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Image originale

from kandinsky import fill_rect, set_pixel

fill_rect(0,0,140,222,(226,31,27))
fill_rect(140,0,180,222,(171,33,26))

B = (1,35,0)

tr = (B,((74,204),(110,110),(22,110))),\
(B,((110,110),(22,110),(70,11))),\
((21,180,0),((86,209),(224,115),(31,115))),\
((11,128,0),((224,115),(31,115),(81,10))),\
(B,((143,167),(224,111),(101,131))),\
(B,((101,131),(224,111),(150,100))),\
(B,((100,40),(143,50),(134,116))),\
((21,180,0),((151,173),(253,109),(128,153))),\
((11,128,0),((128,153),(253,109),(137,33))),\
(B,((204,140),(253,109),(190,141))),\
(B,((253,109),(190,141),(203,126))),\
(B,((203,126),(253,109),(177,77))),\
((113,206,107),((211,166),(299,110),(210,81))),\
((11,128,0),((210,81),(299,110),(221,60)))

def remplir(coul, *u):
 (ax,ay),(bx,by),(cx,cy)=u[0]
 for col in range(min(ax,bx,cx), max(ax,bx,cx)+1):
  for lig in range(min(ay,by,cy), max(ay,by,cy)+1):
   if 0 <= col <= 320 and 0 <= lig <= 222:
    xa,xb,xc = ax-col,bx-col,cx-col
    ya,yb,yc = ay-lig,by-lig,cy-lig
    d1,d2,d3 = xa*yb-ya*xb,xb*yc-yb*xc,xc*ya-yc*xa
    u,v,w = d1>=0,d2>=0,d3>=0
    if u == v == w:
     set_pixel(col,222 - lig,coul)

for t in tr: remplir(t[0],t[1])