# full_bell_curve.py

# full_bell_curve.py

from math import sin, pi

def bell(height=25,steps=99,floats=False):
    t = []
    ttt = []
    j = 180.0 / steps
    def iii(x):
        ttt.append(x)
        return int(x)
    def fff(x):
        ttt.append(x)
        return x
    if floats:
        o = fff
    else:
        o = iii

    for k in range(steps):
        x = sin((j*k)*pi/180) * height
        if x in ttt:
            t.pop()
            while len(t) > steps/2:
                t.pop()
            t += [o(25.0)]
            return [o(0.0)]+t[1:-1]+t[::-1]
        else:
            t += [o(x)]

print (bell()) # ...or ever print (bell(floats=1))