def bow_shot(actor, target, context):
weapon = main.get_equipped_in_slot(actor.fighter.inventory, 'right hand')
ui.render_projectile((actor.x, actor.y), (target.x, target.y),
libtcod.white)
combat.attack_ex(actor.fighter,
target,
0,
verb=("shoot", "shoots"),
weapon=weapon,
ranged=True)
def dragonweed_pull(actor, target, context):
if target.fighter.hp > 0:
ui.message(
"The dragonweed's stem lashes out at %s!" % syntax.name(target),
libtcod.dark_green)
result = combat.attack_ex(actor.fighter,
target,
0,
accuracy_modifier=1.5,
damage_multiplier=0.75,
verb=('pull', 'pulls'))
if result == 'hit' and target.fighter is not None:
if 'displacement' in target.fighter.immunities:
if fov.player_can_see(target.x, target.y):
ui.message(
'%s %s.' % (syntax.name(target).capitalize(),
syntax.conjugate(target is player.instance,
('resist', 'resists'))),
libtcod.gray)
return 'success'
beam = main.beam(actor.x, actor.y, target.x, target.y)
pull_to = beam[max(len(beam) - 3, 0)]
target.set_position(pull_to[0], pull_to[1])
if main.roll_dice('1d10') <= 5:
target.fighter.apply_status_effect(
effects.immobilized(duration=2), context['save_dc'], actor)
def ranged_attack(actor, target, context):
spent = actor.fighter.adjust_ammo(-1)
if spent != 0 and actor.fighter is not None:
weapon = main.get_equipped_in_slot(actor.fighter.inventory,
'right hand')
ui.render_projectile((actor.x, actor.y), (target.x, target.y),
libtcod.white)
result = combat.attack_ex(actor.fighter,
target,
0,
verb=("shoot", "shoots"),
weapon=weapon,
ranged=True)
if result == 'failed':
actor.fighter.adjust_ammo(-spent, False) # Refund ammo
return 'didnt-take-turn'
if result == 'miss' or target.fighter is None:
# ammo lands on the ground
main.drop_ammo(target.x, target.y, -spent)
else:
# target was hit, ammo sticks in them
if hasattr(target, 'recoverable_ammo'):
target.recoverable_ammo += -spent
else:
target.recoverable_ammo = -spent
else:
return 'didnt-take-turn'
def great_dive(actor, target, context):
ui.message("{} {} into the ground!".format(
syntax.name(actor).capitalize(),
syntax.conjugate(actor is player.instance, ['slam', 'slams'])))
for obj in main.current_map.fighters:
if (obj.x, obj.y) in target:
combat.attack_ex(actor.fighter, obj, 0)
x, y = context['origin']
if not main.is_blocked(x, y):
actor.set_position(x, y)
else:
for t in target:
if not main.is_blocked(t[0], t[1]):
actor.set_position(t[0], t[1])
break
def sweep_attack(actor, target, context):
weapon = main.get_equipped_in_slot(actor.fighter.inventory, 'right hand')
if weapon is None or weapon.subtype != 'polearm':
ui.message('You need a polearm to use this ability')
return 'didnt-take-turn'
targets = main.get_objects(actor.x,actor.y,distance=2, condition=lambda o: o.fighter is not None and o.fighter.team != 'ally')
targets = [t for t in targets if (abs(t.x - actor.x) == 2 or abs(t.y - actor.y) == 2)]
if len(targets) > 0:
for enemy in targets:
combat.attack_ex(actor.fighter,enemy,0, verb=('sweep','sweeps'))
actor.fighter.adjust_stamina(-(weapon.stamina_cost * context['stamina_multiplier']))
return True
else:
ui.message('There are no targets in range')
return 'didnt-take-turn'
def essence_fist(actor, target, context):
ops = player.instance.essence
choice = ui.menu('Which essence?',ops)
if choice is not None:
essence = ops[choice]
else:
return "didnt-take-turn"
result = combat.attack_ex(player.instance.fighter,target,context['stamina_cost'],damage_multiplier=context['damage_multiplier'])
if result != 'failed':
player.instance.essence.remove(essence)
return result
def frog_tongue(actor, target, context):
if target.fighter.hp > 0:
ui.message("The frog's tongue lashes out at %s!" % syntax.name(target),
libtcod.dark_green)
result = combat.attack_ex(actor.fighter,
target,
0,
accuracy_modifier=1.5,
damage_multiplier=1.5,
verb=('pull', 'pulls'))
if result == 'hit':
if 'displacement' in target.fighter.immunities:
if fov.player_can_see(target.x, target.y):
ui.message(
'%s %s.' % (syntax.name(target).capitalize(),
syntax.conjugate(target is player.instance,
('resist', 'resists'))),
libtcod.gray)
return 'success'
beam = main.beam(actor.x, actor.y, target.x, target.y)
pull_to = beam[max(len(beam) - 3, 0)]
target.set_position(pull_to[0], pull_to[1])
def crush(actor, target, context):
combat.attack_ex(actor.fighter, target, int(actor.fighter.calculate_attack_stamina_cost() * 1.5),
damage_multiplier=1.5 + ((target.fighter.armor + 1) / 20) * 2.5,
shred_modifier=1 + int(target.fighter.armor / 2))
def skullsplitter(actor, target, context):
combat.attack_ex(actor.fighter, target, int(actor.fighter.calculate_attack_stamina_cost() * 1.5),
damage_multiplier=1.5 * (2 - target.fighter.hp / target.fighter.max_hp))
def pommel_strike(actor, target, context):
combat.attack_ex(actor.fighter, target, int(actor.fighter.calculate_attack_stamina_cost() * 1.5),
verb=('pommel-strike', 'pommel-strikes'), shred_modifier=2)
actor.fighter.apply_status_effect(effects.exhausted(5))
