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【作品展示】

 

【作品介绍】

w

 

【作品源代码】

import turtle

__Pen = turtle.Pen()


def function1():

    for __count in range(20):
        t = turtle.Pen()
        a = turtle.Pen()
        d = turtle.Pen()
        ff = turtle.Pen()
        dert = turtle.Pen()
        cfd = turtle.Pen()
        ytg = turtle.Pen()
        bhn = turtle.Pen()
        response = turtle.Pen()
        List = turtle.Pen()
        __Pen.speed(897000000)
        List.speed(897000000)
        response.speed(897000000)
        bhn.speed(897000000)
        ytg.speed(897000000)
        cfd.speed(897000000)
        dert.speed(897000000)
        ff.speed(897000000)
        d.speed(897000000)
        a.speed(897000000)
        t.speed(897000000)
        for __count in range(20):
            for __count in range(20):
                __Pen.circle(30, steps=5)
                __Pen.right(90)
                t.circle(30, steps=5)
                t.right(90)
                a.circle(30, steps=5)
                a.right(90)
                d.circle(30, steps=5)
                d.right(90)
                ff.circle(30, steps=5)
                ff.right(90)
                dert.circle(30, steps=5)
                dert.right(90)
                cfd.circle(30, steps=5)
                cfd.right(90)
                ytg.circle(30, steps=5)
                ytg.right(90)
                bhn.circle(30, steps=5)
                bhn.right(90)
                response.circle(30, steps=5)
                response.right(90)
                List.circle(30, steps=5)
                List.right(90)
                print((__Pen.xcor() + __Pen.ycor()), (t.xcor() + t.ycor()), (d.xcor() + d.ycor()), (a.xcor() + a.ycor()), (ff.xcor() + ff.ycor()), (dert.xcor() + dert.ycor()), (cfd.xcor() + cfd.ycor()), (ytg.xcor() + ytg.ycor()), (bhn.xcor() + bhn.ycor()), (response.xcor() + response.ycor()), (List.xcor() + List.ycor()))

def function2():

    for __count in range(20):
        t = turtle.Pen()
        a = turtle.Pen()
        d = turtle.Pen()
        ff = turtle.Pen()
        dert = turtle.Pen()
        cfd = turtle.Pen()
        ytg = turtle.Pen()
        bhn = turtle.Pen()
        response = turtle.Pen()
        List = turtle.Pen()
        __Pen.speed(897000000)
        List.speed(897000000)
        response.speed(897000000)
        bhn.speed(897000000)
        ytg.speed(897000000)
        cfd.speed(897000000)
        dert.speed(897000000)
        ff.speed(897000000)
        d.speed(897000000)
        a.speed(897000000)
        t.speed(897000000)
        for __count in range(4):
            for __count in range(4):
                __Pen.circle(30, steps=5)
                __Pen.right(90)
                t.circle(30, steps=5)
                t.right(90)
                a.circle(30, steps=5)
                a.right(90)
                d.circle(30, steps=5)
                d.right(90)
                ff.circle(30, steps=5)
                ff.right(90)
                dert.circle(30, steps=5)
                dert.right(90)
                cfd.circle(30, steps=5)
                cfd.right(90)
                ytg.circle(30, steps=5)
                ytg.right(90)
                bhn.circle(30, steps=5)
                bhn.right(90)
                response.circle(30, steps=5)
                response.right(90)
                List.circle(30, steps=5)
                List.right(90)
                print((__Pen.xcor() + __Pen.ycor()), (t.xcor() + t.ycor()), (d.xcor() + d.ycor()), (a.xcor() + a.ycor()), (ff.xcor() + ff.ycor()), (dert.xcor() + dert.ycor()), (cfd.xcor() + cfd.ycor()), (ytg.xcor() + ytg.ycor()), (bhn.xcor() + bhn.ycor()), (response.xcor() + response.ycor()), (List.xcor() + List.ycor()))

def function3():

    for __count in range(4):
        t = turtle.Pen()
        a = turtle.Pen()
        d = turtle.Pen()
        ff = turtle.Pen()
        dert = turtle.Pen()
        cfd = turtle.Pen()
        ytg = turtle.Pen()
        bhn = turtle.Pen()
        response = turtle.Pen()
        List = turtle.Pen()
        __Pen.speed(897000000)
        List.speed(897000000)
        response.speed(897000000)
        bhn.speed(897000000)
        ytg.speed(897000000)
        cfd.speed(897000000)
        dert.speed(897000000)
        ff.speed(897000000)
        d.speed(897000000)
        a.speed(897000000)
        t.speed(897000000)
        for __count in range(4):
            for __count in range(4):
                __Pen.circle(30, steps=5)
                __Pen.right(90)
                t.circle(30, steps=5)
                t.right(90)
                a.circle(30, steps=5)
                a.right(90)
                d.circle(30, steps=5)
                d.right(90)
                ff.circle(30, steps=5)
                ff.right(90)
                dert.circle(30, steps=5)
                dert.right(90)
                cfd.circle(30, steps=5)
                cfd.right(90)
                ytg.circle(30, steps=5)
                ytg.right(90)
                bhn.circle(30, steps=5)
                bhn.right(90)
                response.circle(30, steps=5)
                response.right(90)
                List.circle(30, steps=5)
                List.right(90)
                print((__Pen.xcor() + __Pen.ycor()), (t.xcor() + t.ycor()), (d.xcor() + d.ycor()), (a.xcor() + a.ycor()), (ff.xcor() + ff.ycor()), (dert.xcor() + dert.ycor()), (cfd.xcor() + cfd.ycor()), (ytg.xcor() + ytg.ycor()), (bhn.xcor() + bhn.ycor()), (response.xcor() + response.ycor()), (List.xcor() + List.ycor()))

def function4():

    function1()
    function2()
    function3()

 

【提示】

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