#!/bin/sh
cd "${0%/*}" || exit                                # Run from this directory
. ${WM_PROJECT_DIR:?}/bin/tools/RunFunctions        # Tutorial run functions
. ${WM_PROJECT_DIR:?}/bin/tools/CleanFunctions      # Tutorial clean functions
#------------------------------------------------------------------------------

endTime=10
\cp system/controlDict.template system/controlDict
if notTest "$@"
then
    endTime=85
fi
\sed -i "s|END_TIME|$endTime|g" system/controlDict


# Collect data into the 'results' directory,
# and clean the case for the next run
#
# $1 = model
# ----
collectData(){
    model=$1
    \echo "    Moving results into 'results/$model'"
    results="results/$model"
    \mkdir -p "$results"
    timeDir=$(foamListTimes -latestTime)
    \mv -f log* *.png postProcessing "$timeDir" "$results" 2>/dev/null

    cleanTimeDirectories
    \rm -rf processor* > /dev/null 2>&1
}


# Compute the case in 'serial' mode,
# and collect the data
#
# $* = models
# ----
serialRun(){
    models=$*
    for model in $models
    do
        \echo "    Running with the synthetic turbulence model: $model"
        (\cd 0 && \ln -snf "inlet.$model" inlet)
        (\cd constant/boundaryData && \ln -snf "inlet.$model" inlet)

        runApplication -s "$model" $(getApplication)
        ./plot
        collectData $model
    done
}


# Compute the case in 'parallel' mode,
# and collect the data
#
# $* = models
# ----
parallelRun(){
    models=$*
    for model in $models
    do
        \echo "    Running with the synthetic turbulence model: $model"
        (\cd 0 && \ln -snf "inlet.$model" inlet)
        (\cd constant/boundaryData && \ln -snf "inlet.$model" inlet)

        runApplication -s "$model" decomposePar
        runParallel -s "$model" $(getApplication)
        ./plot

        collectData $model
    done
}


#------------------------------------------------------------------------------

# Synthetic inflow models
models="
reducedDigitalFilter
digitalFilter
DFSEM
"

# Prepare the numerical setup
runApplication blockMesh
restore0Dir
\rm -rf "results"

# Run with the synthetic turbulence models
serialRun $models
#parallelRun $models


#------------------------------------------------------------------------------