def testGetNeighbourCells(self):
conway = Conway('rayas')
neighbours = conway.getNeighbourCells([1, 1])
values = []
for neighbour in neighbours:
values.append(conway.currentGeneration[neighbour[0]][neighbour[1]])
expected = [1, 1, 1, -1, -1, 1, 1, 1]
self.assertEqual(expected, values)
def test_Conway1(self):
c = Conway('1')
self.assertEqual(c.getCurrent(), '1')
self.assertEqual(c.computeNext(), '11')
self.assertEqual(c.computeNext(), '21')
self.assertEqual(c.computeNext(), '1211')
self.assertEqual(c.computeNext(), '111221')
self.assertEqual(c.computeNext(), '312211')
self.assertEqual(c.computeNext(), '13112221')
def main():
# Initialize pygame
pygame.init()
# Start application
config = [
Config((640, 640), "Conway's Game of Life", 64, Conway()),
Config((640, 640), "Langston's Ant", 64, Ant()),
Config((640, 640), "Brian's Brain", 64, Brian()),
Config((640, 640), "Rule 90", 64, Rule90()),
Config((640, 640), "Rule 110", 64, Rule110()),
Config((640, 640), "Fluid Simulation", 64, Fluid())
]
Application(config[5])
def player(init_config):
""" plays optimally and tries to win if there exists a winning
strategy """
global GSG_VAL, CONWAY, CONWAY_state
_row = len(init_config)
if _row == 0:
return
_column = len(init_config[0])
if _column == 0:
return
calculate_gsg(_row, _column)
graph = GSG_VAL[0]
val_l = GSG_VAL[1]
val_c = GSG_VAL[2]
start_state = CONWAY.get_state_index(init_config)
if (val_l[start_state] == 0):
print "No winning move exist from this position "
else:
print "There exists a non-loosing move from this position"
pos = start_state
while (True):
print_position(pos)
n_nodes = graph[pos]
options = [i for i in n_nodes if val_l[i] == 0]
if options == [] :
options = [i for i in n_nodes if val_l[i] == float('inf')]
min_c_val = float('inf')
feasible_option = None
for option in options:
if val_c[option] < min_c_val:
min_c_val = val_c[option]
feasible_option = option
print
print "Computer plays ... " , feasible_option
print
pos = feasible_option
print_position(pos)
state_pos = CONWAY_state[pos]
while True:
row = input("Enter the row:")
col = input("Enter the col:")
if state_pos[row][col] == 0:
state_pos[row][col] = 1
break
print "Cell Already ALIVE !!! "
if "Windows" in platform.platform() :
os.system('cls')
elif "Linux" in platform.platform() :
os.system("clear")
else:
print "Unknown OS"
exit()
print_position(CONWAY.get_state_index(state_pos))
temp = Conway(ROW_SIZE, COL_SIZE)
temp.board = state_pos
state_pos = temp.evolve()
pos = CONWAY.get_state_index(state_pos)
def testRefineDrawing(self):
conway = Conway("dosPorDos")
expected = [[1, -1], [-1, 1]]
self.assertEqual(expected, conway.initialCondition)
def testSwitchCell(self):
conway = Conway("dosPorDos")
conway.switchCell([[0, 0], [0, 1]])
expected = [[-1, 1], [-1, 1]]
self.assertEqual(expected, conway.currentGeneration)
def testCurrentActiveCells(self):
conway = Conway("dosPorDos")
expected = [[0, 0], [1, 1]]
self.assertEqual(expected, conway.currentActiveCells)
def testCorrectSize(self):
conway = Conway("rayas")
self.assertEqual(10, conway.gridSize)
conway = Conway("dosPorDos")
self.assertEqual(2, conway.gridSize)