Thread overview
Article: Increasing the performance of D math code
Oct 11, 2016
Johan Engelen
Oct 11, 2016
Ilya Yaroshenko
Oct 11, 2016
Ali Çehreli
Oct 11, 2016
Johan Engelen
Oct 11, 2016
cym13
Oct 12, 2016
Walter Bright
October 11, 2016
I wrote a piece on LDC's fastmath stuff that Mir uses for high-performance D math code:

https://johanengelen.github.io/ldc/2016/10/11/Math-performance-LDC.html

cheers,
  Johan
October 11, 2016
On Tuesday, 11 October 2016 at 14:01:54 UTC, Johan Engelen wrote:
> I wrote a piece on LDC's fastmath stuff that Mir uses for high-performance D math code:
>
> https://johanengelen.github.io/ldc/2016/10/11/Math-performance-LDC.html
>
> cheers,
>   Johan

Awesome! Thank you for the post! Twitted https://twitter.com/libmir/status/785858654717239296
October 11, 2016
On 10/11/2016 11:06 AM, Ilya Yaroshenko wrote:
> On Tuesday, 11 October 2016 at 14:01:54 UTC, Johan Engelen wrote:
>> I wrote a piece on LDC's fastmath stuff that Mir uses for
>> high-performance D math code:
>>
>> https://johanengelen.github.io/ldc/2016/10/11/Math-performance-LDC.html
>>
>> cheers,
>>   Johan
>
> Awesome! Thank you for the post! Twitted
> https://twitter.com/libmir/status/785858654717239296

https://www.reddit.com/r/programming/comments/56yheb/increasing_the_performance_of_d_math_code/

Andrei
October 11, 2016
On 10/11/2016 07:01 AM, Johan Engelen wrote:
> I wrote a piece on LDC's fastmath stuff that Mir uses for
> high-performance D math code:
>
> https://johanengelen.github.io/ldc/2016/10/11/Math-performance-LDC.html
>
> cheers,
>   Johan

Kind of off topic and hopefully constructive critism: You have sentence that starts with "I’m afraid it won’t be a nice read..." on Reddit. No matter how correct, there is no need to use negative marketing for your work. :) How about something more positive like "I'm sure you'll enjoy this more if you're familiar with...". ;)

Ali

October 11, 2016
On Tuesday, 11 October 2016 at 17:29:47 UTC, Ali Çehreli wrote:
> On 10/11/2016 07:01 AM, Johan Engelen wrote:
> > I wrote a piece on LDC's fastmath stuff that Mir uses for
> > high-performance D math code:
> >
> > 
> https://johanengelen.github.io/ldc/2016/10/11/Math-performance-LDC.html
> >
> > cheers,
> >   Johan
>
> Kind of off topic and hopefully constructive critism: You have sentence that starts with "I’m afraid it won’t be a nice read..." on Reddit. No matter how correct, there is no need to use negative marketing for your work. :) How about something more positive like "I'm sure you'll enjoy this more if you're familiar with...". ;)

Something to keep in mind next time!
October 11, 2016
On Tuesday, 11 October 2016 at 18:01:47 UTC, Johan Engelen wrote:
> On Tuesday, 11 October 2016 at 17:29:47 UTC, Ali Çehreli wrote:
>> On 10/11/2016 07:01 AM, Johan Engelen wrote:
>> > I wrote a piece on LDC's fastmath stuff that Mir uses for
>> > high-performance D math code:
>> >
>> > 
>> https://johanengelen.github.io/ldc/2016/10/11/Math-performance-LDC.html
>> >
>> > cheers,
>> >   Johan
>>
>> Kind of off topic and hopefully constructive critism: You have sentence that starts with "I’m afraid it won’t be a nice read..." on Reddit. No matter how correct, there is no need to use negative marketing for your work. :) How about something more positive like "I'm sure you'll enjoy this more if you're familiar with...". ;)
>
> Something to keep in mind next time!

I agree, be it only because I feel that even people with only vague knowledge of assembly and SIMD can benefit from this article. That was a nice read, thank you :)
October 11, 2016
On 10/11/2016 7:01 AM, Johan Engelen wrote:
> I wrote a piece on LDC's fastmath stuff that Mir uses for high-performance D
> math code:
>
> https://johanengelen.github.io/ldc/2016/10/11/Math-performance-LDC.html

Articles like this are great! Keep 'em coming.

October 13, 2016
On Wednesday, 12 October 2016 at 03:18:23 UTC, Walter Bright wrote:
> On 10/11/2016 7:01 AM, Johan Engelen wrote:
>> I wrote a piece on LDC's fastmath stuff that Mir uses for high-performance D
>> math code:
>>
>> https://johanengelen.github.io/ldc/2016/10/11/Math-performance-LDC.html
>
> Articles like this are great! Keep 'em coming.

+1