emhwlib_properties_4000.h

来自「SigmDesign SMP8634 media decode chip dev」· C头文件 代码 · 共 1,199 行 · 第 1/5 页

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/** The three multi-format scalers (VCR/CRT/GFX) are general-purpose scaling units which can accept all supported video and graphics data formats (except sub-picture). A 256x32 lookup table in each scaler supports color expansion in 1, 2, 4 and 8 bit/pixel input modes. Due to internal RAM size limitations, these scalers support a maximum of 1024 pixels/line in 32 bit/pixel modes, and a maximum of 2048 pixels/line in 16 (or less) bit/pixel modes. Each scaler processes the video stream in the YC domain, and implements 2-tap H and V-scalers with a scaling range of 0.25 to infinity. Additional downscaling is possible by employing a pre-downscaler before the 2-tap scalers. Each scaler can properly support the differing chrominance sample alignment of MPEG-1 versus MPEG-2. */
enum RMDispGFXMultiScalerPropertyID {
	RMDispGFXMultiScaler_unused = 0, 
};

/** The main mixer receives the picture streams from each of the eight sources.@n @image html DispMainMixer_Block.png "Main Mixer" @n Each incoming stream passes through a positioning block, which places the input picture at a specified horizontal and vertical position within the active display window. Within the mixer, the positioned streams are then sorted according to a programmable ordering. The highest priority (top layer) is always assigned to the hardware cursor. For each pixel, layer 5 is alpha-blended with layer 4, layer 6 is alpha-blended with the result, and layer 7 is alpha-blended to form the output pixel. If any pixel is transparent, the sort moves down the layer order until a non-transparent pixel is found. Thus the output pixel stream consists of the merged combination of the four highest priority non-transparent layers. The output of the main mixer is sent to the display routing block. @image html DispMainMixer_Position.png Position Block */
enum RMDispMainMixerPropertyID {
	/** DispMainMixer_LayerOrder_type, (R/W) @par 
		@note Only a maximum of 4 planes can be blended per pixel. A transparent pixel is not considered as alpha blended.@note Layer 7 is reserved for the Hardware Cursor */
	RMDispMainMixerPropertyID_LayerOrder = 6056,
};

/** Module Enum Default */
enum RMDispVCRMixerPropertyID {
	/** DispVCRMixer_LayerOrder_type, (R/W) @par 
		@note Only a maximum of 4 planes can be blended per pixel. A transparent pixel is not considered as alpha blended.@note Layer 7 is reserved for the Hardware Cursor */
	RMDispVCRMixerPropertyID_LayerOrder = 6065,
};

/** Module Enum Default */
enum RMDispColorBarsPropertyID {
	/** ::RMuint32, (R/W) @par 
		Enum Default; */
	RMDispColorBarsPropertyID_Intensity = 6066,
	/** ::enum EMhwlibColorBarsStandard, (R/W) @par 
		Enum Default; */
	RMDispColorBarsPropertyID_Standard = 6067,
};

/** Module Enum Default */
enum RMDispRoutingPropertyID {
	/** DispRouting_Route_type, (W) @par 
		Enum Default; */
	RMDispRoutingPropertyID_Route = 4031,
	/** DispRouting_Routing_type, (R) @par 
		Enum Default; */
	RMDispRoutingPropertyID_Routing = 4032,
};

/** Module Enum Default */
enum RMDispVideoInputPropertyID {
	/** DispVideoInput_DRAMSize_in_type and DispVideoInput_DRAMSize_out_type, (R/W Exchange) @par 
		Enum Default; */
	RMDispVideoInputPropertyID_DRAMSize = 4033,
	/** DispVideoInput_Open_type, (W) @par 
		Enum Default; */
	RMDispVideoInputPropertyID_Open = 4034,
	/** ::RMuint32, (W) @par 
		Enum Default; */
	RMDispVideoInputPropertyID_Close = 4035,
	/** ::RMuint32, (R/W) @par 
		Number of bits (8 or 16) on the video input. */
	RMDispVideoInputPropertyID_BusSize = 6069,
	/** DispVideoInput_InputFormat_type, (R/W) @par 
		Enum Default; */
	RMDispVideoInputPropertyID_InputFormat = 6070,
};

/** Module Enum Default */
enum RMDispGraphicInputPropertyID {
	/** DispGraphicInput_DRAMSize_in_type and DispGraphicInput_DRAMSize_out_type, (R/W Exchange) @par 
		Enum Default; */
	RMDispGraphicInputPropertyID_DRAMSize = 4040,
	/** DispGraphicInput_Open_type, (W) @par 
		Enum Default; */
	RMDispGraphicInputPropertyID_Open = 4041,
	/** ::RMuint32, (W) @par 
		Enum Default; */
	RMDispGraphicInputPropertyID_Close = 4042,
	/** DispGraphicInput_InputFormat_type, (R/W) @par 
		Subset for video input. For all features of graphics input, use Format property. */
	RMDispGraphicInputPropertyID_InputFormat = 6079,
	/** DispGraphicInput_OutputFormat_type, (R/W) @par 
		Specifies the output surface characteristics */
	RMDispGraphicInputPropertyID_OutputFormat = 6080,
	/** DispGraphicInput_KeyColor_type, (R/W) @par 
		Enum Default; */
	RMDispGraphicInputPropertyID_KeyColor = 6081,
	/** ::RMuint32, (R/W) @par 
		Routing source of the H- and V-Sync outputs. @note Allowed module IDs: @li DispGraphicInput @li DispDigitalOut @li DispMainAnalogOut @li DispComponentOut @li DispCompositeOut */
	RMDispGraphicInputPropertyID_SyncControlModuleID = 6082,
};

/** Module Enum Default */
enum RMDispDigitalOutPropertyID {
	/** ::enum EMhwlibDigitalTimingSignal, (R/W) @par 
		Enable CCIR 656 embedded sync signals. */
	RMDispDigitalOutPropertyID_TimingSignal = 6083,
	/** ::RMbool, (R/W) @par 
		Luma or RGB components are clipped between 16 and 235, chroma is clipped from 16 to 240, if active. */
	RMDispDigitalOutPropertyID_EnableClipping = 6084,
	/** DispDigitalOut_ClippingLevel_enum, (R/W) @par 
		Luma or RGB components are clipped between 16 and 235, chroma is clipped from 16 to 240, if active. */
	RMDispDigitalOutPropertyID_ClippingLevel = 6085,
	/** ::RMuint32, (R/W) @par 
		Number of bits (8, 16 or 24) on the digital output. */
	RMDispDigitalOutPropertyID_BusSize = 6086,
	/** ::RMbool, (R/W) @par 
		Define the YUV format following MPEG2 (0) specification or MPEG1 (1) specification */
	RMDispDigitalOutPropertyID_EnableMPEG1Chroma = 6087,
	/** ::enum EMhwlibColorOrder, (R/W) @par 
		Specify the order of the digital data to: @li 24 bit R-G-B (0) or R-B-G (1) @li 24 bit Cr-Y-Cb (0) or Cr-Cb-Y (1) @li 16 bit Y-CbCr (0) CbCr-Y (1) */
	RMDispDigitalOutPropertyID_ColorOrder = 6088,
	/** ::RMbool, (R/W) @par 
		Sets the DoubleRate feature of EM863x. If TRUE, each pixel will be sent twice, doubling the pixel clock and all horizontal timing values at the digital output pads. */
	RMDispDigitalOutPropertyID_DoubleRate = 6089,
	/** ::RMbool, (R/W) @par 
		If TRUE, Delays VSYNC by one pixel clock. */
	RMDispDigitalOutPropertyID_VSyncDelay1PixClk = 6184,
	/** ::RMbool, (R/W) @par 
		If TRUE, sets the field ID logic on the HSync trailing edge. */
	RMDispDigitalOutPropertyID_TrailingEdge = 6185,
	/** ::RMuint32, (R/W) @par 
		Routing source of the H- and V-Sync outputs. @note Allowed module IDs: @li DispDigitalOut @li DispMainAnalogOut @li DispComponentOut */
	RMDispDigitalOutPropertyID_SyncControlModuleID = 6090,
	/** ::RMbool, (R/W) @par 
		enables the data pad. */
	RMDispDigitalOutPropertyID_EnableDataPAD = 6091,
	/** ::RMbool, (R/W) @par 
		enables the sync pad. */
	RMDispDigitalOutPropertyID_EnableSyncPAD = 6092,
	/** ::RMbool, (R/W) @par 
		enables the vvld pad. */
	RMDispDigitalOutPropertyID_EnableVVLDPAD = 6093,
	/** DispDigitalOut_PadsConfig_type, (R/W) @par 
		Several output options - OBSOLETE, use PadsControl/QueryPadsControl instead! */
	RMDispDigitalOutPropertyID_PadsConfig = 6094,
	/** DispDigitalOut_InputPadsConfig_type, (R/W) @par 
		Several input options - OBSOLETE, use PadsControl/QueryPadsControl instead! */
	RMDispDigitalOutPropertyID_InputPadsConfig = 6095,
	/** DispDigitalOut_PadsControl_type, (W) @par 
		Several options for the digital input and output ports */
	RMDispDigitalOutPropertyID_PadsControl = 6202,
	/** DispDigitalOut_QueryPadsControl_in_type and DispDigitalOut_QueryPadsControl_out_type, (R/W Exchange) @par 
		Get the current state of several options for the digital input and output ports */
	RMDispDigitalOutPropertyID_QueryPadsControl = 6203,
	/** ::struct EMhwlibColorConversionMatrix, (R/W) @par 
		Colorimetry matrix : Output = [Mat] * Input + Cst */
	RMDispDigitalOutPropertyID_Matrix = 4043,
	/** ::RMbool, (R/W) @par 
		enable/disable Colorimetry matrix */
	RMDispDigitalOutPropertyID_EnableMatrix = 4044,
	/** DispDigitalOut_GPIOFieldID_type, (R/W) @par 
		Enum Default; */
	RMDispDigitalOutPropertyID_GPIOFieldID = 4047,
	/** ::RMpalette_8BPP, (R/W) @par 
		Enum Default; */
	RMDispDigitalOutPropertyID_GammaLut = 4048,
	/** ::RMbool, (R/W) @par 
		Enum Default; */
	RMDispDigitalOutPropertyID_EnableGammaCorrection = 4049,
	/** ::RMpalette_8BPP, (R/W) @par 
		Enum Default; */
	RMDispDigitalOutPropertyID_TemperatureLut = 4050,
	/** ::RMbool, (R/W) @par 
		Enum Default; */
	RMDispDigitalOutPropertyID_EnableTemperatureCorrection = 4051,
	/** ::void, (W) @par 
		Trigger an update of the xtal counter values for VSyncTimes. Need to be followed by a Validate call. */
	RMDispDigitalOutPropertyID_UpdateVSyncTimes = 6209,
	/** DispDigitalOut_VSyncTimes_type, (R) @par 
		Retreive the xtal counter value at the time of each input and output vsync resp. frame start */
	RMDispDigitalOutPropertyID_VSyncTimes = 6208,
};

/** Module Enum Default */
enum RMDispMainAnalogOutPropertyID {
	/** ::RMbool, (R/W) @par 
		Defines if the SD input signal is oversampled 2 times */
	RMDispMainAnalogOutPropertyID_EnableSDTVInput2xOversample = 6107,
	/** ::RMbool, (R/W) @par 
		Saves energy! */
	RMDispMainAnalogOutPropertyID_EnableSync = 6108,
	/** ::RMbool, (R/W) @par 
		Blackout the picture */
	RMDispMainAnalogOutPropertyID_EnablePicture = 6109,
	/** ::enum EMhwlibSharpnessControl, (R/W) @par 
		Sharpness/Notch filter allows to scale the luma amplitude around the chroma carrier frequency. A complete notch is performed by setting to 0 the luma amplitude around the chroma carrier frequency. Sharpness is done by amplifying luma amplitude on its high frequency (the high frequency is the chroma carrier frequency) */
	RMDispMainAnalogOutPropertyID_Sharpness = 6110,
	/** ::enum EMhwlibChromaFilter, (R/W) @par 
		Sets/Gets the Chroma filter */
	RMDispMainAnalogOutPropertyID_ChromaFilter = 6111,
	/** ::enum EMhwlibLumaFilter, (R/W) @par 
		Sets/Gets the Luma filter */
	RMDispMainAnalogOutPropertyID_LumaFilter = 6112,
	/** ::struct EMhwlibColorConversionMatrix, (R/W) @par 
		Colorimetry matrix : Output = [Mat] * Input + Cst */
	RMDispMainAnalogOutPropertyID_Matrix = 4052,
	/** ::RMbool, (R/W) @par 
		enable/disable Colorimetry matrix */
	RMDispMainAnalogOutPropertyID_EnableMatrix = 4053,
	/** ::struct EMhwlibColorConversionMatrix, (R/W) @par 
		Colorimetry matrix for CVBS/S-Video part of light display block: Output = [Mat] * Input + Cst */
	RMDispMainAnalogOutPropertyID_MatrixCVBS = 4054,
	/** ::RMbool, (R/W) @par 
		enable/disable Colorimetry matrix */
	RMDispMainAnalogOutPropertyID_EnableMatrixCVBS = 4055,
	/** ::enum EMhwlibColorSpace, (R/W) @par 
		Enum Default; */
	RMDispMainAnalogOutPropertyID_ColorSpaceCVBS = 6113,
};

/** Module Enum Default */
enum RMDispComponentOutPropertyID {
	/** ::RMbool, (R/W) @par 
		Defines if the SD input signal is oversampled 2 times */
	RMDispComponentOutPropertyID_EnableSDTVInput2xOversample = 6114,
	/** ::RMbool, (R/W) @par 
		Saves energy! */
	RMDispComponentOutPropertyID_EnableSync = 6115,
	/** ::RMbool, (R/W) @par 
		Blackout the picture */
	RMDispComponentOutPropertyID_EnablePicture = 6116,
	/** ::enum EMhwlibChromaFilter, (R/W) @par 
		Sets/Gets the Chroma filter */
	RMDispComponentOutPropertyID_ChromaFilter = 6117,
	/** ::enum EMhwlibLumaFilter, (R/W) @par 
		Sets/Gets the Luma filter */
	RMDispComponentOutPropertyID_LumaFilter = 6118,
	/** ::struct EMhwlibColorConversionMatrix, (R/W) @par 
		Colorimetry matrix : Output = [Mat] * Input + Cst */
	RMDispComponentOutPropertyID_Matrix = 4061,
	/** ::RMbool, (R/W) @par 
		enable/disable Colorimetry matrix */
	RMDispComponentOutPropertyID_EnableMatrix = 4062,
};

/** Module Enum Default */
enum RMDispCompositeOutPropertyID {
	/** ::RMbool, (R/W) @par 
		Defines if the SD input signal is oversampled 2 times */
	RMDispCompositeOutPropertyID_EnableSDTVInput2xOversample = 6119,
	/** ::RMbool, (R/W) @par 
		Saves energy! */
	RMDispCompositeOutPropertyID_EnableSync = 6120,
	/** ::RMbool, (R/W) @par 
		Blackout the picture */
	RMDispCompositeOutPropertyID_EnablePicture = 6121,