// ============================================================================
// camerap_CheckProductId
// ----------------------------------------------------------------------------
/// read sensor id,compare with define sensor id
/// @return #TRUE, #FALSE
// ============================================================================
PRIVATE BOOL camerap_CheckProductId()
{
UINT8 cameraID=0;
camerap_Reserve(NULL);
#ifdef I2C_BASED_ON_GPIO
gpio_i2c_open();
#else
g_camdI2cBusId = tgt_GetCamdConfig()->i2cBusId;
hal_I2cOpen(g_camdI2cBusId);
#endif
HAL_CAMERA_CFG_T CamConfig = {0,};
CamConfig.rstActiveH = FALSE;
CamConfig.pdnActiveH = TRUE;
CamConfig.dropFrame = FALSE;
CamConfig.camClkDiv = 6; // 156MHz/6 = 26MHz
CamConfig.endianess = NO_SWAP;//BYTE_SWAP;//
CamConfig.colRatio= COL_RATIO_1_1;
CamConfig.rowRatio= ROW_RATIO_1_1;
CamConfig.camId = camera_GetCameraID();
hal_CameraOpen(&CamConfig);
hal_CameraReset(TRUE); // set reset to low
// Enable Camera LDO
pmd_EnablePower(PMD_POWER_CAMERA,TRUE);
hal_TimDelay(819); // delay 5ms for stable reset low signal
hal_CameraPowerDown(FALSE);
if (gSensorInfo.snrrst)
{
}
else
{
hal_CameraReset(FALSE);
}
//before read,must delay for sensor
camerap_Delay(20);
cameraID=camerap_GetId();
// Disable Camera Interface Module
hal_CameraClose();
// Disable I2C
#ifdef I2C_BASED_ON_GPIO
gpio_i2c_close();
#else
hal_I2cClose(g_camdI2cBusId);
#endif
// Disable the LDO for the camera
pmd_EnablePower(PMD_POWER_CAMERA,FALSE);
SXS_TRACE(TSTDOUT,"byd3703(0x%02x): read id is 0x%02x", CAM_BYD3703_ID, cameraID);
if(cameraID == CAM_BYD3703_ID)
return TRUE;
else
return FALSE;
}
VOID I2C_Open(VOID)
{
#ifdef I2C_BASED_ON_GPIO
gpio_i2c_open();
#else
g_btdI2cBusId = tgt_GetBtdConfig()->i2cBusId;
hal_I2cOpen(g_btdI2cBusId);
#endif
return;
}
// The camera will be powered on in a particular mode specified here
// Later, when the video capture or image capture is 'prepared', the frame buffer size
// must correspond to the size here unless the format is changed.
PRIVATE void camerap_PowerOn(CAM_SIZE_T CamOutSize, UINT16 IspOutWidth, UINT16 IspOutHeight, CAM_FORMAT_T Format)
{
// Turn on any power required for camera
// Enable the Camera Interface Module
// Turn on the Camera
// Reset & initialize the Camera
HAL_CAMERA_CFG_T CamConfig = {0,};
HAL_CAMERA_IRQ_CAUSE_T mask = {0,0,0,0};
UINT16 camOutWidth = 0, camOutHeight = 0;
if (CamOutSize == CAM_NPIX_VGA)
{
camOutWidth = 640;
camOutHeight = 480;
}
else if (CamOutSize == CAM_NPIX_QVGA)
{
camOutWidth = 320;
camOutHeight = 240;
}
else if (CamOutSize == CAM_NPIX_QQVGA)
{
camOutWidth = 160;
camOutHeight = 120;
}
else
{
SXS_TRACE(TSTDOUT,"DRV_CAM: Unsupported CAM Out Size");
return;
}
if ((camOutWidth < IspOutWidth) || (camOutHeight < IspOutHeight))
{
SXS_TRACE(TSTDOUT,"DRV_CAM: ISP out is larger than Cam Out");
return;
}
s_camOpened = FALSE;
#ifdef I2C_BASED_ON_GPIO
gpio_i2c_open();
#else
g_camdI2cBusId = tgt_GetCamdConfig()->i2cBusId;
hal_I2cOpen(g_camdI2cBusId);
#endif
CamConfig.rstActiveH = FALSE;
CamConfig.pdnActiveH = TRUE;
CamConfig.dropFrame = FALSE;
CamConfig.camClkDiv = 6; // 156MHz/6 = 26MHz
CamConfig.endianess = NO_SWAP;//BYTE_SWAP;//
CamConfig.camId = camera_GetCameraID();
CamConfig.cropEnable = FALSE;
#if CAM_ISP_FUNC
if ((camOutWidth > IspOutWidth) || (camOutHeight > IspOutHeight))
{
CamConfig.dstWinColStart = ((camOutWidth - IspOutWidth)/2)&0xFFF;
CamConfig.dstWinColEnd = (CamConfig.dstWinColStart + IspOutWidth - 1)&0xFFF;
CamConfig.dstWinRowStart = ((camOutHeight - IspOutHeight)/2)&0xFFF;
CamConfig.dstWinRowEnd = (CamConfig.dstWinRowStart + IspOutHeight - 1)&0xFFF;
CamConfig.cropEnable = TRUE;
}
CamConfig.colRatio= COL_RATIO_1_1;
CamConfig.rowRatio= ROW_RATIO_1_1;
#else
UINT32 ratioCol = camOutWidth / IspOutWidth;
UINT32 ratioRow = camOutHeight / IspOutHeight;
if ((ratioCol*IspOutWidth == camOutWidth) && (ratioRow*IspOutHeight == camOutHeight))
{
CamConfig.colRatio= ratioCol - 1;
CamConfig.rowRatio= ratioRow - 1;
if (ratioCol != 1 && ratioRow != 1)
CamConfig.reOrder = 4;
}
else
{
SXS_TRACE(TSTDOUT, "DRV_CAM: failed to set decimation, %d, %d, %d, %d", camOutWidth, IspOutWidth, camOutHeight, IspOutHeight);
//hal_HstSendEvent(0x20);
return;
}
#endif
// Enable Camera LDO
pmd_EnablePower(PMD_POWER_CAMERA, TRUE);
hal_CameraOpen(&CamConfig);
s_camOpened = TRUE;
hal_CameraIrqSetMask(mask);
hal_CameraPowerDown(FALSE);
if (gSensorInfo.snrrst)
{
// Toggle the reset bit
}
else
{
// Just bring the sensor out of reset
// hal_CameraReset(TRUE, FALSE);
hal_CameraReset(FALSE);
}
// Should use CamOutSize and Format to decide which sequence to use
// CamOutSize and Format may be changed later but the camera and IFC need
// to be stopped and the IFC and camera re-enabled in the correct order
// Power On seq
// After this, the camera will start sending data to the camera module. The IFC will
// need to be started at the correct time (typically after the end of frame interrupt
// so the data will be properly synchronized in the buffer
if (CamOutSize == CAM_NPIX_VGA)
{
camerap_SendRgSeq(RG_InitPowerOnVga, (sizeof(RG_InitPowerOnVga) / sizeof(CAM_REG_T)));
#ifdef TGT_GALLITE_G800
if(CamConfig.camId==1)
{
//for t800
camerap_WriteOneReg( 0x0f , 0x92);
camerap_WriteOneReg( 0x45 , 0x25);
camerap_WriteOneReg( 0x47 , 0x24);
}
else
{
//for t800
camerap_WriteOneReg( 0x0f , 0x82);
camerap_WriteOneReg( 0x45 , 0x24);
camerap_WriteOneReg( 0x47 , 0x20);
}
#endif
}
else if(CamOutSize == CAM_NPIX_QVGA)
{
camerap_SendRgSeq(RG_InitPowerOnQvga, (sizeof(RG_InitPowerOnQvga) / sizeof(CAM_REG_T)));
}
else
{
camerap_SendRgSeq(RG_InitPowerOnQqvga, (sizeof(RG_InitPowerOnQqvga) / sizeof(CAM_REG_T)));
#ifdef TGT_GALLITE_G800
if(CamConfig.camId==1)
{
//for t800
camerap_WriteOneReg( 0x0f , 0x92);
camerap_WriteOneReg( 0x45 , 0x25);
camerap_WriteOneReg( 0x47 , 0x24);
}
else
{
//for t800
camerap_WriteOneReg( 0x0f , 0x82);
camerap_WriteOneReg( 0x45 , 0x90);
camerap_WriteOneReg( 0x47 , 0x20);
}
#endif
}
// Sensor Init seq
}
PUBLIC FMD_ERR_T fmd_Open(CONST TGT_FMD_CONFIG_T* fmdTgtCfg,
FMD_BAND_T band,
FMD_CALLBACK_T* callback,
FMD_INIT_T* initValues)
{
UINT8 dacVol;
UINT32 chan;
// Check if already opened
// -----------------------
if (g_band != FMD_BAND_QTY)
{
return FMD_ERR_ALREADY_OPENED;
}
// Check the parameters and store them
// -----------------------------------
switch (band)
{
case FMD_BAND_US_EUROPE:
case FMD_BAND_JAPAN:
case FMD_BAND_WORLD:
case FMD_BAND_EAST_EUROPE:
g_band = band;
break;
default:
// this chip has limited band support...
return FMD_ERR_BAD_PARAMETER;
}
if (fmdTgtCfg == NULL)
{
g_band = FMD_BAND_QTY; // close marker
return FMD_ERR_BAD_PARAMETER;
}
g_fmdConfig = fmdTgtCfg;
g_callback = callback;
// default : mute , stereo, no bass boost
dacVol = 0;
chan = 0;
// set the required initial state
// ------------------------------
if (initValues != NULL)
{
// set given parameters
dacVol = g_fmdConfig->volumeVal[initValues->volume];
chan = (initValues->freqKHz) ;
}
SXS_TRACE(TSTDOUT,"fmd_Open chanfreqKHz:%d ",chan);
// Sets the PowerDown
if(g_fmdConfig->pinPdn.type==HAL_GPIO_TYPE_IO)
{
hal_GpioSetOut(g_fmdConfig->pinPdn.gpioId);
}
hal_GpioSet(g_fmdConfig->pinPdn);
#ifdef I2C_BASED_ON_GPIO
gpio_i2c_open();
#else
//xiaoyifeng for atv
//for IIC pull up
pmd_EnablePower(PMD_POWER_CAMERA,TRUE);
g_atvdI2cBusId = tgt_GetAtvdConfig()->i2cBusId;
hal_I2cOpen(g_atvdI2cBusId);
#endif
#ifdef RDA5888_FM_26MCRYSTAL_ENABLE
{
hal_SysAuxClkOut(TRUE);
}
#endif
RDA5888FM_Init();
//open 32k here
#ifdef RDA5888_32KFMMODE_ENALBE
#ifdef RDA5888_FM_26MCRYSTAL_ENABLE
{
hal_SysAuxClkOut(FALSE);
}
#endif
{
RDA_Open32KOnChip();
}
#endif
//set volume about dacVol
if (dacVol == FMD_ANA_MUTE)
{
// fmd_Write(0x10,0xc500); // close adac
}
else
{
//fmd_Write(0x10,0x8500); // open adac
}
// sxr_Sleep(10 MILLI_SECONDS);
// fmd_FieldWrite(0x125, 0xff80, dacVol);
// sxr_Sleep(50 MILLI_SECONDS);
return FMD_ERR_NO;
}
