def testNewCoordinatesSouthWest(self):
coordinates = Coordinates(STANDARD_X_COORDINATE, STANDARD_Y_COORDINATE)
newCoordinate = coordinates.newCoordinates(Direction.SouthWest)
self.assertEqual(newCoordinate.x, EXPECTED_X_COORDINATE_SW_MOVEMENT,
"Should have decremented 'x'")
self.assertEqual(newCoordinate.y, EXPECTED_Y_COORDINATE_SW_MOVEMENT,
"Should have incremented 'y'")
def generateAdjacentCoordinates(
self, centerCoordinates: Coordinates) -> LRScanCoordinatesList:
coordinatesList: LRScanCoordinatesList = LRScanCoordinatesList([])
for direction in Direction:
self.logger.debug(f'{direction}')
newCoordinates: Coordinates = centerCoordinates.newCoordinates(
direction)
if newCoordinates.valid() is True:
lrScanCoordinates: LRScanCoordinates = LRScanCoordinates()
lrScanCoordinates.coordinates = newCoordinates
lrScanCoordinates.direction = direction
coordinatesList.append(lrScanCoordinates)
return coordinatesList
def _evade(self, currentLocation: Coordinates) -> Coordinates:
"""
Move enemy around to avoid torpedoes
Args:
currentLocation:
Returns: New random coordinates
"""
while True:
pDirection: Direction = self.__randomDirection_()
newCoordinates: Coordinates = currentLocation.newCoordinates(
pDirection)
self._baseEnemyMediatorLogger.debug(
f"Random direction={pDirection.name} {currentLocation=} {newCoordinates=}"
)
if newCoordinates.valid():
break
return newCoordinates
def testNewCoordinatesEast(self):
coordinates = Coordinates(STANDARD_X_COORDINATE, STANDARD_Y_COORDINATE)
newCoordinate = coordinates.newCoordinates(Direction.East)
self.assertEqual(newCoordinate.x, EXPECTED_X_COORDINATE_MOVEMENT_EAST,
"Should have incremented 'x'")
def testNewCoordinatesSouth(self):
coordinates = Coordinates(STANDARD_X_COORDINATE, STANDARD_Y_COORDINATE)
newCoordinate = coordinates.newCoordinates(Direction.South)
self.assertEqual(newCoordinate.y, EXPECTED_Y_COORDINATE_MOVEMENT_SOUTH,
"Should have incremented 'y'")