private void Dev_DummyData_Click(object sender, MouseButtonEventArgs e)
{
ListResults.Clear();
var dummyData = new Dino[] {
new Dino {
Location = new Position {
Lat = 10, Lon = 10
}, Type = "Testificate", Name = "10,10"
},
new Dino {
Location = new Position {
Lat = 90, Lon = 10
}, Type = "Testificate", Name = "90,10"
},
new Dino {
Location = new Position {
Lat = 10, Lon = 90
}, Type = "Testificate", Name = "10,90"
},
new Dino {
Location = new Position {
Lat = 90, Lon = 90
}, Type = "Testificate", Name = "90,90"
},
new Dino {
Location = new Position {
Lat = 50, Lon = 50
}, Type = "Testificate", Name = "50,50"
},
};
var rnd = new Random();
foreach (var result in dummyData)
{
result.Id = (ulong)rnd.Next();
DinoViewModel vm = new DinoViewModel(result)
{
Color = Colors.Green
};
ListResults.Add(vm);
}
var cv = (CollectionView)CollectionViewSource.GetDefaultView(ListResults);
cv.Refresh();
}
private async Task GenerateCalibrationPoints()
{
IsLoading = true;
try
{
StatusDetailText = "...converting";
StatusText = "Processing saved ARK (for calibration)";
var boxes = await arkReader.PerformCalibrationRead(Properties.Settings.Default.SaveFile);
if (boxes.Count == 0)
{
MessageBox.Show(@"Map calibration requires storage boxes named 'Calibration: XX.X, YY.Y', " +
"where XX.X and YY.Y are read from the GPS when standing on top of the box. " +
"At least 4 are required for a calculation but 16+ are recommended!",
"Calibration Boxes", MessageBoxButton.OK, MessageBoxImage.Information);
return;
}
var rnd = new Random();
foreach (var(pos, name) in boxes)
{
var dino = new Dino {
Location = pos, Type = "Calibration", Name = name, Id = (ulong)rnd.Next()
};
var vm = new DinoViewModel(dino)
{
Color = Colors.Blue
};
ListResults.Add(vm);
}
((CollectionViewSource)Resources["OrderedResults"]).View.Refresh();
StatusText = "ARK processing completed";
StatusDetailText = $"{boxes.Count} valid calibration boxes located";
if (boxes.Count >= 4)
{
var((xO, xD, xC), (yO, yD, yC)) = CalculateCalibration(boxes.Select(p => p.pos).ToArray());
var warning = (xC < 0.99 || yC < 0.99) ? "\nWARNING: Correlation is poor - add more boxes!\n" : "";
var result = MessageBox.Show("UE->LatLon conversion...\n" +
"\n" +
$"X: {xO:F2} + x / {xD:F3} (correlation {xC:F5})\n" +
$"Y: {yO:F2} + y / {yD:F3} (correlation {yC:F5})\n" +
warning +
"\nOpen Calibration window with these presets?", "Calibration Box Results", MessageBoxButton.YesNo);
if (MessageBoxResult.Yes == result)
{
var win = new CalibrationWindow(new Calibration
{
Bounds = new Bounds(),
Filename = MapCalibration.Filename,
LonOffset = xO,
LonDivisor = xD,
LatOffset = yO,
LatDivisor = yD,
});
Dispatcher.Invoke(() => win.ShowDialog());
}
}
}
catch (Exception ex)
{
StatusText = "ARK processing failed";
StatusDetailText = "";
MessageBox.Show(ex.Message, "Savegame Read Error", MessageBoxButton.OK, MessageBoxImage.Exclamation);
}
finally
{
IsLoading = false;
}
}
