from math import floor, sin, log, log2, log10, sqrt

mu = 45 + sin(34 + 2) / 2  # Comment
tau = sin(log2(log(3, 9)))
eta = sqrt(1 / log10(6) / log(32))
kappa = floor(23 / 4.5)  # Last comment

varepsilon = 45 + sin(34 + 2) / 2  # Comment
epsilon = sin(log2(log(3, 9)))
vartheta = sqrt(1 / log10(6) / log(32))
theta = sqrt(1 / log10(6) / log(32))
varpi = sqrt(1 / log10(6) / log(32))
pi = sqrt(1 / log10(6) / log(32))
varrho = sqrt(1 / log10(6) / log(32))
rho = sqrt(1 / log10(6) / log(32))
varsigma = sqrt(1 / log10(6) / log(32))
sigma = sqrt(1 / log10(6) / log(32))
varphi = sqrt(1 / log10(6) / log(32))
phi = sqrt(1 / log10(6) / log(32))

Omega = varepsilon + epsilon + vartheta + theta + varpi + pi + varrho + rho + varsigma + sigma + varphi + phi

calc_results = globals()
