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from math import *
from random import *
from random import randint as RAND
from kandinsky import *
from kandinsky import fill_rect as FILL
from kandinsky import draw_string as STR
from ion import *
from time import sleep

RED = (255, 0, 0)
GREEN = (0, 255, 0)
BLUE = (0, 0, 255)
BLACK = (0, 0, 0)
WHITE = (255,) * 3
CYAN = (0, 255, 255)
YELLOW = (255, 255, 0)

S_WIDTH = 320
S_HEIGHT = 222

rect_w = 20
rect_h = 20
rect_c = RED
center_x = S_WIDTH // 2
center_y = S_HEIGHT // 2
radius = 50
angle = 0
angular_speed = 0.02

gx = 0
gy = 170
gw = S_WIDTH
gh = 6
gc = WHITE

lavax = 0
lavay = RAND(200, 218)
lavaw = 322
lavah = 30
lavac = RED

fireball_radius1 = 10
fireball_radius2 = 5
fireball_color = RED

# Initial position and parameters of the smaller fireball
fireball2_radius = 10
fireball2_angle = 0
fireball2_speed = 0.01  # Adjust the speed as needed
fireball2_y = S_HEIGHT // 2  # Start in the middle of the screen

px = 40
pw = 12
ph = 22
py = gy - ph + 1
pc = BLUE
pskin = WHITE
pe = 45
game = True
bg = (RAND(0, 80), RAND(0, 80), RAND(0, 80))
FILL(0, 0, S_WIDTH, S_HEIGHT, bg)
FILL(gx, gy, gw, gh, gc)

while game:
    sleep(0.001)

    FILL(15, 5, int(pe), 8, (255, 0, 0))
    x = center_x + int(radius * cos(angle))
    y = center_y + int(radius * sin(angle))

    FILL(px, py, pw, ph, pc)

    FILL(px, py, 1, ph, pskin)
    FILL(px + pw - 1, py, 1, ph, pskin)
    FILL(px, py, pw, 1, pskin)
    FILL(px, py + ph - 1, pw, 1, pskin)

    FILL(x - rect_w // 2, y - rect_h // 2, rect_w, rect_h, rect_c)
    FILL((x - rect_w // 2) + 3, (y - rect_h // 2) + 3, rect_w - 6, rect_h - 6, (RAND(50, 255), 0, 0))

    if px < x + rect_w // 2 and px + pw > x - rect_w // 2 and py < y + rect_h // 2 and py + ph > y - rect_h // 2:
        pe -= 10
        px = 40

    angle += angular_speed

    if keydown(KEY_LEFT):
        FILL(px + pw + 1, py, 1, ph, bg)
        px -= 1
        if keydown(KEY_TOOLBOX):
            FILL(px + pw, py, 2, ph, bg)
            FILL(15 + int(pe), 5, 1, 8, bg)
            px -= 2
            pe -= 0.8

    if keydown(KEY_RIGHT):
        FILL(px - 1, py, 1, ph, bg)
        px += 1
        if keydown(KEY_TOOLBOX):
            FILL(px - 2, py, 3, ph, bg)
            FILL(15 + int(pe), 5, 1, 8, bg)
            px += 2
            pe -= 0.8

    if px + pw < 0:
        px = S_WIDTH
    if px > S_WIDTH:
        px = -pw

    if keydown(KEY_UP) or keydown(KEY_OK) and pe > 0:
        FILL(15 + int(pe), 5, 1, 8, bg)
        FILL(px, py + ph, pw, 1, bg)
        py -= 1
        pe -= 0.4
    else:
        py += 1

    if not keydown(KEY_UP) and not keydown(KEY_OK):
        FILL(px, py - 1, pw, 1, bg)

    if py + ph - 1 > gy:
        py = gy - ph + 1

    if keydown(KEY_DOWN) and py + ph >= gy:
        ph = 10
        FILL(px, py, pw, ph, bg)
        sleep(0.01)
        py = gy - ph
    else:
        ph = 22

    pe += 0.05

    if pe > 55:
        pe = 55

    if pe < 0:
        pe = 0
        game = False

    FILL(lavax, lavay, lavaw, lavah, lavac)
    FILL(lavax + 2, lavay + 5, lavaw - 4, lavah, (RAND(150, 255), 0, 0))

    # Draw the larger fireball
    FILL(x - fireball_radius1, y - fireball_radius1, 2 * fireball_radius1, 2 * fireball_radius1, fireball_color)

    # Calculate the position of the smaller fireball in a circular motion
    fireball2_x = center_x + int(radius * cos(fireball2_angle))
    fireball2_y = center_y + int(radius * sin(fireball2_angle))
    fireball2_angle += fireball2_speed

    # Draw the smaller fireball
    FILL(fireball2_x - fireball_radius2, fireball2_y - fireball_radius2, 2 * fireball_radius2, 2 * fireball_radius2, fireball_color)

STR("E", 2, 2, GREEN, bg)
bg = BLACK
FILL(0, 0, S_WIDTH, S_HEIGHT, bg)
STR("GAME OVER", 100, 100, RED, BLACK)