private async void solveButton_Click(object sender, EventArgs e)
{
ingredientsView.Enabled = false;
outputView.Enabled = false;
solveButton.Enabled = false;
expandCheckbox.Enabled = false;
try
{
var grader = new SolutionGrader();
var pipe = _library.Buildings.Where((b) => b.Name == "pipe").First();
var pipeToGround = _library.Buildings.Where((b) => b.Name == "pipe-to-ground").First();
var router = new FluidRouter(pipeToGround, pipe, grader);
var belt = _library.Buildings.Where((b) => b.Name == "basic-transport-belt").First();
var beltGroundNormal = _library.Buildings.Where((b) => b.Name == "basic-transport-belt-to-ground").First();
var beltGroundFast = _library.Buildings.Where((b) => b.Name == "fast-transport-belt-to-ground").First();
var beltGroundExpress = _library.Buildings.Where((b) => b.Name == "express-transport-belt-to-ground").First();
var fastInserter = _library.Buildings.Where((b) => b.Name == "fast-inserter").First();
var inserter = _library.Buildings.Where((b) => b.Name == "basic-inserter").First();
var longInserter = _library.Buildings.Where((b) => b.Name == "long-handed-inserter").First();
var splitter = _library.Buildings.Where((b) => b.Name == "basic-splitter").First();
var solid = new SolidRouter(belt, beltGroundNormal, beltGroundFast, beltGroundExpress, inserter, longInserter, fastInserter, splitter, grader);
_generator = new SolutionGenerator(_recipe);
_generator.SolidRouter = solid;
_generator.FluidRouter = router;
}
catch (Exception ex)
{
resultView.Text = ex.Message;
}
ComputationLoop();
while (true)
{
await Task.Delay(1000);
bestCostLabel.Text = "Cost: " + _generator.LowestCost.ToString();
if (_generator.BestState != null)
{
solutionImage.Image = _generator.BestState.Draw();
}
if (_generator.Preview != null)
{
previewImage.Image = _generator.Preview.Draw();
}
}
}
public double CalculateCost(Searchspace space, SolutionGrader grader)
{
var cost = base.CalculateCost(space, grader);
var pipeBuilding = Building;
BuildingRotation[] rotations = new BuildingRotation[] { BuildingRotation.North, BuildingRotation.East, BuildingRotation.South, BuildingRotation.West };
foreach (var rotation in rotations)
{
var neighbors = space.CalculateCollisions(Position + rotation.ToVector());
var misMatch = neighbors.Where((b) => b.Building == pipeBuilding && b is FlowBuilding).Cast <FlowBuilding>()
.Where((f) => f.Item.Item != Item.Item);
cost += misMatch.Count() * grader.TouchLeakCost;
}
return(cost);
}
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));
}
