public GeoLocationSensorSample(GeoLocationProvider provider, double time, GeoPoint3 location, GeoDatum geoDatum, double?bearing, double?speed, double?accuracy)
{
_provider = provider;
_time = time;
_location = location;
_geoDatum = geoDatum;
_bearing = bearing;
_speed = speed;
_accuracy = accuracy;
}
public void ctor_initializes_all_fileds_correctly()
{
var provider = GeoLocationProvider.Network;
var time = 123.0;
var location = new GeoPoint3(12.0, 23.0, 34.0);
var geoDatum = GeoDatum.Wgs84;
var bearing = 123.0;
var speed = 234.0;
var accuracy = 345.0;
var sample = new GeoLocationSensorSample(provider, time, location, geoDatum, bearing, speed, accuracy);
Assert.That(sample.Provider, Is.EqualTo(provider));
Assert.That(sample.Time, Is.EqualTo(time));
Assert.That(sample.Location.Latitude, Is.EqualTo(12.0));
Assert.That(sample.Location.Longitude, Is.EqualTo(23.0));
Assert.That(sample.Location.Altitude, Is.EqualTo(34.0));
Assert.That(sample.GeoDatum, Is.SameAs(GeoDatum.Wgs84));
Assert.That(sample.Bearing, Is.EqualTo(bearing));
Assert.That(sample.Speed, Is.EqualTo(speed));
Assert.That(sample.Accuracy, Is.EqualTo(accuracy));
}
public SegmentKmlElement(GeoPoint3 start, GeoPoint3 end, Color4b?colour = null)
{
_start = start;
_end = end;
_colour = colour;
}
public void AddSegment(GeoPoint3 start, GeoPoint3 end, Color4b?colour = null)
{
_elements.Add(new SegmentKmlElement(start, end, colour));
}
