def logical_and(x1: ndarray, x2: ndarray):
new_af_array \
= _binary_func(x1._af_array,
x2._af_array,
backend.get().af_and)
return ndarray(new_af_array)
def _as_str(self, dims: bool = True):
arr_str = c_char_ptr_t(0)
be = backend.get()
safe_call(be.af_array_to_string(c_pointer(arr_str), "", self.arr, 4, dims))
py_str = to_str(arr_str)
safe_call(be.af_free_host(arr_str))
return py_str
def mod(x1: ndarray, x2: ndarray):
"""
Return element-wise remainder of division.
"""
# return _binary_function(a, b, af.rem)
new_af_array \
= _arith_binary_func(x1._af_array, x2._af_array, backend.get().af_mod)
return ndarray(new_af_array)
def bitwise_xor(x1: ndarray, x2: ndarray):
new_af_array \
= _binary_func(x1._af_array, x2._af_array, backend.get().af_bitxor)
return ndarray(new_af_array)
def invert(x: ndarray):
if not isinteger(x):
raise TypeError("invert only supportd integers arguments")
af_array = x._af_array
return ndarray(_binary_func(af_array, -1, backend.get().af_bitxor))
def logical_not(x: ndarray):
new_af_array = _arith_unary_func(x._af_array, backend.get().af_not)
return ndarray(new_af_array)