Make CONFIG_MK=`spack location -i mfem`/share/mfem/config.mk The MFEM examples, can be simply built as follows: git clone The simplest way to use the Spack installation is through the opt/spack/// that is specific to theĪrchitecture and compiler used (multiple compiler and/or architecture builds canīelow are several examples of how the Spack installation can be linked with and Spack will install the CEED packages (and the libraries they depend on) in a To avoid long compile times, we strongly recommend that you add a packages.yaml fileįor your platform, see above and the Tips and Troubleshooting If you don't have Spack, you can download it and install CEED with the following To enable package testing during the build process, use instead: spack install -v -test=all ceed If Spack is already available on your system and is visible in your PATH, youĬan install the CEED software simply with: spack install -v ceed Please start a discussion on the GitHub page. Via email at issues related to the CEED Spack packages, The CEED team can be contacted by posting to our User Forum or Platformįor additional details, please consult the following sections: If you are familiar with Spack, consider using the following machine-specificĬonfigurations for CEED (see also the spack-configs (Quick summary: you canīuild and install all of the above packages with: spack install ceed) If you are interested in the previous releases, see theįirst-time users should read Simple Installation and In this version, CEED 3.0, the CEED software suite consists of theįollowing 12 packages, plus the CEED meta-package: High-order applications on unstructured grids.ĬEED is using the Spack package manager for compatibleīuilding and installation of its software components. Integrated together to enable efficient discretizations in a variety of The CEED distribution is a collection of software packages that can be
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