def sample_char(char, archetype, race, focus=None):
"""Loads sample traits onto a character.
Args:
char (Character): character to load traits
archetype (str): name of base archetype
race (str): name of race to become
focus Optional(str): focus to apply. if None, default is race's
first item in foci collection
"""
archetypes.apply_archetype(char, archetype, reset=True)
char.traits.STR.base += 1
char.traits.PER.base += 1
char.traits.INT.base += 1
char.traits.DEX.base += 1
char.traits.CHA.base += 1
char.traits.VIT.base += 2
char.traits.MAG.base += 2
focus = focus or races.load_race(race).foci[0]
races.apply_race(char, race, focus)
archetypes.calculate_secondary_traits(char.traits)
archetypes.finalize_traits(char.traits)
tickerhandler.add(char, 6, hook_key='at_turn_start')
skills.apply_skills(char)
skills.finalize_skills(char.skills)
def sample_char(char, archetype, race, focus=None):
"""Loads sample traits onto a character.
Args:
char (Character): character to load traits
archetype (str): name of base archetype
race (str): name of race to become
focus Optional(str): focus to apply. if None, default is race's
first item in foci collection
"""
archetypes.apply_archetype(char, archetype, reset=True)
char.traits.STR.base += 1
char.traits.PER.base += 1
char.traits.INT.base += 1
char.traits.DEX.base += 1
char.traits.CHA.base += 1
char.traits.VIT.base += 2
char.traits.MAG.base += 2
focus = focus or races.load_race(race).foci[0]
races.apply_race(char, race, focus)
archetypes.calculate_secondary_traits(char.traits)
archetypes.finalize_traits(char.traits)
tickerhandler.add(interval=6, callback=char.at_turn_start)
skills.apply_skills(char)
skills.finalize_skills(char.skills)
def test_finalize_skills(self):
"""test module function `finalize_skills`"""
skills.apply_skills(self.char1)
# allocate skills for char1
sk = self.char1.skills
sk.escape.minus += 1
sk.climb.minus += 1
sk.jump.minus += 1
sk.medicine.plus += 1
skills.finalize_skills(sk)
# confirm the plusses and minuses are applied
self.assertEqual(sk.escape.actual, 7)
self.assertEqual(sk.climb.actual, 7)
self.assertEqual(sk.jump.actual, 7)
self.assertEqual(sk.medicine.actual, 3)
# confirm plus/minus counters are deleted
with self.assertRaises(AttributeError):
x = sk.escape.plus
with self.assertRaises(AttributeError):
x = sk.escape.minus
def test_finalize_skills(self):
"""test module function `finalize_skills`"""
skills.apply_skills(self.char1)
# allocate skills for char1
sk = self.char1.skills
sk.escape.minus += 1
sk.climb.minus += 1
sk.jump.minus += 1
sk.medicine.plus += 1
skills.finalize_skills(sk)
# confirm the plusses and minuses are applied
self.assertEqual(sk.escape.actual, 7)
self.assertEqual(sk.climb.actual, 7)
self.assertEqual(sk.jump.actual, 7)
self.assertEqual(sk.medicine.actual, 3)
# confirm plus/minus counters are deleted
with self.assertRaises(AttributeError):
x = sk.escape.plus
with self.assertRaises(AttributeError):
x = sk.escape.minus
def menunode_allocate_skills(caller, raw_string):
"""Skill -1 counter allocation menu node."""
char = caller.new_char
sk = char.skills
total = 3
counts = {1: 'one', 2: 'two', 3: 'three'}
plusses = (ceil(char.traits.INT.actual / 3.0) -
sum(sk[s].plus for s in skills.ALL_SKILLS))
minuses = total - sum(sk[s].minus for s in skills.ALL_SKILLS)
text = ""
raw_string = raw_string.strip()
if raw_string.isdigit() and int(raw_string) <= len(skills.ALL_SKILLS):
skill = sk[skills.ALL_SKILLS[int(raw_string) - 1]]
if minuses:
if skill.actual - skill.minus - 1 > 0:
skill.minus += 1
minuses -= 1
else:
text += "|rSkills cannot be reduced below one.|n\n"
elif plusses:
if skill.actual + skill.plus + 1 <= 10:
skill.plus += 1
plusses -= 1
else:
text += "|rSkills cannot be increased above ten.|n\n"
if plusses or minuses:
text += "{}\n\n".format(raw_string) if raw_string and raw_string[0] == 'F' else ""
text += "Your ability to perform actions in Ainneve is\n"
text += "tied to your character's skills.\n"
if minuses:
text += "Please allocate |w{}|n |m'-1'|n counter{}.".format(
counts[minuses],
's' if minuses != 1 else '')
elif plusses:
text += "Please allocate |w{}|n |m'+1'|n counter{}.".format(
counts[plusses],
's' if plusses != 1 else '')
help = "Skill allocation is a two step process. First, you\n"
help += "distribute three '-1' counters across your skills,\n"
help += "then a number of '+1' counters equal to your Intelligence\n"
help += "divided by 3."
options = [{"desc": _format_skill_opts(sk[s]),
"goto": "menunode_allocate_skills"}
for s in skills.ALL_SKILLS]
def clear_skills(s):
"""Reset plus and minus counters on all skills."""
for skill in skills.ALL_SKILLS:
sk[skill].plus = 0
sk[skill].minus = 0
options.append({"desc": "Start Over",
"exec": clear_skills,
"goto": "menunode_allocate_skills"})
return (text, help), options
else:
skills.finalize_skills(char.skills)
data = []
for i in xrange(3):
data.append([_format_trait_opts(sk[s], color='|M')
for s in skills.ALL_SKILLS[i::3]])
table = EvTable(header=False, table=data)
output = "Final Skills:\n"
output += "{skills}\n"
char.db.wallet['SC'] = d_roll('2d6+3')
output += "You begin with |w{sc} SC|n (Silver Coins)."
return menunode_equipment_cats(
caller,
output.format(skills=table, sc=char.db.wallet['SC'])
)
def menunode_allocate_skills(caller, raw_string):
"""Skill -1 counter allocation menu node."""
char = caller.new_char
sk = char.skills
total = 3
counts = {1: 'one', 2: 'two', 3: 'three'}
plusses = (ceil(char.traits.INT.actual / 3.0) -
sum(sk[s].plus for s in skills.ALL_SKILLS))
minuses = total - sum(sk[s].minus for s in skills.ALL_SKILLS)
text = ""
raw_string = raw_string.strip()
if raw_string.isdigit() and int(raw_string) <= len(skills.ALL_SKILLS):
skill = sk[skills.ALL_SKILLS[int(raw_string) - 1]]
if minuses:
if skill.actual - skill.minus - 1 > 0:
skill.minus += 1
minuses -= 1
else:
text += "|rSkills cannot be reduced below one.|n\n"
elif plusses:
if skill.actual + skill.plus + 1 <= 10:
skill.plus += 1
plusses -= 1
else:
text += "|rSkills cannot be increased above ten.|n\n"
if plusses or minuses:
text += "{}\n\n".format(
raw_string) if raw_string and raw_string[0] == 'F' else ""
text += "Your ability to perform actions in Ainneve is\n"
text += "tied to your character's skills.\n"
if minuses:
text += "Please allocate |w{}|n |m'-1'|n counter{}.".format(
counts[minuses], 's' if minuses != 1 else '')
elif plusses:
text += "Please allocate |w{}|n |m'+1'|n counter{}.".format(
counts[plusses], 's' if plusses != 1 else '')
help = "Skill allocation is a two step process. First, you\n"
help += "distribute three '-1' counters across your skills,\n"
help += "then a number of '+1' counters equal to your Intelligence\n"
help += "divided by 3."
options = [{
"desc": _format_skill_opts(sk[s]),
"goto": "menunode_allocate_skills"
} for s in skills.ALL_SKILLS]
def clear_skills(s):
"""Reset plus and minus counters on all skills."""
for skill in skills.ALL_SKILLS:
sk[skill].plus = 0
sk[skill].minus = 0
options.append({
"desc": "Start Over",
"exec": clear_skills,
"goto": "menunode_allocate_skills"
})
return (text, help), options
else:
skills.finalize_skills(char.skills)
data = []
for i in xrange(3):
data.append([
_format_trait_opts(sk[s], color='|M')
for s in skills.ALL_SKILLS[i::3]
])
table = EvTable(header=False, table=data)
output = "Final Skills:\n"
output += "{skills}\n"
char.db.wallet['SC'] = d_roll('2d6+3')
output += "You begin with |w{sc} SC|n (Silver Coins)."
return menunode_equipment_cats(
caller, output.format(skills=table, sc=char.db.wallet['SC']))