public void GetObjectsNearConnectorTest2()
{
var testTile = _testTilesWorld.First();
// Construct a lower part of a dodecahedron (1+5 tiles)
TileInSpace newlyCreatedTile;
Assert.IsTrue(_testTilesWorld.Add(_testMSystem.Tiles["q1"], testTile.Connectors[0], out newlyCreatedTile));
Assert.IsTrue(_testTilesWorld.Add(_testMSystem.Tiles["q1"], testTile.Connectors[1], out newlyCreatedTile));
Assert.IsTrue(_testTilesWorld.Add(_testMSystem.Tiles["q1"], testTile.Connectors[2], out newlyCreatedTile));
Assert.IsTrue(_testTilesWorld.Add(_testMSystem.Tiles["q1"], testTile.Connectors[3], out newlyCreatedTile));
Assert.IsTrue(_testTilesWorld.Add(_testMSystem.Tiles["q1"], testTile.Connectors[4], out newlyCreatedTile));
//Assert.IsTrue(_testTilesWorld.Add(_testMSystem.Tiles["q1"], _testTilesWorld.ToArray()[1].Connectors[3]));
var aBox = new Box3D(new Point3D(-5.87, -8.09, 0.01), new Point3D(-5.37, -7.59, 0.5));
var aSet = new NamedMultiset(new[] { _testMSystem.FloatingObjects["a"] });
for (int i = 0; i < 100; i++)
{
_testFltObjectsWorld.AddAt(aSet, aBox.RandomPoint());
}
var cBox = new Box3D(new Point3D(-5.87, -8.09, -0.5), new Point3D(-5.37, -7.59, -0.01));
var cSet = new NamedMultiset(new[] { _testMSystem.FloatingObjects["c"] });
for (int i = 0; i < 100; i++)
{
_testFltObjectsWorld.AddAt(cSet, cBox.RandomPoint());
}
_testFltObjectsWorld.FinalizeStep(true);
for (int i = 2; i < 4; i++)
{
var result = _testFltObjectsWorld.GetNearObjects(testTile.Connectors[i], v_InfiniteMultiset);
Assert.AreEqual(100, result.Count(obj => obj.Name == "a"));
Assert.AreEqual(102, result.Count(obj => obj.Name == "c"));
// TODO low priority t2 extra objects were created during ADD of tiles but generally they need not be there
// add different floating objects to the test xml file and use them instead of "a","c"
}
}
public void TestAddNullTile()
{
m_tilesWorld.Add(null, null, out newlyCreatedTile);
}
