while rounds > max(player_point, cpu_point)

while rounds > player_point or cpu_point:

while rounds > player_point or rounds > cpu_point:

import random
 
rock, paper, scissors = 1, 2, 3
names = "rock", "paper", "scissors"
win = 0
loss = 0
 
print("\nWelcome to the Rock, Paper, Scissors game.\nPlease choose the amount of points requited to win.")
 
rounds = input()
int_rounds = int(rounds)
 
def checkResults(user, computer):
	if (user, computer) in ((rock, paper), (paper, scissors), (scissors, rock)):
		return False
	return True
 
while int_rounds > max(win, loss):  # This is where I was using "or"
	print("\nChoose your weapon:")
	print("1: Rock")
	print("2: Paper")
	print("3: Scissors")
 
	player = int(input())
	cpu = random.choice((rock, paper, scissors))
 
	print("You chose",names[player-1],", the computer chose",names[cpu-1])
 
	if cpu != player:
		if checkResults(player, cpu):
			print ("Player won!")
			win = win + 1
		else:
			print ("Computer won!")
			loss = loss + 1
	else:
		print ("Draw!")
 
print("\nFinal Score:")
print("Player:",win)
print("Computer:",loss)

while int_rounds > win or int_rounds > loss:

>>> #Is rounds greater than player_point or cpu_point
>>> #It will print Victory
>>> #Test
>>> rounds = 5
>>> player_point = 4
>>> cpu_point = 3
>>> while rounds > player_point or cpu_point:
	print 'Victory'
	break
else:
	print 'Lose'
 
 
Victory
>>> #So if we change player_point to 8
>>> player_point = 8
>>> while rounds > player_point or cpu_point:
	print 'Victory'
	break
else:
	print 'Lose'
 
 
Victory
>>> #It still print Victory because of "or"
>>> #If we change to "and" then Lose
>>> while rounds > player_point and cpu_point:
	print 'Victory'
	break
else:
	print 'Lose'
 
 
Lose
>>> player_point = 4
>>> while rounds > player_point and cpu_point:
	print 'Victory'
	break
else:
	print 'Lose'
 
 
Victory
>>> #Last one Victory beacause now both player_point and cpu_point are less than rounds

int_rounds = 3
 
win = 0
loss = 0
print(int_rounds > max(win, loss))  # True
 
win = 0
loss = 0
print(int_rounds > win or int_rounds > loss)  # True
 
win = 0
loss = 0
print(int_rounds > win and int_rounds > loss)  # True
 
win = 4
loss = 0
print(int_rounds > win or int_rounds > loss)  # True
 
win = 4
loss = 0
print(int_rounds > win and int_rounds > loss)  # False --> loop exits

int_rounds = 3
 
win = 0
loss = 0
while True:
    if int_rounds > win:
        break
    if int_rounds > loss:
        break
    # now use if condition to add to win or loss
    # (for instance you keep winning)
    win += 1