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【作品展示】

 

【作品介绍】

共增加2个项目

项目9来自编程猫模板

感谢编程猫模板

正在招募创作者

 

【作品源代码】

a00000 = input("你要画什么，奥运五环扣1，自定义图形扣2,梵高的名画扣3,七色迭代扣4,圆形之美扣5,海螺板七色迭代扣6，地狱之眼扣7，彩虹之眼扣8,爆炸的艺术扣9   :")
a = int(a00000)
print("你选择的是项目",a)
if (a == 1):
    import turtle
    mypen = turtle.Pen()
    mypen.hideturtle()
    mypen.speed(8)
    mypen.pensize(20)
    pos = [(0, 0), (230, 0), (115, -100), (-230, 0), (-115, -110)]
    colors = ['black', 'red', 'green', 'blue', 'yellow']
    mas = ("🌎   黑环代表非洲🌎", "🌎   红环代表美洲🌎", "🌎 绿环代表大洋洲🌎", "🌎   蓝环带表欧洲🌎", "🌎   黄环代表亚洲🌎")
    mypen.right(3600)
    for i in range(5):
        mypen.penup()
        mypen.goto(pos[i])
        mypen.pendown()
        mypen.pencolor(colors[i])
        print(mas[i])
        mypen.circle(100)
    mypen.pencolor('black')
    mypen.penup()
    mypen.goto(-150, -200)
    mypen.write('2022北京冬奥加油', font=("文泉驿正黑", 30))
    print('2022北京冬奥加油')
    print('2022北京冬奥加油')
    print('2022北京冬奥加油')
    turtle.done()
elif (a == 2):
    z112 = ['red', 'orange', 'yellow', 'green','blue', 'violet', 'indigo',"black"]
    z115 = ['red', 'orange', 'yellow', 'green', 'blue', 'violet', 'indigo',"black"]
    try:
        Input = int(input('请输入你要的边数：'))
        z199 = int(input('请输入你要的颜色，红橙黄绿蓝粉紫黑分别扣12345678：'))
        z190 = int(input('请输入你要的粗细：'))
        z191 = int(input('请输入你要的速度，扣0最快，10其次，1最慢：'))
        z132 = int(input("是否填充？填充扣1，不填充扣2"))
    except:
        print("输入无效")
    if z132 == 1:
        z011 = int(input("请输入你要的填充颜色,红橙黄绿蓝粉紫黑分别扣12345678："))
        z011 = z011 - 1
    z199 = z199 - 1
    import turtle
    mypen = turtle.Pen()
    mypen.speed(z191)
    mypen.pencolor(z112[z199])
    mypen.hideturtle()
    mypen.pensize(z190)
    lenth = 500
    if z132 == 1:
        mypen.begin_fill()
        for i in range(Input):
            mypen.forward((lenth / Input))
            mypen.left(360 / Input)
            mypen.fillcolor(z115[z011])
        mypen.end_fill()
        turtle.done()
    else:
        for i in range(Input):
            mypen.forward((lenth / Input))
            mypen.left(360 / Input)
        turtle.done()
elif (a == 3):
    asd = int(input("无限循环扣1,有限循环2"))
    if asd != 1:
        s29 = int(input("输入循环次数   ："))
    import turtle
    mypen = turtle.Pen()
    mypen.hideturtle()
    mypen.speed(0)
    mypen.penup()
    n = 3
    mypen.goto((-20), (-350))
    mypen.pendown()
    i2543 = 0
    i = 0
    box1234 = ['red', 'orange', 'yellow', 'green', 'blue', 'indigo', 'violet']
    def poliong(n, l):
        for i1 in range(n):
            mypen.forward(l)
            mypen.pencolor(box1234[i1 % 7])
            mypen.left((360 / n))
    mypen.pensize(5)
    if asd == 1:
        s29 = int(input("输入循环次数   ："))
        for i987 in range(s29):
            poliong(i987 + 3, 50)
    else:
        while True:
            poliong(i + 3, 50)
            i = i + 1

elif (a == 4):
    z54 = int(input("你要哪种模式，无限循环扣1，有限循环扣2   ："))
    if z54 != 1:
        s12 = int(input("输入循环次数   ："))
    import turtle
    mypen = turtle.Pen()
    mypen.speed(0)
    mypen.hideturtle()
    box1 = ['green', 'yellow', 'blue', 'violet']
    box = ['red', 'orange', 'yellow', 'green', 'blue', 'indigo', 'violet']
    mypen.pensize(1.5)
    n = 30
    c = 50
    b = (360 / n)
    n11 = 0
    print("现在开始画背景")
    for i in range(200):
        mypen.color(box1[i % 4])
        mypen.forward((i * 2))
        mypen.left(90)
    mypen.goto(0,0)
    mypen.speed(0)
    mypen.pensize(2)
    if z54 == 1:
        while True:
            mypen.pencolor(box[(n11 % 7)])
            n11 = n11 + 1
            for j in range(n):
                mypen.circle(c + n11)
                mypen.left(b)
    else:
        for i in range(s12):
            mypen.pencolor(box[(n11 % 7)])
            n11 = n11 + 1
            for j in range(n):
                mypen.circle(c + n11)
                mypen.left(b)

    turtle.done()
elif (a == 5):
    z59 = int(input("你要哪种模式，无限循环扣1，有限循环扣2   ："))
    if z59 != 1:
        s24 = int(input("输入循环次数   ："))
    import turtle
    mypen = turtle.Pen()
    mypen.hideturtle()
    i76 = 0
    mypen.penup()
    mypen.goto((-20), (-350))
    mypen.pendown()
    mypen.speed(0)
    box = ['orange', 'yellow', 'blue', 'green']
    mypen.pensize(3)
    if z59 == 1:
        while True:
                mypen.color(box[i76 % 4])
                mypen.circle((i76 * 2))
                i76 = i76 + 1
    else:
        for i89 in range(s24):
            mypen.color(box[i89 % 4])
            mypen.circle((i89 * 2))
    turtle.done()
elif (a == 6):
    
    z53 = int(input("你要哪种模式，无限循环扣1，有限循环扣2   ："))
    if z53 != 1:
        s22 = int(input("输入循环次数   ："))
    import turtle
    n = 30
    c = 50
    b = (360 / n)
    i = 0
    mypen = turtle.Pen()
    mypen.hideturtle()
    box = ['red', 'orange', 'yellow', 'green', 'blue', 'indigo', 'violet']
    mypen.pensize(5)
    mypen.speed(0)
    if z53 == 1:
        while True:
            mypen.pencolor(box[(i % 6)])
            i = i + 1
            for j in range(n):
                mypen.circle((c + i) + j)
                mypen.left(b)
    else:
        for i12 in range(s22):
            mypen.pencolor(box[(i12 % 6)])
            for j1 in range(n):
                mypen.circle((c + i12) + j1)
                mypen.left(b)
    turtle.done()
elif (a == 7):
    import turtle
    mypen = turtle.Pen()
    mypen.hideturtle()
    n = 10
    c = 20
    b = (360 / n)
    mypen.speed(0)
    mypen.color("black")
    k = [(0, 0), (50, 0), (0, 50), (-50, 0), (0, -50),(150,150),(-150,-150),(150,-150),(-150,150)]
    q = [(150,0),(0,150),(-150,0),(0,-150)]
    a2 = [(145, 155), (-145, -155), (145, -155), (-145, 155)]
    a3 = ["地", "狱", "之", "眼"]
    mypen.pensize(2)
    for p in range(4):
        mypen.penup()
        mypen.goto(q[p])
        mypen.pendown()
        mypen.dot(20)
    for o in range(9):
        mypen.penup()
        mypen.goto(k[o])
        mypen.pendown()
        for l in range(n):
            mypen.circle(c)
            mypen.left(b)
    mypen.pensize(1.5)
    mypen.penup()
    mypen.goto(0,0)
    mypen.pendown()
    for m0 in range(200):
        mypen.forward((m0 * 2))
        mypen.left(90)
    mypen.penup()
    mypen.goto(0, 0)
    mypen.left(45)
    mypen.pendown()
    for m1 in range(170):
        mypen.forward((m1 * 2))
        mypen.left(90)
    for m2 in range(4):
        mypen.penup()
        mypen.goto(a2[m2])
        mypen.pendown()
        mypen.pencolor("red")
        mypen.write((a3[m2]), font=("文泉驿正黑", 30))
    turtle.done()
elif (a == 8):
    import turtle
    mypen = turtle.Pen()
    mypen.hideturtle()
    n = 10
    c = 20
    b = (360 / n)
    mypen.speed(0)
    k = [(150, 150), (-150, -150), (150, -150), (-150, 150)]
    q = [(150, 0), (0, 150), (-150, 0), (0, -150)]
    a2 = [(145, 155), (-145, -155), (145, -155), (-145, 155)]
    box = ['orange', 'yellow', 'blue', 'green']
    box1 = ['red', 'orange', 'yellow', 'green', 'blue', 'indigo', 'violet']
    mypen.pensize(2)
    mypen.left(45)
    for m1 in range(170):
        mypen.pencolor(box[m1 % 4])
        mypen.forward((m1 * 2))
        mypen.left(90)
    mypen.penup()
    mypen.goto(0,0)
    mypen.pendown()
    mypen.left(45)
    for m2 in range(200):
        mypen.pencolor(box[m2 % 4])
        mypen.forward((m2 * 2))
        mypen.left(90)
    for p in range(4):
        mypen.penup()
        mypen.goto(q[p])
        mypen.pendown()
        mypen.pencolor(box[p])
        mypen.dot(20)
    for o in range(4):
        mypen.penup()
        mypen.goto(k[o])
        mypen.pendown()
        for l in range(7):
            mypen.pencolor(box1[l])
            mypen.circle(c)
            mypen.left(360 / 7)
            mypen.pensize(1.5)
        mypen.penup()
        mypen.goto(0,0)
        mypen.pendown()
    mypen.pensize(100)
    for j in range(7):
        mypen.pencolor(box1[j])
        for i5 in range(4):
            mypen.forward(50)
            mypen.left(90)
        mypen.left((360 / 7))
    turtle.done()
elif (a == 9):
    import turtle
    t = turtle.Pen()
    t.speed(0)
    turtle.bgcolor('black')
    sides = 5
    colors = ['red', 'yellow', 'blue', 'orange', 'green', 'purple']
    for x in range(360):
        t.pencolor(colors[(x % sides)])
        t.forward(((x * 3) / sides + x))
        turtle.bgcolor(colors[x % sides])
        t.left((360 / sides + 1))
        t.pensize(((x * sides) / 200))
        t.left(90)
        t.circle(((x * 1.009999999999999) / sides + x))

else:
    print("没有这个项目")
print("运行完成")
print("欢迎下次运行")

 

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