def __init__(self):
self.logger: Logger = getLogger(__name__)
self.imageRotation = 0
GamePiece.__init__(self, filename=Enterprise.FILENAME)
SmoothMotion.__init__(self, imageRotation=125)
def __init__(self,
filename: str,
coordinates: Coordinates,
moveInterval: int = NEVER_MOVE_INTERVAL,
scale: float = 1.0,
imageRotation: int = SmoothMotion.IMAGE_ROTATION):
"""
Args:
filename: The image file name
coordinates: The game sector coordinates within the quadrant
moveInterval: How often this enemy moves
scale: How to scale the image
imageRotation: How much to rotate image when the enemy is shooting at Captain Kirk.
"""
GamePiece.__init__(self, filename=filename, scale=scale)
SmoothMotion.__init__(self, imageRotation=imageRotation)
self.gameCoordinates = coordinates
self._moveInterval: int = moveInterval
self._id: EnemyId = EnemyId('IdNotSet')
self._power: float = cast(float, None)
self._firingInterval: int = BaseEnemy.NEVER_FIRE_INTERVAL
self._lastTimeCheck: int = 0
self._timeSinceMovement: float = 0.0
def __init__(self, speed: float = 3.0):
GamePiece.__init__(self, filename=PhotonTorpedo.FILENAME, speed=speed)
SmoothMotion.__init__(self, imageRotation=0)
self.logger: Logger = getLogger(__name__)
self._id: PhotonTorpedoId = PhotonTorpedoId(
f'Torpedo-{PhotonTorpedo.nextId}')
self._firedAt: EnemyId = cast(EnemyId, None)
PhotonTorpedo.nextId += 1
def _placeMiss(self, quadrant: Quadrant, torpedoDud: GamePiece,
miss: BaseMiss):
"""
Convert to game coordinates
Then to game point in order to get miss center as a sector coordinates
Args:
miss: The appropriate "miss" sprite
"""
gameCoordinates: Coordinates = self._computer.computeSectorCoordinates(
x=torpedoDud.center_x, y=torpedoDud.center_y)
arcadePoint: ArcadePoint = GamePiece.gamePositionToScreenPosition(
gameCoordinates=gameCoordinates)
miss.center_x = arcadePoint.x
miss.center_y = arcadePoint.y
if isinstance(miss, KlingonTorpedoMiss):
sectorType: SectorType = SectorType.KLINGON_TORPEDO_MISS
else:
sectorType = SectorType.ENTERPRISE_TORPEDO_MISS
miss.gameCoordinates = gameCoordinates
self.__placeMissInQuadrant(quadrant, gameCoordinates, sectorType)
self._missesMediatorLogger.info(
f'Placed miss at: {gameCoordinates=} {arcadePoint=}')
def __init__(self,
filename: str,
torpedoId: EnemyTorpedoId,
speed: float = 3,
scale: float = 1.0):
GamePiece.__init__(self, filename=filename, speed=speed, scale=scale)
SmoothMotion.__init__(self)
self._baseEnemyTorpedoLogger: Logger = getLogger(__name__)
self._id: EnemyTorpedoId = torpedoId
self._firedBy: EnemyId = cast(EnemyId, None)
self._firedFromPosition: Coordinates = cast(Coordinates, None)
self._followers: SpriteList = cast(SpriteList, None)
self._computer: Computer = Computer()
def testGamePositionToScreenPositionZeroNine(self):
sectorCoordinates: Coordinates = Coordinates(x=0, y=9)
arcadePoint: ArcadePoint = GamePiece.gamePositionToScreenPosition(
gameCoordinates=sectorCoordinates)
self.logger.info(f'{arcadePoint=}')
expectedPoint: ArcadePoint = ArcadePoint(x=32.0, y=222.0)
self.assertEqual(expectedPoint, arcadePoint,
'Calculation must have changed')
def _toArcadePoint(self, enemy: BaseEnemy, newPosition: Coordinates):
"""
Sets the arcade points for the input enemy.
Args:
enemy: The enemy that moved
newPosition: The enemy new game position
"""
arcadePoint: ArcadePoint = GamePiece.gamePositionToScreenPosition(
newPosition)
enemy.center_x = arcadePoint.x
enemy.center_y = arcadePoint.y
def __init__(self, coordinates: Coordinates, moveInterval: int):
super().__init__(filename=SuperCommander.FILENAME, coordinates=coordinates, moveInterval=moveInterval, scale=0.055, imageRotation=45)
self.logger: Logger = getLogger(__name__)
self.id = EnemyId(f'SuperCommander-{self.gameCoordinates}')
# Compute at creation; Mediator will move the commander
arcadePoint: ArcadePoint = GamePiece.gamePositionToScreenPosition(coordinates)
self.center_x = arcadePoint.x
self.center_y = arcadePoint.y
def update(self, quadrant: Quadrant):
enterprise: Enterprise = quadrant.enterprise
arcadePoint: ArcadePoint = GamePiece.gamePositionToScreenPosition(quadrant.enterpriseCoordinates)
arcadeX: float = arcadePoint.x
arcadeY: float = arcadePoint.y
if enterprise.inMotion is True:
self.logger.debug(f'Enterprise arcade position: ({arcadeX},{arcadeY})')
enterprise.destinationPoint = ArcadePoint(x=arcadeX, y=arcadeY)
enterprise.update()
else:
enterprise.center_x = arcadeX
enterprise.center_y = arcadeY
def impulse(self, quadrant: Quadrant, arcadePoint: ArcadePoint):
targetCoordinates: Coordinates = self._computer.computeSectorCoordinates(x=arcadePoint.x, y=arcadePoint.y)
enterpriseCoordinates: Coordinates = self._gameState.currentSectorCoordinates
if targetCoordinates == enterpriseCoordinates:
self._messageConsole.displayMessage("WTF. You are already here!")
self._soundMachine.playSound(SoundType.UnableToComply)
else:
startingPoint: ArcadePoint = GamePiece.gamePositionToScreenPosition(enterpriseCoordinates)
endPoint: ArcadePoint = arcadePoint
results: LineOfSightResponse = self._doWeHaveLineOfSight(quadrant=quadrant, startingPoint=startingPoint, endPoint=endPoint)
if results.answer is True:
self._doImpulseMove(quadrant=quadrant, enterpriseCoordinates=enterpriseCoordinates, targetCoordinates=targetCoordinates)
else:
self._doBlockedImpulseMove(quadrant=quadrant, enterpriseCoordinates=enterpriseCoordinates, results=results)
def __init__(self, sectorCoordinates: Coordinates):
self.logger: Logger = getLogger(__name__)
super().__init__(filename=StarBase.FILENAME, scale=0.25)
# Compute these once since StarBase's don't move
self.gameCoordinates = sectorCoordinates
arcadePoint: ArcadePoint = GamePiece.gamePositionToScreenPosition(
sectorCoordinates)
self.center_x = arcadePoint.x
self.center_y = arcadePoint.y
self._id: str = f'StarBase-{StarBase.nextId}'
StarBase.nextId += 1
def __init__(self, coordinates: Coordinates, moveInterval: int = 0):
"""
Args:
coordinates: Current Game Position
moveInterval: Only set at advanced game levels
"""
super().__init__(filename=Klingon.FILENAME, coordinates=coordinates)
self.id = EnemyId(f'Klingon-{self.gameCoordinates}')
self.moveInterval = moveInterval
# Compute at creation; Mediator will move the Klingon at advance game conditions
arcadePoint: ArcadePoint = GamePiece.gamePositionToScreenPosition(
coordinates)
self.center_x = arcadePoint.x
self.center_y = arcadePoint.y
def __init__(self, planetType: PlanetType, sectorCoordinates: Coordinates):
self.logger: Logger = getLogger(__name__)
bareFileName: str = f'{planetType.value}.png'
super().__init__(filename=bareFileName, scale=0.35)
# Compute these values once since planets don't move
self.gameCoordinates = sectorCoordinates
arcadePoint: ArcadePoint = GamePiece.gamePositionToScreenPosition(
sectorCoordinates)
self.center_x = arcadePoint.x
self.center_y = arcadePoint.y
self._type: PlanetType = planetType
self._id: str = f'{self._type.value} type planet'
def _doImpulseMove(self, quadrant: Quadrant, enterpriseCoordinates: Coordinates, targetCoordinates: Coordinates):
"""
Handle impulse move if we are not blocked by any obstacles.
Args:
quadrant: The current quadrant
enterpriseCoordinates: Then enterprise sector coordinates
targetCoordinates: Where the player indicated we were moving
"""
self.__updateQuadrant(quadrant=quadrant, currentCoordinates=enterpriseCoordinates, targetCoordinates=targetCoordinates)
quadrant.enterprise.destinationPoint = GamePiece.gamePositionToScreenPosition(gameCoordinates=targetCoordinates)
quadrant.enterpriseCoordinates = targetCoordinates
quadrant.enterprise.inMotion = True
self._gameEngine.impulse(newCoordinates=targetCoordinates, quadrant=quadrant, enterprise=quadrant.enterprise)
self._soundMachine.playSound(SoundType.Impulse)
if quadrant.klingonCount > 0 or quadrant.commanderCount > 0 or quadrant.superCommanderCount > 0:
self._gameState.shipCondition = ShipCondition.Red
else:
self._gameState.shipCondition = ShipCondition.Green
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 doMotion(self, gamePiece: GamePiece, destinationPoint: ArcadePoint,
angleDiffRadians: float, actualAngleRadians: float):
destinationX: float = destinationPoint.x
destinationY: float = destinationPoint.y
gamePiece.angle = degrees(
actualAngleRadians) + self.imageRotation # Convert back to degrees
# Are we close to the correct angle? If so, move forward.
if abs(angleDiffRadians) < pi / 4:
gamePiece.change_x = cos(actualAngleRadians) * gamePiece.speed
gamePiece.change_y = sin(actualAngleRadians) * gamePiece.speed
# Fine-tune our change_x/change_y if we are really close to destinationPoint
# point and just need to set to that location.
traveling = False
self._smoothMotionLogger.debug(
f'{gamePiece.center_x=} {destinationX=} {gamePiece.center_y=} {destinationY=}'
)
if abs(gamePiece.center_x - destinationX) < abs(gamePiece.change_x):
gamePiece.center_x = destinationX
else:
gamePiece.center_x += gamePiece.change_x
traveling = True
if abs(gamePiece.center_y - destinationY) < abs(gamePiece.change_y):
gamePiece.center_y = destinationY
else:
gamePiece.center_y += gamePiece.change_y
traveling = True
# self._smoothMotionLogger.debug(f'({gamePiece.center_x},{gamePiece.center_y})')
# If we have arrived, then we are not in motion
if not traveling:
# self.destinationPoint = None # Leave this set for klingon torpedo hit computation
self._inMotion = False
gamePiece.angle = 0
