def roll_attack(self, target, penalty=0):
"""
Returns our roll to hit with an attack. Half of our roll is randomized.
"""
autohit = self.damage is not None
diff = 2 # base difficulty before mods
penalty -= self.atk_modifiers
diff += penalty
diff += self.difficulty_mod
if not autohit:
roll = do_dice_check(self.attacker, stat=self.attack_stat, skill=self.attack_skill,
difficulty=diff)
else:
roll_object = Roll()
roll_object.character_name = self.attacker_name
if self.attack_skill:
roll_object.skills = {self.attack_skill: self.attack_skill_value}
else:
roll_object.stat_keep = True
roll_object.skill_keep = False
roll_object.stats = {self.attack_stat: self.attack_stat_value}
roll = roll_object.roll()
if self.attacker_is_npc:
roll = self.modify_difficulty_by_risk(roll)
if roll > 2:
roll = (roll//2) + randint(0, (roll//2))
if not autohit:
roll += self.get_modifier(target, RollModifier.ATTACK)
return roll
def func(self):
maximum_difference = 100
crit = "can_crit" in self.switches
flub = "flub" in self.switches
roll = Roll(
can_crit=crit,
quiet=False,
announce_room=self.caller.location,
announce_values=True,
flub=flub,
)
try:
# rest of the command here. PS, I love you. <3
# checks to see if difficulty exists. PPS Love you too!
args_list = self.args.lower().split(" at ")
if len(args_list) > 1:
if (not args_list[1].isdigit()
or not 0 < int(args_list[1]) < maximum_difference):
self.msg("Difficulty must be a number between 1 and %s." %
maximum_difference)
return
difficulty = int(args_list[1])
roll.difficulty = difficulty
# 'args' here is the remainder after difficulty was split away.
# it is not self.args
args = args_list[0]
other_list = args.split("+")
if len(other_list) > 1:
skilltup = self.get_value_pair(other_list[1])
if not skilltup:
return
roll.skills = {skilltup[0]: skilltup[1]}
else:
roll.stat_keep = True
roll.skill_keep = False
stattup = self.get_value_pair(other_list[0])
if not stattup:
return
roll.stats = {stattup[0]: stattup[1]}
roll.character_name = "%s GM Roll" % self.caller
# Just so you know, you are beautiful and I love you. <3
roll.roll()
except IndexError:
self.msg(
"usage: @gmcheck <stat>/<value>[+<skill>/<value>] at <difficulty number>"
)
return
