Source code for bascenev1lib.game.runaround

# Released under the MIT License. See LICENSE for details.
#
"""Defines the runaround co-op game."""

# We wear the cone of shame.
# pylint: disable=too-many-lines

# ba_meta require api 9
# (see https://ballistica.net/wiki/meta-tag-system)

from __future__ import annotations

import random
import logging
from enum import Enum
from dataclasses import dataclass
from typing import TYPE_CHECKING, cast, Sequence, override

import bascenev1 as bs

from bascenev1lib.actor.popuptext import PopupText
from bascenev1lib.actor.bomb import TNTSpawner
from bascenev1lib.actor.scoreboard import Scoreboard
from bascenev1lib.actor.respawnicon import RespawnIcon
from bascenev1lib.actor.powerupbox import PowerupBox, PowerupBoxFactory
from bascenev1lib.gameutils import SharedObjects
from bascenev1lib.actor.spazbot import (
    SpazBotSet,
    SpazBot,
    SpazBotDiedMessage,
    BomberBot,
    BrawlerBot,
    TriggerBot,
    TriggerBotPro,
    BomberBotProShielded,
    TriggerBotProShielded,
    ChargerBot,
    ChargerBotProShielded,
    StickyBot,
    ExplodeyBot,
    BrawlerBotProShielded,
    BomberBotPro,
    BrawlerBotPro,
)

if TYPE_CHECKING:
    from typing import Any


[docs] class Preset(Enum): """Play presets.""" ENDLESS = 'endless' ENDLESS_TOURNAMENT = 'endless_tournament' PRO = 'pro' PRO_EASY = 'pro_easy' UBER = 'uber' UBER_EASY = 'uber_easy' TOURNAMENT = 'tournament' TOURNAMENT_UBER = 'tournament_uber'
[docs] class Point(Enum): """Where we can spawn stuff and the corresponding map attr name.""" BOTTOM_LEFT = 'bot_spawn_bottom_left' BOTTOM_RIGHT = 'bot_spawn_bottom_right' START = 'bot_spawn_start'
[docs] @dataclass class Spawn: """Defines a bot spawn event.""" # noinspection PyUnresolvedReferences type: type[SpazBot] path: int = 0 point: Point | None = None
[docs] @dataclass class Spacing: """Defines spacing between spawns.""" duration: float
[docs] @dataclass class Wave: """Defines a wave of enemies.""" entries: list[Spawn | Spacing | None]
[docs] class Player(bs.Player['Team']): """Our player type for this game.""" def __init__(self) -> None: self.respawn_timer: bs.Timer | None = None self.respawn_icon: RespawnIcon | None = None
[docs] class Team(bs.Team[Player]): """Our team type for this game."""
[docs] class RunaroundGame(bs.CoopGameActivity[Player, Team]): """Game involving trying to bomb bots as they walk through the map.""" name = 'Runaround' description = 'Prevent enemies from reaching the exit.' tips = [ 'Jump just as you\'re throwing to get bombs up to the highest levels.', 'No, you can\'t get up on the ledge. You have to throw bombs.', 'Whip back and forth to get more distance on your throws..', ] default_music = bs.MusicType.MARCHING # How fast our various bot types walk. _bot_speed_map: dict[type[SpazBot], float] = { BomberBot: 0.48, BomberBotPro: 0.48, BomberBotProShielded: 0.48, BrawlerBot: 0.57, BrawlerBotPro: 0.57, BrawlerBotProShielded: 0.57, TriggerBot: 0.73, TriggerBotPro: 0.78, TriggerBotProShielded: 0.78, ChargerBot: 1.0, ChargerBotProShielded: 1.0, ExplodeyBot: 1.0, StickyBot: 0.5, } def __init__(self, settings: dict): settings['map'] = 'Tower D' super().__init__(settings) shared = SharedObjects.get() self._preset = Preset(settings.get('preset', 'pro')) self._player_death_sound = bs.getsound('playerDeath') self._new_wave_sound = bs.getsound('scoreHit01') self._winsound = bs.getsound('score') self._cashregistersound = bs.getsound('cashRegister') self._bad_guy_score_sound = bs.getsound('shieldDown') self._heart_tex = bs.gettexture('heart') self._heart_mesh_opaque = bs.getmesh('heartOpaque') self._heart_mesh_transparent = bs.getmesh('heartTransparent') self._a_player_has_been_killed = False self._spawn_center = self._map_type.defs.points['spawn1'][0:3] self._tntspawnpos = self._map_type.defs.points['tnt_loc'][0:3] self._powerup_center = self._map_type.defs.boxes['powerup_region'][0:3] self._powerup_spread = ( self._map_type.defs.boxes['powerup_region'][6] * 0.5, self._map_type.defs.boxes['powerup_region'][8] * 0.5, ) self._score_region_material = bs.Material() self._score_region_material.add_actions( conditions=('they_have_material', shared.player_material), actions=( ('modify_part_collision', 'collide', True), ('modify_part_collision', 'physical', False), ('call', 'at_connect', self._handle_reached_end), ), ) self._last_wave_end_time = bs.time() self._player_has_picked_up_powerup = False self._scoreboard: Scoreboard | None = None self._game_over = False self._wavenum = 0 self._can_end_wave = True self._score = 0 self._time_bonus = 0 self._score_region: bs.Actor | None = None self._dingsound = bs.getsound('dingSmall') self._dingsoundhigh = bs.getsound('dingSmallHigh') self._exclude_powerups: list[str] | None = None self._have_tnt: bool | None = None self._waves: list[Wave] | None = None self._bots = SpazBotSet() self._tntspawner: TNTSpawner | None = None self._lives_bg: bs.NodeActor | None = None self._start_lives = 10 self._lives = self._start_lives self._lives_text: bs.NodeActor | None = None self._flawless = True self._time_bonus_timer: bs.Timer | None = None self._lives_hbtime: bs.Timer | None = None self._time_bonus_text: bs.NodeActor | None = None self._time_bonus_mult: float | None = None self._wave_text: bs.NodeActor | None = None self._flawless_bonus: int | None = None self._wave_update_timer: bs.Timer | None = None
[docs] @override def on_transition_in(self) -> None: super().on_transition_in() self._scoreboard = Scoreboard( label=bs.Lstr(resource='scoreText'), score_split=0.5 ) self._score_region = bs.NodeActor( bs.newnode( 'region', attrs={ 'position': self.map.defs.boxes['score_region'][0:3], 'scale': self.map.defs.boxes['score_region'][6:9], 'type': 'box', 'materials': [self._score_region_material], }, ) )
[docs] @override def on_begin(self) -> None: super().on_begin() player_count = len(self.players) hard = self._preset not in {Preset.PRO_EASY, Preset.UBER_EASY} if self._preset in {Preset.PRO, Preset.PRO_EASY, Preset.TOURNAMENT}: self._exclude_powerups = ['curse'] self._have_tnt = True self._waves = [ Wave( entries=[ Spawn(BomberBot, path=3 if hard else 2), Spawn(BomberBot, path=2), Spawn(BomberBot, path=2) if hard else None, Spawn(BomberBot, path=2) if player_count > 1 else None, Spawn(BomberBot, path=1) if hard else None, Spawn(BomberBot, path=1) if player_count > 2 else None, Spawn(BomberBot, path=1) if player_count > 3 else None, ] ), Wave( entries=[ Spawn(BomberBot, path=1) if hard else None, Spawn(BomberBot, path=2) if hard else None, Spawn(BomberBot, path=2), Spawn(BomberBot, path=2), Spawn(BomberBot, path=2) if player_count > 3 else None, Spawn(BrawlerBot, path=3), Spawn(BrawlerBot, path=3), Spawn(BrawlerBot, path=3) if hard else None, Spawn(BrawlerBot, path=3) if player_count > 1 else None, Spawn(BrawlerBot, path=3) if player_count > 2 else None, ] ), Wave( entries=[ Spawn(ChargerBot, path=2) if hard else None, Spawn(ChargerBot, path=2) if player_count > 2 else None, Spawn(TriggerBot, path=2), Spawn(TriggerBot, path=2) if player_count > 1 else None, Spacing(duration=3.0), Spawn(BomberBot, path=2) if hard else None, Spawn(BomberBot, path=2) if hard else None, Spawn(BomberBot, path=2), Spawn(BomberBot, path=3) if hard else None, Spawn(BomberBot, path=3), Spawn(BomberBot, path=3), Spawn(BomberBot, path=3) if player_count > 3 else None, ] ), Wave( entries=[ Spawn(TriggerBot, path=1) if hard else None, Spacing(duration=1.0) if hard else None, Spawn(TriggerBot, path=2), Spacing(duration=1.0), Spawn(TriggerBot, path=3), Spacing(duration=1.0), Spawn(TriggerBot, path=1) if hard else None, Spacing(duration=1.0) if hard else None, Spawn(TriggerBot, path=2), Spacing(duration=1.0), Spawn(TriggerBot, path=3), Spacing(duration=1.0), ( Spawn(TriggerBot, path=1) if (player_count > 1 and hard) else None ), Spacing(duration=1.0), Spawn(TriggerBot, path=2) if player_count > 2 else None, Spacing(duration=1.0), Spawn(TriggerBot, path=3) if player_count > 3 else None, Spacing(duration=1.0), ] ), Wave( entries=[ Spawn( ChargerBotProShielded if hard else ChargerBot, path=1, ), Spawn(BrawlerBot, path=2) if hard else None, Spawn(BrawlerBot, path=2), Spawn(BrawlerBot, path=2), Spawn(BrawlerBot, path=3) if hard else None, Spawn(BrawlerBot, path=3), Spawn(BrawlerBot, path=3), Spawn(BrawlerBot, path=3) if player_count > 1 else None, Spawn(BrawlerBot, path=3) if player_count > 2 else None, Spawn(BrawlerBot, path=3) if player_count > 3 else None, ] ), Wave( entries=[ Spawn(BomberBotProShielded, path=3), Spacing(duration=1.5), Spawn(BomberBotProShielded, path=2), Spacing(duration=1.5), Spawn(BomberBotProShielded, path=1) if hard else None, Spacing(duration=1.0) if hard else None, Spawn(BomberBotProShielded, path=3), Spacing(duration=1.5), Spawn(BomberBotProShielded, path=2), Spacing(duration=1.5), Spawn(BomberBotProShielded, path=1) if hard else None, Spacing(duration=1.5) if hard else None, ( Spawn(BomberBotProShielded, path=3) if player_count > 1 else None ), Spacing(duration=1.5), ( Spawn(BomberBotProShielded, path=2) if player_count > 2 else None ), Spacing(duration=1.5), ( Spawn(BomberBotProShielded, path=1) if player_count > 3 else None ), ] ), ] elif self._preset in { Preset.UBER_EASY, Preset.UBER, Preset.TOURNAMENT_UBER, }: self._exclude_powerups = [] self._have_tnt = True self._waves = [ Wave( entries=[ Spawn(TriggerBot, path=1) if hard else None, Spawn(TriggerBot, path=2), Spawn(TriggerBot, path=2), Spawn(TriggerBot, path=3), Spawn( BrawlerBotPro if hard else BrawlerBot, point=Point.BOTTOM_LEFT, ), ( Spawn(BrawlerBotPro, point=Point.BOTTOM_RIGHT) if player_count > 2 else None ), ] ), Wave( entries=[ Spawn(ChargerBot, path=2), Spawn(ChargerBot, path=3), Spawn(ChargerBot, path=1) if hard else None, Spawn(ChargerBot, path=2), Spawn(ChargerBot, path=3), Spawn(ChargerBot, path=1) if player_count > 2 else None, ] ), Wave( entries=[ Spawn(BomberBotProShielded, path=1) if hard else None, Spawn(BomberBotProShielded, path=2), Spawn(BomberBotProShielded, path=2), Spawn(BomberBotProShielded, path=3), Spawn(BomberBotProShielded, path=3), Spawn(ChargerBot, point=Point.BOTTOM_RIGHT), ( Spawn(ChargerBot, point=Point.BOTTOM_LEFT) if player_count > 2 else None ), ] ), Wave( entries=[ Spawn(TriggerBotPro, path=1) if hard else None, Spawn(TriggerBotPro, path=1 if hard else 2), Spawn(TriggerBotPro, path=1 if hard else 2), Spawn(TriggerBotPro, path=1 if hard else 2), Spawn(TriggerBotPro, path=1 if hard else 2), Spawn(TriggerBotPro, path=1 if hard else 2), ( Spawn(TriggerBotPro, path=1 if hard else 2) if player_count > 1 else None ), ( Spawn(TriggerBotPro, path=1 if hard else 2) if player_count > 3 else None ), ] ), Wave( entries=[ Spawn( TriggerBotProShielded if hard else TriggerBotPro, point=Point.BOTTOM_LEFT, ), ( Spawn( TriggerBotProShielded, point=Point.BOTTOM_RIGHT ) if hard else None ), ( Spawn( TriggerBotProShielded, point=Point.BOTTOM_RIGHT ) if player_count > 2 else None ), Spawn(BomberBot, path=3), Spawn(BomberBot, path=3), Spacing(duration=5.0), Spawn(BrawlerBot, path=2), Spawn(BrawlerBot, path=2), Spacing(duration=5.0), Spawn(TriggerBot, path=1) if hard else None, Spawn(TriggerBot, path=1) if hard else None, ] ), Wave( entries=[ Spawn(BomberBotProShielded, path=2), Spawn(BomberBotProShielded, path=2) if hard else None, Spawn(StickyBot, point=Point.BOTTOM_RIGHT), Spawn(BomberBotProShielded, path=2), Spawn(BomberBotProShielded, path=2), ( Spawn(StickyBot, point=Point.BOTTOM_RIGHT) if player_count > 2 else None ), Spawn(BomberBotProShielded, path=2), Spawn(ExplodeyBot, point=Point.BOTTOM_LEFT), Spawn(BomberBotProShielded, path=2), ( Spawn(BomberBotProShielded, path=2) if player_count > 1 else None ), Spacing(duration=5.0), Spawn(StickyBot, point=Point.BOTTOM_LEFT), Spacing(duration=2.0), Spawn(ExplodeyBot, point=Point.BOTTOM_RIGHT), ] ), ] elif self._preset in {Preset.ENDLESS, Preset.ENDLESS_TOURNAMENT}: self._exclude_powerups = [] self._have_tnt = True # Spit out a few powerups and start dropping more shortly. self._drop_powerups(standard_points=True) bs.timer(4.0, self._start_powerup_drops) self.setup_low_life_warning_sound() self._update_scores() # Our TNT spawner (if applicable). if self._have_tnt: self._tntspawner = TNTSpawner(position=self._tntspawnpos) # Make sure to stay out of the way of menu/party buttons in the corner. assert bs.app.classic is not None uiscale = bs.app.ui_v1.uiscale l_offs = ( -80 if uiscale is bs.UIScale.SMALL else -40 if uiscale is bs.UIScale.MEDIUM else 0 ) self._lives_bg = bs.NodeActor( bs.newnode( 'image', attrs={ 'texture': self._heart_tex, 'mesh_opaque': self._heart_mesh_opaque, 'mesh_transparent': self._heart_mesh_transparent, 'attach': 'topRight', 'scale': (90, 90), 'position': (-110 + l_offs, -50), 'color': (1, 0.2, 0.2), }, ) ) # FIXME; should not set things based on vr mode. # (won't look right to non-vr connected clients, etc) vrmode = bs.app.env.vr self._lives_text = bs.NodeActor( bs.newnode( 'text', attrs={ 'v_attach': 'top', 'h_attach': 'right', 'h_align': 'center', 'color': (1, 1, 1, 1) if vrmode else (0.8, 0.8, 0.8, 1.0), 'flatness': 1.0 if vrmode else 0.5, 'shadow': 1.0 if vrmode else 0.5, 'vr_depth': 10, 'position': (-113 + l_offs, -69), 'scale': 1.3, 'text': str(self._lives), }, ) ) bs.timer(2.0, self._start_updating_waves)
def _handle_reached_end(self) -> None: spaz = bs.getcollision().opposingnode.getdelegate(SpazBot, True) if not spaz.is_alive(): return # Ignore bodies flying in. self._flawless = False pos = spaz.node.position self._bad_guy_score_sound.play(position=pos) light = bs.newnode( 'light', attrs={'position': pos, 'radius': 0.5, 'color': (1, 0, 0)} ) bs.animate(light, 'intensity', {0.0: 0, 0.1: 1, 0.5: 0}, loop=False) bs.timer(1.0, light.delete) spaz.handlemessage( bs.DieMessage(immediate=True, how=bs.DeathType.REACHED_GOAL) ) if self._lives > 0: self._lives -= 1 if self._lives == 0: self._bots.stop_moving() self.end_game() # Heartbeat behavior if self._lives < 5: hbtime = 0.39 + (0.21 * self._lives) self._lives_hbtime = bs.Timer( hbtime, lambda: self.heart_dyin(True, hbtime), repeat=True ) self.heart_dyin(True) else: self._lives_hbtime = None self.heart_dyin(False) assert self._lives_text is not None assert self._lives_text.node self._lives_text.node.text = str(self._lives) delay = 0.0 def _safesetattr(node: bs.Node, attr: str, value: Any) -> None: if node: setattr(node, attr, value) for _i in range(4): bs.timer( delay, bs.Call( _safesetattr, self._lives_text.node, 'color', (1, 0, 0, 1.0), ), ) assert self._lives_bg is not None assert self._lives_bg.node bs.timer( delay, bs.Call(_safesetattr, self._lives_bg.node, 'opacity', 0.5), ) delay += 0.125 bs.timer( delay, bs.Call( _safesetattr, self._lives_text.node, 'color', (1.0, 1.0, 0.0, 1.0), ), ) bs.timer( delay, bs.Call(_safesetattr, self._lives_bg.node, 'opacity', 1.0), ) delay += 0.125 bs.timer( delay, bs.Call( _safesetattr, self._lives_text.node, 'color', (0.8, 0.8, 0.8, 1.0), ), )
[docs] @override def spawn_player(self, player: Player) -> bs.Actor: pos = ( self._spawn_center[0] + random.uniform(-1.5, 1.5), self._spawn_center[1], self._spawn_center[2] + random.uniform(-1.5, 1.5), ) spaz = self.spawn_player_spaz(player, position=pos) if self._preset in {Preset.PRO_EASY, Preset.UBER_EASY}: spaz.impact_scale = 0.25 # Add the material that causes us to hit the player-wall. spaz.pick_up_powerup_callback = self._on_player_picked_up_powerup return spaz
def _on_player_picked_up_powerup(self, player: bs.Actor) -> None: del player # Unused. self._player_has_picked_up_powerup = True def _drop_powerup(self, index: int, poweruptype: str | None = None) -> None: if poweruptype is None: poweruptype = PowerupBoxFactory.get().get_random_powerup_type( excludetypes=self._exclude_powerups ) PowerupBox( position=self.map.powerup_spawn_points[index], poweruptype=poweruptype, ).autoretain() def _start_powerup_drops(self) -> None: bs.timer(3.0, self._drop_powerups, repeat=True) def _drop_powerups( self, standard_points: bool = False, force_first: str | None = None ) -> None: """Generic powerup drop.""" # If its been a minute since our last wave finished emerging, stop # giving out land-mine powerups. (prevents players from waiting # around for them on purpose and filling the map up) if bs.time() - self._last_wave_end_time > 60.0: extra_excludes = ['land_mines'] else: extra_excludes = [] if standard_points: points = self.map.powerup_spawn_points for i in range(len(points)): bs.timer( 1.0 + i * 0.5, bs.Call( self._drop_powerup, i, force_first if i == 0 else None ), ) else: pos = ( self._powerup_center[0] + random.uniform( -1.0 * self._powerup_spread[0], 1.0 * self._powerup_spread[0], ), self._powerup_center[1], self._powerup_center[2] + random.uniform( -self._powerup_spread[1], self._powerup_spread[1] ), ) # drop one random one somewhere.. assert self._exclude_powerups is not None PowerupBox( position=pos, poweruptype=PowerupBoxFactory.get().get_random_powerup_type( excludetypes=self._exclude_powerups + extra_excludes ), ).autoretain()
[docs] @override def end_game(self) -> None: bs.pushcall(bs.Call(self.do_end, 'defeat')) bs.setmusic(None) self._player_death_sound.play()
[docs] def do_end(self, outcome: str) -> None: """End the game now with the provided outcome.""" if outcome == 'defeat': delay = 2.0 self.fade_to_red() else: delay = 0 score: int | None if self._wavenum >= 2: score = self._score fail_message = None else: score = None fail_message = bs.Lstr(resource='reachWave2Text') self.end( delay=delay, results={ 'outcome': outcome, 'score': score, 'fail_message': fail_message, 'playerinfos': self.initialplayerinfos, }, )
def _update_waves(self) -> None: # pylint: disable=too-many-branches # If we have no living bots, go to the next wave. if ( self._can_end_wave and not self._bots.have_living_bots() and not self._game_over and self._lives > 0 ): self._can_end_wave = False self._time_bonus_timer = None self._time_bonus_text = None if self._preset in {Preset.ENDLESS, Preset.ENDLESS_TOURNAMENT}: won = False else: assert self._waves is not None won = self._wavenum == len(self._waves) # Reward time bonus. base_delay = 4.0 if won else 0 if self._time_bonus > 0: bs.timer(0, self._cashregistersound.play) bs.timer( base_delay, bs.Call(self._award_time_bonus, self._time_bonus), ) base_delay += 1.0 # Reward flawless bonus. if self._wavenum > 0 and self._flawless: bs.timer(base_delay, self._award_flawless_bonus) base_delay += 1.0 self._flawless = True # reset if won: # Completion achievements: if self._preset in {Preset.PRO, Preset.PRO_EASY}: self._award_achievement( 'Pro Runaround Victory', sound=False ) if self._lives == self._start_lives: self._award_achievement('The Wall', sound=False) if not self._player_has_picked_up_powerup: self._award_achievement( 'Precision Bombing', sound=False ) elif self._preset in {Preset.UBER, Preset.UBER_EASY}: self._award_achievement( 'Uber Runaround Victory', sound=False ) if self._lives == self._start_lives: self._award_achievement('The Great Wall', sound=False) if not self._a_player_has_been_killed: self._award_achievement('Stayin\' Alive', sound=False) # Give remaining players some points and have them celebrate. self.show_zoom_message( bs.Lstr(resource='victoryText'), scale=1.0, duration=4.0 ) self.celebrate(10.0) bs.timer(base_delay, self._award_lives_bonus) base_delay += 1.0 bs.timer(base_delay, self._award_completion_bonus) base_delay += 0.85 self._winsound.play() bs.cameraflash() bs.setmusic(bs.MusicType.VICTORY) self._game_over = True bs.timer(base_delay, bs.Call(self.do_end, 'victory')) return self._wavenum += 1 # Short celebration after waves. if self._wavenum > 1: self.celebrate(0.5) bs.timer(base_delay, self._start_next_wave) def _award_completion_bonus(self) -> None: bonus = 200 self._cashregistersound.play() PopupText( bs.Lstr( value='+${A} ${B}', subs=[ ('${A}', str(bonus)), ('${B}', bs.Lstr(resource='completionBonusText')), ], ), color=(0.7, 0.7, 1.0, 1), scale=1.6, position=(0, 1.5, -1), ).autoretain() self._score += bonus self._update_scores() def _award_lives_bonus(self) -> None: bonus = self._lives * 30 self._cashregistersound.play() PopupText( bs.Lstr( value='+${A} ${B}', subs=[ ('${A}', str(bonus)), ('${B}', bs.Lstr(resource='livesBonusText')), ], ), color=(0.7, 1.0, 0.3, 1), scale=1.3, position=(0, 1, -1), ).autoretain() self._score += bonus self._update_scores() def _award_time_bonus(self, bonus: int) -> None: self._cashregistersound.play() PopupText( bs.Lstr( value='+${A} ${B}', subs=[ ('${A}', str(bonus)), ('${B}', bs.Lstr(resource='timeBonusText')), ], ), color=(1, 1, 0.5, 1), scale=1.0, position=(0, 3, -1), ).autoretain() self._score += self._time_bonus self._update_scores() def _award_flawless_bonus(self) -> None: self._cashregistersound.play() PopupText( bs.Lstr( value='+${A} ${B}', subs=[ ('${A}', str(self._flawless_bonus)), ('${B}', bs.Lstr(resource='perfectWaveText')), ], ), color=(1, 1, 0.2, 1), scale=1.2, position=(0, 2, -1), ).autoretain() assert self._flawless_bonus is not None self._score += self._flawless_bonus self._update_scores() def _start_time_bonus_timer(self) -> None: self._time_bonus_timer = bs.Timer( 1.0, self._update_time_bonus, repeat=True ) def _start_next_wave(self) -> None: # FIXME: Need to split this up. # pylint: disable=too-many-locals # pylint: disable=too-many-branches # pylint: disable=too-many-statements self.show_zoom_message( bs.Lstr( value='${A} ${B}', subs=[ ('${A}', bs.Lstr(resource='waveText')), ('${B}', str(self._wavenum)), ], ), scale=1.0, duration=1.0, trail=True, ) bs.timer(0.4, self._new_wave_sound.play) t_sec = 0.0 base_delay = 0.5 delay = 0.0 bot_types: list[Spawn | Spacing | None] = [] if self._preset in {Preset.ENDLESS, Preset.ENDLESS_TOURNAMENT}: level = self._wavenum target_points = (level + 1) * 8.0 group_count = random.randint(1, 3) entries: list[Spawn | Spacing | None] = [] spaz_types: list[tuple[type[SpazBot], float]] = [] if level < 6: spaz_types += [(BomberBot, 5.0)] if level < 10: spaz_types += [(BrawlerBot, 5.0)] if level < 15: spaz_types += [(TriggerBot, 6.0)] if level > 5: spaz_types += [(TriggerBotPro, 7.5)] * (1 + (level - 5) // 7) if level > 2: spaz_types += [(BomberBotProShielded, 8.0)] * ( 1 + (level - 2) // 6 ) if level > 6: spaz_types += [(TriggerBotProShielded, 12.0)] * ( 1 + (level - 6) // 5 ) if level > 1: spaz_types += [(ChargerBot, 10.0)] * (1 + (level - 1) // 4) if level > 7: spaz_types += [(ChargerBotProShielded, 15.0)] * ( 1 + (level - 7) // 3 ) # Bot type, their effect on target points. defender_types: list[tuple[type[SpazBot], float]] = [ (BomberBot, 0.9), (BrawlerBot, 0.9), (TriggerBot, 0.85), ] if level > 2: defender_types += [(ChargerBot, 0.75)] if level > 4: defender_types += [(StickyBot, 0.7)] * (1 + (level - 5) // 6) if level > 6: defender_types += [(ExplodeyBot, 0.7)] * (1 + (level - 5) // 5) if level > 8: defender_types += [(BrawlerBotProShielded, 0.65)] * ( 1 + (level - 5) // 4 ) if level > 10: defender_types += [(TriggerBotProShielded, 0.6)] * ( 1 + (level - 6) // 3 ) for group in range(group_count): this_target_point_s = target_points / group_count # Adding spacing makes things slightly harder. rval = random.random() if rval < 0.07: spacing = 1.5 this_target_point_s *= 0.85 elif rval < 0.15: spacing = 1.0 this_target_point_s *= 0.9 else: spacing = 0.0 path = random.randint(1, 3) # Don't allow hard paths on early levels. if level < 3: if path == 1: path = 3 # Easy path. if path == 3: pass # Harder path. elif path == 2: this_target_point_s *= 0.8 # Even harder path. elif path == 1: this_target_point_s *= 0.7 # Looping forward. elif path == 4: this_target_point_s *= 0.7 # Looping backward. elif path == 5: this_target_point_s *= 0.7 # Random. elif path == 6: this_target_point_s *= 0.7 def _add_defender( defender_type: tuple[type[SpazBot], float], pnt: Point ) -> tuple[float, Spawn]: # This is ok because we call it immediately. # pylint: disable=cell-var-from-loop return this_target_point_s * defender_type[1], Spawn( defender_type[0], point=pnt ) # Add defenders. defender_type1 = defender_types[ random.randrange(len(defender_types)) ] defender_type2 = defender_types[ random.randrange(len(defender_types)) ] defender1 = defender2 = None if ( (group == 0) or (group == 1 and level > 3) or (group == 2 and level > 5) ): if random.random() < min(0.75, (level - 1) * 0.11): this_target_point_s, defender1 = _add_defender( defender_type1, Point.BOTTOM_LEFT ) if random.random() < min(0.75, (level - 1) * 0.04): this_target_point_s, defender2 = _add_defender( defender_type2, Point.BOTTOM_RIGHT ) spaz_type = spaz_types[random.randrange(len(spaz_types))] member_count = max( 1, int(round(this_target_point_s / spaz_type[1])) ) for i, _member in enumerate(range(member_count)): if path == 4: this_path = i % 3 # Looping forward. elif path == 5: this_path = 3 - (i % 3) # Looping backward. elif path == 6: this_path = random.randint(1, 3) # Random. else: this_path = path entries.append(Spawn(spaz_type[0], path=this_path)) if spacing != 0.0: entries.append(Spacing(duration=spacing)) if defender1 is not None: entries.append(defender1) if defender2 is not None: entries.append(defender2) # Some spacing between groups. rval = random.random() if rval < 0.1: spacing = 5.0 elif rval < 0.5: spacing = 1.0 else: spacing = 1.0 entries.append(Spacing(duration=spacing)) wave = Wave(entries=entries) else: assert self._waves is not None wave = self._waves[self._wavenum - 1] bot_types += wave.entries self._time_bonus_mult = 1.0 this_flawless_bonus = 0 non_runner_spawn_time = 1.0 for info in bot_types: if info is None: continue if isinstance(info, Spacing): t_sec += info.duration continue bot_type = info.type path = info.path self._time_bonus_mult += bot_type.points_mult * 0.02 this_flawless_bonus += bot_type.points_mult * 5 # If its got a position, use that. if info.point is not None: point = info.point else: point = Point.START # Space our our slower bots. delay = base_delay delay /= self._get_bot_speed(bot_type) t_sec += delay * 0.5 tcall = bs.Call( self.add_bot_at_point, point, bot_type, path, 0.1 if point is Point.START else non_runner_spawn_time, ) bs.timer(t_sec, tcall) t_sec += delay * 0.5 # We can end the wave after all the spawning happens. bs.timer( t_sec - delay * 0.5 + non_runner_spawn_time + 0.01, self._set_can_end_wave, ) # Reset our time bonus. # In this game we use a constant time bonus so it erodes away in # roughly the same time (since the time limit a wave can take is # relatively constant) ..we then post-multiply a modifier to adjust # points. self._time_bonus = 150 self._flawless_bonus = this_flawless_bonus assert self._time_bonus_mult is not None txtval = bs.Lstr( value='${A}: ${B}', subs=[ ('${A}', bs.Lstr(resource='timeBonusText')), ('${B}', str(int(self._time_bonus * self._time_bonus_mult))), ], ) self._time_bonus_text = bs.NodeActor( bs.newnode( 'text', attrs={ 'v_attach': 'top', 'h_attach': 'center', 'h_align': 'center', 'color': (1, 1, 0.0, 1), 'shadow': 1.0, 'vr_depth': -30, 'flatness': 1.0, 'position': (0, -60), 'scale': 0.8, 'text': txtval, }, ) ) bs.timer(t_sec, self._start_time_bonus_timer) # Keep track of when this wave finishes emerging. We wanna stop # dropping land-mines powerups at some point (otherwise a crafty # player could fill the whole map with them) self._last_wave_end_time = bs.Time(bs.time() + t_sec) totalwaves = str(len(self._waves)) if self._waves is not None else '??' txtval = bs.Lstr( value='${A} ${B}', subs=[ ('${A}', bs.Lstr(resource='waveText')), ( '${B}', str(self._wavenum) + ( '' if self._preset in {Preset.ENDLESS, Preset.ENDLESS_TOURNAMENT} else f'/{totalwaves}' ), ), ], ) self._wave_text = bs.NodeActor( bs.newnode( 'text', attrs={ 'v_attach': 'top', 'h_attach': 'center', 'h_align': 'center', 'vr_depth': -10, 'color': (1, 1, 1, 1), 'shadow': 1.0, 'flatness': 1.0, 'position': (0, -40), 'scale': 1.3, 'text': txtval, }, ) ) def _on_bot_spawn(self, path: int, spaz: SpazBot) -> None: # Add our custom update callback and set some info for this bot. spaz_type = type(spaz) assert spaz is not None spaz.update_callback = self._update_bot # Tack some custom attrs onto the spaz. setattr(spaz, 'r_walk_row', path) setattr(spaz, 'r_walk_speed', self._get_bot_speed(spaz_type))
[docs] def add_bot_at_point( self, point: Point, spaztype: type[SpazBot], path: int, spawn_time: float = 0.1, ) -> None: """Add the given type bot with the given delay (in seconds).""" # Don't add if the game has ended. if self._game_over: return pos = self.map.defs.points[point.value][:3] self._bots.spawn_bot( spaztype, pos=pos, spawn_time=spawn_time, on_spawn_call=bs.Call(self._on_bot_spawn, path), )
def _update_time_bonus(self) -> None: self._time_bonus = int(self._time_bonus * 0.91) if self._time_bonus > 0 and self._time_bonus_text is not None: assert self._time_bonus_text.node assert self._time_bonus_mult self._time_bonus_text.node.text = bs.Lstr( value='${A}: ${B}', subs=[ ('${A}', bs.Lstr(resource='timeBonusText')), ( '${B}', str(int(self._time_bonus * self._time_bonus_mult)), ), ], ) else: self._time_bonus_text = None def _start_updating_waves(self) -> None: self._wave_update_timer = bs.Timer(2.0, self._update_waves, repeat=True) def _update_scores(self) -> None: score = self._score if self._preset is Preset.ENDLESS: if score >= 500: self._award_achievement('Runaround Master') if score >= 1000: self._award_achievement('Runaround Wizard') if score >= 2000: self._award_achievement('Runaround God') assert self._scoreboard is not None self._scoreboard.set_team_value(self.teams[0], score, max_score=None) def _update_bot(self, bot: SpazBot) -> bool: # Yup; that's a lot of return statements right there. # pylint: disable=too-many-return-statements if not bool(bot): return True assert bot.node # FIXME: Do this in a type safe way. r_walk_speed: float = getattr(bot, 'r_walk_speed') r_walk_row: int = getattr(bot, 'r_walk_row') speed = r_walk_speed pos = bot.node.position boxes = self.map.defs.boxes # Bots in row 1 attempt the high road.. if r_walk_row == 1: if bs.is_point_in_box(pos, boxes['b4']): bot.node.move_up_down = speed bot.node.move_left_right = 0 bot.node.run = 0.0 return True # Row 1 and 2 bots attempt the middle road.. if r_walk_row in [1, 2]: if bs.is_point_in_box(pos, boxes['b1']): bot.node.move_up_down = speed bot.node.move_left_right = 0 bot.node.run = 0.0 return True # All bots settle for the third row. if bs.is_point_in_box(pos, boxes['b7']): bot.node.move_up_down = speed bot.node.move_left_right = 0 bot.node.run = 0.0 return True if bs.is_point_in_box(pos, boxes['b2']): bot.node.move_up_down = -speed bot.node.move_left_right = 0 bot.node.run = 0.0 return True if bs.is_point_in_box(pos, boxes['b3']): bot.node.move_up_down = -speed bot.node.move_left_right = 0 bot.node.run = 0.0 return True if bs.is_point_in_box(pos, boxes['b5']): bot.node.move_up_down = -speed bot.node.move_left_right = 0 bot.node.run = 0.0 return True if bs.is_point_in_box(pos, boxes['b6']): bot.node.move_up_down = speed bot.node.move_left_right = 0 bot.node.run = 0.0 return True if ( bs.is_point_in_box(pos, boxes['b8']) and not bs.is_point_in_box(pos, boxes['b9']) ) or pos == (0.0, 0.0, 0.0): # Default to walking right if we're still in the walking area. bot.node.move_left_right = speed bot.node.move_up_down = 0 bot.node.run = 0.0 return True # Revert to normal bot behavior otherwise.. return False
[docs] @override def handlemessage(self, msg: Any) -> Any: if isinstance(msg, bs.PlayerScoredMessage): self._score += msg.score self._update_scores() elif isinstance(msg, bs.PlayerDiedMessage): # Augment standard behavior. super().handlemessage(msg) self._a_player_has_been_killed = True # Respawn them shortly. player = msg.getplayer(Player) assert self.initialplayerinfos is not None respawn_time = 2.0 + len(self.initialplayerinfos) * 1.0 player.respawn_timer = bs.Timer( respawn_time, bs.Call(self.spawn_player_if_exists, player) ) player.respawn_icon = RespawnIcon(player, respawn_time) elif isinstance(msg, SpazBotDiedMessage): if msg.how is bs.DeathType.REACHED_GOAL: return None pts, importance = msg.spazbot.get_death_points(msg.how) if msg.killerplayer is not None: target: Sequence[float] | None try: assert msg.spazbot is not None assert msg.spazbot.node target = msg.spazbot.node.position except Exception: logging.exception('Error getting SpazBotDied target.') target = None try: if msg.killerplayer: self.stats.player_scored( msg.killerplayer, pts, target=target, kill=True, screenmessage=False, importance=importance, ) dingsound = ( self._dingsound if importance == 1 else self._dingsoundhigh ) dingsound.play(volume=0.6) except Exception: logging.exception('Error on SpazBotDiedMessage.') # Normally we pull scores from the score-set, but if there's no # player lets be explicit. else: self._score += pts self._update_scores() else: return super().handlemessage(msg) return None
def _get_bot_speed(self, bot_type: type[SpazBot]) -> float: speed = self._bot_speed_map.get(bot_type) if speed is None: raise TypeError( 'Invalid bot type to _get_bot_speed(): ' + str(bot_type) ) return speed def _set_can_end_wave(self) -> None: self._can_end_wave = True
[docs] def heart_dyin(self, status: bool, time: float = 1.22) -> None: """Makes the UI heart beat at low health.""" assert self._lives_bg is not None if self._lives_bg.node.exists(): return heart = self._lives_bg.node # Make the heart beat intensely! if status: bs.animate_array( heart, 'scale', 2, { 0: (90, 90), time * 0.1: (105, 105), time * 0.21: (88, 88), time * 0.42: (90, 90), time * 0.52: (105, 105), time * 0.63: (88, 88), time: (90, 90), }, ) # Neutralize heartbeat (Done did when dead.) else: # Ew; janky old scenev1 has a single 'Node' Python type so # it thinks heart.scale could be a few different things # (float, Sequence[float], etc.). So we have to force the # issue with a cast(). This should go away with scenev2/etc. bs.animate_array( heart, 'scale', 2, { 0.0: cast(Sequence[float], heart.scale), time: (90, 90), }, )