emhwlib_globaltypes.h

来自「SigmDesign SMP8634 media decode chip dev」· C头文件 代码 · 共 1,832 行 · 第 1/4 页

	FRLeft_FCBottom,
	FRRight_FCBottom
};

struct GFXEngine_MoveReplaceRectangle_type {
	RMuint32 SrcX;
	RMuint32 SrcY;
	RMuint32 AlphaX; //alpha takes same width and height than dest
	RMuint32 AlphaY;
	RMuint32 DstX;
	RMuint32 DstY;
	RMuint32 Width;
	RMuint32 Height;
	enum gfx_merge_mode Merge;
};


struct GFXEngine_MoveReplaceScaleRectangle_type {
	RMuint32 SrcX;
	RMuint32 SrcY;
	RMuint32 AlphaX; //alpha takes same width and height than dest
	RMuint32 AlphaY;
	RMuint32 DstX;
	RMuint32 DstY;
	RMuint32 SrcWidth;
	RMuint32 SrcHeight;
	RMuint32 DstWidth;
	RMuint32 DstHeight;
	enum gfx_merge_mode Merge;
};

struct GFXEngine_MoveReplace_type {
	RMuint32 SrcX;
	RMuint32 SrcY;
	RMuint32 SrcWidth;
	RMuint32 SrcHeight;
	enum gfx_input_type SrcInput;
	enum gfx_surface_id SrcId;
	RMuint32 AlphaX;
	RMuint32 AlphaY;
	RMuint32 DstX;
	RMuint32 DstY;
	RMuint32 DstWidth;
	RMuint32 DstHeight;
	enum gfx_merge_mode Merge;
	RMuint32 Color;
};


struct GFXEngine_FillReplaceGradient_type {
	RMuint32 AlphaX;
	RMuint32 AlphaY;
	RMuint32 DstX;
	RMuint32 DstY;
	RMuint32 Width;
	RMuint32 Height;
	enum gfx_merge_mode Merge;
};

enum ScalerCommand {
	ScalerCommand_Uninit,  // reset to initial state
	ScalerCommand_Init,    // prepare for operation, results in state 'Stop'
	ScalerCommand_Stop,    // stop and display last frame
	ScalerCommand_Play,    // play
	ScalerCommand_Pause,   // pause and display last frame
	ScalerCommand_Flush,   // stop and flush last image, display black
};

enum ScalerState {
	ScalerState_Uninit, 
	ScalerState_UninitPending, 
	ScalerState_InitPending, 
	ScalerState_Stop, 
	ScalerState_StopPending, 
	ScalerState_Play, 
	ScalerState_PlayPending, 
	ScalerState_Pause, 
	ScalerState_PausePending, 
	ScalerState_Flush, 
	ScalerState_FlushPending, 
};

enum PanScanMode_type {
	NoPanScan,
	DefaultPanScan,
	ZoomedPanScan	// useless ??
};

enum MClkFactor {
	MClkFactor_128Xfs, 
	MClkFactor_256Xfs
};

enum OutputDualMode_type {
	DualMode_Stereo = 0,
	DualMode_LeftMono,
	DualMode_RightMono,
	DualMode_MixMono
};

enum AudioPlayMode_type {
	Audio_Play_Disable = 0,		// Disable Audio play control
	Audio_Play_From,			// Audio starts from preset PTS and plays to the end
	Audio_Play_To,				// Audio starts from very begining and plays to the preset PTS
	Audio_Play_From_To			// Audio starts from PTS0 and plays to PTS1
};

enum AudioChannelMap_type {
	Audio_L = 0,
	Audio_C = 1,
	Audio_R = 2,
	Audio_Ls = 3,
	Audio_Rs = 4,
	Audio_Lfe = 5,
	Audio_Lb = 6,
	Audio_Rb = 7,	
	Audio_SL = 8,		//Stereo Left
	Audio_SR = 9,		//Stereo Right
	Audio_SPDIFL = 10,	//spdif Left
	Audio_SPDIFR = 11	//spdif Right
};

enum AudioOutputChannels_type {			        //format: Rear/Surround/Front
	Audio_Out_Ch_C = 0x01,            //   00 0001      (0/0/1)
	Audio_Out_Ch_LR = 0x02,           //   00 0010      (0/0/2)
	Audio_Out_Ch_LCR = 0x03,          //   00 0011      (0/0/3)
	Audio_Out_Ch_LRS = 0x12,          //   01 0010      (0/1/2)
	Audio_Out_Ch_LCRS = 0x13,         //   01 0011      (0/1/3)
	Audio_Out_Ch_LRLsRs = 0x22,       //   10 0010      (0/2/2)
	Audio_Out_Ch_LCRLsRs = 0x23,      //   10 0011      (0/2/3)
	Audio_Out_Ch_LCRLsRsSs = 0x63,    // 1 10 0011      (1/2/3)
	Audio_Out_Ch_LRLsRsLssRss = 0xA2, //10 10 0010      (2/2/2) 
	Audio_Out_Ch_LCRLsRsLssRss = 0xA3 //10 10 0011      (2/2/3)
};

enum AacOutputChannels_type {
	Aac_C = 0x01,
	Aac_LR = 0x02,
	Aac_LCR = 0x03,
	Aac_LRS = 0x12,
	Aac_LCRS = 0x13,
	Aac_LRLsRs = 0x22,
	Aac_LCRLsRs = 0x23
};

enum AudioOutputSurround20_type {
	SurroundAsStream = 0,	/* surround enabled or disabled as in stream */
	SurroundEnable = 5,
	SurroundDisable = 4
};

/** customized downmixing tables, e.g, ARIB. */
enum AudioEngine_dmx_tables_type {
	/** In Enum default */
	AudioEngine_dmx_tables_dual_2_C_LCR_LCRS_LCRLsRs_left = 0,
	/** In Enum default */
	AudioEngine_dmx_tables_dual_2_C_LCR_LCRS_LCRLsRs_right = 1,
	/** In Enum default */
	AudioEngine_dmx_tables_dual_2_C_LCR_LCRS_LCRLsRs_mix = 2,
	/** In Enum default */
	AudioEngine_dmx_tables_dual_2_LR_LRS_LRLsRs_LCR_LCRS_LCRLsRs_stereo = 3,
	/** In Enum default */
	AudioEngine_dmx_tables_dual_2_LR_LRS_LRLsRs_left = 4,
	/** In Enum default */
	AudioEngine_dmx_tables_dual_2_LR_LRS_LRLsRs_right = 5,
	/** In Enum default */
	AudioEngine_dmx_tables_dual_2_LR_LRS_LRLsRs_mix = 6,
	/** In Enum default */
	AudioEngine_dmx_tables_C_2_C_LCR_LCRS_LCRLsRs = 7,
	/** In Enum default */
	AudioEngine_dmx_tables_C_2_C_LR_LRS_LRLsRs = 8,
	/** In Enum default */
	AudioEngine_dmx_tables_LR_2_C = 9,
	/** In Enum default */
	AudioEngine_dmx_tables_LR_2_LR_LRS_LRLsRs_LCR_LCRS_LCRLsRs = 10,
	/** In Enum default */
	AudioEngine_dmx_tables_LCR_2_C = 11,
	/** In Enum default */
	AudioEngine_dmx_tables_LCR_2_LtRt = 12,
	/** In Enum default */
	AudioEngine_dmx_tables_LCR_2_LoRo_LRS_LRLsRs = 13,
	/** In Enum default */
	AudioEngine_dmx_tables_LCR_2_LCR_LCRS_LCRLsRs = 14,
	/** In Enum default */
	AudioEngine_dmx_tables_LRS_2_C = 15,
	/** In Enum default */
	AudioEngine_dmx_tables_LRS_2_LoRo_LCR = 16,
	/** In Enum default */
	AudioEngine_dmx_tables_LRS_2_LtRt = 17,
	/** In Enum default */
	AudioEngine_dmx_tables_LRS_2_LRS_LCRS = 18,
	/** In Enum default */
	AudioEngine_dmx_tables_LRS_2_LRLsRs_LCRLsRs = 19,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRS_2_C = 20,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRS_2_LtRt = 21,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRS_2_LoRo = 22,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRS_2_LRS = 23,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRS_2_LRLsRs = 24,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRS_2_LCR = 25,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRS_2_LCRS = 26,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRS_2_LCRLsRs = 27,
	/** In Enum default */
	AudioEngine_dmx_tables_LRLsRs_2_C = 28,
	/** In Enum default */
	AudioEngine_dmx_tables_LRLsRs_2_LoRo_LCR = 29,
	/** In Enum default */
	AudioEngine_dmx_tables_LRLsRs_2_LtRt = 30,
	/** In Enum default */
	AudioEngine_dmx_tables_LRLsRs_2_LRS_LCRS = 31,
	/** In Enum default */
	AudioEngine_dmx_tables_LRLsRs_2_LRLsRs_LCRLsRs = 32,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRLsRs_2_C = 33,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRLsRs_2_LtRt = 34,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRLsRs_2_LoRo = 35,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRLsRs_2_LRS = 36,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRLsRs_2_LRLsRs = 37,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRLsRs_2_LCR = 38,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRLsRs_2_LCRS = 39,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRLsRs_2_LCRLsRs = 40,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRLsRsLssRss_2_LoRo = 41,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRLsRsLssRss_2_LtRt = 42,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRLsRsLssRss_2_LCR = 43,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRLsRsLssRss_2_LRLsRs = 44,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRLsRsLssRss_2_LRLsRsLssRss = 45,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRLsRsLssRss_2_LCRLsRs = 46,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRLsRsLssRss_2_LCRLSRsLssRss = 47,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRLssRss_2_LoRo = 48,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRLssRss_2_LtRt = 49,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRLssRss_2_LCR = 50,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRLssRss_2_LRLsRs = 51,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRLssRss_2_LRLsRsLssRss = 52,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRLssRss_2_LCRLsRs = 53,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRLssRss_2_LCRLsRsLssRss = 54,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRLsRsLssRss_2_LCRLsRsCs = 55,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRLssRss_2_LCRLsRsCs = 56,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRLsRsCs_2_LoRo = 57,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRLsRsCs_2_LtRt = 58,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRLsRsCs_2_LCR = 59,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRLsRsCs_2_LRLsRs = 60,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRLsRsCs_2_LRLsRsLssRss = 61,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRLsRsCs_2_LCRLsRs = 62,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRLsRsCs_2_LCRLsRsLssRss = 63,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRLsRsCs_2_LCRLsRsCs = 64,
	/** In Enum default */
	AudioEngine_dmx_tables_LRLsRsLssRss_2_LoRo = 65,
	/** In Enum default */
	AudioEngine_dmx_tables_LRLsRsLssRss_2_LtRt = 66,
	/** In Enum default */
	AudioEngine_dmx_tables_LRLsRsLssRss_2_LRLsRs = 67,
	/** In Enum default */
	AudioEngine_dmx_tables_LRLsRsLssRss_2_LCRLsRsLssRss = 68,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRCs_2_LtRt = 69,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRCs_2_LoRo = 70,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRCs_2_LCRLsRsCs = 71,
	/** In Enum default */
	AudioEngine_dmx_tables_LCRCs_2_LCRLsRsLssRss = 72,
	/** In Enum default */
	AudioEngine_dmx_tables_LRLssRss_2_LtRt = 73,
	/** In Enum default */
	AudioEngine_dmx_tables_LRLssRss_2_LoRo = 74,
	/** In Enum default */
	AudioEngine_dmx_tables_LRLssRss_2_LCRLsRsLssRss = 75,
	/** In Enum default */
	AudioEngine_dmx_tables_LRLsRsCs_2_LtRt = 76,
	/** In Enum default */
	AudioEngine_dmx_tables_LRLsRsCs_2_LoRo = 77,
	/** In Enum default */
	AudioEngine_dmx_tables_LRLsRsCs_2_LCRLsRsCs = 78,
	/** In Enum default */
	AudioEngine_dmx_tables_LRLsRsCs_2_LCRLSRsLssRss = 79,
};

enum AudioChannelMask_type {
	Audio_Mask_Disable_All = 0,
	Audio_Mask_L = (1<<0),
	Audio_Mask_C = (1<<2),
	Audio_Mask_R = (1<<1),
	Audio_Mask_Ls = (1<<4),
	Audio_Mask_Rs = (1<<5),
	Audio_Mask_Lfe = (1<<3),
	Audio_Mask_Lb = (1<<6),
	Audio_Mask_Rb = (1<<7)
};

enum Ac3OutputChannels_type {
	Ac3_C = 0x01,
	Ac3_LR = 0x02,
	Ac3_LCR = 0x03,
	Ac3_LRS = 0x12,
	Ac3_LCRS = 0x13,
	Ac3_LRLsRs = 0x22,
	Ac3_LCRLsRs = 0x23
};

enum Ac3CompMode_type {
	CompMode_analog,
	CompMode_digital,
	CompMode_line_out,
	CompMode_RF
};

enum DtsOutputChannels_type {
	Dts_C = 0x01,
	Dts_LR = 0x02,
	Dts_LCR = 0x03,
	Dts_LRS = 0x12,
	Dts_LCRS = 0x13,
	Dts_LRLsRs = 0x22,
	Dts_LCRLsRs = 0x23
};

/* Fl = front left, Fr = front right, Fc = front center,
   Bl = back left,  Br = back right,  Bc = back center,
   Flc = front left of center, Frc = front right of center,
   Sl = side left, Sr = side right
   Lf = low frequency or subwoofer
 */
enum WmaproOutputChannels_type {
	Wmapro_1 = 0x10,	/* Wmapro_Fc */

	Wmapro_2 = 0x20,	/* Wmapro_FlFr */

	Wmapro_3 = 0x30,	/* Wmapro_FlFrFc */

	Wmapro_4 = 0x40,	/* Wmapro_FlFrFcBc */
	Wmapro_41 = 0x41,	/* Wmapro_FlFrBlBr */

	Wmapro_5 = 0x50,	/* Wmapro_FlFrFcSlSr */
	Wmapro_51 = 0x51,	/* Wmapro_FlFrFcBlBr */

	Wmapro_6 = 0x60,	/* Wmapro_FlFrFcLfSlSr */
	Wmapro_61 = 0x61,	/* Wmapro_FlFrFcLfBlBr */
	Wmapro_62 = 0x62,	/* Wmapro_FlFrFcBcSlSr */
	Wmapro_63 = 0x63,	/* Wmapro_FlFrFcBcBlBr */

	Wmapro_7 = 0x70,	/* Wmapro_FlFrFcLfBcSlSr */
	Wmapro_71 = 0x71,	/* Wmapro_FlFrFcLfBlBrBc */
	Wmapro_72 = 0x72,	/* Wmapro_FlFrFcBlBrSlSr */
	Wmapro_73 = 0x73,	/* Wmapro_FlFrFcBlBrFlcFrc */

	Wmapro_8 = 0x80,	/* Wmapro_FlFrFcLfBlBrSlSr */
	Wmapro_81 = 0x81	/* Wmapro_FlFrFcLfBlBrFlcFrc */
};
enum WmaproDynamicRangeControl_type {
	Drc_high,
	Drc_med,
	Drc_low,
};

enum PcmByteOrder {
	PCM_ORDER_MSBFIRST,
	PCM_ORDER_LSBFIRST,
};

enum LpcmVobChannelAssign_type {
	// according to C.1-2 table
	// number of chanels and channel assign are specified
	LpcmVob1_C = 0,        // 0x00

	LpcmVob2_LR,           // 0x01

	LpcmVob3_LfRfS,        // 0x02
	LpcmVob4_LfRfLsRs,     // 0x03
	LpcmVob3_LfRfLfe,      // 0x04
	LpcmVob4_LfRfLfeS,     // 0x05
	LpcmVob5_LfRfLfeLsRs,  // 0x06
	LpcmVob3_LfRfC,        // 0x07
	LpcmVob4_LfRfCS,       // 0x08
	LpcmVob5_LfRfCLsRs,    // 0x09
	LpcmVob4_LfRfCLfe,     // 0x0a
	LpcmVob5_LfRfCLfeS,    // 0x0b
	LpcmVob6_LfRfCLfeLsRs, // 0x0c

	LpcmVob5_LRLfRfS,      // 0x0d
	LpcmVob6_LRLfRfLsRs,   // 0x0e
	LpcmVob5_LRLfRfLfe,    // 0x0f
	LpcmVob6_LRLfRfLfeS,   // 0x10
	LpcmVob7_LRLfRfLfeLsRs,// 0x11

	LpcmVob5_LRLfRfC,      // 0x12
	LpcmVob6_LRLfRfCS,     // 0x13
	LpcmVob7_LRLfRfCLsRs,  // 0x14
	LpcmVob6_LRLfRfCLfe,   // 0x15
	LpcmVob7_LRLfRfCLfeS,  // 0x16
	LpcmVob8_LRLfRfCLfeLsRs,// 0x17
        LpcmVobVR_DualMono,    //0x18
};

enum LpcmAobChannelAssign_type {
	// according to C.1-1 table
	// 1st digit after LpcmAob represents nchannels GR1, 2nd digit = nchannels GR2
	LpcmAob10_C = 0,        // 0x00

	LpcmAob20_LR,           // 0x01
	LpcmAob21_LfRfS,        // 0x02
	LpcmAob22_LfRfLsRs,     // 0x03
	LpcmAob21_LfRfLfe,      // 0x04
	LpcmAob22_LfRfLfeS,     // 0x05
	LpcmAob23_LfRfLfeLsRs,  // 0x06
	LpcmAob21_LfRfC,        // 0x07
	LpcmAob22_LfRfCS,       // 0x08
	LpcmAob23_LfRfCLsRs,    // 0x09
	LpcmAob22_LfRfCLfe,     // 0x0a
	LpcmAob23_LfRfCLfeS,    // 0x0b
	LpcmAob24_LfRfCLfeLsRs, // 0x0c

	LpcmAob31_LfRfCS,       // 0x0d
	LpcmAob32_LfRfCLsRs,    // 0x0e
	LpcmAob31_LfRfCLfe,     // 0x0f
	LpcmAob32_LfRfCLfeS,    // 0x10
	LpcmAob33_LfRfCLfeLsRs, // 0x11

	LpcmAob41_LfRfLsRsLfe,  // 0x12
	LpcmAob41_LfRfLsRsC,    // 0x13
	LpcmAob42_LfRfLsRsCLfe, // 0x14