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binary_tree.conf
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binary_tree.conf
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# -*- GetPot -*-
#-------------------------------------------------------#
# Parameter for the binary tree adaptive algorithm #
#-------------------------------------------------------#
[binary_tree]
[./algorithm]
iteration_number = 45
tolerance = 1E-14
input_mesh = mesh_files/square.msh
output_mesh = results/refined_square.msh
[../]
[./functions]
#-----------------------------------------------#
# Functor libraries #
#-----------------------------------------------#
# available: "interpolating_functions" #
#-----------------------------------------------#
func_library = interpolating_functions
#-----------------------------------------------------------#
# Functors made available by #
# interpolating_functions library #
#-----------------------------------------------------------#
# available: "sqrt_x" #
# "x_squared" #
# "x_exp_beta<40>" #
# "half_step" #
# "half_x" #
# "half_square" #
# "half_sqrt_x" #
# "half_twenty" #
# "advection_diffusion_solution<100>" #
# "advection_diffusion_solution<-100>" #
# #
# "mu_parser_expr" #
# #
#-----------------------------------------------------------#
# To configure the mu_parser_expr you have to #
# write in func_library configuration file #
#-----------------------------------------------------------#
functor = mu_parser_expr
[../]
[./mesh]
#-----------------------------------#
# Refiner libraries #
#-----------------------------------#
# available: "mesh_bridge" #
#-----------------------------------#
mesh_library = mesh_bridge
#-------------------------------#
# Refiners made available by #
# mesh_bridge library #
#-------------------------------#
# available: "libmesh" #
#-------------------------------#
mesh_refiner = libmesh
[../]
[./quadrature]
# TODO: by now geometries obtained by tensorization
# cannot have different quadrature sources,
# see refine_binary/src/LibraryInit.cpp for more info.
#-----------------------------------#
# Quadrature rule libraries #
# for each available geometry #
#-----------------------------------#
[./ipercube]
#---------------------------------------#
# available: "mesh_quadrature" #
# "sandia_quadrature" #
#---------------------------------------#
quad_library = sandia_quadrature
[../]
[./triangle]
#-----------------------------------#
# available: "mesh_quadrature" #
#-----------------------------------#
quad_library = mesh_quadrature
[../]
[../]
[../]