public void reversed()
{
// tests when the last node of of way, matches the last node of another way
var ringOrganiser = new RingOrganiser();
var c1 = new Coordinates {
Lon = 150.91094970703125, Lat = -23.26027250312138
};
var c2 = new Coordinates {
Lon = 150.86151123046875, Lat = -23.28928776494912
};
var c3 = new Coordinates {
Lon = 150.84228515625, Lat = -23.342255835130516
};
var c4 = new Coordinates {
Lon = 150.87799072265625, Lat = -23.26027250312138
};
var c5 = new Coordinates {
Lon = 150.9624481201172, Lat = -23.357385691338713
};
var c6 = new Coordinates {
Lon = 150.96656799316406, Lat = -23.295594594020272
};
var way1 = new Way {
Id = "1", Geometry = new List <Coordinates> {
c3, c2, c1
}
};
var way2 = new Way {
Id = "2", Geometry = new List <Coordinates> {
c3, c4, c5
}
};
var way3 = new Way {
Id = "3", Geometry = new List <Coordinates> {
c5, c6, c1
}
};
SetNodes(way1);
SetNodes(way2);
SetNodes(way3);
var joined = ringOrganiser.AssignToRings(new List <Way> {
way1, way2, way3
});
Assert.That(joined[0].Count == 7);
Assert.That(NodeMatchesCoordinates(joined[0][0], c5));
Assert.That(NodeMatchesCoordinates(joined[0][1], c6));
Assert.That(NodeMatchesCoordinates(joined[0][2], c1));
Assert.That(NodeMatchesCoordinates(joined[0][3], c2));
Assert.That(NodeMatchesCoordinates(joined[0][4], c3));
Assert.That(NodeMatchesCoordinates(joined[0][5], c4));
Assert.That(NodeMatchesCoordinates(joined[0][6], c5));
}
public void if_2_ways_create_a_ring_then_join_them()
{
var ringOrganiser = new RingOrganiser();
var c1 = new Coordinates {
Lon = 1.0, Lat = 1.0
};
var c2 = new Coordinates {
Lon = 2.0, Lat = 2.0
};
var c3 = new Coordinates {
Lon = 1.0, Lat = 2.0
};
var way1 = new Way()
{
Geometry = new List <Coordinates> {
c1, c2, c3
}
};
var way2 = new Way()
{
Geometry = new List <Coordinates> {
c3, c1
}
};
SetNodes(way1);
SetNodes(way2);
var joined = ringOrganiser.AssignToRings(new List <Way> {
way1, way2
});
Assert.That(joined[0].Count == 4);
Assert.That(NodeMatchesCoordinates(joined[0][0], c3));
Assert.That(NodeMatchesCoordinates(joined[0][1], c1));
Assert.That(NodeMatchesCoordinates(joined[0][2], c2));
Assert.That(NodeMatchesCoordinates(joined[0][3], c3));
}
