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| Original file line number | Diff line number | Diff line change |
|---|---|---|
| @@ -1,96 +1,98 @@ | ||
| import math | ||
| import random | ||
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| import ipywidgets as widgets | ||
| from IPython.display import display, clear_output | ||
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| """Dice game with various score multipliers that multiply by 2 if criteria meets the requirements, else reset to 1.""" | ||
|
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| def dice_game(num_rolls = 10, num_players = 2, highest_guess = 4, guess = 7): | ||
| scores = [0] * num_players | ||
| score_multiplier = 1 | ||
| score_multiplier_for_doubles = 1 | ||
| score_multiplier_for_sixes = 1 | ||
| score_multiplier_for_highest_guess = 1 | ||
| score_multiplier_for_sequential = 1 | ||
| score_multiplier_for_close_dice = 1 | ||
| score_multiplier_for_low_or_high = 1 | ||
| for _ in range(num_rolls): | ||
| for player in range(num_players): | ||
| roll1 = random.randint(1, 6) | ||
| roll2 = random.randint(1, 6) | ||
| total_rolls = roll1 + roll2 | ||
| double_roll = roll1 == roll2 | ||
| if double_roll: | ||
| score_multiplier_for_doubles *= 2 | ||
| else: | ||
| score_multiplier_for_doubles = 1 | ||
| if roll1 == 6 or roll2 == 6: | ||
| score_multiplier_for_sixes *= 2 | ||
| else: | ||
| score_multiplier_for_sixes = 1 | ||
| if max(roll1, roll2) == highest_guess: | ||
| score_multiplier_for_highest_guess *= 2 | ||
| else: | ||
| score_multiplier_for_highest_guess = 1 | ||
| if roll2 >= roll1: | ||
| score_multiplier_for_sequential *= 2 | ||
| else: | ||
| score_multiplier_for_sequential = 1 | ||
| diff = abs(roll1 - roll2) | ||
| if diff == 1 or diff == 0: | ||
| score_multiplier_for_close_dice *= 2 | ||
| else: | ||
| score_multiplier_for_close_dice = 1 | ||
| if total_rolls == guess: | ||
| score_multiplier *= 2 | ||
| else: | ||
| score_multiplier = 1 | ||
| if total_rolls == 2 or total_rolls == 3 or total_rolls == 11 or total_rolls == 12: | ||
| score_multiplier_for_low_or_high *= 2 | ||
| else: | ||
| score_multiplier_for_low_or_high = 1 | ||
| score_multiplier_for_two_sixes = 2 if roll1 == 6 and roll2 == 6 else 1 | ||
| scores[player] += (roll1 + roll2) * score_multiplier * score_multiplier_for_doubles * score_multiplier_for_sixes * score_multiplier_for_two_sixes * score_multiplier_for_highest_guess * score_multiplier_for_sequential * score_multiplier_for_close_dice * score_multiplier_for_low_or_high | ||
| scores = [0] * num_players | ||
| score_multiplier = 1 | ||
| score_multiplier_for_doubles = 1 | ||
| score_multiplier_for_sixes = 1 | ||
| score_multiplier_for_highest_guess = 1 | ||
| score_multiplier_for_sequential = 1 | ||
| score_multiplier_for_close_dice = 1 | ||
| score_multiplier_for_low_or_high = 1 | ||
| for _ in range(num_rolls): | ||
| for player in range(num_players): | ||
| roll1 = random.randint(1, 6) | ||
| roll2 = random.randint(1, 6) | ||
| total_rolls = roll1 + roll2 | ||
| double_roll = roll1 == roll2 | ||
| if double_roll: | ||
| score_multiplier_for_doubles *= 2 | ||
| else: | ||
| score_multiplier_for_doubles = 1 | ||
| if roll1 == 6 or roll2 == 6: | ||
| score_multiplier_for_sixes *= 2 | ||
| else: | ||
| score_multiplier_for_sixes = 1 | ||
| if max(roll1, roll2) == highest_guess: | ||
| score_multiplier_for_highest_guess *= 2 | ||
| else: | ||
| score_multiplier_for_highest_guess = 1 | ||
| if roll2 >= roll1: | ||
| score_multiplier_for_sequential *= 2 | ||
| else: | ||
| score_multiplier_for_sequential = 1 | ||
| diff = abs(roll1 - roll2) | ||
| if diff == 1 or diff == 0: | ||
| score_multiplier_for_close_dice *= 2 | ||
| else: | ||
| score_multiplier_for_close_dice = 1 | ||
| if total_rolls == guess: | ||
| score_multiplier *= 2 | ||
| else: | ||
| score_multiplier = 1 | ||
| if total_rolls == 2 or total_rolls == 3 or total_rolls == 11 or total_rolls == 12: | ||
| score_multiplier_for_low_or_high *= 2 | ||
| else: | ||
| score_multiplier_for_low_or_high = 1 | ||
| score_multiplier_for_two_sixes = 2 if roll1 == 6 and roll2 == 6 else 1 | ||
| scores[player] += (roll1 + roll2) * score_multiplier * score_multiplier_for_doubles * score_multiplier_for_sixes * score_multiplier_for_two_sixes * score_multiplier_for_highest_guess * score_multiplier_for_sequential * score_multiplier_for_close_dice * score_multiplier_for_low_or_high | ||
|
|
||
| return scores | ||
| return scores | ||
|
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| num_rolls_slider = widgets.IntSlider( | ||
| value=10, | ||
| min=1, | ||
| max=20, | ||
| step=1, | ||
| description='Rolls:', | ||
| continuous_update=False) | ||
| value=10, | ||
| min=1, | ||
| max=20, | ||
| step=1, | ||
| description='Rolls:', | ||
| continuous_update=False) | ||
|
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| num_players_slider = widgets.IntSlider( | ||
| value=2, | ||
| min=1, | ||
| max=10, | ||
| step=1, | ||
| description='Players:', | ||
| continuous_update=False) | ||
| value=2, | ||
| min=1, | ||
| max=10, | ||
| step=1, | ||
| description='Players:', | ||
| continuous_update=False) | ||
|
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| change_value = widgets.Button(description='Roll Dice') | ||
| output = widgets.Output() | ||
|
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| display(num_rolls_slider, num_players_slider, change_value, output) | ||
|
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| def roll_dice(change): | ||
| with output: | ||
| clear_output() | ||
| global numRolls, numPlayers | ||
| scores = dice_game(num_rolls_slider.value, num_players_slider.value) | ||
| print(scores) | ||
| return scores | ||
| with output: | ||
| clear_output() | ||
| global numRolls, numPlayers | ||
| scores = dice_game(num_rolls_slider.value, num_players_slider.value) | ||
| print(scores) | ||
| return scores | ||
| change_value.on_click(roll_dice) | ||
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| num_rolls_slider.observe(roll_dice, names='rolls') | ||
| num_players_slider.observe(roll_dice, names='players') | ||
| rolls = num_rolls_slider.value | ||
| players = num_players_slider.value | ||
| players = num_players_slider.value |
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