Hướng dẫn draw ellipse in python turtle - vẽ hình elip trong trăn rùa

Question

Cải thiện bài viết

Nội dung chính Show

Bạn có thể làm một hình bầu dục trong Rùa Python?
Được sử dụng để tạo ra một hình elip trong Python?
Rùa rùa () trong Python là gì?

Lưu bài viết

Điều kiện tiên quyết: Khái niệm cơ bản lập trình rùa Turtle Programming Basics

Rùa là một mô -đun sẵn có trong Python. Nó cung cấp bản vẽ bằng màn hình (bìa cứng) và rùa (PEN). Để vẽ một cái gì đó trên màn hình, chúng ta cần di chuyển con rùa (bút). Để di chuyển rùa, có một số chức năng, tức là tiến (), lùi (), v.v. is an inbuilt module in Python. It provides drawing using a screen (cardboard) and turtle (pen). To draw something on the screen, we need to move the turtle (pen). To move turtle, there are some functions i.e forward(), backward(), etc.

Approach:

Các bước sau được sử dụng:

Nhập Rùa
Chia hình elip thành bốn vòng cung
Xác định một phương pháp để tạo thành các cung này theo cặp
Gọi chức năng.

Dưới đây là việc thực hiện:

Python3

import turtle

def draw(rad):

‘

  import turtle
  import math
  def ellipse(a, b, h=None, k=None, angle=None, angle_unit=None):
     myturtle = turtle.Turtle()
     if h is None:
       h = 0
     if k is None:
       k = 0
    # Angle unit can be degree or radian
     if angle is None:
       angle = 360
       converted_angle = angle*0.875
     if angle_unit == 'd' or angle_unit is None:
       converted_angle = angle * 0.875
     # We are multiplying by 0.875 because for making a complete ellipse we are plotting 315 pts according
     # to our parametric angle value
     elif angle_unit == "r":
       converted_angle = (angle * 0.875 * (180/math.pi))
     # Converting radian to degrees.
    for i in range(int(converted_angle)+1):
       if i == 0:
         myturtle.up()
       else:
         myturtle.down()
       myturtle.setposition(h+a*math.cos(i/50), k+b*math.sin(i/50))
   turtle.done()

6

  import turtle
  import math
  def ellipse(a, b, h=None, k=None, angle=None, angle_unit=None):
     myturtle = turtle.Turtle()
     if h is None:
       h = 0
     if k is None:
       k = 0
    # Angle unit can be degree or radian
     if angle is None:
       angle = 360
       converted_angle = angle*0.875
     if angle_unit == 'd' or angle_unit is None:
       converted_angle = angle * 0.875
     # We are multiplying by 0.875 because for making a complete ellipse we are plotting 315 pts according
     # to our parametric angle value
     elif angle_unit == "r":
       converted_angle = (angle * 0.875 * (180/math.pi))
     # Converting radian to degrees.
    for i in range(int(converted_angle)+1):
       if i == 0:
         myturtle.up()
       else:
         myturtle.down()
       myturtle.setposition(h+a*math.cos(i/50), k+b*math.sin(i/50))
   turtle.done()

7

  import turtle
  import math
  def ellipse(a, b, h=None, k=None, angle=None, angle_unit=None):
     myturtle = turtle.Turtle()
     if h is None:
       h = 0
     if k is None:
       k = 0
    # Angle unit can be degree or radian
     if angle is None:
       angle = 360
       converted_angle = angle*0.875
     if angle_unit == 'd' or angle_unit is None:
       converted_angle = angle * 0.875
     # We are multiplying by 0.875 because for making a complete ellipse we are plotting 315 pts according
     # to our parametric angle value
     elif angle_unit == "r":
       converted_angle = (angle * 0.875 * (180/math.pi))
     # Converting radian to degrees.
    for i in range(int(converted_angle)+1):
       if i == 0:
         myturtle.up()
       else:
         myturtle.down()
       myturtle.setposition(h+a*math.cos(i/50), k+b*math.sin(i/50))
   turtle.done()

8

  import turtle
  import math
  def ellipse(a, b, h=None, k=None, angle=None, angle_unit=None):
     myturtle = turtle.Turtle()
     if h is None:
       h = 0
     if k is None:
       k = 0
    # Angle unit can be degree or radian
     if angle is None:
       angle = 360
       converted_angle = angle*0.875
     if angle_unit == 'd' or angle_unit is None:
       converted_angle = angle * 0.875
     # We are multiplying by 0.875 because for making a complete ellipse we are plotting 315 pts according
     # to our parametric angle value
     elif angle_unit == "r":
       converted_angle = (angle * 0.875 * (180/math.pi))
     # Converting radian to degrees.
    for i in range(int(converted_angle)+1):
       if i == 0:
         myturtle.up()
       else:
         myturtle.down()
       myturtle.setposition(h+a*math.cos(i/50), k+b*math.sin(i/50))
   turtle.done()

9

  import turtle
  import math
  def ellipse(a, b, h=None, k=None, angle=None, angle_unit=None):
     myturtle = turtle.Turtle()
     if h is None:
       h = 0
     if k is None:
       k = 0
    # Angle unit can be degree or radian
     if angle is None:
       angle = 360
       converted_angle = angle*0.875
     if angle_unit == 'd' or angle_unit is None:
       converted_angle = angle * 0.875
     # We are multiplying by 0.875 because for making a complete ellipse we are plotting 315 pts according
     # to our parametric angle value
     elif angle_unit == "r":
       converted_angle = (angle * 0.875 * (180/math.pi))
     # Converting radian to degrees.
    for i in range(int(converted_angle)+1):
       if i == 0:
         myturtle.up()
       else:
         myturtle.down()
       myturtle.setposition(h+a*math.cos(i/50), k+b*math.sin(i/50))
   turtle.done()

6

shape("circle")
shapesize(5,4,1)
fillcolor("white")

1

shape("circle")
shapesize(5,4,1)
fillcolor("white")

222222222225

shape("circle")
shapesize(5,4,1)
fillcolor("white")

8

shape("circle")
shapesize(5,4,1)
fillcolor("white")

9

#you can create circle or ellipse by changing value of parameter of oval=canvas.create_oval(10,15,200,150)
from Tkinter import *
top=Tk()`
canvas=Canvas(top,width=200,height=200)
canvas.pack()
oval=canvas.create_oval(10,15,200,150)
top.mainloop()

0

  import turtle
  import math
  def ellipse(a, b, h=None, k=None, angle=None, angle_unit=None):
     myturtle = turtle.Turtle()
     if h is None:
       h = 0
     if k is None:
       k = 0
    # Angle unit can be degree or radian
     if angle is None:
       angle = 360
       converted_angle = angle*0.875
     if angle_unit == 'd' or angle_unit is None:
       converted_angle = angle * 0.875
     # We are multiplying by 0.875 because for making a complete ellipse we are plotting 315 pts according
     # to our parametric angle value
     elif angle_unit == "r":
       converted_angle = (angle * 0.875 * (180/math.pi))
     # Converting radian to degrees.
    for i in range(int(converted_angle)+1):
       if i == 0:
         myturtle.up()
       else:
         myturtle.down()
       myturtle.setposition(h+a*math.cos(i/50), k+b*math.sin(i/50))
   turtle.done()

9

#you can create circle or ellipse by changing value of parameter of oval=canvas.create_oval(10,15,200,150)
from Tkinter import *
top=Tk()`
canvas=Canvas(top,width=200,height=200)
canvas.pack()
oval=canvas.create_oval(10,15,200,150)
top.mainloop()

2

#you can create circle or ellipse by changing value of parameter of oval=canvas.create_oval(10,15,200,150)
from Tkinter import *
top=Tk()`
canvas=Canvas(top,width=200,height=200)
canvas.pack()
oval=canvas.create_oval(10,15,200,150)
top.mainloop()

3

  import turtle
  import math
  def ellipse(a, b, h=None, k=None, angle=None, angle_unit=None):
     myturtle = turtle.Turtle()
     if h is None:
       h = 0
     if k is None:
       k = 0
    # Angle unit can be degree or radian
     if angle is None:
       angle = 360
       converted_angle = angle*0.875
     if angle_unit == 'd' or angle_unit is None:
       converted_angle = angle * 0.875
     # We are multiplying by 0.875 because for making a complete ellipse we are plotting 315 pts according
     # to our parametric angle value
     elif angle_unit == "r":
       converted_angle = (angle * 0.875 * (180/math.pi))
     # Converting radian to degrees.
    for i in range(int(converted_angle)+1):
       if i == 0:
         myturtle.up()
       else:
         myturtle.down()
       myturtle.setposition(h+a*math.cos(i/50), k+b*math.sin(i/50))
   turtle.done()

9

Đầu ra:

Vẽ thiết kế bằng hình elip

Các bước sau được sử dụng:

Nhập Rùa
Chia hình elip thành bốn vòng cung
Chia hình elip thành bốn vòng cung
Xác định một phương pháp để tạo thành các cung này theo cặp
Gọi chức năng.

Dưới đây là việc thực hiện:

Python3

import turtle

def draw(rad):

‘

turtle0

  import turtle
  import math
  def ellipse(a, b, h=None, k=None, angle=None, angle_unit=None):
     myturtle = turtle.Turtle()
     if h is None:
       h = 0
     if k is None:
       k = 0
    # Angle unit can be degree or radian
     if angle is None:
       angle = 360
       converted_angle = angle*0.875
     if angle_unit == 'd' or angle_unit is None:
       converted_angle = angle * 0.875
     # We are multiplying by 0.875 because for making a complete ellipse we are plotting 315 pts according
     # to our parametric angle value
     elif angle_unit == "r":
       converted_angle = (angle * 0.875 * (180/math.pi))
     # Converting radian to degrees.
    for i in range(int(converted_angle)+1):
       if i == 0:
         myturtle.up()
       else:
         myturtle.down()
       myturtle.setposition(h+a*math.cos(i/50), k+b*math.sin(i/50))
   turtle.done()

7

  import turtle
  import math
  def ellipse(a, b, h=None, k=None, angle=None, angle_unit=None):
     myturtle = turtle.Turtle()
     if h is None:
       h = 0
     if k is None:
       k = 0
    # Angle unit can be degree or radian
     if angle is None:
       angle = 360
       converted_angle = angle*0.875
     if angle_unit == 'd' or angle_unit is None:
       converted_angle = angle * 0.875
     # We are multiplying by 0.875 because for making a complete ellipse we are plotting 315 pts according
     # to our parametric angle value
     elif angle_unit == "r":
       converted_angle = (angle * 0.875 * (180/math.pi))
     # Converting radian to degrees.
    for i in range(int(converted_angle)+1):
       if i == 0:
         myturtle.up()
       else:
         myturtle.down()
       myturtle.setposition(h+a*math.cos(i/50), k+b*math.sin(i/50))
   turtle.done()

8

  import turtle
  import math
  def ellipse(a, b, h=None, k=None, angle=None, angle_unit=None):
     myturtle = turtle.Turtle()
     if h is None:
       h = 0
     if k is None:
       k = 0
    # Angle unit can be degree or radian
     if angle is None:
       angle = 360
       converted_angle = angle*0.875
     if angle_unit == 'd' or angle_unit is None:
       converted_angle = angle * 0.875
     # We are multiplying by 0.875 because for making a complete ellipse we are plotting 315 pts according
     # to our parametric angle value
     elif angle_unit == "r":
       converted_angle = (angle * 0.875 * (180/math.pi))
     # Converting radian to degrees.
    for i in range(int(converted_angle)+1):
       if i == 0:
         myturtle.up()
       else:
         myturtle.down()
       myturtle.setposition(h+a*math.cos(i/50), k+b*math.sin(i/50))
   turtle.done()

9

turtle0

shape("circle")
shapesize(5,4,1)
fillcolor("white")

1

shape("circle")
shapesize(5,4,1)
fillcolor("white")

2

shape("circle")
shapesize(5,4,1)
fillcolor("white")

2

  import turtle
  import math
  def ellipse(a, b, h=None, k=None, angle=None, angle_unit=None):
     myturtle = turtle.Turtle()
     if h is None:
       h = 0
     if k is None:
       k = 0
    # Angle unit can be degree or radian
     if angle is None:
       angle = 360
       converted_angle = angle*0.875
     if angle_unit == 'd' or angle_unit is None:
       converted_angle = angle * 0.875
     # We are multiplying by 0.875 because for making a complete ellipse we are plotting 315 pts according
     # to our parametric angle value
     elif angle_unit == "r":
       converted_angle = (angle * 0.875 * (180/math.pi))
     # Converting radian to degrees.
    for i in range(int(converted_angle)+1):
       if i == 0:
         myturtle.up()
       else:
         myturtle.down()
       myturtle.setposition(h+a*math.cos(i/50), k+b*math.sin(i/50))
   turtle.done()

4

shape("circle")
shapesize(5,4,1)
fillcolor("white")

5

  import turtle
  import math
  def ellipse(a, b, h=None, k=None, angle=None, angle_unit=None):
     myturtle = turtle.Turtle()
     if h is None:
       h = 0
     if k is None:
       k = 0
    # Angle unit can be degree or radian
     if angle is None:
       angle = 360
       converted_angle = angle*0.875
     if angle_unit == 'd' or angle_unit is None:
       converted_angle = angle * 0.875
     # We are multiplying by 0.875 because for making a complete ellipse we are plotting 315 pts according
     # to our parametric angle value
     elif angle_unit == "r":
       converted_angle = (angle * 0.875 * (180/math.pi))
     # Converting radian to degrees.
    for i in range(int(converted_angle)+1):
       if i == 0:
         myturtle.up()
       else:
         myturtle.down()
       myturtle.setposition(h+a*math.cos(i/50), k+b*math.sin(i/50))
   turtle.done()

8

  import turtle
  import math
  def ellipse(a, b, h=None, k=None, angle=None, angle_unit=None):
     myturtle = turtle.Turtle()
     if h is None:
       h = 0
     if k is None:
       k = 0
    # Angle unit can be degree or radian
     if angle is None:
       angle = 360
       converted_angle = angle*0.875
     if angle_unit == 'd' or angle_unit is None:
       converted_angle = angle * 0.875
     # We are multiplying by 0.875 because for making a complete ellipse we are plotting 315 pts according
     # to our parametric angle value
     elif angle_unit == "r":
       converted_angle = (angle * 0.875 * (180/math.pi))
     # Converting radian to degrees.
    for i in range(int(converted_angle)+1):
       if i == 0:
         myturtle.up()
       else:
         myturtle.down()
       myturtle.setposition(h+a*math.cos(i/50), k+b*math.sin(i/50))
   turtle.done()

9

def2def3

shape("circle")
shapesize(5,4,1)
fillcolor("white")

5def3

  import turtle
  import math
  def ellipse(a, b, h=None, k=None, angle=None, angle_unit=None):
     myturtle = turtle.Turtle()
     if h is None:
       h = 0
     if k is None:
       k = 0
    # Angle unit can be degree or radian
     if angle is None:
       angle = 360
       converted_angle = angle*0.875
     if angle_unit == 'd' or angle_unit is None:
       converted_angle = angle * 0.875
     # We are multiplying by 0.875 because for making a complete ellipse we are plotting 315 pts according
     # to our parametric angle value
     elif angle_unit == "r":
       converted_angle = (angle * 0.875 * (180/math.pi))
     # Converting radian to degrees.
    for i in range(int(converted_angle)+1):
       if i == 0:
         myturtle.up()
       else:
         myturtle.down()
       myturtle.setposition(h+a*math.cos(i/50), k+b*math.sin(i/50))
   turtle.done()

9

def7def8

  import turtle
  import math
  def ellipse(a, b, h=None, k=None, angle=None, angle_unit=None):
     myturtle = turtle.Turtle()
     if h is None:
       h = 0
     if k is None:
       k = 0
    # Angle unit can be degree or radian
     if angle is None:
       angle = 360
       converted_angle = angle*0.875
     if angle_unit == 'd' or angle_unit is None:
       converted_angle = angle * 0.875
     # We are multiplying by 0.875 because for making a complete ellipse we are plotting 315 pts according
     # to our parametric angle value
     elif angle_unit == "r":
       converted_angle = (angle * 0.875 * (180/math.pi))
     # Converting radian to degrees.
    for i in range(int(converted_angle)+1):
       if i == 0:
         myturtle.up()
       else:
         myturtle.down()
       myturtle.setposition(h+a*math.cos(i/50), k+b*math.sin(i/50))
   turtle.done()

9

  import turtle
  import math
  def ellipse(a, b, h=None, k=None, angle=None, angle_unit=None):
     myturtle = turtle.Turtle()
     if h is None:
       h = 0
     if k is None:
       k = 0
    # Angle unit can be degree or radian
     if angle is None:
       angle = 360
       converted_angle = angle*0.875
     if angle_unit == 'd' or angle_unit is None:
       converted_angle = angle * 0.875
     # We are multiplying by 0.875 because for making a complete ellipse we are plotting 315 pts according
     # to our parametric angle value
     elif angle_unit == "r":
       converted_angle = (angle * 0.875 * (180/math.pi))
     # Converting radian to degrees.
    for i in range(int(converted_angle)+1):
       if i == 0:
         myturtle.up()
       else:
         myturtle.down()
       myturtle.setposition(h+a*math.cos(i/50), k+b*math.sin(i/50))
   turtle.done()

6

shape("circle")
shapesize(5,4,1)
fillcolor("white")

1

shape("circle")
shapesize(5,4,1)
fillcolor("white")

222222222225

1 2

shape("circle")
shapesize(5,4,1)
fillcolor("white")

5 4 5

6

#you can create circle or ellipse by changing value of parameter of oval=canvas.create_oval(10,15,200,150)
from Tkinter import *
top=Tk()`
canvas=Canvas(top,width=200,height=200)
canvas.pack()
oval=canvas.create_oval(10,15,200,150)
top.mainloop()

8 8

9

#you can create circle or ellipse by changing value of parameter of oval=canvas.create_oval(10,15,200,150)
from Tkinter import *
top=Tk()`
canvas=Canvas(top,width=200,height=200)
canvas.pack()
oval=canvas.create_oval(10,15,200,150)
top.mainloop()

8for1

for2

#you can create circle or ellipse by changing value of parameter of oval=canvas.create_oval(10,15,200,150)
from Tkinter import *
top=Tk()`
canvas=Canvas(top,width=200,height=200)
canvas.pack()
oval=canvas.create_oval(10,15,200,150)
top.mainloop()

3

  import turtle
  import math
  def ellipse(a, b, h=None, k=None, angle=None, angle_unit=None):
     myturtle = turtle.Turtle()
     if h is None:
       h = 0
     if k is None:
       k = 0
    # Angle unit can be degree or radian
     if angle is None:
       angle = 360
       converted_angle = angle*0.875
     if angle_unit == 'd' or angle_unit is None:
       converted_angle = angle * 0.875
     # We are multiplying by 0.875 because for making a complete ellipse we are plotting 315 pts according
     # to our parametric angle value
     elif angle_unit == "r":
       converted_angle = (angle * 0.875 * (180/math.pi))
     # Converting radian to degrees.
    for i in range(int(converted_angle)+1):
       if i == 0:
         myturtle.up()
       else:
         myturtle.down()
       myturtle.setposition(h+a*math.cos(i/50), k+b*math.sin(i/50))
   turtle.done()

9

Đầu ra:

  import turtle
  import math
  def ellipse(a, b, h=None, k=None, angle=None, angle_unit=None):
     myturtle = turtle.Turtle()
     if h is None:
       h = 0
     if k is None:
       k = 0
    # Angle unit can be degree or radian
     if angle is None:
       angle = 360
       converted_angle = angle*0.875
     if angle_unit == 'd' or angle_unit is None:
       converted_angle = angle * 0.875
     # We are multiplying by 0.875 because for making a complete ellipse we are plotting 315 pts according
     # to our parametric angle value
     elif angle_unit == "r":
       converted_angle = (angle * 0.875 * (180/math.pi))
     # Converting radian to degrees.
    for i in range(int(converted_angle)+1):
       if i == 0:
         myturtle.up()
       else:
         myturtle.down()
       myturtle.setposition(h+a*math.cos(i/50), k+b*math.sin(i/50))
   turtle.done()

6

shape("circle")
shapesize(5,4,1)
fillcolor("white")

8

shape("circle")
shapesize(5,4,1)
fillcolor("white")

9

  import turtle
  import math
  def ellipse(a, b, h=None, k=None, angle=None, angle_unit=None):
     myturtle = turtle.Turtle()
     if h is None:
       h = 0
     if k is None:
       k = 0
    # Angle unit can be degree or radian
     if angle is None:
       angle = 360
       converted_angle = angle*0.875
     if angle_unit == 'd' or angle_unit is None:
       converted_angle = angle * 0.875
     # We are multiplying by 0.875 because for making a complete ellipse we are plotting 315 pts according
     # to our parametric angle value
     elif angle_unit == "r":
       converted_angle = (angle * 0.875 * (180/math.pi))
     # Converting radian to degrees.
    for i in range(int(converted_angle)+1):
       if i == 0:
         myturtle.up()
       else:
         myturtle.down()
       myturtle.setposition(h+a*math.cos(i/50), k+b*math.sin(i/50))
   turtle.done()

05

  import turtle
  import math
  def ellipse(a, b, h=None, k=None, angle=None, angle_unit=None):
     myturtle = turtle.Turtle()
     if h is None:
       h = 0
     if k is None:
       k = 0
    # Angle unit can be degree or radian
     if angle is None:
       angle = 360
       converted_angle = angle*0.875
     if angle_unit == 'd' or angle_unit is None:
       converted_angle = angle * 0.875
     # We are multiplying by 0.875 because for making a complete ellipse we are plotting 315 pts according
     # to our parametric angle value
     elif angle_unit == "r":
       converted_angle = (angle * 0.875 * (180/math.pi))
     # Converting radian to degrees.
    for i in range(int(converted_angle)+1):
       if i == 0:
         myturtle.up()
       else:
         myturtle.down()
       myturtle.setposition(h+a*math.cos(i/50), k+b*math.sin(i/50))
   turtle.done()

6

  import turtle
  import math
  def ellipse(a, b, h=None, k=None, angle=None, angle_unit=None):
     myturtle = turtle.Turtle()
     if h is None:
       h = 0
     if k is None:
       k = 0
    # Angle unit can be degree or radian
     if angle is None:
       angle = 360
       converted_angle = angle*0.875
     if angle_unit == 'd' or angle_unit is None:
       converted_angle = angle * 0.875
     # We are multiplying by 0.875 because for making a complete ellipse we are plotting 315 pts according
     # to our parametric angle value
     elif angle_unit == "r":
       converted_angle = (angle * 0.875 * (180/math.pi))
     # Converting radian to degrees.
    for i in range(int(converted_angle)+1):
       if i == 0:
         myturtle.up()
       else:
         myturtle.down()
       myturtle.setposition(h+a*math.cos(i/50), k+b*math.sin(i/50))
   turtle.done()

07

Vẽ thiết kế bằng hình elip

turtle0 9

#you can create circle or ellipse by changing value of parameter of oval=canvas.create_oval(10,15,200,150)
from Tkinter import *
top=Tk()`
canvas=Canvas(top,width=200,height=200)
canvas.pack()
oval=canvas.create_oval(10,15,200,150)
top.mainloop()

8for1

  import turtle
  import math
  def ellipse(a, b, h=None, k=None, angle=None, angle_unit=None):
     myturtle = turtle.Turtle()
     if h is None:
       h = 0
     if k is None:
       k = 0
    # Angle unit can be degree or radian
     if angle is None:
       angle = 360
       converted_angle = angle*0.875
     if angle_unit == 'd' or angle_unit is None:
       converted_angle = angle * 0.875
     # We are multiplying by 0.875 because for making a complete ellipse we are plotting 315 pts according
     # to our parametric angle value
     elif angle_unit == "r":
       converted_angle = (angle * 0.875 * (180/math.pi))
     # Converting radian to degrees.
    for i in range(int(converted_angle)+1):
       if i == 0:
         myturtle.up()
       else:
         myturtle.down()
       myturtle.setposition(h+a*math.cos(i/50), k+b*math.sin(i/50))
   turtle.done()

6

  import turtle
  import math
  def ellipse(a, b, h=None, k=None, angle=None, angle_unit=None):
     myturtle = turtle.Turtle()
     if h is None:
       h = 0
     if k is None:
       k = 0
    # Angle unit can be degree or radian
     if angle is None:
       angle = 360
       converted_angle = angle*0.875
     if angle_unit == 'd' or angle_unit is None:
       converted_angle = angle * 0.875
     # We are multiplying by 0.875 because for making a complete ellipse we are plotting 315 pts according
     # to our parametric angle value
     elif angle_unit == "r":
       converted_angle = (angle * 0.875 * (180/math.pi))
     # Converting radian to degrees.
    for i in range(int(converted_angle)+1):
       if i == 0:
         myturtle.up()
       else:
         myturtle.down()
       myturtle.setposition(h+a*math.cos(i/50), k+b*math.sin(i/50))
   turtle.done()

20

  import turtle
  import math
  def ellipse(a, b, h=None, k=None, angle=None, angle_unit=None):
     myturtle = turtle.Turtle()
     if h is None:
       h = 0
     if k is None:
       k = 0
    # Angle unit can be degree or radian
     if angle is None:
       angle = 360
       converted_angle = angle*0.875
     if angle_unit == 'd' or angle_unit is None:
       converted_angle = angle * 0.875
     # We are multiplying by 0.875 because for making a complete ellipse we are plotting 315 pts according
     # to our parametric angle value
     elif angle_unit == "r":
       converted_angle = (angle * 0.875 * (180/math.pi))
     # Converting radian to degrees.
    for i in range(int(converted_angle)+1):
       if i == 0:
         myturtle.up()
       else:
         myturtle.down()
       myturtle.setposition(h+a*math.cos(i/50), k+b*math.sin(i/50))
   turtle.done()

14

turtle0 9

  import turtle
  import math
  def ellipse(a, b, h=None, k=None, angle=None, angle_unit=None):
     myturtle = turtle.Turtle()
     if h is None:
       h = 0
     if k is None:
       k = 0
    # Angle unit can be degree or radian
     if angle is None:
       angle = 360
       converted_angle = angle*0.875
     if angle_unit == 'd' or angle_unit is None:
       converted_angle = angle * 0.875
     # We are multiplying by 0.875 because for making a complete ellipse we are plotting 315 pts according
     # to our parametric angle value
     elif angle_unit == "r":
       converted_angle = (angle * 0.875 * (180/math.pi))
     # Converting radian to degrees.
    for i in range(int(converted_angle)+1):
       if i == 0:
         myturtle.up()
       else:
         myturtle.down()
       myturtle.setposition(h+a*math.cos(i/50), k+b*math.sin(i/50))
   turtle.done()

24

#you can create circle or ellipse by changing value of parameter of oval=canvas.create_oval(10,15,200,150)
from Tkinter import *
top=Tk()`
canvas=Canvas(top,width=200,height=200)
canvas.pack()
oval=canvas.create_oval(10,15,200,150)
top.mainloop()

8

  import turtle
  import math
  def ellipse(a, b, h=None, k=None, angle=None, angle_unit=None):
     myturtle = turtle.Turtle()
     if h is None:
       h = 0
     if k is None:
       k = 0
    # Angle unit can be degree or radian
     if angle is None:
       angle = 360
       converted_angle = angle*0.875
     if angle_unit == 'd' or angle_unit is None:
       converted_angle = angle * 0.875
     # We are multiplying by 0.875 because for making a complete ellipse we are plotting 315 pts according
     # to our parametric angle value
     elif angle_unit == "r":
       converted_angle = (angle * 0.875 * (180/math.pi))
     # Converting radian to degrees.
    for i in range(int(converted_angle)+1):
       if i == 0:
         myturtle.up()
       else:
         myturtle.down()
       myturtle.setposition(h+a*math.cos(i/50), k+b*math.sin(i/50))
   turtle.done()

26

  import turtle
  import math
  def ellipse(a, b, h=None, k=None, angle=None, angle_unit=None):
     myturtle = turtle.Turtle()
     if h is None:
       h = 0
     if k is None:
       k = 0
    # Angle unit can be degree or radian
     if angle is None:
       angle = 360
       converted_angle = angle*0.875
     if angle_unit == 'd' or angle_unit is None:
       converted_angle = angle * 0.875
     # We are multiplying by 0.875 because for making a complete ellipse we are plotting 315 pts according
     # to our parametric angle value
     elif angle_unit == "r":
       converted_angle = (angle * 0.875 * (180/math.pi))
     # Converting radian to degrees.
    for i in range(int(converted_angle)+1):
       if i == 0:
         myturtle.up()
       else:
         myturtle.down()
       myturtle.setposition(h+a*math.cos(i/50), k+b*math.sin(i/50))
   turtle.done()

6

#you can create circle or ellipse by changing value of parameter of oval=canvas.create_oval(10,15,200,150)
from Tkinter import *
top=Tk()`
canvas=Canvas(top,width=200,height=200)
canvas.pack()
oval=canvas.create_oval(10,15,200,150)
top.mainloop()

2

  import turtle
  import math
  def ellipse(a, b, h=None, k=None, angle=None, angle_unit=None):
     myturtle = turtle.Turtle()
     if h is None:
       h = 0
     if k is None:
       k = 0
    # Angle unit can be degree or radian
     if angle is None:
       angle = 360
       converted_angle = angle*0.875
     if angle_unit == 'd' or angle_unit is None:
       converted_angle = angle * 0.875
     # We are multiplying by 0.875 because for making a complete ellipse we are plotting 315 pts according
     # to our parametric angle value
     elif angle_unit == "r":
       converted_angle = (angle * 0.875 * (180/math.pi))
     # Converting radian to degrees.
    for i in range(int(converted_angle)+1):
       if i == 0:
         myturtle.up()
       else:
         myturtle.down()
       myturtle.setposition(h+a*math.cos(i/50), k+b*math.sin(i/50))
   turtle.done()

29

  import turtle
  import math
  def ellipse(a, b, h=None, k=None, angle=None, angle_unit=None):
     myturtle = turtle.Turtle()
     if h is None:
       h = 0
     if k is None:
       k = 0
    # Angle unit can be degree or radian
     if angle is None:
       angle = 360
       converted_angle = angle*0.875
     if angle_unit == 'd' or angle_unit is None:
       converted_angle = angle * 0.875
     # We are multiplying by 0.875 because for making a complete ellipse we are plotting 315 pts according
     # to our parametric angle value
     elif angle_unit == "r":
       converted_angle = (angle * 0.875 * (180/math.pi))
     # Converting radian to degrees.
    for i in range(int(converted_angle)+1):
       if i == 0:
         myturtle.up()
       else:
         myturtle.down()
       myturtle.setposition(h+a*math.cos(i/50), k+b*math.sin(i/50))
   turtle.done()

9

Đặt màn hình

  import turtle
  import math
  def ellipse(a, b, h=None, k=None, angle=None, angle_unit=None):
     myturtle = turtle.Turtle()
     if h is None:
       h = 0
     if k is None:
       k = 0
    # Angle unit can be degree or radian
     if angle is None:
       angle = 360
       converted_angle = angle*0.875
     if angle_unit == 'd' or angle_unit is None:
       converted_angle = angle * 0.875
     # We are multiplying by 0.875 because for making a complete ellipse we are plotting 315 pts according
     # to our parametric angle value
     elif angle_unit == "r":
       converted_angle = (angle * 0.875 * (180/math.pi))
     # Converting radian to degrees.
    for i in range(int(converted_angle)+1):
       if i == 0:
         myturtle.up()
       else:
         myturtle.down()
       myturtle.setposition(h+a*math.cos(i/50), k+b*math.sin(i/50))
   turtle.done()

36

Đầu ra:

Hướng dẫn draw ellipse in python turtle - vẽ hình elip trong trăn rùa

28.2K26 Huy hiệu vàng73 Huy hiệu bạc88 Huy hiệu đồng

Đã trả lời ngày 29 tháng 9 năm 2021 lúc 23:32

Đã trả lời ngày 30 tháng 9 năm 2017 lúc 2:0528 gold badges177 silver badges234 bronze badges

Hỏi ngày 6 tháng 4 năm 2015 lúc 5:06Apr 6, 2015 at 5:06

2

Tôi đã tự làm chức năng của mình để vẽ hình bầu dục mà cá nhân tôi nghĩ là rất hữu ích:

def talloval(r):               # Verticle Oval
    turtle.left(45)
    for loop in range(2):      # Draws 2 halves of ellipse
        turtle.circle(r,90)    # Long curved part
        turtle.circle(r/2,90)  # Short curved part

def flatoval(r):               # Horizontal Oval
    turtle.right(45)
    for loop in range(2):
        turtle.circle(r,90)
        turtle.circle(r/2,90)

  import turtle
  import math
  def ellipse(a, b, h=None, k=None, angle=None, angle_unit=None):
     myturtle = turtle.Turtle()
     if h is None:
       h = 0
     if k is None:
       k = 0
    # Angle unit can be degree or radian
     if angle is None:
       angle = 360
       converted_angle = angle*0.875
     if angle_unit == 'd' or angle_unit is None:
       converted_angle = angle * 0.875
     # We are multiplying by 0.875 because for making a complete ellipse we are plotting 315 pts according
     # to our parametric angle value
     elif angle_unit == "r":
       converted_angle = (angle * 0.875 * (180/math.pi))
     # Converting radian to degrees.
    for i in range(int(converted_angle)+1):
       if i == 0:
         myturtle.up()
       else:
         myturtle.down()
       myturtle.setposition(h+a*math.cos(i/50), k+b*math.sin(i/50))
   turtle.done()

37 là bán kính của vòng tròn và nó kiểm soát hình elip lớn như thế nào. Lý do cho rẽ trái/phải là vì không có nó, hình elip là đường chéo.

Sjaustirni

2.8867 Huy hiệu vàng34 Huy hiệu bạc47 Huy hiệu đồng7 gold badges34 silver badges47 bronze badges

Đã trả lời ngày 16 tháng 6 năm 2018 lúc 17:24Jun 16, 2018 at 17:24

OllieollieOllie

811 Huy hiệu bạc2 Huy hiệu đồng1 silver badge2 bronze badges

Chúng ta có thể tạo một hình elip bằng cách sử dụng phương trình tham số của nó trong mô -đun rùa. Mã bên dưới có thể hơi dài nhưng sử dụng điều này, chúng ta có thể vẽ hình elip theo bất kỳ hướng nào theo yêu cầu. Bạn có thể chỉnh sửa nó theo yêu cầu. Về cơ bản, chúng ta đang thay đổi góc tham số của hình elip và vẽ đường cong.

  import turtle
  import math
  def ellipse(a, b, h=None, k=None, angle=None, angle_unit=None):
     myturtle = turtle.Turtle()
     if h is None:
       h = 0
     if k is None:
       k = 0
    # Angle unit can be degree or radian
     if angle is None:
       angle = 360
       converted_angle = angle*0.875
     if angle_unit == 'd' or angle_unit is None:
       converted_angle = angle * 0.875
     # We are multiplying by 0.875 because for making a complete ellipse we are plotting 315 pts according
     # to our parametric angle value
     elif angle_unit == "r":
       converted_angle = (angle * 0.875 * (180/math.pi))
     # Converting radian to degrees.
    for i in range(int(converted_angle)+1):
       if i == 0:
         myturtle.up()
       else:
         myturtle.down()
       myturtle.setposition(h+a*math.cos(i/50), k+b*math.sin(i/50))
   turtle.done()

Đã trả lời ngày 24 tháng 5 năm 2020 lúc 12:14May 24, 2020 at 12:14

Bạn có thể sử dụng hàm hình dạng () của rùa để tạo hình elip.

shape("circle")
shapesize(5,4,1)
fillcolor("white")

Đã trả lời ngày 6 tháng 4 năm 2015 lúc 5:17Apr 6, 2015 at 5:17

Avinash Pandeyavinash Pandeyavinash pandey

1.2912 huy hiệu vàng11 Huy hiệu bạc15 Huy hiệu đồng2 gold badges11 silver badges15 bronze badges

2

Tôi đã thực hiện các hình bầu dục trong Codehs Python (Rùa)

m4n0

28.2K26 Huy hiệu vàng73 Huy hiệu bạc88 Huy hiệu đồng26 gold badges73 silver badges88 bronze badges

Đã trả lời ngày 29 tháng 9 năm 2021 lúc 23:32Sep 29, 2021 at 23:32

1

#you can create circle or ellipse by changing value of parameter of oval=canvas.create_oval(10,15,200,150)
from Tkinter import *
top=Tk()`
canvas=Canvas(top,width=200,height=200)
canvas.pack()
oval=canvas.create_oval(10,15,200,150)
top.mainloop()

Đã trả lời ngày 30 tháng 9 năm 2017 lúc 2:05Sep 30, 2017 at 2:05

HukmaramhukmaramHukmaram

5015 Huy hiệu bạc11 Huy hiệu đồng5 silver badges11 bronze badges

Bạn có thể làm một hình bầu dục trong Rùa Python?

Bạn có thể sử dụng hàm hình dạng () của rùa để tạo hình elip.use shapesize() function of turtle to make an ellipse.

Được sử dụng để tạo ra một hình elip trong Python?

Hàm elip () được sử dụng để vẽ hình elip trên hình ảnh.Chỉ tương tự như Vẽ vòng tròn hàm elip () yêu cầu hai cặp điểm, gốc và một cặp bán kính (x, y) của hình elip. is used to draw an ellipse on the image. Just similar to drawing circle the ellipse() function requires two pairs of point that is, origin and a pair of (x, y) radius of the ellipse.

Rùa rùa () trong Python là gì?

Rùa là một thư viện Python được cài đặt sẵn cho phép người dùng tạo hình ảnh và hình dạng bằng cách cung cấp cho chúng một khung vẽ ảo.Bút trên màn hình mà bạn sử dụng để vẽ được gọi là con rùa và đây là thứ mang lại cho thư viện tên của nó.a pre-installed Python library that enables users to create pictures and shapes by providing them with a virtual canvas. The onscreen pen that you use for drawing is called the turtle and this is what gives the library its name.

programming python Draw ellipse Python Turtle arc Python Draw Ellipse Algorithm Python turtle Seth python

Hướng dẫn draw ellipse in python turtle - vẽ hình elip trong trăn rùa

Python3

Vẽ thiết kế bằng hình elip

Python3

Bạn có thể làm một hình bầu dục trong Rùa Python?

Được sử dụng để tạo ra một hình elip trong Python?

Rùa rùa () trong Python là gì?

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