1 #叠加等边三角形
2 import turtle
3 turtle.setup(600,500,200,200)
4 turtle.pensize(1)
5 for i in range(3):
6 turtle.fd(80)
7 turtle.left(120)
8 turtle.fd(40)
9 turtle.left(120)
10 turtle.fd(40)
11 for i in range (3):
12 turtle.right(120)
13 turtle.fd(40)
1 #叠加等边三角形
2 import turtle
3 turtle.setup(600,500,200,200)
4 turtle.pensize(1)
5 for i in range(3):
6 turtle.fd(200)
7 turtle.left(120)
8 turtle.fd(100)
9 turtle.left(120)
10 turtle.fd(100)
11 for i in range (3):
12 turtle.right(120)
13 turtle.fd(100)
14 turtle.hideturtle()
15 turtle.done()
1 #Python蟒蛇绘制
2 import turtle
3 turtle.setup(650, 350, 200, 200)
4 turtle.penup()
5 turtle.fd(-250)
6 turtle.pendown()
7 turtle.pensize(25)
8 turtle.pencolor("purple")
9 turtle.seth(-40)
10 for i in range(4):
11 turtle.circle(40, 80)
12 turtle.circle(-40, 80)
13 turtle.circle(40, 80/2)
14 turtle.fd(40)
15 turtle.circle(16, 180)
16 turtle.fd(40 * 2/3)
17 turtle.done()
1 #六边形
2 import turtle as t
3 t.pensize(2)
4 for i in range(6):
5 t.fd(150)
6 t.left(60)
1 #turtle叠边形绘制
2 import turtle as t
3 t.pensize(2)
4 for i in range(9):
5 t.fd(150)
6 t.left(80)
#风轮
import turtle as t
t.pensize(2)
for i in range(4):
t.seth(90*i)
t.fd(150)
t.right(90)
t.circle(-150, 45)
t.goto(0,0)
#奥运五环
import turtle
turtle.setup(800,600,200,200)
turtle.pensize(4)
coordA=(-110,0,110,-55,55) #五个图起点坐标的x值
coordB=(-25,-25,-25,-75,-75)
color=["red","blue","green","yellow","black"]
for i in range(5):
turtle.penup()
turtle.goto(coordA[i],coordB[i])
turtle.pencolor(color[i])
turtle.pendown()
turtle.circle(50)
turtle.hideturtle()
turtle.done()
1 #太极图
2 import turtle
3 turtle.speed(0)
4 turtle.fillcolor('black')
5 turtle.begin_fill()
6 turtle.circle(120,180)
7 turtle.left(180)
8 turtle.circle(-60,180)
9 turtle.circle(60,180)
10 turtle.end_fill()
11 turtle.left(180)
12 turtle.circle(-120,180)
13 turtle.right(90)
14 turtle.penup()
15 turtle.fd(70)
16 turtle.left(90)
17 turtle.pendown()
18 turtle.fillcolor('black')
19 turtle.begin_fill()
20 turtle.circle(15)
21 turtle.end_fill()
22 turtle.right(90)
23 turtle.penup()
24 turtle.fd(130)
25 turtle.left(90)
26 turtle.pendown()
27 turtle.fillcolor('white')
28 turtle.begin_fill()
29 turtle.circle(15)
30 turtle.end_fill()
31 turtle.hideturtle()
32 turtle.done()
1 #国际象棋棋盘
2 import turtle
3 turtle.speed(0)
4 width = eval(input())
5
6 #画黑格
7 def drawSquare(width):
8 turtle.pendown()
9 turtle.begin_fill()
10 turtle.fillcolor("black")
11 for i in range(4):
12 turtle.forward(width)
13 turtle.left(90)
14 turtle.end_fill()
15 turtle.penup()
16
17 for i in range(8):
18 if i % 2 == 0:#偶数行
19 turtle.penup()
20 turtle.goto(0, i * width)
21 turtle.pendown()
22 for j in range(4):
23 drawSquare(width)
24 turtle.fd(2 * width)
25 else:
26 turtle.penup()
27 turtle.goto(width, i * width)
28 turtle.pendown()
29 for j in range(4):
30 drawSquare(width)
31 turtle.fd(2 * width)
32 turtle.penup()
33 turtle.goto(0,0)
34 turtle.pendown()
35 for i in range(4):
36 turtle.forward(8 * width)
37 turtle.left(90)
38 turtle.hideturtle()
39 turtle.done()
1 #八边形绘制
2 import turtle as t
3 t.pensize(2)
4 for i in range(8):
5 t.fd(100)
6 t.left(45)
1 #八角图
2 import turtle as t
3 t.pensize(2)
4 for i in range(8):
5 t.fd(150)
6 t.left(135)
