11.001001000011111101101010100010001000 Arithmazium
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Part 1

Part 2

# =============================================
# Tests of X**K for integer X and K.
# =============================================
def test_power_result(x, z, q):
    """Check that x equals z**q, usually for exact integer cases."""
    global pow_err_cnt
    y = pow(z, q)
    if ultra_verbose:
        print("\t{:.17e} = {:.17e} ^ {:.17e}".format(y, z, q))
    if y != x:

Part 3

        if pow_err_cnt <= 0:
            if z == ZERO and q <= ZERO:
                print("WARNING:  computing")
            else:
                bad_cond(err_defect, "computing")
            print("\t({:0.17e}) ^ ({:0.17e})".format(z, q))
            print("\tyielded {:0.17e};\n".format(y))
            print("\twhich compared unequal to correct {:0.17e} ;"
                  .format(x))
            print("\t\tthey differ by {:0.17e} .".format(y - x))
        pow_err_cnt += 1  # ... count discrepancies.
    return


Part 4

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