On Mon, 5 Aug 2024, Cassio Neri wrote:
> Implement the template function teju_jagua which finds the shortest
> representation of a floating-point number. The floating-point type is a
> template parameter and the implementation is generic enough to handle all
> floating-point types of interest, nam
On top of what Jonathan said, Teju Jagua yields a smaller binary size since
it needs fewer look-up tables.
Regarding performance and correctness:
1) My patch passes all the tests.
2) The GitHub project of the reference implementation (*) scans all floats
and the results of Teju Jagua, Ryu and Dr
On Tue, 6 Aug 2024, 17:28 Andi Kleen, wrote:
> Cassio Neri writes:
>
> > Implement the template function teju_jagua which finds the shortest
> > representation of a floating-point number. The floating-point type is a
> > template parameter and the implementation is generic enough to handle all
>
Cassio Neri writes:
> Implement the template function teju_jagua which finds the shortest
> representation of a floating-point number. The floating-point type is a
> template parameter and the implementation is generic enough to handle all
> floating-point types of interest, namely, IEEE 754, std
Implement the template function teju_jagua which finds the shortest
representation of a floating-point number. The floating-point type is a
template parameter and the implementation is generic enough to handle all
floating-point types of interest, namely, IEEE 754, std::bfloat16_t,
x86 80-bit and I
