def forever(n_terms, n=200):
sys.tracebacklimit = 0
n_ratios = 0
sum_py = 0
sum_cpp = 0
while True:
time_0 = usr_and_sys()
run_python(n, n_terms)
sum_py += usr_and_sys() - time_0
time_0 = usr_and_sys()
run_c_plus_plus(n, n_terms)
sum_cpp += usr_and_sys() - time_0
n_ratios += 1
print "mean Python: %6.3f" % (sum_py/n_ratios)
print "mean C++: %6.3f" % (sum_cpp/n_ratios)
if (sum_cpp != 0):
print "iteration %d: ratio %6.3f" % (n_ratios, sum_py/sum_cpp)
else:
print "iteration %d: ratio infinity" % n_ratios
print
def forever(n_terms, n=200):
sys.tracebacklimit = 0
n_ratios = 0
sum_py = 0
sum_cpp = 0
while True:
time_0 = usr_and_sys()
run_python(n, n_terms)
sum_py += usr_and_sys() - time_0
time_0 = usr_and_sys()
run_c_plus_plus(n, n_terms)
sum_cpp += usr_and_sys() - time_0
n_ratios += 1
print("mean Python: %6.3f" % (sum_py / n_ratios))
print("mean C++: %6.3f" % (sum_cpp / n_ratios))
if (sum_cpp != 0):
print("iteration %d: ratio %6.3f" % (n_ratios, sum_py / sum_cpp))
else:
print("iteration %d: ratio infinity" % n_ratios)
print()
def __call__(self, n, n_terms): result = run_python(self.n_python, n_terms) result += run_c_plus_plus(n-self.n_python, n_terms) return result
def __call__(self, n, n_terms):
result = run_python(self.n_python, n_terms)
result += run_c_plus_plus(n - self.n_python, n_terms)
return result
