/// <summary>
/// The user has selected a different Focuser.
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void cmbxModel_SelectedIndexChanged(object sender, EventArgs e)
{
// Focuser model and indexer.
Focuser.ModelNumberEnum ModelNumber = (Focuser.ModelNumberEnum)cmbxModel.SelectedItem;
Properties.Settings.Default.FocuserModel = ModelNumber.ToString();
Focuser.FocuserDataType model;
if (m_Focuser.m_FocuserTypes.TryGetValue(ModelNumber, out model))
{
SetFocuserParameters();
}
}
/// <summary>
/// Sets various parameters based on user input.
/// </summary>
void SetFocuserParameters()
{
// Load Step Resolution
string strStepResolution;
if (rbtnCoarseResolution.Checked)
{
strStepResolution = "Coarse";
}
else if (rbtnMediumResolution.Checked)
{
strStepResolution = "Medium";
}
else
{
strStepResolution = "Fine";
}
Focuser.ModelNumberEnum modelEnum = (Focuser.ModelNumberEnum)cmbxModel.SelectedItem;
m_Focuser.DetermineFocuserLength(modelEnum);
m_Focuser.DetermineStepResolution(strStepResolution);
tbxStepSizeMicrons.ReadOnly = true;
Focuser.FocuserDataType model = m_Focuser.FocuserModels[modelEnum];
tbxStepSizeMicrons.Text = (model.MicronsPerStep * m_Focuser.StepResolution).ToString();
nudMaxTravel.Text = (model.StepCount / m_Focuser.StepResolution).ToString();
nudMaxIncrement.Value = Convert.ToInt32(nudMaxTravel.Text);
// TODO: Some sort of UI that needs to be implement?
// TODO: Calibrate Zero?
//cmdCalibrate.Visible = false;
//cmdCalibrate.Enabled = false;
//cmdInit.Visible = false;
//cmdInit2.Visible = true;
switch (modelEnum)
{
case Focuser.ModelNumberEnum.FTF2008BCR:
case Focuser.ModelNumberEnum.FTF2008:
break;
case Focuser.ModelNumberEnum.FTF2015:
case Focuser.ModelNumberEnum.FTF2020:
case Focuser.ModelNumberEnum.FTF2025:
case Focuser.ModelNumberEnum.FTF3545:
case Focuser.ModelNumberEnum.AP27FTMU:
case Focuser.ModelNumberEnum.AP4FOC3E:
case Focuser.ModelNumberEnum.AP27FOC3E:
if (Convert.ToInt32(nudMaxTravel.Text) <= UInt16.MaxValue)
{
nudMaxIncrement.Value = Convert.ToDecimal(nudMaxTravel.Text);
}
else
{
nudMaxIncrement.Value = UInt16.MaxValue;
}
break;
case Focuser.ModelNumberEnum.Other:
tbxStepSizeMicrons.Text = "6.4";
nudMaxTravel.Text = Properties.Settings.Default.MaxStep.ToString();
nudMaxIncrement.Text = Properties.Settings.Default.MaxIncrement.ToString();
tbxStepSizeMicrons.ReadOnly = false;
//cmdCalibrate.Visible = true;
//cmdCalibrate.Enabled = true;
//cmdInit2.Visible = false;
//cmdInit.Visible = true;
break;
}
}
/// <summary>
/// Port of VB Let Link property.
/// </summary>
/// <param name=" bConnect "></param>
void LetLink(bool bConnect)
{
int lPos;
LogMessage("Focuser.LetLink", "arg is {0}", bConnect);
if (bConnect == g_bFocuserConnected)
{
return; // Nothing to do.
}
if (!bConnect)
{
g_bUseCachedPosition = false;
lPos = GetPosition();
if (lPos > 99900)
{
lPos = 0;
}
if (lPos > MaxStepNumber)
{
lPos = MaxStepNumber;
}
SaveFocuserPosition(lPos);
CloseConnection();
return; // Exit Property
}
// Load the maximum step number
MaxStepNumber = Properties.Settings.Default.MaxStep;
// Load the last saved focus position for restoration and protect against it being out of range.
int lastSavedPosition = Properties.Settings.Default.LastFocusPosition;
if (lastSavedPosition > 99900)
{
lastSavedPosition = 0;
}
if (lastSavedPosition > MaxStepNumber)
{
lastSavedPosition = MaxStepNumber;
}
if (lastSavedPosition != Properties.Settings.Default.LastFocusPosition)
{
Properties.Settings.Default.LastFocusPosition = lastSavedPosition;
Properties.Settings.Default.Save();
}
// Compute steps/degree for temperature compensation.
if (Properties.Settings.Default.DeltaT != 0)
{
m_dStepsPerDegree = Properties.Settings.Default.DeltaSteps / Properties.Settings.Default.DeltaT;
}
else
{
m_dStepsPerDegree = 0;
}
// Temperature compensation IN or OUT?
m_TempCompIn = Properties.Settings.Default.BacklashFinalDirectionIsOut;
// Load Step Resolution
Focuser.ModelNumberEnum modelEnum = (Focuser.ModelNumberEnum)Properties.Settings.Default.FocuserModelIndex;
LogMessage("Focuser.LetLink", "Focuser model index is {0}", modelEnum);
LogMessage("Focuser.LetLink", "Focuser step resolution is {0}", Properties.Settings.Default.StepResolution);
// Determine if focuser is short or long body based on model number.
DetermineFocuserLength(modelEnum);
// Determine the number of steps based on the user selected coarseness.
DetermineStepResolution(Properties.Settings.Default.StepResolution);
OpenConnection();
// This is also done in the power-up code.
SetSpeed((byte)Properties.Settings.Default.FocusSpeed, m_StepResolution);
SaveDataToFirmware();
return;
}
