# stencil.py

Created by schraf

Created on July 18, 2019

901 Bytes

Réalisation de la montre suivante sur la NumWorks : https://www.tokyoflash.com/en/watches/kisai-stencil

On peut aussi remplacer le changement des heures - minutes - secondes par :

```s+=1
m+=s//60
s%=60
h=(h+m//60)%24
m%=60```

## Autre présentation

```aff(20,20,h//10,3)
aff(80,20,h%10,3)
aff(20,110,m//10,3)
aff(80,110,m%10,3)
aff(180,80,s//10,2)
aff(220,80,s%10,2)```

```from kandinsky import *
from time import *

# Liste des traits au format x,y,l,h
TR = [[10,1,1,9],[1,10,9,1], \
[10,10,1,1], [11,10,9,1], \
[10,11,1,9], [1,20,9,1], \
[10,20,1,1], [11,20,9,1], \
[10,21,1,9], [0,0,21,1], \
[0,0,1,31], [0,30,21,1], \
[20,0,1,31]]

# Leds utilises pour les differents chiffres 0,1,2...,9
LED = [[4],[0,2,4,6,8], \
[1,7],[1,5],[0,5,6,8], \
[3,5],[3,6],[1,2,4,6,8], \
[2,6],[2,5]]

def aff(x,y,n,z):
for i,v in enumerate(TR):
c = [0]*3 if i in LED[n] or i>=9 else [255]*3
fill_rect(x+z*v[0],y+z*v[1],z*v[2],z*v[3],c)

def go(h=12,m=0,s=0):
while True:
# On place les elements sur l ecran
aff(0,0,h//10,4)
aff(80,30,h%10,4)
aff(160,60,m//10,4)
aff(240,90,m%10,4)
aff(20,140,s//10,2)
aff(260,10,s%10,2)
s+=1
if s>=60:
s=0
m+=1
if m>=60:
m=0
h+=1
if h>=24: h=0
sleep(1)```