On Friday, 23 March 2012 at 11:20:59 UTC, Trass3r wrote:
The flags you want are -O, -inline -release.
If you don't have those, then that might explain some of the
slow down
on slicing, since -release drops a ton of runtime checks.
-noboundscheck option can also speed up things.
dmd is anyw
On Friday, 23 March 2012 at 10:48:55 UTC, Dmitry Olshansky wrote:
On 23.03.2012 9:57, Comrad wrote:
On Thursday, 22 March 2012 at 10:43:35 UTC, Trass3r wrote:
What is the status at the moment? What compiler and with
which
compiler flags I should use to achieve maximum performance?
In general
The flags you want are -O, -inline -release.
If you don't have those, then that might explain some of the slow down
on slicing, since -release drops a ton of runtime checks.
-noboundscheck option can also speed up things.
On 23.03.2012 9:57, Comrad wrote:
On Thursday, 22 March 2012 at 10:43:35 UTC, Trass3r wrote:
What is the status at the moment? What compiler and with which
compiler flags I should use to achieve maximum performance?
In general gdc or ldc. Not sure how good vectorization is though, esp.
auto-ve
On 23 March 2012 18:57, Comrad wrote:
> On Thursday, 22 March 2012 at 10:43:35 UTC, Trass3r wrote:
>>>
>>> What is the status at the moment? What compiler and with which compiler
>>> flags I should use to achieve maximum performance?
>>
>>
>> In general gdc or ldc. Not sure how good vectorization
On Thursday, 22 March 2012 at 10:43:35 UTC, Trass3r wrote:
What is the status at the moment? What compiler and with which
compiler flags I should use to achieve maximum performance?
In general gdc or ldc. Not sure how good vectorization is
though, esp. auto-vectorization.
On the other hand the
What is the status at the moment? What compiler and with which compiler
flags I should use to achieve maximum performance?
In general gdc or ldc. Not sure how good vectorization is though, esp.
auto-vectorization.
On the other hand the so called vector operations like a[] = b[] + c[];
are l
