printMap(gMap, units)
return simulate_battle(gMap, units)
def part2():
# printMap(gMap, units)
(gMap, units) = loadMap(input)
starting_elves = len([e for e in units if e.type == 'E'])
power = 3
while (True):
(gMap, units) = loadMap(input)
power += 1
print("\n---\nRunning with power: ", power)
for elf in [u for u in units if u.type == 'E']:
elf.power = power
result = simulate_battle(gMap, units)
print("Resulting units: ", [(u.type, u.hp, u.pos) for u in units])
if len([s.type for s in units
if s.hp > 0 and s.type == 'E']) == starting_elves:
return result
if __name__ == "__main__":
# template.funWrapper(part1, "Part 1")
template.funWrapper(part2, "Part 2")
arr.append(0)
else:
arr.append(diff)
xs = list(freq.keys())
ys = [freq[k] for k in xs]
fig = px.scatter(x=xs, y=ys, log_y=True, log_x=True)
fig.update_xaxes(title_text="Spoken Number")
fig.update_yaxes(title_text="# of Times Spoken")
fig.show()
# print(arr[:20])
# print(freq)
# ks = list(freq.keys())
# print(len(ks))
# ks.sort()
# with open("output15.csv", "w") as outFile:
# for k in ks:
# outFile.write('%d,%d\n'%(k,freq[k]))
# print(arr[:10])
return arr[n-1]
# --- #
if __name__ == "__main__":
template.funWrapper(part1, "Part 1")
# template.funWrapper(part2, "Part 2")
template.funWrapper(ff, "Fun")
prev_states.add(state)
(deck1, deck2) = recursive_combat(deck1, deck2, i, gameId)
if len(deck1) == 0:
# print("Game %d over. Player 2 wins."%gameId)
return (2, deck2)
else:
# print("Game %d over. Player 1 wins."%gameId)
return (1, deck1)
def part2():
deck1 = copy.copy(input[0])
deck2 = copy.copy(input[1])
(winner, deck) = recursive_combat_game(deck1, deck2, 1)
print("GAME OVER...", winner, deck)
global total_rounds
print("Total Rounds: ", total_rounds)
return score_deck(deck)
# --- #
if __name__ == "__main__":
template.funWrapper(part1, "Part 1")
# template.funWrapper(part2, "Part 2")
chartState(np.array(state), 20, 20, 20, 1)
return sum([v for layer in state for row in layer for v in row])
def viz2():
state = [[0 if v == '.' else 1 for v in row] for row in input]
nState = np.array([[state]])
print(nState)
cycles = 6
for i in range(cycles):
nState = simulate_cycle_4d(nState)
print("Cycle %d done"%(i+1))
chartState(nState, 20, 20, 20, 15)
# print(nState)
return nState.sum()
# --- #
if __name__ == "__main__":
template.funWrapper(part1, "Part 1")
template.funWrapper(viz1, "Visualization 1")
template.funWrapper(part2, "Part 2")
template.funWrapper(viz2, "Visualization 2")
