def test_cache(self):
"""Test that evaluation returns the same result on successive runs"""
roll('6d(6d6)t')
ast = Total(Dice(6, Dice(6, 6)))
evals = [ast.evaluate_cached() for i in range(100)]
assert len(set(evals)) == 1
assert ast.evaluate_cached() is ast.evaluate_cached()
def GenerateDensity(mainType, subType):
core = "Large"
if mainType == "Tiny":
if subType == "Ice" or subType == "Sulfur":
core = "Icy"
else:
core = "Small"
elif mainType == "Small":
if subType == "Ice" or subType == "Hadean":
core = "Icy"
else:
core = "Small"
elif mainType == "Standard":
if subType == "Hadean" or subType == "Ammonia":
core = "Icy"
elif mainType == "Large":
if subType == "Ammonia":
core == "Icy"
r = dice.roll(3, 6)
if core == "Large":
initial = GetInitialLargeIronCoreDensity(r)
elif core == "Small":
initial = GetInitialSmallIronCoreDensity(r)
else:
initial = GetInitialIcyCoreDensity(r)
r = dice.roll(1, 20) - 10
var = float(r) / 200
return initial + var
def GenerateAtmosphericMass(mainType, subType):
if mainType == "Small" and subType == "Ice":
disqualified = False
elif mainType == "Standard":
if subType == "Hadean" or subType == "Chthonian":
disqualified = True
else:
disqualified = False
elif mainType == "Large":
if subType == "Chthonian":
disqualified = True
else:
disqualified = False
else:
disqualified = True
if disqualified:
return 0.0
if mainType == "Standard" and subType == "Garden":
r = dice.roll(3, 12) - 9
else:
r = dice.roll(3, 6)
mass = float(r) / 10
r = dice.roll(1, 20) - 10
var = float(r) / 200
return mass + var
def GetAtmosphericPressure(mainType, subType, atmosphericMass, gravity):
""" No Atmosphere """
if mainType == "Tiny":
return 0.0
if mainType == "Small" and subType == "Hadean":
return 0.0
""" Trace Atmosphere """
""" Gurps gives no means to work this out. """
""" Just says it's less than 0.01 """
if mainType == "Small" and subType == "Rock":
r = dice.roll(1, 100) - 1
return float(r) / 10000
if mainType == "Standard" and subType == "Chthonian":
r = dice.roll(1, 100) - 1
return float(r) / 10000
if mainType == "Large" and subType == "Chthonian":
r = dice.roll(1, 100) - 1
return float(r) / 10000
if mainType == "Small" and subType == "Ice":
PF = 10
if mainType == "Standard":
if subType == "Greenhouse":
PF = 100
else:
PF = 1
if mainType == "Large":
if subType == "Greenhouse":
PF = 500
else:
PF = 5
return PF * atmosphericMass * gravity
def GenerateDiameter(mainType, blackBodyTemperature, density):
if mainType == "Large":
minimum = 0.065
maximum = 0.091
elif mainType == "Standard":
minimum = 0.030
maximum = 0.065
elif mainType == "Small":
minimum = 0.024
maximum = 0.030
else:
minimum = 0.004
maximum = 0.024
var = math.sqrt(blackBodyTemperature / density)
myMin = minimum * var
myMax = maximum * var
step = (myMax - myMin) / 10
r = dice.roll(2, 6) - 2
step = step * float(r)
r = dice.roll(1, 20) - 10
var = float(r) / 200
step = step * (1.0 + var)
return myMin + step
def GetWorldEccentricity(mod):
r = dice.roll(3, 6) + mod
upvar = 0.025
downvar = 0.025
if r <= 3:
rough = 0.0
elif r <= 6:
rough = 0.05
elif r <= 9:
rough = 0.1
elif r <= 11:
rough = 0.15
elif r <= 12:
rough = 0.2
upvar = 0.05
elif r >= 18:
rough = 0.8
upvar = 0.05
downvar = 0.05
else:
rough = float(r - 10) / 10
upvar = 0.05
downvar = 0.05
r = dice.roll(1, 2)
if r == 1:
r = dice.roll(1, 100)
upvar = (upvar / 100) * float(r)
ret = rough + upvar
else:
r = dice.roll(1, 100)
downvar = (downvar / 100) * float(r)
ret = rough - downvar
return max(ret, 0)
def main():
global logger
# load the logging configuration
real_path = os.path.dirname(os.path.realpath(__file__))
logging.config.fileConfig(real_path + '/logging.ini')
logger = logging.getLogger(__name__)
# Get the dispatcher to register handlers
updater = Updater(token="TOKEN")
dp = updater.dispatcher
# on different commands - answer in Telegram
dp.addTelegramCommandHandler("start", start)
dp.addTelegramCommandHandler("roll", Dice.roll)
# log all errors
dp.addErrorHandler(error)
logger.info('Starting new bot')
roll()
# Start the Bot
updater.start_polling()
# Block until the you presses Ctrl-C or the process receives SIGINT,
# SIGTERM or SIGABRT. This should be used most of the time, since
# start_polling() is non-blocking and will stop the bot gracefully.
updater.idle()
def GeneratePrimaryMass(brownDwarfFlag):
""" Half of all stars are brown dwarfs """
r = dice.roll(1, 6)
if brownDwarfFlag and r <= 3:
return GenerateBrownDwarfMass(0)
f = dice.roll(3, 6)
s = dice.roll(3, 6)
return stellarMassTable[f][s]
def test_toomanydice(self):
with raises(DiceFatalException):
roll('%id6' % (MAX_ROLL_DICE + 1))
with raises(DiceFatalException):
roll('7d6', max_dice=6)
with raises(ValueError):
Roll.roll(6, 1, 6, max_dice=4)
def GenerateBasic(self):
if self.parentWorld:
solarRadius = self.parentWorld.GetOrbit().GetRadius()
else:
solarRadius = self.GetOrbit().GetRadius()
blackBodyTemperature = 278 * ( pow(self.parentStar.GetLuminosity(), 0.25) / pow(solarRadius, 0.5) )
self.subType = GetWorldSubtype(self.mainType, blackBodyTemperature)
""" Corrections """
""" Fix Ammonia worlds now """
if self.subType == "Ammonia" and self.parentStar.GetMass() > 0.65:
self.subType = "Ice"
""" Find Sulfur World now """
if self.mainType == "Tiny" and self.subType == "Ice" and self.parentWorld and self.parentWorld.GetType() == "Gas Giant" and self.parentWorld.GetNumSulfurWorlds() == 0:
r = dice.roll(1, 6)
if r <= 3:
self.subType = "Sulfur"
self.parentWorld.IncNumSulfurWorlds()
""" Find Garden World Now """
""" TODO: Use First In method """
if not self.parentStar.GetType() == "L" and not self.parentStar.GetType() == "T" and not self.parentStar.GetType() == "Y":
if self.mainType == "Standard" and self.subType == "Ocean":
r = dice.roll(3, 6)
mod = int(self.parentStar.GetAge() / 0.5)
mod = max(mod, 10)
r = r + mod
if r > 18:
self.subType = "Garden"
if self.mainType == "Large" and self.subType == "Ocean":
r = dice.roll(3, 6)
mod = int(self.parentStar.GetAge() / 0.5)
mod = max(mod, 5)
r = r + mod
if r > 18:
self.subType = "Garden"
self.density = GenerateDensity(self.mainType, self.subType)
if blackBodyTemperature < 3.0:
""" Damn White Dwarves """
""" TODO: Maybe use the III temperature instead """
originalBlackBodyTemperature = 278 * ( pow(self.parentStar.GetInitialLuminosity(), 0.25) / pow(solarRadius, 0.5) )
self.diameter = GenerateDiameter(self.mainType, originalBlackBodyTemperature, self.density)
else:
self.diameter = GenerateDiameter(self.mainType, blackBodyTemperature, self.density)
self.gravity = world.GetGravity(self.density, self.diameter)
self.mass = world.GetMass(self.density, self.diameter)
atmosphericMass = GenerateAtmosphericMass(self.mainType, self.subType)
self.hydrosphere = GenerateHydrosphere(self.mainType, self.subType)
blackBodyCorrection = GetBlackBodyCorrection(self.mainType, self.subType, self.hydrosphere, atmosphericMass)
self.averageTemperature = blackBodyTemperature * blackBodyCorrection
self.climate = world.GetClimate(self.averageTemperature)
self.atmosphericPressure = GetAtmosphericPressure(self.mainType, self.subType, atmosphericMass, self.gravity)
self.atmosphericCategory = GetAtmosphericCategory(self.atmosphericPressure)
def on_hit(self, attacker, defender):
# do anything triggered by a hit (except regular damage)
if (AXIOMATIC & self.ego and CHAOTIC & defender.alignment) or (ANARCHIC & self.ego and LAWFUL & defender.alignment) or (HOLY & self.ego and EVIL & defender.alignment) or (UNHOLY & self.ego and GOOD & defender.ALIGNMENT):
pass
if FIERY & self.ego:
defender.take_damage(dice.roll('1d6')[0], 'fire')
elif FREEZING & self.ego:
defender.take_damage(dice.roll('1d6')[0], 'cold')
elif SHOCKING & self.ego:
defender.take_damage(dice.roll('1d6')[0], 'electric')
elif WOUNDING & self.ego:
pass
def GenerateGasGiantOuterMoonOrbitRadius(existingOrbits):
legal = False
while not legal:
r = dice.roll(3, 6) + 3
if r >= 15:
r = r + dice.roll(2, 6)
rad = float(r) * 3.34
legal = True
for e in existingOrbits:
if e == rad:
legal = False
existingOrbits.append(rad)
return rad
def run(self):
monster = self.monster
hero = self.hero
dialog.message('You have been attacked by a %s!' % monster.get_name())
hero_initiative = hero.get_initiative()
monster_initiative = monster.get_initiative()
while True:
if hero_initiative > monster_initiative:
monster_initiative = monster_initiative + monster.get_initiative()
action = dialog.question('What is your bidding?', \
( 'Hack', 'Slash', 'Stab' ))
if action == 0:
thaco = hero.get_thaco() - 2
mult = 1.0
elif action == 1:
thaco = hero.get_thaco()
mult = 1.5
elif action == 2:
thaco = hero.get_thaco() + 2
mult = 2.0
if thaco - monster.ac <= dice.roll('1d20'):
damage = int(hero.weapon.get_damage() * mult * hero.strength / 10.0)
if monster.damage(damage):
gold = monster.get_gold()
hero.add_gold(gold)
hero.gain_exp(monster.get_exp_value())
mess = 'You hit the %s for %d points of damage, ' + \
'killing it! You find %d gold. For valor ' + \
'in combat, you receive %d experience points.'
mess = mess % (monster.get_name(), damage, gold, monster.get_exp_value())
dialog.message(mess)
hero.check_level()
return 'win'
else:
dialog.message('You hit the %s for %d points of damage.' % \
(monster.get_name(), damage))
else:
dialog.message('You missed!')
else:
hero_initiative = hero_initiative + hero.get_initiative()
if monster.thaco - hero.get_ac() <= dice.roll('1d20'):
damage = monster.do_damage()
message = monster.damage_text(damage)
if hero.damage(damage):
dialog.message(message + ' You have died!')
return 'lose'
else: dialog.message(message)
else:
dialog.message('The %s misses you!' % monster.get_name())
def GenerateVulcanism(self):
if self.parentStar.GetAge() == 0:
mod = 40
else:
mod = int((self.gravity / self.parentStar.GetAge()) * 40)
majorMoons = self.GetNumMajorMoons()
if majorMoons == 1:
mod = mod + 5
elif majorMoons > 1:
mod = mod + 10
if self.subType == "Sulfur":
mod = mod + 60
elif self.parentWorld:
if self.parentWorld.GetType == "Gas Giant":
mod = mod + 5
r = dice.roll(3, 6) + mod
if r <= 16:
self.vulcanism = "None"
elif r <= 20:
self.vulcanism = "Light"
elif r <= 26:
self.vulcanism = "Moderate"
elif r <= 70:
self.vulcanism = "Heavy"
else:
self.vulcanism = "Extreme"
""" TODO figure out if atmosphere is marginal """
def GenerateTectonicActivity(self):
if self.mainType == "Tiny" or self.mainType == "Small":
self.tectonics = "None"
return
mod = 0
if self.vulcanism == "None":
mod = mod - 8
elif self.vulcanism == "Light":
mod = mod - 4
elif self.vulcanism == "Heavy":
mod = mod + 4
elif self.vulcanism == "Extreme":
mod = mod + 8
if self.hydrosphere == 0:
mod = mod - 4
elif self.hydrosphere <= 50:
mod = mod - 2
majorMoons = self.GetNumMajorMoons()
if majorMoons == 1:
mod = mod + 2
elif majorMoons > 1:
mod = mod + 4
r = dice.roll(3, 6) + mod
if r <= 6:
self.tectonics = "None"
elif r <= 10:
self.tectonics = "Light"
elif r <= 14:
self.tectonics = "Moderate"
elif r <= 18:
self.tectonics = "Heavy"
else:
self.tectonics = "Extreme"
def GenerateVolcanicPollutants(self):
r = dice.roll(3, 6)
target = 0
if self.vulcanism == "Heavy":
target = 8
if self.vulcanism == "Extreme":
target = 14
if r <= target:
self.atmosphericComposition.append("Marginal")
r = dice.roll(1, 6)
if r <= 3:
self.atmosphericComposition.append("Pollutants")
self.atmosphericComposition.append("Mildly Toxic")
else:
self.atmosphericComposition.append("Sulfur Compounds")
self.atmosphericComposition.append("Mildly Toxic")
def GenerateResourceValue(self):
mod = 0
if self.vulcanism == "None":
mod = -2
elif self.vulcanism == "Light":
mod = -1
elif self.vulcanism == "Heavy":
mod = 1
elif self.vulcanism == "Extreme":
mod = 2
r = dice.roll(3, 6) + mod
if r <= 2:
self.overallValue = "Scant"
self.resourceValue = -3
elif r <= 4:
self.overallValue = "Very Poor"
self.resourceValue = -2
elif r <= 7:
self.overallValue = "Poor"
self.resourceValue = -1
elif r <= 13:
self.overallValue = "Average"
self.resourceValue = 0
elif r <= 16:
self.overallValue = "Abundant"
self.resourceValue = 1
elif r <= 18:
self.overallValue = "Very Abundant"
self.resourceValue = 2
else:
self.overallValue = "Rich"
self.resourceValue = 3
def id(self, vars={}):
if self.threshold:
thres = put_vars(self.threshold, vars)
return (True, self.success) if dice.roll(thres) else (
False, self.failure)
return (True, self.page)
def roll(bot, event, *args):
r = dice.roll(''.join(args))
output = ""
for i in r:
output += " " + str(i)
output += "] = " + str(int(r))
bot.send_message(event.conv, "[" + output.strip())
def parse(s):
arr = s.split(" ");
if len(arr) == 0: return
if arr[0] == "roll":
if (len(arr) < 1):
die("roll noargs")
send(dice.roll(arr[1]))
elif arr[0] == "do":
if len(arr) < 3:
die("do badargs")
try:
n = int(arr[1])
except:
die("do badnum")
return
if arr[2] == "do":
die("do do")
if n > 10:
die("do toobig")
cmd = " ".join(arr[2:])
for i in range(n):
parse(cmd)
else:
die("undef \"" + " ".join(arr) + "\"")
def GenerateSpecialRotationalPeriod(initial):
r = dice.roll(3, 6)
if r <= 6:
return float(initial) / 24
d = dice.roll(1, 6)
if r <= 7:
return d * 2
if r <= 8:
return d * 5
if r <= 9:
return d * 10
if r <= 10:
return d * 20
if r <= 11:
return d * 50
return d * 100
def roll(bot, event, command, args):
#hardcapped safeguaard, the best kind.
match = DICEROLL.match(args)
try:
dicenum = int(match.group('dicenum'))
except:
dicenum = 1
try:
diceface = int(match.group('diceface'))
except:
diceface = 0
#yeah, i'm that paranoid
if dicenum <= 20 and dicenum >= 1 and diceface <= 1024 and diceface >= 1:
try:
roll = dice.roll(args)
rresult = ', '.join(map(str, roll))
bot.send_channel_action(bot.config.messages.roll, result = rresult, nick = event.source)
return True
except OverflowError:
bot.send_channel_action(bot.config.messages.nodice, nick = event.source)
return False
except:
bot.send_channel_action(bot.config.messages.diceerr, nick = event.source)
return False
else:
bot.send_channel_action(bot.config.messages.diceerr, nick = event.source)
return False
def h_e_rolls(hskill, eskill):
total = []
hroll = dice.roll('2d6')
eroll = dice.roll('2d6')
htotal = hroll[0] + hroll[1] + hskill
etotal = eroll[0] + eroll[1] + eskill
total.append(htotal)
total.append(etotal)
print total
return total
async def roll_dice(self, client, message):
droll = message.content.partition(' ')[2]
clean = droll.split('d')
if 0 < int(clean[0]) < 51 and 0 < int(clean[1]) < 1001:
await client.send_message(message.channel, str(dice.roll(droll)))
else:
await client.send_message(message.channel, 'Not an appropriate amount or size of dice.')
def __init__(self, name="", image="", attackSound="", specialSound="", xPos=450, yPos=250, dX=0, dY=1):
# Initialize Sprite
super(Monster, self).__init__(image=games.load_image(image), x=xPos, y=yPos, dx=dX, dy=dY)
# General Variables
self.name = name.title()
self.health = randint(20, 53)
self.money = dice.roll(20) # Roll d20 for amount of coins owned
self.alive = True
self.moving = False
# Attack Variables
self.attacking = False
self.attackDelay = 0
self.attackBonus = 0
self.defenseBonus = 10
# Sounds
self.attackSound = games.load_sound(attackSound)
self.specialSound = games.load_sound(specialSound)
self.deathSound = games.load_sound("sounds/dragon_death.wav")
# Sprite to show damage was inflicted
self.damageSprite = games.Sprite(image=games.load_image("sprites/damage.png"), x=self.x, y=self.y)
self.damageSpriteCounter = -1
# Sprite to show health info above head
self.healthLabel = games.Text(value="HP: " + str(self.health), size=30, x=self.x,
y=self.top - 20, color=color.white)
games.screen.add(self.healthLabel)
def GenerateBrownDwarfMass(primaryMass):
""" i.e. there is no primary """
if primaryMass == 0:
primaryMass = 0.08
legal = False
mass = 0
while not legal:
r = dice.roll(3, 6)
if r <= 8:
mass = 0.015
elif r <= 10:
mass = 0.02
elif r <= 12:
mass = 0.03
elif r <= 14:
mass = 0.04
elif r <= 15:
mass = 0.05
elif r <= 16:
mass = 0.06
else:
mass = 0.07
if mass <= primaryMass:
legal = True
return mass
def GenerateNumStars():
d = dice.roll(3, 6)
if d <= 10:
return 1
if d <= 15:
return 2
return 3
def __init__(self):
self._carac = Caracteristiques()
self._competances = Competances()
self._fatigue = FatigueCount()
# points
self._points = {"destinee": Compteur(0, 7),
"chance": Compteur(self._carac["Chance"].valeur)}
# seuils
self._seuils = {}
# ajout gestion vie est endurence
self._carac["Taille"].value_changed.connect(self.calculate_vie)
self._carac["Constitution"].value_changed.connect(self.calculate_vie)
self._carac["Volonte"].value_changed.connect(self.calculate_vie)
self.calculate_vie()
# ajout gestion rêve
self._carac["Reve"].value_changed.connect(self.calculate_reve)
self.calculate_reve()
# + dom et enc
self._carac["Taille"].value_changed.connect(self.calculate_p_dom)
self._carac["Force"].value_changed.connect(self.calculate_p_dom)
self.calculate_p_dom()
# signe particulier
self._signes_particuliers = SignesParticuliers()
self._list_event = []
if dice.roll("1d12").pop() == 1:
self._mainhand = "ambidextre"
else:
self._mainhand = "droite"
self._time = DateTime()
self._statu_revant = VraiRevant()
async def on_message(self, message, cmd):
if (not cmd or not cmd.triggered
or cmd.action not in ["roll"]):
return
if len(cmd.args) == 0:
await self.cdb.send_message(cmd.msg.channel,
"Try with an argument for this command next time.")
return
try:
result = roll(" ".join(cmd.args))
except DiceBaseException as e:
await self.cdb.send_message(cmd.msg.channel,
"Error: \n```" + e.pretty_print() + "```")
return
if type(result) is Integer:
await self.cdb.send_message(cmd.msg.channel,
"The result is: " + str(result))
elif type(result) in [Roll, list]:
await self.cdb.send_message(cmd.msg.channel,
"The dices are: " + ", ".join(str(dice) for dice in result[:]))
else:
await self.cdb.send_message(cmd.msg.channel,
"That seems to be an unexpected result, please contact DasFranck.")
print(result)
print(type(result))
return
def main(argv=None):
"""Run roll() from a command line interface"""
args = docopt.docopt(__doc__, argv=argv, version=__version__)
result = dice.roll(args['<expression>'], verbose=args['--verbose'])
if args['--verbose']:
print("Result:", end=" ")
return str(result)
def test_roll():
for single, raw in itertools.product((True, False), (True, False)):
assert roll('6d6', single=single, raw=raw)
assert roll_min('6d6', single=single, raw=raw)
assert roll_max('6d6', single=single, raw=raw)
print("Wisdom: " + str(RaccoonNPC.wis))
print("Strength: " + str(RaccoonNPC.strt))
print("Dexterity: " + str(RaccoonNPC.dex))
print("Constitiution: " + str(RaccoonNPC.con))
print("Race: " + RaccoonNPC.race)
print("Class: " + RaccoonNPC.class1)
print("Weapon: " + RaccoonNPC.weapon)
turn = 1
counter = 0
while (RaccoonNPC.hitpoints > 0):
print("=" * 22 + "Turn:" + str(turn) + "=" * 22)
action = input(
"What would you like to do?: \ntype 'roll' to attack\ntype 'run' to...run\ntype 'spec' to perform a special attack\n"
)
if (action == "roll"):
PCroll = dice.roll(4, 2)
print("You deal: " + str(PCroll) + " damage to your opponent")
RaccoonNPC.hitpoints -= PCroll
elif (action == "run"):
PCroll = dice.roll(PCUpdated.dex, 1)
if (PCroll > 5):
print("You succesfully escape")
print("~" * 50)
break
else:
print("You don't escape")
elif (action == "spec"):
if (counter == 1):
print("You've already used your special attack")
continue
print(
def combat():
monster_ID = randint(0, 2)
global player_health, inventory, armory, bestiary
round = 1
monster_health = bestiary[monster_ID]['health']
print(
f"A ferocious {bestiary[monster_ID]['name']} approaches! COMBAT HAS BEGUN!\n"
)
while True:
print(f"ROUND {round}")
print("Player Health: [" + str(player_health) + "]")
print("Monster Health: [" + str(monster_health) + "]")
print("Type: RUN, CAST [spell], or USE [weapon]"
) # gotta write code for cast
move = input().lower().split(
" ", 1
) # converts move into a lower-case list to deal with each item in list separately
monster_damage = sum(dice.roll(bestiary[monster_ID]['damage']))
print("\n=========================")
if move[0] == 'use': #
if move[1] in inventory: # checks if weapon is in your inventory
player_damage = dice.roll(armory[move[1]]['damage'])
print(
f"You hit a {bestiary[monster_ID]['name']} for {player_damage} damage!"
)
if move[1] not in inventory:
print(f"There is no {move[1]} in your inventory!")
if move[0] == 'cast': #
if move[1] in spellbook: # checks if spell is in your spellbook
if move[1].lower() == 'fireball':
player_damage = sum(
dice.roll(spell_lookup[move[1]]['damage']))
print(
f"Summoning eldritch forces, you scorch the {bestiary[monster_ID]['name']} for {player_damage} damage!"
)
if move[1] not in spellbook:
print(f"You don't know the {move[1]} spell!")
if move[0] == 'run': #
escape_chance = randint(
1, 10
) #+ player_speed # if I set this variable later, here's where it would work
if escape_chance >= 10:
print("You make a flawless escape!")
break
if escape_chance >= 5:
print(
"You expose your back as you turn and flee- the monster takes advantage."
)
print(
f"A {bestiary[monster_ID]['name']} hits you for {monster_damage} damage!"
)
player_health -= int(monster_damage)
if player_health >= 1:
print("You managed to escape.")
break
if player_health < 1:
print("You have been slain.")
print("\nGAME OVER")
sys.exit()
if escape_chance >= 0:
print(
"The monster out-maneuvers you and attacks! You do not escape."
)
try:
monster_health -= int(player_damage)
except:
pass
if monster_health <= 0:
print(
f"The {bestiary[monster_ID]['name']} lies dead. You are victorious!\n"
)
break
print(
f"A {bestiary[monster_ID]['name']} hits you for {monster_damage} damage!"
)
print("=========================\n")
round += 1
player_health -= int(monster_damage)
if player_health <= 0:
print("You have been vanquished! You are dead.")
sys.exit()
async def pool(self, ctx, *, arg):
"""Rolls a WoD-style Dice Pool of 10-sided dice"""
output_strings = []
try:
match = self.pattern.match(arg)
if not match:
await self.bot.say("You did it wrong!")
return
output_strings.append('Dice roll called by ')
output_strings.append(ctx.message.author.name)
output_strings.append('.\n')
success_threshold = 6
if match.group(2):
success_threshold = int(match.group(2))
pool_size = match.group(1)
if int(pool_size) > 50:
await self.bot.say(
'ERROR: Invalid dice pool size; the maximum is 50!')
return
result = dice.roll(pool_size + 'd10s')
result.reverse()
rolls = deque(result)
one_count = sum(1 for i in rolls if i == 1)
success_count = sum(1 for i in rolls if i >= success_threshold)
removed_successes = []
removed_ones = []
remaining_successes = []
remaining_failures = []
while len(rolls) > 1 and rolls[0] >= success_threshold and rolls[
-1] == 1:
removed_successes.append(rolls.popleft())
removed_ones.append(rolls.pop())
while len(rolls) > 0 and rolls[0] >= success_threshold:
remaining_successes.append(rolls.popleft())
while len(rolls) > 0:
remaining_failures.append(rolls.popleft())
successes_remaining = len(remaining_successes)
string_bits = []
for roll in removed_successes:
string_bits.append('~~{}~~'.format(roll))
for roll in remaining_successes:
string_bits.append('**{}**'.format(roll))
for roll in remaining_failures:
string_bits.append(str(roll))
for roll in removed_ones:
string_bits.append('~~1~~')
output_strings.append(' '.join(string_bits))
output_strings.append('\n')
remaining_successes_count = len(remaining_successes)
if one_count > 0 and success_count == 0:
output_strings.append('```diff\n- B O T C H E D -\n```')
elif successes_remaining == 0:
output_strings.append('```css\n[ FAILED ({}) ]\n```'.format(
remaining_successes_count))
elif successes_remaining >= 5:
output_strings.append(
'```asciidoc\n= P H E N O M I N A L S U C C E S S ({}) =\n```'
.format(remaining_successes_count))
elif successes_remaining == 4:
output_strings.append(
'```cs\n" EXCEPTIONAL SUCCESS ({}) "\n```'.format(
remaining_successes_count))
elif successes_remaining == 3:
output_strings.append(
'```diff\n+ Complete Success ({}) +\n```'.format(
remaining_successes_count))
elif successes_remaining == 2:
output_strings.append(
'```bash\n# Moderate Success ({}) #\n```'.format(
remaining_successes_count))
elif successes_remaining == 1:
output_strings.append(
'```\nMarginal success... ({})\n```'.format(
remaining_successes_count))
except Exception as error:
output_strings.append('\n')
output_strings.append(str(error))
finally:
await self.bot.say(''.join(output_strings))
def test_add(self):
assert roll('2 + 2') == 4
def test_dice_type(self):
assert isinstance(roll('d6'), Roll)
assert isinstance(roll('1d6'), Roll)
def roll_human():
print(roll_human_background(roll('1d20t')))
print(roll_human_personality(roll('3d6t')))
print(roll_human_religion(roll('3d6t')))
print(roll_human_appearance(roll('3d6t')))
print(roll_human_age(roll('3d6t')))
battles = 1
detailedTracking = (1 == battles)
p1.detailedTracking = detailedTracking
p2.detailedTracking = detailedTracking
# there is a much easier way to do this, but im lazy atm.
for x in range(battles): #rematches
i = 0
# init time!
if detailedTracking:
print()
print("~~~~~~~~~~~~~~~~~~~~")
print("~~~~FRESH INITS!~~~~")
print("~~~~~~~~~~~~~~~~~~~~")
p1flatInit = roll(1,20)
p1.init = p1flatInit+p1.initBonus
if detailedTracking:print(p1.name+" init: ("+str(p1flatInit)+")+"+str(p1.initBonus)+" total: "+str(p1.init))
p2flatInit = roll(1,20)
p2.init = p2flatInit+p2.initBonus
if detailedTracking:print(p2.name+" init: ("+str(p2flatInit)+")+"+str(p2.initBonus)+" total: "+str(p2.init))
if p1.init > p2.init:
if detailedTracking:print(p1.name+" goes first!")
firstPlayer = "p1"
p1.wentFirst += 1
elif p1.init < p2.init:
if detailedTracking:print(p2.name+" goes first!")
firstPlayer = "p2"
p2.wentFirst += 1
def test_simple(self):
x = roll('d6')
r = re.findall(r'\( [1-6] \) = [1-6]', x)
assert len(r) == 1
def test_addition(self):
x = roll('2w20+5')
r = re.findall(r'\( (\d+) \+ (\d+) \) \+ (5) = (\d+)', x)
assert len(r) == 1
assert int(r[0][0]) + int(r[0][1]) + int(r[0][2]) == int(r[0][-1])
def test_bigger(self):
x = roll('2w1000')
r = re.findall(r'\( (\d+) \+ (\d+) \) = (\d+)', x)
assert len(r) == 1
assert int(r[0][0]) + int(r[0][1]) == int(r[0][-1])
def test_result(self):
x = roll('2d6')
r = re.findall(r'\( ([1-6]) \+ ([1-6]) \) = (\d+)', x)
assert len(r) == 1
assert int(r[0][0]) + int(r[0][1]) == int(r[0][-1])
def roll_armor_type(self):
armor_roll = sum(dice.roll('1d8'))
return self.roll_on_table_with_range(armor_roll, 'Armor')
def test_type(self):
assert isinstance(roll('1'), int)
assert isinstance(roll('1'), Integer)
def test_dice_value(self):
assert 0 < int(roll('d6')) <= 6
assert 0 < int(roll('1d6')) <= 6
def test_roll():
for single, raw in product((True, False), (True, False)):
assert roll("6d6", single=single, raw=raw)
assert roll_min("6d6", single=single, raw=raw)
assert roll_max("6d6", single=single, raw=raw)
def test_dice_values(self):
for die in roll('6d6'):
assert 0 < die <= 6
async def on_message(self,message):
if message.author == self.user:
return
elif re.match(r'^gamble\b', message.content) is not None:
if len(message.content.split()) == 1:
await message.channel.send(self.commands_msg)
elif message.content.split()[1] == 'btc':
time,price = self.get_cached_btc_price()
embed = discord.Embed()
embed.description = "Powered by [CoinDesk](https://www.coindesk.com/price/bitcoin)"
content = "The price of BTC at %s was %s USD\nThis bot will only query the price if cached data is older than %s minutes to avoid overuse of the API."%(time.ctime(),price,str(self.time_delay))
await message.channel.send(content=content,embed=embed)
elif message.content.split()[1] == 'roll':
if len(message.content.split()) == 2:
await message.channel.send("Roll usage:\n```gamble roll xdy: rolls x dice with a range from 1 to y```")
elif re.match(r'^\d+d\d+$',message.content.split()[2]) is not None:
string = message.content.split()[2]
x,y = string.split("d")
if x == 1:
await message.channel.send("Rolling %s die with %s faces each...\n%s!"%(x,y,sum(dice.roll(string))))
else:
await message.channel.send("Rolling %s dice with %s faces each...\n%s!"%(x,y,sum(dice.roll(string))))
else:
await message.channel.send("Roll usage:\n```gamble roll xdy: rolls x dice with a range from 1 to y```")
else:
await message.channel.send(self.commands_msg)
elif message.content == "ping":
await message.channel.send('pong')
def get_random_item_type(self):
roll = dice.roll('1d%')
self.item_type = self.roll_on_table_with_range(sum(roll), 'item_types')
if self.item_type is None:
raise Exception(
'Unable to get random item type. Check magic_subtable')
def roll_dice(query, sender):
try:
result = dice.roll(query)
CENA.set_text(str(result))
except Exception:
CENA.set_text("They rolled off the table...")
sleep(delay)
bet = take_bet(capital, played=played)
sleep(delay)
print('Computer has matched your bet.')
capital -= bet
pool += 2 * bet
sleep(delay)
print(Fore.GREEN + '<<Round 1 betting ends>>')
# Roll dice for round 1
sleep(delay)
print(Fore.GREEN + '<<Rolling dices>>')
hand_p = dice.roll()
hand_c = dice.roll()
sleep(delay)
show_hands(hand_p, hand_c)
# Round 2 of the game.
sleep(delay)
print('\n ' + Back.GREEN + Fore.BLACK + '------------- Round 2 -------------' + Style.RESET_ALL + '\n')
show_capital(capital)
# Take bet for round 2
sleep(delay)
def attack_rolls(player, enemy, detailed_tracking):
"""attack_rolls runs a fight to the death between two players"""
for atk in player.attacks:
flat_roll = roll(1, 20)
attack_roll = flat_roll + atk[0]
damage_range = [atk[1], atk[2] * atk[1]]
sneak_attack_damage_range = [
player.sneakAtkDice, 6 * player.sneakAtkDice
]
if attack_roll >= enemy.ac or flat_roll >= player.critRange: #auto hit on crits'
if flat_roll >= player.critRange:
if detailed_tracking:
print("{} Atk: ({}), total: {} CRITICAL HIT!".format(
player.name, flat_roll, attack_roll))
damage_roll = roll(damage_range[0] * 2, damage_range[1] * 2)
player.critCounter += 1
damage_string = "Crit Dmg: {}d{}+{} (range: {}-{})".format(
atk[1] * 2, atk[2], atk[3], damage_range[0] * 2 + atk[3],
damage_range[1] * 2 + atk[3])
if player.sneakAtkDice > 0:
sneak_attack_damage_roll = roll(
sneak_attack_damage_range[0] * 2,
sneak_attack_damage_range[1] * 2)
if detailed_tracking:
print("Sneak Attack dice: {}d{}, damage: {}".format(
sneak_attack_damage_range[0] * 2, 6,
sneak_attack_damage_roll))
enemy.take_damage(sneak_attack_damage_roll)
else:
if detailed_tracking:
print("{} Atk: ({}), total: {} HIT!".format(
player.name, flat_roll, attack_roll))
damage_roll = roll(damage_range[0], damage_range[1])
damage_string = "Dmg: {}d{}+{} (range: {}-{})".format(
atk[1], atk[2], atk[3], damage_range[0] + atk[3],
damage_range[1] + atk[3])
if player.sneakAtkDice > 0:
sneak_attack_damage_roll = roll(
sneak_attack_damage_range[0],
sneak_attack_damage_range[1])
if detailed_tracking:
print("Sneak Attack dice: {}d{}, damage: {}".format(
sneak_attack_damage_range[0], 6,
sneak_attack_damage_roll))
enemy.take_damage(sneak_attack_damage_roll)
attack_damage = damage_roll + atk[3]
if detailed_tracking:
print(damage_string)
print("Dealt {} dmg, ({})+{}".format(attack_damage,
damage_roll, atk[3]))
enemy.take_damage(attack_damage)
player.hitsCounter += 1
else:
if detailed_tracking:
print(player.name + " missed.")
if detailed_tracking:
print()
if enemy.hp <= 0:
return "death"
if enemy.hp <= 0:
return "death"
return "everybody lives!"
self.strength = strength
self.dexterity = dexterity
self.constitution = constitution
self.intelligence = intelligence
self.wisdom = wisdom
self.charisma = charisma
if self.strength < 8:
self.strength = 8
if self.dexterity < 8:
self.dexterity = 8
if self.constitution < 10:
self.constitution = 10
if self.intelligence < 8:
self.intelligence = 8
if self.wisdom < 8:
self.wisdom = 8
if self.charisma < 8:
self.charisma = 8
self.hp = 8 + (self.constitution - 10) / 2
def __str__(self):
return "STR: %i\nDEX: %i\nCON: %i\nINT: %i\nWIS: %i\nCHA: %i\n-----------------------\nHP: %i" % (
self.strength, self.dexterity, self.constitution,
self.intelligence, self.wisdom, self.charisma, self.hp)
roll = dice.roll(6, 3, True)
stat_set = StatGenerationPlayer()
print(stat_set)
def random_factory(tn_id, jobs, job_mandatory, allow_ruins=False):
"""Create a random town
Args:
tn_id - The id of the town on the hexcrawl map
jobs - The collection of mandatory and non-mandatory jobs
allow_ruins - True if a town can be generated as
type 'Ruins'
job_mandatory - The % chance that a town will have a mandatory
job. 0% indicates that the method defind in the
Hexcrawl document should be used (roll +/- 1)
"""
tn = TOWNS[tn_id]
if not allow_ruins:
#
# Ruins are not allowed for this town so
# add Ruins to the disallowed type list
#
tn['disallowed'].append("Ruins")
#
# Town Size and how many buildings
#
town_size, size_low, size_high = random.choice(TOWN_SIZES)
num_buildings = random.randint(size_low, size_high)
#
# Generate town kind.
# Keep trying until a valid type is generated
#
while (True):
roll = dice.roll('2d6')
town_type = TOWN_TYPES[sum(roll)]
if town_type not in tn['disallowed']:
break
#
# Generate Town Trait
# Keep trying until a valid trait is generated
#
while (True):
roll = dice.roll('2d6')
trait_roll = roll[0] * 10 + roll[1]
town_trait = TOWN_TRAITS[trait_roll]
#
# Check for special trait considerations
#
disallowed = town_trait.get('disallowed')
if not disallowed:
#
# No special considerations.
# Keep the trait
#
break
if town_type not in disallowed:
#
# No special consideration violations
# Keep the trait.
#
break
#
# Generate buildings
#
# Copy the building list so we can 'draw' from it
# without modifying the reference list.
draw_buildings = TOWN_BUILDINGS[:]
town_buildings = []
#
# Check if the town has special building considerations
#
special_tn = TOWN_TYPE_BLDGS.get(town_type)
if special_tn:
#
# Get manditory buildings then remove
# them from the available buildings
#
for bldg in special_tn['include']:
draw_buildings.remove(bldg)
town_buildings.append(bldg)
num_buildings -= 1
#
# Get excluded buildings and take them out of the
# available buildings
#
for bldg in special_tn['exclude']:
draw_buildings.remove(bldg)
#
# Randomize the remaining buildings
# and draw enough to fill the town
#
random.shuffle(draw_buildings)
for i in range(num_buildings):
town_buildings.append(draw_buildings.pop())
#
# Roll for the town job
#
# TODO: Create a seperate "Manditory" roll to
# check if the town has a manditory job
#
town_job = Town.generate_jobs(jobs, job_mandatory)
#
# Fix town coordinates to be normalized 3-tuple coordinates
#
(q, r) = tn['coord']
coord = (q, r, 0 - (q + r))
return Town(tn_id, tn['name'], coord, town_type, trait_roll, town_job,
town_buildings)
def her_execution(board, position, role, eng_type, scot_type):
'''
Activates the HERALD card.
position: 'opp' or 'comp' - ai or player
board: Board object
'''
#List of available nobles to steal
enemy_nobles = []
if role == 'SCOTLAND':
enemy_role = 'ENGLAND'
else:
enemy_role = 'SCOTLAND'
for enemy_region in board.get_controlled_regions(enemy_role):
for block in enemy_region.blocks_present:
if type(block) == blocks.Noble and block.name != 'MORAY' and block.allegiance != role:
enemy_nobles.append(block)
if position == 'opp':
#Print out available nobles
for noble in enemy_nobles:
print(noble.name)
#Take input
valid_input = False
while not valid_input:
name_input = input('Which noble will you try to take?: ').strip().upper()
#Check if the input is valid
for noble in enemy_nobles:
if name_input == noble.name:
valid_input = True
noble_to_steal = noble
if not valid_input:
print('Invalid input. Please try again.')
elif position == 'comp':
###
###
### PICK A RANDOM NOBLE - TEMPORARY
###
###
num_nobles = len(enemy_nobles)
rand_selection = random.randint(0,num_nobles-1)
noble_to_steal = enemy_nobles[rand_selection]
print('Computer picked ' + noble_to_steal.name)
###
###
###
###
###
#Roll the die and take the number from the list
print('Roll a die to take the noble. 1-4 = success, 5-6 = failure.\n>')
rand_num = dice.roll(1)[0]
print('DIE ROLL: ' + str(rand_num))
if rand_num <= 4:
#STEAL NOBLE
noble_to_steal.change_allegiance()
print('Success')
print(noble_to_steal.name, 'changed allegiance.' )
#Find the noble's region
noble_region = combat.find_location(board, noble_to_steal)
if len(board.regions[noble_region.regionID].blocks_present) > 1:
for block in noble_region.blocks_present:
if block == noble_to_steal:
print(block.name + ' added to attacking dict')
board.regions[noble_region.regionID].combat_dict['Attacking'].append(block)
else:
print(block.name + ' added to defending dict')
board.regions[noble_region.regionID].combat_dict['Defending'].append(block)
print('DID HERALD BATTLE IN HERALD FUNCTION')
board.regions[noble_region.regionID].combat_dict['Attacking'][0].change_allegiance()
combat.battle(board.regions[noble_region.regionID].combat_dict['Attacking'], board.regions[noble_region.regionID].combat_dict['Defending'], list(), list(), board, eng_type, scot_type)
#Move the noble to its own region - will sort it into attacker/defender
#board.move_block(noble_to_steal, noble_region.regionID, noble_region.regionID, position)
else:
print('Failure')
def HP(self):
if not self._HP:
self._HP = str(sum(dice.roll('2d8')) + 2) + ' (2d8+2)'
return self._HP
def handler(exp):
real = as_iterable(dice.roll(exp))
mn = as_iterable(dice.roll_min(exp))
mx = as_iterable(dice.roll_max(exp))
yield from zip(real, mn, mx)
def initiative(dexterity):
"""
This function is used to determine initiative
"""
return roll(f'1d20+{str(dexterity)}')
def test_two(self):
x = roll('2d6')
r = re.findall(r'\( [1-6] \+ [1-6] \) = \d+', x)
assert len(r) == 1
def roll(self, modifers=None):
rolled_val = int(dice.roll(self.die))
name, effect = self.get(rolled_val)
return rolled_val, name, effect