#!/bin/sh

# Tell simulation macro that we run it via script.
export SCRIPT=yes

# Path to your build directory.
cd /Users/andrey/Projects/cbm/workshop2011/build
. ./config.sh
cd -

# First parameter to this scrip is STS geometry
export STS_GEOM=$1

# NOW Second parameter to script is output directory name
export OUTPUT_DIR=$2
rm -r $OUTPUT_DIR
mkdir $OUTPUT_DIR

# Run simulation now since it is the same for all reconstructions
root -b -q -l "$VMCWORKDIR/macro/tutorial/tracking/tut1/global_sim.C()"


# After the simulation we have to test different digitization parameters.
# STS digi file name and output result directory would be different for each reconstruction run.

function run_reconstruction() {
# First parameter to function is STS digi file name.
    export STS_DIGI=$1
# Second parameter is result directory name
    export RESULTS_DIR=$2
    rm -r $RESULTS_DIR
    mkdir $RESULTS_DIR
# Reconstruction file name
   export GLOBAL_RECO_FILE=global.reco.$3.0000.root
# After we have set all necessary parameters run the reconstruction macro.
    root -b -q -l "$VMCWORKDIR/macro/tutorial/tracking/tut1/global_reco.C()"
}

# Third parameter to script specifies geometry name
#GEO=$3
# Now run the reconstruction for each STS digi
run_reconstruction sts/sts_$3.digi.par ./results_$3/ sts_$3
run_reconstruction sts/sts_$3_0-4.digi.par ./results_$3_0-4/ sts_$3_0-4
run_reconstruction sts/sts_$3_0-6.digi.par ./results_$3_0-6/ sts_$3_0-6
run_reconstruction sts/sts_$3_0-8.digi.par ./results_$3_0-8/ sts_$3_0-8

export SCRIPT=no