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• Calculator

from kandinsky import set_pixel, color, draw_string, fill_rect
from ion import keydown, KEY_LEFT, KEY_UP, KEY_DOWN, KEY_RIGHT, KEY_OK
from time import *
from random import randint, choice

level=1
playing=False

def game():  
  global level, playing
  
  playing=True
  
  COLORS={
  "o1":(250,153,50),
  "o2":(247,124,22),
  "o3":(245,104,22),
  "g1":(184,184,184),
  "g2":(110,115,118),
  "b1":(100,200,225),
  "b2":(0, 135, 211),
  "bg":(0,128,255),
  "b":(0,0,0),
  "w":(255,255,255)}  
  
  player_x=160
  player_y=205
  direction=1
  FISH_STEPS=4
  
  sharks = [{
  "x": randint(25, 310),
  "y": i*20,
  "dir": choice((-1,1)),
  "steps": randint(level,level*4)}
  for i in range(2,10)]
  
  def is_eaten():
    fish_width=14
    fish_height=8
    shark_width=21
    shark_height=10
  
    for shark in sharks:
      if (player_x<shark['x'] + shark_width and
          player_x + fish_width > shark['x'] and
          player_y < shark['y'] + shark_height and
          player_y + fish_height > shark['y']):
            reset(False)
  
  def clear_screen():
    fill_rect(0, 0, 320, 240, COLORS["bg"])

  
  def render_fish(fish_x, fish_y, dir, fish_type):
    def fish_pixel(x, y, color):
      set_pixel(fish_x + dir * x, fish_y + y, COLORS[color])

    fish_data={
      "clownfish":[
        (0, -3, "b"),(1, -3, "b"),(2, -3, "b"),(-2, -2, "b"),(-1, -2, "b"),
        (0, -2, "w"),(1, -2, "o1"),(2, -2, "o1"),(3, -2, "b"),(4, -2, "b"),
        (-6, -1, "b"),(-5, -1, "b"),(-3, -1, "b"),(-2, -1, "o1"),(-1, -1, "w"),
        (0, -1, "w"),(1, -1, "w"),(2, -1, "o2"),(3, -1, "o1"),(4, -1, "w"),
        (5, -1, "b"),(-7, 0, "b"),(-6, 0, "w"),(-5, 0, "o1"),(-4, 0, "b"),
        (-3, 0, "o1"),(-2, 0, "o2"),(-1, 0, "o2"),(0, 0, "w"),(1, 0, "w"),
        (2, 0, "o2"),(3, 0, "w"),(4, 0, "b"),(5, 0, "o1"),(6, 0, "b"),
        (-7, 1, "b"),(-6, 1, "w"),(-5, 1, "o2"),(-4, 1, "o2"),(-3, 1, "o2"),
        (-2, 1, "o2"),(-1, 1, "o2"),(0, 1, "w"),(1, 1, "o2"),(2, 1, "o2"),
        (3, 1, "w"),(4, 1, "o2"),(5, 1, "o2"),(6, 1, "b"),(-7, 2, "b"),
        (-6, 2, "g1"),(-5, 2, "o2"),(-4, 2, "b"),(-3, 2, "o3"),(-2, 2, "o3"),
        (-1, 2, "g1"),(0, 2, "o3"),(1, 2, "o3"),(2, 2, "o3"),(3, 2, "o2"),
        (4, 2, "g1"),(5, 2, "b"),(-6, 3, "b"),(-5, 3, "b"),(-3, 3, "b"),
        (-2, 3, "o2"),(-1, 3, "g1"),(0, 3, "b"),(1, 3, "b"),(2, 3, "o2"),
        (3, 3, "o2"),(4, 3, "b"),(-3, 4, "b"),(-2, 4, "b"),(-1, 4, "b"),
        (1, 4, "b"),(2, 4, "b"),(3, 4, "b")],
       
      "shark":[
        (0,-4,"b"),(1,-4,"b"),(-10,-3,"b"),(-9,-3,"b"),(0,-3,"b"),(1,-3,"g2"),
        (2,-3,"b"),(-9,-2,"b"),(-8,-2,"b"),(-3,-2,"b"),(-2,-2,"b"),(-1,-2,"b"),
        (0,-2,"b"),(1,-2,"g2"),(2,-2,"g2"),(3,-2,"b"),(4,-2,"b"),(5,-2,"b"),
        (6,-2,"b"),(-9,-1,"b"),(-8,-1,"g2"),(-7,-1,"b"),(-6,-1,"b"),(-5,-1,"b"),
        (-4,-1,"b"),(-3,-1,"g2"),(-2,-1,"g2"),(-1,-1,"g2"),(0,-1,"g2"),
        (1,-1,"g2"),(2,-1,"g2"),(3,-1,"g2"),(4,-1,"g2"),(5,-1,"w"),(6,-1,"w"),
        (7,-1,"b"),(8,-1,"b"),(9,-1,"b"),(10,-1,"b"),(-8,0,"b"),(-7,0,"g2"),
        (-6,0,"g2"),(-5,0,"g2"),(-4,0,"g2"),(-3,0,"g2"),(-2,0,"g2"),(-1,0,"g2"),
        (0,0,"g2"),(1,0,"g2"),(2,0,"g2"),(3,0,"g2"),(4,0,"g2"),(5,0,"w"),
        (6,0,"b"),(7,0,"g2"),(8,0,"g2"),(9,0,"g2"),(10,0,"b"),(-9,1,"b"),
        (-8,1,"g2"),(-7,1,"b"),(-6,1,"g1"),(-5,1,"g2"),(-4,1,"g2"),(-3,1,"g2"),
        (-2,1,"g2"),(-1,1,"g2"),(0,1,"g2"),(1,1,"g2"),(2,1,"g2"),(3,1,"w"),
        (4,1,"g2"),(5,1,"g2"),(6,1,"g2"),(7,1,"g2"),(8,1,"g2"),(9,1,"b"),
        (-9,2,"b"),(-8,2,"b"),(-6,2,"b"),(-5,2,"g1"),(-4,2,"g1"),(-3,2,"g1"),
        (-2,2,"g1"),(-1,2,"g1"),(0,2,"g1"),(1,2,"g2"),(2,2,"g2"),(3,2,"g2"),
        (4,2,"w"),(5,2,"w"),(6,2,"w"),(7,2,"w"),(8,2,"b"),(-10,3,"b"),
        (-9,3,"b"),(-5,3,"b"),(-4,3,"b"),(-3,3,"b"),(-2,3,"b"),(-1,3,"b"),
        (0,3,"g2"),(1,3,"g2"),(2,3,"g2"),(3,3,"g1"),(4,3,"g1"),(5,3,"w"),
        (6,3,"w"),(7,3,"b"),(-2,4,"b"),(-1,4,"g2"),(0,4,"g2"),(1,4,"b"),
        (2,4,"b"),(3,4,"b"),(4,4,"b"),(5,4,"b"),(6,4,"b"),(-1,5,"b"),(0,5,"b"),
        (2,5,"b"),(3,5,"b")]}
      
    pixels=fish_data[fish_type]
    for pixel in pixels:
      fish_pixel(pixel[0],pixel[1],pixel[2])
  
  def tick():
    nonlocal direction, player_x, player_y
    
    if keydown(KEY_UP):
      player_y -= FISH_STEPS
    if keydown(KEY_DOWN) and player_y < 215:
      player_y += FISH_STEPS
    if keydown(KEY_RIGHT) and player_x < 310:
      direction = 1
      player_x += FISH_STEPS
    if keydown(KEY_LEFT) and player_x > 10:
      direction = -1
      player_x -= FISH_STEPS
    
    if player_y<-5:
      reset(True)
    
    for shark in sharks:
      if shark['x'] <= 25:
        shark['dir'] = 1
      if shark['x'] >= 300:
        shark['dir'] = -1
      shark['x'] += shark['dir'] * shark['steps']
    
    is_eaten()
    
    clear_screen()
    for _ in range(2):
      size=randint(2,4)
      fill_rect(randint(15,310),randint(15,230),size,size,COLORS["b1"])
    for shark in sharks:
      render_fish(shark['x'],shark['y'],shark['dir'],"shark")
    render_fish(player_x, player_y, direction, "clownfish")
    
    count_down=round(15-(monotonic()-start_time))
    if count_down<=0:
      reset(False)
    draw_string(str(count_down),5,5,COLORS["b1"],COLORS["bg"])
    draw_string(str(level),295,7,COLORS["b1"],COLORS["bg"])
    
  def reset(won):
    global level
    global playing
    if won:
      level+=1
    else:
      level=1
    
    playing=False
  
  clear_screen()
  for _ in range(10):
    size=randint(2,4)
    fill_rect(randint(15,310),randint(15,230),size,size,COLORS["b1"])
  draw_string("Crossy Oceans",95,90,COLORS["b1"],COLORS["bg"])
  draw_string("press OK to continue",60,115,COLORS["b1"],COLORS["bg"])
  draw_string(str(level),295,7,COLORS["b1"],COLORS["bg"])
  render_fish(60,50,1,"shark")
  render_fish(260,170,-1,"clownfish")
  for i in range(2):
    render_fish(50,40+i*20,1,"shark")
    render_fish(270,163+i*15,-1,"clownfish")
  
  while not keydown(KEY_OK):
    pass
  start_time=monotonic()
  
  while playing:
    tick()
    sleep(0.06)

while True:
  if not playing:
    game()