private void GenerateDataSetStandard()
{
InitStarLists();
var builder = new DatasetBuilder()
{
// TODO: I'm working on deprecating "Origin" so that everything is build with an origin of (0,0,0) and the camera moves instead.
// This will allow us a little more flexibility with moving the cursor around and improving translation/rotations.
CenterSystem = CenterSystem,
VisitedSystems = VisitedSystems,
GridLines = toolStripButtonGrid.Checked,
DrawLines = toolStripButtonDrawLines.Checked,
AllSystems = toolStripButtonShowAllStars.Checked,
Stations = toolStripButtonStations.Checked
};
if (_starList != null)
{
builder.StarList = _starList.ConvertAll(system => (ISystem)system);
}
if (ReferenceSystems != null)
{
builder.ReferenceSystems = ReferenceSystems.ConvertAll(system => (ISystem)system);
}
_datasets = builder.Build();
}
private void GenerateDataSetStandard()
{
if (_datasets != null)
{
foreach (var ds in _datasets)
{
if (ds is IDisposable)
{
((IDisposable)ds).Dispose();
}
}
}
InitStarLists();
selectedmaps = GetSelectedMaps();
builder = new DatasetBuilder()
{
// TODO: I'm working on deprecating "Origin" so that everything is build with an origin of (0,0,0) and the camera moves instead.
// This will allow us a little more flexibility with moving the cursor around and improving translation/rotations.
CenterSystem = CenterSystem,
SelectedSystem = _clickedSystem,
VisitedSystems = VisitedSystems.Where(s => s.time >= startTime && s.time <= endTime).OrderBy(s => s.time).ToList(),
Images = selectedmaps.ToArray(),
GridLines = toolStripButtonGrid.Checked,
DrawLines = toolStripButtonDrawLines.Checked,
AllSystems = toolStripButtonShowAllStars.Checked,
Stations = toolStripButtonStations.Checked,
UseImage = selectedmaps.Count != 0
};
if (_starList != null)
{
builder.StarList = _starList.ConvertAll(system => (ISystem)system);
}
if (ReferenceSystems != null)
{
builder.ReferenceSystems = ReferenceSystems.ConvertAll(system => (ISystem)system);
}
if (PlannedRoute != null)
{
builder.PlannedRoute = PlannedRoute.ConvertAll(system => (ISystem)system);
}
_datasets = builder.Build();
}
public void AddTrilaterationInfoToDataset()
{
if (ReferenceSystems != null && ReferenceSystems.Any())
{
var referenceLines = Data3DSetClass <LineData> .Create("CurrentReference", Color.Green, 5.0f);
foreach (var refSystem in ReferenceSystems)
{
referenceLines.Add(new LineData(CenterSystem.x, CenterSystem.y, CenterSystem.z, refSystem.x, refSystem.y, refSystem.z));
}
_datasets.Add(referenceLines);
var lineSet = Data3DSetClass <LineData> .Create("SuggestedReference", Color.DarkOrange, 5.0f);
Stopwatch sw = new Stopwatch();
sw.Start();
SuggestedReferences references = new SuggestedReferences(CenterSystem.x, CenterSystem.y, CenterSystem.z);
for (int ii = 0; ii < 16; ii++)
{
var rsys = references.GetCandidate();
if (rsys == null)
{
break;
}
var system = rsys.System;
references.AddReferenceStar(system);
if (ReferenceSystems != null && ReferenceSystems.Any(s => s.name == system.name))
{
continue;
}
System.Diagnostics.Trace.WriteLine(string.Format("{0} Dist: {1} x:{2} y:{3} z:{4}", system.name, rsys.Distance.ToString("0.00"), system.x, system.y, system.z));
lineSet.Add(new LineData(CenterSystem.x, CenterSystem.y, CenterSystem.z, system.x, system.y, system.z));
}
sw.Stop();
System.Diagnostics.Trace.WriteLine("Reference stars time " + sw.Elapsed.TotalSeconds.ToString("0.000s"));
_datasets.Add(lineSet);
}
}
