static portBASE_TYPE handle_msg_cfg_timer(msg_id_t id, msg_data_t *msg)
{
timer_cfg(
msg->measure_cfg_timer.prescaler,
msg->measure_cfg_timer.period);
return pdTRUE;
}
void SysInit_ResetShutDownTimer(void)
{
// reset shutdown timer first
rtc_resetShutdownTimer();
if (timer_open((UINT *)&guiResetShutDownTimerID, SysInit_ResetShutDownTimerHdl) != E_OK)
return;
timer_cfg(guiResetShutDownTimerID, RESET_SHUTDOWN_TIMER_INTERVAL*1000, TIMER_MODE_FREE_RUN | TIMER_MODE_ENABLE_INT, TIMER_STATE_PLAY);
}
//UINT32 PerfData[20];
void IPL_FCB_GetCapRawNormal(IPL_PROC_ID Id, IPC_SIE_Info *Info, IPLCTRL_CAP_EXT_INFO *ExtInfo)
{
EXPOSURE_SETTING ExpTSetting;
GAIN_SETTING Gain;
SENSOR_MODE Mode;
UINT32 Ratio;
UINT32 capiso,capext,iris,Iris_Step;
#if MS_CTRLBY_TIMER
TIMER_ID TimerID_MS;
ER TimerState;
TimerState = timer_open(&TimerID_MS, IPL_FCB_MshutterClose);
if(TimerState != E_OK)
{
GRS_Mode = 0;
DBG_ERR("Timer oper fail, use rolling shutter!");
}
else
{
GRS_Mode = 1;
}
#endif
//Perf_Open();
SENSOR_ID SenId;
SenId = IPL_UTI_CONV2_SEN_ID(Id);
//change sensor mode to capture
//IPC_WaitVD(FALSE,IPL_ID_1);
AE_GetCapAEArg(&capiso, &capext, &iris);
if (MainFlashInfo.TriggerEnable == ENABLE)
{
capiso = MainFlashInfo.Flash_Cap_ISO;
capext = MainFlashInfo.Flash_Cap_ExpoTime;
}
switch(iris)
{
case AEALG_IRIS_0:
default:
Iris_Step = IRIS_POS_F1_8;
break;
case AEALG_IRIS_1:
Iris_Step = IRIS_POS_F2_8;
break;
case AEALG_IRIS_2:
Iris_Step = IRIS_POS_F4_0;
break;
case AEALG_IRIS_3:
Iris_Step = IRIS_POS_F5_6;
break;
case AEALG_IRIS_4:
Iris_Step = IRIS_POS_F8_0;
break;
}
Lens_Aperture_Move(Iris_Step);
Lens_Shutter_Move(MOTOR_SHUTTER_CAP, ENABLE);
//IPC_WaitVD(TRUE,IPL_ID_1);
//PerfData[0] = Perf_Mark();
Sensor_ChgMode(SenId, IPL_AlgGetUIInfo(IPL_SEL_CAPSENMODE));
//PerfData[1] = Perf_Mark();
Sensor_GetCurMode(SenId, &Mode);
Ratio = Sensor_GetExpoSetting(SenId, capext, Mode, &ExpTSetting);
Sensor_GetGainSetting(SenId, (capiso * Ratio / 100), &Gain);
Sensor_SetExpTime(SenId, &ExpTSetting);
Sensor_SetGain(SenId, &Gain);
//IPC_WaitVD(FALSE,Id);
if(GRS_Mode)
{
IPL_FCB_MshutterConfig();
if (MainFlashInfo.TriggerEnable == ENABLE)
IPL_FCB_FlashCfg_Main(&MainFlashInfo);
//IPC_WaitVD(FALSE);
//PerfData[2] = Perf_Mark();
Sensor_SetGRS(SenId);
IPC_WaitVD(TRUE,Id);
//IPH_ENG_WaitSignal(IPL_HAL_SIE,SIE_FLDEND,FALSE);
//PerfData[3] = Perf_Mark();
#if MS_CTRLBY_TIMER
timer_cfg(TimerID_MS, 51000, TIMER_MODE_ONE_SHOT | TIMER_MODE_ENABLE_INT, TIMER_STATE_PLAY);
#endif
IPL_CTRLRunTimeChg(IPC_SIE_, (void*)Info);
IPL_CTRLStop(IPC_RESUME_SIE);
#if (MS_CTRLBY_TIMER == 0)
/*** need to calibrate the delay time and modify the control methold ***/
if(SENSOR_MODE_2 == Mode)
Delay_DelayUs(51000);
else
Delay_DelayUs(32000);
IPL_FCB_MshutterClose(0);
/***********************************************************/
#endif
}
else// ERS mode
{
IPL_CTRLRunTimeChg(IPC_SIE_, (void*)Info);
if (MainFlashInfo.TriggerEnable == ENABLE)
{
IPL_FCB_FlashTrig(&MainFlashInfo);
}
IPC_WaitVD(FALSE,Id);
IPL_CTRLStop(IPC_RESUME_SIE);
}
IPC_WaitVD(FALSE,Id);
//IPH_ENG_WaitSignal(IPL_HAL_SIE,SIE_FLDEND,FALSE);
//PerfData[4] = Perf_Mark();
IPL_CTRLStop(IPC_PAUSE_SIE);
IPC_WaitVD(FALSE,Id);
//IPH_ENG_WaitSignal(IPL_HAL_SIE,SIE_FLDEND,FALSE);
//PerfData[5] = Perf_Mark();
if(GRS_Mode)
{
IPL_FCB_MshutterOpen();
Delay_DelayMs(15);
Lens_Shutter_Move(MOTOR_SHUTTER_CAP, DISABLE);
#if MS_CTRLBY_TIMER
timer_close(TimerID_MS);
#endif
}
//DBG_ERR("Perf1: %d\r\n", PerfData[1]-PerfData[0]);
//DBG_ERR("Perf2: %d\r\n", PerfData[2]-PerfData[1]);
//DBG_ERR("Perf3: %d\r\n", PerfData[3]-PerfData[2]);
//DBG_ERR("Perf4: %d\r\n", PerfData[4]-PerfData[3]);
//DBG_ERR("Perf5: %d\r\n", PerfData[5]-PerfData[4]);
}