def __doEnemyDebugActions(self, quadrant: Quadrant):
if self._gameSettings.debugAddKlingons is True:
numKlingons: int = self._gameSettings.debugKlingonCount
for x in range(numKlingons):
klingon: Klingon = quadrant.addKlingon()
self.klingonList.append(klingon)
self._gameState.remainingKlingons += numKlingons
if self._gameSettings.debugAddCommanders is True:
nCommanders: int = self._gameSettings.debugCommanderCount
for x in range(nCommanders):
commander: Commander = quadrant.addCommander()
self.commanderList.append(commander)
self._gameState.remainingCommanders += nCommanders
if self._gameSettings.debugAddSuperCommanders:
nSuperCommanders: int = self._gameSettings.debugSuperCommanderCount
for x in range(nSuperCommanders):
superCommander: SuperCommander = quadrant.addSuperCommander()
self.superCommanderList.append(superCommander)
self._gameState.remainingSuperCommanders += nSuperCommanders
def impulse(self, newCoordinates: Coordinates, quadrant: Quadrant,
enterprise: Enterprise):
"""
Args:
newCoordinates: The new sector coordinates
quadrant: The current quadrant travel was in
enterprise: The enterprise sprite
"""
travelDistance: float = self._computer.computeQuadrantDistance(
self._gameState.currentSectorCoordinates, newCoordinates)
quadrant.placeEnterprise(enterprise, newCoordinates)
self._gameState.currentSectorCoordinates = newCoordinates
self.updateTimeAfterImpulseTravel(travelDistance=travelDistance)
if self._gameState.energy < self._gameSettings.minimumImpulseEnergy:
neededEnergyForImpulseMove = self._gameState.energy
else:
neededEnergyForImpulseMove = self.computeEnergyForQuadrantTravel(
travelDistance=travelDistance)
self._gameState.energy = self._gameState.energy - neededEnergyForImpulseMove
self._gameState.opTime = travelDistance / 0.095
def _decrementEnemyCount(self, quadrant: Quadrant, enemyName: str):
"""
Decrement the appropriate enemy count
Args:
quadrant: A randomly generated quadrant
enemyName: The enemy name, 'Klingon', 'Commander', 'SuperCommander'
I normally don't like to write dynamically generated codes like this. However,
I could not in good conscience duplicate this code three times; I know it is
very 'Pythonic', but very high maintenance
"""
gsPropertyName: str = f'remaining{enemyName}s'
qPropertyName: str = f'{enemyName[0].lower()}{enemyName[1:]}s'
enemies: Enemies = getattr(quadrant, qPropertyName)
for enemy in enemies:
quadrant.decrementEnemyCount(enemy)
remainingEnemyCount: int = getattr(self._gameState, gsPropertyName)
remainingEnemyCount -= 1
assert remainingEnemyCount >= 0, f'{enemyName=} Logic error; Fix it !'
setattr(self._gameState, gsPropertyName, remainingEnemyCount)
enemyCount: int = len(enemies)
if enemyCount > 1:
message: str = f'{len(enemies)} {enemyName}s destroyed'
else:
message = f'{len(enemies)} {enemyName} destroyed'
if enemyCount > 0:
self.logger.debug(f'{message}')
self._messageConsole.displayMessage(message)
def _handleTorpedoHits(self, quadrant: Quadrant):
enemies: Enemies = Enemies([])
enemies.extend(quadrant.klingons)
enemies.extend(quadrant.commanders)
enemies.extend(quadrant.superCommanders)
enterprise: Enterprise = quadrant.enterprise
for badGuy in enemies:
enemy: Enemy = cast(Enemy, badGuy)
if enemy.power > 0:
expendedTorpedoes: List[
Sprite] = check_for_collision_with_list(
sprite=enemy, sprite_list=self._torpedoes)
for sprite in expendedTorpedoes:
killerTorpedo: PhotonTorpedo = cast(PhotonTorpedo, sprite)
self.logger.info(f'{killerTorpedo.id} hit')
self.__doExplosion(killerTorpedo)
killerTorpedo.remove_from_sprite_lists()
self.__damageOrKillEnemy(enterprise, enemy)
quadrant.removeDeadEnemies()
def _doDebugActions(self, quadrant: Quadrant):
self.__doEnemyDebugActions(quadrant=quadrant)
if self._gameSettings.debugAddPlanet is True:
quadrant.addPlanet()
if self._gameSettings.debugAddStarBase is True:
quadrant.addStarBase()
def _doBlockedImpulseMove(self, quadrant: Quadrant, enterpriseCoordinates: Coordinates, results: LineOfSightResponse):
"""
Handle an impulse move where the Enterprise was blocked by an obstacle
Args:
quadrant: The current quadrant
enterpriseCoordinates: Then enterprise sector coordinates
results: The results from the line of sight query
"""
self._messageConsole.displayMessage(f'Destination is blocked by: {results.obstacle.id}')
self._soundMachine.playSound(SoundType.PleaseRepeatRequest)
baseGamePiece: BaseGamePiece = cast(BaseGamePiece, results.obstacle)
blockerCoordinates: Coordinates = baseGamePiece.gameCoordinates
stopEnergy: float = self._gameEngine.computeEnergyWhenBlocked(startSector=enterpriseCoordinates, endSector=blockerCoordinates)
self._gameState.energy -= stopEnergy
directionData: DirectionData = self._determineCloseCoordinatesToBlockedObject(quadrant=quadrant, targetCoordinates=blockerCoordinates)
self.logger.info(f'Move Enterprise to: {directionData.coordinates}')
self.__updateQuadrant(quadrant=quadrant, currentCoordinates=enterpriseCoordinates, targetCoordinates=directionData.coordinates)
quadrant.enterprise.inMotion = True
quadrant.enterpriseCoordinates = directionData.coordinates
self._gameEngine.impulse(newCoordinates=directionData.coordinates, quadrant=quadrant, enterprise=quadrant.enterprise)
self._soundMachine.playSound(SoundType.EnterpriseBlocked)
def _killEnemy(self, quadrant: Quadrant, enemy: Enemy):
"""
Remove enemy from board and update the game engine
Args:
enemy: The "whacked" bad dude
"""
deadMsg: str = f'Enemy at {enemy.gameCoordinates} destroyed'
self._messageConsole.displayMessage(deadMsg)
self.logger.info(deadMsg)
self._gameEngine.decrementEnemyCount(enemy=enemy)
quadrant.decrementEnemyCount(enemy=enemy)
sprite: Sprite = cast(Sprite, enemy)
sprite.remove_from_sprite_lists()
def __placeMissInQuadrant(self, quadrant: Quadrant,
sectorCoordinates: Coordinates,
sectorType: SectorType):
sector: Sector = quadrant.getSector(sectorCoordinates)
sector.type = sectorType
def enterQuadrant(self, quadrant: Quadrant, enterprise):
currentSectorCoordinates: Coordinates = self._intelligence.generateSectorCoordinates(
)
if self._gameSettings.debugManualPlaceShipInQuadrant is True:
currentSectorCoordinates = self._gameSettings.manualSectorCoordinates
playerList: SpriteList = SpriteList()
playerList.append(enterprise)
self._gameState.currentSectorCoordinates = currentSectorCoordinates
quadrant.placeEnterprise(enterprise, currentSectorCoordinates)
self.playerList = playerList
# Don't do this until we have set up the current quadrant
self._makeEnemySpriteLists(quadrant=quadrant)
self._doDebugActions(quadrant=quadrant)
def __updateQuadrant(self, quadrant: Quadrant, currentCoordinates: Coordinates, targetCoordinates: Coordinates) -> Quadrant:
"""
Args:
quadrant: What we are updating
currentCoordinates: Where we are
targetCoordinates: Where we are going
Returns: The updated input quadrant
"""
currentSector: Sector = quadrant.getSector(currentCoordinates)
targetSector: Sector = quadrant.getSector(targetCoordinates)
currentSector.type = SectorType.EMPTY
targetSector.type = SectorType.ENTERPRISE
targetSector.sprite = currentSector.sprite
currentSector.sprite = cast(GamePiece, None)
return quadrant
def _checkEnemyMoveIsValid(self, quadrant: Quadrant,
targetCoordinates: Coordinates) -> bool:
targetSector: Sector = quadrant.getSector(targetCoordinates)
if targetSector.type == SectorType.EMPTY:
return True
else:
self._baseEnemyMediatorLogger.info(
f'Commander cannot move to sector: {targetCoordinates} occupied by {targetSector.type}'
)
return False
def _createGalaxy(self):
self.quadrants = []
for y in range(GALAXY_ROWS):
quadrantRow: QuadrantRow = QuadrantRow([])
for x in range(GALAXY_COLUMNS):
coordinates = Coordinates(x, y)
quadrant = Quadrant(coordinates)
quadrantRow.append(quadrant)
if self._gameSettings.debugAnnounceQuadrantCreation is True:
self.logger.debug(f"Created quadrant: ({x},{y})")
self.quadrants.append(quadrantRow)
def testGetRandomEmptySector(self):
"""
"""
coordinates: Coordinates = Coordinates(1, 1)
quadrant: Quadrant = Quadrant(coordinates=coordinates)
sector: Sector = quadrant.getRandomEmptySector()
self.assertIsNotNone(sector, "Gotta get a sector back")
self.assertEqual(sector.type, SectorType.EMPTY,
"sector should be empty")
self.logger.info(f'retrieved sector: {sector}')
def _enemyMovedUpdateQuadrant(self, quadrant: Quadrant, enemy: BaseEnemy,
newSectorCoordinates: Coordinates,
oldSectorCoordinates: Coordinates):
"""
Args:
quadrant: Quadrant to modify
enemy: sprite to place in sector
newSectorCoordinates: old sector coordinates
oldSectorCoordinates: new sector coordinates
"""
oldSector: Sector = quadrant.getSector(
sectorCoordinates=oldSectorCoordinates)
oldSector.type = SectorType.EMPTY
oldSector.sprite = cast(GamePiece, None)
newSector: Sector = quadrant.getSector(
sectorCoordinates=newSectorCoordinates)
newSector.type = SectorType.COMMANDER
newSector.sprite = enemy
def _determineCloseCoordinatesToBlockedObject(self, quadrant: Quadrant, targetCoordinates: Coordinates) -> DirectionData:
"""
Get Enterprise "Close" coordinates to where it was 'blocked'
Args:
quadrant: The quadrant we are in
targetCoordinates:
Returns:
"""
directionData: DirectionData = self._gameEngine.computeCloseCoordinates(targetCoordinates=targetCoordinates)
self.logger.info(f'{directionData=}')
while directionData.coordinates.valid() is False or quadrant.isSectorEmpty(sectorCoordinates=directionData.coordinates) is False:
directionData = self._gameEngine.computeCloseCoordinates(targetCoordinates=targetCoordinates)
self.logger.info(f'Try again: {directionData=}')
return directionData
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 testInitialization(self):
coordinates: Coordinates = Coordinates(1, 1)
quadrant: Quadrant = Quadrant(coordinates=coordinates)
self.assertIsNotNone(quadrant, 'Should initialize')
def __removeMissInQuadrant(self, quadrant: Quadrant,
sectorCoordinates: Coordinates):
sector: Sector = quadrant.getSector(sectorCoordinates)
sector.type = SectorType.EMPTY
