ULONGLONG dwlVOBUEndTime;     // EndPts  90k pts unit	ULONGLONG dwlVOBUDisplayTime; // first image played - 90k pts unit} evVOBUReverseParams_type;typedef DWORD evVOBULastPack_type;typedef enum{	HorizontalBilinear = 0,	Horizontal4tapDefault,	Horizontal4tapJpg,	VerticalBilinear,	Vertical2tapDefault,	Vertical4tapDefault,} evDisplayFilter_type;typedef enum {	evAnalogCable_NotConnected = 0,	evAnalogCable_Connected} evAnalogCable_type;typedef enum {	evDigitalCable_NotConnected  = 0,	evDigitalCable_Connected} evDigitalCable_type;typedef enum {	eAudioFormat_MPEG1       = AUDIO_FORMAT_MPEG1, // mpeg1 layer 1.	eAudioFormat_MPEG2       = AUDIO_FORMAT_MPEG2, // mpeg1 layer 2.	eAudioFormat_AC3         = AUDIO_FORMAT_AC3,	eAudioFormat_PCM         = AUDIO_FORMAT_PCM,	eAudioFormat_DTS         = AUDIO_FORMAT_DTS,	eAudioFormat_DVD_AUDIO   = AUDIO_FORMAT_DVD_AUDIO,	eAudioFormat_REVERSE_PCM = AUDIO_FORMAT_REVERSE_PCM,	eAudioFormat_AAC         = AUDIO_FORMAT_AAC,	eAudioFormat_MPEG1_LAYER3,  // mpeg1 layer 3.	eAudioFormat_MPEG2_LAYER1,  // mpeg2 layer 1.	eAudioFormat_MPEG2_LAYER2,  // mpeg2 layer 2.	eAudioFormat_MPEG2_LAYER3,  // mpeg2 layer 3.	eAudioFormat_UNKNOWN, } eAudioFormat_type;typedef enum {	eAudioDigitalOutput_Pcm        = AUDIO_OUTPUT_STEREO,	eAudioDigitalOutput_Compressed = AUDIO_OUTPUT_AC3DTS} eAudioDigitalOutput_type;typedef enum {	eAudioSpdifOutput_Disabled = AUDIO_SPDIF_DISABLE,	eAudioSpdifOutput_Active  = AUDIO_SPDIF_ENABLE,	eAudioSpdifOutput_ActiveData0 = 4} eAudioSpdifOutput_type;typedef enum {	eAudioI2SOutput_Disabled   = AUDIO_DAC_DISABLE,	eAudioI2SOutput_Active    = AUDIO_DAC_ENABLE,	eAudioI2SOutput_ActiveData0 = 8} eAudioI2SOutput_type;typedef enum {	ebiAPMState_Suspend,       //	ebiAPMState_ResumeSuspend, //	ebiAPMState_Standby,       //	ebiAPMState_ResumeStandby, //	ebiAPMState_Max            //} ebiAPMState_type;typedef enum {	edecVideoStd_MPEG12Video = 0,	edecVideoStd_MPEG4Video  = 1,	edecVideoStd_MPEG124Video = 445, // the two last values are not used by the hardware library.	edecVideoStd_DivX3Video = 446,} edecVideoStd_type;typedef struct {	// used for PropId=etimPcrTime in PropSet=TIME_SET	DWORD dwTimeResolution_Hz;	// 90000 for 90k pts unit	ULONGLONG dwlTime;		// Pts} etimSystemTimeClock_type;  //TIME_INFO; // (hack) we have to link mpegcmn.h to here.typedef struct {	DWORD	dwForceFixedVOPRate;	// command for set, status for get	DWORD	dwFixedVopTimeIncr;		// ticks/VOP, default 1000	DWORD	dwFixedTimeIncrRes;		// ticks/sec, default 24000} edecForceFixedVOPRate_type;typedef BYTE edecCSSChlg_type[10];typedef BYTE edecCSSKey1_type[5];typedef BYTE edecCSSChlg2_type[10];typedef BYTE edecCSSKey2_type[5]; typedef BYTE edecCSSDiscKey_type[2048];typedef BYTE edecCSSTitleKey_type[5];typedef enum {	eSubpictureCmd_BTN_ENABLE = BTN_ENABLE,	eSubpictureCmd_SP_ENABLE  = SP_ENABLE,} eSubpictureCmd_type;	typedef struct {	BYTE yuvReserved;	BYTE yuvY;	BYTE yuvCr;	BYTE yuvCb;} eSubpictureUpdatePalette_type[16];typedef struct {	LONG leftb;	LONG topb;	LONG rightb;	LONG bottomb;	LONG wColor;	LONG wContrast;} eSubpictureUpdateButton_type;typedef enum {	ebiCommand_HardwareReset = 1,	ebiCommand_VideoHwBlackFrame} ebiCommand_type;typedef enum {	ebiUcode_MpegDecode = 1,	ebiUcode_Yuv} ebiUcode_type;typedef enum {	eviCommand_InitCapture = 0,  // eviInitCapture is accepted any time. It initializes the                                 // capture parameters using values set in eviCcir, eviChromaDownScale,                                 // eviYuvPacked, eviInterlacedSource, eviBitsPerClock,							     // eviCaptureParams, eviOutputLineLength properties	eviCommand_StartCapture,     // starts the capture. It is accepted only if the decoder is                                 // in eviFreezeCapture or video stop.	eviCommand_FreezeCapture    // freeze the capture} eviCommand_type;typedef struct {	LONG x;	LONG y;	LONG w;	LONG h;	LONG OutputLineLength;} eviCaptureParams_type;typedef struct {	DWORD Addr;	DWORD Data;} genericReg_type; // hack link qhwinc.h to here, ADDR_DATAtypedef struct {	LONG x;	LONG y;	LONG w;	LONG h;} Wnd_type; // hack link qhwinc.h to here.typedef struct {	DWORD HFreq;	DWORD VFreq;	DWORD VideoWidth;	DWORD VideoHeight;	DWORD HSyncTotal;		DWORD PreHSync;	DWORD HSyncActive;	DWORD PostHSync;	DWORD VSyncTotal;		DWORD PreVSync;	DWORD VSyncActive;	DWORD PostVSync;	DWORD PixelFreq;	DWORD Interlaced;} CustomHdtvParams_type;/*      |            (H/V)  Total           |        |<--------------------------------->|<-------------------...        |                                   |         |Pre|Active|Post|    Width/Heigth   |Pre|Active|Post|      ->|<->|<---->|<-->|<----------------->|<->|<---->|<-->|<---            ~\                +--/~~~~~...~~~~~\--+                /~~~...      ------+      +----| MAX. VIDEO  VALID |---+      +----|----...      ~/    |      |    +--\~~~~~~...~~~~/--+   |      |     \~~~...            V______|                            V______|         ~\                    /~~~~~...~~~~\                    /~...      ------+      +-------|  VIDEO DEST  |-----+      +-----|--...      ~/    |      |        \~~~~~...~~~~/      |      |      \~...            V______|                            V______|HSyncTotal = PreHSync + HSyncActive + PostHSync + VideoWidth;VSyncTotal = PreVSync + VSyncActive + PostVSync + VideoHeight;HFreq = VFreq * VSyncTotal / (Interlaced ? 2:1);PixelFreq = HFreq * HSyncTotal;Sample:720x480I_Ntsc= { 15734,5994, 720,480, 858,22,100,16,  525,6,3,36, 27000000,1, 0,0 };720x576I_Pal=  { 15625,5000, 720,576, 864, 8,100,36,  625,2,3,44, 27000000,1, 0,0 };*/typedef struct {                        // Sample values for 720x480I_Ntsc	DWORD HFreq;        //    15734 Hz	DWORD VFreq;        //     5994 cHz	DWORD VideoWidth;   //      720 pixels	DWORD VideoHeight;  //      480 lines	DWORD HSyncTotal;   //      858 pixels	DWORD PreHSync;     //       22 pixels	DWORD HSyncActive;  //      100 pixels	DWORD PostHSync;    //       16 pixels	DWORD VSyncTotal;   //      525 lines		DWORD PreVSync;     //        6 lines	DWORD VSyncActive;  //        3 line	DWORD PostVSync;    //       36 lines	DWORD PixelFreq;    // 27000000 Hz - not used for SetProperty, only for GetProperty.	DWORD Interlaced;	//        1    - not used for SetProperty, only for GetProperty. 	BYTE HSyncPolarity; //        0    - 0 for active low, 1 for active high	BYTE VSyncPolarity; //        0    - 0 for active low, 1 for active high} evDigOvOnlyParams_type; // almost the same as HDTV_MODE in mpegcmn.h.typedef struct { 	BYTE Ccir;         // CCIR_656 or CCIR_601 	BYTE BitsPerClock; // 8 or 16 bits 	BYTE InvertField;  // CCIR_INVERT_FIELD or CCIR_NON_INVERT_FIELD 	BYTE SyncEnable;   // VS_ENABLED_HS_DISABLED_VRDYisVRDY_ENABLED (VSync enabled, HSync disabled, VVLD/HS=HS enabled)                       // VS_HS_VRDYisHS_ENABLED (VSync enabled, HSync enabled, VVLD/HS=VVLD enabled) 	                   // VS_HS_VRDYisHS_DISABLED (VSync, HSync, VVLD/HS=VVLD disabled) 	BYTE Vip20;        // 1 for VIP2.0; 0 for VIP1.x} evDigOvOnlyConfig_type;typedef enum{	VideoHwPlayNormal = 0,	VideoHwPlayToEvent,	VideoHwPlayIFrame,	VideoHwPlaySyncFaster,	VideoHwPlayYUV,	VideoHwPlayVOBUReverse,	VideoHwPlayIFrameReverse,	VideoHwSeekToFrame,	VideoHwSeekToPts}PLAY_OPTIONS;	// MpegAttrPlayOptionstypedef struct { 	PLAY_OPTIONS	PlayOptions; 	ULONGLONG		Event;	// event is number of frame for VideoHwSeekToFrame							// for time being event is PTS (VideoHwSeekToPts) in Hw video pts units,							//   (45k for mpeg1,2, VOPTimeResolution for Mpeg4)} evVideoHwPlay_type;typedef enum {	evStreamDefaultAtPause = 0,	evTopFieldAtPause,	evBottomFieldAtPause,	evBothFieldsAtPause} evFieldFrameAtPause_type;typedef enum {	etvNtscPedestal_OffJapan = 0,	etvNtscPedestal_OnUSA} etvNtscPedestal_type;typedef enum {	// For EM847x Extended means 6.75MHz, LowPass 4.5MHz	etvLumaFilter_CompositeExtended_ComponentExtended = 0,	// default	etvLumaFilter_CompositeLowPass_ComponentExtended,		// not recommended	etvLumaFilter_CompositeExtended_ComponentLowPass,		// not recommended	etvLumaFilter_CompositeLowPass_ComponentLowPass			// not recommended} etvLumaFilter_type;typedef enum {	// For EM847x Extended means 6.75MHz/2	etvChromaFilter_CompositeDefaultLowPass_ComponentExtended = 0,	// default	etvChromaFilter_CompositeExtended_ComponentExtended				// not recommended} etvChromaFilter_type;typedef enum {	etvColorBars_Off = 0,	// default	etvColorBars_On} etvColorBars_type;typedef enum {	evdInputSource_COMPOSITE=0,	evdInputSource_SVIDEO,	evdInputSource_ONBOARDTUNER,} evdInputSource_type;typedef evTvStandard_type evdTvStandard_type; // The tv _encoder_ setting uses the same enums as tv _decoder_typedef DWORD evdAudioClock_type; // use only 32000, 44100, 48000 values.typedef enum {	evTvTunerRange_NTSC_MNAIR,               // ntsc m/n air (antenna) channels	evTvTunerRange_NTSC_MNCABLE,             // ntsc m/n cable channels	evTvTunerRange_SECAM_AIR_France,} eTvTunerRange_type;                      // for struct eTvTunerChannel_typetypedef struct {	eTvTunerRange_type evTvTunerRange_value; // uses enum eTvTunerRange_type	DWORD eTvTunerChannelInRange;             // [2..69] ntsc m/n air, [1..125] ntsc m/n cable} eTvTunerChannel_type;typedef enum{	eAudioInOutDefault = 0,	eAudioInOutVcxoJda1Ckin,	eAudioInOutExternJda1Ckin,	eAudioInOutSCkinCapture} AudioInOutConfig_type;typedef enum	// used for PropId = eAudioMode in PropSet=AUDIO_SET{	eAudioMode_Stereo = 0,	eAudioMode_MonoRight,	eAudioMode_MonoLeft,	eAudioMode_MonoMix}eAudioMode_type;typedef enum	// used for PropId = eaAc3Conf in PropSet=AUDIO_SET{	eAc3SpeakerSurround = 0,	eAc3Speaker1_0,	eAc3Speaker2_0}Ac3SpeakerConfig;typedef enum	// used for PropId = eaAc3Conf in PropSet=AUDIO_SET{	eAc3ComprDiagNormOff = 0,	eAc3DiagNormOn,	eAc3LineOut,	eAc3RFModulation}Ac3ComprDlgNorm;typedef struct tagAC3_CONF	// used for PropId = eaAc3Conf in PropSet=AUDIO_SET{	WORD wStructureVersion;			// 0	BYTE bAc3ComprDlgNorm;			// see Ac3ComprDlgNorm enum, HwLib default eAc3LineOut	BYTE bAc3SpeakerConfig;			// see Ac3SpeakerConfig enum, HwLib default eAc3SpeakerSurround	WORD wAc3HiLoDynamicRange;		// HwLib default 0xFFFF	WORD wAc3RepeatCounter;			// HwLib default 0x0000}AC3_CONF;typedef struct{	DWORD ResetMask;	DWORD SetMask;}ResetSetMask_type;typedef enum {	eOsdOn = 0,	eOsdOff,	eOsdFlush} eOsdCommand_type;typedef struct {	WORD PIO_clock;	WORD PIO_data;} I2cInit_type;// base structure structure for Read/Write I2C. typedef struct {	WORD I2c_WriteAddress;	// write address of the I2C device. Reserve WORD instead of BYTE for later extensions	WORD I2c_ReadAddress;	// read address of the I2C device. Reserve WORD instead of BYTE for later extensions	WORD I2c_usDelay;		// Delay in microseconds	WORD SubAddress;		// subadress.  Reserve WORD instead of BYTE for later extensions, like 0xFFFF for no subaddress	WORD nBytes;			// size of the BYTE buffer that follow this structure} I2cReadWrite_type;typedef enum {	escMacrovision_APS_OFF = MACROVISION_APS_OFF,	escMacrovision_APS_1 = MACROVISION_APS_1,	escMacrovision_APS_2 = MACROVISION_APS_2,	escMacrovision_APS_3 = MACROVISION_APS_3} escMacrovision_type;// starting to move the HwLib defines from mpegcmn.h// MpegAttrForcedProgressive flags#define BROADCASTED_VIDEO		0x0200#define DVD_VIDEO				0x0000#define FORCED_PROGRESSIVE_OFF	0x0100	// display progressive or interlaced like in the video stream#define FORCED_PROGRESSIVE_ON	0x0000	// display only progressive if the stream switches very fast from interlaced to progressive#define PROGRESSIVE_ALWAYS		0x0080#define PROGRESSIVE_MOVIES		0x0000#define FRAME_DROP				0x0040#define FIELD_DROP				0x0000#define VGA_INTERLACED			0x0002#define VGA_PROGRESSIVE			0x0000// MpegAttrHardwareInfo1 flags#define DARK_COLOR_LETTERBOX	0x0001	// hwDecoder is Quasar1 - letterbox bug#define VGA_CABLE_NOT_CONNECTED	0x0002	// VGA cable is not connected for analog overlay boards//	MpegAttrOverlayFlags#define OVERLAY_FLAGS_MASK			0x004F#define VIDEO_ZOOM_ENABLE			0x0001#define VIDEO_TV_DEST_ENABLE		0x0002#define VIDEO_HDTV_DEST_ENABLE		0x0004#define OSD_VIDEO_INDEPENDENT_DEST	0x0008#define SPECIAL_IGS_STANDARD		0x0040typedef CustomHdtvParams_type HDTV_MODE, *PHDTV_MODE;typedef struct{	DWORD SysPhysAddr;	DWORD SysLinAddr;	DWORD SysSizeInBytes;	DWORD DramAddr;	DWORD DramSizeInBytes;}emeXferUcodeParameters_type;#ifdef __cplusplus}#endif /** @} */#endif // __RM84CMN_H__