Dancing Man – Rick Roll

This was the very first “long” program that I wrote. It incorporates math modules, random modules, a graphics module (a tkinter spin off provided by Zelle) and functions. This was a little bit of extra credit I did during the semester. I am sure that there are plenty of short cuts that I could have used and some of my code may be obsolete, but considering it’s my very first complicated program, I figure its all good. I also wanted to show it off to people that would understand the fundamentals behind it. To a normal person, it’s just a dancing stick figure. To me, it’s 3 long nights of straight work and 5 pages worth of code. I submitted it with the Rick Ashley song in the background for fun effect. Enjoy!

Click here for The final Product with the Rick Roll song

from graphics import *
from time import *
from random import *


def drawMan(center, size, moverr, moverl, moverLL, moverRL, window):
    bodyLength = size * 3
    topllx = 225
    botllx = 190
    toplrx = 275
    botlrx = 310
    topy = 435
    boty = 470
    end = Point(center.getX(), center.getY() + bodyLength)
    leftLTop = Line(end, Point(topllx + moverLL ,topy + moverLL))
    llbpt = leftLTop.getP2()
    llbptx = llbpt.getX()
    llbpty = llbpt.getY()
    leftLBot = Line(Point(llbptx,llbpty), Point(botllx + moverLL * 3 ,boty + moverLL * 3))
    rightLTop = Line(end, Point(toplrx + moverRL,topy + moverRL))
    rlbpt = rightLTop.getP2()
    rlbptx = rlbpt.getX()
    rlbpty = rlbpt.getY()
    rightLBot = Line(Point(rlbptx,rlbpty), Point(botlrx + moverRL * 3,boty + moverRL * 3))



    toplx = 220
    consty = 325
    botlx = 190
    toprx = 280
    botrx = 310
    mid = Point((center.getX()+center.getX())//2, (center.getY() + (center.getY()+bodyLength))//2)
    leftTop = Line(mid, Point(toplx, consty))
    
    lbpt = leftTop.getP2()
    lbptx = lbpt.getX()
    lbpty = lbpt.getY()
    leftBot = Line(Point(lbptx,lbpty), Point(botlx + moverl * 2,consty + moverl * 2))
    varleft = leftBot.getP1()

    rightTop = Line(mid, Point(toprx + moverr,consty + moverr))
    rbpt = rightTop.getP2()
    rbptx = rbpt.getX()
    rbpty = rbpt.getY()
    rightBot = Line(Point(rbptx,rbpty), Point(botrx + moverr * 2,consty + moverr * 2))


    eyeSize = 0.15 * size
    eyeOff = size / 3.0
    mouthSize = 0.8 * size
    mouthOff = size / 2.0
    head = Circle(center, size)
    head.setFill("yellow")
    leftEye = Circle(center, eyeSize)
    leftEye.move(-eyeOff, -eyeOff)
    rightEye = Circle(center, eyeSize)
    rightEye.move(eyeOff, -eyeOff)
    p1 = center.clone()
    mouth = Circle(p1, size/1.5)
    p2 = center.clone()
    p2.move(0,-10)
    mouth1 = Circle(p2, size/1.4)
    mouth1.setFill('yellow')
    mouth1.setOutline('yellow')
    bodyM = Line(Point(center.getX(),center.getY()), (Point(center.getX(), center.getY()+bodyLength)))
    bodyM.draw(window)
    head.draw(window)
    mouth.draw(window)
    mouth1.draw(window)
    leftEye.draw(window)
    rightEye.draw(window)
    leftTop.draw(window)
    leftBot.draw(window)
    rightTop.draw(window)
    rightBot.draw(window)
    leftLTop.draw(window)
    leftLBot.draw(window)
    rightLTop.draw(window)
    rightLBot.draw(window)
    sleep(0.2)
    leftLTop.undraw()
    leftLBot.undraw()
    rightLTop.undraw()
    rightLBot.undraw()
    leftTop.undraw()
    leftBot.undraw()
    rightTop.undraw()
    rightBot.undraw()
    head.undraw()
    bodyM.undraw()
    leftEye.undraw()
    rightEye.undraw()
    mouth.undraw()
    mouth1.undraw()


def disco(window):
    filler = ['white', 'black', 'blue', 'purple', 'yellow', 'pink', 'green']
    rand = randint(0,6)
    setFi = filler[rand]
    disco = Circle(Point(100,75), 50)
    disco1 = disco.clone()
    disco1.move(150,0)
    disco1.setFill(setFi)
    disco1.setOutline(setFi)
    disco2 = disco1.clone()
    disco2.move(150,0)
    disco2.setFill(setFi)
    disco2.setOutline(setFi)
    disco2.draw(window)
    disco1.draw(window)
    disco.draw(window)
    disco.setFill(setFi)
    disco.setOutline(setFi)

    


def intervals():
    rand = randint(0,5)
    rand1 = randint(0,1)
    nega = [1,-1]
    mover = rand * nega[rand1]
    return mover
def faceMove():
    rand = randint(0,5)
    rand1 = randint(0,1)
    nega = [1,-1]
    mover = rand * nega[rand1]
    return mover


def main():
    win = GraphWin("", 500, 500)
    bg1 = Rectangle(Point (0,0), Point(500, 500))
    bg1.setFill('red')
    bg1.draw(win)
    center = Point(250, 250)
    size = 50
    moverl = 0
    moverr = 0
    moverRL = 0
    moverLL = 0
    amoverl = 0
    amoverr = 0
    amoverRL = 0
    amoverLL = 0
    disco(win)

    
    while win.checkMouse() == None:
        center = Point(center.getX() + faceMove(), center.getY() + faceMove())
        cgx = center.getX()
        cgy = center.getY()
        amoverl = amoverl + moverl
        amoverr = amoverr + moverr
        amoverRL = amoverRL + moverRL
        amoverLL = amoverLL + moverLL
        drawMan(center,size, moverr, moverl, moverLL, moverRL, win)
        moverl = intervals()
        moverr = intervals()
        moverRL = intervals()
        moverLL = intervals()

        if amoverl > 20:
            moverl = moverl * -1

        if amoverRL > 20:
            moverRL = moverRL * -1

        if amoverl < -20:
            moverl = moverl * -1

        if amoverRL  20:
            moverr = moverr * -1

        if amoverLL > 20:
            moverLL = moverLL * -1
            

        if amoverr < -20:
            moverr = moverr * -1
            

        if amoverLL < -20:
            moverLL = moverLL * -1
            

        if cgy  260:
            center = Point(250,250)
            disco(win)
        if cgx < 240:
            center = Point(250,250)
            disco(win)

    win.getMouse()
    win.close()

main()

Click here for The final Product with the Rick Roll song