def from_input(cls):
name = easyinput.input_str("name")
hp = easyinput.input_int('hp')
init_mod = easyinput.input_int('init mod', 0)
ap = easyinput.input_int('action points', 0)
surges = easyinput.input_int('healing surges', 0)
recharges = []
while True:
data = []
data = easyinput.input_str("recharge", default='').split(',')
if len(data) == 2:
recharge = {}
recharge['name'] = data[0]
recharge['value'] = int(data[1])
recharge['used'] = False
recharges.append(recharge)
else:
break
count = easyinput.input_int('count', 1)
# Now make the combatants...
members = {}
for i in range(count):
c = Combatant(name, hp, pc=False, surges=surges, ap=ap, sw=0, recharges=recharges)
members[c.index] = c
if count > 1:
name = name + 's'
return CombatGroup(name, members, init_mod)
def choose_combatant(self):
print self.format_combatants()
index = easyinput.input_int('choose combatant')
if index not in self.combatant_hash:
print 'Error: {} is not a valid index'.format(index)
return self.choose_combatant()
return self.combatant_hash[index]
def end_turn(self):
for c in self.conditions.values():
if c['cond_type'] == 's':
r = None
if self.pc:
print '{}: save against {}.'.format(self, c['name'])
r = easyinput.input_int('saving throw')
else:
save_die = Dice.from_str('1d20')
r = save_die.roll()['total']
if r >= 10:
self.remove_condition(c['index'])
print '{} successfully saved against {}.'.format(self, c['name'])
else:
print '{} failed a save against {}.'.format(self, c['name'])
elif c['cond_type'] == 't' and c['end_type'] == 'e':
if c['duration'] <= 0:
self.remove_condition(c['index'])
else:
print '{} is still affected by {} ({} round{} left).'.format(self, c['name'], c['duration'], 's'[c['duration']==1:])
for r in self.recharges.values():
if r['used']:
if r['just_used']:
r['just_used'] = False
continue
# Roll to recharge
d = Dice.from_str('1d6')
n = d.roll()['total']
if n >= r['value']:
r['used'] = False
print '{} can use {} again!'.format(self, r['name'])
def choose_recharge_power(self):
if not len(self.recharges):
print '{} has no rechargable powers.'.format(self)
return None
print self.format_recharge_summary()
index = easyinput.input_int('choice')
if index not in self.recharges:
print 'Error: {} is not a valid index'.format(index)
return self.choose_recharge_power()
return self.recharges[index]
def choose_condition(self):
if not len(self.conditions):
print '{} has no conditions.'.format(self)
return None
print self.format_condition_summary()
index = easyinput.input_int('choice')
if index not in self.conditions:
print 'Error: {} is not a valid index'.format(index)
return self.choose_condition()
return self.conditions[index]
def do_add(self, line):
"""add [N]
Add the specified number of groups"""
data = parse_data(line)
if len(data) >= 1:
num_groups = int(data[0])
else:
num_groups = easyinput.input_int('number of groups')
for i in range(1, num_groups+1):
print "Adding group {}".format(i)
self.btl.add_group(CombatGroup.from_input())
def do_temp(self, line):
"""temp [index] [amount]
Add temporary hit points to the specified combatant"""
data = parse_data(line)
c = battle.do_combatant_select(self.btl, data)
if not c:
return
if len(data) >= 2:
amount = int(data[1])
else:
amount = easyinput.input_int('amount')
c.add_temp_hp(amount)
def do_heal(self, line):
"""heal [index] [amount]
Heal hit points for the specified combatant"""
data = parse_data(line)
c = battle.do_combatant_select(self.btl, data)
if not c:
return
if len(data) >= 2:
amount = int(data[1])
else:
amount = easyinput.input_int('amount')
c.heal(amount)
def do_damage(self, line):
"""damage [index] [amount]
Deals damage to the specified combatant"""
data = parse_data(line)
c = battle.do_combatant_select(self.btl, data)
if not c:
return
if len(data) >= 2:
amount = int(data[1])
else:
amount = easyinput.input_int('damage')
c.damage(amount)
def begin(self):
if self.is_started():
print "Error: battle is already running"
for g in self.groups:
if g.is_solo_group() and g.get_member_by_pos(0).pc:
g.set_init(easyinput.input_int('Initiative for {}'.format(g.name)))
else:
g.roll_init()
self.groups.sort(reverse=True, key=lambda group: group.init)
self.current = 0
print '\nInitiative Roster:\n'
for g in self.groups:
print '{} ({})'.format(g.name, g.init)
print ''
self.next_round()
self.get_current_group().begin_turn()
def add_group(self, group):
# If battle is already going, need to know
# where in the init order the new mooks go
if self.is_started():
if group.is_solo_group() and group.members[0].pc:
group.set_init(easyinput.input_int('Initiative for {}'.format(group.name)))
else:
group.roll_init()
added = False
for i in range(len(self.groups)):
if group.init > self.groups[i].init:
self.groups.insert(i, group)
added = True
break
if not added:
self.groups.append(group)
else:
self.groups.append(group)
for i, c in group.members.items():
self.combatant_hash[i] = c