Great! Then take contact directly with George about calling it from his Kalman filter code and general integration and testing. Please cc all messages to dev@dynare.org
Many thanks and all the best,
Michel
andrea pagano wrote:
Hi Michel
I was about to send you the codes (which I wrote in fortran). Actually I used a slight different strategy as one of DGEMM (since I believe we can specify even more our situation).
I am finishing to write a couple of extra files and the documentation, and I will send you the entire package.
Best
Andrea
On Tue, May 26, 2009 at 11:35 AM, Michel Juillard michel.juillard@ens.fr wrote:
Dear Andrea,
were you able to decipher the strategy used by ATLAS for DGEMM? Is there hope (and advantages) to specialize it for quasi-triangular matrices?
Best
Michel
Hi This is great news, Is then plan to link Fortran objects with C++ directly and keep the mixed code in repository? Best regards
George Perendia ----- Original Message ----- From: "Michel Juillard" michel.juillard@ens.fr To: "andrea pagano" andrea.pagano@jrc.it Cc: "List for Dynare developers" dev@dynare.org; "G. Perendia" george@perendia.orangehome.co.uk Sent: Tuesday, May 26, 2009 10:50 AM Subject: Re: [DynareDev] quasi-triangular matrices
Great! Then take contact directly with George about calling it from his Kalman filter code and general integration and testing. Please cc all messages to dev@dynare.org
Many thanks and all the best,
Michel
andrea pagano wrote:
Hi Michel
I was about to send you the codes (which I wrote in fortran). Actually I used a slight different strategy as one of DGEMM (since I believe we can specify even more our situation).
I am finishing to write a couple of extra files and the documentation, and I will send you the entire package.
Best
Andrea
On Tue, May 26, 2009 at 11:35 AM, Michel Juillard michel.juillard@ens.fr wrote:
Dear Andrea,
were you able to decipher the strategy used by ATLAS for DGEMM? Is
there
hope (and advantages) to specialize it for quasi-triangular matrices?
Best
Michel
Dev mailing list Dev@dynare.org http://www.dynare.org/cgi-bin/mailman/listinfo/dev
Yes, as it is meant as a specialization of DGEMM and that there is no problem in linking Fortran with C++, I think it is the easiest.
Best
Michel
G. Perendia wrote:
Hi This is great news, Is then plan to link Fortran objects with C++ directly and keep the mixed code in repository? Best regards
George Perendia ----- Original Message ----- From: "Michel Juillard" michel.juillard@ens.fr To: "andrea pagano" andrea.pagano@jrc.it Cc: "List for Dynare developers" dev@dynare.org; "G. Perendia" george@perendia.orangehome.co.uk Sent: Tuesday, May 26, 2009 10:50 AM Subject: Re: [DynareDev] quasi-triangular matrices
Great! Then take contact directly with George about calling it from his Kalman filter code and general integration and testing. Please cc all messages to dev@dynare.org
Many thanks and all the best,
Michel
andrea pagano wrote:
Hi Michel
I was about to send you the codes (which I wrote in fortran). Actually I used a slight different strategy as one of DGEMM (since I believe we can specify even more our situation).
I am finishing to write a couple of extra files and the documentation, and I will send you the entire package.
Best
Andrea
On Tue, May 26, 2009 at 11:35 AM, Michel Juillard michel.juillard@ens.fr wrote:
Dear Andrea,
were you able to decipher the strategy used by ATLAS for DGEMM? Is
there
hope (and advantages) to specialize it for quasi-triangular matrices?
Best
Michel
Dev mailing list Dev@dynare.org http://www.dynare.org/cgi-bin/mailman/listinfo/dev
Dev mailing list Dev@dynare.org http://www.dynare.org/cgi-bin/mailman/listinfo/dev
Michel Juillard michel.juillard@ens.fr a écrit :
Yes, as it is meant as a specialization of DGEMM and that there is no problem in linking Fortran with C++, I think it is the easiest.
Concerning licensing issue, the Wikipedia page about ATLAS says that it is released under a BSD-style license. If this is the case, it is perfectly legal to modify some ATLAS source code and incorporate it into Dynare. Can you confirm this?
Best,
-
G. Perendia -
Michel Juillard -
Sébastien Villemot