#!/usr/bin/env pseudo-python3

from random import seed, uniform

current_block_hash = previous_game_block['nextblockhash']

jackpot_total = 0
players = []

while True:
    current_block = getblock(current_block_hash)

    for transaction in current_block:
        if transaction['amount'] <= 0:
            continue

        jackpot_total += amount

        players.append({
            'from_address': transaction['from_address']
            'amount': transaction['amount'],
        })

    if jackpot_total < 0.01:
        current_block_hash = current_block['nextblockhash']
        continue

    seed(current_block['nextblockhash'])
    winning_marker = uniform(0.0, float(jackpot_total))

    current_marker = 0
    winner_address = None

    for player in players:
        current_marker += player['amount']

        if winning_marker <= current_marker:
            winner_address = player['from_address']
            break

    send_to_winner = float(jackpot_total) * 0.99
    send_to_bank = float(jackpot_total) - send_to_winner

    sendmany("", {
        winner_address: send_to_winner,
        bank_address: send_to_bank,
    })

    jackpot_total = 0
    current_block_hash = current_block['nextblockhash']

 1. Send any amount of Bitcoin to the jackpot address (remember: Bitcoin 3G iPad):

    1Bitcoin3giPAD4FP2FLgTCtcA1nqUinTa

  2. Wait 6 confirmations to play a game

  3. Every time the jackpot address has over BTC0.01BTC, a new game begins

  4. The winner (chosen deterministically) will receive 99% of the jackpot

  5. Remember: the more you send, the higher your chances of winning