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from math import *
from kandinsky import *
from time import *

def lcd_dsp(lcd_t,lcd_n):
  x=40
  y=25
  w=5
  b=10
  lcd_on=color('blue')
  lcd_off=color('brown')

  for i in range(0,lcd_n):
    t=lcd_t[i]
    lcd_d=[(0,0,0)]*7
    if t==" ":
      lcd_d[0]=lcd_off
      lcd_d[1]=lcd_off
      lcd_d[2]=lcd_off

      lcd_d[3]=lcd_off
      lcd_d[4]=lcd_off
      lcd_d[5]=lcd_off
      lcd_d[6]=lcd_off
    elif t=="0":
      lcd_d[0]=lcd_on
      lcd_d[1]=lcd_off
      lcd_d[2]=lcd_on

      lcd_d[3]=lcd_on
      lcd_d[4]=lcd_on
      lcd_d[5]=lcd_on
      lcd_d[6]=lcd_on
    elif t=="1":
      lcd_d[0]=lcd_off
      lcd_d[1]=lcd_off
      lcd_d[2]=lcd_off

      lcd_d[3]=lcd_off
      lcd_d[4]=lcd_on
      lcd_d[5]=lcd_off
      lcd_d[6]=lcd_on
    elif t=="2":
      lcd_d[0]=lcd_on
      lcd_d[1]=lcd_on
      lcd_d[2]=lcd_on

      lcd_d[3]=lcd_off
      lcd_d[4]=lcd_on
      lcd_d[5]=lcd_on
      lcd_d[6]=lcd_off
    elif t=="3":
      lcd_d[0]=lcd_on
      lcd_d[1]=lcd_on
      lcd_d[2]=lcd_on

      lcd_d[3]=lcd_off
      lcd_d[4]=lcd_on
      lcd_d[5]=lcd_off
      lcd_d[6]=lcd_on
    elif t=="4":
      lcd_d[0]=lcd_off
      lcd_d[1]=lcd_on
      lcd_d[2]=lcd_off

      lcd_d[3]=lcd_on
      lcd_d[4]=lcd_on
      lcd_d[5]=lcd_off
      lcd_d[6]=lcd_on
    elif t=="5":
      lcd_d[0]=lcd_on
      lcd_d[1]=lcd_on
      lcd_d[2]=lcd_on

      lcd_d[3]=lcd_on
      lcd_d[4]=lcd_off
      lcd_d[5]=lcd_off
      lcd_d[6]=lcd_on
    elif t=="6":
      lcd_d[0]=lcd_on
      lcd_d[1]=lcd_on
      lcd_d[2]=lcd_on

      lcd_d[3]=lcd_on
      lcd_d[4]=lcd_off
      lcd_d[5]=lcd_on
      lcd_d[6]=lcd_on
    elif t=="7":
      lcd_d[0]=lcd_on
      lcd_d[1]=lcd_off
      lcd_d[2]=lcd_off

      lcd_d[3]=lcd_off
      lcd_d[4]=lcd_on
      lcd_d[5]=lcd_off
      lcd_d[6]=lcd_on
    elif t=="8":
      lcd_d[0]=lcd_on
      lcd_d[1]=lcd_on
      lcd_d[2]=lcd_on

      lcd_d[3]=lcd_on
      lcd_d[4]=lcd_on
      lcd_d[5]=lcd_on
      lcd_d[6]=lcd_on
    elif t=="9":
      lcd_d[0]=lcd_on
      lcd_d[1]=lcd_on
      lcd_d[2]=lcd_on

      lcd_d[3]=lcd_on
      lcd_d[4]=lcd_on
      lcd_d[5]=lcd_off
      lcd_d[6]=lcd_on

#    else:
    fill_rect(i*x+w*2,b,x-(w*3),w,lcd_d[0])
    fill_rect(i*x+w*2,b+y+w,x-(w*3),w,lcd_d[1])
    fill_rect(i*x+w*2,b+y*2+w*2,x-(w*3),w,lcd_d[2])

    fill_rect(i*x+w,b+w,w,y,lcd_d[3])
    fill_rect(i*x+x-w,b+w,w,y,lcd_d[4])
    fill_rect(i*x+w,b+w*2+y,w,y,lcd_d[5])
    fill_rect(i*x+x-w,b+w*2+y,w,y,lcd_d[6])

def lcd01():
  lcd_n=8
  lcd_t=[" "]*lcd_n
  fill_rect(0,0,320,222,color('black'))
  lcd_dsp(lcd_t,lcd_n)

  sleep(1)

  for i in range(0,12345678,106789):
    lcd_t=[" "]*lcd_n
    s=str(i)
    for j in range(0,9):
      if j<len(s):
        lcd_t[j]=s[j]
    lcd_dsp(lcd_t,lcd_n)