def main(args): if argv.__len__() != 2: return print_help(84) try: const = float(args[1]) if not 0 < const < 2.5: return print_help(84) pgrm = Duck(const).run() pgrm.print() except ValueError: return print_help(84)
def test_ducks_full(a, xesp_m, xesp_s, xstd_dev, xper_5_m, xper_5_s, xper_9_m, xper_9_s, xtb_1, xtb_2): duck = Duck(a).run() calc_esperance(duck, xesp_m, xesp_s) calc_std_dev(duck, xstd_dev) calc_percent(duck, xper_5_m, xper_5_s, xper_9_m, xper_9_s) calc_time_back(duck, xtb_1, xtb_2)
def test_ducks_esperance(a, xstd_dev): duck = Duck(a).run() calc_std_dev(duck, xstd_dev)
def test_ducks_esperance(a, xesp_m, xesp_s): duck = Duck(a).run() calc_esperance(duck, xesp_m, xesp_s)
def test_ducks(a): p1 = Duck(a) assert p1 is not None
def test_ducks_time_back(a, xtb_1, xtb_2): duck = Duck(a).run() calc_time_back(duck, xtb_1, xtb_2)
def test_ducks_percent(a, xper_5_m, xper_5_s, xper_9_m, xper_9_s): duck = Duck(a).run() calc_percent(duck, xper_5_m, xper_5_s, xper_9_m, xper_9_s)