def barre(vrtc,hrzt,angle,taille,miroir=1,chuia=0):
tracer(0)
t=taille
m=miroir
up()
j,k=pos()
setheading(0)
forward(t*vrtc)
right(m*90)
forward(t*hrzt)
down()
begin_fill()
right(m*angle)
forward(t*120)
forward(chuia)
right(m*70)
up()
forward(t*15)
down()
right(m*110)
forward(t*10)
trait(m,5,t,180)
forward(t*40)
up()
forward(t*20)
down()
trait(m,5,t,180)
forward(t*55)
forward(chuia)
end_fill()
setheading(0)
up()
goto(j,k)
down()
update()
def barre(poly,tortue,vrtc,hrzt,angle,taille,miroir=1,chuia=0):
tracer(0)
t=taille
m=miroir
tortue.up()
j,k=tortue.pos()
tortue.setheading(90+90*-m)
tortue.right(90+90*-m)
tortue.forward(t*vrtc*m)
tortue.right(m*90)
tortue.forward(t*hrzt*-m)
tortue.down()
tortue.begin_poly()
tortue.right(180-angle*m)
tortue.forward(t*120*m+t*(9+9*m))
tortue.forward(chuia*m)
tortue.right((90+20*m)*m)
tortue.up()
tortue.forward(t*15)
tortue.right((90-20*m)*m+90+90*-m)
tortue.forward(t*-(5-5*m))
tortue.down()
trait(tortue,m,5,t,180,0,1)
tortue.forward(t*65-(5-5*m))
tortue.up()
tortue.forward(t*20)
tortue.down()
trait(tortue,m,5,t,180,0,1)
tortue.forward(t*55)#*-m
tortue.forward(chuia)
tortue.end_poly()
poly.addcomponent(tortue.get_poly(),'#E9DCA8', "black")
tortue.setheading(0)
tortue.up()
tortue.goto(j,k)
tortue.down()
update()
def barre(tortue, vrtc, hrzt, angle, taille, miroir=1, chuia=0):
tracer(0)
t = taille
m = miroir
tortue.up()
j, k = tortue.pos()
tortue.setheading(90 + 90 * -m)
tortue.right(90 + 90 * -m)
tortue.forward(t * vrtc * m)
tortue.right(m * 90)
tortue.forward(t * hrzt * -m)
tortue.down()
tortue.begin_fill()
tortue.right(180 - angle * m)
tortue.forward(t * 120 * m + t * (9 + 9 * m))
tortue.forward(chuia * m)
tortue.right((90 + 20 * m) * m)
tortue.up()
tortue.forward(t * 15)
tortue.right((90 - 20 * m) * m + 90 + 90 * -m)
tortue.forward(t * -(5 - 5 * m))
tortue.down()
trait(tortue, m, 5, t, 180, 0, 1)
tortue.forward(t * 65 - (5 - 5 * m))
tortue.up()
tortue.forward(t * 20)
tortue.down()
trait(tortue, m, 5, t, 180, 0, 1)
tortue.forward(t * 55)
tortue.forward(chuia)
tortue.end_fill()
tortue.setheading(0)
tortue.up()
tortue.goto(j, k)
tortue.down()
update()
def cadi(taille, x, y, angle, miroir=1):
m = miroir
t = taille
setup(x, y, angle)
tracer(0)
up()
forward(70)
right(m * 90)
forward(70)
left(m * 90)
down()
#Le cadre du cadi
pencolor('black')
fillcolor('#E9DCA8')
begin_fill()
width(1 * t)
right(m * 40)
circle(m * -100 * t, 43)
circle(m * -5 * t, 100)
circle(m * 2000 * t, 5)
right(m * 3)
circle(m * 2000 * t, 3.65)
circle(m * 9 * t, 180)
trait(m, 20, 1 * t, 0, 0)
forward(100 * t)
right(m * 3)
forward(180 * t)
right(m * 3)
trait(m, 5, 1 * t, 0, 10)
forward(40 * t)
circle(m * 7 * t, 95)
for j in range(14):
circle(m * 130 * t, 3)
trait(m, 1, 1 * t)
right(m * 60)
for j in range(27):
trait(m, 1, 1 * t)
circle(m * (-800) * t, 0.5)
circle(m * t * -10, 59)
trait(m, 7, t, 0, 15)
circle(m * t * (-700), 3)
right(m * 2)
trait(m, 2, t)
circle(m * t * 100, 10)
circle(m * t * 30, 28)
circle(m * t * 12, 160)
right(m * 10)
w, x = pos()
up()
forward(t * 5)
left(m * 90)
forward(t * 5)
right(m * 90)
down()
ovalerelatif(int(30 * t), 2 * t, 1 * t)
up()
goto(w, x)
down()
forward(t * 55)
circle(m * t * 30, 60)
forward(t * 45)
c, v = pos()
circle(m * t * 1000, 9)
right(m * 9)
end_fill()
up()
goto(c, v)
down()
#La cage du cadi
begin_fill()
circle(m * t * -10, 65)
forward(t * 150)
left(m * 4.25)
forward(t * 200)
circle(m * t * 40, 20)
circle(m * t * 10, 93)
forward(t * 120)
left(m * 2)
circle(m * t * 48, 35)
circle(m * t * 10, 30)
trait(m, 38, t)
forward(t * 240)
up()
forward(t * 1)
left(m * 67)
forward(t * 20)
down()
left(m * 113)
forward(t * 250)
circle(m * t * -5, 67)
for j in range(10):
trait(m, 1, t)
forward(t * 5)
forward(t * 20)
for j in range(10):
trait(m, 1, t)
forward(t * 5)
circle(m * t * -5, 115)
for j in range(5):
for j in range(8):
trait(m, 1, t, 0, 15)
forward(t * 5)
forward(t * 20)
for j in range(10):
trait(m, 1, t, 0, 15)
forward(t * 5)
end_fill()
up()
right(m * 120)
forward(t * 60)
right(m * 60)
backward(t * 5)
down()
#Le trait du milieu
begin_fill()
forward(t * 310)
left(m * 120)
up()
forward(t * 20)
down()
left(m * 60)
forward(t * 10)
for j in range(5):
for j in range(6):
trait(m, 1, t)
forward(t * 5)
forward(t * 20)
for j in range(6):
trait(m, 1, t)
forward(t * 5)
forward(t * 5)
end_fill()
#Barre verticales
barre(-40, 75, 172, t, -m)
barre(-100, 72, 181, t, -m)
barre(-162, 69, 189, t, -m)
barre(-220, 65, 195, t, -m)
barre(-280, 62, 200, t, -m, 10)
#Roue arrière
fillcolor('#302F2B')
up()
backward(10 * t)
right(90 * m)
forward(160 * t)
left(95 * m)
down()
begin_fill()
circle(m * t * -23, 300)
end_fill()
up()
forward(t * 14)
left(m * 90)
forward(t * -19)
right(m * 170)
down()
fillcolor('#B2B2B2')
begin_fill()
circle(m * t * -14, 275)
end_fill()
up()
forward(t * 29)
left(m * 105)
forward(t * 17)
down()
left(m * 22)
fillcolor('#787566')
begin_fill()
left(m * 30)
circle(m * t * 7, 40)
forward(t * 20)
left(m * 47)
circle(m * t * 50, 35)
circle(m * t * 5, 160)
right(m * 25)
circle(m * t * -50, 35)
left(m * 90)
forward(t * 20)
end_fill()
up()
backward(t * 15)
left(m * 90)
forward(t * 26)
down()
fillcolor('#5B5335')
begin_fill()
circle(m * t * 4, 360)
end_fill()
up()
setheading(0)
backward(t * 250)
left(90 * m)
forward(13 * t)
right(85 * m)
down()
#Roue avant
fillcolor('#302F2B')
begin_fill()
circle(m * t * -23, 300)
end_fill()
up()
forward(t * 14)
left(m * 90)
forward(t * -19)
right(m * 170)
down()
fillcolor('#B2B2B2')
begin_fill()
circle(m * t * -14, 275)
end_fill()
up()
forward(t * 29)
left(m * 105)
forward(t * 17)
down()
left(m * 22)
fillcolor('#787566')
begin_fill()
left(m * 30)
circle(m * t * 7, 40)
forward(t * 20)
left(m * 47)
circle(m * t * 50, 35)
circle(m * t * 5, 160)
right(m * 25)
circle(m * t * -50, 35)
left(m * 90)
forward(t * 20)
end_fill()
up()
backward(t * 15)
left(m * 90)
forward(t * 26)
down()
fillcolor('#5B5335')
begin_fill()
circle(m * t * 4, 360)
end_fill()
update()
def cadi(taille, x, y, angle, miroir=1):
m = miroir
t = taille
tortuecadi = Turtle(undobuffersize=0) #,visible=False)#,shape="square")
setup(x, y, angle, tortuecadi)
tracer(0)
tortuecadi.up()
tortuecadi.forward(70)
tortuecadi.right(m * 90)
tortuecadi.forward(70)
tortuecadi.left(m * 90)
tortuecadi.down()
#Le cadre du cadi
tortuecadi.pencolor('black')
tortuecadi.fillcolor('#E9DCA8')
tortuecadi.begin_fill()
tortuecadi.width(1 * t)
tortuecadi.right(m * 40)
tortuecadi.circle(m * -100 * t, 43)
tortuecadi.circle(m * -5 * t, 100)
tortuecadi.circle(m * 2000 * t, 5)
tortuecadi.right(m * 3)
tortuecadi.circle(m * 2000 * t, 3.65)
tortuecadi.circle(m * 9 * t, 180)
trait(tortuecadi, m, 20, 1 * t, 0, 0)
tortuecadi.forward(100 * t)
tortuecadi.right(m * 3)
tortuecadi.forward(180 * t)
tortuecadi.right(m * 3)
trait(tortuecadi, m, 5, 1 * t, 0, 10)
tortuecadi.forward(40 * t)
tortuecadi.circle(m * 7 * t, 95)
for j in range(14):
tortuecadi.circle(m * 130 * t, 3)
trait(tortuecadi, m, 1, 1 * t)
tortuecadi.right(m * 60)
for j in range(27):
trait(tortuecadi, m, 1, 1 * t)
tortuecadi.circle(m * (-800) * t, 0.5)
tortuecadi.circle(m * t * -10, 59)
trait(tortuecadi, m, 7, t, 0, 15)
tortuecadi.circle(m * t * (-700), 3)
tortuecadi.right(m * 2)
trait(tortuecadi, m, 2, t)
tortuecadi.circle(m * t * 100, 10)
tortuecadi.circle(m * t * 30, 28)
tortuecadi.circle(m * t * 12, 160)
tortuecadi.right(m * 10)
w, x = tortuecadi.pos()
tortuecadi.up()
tortuecadi.forward(t * 5)
tortuecadi.left(m * 90)
tortuecadi.forward(t * 5)
tortuecadi.right(m * 90)
tortuecadi.down()
tortuecadi.up()
tortuecadi.goto(w, x)
tortuecadi.down()
tortuecadi.forward(t * 55)
tortuecadi.circle(m * t * 30, 60)
tortuecadi.forward(t * 45)
c, v = tortuecadi.pos()
tortuecadi.circle(m * t * 1000, 9)
tortuecadi.right(m * 9)
tortuecadi.end_fill()
tortuecadi.up()
tortuecadi.goto(c, v)
tortuecadi.down()
#La cage du cadi
tortuecadi.begin_fill()
tortuecadi.circle(m * t * -10, 65)
tortuecadi.forward(t * 150)
tortuecadi.left(m * 4.25)
tortuecadi.forward(t * 200)
tortuecadi.circle(m * t * 40, 20)
tortuecadi.circle(m * t * 10, 93)
tortuecadi.forward(t * 120)
tortuecadi.left(m * 2)
tortuecadi.circle(m * t * 48, 35)
tortuecadi.circle(m * t * 10, 30)
trait(tortuecadi, m, 38, t)
tortuecadi.forward(t * 240)
tortuecadi.up()
tortuecadi.forward(t * 1)
tortuecadi.left(m * 67)
tortuecadi.forward(t * 20)
tortuecadi.down()
tortuecadi.left(m * 113)
tortuecadi.forward(t * 250)
tortuecadi.circle(m * t * -5, 67)
for j in range(10):
trait(tortuecadi, m, 1, t)
tortuecadi.forward(t * 5)
tortuecadi.forward(t * 20)
for j in range(10):
trait(tortuecadi, m, 1, t)
tortuecadi.forward(t * 5)
tortuecadi.circle(m * t * -5, 115)
for j in range(5):
for j in range(8):
trait(tortuecadi, m, 1, t, 0, 15)
tortuecadi.forward(t * 5)
tortuecadi.forward(t * 20)
for j in range(10):
trait(tortuecadi, m, 1, t, 0, 15)
tortuecadi.forward(t * 5)
tortuecadi.end_fill()
tortuecadi.up()
tortuecadi.right(m * 120)
tortuecadi.forward(t * 60)
tortuecadi.right(m * 60)
tortuecadi.backward(t * 5)
tortuecadi.down()
#Le trait du milieu
tortuecadi.begin_fill()
tortuecadi.forward(t * 310)
tortuecadi.left(m * 120)
tortuecadi.up()
tortuecadi.forward(t * 20)
tortuecadi.down()
tortuecadi.left(m * 60)
tortuecadi.forward(t * 10)
for j in range(5):
for j in range(6):
trait(tortuecadi, m, 1, t)
tortuecadi.forward(t * 5)
tortuecadi.forward(t * 20)
for j in range(6):
trait(tortuecadi, m, 1, t)
tortuecadi.forward(t * 5)
tortuecadi.forward(t * 5)
tortuecadi.end_fill()
#Barre verticales
barre(tortuecadi, -40, 75, 172, t, m)
barre(tortuecadi, -100, 72, 181, t, m)
barre(tortuecadi, -162, 69, 189, t, m, 5 - 5 * m)
barre(tortuecadi, -220, 65, 195, t, m, 5 - 5 * m)
barre(tortuecadi, -280, 62, 200, t, m, 5 - 5 * m)
#Roue arrière
tortuecadi.fillcolor('#302F2B')
tortuecadi.up()
tortuecadi.backward(10 * t)
tortuecadi.right(90 * m)
tortuecadi.forward(160 * t * m)
tortuecadi.left(95 * m)
tortuecadi.right(90 + 90 * -m)
tortuecadi.down()
tortuecadi.begin_fill()
tortuecadi.circle(m * t * -23, 300)
tortuecadi.end_fill()
tortuecadi.up()
tortuecadi.forward(t * 14)
tortuecadi.left(m * 90)
tortuecadi.forward(t * -19)
tortuecadi.right(m * 170)
tortuecadi.down()
tortuecadi.fillcolor('#B2B2B2')
tortuecadi.begin_fill()
tortuecadi.circle(m * t * -14, 275)
tortuecadi.end_fill()
tortuecadi.up()
tortuecadi.forward(t * 29)
tortuecadi.left(m * 105)
tortuecadi.forward(t * 17)
tortuecadi.down()
tortuecadi.left(m * 22)
tortuecadi.fillcolor('#787566')
tortuecadi.begin_fill()
tortuecadi.left(m * 30)
tortuecadi.circle(m * t * 7, 40)
tortuecadi.forward(t * 20)
tortuecadi.left(m * 47)
tortuecadi.circle(m * t * 50, 35)
tortuecadi.circle(m * t * 5, 160)
tortuecadi.right(m * 25)
tortuecadi.circle(m * t * -50, 35)
tortuecadi.left(m * 90)
tortuecadi.forward(t * 20)
tortuecadi.end_fill()
tortuecadi.up()
tortuecadi.backward(t * 15)
tortuecadi.left(m * 90)
tortuecadi.forward(t * 26)
tortuecadi.down()
tortuecadi.fillcolor('#5B5335')
tortuecadi.begin_fill()
tortuecadi.circle(m * t * 4, 360)
tortuecadi.end_fill()
tortuecadi.up()
tortuecadi.setheading(0)
tortuecadi.backward(m * t * 250)
tortuecadi.left(90 * m)
tortuecadi.forward(13 * m * t)
tortuecadi.right(85 * m)
tortuecadi.down()
#Roue avant
tortuecadi.fillcolor('#302F2B')
tortuecadi.begin_fill()
tortuecadi.right(90 + 90 * -m)
tortuecadi.up()
tortuecadi.down()
tortuecadi.circle(m * t * -23, 300)
tortuecadi.end_fill()
tortuecadi.up()
tortuecadi.forward(t * 14)
tortuecadi.left(m * 90)
tortuecadi.forward(t * -19)
tortuecadi.right(m * 170)
tortuecadi.down()
tortuecadi.fillcolor('#B2B2B2')
tortuecadi.begin_fill()
tortuecadi.circle(m * t * -14, 275)
tortuecadi.end_fill()
tortuecadi.up()
tortuecadi.forward(t * 29)
tortuecadi.left(m * 105)
tortuecadi.forward(t * 17)
tortuecadi.down()
tortuecadi.left(m * 22)
tortuecadi.fillcolor('#787566')
tortuecadi.begin_fill()
tortuecadi.left(m * 30)
tortuecadi.circle(m * t * 7, 40)
tortuecadi.forward(t * 20)
tortuecadi.left(m * 47)
tortuecadi.circle(m * t * 50, 35)
tortuecadi.circle(m * t * 5, 160)
tortuecadi.right(m * 25)
tortuecadi.circle(m * t * -50, 35)
tortuecadi.left(m * 90)
tortuecadi.forward(t * 20)
tortuecadi.end_fill()
tortuecadi.up()
tortuecadi.backward(t * 15)
tortuecadi.left(m * 90)
tortuecadi.forward(t * 26)
tortuecadi.down()
tortuecadi.fillcolor('#5B5335')
tortuecadi.begin_fill()
tortuecadi.circle(m * t * 4, 360)
tortuecadi.end_fill()
update()