private void CameraTypeChanged()
{
SimulatedCameraType cameraType = GetSelectedCameraType();
if (settingsManager != null)
{
settingsManager.CameraTypeChanged(cameraType);
}
cbxBitDepth.Enabled = rbDigitalCamera.Checked || rbVideoSystem.Checked;
if (rbAnalogueIntegrating.Checked || rbAnalogueNonIntegrating.Checked)
{
SetBitDepthSelection(8);
}
}
private void btnReset_Click(object sender, EventArgs e)
{
if (rbDriverDefaults.Checked)
{
Settings.Default.ResetDefaults();
Settings.Default.Save();
}
else
{
SimulatedCameraType cameraType = SimulatedCameraType.AnalogueNonIntegrating;
if (rbAnalogueNonIntegrating.Checked)
{
cameraType = SimulatedCameraType.AnalogueNonIntegrating;
}
else if (rbAnalogueIntegrating.Checked)
{
cameraType = SimulatedCameraType.AnalogueIntegrating;
}
else if (rbDigitalVideoCamera.Checked)
{
cameraType = SimulatedCameraType.Digital;
}
else if (rbVideoSystem.Checked)
{
cameraType = SimulatedCameraType.VideoSystem;
}
Settings.Default.Reset(cameraType);
Settings.Default.Save();
}
DialogResult = DialogResult.OK;
Close();
}
internal void Reset(SimulatedCameraType cameraType)
{
switch (cameraType)
{
case SimulatedCameraType.AnalogueNonIntegrating:
ResetAnalogueNonIntegratingDefaults();
break;
case SimulatedCameraType.AnalogueIntegrating:
ResetAnalogueIntegratingDefaults();
break;
case SimulatedCameraType.Digital:
ResetDigitalDefaults();
break;
case SimulatedCameraType.VideoSystem:
ResetVideoSystemDefaults();
break;
default:
throw new ArgumentOutOfRangeException();
}
}
private void CameraTypeChangedInternal(SimulatedCameraType cameraType)
{
m_ucAnalogueCameraSettings.SetVisibility(cameraType == SimulatedCameraType.AnalogueIntegrating || cameraType == SimulatedCameraType.AnalogueNonIntegrating);
m_ucIntegratingCameraSettings.SetVisibility(cameraType != SimulatedCameraType.AnalogueNonIntegrating);
}
void ISettingsPagesManager.CameraTypeChanged(SimulatedCameraType cameraType)
{
CameraTypeChangedInternal(cameraType);
}