void
CPGRStereoControlDialog::OnRadioStereoalg2camhorz()
{
// set the pan register to 1 (narrow)
TriclopsError error = ::triclopsSetCameraConfiguration(
*m_pTriclopsContext, TriCfg_2CAM_HORIZONTAL_NARROW );
_VERIFY_TRICLOPS_ERROR;
error = ::triclopsSetResolution(
*m_pTriclopsContext, m_iHeight, m_iWidth );
_VERIFY_TRICLOPS_ERROR;
//
// See if we should adjust the pan register. Not needed for saved images.
//
if( m_pFlycaptureContext )
{
flycaptureSetCameraProperty(
*m_pFlycaptureContext, FLYCAPTURE_PAN, 1, 0, FALSE);
}
m_checkBackForth.EnableWindow( TRUE );
updateDisparitySliders(true);
UpdateData(FALSE);
}
void ofxffmv::setCameraFeature(CAMERA_BASE_FEATURE featureCode,int firstValue,int secondValue,bool isAuto,bool isEnabled)
{
FlyCaptureProperty deviceProperty = (FlyCaptureProperty)0xFFFFFFFF;
switch (featureCode)
{
case BASE_BRIGHTNESS:
deviceProperty = FLYCAPTURE_BRIGHTNESS;
break;
case BASE_EXPOSURE:
deviceProperty = FLYCAPTURE_AUTO_EXPOSURE;
break;
case BASE_SATURATION:
deviceProperty = FLYCAPTURE_SATURATION;
break;
case BASE_GAMMA:
deviceProperty = FLYCAPTURE_GAMMA;
break;
case BASE_SHUTTER:
deviceProperty = FLYCAPTURE_SHUTTER;
break;
case BASE_GAIN:
deviceProperty = FLYCAPTURE_GAIN;
break;
case BASE_FRAMERATE:
deviceProperty = FLYCAPTURE_FRAME_RATE;
break;
case BASE_PAN:
deviceProperty = FLYCAPTURE_PAN;
break;
}
if ((deviceProperty!=0xFFFFFFFF) && (isInitialized))
flycaptureSetCameraProperty(context,deviceProperty,firstValue,secondValue,isAuto);
}
void CPGRStereoControlDialog::SetWideConfig()
{
// set the pan register to 0 (wide)
TriclopsError error = ::triclopsSetCameraConfiguration(
*m_pTriclopsContext, TriCfg_2CAM_HORIZONTAL_WIDE );
_VERIFY_TRICLOPS_ERROR;
error = ::triclopsSetResolution(
*m_pTriclopsContext, m_iHeight, m_iWidth );
_VERIFY_TRICLOPS_ERROR;
//
// See if we should adjust the pan register. Not needed for saved images.
//
if( m_pFlycaptureContext )
{
flycaptureSetCameraProperty(
*m_pFlycaptureContext, FLYCAPTURE_PAN, 0, 0, FALSE);
}
}
