MBOOL
HdrHal::init(void *pInitInData)
{
HDR_LOGD("- E. mUsers: %d.", mUsers);
HDR_PIPE_INIT_INFO* prHdrPipeInitInfo = (HDR_PIPE_INIT_INFO*)pInitInData;
HDR_LOGV("ImgW/H: (%d, %d). FinalGainDiff[0/1]: (%d, %d). OutputFrameNum: %d. TargetTone: %d.", prHdrPipeInitInfo->u4ImgW, prHdrPipeInitInfo->u4ImgH, prHdrPipeInitInfo->u4FinalGainDiff0, prHdrPipeInitInfo->u4FinalGainDiff1, prHdrPipeInitInfo->u4OutputFrameNum, prHdrPipeInitInfo->u4TargetTone);
HDR_LOGV("pSourceImgBufAddr[0/1/2]: (0x%08X, 0x%08X, 0x%08X).", prHdrPipeInitInfo->pSourceImgBufAddr[0], prHdrPipeInitInfo->pSourceImgBufAddr[1], prHdrPipeInitInfo->pSourceImgBufAddr[2]);
MBOOL ret = MFALSE;
MINT32 err = 0; // 0: No error. other value: error.
Mutex::Autolock lock(mLock);
if (mUsers > 0)
{
HDR_LOGD("%d has created.", mUsers);
android_atomic_inc(&mUsers);
HDR_LOGD("- X. ret: %d.", MTRUE);
return MTRUE;
}
// Create HdrDrv instance.
m_pHdrDrv = MTKHdr::createInstance();
if (!m_pHdrDrv)
{
HDR_LOGD("MTKHdr::createInstance() fail.");
goto create_fail_exit;
}
// Allocate working buffer needed by Drv (HdrDrv and MavDrv).
// Init HdrDrv object.
// Fill init data.
HDR_SET_ENV_INFO_STRUCT rHdrInitInfo;
rHdrInitInfo.image_num = prHdrPipeInitInfo->u4OutputFrameNum;
GS_u4OutputFrameNum = prHdrPipeInitInfo->u4OutputFrameNum; // Record u4OutputFrameNum for HDR Pipe to use.
rHdrInitInfo.ev_gain1 = (MUINT16)prHdrPipeInitInfo->u4FinalGainDiff0;
rHdrInitInfo.ev_gain2 = 1024; // Fix at 1024.
rHdrInitInfo.ev_gain3 = (MUINT16)prHdrPipeInitInfo->u4FinalGainDiff1;
rHdrInitInfo.target_tone = prHdrPipeInitInfo->u4TargetTone;
rHdrInitInfo.image_width = prHdrPipeInitInfo->u4ImgW;
rHdrInitInfo.image_height = prHdrPipeInitInfo->u4ImgH;
#if 0 //kidd for new hdr driver
rHdrInitInfo.image_addr[0] = prHdrPipeInitInfo->pSourceImgBufAddr[0];
rHdrInitInfo.image_addr[1] = prHdrPipeInitInfo->pSourceImgBufAddr[1];
rHdrInitInfo.image_addr[2] = prHdrPipeInitInfo->pSourceImgBufAddr[2];
#endif
rHdrInitInfo.hdr_tuning_data.BRatio = CustomHdrBRatioGet();
for (MUINT32 i = 0; i < 11; i++)
{
rHdrInitInfo.hdr_tuning_data.Gain[i] = CustomHdrGainArrayGet(i);
}
rHdrInitInfo.hdr_tuning_data.BottomFRatio = CustomHdrBottomFRatioGet();
rHdrInitInfo.hdr_tuning_data.TopFRatio = CustomHdrTopFRatioGet();
rHdrInitInfo.hdr_tuning_data.BottomFBound = CustomHdrBottomFBoundGet();
rHdrInitInfo.hdr_tuning_data.TopFBound = CustomHdrTopFBoundGet();
rHdrInitInfo.hdr_tuning_data.ThHigh = CustomHdrThHighGet();
rHdrInitInfo.hdr_tuning_data.ThLow = CustomHdrThLowGet();
rHdrInitInfo.hdr_tuning_data.TargetLevelSub = CustomHdrTargetLevelSubGet();
rHdrInitInfo.hdr_tuning_data.CoreNumber = CustomHdrCoreNumberGet();
rHdrInitInfo.hdr_tuning_data.HdrSpeed = HDR_PROCESS_NORMAL; //Never use HDR_PROCESS_FAST
rHdrInitInfo.HdrSrcInfo = HDR_INFO_SRC_YUV;
HDR_LOGV("rHdrInitInfo:: ImgW/H: (%d, %d). FinalGainDiff[0/1]: (%d, %d). OutputFrameNum: %d. TargetTone: %d."
, rHdrInitInfo.image_width
, rHdrInitInfo.image_height
, rHdrInitInfo.ev_gain1
, rHdrInitInfo.ev_gain3
, rHdrInitInfo.image_num
, rHdrInitInfo.target_tone);
//HDR_LOGV("rHdrInitInfo:: pSourceImgBufAddr[0/1/2]: (0x%08X, 0x%08X, 0x%08X).", rHdrInitInfo.image_addr[0], rHdrInitInfo.image_addr[1], rHdrInitInfo.image_addr[2]);
HDR_LOGV("rHdrInitInfo:: BRatio: %d. BottomFRatio: %f. TopFRatio: %f. BottomFBound: %d. TopFBound: %d.",
rHdrInitInfo.hdr_tuning_data.BRatio,
rHdrInitInfo.hdr_tuning_data.BottomFRatio,
rHdrInitInfo.hdr_tuning_data.TopFRatio,
rHdrInitInfo.hdr_tuning_data.BottomFBound,
rHdrInitInfo.hdr_tuning_data.TopFBound
);
HDR_LOGV("rHdrInitInfo:: ThHigh: %d. ThLow: %d. TargetLevelSub: %d.",
rHdrInitInfo.hdr_tuning_data.ThHigh,
rHdrInitInfo.hdr_tuning_data.ThLow,
rHdrInitInfo.hdr_tuning_data.TargetLevelSub
);
for (MUINT32 i = 0; i < 11; i++)
HDR_LOGV("rHdrInitInfo:: u4Gain[%d]: %d.", i, rHdrInitInfo.hdr_tuning_data.Gain[i]);
// Call HdrDrv init.
err = m_pHdrDrv->HdrInit(&rHdrInitInfo, 0);
if (err) // if ret != 0 means error happened.
{
HDR_LOGD("m_pHdrDrv->HdrInit() fail.");
goto create_fail_exit;
}
if(1) {
// set HDR default pthread attribute to avoid RT throttling
pthread_attr_t attr = {0, NULL, 1024 * 1024, 4096, SCHED_OTHER, -20};
m_pHdrDrv->HdrFeatureCtrl(HDR_FEATURE_SET_PTHREAD_ATTR, &attr, NULL);
}
#if EARLY_MAV_INIT
// Create MavDrv instance.
m_pMavDrv = MTKMav::createInstance(DRV_MAV_OBJ_SWHDR);
if (!m_pMavDrv)
{
HDR_LOGD("MTKMav::createInstance() fail.");
goto create_fail_exit;
}
// Init MavDrv object.
// Fill init data.
MavInitInfo rMavInitInfo;
rMavInitInfo.WorkingBuffAddr = (MUINT32)global_buffer_rectify; // FIXME: Allocate working buffer for MAV.
rMavInitInfo.pTuningInfo = NULL;
// Call MavDrv init.
err = m_pMavDrv->MavInit(&rMavInitInfo, 0);
if (err) // if ret != 0 means error happened.
{
HDR_LOGD("m_pMavDrv->MavInit() fail. err: %d.", err);
goto create_fail_exit;
}
#endif // EARLY_MAV_INIT
android_atomic_inc(&mUsers);
ret = MTRUE;
HDR_LOGD("- X. ret: %d.", ret);
return ret;
create_fail_exit:
// HdrDrv Init failed, destroy HdrDrv instance.
if (m_pHdrDrv)
{
m_pHdrDrv->destroyInstance();
m_pHdrDrv = NULL;
}
#if EARLY_MAV_INIT
// MavDrv Init failed, destroy MavDrv instance.
if (m_pMavDrv)
{
m_pMavDrv->MavReset();
m_pMavDrv->destroyInstance();
m_pMavDrv = NULL;
}
#endif // EARLY_MAV_INIT
HDR_LOGD("- X. ret: %d.", ret);
return ret; // 0: No error. other value: error.
}
MBOOL
HdrHal::init(void *pInitInData)
{
HDR_LOGD("- E. mUsers: %d.", mUsers);
HDR_PIPE_INIT_INFO* prHdrPipeInitInfo = (HDR_PIPE_INIT_INFO*)pInitInData;
HDR_LOGV("ImgW/H: (%d, %d). FinalGainDiff[0/1]: (%d, %d). OutputFrameNum: %d. TargetTone: %d.", prHdrPipeInitInfo->u4ImgW, prHdrPipeInitInfo->u4ImgH, prHdrPipeInitInfo->u4FinalGainDiff0, prHdrPipeInitInfo->u4FinalGainDiff1, prHdrPipeInitInfo->u4OutputFrameNum, prHdrPipeInitInfo->u4TargetTone);
HDR_LOGV("pSourceImgBufAddr[0/1/2]: (%p, %p, %p).", prHdrPipeInitInfo->pSourceImgBufAddr[0], prHdrPipeInitInfo->pSourceImgBufAddr[1], prHdrPipeInitInfo->pSourceImgBufAddr[2]);
MBOOL ret = MFALSE;
MINT32 err = 0; // 0: No error. other value: error.
Mutex::Autolock lock(mLock);
if (mUsers > 0)
{
HDR_LOGD("%d has created.", mUsers);
android_atomic_inc(&mUsers);
HDR_LOGD("- X. ret: %d.", MTRUE);
return MTRUE;
}
// Create HdrDrv instance.
m_pHdrDrv = MTKHdr::createInstance();
if (!m_pHdrDrv)
{
HDR_LOGD("MTKHdr::createInstance() fail.");
goto create_fail_exit;
}
// Allocate working buffer needed by Drv (HdrDrv and MavDrv).
// Init HdrDrv object.
// Fill init data.
HDR_SET_ENV_INFO_STRUCT rHdrInitInfo;
rHdrInitInfo.image_num = prHdrPipeInitInfo->u4OutputFrameNum;
GS_u4OutputFrameNum = prHdrPipeInitInfo->u4OutputFrameNum; // Record u4OutputFrameNum for HDR Pipe to use.
rHdrInitInfo.ev_gain1 = (MUINT16)prHdrPipeInitInfo->u4FinalGainDiff0;
rHdrInitInfo.ev_gain2 = 1024; // Fix at 1024.
rHdrInitInfo.ev_gain3 = (MUINT16)prHdrPipeInitInfo->u4FinalGainDiff1;
rHdrInitInfo.target_tone = prHdrPipeInitInfo->u4TargetTone;
rHdrInitInfo.image_width = prHdrPipeInitInfo->u4ImgW;
rHdrInitInfo.image_height = prHdrPipeInitInfo->u4ImgH;
if(CustomHdrUseIspGamma())
{
HDR_LOGD("Use ISP Gamma");
rHdrInitInfo.pIsp_gamma = prHdrPipeInitInfo->pIsp_gamma;
}
else
{
HDR_LOGD("Use Fixed Gamma");
rHdrInitInfo.pIsp_gamma = NULL;
}
rHdrInitInfo.hdr_tuning_data.BRatio = CustomHdrBRatioGet();
for (MUINT32 i = 0; i < 11; i++)
{
rHdrInitInfo.hdr_tuning_data.Gain[i] = CustomHdrGainArrayGet(i);
}
rHdrInitInfo.hdr_tuning_data.BottomFRatio = CustomHdrBottomFRatioGet();
rHdrInitInfo.hdr_tuning_data.TopFRatio = CustomHdrTopFRatioGet();
rHdrInitInfo.hdr_tuning_data.BottomFBound = CustomHdrBottomFBoundGet();
rHdrInitInfo.hdr_tuning_data.TopFBound = CustomHdrTopFBoundGet();
rHdrInitInfo.hdr_tuning_data.ThHigh = CustomHdrThHighGet();
rHdrInitInfo.hdr_tuning_data.ThLow = CustomHdrThLowGet();
rHdrInitInfo.hdr_tuning_data.TargetLevelSub = CustomHdrTargetLevelSubGet();
rHdrInitInfo.hdr_tuning_data.CoreNumber = CustomHdrCoreNumberGet();
rHdrInitInfo.hdr_tuning_data.HdrSpeed = HDR_PROCESS_NORMAL; //Never use HDR_PROCESS_FAST
#if 0
//(#) get sensor type
{
HDR_INFO_SRC_ENUM meSensorType = HDR_INFO_SRC_RAW;
halSensorDev_e meSensorDev;
SensorHal* mpSensor;
//temp mark to avoid build error
//mpSensor = SensorHal::createInstance();
if (!mpSensor)
{
HDR_LOGD("[%s] NULL m_pSensorHal!\n", __FUNCTION__);
return MFALSE;
}
mpSensor->sendCommand(SENSOR_DEV_NONE, SENSOR_CMD_GET_SENSOR_DEV, (MINTPTR)&meSensorDev, 0, 0);
if (meSensorDev == SENSOR_DEV_NONE)
{
HDR_LOGD("[%s] m_SensorDev is incorrect %d\n", __FUNCTION__,
SENSOR_DEV_NONE);
return MFALSE;
}
mpSensor->sendCommand(meSensorDev, SENSOR_CMD_GET_SENSOR_TYPE, (MINTPTR)&meSensorType);
if(meSensorType == SENSOR_TYPE_YUV) {
rHdrInitInfo.HdrSrcInfo = HDR_INFO_SRC_YUV;
} else {
rHdrInitInfo.HdrSrcInfo = HDR_INFO_SRC_RAW;
}
mpSensor->destroyInstance();
}
HDR_LOGD("rHdrInitInfo:: ImgW/H: (%d, %d). FinalGainDiff[0/1]: (%d, %d). OutputFrameNum: %d. TargetTone: %d. RawSensor: %d."
, rHdrInitInfo.image_width
, rHdrInitInfo.image_height
, rHdrInitInfo.ev_gain1
, rHdrInitInfo.ev_gain3
, rHdrInitInfo.image_num
, rHdrInitInfo.target_tone
, rHdrInitInfo.HdrSrcInfo);
#else
rHdrInitInfo.HdrSrcInfo = (prHdrPipeInitInfo->u4SensorType == SENSOR_TYPE_YUV)
? HDR_INFO_SRC_YUV
: HDR_INFO_SRC_RAW;
HDR_LOGD("rHdrInitInfo:: ImgW/H: (%d, %d). FinalGainDiff[0/1]: (%d, %d). OutputFrameNum: %d. TargetTone: %d."
, rHdrInitInfo.image_width
, rHdrInitInfo.image_height
, rHdrInitInfo.ev_gain1
, rHdrInitInfo.ev_gain3
, rHdrInitInfo.image_num
, rHdrInitInfo.target_tone);
#endif
//HDR_LOGV("rHdrInitInfo:: pSourceImgBufAddr[0/1/2]: (0x%08X, 0x%08X, 0x%08X).", rHdrInitInfo.image_addr[0], rHdrInitInfo.image_addr[1], rHdrInitInfo.image_addr[2]);
HDR_LOGV("rHdrInitInfo:: BRatio: %d. BottomFRatio: %f. TopFRatio: %f. BottomFBound: %d. TopFBound: %d.",
rHdrInitInfo.hdr_tuning_data.BRatio,
rHdrInitInfo.hdr_tuning_data.BottomFRatio,
rHdrInitInfo.hdr_tuning_data.TopFRatio,
rHdrInitInfo.hdr_tuning_data.BottomFBound,
rHdrInitInfo.hdr_tuning_data.TopFBound
);
HDR_LOGV("rHdrInitInfo:: ThHigh: %d. ThLow: %d. TargetLevelSub: %d.",
rHdrInitInfo.hdr_tuning_data.ThHigh,
rHdrInitInfo.hdr_tuning_data.ThLow,
rHdrInitInfo.hdr_tuning_data.TargetLevelSub
);
for (MUINT32 i = 0; i < 11; i++)
HDR_LOGV("rHdrInitInfo:: u4Gain[%d]: %d.", i, rHdrInitInfo.hdr_tuning_data.Gain[i]);
// Call HdrDrv init.
err = m_pHdrDrv->HdrInit(&rHdrInitInfo, 0);
if (err) // if ret != 0 means error happened.
{
HDR_LOGD("m_pHdrDrv->HdrInit() fail, err=%d", err);
goto create_fail_exit;
}
if(1) {
// set HDR default pthread attribute to avoid RT throttling
pthread_attr_t attr = {0, NULL, 1024 * 1024, 4096, SCHED_OTHER, ANDROID_PRIORITY_FOREGROUND+1};
m_pHdrDrv->HdrFeatureCtrl(HDR_FEATURE_SET_PTHREAD_ATTR, &attr, NULL);
}
#if EARLY_MAV_INIT
// Create MavDrv instance.
m_pMavDrv = MTKMav::createInstance(DRV_MAV_OBJ_SWHDR);
if (!m_pMavDrv)
{
HDR_LOGD("MTKMav::createInstance() fail.");
goto create_fail_exit;
}
// Init MavDrv object.
// Fill init data.
MavInitInfo rMavInitInfo;
rMavInitInfo.WorkingBuffAddr = (MUINT32)global_buffer_rectify; // FIXME: Allocate working buffer for MAV.
rMavInitInfo.pTuningInfo = NULL;
// Call MavDrv init.
err = m_pMavDrv->MavInit(&rMavInitInfo, 0);
if (err) // if ret != 0 means error happened.
{
HDR_LOGD("m_pMavDrv->MavInit() fail. err: %d.", err);
goto create_fail_exit;
}
#endif // EARLY_MAV_INIT
android_atomic_inc(&mUsers);
ret = MTRUE;
HDR_LOGD("- X. ret: %d.", ret);
return ret;
create_fail_exit:
// HdrDrv Init failed, destroy HdrDrv instance.
if (m_pHdrDrv)
{
m_pHdrDrv->destroyInstance();
m_pHdrDrv = NULL;
}
#if EARLY_MAV_INIT
// MavDrv Init failed, destroy MavDrv instance.
if (m_pMavDrv)
{
m_pMavDrv->MavReset();
m_pMavDrv->destroyInstance();
m_pMavDrv = NULL;
}
#endif // EARLY_MAV_INIT
HDR_LOGD("- X. ret: %d.", ret);
return ret; // 0: No error. other value: error.
}
