/*******************************************************************************
*
* rCamInfo
* [in] ISP Camera Info for RAW sensor. Its members are as below:
*
* eCamMode:
* ECamMode_Video = 0,
* ECamMode_Online_Preview,
* ECamMode_Online_Capture,
* ECamMode_Online_Capture_ZSD,
* ECamMode_Offline_Capture_Pass1,
* ECamMode_Offline_Capture_Pass2,
* ECamMode_HDR_Cap_Pass1_SF, // Pass1: Single Frame
* ECamMode_HDR_Cap_Pass1_MF1, // Pass1: Multi Frame Stage1
* ECamMode_HDR_Cap_Pass1_MF2, // Pass1: Multi Frame Stage2
* ECamMode_HDR_Cap_Pass2, // Pass2
*
* eIdx_Scene:
* SCENE_MODE_OFF, // Disable scene mode equal Auto mode
* SCENE_MODE_NORMAL, // Normal mode
* SCENE_MODE_ACTION, // Action mode
* SCENE_MODE_PORTRAIT, // Portrait mode
* SCENE_MODE_LANDSCAPE, // Landscape
* SCENE_MODE_NIGHTSCENE, // Night Scene
* SCENE_MODE_NIGHTPORTRAIT, // Night Portrait
* SCENE_MODE_THEATRE, // Theatre mode
* SCENE_MODE_BEACH, // Beach mode
* SCENE_MODE_SNOW, // Snow mode
* SCENE_MODE_SUNSET, // Sunset mode
* SCENE_MODE_STEADYPHOTO, // Steady photo mode
* SCENE_MODE_FIREWORKS, // Fireworks mode
* SCENE_MODE_SPORTS, // Sports mode
* SCENE_MODE_PARTY, // Party mode
* SCENE_MODE_CANDLELIGHT, // Candle light mode
* SCENE_MODE_HDR, // HDR mode
*
* u4ISOValue:
* ISO value to determine eISO.
*
* eIdx_ISO:
* eIDX_ISO_100,
* eIDX_ISO_200,
* eIDX_ISO_400,
* eIDX_ISO_800,
* eIDX_ISO_1600
*
* i4CCT:
* Correlated color temperature
*
* eCCTIndex_CCM:
* Correlated color temperature index for CCM
* eIDX_CCM_TL84
* eIDX_CCM_CWF
* eIDX_CCM_D65
*
* u4ZoomRatio_x100:
* zoom ratio (x100)
*
* i4LightValue_x10:
* light value (x10)
*
* rIdxMgr:
* [in] The default ISP tuning index manager.
* [out] The ISP tuning index manager after customizing.
*
*
*******************************************************************************/
MVOID
IspTuningCustom::
evaluate_nvram_index(RAWIspCamInfo const& rCamInfo, IndexMgr& rIdxMgr)
{
//..............................................................................
// (1) Dump info. before customizing.
#if ENABLE_MY_LOG
rCamInfo.dump();
#endif
#if 0
LOGD("[+evaluate_nvram_index][before customizing]");
rIdxMgr.dump();
#endif
//..............................................................................
// (2) Modify each index based on conditions.
//
// setIdx_XXX() returns:
// MTURE: if successful
// MFALSE: if the input index is out of range.
//
#if 0
fgRet = rIdxMgr.setIdx_OBC(XXX);
fgRet = rIdxMgr.setIdx_BPC(XXX);
fgRet = rIdxMgr.setIdx_NR1(XXX);
fgRet = rIdxMgr.setIdx_CFA(XXX);
fgRet = rIdxMgr.setIdx_GGM(XXX);
fgRet = rIdxMgr.setIdx_ANR(XXX);
fgRet = rIdxMgr.setIdx_CCR(XXX);
fgRet = rIdxMgr.setIdx_EE(XXX);
#endif
//..............................................................................
// (3) Finally, dump info. after modifying.
#if 0
LOGD("[-evaluate_nvram_index][after customizing]");
rIdxMgr.dump();
#endif
}
//++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
//
//++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
MERROR_ENUM
Paramctrl::
do_validatePerFrameP2(MINT32 flowType, const RAWIspCamInfo& rIspCamInfo, void* pRegBuf)
{
MERROR_ENUM err = MERR_OK;
MBOOL prepare_rdy = MTRUE;
MY_LOG_IF(m_bDebugEnable, "[do_validatePerFrameP2]");
CPTLog(Event_Pipe_3A_ISP_VALIDATE_PERFRAME_DYNAMIC_TUNING, CPTFlagStart); // Profiling Start.
// (1) dynamic tuning
if (isDynamicTuning())
{
IndexMgr idxmgr;
// a) Get default index setting.
INDEX_T const*const pDefaultIndex = m_pIspTuningCustom->getDefaultIndex(
rIspCamInfo.eIspProfile, ESensorMode_Preview/*ISP_TEMP_MARK_OUT sensor mode */, rIspCamInfo.eIdx_Scene, rIspCamInfo.eIdx_ISO
);
if ( ! pDefaultIndex )
{
MY_ERR("[ERROR][validatePerFrame]pDefaultIndex==NULL");
err = MERR_CUSTOM_DEFAULT_INDEX_NOT_FOUND;
goto lbExit;
}
idxmgr = *pDefaultIndex;
MY_LOG_IF(m_bDebugEnable, "[BEFORE][evaluate_nvram_index]");
if (m_bDebugEnable) {
idxmgr.dump();
}
// b) Customize the index setting.
m_pIspTuningCustom->evaluate_nvram_index(rIspCamInfo, idxmgr);
MY_LOG_IF(m_bDebugEnable, "[AFTER][evaluate_nvram_index]");
if (m_bDebugEnable) {
idxmgr.dump();
}
MY_LOG_IF(m_bDebugEnable, "IndexMgr::getIdx = [OBC(%d),BPC(%d),NR1(%d),CFA(%d),GGM(%d),ANR(%d),CCR(%d),EE(%d)]\n"
,idxmgr.getIdx_OBC()
,idxmgr.getIdx_BPC()
,idxmgr.getIdx_NR1()
,idxmgr.getIdx_CFA()
,idxmgr.getIdx_GGM()
,idxmgr.getIdx_ANR()
,idxmgr.getIdx_CCR()
,idxmgr.getIdx_EE());
// (2) Apply Per-Frame Parameters.
MY_LOG_IF(m_bDebugEnable, "[do_validatePerFrame()] isDynamicBypass() = %d\n", isDynamicBypass());
(isDynamicBypass() == MTRUE) ? (prepare_rdy = prepareHw_PerFrame_Partial(rIspCamInfo, idxmgr))
: (prepare_rdy = prepareHw_PerFrame_All(rIspCamInfo, idxmgr));
}
CPTLog(Event_Pipe_3A_ISP_VALIDATE_PERFRAME_DYNAMIC_TUNING, CPTFlagEnd); // Profiling End.
if(!prepare_rdy || ! applyToHw_PerFrame_P2(flowType, rIspCamInfo, pRegBuf)) // Apply the ispmgr's buffer to H/W.
{
err = MERR_SET_ISP_REG;
goto lbExit;
}
#if 0
if (
! prepareHw_PerFrame_All() // Prepare param members to the ispmgr's buffer.
|| ! applyToHw_PerFrame_All() // Apply the ispmgr's buffer to H/W.
)
{
err = MERR_SET_ISP_REG;
goto lbExit;
}
#endif
// (3) Save Exif debug info if necessary.
err = saveDebugInfo();
if ( MERR_OK != err )
{
goto lbExit;
}
lbExit:
if ( MERR_OK != err )
{
MY_ERR("[-do_validatePerFrame]err(%X)", err);
}
return err;
}
//++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
//
//++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
MERROR_ENUM
Paramctrl::
do_validatePerFrame(MINT32 const i4FrameID)
{
MERROR_ENUM err = MERR_OK;
MBOOL prepare_rdy;
MY_LOG_IF(m_bDebugEnable, "[do_validatePerFrame]");
CPTLog(Event_Pipe_3A_ISP_VALIDATE_PERFRAME_DYNAMIC_TUNING, CPTFlagStart); // Profiling Start.
// (1) dynamic tuning
if (isDynamicTuning())
{
IndexMgr idxmgr;
// CAM3 TODO: profile mapping
if (m_i4IspProfile == EIspProfile_NormalPreview) {
switch (m_rIspCamInfo.eSensorMode) {
case ESensorMode_Preview:
m_rIspCamInfo.eIspProfile = EIspProfile_NormalPreview;
break;
case ESensorMode_Video:
m_rIspCamInfo.eIspProfile = EIspProfile_VideoPreview;
break;
case ESensorMode_Capture:
m_rIspCamInfo.eIspProfile = EIspProfile_ZsdPreview_CC;
break;
default:
m_rIspCamInfo.eIspProfile = EIspProfile_NormalPreview;
}
}
else if (m_i4IspProfile == EIspProfile_NormalCapture) {
switch (m_rIspCamInfo.eSensorMode) {
case ESensorMode_Preview:
case ESensorMode_Video:
m_rIspCamInfo.eIspProfile = EIspProfile_VideoCapture;
break;
case ESensorMode_Capture:
m_rIspCamInfo.eIspProfile = EIspProfile_NormalCapture;
break;
default:
m_rIspCamInfo.eIspProfile = EIspProfile_NormalCapture;
}
}
else {
MY_ERR("[do_validatePerFrame]incorrect ISP profile = %d", m_i4IspProfile);
}
// a) Get default index setting.
INDEX_T const*const pDefaultIndex = m_pIspTuningCustom->getDefaultIndex(
m_rIspCamInfo.eIspProfile, ESensorMode_Preview/*ISP_TEMP_MARK_OUT sensor mode */, m_rIspCamInfo.eIdx_Scene, m_rIspCamInfo.eIdx_ISO
);
if ( ! pDefaultIndex )
{
MY_ERR("[ERROR][validatePerFrame]pDefaultIndex==NULL");
err = MERR_CUSTOM_DEFAULT_INDEX_NOT_FOUND;
goto lbExit;
}
idxmgr = *pDefaultIndex;
MY_LOG_IF(m_bDebugEnable, "[BEFORE][evaluate_nvram_index]");
if (m_bDebugEnable) {
idxmgr.dump();
}
// b) Customize the index setting.
m_pIspTuningCustom->evaluate_nvram_index(m_rIspCamInfo, idxmgr);
MY_LOG_IF(m_bDebugEnable, "[AFTER][evaluate_nvram_index]");
if (m_bDebugEnable) {
idxmgr.dump();
}
// c) Restore customized index set to member.
//m_IspNvramMgr = idxmgr; //Yosen mark out
if (!isDynamicBypass()) m_IspNvramMgr = idxmgr; //Yosen
MY_LOG_IF(m_bDebugEnable, "m_IspNvramMgr::getIdx = [OBC(%d),BPC(%d),NR1(%d),CFA(%d),GGM(%d),ANR(%d),CCR(%d),EE(%d)]\n"
,m_IspNvramMgr.getIdx_OBC()
,m_IspNvramMgr.getIdx_BPC()
,m_IspNvramMgr.getIdx_NR1()
,m_IspNvramMgr.getIdx_CFA()
,m_IspNvramMgr.getIdx_GGM()
,m_IspNvramMgr.getIdx_ANR()
,m_IspNvramMgr.getIdx_CCR()
,m_IspNvramMgr.getIdx_EE());
}
CPTLog(Event_Pipe_3A_ISP_VALIDATE_PERFRAME_DYNAMIC_TUNING, CPTFlagEnd); // Profiling End.
// (2) Apply Per-Frame Parameters.
MY_LOG_IF(m_bDebugEnable, "[do_validatePerFrame()] isDynamicBypass() = %d\n", isDynamicBypass());
(isDynamicBypass() == MTRUE) ? (prepare_rdy = prepareHw_PerFrame_Partial())
: (prepare_rdy = prepareHw_PerFrame_All());
if(!prepare_rdy || ! applyToHw_PerFrame_All(i4FrameID)) // Apply the ispmgr's buffer to H/W.
{
err = MERR_SET_ISP_REG;
goto lbExit;
}
#if 0
if (
! prepareHw_PerFrame_All() // Prepare param members to the ispmgr's buffer.
|| ! applyToHw_PerFrame_All() // Apply the ispmgr's buffer to H/W.
)
{
err = MERR_SET_ISP_REG;
goto lbExit;
}
#endif
// (3) Save Exif debug info if necessary.
err = saveDebugInfo();
if ( MERR_OK != err )
{
goto lbExit;
}
lbExit:
if ( MERR_OK != err )
{
MY_ERR("[-do_validatePerFrame]err(%X)", err);
}
return err;
}
MVOID
IspTuningCustom::
evaluate_nvram_index(RAWIspCamInfo const& rCamInfo, IndexMgr& rIdxMgr)
{
MBOOL fgRet = MFALSE;
ECamMode_T const eCamMode = rCamInfo.eCamMode;
EIndex_Scene_T const eIdx_Scene = rCamInfo.eIdx_Scene;
EIndex_ISO_T const eIdx_ISO = rCamInfo.eIdx_ISO;
MUINT32 const u4ISOValue = rCamInfo.u4ISOValue;
MUINT32 const i4CCT = rCamInfo.i4CCT;
MUINT32 const u4ZoomRatio_x100 = rCamInfo.u4ZoomRatio_x100;
MINT32 const i4LightValue_x10 = rCamInfo.i4LightValue_x10;
// (0) We have:
// eCamMode, eScene, ......
//..............................................................................
// (1) Dump info. before customizing.
#if ENABLE_MY_LOG
rCamInfo.dump();
#endif
#if 0
LOGD("[+evaluate_nvram_index][before customizing]");
rIdxMgr.dump();
#endif
//..............................................................................
// (2) Modify each index based on conditions.
//
// setIdx_XXX() returns:
// MTURE: if successful
// MFALSE: if the input index is out of range.
//
#if 0
fgRet = rIdxMgr.setIdx_DM(XXX);
fgRet = rIdxMgr.setIdx_DP(XXX);
fgRet = rIdxMgr.setIdx_NR1(XXX);
fgRet = rIdxMgr.setIdx_NR2(XXX);
fgRet = rIdxMgr.setIdx_Saturation(XXX);
fgRet = rIdxMgr.setIdx_Contrast(XXX);
fgRet = rIdxMgr.setIdx_Hue(XXX);
fgRet = rIdxMgr.setIdx_Gamma(XXX);
fgRet = rIdxMgr.setIdx_EE(XXX);
#endif
//..............................................................................
// (3) Finally, dump info. after modifying.
#if 0
LOGD("[-evaluate_nvram_index][after customizing]");
rIdxMgr.dump();
#endif
}
//++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
//
//++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
MERROR_ENUM
Paramctrl::
do_validatePerFrame(MINT32 const i4FrameID)
{
MERROR_ENUM err = MERR_OK;
MBOOL prepare_rdy;
MINT32 time_ms;
MY_LOG_IF(m_bDebugEnable, "[do_validatePerFrame]");
//CPTLog(Event_Pipe_3A_ISP_VALIDATE_PERFRAME_DYNAMIC_TUNING, CPTFlagStart); // Profiling Start.
if (m_bProfileEnable)
m_pAaaTimer->start("do_validatePerFrame: nvram index", m_eSensorDev, m_bProfileEnable);
// (1) dynamic tuning
if (isDynamicTuning())
{
IndexMgr idxmgr;
MY_LOG_IF(m_bDebugEnable, "eIspProfile = %d, eSensorMode = %d, eIdx_Scene = %d, eIdx_ISO = %d",
m_rIspCamInfo.eIspProfile, m_rIspCamInfo.eSensorMode, m_rIspCamInfo.eIdx_Scene, m_rIspCamInfo.eIdx_ISO);
// Refine camera info.
m_pIspTuningCustom->refine_CamInfo(m_rIspCamInfo);
// a) Get default index setting.
INDEX_T const*const pDefaultIndex = m_pIspTuningCustom->getDefaultIndex(
m_rIspCamInfo.eIspProfile, m_rIspCamInfo.eSensorMode, m_rIspCamInfo.eIdx_Scene, m_rIspCamInfo.eIdx_ISO
);
if ( ! pDefaultIndex )
{
MY_ERR("[ERROR][validatePerFrame]pDefaultIndex==NULL");
err = MERR_CUSTOM_DEFAULT_INDEX_NOT_FOUND;
goto lbExit;
}
idxmgr = *pDefaultIndex;
MY_LOG_IF(m_bDebugEnable, "[BEFORE][evaluate_nvram_index]");
if (m_bDebugEnable) {
idxmgr.dump();
}
// b) Customize the index setting.
m_pIspTuningCustom->evaluate_nvram_index(m_rIspCamInfo, idxmgr);
MY_LOG_IF(m_bDebugEnable, "[AFTER][evaluate_nvram_index]");
if (m_bDebugEnable) {
idxmgr.dump();
}
// c) Restore customized index set to member.
if (!isDynamicBypass()) m_IspNvramMgr = idxmgr;
//m_IspNvramMgr = idxmgr;
}
if (m_bProfileEnable)
time_ms = m_pAaaTimer->End();
if (m_bProfileEnable)
m_pAaaTimer->start("do_validatePerFrame: prepareHw_PerFrame_All()", m_eSensorDev, m_bProfileEnable);
// (2) Apply Per-Frame Parameters.
(isDynamicBypass() == MTRUE) ? (prepare_rdy = prepareHw_PerFrame_Partial())
: (prepare_rdy = prepareHw_PerFrame_All());
if (m_bProfileEnable)
time_ms = m_pAaaTimer->End();
if (m_bProfileEnable)
m_pAaaTimer->start("do_validatePerFrame: applyToHw_PerFrame_All()", m_eSensorDev, m_bProfileEnable);
if(!prepare_rdy || ! applyToHw_PerFrame_All(i4FrameID)) // Apply the ispmgr's buffer to H/W.
{
err = MERR_SET_ISP_REG;
goto lbExit;
}
#if 0
if (
! prepareHw_PerFrame_All() // Prepare param members to the ispmgr's buffer.
|| ! applyToHw_PerFrame_All() // Apply the ispmgr's buffer to H/W.
)
{
err = MERR_SET_ISP_REG;
goto lbExit;
}
#endif
lbExit:
if ( MERR_OK != err )
{
MY_ERR("[-do_validatePerFrame]err(%X)", err);
}
if (m_bProfileEnable)
time_ms = m_pAaaTimer->End();
return err;
}
