def print_dungeon(dungeon,player_pos1,player_pos2,treasure_pos):
# Takes in the lists and prints out dungeon
outline(30)
print("THE DUNGEON")
print_new_lines(1)
temp_row = ""
for row in range(0,len(dungeon)):
for col in range(0,len(dungeon[row])):
if row == player_pos1 and col == player_pos2:
dungeon[row][col] = 1
# Uses player_pos and treasure_pos to mark them on the dungeon
if row == 3 and col == 3:
temp_row += "[ X ]️🗝️"
elif row == 3 and col == 4:
temp_row += " [ X ☠ ]"
else:
temp_row += "[ X ]"
else:
if dungeon[row][col] == 0:
temp_row += " "
elif (row,col) in treasure_pos:
temp_row += "[ 🗝️ ]"
elif row == 3 and col == 3:
temp_row += "[ - ]🗝️"
else:
temp_row += "[ - ]"
print(temp_row)
temp_row = ""
outline(30)
print_new_lines(1)
def active_actions():
global monster_fight
global player_input
global monster_list
global monster_index
global boss_list
global boss_index
monster = monster_list[monster_index]
boss = boss_list[boss_index]
# Executes actions player can make during combat
read_text(narrator_lines.general[0]) # What to do?
print_actions(player.activeActions)
check_invalid_input(player.inactiveActions)
if player_input == 1: # ATTACK
deal_attack("PLAYER",player.name,player.attack,player.baseAtk,player.critPercentage)
if in_monster_fight == True and (player.position1,player.position2) in monster_positions:
check_currentHP("MONSTER")
if in_monster_fight == False: #IF MONSTER DIED
print_victory_message(monster.name,earnedGold,monster.XP)
# Prevents the player from encountering the same monster once defeated
remove_events(player.position1,player.position2,monster_positions)
player_progression(monster.XP)
elif in_monster_fight == True and (player.position1,player.position2) == boss_position:
check_currentHP("BOSS")
if in_monster_fight == False: #IF BOSS DIED
print_victory_message(boss.name,earnedGold,boss.XP)
player_progression(boss.XP)
print_new_lines(1)
elif player_input == 2: # VIEW INVENTORY
view_inventory()
def print_actions(player_action):
global player_input
# Prints all actions player can make
i = 1
for action in player_action:
print("[" + str(i) + "] " + action, end = ' ')
i += 1
print_new_lines(1)
player_input = int(input(""))
def stat_progression():
player.maxHP += 1
player.currentHP = player.maxHP
print_new_lines(2)
if player.level % 2 == 0 and player.level != 2:
player.baseAtk += 1
player.attack = [player.baseAtk-1,player.baseAtk,player.baseAtk+1]
read_text("Your maxHP grew to "+ str(player.maxHP) +" and your baseAtk increased by one!")
else:
read_text("Your maxHP grew to "+ str(player.maxHP) +"!")
pause(1)
def view_item(player_item):
# Views any given item and tells the player what it does
outline(50)
print(str(player_item.name))
print_new_lines(1)
read_text(str(player_item.description))
if player_item.buffName == "HEALTH":
read_text(" Restores +" + str(player_item.buff) + " " + player_item.buffName+" when consumed.")
elif player_item.buffName == "ATTACK":
read_text(" Gives +" + str(player_item.buff) + " " + player_item.buffName+" when equipped.")
outline(50)
def enemy_encounter(nameStr,enemyName,enemyAttack,enemyCurrentHP,enemyMaxHP,enemyBaseAtk,enemyCritPercentage):
if player.turnsTaken == 0:
# Notifies player that they encountered a monster
read_text("As soon as you walked in, you encountered a " + enemyName + "!!!")
player.turnsTaken += 1
else:
# The monster attacks
deal_attack(nameStr,enemyName,enemyAttack,enemyBaseAtk,enemyCritPercentage)
check_currentHP("PLAYER")
print_new_lines(1)
view_stats(enemyName,enemyCurrentHP,enemyMaxHP,enemyBaseAtk,False)
def play_prologue():
global player_input
# Reads player description (name, type, and hometown)
read_text("Welcome, " + str(player.name) + " you are a " + str(player.type) + " that lives in a small village called " + str(player.hometown) + ". You are about to enter the world of monsters, dragons, and most importantly...")
pause(1.5)
print_new_lines(2)
read_text(narrator_lines.prologue[2])
player_input = input(" ")
clear()
pause(1)
read(narrator_lines.prologue,3,4)
pause(2)
def player_progression(monsterXP):
player.currentXP += monsterXP
pause(1.5)
if player.currentXP >= player.baseXP:
player.level += 1
print_new_lines(2)
read_text("You leveled up! You are now a Lvl "+ str(player.level) +" "+ str(player.type) +"!")
remainder = player.currentXP - player.baseXP
player.currentXP = 0 + remainder
player.baseXP = nextLevel(player.level)
stat_progression()
pause(1)
def unequip_item(player_item):
# Unequips item from player's hand and removes all its buffs
global player_equipped
global player_input
# Checks if player_item is not in thier hand
if player_item not in player.hand:
read_text("This item is not in your hand.")
print_new_lines(1)
else:
# Unequips player_item, removes its buffs, and places it back into the inventory
player.hand[0].quantity += 1
player.inventory.append(player.hand[0])
player.baseAtk += -player.hand[0].buff
player.attack = [player.baseAtk-1,player.baseAtk,player.baseAtk+1]
player.hand.remove(player.hand[0])
player_equipped = False
read_text("You now unequipped the " + str(player_item.name) + ".")
print_new_lines(1)
def ask_for_direction(row,col):
global player_input
read_text(narrator_lines.general[2]) # Which way?
print_actions(player.posDirections)
check_invalid_input(player.posDirections)
chosen_direction = player.posDirections[player_input-1]
print_new_lines(1)
# Checks if player is at boss gate
if row == 3 and col == 3 and chosen_direction == "RIGHT" and key not in player.inventory and boss_position in locked_positions:
read_text("You will need a key to unlock the gate.")
elif row == 3 and col == 3 and chosen_direction == "RIGHT" and boss_position in locked_positions:
read_text("Use the key to unlock the gate.")
elif row == 3 and col == 3 and chosen_direction == "RIGHT" and boss_position not in locked_positions:
read_text("Get ready...")
player_movement(chosen_direction)
else:
check_invalid_input(player.posDirections)
player_movement(chosen_direction)
pause(.8)
def inventory_actions():
# Executes all the actions the player can make when they are in their inventoyr
global in_inventory
global player_input
global player_item
in_inventory = True
while in_inventory == True:
# Goes back to other actions if the inventory is empty
if len(player.inventory) == 0 and len(player.hand) == 0:
in_inventory = False
choose_action()
else:
read_text(narrator_lines.general[0]) # What to do?
print_new_lines(2)
print_actions(player.inventoryActions)
check_invalid_input(player.inventoryActions)
if player_input == 1: # USE ITEM
if check_player_inventory(True,False):
print_items(True,False,False,player.inventory)
use_item(player_item)
else:
read_text("You have no items that can be used.")
print_new_lines(1)
elif player_input == 2: # VIEW ITEM
print_items(False,False,True,player.inventory)
view_item(player_item)
elif player_input == 3: # EQUIP ITEM
if check_player_inventory(False,True):
print_items(False,True,False,player.inventory)
equip_item(player_item)
else:
read_text("You have no items that can be equipped.")
print_new_lines(1)
elif player_input == 4: # UNEQUIP ITEM
if len(player.hand) == 1:
unequip_item(player_item)
else:
read_text("You have nothing in your hand.")
print_new_lines(1)
elif player_input == 5: # EXIT INVENTORY
in_inventory = False
choose_action()
print_new_lines(1)
def print_items(condition1,condition2,condition3,list1):
# Prints the player's items and asks for which one to apply an action to (use, view, equip)
global player_input
global player_item
if list1 == player.inventory and len(list1) == 0:
read_text(narrator_lines.inventory[0])
else:
print_new_lines(1)
read_text("Which item? ")
i = 1
for item in list1:
if item.consumable == condition1 and item.equippable == condition2 or condition3:
print("[" + str(i) + "] " + str(item.name),end=" ")
i += 1
player.posItems.append(item)
print_new_lines(1)
player_input = int(input(""))
check_invalid_input(player.posItems)
player_item = player.posItems[player_input-1]
player.posItems = []
def shop_actions():
global in_shop
print_new_lines(1)
read_text(narrator_lines.general[0])
print_new_lines(2)
print_actions(player.shopActions)
check_invalid_input(player.shopActions)
if player_input == 1: #BUY ITEM
print_items(False,False,True,shop_items)
chosen_item = shop_items[player_input-1]
if player.gold < chosen_item.value:
read_text("You can't afford that item.")
elif chosen_item.shopQuantity <= 0:
read_text("There are no more of that item.")
else:
player.gold += -chosen_item.value
player.inventory.append(chosen_item)
chosen_item.quantity += 1
chosen_item.shopQuantity += -1
read_text("You bought a "+str(chosen_item.name)+"!")
elif player_input == 2: # VIEW ITEMS
print_items(False,False,True,shop_items)
chosen_item = shop_items[player_input-1]
view_item(chosen_item)
elif player_input == 3:
read_text("The shopkeeper thanked you for your business.")
print_new_lines(1)
in_shop = False
def open_shop():
global in_shop
# TODO: Simplify this function
read_text("What can I get you?")
while in_shop == True:
print_new_lines(1)
outline(40)
print("THE SHOP")
print_new_lines(1)
for item in shop_items:
if item.shopQuantity <= 0:
print(str(item.name)+" [SOLD OUT]",end=" ")
else:
print("x"+str(item.shopQuantity)+" "+str(item.name)+" ["+str(item.value)+" GOLD]",end=" ")
print_new_lines(2)
if player.gold == 0:
read_text(narrator_lines.shop[2])
in_shop = False
else:
read_text("You have " + str(player.gold) +" GOLD.")
outline(40)
shop_actions()
pause(2)
clear()
pause(2)
def get_directions(row,col):
# Takes in player's positions and prints out possible directions
# Checks where player can go and prevents them from going out of bounds
UP = player.directions[0]
DOWN = player.directions[1]
LEFT = player.directions[2]
RIGHT = player.directions[3]
print_new_lines(1)
player.posDirections = []
player.posDirectionKeys = []
if row == 4 and col == 0:
#SPAWN POINT (UP)
append_posDirections(UP)
elif row == 3 and col == 3:
#GATE TO BOSS ROOM (UP,LEFT,RIGHT)
append_posDirections(UP,LEFT,RIGHT)
elif row == 0 and col == 0:
#TOP LEFT CORNER (DOWN, RIGHT)
append_posDirections(DOWN,RIGHT)
elif row == 0 and col == 3:
#TOP RIGHT CORNER (DOWN, LEFT)
append_posDirections(DOWN,LEFT)
elif row != 0 and row != 4 and col == 0:
#LEFT SIDE (UP,DOWN,RIGHT)
append_posDirections(UP,DOWN,RIGHT)
elif row == 0 and col in [1,2]:
#TOP SIDE (DOWN, LEFT, RIGHT)
append_posDirections(DOWN,LEFT,RIGHT)
elif row == 3 and col in [1,2,3]:
#BOTTOM SIDE (UP,LEFT, RIGHT)
append_posDirections(UP,LEFT,RIGHT)
elif row != 0 and row != 3 and col in [3]:
#RIGHT SIDE (UP, DOWN, LEFT)
append_posDirections(UP,DOWN,LEFT)
else:
#IN THE MIDDLE
append_posDirections(UP,DOWN,LEFT,RIGHT)
for i in range(0,len(player.posDirections)-1):
player.posDirectionKeys.append(i+1)
ask_for_direction(row,col)
def equip_item(player_item):
# Equips a given item and applies it buff until player unquips it
global player_equipped
global player_input
print_new_lines(1)
# Checks if the player already has an item in their hand
if player_equipped == True:
read_text("This will unequip the " +str(player.hand[0].name)+ " you currently have on your hand.")
print_new_lines(1)
read_text("Are you sure you want to equip " + str(player_item.name)+"?")
print_actions(player.choices)
if player_input == 1: # Player equips player_item and removes thier hand
# Removes the item and their buffs from player's hand
player.baseAtk += -player.hand[0].buff
player.inventory.append(player.hand[0])
player.hand[0].quantity += 1
# Removes item from inventory if they're not the same item
if player_item.id != player.hand[0].id:
player.inventory.remove(player_item)
player_item.quantity += -1
player.hand.remove(player.hand[0])
# Equips player_item, applies its buff and removes it from inventory
player.hand.append(player_item)
player.baseAtk += player_item.buff
player.attack = [player.baseAtk-1,player.baseAtk,player.baseAtk+1]
player_equipped = True
else:
inventory_actions()
# Equips the player_item if the player has nothing in their hand
elif player_equipped == False:
# Equips player_item, applies its buff and removes it from inventory
player_item.quantity += -1
player.hand.append(player_item)
player.inventory.remove(player_item)
player.baseAtk += player_item.buff
player.attack = [player.baseAtk-1,player.baseAtk,player.baseAtk+1]
player_equipped = True
read_text("You are now equipped with a " + str(player_item.name) + ". It granted you + " + str(player_item.buff) +" "+ str(player_item.buffName)+"!")
print_new_lines(1)
def print_victory_message(name,value,XP):
# Prints a victory message after player defeats a monster or boss
print_new_lines(2)
read_text("Great job! You defeated the " + str(name) + " and gained "+ str(XP) +" XP! You also gained " + str(value) + " GOLD!!")
def view_inventory():
global item_list
global player_input
# Prints out player inventory
outline(50)
# Checks if player has nothing
if len(player.inventory) == 0 and player.gold == 0 and len(player.hand) == 0:
read_text(narrator_lines.inventory[0]) # You have nothing.
else:
# Lists out all the items the player has
read_text(narrator_lines.inventory[1]) # You have
print_new_lines(1)
read_text(str(player.gold) + " GOLD")
print_new_lines(1)
if len(player.inventory) == 0:
pause(1.5)
print_new_lines(1)
read_text(narrator_lines.inventory[2]) # But, you have nothing else in your inventory
else:
for item in player.inventory:
print_new_lines(1)
read_text("x"+str(item.quantity)+" "+str(item.name))
print_new_lines(1)
print_new_lines(1)
if player_equipped == True:
# Prints out what player has equipped in their hand
read_text("You are equipped with a " + str(player.hand[0].name) + ".")
else:
read_text(narrator_lines.inventory[3]) # You have nothing equipped in your hand
outline(50)
print_new_lines(1)
if len(player.inventory) == 0 and len(player.hand) == 0:
# If there is nothing in their inventory, print other actions, else print out specific actions in the inventory
choose_action()
else:
inventory_actions()
def use_item(player_item):
global player_position_tuple
global locked_positions
# Uses given item and applies the buffs to the player
# Currently the player can use items that will give them restored health
if player_item.buffName == "HEALTH":
player_item.quantity += -1
if player_item.quantity == 0:
player.inventory.remove(player_item)
player.currentHP += player_item.buff
print_new_lines(1)
read_text("You feel better and restored " + str(player_item.buff) + " health!")
print_new_lines(1)
# Caps the player's health at max
if player.currentHP > player.maxHP:
player.currentHP = player.maxHP
elif player_item.buffName == "OTHER": #KEY
# Note: There is only one locked position in the game
# This checks if player is on (3,3)
# This function converts the tuple to (3,4)
if (player.position1,player.position2+1) in locked_positions:
remove_events(player.position1,player.position2,locked_positions)
print_new_lines(1)
read_text("You succussfully unlocked the gate!")
player_item.quantity += -1
if player_item.quantity == 0:
player.inventory.remove(player_item)
print_new_lines(1)
elif (player.position1,player.position2) in treasure_positions:
# Generates what's inside chest
earnedGold = random.randint(20,80)
treasure_positions.remove((player.position1,player.position2))
print_new_lines(1)
read_text("You succussfully unlocked the treasure chest! You found " + str(earnedGold) + " GOLD!")
item_drop()
if has_dropped_item == True and flg1 == True:
print_dropped_items("CHEST")
print_new_lines(1)
player.gold += earnedGold
player_item.quantity += -1
else:
read_text("You need to have something to unlock to use the key.")
## MAIN LOOP ##
# Runs game until player has died
while game_state == True and player_died == False:
dungeon = generate_dungeon()
monster_positions = generate_events(5,monster_positions)
treasure_positions = generate_events(2,treasure_positions)
trap_positions = generate_events(2,trap_positions)
if player.dungeonsCleared == 0 and skip_story == False:
read(narrator_lines.story,0,7)
print_hand(player.hand)
flg1 = True
print_new_lines(1)
while in_dungeon == True and player_died == False:
print_dungeon(dungeon,player.position1,player.position2,treasure_positions)
if in_monster_fight == True and (player.position1,player.position2) in monster_positions:
monster = monster_list[monster_index]
enemy_encounter("MONSTER",monster.name,monster.attack,monster.currentHP,monster.maxHP,monster.baseAtk,monster.critPercentage)
remove_events(player.position1,player.position2,trap_positions)
elif in_monster_fight == True and (player.position1,player.position2) == boss_position:
boss = boss_list[boss_index]
enemy_encounter("BOSS",boss.name,boss.attack,boss.currentHP,boss.maxHP,boss.baseAtk,boss.critPercentage)
elif player.position1 == 3 and player.position2 == 3:
# Prints dropped items if monster happens to be at the boss gate
if has_dropped_item == True and flg1 == True:
print_dropped_items(monster.name)
remove_events(player.position1,player.position2,treasure_positions)
print_new_lines(2)