public bool equals(LatBounds LatBounds)
{
return this.isEmpty()
? LatBounds.isEmpty()
: Math.Abs(LatBounds.getSw() - this._swLat)
+ Math.Abs(this._neLat - LatBounds.getNe()) <= SphericalGeometry.EQUALS_MARGIN_ERROR;
}
public bool intersects(LatBounds LatBounds)
{
return this._swLat <= LatBounds.getSw()
? LatBounds.getSw() <= this._neLat && LatBounds.getSw() <= LatBounds.getNe()
: this._swLat <= LatBounds.getNe() && this._swLat <= this._neLat;
}
/**
* LatLngSw South West LatLng object
* LatLngNe North East LatLng object
*/
public LatLngBounds(LatLng LatLngSw = null, LatLng LatLngNe = null)
{
if (LatLngSw != null)
{
LatLngNe = (LatLngNe!=null) ? LatLngSw : LatLngNe;
double sw = SphericalGeometry.clampLatitude(LatLngSw.Lat);
double ne = SphericalGeometry.clampLatitude(LatLngNe.Lat);
this._LatBounds = new LatBounds(sw, ne);
sw = LatLngSw.Lng;
ne = LatLngNe.Lng;
if (360 <= ne - sw)
{
this._LngBounds = new LngBounds(-180, 180);
}
else
{
sw = SphericalGeometry.wrapLongitude(sw);
ne = SphericalGeometry.wrapLongitude(ne);
this._LngBounds = new LngBounds(sw, ne);
}
}
else
{
this._LatBounds = new LatBounds(1, -1);
this._LngBounds = new LngBounds(180, -180);
}
}
