public void SearchstateCollisions()
{
var state = new Searchspace(new Vector2(4, 4));
var item = new Item("test");
var building = new Building("test");
building.Size = 2 * Vector2.One;
var flow = new FlowBuilding(new ItemAmount(item, 1), building, Vector2.One, BuildingRotation.North);
var newState = state.AddRoute(flow);
Assert.AreEqual(0, state.CalculateCollisions(Vector2.One).Count());
Assert.AreEqual(1, newState.CalculateCollisions(Vector2.One).Count());
Assert.AreEqual(0, newState.CalculateCollisions(Vector2.Zero).Count());
Assert.AreEqual(1, newState.CalculateCollisions(Vector2.One, 2 * Vector2.One).Count());
}
public void UndergroundCollisions()
{
var item = new Item("test");
var lib = new Library();
lib.AddItem(item);
lib.Initialize();
var flow = new UndergroundFlow(new ItemAmount(item, 1), Vector2.One, Depth.Normal, BuildingRotation.South);
var grader = new SolutionGrader();
var space = new Searchspace(new Vector2(4, 4));
space = space.AddRoute(flow);
Assert.AreEqual(0, flow.CalculateCost(space, grader));
var flow2 = new UndergroundFlow(new ItemAmount(item, 1), Vector2.One, Depth.Fast, BuildingRotation.South);
var newSpace = space.AddRoute(flow2);
Assert.AreEqual(0, flow.CalculateCost(newSpace, grader));
flow2 = new UndergroundFlow(new ItemAmount(item, 1), Vector2.One, Depth.Normal, BuildingRotation.South);
newSpace = space.AddRoute(flow2);
Assert.IsTrue(flow.CalculateCost(newSpace, grader) > 0);
flow2 = new UndergroundFlow(new ItemAmount(item, 1), Vector2.One, Depth.Normal, BuildingRotation.North);
newSpace = space.AddRoute(flow2);
Assert.IsTrue(flow.CalculateCost(newSpace, grader) > 0);
flow2 = new UndergroundFlow(new ItemAmount(item, 1), Vector2.One, Depth.Normal, BuildingRotation.East);
newSpace = space.AddRoute(flow2);
Assert.AreEqual(0, flow.CalculateCost(newSpace, grader));
var building = new PhysicalFlowBuilding(new ItemAmount(item, 1), new Building("test1"), Vector2.One, BuildingRotation.North);
newSpace = space.AddRoute(building);
Assert.AreEqual(0, flow.CalculateCost(newSpace, grader));
}