def defender_roll(self, unit):
#roll = ((randint(0,10) + randint(0,10) + randint(0,10))/3)
roll = dice.diceroll(die_tries=3)
bonus = (unit.defense * unit.gov_defense) + (unit.speed / 2 *
unit.gov_speed)
roll += bonus
return (roll)
async def ovaroll(modifier : int):
try:
if modifier >= 0:
rolls = [ diceroll(6).result for i in range(2+modifier) ]
results = [ sum([ x for x in rolls if x == i]) for i in [1,2,3,4,5,6] ]
rollstr = str(sorted(rolls))
res = max(results)
else:
rolls = [ diceroll(6).result for i in range(abs(modifier)) ]
rollstr = str(sorted(rolls))
res = min(rolls)
await nepbot.reply("```{} ({})```".format(res, rollstr))
except Exception as e:
if str(e) is not "":
await nepbot.reply(str(e))
else:
await nepbot.reply(_getError().lower())
def main():
print("This program serves as a helper for Dungeons and Dragons DMs (version 5, no homebrewing). Type 'help' for a list of commands.")
char_creator()
turncount = encount_begin()
while True:
x= input("\nWhat would you like to do next? ")
x = x.lower().rstrip()
if x=="end turn":
turncount += 1
print("Current turn:", turncount)
elif x == "add character":
char_creator()
elif x == "roll dice":
dice.diceroll()
elif x == "end encounter":
break
elif x == "help":
help()
else:
print("I don't understand", "'"+x+"'.", "Type 'help' for a list of commands. ")
print("\nGoodbye!")
def main():
print(
"This program serves as a helper for Dungeons and Dragons DMs (version 5, no homebrewing). Type 'help' for a list of commands."
)
char_creator()
turncount = encount_begin()
while True:
x = input("\nWhat would you like to do next? ")
x = x.lower().rstrip()
if x == "end turn":
turncount += 1
print("Current turn:", turncount)
elif x == "add character":
char_creator()
elif x == "roll dice":
dice.diceroll()
elif x == "end encounter":
break
elif x == "help":
help()
else:
print("I don't understand", "'" + x + "'.",
"Type 'help' for a list of commands. ")
print("\nGoodbye!")
async def _capt(**kwargs):
for key in kwargs:
last_params[key] = kwargs[key]
cr = 10 + sum(last_params.values())
await nepbot.reply("The Capture Rate is `{}`!".format(cr))
res = diceroll(20).result
success = res == 20 or res >= cr
for shakes, check in [("once", res-cr > 3), ("twice", res-cr > 2), ("thrice", res-cr > 1)]:
nepbot.type()
await asyncio.sleep(1)
if check:
await nepbot.reply("Shook {}...".format(shakes))
else:
await nepbot.reply("{}! The Pokemon broke free...".format(_getExplicitive().capitalize()))
return
nepbot.type()
await asyncio.sleep(1)
if success:
await nepbot.reply("Gotcha! The Wild Pokemon was caught! `({})`".format(res))
else:
await nepbot.reply("{}! The Pokemon broke free... ({})".format(_getExplicitive().capitalize(), res))
import dice dice.diceroll() dice.diceroll()
def initiative_roll(unit):
roll = dice.diceroll()
#bonus = unit.gov_initiative + (unit.speed/2* unit.gov_initiative)
bonus = 1
roll += bonus
return (roll)
def attacker_roll(self, unit):
roll = dice.diceroll(die_tries=3)
bonus = (unit.attack * unit.gov_attack) + (unit.speed / 2 *
unit.gov_speed)
roll += bonus
return (roll)
import dice
print("Your first dice roll is: " + str(dice.diceroll()))
print("Your second dice roll is: " + str(dice.diceroll()))
def initiative_roll(unit):
roll = dice.diceroll()
# bonus = unit.gov_initiative + (unit.speed/2* unit.gov_initiative)
bonus = 1
roll += bonus
return roll
def defender_roll(self, unit):
# roll = ((randint(0,10) + randint(0,10) + randint(0,10))/3)
roll = dice.diceroll(die_tries=3)
bonus = (unit.defense * unit.gov_defense) + (unit.speed / 2 * unit.gov_speed)
roll += bonus
return roll
def attacker_roll(self, unit):
roll = dice.diceroll(die_tries=3)
bonus = (unit.attack * unit.gov_attack) + (unit.speed / 2 * unit.gov_speed)
roll += bonus
return roll
