MBOOL
ISP_MGR_CFA_T::
apply(EIspProfile_T eIspProfile)
{
addressErrorCheck("Before ISP_MGR_CFA_T::apply()");
TuningMgr::getInstance().updateEngine(static_cast<ESoftwareScenario>(m_rIspDrvScenario[eIspProfile]),
eTuningMgrFunc_Cfa);
// TOP ==> don't care
TUNING_MGR_WRITE_ENABLE_BITS(static_cast<ESoftwareScenario>(m_rIspDrvScenario[eIspProfile]), CAM_CTL_EN_P2, CFA_EN, 1);
ISP_MGR_CTL_EN_P2_T::getInstance(m_eSensorDev).setEnable_CFA(MTRUE);
// Register setting
TuningMgr::getInstance().tuningMgrWriteRegs(static_cast<ESoftwareScenario>(m_rIspDrvScenario[eIspProfile]),
static_cast<TUNING_MGR_REG_IO_STRUCT*>(m_pRegInfo),
m_u4RegInfoNum);
addressErrorCheck("After ISP_MGR_CFA_T::apply()");
dumpRegInfo("CFA");
return MTRUE;
}
MBOOL
ISP_MGR_G2C_SHADE_T::
apply(EIspProfile_T eIspProfile)
{
addressErrorCheck("Before ISP_MGR_G2C_SHADE_T::apply()");
TuningMgr::getInstance().updateEngine(static_cast<ESoftwareScenario>(m_rIspDrvScenario[eIspProfile]),
eTuningMgrFunc_G2c_Shade);
TuningMgr::getInstance().tuningMgrWriteRegs(static_cast<ESoftwareScenario>(m_rIspDrvScenario[eIspProfile]),
static_cast<TUNING_MGR_REG_IO_STRUCT*>(m_pRegInfo),
m_u4RegInfoNum);
addressErrorCheck("After ISP_MGR_G2C_SHADE_T::apply()");
dumpRegInfo("G2C_SHADE");
return MTRUE;
}
MBOOL
ISP_MGR_RPG_T::
apply(EIspProfile_T eIspProfile)
{
addressErrorCheck("Before ISP_MGR_RPG_T::apply()");
MY_LOG_IF(IsDebugEnabled(), "%s(): isEnable() = %d\n", __FUNCTION__, isEnable());
if (m_eSensorTG == ESensorTG_1) {
TuningMgr::getInstance().updateEngine(static_cast<ESoftwareScenario>(m_rIspDrvScenario[eIspProfile]),
eTuningMgrFunc_Rpg);
// TOP
TUNING_MGR_WRITE_ENABLE_BITS(static_cast<ESoftwareScenario>(m_rIspDrvScenario[eIspProfile]), CAM_CTL_EN_P1, RPG_EN, isEnable());
ISP_MGR_CTL_EN_P1_T::getInstance(m_eSensorDev).setEnable_RPG(isEnable());
// Register setting
TuningMgr::getInstance().tuningMgrWriteRegs(static_cast<ESoftwareScenario>(m_rIspDrvScenario[eIspProfile]),
static_cast<TUNING_MGR_REG_IO_STRUCT*>(m_pRegInfo),
m_u4RegInfoNum);
}
else {
TuningMgr::getInstance().updateEngine(static_cast<ESoftwareScenario>(m_rIspDrvScenario[eIspProfile]),
eTuningMgrFunc_Rpg_d);
// TOP
TUNING_MGR_WRITE_ENABLE_BITS(static_cast<ESoftwareScenario>(m_rIspDrvScenario[eIspProfile]), CAM_CTL_EN_P1_D, RPG_D_EN, isEnable());
ISP_MGR_CTL_EN_P1_D_T::getInstance(m_eSensorDev).setEnable_RPG(isEnable());
// Register setting
TuningMgr::getInstance().tuningMgrWriteRegs(static_cast<ESoftwareScenario>(m_rIspDrvScenario[eIspProfile]),
static_cast<TUNING_MGR_REG_IO_STRUCT*>(m_pRegInfo),
m_u4RegInfoNum);
}
addressErrorCheck("After ISP_MGR_RPG_T::apply()");
dumpRegInfo("RPG");
return MTRUE;
}
MBOOL
ISP_MGR_MFB_T::
apply(EIspProfile_T eIspProfile)
{
addressErrorCheck("Before ISP_MGR_MFB_T::apply()");
TuningMgr::getInstance().updateEngine(static_cast<ESoftwareScenario>(m_rIspDrvScenario[eIspProfile]),
eTuningMgrFunc_Mfb_TuneCon);
// TOP
//TUNING_MGR_WRITE_ENABLE_BITS(static_cast<ESoftwareScenario>(m_rIspDrvScenario[eIspProfile]), CAM_CTL_EN_P2, MFB_EN, isEnable());
TuningMgr::getInstance().tuningMgrWriteRegs(static_cast<ESoftwareScenario>(m_rIspDrvScenario[eIspProfile]),
static_cast<TUNING_MGR_REG_IO_STRUCT*>(m_pRegInfo),
m_u4RegInfoNum);
addressErrorCheck("After ISP_MGR_MFB_T::apply()");
dumpRegInfo("MFB");
return MTRUE;
}
MBOOL
ISP_MGR_G2C_T::
apply(EIspProfile_T eIspProfile)
{
addressErrorCheck("Before ISP_MGR_G2C_T::apply()");
if (!isEnable()) { // Reset to unit matrix
reinterpret_cast<ISP_CAM_G2C_CONV_0A_T*>(REG_INFO_VALUE_PTR(CAM_G2C_CONV_0A))->G2C_CNV_00 = 512;
reinterpret_cast<ISP_CAM_G2C_CONV_0A_T*>(REG_INFO_VALUE_PTR(CAM_G2C_CONV_0A))->G2C_CNV_01 = 0;
reinterpret_cast<ISP_CAM_G2C_CONV_0B_T*>(REG_INFO_VALUE_PTR(CAM_G2C_CONV_0B))->G2C_CNV_02 = 0;
reinterpret_cast<ISP_CAM_G2C_CONV_0B_T*>(REG_INFO_VALUE_PTR(CAM_G2C_CONV_0B))->G2C_Y_OFST = 0;
reinterpret_cast<ISP_CAM_G2C_CONV_1A_T*>(REG_INFO_VALUE_PTR(CAM_G2C_CONV_1A))->G2C_CNV_10 = 0;
reinterpret_cast<ISP_CAM_G2C_CONV_1A_T*>(REG_INFO_VALUE_PTR(CAM_G2C_CONV_1A))->G2C_CNV_11 = 512;
reinterpret_cast<ISP_CAM_G2C_CONV_1B_T*>(REG_INFO_VALUE_PTR(CAM_G2C_CONV_1B))->G2C_CNV_12 = 0;
reinterpret_cast<ISP_CAM_G2C_CONV_1B_T*>(REG_INFO_VALUE_PTR(CAM_G2C_CONV_1B))->G2C_U_OFST = 0;
reinterpret_cast<ISP_CAM_G2C_CONV_2A_T*>(REG_INFO_VALUE_PTR(CAM_G2C_CONV_2A))->G2C_CNV_20 = 0;
reinterpret_cast<ISP_CAM_G2C_CONV_2A_T*>(REG_INFO_VALUE_PTR(CAM_G2C_CONV_2A))->G2C_CNV_21 = 0;
reinterpret_cast<ISP_CAM_G2C_CONV_2B_T*>(REG_INFO_VALUE_PTR(CAM_G2C_CONV_2B))->G2C_CNV_22 = 512;
reinterpret_cast<ISP_CAM_G2C_CONV_2B_T*>(REG_INFO_VALUE_PTR(CAM_G2C_CONV_2B))->G2C_V_OFST = 0;
}
ISP_MGR_CTL_EN_P2_T::getInstance(m_eSensorDev).setEnable_G2C(isEnable());
TuningMgr::getInstance().updateEngine(static_cast<ESoftwareScenario>(m_rIspDrvScenario[eIspProfile]),
eTuningMgrFunc_G2c_Conv);
// TOP
TUNING_MGR_WRITE_ENABLE_BITS(static_cast<ESoftwareScenario>(m_rIspDrvScenario[eIspProfile]), CAM_CTL_EN_P2, G2C_EN, isEnable());
TuningMgr::getInstance().tuningMgrWriteRegs(static_cast<ESoftwareScenario>(m_rIspDrvScenario[eIspProfile]),
static_cast<TUNING_MGR_REG_IO_STRUCT*>(m_pRegInfo),
m_u4RegInfoNum);
addressErrorCheck("After ISP_MGR_G2C_T::apply()");
dumpRegInfo("G2C");
return MTRUE;
}
MBOOL ISP_MGR_LCE_T::apply(EIspProfile_T eIspProfile)
{
addressErrorCheck("Before ISP_MGR_LCE_T::apply()");
char value[PROPERTY_VALUE_MAX] = {'\0'};
property_get("debug.vhdr.dump", value, "0");
g_lceDebug = atoi(value);
ESoftwareScenario eSwScn = static_cast<ESoftwareScenario>(m_rIspDrvScenario[eIspProfile]);
#if (LCE_DEBUG)
MY_LOG("dev(%d),TG(%d),ispProf(%d),eSwScn(%u),m_bEnable(%u)",m_eSensorDev,m_eSensorTG,eIspProfile,eSwScn,m_bEnable);
#else
MY_LOG_IF(g_lceDebug, "dev(%d),TG(%d),ispProf(%d),eSwScn(%u),m_bEnable(%u)",m_eSensorDev,m_eSensorTG,eIspProfile,eSwScn,m_bEnable);
#endif
//====== Update LCE Tuning Engien ======
TuningMgr::getInstance().updateEngine(eSwScn, eTuningMgrFunc_Lce);
//====== Register Setting ======
//> TOP
TUNING_MGR_WRITE_ENABLE_BITS(eSwScn, CAM_CTL_EN_P2, LCE_EN, m_bEnable);
//> prepar register value
//CAM_LCE_SLM_SIZE
MUINT32 lcmSlmSize = 0;
lcmSlmSize = lcmSlmSize | (mLcsOutHeight << 8) | mLcsOutWidth;
m_rIspRegInfo[ERegInfo_CAM_LCE_SLM_SIZE].val = lcmSlmSize;
//> LCE tuning
#if 0
m_rIspRegInfo[ERegInfo_CAM_LCE_QUA].val = mLceQuaReg[8];
m_rIspRegInfo[ERegInfo_CAM_LCE_DGC_1].val = mLceDgc1Reg[8];
m_rIspRegInfo[ERegInfo_CAM_LCE_DGC_2].val = mLceDgc2Reg[8];
#else
#if LCE_ADJUST_METHOD
updateLceIdx();
m_rIspRegInfo[ERegInfo_CAM_LCE_QUA].val = mLceQuaReg[mLcsIdx];
m_rIspRegInfo[ERegInfo_CAM_LCE_DGC_1].val = mLceDgc1Reg[mLcsIdx];
m_rIspRegInfo[ERegInfo_CAM_LCE_DGC_2].val = mLceDgc2Reg[mLcsIdx];
#else
m_rIspRegInfo[ERegInfo_CAM_LCE_QUA].val = mLceQuaReg[mLcsFinalIdx];
m_rIspRegInfo[ERegInfo_CAM_LCE_DGC_1].val = mLceDgc1Reg[mLcsFinalIdx];
m_rIspRegInfo[ERegInfo_CAM_LCE_DGC_2].val = mLceDgc2Reg[mLcsFinalIdx];
#endif
#endif
#if (LCE_DEBUG)
MY_LOG("(mLcsOutWidth/mLcsOutHeight)=(%u,%u),CAM_LCE_SLM_SIZE(0x%08x)",mLcsOutWidth,mLcsOutHeight,m_rIspRegInfo[ERegInfo_CAM_LCE_SLM_SIZE].val);
MY_LOG("CAM_LCE_QUA(0x%08x)",m_rIspRegInfo[ERegInfo_CAM_LCE_QUA].val);
MY_LOG("CAM_LCE_DGC_1(0x%08x)",m_rIspRegInfo[ERegInfo_CAM_LCE_DGC_1].val);
MY_LOG("CAM_LCE_DGC_2(0x%08x)",m_rIspRegInfo[ERegInfo_CAM_LCE_DGC_2].val);
MY_LOG("mLcsFinalIdx(%u),mLcsIdx(%u)",mLcsFinalIdx,mLcsIdx);
#else
MY_LOG_IF(g_lceDebug, "(LcsOutW/LcsOutH)=(%u,%u),CAM_LCE_SLM_SIZE(0x%08x)",mLcsOutWidth,mLcsOutHeight,m_rIspRegInfo[ERegInfo_CAM_LCE_SLM_SIZE].val);
MY_LOG_IF(g_lceDebug, "CAM_LCE_QUA(0x%08x)",m_rIspRegInfo[ERegInfo_CAM_LCE_QUA].val);
MY_LOG_IF(g_lceDebug, "CAM_LCE_DGC_1(0x%08x)",m_rIspRegInfo[ERegInfo_CAM_LCE_DGC_1].val);
MY_LOG_IF(g_lceDebug, "CAM_LCE_DGC_2(0x%08x)",m_rIspRegInfo[ERegInfo_CAM_LCE_DGC_2].val);
MY_LOG_IF(g_lceDebug, "mLcsFinalIdx(%u),mLcsIdx(%u)",mLcsFinalIdx,mLcsIdx);
#endif
//> Write to TuningMgr
TuningMgr::getInstance().tuningMgrWriteRegs(eSwScn, static_cast<TUNING_MGR_REG_IO_STRUCT*>(m_pRegInfo), m_u4RegInfoNum);
addressErrorCheck("After ISP_MGR_LCE_T::apply()");
dumpRegInfo("LCE");
return MTRUE;
}
MBOOL
ISP_MGR_LSC_T::
apply(EIspProfile_T eIspProfile)
{
addressErrorCheck("Before ISP_MGR_LSC_T::apply()");
MBOOL fgOnOff = m_fgOnOff;
MUINT32 u4XNum, u4YNum, u4Wd, u4Ht;
MUINT32 LSCI_XSIZE, LSCI_YSIZE, LSCI_STRIDE;
u4XNum = reinterpret_cast<ISP_CAM_LSC_CTL2_T*>(REG_INFO_VALUE_PTR(CAM_LSC_CTL2))->LSC_SDBLK_XNUM;
u4YNum = reinterpret_cast<ISP_CAM_LSC_CTL3_T*>(REG_INFO_VALUE_PTR(CAM_LSC_CTL3))->LSC_SDBLK_YNUM;
u4Wd = reinterpret_cast<ISP_CAM_LSC_CTL2_T*>(REG_INFO_VALUE_PTR(CAM_LSC_CTL2))->LSC_SDBLK_WIDTH;
u4Ht = reinterpret_cast<ISP_CAM_LSC_CTL3_T*>(REG_INFO_VALUE_PTR(CAM_LSC_CTL3))->LSC_SDBLK_HEIGHT;
LSCI_XSIZE = (u4XNum+1)*4*128/8 - 1;
LSCI_YSIZE = u4YNum;
LSCI_STRIDE = (LSCI_XSIZE+1);
REG_INFO_VALUE(CAM_LSCI_OFST_ADDR) = 0;
REG_INFO_VALUE(CAM_LSCI_XSIZE) = LSCI_XSIZE;
REG_INFO_VALUE(CAM_LSCI_YSIZE) = LSCI_YSIZE;
REG_INFO_VALUE(CAM_LSCI_STRIDE) = LSCI_STRIDE;
REG_INFO_VALUE(CAM_LSC_CTL1) = 0x30000000;
// REG_INFO_VALUE(CAM_LSC_GAIN_TH) = 0x03F00000;
ESoftwareScenario eSwScn = static_cast<ESoftwareScenario>(m_rIspDrvScenario[eIspProfile]);
// TOP
if (m_eSensorTG == ESensorTG_1)
{
TuningMgr::getInstance().updateEngine(eSwScn, eTuningMgrFunc_Lsc);
//TUNING_MGR_WRITE_REG(eSwScn, CAM_LSCI_OFST_ADDR, LSCI_OFFSET);
//TUNING_MGR_WRITE_REG(eSwScn, CAM_LSCI_XSIZE, LSCI_XSIZE);
//TUNING_MGR_WRITE_REG(eSwScn, CAM_LSCI_YSIZE, LSCI_YSIZE);
//TUNING_MGR_WRITE_ENABLE_BITS(eSwScn, CAM_LSCI_STRIDE, STRIDE, LSCI_STRIDE);
TUNING_MGR_WRITE_ENABLE_BITS(eSwScn, CAM_CTL_EN_P1, LSC_EN, fgOnOff);
TUNING_MGR_WRITE_ENABLE_BITS(eSwScn, CAM_CTL_EN_P1_DMA, LSCI_EN, fgOnOff);
ISP_MGR_CTL_EN_P1_T::getInstance(m_eSensorDev).setEnable_LSC(fgOnOff);
}
else
{
TuningMgr::getInstance().updateEngine(eSwScn, eTuningMgrFunc_Lsc_d);
//TUNING_MGR_WRITE_REG(eSwScn, CAM_LSCI_D_OFST_ADDR, LSCI_OFFSET);
//TUNING_MGR_WRITE_REG(eSwScn, CAM_LSCI_D_XSIZE, LSCI_XSIZE);
//TUNING_MGR_WRITE_REG(eSwScn, CAM_LSCI_D_YSIZE, LSCI_YSIZE);
//TUNING_MGR_WRITE_ENABLE_BITS(eSwScn, CAM_LSCI_D_STRIDE, STRIDE, LSCI_STRIDE);
TUNING_MGR_WRITE_ENABLE_BITS(eSwScn, CAM_CTL_EN_P1_D, LSC_D_EN, fgOnOff);
TUNING_MGR_WRITE_ENABLE_BITS(eSwScn, CAM_CTL_EN_P1_DMA_D, LSCI_D_EN, fgOnOff);
ISP_MGR_CTL_EN_P1_D_T::getInstance(m_eSensorDev).setEnable_LSC(fgOnOff);
}
// Register setting
TuningMgr::getInstance().tuningMgrWriteRegs(
eSwScn,
static_cast<TUNING_MGR_REG_IO_STRUCT*>(m_pRegInfo),
m_u4RegInfoNum);
dumpRegInfo("LSC");
addressErrorCheck("After ISP_MGR_LSC_T::apply()");
return MTRUE;
}