def test_get_ranked_scores(self):
# Test the ranking function
game = Game('default', 1000)
# Mock the get_current_city function to always return the same city
game.get_current_city = lambda: {
'latitude': 48.3515609,
'longitude': -1.204625999999962
}
game.add_player('a', 'a')
game.add_player('b', 'b')
game.add_player('c', 'c')
# Always return the correct answer for player a, a close answer for c and an answer far away for b
for i in range(0, 30):
game.start_new_turn()
game.store_answer('a', 48.3515609, -1.204625999999962)
game.store_answer('b', 0, 0)
game.store_answer('c', 48.370431, -1.151591000000053)
game.compute_scores()
self.assertEquals(game.get_ranked_scores()[0]['player'].sid, 'a')
self.assertEquals(game.get_ranked_scores()[1]['player'].sid, 'c')
self.assertEquals(game.get_ranked_scores()[2]['player'].sid, 'b')
# Max score shouldn't be higher than 20000 because we limit to 20 turns to compute score
self.assertEquals(game.get_ranked_scores()[0]['score'], 20000)
def test_get_current_turn_ranks(self):
# Test the ranking function
game = Game('default', 1000)
# Mock the get_current_city function to always return the same city
game.get_current_city = lambda: {
'latitude': 48.3515609,
'longitude': -1.204625999999962
}
game.add_player('a', 'a')
game.add_player('b', 'b')
game.add_player('c', 'c')
game.store_answer('a', 48.3515609, -1.204625999999962)
game.store_answer('b', 48.370431, -1.151591000000053)
game.store_answer('c', 40.7127837, -74.00594130000002)
game.compute_scores()
ranked_players = game.get_current_turn_ranks()
self.assertEquals(ranked_players[0].sid, 'a')
self.assertEquals(ranked_players[1].sid, 'b')
self.assertEquals(ranked_players[2].sid, 'c')