from math import e,sqrt,pi
def calcula_gaussiana (x,y,z):
    A=((-0.5)*(float(x-y)/z)**2)
    f= (1/(z*sqrt(2*pi)))*e**A
    return f
8bf3cde5460125f4fd85c3e297d49dd3d3631e3f
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def calcula_gaussiana(x, y, z):
    A = -0.5 * (float(x - y) / z) ** 2
    f = 1 / (z * sqrt(2 * pi)) * e ** A
    return f

from math import e, sqrt, pi


def calcula_gaussiana(x, y, z):
    A = -0.5 * (float(x - y) / z) ** 2
    f = 1 / (z * sqrt(2 * pi)) * e ** A
    return f

from math import e,sqrt,pi
def calcula_gaussiana (x,y,z):
    A=((-0.5)*(float(x-y)/z)**2)
    f= (1/(z*sqrt(2*pi)))*e**A
    return f