Статья Автор: Михан Сергей

Моя черепашка Максим часть 1

нарисовать треугольник ABC

import turtle as tr
t1 = tr.Pen()
A=(-150,-150)
AB=(100,200)
AD=(200,100)
B=(A[0]+AB[0],A[1]+AB[1])
D=(A[0]+AD[0],A[1]+AD[1])
K=(D[0]+AB[0],D[1]+AB[1])
KOL = A,B,K,D
t1.up()
t1.goto(A)
t1.down()
t1.goto(B)
t1.goto(K)
t1.goto(D)
t1.goto(A)
def keyline(dif,k):
  for i in range(1,len(dif)):
    a = dif[i-2]
    b = dif[i]
    k.goto(a)
    k.goto(b)
keyline(KOL,t1)
t1.up()
t1.goto(200,200)
A = (200,200)
AB = (230,240)
AD = (240,-230)
B=(A[0]+AB[0],A[1]+AB[1])
D=(A[0]+AD[0],A[1]+AD[1])
K=(D[0]+AB[0],D[1]+AB[1])
t1.up()
t1.goto(A)
t1.down()
t1.goto(B)
t1.goto(K)
t1.goto(D)
t1.goto(A)
tr.done()

def inne(dots,t):
  t.up(); t.goto(dots[0]);t.down()
  for d in dots:
    t.goto(d);t.dot(5)
import turtle as tr
t1 = tr.Pen()
A,B,C,D,E,F=(0,0),(100,200),(200,100),(200,0),(20,-50),(0,0)
ABCDEF=(A,B,C,D,E,F)
inne(ABCDEF,t1)
def keyline(dif,k):
  for i in range(1,len(dif)):
    a = dif[i-2]
    b = dif[i]
    k.goto(a)
    k.goto(b)
keyline(ABCDEF,t1)
tr.done()

import turtle as tr
t1 = tr.Pen()
A = (0,0)
b= (50,150)
c = (150,50)
k = 10
d = (b[0]+c[0]-A[0],b[1]+c[1]-A[0])
t1.goto(b);t1.goto(d);t1.goto(c);t1.goto(A)
def line(m,n,t,r=0):
  t.up();t.goto(m);t.down()
  if r%2==0:
    t.goto(n)
    return
  
  l=((m[0]-n[0])**2+(m[1]-n[1])**2)**0.5
  sh = r
  N=int(l/sh)
  if N%2==0: N+=1
  for i in range(1,N+1):
    g = ((m[0]*(N-i)+n[0]*(i))/N,(m[1]*(N-i)+n[1]*(i))/N)
    if i % 2==1:t.down()
    t.goto(g);t.up() 
    
         
line(A,d,t1,14)




tr.done()

def maksim(A1,B1,t,m=1):
  A=(A1[0]*m,A1[1]*m)
  B=(B1[0]*m,B1[1]*m)
  t.up();t.goto(A)
  t.down();t.goto(B)
def supermaksim(s,A,m,t,b=(0,0)):
  t.up();t.goto((A[0]*m,A[1]*m))
  t.write(s,font=('Arial',m,'bold'))
import turtle as tr

t1 = tr.Pen()
t1.speed(0)
t1.pensize(3)
t1.pencolor('red')
a=(0,0)
b=(1,2)
c=(3,3)
d=(2,1)
t2 = t1.clone()
t2.pensize(1)
t2.pencolor('blue')
t3 = t1.clone()
t3.pencolor('gray')
mm = 44
maksim(a,b,t1,mm)
maksim(b,c,t1,mm)
maksim(c,d,t1,mm)
maksim(d,a,t1,mm)
maksim(a,c,t2,mm)
maksim(b,d,t2,mm)
A2=(0,0)
B2=(10,10)
for x in range(A2[0],B2[0]+1):
  maksim((x,A2[1]),(x,B2[1]),t3,mm)
for y in range(A2[1],B2[1]+1):
  maksim((A2[0],y),(B2[0],y),t3,mm)
supermaksim('С',c,mm,t1)
supermaksim('А',a,mm,t1)
supermaksim('D',d,mm,t1)
supermaksim('B',b,mm,t1)
tr.done()

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