public void FindCutLinesSinglePointSetTest()
{
var ret = HamSandwich.FindCutLines(m_points);
// 4 faces, but only 1 bouding face should be taken
Assert.AreEqual(3, ret.Count);
}
/// <summary>
/// Finds a number of solutions for the cut problem. Both per type of soldier and for all soldiers.
///
/// NOTE: only works if the x coords of all things are all positive or all negative
/// </summary>
public void FindSolution()
{
// obtain dual lines for game objects
m_archerLines = PointLineDual.Dual(m_archers.Select(x => (Vector2)x.transform.position)).ToList();
m_spearmenLines = PointLineDual.Dual(m_spearmen.Select(x => (Vector2)x.transform.position)).ToList();
m_mageLines = PointLineDual.Dual(m_mages.Select(x => (Vector2)x.transform.position)).ToList();
// add lines together
var allLines = m_archerLines.Concat(m_spearmenLines.Concat(m_mageLines));
// calculate bounding box around line intersections with some margin
var bBox = BoundingBoxComputer.FromLines(allLines, 10f);
// calculate dcel for line inside given bounding box
m_archerDcel = new DCEL(m_archerLines, bBox);
m_spearmenDcel = new DCEL(m_spearmenLines, bBox);
m_mageDcel = new DCEL(m_mageLines, bBox);
// find faces in the middle of the lines vertically
m_archerFaces = HamSandwich.MiddleFaces(m_archerDcel, m_archerLines);
m_spearmenFaces = HamSandwich.MiddleFaces(m_spearmenDcel, m_spearmenLines);
m_mageFaces = HamSandwich.MiddleFaces(m_mageDcel, m_mageLines);
// obtain cut lines for the dcel middle faces and final possible cutlines
m_solution = new DivideSolution(HamSandwich.FindCutlinesInDual(m_archerFaces),
HamSandwich.FindCutlinesInDual(m_spearmenFaces),
HamSandwich.FindCutlinesInDual(m_mageFaces),
HamSandwich.FindCutlinesInDual(m_archerFaces, m_spearmenFaces, m_mageFaces));
// update solution to the drawer
m_lineDrawer.Solution = m_solution;
}
public void FindCutlinesInDualSingleRegionTest()
{
var faces = HamSandwich.MiddleFaces(m_dcel, m_lines);
var ret = HamSandwich.FindCutlinesInDual(faces);
// 4 faces, but only 1 bouding face should be taken
Assert.AreEqual(3, ret.Count);
}
public void FindCutLinesThreePointSetsTest()
{
var ret = HamSandwich.FindCutLines(m_points1, m_points2, m_points3);
var expX = new FloatInterval(-1, 1);
var expY = new FloatInterval(-2, 2);
Assert.AreEqual(1, ret.Count);
Assert.IsTrue(expX.ContainsEpsilon(ret[0].Slope));
Assert.IsTrue(expY.ContainsEpsilon(ret[0].HeightAtYAxis));
}
public void FindCutlinesInDualThreeRegionsTest()
{
var faces1 = HamSandwich.MiddleFaces(m_dcel1, m_lines1);
var faces2 = HamSandwich.MiddleFaces(m_dcel2, m_lines2);
var faces3 = HamSandwich.MiddleFaces(m_dcel3, m_lines3);
var ret = HamSandwich.FindCutlinesInDual(faces1, faces2, faces3);
var expX = new FloatInterval(-1, 1);
var expY = new FloatInterval(-2, 2);
Assert.AreEqual(1, ret.Count);
Assert.IsTrue(expX.ContainsEpsilon(ret[0].Slope));
Assert.IsTrue(expY.ContainsEpsilon(ret[0].HeightAtYAxis));
}
static void Main(string[] args)
{
var turkeySandwich = new TurkeySandwich();
turkeySandwich.PrintIngredients();
turkeySandwich.Eat();
Console.WriteLine("-------");
var hamSandwich = new HamSandwich();
hamSandwich.PrintIngredients();
hamSandwich.Eat();
Console.WriteLine("-------");
var garbageSandwich = new GarbageSandwich();
garbageSandwich.PrintIngredients();
garbageSandwich.Eat();
}
static void Main(string[] args)
{
Console.WriteLine("What type of sandwich do you want?");
var turkeySandWich = new TurkeySandwich();
var hamSandwich = new HamSandwich();
Console.WriteLine("Write 1 for turkey and 2 for ham");
var food = Console.ReadLine();
//Then we can do something with these sandwiches
switch (food)
{
case "1":
Console.WriteLine("Turkey sandwich it is!");
turkeySandWich.MakeTheWich();
break;
case "2":
Console.WriteLine("Ham sandwich it is!");
hamSandwich.MakeTheWich();
break;
}
Console.ReadKey();
}
public void MiddleFacesTest()
{
var ret = HamSandwich.MiddleFaces(m_dcel, m_lines);
Assert.AreEqual(4, ret.Count);
}
private void food_Click(object sender, EventArgs e)
{
Button buttonClicked = sender as Button;
int rowIndex = orderDetails.Rows.Add();
var row = orderDetails.Rows[rowIndex];
IFood food;
switch (buttonClicked.Name)
{
case "French Baguette":
food = new FrenchBaguette();
row.Cells["item"].Value = buttonClicked.Name;
row.Cells["price"].Value = food.price;
stock.frenchBaguetteStock -= 1;
break;
case "Soft Bread":
food = new SoftBread();
row.Cells["item"].Value = buttonClicked.Name;
row.Cells["price"].Value = food.price;
stock.softBreadStock -= 1;
break;
case "Apple Smoothy":
food = new AppleSmoothy();
row.Cells["item"].Value = buttonClicked.Name;
row.Cells["price"].Value = food.price;
stock.appleSmoothyStock -= 1;
break;
case "Coke":
food = new Coke();
row.Cells["item"].Value = buttonClicked.Name;
row.Cells["price"].Value = food.price;
stock.cokeStock -= 1;
break;
case "Ham Sandwich":
food = new HamSandwich();
row.Cells["item"].Value = buttonClicked.Name;
row.Cells["price"].Value = food.price;
stock.hamSandwichStock -= 1;
break;
case "Panini":
food = new Panini();
row.Cells["item"].Value = buttonClicked.Name;
row.Cells["price"].Value = food.price;
stock.paniniStock -= 1;
break;
case "Cookie":
food = new Cookie();
row.Cells["item"].Value = buttonClicked.Name;
row.Cells["price"].Value = food.price;
stock.cookieStock -= 1;
break;
case "Cheese Cake":
food = new CheeseCake();
row.Cells["item"].Value = buttonClicked.Name;
row.Cells["price"].Value = food.price;
stock.cheeseCakeStock -= 1;
buttonClicked.Text = "Cheese Cake " + stock.cheeseCakeStock;
break;
}
updateTotal();
loadButtonsText();
}
