def test_append_one_row(self):
I = examples.scott_example()
#print("Matrix vorher append one row:" ,I.representation())
I.appendRow("I", ["00", "01", "02", "03", "04"])
rep = [I.columnObjectOfName[i].representation() for i in ["I", "00", "01", "02", "03", "04"]]
#print("columnObjectRepresentation" + str(rep))
self.assertEqual([[[['h(1)', 'I', 'F', 'L', 'I[0]', 'I[0]'], ['c', 'I[0]', 'I04', 'I00', 'I', 'I']]], [[['h(1)', '00', 'Z', '01', 'I00', 'I00'], ['c', 'I00', 'I[0]', 'I01', '00', '00']]], [[['h(1)', '01', '00', '02', 'I01', 'I01'], ['c', 'I01', 'I00', 'I02', '01', '01']]], [[['h(1)', '02', '01', '03', 'I02', 'I02'], ['c', 'I02', 'I01', 'I03', '02', '02']]], [[['h(1)', '03', '02', '04', 'I03', 'I03'], ['c', 'I03', 'I02', 'I04', '03', '03']]], [[['h(1)', '04', '03', '05', 'I04', 'I04'], ['c', 'I04', 'I03', 'I[0]', '04', '04']]]], rep)
def test_append_two_rows(self):
I = examples.scott_example()
I.appendRow("I", ["00", "01", "02", "03", "04"])
I.appendRow("I", ["01", "02", "03", "04", "05"])
rep = [
I.columnObjectOfName[i].representation()
for i in ["I", "00", "01", "02", "03", "04"]
]
self.assertEqual([[[['h(2)', 'I', 'F', 'L', 'I[1]', 'I[0]'],
['c', 'I[0]', 'I04', 'I00', 'I', 'I[1]'],
['c', 'I[1]', 'I05', 'I01', 'I[0]', 'I']]],
[[['h(1)', '00', 'Z', '01', 'I00', 'I00'],
['c', 'I00', 'I[0]', 'I01', '00', '00']]],
[[['h(2)', '01', '00', '02', 'I01', 'I01'],
['c', 'I01', 'I00', 'I02', '01', 'I01'],
['c', 'I01', 'I[1]', 'I02', 'I01', '01']]],
[[['h(2)', '02', '01', '03', 'I02', 'I02'],
['c', 'I02', 'I01', 'I03', '02', 'I02'],
['c', 'I02', 'I01', 'I03', 'I02', '02']]],
[[['h(2)', '03', '02', '04', 'I03', 'I03'],
['c', 'I03', 'I02', 'I04', '03', 'I03'],
['c', 'I03', 'I02', 'I04', 'I03', '03']]],
[[['h(2)', '04', '03', '05', 'I04', 'I04'],
['c', 'I04', 'I03', 'I[0]', '04', 'I04'],
['c', 'I04', 'I03', 'I05', 'I04', '04']]]], rep)
def create_scott_matrix(self, legal):
self.IM = examples.scott_example()
for p in pentominos.all_fixed_pentominos():
# if p.name in ["I","L","U","V","Y"]:#TODO remove
self.create_all_rows_for(p, legal)
self.solve_scott_matrix()
return self.IM
def create_scott_matrix(self, legal):
self.IM = examples.scott_example()
for p in pentominos.all_fixed_pentominos():
# if p.name in ["I","L","U","V","Y"]:#TODO remove
self.create_all_rows_for(p, legal)
self.solve_scott_matrix()
return self.IM
def test_appendRos(self):
I = examples.scott_example()
I.initializeIncidenceMatrix()
total = 0
column = I.h.right
while column != I.h:
print(column.size)
total += column.size
column = column.right
total = total / 6
print(total, I.rows)
self.assertEqual(total, I.rows, "Sizes not equal")
def test_append_one_row(self):
I = examples.scott_example()
#print("Matrix vorher append one row:" ,I.representation())
I.appendRow("I", ["00", "01", "02", "03", "04"])
rep = [
I.columnObjectOfName[i].representation()
for i in ["I", "00", "01", "02", "03", "04"]
]
#print("columnObjectRepresentation" + str(rep))
self.assertEqual([[[['h(1)', 'I', 'F', 'L', 'I[0]', 'I[0]'],
['c', 'I[0]', 'I04', 'I00', 'I', 'I']]],
[[['h(1)', '00', 'Z', '01', 'I00', 'I00'],
['c', 'I00', 'I[0]', 'I01', '00', '00']]],
[[['h(1)', '01', '00', '02', 'I01', 'I01'],
['c', 'I01', 'I00', 'I02', '01', '01']]],
[[['h(1)', '02', '01', '03', 'I02', 'I02'],
['c', 'I02', 'I01', 'I03', '02', '02']]],
[[['h(1)', '03', '02', '04', 'I03', 'I03'],
['c', 'I03', 'I02', 'I04', '03', '03']]],
[[['h(1)', '04', '03', '05', 'I04', 'I04'],
['c', 'I04', 'I03', 'I[0]', '04', '04']]]], rep)
def test_append_two_rows(self):
I = examples.scott_example()
I.appendRow("I", ["00", "01", "02", "03", "04"])
I.appendRow("I", ["01", "02", "03", "04", "05"])
rep = [I.columnObjectOfName[i].representation() for i in ["I", "00", "01", "02", "03", "04"]]
self.assertEqual([[[['h(2)', 'I', 'F', 'L', 'I[1]', 'I[0]'], ['c', 'I[0]', 'I04', 'I00', 'I', 'I[1]'], ['c', 'I[1]', 'I05', 'I01', 'I[0]', 'I']]], [[['h(1)', '00', 'Z', '01', 'I00', 'I00'], ['c', 'I00', 'I[0]', 'I01', '00', '00']]], [[['h(2)', '01', '00', '02', 'I01', 'I01'], ['c', 'I01', 'I00', 'I02', '01', 'I01'], ['c', 'I01', 'I[1]', 'I02', 'I01', '01']]], [[['h(2)', '02', '01', '03', 'I02', 'I02'], ['c', 'I02', 'I01', 'I03', '02', 'I02'], ['c', 'I02', 'I01', 'I03', 'I02', '02']]], [[['h(2)', '03', '02', '04', 'I03', 'I03'], ['c', 'I03', 'I02', 'I04', '03', 'I03'], ['c', 'I03', 'I02', 'I04', 'I03', '03']]], [[['h(2)', '04', '03', '05', 'I04', 'I04'], ['c', 'I04', 'I03', 'I[0]', '04', 'I04'], ['c', 'I04', 'I03', 'I05', 'I04', '04']]]], rep)
def test_solve(self):
I = examples.scott_example()
print(I.representation())
I.initializeIncidenceMatrix()
I.solve()
def run_scott_example():
matrix = examples.scott_example()
#print(str(matrix.representation()))
append_all_possible_placements(matrix)
#print(str(matrix.representation()))
Algorithm_X(matrix)