def thac0(self):
if self.get('personal/race', '') == "creature":
key = "creature"
else:
key = self.get('class/parent', '')
thac0s = load_yaml("rules", "thac0.yaml")[key]
for key2 in list(thac0s.keys()):
if inrange(self.get('combat/level-hitdice', 1), key2):
return int(thac0s[key2])
def abilities(self):
subclass = self.get('class/class', '')
parentclass = self.get('class/parent', '')
level = self.get('combat/level-hitdice', '')
various = load_yaml('rules', 'various.yaml')
abilities = various['abilities']
conditionals = self.get('abilities', {})
race = self.get('personal/race', self())
for ability in abilities:
base = 0
if ability in conditionals:
if isinstance(conditionals[ability], str) and len(conditionals[ability]) > 0:
base = int(conditionals[ability])
if subclass in abilities[ability]:
for key in abilities[ability][subclass]:
if inrange(level, key):
base += int(abilities[ability][subclass][key])
continue
elif parentclass in abilities[ability]:
for key in abilities[ability][parentclass]:
if inrange(level, key):
base += int(abilities[ability][parentclass][key])
continue
if base > 0:
if race in abilities[ability]:
base += int(abilities[ability][race])
conditionals[ability] = base
for key in conditionals:
racial_bonus = 0
dex_bonus = 0
if key in various['abilities']:
if "racial_bonus" in various['abilities'][key] and race in various['abilities'][key]["racial_bonus"]:
racial_bonus = int(various['abilities'][key]["racial_bonus"][race])
dex = int(self.get('/abilities/dex', 0))
if "dexterity bonus" in various['abilities'][key]:
for d in various['abilities'][key]["dexterity bonus"]:
if inrange(dex, d):
dex_bonus = int(various['abilities'][key]["dexterity bonus"][d])
continue
if isinstance(conditionals[key], str) and len(conditionals[key]) == 0:
conditionals[key] = 0
if int(conditionals[key]) > 0:
conditionals[key] = int(conditionals[key]) + dex_bonus + racial_bonus
return conditionals
def num_attacks(self):
atr_objdata = FlattenedDict(load_yaml('rules', 'various.yaml'))
atr = atr_objdata['various/attacks_per_round']
parentclass = self.get('class/parent', '')
if parentclass not in atr:
myatr = 1
else:
for key in list(atr[parentclass].keys()):
if inrange(self.get('combat/level-hitdice', 1), key):
myatr = int(atr[parentclass][key])
return self.num_weapons() * int(myatr)
def saving_throws(self):
"""
>>> char = Character(load_yaml('characters', 'bardic_rogue.yaml'))
>>> isinstance(char.saving_throws, dict)
True
"""
key = self.get('class/parent', '')
sts = FlattenedDict(load_yaml("rules", "saving_throws.yaml"))
sts = FlattenedDict(sts.getsubtree(key))
hitdice = self.get('combat/level-hitdice', 0)
for key2 in sts.subkeys():
if inrange(hitdice, key2):
st = sts.getsubtree(key2)
st['ppd'] = int(st['ppd']) + self.ppd_mod()
return(st)
def saving_throw(self, against):
saving = load_yaml('rules', 'saving_throws.yaml') or {}
prettyname = saving['names'][against]
race = self.get('personal/race', '')
con = int(self.get('attributes/con', 0))
mod = 0
if race in list(saving.keys()):
for key in list(saving[race].keys()):
if inrange(con, key):
mod = int(saving[race][key])
continue
target = int(FlattenedDict(self.saving_throws).get(against, 0))
out = "%s Tries to roll a saving throw against %s" % (self.displayname(), prettyname)
out += "<br>%s needs to roll %s" % (self.displayname(), target)
roll = rolldice(numdice=1, numsides=20, modifier=mod)
out += '<br>%s' % roll[1]
if roll[0] >= int(target):
out += '<br>Saved !'
return (True, out)
else:
out += "<br>Did not save !"
return (False, out)
