1; unsigned32 InlineFaceNormalData :1; unsigned32 InlineVertexData :1; unsigned32 InlineIndices :1; unsigned32 FaceNormalPresent :1; unsigned32 EdgeFlagPresent :1; unsigned32 TextureFormat :2; unsigned32 ColorFormat :2; unsigned32 NormalPresent :1; unsigned32 CoordinateFormat :2;#else
unsigned32 CoordinateFormat :2; unsigned32 NormalPresent :1; unsigned32 ColorFormat :2; unsigned32 TextureFormat :2; unsigned32 EdgeFlagPresent :1; unsigned32 FaceNormalPresent :1; unsigned32 InlineIndices :1; unsigned32 InlineVertexData :1; unsigned32 InlineFaceNormalData :1; unsigned32 D3DTriangleEdgeFlags :1; unsigned32 OpenGLProvokingVertex :1; unsigned32 :18;#endif
#ifdef __cplusplus
VertexArray(void) { } VertexArray(const unsigned32 i) { *((unsigned32 *)this) = i; } VertexArray& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } VertexArray& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } VertexArray& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<13|0x1<<12|0x1<<11|0x1<<10|0x1<<9|0x1<<8|0x1<<7|0x3<<5|0x3<<3|0x1<<2|0x3<<0)); }#endif /* __cplusplus */
};
struct FBDestReadBufferWidth {#if BIG_ENDIAN == 1
unsigned32 :20; unsigned32 Width :12;#else
unsigned32 Width :12; unsigned32 :20;#endif
#ifdef __cplusplus
FBDestReadBufferWidth(void) { } FBDestReadBufferWidth(const unsigned32 i) { *((unsigned32 *)this) = i; } FBDestReadBufferWidth& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } FBDestReadBufferWidth& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } FBDestReadBufferWidth& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xfff<<0)); }#endif /* __cplusplus */
};
struct FBDestReadMode {#if BIG_ENDIAN == 1
unsigned32 :4; unsigned32 AlphaFiltering :1; unsigned32 UseReadEnables :1; unsigned32 PCIMappingEnable :1; unsigned32 Blocking :1; unsigned32 Origin3 :1; unsigned32 Origin2 :1; unsigned32 Origin1 :1; unsigned32 Origin0 :1; unsigned32 Layout3 :2; unsigned32 Layout2 :2; unsigned32 Layout1 :2; unsigned32 Layout0 :2; unsigned32 Enable3 :1; unsigned32 Enable2 :1; unsigned32 Enable1 :1; unsigned32 Enable0 :1; unsigned32 StripeHeight :3; unsigned32 StripePitch :3; unsigned32 PrefetchEnable :1; unsigned32 ReadEnable :1;#else
unsigned32 ReadEnable :1; unsigned32 PrefetchEnable :1; unsigned32 StripePitch :3; unsigned32 StripeHeight :3; unsigned32 Enable0 :1; unsigned32 Enable1 :1; unsigned32 Enable2 :1; unsigned32 Enable3 :1; unsigned32 Layout0 :2; unsigned32 Layout1 :2; unsigned32 Layout2 :2; unsigned32 Layout3 :2; unsigned32 Origin0 :1; unsigned32 Origin1 :1; unsigned32 Origin2 :1; unsigned32 Origin3 :1; unsigned32 Blocking :1; unsigned32 PCIMappingEnable :1; unsigned32 UseReadEnables :1; unsigned32 AlphaFiltering :1; unsigned32 :4;#endif
#ifdef __cplusplus
FBDestReadMode(void) { } FBDestReadMode(const unsigned32 i) { *((unsigned32 *)this) = i; } FBDestReadMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } FBDestReadMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } FBDestReadMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<27|0x1<<26|0x1<<25|0x1<<24|0x1<<23|0x1<<22|0x1<<21|0x1<<20|0x3<<18|0x3<<16|0x3<<14|0x3<<12|0x1<<11|0x1<<10|0x1<<9|0x1<<8|0x7<<5|0x7<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct FBDestReadEnables {#if BIG_ENDIAN == 1
unsigned32 ReferenceAlpha :8; unsigned32 :8; unsigned32 R7 :1; unsigned32 R6 :1; unsigned32 R5 :1; unsigned32 R4 :1; unsigned32 R3 :1; unsigned32 R2 :1; unsigned32 R1 :1; unsigned32 R0 :1; unsigned32 E7 :1; unsigned32 E6 :1; unsigned32 E5 :1; unsigned32 E4 :1; unsigned32 E3 :1; unsigned32 E2 :1; unsigned32 E1 :1; unsigned32 E0 :1;#else
unsigned32 E0 :1; unsigned32 E1 :1; unsigned32 E2 :1; unsigned32 E3 :1; unsigned32 E4 :1; unsigned32 E5 :1; unsigned32 E6 :1; unsigned32 E7 :1; unsigned32 R0 :1; unsigned32 R1 :1; unsigned32 R2 :1; unsigned32 R3 :1; unsigned32 R4 :1; unsigned32 R5 :1; unsigned32 R6 :1; unsigned32 R7 :1; unsigned32 :8; unsigned32 ReferenceAlpha :8;#endif
#ifdef __cplusplus
FBDestReadEnables(void) { } FBDestReadEnables(const unsigned32 i) { *((unsigned32 *)this) = i; } FBDestReadEnables& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } FBDestReadEnables& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } FBDestReadEnables& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xff<<24|0x1<<15|0x1<<14|0x1<<13|0x1<<12|0x1<<11|0x1<<10|0x1<<9|0x1<<8|0x1<<7|0x1<<6|0x1<<5|0x1<<4|0x1<<3|0x1<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct FBSourceReadMode {#if BIG_ENDIAN == 1
unsigned32 :7; unsigned32 ExternalSourceData :1; unsigned32 WrapY :4; unsigned32 WrapX :4; unsigned32 WrapYEnable :1; unsigned32 WrapXEnable :1; unsigned32 UseTexelCoord :1; unsigned32 PCIMappingEnable :1; unsigned32 Blocking :1; unsigned32 Origin :1; unsigned32 Layout :2; unsigned32 StripeHeight :3; unsigned32 StripePitch :3; unsigned32 PrefetchEnable :1; unsigned32 ReadEnable :1;#else
unsigned32 ReadEnable :1; unsigned32 PrefetchEnable :1; unsigned32 StripePitch :3; unsigned32 StripeHeight :3; unsigned32 Layout :2; unsigned32 Origin :1; unsigned32 Blocking :1; unsigned32 PCIMappingEnable :1; unsigned32 UseTexelCoord :1; unsigned32 WrapXEnable :1; unsigned32 WrapYEnable :1; unsigned32 WrapX :4; unsigned32 WrapY :4; unsigned32 ExternalSourceData :1; unsigned32 :7;#endif
#ifdef __cplusplus
FBSourceReadMode(void) { } FBSourceReadMode(const unsigned32 i) { *((unsigned32 *)this) = i; } FBSourceReadMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } FBSourceReadMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } FBSourceReadMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<24|0xf<<20|0xf<<16|0x1<<15|0x1<<14|0x1<<13|0x1<<12|0x1<<11|0x1<<10|0x3<<8|0x7<<5|0x7<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct FBSourceReadBufferWidth {#if BIG_ENDIAN == 1
unsigned32 :20; unsigned32 Width :12;#else
unsigned32 Width :12; unsigned32 :20;#endif
#ifdef __cplusplus
FBSourceReadBufferWidth(void) { } FBSourceReadBufferWidth(const unsigned32 i) { *((unsigned32 *)this) = i; } FBSourceReadBufferWidth& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } FBSourceReadBufferWidth& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } FBSourceReadBufferWidth& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xfff<<0)); }#endif /* __cplusplus */
};
struct MergeSpanDataLower {#if BIG_ENDIAN == 1
unsigned32 :1; unsigned32 Addr :5; unsigned32 Buffer :3; unsigned32 Load :1; unsigned32 PostDest :3; unsigned32 PostLength :4; unsigned32 PostStart :4; unsigned32 PreDest :3; unsigned32 PreLength :4; unsigned32 PreStart :4;#else
unsigned32 PreStart :4; unsigned32 PreLength :4; unsigned32 PreDest :3; unsigned32 PostStart :4; unsigned32 PostLength :4; unsigned32 PostDest :3; unsigned32 Load :1; unsigned32 Buffer :3; unsigned32 Addr :5; unsigned32 :1;#endif
#ifdef __cplusplus
MergeSpanDataLower(void) { } MergeSpanDataLower(const unsigned32 i) { *((unsigned32 *)this) = i; } MergeSpanDataLower& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } MergeSpanDataLower& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } MergeSpanDataLower& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1f<<26|0x7<<23|0x1<<22|0x7<<19|0xf<<15|0xf<<11|0x7<<8|0xf<<4|0xf<<0)); }#endif /* __cplusplus */
};
struct MergeSpanDataUpper {#if BIG_ENDIAN == 1
unsigned32 :29; unsigned32 Operation :3;#else
unsigned32 Operation :3; unsigned32 :29;#endif
#ifdef __cplusplus
MergeSpanDataUpper(void) { } MergeSpanDataUpper(const unsigned32 i) { *((unsigned32 *)this) = i; } MergeSpanDataUpper& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } MergeSpanDataUpper& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } MergeSpanDataUpper& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x7<<0)); }#endif /* __cplusplus */
};
struct AlphaBlendColorMode {#if BIG_ENDIAN == 1
unsigned32 :7; unsigned32 SwapSD :1; unsigned32 Operation :4; unsigned32 ConstantDest :1; unsigned32 ConstantSource :1; unsigned32 ColorConversion :1; unsigned32 ColorOrder :1; unsigned32 ColorFormat :4; unsigned32 InvertDest :1; unsigned32 InvertSource :1; unsigned32 DestTimesTwo :1; unsigned32 SourceTimesTwo :1; unsigned32 DestBlend :3; unsigned32 SourceBlend :4; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 SourceBlend :4; unsigned32 DestBlend :3; unsigned32 SourceTimesTwo :1; unsigned32 DestTimesTwo :1; unsigned32 InvertSource :1; unsigned32 InvertDest :1; unsigned32 ColorFormat :4; unsigned32 ColorOrder :1; unsigned32 ColorConversion :1; unsigned32 ConstantSource :1; unsigned32 ConstantDest :1; unsigned32 Operation :4; unsigned32 SwapSD :1; unsigned32 :7;#endif
#ifdef __cplusplus
AlphaBlendColorMode(void) { } AlphaBlendColorMode(const unsigned32 i) { *((unsigned32 *)this) = i; } AlphaBlendColorMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } AlphaBlendColorMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } AlphaBlendColorMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<24|0xf<<20|0x1<<19|0x1<<18|0x1<<17|0x1<<16|0xf<<12|0x1<<11|0x1<<10|0x1<<9|0x1<<8|0x7<<5|0xf<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct AlphaBlendAlphaMode {#if BIG_ENDIAN == 1
unsigned32 :12; unsigned32 Operation :3; unsigned32 ConstantDest :1; unsigned32 ConstantSource :1; unsigned32 AlphaConversion :1; unsigned32 AlphaType :1; unsigned32 NoAlphaBuffer :1; unsigned32 InvertDest :1; unsigned32 InvertSource :1; unsigned32 DestTimesTwo :1; unsigned32 SourceTimesTwo :1; unsigned32 DestBlend :3; unsigned32 SourceBlend :4; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 SourceBlend :4; unsigned32 DestBlend :3; unsigned32 SourceTimesTwo :1; unsigned32 DestTimesTwo :1; unsigned32 InvertSource :1; unsigned32 InvertDest :1; unsigned32 NoAlphaBuffer :1; unsigned32 AlphaType :1; unsigned32 AlphaConversion :1; unsigned32 ConstantSource :1; unsigned32 ConstantDest :1; unsigned32 Operation :3; unsigned32 :12;#endif
#ifdef __cplusplus
AlphaBlendAlphaMode(void) { } AlphaBlendAlphaMode(const unsigned32 i) { *((unsigned32 *)this) = i; } AlphaBlendAlphaMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } AlphaBlendAlphaMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } AlphaBlendAlphaMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x7<<17|0x1<<16|0x1<<15|0x1<<14|0x1<<13|0x1<<12|0x1<<11|0x1<<10|0x1<<9|0x1<<8|0x7<<5|0xf<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct FBWriteBufferWidth {#if BIG_ENDIAN == 1
unsigned32 :20; unsigned32 Width :12;#else
unsigned32 Width :12; unsigned32 :20;#endif
#ifdef __cplusplus
FBWriteBufferWidth(void) { } FBWriteBufferWidth(const unsigned32 i) { *((unsigned32 *)this) = i; } FBWriteBufferWidth& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } FBWriteBufferWidth& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } FBWriteBufferWidth& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xfff<<0)); }#endif /* __cplusplus */
};
struct TextureCompositeMode {#if BIG_ENDIAN == 1
unsigned32 :31; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 :31;#endif
#ifdef __cplusplus
TextureCompositeMode(void) { } TextureCompositeMode(const unsigned32 i) { *((unsigned32 *)this) = i; } TextureCompositeMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } TextureCompositeMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } TextureCompositeMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<0)); }#endif /* __cplusplus */
};
struct TextureCompositeRGBAMode {#if BIG_ENDIAN == 1
unsigned32 :9; unsigned32 Scale :2; unsigned32 Operation :4; unsigned32 B :1; unsigned32 A :1; unsigned32 InvertI :1; unsigned32 I :3; unsigned32 InvertArg2 :1; unsigned32 Arg2 :4; unsigned32 InvertArg1 :1; unsigned32 Arg1 :4; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 Arg1 :4; unsigned32 InvertArg1 :1; unsigned32 Arg2 :4; unsigned32 InvertArg2 :1; unsigned32 I :3; unsigned32 InvertI :1; unsigned32 A :1; unsigned32 B :1; unsigned32 Operation :4; unsigned32 Scale :2; unsigned32 :9;#endif
#ifdef __cplusplus
TextureCompositeRGBAMode(void) { } TextureCompositeRGBAMode(const unsigned32 i) { *((unsigned32 *)this) = i; } TextureCompositeRGBAMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } TextureCompositeRGBAMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } TextureCompositeRGBAMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x3<<21|0xf<<17|0x1<<16|0x1<<15|0x1<<14|0x7<<11|0x1<<10|0xf<<6|0x1<<5|0xf<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct TextureIndexMode {#if BIG_ENDIAN == 1
unsigned32 :6; unsigned32 SourceTexelEnable :1; unsigned32 LinearBias :2; unsigned32 NearestBias :2; unsigned32 MipMapEnable :1; unsigned32 Texture3DEnable :1; unsigned32 MinificationFilter :3; unsigned32 MagnificationFilter :1; unsigned32 MapType :1; unsigned32 WrapV :2; unsigned32 WrapU :2; unsigned32 Border :1; unsigned32 Height :4; unsigned32 Width :4; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 Width :4; unsigned32 Height :4; unsigned32 Border :1; unsigned32 WrapU :2; unsigned32 WrapV :2; unsigned32 MapType :1; unsigned32 MagnificationFilter :1; unsigned32 MinificationFilter :3; unsigned32 Texture3DEnable :1; unsigned32 MipMapEnable :1; unsigned32 NearestBias :2; unsigned32 LinearBias :2; unsigned32 SourceTexelEnable :1; unsigned32 :6;#endif
#ifdef __cplusplus
TextureIndexMode(void) { } TextureIndexMode(const unsigned32 i) { *((unsigned32 *)this) = i; } TextureIndexMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } TextureIndexMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } TextureIndexMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<25|0x3<<23|0x3<<21|0x1<<20|0x1<<19|0x7<<16|0x1<<15|0x1<<14|0x3<<12|0x3<<10|0x1<<9|0xf<<5|0xf<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct LodRange {#if BIG_ENDIAN == 1
unsigned32 :8; unsigned32 Max :12; unsigned32 Min :12;#else
unsigned32 Min :12; unsigned32 Max :12; unsigned32 :8;#endif
#ifdef __cplusplus
LodRange(void) { } LodRange(const unsigned32 i) { *((unsigned32 *)this) = i; } LodRange& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } LodRange& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } LodRange& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xfff<<12|0xfff<<0)); }#endif /* __cplusplus */
};
struct InvalidateCache {#if BIG_ENDIAN == 1
unsigned32 :29; unsigned32 InvalidateTLB :1; unsigned32 InvalidateBank1 :1; unsigned32 InvalidateBank0 :1;#else
unsigned32 InvalidateBank0 :1; unsigned32 InvalidateBank1 :1; unsigned32 InvalidateTLB :1; unsigned32 :29;#endif
#ifdef __cplusplus
InvalidateCache(void) { } InvalidateCache(const unsigned32 i) { *((unsigned32 *)this) = i; } InvalidateCache& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } InvalidateCache& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } InvalidateCache& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct TouchLogicalPage {#if BIG_ENDIAN == 1
unsigned32 Mode :2; unsigned32 Count :14; unsigned32 LogicalPage :16;#else
unsigned32 LogicalPage :16; unsigned32 Count :14; unsigned32 Mode :2;#endif
#ifdef __cplusplus
TouchLogicalPage(void) { } TouchLogicalPage(const unsigned32 i) { *((unsigned32 *)this) = i; } TouchLogicalPage& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } TouchLogicalPage& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } TouchLogicalPage& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x3<<30|0x3fff<<16|0xffff<<0)); }#endif /* __cplusplus */
};
struct LUTMode {#if BIG_ENDIAN == 1
unsigned32 :4; unsigned32 SpanVCXAlignment :1; unsigned32 SpanCCXAlignment :1; unsigned32 PatternBase :8; unsigned32 YOffset :3; unsigned32 XOffset :3; unsigned32 MotionComp8Bits :1; unsigned32 SpanOperation :3; unsigned32 FragmentOperation :3; unsigned32 LoadColorOrder :1; unsigned32 LoadFormat :2; unsigned32 InColorOrder :1; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 InColorOrder :1; unsigned32 LoadFormat :2; unsigned32 LoadColorOrder :1; unsigned32 FragmentOperation :3; unsigned32 SpanOperation :3; unsigned32 MotionComp8Bits :1; unsigned32 XOffset :3; unsigned32 YOffset :3; unsigned32 PatternBase :8; unsigned32 SpanCCXAlignment :1; unsigned32 SpanVCXAlignment :1; unsigned32 :4;#endif
#ifdef __cplusplus
LUTMode(void) { } LUTMode(const unsigned32 i) { *((unsigned32 *)this) = i; } LUTMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } LUTMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } LUTMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<27|0x1<<26|0xff<<18|0x7<<15|0x7<<12|0x1<<11|0x7<<8|0x7<<5|0x1<<4|0x3<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct TextureLayoutMode {#if BIG_ENDIAN == 1
unsigned32 Layout15 :2; unsigned32 Layout14 :2; unsigned32 Layout13 :2; unsigned32 Layout12 :2; unsigned32 Layout11 :2; unsigned32 Layout10 :2; unsigned32 Layout9 :2; unsigned32 Layout8 :2; unsigned32 Layout7 :2; unsigned32 Layout6 :2; unsigned32 Layout5 :2; unsigned32 Layout4 :2; unsigned32 Layout3 :2; unsigned32 Layout2 :2; unsigned32 Layout1 :2; unsigned32 Layout0 :2;#else
unsigned32 Layout0 :2; unsigned32 Layout1 :2; unsigned32 Layout2 :2; unsigned32 Layout3 :2; unsigned32 Layout4 :2; unsigned32 Layout5 :2; unsigned32 Layout6 :2; unsigned32 Layout7 :2; unsigned32 Layout8 :2; unsigned32 Layout9 :2; unsigned32 Layout10 :2; unsigned32 Layout11 :2; unsigned32 Layout12 :2; unsigned32 Layout13 :2; unsigned32 Layout14 :2; unsigned32 Layout15 :2;#endif
#ifdef __cplusplus
TextureLayoutMode(void) { } TextureLayoutMode(const unsigned32 i) { *((unsigned32 *)this) = i; } TextureLayoutMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } TextureLayoutMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } TextureLayoutMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x3<<30|0x3<<28|0x3<<26|0x3<<24|0x3<<22|0x3<<20|0x3<<18|0x3<<16|0x3<<14|0x3<<12|0x3<<10|0x3<<8|0x3<<6|0x3<<4|0x3<<2|0x3<<0)); }#endif /* __cplusplus */
};
struct TextureMapWidth {#if BIG_ENDIAN == 1
unsigned32 :16; unsigned32 HostTexture :1; unsigned32 Layout :2; unsigned32 Border :1; unsigned32 Width :12;#else
unsigned32 Width :12; unsigned32 Border :1; unsigned32 Layout :2; unsigned32 HostTexture :1; unsigned32 :16;#endif
#ifdef __cplusplus
TextureMapWidth(void) { } TextureMapWidth(const unsigned32 i) { *((unsigned32 *)this) = i; } TextureMapWidth& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } TextureMapWidth& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } TextureMapWidth& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<15|0x3<<13|0x1<<12|0xfff<<0)); }#endif /* __cplusplus */
};
struct TextureCacheReplacementMode {#if BIG_ENDIAN == 1
unsigned32 :19; unsigned32 ShowCacheInfo :1; unsigned32 ScratchLines1 :5; unsigned32 KeepOldest1 :1; unsigned32 ScratchLines0 :5; unsigned32 KeepOldest0 :1;#else
unsigned32 KeepOldest0 :1; unsigned32 ScratchLines0 :5; unsigned32 KeepOldest1 :1; unsigned32 ScratchLines1 :5; unsigned32 ShowCacheInfo :1; unsigned32 :19;#endif
#ifdef __cplusplus
TextureCacheReplacementMode(void) { } TextureCacheReplacementMode(const unsigned32 i) { *((unsigned32 *)this) = i; } TextureCacheReplacementMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } TextureCacheReplacementMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } TextureCacheReplacementMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<12|0x1f<<7|0x1<<6|0x1f<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct PhysicalPageAllocation {#if BIG_ENDIAN == 1
unsigned32 :16; unsigned32 Page :16;#else
unsigned32 Page :16; unsigned32 :16;#endif
#ifdef __cplusplus
PhysicalPageAllocation(void) { } PhysicalPageAllocation(const unsigned32 i) { *((unsigned32 *)this) = i; } PhysicalPageAllocation& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } PhysicalPageAllocation& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } PhysicalPageAllocation& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xffff<<0)); }#endif /* __cplusplus */
};
struct PhysicalPageListEntry1 {#if BIG_ENDIAN == 1
unsigned32 PrevPage :16; unsigned32 NextPage :16;#else
unsigned32 NextPage :16; unsigned32 PrevPage :16;#endif
#ifdef __cplusplus
PhysicalPageListEntry1(void) { } PhysicalPageListEntry1(const unsigned32 i) { *((unsigned32 *)this) = i; } PhysicalPageListEntry1& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } PhysicalPageListEntry1& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } PhysicalPageListEntry1& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xffff<<16|0xffff<<0)); }#endif /* __cplusplus */
};
struct LogicalPageTableEntry0 {#if BIG_ENDIAN == 1
unsigned32 :15; unsigned32 Resident :1; unsigned32 PhysicalPage :16;#else
unsigned32 PhysicalPage :16; unsigned32 Resident :1; unsigned32 :15;#endif
#ifdef __cplusplus
LogicalPageTableEntry0(void) { } LogicalPageTableEntry0(const unsigned32 i) { *((unsigned32 *)this) = i; } LogicalPageTableEntry0& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } LogicalPageTableEntry0& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } LogicalPageTableEntry0& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<16|0xffff<<0)); }#endif /* __cplusplus */
};
struct LogicalPageTableEntry1 {#if BIG_ENDIAN == 1
unsigned32 HostPage :20; unsigned32 VirtualHostPage :1; unsigned32 MemoryPool :2; unsigned32 Length :9;#else
unsigned32 Length :9; unsigned32 MemoryPool :2; unsigned32 VirtualHostPage :1; unsigned32 HostPage :20;#endif
#ifdef __cplusplus
LogicalPageTableEntry1(void) { } LogicalPageTableEntry1(const unsigned32 i) { *((unsigned32 *)this) = i; } LogicalPageTableEntry1& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } LogicalPageTableEntry1& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } LogicalPageTableEntry1& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xfffff<<12|0x1<<11|0x3<<9|0x1ff<<0)); }#endif /* __cplusplus */
};
struct LBDestReadMode {#if BIG_ENDIAN == 1
unsigned32 :8; unsigned32 Width :12; unsigned32 Packed16 :1; unsigned32 UseReadEnables :1; unsigned32 Origin :1; unsigned32 Layout :1; unsigned32 StripeHeight :3; unsigned32 StripePitch :3; unsigned32 PrefetchEnable :1; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 PrefetchEnable :1; unsigned32 StripePitch :3; unsigned32 StripeHeight :3; unsigned32 Layout :1; unsigned32 Origin :1; unsigned32 UseReadEnables :1; unsigned32 Packed16 :1; unsigned32 Width :12; unsigned32 :8;#endif
#ifdef __cplusplus
LBDestReadMode(void) { } LBDestReadMode(const unsigned32 i) { *((unsigned32 *)this) = i; } LBDestReadMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } LBDestReadMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } LBDestReadMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xfff<<12|0x1<<11|0x1<<10|0x1<<9|0x1<<8|0x7<<5|0x7<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct LBDestReadEnables {#if BIG_ENDIAN == 1
unsigned32 :16; unsigned32 R :8; unsigned32 E :8;#else
unsigned32 E :8; unsigned32 R :8; unsigned32 :16;#endif
#ifdef __cplusplus
LBDestReadEnables(void) { } LBDestReadEnables(const unsigned32 i) { *((unsigned32 *)this) = i; } LBDestReadEnables& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } LBDestReadEnables& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } LBDestReadEnables& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xff<<8|0xff<<0)); }#endif /* __cplusplus */
};
struct LBSourceReadMode {#if BIG_ENDIAN == 1
unsigned32 :9; unsigned32 Width :12; unsigned32 Packed16 :1; unsigned32 Origin :1; unsigned32 Layout :1; unsigned32 StripeHeight :3; unsigned32 StripePitch :3; unsigned32 PrefetchEnable :1; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 PrefetchEnable :1; unsigned32 StripePitch :3; unsigned32 StripeHeight :3; unsigned32 Layout :1; unsigned32 Origin :1; unsigned32 Packed16 :1; unsigned32 Width :12; unsigned32 :9;#endif
#ifdef __cplusplus
LBSourceReadMode(void) { } LBSourceReadMode(const unsigned32 i) { *((unsigned32 *)this) = i; } LBSourceReadMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } LBSourceReadMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } LBSourceReadMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xfff<<11|0x1<<10|0x1<<9|0x1<<8|0x7<<5|0x7<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct GIDMode {#if BIG_ENDIAN == 1
unsigned32 :18; unsigned32 ReplaceValue :4; unsigned32 ReplaceMode :2; unsigned32 CompareMode :2; unsigned32 CompareValue :4; unsigned32 SpanEnable :1; unsigned32 FragmentEnable :1;#else
unsigned32 FragmentEnable :1; unsigned32 SpanEnable :1; unsigned32 CompareValue :4; unsigned32 CompareMode :2; unsigned32 ReplaceMode :2; unsigned32 ReplaceValue :4; unsigned32 :18;#endif
#ifdef __cplusplus
GIDMode(void) { } GIDMode(const unsigned32 i) { *((unsigned32 *)this) = i; } GIDMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } GIDMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } GIDMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xf<<10|0x3<<8|0x3<<6|0xf<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct Config2D {#if BIG_ENDIAN == 1
unsigned32 :11; unsigned32 LUTModeEnable :1; unsigned32 FBSourceReadModeExternalSourceData :1; unsigned32 FBSourceReadModeBlocking :1; unsigned32 FBWriteModeWriteEnable :1; unsigned32 LogicalOpModeUseConstantSource :1; unsigned32 LogicalOpBackgroundLogicalOp :4; unsigned32 LogicalOpBackgroundEnable :1; unsigned32 LogicalOpForegroundLogicalOp :4; unsigned32 LogicalOpForegroundEnable :1; unsigned32 DitherModeEnable :1; unsigned32 AlphaBlendEnable :1; unsigned32 FBDestReadModeReadEnable :1; unsigned32 ScissorModeUserScissorEnable :1; unsigned32 RasterizerModeMultiRXBlit :1; unsigned32 RasterizerModeOpaqueSpans :1;#else
unsigned32 RasterizerModeOpaqueSpans :1; unsigned32 RasterizerModeMultiRXBlit :1; unsigned32 ScissorModeUserScissorEnable :1; unsigned32 FBDestReadModeReadEnable :1; unsigned32 AlphaBlendEnable :1; unsigned32 DitherModeEnable :1; unsigned32 LogicalOpForegroundEnable :1; unsigned32 LogicalOpForegroundLogicalOp :4; unsigned32 LogicalOpBackgroundEnable :1; unsigned32 LogicalOpBackgroundLogicalOp :4; unsigned32 LogicalOpModeUseConstantSource :1; unsigned32 FBWriteModeWriteEnable :1; unsigned32 FBSourceReadModeBlocking :1; unsigned32 FBSourceReadModeExternalSourceData :1; unsigned32 LUTModeEnable :1; unsigned32 :11;#endif
#ifdef __cplusplus
Config2D(void) { } Config2D(const unsigned32 i) { *((unsigned32 *)this) = i; } Config2D& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } Config2D& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } Config2D& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<20|0x1<<19|0x1<<18|0x1<<17|0x1<<16|0xf<<12|0x1<<11|0xf<<7|0x1<<6|0x1<<5|0x1<<4|0x1<<3|0x1<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct Render2D {#if BIG_ENDIAN == 1
unsigned32 TextureEnable :1; unsigned32 AreaStippleEnable :1; unsigned32 IncreasingY :1; unsigned32 IncreasingX :1; unsigned32 Height :12; unsigned32 SpanOperation :1; unsigned32 FBReadSourceEnable :1; unsigned32 Operation :2; unsigned32 Width :12;#else
unsigned32 Width :12; unsigned32 Operation :2; unsigned32 FBReadSourceEnable :1; unsigned32 SpanOperation :1; unsigned32 Height :12; unsigned32 IncreasingX :1; unsigned32 IncreasingY :1; unsigned32 AreaStippleEnable :1; unsigned32 TextureEnable :1;#endif
#ifdef __cplusplus
Render2D(void) { } Render2D(const unsigned32 i) { *((unsigned32 *)this) = i; } Render2D& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } Render2D& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } Render2D& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<31|0x1<<30|0x1<<29|0x1<<28|0xfff<<16|0x1<<15|0x1<<14|0x3<<12|0xfff<<0)); }#endif /* __cplusplus */
};
struct Render2DGlyph {#if BIG_ENDIAN == 1
signed32 AdvanceY :9; signed32 AdvanceX :9; unsigned32 Height :7; unsigned32 Width :7;#else
unsigned32 Width :7; unsigned32 Height :7; signed32 AdvanceX :9; signed32 AdvanceY :9;#endif
#ifdef __cplusplus
Render2DGlyph(void) { } Render2DGlyph(const unsigned32 i) { *((unsigned32 *)this) = i; } Render2DGlyph& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } Render2DGlyph& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } Render2DGlyph& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1ff<<23|0x1ff<<14|0x7f<<7|0x7f<<0)); }#endif /* __cplusplus */
};
struct DMAMemoryControl {#if BIG_ENDIAN == 1
unsigned32 WriteDMAAlignment :1; unsigned32 :2; unsigned32 BurstSize :5; unsigned32 :12; unsigned32 ReadDMAAlignment :1; unsigned32 :1; unsigned32 ReadDMAMemory :1; unsigned32 VertexAlignment :1; unsigned32 :1; unsigned32 VertexMemory :1; unsigned32 IndexAlignment :1; unsigned32 :1; unsigned32 IndexMemory :1; unsigned32 InputDMAAlignment :1; unsigned32 :1; unsigned32 InputDMAMemory :1;#else
unsigned32 InputDMAMemory :1; unsigned32 :1; unsigned32 InputDMAAlignment :1; unsigned32 IndexMemory :1; unsigned32 :1; unsigned32 IndexAlignment :1; unsigned32 VertexMemory :1; unsigned32 :1; unsigned32 VertexAlignment :1; unsigned32 ReadDMAMemory :1; unsigned32 :1; unsigned32 ReadDMAAlignment :1; unsigned32 :12; unsigned32 BurstSize :5; unsigned32 :2; unsigned32 WriteDMAAlignment :1;#endif
#ifdef __cplusplus
DMAMemoryControl(void) { } DMAMemoryControl(const unsigned32 i) { *((unsigned32 *)this) = i; } DMAMemoryControl& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } DMAMemoryControl& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } DMAMemoryControl& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<31|0x1f<<24|0x1<<11|0x1<<9|0x1<<8|0x1<<6|0x1<<5|0x1<<3|0x1<<2|0x1<<0)); }#endif /* __cplusplus */
};
struct IndexBaseAddress {#if BIG_ENDIAN == 1
unsigned32 Address :31; unsigned32 :1;#else
unsigned32 :1; unsigned32 Address :31;#endif
#ifdef __cplusplus
IndexBaseAddress(void) { } IndexBaseAddress(const unsigned32 i) { *((unsigned32 *)this) = i; } IndexBaseAddress& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } IndexBaseAddress& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } IndexBaseAddress& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x7fffffff<<1)); }#endif /* __cplusplus */
};
struct VertexBaseAddress {#if BIG_ENDIAN == 1
unsigned32 Address :30; unsigned32 :2;#else
unsigned32 :2; unsigned32 Address :30;#endif
#ifdef __cplusplus
VertexBaseAddress(void) { } VertexBaseAddress(const unsigned32 i) { *((unsigned32 *)this) = i; } VertexBaseAddress& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } VertexBaseAddress& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } VertexBaseAddress& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x3fffffff<<2)); }#endif /* __cplusplus */
};
struct VertexControl {#if BIG_ENDIAN == 1
unsigned32 :21; unsigned32 Line2D :1; unsigned32 OGL :1; unsigned32 SkipFlags :1; unsigned32 ReadAll :1; unsigned32 Flat :1; unsigned32 CacheEnable :1; unsigned32 Size :5;#else
unsigned32 Size :5; unsigned32 CacheEnable :1; unsigned32 Flat :1; unsigned32 ReadAll :1; unsigned32 SkipFlags :1; unsigned32 OGL :1; unsigned32 Line2D :1; unsigned32 :21;#endif
#ifdef __cplusplus
VertexControl(void) { } VertexControl(const unsigned32 i) { *((unsigned32 *)this) = i; } VertexControl& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } VertexControl& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } VertexControl& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<10|0x1<<9|0x1<<8|0x1<<7|0x1<<6|0x1<<5|0x1f<<0)); }#endif /* __cplusplus */
};
struct VertexTagList {#if BIG_ENDIAN == 1
unsigned32 :21; unsigned32 Tag :11;#else
unsigned32 Tag :11; unsigned32 :21;#endif
#ifdef __cplusplus
VertexTagList(void) { } VertexTagList(const unsigned32 i) { *((unsigned32 *)this) = i; } VertexTagList& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } VertexTagList& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } VertexTagList& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x7ff<<0)); }#endif /* __cplusplus */
};
struct IndexedDoubleVertex {#if BIG_ENDIAN == 1
unsigned32 Index1 :16; unsigned32 Index0 :16;#else
unsigned32 Index0 :16; unsigned32 Index1 :16;#endif
#ifdef __cplusplus
IndexedDoubleVertex(void) { } IndexedDoubleVertex(const unsigned32 i) { *((unsigned32 *)this) = i; } IndexedDoubleVertex& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } IndexedDoubleVertex& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } IndexedDoubleVertex& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xffff<<16|0xffff<<0)); }#endif /* __cplusplus */
};
struct HostInState {#if BIG_ENDIAN == 1
unsigned32 :1; unsigned32 ReadDMAPitch :2; unsigned32 ReadDMAAddress :2; unsigned32 :12; unsigned32 DataCount :6; unsigned32 ProvokingVertexSent :1; unsigned32 PrimitiveType :3; unsigned32 PrimitiveStarted :1; unsigned32 InvertBackfaceCull :1; unsigned32 :1; unsigned32 Vertex :2;#else
unsigned32 Vertex :2; unsigned32 :1; unsigned32 InvertBackfaceCull :1; unsigned32 PrimitiveStarted :1; unsigned32 PrimitiveType :3; unsigned32 ProvokingVertexSent :1; unsigned32 DataCount :6; unsigned32 :12; unsigned32 ReadDMAAddress :2; unsigned32 ReadDMAPitch :2; unsigned32 :1;#endif
#ifdef __cplusplus
HostInState(void) { } HostInState(const unsigned32 i) { *((unsigned32 *)this) = i; } HostInState& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } HostInState& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } HostInState& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x3<<29|0x3<<27|0x3f<<9|0x1<<8|0x7<<5|0x1<<4|0x1<<3|0x3<<0)); }#endif /* __cplusplus */
};
struct Security {#if BIG_ENDIAN == 1
unsigned32 :31; unsigned32 Secure :1;#else
unsigned32 Secure :1; unsigned32 :31;#endif
#ifdef __cplusplus
Security(void) { } Security(const unsigned32 i) { *((unsigned32 *)this) = i; } Security& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } Security& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } Security& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<0)); }#endif /* __cplusplus */
};
struct SClkProfileMask {#if BIG_ENDIAN == 1
unsigned32 :1; unsigned32 Mode :1; unsigned32 :7; unsigned32 SetupOutputFull :1; unsigned32 SetupInputEmpty :1; unsigned32 PCIReadCtrlFull :1; unsigned32 PCIDataEmpty :1; unsigned32 VertexAddressEmpty :1; unsigned32 IndexAddressEmpty :1; unsigned32 DMAAddressEmpty :1; unsigned32 VertexDataEmpty :1; unsigned32 OutputFull :1; unsigned32 VertexEmpty :1; unsigned32 IndexDataEmpty :1; unsigned32 VertexFull :1; unsigned32 VertexAddressFull :1; unsigned32 IndexEmpty :1; unsigned32 DMAWriteCtrlFull :1; unsigned32 DMADataEmpty :1; unsigned32 IndexFull :1; unsigned32 IndexAddressFull :1; unsigned32 DMAEmpty :1; unsigned32 DMAFull :1; unsigned32 DMAAddressFull :1; unsigned32 InputEmpty :1; unsigned32 Always :1;#else
unsigned32 Always :1; unsigned32 InputEmpty :1; unsigned32 DMAAddressFull :1; unsigned32 DMAFull :1; unsigned32 DMAEmpty :1; unsigned32 IndexAddressFull :1; unsigned32 IndexFull :1; unsigned32 DMADataEmpty :1; unsigned32 DMAWriteCtrlFull :1; unsigned32 IndexEmpty :1; unsigned32 VertexAddressFull :1; unsigned32 VertexFull :1; unsigned32 IndexDataEmpty :1; unsigned32 VertexEmpty :1; unsigned32 OutputFull :1; unsigned32 VertexDataEmpty :1; unsigned32 DMAAddressEmpty :1; unsigned32 IndexAddressEmpty :1; unsigned32 VertexAddressEmpty :1; unsigned32 PCIDataEmpty :1; unsigned32 PCIReadCtrlFull :1; unsigned32 SetupInputEmpty :1; unsigned32 SetupOutputFull :1; unsigned32 :7; unsigned32 Mode :1; unsigned32 :1;#endif
#ifdef __cplusplus
SClkProfileMask(void) { } SClkProfileMask(const unsigned32 i) { *((unsigned32 *)this) = i; } SClkProfileMask& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } SClkProfileMask& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } SClkProfileMask& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<30|0x1<<22|0x1<<21|0x1<<20|0x1<<19|0x1<<18|0x1<<17|0x1<<16|0x1<<15|0x1<<14|0x1<<13|0x1<<12|0x1<<11|0x1<<10|0x1<<9|0x1<<8|0x1<<7|0x1<<6|0x1<<5|0x1<<4|0x1<<3|0x1<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct TextureDownloadControl {#if BIG_ENDIAN == 1
unsigned32 :18; unsigned32 SlavetextureDownload :1; unsigned32 TextureThreshold :5; unsigned32 TextureGranularity :5; unsigned32 TextureMemType :1; unsigned32 TextureDownloadBusy :1; unsigned32 TextureDownloadEnable :1;#else
unsigned32 TextureDownloadEnable :1; unsigned32 TextureDownloadBusy :1; unsigned32 TextureMemType :1; unsigned32 TextureGranularity :5; unsigned32 TextureThreshold :5; unsigned32 SlavetextureDownload :1; unsigned32 :18;#endif
#ifdef __cplusplus
TextureDownloadControl(void) { } TextureDownloadControl(const unsigned32 i) { *((unsigned32 *)this) = i; } TextureDownloadControl& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } TextureDownloadControl& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } TextureDownloadControl& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<13|0x1f<<8|0x1f<<3|0x1<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct DeltaFormatControl {#if BIG_ENDIAN == 1
unsigned32 :15; unsigned32 TextureShift1 :1; unsigned32 BackfaceCull :1; unsigned32 PerPolyMipMap1 :1; unsigned32 PerPolyMipMap :1; unsigned32 ShareQ :1; unsigned32 ShareT :1; unsigned32 ShareS :1; unsigned32 ForceQ :1; unsigned32 ScaleByQ1 :1; unsigned32 ScaleByQ :1; unsigned32 TextureShift :1; unsigned32 WrapT1 :1; unsigned32 WrapS1 :1; unsigned32 WrapT :1; unsigned32 WrapS :1; unsigned32 EqualQ :1; unsigned32 Enable :1;#else
unsigned32 Enable :1; unsigned32 EqualQ :1; unsigned32 WrapS :1; unsigned32 WrapT :1; unsigned32 WrapS1 :1; unsigned32 WrapT1 :1; unsigned32 TextureShift :1; unsigned32 ScaleByQ :1; unsigned32 ScaleByQ1 :1; unsigned32 ForceQ :1; unsigned32 ShareS :1; unsigned32 ShareT :1; unsigned32 ShareQ :1; unsigned32 PerPolyMipMap :1; unsigned32 PerPolyMipMap1 :1; unsigned32 BackfaceCull :1; unsigned32 TextureShift1 :1; unsigned32 :15;#endif
#ifdef __cplusplus
DeltaFormatControl(void) { } DeltaFormatControl(const unsigned32 i) { *((unsigned32 *)this) = i; } DeltaFormatControl& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } DeltaFormatControl& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } DeltaFormatControl& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<16|0x1<<15|0x1<<14|0x1<<13|0x1<<12|0x1<<11|0x1<<10|0x1<<9|0x1<<8|0x1<<7|0x1<<6|0x1<<5|0x1<<4|0x1<<3|0x1<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct DeltaFormatMode {#if BIG_ENDIAN == 1
unsigned32 :2; unsigned32 :3; unsigned32 TextureEnable1 :1; unsigned32 :20; unsigned32 TextureEnable :1; unsigned32 :5;#else
unsigned32 :5; unsigned32 TextureEnable :1; unsigned32 :20; unsigned32 TextureEnable1 :1; unsigned32 :3; unsigned32 :2;#endif
#ifdef __cplusplus
DeltaFormatMode(void) { } DeltaFormatMode(const unsigned32 i) { *((unsigned32 *)this) = i; } DeltaFormatMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } DeltaFormatMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } DeltaFormatMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<26|0x1<<5)); }#endif /* __cplusplus */
};
struct StripeOwnership {#if BIG_ENDIAN == 1
unsigned32 :24; unsigned32 Stripe1 :3; unsigned32 Stripe1Enable :1; unsigned32 Stripe0 :3; unsigned32 Stripe0Enable :1;#else
unsigned32 Stripe0Enable :1; unsigned32 Stripe0 :3; unsigned32 Stripe1Enable :1; unsigned32 Stripe1 :3; unsigned32 :24;#endif
#ifdef __cplusplus
StripeOwnership(void) { } StripeOwnership(const unsigned32 i) { *((unsigned32 *)this) = i; } StripeOwnership& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } StripeOwnership& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } StripeOwnership& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x7<<5|0x1<<4|0x7<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct Extend {#if BIG_ENDIAN == 1
unsigned32 :21; unsigned32 Integer :8; unsigned32 Fraction :3;#else
unsigned32 Fraction :3; unsigned32 Integer :8; unsigned32 :21;#endif
#ifdef __cplusplus
Extend(void) { } Extend(const unsigned32 i) { *((unsigned32 *)this) = i; } Extend& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } Extend& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } Extend& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0xff<<3|0x7<<0)); }#endif /* __cplusplus */
};
struct MatrixStatus {#if BIG_ENDIAN == 1
unsigned32 :29; unsigned32 BoundingBoxOverrun :1; unsigned32 StackUnderflow :1; unsigned32 StackOverflow :1;#else
unsigned32 StackOverflow :1; unsigned32 StackUnderflow :1; unsigned32 BoundingBoxOverrun :1; unsigned32 :29;#endif
#ifdef __cplusplus
MatrixStatus(void) { } MatrixStatus(const unsigned32 i) { *((unsigned32 *)this) = i; } MatrixStatus& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } MatrixStatus& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } MatrixStatus& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct GetMatrix {#if BIG_ENDIAN == 1
unsigned32 :22; unsigned32 Level :5; unsigned32 Select :4; unsigned32 AnyMatrix :1;#else
unsigned32 AnyMatrix :1; unsigned32 Select :4; unsigned32 Level :5; unsigned32 :22;#endif
#ifdef __cplusplus
GetMatrix(void) { } GetMatrix(const unsigned32 i) { *((unsigned32 *)this) = i; } GetMatrix& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } GetMatrix& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } GetMatrix& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1f<<5|0xf<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct TextureFogMiscGeneralContext {#if BIG_ENDIAN == 1
unsigned32 :17; unsigned32 TextureTexGenSelect :3; unsigned32 TextureMatrixSelect :3; unsigned32 TextureModeSelect :3; unsigned32 Vertex :2; unsigned32 ValidatedTextureFog :1; unsigned32 InPrimitive :1; unsigned32 FogEnable :1; unsigned32 TextureEnable :1;#else
unsigned32 TextureEnable :1; unsigned32 FogEnable :1; unsigned32 InPrimitive :1; unsigned32 ValidatedTextureFog :1; unsigned32 Vertex :2; unsigned32 TextureModeSelect :3; unsigned32 TextureMatrixSelect :3; unsigned32 TextureTexGenSelect :3; unsigned32 :17;#endif
#ifdef __cplusplus
TextureFogMiscGeneralContext(void) { } TextureFogMiscGeneralContext(const unsigned32 i) { *((unsigned32 *)this) = i; } TextureFogMiscGeneralContext& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } TextureFogMiscGeneralContext& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } TextureFogMiscGeneralContext& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x7<<12|0x7<<9|0x7<<6|0x3<<4|0x1<<3|0x1<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct PipeMode {#if BIG_ENDIAN == 1
unsigned32 :10; unsigned32 ObjectIDPerPrimitive :1; unsigned32 ObjectTagEnable :1; unsigned32 FifoBusyLevel :5; unsigned32 MaxPrimCount :7; unsigned32 MinPrimCount :5; unsigned32 NextPipe :1; unsigned32 SwitchPipe :1; unsigned32 UseOnePipeOnly :1;#else
unsigned32 UseOnePipeOnly :1; unsigned32 SwitchPipe :1; unsigned32 NextPipe :1; unsigned32 MinPrimCount :5; unsigned32 MaxPrimCount :7; unsigned32 FifoBusyLevel :5; unsigned32 ObjectTagEnable :1; unsigned32 ObjectIDPerPrimitive :1; unsigned32 :10;#endif
#ifdef __cplusplus
PipeMode(void) { } PipeMode(const unsigned32 i) { *((unsigned32 *)this) = i; } PipeMode& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } PipeMode& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } PipeMode& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<21|0x1<<20|0x1f<<15|0x7f<<8|0x1f<<3|0x1<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct PipeLoad {#if BIG_ENDIAN == 1
unsigned32 :19; unsigned32 BlendEnable :1; unsigned32 FogEnable :1; unsigned32 SpecularEnable :1; unsigned32 DiffuseEnable :1; unsigned32 FaceNormalEnable :1; unsigned32 TextureEnable7 :1; unsigned32 TextureEnable6 :1; unsigned32 TextureEnable5 :1; unsigned32 TextureEnable4 :1; unsigned32 TextureEnable3 :1; unsigned32 TextureEnable2 :1; unsigned32 TextureEnable1 :1; unsigned32 ForceReload :1;#else
unsigned32 ForceReload :1; unsigned32 TextureEnable1 :1; unsigned32 TextureEnable2 :1; unsigned32 TextureEnable3 :1; unsigned32 TextureEnable4 :1; unsigned32 TextureEnable5 :1; unsigned32 TextureEnable6 :1; unsigned32 TextureEnable7 :1; unsigned32 FaceNormalEnable :1; unsigned32 DiffuseEnable :1; unsigned32 SpecularEnable :1; unsigned32 FogEnable :1; unsigned32 BlendEnable :1; unsigned32 :19;#endif
#ifdef __cplusplus
PipeLoad(void) { } PipeLoad(const unsigned32 i) { *((unsigned32 *)this) = i; } PipeLoad& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } PipeLoad& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } PipeLoad& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x1<<12|0x1<<11|0x1<<10|0x1<<9|0x1<<8|0x1<<7|0x1<<6|0x1<<5|0x1<<4|0x1<<3|0x1<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct CommandDMAControl {#if BIG_ENDIAN == 1
unsigned32 :25; unsigned32 BurstSize :3; unsigned32 ByteSwap :2; unsigned32 Alignment :1; unsigned32 Protocol :1;#else
unsigned32 Protocol :1; unsigned32 Alignment :1; unsigned32 ByteSwap :2; unsigned32 BurstSize :3; unsigned32 :25;#endif
#ifdef __cplusplus
CommandDMAControl(void) { } CommandDMAControl(const unsigned32 i) { *((unsigned32 *)this) = i; } CommandDMAControl& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } CommandDMAControl& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } CommandDMAControl& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x7<<4|0x3<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};
struct CommandState {#if BIG_ENDIAN == 1
unsigned32 :28; unsigned32 Started :2; unsigned32 Result :1; unsigned32 Test :1;#else
unsigned32 Test :1; unsigned32 Result :1; unsigned32 Started :2; unsigned32 :28;#endif
#ifdef __cplusplus
CommandState(void) { } CommandState(const unsigned32 i) { *((unsigned32 *)this) = i; } CommandState& operator=(const unsigned32 i) { *((unsigned32 *)this) = i; return (*this); } CommandState& operator&=(const unsigned32 i) { *((unsigned32 *)this) &= i; return (*this); } CommandState& operator|=(const unsigned32 i) { *((unsigned32 *)this) |= i; return (*this); } unsigned32 ReadUnmasked(void) { return *((unsigned32 *)this); } operator unsigned32(void) const { return (*((unsigned32 *)this) & (0x3<<2|0x1<<1|0x1<<0)); }#endif /* __cplusplus */
};#endif /* _REG_H_ */
#endif
|
