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| 1 | import random | |
| 2 | import math | |
| 3 | ||
| 4 | def play(totals, player, win, can_attack, hand): | |
| 5 | if win != -1: | |
| 6 | return totals, win, can_attack, hand[player] | |
| 7 | else: | |
| 8 | for i in range(3): | |
| 9 | tar = math.floor(random.random() * float(len(totals[0]) + len(totals[1]))) | |
| 10 | if ((tar < len(totals[0])) and (len(totals[0]) < 9)): | |
| 11 | totals[0][tar] -= 1 | |
| 12 | if ((totals[0][tar] == 0) and (tar != 0)): | |
| 13 | totals[0].pop(tar) | |
| 14 | can_attack[0].pop(tar) | |
| 15 | elif ((totals[0][tar] == 0) and (tar == 0)): | |
| 16 | totals[player].append(2) | |
| 17 | return totals, 1, can_attack, (hand[player]-1) | |
| 18 | elif ((tar >= len(totals[0])) and (len(totals[0]) < 9)): | |
| 19 | totals[1][tar-len(totals[0])] -= 1 | |
| 20 | if ((totals[1][tar-len(totals[0])] == 0) and ((tar-len(totals[0])) != 0)): | |
| 21 | totals[1].pop(tar-len(totals[0])) | |
| 22 | can_attack[1].pop(tar-len(totals[0])) | |
| 23 | elif ((totals[1][tar-len(totals[0])] == 0) and ((tar-len(totals[0])) == 0)): | |
| 24 | totals[player].append(2) | |
| 25 | return totals, 0, can_attack, (hand[player]-1) | |
| 26 | else: | |
| 27 | return totals, -1, can_attack, hand | |
| 28 | totals[player].append(2) | |
| 29 | can_attack[player].append(False) | |
| 30 | return totals, -1, can_attack, (hand[player]-1) | |
| 31 | ||
| 32 | def attack(can_attack, player): | |
| 33 | dmg = 0 | |
| 34 | for i in can_attack[player]: | |
| 35 | if i: | |
| 36 | dmg += 3 | |
| 37 | return dmg | |
| 38 | ||
| 39 | def wakeup(can_attack, player): | |
| 40 | for i in range(len(can_attack[player])): | |
| 41 | if not can_attack[player][i]: | |
| 42 | can_attack[player][i] = True | |
| 43 | return can_attack | |
| 44 | ||
| 45 | win_counter = 0 | |
| 46 | turn_counter = 0 | |
| 47 | iterations = 10 | |
| 48 | for i in range(iterations): | |
| 49 | boards = [[30], [30]] | |
| 50 | attack_list = [[False], [False]] | |
| 51 | mana = 2 | |
| 52 | win = -1 | |
| 53 | n=2 | |
| 54 | hand_size = [5,5] | |
| 55 | ||
| 56 | boards, win, attack_list, hand_size[1] = play(boards, 1, win, attack_list, hand_size) | |
| 57 | while win == -1: | |
| 58 | attack_list = wakeup(attack_list, 0) | |
| 59 | hand_size[0] += 1 | |
| 60 | for i in range(math.floor(mana/2)): | |
| 61 | if hand_size[0] > 0: | |
| 62 | boards, win, attack_list, hand_size[0] = play(boards, 0, win, attack_list, hand_size) | |
| 63 | boards[1][0] -= attack(attack_list, 0) | |
| 64 | if boards[1][0] <= 0: | |
| 65 | win = 0 | |
| 66 | n += 1 | |
| 67 | ||
| 68 | attack_list = wakeup(attack_list, 1) | |
| 69 | hand_size[1] += 1 | |
| 70 | for i in range(math.floor(mana/2)): | |
| 71 | if hand_size[1] > 0: | |
| 72 | boards, win, attack_list, hand_size[1] = play(boards, 1, win, attack_list, hand_size) | |
| 73 | boards[0][0] -= attack(attack_list, 1) | |
| 74 | if boards[0][0] <= 0: | |
| 75 | win = 1 | |
| 76 | n += 1 | |
| 77 | ||
| 78 | mana += 1 | |
| 79 | ||
| 80 | win_counter += win | |
| 81 | turn_counter += n | |
| 82 | ||
| 83 | print("coin winrate: " + str(100.0 * (float(win_counter)/float(iterations))) + "\navg turn count: " + str(float(turn_counter)/float(iterations)) + "\ntested over " + str(iterations) + " iterations") |
