Статья Автор: Белошейкин Кирилл

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import turtle as tr
def paint(scom, t,m):
  kom = scom.split()
  for k in kom :
    if k == 'U': t.up()
    elif k == 'D': t.down()
    elif k == 'L': t.left(90)
    elif k == 'R': t.right(90)
    elif k[0] == 'F': t.forward(int(k[1:])*m)
    elif k[0] == 'L': t.left(int(k[1:]))
    elif k[0] == 'R': t.right(int(k[1:]))
m = 15
n = 30
'''
t = tr.Pen()
t.color('gray'); t.speed(0)
s = 'D F10 R '
paint(s*4,t,m)
paint(s*4,t,2*m)
'''

'''
t.up(); t.goto((-n*m,-n*m))
ss = 'D' +s*n + 'F1 R' + s*n
paint(ss,t,m)
tr.done()
'''
tt = tr.Pen()
tt.color('red'); tt.width(5); tt.speed(10)
s1 = "F16 R45 F8 R135"
paint('U F5 L F-9 D',tt,m)
paint('R315'+s1*7,tt,m)
tr.done()

t = tr.Pen()
t.color('gray'); t.speed(0)
t.up(); t.goto((-n*m,-n*m))
s = f"F{2*n} L F1 L F{2 * n} R F1 R"
ss = 'D' + s*n + 'F1 R' + s*n
paint(ss,t,m)
tr.done()

import turtle as tr
def paint(scom, t, m):
  kom = scom.split()
  for k in kom :
    if k == 'U' :t.up()
    if k == 'D' :t.down
    if k == 'L' :t.left(90)
    if k == 'R' :t.right(90)
    if k[0] == 'F' :t.forward(int(k[1:])*m)
m = 15
n = 15
t = tr.Pen()
t.color('gray'); t.speed(0)
t.up(); t.goto((-n*m, -n*m)); t.down()
s = f'F{2*n} L F1 L F{2*n} R F1 R '
ss = 'D ' + s*n + 'F1 R ' + s*n
t.fillcolor('beige')
t.begin_fill()
paint(ss + f"F{2*n} R F{2*n}",t,m)
t.end_fill()
tr.done()


import turtle as tr

def paint(scom, t, m):
    kom = scom.split()
    for k in kom:
        if k == 'U':
            t.up()
        elif k == 'D':
            t.down()
        elif k == 'L':
            t.left(90)
        elif k == 'R':
            t.right(90)
        elif k[0] == 'F' and len(k) > 1 and k[1:].isdigit():
            t.forward(int(k[1:]) * m)
        elif k[0] == 'F':
            t.forward(m)
        elif k[0] == 'L' and len(k) > 1 and k[1:].isdigit():
            t.left(int(k[1:]))
        elif k[0] == 'R' and len(k) > 1 and k[1:].isdigit():
            t.right(int(k[1:]))

m = 15
n = 15

t = tr.Pen()
t.color('gray')
t.speed(0)

s = 'D F10 R'
paint(s * 4, t, m)
paint(s * 4, t, 2 * m)

t.up()
t.goto(-n * m, -n * m)
ss = 'D ' + s * n + ' F1 R ' + s * n
paint(ss, t, m)

tt = tr.Pen()
tt.color('red')
tt.width(5)
tt.speed(10)

sl = 'F16 R45 F8 R135'
paint('U F5 L F9 D', tt, m)
paint('R315 ' + sl * 7, tt, m)

t = tr.Pen()
t.color('gray')
t.speed(0)

t.up()
t.goto(-n * m, -n * m)
s = f'F{2 * n} L F1 L F{2 * n} R F1 R'
ss = 'D ' + s * n + ' F1 R ' + s * n
paint(ss, t, m)

tr.done()

import turtle as tr

def a(s, t, m):
    k = s.split()
    for i in k:
        if not i: 
            continue
        cmd = i[0]
        val = i[1:]
        if cmd == 'U':
            t.up()
        elif cmd == 'D':
            t.down()
        elif cmd == 'L':
            angle = int(val) if val.isdigit() else 90
            t.left(angle)
        elif cmd == 'R':
            angle = int(val) if val.isdigit() else 90
            t.right(angle)
        elif cmd == 'F':
            dist = int(val) if val.isdigit() else 1
            t.forward(dist * m)

b = 15
c = 15

t = tr.Pen()
t.color('gray')
t.speed(0)
t.up()
t.goto(-c*b, -c*b)
t.down()

s = f'F{2*c} L F1 L F{2*c} R F1 R'
ss = 'D ' + s*c + f'F1 R ' + s*c

t.fillcolor('beige')
t.begin_fill()
a(ss + f"F{2*c} R F{2*c}", t, b)
t.end_fill()

t.color('black')
t.width(5)
t.speed(3)
t.up()
t.home()
t.down()

cmd = ""
cmd += "D L90 F10 U "
cmd += "R150 D F10 U "
cmd += "L60 D F10 U "
cmd += "R150 "

for _ in range(36):
    cmd += "D F2 R10 U "

a(cmd, t, b/3)

t.hideturtle()
tr.done()

import turtle as tr
def paint(scom, t, m):
  kom = scom.split()
  for k in kom :
    if k == 'U' :t.up()
    if k == 'D' :t.down
    if k == 'L' :t.left(90)
    if k == 'R' :t.right(90)
    if k[0] == 'F' :t.forward(int(k[1:])*m)
m = 15
n = 15
t = tr.Pen()
t.color('gray'); t.speed(0)
t.up(); t.goto((-n*m, -n*m)); t.down()
s = f'F{2*n} L F1 L F{2*n} R F1 R '
ss = 'D ' + s*n + 'F1 R ' + s*n
t.fillcolor('beige')
t.begin_fill()
paint(ss + f"F{2*n} R F{2*n}",t,m)
t.end_fill()

import turtle
t1 = turtle.Turtle()
t1.rt(90)
t1.fd(100)
t1.lt(90)
t1.speed(2)

t1.color("black")
t1.width(6)
t1.circle(150)
t1.lt(90)
t1.up()
t1.width(5)
t1.fd(150)
t1.down()
t1.fd(150)
t1.up()
t1.fd(-150)
t1.lt(120)
t1.down()
t1.fd(150)
t1.up()
t1.fd(-150)
t1.lt(120)
t1.down()
t1.fd(150)
t1.up()
t1.fd(-150)
t1.lt(120)


turtle.done()
tr.done()

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