static callable make()
{
callable self = functional::call<F>(ndt::type("(Any, Any) -> Any"));
for (const std::pair<std::array<type_id_t, 2>, callable> &pair :
callable::make_all<K, numeric_type_ids, numeric_type_ids>(0)) {
children[pair.first[0]][pair.first[1]] = pair.second;
}
for (type_id_t i0 : numeric_type_ids()) {
for (type_id_t i1 : dim_type_ids()) {
const ndt::type child_tp =
ndt::callable_type::make(self.get_type()->get_return_type(),
{ndt::type(i0), ndt::type(i1)});
children[i0][i1] = functional::elwise(child_tp, self);
}
}
for (type_id_t i0 : dim_type_ids()) {
typedef join<numeric_type_ids, dim_type_ids>::type type_ids;
for (type_id_t i1 : type_ids()) {
const ndt::type child_tp =
ndt::callable_type::make(self.get_type()->get_return_type(),
{ndt::type(i0), ndt::type(i1)});
children[i0][i1] = functional::elwise(child_tp, self);
}
}
return functional::multidispatch(self.get_array_type(), children,
default_child);
}
static std::map<std::array<type_id_t, 2>, callable> make_children()
{
typedef type_id_sequence<bool_type_id, int8_type_id, int16_type_id, int32_type_id, int64_type_id, uint8_type_id,
uint16_type_id, uint32_type_id, uint64_type_id, float32_type_id,
float64_type_id> numeric_type_ids;
std::map<std::array<type_id_t, 2>, callable> children =
callable::make_all<K, numeric_type_ids, numeric_type_ids>(0);
callable self = functional::call<F>(ndt::type("(Any, Any) -> Any"));
for (type_id_t i0 : numeric_type_ids()) {
for (type_id_t i1 : dim_type_ids()) {
const ndt::type child_tp = ndt::callable_type::make(ndt::type("Any"), {ndt::type(i0), ndt::type(i1)});
children[{{i0, i1}}] = functional::elwise(child_tp, self);
}
}
for (type_id_t i : numeric_type_ids()) {
children[{{option_type_id, i}}] = callable::make<option_comparison_kernel<F, true, false>>();
children[{{i, option_type_id}}] = callable::make<option_comparison_kernel<F, false, true>>();
}
children[{{option_type_id, option_type_id}}] = callable::make<option_comparison_kernel<F, true, true>>();
for (type_id_t dim_tp_id : dim_type_ids()) {
children[{{dim_tp_id, option_type_id}}] = functional::elwise(self);
children[{{option_type_id, dim_tp_id}}] = functional::elwise(self);
}
for (type_id_t i0 : dim_type_ids()) {
typedef join<numeric_type_ids, dim_type_ids>::type type_ids;
for (type_id_t i1 : type_ids()) {
const ndt::type child_tp = ndt::callable_type::make(ndt::type("Any"), {ndt::type(i0), ndt::type(i1)});
children[{{i0, i1}}] = functional::elwise(child_tp, self);
}
}
children[{{string_type_id, string_type_id}}] = callable::make<K<string_type_id, string_type_id>>(0);
return children;
}
static callable make()
{
const callable self = functional::call<F>(ndt::type("(Any) -> Any"));
for (const std::pair<const type_id_t, callable> &pair :
callable::make_all<K, numeric_type_ids>(0)) {
children[pair.first] = pair.second;
}
for (type_id_t i0 : dim_type_ids()) {
const ndt::type child_tp = ndt::callable_type::make(
self.get_type()->get_return_type(), ndt::type(i0));
children[i0] = functional::elwise(child_tp, self);
}
return functional::multidispatch(self.get_array_type(), children,
default_child);
}
