def _integrator(f, a, b):
# return quad(f, a, b, limit=1000, epsrel = 1e-10, full_output=(0 if _feedback else 1))[0]
# return Integrate_Patterson(f, a, b, eps = 1e-7, abs=1e-10)[0]
i = integrate.chebyshev(f, a, b, epsrel=1e-12, epsabs=1e-16)
# i = integrate.romberg(f, a, b, epsrel = 1e-15)
# print i
return i
def _integrator(f, a, b):
#return quad(f, a, b, limit=1000, epsrel = 1e-10, full_output=(0 if _feedback else 1))[0]
#return Integrate_Patterson(f, a, b, eps = 1e-7, abs=1e-10)[0]
i = integrate.chebyshev(f, a, b, epsrel=1e-12, epsabs=1e-16)
#i = integrate.romberg(f, a, b, epsrel = 1e-15)
#print i
return i
def _int(f, a, b, args=()):
#return quad(f, a, b, args=args, limit=1000, epsrel = 1e-7,
# full_output=(0 if _feedback else 1))[0]
#return Integrate_Patterson(f, a, b, eps = 1e-7, abs=1e-10, args=args)[0]
return integrate.chebyshev(f,
a,
b,
epsrel=1e-7,
epsabs=1e-9,
args=args)
def _integrator(f, a, b):
# return quad(f, a, b, limit=1000, epsrel = 1e-7, full_output=(0 if _feedback else 1))[0]
# return Integrate_Patterson(f, a, b, eps = 1e-7, abs=1e-10)[0]
return integrate.chebyshev(f, a, b, epsrel=1e-7, epsabs=1e-10)[0]
def _int(f, a, b, args=()):
# return quad(f, a, b, args=args, limit=1000, epsrel = 1e-7,
# full_output=(0 if _feedback else 1))[0]
# return Integrate_Patterson(f, a, b, eps = 1e-7, abs=1e-10, args=args)[0]
return integrate.chebyshev(f, a, b, epsrel=1e-7, epsabs=1e-9, args=args)
def _integrator(f, a, b):
#return quad(f, a, b, limit=1000, epsrel = 1e-7, full_output=(0 if _feedback else 1))[0]
#return Integrate_Patterson(f, a, b, eps = 1e-7, abs=1e-10)[0]
return integrate.chebyshev(f, a, b, epsrel=1e-7,
epsabs=1e-10)[0]
