public void TestIntersection()
{
Assert.IsFalse(baseTile.IntersectsWith(eastTile));
Assert.IsFalse(baseTile.IntersectsWith(southTile));
Assert.IsFalse(eastTile.IntersectsWith(southTile));
Assert.IsFalse(topTile.IntersectsWith(eastTile));
Assert.IsFalse(topTile.IntersectsWith(southTile));
baseTile.Move(new Vector3D(MSystem.Tolerance / 10, -MSystem.Tolerance / 10, MSystem.Tolerance / 10));
Assert.IsFalse(baseTile.IntersectsWith(eastTile));
Assert.IsFalse(baseTile.IntersectsWith(southTile));
baseTile.Move(new Vector3D(MSystem.Tolerance * 10, -MSystem.Tolerance * 10, MSystem.Tolerance * 10));
Assert.IsTrue(baseTile.IntersectsWith(eastTile));
Assert.IsTrue(baseTile.IntersectsWith(southTile));
}
public void CreateComplexSnapshotFileTest()
// Petr: Actually not a test - only temporary debugging method. Please do not remove.
// Produces a test snapshot file for Honza - testing the visualization package in Unity.
{
//Set test Floating objects set
var testFloatingObjectInSpace = new FloatingObjectInSpace(v_TestFloatingObject, new Point3D(0, 1, 2)); // Add more
var testFloatingObjectsSet = new FloatingObjectsSet {
testFloatingObjectInSpace
};
Tile baseTile = CreateTile("q2");
Tile baseTubule = CreateSegment("s1");
var v_baseTilesList = new List <Tile> {
baseTile, baseTubule
};
var testTilesList = new List <TileInSpace>
{
new TileInSpace(baseTile, Point3D.Origin, Quaternion.One)
};
SerializeSnapshot testSnapshot = new SerializeSnapshot(c_TestMSystemDescription, v_baseTilesList);
testSnapshot.Serialize(0, testFloatingObjectsSet, testTilesList);
TileInSpace bottomTile = testTilesList.First();
bottomTile.State = TileInSpace.FState.Unchanged;
var level1Tiles = new List <TileInSpace>();
for (int i = 0; i < 5; i++)
{
level1Tiles.Add(bottomTile.Connectors[i].ConnectObject(baseTile.Connectors[0]));
}
testTilesList.AddRange(level1Tiles);
var tubule1 = bottomTile.Connectors.Last().ConnectObject(baseTubule.Connectors[0]);
testTilesList.Add(tubule1);
testSnapshot.Serialize(1, testFloatingObjectsSet, testTilesList);
// Adding the second level of tiles of dodecahedron and tubules
tubule1.State = TileInSpace.FState.Unchanged;
var level2Tiles = new List <TileInSpace>();
var level2Tubules = new List <TileInSpace>();
foreach (var tile in level1Tiles)
{
tile.State = TileInSpace.FState.Unchanged;
level2Tiles.Add(tile.Connectors[2].ConnectObject(baseTile.Connectors[0]));
}
for (int i = 1; i < 3; i++)
{
level2Tubules.Add(tubule1.Connectors[i].ConnectObject(baseTubule.Connectors[0]));
}
testTilesList.AddRange(level2Tiles);
testTilesList.AddRange(level2Tubules);
testSnapshot.Serialize(2, testFloatingObjectsSet, testTilesList);
foreach (var tile in level2Tiles)
{
tile.State = TileInSpace.FState.Unchanged;
}
// Adding the last top tile of dodecahedron
TileInSpace topTile = level2Tiles.Last().Connectors[3].ConnectObject(baseTile.Connectors[0]);
testTilesList.Add(topTile);
var level3Tubules = new List <TileInSpace>();
foreach (var tubule in level2Tubules)
{
tubule.State = TileInSpace.FState.Unchanged;
for (int i = 1; i < 3; i++)
{
level3Tubules.Add(tubule.Connectors[i].ConnectObject(baseTubule.Connectors[0]));
}
}
// Dodecahedron complete, three levels of tubule tree complete
testTilesList.AddRange(level3Tubules);
testSnapshot.Serialize(3, testFloatingObjectsSet, testTilesList);
topTile.State = TileInSpace.FState.Unchanged;
foreach (var tubule in level3Tubules)
{
tubule.State = TileInSpace.FState.Unchanged;
}
foreach (var tile in level2Tiles)
{
tile.State = TileInSpace.FState.Destroy;
}
// Level 2 tiles destructed
testSnapshot.Serialize(4, testFloatingObjectsSet, testTilesList);
testTilesList.RemoveAll(obj => level2Tiles.Contains(obj));
topTile.Move(new Vector3D(0, 0, -5));
// Top tile moved 5 units down
testSnapshot.Serialize(5, testFloatingObjectsSet, testTilesList);
topTile.State = TileInSpace.FState.Unchanged;
var Tile = CreateSquareTile("TestSquare");
TileInSpace baseSquare = new TileInSpace(Tile, new Point3D(30, 0, 0), Quaternion.One);
TileInSpace eastSquare = baseSquare.Connectors[0].ConnectObject(Tile.Connectors[1]);
TileInSpace southSquare = eastSquare.Connectors[0].ConnectObject(Tile.Connectors[0]);
TileInSpace topSquare = southSquare.Connectors[1].ConnectObject(Tile.Connectors[0]);
// Four squares added, forming an incomplete cube
testTilesList.AddRange(new List <TileInSpace>()
{
baseSquare, eastSquare, southSquare, topSquare
});
testSnapshot.Serialize(6, testFloatingObjectsSet, testTilesList);
testSnapshot.SaveXmlFile(@"..\..\..\Cytos_v2\Examples\TestSnapshotFile.xml");
}