quadrants.lang.matrix_ops_utils

Functions

do_check(checker_fns, *args, **kwargs)
preconditions(*checker_funcs)
arg_at(indices, *fns)
assert_tensor(m[, msg])
assert_vector([msg])
assert_list(x[, msg])
arg_foreach_check(*arg_indices[, fns, logic, msg])
get_list_shape(x)
same_shapes(*xs)
square_matrix(x)
dim_lt(dim, limit)
is_int_const(x)
check_matmul(x, y)
check_transpose(x)

Module Contents

quadrants.lang.matrix_ops_utils.do_check(checker_fns, *args, **kwargs)

quadrants.lang.matrix_ops_utils.preconditions(*checker_funcs)

quadrants.lang.matrix_ops_utils.arg_at(indices, *fns)

quadrants.lang.matrix_ops_utils.assert_tensor(m, msg='not tensor type: {}')

quadrants.lang.matrix_ops_utils.assert_vector(msg='expected a vector, got {}')

quadrants.lang.matrix_ops_utils.assert_list(x, msg='not a list: {}')

quadrants.lang.matrix_ops_utils.arg_foreach_check(*arg_indices, fns=[], logic='or', msg=None)

quadrants.lang.matrix_ops_utils.get_list_shape(x)

quadrants.lang.matrix_ops_utils.same_shapes(*xs)

quadrants.lang.matrix_ops_utils.square_matrix(x)

quadrants.lang.matrix_ops_utils.dim_lt(dim, limit)

quadrants.lang.matrix_ops_utils.is_int_const(x)

quadrants.lang.matrix_ops_utils.check_matmul(x, y)

quadrants.lang.matrix_ops_utils.check_transpose(x)