From 6443891d99cde5c4bcc9d254d0feb4547a29377d Mon Sep 17 00:00:00 2001
From: Silvano Chiaradonna <silvano.chiaradonna@isti.cnr.it>
Date: Tue, 24 Oct 2023 20:05:22 +0200
Subject: [PATCH] gnuplot scripts

---
 Fig_src/gnuplot/bin/cpresults.bash            |    48 +
 ...ario_m15_x_x_x_POLICY_1_1_var_WF2Ctrl.bash |    48 +
 ...ults_sim_WScenario_m15_x_x_x_POLICY_2.bash |    51 +
 ...s_sim_WScenario_m15_x_x_x_POLICY_2_NN.bash |    48 +
 ...ts_sim_WScenario_m15_x_x_x_POLICY_x_x.bash |    61 +
 Fig_src/gnuplot/bin/data.awk                  |    11 +
 Fig_src/gnuplot/bin/data2.bash                |    20 +
 Fig_src/gnuplot/bin/data2gz.bash              |    15 +
 Fig_src/gnuplot/bin/dataInterval.awk          |    13 +
 Fig_src/gnuplot/bin/dataP.bash                |    22 +
 Fig_src/gnuplot/bin/dataPDGsum.bash           |    22 +
 Fig_src/gnuplot/bin/dataPlossP.bash           |     9 +
 Fig_src/gnuplot/bin/dataPsum.bash             |    22 +
 Fig_src/gnuplot/bin/dataPsumGen.bash          |    22 +
 Fig_src/gnuplot/bin/dataTVERROUT.bash         |    14 +
 Fig_src/gnuplot/bin/dataVIAERR.bash           |    14 +
 Fig_src/gnuplot/bin/dataYtl.awk               |    12 +
 ...data_min_M1_suchthat_M2_lesseq_Thr_gz.bash |    28 +
 Fig_src/gnuplot/bin/databysolvergz.bash       |    18 +
 Fig_src/gnuplot/bin/databysolversortedgz.bash |    19 +
 .../bin/databysolversortedreversegz.bash      |    19 +
 Fig_src/gnuplot/bin/datagz.bash               |     8 +
 .../gnuplot/bin/epscolor2epsgrayscale.bash    |    15 +
 Fig_src/gnuplot/bin/genAll.bash               |    21 +
 Fig_src/gnuplot/bin/genAll_WP.bash            |    21 +
 .../gnuplot/bin/getMobiusResults_bradipo.bash |   210 +
 Fig_src/gnuplot/bin/get_track_data.bash       |    32 +
 Fig_src/gnuplot/bin/gnuplot_figs.gp           |   218 +
 Fig_src/gnuplot/bin/gnuplot_figs_cmp.gp       | 14013 ++++++++++++++++
 Fig_src/gnuplot/bin/go.bash                   |     3 +
 Fig_src/gnuplot/bin/gocmp.bash                |     3 +
 Fig_src/gnuplot/bin/pdf2pdfcrop.bash          |    78 +
 32 files changed, 15158 insertions(+)
 create mode 100755 Fig_src/gnuplot/bin/cpresults.bash
 create mode 100755 Fig_src/gnuplot/bin/cpresults_sim_WScenario_m15_x_x_x_POLICY_1_1_var_WF2Ctrl.bash
 create mode 100755 Fig_src/gnuplot/bin/cpresults_sim_WScenario_m15_x_x_x_POLICY_2.bash
 create mode 100755 Fig_src/gnuplot/bin/cpresults_sim_WScenario_m15_x_x_x_POLICY_2_NN.bash
 create mode 100755 Fig_src/gnuplot/bin/cpresults_sim_WScenario_m15_x_x_x_POLICY_x_x.bash
 create mode 100755 Fig_src/gnuplot/bin/data.awk
 create mode 100755 Fig_src/gnuplot/bin/data2.bash
 create mode 100755 Fig_src/gnuplot/bin/data2gz.bash
 create mode 100755 Fig_src/gnuplot/bin/dataInterval.awk
 create mode 100755 Fig_src/gnuplot/bin/dataP.bash
 create mode 100755 Fig_src/gnuplot/bin/dataPDGsum.bash
 create mode 100755 Fig_src/gnuplot/bin/dataPlossP.bash
 create mode 100755 Fig_src/gnuplot/bin/dataPsum.bash
 create mode 100755 Fig_src/gnuplot/bin/dataPsumGen.bash
 create mode 100755 Fig_src/gnuplot/bin/dataTVERROUT.bash
 create mode 100755 Fig_src/gnuplot/bin/dataVIAERR.bash
 create mode 100755 Fig_src/gnuplot/bin/dataYtl.awk
 create mode 100755 Fig_src/gnuplot/bin/data_min_M1_suchthat_M2_lesseq_Thr_gz.bash
 create mode 100755 Fig_src/gnuplot/bin/databysolvergz.bash
 create mode 100755 Fig_src/gnuplot/bin/databysolversortedgz.bash
 create mode 100755 Fig_src/gnuplot/bin/databysolversortedreversegz.bash
 create mode 100755 Fig_src/gnuplot/bin/datagz.bash
 create mode 100755 Fig_src/gnuplot/bin/epscolor2epsgrayscale.bash
 create mode 100755 Fig_src/gnuplot/bin/genAll.bash
 create mode 100755 Fig_src/gnuplot/bin/genAll_WP.bash
 create mode 100755 Fig_src/gnuplot/bin/getMobiusResults_bradipo.bash
 create mode 100755 Fig_src/gnuplot/bin/get_track_data.bash
 create mode 100755 Fig_src/gnuplot/bin/gnuplot_figs.gp
 create mode 100755 Fig_src/gnuplot/bin/gnuplot_figs_cmp.gp
 create mode 100755 Fig_src/gnuplot/bin/go.bash
 create mode 100755 Fig_src/gnuplot/bin/gocmp.bash
 create mode 100755 Fig_src/gnuplot/bin/pdf2pdfcrop.bash

diff --git a/Fig_src/gnuplot/bin/cpresults.bash b/Fig_src/gnuplot/bin/cpresults.bash
new file mode 100755
index 0000000..d0823e5
--- /dev/null
+++ b/Fig_src/gnuplot/bin/cpresults.bash
@@ -0,0 +1,48 @@
+#!/bin/bash
+
+# copy pdf to from tikz to figs
+function main () {
+
+
+    # the absolute project path where is all the stuff, three directories above the script:
+    # 3       2       1   0
+    # basedir/gnuplot/bin/<script>
+    BASEDIR=$(scriptancestorpath 3)
+
+    # name of the basedir
+    BASENAME=$(basename "${BASEDIR}")
+
+    # Fig_src
+    FIG_SRC_DIR="${BASEDIR}"
+
+    FROM="${FIG_SRC_DIR}/mobius/STINGRAY_Comparison/Solver/./"
+
+    TO="${FIG_SRC_DIR}/gnuplot"
+
+    rsync -zarv  --prune-empty-dirs --include "*/"  --include="Results_results.csv" --exclude="*" "$FROM" "$TO"
+
+    # compress csv files
+    find "${TO}" -path "${TO}/sim_vardelta_T00_*/*" -name "Results_results.csv" | xargs gzip -v  
+
+}
+
+# get the i-th ancestor path of the script that calls this function (the currently running script)
+# i=0: for the path of the script,
+# i=1: for the directory where is the script,
+# i=2: for the directory including the directory corresponding to i=1,
+# etc...
+# $1: level of the ancestor path (from the end of the path)
+scriptancestorpath () {
+    [[ $1 -lt 0 ]] && { echo "Ops! Input less than 0: $1"; exit 1; }
+    local THEPATH="$(cd "$(dirname "$0")"; pwd)/$(basename "$0")"
+    i=1
+    while [[  $i -le ${1} && "${THEPATH}" != "/" ]]; do
+        THEPATH="$(cd "$(dirname "$THEPATH")"; pwd)"
+        let i=i+1 
+    done
+#    echo "depth: $i"
+    echo "${THEPATH}"
+}
+
+
+main "$@"
diff --git a/Fig_src/gnuplot/bin/cpresults_sim_WScenario_m15_x_x_x_POLICY_1_1_var_WF2Ctrl.bash b/Fig_src/gnuplot/bin/cpresults_sim_WScenario_m15_x_x_x_POLICY_1_1_var_WF2Ctrl.bash
new file mode 100755
index 0000000..a1d2f0a
--- /dev/null
+++ b/Fig_src/gnuplot/bin/cpresults_sim_WScenario_m15_x_x_x_POLICY_1_1_var_WF2Ctrl.bash
@@ -0,0 +1,48 @@
+#!/bin/bash
+
+# copy pdf to from tikz to figs
+function main () {
+
+
+    # the absolute project path where is all the stuff, three directories above the script:
+    # 3       2       1   0
+    # basedir/gnuplot/bin/<script>
+    BASEDIR=$(scriptancestorpath 3)
+
+    # name of the basedir
+    BASENAME=$(basename "${BASEDIR}")
+
+    # Fig_src
+    FIG_SRC_DIR="${BASEDIR}"
+
+    FROM="${FIG_SRC_DIR}/mobius/STINGRAY_Multipolicy/Solver/./"
+
+    TO="${FIG_SRC_DIR}/gnuplot"
+    
+    #    rsync -zarv  --prune-empty-dirs --include "*/"  --include="Results_results.csv" --exclude="*" "$FROM" "$TO"
+    rsync -zarv  --prune-empty-dirs --include "sim_WScenario_m15_*_*_*_POLICY_1_1_var_WF2Ctrl/"  --include="Results_results.csv.gz" --exclude="*" "$FROM" "$TO"
+    
+    #find "$TO" -path "${TO}/sim_vardelta_T00_T0w10_DPT0diff*_DPw*_POLICY_0/*" -name "Results_results.csv" | xargs gzip -v  
+    
+}
+
+# get the i-th ancestor path of the script that calls this function (the currently running script)
+# i=0: for the path of the script,
+# i=1: for the directory where is the script,
+# i=2: for the directory including the directory corresponding to i=1,
+# etc...
+# $1: level of the ancestor path (from the end of the path)
+scriptancestorpath () {
+    [[ $1 -lt 0 ]] && { echo "Ops! Input less than 0: $1"; exit 1; }
+    local THEPATH="$(cd "$(dirname "$0")"; pwd)/$(basename "$0")"
+    i=1
+    while [[  $i -le ${1} && "${THEPATH}" != "/" ]]; do
+        THEPATH="$(cd "$(dirname "$THEPATH")"; pwd)"
+        let i=i+1 
+    done
+#    echo "depth: $i"
+    echo "${THEPATH}"
+}
+
+
+main "$@"
diff --git a/Fig_src/gnuplot/bin/cpresults_sim_WScenario_m15_x_x_x_POLICY_2.bash b/Fig_src/gnuplot/bin/cpresults_sim_WScenario_m15_x_x_x_POLICY_2.bash
new file mode 100755
index 0000000..9e96b59
--- /dev/null
+++ b/Fig_src/gnuplot/bin/cpresults_sim_WScenario_m15_x_x_x_POLICY_2.bash
@@ -0,0 +1,51 @@
+#!/bin/bash
+
+# copy pdf to from tikz to figs
+function main () {
+
+
+    # the absolute project path where is all the stuff, three directories above the script:
+    # 3       2       1   0
+    # basedir/gnuplot/bin/<script>
+    BASEDIR=$(scriptancestorpath 3)
+
+    # name of the basedir
+    BASENAME=$(basename "${BASEDIR}")
+
+    # Fig_src
+    FIG_SRC_DIR="${BASEDIR}"
+
+    FROM="${FIG_SRC_DIR}/mobius/STINGRAY_Multipolicy/Solver/./"
+
+    TO="${FIG_SRC_DIR}/gnuplot"
+    
+    #    rsync -zarv  --prune-empty-dirs --include "*/"  --include="Results_results.csv" --exclude="*" "$FROM" "$TO"
+    rsync -zarv  --prune-empty-dirs --include "sim_WScenario_m15_*_*_*_POLICY_2_NN/"  --include="Results_results.csv.gz" --exclude="*" "$FROM" "$TO"
+    rsync -zarv  --prune-empty-dirs --include "sim_WScenario_m15_*_*_*_POLICY_NN_2/"  --include="Results_results.csv.gz" --exclude="*" "$FROM" "$TO"
+    rsync -zarv  --prune-empty-dirs --include "sim_WScenario_m15_*_*_*_POLICY_2_2/"  --include="Results_results.csv.gz" --exclude="*" "$FROM" "$TO"
+    rsync -zarv  --prune-empty-dirs --include "sim_WScenario_m15_*_*_*_POLICY_2_2_var_WF2Ctrl/"  --include="Results_results.csv.gz" --exclude="*" "$FROM" "$TO"
+    
+    #find "$TO" -path "${TO}/sim_vardelta_T00_T0w10_DPT0diff*_DPw*_POLICY_0/*" -name "Results_results.csv" | xargs gzip -v  
+    
+}
+
+# get the i-th ancestor path of the script that calls this function (the currently running script)
+# i=0: for the path of the script,
+# i=1: for the directory where is the script,
+# i=2: for the directory including the directory corresponding to i=1,
+# etc...
+# $1: level of the ancestor path (from the end of the path)
+scriptancestorpath () {
+    [[ $1 -lt 0 ]] && { echo "Ops! Input less than 0: $1"; exit 1; }
+    local THEPATH="$(cd "$(dirname "$0")"; pwd)/$(basename "$0")"
+    i=1
+    while [[  $i -le ${1} && "${THEPATH}" != "/" ]]; do
+        THEPATH="$(cd "$(dirname "$THEPATH")"; pwd)"
+        let i=i+1 
+    done
+#    echo "depth: $i"
+    echo "${THEPATH}"
+}
+
+
+main "$@"
diff --git a/Fig_src/gnuplot/bin/cpresults_sim_WScenario_m15_x_x_x_POLICY_2_NN.bash b/Fig_src/gnuplot/bin/cpresults_sim_WScenario_m15_x_x_x_POLICY_2_NN.bash
new file mode 100755
index 0000000..b3d4afc
--- /dev/null
+++ b/Fig_src/gnuplot/bin/cpresults_sim_WScenario_m15_x_x_x_POLICY_2_NN.bash
@@ -0,0 +1,48 @@
+#!/bin/bash
+
+# copy pdf to from tikz to figs
+function main () {
+
+
+    # the absolute project path where is all the stuff, three directories above the script:
+    # 3       2       1   0
+    # basedir/gnuplot/bin/<script>
+    BASEDIR=$(scriptancestorpath 3)
+
+    # name of the basedir
+    BASENAME=$(basename "${BASEDIR}")
+
+    # Fig_src
+    FIG_SRC_DIR="${BASEDIR}"
+
+    FROM="${FIG_SRC_DIR}/mobius/STINGRAY_Multipolicy/Solver/./"
+
+    TO="${FIG_SRC_DIR}/gnuplot"
+    
+    #    rsync -zarv  --prune-empty-dirs --include "*/"  --include="Results_results.csv" --exclude="*" "$FROM" "$TO"
+    rsync -zarv  --prune-empty-dirs --include "sim_WScenario_m15_*_*_*_POLICY_2_NN/"  --include="Results_results.csv.gz" --exclude="*" "$FROM" "$TO"
+    
+    #find "$TO" -path "${TO}/sim_vardelta_T00_T0w10_DPT0diff*_DPw*_POLICY_0/*" -name "Results_results.csv" | xargs gzip -v  
+    
+}
+
+# get the i-th ancestor path of the script that calls this function (the currently running script)
+# i=0: for the path of the script,
+# i=1: for the directory where is the script,
+# i=2: for the directory including the directory corresponding to i=1,
+# etc...
+# $1: level of the ancestor path (from the end of the path)
+scriptancestorpath () {
+    [[ $1 -lt 0 ]] && { echo "Ops! Input less than 0: $1"; exit 1; }
+    local THEPATH="$(cd "$(dirname "$0")"; pwd)/$(basename "$0")"
+    i=1
+    while [[  $i -le ${1} && "${THEPATH}" != "/" ]]; do
+        THEPATH="$(cd "$(dirname "$THEPATH")"; pwd)"
+        let i=i+1 
+    done
+#    echo "depth: $i"
+    echo "${THEPATH}"
+}
+
+
+main "$@"
diff --git a/Fig_src/gnuplot/bin/cpresults_sim_WScenario_m15_x_x_x_POLICY_x_x.bash b/Fig_src/gnuplot/bin/cpresults_sim_WScenario_m15_x_x_x_POLICY_x_x.bash
new file mode 100755
index 0000000..9d4fde6
--- /dev/null
+++ b/Fig_src/gnuplot/bin/cpresults_sim_WScenario_m15_x_x_x_POLICY_x_x.bash
@@ -0,0 +1,61 @@
+#!/bin/bash
+
+# copy pdf to from tikz to figs
+function main () {
+
+
+    # the absolute project path where is all the stuff, three directories above the script:
+    # 3       2       1   0
+    # basedir/gnuplot/bin/<script>
+    BASEDIR=$(scriptancestorpath 3)
+
+    # name of the basedir
+    BASENAME=$(basename "${BASEDIR}")
+
+    # Fig_src
+    FIG_SRC_DIR="${BASEDIR}"
+
+    FROM="${FIG_SRC_DIR}/mobius/STINGRAY_Multipolicy/Solver/./"
+
+    TO="${FIG_SRC_DIR}/gnuplot"
+    
+    #    rsync -zarv  --prune-empty-dirs --include "*/"  --include="Results_results.csv" --exclude="*" "$FROM" "$TO"
+    rsync -zarv  --prune-empty-dirs --include "sim_WScenario_m15_*_*_*_POLICY_0_NN/"  --include="Results_results.csv.gz" --exclude="*" "$FROM" "$TO"
+    rsync -zarv  --prune-empty-dirs --include "sim_WScenario_m15_*_*_*_POLICY_2_NN/"  --include="Results_results.csv.gz" --exclude="*" "$FROM" "$TO"
+    rsync -zarv  --prune-empty-dirs --include "sim_WScenario_m15_*_*_*_POLICY_NN_0/"  --include="Results_results.csv.gz" --exclude="*" "$FROM" "$TO"
+    rsync -zarv  --prune-empty-dirs --include "sim_WScenario_m15_*_*_*_POLICY_NN_2/"  --include="Results_results.csv.gz" --exclude="*" "$FROM" "$TO"
+    rsync -zarv  --prune-empty-dirs --include "sim_WScenario_m15_*_*_*_POLICY_0_0/"  --include="Results_results.csv.gz" --exclude="*" "$FROM" "$TO"
+    rsync -zarv  --prune-empty-dirs --include "sim_WScenario_m15_*_*_*_POLICY_2_2/"  --include="Results_results.csv.gz" --exclude="*" "$FROM" "$TO"
+    rsync -zarv  --prune-empty-dirs --include "sim_WScenario_m15_*_*_*_POLICY_0_0_var_WF2Ctrl/"  --include="Results_results.csv.gz" --exclude="*" "$FROM" "$TO"
+    rsync -zarv  --prune-empty-dirs --include "sim_WScenario_m15_*_*_*_POLICY_2_2_var_WF2Ctrl/"  --include="Results_results.csv.gz" --exclude="*" "$FROM" "$TO"
+
+#    rsync -zarv  --prune-empty-dirs --include "sim_WScenario_m15_*_*_*_POLICY_1_NN/"  --include="Results_results.csv.gz" --exclude="*" "$FROM" "$TO"
+#    rsync -zarv  --prune-empty-dirs --include "sim_WScenario_m15_*_*_*_POLICY_NN_1_var_DPmAgeMax/"  --include="Results_results.csv.gz" --exclude="*" "$FROM" "$TO"
+#    rsync -zarv  --prune-empty-dirs --include "sim_WScenario_m15_*_*_*_POLICY_NN_1_var_DPepsilon2/"  --include="Results_results.csv.gz" --exclude="*" "$FROM" "$TO"
+#    rsync -zarv  --prune-empty-dirs --include "sim_WScenario_m15_*_*_*_POLICY_NN_1_var_epsilon2/"  --include="Results_results.csv.gz" --exclude="*" "$FROM" "$TO"
+#    rsync -zarv  --prune-empty-dirs --include "sim_WScenario_m15_*_*_*_POLICY_1_1_var_WF2Ctrl/"  --include="Results_results.csv.gz" --exclude="*" "$FROM" "$TO"
+    
+    #find "$TO" -path "${TO}/sim_vardelta_T00_T0w10_DPT0diff*_DPw*_POLICY_0/*" -name "Results_results.csv" | xargs gzip -v  
+    
+}
+
+# get the i-th ancestor path of the script that calls this function (the currently running script)
+# i=0: for the path of the script,
+# i=1: for the directory where is the script,
+# i=2: for the directory including the directory corresponding to i=1,
+# etc...
+# $1: level of the ancestor path (from the end of the path)
+scriptancestorpath () {
+    [[ $1 -lt 0 ]] && { echo "Ops! Input less than 0: $1"; exit 1; }
+    local THEPATH="$(cd "$(dirname "$0")"; pwd)/$(basename "$0")"
+    i=1
+    while [[  $i -le ${1} && "${THEPATH}" != "/" ]]; do
+        THEPATH="$(cd "$(dirname "$THEPATH")"; pwd)"
+        let i=i+1 
+    done
+#    echo "depth: $i"
+    echo "${THEPATH}"
+}
+
+
+main "$@"
diff --git a/Fig_src/gnuplot/bin/data.awk b/Fig_src/gnuplot/bin/data.awk
new file mode 100755
index 0000000..d30b01b
--- /dev/null
+++ b/Fig_src/gnuplot/bin/data.awk
@@ -0,0 +1,11 @@
+#!/sw/bin/awk -F, --exec 
+
+BEGIN{
+    measure=ARGV[1]
+    ARGV[1]=ARGV[2]
+    ARGC=2
+}
+
+/Mean/  && $3==measure {
+    printf"%s %s %s %s\n",$3,$4,$6,$8 # Name,Start Time,Mean,Confidence Interval
+}
diff --git a/Fig_src/gnuplot/bin/data2.bash b/Fig_src/gnuplot/bin/data2.bash
new file mode 100755
index 0000000..decac96
--- /dev/null
+++ b/Fig_src/gnuplot/bin/data2.bash
@@ -0,0 +1,20 @@
+#!/bin/bash
+
+# Paste results for two input measures into single output
+
+## [ https://stackoverflow.com/questions/20163225/paste-files-from-list-of-paths-into-single-output-file ]
+#
+
+MEASURE1="$1"                # first measure, input
+MEASURE2="$2"                # second measure, input
+CSVFILE="$3"                 # results file, input
+
+LIST="${MEASURE1} ${CSVFILE} ${MEASURE2} ${CSVFILE}"
+
+touch buffer.txt; 
+echo "${LIST}" | xargs -n2 bash -c 'paste buffer.txt <(../bin/data.awk "$@") > output.txt; mv output.txt buffer.txt' FILLER; # Name,Start Time,Mean,Confidence Interval,Name,Start Time,Mean,Confidence Interval
+mv buffer.txt output.txt
+rm -f buffer.txt
+cat output.txt
+rm -f output.txt
+
diff --git a/Fig_src/gnuplot/bin/data2gz.bash b/Fig_src/gnuplot/bin/data2gz.bash
new file mode 100755
index 0000000..4cf9844
--- /dev/null
+++ b/Fig_src/gnuplot/bin/data2gz.bash
@@ -0,0 +1,15 @@
+#!/bin/bash
+
+# Paste results for two input measures into single output
+
+## [ https://stackoverflow.com/questions/20163225/paste-files-from-list-of-paths-into-single-output-file ]
+#
+
+MEASURE1="$1"                # first measure, input
+MEASURE2="$2"                # second measure, input
+GZFILE="$3"                 # results file, input
+
+list1=$(gzip -dc "${GZFILE}" | awk -v measure="${MEASURE1}" -F, '/Mean/  && $3==measure { printf"%s %s %s %s\n",$3,$4,$6,$8 }')
+list2=$(gzip -dc "${GZFILE}" | awk -v measure="${MEASURE2}" -F, '/Mean/  && $3==measure { printf"%s %s %s %s\n",$3,$4,$6,$8 }')
+
+paste <(echo "$list1") <(echo "$list2")
diff --git a/Fig_src/gnuplot/bin/dataInterval.awk b/Fig_src/gnuplot/bin/dataInterval.awk
new file mode 100755
index 0000000..8c78de7
--- /dev/null
+++ b/Fig_src/gnuplot/bin/dataInterval.awk
@@ -0,0 +1,13 @@
+#!/sw/bin/awk -F, --exec 
+
+# p( a<=X<=b )
+
+BEGIN{
+    measure=ARGV[1]
+    ARGV[1]=ARGV[2]
+    ARGC=2
+}
+/Interval/  && $3==measure { 
+    printf"%s %s %s %s %s %s\n",$3,$6,$7,$9,$10,$11 # Name,a,b,Interval,Lower Confidence Level, Upper Confidence Level
+
+}
diff --git a/Fig_src/gnuplot/bin/dataP.bash b/Fig_src/gnuplot/bin/dataP.bash
new file mode 100755
index 0000000..cc226ad
--- /dev/null
+++ b/Fig_src/gnuplot/bin/dataP.bash
@@ -0,0 +1,22 @@
+#!/bin/bash
+
+# Paste results for each variable P_i into single output
+
+## [ https://stackoverflow.com/questions/20163225/paste-files-from-list-of-paths-into-single-output-file ]
+#
+
+n="$1"                          # number of measures P_i, input
+MEASUREBASE="P_"                # measure P_ with index i
+CSVFILE="$2"                    # results file, input
+
+for i in $(seq 1 $n); do
+    LIST="${LIST} ${MEASUREBASE}${i} ${CSVFILE}"
+done
+
+touch buffer.txt; 
+echo "${LIST}" | xargs -n2 bash -c 'paste buffer.txt <(./bin/data.awk "$@") > output.txt; mv output.txt buffer.txt' FILLER; # Name,Start Time,Mean,Confidence Interval,Name,Start Time,Mean,Confidence Interval,...
+mv buffer.txt output.txt
+rm -f buffer.txt
+cat output.txt
+rm -f output.txt
+
diff --git a/Fig_src/gnuplot/bin/dataPDGsum.bash b/Fig_src/gnuplot/bin/dataPDGsum.bash
new file mode 100755
index 0000000..5b3659c
--- /dev/null
+++ b/Fig_src/gnuplot/bin/dataPDGsum.bash
@@ -0,0 +1,22 @@
+#!/bin/bash
+
+# Paste results for each variable P_i into single output
+
+## [ https://stackoverflow.com/questions/20163225/paste-files-from-list-of-paths-into-single-output-file ]
+#
+
+n="$1"                          # number of measures P_DG_i, input
+MEASUREBASE="P_DG_"             # measure P_DG_ with index i
+CSVFILE="$2"                    # results file, input
+
+for i in $(seq 1 $n); do
+    LIST="${LIST} ${MEASUREBASE}${i} ${CSVFILE}"
+done
+
+touch buffer.txt; 
+echo "${LIST}" | xargs -n2 bash -c 'paste buffer.txt <(./bin/data.awk "$@") > output.txt; mv output.txt buffer.txt' FILLER; # Name,Start Time,Mean,Confidence Interval,Name,Start Time,Mean,Confidence Interval,...
+mv buffer.txt output.txt
+rm -f buffer.txt
+cat output.txt | awk -v j=3 -v k=4 -v nn="$n" '{sum=0; for(i=0; i<nn; i++) sum+=$(i*k+j); printf"%s %s %s\n",$1,$2,sum}' # Name,Start Time,sum of Mean
+rm -f output.txt
+
diff --git a/Fig_src/gnuplot/bin/dataPlossP.bash b/Fig_src/gnuplot/bin/dataPlossP.bash
new file mode 100755
index 0000000..c3b79c2
--- /dev/null
+++ b/Fig_src/gnuplot/bin/dataPlossP.bash
@@ -0,0 +1,9 @@
+#!/bin/bash
+
+# Paste into single output the results for the power loss combined with the values of P for each variable P_i
+
+n="$1"                         # number of nodes, input
+MEASURE="P_LOSS"               # measure for power loss
+CSVFILE="$2"                   # results file
+
+paste <(./bin/data.awk "$MEASURE" "$CSVFILE") <(./bin/dataPsumGen.bash "$n" "$CSVFILE") # Name,Start Time,Mean,Confidence Interval, Name,Start Time,sum of Mean of P_i >0
diff --git a/Fig_src/gnuplot/bin/dataPsum.bash b/Fig_src/gnuplot/bin/dataPsum.bash
new file mode 100755
index 0000000..576be6c
--- /dev/null
+++ b/Fig_src/gnuplot/bin/dataPsum.bash
@@ -0,0 +1,22 @@
+#!/bin/bash
+
+# Paste sum of results for each variable P_i into single output
+
+## [ https://stackoverflow.com/questions/20163225/paste-files-from-list-of-paths-into-single-output-file ]
+#
+
+n="$1"                          # number of measures P_i, input
+MEASUREBASE="P_"                # measure P_ with index i
+CSVFILE="$2"                    # results file, input
+
+for i in $(seq 1 $n); do
+    LIST="${LIST} ${MEASUREBASE}${i} ${CSVFILE}"
+done
+
+touch buffer.txt; 
+echo "${LIST}" | xargs -n2 bash -c 'paste buffer.txt <(./bin/data.awk "$@") > output.txt; mv output.txt buffer.txt' FILLER; # Name,Start Time,Mean,Confidence Interval,Name,Start Time,Mean,Confidence Interval,...
+mv buffer.txt output.txt
+rm -f buffer.txt
+cat output.txt | awk -v j=3 -v k=4 -v nn="$n" '{sum=0; for(i=0; i<nn; i++) sum+=$(i*k+j); printf"%s %s %s\n",$1,$2,sum}' # Name,Start Time,sum of Mean
+rm -f output.txt
+
diff --git a/Fig_src/gnuplot/bin/dataPsumGen.bash b/Fig_src/gnuplot/bin/dataPsumGen.bash
new file mode 100755
index 0000000..a5cd7d3
--- /dev/null
+++ b/Fig_src/gnuplot/bin/dataPsumGen.bash
@@ -0,0 +1,22 @@
+#!/bin/bash
+
+# Paste sum of results corresponding to generators for each variable P_i into single output
+
+## [ https://stackoverflow.com/questions/20163225/paste-files-from-list-of-paths-into-single-output-file ]
+#
+
+n="$1"                          # number of measures P_i, input
+MEASUREBASE="P_"                # measure P_ with index i
+CSVFILE="$2"                    # results file, input
+
+for i in $(seq 1 $n); do
+    LIST="${LIST} ${MEASUREBASE}${i} ${CSVFILE}"
+done
+
+touch buffer.txt; 
+echo "${LIST}" | xargs -n2 bash -c 'paste buffer.txt <(./bin/data.awk "$@") > output.txt; mv output.txt buffer.txt' FILLER; # Name,Start Time,Mean,Confidence Interval,Name,Start Time,Mean,Confidence Interval,...
+mv buffer.txt output.txt
+rm -f buffer.txt
+cat output.txt | awk -v j=3 -v k=4 -v nn="$n" '{sum=0; for(i=0; i<nn; i++) if($(i*k+j)>0){sum+=$(i*k+j)}; printf"%s %s %s\n",$1,$2,sum}' # Name,Start Time,sum of Mean
+rm -f output.txt
+
diff --git a/Fig_src/gnuplot/bin/dataTVERROUT.bash b/Fig_src/gnuplot/bin/dataTVERROUT.bash
new file mode 100755
index 0000000..7921420
--- /dev/null
+++ b/Fig_src/gnuplot/bin/dataTVERROUT.bash
@@ -0,0 +1,14 @@
+#!/bin/bash
+
+# Cat results for each variable TVERROUT_i into single output
+#
+
+n="$1"                           # number of measures TVERROUT_i, equal to number of nodes, input
+MEASUREBASE="TVERROUT_"            # measure TVERROUT_ with index i
+CSVFILE="$2"  # results file
+
+for i in $(seq 1 $n); do
+    LIST="${LIST} ${MEASUREBASE}${i} ${CSVFILE}"
+done
+
+echo "${LIST}" | xargs -n2 bash -c './bin/dataInterval.awk "$@"' FILLER; 
diff --git a/Fig_src/gnuplot/bin/dataVIAERR.bash b/Fig_src/gnuplot/bin/dataVIAERR.bash
new file mode 100755
index 0000000..462baa1
--- /dev/null
+++ b/Fig_src/gnuplot/bin/dataVIAERR.bash
@@ -0,0 +1,14 @@
+#!/bin/bash
+
+# Cat results for each variable VIAERR_i into single output
+#
+
+n="$1"                            # number of measures P_i, input
+MEASUREBASE="VIAERR_"            # measure P_ with index i
+CSVFILE="$2"                     # results file, input
+
+for i in $(seq 1 $n); do
+    LIST="${LIST} ${MEASUREBASE}${i} ${CSVFILE}"
+done
+
+echo "${LIST}" | xargs -n2 bash -c './bin/dataYtl.awk "$@"' FILLER; 
diff --git a/Fig_src/gnuplot/bin/dataYtl.awk b/Fig_src/gnuplot/bin/dataYtl.awk
new file mode 100755
index 0000000..e504ef3
--- /dev/null
+++ b/Fig_src/gnuplot/bin/dataYtl.awk
@@ -0,0 +1,12 @@
+#!/sw/bin/awk -F, --exec 
+
+BEGIN{
+    measure=ARGV[1]
+    ARGV[1]=ARGV[2]
+    ARGC=2
+}
+
+/Mean/  && $3==measure {
+    printf"%s %s %s %s %s\n",$3,$4,$5,$6,$8 # Name,Start Time,End Time,Mean,Confidence Interval
+
+}
diff --git a/Fig_src/gnuplot/bin/data_min_M1_suchthat_M2_lesseq_Thr_gz.bash b/Fig_src/gnuplot/bin/data_min_M1_suchthat_M2_lesseq_Thr_gz.bash
new file mode 100755
index 0000000..e402204
--- /dev/null
+++ b/Fig_src/gnuplot/bin/data_min_M1_suchthat_M2_lesseq_Thr_gz.bash
@@ -0,0 +1,28 @@
+#!/bin/bash
+
+# get minimum value matching measure1 for a compressed input file
+# such that measure2 is less than or equal to Threshold value
+# for each solver listed in input after 4-th argument
+MEASURE1="$1"
+MEASURE2="$2"
+THRESHOLD="$3"
+GZFILENAME="$4"
+shift
+shift
+shift
+shift
+SOLVERS="$*"
+
+SOLVERIND=0;
+for SOLVER in $SOLVERS; do
+    let "SOLVERIND=SOLVERIND+1"
+    GZFILE="../${SOLVER}/${GZFILENAME}"
+    list1=$(gzip -dc "${GZFILE}" | awk -v measure="${MEASURE1}" -F, '/Mean/  && $3==measure { e=$1; gsub(/Experiment /,"",e); printf("%d %s %s %s %s\n",e,$3,$4,$6,$8) }')
+    list2=$(gzip -dc "${GZFILE}" | awk -v measure="${MEASURE2}" -F, '/Mean/  && $3==measure { e=$1; gsub(/Experiment /,"",e); printf("%d %s %s %s %s\n",e,$3,$4,$6,$8) }')
+    # Experiment number,Name,Start Time,Mean,Confidence Interval
+    sortedlist=$(paste <(echo "$list1") <(echo "$list2") | sort -g -k4,4 -k1,1)    
+    # echo "$sortedlist"
+    echo "$sortedlist" | awk -v thr="${THRESHOLD}" -v ind=${SOLVERIND} -v solver="${SOLVER}" 'BEGIN{printf"%s %s", ind, solver} $9<=thr {printf" %s %s %s %s %s", $1, $4, $5, $9, $10; exit}END{printf"\n"}'
+    # index (from 1),SOLVER,Experiment number,Mean Measure1,Confidence Interval Measure1,Mean Measure2,Confidence Interval Measure2
+    # 1 sim_vardelta_T00_T0w10_DPT0diff10_DPw1_POLICY_2 22 5.4737232667E02 5.5140766248E00 3.7390350877E-05 2.7056667576E-06
+done
diff --git a/Fig_src/gnuplot/bin/databysolvergz.bash b/Fig_src/gnuplot/bin/databysolvergz.bash
new file mode 100755
index 0000000..54b1d89
--- /dev/null
+++ b/Fig_src/gnuplot/bin/databysolvergz.bash
@@ -0,0 +1,18 @@
+#!/bin/bash
+
+# get values matching measure for a compressed input file
+# for each solver print list of values
+MEASURE="$1"
+GZFILENAME="$2"
+shift
+shift
+SOLVERS="$*"
+
+SOLVERIND=0;
+for SOLVER in $SOLVERS; do
+    let "SOLVERIND=SOLVERIND+1"
+    GZFILE="../${SOLVER}/${GZFILENAME}"
+    gzip -dc "${GZFILE}" | awk -v measure="${MEASURE}" -F, '/Mean/  && $3==measure { e=$1; gsub(/Experiment /,"",e); printf("%d %s %s %s %s\n",e,$3,$4,$6,$8) }' | awk -v ind=${SOLVERIND} -v solver="${SOLVER}" 'BEGIN{printf"%s %s", ind, solver}{printf" %s %s %s", $1, $4, $5}END{printf"\n"}'
+    # Experiment number,Name,Start Time,Mean,Confidence Interval
+    # index (from 1),SOLVER,Experiment number,Mean,Confidence Interval, ...,Experiment number,Mean,Confidence Interval
+done
diff --git a/Fig_src/gnuplot/bin/databysolversortedgz.bash b/Fig_src/gnuplot/bin/databysolversortedgz.bash
new file mode 100755
index 0000000..3d4ca05
--- /dev/null
+++ b/Fig_src/gnuplot/bin/databysolversortedgz.bash
@@ -0,0 +1,19 @@
+#!/bin/bash
+
+# get values matching measure for a compressed input file
+# and print sorted list of values
+# for each solver listed in input after 2-th argument
+MEASURE="$1"
+GZFILENAME="$2"
+shift
+shift
+SOLVERS="$*"
+
+SOLVERIND=0;
+for SOLVER in $SOLVERS; do
+    let "SOLVERIND=SOLVERIND+1"
+    GZFILE="../${SOLVER}/${GZFILENAME}"
+    gzip -dc "${GZFILE}" | awk -v measure="${MEASURE}" -F, '/Mean/  && $3==measure { e=$1; gsub(/Experiment /,"",e); printf("%d %s %s %s %s\n",e,$3,$4,$6,$8) }' | sort -g -k 4,4 -k1,1 | awk -v ind=${SOLVERIND} -v solver="${SOLVER}" 'BEGIN{printf"%s %s", ind, solver}{printf" %s %s %s", $1, $4, $5}END{printf"\n"}'
+    # Experiment number,Name,Start Time,Mean,Confidence Interval
+    # index (from 1),SOLVER,Experiment number,Mean,Confidence Interval, ...,Experiment number,Mean,Confidence Interval
+done
diff --git a/Fig_src/gnuplot/bin/databysolversortedreversegz.bash b/Fig_src/gnuplot/bin/databysolversortedreversegz.bash
new file mode 100755
index 0000000..ca9d3ab
--- /dev/null
+++ b/Fig_src/gnuplot/bin/databysolversortedreversegz.bash
@@ -0,0 +1,19 @@
+#!/bin/bash
+
+# get values matching measure for a compressed input file
+# and print reverse sorted list of values
+# for each solver listed in input after 2-th argument
+MEASURE="$1"
+GZFILENAME="$2"
+shift
+shift
+SOLVERS="$*"
+
+SOLVERIND=0;
+for SOLVER in $SOLVERS; do
+    let "SOLVERIND=SOLVERIND+1"
+    GZFILE="../${SOLVER}/${GZFILENAME}"
+    gzip -dc "${GZFILE}" | awk -v measure="${MEASURE}" -F, '/Mean/  && $3==measure { e=$1; gsub(/Experiment /,"",e); printf("%d %s %s %s %s\n",e,$3,$4,$6,$8) }' | sort -r -g -k 4,4 -k1,1 | awk -v ind=${SOLVERIND} -v solver="${SOLVER}" 'BEGIN{printf"%s %s", ind, solver}{printf" %s %s %s", $1, $4, $5}END{printf"\n"}'
+    # Experiment number,Name,Start Time,Mean,Confidence Interval
+    # index (from 1),SOLVER,Experiment number,Mean,Confidence Interval, ...,Experiment number,Mean,Confidence Interval
+done
diff --git a/Fig_src/gnuplot/bin/datagz.bash b/Fig_src/gnuplot/bin/datagz.bash
new file mode 100755
index 0000000..2b48ae1
--- /dev/null
+++ b/Fig_src/gnuplot/bin/datagz.bash
@@ -0,0 +1,8 @@
+#!/bin/bash
+
+# get values matching measure for a compressed input file
+MEASURE="$1"
+GZFILE="$2"
+
+gzip -dc "${GZFILE}" | awk -v measure="${MEASURE}" -F, '/Mean/  && $3==measure { printf"%s %s %s %s\n",$3,$4,$6,$8 }'
+# Name,Start Time,Mean,Confidence Interval
diff --git a/Fig_src/gnuplot/bin/epscolor2epsgrayscale.bash b/Fig_src/gnuplot/bin/epscolor2epsgrayscale.bash
new file mode 100755
index 0000000..868e3c5
--- /dev/null
+++ b/Fig_src/gnuplot/bin/epscolor2epsgrayscale.bash
@@ -0,0 +1,15 @@
+#!/bin/bash
+# It converts the first argument into a grayscale eps
+
+if [ "$(echo $1|awk -F . '{print $NF}')" = "eps" ]; then
+        gs -sOutputFile=$(basename $1 .eps)"grayscale.pdf" \
+        -sDEVICE=pdfwrite -sColorConversionStrategy=Gray \
+        -dProcessColorModel=/DeviceGray -dCompatibilityLevel=1.4 \
+        -dNOPAUSE -dBATCH  -dEPSCrop $1;
+        pdfcrop $(basename $1 .eps)"grayscale.pdf";
+        pdftops -eps $(basename $1 .eps)"grayscale-crop.pdf" $(basename $1 .eps)"_grayscale.eps";
+        rm $(basename $1 .eps)"grayscale.pdf";
+        rm $(basename $1 .eps)"grayscale-crop.pdf";
+else
+        echo "Not an EPS file";
+fi
\ No newline at end of file
diff --git a/Fig_src/gnuplot/bin/genAll.bash b/Fig_src/gnuplot/bin/genAll.bash
new file mode 100755
index 0000000..acf7a46
--- /dev/null
+++ b/Fig_src/gnuplot/bin/genAll.bash
@@ -0,0 +1,21 @@
+#!/bin/bash
+
+# gen data and plots for each dir starting with MS in current dir
+
+MYDIR="$PWD"
+
+for i in `ls -1d *|grep -v bin` ; do
+
+echo ""
+echo "cd ${MYDIR}/${i}"
+echo ""
+cd "${MYDIR}/${i}"
+
+./bin/go.bash
+
+done
+
+echo ""
+echo "cd $MYDIR"
+echo ""
+cd $MYDIR
diff --git a/Fig_src/gnuplot/bin/genAll_WP.bash b/Fig_src/gnuplot/bin/genAll_WP.bash
new file mode 100755
index 0000000..6da1b07
--- /dev/null
+++ b/Fig_src/gnuplot/bin/genAll_WP.bash
@@ -0,0 +1,21 @@
+#!/bin/bash
+
+# gen data and plots for each dir starting with MS in current dir
+
+MYDIR="$PWD"
+
+for i in `ls -1d *|grep WP` ; do
+
+echo ""
+echo "cd ${MYDIR}/${i}"
+echo ""
+cd "${MYDIR}/${i}"
+
+./bin/go.bash
+
+done
+
+echo ""
+echo "cd $MYDIR"
+echo ""
+cd $MYDIR
diff --git a/Fig_src/gnuplot/bin/getMobiusResults_bradipo.bash b/Fig_src/gnuplot/bin/getMobiusResults_bradipo.bash
new file mode 100755
index 0000000..3e3174b
--- /dev/null
+++ b/Fig_src/gnuplot/bin/getMobiusResults_bradipo.bash
@@ -0,0 +1,210 @@
+#!/bin/bash
+#
+# import mobius results files from remote host
+
+function main () {
+
+    
+    # the absolute project path where is all the stuff, three directories above the script:
+    # 3       2       1   0
+    # basedir/gnuplot/bin/<script>
+    BASEDIR=$(scriptancestorpath 3)
+    # check if basedir contains Fig_src/gnuplot/bin
+    checkmergedpaths "${BASEDIR}" "gnuplot/bin"
+
+    # name of the basedir
+    BASENAME=$(basename "${BASEDIR}")
+    
+    # Fig_src
+    FIG_SRC_DIR="${BASEDIR}"
+    
+    # list of project name (different project names for different lines) and (space separed) solver name patterns from which the files are imported
+    # PROJECTPATTERNLIST="projectname1 solvernamepattern1a solvernamepattern1b 
+    # projectname1 solvernamepattern2
+    # ...
+    # projectname4 solvernamepattern4a solvernamepattern4b solvernamepattern4c"
+    #
+    # e.g.:
+    # PROJECTPATTERNLIST="EPS_MultiRegion_LP MS_*_kDPmax1p2_* MS_*varIndex
+    # EPS_trunk MS_EPSREG_simpleG2S2L3_varCNETfailRepRate"
+    #
+    PROJECTPATTERNLIST="
+#parallelWorkingStations_TwoApps_cs ms_vark_n100_delta10 ms_vark_n1000_delta10
+#STINGRAY_Availability sim_vardelta_T0m15_T0w*_DPT0diff*_DPw* 
+STINGRAY_Availability sim_vardelta_T0m15_T0w*_DPT0diff*_DPw* 
+"
+
+    # list space separed patterns of file names to imports
+    #FILES_PATTERN="Results_Experiment_*.txt Results_results.csv Results_results.txt"
+    FILES_PATTERN="Results_results.csv Results_results.txt"
+
+    # where are the projects on remote host
+    REMOTE_MOBIUS_PROJECT="\${HOME}/mobius-project"
+
+    # imported files are restored on local host in ${OUTDIR}/Solver/<solvername>/
+    OUTDIR="${FIG_SRC_DIR}/mobius"
+
+    MYDIR="$PWD"
+
+    # remote host
+    REMOTE_HOST="bradipo.isti.cnr.it"
+    REMOTE_USER="silvano"
+
+
+    #CPIO="cpio -oaV --verbose -H ustar "
+    CPIO="cpio -oaV --verbose "
+    GZIP="gzip -c "
+    GUNZIP="gunzip -c "
+    SSH="/usr/bin/ssh "
+
+    E_BADARGS=1
+
+    while getopts ":nh" opt; do
+        case $opt in
+            n)
+                if [ "${OPTARG:0:1}" == "-" ]; then
+                    echo "Invalid parameter \"${OPTARG}\" provided for agurment \"-${opt}!\""
+                    hflag=1
+                else
+                    #               echo "-n was triggered! Parameter: $OPTARG" >&2
+                    nflag=1
+                fi
+                ;;
+            h)
+                if [ "${OPTARG:0:1}" == "-" ]; then
+                    echo "Invalid parameter \"${OPTARG}\" provided for agurment \"-${opt}!\""
+                    hflag=1
+                else
+                    #               echo "-h was triggered! Parameter: $OPTARG" >&2
+                    hflag=1
+                fi
+                ;;
+            \?)
+                echo "Invalid option: -$OPTARG" >&2
+                hflag=1
+                E_BADARGS=65
+                ;;
+            :)
+                echo "Option -$OPTARG requires an argument." >&2
+                hflag=1
+                E_BADARGS=65
+                ;;
+        esac
+    done
+
+    if [ "$hflag" ]; then
+        echo -e "Usage: `basename $0` [-n]"
+        echo -e "Option -n: are imported only the (matching  patterns) files that have a more recent last modification time than last time this script  has been  executed."
+        exit $E_BADARGS
+    fi
+
+    mkdir "${OUTDIR}"
+
+    IFS=$' '
+    FINDNAMES=""
+    for i in ${FILES_PATTERN}; do
+	if [ "${FINDNAMES}" == "" ]; then
+
+	    FINDNAMES="-name \"${i}\" " 
+	else
+	    FINDNAMES="${FINDNAMES} -o -name \"${i}\" " 
+	fi
+    done
+
+    # remove comments
+    PROJECTPATTERNLIST=$(echo "${PROJECTPATTERNLIST}" | awk '!/^[ ]*#.*/ {printf "%s\n", $0}')
+
+    IFS=$'\n'
+    for i in ${PROJECTPATTERNLIST}; do
+        PROJECT=$(echo ${i} | awk '{print $1}')
+        PATTERN=$(echo ${i} | awk '{for(i=2;i<=NF;i++)printf"\"%s\"\n",$i}')
+        
+        SOLVER="./${PROJECT}/Solver"
+
+        # get -path
+        FINDPATHS=""
+        for j in ${PATTERN}; do
+	    j=${j#\"} # remove starting "
+	    j=${j%\"} # remove ending "
+	    PATHPATTERN="${SOLVER}/${j}/*"
+	    if [ "${FINDPATHS}" == "" ]; then
+		FINDPATHS="-path \"${PATHPATTERN}\" " 
+	    else
+		FINDPATHS="${FINDPATHS} -o -path \"${PATHPATTERN}\" " 
+	    fi
+        done
+
+        OUTFILENAME="archive_${PROJECT}.cpio.gz"
+        OUTFILE="${OUTDIR}/${OUTFILENAME}"
+
+        LASTTIMEFLAG="${REMOTE_MOBIUS_PROJECT}/${SOLVER}/._LASTIMPORTFLAG"
+        FINDNEWER=""
+        if [ "$nflag" == "1" ]; then
+            echo -e "Importing only files modified after last execution."
+            FINDNEWER="-newer ${LASTTIMEFLAG}"      
+        fi
+
+        cd "${MYDIR}"
+
+        echo ""
+        echo "Obtaining: ${PROJECT} with pattern ${PATTERN} ..."
+        REMOTECMD="cd \"${REMOTE_MOBIUS_PROJECT}\" && find ./ ${FINDNEWER} \\( ${FINDPATHS} \\) \\( ${FINDNAMES} \\) -print | ${CPIO} | ${GZIP}; touch \"${LASTTIMEFLAG}\" "
+        echo "${REMOTECMD}"
+        echo "${REMOTECMD}" | eval ${SSH} -v -l "${REMOTE_USER}"  "${REMOTE_HOST}" bash -s | cat > "${OUTFILE}"
+
+        # important note about alternative commands to transfer data from remote host:
+        # the following transfer data commands corrupt the .gz file, due to the first "cd" command in the REMOTECMD variable:
+        #      /usr/bin/ssh -l "${REMOTE_USER}"  "${REMOTE_HOST}" "${REMOTECMD}" > "${OUTFILE}"
+        #      /usr/bin/ssh -l "${REMOTE_USER}"  "${REMOTE_HOST}" bash -c "${REMOTECMD}" > "${OUTFILE}"
+
+        cd "${OUTDIR}"
+
+        # on local host
+        echo ""
+        echo "Restoring files from ${OUTFILE}..."
+        UNAME="$(uname -n)"
+        if [ "${UNAME}" == "cicala.local" ]; then
+	    eval "${GUNZIP} ${OUTFILENAME}" | cpio -u -i -d 
+        else
+	    eval "${GUNZIP} ${OUTFILENAME}" | cpio -u -i -d
+        fi
+    done
+
+    cd "${MYDIR}"
+
+    echo ""
+    echo "Done!"
+
+}
+
+
+
+# get the i-th ancestor path of the script that calls this function (the currently running script)
+# i=0: for the path of the script,
+# i=1: for the directory where is the script,
+# i=2: for the directory including the directory corresponding to i=1,
+# etc...
+# $1: level of the ancestor path (from the end of the path)
+scriptancestorpath () {
+    [[ $1 -lt 0 ]] && { echo "Ops! Input less than 0: $1"; exit 1; }
+    local THEPATH="$(cd "$(dirname "$0")"; pwd)/$(basename "$0")"
+    i=1
+    while [[  $i -le ${1} && "${THEPATH}" != "/" ]]; do
+        THEPATH="$(cd "$(dirname "$THEPATH")"; pwd)"
+        let i=i+1 
+    done
+    #    echo "depth: $i"
+    echo "${THEPATH}"
+}
+
+# check if the $1/$2 exists
+# $1: path of directory
+# $2: path of directory or file
+checkmergedpaths() {
+    if [[ ! -e "${1}/${2}" ]]; then
+        echo "Ops! Element not found: ${1}/${2}"
+        exit 1
+    fi
+}
+
+main "$@"
diff --git a/Fig_src/gnuplot/bin/get_track_data.bash b/Fig_src/gnuplot/bin/get_track_data.bash
new file mode 100755
index 0000000..3b84a70
--- /dev/null
+++ b/Fig_src/gnuplot/bin/get_track_data.bash
@@ -0,0 +1,32 @@
+#!/bin/bash
+
+# run this script from directory SOLVERNAME
+
+PROJECTNAME="STINGRAY_Multipolicy"
+SOLVERNAME="sim_WScenario_m15_1_10_1_POLICY_0_NN"
+SERVERNAME="bradipo"
+
+SOLVER="${HOME}/MobiusProject/${PROJECTNAME}/Solver/${SOLVERNAME}"
+#cd "${SOLVER}"
+#########################
+
+# get T0
+MEASURE="VT0"
+AFILE="Results_Exp1_N100_s187704482_cicala.local_ascii.csv"
+COL=1
+awk -v name="${MEASURE}" -v nofm=289 -f ../../awk/mean.awk <(gzip -dc Results_results.csv.gz) <(gzip -dc ${AFILE}) > track_${MEASURE}.txt
+cat "./track_${MEASURE}.txt" | awk -v c="${COL}" '{print $c }' > track_${MEASURE}_c30.txt
+
+# get T_18
+MEASURE="VT_18"
+AFILE="Results_Exp1_N100_s187704482_cicala.local_ascii.csv"
+COL=1
+awk -v name="${MEASURE}" -v nofm=289 -f ../../awk/mean.awk <(gzip -dc Results_results.csv.gz) <(gzip -dc ${AFILE}) > track_${MEASURE}.txt
+cat "./track_${MEASURE}.txt" | awk -v c="${COL}" '{print $c}' > track_${MEASURE}_c30.txt
+
+# get VDP
+MEASURE="VDP"
+AFILE="Results_Exp1_N100_s187704482_cicala.local_ascii.csv"
+COL=1
+awk -v name="${MEASURE}" -v nofm=289 -f ../../awk/mean.awk <(gzip -dc Results_results.csv.gz) <(gzip -dc ${AFILE}) > track_${MEASURE}.txt
+cat "./track_${MEASURE}.txt" | awk -v c="${COL}" '{print $c}' > track_${MEASURE}_c30.txt
diff --git a/Fig_src/gnuplot/bin/gnuplot_figs.gp b/Fig_src/gnuplot/bin/gnuplot_figs.gp
new file mode 100755
index 0000000..4935f51
--- /dev/null
+++ b/Fig_src/gnuplot/bin/gnuplot_figs.gp
@@ -0,0 +1,218 @@
+################################################
+#  plot the measure (Mean or Variance) as a function of time (on x axis)
+# generate plot for aqua terminal
+aqua=1
+# generate plot for table terminal (print out a multicolumn ASCII table of X Y {Z} R values)
+table=1
+# generate plot for tikz: standalone output
+tikzsa=1 
+
+# transparence for filledcurves (confidence interval)
+filltransparence=0.3
+
+# gnuplot data file separator
+set datafile separator whitespace
+
+# Enable the use of macros
+set macros
+
+# unitary cost of energy
+costE=1
+
+# unitary cost of having a switch unavailable
+costU=10
+
+# cost of having at least a frozen switch at some point during the day
+costF=2000
+
+# number of values for Deltam (DPm max age)
+ndeltam=5
+
+# number of values for Tthr
+ndeltat=6
+
+# number of values for T epsilon1
+nepsilon1=7
+
+# number of values for T epsilon2
+nepsilon2=7
+
+# number of values for DPepsilon1
+ndpepsilon1=7
+
+# number of values for DPepsilon2
+ndpepsilon2=7
+
+# time of analysis (min)
+t=1440
+
+# number of swithces
+n=19
+
+# energy consumed for time unit
+energyfortimeunit=7.4/60.0
+
+# get name of current dir
+cmd="mypath=$(pwd | sed -e 's/_/-/g'); echo ${mypath##*/} "
+currdir=system(cmd)
+
+# bin path
+bin="../bin/"
+
+dir="./"
+csvfile="Results_results.csv"
+csvgzfile="Results_results.csv.gz"
+# data file path for scenario name
+datapath(name)=sprintf("../%s/%s",name,csvgzfile)
+
+# dir path for data of scenario name
+dirdatapath(name)=sprintf("../%s/",name)
+
+# print to check info
+print "data file csv: " . csvfile
+print "current directory: " . currdir
+
+# get the i-th element of a list s of values separed by sep
+wordsep(s,i,sep)=system("echo ".s." |awk '{split($0,v,\"'".sep."'\");print v[".i."]}'")
+
+# remove ext from input
+remext(s)=system("echo \"" . tikzfilesa . " \" | awk -F'.' '{NF-=1}1' OFS='.'")
+
+# modulus function
+mod(x,y) = (x-floor(x/y)*y)
+# round function
+round(x)=floor(x +0.5)
+# round minutes function, x sec (ending +1 is needed to fix the label for 4800=01:20, otherwise it is labeled with 01:19)
+roundmin(x)=floor(x/60.0 +0.5)*60+1
+# input function of xticlabels to skip labels based on a step
+hhmmlabels(i,step,norm)=(mod(column(0),step)==0)?strftime("%002tH:%002tM",roundmin(column(i)*norm)):NaN
+#
+# old function where 24:00 is printed as 0:0
+# hhmmlabels(i,step,norm)=(mod(column(0),step)==0)?sprintf("%002d:%002d",tm_hour(column(i)*norm),tm_min(column(i)*norm)):NaN
+
+# get global column index of the j-th entry of the i-th block, where each block groups k columns
+gcolind(i,j,k)=(i-1)*k+j
+
+# get global column index of the j-th entry of the i-th block (passed by name), where each block groups k columns, nodeind(name)+1 is the index of the i-th block
+gcolindbyNodeName(name,j,k)=nodeind(name)*k+j
+
+# convert string to number
+ston(i)=i+0
+
+
+reset
+
+# Delay
+fig="01"
+measuretype="Active_Power"
+study="RangeStudy-Exp4_N32"
+title="Expected Unavailability for Day (min/day) vs Energy Consumption"
+
+scenarios="sim_vardelta_T00_T0w1_DPT0diff1_DPw1_POLICY_0 sim_vardelta_T00_T0w1_DPT0diff1_DPw10_POLICY_0 sim_vardelta_T00_T0w1_DPT0diff10_DPw1_POLICY_0 sim_vardelta_T00_T0w1_DPT0diff10_DPw10_POLICY_0 sim_vardelta_T00_T0w10_DPT0diff1_DPw1_POLICY_0 sim_vardelta_T00_T0w10_DPT0diff1_DPw10_POLICY_0 sim_vardelta_T00_T0w10_DPT0diff10_DPw1_POLICY_0 sim_vardelta_T00_T0w10_DPT0diff10_DPw10_POLICY_0" # space separed list of scenarios to compare
+measurets="'\\(\\bar{T}_0=0, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=0, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=0, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=0, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)' '\\(\\bar{T}_0=0, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=0, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=0, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=0, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)'"
+serieinds="1" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(measurets)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(measurets).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:m] style line i lt lstyle(i) lw 1 pt lstyle(i)
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:m] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i)
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+measure="WUnavailability"
+measurelabel="\\(P\\)"
+measurey=measurelabel . " W"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret(i)=sprintf("%s, %s", measurelabel, word(measurets,ston(i)))
+measuret2(i)=sprintf("%s, %s", measurelabel2, word(measurets,ston(i)))
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "Time"
+set ylabel measurey offset -1
+#set y2label measurey2
+#set format x "%2.1f"
+#set format y "%3.2f"
+set xtics nomirror
+#set xtics add ("0.2" 0.2)
+set ytics nomirror
+#set y2tics
+#set xrange [0:5]
+#set yrange [0:400]
+#set y2range [0:2200]
+#set y2tics add ("2200" 2200)
+set border 3
+#set key bottom left
+set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+unset logscale x
+unset logscale y
+
+set term tikz
+set output tikzfile
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+# plot for each scenario
+plot "< ../bin/data.awk Vt_PAv_DG_5 ../RangeStudy/Results_case33bw_2times_Exp4_N32_s31415_7c9ad127d859_results.csv" using 2:3 with line title "\\(PAv_{DG_5}\\)", \
+     "< ../bin/data.awk Vt_P_62 ../RangeStudy/Results_case33bw_2times_Exp4_N32_s31415_7c9ad127d859_results.csv" using 2:3 with line title "\\(P_{62}\\)", \
+     "< ../bin/data.awk Vt_UnsuppliedDemandAbs_62 ../RangeStudy/Results_case33bw_2times_Exp4_N32_s31415_7c9ad127d859_results.csv" using 2:3 with line title "\\(UnsuppliedDemand_{62}\\)", \
+     0
+
+#plot for[i=1:m:1] "<" .bin. "/datagz.bash " . measure . " " . data(i) using ($0):($3*t*n) with lp ls i title measuret(i) axes x1y1, \
+#     for[i=1:m:1] "<" .bin. "/datagz.bash " . measure2 . " " . data(i) using ($0):3 with lp ls i+m title measuret2(i) axes x1y2
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+if( aqua ) {
+    set output
+    set term aqua fig
+    replot
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+    replot
+    unset table
+}
+
+reset
+
diff --git a/Fig_src/gnuplot/bin/gnuplot_figs_cmp.gp b/Fig_src/gnuplot/bin/gnuplot_figs_cmp.gp
new file mode 100755
index 0000000..533da77
--- /dev/null
+++ b/Fig_src/gnuplot/bin/gnuplot_figs_cmp.gp
@@ -0,0 +1,14013 @@
+################################################
+#  plot the measure (Mean or Variance) as a function of time (on x axis)
+# generate plot for aqua terminal
+aqua=1
+# generate plot for table terminal (print out a multicolumn ASCII table of X Y {Z} R values)
+table=1
+# generate plot for tikz: standalone output
+tikzsa=1 
+
+# transparence for filledcurves (confidence interval)
+filltransparence=0.3
+
+# gnuplot data file separator
+set datafile separator whitespace
+
+# Enable the use of macros
+set macros
+
+# unitary cost of energy
+costE=1
+
+# unitary cost of having a switch unavailable
+costU=10
+
+# cost of having at least a frozen switch at some point during the day
+costF=2000
+
+# number of values for Deltam (DPm max age)
+ndeltam=5
+
+# number of values for Tthr
+ndeltat=6
+
+# number of values for T epsilon1
+nepsilon1=7
+
+# number of values for T epsilon2
+nepsilon2=7
+
+# number of values for DPepsilon1
+ndpepsilon1=7
+
+# number of values for DPepsilon2
+ndpepsilon2=7
+
+# time of analysis (min)
+t=1440
+
+# number of swithces
+n=19
+
+# energy consumed for time unit
+energyfortimeunit=7.4/60.0
+
+# get name of current dir
+cmd="mypath=$(pwd | sed -e 's/_/-/g'); echo ${mypath##*/} "
+currdir=system(cmd)
+
+# bin path
+bin="../bin/"
+
+dir="./"
+csvfile="Results_results.csv"
+csvgzfile="Results_results.csv.gz"
+# data file path for scenario name
+datapath(name)=sprintf("../%s/%s",name,csvgzfile)
+
+# dir path for data of scenario name
+dirdatapath(name)=sprintf("../%s/",name)
+
+# print to check info
+print "data file csv: " . csvfile
+print "current directory: " . currdir
+
+# get the i-th element of a list s of values separed by sep
+wordsep(s,i,sep)=system("echo ".s." |awk '{split($0,v,\"'".sep."'\");print v[".i."]}'")
+
+# remove ext from input
+remext(s)=system("echo \"" . tikzfilesa . " \" | awk -F'.' '{NF-=1}1' OFS='.'")
+
+# modulus function
+mod(x,y) = (x-floor(x/y)*y)
+# round function
+round(x)=floor(x +0.5)
+# round minutes function, x sec (ending +1 is needed to fix the label for 4800=01:20, otherwise it is labeled with 01:19)
+roundmin(x)=floor(x/60.0 +0.5)*60+1
+# input function of xticlabels to skip labels based on a step
+hhmmlabels(i,step,norm)=(mod(column(0),step)==0)?strftime("%002tH:%002tM",roundmin(column(i)*norm)):NaN
+#
+# old function where 24:00 is printed as 0:0
+# hhmmlabels(i,step,norm)=(mod(column(0),step)==0)?sprintf("%002d:%002d",tm_hour(column(i)*norm),tm_min(column(i)*norm)):NaN
+
+# get global column index of the j-th entry of the i-th block, where each block groups k columns
+gcolind(i,j,k)=(i-1)*k+j
+
+# get global column index of the j-th entry of the i-th block (passed by name), where each block groups k columns, nodeind(name)+1 is the index of the i-th block
+gcolindbyNodeName(name,j,k)=nodeind(name)*k+j
+
+# convert string to number
+ston(i)=i+0
+
+
+reset
+
+# Delay
+fig="01"
+measuretype="AvailabilityEnergy"
+study="POLICY_0_NN"
+title="Threshold-based policy for Alg1, when no channel fails"
+
+scenarios="sim_WScenario_m15_1_1_1_POLICY_0_NN sim_WScenario_m15_1_10_1_POLICY_0_NN sim_WScenario_m15_10_1_10_POLICY_0_NN sim_WScenario_m15_10_10_10_POLICY_0_NN" # space separed list of scenarios to compare
+scenariosts="'\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)'"
+serieinds="1" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(scenariosts)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(scenariosts).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:m] style line i lt lstyle(i) lw 1 pt lstyle(i)
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:m] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i)
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+measure="WUnavailability"
+measurelabel="\\(\\mu_U\\)"
+measurey=measurelabel . " (min/day)"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret=sprintf("%s", measurelabel)
+measuret2=sprintf("%s", measurelabel2)
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "\\(T_{thr}\\) (\\(^{o}C\\))"
+set ylabel measurey offset -1
+set y2label measurey2
+set format x "%2.1f"
+#set format y "%3.2f"
+#set xtics 0,1,5 nomirror rotate by 90 right
+#set xtics add ("0.2" 0.2)
+set xtics 0,1,5 nomirror
+set ytics nomirror
+set y2tics
+set xrange [0:*]
+set yrange [0:400]
+set y2range [0:1800]
+#set y2tics add ("2200" 2200)
+set border 11
+#set key bottom left
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph 0.6, graph 0.4
+unset logscale x
+unset logscale y
+
+# [ http://www.gnuplotting.org/code/multiplot4.gnu ]
+# MACROS
+# x- and ytics for each row resp. column
+LSCENARIO1="'(-15,1,1,1)'"
+LSCENARIO2="'(-15,1,10,1)'"
+LSCENARIO3="'(-15,10,1,10)'"
+LSCENARIO4="'(-15,10,10,10)'"
+NOXTICS = "set xtics 0,1,5 ('' 0,'' 1,'' 2,'' 3) nomirror;\
+          unset xlabel"
+XTICS = "set xtics 0,1,5 ('0' 0,'1' 1,'2' 2,'3' 3) nomirror;\
+          set xlabel '\\(T_{thr}\\) (\\(^{o}C\\))';\
+          set xrange [-0.2:3.2]"
+NOYTICS = "set format y ''; unset ylabel;\
+set ytics add ('' 25); set ytics add ('' 400)"
+NOY2TICS = "set format y2 ''; unset y2label"
+YTICS = "set format y '%.1f'; set ylabel measurey offset -1"
+Y2TICS = "set format y2 '%.1f'; set y2label measurey2"
+# y and y2 ranges
+TYRANGES = "set yrange [0:25]; set y2range [0:1800];\
+set ytics add ('25' 25)"
+BYRANGES = "set yrange [0:400]; set y2range [0:1800];\
+set ytics add ('400' 400)"
+# y and y2 log
+TYLOGRANGES = "set yrange [0.001:25]; set y2range [0:1800];\
+set ytics add ('25' 25)"
+BYLOGRANGES = "set yrange [0.001:400]; set y2range [0:1800];\
+set ytics add ('400' 400)"
+TYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+BYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+# Margins for each row resp. column
+TMARGIN = "set tmargin at screen 0.95; set bmargin at screen 0.57"
+BMARGIN = "set tmargin at screen 0.53; set bmargin at screen 0.15"
+LMARGIN = "set lmargin at screen 0.15; set rmargin at screen 0.55"
+RMARGIN = "set lmargin at screen 0.55; set rmargin at screen 0.95"
+# Placement of the a,b,c,d labels in the graphs
+POS = "at graph 0.60,0.95 font ',8'"
+
+# plot for scenario1
+PLOT1='plot "<" .bin. "/datagz.bash " . measure . " " . data(1) using ($0):($3*t*n) with lp ls 1 title measuret axes x1y1, \
+            "<" .bin. "/datagz.bash " . measure2 . " " . data(1) using ($0):3 with lp ls 1+m title measuret2 axes x1y2'
+
+# plot for scenario2
+PLOT2='plot "<" .bin. "/datagz.bash " . measure . " " . data(2) using ($0):($3*t*n) with lp ls 1 notitle axes x1y1, \
+            "<" .bin. "/datagz.bash " . measure2 . " " . data(2) using ($0):3 with lp ls 1+m notitle axes x1y2'
+
+LOGPLOT2='plot "<" .bin. "/datagz.bash " . measure . " " . data(2) using ($0):($3*t*n) with lp ls 1 notitle axes x1y1, \
+            0.0001 with lp ls 1 notitle axes x1y1, \
+            "<" .bin. "/datagz.bash " . measure2 . " " . data(2) using ($0):3 with lp ls 1+m notitle axes x1y2'
+
+# plot for scenario3
+PLOT3='plot "<" .bin. "/datagz.bash " . measure . " " . data(3) using ($0):($3*t*n) with lp ls 1 notitle axes x1y1, \
+            "<" .bin. "/datagz.bash " . measure2 . " " . data(3) using ($0):3 with lp ls 1+m notitle axes x1y2'
+
+# plot for scenario4
+PLOT4='plot "<" .bin. "/datagz.bash " . measure . " " . data(4) using ($0):($3*t*n) with lp ls 1 notitle axes x1y1, \
+            "<" .bin. "/datagz.bash " . measure2 . " " . data(4) using ($0):3 with lp ls 1+m notitle axes x1y2'
+
+set term tikz
+set output tikzfile
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+#print data(1)
+#print data(2)
+#print data(3)
+#print data(4)
+#cmd="../bin/datagz.bash " . measure2 . " " . data(2)
+#system(cmd)
+#cmd="gzip -dc " . data(2) . "| cat "
+#system(cmd)
+#exit
+
+# plot for each scenario
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+set key off
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesanoleg
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesanoleg
+    system(cmd)
+    }
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph 0.6, graph 0.4
+
+if( aqua ) {
+    set output
+    set term aqua fig
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+     unset table
+}
+
+# log scale y
+#set yrange [0.001:400]
+#set format y "%g"
+#set ytics add ("400" 400)
+set logscale y
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesalogy
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYLOGRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @TYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYLOGRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYLOGRANGES; @BMARGIN; @LMARGIN
+@XTICS; @BYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYLOGRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesalogy
+    system(cmd)
+    }
+#set ytics add ("" 400)
+unset logscale y
+
+
+reset
+
+# Delay
+fig="02"
+measuretype="AvailabilityEnergy"
+study="POLICY_2_NN"
+title="Forecast-offset-based policy for Alg1, when no channel fails"
+
+scenarios="sim_WScenario_m15_1_1_1_POLICY_2_NN sim_WScenario_m15_1_10_1_POLICY_2_NN sim_WScenario_m15_10_1_10_POLICY_2_NN sim_WScenario_m15_10_10_10_POLICY_2_NN" # space separed list of scenarios to compare
+scenariosts="'\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)'"
+serieinds="1" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(scenariosts)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(scenariosts).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:ndpepsilon1] style line i lt lstyle(i) lw 1 pt lstyle(i)
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:ndpepsilon1] style line i+ndpepsilon1 lt lstyle2(i) dt 2 lw 1 pt lstyle2(i)
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+# dpepsilon1 values
+measurets="'-3' '-2' '-1' '0' '1' '2' '3'" 
+measure="WUnavailability"
+measurelabel="\\(\\mu_U\\)"
+measurey=measurelabel . " (min/day)"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret(i)=sprintf("%s, \\(\\tilde{T}^{dew}_{thr}\\)=%s", measurelabel, word(measurets,ston(i)))
+measuret2(i)=sprintf("%s, \\(\\tilde{T}^{dew}_{thr}\\)=%s", measurelabel2, word(measurets,ston(i)))
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "\\(\\tilde{T}_{thr}\\) (\\(^{o}C\\))"
+set ylabel measurey offset -1
+set y2label measurey2
+set format x "%2.1f"
+#set format y "%3.2f"
+#set xtics 0,1,5 nomirror rotate by 90 right
+#set xtics add ("0.2" 0.2)
+set xtics 0,1,5 ("-3" 0,"-2" 1,"-1" 2,"0" 3,"1" 4,"2" 5,"3" 6) nomirror
+set ytics nomirror
+set y2tics
+set xrange [0:*]
+set yrange [0:400]
+set y2range [0:800]
+#set y2tics add ("2200" 2200)
+set border 11
+#set key bottom left
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph -0.4, graph 1 horizontal spacing 1.8 maxrows 14
+unset logscale x
+unset logscale y
+
+# [ http://www.gnuplotting.org/code/multiplot4.gnu ]
+# MACROS
+# x- and ytics for each row resp. column
+LSCENARIO1="'(-15,1,1,1)'"
+LSCENARIO2="'(-15,1,10,1)'"
+LSCENARIO3="'(-15,10,1,10)'"
+LSCENARIO4="'(-15,10,10,10)'"
+NOXTICS = "set xtics 0,1,5 ('' 0,'' 1,'' 2,'' 3,'' 4,'' 5,'' 6) nomirror;\
+          unset xlabel"
+XTICS = "set xtics 0,1,5 ('-3' 0,'-2' 1,'-1' 2,'0' 3,'1' 4,'2' 5,'3' 6) nomirror;\
+          set xlabel '\\(\\tilde{T}_{thr}\\) (\\(^{o}C\\))';\
+          set xrange [-0.2:6.2]"
+NOYTICS = "set format y ''; unset ylabel;\
+set ytics add ('' 25); set ytics add ('' 400)"
+NOY2TICS = "set format y2 ''; unset y2label"
+YTICS = "set format y '%.0f'; set ylabel measurey offset -1"
+Y2TICS = "set format y2 '%.0f'; set y2label measurey2"
+# y and y2 ranges
+TYRANGES = "set yrange [0:25]; set y2range [0:1800];\
+set ytics add ('25' 25)"
+BYRANGES = "set yrange [0:400]; set y2range [0:1800];\
+set ytics add ('400' 400)"
+# y and y2 log
+TYLOGRANGES = "set yrange [0.001:25]; set y2range [0:1800];\
+set ytics add ('25' 25)"
+BYLOGRANGES = "set yrange [0.001:400]; set y2range [0:1800];\
+set ytics add ('400' 400)"
+TYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+BYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+# Margins for each row resp. column
+TMARGIN = "set tmargin at screen 0.95; set bmargin at screen 0.57"
+BMARGIN = "set tmargin at screen 0.53; set bmargin at screen 0.15"
+LMARGIN = "set lmargin at screen 0.15; set rmargin at screen 0.55"
+RMARGIN = "set lmargin at screen 0.55; set rmargin at screen 0.95"
+# Placement of the a,b,c,d labels in the graphs
+POS = "at graph 0.60,0.95 font ',8'"
+
+# [ http://lowrank.net/gnuplot/datafile2-e.html#7.6 ]
+#every I:J:K:L:M:N	
+#I	Line increment
+#J	Data block increment
+#K	The first line
+#L	The first data block
+#M	The last line
+#N	The last data block
+#every 2	plot every 2 line
+#every ::3	plot from the 3-rd lines
+#every ::3::5	plot from the 3-rd to 5-th lines
+#every ::0::0	plot the first line only
+#every 2::::6	plot the 1,3,5,7-th lines
+#every :2	plot every 2 data block
+#every :::5::8	plot from 5-th to 8-th data blocks
+
+# plot for scenario1
+PLOT1='plot for[i=1:ndpepsilon1] "<" .bin. "/datagz.bash " . measure . " " . data(1) every ndpepsilon1::i-1 using ($0):($3*t*n) with lp ls i title measuret(i) axes x1y1, \
+     for[i=1:ndpepsilon1] "<" .bin. "/datagz.bash " . measure2 . " " . data(1) every ndpepsilon1::i-1 using ($0):3 with lp ls i+ndpepsilon1 title measuret2(i) axes x1y2'
+
+PLOT1y2='plot for[i=1:ndpepsilon1] "<" .bin. "/datagz.bash " . measure2 . " " . data(1) every ndpepsilon1::i-1 using ($0):3 with lp ls i+ndpepsilon1 notitle axes x1y2'
+
+# plot for scenario2
+PLOT2='plot for[i=1:ndpepsilon1] "<" .bin. "/datagz.bash " . measure . " " . data(2) every ndpepsilon1::i-1 using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:ndpepsilon1] "<" .bin. "/datagz.bash " . measure2 . " " . data(2) every ndpepsilon1::i-1 using ($0):3 with lp ls i+ndpepsilon1 notitle axes x1y2'
+
+# plot for scenario3
+PLOT3='plot for[i=1:ndpepsilon1] "<" .bin. "/datagz.bash " . measure . " " . data(3) every ndpepsilon1::i-1 using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:ndpepsilon1] "<" .bin. "/datagz.bash " . measure2 . " " . data(3) every ndpepsilon1::i-1 using ($0):3 with lp ls i+ndpepsilon1 notitle axes x1y2'
+
+# plot for scenario4
+PLOT4='plot for[i=1:ndpepsilon1] "<" .bin. "/datagz.bash " . measure . " " . data(4) every ndpepsilon1::i-1 using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:ndpepsilon1] "<" .bin. "/datagz.bash " . measure2 . " " . data(4) every ndpepsilon1::i-1 using ($0):3 with lp ls i+ndpepsilon1 notitle axes x1y2'
+
+set term tikz
+set output tikzfile
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+#print data(1)
+#print data(2)
+#print data(3)
+#print data(4)
+#cmd="../bin/datagz.bash " . measure2 . " " . data(2)
+#system(cmd)
+#cmd="gzip -dc " . data(2) . "| cat "
+#system(cmd)
+#exit
+
+# plot for each scenario
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+# zoom
+set tmargin at screen 0.75; set bmargin at screen 0.65
+set lmargin at screen 0.2; set rmargin at screen 0.42
+set border 15
+unset label
+unset xlabel
+unset ylabel
+unset ytics
+unset y2label
+set xrange [-0.2:3.2]
+set y2range [*:*]
+set y2tics 0,4
+@PLOT1y2
+set y2tics auto
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+set key off
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesanoleg
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesanoleg
+    system(cmd)
+    }
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph -0.4, graph 1 horizontal spacing 1.8 maxrows 14
+
+if( aqua ) {
+    set output
+    set term aqua fig
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+    set format x "% g"
+    set format y "%g"
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+    set format x "% g"
+    set format y "%g"
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+    set format x "% g"
+    set format y "%g"
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+    set format x "% g"
+    set format y "%g"
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset table
+}
+
+# log scale y
+#set yrange [0.001:400]
+#set format y "%g"
+#set ytics add ("400" 400)
+set key at graph -0.5, graph 1 horizontal spacing 1.8 maxrows 14
+set logscale y
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesalogy
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYLOGRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @TYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYLOGRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYLOGRANGES; @BMARGIN; @LMARGIN
+@XTICS; @BYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYLOGRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesalogy
+    system(cmd)
+    }
+#set ytics add ("" 400)
+unset logscale y
+
+
+reset
+
+# Delay
+fig="02bis"
+measuretype="AvailabilityEnergy"
+study="POLICY_2_NN"
+title="Forecast-offset-based policy for Alg1, when no channel fails"
+
+scenarios="sim_WScenario_m15_1_1_1_POLICY_2_NN sim_WScenario_m15_1_10_1_POLICY_2_NN sim_WScenario_m15_10_1_10_POLICY_2_NN sim_WScenario_m15_10_10_10_POLICY_2_NN" # space separed list of scenarios to compare
+scenariosts="'\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)'"
+serieinds="1" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(scenariosts)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(scenariosts).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:ndpepsilon1] style line i lt lstyle(i) lw 1 pt lstyle(i)
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:ndpepsilon1] style line i+ndpepsilon1 lt lstyle2(i) dt 2 lw 1 pt lstyle2(i)
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+# epsilon1 values
+measurets="'-3' '-2' '-1' '0' '1' '2' '3'" 
+measure="WUnavailability"
+measurelabel="\\(\\mu_U\\)"
+measurey=measurelabel . " (min/day)"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret(i)=sprintf("%s, \\(\\tilde{T}_{thr}\\)=%s", measurelabel, word(measurets,ston(i)))
+measuret2(i)=sprintf("%s, \\(\\tilde{T}_{thr}\\)=%s", measurelabel2, word(measurets,ston(i)))
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "\\(\\tilde{T}^{dew}_{thr}\\) (\\(^{o}C\\))"
+set ylabel measurey offset -1
+set y2label measurey2
+set format x "%2.1f"
+#set format y "%3.2f"
+#set xtics 0,1,5 nomirror rotate by 90 right
+#set xtics add ("0.2" 0.2)
+set xtics 0,1,5 ("-3" 0,"-2" 1,"-1" 2,"0" 3,"1" 4,"2" 5,"3" 6) nomirror
+set ytics nomirror
+set y2tics
+set xrange [0:*]
+set yrange [0:400]
+set y2range [0:800]
+#set y2tics add ("2200" 2200)
+set border 11
+#set key bottom left
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph -0.4, graph 1 horizontal spacing 1.8 maxrows 14
+unset logscale x
+unset logscale y
+
+# [ http://www.gnuplotting.org/code/multiplot4.gnu ]
+# MACROS
+# x- and ytics for each row resp. column
+LSCENARIO1="'(-15,1,1,1)'"
+LSCENARIO2="'(-15,1,10,1)'"
+LSCENARIO3="'(-15,10,1,10)'"
+LSCENARIO4="'(-15,10,10,10)'"
+NOXTICS = "set xtics 0,1,5 ('' 0,'' 1,'' 2,'' 3,'' 4,'' 5,'' 6) nomirror;\
+          unset xlabel"
+XTICS = "set xtics 0,1,5 ('-3' 0,'-2' 1,'-1' 2,'0' 3,'1' 4,'2' 5,'3' 6) nomirror;\
+          set xlabel '\\(\\tilde{T}^{dew}_{thr}\\) (\\(^{o}C\\))';\
+          set xrange [-0.2:6.2]"
+NOYTICS = "set format y ''; unset ylabel;\
+set ytics add ('' 25); set ytics add ('' 400)"
+NOY2TICS = "set format y2 ''; unset y2label"
+YTICS = "set format y '%.0f'; set ylabel measurey offset -1"
+Y2TICS = "set format y2 '%.0f'; set y2label measurey2"
+# y and y2 ranges
+TYRANGES = "set yrange [0:25]; set y2range [0:1800];\
+set ytics add ('25' 25)"
+BYRANGES = "set yrange [0:400]; set y2range [0:1800];\
+set ytics add ('400' 400)"
+# y and y2 log
+TYLOGRANGES = "set yrange [0.001:25]; set y2range [0:1800];\
+set ytics add ('25' 25)"
+BYLOGRANGES = "set yrange [0.001:400]; set y2range [0:1800];\
+set ytics add ('400' 400)"
+TYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+BYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+# Margins for each row resp. column
+TMARGIN = "set tmargin at screen 0.95; set bmargin at screen 0.57"
+BMARGIN = "set tmargin at screen 0.53; set bmargin at screen 0.15"
+LMARGIN = "set lmargin at screen 0.15; set rmargin at screen 0.55"
+RMARGIN = "set lmargin at screen 0.55; set rmargin at screen 0.95"
+# Placement of the a,b,c,d labels in the graphs
+POS = "at graph 0.60,0.95 font ',8'"
+
+# plot for scenario1
+PLOT1='plot for[i=1:ndpepsilon1] "<" .bin. "/datagz.bash " . measure . " " . data(1) every ::(i-1)*ndpepsilon1::i*ndpepsilon1-1 using ($0):($3*t*n) with lp ls i title measuret(i) axes x1y1, \
+     for[i=1:ndpepsilon1] "<" .bin. "/datagz.bash " . measure2 . " " . data(1) every ::(i-1)*ndpepsilon1::i*ndpepsilon1-1 using ($0):3 with lp ls i+ndpepsilon1 title measuret2(i) axes x1y2'
+
+# plot for scenario2
+PLOT2='plot for[i=1:ndpepsilon1] "<" .bin. "/datagz.bash " . measure . " " . data(2) every ::(i-1)*ndpepsilon1::i*ndpepsilon1-1 using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:ndpepsilon1] "<" .bin. "/datagz.bash " . measure2 . " " . data(2) every ::(i-1)*ndpepsilon1::i*ndpepsilon1-1 using ($0):3 with lp ls i+ndpepsilon1 notitle axes x1y2'
+
+# plot for scenario3
+PLOT3='plot for[i=1:ndpepsilon1] "<" .bin. "/datagz.bash " . measure . " " . data(3) every ::(i-1)*ndpepsilon1::i*ndpepsilon1-1 using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:ndpepsilon1] "<" .bin. "/datagz.bash " . measure2 . " " . data(3) every ::(i-1)*ndpepsilon1::i*ndpepsilon1-1 using ($0):3 with lp ls i+ndpepsilon1 notitle axes x1y2'
+
+# plot for scenario4
+PLOT4='plot for[i=1:ndpepsilon1] "<" .bin. "/datagz.bash " . measure . " " . data(4) every ::(i-1)*ndpepsilon1::i*ndpepsilon1-1 using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:ndpepsilon1] "<" .bin. "/datagz.bash " . measure2 . " " . data(4) every ::(i-1)*ndpepsilon1::i*ndpepsilon1-1 using ($0):3 with lp ls i+ndpepsilon1 notitle axes x1y2'
+
+set term tikz
+set output tikzfile
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+#print data(1)
+#print data(2)
+#print data(3)
+#print data(4)
+#cmd="../bin/datagz.bash " . measure2 . " " . data(2)
+#system(cmd)
+#cmd="gzip -dc " . data(2) . "| cat "
+#system(cmd)
+#exit
+
+# plot for each scenario
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+set key off
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesanoleg
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesanoleg
+    system(cmd)
+    }
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph -0.4, graph 1 horizontal spacing 1.8 maxrows 14
+
+if( aqua ) {
+    set output
+    set term aqua fig
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset table
+}
+
+# log scale y
+#set yrange [0.001:400]
+#set format y "%g"
+#set ytics add ("400" 400)
+set key at graph -0.5, graph 1 horizontal spacing 1.8 maxrows 14
+set logscale y
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesalogy
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYLOGRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @TYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYLOGRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYLOGRANGES; @BMARGIN; @LMARGIN
+@XTICS; @BYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYLOGRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesalogy
+    system(cmd)
+    }
+#set ytics add ("" 400)
+unset logscale y
+
+
+reset
+
+# Delay
+fig="03"
+measuretype="AvailabilityEnergy"
+study="POLICY_NN_0"
+title="Threshold-based policy for Alg2, when no channel works"
+
+scenarios="sim_WScenario_m15_1_1_1_POLICY_NN_0 sim_WScenario_m15_1_10_1_POLICY_NN_0 sim_WScenario_m15_10_1_10_POLICY_NN_0 sim_WScenario_m15_10_10_10_POLICY_NN_0" # space separed list of scenarios to compare
+scenariosts="'\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)'"
+serieinds="1" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(scenariosts)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(scenariosts).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:m] style line i lt lstyle(i) lw 1 pt lstyle(i)
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:m] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i)
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+measure="WUnavailability"
+measurelabel="\\(\\mu_U\\)"
+measurey="Cost"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret=sprintf("%s", measurelabel)
+measuret2=sprintf("%s", measurelabel2)
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "\\(T_{thr}\\) (\\(^{o}C\\))"
+set ylabel measurey offset -1
+set y2label measurey2
+set format x "%2.1f"
+#set format y "%3.2f"
+#set xtics 0,1,5 nomirror rotate by 90 right
+#set xtics add ("0.2" 0.2)
+set xtics 0,1,5 nomirror
+set ytics nomirror
+set y2tics
+set xrange [0:*]
+set yrange [0:*]
+set y2range [0:*]
+#set y2tics add ("2200" 2200)
+set border 11
+#set key bottom left
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph 0.6, graph 0.4
+unset logscale x
+unset logscale y
+
+# [ http://www.gnuplotting.org/code/multiplot4.gnu ]
+# MACROS
+# x- and ytics for each row resp. column
+LSCENARIO1="'(-15,1,1,1)'"
+LSCENARIO2="'(-15,1,10,1)'"
+LSCENARIO3="'(-15,10,1,10)'"
+LSCENARIO4="'(-15,10,10,10)'"
+NOXTICS = "set xtics 0,1,5 ('' 0,'' 1,'' 2,'' 3) nomirror;\
+          unset xlabel"
+XTICS = "set xtics 0,1,5 ('0' 0,'1' 1,'2' 2,'3' 3) nomirror;\
+          set xlabel '\\(T_{thr}\\) (\\(^{o}C\\))';\
+          set xrange [-0.2:3.2]"
+NOYTICS = "set format y ''; unset ylabel;\
+set ytics add ('' 20); set ytics add ('' 0.1)"
+NOY2TICS = "set format y2 ''; unset y2label"
+YTICS = "set format y '%.0f'; set ylabel measurey offset -1"
+TYTICS = "set format y '%.0f'; set ylabel measurey offset -1"
+BYTICS = "set format y '%.2f'; set ylabel measurey offset -1"
+Y2TICS = "set format y2 '%.0f'; set y2label measurey2"
+# y and y2 ranges
+TYRANGES = "set yrange [0:20]; set y2range [0:3500];\
+set ytics add ('20' 20)"
+BYRANGES = "set yrange [0:0.1]; set y2range [0:3500];\
+set ytics add ('0.1' 0.1)"
+# y and y2 log
+TYLOGRANGES = "set yrange [0.001:20]; set y2range [0:3500];\
+unset ytics; set ytics add ('20' 20)"
+BYLOGRANGES = "set yrange [0.001:0.1]; set y2range [0:3500];\
+unset ytics; set ytics add ('0.1' 0.1)"
+TYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+BYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+# Margins for each row resp. column
+TMARGIN = "set tmargin at screen 0.95; set bmargin at screen 0.57"
+BMARGIN = "set tmargin at screen 0.53; set bmargin at screen 0.15"
+LMARGIN = "set lmargin at screen 0.15; set rmargin at screen 0.55"
+RMARGIN = "set lmargin at screen 0.55; set rmargin at screen 0.95"
+# Placement of the a,b,c,d labels in the graphs
+POS = "at graph 0.60,0.95 font ',8'"
+
+# plot for scenario1
+PLOT1='plot "<" .bin. "/datagz.bash " . measure . " " . data(1) using ($0):($3*t*n) with lp ls 1 title measuret axes x1y1, \
+            "<" .bin. "/datagz.bash " . measure2 . " " . data(1) using ($0):3 with lp ls 1+m title measuret2 axes x1y2'
+
+# plot for scenario2
+PLOT2='plot "<" .bin. "/datagz.bash " . measure . " " . data(2) using ($0):($3*t*n) with lp ls 1 notitle axes x1y1, \
+            "<" .bin. "/datagz.bash " . measure2 . " " . data(2) using ($0):3 with lp ls 1+m notitle axes x1y2'
+
+LOGPLOT2='plot "<" .bin. "/datagz.bash " . measure . " " . data(2) using ($0):($3*t*n) with lp ls 1 notitle axes x1y1, \
+            0.0001 with lp ls 1 notitle axes x1y1, \
+            "<" .bin. "/datagz.bash " . measure2 . " " . data(2) using ($0):3 with lp ls 1+m notitle axes x1y2'
+
+# plot for scenario3
+PLOT3='plot "<" .bin. "/datagz.bash " . measure . " " . data(3) using ($0):($3*t*n) with lp ls 1 notitle axes x1y1, \
+            "<" .bin. "/datagz.bash " . measure2 . " " . data(3) using ($0):3 with lp ls 1+m notitle axes x1y2'
+
+# plot for scenario4
+PLOT4='plot "<" .bin. "/datagz.bash " . measure . " " . data(4) using ($0):($3*t*n) with lp ls 1 notitle axes x1y1, \
+            "<" .bin. "/datagz.bash " . measure2 . " " . data(4) using ($0):3 with lp ls 1+m notitle axes x1y2'
+
+set term tikz
+set output tikzfile
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+#print data(1)
+#print data(2)
+#print data(3)
+#print data(4)
+#cmd="../bin/datagz.bash " . measure2 . " " . data(2)
+#system(cmd)
+#cmd="gzip -dc " . data(2) . "| cat "
+#system(cmd)
+#exit
+
+# plot for each scenario
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @BYTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+set key off
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesanoleg
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @BYTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesanoleg
+    system(cmd)
+    }
+    #set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+    set key at graph 0.6, graph 0.4
+
+
+if( aqua ) {
+    set output
+    set term aqua fig
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @BYTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @BYTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+     unset table
+}
+
+# log scale y
+#set yrange [0.001:400]
+#set format y "%g"
+#set ytics add ("400" 400)
+set logscale y
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesalogy
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYLOGRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @TYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYLOGRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@LOGPLOT2
+
+# --- GRAPH c
+@BYLOGRANGES; @BMARGIN; @LMARGIN
+@XTICS; @BYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYLOGRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesalogy
+    system(cmd)
+    }
+#set ytics add ("" 400)
+unset logscale y
+
+
+reset
+
+# Delay
+fig="04"
+measuretype="AvailabilityEnergy"
+study="POLICY_NN_2"
+
+# the position in the list of values for deltam (starting from 0)
+deltamind="2"
+# dpepsilon2 values
+deltamvalues="'0' '5' '10' '15' '20'" 
+title=sprintf("Forecast-offset-based policy for Alg2, when no channel works, \\(\\Delta_m=%s\\)",word(deltamvalues,ston(deltamind)+1))
+
+scenarios="sim_WScenario_m15_1_1_1_POLICY_NN_2 sim_WScenario_m15_1_10_1_POLICY_NN_2 sim_WScenario_m15_10_1_10_POLICY_NN_2 sim_WScenario_m15_10_10_10_POLICY_NN_2" # space separed list of scenarios to compare
+scenariosts="'\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)'"
+serieinds="1" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(scenariosts)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(scenariosts).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:ndpepsilon2] style line i lt lstyle(i) lw 1 pt lstyle(i)
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:ndpepsilon2] style line i+ndpepsilon2 lt lstyle2(i) dt 2 lw 1 pt lstyle2(i)
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+# dpepsilon2 values (for DP)
+measurets="'-3' '-2' '-1' '0' '1' '2' '3'" 
+measure="WUnavailability"
+measurelabel="\\(\\mu_U\\)"
+measurey=measurelabel . " (min/day)"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret(i)=sprintf("%s, \\(\\tilde{T}^{dew}_{thr}\\)=%s", measurelabel, word(measurets,ston(i)))
+measuret2(i)=sprintf("%s, \\(\\tilde{T}^{dew}_{thr}\\)=%s", measurelabel2, word(measurets,ston(i)))
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "\\(\\tilde{T}_{thr}\\) (\\(^{o}C\\))"
+set ylabel measurey offset -1
+set y2label measurey2
+set format x "%2.1f"
+#set format y "%3.2f"
+#set xtics 0,1,5 nomirror rotate by 90 right
+#set xtics add ("0.2" 0.2)
+#set xtics 0,1,5 ("-3" 0,"-2" 1,"-1" 2,"0" 3,"1" 4,"2" 5,"3" 6) nomirror
+set xtics 0,1,5 ("0" 0,"5" 1,"10" 2,"15" 3,"20" 4) nomirror
+set ytics nomirror
+set y2tics
+set xrange [0:*]
+set yrange [0:140]
+set y2range [0:3500]
+#set y2tics add ("2200" 2200)
+set border 11
+#set key bottom left
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph -0.4, graph 1 horizontal spacing 1.8 maxrows 14
+unset logscale x
+unset logscale y
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+#print data(1)
+#print data(2)
+#print data(3)
+#print data(4)
+#cmd="../bin/datagz.bash " . measure2 . " " . data(2)
+#system(cmd)
+#cmd="gzip -dc " . data(2) . "| cat "
+#system(cmd)
+#exit
+
+# [ http://www.gnuplotting.org/code/multiplot4.gnu ]
+# MACROS
+# x- and ytics for each row resp. column
+LSCENARIO1="'(-15,1,1,1)'"
+LSCENARIO2="'(-15,1,10,1)'"
+LSCENARIO3="'(-15,10,1,10)'"
+LSCENARIO4="'(-15,10,10,10)'"
+NOXTICS = "set xtics 0,1,5 ('' 0,'' 1,'' 2,'' 3,'' 4,'' 5,'' 6) nomirror;\
+          unset xlabel"
+XTICS = "set xtics 0,1,5 ('-3' 0,'-2' 1,'-1' 2,'0' 3,'1' 4,'2' 5,'3' 6) nomirror;\
+          set xlabel '\\(\\tilde{T}_{thr}\\) (\\(^{o}C\\))';\
+          set xrange [-0.2:6.2]"
+NOYTICS = "set format y ''; unset ylabel;\
+set ytics add ('' 250); set ytics add ('' 180)"
+NOY2TICS = "set format y2 ''; unset y2label"
+YTICS = "set format y '%.0f'; set ylabel measurey offset -1"
+Y2TICS = "set format y2 '%.0f'; set y2label measurey2"
+# y and y2 ranges
+TYRANGES = "set yrange [0:250]; set y2range [0:3500];\
+set ytics add ('250' 250)"
+BYRANGES = "set yrange [0:180]; set y2range [0:3500];\
+set ytics add ('180' 180)"
+# y and y2 log
+TYLOGRANGES = "set yrange [0.001:250]; set y2range [0:3500];\
+unset ytics; set ytics add ('250' 250)"
+BYLOGRANGES = "set yrange [0.001:180]; set y2range [0:3500];\
+unset ytics; set ytics add ('180' 180)"
+TYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+BYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+# Margins for each row resp. column
+TMARGIN = "set tmargin at screen 0.95; set bmargin at screen 0.57"
+BMARGIN = "set tmargin at screen 0.53; set bmargin at screen 0.15"
+LMARGIN = "set lmargin at screen 0.15; set rmargin at screen 0.55"
+RMARGIN = "set lmargin at screen 0.55; set rmargin at screen 0.95"
+# Placement of the a,b,c,d labels in the graphs
+POS = "at graph 0.60,0.95 font ',8'"
+
+# plot for scenario1
+PLOT1='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(1) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):($3*t*n) with lp ls i title measuret(i) axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(1) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):3 with lp ls i+ndpepsilon2 title measuret2(i) axes x1y2'
+
+# plot for scenario2
+PLOT2='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(2) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(2) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):3 with lp ls i+ndpepsilon2 notitle axes x1y2'
+
+LOGPLOT2='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(2) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     0.0001 with lp ls 1 notitle axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(2) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):3 with lp ls i+ndpepsilon2 notitle axes x1y2'
+
+# plot for scenario3
+PLOT3='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(3) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(3) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):3 with lp ls i+ndpepsilon2 notitle axes x1y2'
+
+# plot for scenario4
+PLOT4='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(4) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(4) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):3 with lp ls i+ndpepsilon2 notitle axes x1y2'
+
+PLOT4y2='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(4) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):3 with lp ls i+ndpepsilon2 notitle axes x1y2'
+
+set term tikz
+set output tikzfile
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    #replot
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+# zoom
+set tmargin at screen 0.4; set bmargin at screen 0.25
+set lmargin at screen 0.6; set rmargin at screen 0.8
+set border 15
+unset label
+unset xlabel
+unset ylabel
+unset ytics
+unset y2label
+set xrange [0.8:3.2]
+set y2range [*:*]
+set y2tics 0,20
+@PLOT4y2
+set y2tics auto
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+set key off
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesanoleg
+    #replot
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesanoleg
+    system(cmd)
+    }
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph -0.4, graph 1 horizontal spacing 1.8 maxrows 14
+
+if( aqua ) {
+    set output
+    set term aqua fig
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+  unset table
+}
+
+# log scale y
+#set yrange [0.001:400]
+#set format y "%g"
+#set ytics add ("400" 400)
+set logscale y
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesalogy
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYLOGRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @TYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYLOGRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@LOGPLOT2
+
+# --- GRAPH c
+@BYLOGRANGES; @BMARGIN; @LMARGIN
+@XTICS; @BYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYLOGRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesalogy
+    system(cmd)
+    }
+#set ytics add ("" 400)
+unset logscale y
+
+
+reset
+
+# Delay
+fig="04b"
+measuretype="AvailabilityEnergy"
+study="POLICY_NN_2"
+
+# the position in the list of values for deltam (starting from 0)
+deltamind="0"
+# dpepsilon2 values
+deltamvalues="'0' '5' '10' '15' '20'" 
+title=sprintf("Forecast-offset-based policy for Alg2, when no channel works, \\(\\Delta_m=%s\\)",word(deltamvalues,ston(deltamind)+1))
+
+scenarios="sim_WScenario_m15_1_1_1_POLICY_NN_2 sim_WScenario_m15_1_10_1_POLICY_NN_2 sim_WScenario_m15_10_1_10_POLICY_NN_2 sim_WScenario_m15_10_10_10_POLICY_NN_2" # space separed list of scenarios to compare
+scenariosts="'\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)'"
+serieinds="1" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(scenariosts)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(scenariosts).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:ndpepsilon2] style line i lt lstyle(i) lw 1 pt lstyle(i)
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:ndpepsilon2] style line i+ndpepsilon2 lt lstyle2(i) dt 2 lw 1 pt lstyle2(i)
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+# dpepsilon2 values (for DP)
+measurets="'-3' '-2' '-1' '0' '1' '2' '3'" 
+measure="WUnavailability"
+measurelabel="\\(\\mu_U\\)"
+measurey=measurelabel . " (min/day)"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret(i)=sprintf("%s, \\(\\tilde{T}^{dew}_{thr}\\)=%s", measurelabel, word(measurets,ston(i)))
+measuret2(i)=sprintf("%s, \\(\\tilde{T}^{dew}_{thr}\\)=%s", measurelabel2, word(measurets,ston(i)))
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "\\(\\tilde{T}_{thr}\\) (\\(^{o}C\\))"
+set ylabel measurey offset -1
+set y2label measurey2
+set format x "%2.1f"
+#set format y "%3.2f"
+#set xtics 0,1,5 nomirror rotate by 90 right
+#set xtics add ("0.2" 0.2)
+#set xtics 0,1,5 ("-3" 0,"-2" 1,"-1" 2,"0" 3,"1" 4,"2" 5,"3" 6) nomirror
+set xtics 0,1,5 ("0" 0,"5" 1,"10" 2,"15" 3,"20" 4) nomirror
+set ytics nomirror
+set y2tics
+set xrange [0:*]
+set yrange [0:140]
+set y2range [0:3500]
+#set y2tics add ("2200" 2200)
+set border 11
+#set key bottom left
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph -0.4, graph 1 horizontal spacing 1.8 maxrows 14
+unset logscale x
+unset logscale y
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+#print data(1)
+#print data(2)
+#print data(3)
+#print data(4)
+#cmd="../bin/datagz.bash " . measure2 . " " . data(2)
+#system(cmd)
+#cmd="gzip -dc " . data(2) . "| cat "
+#system(cmd)
+#exit
+
+# [ http://www.gnuplotting.org/code/multiplot4.gnu ]
+# MACROS
+# x- and ytics for each row resp. column
+LSCENARIO1="'(-15,1,1,1)'"
+LSCENARIO2="'(-15,1,10,1)'"
+LSCENARIO3="'(-15,10,1,10)'"
+LSCENARIO4="'(-15,10,10,10)'"
+NOXTICS = "set xtics 0,1,5 ('' 0,'' 1,'' 2,'' 3,'' 4,'' 5,'' 6) nomirror;\
+          unset xlabel"
+XTICS = "set xtics 0,1,5 ('-3' 0,'-2' 1,'-1' 2,'0' 3,'1' 4,'2' 5,'3' 6) nomirror;\
+          set xlabel '\\(\\tilde{T}_{thr}\\) (\\(^{o}C\\))';\
+          set xrange [-0.2:6.2]"
+NOYTICS = "set format y ''; unset ylabel;\
+set ytics add ('' 250); set ytics add ('' 180)"
+NOY2TICS = "set format y2 ''; unset y2label"
+YTICS = "set format y '%.0f'; set ylabel measurey offset -1"
+Y2TICS = "set format y2 '%.0f'; set y2label measurey2"
+# y and y2 ranges
+TYRANGES = "set yrange [0:250]; set y2range [0:3500];\
+set ytics add ('250' 250)"
+BYRANGES = "set yrange [0:180]; set y2range [0:3500];\
+set ytics add ('180' 180)"
+# y and y2 log
+TYLOGRANGES = "set yrange [0.001:250]; set y2range [0:3500];\
+unset ytics; set ytics add ('150' 250)"
+BYLOGRANGES = "set yrange [0.001:180]; set y2range [0:3500];\
+unset ytics; set ytics add ('180' 180)"
+TYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+BYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+# Margins for each row resp. column
+TMARGIN = "set tmargin at screen 0.95; set bmargin at screen 0.57"
+BMARGIN = "set tmargin at screen 0.53; set bmargin at screen 0.15"
+LMARGIN = "set lmargin at screen 0.15; set rmargin at screen 0.55"
+RMARGIN = "set lmargin at screen 0.55; set rmargin at screen 0.95"
+# Placement of the a,b,c,d labels in the graphs
+POS = "at graph 0.60,0.95 font ',8'"
+
+# plot for scenario1
+PLOT1='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(1) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):($3*t*n) with lp ls i title measuret(i) axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(1) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):3 with lp ls i+ndpepsilon2 title measuret2(i) axes x1y2'
+
+# plot for scenario2
+PLOT2='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(2) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(2) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):3 with lp ls i+ndpepsilon2 notitle axes x1y2'
+
+LOGPLOT2='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(2) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     0.0001 with lp ls 1 notitle axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(2) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):3 with lp ls i+ndpepsilon2 notitle axes x1y2'
+
+# plot for scenario3
+PLOT3='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(3) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(3) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):3 with lp ls i+ndpepsilon2 notitle axes x1y2'
+
+# plot for scenario4
+PLOT4='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(4) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(4) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):3 with lp ls i+ndpepsilon2 notitle axes x1y2'
+
+PLOT4y2='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(4) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):3 with lp ls i+ndpepsilon2 notitle axes x1y2'
+
+set term tikz
+set output tikzfile
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    #replot
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+# zoom
+set tmargin at screen 0.4; set bmargin at screen 0.25
+set lmargin at screen 0.6; set rmargin at screen 0.8
+set border 15
+unset label
+unset xlabel
+unset ylabel
+unset ytics
+unset y2label
+set xrange [0.8:3.2]
+set y2range [*:*]
+set y2tics 0,20
+@PLOT4y2
+set y2tics auto
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+set key off
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesanoleg
+    #replot
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesanoleg
+    system(cmd)
+    }
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph -0.4, graph 1 horizontal spacing 1.8 maxrows 14
+
+if( aqua ) {
+    set output
+    set term aqua fig
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+  unset table
+}
+
+# log scale y
+#set yrange [0.001:400]
+#set format y "%g"
+#set ytics add ("400" 400)
+set logscale y
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesalogy
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYLOGRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @TYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYLOGRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@LOGPLOT2
+
+# --- GRAPH c
+@BYLOGRANGES; @BMARGIN; @LMARGIN
+@XTICS; @BYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYLOGRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesalogy
+    system(cmd)
+    }
+#set ytics add ("" 400)
+unset logscale y
+
+
+reset
+
+# Delay
+fig="04c"
+measuretype="AvailabilityEnergy"
+study="POLICY_NN_2"
+
+# the position in the list of values for deltam (starting from 0)
+deltamind="4"
+# dpepsilon2 values
+deltamvalues="'0' '5' '10' '15' '20'" 
+title=sprintf("Forecast-offset-based policy for Alg2, when no channel works, \\(\\Delta_m=%s\\)",word(deltamvalues,ston(deltamind)+1))
+
+scenarios="sim_WScenario_m15_1_1_1_POLICY_NN_2 sim_WScenario_m15_1_10_1_POLICY_NN_2 sim_WScenario_m15_10_1_10_POLICY_NN_2 sim_WScenario_m15_10_10_10_POLICY_NN_2" # space separed list of scenarios to compare
+scenariosts="'\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)'"
+serieinds="1" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(scenariosts)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(scenariosts).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:ndpepsilon2] style line i lt lstyle(i) lw 1 pt lstyle(i)
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:ndpepsilon2] style line i+ndpepsilon2 lt lstyle2(i) dt 2 lw 1 pt lstyle2(i)
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+# dpepsilon2 values (for DP)
+measurets="'-3' '-2' '-1' '0' '1' '2' '3'" 
+measure="WUnavailability"
+measurelabel="\\(\\mu_U\\)"
+measurey=measurelabel . " (min/day)"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret(i)=sprintf("%s, \\(\\tilde{T}^{dew}_{thr}\\)=%s", measurelabel, word(measurets,ston(i)))
+measuret2(i)=sprintf("%s, \\(\\tilde{T}^{dew}_{thr}\\)=%s", measurelabel2, word(measurets,ston(i)))
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "\\(\\tilde{T}_{thr}\\) (\\(^{o}C\\))"
+set ylabel measurey offset -1
+set y2label measurey2
+set format x "%2.1f"
+#set format y "%3.2f"
+#set xtics 0,1,5 nomirror rotate by 90 right
+#set xtics add ("0.2" 0.2)
+#set xtics 0,1,5 ("-3" 0,"-2" 1,"-1" 2,"0" 3,"1" 4,"2" 5,"3" 6) nomirror
+set xtics 0,1,5 ("0" 0,"5" 1,"10" 2,"15" 3,"20" 4) nomirror
+set ytics nomirror
+set y2tics
+set xrange [0:*]
+set yrange [0:140]
+set y2range [0:3500]
+#set y2tics add ("2200" 2200)
+set border 11
+#set key bottom left
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph -0.4, graph 1 horizontal spacing 1.8 maxrows 14
+unset logscale x
+unset logscale y
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+#print data(1)
+#print data(2)
+#print data(3)
+#print data(4)
+#cmd="../bin/datagz.bash " . measure2 . " " . data(2)
+#system(cmd)
+#cmd="gzip -dc " . data(2) . "| cat "
+#system(cmd)
+#exit
+
+# [ http://www.gnuplotting.org/code/multiplot4.gnu ]
+# MACROS
+# x- and ytics for each row resp. column
+LSCENARIO1="'(-15,1,1,1)'"
+LSCENARIO2="'(-15,1,10,1)'"
+LSCENARIO3="'(-15,10,1,10)'"
+LSCENARIO4="'(-15,10,10,10)'"
+NOXTICS = "set xtics 0,1,5 ('' 0,'' 1,'' 2,'' 3,'' 4,'' 5,'' 6) nomirror;\
+          unset xlabel"
+XTICS = "set xtics 0,1,5 ('-3' 0,'-2' 1,'-1' 2,'0' 3,'1' 4,'2' 5,'3' 6) nomirror;\
+          set xlabel '\\(\\tilde{T}_{thr}\\) (\\(^{o}C\\))';\
+          set xrange [-0.2:6.2]"
+NOYTICS = "set format y ''; unset ylabel;\
+set ytics add ('' 250); set ytics add ('' 180)"
+NOY2TICS = "set format y2 ''; unset y2label"
+YTICS = "set format y '%.0f'; set ylabel measurey offset -1"
+Y2TICS = "set format y2 '%.0f'; set y2label measurey2"
+# y and y2 ranges
+TYRANGES = "set yrange [0:250]; set y2range [0:3500];\
+set ytics add ('250' 250)"
+BYRANGES = "set yrange [0:180]; set y2range [0:3500];\
+set ytics add ('180' 180)"
+# y and y2 log
+TYLOGRANGES = "set yrange [0.001:250]; set y2range [0:3500];\
+unset ytics; set ytics add ('250' 250)"
+BYLOGRANGES = "set yrange [0.001:180]; set y2range [0:3500];\
+unset ytics; set ytics add ('180' 180)"
+TYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+BYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+# Margins for each row resp. column
+TMARGIN = "set tmargin at screen 0.95; set bmargin at screen 0.57"
+BMARGIN = "set tmargin at screen 0.53; set bmargin at screen 0.15"
+LMARGIN = "set lmargin at screen 0.15; set rmargin at screen 0.55"
+RMARGIN = "set lmargin at screen 0.55; set rmargin at screen 0.95"
+# Placement of the a,b,c,d labels in the graphs
+POS = "at graph 0.60,0.95 font ',8'"
+
+# plot for scenario1
+PLOT1='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(1) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):($3*t*n) with lp ls i title measuret(i) axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(1) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):3 with lp ls i+ndpepsilon2 title measuret2(i) axes x1y2'
+
+# plot for scenario2
+PLOT2='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(2) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(2) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):3 with lp ls i+ndpepsilon2 notitle axes x1y2'
+
+LOGPLOT2='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(2) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     0.0001 with lp ls 1 notitle axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(2) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):3 with lp ls i+ndpepsilon2 notitle axes x1y2'
+
+# plot for scenario3
+PLOT3='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(3) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(3) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):3 with lp ls i+ndpepsilon2 notitle axes x1y2'
+
+# plot for scenario4
+PLOT4='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(4) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(4) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):3 with lp ls i+ndpepsilon2 notitle axes x1y2'
+
+PLOT4y2='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(4) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):3 with lp ls i+ndpepsilon2 notitle axes x1y2'
+
+set term tikz
+set output tikzfile
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    #replot
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+# zoom
+set tmargin at screen 0.4; set bmargin at screen 0.25
+set lmargin at screen 0.6; set rmargin at screen 0.8
+set border 15
+unset label
+unset xlabel
+unset ylabel
+unset ytics
+unset y2label
+set xrange [0.8:3.2]
+set y2range [*:*]
+set y2tics 0,20
+@PLOT4y2
+set y2tics auto
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+set key off
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesanoleg
+    #replot
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesanoleg
+    system(cmd)
+    }
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph -0.4, graph 1 horizontal spacing 1.8 maxrows 14
+
+if( aqua ) {
+    set output
+    set term aqua fig
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+  unset table
+}
+
+# log scale y
+#set yrange [0.001:400]
+#set format y "%g"
+#set ytics add ("400" 400)
+set logscale y
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesalogy
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYLOGRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @TYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYLOGRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@LOGPLOT2
+
+# --- GRAPH c
+@BYLOGRANGES; @BMARGIN; @LMARGIN
+@XTICS; @BYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYLOGRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesalogy
+    system(cmd)
+    }
+#set ytics add ("" 400)
+unset logscale y
+
+
+reset
+
+# Delay
+fig="04bis"
+measuretype="AvailabilityEnergy"
+study="POLICY_NN_2"
+
+# the position in the list of values for deltam (starting from 0)
+deltamind="2"
+# dpepsilon2 values
+deltamvalues="'0' '5' '10' '15' '20'" 
+title=sprintf("Forecast-offset-based policy for Alg2, when no channel works, \\(\\Delta_m=%s\\)",word(deltamvalues,ston(deltamind)+1))
+
+scenarios="sim_WScenario_m15_1_1_1_POLICY_NN_2 sim_WScenario_m15_1_10_1_POLICY_NN_2 sim_WScenario_m15_10_1_10_POLICY_NN_2 sim_WScenario_m15_10_10_10_POLICY_NN_2" # space separed list of scenarios to compare
+scenariosts="'\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)'"
+serieinds="1" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(scenariosts)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(scenariosts).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:ndpepsilon2] style line i lt lstyle(i) lw 1 pt lstyle(i)
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:ndpepsilon2] style line i+ndpepsilon2 lt lstyle2(i) dt 2 lw 1 pt lstyle2(i)
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+# epsilon2 values (for T)
+measurets="'-3' '-2' '-1' '0' '1' '2' '3'" 
+measure="WUnavailability"
+measurelabel="\\(\\mu_U\\)"
+measurey=measurelabel . " (min/day)"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret(i)=sprintf("%s, \\(\\tilde{T}_{thr}\\)=%s", measurelabel, word(measurets,ston(i)))
+measuret2(i)=sprintf("%s, \\(\\tilde{T}_{thr}\\)=%s", measurelabel2, word(measurets,ston(i)))
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "\\(\\tilde{T}_{thr}\\) (\\(^{o}C\\))"
+set ylabel measurey offset -1
+set y2label measurey2
+set format x "%2.1f"
+#set format y "%3.2f"
+#set xtics 0,1,5 nomirror rotate by 90 right
+#set xtics add ("0.2" 0.2)
+#set xtics 0,1,5 ("-3" 0,"-2" 1,"-1" 2,"0" 3,"1" 4,"2" 5,"3" 6) nomirror
+set xtics 0,1,5 ("0" 0,"5" 1,"10" 2,"15" 3,"20" 4) nomirror
+set ytics nomirror
+set y2tics
+set xrange [0:*]
+set yrange [0:140]
+set y2range [0:3500]
+#set y2tics add ("2200" 2200)
+set border 11
+#set key bottom left
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph -0.4, graph 1 horizontal spacing 1.8 maxrows 14
+unset logscale x
+unset logscale y
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+#print data(1)
+#print data(2)
+#print data(3)
+#print data(4)
+#cmd="../bin/datagz.bash " . measure2 . " " . data(2)
+#system(cmd)
+#cmd="gzip -dc " . data(2) . "| cat "
+#system(cmd)
+#exit
+
+# [ http://www.gnuplotting.org/code/multiplot4.gnu ]
+# MACROS
+# x- and ytics for each row resp. column
+LSCENARIO1="'(-15,1,1,1)'"
+LSCENARIO2="'(-15,1,10,1)'"
+LSCENARIO3="'(-15,10,1,10)'"
+LSCENARIO4="'(-15,10,10,10)'"
+NOXTICS = "set xtics 0,1,5 ('' 0,'' 1,'' 2,'' 3,'' 4,'' 5,'' 6) nomirror;\
+          unset xlabel"
+XTICS = "set xtics 0,1,5 ('-3' 0,'-2' 1,'-1' 2,'0' 3,'1' 4,'2' 5,'3' 6) nomirror;\
+          set xlabel '\\(\\tilde{T}^{dew}_{thr}\\) (\\(^{o}C\\))';\
+          set xrange [-0.2:6.2]"
+NOYTICS = "set format y ''; unset ylabel;\
+set ytics add ('' 70); set ytics add ('' 70)"
+NOYTICS = "set format y ''; unset ylabel;\
+set ytics add ('' 250); set ytics add ('' 180)"
+NOY2TICS = "set format y2 ''; unset y2label"
+YTICS = "set format y '%.0f'; set ylabel measurey offset -1"
+Y2TICS = "set format y2 '%.0f'; set y2label measurey2"
+# y and y2 ranges
+TYRANGES = "set yrange [0:250]; set y2range [0:3500];\
+set ytics add ('250' 250)"
+BYRANGES = "set yrange [0:180]; set y2range [0:3500];\
+set ytics add ('180' 180)"
+# y and y2 log
+TYLOGRANGES = "set yrange [0.001:250]; set y2range [0:3500];\
+unset ytics; set ytics add ('250' 250)"
+BYLOGRANGES = "set yrange [0.001:180]; set y2range [0:3500];\
+unset ytics; set ytics add ('180' 180)"
+TYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+BYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+# Margins for each row resp. column
+TMARGIN = "set tmargin at screen 0.95; set bmargin at screen 0.57"
+BMARGIN = "set tmargin at screen 0.53; set bmargin at screen 0.15"
+LMARGIN = "set lmargin at screen 0.15; set rmargin at screen 0.55"
+RMARGIN = "set lmargin at screen 0.55; set rmargin at screen 0.95"
+# Placement of the a,b,c,d labels in the graphs
+POS = "at graph 0.60,0.95 font ',8'"
+
+# plot for scenario1
+PLOT1='plot for[i=1:nepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(1) every ndeltam::(i-1)*ndeltam*ndpepsilon2+deltamind::(i-1)*ndeltam*ndpepsilon2+deltamind+ndeltam*(ndpepsilon2-1) using ($0):($3*t*n) with lp ls i title measuret(i) axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(1) every ndeltam::(i-1)*ndeltam*ndpepsilon2+deltamind::(i-1)*ndeltam*ndpepsilon2+deltamind+ndeltam*(ndpepsilon2-1) using ($0):3 with lp ls i+nepsilon2 title measuret2(i) axes x1y2'
+
+# plot for scenario2
+PLOT2='plot for[i=1:nepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(2) every ndeltam::(i-1)*ndeltam*ndpepsilon2+deltamind::(i-1)*ndeltam*ndpepsilon2+deltamind+ndeltam*(ndpepsilon2-1) using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(2) every ndeltam::(i-1)*ndeltam*ndpepsilon2+deltamind::(i-1)*ndeltam*ndpepsilon2+deltamind+ndeltam*(ndpepsilon2-1) using ($0):3 with lp ls i+nepsilon2 notitle axes x1y2'
+
+LOGPLOT2='plot for[i=1:nepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(2) every ndeltam::(i-1)*ndeltam*ndpepsilon2+deltamind::(i-1)*ndeltam*ndpepsilon2+deltamind+ndeltam*(ndpepsilon2-1) using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     0.0001 with lp ls 1 notitle axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(2) every ndeltam::(i-1)*ndeltam*ndpepsilon2+deltamind::(i-1)*ndeltam*ndpepsilon2+deltamind+ndeltam*(ndpepsilon2-1) using ($0):3 with lp ls i+nepsilon2 notitle axes x1y2'
+
+# plot for scenario3
+PLOT3='plot for[i=1:nepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(3) every ndeltam::(i-1)*ndeltam*ndpepsilon2+deltamind::(i-1)*ndeltam*ndpepsilon2+deltamind+ndeltam*(ndpepsilon2-1) using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(3) every ndeltam::(i-1)*ndeltam*ndpepsilon2+deltamind::(i-1)*ndeltam*ndpepsilon2+deltamind+ndeltam*(ndpepsilon2-1) using ($0):3 with lp ls i+nepsilon2 notitle axes x1y2'
+
+# plot for scenario4
+PLOT4='plot for[i=1:nepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(4) every ndeltam::(i-1)*ndeltam*ndpepsilon2+deltamind::(i-1)*ndeltam*ndpepsilon2+deltamind+ndeltam*(ndpepsilon2-1) using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(4) every ndeltam::(i-1)*ndeltam*ndpepsilon2+deltamind::(i-1)*ndeltam*ndpepsilon2+deltamind+ndeltam*(ndpepsilon2-1) using ($0):3 with lp ls i+nepsilon2 notitle axes x1y2'
+
+PLOT4y2='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(4) every ndeltam::(i-1)*ndeltam*ndpepsilon2+deltamind::(i-1)*ndeltam*ndpepsilon2+deltamind+ndeltam*(ndpepsilon2-1) using ($0):3 with lp ls i+nepsilon2 notitle axes x1y2'
+
+set term tikz
+set output tikzfile
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    #replot
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+# zoom
+set tmargin at screen 0.4; set bmargin at screen 0.25
+set lmargin at screen 0.6; set rmargin at screen 0.8
+set border 15
+unset label
+unset xlabel
+unset ylabel
+unset ytics
+unset y2label
+set xrange [0.8:3.2]
+set y2range [*:*]
+set y2tics 0,20
+@PLOT4y2
+set y2tics auto
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+set key off
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesanoleg
+    #replot
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesanoleg
+    system(cmd)
+    }
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph -0.4, graph 1 horizontal spacing 1.8 maxrows 14
+
+if( aqua ) {
+    set output
+    set term aqua fig
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+  unset table
+}
+
+# log scale y
+#set yrange [0.001:400]
+#set format y "%g"
+#set ytics add ("400" 400)
+set logscale y
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesalogy
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYLOGRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @TYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYLOGRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@LOGPLOT2
+
+# --- GRAPH c
+@BYLOGRANGES; @BMARGIN; @LMARGIN
+@XTICS; @BYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYLOGRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesalogy
+    system(cmd)
+    }
+#set ytics add ("" 400)
+unset logscale y
+
+
+reset
+
+# Delay
+fig="05"
+measuretype="AvailabilityEnergy"
+study="POLICY_NN_2"
+
+# the position in the list of values for dpepsilon2 (starting from 0)
+dpepsilon2ind="3"
+# dpepsilon2 values
+dpepsilon2values="'-3' '-2' '-1' '0' '1' '2' '3'" 
+title=sprintf("Forecast-offset-based policy for Alg2, when no channel works, \\(\\tilde{T}^{dew}_{thr}=%s\\)",word(dpepsilon2values,ston(dpepsilon2ind)+1))
+
+scenarios="sim_WScenario_m15_1_1_1_POLICY_NN_2 sim_WScenario_m15_1_10_1_POLICY_NN_2 sim_WScenario_m15_10_1_10_POLICY_NN_2 sim_WScenario_m15_10_10_10_POLICY_NN_2" # space separed list of scenarios to compare
+scenariosts="'\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)'"
+serieinds="1" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(scenariosts)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(scenariosts).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:ndpepsilon2] style line i lt lstyle(i) lw 1 pt lstyle(i)
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:ndpepsilon2] style line i+ndpepsilon2 lt lstyle2(i) dt 2 lw 1 pt lstyle2(i)
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+# epsilon2 values (for T)
+measurets="'-3' '-2' '-1' '0' '1' '2' '3'" 
+measure="WUnavailability"
+measurelabel="\\(\\mu_U\\)"
+measurey=measurelabel . " (min/day)"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret(i)=sprintf("%s, \\(\\tilde{T}_{thr}\\)=%s", measurelabel, word(measurets,ston(i)))
+measuret2(i)=sprintf("%s, \\(\\tilde{T}_{thr}\\)=%s", measurelabel2, word(measurets,ston(i)))
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "\\(\\Delta m\\)"
+set ylabel measurey offset -1
+set y2label measurey2
+set format x "%2.1f"
+#set format y "%3.2f"
+#set xtics 0,1,5 nomirror rotate by 90 right
+#set xtics add ("0.2" 0.2)
+#set xtics 0,1,5 ("-3" 0,"-2" 1,"-1" 2,"0" 3,"1" 4,"2" 5,"3" 6) nomirror
+set xtics 0,1,5 ("0" 0,"5" 1,"10" 2,"15" 3,"20" 4) nomirror
+set ytics nomirror
+set y2tics
+set xrange [0:*]
+set yrange [0:140]
+set y2range [0:3500]
+#set y2tics add ("2200" 2200)
+set border 11
+#set key bottom left
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph -0.4, graph 1 horizontal spacing 1.8 maxrows 14
+unset logscale x
+unset logscale y
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+#print data(1)
+#print data(2)
+#print data(3)
+#print data(4)
+#cmd="../bin/datagz.bash " . measure2 . " " . data(2)
+#system(cmd)
+#cmd="gzip -dc " . data(2) . "| cat "
+#system(cmd)
+#exit
+
+# [ http://www.gnuplotting.org/code/multiplot4.gnu ]
+# MACROS
+# x- and ytics for each row resp. column
+LSCENARIO1="'(-15,1,1,1)'"
+LSCENARIO2="'(-15,1,10,1)'"
+LSCENARIO3="'(-15,10,1,10)'"
+LSCENARIO4="'(-15,10,10,10)'"
+NOXTICS = "set xtics 0,1,5 ('' 0,'' 1,'' 2,'' 3,'' 4) nomirror;\
+          unset xlabel"
+XTICS = "set xtics 0,1,5 ('0' 0,'5' 1,'10' 2,'15' 3,'20' 4) nomirror;\
+          set xlabel '\\(\\Delta m\\)';\
+          set xrange [-0.2:4.2]"
+NOYTICS = "set format y ''; unset ylabel;\
+set ytics add ('' 25); set ytics add ('' 400)"
+NOY2TICS = "set format y2 ''; unset y2label"
+YTICS = "set format y '%.0f'; set ylabel measurey offset -1"
+Y2TICS = "set format y2 '%.0f'; set y2label measurey2"
+# y and y2 ranges BRy2:[2600:3300]
+TYRANGES = "set yrange [0:250]; set y2range [0:3500];\
+set ytics add ('25' 25)"
+BYRANGES = "set yrange [0:250]; set y2range [0:3500];\
+set ytics add ('400' 400)"
+# y and y2 log
+TYLOGRANGES = "set yrange [0.001:250]; set y2range [0:3500];\
+set ytics add ('25' 25)"
+BYLOGRANGES = "set yrange [0.001:250]; set y2range [0:3500];\
+set ytics add ('400' 400)"
+TYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+BYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+# Margins for each row resp. column
+TMARGIN = "set tmargin at screen 0.95; set bmargin at screen 0.57"
+BMARGIN = "set tmargin at screen 0.53; set bmargin at screen 0.15"
+LMARGIN = "set lmargin at screen 0.15; set rmargin at screen 0.55"
+RMARGIN = "set lmargin at screen 0.55; set rmargin at screen 0.95"
+# Placement of the a,b,c,d labels in the graphs
+POS = "at graph 0.60,0.95 font ',8'"
+
+# plot for scenario1
+PLOT1='plot for[i=1:nepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(1) every ::(i-1)*ndpepsilon2*ndeltam+dpepsilon2ind*ndeltam::(i-1)*ndpepsilon2*ndeltam+(dpepsilon2ind+1)*ndeltam-1 using ($0):($3*t*n) with lp ls i title measuret(i) axes x1y1, \
+     for[i=1:nepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(1) every ::(i-1)*ndpepsilon2*ndeltam+dpepsilon2ind*ndeltam::(i-1)*ndpepsilon2*ndeltam+(dpepsilon2ind+1)*ndeltam-1 using ($0):3 with lp ls i+nepsilon2 title measuret2(i) axes x1y2'
+
+# plot for scenario2
+PLOT2='plot for[i=1:nepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(2) every ::(i-1)*ndpepsilon2*ndeltam+dpepsilon2ind*ndeltam::(i-1)*ndpepsilon2*ndeltam+(dpepsilon2ind+1)*ndeltam-1 using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:nepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(2) every ::(i-1)*ndpepsilon2*ndeltam+dpepsilon2ind*ndeltam::(i-1)*ndpepsilon2*ndeltam+(dpepsilon2ind+1)*ndeltam-1 using ($0):3 with lp ls i+nepsilon2 notitle axes x1y2'
+
+# plot for scenario3
+PLOT3='plot for[i=1:nepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(3) every ::(i-1)*ndpepsilon2*ndeltam+dpepsilon2ind*ndeltam::(i-1)*ndpepsilon2*ndeltam+(dpepsilon2ind+1)*ndeltam-1 using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:nepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(3) every ::(i-1)*ndpepsilon2*ndeltam+dpepsilon2ind*ndeltam::(i-1)*ndpepsilon2*ndeltam+(dpepsilon2ind+1)*ndeltam-1 using ($0):3 with lp ls i+nepsilon2 notitle axes x1y2'
+
+# plot for scenario4
+PLOT4='plot for[i=1:nepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(4) every ::(i-1)*ndpepsilon2*ndeltam+dpepsilon2ind*ndeltam::(i-1)*ndpepsilon2*ndeltam+(dpepsilon2ind+1)*ndeltam-1 using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:nepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(4) every ::(i-1)*ndpepsilon2*ndeltam+dpepsilon2ind*ndeltam::(i-1)*ndpepsilon2*ndeltam+(dpepsilon2ind+1)*ndeltam-1 using ($0):3 with lp ls i+nepsilon2 notitle axes x1y2'
+
+set term tikz
+set output tikzfile
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    #replot
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+set key off
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesanoleg
+    #replot
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesanoleg
+    system(cmd)
+    }
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph -0.4, graph 1 horizontal spacing 1.8 maxrows 14
+
+if( aqua ) {
+    set output
+    set term aqua fig
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+  unset table
+}
+
+# log scale y
+#set yrange [0.001:400]
+#set format y "%g"
+#set ytics add ("400" 400)
+set logscale y
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesalogy
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYLOGRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @TYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYLOGRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYLOGRANGES; @BMARGIN; @LMARGIN
+@XTICS; @BYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYLOGRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesalogy
+    system(cmd)
+    }
+#set ytics add ("" 400)
+unset logscale y
+
+
+reset
+
+# Delay
+fig="05b"
+measuretype="AvailabilityEnergy"
+study="POLICY_NN_2"
+
+# the position in the list of values for dpepsilon2 (starting from 0)
+dpepsilon2ind="0"
+# dpepsilon2 values
+dpepsilon2values="'-3' '-2' '-1' '0' '1' '2' '3'" 
+title=sprintf("Forecast-offset-based policy for Alg2, when no channel works, \\(\\tilde{T}^{dew}_{thr}=%s\\)",word(dpepsilon2values,ston(dpepsilon2ind)+1))
+
+scenarios="sim_WScenario_m15_1_1_1_POLICY_NN_2 sim_WScenario_m15_1_10_1_POLICY_NN_2 sim_WScenario_m15_10_1_10_POLICY_NN_2 sim_WScenario_m15_10_10_10_POLICY_NN_2" # space separed list of scenarios to compare
+scenariosts="'\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)'"
+serieinds="1" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(scenariosts)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(scenariosts).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:ndpepsilon2] style line i lt lstyle(i) lw 1 pt lstyle(i)
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:ndpepsilon2] style line i+ndpepsilon2 lt lstyle2(i) dt 2 lw 1 pt lstyle2(i)
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+# epsilon2 values (for T)
+measurets="'-3' '-2' '-1' '0' '1' '2' '3'" 
+measure="WUnavailability"
+measurelabel="\\(\\mu_U\\)"
+measurey=measurelabel . " (min/day)"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret(i)=sprintf("%s, \\(\\tilde{T}_{thr}\\)=%s", measurelabel, word(measurets,ston(i)))
+measuret2(i)=sprintf("%s, \\(\\tilde{T}_{thr}\\)=%s", measurelabel2, word(measurets,ston(i)))
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "\\(\\Delta m\\)"
+set ylabel measurey offset -1
+set y2label measurey2
+set format x "%2.1f"
+#set format y "%3.2f"
+#set xtics 0,1,5 nomirror rotate by 90 right
+#set xtics add ("0.2" 0.2)
+#set xtics 0,1,5 ("-3" 0,"-2" 1,"-1" 2,"0" 3,"1" 4,"2" 5,"3" 6) nomirror
+set xtics 0,1,5 ("0" 0,"5" 1,"10" 2,"15" 3,"20" 4) nomirror
+set ytics nomirror
+set y2tics
+set xrange [0:*]
+set yrange [0:140]
+set y2range [0:3500]
+#set y2tics add ("2200" 2200)
+set border 11
+#set key bottom left
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph -0.4, graph 1 horizontal spacing 1.8 maxrows 14
+unset logscale x
+unset logscale y
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+#print data(1)
+#print data(2)
+#print data(3)
+#print data(4)
+#cmd="../bin/datagz.bash " . measure2 . " " . data(2)
+#system(cmd)
+#cmd="gzip -dc " . data(2) . "| cat "
+#system(cmd)
+#exit
+
+# [ http://www.gnuplotting.org/code/multiplot4.gnu ]
+# MACROS
+# x- and ytics for each row resp. column
+LSCENARIO1="'(-15,1,1,1)'"
+LSCENARIO2="'(-15,1,10,1)'"
+LSCENARIO3="'(-15,10,1,10)'"
+LSCENARIO4="'(-15,10,10,10)'"
+NOXTICS = "set xtics 0,1,5 ('' 0,'' 1,'' 2,'' 3,'' 4) nomirror;\
+          unset xlabel"
+XTICS = "set xtics 0,1,5 ('0' 0,'5' 1,'10' 2,'15' 3,'20' 4) nomirror;\
+          set xlabel '\\(\\Delta m\\)';\
+          set xrange [-0.2:4.2]"
+NOYTICS = "set format y ''; unset ylabel;\
+set ytics add ('' 25); set ytics add ('' 400)"
+NOY2TICS = "set format y2 ''; unset y2label"
+YTICS = "set format y '%.0f'; set ylabel measurey offset -1"
+Y2TICS = "set format y2 '%.0f'; set y2label measurey2"
+# y and y2 ranges BRy2:[2600:3300]
+TYRANGES = "set yrange [0:250]; set y2range [0:3500];\
+set ytics add ('25' 25)"
+BYRANGES = "set yrange [0:250]; set y2range [0:3500];\
+set ytics add ('400' 400)"
+# y and y2 log
+TYLOGRANGES = "set yrange [0.001:250]; set y2range [0:3500];\
+set ytics add ('25' 25)"
+BYLOGRANGES = "set yrange [0.001:250]; set y2range [0:3500];\
+set ytics add ('400' 400)"
+TYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+BYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+# Margins for each row resp. column
+TMARGIN = "set tmargin at screen 0.95; set bmargin at screen 0.57"
+BMARGIN = "set tmargin at screen 0.53; set bmargin at screen 0.15"
+LMARGIN = "set lmargin at screen 0.15; set rmargin at screen 0.55"
+RMARGIN = "set lmargin at screen 0.55; set rmargin at screen 0.95"
+# Placement of the a,b,c,d labels in the graphs
+POS = "at graph 0.60,0.95 font ',8'"
+
+# plot for scenario1
+PLOT1='plot for[i=1:nepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(1) every ::(i-1)*ndpepsilon2*ndeltam+dpepsilon2ind*ndeltam::(i-1)*ndpepsilon2*ndeltam+(dpepsilon2ind+1)*ndeltam-1 using ($0):($3*t*n) with lp ls i title measuret(i) axes x1y1, \
+     for[i=1:nepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(1) every ::(i-1)*ndpepsilon2*ndeltam+dpepsilon2ind*ndeltam::(i-1)*ndpepsilon2*ndeltam+(dpepsilon2ind+1)*ndeltam-1 using ($0):3 with lp ls i+nepsilon2 title measuret2(i) axes x1y2'
+
+# plot for scenario2
+PLOT2='plot for[i=1:nepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(2) every ::(i-1)*ndpepsilon2*ndeltam+dpepsilon2ind*ndeltam::(i-1)*ndpepsilon2*ndeltam+(dpepsilon2ind+1)*ndeltam-1 using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:nepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(2) every ::(i-1)*ndpepsilon2*ndeltam+dpepsilon2ind*ndeltam::(i-1)*ndpepsilon2*ndeltam+(dpepsilon2ind+1)*ndeltam-1 using ($0):3 with lp ls i+nepsilon2 notitle axes x1y2'
+
+# plot for scenario3
+PLOT3='plot for[i=1:nepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(3) every ::(i-1)*ndpepsilon2*ndeltam+dpepsilon2ind*ndeltam::(i-1)*ndpepsilon2*ndeltam+(dpepsilon2ind+1)*ndeltam-1 using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:nepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(3) every ::(i-1)*ndpepsilon2*ndeltam+dpepsilon2ind*ndeltam::(i-1)*ndpepsilon2*ndeltam+(dpepsilon2ind+1)*ndeltam-1 using ($0):3 with lp ls i+nepsilon2 notitle axes x1y2'
+
+# plot for scenario4
+PLOT4='plot for[i=1:nepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(4) every ::(i-1)*ndpepsilon2*ndeltam+dpepsilon2ind*ndeltam::(i-1)*ndpepsilon2*ndeltam+(dpepsilon2ind+1)*ndeltam-1 using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:nepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(4) every ::(i-1)*ndpepsilon2*ndeltam+dpepsilon2ind*ndeltam::(i-1)*ndpepsilon2*ndeltam+(dpepsilon2ind+1)*ndeltam-1 using ($0):3 with lp ls i+nepsilon2 notitle axes x1y2'
+
+set term tikz
+set output tikzfile
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    #replot
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+set key off
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesanoleg
+    #replot
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesanoleg
+    system(cmd)
+    }
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph -0.4, graph 1 horizontal spacing 1.8 maxrows 14
+
+if( aqua ) {
+    set output
+    set term aqua fig
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+  unset table
+}
+
+# log scale y
+#set yrange [0.001:400]
+#set format y "%g"
+#set ytics add ("400" 400)
+set logscale y
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesalogy
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYLOGRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @TYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYLOGRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYLOGRANGES; @BMARGIN; @LMARGIN
+@XTICS; @BYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYLOGRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesalogy
+    system(cmd)
+    }
+#set ytics add ("" 400)
+unset logscale y
+
+
+reset
+
+# Delay
+fig="05c"
+measuretype="AvailabilityEnergy"
+study="POLICY_NN_2"
+
+# the position in the list of values for dpepsilon2 (starting from 0)
+dpepsilon2ind="6"
+# dpepsilon2 values
+dpepsilon2values="'-3' '-2' '-1' '0' '1' '2' '3'" 
+title=sprintf("Forecast-offset-based policy for Alg2, when no channel works, \\(\\tilde{T}^{dew}_{thr}=%s\\)",word(dpepsilon2values,ston(dpepsilon2ind)+1))
+
+scenarios="sim_WScenario_m15_1_1_1_POLICY_NN_2 sim_WScenario_m15_1_10_1_POLICY_NN_2 sim_WScenario_m15_10_1_10_POLICY_NN_2 sim_WScenario_m15_10_10_10_POLICY_NN_2" # space separed list of scenarios to compare
+scenariosts="'\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)'"
+serieinds="1" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(scenariosts)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(scenariosts).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:ndpepsilon2] style line i lt lstyle(i) lw 1 pt lstyle(i)
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:ndpepsilon2] style line i+ndpepsilon2 lt lstyle2(i) dt 2 lw 1 pt lstyle2(i)
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+# epsilon2 values (for T)
+measurets="'-3' '-2' '-1' '0' '1' '2' '3'" 
+measure="WUnavailability"
+measurelabel="\\(\\mu_U\\)"
+measurey=measurelabel . " (min/day)"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret(i)=sprintf("%s, \\(\\tilde{T}_{thr}\\)=%s", measurelabel, word(measurets,ston(i)))
+measuret2(i)=sprintf("%s, \\(\\tilde{T}_{thr}\\)=%s", measurelabel2, word(measurets,ston(i)))
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "\\(\\Delta m\\)"
+set ylabel measurey offset -1
+set y2label measurey2
+set format x "%2.1f"
+#set format y "%3.2f"
+#set xtics 0,1,5 nomirror rotate by 90 right
+#set xtics add ("0.2" 0.2)
+#set xtics 0,1,5 ("-3" 0,"-2" 1,"-1" 2,"0" 3,"1" 4,"2" 5,"3" 6) nomirror
+set xtics 0,1,5 ("0" 0,"5" 1,"10" 2,"15" 3,"20" 4) nomirror
+set ytics nomirror
+set y2tics
+set xrange [0:*]
+set yrange [0:140]
+set y2range [0:3500]
+#set y2tics add ("2200" 2200)
+set border 11
+#set key bottom left
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph -0.4, graph 1 horizontal spacing 1.8 maxrows 14
+unset logscale x
+unset logscale y
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+#print data(1)
+#print data(2)
+#print data(3)
+#print data(4)
+#cmd="../bin/datagz.bash " . measure2 . " " . data(2)
+#system(cmd)
+#cmd="gzip -dc " . data(2) . "| cat "
+#system(cmd)
+#exit
+
+# [ http://www.gnuplotting.org/code/multiplot4.gnu ]
+# MACROS
+# x- and ytics for each row resp. column
+LSCENARIO1="'(-15,1,1,1)'"
+LSCENARIO2="'(-15,1,10,1)'"
+LSCENARIO3="'(-15,10,1,10)'"
+LSCENARIO4="'(-15,10,10,10)'"
+NOXTICS = "set xtics 0,1,5 ('' 0,'' 1,'' 2,'' 3,'' 4) nomirror;\
+          unset xlabel"
+XTICS = "set xtics 0,1,5 ('0' 0,'5' 1,'10' 2,'15' 3,'20' 4) nomirror;\
+          set xlabel '\\(\\Delta m\\)';\
+          set xrange [-0.2:4.2]"
+NOYTICS = "set format y ''; unset ylabel;\
+set ytics add ('' 25); set ytics add ('' 400)"
+NOY2TICS = "set format y2 ''; unset y2label"
+YTICS = "set format y '%.0f'; set ylabel measurey offset -1"
+Y2TICS = "set format y2 '%.0f'; set y2label measurey2"
+# y and y2 ranges BRy2:[2600:3300]
+TYRANGES = "set yrange [0:250]; set y2range [0:3500];\
+set ytics add ('25' 25)"
+BYRANGES = "set yrange [0:250]; set y2range [0:3500];\
+set ytics add ('400' 400)"
+# y and y2 log
+TYLOGRANGES = "set yrange [0.001:250]; set y2range [0:3500];\
+set ytics add ('25' 25)"
+BYLOGRANGES = "set yrange [0.001:250]; set y2range [0:3500];\
+set ytics add ('400' 400)"
+TYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+BYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+# Margins for each row resp. column
+TMARGIN = "set tmargin at screen 0.95; set bmargin at screen 0.57"
+BMARGIN = "set tmargin at screen 0.53; set bmargin at screen 0.15"
+LMARGIN = "set lmargin at screen 0.15; set rmargin at screen 0.55"
+RMARGIN = "set lmargin at screen 0.55; set rmargin at screen 0.95"
+# Placement of the a,b,c,d labels in the graphs
+POS = "at graph 0.60,0.95 font ',8'"
+
+# plot for scenario1
+PLOT1='plot for[i=1:nepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(1) every ::(i-1)*ndpepsilon2*ndeltam+dpepsilon2ind*ndeltam::(i-1)*ndpepsilon2*ndeltam+(dpepsilon2ind+1)*ndeltam-1 using ($0):($3*t*n) with lp ls i title measuret(i) axes x1y1, \
+     for[i=1:nepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(1) every ::(i-1)*ndpepsilon2*ndeltam+dpepsilon2ind*ndeltam::(i-1)*ndpepsilon2*ndeltam+(dpepsilon2ind+1)*ndeltam-1 using ($0):3 with lp ls i+nepsilon2 title measuret2(i) axes x1y2'
+
+# plot for scenario2
+PLOT2='plot for[i=1:nepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(2) every ::(i-1)*ndpepsilon2*ndeltam+dpepsilon2ind*ndeltam::(i-1)*ndpepsilon2*ndeltam+(dpepsilon2ind+1)*ndeltam-1 using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:nepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(2) every ::(i-1)*ndpepsilon2*ndeltam+dpepsilon2ind*ndeltam::(i-1)*ndpepsilon2*ndeltam+(dpepsilon2ind+1)*ndeltam-1 using ($0):3 with lp ls i+nepsilon2 notitle axes x1y2'
+
+# plot for scenario3
+PLOT3='plot for[i=1:nepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(3) every ::(i-1)*ndpepsilon2*ndeltam+dpepsilon2ind*ndeltam::(i-1)*ndpepsilon2*ndeltam+(dpepsilon2ind+1)*ndeltam-1 using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:nepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(3) every ::(i-1)*ndpepsilon2*ndeltam+dpepsilon2ind*ndeltam::(i-1)*ndpepsilon2*ndeltam+(dpepsilon2ind+1)*ndeltam-1 using ($0):3 with lp ls i+nepsilon2 notitle axes x1y2'
+
+# plot for scenario4
+PLOT4='plot for[i=1:nepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(4) every ::(i-1)*ndpepsilon2*ndeltam+dpepsilon2ind*ndeltam::(i-1)*ndpepsilon2*ndeltam+(dpepsilon2ind+1)*ndeltam-1 using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:nepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(4) every ::(i-1)*ndpepsilon2*ndeltam+dpepsilon2ind*ndeltam::(i-1)*ndpepsilon2*ndeltam+(dpepsilon2ind+1)*ndeltam-1 using ($0):3 with lp ls i+nepsilon2 notitle axes x1y2'
+
+set term tikz
+set output tikzfile
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    #replot
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+set key off
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesanoleg
+    #replot
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesanoleg
+    system(cmd)
+    }
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph -0.4, graph 1 horizontal spacing 1.8 maxrows 14
+
+if( aqua ) {
+    set output
+    set term aqua fig
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+  unset table
+}
+
+# log scale y
+#set yrange [0.001:400]
+#set format y "%g"
+#set ytics add ("400" 400)
+set logscale y
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesalogy
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYLOGRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @TYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYLOGRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYLOGRANGES; @BMARGIN; @LMARGIN
+@XTICS; @BYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYLOGRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesalogy
+    system(cmd)
+    }
+#set ytics add ("" 400)
+unset logscale y
+
+
+reset
+
+# Delay
+fig="05bis"
+measuretype="AvailabilityEnergy"
+study="POLICY_NN_2"
+
+# the position in the list of values for epsilon2 (starting from 0)
+epsilon2ind="0"
+# dpepsilon2 values
+epsilon2values="'-3' '-2' '-1' '0' '1' '2' '3'" 
+title=sprintf("Forecast-offset-based policy for Alg2, when no channel works, \\(\\tilde{T}_{thr}=%s\\)",word(epsilon2values,ston(epsilon2ind)+1))
+
+scenarios="sim_WScenario_m15_1_1_1_POLICY_NN_2 sim_WScenario_m15_1_10_1_POLICY_NN_2 sim_WScenario_m15_10_1_10_POLICY_NN_2 sim_WScenario_m15_10_10_10_POLICY_NN_2" # space separed list of scenarios to compare
+scenariosts="'\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)'"
+serieinds="1" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(scenariosts)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(scenariosts).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:ndpepsilon2] style line i lt lstyle(i) lw 1 pt lstyle(i)
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:ndpepsilon2] style line i+ndpepsilon2 lt lstyle2(i) dt 2 lw 1 pt lstyle2(i)
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+# dpepsilon2 values (for PD)
+measurets="'-3' '-2' '-1' '0' '1' '2' '3'" 
+measure="WUnavailability"
+measurelabel="\\(\\mu_U\\)"
+measurey=measurelabel . " (min/day)"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret(i)=sprintf("%s, \\(\\tilde{T}^{dew}_{thr}\\)=%s", measurelabel, word(measurets,ston(i)))
+measuret2(i)=sprintf("%s, \\(\\tilde{T}^{dew}_{thr}\\)=%s", measurelabel2, word(measurets,ston(i)))
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "\\(\\Delta m\\)"
+set ylabel measurey offset -1
+set y2label measurey2
+set format x "%2.1f"
+#set format y "%3.2f"
+#set xtics 0,1,5 nomirror rotate by 90 right
+#set xtics add ("0.2" 0.2)
+#set xtics 0,1,5 ("-3" 0,"-2" 1,"-1" 2,"0" 3,"1" 4,"2" 5,"3" 6) nomirror
+set xtics 0,1,5 ("0" 0,"5" 1,"10" 2,"15" 3,"20" 4) nomirror
+set ytics nomirror
+set y2tics
+set xrange [0:*]
+set yrange [0:140]
+set y2range [0:3500]
+#set y2tics add ("2200" 2200)
+set border 11
+#set key bottom left
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph -0.4, graph 1 horizontal spacing 1.8 maxrows 14
+unset logscale x
+unset logscale y
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+#print data(1)
+#print data(2)
+#print data(3)
+#print data(4)
+#cmd="../bin/datagz.bash " . measure2 . " " . data(2)
+#system(cmd)
+#cmd="gzip -dc " . data(2) . "| cat "
+#system(cmd)
+#exit
+
+# [ http://www.gnuplotting.org/code/multiplot4.gnu ]
+# MACROS
+# x- and ytics for each row resp. column
+LSCENARIO1="'(-15,1,1,1)'"
+LSCENARIO2="'(-15,1,10,1)'"
+LSCENARIO3="'(-15,10,1,10)'"
+LSCENARIO4="'(-15,10,10,10)'"
+NOXTICS = "set xtics 0,1,5 ('' 0,'' 1,'' 2,'' 3,'' 4) nomirror;\
+          unset xlabel"
+XTICS = "set xtics 0,1,5 ('0' 0,'5' 1,'10' 2,'15' 3,'20' 4) nomirror;\
+          set xlabel '\\(\\Delta m\\)';\
+          set xrange [-0.2:4.2]"
+NOYTICS = "set format y ''; unset ylabel;\
+set ytics add ('' 25); set ytics add ('' 400)"
+NOY2TICS = "set format y2 ''; unset y2label"
+YTICS = "set format y '%.0f'; set ylabel measurey offset -1"
+Y2TICS = "set format y2 '%.0f'; set y2label measurey2"
+# y and y2 ranges BRy2:[2600:3300]
+TYRANGES = "set yrange [0:250]; set y2range [0:3500];\
+set ytics add ('25' 25)"
+BYRANGES = "set yrange [0:250]; set y2range [0:3500];\
+set ytics add ('400' 400)"
+# y and y2 log
+TYLOGRANGES = "set yrange [0.001:250]; set y2range [0:3500];\
+set ytics add ('25' 25)"
+BYLOGRANGES = "set yrange [0.001:250]; set y2range [0:3500];\
+set ytics add ('400' 400)"
+TYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+BYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+# Margins for each row resp. column
+TMARGIN = "set tmargin at screen 0.95; set bmargin at screen 0.57"
+BMARGIN = "set tmargin at screen 0.53; set bmargin at screen 0.15"
+LMARGIN = "set lmargin at screen 0.15; set rmargin at screen 0.55"
+RMARGIN = "set lmargin at screen 0.55; set rmargin at screen 0.95"
+# Placement of the a,b,c,d labels in the graphs
+POS = "at graph 0.60,0.95 font ',8'"
+
+# plot for scenario1
+PLOT1='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(1) every ::epsilon2ind*ndeltam*ndpepsilon2+(i-1)*ndeltam::epsilon2ind*ndeltam*ndpepsilon2+i*ndeltam-1 using ($0):($3*t*n) with lp ls i title measuret(i) axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(1) every ::epsilon2ind*ndeltam*ndpepsilon2+(i-1)*ndeltam::epsilon2ind*ndeltam*ndpepsilon2+i*ndeltam-1 using ($0):3 with lp ls i+ndpepsilon2 title measuret2(i) axes x1y2'
+
+# plot for scenario2
+PLOT2='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(2) every ::epsilon2ind*ndeltam*ndpepsilon2+(i-1)*ndeltam::epsilon2ind*ndeltam*ndpepsilon2+i*ndeltam-1 using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(2) every ::epsilon2ind*ndeltam*ndpepsilon2+(i-1)*ndeltam::epsilon2ind*ndeltam*ndpepsilon2+i*ndeltam-1 using ($0):3 with lp ls i+ndpepsilon2 notitle axes x1y2'
+
+# plot for scenario3
+PLOT3='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(3) every ::epsilon2ind*ndeltam*ndpepsilon2+(i-1)*ndeltam::epsilon2ind*ndeltam*ndpepsilon2+i*ndeltam-1 using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(3) every ::epsilon2ind*ndeltam*ndpepsilon2+(i-1)*ndeltam::epsilon2ind*ndeltam*ndpepsilon2+i*ndeltam-1 using ($0):3 with lp ls i+ndpepsilon2 notitle axes x1y2'
+
+# plot for scenario4
+PLOT4='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(4) every ::epsilon2ind*ndeltam*ndpepsilon2+(i-1)*ndeltam::epsilon2ind*ndeltam*ndpepsilon2+i*ndeltam-1 using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(4) every ::epsilon2ind*ndeltam*ndpepsilon2+(i-1)*ndeltam::epsilon2ind*ndeltam*ndpepsilon2+i*ndeltam-1 using ($0):3 with lp ls i+ndpepsilon2 notitle axes x1y2'
+
+set term tikz
+set output tikzfile
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    #replot
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+set key off
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesanoleg
+    #replot
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesanoleg
+    system(cmd)
+    }
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph -0.4, graph 1 horizontal spacing 1.8 maxrows 14
+
+if( aqua ) {
+    set output
+    set term aqua fig
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+  unset table
+}
+
+# log scale y
+#set yrange [0.001:400]
+#set format y "%g"
+#set ytics add ("400" 400)
+set logscale y
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesalogy
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYLOGRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @TYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYLOGRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYLOGRANGES; @BMARGIN; @LMARGIN
+@XTICS; @BYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYLOGRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesalogy
+    system(cmd)
+    }
+#set ytics add ("" 400)
+unset logscale y
+
+
+reset
+
+# Delay
+fig="10"
+measuretype="AvailabilityEnergy"
+study="POLICY_0_0"
+title="Threshold-based policy for Alg1 and Alg2, with T-based channel failure"
+
+scenarios="sim_WScenario_m15_1_1_1_POLICY_0_0 sim_WScenario_m15_1_10_1_POLICY_0_0 sim_WScenario_m15_10_1_10_POLICY_0_0 sim_WScenario_m15_10_10_10_POLICY_0_0" # space separed list of scenarios to compare
+scenariosts="'\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)'"
+serieinds="1" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(scenariosts)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(scenariosts).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:m] style line i lt lstyle(i) lw 1 pt lstyle(i)
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:m] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i)
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+measure="WUnavailability"
+measurelabel="\\(\\mu_U\\)"
+measurey=measurelabel . " (min/day)"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret=sprintf("%s", measurelabel)
+measuret2=sprintf("%s", measurelabel2)
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "\\(T_{thr}\\) (\\(^{o}C\\))"
+set ylabel measurey offset -1
+set y2label measurey2
+set format x "%2.1f"
+#set format y "%3.2f"
+#set xtics 0,1,5 nomirror rotate by 90 right
+#set xtics add ("0.2" 0.2)
+set xtics 0,1,5 nomirror
+set ytics nomirror
+set y2tics
+set xrange [0:*]
+set yrange [0:400]
+set y2range [0:1800]
+#set y2tics add ("2200" 2200)
+set border 11
+#set key bottom left
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph 0.6, graph 0.4
+unset logscale x
+unset logscale y
+
+# [ http://www.gnuplotting.org/code/multiplot4.gnu ]
+# MACROS
+# x- and ytics for each row resp. column
+LSCENARIO1="'(-15,1,1,1)'"
+LSCENARIO2="'(-15,1,10,1)'"
+LSCENARIO3="'(-15,10,1,10)'"
+LSCENARIO4="'(-15,10,10,10)'"
+NOXTICS = "set xtics 0,1,5 ('' 0,'' 1,'' 2,'' 3) nomirror;\
+          unset xlabel"
+XTICS = "set xtics 0,1,5 ('0' 0,'1' 1,'2' 2,'3' 3) nomirror;\
+          set xlabel '\\(T_{thr}\\) (\\(^{o}C\\))';\
+          set xrange [-0.2:3.2]"
+NOYTICS = "set format y ''; unset ylabel;\
+set ytics add ('' 25); set ytics add ('' 400)"
+NOY2TICS = "set format y2 ''; unset y2label"
+YTICS = "set format y '%.0f'; set ylabel measurey offset -1"
+Y2TICS = "set format y2 '%.0f'; set y2label measurey2"
+# y and y2 ranges
+TYRANGES = "set yrange [0:25]; set y2range [0:1800];\
+set ytics add ('25' 25)"
+BYRANGES = "set yrange [0:400]; set y2range [0:1800];\
+set ytics add ('400' 400)"
+# y and y2 log
+TYLOGRANGES = "set yrange [0.001:25]; set y2range [0:1800];\
+set ytics add ('25' 25)"
+BYLOGRANGES = "set yrange [0.001:400]; set y2range [0:1800];\
+set ytics add ('400' 400)"
+TYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+BYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+# Margins for each row resp. column
+TMARGIN = "set tmargin at screen 0.95; set bmargin at screen 0.57"
+BMARGIN = "set tmargin at screen 0.53; set bmargin at screen 0.15"
+LMARGIN = "set lmargin at screen 0.15; set rmargin at screen 0.55"
+RMARGIN = "set lmargin at screen 0.55; set rmargin at screen 0.95"
+# Placement of the a,b,c,d labels in the graphs
+POS = "at graph 0.60,0.95 font ',8'"
+
+# plot for scenario1
+PLOT1='plot "<" .bin. "/datagz.bash " . measure . " " . data(1) using ($0):($3*t*n) with lp ls 1 title measuret axes x1y1, \
+            "<" .bin. "/datagz.bash " . measure2 . " " . data(1) using ($0):3 with lp ls 1+m title measuret2 axes x1y2'
+
+# plot for scenario2
+PLOT2='plot "<" .bin. "/datagz.bash " . measure . " " . data(2) using ($0):($3*t*n) with lp ls 1 notitle axes x1y1, \
+            "<" .bin. "/datagz.bash " . measure2 . " " . data(2) using ($0):3 with lp ls 1+m notitle axes x1y2'
+
+# plot for scenario3
+PLOT3='plot "<" .bin. "/datagz.bash " . measure . " " . data(3) using ($0):($3*t*n) with lp ls 1 notitle axes x1y1, \
+            "<" .bin. "/datagz.bash " . measure2 . " " . data(3) using ($0):3 with lp ls 1+m notitle axes x1y2'
+
+# plot for scenario4
+PLOT4='plot "<" .bin. "/datagz.bash " . measure . " " . data(4) using ($0):($3*t*n) with lp ls 1 notitle axes x1y1, \
+            "<" .bin. "/datagz.bash " . measure2 . " " . data(4) using ($0):3 with lp ls 1+m notitle axes x1y2'
+
+set term tikz
+set output tikzfile
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+#print data(1)
+#print data(2)
+#print data(3)
+#print data(4)
+#cmd="../bin/datagz.bash " . measure2 . " " . data(2)
+#system(cmd)
+#cmd="gzip -dc " . data(2) . "| cat "
+#system(cmd)
+#exit
+
+# plot for each scenario
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+set key off
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesanoleg
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesanoleg
+    system(cmd)
+    }
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph 0.6, graph 0.4
+
+if( aqua ) {
+    set output
+    set term aqua fig
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+     unset table
+}
+
+# log scale y
+#set yrange [0.001:400]
+#set format y "%g"
+#set ytics add ("400" 400)
+set logscale y
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesalogy
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYLOGRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @TYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYLOGRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYLOGRANGES; @BMARGIN; @LMARGIN
+@XTICS; @BYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYLOGRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesalogy
+    system(cmd)
+    }
+#set ytics add ("" 400)
+unset logscale y
+
+
+reset
+
+# Delay
+fig="11"
+measuretype="AvailabilityEnergy"
+study="POLICY_2_2"
+
+# the position in the list of values for deltam (starting from 0)
+deltamind="2"
+# dpepsilon2 values
+deltamvalues="'0' '5' '10' '15' '20'" 
+title=sprintf("Forecast-offset-based policy for Alg1 and Alg2, with T-based channel failure, \\(\\Delta_m=%s\\)",word(deltamvalues,ston(deltamind)+1))
+
+scenarios="sim_WScenario_m15_1_1_1_POLICY_2_2 sim_WScenario_m15_1_10_1_POLICY_2_2 sim_WScenario_m15_10_1_10_POLICY_2_2 sim_WScenario_m15_10_10_10_POLICY_2_2" # space separed list of scenario§s to compare
+scenariosts="'\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)'"
+serieinds="1" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(scenariosts)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(scenariosts).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:ndpepsilon2] style line i lt lstyle(i) lw 1 pt lstyle(i)
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:ndpepsilon2] style line i+ndpepsilon2 lt lstyle2(i) dt 2 lw 1 pt lstyle2(i)
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+# dpepsilon2 values (for DP)
+measurets="'-3' '-2' '-1' '0' '1' '2' '3'" 
+measure="WUnavailability"
+measurelabel="\\(\\mu_U\\)"
+measurey=measurelabel . " (min/day)"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret(i)=sprintf("%s, \\(\\tilde{T}^{dew}_{thr}\\)=%s", measurelabel, word(measurets,ston(i)))
+measuret2(i)=sprintf("%s, \\(\\tilde{T}^{dew}_{thr}\\)=%s", measurelabel2, word(measurets,ston(i)))
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "\\(\\tilde{T}_{thr}\\) (\\(^{o}C\\))"
+set ylabel measurey offset -1
+set y2label measurey2
+set format x "%2.1f"
+#set format y "%3.2f"
+#set xtics 0,1,5 nomirror rotate by 90 right
+#set xtics add ("0.2" 0.2)
+#set xtics 0,1,5 ("-3" 0,"-2" 1,"-1" 2,"0" 3,"1" 4,"2" 5,"3" 6) nomirror
+set xtics 0,1,5 ("0" 0,"5" 1,"10" 2,"15" 3,"20" 4) nomirror
+set ytics nomirror
+set y2tics
+set xrange [0:*]
+set yrange [0:140]
+set y2range [0:3500]
+#set y2tics add ("2200" 2200)
+set border 11
+#set key bottom left
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph -0.4, graph 1 horizontal spacing 1.8 maxrows 14
+unset logscale x
+unset logscale y
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+#print data(1)
+#print data(2)
+#print data(3)
+#print data(4)
+#cmd="../bin/datagz.bash " . measure2 . " " . data(2)
+#system(cmd)
+#cmd="gzip -dc " . data(2) . "| cat "
+#system(cmd)
+#exit
+
+# [ http://www.gnuplotting.org/code/multiplot4.gnu ]
+# MACROS
+# x- and ytics for each row resp. column
+LSCENARIO1="'(-15,1,1,1)'"
+LSCENARIO2="'(-15,1,10,1)'"
+LSCENARIO3="'(-15,10,1,10)'"
+LSCENARIO4="'(-15,10,10,10)'"
+NOXTICS = "set xtics 0,1,5 ('' 0,'' 1,'' 2,'' 3,'' 4,'' 5,'' 6) nomirror;\
+          unset xlabel"
+XTICS = "set xtics 0,1,5 ('-3' 0,'-2' 1,'-1' 2,'0' 3,'1' 4,'2' 5,'3' 6) nomirror;\
+          set xlabel '\\(\\tilde{T}_{thr}\\) (\\(^{o}C\\))';\
+          set xrange [-0.2:6.2]"
+NOYTICS = "set format y ''; unset ylabel;\
+set ytics add ('' 250); set ytics add ('' 450)"
+NOY2TICS = "set format y2 ''; unset y2label"
+YTICS = "set format y '%.0f'; set ylabel measurey offset -1"
+Y2TICS = "set format y2 '%.0f'; set y2label measurey2"
+# y and y2 ranges
+TYRANGES = "set yrange [0:250]; set y2range [0:3500];\
+set ytics add ('250' 250)"
+BYRANGES = "set yrange [0:450]; set y2range [0:3500];\
+set ytics add ('250' 250); set ytics add ('450' 450)"
+# y and y2 log
+TYLOGRANGES = "set yrange [0.001:250]; set y2range [0:3500];\
+unset ytics; set ytics add ('250' 250)"
+BYLOGRANGES = "set yrange [0.001:450]; set y2range [0:3500];\
+unset ytics; set ytics add ('450' 450)"
+TYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+BYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+# Margins for each row resp. column
+TMARGIN = "set tmargin at screen 0.95; set bmargin at screen 0.57"
+BMARGIN = "set tmargin at screen 0.53; set bmargin at screen 0.15"
+LMARGIN = "set lmargin at screen 0.15; set rmargin at screen 0.55"
+RMARGIN = "set lmargin at screen 0.55; set rmargin at screen 0.95"
+# Placement of the a,b,c,d labels in the graphs
+POS = "at graph 0.60,0.95 font ',8'"
+
+# plot for scenario1
+PLOT1='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(1) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):($3*t*n) with lp ls i title measuret(i) axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(1) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):3 with lp ls i+ndpepsilon2 title measuret2(i) axes x1y2'
+
+# plot for scenario2
+PLOT2='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(2) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(2) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):3 with lp ls i+ndpepsilon2 notitle axes x1y2'
+
+LOGPLOT2='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(2) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     0.0001 with lp ls 1 notitle axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(2) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):3 with lp ls i+ndpepsilon2 notitle axes x1y2'
+
+# plot for scenario3
+PLOT3='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(3) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(3) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):3 with lp ls i+ndpepsilon2 notitle axes x1y2'
+
+# plot for scenario4
+PLOT4='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(4) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(4) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):3 with lp ls i+ndpepsilon2 notitle axes x1y2'
+
+PLOT4y2='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(4) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):3 with lp ls i+ndpepsilon2 notitle axes x1y2'
+
+set term tikz
+set output tikzfile
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    #replot
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+# zoom
+set tmargin at screen 0.5; set bmargin at screen 0.35
+set lmargin at screen 0.6; set rmargin at screen 0.8
+set border 15
+unset label
+unset xlabel
+unset ylabel
+unset ytics
+unset y2label
+set xrange [0.8:3.2]
+set y2range [*:*]
+set y2tics 0,100
+@PLOT4y2
+set y2tics auto
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+set key off
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesanoleg
+    #replot
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesanoleg
+    system(cmd)
+    }
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph -0.4, graph 1 horizontal spacing 1.8 maxrows 14
+
+if( aqua ) {
+    set output
+    set term aqua fig
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+  unset table
+}
+
+# log scale y
+#set yrange [0.001:400]
+#set format y "%g"
+#set ytics add ("400" 400)
+set logscale y
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesalogy
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYLOGRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @TYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYLOGRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@LOGPLOT2
+
+# --- GRAPH c
+@BYLOGRANGES; @BMARGIN; @LMARGIN
+@XTICS; @BYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYLOGRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesalogy
+    system(cmd)
+    }
+#set ytics add ("" 400)
+unset logscale y
+
+
+reset
+
+# Delay
+fig="11b"
+measuretype="AvailabilityEnergy"
+study="POLICY_2_2"
+
+# the position in the list of values for deltam (starting from 0)
+deltamind="0"
+# dpepsilon2 values
+deltamvalues="'0' '5' '10' '15' '20'" 
+title=sprintf("Forecast-offset-based policy for Alg1 and Alg2, with T-based channel failure, \\(\\Delta_m=%s\\)",word(deltamvalues,ston(deltamind)+1))
+
+scenarios="sim_WScenario_m15_1_1_1_POLICY_2_2 sim_WScenario_m15_1_10_1_POLICY_2_2 sim_WScenario_m15_10_1_10_POLICY_2_2 sim_WScenario_m15_10_10_10_POLICY_2_2" # space separed list of scenarios to compare
+scenariosts="'\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)'"
+serieinds="1" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(scenariosts)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(scenariosts).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:ndpepsilon2] style line i lt lstyle(i) lw 1 pt lstyle(i)
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:ndpepsilon2] style line i+ndpepsilon2 lt lstyle2(i) dt 2 lw 1 pt lstyle2(i)
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+# dpepsilon2 values (for DP)
+measurets="'-3' '-2' '-1' '0' '1' '2' '3'" 
+measure="WUnavailability"
+measurelabel="\\(\\mu_U\\)"
+measurey=measurelabel . " (min/day)"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret(i)=sprintf("%s, \\(\\tilde{T}^{dew}_{thr}\\)=%s", measurelabel, word(measurets,ston(i)))
+measuret2(i)=sprintf("%s, \\(\\tilde{T}^{dew}_{thr}\\)=%s", measurelabel2, word(measurets,ston(i)))
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "\\(\\tilde{T}_{thr}\\) (\\(^{o}C\\))"
+set ylabel measurey offset -1
+set y2label measurey2
+set format x "%2.1f"
+#set format y "%3.2f"
+#set xtics 0,1,5 nomirror rotate by 90 right
+#set xtics add ("0.2" 0.2)
+#set xtics 0,1,5 ("-3" 0,"-2" 1,"-1" 2,"0" 3,"1" 4,"2" 5,"3" 6) nomirror
+set xtics 0,1,5 ("0" 0,"5" 1,"10" 2,"15" 3,"20" 4) nomirror
+set ytics nomirror
+set y2tics
+set xrange [0:*]
+set yrange [0:140]
+set y2range [0:3500]
+#set y2tics add ("2200" 2200)
+set border 11
+#set key bottom left
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph -0.4, graph 1 horizontal spacing 1.8 maxrows 14
+unset logscale x
+unset logscale y
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+#print data(1)
+#print data(2)
+#print data(3)
+#print data(4)
+#cmd="../bin/datagz.bash " . measure2 . " " . data(2)
+#system(cmd)
+#cmd="gzip -dc " . data(2) . "| cat "
+#system(cmd)
+#exit
+
+# [ http://www.gnuplotting.org/code/multiplot4.gnu ]
+# MACROS
+# x- and ytics for each row resp. column
+LSCENARIO1="'(-15,1,1,1)'"
+LSCENARIO2="'(-15,1,10,1)'"
+LSCENARIO3="'(-15,10,1,10)'"
+LSCENARIO4="'(-15,10,10,10)'"
+NOXTICS = "set xtics 0,1,5 ('' 0,'' 1,'' 2,'' 3,'' 4,'' 5,'' 6) nomirror;\
+          unset xlabel"
+XTICS = "set xtics 0,1,5 ('-3' 0,'-2' 1,'-1' 2,'0' 3,'1' 4,'2' 5,'3' 6) nomirror;\
+          set xlabel '\\(\\tilde{T}_{thr}\\) (\\(^{o}C\\))';\
+          set xrange [-0.2:6.2]"
+NOYTICS = "set format y ''; unset ylabel;\
+set ytics add ('' 250); set ytics add ('' 450)"
+NOY2TICS = "set format y2 ''; unset y2label"
+YTICS = "set format y '%.0f'; set ylabel measurey offset -1"
+Y2TICS = "set format y2 '%.0f'; set y2label measurey2"
+# y and y2 ranges
+TYRANGES = "set yrange [0:250]; set y2range [0:3500];\
+set ytics add ('250' 250)"
+BYRANGES = "set yrange [0:450]; set y2range [0:3500];\
+set ytics add ('250' 250); set ytics add ('450' 450)"
+# y and y2 log
+TYLOGRANGES = "set yrange [0.001:250]; set y2range [0:3500];\
+unset ytics; set ytics add ('250' 250)"
+BYLOGRANGES = "set yrange [0.001:450]; set y2range [0:3500];\
+unset ytics; set ytics add ('450' 450)"
+TYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+BYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+# Margins for each row resp. column
+TMARGIN = "set tmargin at screen 0.95; set bmargin at screen 0.57"
+BMARGIN = "set tmargin at screen 0.53; set bmargin at screen 0.15"
+LMARGIN = "set lmargin at screen 0.15; set rmargin at screen 0.55"
+RMARGIN = "set lmargin at screen 0.55; set rmargin at screen 0.95"
+# Placement of the a,b,c,d labels in the graphs
+POS = "at graph 0.60,0.95 font ',8'"
+
+# plot for scenario1
+PLOT1='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(1) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):($3*t*n) with lp ls i title measuret(i) axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(1) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):3 with lp ls i+ndpepsilon2 title measuret2(i) axes x1y2'
+
+# plot for scenario2
+PLOT2='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(2) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(2) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):3 with lp ls i+ndpepsilon2 notitle axes x1y2'
+
+LOGPLOT2='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(2) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     0.0001 with lp ls 1 notitle axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(2) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):3 with lp ls i+ndpepsilon2 notitle axes x1y2'
+
+# plot for scenario3
+PLOT3='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(3) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(3) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):3 with lp ls i+ndpepsilon2 notitle axes x1y2'
+
+# plot for scenario4
+PLOT4='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(4) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(4) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):3 with lp ls i+ndpepsilon2 notitle axes x1y2'
+
+PLOT4y2='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(4) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):3 with lp ls i+ndpepsilon2 notitle axes x1y2'
+
+set term tikz
+set output tikzfile
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    #replot
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+# zoom
+set tmargin at screen 0.5; set bmargin at screen 0.35
+set lmargin at screen 0.6; set rmargin at screen 0.8
+set border 15
+unset label
+unset xlabel
+unset ylabel
+unset ytics
+unset y2label
+set xrange [0.8:3.2]
+set y2range [*:*]
+set y2tics 0,100
+@PLOT4y2
+set y2tics auto
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+set key off
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesanoleg
+    #replot
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesanoleg
+    system(cmd)
+    }
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph -0.4, graph 1 horizontal spacing 1.8 maxrows 14
+
+if( aqua ) {
+    set output
+    set term aqua fig
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+  unset table
+}
+
+# log scale y
+#set yrange [0.001:400]
+#set format y "%g"
+#set ytics add ("400" 400)
+set logscale y
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesalogy
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYLOGRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @TYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYLOGRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@LOGPLOT2
+
+# --- GRAPH c
+@BYLOGRANGES; @BMARGIN; @LMARGIN
+@XTICS; @BYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYLOGRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesalogy
+    system(cmd)
+    }
+#set ytics add ("" 400)
+unset logscale y
+
+
+reset
+
+# Delay
+fig="11c"
+measuretype="AvailabilityEnergy"
+study="POLICY_2_2"
+
+# the position in the list of values for deltam (starting from 0)
+deltamind="4"
+# dpepsilon2 values
+deltamvalues="'0' '5' '10' '15' '20'" 
+title=sprintf("Forecast-offset-based policy for Alg1 and Alg2, with T-based channel failure, \\(\\Delta_m=%s\\)",word(deltamvalues,ston(deltamind)+1))
+
+scenarios="sim_WScenario_m15_1_1_1_POLICY_2_2 sim_WScenario_m15_1_10_1_POLICY_2_2 sim_WScenario_m15_10_1_10_POLICY_2_2 sim_WScenario_m15_10_10_10_POLICY_2_2" # space separed list of scenarios to compare
+scenariosts="'\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)'"
+serieinds="1" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(scenariosts)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(scenariosts).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:ndpepsilon2] style line i lt lstyle(i) lw 1 pt lstyle(i)
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:ndpepsilon2] style line i+ndpepsilon2 lt lstyle2(i) dt 2 lw 1 pt lstyle2(i)
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+# dpepsilon2 values (for DP)
+measurets="'-3' '-2' '-1' '0' '1' '2' '3'" 
+measure="WUnavailability"
+measurelabel="\\(\\mu_U\\)"
+measurey=measurelabel . " (min/day)"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret(i)=sprintf("%s, \\(\\tilde{T}^{dew}_{thr}\\)=%s", measurelabel, word(measurets,ston(i)))
+measuret2(i)=sprintf("%s, \\(\\tilde{T}^{dew}_{thr}\\)=%s", measurelabel2, word(measurets,ston(i)))
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "\\(\\tilde{T}_{thr}\\) (\\(^{o}C\\))"
+set ylabel measurey offset -1
+set y2label measurey2
+set format x "%2.1f"
+#set format y "%3.2f"
+#set xtics 0,1,5 nomirror rotate by 90 right
+#set xtics add ("0.2" 0.2)
+#set xtics 0,1,5 ("-3" 0,"-2" 1,"-1" 2,"0" 3,"1" 4,"2" 5,"3" 6) nomirror
+set xtics 0,1,5 ("0" 0,"5" 1,"10" 2,"15" 3,"20" 4) nomirror
+set ytics nomirror
+set y2tics
+set xrange [0:*]
+set yrange [0:140]
+set y2range [0:3500]
+#set y2tics add ("2200" 2200)
+set border 11
+#set key bottom left
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph -0.4, graph 1 horizontal spacing 1.8 maxrows 14
+unset logscale x
+unset logscale y
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+#print data(1)
+#print data(2)
+#print data(3)
+#print data(4)
+#cmd="../bin/datagz.bash " . measure2 . " " . data(2)
+#system(cmd)
+#cmd="gzip -dc " . data(2) . "| cat "
+#system(cmd)
+#exit
+
+# [ http://www.gnuplotting.org/code/multiplot4.gnu ]
+# MACROS
+# x- and ytics for each row resp. column
+LSCENARIO1="'(-15,1,1,1)'"
+LSCENARIO2="'(-15,1,10,1)'"
+LSCENARIO3="'(-15,10,1,10)'"
+LSCENARIO4="'(-15,10,10,10)'"
+NOXTICS = "set xtics 0,1,5 ('' 0,'' 1,'' 2,'' 3,'' 4,'' 5,'' 6) nomirror;\
+          unset xlabel"
+XTICS = "set xtics 0,1,5 ('-3' 0,'-2' 1,'-1' 2,'0' 3,'1' 4,'2' 5,'3' 6) nomirror;\
+          set xlabel '\\(\\tilde{T}_{thr}\\) (\\(^{o}C\\))';\
+          set xrange [-0.2:6.2]"
+NOYTICS = "set format y ''; unset ylabel;\
+set ytics add ('' 250); set ytics add ('' 450)"
+NOY2TICS = "set format y2 ''; unset y2label"
+YTICS = "set format y '%.0f'; set ylabel measurey offset -1"
+Y2TICS = "set format y2 '%.0f'; set y2label measurey2"
+# y and y2 ranges
+TYRANGES = "set yrange [0:250]; set y2range [0:3500];\
+set ytics add ('250' 250)"
+BYRANGES = "set yrange [0:450]; set y2range [0:3500];\
+set ytics add ('250' 250); set ytics add ('450' 450)"
+# y and y2 log
+TYLOGRANGES = "set yrange [0.001:250]; set y2range [0:3500];\
+unset ytics; set ytics add ('250' 250)"
+BYLOGRANGES = "set yrange [0.001:450]; set y2range [0:3500];\
+unset ytics; set ytics add ('450' 450)"
+TYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+BYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+# Margins for each row resp. column
+TMARGIN = "set tmargin at screen 0.95; set bmargin at screen 0.57"
+BMARGIN = "set tmargin at screen 0.53; set bmargin at screen 0.15"
+LMARGIN = "set lmargin at screen 0.15; set rmargin at screen 0.55"
+RMARGIN = "set lmargin at screen 0.55; set rmargin at screen 0.95"
+# Placement of the a,b,c,d labels in the graphs
+POS = "at graph 0.60,0.95 font ',8'"
+
+# plot for scenario1
+PLOT1='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(1) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):($3*t*n) with lp ls i title measuret(i) axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(1) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):3 with lp ls i+ndpepsilon2 title measuret2(i) axes x1y2'
+
+# plot for scenario2
+PLOT2='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(2) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(2) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):3 with lp ls i+ndpepsilon2 notitle axes x1y2'
+
+LOGPLOT2='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(2) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     0.0001 with lp ls 1 notitle axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(2) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):3 with lp ls i+ndpepsilon2 notitle axes x1y2'
+
+# plot for scenario3
+PLOT3='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(3) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(3) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):3 with lp ls i+ndpepsilon2 notitle axes x1y2'
+
+# plot for scenario4
+PLOT4='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure . " " . data(4) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):($3*t*n) with lp ls i notitle axes x1y1, \
+     for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(4) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):3 with lp ls i+ndpepsilon2 notitle axes x1y2'
+
+PLOT4y2='plot for[i=1:ndpepsilon2] "<" .bin. "/datagz.bash " . measure2 . " " . data(4) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):3 with lp ls i+ndpepsilon2 notitle axes x1y2'
+
+set term tikz
+set output tikzfile
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    #replot
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+# zoom
+set tmargin at screen 0.5; set bmargin at screen 0.35
+set lmargin at screen 0.6; set rmargin at screen 0.8
+set border 15
+unset label
+unset xlabel
+unset ylabel
+unset ytics
+unset y2label
+set xrange [0.8:3.2]
+set y2range [*:*]
+set y2tics 0,100
+@PLOT4y2
+set y2tics auto
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+set key off
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesanoleg
+    #replot
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesanoleg
+    system(cmd)
+    }
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph -0.4, graph 1 horizontal spacing 1.8 maxrows 14
+
+if( aqua ) {
+    set output
+    set term aqua fig
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+  unset table
+}
+
+# log scale y
+#set yrange [0.001:400]
+#set format y "%g"
+#set ytics add ("400" 400)
+set logscale y
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesalogy
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYLOGRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @TYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYLOGRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@LOGPLOT2
+
+# --- GRAPH c
+@BYLOGRANGES; @BMARGIN; @LMARGIN
+@XTICS; @BYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYLOGRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesalogy
+    system(cmd)
+    }
+#set ytics add ("" 400)
+unset logscale y
+
+
+reset
+
+# Delay
+fig="20"
+measuretype="AvailabilityEnergy"
+study="POLICY_0_0_var_WF2Ctrl"
+title="Threshold-based policy for Alg1 and Alg2, with T-based channel failure"
+
+scenarios="sim_WScenario_m15_1_1_1_POLICY_0_0_var_WF2Ctrl sim_WScenario_m15_1_10_1_POLICY_0_0_var_WF2Ctrl sim_WScenario_m15_10_1_10_POLICY_0_0_var_WF2Ctrl sim_WScenario_m15_10_10_10_POLICY_0_0_var_WF2Ctrl" # space separed list of scenarios to compare
+scenariosts="'\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)'"
+serieinds="1" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(scenariosts)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(scenariosts).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:m] style line i lt lstyle(i) lw 1 pt lstyle(i)
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:m] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i)
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+measure="WUnavailability"
+measurelabel="\\(\\mu_U\\)"
+measurey=measurelabel . " (min/day)"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret=sprintf("%s", measurelabel)
+measuret2=sprintf("%s", measurelabel2)
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "MTB Weather Forecast (mins)"
+set ylabel measurey offset -1
+set y2label measurey2
+set format x "%2.1f"
+#set format y "%3.2f"
+#set xtics 0,1,5 nomirror rotate by 90 right
+#set xtics add ("0.2" 0.2)
+set xtics 0,1,5 nomirror
+set ytics nomirror
+set y2tics
+set xrange [0:*]
+set yrange [0:400]
+set y2range [0:1800]
+#set y2tics add ("2200" 2200)
+set border 11
+#set key bottom left
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph 1.0, graph 0.7
+unset logscale x
+unset logscale y
+
+# [ http://www.gnuplotting.org/code/multiplot4.gnu ]
+# MACROS
+# x- and ytics for each row resp. column
+LSCENARIO1="'(-15,1,1,1)'"
+LSCENARIO2="'(-15,1,10,1)'"
+LSCENARIO3="'(-15,10,1,10)'"
+LSCENARIO4="'(-15,10,10,10)'"
+NOXTICS = "set xtics 0,1,5 ('' 0,'' 1,'' 2,'' 3,'' 4,'' 5,'' 6) nomirror;\
+          unset xlabel"
+XTICS = "set xtics 0,1,5 ('5' 0,'10' 1,'20' 2,'30' 3,'40' 4,'50' 5,'60' 6) nomirror;\
+          set xlabel 'MTB Weather Forecast (mins)';\
+          set xrange [-0.2:6.2]"
+NOYTICS = "set format y '';\
+set ytics add ('' 25); set ytics add ('' 400)"
+NOY2TICS = "set format y2 ''"
+NOYLABEL = "unset ylabel"
+NOY2LABEL = "unset y2label"
+YTICS = "set format y '%.0f'; set ylabel measurey offset -1"
+Y2TICS = "set format y2 '%.0f'; set y2label measurey2"
+# y and y2 ranges
+TYRANGES = "set yrange [0:90]; set y2range [0:2000];\
+set ytics add ('' 25)"
+BYRANGES = "set yrange [0:90]; set y2range [0:2000];\
+set ytics add ('' 400)"
+# y and y2 log
+TYLOGRANGES = "set yrange [0.001:90]; set y2range [0:2000];\
+set ytics add ('25' 25)"
+BYLOGRANGES = "set yrange [0.001:90]; set y2range [0:2000];\
+set ytics add ('400' 400)"
+TYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+BYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+# Margins for each row resp. column
+TMARGIN = "set tmargin at screen 0.95; set bmargin at screen 0.57"
+BMARGIN = "set tmargin at screen 0.53; set bmargin at screen 0.15"
+LMARGIN = "set lmargin at screen 0.15; set rmargin at screen 0.45"
+RMARGIN = "set lmargin at screen 0.65; set rmargin at screen 0.95"
+# Placement of the a,b,c,d labels in the graphs
+POS = "at graph 0.60,0.95 font ',8'"
+
+# plot for scenario1
+PLOT1='plot "<" .bin. "/datagz.bash " . measure . " " . data(1) using ($0):($3*t*n) with lp ls 1 title measuret axes x1y1, \
+            "<" .bin. "/datagz.bash " . measure2 . " " . data(1) using ($0):3 with lp ls 1+m title measuret2 axes x1y2'
+
+# plot for scenario2
+PLOT2='plot "<" .bin. "/datagz.bash " . measure . " " . data(2) using ($0):($3*t*n) with lp ls 1 notitle axes x1y1, \
+            "<" .bin. "/datagz.bash " . measure2 . " " . data(2) using ($0):3 with lp ls 1+m notitle axes x1y2'
+
+# plot for scenario3
+PLOT3='plot "<" .bin. "/datagz.bash " . measure . " " . data(3) using ($0):($3*t*n) with lp ls 1 notitle axes x1y1, \
+            "<" .bin. "/datagz.bash " . measure2 . " " . data(3) using ($0):3 with lp ls 1+m notitle axes x1y2'
+
+# plot for scenario4
+PLOT4='plot "<" .bin. "/datagz.bash " . measure . " " . data(4) using ($0):($3*t*n) with lp ls 1 notitle axes x1y1, \
+            "<" .bin. "/datagz.bash " . measure2 . " " . data(4) using ($0):3 with lp ls 1+m notitle axes x1y2'
+
+set term tikz
+set output tikzfile
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+#print data(1)
+#print data(2)
+#print data(3)
+#print data(4)
+#cmd="../bin/datagz.bash " . measure2 . " " . data(2)
+#system(cmd)
+#cmd="gzip -dc " . data(2) . "| cat "
+#system(cmd)
+#exit
+
+# plot for each scenario
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @Y2TICS; @NOY2LABEL
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @YTICS; @NOYLABEL; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @Y2TICS; @NOY2LABEL
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @YTICS; @NOYLABEL; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @Y2TICS; @NOY2LABEL
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @YTICS; @NOYLABEL; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @Y2TICS; @NOY2LABEL
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @YTICS; @NOYLABEL; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+set key off
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesanoleg
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @Y2TICS; @NOY2LABEL
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @YTICS; @NOYLABEL; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @Y2TICS; @NOY2LABEL
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @YTICS; @NOYLABEL; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesanoleg
+    system(cmd)
+    }
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph 0.6, graph 0.4
+
+if( aqua ) {
+    set output
+    set term aqua fig
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @Y2TICS; @NOY2LABEL
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @YTICS; @NOYLABEL; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @Y2TICS; @NOY2LABEL
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @YTICS; @NOYLABEL; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @Y2TICS; @NOY2LABEL
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @YTICS; @NOYLABEL; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @Y2TICS; @NOY2LABEL
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @YTICS; @NOYLABEL; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+     unset table
+}
+
+# log scale y
+#set yrange [0.001:400]
+#set format y "%g"
+#set ytics add ("400" 400)
+set logscale y
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesalogy
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @Y2TICS; @NOY2LABEL
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @YTICS; @NOYLABEL; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @Y2TICS; @NOY2LABEL
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @YTICS; @NOYLABEL; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesalogy
+    system(cmd)
+    }
+#set ytics add ("" 400)
+unset logscale y
+
+
+reset
+
+# Delay
+fig="21"
+measuretype="AvailabilityEnergy"
+study="POLICY_1_1_var_WF2Ctrl"
+title="Forecast-R-based policy for Alg1 and Alg2, with T-based channel failure"
+
+scenarios="sim_WScenario_m15_1_1_1_POLICY_1_1_var_WF2Ctrl sim_WScenario_m15_1_10_1_POLICY_1_1_var_WF2Ctrl sim_WScenario_m15_10_1_10_POLICY_1_1_var_WF2Ctrl sim_WScenario_m15_10_10_10_POLICY_1_1_var_WF2Ctrl" # space separed list of scenarios to compare
+scenariosts="'\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)'"
+serieinds="1" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(scenariosts)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(scenariosts).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:m] style line i lt lstyle(i) lw 1 pt lstyle(i)
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:m] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i)
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+measure="WUnavailability"
+measurelabel="\\(\\mu_U\\)"
+measurey=measurelabel . " (min/day)"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret=sprintf("%s", measurelabel)
+measuret2=sprintf("%s", measurelabel2)
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "MTB Weather Forecast (mins)"
+set ylabel measurey offset -1
+set y2label measurey2
+set format x "%2.1f"
+#set format y "%3.2f"
+#set xtics 0,1,5 nomirror rotate by 90 right
+#set xtics add ("0.2" 0.2)
+set xtics 0,1,5 nomirror
+set ytics nomirror
+set y2tics
+set xrange [0:*]
+set yrange [0:400]
+set y2range [0:1800]
+#set y2tics add ("2200" 2200)
+set border 11
+#set key bottom left
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph 1.0, graph 0.7
+unset logscale x
+unset logscale y
+
+# [ http://www.gnuplotting.org/code/multiplot4.gnu ]
+# MACROS
+# x- and ytics for each row resp. column
+LSCENARIO1="'(-15,1,1,1)'"
+LSCENARIO2="'(-15,1,10,1)'"
+LSCENARIO3="'(-15,10,1,10)'"
+LSCENARIO4="'(-15,10,10,10)'"
+NOXTICS = "set xtics 0,1,5 ('' 0,'' 1,'' 2,'' 3,'' 4,'' 5,'' 6) nomirror;\
+          unset xlabel"
+XTICS = "set xtics 0,1,5 ('5' 0,'10' 1,'20' 2,'30' 3,'40' 4,'50' 5,'60' 6) nomirror;\
+          set xlabel 'MTB Weather Forecast (mins)';\
+          set xrange [-0.2:6.2]"
+NOYTICS = "set format y '';\
+set ytics add ('' 25); set ytics add ('' 400)"
+NOY2TICS = "set format y2 ''"
+NOYLABEL = "unset ylabel"
+NOY2LABEL = "unset y2label"
+YTICS = "set format y '%.0f'; set ylabel measurey offset -1"
+Y2TICS = "set format y2 '%.0f'; set y2label measurey2"
+# y and y2 ranges
+TYRANGES = "set yrange [0:90]; set y2range [0:2000];\
+set ytics add ('' 25)"
+BYRANGES = "set yrange [0:90]; set y2range [0:2000];\
+set ytics add ('' 400)"
+# y and y2 log
+TYLOGRANGES = "set yrange [0.001:90]; set y2range [0:2000];\
+set ytics add ('' 25)"
+BYLOGRANGES = "set yrange [0.001:90]; set y2range [0:2000];\
+set ytics add ('' 400)"
+TYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+BYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+# Margins for each row resp. column
+TMARGIN = "set tmargin at screen 0.95; set bmargin at screen 0.57"
+BMARGIN = "set tmargin at screen 0.53; set bmargin at screen 0.15"
+LMARGIN = "set lmargin at screen 0.15; set rmargin at screen 0.45"
+RMARGIN = "set lmargin at screen 0.65; set rmargin at screen 0.95"
+# Placement of the a,b,c,d labels in the graphs
+POS = "at graph 0.60,0.95 font ',8'"
+
+# plot for scenario1
+PLOT1='plot "<" .bin. "/datagz.bash " . measure . " " . data(1) using ($0):($3*t*n) with lp ls 1 title measuret axes x1y1, \
+            "<" .bin. "/datagz.bash " . measure2 . " " . data(1) using ($0):3 with lp ls 1+m title measuret2 axes x1y2'
+
+# plot for scenario2
+PLOT2='plot "<" .bin. "/datagz.bash " . measure . " " . data(2) using ($0):($3*t*n) with lp ls 1 notitle axes x1y1, \
+            "<" .bin. "/datagz.bash " . measure2 . " " . data(2) using ($0):3 with lp ls 1+m notitle axes x1y2'
+
+# plot for scenario3
+PLOT3='plot "<" .bin. "/datagz.bash " . measure . " " . data(3) using ($0):($3*t*n) with lp ls 1 notitle axes x1y1, \
+            "<" .bin. "/datagz.bash " . measure2 . " " . data(3) using ($0):3 with lp ls 1+m notitle axes x1y2'
+
+# plot for scenario4
+PLOT4='plot "<" .bin. "/datagz.bash " . measure . " " . data(4) using ($0):($3*t*n) with lp ls 1 notitle axes x1y1, \
+            "<" .bin. "/datagz.bash " . measure2 . " " . data(4) using ($0):3 with lp ls 1+m notitle axes x1y2'
+
+set term tikz
+set output tikzfile
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+#print data(1)
+#print data(2)
+#print data(3)
+#print data(4)
+#cmd="../bin/datagz.bash " . measure2 . " " . data(2)
+#system(cmd)
+#cmd="gzip -dc " . data(2) . "| cat "
+#system(cmd)
+#exit
+
+# plot for each scenario
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @Y2TICS; @NOY2LABEL
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @YTICS; @NOYLABEL; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @Y2TICS; @NOY2LABEL
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @YTICS; @NOYLABEL; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @Y2TICS; @NOY2LABEL
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @YTICS; @NOYLABEL; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @Y2TICS; @NOY2LABEL
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @YTICS; @NOYLABEL; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+set key off
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesanoleg
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @Y2TICS; @NOY2LABEL
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @YTICS; @NOYLABEL; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @Y2TICS; @NOY2LABEL
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @YTICS; @NOYLABEL; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesanoleg
+    system(cmd)
+    }
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph 0.6, graph 0.4
+
+if( aqua ) {
+    set output
+    set term aqua fig
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @Y2TICS; @NOY2LABEL
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @YTICS; @NOYLABEL; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @Y2TICS; @NOY2LABEL
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @YTICS; @NOYLABEL; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @Y2TICS; @NOY2LABEL
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @YTICS; @NOYLABEL; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @Y2TICS; @NOY2LABEL
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @YTICS; @NOYLABEL; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+     unset table
+}
+
+# log scale y
+#set yrange [0.001:400]
+#set format y "%g"
+#set ytics add ("400" 400)
+set logscale y
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesalogy
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @Y2TICS; @NOY2LABEL
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @YTICS; @NOYLABEL; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@LOGPLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @Y2TICS; @NOY2LABEL
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @YTICS; @NOYLABEL; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesalogy
+    system(cmd)
+    }
+#set ytics add ("" 400)
+unset logscale y
+
+
+reset
+
+# Delay
+fig="22"
+measuretype="AvailabilityEnergy"
+study="POLICY_2_2_var_WF2Ctrl"
+title="Forecast-offset-based policy for Alg1 and Alg2, with T-based channel failure"
+
+scenarios="sim_WScenario_m15_1_1_1_POLICY_2_2_var_WF2Ctrl sim_WScenario_m15_1_10_1_POLICY_2_2_var_WF2Ctrl sim_WScenario_m15_10_1_10_POLICY_2_2_var_WF2Ctrl sim_WScenario_m15_10_10_10_POLICY_2_2_var_WF2Ctrl" # space separed list of scenarios to compare
+scenariosts="'\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)'"
+serieinds="1" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(scenariosts)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(scenariosts).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:m] style line i lt lstyle(i) lw 1 pt lstyle(i)
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:m] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i)
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+measure="WUnavailability"
+measurelabel="\\(\\mu_U\\)"
+measurey=measurelabel . " (min/day)"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret=sprintf("%s", measurelabel)
+measuret2=sprintf("%s", measurelabel2)
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "MTB Weather Forecast (mins)"
+set ylabel measurey offset -1
+set y2label measurey2
+set format x "%2.1f"
+#set format y "%3.2f"
+#set xtics 0,1,5 nomirror rotate by 90 right
+#set xtics add ("0.2" 0.2)
+set xtics 0,1,5 nomirror
+set ytics nomirror
+set y2tics
+set xrange [0:*]
+set yrange [0:400]
+set y2range [0:1800]
+#set y2tics add ("2200" 2200)
+set border 11
+#set key bottom left
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph 1.0, graph 0.7
+unset logscale x
+unset logscale y
+
+# [ http://www.gnuplotting.org/code/multiplot4.gnu ]
+# MACROS
+# x- and ytics for each row resp. column
+LSCENARIO1="'(-15,1,1,1)'"
+LSCENARIO2="'(-15,1,10,1)'"
+LSCENARIO3="'(-15,10,1,10)'"
+LSCENARIO4="'(-15,10,10,10)'"
+NOXTICS = "set xtics 0,1,5 ('' 0,'' 1,'' 2,'' 3,'' 4,'' 5,'' 6) nomirror;\
+          unset xlabel"
+XTICS = "set xtics 0,1,5 ('5' 0,'10' 1,'20' 2,'30' 3,'40' 4,'50' 5,'60' 6) nomirror;\
+          set xlabel 'MTB Weather Forecast (mins)';\
+          set xrange [-0.2:6.2]"
+NOYTICS = "set format y '';\
+set ytics add ('' 25); set ytics add ('' 400)"
+NOY2TICS = "set format y2 ''"
+NOYLABEL = "unset ylabel"
+NOY2LABEL = "unset y2label"
+YTICS = "set format y '%.1f'; set ylabel measurey offset -1"
+Y2TICS = "set format y2 '%.0f'; set y2label measurey2"
+# y and y2 ranges
+TYRANGES = "set yrange [0:90]; set y2range [0:2000];\
+set ytics add ('' 25)"
+BYRANGES = "set yrange [0:190]; set y2range [0:2000];\
+set ytics add ('' 400)"
+# y and y2 log
+TYLOGRANGES = "set yrange [0.001:90]; set y2range [0:2000];\
+set ytics add ('' 25)"
+BYLOGRANGES = "set yrange [0.001:190]; set y2range [0:2000];\
+set ytics add ('' 400)"
+TYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+BYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+# Margins for each row resp. column
+TMARGIN = "set tmargin at screen 0.95; set bmargin at screen 0.57"
+BMARGIN = "set tmargin at screen 0.53; set bmargin at screen 0.15"
+LMARGIN = "set lmargin at screen 0.15; set rmargin at screen 0.45"
+RMARGIN = "set lmargin at screen 0.65; set rmargin at screen 0.95"
+# Placement of the a,b,c,d labels in the graphs
+POS = "at graph 0.60,0.95 font ',8'"
+
+# plot for scenario1
+PLOT1='plot "<" .bin. "/datagz.bash " . measure . " " . data(1) using ($0):($3*t*n) with lp ls 1 title measuret axes x1y1, \
+            "<" .bin. "/datagz.bash " . measure2 . " " . data(1) using ($0):3 with lp ls 1+m title measuret2 axes x1y2'
+
+# plot for scenario2
+PLOT2='plot "<" .bin. "/datagz.bash " . measure . " " . data(2) using ($0):($3*t*n) with lp ls 1 notitle axes x1y1, \
+            "<" .bin. "/datagz.bash " . measure2 . " " . data(2) using ($0):3 with lp ls 1+m notitle axes x1y2'
+
+# plot for scenario3
+PLOT3='plot "<" .bin. "/datagz.bash " . measure . " " . data(3) using ($0):($3*t*n) with lp ls 1 notitle axes x1y1, \
+            "<" .bin. "/datagz.bash " . measure2 . " " . data(3) using ($0):3 with lp ls 1+m notitle axes x1y2'
+
+# plot for scenario4
+PLOT4='plot "<" .bin. "/datagz.bash " . measure . " " . data(4) using ($0):($3*t*n) with lp ls 1 notitle axes x1y1, \
+            "<" .bin. "/datagz.bash " . measure2 . " " . data(4) using ($0):3 with lp ls 1+m notitle axes x1y2'
+
+set term tikz
+set output tikzfile
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+#print data(1)
+#print data(2)
+#print data(3)
+#print data(4)
+#cmd="../bin/datagz.bash " . measure2 . " " . data(2)
+#system(cmd)
+#cmd="gzip -dc " . data(2) . "| cat "
+#system(cmd)
+#exit
+
+# plot for each scenario
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @Y2TICS; @NOY2LABEL
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @YTICS; @NOYLABEL; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @Y2TICS; @NOY2LABEL
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @YTICS; @NOYLABEL; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @Y2TICS; @NOY2LABEL
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @YTICS; @NOYLABEL; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @Y2TICS; @NOY2LABEL
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @YTICS; @NOYLABEL; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+set key off
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesanoleg
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @Y2TICS; @NOY2LABEL
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @YTICS; @NOYLABEL; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @Y2TICS; @NOY2LABEL
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @YTICS; @NOYLABEL; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesanoleg
+    system(cmd)
+    }
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph 0.6, graph 0.4
+
+if( aqua ) {
+    set output
+    set term aqua fig
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @Y2TICS; @NOY2LABEL
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @YTICS; @NOYLABEL; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @Y2TICS; @NOY2LABEL
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @YTICS; @NOYLABEL; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @Y2TICS; @NOY2LABEL
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @YTICS; @NOYLABEL; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @Y2TICS; @NOY2LABEL
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @YTICS; @NOYLABEL; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+     unset table
+}
+
+# log scale y
+#set yrange [0.001:400]
+#set format y "%g"
+#set ytics add ("400" 400)
+set logscale y
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesalogy
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @Y2TICS; @NOY2LABEL
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @YTICS; @NOYLABEL; @Y2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @Y2TICS; @NOY2LABEL
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @YTICS; @NOYLABEL; @Y2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesalogy
+    system(cmd)
+    }
+#set ytics add ("" 400)
+unset logscale y
+
+
+reset
+
+# Delay
+fig="51"
+measuretype="CostAvailabilityEnergy"
+study="POLICY_0_NN"
+title="Threshold-based policy for Alg1, when no channel fails"
+
+scenarios="sim_WScenario_m15_1_1_1_POLICY_0_NN sim_WScenario_m15_1_10_1_POLICY_0_NN sim_WScenario_m15_10_1_10_POLICY_0_NN sim_WScenario_m15_10_10_10_POLICY_0_NN" # space separed list of scenarios to compare
+scenariosts="'\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)'"
+serieinds="1" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(scenariosts)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(scenariosts).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:m] style line i lt lstyle(i) lw 1 pt lstyle(i)
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:m] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i)
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+measure="WUnavailability"
+measurelabel="\\(\\mu_U\\)"
+measurey="Cost"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret=sprintf("%s", measurelabel)
+measuret2=sprintf("%s", measurelabel2)
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "\\(T_{thr}\\) (\\(^{o}C\\))"
+set ylabel measurey offset -1
+set y2label measurey2
+set format x "%2.1f"
+#set format y "%3.2f"
+#set xtics 0,1,5 nomirror rotate by 90 right
+#set xtics add ("0.2" 0.2)
+set xtics 0,1,5 nomirror
+set ytics nomirror
+set y2tics
+set xrange [0:*]
+set yrange [0:400]
+set y2range [0:1800]
+#set y2tics add ("2200" 2200)
+set border 11
+#set key bottom left
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph 0.6, graph 0.4
+unset logscale x
+unset logscale y
+
+# [ http://www.gnuplotting.org/code/multiplot4.gnu ]
+# MACROS
+# x- and ytics for each row resp. column
+LSCENARIO1="'(-15,1,1,1)'"
+LSCENARIO2="'(-15,1,10,1)'"
+LSCENARIO3="'(-15,10,1,10)'"
+LSCENARIO4="'(-15,10,10,10)'"
+NOXTICS = "set xtics 0,1,5 ('' 0,'' 1,'' 2,'' 3) nomirror;\
+          unset xlabel"
+XTICS = "set xtics 0,1,5 ('0' 0,'1' 1,'2' 2,'3' 3) nomirror;\
+          set xlabel '\\(T_{thr}\\) (\\(^{o}C\\))';\
+          set xrange [-0.2:3.2]"
+NOYTICS = "set format y ''; unset ylabel"
+NOY2TICS = "set format y2 ''; unset y2label; unset ylabel"
+YTICS = "set format y '%.0f'; set ylabel measurey offset -1"
+Y2TICS = "set format y2 '%.0f'; set y2label measurey2"
+# y and y2 ranges
+TYRANGES = "set yrange [0:2000]"
+BYRANGES = "set yrange [0:5000]"
+# y and y2 log
+TYLOGRANGES = "set yrange [0.001:2000]"
+BYLOGRANGES = "set yrange [0.001:5000]"
+TYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+BYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+# Margins for each row resp. column
+TMARGIN = "set tmargin at screen 0.95; set bmargin at screen 0.57"
+BMARGIN = "set tmargin at screen 0.53; set bmargin at screen 0.15"
+LMARGIN = "set lmargin at screen 0.15; set rmargin at screen 0.55"
+RMARGIN = "set lmargin at screen 0.55; set rmargin at screen 0.95"
+# Placement of the a,b,c,d labels in the graphs
+POS = "at graph 0.60,0.95 font ',8'"
+
+# plot for scenario1
+PLOT1='plot "<" .bin. "/data2gz.bash " . measure . " " . measure2 . " " . data(1) using ($0):(($3*t*n*costU)+($7*costE)) with lp ls 1 notitle'
+
+# plot for scenario2
+PLOT2='plot "<" .bin. "/data2gz.bash " . measure . " " . measure2 . " " . data(2) using ($0):(($3*t*n*costU)+($7*costE)) with lp ls 1 notitle'
+
+# plot for scenario3
+PLOT3='plot "<" .bin. "/data2gz.bash " . measure . " " . measure2 . " " . data(3) using ($0):(($3*t*n*costU)+($7*costE)) with lp ls 1 notitle'
+
+# plot for scenario4
+PLOT4='plot "<" .bin. "/data2gz.bash " . measure . " " . measure2 . " " . data(4) using ($0):(($3*t*n*costU)+($7*costE)) with lp ls 1 notitle'
+
+set term tikz
+set output tikzfile
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+#print data(1)
+#print data(2)
+#print data(3)
+#print data(4)
+#cmd="../bin/datagz.bash " . measure2 . " " . data(2)
+#system(cmd)
+#cmd="gzip -dc " . data(2) . "| cat "
+#system(cmd)
+#exit
+
+# plot for each scenario
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+set key off
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesanoleg
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesanoleg
+    system(cmd)
+    }
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph 0.6, graph 0.4
+
+if( aqua ) {
+    set output
+    set term aqua fig
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+     unset table
+}
+
+# log scale y
+#set yrange [0.001:400]
+#set format y "%g"
+#set ytics add ("400" 400)
+set logscale y
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesalogy
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYLOGRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @TYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYLOGRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYLOGRANGES; @BMARGIN; @LMARGIN
+@XTICS; @BYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYLOGRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesalogy
+    system(cmd)
+    }
+#set ytics add ("" 400)
+unset logscale y
+
+
+reset
+
+# Delay
+fig="52"
+measuretype="CostAvailabilityEnergy"
+study="POLICY_2_NN"
+title="Forecast-offset-based policy for Alg1, when no channel fails"
+
+scenarios="sim_WScenario_m15_1_1_1_POLICY_2_NN sim_WScenario_m15_1_10_1_POLICY_2_NN sim_WScenario_m15_10_1_10_POLICY_2_NN sim_WScenario_m15_10_10_10_POLICY_2_NN" # space separed list of scenarios to compare
+scenariosts="'\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)'"
+serieinds="1" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(scenariosts)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(scenariosts).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:ndpepsilon1] style line i lt lstyle(i) lw 1 pt lstyle(i)
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:ndpepsilon1] style line i+ndpepsilon1 lt lstyle2(i) dt 2 lw 1 pt lstyle2(i)
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+# dpepsilon1 values
+measurets="'-3' '-2' '-1' '0' '1' '2' '3'" 
+measure="WUnavailability"
+measurelabel="\\(\\mu_U\\)"
+measurey="Cost"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret(i)=sprintf("\\(\\tilde{T}^{dew}_{thr}\\)=%s", word(measurets,ston(i)))
+measuret2(i)=sprintf("\\(\\tilde{T}^{dew}_{thr}\\)=%s", word(measurets,ston(i)))
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "\\(\\tilde{T}_{thr}\\) (\\(^{o}C\\))"
+set ylabel measurey offset -1
+set y2label measurey2
+set format x "%2.1f"
+#set format y "%3.2f"
+#set xtics 0,1,5 nomirror rotate by 90 right
+#set xtics add ("0.2" 0.2)
+set xtics 0,1,5 ("-3" 0,"-2" 1,"-1" 2,"0" 3,"1" 4,"2" 5,"3" 6) nomirror
+set ytics nomirror
+set y2tics
+set xrange [0:*]
+set yrange [0:400]
+set y2range [0:800]
+#set y2tics add ("2200" 2200)
+set border 3
+#set key bottom left
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph -0.4, graph 1 horizontal spacing 1.8 maxrows 14
+unset logscale x
+unset logscale y
+
+# [ http://www.gnuplotting.org/code/multiplot4.gnu ]
+# MACROS
+# x- and ytics for each row resp. column
+LSCENARIO1="'(-15,1,1,1)'"
+LSCENARIO2="'(-15,1,10,1)'"
+LSCENARIO3="'(-15,10,1,10)'"
+LSCENARIO4="'(-15,10,10,10)'"
+NOXTICS = "set xtics 0,1,5 ('' 0,'' 1,'' 2,'' 3,'' 4,'' 5,'' 6) nomirror;\
+          unset xlabel"
+XTICS = "set xtics 0,1,5 ('-3' 0,'-2' 1,'-1' 2,'0' 3,'1' 4,'2' 5,'3' 6) nomirror;\
+          set xlabel '\\(\\tilde{T}_{thr}\\) (\\(^{o}C\\))';\
+          set xrange [-0.2:6.2]"
+NOYTICS = "set format y ''; unset ylabel"
+NOY2TICS = "set format y2 ''; unset y2label; unset y2tics"
+YTICS = "set format y '%.0f'; set ylabel measurey offset -1"
+Y2TICS = "set format y2 '%.0f'; set y2label measurey2"
+# y and y2 ranges
+TYRANGES = "set yrange [0:2000]"
+BYRANGES = "set yrange [0:5000]"
+# y and y2 log
+TYLOGRANGES = "set yrange [0.001:2000]"
+BYLOGRANGES = "set yrange [0.001:5000]"
+TYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+BYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+# Margins for each row resp. column
+TMARGIN = "set tmargin at screen 0.95; set bmargin at screen 0.57"
+BMARGIN = "set tmargin at screen 0.53; set bmargin at screen 0.15"
+LMARGIN = "set lmargin at screen 0.15; set rmargin at screen 0.55"
+RMARGIN = "set lmargin at screen 0.55; set rmargin at screen 0.95"
+# Placement of the a,b,c,d labels in the graphs
+POS = "at graph 0.60,0.95 font ',8'"
+
+# [ http://lowrank.net/gnuplot/datafile2-e.html#7.6 ]
+#every I:J:K:L:M:N	
+#I	Line increment
+#J	Data block increment
+#K	The first line
+#L	The first data block
+#M	The last line
+#N	The last data block
+#every 2	plot every 2 line
+#every ::3	plot from the 3-rd lines
+#every ::3::5	plot from the 3-rd to 5-th lines
+#every ::0::0	plot the first line only
+#every 2::::6	plot the 1,3,5,7-th lines
+#every :2	plot every 2 data block
+#every :::5::8	plot from 5-th to 8-th data blocks
+
+# plot for scenario1
+PLOT1='plot for[i=1:ndpepsilon1] "<" .bin. "/data2gz.bash " . measure . " " . measure2 . " " . data(1) every ndpepsilon1::i-1 using ($0):(($3*t*n*costU)+($7*costE)) with lp ls i title measuret(i)'
+
+# plot for scenario2
+PLOT2='plot for[i=1:ndpepsilon1] "<" .bin. "/data2gz.bash " . measure . " " . measure2 . " " . data(2) every ndpepsilon1::i-1 using ($0):(($3*t*n*costU)+($7*costE)) with lp ls i notitle'
+
+# plot for scenario3
+PLOT3='plot for[i=1:ndpepsilon1] "<" .bin. "/data2gz.bash " . measure . " " . measure2 . " " . data(3) every ndpepsilon1::i-1 using ($0):(($3*t*n*costU)+($7*costE)) with lp ls i notitle'
+
+# plot for scenario4
+PLOT4='plot for[i=1:ndpepsilon1] "<" .bin. "/data2gz.bash " . measure . " " . measure2 . " " . data(4) every ndpepsilon1::i-1 using ($0):(($3*t*n*costU)+($7*costE)) with lp ls i notitle'
+
+set term tikz
+set output tikzfile
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+#print data(1)
+#print data(2)
+#print data(3)
+#print data(4)
+#cmd="../bin/datagz.bash " . measure2 . " " . data(2)
+#system(cmd)
+#cmd="gzip -dc " . data(2) . "| cat "
+#system(cmd)
+#exit
+
+# plot for each scenario
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+set key off
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesanoleg
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesanoleg
+    system(cmd)
+    }
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph -0.4, graph 1 horizontal spacing 1.8 maxrows 14
+
+if( aqua ) {
+    set output
+    set term aqua fig
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+    set format x "% g"
+    set format y "%g"
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @NOY2TICS
+    set format x "% g"
+    set format y "%g"
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+    set format x "% g"
+    set format y "%g"
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @NOY2TICS
+    set format x "% g"
+    set format y "%g"
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset table
+}
+
+# log scale y
+#set yrange [0.001:400]
+#set format y "%g"
+#set ytics add ("400" 400)
+set key at graph -0.5, graph 1 horizontal spacing 1.8 maxrows 14
+set logscale y
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesalogy
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYLOGRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @TYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYLOGRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYLOGRANGES; @BMARGIN; @LMARGIN
+@XTICS; @BYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYLOGRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesalogy
+    system(cmd)
+    }
+#set ytics add ("" 400)
+unset logscale y
+
+
+reset
+
+# Delay
+fig="53"
+measuretype="CostAvailabilityEnergy"
+study="POLICY_NN_0"
+title="Threshold-based policy for Alg2, when no channel works"
+
+scenarios="sim_WScenario_m15_1_1_1_POLICY_NN_0 sim_WScenario_m15_1_10_1_POLICY_NN_0 sim_WScenario_m15_10_1_10_POLICY_NN_0 sim_WScenario_m15_10_10_10_POLICY_NN_0" # space separed list of scenarios to compare
+scenariosts="'\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)'"
+serieinds="1" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(scenariosts)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(scenariosts).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:m] style line i lt lstyle(i) lw 1 pt lstyle(i)
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:m] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i)
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+measure="WUnavailability"
+measurelabel="\\(\\mu_U\\)"
+measurey="Cost"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret=sprintf("%s", measurelabel)
+measuret2=sprintf("%s", measurelabel2)
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "\\(T_{thr}\\) (\\(^{o}C\\))"
+set ylabel measurey offset -1
+set y2label measurey2
+set format x "%2.1f"
+#set format y "%3.2f"
+#set xtics 0,1,5 nomirror rotate by 90 right
+#set xtics add ("0.2" 0.2)
+set xtics 0,1,5 nomirror
+set ytics nomirror
+set y2tics
+set xrange [0:*]
+set yrange [0:400]
+set y2range [0:1800]
+#set y2tics add ("2200" 2200)
+set border 3
+#set key bottom left
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph 0.6, graph 0.4
+unset logscale x
+unset logscale y
+
+# [ http://www.gnuplotting.org/code/multiplot4.gnu ]
+# MACROS
+# x- and ytics for each row resp. column
+LSCENARIO1="'(-15,1,1,1)'"
+LSCENARIO2="'(-15,1,10,1)'"
+LSCENARIO3="'(-15,10,1,10)'"
+LSCENARIO4="'(-15,10,10,10)'"
+NOXTICS = "set xtics 0,1,5 ('' 0,'' 1,'' 2,'' 3) nomirror;\
+          unset xlabel"
+XTICS = "set xtics 0,1,5 ('0' 0,'1' 1,'2' 2,'3' 3) nomirror;\
+          set xlabel '\\(T_{thr}\\) (\\(^{o}C\\))';\
+          set xrange [-0.2:3.2]"
+NOYTICS = "set format y ''; unset ylabel"
+NOY2TICS = "set format y2 ''; unset y2label; unset y2tics"
+YTICS = "set format y '%.0f'; set ylabel measurey offset -1"
+Y2TICS = "set format y2 '%.0f'; set y2label measurey2"
+# y and y2 ranges
+TYRANGES = "set yrange [3000:3600]"
+BYRANGES = "set yrange [3000:3600]"
+# y and y2 log
+TYLOGRANGES = "set yrange [0.001:3600]"
+BYLOGRANGES = "set yrange [0.001:3600]"
+TYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+BYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+# Margins for each row resp. column
+TMARGIN = "set tmargin at screen 0.95; set bmargin at screen 0.57"
+BMARGIN = "set tmargin at screen 0.53; set bmargin at screen 0.15"
+LMARGIN = "set lmargin at screen 0.15; set rmargin at screen 0.55"
+RMARGIN = "set lmargin at screen 0.55; set rmargin at screen 0.95"
+# Placement of the a,b,c,d labels in the graphs
+POS = "at graph 0.60,0.95 font ',8'"
+
+# plot for scenario1
+PLOT1='plot "<" .bin. "/data2gz.bash " . measure . " " . measure2 . " " . data(1) using ($0):(($3*t*n*costU)+($7*costE)) with lp ls 1 notitle'
+
+# plot for scenario2
+PLOT2='plot "<" .bin. "/data2gz.bash " . measure . " " . measure2 . " " . data(2) using ($0):(($3*t*n*costU)+($7*costE)) with lp ls 1 notitle'
+
+# plot for scenario3
+PLOT3='plot "<" .bin. "/data2gz.bash " . measure . " " . measure2 . " " . data(3) using ($0):(($3*t*n*costU)+($7*costE)) with lp ls 1 notitle'
+
+# plot for scenario4
+PLOT4='plot "<" .bin. "/data2gz.bash " . measure . " " . measure2 . " " . data(4) using ($0):(($3*t*n*costU)+($7*costE)) with lp ls 1 notitle'
+
+set term tikz
+set output tikzfile
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+#print data(1)
+#print data(2)
+#print data(3)
+#print data(4)
+#cmd="../bin/datagz.bash " . measure2 . " " . data(2)
+#system(cmd)
+#cmd="gzip -dc " . data(2) . "| cat "
+#system(cmd)
+#exit
+
+# plot for each scenario
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+set key off
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesanoleg
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesanoleg
+    system(cmd)
+    }
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph 0.6, graph 0.4
+
+if( aqua ) {
+    set output
+    set term aqua fig
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+     unset table
+}
+
+# log scale y
+#set yrange [0.001:400]
+#set format y "%g"
+#set ytics add ("400" 400)
+set logscale y
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesalogy
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYLOGRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @TYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYLOGRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYLOGRANGES; @BMARGIN; @LMARGIN
+@XTICS; @BYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYLOGRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesalogy
+    system(cmd)
+    }
+#set ytics add ("" 400)
+unset logscale y
+
+
+reset
+
+# Delay
+fig="54"
+measuretype="CostAvailabilityEnergy"
+study="POLICY_NN_2"
+
+# the position in the list of values for deltam (starting from 0)
+deltamind="2"
+# dpepsilon2 values
+deltamvalues="'0' '5' '10' '15' '20'" 
+title=sprintf("Forecast-offset-based policy for Alg2, when no channel works, \\(\\Delta_m=%s\\)",word(deltamvalues,ston(deltamind)+1))
+
+scenarios="sim_WScenario_m15_1_1_1_POLICY_NN_2 sim_WScenario_m15_1_10_1_POLICY_NN_2 sim_WScenario_m15_10_1_10_POLICY_NN_2 sim_WScenario_m15_10_10_10_POLICY_NN_2" # space separed list of scenarios to compare
+scenariosts="'\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)'"
+serieinds="1" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(scenariosts)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(scenariosts).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:ndpepsilon1] style line i lt lstyle(i) lw 1 pt lstyle(i)
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:ndpepsilon1] style line i+ndpepsilon1 lt lstyle2(i) dt 2 lw 1 pt lstyle2(i)
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+# dpepsilon2 values (for DP)
+measurets="'-3' '-2' '-1' '0' '1' '2' '3'" 
+measure="WUnavailability"
+measurelabel="\\(\\mu_U\\)"
+measurey="Cost"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret(i)=sprintf("\\(\\tilde{T}^{dew}_{thr}\\)=%s", word(measurets,ston(i)))
+measuret2(i)=sprintf("\\(\\tilde{T}^{dew}_{thr}\\)=%s", word(measurets,ston(i)))
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "\\(\\tilde{T}_{thr}\\) (\\(^{o}C\\))"
+set ylabel measurey offset -1
+set y2label measurey2
+set format x "%2.1f"
+#set format y "%3.2f"
+#set xtics 0,1,5 nomirror rotate by 90 right
+#set xtics add ("0.2" 0.2)
+set xtics 0,1,5 ("-3" 0,"-2" 1,"-1" 2,"0" 3,"1" 4,"2" 5,"3" 6) nomirror
+set ytics nomirror
+set y2tics
+set xrange [0:*]
+set yrange [0:400]
+set y2range [0:800]
+#set y2tics add ("2200" 2200)
+set border 3
+#set key bottom left
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph -0.4, graph 1 horizontal spacing 1.8 maxrows 14
+unset logscale x
+unset logscale y
+
+# [ http://www.gnuplotting.org/code/multiplot4.gnu ]
+# MACROS
+# x- and ytics for each row resp. column
+LSCENARIO1="'(-15,1,1,1)'"
+LSCENARIO2="'(-15,1,10,1)'"
+LSCENARIO3="'(-15,10,1,10)'"
+LSCENARIO4="'(-15,10,10,10)'"
+NOXTICS = "set xtics 0,1,5 ('' 0,'' 1,'' 2,'' 3,'' 4,'' 5,'' 6) nomirror;\
+          unset xlabel"
+XTICS = "set xtics 0,1,5 ('-3' 0,'-2' 1,'-1' 2,'0' 3,'1' 4,'2' 5,'3' 6) nomirror;\
+          set xlabel '\\(\\tilde{T}_{thr}\\) (\\(^{o}C\\))';\
+          set xrange [-0.2:6.2]"
+NOYTICS = "set format y ''; unset ylabel"
+NOY2TICS = "set format y2 ''; unset y2label; unset y2tics"
+YTICS = "set format y '%.0f'; set ylabel measurey offset -1"
+Y2TICS = "set format y2 '%.0f'; set y2label measurey2"
+# y and y2 ranges
+TYRANGES = "set yrange [3000:5000]"
+BYRANGES = "set yrange [2500:5000]"
+# y and y2 log
+TYLOGRANGES = "set yrange [0.001:5000]"
+BYLOGRANGES = "set yrange [0.001:5000]"
+TYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+BYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+# Margins for each row resp. column
+TMARGIN = "set tmargin at screen 0.95; set bmargin at screen 0.57"
+BMARGIN = "set tmargin at screen 0.53; set bmargin at screen 0.15"
+LMARGIN = "set lmargin at screen 0.15; set rmargin at screen 0.55"
+RMARGIN = "set lmargin at screen 0.55; set rmargin at screen 0.95"
+# Placement of the a,b,c,d labels in the graphs
+POS = "at graph 0.60,0.95 font ',8'"
+
+# [ http://lowrank.net/gnuplot/datafile2-e.html#7.6 ]
+#every I:J:K:L:M:N	
+#I	Line increment
+#J	Data block increment
+#K	The first line
+#L	The first data block
+#M	The last line
+#N	The last data block
+#every 2	plot every 2 line
+#every ::3	plot from the 3-rd lines
+#every ::3::5	plot from the 3-rd to 5-th lines
+#every ::0::0	plot the first line only
+#every 2::::6	plot the 1,3,5,7-th lines
+#every :2	plot every 2 data block
+#every :::5::8	plot from 5-th to 8-th data blocks
+
+# plot for scenario1
+PLOT1='plot for[i=1:ndpepsilon2] "<" .bin. "/data2gz.bash " . measure . " " . measure2 . " " . data(1) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):(($3*t*n*costU)+($7*costE)) with lp ls i title measuret(i)'
+
+# plot for scenario2
+PLOT2='plot for[i=1:ndpepsilon2] "<" .bin. "/data2gz.bash " . measure . " " . measure2 . " " . data(2) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):(($3*t*n*costU)+($7*costE)) with lp ls i notitle'
+
+# plot for scenario3
+PLOT3='plot for[i=1:ndpepsilon2] "<" .bin. "/data2gz.bash " . measure . " " . measure2 . " " . data(3) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):(($3*t*n*costU)+($7*costE)) with lp ls i notitle'
+
+# plot for scenario4
+PLOT4='plot for[i=1:ndpepsilon2] "<" .bin. "/data2gz.bash " . measure . " " . measure2 . " " . data(4) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):(($3*t*n*costU)+($7*costE)) with lp ls i notitle'
+
+set term tikz
+set output tikzfile
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+#print data(1)
+#print data(2)
+#print data(3)
+#print data(4)
+#cmd="../bin/datagz.bash " . measure2 . " " . data(2)
+#system(cmd)
+#cmd="gzip -dc " . data(2) . "| cat "
+#system(cmd)
+#exit
+
+# plot for each scenario
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+set key off
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesanoleg
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesanoleg
+    system(cmd)
+    }
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph -0.4, graph 1 horizontal spacing 1.8 maxrows 14
+
+if( aqua ) {
+    set output
+    set term aqua fig
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+    set format x "% g"
+    set format y "%g"
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @NOY2TICS
+    set format x "% g"
+    set format y "%g"
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+    set format x "% g"
+    set format y "%g"
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @NOY2TICS
+    set format x "% g"
+    set format y "%g"
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset table
+}
+
+# log scale y
+#set yrange [0.001:400]
+#set format y "%g"
+#set ytics add ("400" 400)
+set key at graph -0.5, graph 1 horizontal spacing 1.8 maxrows 14
+set logscale y
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesalogy
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYLOGRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @TYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYLOGRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYLOGRANGES; @BMARGIN; @LMARGIN
+@XTICS; @BYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYLOGRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesalogy
+    system(cmd)
+    }
+#set ytics add ("" 400)
+unset logscale y
+
+
+reset
+
+# Delay
+fig="60"
+measuretype="CostAvailabilityEnergy"
+study="POLICY_0_0"
+title="Threshold-based policy for Alg1 and Alg2, with T-based channel failure"
+
+scenarios="sim_WScenario_m15_1_1_1_POLICY_0_0 sim_WScenario_m15_1_10_1_POLICY_0_0 sim_WScenario_m15_10_1_10_POLICY_0_0 sim_WScenario_m15_10_10_10_POLICY_0_0" # space separed list of scenarios to compare
+scenariosts="'\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)'"
+serieinds="1" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(scenariosts)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(scenariosts).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:m] style line i lt lstyle(i) lw 1 pt lstyle(i)
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:m] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i)
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+measure="WUnavailability"
+measurelabel="\\(\\mu_U\\)"
+measurey="Cost"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret=sprintf("%s", measurelabel)
+measuret2=sprintf("%s", measurelabel2)
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "\\(T_{thr}\\) (\\(^{o}C\\))"
+set ylabel measurey offset -1
+set y2label measurey2
+set format x "%2.1f"
+#set format y "%3.2f"
+#set xtics 0,1,5 nomirror rotate by 90 right
+#set xtics add ("0.2" 0.2)
+set xtics 0,1,5 nomirror
+set ytics nomirror
+set y2tics
+set xrange [0:*]
+set yrange [0:400]
+set y2range [0:1800]
+#set y2tics add ("2200" 2200)
+set border 11
+#set key bottom left
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph 0.6, graph 0.4
+unset logscale x
+unset logscale y
+
+# [ http://www.gnuplotting.org/code/multiplot4.gnu ]
+# MACROS
+# x- and ytics for each row resp. column
+LSCENARIO1="'(-15,1,1,1)'"
+LSCENARIO2="'(-15,1,10,1)'"
+LSCENARIO3="'(-15,10,1,10)'"
+LSCENARIO4="'(-15,10,10,10)'"
+NOXTICS = "set xtics 0,1,5 ('' 0,'' 1,'' 2,'' 3) nomirror;\
+          unset xlabel"
+XTICS = "set xtics 0,1,5 ('0' 0,'1' 1,'2' 2,'3' 3) nomirror;\
+          set xlabel '\\(T_{thr}\\) (\\(^{o}C\\))';\
+          set xrange [-0.2:3.2]"
+NOYTICS = "set format y ''; unset ylabel"
+NOY2TICS = "set format y2 ''; unset y2label; unset ylabel"
+YTICS = "set format y '%.0f'; set ylabel measurey offset -1"
+Y2TICS = "set format y2 '%.0f'; set y2label measurey2"
+# y and y2 ranges
+TYRANGES = "set yrange [0:2100]"
+BYRANGES = "set yrange [0:5000]"
+# y and y2 log
+TYLOGRANGES = "set yrange [0.001:2100]"
+BYLOGRANGES = "set yrange [0.001:5000]"
+TYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+BYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+# Margins for each row resp. column
+TMARGIN = "set tmargin at screen 0.95; set bmargin at screen 0.57"
+BMARGIN = "set tmargin at screen 0.53; set bmargin at screen 0.15"
+LMARGIN = "set lmargin at screen 0.15; set rmargin at screen 0.55"
+RMARGIN = "set lmargin at screen 0.55; set rmargin at screen 0.95"
+# Placement of the a,b,c,d labels in the graphs
+POS = "at graph 0.60,0.95 font ',8'"
+
+# plot for scenario1
+PLOT1='plot "<" .bin. "/data2gz.bash " . measure . " " . measure2 . " " . data(1) using ($0):(($3*t*n*costU)+($7*costE)) with lp ls 1 title measuret'
+
+# plot for scenario2
+PLOT2='plot "<" .bin. "/data2gz.bash " . measure . " " . measure2 . " " . data(2) using ($0):(($3*t*n*costU)+($7*costE)) with lp ls 1 notitle'
+
+# plot for scenario3
+PLOT3='plot "<" .bin. "/data2gz.bash " . measure . " " . measure2 . " " . data(3) using ($0):(($3*t*n*costU)+($7*costE)) with lp ls 1 notitle'
+
+# plot for scenario4
+PLOT4='plot "<" .bin. "/data2gz.bash " . measure . " " . measure2 . " " . data(4) using ($0):(($3*t*n*costU)+($7*costE)) with lp ls 1 notitle'
+
+set term tikz
+set output tikzfile
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+#print data(1)
+#print data(2)
+#print data(3)
+#print data(4)
+#cmd="../bin/datagz.bash " . measure2 . " " . data(2)
+#system(cmd)
+#cmd="gzip -dc " . data(2) . "| cat "
+#system(cmd)
+#exit
+
+# plot for each scenario
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+set key off
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesanoleg
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesanoleg
+    system(cmd)
+    }
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph 0.6, graph 0.4
+
+if( aqua ) {
+    set output
+    set term aqua fig
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+     unset table
+}
+
+# log scale y
+#set yrange [0.001:400]
+#set format y "%g"
+#set ytics add ("400" 400)
+set logscale y
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesalogy
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYLOGRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @TYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYLOGRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYLOGRANGES; @BMARGIN; @LMARGIN
+@XTICS; @BYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYLOGRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesalogy
+    system(cmd)
+    }
+#set ytics add ("" 400)
+unset logscale y
+
+
+reset
+
+# Delay
+fig="61"
+measuretype="CostAvailabilityEnergy"
+study="POLICY_2_2"
+
+# the position in the list of values for deltam (starting from 0)
+deltamind="2"
+# dpepsilon2 values
+deltamvalues="'0' '5' '10' '15' '20'" 
+title=sprintf("Forecast-offset-based policy for Alg1 and Alg2, with T-based channel failure, \\(\\Delta_m=%s\\)",word(deltamvalues,ston(deltamind)+1))
+
+scenarios="sim_WScenario_m15_1_1_1_POLICY_2_2 sim_WScenario_m15_1_10_1_POLICY_2_2 sim_WScenario_m15_10_1_10_POLICY_2_2 sim_WScenario_m15_10_10_10_POLICY_2_2" # space separed list of scenario§s to compare
+scenariosts="'\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)'"
+serieinds="1" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(scenariosts)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(scenariosts).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:ndpepsilon1] style line i lt lstyle(i) lw 1 pt lstyle(i)
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:ndpepsilon1] style line i+ndpepsilon1 lt lstyle2(i) dt 2 lw 1 pt lstyle2(i)
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+# dpepsilon2 values (for DP)
+measurets="'-3' '-2' '-1' '0' '1' '2' '3'" 
+measure="WUnavailability"
+measurelabel="\\(\\mu_U\\)"
+measurey="Cost"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret(i)=sprintf("\\(\\tilde{T}^{dew}_{thr}\\)=%s", word(measurets,ston(i)))
+measuret2(i)=sprintf("\\(\\tilde{T}^{dew}_{thr}\\)=%s", word(measurets,ston(i)))
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "\\(\\tilde{T}_{thr}\\) (\\(^{o}C\\))"
+set ylabel measurey offset -1
+set y2label measurey2
+set format x "%2.1f"
+#set format y "%3.2f"
+#set xtics 0,1,5 nomirror rotate by 90 right
+#set xtics add ("0.2" 0.2)
+set xtics 0,1,5 ("-3" 0,"-2" 1,"-1" 2,"0" 3,"1" 4,"2" 5,"3" 6) nomirror
+set ytics nomirror
+set y2tics
+set xrange [0:*]
+set yrange [0:400]
+set y2range [0:800]
+#set y2tics add ("2200" 2200)
+set border 3
+#set key bottom left
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph -0.4, graph 1 horizontal spacing 1.8 maxrows 14
+unset logscale x
+unset logscale y
+
+# [ http://www.gnuplotting.org/code/multiplot4.gnu ]
+# MACROS
+# x- and ytics for each row resp. column
+LSCENARIO1="'(-15,1,1,1)'"
+LSCENARIO2="'(-15,1,10,1)'"
+LSCENARIO3="'(-15,10,1,10)'"
+LSCENARIO4="'(-15,10,10,10)'"
+NOXTICS = "set xtics 0,1,5 ('' 0,'' 1,'' 2,'' 3,'' 4,'' 5,'' 6) nomirror;\
+          unset xlabel"
+XTICS = "set xtics 0,1,5 ('-3' 0,'-2' 1,'-1' 2,'0' 3,'1' 4,'2' 5,'3' 6) nomirror;\
+          set xlabel '\\(\\tilde{T}_{thr}\\) (\\(^{o}C\\))';\
+          set xrange [-0.2:6.2]"
+NOYTICS = "set format y ''; unset ylabel"
+NOY2TICS = "set format y2 ''; unset y2label; unset y2tics"
+YTICS = "set format y '%.0f'; set ylabel measurey offset -1"
+Y2TICS = "set format y2 '%.0f'; set y2label measurey2"
+# y and y2 ranges
+TYRANGES = "set yrange [0:3500]"
+BYRANGES = "set yrange [0:6000]"
+# y and y2 log
+TYLOGRANGES = "set yrange [0.001:3500]"
+BYLOGRANGES = "set yrange [0.001:6000]"
+TYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+BYLOGTICS = "set format y '%g'; set ylabel measurey offset -1"
+# Margins for each row resp. column
+TMARGIN = "set tmargin at screen 0.95; set bmargin at screen 0.57"
+BMARGIN = "set tmargin at screen 0.53; set bmargin at screen 0.15"
+LMARGIN = "set lmargin at screen 0.15; set rmargin at screen 0.55"
+RMARGIN = "set lmargin at screen 0.55; set rmargin at screen 0.95"
+# Placement of the a,b,c,d labels in the graphs
+POS = "at graph 0.60,0.95 font ',8'"
+
+# [ http://lowrank.net/gnuplot/datafile2-e.html#7.6 ]
+#every I:J:K:L:M:N	
+#I	Line increment
+#J	Data block increment
+#K	The first line
+#L	The first data block
+#M	The last line
+#N	The last data block
+#every 2	plot every 2 line
+#every ::3	plot from the 3-rd lines
+#every ::3::5	plot from the 3-rd to 5-th lines
+#every ::0::0	plot the first line only
+#every 2::::6	plot the 1,3,5,7-th lines
+#every :2	plot every 2 data block
+#every :::5::8	plot from 5-th to 8-th data blocks
+
+# plot for scenario1
+PLOT1='plot for[i=1:ndpepsilon2] "<" .bin. "/data2gz.bash " . measure . " " . measure2 . " " . data(1) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):(($3*t*n*costU)+($7*costE)) with lp ls i title measuret(i)'
+
+# plot for scenario2
+PLOT2='plot for[i=1:ndpepsilon2] "<" .bin. "/data2gz.bash " . measure . " " . measure2 . " " . data(2) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):(($3*t*n*costU)+($7*costE)) with lp ls i notitle'
+
+# plot for scenario3
+PLOT3='plot for[i=1:ndpepsilon2] "<" .bin. "/data2gz.bash " . measure . " " . measure2 . " " . data(3) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):(($3*t*n*costU)+($7*costE)) with lp ls i notitle'
+
+# plot for scenario4
+PLOT4='plot for[i=1:ndpepsilon2] "<" .bin. "/data2gz.bash " . measure . " " . measure2 . " " . data(4) every ndeltam*ndpepsilon2::deltamind+(i-1)*ndeltam using ($0):(($3*t*n*costU)+($7*costE)) with lp ls i notitle'
+
+set term tikz
+set output tikzfile
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+#print data(1)
+#print data(2)
+#print data(3)
+#print data(4)
+#cmd="../bin/datagz.bash " . measure2 . " " . data(2)
+#system(cmd)
+#cmd="gzip -dc " . data(2) . "| cat "
+#system(cmd)
+#exit
+
+# plot for each scenario
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+set key off
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesanoleg
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesanoleg
+    system(cmd)
+    }
+#set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+set key at graph -0.4, graph 1 horizontal spacing 1.8 maxrows 14
+
+if( aqua ) {
+    set output
+    set term aqua fig
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @YTICS; @NOY2TICS
+    set format x "% g"
+    set format y "%g"
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @NOY2TICS
+    set format x "% g"
+    set format y "%g"
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYRANGES; @BMARGIN; @LMARGIN
+@XTICS; @YTICS; @NOY2TICS
+    set format x "% g"
+    set format y "%g"
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @NOY2TICS
+    set format x "% g"
+    set format y "%g"
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset table
+}
+
+# log scale y
+#set yrange [0.001:400]
+#set format y "%g"
+#set ytics add ("400" 400)
+set key at graph -0.5, graph 1 horizontal spacing 1.8 maxrows 14
+set logscale y
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesalogy
+
+### Start multiplot (2x2 layout)
+set multiplot layout 2,2 rowsfirst title title offset 0,1.0
+
+# --- GRAPH a
+@TYLOGRANGES; @TMARGIN; @LMARGIN
+@NOXTICS; @TYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO1 @POS
+# plot for scenario1
+@PLOT1
+
+# --- GRAPH b
+@TYLOGRANGES; @TMARGIN; @RMARGIN
+@NOXTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO2 @POS
+# plot for scenario2
+@PLOT2
+
+# --- GRAPH c
+@BYLOGRANGES; @BMARGIN; @LMARGIN
+@XTICS; @BYLOGTICS; @NOY2TICS
+set label 1 @LSCENARIO3 @POS
+# plot for scenario3
+@PLOT3
+
+# --- GRAPH d
+@BYLOGRANGES; @BMARGIN; @RMARGIN
+@XTICS; @NOYTICS; @NOY2TICS
+set label 1 @LSCENARIO4 @POS
+# plot for scenario4
+@PLOT4
+
+unset multiplot
+### End multiplot
+
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesalogy
+    system(cmd)
+    }
+#set ytics add ("" 400)
+unset logscale y
+
+
+reset
+
+# Delay
+fig="90"
+measuretype="AvailabilityEnergy"
+study="POLICY_0_NN"
+title="Threshold-based policy for Alg1\n when no channel fails"
+
+scenarios="sim_WScenario_m15_1_1_1_POLICY_0_NN sim_WScenario_m15_1_10_1_POLICY_0_NN sim_WScenario_m15_10_1_10_POLICY_0_NN sim_WScenario_m15_10_10_10_POLICY_0_NN" # space separed list of scenarios to compare
+measurets="'\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-15, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)'"
+serieinds="1" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(measurets)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(measurets).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:m] style line i lt lstyle(i) lw 1 pt lstyle(i)
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:m] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i)
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+measure="WUnavailability"
+measurelabel="\\(\\mu_U\\)"
+measurey=measurelabel . " (min/day)"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret(i)=sprintf("%s, %s", measurelabel, word(measurets,ston(i)))
+measuret2(i)=sprintf("%s, %s", measurelabel2, word(measurets,ston(i)))
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "\\(T_{thr}\\) (\\(^{o}C\\))"
+set ylabel measurey offset -1
+set y2label measurey2
+set format x "%2.1f"
+#set format y "%3.2f"
+#set xtics 0,1,5 nomirror rotate by 90 right
+#set xtics add ("0.2" 0.2)
+set xtics 0,1,5 nomirror
+set ytics nomirror
+set y2tics
+set xrange [0:*]
+set yrange [0:*]
+set y2range [0:*]
+#set y2tics add ("2200" 2200)
+set border 11
+#set key bottom left
+set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+unset logscale x
+unset logscale y
+
+set term tikz
+set output tikzfile
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+#print data(1)
+#print data(2)
+#print data(3)
+#print data(4)
+#cmd="../bin/datagz.bash " . measure2 . " " . data(2)
+#system(cmd)
+#cmd="gzip -dc " . data(2) . "| cat "
+#system(cmd)
+#exit
+
+# plot for each scenario
+plot for[i=1:m:1] "<" .bin. "/datagz.bash " . measure . " " . data(i) using ($0):($3*t*n) with lp ls i title measuret(i) axes x1y1, \
+     for[i=1:m:1] "<" .bin. "/datagz.bash " . measure2 . " " . data(i) using ($0):3 with lp ls i+m title measuret2(i) axes x1y2
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+set key off
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesanoleg
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesanoleg
+    system(cmd)
+    }
+set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+
+
+if( aqua ) {
+    set output
+    set term aqua fig
+    replot
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+    replot
+    unset table
+}
+
+# log scale y
+set format y "%g"
+set ytics add ("400" 400)
+#set yrange [0.001:400]
+set logscale y
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesalogy
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesalogy
+    system(cmd)
+    }
+set ytics add ("" 400)
+unset logscale y
+
+exit
+
+reset
+
+# Delay
+fig="01"
+measuretype="AvailabilityEnergy"
+study="varTdelta_Policy_0"
+title="Expected Unavailability for Day (min/day) vs Energy Consumption"
+
+scenarios="sim_vardelta_T00_T0w1_DPT0diff1_DPw1_POLICY_0 sim_vardelta_T00_T0w1_DPT0diff1_DPw10_POLICY_0 sim_vardelta_T00_T0w1_DPT0diff10_DPw1_POLICY_0 sim_vardelta_T00_T0w1_DPT0diff10_DPw10_POLICY_0 sim_vardelta_T00_T0w10_DPT0diff1_DPw1_POLICY_0 sim_vardelta_T00_T0w10_DPT0diff1_DPw10_POLICY_0 sim_vardelta_T00_T0w10_DPT0diff10_DPw1_POLICY_0 sim_vardelta_T00_T0w10_DPT0diff10_DPw10_POLICY_0" # space separed list of scenarios to compare
+measurets="'\\(\\bar{T}_0=0, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=0, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=0, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=0, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)' '\\(\\bar{T}_0=0, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=0, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=0, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=0, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)'"
+serieinds="1" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(measurets)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(measurets).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:m] style line i lt lstyle(i) lw 1 pt lstyle(i)
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:m] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i)
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+measure="WUnavailability"
+measurelabel="\\(\\mu_U\\)"
+measurey=measurelabel . " (min/day)"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret(i)=sprintf("%s, %s", measurelabel, word(measurets,ston(i)))
+measuret2(i)=sprintf("%s, %s", measurelabel2, word(measurets,ston(i)))
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "\\(\\Delta T\\) (\\(^{o}C\\))"
+set ylabel measurey offset -1
+set y2label measurey2
+set format x "%2.1f"
+#set format y "%3.2f"
+set xtics 0,1,5 nomirror rotate by 90 right
+#set xtics add ("0.2" 0.2)
+set ytics nomirror
+set y2tics
+set xrange [0:5]
+set yrange [0:400]
+set y2range [0:2200]
+#set y2tics add ("2200" 2200)
+set border 11
+#set key bottom left
+set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+unset logscale x
+unset logscale y
+
+set term tikz
+set output tikzfile
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+# plot for each scenario
+plot for[i=1:m:1] "<" .bin. "/datagz.bash " . measure . " " . data(i) using ($0):($3*t*n) with lp ls i title measuret(i) axes x1y1, \
+     for[i=1:m:1] "<" .bin. "/datagz.bash " . measure2 . " " . data(i) using ($0):3 with lp ls i+m title measuret2(i) axes x1y2
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+set key off
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesanoleg
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesanoleg
+    system(cmd)
+    }
+set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+
+
+if( aqua ) {
+    set output
+    set term aqua fig
+    replot
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+    replot
+    unset table
+}
+
+# log scale y
+set format y "%g"
+set ytics add ("400" 400)
+set yrange [0.001:400]
+set logscale y
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesalogy
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesalogy
+    system(cmd)
+    }
+set ytics add ("" 400)
+unset logscale y
+
+reset
+
+# Delay
+fig="02"
+measuretype="AvailabilityEnergy"
+study="varTdelta_Policy_1"
+title="Expected Unavailability for Day (min/day) vs Energy Consumption"
+
+scenarios="sim_vardelta_T00_T0w1_DPT0diff1_DPw1_POLICY_1 sim_vardelta_T00_T0w1_DPT0diff1_DPw10_POLICY_1 sim_vardelta_T00_T0w1_DPT0diff10_DPw1_POLICY_1 sim_vardelta_T00_T0w1_DPT0diff10_DPw10_POLICY_1 sim_vardelta_T00_T0w10_DPT0diff1_DPw1_POLICY_1 sim_vardelta_T00_T0w10_DPT0diff1_DPw10_POLICY_1 sim_vardelta_T00_T0w10_DPT0diff10_DPw1_POLICY_1 sim_vardelta_T00_T0w10_DPT0diff10_DPw10_POLICY_1" # space separed list of scenarios to compare
+measurets="'\\(\\bar{T}_0=0, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=0, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=0, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=0, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)' '\\(\\bar{T}_0=0, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=0, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=0, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=0, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)'"
+serieinds="1" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(measurets)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(measurets).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:m] style line i lt lstyle(i) lw 1 pt lstyle(i)
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:m] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i)
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+measure="WUnavailability"
+measurelabel="\\(\\mu_U\\)"
+measurey=measurelabel . " (min/day)"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret(i)=sprintf("%s, %s", measurelabel, word(measurets,ston(i)))
+measuret2(i)=sprintf("%s, %s", measurelabel2, word(measurets,ston(i)))
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "\\(\\tilde{T}_{thr}\\) (\\(^{o}C\\))"
+set ylabel measurey offset -1
+set y2label measurey2
+set format x "%2.1f"
+#set format y "%3.2f"
+set xtics -3,1,3 nomirror rotate by 90 right
+#set xtics add ("0.2" 0.2)
+set ytics nomirror
+set y2tics
+set xrange [-3:3]
+set yrange [0:*]
+set y2range [0:*]
+#set y2tics add ("2200" 2200)
+set border 11
+#set key bottom left
+set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+unset logscale x
+unset logscale y
+
+set term tikz
+set output tikzfile
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+# plot for each scenario
+plot for[i=1:m:1] "<" .bin. "/datagz.bash " . measure . " " . data(i) using ($0-3):($3*t*n) with lp ls i title measuret(i) axes x1y1, \
+     for[i=1:m:1] "<" .bin. "/datagz.bash " . measure2 . " " . data(i) using ($0-3):3 with lp ls i+m title measuret2(i) axes x1y2
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+set key off
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesanoleg
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesanoleg
+    system(cmd)
+    }
+set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+
+
+if( aqua ) {
+    set output
+    set term aqua fig
+    replot
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+    replot
+    unset table
+}
+
+# log scale y
+set format y "%g"
+set ytics add ("400" 400)
+set yrange [0.001:400]
+set logscale y
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesalogy
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesalogy
+    system(cmd)
+    }
+set ytics add ("" 400)
+unset logscale y
+
+reset
+
+# Delay
+fig="03"
+measuretype="AvailabilityEnergy"
+study="varTdelta_Policy_2"
+title="Expected Unavailability for Day (min/day) vs Energy Consumption"
+
+scenarios="sim_vardelta_T00_T0w1_DPT0diff1_DPw1_POLICY_2 sim_vardelta_T00_T0w1_DPT0diff1_DPw10_POLICY_2 sim_vardelta_T00_T0w1_DPT0diff10_DPw1_POLICY_2 sim_vardelta_T00_T0w1_DPT0diff10_DPw10_POLICY_2 sim_vardelta_T00_T0w10_DPT0diff1_DPw1_POLICY_2 sim_vardelta_T00_T0w10_DPT0diff1_DPw10_POLICY_2 sim_vardelta_T00_T0w10_DPT0diff10_DPw1_POLICY_2 sim_vardelta_T00_T0w10_DPT0diff10_DPw10_POLICY_2" # space separed list of scenarios to compare
+measurets="'\\(\\bar{T}_0=0, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=0, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=0, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=0, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)' '\\(\\bar{T}_0=0, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=0, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=0, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=0, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)'"
+serieinds="1" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8 9 10 11" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8 9 10 11" # lt and dt style for each scenario
+
+# check input params
+if(words(measurets)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(measurets).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:m] style line i lt lstyle(i) lw 1 pt lstyle(i)
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:m] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i)
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt
+
+# set lines for legend related to TdmAgeMax
+tdeltamlineref=2
+set for [i=0:ndeltam-1] style line i+1+m+m lt lstyle(tdeltamlineref) dt 2+i lw 1 pt lstyle(tdeltamlineref)
+set for [i=0:ndeltam-1] style line i+1+m+m+ndeltam lt lstyle2(tdeltamlineref) dt 2+i lw 1 pt lstyle2(tdeltamlineref)
+lstyle3(i,j)=(i==tdeltamlineref)?j+1+m+m:i
+lstyle4(i,j)=(i==tdeltamlineref)?j+1+m+m+ndeltam:i+m
+
+measure="WUnavailability"
+measurelabel="\\(\\mu_U\\)"
+measurey=measurelabel . " (min/day)"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret(i)=sprintf("%s, %s", measurelabel, word(measurets,ston(i)))
+measuret2(i)=sprintf("%s, %s", measurelabel2, word(measurets,ston(i)))
+measurelabel3="\\(T^{ageMax}_{dm}\\)"
+measuret3(i,j)=(j==0)?measuret(i):((i==tdeltamlineref)?sprintf("%s=%d", measurelabel3, j+1):sprintf(""))
+measurelabel4="\\(T^{ageMax}_{dm}\\)"
+measuret4(i,j)=(j==0)?measuret2(i):((i==tdeltamlineref)?sprintf("%s=%d", measurelabel4, j+1):sprintf(""))
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "\\(\\Delta T\\) (\\(^{o}C\\))"
+set ylabel measurey offset -1
+set y2label measurey2
+set format x "%2.1f"
+#set format y "%3.2f"
+set xtics 0,1,5 nomirror rotate by 90 right
+#set xtics add ("0.2" 0.2)
+set ytics nomirror
+set y2tics
+set xrange [0:5]
+set yrange [0:*]
+set y2range [0:*]
+#set y2tics add ("2200" 2200)
+set border 11
+#set key bottom left
+set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+unset logscale x
+unset logscale y
+
+set term tikz
+set output tikzfile
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+# plot for each scenario
+# awk '1 ; NR%" . deltam . "==0 {printf\"\n\"}' 
+plot for[deltam=0:ndeltam-1:1] for[i=1:m:1] "<" .bin. "/datagz.bash " . measure . " " . data(i) using ($0):($3*t*n) every ndeltam::deltam with lp ls lstyle3(i,deltam) title measuret3(i,deltam) axes x1y1, \
+     for[deltam=0:ndeltam-1:1] for[i=1:m:1] "<" .bin. "/datagz.bash " . measure2 . " " . data(i) using ($0):3 every ndeltam::deltam with lp ls lstyle4(i,deltam) title measuret4(i,deltam) axes x1y2
+
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+set key off
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesanoleg
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesanoleg
+    system(cmd)
+    }
+set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+
+
+if( aqua ) {
+    set output
+    set term aqua fig
+    replot
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+    replot
+    unset table
+}
+
+# log scale y
+set format y "%g"
+set ytics add ("400" 400)
+set yrange [0.001:400]
+set logscale y
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesalogy
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesalogy
+    system(cmd)
+    }
+set ytics add ("" 400)
+unset logscale y
+
+
+reset
+
+# Delay
+fig="04"
+measuretype="AvailabilityEnergy"
+study="varDeltam_Policy_2"
+title="Expected Unavailability for Day (min/day) vs Energy Consumption"
+
+scenarios="sim_vardelta_T00_T0w1_DPT0diff1_DPw1_POLICY_2 sim_vardelta_T00_T0w1_DPT0diff1_DPw10_POLICY_2 sim_vardelta_T00_T0w1_DPT0diff10_DPw1_POLICY_2 sim_vardelta_T00_T0w1_DPT0diff10_DPw10_POLICY_2 sim_vardelta_T00_T0w10_DPT0diff1_DPw1_POLICY_2 sim_vardelta_T00_T0w10_DPT0diff1_DPw10_POLICY_2 sim_vardelta_T00_T0w10_DPT0diff10_DPw1_POLICY_2 sim_vardelta_T00_T0w10_DPT0diff10_DPw10_POLICY_2" # space separed list of scenarios to compare
+measurets="'\\(\\bar{T}_0=0, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=0, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=0, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=0, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)' '\\(\\bar{T}_0=0, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=0, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=0, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=0, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)'"
+serieinds="1" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(measurets)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(measurets).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:m] style line i lt lstyle(i) lw 1 pt lstyle(i)
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:m] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i)
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt
+
+# set lines for legend related to TdmAgeMax
+tdeltatlineref=2
+set for [i=0:ndeltat-1] style line i+1+m+m lt lstyle(tdeltatlineref) dt 2+i lw 1 pt lstyle(tdeltatlineref)
+set for [i=0:ndeltat-1] style line i+1+m+m+ndeltat lt lstyle2(tdeltatlineref) dt 2+i lw 1 pt lstyle2(tdeltatlineref)
+lstyle3(i,j)=(i==tdeltatlineref)?j+1+m+m:i
+lstyle4(i,j)=(i==tdeltatlineref)?j+1+m+m+ndeltat:i+m
+
+measure="WUnavailability"
+measurelabel="\\(\\mu_U\\)"
+measurey=measurelabel . " (min/day)"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret(i)=sprintf("%s, %s", measurelabel, word(measurets,ston(i)))
+measuret2(i)=sprintf("%s, %s", measurelabel2, word(measurets,ston(i)))
+measurelabel3="\\(T^{ageMax}_{dm}\\)"
+measuret3(i,j)=(j==0)?measuret(i):((i==tdeltamlineref)?sprintf("%s=%d", measurelabel3, j+1):sprintf(""))
+measurelabel4="\\(T^{ageMax}_{dm}\\)"
+measuret4(i,j)=(j==0)?measuret2(i):((i==tdeltamlineref)?sprintf("%s=%d", measurelabel4, j+1):sprintf(""))
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesaci=fig."-measure-".measuretype."-".study."-tikzsa-ci.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "\\(\\Delta m\\)"
+set ylabel measurey offset -1
+set y2label measurey2
+set format x "%2.0f"
+#set format y "%3.2f"
+set xtics 0,4,20 nomirror rotate by 90 right
+#set xtics add ("0.2" 0.2)
+set ytics nomirror
+set y2tics
+set xrange [0:20]
+set yrange [0:*]
+set y2range [0:*]
+#set y2tics add ("2200" 2200)
+set border 11
+#set key bottom left
+set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+unset logscale x
+unset logscale y
+
+set term tikz
+set output tikzfile
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+# plot for each scenario
+# awk '1 ; NR%" . deltat . "==0 {printf\"\n\"}' 
+plot for[deltat=0:ndeltat-1:1] for[i=1:m:1] "<" .bin. "/datagz.bash " . measure . " " . data(i) using ($0*2):($3*t*n) every 1::deltat*ndeltam::(deltat+1)*ndeltam-1 with lp ls lstyle3(i,deltat) title measuret3(i,deltat) axes x1y1, \
+     for[deltat=0:ndeltat-1:1] for[i=1:m:1] "<" .bin. "/datagz.bash " . measure2 . " " . data(i) using ($0*2):3 every 1::deltat*ndeltam::(deltat+1)*ndeltam-1 with lp ls lstyle4(i,deltat) title measuret4(i,deltat) axes x1y2
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+set key off
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesanoleg
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesanoleg
+    system(cmd)
+    }
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesaci
+    set style fill transparent solid filltransparence noborder
+    plot for[deltat=0:ndeltat-1:1] for[i=1:m:1] "<" .bin. "/datagz.bash " . measure . " " . data(i) using ($0*2):(($3-$4)*t*n):(($3+$4)*t*n) every 1::deltat*ndeltam::(deltat+1)*ndeltam-1 with filledcurves title "95\\% confidence" axes x1y1,\
+         for[deltat=0:ndeltat-1:1] for[i=1:m:1] "<" .bin. "/datagz.bash " . measure . " " . data(i) using ($0*2):($3*t*n) every 1::deltat*ndeltam::(deltat+1)*ndeltam-1 with lp ls lstyle3(i,deltat) title measuret3(i,deltat) axes x1y1,\
+         for[deltat=0:ndeltat-1:1] for[i=1:m:1] "<" .bin. "/datagz.bash " . measure2 . " " . data(i) using ($0*2):($3-$4):($3+$4) every 1::deltat*ndeltam::(deltat+1)*ndeltam-1 with filledcurves title "95\\% confidence" axes x1y2,\
+         for[deltat=0:ndeltat-1:1] for[i=1:m:1] "<" .bin. "/datagz.bash " . measure2 . " " . data(i) using ($0*2):3 every 1::deltat*ndeltam::(deltat+1)*ndeltam-1 with lp ls lstyle4(i,deltat) title measuret4(i,deltat) axes x1y2
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesaci
+    system(cmd)
+    }
+
+set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+
+
+if( aqua ) {
+    set output
+    set term aqua fig
+    replot
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+    replot
+    unset table
+}
+
+# log scale y
+set format y "%g"
+set ytics add ("400" 400)
+set yrange [0.001:400]
+set logscale y
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesalogy
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesalogy
+    system(cmd)
+    }
+set ytics add ("" 400)
+unset logscale y
+
+
+reset
+
+# Delay
+fig="11"
+measuretype="AvailabilityEnergy"
+study="varTdelta_Policy_0"
+title="Expected Unavailability for Day (min/day) vs Energy Consumption"
+
+scenarios="sim_vardelta_T0m10_T0w1_DPT0diff1_DPw1_POLICY_0 sim_vardelta_T0m10_T0w1_DPT0diff1_DPw10_POLICY_0 sim_vardelta_T0m10_T0w1_DPT0diff10_DPw1_POLICY_0 sim_vardelta_T0m10_T0w1_DPT0diff10_DPw10_POLICY_0 sim_vardelta_T0m10_T0w10_DPT0diff1_DPw1_POLICY_0 sim_vardelta_T0m10_T0w10_DPT0diff1_DPw10_POLICY_0 sim_vardelta_T0m10_T0w10_DPT0diff10_DPw1_POLICY_0 sim_vardelta_T0m10_T0w10_DPT0diff10_DPw10_POLICY_0" # space separed list of scenarios to compare
+measurets="'\\(\\bar{T}_0=-10, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-10, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-10, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-10, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-10, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-10, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-10, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-10, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)'"
+serieinds="1" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(measurets)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(measurets).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:m] style line i lt lstyle(i) lw 1 pt lstyle(i)
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:m] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i)
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+measure="WUnavailability"
+measurelabel="\\(\\mu_U\\)"
+measurey=measurelabel . " (min/day)"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret(i)=sprintf("%s, %s", measurelabel, word(measurets,ston(i)))
+measuret2(i)=sprintf("%s, %s", measurelabel2, word(measurets,ston(i)))
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "\\(\\Delta T\\) (\\(^{o}C\\))"
+set ylabel measurey offset -1
+set y2label measurey2
+set format x "%2.1f"
+#set format y "%3.2f"
+set xtics 0,1,5 nomirror rotate by 90 right
+#set xtics add ("0.2" 0.2)
+set ytics nomirror
+set y2tics
+set xrange [0:5]
+set yrange [0:400]
+set y2range [0:2200]
+#set y2tics add ("2200" 2200)
+set border 11
+#set key bottom left
+set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+unset logscale x
+unset logscale y
+
+set term tikz
+set output tikzfile
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+# plot for each scenario
+plot for[i=1:m:1] "<" .bin. "/datagz.bash " . measure . " " . data(i) using ($0):($3*t*n) with lp ls i title measuret(i) axes x1y1, \
+     for[i=1:m:1] "<" .bin. "/datagz.bash " . measure2 . " " . data(i) using ($0):3 with lp ls i+m title measuret2(i) axes x1y2
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+set key off
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesanoleg
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesanoleg
+    system(cmd)
+    }
+set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+
+
+if( aqua ) {
+    set output
+    set term aqua fig
+    replot
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+    replot
+    unset table
+}
+
+# log scale y
+set format y "%g"
+set ytics add ("400" 400)
+set yrange [0.001:400]
+set logscale y
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesalogy
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesalogy
+    system(cmd)
+    }
+set ytics add ("" 400)
+unset logscale y
+
+
+reset
+
+# Delay
+fig="12"
+measuretype="AvailabilityEnergy"
+study="varTdelta_Policy_1"
+title="Expected Unavailability for Day (min/day) vs Energy Consumption"
+
+scenarios="sim_vardelta_T0m10_T0w1_DPT0diff1_DPw1_POLICY_1 sim_vardelta_T0m10_T0w1_DPT0diff1_DPw10_POLICY_1 sim_vardelta_T0m10_T0w1_DPT0diff10_DPw1_POLICY_1 sim_vardelta_T0m10_T0w1_DPT0diff10_DPw10_POLICY_1 sim_vardelta_T0m10_T0w10_DPT0diff1_DPw1_POLICY_1 sim_vardelta_T0m10_T0w10_DPT0diff1_DPw10_POLICY_1 sim_vardelta_T0m10_T0w10_DPT0diff10_DPw1_POLICY_1 sim_vardelta_T0m10_T0w10_DPT0diff10_DPw10_POLICY_1" # space separed list of scenarios to compare
+measurets="'\\(\\bar{T}_0=-10, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-10, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-10, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-10, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-10, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-10, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-10, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-10, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)'"
+serieinds="1 2 3 4 5 6 7 8" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(measurets)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(measurets).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:m] style line i lt lstyle(i) lw 1 pt lstyle(i) linecolor rgb "black"
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:m] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i) linecolor rgb "black"
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+# my color for filledcurves
+filledcolors="'#33FFFF' '#FF99CC' '#FF9933' '#0000FF' '#808080' '#00FF00' '#E0E0E0' '#FF0000'"
+myfilledcolor(i)=word(filledcolors,i)
+
+measure="WUnavailability"
+measurelabel="\\(\\mu_U\\)"
+measurey=measurelabel . " (min/day)"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret(i)=sprintf("%s, %s", measurelabel, word(measurets,ston(i)))
+measuret2(i)=sprintf("%s, %s", measurelabel2, word(measurets,ston(i)))
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesasub=fig."-measure-".measuretype."-".study."-tikzsa-sub.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "\\(\\tilde{T}_{thr}\\) (\\(^{o}C\\))"
+set ylabel measurey offset -1
+set y2label measurey2
+set format x "%2.0f"
+#set format y "%3.2f"
+#set xtics -3,1,3 nomirror rotate by 90 right
+set xtics -3,1,3 nomirror
+#set xtics add ("0.2" 0.2)
+set ytics nomirror
+set y2tics
+set xrange [-3:3]
+set yrange [0:*]
+set y2range [0:*]
+#set y2tics add ("2200" 2200)
+set border 11
+#set key bottom left
+set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+unset logscale x
+unset logscale y
+
+set term tikz
+set output tikzfile
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+# plot for each scenario
+plot for[i in serieinds] "<" .bin. "/datagz.bash " . measure . " " . data(ston(i)) using ($0-3):($3*t*n) with lp ls ston(i) title measuret(ston(i)) axes x1y1, \
+     for[i in serieinds] "<" .bin. "/datagz.bash " . measure2 . " " . data(ston(i)) using ($0-3):3 with lp ls ston(i)+m title measuret2(ston(i)) axes x1y2
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+set key off
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesanoleg
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesanoleg
+    system(cmd)
+    }
+
+if( tikzsa ) {
+    serieinds="1 3 6 8" # list of the indexes corresponding to the scenarios to plot
+    set term tikz standalone
+    set output tikzfilesasub
+    set style fill transparent solid filltransparence noborder
+    plot for[i in serieinds] "<" .bin. "/datagz.bash " . measure . " " . data(ston(i)) using ($0-3):(($3-$4)*t*n):(($3+$4)*t*n) with filledcurves lc rgb myfilledcolor(ston(i)) title "95\\% confidence" axes x1y1, \
+         for[i in serieinds] "<" .bin. "/datagz.bash " . measure . " " . data(ston(i)) using ($0-3):($3*t*n) with lp ls ston(i) title measuret(ston(i)) axes x1y1, \
+         for[i in serieinds] "<" .bin. "/datagz.bash " . measure2 . " " . data(ston(i)) using ($0-3):($3-$4):($3+$4) with filledcurves lc rgb myfilledcolor(ston(i)) title "95\\% confidence" axes x1y2, \
+         for[i in serieinds] "<" .bin. "/datagz.bash " . measure2 . " " . data(ston(i)) using ($0-3):3 with lp ls ston(i)+m title measuret2(ston(i)) axes x1y2
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesasub
+    system(cmd)
+    serieinds="1 2 3 4 5 6 7 8" # list of the indexes corresponding to the scenarios to plot
+    }
+set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+
+
+if( aqua ) {
+    set output
+    set term aqua fig
+    replot
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+    replot
+    unset table
+}
+
+# log scale y
+set format y "%g"
+set ytics add ("400" 400)
+set yrange [0.001:400]
+set logscale y
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesalogy
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesalogy
+    system(cmd)
+    }
+set ytics add ("" 400)
+unset logscale y
+
+
+reset
+
+# Delay
+fig="13"
+measuretype="AvailabilityEnergy"
+study="varTdelta_Policy_2"
+title="Expected Unavailability for Day (min/day) vs Energy Consumption"
+
+scenarios="sim_vardelta_T0m10_T0w1_DPT0diff1_DPw1_POLICY_2 sim_vardelta_T0m10_T0w1_DPT0diff1_DPw10_POLICY_2 sim_vardelta_T0m10_T0w1_DPT0diff10_DPw1_POLICY_2 sim_vardelta_T0m10_T0w1_DPT0diff10_DPw10_POLICY_2 sim_vardelta_T0m10_T0w10_DPT0diff1_DPw1_POLICY_2 sim_vardelta_T0m10_T0w10_DPT0diff1_DPw10_POLICY_2 sim_vardelta_T0m10_T0w10_DPT0diff10_DPw1_POLICY_2 sim_vardelta_T0m10_T0w10_DPT0diff10_DPw10_POLICY_2" # space separed list of scenarios to compare
+measurets="'\\(\\bar{T}_0=-10, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-10, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-10, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-10, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-10, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-10, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-10, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-10, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)'"
+serieinds="1" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8 9 10 11" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8 9 10 11" # lt and dt style for each scenario
+
+# check input params
+if(words(measurets)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(measurets).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:m] style line i lt lstyle(i) lw 1 pt lstyle(i)
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:m] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i)
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt
+
+# set lines for legend related to TdmAgeMax
+tdeltamlineref=2
+set for [i=0:ndeltam-1] style line i+1+m+m lt lstyle(tdeltamlineref) dt 2+i lw 1 pt lstyle(tdeltamlineref)
+set for [i=0:ndeltam-1] style line i+1+m+m+ndeltam lt lstyle2(tdeltamlineref) dt 2+i lw 1 pt lstyle2(tdeltamlineref)
+lstyle3(i,j)=(i==tdeltamlineref)?j+1+m+m:i
+lstyle4(i,j)=(i==tdeltamlineref)?j+1+m+m+ndeltam:i+m
+
+measure="WUnavailability"
+measurelabel="\\(\\mu_U\\)"
+measurey=measurelabel . " (min/day)"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret(i)=sprintf("%s, %s", measurelabel, word(measurets,ston(i)))
+measuret2(i)=sprintf("%s, %s", measurelabel2, word(measurets,ston(i)))
+measurelabel3="\\(T^{ageMax}_{dm}\\)"
+measuret3(i,j)=(j==0)?measuret(i):((i==tdeltamlineref)?sprintf("%s=%d", measurelabel3, j+1):sprintf(""))
+measurelabel4="\\(T^{ageMax}_{dm}\\)"
+measuret4(i,j)=(j==0)?measuret2(i):((i==tdeltamlineref)?sprintf("%s=%d", measurelabel4, j+1):sprintf(""))
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "\\(\\Delta T\\) (\\(^{o}C\\))"
+set ylabel measurey offset -1
+set y2label measurey2
+set format x "%2.1f"
+#set format y "%3.2f"
+set xtics 0,1,5 nomirror rotate by 90 right
+#set xtics add ("0.2" 0.2)
+set ytics nomirror
+set y2tics
+set xrange [0:5]
+set yrange [0:*]
+set y2range [0:*]
+#set y2tics add ("2200" 2200)
+set border 11
+#set key bottom left
+set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+unset logscale x
+unset logscale y
+
+set term tikz
+set output tikzfile
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+# plot for each scenario
+# awk '1 ; NR%" . deltam . "==0 {printf\"\n\"}' 
+plot for[deltam=0:ndeltam-1:1] for[i=1:m:1] "<" .bin. "/datagz.bash " . measure . " " . data(i) using ($0):($3*t*n) every ndeltam::deltam with lp ls lstyle3(i,deltam) title measuret3(i,deltam) axes x1y1, \
+     for[deltam=0:ndeltam-1:1] for[i=1:m:1] "<" .bin. "/datagz.bash " . measure2 . " " . data(i) using ($0):3 every ndeltam::deltam with lp ls lstyle4(i,deltam) title measuret4(i,deltam) axes x1y2
+
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+set key off
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesanoleg
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesanoleg
+    system(cmd)
+    }
+set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+
+
+if( aqua ) {
+    set output
+    set term aqua fig
+    replot
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+    replot
+    unset table
+}
+
+# log scale y
+set format y "%g"
+set ytics add ("400" 400)
+set yrange [0.001:400]
+set logscale y
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesalogy
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesalogy
+    system(cmd)
+    }
+set ytics add ("" 400)
+unset logscale y
+
+
+reset
+
+# Delay
+fig="14"
+measuretype="AvailabilityEnergy"
+study="varTdelta_Policy_2"
+title="Expected Unavailability for Day (min/day) vs Energy Consumption"
+
+scenarios="sim_vardelta_T0m10_T0w1_DPT0diff1_DPw1_POLICY_2 sim_vardelta_T0m10_T0w1_DPT0diff1_DPw10_POLICY_2 sim_vardelta_T0m10_T0w1_DPT0diff10_DPw1_POLICY_2 sim_vardelta_T0m10_T0w1_DPT0diff10_DPw10_POLICY_2 sim_vardelta_T0m10_T0w10_DPT0diff1_DPw1_POLICY_2 sim_vardelta_T0m10_T0w10_DPT0diff1_DPw10_POLICY_2 sim_vardelta_T0m10_T0w10_DPT0diff10_DPw1_POLICY_2 sim_vardelta_T0m10_T0w10_DPT0diff10_DPw10_POLICY_2" # space separed list of scenarios to compare
+measurets="'\\(\\bar{T}_0=-10, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-10, T^a_0=1, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-10, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-10, T^a_0=1, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-10, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-10, T^a_0=10, \\Delta{T}^{dew}_0=1, T^{dew}_a=10\\)' '\\(\\bar{T}_0=-10, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=1\\)' '\\(\\bar{T}_0=-10, T^a_0=10, \\Delta{T}^{dew}_0=10, T^{dew}_a=10\\)'"
+serieinds="1 2 3 4 5 6 7 8" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8 9 10 11" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8 9 10 11" # lt and dt style for each scenario
+
+# check input params
+if(words(measurets)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(measurets).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:m] style line i lt lstyle(i) lw 1 pt lstyle(i) linecolor rgb "black"
+set for [i=1:m] style line i+m lt lstyle(i) dt 2 lw 1 pt lstyle(i) linecolor rgb "black"
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt
+
+# set style for deltat=deltatref: pi 2 (or  ps 2)
+deltatref=0
+set for [i=1:m] style line i  +m+m lt lstyle(i) lw 1 pt lstyle(i) pi 2 linecolor rgb "black"
+set for [i=1:m] style line i+m+m+m lt lstyle(i) dt 2 lw 1 pt lstyle(i) pi 2 linecolor rgb "black"
+mystyle(i,j)=(j==deltatref)?i  +m+m:i
+mystyle2(i,j)=(j==deltatref)?i+m+m+m:i+m
+
+# my line width (for deltat)
+linewidths="1 1 1 1 1 2"
+mylinewidth(i)=word(linewidths,i)
+
+# my color for filledcurves
+filledcolors="'#33FFFF' '#FF99CC' '#FF9933' '#0000FF' '#808080' '#00FF00' '#E0E0E0' '#FF0000'"
+myfilledcolor(i)=word(filledcolors,i)
+
+measure="WUnavailability"
+measurelabel="\\(\\mu_U\\)"
+measurey=measurelabel . " (min/day)"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret(i)=sprintf("%s, %s", measurelabel, word(measurets,ston(i)))
+measuret2(i)=sprintf("%s, %s", measurelabel2, word(measurets,ston(i)))
+measurelabel3="\\(T^{ageMax}_{dm}\\)"
+measuret3(i,j)=(j==0)?measuret(i):((i==tdeltamlineref)?sprintf("%s=%d", measurelabel3, j+1):sprintf(""))
+measurelabel4="\\(T^{ageMax}_{dm}\\)"
+measuret4(i,j)=(j==0)?measuret2(i):((i==tdeltamlineref)?sprintf("%s=%d", measurelabel4, j+1):sprintf(""))
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesasub=fig."-measure-".measuretype."-".study."-tikzsa-sub.tex"
+tikzfilesaci=fig."-measure-".measuretype."-".study."-tikzsa-ci.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "\\(\\Delta m\\)"
+set ylabel measurey offset -1
+set y2label measurey2
+set format x "%2.0f"
+#set format y "%3.2f"
+#set xtics 0,4,20 nomirror rotate by 90 right
+set xtics 0,4,20 nomirror
+#set xtics add ("0.2" 0.2)
+set ytics nomirror
+set y2tics
+set xrange [0:20]
+set yrange [0:*]
+set y2range [0:*]
+#set y2tics add ("2200" 2200)
+set border 11
+#set key bottom left
+set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+unset logscale x
+unset logscale y
+
+set term tikz
+set output tikzfile
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+# plot for each scenario
+# awk '1 ; NR%" . deltam . "==0 {printf\"\n\"}' 
+plot for[deltat=0:ndeltat-1:1] for[i=1:m:1] "<" .bin. "/datagz.bash " . measure . " " . data(i) using ($0*2):($3*t*n) every 1::deltat*ndeltam::(deltat+1)*ndeltam-1 with lp ls i title measuret3(i,deltat) axes x1y1, \
+     for[deltat=0:ndeltat-1:1] for[i=1:m:1] "<" .bin. "/datagz.bash " . measure2 . " " . data(i) using ($0*2):3 every 1::deltat*ndeltam::(deltat+1)*ndeltam-1 with lp ls i+m title measuret4(i,deltat) axes x1y2
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+set key off
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesanoleg
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesanoleg
+    system(cmd)
+    }
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesaci
+    set style fill transparent solid filltransparence noborder
+    plot for[deltat=0:ndeltat-1:1] for[i=1:m:1] "<" .bin. "/datagz.bash " . measure . " " . data(i) using ($0*2):(($3-$4)*t*n):(($3+$4)*t*n) every 1::deltat*ndeltam::(deltat+1)*ndeltam-1 with filledcurves title "95\\% confidence" axes x1y1,\
+         for[deltat=0:ndeltat-1:1] for[i=1:m:1] "<" .bin. "/datagz.bash " . measure . " " . data(i) using ($0*2):($3*t*n) every 1::deltat*ndeltam::(deltat+1)*ndeltam-1 with lp ls i title measuret3(i,deltat) axes x1y1,\
+         for[deltat=0:ndeltat-1:1] for[i=1:m:1] "<" .bin. "/datagz.bash " . measure2 . " " . data(i) using ($0*2):($3-$4):($3+$4) every 1::deltat*ndeltam::(deltat+1)*ndeltam-1 with filledcurves title "95\\% confidence" axes x1y2,\
+         for[deltat=0:ndeltat-1:1] for[i=1:m:1] "<" .bin. "/datagz.bash " . measure2 . " " . data(i) using ($0*2):3 every 1::deltat*ndeltam::(deltat+1)*ndeltam-1 with lp ls i+m title measuret4(i,deltat) axes x1y2
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesaci
+    system(cmd)
+    }
+
+if( tikzsa ) {
+    serieindsdeltat="0 5" # list of the indexes corresponding to the scenarios to plot
+    serieinds="1 3 6 8" # list of the indexes corresponding to the scenarios to plot
+    set term tikz standalone
+    set output tikzfilesasub
+    set style fill transparent solid filltransparence noborder
+    plot for[deltat in serieindsdeltat] for[i in serieinds] "<" .bin. "/datagz.bash " . measure . " " . data(ston(i)) using ($0*2):(($3-$4)*t*n):(($3+$4)*t*n) every 1::deltat*ndeltam::(deltat+1)*ndeltam-1 with filledcurves lc rgb myfilledcolor(ston(i)) title "95\\% confidence" axes x1y1,\
+         for[deltat in serieindsdeltat] for[i in serieinds] "<" .bin. "/datagz.bash " . measure . " " . data(ston(i)) using ($0*2):($3*t*n) every 1::deltat*ndeltam::(deltat+1)*ndeltam-1 with lp ls mystyle(i,deltat) title measuret3(ston(i),ston(deltat)) axes x1y1,\
+         for[deltat in serieindsdeltat] for[i in serieinds] "<" .bin. "/datagz.bash " . measure2 . " " . data(ston(i)) using ($0*2):($3-$4):($3+$4) every 1::deltat*ndeltam::(deltat+1)*ndeltam-1 with filledcurves lc rgb myfilledcolor(ston(i)) title "95\\% confidence" axes x1y2,\
+         for[deltat in serieindsdeltat] for[i in serieinds] "<" .bin. "/datagz.bash " . measure2 . " " . data(ston(i)) using ($0*2):3 every 1::deltat*ndeltam::(deltat+1)*ndeltam-1 with lp ls mystyle2(i,deltat) title measuret4(ston(i),ston(deltat)) axes x1y2
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesasub
+    system(cmd)
+    serieinds="1 2 3 4 5 6 7 8" # list of the indexes corresponding to the scenarios to plot
+    }
+set key at graph -0.2, graph 1 spacing 1.8 maxrows 12
+
+
+if( aqua ) {
+    set output
+    set term aqua fig
+    replot
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+    replot
+    unset table
+}
+
+# log scale y
+set format y "%g"
+set ytics add ("400" 400)
+set yrange [0.001:400]
+set logscale y
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesalogy
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesalogy
+    system(cmd)
+    }
+set ytics add ("" 400)
+unset logscale y
+
+
+reset
+
+# Tracks
+fig="40"
+measuretype="Track"
+study="m10_10_1_1"
+title="\\(T_0=-10, T^w_0=10, T^{diff}_d=1, T^w_d=1\\)"
+scenarios="sim_vardelta_T0m10_T0w10_DPT0diff1_DPw1_POLICY_0_traces" # space separed list of scenarios to compare
+measurets="'\\(T_0=-10, T^w_0=10, T^{diff}_d=1, T^w_d=1\\)'"
+serieinds="1" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 3 4 5 6" # lt and dt style for each scenario
+lstyles2="1 2 3 4 5 6" # lt and dt style for each scenario
+
+# temperature at time 0
+tbar0=-10
+# the base function
+basef(x)=-sin(2*pi*x/t)+tbar0
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+dirdata(i)=dirdatapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:m] style line i lt lstyle(i) lw 1 pt lstyle(i)
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:m] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i)
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+measure="PFSys"
+measurelabel="Temperature (\\(^{o}C\\))"
+measurey=measurelabel
+measure2="ExpectedEnergyFSys"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret(i)=sprintf("%s, %s", measurelabel, word(measurets,ston(i)))
+measuret2(i)=sprintf("%s, %s", measurelabel2, word(measurets,ston(i)))
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "t (min)"
+set ylabel measurey
+#set y2label measurey2
+#set format x "%2.1f"
+set format y "%g"
+#set xtics 0.2,0.2,3 nomirror rotate by 90 right
+set xtics nomirror 
+set ytics nomirror
+#set y2tics
+#set xrange [0.2:3]
+#set yrange [0.0001:1]
+set border 3
+#set key bottom left
+set key at graph 0.7, graph 0.7 spacing 1.8 maxrows 12
+unset logscale x
+unset logscale y
+
+set term tikz
+set output tikzfile
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+# plot for each scenario
+plot  [x=0:t] basef(x) title "\\(f(t)=-sin(2\\pi t/1440)\\)", \
+      "< gunzip -dc " . dirdata(1) . "/track_VT_9_c30.txt.gz" using ($0*10):1 with lp ls 2 pi 9 title "\\(T_9(t)\\)", \
+      "< gunzip -dc " . dirdata(1) . "/track_VT0_c30.txt" using ($0*10):1 with lp ls 1 pi 9 title "\\(T_0(t)\\\)", \
+      "< gunzip -dc " . dirdata(1) . "/track_VDP_c30.txt" using ($0*10):1 with lp ls 3pi 9 title "\\(T_d(t)\\)"
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+if( aqua ) {
+    set output
+    set term aqua fig
+    replot
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+    replot
+    unset table
+}
+
+
+reset
+
+# Tracks
+fig="41"
+measuretype="Track"
+study="m10_10_1_10"
+title="\\(T_0=-10, T^w_0=10, T^{diff}_d=1, T^w_d=10\\)"
+scenarios="sim_vardelta_T0m10_T0w10_DPT0diff1_DPw10_POLICY_0_traces" # space separed list of scenarios to compare
+measurets="'\\(T_0=-10, T^w_0=10, T^{diff}_d=1, T^w_d=10\\)'"
+serieinds="1" # list of the indexes corresponding to the scenarios to plot
+m=words(scenarios) # scenarios
+lstyles1="1 2 3 4 5 6" # lt and dt style for each scenario
+lstyles2="1 2 3 4 5 6" # lt and dt style for each scenario
+
+# temperature at time 0
+tbar0=-10
+# the base function
+basef(x)=-sin(2*pi*x/t)+tbar0
+
+# check input params
+if(words(serieinds)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of series index (".words(serieinds).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+dirdata(i)=dirdatapath(word(scenarios,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:m] style line i lt lstyle(i) lw 1 pt lstyle(i)
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:m] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i)
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+measure="PFSys"
+measurelabel="Temperature (\\(^{o}C\\))"
+measurey=measurelabel
+measure2="ExpectedEnergyFSys"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measuret(i)=sprintf("%s, %s", measurelabel, word(measurets,ston(i)))
+measuret2(i)=sprintf("%s, %s", measurelabel2, word(measurets,ston(i)))
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+unset title
+set xlabel "t (min)"
+set ylabel measurey
+#set y2label measurey2
+#set format x "%2.1f"
+set format y "%g"
+#set xtics 0.2,0.2,3 nomirror rotate by 90 right
+set xtics nomirror 
+set ytics nomirror
+#set y2tics
+#set xrange [0.2:3]
+#set yrange [0.0001:1]
+set border 3
+#set key bottom left
+set key at graph 0.55, graph 1 spacing 1.8 maxrows 12
+unset logscale x
+unset logscale y
+
+set term tikz
+set output tikzfile
+
+#set label "$V_{B48}$" at 180,0.83
+#set arrow from 204,0.828 to 245,0.85
+
+# plot for each scenario
+plot  [x=0:t] basef(x) title "\\(f(t)=-sin(2\\pi t/1440)\\)", \
+      "< gunzip -dc " . dirdata(1) . "/track_VT_9_c30.txt.gz" using ($0*10):1 with lp ls 2 pi 9 title "\\(T_9(t)\\)", \
+      "< gunzip -dc " . dirdata(1) . "/track_VT0_c30.txt" using ($0*10):1 with lp ls 1 pi 9 title "\\(T_0(t)\\\)", \
+      "< gunzip -dc " . dirdata(1) . "/track_VDP_c30.txt" using ($0*10):1 with lp ls 3pi 9 title "\\(T_d(t)\\)"
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+if( aqua ) {
+    set output
+    set term aqua fig
+    replot
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+    replot
+    unset table
+}
+
+
+reset
+
+# Delay
+fig="50"
+measuretype="Energy"
+study="varWeatherScenario"
+title="Energy Consumption for day for different weather scenarios. Label: exp number\npolicy 0, label 1: \\(\\Delta T=0\\)\npolicy 1, label 4: \\(\\tilde{T}_{thr}=0\\)\npolicy 2, label 5: \\(\\Delta T=0,T^{ageMax}_{dm}=5\\)"
+
+scenarios="sim_vardelta_T00_T0w1_DPT0diff1_DPw1_POLICY_0 sim_vardelta_T00_T0w1_DPT0diff1_DPw10_POLICY_0 sim_vardelta_T00_T0w1_DPT0diff10_DPw1_POLICY_0 sim_vardelta_T00_T0w1_DPT0diff10_DPw10_POLICY_0 sim_vardelta_T00_T0w10_DPT0diff1_DPw1_POLICY_0 sim_vardelta_T00_T0w10_DPT0diff1_DPw10_POLICY_0 sim_vardelta_T00_T0w10_DPT0diff10_DPw1_POLICY_0 sim_vardelta_T00_T0w10_DPT0diff10_DPw10_POLICY_0" # space separed list of scenarios to compare
+scenarios_policy_1="sim_vardelta_T00_T0w1_DPT0diff1_DPw1_POLICY_1 sim_vardelta_T00_T0w1_DPT0diff1_DPw10_POLICY_1 sim_vardelta_T00_T0w1_DPT0diff10_DPw1_POLICY_1 sim_vardelta_T00_T0w1_DPT0diff10_DPw10_POLICY_1 sim_vardelta_T00_T0w10_DPT0diff1_DPw1_POLICY_1 sim_vardelta_T00_T0w10_DPT0diff1_DPw10_POLICY_1 sim_vardelta_T00_T0w10_DPT0diff10_DPw1_POLICY_1 sim_vardelta_T00_T0w10_DPT0diff10_DPw10_POLICY_1" # space separed list of scenarios to compare
+scenarios_policy_2="sim_vardelta_T00_T0w1_DPT0diff1_DPw1_POLICY_2 sim_vardelta_T00_T0w1_DPT0diff1_DPw10_POLICY_2 sim_vardelta_T00_T0w1_DPT0diff10_DPw1_POLICY_2 sim_vardelta_T00_T0w1_DPT0diff10_DPw10_POLICY_2 sim_vardelta_T00_T0w10_DPT0diff1_DPw1_POLICY_2 sim_vardelta_T00_T0w10_DPT0diff1_DPw10_POLICY_2 sim_vardelta_T00_T0w10_DPT0diff10_DPw1_POLICY_2 sim_vardelta_T00_T0w10_DPT0diff10_DPw10_POLICY_2" # space separed list of scenarios to compare
+measurets="'(0,1,1,1)' '(0,1,1,10)' '(0,1,10,1)' '(0,1,10,10)' '(0,10,1,1)' '(0,10,1,10)' '(0,10,10,1)' '(0,10,10,10)'"
+serieinds="4" # list of the indexes corresponding to the scenarios to plot
+serieinds_policy_1="13" # list of the indexes corresponding to the scenarios to plot
+xinds="4 2 0 -2" # indexes used for the values on the axis x
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(measurets)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(measurets).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(measurets)>words(scenarios_policy_1)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(measurets).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(measurets)>words(scenarios_policy_2)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(measurets).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+data_policy_2(i)=datapath(word(scenarios_policy_2,i))
+serieind(i)=word(serieinds,ston(i))
+serieind_policy_1(i)=word(serieinds_policy_1,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+xind(i)=ston(word(xinds,ston(i)))
+ms=1 # series number
+
+# using index from seriesinds
+cind(i)=ston(word(serieinds,i))
+cind_policy_1(i)=ston(word(serieinds_policy_1,i))
+
+# styles
+
+dx=1.1
+total_box_width_relative=0.15
+gap_width_relative=0.02
+d_width=(gap_width_relative+total_box_width_relative)*dx/2.
+reset
+set boxwidth total_box_width_relative/ms relative
+set style fill pattern
+
+set grid y
+
+measure="YUsedEnergy"
+measurelabel="\\(\\mu_E\\)"
+measurey=measurelabel . " (kWh)"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measure3="WNeededEnergy" # optimal energy consumption for switch day averaged
+measuret(i)=(i==0)?sprintf("\\(P_{bas}\\)"):( \
+            (i==1)?sprintf("\\(P_{pre}\\)"):( \
+            (i==2)?sprintf("\\(P_{mem}\\)"): \
+                   sprintf("\\(P_{opt}\\)")))
+measuret2(i)=sprintf("%s, %s", measurelabel2, word(measurets,ston(i)))
+measuret3="Optimal energy consumption"
+
+myxlabel(i)=sprintf("%s", word(measurets,int(ston(i))))
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesamax=fig."-measure-".measuretype."-".study."-tikzsa-max.tex"
+tikzfilesabase=fig."-measure-".measuretype."-".study."-tikzsa-base.tex"
+tikzfilesaexp=fig."-measure-".measuretype."-".study."-tikzsa-exp.tex"
+tikzfilesaci=fig."-measure-".measuretype."-".study."-tikzsa-ci.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+#set title title offset 0,5.0
+unset title
+#set xlabel "time (hours)"
+set xlabel "Weather scenario (\\(\\bar{T}_0, T^a_0, \\Delta{T}^{dew}_0, T^{dew}_a\\))" offset 0,-0.5
+set ylabel measurey
+set format x "%2.0f"
+#set format y "%2.0d"
+set format y "%2.0f"
+#set xtics ("100" 0,"200" 1,"300" 2,"400" 3,"500" 4) nomirror
+#set xtics (xlabel(1) 0, xlabel(2) 1, xlabel(3) 2, xlabel(4) 3, xlabel(5) 4, xlabel(6) 5, xlabel(7) 6, xlabel(8) 7, xlabel(9) 8) nomirror rotate by 45 right
+set xtics nomirror rotate by 30 right
+set ytics nomirror
+set yrange [0:2500]
+set ytics left offset -4.5,0
+set mytics 10
+set border 3
+#set key bottom left maxrows 4 spacing 1.2
+set key at graph 1.05, graph 1 maxrows 1 spacing 1.2 reverse Left width 0.5 samplen 1.7
+unset logscale x
+unset logscale y
+
+set term tikz
+set output tikzfile
+
+plot "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenarios . "\"" using (column(0)-xind(1)*d_width):(column(cind(1))) with boxes lc 1 fill solid 0.1 notitle,\
+     "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios . "\"" using (column(0)-xind(1)*d_width):(column(cind(1))) with boxes lc 1 title measuret(0),\
+     "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(2)*d_width):(column(cind(1))) with boxes lc 2 fill solid 0.1 notitle,\
+     "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(2)*d_width):(column(cind(1))) with boxes lc 2 title measuret(1),\
+     "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_2 . "\"" using (column(0)-xind(3)*d_width):(column(cind(1))):xticlabels(myxlabel($1)) with boxes lc 3 fill solid 0.1 notitle,\
+     "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_2 . "\"" using (column(0)-xind(3)*d_width):(column(cind(1))):xticlabels(myxlabel($1)) with boxes lc 3 title measuret(2),\
+     "<" .bin. "/databysolvergz.bash " . measure3 . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(4)*d_width):(column(cind(1))*t*n*energyfortimeunit) with boxes lc 4 title measuret(3),\
+     t*n*energyfortimeunit with lines dt 2 title ""
+set label sprintf("\\(\\max\{\\mu_E\}=%.0f\\)", t*n*energyfortimeunit) at graph 0.85,0.87 center
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+if( tikzsa ) {
+    unset label
+    set yrange [0:*]
+    set key at graph 1.05, graph 0.8 maxrows 1 spacing 1.2 reverse Left width 0.5 samplen 1.7
+    set label sprintf("\\(\\max\{\\mu_E\}=%.0f\\)", t*n*energyfortimeunit) at graph 0.2,0.93 center
+    set term tikz standalone
+    set output tikzfilesamax
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesamax
+    system(cmd)
+    }
+
+
+if( tikzsa ) {
+    unset label
+    set label sprintf("\\(\\max\{\\mu_E\}=%.0f\\)", t*n*energyfortimeunit) at graph 0.2,0.93 center
+    set key at graph 1.05, graph 0.8 maxrows 1 spacing 1.2 reverse Left width 0.5 samplen 1.7
+    set term tikz standalone
+    set output tikzfilesaexp
+    plot "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenarios . "\"" using (column(0)-xind(1)*d_width):(column(cind(1))) with boxes lc 1 fill solid 0.1 notitle,\
+         '' using (column(0)-xind(1)*d_width):(column(cind(1))):(strcol(cind(1)-1)) with labels offset 0,1 title "",\
+         "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios . "\"" using (column(0)-xind(1)*d_width):(column(cind(1))) with boxes lc 1 title measuret(0),\
+         '' using (column(0)-xind(1)*d_width):(column(cind(1))):(strcol(cind(1)-1)) with labels offset 0,1 title "",\
+         "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(2)*d_width):(column(cind(1))) with boxes lc 2 fill solid 0.1 notitle,\
+         '' using (column(0)-xind(2)*d_width):(column(cind(1))):(strcol(cind(1)-1)) with labels offset 0,1 title "", \
+         "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(2)*d_width):(column(cind(1))) with boxes lc 2 title measuret(1),\
+         '' using (column(0)-xind(2)*d_width):(column(cind(1))):(strcol(cind(1)-1)) with labels offset 0,1 title "", \
+         "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_2 . "\"" using (column(0)-xind(3)*d_width):(column(cind(1))):xticlabels(myxlabel($1)) with boxes lc 3 fill solid 0.1 notitle,\
+         '' using (column(0)-xind(3)*d_width):(column(cind(1))):(strcol(cind(1)-1)) with labels offset 0,1 title "",\
+         "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_2 . "\"" using (column(0)-xind(3)*d_width):(column(cind(1))):xticlabels(myxlabel($1)) with boxes lc 3 title measuret(2),\
+         '' using (column(0)-xind(3)*d_width):(column(cind(1))):(strcol(cind(1)-1)) with labels offset 0,1 title "",\
+         "<" .bin. "/databysolvergz.bash " . measure3 . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(4)*d_width):(column(cind(1))*t*n*energyfortimeunit) with boxes lc 4 title measuret(3),\
+         t*n*energyfortimeunit with lines dt 2 title ""
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesaexp
+    system(cmd)
+    }
+
+if( tikzsa ) {
+    unset label
+    set label sprintf("\\(\\max\{\\mu_E\}=%.0f\\)", t*n*energyfortimeunit) at graph 0.2,0.93 center
+    set key at graph 1.05, graph 0.8 maxrows 1 spacing 1.2 reverse Left width 0.5 samplen 1.7
+    set term tikz standalone
+    set output tikzfilesabase
+    plot "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios . "\"" using (column(0)-xind(1)*d_width):(column(cind(1))) with boxes lc 1 title measuret(0),\
+         '' using (column(0)-xind(1)*d_width):(column(cind(1))):(strcol(cind(1)-1)) with labels offset 0,1 title "",\
+         "<" .bin. "/databysolvergz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(2)*d_width):(column(cind_policy_1(1))) with boxes lc 2 title measuret(1),\
+         '' using (column(0)-xind(2)*d_width):(column(cind_policy_1(1))):(strcol(cind_policy_1(1)-1)) with labels offset 0,1 title "", \
+         "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_2 . "\"" using (column(0)-xind(3)*d_width):(column(cind(1))):xticlabels(myxlabel($1)) with boxes lc 3 title measuret(2),\
+         '' using (column(0)-xind(3)*d_width):(column(cind(1))):(strcol(cind(1)-1)) with labels offset 0,1 title "",\
+         "<" .bin. "/databysolvergz.bash " . measure3 . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(4)*d_width):(column(cind(1))*t*n*energyfortimeunit) with boxes lc 4 title measuret(3),\
+         t*n*energyfortimeunit with lines dt 2 title ""
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesabase
+    system(cmd)
+    }
+
+if( tikzsa ) {
+    unset label
+    set label sprintf("\\(\\max\{\\mu_E\}=%.0f\\)", t*n*energyfortimeunit) at graph 0.2,0.93 center
+    set key at graph 1.05, graph 0.8 maxrows 1 spacing 1.2 reverse Left width 0.5 samplen 1.7
+    set term tikz standalone
+    set output tikzfilesaci
+    plot "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios . "\"" using (column(0)-xind(1)*d_width):(column(cind(1))) with boxes lc 1 title measuret(0),\
+         "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios . "\"" using (column(0)-xind(1)*d_width):(column(cind(1))):(column(cind(1))-column(cind(1)+1)):(column(cind(1))+column(cind(1)+1)) with errorbars lc 1 pt 0 notitle,\
+         '' using (column(0)-xind(1)*d_width):(column(cind(1))):(strcol(cind(1)-1)) with labels offset 0,1 title "",\
+         "<" .bin. "/databysolvergz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(2)*d_width):(column(cind_policy_1(1))) with boxes lc 2 title measuret(1),\
+         "<" .bin. "/databysolvergz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(2)*d_width):(column(cind_policy_1(1))):(column(cind_policy_1(1))-column(cind_policy_1(1)+1)):(column(cind_policy_1(1))+column(cind_policy_1(1)+1)) with errorbars lc 2 pt 0 notitle,\
+         '' using (column(0)-xind(2)*d_width):(column(cind_policy_1(1))):(strcol(cind_policy_1(1)-1)) with labels offset 0,1 title "", \
+         "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_2 . "\"" using (column(0)-xind(3)*d_width):(column(cind(1))):xticlabels(myxlabel($1)) with boxes lc 3 title measuret(2),\
+         "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_2 . "\"" using (column(0)-xind(3)*d_width):(column(cind(1))):(column(cind(1))-column(cind(1)+1)):(column(cind(1))+column(cind(1)+1)) with errorbars lc 3 pt 0 notitle,\
+         '' using (column(0)-xind(3)*d_width):(column(cind(1))):(strcol(cind(1)-1)) with labels offset 0,1 title "",\
+         "<" .bin. "/databysolvergz.bash " . measure3 . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(4)*d_width):(column(cind(1))*t*n*energyfortimeunit) with boxes lc 4 title measuret(3),\
+         "<" .bin. "/databysolvergz.bash " . measure3 . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(4)*d_width):(column(cind(1))*t*n*energyfortimeunit):((column(cind(1))-column(cind(1)+1))*t*n*energyfortimeunit):((column(cind(1))+column(cind(1)+1))*t*n*energyfortimeunit) with errorbars lc 4 pt 0 notitle,\
+         t*n*energyfortimeunit with lines dt 2 title ""
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesaci
+    system(cmd)
+    }
+
+if( aqua ) {
+    set output
+    set term aqua fig
+    replot
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+    replot
+    unset table
+}
+
+# test values
+cmd=bin. "/datagz.bash " . measure2 . " " . data_policy_2(3)
+system(cmd)
+#exit
+cmd=bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_2 . "\""
+system(cmd)
+
+
+reset
+
+# Delay
+fig="51"
+measuretype="Energy"
+study="varWeatherScenario"
+title="Energy Consumption for day for different weather scenarios. Label: exp number\npolicy 0, label 1: \\(\\Delta T=0\\)\npolicy 1, label 4: \\(\\tilde{T}_{thr}=0\\)\npolicy 2, label 5: \\(\\Delta T=0,T^{ageMax}_{dm}=5\\)"
+
+scenarios="sim_vardelta_T0m10_T0w1_DPT0diff1_DPw1_POLICY_0 sim_vardelta_T0m10_T0w1_DPT0diff1_DPw10_POLICY_0 sim_vardelta_T0m10_T0w1_DPT0diff10_DPw1_POLICY_0 sim_vardelta_T0m10_T0w1_DPT0diff10_DPw10_POLICY_0 sim_vardelta_T0m10_T0w10_DPT0diff1_DPw1_POLICY_0 sim_vardelta_T0m10_T0w10_DPT0diff1_DPw10_POLICY_0 sim_vardelta_T0m10_T0w10_DPT0diff10_DPw1_POLICY_0 sim_vardelta_T0m10_T0w10_DPT0diff10_DPw10_POLICY_0" # space separed list of scenarios to compare
+scenarios_policy_1="sim_vardelta_T0m10_T0w1_DPT0diff1_DPw1_POLICY_1 sim_vardelta_T0m10_T0w1_DPT0diff1_DPw10_POLICY_1 sim_vardelta_T0m10_T0w1_DPT0diff10_DPw1_POLICY_1 sim_vardelta_T0m10_T0w1_DPT0diff10_DPw10_POLICY_1 sim_vardelta_T0m10_T0w10_DPT0diff1_DPw1_POLICY_1 sim_vardelta_T0m10_T0w10_DPT0diff1_DPw10_POLICY_1 sim_vardelta_T0m10_T0w10_DPT0diff10_DPw1_POLICY_1 sim_vardelta_T0m10_T0w10_DPT0diff10_DPw10_POLICY_1" # space separed list of scenarios to compare
+scenarios_policy_2="sim_vardelta_T0m10_T0w1_DPT0diff1_DPw1_POLICY_2 sim_vardelta_T0m10_T0w1_DPT0diff1_DPw10_POLICY_2 sim_vardelta_T0m10_T0w1_DPT0diff10_DPw1_POLICY_2 sim_vardelta_T0m10_T0w1_DPT0diff10_DPw10_POLICY_2 sim_vardelta_T0m10_T0w10_DPT0diff1_DPw1_POLICY_2 sim_vardelta_T0m10_T0w10_DPT0diff1_DPw10_POLICY_2 sim_vardelta_T0m10_T0w10_DPT0diff10_DPw1_POLICY_2 sim_vardelta_T0m10_T0w10_DPT0diff10_DPw10_POLICY_2" # space separed list of scenarios to compare
+measurets="'(-10,1,1,1)' '(-10,1,1,10)' '(-10,1,10,1)' '(-10,1,10,10)' '(-10,10,1,1)' '(-10,10,1,10)' '(-10,10,10,1)' '(-10,10,10,10)'"
+serieinds="4" # list of the indexes corresponding to the scenarios to plot
+serieinds_policy_1="13" # list of the indexes corresponding to the scenarios to plot
+colinds="4" # list of the indexes corresponding to the column to plot
+xinds="4 2 0 -2" # indexes used for the values on the axis x
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(measurets)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(measurets).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(measurets)>words(scenarios_policy_1)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(measurets).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(measurets)>words(scenarios_policy_2)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(measurets).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+data_policy_2(i)=datapath(word(scenarios_policy_2,i))
+serieind(i)=word(serieinds,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+xind(i)=ston(word(xinds,ston(i)))
+ms=1 # series number
+
+# using index from colinds
+cind(i)=ston(word(colinds,i))
+cind_policy_1(i)=ston(word(serieinds_policy_1,i))
+
+# styles
+
+dx=1.1
+total_box_width_relative=0.15
+gap_width_relative=0.02
+d_width=(gap_width_relative+total_box_width_relative)*dx/2.
+reset
+set boxwidth total_box_width_relative/ms relative
+set style fill pattern
+
+set grid y
+
+measure="YUsedEnergy"
+measurelabel="\\(\\mu_E\\)"
+measurey=measurelabel . " (kWh)"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measure3="WNeededEnergy" # optimal energy consumption for switch day averaged
+measuret(i)=(i==0)?sprintf("\\(P_{bas}\\)"):( \
+            (i==1)?sprintf("\\(P_{pre}\\)"):( \
+            (i==2)?sprintf("\\(P_{mem}\\)"): \
+                   sprintf("\\(P_{opt}\\)")))
+measuret2(i)=sprintf("%s, %s", measurelabel2, word(measurets,ston(i)))
+measuret3="Optimal energy consumption"
+
+myxlabel(i)=sprintf("%s", word(measurets,int(ston(i))))
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesamax=fig."-measure-".measuretype."-".study."-tikzsa-max.tex"
+tikzfilesabase=fig."-measure-".measuretype."-".study."-tikzsa-base.tex"
+tikzfilesaexp=fig."-measure-".measuretype."-".study."-tikzsa-exp.tex"
+tikzfilesaci=fig."-measure-".measuretype."-".study."-tikzsa-ci.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+#set title title offset 0,5.0
+unset title
+#set xlabel "time (hours)"
+set xlabel "Weather scenario (\\(\\bar{T}_0, T^a_0, \\Delta{T}^{dew}_0, T^{dew}_a\\))" offset 0,-0.5
+set ylabel measurey
+set format x "%2.0f"
+#set format y "%2.0d"
+set format y "%2.0f"
+#set xtics ("100" 0,"200" 1,"300" 2,"400" 3,"500" 4) nomirror
+#set xtics (xlabel(1) 0, xlabel(2) 1, xlabel(3) 2, xlabel(4) 3, xlabel(5) 4, xlabel(6) 5, xlabel(7) 6, xlabel(8) 7, xlabel(9) 8) nomirror rotate by 45 right
+set xtics nomirror rotate by 30 right
+set ytics nomirror
+set yrange [0:*]
+set ytics left offset -4.5,0
+set mytics 10
+set border 3
+#set key bottom left maxrows 4 spacing 1.2
+set key at graph 1.05, graph 1 maxrows 1 spacing 1.2 reverse Left width 0.5 samplen 1.7
+unset logscale x
+unset logscale y
+
+set term tikz
+set output tikzfile
+
+plot "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenarios . "\"" using (column(0)-xind(1)*d_width):(column(cind(1))) with boxes lc 1 fill solid 0.1 notitle,\
+     "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios . "\"" using (column(0)-xind(1)*d_width):(column(cind(1))) with boxes lc 1 title measuret(0),\
+     "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(2)*d_width):(column(cind(1))) with boxes lc 2 fill solid 0.1 notitle,\
+     "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(2)*d_width):(column(cind(1))) with boxes lc 2 title measuret(1),\
+     "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_2 . "\"" using (column(0)-xind(3)*d_width):(column(cind(1))):xticlabels(myxlabel($1)) with boxes lc 3 fill solid 0.1 notitle,\
+     "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_2 . "\"" using (column(0)-xind(3)*d_width):(column(cind(1))):xticlabels(myxlabel($1)) with boxes lc 3 title measuret(2),\
+     "<" .bin. "/databysolvergz.bash " . measure3 . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(4)*d_width):(column(cind(1))*t*n*energyfortimeunit) with boxes lc 4 title measuret(3)
+set label sprintf("\\(\\max\{\\mu_E\}=%.0f\\)", t*n*energyfortimeunit) at graph 0.85,0.87 center
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+if( tikzsa ) {
+    unset label
+    set yrange [0:*]
+    set key at graph 1.05, graph 0.8 maxrows 1 spacing 1.2 reverse Left width 0.5 samplen 1.7
+    set label sprintf("\\(\\max\{\\mu_E\}=%.0f\\)", t*n*energyfortimeunit) at graph 0.2,0.93 center
+    set term tikz standalone
+    set output tikzfilesamax
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesamax
+    system(cmd)
+    }
+
+
+if( tikzsa ) {
+    unset label
+    set yrange [0:*]
+    set key at graph 1.05, graph 0.8 maxrows 1 spacing 1.2 reverse Left width 0.5 samplen 1.7
+    set label sprintf("\\(\\max\{\\mu_E\}=%.0f\\)", t*n*energyfortimeunit) at graph 0.2,0.93 center
+    set term tikz standalone
+    set output tikzfilesaexp
+    plot "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenarios . "\"" using (column(0)-xind(1)*d_width):(column(cind(1))) with boxes lc 1 fill solid 0.1 notitle,\
+         '' using (column(0)-xind(1)*d_width):(column(cind(1))):(strcol(cind(1)-1)) with labels offset 0,1 title "",\
+         "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios . "\"" using (column(0)-xind(1)*d_width):(column(cind(1))) with boxes lc 1 title measuret(0),\
+         '' using (column(0)-xind(1)*d_width):(column(cind(1))):(strcol(cind(1)-1)) with labels offset 0,1 title "",\
+         "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(2)*d_width):(column(cind(1))) with boxes lc 2 fill solid 0.1 notitle,\
+         '' using (column(0)-xind(2)*d_width):(column(cind(1))):(strcol(cind(1)-1)) with labels offset 0,1 title "", \
+         "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(2)*d_width):(column(cind(1))) with boxes lc 2 title measuret(1),\
+         '' using (column(0)-xind(2)*d_width):(column(cind(1))):(strcol(cind(1)-1)) with labels offset 0,1 title "", \
+         "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_2 . "\"" using (column(0)-xind(3)*d_width):(column(cind(1))):xticlabels(myxlabel($1)) with boxes lc 3 fill solid 0.1 notitle,\
+         '' using (column(0)-xind(3)*d_width):(column(cind(1))):(strcol(cind(1)-1)) with labels offset 0,1 title "",\
+         "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_2 . "\"" using (column(0)-xind(3)*d_width):(column(cind(1))):xticlabels(myxlabel($1)) with boxes lc 3 title measuret(2),\
+         '' using (column(0)-xind(3)*d_width):(column(cind(1))):(strcol(cind(1)-1)) with labels offset 0,1 title "",\
+         "<" .bin. "/databysolvergz.bash " . measure3 . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(4)*d_width):(column(cind(1))*t*n*energyfortimeunit) with boxes lc 4 title measuret(3),\
+         t*n*energyfortimeunit with lines dt 2 title ""
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesaexp
+    system(cmd)
+    }
+
+if( tikzsa ) {
+    unset label
+    set yrange [0:*]
+    set key at graph 1.05, graph 0.8 maxrows 1 spacing 1.2 reverse Left width 0.5 samplen 1.7
+    set label sprintf("\\(\\max\{\\mu_E\}=%.0f\\)", t*n*energyfortimeunit) at graph 0.2,0.93 center
+    set term tikz standalone
+    set output tikzfilesabase
+    plot "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios . "\"" using (column(0)-xind(1)*d_width):(column(cind(1))) with boxes lc 1 title measuret(0),\
+         '' using (column(0)-xind(1)*d_width):(column(cind(1))):(strcol(cind(1)-1)) with labels offset 0,1 title "",\
+         "<" .bin. "/databysolvergz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(2)*d_width):(column(cind_policy_1(1))) with boxes lc 2 title measuret(1),\
+         '' using (column(0)-xind(2)*d_width):(column(cind_policy_1(1))):(strcol(cind_policy_1(1)-1)) with labels offset 0,1 title "", \
+         "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_2 . "\"" using (column(0)-xind(3)*d_width):(column(cind(1))):xticlabels(myxlabel($1)) with boxes lc 3 title measuret(2),\
+         '' using (column(0)-xind(3)*d_width):(column(cind(1))):(strcol(cind(1)-1)) with labels offset 0,1 title "",\
+         "<" .bin. "/databysolvergz.bash " . measure3 . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(4)*d_width):(column(cind(1))*t*n*energyfortimeunit) with boxes lc 4 title measuret(3),\
+         t*n*energyfortimeunit with lines dt 2 title ""
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesabase
+    system(cmd)
+    set key at graph 1.05, graph 1.5 maxrows 3 spacing 1.2 reverse Left width -2
+    }
+
+if( tikzsa ) {
+    unset label
+    set yrange [0:*]
+    set key at graph 1.05, graph 0.8 maxrows 1 spacing 1.2 reverse Left width 0.5 samplen 1.7
+    set label sprintf("\\(\\max\{\\mu_E\}=%.0f\\)", t*n*energyfortimeunit) at graph 0.2,0.93 center
+    set term tikz standalone
+    set output tikzfilesaci
+    plot "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios . "\"" using (column(0)-xind(1)*d_width):(column(cind(1))) with boxes lc 1 title measuret(0),\
+         "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios . "\"" using (column(0)-xind(1)*d_width):(column(cind(1))):(column(cind(1))-column(cind(1)+1)):(column(cind(1))+column(cind(1)+1)) with errorbars lc 1 pt 0 notitle,\
+         '' using (column(0)-xind(1)*d_width):(column(cind(1))):(strcol(cind(1)-1)) with labels offset 0,1 title "",\
+         "<" .bin. "/databysolvergz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(2)*d_width):(column(cind_policy_1(1))) with boxes lc 2 title measuret(1),\
+         "<" .bin. "/databysolvergz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(2)*d_width):(column(cind_policy_1(1))):(column(cind_policy_1(1))-column(cind_policy_1(1)+1)):(column(cind_policy_1(1))+column(cind_policy_1(1)+1)) with errorbars lc 2 pt 0 notitle,\
+         '' using (column(0)-xind(2)*d_width):(column(cind_policy_1(1))):(strcol(cind_policy_1(1)-1)) with labels offset 0,1 title "", \
+         "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_2 . "\"" using (column(0)-xind(3)*d_width):(column(cind(1))):xticlabels(myxlabel($1)) with boxes lc 3 title measuret(2),\
+         "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_2 . "\"" using (column(0)-xind(3)*d_width):(column(cind(1))):(column(cind(1))-column(cind(1)+1)):(column(cind(1))+column(cind(1)+1)) with errorbars lc 3 pt 0 notitle,\
+         '' using (column(0)-xind(3)*d_width):(column(cind(1))):(strcol(cind(1)-1)) with labels offset 0,1 title "",\
+         "<" .bin. "/databysolvergz.bash " . measure3 . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(4)*d_width):(column(cind(1))*t*n*energyfortimeunit) with boxes lc 4 title measuret(3),\
+         "<" .bin. "/databysolvergz.bash " . measure3 . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(4)*d_width):(column(cind(1))*t*n*energyfortimeunit):((column(cind(1))-column(cind(1)+1))*t*n*energyfortimeunit):((column(cind(1))+column(cind(1)+1))*t*n*energyfortimeunit) with errorbars lc 4 pt 0 notitle,\
+         t*n*energyfortimeunit with lines dt 2 title ""
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesaci
+    system(cmd)
+    }
+
+if( aqua ) {
+    set output
+    set term aqua fig
+    replot
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+    replot
+    unset table
+}
+
+# test values
+cmd=bin. "/datagz.bash " . measure2 . " " . data_policy_2(3)
+system(cmd)
+#exit
+cmd=bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_2 . "\""
+system(cmd)
+
+
+
+reset
+
+# Delay
+fig="52"
+measuretype="Unavailability"
+study="varWeatherScenario"
+title="Unavailability for day for different weather scenarios. Label: exp number\npolicy 0, label 1: \\(\\Delta T=0\\)\npolicy 1, label 4: \\(\\tilde{T}_{thr}=0\\)\npolicy 2, label 5: \\(\\Delta T=0,T^{ageMax}_{dm}=5\\)"
+
+scenarios="sim_vardelta_T00_T0w1_DPT0diff1_DPw1_POLICY_0 sim_vardelta_T00_T0w1_DPT0diff1_DPw10_POLICY_0 sim_vardelta_T00_T0w1_DPT0diff10_DPw1_POLICY_0 sim_vardelta_T00_T0w1_DPT0diff10_DPw10_POLICY_0 sim_vardelta_T00_T0w10_DPT0diff1_DPw1_POLICY_0 sim_vardelta_T00_T0w10_DPT0diff1_DPw10_POLICY_0 sim_vardelta_T00_T0w10_DPT0diff10_DPw1_POLICY_0 sim_vardelta_T00_T0w10_DPT0diff10_DPw10_POLICY_0" # space separed list of scenarios to compare
+scenarios_policy_1="sim_vardelta_T00_T0w1_DPT0diff1_DPw1_POLICY_1 sim_vardelta_T00_T0w1_DPT0diff1_DPw10_POLICY_1 sim_vardelta_T00_T0w1_DPT0diff10_DPw1_POLICY_1 sim_vardelta_T00_T0w1_DPT0diff10_DPw10_POLICY_1 sim_vardelta_T00_T0w10_DPT0diff1_DPw1_POLICY_1 sim_vardelta_T00_T0w10_DPT0diff1_DPw10_POLICY_1 sim_vardelta_T00_T0w10_DPT0diff10_DPw1_POLICY_1 sim_vardelta_T00_T0w10_DPT0diff10_DPw10_POLICY_1" # space separed list of scenarios to compare
+scenarios_policy_2="sim_vardelta_T00_T0w1_DPT0diff1_DPw1_POLICY_2 sim_vardelta_T00_T0w1_DPT0diff1_DPw10_POLICY_2 sim_vardelta_T00_T0w1_DPT0diff10_DPw1_POLICY_2 sim_vardelta_T00_T0w1_DPT0diff10_DPw10_POLICY_2 sim_vardelta_T00_T0w10_DPT0diff1_DPw1_POLICY_2 sim_vardelta_T00_T0w10_DPT0diff1_DPw10_POLICY_2 sim_vardelta_T00_T0w10_DPT0diff10_DPw1_POLICY_2 sim_vardelta_T00_T0w10_DPT0diff10_DPw10_POLICY_2" # space separed list of scenarios to compare
+measurets="'(0,1,1,1)' '(0,1,1,10)' '(0,1,10,1)' '(0,1,10,10)' '(0,10,1,1)' '(0,10,1,10)' '(0,10,10,1)' '(0,10,10,10)'"
+serieinds="4" # list of the indexes corresponding to the scenarios to plot
+serieinds_policy_1="13" # list of the indexes corresponding to the scenarios to plot
+xinds="4 2 0 -2" # indexes used for the values on the axis x
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(measurets)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(measurets).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(measurets)>words(scenarios_policy_1)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(measurets).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(measurets)>words(scenarios_policy_2)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(measurets).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+data_policy_2(i)=datapath(word(scenarios_policy_2,i))
+serieind(i)=word(serieinds,ston(i))
+serieind_policy_1(i)=word(serieinds_policy_1,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+xind(i)=ston(word(xinds,ston(i)))
+ms=1 # series number
+
+# using index from seriesinds
+cind(i)=ston(word(serieinds,i))
+cind_policy_1(i)=ston(word(serieinds_policy_1,i))
+
+# styles
+
+dx=1.1
+total_box_width_relative=0.15
+gap_width_relative=0.02
+d_width=(gap_width_relative+total_box_width_relative)*dx/2.
+reset
+set boxwidth total_box_width_relative/ms relative
+set style fill pattern
+
+set grid y
+
+
+measure="WUnavailability"
+measurelabel="\\(\\mu_U\\)"
+measurey=measurelabel . " (min)"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measure3="WNeededEnergy" # optimal energy consumption for switch day averaged
+measuret(i)=(i==0)?sprintf("\\(P_{bas}\\)"):( \
+            (i==1)?sprintf("\\(P_{pre}\\)"):( \
+            (i==2)?sprintf("\\(P_{mem}\\)"): \
+                   sprintf("\\(P_{opt}\\)")))
+measuret2(i)=sprintf("%s, %s", measurelabel2, word(measurets,ston(i)))
+measuret3="Optimal energy consumption"
+
+myxlabel(i)=sprintf("%s", word(measurets,int(ston(i))))
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesamax=fig."-measure-".measuretype."-".study."-tikzsa-max.tex"
+tikzfilesabase=fig."-measure-".measuretype."-".study."-tikzsa-base.tex"
+tikzfilesaexp=fig."-measure-".measuretype."-".study."-tikzsa-exp.tex"
+tikzfilesaci=fig."-measure-".measuretype."-".study."-tikzsa-ci.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+#set title title offset 0,5.0
+unset title
+#set xlabel "time (hours)"
+set xlabel "Weather scenario (\\(\\bar{T}_0, T^a_0, \\Delta{T}^{dew}_0, T^{dew}_a\\))" offset 0,-0.5
+set ylabel measurey
+set format x "%2.0f"
+set format y "%2.0f"
+#set format y "$10^{%L}$"
+#set xtics ("100" 0,"200" 1,"300" 2,"400" 3,"500" 4) nomirror
+#set xtics (xlabel(1) 0, xlabel(2) 1, xlabel(3) 2, xlabel(4) 3, xlabel(5) 4, xlabel(6) 5, xlabel(7) 6, xlabel(8) 7, xlabel(9) 8) nomirror rotate by 45 right
+set xtics nomirror rotate by 30 right
+set ytics nomirror
+set yrange [0:2200]
+set ytics left offset -4.5,0 add ("2200" 2200)
+set mytics 10
+set border 3
+#set key bottom left maxrows 4 spacing 1.2
+set key at graph 1.0, graph 1 maxrows 1 spacing 1.2 reverse Left width 0.5 samplen 1.7
+unset logscale x
+unset logscale y
+
+set term tikz
+set output tikzfile
+
+plot "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenarios . "\"" using (column(0)-xind(1)*d_width):(column(cind(1))*t*n) with boxes lc 1 fill solid 0.1 title measuret(0),\
+     "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios . "\"" using (column(0)-xind(1)*d_width):(column(cind(1))*t*n) with boxes lc 1 notitle,\
+     "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(2)*d_width):(column(cind(1))*t*n) with boxes lc 2 fill solid 0.1 title measuret(1),\
+     "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(2)*d_width):(column(cind(1))*t*n) with boxes lc 2 notitle,\
+     "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_2 . "\"" using (column(0)-xind(3)*d_width):(column(cind(1))*t*n):xticlabels(myxlabel($1)) with boxes lc 3 fill solid 0.1 title measuret(2),\
+     "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_2 . "\"" using (column(0)-xind(3)*d_width):(column(cind(1))*t*n):xticlabels(myxlabel($1)) with boxes lc 3 notitle
+set label sprintf("\\(\\max\{\\mu_U\}=%.0f\\)", t*n) at graph 0.87,0.87 center
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+# log scale y
+set format y "%g"
+set ytics add ("" 2200, "3000" 3000)
+set yrange [0.001:3000]
+set logscale y
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesalogy
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesalogy
+    system(cmd)
+    }
+set ytics add ("" 3000)
+unset logscale y
+set yrange [0:*]
+
+
+if( tikzsa ) {
+    unset label
+    set yrange [0:*]
+    set key at graph 1.05, graph 0.8 maxrows 1 spacing 1.2 reverse Left width 0.5 samplen 1.7
+    set term tikz standalone
+    set output tikzfilesamax
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesamax
+    system(cmd)
+    }
+
+
+if( tikzsa ) {
+    unset label
+    set key at graph 1.05, graph 0.8 maxrows 1 spacing 1.2 reverse Left width 0.5 samplen 1.7
+    set term tikz standalone
+    set output tikzfilesaexp
+    plot "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenarios . "\"" using (column(0)-xind(1)*d_width):(column(cind(1))*t*n) with boxes lc 1 fill solid 0.1 title measuret(0),\
+         '' using (column(0)-xind(1)*d_width):(column(cind(1))):(strcol(cind(1)-1)) with labels offset 0,1 title "",\
+         "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios . "\"" using (column(0)-xind(1)*d_width):(column(cind(1))*t*n+5) with boxes lc 1 notitle,\
+         '' using (column(0)-xind(1)*d_width):(column(cind(1))*t*n+500):(strcol(cind(1)-1)) with labels offset 0,1 title "",\
+         "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(2)*d_width):(column(cind(1))*t*n) with boxes lc 2 fill solid 0.1 title measuret(1),\
+         '' using (column(0)-xind(2)*d_width):(column(cind(1))*t*n):(strcol(cind(1)-1)) with labels offset 0,1 title "", \
+         "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(2)*d_width):(column(cind(1))*t*n) with boxes lc 2 notitle,\
+         '' using (column(0)-xind(2)*d_width):(column(cind(1))*t*n+500):(strcol(cind(1)-1)) with labels offset 0,1 title "", \
+         "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_2 . "\"" using (column(0)-xind(3)*d_width):(column(cind(1))*t*n):xticlabels(myxlabel($1)) with boxes lc 3 fill solid 0.1 title measuret(2),\
+         '' using (column(0)-xind(3)*d_width):(column(cind(1))*t*n):(strcol(cind(1)-1)) with labels offset 0,1 title "",\
+         "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_2 . "\"" using (column(0)-xind(3)*d_width):(column(cind(1))*t*n):xticlabels(myxlabel($1)) with boxes lc 3 notitle,\
+         '' using (column(0)-xind(3)*d_width):(column(cind(1))*t*n+500):(strcol(cind(1)-1)) with labels offset 0,1 title ""
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesaexp
+    system(cmd)
+    }
+
+
+if( tikzsa ) {
+    unset label
+    set key at graph 1.05, graph 0.8 maxrows 1 spacing 1.2 reverse Left width 0.5 samplen 1.7
+    set term tikz standalone
+    set output tikzfilesabase
+    plot "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios . "\"" using (column(0)-xind(1)*d_width):(column(cind(1))*t*n) with boxes lc 1 title measuret(0),\
+         '' using (column(0)-xind(1)*d_width):(column(cind(1))*t*n):(strcol(cind(1)-1)) with labels offset 0,1 title "",\
+         "<" .bin. "/databysolvergz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(2)*d_width):(column(cind_policy_1(1))*t*n) with boxes lc 2 title measuret(1),\
+         '' using (column(0)-xind(2)*d_width):(column(cind_policy_1(1))*t*n):(strcol(cind_policy_1(1)-1)) with labels offset 0,1 title "", \
+         "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_2 . "\"" using (column(0)-xind(3)*d_width):(column(cind(1))*t*n):xticlabels(myxlabel($1)) with boxes lc 3 title measuret(2),\
+         '' using (column(0)-xind(3)*d_width):(column(cind(1))*t*n):(strcol(cind(1)-1)) with labels offset 0,1 title ""
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesabase
+    system(cmd)
+    }
+
+if( tikzsa ) {
+    unset label
+    set key at graph 1.05, graph 0.8 maxrows 1 spacing 1.2 reverse Left width 0.5 samplen 1.7
+    set term tikz standalone
+    set output tikzfilesaci
+    plot "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenarios . "\"" using (column(0)-xind(1)*d_width):(column(cind(1))*t*n) with boxes lc 1 fill solid 0.1 title measuret(0),\
+         "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenarios . "\"" using (column(0)-xind(1)*d_width):(column(cind(1))*t*n):((column(cind(1))-column(cind(1)+1))*t*n):((column(cind(1))+column(cind(1)+1))*t*n) with errorbars lc 1 pt 0 notitle,\
+         '' using (column(0)-xind(1)*d_width):(column(cind(1))*t*n):(strcol(cind(1)-1)) with labels offset 0,1 title "",\
+         "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(2)*d_width):(column(cind(1))*t*n) with boxes lc 2 fill solid 0.1 title measuret(1),\
+         "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(2)*d_width):(column(cind(1))*t*n):((column(cind(1))-column(cind(1)+1))*t*n):((column(cind(1))+column(cind(1)+1))*t*n) with errorbars lc 2 pt 0 notitle,\
+         '' using (column(0)-xind(2)*d_width):(column(cind(1))):(strcol(cind(1)-1)) with labels offset 0,1 title "", \
+         "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_2 . "\"" using (column(0)-xind(3)*d_width):(column(cind(1))*t*n):xticlabels(myxlabel($1)) with boxes lc 3 fill solid 0.1 title measuret(2),\
+         "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_2 . "\"" using (column(0)-xind(3)*d_width):(column(cind(1))*t*n):((column(cind(1))-column(cind(1)+1))*t*n):((column(cind(1))+column(cind(1)+1))*t*n) with errorbars lc 3 pt 0 notitle,\
+         '' using (column(0)-xind(3)*d_width):(column(cind(1))):(strcol(cind(1)-1)) with labels offset 0,1 title ""
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesaci
+    system(cmd)
+    }
+
+if( aqua ) {
+    set output
+    set term aqua fig
+    replot
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+    replot
+    unset table
+}
+
+# test values
+cmd=bin. "/datagz.bash " . measure . " " . data_policy_2(3)
+system(cmd)
+#exit
+cmd=bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_2 . "\""
+system(cmd)
+cmd=bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios . "\""
+system(cmd)
+
+
+reset
+
+# Delay
+fig="53"
+measuretype="Unavailability"
+study="varWeatherScenario"
+title="Unavailability for day for different weather scenarios. Label: exp number\npolicy 0, label 1: \\(\\Delta T=0\\)\npolicy 1, label 4: \\(\\tilde{T}_{thr}=0\\)\npolicy 2, label 5: \\(\\Delta T=0,T^{ageMax}_{dm}=5\\)"
+
+scenarios="sim_vardelta_T0m10_T0w1_DPT0diff1_DPw1_POLICY_0 sim_vardelta_T0m10_T0w1_DPT0diff1_DPw10_POLICY_0 sim_vardelta_T0m10_T0w1_DPT0diff10_DPw1_POLICY_0 sim_vardelta_T0m10_T0w1_DPT0diff10_DPw10_POLICY_0 sim_vardelta_T0m10_T0w10_DPT0diff1_DPw1_POLICY_0 sim_vardelta_T0m10_T0w10_DPT0diff1_DPw10_POLICY_0 sim_vardelta_T0m10_T0w10_DPT0diff10_DPw1_POLICY_0 sim_vardelta_T0m10_T0w10_DPT0diff10_DPw10_POLICY_0" # space separed list of scenarios to compare
+scenarios_policy_1="sim_vardelta_T0m10_T0w1_DPT0diff1_DPw1_POLICY_1 sim_vardelta_T0m10_T0w1_DPT0diff1_DPw10_POLICY_1 sim_vardelta_T0m10_T0w1_DPT0diff10_DPw1_POLICY_1 sim_vardelta_T0m10_T0w1_DPT0diff10_DPw10_POLICY_1 sim_vardelta_T0m10_T0w10_DPT0diff1_DPw1_POLICY_1 sim_vardelta_T0m10_T0w10_DPT0diff1_DPw10_POLICY_1 sim_vardelta_T0m10_T0w10_DPT0diff10_DPw1_POLICY_1 sim_vardelta_T0m10_T0w10_DPT0diff10_DPw10_POLICY_1" # space separed list of scenarios to compare
+scenarios_policy_2="sim_vardelta_T0m10_T0w1_DPT0diff1_DPw1_POLICY_2 sim_vardelta_T0m10_T0w1_DPT0diff1_DPw10_POLICY_2 sim_vardelta_T0m10_T0w1_DPT0diff10_DPw1_POLICY_2 sim_vardelta_T0m10_T0w1_DPT0diff10_DPw10_POLICY_2 sim_vardelta_T0m10_T0w10_DPT0diff1_DPw1_POLICY_2 sim_vardelta_T0m10_T0w10_DPT0diff1_DPw10_POLICY_2 sim_vardelta_T0m10_T0w10_DPT0diff10_DPw1_POLICY_2 sim_vardelta_T0m10_T0w10_DPT0diff10_DPw10_POLICY_2" # space separed list of scenarios to compare
+measurets="'(-10,1,1,1)' '(-10,1,1,10)' '(-10,1,10,1)' '(-10,1,10,10)' '(-10,10,1,1)' '(-10,10,1,10)' '(-10,10,10,1)' '(-10,10,10,10)'"
+serieinds="4" # list of the indexes corresponding to the scenarios to plot
+serieinds_policy_1="13" # list of the indexes corresponding to the scenarios to plot
+colinds="4" # list of the indexes corresponding to the column to plot
+xinds="4 2 0 -2" # indexes used for the values on the axis x
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(measurets)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(measurets).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(measurets)>words(scenarios_policy_1)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(measurets).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(measurets)>words(scenarios_policy_2)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(measurets).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+data_policy_2(i)=datapath(word(scenarios_policy_2,i))
+serieind(i)=word(serieinds,ston(i))
+serieind_policy_1(i)=word(serieinds_policy_1,ston(i))
+lstyle(i)=ston(word(lstyles,ston(i)))
+xind(i)=ston(word(xinds,ston(i)))
+ms=1 # series number
+
+# using index from seriesinds
+cind(i)=ston(word(serieinds,i))
+cind_policy_1(i)=ston(word(serieinds_policy_1,i))
+
+# styles
+
+dx=1.1
+total_box_width_relative=0.15
+gap_width_relative=0.02
+d_width=(gap_width_relative+total_box_width_relative)*dx/2.
+reset
+set boxwidth total_box_width_relative/ms relative
+set style fill pattern
+
+set grid y
+
+
+measure="WUnavailability"
+measurelabel="\\(\\mu_U\\)"
+measurey=measurelabel . " (min)"
+measure2="YUsedEnergy"
+measurelabel2="\\(\\mu_E\\)"
+measurey2=measurelabel2 . " (kWh)"
+measure3="WNeededEnergy" # optimal energy consumption for switch day averaged
+measuret(i)=(i==0)?sprintf("\\(P_{bas}\\)"):( \
+            (i==1)?sprintf("\\(P_{pre}\\)"):( \
+            (i==2)?sprintf("\\(P_{mem}\\)"): \
+                   sprintf("\\(P_{opt}\\)")))
+measuret2(i)=sprintf("%s, %s", measurelabel2, word(measurets,ston(i)))
+measuret3="Optimal energy consumption"
+
+myxlabel(i)=sprintf("%s", word(measurets,int(ston(i))))
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesamax=fig."-measure-".measuretype."-".study."-tikzsa-max.tex"
+tikzfilesabase=fig."-measure-".measuretype."-".study."-tikzsa-base.tex"
+tikzfilesaexp=fig."-measure-".measuretype."-".study."-tikzsa-exp.tex"
+tikzfilesaci=fig."-measure-".measuretype."-".study."-tikzsa-ci.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+#set title title offset 0,5.0
+unset title
+#set xlabel "time (hours)"
+set xlabel "Weather scenario (\\(\\bar{T}_0, T^a_0, \\Delta{T}^{dew}_0, T^{dew}_a\\))" offset 0,-0.5
+set ylabel measurey
+set format x "%2.0f"
+set format y "%2.0f"
+#set format y "$10^{%L}$"
+#set xtics ("100" 0,"200" 1,"300" 2,"400" 3,"500" 4) nomirror
+#set xtics (xlabel(1) 0, xlabel(2) 1, xlabel(3) 2, xlabel(4) 3, xlabel(5) 4, xlabel(6) 5, xlabel(7) 6, xlabel(8) 7, xlabel(9) 8) nomirror rotate by 45 right
+set xtics nomirror rotate by 30 right
+set ytics nomirror
+set yrange [0:*]
+set ytics left offset -4.0,0
+set mytics 10
+set border 3
+#set key bottom left maxrows 4 spacing 1.2
+set key at graph 1.0, graph 1 maxrows 1 spacing 1.2 reverse Left width 0.5 samplen 1.7
+unset logscale x
+unset logscale y
+
+set term tikz
+set output tikzfile
+
+plot "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenarios . "\"" using (column(0)-xind(1)*d_width):(column(cind(1))*t*n) with boxes lc 1 fill solid 0.1 title measuret(0),\
+     "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios . "\"" using (column(0)-xind(1)*d_width):(column(cind(1))*t*n) with boxes lc 1 notitle,\
+     "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(2)*d_width):(column(cind(1))*t*n) with boxes lc 2 fill solid 0.1 title measuret(1),\
+     "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(2)*d_width):(column(cind(1))*t*n) with boxes lc 2 notitle,\
+     "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_2 . "\"" using (column(0)-xind(3)*d_width):(column(cind(1))*t*n):xticlabels(myxlabel($1)) with boxes lc 3 fill solid 0.1 title measuret(2),\
+     "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_2 . "\"" using (column(0)-xind(3)*d_width):(column(cind(1))*t*n):xticlabels(myxlabel($1)) with boxes lc 3 notitle
+set label sprintf("\\(\\max\{\\mu_U\}=%.0f\\)", t*n) at graph 0.87,0.87 center
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+# log scale y
+set format y "%g"
+set yrange [0.001:*]
+set logscale y
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesalogy
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesalogy
+    system(cmd)
+    }
+set ytics add ("" 3000)
+unset logscale y
+set yrange [0:*]
+
+
+if( tikzsa ) {
+    unset label
+    set yrange [0:*]
+    set key at graph 1.05, graph 0.8 maxrows 1 spacing 1.2 reverse Left width 0.5 samplen 1.7
+    set term tikz standalone
+    set output tikzfilesamax
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesamax
+    system(cmd)
+    }
+
+
+if( tikzsa ) {
+    unset label
+    set key at graph 1.05, graph 0.8 maxrows 1 spacing 1.2 reverse Left width 0.5 samplen 1.7
+    set term tikz standalone
+    set output tikzfilesaexp
+    plot "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenarios . "\"" using (column(0)-xind(1)*d_width):(column(cind(1))*t*n) with boxes lc 1 fill solid 0.1 title measuret(0),\
+         '' using (column(0)-xind(1)*d_width):(column(cind(1))):(strcol(cind(1)-1)) with labels offset 0,1 title "",\
+         "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios . "\"" using (column(0)-xind(1)*d_width):(column(cind(1))*t*n+5) with boxes lc 1 notitle,\
+         '' using (column(0)-xind(1)*d_width):(column(cind(1))*t*n+500):(strcol(cind(1)-1)) with labels offset 0,1 title "",\
+         "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(2)*d_width):(column(cind(1))*t*n) with boxes lc 2 fill solid 0.1 title measuret(1),\
+         '' using (column(0)-xind(2)*d_width):(column(cind(1))*t*n):(strcol(cind(1)-1)) with labels offset 0,1 title "", \
+         "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(2)*d_width):(column(cind(1))*t*n) with boxes lc 2 notitle,\
+         '' using (column(0)-xind(2)*d_width):(column(cind(1))*t*n+500):(strcol(cind(1)-1)) with labels offset 0,1 title "", \
+         "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_2 . "\"" using (column(0)-xind(3)*d_width):(column(cind(1))*t*n):xticlabels(myxlabel($1)) with boxes lc 3 fill solid 0.1 title measuret(2),\
+         '' using (column(0)-xind(3)*d_width):(column(cind(1))*t*n):(strcol(cind(1)-1)) with labels offset 0,1 title "",\
+         "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_2 . "\"" using (column(0)-xind(3)*d_width):(column(cind(1))*t*n):xticlabels(myxlabel($1)) with boxes lc 3 notitle,\
+         '' using (column(0)-xind(3)*d_width):(column(cind(1))*t*n+500):(strcol(cind(1)-1)) with labels offset 0,1 title ""
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesaexp
+    system(cmd)
+    }
+
+
+if( tikzsa ) {
+    unset label
+    set key at graph 1.05, graph 0.8 maxrows 1 spacing 1.2 reverse Left width 0.5 samplen 1.7
+    set term tikz standalone
+    set output tikzfilesabase
+    plot "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios . "\"" using (column(0)-xind(1)*d_width):(column(cind(1))*t*n) with boxes lc 1 title measuret(0),\
+         '' using (column(0)-xind(1)*d_width):(column(cind(1))*t*n):(strcol(cind(1)-1)) with labels offset 0,1 title "",\
+         "<" .bin. "/databysolvergz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(2)*d_width):(column(cind_policy_1(1))*t*n) with boxes lc 2 title measuret(1),\
+         '' using (column(0)-xind(2)*d_width):(column(cind_policy_1(1))*t*n):(strcol(cind_policy_1(1)-1)) with labels offset 0,1 title "", \
+         "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_2 . "\"" using (column(0)-xind(3)*d_width):(column(cind(1))*t*n):xticlabels(myxlabel($1)) with boxes lc 3 title measuret(2),\
+         '' using (column(0)-xind(3)*d_width):(column(cind(1))*t*n):(strcol(cind(1)-1)) with labels offset 0,1 title ""
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesabase
+    system(cmd)
+    }
+
+if( tikzsa ) {
+    unset label
+    set key at graph 1.05, graph 0.8 maxrows 1 spacing 1.2 reverse Left width 0.5 samplen 1.7
+    set term tikz standalone
+    set output tikzfilesaci
+    plot "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenarios . "\"" using (column(0)-xind(1)*d_width):(column(cind(1))*t*n) with boxes lc 1 fill solid 0.1 title measuret(0),\
+         "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenarios . "\"" using (column(0)-xind(1)*d_width):(column(cind(1))*t*n):((column(cind(1))-column(cind(1)+1))*t*n):((column(cind(1))+column(cind(1)+1))*t*n) with errorbars lc 1 pt 0 notitle,\
+         '' using (column(0)-xind(1)*d_width):(column(cind(1))*t*n):(strcol(cind(1)-1)) with labels offset 0,1 title "",\
+         "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(2)*d_width):(column(cind(1))*t*n) with boxes lc 2 fill solid 0.1 title measuret(1),\
+         "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_1 . "\"" using (column(0)-xind(2)*d_width):(column(cind(1))*t*n):((column(cind(1))-column(cind(1)+1))*t*n):((column(cind(1))+column(cind(1)+1))*t*n) with errorbars lc 2 pt 0 notitle,\
+         '' using (column(0)-xind(2)*d_width):(column(cind(1))):(strcol(cind(1)-1)) with labels offset 0,1 title "", \
+         "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_2 . "\"" using (column(0)-xind(3)*d_width):(column(cind(1))*t*n):xticlabels(myxlabel($1)) with boxes lc 3 fill solid 0.1 title measuret(2),\
+         "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_2 . "\"" using (column(0)-xind(3)*d_width):(column(cind(1))*t*n):((column(cind(1))-column(cind(1)+1))*t*n):((column(cind(1))+column(cind(1)+1))*t*n) with errorbars lc 3 pt 0 notitle,\
+         '' using (column(0)-xind(3)*d_width):(column(cind(1))):(strcol(cind(1)-1)) with labels offset 0,1 title ""
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesaci
+    system(cmd)
+    }
+
+if( aqua ) {
+    set output
+    set term aqua fig
+    replot
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+    replot
+    unset table
+}
+
+# test values
+cmd=bin. "/datagz.bash " . measure . " " . data_policy_2(3)
+system(cmd)
+#exit
+cmd=bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_2 . "\""
+system(cmd)
+cmd=bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios . "\""
+system(cmd)
+
+
+reset
+
+# Delay
+fig="54"
+measuretype="Energy"
+study="varWeatherScenario"
+title="Energy Consumption for day for different weather scenarios"
+
+scenarios="sim_vardelta_T00_T0w1_DPT0diff1_DPw1_POLICY_0 sim_vardelta_T00_T0w1_DPT0diff1_DPw10_POLICY_0 sim_vardelta_T00_T0w1_DPT0diff10_DPw1_POLICY_0 sim_vardelta_T00_T0w1_DPT0diff10_DPw10_POLICY_0 sim_vardelta_T00_T0w10_DPT0diff1_DPw1_POLICY_0 sim_vardelta_T00_T0w10_DPT0diff1_DPw10_POLICY_0 sim_vardelta_T00_T0w10_DPT0diff10_DPw1_POLICY_0 sim_vardelta_T00_T0w10_DPT0diff10_DPw10_POLICY_0" # space separed list of scenarios to compare
+scenarios_policy_1="sim_vardelta_T00_T0w1_DPT0diff1_DPw1_POLICY_1 sim_vardelta_T00_T0w1_DPT0diff1_DPw10_POLICY_1 sim_vardelta_T00_T0w1_DPT0diff10_DPw1_POLICY_1 sim_vardelta_T00_T0w1_DPT0diff10_DPw10_POLICY_1 sim_vardelta_T00_T0w10_DPT0diff1_DPw1_POLICY_1 sim_vardelta_T00_T0w10_DPT0diff1_DPw10_POLICY_1 sim_vardelta_T00_T0w10_DPT0diff10_DPw1_POLICY_1 sim_vardelta_T00_T0w10_DPT0diff10_DPw10_POLICY_1" # space separed list of scenarios to compare
+scenarios_policy_2="sim_vardelta_T00_T0w1_DPT0diff1_DPw1_POLICY_2 sim_vardelta_T00_T0w1_DPT0diff1_DPw10_POLICY_2 sim_vardelta_T00_T0w1_DPT0diff10_DPw1_POLICY_2 sim_vardelta_T00_T0w1_DPT0diff10_DPw10_POLICY_2 sim_vardelta_T00_T0w10_DPT0diff1_DPw1_POLICY_2 sim_vardelta_T00_T0w10_DPT0diff1_DPw10_POLICY_2 sim_vardelta_T00_T0w10_DPT0diff10_DPw1_POLICY_2 sim_vardelta_T00_T0w10_DPT0diff10_DPw10_POLICY_2" # space separed list of scenarios to compare
+measurets="'(0,1,1,1)' '(0,1,1,10)' '(0,1,10,1)' '(0,1,10,10)' '(0,10,1,1)' '(0,10,1,10)' '(0,10,10,1)' '(0,10,10,10)'"
+serieinds="2" # list of the indexes corresponding to the scenarios to plot
+colinds="4" # list of the indexes corresponding to the column to plot
+xinds="3 2.4 1.5 0.9 0 -0.6 -1.5 -2.1" # indexes used for the values on the axis x
+m=words(scenarios) # scenarios
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+
+# check input params
+if(words(measurets)>words(scenarios)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(measurets).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(measurets)>words(scenarios_policy_1)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(measurets).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+# check input params
+if(words(measurets)>words(scenarios_policy_2)) {
+				      print "Ops! Fig. #".fig.": Number of scenario labels (".words(measurets).") greater than number of scenarios (".words(scenarios).")"
+				      exit
+}
+
+data(i)=datapath(word(scenarios,i))
+data_policy_1(i)=datapath(word(scenarios_policy_1,i))
+data_policy_2(i)=datapath(word(scenarios_policy_2,i))
+serieind(i)=ston(word(serieinds,ston(i)))
+lstyle(i)=ston(word(lstyles,ston(i)))
+xind(i)=ston(word(xinds,ston(i)))
+ms=1 # series number
+
+# using index from seriesinds
+scenario(i)=word(scenarios,i)
+scenario_policy_1(i)=word(scenarios_policy_1,i)
+scenario_policy_2(i)=word(scenarios_policy_2,i)
+
+# using index from colinds
+cind(i)=ston(word(colinds,i))
+
+# styles
+
+dx=1.1
+total_box_width_relative=0.15
+gap_width_relative=0.02
+d_width=(gap_width_relative+total_box_width_relative)*dx/2.
+reset
+#set boxwidth total_box_width_relative/ms relative
+set boxwidth 0.05 absolute
+set style fill pattern
+
+set grid y
+
+measure="YUsedEnergy"
+measurelabel="\\(\\mu_E\\)"
+measurey=measurelabel . " (kWh)"
+measure2="WUnavailability"
+measure2threshold=sprintf("%f",50.0/(t*n))
+measurelabel2="\\(\\mu_U\\)"
+measurey2=measurelabel2 . " (min)"
+measure3="WNeededEnergy" # optimal energy consumption for switch day averaged
+measuret=sprintf("\\(\\mu_U^{thr}=50\\)")
+measuret2(i)=sprintf("%s, %s", measurelabel2, word(measurets,ston(i)))
+measuret3="Optimal energy consumption"
+
+myxlabel(i)=sprintf("%s", word(measurets,int(ston(i))))
+
+tabfile=fig."-measure-".measuretype."-".study.".tab"
+tikzfilesa=fig."-measure-".measuretype."-".study."-tikzsa.tex"
+tikzfilesabase=fig."-measure-".measuretype."-".study."-tikzsa-base.tex"
+tikzfilesaexp=fig."-measure-".measuretype."-".study."-tikzsa-exp.tex"
+tikzfilesaci=fig."-measure-".measuretype."-".study."-tikzsa-ci.tex"
+tikzfilesanoleg=fig."-measure-".measuretype."-".study."-tikzsa-noleg.tex"
+tikzfilesalogy=fig."-measure-".measuretype."-".study."-tikzsa-logy.tex"
+tikzfile=fig."-measure-".measuretype."-".study."-tikz.tex"
+
+set notitle
+#unset title
+#set xlabel "time (hours)"
+set xlabel "Policies" offset 0,-0.5
+set ylabel measurey
+set format x "%2.0f"
+#set format y "%2.0d"
+set format y "%2.0f"
+#set xtics ("100" 0,"200" 1,"300" 2,"400" 3,"500" 4) nomirror
+#set xtics (xlabel(1) 0, xlabel(2) 1, xlabel(3) 2, xlabel(4) 3, xlabel(5) 4, xlabel(6) 5, xlabel(7) 6, xlabel(8) 7, xlabel(9) 8) nomirror rotate by 45 right
+set xtics ("\\(P_{bas}\\)" -0.2525, "\\(P_{pre}\\)" -0.112, "\\(P_{mem}\\)" 0.0284, "\\(P_{opt}\\)" 0.15) nomirror
+set ytics nomirror
+set xrange [-0.33:0.2]
+set yrange [0:*]
+set ytics left offset -4.5,0
+set mytics 10
+set border 3
+#set key bottom left maxrows 4 spacing 1.2
+set key at graph 1, graph 0.7 maxrows 1 spacing 1
+#set key off
+unset logscale x
+unset logscale y
+
+set term tikz
+set output tikzfile
+
+plot "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenario(serieind(1)) . "\"" using (column(0)-xind(1)*d_width):(column(cind(1))) with boxes lc 1 fill solid 0.1 notitle,\
+     '' using (column(0)-xind(1)*d_width):(column(cind(1))):("Min/Max") with labels offset 0,3 rotate by 90 title "",\
+     "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenario(serieind(1)) . "\"" using (column(0)-xind(1)*d_width):(column(cind(1))) with boxes lc 1 notitle,\
+     "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenario_policy_1(serieind(1)) . "\"" using (column(0)-xind(3)*d_width):(column(cind(1))) with boxes lc 2 fill solid 0.1 notitle,\
+     '' using (column(0)-xind(3)*d_width):(column(cind(1))):("Min/Max") with labels offset 0,3 rotate by 90 title "",\
+     "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenario_policy_1(serieind(1)) . "\"" using (column(0)-xind(3)*d_width):(column(cind(1))) with boxes lc 2 notitle,\
+     "<" .bin. "/databysolversortedreversegz.bash " . measure . " " . csvgzfile . " \"" . scenario_policy_2(serieind(1)) . "\"" using (column(0)-xind(5)*d_width):(column(cind(1))) with boxes lc 3 fill solid 0.1 notitle,\
+     '' using (column(0)-xind(5)*d_width):(column(cind(1))):("Min/Max") with labels offset 0,3 rotate by 90 title "",\
+     "<" .bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenario_policy_2(serieind(1)) . "\"" using (column(0)-xind(5)*d_width):(column(cind(1))) with boxes lc 3 notitle,\
+     "<" .bin. "/data_min_M1_suchthat_M2_lesseq_Thr_gz.bash " . measure . " " . measure2 . " " . measure2threshold . " " . csvgzfile . " \"" . scenario(serieind(1)) . "\"" using (column(0)-xind(2)*d_width):(column(cind(1))) with boxes lc 7 fillstyle pattern 5 notitle,\
+     "<" .bin. "/data_min_M1_suchthat_M2_lesseq_Thr_gz.bash " . measure . " " . measure2 . " " . measure2threshold . " " . csvgzfile . " \"" . scenario_policy_1(serieind(1)) . "\"" using (column(0)-xind(4)*d_width):(column(cind(1))) with boxes lc 7 fillstyle pattern 5 title measuret,\
+     "<" .bin. "/data_min_M1_suchthat_M2_lesseq_Thr_gz.bash " . measure . " " . measure2 . " " . measure2threshold . " " . csvgzfile . " \"" . scenario_policy_2(serieind(1)) . "\"" using (column(0)-xind(6)*d_width):(column(cind(1))) with boxes lc 7 fillstyle pattern 5 notitle,\
+     "<" .bin. "/databysolvergz.bash " . measure3 . " " . csvgzfile . " \"" . scenario_policy_1(serieind(1)) . "\"" using (column(0)-xind(7)*d_width):(column(cind(1))*t*n*energyfortimeunit) with boxes lc 4 notitle,\
+     t*n*energyfortimeunit with lines dt 2 title ""
+set label sprintf("\\(\\max\{\\mu_E\}=%.0f\\)", t*n*energyfortimeunit) at graph 0.2,0.93 center
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    }
+
+if( aqua ) {
+    set output
+    set term aqua fig
+    replot
+}
+
+if( table ) {
+    set format x "% g"
+    set format y "%g"
+    set table tabfile
+    replot
+    unset table
+}
+
+# test values
+cmd=bin. "/datagz.bash " . measure2 . " " . data_policy_2(3)
+system(cmd)
+#exit
+cmd=bin. "/databysolversortedgz.bash " . measure . " " . csvgzfile . " \"" . scenarios_policy_2 . "\""
+system(cmd)
+
+
+reset
+
+# legend only
+fig="61"
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+m=words(lstyles1)
+serieind=1
+
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:m] style line i lt lstyle(i) lw 1 pt lstyle(i) linecolor rgb "black"
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:m] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i) linecolor rgb "black"
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+# fix yellow color with Maroon
+#set for [i=3:3] style line i lt lstyle(i) lw 1 pt lstyle(i) lc rgb '#800000'	
+#set for [i=3:3] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i) lc rgb '#800000'	
+
+tikzfilesa=fig."-legend.tex"
+tikzfile=fig."-legend.tex"
+
+set yrange [0:1]
+unset border
+unset tics
+
+set key at graph 0, graph 0.5 vertical samplen 3 maxrows 1
+
+set size 3, 1
+set term tikz
+set output tikzfile
+
+# plot for each scenario
+plot for[i=serieind:serieind] NaN with lp ls i title  " ",\
+     for[i=serieind:serieind] -100 notitle
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    pdffile=remext(tikzfilesa) . ".pdf"
+    cmdcrop="../bin/pdf2pdfcrop.bash -r " . pdffile
+    system(cmdcrop)
+    }
+
+if( aqua ) {
+    set output
+    set term aqua fig
+    replot
+}
+
+
+reset
+
+# legend only
+fig="62"
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+m=words(lstyles1)
+serieind=3
+
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:m] style line i lt lstyle(i) lw 1 pt lstyle(i) linecolor rgb "black"
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:m] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i) linecolor rgb "black"
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+# fix yellow color with Maroon
+#set for [i=3:3] style line i lt lstyle(i) lw 1 pt lstyle(i) lc rgb '#800000'	
+#set for [i=3:3] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i) lc rgb '#800000'	
+
+tikzfilesa=fig."-legend.tex"
+tikzfile=fig."-legend.tex"
+
+set yrange [0:1]
+unset border
+unset tics
+
+set key at graph 0, graph 0.5 vertical samplen 3 maxrows 1
+
+set size 3, 1
+set term tikz
+set output tikzfile
+
+# plot for each scenario
+plot for[i=serieind:serieind] NaN with lp ls i title  " ",\
+     for[i=serieind:serieind] -100 notitle
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    pdffile=remext(tikzfilesa) . ".pdf"
+    cmdcrop="../bin/pdf2pdfcrop.bash -r " . pdffile
+    system(cmdcrop)
+    }
+
+if( aqua ) {
+    set output
+    set term aqua fig
+    replot
+}
+
+reset
+
+# legend only
+fig="63"
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+m=words(lstyles1)
+serieind=6
+
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:m] style line i lt lstyle(i) lw 1 pt lstyle(i) linecolor rgb "black"
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:m] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i) linecolor rgb "black"
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+# fix yellow color with Maroon
+#set for [i=3:3] style line i lt lstyle(i) lw 1 pt lstyle(i) lc rgb '#800000'	
+#set for [i=3:3] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i) lc rgb '#800000'	
+
+tikzfilesa=fig."-legend.tex"
+tikzfile=fig."-legend.tex"
+
+set yrange [0:1]
+unset border
+unset tics
+
+set key at graph 0, graph 0.5 vertical samplen 3 maxrows 1
+
+set size 3, 1
+set term tikz
+set output tikzfile
+
+# plot for each scenario
+plot for[i=serieind:serieind] NaN with lp ls i title  " ",\
+     for[i=serieind:serieind] -100 notitle
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    pdffile=remext(tikzfilesa) . ".pdf"
+    cmdcrop="../bin/pdf2pdfcrop.bash -r " . pdffile
+    system(cmdcrop)
+    }
+
+if( aqua ) {
+    set output
+    set term aqua fig
+    replot
+}
+
+reset
+
+# legend only
+fig="64"
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+m=words(lstyles1)
+serieind=8
+
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:m] style line i lt lstyle(i) lw 1 pt lstyle(i) linecolor rgb "black"
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:m] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i) linecolor rgb "black"
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+# fix yellow color with Maroon
+#set for [i=3:3] style line i lt lstyle(i) lw 1 pt lstyle(i) lc rgb '#800000'	
+#set for [i=3:3] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i) lc rgb '#800000'	
+
+tikzfilesa=fig."-legend.tex"
+tikzfile=fig."-legend.tex"
+
+set yrange [0:1]
+unset border
+unset tics
+
+set key at graph 0, graph 0.5 vertical samplen 3 maxrows 1
+
+set size 3, 1
+set term tikz
+set output tikzfile
+
+# plot for each scenario
+plot for[i=serieind:serieind] NaN with lp ls i title  " ",\
+     for[i=serieind:serieind] -100 notitle
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    pdffile=remext(tikzfilesa) . ".pdf"
+    cmdcrop="../bin/pdf2pdfcrop.bash -r " . pdffile
+    system(cmdcrop)
+    }
+
+if( aqua ) {
+    set output
+    set term aqua fig
+    replot
+}
+
+
+reset
+
+# legend only
+fig="65"
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+m=words(lstyles1)
+serieind=1
+
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:m] style line i lt lstyle(i) lw 1 pt lstyle(i) linecolor rgb "black"
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:m] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i) linecolor rgb "black"
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+# fix yellow color with Maroon
+#set for [i=3:3] style line i lt lstyle(i) lw 1 pt lstyle(i) lc rgb '#800000'	
+#set for [i=3:3] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i) lc rgb '#800000'	
+
+tikzfilesa=fig."-legend.tex"
+tikzfile=fig."-legend.tex"
+
+set yrange [0:1]
+unset border
+unset tics
+
+set key at graph 0, graph 0.5 vertical samplen 3 maxrows 1
+
+set size 3, 1
+set term tikz
+set output tikzfile
+
+# plot for each scenario
+plot for[i=serieind:serieind] NaN with lp ls i+m title  " ",\
+     for[i=serieind:serieind] -100 notitle
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    pdffile=remext(tikzfilesa) . ".pdf"
+    cmdcrop="../bin/pdf2pdfcrop.bash -r " . pdffile
+    system(cmdcrop)
+    }
+
+if( aqua ) {
+    set output
+    set term aqua fig
+    replot
+}
+
+
+reset
+
+# legend only
+fig="66"
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+m=words(lstyles1)
+serieind=3
+
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:m] style line i lt lstyle(i) lw 1 pt lstyle(i) linecolor rgb "black"
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:m] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i) linecolor rgb "black"
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+# fix yellow color with Maroon
+#set for [i=3:3] style line i lt lstyle(i) lw 1 pt lstyle(i) lc rgb '#800000'	
+#set for [i=3:3] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i) lc rgb '#800000'	
+
+tikzfilesa=fig."-legend.tex"
+tikzfile=fig."-legend.tex"
+
+set yrange [0:1]
+unset border
+unset tics
+
+set key at graph 0, graph 0.5 vertical samplen 3 maxrows 1
+
+set size 3, 1
+set term tikz
+set output tikzfile
+
+# plot for each scenario
+plot for[i=serieind:serieind] NaN with lp ls i+m title  " ",\
+     for[i=serieind:serieind] -100 notitle
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    pdffile=remext(tikzfilesa) . ".pdf"
+    cmdcrop="../bin/pdf2pdfcrop.bash -r " . pdffile
+    system(cmdcrop)
+    }
+
+if( aqua ) {
+    set output
+    set term aqua fig
+    replot
+}
+
+reset
+
+# legend only
+fig="67"
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+m=words(lstyles1)
+serieind=6
+
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:m] style line i lt lstyle(i) lw 1 pt lstyle(i) linecolor rgb "black"
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:m] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i) linecolor rgb "black"
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+# fix yellow color with Maroon
+#set for [i=3:3] style line i lt lstyle(i) lw 1 pt lstyle(i) lc rgb '#800000'	
+#set for [i=3:3] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i) lc rgb '#800000'	
+
+tikzfilesa=fig."-legend.tex"
+tikzfile=fig."-legend.tex"
+
+set yrange [0:1]
+unset border
+unset tics
+
+set key at graph 0, graph 0.5 vertical samplen 3 maxrows 1
+
+set size 3, 1
+set term tikz
+set output tikzfile
+
+# plot for each scenario
+plot for[i=serieind:serieind] NaN with lp ls i+m title  " ",\
+     for[i=serieind:serieind] -100 notitle
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    pdffile=remext(tikzfilesa) . ".pdf"
+    cmdcrop="../bin/pdf2pdfcrop.bash -r " . pdffile
+    system(cmdcrop)
+    }
+
+if( aqua ) {
+    set output
+    set term aqua fig
+    replot
+}
+
+reset
+
+# legend only
+fig="68"
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+m=words(lstyles1)
+serieind=8
+
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:m] style line i lt lstyle(i) lw 1 pt lstyle(i) linecolor rgb "black"
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:m] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i) linecolor rgb "black"
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+# fix yellow color with Maroon
+#set for [i=3:3] style line i lt lstyle(i) lw 1 pt lstyle(i) lc rgb '#800000'	
+#set for [i=3:3] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i) lc rgb '#800000'	
+
+tikzfilesa=fig."-legend.tex"
+tikzfile=fig."-legend.tex"
+
+set yrange [0:1]
+unset border
+unset tics
+
+set key at graph 0, graph 0.5 vertical samplen 3 maxrows 1
+
+set size 3, 1
+set term tikz
+set output tikzfile
+
+# plot for each scenario
+plot for[i=serieind:serieind] NaN with lp ls i+m title  " ",\
+     for[i=serieind:serieind] -100 notitle
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    pdffile=remext(tikzfilesa) . ".pdf"
+    cmdcrop="../bin/pdf2pdfcrop.bash -r " . pdffile
+    system(cmdcrop)
+    }
+
+if( aqua ) {
+    set output
+    set term aqua fig
+    replot
+}
+
+
+reset
+
+# legend only
+fig="71"
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+m=words(lstyles1)
+serieind=1
+
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:m] style line i lt lstyle(i) lw 1 pt lstyle(i) linecolor rgb "black"
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:m] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i) linecolor rgb "black"
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+# my color for filledcurves
+filledcolors="'#33FFFF' '#FF99CC' '#FF9933' '#0000FF' '#808080' '#00FF00' '#E0E0E0' '#FF0000'"
+myfilledcolor(i)=word(filledcolors,i)
+
+# fix yellow color with Maroon
+#set for [i=3:3] style line i lt lstyle(i) lw 1 pt lstyle(i) lc rgb '#800000'	
+#set for [i=3:3] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i) lc rgb '#800000'	
+
+tikzfilesa=fig."-legend.tex"
+tikzfile=fig."-legend.tex"
+
+set yrange [0:1]
+unset border
+unset tics
+
+set key at graph 0, graph 0.5 vertical samplen 3 maxrows 1
+
+set size 3, 1
+set term tikz
+set output tikzfile
+
+# plot for each scenario
+plot for[i=serieind:serieind] NaN with filledcurves fill transparent solid filltransparence noborder lc rgb myfilledcolor(ston(i)) title " ", \
+     for[i=serieind:serieind] -100 notitle
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    pdffile=remext(tikzfilesa) . ".pdf"
+    cmdcrop="../bin/pdf2pdfcrop.bash -r " . pdffile
+    system(cmdcrop)
+    }
+
+if( aqua ) {
+    set output
+    set term aqua fig
+    replot
+}
+
+
+reset
+
+# legend only
+fig="72"
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+m=words(lstyles1)
+serieind=3
+
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:m] style line i lt lstyle(i) lw 1 pt lstyle(i) linecolor rgb "black"
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:m] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i) linecolor rgb "black"
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+# my color for filledcurves
+filledcolors="'#33FFFF' '#FF99CC' '#FF9933' '#0000FF' '#808080' '#00FF00' '#E0E0E0' '#FF0000'"
+myfilledcolor(i)=word(filledcolors,i)
+
+# fix yellow color with Maroon
+#set for [i=3:3] style line i lt lstyle(i) lw 1 pt lstyle(i) lc rgb '#800000'	
+#set for [i=3:3] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i) lc rgb '#800000'	
+
+tikzfilesa=fig."-legend.tex"
+tikzfile=fig."-legend.tex"
+
+set yrange [0:1]
+unset border
+unset tics
+
+set key at graph 0, graph 0.5 vertical samplen 3 maxrows 1
+
+set size 3, 1
+set term tikz
+set output tikzfile
+
+# plot for each scenario
+plot for[i=serieind:serieind] NaN with filledcurves fill transparent solid filltransparence noborder lc rgb myfilledcolor(ston(i)) title " ", \
+     for[i=serieind:serieind] -100 notitle
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    pdffile=remext(tikzfilesa) . ".pdf"
+    cmdcrop="../bin/pdf2pdfcrop.bash -r " . pdffile
+    system(cmdcrop)
+    }
+
+if( aqua ) {
+    set output
+    set term aqua fig
+    replot
+}
+
+
+reset
+
+# legend only
+fig="73"
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+m=words(lstyles1)
+serieind=6
+
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:m] style line i lt lstyle(i) lw 1 pt lstyle(i) linecolor rgb "black"
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:m] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i) linecolor rgb "black"
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+# my color for filledcurves
+filledcolors="'#33FFFF' '#FF99CC' '#FF9933' '#0000FF' '#808080' '#00FF00' '#E0E0E0' '#FF0000'"
+myfilledcolor(i)=word(filledcolors,i)
+
+# fix yellow color with Maroon
+#set for [i=3:3] style line i lt lstyle(i) lw 1 pt lstyle(i) lc rgb '#800000'	
+#set for [i=3:3] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i) lc rgb '#800000'	
+
+tikzfilesa=fig."-legend.tex"
+tikzfile=fig."-legend.tex"
+
+set yrange [0:1]
+unset border
+unset tics
+
+set key at graph 0, graph 0.5 vertical samplen 3 maxrows 1
+
+set size 3, 1
+set term tikz
+set output tikzfile
+
+# plot for each scenario
+plot for[i=serieind:serieind] NaN with filledcurves fill transparent solid filltransparence noborder lc rgb myfilledcolor(ston(i)) title " ", \
+     for[i=serieind:serieind] -100 notitle
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    pdffile=remext(tikzfilesa) . ".pdf"
+    cmdcrop="../bin/pdf2pdfcrop.bash -r " . pdffile
+    system(cmdcrop)
+    }
+
+if( aqua ) {
+    set output
+    set term aqua fig
+    replot
+}
+
+
+reset
+
+# legend only
+fig="74"
+lstyles1="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+lstyles2="1 2 5 6 3 4 7 8" # lt and dt style for each scenario
+m=words(lstyles1)
+serieind=8
+
+lstyle(i)=ston(word(lstyles,ston(i)))
+
+# styles
+set pointsize 1.5
+set style data lines
+lstyle(i)=ston(word(lstyles1,ston(i)))
+set for [i=1:m] style line i lt lstyle(i) lw 1 pt lstyle(i) linecolor rgb "black"
+lstyle2(i)=ston(word(lstyles2,ston(i)))
+set for [i=1:m] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i) linecolor rgb "black"
+#set style line 1 lt lstyle(1) lw 1 pt 1
+#set style line 2 lt lstyle(2) dt lstyle(2) lw 1 pt 
+
+# my color for filledcurves
+filledcolors="'#33FFFF' '#FF99CC' '#FF9933' '#0000FF' '#808080' '#00FF00' '#E0E0E0' '#FF0000'"
+myfilledcolor(i)=word(filledcolors,i)
+
+# fix yellow color with Maroon
+#set for [i=3:3] style line i lt lstyle(i) lw 1 pt lstyle(i) lc rgb '#800000'	
+#set for [i=3:3] style line i+m lt lstyle2(i) dt 2 lw 1 pt lstyle2(i) lc rgb '#800000'	
+
+tikzfilesa=fig."-legend.tex"
+tikzfile=fig."-legend.tex"
+
+set yrange [0:1]
+unset border
+unset tics
+
+set key at graph 0, graph 0.5 vertical samplen 3 maxrows 1
+
+set size 3, 1
+set term tikz
+set output tikzfile
+
+# plot for each scenario
+plot for[i=serieind:serieind] NaN with filledcurves fill transparent solid filltransparence noborder lc rgb myfilledcolor(ston(i)) title " ", \
+     for[i=serieind:serieind] -100 notitle
+
+if( tikzsa ) {
+    set term tikz standalone
+    set output tikzfilesa
+    replot
+    unset output
+    cmd="pdflatex  -interaction=nonstopmode " . tikzfilesa
+    system(cmd)
+    pdffile=remext(tikzfilesa) . ".pdf"
+    cmdcrop="../bin/pdf2pdfcrop.bash -r " . pdffile
+    system(cmdcrop)
+    }
+
+if( aqua ) {
+    set output
+    set term aqua fig
+    replot
+}
+
diff --git a/Fig_src/gnuplot/bin/go.bash b/Fig_src/gnuplot/bin/go.bash
new file mode 100755
index 0000000..8f9fcfb
--- /dev/null
+++ b/Fig_src/gnuplot/bin/go.bash
@@ -0,0 +1,3 @@
+#!/bin/bash
+
+gnuplot ../bin/gnuplot_figs.gp
diff --git a/Fig_src/gnuplot/bin/gocmp.bash b/Fig_src/gnuplot/bin/gocmp.bash
new file mode 100755
index 0000000..be481d9
--- /dev/null
+++ b/Fig_src/gnuplot/bin/gocmp.bash
@@ -0,0 +1,3 @@
+#!/bin/bash
+
+gnuplot ../bin/gnuplot_figs_cmp.gp
diff --git a/Fig_src/gnuplot/bin/pdf2pdfcrop.bash b/Fig_src/gnuplot/bin/pdf2pdfcrop.bash
new file mode 100755
index 0000000..5c6be13
--- /dev/null
+++ b/Fig_src/gnuplot/bin/pdf2pdfcrop.bash
@@ -0,0 +1,78 @@
+#!/bin/bash
+# It crops and converts the pdf file into pdf file,
+
+# HIRES="%%HiResBoundingBox"
+# HIRES="%%BoundingBox"
+
+E_BADARGS=1
+while getopts ":rh" opt; do
+  case $opt in
+    r)
+        if [ "${OPTARG:0:1}" = "-" ]; then
+                echo "Invalid parameter \"${OPTARG}\" provided for agurment \"-${opt}!\""
+                hflag=1
+        else
+#               echo "-n was triggered! Parameter: $OPTARG" >&2
+                rflag=1
+        fi
+      ;;
+    h)
+        if [ "${OPTARG:0:1}" = "-" ]; then
+                echo "Invalid parameter \"${OPTARG}\" provided for agurment \"-${opt}!\""
+                hflag=1
+        else
+#               echo "-h was triggered! Parameter: $OPTARG" >&2
+                hflag=1
+        fi
+      ;;
+    \?)
+      echo "Invalid option: -$OPTARG" >&2
+      hflag=1
+      E_BADARGS=65
+      ;;
+    :)
+      echo "Option -$OPTARG requires an argument." >&2
+      hflag=1
+      E_BADARGS=65
+      ;;
+  esac
+done
+
+shift $(($OPTIND - 1))
+
+function help {
+    echo -e "Usage: \t$0 [-r] <basefilename.pdf>"
+    echo -e "This script generates the zero-margin cropped version of the input pdf file with suffix -crop."
+    echo -e "Option -r: if this option is specified, the input file is replaced by the cropped version."
+}
+
+if [ "$#" -lt 1 ] || [ "$hflag" ]; then
+    help
+    exit $E_BADARGS
+fi
+
+EXT=$(echo "${1##*.}" | awk '{print tolower($0)}')
+if [ "${EXT}" != "pdf" ]; then
+    echo "Ops! No pdf file!"
+    help
+    exit $E_BADARGS    
+fi
+
+basename=$(basename ${1} .pdf)
+dirname=$(dirname ${1})
+
+echo "Cropping $1 ..."
+if [ "$rflag" == "1" ]; then
+    pdfcrop -hires "${dirname}/${basename}.pdf" "${dirname}/${basename}-crop.pdf"
+    echo "${dirname}/${basename}-crop.pdf -> ${dirname}/${basename}.pdf"
+    mv -f "${dirname}/${basename}-crop.pdf" "${dirname}/${basename}.pdf"
+else
+    pdfcrop -hires "${dirname}/${basename}.pdf" "${dirname}/${basename}-crop.pdf"
+fi
+	# BBOX=$(gs -dSAFER -dNOPAUSE -dBATCH -sDEVICE=bbox  $(basename ${a} .pdf)".pdf" 2>&1 | awk '$1 ~ /'${HIRES}'/ {printf "%s %s %s %s", $2, $3, $4, $5}' )
+	# gs -sOutputFile=$(basename ${a} .pdf)"-crop.pdf" \
+	#     -sDEVICE=pdfwrite  -dCompatibilityLevel=1.4 \
+        #     -dNOPAUSE -dBATCH \
+	#     -c "[/CropBox [${BBOX}] /PAGES pdfmark" \
+	#     -f $(basename ${a} .pdf)".pdf"
+