def try_transform_miner(world, entity, transform):
new_entity = transform(world, entity)
if entity != new_entity:
remove_entity(world, entity)
worldmodel.add_entity(world, new_entity)
schedule_animation(world, new_entity)
return new_entity
def try_transform_miner(world, entity, transform):
new_entity = transform(world, entity)
if entity != new_entity:
clear_pending_actions(world, entity)
worldmodel.remove_entity_at(world, entity.get_position())
worldmodel.add_entity(world, new_entity)
schedule_animation(world, new_entity)
return new_entity
def try_transform_miner(world, entity, transform):
new_entity = transform(world, entity)
if entity != new_entity:
clear_pending_actions(world, entity)
worldmodel.remove_entity_at(world, entity.get_position())
worldmodel.add_entity(world, new_entity)
schedule_animation(world, new_entity)
return new_entity
def action(current_ticks):
entity.remove_pending_action(action)
blob = create_blob(world, entity.get_name() + " -- blob",
entity.get_position(),
entity.get_rate() // BLOB_RATE_SCALE,
current_ticks, i_store)
remove_entity(world, entity)
worldmodel.add_entity(world, blob)
return [blob.get_position()]
def action(current_ticks):
entity.remove_pending_action(action)
blob = create_blob(world,
entity.get_name() + " -- blob",
entity.get_position(),
entity.get_rate() // BLOB_RATE_SCALE, current_ticks,
i_store)
remove_entity(world, entity)
worldmodel.add_entity(world, blob)
return [blob.get_position()]
def action(current_ticks):
entity.remove_pending_action(action)
entity_pt = entity.get_position()
vein = worldmodel.find_nearest(world, entity_pt, entities.Vein)
(tiles, found) = blob_to_vein(world, entity, vein)
next_time = current_ticks + entity.get_rate()
if found:
quake = create_quake(world, tiles[0], current_ticks, i_store)
worldmodel.add_entity(world, quake)
next_time = current_ticks + entity.get_rate() * 2
schedule_action(world, entity,
create_ore_blob_action(world, entity, i_store),
next_time)
return tiles
def action(current_ticks):
entity.remove_pending_action(action)
open_pt = find_open_around(world, entity.get_position(),
entity.get_resource_distance())
if open_pt:
ore = create_ore(world,
"ore - " + entity.get_name() + " - " + str(current_ticks),
open_pt, current_ticks, i_store)
worldmodel.add_entity(world, ore)
tiles = [open_pt]
else:
tiles = []
schedule_action(world, entity,
create_vein_action(world, entity, i_store),
current_ticks + entity.get_rate())
return tiles
def action(current_ticks):
entity.remove_pending_action(action)
entity_pt = entity.get_position()
vein = worldmodel.find_nearest(world, entity_pt, entities.Vein)
(tiles, found) = blob_to_vein(world, entity, vein)
next_time = current_ticks + entity.get_rate()
if found:
quake = create_quake(world, tiles[0], current_ticks, i_store)
worldmodel.add_entity(world, quake)
next_time = current_ticks + entity.get_rate() * 2
schedule_action(world, entity,
create_ore_blob_action(world, entity, i_store),
next_time)
return tiles
def action(current_ticks):
entities.remove_pending_action(entity, action)
open_pt = find_open_around(world, entities.get_position(entity),
entities.get_resource_distance(entity))
if open_pt:
ore = create_ore(
world, "ore - " + entities.get_name(entity) + " - " +
str(current_ticks), open_pt, current_ticks, i_store)
worldmodel.add_entity(world, ore)
tiles = [open_pt]
else:
tiles = []
schedule_action(world, entity,
create_vein_action(world, entity, i_store),
current_ticks + entities.get_rate(entity))
return tiles
def handle_mouse_button(view, world, event, entity_select, i_store):
mouse_pt = mouse_to_tile(event.pos, view.tile_width, view.tile_height)
tile_view_pt = worldview.viewport_to_world(view.viewport, mouse_pt)
if event.button == mouse_buttons.LEFT and entity_select:
if is_background_tile(entity_select):
worldmodel.set_background(world, tile_view_pt,
entities.Background(entity_select,
image_store.get_images(i_store, entity_select)))
return [tile_view_pt]
else:
new_entity = create_new_entity(tile_view_pt, entity_select, i_store)
if new_entity:
worldmodel.remove_entity_at(world, tile_view_pt)
worldmodel.add_entity(world, new_entity)
return [tile_view_pt]
elif event.button == mouse_buttons.RIGHT:
worldmodel.remove_entity_at(world, tile_view_pt)
return [tile_view_pt]
return []
def handle_mouse_button(view, world, event, entity_select, i_store):
mouse_pt = mouse_to_tile(event.pos, view.tile_width, view.tile_height)
tile_view_pt = worldview.viewport_to_world(view.viewport, mouse_pt)
if event.button == mouse_buttons.LEFT and entity_select:
if is_background_tile(entity_select):
worldmodel.set_background(world, tile_view_pt,
entities.Background(entity_select,
image_store.get_images(i_store, entity_select)))
return [tile_view_pt]
else:
new_entity = create_new_entity(tile_view_pt, entity_select, i_store)
if new_entity:
worldmodel.remove_entity_at(world, tile_view_pt)
worldmodel.add_entity(world, new_entity)
return [tile_view_pt]
elif event.button == mouse_buttons.RIGHT:
worldmodel.remove_entity_at(world, tile_view_pt)
return [tile_view_pt]
return []
def add_entity(world, properties, i_store, run):
new_entity = create_from_properties(properties, i_store)
if new_entity:
worldmodel.add_entity(world, new_entity)
if run:
schedule_entity(world, new_entity, i_store)
def add_entity(world, properties, i_store, run):
new_entity = create_from_properties(properties, i_store)
if new_entity:
worldmodel.add_entity(world, new_entity)
if run:
schedule_entity(world, new_entity, i_store)
