Monte Carlo Simulation in Basketball - Take the three or quick two

mcsbasketball.py

import random

trials = 10000
three_pc = 25
two_pc = 60
opp_two_pc = 65
opp_ft_pc = 65
time_to_shoot_two = 5
time_to_foul = 5
offense_rb_pc = 25
ft_rb_pc = 15
overtime_win_pc = 50


def sim_take_three():
        if three_pc >= random.randint(0, 100):
           if overtime_win_pc >= random.randint(0, 100):
              return True  # Winning
        return False  # Either missed the three or lost in overtime


def sim_take_two():
        have_ball = True
        points_down = 3
        time_left = 30
        while time_left > 0:
                    if have_ball:
                         # If down by 3 or more, make quick two.
                         # If down by 2 or less, explore entire time
                         if points_down >= 3:
                            time_left -= time_to_shoot_two
                         else:
                            time_left = 0

                         if two_pc >= random.randint(0, 100):
                            points_down -= 2
                            have_ball = False
                         else:
                            if offense_rb_pc >= random.randint(0, 100):
                               have_ball = False
                    else:
                        if points_down > 0:
                            time_left -= time_to_foul
                            # two free throws
                            if opp_ft_pc >= random.randint(0,100):
                                points_down += 1
                            if opp_ft_pc >= random.randint(0,100):
                                points_down += 1     
                                have_ball = True
                            elif ft_rb_pc >= random.randint(0,100):
                                have_ball = True
                        else:
                            if opp_two_pc >= random.randint(0,100):
                                points_down += 2
                            time_left = 0
                                    
        if points_down > 0:
             return False
        elif points_down < 0:
             return True
        else:
             if overtime_win_pc >= random.randint(0,100):
                return True
             else:
                return False


def simulate():

        wins_taking_three = 0
        wins_taking_two = 0

        for trial in range(trials):
                if sim_take_three():
                     wins_taking_three+=1
                 

                if sim_take_two():
                     wins_taking_two+=1
                 

        print(f'Wins taking the three: {wins_taking_three}')   
        print(f'Wins taking the two: {wins_taking_two}')     


simulate()