def update(dt):
global moving_ids
for entity_id, direction in moving_ids.iteritems():
speed = jetengines[entity_id] * dt
speed_vec = direction.normalized() * speed
spatial.move_vec(entity_id, speed_vec)
moving_ids = {}
def update(dt):
global collected, collected_change
for entity_id, state in evoseeds.iteritems():
max_health = state.max_health
current_health = health.get_health(entity_id)
if current_health > max_health:
continue
position = spatial.get_position_vec(entity_id)
timeout = state.timeout - dt
if timeout < 0:
explosions.create_within_radius(position, state.radius, big=False)
timeout = state.explode_timeout
state.timeout = timeout
nearest_collector, collector_position, collector_distance = spatial.nearest(
entity_id, [collector_id], threshold=DEFAULT_COLLECTOR_THRESHOLD)
if nearest_collector:
pull_strength = 1 - collector_distance / DEFAULT_COLLECTOR_THRESHOLD
drift_direction = (collector_position - position).normalized()
drift = drift_direction * pull_strength * DRIFT_SPEED * dt
spatial.move_vec(entity_id, drift)
for entity_id, recipient_id in collect_events:
addition = health.get_health(entity_id)
health.heal(recipient_id, addition)
collected += 1
collected_change = True
manager.destroy_entity(entity_id)
def update(dt):
global world_events
global collide_events_data
global collide_events
world_events = set()
collide_events = set()
collide_events_data = {}
player_id = player.player_id
for entity_id, data in world_collidables.iteritems():
radius, world_name = data
world = worlds[world_name]
pos_vec = spatial.get_position_vec(entity_id)
distances = map(lambda ray: ray.distance_to(pos_vec), world)
push_back = [v * -(d - radius) for d,v in zip(distances, push_back_vectors) if d - radius < 0]
if push_back:
push_back_vec = reduce(operator.add, push_back, planar.Vec2(0,0))
spatial.move_vec(entity_id, push_back_vec)
world_events.add(entity_id)
for entity_id, radius in collidables.iteritems():
pos_vec = spatial.get_position_vec(entity_id)
candidates = ((id_, d) for (id_, d) in collidables.iteritems() if id_ != entity_id)
for other_id, other_radius in candidates:
other_vec = spatial.get_position_vec(other_id)
distance = other_vec.distance_to(pos_vec)
if distance - other_radius - radius < 0:
collide_events.add(entity_id)
data = collide_events_data.get(entity_id, [])
data.append(other_id)
collide_events_data[entity_id] = data
other_id = player_id
other_radius = collidables[player_id]
other_vec = spatial.get_position_vec(other_id)
for entity_id, radius in player_collidables.iteritems():
pos_vec = spatial.get_position_vec(entity_id)
distance = other_vec.distance_to(pos_vec)
if distance - other_radius - radius < 0:
collide_events.add(entity_id)
data = collide_events_data.get(entity_id, [])
data.append(other_id)
collide_events_data[entity_id] = data
