Ping!
On 20/11/18 7:14 pm, Timothy Arceri wrote:
This series add support for partial loop unrolling for loops with an
unknown trip count. The new partial_unroll function allows the caller
to specifiy how may times the loop should be unrolled and then the
loop is inserted in the innermost continu
This series add support for partial loop unrolling for loops with an
unknown trip count. The new partial_unroll function allows the caller
to specifiy how may times the loop should be unrolled and then the
loop is inserted in the innermost continue branch of the unrolled loop.
For now we only do p
On Mon, Nov 19, 2018 at 5:31 PM Timothy Arceri
wrote:
> On 20/11/18 2:46 am, Jason Ekstrand wrote:
> > I also saw a case last week where the induction variable is <=
> > imax(thing, 4) and it'd be nice to unroll those too.
>
> That is an interesting one. It means we could do a simple unroll for t
On 20/11/18 2:46 am, Jason Ekstrand wrote:
I also saw a case last week where the induction variable is <=
imax(thing, 4) and it'd be nice to unroll those too.
That is an interesting one. It means we could do a simple unroll for the
first 4 iterations i.e no if statements required, which is a b
I also saw a case last week where the induction variable is <= imax(thing,
4) and it'd be nice to unroll those too.
--Jason
On Mon, Nov 19, 2018 at 12:18 AM Timothy Arceri
wrote:
> This series add support for partial loop unrolling for loops with an
> unknown trip count. The new partial_unroll
On 19/11/18 5:18 pm, Timothy Arceri wrote> This series add support for
partial loop unrolling for loops with an
unknown trip count. The new partial_unroll function allows the caller
to specifiy how may times the loop should be unrolled and then the
loop is inserted in the innermost continue branc
This series add support for partial loop unrolling for loops with an
unknown trip count. The new partial_unroll function allows the caller
to specifiy how may times the loop should be unrolled and then the
loop is inserted in the innermost continue branch of the unrolled loop.
For now we only do p
