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This library provides iterative solvers and preconditioners to be used on CUDA enabled hardware. The library provides C++ interface as well as C interface. We hope to be able to provide Fortran support as well | This library provides iterative solvers and preconditioners to be used on CUDA enabled hardware. The library provides C++ interface as well as C interface. We hope to be able to provide Fortran support as well | ||
in a close future. | in a close future. | ||
| − | * [[ | + | * [[GPU Library Page]] |
Revision as of 11:55, 8 January 2010
Contents |
Linux
Current Linux Release
| File | Release | Release Date | Install Guide |
|---|---|---|---|
| Download source | 1.1.0 | October 7th, 2009 |
Older Linux Releases
| File | Release | Release Date | Install Guide |
|---|---|---|---|
| Download source | 1.0.0 | May 9th, 2008 | Linux Installation Guide |
Developers Linux Source
Download package: svn (and related libsvn)
For using a graphical interface you can download rapidSVN
Using rapidSVN the kratos source files can be downloaded by taking the following steps:
- Go to Repository->Checkout and enter the following path to the kratos repository:
http://kratos.cimne.upc.es/svn/kratos/
- Choose a working directory where module: kratos will be created in your pc
- "recursive" option have to be signed
- Follow the compiling procedure on the next page: Linux Installation
For getting the code without graphical interface type the following commands in a shell,
svn checkout http://kratos.cimne.upc.es/svn/kratos/ .
The checkout should start immediately.
Windows
Current Windows Release
| File | Release | Release Date | Install Guide |
|---|---|---|---|
| Download binaries | 1.1.0 | October 7th, 2009 | Windows Installation Guide |
Older Windows Releases
| File | Release | Release Date | Install Guide |
|---|---|---|---|
| Download source | 1.0.0 | May 9th, 2008 | Windows Installation Guide |
Developers Windows Source
Download: http://www.rapidsvn.org/download/release/0.9.6/
Using rapidSVN the kratos source files can be downloaded by taking the following steps:
- Go to Repository->Checkout and enter the following path to the kratos repository:
http://kratos.cimne.upc.es/svn/kratos/
- Choose a working directory where module: kratos will be created in your pc
- "recursive" option have to be signed
- Follow the compiling procedure on the next page: Windows Installation
Troubleshooting
In the case of having problem with rapidSVN 9.8 please use the rapidSVN 9.6 instead.
Problemtypes
This section contains some pre-generated GiD problemtypes for the Kratos Applications
Level Set Problemtype
Download the Level Set Problemtype
Provides an interface to a Free surface, level set solver
Responsible: rrossi@cimne.upc.edu
Instructions: Using The Level Set Problemtype
Example: Using The Kratos_level_set_Application An Example
Fluid Only Problemtype
Download the Fluid Only Problemtype
Provides an interface to CFD solvers
Responsible: kazem_kamran@yahoo.com
Instructions: Using The Kratos_fluid_only_Application Problemtype
Example: Using The Kratos_fluid_only_Application An Example
Structural Application Problemtype
Download the Kratos_Structural_Application
Provides an interface to structural solvers
Responsible: inglafontaine@gmail.com
Instructions: Using The Kratos_Structural_Application Problemtype
FSI Application Problemtype
Download the Kratos_FSI_Application
Provides an interface to FSI solvers (partitioned strongly coupled approach)
Responsible: pryzhakov@cimne.upc.edu
Instructions: Using The Kratos_FSI_Application Problemtype
Example: Fsi Model Fluid
Independent Libraries
This section contains libraries which were developed as a part of the kratos but that can be used as standalone
GPU Solvers Library
This library provides iterative solvers and preconditioners to be used on CUDA enabled hardware. The library provides C++ interface as well as C interface. We hope to be able to provide Fortran support as well in a close future.
