def draw(self, centerCoordinates: Coordinates):
for y in range(GALAXY_ROWS):
for x in range(GALAXY_COLUMNS):
coordinates: Coordinates = Coordinates(x=x, y=y)
quadrant: Quadrant = self._galaxy.getQuadrant(
quadrantCoordinates=coordinates)
if quadrant.scanned is True:
if centerCoordinates == coordinates:
contents: str = 'E'
arcadePoint: ArcadePoint = Computer.gamePositionToScreenPoint(
coordinates)
arcadeX: float = arcadePoint.x + 2
arcadeY: float = arcadePoint.y + 2
else:
contents = self._computer.createValueString(
klingonCount=quadrant.klingonCount,
commanderCount=quadrant.commanderCount,
hasStarBase=quadrant.hasStarBase)
arcadePoint = Computer.gamePositionToScreenPoint(
coordinates)
arcadeX = arcadePoint.x
arcadeY = arcadePoint.y
draw_text(contents, arcadeX, arcadeY, color.WHITE, 14)
def testGalaxyArcadePosition_596_201(self):
expectedArcade: ArcadePoint = ArcadePoint(x=596, y=210)
actualArcade: ArcadePoint = Computer.gamePositionToScreenPoint(gameCoordinates=Coordinates(x=9, y=9))
self.assertEqual(expectedArcade, actualArcade, 'Computer is broken')
def testGalaxyArcadePosition_84_786(self):
expectedArcade: ArcadePoint = ArcadePoint(x=84, y=786)
actualArcade: ArcadePoint = Computer.gamePositionToScreenPoint(gameCoordinates=Coordinates(x=1, y=0))
self.assertEqual(expectedArcade, actualArcade, 'Computer is broken')
def testGalaxyArcadePosition_276_530(self):
expectedArcade: ArcadePoint = ArcadePoint(x=276, y=530)
actualArcade: ArcadePoint = Computer.gamePositionToScreenPoint(gameCoordinates=Coordinates(x=4, y=4))
self.assertEqual(expectedArcade, actualArcade, 'Computer is broken')
def testGalaxyArcadePosition_20_594(self):
expectedArcade: ArcadePoint = ArcadePoint(x=20, y=594)
actualArcade: ArcadePoint = Computer.gamePositionToScreenPoint(gameCoordinates=Coordinates(x=0, y=3))
self.assertEqual(expectedArcade, actualArcade, 'Computer is broken')
