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<center><font size="16"> 歡迎來臨 ALPS 計畫</font></center>
 
<center><font size="16"> 歡迎來臨 ALPS 計畫</font></center>
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此網頁正在被管理當中 ,若有不方便之處 , 請稍原諒 , 多謝!
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The '''ALPS project''' ('''A'''lgorithms and '''L'''ibraries for '''P'''hysics '''S'''imulations) is an open source effort aiming at providing high-end simulation codes for strongly correlated quantum mechanical systems as well as C++ libraries for simplifying the development of such code. ALPS strives to increase software reuse in the physics community.
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{| style="background-color:#E8F1FF; padding:4px; border:2px solid gray"
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| bgcolor="#FFFFFF" width="33%" height="50%" valign="top" style="border: 1px solid #E8F1FF;padding-left:0.5em;padding-right:0.5em;"|
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==  [[ALPS:Community_Portal | Community]]  ==
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Check back regularly to read the '''latest news''' and information on the '''people''' contributing to the project.
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==  [[Forum:Overview |  User Forum]]  ==
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Go here to '''discuss''' the ALPS libraries and applications with the community of developers.
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This is the place to address any questions you encounter while using any codes of the ALPS project.
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==  [[PapersTalks |  Papers and Talks]]  ==
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Go here to '''find papers''' on the ALPS project, '''talks''' from the first user workshop and a list of papers citing the ALPS project.
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The ALPS software is constantly developed. Below you will find documentation for the most recent release, ALPS 1.3.4, as well as a growing documentation for the next big release of ALPS, dubbed ALPS 2.0, which will be released in the near future. The main new feature of ALPS 2.0 will include:
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* New build system using CMake simplifies builds and allows builds on Windows, the Cray XT5 and other platforms that were not supported before
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* Binary installer packages
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* Binary file format HDF5 uses less space and much faster I/O
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* Python-based evaluation and plotting tools are simpler, much more flexible and powerful
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* Integration with [http://www.vistrails.org VisTrails] workflow provenance system
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* New application: DMFT
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* New and more tutorials
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More features, new applications, and scalability to petaflop-class machines are planned for ALPS 2.1
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{| style="background-color:#E8F1FF; padding:4px; border:2px solid gray"
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'''ALPS 1.3.4'''
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|-
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==  [[Setup_and_Installation |  Setup and Installation]]  ==
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Useful information '''how to install''' the alps libraries and applications on workstations and clusters.
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==  [[Running |  Running an Application]]  ==
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'''How to run''' and restart applications on workstations and clusters.
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==  [[Tutorials:Overview |  Tutorials and Documentation]]  ==
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A series of tutorial web pages that shall '''facilitate the usage of the ALPS software''' to solve physics problems.
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{| style="background-color:#E8F1FF; padding:4px; border:2px solid gray"
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<br/><br/>
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'''ALPS 2.0b4'''
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==  [[Download_and_install_ALPS _2 |  Download and Installation]]  ==
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Useful information '''how to install''' the alps libraries and applications on workstations and clusters.
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==  [[Documentation:Running_ALPS_Simulations |  Running an Application]]  ==
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'''How to run''' and restart applications on workstations and clusters.
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==  [[ALPS_2_Tutorials:Overview |  Tutorials and Documentation]]  ==
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We are generating a series of new tutorial web pages that shall '''facilitate the usage of the ALPS software''' to solve physics problems.
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此網頁正在被管理當中 ,若有不方便之處 , 請稍原諒 , 多謝!
 
  
  

Revision as of 12:52, 19 September 2010


English / Deutsch / 日本語 / 繁體中文 / 简体中文

歡迎來臨 ALPS 計畫

此網頁正在被管理當中 ,若有不方便之處 , 請稍原諒 , 多謝!


The ALPS project (Algorithms and Libraries for Physics Simulations) is an open source effort aiming at providing high-end simulation codes for strongly correlated quantum mechanical systems as well as C++ libraries for simplifying the development of such code. ALPS strives to increase software reuse in the physics community.


Community

Check back regularly to read the latest news and information on the people contributing to the project.

User Forum

Go here to discuss the ALPS libraries and applications with the community of developers. This is the place to address any questions you encounter while using any codes of the ALPS project.

Papers and Talks

Go here to find papers on the ALPS project, talks from the first user workshop and a list of papers citing the ALPS project.


The ALPS software is constantly developed. Below you will find documentation for the most recent release, ALPS 1.3.4, as well as a growing documentation for the next big release of ALPS, dubbed ALPS 2.0, which will be released in the near future. The main new feature of ALPS 2.0 will include:

  • New build system using CMake simplifies builds and allows builds on Windows, the Cray XT5 and other platforms that were not supported before
  • Binary installer packages
  • Binary file format HDF5 uses less space and much faster I/O
  • Python-based evaluation and plotting tools are simpler, much more flexible and powerful
  • Integration with VisTrails workflow provenance system
  • New application: DMFT
  • New and more tutorials

More features, new applications, and scalability to petaflop-class machines are planned for ALPS 2.1

ALPS 1.3.4

Setup and Installation

Useful information how to install the alps libraries and applications on workstations and clusters.

Running an Application

How to run and restart applications on workstations and clusters.

Tutorials and Documentation

A series of tutorial web pages that shall facilitate the usage of the ALPS software to solve physics problems.



ALPS 2.0b4

Download and Installation

Useful information how to install the alps libraries and applications on workstations and clusters.

Running an Application

How to run and restart applications on workstations and clusters.

Tutorials and Documentation

We are generating a series of new tutorial web pages that shall facilitate the usage of the ALPS software to solve physics problems.




若有興趣對於此 Wiki 網頁作任何貢獻,您比應先向 ALPS 申請用家賬號

(c) 2005-2010 ALPS 合作伙伴


This webpage in traditional chinese is maintained by Ping Nang MA (2010).

為您服務管理此網頁的管理員乃是 馬秉能 (2010)。