def generate(self, mobiles, immobiles):
x, y = self.position
map.nextid += 1
newMonster = character.Character((x + 32, y), self.monsterType,
map.nextid)
if not pygame.sprite.spritecollide(newMonster, mobiles, False) and \
not pygame.sprite.spritecollide(newMonster, immobiles, False):
return newMonster
newMonster = character.Character((x, y + 32), self.monsterType,
map.nextid)
if not pygame.sprite.spritecollide(newMonster, mobiles, False) and \
not pygame.sprite.spritecollide(newMonster, immobiles, False):
return newMonster
newMonster = character.Character((x - 32, y), self.monsterType,
map.nextid)
if not pygame.sprite.spritecollide(newMonster, mobiles, False) and \
not pygame.sprite.spritecollide(newMonster, immobiles, False):
return newMonster
newMonster = character.Character((x, y - 32), self.monsterType,
map.nextid)
if not pygame.sprite.spritecollide(newMonster, mobiles, False) and \
not pygame.sprite.spritecollide(newMonster, immobiles, False):
return newMonster
map.nextid -= 1
return False
def generate_char():
if int(len(my_characters)) != 7:
itemchance1 = random.randint(1, chance1)
itemchance2 = random.randint(1, chance2)
if realtime < newchartime:
randID = random.randint(0, 1)
else:
randID = random.randint(0, 3)
getID = randIDs[randID]
if itemchance1 == 7:
middleID.append(5)
my_characters.append(
character.Character(scene=my_scene,
charID=5,
size=20,
x_start=winW // 2,
y_start=100))
elif itemchance2 == 7:
middleID.append(6)
my_characters.append(
character.Character(scene=my_scene,
charID=6,
size=20,
x_start=winW // 2,
y_start=100))
else:
middleID.append(getID)
my_characters.append(
character.Character(scene=my_scene,
charID=getID,
size=20,
x_start=winW // 2,
y_start=100))
if nowtimer != 0:
window.after(20, generate_char)
def __init__(self, width=1280, height=720):
''' Initializes the screen and the introloop'''
pygame.init()
self.width = width
self.height = height
self.screen = pygame.display.set_mode((self.width, self.height))
pygame.display.set_caption('Kitty Fight')
self.introLoop()
'''Sets the clock so we can control the frame rate later'''
self.clock = pygame.time.Clock()
'''Did we check the high score yet? No we didn't, we just started!'''
self.weCheckedHighScore = False
'''Loads our AMAZING, NOT SHIT backgrounds'''
self.background = pygame.Surface(self.screen.get_size()).convert()
self.backgroundImage = shittyBackground.fuckingBackground(
"Epic-Sunset.png", [0, 0], (width, height))
'''This loads the KO animation we'll play later and groups it with itself so we can draw it later.'''
self.KO = ko.KO("KOspritesheet.png")
self.KOsprite = pygame.sprite.Group(self.KO)
'''This load both of the players'''
self.player1 = character.Character("Skullcrusher", 50, height - 370,
"right")
self.player2 = character.Character("Demon Slayer", width - 400,
height - 370, "left")
self.sprites = pygame.sprite.Group((self.player1, self.player2))
def complete_background(self):
self.addedtraits = []
i = 1
while i < self.fbox.count():
self.addedtraits.append(self.fbox.itemAt(i).widget().text())
i = i + 2
#print(self.addedtraits)
self.traits_object = backgrounds.Traits(
self.addedtraits[0], self.addedtraits[1], self.addedtraits[2],
self.addedtraits[3], self.addedtraits[4], self.addedAlignments)
self.backgrounds_object = backgrounds.Background(
self.addedSkills, self.other, self.addedLanguages,
self.addedFeatures, self.traits_object)
name = self.fbox.itemAt(4).widget().text()
flaws = self.fbox.itemAt(3).widget().text()
bonds = self.fbox.itemAt(2).widget().text()
ideals = self.fbox.itemAt(1).widget().text()
personality = self.fbox.itemAt(0).widget().text()
stats = self.tab_window.main_window.stats_object
race = self.tab_window.main_window.race
char_class = self.tab_window.main_window.classes
self.tab_window.main_window.character_object = character.Character(
name, stats, race, char_class, self.backgrounds_object)
all_fields = self.tab_window.main_window.character_object.get_form_fields(
)
#Create FDF file with these fields
fdf_data = fdfgen.forge_fdf("", all_fields, [], [], [])
fdf_file = open("file_fdf.fdf", "w")
fdf_file.write(fdf_data)
fdf_file.close()
#Run pdftk system command to populate the pdf file. The file "file_fdf.fdf" is pushed in to "input_pdf.pdf" thats generated as a new "output_pdf.pdf" file.
pdftk_cmd = "pdftk ../charsheet.pdf fill_form file_fdf.fdf output ../output_pdf.pdf"
os.system(pdftk_cmd)
self.tab_window.main_window.character_object = character.Character(
name, stats, race, char_class, self.backgrounds_object)
self.l4.setText("Character outputted to pdf")
self.tab_window.main_window.character_object = character.Character(
name, stats, race, char_class, self.backgrounds_object)
self.l4.setText(self.tab_window.main_window.character_object.__str__())
def setup_char():
setup_global()
road.draw_scene()
random.shuffle(list_color)
curname = config.player_color
for i in range(5):
if (config.player_color is list_color[i]):
curname = config.player_name
else:
curname = list_color[i]
list_char[i] = character.Character(config.player_class, list_color[i],
curname, road.start_point,
road.player_position[i])
list_char[i].set_animation("stand")
list_char[i].load_profile()
setup.play_music("res/ad/Run.mp3", -1)
race_running()
turtle.ontimer(random_state, 1000)
turtle.ontimer(race_clocking, 1000)
def rightmatching(master):
global score
global combo
if nowtimer != 0:
my_arrow.rightbutton()
if middleID[0] == randIDs[1] or middleID[0] == randIDs[3] or middleID[
0] == 5 or middleID[0] == 6:
if middleID[0] == 5:
itemcount = int(len(my_items))
if itemcount < 2:
my_items.append(5)
my_itemlook.append(
character.Character(scene=my_scene,
charID=5,
size=20,
x_start=650 + itemcount * 30,
y_start=500))
elif middleID[0] == 6:
for i in range(itemsec):
plustimer = int(len(my_timers))
my_timers.append(
gametimer.Gametimer(scene=my_scene, index=plustimer))
my_characters[0].remove()
for i in range(0, len(my_characters)):
my_characters[i].move()
my_characters.pop(0)
middleID.pop(0)
score += 10
my_scene.draw_score(score)
combo += 1
my_scene.draw_combo(combo)
if (combo > 10):
score += 100
my_scene.draw_score(score)
if (combo > 30):
score += 1000
my_scene.draw_score(score)
if (combo > 50):
score += 10000
my_scene.draw_score(score)
if (combo < 10):
my_scene.redraw_baseback()
elif (combo < 30):
my_scene.redraw_comboback1()
elif (combo < 50):
my_scene.redraw_comboback2()
else:
my_scene.redraw_comboback3()
else:
my_scene.redraw_errorback()
score += 0
my_scene.draw_score(score)
combo = 0
my_scene.draw_combo(combo)
minustimer = int(len(my_timers)) - 1
if minustimer != 0:
my_timers[minustimer].remove()
my_timers.pop(minustimer)
def new_or_load(slist):
"""Asks the user if they want to load a previous character or create a
new one. If the user wants to load a previous character, it calls helper
function loadthis which determines which character the user wants to load.
slist: list of str"""
assert is_string_list(slist)
nlist = []
for file in slist:
end = file.find('.json')
nlist.append(file[:end])
while (True):
usersays = input('Enter 1 to make a new character. Enter 2 to load' +\
'a character.')
if usersays != '1' or usersays != '2':
print('Invalid input')
else:
break
if usersays == '1':
print('loading new character')
return new_route()
elif usersays == '2':
lprompt = 'Enter the number of the character you would like to load.'
loadfile = slist[pick_number(lprompt, nlist)]
return character.Character(filename=loadfile)
def generate_direct_child(self, depth=0, max_depth=2):
for char in character.Color:
if char == character.Color.NONE:
continue
self.board.lockPath(self.lock[0], self.lock[1])
rooms = self.board.getLinkForRoom(
self.characters[char.value].position)
for room in rooms:
tmp = Node()
tmp.parent = self
tmp.depth = self.depth + 1
for i in range(len(self.characters)):
tmp.characters[i] = character.Character(
self.characters[i].color, self.characters[i].position,
self.characters[i].suspect)
tmp.playedCharacter = char
tmp.lightOff = self.lightOff
tmp.lock = self.lock
tmp.setPosition(char, room)
tmp.playLevel = PlayLevel.getNextMove(self.playLevel)
tmp.ghostColor = self.ghostColor
if self.ghostColor is not character.Color.NONE:
tmp.heuristic = tmp.computeScoreGhost(tmp.ghostColor)
else:
tmp.heuristic = tmp.computeScoreInspector()
#print("Generating character " + character.characters_string[char.value] + " for room " + str(room) +
# " with a depth of " + str(depth) + "(real :)" + str(tmp.depth) + " for turn " + str(self.playLevel) + " with heuristic of "
# + str(tmp.heuristic))
if depth < max_depth:
tmp.generate_direct_child(depth=depth + 1)
self.child.append(tmp)
self.child.sort(key=lambda n: n.heuristic)
def test_stat_str() -> None:
# # default char
# defaultStats = character_stats.Stats()
# defaultCharacter = character.Character()
# defaultCharacter.stats = defaultStats
# defaultString = """
# INT [0] REF [0] TECH [0] COOL [0]
# ATTR [0] LUCK [0] MA [0] BODY [0]
# EMP [0] Humanity [0]
# Run [0m] Leap [0m]
# Lift [0kgs / 0lbs] Carry [0kgs / 0lbs]
# SAVE [0] BTM [0] Melee Modifier [-2], Very Weak
# """
# assert character.stats_to_string(defaultCharacter) == defaultString
# valid char
stats1 = character_stats.Stats(5, 3, 9, 1, 2, 4, 6, 8, 7)
stats1Str = character.serialize_stats(stats1)
stats1Character = character.Character()
stats1Character.stats = stats1Str
stats1Character.handle = "A Character"
stats1String = """
A Character
INT [5] REF [3] TECH [9] COOL [1]
ATTR [2] LUCK [4] MA [6] BODY [8]
EMP [7] Humanity [70]
Run [18m] Leap [4.5m]
Lift [320kgs / 705lbs] Carry [80kgs / 176lbs]
SAVE [8] BTM [-3] Melee Modifier [1], Strong
"""
assert character.stats_to_string(stats1Character) == stats1String
def testSurvivalRolls(self):
"""Test the survival rolls."""
for career, survival, dmstat, dmnum, in ((character.NAVY, 5,
character.INT,
7), (character.MARINES, 6,
character.END,
8), (character.ARMY, 5,
character.EDU, 6),
(character.SCOUTS, 7,
character.END,
9), (character.MERCHANTS, 5,
character.INT, 7),
(character.OTHER, 5,
character.INT, 9)):
for statroll in self._getAll2DSums():
for survivalroll in self._getAll2DSums():
statrolls = [1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1]
statrolls[dmstat * 2:dmstat * 2 + 2] = statroll
char = character.Character(fixRolls=statrolls + [6, 6] +
survivalroll)
char.selectCareer(career)
survivalsum = sum(survivalroll)
if sum(statroll) >= dmnum:
survivalsum += 2
if survivalsum >= survival:
self.assertFalse(char.dead)
else:
self.assertTrue(char.dead)
def testPromotionRolls(self):
"""Test the promotion rolls."""
for career, promotion, dmstat, dmnum in ((character.NAVY, 8,
character.EDU,
8), (character.MARINES, 9,
character.SOC, 8),
(character.ARMY, 6,
character.EDU, 7),
(character.MERCHANTS, 10,
character.INT, 9)):
for statroll in self._getAll2DSums():
for promotionroll in self._getAll2DSums():
statrolls = [1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1]
statrolls[dmstat * 2:dmstat * 2 + 2] = statroll
char = character.Character(fixRolls=statrolls +
[6, 6, 6, 6, 6, 6] +
promotionroll)
char.selectCareer(career)
promotionsum = sum(promotionroll)
if sum(statroll) >= dmnum:
promotionsum += 1
if promotionsum >= promotion:
self.assertEqual(char.rank, 2)
else:
self.assertEqual(char.rank, 1)
def testCommissionRolls(self):
"""Test the commission rolls."""
for career, commission, dmstat, dmnum in ((character.NAVY, 10,
character.SOC,
9), (character.MARINES, 9,
character.EDU, 7),
(character.ARMY, 5,
character.END, 7),
(character.MERCHANTS, 4,
character.INT, 6)):
for statroll in self._getAll2DSums():
for commissionroll in self._getAll2DSums():
statrolls = [1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1]
statrolls[dmstat * 2:dmstat * 2 + 2] = statroll
char = character.Character(fixRolls=statrolls +
[6, 6, 6, 6] + commissionroll +
[1, 1])
char.selectCareer(career)
commissionsum = sum(commissionroll)
if sum(statroll) >= dmnum:
commissionsum += 1
if commissionsum >= commission:
self.assertEqual(char.rank, 1)
else:
self.assertEqual(char.rank, 0)
def test_buy_sell_sell(self):
with mock.patch('database.sqlite3') as mocksql:
conn = mocksql.connect()
fake_player = character.Character(1, 'kaz', 5000, [])
fake_player.buy_sell('Club', 'sell', conn)
self.assertEqual(fake_player.currency, 5010)
mocksql.connect().execute.assert_called_with(sql.update_currency(), (5010, 1))
def test00_makeCharacter(self):
newChar = character.Character(self.magicChar)
self.assertEqual(newChar.health, 12)
self.assertEqual(newChar.fatigue, 4)
self.assertEqual(newChar.armor, 0)
self.assertEqual(newChar.speed, 5)
self.assertEqual(newChar.money, 0)
def test_fields():
# test initialization
c = character.Character(name="char_name",
alleg=1,
max_damage=10,
win_cond=lambda: 5,
win_cond_desc="win_desc",
special=lambda: 5,
special_desc="special_desc",
resource_id="r_id")
# test fields
assert c.name == "char_name"
assert c.alleg == 1
assert c.max_damage == 10
assert c.win_cond() == 5
assert c.win_cond_desc == "win_desc"
assert c.special() == 5
assert c.special_desc == "special_desc"
assert c.resource_id == "r_id"
# test dump
dump = c.dump()
assert dump['name'] == "char_name"
assert dump['alleg'] == "Neutral"
assert dump['max_damage'] == 10
assert dump['win_cond_desc'] == "win_desc"
assert dump['resource_id'] == "r_id"
def create(mode='basic', **kwargs):
"""Character creation function
Args:
**kwargs (dict, optional): Optionally include kwargs. Defaults to {}.
mode (str, optional): 'full' for every value, 'basic' for important values. Defaults to 'basic'.
"""
# if you want full control you can edit each value
if mode == 'full':
things = list(character.characterCreationDefaults.items())
if mode == 'basic':
things = list(character.characterCreationDefaults.items())[:9]
for k,v in things:
# manually enter each value that data doesn't have
if k not in kwargs.keys():
try:
s = input(str(k)+' ? ')
if s == '':
continue
# Dynamic type casting is apparently supported by python
# you just slap a class object in front of another object
kwargs[k] = type(v)(s)
print(k+' data assigned')
except (TypeError, ValueError):
# TODO: continue statement, but from the same iteration instead of the next
print(" invalid parameter")
return character.Character(kwargs)
def load():
"""builds factions, a dict of {name,characterList}s. don't use mid-session"""
if 'factions' in locals() or 'factions' in globals():
print("load() was used while factions var exists; exiting to prevent overwrite")
return
else:
factions = {}
for faction in os.listdir("./factions"):
factions[faction] = []
for char in os.listdir("./factions/" + faction):
with open(
"./factions/" + faction + "/" + char,
"r",
encoding="utf-8",
errors="ignore",
) as f:
data = json.load(f)
factions[faction].append(character.Character(data))
return factions
def __init__(self, path=None, *args, **kwargs):
super().__init__(*args, **kwargs)
self.label = pyglet.text.Label("",
x=0,
y=self.height - 10,
font_name="Courier New",
font_size=10,
multiline=True,
width=2000)
self.char_label = pyglet.text.Label("",
x=0,
y=self.height - 10,
font_name="Courier New",
font_size=10,
multiline=True,
width=2000,
color=(255, 0, 0, 255))
self.meta_label = pyglet.text.Label("",
x=720,
y=self.height - 10,
font_name="Courier New",
font_size=10,
multiline=True,
width=2000)
self.notifications_label = pyglet.text.Label("No notifications yet\n",
x=0,
y=self.height - 720,
font_name="Courier New",
font_size=10,
multiline=True,
width=2000)
self.mg = mapgen.MapGenerator(path)
self.pos = list(reversed(self.mg.start))
self.Character = character.Character(*self.pos, "Maiq")
self.enemies = [enemy.Enemy(*p) for p in self.mg.enemies]
def addNewCharacter(self):
# Create a new default instance of a character
newCharacter = character.Character()
# Create a new CharacterFrame for the new character object
newCharacterFrame = CharacterFrame(newCharacter, self)
# Create a new tab to display the information about the new character
self.tabs.add(newCharacterFrame, text=newCharacter.name)
def create_sades(screen, events):
return character.Character(
config.SADES['id'], config.SADES['left_images'],
config.SADES['right_images'], config.SADES['up_images'],
config.SADES['down_images'], config.SADES['x'], config.SADES['y'],
config.SADES['speed'], config.SADES['boundaries_image_filename'],
screen, config.SADES['main_character'], [e for e in events if e.clue])
async def on_message(message):
roller = dice_roller.DiceRoller()
manipulator = threshold_manipulator.ThresholdManipulator()
if message_starts_with(message, 'podręcznik') or message_starts_with(
message, 'podrecznik'):
await client.send_message(message.channel, manual.show_help())
if message_starts_with(message, 'reset'):
await client.send_message(message.channel,
reset_roll_parameters(roller, manipulator))
if message_starts_with(message, 'sukcesy'):
print('Nowy próg sukcesu')
result = manipulator.change_success_threshold(extract_content(message))
await client.send_message(message.channel, result)
if message_starts_with(message, 'rzuc') or message_starts_with(
message, 'rzuć'):
print('Stół do rzucania kośćmi gotowy!')
result = roller.roll_dice(extract_content(message))
await client.send_message(message.channel, result)
if message_starts_with(message, 'drama'):
print('Używamy dramy!')
result = roller.roll_drama()
await client.send_message(message.channel, result)
if message_starts_with(message, 'postac'):
print('tymczasowo wyświetlam Lwa')
char = character.Character()
await client.send_message(message.channel, char.display_character())
if message_starts_with(message, 'manewry'):
maneuvers_list = maneuvers_database.display_maneuvers()
await client.send_message(message.channel, maneuvers_list)
def __init__(self):
Game.universal = self
pygame.init()
self._screen = pygame.display.set_mode((800,600), \
pygame.DOUBLEBUF+pygame.HWSURFACE)
audio.mySongs["ambient"].play(-1) #loop
self.time = gametime.GameTime()
self.tstobj = animatedobject.createAnimatedObject('../assets/tigger','object.ini')
self.tstobj.setTag('tiger')
#self.tiger = animatedobject.AnimationState(self.tstobj)
self.tiger = character.Character(self.tstobj, self, 10, 10)
self.tiger.setPosVec((40,80))
self.tiger.stashPos=(40,80)
self.gpobj = animatedobject.createAnimatedObject('../assets/tigger','groundpound.ini')
self.gpobj.setTag('groundpound')
self.groundpound = animationstate.AnimationState(self.gpobj)
self.gpactive=False
self.pobj = animatedobject.createAnimatedObject('../assets/tigger','punch.ini')
self.pobj.setTag('punch')
self.punch = animationstate.AnimationState(self.pobj)
self.pactive=False
#self.tiger.setAnimation('move')
#self.tiger.setDirection(0)
#self.pigobj = animatedobject.createAnimatedObject('../assets/piglet','object.ini')
#self.pigobj.setTag('pig')
#self.pig = animatedobject.AnimationState(self.pigobj)
#self.pig = character.Character(self.pigobj, self, 10, 10)
#self.pig.setAnimation('stopped')
#self.pig.setDirection(0)
#self.pig.setPos(300,200)
self.stuffobj = animatedobject.createAnimatedObject('../assets/static/', 'object.ini')
self.stuffobj.setTag('stuffing')
self.stuffing = animationstate.AnimationState(self.stuffobj)
self.stuffing.setAnimation('stuffing')
self.stuffing.setDirection(0)
# handler for keyboard inputs, maps them to movements
self.iohandler = ioprocess.IOFunctions(self)
self.enemies = enemies.Enemies(self)
#self.enemies.spawnTiglet()
#self.enemies.spawnBeefy()
self.world = terrain.createWorld('../assets/terrain','world.ini')
self.objects = list()
#self.lettermap = terrain.createLetterMap('../assets/terrain','terrainObjects.ini')
#self.tilemap = terrain.createCSVMap(self.lettermap,'../assets/terrain','test.csv',['overlay.csv'])
#self._screen.blit(self.tilemap.surface,(0,0))
# handler for projectiles
self.bullets = projectile.Projectiles(self)
self.roomChange()
interactions.registerCallbacks()
def test_character_movement(self):
""" Test A Character moves, and the data of movement to disk """
self.reset_repo()
locationJson = recordable.Recordable('mock-data', 'location')
roomJson = recordable.Recordable('mock-data', 'worldRooms')
recordables = [locationJson]
testPlayer = character.Character(recordables)
rooms = cavemap.Map(roomJson)
testPlayer.move('north', rooms)
self.assertEqual(testPlayer.location['location'], "Git Crystal")
testPlayer.move('east', rooms)
self.assertEqual(testPlayer.location['location'], "Mine Entrance")
changedLocationJson = recordable.Recordable('mock-data', 'location')
testPlayer.move('invalid Direction', rooms)
self.assertEqual(testPlayer.location['location'], "Mine Entrance")
testPlayer.move('west', rooms)
testPlayer.move('south', rooms)
originalLocationJson = recordable.Recordable('mock-data', 'location')
self.assertNotEqual(locationJson, changedLocationJson)
self.assertEqual(locationJson, originalLocationJson)
def test_move_character_impossible(self):
g = game_state.GameState()
g.pathfinding_grid = graph_2d.SquareGraph(3, 3)
c = character.Character("Bob")
g.characters[0] = c
r = g.move_character(0, (2, 3))
self.assertFalse(r.is_success)
def __init__(self, width=800, height=600):
"""
Initializes a Controller object
Args:
self (Controller): a Controller object
width (int): the display's width
height (int): the display's height
Returns:
(None): None
"""
pygame.font.init()
self.width = width
self.height = height
self.windowSurface = pygame.display.set_mode((self.width, self.height))
pygame.display.set_caption("Skeleton Eats Three Apples Then Dies")
self.background = pygame.Surface(self.windowSurface.get_size())
self.running = True
self.player = character.Character((self.width / 2, self.height / 2),
self.windowSurface)
self.obstacles = pygame.sprite.Group()
self.buttons = [
button.Button("Play Game",
(self.width / 2 - 35, self.height / 2 - 15), 70, 30,
(0, 0, 0), (0, 255, 0)),
button.Button("Play Again?",
(self.width / 2 - 35, self.height / 2 - 15), 70, 30,
(0, 0, 0), (255, 0, 0))
]
self.setGame()
def test05_takeEnoughDamageToKill(self):
newChar = character.Character(self.magicChar)
conquest = newChar.takeDamage(12)
self.assertEqual(conquest, 2)
self.assertEqual(newChar.health, 12)
self.assertEqual(newChar.fatigue, 4)
self.assertEqual(newChar.money, 0)
self.assertEqual(newChar.mapLocation, 'town')
def create_rei(screen):
return character.Character(config.REI['id'], config.REI['left_images'],
config.REI['right_images'],
config.REI['up_images'],
config.REI['down_images'], config.REI['x'],
config.REI['y'], config.REI['speed'],
config.REI['boundaries_image_filename'], screen,
config.REI['main_character'])
def realtimeflow():
global realtime
realtime += 1
#print("r=",realtime)
if realtime == newchartime:
left_chararcter2 = character.Character(scene=my_scene,
charID=randIDs[2],
size=40,
x_start=200,
y_start=winH // 2 - 100)
right_chararcter2 = character.Character(scene=my_scene,
charID=randIDs[3],
size=40,
x_start=800,
y_start=winH // 2 - 100)
if nowtimer != 0:
window.after(1000, realtimeflow)
def main():
race = character.genRace(random.randint(0, 100))
align = character.genAlign(random.randint(0, 100))
classes = character.genClass(random.randint(0, 100))
bGround = character.genBackground(random.randint(0, 100))
player = character.Character(race, classes, align, bGround)
print(player.toString())
def addCustom(self, plaintext, morse):
"""
Adds a character to the dictionary of custom characters for a decoder object
Arguments:
plaintext: The plaintext character to be added.
morse: The morse code version of the character.
"""
self.customs.update({morse: character.Character(plaintext, morse)})