FLASH_PROJECT_PARA& cust_getFlashProjectPara(int aeMode, NVRAM_CAMERA_STROBE_STRUCT* nvrame)
{
static FLASH_PROJECT_PARA para;
para.dutyNum = 3;
para.stepNum = 1;
//tuning
if(nvrame!=0)
{
XLOGD("cust_getFlashProjectPara nvrame->tuningPara[0].yTar=%d", nvrame->tuningPara[0].yTar);
switch(aeMode)
{
case LIB3A_AE_MODE_OFF:
case LIB3A_AE_MODE_AUTO:
copyTuningPara(¶.tuningPara, &nvrame->tuningPara[0]);
break;
case LIB3A_AE_MODE_NIGHT:
case LIB3A_AE_MODE_CANDLELIGHT:
case LIB3A_AE_MODE_FIREWORKS:
case LIB3A_AE_MODE_NIGHT_PORTRAIT:
copyTuningPara(¶.tuningPara, &nvrame->tuningPara[1]);
break;
case LIB3A_AE_MODE_ACTION:
case LIB3A_AE_MODE_SPORTS:
case LIB3A_AE_MODE_ISO_ANTI_SHAKE:
copyTuningPara(¶.tuningPara, &nvrame->tuningPara[2]);
break;
case LIB3A_AE_MODE_PORTRAIT:
copyTuningPara(¶.tuningPara, &nvrame->tuningPara[3]);
break;
default:
copyTuningPara(¶.tuningPara, &nvrame->tuningPara[0]);
break;
}
}
//--------------------
//eng level
//index mode
//torch
para.engLevel.torchEngMode = ENUM_FLASH_ENG_INDEX_MODE;
para.engLevel.torchDuty = 0;
para.engLevel.torchStep = 0;
//af
para.engLevel.afEngMode = ENUM_FLASH_ENG_INDEX_MODE;
para.engLevel.afDuty = 0;
para.engLevel.afStep = 0;
//pf, mf, normal
para.engLevel.pmfEngMode = ENUM_FLASH_ENG_INDEX_MODE;
para.engLevel.pfDuty = 1;
para.engLevel.mfDutyMax = 2;
para.engLevel.mfDutyMin = 0;
para.engLevel.pmfStep = 0;
//low bat
para.engLevel.IChangeByVBatEn=0;
para.engLevel.vBatL = 3550; //mv
para.engLevel.pfDutyL = 1;
para.engLevel.mfDutyMaxL = 2;
para.engLevel.mfDutyMinL = 0;
para.engLevel.pmfStepL = 0;
//burst setting
para.engLevel.IChangeByBurstEn=1;
para.engLevel.pfDutyB = 1;
para.engLevel.mfDutyMaxB = 1;
para.engLevel.mfDutyMinB = 0;
para.engLevel.pmfStepB = 0;
//--------------------
//cooling delay para
para.coolTimeOutPara.tabMode = ENUM_FLASH_ENG_INDEX_MODE;
para.coolTimeOutPara.tabNum = 3;
para.coolTimeOutPara.tabId[0]=0;
para.coolTimeOutPara.tabId[1]=1;
para.coolTimeOutPara.tabId[2]=2;
para.coolTimeOutPara.coolingTM[0]=0;
para.coolTimeOutPara.coolingTM[1]=0;
para.coolTimeOutPara.coolingTM[2]=5;
para.coolTimeOutPara.timOutMs[0]=ENUM_FLASH_TIME_NO_TIME_OUT;
para.coolTimeOutPara.timOutMs[1]=ENUM_FLASH_TIME_NO_TIME_OUT;
para.coolTimeOutPara.timOutMs[2]=500;
para.maxCapExpTimeUs=100000;
para.pfExpFollowPline=0;
//para.maxPfAfe=3000;
para.maxAfeGain=4096;
//92 new
para.lowReflectanceTuningEnable=1;
para.yTargetWeight=0;
para.lowReflectanceThreshold=16;
para.flashReflectanceWeight = 0;
if(nvrame!=0)
{
if(nvrame->isTorchEngUpdate)
{
para.engLevel.torchEngMode = nvrame->engLevel.torchEngMode;
para.engLevel.torchPeakI = nvrame->engLevel.torchPeakI;
para.engLevel.torchAveI = nvrame->engLevel.torchAveI;
para.engLevel.torchDuty = nvrame->engLevel.torchDuty;
para.engLevel.torchStep = nvrame->engLevel.torchStep;
}
if(nvrame->isAfEngUpdate)
{
para.engLevel.afEngMode = nvrame->engLevel.afEngMode;
para.engLevel.afPeakI = nvrame->engLevel.afPeakI;
para.engLevel.afAveI = nvrame->engLevel.afAveI;
para.engLevel.afDuty = nvrame->engLevel.afDuty;
para.engLevel.afStep = nvrame->engLevel.afStep;
}
if(nvrame->isNormaEnglUpdate)
{
para.engLevel.pfAveI = nvrame->engLevel.pfAveI;
para.engLevel.mfAveIMax = nvrame->engLevel.mfAveIMax;
para.engLevel.mfAveIMin = nvrame->engLevel.mfAveIMin;
para.engLevel.pmfPeakI = nvrame->engLevel.pmfPeakI;
para.engLevel.pfDuty = nvrame->engLevel.pfDuty;
para.engLevel.mfDutyMax = nvrame->engLevel.mfDutyMax;
para.engLevel.mfDutyMin = nvrame->engLevel.mfDutyMin;
para.engLevel.pmfStep = nvrame->engLevel.pmfStep;
}
if(nvrame->isLowBatEngUpdate)
{
para.engLevel.IChangeByVBatEn = nvrame->engLevel.IChangeByVBatEn;
para.engLevel.vBatL = nvrame->engLevel.vBatL;
para.engLevel.pfAveIL = nvrame->engLevel.pfAveIL;
para.engLevel.mfAveIMaxL = nvrame->engLevel.mfAveIMaxL;
para.engLevel.mfAveIMinL = nvrame->engLevel.mfAveIMinL;
para.engLevel.pmfPeakIL = nvrame->engLevel.pmfPeakIL;
para.engLevel.pfDutyL = nvrame->engLevel.pfDutyL;
para.engLevel.mfDutyMaxL = nvrame->engLevel.mfDutyMaxL;
para.engLevel.mfDutyMinL = nvrame->engLevel.mfDutyMinL;
para.engLevel.pmfStepL = nvrame->engLevel.pmfStepL;
}
if(nvrame->isBurstEngUpdate)
{
para.engLevel.IChangeByBurstEn = nvrame->engLevel.IChangeByBurstEn;
para.engLevel.pfAveIB = nvrame->engLevel.pfAveIB;
para.engLevel.mfAveIMaxB = nvrame->engLevel.mfAveIMaxB;
para.engLevel.mfAveIMaxB = nvrame->engLevel.mfAveIMaxB;
para.engLevel.mfAveIMinB = nvrame->engLevel.mfAveIMinB;
para.engLevel.pmfPeakIB = nvrame->engLevel.pmfPeakIB;
para.engLevel.pfDutyB = nvrame->engLevel.pfDutyB;
para.engLevel.mfDutyMaxB = nvrame->engLevel.mfDutyMaxB;
para.engLevel.mfDutyMinB = nvrame->engLevel.mfDutyMinB;
para.engLevel.pmfStepB = nvrame->engLevel.pmfStepB;
}
}
return para;
}
FLASH_PROJECT_PARA& cust_getFlashProjectPara_sub2(int aeMode, NVRAM_CAMERA_STROBE_STRUCT* nvrame)
{
XLOGD("cust_getFlashProjectPara_sub2");
static FLASH_PROJECT_PARA para;
para.dutyNum = 16;
para.stepNum = 1;
//tuning
if(nvrame!=0)
{
XLOGD("nvrame!=0");
switch(aeMode)
{
case LIB3A_AE_MODE_OFF:
case LIB3A_AE_MODE_AUTO:
copyTuningPara(¶.tuningPara, &nvrame->tuningPara[0]);
break;
case LIB3A_AE_MODE_NIGHT:
case LIB3A_AE_MODE_CANDLELIGHT:
case LIB3A_AE_MODE_FIREWORKS:
case LIB3A_AE_MODE_NIGHT_PORTRAIT:
copyTuningPara(¶.tuningPara, &nvrame->tuningPara[1]);
break;
case LIB3A_AE_MODE_ACTION:
case LIB3A_AE_MODE_SPORTS:
case LIB3A_AE_MODE_ISO_ANTI_SHAKE:
copyTuningPara(¶.tuningPara, &nvrame->tuningPara[2]);
break;
case LIB3A_AE_MODE_PORTRAIT:
copyTuningPara(¶.tuningPara, &nvrame->tuningPara[3]);
break;
default:
copyTuningPara(¶.tuningPara, &nvrame->tuningPara[0]);
break;
}
}
//--------------------
//eng level
//index mode
//torch
para.engLevel.torchEngMode = ENUM_FLASH_ENG_INDEX_MODE;
para.engLevel.torchDuty = 2;
para.engLevel.torchStep = 0;
//af
para.engLevel.afEngMode = ENUM_FLASH_ENG_INDEX_MODE;
para.engLevel.afDuty = 2;
para.engLevel.afStep = 0;
//pf, mf, normal
para.engLevel.pmfEngMode = ENUM_FLASH_ENG_INDEX_MODE;
para.engLevel.pfDuty = 2;
para.engLevel.mfDutyMax = 15;
para.engLevel.mfDutyMin = 0;
para.engLevel.pmfStep = 0;
//low bat
para.engLevel.IChangeByVBatEn=0;
para.engLevel.vBatL = 3400; //mv
para.engLevel.pfDutyL = 1;
para.engLevel.mfDutyMaxL = 2;
para.engLevel.mfDutyMinL = 0;
para.engLevel.pmfStepL = 0;
//burst setting
para.engLevel.IChangeByBurstEn=1;
para.engLevel.pfDutyB = 2;
para.engLevel.mfDutyMaxB = 3;
para.engLevel.mfDutyMinB = 0;
para.engLevel.pmfStepB = 0;
//--------------------
//cooling delay para
para.coolTimeOutPara.tabMode = ENUM_FLASH_ENG_INDEX_MODE;
para.coolTimeOutPara.tabNum = 5;
para.coolTimeOutPara.tabId[0]=0;
para.coolTimeOutPara.tabId[1]=4;
para.coolTimeOutPara.tabId[2]=8;
para.coolTimeOutPara.tabId[3]=12;
para.coolTimeOutPara.tabId[4]=15;
para.coolTimeOutPara.coolingTM[0]=0;
para.coolTimeOutPara.coolingTM[1]=0;
para.coolTimeOutPara.coolingTM[2]=1;
para.coolTimeOutPara.coolingTM[3]=2;
para.coolTimeOutPara.coolingTM[4]=3;
para.coolTimeOutPara.timOutMs[0]=ENUM_FLASH_TIME_NO_TIME_OUT;
para.coolTimeOutPara.timOutMs[1]=ENUM_FLASH_TIME_NO_TIME_OUT;
para.coolTimeOutPara.timOutMs[2]=500;
para.coolTimeOutPara.timOutMs[3]=500;
para.coolTimeOutPara.timOutMs[4]=500;
/*
//---------------
//current mode, for mtk internal pmic
//torch
para.engLevel.torchEngMode = ENUM_FLASH_ENG_CURRENT_MODE;
para.engLevel.torchPeakI = 100;
para.engLevel.torchAveI = 100;
//af
para.engLevel.afEngMode = ENUM_FLASH_ENG_CURRENT_MODE;
para.engLevel.afPeakI = 200;
para.engLevel.afAveI = 200;
//pf, mf normal
para.engLevel.pmfEngMode = ENUM_FLASH_ENG_CURRENT_MODE;
para.engLevel.pfAveI = 200;
para.engLevel.mfAveIMax = 600;
para.engLevel.mfAveIMin = 50;
para.engLevel.pmfPeakI = 800;
//low bat setting
para.engLevel.IChangeByVBatEn = 0;
para.engLevel.vBatL = 3400;
para.engLevel.pfAveIL = 200;
para.engLevel.mfAveIMaxL = 800;
para.engLevel.mfAveIMinL = 100;
para.engLevel.pmfPeakIL =1000;
//burst setting
para.engLevel.IChangeByBurstEn=1;
para.engLevel.pfAveIB = 200;
para.engLevel.mfAveIMaxB = 400;
para.engLevel.mfAveIMinB = 100;
para.engLevel.pmfPeakIB = 500;
//stable current
para.engLevel.extrapI = 200;
para.engLevel.extrapRefI = 200;
//calibration
para.engLevel.minPassI = 200;
para.engLevel.maxTestI = 800;
para.engLevel.minTestBatV = 3500;
para.engLevel.toleranceI = 200;
para.engLevel.toleranceV = 200;
*/
if(nvrame!=0)
{
if(nvrame->isTorchEngUpdate)
{
para.engLevel.torchEngMode = nvrame->engLevel.torchEngMode;
para.engLevel.torchPeakI = nvrame->engLevel.torchPeakI;
para.engLevel.torchAveI = nvrame->engLevel.torchAveI;
para.engLevel.torchDuty = nvrame->engLevel.torchDuty;
para.engLevel.torchStep = nvrame->engLevel.torchStep;
}
if(nvrame->isAfEngUpdate)
{
para.engLevel.afEngMode = nvrame->engLevel.afEngMode;
para.engLevel.afPeakI = nvrame->engLevel.afPeakI;
para.engLevel.afAveI = nvrame->engLevel.afAveI;
para.engLevel.afDuty = nvrame->engLevel.afDuty;
para.engLevel.afStep = nvrame->engLevel.afStep;
}
if(nvrame->isNormaEnglUpdate)
{
para.engLevel.pfAveI = nvrame->engLevel.pfAveI;
para.engLevel.mfAveIMax = nvrame->engLevel.mfAveIMax;
para.engLevel.mfAveIMin = nvrame->engLevel.mfAveIMin;
para.engLevel.pmfPeakI = nvrame->engLevel.pmfPeakI;
para.engLevel.pfDuty = nvrame->engLevel.pfDuty;
para.engLevel.mfDutyMax = nvrame->engLevel.mfDutyMax;
para.engLevel.mfDutyMin = nvrame->engLevel.mfDutyMin;
para.engLevel.pmfStep = nvrame->engLevel.pmfStep;
}
if(nvrame->isLowBatEngUpdate)
{
para.engLevel.IChangeByVBatEn = nvrame->engLevel.IChangeByVBatEn;
para.engLevel.vBatL = nvrame->engLevel.vBatL;
para.engLevel.pfAveIL = nvrame->engLevel.pfAveIL;
para.engLevel.mfAveIMaxL = nvrame->engLevel.mfAveIMaxL;
para.engLevel.mfAveIMinL = nvrame->engLevel.mfAveIMinL;
para.engLevel.pmfPeakIL = nvrame->engLevel.pmfPeakIL;
para.engLevel.pfDutyL = nvrame->engLevel.pfDutyL;
para.engLevel.mfDutyMaxL = nvrame->engLevel.mfDutyMaxL;
para.engLevel.mfDutyMinL = nvrame->engLevel.mfDutyMinL;
para.engLevel.pmfStepL = nvrame->engLevel.pmfStepL;
}
if(nvrame->isBurstEngUpdate)
{
para.engLevel.IChangeByBurstEn = nvrame->engLevel.IChangeByBurstEn;
para.engLevel.pfAveIB = nvrame->engLevel.pfAveIB;
para.engLevel.mfAveIMaxB = nvrame->engLevel.mfAveIMaxB;
para.engLevel.mfAveIMaxB = nvrame->engLevel.mfAveIMaxB;
para.engLevel.mfAveIMinB = nvrame->engLevel.mfAveIMinB;
para.engLevel.pmfPeakIB = nvrame->engLevel.pmfPeakIB;
para.engLevel.pfDutyB = nvrame->engLevel.pfDutyB;
para.engLevel.mfDutyMaxB = nvrame->engLevel.mfDutyMaxB;
para.engLevel.mfDutyMinB = nvrame->engLevel.mfDutyMinB;
para.engLevel.pmfStepB = nvrame->engLevel.pmfStepB;
}
}
return para;
}
FLASH_PROJECT_PARA& cust_getFlashProjectPara_main2 (int aeScene, int isForceFlash, NVRAM_CAMERA_STROBE_STRUCT* nvrame)
{
static FLASH_PROJECT_PARA para;
para.dutyNum = 10;
if(nvrame!=0)
{
int ind=0;
int aeSceneInd=-1;
int i;
switch(aeScene)
{
case LIB3A_AE_SCENE_OFF:
aeSceneInd=1;
break;
case LIB3A_AE_SCENE_AUTO:
aeSceneInd=2;
break;
case LIB3A_AE_SCENE_NIGHT:
aeSceneInd=3;
break;
case LIB3A_AE_SCENE_ACTION:
aeSceneInd=4;
break;
case LIB3A_AE_SCENE_BEACH:
aeSceneInd=5;
break;
case LIB3A_AE_SCENE_CANDLELIGHT:
aeSceneInd=6;
break;
case LIB3A_AE_SCENE_FIREWORKS:
aeSceneInd=7;
break;
case LIB3A_AE_SCENE_LANDSCAPE:
aeSceneInd=8;
break;
case LIB3A_AE_SCENE_PORTRAIT:
aeSceneInd=9;
break;
case LIB3A_AE_SCENE_NIGHT_PORTRAIT:
aeSceneInd=10;
break;
case LIB3A_AE_SCENE_PARTY:
aeSceneInd=11;
break;
case LIB3A_AE_SCENE_SNOW:
aeSceneInd=12;
break;
case LIB3A_AE_SCENE_SPORTS:
aeSceneInd=13;
break;
case LIB3A_AE_SCENE_STEADYPHOTO:
aeSceneInd=14;
break;
case LIB3A_AE_SCENE_SUNSET:
aeSceneInd=15;
break;
case LIB3A_AE_SCENE_THEATRE:
aeSceneInd=16;
break;
case LIB3A_AE_SCENE_ISO_ANTI_SHAKE:
aeSceneInd=17;
break;
case LIB3A_AE_SCENE_BACKLIGHT:
aeSceneInd=18;
break;
default:
aeSceneInd=0;
break;
}
if(isForceFlash==1)
ind = nvrame->paraIdxForceOn[aeSceneInd];
else
ind = nvrame->paraIdxAuto[aeSceneInd];
XLOGD("paraIdx=%d aeSceneInd =%d", ind, aeSceneInd);
copyTuningPara(¶.tuningPara, &nvrame->tuningPara[ind]);
copyTuningParaDualFlash(¶.tuningPara, nvrame);
}
//--------------------
//cooling delay para
para.coolTimeOutPara.tabNum = 5;
para.coolTimeOutPara.tabId[0]=0;
para.coolTimeOutPara.tabId[1]=2;
para.coolTimeOutPara.tabId[2]=6;
para.coolTimeOutPara.tabId[3]=12;
para.coolTimeOutPara.tabId[4]=16;
para.coolTimeOutPara.coolingTM[0]=0;
para.coolTimeOutPara.coolingTM[1]=0;
para.coolTimeOutPara.coolingTM[2]=2;
para.coolTimeOutPara.coolingTM[3]=5;
para.coolTimeOutPara.coolingTM[4]=8;
para.coolTimeOutPara.timOutMs[0]=ENUM_FLASH_TIME_NO_TIME_OUT;
para.coolTimeOutPara.timOutMs[1]=ENUM_FLASH_TIME_NO_TIME_OUT;
para.coolTimeOutPara.timOutMs[2]=600;
para.coolTimeOutPara.timOutMs[3]=500;
para.coolTimeOutPara.timOutMs[4]=300;
para.maxCapExpTimeUs=100000;
return para;
}
