self.ticksToFree -= 1
def get_free_cars():
result = []
for car in cars:
if car.ticksToFree == 0:
result.append(car)
return result
possibleRides = []
impossibleRides = []
inputData = InputParser(FILE + ".in")
rows, columns, vehicles, numebrOfRides, bonusOnTime, steps = inputData.readLine(
)
inputData.close()
rides = pd.read_table(FILE + ".in", sep=' ')
counter = 0
for i in rides.values:
if (abs(i[2] - i[0]) + abs(i[3] - i[1])) >= abs(i[5] - i[4]):
impossibleRides.append(np.insert(i, 0, counter))
else:
possibleRides.append(np.insert(i, 0, counter))
counter += 1
# Sorting
possibleRides = pd.DataFrame(possibleRides, columns=[str(x) for x in range(7)])
impossibleRides = pd.DataFrame(impossibleRides,
groups[autos[6]].number += 1
self.state = groups[autos[6]].state
groups[autos[6]].autos.append(self)
return
def changeState(self, autos, stepCounter, stepInfo):
if stepCounter == 0:
self.firstStep(autos, stepCounter, stepInfo)
else:
self.secondStep(autos, stepCounter, stepInfo)
inputData = InputParser(PATH + FILE + ".in")
rows, columns, p, q = inputData.readLine()
autos = []
for i in range(rows):
autos_row = []
row = inputData.readLine()[0]
x = 0
for ing in row:
autos_row.append(PizzaAuto(x, i, PizzaAuto.ING[ing]))
x += 1
autos.append(autos_row)
inputData.close()
pizza = CellularAutomaton(autos)
pizza.doStep(stepInfo=(p, q))
for i in range(q - 2):
pizza.doStep(stepInfo=(p, q))
