public static void Moves2()
{
var cube = new Cube();
var cell1 = cube.GetCell((0, 0, 2));
var cell2 = cube.GetCell((0, 1, 1));
var cell3 = cube.GetCell((0, 1, 0));
var cell4 = cube.GetCell((0, 2, 1));
var cell5 = cube.GetCell((0, 2, 0));
var cell6 = cube.GetCell((1, 2, 1));
var cell7 = cube.GetCell((2, 2, 1));
cell1.Content = Content.P1;
cell3.Content = Content.P1;
cell5.Content = Content.P1;
cell7.Content = Content.P1;
cell2.Content = Content.P2;
cell4.Content = Content.P2;
cell6.Content = Content.P2;
var exportBefore = cube.ExportState();
var root = new MoveBattle(Content.P1, cell1.Id);
var moves = new SortedSet <MoveBattle>();
Generator.BuildMoveBattle(cube, root, moves);
DisplayMoves(cube, moves);
}
public void TestCase08KillTwoOpponentsBonus()
{
var cube = new Cube();
var cell1 = cube.GetCell((0, 0, 2));
var cell2 = cube.GetCell((1, 0, 2));
var cell3 = cube.GetCell((2, 0, 2));
var cell4 = cube.GetCell((1, 0, 1));
var cell5 = cube.GetCell((1, 0, 0));
var cell6 = cube.GetCell((2, 0, 1));
var cell7 = cube.GetCell((2, 0, 0));
cell1.Content = Content.P1;
cell5.Content = Content.P1;
cell7.Content = Content.P1;
cell4.Content = Content.P2;
cell6.Content = Content.P2;
var exportBefore = cube.ExportState();
var root = new MoveBattle(Content.P1, cell1.Id);
var moves = new SortedSet <MoveBattle>();
Generator.BuildMoveBattle(cube, root, moves);
var exportAfter = cube.ExportState();
Assert.AreEqual(moves.Count, 4);
Assert.IsTrue(exportBefore.Equals(exportAfter));
int nbKills = moves.Max(m => m.TotalKills);
Assert.AreEqual(nbKills, 2);
var mvKill0 = moves.First(m => m.IdAfter == cell2.Id);
Assert.IsNotNull(mvKill0);
Assert.IsTrue(mvKill0.AllSteps.Exists(e => e.idAfter == cell2.Id && e.idOpp1 == cell4.Id));
var mvKill1 = moves.First(m => m.IdAfter == cell3.Id);
Assert.IsNotNull(mvKill1);
Assert.IsTrue(mvKill1.AllSteps.Exists(e => e.idAfter == cell2.Id && e.idOpp1 == cell4.Id));
Assert.IsTrue(mvKill1.AllSteps.Exists(e => e.idAfter == cell3.Id && e.idOpp1 == cell6.Id));
foreach (var mv in moves)
{
mv.Do(cube);
mv.Undo(cube);
var export = cube.ExportState();
Assert.IsTrue(exportBefore.Equals(export));
}
}
public void TestCase10KillThreeOpponents()
{
var cube = new Cube();
var cell1 = cube.GetCell((0, 0, 2));
var cell2 = cube.GetCell((0, 1, 1));
var cell3 = cube.GetCell((0, 1, 0));
var cell4 = cube.GetCell((0, 2, 1));
var cell5 = cube.GetCell((0, 2, 0));
var cell6 = cube.GetCell((1, 2, 1));
var cell7 = cube.GetCell((2, 2, 1));
cell1.Content = Content.P1;
cell3.Content = Content.P1;
cell5.Content = Content.P1;
cell7.Content = Content.P1;
cell2.Content = Content.P2;
cell4.Content = Content.P2;
cell6.Content = Content.P2;
var exportBefore = cube.ExportState();
var root = new MoveBattle(Content.P1, cell1.Id);
var moves = new SortedSet <MoveBattle>();
Generator.BuildMoveBattle(cube, root, moves);
var exportAfter = cube.ExportState();
Assert.AreEqual(moves.Count, 5);
int nbKills = moves.Max(m => m.TotalKills);
Assert.AreEqual(nbKills, 3);
foreach (var mv in moves)
{
mv.Do(cube);
mv.Undo(cube);
var export = cube.ExportState();
Assert.IsTrue(exportBefore.Equals(export));
}
}
public void TestCase02TwoCells()
{
var cube = new Cube();
cube.SetCell((0, 0, 0), Content.P1);
cube.SetCell((0, 0, 1), Content.P2);
var exportBefore = cube.ExportState();
var root = new MoveBattle(Content.P1, 0);
var moves = new SortedSet <MoveBattle>();
Generator.BuildMoveBattle(cube, root, moves);
var exportAfter = cube.ExportState();
Assert.AreEqual(moves.Count, 2);
Assert.IsTrue(exportBefore.Equals(exportAfter));
var coordsBefore = moves.Select(m => cube.GetCell(m.IdBefore).Coords).Distinct().ToList();
Assert.IsTrue(coordsBefore.Contains((0, 0, 0)));
Assert.AreEqual(coordsBefore.Count, 1);
var coordsAfter = moves.Select(m => cube.GetCell(m.IdAfter).Coords).Distinct().ToList();
Assert.AreEqual(coordsAfter.Count, 2);
Assert.IsTrue(coordsAfter.Contains((0, 1, 0)));
Assert.IsTrue(coordsAfter.Contains((1, 0, 0)));
Assert.IsFalse(coordsAfter.Contains((0, 0, 1)));
Assert.IsFalse(coordsAfter.Contains((0, 0, 0)));
int nbKills = moves.Max(m => m.TotalKills);
Assert.AreEqual(nbKills, 0);
foreach (var mv in moves)
{
mv.Do(cube);
mv.Undo(cube);
var export = cube.ExportState();
Assert.IsTrue(exportBefore.Equals(export));
}
}
public void TestCase04ThreeCellsOneKill()
{
var cube = new Cube();
cube.SetCell((0, 0, 0), Content.P1);
cube.SetCell((0, 1, 2), Content.P1);
cube.SetCell((0, 1, 1), Content.P2);
var cell0 = cube.GetCell((0, 1, 0));
var cell1 = cube.GetCell((0, 1, 1));
var exportBefore = cube.ExportState();
var root = new MoveBattle(Content.P1, 0);
var moves = new SortedSet <MoveBattle>();
Generator.BuildMoveBattle(cube, root, moves);
var exportAfter = cube.ExportState();
Assert.AreEqual(moves.Count, 3);
Assert.IsTrue(exportBefore.Equals(exportAfter));
int nbKills = moves.Max(m => m.TotalKills);
Assert.AreEqual(nbKills, 1);
var mvKill = moves.FirstOrDefault(m => m.IdAfter == cell0.Id);
Assert.IsNotNull(mvKill);
Assert.IsTrue(mvKill.AllSteps.Exists(e => e.idAfter == cell0.Id && e.idOpp1 == cell1.Id));
foreach (var mv in moves)
{
mv.Do(cube);
mv.Undo(cube);
var export = cube.ExportState();
Assert.IsTrue(exportBefore.Equals(export));
}
}
