def test_TileSet(self):
s = pentominos.TileSet([pentominos.I(), pentominos.I()])
self.assertEqual(s.size(), 1)
reps = pentominos.TileSet()
p = pentominos.Y()
reps.add(p)
p.flip(0)
reps.add(p)
p.flip(1)
reps.add(p)
p.flip(0)
reps.add(p)
self.assertEqual(reps.size(), 4)
reps = pentominos.TileSet()
p = pentominos.Y()
reps.add(p)
p.turn90()
reps.add(p)
p.turn90()
reps.add(p)
p.turn90()
reps.add(p)
self.assertEqual(reps.size(), 4)
def test_TileSet(self):
s = pentominos.TileSet([pentominos.I(), pentominos.I()])
self.assertEqual(s.size(), 1)
reps = pentominos.TileSet()
p = pentominos.Y()
reps.add(p)
p.flip(0)
reps.add(p)
p.flip(1)
reps.add(p)
p.flip(0)
reps.add(p)
self.assertEqual(reps.size(), 4)
reps = pentominos.TileSet()
p = pentominos.Y()
reps.add(p)
p.turn90()
reps.add(p)
p.turn90()
reps.add(p)
p.turn90()
reps.add(p)
self.assertEqual(reps.size(), 4)
reps = pentominos.TileSet([pentominos.I(), pentominos.X()], {'I': 3})
self.assertEqual({'I': 3, 'X': 0}, reps.stock)
def test_turn90(self):
c0 = copy.deepcopy(pentominos.I().coos)
self.assertEqual(c0, pentominos.I().turn90().turn90().coos)
p = pentominos.Y()
s = pentominos.TileSet()
for i in range(4):
s.add(p)
p.turn90()
self.assertEqual(4, s.size())
def test_turn90(self):
c0 = copy.deepcopy(pentominos.I().coos)
#self.assertEqual(c0, pentominos.I().turn90().turn90().coos)
cnew = pentominos.I().turn90().turn90().coos
for c in c0:
self.assertTrue(c in cnew)
for c in cnew:
self.assertTrue(c in c0)
p = pentominos.Y()
s = pentominos.TileSet()
for i in range(4):
s.add(p)
p.turn90()
self.assertEqual(4, s.size())
def testMatrix(self):
TSet = pentominos.TileSet([
pentominos.F(),
pentominos.I(),
pentominos.L(),
pentominos.P(),
pentominos.N(),
pentominos.T(),
pentominos.U(),
pentominos.V(),
pentominos.W(),
pentominos.Y(),
pentominos.Z()
])
names = [p.name for p in TSet]
probX12 = scott.Problem(TSet, 8, self.legal1, 1, 0)
probX13 = scott.Problem(TSet, 8, self.legal2, 1, 0)
probX22 = scott.Problem(TSet, 8, self.legal3, 1, 1)
str1 = probX12.IncMatrix.representation()
probX12.completeMatrix()
str2 = probX12.IncMatrix.representation()
self.assertFalse(str1 == str2)
str1 = probX13.IncMatrix.representation()
probX13.completeMatrix()
str2 = probX13.IncMatrix.representation()
self.assertFalse(str1 == str2)
str1 = probX22.IncMatrix.representation()
probX22.completeMatrix()
str2 = probX22.IncMatrix.representation()
self.assertFalse(str1 == str2)
probX12.solve()
sol12 = probX12.solutionList
self.assertEqual(len(sol12), 19)
#print sol12
# if sol12 != {}:
# sol12 += "(X,[02,11,12,13,22])" #12
probX13.solve()
sol13 = probX13.solutionList
self.assertEqual(len(sol13), 20)
#print sol13
# if sol13 != {}:
# sol13 += "(X,[03,12,13,14,23])" #13
probX22.solve()
sol22 = probX22.solutionList
self.assertEqual(len(sol22), 26)
def testSetup(self):
TSet = pentominos.TileSet([
pentominos.F(),
pentominos.I(),
pentominos.L(),
pentominos.P(),
pentominos.N(),
pentominos.T(),
pentominos.U(),
pentominos.V(),
pentominos.W(),
pentominos.X(),
pentominos.Y(),
pentominos.Z()
])
names = [p.name for p in TSet]
for n in ["F", "I", "L", "P", "N", "T", "U", "V", "W", "X", "Y", "Z"]:
self.assertTrue(n in names)
for n in names:
self.assertTrue(
n in
["F", "I", "L", "P", "N", "T", "U", "V", "W", "X", "Y", "Z"])
prob = scott.Problem(TSet, 8, self.legal, 1, 0)
def test_set(self):
s = set([pentominos.I(), pentominos.I()])
self.assertEqual(len(s), 1)
def test_max(self):
self.assertEqual([0, 4], pentominos.I().max())
self.assertEqual([2, 2], pentominos.F().max())
def test_translate(self):
self.assertEqual([[c[0] + 1, c[1]] for c in pentominos.I().coos],
pentominos.I().translate_one(0).coos)
self.assertEqual([[c[0], c[1] + 1] for c in pentominos.I().coos],
pentominos.I().translate_one(1).coos)
