def activate(self, party_avatar, direction):
if not self.scheduled_movement:
print 'Grabbed and pulled rock'
pulling_direction = inverse(direction)
party_avatar.schedule_movement(Slide(pulling_direction, back=True),
override=True)
self.schedule_movement(Slide(pulling_direction), override=True)
def activate(self, party_avatar, direction):
print 'Activated NPC'
for _ in xrange(2):
step = Step(inverse(direction), back=True)
party_avatar.schedule_movement(step)
dialog = MessageDialog(u"Ouch!", block_movement=True)
dialog.sync_open()
dialog = MessageDialog(u"Hey, why are you hitting me?",
block_movement=True)
dialog.sync_open()
def on_choice(user_data, choice):
map = user_data
msg = MessageDialog('on_choice got %d' % (choice + 1))
map.schedule_message(msg)
dialog = ChoiceDialog(u"Choose NOW:",
["Choice 1", "Choice 2", "Choice 3", "Choice 4"],
user_data=self.map,
completion_callback=on_choice,
block_movement=True)
dialog.sync_open()
dialog = MessageDialog(u"Chose %d" % (dialog.result + 1),
block_movement=True)
dialog.sync_open()
movement = PathMovement(self.map, party_avatar, Position(9, 4))
party_avatar.schedule_movement(movement)
def activate(self, party_avatar, direction):
if not self.scheduled_movement:
print 'Grabbed and pulled rock'
pulling_direction = inverse(direction)
party_avatar.schedule_movement(Slide(pulling_direction, back=True),
override=True)
self.schedule_movement(Slide(pulling_direction), override=True)
def is_obstructed(self, old_terrain, old_scenario_list, new_terrain,
new_scenario_list, new_object, direction):
if new_object.obstacle is not None:
return True
if self.direction_obstructed(old_terrain, old_scenario_list, \
direction):
return True
inv = inverse(direction)
if self.direction_obstructed(new_terrain, new_scenario_list, inv):
return True
return False
def is_obstructed(self, old_terrain, old_scenario_list, new_terrain,
new_scenario_list, new_object, direction):
if new_object.obstacle is not None:
return True
if self.direction_obstructed(old_terrain, old_scenario_list, \
direction):
return True
inv = inverse(direction)
if self.direction_obstructed(new_terrain, new_scenario_list, inv):
return True
return False
def try_to_move_object(self, obj, direction, slide=False, back=False):
"""
Try to move an object to the specified direction (UP, DOWN, LEFT or
RIGHT). Return whether the object could be moved.
If *slide* is True, the movement will use only the static frame of
the object. If *back* is True, the movement will be backwards.
"""
if obj.movement_phase > 0:
return False
if back:
obj.facing = inverse(direction)
else:
obj.facing = direction
old_pos = obj.position
desired = obj.position.step(direction)
if not self.terrain_layer.valid(desired):
return False
if not obj.is_obstacle() or self.can_move(old_pos, desired, direction):
# Move
old_object = self.object_layer[old_pos]
new_object = self.object_layer[desired]
self.move_object(obj, old_object, new_object, desired, slide, back)
if obj is self.party_avatar:
for area in self.area_layer[old_pos]:
if area not in self.area_layer[desired]:
area.party_left(self.party_avatar, old_pos)
return True
else:
# Do not move, something is on the way
new_object = self.object_layer[desired]
if obj is self.party_avatar and new_object.obstacle is not None:
new_object.obstacle.collide_with_party(self.party_avatar,
direction)
return False
def try_to_move_object(self, obj, direction, slide=False, back=False):
"""
Try to move an object to the specified direction (UP, DOWN, LEFT or
RIGHT). Return whether the object could be moved.
If *slide* is True, the movement will use only the static frame of
the object. If *back* is True, the movement will be backwards.
"""
if obj.movement_phase > 0:
return False
if back:
obj.facing = inverse(direction)
else:
obj.facing = direction
old_pos = obj.position
desired = obj.position.step(direction)
if not self.terrain_layer.valid(desired):
return False
if not obj.is_obstacle() or self.can_move(old_pos, desired, direction):
# Move
old_object = self.object_layer[old_pos]
new_object = self.object_layer[desired]
self.move_object(obj, old_object, new_object, desired, slide, back)
if obj is self.party_avatar:
for area in self.area_layer[old_pos]:
if area not in self.area_layer[desired]:
area.party_left(self.party_avatar, old_pos)
return True
else:
# Do not move, something is on the way
new_object = self.object_layer[desired]
if obj is self.party_avatar and new_object.obstacle is not None:
new_object.obstacle.collide_with_party(self.party_avatar,
direction)
return False
def activate(self, party_avatar, direction):
print 'Activated rock'
for _ in xrange(3):
self.schedule_movement(Step(direction))
self.schedule_movement(Face(inverse(direction)))
