private void ReducePath(PolygonPath polyPath, ReductionSettings settings, ReductionSettings toughestSettings = null)
{
if (settings.ReduceByMinDistance &&
(toughestSettings == null || !toughestSettings.ReduceByMinDistance || settings.MinDistance > toughestSettings.MinDistance)
)
{
polyPath.ReduceByMinDistance(settings.MinDistance, settings.MinVertexCount);
}
if (settings.ReduceByMinTriangleArea &&
(toughestSettings == null || !toughestSettings.ReduceByMinTriangleArea || settings.MinTriangleArea > toughestSettings.MinTriangleArea)
)
{
float worldScale = Common.WorldScale(transform);
float globalScaleSq = worldScale * worldScale;
polyPath.ReduceByMinTriangleArea(settings.MinTriangleArea / globalScaleSq, settings.MinVertexCount);
}
if (settings.ReduceCodirected &&
(toughestSettings == null || !toughestSettings.ReduceCodirected || settings.MinAngle > toughestSettings.MinAngle)
)
{
polyPath.ReduceCodirected(settings.MinAngle * Mathf.Deg2Rad, settings.MinVertexCount);
}
}
private void Recalculate()
{
if (m_DataProvider != null && !m_LoadingData)
{
WeightingMode mode = WeightingMode.None;
if (rbWeightingPosAstr.Checked)
{
mode = WeightingMode.SNR;
}
else if (rbWeightingAstr.Checked)
{
mode = WeightingMode.SolutionUncertainty;
}
var settings = new ReductionSettings()
{
InstrumentalDelaySec = nudInstDelaySec.Value,
Weighting = mode,
NumberOfChunks = (int)nudMeaIntervals.Value,
RemoveOutliers = cbxOutlierRemoval.Checked,
ConstraintPattern = cbxContraintPattern.SelectedIndex,
BestPositionUncertaintyArcSec = TangraConfig.Settings.Astrometry.AssumedPositionUncertaintyPixels * (double)nudPixelsPerArcSec.Value,
SmallestReportedUncertaintyArcSec = TangraConfig.Settings.Astrometry.SmallestReportedUncertaintyArcSec,
FactorInPositionalUncertainty = cbxFactorInPositionalUncertainty.Checked,
ErrorMethod = (ErrorMethod)cbxErrorMethod.SelectedIndex,
OutliersSigmaThreashold = (double)nudSigmaExclusion.Value
};
m_PositionExtractor.Calculate(
m_DataProvider,
settings);
Replot();
var lines = m_PositionExtractor.ExtractPositions(tbxObsCode.Text, tbxObjectDesign.Text, dtpDate.Value.Date, m_RovingObservatoryProvider);
tbxMeasurements.Text = string.Join("\r\n", lines);
}
}