def apply_skills(character):
character.setdefault('skills', [])
for skill in list(character['skills']):
pass
# character['skills'] = ......
character['points'].setdefault('spent', FlockDict())
character['points'].setdefault('available', FlockDict())
character['points']['spent']['mental'] = lambda: sum(
skill.cost for skill in character['skills'] if skill.isMental)
character['points']['available']['mental'] = lambda: character['points']['total']['mental'] - \
character['points']['spent']['mental']
character['points']['spent']['physical'] = lambda: sum(
skill.cost for skill in character['skills'] if skill.isPhysical)
character['points']['available']['physical'] = lambda: character['points']['total']['physical'] - \
character['points']['spent']['physical']
character['points']['spent']['heroic'] = lambda: sum(
skill.cost for skill in character['skills'] if skill.isHeroic)
character['points']['available']['heroic'] = lambda: character['points']['total']['heroic'] - \
character['points']['spent']['heroic']
character['points']['spent']['universal'] = lambda: -sum(
min(0, character['points']['available'][pt_type])
for pt_type in character['points']['available']
if pt_type != 'universal')
character['points']['available']['universal'] = lambda: character['points']['total']['universal'] - \
character['points']['spent']['universal']
def apply_level_allotments(character):
if 'level' not in character:
character['level'] = 1
character.setdefault('points', FlockDict())
character['points'].setdefault('total', FlockDict({'universal': 10}))
character['points']['total']['mental'] = lambda: character[
'level'] * character['bonuses']['Mental Skill Points']
character['points']['total']['physical'] = lambda: character[
'level'] * character['bonuses']['Phy Skill Points']
character['points']['total']['heroic'] = lambda: character['level'] * (
character['level'] + 1 + character['bonuses']['heroics'])
def setUp(self):
super().setUp()
self.flock = FlockDict()
self.flock['a'] = 'Original Value'
self.flock['b'] = {'i': 'Original Value', 'ii': 42}
self.flock['c'] = [1, 2, 3]
self.flock['d'] = set('ABC')
def apply_racial_bonuses(character):
if character["Race"] == "Human":
preVal = character["Spirit"]
character["Spirit"] = lambda: preVal + 2
character.setdefault('Racial Bonuses', FlockDict())
character['Racial Bonuses']['heroics'] = 1
# print("character bonuses {ct_type} sources {sources} bonuses {rb_type}".format(
# ct_type=type(character.promises['bonuses']), rb_type=type(character.promises['Racial Bonuses']),
# sources=character.promises['bonuses'].sources))
character.promises['bonuses'].sources.append(character['Racial Bonuses'])
def apply_attribute_table(character):
if 'Attribute_Bonuses' not in character:
character['Attribute_Bonuses'] = FlockDict()
for (attribute, bonus), table in get_attribute_table().items():
character['Attribute_Bonuses'][bonus] = lookup(character, attribute,
table)
character['base_bonuses'] = {'Spell Points Multiple': {'General': 1}}
character['bonuses'] = FlockAggregator(
[character['Attribute_Bonuses'], character['base_bonuses']],
cross_total)
def test_split_cache(self):
self.flock2 = FlockDict()
self.flock2['dest'] = reference(self.flock, 'source')
self.flock2['nested_dest'] = {'dest': reference(self.flock, 'nested_source', 'source')}
self.flock2['jump_dest'] = {'dest': reference(self.flock['nested_source'], 'source')}
assert self.flock2['dest'] == self.flock2['nested_dest']['dest'] == 'Original Value'
self.flock['source'] = '1st New Value'
assert self.flock2['dest'] == '1st New Value'
assert self.flock2['nested_dest']['dest'] == self.flock2['jump_dest']['dest'] == 'Original Value'
self.flock['nested_source']['source'] = '2nd New Value'
assert self.flock2['dest'] == '1st New Value'
assert self.flock2['nested_dest']['dest'] == '2nd New Value'
assert self.flock2['jump_dest']['dest'] == '2nd New Value'
def load_character(filename):
sheet = pickle.load(open(filename, 'rb'))
ret = FlockDict(sheet)
return apply_rules(ret)
default=None,
help="File to read character from.")
parser.add_argument("--outfile",
type=argparse.FileType('w'),
default=None,
help="File to read character from.")
return parser
if __name__ == "__main__":
logging.basicConfig()
parser = get_parser()
opt = parser.parse_args()
# char = load_character("Mondavite2.pkl")
char = FlockDict()
if not opt.infile:
char['base_stats'] = {
'Combat Skill': 13,
'Dexterity': 16,
'Health': 11,
'Intelligence': 18,
'Magic': 17,
'Perception': 20,
'Presence': 11,
'Speed': 13,
'Spirit': 10,
'Strength': 10,
'Luck': 10
}
def setUp(self):
super().setUp()
self.flock = FlockDict()
self.flock['x'] = {x: x for x in range(1, 10)}
self.flock['y'] = {x: 2 * x for x in range(1, 10)}
def setUp(self):
super().setUp()
self.flock = FlockDict()
self.flock['source'] = 'Original Value'
self.flock['nested_source'] = {'source': 'Original Value'}
def setUp(self):
super().setUp()
self.flock = FlockDict()
