import math
import hashlib
 
#################### Values to edit ########################
# Selected win chance from 0.01 to 98
win_chance = 67 
# UNHASHED secret
secret = b"a3a73bc0cde733f5747a9a613cf14222"
# User seed
user_seed = b"your seed"
# Bet amount
bet_amount = 10
# False - win_number is above / True - win_number is below
is_below = True 
############################################################
 
 
full_seed = secret + b":" + user_seed
 
def bytes_to_uniform_float(xs: str) -> float:
    hash = hashlib.blake2b(xs, digest_size=32).digest()
    return int.from_bytes(hash[:8], byteorder='big') / float(2**64 - 1)
 
def get_win_number(full_seed: str) -> float:
    float_value = bytes_to_uniform_float(full_seed)
    return round((float_value * 10001) / 100, 2)
 
def calculate_multiplier(win_chance: float, is_below: bool) -> float:
    return round(99 / win_chance, 4)
 
def calculate_bet_number(win_chance: float, is_below: bool) -> float:
    return 100 - win_chance if not is_below else win_chance
 
def calculate_payout(bet_amount: float, win_chance: float, win_number: float, is_below: bool) -> float:
    bet_number = calculate_bet_number(win_chance, is_below)
    multiplier = round(99 / win_chance, 4)
    payout = round(bet_amount * multiplier, 2)
 
    return payout if (bet_number >= win_number and is_below) or (bet_number <= win_number and not is_below) else 0
 
 
print("Hash of secret:", hashlib.blake2b(secret, digest_size=32).digest().hex())
 
win_number = get_win_number(full_seed)
print("Bet number:", calculate_bet_number(win_chance, is_below))
print("Win number:", win_number)
print("Total payout:", calculate_payout(bet_amount, win_chance, win_number, is_below))