def __init__(self, x, y, width, height):
self.blocks = []
for i in range(width):
for j in range(height):
blockx = x + Barrier.block_size_x * i
blocky = y + Barrier.block_size_y * j
block = gamebox.from_color(blockx, blocky, "red", Barrier.block_size_x, Barrier.block_size_y)
self.blocks.append(block)
def create_enemy():
enemy = gamebox.from_color(random.randint(0, 800), random.randint(0,2) * 75 + 50, "yellow", 50, 50)
# randomize their speed and direction
enemy.xspeed = random.randint(3, 10)
if random.randint(0,1) == 0:
enemy.xspeed *= -1
return enemy
def boss_health():
global boss_health_level
return gamebox.from_color(cam.left + (400 * boss_health_level / 100), cam.top + 15, "red", (800 * boss_health_level / 100), 30)
]
defeated_boss_text = [
gamebox.from_text(400, 150, "CONGRATULATIONS, HERO", 50, "white"),
gamebox.from_text(400, 200, "YOU HAVE DEFEATED THE EVIL GOBLIN KING!", 50, "white")
]
victory_text = [
gamebox.from_text(400, 200, "CONGRATULATIONS!", 60, "white"),
gamebox.from_text(400, 250, "You have bested the Goblin King", 60, "white"),
gamebox.from_text(400, 300, "and saved the Princess!", 60, "white")
]
defeated_text = [
gamebox.from_text(400, 250, "YOUR ADVENTURE HAS", 60, "red"),
gamebox.from_text(400, 300, "ENDED", 100, "red")
]
walls = [
gamebox.from_color(-2000, 0, "black", 50, 3600),
gamebox.from_color(2000, 0, "black", 50, 3600),
gamebox.from_color(0, -1800, "black", 4050, 50),
gamebox.from_color(0, 1800, "black", 4050, 50)
]
# Character info
character = gamebox.from_image(300, 200, "character_front.png")
character.scale_by(1.25)
cam_locked = True
# Boss and boss room info
boss = gamebox.from_image(400, 150, "goblin_king.png")
boss.scale_by(.25)
boss_room = gamebox.from_image(400, 300, "boss_room.png")
music2_count = 0
counter = 0
credit_count = 0
play_count = 0
option_count = 0
control_count = 0
sound_count = 0
camera = global_stage.camera
level_1 = 0
level_2 = 0
level_3 = 0
wasd_count = 0
sound_level = 0.5
char1 = gamebox.from_color(10, 10, "red", 50, 5)
char2 = gamebox.from_text(250, 50, "ya Motha", "Cambria", 70, "orange", True, True)
# char3 = gamebox.from_image(100, 100, "http://images6.fanpop.com/
# image/photos/33000000/The-Customer-s-House-krusty-krab-pizza-33032845-512-384.jpg")
char3 = gamebox.from_image(200, 400,
"http://3219a2.medialib.glogster.com/creeperman913/media"
"/18/18ee0bb8dd40f9d96af0d3dfd14687f97923fdf2/spongebob.png")
char4 = gamebox.from_text(350, 150, "By Luke and Connor (lsm5fm and cb4wa)", "Cambria", 30, "orange", False, True)
char5 = gamebox.from_text(683, 200, "Press 'P' to Play", "Cambria", 50, "red")
char6 = gamebox.from_text(683, 400, "Press 'O' for Options", "Cambria", 50, "red")
char7 = gamebox.from_text(683, 600, "Press 'C' for Credits", "Cambria", 50, "red")
titlebackground = gamebox.from_image(683, 384, "http://i.imgur.com/liXLthM.png")
titlebackground.size = 1366, 768
pygame.mouse.set_visible(False)
import gamebox, pygame char = gamebox.from_color(90, 4, "yellow", 8, 2) print(char.yspeed)
camera = gamebox.Camera(1142, 636)
background = gamebox.from_image(camera.x, camera.y, "night_time.png")
creators = gamebox.from_text(280, 20, "Creators: Christine Li (cjl4ev), Ruolin Chen (rlc8my)", "Snap ITC", 18, "white")
game_name = gamebox.from_text(camera.x, 280, "Counting Sheep", "Snap ITC", 60, "white")
description = gamebox.from_text(camera.x, 340, "How long can you jump fences for?", "Snap ITC", 24, "white")
rules1 = gamebox.from_text(camera.x, 370, "Jump fences without touching them or you lose a life!", "Snap ITC", 24,
"white")
rules2 = gamebox.from_text(camera.x, 400, "You get three lives, collect clovers to recover lives.", "Snap ITC", 24,
"white")
p1_instructions = gamebox.from_text(camera.x, 440, "Press SPACE to Jump", "Snap ITC", 24, "white")
to_start = gamebox.from_text(camera.x, 480, "Press ENTER to Start", "Snap ITC", 32, "white")
music = gamebox.load_sound('crickets_compressed.wav')
music_player = music.play(-1)
ground = gamebox.from_color(600, 634, "black", 1200, 50)
fence = gamebox.from_image(1000, 550, "fence.png")
fence.scale_by(.50)
character = gamebox.from_image(350, 545, "sheep.png")
character.scale_by(.20)
lives = gamebox.from_text(950, 40, "Lives left:", "Snap ITC", 24, "white")
health3 = gamebox.from_image(1075, 100, "sheep.png")
health3.scale_by(.1)
health2 = gamebox.from_image(990, 100, "sheep.png")
health2.scale_by(.1)
health1 = gamebox.from_image(905, 100, "sheep.png")
health1.scale_by(.1)
def drawMainBoard():
for coord in board_space_coords:
outer_box = gamebox.from_color(coord[0] * 50 + 25, coord[1] * 50 + 25, "black", 50, 50)
inner_box = gamebox.from_color(coord[0] * 50 + 26, coord[1] * 50 + 26, "white", 46, 46)
camera.draw(outer_box)
camera.draw(inner_box)
player_one = gamebox.from_image(350, 300, player_one_sheet[player_one_frame]) player_two = gamebox.from_image(450, 300, player_two_sheet[player_two_frame]) #set monster between the two monster = gamebox.from_image(400, 300, monster_sheet[monster_frame]) # a monster should be bigger than both of them monster.scale_by(1.5) touched_monster = 0 #blue.png is essentially the blue flag player_one_flag = [gamebox.from_image(50, 50, "blue.png")] player_one_flag[0].scale_by(0.15) player_one_goal = gamebox.from_color(100, 300, "blue", 10, 600) # goal line for player 1 player_one_counter = 0 #red.png is the red flag player_two_flag = [gamebox.from_image(750, 550, "red.png")] player_two_flag[0].scale_by(0.15) player_two_counter = 0 player_two_goal = gamebox.from_color(700, 300, "red", 10, 600) # goal line for player 2 player_one_has_flag = False player_two_has_flag = False game_start = True game_end = False
import pygame
import gamebox
import random
multiplier = 1
camera = gamebox.Camera(800,600)
character = gamebox.from_image(100,200,'http://www.illustrationsof.com/royalty-free-rf-yeti-clipart-illustration-by-cory-thoman-stock-sample-102505.jpg')
character.yspeed = 0
character.scale_by(.05)
b1 = gamebox.from_image(400,300, 'http://thumbs.dreamstime.com/z/christmas-snowflake-background-white-wallpaper-35056457.jpg')
walls = [
gamebox.from_color(50,250, "black", 200, 10),
gamebox.from_color(400,150, "black", 200, 10),
gamebox.from_color(600,25, "black", 200, 10),
]
coins = [
gamebox.from_color(75,400, "yellow", 10, 10),
gamebox.from_color(160,200, "yellow", 10, 10),
gamebox.from_color(280,250, "yellow", 10, 10)
]
enemy = [
]
counter = 0
lives = 3
character_score= 0
game_over = False
def sponge_run_function(keys):
global cockroach_count, hit_moment, hit_interval, hit_check, pizza_health, c_stage, jump_check, time, rock_stage
platform_object = []
if pygame.K_q in keys:
quit()
platform_object.append(ground)
for platform in platform_list:
platform_object.append(gamebox.from_color(platform.x, platform.y + 15, "white", 240, 100))
hit_interval += 1
time += 2
rock.yspeed += 1
if hit_interval == 2 and global_stage.level == 2 and level_one.spat_check == 1:
camera.move(-9200, 0)
if pygame.K_DOWN in keys:
rock.yspeed += 4
c_stage += 1/1.7
if hit_interval == hit_moment + 25:
hit_check = 0
if c_stage >= 4:
c_stage = 1
if time == 30:
time = 0
jump_check = 0
if rock.bottom_touches(ground):
rock_stage += 1/1.2
if int(rock_stage) >= 4:
rock_stage = 1
if not rock.bottom_touches(ground):
rock_stage = 4
rock.x = rock.x + rock.speedx
rock.y = rock.y + rock.speedy
'''
for platform in platform_object:
platform.y = platform.y + platform.yspeed
'''
# ----- COLLISION ------
for cockroach in cockroach_list:
if rock.touches(cockroach) and hit_check == 0:
hit_moment = hit_interval
pizza_health -= 1
hit_check = 1
if rock.x > 35250:
quit()
for platform in platform_object:
if rock.bottom_touches(platform):
rock.yspeed = 0
rock.move_to_stop_overlapping(platform)
if platform != platform_object[0]:
platform.y += 100
if pygame.K_SPACE in keys:
rock.yspeed = -20
jump_check = 1
if rock.right_touches(platform) and hit_check == 0:
pizza_health -= 1
hit_check = 1
hit_moment = hit_interval
if pizza_health == 0:
quit()
# ----- GEN ANIMATION -----
health_file = 'pizza_health_{}'.format(pizza_health) + ".png"
health_hud = gamebox.from_image(rock.x + 4*x/5, 100, health_file)
rock_file = 'rock_{}'.format(int(rock_stage)) + '.png'
rock_an = gamebox.from_image(rock.x, rock.y, rock_file)
camera.clear("White")
if hit_check == 1:
rock_stage = 4
rock.xspeed = 15
else:
rock.xspeed = 25
for shift in range(3):
if hit_check == 1 and hit_interval >= hit_moment + shift*4 and hit_interval < hit_moment + (shift+1)*4:
rock_an.rotate(random.randint(-30, 5))
# ----- DRAWING ------
camera.clear("Black")
for platform in platform_object:
camera.draw(platform)
for entry in background:
camera.draw(entry)
for entry in house:
camera.draw(entry)
camera.draw(customer_house)
for platform in platform_list:
camera.draw(platform)
camera.draw(rock_an)
camera.move(rock.xspeed, 0)
for cockroach in cockroach_list:
if rock.x + 1300 > cockroach.x and rock.x - 300 < cockroach.x:
camera.draw(cockroach)
camera.draw(health_hud)
camera.display()
def tick(keys):
# Game Beginning Screen and Starting the Game
global game_start, pause, p1_score, yellow_coins, platforms, p1_health, up_last_pressed, was_touching, bar, background1, time
if game_start is False:
camera.clear("light blue")
camera.draw(gamebox.from_text(400, 300, str("PRESS SPACE BAR TO START!"), "Arial", 50, "black", True))
camera.draw(gamebox.from_text(400, 350, str("Press UP to jump"), "Arial", 30, "black", True))
camera.display()
if pygame.K_SPACE in keys:
game_start = True
if game_start is True:
# Player 1 Collisions with objects
p1.yspeed += 0.5
p1.y += p1.yspeed
if pygame.K_UP in keys and not up_last_pressed:
p1.yspeed = -8
music_jump1 = gamebox.load_sound("Jump.wav")
musicplayer3 = music_jump1.play()
up_last_pressed = True
if not pygame.K_UP in keys:
up_last_pressed = False
nothing_touched = True # check if nothing is touched
for platform in platforms:
if p1.touches(platform):
if not was_touching:
p1_health -= 1
p1.x += 65
was_touching = True
nothing_touched = False
if nothing_touched:
was_touching = False
if p1.x > 200:
p1.x -= scroll_speed
if p1.touches(ground):
was_touching = True
p1.yspeed = 0
p1.y -= 100
p1_health -= 1
if pygame.K_UP in keys:
p1.yspeed -= 5
if p1.touches(ceiling):
p1.yspeed = 0
p1.move_to_stop_overlapping(ceiling)
# Platform Creation and Removal
platform_creator()
# Coin Creation and Removal
y_coins()
# Health
if p1_health > 10:
p1_health = 10
bar = [gamebox.from_color(900 - (512-chunknum*25), 50, "red", 20, 20) for chunknum in range(p1_health)]
# Score
for platform in platforms[1::2]:
if 200 <= platform.x < 200 + scroll_speed:
p1_score += 1
# Background
background1.x -= scroll_speed
if background1.x <= -(800 - scroll_speed):
background1.x = 2400
background2.x -= scroll_speed
if background2.x <= -(800 - scroll_speed):
background2.x = 2400
time += 1
# Visuals
if pause is False:
camera.clear("light blue")
camera.draw(ground)
camera.draw(background1)
camera.draw(background2)
for platform in platforms:
camera.draw(platform)
camera.draw(gamebox.from_text(50, 50, str(int(p1_score)), "Arial", 30, "brown", True))
camera.draw(gamebox.from_text(750, 50, str(time//ticks_per_second), "Arial", 30, "black", True))
camera.draw(black_bar)
for chunk in bar:
camera.draw(chunk)
for yellow_coin in yellow_coins:
camera.draw(yellow_coin)
camera.draw(p1)
camera.display()
# Game Ending and Restarting
if p1_health == 0 and pause is False:
camera.clear("light blue")
camera.draw(gamebox.from_text(400, 200, str("GAME OVER"), "Arial", 100, "black", True))
camera.draw(gamebox.from_text(400, 300, str("Score: " + str(int(p1_score))), "Arial", 50, "brown"))
camera.draw(gamebox.from_text(400, 350, str("You lasted: " + str(time//ticks_per_second) + " seconds"), "Arial", 50, "black"))
camera.draw(gamebox.from_text(400, 400, str("Play again?"), "Arial", 50, "black"))
camera.draw(gamebox.from_text(400, 440, str("(press the space bar)"), "Arial", 20, "black"))
camera.display()
pause = True # Freeze the Game Over menu
if pygame.K_SPACE in keys and pause is True:
platforms = []
yellow_coins = []
p1_health = 10
p1.y = 50
p1_score = 0
time = 0
game_start = False # Restart the game
pause = False # Unfreeze the game
import gamebox import random # http://wallpaper.zone/img/16093.png # http://www.appsrox.com/screenshots/flappychick/Flappy_Pipe.png # http://us.123rf.com/450wm/anastasiaromb/anastasiaromb1603/anastasiaromb160300021/53104705-cute-set-of-forest-wild-animals-nature-fauna-collection.jpg?ver=6 # Camera Window camera = gamebox.Camera(800,600) # Player Sprites p1 = gamebox.from_image(200, 50, "hedgehog.png") background1 = gamebox.from_image(800, 300, "background.png") background2 = gamebox.from_image(2400, 300, "background.png") ground = gamebox.from_color(400, 600, "light green", 800, 100) ceiling = gamebox.from_color(400, -500, "white", 800, 1000) black_bar = gamebox.from_color(500, 50, "black", 255, 30) # Global Values p1_score = 0 p1_health = 10 game_start = False pause = False p1.yspeed = 0 # Platforms platforms = []
tankstuff.Mine.image = mine_image_path #Game Objects enemy_tanks = [] friendly_tanks = [] bullets = [] barriers = [] mines = [] turrets = [] buttons = [] booms = [] # Add Objects button_state_machine = tankstuff.ButtonStateMachine() barriers.append(tankstuff.Barrier(150, 150, 5, 30)) mines.append(tankstuff.Mine(400, 300)) # BUTTONS buttons.append(tankstuff.Button(25, 575,color = "grey", text_color = "black", text = "MINE")) buttons.append(tankstuff.Button(75, 575, text = "TURRET")) buttons.append(tankstuff.Button(125, 575,color = "grey", text_color = "black", text = "BARRIER")) buttons.append(tankstuff.Button(175,575,color = "green", text_color = "black", text = "START")) # THINGS king = gamebox.from_color(100, 300, "yellow", 25, 25) ticks_per_second = 60 # keep this line the last one in your program gamebox.timer_loop(ticks_per_second, tick)
def tick(keys):
global start_screen
global play
global game_over
global distance
global frame
global speed
global y_pos
global jump
global jump_count
global current_level
global level
global santa
global can_jump
global obstacles
global slide
# DRAW BACKGROUND
camera.draw(background)
# DISPLAY START SCREEN UNTIL PLAYER PRESSES SPACE OR I TO VIEW INSTRUCTIONS
if start_screen:
camera.draw(gamebox.from_text(250, 40, "SANTA RUN", 100, "white"))
camera.draw(gamebox.from_text(250, 310, "Press Space To Start", 50, "white"))
camera.draw(gamebox.from_text(240, 200, "aab4ad thh4yj", 40, "white"))
santa = gamebox.from_image(275, 180, "Idle (1).png")
camera.draw(gamebox.from_text(250, 350, 'Hold the I key to view instructions', 30, 'white'))
santa.scale_by(.4)
camera.draw(santa)
if pygame.K_SPACE in keys:
start_screen = False
play = True
if pygame.K_i in keys:
camera.clear('white')
camera.draw(background)
instructions = ['The game will scroll at a constant speed.',
'It is the players job to navigate obstacles as ',
'they appear. Use Up or "W" key to jump',
'and Down or "S" key to slide.',
'The players progress is saved at each ',
'level, allowing the player to restart the level',
'each time they die. The player will die if',
'they fall off the map or collide with an obstacle.']
camera.draw(gamebox.from_text(250, 40, "INSTRUCTIONS", 80, "white"))
y = 150
for i in instructions:
camera.draw(gamebox.from_text(250, y, i, 30, 'white'))
y += 25
elif play is True:
# DISPLAY PERCENT OF LEVEL COMPLETED IN TOP RIGHT --> each level has a distance of 250
# --> may have to adjust this with levels are different lengths
if level <= 3 and distance > 250:
distance = 0
if level <= 3:
distance += 1
camera.draw(gamebox.from_text(450, 30, str(int(distance / 250 * 100)) + " %", 25, "white"))
if level >= 4 and distance > 50:
distance = 0
if level >= 4:
distance += 1/3
camera.draw(gamebox.from_text(450, 30, str(int(distance / 50 * 100))+" %", 25, "white"))
# SLIDE WHEN DOWN ARROW PRESSED
if (pygame.K_DOWN in keys or pygame.K_s in keys) and jump is False:
santa = gamebox.from_image(150, y_pos, slide_stages[frame])
santa.scale_by(.2)
slide = True
# JUMP WHEN UP ARROW PRESSED --> can only jump when on the ground
elif (pygame.K_UP in keys or pygame.K_w in keys) and can_jump:
jump = True
slide = False
speed = 30
santa = gamebox.from_image(150, y_pos, jump_stages[0])
santa.scale_by(.2)
keys.clear()
if jump:
santa = gamebox.from_image(150, y_pos, jump_stages[jump_count])
santa.scale_by(.2)
# To disable single jump, comment the below code:
jump_count += 1
if jump_count == 16:
jump_count = 0
jump = False
can_jump = False
# RUN
if jump is False and (pygame.K_DOWN not in keys and pygame.K_s not in keys):
slide = False
santa = gamebox.from_image(150, y_pos, run_stages[frame])
santa.scale_by(.2)
# Create hitboxes for obstacle collision for running/jumping santa or sliding santa
# --> can view these by drawing
hitbox = gamebox.from_color(santa.x-15, santa.y-5, "red", 40, 100)
if slide:
hitbox = gamebox.from_color(santa.x-10, santa.y+15, "blue", 50, 60)
# LEVELS
if current_level is level1:
camera.draw(level_title1)
level_title1.move(0, -1)
if current_level is level2:
camera.draw(level_title2)
level_title2.move(0, -1)
if current_level is level3:
camera.draw(level_title3)
level_title3.move(0, -1)
if current_level is level4:
camera.draw(level_title4)
level_title4.move(0, -1)
if current_level is level5:
camera.draw(level_title5)
level_title5.move(0, -1)
# Path collision
for object in current_level:
# only draw objects on screen
if -75 < object.x < 575:
camera.draw(object)
# character can land on paths
if y_pos - speed > object.top - 50 and y_pos < object.top and object.left < santa.x < object.right:
y_pos = object.top - 50
speed = 0
can_jump = True
jump = False
# can't touch path unless walking top of it
elif hitbox.touches(object, 0, -20):
game_over = True
play = False
# move all the objects
object.move(-10, 0)
# CHANGE TO NEXT LEVEL WHEN LEVEL IS OVER --> will need to add for new levels
if distance >= 50 and level == 5:
distance = 250
game_over = True
play = False
if distance >= 50 and level == 4:
current_level = level5
distance = 0
level_title5.y = 50
level += 1
if object.x < -2500 and level == 3:
current_level = level4
distance = 0
level_title4.y = 50
level += 1
if object.x < -2500 and level == 2:
current_level = level3
distance = 0
level_title3.y = 50
level += 1
if object.x < -2500 and level == 1:
current_level = level2
distance = 0
level += 1
level_title2.y = 50
# detect collisions with obstacles
for obstacle in obstacles[level]:
camera.draw(obstacle)
if hitbox.touches(obstacle, 0, -50):
play = False
game_over = True
obstacle.move(-10, 0)
# KEEP TRACK OF CHARACTER'S Y POSITION, AND CHANGE BY THEIR SPEED, DOWNWARD SPEED INCREASES (GRAVITY)
y_pos = y_pos - speed
speed -= 3
# KEEPS TRACK OF THE ANIMATION FRAMES FOR RUNNING AND SLIDING
frame += 1
if frame == 11:
frame = 0
# END GAME IF CHARACTER FALLS OFF SCREEN
if y_pos > 400:
play = False
game_over = True
# DISPLAY END SCREEN WHEN GAME IS OVER
elif game_over:
# IF ALL LEVELS HAVE BEEN COMPLETED ALLOW USER TO CHOOSE A LEVEL TO REPLAY
if distance >= 250 and level == 5:
camera.draw(gamebox.from_text(250, 50, "CONGRATULATIONS", 50, "white"))
camera.draw(gamebox.from_text(250, 150, "All levels completed!", 50, "white"))
camera.draw(gamebox.from_text(250, 250, "To Replay a Level, ", 50, "white"))
camera.draw(gamebox.from_text(250, 350, "Type Level Number ", 50, "white"))
if pygame.K_1 in keys or pygame.K_2 in keys or pygame.K_3 in keys or pygame.K_4 in keys\
or pygame.K_5 in keys:
y_pos = 250
speed = 0
distance = 0
game_over = False
play = True
if pygame.K_1 in keys:
for object in level1:
object.move(2500, 0)
for obstacle in obstacles[1]:
obstacle.move(2500, 0)
level_title1.y = 50
current_level = level1
level = 1
if pygame.K_2 in keys:
for object in level2:
object.move(2500, 0)
for obstacle in obstacles[2]:
obstacle.move(2500, 0)
level_title2.y = 50
current_level = level2
level = 2
if pygame.K_3 in keys:
for object in level3:
object.move(2500, 0)
for obstacle in obstacles[3]:
obstacle.move(2500, 0)
level_title3.y = 50
current_level = level3
level = 3
if pygame.K_4 in keys:
for object in level4:
object.move(1500, 0)
level_title4.y = 50
current_level = level4
level = 4
if pygame.K_5 in keys:
for object in level5:
object.move(1500, 0)
level_title5.y = 50
current_level = level5
level = 5
# IF ALL LEVEL FAILED COMPLETED ALLOW USER TO RETRY CURRENT LEVEL FROM BEGINNING
else:
camera.draw(gamebox.from_text(250, 50, "GAME OVER", 100, "white"))
camera.draw(gamebox.from_text(250, 200, str(int(distance/250*100)) + " %", 100, "white"))
camera.draw(gamebox.from_text(250, 350, "Press R to restart level", 50, "white"))
if pygame.K_r in keys:
if current_level == level1:
y_pos = 230
for object in level1:
object.move(10*distance, 0)
level_title1.y = 50
for obstacle in obstacles[1]:
obstacle.move(10*distance, 0)
if current_level == level2:
y_pos = 150
for object in level2:
object.move(distance*10, 0)
for obstacle in obstacles[2]:
obstacle.move(10*distance, 0)
level_title2.y = 50
if current_level == level3:
y_pos = 100
for object in level3:
object.move(distance*10, 0)
for obstacle in obstacles[3]:
obstacle.move(10*distance, 0)
level_title3.y = 50
if current_level == level4:
y_pos = 70
for object in level4:
object.move(3 * 10 * distance, 0)
level_title4.y = 50
if current_level == level5:
y_pos = 300
for object in level5:
object.move(3 * 10 * distance, 0)
level_title5.y = 50
speed = 0
distance = 0
game_over = False
play = True
if not start_screen:
camera.draw(santa)
camera.display()
rmm3ya.
"""
import pygame
import gamebox # gamebox written by Luther Tychonievich
import math
CAMERA_WIDTH, CAMERA_HEIGHT = 800, 600
BOX_WIDTH, BOX_HEIGHT = 10, 10
walksprite_frame = 0
framecountforplayerwalk = 0
camera = gamebox.Camera(CAMERA_WIDTH, CAMERA_HEIGHT) # size of window and camera points to the center
player = gamebox.from_image(camera.x, camera.y,
gamebox.load_sprite_sheet("/Users/rezamirzaiee/Desktop/GAME/Graphics/chara5.png", 8, 12)[1])
hammer = gamebox.from_color(player.x, player.y, "black", 10, 10)
hammer_thrown = False
has_stood = False
playerdirection = gamebox.from_image(camera.x, camera.y,
gamebox.load_sprite_sheet("/Users/rezamirzaiee/Desktop/GAME/Graphics/chara5.png", 8, 12)[1])
player_xspeed = 0
player_yspeed = 0
hammer_xspeed = 0
hammer_yspeed = 0
hammer_air = { 'hammer_xspeed_air': 0, 'hammer_yspeed_air': 0}
power = 0
# center gamebox x, center gamebox y, color, width of gamebox, height of gamebox
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()
# Bradley Knaysi (bak9cu) and Lillie Lyon (lal5kr)
import pygame
import gamebox
import random
camera = gamebox.Camera(800, 600)
character = gamebox.from_color(100, 100, "blue", 10, 10)
character2 = gamebox.from_color(100, 100, "cyan", 10, 10)
lives = 3
lives2 = 3
lives2_left = gamebox.from_text(680, 50, "p2 Lives: " + str(lives2), "Arial",
20, "Black")
lives_left = gamebox.from_text(680, 30, "p1 Lives: " + str(lives), "Arial", 20,
"Black")
goal_size = gamebox.from_text(700, 70, "Goal Size: = 100", "Arial", 20,
"Black")
respawn_zone = gamebox.from_color(20, 20, "grey", 40, 40)
game_over = False
game_on = False
orb_sound = gamebox.load_sound("wall.wav")
game_music = gamebox.load_sound("Pim Poy.wav")
game_music.play(-1)
orbs = []
for number in range(0, 30):
size = random.randint(15, 50)
small_size = random.randint(5, 10)
colors = ["green", "red", "orange", "purple"]
orbs.append(
# Matthew Keitelman (mak2vr)
# Fernando Mata Cordero (fm5ew)
import pygame
import gamebox
import random
camera = gamebox.Camera(1000,800,True)
alien = gamebox.from_image(300, 15, "http://people.virginia.edu/~mak2vr/files/alien/alien.png")
alien.scale_by(1.3)
alien.yspeed = 0
platforms = [
gamebox.from_color(500,400,"black",1000,30),
gamebox.from_color(1500,600,"black",500,30),
]
radius = 250
platform_x = 1500
platform_length = 500
platform_end = 1750
prev_length = 0
prev_end = 0
prev_x = 0
prev_radius = 0
platform_end
time_on = 300
y=0
import gamebox import random # http://wallpaper.zone/img/16093.png # http://www.appsrox.com/screenshots/flappychick/Flappy_Pipe.png # http://us.123rf.com/450wm/anastasiaromb/anastasiaromb1603/anastasiaromb160300021/53104705-cute-set-of-forest-wild-animals-nature-fauna-collection.jpg?ver=6 # Camera Window camera = gamebox.Camera(800, 600) # Player Sprites p1 = gamebox.from_image(200, 50, "hedgehog.png") background1 = gamebox.from_image(800, 300, "background.png") background2 = gamebox.from_image(2400, 300, "background.png") ground = gamebox.from_color(400, 600, "light green", 800, 100) ceiling = gamebox.from_color(400, -500, "white", 800, 1000) black_bar = gamebox.from_color(500, 50, "black", 255, 30) # Global Values p1_score = 0 p1_health = 10 game_start = False pause = False p1.yspeed = 0 # Platforms platforms = []
def tick(keys):
for bluehole in blueholes:
bluehole.scale_by(1.018)
global x, score, y, platform_x, time_on, speed, platform_length, platform_end, prev_length, prev_end, prev_x, radius, prev_radius
if y > 3:
y =0
y+=1
if camera.x % 1000 == 0:
speed += 4
score = int(camera.x)
scoreboard = gamebox.from_text(camera.x+300,50,(str(score)),"Verdana",26,"black")
camera.x += speed
alien.x += speed
if alien.x >= (platform_x - platform_length/2) and alien.x <= (platform_x - platform_length/2):
time_on += speed
elif alien.x >= platform_x - platform_length/2:
time_on = 0
if len(platforms) < 10:
prev_length = int(platform_length)
prev_x = int(platform_x)
prev_end = int(platform_end)
prev_radius = radius
platform_length = int(random.randint(300,600))
radius = int(platform_length/2)
platform_x = prev_end + radius + random.randint(25,200)
platform_end = platform_x + radius
height = random.randint(300,700)
platforms.append(gamebox.from_color(platform_x,height,"black",2*radius,30))
if len(blueholes) < 2:
bluehole_x = random.randint(camera.x,camera.x+500)
bluehole_y = random.randint(0,800)
blueholes.append(gamebox.from_image(bluehole_x,bluehole_y,blue_hole_sheet[y]))
# GRAVITY
alien.yspeed += 1.5
alien.y = alien.y + alien.yspeed
if pygame.K_s in keys:
alien.image = "http://people.virginia.edu/~mak2vr/files/alien/alien_top.png"
elif pygame.K_d in keys:
alien.image = "http://people.virginia.edu/~mak2vr/files/alien/alien_middle.png"
elif pygame.K_f in keys:
alien.image = "http://people.virginia.edu/~mak2vr/files/alien/alien_bottom.png"
else:
alien.image = "http://people.virginia.edu/~mak2vr/files/alien/alien.png"
for platform in platforms:
if alien.bottom_touches(platform):
alien.move_to_stop_overlapping(platform)
if platform.x < (camera.x-1000):
platforms.remove(platform)
if alien.touches(platform):
if pygame.K_SPACE in keys:
alien.yspeed -= 30
if pygame.K_RIGHT in keys:
alien.x += 5
if pygame.K_LEFT in keys:
alien.x -= 5
camera.clear("skyblue")
camera.draw(alien)
camera.draw(scoreboard)
for platform in platforms:
camera.draw(platform)
for bluehole in blueholes:
camera.draw(bluehole)
camera.display()
game_over = gamebox.from_text(camera.x,400,"Game Over","Arial",40,"black",True)
def end():
gamebox.pause()
camera.clear("skyblue")
camera.draw(game_over)
camera.display()
for bluehole in blueholes:
bluehole.image = blue_hole_sheet[y]
if bluehole.x < (camera.x-500):
blueholes.remove(bluehole)
if alien.touches(bluehole):
end()
if alien.y >= 800:
end()
p_width = 10
p_height = 80
ball_velocity = 15
player_speed = 14
p1_score = 0
p2_score = 0
game_on = False
ticker = 0
paddle_sound = gamebox.load_sound("paddle.wav")
wall_sound = gamebox.load_sound("wall.wav")
walls = [
gamebox.from_color(400, 600, "green", 1000, 20),
gamebox.from_color(400, 0, "green", 1000, 20),
]
p1 = gamebox.from_color(20, 400, "red", 15, 100)
p2 = gamebox.from_color(780, 400, "yellow", 15, 100)
ball = gamebox.from_color(400, 300, "green", 20, 20)
ball.xspeed = ball_velocity
ball.yspeed = ball_velocity
def tick(keys):
global game_on
global p1_score
def __init__(self, x, y, color = "blue",text_color = "green", image = None, text = None, width = 50, height = 50):
self.x, self.y = x, y
self.box = gamebox.from_color(x, y, color, width, height)
self.text_color = text_color
self.text = text
self.image = image
def tick(keys):
global hit_interval, hit_moment, hit_check, health, secretformula_check, stick_check,\
move_check, x, y, stage, face_check, time, seconds, minutes, jf_stage, check, \
spat_stage, spat_check, bear_stage, circle_stage, x_coord, level
hud = [gamebox.from_color(character.x, 0, "White", 100000, 120)]
hit_interval += 1
character.xspeed = 0
character.yspeed += 1
circle_check = 0
time += 1
jf_stage += 1/3
spat_stage += 1/3
bear_stage += 1/3
if circle_stage >= 9:
circle_stage = 8
if time == 30:
seconds += 1
move_check = 0
if time == 60:
check = 0
time = 0
seconds += 1
if seconds == 60:
seconds = 0
minutes += 1
if int(seconds) < 10:
second = '0{}'.format(str(seconds))
else:
second = str(seconds)
if hit_moment + 30 == hit_interval:
hit_check = 0
for jellyfish in jf_list:
if time < 30:
jellyfish.yspeed = -2
else:
jellyfish.yspeed = 2
jellyfish.y = jellyfish.y + jellyfish.yspeed
for bear in bear_list:
if time < 30:
bear.speedx = -10
else:
bear.speedx = 10
bear.x = bear.x + bear.speedx
character.y = character.y + character.yspeed
# ----- GEN ANIMATION -----
timer = gamebox.from_text(character.x - 225, y/25, "{}".format(str(int(minutes))) + ":{}".format(second), "haettenschweiler", 40, "Black")
hud.append(timer)
tie_hud = gamebox.from_image(character.x + 400, y/20 - 20, "tie_hud.png")
tie_hud.scale_by(0.8)
hud.append(tie_hud)
secretformula_hud_file = 'secretformula_check{}'.format(str(secretformula_check)) + ".png"
secretformula_hud = gamebox.from_image(character.x - 50, y/20 - 5, secretformula_hud_file)
hud.append(secretformula_hud)
health_hud_file = 'health_hud_1.png'
health_hud_a = gamebox.from_image(character.x + 850, y/20 - 8, health_hud_file)
health_hud_b = gamebox.from_image(character.x + 925, y/20 - 8, health_hud_file)
health_hud_c = gamebox.from_image(character.x + 1000, y/20 - 8, health_hud_file)
if health <= 2:
health_hud_a = gamebox.from_image(character.x + 850, y/20 - 8, 'health_hud_0.png')
if health <= 1:
health_hud_b = gamebox.from_image(character.x + 925, y/20 - 8, 'health_hud_0.png')
if health <= 0:
health_hud_c = gamebox.from_image(character.x + 1000, y/20 - 8, 'health_hud_0.png')
hud.append(health_hud_a)
hud.append(health_hud_b)
hud.append(health_hud_c)
stick_hud_file = "stick_check{}".format(str(stick_check)) + ".png"
stick_hud= gamebox.from_image(character.x - 150, y/20 - 5, stick_hud_file)
hud.append(stick_hud)
spat_hud_file = "spat_check{}".format(str(spat_check))+".png"
spat_hud = gamebox.from_image(character.x - 100, y/20, spat_hud_file)
hud.append(spat_hud)
if stage >= 7:
stage = 1
if spat_stage >= 4 or bear_stage >= 4:
spat_stage = 1
bear_stage = 1
if int(jf_stage) == 8:
jf_stage = 1
sb = 'running_{}'.format(str(int(stage)))+'.png'
character_an = gamebox.from_image(character.x, character.y - 10, sb)
character_an.scale_by(.5)
jf_file = 'jellyfish_{}'.format(str(int(jf_stage)))+'.png'
jellyfish_an = []
secretformula_file = 'secretformula_{}'.format(str(int(spat_stage)))+".png"
secretformula = gamebox.from_image(7500, 700, secretformula_file)
spat_file = 'spatula_{}'.format(str(int(spat_stage)))+".png"
spatula = gamebox.from_image(5100, 100, spat_file)
stick_file = 'stick_{}'.format(str(int(spat_stage)))+".png"
stick = gamebox.from_image(2100, 100, stick_file)
circle = gamebox.from_image(character.x, character.y + 30, 'circle_8.png')
bear_an = []
seabear_file = 'seabear_{}'.format(str(int(bear_stage)))+".png"
# ----- DRAW DISTANCE -----
for bear in bear_list:
if character.x + 1123 > bear.x and character.x - 300 < bear.x:
bear_an.append(gamebox.from_image(bear.x, bear.y, seabear_file))
for seabear in bear_an:
if time > 30:
seabear.flip()
for jellyfish in jf_list:
if character.x + 1123 > jellyfish.x and character.x - 300 < jellyfish.x:
jellyfish_an.append(gamebox.from_image(jellyfish.x, jellyfish.y, jf_file))
if pygame.K_q in keys:
quit()
# ----- WASD INPUT -----
if character.touches(ground) and stick_check == 1:
if pygame.K_c in keys:
circle_check = 1
else:
circle_check = 0
if global_stage.wasd_count != 0:
if pygame.K_d in keys and circle_check == 0:
character.xspeed += 9.5
character.x += 9.5
for item in hud:
item.speedx += 9.5
if face_check == 1:
character_an.flip()
face_check = 0
if pygame.K_a in keys and circle_check == 0:
character.speedx -= 9.5
character.x -= 9.5
for item in hud:
item.speedx -= 9.5
if face_check == 0:
character_an.flip()
face_check = 1
# -----WASD COLLISION -----
for object in jump_list:
if character.bottom_touches(object):
if pygame.K_a not in keys and pygame.K_d not in keys:
stage = 1
if pygame.K_a in keys or pygame.K_d in keys and pygame.K_SPACE not in keys:
stage += 1/1.3
character.yspeed = 0
character.move_to_stop_overlapping(object)
if pygame.K_SPACE in keys:
stage = 5
character.yspeed = -16
# ----- ARROW INPUT -----
if global_stage.wasd_count == 0:
if pygame.K_RIGHT in keys and circle_check == 0:
character.xspeed += 95
character.x += 95
for item in hud:
item.speedx += 9.5
if face_check == 1:
character_an.flip()
face_check = 0
if pygame.K_LEFT in keys and circle_check == 0:
character.speedx -= 9.5
character.x -= 9.5
for item in hud:
item.speedx -= 9.5
if face_check == 0:
character_an.flip()
face_check = 1
# ----- ARROW COLLISION -----
for object in jump_list:
if character.bottom_touches(object):
if pygame.K_LEFT not in keys and pygame.K_RIGHT not in keys:
stage = 1
if pygame.K_LEFT in keys or pygame.K_RIGHT in keys and pygame.K_SPACE not in keys:
stage += 1/1.3
character.yspeed = 0
character.move_to_stop_overlapping(object)
if pygame.K_SPACE in keys:
stage = 5
character.yspeed = -16
for w in wall:
if character.touches(w):
character.move_to_stop_overlapping(w)
if character.touches(spatula) and spat_check == 0:
spat_check = 1
not_lame.play()
if character.touches(stick) and stick_check == 0:
stick_check = 1
not_lame.play(0)
if character.touches(secretformula) and secretformula_check == 0:
secretformula_check = 1
not_lame.play(0)
for platform in platforms:
if character.bottom_touches(platform):
if pygame.K_DOWN in keys:
character.y = character.y + y/10
# ----- DEATH CHECK -----
for jellyfish in jf_list:
if character.bottom_touches(jellyfish):
stage = 2
if character.top_touches(jellyfish) and hit_check == 0:
health -= 1
hit_check = 1
hit_moment = hit_interval
for seabear in bear_an:
if character.touches(seabear) and hit_check == 0 and circle_check == 0:
health -= 1
hit_check = 1
hit_moment = hit_interval
if circle_check == 1 and character.touches(seabear):
health += 0
if health == 0:
character_an = gamebox.from_image(character.x, character.y, 'crying.png')
gamebox.pause()
# ----- DRAWING -----
camera.clear("Black")
for entry in background:
camera.draw(entry)
camera.draw(ground)
camera.draw(house)
for jellyfish in jellyfish_an:
camera.draw(jellyfish)
if secretformula_check == 0:
camera.draw(secretformula)
if stick_check == 0:
camera.draw(stick)
if spat_check == 0:
camera.draw(spatula)
for seabear in bear_an:
camera.draw(seabear)
if face_check == 1:
character_an.flip()
if circle_check == 1:
camera.draw(circle)
camera.draw(character_an)
for entry in hud:
camera.draw(entry)
for platform in platforms:
if character.x + 1300 > platform.x and character.x - 400 < platform.x:
camera.draw(platform)
camera.move(character.speedx, 0)
if health == 0:
x_coord = character.x
if stick_check == 1 and spat_check == 1 and secretformula_check == 1 and character.x >= 9400:
camera.draw(gamebox.from_image(9750, 400,"continue.png"))
level = 2
camera.display()
health = 3
spat_check = 1
secretformula_check = 1
stick_check = 1
def clicked(self, camera):
mx, my = camera.mousex, camera.mousey
mouse_box = gamebox.from_color(mx, my, "white", 1, 1)
return mouse_box.touches(self.box)
import pygame
import gamebox
import random
camera = gamebox.Camera(800, 600)
#screen = pygame.display.set_mode((1000, 1000))
#camera = pygame.display.set_mode()
#print(camera.__setattr__())
game_on = False
player1_score = 0
player2_score = 0
# Walls:
walls = [
gamebox.from_color(800 / 2, 0, "green", 1000, 50),
gamebox.from_color(800 / 2, 600, "green", 1000, 50),
gamebox.from_color(800, 600 / 2, "green", 50, 1000),
gamebox.from_color(0, 600 / 2, "green", 50, 1000)
]
statics = []
# Sprites
player1 = gamebox.from_color(350, 300, "red", 25, 25)
player2 = gamebox.from_color(550, 300, "yellow", 25, 25)
cube = gamebox.from_color(450, 300, 'blue', 5, 5)
# Speed initialization
def tick(keys):
# Modified from example by Prof. Tychonievich
import pygame
import gamebox
camera = gamebox.Camera(300, 300)
character = gamebox.from_color(150, 150, 'brown', 10, 10)
things = [
gamebox.from_color(150, 250, 'green', 200, 50),
gamebox.from_color(220, 200, 'white', 20, 100),
gamebox.from_color(80, 100, 'black', 80, 20),
]
moving = [
gamebox.from_color(120, 150, 'red', 20, 20),
]
for thing in moving:
thing.being_carried = False
def tick(keys):
camera.clear('lightblue')
if pygame.K_LEFT in keys:
character.x -= 5
if pygame.K_RIGHT in keys:
character.x += 5
if pygame.K_UP in keys:
for thing in things + moving:
if character.bottom_touches(thing):
character.speedy = -15
def health():
global health_level
return gamebox.from_color(cam.left + (400 * health_level / 100), cam.bottom - 15, "green", (800 * health_level / 100), 30)
import pygame
import gamebox
camera = gamebox.Camera(800, 600)
character = gamebox.from_color(50, 50, "red", 30, 60)
character.yspeed = 0
ground = gamebox.from_color(-100, 600, "black", 3000, 100)
def tick(keys):
# moving left and right
if pygame.K_RIGHT in keys:
character.x += 5
if pygame.K_LEFT in keys:
character.x -= 5
# jumping
if pygame.K_SPACE in keys and character.bottom_touches(ground):
character.yspeed -= 17
# gravity
character.yspeed += 1
character.y = character.y + character.yspeed
camera.clear("cyan")
camera.draw(character)
camera.draw(ground)
#stop collisions with ground
if character.bottom_touches(ground):
character.yspeed = 0
def tick(keys):
global frame
global game_on, lose_game
global ammo
frames = str(int(frame / 22)) #approximate time in seconds
timer = gamebox.from_text(900, 50, "Timer: " + frames, 'impact', 30, 'red')
if game_on == False:
camera.clear("white")
camera.draw(start_pic)
camera.draw(intro)
camera.draw(instructions)
camera.draw(starting)
camera.draw(names)
camera.display()
if pygame.K_s in keys:
game_on = True
if game_on == True: #start game
frame += 1
camera.clear("grey")
camera.draw(backgr)
ammo_str = gamebox.from_text(80, 50, "Ammo: " + str(ammo), "Impact",
34, "white")
camera.draw(ammo_str)
camera.draw(shooter)
camera.draw(timer)
if shooter.y <= 100: #shooter boundaries
shooter.y = 100
if shooter.y >= 650:
shooter.y = 650
if len(first_zombies) != 0: #Setting up wave number
camera.draw(wave1)
elif len(first_zombies) == 0 and len(second_zombies) != 0:
camera.draw(wave2)
else:
camera.draw(finalwave)
for zombie in first_zombies: #if bullet touches zombie, kill zombie
for bullet in bullets:
if bullet.touches(zombie) and zombie.x <= 1230:
first_zombies.remove(zombie)
zombiedie.play()
bullets.remove(bullet)
for zombie in second_zombies:
for bullet in bullets:
if bullet.touches(zombie) and zombie.x <= 1230:
second_zombies.remove(zombie)
zombiedie.play()
bullets.remove(bullet)
for zombie in last_zombies:
for bullet in bullets:
if bullet.touches(zombie) and zombie.x <= 1230:
last_zombies.remove(zombie)
zombiedie.play()
bullets.remove(bullet)
for zombie in first_zombies:
zombie.size = 80, 130
camera.draw(zombie)
zombie.x -= zombie_speed
if frame % 10 == 1: #animation
zombie.image = "go_1.png"
elif frame % 10 == 2:
zombie.image = "go_2.png"
elif frame % 10 == 3:
zombie.image = "go_3.png"
elif frame % 10 == 4:
zombie.image = "go_4.png"
elif frame % 10 == 5:
zombie.image = "go_5.png"
elif frame % 10 == 6:
zombie.image = "go_6.png"
elif frame % 10 == 7:
zombie.image = "go_7.png"
elif frame % 10 == 8:
zombie.image = "go_8.png"
elif frame % 10 == 9:
zombie.image = "go_9.png"
if pygame.K_UP in keys:
shooter.y -= shooter_speed
if pygame.K_DOWN in keys:
shooter.y += shooter_speed
if pygame.K_SPACE in keys:
bullet = gamebox.from_color(150, shooter.y - 55, "orange", 10, 2)
gunshot.play()
bullets.append(bullet)
ammo -= 1
if ammo % 10 == 0 and ammo > 0:
for a in range(1): #make reload sound after every 10 shots
reload.play()
keys.clear()
break
keys.clear()
if ammo <= 0: #no more ammo
bullets.clear()
reload.stop()
gunshot.stop()
ammo = 0
for bullet in bullets: #shoot the bullets
bullet.x += 80
camera.draw(bullet)
for zombie in first_zombies:
if zombie.x <= shooter.x:
lose_game = True
for zombie in second_zombies:
if zombie.x <= shooter.x:
lose_game = True
for zombie in last_zombies:
if zombie.x <= shooter.x:
lose_game = True
if len(first_zombies) == 0:
for zombie in second_zombies:
zombie.size = 80, 130
camera.draw(zombie)
zombie.x -= zombie_speed + 1
if frame % 10 == 1:
zombie.image = "go_1.png"
elif frame % 10 == 2:
zombie.image = "go_2.png"
elif frame % 10 == 3:
zombie.image = "go_3.png"
elif frame % 10 == 4:
zombie.image = "go_4.png"
elif frame % 10 == 5:
zombie.image = "go_5.png"
elif frame % 10 == 6:
zombie.image = "go_6.png"
elif frame % 10 == 7:
zombie.image = "go_7.png"
elif frame % 10 == 8:
zombie.image = "go_8.png"
elif frame % 10 == 9:
zombie.image = "go_9.png"
if len(second_zombies) == 0:
for zombie in last_zombies:
zombie.size = 80, 130
camera.draw(zombie)
zombie.x -= zombie_speed + 2
if frame % 10 == 1:
zombie.image = "go_1.png"
elif frame % 10 == 2:
zombie.image = "go_2.png"
elif frame % 10 == 3:
zombie.image = "go_3.png"
elif frame % 10 == 4:
zombie.image = "go_4.png"
elif frame % 10 == 5:
zombie.image = "go_5.png"
elif frame % 10 == 6:
zombie.image = "go_6.png"
elif frame % 10 == 7:
zombie.image = "go_7.png"
elif frame % 10 == 8:
zombie.image = "go_8.png"
elif frame % 10 == 9:
zombie.image = "go_9.png"
if lose_game == True:
losegame(keys)
first_zombies.clear()
second_zombies.clear()
last_zombies.clear()
elif len(first_zombies) == 0 and len(second_zombies) == 0 and len(
last_zombies) == 0:
win_game(keys)
camera.display()
# Alex Hicks (awh4kc)
# jumping puzzle game - pt3 - add a platform and coin that can be collected
import pygame
import gamebox
import random
camera = gamebox.Camera(800, 600)
character = gamebox.from_color(50, 50, "red", 15, 40)
character.yspeed = 0
walls = [
gamebox.from_color(-100, 600, "black", 3000, 100),
# gamebox.from_color(200, 550, "black", 100, 15),
# gamebox.from_color(200, 500, "black", 100, 15),
gamebox.from_color(200, 500, "black", 100, 5),
# gamebox.from_color(200, 400, "black", 100, 15),
# gamebox.from_color(200, 350, "black", 100, 15),
# gamebox.from_color(200, 300, "black", 100, 15),
# gamebox.from_color(200, 250, "black", 100, 15),
# gamebox.from_color(200, 200, "black", 100, 15),
# gamebox.from_color(200, 150, "black", 100, 15)
]
coins = [gamebox.from_color(300, 450, "yellow", 12, 12)]
time = 9000
score = 0
def tick(keys):
global time, score
import pygame
import gamebox
camera = gamebox.Camera(800, 600) #width, height of the window
box = gamebox.from_color(
camera.x, 100, 'green', 40, 40
) # center at (200,100) coordinate (left to right, top to bottom), 40 pixels wide, 80 pixels tall
sun = gamebox.from_color(camera.x, camera.y, 'yellow', 40, 40)
box.speedx = 15
#box.speedy = -20
def tick(keys):
camera.clear('black')
G = 200000
# gravity
dx = sun.x - box.x
dy = sun.y - box.y
d_len = (dx * dx + dy * dy)**0.5
box.speedx += G * dx / d_len**3
box.speedy += G * dy / d_len**3
box.move_speed()
if box.left < camera.left:
box.left = camera.left
box.speedx = abs(box.speedx)
if box.right > camera.right:
box.right = camera.right
fireball = gamebox.load_sprite_sheet("fire_spritesheet.png", 8, 8)
bat = gamebox.load_sprite_sheet("sheet_bat_fly.png", 1, 4)
# Variables
height_based_score = 0
enemy_based_score = 0
time = 0
impact_time = 0
attack_time = 0
health = 100
frame = 0
frame2 = 0
# Platforms
starting_platform1 = gamebox.from_color(400, 500, 'black', 70, 15)
starting_platform2 = gamebox.from_color(300, 400, 'black', 70, 15)
starting_platform3 = gamebox.from_color(600, 400, 'black', 70, 15)
starting_platform4 = gamebox.from_color(200, 300, 'black', 70, 15)
starting_platform5 = gamebox.from_color(750, 300, 'black', 70, 15)
starting_platform6 = gamebox.from_color(100, 50, 'black', 70, 15)
starting_platform7 = gamebox.from_color(50, 0, 'black', 70, 15)
starting_platform8 = gamebox.from_color(400, 350, 'black', 70, 15)
starting_platform9 = gamebox.from_color(400, 200, 'black', 70, 15)
starting_platform10 = gamebox.from_color(600, 200, 'black', 70, 15)
starting_platform11 = gamebox.from_color(500, 100, 'black', 70, 15)
starting_platform12 = gamebox.from_color(300, 100, 'black', 70, 15)
starting_platform = [
starting_platform1, starting_platform2, starting_platform3,
starting_platform4, starting_platform5, starting_platform6,
def lose_health():
global Player_HP_bar_fill
Player_HP_bar_fill = gamebox.from_color(CAMERA_WIDTH-200, 100, "purple", Player_HP * 1.99, 8)
Player_HP_bar_fill.left = Player_HP_bar.left + 1
def tick(keys):
global health, frame, time, game_on, enemy, character, generation_x, generation_y
global enemy_based_score, height_based_score, green_platforms, impact_time, health_pack
global impact_time, attack_time, frame2, attack
if pygame.K_SPACE in keys:
game_on = True
if game_on:
#Player Controls
if pygame.K_LEFT in keys:
character.x -= movement_x
if pygame.K_RIGHT in keys:
character.x += movement_x
if pygame.K_UP in keys:
for obstacle in starting_platform:
if character.bottom_touches(obstacle):
character.y -= movement_y * 12
for obstacle in green_platforms:
if character.bottom_touches(obstacle):
character.y -= movement_y * 12
if pygame.K_SPACE in keys:
if time > attack_time + 30:
attack = gamebox.from_image(character.x, character.y,
fireball[frame2])
attack_time = time
generation_x = random.randint(50, 750)
generation_y = camera.y - 450
generation_plat1 = random.randint(50, 250)
generation_plat2 = random.randint(250, 500)
generation_plat3 = random.randint(500, 750)
generation_plat4 = random.randint(50, 250)
generation_plat5 = random.randint(250, 500)
generation_plat6 = random.randint(500, 750)
generation_plat7 = random.randint(50, 250)
generation_plat8 = random.randint(250, 500)
generation_plat9 = random.randint(500, 750)
generation_plat_y = camera.y - 400
# Animates the Character
if frame == 5:
frame = 0
if frame2 == 61:
frame2 = 0
if time % 1 == 0:
character.image = knight[frame]
attack.image = fireball[frame2]
frame += 1
frame2 += 1
# Generating Platforms, enemies, and potions
if time % 8 == 0:
new_enemy = gamebox.from_image(generation_x, generation_y, bat[1])
enemies.append(new_enemy)
if time % 30 == 0:
new_potion = gamebox.from_image(generation_x,
generation_plat_y + 10,
"Potion_of_Healing.png")
health_pack.append(new_potion)
if character.y < camera.y - 150:
normal_platform = gamebox.from_color(generation_plat1,
generation_plat_y, 'green',
70, 15)
green_platforms.append(normal_platform)
normal_platform2 = gamebox.from_color(generation_plat2,
generation_plat_y, 'green',
70, 15)
green_platforms.append(normal_platform2)
normal_platform3 = gamebox.from_color(generation_plat3,
generation_plat_y, 'green',
70, 15)
green_platforms.append(normal_platform3)
normal_platform4 = gamebox.from_color(generation_plat4,
generation_plat_y - 100,
'green', 70, 15)
green_platforms.append(normal_platform4)
normal_platform5 = gamebox.from_color(generation_plat5,
generation_plat_y - 100,
'green', 70, 15)
green_platforms.append(normal_platform5)
normal_platform6 = gamebox.from_color(generation_plat6,
generation_plat_y - 100,
'green', 70, 15)
green_platforms.append(normal_platform6)
normal_platform7 = gamebox.from_color(generation_plat7,
generation_plat_y - 200,
'green', 70, 15)
green_platforms.append(normal_platform7)
normal_platform8 = gamebox.from_color(generation_plat8,
generation_plat_y - 200,
'green', 70, 15)
green_platforms.append(normal_platform8)
normal_platform9 = gamebox.from_color(generation_plat9,
generation_plat_y - 200,
'green', 70, 15)
green_platforms.append(normal_platform9)
height_based_score += 1
camera.y -= 300
# Determines Background Color
if time / 10 < 100:
camera.clear('light cyan')
elif 100 < time / 10 <= 200:
camera.clear("pale turquoise")
elif 200 < time / 10 <= 300:
camera.clear("powder blue")
elif 300 < time / 10 <= 400:
camera.clear("cornflower blue")
elif 400 < time / 10 <= 500:
camera.clear("royal blue")
elif 500 < time / 10 <= 600:
camera.clear("blue")
elif 600 < time / 10 <= 700:
camera.clear("medium blue")
elif 700 < time / 10 <= 800:
camera.clear("navy blue")
elif 800 < time / 10 <= 900:
camera.clear("midnight blue")
else:
camera.clear("black")
# Platfroms Interactions
for obstacle in starting_platform:
if character.bottom_touches(obstacle):
character.move_to_stop_overlapping(obstacle)
for obstacle in green_platforms:
if character.bottom_touches(obstacle):
character.move_to_stop_overlapping(obstacle)
for i in starting_platform:
camera.draw(i)
for i in green_platforms:
camera.draw(i)
# Enemy Interactions
for enemy in enemies:
camera.draw(enemy)
enemy.x += 10
if enemy.x >= 800:
enemy.x = 10
if character.touches(enemy):
if time > impact_time + 30:
# character.move_to_stop_overlapping(enemy)
impact_time = time
health -= 25
if attack.touches(enemy):
enemies.remove(enemy)
enemy_based_score += 1
if enemy.y > camera.y + 500:
enemies.remove(enemy)
# Health Interactions
for healing in health_pack:
camera.draw(healing)
if character.touches(healing):
character.move_to_stop_overlapping(healing)
health += 10
health_pack.remove(healing)
time += 1
# Health Bar, Time Survived, Enemies Killed
health_bar = gamebox.from_color(725, camera.y - 275, "tomato", health,
20)
camera.draw(health_bar)
camera.draw(
gamebox.from_text(725,
camera.y - 275,
"Health: " + str(health),
20,
"red",
bold=False))
camera.draw(
gamebox.from_text(725,
camera.y - 250,
"Enemies Killed: " + str(enemy_based_score),
20,
"Gold",
bold=False))
camera.draw(
gamebox.from_text(725,
camera.y - 225,
"Time Elapsed: " + str(time // 30),
20,
"Gold",
bold=False))
# side movement
if character.x < 0:
character.x = 790
if character.x > 800:
character.x = 10
if health > 100:
health = 100
# Game Over Scenarios
if health <= 0:
camera.draw(
gamebox.from_text(400,
camera.y - 200,
"Game Over!",
80,
"Blue",
bold=False))
overall_score = time // 30 + 2 * enemy_based_score
camera.draw(
gamebox.from_text(400,
camera.y - 100,
"Score: " + str(overall_score),
60,
"Blue",
bold=False))
gamebox.pause()
if character.y >= camera.y + 300:
health = 0
camera.draw(
gamebox.from_text(400,
camera.y - 200,
"Game Over!",
80,
"Blue",
bold=False))
overall_score = time // 30 + 2 * enemy_based_score
camera.draw(
gamebox.from_text(400,
camera.y - 100,
"Score: " + str(overall_score),
60,
"Blue",
bold=False))
gamebox.pause()
camera.draw(character)
camera.draw(attack)
camera.display()
gravity = 1
character.speedy += gravity
character.move_speed()
attack.y -= 30
- user input = right & left keys
- graphics/images
- start screen
optional features:
- enemies: bird
- collectables: apples
- health meter: three lives (display in the corner)
- music/sound effects
'''
camera = gamebox.Camera(800, 600)
# Background Stuff
top_border = gamebox.from_color(camera.x, 58, 'white', 800, 2)
bark = gamebox.from_image(
camera.x, camera.y,
'https://i.pinimg.com/originals/fd/47/66/fd47660f666b3860bf9b3aee2ef0a32b.jpg'
)
bark.rotate(90)
splash_background = gamebox.from_image(
camera.x, camera.y,
"https://previews.123rf.com/images/aopsan/aopsan1205/aopsan120500032/13644442-Green-grass-background-Stock-Photo.jpg"
)
show_splash = True
# Sounds
caw = gamebox.load_sound(
'http://static1.grsites.com/archive/sounds/animals/animals010.wav')
apple_bite = gamebox.load_sound(
player must jump to avoid them while collecting as many bananas as they can. Our game includes a title screen that
prompts th user to press r, to reveal the rules, or to press space (that flashes because why not) to begin the game.
Once space is press the text moves off the screen and the grass begins to move once the text is full of the screen the
obstacles begin to move towards the player and the up arrow must be pressed to jump over them. Bananas will appear to
be collected and your total will be displayed on the right side of the screen and the time you lasted with be displayed
on the left hand side of the screen. If a spear is touched the game will end
"""
camera = gamebox.Camera(800, 600)
# creates the jungle background
background = gamebox.from_image(400, 300, "back1.jpg")
background.size = [1000, 600]
# this blue bar is what sits at the bottom of the screen that is not seen but acts as the boarder for the player when it
# jumps
ground = gamebox.from_color(400, 602, "blue", 1000, 4)
# the monkey player that is controlled by the up arrow
player = gamebox.from_image(180, 592, "monkey.png")
player.size = [60, 40]
# list of the banana image sot be collected
bananas = [gamebox.from_image(900, 500, "banana.png")]
# Color of most of the text
color = "dark green"
title = gamebox.from_text(400, 250, "Jungle Jump", 60, color, True)
# Rules is in a list so we can show the rules if requested or keep the screen less cluttered by the long rules
# well they aren't long but I thought it was a nicer touch to be able to click something and have the rules appear
rules = [
gamebox.from_text(400, 300, "Press r for Rules", 30, color),
gamebox.from_text(400, 275,
"Use the UP Arrow to avoid the incoming Spears", 30,
gamebox.from_image(0, 900, "asteroid.png"),
gamebox.from_image(500, 900, "asteroid.png"),
gamebox.from_image(1000, 900, "asteroid.png"),
]
astroid_player = gamebox.from_image(500, 350, "astronaut2.png")
def setAstroidSpeeds():
for astroid in astroids:
astroid.speedx = random.choice([random.randint(-20, -5), random.randint(5, 20)])
astroid.speedy = random.randint(-20, 20)
setAstroidSpeeds()
repeatGameRed = gamebox.from_color(0, 0, "forestgreen", 500, 350)
repeatGameRed.topleft = (0, 0)
repeatGameGreen = gamebox.from_color(500, 0, "orange", 500, 350)
repeatGameGreen.topright = (1000, 0)
repeatGameBlue = gamebox.from_color(0, 350, "blue", 500, 350)
repeatGameBlue.bottomleft = (0, 700)
repeatGamePurple = gamebox.from_color(500, 350, "purple", 500, 350)
repeatGamePurple.bottomright = (1000, 700)
repeatGameBoxes = [repeatGameRed, repeatGameGreen, repeatGameBlue, repeatGamePurple]
repeatGameOrder = None
repeatGameLevel = 0
repeatGameIndex = 0
repeatGameUserTurn = False
repeatGameShowMarked = False
repeatGameShowAll = False
repeatGameNumUserClicks = 0
# Olivia Bicks ohb3fs and Charlotte Searle css7kv
import pygame
import gamebox
import random
camera = gamebox.Camera(800, 600)
sheet = gamebox.load_sprite_sheet("animation_sheet.png", 5, 6)
frame = 0
direction = 0
character = gamebox.from_image(200, 200, sheet[frame])
#character = gamebox.from_image(100, 200, "game_man.png")
character.yspeed = 0
walls = [
gamebox.from_color(300, 500, "black", 10, 100),
gamebox.from_color(600, 500, "black", 10, 100)
]
coins = [
gamebox.from_image(400, 450, "new_coin.png"),
gamebox.from_image(200, 450, "new_coin.png")
]
ground = gamebox.from_color(-100, 600, "green", 300000000, 100)
time = 0
counter = 0
score = 0
jump_sound = gamebox.load_sound("jump.wav")
coin_sound = gamebox.load_sound("coin.wav")
def tick(keys):
global counter
def tick(keys):
global gamePaused, miniGame, currentIndex, num_of_rolls, rollingActive, final_roll, mouse1, streetPlayerHealth
global astroid_timer, astroid_timer, astroids, astroid_tick_counter
global repeatGameOrder, repeatGameLevel, repeatGameUserTurn, repeatGameIndex, repeatGameShowAll
global repeatGameShowMarked, repeatGameNumUserClicks, miniGameIndex
if gamePaused:
displayStartScreen()
if pygame.K_RETURN in keys:
gamePaused = False
keys.clear()
else:
if miniGame is None: # main game active
camera.draw(gamebox.from_image(500, 350, "backgroundGame1.png"))
drawMainBoard()
currentX = board_space_coords[currentIndex][0]
currentY = board_space_coords[currentIndex][1]
camera.draw(gamebox.from_image(75, 75, "green_star.png"))
camera.draw(gamebox.from_image(11 * 50 + 25, 75, "gold_star.png"))
camera.draw(gamebox.from_image(currentX * 50 + 25, currentY * 50 + 25, "red_circle.png"))
camera.draw(gamebox.from_color(13 * 50, 10 * 50, "white", 100, 100))
if final_roll is not None:
camera.draw(str(final_roll), 48, "black", 13 * 50, 10 * 50)
camera.draw("Click to Play a Minigame", 24, "white", 13 * 50, 11 * 50 + 25)
else:
camera.draw("Click to Roll", 24, "white", 13 * 50, 11 * 50 + 25)
if rollingActive:
if num_of_rolls < 60:
temp_roll = random.randint(1, 6)
camera.draw(str(temp_roll), 48, "black", 13 * 50, 10 * 50)
num_of_rolls += 1
else:
final_roll = random.randint(1, 6)
num_of_rolls = 0
rollingActive = False
if camera.mouseclick:
if final_roll is None:
rollingActive = True
else:
miniGameIndex += 1
if miniGameIndex >= len(miniGames):
miniGameIndex = 0
random.shuffle(miniGames)
miniGame = miniGames[miniGameIndex]
currentIndex += final_roll
final_roll = None
rollingActive = False
keys.clear()
if pygame.K_RIGHT in keys:
currentIndex += 1
if currentIndex >= len(board_space_coords):
print("Game Won!")
currentIndex = 0
gamePaused = True
if miniGame == "ClickingRainbow": # minigame 1
camera.clear('grey')
camera.draw(CRDirections)
if pygame.K_w in keys:
CRObjects[7][0].y -= 10
if pygame.K_s in keys:
CRObjects[7][0].y += 10
if pygame.K_a in keys:
CRObjects[7][0].x -= 10
if pygame.K_d in keys:
CRObjects[7][0].x += 10
for object in CRObjects:
if CRObjects[object][2] == False:
camera.draw(CRObjects[object][0])
if CRObjects[7][0].touches(CRObjects[object][0]) and object != 7:
if CRObjects[object][1] == mouse1 + 1:
CRObjects[object][2] = True
mouse1 = mouse1 + 1
if CRObjects[6][2] == True:
miniGame = None
for object in CRObjects:
CRObjects[object][2] = False
mouse1 = 0
keys.clear()
if miniGame == "Maze":
camera.clear('grey')
if pygame.K_w in keys:
mazePlayer.y -= 10
if pygame.K_s in keys:
mazePlayer.y += 10
if pygame.K_a in keys:
mazePlayer.x -= 10
if pygame.K_d in keys:
mazePlayer.x += 10
if mazePlayer.x < 0:
mazePlayer.x = 0
if mazePlayer.x > 1000:
mazePlayer.x = 1000
if mazePlayer.y < 0:
mazePlayer.y = 0
if mazePlayer.y > 700:
mazePlayer.y = 700
for wall in MazeObjects:
camera.draw(wall)
if mazePlayer.touches(wall):
mazePlayer.speedx = 0
mazePlayer.speedy = 0
mazePlayer.move_to_stop_overlapping(wall)
camera.draw(mazePlayer)
camera.draw(destination)
if mazePlayer.touches(destination):
miniGame = None
keys.clear()
mazePlayer.x = 50
mazePlayer.y = 100
if miniGame == "CrossStreet":
camera.clear('grey')
if pygame.K_w in keys:
streetPlayer.y -= 10
if pygame.K_s in keys:
streetPlayer.y += 10
if pygame.K_a in keys:
streetPlayer.x -= 10
if pygame.K_d in keys:
streetPlayer.x += 10
if streetPlayer.x < 0:
streetPlayer.x = 0
if streetPlayer.x > 1000:
streetPlayer.x = 1000
if streetPlayer.y < 0:
streetPlayer.y = 0
if streetPlayer.y > 700:
streetPlayer.y = 700
if streetPlayer.x > 970:
miniGame = None
keys.clear()
streetPlayerHealth = 200
streetPlayer.x = 50
streetPlayer.y = 100
if streetPlayerHealth <= 0:
streetPlayer.x = 50
streetPlayer.y = 100
streetPlayerHealth = 200
for street in streets:
camera.draw(street)
for streetObject in streetObjects:
streetObjects[streetObject][0].speedy = streetObjects[streetObject][1]
streetObjects[streetObject][0].move_speed()
if streetObjects[streetObject][0].y > 800:
streetObjects[streetObject][0].y = -100
camera.draw(streetObjects[streetObject][0])
if streetObjects[streetObject][0].touches(streetPlayer):
streetPlayerHealth -= 10
streetPlayerHealthBar = gamebox.from_color(500, 50, "blue", streetPlayerHealth, 30)
camera.draw(streetPlayerHealthBarMissing)
camera.draw(streetPlayerHealthBar)
camera.draw(streetPlayer)
camera.draw(streetPlayerDirections)
camera.draw(streetPlayerHealthText)
if miniGame == "AstroidDodge":
camera.clear("black")
camera.draw(str(astroid_timer), 48, "red", 18 * 50, 50)
astroid_tick_counter += 1
if pygame.K_w in keys:
astroid_player.y -= astroid_player_speed
elif pygame.K_s in keys:
astroid_player.y += astroid_player_speed
elif pygame.K_a in keys:
astroid_player.x -= astroid_player_speed
elif pygame.K_d in keys:
astroid_player.x += astroid_player_speed
if astroid_player.x < 0:
astroid_player.x = 0
elif astroid_player.x > 1000:
astroid_player.x = 1000
elif astroid_player.y < 0:
astroid_player.y = 0
elif astroid_player.y > 700:
astroid_player.y = 700
camera.draw(astroid_player)
for astroid in astroids:
astroid.move_speed()
if astroid.x < 0:
astroid.x += 1050
elif astroid.x > 1050:
astroid.x -= 1050
if astroid.y < 0:
astroid.y += 950
elif astroid.y > 950:
astroid.y -= 950
camera.draw(astroid)
if astroid_player.touches(astroid):
astroid_timer = 10
camera.clear("red")
astroid_player.x = 500
astroid_player.y = 305
if astroid_tick_counter % 28 == 0:
astroid_timer -= 1
if astroid_timer <= 0:
miniGame = None
astroid_timer = 10
astroid_player.x = 500
astroid_player.y = 305
setAstroidSpeeds()
if miniGame == "PatternRepeat":
camera.clear("white")
if repeatGameOrder is None:
repeatGameOrder = []
repeatGameNumUserClicks, repeatGameIndex, repeatGameLevel = 0, 0, 0
for i in range(5):
repeatGameOrder.append(random.randint(0, 3))
repeatGameShowAll, repeatGameShowMarked = True, True
else:
if repeatGameShowAll:
repeatGameBoxes[0].color = "forestgreen"
repeatGameBoxes[1].color = "orange"
repeatGameBoxes[2].color = "blue"
repeatGameBoxes[3].color = "purple"
for box in repeatGameBoxes:
camera.draw(box)
camera.display()
pygame.time.wait(1000)
repeatGameShowAll = False
elif repeatGameShowMarked:
repeatGameBoxes[repeatGameOrder[repeatGameIndex]].color = "black"
for box in repeatGameBoxes:
camera.draw(box)
camera.display()
pygame.time.wait(1000)
repeatGameShowAll, repeatGameShowMarked = True, False
if repeatGameIndex < repeatGameLevel:
repeatGameIndex += 1
repeatGameShowAll, repeatGameShowMarked = True, True
else:
if camera.mouseclick:
areaClicked = None
clickX = camera.mousex
clickY = camera.mousey
if clickX < 500 and clickY < 350:
areaClicked = 0
repeatGameBoxes[0].color = "black"
elif clickX > 500 and clickY < 350:
areaClicked = 1
repeatGameBoxes[1].color = "black"
elif clickX < 500 and clickY > 350:
areaClicked = 2
repeatGameBoxes[2].color = "black"
elif clickX > 500 and clickY > 350:
areaClicked = 3
repeatGameBoxes[3].color = "black"
for box in repeatGameBoxes:
camera.draw(box)
camera.display()
pygame.time.wait(1000)
repeatGameBoxes[0].color = "forestgreen"
repeatGameBoxes[1].color = "orange"
repeatGameBoxes[2].color = "blue"
repeatGameBoxes[3].color = "purple"
for box in repeatGameBoxes:
camera.draw(box)
camera.display()
if areaClicked != repeatGameOrder[repeatGameNumUserClicks]:
camera.clear("red")
camera.display()
pygame.time.wait(400)
repeatGameOrder = None
else:
repeatGameNumUserClicks += 1
if repeatGameNumUserClicks > repeatGameLevel:
repeatGameShowAll, repeatGameShowMarked = True, True
repeatGameLevel += 1
repeatGameNumUserClicks, repeatGameIndex = 0, 0
if repeatGameLevel >= 5:
repeatGameOrder = None
miniGame = None
for box in repeatGameBoxes:
camera.draw(box)
camera.display()
def tick(keys):
global counter
global frame
global direction
global time
global score
if counter < 60:
counter += 1
camera.clear("blue")
camera.draw(
gamebox.from_text(camera.x, 100, "Get Ready...", "Arial", 40,
"Orange", True))
camera.draw(
gamebox.from_text(camera.x, 300,
"Catch the coins and hop the walls! Good luck!",
"Arial", 20, "Orange", True))
camera.draw(
gamebox.from_text(camera.x, 400,
"Use the Spacebar or Up Key to Jump", "Arial",
15, "Orange"))
camera.display()
if counter >= 60:
counter += 1
frame += 1
if frame == 10:
frame = 0
if counter % 1 == 0:
character.image = sheet[frame + direction * 10]
if pygame.K_RIGHT in keys:
character.x += 10
if character.bottom_touches(ground):
character.yspeed = 0
if pygame.K_SPACE in keys or pygame.K_UP in keys:
character.yspeed = -22
jump_sound.play()
character.yspeed += 1
character.y = character.y + character.yspeed
camera.clear("blue")
camera.draw(character)
camera.draw(ground)
camera.x += 3
if character.touches(ground):
character.move_to_stop_overlapping(ground)
if counter % 20 == 0:
time += 1
if counter % 2 == 0:
score += 1
camera.draw(
gamebox.from_text(camera.x + 300,
100,
"Time: " + str(time),
"arial",
12,
"red",
bold=True))
camera.draw(
gamebox.from_text(camera.x + 300,
75,
"Score: " + str(score),
"arial",
12,
"red",
bold=True))
leftmost_wall = gamebox.from_color(camera.x - 400, 600, "blue", 0, 800)
camera.draw(leftmost_wall)
if character.touches(leftmost_wall):
camera.draw(
gamebox.from_text(camera.x, 100, "Game Over!", "Arial", 40,
"Red", True))
gamebox.pause()
divisor = 120
if counter % divisor == 0:
new_wall = gamebox.from_color(camera.x + 800, 500, "black", 10,
random.randint(100, 250))
walls.append(new_wall)
divisor += 20
for wall in walls:
if character.touches(wall):
camera.draw(
gamebox.from_text(camera.x, 100, "Game Over!", "Arial", 40,
"Red", True))
gamebox.pause()
camera.draw(wall)
if counter % 200 == 0:
new_coin = gamebox.from_image(
camera.x + (random.randint(350, 600)), 350, "new_coin.png")
coins.append(new_coin)
for coin in coins:
camera.draw(coin)
if character.touches(coin):
coins.remove(coin)
score += 15
coin_sound.play()
camera.draw(ground)
camera.display()
def tick(keys):
# Game Beginning Screen and Starting the Game
global game_start, pause, p1_score, yellow_coins, platforms, p1_health, up_last_pressed, was_touching, bar, background1, time
if game_start is False:
camera.clear("light blue")
camera.draw(
gamebox.from_text(400, 300, str("PRESS SPACE BAR TO START!"),
"Arial", 50, "black", True))
camera.draw(
gamebox.from_text(400, 350, str("Press UP to jump"), "Arial", 30,
"black", True))
camera.display()
if pygame.K_SPACE in keys:
game_start = True
if game_start is True:
# Player 1 Collisions with objects
p1.yspeed += 0.5
p1.y += p1.yspeed
if pygame.K_UP in keys and not up_last_pressed:
p1.yspeed = -8
music_jump1 = gamebox.load_sound("Jump.wav")
musicplayer3 = music_jump1.play()
up_last_pressed = True
if not pygame.K_UP in keys:
up_last_pressed = False
nothing_touched = True # check if nothing is touched
for platform in platforms:
if p1.touches(platform):
if not was_touching:
p1_health -= 1
p1.x += 65
was_touching = True
nothing_touched = False
if nothing_touched:
was_touching = False
if p1.x > 200:
p1.x -= scroll_speed
if p1.touches(ground):
was_touching = True
p1.yspeed = 0
p1.y -= 100
p1_health -= 1
if pygame.K_UP in keys:
p1.yspeed -= 5
if p1.touches(ceiling):
p1.yspeed = 0
p1.move_to_stop_overlapping(ceiling)
# Platform Creation and Removal
platform_creator()
# Coin Creation and Removal
y_coins()
# Health
if p1_health > 10:
p1_health = 10
bar = [
gamebox.from_color(900 - (512 - chunknum * 25), 50, "red", 20, 20)
for chunknum in range(p1_health)
]
# Score
for platform in platforms[1::2]:
if 200 <= platform.x < 200 + scroll_speed:
p1_score += 1
# Background
background1.x -= scroll_speed
if background1.x <= -(800 - scroll_speed):
background1.x = 2400
background2.x -= scroll_speed
if background2.x <= -(800 - scroll_speed):
background2.x = 2400
time += 1
# Visuals
if pause is False:
camera.clear("light blue")
camera.draw(ground)
camera.draw(background1)
camera.draw(background2)
for platform in platforms:
camera.draw(platform)
camera.draw(
gamebox.from_text(50, 50, str(int(p1_score)), "Arial", 30,
"brown", True))
camera.draw(
gamebox.from_text(750, 50, str(time // ticks_per_second),
"Arial", 30, "black", True))
camera.draw(black_bar)
for chunk in bar:
camera.draw(chunk)
for yellow_coin in yellow_coins:
camera.draw(yellow_coin)
camera.draw(p1)
camera.display()
# Game Ending and Restarting
if p1_health == 0 and pause is False:
camera.clear("light blue")
camera.draw(
gamebox.from_text(400, 200, str("GAME OVER"), "Arial", 100,
"black", True))
camera.draw(
gamebox.from_text(400, 300,
str("Score: " + str(int(p1_score))), "Arial",
50, "brown"))
camera.draw(
gamebox.from_text(
400, 350,
str("You lasted: " + str(time // ticks_per_second) +
" seconds"), "Arial", 50, "black"))
camera.draw(
gamebox.from_text(400, 400, str("Play again?"), "Arial", 50,
"black"))
camera.draw(
gamebox.from_text(400, 440, str("(press the space bar)"),
"Arial", 20, "black"))
camera.display()
pause = True # Freeze the Game Over menu
if pygame.K_SPACE in keys and pause is True:
platforms = []
yellow_coins = []
p1_health = 10
p1.y = 50
p1_score = 0
time = 0
game_start = False # Restart the game
pause = False # Unfreeze the game
import random
# Reading the high score
infile = open("info.txt", "r")
highest_score = int(infile.readline().strip())
infile.close()
agreed = False
camera = gamebox.Camera(800, 600)
score = 0
ticks_per_second = 30
# game timer
time = 400
auto_box = gamebox.from_color(780, 590, "white", 200, 20)
auto_box.speedx = 10
controlled_box = gamebox.from_color(250, 250, "Blue", 50, 20)
coins = [gamebox.from_color(random.randint(10, 750), 0, "yellow", 12, 12),
gamebox.from_color(random.randint(10, 750), 0, "yellow", 12, 12)]
fire = []
def tick(keys):
global time, score, minutes
# clear display
camera.clear("black")
# AUTOMATED BOX
import pygame
import gamebox
import random
# camera
camera = gamebox.Camera(800, 600)
# player ship
player_animations = gamebox.load_sprite_sheet("PlayerSprite.png", 1, 6)
player = gamebox.from_image(400, 550, player_animations[0])
# player = gamebox.from_color(400, 550, "red", 30, 30)
# default bullets
bullet1 = gamebox.from_color(-5, 520, "yellow", 5, 5)
bullet2 = gamebox.from_color(-5, 520, "yellow", 5, 5)
bullet3 = gamebox.from_color(-5, 520, "yellow", 5, 5)
bullets = [bullet1, bullet2, bullet3]
# enemies and their weapons
enemies = []
en_bullet1 = gamebox.from_color(-5, 520, "red", 5, 5)
en_bullet2 = gamebox.from_color(-5, 520, "red", 5, 5)
en_bullet3 = gamebox.from_color(-5, 520, "red", 5, 5)
en_bullets = [en_bullet1, en_bullet2, en_bullet3]
enemy_animations = gamebox.load_sprite_sheet("EnemySprite.png", 1, 6)
def create_enemy():
# enemy = gamebox.from_color(random.randint(0, 800), random.randint(0,2) * 75 + 50, "yellow", 50, 50)
enemy = gamebox.from_image(random.randint(0, 800), random.randint(0, 2) * 75 + 50, enemy_animations[0])
def tick(keys):
global time, score, minutes
# clear display
camera.clear("black")
# AUTOMATED BOX
if auto_box.speedx > 0 and auto_box.x > 800:
auto_box.speedx = -10
elif auto_box.speedx < 0 and auto_box.x < 0:
auto_box.speedx = 10
auto_box.move_speed()
camera.draw(auto_box)
# Controlled Box
if pygame.K_RIGHT in keys:
controlled_box.x += 5
if pygame.K_LEFT in keys:
controlled_box.x -= 5
if pygame.K_UP in keys:
controlled_box.y -= 5
if pygame.K_DOWN in keys:
controlled_box.y += 5
if pygame.K_SPACE in keys:
new_shot = gamebox.from_color(controlled_box.x, controlled_box.y, 'white', 5, 5)
# if len(fire) < 3:
fire.append(new_shot)
camera.draw(controlled_box)
# increase timer
time -= 1
if time <= 0:
game_over = gamebox.from_text(350, 350, "GAME OVER", "Arial", 40, "Red")
camera.draw(game_over)
write_score(score, highest_score)
gamebox.pause()
if score < 0:
you_lose = gamebox.from_text(350, 350, "You Lose", "Arial", 40, "Red")
camera.draw(you_lose)
write_score(score, highest_score)
gamebox.pause()
# calculate minutes,seconds,fractions of seconds
frac = str(int((time%ticks_per_second)/ticks_per_second*10))
seconds = str(int((time/ticks_per_second)%60)).zfill(2)
minutes = str(int((time/ticks_per_second)/60))
# write timer to screen
timer = gamebox.from_text(700, 50, minutes+":"+seconds+"."+frac,"Arial",40,"red") # TEXT OBJECT
camera.draw(timer)
# Write Score to screen
scr = gamebox.from_text(150, 50, "Score: " + str(score), "Arial", 60, "blue")
camera.draw(scr)
# Fired shots
for shot in fire:
shot.y -= 10
camera.draw(shot)
# Define the coins
for coin in coins:
for shot in fire:
if shot.touches(coin):
score += 1
fire.remove(shot)
if coin in coins:
coins.remove(coin)
coin.speedy += 0.03
if auto_box.touches(coin):
score += 10
coins.remove(coin)
if controlled_box.touches(coin):
score += 1
coins.remove(coin)
if coin.y >= 610:
score -= 1
coins.remove(coin)
coin.move_speed()
camera.draw(coin)
if len(coins) < 4:
new_coin = gamebox.from_color(random.randint(10, 750), 0, "yellow", 12, 12)
coins.append(new_coin)
camera.display()
import pygame
import gamebox
camera = gamebox.Camera(800,600)
player = gamebox.from_color(50, 100, "red", 20, 40)
obstacle = gamebox.from_color(400, 300, "yellow", 600, 20)
def tick(keys):
camera.clear('black')
# move the player
if pygame.K_RIGHT in keys:
player.x += 5
if pygame.K_LEFT in keys:
player.x -= 5
if pygame.K_UP in keys:
player.y -= 5
if pygame.K_DOWN in keys:
player.y += 5
if player.touches(obstacle):
obstacle.color = 'blue'
player.move_to_stop_overlapping(obstacle)
# draw everything
camera.draw(player)
camera.draw(obstacle)
# usually camera.display() should be the last line of the tick method
camera.display()
multiplier = 1
camera = gamebox.Camera(800, 600)
character = gamebox.from_image(
100, 200,
'http://www.illustrationsof.com/royalty-free-rf-yeti-clipart-illustration-by-cory-thoman-stock-sample-102505.jpg'
)
character.yspeed = 0
character.scale_by(.05)
b1 = gamebox.from_image(
400, 300,
'http://thumbs.dreamstime.com/z/christmas-snowflake-background-white-wallpaper-35056457.jpg'
)
walls = [
gamebox.from_color(50, 250, "black", 200, 10),
gamebox.from_color(400, 150, "black", 200, 10),
gamebox.from_color(600, 25, "black", 200, 10),
]
coins = [
gamebox.from_color(75, 400, "yellow", 10, 10),
gamebox.from_color(160, 200, "yellow", 10, 10),
gamebox.from_color(280, 250, "yellow", 10, 10)
]
enemy = []
counter = 0
lives = 3
character_score = 0
game_over = False
time = 0
jump_check = 0
seconds = 0
minutes = 0
jf_stage = 1
spat_stage = 1
secretformula_check = 0
spat_check = 0
stick_check = 0
health = 3
bear_stage = 1
move_check = 0
platforms = [gamebox.from_image(5385, y/2 - y/6, "platform_kelp.png"),
gamebox.from_image(5180, y/2 - y/6, "platform_kelp.png")]
character = gamebox.from_image(origin_x, origin_y, 'spongebob_run.png')
ground = gamebox.from_color(0, y, "Peach Puff", 100000, 70)
house = gamebox.from_image(5320, y - 240, "house.png")
wall = [gamebox.from_color(0, y, "White", 520, 1000),
gamebox.from_color(10000, y, "White", 950, 1000)]
bear_list = [gamebox.from_image(6900, y - y/10, "seabear_1.png"), gamebox.from_image(8500, y - y/10, "seabear_1.png"), gamebox.from_image(4500, y - y/10, "seabear_1.png"),
gamebox.from_image(5000, y - y/10, "seabear_1.png"), gamebox.from_image(4000, y - y/10, "seabear_1.png"),
gamebox.from_image(3500, y - y/10, "seabear_1.png"), gamebox.from_image(2500, y - y/10, "seabear_1.png"),
gamebox.from_image(3000, y - y/10, "seabear_1.png")]
jump_list = [ground]
jf_list = [gamebox.from_image(5550, y/2 + 20, "jellyfish_1.png"), gamebox.from_image(5575, y/2 + 20, "jellyfish_1.png"),
gamebox.from_image(2850, y/2 + 20, "jellyfish_1.png"), gamebox.from_image(2875, y/2 + 20, "jellyfish_1.png")]
kelp_list = []
for xy in range(4):
kelp_list.append(gamebox.from_image(2550 + xy*30, y - y/15, "ground_kelp.png"))
kelp_list.append(gamebox.from_image(2050 + xy*30, y - y/15, "ground_kelp.png"))
for x in range(3):
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()
# Michael Crawford (mdc8wa)
import pygame
import gamebox
import random
#camera
camera = gamebox.Camera(800, 600)
# player character
character = gamebox.from_color(400, 500, "red", 30, 60)
character.yspeed = 0
# health boxes
health1 = gamebox.from_color(50, 50, "red", 20, 20)
health2 = gamebox.from_color(100, 50, "red", 20, 20)
health3 = gamebox.from_color(150, 50, "red", 20, 20)
health = [True, True, True]
def lose_health():
for i in range(len(health)):
if health[i] == True:
health[i] = False
break
# game starting screen
game_start_background = gamebox.from_color(400, 300, "black", 800, 600)
game_start_text = gamebox.from_text(400, 300, "Press Space to play!", "Comic Sans MS", 30, "yellow")
game_start_condition = True
def change_game_start():
return False
def create_enemy():
enemy = gamebox.from_color(random.randint(0, 800), 50, "yellow", 50, 50)
return enemy
