def move_prompt():
print()
print("-----========[CHOOSE STANCE]========-----")
print("1. Attack")
print("2. Defend")
print()
attack_input = input(player.player_name + ": ")
attack_input = normalise_input(attack_input)
while True:
quit_test(attack_input)
if "1" in attack_input:
print("\nYou take on an offensive stance! You deal normal damage.")
return 1
elif "2" in attack_input:
print("\nYou take on a defensive stance! You deal less damage but gain more armor!")
return 2
else:
attack_input = input("You need to choose an option from the list (number): ")
attack_input = normalise_input(attack_input)
def valid_weapon():
print()
print("-----========[CHOOSE WEAPON]========-----")
print_list_of_weapons()
print()
weapon_input = input(player.player_name + ": ")
weapon_input = normalise_input(weapon_input)
while True:
quit_test(weapon_input)
# Checks if weapon_input list after being normalised has more than 1 word. If yes, combines 0 and 1 index of list into a 0-index list.
if len(weapon_input) > 1:
weapon_input[0] = weapon_input[0] + "_" + weapon_input[1]
weapon_input = weapon_input[:1]
# If list empty after normalization, puts an item in index 0 to prevent crash further down the function
elif len(weapon_input) < 1:
weapon_input = ["a"]
# Tests if user input is a weapon from the list or no
if weapon_input[0] == "weapons":
print()
print_list_of_weapons()
print()
else:
# for weapon in list_of_weapons():
# if weapon_input[0] in weapon["id"]:
if weapon_input[0].isdigit():
if 0 < int(weapon_input[0]) <= len(list_of_weapons()):
weapon = list_of_weapons()[int(weapon_input[0]) - 1]
print()
print("You have chosen " + weapon["name"] + " with " + str(weapon["attributes"]["damage"]) + " base damage!\n")
return weapon
else:
a = input("You have not entered a valid weapon number from the list!\n" + player.player_name + ": ")
weapon_input = normalise_input(a)
else:
a = input("You have not entered a valid weapon number from the list!\n" + player.player_name + ": ")
weapon_input = normalise_input(a)
def main_fight(enemy):
screen_flush()
player.in_battle_enemy_hp = enemy["hp"]
print_encounter()
alpha = randint(0, len(encounter_fill) - 1)
print("You have encountered " + enemy["name"] + encounter_fill[alpha])
print("You must fight " + enemy["name"] + " to proceed (you cannot save during battle).")
print()
while True:
a = input("Heads or Tails (winner goes first)? ")
normalise_input(a)
while True:
quit_test(a)
if "tails" in a:
a = 0
break
elif "heads" in a:
a = 1
break
else:
a = input("You have to choose between Heads and Tails: ")
a = normalise_input(a)
b = randint(0, 1)
if b == a:
screen_flush()
print_encounter()
print("You go first!")
enter()
while player.in_battle_enemy_hp >= 1:
screen_flush()
print_encounter()
print_stats(enemy)
weapon_choice = valid_weapon()
move = move_prompt()
# Damage_dealt would return FALSE if enemy is dead, therefore damage_got will not be further executed.
if damage_dealt(weapon_choice, enemy, move):
print()
damage_got(enemy, move)
if player.hp <= 0:
raise GameOver
enter()
screen_flush()
break
else:
screen_flush()
print_encounter()
print(enemy["name"] + " goes first!")
enter()
print()
move = 1
while player.in_battle_enemy_hp >= 1:
screen_flush()
print_encounter()
print_stats(enemy)
print()
damage_got(enemy, move)
if player.hp <= 0:
raise GameOver
weapon_choice = valid_weapon()
move = move_prompt()
# Damage_dealt would return FALSE if enemy is dead, therefore damage_got will not be further executed.
if damage_dealt(weapon_choice, enemy, move):
enter()
screen_flush()
break
