y = [T(e) for e in x if P(e)]
y = list(map(T, filter(P, x)))
(def y
(eduction (filter P)
(map T))
x)
constexpr auto transform_matches(const auto& x, auto p, auto t) {
auto result = x
| std::views::filter(p)
| std::views::transform(t);
std::vector<std::ranges::range_value_t<decltype(result)>> y;
std::copy(result.begin(), result.end(), std::back_inserter(y));
return y;
}
template <typename SeqT>
auto transform_copy_if(const SeqT i, auto p, auto f)
{
using namespace std;
SeqT o;
for_each(begin(i), end(i),
[&](const auto& x) {
if(p(x))
o.push_back(f(x));
}
);
return o;
}
var y = x.Where(P).Select(T).ToList();
y = x.filter!(P).map!(T);
var y = x.where(P).map(T).toList();
y = x
|> Enum.filter(&P/1)
|> Enum.map(&P(&T/1)
y = pack (t(x), mask=p(x))
var y []Result
for _, e := range x {
if P(e) {
y = append(y, T(e))
}
}
def y = x.findAll(p).collect(t)
y = x.filter(e => P(e)).map(e => T(e))
x.stream().filter(P).map(T).collect(Collectors.toList());
(defvar y (mapcar #'T (remove-if-not p x)))
$y = array_map('T', array_filter($x, 'P'));
type
TListPredicate = function(e: pointer): Boolean;
TListElementFunc = function(e: pointer): pointer;
function NewList(X: TList; P: TListPredicate; T: TListElementFunc): TList;
var
e: pointer;
begin
Result := TList.Create;
for e in X do
begin
if P(e) then
Result.Add(T(e));
end;
end;
my @y = map { T($_) } grep { P($_) } @x;
y = x.filter_map{|e| t(e) if p(e)}
y = x.each_with_object([]){|e, ar| ar << t(e) if p(e)}
let y = x.iter()
.filter(P)
.map(T)
.collect::<Vec<_>>();
val y = x.collect { case e if P(e) => T(e) }
y := x
select: [:ea | ea p]
thenCollect: [:ea | ea t].
y := x
collect: [:ea | ea t]
thenSelect: [:ea | ea p].