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is used in a lot of environments where the complexity of production ready scripts is not necessary.

In these instances the flexibility and simplicity of being able to completely describe a run using a short shell script is a valuable option.

physics package requires that about 60 datasets and dozens of parameter values be specified in order to run correctly.

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using gmake Testing for Fortran 90 compatible compiler... There is a lot of available parallelism in the build procedure, so using 16 or even 32 processes may speed things up considerably.

Note however that the build happens in shared (not distributed) memory.

Furthermore, if the configuration is for serial execution, then the tests will include both build and run phases which may be useful in exposing run time problems that don't show up during the build, for example when shared libraries are linked dynamically.

If any tests fail then it is useful to rerun the option which will produce verbose output of all aspects of the configuration process including the tests.

If the configuration is for an SPMD build, then no attempt to run the tests will be made. The executables on these machines are produced by cross compilation and hence the configure script is not able to determine the machine for which the build is intented.

Typically % $camcfg/configure -dyn fv -hgrid 10x15 -nospmd -nosmp -test Issuing command to the CICE configure utility: $CAM_ROOT/models/ice/cice/bld/configure -hgrid 10x15 -cice_mode prescribed \ -ntr_aero 0 -nx 24 -ny 19 -bsizex 6 -bsizey 19 -maxblocks 4 -decomptype blkrobin \ -cache config_cache_-cachedir /work/user/cam_test/bld CICE configure done. creating /work/user/cam_test/bld/Filepath creating /work/user/cam_test/bld/Makefile creating /work/user/cam_test/bld/config.h creating /work/user/cam_test/bld/config_Looking for a valid GNU make... In this case the user must supply this information to % $camcfg/configure -fc ifort -dyn fv -hgrid 10x15 -nospmd -nosmp -test Issuing command to the CICE configure utility: $CAM_ROOT/models/ice/cice/bld/configure -hgrid 10x15 -cice_mode prescribed \ -ntr_aero 0 -ntasks 1 -nthreads 1 -cache config_cache_\ -cachedir /work/user/cam_test/bld CICE configure done.The amended CAM network code is including rules for determining and marketing Incremental capacity guaranteeing a European-wide harmonised procedure.It contains provisions for a capacity conversion service of unbundled capacity products as well as for harmonising the main terms and conditions for bundled capacity products.In order to build and run utility to set the compile-time parameters such as the dynamical core (Eulerian Spectral, Semi-Lagrangian Spectral, Finite Volume, or Spectral Element), horizontal grid resolution, and the type of parallelism to employ (shared-memory and/or distributed memory). There is also a high level "use case" functionality which makes it easy for the user to specify a consistent set of namelist variable settings for running particular types of experiments. On most HPC platforms access to the compute resource is through a batch queue system.The sample run scripts discussed in Section 2.2, “Sample Run Scripts” show how to set the batch queue resources on several HPC platforms.This file contains the exact commands that were issued to compile each file and the final command which links everything into an executable file.

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