|
Size: 1769
Comment:
|
Size: 2958
Comment:
|
| Deletions are marked like this. | Additions are marked like this. |
| Line 9: | Line 9: |
| = magpar wiki = | = magpar Homepage and Wiki = |
| Line 11: | Line 11: |
| magpar is a finite element micromagnetics package. | magpar is a finite element micromagnetics package which combines several unique features: |
| Line 13: | Line 13: |
| The magpar homepage with documentation, downloads, etc. can be found at http://www.magpar.net. | * '''Applicability''' to a variety of static and dynamic micromagnetic problems including uniaxial anisotropy, exchange, magnetostatic interactions and external fields * '''Flexibility''' of the finite element method concerning the geometry and accuracy by using unstructured graded meshes * '''Availability''' due to its design based on free, open source software packages * '''Portability''' to different hardware platforms, which range from simple PCs to massively parallel supercomputers * '''Scalability''' due to its highly optimized design and efficient libraries * '''Versatility''' by including static energy minimization and dynamic time integration methods |
| Line 15: | Line 20: |
| This is the official magpar wiki for all users and friends. | == News == Dec. 14, 2008 : released magpar version 0.8: [[http://www.cwscholz.net/magpar/doc/html/changes.html|ChangeLog ]] |
| Line 17: | Line 24: |
| == wiki pages == | == Information and Links == * License: magpar is distributed under the terms of the [[http://www.gnu.org/licenses/gpl.html|GNU General Public License]]. * MagparDownload: Source code and examples (MagparStatistics) * Documentation: [[http://www.cwscholz.net/magpar/doc/html/index.html|HTML]],[[http://www.cwscholz.net/magpar/doc/magpar.pdf|PDF]] |
| Line 26: | Line 36: |
* Contact: magpar(at)magpar.net * Mailing list: To subscribe or unsubscribe send an email to majordomo(at)magpar.net (moderated, low frequency) |
magpar Homepage and Wiki
magpar is a finite element micromagnetics package which combines several unique features:
Applicability to a variety of static and dynamic micromagnetic problems including uniaxial anisotropy, exchange, magnetostatic interactions and external fields
Flexibility of the finite element method concerning the geometry and accuracy by using unstructured graded meshes
Availability due to its design based on free, open source software packages
Portability to different hardware platforms, which range from simple PCs to massively parallel supercomputers
Scalability due to its highly optimized design and efficient libraries
Versatility by including static energy minimization and dynamic time integration methods
News
Dec. 14, 2008 : released magpar version 0.8: ChangeLog
Information and Links
License: magpar is distributed under the terms of the GNU General Public License.
MagparDownload: Source code and examples (MagparStatistics)
- Contact: magpar(at)magpar.net
- Mailing list: To subscribe or unsubscribe send an email to majordomo(at)magpar.net (moderated, low frequency)
How to use this site
A Wiki is a collaborative site, anyone can contribute and share:
- Set up an account or login by selecting "Login" at the top of the page
Edit a page by pressing Edit at the top or the bottom of the page
Create a link to another page with joined capitalized words (like WikiSandBox) or with [[words in brackets]]
- Search for page titles or text within pages using the search box at the top of any page
See HelpForBeginners to get you going, HelpContents for all help pages.
Useful wiki pages:
RecentChanges: see where people are currently working
WikiSandBox: feel free to change this page and experiment with editing
FindPage: search or browse the database in various ways
HelpOnMoinWikiSyntax: quick access to wiki markup
SiteNavigation: get an overview over this site and what it contains
To learn more about what a WikiWikiWeb is, read about WhyWikiWorks and the WikiNature. Also, consult the HelpMiscellaneous/FrequentlyAskedQuestions page.
This wiki is powered by MoinMoin.