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目录
turtle.down() #移动时绘制图形,缺省时也为绘制
turtle.up() #移动时不绘制图形
turtle.pensize(width) #绘制图形时的宽度
turtle.color(colorstring) #绘制图形时的颜色
turtle.fillcolor(colorstring) #绘制图形的填充颜色
turtle.done() 停留在结束界面
turtle.hideturtle() 隐藏图标
turtle.showturtle() 显示图标
turtle.begin_fill() 开始填充
turtle.fillcolor(颜色) 填充颜色
turtle.end_fill() 结束填充
turtle.setheading() 改变笔头朝向
turtle.pencolor(colorstr)笔画颜色
turtle.pendown()(别名:turtle.pd(),turtle.down()):移动时绘制图形,缺省时也为绘制
运动命令:
turtle.forward(degree) #向前移动距离degree代表距离
turtle.backward(degree) #向后移动距离degree代表距离
turtle.right(degree) #向右移动多少度
turtle.left(degree) #向左移动多少度
turtle.goto(x,y) #将画笔移动到坐标为x,y的位置
turtle.stamp() #复制当前图形
turtle.speed(speed) #画笔绘制的速度范围[0,10]整数
turtle.clear() 清空turtle画的笔迹
turtle.reset() 清空窗口,重置turtle状态为起始状态
turtle.undo() (未测试)撤销上一个turtle动作
turtle.isvisible() (未测试)返回当前turtle是否可见
turtle.stamp() (未测试)复制当前图形
turtle.write(‘vshmily’) 写字符串’vshmily’
turtle.write(s[,font=(“font-name”,font_size,“font_type”)]) (未测试)写文本,s为文本内容,font是字体的参数,里面分别为字体名称,大小和类型;font为可选项, font的参数也是可选项 turtle.circle(7) 画一个半径为7的圆 turtle.circle(77, steps=3) 三边形,画一个半径为77的园的内切多边形
turtle.circle(77, 300) 圆弧为300度
turtle.screensize(800, 600, “green”)
turtle.screensize() #返回默认大小(400, 300)
- import turtle # 导入模块
-
- turtle.screensize(800, 600, 'green') # 创建画布
- turtle.circle(40) # 画笔循环画个圆,以画布中心为起点,半径为40
turtle.screensize() #返回默认大小(400, 300)
- import turtle as tur
- tur.speed(0) # 设置速度,让画的速度最快
- # 第一个图
- for i in range(12):
- tur.pencolor('black')
- tur.right(91)
- tur.circle(100)
- # 第二个图
- # for i in range(50):
- # tur.pencolor('red')
- # tur.right(63)
- # tur.circle(57)
-
- tur.done()
- import turtle as tur
- tur.speed(0)
- tur.pensize(9)
- tur.color('black')
- tur.circle(80)
- tur.penup()
- tur.goto(-140,0)
- tur.pendown()
-
- tur.color('blue')
- tur.circle(80)
- tur.penup()
- tur.goto(140,0)
- tur.pendown()
-
- tur.color('red')
- tur.circle(80)
- tur.penup()
- tur.goto(80,-100)
- tur.pendown()
-
- tur.color('yellow')
- tur.circle(80)
- tur.penup()
- tur.goto(-60,-100)
- tur.pendown()
-
- tur.color('green')
- tur.circle(80)
- tur.penup()
- tur.goto(-60,160)
- tur.pendown()
-
- tur.done()
- import turtle as tur
- tur.speed(0)
- tur.penup()
- tur.goto(0,-100)
- tur.pendown()
- tur.color('red')
- tur.begin_fill()
- tur.circle(150)
- tur.end_fill()
-
- tur.penup()
- tur.goto(0,-70)
- tur.pendown()
- tur.color('white')
- tur.begin_fill()
- tur.circle(120)
- tur.end_fill()
-
-
- tur.penup()
- tur.goto(0,-50)
- tur.pendown()
- tur.color('red')
- tur.begin_fill()
- tur.circle(100)
- tur.end_fill()
-
- tur.penup()
- tur.goto(0,-10)
- tur.pendown()
- tur.color('blue')
- tur.begin_fill()
- tur.circle(60)
- tur.end_fill()
-
- tur.penup()
- tur.goto(-55,70)
- tur.pendown()
- tur.color('yellow')
- tur.begin_fill()
- for i in range(5):
- tur.forward(109)
- tur.right(144)
- tur.end_fill()
-
- tur.done()
- import random
- import turtle as tur
-
- tur.speed(0)
- tur.colormode(255)
- tur.bgcolor('black')
- tur.pensize(120)
- tur.goto(-300,250)
- tur.forward(600)
-
- tur.color(50,50,50)
- tur.penup()
- tur.goto(-350,130)
- tur.pendown()
- tur.forward(700)
-
- tur.color(75,75,75)
- tur.penup()
- tur.goto(-350,10)
- tur.pendown()
- tur.forward(700)
-
- tur.color(100,100,100)
- tur.penup()
- tur.goto(-350,-110)
- tur.pendown()
- tur.forward(700)
-
- tur.color(125,125,125)
- tur.penup()
- tur.goto(-350,-230)
- tur.pendown()
- tur.forward(800)
-
- # 画星星
- for i in range(10):
- tur.pensize(5)
- tur.color('yellow')
- tur.penup()
- tur.goto(random.randint(-200,200),random.randint(-200,200))
- tur.pendown()
- tur.begin_fill()
- for i in range(10):
- tur.forward(10)
- if i%2 == 0:
- tur.left(35)
- else:
- tur.right(105)
-
- tur.end_fill()
-
- tur.done()
- from turtle import *
- from random import random,randint
- screen = Screen()
- width ,height = 800,600
- screen.setup(width,height)
- screen.bgcolor("black")
- screen.mode("logo")
- screen.delay(0)#这里要设为0,否则很卡
- t = Turtle(visible = False,shape='circle')
- t.pencolor("white")
- t.fillcolor("white")
- t.penup()
- t.setheading(-90)
- t.goto(width/2,randint(int(-height/2),int(height/2)))
- stars = []
- for i in range(200):
- star = t.clone()
- s =random() /3
- star.shapesize(s,s)
- star.speed(int(s*10))
- star.setx(width/2 + randint(1,width))
- star.sety( randint(int(-height/2),int(height/2)))
- star.showturtle()
- stars.append(star)
- while True:
- for star in stars:
- star.setx(star.xcor() - 3 * star.speed())
- if star.xcor()<-width/2:
- star.hideturtle()
- star.setx(width/2 + randint(1,width))
- star.sety( randint(int(-height/2),int(height/2)))
- star.showturtle()
- import turtle as t
-
- def tcyuan(x, y, r):
- t.fillcolor("black")
- t.begin_fill()
- t.seth(0)
- y = y - r
- t.penup()
- t.goto(x, y)
- t.pendown()
- t.circle(r)
- t.end_fill()
-
-
- def yuan(x, y, r):
- t.seth(0)
- y = y - r
- t.penup()
- t.goto(x, y)
- t.pendown()
- t.circle(r)
-
-
- def yueliang():
- R = 110 - 1
-
- r = R - 22 - 1
-
- # 月亮填充
- t.penup()
- t.goto(-350 + 2 * R, 0)
- t.seth(90)
- t.fillcolor("black")
- t.begin_fill()
- t.circle(R, 359)
- t.left(90)
- t.fd(2)
- t.left(90)
- t.circle(-r, 359)
- t.left(90)
- t.fd(2)
- t.pendown()
- t.end_fill()
- # 轮廓
- yuan(-350 + R, 0, R)
- yuan(-350 + 44 + r - 2, 0, r - 2)
-
-
- def zhixian(R, r, count, jiaodu):
- t.seth(90 + jiaodu)
- # t.goto(0, 0)
- for i in range(count):
- t.penup()
- t.goto(0, 0)
- t.fd(r)
- t.pendown()
- t.fd(R - r)
- t.left(360 / count)
-
-
- def zfx(R, r):
- jiange = 10
- # t.pensize(jiange)
- t.seth(90)
- big = pow((R ** 2) * 2, 0.5)
- small = big - 2 * jiange
- for i in range(13):
- # 大线
- t.penup()
- t.goto(0, 0)
- t.fd(R)
- t.pendown()
- t.right(135)
- t.fd(big)
- # 小线
- t.left(135)
- t.penup()
- t.goto(0, 0)
- t.fd(pow((small ** 2) / 2, 0.5))
- t.pendown()
- t.right(135)
- t.fd(small)
- # 粗线
- t.pensize(8)
- t.pencolor("black")
- t.left(135)
- t.penup()
- t.goto(0, 0)
- t.fd((R + pow((small ** 2) / 2, 0.5)) / 2)
- t.pendown()
- t.right(135)
- t.fd((big + small) / 2)
- t.pensize(2)
- t.pencolor("yellow")
- t.seth(90 + i * 30)
- else:
- # 大线
- t.penup()
- t.goto(0, 0)
- t.fd(R)
- t.right(135)
- t.fd(big / 2)
- t.pendown()
- t.fd(big / 2)
- # 小线
- t.left(135)
- t.penup()
- t.goto(0, 0)
- t.fd(pow((small ** 2) / 2, 0.5))
- t.right(135)
- t.fd(small / 2)
- t.pendown()
- t.fd(small / 2)
- # 粗线
- t.pensize(8)
- t.pencolor("black")
- t.left(135)
- t.penup()
- t.goto(0, 0)
- t.fd((R + pow((small ** 2) / 2, 0.5)) / 2)
- t.right(135)
- t.fd((big + small) / 2 / 2)
- t.pendown()
- t.fd((big + small) / 2 / 2)
- t.pensize(2)
- t.pencolor("yellow")
- t.seth(90 + i * 30)
-
-
- def wjx(r, jiaodu):
- t.fillcolor("black")
- t.penup()
- t.goto(0, 0)
- t.seth(90 + jiaodu)
- t.fd(r)
- t.pendown()
- t.right(18)
- t.begin_fill()
- for i in range(5):
- t.right(144)
- t.forward(144)
- t.left(72)
- t.forward(144)
- t.end_fill()
- if jiaodu != 0:
- t.seth(90 + jiaodu)
- for i in range(1, 6):
- t.penup()
- t.goto(0, 0)
- t.left(72)
- t.pendown()
- t.fd(r)
-
-
- def xingzuo():
- r = 250
- t.penup()
- t.goto(20, -35)
- t.seth(-45)
- t.fd(r)
- t.pendown()
- xz = ['♒', '♓', '♈', '♉', '♌', '♍', '♎', '♏']
- for i in range(4):
- t.write(xz[i], font=("", 20, ""))
- t.penup()
- t.right(90)
- t.circle(-300, 30)
- t.left(90)
- t.pendown()
- t.penup()
- t.goto(-r / 4 + 10, 5)
- t.seth(135)
- t.fd(r)
- for i in range(4, 8):
- t.write(xz[i], font=("", 20, ""))
- t.penup()
- t.right(90)
- t.circle(-300, 30)
- t.left(90)
- t.pendown()
-
-
- def dxnb(s):
- t.penup()
- t.fd(-19)
- t.left(90)
- t.fd(2)
- t.pendown()
- t.write(s, font=["KaiTi", 30, "bold"])
-
-
- def taiyang():
- def haicao(r, i):
- # 海藻
- t.fillcolor("black")
-
- t.penup()
- if i == 0:
- t.goto(256, r)
- elif i == 1:
- t.goto(256 - r, 0)
- else:
- t.goto(256, -r)
- t.pendown()
- t.begin_fill()
- t.seth(2 + i * 90)
- t.circle(r / 2, 105)
- t.left(10)
- t.circle(-r / 3, 90)
- t.circle(r / 3, 60)
- t.left(20)
- t.circle(r / 3, -80)
- t.left(50)
- t.circle(-r + 10, -40)
- t.right(30)
- t.circle(r / 2 + 10, -50)
- t.penup()
- if i == 0:
- t.goto(256, r)
- elif i == 1:
- t.goto(256 - r, 0)
- else:
- t.goto(256, -r)
- t.pendown()
- t.end_fill()
-
- t.seth(2 + i * 90)
- t.circle(r / 2, 105)
- t.left(10)
- t.circle(-r / 3, 90)
- t.begin_fill()
- t.circle(r / 3, 60)
- t.left(20)
- t.circle(r / 3, -80)
- t.left(50)
- t.circle(-r + 10, -40)
- t.right(30)
- t.circle(r / 2 + 10, -50)
- t.right(30)
- t.circle(r / 2 - 2, 110)
- t.circle(-r / 3, 70)
- t.left(7)
- t.circle(r / 3, 85)
- t.end_fill()
-
- t.penup()
- if i == 0:
- t.goto(256, r)
- t.pendown()
- t.seth(180 - (2 + i * 90))
- t.circle(-(r / 2), 105)
- elif i == 1:
- t.goto(256 - r, 0)
- t.pendown()
- t.seth(- (2 + i * 90))
- t.circle(-(r / 2), 105)
- else:
- t.goto(256, -r)
- t.pendown()
- t.seth(180 - (2 + i * 90))
- t.circle(-(r / 2), 105)
- t.begin_fill()
- t.left(-10)
- t.circle(-(-r / 3), 90)
- t.circle(-(r / 3), 60)
- t.left(-20)
- t.circle(-(r / 3), -80)
- t.left(-50)
- t.circle(-(-r + 10), -40)
- t.right(-30)
- t.circle(-(r / 2 + 10), -50)
- t.end_fill()
-
- t.penup()
- if i == 0:
- t.goto(256, r)
- t.pendown()
- t.seth(180 - (2 + i * 90))
- t.circle(-(r / 2), 105)
- elif i == 1:
- t.goto(256 - r, 0)
- t.pendown()
- t.seth(- (2 + i * 90))
- t.circle(-(r / 2), 105)
- else:
- t.goto(256, -r)
- t.pendown()
- t.seth(180 - (2 + i * 90))
- t.circle(-(r / 2), 105)
- t.pendown()
-
- t.left(-10)
- t.circle(-(-r / 3), 90)
- t.circle(-(r / 3), 60)
- t.left(-20)
- t.begin_fill()
- t.circle(-(r / 3), -80)
- t.left(-50)
- t.circle(-(-r + 10), -40)
- t.right(-30)
- t.circle(-(r / 2 + 10), -50)
- t.right(-30)
- t.circle(-(r / 2 - 2), 110)
- t.circle(-(-r / 3), 70)
- t.left(-7)
- t.circle(-(r / 3), 85)
- t.end_fill()
-
- def xhaicao(r, i):
- t.penup()
- t.goto(256 + r, 0)
- t.seth(-90)
- t.circle(-r, 20)
- t.pendown()
- t.begin_fill()
- t.seth(30)
- t.circle(-r / 3, 100)
- t.circle(r / 6, 140)
- t.circle(-r / 11, 100)
- t.left(80)
- t.circle(-r / 2, -30)
- t.circle(r / 4, -140)
- t.circle(-r / 3, -60)
- t.end_fill()
- t.penup()
- t.goto(256 + r, 0)
- t.seth(-90)
- t.circle(-r, 30)
- t.pendown()
- t.seth(45)
- t.circle(-r / 4, 100)
- t.right(20)
- t.circle(r / 4, 140)
- t.right(10)
- t.circle(-r / 11, 90)
-
- t.penup()
- t.goto(256 + r, 0)
- t.seth(90)
- t.circle(r, 20)
- t.pendown()
- t.begin_fill()
- t.seth(-30)
- t.circle(-(-r / 3), 100)
- t.circle(-(r / 6), 140)
- t.circle(-(-r / 11), 100)
- t.left(-80)
- t.circle(-(-r / 2), -30)
- t.circle(-(r / 4), -140)
- t.circle(-(-r / 3), -60)
- t.end_fill()
- t.penup()
- t.goto(256 + r, 0)
- t.seth(90)
- t.circle(r, 30)
- t.pendown()
- t.seth(-45)
- t.circle(-(-r / 4), 100)
- t.right(-25)
- t.circle(-(r / 4), 140)
- t.right(-10)
- t.circle(-(-r / 11), 90)
-
- r = 50
- # 海藻
- haicao(r, 0)
- haicao(r, 1)
- haicao(r, 2)
- xhaicao(r, 3)
-
- # 大三角形
- t.fillcolor("black")
-
- for i in range(1, 4):
- temp = 3
- t.penup()
- t.goto(256, 0)
- t.seth(i * 90)
- t.pendown()
- t.begin_fill()
- t.right(22.5)
- t.fd(r)
- if i == 1:
- t.goto(256, 3 * r - temp)
- t.goto(256, 0)
- t.seth(i * 90 + 22.5)
- t.fd(r)
- t.goto(256, 3 * r - temp)
- elif i == 2:
- t.goto(256 - 3 * r + temp, 0)
- t.goto(256, 0)
- t.seth(i * 90 + 22.5)
- t.fd(r)
- t.goto(256 - 3 * r + temp, 0)
- else:
- t.goto(256, -3 * r + temp)
- t.goto(256, 0)
- t.seth(i * 90 + 22.5)
- t.fd(r)
- t.goto(256, -3 * r + temp)
- t.end_fill()
- # 小三角形
- x = pow(((2 * r) ** 2) / 2, 0.5) - 8
- for i in range(1, 5):
- t.penup()
- t.goto(256, 0)
- t.seth(i * 90)
- t.pendown()
- t.begin_fill()
- t.right(22.5)
- t.fd(r)
- if i == 1:
- t.goto(256 + x, x)
- t.goto(256, 0)
- t.right(45)
- t.fd(r)
- t.goto(256 + x, x)
- elif i == 2:
- t.goto(256 - x, x)
- t.goto(256, 0)
- t.right(45)
- t.fd(r)
- t.goto(256 - x, x)
- elif i == 3:
- t.goto(256 - x, -x)
- t.goto(256, 0)
- t.right(45)
- t.fd(r)
- t.goto(256 - x, -x)
- else:
- t.goto(256 + x, -x)
- t.goto(256, 0)
- t.right(45)
- t.fd(r)
- t.goto(256 + x, -x)
- t.end_fill()
-
- # 圆
- # t.begin_fill()
- tcyuan(256, 0, r)
-
-
- # 初始化
- t.setup(1500, 800, 0, 0)
- t.speed(0)
- t.bgcolor("black")
- t.pencolor("yellow")
- t.pensize(2)
- # 最大的圆
- yuan(0, 0, 350)
- yuan(0, 0, 325)
- yuan(0, 0, 321)
- yuan(0, 0, 306)
- zhixian(321, 306, 72, 0)
- # 小圆
- yuan(0, 0, 204)
- yuan(0, 0, 200)
- yuan(0, 0, 186)
- zhixian(200, 186, 72, 0)
- # 正方形边框以及直线
- zhixian(290, 213, 12, 0)
- zhixian(248, 205, 12, 15)
- zfx(306, 204)
- # 里五角星
- wjx(200, 36)
- # 月亮
- yueliang()
- # 太阳
- taiyang()
- # 最小圆
- tcyuan(0, 328, 22)
- dxnb("北")
- tcyuan(0, -328, 22)
- dxnb("南")
- tcyuan(-328, 0, 22)
- dxnb("西")
- tcyuan(328, 0, 22)
- dxnb("東")
-
- # 外五角星
- wjx(200, 0)
- # 星座
- xingzuo()
- t.penup()
- t.goto(-500, -500)
- t.pendown()
- t.done()
- import turtle as tur
- import random
- import math
- def tree(n, l):
- tur.setup(800, 600)
- tur.pd() # 下笔
- # 阴影效果
- t = math.cos(math.radians(tur.heading() + 45)) / 8 + 0.25
- tur.pencolor('tan')
- tur.pensize(n / 3)
- tur.forward(l) # 画树枝
- if n > 0:
- b = random.random() * 15 + 10 # 右分支偏转角度
- c = random.random() * 15 + 10 # 左分支偏转角度
- d = l * (random.random() * 0.25 + 0.7) # 下一个分支的长度
- # 右转一定角度,画右分支
- tur.right(b)
- tree(n - 1, d)
- # 左转一定角度,画左分支
- tur.left(b + c)
- tree(n - 1, d)
- # 转回来
- tur.right(c)
- else:
- # 画叶子
- tur.right(90)
- n = math.cos(math.radians(tur.heading() - 45)) / 4 + 0.5
- tur.pencolor('lightcoral')
- tur.circle(3)
- tur.left(90)
- # 添加0.3倍的飘落叶子
- if (random.random() > 0.7):
- tur.pu()
- # 飘落
- t = tur.heading()
- an = -40 + random.random() * 40
- tur.setheading(an)
- dis = int(800 * random.random() * 0.5 + 400 * random.random() * 0.3 + 200 * random.random() * 0.2)
- tur.forward(dis)
- tur.setheading(t)
- # 画叶子
- tur.pd()
- tur.right(90)
- n = math.cos(math.radians(tur.heading() - 45)) / 4 + 0.5
- tur.pencolor(n * 0.5 + 0.5, 0.4 + n * 0.4, 0.4 + n * 0.4)
- tur.circle(2)
- tur.left(90)
- tur.pu()
- # 返回
- t = tur.heading()
- tur.setheading(an)
- tur.backward(dis)
- tur.setheading(t)
-
- tur.pu()
- tur.backward(l) # 退回
-
- tur.bgcolor('white') # 背景色
- tur.ht() # 隐藏turtle
- tur.speed(0) # 速度,1-10渐进,0最快
- tur.tracer(0, 0)
- tur.pu() # 抬笔
- tur.backward(100)
- tur.left(90) # 左转90度
- tur.pu() # 抬笔
- tur.backward(300) # 后退300
- tree(10, 100) # 递归7层
- tur.done()
- # -*- coding:utf-8 -*-
-
- from turtle import*
-
- def nose(x,y):#鼻子
- penup()#提起笔
- goto(x,y)#定位
- pendown()#落笔,开始画
- setheading(-30)#将乌龟的方向设置为to_angle/为数字(0-东、90-北、180-西、270-南)
- begin_fill()#准备开始填充图形
- a=0.4
- for i in range(120):
- if 0<=i<30 or 60<=i<90:
- a=a+0.08
- left(3) #向左转3度
- forward(a) #向前走a的步长
- else:
- a=a-0.08
- left(3)
- forward(a)
- end_fill()#填充完成
-
- penup()
- setheading(90)
- forward(25)
- setheading(0)
- forward(10)
- pendown()
- pencolor(255,155,192)#画笔颜色
- setheading(10)
- begin_fill()
- circle(5)
- color(160,82,45)#返回或设置pencolor和fillcolor
- end_fill()
-
- penup()
- setheading(0)
- forward(20)
- pendown()
- pencolor(255,155,192)
- setheading(10)
- begin_fill()
- circle(5)
- color(160,82,45)
- end_fill()
-
-
- def head(x,y):#头
- color((255,155,192),"pink")
- penup()
- goto(x,y)
- setheading(0)
- pendown()
- begin_fill()
- setheading(180)
- circle(300,-30)
- circle(100,-60)
- circle(80,-100)
- circle(150,-20)
- circle(60,-95)
- setheading(161)
- circle(-300,15)
- penup()
- goto(-100,100)
- pendown()
- setheading(-30)
- a=0.4
- for i in range(60):
- if 0<=i<30 or 60<=i<90:
- a=a+0.08
- lt(3) #向左转3度
- fd(a) #向前走a的步长
- else:
- a=a-0.08
- lt(3)
- fd(a)
- end_fill()
-
-
- def ears(x,y): #耳朵
- color((255,155,192),"pink")
- penup()
- goto(x,y)
- pendown()
- begin_fill()
- setheading(100)
- circle(-50,50)
- circle(-10,120)
- circle(-50,54)
- end_fill()
-
- penup()
- setheading(90)
- forward(-12)
- setheading(0)
- forward(30)
- pendown()
- begin_fill()
- setheading(100)
- circle(-50,50)
- circle(-10,120)
- circle(-50,56)
- end_fill()
-
-
- def eyes(x,y):#眼睛
- color((255,155,192),"white")
- penup()
- setheading(90)
- forward(-20)
- setheading(0)
- forward(-95)
- pendown()
- begin_fill()
- circle(15)
- end_fill()
-
- color("black")
- penup()
- setheading(90)
- forward(12)
- setheading(0)
- forward(-3)
- pendown()
- begin_fill()
- circle(3)
- end_fill()
-
- color((255,155,192),"white")
- penup()
- seth(90)
- forward(-25)
- seth(0)
- forward(40)
- pendown()
- begin_fill()
- circle(15)
- end_fill()
-
- color("black")
- penup()
- setheading(90)
- forward(12)
- setheading(0)
- forward(-3)
- pendown()
- begin_fill()
- circle(3)
- end_fill()
-
-
- def cheek(x,y):#腮
- color((255,155,192))
- penup()
- goto(x,y)
- pendown()
- setheading(0)
- begin_fill()
- circle(30)
- end_fill()
-
-
- def mouth(x,y): #嘴
- color(239,69,19)
- penup()
- goto(x,y)
- pendown()
- setheading(-80)
- circle(30,40)
- circle(40,80)
-
- def body(x,y):#身体
- color("red",(255,99,71))
- penup()
- goto(x,y)
- pendown()
- begin_fill()
- setheading(-130)
- circle(100,10)
- circle(300,30)
- setheading(0)
- forward(230)
- setheading(90)
- circle(300,30)
- circle(100,3)
- color((255,155,192),(255,100,100))
- setheading(-135)
- circle(-80,63)
- circle(-150,24)
- end_fill()
-
-
- def hands(x,y):#手
- color((255,155,192))
- penup()
- goto(x,y)
- pendown()
- setheading(-160)
- circle(300,15)
- penup()
- setheading(90)
- forward(15)
- setheading(0)
- forward(0)
- pendown()
- setheading(-10)
- circle(-20,90)
-
- penup()
- setheading(90)
- forward(30)
- setheading(0)
- forward(237)
- pendown()
- setheading(-20)
- circle(-300,15)
- penup()
- setheading(90)
- forward(20)
- setheading(0)
- forward(0)
- pendown()
- setheading(-170)
- circle(20,90)
-
- def foot(x,y):#脚
- pensize(10)
- color((240,128,128))
- penup()
- goto(x,y)
- pendown()
- setheading(-90)
- forward(40)
- setheading(-180)
- color("black")
- pensize(15)
- fd(20)
-
- pensize(10)
- color((240,128,128))
- penup()
- setheading(90)
- forward(40)
- setheading(0)
- forward(90)
- pendown()
- setheading(-90)
- forward(40)
- setheading(-180)
- color("black")
- pensize(15)
- fd(20)
-
- def tail(x,y):#尾巴
- pensize(4)
- color((255,155,192))
- penup()
- goto(x,y)
- pendown()
- seth(0)
- circle(70,20)
- circle(10,330)
- circle(70,30)
-
- def setting(): #参数设置
- pensize(4)
- hideturtle() #使乌龟无形(隐藏)
- colormode(255) #将其设置为1.0或255.随后 颜色三元组的r,g,b值必须在0 .. cmode范围内
- color((255,155,192),"pink")
- setup(840,500)
- speed(10)
-
- def main():
- setting() #画布、画笔设置
- nose(-100,100) #鼻子
- head(-69,167) #头
- ears(0,160) #耳朵
- eyes(0,140) #眼睛
- cheek(80,10) #腮
- mouth(-20,30) #嘴
- body(-32,-8) #身体
- hands(-56,-45) #手
- foot(2,-177) #脚
- tail(148,-155) #尾巴
- done()
-
- if __name__ == '__main__':
- main()
- import turtle as t
- # t.speed(5)
- t.pensize(8)
- t.hideturtle()
- t.screensize(500, 500, bg='white')
- # 猫脸
- # 先画个圆
- t.fillcolor('#00A1E8')
- t.begin_fill()
- t.circle(120)
- t.end_fill()
- # 再画个小圆
- t.pensize(3)
- t.fillcolor('white')
- t.begin_fill()
- t.circle(100)
- t.end_fill()
- # 鼻子
- t.pu() # 表示将画笔抬起,也就是相当于海龟在飞行的意思。
- t.home() # 返回初始位置:home()
- t.goto(0, 134) # 将画笔移动到坐标为x,y的位置
- t.pd() # 表示将画笔落下,让海龟爬行
- t.pensize(4) # 画笔宽度,海龟的腰围
- t.fillcolor("#EA0014")
- t.begin_fill()
- t.circle(18)
- t.end_fill()
- #
- t.pu()
- t.goto(7, 155)
- t.pensize(2)
- t.color('white', 'white')
- t.pd()
- t.begin_fill()
- t.circle(4)
- t.end_fill()
- # 画眼圈
- t.pu()
- t.goto(-30, 160)
- t.pensize(4)
- t.pd()
- t.color('black', 'white')
- t.begin_fill()
- a = 0.4
- for i in range(120):
- if 0 <= i < 30 or 60 <= i < 90:
- a = a + 0.08
- t.lt(3) # 向左转3度
- t.fd(a) # 向前走a的步长
- else:
- a = a - 0.08
- t.lt(3)
- t.fd(a)
- t.end_fill()
- t.pu()
- t.goto(30, 160)
- t.pensize(4)
- t.pd()
- t.color('black', 'white')
- t.begin_fill()
- for i in range(120):
- if 0 <= i < 30 or 60 <= i < 90:
- a = a + 0.08
- t.lt(3) # 向左转3度
- t.fd(a) # 向前走a的步长
- else:
- a = a - 0.08
- t.lt(3)
- t.fd(a)
- t.end_fill()
- # 眼睛
- t.pu()
- t.goto(-38, 190)
- t.pensize(8)
- t.pd()
- t.right(-30)
- t.forward(15)
- t.right(70)
- t.forward(15)
- t.pu()
- t.goto(15, 185)
- t.pensize(4)
- t.pd()
- t.color('black', 'black')
- t.begin_fill()
- t.circle(13)
- t.end_fill()
- t.pu()
- t.goto(13, 190)
- t.pensize(2)
- t.pd()
- t.color('white', 'white')
- t.begin_fill()
- t.circle(5)
- t.end_fill()
- # 胡子
- t.pu()
- t.home()
- t.goto(0, 134)
- t.pensize(4)
- t.pencolor('black')
- t.pd()
- t.right(90)
- t.forward(40)
- t.pu()
- t.home()
- t.goto(0, 124)
- t.pensize(3)
- t.pencolor('black')
- t.pd()
- t.left(10)
- t.forward(80)
- t.pu()
- t.home()
- t.goto(0, 114)
- t.pensize(3)
- t.pencolor('black')
- t.pd()
- t.left(6)
- t.forward(80)
- t.pu()
- t.home()
- t.goto(0, 104)
- t.pensize(3)
- t.pencolor('black')
- t.pd()
- t.left(0)
- t.forward(80)
- # 左边的胡子
- t.pu()
- t.home()
- t.goto(0, 124)
- t.pensize(3)
- t.pencolor('black')
- t.pd()
- t.left(170)
- t.forward(80)
- t.pu()
- t.home()
- t.goto(0, 114)
- t.pensize(3)
- t.pencolor('black')
- t.pd()
- t.left(174)
- t.forward(80)
- t.pu()
- t.home()
- t.goto(0, 104)
- t.pensize(3)
- t.pencolor('black')
- t.pd()
- t.left(180)
- t.forward(80)
- # 笑脸
- t.pu()
- t.goto(-70, 70)
- t.pd()
- t.color('black', 'red')
- t.pensize(6)
- t.seth(-60)
- t.begin_fill()
- t.circle(80, 40)
- t.circle(80, 80)
- t.end_fill()
- t.pu()
- t.home()
- t.goto(-80, 70)
- t.pd()
- t.forward(160)
- t.pu()
- t.home()
- t.goto(-50, 50)
- t.pd()
- t.pensize(1)
- t.fillcolor("#eb6e1a")
- t.seth(40)
- t.begin_fill()
- t.circle(-40, 40)
- t.circle(-40, 40)
- t.seth(40)
- t.circle(-40, 40)
- t.circle(-40, 40)
- t.seth(220)
- t.circle(-80, 40)
- t.circle(-80, 40)
- t.end_fill()
- # 领带
- t.pu()
- t.goto(-70, 12)
- t.pensize(14)
- t.pencolor('red')
- t.pd()
- t.seth(-20)
- t.circle(200, 30)
- t.circle(200, 10)
- # 铃铛
- t.pu()
- t.goto(0, -46)
- t.pd()
- t.pensize(3)
- t.color("black", '#f8d102')
- t.begin_fill()
- t.circle(25)
- t.end_fill()
- t.pu()
- t.goto(-5, -40)
- t.pd()
- t.pensize(2)
- t.color("black", '#79675d')
- t.begin_fill()
- t.circle(5)
- t.end_fill()
- t.pensize(3)
- t.right(115)
- t.forward(7)
- t.mainloop()
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