def test_generate_platform_x_coordinate(self):
last_platform = Platform()
last_platform.x_coordinate = 100
new_platform = Platform()
new_platform.length = 100
for x in range(250):
last_platform.length = random.randint(50, 340)
time_spent_in_air = 1
new_platform_x_coordinate = generate_platform_x_coordinate(time_spent_in_air, Player.running_velocity, last_platform, new_platform)
max_distance = time_spent_in_air * Player.running_velocity
got_distance = new_platform_x_coordinate - (last_platform.x_coordinate + last_platform.length)
jump_makeable = max_distance >= got_distance
self.assertTrue(jump_makeable, f"The jump should be makeable for the player max: {max_distance} vs got: {got_distance}")
players_location = screen_length * .2
last_platform_midpoint = last_platform.length * .5
max_space_apart = screen_length - players_location - new_platform.length - last_platform_midpoint
gotten_space_apart = new_platform_x_coordinate - (last_platform.x_coordinate + last_platform.length)
platform_on_screen = gotten_space_apart <= max_space_apart
self.assertTrue(platform_on_screen, f"The next platform should be on the screen when the player reaches the halfway point of the first platform want: {max_space_apart} vs gotten: {gotten_space_apart}")
def generate_platform(platforms: Platform, player: Player, gravity):
# IMPORTANT: order has to be height, lengths, y_coordinate, x_coordinate, randomize_platform_terrain()
# Length and height dictate y_coordinate, y_coordinate dictates x_coordinate, and randomize_platform_terrain()
# Changes the length so it can't be changed back by the generate_platform_length()
# TODO change back
# new_platform = Platform()
last_platform = platforms[len(platforms) - 1]
# new_platform.height = generate_platform_height()
# new_platform.length = generate_platform_length()
# new_platform.y_coordinate = generate_platform_y_coordinate(player, last_platform, new_platform)
# new_platform.platform_color = (0, 250, 0)
# players_time_in_air = player.time_in_air(new_platform.y_coordinate, last_platform.y_coordinate, gravity)
# new_platform.x_coordinate = generate_platform_x_coordinate(players_time_in_air, player.running_velocity, last_platform, new_platform)
# randomize_platform_terrain(new_platform)
# platforms.append(new_platform)
new_platform = Platform()
new_platform.x_coordinate = last_platform.right_edge
platforms.append(new_platform)
return platforms
def reset_variables():
enemy = SimpleEnemy(GameRunner.doggo)
# TODO change back
# enemy.is_within_screen = False
GameRunner.enemies = []
platform = Platform()
# TODO change back, but just wanna test movements
platform.x_coordinate = 0
platform.length = screen_length
enemy.platform_on = platform
GameRunner.platforms = [platform]
GameRunner.doggo = Player()
GameRunner.doggo.y_coordinate = platform.y_coordinate + 70 + GameRunner.doggo.height
Player.attributes = GameObject.find_all_attributes(Player())
print(Player.attributes)
SimpleEnemy.attributes = GameObject.find_all_attributes(SimpleEnemy())
Platform.attributes = GameObject.find_all_attributes(Platform())
GameRunner.doggo.y_coordinate = GameRunner.platforms[
0].y_coordinate - GameRunner.doggo.height - 100
WallOfDeath.reset()
ScoreKeeper.reset()
HistoryKeeper.reset()