public void HashBasedTimeSegmentOnlyDuplicateTest()
{
var converter = new HashBasedTimeSegmentOnlyConverter();
ITimeSegment ts1 = new TimeSegment(1800, 1890, 1, 365, 0, 24);
ITimeSegment ts2 = new TimeSegment(1800, 1895, 1, 365, 0, 24);
var c1 = new GeoCellStub()
{
LatMax = 1.0, LatMin = -1.0, LonMin = -2.0, LonMax = 2.0, Time = ts1
};
var c2 = new GeoCellStub()
{
LatMax = 1.0, LatMin = -1.0, LonMin = -2.0, LonMax = 2.0, Time = ts2
};
var c3 = new GeoCellStub()
{
LatMax = 1.0, LatMin = -1.0, LonMin = -3.0, LonMax = 2.0, Time = ts1
};
var c4 = new GeoCellStub()
{
LatMax = 1.0, LatMin = -1.0, LonMin = -3.0, LonMax = 2.0, Time = ts2
};
IGeoCell ec1 = converter.Covert(c1);
IGeoCell ec2 = converter.Covert(c2);
IGeoCell ec3 = converter.Covert(c3);
IGeoCell ec4 = converter.Covert(c4);
Dictionary <IGeoCell, int> d = new Dictionary <IGeoCell, int>();
d.Add(ec1, 1);
d.Add(ec3, 2);
}
bool IEquatable <IGeoCell> .Equals(IGeoCell other)
{
HashBasedIEquatibleGeoCell igcte = other as HashBasedIEquatibleGeoCell;
if (igcte != null)
{
igcte = new HashBasedIEquatibleGeoCell(other.LatMin, other.LonMin, other.LatMax, other.LonMax, other.Time);
}
return(igcte.hash == hash);
}
public override bool Equals(object obj)
{
IGeoCell snd = obj as IGeoCell;
if (snd != null)
{
return((LatMin == snd.LatMin) && (LatMax == snd.LatMax) && (LonMin == snd.LonMin) && (LonMax == snd.LonMax) && (Time.Equals(snd.Time)));
}
else
{
return(base.Equals(obj));
}
}
public NameAnnotatedGeoCell(IGeoCell geoCell, string variableName)
{
this.geoCell = geoCell;
this.variableName = variableName;
}
public IGeoCellEquatible Covert(IGeoCell cell)
{
return(new HashBasedIEquatibleGeoCell(cell.LatMin, cell.LonMin, cell.LatMax, cell.LonMax, cell.Time));
}
public int[] GetRelevantStationsIndices(IGeoCell cell)
{
return(results);
}
