public void FromTelescopeInfo(TelescopeInfo info)
{
if (info.Connected)
{
if (string.IsNullOrWhiteSpace(Telescope.Name))
{
Telescope.Name = info.Name;
}
Observer.Elevation = info.SiteElevation;
Telescope.Coordinates = info.Coordinates;
}
}
public async Task Disconnect()
{
if (Telescope != null)
{
Logger.Info("Disconnected Telescope");
}
if (updateTimer != null)
{
await updateTimer.Stop();
}
Telescope?.Disconnect();
Telescope = null;
TelescopeInfo = DeviceInfo.CreateDefaultInstance <TelescopeInfo>();
BroadcastTelescopeInfo();
}
public void FromTelescopeInfoNoCoordinateTransformTest()
{
var coordinates = new Coordinates(Angle.ByHours(4), Angle.ByDegree(29), Epoch.J2000);
var telescopeInfo = new TelescopeInfo()
{
Connected = true,
Coordinates = coordinates
};
var sut = new ImageMetaData();
sut.FromTelescopeInfo(telescopeInfo);
Assert.AreEqual(Epoch.J2000, sut.Telescope.Coordinates.Epoch);
Assert.AreEqual(60, sut.Telescope.Coordinates.RADegrees);
Assert.AreEqual(29, sut.Telescope.Coordinates.Dec);
}
public void FromTelescopeInfoNotConnectedTest()
{
var coordinates = new Coordinates(Angle.ByHours(4), Angle.ByDegree(29), Epoch.J2000);
var telescopeInfo = new TelescopeInfo()
{
Connected = false,
Name = "TestName",
SiteElevation = 120.3,
Coordinates = coordinates
};
var sut = new ImageMetaData();
sut.FromTelescopeInfo(telescopeInfo);
Assert.AreEqual(string.Empty, sut.Telescope.Name);
Assert.AreEqual(double.NaN, sut.Telescope.FocalLength);
Assert.AreEqual(double.NaN, sut.Telescope.FocalRatio);
Assert.AreEqual(null, sut.Telescope.Coordinates);
}
public void ShouldFlipTest(double timeToFlipMinutes, double exposureTimeMinutes, double minutesAfterMeridian, double pauseBeforeMeridian, bool useSideOfPier, bool shouldFlip, PierSide pierSide = PierSide.pierUnknown)
{
meridianFlipSettingsMock.SetupGet(m => m.Enabled).Returns(true);
meridianFlipSettingsMock.SetupGet(m => m.MinutesAfterMeridian).Returns(minutesAfterMeridian);
meridianFlipSettingsMock.SetupGet(m => m.PauseTimeBeforeMeridian).Returns(pauseBeforeMeridian);
meridianFlipSettingsMock.SetupGet(m => m.Recenter).Returns(false);
meridianFlipSettingsMock.SetupGet(m => m.SettleTime).Returns(0);
meridianFlipSettingsMock.SetupGet(m => m.UseSideOfPier).Returns(useSideOfPier);
var telescopeInfo = new TelescopeInfo()
{
TimeToMeridianFlip = TimeSpan.FromMinutes(timeToFlipMinutes).TotalHours,
SideOfPier = pierSide,
Connected = true
};
var exposureTime = TimeSpan.FromMinutes(exposureTimeMinutes).TotalSeconds;
var sut = MeridianFlipVM.ShouldFlip(profileServiceMock.Object, exposureTime, telescopeInfo);
sut.Should().Be(shouldFlip);
}
public void FromTelescopeInfoConnectedTest()
{
var coordinates = new Coordinates(Angle.ByHours(4), Angle.ByDegree(29), Epoch.JNOW, new DateTime(2020, 06, 16));
var telescopeInfo = new TelescopeInfo()
{
Connected = true,
Name = "TestName",
SiteElevation = 120.3,
Coordinates = coordinates
};
var sut = new ImageMetaData();
sut.FromTelescopeInfo(telescopeInfo);
Assert.AreEqual("TestName", sut.Telescope.Name);
Assert.AreEqual(120.3, sut.Observer.Elevation);
Assert.AreEqual(double.NaN, sut.Telescope.FocalLength);
Assert.AreEqual(double.NaN, sut.Telescope.FocalRatio);
Assert.AreEqual(Epoch.J2000, sut.Telescope.Coordinates.Epoch);
Assert.AreEqual(59.694545025696307d, sut.Telescope.Coordinates.RADegrees);
Assert.AreEqual(28.945185789035015d, sut.Telescope.Coordinates.Dec);
}
private async Task <bool> ChooseTelescope()
{
await ss.WaitAsync();
try {
await Disconnect();
if (updateTimer != null)
{
await updateTimer.Stop();
}
if (TelescopeChooserVM.SelectedDevice.Id == "No_Device")
{
profileService.ActiveProfile.TelescopeSettings.Id = TelescopeChooserVM.SelectedDevice.Id;
return(false);
}
this.applicationStatusMediator.StatusUpdate(
new ApplicationStatus()
{
Source = Title,
Status = Locale.Loc.Instance["LblConnecting"]
}
);
var telescope = (ITelescope)TelescopeChooserVM.SelectedDevice;
_cancelChooseTelescopeSource?.Dispose();
_cancelChooseTelescopeSource = new CancellationTokenSource();
if (telescope != null)
{
try {
var connected = await telescope?.Connect(_cancelChooseTelescopeSource.Token);
_cancelChooseTelescopeSource.Token.ThrowIfCancellationRequested();
if (connected)
{
Telescope = telescope;
if (Telescope.EquatorialSystem == Epoch.B1950 || Telescope.EquatorialSystem == Epoch.J2050)
{
Logger.Error($"Mount uses an unsupported equatorial system: {Telescope.EquatorialSystem}");
throw new OperationCanceledException(string.Format(Locale.Loc.Instance["LblUnsupportedEpoch"], Telescope.EquatorialSystem));
}
if (Telescope.HasUnknownEpoch)
{
Logger.Warning($"Mount reported an Unknown or Other equatorial system. Defaulting to {Telescope.EquatorialSystem}");
Notification.ShowWarning(string.Format(Locale.Loc.Instance["LblUnknownEpochWarning"], Telescope.EquatorialSystem));
}
if (Telescope.SiteLatitude != profileService.ActiveProfile.AstrometrySettings.Latitude || Telescope.SiteLongitude != profileService.ActiveProfile.AstrometrySettings.Longitude)
{
var syncVM = new TelescopeLatLongSyncVM(
Telescope.CanSetSiteLatLong,
profileService.ActiveProfile.AstrometrySettings.Latitude,
profileService.ActiveProfile.AstrometrySettings.Longitude,
Telescope.SiteLatitude,
Telescope.SiteLongitude
);
await WindowService.ShowDialog(syncVM, Locale.Loc.Instance["LblSyncLatLong"], System.Windows.ResizeMode.NoResize, System.Windows.WindowStyle.ToolWindow);
if (syncVM.Mode == TelescopeLatLongSyncVM.LatLongSyncMode.NINA)
{
profileService.ChangeLatitude(Telescope.SiteLatitude);
profileService.ChangeLongitude(Telescope.SiteLongitude);
}
else if (syncVM.Mode == TelescopeLatLongSyncVM.LatLongSyncMode.TELESCOPE)
{
Telescope.SiteLatitude = profileService.ActiveProfile.AstrometrySettings.Latitude;
Telescope.SiteLongitude = profileService.ActiveProfile.AstrometrySettings.Longitude;
}
}
TelescopeInfo = new TelescopeInfo {
AltitudeString = Telescope.AltitudeString,
AtPark = Telescope.AtPark,
AzimuthString = Telescope.AzimuthString,
Connected = true,
Coordinates = Telescope.Coordinates,
Declination = Telescope.Declination,
DeclinationString = Telescope.DeclinationString,
HoursToMeridianString = Telescope.HoursToMeridianString,
Name = Telescope.Name,
RightAscension = Telescope.RightAscension,
RightAscensionString = Telescope.RightAscensionString,
SiderealTime = Telescope.SiderealTime,
SiderealTimeString = Telescope.SiderealTimeString,
SiteElevation = Telescope.SiteElevation,
SiteLatitude = Telescope.SiteLatitude,
SiteLongitude = Telescope.SiteLongitude,
TimeToMeridianFlip = Telescope.TimeToMeridianFlip,
TimeToMeridianFlipString = Telescope.TimeToMeridianFlipString,
SideOfPier = Telescope.SideOfPier,
Tracking = Telescope.Tracking,
CanSetTracking = Telescope.CanSetTracking,
CanPark = Telescope.CanPark,
CanSetPark = Telescope.CanSetPark,
EquatorialSystem = Telescope.EquatorialSystem,
HasUnknownEpoch = Telescope.HasUnknownEpoch
};
BroadcastTelescopeInfo();
updateTimer.Interval = profileService.ActiveProfile.ApplicationSettings.DevicePollingInterval;
updateTimer.Start();
Notification.ShowSuccess(Locale.Loc.Instance["LblTelescopeConnected"]);
profileService.ActiveProfile.TelescopeSettings.Id = Telescope.Id;
Logger.Info($"Successfully connected Telescope. Id: {telescope.Id} Name: {telescope.Name} Driver Version: {telescope.DriverVersion}");
return(true);
}
else
{
Telescope = null;
return(false);
}
} catch (OperationCanceledException ex) {
if (telescope?.Connected == true)
{
await Disconnect();
}
Notification.ShowError(ex.Message);
return(false);
}
}
else
{
return(false);
}
} finally {
ss.Release();
this.applicationStatusMediator.StatusUpdate(
new ApplicationStatus()
{
Source = Title,
Status = string.Empty
}
);
}
}
public void UpdateDeviceInfo(TelescopeInfo deviceInfo)
{
this.telescopeInfo = deviceInfo;
}
public void UpdateDeviceInfo(TelescopeInfo telescopeInfo)
{
this.TelescopeInfo = telescopeInfo;
}
