/** * @file hv_mw_PQ.h * @brief Header file of dpu module. * * @verbatim * ============================================================================== * ##### How to use ##### * ============================================================================== * (+) Use hv_mw_PQ(...) as a function handle. * * @endverbatim * * @author HiView SoC Software Team * @version 1.0.0 * @date 2022-08-10 */ #ifndef __SDK_MIDDLEWARE_VIDEO_INC_PQ_H__ #define __SDK_MIDDLEWARE_VIDEO_INC_PQ_H__ #include "Common/hv_comm_DataType.h" #include "hv_comm_Define.h" #include "hv_comm_PqDef.h" #if (HV_PROJECT_CONFIG_PQ_DATABASEWREN == HV_CONFIG_ON) #define HV_PQ_DATABASE_SET(module, param, value) HV_COMMON_DATABASE_SET(module, param, value) #else #define HV_PQ_DATABASE_SET(module, param, value) \ ({\ \ }) #endif #define HV_PQ_DATABASE_GET(module, param) HV_COMMON_DATABASE_GET(module, param) typedef struct _DispCtrlCfg { const UINT32 *puiFrameDetThd; const UINT32 *puiGammaVrrLut; const UINT32 *puiODLut0; const UINT32 *puiODLut1; const UINT32 *puiDemuraLut; UINT32 uiDemuraLutLen; }DispCtrlCfg; /** * @brief bypass all PQ Module. * @param[in] bBypass, status of PQ bypass * @return VOID */ VOID Hv_Mw_PQ_PQBypass(BOOL bBypass); /** * @brief PQ common reg Init. * @param[in] puiBaseRegAddr:address of Init bin; * @param[in] uiLen:address of Init bin; * @return None. */ VOID Hv_Mw_PQ_DpuPQ_CommonRegInit(const UINT32 *puiBaseRegAddr, UINT32 uiLen); /** * @brief CM reg Init. * @param[in] puiCmAddr:address of CM Init bin; * @param[in] uiLen:address of Init bin; * @return Stauts, 0-HV_SUCCESS, 1-HV_FAILURE. */ Status Hv_Mw_PQ_CMInit(const UINT32 *puiCmAddr, UINT32 uiLen); /** * @brief CM Lut Init. * @param[in] puiCmLutAddr:default address of CM lut; * @param[in] puiCmLutAddr2:current address of CM lut; * @return Status, 0-HV_SUCCESS, 1-HV_FAILURE. */ Status Hv_Mw_PQ_CMLutInit(const UINT32 *puiCmLutAddr, UINT32 *puiCmLutAddr2); /** * @brief CM Enable. * @param[in] bEn:status of CM enable; * @return VOID */ VOID Hv_Mw_PQ_CMEnable(BOOL bEn); /** * @brief CM setting hue. * @param[in] ucCmMod:module of CM(R,G,B,C,M,Y); * @param[in] ucCmHue:value of hue setting; * @return VOID */ VOID Hv_Mw_PQ_CMSetHue(CmColorType enCmMod, UCHAR8 ucCmHue); /** * @brief CM setting saturation. * @param[in] ucCmMod:module of CM(R,G,B,C,M,Y); * @param[in] ucSat:value of sat setting; * @return VOID */ VOID Hv_Mw_PQ_CMSetSat(CmColorType enCmMod, UCHAR8 ucSat); /** * @brief CM setting luminance. * @param[in] ucCmMod:module of CM(R,G,B,C,M,Y); * @param[in] ucLum:value of lum setting; * @return VOID */ VOID Hv_Mw_PQ_CMSetLum(CmColorType enCmdMod, UCHAR8 ucLum); /** * @brief CM getting hue. * @param[in] ucCmMod:module of CM(R,G,B,C,M,Y); * @return value of hue. */ UCHAR8 Hv_Mw_PQ_CMGetHue(CmColorType enCmMod); /** * @brief CM getting saturation. * @param[in] ucCmMod:module of CM(R,G,B,C,M,Y); * @return value of saturation. */ UCHAR8 Hv_Mw_PQ_CMGetSat(CmColorType enCmMod); /** * @brief CM getting luminance. * @param[in] ucCmMod:module of CM(R,G,B,C,M,Y); * @return value of luminance. */ UCHAR8 Hv_Mw_PQ_CMGetLum(CmColorType enCmMod); /** * @brief CM64��for CM debug by tool�� setting all parameters. * @param[in] None; * @return VOID */ VOID Hv_Mw_PQ_CM64SetAll(VOID); /** * @brief CM64��for CM debug by tool��setting hue. * @param[in] ucIndex:index of hue(0-63); * @return VOID */ VOID Hv_Mw_PQ_CM64AxisSetHue(UCHAR8 ucIndex); /** * @brief CM64��for CM debug by tool��setting luminance. * @param[in] ucIndex:index of lum(0-63); * @return VOID */ VOID Hv_Mw_PQ_CM64AxisSetLum(UCHAR8 ucIndex); /** * @brief CM64��for CM debug by tool��setting saturation. * @param[in] ucIndex:index of sat(0-63); * @return VOID */ VOID Hv_Mw_PQ_CM64AxisSetSat(UCHAR8 ucIndex); /** * @brief CM64��for CM debug by tool��getting saturation. * @param[in] ucIndex:index of sat(0-63); * @return value of sat. */ UCHAR8 Hv_Mw_PQ_Cm64AxisGetSat(UCHAR8 ucIndex); /** * @brief CM64��for CM debug by tool��getting luminance. * @param[in] ucIndex:index of lum(0-63); * @return value of lum. */ UCHAR8 Hv_Mw_PQ_Cm64AxisGetLum(UCHAR8 ucIndex); /** * @brief CM64��for CM debug by tool��getting hue. * @param[in] ucIndex:index of hue(0-63); * @return value of hue. */ UCHAR8 Hv_Mw_PQ_Cm64AxisGetHue(UCHAR8 ucIndex); /** * @brief CSC Init. * @param[in] puiCscAddr:address of Csc Init bin; * @param[in] uiLen:address of Init bin; * @return Status, 0-HV_SUCCESS, 1-HV_FAILURE. */ Status Hv_Mw_PQ_CscInit(const UINT32 *puiCscAddr, UINT32 uiLen); /** * @brief CSC config address. * @param[in] puiMainCscHdb:address of Csc main config; * @param[in] puiSubCscHdb:address of Csc sub config; * @return VOID */ VOID Hv_Mw_PQ_CscConfigAddr(const UINT32 *puiMainCscHdb, const UINT32 *puiSubCscHdb); /** * @brief gamma Init. * @param[in] auiGammabin:address of gamma Init bin; * @param[in] uiLen:address of Init bin; * @return Status, 0-HV_SUCCESS, 1-HV_FAILURE. */ Status Hv_Mw_PQ_GammaInit(const UINT32 *puiGammabin, UINT32 uiLen); /** * @brief gamma Lut Init. * @param[in] auiGammalut:default address of gamma lut; * @return Status, 0-HV_SUCCESS, 1-HV_FAILURE. */ Status Hv_Mw_PQ_GammaLutInit(const UINT32 *puiGammalut); /** * @brief osd gamma Lut Init. * @param[in] puiOsdGmiAddr:default address of gamma lut; * @param[in] puiOsdGmdAddr:default address of gamma lut; * @return Status, 0-HV_SUCCESS, 1-HV_FAILURE. */ Status Hv_Mw_PQ_OsdGammaLutInit(const UINT32 *puiOsdGmiAddr, const UINT32 *puiOsdGmdAddr); /** * @brief Set different Gamma * @param[in] ucGammaIndex: index of Gamma lut to be set * @return VOID */ VOID Hv_Mw_PQ_SetGamma(UCHAR8 ucGammaIndex); /** * @brief Set gamma lut. * @param[in] pucGamma:address of gamma lut; * @param[in] usTableSize:size of gamma lut; * @return VOID */ VOID Hv_Mw_PQ_SetGammaLut(UCHAR8 *pucGamma, USHORT16 usTableSize); /** * @brief sharpness Init. * @param[in] puiSharpnessbin:address of sharpness Init bin; * @param[in] uiLen:address of Init bin; * @param[in] puiSharpnessParam:address of sharpness cfg bin; * @return Status, 0-HV_SUCCESS, 1-HV_FAILURE. */ Status Hv_Mw_PQ_SharpnessInit(const UINT32 *puiSharpnessbin, UINT32 uiLen, const UINT32 *puiSharpnessParam); /** * @brief Sharpness Setting * @param[in] value of Sharpness * @return VOID */ VOID Hv_Mw_PQ_SetSharpness(UCHAR8 ucSharpness); /** * @brief sharpness Enable. * @param[in] bEn:status of sharpness enable; * @return VOID */ VOID Hv_Mw_PQ_SharpnessEnable(BOOL bEn); /** * @brief local dimming Init. * @param[in] puiLdcAddr:address of ldc Init bin; * @param[in] uiLen:address of Init bin; * @return Status, 0-HV_SUCCESS, 1-HV_FAILURE. */ Status Hv_Mw_PQ_LdcInit(const UINT32 *puiLdcAddr, UINT32 uiLen); /** * @brief local dimming Lut Init. * @param[in] puiLdcLutAddr:default address of ldc lut; * @param[in] puiBlAddr:address backlight; * @return Status, 0-HV_SUCCESS, 1-HV_FAILURE. */ Status Hv_Mw_PQ_LdcLutInit(const UINT32 *puiLdcLutAddr, UINT32 *puiBlAddr); /** * @brief LocalDimming bypass * @param[in] bypass:status of ldc bypass * @return VOID */ VOID Hv_Mw_PQ_SetLdBypass(BOOL bLdBypass); /** * @brief LocalDimming blend pwm * @param[in] uiPwm:value of pwm * @return VOID */ VOID Hv_Mw_PQ_LdcPwmBlend(UINT32 uiPwm); /** * @brief set address of three mode lut * @param[in] pusLdcModeLutBaseAddr:default address of ldc mode lut; * @return VOID */ VOID Hv_Mw_PQ_LdcSetModeLutAddr(const USHORT16 *pusLdcModeLutBaseAddr); /** * @brief LocalDimming setting mode * @param[in] ucLdcModeIndx:value of mode * @param[in] usMaxWeightVal max weight value * @return VOID */ VOID Hv_Mw_PQ_LdcSetMode(UCHAR8 ucLdcModeIndex, USHORT16 usMaxWeightVal); /** * @brief get global average brightness * @param[in] None * @return value of average brightness */ UINT32 Hv_Mw_PQ_LDCGetGlobalAvgBright(VOID); /** * @brief get global max brightness * @param[in] None * @return value of max brightness */ UINT32 Hv_Mw_PQ_LDCGetGlobalMaxBright(VOID); /** * @brief Max Backlight setting * @param[in] value of Backlight * @return VOID */ VOID Hv_Mw_PQ_SetMaxBl(UCHAR8 ucMaxBl); /** * @brief get ldim address of wdma * @param[in] ucBlBufId id of dma buffer * @return address of wdma. */ UINT32 Hv_Mw_PQ_GetLdimBlBufAddr(UCHAR8 ucBlBufId); /** * @brief get Kspi address of rdma * @param[in] None * @return address of rdma. */ UINT32 Hv_Mw_PQ_GetKspiRdmaAddr(VOID); /** * @brief set Kspi demo mode * @param[in] ucDemoMode demo mode of Kspi * @return VOID */ VOID Hv_Mw_PQ_SetKspiDemoMode(UCHAR8 ucDemoMode); /** * @brief set Kspi demo data * @param[in] usDemoData demo data of Kspi * @return VOID */ VOID Hv_Mw_PQ_SetKspiDemoData(USHORT16 usDemoData); /** * @brief set Kspi data length * @param[in] usDataLen length of Kspi data * @return VOID */ VOID Hv_Mw_PQ_SetKspiDataLen(USHORT16 usDataLen); /** * @brief set Kspi header * @param[in] ucCh channel of spi * @param[in] ucHeaderNum number of header * @param[in] pusHeadrData point of head data * @return VOID */ VOID Hv_Mw_PQ_SetKspiHeader(UCHAR8 ucCh, UCHAR8 ucHeaderNum, USHORT16 *pusHeadrData); /** * @brief set Kspi tail * @param[in] ucCh channel of spi * @param[in] ucTailNum number of tail * @param[in] pusTailData point of tail data * @return VOID */ VOID Hv_Mw_PQ_SetKspiTail(UCHAR8 ucCh, UCHAR8 ucTailNum, USHORT16 *pusTailData); /** * @brief Kspi hard crc enable * @param[in] ucHardCrcEn enable of hard crc * @return VOID */ VOID Hv_Mw_PQ_KspiHardCrcEn(UCHAR8 ucHardCrcEn); /** * @brief Kspi software mode enable * @param[in] ucSwModeEn enable of software mode * @return VOID */ VOID Hv_Mw_PQ_KspiSwModeEn(UCHAR8 ucSwModeEn); /** * @brief global contrast Init. * @param[in] puiGcAddr:address of ldc init bin; * @param[in] uiLen:length of ldc init bin; * @return Status, 0-HV_SUCCESS, 1-HV_FAILURE. */ Status Hv_Mw_PQ_GcInit(const UINT32 *puiGcAddr, UINT32 uiLen); /** * @brief global contrast Lut Init. * @param[in] puiGcLutAddr:default address of gc lut; * @param[in] puiGcLutAddr1:current address of gc lut; * @return Status, 0-HV_SUCCESS, 1-HV_FAILURE. */ Status Hv_Mw_PQ_GcLutInit(const UINT32 *puiGcLutAddr, UINT32 *puiGcLutAddr1); /** * @brief global contrast mode setting. * @param[in] ucGcMode:gc mode; * @param[in] ucCurBlkSta:; * @return VOID */ VOID Hv_Mw_PQ_GcModeSwitch(UCHAR8 ucGcMode, UCHAR8 ucCurBlkSta); /** * @brief GC Enable. * @param[in] bEn:status of GC enable; * @return VOID */ VOID Hv_Mw_PQ_GCEnable(BOOL bEn); /** * @brief set gc DarkStabilizer direction. * @param[in] ucDir:direction of DarkStabilizer; * @return VOID */ VOID Hv_Mw_PQ_GCSetDarkStaDir(UCHAR8 ucDir); /** * @brief HDR Init. * @param[in] puiHdrAddr1:address of ldc init bin; * @param[in] ucHdrIdx:channel of HDR; * @return Status, 0-HV_SUCCESS, 1-HV_FAILURE. */ Status Hv_Mw_PQ_HdrInit(const UINT32 *puiHdrAddr1, UCHAR8 ucHdrIdx); /** * @brief Get HDR Enable Flag * @param[in] ucCh:channel of HDR; * @return Hdr Enable Status */ VOID Hv_Mw_PQ_SetHDREnableFlag(UCHAR8 ucCh, UCHAR8 ucHDREn); /** * @brief Get HDR Enable. * @param[in] ucCh:channel of HDR; * @return Hdr Enable Status */ UCHAR8 Hv_Mw_PQ_GetHDREnable(UCHAR8 ucCh); /** * @brief HDR Enable. * @param[in] ucCh:channel of HDR; * @param[in] ucHDREn:status of HDR enable; * @return VOID */ VOID Hv_Mw_PQ_HDREnable(UCHAR8 ucCh, UCHAR8 ucHDREn); /** * @brief set HDR mode. * @param[in] ucCh:id of channel; * @param[in] ucHdrModel:HDR mode; * @param[in] pstHdrParam:HdrParam; * @return VOID */ VOID Hv_Mw_PQ_SetHdrMode(UCHAR8 ucCh, UCHAR8 ucHdrModel, const HDRParam* pstHdrParam); /** * @brief Hdr Tonemapping Init * @param[in] ucMapType:Mapping Type * @param[in] uiMapLutAddr:Lut Addr if Type is Lut * @return VOID */ VOID Hv_Mw_PQ_HdrSetMappingInit(UCHAR8 ucMapType, UINT32 uiMapLutAddr); /** * @brief set GetRGB * @param[in] ucPstX:position x; * @param[in] ucPstY:position x; * @param[in] pucRed:red info; * @param[in] pucGreen:green info; * @param[in] pucBlue:blue info; * @return VOID */ VOID Hv_Mw_PQ_GetBlkAvg(USHORT16 ucPstX, USHORT16 ucPstY, UCHAR8 *pucRed, UCHAR8 *pucGreen, UCHAR8 *pucBlue); /** * @brief wcg Init. * @param[in] puiWcgAddr:address of wcg init bin; * @param[in] uiLen:length of wcg init bin; * @return Status, 0-HV_SUCCESS, 1-HV_FAILURE. */ Status Hv_Mw_PQ_WcgInit(const UINT32 *puiWcgAddr, UINT32 uiLen); /** * @brief wcg Enable. * @param[in] ucWcgEn:status of wcg enable; * @return VOID */ VOID Hv_Mw_PQ_WcgEnable(UCHAR8 ucWcgEn); /** * @brief wcg Lut Init. * @param[in] puiGmiAddr:default address of gmi lut; * @param[in] puiRgbAddr:current address of rgb lut; * @param[in] puiGmdAddr:default address of gmd lut; * @return Status, 0-HV_SUCCESS, 1-HV_FAILURE. */ Status Hv_Mw_PQ_WcgLutInit(const UINT32 *puiGmiAddr, const UINT32 *puiRgbAddr, const UINT32 *puiGmdAddr); /** * @brief load wcg rgb Lut. * @param[in] puiRgbAddr:address of wcg rgb lut; * @return VOID */ VOID Hv_Mw_PQ_LoadWCGLUT(const UINT32 *puiRgbAddr); /** * @brief Enable WCG cm func. * @param[in] None; * @return None. */ VOID Hv_Mw_PQ_SetWCGLutEnable(VOID); /** * @brief Enable Gamut setting * @param[in] Index of Gamut * @return None */ VOID Hv_Mw_PQ_SetGamutEnable(VOID); /** * @brief Gamut settting * @param[in] psGamut paras of Gamut * @return None */ VOID Hv_Mw_PQ_SetGamutParam(const GamutSet *psGamut); /** * @brief Gamut offset settting * @param[in] psGamut paras of Gamut * @return None */ VOID Hv_Mw_PQ_SetGamutOffset(const GamutOffset *pstOffset); /** * @brief setting native Gamut * @param[in] psGamut paras of Gamut * @return VOID */ VOID Hv_Mw_PQ_SetGamutNative(); /** * @brief setting Gamut in factory mode * @param[in] stGamut paras of Gamut * @return VOID */ VOID Hv_Mw_PQ_SetGamutFac(GamutSet *stGamut); /** * @brief Contrast set * @param[in] ucCh:id of channel * @param[in] uiContrast:value of contrast * @return VOID */ VOID Hv_Mw_PQ_SetContrast(UCHAR8 ucCh, UINT32 uiContrast); /** * @brief RGB Gain settting in factory mode * @param[in] ucCh id of channel * @param[in] Value of R,G,B Gain * @return VOID */ VOID Hv_Mw_PQ_SetRGBGainFac(UCHAR8 ucCh, USHORT16 usRed, USHORT16 usGreen, USHORT16 usBlue); /** * @brief RGB Gain settting * @param[in] ucCh id of channel * @param[in] Value of R,G,B Gain * @return VOID */ VOID Hv_Mw_PQ_SetRGBGain(UCHAR8 ucCh, USHORT16 usRed, USHORT16 usGreen, USHORT16 usBlue); /** * @brief RGB offset settting * @param[in] ucCh id of channel * @param[in] Value of R,G,B offset * @return VOID */ VOID Hv_Mw_PQ_SetRGBOffset(UCHAR8 ucCh, USHORT16 usRed, USHORT16 usGreen, USHORT16 usBlue); /** * @brief get R Gain * @param[in] None * @return value of R Gain. */ UCHAR8 Hv_Mw_PQ_GetRGain(VOID); /** * @brief get Green Gain * @param[in] None * @return value of Green Gain. */ UCHAR8 Hv_Mw_PQ_GetGGain(VOID); /** * @brief get blue Gain * @param[in] None * @return value of blue Gain. */ UCHAR8 Hv_Mw_PQ_GetBGain(VOID); /** * @brief Black Level set * @param[in] ucCh id of channel * @param[in] ucBlackLevel value of BlackLevel * @return VOID */ VOID Hv_Mw_PQ_SetBlackLevel(UCHAR8 ucCh, USHORT16 usBlackLevel); /** * @brief Saturation set * @param[in] ucCh id of channel * @param[in] ucSaturation value of ucSaturation * @return VOID */ VOID Hv_Mw_PQ_SetSaturation(UCHAR8 ucCh, UCHAR8 ucSaturation); /** * @brief Hue set * @param[in] ucCh id of channel * @param[in] ucHue value of ucHue * @return VOID */ VOID Hv_Mw_PQ_SetHue(UCHAR8 ucCh, UCHAR8 ucHue); /** * @brief BrightRange set * @param[in] ucCh id of channel * @param[in] enRange value of BrightRange * @return VOID */ VOID Hv_Mw_PQ_SetBrightRange(UCHAR8 ucCh, PQBrightRange enRange); /** * @brief ColorSpace set * @param[in] ucCh id of channel * @param[in] enColorSpace value of colorSpace * @return VOID */ VOID Hv_Mw_PQ_SetColorSpace(UCHAR8 ucCh, PQColorSpace enColorSpace); /** * @brief get Saturation * @param[in] None * @return value of saturation. */ UCHAR8 Hv_Mw_PQ_GetSaturation(VOID); /** * @brief get Contrast from Database * @param[in] None * @return value of contrast. */ UCHAR8 Hv_Mw_PQ_GetContrastDB(VOID); /** * @brief get Hue * @param[in] None * @return value of hue. */ UCHAR8 Hv_Mw_PQ_GetHue(VOID); /** * @brief scaler Lut Init. * @param[in] puiScalerAddr:address of scaler lut; * @return Status , 0-HV_SUCCESS, 1-HV_FAILURE. */ Status Hv_Mw_PQ_ScalerUpLutInit(const UINT32 *puiScalerAddr); /** * @brief dither Init. * @param[in] puiDitherAddr:address of dither init bin; * @param[in] uiLen:length of puiDitherAddr; * @return Status, 0-HV_SUCCESS, 1-HV_FAILURE. */ Status Hv_Mw_PQ_DitherInit(const UINT32 *puiDitherAddr, UINT32 uiLen); /** * @brief Brightness set * @param[in] usBrightness value of Brightness * @return VOID */ VOID Hv_Mw_PQ_SetBrightness(USHORT16 usBrightness); /** * @brief switch HDR and SDR * @param[in] uiValue status of HDR * @return VOID */ VOID Hv_Mw_PQ_SetHdrSwitch(UINT32 uiValue); /** * @brief set PQ dma latch mode (active when vsync isr) * @param[in] None * @return None. */ VOID Hv_Mw_PQ_DmaSetlatch(VOID); /** * @brief PQ dma workaround * @param[in] None * @return None. */ VOID Hv_Mw_PQ_DmaWorkaround(VOID); /** * @brief set PWM duty * @param[in] usHigh value of PWM * @return VOID */ VOID Hv_Mw_PQ_SetPwmDuty(USHORT16 usHigh); /** * @brief Get dynamic backlight PWM * @param[in] None * @return value of PWM */ UCHAR8 Hv_Mw_PQ_GetPicPWM(VOID); /** * @brief Display Control module init, includes od,gamma,framerate det,... * @param[in] pstDispCtlCfg - config display ctrl lut addr * @return Status, 0-HV_SUCCESS, 1-HV_FAILURE. */ Status Hv_Mw_PQ_DispCtrlInit(const DispCtrlCfg *pstDispCtlCfg); /** * @brief Set display control od level. * @param[in] ucODLevel, 0 always is off. * @return VOID */ VOID Hv_Mw_PQ_SetODLevel(UCHAR8 ucODLevel); /** * @brief Only write OD table * @param[in] pucOdTable Pointer of od lut table. * @param[in] usTableSize Length of od lut table. * @param[in] ucWhichLut Indicates lut0 or lut1. * @return Status, 0-HV_SUCCESS, 1-HV_FAILURE. */ Status Hv_Mw_PQ_SetODTable(UCHAR8 *pucOdTable, USHORT16 usTableSize, UCHAR8 ucWhichLut); /** * @brief 给OSD使用的接口，由OSD自行决定是否要关闭OD。 * @detail因为OSD Rotation与OD公用DDR，所以在打开OSD时需要关闭OD。 * OSD开----需要关闭OD----Y---->置标志&关OD(此时调整OD选项并不能立即看到效果)------>退出OSD时根据菜单中选项来恢复OD * |--------N---->无需控制OD(此时调整OD选项能立即看到效果，在调整OD菜单选项时要判断OD是否受OSD控制了) * @param[in] bControl, HV_TRUE-OSD关闭OD, HV_FALSE-OSD恢复OD * @return None */ VOID Hv_Mw_PQ_OsdControlOdOff(BOOL bControl); /** * @brief set Gamma level * @param[in] ucGammaLevel * @return VOID */ VOID Hv_Mw_PQ_SetGammaLevel(UCHAR8 ucGammaLevel); /** * @brief set OSD gamma level * @param[in] ucGammaLevel * @return VOID */ VOID Hv_Mw_PQ_SetOsdGammaLevel(UCHAR8 ucGammaLevel); /** * @brief set Demura level * @param[in] ucDemuraLevel * @return VOID */ VOID Hv_Mw_PQ_SetDemuraLevel(UCHAR8 ucDemuraLevel); UCHAR8 Hv_Mw_PQ_GetDemuraCrcFlag(void); /** * @brief Get dynamic backlight * @param[in] None * @return Status of DynamicBL */ UCHAR8 Hv_Mw_PQ_GetDynamicBLEn(); /** * @brief enable dynamic backlight * @param[in] ucEn:status of enable * @return VOID */ VOID Hv_Mw_PQ_DynamicBLEn(UCHAR8 ucEn); /** * @brief get HDR pattern information * @param[in] None * @return info of HDR pattern. */ UCHAR8 Hv_Mw_PQ_GetPattern(); #if (HV_PROJECT_CONFIG_AMBILIGHT == HV_CONFIG_ON) /** * @brief init of crosshair * @param[in] None * @return None. */ VOID Hv_Mw_PQ_CrosshairInit(VOID); /** * @brief Enable crosshair * @param[in] bEnable:enable status of crosshair * @return None. */ VOID Hv_Mw_PQ_CrosshairEnable(BOOL bEnable); /** * @brief set crosshair area * @param[in] pstArea:position info of crosshair * @return None. */ VOID Hv_Mw_PQ_CrosshairSetArea(CrosshairArea *pstArea); /** * @brief get crosshair color info * @param[in] pstValue:color info of crosshair * @return None. */ VOID Hv_Mw_PQ_CrosshairGetRGBY(CrosshairRGBY *pstValue); #endif /** * @brief CM change Lut * @param[in] uiLutAddr: addr of lut * @return VOID */ VOID Hv_Mw_PQ_CMChangeLut(UINT32 uiLutAddr); VOID Hv_Mw_PQ_SetInpColor(USHORT16 usRed, USHORT16 usGreen, USHORT16 usBlue); VOID Hv_Mw_PQ_SetInpPattEn(UCHAR8 ucEn); VOID Hv_Mw_PQ_SetInpPatt(UCHAR8 ucPattSwitch, UCHAR8 ucPatternMode); #if (HV_CONFIG_ON == HV_PROJECT_CONFIG_AMBIENT_LIGHT) VOID Hv_Mw_PQ_UpdateFollowingPQ(VOID* pvArgument, USHORT16 usTimerId); VOID Hv_Mw_PQ_StartFollowingPQ(VOID); VOID Hv_Mw_PQ_StopFollowingPQ(VOID); VOID Hv_Mw_PQ_UpdateSingleColor(UCHAR8 ucColorType); VOID Hv_Mw_PQ_UpdateAutoColor(VOID* pvArgument, USHORT16 usTimerId); VOID Hv_Mw_PQ_StartAutoColor(VOID); VOID Hv_Mw_PQ_StopAutoColor(VOID); VOID Hv_Mw_PQ_UpdateMarqueeColor(VOID* pvArgument, USHORT16 usTimerId); VOID Hv_Mw_PQ_StartMarqueeColor(VOID); VOID Hv_Mw_PQ_StopMarqueeColor(VOID); VOID Hv_Mw_PQ_BulbInit(VOID); VOID Hv_Mw_PQ_BulbDeInit(VOID); VOID Hv_Mw_PQ_StartAmbilightTimer(UINT32 uiTimeoutMs); VOID Hv_Mw_PQ_StopAmbilightTimer(VOID); VOID Hv_Mw_PQ_StartAutoTimer(UINT32 uiTimeoutMs); VOID Hv_Mw_PQ_StopAutoTimer(VOID); VOID Hv_Mw_PQ_StartMarqueeTimer(UINT32 uiTimeoutMs); VOID Hv_Mw_PQ_StopMarqueeTimer(VOID); #endif /** * @brief Kspi send data in software mode * @param[in] ucCh channel of spi * @param[in] puiData point of data * @param[in] uiLength length of 32bit data * @return None. */ VOID Hv_Mw_PQ_KspiSwSendData(UCHAR8 ucCh, UINT32* puiData, UINT32 uiLength); /** * @brief Kspi send data init before copying data to sram * @param[in] None * @return None. */ VOID Hv_Mw_PQ_KspiSwSendDataInit(VOID); /** * @brief start Kspi sending in software mode * @param[in] none * @return None. */ VOID Hv_Mw_PQ_KspiSwSendDataStart(VOID); /** * @brief Set ldc spf curve * @param[in] ucY0 value of y0 * @param[in] ucY1 value of y1 * @return None. */ VOID Hv_Mw_PQ_LdcSetCurveY(UCHAR8 ucY0, UCHAR8 ucY1); VOID Hv_Mw_PQ_PatDetInit(USHORT16 ** puiArray, UCHAR8 ucPatNum, UCHAR8 ucPatW, UCHAR8 ucPatH); VOID Hv_Mw_PQ_GammaEnable(BOOL bEn); VOID Hv_Mw_PQ_ColorEnable(BOOL bEn); USHORT16 Hv_Mw_PQ_GetBlackLevel(UCHAR8 ucCh); USHORT16 Hv_Mw_PQ_GetContrast(UCHAR8 ucCh); VOID Hv_Mw_PQ_LDCPrintPattern(); VOID Hv_Hv_Mw_Video_SetBrightFrameBrightness(USHORT16 usBrightness); USHORT16 Hv_Mw_Video_GetBrightFrameBrightness(VOID); VOID Hv_Mw_Video_SetBrightFrameContrast(USHORT16 usContrast); USHORT16 Hv_Mw_Video_GetBrightFrameContrast(VOID); VOID Hv_Mw_PQ_SetSharpnessReverse(UCHAR8 ucSharpness); VOID Hv_Mw_PQ_SetHdrGmiLut(UCHAR8 ucHdrIdx, UINT32 uiHdrGmiLutAddr); VOID Hv_Mw_PQ_LDCPrintSumDiff(); VOID Hv_Mw_PQ_LDCSetPatThr(UINT32 usThr); VOID Hv_Mw_PQ_MhiInit(); VOID Hv_Mw_MhiSetPos(USHORT16 usStartX, USHORT16 usStartY, USHORT16 usWidth, USHORT16 usHeight); UINT32* Hv_Mw_PQ_GetMhi16(); VOID Hv_Mw_PQ_PWM(VOID); #endif