def end_game():
global level, game_over
level = -2
camera.draw(gamebox.from_image(400, 300, 'GameOver.png'))
game_over = False
if camera.mouseclick:
gamebox.stop_loop()
def _tick(self, keys):
if not self.ok: return False
self.c.clear('black')
for x, y in sorted(self.open):
self.room.center = (2 * x + 1) * self.scale, (2 * y +
1) * self.scale
self.c.draw(self.room)
if (x - 1, y) in self.open:
self.door.size = self.scale / 2, self.scale
self.door.center = (2 * x) * self.scale, (2 * y +
1) * self.scale
self.c.draw(self.door)
if (x, y - 1) in self.open:
self.door.size = self.scale, self.scale / 2
self.door.center = (2 * x + 1) * self.scale, (2 *
y) * self.scale
self.c.draw(self.door)
self.b.move_speed()
self.eye.center = self.b.center
self.pupil.x = self.eye.x + self.look[0] * self.scale / 4
self.pupil.y = self.eye.y + self.look[1] * self.scale / 4
self.c.draw(self.eye)
self.c.draw(self.pupil)
if (self.b.x // (self.scale * 2),
self.b.y // (self.scale * 2)) not in self.open:
self.c.draw("Crash!", self.scale * 2, 'red', self.c.center)
print("Crashed into a wall!")
self.ok = False
gamebox.stop_loop()
gamebox.keys_loop(lambda x: gamebox.stop_loop())
self.c.display()
def title(keys):
global credit_count, play_count, option_count, sound_level
pygame.mixer.music.set_volume(sound_level)
if pygame.K_q in keys:
quit()
camera.clear("red")
camera.draw(titlebackground)
camera.draw(char2)
camera.draw(char4)
camera.draw(char5)
camera.draw(char6)
camera.draw(char7)
camera.draw(char3)
if pygame.K_p in keys:
global_stage.level += 1
if pygame.K_o in keys:
option_count += 1
if pygame.K_c in keys:
credit_count += 1
if pygame.K_ESCAPE in keys:
gamebox.stop_loop()
if credit_count != 0:
tick_creds(keys)
if option_count != 0:
tick_options(keys)
if global_stage.level == 1:
musicplayer1 = music1.play(-1)
gamebox.timer_loop(30, game_final_1.tick)
elif global_stage.level == 2:
music1.stop()
musicplayer2 = music2.play(-1)
gamebox.timer_loop(30, sponge_run.sponge_run_function)
if play_count == 0 and credit_count == 0 and option_count == 0:
camera.display()
def title(keys):
global credit_count, play_count, option_count, sound_level
pygame.mixer.music.set_volume(sound_level)
if pygame.K_q in keys:
quit()
camera.clear("red")
camera.draw(titlebackground)
camera.draw(char2)
camera.draw(char4)
camera.draw(char5)
camera.draw(char6)
camera.draw(char7)
camera.draw(char3)
if pygame.K_p in keys:
global_stage.level += 1
if pygame.K_o in keys:
option_count += 1
if pygame.K_c in keys:
credit_count += 1
if pygame.K_ESCAPE in keys:
gamebox.stop_loop()
if credit_count != 0:
tick_creds(keys)
if option_count != 0:
tick_options(keys)
if global_stage.level == 1:
musicplayer1 = music1.play(-1)
gamebox.timer_loop(30, game_final_1.tick)
elif global_stage.level == 2:
music1.stop()
musicplayer2 = music2.play(-1)
gamebox.timer_loop(30, sponge_run.sponge_run_function)
if play_count == 0 and credit_count == 0 and option_count == 0:
camera.display()
def tick(keys):
# get access to the counter
global count_tick
global counter
if pygame.K_RIGHT in keys:
character.x += 10
if pygame.K_LEFT in keys:
character.x -= 10
character.yspeed += 1
character.y = character.y + character.yspeed
camera.clear("black")
camera.draw(character)
camera.draw(ground)
if character.bottom_touches(ground):
character.yspeed = 0
if pygame.K_SPACE in keys:
character.yspeed = -20
if character.touches(ground):
character.move_to_stop_overlapping(ground)
camera.display()
count_tick += 1
for wall in walls:
if character.bottom_touches(wall):
character.yspeed = 0
if pygame.K_SPACE in keys:
character.yspeed = -22
if character.touches(wall):
character.move_to_stop_overlapping(wall)
camera.draw(wall)
for coin in coins:
if character.touches(coin):
counter += 1
coins.remove(coin)
camera.draw(coin)
camera.draw(
gamebox.from_text(70,
10,
"Stars collected: " + str(counter),
"Arial",
20,
"red",
italic=True))
ticks_per_second = 30
seconds = int(count_tick / ticks_per_second)
camera.draw(
gamebox.from_text(700,
10,
str(seconds) + " out of 30 seconds spent",
"Arial",
20,
"red",
italic=True))
if seconds >= 30:
gamebox.stop_loop()
print("You found " + str(counter) + " stars.")
camera.display()
def restart(keys):
'''
This function is executed whenever the player hits a wall or hits an enemy -- it's basically a "reset".
:param keys:
:return:
'''
global time
global level
global points
if pygame.K_SPACE in keys:
gamebox.unpause()
points = points - 10
if points < 0:
camera.clear('black')
camera.draw(
gamebox.from_text(camera.left + 400, 200, 'You Lose!', 50,
'white'))
camera.draw(
gamebox.from_text(camera.left + 400, 300,
'Quit and reopen the game to play again', 50,
'white'))
elif level == 1:
player_sprite[0].x = 320
player_sprite[0].y = 550
gamebox.timer_loop(60, tick)
elif level == 2:
player_sprite[1].x = 0
player_sprite[1].y = 420
enemy_sprite2[0].x = 400
enemy_sprite2[0].y = 420
enemy_sprite2[1].x = 400
enemy_sprite2[1].y = 225
enemy_sprite2[0].xspeed = -enemy_sprite2[0].xspeed
enemy_sprite2[1].xspeed = -enemy_sprite2[1].xspeed
gamebox.timer_loop(60, tick)
elif level == 3:
player_sprite[2].x = 10
player_sprite[2].y = 75
gamebox.timer_loop(60, tick)
elif level == 4:
player_sprite[3].x = 10
player_sprite[3].y = 300
gamebox.timer_loop(60, tick)
elif level == 5:
camera.clear('black')
camera.draw(
gamebox.from_text(
400, 300,
'You failed to win, quit the game and reopen to try again.',
40, 'red'))
gamebox.stop_loop()
camera.display()
def say(self, num):
if not self.ok: return
self.look = (0, 0)
self._tick(())
self.c.draw(str(num), self.scale * 4, 'red', self.c.center)
self.c.display()
print('said', num, 'after', self.moves, 'moves and', self.looks,
'looks')
gamebox.keys_loop(lambda x: gamebox.stop_loop())
def tick(keys):
global count, temp, p1_direction, p2_direction, menu, p2_on, p1_stat, p2_stat, p1_death, p2_death, p1_xhitspeed, \
p1_yhitspeed, p2_xhitspeed, p2_yhitspeed, p1_punches, p2_punches, mode, submode, winner, p1_points, p2_points, \
p1_char, p1_showtime, p2_showtime, p1_airjump, p2_airjump, p1_hitshowtime, p2_hitshowtime, p1_hittime, \
p2_hittime, r2, r1
if menu == -1:
camera.clear("white")
# Words
camera.draw(
gamebox.from_text(640, 725, "Press 'Enter' to Start", "Arial", 24,
"blue"))
camera.draw(
gamebox.from_text(640, 300, "Controls:", "Arial", 48, "blue"))
camera.draw(
gamebox.from_text(640, 350, "Player 1 Player 2", "Arial", 24,
"blue"))
camera.draw(
gamebox.from_text(640, 375,
"Movement : Arrow Keys Movement : WASD",
"Arial", 24, "blue"))
camera.draw(
gamebox.from_text(640, 400, "Attack : Z Attack : .", "Arial",
24, "blue"))
camera.draw(
gamebox.from_text(640, 200, "Battle Royal", "Arial", 96, "blue"))
# Player 2 Choice
camera.draw(
gamebox.from_text(640, 600, "Player 2:", "Arial", 24, "blue"))
camera.draw(on_button)
camera.draw(off_button)
camera.draw(gamebox.from_text(550, 650, "ON", "Arial", 24, "black"))
camera.draw(gamebox.from_text(730, 650, "OFF", "Arial", 24, "black"))
leftmouse, middlemouse, rightmouse = pygame.mouse.get_pressed()
mouse_x, mouse_y = pygame.mouse.get_pos()
if 500 <= mouse_x <= 600 and 625 <= mouse_y <= 675:
if leftmouse == 1 or middlemouse == 1 or rightmouse == 1:
p2_on = True
on_button.color = "green"
off_button.color = "red"
clicksound.play()
if 580 <= mouse_x <= 780 and 625 <= mouse_y <= 675:
if leftmouse == 1 or middlemouse == 1 or rightmouse == 1:
p2_on = False
on_button.color = "red"
off_button.color = "green"
clicksound.play()
if pygame.K_RETURN in keys:
menu = 1
keys.remove(pygame.K_RETURN)
elif menu == 1:
camera.clear("white")
camera.draw(gamebox.from_color(320, 300, "black", 150, 80))
camera.draw(gamebox.from_color(960, 300, "black", 150, 80))
camera.draw(stock_box)
camera.draw(time_box)
camera.draw(
gamebox.from_text(640, 200, "Settings", "Arial", 48, "black"))
camera.draw(gamebox.from_text(320, 300, "Lives", "Arial", 48, "black"))
camera.draw(gamebox.from_text(960, 300, "Time", "Arial", 48, "black"))
camera.draw(
gamebox.from_text(640, 750, "Press 'Enter' to Start", "Arial", 48,
"black"))
camera.draw(gamebox.from_color(640, 500, "black", 400, 140))
camera.draw(gamebox.from_color(640, 500, "white", 300, 120))
camera.draw(gamebox.from_color(800, 500, "blue", 60, 120))
camera.draw(gamebox.from_color(480, 500, "blue", 60, 120))
if submode == 1:
camera.draw(gamebox.from_color(480, 500, "grey", 60, 120))
if submode == 99:
camera.draw(gamebox.from_color(800, 500, "grey", 60, 120))
leftmouse, middlemouse, rightmouse = pygame.mouse.get_pressed()
mouse_x, mouse_y = pygame.mouse.get_pos()
if 270 <= mouse_x <= 370 and 250 <= mouse_y <= 350:
if leftmouse == 1 or middlemouse == 1 or rightmouse == 1:
mode = "stock"
stock_box.color = "green"
time_box.color = "red"
clicksound.play()
if 910 <= mouse_x <= 1010 and 250 <= mouse_y <= 350:
if leftmouse == 1 or middlemouse == 1 or rightmouse == 1:
mode = "time"
time_box.color = "green"
stock_box.color = "red"
clicksound.play()
if mode == "stock":
camera.draw(
gamebox.from_text(640, 500,
str(submode) + " Lives", "Arial", 48,
"black"))
if 730 <= mouse_x <= 830 and 440 <= mouse_y <= 560 and submode != 99:
if leftmouse == 1 or middlemouse == 1 or rightmouse == 1:
submode += 1
camera.draw(gamebox.from_color(800, 500, "green", 60, 120))
if 450 <= mouse_x <= 510 and 440 <= mouse_y <= 560 and submode != 1:
if leftmouse == 1 or middlemouse == 1 or rightmouse == 1:
submode -= 1
camera.draw(gamebox.from_color(480, 500, "green", 60, 120))
elif mode == "time":
camera.draw(
gamebox.from_text(640, 500,
str(submode) + ":00", "Arial", 48, "black"))
if 730 <= mouse_x <= 830 and 440 <= mouse_y <= 560 and submode != 99:
if leftmouse == 1 or middlemouse == 1 or rightmouse == 1:
submode += 1
camera.draw(gamebox.from_color(800, 500, "green", 60, 120))
if 450 <= mouse_x <= 510 and 440 <= mouse_y <= 560 and submode != 1:
if leftmouse == 1 or middlemouse == 1 or rightmouse == 1:
submode -= 1
camera.draw(gamebox.from_color(480, 500, "green", 60, 120))
if pygame.K_RETURN in keys:
menu = 0
elif menu == 0:
if p1.x < -500 or p1.x > 1400 or p1.y < -200 or p1.y > 800:
camera.center = [p2.x, p2.y]
elif p2.x < -500 or p2.x > 1400 or p2.y < -200 or p2.y > 800:
camera.center = [p1.x, p1.y]
else:
camera.center = [(p1.x + p2.x) / 2, (p1.y + p2.y) / 2]
camera.clear("white")
camera.draw(backgroundimg)
# camera.draw(ground)
for platformimage in platformimages:
camera.draw(platformimage)
camera.draw(groundimg)
count += float(1 / 30)
if p1_death is False:
p1.yspeed += 5
elif p1_death is True:
p1.yspeed = 0
if p2_death is False:
p2.yspeed += 5
elif p2_death is True:
p2.yspeed = 0
p1.y += p1.yspeed
p2.y += p2.yspeed
p1_punch = gamebox.from_color(400, 600, "black", 1, 1)
p2_punch = gamebox.from_color(400, 600, "black", 1, 1)
# Hit movement
if p1_xhitspeed != 0:
p1.x += p1_xhitspeed
if p1_xhitspeed > 0:
p1_xhitspeed -= 1
elif p1_xhitspeed < 0:
p1_xhitspeed += 1
if p1_yhitspeed != 0:
p1.y += p1_yhitspeed
if p1_yhitspeed > 0:
p1_yhitspeed -= 1
elif p1_yhitspeed < 0:
p1_yhitspeed += 1
if p2_xhitspeed != 0:
p2.x += p2_xhitspeed
if p2_xhitspeed > 0:
p2_xhitspeed -= 1
elif p2_xhitspeed < 0:
p2_xhitspeed += 1
if p2_yhitspeed != 0:
p2.y += p2_yhitspeed
if p2_yhitspeed > 0:
p2_yhitspeed -= 1
elif p2_yhitspeed < 0:
p2_yhitspeed += 1
# p1 actions
if p1_direction == "right":
p1.color = "red"
elif p1_direction == "left":
p1.color = "green"
if pygame.K_RIGHT in keys and p2_punch.touches(
p1) == False and count > p1_hittime + 1 / 4:
p1.x += 15
p1_direction = "right"
p1_death = False
if pygame.K_LEFT in keys and p2_punch.touches(
p1) == False and count > p1_hittime + 1 / 4:
p1.x -= 15
p1_direction = "left"
p1_death = False
if pygame.K_DOWN in keys:
p1_death = False
if pygame.K_DOWN not in keys:
for platform in platforms:
if p1.bottom_touches(platform):
p1.move_to_stop_overlapping(platform)
p1_airjump = True
if p1.yspeed > 0:
p1.yspeed = 0
if pygame.K_UP in keys and count > p1_hittime + 1 / 4:
p1.yspeed -= 45
jumpsound.play()
keys.remove(pygame.K_UP)
if p1.touches(ground):
p1.move_to_stop_overlapping(ground)
p1.yspeed = 0
p1_airjump = True
if pygame.K_UP in keys and p1.touches(
ground) and count > p1_hittime + 1 / 4:
p1.yspeed -= 45
keys.remove(pygame.K_UP)
jumpsound.play()
elif pygame.K_UP in keys and p1_airjump:
jumpsound.play()
p1.yspeed -= 45
if p1.touches(ground) is False:
p1_airjump = False
if p1.bottom_touches(ground) and pygame.K_z in keys and p1_punches["punch3"] == 0 and \
count > p1_punches["punch1"] + 1/4 and count > p1_punches["punch2"] + 1/4 or pygame.K_z in \
keys and p1.bottom_touches(ground) is False:
p1_death = False
if pygame.K_UP in keys:
p1_punch = gamebox.from_color(p1.x, p1.y - 40, "blue", 30, 40)
# camera.draw(p1_punch)
elif pygame.K_RIGHT in keys:
p1_punch = gamebox.from_color(p1.x + 20, p1.y, "blue", 40, 30)
# camera.draw(p1_punch)
elif pygame.K_LEFT in keys:
p1_punch = gamebox.from_color(p1.x - 20, p1.y, "blue", 40, 30)
# camera.draw(p1_punch)
elif pygame.K_DOWN in keys and p1.touches(ground) == False:
p1_punch = gamebox.from_color(p1.x, p1.y + 40, "blue", 30, 40)
# camera.draw(p1_punch)
else:
if p1_direction == "right":
p1_punch = gamebox.from_color(p1.x + 20, p1.y, "blue", 40,
30)
# camera.draw(p1_punch)
elif p1_direction == "left":
p1_punch = gamebox.from_color(p1.x - 20, p1.y, "blue", 40,
30)
# camera.draw(p1_punch)
# p2 actions
if p2_on:
if p2_direction == "right":
p2.color = "red"
elif p2_direction == "left":
p2.color = "green"
if pygame.K_d in keys and p1_punch.touches(
p2) == False and count > p2_hittime + 1 / 4:
p2.x += 15
p2_direction = "right"
p2_death = False
if pygame.K_a in keys and p1_punch.touches(
p2) == False and count > p2_hittime + 1 / 4:
p2.x -= 15
p2_direction = "left"
p2_death = False
if pygame.K_s in keys:
p2_death = False
if pygame.K_s not in keys:
for platform in platforms:
if p2.bottom_touches(platform):
p2.move_to_stop_overlapping(platform)
p2_airjump = True
if p2.yspeed > 0:
p2.yspeed = 0
if pygame.K_w in keys and count > p2_hittime + 1 / 4:
p2.yspeed -= 45
jumpsound.play()
keys.remove(pygame.K_w)
if p2.touches(ground):
p2.move_to_stop_overlapping(ground)
p2.yspeed = 0
p2_airjump = True
if pygame.K_w in keys and p2.touches(
ground) and count > p2_hittime + 1 / 4:
p2.yspeed -= 45
keys.remove(pygame.K_w)
jumpsound.play()
elif pygame.K_w in keys and p2_airjump:
p2.yspeed -= 45
jumpsound.play()
if p2.touches(ground) is False:
p2_airjump = False
if p2.bottom_touches(ground) and pygame.K_PERIOD in keys and p2_punches["punch3"] == 0 and \
count > p2_punches["punch1"] + 1/4 and count > p2_punches["punch2"] + 1/4 or \
pygame.K_PERIOD in keys and p2.bottom_touches(ground) is False:
p2_death = False
if pygame.K_w in keys:
p2_punch = gamebox.from_color(p2.x, p2.y - 40, "blue", 30,
40)
# camera.draw(p2_punch)
elif pygame.K_d in keys:
p2_punch = gamebox.from_color(p2.x + 20, p2.y, "blue", 40,
30)
# camera.draw(p2_punch)
elif pygame.K_a in keys:
p2_punch = gamebox.from_color(p2.x - 20, p2.y, "blue", 40,
30)
# camera.draw(p2_punch)
elif pygame.K_s in keys and p2.touches(ground) == False:
p2_punch = gamebox.from_color(p2.x, p2.y + 40, "blue", 30,
40)
# camera.draw(p2_punch)
else:
if p2_direction == "right":
p2_punch = gamebox.from_color(p2.x + 20, p2.y, "blue",
40, 30)
# camera.draw(p2_punch)
elif p2_direction == "left":
p2_punch = gamebox.from_color(p2.x - 20, p2.y, "blue",
40, 30)
# camera.draw(p2_punch)
camera.draw(
gamebox.from_text(p2.x,
p2.y - 40,
"Player 2",
"Arial",
12,
"blue",
bold=True))
elif p2_on is False:
if p2.touches(ground):
p2.move_to_stop_overlapping(ground)
p2.yspeed = 0
for platform in platforms:
if p2.bottom_touches(platform) and p1.y <= p2.y:
p2.move_to_stop_overlapping(platform)
if p2.yspeed > 0:
p2.yspeed = 0
if p2_death is False:
p2.yspeed += 5
if 775 > p1.x > p2.x and p1_punch.touches(
p2) is False and count > p2_hittime + 1 / 4:
p2.x += 10
p2_direction = "right"
elif 25 < p1.x < p2.x and p1_punch.touches(
p2) is False and count > p2_hittime + 1 / 4:
p2.x -= 10
p2_direction = "left"
if p2.touches(p1) and p1_punch.touches(
p2) is False and count > p2_hittime + 1 / 4:
p2.move_to_stop_overlapping(p1)
rand = random.randint(0, 70)
if rand < 10:
if p1.y < p2.y:
p2_punch = gamebox.from_color(
p2.x, p2.y - 40, "blue", 30, 40)
# camera.draw(p2_punch)
elif p1.y > p2.y:
p2_punch = gamebox.from_color(
p2.x, p2.y + 40, "blue", 30, 40)
# camera.draw(p2_punch)
elif p2_direction == "right":
p2_punch = gamebox.from_color(
p2.x + 20, p2.y, "blue", 30, 40)
# camera.draw(p2_punch)
elif p2_direction == "left":
p2_punch = gamebox.from_color(
p2.x - 20, p2.y, "blue", 30, 40)
# camera.draw(p2_punch)
if p1.y < p2.y and p2.bottom_touches(
ground) and count > p2_hittime + 1 / 4:
p2.yspeed -= 60
elif p2_death:
p2_death = False
camera.draw(
gamebox.from_text(p2.x,
p2.y - 40,
"COMPUTER",
"Arial",
12,
"blue",
bold=True))
# Hit Mechanics
if p1_punch.touches(p2):
p2_hittime = count
hitsound.play()
if p2_punch.touches(p1):
p1_hittime = count
hitsound.play()
if p1_punch.touches(p2) and p1.bottom_touches(ground) is False:
p2_stat += 1
if p1.x > p2.x:
p2_xhitspeed -= p2_stat
elif p1.x < p2.x:
p2_xhitspeed += p2_stat
if p1.y >= p2.y:
p2_yhitspeed -= p2_stat
elif p1.y < p2.y:
p2_yhitspeed += p2_stat
elif p1_punch.touches(
p2) and p1_punches["punch1"] == 0 and p2_death is False:
p2_stat += 1
p2.yspeed = 0
p1_punches["punch1"] = count
elif p1_punch.touches(p2) and p1_punches["punch1"] != 0 and p1_punches["punch2"] == 0 and \
count > p1_punches["punch1"] + 1/4:
p2_stat += 2
p2.yspeed = 0
p1_punches["punch2"] = count
elif p1_punch.touches(p2) and p1_punches[
"punch2"] != 0 and count > p1_punches["punch2"] + 1 / 4:
p2_stat += 3
p2.yspeed = 0
if p1.x > p2.x:
p2_xhitspeed -= p2_stat
elif p1.x < p2.x:
p2_xhitspeed += p2_stat
if p1.y >= p2.y:
p2_yhitspeed -= p2_stat
elif p1.y < p2.y:
p2_yhitspeed += p2_stat
p1_punches["punch3"] = count
if p1_punches["punch1"] != 0 and p1_punches[
"punch2"] == 0 and p1_punches["punch3"] == 0:
if count > p1_punches["punch1"] + 1:
p1_punches["punch1"] = 0
elif p1_punches["punch2"] != 0 and p1_punches["punch3"] == 0:
if count > p1_punches["punch2"] + 1:
p1_punches["punch1"] = 0
p1_punches["punch2"] = 0
elif p1_punches["punch3"] != 0:
if count > p1_punches["punch3"] + 1:
p1_punches["punch1"] = 0
p1_punches["punch2"] = 0
p1_punches["punch3"] = 0
if p2_punch.touches(p1) and p2.bottom_touches(ground) == False:
p1_stat += 1
if p2.x > p1.x:
p1_xhitspeed -= p1_stat
elif p2.x < p1.x:
p1_xhitspeed += p1_stat
if p2.y >= p1.y:
p1_yhitspeed -= p1_stat
elif p2.y < p1.y:
p1_yhitspeed += p1_stat
elif p2_punch.touches(p1) and p2_punches["punch1"] == 0 and p2_punches[
"punch2"] == 0 and p1_death is False:
p1_stat += 1
p1.yspeed = 0
p2_punches["punch1"] = count
elif p2_punch.touches(p1) and p2_punches["punch1"] != 0 and p2_punches["punch2"] == 0 and \
count > p2_punches["punch1"] + 1/4:
p1_stat += 2
p1.yspeed = 0
p2_punches["punch2"] = count
elif p2_punch.touches(p1) and p2_punches[
"punch2"] != 0 and count > p2_punches["punch2"] + 1 / 4:
p1_stat += 3
p1.yspeed = 0
if p2.x > p1.x:
p1_xhitspeed -= p1_stat
elif p2.x < p1.x:
p1_xhitspeed += p1_stat
if p2.y >= p1.y:
p1_yhitspeed -= p1_stat
elif p2.y < p1.y:
p1_yhitspeed += p1_stat
p2_punches["punch3"] = count
if p2_punches["punch1"] != 0 and p2_punches[
"punch2"] == 0 and p2_punches["punch3"] == 0:
if count > p2_punches["punch1"] + 1:
p2_punches["punch1"] = 0
elif p2_punches["punch1"] != 0 and p2_punches[
"punch2"] != 0 and p2_punches["punch3"] == 0:
if count > p2_punches["punch2"] + 1:
p2_punches["punch1"] = 0
p2_punches["punch2"] = 0
elif p2_punches["punch1"] != 0 and p2_punches[
"punch2"] != 0 and p2_punches["punch3"] != 0:
if count > p2_punches["punch3"] + 1:
p2_punches["punch1"] = 0
p2_punches["punch2"] = 0
p2_punches["punch3"] = 0
# Die Mechanics
if p1.x > 1500 or p1.x < -500 or p1.y > 1000 or p1.y < -500:
p1.x = 350
p1.y = 50
p1_xhitspeed = 0
p1_yhitspeed = 0
p1_stat = 0
p2_points += 1
p1_death = True
if p2.x > 1500 or p2.x < -500 or p2.y > 1000 or p2.y < -500:
p2.x = 450
p2.y = 50
p2_xhitspeed = 0
p2_yhitspeed = 0
p2_stat = 0
p1_points += 1
p2_death = True
# Extra Camera
if p1_direction == "left":
left1 = 9
lr1 = 11
else:
left1 = 0
lr1 = 0
extra_hit1.center = (p1_punch.x, p1_punch.y)
if p2_punch.touches(p1):
p1_char.image = p1_charsheet[1 + left1]
p1_hitshowtime = count
elif count < p1_hitshowtime + 1 / 4:
p1_char.image = p1_charsheet[1 + left1]
elif p1.bottom_touches(
ground
) is False and pygame.K_z in keys or pygame.K_UP in keys and pygame.K_z in keys:
p1_char.image = p1_charsheet[3 + left1]
p1_showtime = count
camera.draw(extra_hit1)
elif count < p1_showtime + 1 / 4:
p1_char.image = p1_charsheet[3 + left1]
elif p1_punches["punch2"] != 0 and count < p1_punches["punch3"] + 1 / 4:
p1_char.image = p1_charsheet[6 + left1]
elif p1_punches["punch1"] != 0 and count < p1_punches["punch2"] + 1 / 4:
p1_char.image = p1_charsheet[5 + left1]
elif pygame.K_z in keys and p1_punches[
"punch3"] == 0 or count < p1_punches["punch1"] + 1 / 4:
p1_char.image = p1_charsheet[4 + left1]
elif p1.bottom_touches(ground) is False and p1_char.bottom_touches(platform_1) is False and \
p1_char.bottom_touches(platform_2) is False and p1_char.bottom_touches(platform_3) is False \
and p1_char.bottom_touches(platform_4) is False and p1_char.bottom_touches(platform_5) is False:
p1_char.image = p1_charsheet[2 + left1]
elif pygame.K_RIGHT in keys or pygame.K_LEFT in keys:
p1_char.image = p1_charrunning[r1 + lr1]
r1 += 1
if r1 == 10:
r1 = 0
else:
p1_char.image = p1_charsheet[0 + left1]
r1 = 0
if pygame.K_z in keys:
keys.remove(pygame.K_z)
if p2_direction == "left":
left2 = 9
lr2 = 15
else:
left2 = 0
lr2 = 0
extra_hit2.center = (p2_punch.x, p2_punch.y)
if p1_punch.touches(p2):
p2_char.image = p2_charsheet[1 + left2]
p2_hitshowtime = count
elif count < p2_hitshowtime + 1 / 4:
p2_char.image = p2_charsheet[1 + left2]
elif p2.bottom_touches(ground) is False and pygame.K_PERIOD in keys or pygame.K_w in keys and pygame.K_PERIOD \
in keys:
p2_char.image = p2_charsheet[3 + left2]
p2_showtime = count
camera.draw(extra_hit2)
elif count < p2_showtime + 1 / 4:
p2_char.image = p2_charsheet[3 + left2]
elif p2_punches["punch2"] != 0 and count < p2_punches["punch3"] + 1 / 4:
p2_char.image = p2_charsheet[6 + left2]
elif p2_punches["punch1"] != 0 and count < p2_punches["punch2"] + 1 / 4:
p2_char.image = p2_charsheet[5 + left2]
elif pygame.K_PERIOD in keys and p2_punches[
"punch1"] == 0 or count < p2_punches["punch1"] + 1 / 4:
p2_char.image = p2_charsheet[4 + left2]
elif p2.bottom_touches(ground) is False and p2_char.bottom_touches(platform_1) is False and \
p2_char.bottom_touches(platform_2) is False and p2_char.bottom_touches(platform_3) is False \
and p2_char.bottom_touches(platform_4) is False and p2_char.bottom_touches(platform_5) is False:
p2_char.image = p2_charsheet[2 + left2]
elif pygame.K_d in keys or pygame.K_a in keys:
p2_char.image = p2_charrunning[r2 + lr2]
r2 += 1
if r2 == 14:
r2 = 1
elif p2_on is False:
if p2.bottom_touches(ground) or p2.bottom_touches(platform_1) or p2.bottom_touches(platform_2) or \
p2.bottom_touches(platform_3) or p2.bottom_touches(platform_4) or \
p2.bottom_touches(platform_5):
p2_char.image = p2_charrunning[r2 + lr2]
r2 += 1
if r2 == 14:
r2 = 1
else:
p2_char.image = p2_charsheet[0 + left2]
r2 = 0
if pygame.K_PERIOD in keys:
keys.remove(pygame.K_PERIOD)
camera.draw(
gamebox.from_text(p1.x,
p1.y - 40,
"Player 1",
"Arial",
12,
"red",
bold=True))
# camera.draw(p1)
p1_char.center = (p1.x, p1.y)
camera.draw(p1_char)
# camera.draw(p2)
p2_char.center = (p2.x, p2.y)
camera.draw(p2_char)
camera.draw(
gamebox.from_color(camera.x - 400, camera.y + 300, "red", 150,
300))
camera.draw(
gamebox.from_color(camera.x + 400, camera.y + 300, "blue", 150,
300))
camera.draw(
gamebox.from_text(camera.x - 400,
camera.y + 200,
"Player 1",
"Arial",
24,
"white",
bold=True))
camera.draw(
gamebox.from_text(camera.x - 400,
camera.y + 250,
"Hit Rate",
"Arial",
24,
"white",
bold=True))
camera.draw(
gamebox.from_text(camera.x + 400,
camera.y + 250,
"Hit Rate",
"Arial",
24,
"white",
bold=True))
if p1_stat < 36:
camera.draw(
gamebox.from_color(camera.x - 400, camera.y + 275, "green",
p1_stat * 3, 30))
camera.draw(
gamebox.from_text(camera.x - 400,
camera.y + 275,
str(p1_stat * 5),
"Arial",
24,
"white",
bold=True))
else:
camera.draw(
gamebox.from_text(camera.x - 400,
camera.y + 275,
"DANGER",
"Arial",
24,
"white",
bold=True))
if p2_stat < 36:
camera.draw(
gamebox.from_color(camera.x + 400, camera.y + 275, "green",
p2_stat * 3, 30))
camera.draw(
gamebox.from_text(camera.x + 400,
camera.y + 275,
str(p2_stat * 5),
"Arial",
24,
"white",
bold=True))
else:
camera.draw(
gamebox.from_text(camera.x + 400,
camera.y + 275,
"DANGER",
"Arial",
24,
"white",
bold=True))
if mode == "time":
second_time = submode * 60 - count
if second_time < 10:
zero = "0"
else:
zero = ""
timer = str(format(second_time // 60, '2.0f')) + ":" + zero + str(
format(second_time % 60, '.0f'))
camera.draw(
gamebox.from_text(camera.x,
camera.y - 370,
timer,
"Arial",
48,
"blue",
bold=True))
if second_time <= 0:
if p1_points > p2_points:
winner = "Player 1"
elif p2_points > p1_points:
winner = "Player 2"
elif p2_points == p1_points:
winner = "Tie"
menu = 2
if mode == "stock":
p1_lives = submode - p2_points
p2_lives = submode - p1_points
camera.draw(
gamebox.from_text(camera.x - 400,
camera.y + 350,
str(p1_lives) + " Lives",
"Arial",
24,
"white",
bold=True))
camera.draw(
gamebox.from_text(camera.x + 400,
camera.y + 350,
str(p2_lives) + " Lives",
"Arial",
24,
"white",
bold=True))
if p1_lives == 0:
winner = "Player 2"
menu = 2
elif p2_lives == 0:
winner = "Player 1"
menu = 2
if p2_on:
camera.draw(
gamebox.from_text(camera.x + 400,
camera.y + 200,
"Player 2",
"Arial",
24,
"white",
bold=True))
elif p2_on is False:
camera.draw(
gamebox.from_text(camera.x + 400,
camera.y + 200,
"COM",
"Arial",
24,
"white",
bold=True))
elif menu == 2:
camera.clear("white")
camera.draw(
gamebox.from_text(camera.x,
camera.y - 100,
"Winner:",
"Arial",
24,
"black",
bold=True))
if winner == "Player 1":
camera.draw(
gamebox.from_text(camera.x,
camera.y,
winner + " with " + str(p1_points) +
" kills",
"Arial",
48,
"black",
bold=True))
elif winner == "Player 2":
camera.draw(
gamebox.from_text(camera.x,
camera.y,
winner + " with " + str(p2_points) +
" kills",
"Arial",
48,
"black",
bold=True))
elif winner == "Tie":
camera.draw(
gamebox.from_text(camera.x,
camera.y,
winner + " by " + str(p1_points) + " kills",
"Arial",
48,
"black",
bold=True))
camera.draw(
gamebox.from_text(camera.x, camera.y + 300, "Press 'Enter' to End",
"Arial", 24, "black"))
if pygame.K_RETURN in keys:
gamebox.stop_loop()
camera.display()
def splash_end():
global button
gamebox.stop_loop()
button.deactivate()
def tick(keys):
global start_game
global game_over
global fail_over
b3 = gamebox.from_text(400,
300,
"Welcome to Yeti Jump! Get 10 points to win!",
"Arial",
40,
'red',
italic=True)
b4 = gamebox.from_text(400,
400,
"Press s to start!",
"Arial",
40,
'red',
italic=True)
camera.draw(b3)
camera.draw(b4)
if pygame.K_s in keys:
start_game = True
if start_game is True:
if fail_over is False:
if game_over is False:
global counter
global lives
global character_score
if pygame.K_RIGHT in keys:
character.x += 10
if pygame.K_LEFT in keys:
character.x -= 10
character.yspeed += 1
character.y = character.y + character.yspeed
camera.clear("cyan")
camera.draw(b1)
camera.draw("Lives: " + str(lives), "Arial", 24, "red", 100,
100)
camera.draw(character)
if character.y > 600 or 800 >= character.x <= 0:
lives -= 1
charater_score = 0
character.x = walls[-1].x
character.y = walls[-1].y
camera.draw(character)
camera.draw("Character Score: " + str(character_score),
"Arial", 24, "red", 100, 30)
camera.y -= 3
b1.y = camera.y
global counter
counter += 1
if counter % 50 == 0:
new_wall = gamebox.from_color(random.randint(100, 700),
camera.y - 300, "black",
random.randint(100, 250), 10)
walls.append(new_wall)
if character.y >= new_wall.y + 600 or character.x < 0 or character.x > 800:
lives -= 1
character.x = walls[-1].x
character.y = walls[-1].y
camera.draw(character)
if counter % 40 == 0:
coins.append(
gamebox.from_color(random.randint(100, 550),
(character.y - 200), "yellow", 10,
10))
for coin in coins:
camera.draw(coin)
if character.touches(coin):
coins.remove(coin)
coin_sound = gamebox.load_sound(
'http://theodoregray.com/PeriodicTable/Sounds/029.2.wav'
)
musicplayer0 = coin_sound.play()
character_score += 1
camera.draw("Character Score: " + str(character_score),
"Arial", 24, "red", 100, 30)
if counter % 45 == 0:
enemy.append(
gamebox.from_color(random.randint(100, 550),
(character.y - 200), "red", 5, 5))
multiplier = 1
for thing in enemy:
thing.x += 10 * multiplier
if thing.x > 500 or thing.x < 300:
multiplier = multiplier * -1
camera.draw(thing)
if character.touches(thing):
enemy.remove(thing)
character_score -= 5
lives -= 1
camera.draw("Character Score: " + str(character_score),
"Arial", 24, "red", 100, 30)
for wall in walls:
if character.bottom_touches(wall):
character.yspeed = 0
if pygame.K_SPACE in keys:
character.yspeed = -20
if character.touches(wall):
character.move_to_stop_overlapping(wall)
camera.draw(wall)
if lives == 0:
fail_over = True
if character_score is 10:
game_over = True
else:
camera.clear("white")
camera.draw("You Win! Snooooow good", "Arial", 30, "red", 400,
300)
camera.draw("Press q to quit", "Arial", 30, "red", 400, 500)
if pygame.K_q in keys:
gamebox.stop_loop()
else:
camera.clear('white')
camera.draw("Sorry you lost!", "Arial", 30, "red", 400, 250)
camera.draw("Press q to quit", "Arial", 30, "red", 400, 450)
if pygame.K_q in keys:
gamebox.stop_loop()
camera.display()
def tick(keys):
global level, room, char_health, char_speed, frames, half_frames, attack_cooldown, attack_burst, flipped, \
ability_burst, ability, kill_count, dead_enemies, level_screen, game_over, boss_appear, boss_health, dead_boss
if game_over:
end_game()
half_frames += 1
if half_frames % 2 == 0:
frames += 1
attacking = False
walking = False
left = False
ability = False
# causes an error, quitting the game when F1 hit
if pygame.K_F1 in keys:
level = -3
gamebox.stop_loop()
# home screen
if level == -1:
if camera.mouseclick:
if clicking(start):
gamebox.stop_loop()
# select char screen
if level == 0:
# depending on which character is clicked, sets variables for future use. Then, stops loop to go to next level
if camera.mouseclick:
if clicking(knight):
character = knight
char_sheet = knight_sheet
ability_sheet = knight_ability_sheet
global char_sheet
global ability_sheet
gamebox.stop_loop()
if clicking(ranger):
character = ranger
char_sheet = ranger_sheet
ability_sheet = ranger_ability_sheet
global char_sheet, ability_sheet
gamebox.stop_loop()
global character
# setup is over, we're ready to play! These are the controls for actual gameplay
if 0 < level <= 2 and not level_screen:
# level one setup
if level == 1:
camera.draw(background)
room_setup()
# level two setup
if level == 2:
camera.draw(background)
room_setup()
# use the arrows to move
if pygame.K_w in keys:
character.y -= char_speed
walking = True
if pygame.K_s in keys:
character.y += char_speed
walking = True
if pygame.K_d in keys:
character.x += char_speed
walking = True
if pygame.K_a in keys:
character.x -= char_speed
walking = True
left = True
# space bar to attack
if camera.mouseclick:
if attack_burst <= 20 and attack_cooldown <= 0: # can't attack continuously. Can attack for 1/3 sec at time
attacking = True
attack_burst += 1
if attack_burst >= 20:
attack_cooldown = 15 # cooldown before you're allowed to attack again
if attack_burst == 1 and character == ranger:
fire_arrow()
else:
attack_burst = 0
attack_cooldown -= 1
# Q to use abilities
if pygame.K_q in keys:
if kill_count >= 3: # can use ability if ability bar is full enough
ability = True
kill_count -= 3
ability_burst = 0
ability_burst += 1
if ability_burst <= 60: # can't use ability continuously. Can use 2 sec at a time
ability = True
# arrow animations and removal
moving_arrows(arrows)
moving_arrows(skeleton_arrows)
moving_arrows(boss_arrows)
# enemy AI, boss AI
enemy_movement()
if boss_appear and not dead_boss:
boss_movement(frames)
# running into doors
room_movement()
# collecting hearts
for heart in life:
if character.touches(heart):
life.remove(heart)
# you can't have more than 100% health, silly
if char_health > 90:
char_health = 100
else:
char_health += 20
# interactions with enemies. If knight is attacking, they die. If not, you take damage and get knocked back
# arrows kill enemies
for room_num, where in enumerate(enemies):
if room_num == room:
for index, (enemy, alive, species) in enumerate(where):
if character.touches(enemy) and alive:
if not ability:
rebound(character, enemy, attacking)
if not attacking or character == ranger:
char_health = take_damage(20, char_health)
else:
enemies[room_num][index][1] = False
dead_enemy(enemy)
if ability and (attacking or character == knight):
enemies[room_num][index][1] = False
dead_enemy(enemy)
for sharp in arrows:
if sharp[0].touches(enemy) and alive:
enemies[room_num][index][1] = False
dead_enemy(enemy)
for sharp in skeleton_arrows:
if sharp[0].touches(character):
skeleton_arrows.remove(sharp)
char_health = take_damage(20, char_health)
# only draws living enemies. Also, checks to see if all enemies are dead
num_enemies = 0
for room_num, where in enumerate(enemies):
for index, (enemy, alive, species) in enumerate(where):
if alive:
num_enemies += 1
if room_num == room:
camera.draw(enemy)
if num_enemies == 0:
dead_enemies = True
# handles interactions between character and bosses. Boss must be
if character.touches(boss) and boss_appear:
if not attacking and not ability:
char_health = take_damage(20, char_health)
rebound(character, boss, attacking)
if attacking and character == knight:
boss_health = take_damage(20, boss_health)
rebound(character, boss, attacking)
# ranger arrow interactions with bosses
for arrow in arrows:
if arrow[0].touches(boss) and boss_appear:
boss_health = take_damage(10, boss_health)
arrows.remove(arrow)
# boss arrow interactions with character
for sharp in boss_arrows:
if sharp[0].touches(character):
boss_arrows.remove(sharp)
char_health = take_damage(20, char_health)
# you can't run through walls
[character.move_to_stop_overlapping(wall) for wall in border]
[boss.move_to_stop_overlapping(wall) for wall in border]
# draws walls, hearts after enemy death
[camera.draw(wall) for wall in border]
[camera.draw(heart) for heart in life]
# exits level once you get to the end of the level. Also resets room to 0
if character.touches(ladder) and dead_enemies and dead_boss:
level_screen = True
gamebox.stop_loop()
# your health. Game pauses when you run out of life
if char_health <= 0:
game_over = True
if character == ranger:
char_health_bar = gamebox.from_image(
75, 550, char_health_sheet[5 - int(char_health / 20)])
if character == knight:
char_health_bar = gamebox.from_image(
75, 550, char_health_sheet[5 - int(char_health / 40)])
camera.draw(char_health_bar)
if boss_health <= 0:
dead_boss = True
boss_appear = False
char_ability_bar = gamebox.from_image(
75, 50, ability_bar_sheet[5 - kill_count])
char_ability_bar.height = 20
camera.draw(char_ability_bar)
who_walking(char_sheet, attacking, walking, left, ability,
ability_sheet)
camera.draw(character)
if level == 3:
camera.draw(
gamebox.from_text(400, 300, "You Win!", "Arial", 40, "gray"))
if camera.mouseclick:
gamebox.stop_loop()
camera.display()
# adds a level screen between each level. Click to continue
if level_screen and level > 0:
camera.clear('black')
room = 0
camera.draw(gamebox.from_image(400, 300,
'Level' + str(level) + '.png'))
camera.display()
if camera.mouseclick:
level_screen = False
char_select()
character.height = 60
if character == ranger:
char_health = 100 # you start off healthy. Lucky you
if character == knight:
char_health = 200 # it's way harder to play as the knight. You get extra health
room = 0 # keeps track of which room you're in
kill_count = 0 # for abilities bar. Maximum of 5. Using ability decreases by 3
life = [] # list of hearts generated from dead enemies
arrows = [
] # list of all ranger arrows. Are deleted as they move off the screen
skeleton_arrows = [
] # list of all skeleton arrows. Again, deleted as they move off the screen
boss_arrows = []
dead_enemies = False # ladder doesn't appear until all enemies killed (and boss is killed. Handled elsewhere)
boss_appear = False # boss only appears in room 3
flipped = True # is the char flipped?
level += 1
# setup for all levels of actual gameplay
while 0 < level <= 2:
levels()
if level == 3:
camera.clear("black")
gamebox.timer_loop(ticks_per_second, tick)
level = -1
else: # throws an error that stops the game. Hit F1 to get here
pygame.quit()
gamebox.stop_loop()
def tick(keys):
global start_game
global game_over
global fail_over
b3= gamebox.from_text(400,300,"Welcome to Yeti Jump! Get 10 points to win!", "Arial", 40, 'red', italic=True)
b4 = gamebox.from_text(400,400, "Press s to start!","Arial", 40, 'red', italic=True)
camera.draw(b3)
camera.draw(b4)
if pygame.K_s in keys:
start_game = True
if start_game is True:
if fail_over is False:
if game_over is False:
global counter
global lives
global character_score
if pygame.K_RIGHT in keys:
character.x += 10
if pygame.K_LEFT in keys:
character.x -= 10
character.yspeed += 1
character.y = character.y + character.yspeed
camera.clear("cyan")
camera.draw(b1)
camera.draw("Lives: " + str(lives), "Arial", 24, "red", 100, 100)
camera.draw(character)
if character.y > 600 or 800 >= character.x <= 0:
lives -= 1
charater_score = 0
character.x = walls[-1].x
character.y = walls[-1].y
camera.draw(character)
camera.draw("Character Score: "+ str(character_score), "Arial", 24, "red", 100, 30)
camera.y -= 3
b1.y = camera.y
global counter
counter += 1
if counter % 50 == 0:
new_wall = gamebox.from_color(random.randint(100,700), camera.y-300, "black", random.randint(100,250), 10)
walls.append(new_wall)
if character.y >= new_wall.y + 600 or character.x < 0 or character.x > 800 :
lives -= 1
character.x = walls[-1].x
character.y = walls[-1].y
camera.draw(character)
if counter%40 == 0:
coins.append(gamebox.from_color(random.randint(100,550),(character.y-200),"yellow",10,10))
for coin in coins:
camera.draw(coin)
if character.touches(coin):
coins.remove(coin)
coin_sound = gamebox.load_sound('http://theodoregray.com/PeriodicTable/Sounds/029.2.wav')
musicplayer0=coin_sound.play()
character_score += 1
camera.draw("Character Score: " + str(character_score), "Arial", 24, "red", 100, 30)
if counter%45 == 0:
enemy.append(gamebox.from_color(random.randint(100,550),(character.y-200),"red",5,5))
multiplier = 1
for thing in enemy:
thing.x += 10*multiplier
if thing.x >500 or thing.x<300:
multiplier = multiplier*-1
camera.draw(thing)
if character.touches(thing):
enemy.remove(thing)
character_score -= 5
lives -= 1
camera.draw("Character Score: " + str(character_score), "Arial", 24, "red", 100, 30)
for wall in walls:
if character.bottom_touches(wall):
character.yspeed = 0
if pygame.K_SPACE in keys:
character.yspeed = -20
if character.touches(wall):
character.move_to_stop_overlapping(wall)
camera.draw(wall)
if lives == 0:
fail_over = True
if character_score is 10:
game_over = True
else:
camera.clear("white")
camera.draw("You Win! Snooooow good", "Arial", 30,"red", 400, 300)
camera.draw("Press q to quit", "Arial", 30, "red", 400, 500)
if pygame.K_q in keys:
gamebox.stop_loop()
else:
camera.clear('white')
camera.draw("Sorry you lost!", "Arial", 30, "red", 400, 250)
camera.draw("Press q to quit", "Arial", 30, "red", 400, 450)
if pygame.K_q in keys:
gamebox.stop_loop()
camera.display()
def tick(keys):
camera.clear("green")
global char
global counter
global score
global timer
global scorebox
global gems_found
global frame
global direction
if boolean_start == True:
if char.x > 800:
camera.x = 1200
camera.draw(background2)
score.x = camera.x
scorebox.x = camera.x
else:
camera.x = 400
camera.draw(background)
arrow = gamebox.from_text(750, 550, '>', 100, 'yellow')
camera.draw(arrow)
camera.draw(char)
# drawing of the obstacles
camera.draw(start_obstacle)
if char.touches(start_obstacle):
char.move_to_stop_overlapping(start_obstacle)
camera.draw(start_obstacle2)
if char.touches(start_obstacle2):
char.move_to_stop_overlapping(start_obstacle2)
for aq_draw in fences:
camera.draw(aq_draw)
if char.touches(aq_draw):
char.move_to_stop_overlapping(aq_draw)
for j in lower_left:
camera.draw(j)
if char.touches(j):
char.move_to_stop_overlapping(j)
for a in right:
camera.draw(a)
if char.touches(a):
char.move_to_stop_overlapping(a)
for t in middle:
camera.draw(t)
if char.touches(t):
char.move_to_stop_overlapping(t)
for q in middle2:
camera.draw(q)
if char.touches(q):
char.move_to_stop_overlapping(q)
for e in top_left:
camera.draw(e)
if char.touches(e):
char.move_to_stop_overlapping(e)
for r in top_middle:
camera.draw(r)
if char.touches(r):
char.move_to_stop_overlapping(r)
#obstacles of scene 2
for i in scn2:
camera.draw(i)
if char.touches(i):
char.move_to_stop_overlapping(i)
camera.draw(fence_scn2)
if char.touches(fence_scn2):
char.move_to_stop_overlapping(fence_scn2)
for err in water_left:
camera.draw(err)
if char.touches(err):
char.move_to_stop_overlapping(err)
for ert5 in middle_scn2:
camera.draw(ert5)
if char.touches(ert5):
char.move_to_stop_overlapping(ert5)
for ert6 in middle_scn3:
camera.draw(ert6)
if char.touches(ert6):
char.move_to_stop_overlapping(ert6)
for mnt in fence_scn3:
camera.draw(mnt)
if char.touches(mnt):
char.move_to_stop_overlapping(mnt)
for mnt1 in right_most:
camera.draw(mnt1)
if char.touches(mnt1):
char.move_to_stop_overlapping(mnt1)
for mnt2 in bottom_scn2:
camera.draw(mnt2)
if char.touches(mnt2):
char.move_to_stop_overlapping(mnt2)
camera.draw(start_obstacle_s2)
if char.touches(start_obstacle_s2):
char.move_to_stop_overlapping(start_obstacle_s2)
camera.draw(start_obstacles_s2)
if char.touches(start_obstacles_s2):
char.move_to_stop_overlapping(start_obstacles_s2)
for mnt3 in fences_s2:
camera.draw(mnt3)
if char.touches(mnt3):
char.move_to_stop_overlapping(mnt3)
'''final obstacle'''
for s1a in final_boundary:
camera.draw(s1a)
if char.touches(s1a):
char.move_to_stop_overlapping(s1a)
# keys and animation
lsheet = [sht[9], sht[10], sht[11]]
rsheet = [sht[3], sht[4], sht[5]]
usheet = [sht[6], sht[7], sht[8]]
dsheet = [sht[0], sht[1], sht[2]]
idle = sht[1]
#keys
if pygame.K_UP in keys:
char.y -= 5
char.image = usheet[(counter // 3) % len(usheet)]
camera.draw(char)
if pygame.K_DOWN in keys:
char.y += 5
char.image = dsheet[(counter // 3) % len(dsheet)]
camera.draw(char)
if pygame.K_RIGHT in keys:
char.x += 5
char.image = rsheet[(counter // 3) % len(rsheet)]
camera.draw(char)
if pygame.K_LEFT in keys:
char.x -= 5
char.image = lsheet[(counter // 3) % len(lsheet)]
camera.draw(char)
# char.speedx == 0 and char.speedy == 0
if (not pygame.K_UP in keys) and (not pygame.K_DOWN in keys) and (
not pygame.K_RIGHT in keys) and (not pygame.K_LEFT in keys):
char.image = idle
camera.draw(char)
if pygame.K_ESCAPE in keys:
gamebox.stop_loop()
#character moving to screen edge
if char.y == 600:
char.y = 0
elif char.x == 0:
char.x = width
elif char.y == 0:
char.y = height
#gem function where character collects the gems
for i in drawn:
camera.draw(i)
for i in char_del:
if pygame.K_0 in keys:
camera.draw(i)
if len(drawn) > 0:
for gem in drawn:
if char.touches(gem):
char_del.append(gem)
drawn.remove(gem)
gems_found += 1
# else:
# if char.touches(char_del[0]):
# drawn.append(char_del[0])
# char_del.remove(char_del[0])
if counter % 300 == 0:
if len(gems):
drawn.append(gems[0])
gems.remove(gems[0])
counter += 1
timer = str(round((counter / 25), 1))
score = gamebox.from_text(400,
500,
'Gems Found: ' + str(gems_found) +
'/7 Time: ' + timer + ' s',
24,
"white",
italic=False)
scorebox = gamebox.from_color(400, 500, "black", 270, 30)
camera.draw(scorebox)
camera.draw(score)
scorebox_scene2 = gamebox.from_color(1200, 500, "black", 270, 30)
score2 = gamebox.from_text(1200,
500,
'Gems Found: ' + str(gems_found) +
'/7 Time: ' + timer + ' s',
24,
"white",
italic=False)
camera.draw(scorebox_scene2)
camera.draw(score2)
# When the game is won:
if gems_found == 7:
camera.clear('black')
camera.x = 400
camera.draw(background)
logo2 = gamebox.from_image(400, 150, 'All_Gems.png')
camera.draw(logo2)
ending_note = gamebox.from_text(camera.x, 300, 'Congratulations!',
80, 'Gold')
camera.draw(ending_note)
fin_time = gamebox.from_text(
camera.x, 400, 'Time procrastinated: ' + timer + ' s', 60,
'Gold')
camera.draw(fin_time)
end_instructions = gamebox.from_text(camera.x, 500,
'Press ESC to EXIT', 40,
'white')
camera.draw(end_instructions)
gamebox.pause()
camera.display()
else:
splashscreen(keys)
