/**
* Sets all sensors to the desired mode.
* @see Sensor_SetMode for more information.
* @param mode The mode to be changed to
* @param arg An argument specific to the mode to be set.
*/
void Sensor_SetModeAll(ControlModes mode, void * arg)
{
if (mode == CONTROL_START)
Sensor_Init();
for (int i = 0; i < g_num_sensors; i++)
Sensor_SetMode(&g_sensors[i], mode, arg);
if (mode == CONTROL_STOP)
Sensor_Cleanup();
}
LOCAL uint32_t _BF3905_After_Snapshot(uint32_t param)
{
SENSOR_PRINT("SENSOR: _BF3905_After_Snapshot =%d \n",param);
// BF3905_WriteReg(0x1b,0x2e);
BF3905_WriteReg(0x13,0x07);
SENSOR_Sleep(100);
Sensor_SetMode(param);
return SENSOR_SUCCESS;
}
LOCAL uint32_t _BF3905_BeforeSnapshot(uint32_t sensor_snapshot_mode)
{
sensor_snapshot_mode &= 0xffff;
Sensor_SetMode(sensor_snapshot_mode);
Sensor_SetMode_WaitDone();
switch (sensor_snapshot_mode) {
case SENSOR_MODE_PREVIEW_ONE: //VGA
SENSOR_PRINT("Capture VGA Size");
BF3905_WriteReg(0x13,0x02);
SENSOR_Sleep(200);
break;
case SENSOR_MODE_SNAPSHOT_ONE_FIRST: // 1.3 M
{
// BF3905_set_shutter();
BF3905_WriteReg(0x13,0x02);
SENSOR_Sleep(450); ///300
// SENSOR_PRINT("Capture 1.3M&2M Size");
break;
}
case SENSOR_MODE_SNAPSHOT_ONE_SECOND: // 2 M
{
// BF3905_set_shutter();
BF3905_WriteReg(0x13,0x02);
SENSOR_Sleep(450); ///300
// SENSOR_PRINT("Capture 1.3M&2M Size");
break;
}
default:
break;
}
return 0;
}
void Sen_FlowFunc(SEN_FLOW_MSG MsgID, SenCBInfo *SenInfo)
{
//#NT#20091126#ethanlau -begin
PImageAlgInfo pimginfo;
pimginfo = UI_GetParameter();
switch(MsgID)
{
case AE_PRV_INIT:
//#NT#2010/09/09#ethanlau -begin
aaa_InitAE(0);
//#NT#2010/09/09#ethanlau -end
break;
case AE_PRV_SETTING:
//#NT#2010/09/09#ethanlau -begin
Ae_Transform(0);
//#NT#2010/09/09#ethanlau -end
//AeCap2Prv();
break;
case AE_CAP2PRV_SETTING:
AeCap2Prv();
break;
case AE_CAP_SETTING:
AePrv2Cap();
SetIPPFuncInfor(CAP_ISO, ISOPRV0);
break;
case AWB_PRV_INIT:
aaa_InitRBgain();
aaa_InitAWB();
break;
case AWB_PRV_SETTING:
AwbCap2Prv();
break;
case AWB_CAP_SETTING:
AwbPrv2Cap();
break;
case PREFLASH_FLOW:
flash_PreFlashFlow();
break;
case IPE_CAP_SETTING:
case IPE_D2D_SETTING:
case IPE_PRV_SETTING:
ipe_IQparam(MsgID, &SenInfo->IPEModeInfo->IQINFO);
ipe_changeParam(&SenInfo->IPEModeInfo->IQINFO);
break;
case IPE_PRV_AE_SETTING:
//#NT#20090706#ETHAN LAU -BEGIN
ipe_IQparam(MsgID, &SenInfo->IPEModeInfo->IQINFO);
ipe_changeParam(&SenInfo->IPEModeInfo->IQINFO);
break;
//#NT#20090706#ETHAN LAU -END
case IPE_PRV_AF_SETTING:
ipe_IQparam(MsgID, &SenInfo->IPEModeInfo->IQINFO);
ipe_changeParam(&SenInfo->IPEModeInfo->IQINFO);
break;
case TG_INIT:
Sensor_config(SIE_PRE_Para_prv.ModeSel);
break;
case AFE_INIT:
break;
case PRE_PRV_SETTING:
pre_PrvParameter(SenInfo->IppMgrInfo);
break;
case PRE_CAP_SETTING:
pre_CapParameter(SenInfo->IppMgrInfo);
break;
case PRE_D2D_SETTING:
pre_D2DParameter(SenInfo->IppMgrInfo);
break;
case SIE_PRE_GET_CAP_RAW:
siepre_GetCapRaw(SenInfo->SiePreCapInfo);
break;
case SENSOR_MODE_SETTING:
Sensor_SetMode(SenInfo->SiePrePrvInfo->ModeSel);
Ae_Transform(0);
break;
case AE_PRV_GAIN_SETTING:
AeSetAGCGain();
break;
case IPPFUNC_Switch:
IPPFunc_OnOffSwitch();
break;
case AAFD_Switch:
AAFD_LockSwitch(SenInfo->IPPImgMode);
break;
//#NT#20091207#ethanlau -begin
case IME_Chrom_Prv_SETTING:
ime_ChromPram(MsgID);
break;
case IME_Chrom_Prv_AE_SETTING:
ime_ChromPram(MsgID);
break;
case IME_Chrom_Cap_SETTING:
ime_ChromPram(MsgID);
break;
//#NT#20091207#ethanlau -end
//#NT#2010/09/27#ethanlau -begin
case IPL_SLEEP:
case IPL_WAKEUP:
break;
//#NT#2010/09/27#ethanlau -end
default:
debug_err(("-E- MsgID(%d) > MaxID(%d)\r\n", MsgID, SEN_FLOW_MSG_NUM));
break;
}
}
