def equip(self, wearer):
old_equipment = wearer.get_equipped_in_slot(self.slot)
if old_equipment is not None:
old_equipment.equipment.dequip(wearer)
self.is_equipped = True
game.log(wearer.name, 'equipped a', self.owner.name)
return True
def use(self, wearer, target):
if wearer and wearer.container:
wearer.container.inventory.remove(self.owner)
a = target.destructible.heal(self.amount)
if a > 0:
game.log('the', self.owner.name, 'heals', target.name, 'by', a, 'hp')
return True
else:
game.log('the', self.owner.name, 'has no visible effect!')
return True
def __init__(self, x, y, power, wearer=None, name=None, self_remove=False):
_at = hit.Attacker(power)
nam = 'projectile'
if name: nam = name
Entity.__init__(self, x, y, name=nam, char='*', blocks=False, attacker=_at)
t = self.attacker.attack_tile(x, y)
if t:
game.log('the', self.name, 'hits the',t.init_name+'!')
if t.destructible.is_dead() and wearer:
game.log(wearer.name, 'killed the', t.init_name+'!')
self.attacker = None
self.remove = self_remove
def drop(self, wearer):
if not wearer.container:
return False
if self.owner.equipment and self.owner.equipment.is_equipped:
game.log(wearer.name, "can't drop something equipped!")
game.log_turn()
return False
game.log(wearer.name, 'dropped a', self.owner.name)
wearer.container.inventory.remove(self.owner)
game.actors.append(self.owner)
self.owner.x = wearer.x
self.owner.y = wearer.y
return True
def use(self, wearer, target):
d = game.player.ai.choose_direction()
if d is None:
return False
target_x = wearer.x + (d[0] * self.throw)
target_y = wearer.y + (d[1] * self.throw)
for x in range(target_x-self.radius+1, target_x+self.radius):
for y in range(target_y-self.radius+1, target_y+self.radius):
if not map.is_wall(x, y) and map.get_distance_coord(target_x, target_y, x, y) < self.radius:
s = ent.Smoke(x, y, tcod.random_get_int(0, 0, game.NORMAL_SPEED*5))
game.actors.append(s)
map.fov_recompute(game.player.x, game.player.y)
game.log(wearer.name,"threw the", self.owner.name)
game.log("a really dense gas expands quickly! vision is difficult")
if wearer and wearer.container:
wearer.container.inventory.remove(self.owner)
return True
def update(self):
dx = 0
dy = 0
if game.key.vk == tcod.KEY_RIGHT:
dx = +1
elif game.key.vk == tcod.KEY_LEFT:
dx = -1
elif game.key.vk == tcod.KEY_UP:
dy = -1
elif game.key.vk == tcod.KEY_DOWN:
dy = +1
else:
self.handle_action_key(game.key.c)
#process attacks or movement
if dx != 0 or dy != 0:
e = map.get_actor_alive(self.owner.x+dx, self.owner.y+dy)
if e and e.blocks and e.destructible:
nam = e.name
self.owner.attacker.attack(e)
if tcod.random_get_int(0,0,10)<1 and e.body:
game.log(self.owner.name, 'hit the', nam, 'in the', enum.rand_body_part(e))
else:
game.log(self.owner.name, 'hit the', nam)
if e.destructible.is_dead():
game.log(self.owner.name, 'killed the', nam+'!')
game.game_state = enum.GameS.NEW_TURN #
elif game.player.move(dx, dy):
game.game_state = enum.GameS.NEW_TURN #
def seek_and_destroy(self, target):
if target:
dx = target.x - self.owner.x
dy = target.y - self.owner.y
distance = map.get_distance(self.owner, target)
if distance > 0:
dx = int(round(dx / distance))
dy = int(round(dy / distance))
d = tcod.random_get_int(0,0,1) #make them zombies move orthogonally f**k
if d == 0:
if dx != 0:
dy = 0
else:
dx = 0
self.owner.move(dx, dy)
e = map.get_actor_alive(self.owner.x+dx, self.owner.y+dy)
if e and map.is_fov(self.owner.x, self.owner.y):
self.owner.attacker.attack(e)
if e is game.player:
game.log('the', self.owner.name, 'hits!')
elif e.destructible:
game.log('a', self.owner.name, 'hits the', e.name)
def use(self, wearer, target):
d = game.player.ai.choose_direction()
if d is None:
return False
dist = self.length + wearer.power / 3
tx = wearer.x# + d[0]
ty = wearer.y# + d[1]
while dist:
dist -= 1
tx += d[0]
ty += d[1]
a = map.get_actor_alive(tx, ty)
if (a and a is not wearer) or map.is_blocked(tx, ty):
dist = 0
target_x = tx#wearer.x + (d[0] * self.throw)
target_y = ty#wearer.y + (d[1] * self.throw)
game.log(wearer.name,"threw the", self.owner.name+'!')
game.log_turn()
game.log('BOOOM!!')
game.log_turn()
did_hole = False
for x in range(target_x-self.radius+1, target_x+self.radius):
for y in range(target_y-self.radius+1, target_y+self.radius):
if map.is_diggable(x, y):
map.set_wall(x, y, False, False)
did_hole = True
if not map.is_wall(x, y):
if map.get_distance_coord(target_x, target_y, x, y) < self.radius:
s = ent.Smoke(x, y, tcod.random_get_int(0, 0, game.NORMAL_SPEED*5),
was_visible=not map.is_wall(x,y))
game.actors.append(s)
s = ent.Projectile(x, y, self.damage, wearer, name='explosion', self_remove=True)
game.actors.append(s)
if did_hole:
game.log("the", self.owner.name, 'made a huge hole in the walls!')
map.fov_recompute(game.player.x, game.player.y)
if wearer and wearer.container:
wearer.container.inventory.remove(self.owner)
pass
return True
def use(self, wearer, target):
if not wearer.ai:
return False
d = wearer.ai.choose_direction()
if d is None:
return False
dx = wearer.x + d[0]
dy = wearer.y + d[1]
if map.is_wall(dx, dy):
if map.is_diggable(dx, dy):
map.set_wall(dx, dy, False, False)
game.log('with great effort,', wearer.name, 'dig into the solid rock')
wearer.action_points -= game.NORMAL_SPEED*10
else:
game.log('this rock is too hard for', wearer.name, 'to dig..')
else:
game.log(wearer.name, "can't dig here")
return True
def handle_action_key(self, key):
#debug
'''
if key == ord(">"):
game.game_state = enum.GameS.STAIRS_DOWN
game.log("you descend into the darkness..")
if key == ord("<"):
game.game_state = enum.GameS.STAIRS_UP
game.log("you climb up the stairs..")
'''#stairs
if key == ord(">"):
if self.owner.x == game.stairs_down.x and self.owner.y == game.stairs_down.y:
game.game_state = enum.GameS.STAIRS_DOWN
game.log("you descend into the darkness..")
else:
game.log("you can't go down here")
game.log_turn()
if key == ord("<"):
if self.owner.x == game.stairs_up.x and self.owner.y == game.stairs_up.y:
game.game_state = enum.GameS.STAIRS_UP
game.log("you climb up..")
else:
game.log("you can't go up here")
game.log_turn()
#repeat
if key == ord("x") and self.last_command:
found = False
for item in self.owner.container.inventory:
if item == self.last_command:
found = True
if found:
self.last_command.pickable.use(self.owner, self.owner)
game.game_state = enum.GameS.NEW_TURN
else:
self.last_command = None
game.log("you don't have that object anymore..")
game.log_turn()
#inventory
if key == ord("i"):
gui.draw_inventory(0, self.owner.container.inventory, 'inventory')
item = self.choose_from_inventory(self.owner.container.inventory)
if item is not None:
if item.pickable.use(self.owner, self.owner):
game.game_state = enum.GameS.NEW_TURN
self.last_command = item
else:
game.log("that's a silly thing to use")
game.log_turn()
#drop items
if key == ord("d"):
gui.draw_inventory(0, self.owner.container.inventory, 'drop an object')
item = self.choose_from_inventory(self.owner.container.inventory)
if item is not None:
if item.pickable.drop(self.owner):
game.game_state = enum.GameS.NEW_TURN
#equip / dequip stuff
if key == ord("e"):
gui.draw_equipment(0, self.owner.container.inventory, 'equipment')
item = self.choose_from_inventory(self.owner.container.inventory)
if item is not None and item.equipment:
item.equipment.toggle_equip(self.owner)
#game.log('ai player - equip', item.name)
game.game_state = enum.GameS.NEW_TURN
#grab
elif key == ord("g"):
self.owner.send_front()
e = map.get_actor_pickable(self.owner.x, self.owner.y)
if e and e.pickable:
if e.pickable.pick(self.owner):
game.log('you pick a', e.name)
game.game_state = enum.GameS.NEW_TURN #
else:
game.log("you can't carry more")
game.log_turn()
#look
elif key == ord(";"):
self.owner.send_front() #will be checked the last
e = map.get_actor(self.owner.x, self.owner.y)
if e and e is not self.owner:
game.log('you see a', e.name, 'here')
else:
game.log("there's nothing of interest here")
game.game_state = enum.GameS.NEW_TURN #
self.owner.action_points -= 100
def dequip(self, wearer):
if self.is_equipped:
self.is_equipped = False
game.log(wearer.name, 'took off a', self.owner.name)
return True
