import turtle
import time

#You can change these for magic
x = 300 #Size of boxes(x)
y = 125  #Size of boxes(y)
spacing = 5
width = 3
speed = "fastest"

#Ok, begin magic

myturt = turtle.Turtle()

def fmtpos(pos):
    return "x-(%.2f) y-(%.2f)" % (pos[0], pos[1])

def drawBox(turt,x,y):
    turt.speed("fastest")
    turt.forward(y)
    p1 = turt.position()
    turt.setheading(turt.heading() + 90)
    turt.forward(x)
    p2 = turt.position()
    turt.setheading(turt.heading() + 90)
    turt.forward(y)
    p3 = turt.position()
    turt.setheading(turt.heading() + 90)
    turt.forward(x)
    p4 = turt.position()
    turt.setheading(turt.heading() + 90)
    return p1,p2,p3,p4


myturt.width(width)
myturt.speed(speed)
multiplier = .05
imult = 1
startTime = time.time()
lasttime = time.clock()
timeS = time.clock()
for i in range(360/spacing):
    imult = i
    myturt.setheading(myturt.heading() + spacing)
    '''while i*multiplier > 1:
        multiplier = multiplier - .01
    if multiplier < 0:
        break
        myturt.write("Our Colors have gone negative!")
    myturt.color(imult*multiplier,imult*multiplier/2,imult*multiplier/2)'''
    #myturt.color(0,0,1)
    w1,w2,w3,w4 = drawBox(myturt,x,y)
    timeS = time.clock()
    print "Frame %d finished, took %s ticks" % (i,timeS - lasttime)
    print 'Frame %d points:' % (i,)
    print '%d:#1'%(i,),fmtpos(w1)
    print '%d:#2'%(i,),fmtpos(w2)
    print '%d:#3'%(i,),fmtpos(w3)
    print '%d:#4'%(i,),fmtpos(w4)
    #print "Frame %d points: #1 %"
    lasttime = time.clock()
    turtle.title('Turtle, Frame: %d' % (i,))
endTime = time.time()
printTime = endTime - startTime
print "Finished all frames, took %d seconds" % (printTime, )
turtle.done()