public void OverlappingBoth()
{
// Overlapped by both second and third
var first = ToDefinition(-150, 10);
var second = ToDefinition(140, -50);
var third = ToDefinition(0, 60);
var calculator = new ProjectionOverlapCalculator();
calculator.Initialise(new List <SatelliteDefinition> {
first, second, third
});
VerifyRangeEquivalency(
calculator.GetNonOverlappingRange(first),
new Range(Angle.FromDegrees(-100), Angle.FromDegrees(5)));
VerifyRangeEquivalency(
calculator.GetNonOverlappingRange(second),
new Range(Angle.FromDegrees(140), Angle.FromDegrees(260)));
VerifyRangeEquivalency(
calculator.GetNonOverlappingRange(third),
new Range(Angle.FromDegrees(5), Angle.FromDegrees(60)));
}
public void SingleSatellite()
{
var goes16 = ToDefinition(-156.2995, 6.2995);
var calculator = new ProjectionOverlapCalculator();
calculator.Initialise(new List <SatelliteDefinition> {
goes16
});
VerifyRangeEquivalency(calculator.GetNonOverlappingRange(goes16), goes16.LongitudeRange);
}
public void Goes17Himawari8()
{
// Simplified for ease of validation
var goes17 = ToDefinition(140, -50, "GOES-17");
var himawari8 = ToDefinition(60, -140, "Himawari-8");
var calculator = new ProjectionOverlapCalculator();
calculator.Initialise(new List <SatelliteDefinition> {
goes17, himawari8
});
VerifyRangeEquivalency(
calculator.GetNonOverlappingRange(goes17),
new Range(Angle.FromDegrees(180).Radians, Angle.FromDegrees(-50).Radians));
}
public void OverlappingSingleNoWrap()
{
var first = ToDefinition(-100, 0);
var second = ToDefinition(-50, 150);
var calculator = new ProjectionOverlapCalculator();
calculator.Initialise(new List <SatelliteDefinition> {
first, second
});
VerifyRangeEquivalency(
calculator.GetNonOverlappingRange(first),
new Range(Angle.FromDegrees(-100), Angle.FromDegrees(-25)));
VerifyRangeEquivalency(
calculator.GetNonOverlappingRange(second),
new Range(Angle.FromDegrees(-25), Angle.FromDegrees(150)));
}
