ScalES-PPM
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Modules List
Here is a list of all documented modules with brief descriptions:
[detail level 12]
 Mieee_arithmeticEmulation of standard functions on older compilers
 Mlinear_algebraBasic tools from linear algebra
 Mppm_combinatoricsGathers some base routines for combinatorial problems
 Mppm_compact_mask_indexPpm_compact_mask_index.f90 supposing you have a mask array and use it in something like a WHERE, then it can be beneficial to only visit those indices of the array expression with the condition evaluating to .TRUE., in case this is relatively sparse or the ensuing conditional is expensive in comparison to the WHERE/FORALL body
 Mppm_compareCollection of simple comparison functions
 Mppm_distributedDistributed data structures base module
 Mppm_extentsDefinition of extent and interval types and associated functions
 Mppm_externalDo not use ppm_external directly, instead only the wrapper modules ppm_sort and ppm_heap should be USE'd
 Mppm_f90_io_lunModule ppm_f90_io_lun provides an abstraction layer so that unique unit numbers can be retrieved without filling a global table cross-referenced by humans
 Mppm_graph_csrData structure for representation of graph in csr format
 Mppm_graph_partition_mpiThis is currently only a convenient wrapper of ParMeTis, other heuristics are to follow later
 Mppm_graph_partition_serialPerform partitioning of graph from serial code
 Mppm_heapGeneric binary heap data structure
 Mppm_ncdf_dumpWrite a single array to a NetCDF file, for debugging mostly
 Mppm_rectilinearUtility routines to use array of extents as rectilinear descriptor
 Mppm_searchGeneric binary search routine
 Mppm_set_partition_baseBasic routines and data structures for handling partitions
 Mppm_sortGeneric sort implementations
 Mppm_sparse_mask_indexPpm_sparse_mask_index supposing you have a mask array and use it in something like a WHERE, then it can be beneficial to only visit those indices of the array expression with the condition evaluating to .TRUE., in case this is relatively sparse or the ensuing conditional is expensive in comparison to the WHERE/FORALL body
 Mppm_uniform_partitionCompute uniform partitioning of n-dimensional rectilinear
 MpreconditionersPreconditioners for symmetric 5-point stencil system
 Msolver_allGeneric solve function and multi-precision iterative refinement
 Msolver_configConfiguration for stencil and parameters
 Msolver_internalInternal solver module
 Msolver_publicNaming parameters for the solver
 MsolversSolvers i.e. preconditioned CG, Chebyshev, Schwarz
 Mspectral_methodsFunctions to determine eigenvalues

Das diesem Bericht zugrundeliegende Vorhaben wurde mit Mitteln des Bundesministeriums für Bildung, und Forschung unter dem Förderkennzeichen 01IH08004E gefördert. Die Verantwortung für den Inhalt dieser Veröffentlichung liegt beim Autor.