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OpenFOAM-12/bin/foamInfo
Henry Weller da3f4cc92e fvModels, fvConstraints: Rational separation of fvOptions between physical modelling and numerical constraints
The new fvModels is a general interface to optional physical models in the
finite volume framework, providing sources to the governing conservation
equations, thus ensuring consistency and conservation.  This structure is used
not only for simple sources and forces but also provides a general run-time
selection interface for more complex models such as radiation and film, in the
future this will be extended to Lagrangian, reaction, combustion etc.  For such
complex models the 'correct()' function is provided to update the state of these
models at the beginning of the PIMPLE loop.

fvModels are specified in the optional constant/fvModels dictionary and
backward-compatibility with fvOption is provided by reading the
constant/fvOptions or system/fvOptions dictionary if present.

The new fvConstraints is a general interface to optional numerical constraints
applied to the matrices of the governing equations after construction and/or to
the resulting field after solution.  This system allows arbitrary changes to
either the matrix or solution to ensure numerical or other constraints and hence
violates consistency with the governing equations and conservation but it often
useful to ensure numerical stability, particularly during the initial start-up
period of a run.  Complex manipulations can be achieved with fvConstraints, for
example 'meanVelocityForce' used to maintain a specified mean velocity in a
cyclic channel by manipulating the momentum matrix and the velocity solution.

fvConstraints are specified in the optional system/fvConstraints dictionary and
backward-compatibility with fvOption is provided by reading the
constant/fvOptions or system/fvOptions dictionary if present.

The separation of fvOptions into fvModels and fvConstraints provides a rational
and consistent separation between physical and numerical models which is easier
to understand and reason about, avoids the confusing issue of location of the
controlling dictionary file, improves maintainability and easier to extend to
handle current and future requirements for optional complex physical models and
numerical constraints.
2021-03-07 22:45:01 +00:00

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#!/bin/sh
#------------------------------------------------------------------------------
# ========= |
# \\ / F ield | OpenFOAM: The Open Source CFD Toolbox
# \\ / O peration | Website: https://openfoam.org
# \\ / A nd | Copyright (C) 2018-2021 OpenFOAM Foundation
# \\/ M anipulation |
#------------------------------------------------------------------------------
# License
# This file is part of OpenFOAM.
#
# OpenFOAM is free software: you can redistribute it and/or modify it
# under the terms of the GNU General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
#
# OpenFOAM is distributed in the hope that it will be useful, but WITHOUT
# ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or
# FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License
# for more details.
#
# You should have received a copy of the GNU General Public License
# along with OpenFOAM. If not, see <http://www.gnu.org/licenses/>.
#
# Script
# foamInfo
#
# Description
# Prints description and usage of an application, a script, or a model
# (including boundary conditions, function objects and fvModels).
#
#------------------------------------------------------------------------------
usage() {
cat<<USAGE
Usage: ${0##*/} [OPTIONS] <name>
options:
-all | -a list all tutorials that use <name> (otherwise maximum 10)
-browser | -b <name> output C++ source guide web page with specified browser,
e.g. foamInfo -browser "firefox"
-help | -h print the usage
-keyword | -k uses <name> as a keyword, rather than an exact match
-web | -w output C++ source guide web page with the browser
specified in the global controlDict file
Prints the following for an application, a script, or a model
(including boundary conditions, function objects and fvModels).
- File: the location of the relevant source code header file;
- Description details from the header file;
- Usage details from the header file;
- Examples: a list of relevant cases from the tutorials directory.
By default, finds a case-sensitive match to <name>; otherwise, a
case-insensitive match; otherwise, looks for a broader keyword match
with "-keyword | -k" option.
Examples:
foamInfo simpleFoam
foamInfo turbulentIntensityKineticEnergyInlet
foamInfo fixedTemperatureConstraint
foamInfo surfaces
foamInfo foamNewBC
foamInfo wallFunction
foamInfo kEpsilon
foamInfo -k kEpsilon
foamInfo fixedValue
foamInfo -k fixedValue
foamInfo -k contactAngle
USAGE
}
error() {
exec 1>&2
while [ "$#" -ge 1 ]; do echo "$1"; shift; done
usage
exit 1
}
# (1) case-sensitive match; (2) case-insensitive match; (3) keyword match
findModelFiles() {
find "$FOAM_SRC" \
-name "$1" \
-iname "$2" \
! -iname "$3" \
! -name "*Fwd.H" \
! -name "*Fields.H" \
! -name "*I.H" -type f
}
findFiles() {
_pre="$1"
# Application
_out="$(find "$FOAM_APP" -name "${_pre}.C" -type f)"
# Script
_out="$(find "$FOAM_SRC/../bin" -name "${_pre}" -type f) $_out"
# Model
# case-sensitive match
_models="$(findModelFiles "${_pre}*.H" "*" "")"
# case-insensitive match
[ "$_models" ] || \
_models="$(findModelFiles "*" "${_pre}*.H" "")"
# keyword match
[ "$_models" -a ! "$KEYWORD" ] || \
_models="$_models $(findModelFiles "*" "*${_pre}*.H" "${_pre}*.H")"
_out="$_models $_out"
for _t in scalar vector tensor
do
echo "$_pre" | grep -oq "$_t" && \
_mod="$(echo "$_pre" | sed "s/${_t}//g")" && \
_out="$(find "$FOAM_SRC" -name "${_mod}*.H" -type f) $_out"
done
# Function
_out="$(find "$FOAM_ETC" -name "${_pre}" -type f) $_out"
# Remove whitespace
echo "$_out" | xargs -n 1 | awk 'NF'
}
nArgs() {
echo "$1" | xargs -n 1 | wc -l
}
listArgs() {
_i=0
_suggest=""
_pri=100
for _a in $1
do
_i=$(( _i + 1))
echo "${_i}) $_a" >&2
# Prioritise suggestion locations
_tests="\
fields/fvPatchFields/ \
fvMesh/fvPatches/ \
caseDicts/postProcessing/"
_n=0
for _t in $_tests
do
_n=$(( _n + 1))
[ "$_n" -lt "$_pri" ] && \
echo "$_a" | grep -q "$_t" && _suggest="$_i" && _pri="$_n"
done
done
echo "$_suggest"
}
setFile() {
_files="$1"
_n="$2"
echo "$_files" | xargs -n 1 | awk -v n="${_n}" 'NR==n'
}
printInfo() {
_file="$1"
echo "File"
printf " %s\n\n" "$_file"
# Description
sed -e "s/^#.//g" -e "s/^#$//g" "$_file" | \
sed -n '/^Description/,/^[^ ]/p' | sed \$d
# Usage
sed -n '/^Usage/,/^[^ ]/p' "$_file" | sed \$d
return 0
}
webInfo() {
# basename of file
_file="$(basename "$1")"
echo "$_file" | grep -q ".[CH]" ||
error "No web documentation for file \"$_file\""
_pre="$(echo "$_file" | sed 's/\./_8/g')"
_url="https://cpp.openfoam.org/${VER}/${_pre}.html"
echo "Running \"$BROWSER $_url\""
$BROWSER "$_url"
return 0
}
showInfo() {
_file="$1"
_web="$2"
# Return 1 for web so examples are not printed
[ -n "$_web" ] && webInfo "$_file" && return 1
printInfo "$_file"
}
findSolverExamples() {
_pre="$1"
_out=""
# Solvers
_app="$(find "$FOAM_TUTORIALS" -name "$_pre")"
_dirs="$(find "$_app" -name "system" -type d)"
for _d in $_dirs
do
_out="${_d%/*} $_out"
done
# Remove whitespace
echo "$_out" | xargs -n 1
}
findUtilityExamples() {
_pre="$1"
_out=""
# Applications
_scripts="$(find "$FOAM_TUTORIALS" -type f -name "All*")"
for _f in $_scripts
do
grep -rq "$_pre" "$_f" && _out="${_f%/*} $_out"
done
# Remove whitespace
echo "$_out" | xargs -n 1 | sort -u
}
findModelExamples() {
_pre="$1"
_out=""
# Field files
_dirs="$(find "$FOAM_TUTORIALS" \
-type d -name "0*" -o -name "constant" -o -name "system")"
for _d in $_dirs
do
# Space and semicolon pick up exact matches
grep -rq " ${_pre};" "$_d" && _out="${_d%/*} $_out"
done
# Remove whitespace
echo "$_out" | xargs -n 1 | sort -u
}
findAllExamples() {
_pre="$1"
_type="$2"
case "$_type" in
model) findModelExamples "$_pre" ;;
utility|script) findUtilityExamples "$_pre" ;;
solver) findSolverExamples "$_pre" ;;
esac
}
showTypeExamples() {
_pre="$1"
_type="$2"
_all="$3"
_examples=""
[ -z "$_pre" ] && echo "Examples: none found" && return 1
_nExD=10
[ -n "$_all" ] && _nExD=1000
_examples="$(findAllExamples "$_pre" "$_type")"
[ -z "$_examples" ] && \
echo "Examples: cannot find any tutorials using \"$_pre\"" && \
return 1
_nEx="$(nArgs "$_examples")"
echo "Examples using \"$_pre\""
[ "$_nEx" -gt "$_nExD" -a -n "_all" ] && \
echo " *** Listing 10 out of $_nEx;" \
"run with \"-a\" option to list all ***"
echo "$_examples" | awk -v nExD="$_nExD" 'FNR <= nExD {print " " $1}'
}
showExamples() {
_pre="$1"
_file="$2"
_all="$3"
echo "$_file" | grep -q ".H" && _type=model && \
_pre="$(basename "${file%/*}")" && \
echo "$_pre" | grep -iq include && _pre=""
echo "$_file" | grep -q "$FOAM_SRC/../bin" && _type=script
echo "$_file" | grep -q "$FOAM_UTILITIES" && _type=utility
echo "$_file" | grep -q "$FOAM_SOLVERS" && _type=solver
[ -n "$_type" ] && showTypeExamples "$_pre" "$_type" "$_all" && return 0
return 0
}
web=""
all=""
# Global controlDict file
controlDict="$(foamEtcFile controlDict 2> /dev/null)"
BROWSER="$(grep docBrowser "$controlDict" 2> /dev/null | cut -d "\"" -f2)"
KEYWORD=""
while [ "$#" -gt 0 ]
do
case "$1" in
-a | -all)
all="yes"
shift
;;
-b | -browser)
[ "$#" -ge 2 ] || error "'$1' option requires an argument"
BROWSER="$2"
web="yes"
shift 2
;;
-h | -help)
usage && exit 0
;;
-k | -keyword)
KEYWORD="yes"
shift
;;
-w | -web)
web="yes"
shift
;;
-*)
error "invalid option '$1'"
;;
*)
break
;;
esac
done
# Check if browsing is possible
VER="${WM_PROJECT_VERSION%%.*}"
[ -n "$web" ] && \
! command -v "$BROWSER" >/dev/null 2>&1 && \
error "Cannot run browser application: $BROWSER"
[ -n "$web" ] && [ -z "$VER" ] && \
error "Cannot establish OpenFOAM version: \$WM_PROJECT_VERSION not set"
[ "$VER" = "dev" ] || VER="v${VER}"
[ $# -gt 1 ] && error "$# arguments \"$*\" specified: only 1 permitted"
[ $# -eq 1 ] || error "Missing argument: no application, model, script, etc provided"
prefix="$1"
files="$(findFiles "$prefix")"
[ -z "$files" ] && error "Nothing found with \"$prefix\" in the name"
nFiles="$(nArgs "$files")"
nFile=""
if [ "$nFiles" -eq 1 ]
then
nFile=1
else
echo "Multiple items with \"$prefix\" found:"
suggest="$(listArgs "$files")"
printf "\n%s" "Enter file number (1-$nFiles) to obtain description "
[ -n "$suggest" ] && printf "%s" "(suggest $suggest) "
printf "%s" ": "
read nFile
[ -z "$nFile" -a -n "$suggest" ] && nFile="$suggest"
[ -z "$nFile" ] && \
echo "Cannot specify nothing; re-run and enter a file number" && exit 1
! [ "$nFile" -eq "$nFile" ] 2>/dev/null && \
echo "\"$nFile\" is not a number between 1 and $nFiles" && exit 1
[ "$nFile" -lt 1 -o "$nFile" -gt "$nFiles" ] && \
echo "\"$nFile\" is not a number between 1 and $nFiles" && exit 1
fi
file="$(setFile "$files" "$nFile")"
showInfo "$file" "$web" && showExamples "$prefix" "$file" "$all"