Best videopoker bonuses

sza
sza
sza
  • Threads: 6
  • Posts: 37
Joined: May 28, 2017
May 25th, 2025 at 8:25:41 AM permalink
I conducted a simulation of Super Hot Roll Triple Play and found that the average multiplier per hand is about 4.9X, which is significantly lower than 6X. Assuming that each single hand receives a multiplier at the same odds, I determined that the probability of getting a multiplier is approximately 1 in 36.4 hands to align with the game's published rate of 1 in 4.99 hands.

Simulated for 5M hands - 
Dealt Multipliers: 137764 0.0275528
Draw Multipliers: 862925 0.172585
Multipliers Frequency: 1 in 4.996557371970712 games.
Average Multiplier per Game: 4.9018212

Here is my program. Can anyone take a look and see if I made a mistake?

Btw this site is garbage. It doesn’t render the subscripts of the arrays in the code section.


import random


def should_roll_dice():
    probability = 36.4
    return random.random() < (1 / probability)


# Example usage:
def simulate(n_play):
    current_hand_multipliers = [False] * n_play
    next_hand_multipliers = [False] * n_play

    n = 5000000
    counter = 0
    counter_dealt = 0
    sum_multiplier = 0
    for _ in range(n):
        # move next hand multipliers to current
        for i in range(n_play):
            current_hand_multipliers = next_hand_multipliers
            next_hand_multipliers = False

        # The multiplier can ONLY show on the main hand when the hand is dealt
        hand_a = should_roll_dice()

        # When the multiplier shows, all hands get current and next multipliers
        if hand_a:
            counter_dealt += 1
            for i in range(n_play):
                current_hand_multipliers = True
                next_hand_multipliers = True
        else:
            # if the main hand gets no multiplier on the deal, then loop through each hand to determine if it gets a multiplier
            for i in range(n_play):
                # if the hand has a multiplier, the next hand gets a multiplier if qualified
                if current_hand_multipliers:
                    next_hand_multipliers = should_roll_dice()
                else:
                    # if the hand has no multiplier, the multiplier sets both current and the next hand
                    current_hand_multipliers = should_roll_dice()
                    next_hand_multipliers = current_hand_multipliers

        if any(current_hand_multipliers):
            counter += 1

        for i in range(n_play):
            sum_multiplier += 7 if current_hand_multipliers else 1

    print("Dealt Multipliers:", counter_dealt, counter_dealt / n)
    print("Draw Multipliers:", counter - counter_dealt, (counter - counter_dealt) / n)
    print("Multipliers Frequency: 1 in", n / counter, "games.")
    print("Average Multiplier per Game:", sum_multiplier / n)


simulate(n_play=3)
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