public async override Task ReloadAsync()
{
var calibratorApp = new CalibratorApplication(_calibrator.Results, _calibrator.Constants);
var points = await calibratorApp.CalculateErrorsAsync();
Error = await AngularCalibrationErrorVM.CreateAsync(points.Flatten().ToArray());
}
public override async Task ReloadAsync()
{
using (new FlagInverseAction(true, v => IsLoading = v))
{
var hasOldState = Error != null;
var oldAngle = Error?.Angle;
var oldVSet = Error?.SelectedSet?.Value?.Set;
foreach (var useTestAngle in new bool[] { false, true })
{
var baseMeasures = _calibrator.Results.ToList();
var calibratorApp = new CalibratorApplication(baseMeasures, _calibrator.Constants);
var points = await calibratorApp.CalculateErrorsAsync(useTestAngle);
var errors = new ErrorsCollection();
var tasks = points.Length.Range()
.Select(i => TemperatureCalibrationErrorVM.CreateAsync(points[i]))
.ToArray();
for (int i = 0; i < points.Length; i++)
{
errors.Add(await tasks[i]);
errors[i].PropertyChanged += TemperatureCalibrationErrorsVM_PropertyChanged1;
}
_errors[useTestAngle] = errors;
}
Update();
if (hasOldState)
{
Error = _errors[UseTestPoint].First(e => e.Angle == oldAngle);
Error.SelectedSet = Error.VectorsSets.First(s => s.Value.Set == oldVSet);
}
}
}
