main.py

'''
Author: Alexandre Calil Martins Fonseca
https://github.com/xandao-dev/monte-carlo-betting-simulations
'''

from betting.BetGenerator import BetGenerator
from betting.Strategies import FixedBettor, PercentageBettor, KellyCriterion, FixedMartingale
from betting.Strategies import PercentageMartingale, FixedSoros, PercentageSoros, FixedFibonacci
from betting.Strategies import PercentageFibonacci, FixedDAlembert
from betting.PlotGraph import PlotGraph
from betting.Stats import Stats


user_input = {
    'samples': 20, # Number of simulations
    'bet_count': 10000, # Number of bets per simulation
    'win_rate': 0.4865,  # range: 0.0000-1.0000
    'lose_rate': 0.5135,  # range: 1.0000-0.0000
    'payout_rate': 1.0000,  # range: 0.0000-2.0000 generally, but you choose. 1 means 100% of the bet.
    'initial_bankroll': 100, # How much money you have in each simulation
    'currency': '$', # Currency symbol
    'minimum_bet_value': 1, # None means no minimum bet
    'maximum_bet_value': 50000,  # None means no maximum bet value
    'stoploss': None, # None means no stop loss
    'stopgain': None, # None means no stop gain
    'bet_value': 1, # Isn't used in all strategies
    'bet_percentage': 0.0100,  # Isn't used in all strategies, range: 0.0000-1.0000
}

bet_results = BetGenerator(user_input).generate_random_bet_results()
data = (bet_results, user_input)


def main():
    # Stats.print_indicators_tutorial('PORTUGUESE')
    Stats(user_input=user_input).print_general_stats()

    FixedBettor(*data).simulate_strategy()
    PercentageBettor(*data).simulate_strategy()
    KellyCriterion(*data).simulate_strategy()
    FixedMartingale(*data).simulate_strategy()
    #FixedMartingale(*data, inverted=True).simulate_strategy()
    #PercentageMartingale(*data).simulate_strategy()
    #PercentageMartingale(*data, use_kelly_percentage=True).simulate_strategy()
    #PercentageMartingale(*data, inverted=True).simulate_strategy()
    #PercentageMartingale(*data, inverted=True, use_kelly_percentage=True).simulate_strategy()
    #FixedSoros(*data).simulate_strategy()
    #PercentageSoros(*data).simulate_strategy()
    #PercentageSoros(*data, use_kelly_percentage=True).simulate_strategy()
    #FixedFibonacci(*data).simulate_strategy()
    #FixedFibonacci(*data, inverted=True).simulate_strategy()
    #PercentageFibonacci(*data).simulate_strategy()
    #PercentageFibonacci(*data, use_kelly_percentage=True).simulate_strategy()
    #PercentageFibonacci(*data, inverted=True).simulate_strategy()
    #PercentageFibonacci(*data, inverted=True, use_kelly_percentage=True).simulate_strategy()
    #FixedDAlembert(*data).simulate_strategy()
    #FixedDAlembert(*data, inverted=True).simulate_strategy()

    # YOU CAN USE FOR LOOPS TO CHANGE PARAMETERS
    #for i in range(2,7,2):
    #    FixedSoros(*data, title=f'Fixed Soros, round max: {i}', rounds=i).simulate_strategy()

    PlotGraph.show()


if __name__ == '__main__':
    main()