ParaView SuperBuild: Difference between revisions

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appropriate modules to use, cross-compiling, etc.  Because of this, Kitware provides a SuperBuild
appropriate modules to use, cross-compiling, etc.  Because of this, Kitware provides a SuperBuild
which simplifies the build and install process on a variety of architectures.
which simplifies the build and install process on a variety of architectures.
Clone the [https://gitorious.org/paraview-collaboration/paraview-binaries-superbuild superbuild repo]
{| border="1"
|- bgcolor="#abcdef"
! Site !! Machine !! Platform !! ParaView Version !! Maintainer !! Instructions
|-
| ANL ALCF || [http://www.alcf.anl.gov/resource-guides/eureka-and-gadzooks-guide eureka] || Linux || 3.14 || Andy Bauer ||
Modules loaded:
* +git-1.7.6.4
* +mpich2-1.3.1-gnu
* +qt-4.6.2
* @default
Steps:
# cd paraview-binaries-superbuild
# git checkout -b new_master remotes/origin/new_master
# Create a build directory
# From the build directory -- ccmake <path to paraview-binraries-superbuild>
# Set the following cmake options:
## CMAKE_BUILD_TYPE Release                                                                                                       
## USE_SYSTEM_MPI  ON                                                                                                             
## USE_SYSTEM_PYTHON ON
## USE_SYSTEM_QT ON   
## ENABLE_NEKTAR_PLUGIN  ON (advanced option)
# build with "make V=1"
# cpack -G TGZ -C Release --config CPackConfig.cmake
|-
|}

Revision as of 18:57, 6 April 2012

Building ParaView on remote machines (e.g. supercomputers) can be difficult due to a variety of reasons. These include lack of needed libraries and difficulty building and installing them, determining appropriate modules to use, cross-compiling, etc. Because of this, Kitware provides a SuperBuild which simplifies the build and install process on a variety of architectures.

Clone the superbuild repo

Site Machine Platform ParaView Version Maintainer Instructions
ANL ALCF eureka Linux 3.14 Andy Bauer

Modules loaded:

  • +git-1.7.6.4
  • +mpich2-1.3.1-gnu
  • +qt-4.6.2
  • @default

Steps:

  1. cd paraview-binaries-superbuild
  2. git checkout -b new_master remotes/origin/new_master
  3. Create a build directory
  4. From the build directory -- ccmake <path to paraview-binraries-superbuild>
  5. Set the following cmake options:
    1. CMAKE_BUILD_TYPE Release
    2. USE_SYSTEM_MPI ON
    3. USE_SYSTEM_PYTHON ON
    4. USE_SYSTEM_QT ON
    5. ENABLE_NEKTAR_PLUGIN ON (advanced option)
  6. build with "make V=1"
  7. cpack -G TGZ -C Release --config CPackConfig.cmake
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