# $Id: field_1_descr.rc,v 1.1 2010/02/17 20:14:09 garyblock Exp $
# formerly nonexhaustive_descriptor.rc

#
# revision history
#    02/17/2010  gblock  renamed config files to have unique prefix for each test
#                            to support multiple 'non-exhaustive' test suites
#                        fixed several problems with non-exhaustive test case
#                        implemented uniform/gaussian regirds in different combinations
#                        implemented 3D test cases
#

#
# This file contains the regrid/redist problem descriptor strings for the testing harness.
# Requirements:
# This configuration file follows the Config class syntax. The problem descriptor strings # are stored as 
# strings in a table and must follow the statement "problem_descriptor_string::" and be terminated by double 
# colons "::". The # sign signifies everything that follows it is a comment, and should be ignored by the 
# parser. The descriptors must be enclosed by quotation marks " or '.
# See documentation for further details of the descriptor syntax.
#
# Syntax Summary
#       Process specification: --> (redist), =*=> (remap, *=B, C, P, S, N, ...)
#       Chunks of memory are enclosed by [ ], and delineated by ;
#       Grid specification: G (tensor grid), U (unstructured)
#       Distribution specification: B (block), C (block cyclic), A (arbitrary)
#
# Specification files
# Following the problem descriptor string are filename(s) with the complete problem specification.
#       -d DeLayout/distgrid specification
#       -g Grid Specification
# Multiple filenames can be used to specify the respective parameter space.       
#
# ex.
#       '[B1G1;B2G2] =B=> [B1G1;B2G2]' -d distgrid.rc otherdistgrid.rc -g igrid.rc
# specifies that a remapping test is to be conducted where the range of distributions 
# is specified by two files and the range of grid types is specified by a single file.
########################################################################################
problem_descriptor_string::
# remap example
'[B1G1;B2G2] =B=> [B1G1;B2G2]' -d field_1_dist_2D.rc -g field_1_grid_2D.rc 

'[B1G1;B2G2;B3G3] =B=> [B1G1;B2G2;B3G3]' -d field_1_dist_3D.rc -g field_1_grid_3D.rc    
::   # end of list
~