def intro() -> DecisionScene:
return DecisionScene(
'Choose scene arc.', {
'1': DecisionOption('Swamp', start_scene),
'2': DecisionOption('Space trip',
space_arc.SpaceArc().intro)
})
def cryo_chambers(self) -> DecisionScene:
prompt = ('You enter the cryo-chambers, where all human personnel are '
'stored. As there are only {} hours left until landing, they '
'are in the process of being reanimated. Status monitors '
'indicate that some malfunction may be in progress, and that '
'the humans may expire due to lack of oxygen. A medical robot'
' administrators look to be frantically administering some '
'fixes.').format(self._time_until_landing)
check_failure = transition_to(
self.medical_bot_combat,
'You fail, causing the medical bots to attack.')
# choices
hack = DecisionOption('Hack the systems so that only the rival factions'
' expire, and make it look like the medical robot'
'was at fault.', check_failure,
self._decrement_time_left)
help = DecisionOption('Provide technical support to the medical robot.'
' All human life is precious.', check_failure,
self._decrement_time_left)
disable = DecisionOption('Attempt to disable the medical robot to '
'access its encryption key.',
check_failure, self._decrement_time_left)
return DecisionScene(prompt, {'1': hack, '2': help, '3': disable})
def start_scene() -> DecisionScene:
options = {
'1': DecisionOption('Go in the swamp.', swamp_scene),
'2': DecisionOption('COMBAT!', example_combat_scene)
}
main_text = (
'You are walking down the path to the city. You pass by a decaying sign'
' pointing in the direction of an overgrown path. The sign says '
'"DANGER: Rogue drones in swamp".')
return DecisionScene(main_text, options)
def second_scene() -> DecisionScene:
player = get_player()
main_text = ('Player HP: {}. Player Max HP: {}.'.format(
player.status.get_attribute(Attributes.HEALTH),
player.status.get_attribute(Attributes.MAX_HEALTH)))
options = {
'1':
DecisionOption('Gain 1 HP', second_scene,
partial(increment_attribute, Attributes.HEALTH, 1)),
'2':
DecisionOption('Lose 1 HP', second_scene,
partial(increment_attribute, Attributes.HEALTH, -1))
}
return DecisionScene(main_text, options)
def success(loot_scene: bool = True) -> Scene:
load_loot_scene = partial(InventoryScene, partial(success, False),
_mini_laser)
gain_3 = partial(increment_attribute, Attributes.CREDITS, 3)
if loot_scene:
return DecisionScene(
'After deactivating the drone, you pick up 3 credits and '
'dismantle it.', {
'1': DecisionOption('Loot the body.', load_loot_scene),
'2': DecisionOption('Back to start.', start_scene, gain_3)
})
return DecisionScene(
'After deactivating the drone, you pick up 3 credits and '
'dismantle it.',
{'1': DecisionOption('Back to start.', start_scene, gain_3)})
def staging_area(self) -> DecisionScene:
"""The main scene where player chooses different random scenes.
Game history and randomness is used to provide choices.
"""
prompt = ('You enter the staging area. The wall monitor indicates that '
'there are {} hours until the ship lands on Mars.')
cryo = DecisionOption('The cryo-chambers look promising.',
self.cryo_chambers)
scene_2 = DecisionOption('Filler for scene 2',
self.scene_2)
return DecisionScene(prompt.format(self._time_until_landing), {
'1': cryo, '2': scene_2})
def test_making_choices_removes_listener():
game = Game() # noqa: F841
# scene_0 (Decision) -> combat scene
options_0 = {
's': DecisionOption('load next scene', combat_scene.CombatScene)
}
scene_0 = DecisionScene('first scene', options_0)
event_utils.post_scene_change(scene_0)
ctl = _get_active_controller()
assert isinstance(ctl, DecisionSceneController)
# we must remove references otherwise EventManager will keep this listener
del ctl
del scene_0
event_utils.simulate_key_press('s')
# The scene machine only changes scenes on a tick
EventManager.post(BasicEvents.TICK)
assert not any(
isinstance(l, DecisionScene) for l in EventManager.listeners)
assert not any(
isinstance(l, DecisionSceneController) for l in EventManager.listeners)
ctl = _get_active_controller()
assert isinstance(ctl, CombatSceneController)
assert any(
isinstance(l, combat_scene.CombatScene)
for l in EventManager.listeners)
def loading_scene() -> DecisionScene:
# intro scene
def intro() -> DecisionScene:
return DecisionScene(
'Choose scene arc.', {
'1': DecisionOption('Swamp', start_scene),
'2': DecisionOption('Space trip',
space_arc.SpaceArc().intro)
})
options = {
's': DecisionOption('Start Game', intro),
'x': DecisionOption('Settings', intro)
}
return DecisionScene('6TH Corp',
options,
background_image=BackgroundImages.LOADING.path,
inventory_available=False,
centered_prompt=True,
centered_choices=True)
def swamp_scene() -> DecisionScene:
main_text = (
'You walk into the swamp. The foliage overhead blocks most of'
' the sunlight. Flies and mosquitoes buzz near your ears. Your'
' olfactory sensors detect the smell of sulfur. Ahead you see '
'the curving form of a rogue drone. It is currently in '
'hibernation mode.')
def success(loot_scene: bool = True) -> Scene:
load_loot_scene = partial(InventoryScene, partial(success, False),
_mini_laser)
gain_3 = partial(increment_attribute, Attributes.CREDITS, 3)
if loot_scene:
return DecisionScene(
'After deactivating the drone, you pick up 3 credits and '
'dismantle it.', {
'1': DecisionOption('Loot the body.', load_loot_scene),
'2': DecisionOption('Back to start.', start_scene, gain_3)
})
return DecisionScene(
'After deactivating the drone, you pick up 3 credits and '
'dismantle it.',
{'1': DecisionOption('Back to start.', start_scene, gain_3)})
if Difficulty.EASY.sample_success(Skills.STEALTH):
deactivate_outcome: SceneConstructor = success
else:
deactivate_outcome = transition_to(
example_combat_scene, 'The drone awakens. Prepare to fight!')
options = {
'1': DecisionOption('Continue walking.', second_scene),
'2': DecisionOption('Attempt to deactivate the drone.',
deactivate_outcome),
'3': DecisionOption('Attack the drone', example_combat_scene)
}
return DecisionScene(main_text, options)
def intro(self) -> DecisionScene:
chars = string.ascii_uppercase + string.digits
serial_number = ''.join(random.choices(chars, k=10))
serial_number = serial_number[:4] + '-' + serial_number[4:]
serial_number = serial_number[:8] + '-' + serial_number[8:]
prompt = (
'The overhead speaker emits: "Utility Robot Mk II, serial number '
'{}, exit hibernation mode and report to the staging area at '
'maximum speed." You slide out of your charging pod. Your '
'gryoscopes indicate that the "Mars or Bust" colony ship is still'
' in low gravity mode, so it has not yet initiated its landing '
'sequence. You look up the content of your current mission in '
'your long-term memory bank - help your current employer, the XXX'
' faction, dominate the new colony at all costs!').format(
serial_number)
return DecisionScene(prompt,
{'1': DecisionOption('Continue to staging area.',
self.staging_area)})
def game_over_scene() -> DecisionScene:
prompt = 'Game over. You loose.'
options = {'1': DecisionOption('Play again.', loading_scene, restart_game)}
return DecisionScene(prompt, options)
def scene_2(self) -> DecisionScene:
return DecisionScene('Something with space unicorns',
{'1': DecisionOption('Back to staging area',
self.staging_area,
self._decrement_time_left)})
def start_scene() -> DecisionScene:
loot_scene = partial(InventoryScene, start_scene, lambda: ground_mods)
return DecisionScene('dummy scene for testing purposes',
{'1': DecisionOption('Loot', loot_scene)})