def __init__(self, coordinates: Coordinates):
"""
Initialize a quadrant
"""
from pytrek.engine.GameEngine import GameEngine # Avoid recursion
self.logger: Logger = getLogger(__name__)
self._coordinates: Coordinates = coordinates
self._sectors: QuadrantGrid = QuadrantGrid([])
self._intelligence: Intelligence = Intelligence()
self._gameEngine: GameEngine = GameEngine()
self._gameSettings: GameSettings = GameSettings()
self._klingonCount: int = 0
self._commanderCount: int = 0
self._superCommanderCount: int = 0
self._hasStarBase: bool = False
self._hasPlanet: bool = False
self._hasSuperNova: bool = False
self._scanned: bool = False
self._klingons: Enemies = Enemies([])
self._commanders: Enemies = Enemies([])
self._superCommanders: Enemies = Enemies([])
self._planet: Planet = cast(Planet, None)
self._starBase: StarBase = cast(StarBase, None)
self._enterprise: Enterprise = cast(Enterprise, None)
self._enterpriseCoordinates: Coordinates = cast(Coordinates, None)
self._starBaseCoordinates: Coordinates = cast(Coordinates, None)
self._createQuadrant()
def init(self, *args, **kwds):
self.logger: Logger = getLogger(__name__)
self._gameEngine: GameEngine = GameEngine()
self._gameState: GameState = GameState()
self._gameSettings: GameSettings = GameSettings()
self._computer: Computer = Computer()
self._intelligence: Intelligence = Intelligence()
self._ktm: KlingonTorpedoMediator = KlingonTorpedoMediator()
self._ctm: CommanderTorpedoMediator = CommanderTorpedoMediator()
self._ptm: EnterpriseTorpedoMediator = EnterpriseTorpedoMediator()
self._stm: SuperCommanderTorpedoMediator = SuperCommanderTorpedoMediator(
)
self._km: KlingonMediator = KlingonMediator()
self._cm: CommanderMediator = CommanderMediator()
self._scm: SuperCommanderMediator = SuperCommanderMediator()
self._epm: EnterprisePhaserMediator = EnterprisePhaserMediator()
self._messageConsole: MessageConsole = MessageConsole()
self._soundMachine: SoundMachine = SoundMachine()
self._playerList: SpriteList = SpriteList()
self._klingonList: SpriteList = SpriteList()
self._commanderList: SpriteList = SpriteList()
self._superCommanderList: SpriteList = SpriteList()
def _setupGame(cls):
"""
Assumes the game setting location has been set
Since the game mechanics are run by singletons set them up once
at the start of this test class. Then each instance test will just
use the pre-initialized singletons
The initializaton code copied from PyTrekView
TODO: perhaps should go in a utility class so it is always current
"""
TestBase.resetSingletons()
TestEventEngine.clsLogMessageConsole = LogMessageConsole()
TestEventEngine.clsGameSettings = GameSettings(
) # Be able to read the preferences file
TestEventEngine.clsIntelligence = Intelligence()
TestEventEngine.clsGameState = GameState(
) # Set up the game parameters which uses the above
TestEventEngine.clsGameState.currentQuadrantCoordinates = TestEventEngine.clsIntelligence.generateQuadrantCoordinates(
)
TestEventEngine.clsGameEngine = GameEngine(
) # Then the engine needs to be initialized
TestEventEngine.clsEventEngine = EventEngine(
TestEventEngine.clsLogMessageConsole)
TestEventEngine.clsDevices = Devices()
TestEventEngine.clsGalaxy = Galaxy()
def __init__(self):
super().__init__()
self.logger: Logger = getLogger(__name__)
self._gameSettings: GameSettings = GameSettings()
self._gameState: GameState = GameState()
self._gameEngine: GameEngine = GameEngine()
self._intelligence: Intelligence = Intelligence()
self._computer: Computer = Computer()
self._galaxy: Galaxy = Galaxy()
self._devices: Devices = Devices()
self._messageConsole: SchedulerTestMessageConsole = SchedulerTestMessageConsole(
)
self._eventEngine: EventEngine = EventEngine(self._messageConsole)
self._quadrantMediator: QuadrantMediator = QuadrantMediator()
self._quadrant: Quadrant = self._galaxy.currentQuadrant
self._gameState.currentQuadrantCoordinates = self._galaxy.currentQuadrant.coordinates
enterprise: Enterprise = self._gameState.enterprise
self._quadrantMediator.enterQuadrant(quadrant=self._quadrant,
enterprise=enterprise)
self._createInitialEvents()
def _setupGame(cls):
"""
Assumes the game setting location has been set
Since the game mechanics are run by singletons set them up once
at the start of this test class. Then each instance test will just
use the pre-initialized singletons
The initializaton code copied from PyTrekView
TODO: perhaps should go in a utility class so it is always current
"""
TestBase.resetSingletons()
TestFutureEventHandlers.clsGameSettings = GameSettings(
) # Be able to read the preferences file
TestFutureEventHandlers.clsGameState = GameState(
) # Set up the game parameters which uses the above
TestFutureEventHandlers.clsGameEngine = GameEngine(
) # Then the engine needs to be initialized
TestFutureEventHandlers.clsIntelligence = Intelligence()
TestFutureEventHandlers.clsComputer = Computer()
TestFutureEventHandlers.clsGalaxy = Galaxy()
TestFutureEventHandlers.clsEventEngine = EventEngine(
LogMessageConsole())
TestFutureEventHandlers.clsQuadrantMediator = QuadrantMediator()
TestFutureEventHandlers.clsGalaxyMediator = GalaxyMediator(
) # This essentially finishes initializing most of the game
def setup(self):
"""
Set up the game here. Call this function to restart the game.
"""
fqFileName: str = LocateResources.getResourcesPath(
resourcePackageName=LocateResources.IMAGE_RESOURCES_PACKAGE_NAME,
bareFileName='QuadrantBackground.png')
self.background = load_texture(fqFileName)
self._gameSettings = GameSettings()
self._gameState = GameState()
self._gameEngine = GameEngine()
self._intelligence = Intelligence()
self._computer = Computer()
self._galaxy = Galaxy()
self._quadrantMediator = QuadrantMediator()
self._enterprise: Enterprise = self._gameState.enterprise
self._quadrant: Quadrant = self._galaxy.currentQuadrant
self._quadrant.klingonCount = 0
self._quadrant.commanderCount = 0
self._quadrant.superCommanderCount = 0
currentSectorCoordinates: Coordinates = self._intelligence.generateSectorCoordinates(
)
self._gameState.currentQuadrantCoordinates = self._galaxy.currentQuadrant.coordinates
self._gameState.currentSectorCoordinates = currentSectorCoordinates
self._quadrantMediator.enterQuadrant(quadrant=self._quadrant,
enterprise=self._enterprise)
self._enterpriseMediator: EnterpriseMediator = EnterpriseMediator(
view=self, warpTravelCallback=self._noOp)
self._statusConsole = StatusConsole(gameView=self)
self._messageConsole = MessageConsole()
self._makeEnemySpriteLists()
self._makeGamePiecePalette()
self.logger.info(f'Setup Complete')
def __init__(self, messageConsole: AbstractMessageConsole):
self.logger: Logger = getLogger(__name__)
self._intelligence: Intelligence = Intelligence()
self._gameState: GameState = GameState()
self._galaxy: Galaxy = Galaxy()
self._messageConsole: AbstractMessageConsole = messageConsole
self._futureEventHandlers: FutureEventHandlers = FutureEventHandlers(
self._messageConsole)
def __init__(self, messageConsole: AbstractMessageConsole):
self.logger: Logger = getLogger(__name__)
self._gameState: GameState = GameState()
self._galaxy: Galaxy = Galaxy()
self._intelligence: Intelligence = Intelligence()
self._galaxyMediator: GalaxyMediator = GalaxyMediator()
self._quadrantMediator: QuadrantMediator = QuadrantMediator()
self._messageConsole: AbstractMessageConsole = messageConsole
self.logger.debug(f'FutureEventHandlers.__init__ - {self._gameState=}')
def __init__(self):
self._missesMediatorLogger: Logger = getLogger(__name__)
super().__init__()
self._gameState: GameState = GameState()
self._gameEngine: GameEngine = GameEngine()
self._intelligence: Intelligence = Intelligence()
self._gameSettings: GameSettings = GameSettings()
self._messageConsole: MessageConsole = MessageConsole()
def setUp(self):
self.logger: Logger = TestIntelligence.clsLogger
self._gameEngine: GameEngine = GameEngine()
self._gameSettings: GameSettings = GameSettings()
self._gameState: GameState = GameState()
self.smarty: Intelligence = Intelligence()
self._savePlayerType: PlayerType = self._gameSettings.playerType
self._saveGameType: GameType = self._gameSettings.gameType
self._powerTestPlayerType: PlayerType = cast(PlayerType, None)
def init(self, *args, **kwds):
self.logger: Logger = getLogger(__name__)
self._gameSettings: GameSettings = GameSettings()
self._gameState: GameState = GameState()
self._intelligence: Intelligence = Intelligence()
self._computer: Computer = Computer()
self._devices: Devices = Devices()
# self._eventEngine: EventEngine = EventEngine()
self._accumulatedDelta: float = 0.0
self._gameClock: float = 0.0
self.logger.info(f'GameEngine initialized')
def init(self):
self.logger: Logger = getLogger(__name__)
gameSettings: GameSettings = GameSettings()
intelligence: Intelligence = Intelligence()
playerType: PlayerType = gameSettings.playerType
gameType: GameType = gameSettings.gameType
self._playerType: PlayerType = playerType
self._gameType: GameType = gameType
self._energy: float = gameSettings.initialEnergyLevel
self._shieldEnergy: float = gameSettings.initialShieldEnergy
self._torpedoCount: int = gameSettings.initialTorpedoCount
self._starDate: float = intelligence.generateInitialStarDate()
self._inTime: float = intelligence.generateInitialGameTime()
self._opTime: float = 0.0
self._remainingGameTime: float = intelligence.generateInitialGameTime()
self._remainingKlingons: int = intelligence.generateInitialKlingonCount(gameType=gameType, playerType=playerType)
self._remainingCommanders: int = intelligence.generateInitialCommanderCount(playerType=playerType, generatedKlingons=self._remainingKlingons)
self._starBaseCount: int = intelligence.generateInitialStarBaseCount()
self._planetCount: int = intelligence.generateInitialPlanetCount()
# Adjust total Klingon counts by # of commanders
self._remainingKlingons = self._remainingKlingons - self._remainingCommanders
# Novice and Fair players do not get Super Commanders
if playerType != PlayerType.Novice and playerType != PlayerType.Fair:
self._remainingSuperCommanders = intelligence.generateInitialSuperCommanderCount(playerType=playerType, numberOfKlingons=self._remainingKlingons)
# Adjust total Klingons by # of super commanders
self._remainingKlingons = self._remainingKlingons - self._remainingSuperCommanders
else:
self._remainingSuperCommanders = 0
self._shipCondition: ShipCondition = ShipCondition.Green
self.currentQuadrantCoordinates: Coordinates = cast(Coordinates, None)
self.currentSectorCoordinates: Coordinates = cast(Coordinates, None)
self._enterprise: Enterprise = Enterprise()
self.gameActive: bool = True
self.logger.info(f'Game State singleton initialized')
def setup(self):
SettingsCommon.determineSettingsLocation()
# self._backgroundSprite: QuadrantBackground = QuadrantBackground()
fqFileName: str = LocateResources.getResourcesPath(resourcePackageName=LocateResources.IMAGE_RESOURCES_PACKAGE_NAME,
bareFileName='QuadrantBackground.png')
self.background = load_texture(fqFileName)
# Create the 'physics engine'
# self.physicsEngine = PhysicsEngineSimple(self._enterprise, self._hardSpriteList)
# These singletons are initialized for the first time
self._gameSettings = GameSettings() # Be able to read the preferences file
self._gameState = GameState() # Set up the game parameters which uses the above
self._gameEngine = GameEngine() # Then the engine needs to be initialized
self._intelligence = Intelligence()
self._computer = Computer()
self._galaxy = Galaxy() # This essentially finishes initializing most of the game
self._messageConsole: MessageConsole = MessageConsole()
self._eventEngine: EventEngine = EventEngine(self._messageConsole)
self._statusConsole: StatusConsole = StatusConsole(gameView=self) # UI elements
self._soundMachine: SoundMachine = SoundMachine()
self._enterprise: Enterprise = self._gameState.enterprise
# Important mediators
self._enterpriseMediator: EnterpriseMediator = EnterpriseMediator(view=self, warpTravelCallback=self._enterpriseHasWarped)
self._quadrantMediator: QuadrantMediator = QuadrantMediator()
self._galaxyMediator: GalaxyMediator = GalaxyMediator()
self._quadrant: Quadrant = self._galaxy.currentQuadrant
self._gameState.currentQuadrantCoordinates = self._galaxy.currentQuadrant.coordinates
# And finally the rest of the UI elements
self._quadrantMediator.enterQuadrant(quadrant=self._quadrant, enterprise=self._enterprise)
self.logger.info(f'{self._enterprise=}')
self.logger.info(f'{self._quadrant=}')
self.logger.info(f'Setup Complete')
def init(self, *args, **kwds):
""""""
self._gameEngine: GameEngine = GameEngine()
self._intelligence: Intelligence = Intelligence()
self._gameState: GameState = GameState()
self._gameSettings: GameSettings = GameSettings()
self.logger: Logger = getLogger(__name__)
self._currentQuadrant: Quadrant = cast(Quadrant, None)
self.quadrants: GalaxyGrid = GalaxyGrid([]) # 2D array aka python list
self._createGalaxy()
self._addEnemies()
self._placeStarBasesInGalaxy()
self._placePlanetsInGalaxy()
self._setInitialQuadrant()
self.logger.info(f'Galaxy singleton initialized')
def init(self, *args, **kwds):
"""
Accepts the following keyword arguments:
* view The arcade view for the long range scan
* graphicCenterX The background center X position
* graphicCenterY The background center Y position
Args:
*args:
**kwds:
"""
self.logger: Logger = getLogger(__name__)
self._intelligence: Intelligence = Intelligence()
self._computer: Computer = Computer()
self._galaxy: Galaxy = Galaxy()
self.view: View = cast(View, None)
self.graphicCenterX: float = 0
self.graphicCenterY: float = 0
self._setKeywordParameters(**kwds)
def init(self, *args, **kwargs):
"""
Args:
*args: Arg 0 is the message console
**kwargs:
Returns:
"""
self.logger: Logger = getLogger(__name__)
self._intelligence: Intelligence = Intelligence()
self._gameState: GameState = GameState()
self._gameSettings: GameSettings = GameSettings()
self._devices: Devices = Devices()
self._eventMap: EventMap = cast(EventMap, None)
self._setupEventMap()
self._messageConsole: MessageConsole = args[0]
self._eventCreator: EventCreator = EventCreator(self._messageConsole)
self.logger.debug(
f"{self._gameState.inTime=} eventMap: {self.__repr__()}")
# TODO Put in debug option that allows selectively scheduling these
self._scheduleRecurringEvents(
eventType=FutureEventType.COMMANDER_ATTACKS_BASE)
self._scheduleRecurringEvents(eventType=FutureEventType.TRACTOR_BEAM)
self._scheduleRecurringEvents(eventType=FutureEventType.SUPER_NOVA)
# I do not know what a Number is tell mypy so
schedule(function_pointer=self._doEventChecking,
interval=EventEngine.EVENT_CHECK_INTERVAL) # type: ignore
def init(self):
self.logger: Logger = getLogger(__name__)
self._intelligence: Intelligence = Intelligence()
class TestShooting(View):
"""
Main application class.
"""
MADE_UP_PRETTY_MAIN_NAME: str = "Test Shooter"
PALETTE_KLINGON_ID: str = 'paletteKlingon'
PALETTE_COMMANDER_ID: str = 'paletteCommander'
PALETTE_SUPER_COMMANDER_ID: str = 'paletteSuperCommander'
def __init__(self):
super().__init__()
self.logger: Logger = getLogger(TestShooting.MADE_UP_PRETTY_MAIN_NAME)
set_background_color(color.WHITE)
self.background: Texture = cast(Texture, None)
self._enterprise: Enterprise = cast(Enterprise, None)
self._galaxy: Galaxy = cast(Galaxy, None)
self._quadrant: Quadrant = cast(Quadrant, None)
self._quadrantMediator: QuadrantMediator = cast(QuadrantMediator, None)
self._statusConsole: StatusConsole = cast(StatusConsole, None)
self._messageConsole: MessageConsole = cast(MessageConsole, None)
self._gameState: GameState = cast(GameState, None)
self._gameSettings: GameSettings = cast(GameSettings, None)
self._gameEngine: GameEngine = cast(GameEngine, None)
self._intelligence: Intelligence = cast(Intelligence, None)
self._computer: Computer = cast(Computer, None)
self._sprites: SpriteList = SpriteList()
self._staticSprites: SpriteList = SpriteList()
self._selectedGamePiece: GamePiece = cast(GamePiece, None)
def setup(self):
"""
Set up the game here. Call this function to restart the game.
"""
fqFileName: str = LocateResources.getResourcesPath(
resourcePackageName=LocateResources.IMAGE_RESOURCES_PACKAGE_NAME,
bareFileName='QuadrantBackground.png')
self.background = load_texture(fqFileName)
self._gameSettings = GameSettings()
self._gameState = GameState()
self._gameEngine = GameEngine()
self._intelligence = Intelligence()
self._computer = Computer()
self._galaxy = Galaxy()
self._quadrantMediator = QuadrantMediator()
self._enterprise: Enterprise = self._gameState.enterprise
self._quadrant: Quadrant = self._galaxy.currentQuadrant
self._quadrant.klingonCount = 0
self._quadrant.commanderCount = 0
self._quadrant.superCommanderCount = 0
currentSectorCoordinates: Coordinates = self._intelligence.generateSectorCoordinates(
)
self._gameState.currentQuadrantCoordinates = self._galaxy.currentQuadrant.coordinates
self._gameState.currentSectorCoordinates = currentSectorCoordinates
self._quadrantMediator.enterQuadrant(quadrant=self._quadrant,
enterprise=self._enterprise)
self._enterpriseMediator: EnterpriseMediator = EnterpriseMediator(
view=self, warpTravelCallback=self._noOp)
self._statusConsole = StatusConsole(gameView=self)
self._messageConsole = MessageConsole()
self._makeEnemySpriteLists()
self._makeGamePiecePalette()
self.logger.info(f'Setup Complete')
def on_draw(self):
"""
Render the screen.
"""
start_render()
# Draw the background texture
draw_lrwh_rectangle_textured(bottom_left_x=1,
bottom_left_y=CONSOLE_HEIGHT,
width=SCREEN_WIDTH,
height=QUADRANT_GRID_HEIGHT,
texture=self.background)
self._quadrantMediator.draw(quadrant=self._quadrant)
self._statusConsole.draw()
self._messageConsole.draw()
self._staticSprites.draw()
def on_update(self, delta_time):
"""
All the logic to move, and the game logic goes here.
Normally, you'll call update() on the sprite lists that
need it.
"""
self._quadrantMediator.update(quadrant=self._quadrant)
self._enterpriseMediator.update(quadrant=self._quadrant)
def on_key_release(self, releasedKey: int, key_modifiers: int):
"""
Called whenever the user lets off a previously pressed key.
"""
if releasedKey == arcadeKey.Q:
import os
# noinspection PyUnresolvedReferences
# noinspection PyProtectedMember
os._exit(0)
elif releasedKey == arcadeKey.A:
self.setup()
elif releasedKey == arcadeKey.K:
self._fireKlingonTorpedo()
elif releasedKey == arcadeKey.C:
self._fireCommanderTorpedo()
elif releasedKey == arcadeKey.S:
self._fireSuperCommanderTorpedo()
elif releasedKey == arcadeKey.P:
self._firePhasers()
def on_mouse_release(self, x: float, y: float, button: int,
keyModifiers: int):
"""
Called when the user presses a mouse button.
"""
self.logger.info(f'{button=} {keyModifiers=}')
if button == MOUSE_BUTTON_LEFT and keyModifiers == arcadeKey.MOD_CTRL:
# Try klingons first
clickedEnemies: List[Sprite] = get_sprites_at_point(
point=(x, y), sprite_list=self._quadrantMediator.klingonList)
# The Commanders
if len(clickedEnemies) == 0:
clickedEnemies = get_sprites_at_point(
point=(x, y),
sprite_list=self._quadrantMediator.commanderList)
# Must be Super Commanders
if len(clickedEnemies) == 0:
clickedEnemies = get_sprites_at_point(
point=(x, y),
sprite_list=self._quadrantMediator.superCommanderList)
for enemy in clickedEnemies:
print(f'Delete {enemy}')
enemy.remove_from_sprite_lists()
elif button == MOUSE_BUTTON_LEFT:
if self._selectedGamePiece is None:
clickedPaletteSprites: List[Sprite] = get_sprites_at_point(
point=(x, y), sprite_list=self._staticSprites)
for paletteSprite in clickedPaletteSprites:
paletteSprite.color = color.BLACK
self._selectedGamePiece = paletteSprite
else:
# A palette sprite is selected
self._placeSpriteOnBoard(x=x, y=y)
self.logger.info(f'Clear selected Sprite')
self._selectedGamePiece.color = color.WHITE
self._selectedGamePiece = cast(GamePiece, None)
arcadePoint: ArcadePoint = ArcadePoint(x=x, y=y)
self._quadrantMediator.handleMousePress(quadrant=self._quadrant,
arcadePoint=arcadePoint,
button=button,
keyModifiers=keyModifiers)
def _placeSpriteOnBoard(self, x: float, y: float):
enemy: BaseEnemy = cast(BaseEnemy, self._selectedGamePiece)
if enemy.id == TestShooting.PALETTE_KLINGON_ID:
klingon: Klingon = self._quadrant.addKlingon()
added: bool = self._addEnemyToTestGrid(enemy=klingon, x=x, y=y)
if added is True:
self._quadrantMediator.klingonList.append(klingon)
elif enemy.id == TestShooting.PALETTE_COMMANDER_ID:
commander: Commander = self._quadrant.addCommander()
added = self._addEnemyToTestGrid(enemy=commander, x=x, y=y)
if added is True:
self._quadrantMediator.commanderList.append(commander)
elif enemy.id == TestShooting.PALETTE_SUPER_COMMANDER_ID:
superCommander: SuperCommander = self._quadrant.addSuperCommander()
added = self._addEnemyToTestGrid(enemy=superCommander, x=x, y=y)
if added is True:
self._quadrantMediator.superCommanderList.append(
superCommander)
def _fireKlingonTorpedo(self):
"""
We are testing so we'll access protected methods
"""
# noinspection PyProtectedMember
ktm: KlingonTorpedoMediator = self._quadrantMediator._ktm
self.__fireEnemyTorpedo(
torpedoMediator=ktm,
enemySprites=self._quadrantMediator.klingonList,
rotationAngle=Klingon.ROTATION_ANGLE)
def _fireCommanderTorpedo(self):
"""
We are testing so we'll access protected methods
"""
# noinspection PyProtectedMember
ctm: CommanderTorpedoMediator = self._quadrantMediator._ctm
self.__fireEnemyTorpedo(
torpedoMediator=ctm,
enemySprites=self._quadrantMediator.commanderList,
rotationAngle=Commander.ROTATION_ANGLE)
def _fireSuperCommanderTorpedo(self):
"""
We are testing so we'll access protected methods
"""
# noinspection PyProtectedMember
stm: SuperCommanderTorpedoMediator = self._quadrantMediator._stm
self.__fireEnemyTorpedo(
torpedoMediator=stm,
enemySprites=self._quadrantMediator.superCommanderList,
rotationAngle=SuperCommander.ROTATION_ANGLE)
def _firePhasers(self):
# noinspection PyProtectedMember
epm: EnterprisePhaserMediator = self._quadrantMediator._epm
epm.firePhasers(quadrant=self._quadrant)
# noinspection PyUnusedLocal
def _noOp(self, warpSpeed: float, destinationCoordinates: Coordinates):
self.logger.warning(f'******** How did we warp? *************')
def __fireEnemyTorpedo(self,
torpedoMediator: BaseTorpedoMediator,
enemySprites: SpriteList,
rotationAngle: int = 0):
for sprite in enemySprites:
enemy: Enemy = cast(Enemy, sprite)
# noinspection PyProtectedMember
torpedoMediator._pointAtEnterprise(enemy=enemy,
enterprise=self._enterprise,
rotationAngle=rotationAngle)
# noinspection PyProtectedMember
torpedoMediator._fireTorpedo(enemy=enemy,
enterprise=self._enterprise)
def _makeEnemySpriteLists(self):
"""
Place enemies in the appropriate sprite lists
"""
self.__makeKlingonSpriteList()
self.__makeCommanderSpriteList()
self.__makeSuperCommanderSpriteList()
def _makeGamePiecePalette(self):
"""
These are the static icons that can be dragged on screen
"""
bogusCoordinates: Coordinates = Coordinates(-1, -1)
paletteKlingon: Klingon = Klingon(coordinates=bogusCoordinates)
paletteKlingon.id = TestShooting.PALETTE_KLINGON_ID
paletteKlingon.center_x = 32
paletteKlingon.center_y = 150
paletteCommander: Commander = Commander(coordinates=bogusCoordinates,
moveInterval=-1)
paletteCommander.id = TestShooting.PALETTE_COMMANDER_ID
paletteCommander.center_x = paletteKlingon.center_x + 64
paletteCommander.center_y = 150
paletteSuperCommander: SuperCommander = SuperCommander(
coordinates=bogusCoordinates, moveInterval=-1)
paletteSuperCommander.id = TestShooting.PALETTE_SUPER_COMMANDER_ID
paletteSuperCommander.center_x = paletteCommander.center_x + 64
paletteSuperCommander.center_y = 150
self._staticSprites.append(paletteKlingon)
self._staticSprites.append(paletteCommander)
self._staticSprites.append(paletteSuperCommander)
def _addEnemyToTestGrid(
self,
enemy: BaseEnemy,
x: float,
y: float,
) -> bool:
added: bool = True
gameCoordinates: Coordinates = self._computer.computeCoordinates(x=x,
y=y)
if gameCoordinates.valid() is True:
# Recompute a 'centered' arcade point
arcadePoint: ArcadePoint = GamePiece.gamePositionToScreenPosition(
gameCoordinates)
enemy.gameCoordinates = gameCoordinates
enemy.center_x = arcadePoint.x
enemy.center_y = arcadePoint.y
else:
added = False
return added
def __makeCommanderSpriteList(self):
if self._quadrant.commanderCount > 0:
self._gameState.shipCondition = ShipCondition.Red
commanderSprites: SpriteList = SpriteList()
for commander in self._quadrant.commanders:
commanderSprites.append(commander)
self._quadrantMediator.commanderList = commanderSprites
else:
self._quadrantMediator.commanderList = SpriteList()
def __makeSuperCommanderSpriteList(self):
if self._quadrant.superCommanderCount > 0:
self._gameState.shipCondition = ShipCondition.Red
superCommanderSprites: SpriteList = SpriteList()
for superCommander in self._quadrant.superCommanders:
superCommanderSprites.append(superCommander)
self._quadrantMediator.superCommanderList = superCommanderSprites
else:
self._quadrantMediator.superCommanderList = SpriteList()
def __makeKlingonSpriteList(self):
if self._quadrant.klingonCount > 0:
self._gameState.shipCondition = ShipCondition.Red
klingonSprites: SpriteList = SpriteList()
for klingon in self._quadrant.klingons:
klingonSprites.append(klingon)
self._quadrantMediator.klingonList = klingonSprites
else:
self._quadrantMediator.klingonList = SpriteList()
def __doEnemyDebugActions(self):
if self._gameSettings.debugAddKlingons is True:
numKlingons: int = self._gameSettings.debugKlingonCount
for x in range(numKlingons):
self._quadrant.addKlingon()
self._gameState.remainingKlingons += numKlingons
if self._gameSettings.debugAddCommanders is True:
nCommanders: int = self._gameSettings.debugCommanderCount
for x in range(nCommanders):
self._quadrant.addCommander()
self._gameState.remainingCommanders += nCommanders
if self._gameSettings.debugAddSuperCommanders:
nSuperCommanders: int = self._gameSettings.debugSuperCommanderCount
for x in range(nSuperCommanders):
self._quadrant.addSuperCommander()
self._gameState.remainingSuperCommanders += nSuperCommanders