def fire(self):
# BULLET LOCATION
# new bullet position: (Point object)
bullet_location = point_file.Point(self.location.x, self.location.y)
# BULLET VELOCITY
# define bullet speed
bullet_speed = global_variables.BULLET_SPEED
if self.fast_machine_gun_mode: bullet_speed *= 2
if global_variables.DEBUG: print(f"Bullet speed:", bullet_speed)
# add bullet speed
dx, dy = self.velocity_calculator.speed_to_dx_dy_degrees(
bullet_speed, self.rotation + 90)
bullet_velocity = velocity_file.Velocity(dx, dy)
# add ship speed
bullet_velocity += self.velocity
# BULLET DRAW ROTATION
rotation = self.rotation
# fire new bullet
new_bullet = bullet_file.Bullet(bullet_location, bullet_velocity,
rotation)
if self.fast_machine_gun_mode: new_bullet.red = True
return new_bullet
def __init__(self):
super().__init__()
# position
x = global_variables.LEVEL_X
y = global_variables.LEVEL_Y
self.p = point_file.Point(x, y)
# level (int) container variable
self.level = global_variables.LEVEL_INIT
# display text (bool)
self.display_text = True
def __init__(self, text: str = "", font_size: float = 0):
self._text = text
x = global_variables.SCREEN_WIDTH
x /= 2
y = global_variables.SCREEN_HEIGHT
y /= 2
self.p = point_file.Point(x, y)
self.font_size = global_variables.TEXT_NORMAL_FONT_SIZE
self.color = global_variables.TEXT_NORMAL_COLOR_DARK
self.display_text = False
def advance(self):
self.center += point_file.Point(self.velocity.dx, self.velocity.dy)
self.rotation += self.dr
# handle timer
# if there is time on timer, decrement timer counter
if self.timer > 0:
self.timer -= 1
if DEBUG:
print(f"Time remaining for {self.name}: {self.timer}")
# if time is out, check if timer was set
else:
if self.die_on_timer: self.hit()
def __init__(self):
super().__init__()
# center point
x = global_variables.SCORE_X
y = global_variables.SCORE_Y
self.p = point_file.Point(x, y)
# score count (int)
self.score = global_variables.SCORE_INIT
# display text (bool)
self.display_text = True
def __init__(self):
# inherit On_Screen_Text class attributes
super().__init__()
# On_Screen_Text draw attributes
self.display_text = False
self.p = point_file.Point(global_variables.GAMESTATE_POSITION_X,
global_variables.GAMESTATE_POSITION_Y)
# gamestate attributes
self.state = global_variables.STATE_INIT
if not global_variables.DEBUG: print(f"initializing gamestate")
if not global_variables.DEBUG: print(f"initial gamestate:", self.text)
def __init__(self):
self.name = "Default button"
self.texture = arcade.load_texture(
global_variables.BUTTON_DEFAULT_IMAGE_FILENAME)
self.mh_texture = arcade.load_texture(
global_variables.BUTTON_DEFAULT_MH_IMAGE_FILENAME)
self.center = point_file.Point()
self.mouse_hover = False
self.mouse_click = False
self.display = False
self.center.x = global_variables.SCREEN_RIGHT_X - 75
self.half_width = global_variables.BUTTON_DEFAULT_WIDTH
self.half_height = global_variables.BUTTON_DEFAULT_HEIGHT
def append_new_ship_life_icon(self):
# ship lives amount
current_ship_lives_amount = len(self.lives)
if not DEBUG:
print("Appending new ship life icon: no.", len(self.lives))
# x position
x_init = global_variables.SHIP_LIVES_X_POSITION_INIT
position_x = x_init + (current_ship_lives_amount *
global_variables.SHIP_LIVES_X_POSITION_SPACING)
# y position
position_y = global_variables.SHIP_LIVES_Y_POSITION
# make new icon
new_ship_life_icon = ship_file.Ship_Lives_Icon(
point_file.Point(position_x, position_y))
# append new icon to self.lives[]
self.lives.append(new_ship_life_icon)
def __init__(self):
super().__init__()
# ship components
self.name = "Ship"
# Projectile components respecified
self.center = self.initialize_center()
self.radius = global_variables.SHIP_RADIUS
self.angle_degrees = global_variables.SHIP_ANGLE_INIT
self.rotate_amnt = global_variables.SHIP_ANGLE_ROTATE_AMOUNT
# Ship draw components
self.scale = global_variables.SHIP_TEXTURE_SCALE
self.alpha = global_variables.SHIP_TEXTURE_ALPHA
self.dark_mode = global_variables.DARK_MODE_INIT
# flames
self.flames_p = point_file.Point(self.center.x, self.center.y)
self.thrust = False
# is ship life icon
self.is_ship_life_icon = False
def __init__(self):
# name
self.name = "Unknown projectile"
# point base component
self.p = point_file.Point()
# velocity component
self.v = velocity_file.Velocity()
# rotation / change in rotation base component
self.r = 0
self.dr = 0
# object radius
self.radius = 0
# is alive
self.alive = global_variables.ALIVE
# timer (to keep track of frames elapsed when needed)
self.timer = 0
self.timer_init = 0
self.die_on_timer = False
def get_random_center_point(self, x_init=0, y_init=0):
x_init = random.randint(0, global_variables.SCREEN_WIDTH)
y_init = random.randint(0, global_variables.SCREEN_HEIGHT)
return point_file.Point(x_init, y_init)
def split(self):
if global_variables.DEBUG: print(f"{self.name.upper()}.split()")
rock_1_center = point_file.Point(self.center.x, self.center.y)
rock_2_center = point_file.Point(self.center.x, self.center.y)
return (Rock_Medium(rock_1_center), Rock_Medium(rock_2_center))
class Game(arcade.Window):
"""
Game class variables
"""
# class variables
velocity_calculator = velocity_file.Velocity_Calculator(
) # velocity calculator
background_color = global_variables.SCREEN_COLOR_DARK # background color
held_keys = set() # held keys
mouse_position = point_file.Point() # mouse_position
screens = gamestate_screens_file.Gamestate_Screens() # screens
sounds_player = sounds_player_file.Sounds_Player() # sounds
# some 'draw objects'-related states
mouse_pressed = False
mach_gun_activated = True
machine_gun_timer = 0
machine_gun_timer_delay = global_variables.SHIP_FIRING_RATE_DELAY
"""
Initializer
"""
def __init__(self, width, height):
"""
Sets up the initial conditions of the game
:param width: Screen width
:param height: Screen height
"""
super().__init__(width, height) # initialize game window
arcade.set_background_color(
self.background_color) # set game window color
"""
Initialize game objects
"""
# gamestate
self.gamestate = gamestate_file.Gamestate()
# score / level
self.score = score_file.Score()
self.level = level_file.Level()
# ship
self.ship = ship_file.Ship() # initialize ship
# bullet
self.bullets = [] # initialize bullets list
# rocks
self.rocks = [] # initialize rocks list
self.initialize_rocks() # game must start with 5 rocks
# lives
self.lives = [] # initialize ship lives list
self.initialize_ship_lives() # game must start with 3 ship lives
"""
Other game logic variables
"""
# troll mode
self.troll_mode = False
# sound conditional
self.sound = True
# heartbeat background sound data
self.sound_beat_delay = global_variables.SOUND_BEAT_DELAY_INIT
self.sound_beat_1_or_2 = 1 # (initialize)
self.sound_beat_delay_offset = 0
self.decrement_sound_beat_delay = True
# score name recorded variable
self.score_name_record = False
# extra life information
self.next_extra_life = 1
# other initializer submethods
def initialize_rocks(self):
# initialing method:
# game must begin with 5 rocks on the screen
# therefore, __init__ must either do this
# explicitly or call this method.
for _i in range(global_variables.ROCK_INIT_AMOUNT):
if global_variables.DEBUG: print(f"Initializing rock: {_i+1}")
new_rock = rocks_file.Rock_Big()
if DEBUG: print("Making new rock", _i + 1)
self.rocks.append(new_rock)
if DEBUG:
print("New rocks[] amount after calling self.initialize_rocks():",
len(self.rocks))
@property
def ship_lives_amount(self):
return len(self.lives)
def initialize_ship_lives(self):
# now, make the ship life icons
# for _i in range(global_variables.SHIP_LIVES_INIT_AMOUNT):
for _i in range(global_variables.SHIP_LIVES_INIT_AMOUNT):
self.append_new_ship_life_icon()
if global_variables.DEBUG:
print(
f"Initializing ship life icon {_i + 1} of {self.ship_lives_amount}"
)
def append_new_ship_life_icon(self):
# ship lives amount
current_ship_lives_amount = len(self.lives)
if not DEBUG:
print("Appending new ship life icon: no.", len(self.lives))
# x position
x_init = global_variables.SHIP_LIVES_X_POSITION_INIT
position_x = x_init + (current_ship_lives_amount *
global_variables.SHIP_LIVES_X_POSITION_SPACING)
# y position
position_y = global_variables.SHIP_LIVES_Y_POSITION
# make new icon
new_ship_life_icon = ship_file.Ship_Lives_Icon(
point_file.Point(position_x, position_y))
# append new icon to self.lives[]
self.lives.append(new_ship_life_icon)
"""
DECONSTRUCTOR / DELETER FUNCTION
"""
# def __del__(self): pass
"""
DRAW
- on_draw
- draw all objects
* draw ship
* draw ship life icons
* draw bullets
* draw bullets
* draw rocks
# draw on screen text
"""
def on_draw(self):
"""
Called automatically by the arcade framework.
Handles the responsibility of drawing all elements.
"""
# clear the screen to begin drawing
arcade.start_render()
self.draw_all_objects()
# on_draw submethods
def draw_all_objects(self):
self.draw_ship()
self.draw_ship_life_icons()
self.draw_bullets()
self.draw_rocks()
self.draw_on_screen_text()
self.draw_gamestate_screens()
def draw_ship(self):
self.ship.draw()
def draw_ship_life_icons(self):
for ship_life_icon in self.lives:
ship_life_icon.draw()
def draw_bullets(self):
if self.is_state_show_all_objects():
for bullet in self.bullets:
bullet.draw()
def draw_rocks(self):
for rock in self.rocks:
rock.draw()
def draw_on_screen_text(self):
self.score.draw()
self.level.draw()
if not DEBUG:
self.gamestate.draw()
def draw_gamestate_screens(self):
mouse_x = self.mouse_position.x
mouse_y = self.mouse_position.y
if self.is_main_menu():
self.screens.main_menu_screen.draw()
self.screens.main_menu_screen.check_mouse_hovering_over_button(
mouse_x, mouse_y)
if self.mouse_pressed:
self.screens.main_menu_screen.check_mouse_clicked(
mouse_x, mouse_y)
if self.is_pause():
self.screens.pause_screen.draw()
if self.is_new_level():
self.screens.new_level_screen.draw()
if self.is_ship_was_hit():
self.screens.ship_was_hit_msg.draw()
if self.is_game_over():
self.screens.game_over_screen.draw()
if self.score_name_record:
# self.write_high_score()
self.score_name_record = False
if self.is_resume():
arcade.draw_scaled_texture_rectangle(
global_variables.SCREEN_RIGHT_X - 50, 10,
arcade.load_texture(
global_variables.PAUSE_HINT_IMAGE_FILENAME),
global_variables.DEFAULT_TEXTURE_SCALE / 2,
global_variables.DEFAULT_TEXTURE_ANGLE,
global_variables.DEFAULT_TEXTURE_ALPHA)
"""
ADVANCE
+ update
+ advance all projectiles
+ advance rocks
+ advance bullets
"""
def update(self, delta_time):
"""
Update each object in the game.
:param delta_time: tells us how much time has actually elapsed
"""
# handle objects
self.advance_all_projectiles()
self.wrap_objects()
# handle events
self.check_collisions()
self.check_keys()
self.handle_score()
if not self.is_main_menu():
self.handle_beat_sound()
def advance_all_projectiles(self):
self.advance_rocks()
self.advance_bullets()
self.advance_ship()
def advance_ship(self):
self.ship.advance()
def advance_rocks(self):
for rock in self.rocks:
rock.advance()
if len(self.rocks) == 0:
if not self.is_new_level():
self.new_level()
def advance_bullets(self):
for bullet in self.bullets:
bullet.advance()
self.machine_gun_timer -= 1
"""
WRAP
wrap(proj) is to be called to check
if any of the Projectiles
(the ship, or any bullets or rocks)
have left the screen;
in each of these cases, the individual
Projectile's position must be updated
for it to appear on the opposite side
of the screen.
wrap_objects() simply calls wrap(proj)
for each of the Projectile objects in
the game.
"""
def wrap_objects(self):
buffer = 0
# wrap ship
if self.is_off_screen(self.ship, buffer):
self.wrap(self.ship)
# self.wrap(self.ship)
# wrap bullets
for bullet in self.bullets:
if self.is_off_screen(bullet, buffer):
self.wrap(bullet)
# self.wrap(bullet)
# wrap rocks
for rock in self.rocks:
if self.is_off_screen(rock, buffer):
self.wrap(rock)
# self.wrap(rock)
def wrap(self, proj: projectile_file.Projectile):
left_side_x = 5
right_side_x = global_variables.SCREEN_WIDTH - 5
bottom_y = 5
top_y = global_variables.SCREEN_HEIGHT - 5
# if projectile goes off of left side,
# send it to the right
if proj.center.x < left_side_x:
proj.center.x = right_side_x
if global_variables.DEBUG: print("Object reached left side")
# or conversely, if projectile goes off
# of right side, send it to the left
elif proj.center.x > right_side_x:
proj.center.x = left_side_x
if global_variables.DEBUG: print("Object reached right side")
# same process with the top and bottom:
# if projectile goes off of left side,
# send it to the right
if proj.center.y > top_y:
proj.center.y = bottom_y
if global_variables.DEBUG: print("Object reached top")
# or conversely, if projectile goes off
# of right side, send it to the left
elif proj.center.y < bottom_y:
proj.center.y = top_y
if global_variables.DEBUG: print("Object reached bottom")
# take note that each of the if statements have
# a < or > symbol, and NOT a <= or >=
# ...this is imperitve to having the objects
# being not sent into tHE ABYSS. ("dun dun duUUUUNNNNN")
"""
EVENTS (HANDLE INPUT)
"""
def on_key_press(self, key: int, modifiers: int):
"""
'One time' key events:
- add SPACE, RIGHT, LEFT and UP to self.held_keys
- handle R, P, K, D and Q
"""
"""
Add to self.held_keys
these 'held keys' are handled in self.check_keys()
"""
# space
if key == arcade.key.SPACE:
if not DEBUG: print("Adding key...")
self.held_keys.add(key)
# right
if key == arcade.key.RIGHT:
if not DEBUG: print("Adding key...")
self.held_keys.add(key)
# left
if key == arcade.key.LEFT:
if not DEBUG: print("Adding key...")
self.held_keys.add(key)
# up
if key == arcade.key.UP:
if not DEBUG: print("Adding key...")
self.held_keys.add(key)
"""
Handle Keys:
R - resume
P - pause
S - toggle sound
A - lower volume (not functional)
D - raise volume (not functional)
K - toggle troll mode
Z - toggle rapid fire mode
Q - quit game
W or ESC - restart game
"""
if key == arcade.key.R:
if not DEBUG: print("'R' was pressed.")
if (self.is_pause() or self.is_ship_was_hit()
or self.is_new_level()):
self.resume()
elif self.is_game_over():
self.restart_game()
# state events:
# pause
if key == arcade.key.P:
if not DEBUG: print("'P' was pressed.")
if (self.is_resume() or self.is_ship_was_hit() or self.is_pause()):
if not DEBUG: print("Pausing game")
self.toggle_pause()
# TODO: delete all cases of 'hints' in asteroids,
# put code in to draw a 'pause screen' when necessary
# display events:
# release the kraken
if key == arcade.key.T:
if not DEBUG: print("'T' was pressed.")
self.toggle_troll()
# sound events
# mute / unmute
if key == arcade.key.S:
self.sound = self.toggle(self.sound)
if not DEBUG:
print("'S' was pressed.")
if self.sound: print("Sound unmuted.")
else: print("Sound muted.")
# raise volume
if key == arcade.key.D:
if not DEBUG: print("'D' was pressed.")
self.sounds_player.raise_volume()
# lower volume
if key == arcade.key.A:
if not DEBUG: print("'A' was pressed.")
self.sounds_player.lower_volume()
# quit game
if key == arcade.key.Q:
if not DEBUG: print("'Q' was pressed.")
self.quit_game()
if key == arcade.key.Z:
if not DEBUG: print("'Z' was pressed.")
ship_file.Ship.fast_machine_gun_mode = self.toggle(
ship_file.Ship.fast_machine_gun_mode)
if ship_file.Ship.fast_machine_gun_mode:
self.machine_gun_timer_delay = 1.5
print("FAST MACHINE GUN MODE == TRUE")
else:
self.machine_gun_timer_delay = global_variables.SHIP_FIRING_RATE_DELAY
print("FAST MACHINE GUN MODE == false".capitalize())
if key == arcade.key.W or key == arcade.key.ESCAPE:
if not DEBUG: print("'W /Â ESC' was pressed.")
self.restart_game()
def check_keys(self):
"""
This method has the same purpose as on_key_press()..
HOWEVER, this method is called by on_update(), not
the arcade mainframe itself;
also, when this function is called, its keys being
held will hold the event for more than just one frame.
(# MACHINE GUN TIME)
This method also relies on self.on_key_press():
whenever a button is pressed, that button must be
ADDED onto self.held_keys (initialized by line of
code in __init__())
we must also take it out in on_key_release()
"""
# space
if arcade.key.SPACE in self.held_keys:
if DEBUG: print("arcade.key.SPACE in self.held_keys")
if self.is_resume(): self.fire_bullet()
if self.is_main_menu(): self.resume()
# up
if arcade.key.UP in self.held_keys:
if DEBUG: print("arcade.key.UP in self.held_keys")
if self.is_resume(): self.accelerate_ship()
# left
if arcade.key.LEFT in self.held_keys:
if DEBUG: print("arcade.key.LEFT in self.held_keys")
if self.is_resume(): self.ship.rotate_left()
# right
if arcade.key.RIGHT in self.held_keys:
if DEBUG: print("arcade.key.RIGHT in self.held_keys")
if self.is_resume(): self.ship.rotate_right()
def on_key_release(self, key: int, modifiers: int):
"""
Removes the current key from the set of held keys.
"""
if key in self.held_keys:
if not DEBUG: print("Removing key...")
self.held_keys.remove(key)
def on_mouse_motion(self, x, y, key, modifiers):
"""
Called when user moves the mouse
"""
# handle mouse motion
if DEBUG: print("game.on_mouse_motion() called")
if DEBUG: print(f"new game.mouse_position == Point({x}, {y})")
self.mouse_position.x = x
self.mouse_position.y = y
arcade.draw_scaled_texture_rectangle(
x, y,
arcade.load_texture(
global_variables.ASTEROIDS_LOGO_IMAGE_FILENAME),
global_variables.DEFAULT_TEXTURE_SCALE,
global_variables.DEFAULT_TEXTURE_ANGLE,
global_variables.DEFAULT_TEXTURE_ALPHA)
def on_mouse_press(self, x, y, key, modifiers):
"""
Called when user presses the mouse
"""
self.mouse_pressed = True
def on_mouse_release(self, x, y, key, modifiers):
"""
Called when user releases the mouse
"""
self.mouse_pressed = False
"""""" """""" """""" """
CHECK COLLISIONS
- check collisions
- check collisions between rock and ship
- check collisions between rock and bullets
- check too close
- clean up zombies
""" """""" """""" """"""
def check_collisions(self):
"""
Checks to see if bullets have hit rocks.
Updates scores and removes dead items.
:return:
"""
# when gamestate is not RESUME,
# do not count collisions
if self.is_resume():
for rock in self.rocks:
self.check_collisions_between_rock_and_ship(rock)
self.check_collisions_between_rock_and_bullets(rock)
# We will wait to remove the dead objects until after we
# finish going through the list
# Now, check for anything that is dead, and remove it
self.cleanup_zombies()
def check_collisions_between_rock_and_ship(self, rock):
"""
Collision between rocks and ship
"""
# now, check if the ship collided with any of the rocks
if rock.alive and self.ship.alive:
if DEBUG:
print(f"rock, ship radii: {rock.radius}, {self.ship.radius}")
if self.check_too_close(rock, self.ship):
# it's a hit!
if DEBUG: print(f"{rock.name} and Ship were too close")
if DEBUG:
print(f"{ rock.name:10} radius: { rock.radius}")
if DEBUG:
print(f"{self.ship.name:10} radius: {self.ship.radius}")
# hit ship and rock
self.ship_was_hit()
rock.hit()
# split rocks if appropriate
if rock.name == "Large asteroid" or rock.name == "Medium asteroid":
new_rock1, new_rock2 = rock.split()
self.rocks.append(new_rock1)
self.rocks.append(new_rock2)
def check_collisions_between_rock_and_bullets(self, rock):
"""
Collision between rocks and bullets
"""
for bullet in self.bullets:
# Make sure they are both alive before checking for a collision
if bullet.alive and rock.alive:
if DEBUG:
print(
f"bullet, rock radii: {bullet.radius}, {rock.radius}")
if self.check_too_close(rock, bullet):
# it's a hit!
if DEBUG:
print(
f"\n{rock.name} and {bullet.name} were too close")
bullet.hit()
self.score.score += rock.hit()
# play explosion sound
if rock.name == "Large asteroid":
self.sounds_player.play_sound_explosion_large()
if rock.name == "Medium asteroid":
self.sounds_player.play_sound_explosion_medium()
if rock.name == "Small asteroid":
self.sounds_player.play_sound_explosion_small()
else:
self.sounds_player.play_sound_explosion_large()
if rock.name == "Large asteroid" or rock.name == "Medium asteroid":
new_rock1, new_rock2 = rock.split()
self.rocks.append(new_rock1)
self.rocks.append(new_rock2)
def check_too_close(self, projectile1, projectile2):
if DEBUG:
print(
f"check_too_close({projectile1.name.upper()}, {projectile2.name.upper()}) called"
)
too_close = projectile1.radius + projectile2.radius
return (abs(projectile1.center.x - projectile2.center.x) < too_close
and
abs(projectile1.center.y - projectile2.center.y) < too_close)
def cleanup_zombies(self):
"""
Removes any dead bullets or rocks from the list.
"""
# clear any bullets that were hit
for bullet in self.bullets:
if not bullet.alive:
self.bullets.remove(bullet)
if DEBUG: print("Cleaning up zombie 🧟�♂�")
# clear any rocks that were hit
for rock in self.rocks:
if not rock.alive:
self.rocks.remove(rock)
if DEBUG: print("Cleaning up zombie 🧟�♂�")
"""
IS ON SCREEN
- is off screen
- is on screen
"""
def is_off_screen(self, proj: projectile_file.Projectile, buffer=10):
return not self.is_on_screen(proj, buffer)
def is_on_screen(self, proj: projectile_file.Projectile, buffer=10):
if ((proj.center.x > buffer
and proj.center.x < global_variables.SCREEN_WIDTH - buffer) and
(proj.center.y > buffer
and proj.center.y < global_variables.SCREEN_HEIGHT - buffer)):
return True
else:
if global_variables.DEBUG: print("Projectile is off screen")
return False
"""
CLEAR OBJECTS
- clear all objects
- clear all bullets
- clear all rocks
"""
def clear_all_objects(self):
self.clear_all_bullets()
self.clear_all_rocks()
self.initialize_rocks()
self.ship.__init__()
self.score.__init__()
def clear_all_bullets(self):
for bullet in self.bullets:
self.bullets.remove(bullet)
bullet = None
def clear_all_rocks(self):
while len(self.rocks) != 0:
self.rocks.pop()
if global_variables.DEBUG:
print("Removing rock")
if global_variables.DEBUG:
print("Rocks[] amount after clearing all rocks:", len(self.rocks))
"""
GAME STATE
"""
# gamestate property
@property
def state(self):
return self.gamestate.state
@state.setter
def state(self, new_value: int):
# To set the state to a value, we must set
# the state attribute within self.gamestate
self.gamestate.state = new_value
if not global_variables.DEBUG: print("New", self.gamestate.text)
# setters
def resume(self):
if not DEBUG: print("self.resume() called")
if not self.is_new_level():
self.state = global_variables.RESUME
self.reset_sound_beat_delay()
else:
self.start_new_level()
def pause(self):
if not DEBUG: print("self.pause() called")
self.state = global_variables.PAUSE
self.ship.velocity.__init__()
def toggle_pause(self):
if self.is_pause():
self.resume()
elif self.is_resume():
self.pause()
def main_menu(self):
if not DEBUG: print("self.main_menu() called")
self.state = global_variables.MAIN_MENU
def new_level(self):
if not DEBUG: print("self.new_level() called")
# set new state
self.state = global_variables.NEW_LEVEL
# increment level: (int) text value on screen
self.level.next_level()
def start_new_level(self):
self.initialize_rocks()
self.ship.__init__()
self.state = global_variables.RESUME
def game_over(self):
if not DEBUG: print("self.game_over() called")
self.state = global_variables.GAME_OVER
self.score_name_record = True
def ship_was_hit(self):
if not DEBUG: print("self.ship_was_hit() called")
self.state = global_variables.SHIP_WAS_HIT
if not DEBUG: print(f"{self.ship.name}.hit()")
self.ship.hit()
# remove one of the ship lives and keep going
if len(self.lives) > 1:
self.lives.pop()
else:
self.game_over()
# getters
def is_resume(self):
return self.state == global_variables.RESUME
def is_pause(self):
return self.state == global_variables.PAUSE
def is_main_menu(self):
return self.state == global_variables.MAIN_MENU
def is_new_level(self):
return self.state == global_variables.NEW_LEVEL
def is_game_over(self):
return self.state == global_variables.GAME_OVER
def is_ship_was_hit(self):
return self.state == global_variables.SHIP_WAS_HIT
def is_state_show_all_objects(self):
return (self.is_resume() or self.is_pause() or self.is_new_level()
or self.is_game_over() or self.is_ship_was_hit())
def is_state_advance_all_objects(self):
return (self.is_resume())
"""
Other game information methods
"""
def handle_score(self):
if self.score.score >= self.next_extra_life * 10_000:
self.extra_life()
def extra_life(self):
self.next_extra_life += 1
self.append_new_ship_life_icon()
if self.sound:
self.sounds_player.play_sound_extra_ship()
# restart game
def restart_game(self):
if not DEBUG: print("Restarting game...")
self.__init__(SCREEN_WIDTH, SCREEN_HEIGHT)
# quit game
def quit_game(self):
if not DEBUG: print("Quitting game...")
self.__del__()
# troll mode
@property
def troll(self):
return self.troll_mode
@troll.setter
def troll(self, new_value: bool):
print("troll property reached")
self.troll_mode = new_value
ship_file.Ship.troll_mode = new_value
rocks_file.Rock.troll_mode = new_value
rocks_file.Rock_Big.troll_mode = new_value
rocks_file.Rock_Medium.troll_mode = new_value
rocks_file.Rock_Small.troll_mode = new_value
if self.troll_mode:
if DEBUG: print("Troll mode: NO")
if DEBUG: print("setting game.troll_mode = True")
self.machine_gun_timer_delay = 10
else:
if DEBUG: print("Troll mode: YES")
if DEBUG: print("setting game.troll_mode = False")
self.machine_gun_timer_delay = global_variables.SHIP_FIRING_RATE_DELAY
def toggle_troll(self):
if not DEBUG: print("self.toggle_troll() called")
self.troll = self.toggle(self.troll)
def toggle(self, conditional):
if conditional: return False
else: return True
# machine gun
def set_machine_gun_timer(self):
self.machine_gun_timer = self.machine_gun_timer_delay
# fire bullet
def fire_bullet(self):
# create Bullet
if self.machine_gun_timer <= 0:
new_bullet = self.ship.fire()
# add that Bullet to self.bullets[]
self.bullets.append(new_bullet)
self.set_machine_gun_timer()
# play sound
if self.troll:
print("Troll mode on: play air horn sound")
if self.sound:
self.sounds_player.play_sound_air_horn()
else:
if self.sound:
self.sounds_player.play_sound_fire()
# accelerate ship
def accelerate_ship(self):
self.ship.accelerate()
if self.sound:
self.sounds_player.play_sound_thrust()
# handle beat sound
def handle_beat_sound(self):
"""
Decrement delay timer
"""
decrement_amount = 1
if not self.sound_beat_delay <= 0:
self.sound_beat_delay -= decrement_amount
if DEBUG: print("Decrementing sound beat delay timer...")
if DEBUG:
print(
f"Sound beat delay: {self.sound_beat_delay}, ({self.sound_beat_delay_offset})"
)
else:
"""
Handle sound decrement offset details
"""
# increment delay offset
if self.decrement_sound_beat_delay:
if DEBUG: print("Sound beat delay decrement == True")
self.sound_beat_delay_offset += global_variables.BEAT_DELAY_OFFSET_INCREMENT
# put limit on offset
max_offset = (global_variables.SOUND_BEAT_DELAY_INIT -
global_variables.MINIMUM_BEAT_DELAY)
if self.sound_beat_delay_offset > max_offset:
self.sound_beat_delay_offset = max_offset
# set new sound beat delay init based off offset value
self.sound_beat_delay = (global_variables.SOUND_BEAT_DELAY_INIT -
self.sound_beat_delay_offset)
if DEBUG:
print("new sound beat delay init:", self.sound_beat_delay)
if DEBUG:
print(
f"(global variable delay: {global_variables.SOUND_BEAT_DELAY_INIT}",
end=", ")
if DEBUG:
print(f"subtracted by offset: {self.sound_beat_delay_offset})")
if DEBUG: print()
"""
Play Sound
"""
if self.sound_beat_1_or_2 == 1:
self.sound_beat_1_or_2 = 2
if self.sound:
self.sounds_player.play_sound_beat_1()
# if not DEBUG: print("Playing sound beat 1...")
if self.sound_beat_1_or_2 == 2:
self.sound_beat_1_or_2 = 1
if self.sound:
self.sounds_player.play_sound_beat_2()
# if not DEBUG: print("Playing sound beat 2...")
# sound beat delay methods
def reset_sound_beat_delay(self):
self.sound_beat_delay_offset = 0
self.decrement_sound_beat_delay = True
# High Scores file management
def get_high_scores_file(self):
line_contents = []
# read
with open(global_variables.HIGH_SCORES_FILENAME, 'r') as file:
for line in file:
print(line)
line_contents.append(line)
return line_contents
def get_high_score_from_file(self):
high_score = 0
_high_score_i = 0
line_contents = self.get_high_scores_file()
for i, line in enumerate(line_contents):
line = line.split(',')
line.append(i)
print(line[1])
if line[1] != '':
if int(line[1]) > high_score:
high_score = int(line[1])
_high_score_i = i
return int(high_score)
def display_high_scores(self):
hs_1 = 0
hs_2 = 0
hs_3 = 0
hs_file_contents = self.get_high_scores_file()
for i, line in enumerate(hs_file_contents):
# if len(hs_file_contents) >= 3:
index = i
name = line[0]
score = line[1]
print(f"index({index}) name({name}) score({score})")
print("high score 1", hs_1)
print("high score 2", hs_2)
print("high score 3", hs_3)
print()
def write_high_score(self):
# get name
name = input("High score - Name: ")
# get score
score = self.score.score
with open(global_variables.HIGH_SCORES_FILENAME, 'a') as file:
file.write(f"{name},{score}\n")
def initialize_center(self):
return point_file.Point(global_variables.SHIP_X_INIT,
global_variables.SHIP_Y_INIT - 125)