def start_game():
display.print_XY("", 1, 1)
display.clear_screen()
draw_frame(screen_size[0], screen_size[1])
for p in snake:
display.print_XY("O", p[0], p[1], "red", "blue", "bright")
for p in walls:
display.print_XY("#", p[0], p[1], "red", "blue", "bright")
for p in food:
display.print_XY("A", p[0], p[1], "red", "blue", "bright")
draw_ingame_score(score)
def draw_menu(select=0):
w = 0
for i in main_menu:
w = max(w, len(i))
w = w + 2
w = int(w / 2)
h = int(len(main_menu) / 2)
s_w = int(screen_size[0] / 2)
s_h = int(screen_size[1] / 2)
x = s_w - w
y = s_h - h
for i in range(len(main_menu)):
msg = ' ' + main_menu[i] + ' '
if (select == i):
msg = ">" + msg[1:]
display.print_XY(msg,
x,
y + i,
bg_color='red',
color='yellow',
intensity="bright")
def show_score_board():
display.print_XY("", 1, 1)
display.clear_screen()
draw_frame(screen_size[0], screen_size[1])
buff = db.load()
msg = ""
name = "name"
score = "Score"
tmp = screen_size[0] - len(name) - len(score)
msg = name + " " * tmp + score
display.print_XY(msg, 1, 1, "yellow", "blue", "bright")
color = ["green", "red"]
toggle = 1
if (buff[0] != ""):
for i in range(len(buff)):
name, score = buff[i].split(":")
score = score[:-1]
tmp = screen_size[0] - len(name) - len(score)
msg = name + " " * tmp + score
display.print_XY(msg, 1, 2 + i, "white", color[toggle], "bright")
if (toggle == 0):
toggle = 1
else:
toggle = 0
def draw_ingame_score(score):
s = "Score: " + str(score)
s = " " * (screen_size[0] - len(s)) + s
display.print_XY(s, 1, screen_size[1] + 1, "green", "reset", "bright")
def end_game(score, kb):
display.print_XY("", 1, 1)
display.clear_screen()
draw_frame(screen_size[0], screen_size[1])
msg = "Your Score is : " + str(score)
display.print_XY(msg,
int(screen_size[0] / 2) - int(len(msg) / 2),
int(screen_size[1] / 2) - 3, "green", "blue", "bright")
msg = "Your Beautiful name?"
display.print_XY(msg,
int(screen_size[0] / 2) - int(len(msg) / 2),
int(screen_size[1] / 2), "green", "blue", "bright")
display.print_XY("", int(screen_size[0] / 2),
int(screen_size[1] / 2) + 3, "yellow", "blue", "bright")
kb.set_normal_term()
name = input()
db.save(name, score)
display.print_XY("", 1, 1)
display.print_XY("good bye!", 1, 1, "green", "blue", "bright")
sleep(1.5)
display.clear_screen()
def print_food(food):
for f in food:
display.print_XY("A", f[0], f[1], "yellow", "blue", "bright")
m_dir = n_dir
elif (key == 0x06):
g_state = 7
n_state = True
elif (g_state == 2):
# By pressing q return to the main menu
if (key == 0x07):
g_state = 0
n_state = True
elif (g_state == 7):
if (key == 0x07):
g_state = 0
n_state = True
elif (key == 0x06):
display.print_XY(" " * len("pause p: unpaue q: exit"), 1,
screen_size[1] + 1, "green", "black",
"bright")
g_state = 5
if (r_menu):
draw_menu(m_state)
if (n_state):
if (g_state == 0):
score = 0
m_state = 0
init_game()
# start a new game
if (g_state == 1):
start_game()
g_state = 4