def entercombat(mod_dict):
global monsters
initiative = {}
num_enemygroups = input_num(
"\nHow many non-player factions, enemy groups, or individual NPCs are present in combat? ",
int, 0)
if num_enemygroups != 0:
for enemygroup in range(num_enemygroups):
enemygroup_name = input_str(
"Faction/Enemy/NPC {} Name: ".format(enemygroup + 1),
True).rstrip()
if enemygroup_name in monsters.keys():
enemygroup_mod = monsters[enemygroup_name][
"Initiative Modifier"]
print(enemygroup_name + " loaded from Monster Helper.")
else:
enemygroup_mod = input_num(
"Faction/Enemy/NPC {} Initiative Modifier: ".format(
enemygroup + 1), int)
initiative[enemygroup_name] = randint(1, 20) + enemygroup_mod
if mod_dict != {}:
for player in mod_dict.keys():
initiative[player] = randint(1, 20) + mod_dict[player]
tracker = sorted([(k, v) for k, v in initiative.items()],
key=itemgetter(1),
reverse=True)
print("\nInitiative Order:")
for pair in tracker:
print("{}: {}".format(pair[0], pair[1]))
def addordeleteplayer(mod_dict):
command = input_num(
"\nWould you like to add a player or players (1), or would you like to delete a player (2) (enter 0 to cancel)? ",
int)
while True:
if command == 0:
break
elif command == 1:
num_players_add = input_num(
"How many players would you like to add (enter 0 to cancel)? ",
int, 0)
if num_players_add == 0:
pass
else:
for player in range(num_players_add):
while True:
player_name_add = input_str(
"Player {} Name: ".format(player + 1),
True).rstrip()
if player_name_add in mod_dict.keys():
print("Player already exists.")
elif player_name_add == "":
print("Invalid name. Please try again.")
else:
break
player_mod_add = input_num(
"Player {} Initiative Modifier: ".format(player + 1),
int)
mod_dict[player_name_add] = player_mod_add
if num_players_add == 1:
print("\nPlayer saved!")
elif num_players_add > 1:
print("\Players saved!")
break
elif command == 2:
while True:
if mod_dict == {}:
print("\nYou have no players saved.")
break
player_del = input_str(
"What player would you like to delete (enter 0 to cancel)? ",
True)
if player_del == "0":
break
elif player_del not in mod_dict.keys():
print("Invalid player. Please try again.")
else:
if input_question(
"Are you sure you want to delete {} from the list of players (Y/N)? "
.format(player_del), ["y", "n"]) == "y":
del mod_dict[player_del]
print("\nPlayer successfully deleted.")
break
break
else:
print("Invalid command. Please try again.")
def ask_position(self):
print("\n%s%s:" % (sets["space"], self.name))
hor = input_num("%sChoose %s row"
% (sets["space"], self.name),
1, sets["board"][1], "int") - 1
ver = input_num("%sChoose %s column"
% (sets["space"], self.name),
1, sets["board"][0], "int") - 1
ship = self.gen_ship(hor, ver)
return ship
def editplayer(mod_dict):
while True:
if mod_dict == {}:
print("\nYou have no players saved.")
break
ecommand = input_num(
"\nWould you like to edit a player's initiative modifier (1) or a player's name (2)? (enter 0 to cancel): ",
int)
if ecommand == 0:
break
elif ecommand == 1:
while True:
player_mod_edit = input_str(
"What player's modifier would you like to edit (enter 0 to cancel)? ",
True).rstrip()
if player_mod_edit == "0":
break
elif player_mod_edit not in mod_dict.keys():
print("Invalid player. Please try again.")
else:
player_mod_new = input_num("New Initiative Modifier: ",
int)
mod_dict[player_mod_edit] = player_mod_new
print("\nEdit saved!")
break
break
elif ecommand == 2:
while True:
player_name_edit = input_str(
"What player's name would you like to edit (enter 0 to cancel)? ",
True).rstrip()
if player_name_edit == "0":
break
elif player_name_edit not in mod_dict.keys():
print("Invalid player. Please try again.")
else:
while True:
player_name_new = input_str("New Player Name: ",
True).rstrip()
if player_name_new in mod_dict.keys():
print("Name already taken. Please try again.")
else:
break
mod_dict[player_name_new] = mod_dict[player_name_edit]
del mod_dict[player_name_edit]
print("\nEdit saved!")
break
break
else:
print("Invalid command. Please try again.")
def ask_target(self):
print("%sPlayers:\n" % (sets["space"]))
for index, player in enumerate(menu.game.players):
if player == self:
player_color = Fore.CYAN
elif not player.is_alive:
player_color = Fore.RED
else:
player_color = Fore.GREEN
print("%s%sPlayer %s: %s%s(%s Ships floating)%s"
% (sets["space"] * 2, player_color, index + 1,
player.name, " " * (35 - len(player.name)),
sets["ships"] - player.ships_sunken,
Style.RESET_ALL))
print()
while True:
response_target = input_num("%sChoose a target by player number"
% (sets["space"]), 1, sets["players"],
"int")
target = response_target - 1
if menu.game.players[target] == self:
print("%sCannot target yourself" % (sets["space"] * 2))
elif not menu.game.players[target].is_alive:
print("%sCannot target a dead player" % (sets["space"] * 2))
else:
return menu.game.players[target]
def monster_helper():
while True:
mcommand = input_num(
"\nMonster Helper Commands: Print Monster List (1), Print Monster Stats (2), Edit Monster (3), Add or Delete Monster (4), Help (5)\nCommand (enter 0 to cancel): ",
int)
if mcommand == 0:
break
elif mcommand == 1:
print_monsters(1)
break
elif mcommand == 2:
print_monsters(2)
break
elif mcommand == 3:
editmonster()
if monsters != {}:
save(modifiers, monsters)
elif mcommand == 4:
addordeletemonster()
if monsters != {}:
save(modifiers, monsters)
elif mcommand == 5:
print(
"\nYou can use the Monster Helper to access the bare essentials of a D&D 5e monster's stat block for use on the fly.\nTo do this, add your own monster via the 'add or delete monsters' command.\nThe Monster Helper will also work with the Initiative Roller - if you input the name of a saved monster when\nentering combat with the Initiative Roller, it will automatically use the saved monster's initiative."
)
else:
print("Invalid command. Please try again.")
def initiative_roller():
while True:
ccommand = input_num(
"\nInitiative Commands: Enter Combat (1), Print Player Modifiers (2), Edit Player (3), Add or Delete Players (4)\nCommand (enter 0 to cancel): ",
int)
if ccommand == 0:
break
elif ccommand == 1:
entercombat(modifiers)
break
elif ccommand == 2:
if modifiers == {}:
print("\nYou have no players saved.")
else:
print("")
print(modifiers)
break
elif ccommand == 3:
editplayer(modifiers)
if modifiers != {}:
save(modifiers, monsters)
elif ccommand == 4:
addordeleteplayer(modifiers)
if modifiers != {}:
save(modifiers, monsters)
else:
print("Invalid command. Please try again.")
def ask_position_length(self):
print("\n%s%s (length: %d)" % (sets["space"], self.name, self.size))
self.direction = self.ask_direction()
print("%s%s direction: %s"
% (sets["space"] * 2, self.name, self.direction))
if self.direction == "horizontal":
ver = input_num("%sChoose col" % (sets["space"] * 2),
1, sets["board"][0] - self.size + 1, "int") - 2
hor = input_num("%sChoose starting row" % (sets["space"] * 2),
1, sets["board"][1], "int") - 1
# When self.direction == "vertical"
else:
ver = input_num("%sChoose row" % (sets["space"] * 2),
1, sets["board"][1], "int") - 1
hor = input_num("%sChoose starting column" % (sets["space"] * 2),
1, sets["board"][0] - self.size + 1, "int") - 2
ship = self.gen_ship(hor, ver)
return ship
def get_guess():
return_key = "r"
guessing = ("Row", "Col")
guess = []
for count, axis in enumerate(guessing):
if sets["players"] > 2:
answer = input_num("%sGuess %s ('%s' to return)" %
(sets["space"], axis, return_key), 1,
sets["board"][(len(guessing) - 1) - count],
"int", return_key)
else:
answer = input_num("%sGuess %s" %
(sets["space"], axis), 1,
sets["board"][(len(guessing) - 1) - count],
"int")
if answer:
guess.append(answer - 1)
else:
return False
return guess
def print_monsters(list_or_stat, jumptoprint=False):
global monsters
if monsters == {}:
print("\nYou have no monsters saved.")
elif list_or_stat == 1:
while True:
monster_key = input_num(
"Would you like to sort your monsters by CR (1) or by name (2)? "
)
if monster_key not in [1, 2]:
print("Invalid command. Please try again.")
continue
break
if monster_key == 1:
print_monsters = sorted(
monsters.keys(), key=lambda k: monsters[k]["Challenge Rating"])
elif monster_key == 2:
print_monsters = sorted(monsters.keys())
print("")
for monster_name in print_monsters:
print(monster_name +
": CR {}".format(monsters[monster_name]["Challenge Rating"]))
elif list_or_stat == 2:
while True:
if jumptoprint:
monster_to_print = jumptoprint
else:
monster_to_print = input_str(
"What monster's stats would you like to print? ", True)
if monster_to_print not in monsters.keys():
print("Monster not found. Please try again.")
continue
break
m = monsters[monster_to_print]
print("\n" + monster_to_print +
": CR {}".format(m["Challenge Rating"]))
if m["Initiative Modifier"] < 0:
print("{} HP, {} AC, {} to Initiative Rolls".format(
m["Hit Points"], m["Armor Class"], m["Initiative Modifier"]))
else:
print("{} HP, {} AC, +{} to Initiative Rolls".format(
m["Hit Points"], m["Armor Class"], m["Initiative Modifier"]))
print("\nStats: " + m["Stats"])
print("Description: " + m["Description"])
print("\nActions")
if m["Multiattack"]:
print("Multiattack: " + m["Multiattack"])
for a in m["Actions"].keys():
print("{}: {}".format(a, m["Actions"][a]))
def options():
clear_screen()
global sets
# Colors for boolean settings
colors = {}
for key, value in sets.items():
if str(value) in ("True", "False"):
if value:
colors[key] = Fore.GREEN
else:
colors[key] = Fore.RED
# Calculate valid ships
sets["ships"] = 0
decoys = ""
for ship_type in types:
if ship_type["ship_type"] != "Decoy" or not sets["decoy"]:
sets["ships"] += ship_type["quantity"]
if ship_type["ship_type"] == "Decoy":
if sets["decoy"]:
if ship_type["quantity"] == 1:
decoys = " and a decoy"
elif ship_type["quantity"] > 1:
decoys = " and %d decoys" % ship_type["quantity"]
print("\n\n%s %sOptions%s %s" % (offset() * '=',
Back.BLUE,
Style.RESET_ALL,
(offset() + 1) * '='))
print("\nThere are %d ships%s:" % (sets["ships"], decoys))
for ship_type in types:
if ship_type["quantity"] > 1:
plural = "s"
else:
plural = ""
if ship_type["quantity"] > 0:
print("%s%s %s%s with size of %d" % (sets["space"],
ship_type["quantity"],
ship_type["ship_type"],
plural,
ship_type["size"]))
print("\nChange Ships (s)")
print("Board Size (b) Current: (%d, %d)"
% (sets["board"][0], sets["board"][1]))
print("Number of Players (p) Current: %d" % (sets["players"]))
print("AI Players (a) Current: %d" % (sets["ai"]))
print("Salvo shots (ss) Current: %d" % (sets["shots"]))
print("AI Pause Time (t) Current: %4.2fs" % (sets["timeout"]))
print("AI Smart Guessing (sg) Current: %s%s%s"
% (colors["smart"], sets["smart"], Style.RESET_ALL))
print("Ignore Decoys (ig) Current: %s%s%s"
% (colors["decoy"], sets["decoy"], Style.RESET_ALL))
print("Cheat (c) Current: %s%s%s"
% (colors["cheat"], sets["cheat"], Style.RESET_ALL))
print("Randomize Ships (r) Current: %s%s%s"
% (colors["randomize"], sets["randomize"], Style.RESET_ALL))
print("Players Scores (sc) Current: %s%s%s"
% (colors["scores"], sets["scores"], Style.RESET_ALL))
print("Restore Default (d)")
print("Back to menu (m)")
print()
answer = input("What's your choice? ").lower()
print()
# Player choice
if answer in ("g",
"game",
"new game",
"new_game",
"newgame"):
global game
game = NewGame()
game.start()
return
elif answer in ("b",
"size",
"board size",
"board_size",
"boardsize"):
sets["board"][0] = input_num("Choose the width of the board",
inr["board"][0](sets["ships"]),
inr["board"][1],
"int")
sets["board"][1] = input_num("Choose the height of the board",
inr["board"][0](sets["ships"]),
inr["board"][1],
"int")
elif answer in ("p",
"players",
"number of players",
"number_of_players",
"numberofplayers"):
sets["players"] = input_num("Choose the number of players",
inr["players"][0],
inr["players"][1],
"int")
if sets["ai"] > sets["players"] - 1:
sets["ai"] = sets["players"] - 1
print("AI players reduced to %d." % (sets["ai"]))
elif answer in ("c",
"cheat"):
sets["cheat"] = not sets["cheat"]
print("Cheat: %s" % (sets["cheat"]))
elif answer in ("sg",
"smart",
"ai smart",
"smart guessing",
"ai smart guessing"):
sets["smart"] = not sets["smart"]
print("Smart Guessing: %s" % (sets["smart"]))
elif answer in ("s",
"cs",
"ships",
"choose ships"):
for ship in types:
ship["quantity"] = input_num("Choose the quantity of %s(Size: %d)"
% (ship["ship_type"], ship["size"]),
inr[ship["ship_type"]][0],
inr[ship["ship_type"]][1], "int")
if ship["ship_type"] != "Decoy":
sets["ships"] += ship["quantity"]
board = int(floor(sets["ships"] * 1.15))
sets["board"] = [board, board]
print("\nThe board size has been adjusted to (%d, %d)" %
(sets["board"][0], sets["board"][1]))
elif answer in ("ig",
"decoy",
"ignore",
"ignore decoy"):
sets["decoy"] = not sets["decoy"]
print("Ignore Decoys: %s" % (sets["decoy"]))
elif answer in ("e",
"exit",
"q",
"quit"):
print("Exit game\n")
exit()
elif answer in ("d",
"restore",
"default",
"restore default",
"restore_default",
"restoredefault"):
sets = dv.copy()
elif answer in ("r",
"randomize",
"randomize ships",
"randomize_ships",
"randomizeships"):
sets["randomize"] = not sets["randomize"]
print("Randomize Ships: %s" % (sets["randomize"]))
elif answer in ("sc",
"scores"):
sets["scores"] = not sets["scores"]
print("Players Scores: %s" % (sets["scores"]))
elif answer in ("a",
"ai",
"ai players",
"ai_players",
"aiplayers"):
sets["ai"] = input_num("Choose the number of AI players",
inr["ai"][0],
inr["ai"][1](sets["players"]),
"int")
elif answer in ("ss",
"salvo",
"shots",
"salvo shots",
"salvo_shots"):
sets["shots"] = input_num("Choose the number of shots during a Salvo",
inr["shots"][0],
inr["shots"][1],
"int")
elif answer in ("t",
"pause",
"time",
"pause time",
"pause_time",
"pausetime"):
sets["timeout"] = input_num("Choose a pause time in"
+ " seconds for AI action",
inr["timeout"][0],
inr["timeout"][1],
"float")
elif answer in ("m",
"menu",
"return"):
menu()
else:
print("Enter a valid answer!")
sleep(sets["timeout"] * 2)
options()
return
def misc():
global monsters
global modifiers
while True:
micommand = input_num(
"\nMisc Commands: Conditions and Effects (1), Common Spells (2), Delete Player or Monster Data (3)\nCommand (enter 0 to cancel): "
)
if micommand == 0:
break
elif micommand == 1:
print(
"\nBelow is a list listing the effects of each condition in 5e.\n\nBlinded: Fails sight perception checks, adv. to hit them, disadv. for them to hit"
)
print(
"\nCharmed: Can't harm the charmer, charmer has adv. on social interaction checks with them"
)
print(
"\nCovered: 1/2 Cover = +2 AC and Dex Saves, 3/4 Cover = +5 AC and Dex Saves"
)
print(
"\nFrightened: Disadv. on checks and attacks when source is seen, can't get closer to source"
)
print(
"\nGrappled: 0 speed (grappler 1/2 speed), action for escape contest"
)
print(
"\nHidden: Perception to discover hider, can't normally hide in combat (e.x. except when invisible), adv. on next hit"
)
print("\nIncapacitated: No actions or reactions")
print(
"\nInvisible: Disadv. to hit them, adv. for them to hit, has to take action to Hide"
)
print(
"\nParalyzed: Incapacitated, 0 speed, fails str/dex saves, adv. to hit from range, autocrit in melee"
)
print(
"\nPetrified: Items transform too, incapacitated, oblivious to world, adv. to hit them, resistance to all damage"
)
print("\nPoisoned: Disadv. on attacks and checks")
print(
"\nProne: 1/2 speed crawl, 1/2 movement to get up, disadv. for them to hit and to hit them from range, adv. to hit them in melee"
)
print(
"\nRestrained: 0 speed, adv. to hit them, disadv. for them to hit, disadv. on dex saves"
)
print(
"\nStunned: 0 speed, incapacitated, fails str/dex saves, adv. to hit them"
)
print(
"\nSurprised: No surprise round - individuals that are surprised are incapacitated until next round"
)
print(
"\nUnconscious: Same as paralyzed, falls prone, is unaware of surroundings"
)
print(
"\nExhausted: Disadv. on checks => 1/2 speed => disadv. on everything => 1/2 max HP => 0 speed => death\nExhaustion effects stack, -1 exhaustion per long rest"
)
break
elif micommand == 2:
print(
"\nBelow is a list outlining the effects of a few common spells in 5e. 'X' = spell level"
)
print("\nCantrips - X starts at 1, goes up at char. level 5/11/17")
print("Fire Bolt: 120ft attack roll, xd10 fire damage")
print(
"Vicious Mockery: 60ft, wis save, Xd4 psychic damage and disadv. on next attack"
)
print(
"Mage Hand: 30ft from caster, action to use, 30ft movement, 10 pound carry limit\nArcane Trickster Mage Hand: invis hand, stow or pickpocket, Thieves' Tools, Cunning Action to use, Sleight of Hand vs Perception"
)
print("Eldritch Blast: 120ft attack roll, X shots of 1d10 force")
print("\n1st Level Spells")
print(
"Magic Missile: 2 + X darts (1d4 + 1 force each), can be blocked with Shield"
)
print("Cure Wounds: touch, heal for Xd8 + ability mod")
print(
"Command: 60ft wis save on X creatures in 30ft aoe, targets must understand one word command, no direct harm, done on next turn"
)
print(
"Healing Word: bonus action 60ft, Xd4 + ability mod heal on 1 creature"
)
print(
"Shield: +5 AC reaction to hits or Magic Missile; blocks Magic Missile"
)
print(
"Guiding Bolt: 120ft attack roll, (3 + X)d6 radiant, next attacker gets adv. before end of your next turn"
)
print("\n2nd Level Spells")
print(
"Darkness: 15ft sphere on non-worn/carried object or a point, everyone inside is Blinded"
)
print(
"Hold Person: 60ft wis save on (X - 1) creatures in 30ft aoe, paralyzed on fail, repeat saves on turn ends"
)
print(
"Spiritual Weapon: bonus action 60ft concentration, spell attack for (X - 1)d8 + ability mod, bonus action for 20ft move and attack, attacks on summon"
)
print(
"Scorching Ray: 120ft attack roll, (X + 1) shots of 2d6 fire")
print("\n3rd Level Spells")
print(
"Counterspell: reaction, interrupt spells X level or lower, spellcasting ability check (DC 10 + their spell level) to beat higher level spells"
)
print(
"Mass Healing Word: bonus action 60ft, (X - 2)d4 + ability mod heal on 6 creatures"
)
print(
"Revivify: 300gp diamond (consumed), touch to undo a non-natural death that happened within 1 min of casting, comes back with 1 HP"
)
print("\n4th Level Spells")
print(
"Banishment: 60ft concentration wis save on (X - 3) creatures, fail sends incapacitated targets to demiplane, they return in 1 min, if the spell isn't interrupted after 1 min they don't return if they are not native to current plane"
)
print(
"Fire Shield: 10min, caster gets resistance to cold or fire, melee attackers take 2d8 fire or cold, respectively"
)
print(
"Wall of Fire: 1min, 20ft tall and 1ft thick, 60ft long or 20ft diameter, dex save on appearance for (X + 1)d8 fire or half, damaging side of wall does (X + 1)d8 when entering it or ending turn within 10ft"
)
print(
"Polymorph: 60min concentration, unwilling targets wis save, new form is beast less than or equal to target's CR/level, extra HP pool, all stats replaced, gear melds into them"
)
elif micommand == 3:
while True:
delete = input_num(
"Would you like to delete all player data (1) or all monster data (2) (enter 0 to cancel)? ",
int)
if delete == 0:
break
elif delete == 1:
if modifiers == {}:
print("\nThere is no player data to delete.")
elif input_question(
"This action is irreversible. Are you sure you want to delete all player data (Y/N)? ",
["y", "n"]) == "y":
modifiers = {}
save(modifiers, monsters)
print("\nPlayer data successfully deleted.")
break
elif delete == 2:
if monsters == {}:
print("\nThere is no monster data to delete..")
elif input_question(
"This action is irreversible. Are you sure you want to delete all monster data (Y/N)? ",
["y", "n"]) == "y":
monsters = {}
save(modifiers, monsters)
print("\Monster successfully deleted.")
break
else:
print("Invalid command. Please try again.")
break
else:
print("Invalid command. Please try again.")
def editmonster():
global monsters
while True:
if monsters == {}:
print("\nYou have no monsters saved.")
break
monster = input_str("Monster to edit (enter 0 to cancel): ", True)
if monster == "0":
break
elif monster not in monsters.keys():
print("Invalid monster. Please try again.")
else:
e_m_v = {
"Stats":
"Features (resistances, passive abilities, speed, etc), that you find important: ",
"Challenge Rating": "Challenge Rating: ",
"Features":
"Features (resistances, passive abilities, speed, etc), that you find important: ",
"Description":
"Description (tactics, lore, behavior, etc) that you find important: ",
"CR": "Challenge Rating: ",
}
m = monsters[monster]
print_monsters(2, monster)
print("")
while True:
m_edit = input_str(
"What value would you like to edit (enter 0 to cancel)? ",
True)
m_e = m_edit.lower().title()
if m_e == "0":
break
abbreviations = {
"Cr": "Challenge Rating",
"Hp": "Hit Points",
"Health": "Hit Points",
"Ac": "Armor Class",
"Initiative Mod": "Initiative Modifier",
"Init Mod": "Initiative Modifier",
"Initiative": "Initiative Modifier",
"Init": "Initiative Modifier",
"Initiative Bonus": "Initiative Modifier",
"Init Bonus": "Initiative Modifier",
"Bonus To Initiative": "Initiative Modifier",
"Plus To Initiative": "Initiative Modifier",
}
if m_e in abbreviations.keys():
m_e = abbreviations[m_e]
if m_e in [x.lower().title() for x in m["Actions"].keys()]:
while True:
new_action_desc = input_str(
"New {} Description: ".format(m_e), True)
if new_action_desc == m["Actions"][m_e]:
print(
"New description matches old description. Please try again."
)
else:
m["Actions"][m_e] = new_action_desc
monsters[monster] = m
print("\nEdit saved!")
break
break
elif m_e == "Name":
while True:
m_name = input_str("New Monster Name: ", True)
if m_name == monster:
print(
"New name matches old name. Please try again.")
else:
v = monsters.pop(monster)
monsters[m_name] = v
print("\nEdit saved!")
break
break
elif m_e in [y.lower().title()
for y in m.keys()] and m_e != "Actions":
if m_e == "Challenge Rating":
m[m_e] = Fraction(input_num("Challenge Rating: "))
elif m_e in [
"Hit Points", "Armor Class", "Initiative Modifier"
]:
m[m_e] = input_num(m_e + ": ", int)
else:
m[m_e] = input_str(e_m_v[m_e], True)
monsters[monster] = m
print("\nEdit saved!")
break
else:
print("Invalid data value. Please try again.")
break
def addordeletemonster():
global monsters
while True:
add_or_delete = input_num(
"Would you like to add a monster (1), or would you like to delete a monster (2) (enter 0 to cancel)? ",
int)
if add_or_delete == 0:
break
elif add_or_delete == 1:
while True:
monster_name = input_str("Monster name: ", True)
if monster_name in monsters.keys():
print("Monster already exists. Please try again.")
else:
monsters[monster_name] = {}
m = monsters[monster_name]
break
m["Challenge Rating"] = Fraction(input_num("Challenge Rating: "))
m["Hit Points"] = input_num("Hit Points: ", int)
m["Armor Class"] = input_num("Armor Class: ", int)
m["Initiative Modifier"] = input_num("Initiative Modifier: ", int)
m["Stats"] = input_str(
"Stats (ability scores, saves, modifiers, etc) that you find important: ",
True)
m["Features"] = input_str(
"Features (resistances, passive abilities, speed, etc), that you find important: ",
True)
m["Description"] = input_str(
"Description (tactics, lore, behavior, etc) that you find important: ",
True)
if input_question("Does this monster have Multiattack (Y/N)? ",
["y", "n"]) == "y":
m["Multiattack"] = input_str("Multiattack description: ", True)
else:
m["Multiattack"] = False
num_actions = input_num(
"How many available actions (including attacks) does your monster have? ",
int, 1)
m["Actions"] = {}
for a in range(num_actions):
while True:
action_name = input_str("Action {} Name: ".format(a + 1),
True)
if action_name in m["Actions"]:
print("Action already exists. Please try again.")
else:
break
action_desc = input_str(
"Action {} Description: ".format(a + 1), True)
m["Actions"][action_name] = action_desc
print("\nMonster saved!")
elif add_or_delete == 2:
while True:
if monsters == {}:
print("\nYou have no monsters saved.")
break
monster_del = input_str(
"What monster would you like to delete (enter 0 to cancel)? ",
True)
if monster_del == "0":
break
elif monster_del not in monsters.keys():
print("Invalid monster. Please try again.")
else:
if input_question(
"Are you sure you want to delete {} from the list of monsters (Y/N)? "
.format(monster_del), ["y", "n"]) == "y":
del monsters[monster_del]
print("\nMonster successfully deleted.")
break
else:
print("Invalid command. Please try again.")
continue
break
def save(mod_dict, monster_dict):
with open(dir_path + "\\dm_data.p", "wb") as f:
data = [mod_dict, monster_dict]
dump(data, f)
try:
with open(dir_path + "\\dm_data.p", "rb") as f:
data = load(f)
modifiers = data[0]
monsters = data[1]
except:
print("Data file not found. Commencing setup.")
num_players = input_num("How many players does your party have? ", int, 1)
modifiers = {}
monsters = {}
for player in range(num_players):
player_name = input_str("Player {} Name: ".format(player + 1),
True).rstrip()
player_mod = input_num(
"Player {} Initiative Modifier: ".format(player + 1), int)
modifiers[player_name] = player_mod
save(modifiers, monsters)
def entercombat(mod_dict):
global monsters
initiative = {}
num_enemygroups = input_num(
