def monster_menu_selection(menu_entry):
monsters = DnD.Monsters()
if menu_entry in range(6, 11) and menu_entry != 7:
monster_name = input('Enter monster name: \n')
if menu_entry == 6:
monsters.create_monster(monster_name)
if menu_entry == 8:
monsters.list_monster_stats(monster_name)
if menu_entry == 9:
while True:
try:
monsters.list_monster_stats(monster_name)
monster_stat = input('Enter stat name: \n')
new_stat = int(input('Enter new stat value: \n'))
monsters.change_stat(monster_name, monster_stat, new_stat)
except ValueError:
print('Enter a number, not a string.')
break
if menu_entry == 10:
monsters.remove_monster(monster_name)
elif menu_entry == 7:
monsters.list_monsters()
def cr_appraisal(party):
"""
Assess the victory probability of each monster in the manual against Creatures in the `party` Encounter
:param party: a list of creatures
:return:
"""
# set to same team
for pc in party:
pc.alignment = "players"
out = csv.DictWriter(open("CR stats.csv", 'w', newline=''),
fieldnames=[
'beast', 'victory'
]) # DnD.Encounter().json() is overkill and messy
out.writeheader()
# challenge each monster
for beastname in DnD.Creature.beastiary:
beast = DnD.Creature(beastname)
beast.alignment = "opponent"
party.append(
beast) # seems a bit wrong, but everything gets hard reset
party.go_to_war(100)
print(beastname + ": " + str(party.tally['victories']['players']) +
"%")
out.writerow({
'beast': beastname,
'victory': party.tally['victories']['players']
})
party.remove(beast) # will perform a hard reset by default
def character_menu_selection(menu_entry):
characters = DnD.Characters()
if menu_entry == 1 or menu_entry >= 3:
character_name = input('Enter character name: \n').lower()
if menu_entry == 1:
characters.create_character(character_name)
elif menu_entry == 3:
characters.list_character_stats(character_name)
elif menu_entry == 4:
while True:
try:
characters.list_character_stats(character_name)
character_stat = input('Enter stat name: \n')
new_stat = int(input('Enter new stat value: \n'))
characters.change_stat(character_name, character_stat,
new_stat)
except ValueError:
print('Enter a number, not a string.')
break
elif menu_entry == 5:
characters.remove_character(character_name)
elif menu_entry == 2:
characters.list_characters()
def poster(environ, start_response): #If POST...
#from cgi import parse_qs
try:
request_body_size = int(environ['CONTENT_LENGTH'])
request_body = environ['wsgi.input'].read(request_body_size)
except (TypeError, ValueError):
request_body = "0"
print("No request found")
#parsed_body = parse_qs(request_body)
#value = parsed_body.get('test_text', [''])[0] #Returns the first value
try:
l = json.loads(str(request_body)[2:-1])
wwe = DnD.Encounter(*l)
w = threading.Thread(target=wwe.go_to_war, args=(1000, ))
w.start()
time.sleep(10)
wwe.KILL = True
response_body = wwe.battle(1, 1).json()
add_to_tales(wwe)
except Exception as e:
print(e)
response_body = json.dumps({'battles': "Error: " + str(e)})
ctype = 'text/plain'
response_body = response_body.replace("\n", "<br/>")
response_body = response_body.encode('utf-8')
status = '200 OK'
response_headers = [('Content-Type', ctype),
('Content-Length', str(len(response_body)))]
start_response(status, response_headers)
return [response_body]
def _make_buttons(self):
self._enter_button = tk.Button(
self._main_frame,
text='Search',
command=lambda: self._change_text(
DnD.search_for(DnD.spell_data.data, self._text_entry.get())))
self._enter_button.place(relx=0.82,
rely=0,
relwidth=0.16,
relheight=0.05)
def poster(): #If POST...
#from cgi import parse_qs
print("Poster")
#print()
request_body = ""
#list = tuple(request.form.items())[0][0] #this one stopped working?!?
list = ""
# might be able to use .items() off a dictionary obj may work
try:
request_body_size = request.environ['CONTENT_LENGTH']
print("body size : " + request_body_size)
#list = json.loads(request.json)
#print("request body : " + request.form.read(request_body_size))
#request_body = request.environ['wsgi.input'].read(request_body_size)
except (TypeError, ValueError):
request_body = "0"
print("No request found")
#parsed_body = parse_qs(request_body)
#value = parsed_body.get('test_text', [''])[0] #Returns the first value
try:
#l = json.loads(str(request_body)[2:-1])
#l = json.loads(str(request.json))
l = request.json
# print("l : " + l)
wwe = DnD.Encounter(*l)
w = threading.Thread(
target=wwe.go_to_war,
args=(1000, )) #default is 1000, changing to 5 for testing
w.start()
time.sleep(10)
wwe.KILL = True
response_body = wwe.battle(1, 1).json()
add_to_tales(wwe)
except Exception as e:
print(e)
response_body = json.dumps({'battles': "Error: " + str(e)})
ctype = 'text/plain'
response_body = response_body.replace("\n", "<br/>")
response_body = response_body.encode('utf-8')
status = '200 OK'
response_headers = [('Content-Type', ctype),
('Content-Length', str(len(response_body)))]
#start_response(status, response_headers)
# The view function did not return a valid response.
# The return type must be a string, dict, tuple, Response instance, or WSGI callable, but it was a list.
print("resopnse body : " + str(response_body))
return response_body
def __init__(self, character):
super().__init__()
self.character = character
try:
self.image = DnD.load_image(self.character)
except:
self.image = 'not loaded'
self.fonts = []
# Setup
self._canvas = tk.Canvas(self, width=1200, height=700)
self._canvas.pack()
self._main_frame = tk.Frame(self._canvas, bd=5)
self._main_frame.place(relwidth=1, relheight=1, anchor='nw')
self.winfo_toplevel().title('Class Info')
def getOdds(self):
friendList = []
enemyList = []
count = 0
best_count = 0
use_list = str(input("Use default lists? (y/n)"))
# If default list selected, preload list
if (use_list == 'y' or use_list == 'Y'):
#use_list = str(input("Which enemy list? (y/n)"));
#enemyList = [bandit, bandit, bandit]
#friendList = [archmage, archmage, archmage]
for i in range(4):
enemyList.insert(i, "bandit")
friendList.insert(i, "archmage")
#print the lists, so what is in the default is apparent
print(f"Enemy Force: {enemyList}")
print(f"Friendly Force: {friendList}")
#Get user input if not using default or preset list
else:
try:
enemies = int(input("How many enemies: "))
except ValueError:
print("Not a Number")
try:
friendlies = int(input("How many friendlies: "))
except ValueError:
print("Not a Number")
for i in range(enemies):
Type = str(input("Type of enemies: "))
enemyList.insert(i, Type)
for j in range(friendlies):
Type = str(input("Type of Friendlies: "))
friendList.insert(j, Type)
#Determine and display success rates in single simulated encounters
if (enemyList == friendList):
#Loop Checks Encounters based on input
for q in range(len(enemyList)):
#Calculations to determine rate
Friendly = DnD.Creature(friendList[q])
Enemy = DnD.Creature(enemyList[q])
#Predictor library found in DnD Battler
rate = DnD.Encounter(Friendly, Enemy).predict()
if (rate[1] > rate[3]):
count += 1
#Loop checks all possible encounters and displays the total encounters that
#can result in a win
for r in itertools.product(friendList, enemyList):
Friendly = DnD.Creature(r[0])
Enemy = DnD.Creature(r[1])
rate = DnD.Encounter(Friendly, Enemy).predict()
if (rate[1] > rate[3]):
best_count += 1
#Display success rates
print(f"\nEnemy Alignment: {rate[0]}")
print(f"Expected Enemy Success Rate: {rate[1]}")
print(f"Ally Alignment: {rate[2]}")
print(f"Expected Ally Success Rate: {rate[3]}")
print(rate)
print(
f"\nAnticipated wins based on current orientation: {count}\n")
print(
f"\nPossible amount of favoriable encounters: {best_count}\n")
else:
print("Cant Simulate Odd Number of Enemies and Friendlies")
def commoner_brawl(n=5000):
achilles = DnD.Creature("Achilles", base='commoner', alignment='Achaeans')
patrocles = DnD.Creature("Patrocles",
base='commoner',
alignment='Achaeans')
hector = DnD.Creature("Hector", base='commoner', alignment='Trojans')
print(achilles.attacks[0]['damage'])
ratty = DnD.Creature("giant rat")
rattie = DnD.Creature("giant rat")
for d in [
DnD.Dice(1, [2], role="damage"),
DnD.Dice(0, [4], role="damage"),
DnD.Dice(-1, [6], role="damage"),
DnD.Dice(-1, [2, 3], role="damage"),
DnD.Dice(1, [4], role="damage"),
DnD.Dice(0, [6], role="damage"),
DnD.Dice(-1, [8], role="damage"),
DnD.Dice(2, [2], role="damage"),
DnD.Dice(0, [2, 3], role="damage"),
DnD.Dice(-1, [3, 4], role="damage")
]:
achilles.attacks[0]['damage'] = d
print(
d, T,
T.join([
str(
DnD.Encounter(
*party).go_to_war(n).tally['victories']['Achaeans'])
for party in [(achilles, hector), (
achilles,
ratty), (achilles, patrocles,
ratty), (achilles, patrocles, ratty, rattie)]
]))
def main():
# print main menu
while True:
print('What would you like to do?')
print('1) Add a new character')
print('2) List all characters')
print('3) List a character\'s stats')
print('4) Update a character\'s stats')
print('5) Remove a character')
print('6) Add a new monster')
print('7) List all monsters')
print('8) List a monster\'s stats')
print('9) Update a monster\'s stats')
print('10) Remove a monster')
print('11) Roll a single dX')
print('12) Roll a XdX')
print('13) Single attack (no initiative check, no attack hits stat)')
print('14) Single attack (no initiative check, use attack hit stat)')
print('15) Battle simulator')
print('q) Quit \n')
menu_entry = input()
# if 'q' or a number is entered quit. If not, re-prompt.
if menu_entry == 'q':
exit(print('Bye bye!'))
elif menu_entry.isalpha():
print('\nPlease enter \'q\' or a number \n\n')
# do a sanity check on the entry for numbers
elif menu_entry.isnumeric():
menu_entry = int(menu_entry)
if menu_entry in range(1, 6):
character_menu_selection(menu_entry)
elif menu_entry in range(6, 11):
monster_menu_selection(menu_entry)
# single-die roll
elif menu_entry == 11:
while True:
try:
sides = int(input('Enter amount of sides: \n'))
except ValueError:
print('Enter an integer')
break
roll_die(sides)
input('Press enter to return to the menu. \n\n')
# multi-die roll
elif menu_entry == 12:
while True:
try:
total_dice = int(input('Number of dice to throw? \n'))
sides = int(input('Enter amount of sides: \n'))
break
except ValueError:
print('Enter an integer')
while total_dice > 0:
roll_die(sides)
total_dice -= 1
input('Press enter to continue... \n\n')
elif menu_entry >= 13:
# character_name = input('Enter character name: \n')
# monster_name = input('Enter monster name: \n')
character_name, monster_name = 'matt', 'vampireSpawn' # FOR DEV WORK ONLY #
battle = DnD.Battle(character_name, monster_name)
damage_type = battle.damage_modifier()
aggro_level = battle.attack_aggressiveness()
if menu_entry == 13:
single_attack(battle, damage_type)
elif menu_entry == 14:
num_attacks = battle.char['numAttacks']
print('Conducting {!s} attacks...'.format(num_attacks))
for x in range(num_attacks):
print('Attack {0}'.format(x))
single_attack(battle, damage_type)
elif menu_entry == 15:
conduct_combat(battle, damage_type, aggro_level)
Assess the victory probability of each monster in the manual against Creatures in the `party` Encounter
:param party: a list of creatures
:return:
"""
#set to same team
for pc in party:
pc.alignment = "players"
out = csv.DictWriter(open("CR stats.csv", 'w', newline=''),
fieldnames=[
'beast', 'victory'
]) #DnD.Encounter().json() is overkill and messy
out.writeheader()
#challenge each monster
for beastname in DnD.Creature.beastiary:
beast = DnD.Creature(beastname)
beast.alignment = "opponent"
party.append(beast) #seems a bit wrong, but everything gets hard reset
party.go_to_war(100)
print(beastname + ": " + str(party.tally['victories']['players']) +
"%")
out.writerow({
'beast': beastname,
'victory': party.tally['victories']['players']
})
party.remove(beast) # will perform a hard reset by default
if __name__ == "__main__":
cr_appraisal(
DnD.Encounter('my druid', 'my barbarian', 'mega_tank',
"netsharpshooter"))