def python_factorial(n):
return int(mlib.ifac(n))
def python_factorial(n):
return int(mlib.ifac(n))
#
# At this point gmpy will be None if gmpy2 was not successfully imported or if
# the environment variable SYMPY_GROUND_TYPES was set to 'python' (or some
# unrecognised value). The two blocks below define the values exported by this
# module in each case.
#
SYMPY_INTS: tTuple[Type, ...]
if gmpy is not None:
HAS_GMPY = 2
GROUND_TYPES = 'gmpy'
SYMPY_INTS = (int, type(gmpy.mpz(0)))
MPZ = gmpy.mpz
MPQ = gmpy.mpq
factorial = gmpy.fac
sqrt = gmpy.isqrt
else:
from .pythonmpq import PythonMPQ
HAS_GMPY = 0
GROUND_TYPES = 'python'
SYMPY_INTS = (int, )
MPZ = int
MPQ = PythonMPQ
factorial = lambda x: int(mlib.ifac(x))
sqrt = lambda x: int(mlib.isqrt(x))