emhwlib_propertytypes.h

Sigma SMP8634 Mrua v. 2.8.2.0

	/** Select V2 pads as the input pins for the DispGraphicInput */
	RMbool GraphicInputV2;
};

/** Several options for the digital input and output ports */
struct DispDigitalOut_PadsControl_type {
	/** version of this struct. set to 1 */
	RMuint32 APIVersion;
	/** Member default */
	RMbool ModifyInvertClock;
	/** Member default */
	RMbool InvertClock;
	/** Member default */
	RMbool ModifyDDRdout;
	/** Member default */
	RMbool DDRdout;
	/** Member default */
	RMbool ModifyInvertCaptureClock;
	/** Member default */
	RMbool InvertCaptureClock;
	/** Member default */
	RMbool ModifyDelay;
	/** in pSec range 0 -> 6300 */
	RMuint32 Delay;
	/** Member default */
	RMbool ModifyVideoInputV2;
	/** Select V2 pads as the input pins for the DispVideoInput */
	RMbool VideoInputV2;
	/** Member default */
	RMbool ModifyGraphicInputV2;
	/** Select V2 pads as the input pins for the DispGraphicInput */
	RMbool GraphicInputV2;
	/** Member default */
	RMbool ModifySCARTControl;
	/** Member default range 0 -> 3 */
	RMuint32 SCARTControl;
	/** Member default */
	RMbool ModifyPadsLoop;
	/** Connects the digital output to the both inputs */
	RMbool PadsLoop;
};

/** struct Default */
struct DispDigitalOut_TimingResetMaster_type {
	/** Member default */
	RMuint32 ResetSourceID;
	/** Member default */
	RMuint32 DelayLines;
	/** Member default */
	RMuint32 DelayPixels;
};

/** struct Default */
struct DispDigitalOut_GPIOFieldID_type {
	/** number of the GPIO pin where to output the next field ID */
	RMuint32 GPIONumber;
	/** delay after vsync start in 27 MHz clocks, set to 0 to disable */
	RMuint32 Delay;
};

/** Retreive the xtal counter value at the time of each input and output vsync resp. frame start */
struct DispDigitalOut_VSyncTimes_type {
	/** Member default */
	RMVSyncXtal VSyncTime;
	/** Member default */
	RMVSyncXtal FrameTime;
};

/** struct Default */
struct DispMainAnalogOut_TimingResetMaster_type {
	/** Member default */
	RMuint32 ResetSourceID;
	/** Member default */
	RMuint32 DelayLines;
	/** Member default */
	RMuint32 DelayPixels;
};

/** struct Default */
struct DispComponentOut_TimingResetMaster_type {
	/** Member default */
	RMuint32 ResetSourceID;
	/** Member default */
	RMuint32 DelayLines;
	/** Member default */
	RMuint32 DelayPixels;
};

/** struct Default */
struct DemuxEngine_Microcode_type {
	/** Member default */
	RMuint32 MicrocodeVersion;
	/** Member default */
	RMuint32 Address;
};

/** struct Default */
struct MpegEngine_Microcode_type {
	/** Member default */
	RMuint32 MicrocodeVersion;
	/** Member default */
	RMuint32 Address;
};

/** struct Default */
struct MpegEngine_DecoderSharedMemory_type {
	/** DRAM shared by all decoders on the MpegEngine */
	RMuint32 Address;
	/** Member default */
	RMuint32 Size;
};

/** struct Default */
struct MpegEngine_SchedulerSharedMemory_type {
	/** DRAM used for task table */
	RMuint32 Address;
	/** Member default */
	RMuint32 Size;
};

/** connect/disconnect video/spu tasks to mpeg engine. */
struct MpegEngine_ConnectTask_type {
	/** Member default */
	RMbool connect;
	/**  */
	RMuint32 task_index;
};

/** struct Default */
struct VideoDecoder_Open_type {
	/** Member default */
	enum MPEG_Profile MPEGProfile;
	/** Member default */
	RMuint32 BitstreamFIFOSize;
	/** Member default */
	RMuint32 XferFIFOCount;
	/** Member default */
	RMuint32 CachedAddress;
	/** Member default */
	RMuint32 CachedSize;
	/** Member default */
	RMuint32 UncachedAddress;
	/** Member default */
	RMuint32 UncachedSize;
	/** index of DemuxProgram */
	RMuint32 DemuxProgramId;
	/** index of STC */
	RMuint32 TimerId;
};

/** Selects the type of video codec. The value should be supported by MPEG_profile selected at Open.@note The maximum codec value (MPEG4_HD) corresponds to the maximum DRAM reqirement. @li The video codec can be selected in stop mode and it should be followed by Init command. */
enum VideoDecoder_Codec_type {
	/** Selects video MPEG2_SD */
	VideoDecoder_Codec_MPEG2_SD = Profile_MPEG2_SD,
	/** Selects video MPEG2_DVD */
	VideoDecoder_Codec_MPEG2_DVD = Profile_MPEG2_DVD,
	/** Selects video MPEG2_HD */
	VideoDecoder_Codec_MPEG2_HD = Profile_MPEG2_HD,
	/** Selects video MPEG4_SD */
	VideoDecoder_Codec_MPEG4_SD = Profile_MPEG4_SD,
	/** Selects video MPEG4_SD_Padding */
	VideoDecoder_Codec_MPEG4_SD_Padding = Profile_MPEG4_SD_Padding,
	/** Selects video MPEG4_HD */
	VideoDecoder_Codec_MPEG4_HD = Profile_MPEG4_HD,
	/** Selects video MPEG4_HD_Padding */
	VideoDecoder_Codec_MPEG4_HD_Padding = Profile_MPEG4_HD_Padding,
	/** Selects video MPEG2_SD */
	VideoDecoder_Codec_MPEG2_SD_Packed = Profile_MPEG2_SD_Packed,
	/** Selects video MPEG2_DVD */
	VideoDecoder_Codec_MPEG2_DVD_Packed = Profile_MPEG2_DVD_Packed,
	/** Selects video MPEG2_HD */
	VideoDecoder_Codec_MPEG2_HD_Packed = Profile_MPEG2_HD_Packed,
	/** Selects video MPEG4_SD */
	VideoDecoder_Codec_MPEG4_SD_Packed = Profile_MPEG4_SD_Packed,
	/** Selects video MPEG4_HD */
	VideoDecoder_Codec_MPEG4_HD_Packed = Profile_MPEG4_HD_Packed,
	/** Selects video MPEG2_SD */
	VideoDecoder_Codec_MPEG2_SD_DeInt = Profile_MPEG2_SD_DeInt,
	/** Selects video MPEG2_DVD */
	VideoDecoder_Codec_MPEG2_DVD_DeInt = Profile_MPEG2_DVD_DeInt,
	/** Selects video MPEG2_HD */
	VideoDecoder_Codec_MPEG2_HD_DeInt = Profile_MPEG2_HD_DeInt,
	/** Selects video MPEG4_SD */
	VideoDecoder_Codec_MPEG4_SD_DeInt = Profile_MPEG4_SD_DeInt,
	/** Selects video MPEG4_SD_Padding */
	VideoDecoder_Codec_MPEG4_SD_DeInt_Padding = Profile_MPEG4_SD_DeInt_Padding,
	/** Selects video MPEG4_HD */
	VideoDecoder_Codec_MPEG4_HD_DeInt = Profile_MPEG4_HD_DeInt,
	/** Selects video MPEG4_HD_Padding */
	VideoDecoder_Codec_MPEG4_HD_DeInt_Padding = Profile_MPEG4_HD_DeInt_Padding,
	/** Selects video MPEG2_SD */
	VideoDecoder_Codec_MPEG2_SD_Packed_DeInt = Profile_MPEG2_SD_Packed_DeInt,
	/** Selects video MPEG2_DVD */
	VideoDecoder_Codec_MPEG2_DVD_Packed_DeInt = Profile_MPEG2_DVD_Packed_DeInt,
	/** Selects video MPEG2_HD */
	VideoDecoder_Codec_MPEG2_HD_Packed_DeInt = Profile_MPEG2_HD_Packed_DeInt,
	/** Selects video MPEG4_SD */
	VideoDecoder_Codec_MPEG4_SD_Packed_DeInt = Profile_MPEG4_SD_Packed_DeInt,
	/** Selects video MPEG4_HD */
	VideoDecoder_Codec_MPEG4_HD_Packed_DeInt = Profile_MPEG4_HD_Packed_DeInt,
	/** Selects video WMV_SD */
	VideoDecoder_Codec_WMV_SD = Profile_WMV_SD,
	/** Selects video WMV_816P */
	VideoDecoder_Codec_WMV_816P = Profile_WMV_816P,
	/** Selects video WMV_HD */
	VideoDecoder_Codec_WMV_HD = Profile_WMV_HD,
	/** Selects video DIVX3_SD */
	VideoDecoder_Codec_DIVX3_SD = Profile_DIVX3_SD,
	/** Selects video DIVX3_HD */
	VideoDecoder_Codec_DIVX3_HD = Profile_DIVX3_HD,
	/** Selects video DIVX3_SD */
	VideoDecoder_Codec_DIVX3_SD_Packed = Profile_DIVX3_SD_Packed,
	/** Selects video DIVX3_HD */
	VideoDecoder_Codec_DIVX3_HD_Packed = Profile_DIVX3_HD_Packed,
	/** Selects video H264_SD */
	VideoDecoder_Codec_H264_SD = Profile_H264_SD,
	/** Selects video H264_HD */
	VideoDecoder_Codec_H264_HD = Profile_H264_HD,
	/** Selects video H264_SD */
	VideoDecoder_Codec_H264_SD_DeInt = Profile_H264_SD_DeInt,
	/** Selects video H264_HD */
	VideoDecoder_Codec_H264_HD_DeInt = Profile_H264_HD_DeInt,
	/** Selects video VC1_SD */
	VideoDecoder_Codec_VC1_SD = Profile_VC1_SD,
	/** Selects video VC1_HD */
	VideoDecoder_Codec_VC1_HD = Profile_VC1_HD,
};

/** enum Default */
enum VideoDecoder_Command_type {
	/** In Enum default */
	VideoDecoder_Command_Uninit,
	/** results in state 'InitPending' and then state 'Stop' */
	VideoDecoder_Command_Init,
	/** In Enum default */
	VideoDecoder_Command_Stop,
	/** In Enum default */
	VideoDecoder_Command_PlayFwd,
	/** Play a GOP backward. Unsupported for now */
	VideoDecoder_Command_PlayBwd,
	/** Decode only I Frames.@note Forward/Backward playback of I frames is handled in the display */
	VideoDecoder_Command_PlayIFrame,
	/** In Enum default */
	VideoDecoder_Command_DecodeFwdToEvent,
};

/** enum Default */
enum VideoDecoder_State_type {
	/** In Enum default */
	VideoDecoder_State_Uninit,
	/** In Enum default */
	VideoDecoder_State_UninitPending,
	/** results in state 'Stop' */
	VideoDecoder_State_InitPending,
	/** In Enum default */
	VideoDecoder_State_Stop,
	/** In Enum default */
	VideoDecoder_State_StopPending,
	/** In Enum default */
	VideoDecoder_State_PlayFwd,
	/** In Enum default */
	VideoDecoder_State_PlayFwdPending,
	/** In Enum default */
	VideoDecoder_State_PlayBwd,
	/** In Enum default */
	VideoDecoder_State_PlayBwdPending,
	/** In Enum default */
	VideoDecoder_State_PlayIFrame,
	/** In Enum default */
	VideoDecoder_State_PlayIFramePending,
	/** In Enum default */
	VideoDecoder_State_DecodeFwdToEvent,
	/** In Enum default */
	VideoDecoder_State_DecodeFwdToEventPending,
};

/** struct Default */
struct VideoDecoder_VopInfo_type {
	/** Number of ticks per second, used only for mpeg4 video. The DSI packet has to parsed in order to obtain VopTimeIncrementResolution. */
	RMuint32 VopTimeIncrementResolution;
	/** Used only for mpeg4 video. If TRUE video will play at fixed rate = VopTimeIncrementResolution/FixedVopTimeIncrement */
	RMbool FixedVopRate;
	/** Used only for mpeg4 video. If TRUE video will play at fixed rate = VopTimeIncrementResolution/FixedVopTimeIncrement */
	RMuint32 FixedVopTimeIncrement;
};

/** struct Default */
struct VideoDecoder_VideoTimeScale_type {
	/** If TRUE, VideoTimeScale replaces the VopTimeIncrementResolution (from DSI or from user fixed rate). */
	RMbool enable;
	/** Number of ticks per second, defining the time stamp unit. Used only for mpeg4 video. For EM8620L only values of 16 bit are supported. */
	RMuint32 time_resolution;
};

/** struct Default */
struct VideoDecoder_WMV9VSProp_type {
	/** Member default */
	RMuint32 Sequence;
	/** Member default */
	RMuint16 Image_Width;
	/** Member default */
	RMuint16 Image_Height;
	/** Member default */
	RMuint16 MB_Width;
	/** Member default */
	RMuint16 MB_Height;
};

/** struct Default */
struct VideoDecoder_DIVX3VSProp_type {
	/** Member default */
	RMuint16 Image_Width;
	/** Member default */
	RMuint16 Image_Height;
};

/** force the color space of the video source */
struct VideoDecoder_ForceColorSpace_type {
	/** force or not the color space */
	RMbool Enable;
	/** color space to force */
	enum EMhwlibColorSpace ColorSpace;
};

/** struct Default */
struct VideoDecoder_OpenX_type {
	/**  */
	RMuint32 ProtectedFlags;
	/** input video stream data fifo */
	RMuint32 BitstreamFIFOSize;
	/** data fifo needed for decoder to dump the user data embedded in video stream */
	RMuint32 UserDataSize;
	/** total data size needed for decoder for picture buffers and context */
	RMuint32 DecoderDataSize;
	/** decoder context memory - to be calculated inside microcode and removed from interface */
	RMuint32 DecoderContextSize;
	/** number of buffers needed for deinterlacing, gfx access.  By default emhwlib reserves two extra buffers for display and vsync. In order to renounce to them negative numbers of -1, -2 are accepted. */
	RMint32 ExtraPictureBufferCount;
	/** Member default */
	RMuint32 XferFIFOCount;
	/** Member default */
	RMuint32 PtsFIFOCount;
	/** Member default */
	RMuint32 InbandFIFOCount;
	/** Member default */
	RMuint32 XtaskInbandFIFOCount;
	/** index of STC */
	RMuint32 STCId;
	/** index of Xtask module */
	RMuint32 XtaskId;
	/** Member default */
	RMuint32 PictureProtectedAddress;
	/** Member default */
	RMuint32 PictureProtectedSize;
	/** Member default */
	RMuint32 BitstreamProtectedAddress;
	/** Member default */
	RMuint32 BitstreamProtectedSize;
	/** Member default */
	RMuint32 UnprotectedAddress;
	/** Member default */
	RMuint32 UnprotectedSize;
};

/** struct Default */
struct VideoDecoder_AnchorErrPropagation_type {
	/**  */
	RMuint32 AnchorErrPropagationThreshold;
	/**  */
	RMuint32 AnchorErrPropagationLength;
};

/** Select and load the Audio DSP microcode. @note @li This property should be called only when the DSP is in stopped state.\n @li Use the ::RMAudioEnginePropertyID_MicrocodeDRAMSize  property followed by a call to ::RUAMalloc to allocate the memory specified by the Address parameter */
struct AudioEngine_Microcode_type {
	/** @li 1 == Audio microcode handling PCM, AC3, MPEG Layer 1, 2 and 3 (mp3) Audio codecs.@li 4 == XCRC 32 bit test microcode used to test DMA transfers, interrupt mechanisms... */
	RMuint32 MicrocodeVersion;
	/** DRAM location where mirocrocode overlays and data will be stored */
	RMuint32 Address;
};

/** Extended version of property SampleFrequency. @note SampleFrequency is the same as SampleFrequencyFromSource, with GeneratorNumber = 3, Source = 1 (XtalIn) at 27MHz and IntermediateFrequency = 148500000. */
struct AudioEngine_SampleFrequencyFromSource_type {
	/** Number of the PLL */
	RMuint32 GeneratorNumber;
	/** Sample frequency in Hz */
	RMuint32 SampleFrequency;
	/** Intermediate PLL output frequency. Needs to be 148500000 for AC3 decoding, should be multiple of SampleFrequency for others. */
	RMuint32 IntermediateFrequency;
	/** PLL clock source: 1=XtalIn, 2=VCXO0, 3=VCXO1, 4=RClkIn0, 5=RClkIn1, 6=Vi0In (GraphicInput), 7=Vi1In (VideoInput). */
	RMuint32 Source;
	/** nominal Frequency of the source (e.g. 27000000 for XtalIn) */
	RMuint32 SourceFrequency;
};

/** Set audio output channel FIFO volume.@li Increasing the audio volume above 0db may cause distortion (cropping) on the audio output depending on the audio source.@li This volume is the master output volume for the specified channel. Even though this volume will be applied to 2 audio decoders, there are currently no way to control the volume separately on these 2 decoders. */
struct AudioEngine_Volume_type {
	/** Defines the targeted output channel from 0 to (N-1) channels. range 0 -> 11 */
	RMuint32 Channel;
	/** Specifies the audio attenuation from +24db to -infinite. 0db is represented by Volume=0x10000000. Shifting this value by 1 bit on the left will increase the volume by 6db. Maximum gain is 0xFFFFFFFF ~=24db. Shifting the 0db value by 1 bit on the right will decrease the volume by 6db until the value reaches 0 (infinite, i.e. mute). @note @li Volume is a 4.28 fix point number. Volume = 0x10000000 * 2^(Gain/6), where Gain has unit dB. range 0 -> 0xFFFFFFFF */
	RMuint32 Volume;
};

/** Set audio output channel FIFO volume.@li Increasing the audio volume above 0db may cause distortion (cropping) on the audio output depending on the audio source.@li This volume is the master output volume for the specified channel. Even though this volume will be applied to 2 audio decoders, there are currently no way to control the volume separately on these 2 decoders. */
struct AudioEngine_Delay_type {
	/** Specifies the audio channel delay from 0 to 330 step=0.1 ms. range 0 -> 330 */
	RMuint32 Delay_ch0;
	/** Specifies the audio channel delay from 0 to 330 step=0.1 ms. range 0 -> 330 */
	RMuint32 Delay_ch1;
	/** Specifies the audio channel delay from 0 to 330 step=0.1 ms. range 0 -> 330 */
	RMuint32 Delay_ch2;
	/** Specifies the audio channel delay from 0 to 330 step=0.1 ms. range 0 -> 330 */
	RMuint32 Delay_ch3;
	/** Specifies the audio channel delay from 0 to 330 step=0.1 ms. range 0 -> 330 */
	RMuint32 Delay_ch4;
	/** Specifies the audio channel delay from 0 to 330 step=0.1 ms. range 0 -> 330 */
	RMuint32 Delay_ch5;
	/** Specifies the audio channel delay from 0 to 330 step=0.1 ms. range 0 -> 330 */
	RMuint32 Delay_ch6;
	/** Specifies the audio channel delay from 0 to 330 step=0.1 ms. range 0 -> 330 */
	RMuint32 Delay_ch7;