Ball Crusher 3D 1000KN

By Aditya Aravind
from math import sin

def genBars(h=100, r=240, g=20, b=20, w=20):
    lines = line(x1=0,y1=0,x2=0,y2=0)
    w *= 2
    step = 3.14 / w

    for i in range(w):
        val = step * (i + 1)
        xStep = i / 2
        sVal = max(pow(sin(val), 0.5), 0.1)
        clr = color(r * sVal, g * sVal , b * sVal)
        lines += line(x1=xStep, x2=xStep, y1=0,y2=h, stroke=clr, fill=clr)
    return lines

def genSphere(n=80, r=230, g=20, b=20):
    step = 1/n
    cir = circle(r=0)
    for i in range(n):
        val = step * (i + 1)
        sVal = max(pow(val, 0.25), 0.1)
        clr = color(r * sVal, g * sVal , b * sVal)
        cir += circle(r=100, fill=clr, stroke=clr) | scale(1 - val)
    return cir


sphere = genSphere() | scale(0.5) | translate(y=10)
sphere2 =sphere |translate(x=-90)
sphere3 = sphere| translate(x=25) | scale(y=0.8, x=1.2)

tube = genBars(w=60, r=20, g=200) | translate(y=-150)
tubeTop = genBars(w=80, r=100, g=150, h = 20) | translate(x=-10, y=-50)

holder = tube + tubeTop
holder2 = holder | translate(x=-120)

holder3 = holder | rotate(180) | translate(x=-63, y=25)
holder4 = holder | rotate(180) | translate(x=60, y=10)

arr= sphere2 + sphere3 + holder + holder2 + holder3 + holder4

show(arr)