Index: examples/Mopac/HCN_zmat/run_Path
===================================================================
--- examples/Mopac/HCN_zmat/run_Path	(revision 3)
+++ examples/Mopac/HCN_zmat/run_Path	(revision 4)
@@ -12,7 +12,7 @@
 #
 # Where is Path.exe ??
 #
-PathExe=~/Programs/Chemin/OpenPath/src/Path.exe
+PathExe=../../../src/Path.exe
 #
 ### MOPAC Stuff
 # In fact, this is useless as they are defined again in the mopac script
Index: examples/Mopac/HCN_zmat/HCN_RM1.path
===================================================================
--- examples/Mopac/HCN_zmat/HCN_RM1.path	(revision 3)
+++ examples/Mopac/HCN_zmat/HCN_RM1.path	(revision 4)
@@ -2,7 +2,8 @@
  nat=3, 
  ngeomi=2,
  ngeomf=18, 
- OptReac=.T.,
+ OptReac=.F.,
+ CalcEReac=T,
  OptProd=T,
  PathOnly=.F.,
  PathName="HCN_RM1",
@@ -15,9 +16,9 @@
  HInv=T/
   3
   HCN: E= 0.04937470
-  H     0.0000     0.0000     0.0340
-  C     0.0000     0.0000     1.1030
-  N     0.0000     0.0000     2.2631
+    H     0.00000000      0.00000000     1.06516333  
+    C     0.00000000      0.00000000     0.00000000  
+    N     0.00000000      0.00000000    -1.15471687  
   3
   Energy :      0.07780150
   H     0.000000     0.000000     2.187629
Index: examples/Test/Dep_tscan_movie
===================================================================
--- examples/Test/Dep_tscan_movie	(revision 0)
+++ examples/Test/Dep_tscan_movie	(revision 4)
@@ -0,0 +1,102 @@
+#!/bin/bash
+export LANG=C
+if [ $# -lt 1 ]; then
+ echo "Use: $0 File.out  [PES] [T]"
+ exit
+fi
+
+WDir=`dirname $0`
+
+Fout=$1
+ItMax=`grep MAXCYC $Fout | tail -1 | awk '{print $3}'`
+let ItMax=ItMax-1
+Nom=`grep PATHNAME $Fout | tail -1 | awk '{print $3}'`
+PES=$2
+Tgt=$3
+
+NGplot=${Nom}_movie.gplot
+
+# For gif files (that may be joined into an mpeg)
+Term=gif
+Ext=gif
+# For postscript eps files
+#Term="postscript eps enhanced color solid"
+#Ext=eps
+# DefTerm is the default terminal (=screen)
+# wxt is better for Linux, but x11 is more general
+DefTerm=x11
+if [ ! -s list ]; then
+ echo "File list is missing"
+ exit
+fi
+
+
+if [ -s ${Nom}_cart.0 ]; then
+ ExtF=_cart
+elif [ -s ${Nom}.0 ]; then
+ ExtF=""
+else
+ echo "Cannot find ${Nom}.0 nor ${Nom}_cart.0 -- ERROR"
+ exit
+fi
+
+
+awk -f $WDir/Dep_tgt.awk $Fout 
+cat <<EOF > $NGplot
+#!/usr/bin/gnuplot 
+ set xrange [1.:2.25]
+ set yrange [-10:190]
+ set pointsize 2
+ set style line 1 linetype 3 pointtype 3 linewidth 3
+ unset key
+ set term $DefTerm
+EOF
+let ItM=ItMax-1
+for i in `seq 0 $ItM`
+  do
+ xyz2scan ${Nom}${ExtF}.${i} > /dev/null
+ mv Scan.dat ${Nom}_${i}.dat
+ echo "plot \"HCN_irc.dat\" u 1:3 w l lw 2" >> ${NGplot}
+ if [ "$PES" != "" ]; then
+  echo "replot \"HCN_PES_2D.dat\" u 1:2 w l 2, \"HCN_PES_2D.dat\" u 1:(-\$2) w l 2,\"HCN_PES_2D.dat\" u 1:(360-\$2) w l 2" >> ${NGplot}
+ fi
+ if [ -s ${Nom}_spline.${i} ]; then
+ echo "replot \"${Nom}_${i}.dat\" u 1:3 w p ls 1" >> ${NGplot}
+ echo "replot \"${Nom}_spline.${i}\" u 2:4 w l ls 1" >> ${NGplot}
+ elif [  -s ${Nom}_dbgtgt_${i}.dat ]; then
+ echo "replot \"${Nom}_${i}.dat\" u 1:3 w p ls 1" >> ${NGplot}
+ echo "replot \"${Nom}_dbgtgt_${i}.dat\" u 2:(\$4*180./pi) w l ls 1" >> ${NGplot}
+ else
+ echo "replot \"${Nom}_${i}.dat\" u 1:3 w lp ls 1" >> ${NGplot}
+fi
+ if [ "$Tgt" != "" ]; then
+  echo "replot \"${Nom}_tgt_${i}.dat\" u 1:3 w l" >> ${NGplot}
+ fi
+ IMov=`echo $i | awk '{ It="000" $1; l=length(It); print substr(It,l-2,3)}' `
+ cat <<EOF >> ${NGplot}
+ pause 0.5
+ set term $Term
+ set output "${Nom}_${IMov}.$Ext"
+ replot
+ unset output
+ set term $DefTerm
+EOF
+ done
+let i=ItMax
+ awk -f $WDir/Path2dat.awk  ${Nom}.${i} > ${Nom}_${i}.dat
+ echo "plot \"HCN_irc.dat\" u 1:3 w l lw 2" >> ${NGplot}
+ if [ "$PES" != "" ]; then
+  echo "replot \"HCN_PES_2D.dat\" u 1:2 w l 2, \"HCN_PES_2D.dat\" u 1:(-\$2) w l 2,\"HCN_PES_2D.dat\" u 1:(360-\$2) w l 2" >> ${NGplot}
+ fi
+ echo "replot \"${Nom}_${i}.dat\" u 1:3 w lp ls 1" >> ${NGplot}
+ IMov=`echo $i | awk '{ It="000" $1; l=length(It); print substr(It,l-2,3)}' `
+ cat <<EOF >> ${NGplot}
+ set term $Term
+ set output "${Nom}_${IMov}.$Ext"
+ replot
+ unset output
+ set term $DefTerm
+EOF
+
+echo "./${NGplot}      to see the path"
+chmod u+x ./${NGplot}

Property changes on: examples/Test/Dep_tscan_movie
___________________________________________________________________
Added: svn:executable
   + *

Index: examples/Test/Dep_tscan_p
===================================================================
--- examples/Test/Dep_tscan_p	(revision 0)
+++ examples/Test/Dep_tscan_p	(revision 4)
@@ -0,0 +1,116 @@
+#!/bin/bash
+export LANG=C
+if [ $# -lt 1 ]; then
+ echo "Use: $0 File.out  [PES] [T]"
+ exit
+fi
+Fout=$1
+ItMax=`grep MAXCYC $Fout | tail -1 | awk '{print $3}'`
+Nom=`grep PATHNAME $Fout | tail -1 | awk '{print $3}'`
+PES=$2
+Tgt=$3
+
+WDir=`dirname $0`
+
+
+NomGplot=${Nom}_p.gplot
+if [ ! -s list ]; then
+ echo "File list is missing"
+ exit
+fi
+
+if [ -s ${Nom}_cart.0 ]; then
+ Ext=_cart
+elif [ -s ${Nom}.0 ]; then
+ Ext=""
+else
+ echo "Cannot find ${Nom}.0 nor ${Nom}_cart.0 -- ERROR"
+ exit
+fi
+
+awk -f $WDir/Dep_tgt.awk $Fout 
+cat <<EOF > $NomGplot
+#!/usr/bin/gnuplot -persist
+ set term x11
+ set pointsize 2
+ set origin 0.,0.
+ set size square 1
+EOF
+let ItM=ItMax-1
+for i in `seq 0 $ItM`
+  do
+ xyz2scan ${Nom}${Ext}.${i} > /dev/null
+ mv Scan.dat ${Nom}_${i}.dat
+if [ "$Ext" = "" ]; then
+# We are analysing a calculation done in cartesian. 
+# We have to  analyse the spline file and maybe also the tangent file.
+ if [ -s ${Nom}_spline.${i} ]; then
+   xyz2scan ${Nom}_spline.${i}  > /dev/null
+   mv Scan.dat  ${Nom}_spline_${i}.dat
+ fi
+ if [  -s ${Nom}_dbgtgt.${i} ]; then
+   xyz2scan ${Nom}_dbgtgt.${i}  > /dev/null
+   mv Scan.dat  ${Nom}_dbgtgt_${i}.dat
+ fi
+fi
+  
+ cat <<EOF >>  $NomGplot
+ clear
+ set xrange [1.:2.5]
+ set yrange [-10:190]
+ plot "HCN_irc.dat" u 1:3 w l
+EOF
+ if [ "$PES" != "" ]; then
+  echo "replot \"HCN_PES_2D.dat\" u 1:2 w l 2, \"HCN_PES_2D.dat\" u 1:(-\$2) w l 2,\"HCN_PES_2D.dat\" u 1:(360-\$2) w l 2" >> $NomGplot
+ fi
+ if [ "$Ext" = "_cart" ]; then
+   if [ -s ${Nom}_spline.${i} ]; then
+     echo "replot \"${Nom}_${i}.dat\" u 1:3 w p 5" >> $NomGplot
+     echo "replot \"${Nom}_spline.${i}\" u 2:4 w l" >> $NomGplot
+   elif [  -s ${Nom}_dbgtgt.${i} ]; then
+     echo "replot \"${Nom}_${i}.dat\" u 1:3 w p 5" >> $NomGplot
+     echo "replot \"${Nom}_dbgtgt.${i}\" u 2:(\$4*180./pi) w l" >> $NomGplot
+   else
+     echo "replot \"${Nom}_${i}.dat\" u 1:3 w lp 5" >> $NomGplot
+   fi
+ else
+   if [ -s ${Nom}_spline_${i}.dat ]; then
+     echo "replot \"${Nom}_${i}.dat\" u 1:3 w p 5" >> $NomGplot
+     echo "replot \"${Nom}_spline_${i}.dat\" u 1:3 w lp" >> $NomGplot
+   elif [  -s ${Nom}_dbgtgt_${i}.dat ]; then
+     echo "replot \"${Nom}_${i}.dat\" u 1:3 w p 5" >> $NomGplot
+     echo "replot \"${Nom}_dbgtgt_${i}.dat\" u 1:3 w l" >> $NomGplot
+   else
+     echo "replot \"${Nom}_${i}.dat\" u 1:3 w lp 5" >> $NomGplot
+   fi
+ fi
+ if [ "$Tgt" != "" ]; then
+  echo "replot \"${Nom}_tgt_${i}.dat\" u 1:3 w l" >> $NomGplot
+ fi
+ echo "pause -1" >> $NomGplot
+ done
+let i=ItMax
+ xyz2scan ${Nom}${Ext}.${i} > /dev/null
+ mv Scan.dat ${Nom}_${i}.dat
+ cat <<EOF >>  $NomGplot
+ clear
+ set xrange [1.:2.5]
+ set yrange [-10:190]
+ plot "HCN_irc.dat" u 1:3 w l
+EOF
+ if [ "$PES" != "" ]; then
+  echo "replot \"HCN_PES_2D.dat\" u 1:2 w l 2, \"HCN_PES_2D.dat\" u 1:(-\$2) w l 2,\"HCN_PES_2D.dat\" u 1:(360-\$2) w l 2" >> $NomGplot
+ fi
+ if [ -s ${Nom}_spline.${i} ]; then
+ echo "replot \"${Nom}_${i}.dat\" u 1:3 w p 5" >> $NomGplot
+ echo "replot \"${Nom}_spline.${i}\" u 2:4 w l" >> $NomGplot
+ elif [  -s ${Nom}_dbgtgt_${i}.dat ]; then
+ echo "replot \"${Nom}_${i}.dat\" u 1:3 w p 5" >> $NomGplot
+ echo "replot \"${Nom}_dbgtgt_${i}.dat\" u 2:(\$4*180./pi) w l" >> $NomGplot
+ else
+ echo "replot \"${Nom}_${i}.dat\" u 1:3 w lp 5" >> $NomGplot
+fi
+ echo "pause -1" >> $NomGplot
+chmod u+x $NomGplot
+
+echo "./$NomGplot      to see the path"

Property changes on: examples/Test/Dep_tscan_p
___________________________________________________________________
Added: svn:executable
   + *

Index: examples/Test/Dep_tgt.awk
===================================================================
--- examples/Test/Dep_tgt.awk	(revision 0)
+++ examples/Test/Dep_tgt.awk	(revision 4)
@@ -0,0 +1,19 @@
+BEGIN{
+it=-1
+pi=3.14159265358979
+}
+{ if ($1=="PATHNAME") { i=index($3,",");  if (i==0) {Nom=$3} else {Nom=substr($3,1,i-1) }; Nom=Nom "_tgt_";next}
+}
+
+/Visualization of tangents/,/END of tangents/ {
+    if ($1=="Visualization") { it++; File=Nom  it ".dat"; 
+               print "#Tangents for Iopt=" it > File; next;}
+    if ($1=="END") { next }
+    if (NF==0) {print "" >> File; next}
+    printf(" %12.5f %12.5f %12.5f",$1*1.,$2*1.,$3*180./pi) >> File
+	for(j=4;j<=NF;j+=3) { printf(" %12.5f %12.5f %12.5f",$j*1.,$(j+1)*180./pi,$(j+2)*180./pi) >> File }  
+    print "" >> File
+	}
+END{
+}
+   

Property changes on: examples/Test/Dep_tgt.awk
___________________________________________________________________
Added: svn:executable
   + *

Index: examples/Test/Path2dat.awk
===================================================================
--- examples/Test/Path2dat.awk	(revision 0)
+++ examples/Test/Path2dat.awk	(revision 4)
@@ -0,0 +1,15 @@
+BEGIN{
+	Nat=3
+Pi=3.141592653589793238462643383
+ConvDeg=1.
+}
+{ getline;
+ getline; printf(" %.6f ",$3)
+ getline; printf(" %.6f %.6f",$3,$5*ConvDeg)
+ for (i=4;i<=Nat;i++) {
+ getline; printf(" %.6f %.6f %.6f ",$3,$5*ConvDeg,$7*ConvDeg)
+ }
+  print ""
+ }
+ END{
+	 }

Property changes on: examples/Test/Path2dat.awk
___________________________________________________________________
Added: svn:executable
   + *

Index: examples/Test/Cart/Dep_tscan_m
===================================================================
--- examples/Test/Cart/Dep_tscan_m	(revision 3)
+++ examples/Test/Cart/Dep_tscan_m	(revision 4)
@@ -1,102 +0,0 @@
-#!/bin/bash
-export LANG=C
-if [ $# -lt 3 ]; then
- echo "Use: $0 File.out MaxCyc PathName [PES] [T]"
- exit
-fi
-Fout=$1
-ItMax=$2
-Nom=$3
-PES=$4
-Tgt=$5
-
-NomGplot=${Nom}_m.gplot
-yr="[-0.50:-0.42]"
-
-if [ ! -s list ]; then
- echo "File list is missing"
- exit
-fi
-awk -f Dep_tgt.awk $Fout 
-cat <<EOF > $NomGplot
-#!/usr/bin/gnuplot -persist
- set pointsize 2
- unset key
-EOF
-let ItM=ItMax-1
-for i in `seq 0 $ItM`
-  do
- xyz2scan ${Nom}_cart.${i} > /dev/null
- mv Scan.dat ${Nom}_${i}.dat
- cat <<EOF >>  $NomGplot
- set multiplot
- set origin 0.,0.
- set size 0.5
- clear
- set xrange [1.:2.5]
- set yrange [-10:190]
- plot "HCN_irc.dat" u 1:3 w l
-EOF
- if [ "$PES" != "" ]; then
-  echo "replot \"HCN_PES_2D.dat\" u 1:2 w l 2, \"HCN_PES_2D.dat\" u 1:(-\$2) w l 2,\"HCN_PES_2D.dat\" u 1:(360-\$2) w l 2" >> $NomGplot
- fi
- if [ -s ${Nom}_spline.${i} ]; then
- echo "replot \"${Nom}_${i}.dat\" u 1:3 w p 5" >> $NomGplot
- echo "replot \"${Nom}_spline.${i}\" u 2:4 w l" >> $NomGplot
- elif [  -s ${Nom}_dbgtgt_${i}.dat ]; then
- echo "replot \"${Nom}_${i}.dat\" u 1:3 w p 5" >> $NomGplot
- echo "replot \"${Nom}_dbgtgt_${i}.dat\" u 2:(\$4*180./pi) w l" >> $NomGplot
- else
- echo "replot \"${Nom}_${i}.dat\" u 1:3 w lp 5" >> $NomGplot
-fi
- if [ "$Tgt" != "" ]; then
-  echo "replot \"${Nom}_tgt_${i}.dat\" u 1:3 w l" >> $NomGplot
- fi
- cat <<EOF >>  $NomGplot
- set origin .505,0.
-# set size 0.5
- clear
- set yrange $yr
- set xrange [-10:190]
-EOF
- echo "plot \"${Nom}_${i}.dat\" u 3:4 t \"E\" w lp" >> $NomGplot
- echo "unset multiplot" >> $NomGplot
- echo "pause -1" >> $NomGplot
- done
-let i=ItMax
- xyz2scan ${Nom}_cart.${i} > /dev/null
- mv Scan.dat ${Nom}_${i}.dat
- cat <<EOF >>  $NomGplot
- set multiplot
- set origin 0.,0.
-# set size 0.5
- clear
- set xrange [1.:2.5]
- set yrange [-10:190]
- plot "HCN_irc.dat" u 1:3 w l
-EOF
- if [ "$PES" != "" ]; then
-  echo "replot \"HCN_PES_2D.dat\" u 1:2 w l 2, \"HCN_PES_2D.dat\" u 1:(-\$2) w l 2,\"HCN_PES_2D.dat\" u 1:(360-\$2) w l 2" >> $NomGplot
- fi
- if [ -s ${Nom}_spline.${i} ]; then
- echo "replot \"${Nom}_${i}.dat\" u 1:3 w p 5" >> $NomGplot
- echo "replot \"${Nom}_spline.${i}\" u 2:4 w l" >> $NomGplot
- elif [  -s ${Nom}_dbgtgt_${i}.dat ]; then
- echo "replot \"${Nom}_${i}.dat\" u 1:3 w p 5" >> $NomGplot
- echo "replot \"${Nom}_dbgtgt_${i}.dat\" u 2:(\$4*180./pi) w l" >> $NomGplot
- else
- echo "replot \"${Nom}_${i}.dat\" u 1:3 w lp 5" >> $NomGplot
-fi
- cat <<EOF >>  $NomGplot
- set origin .505,0.
-# set size  0.5
- clear
- set yrange $yr
- set xrange [-10:190]
-EOF
- echo "plot \"${Nom}_${i}.dat\" u 3:4 t \"E\" w lp" >> $NomGplot
- echo "unset multiplot" >> $NomGplot
- echo "pause -1" >> $NomGplot
-
-chmod u+x ./$NomGplot
-echo "./$NomGplot      to see the path"
\ No newline at end of file
Index: examples/Test/Cart/Dep_tscan_movie
===================================================================
--- examples/Test/Cart/Dep_tscan_movie	(revision 3)
+++ examples/Test/Cart/Dep_tscan_movie	(revision 4)
@@ -1,86 +0,0 @@
-#!/bin/bash
-export LANG=C
-if [ $# -lt 3 ]; then
- echo "Use: $0 File.out MaxCyc PathName [PES] [T]"
- exit
-fi
-Fout=$1
-ItMax=$2
-Nom=$3
-PES=$4
-Tgt=$5
-
-NGplot=${Nom}_movie.gplot
-
-# For gif files (that may be joined into an mpeg)
-Term=gif
-Ext=gif
-# For postscript eps files
-#Term="postscript eps enhanced color solid"
-#Ext=eps
-# DefTerm is the default terminal (=screen)
-# wxt is better for Linux, but x11 is more general
-DefTerm=x11
-if [ ! -s list ]; then
- echo "File list is missing"
- exit
-fi
-awk -f Dep_tgt.awk $Fout 
-cat <<EOF > $NGplot
-#!/usr/bin/gnuplot 
- set xrange [1.:2.25]
- set yrange [-10:190]
- set pointsize 2
- set style line 1 linetype 3 pointtype 3 linewidth 3
- unset key
- set term $DefTerm
-EOF
-let ItM=ItMax-1
-for i in `seq 0 $ItM`
-  do
- xyz2scan ${Nom}_cart.${i} > /dev/null
- mv Scan.dat ${Nom}_${i}.dat
- echo "plot \"HCN_irc.dat\" u 1:3 w l lw 2" >> ${NGplot}
- if [ "$PES" != "" ]; then
-  echo "replot \"HCN_PES_2D.dat\" u 1:2 w l 2, \"HCN_PES_2D.dat\" u 1:(-\$2) w l 2,\"HCN_PES_2D.dat\" u 1:(360-\$2) w l 2" >> ${NGplot}
- fi
- if [ -s ${Nom}_spline.${i} ]; then
- echo "replot \"${Nom}_${i}.dat\" u 1:3 w p ls 1" >> ${NGplot}
- echo "replot \"${Nom}_spline.${i}\" u 2:4 w l ls 1" >> ${NGplot}
- elif [  -s ${Nom}_dbgtgt_${i}.dat ]; then
- echo "replot \"${Nom}_${i}.dat\" u 1:3 w p ls 1" >> ${NGplot}
- echo "replot \"${Nom}_dbgtgt_${i}.dat\" u 2:(\$4*180./pi) w l ls 1" >> ${NGplot}
- else
- echo "replot \"${Nom}_${i}.dat\" u 1:3 w lp ls 1" >> ${NGplot}
-fi
- if [ "$Tgt" != "" ]; then
-  echo "replot \"${Nom}_tgt_${i}.dat\" u 1:3 w l" >> ${NGplot}
- fi
- IMov=`echo $i | awk '{ It="000" $1; l=length(It); print substr(It,l-2,3)}' `
- cat <<EOF >> ${NGplot}
- pause 0.5
- set term $Term
- set output "${Nom}_${IMov}.$Ext"
- replot
- unset output
- set term $DefTerm
-EOF
- done
-let i=ItMax
- awk -f Path2dat.awk  ${Nom}.${i} > ${Nom}_${i}.dat
- echo "plot \"HCN_irc.dat\" u 1:3 w l lw 2" >> ${NGplot}
- if [ "$PES" != "" ]; then
-  echo "replot \"HCN_PES_2D.dat\" u 1:2 w l 2, \"HCN_PES_2D.dat\" u 1:(-\$2) w l 2,\"HCN_PES_2D.dat\" u 1:(360-\$2) w l 2" >> ${NGplot}
- fi
- echo "replot \"${Nom}_${i}.dat\" u 1:3 w lp ls 1" >> ${NGplot}
- IMov=`echo $i | awk '{ It="000" $1; l=length(It); print substr(It,l-2,3)}' `
- cat <<EOF >> ${NGplot}
- set term $Term
- set output "${Nom}_${IMov}.$Ext"
- replot
- unset output
- set term $DefTerm
-EOF
-
-echo "./${NGplot}      to see the path"
-chmod u+x ./${NGplot}
\ No newline at end of file
Index: examples/Test/Cart/Dep_tscan_p
===================================================================
--- examples/Test/Cart/Dep_tscan_p	(revision 3)
+++ examples/Test/Cart/Dep_tscan_p	(revision 4)
@@ -1,113 +0,0 @@
-#!/bin/bash
-export LANG=C
-if [ $# -lt 3 ]; then
- echo "Use: $0 File.out MaxCyc PathName [PES] [T]"
- exit
-fi
-Fout=$1
-ItMax=$2
-Nom=$3
-PES=$4
-Tgt=$5
-
-NomGplot=${Nom}_p.gplot
-if [ ! -s list ]; then
- echo "File list is missing"
- exit
-fi
-
-if [ -s ${Nom}_cart.0 ]; then
- Ext=_cart
-elif [ -s ${Nom}.0 ]; then
- Ext=""
-else
- echo "Cannot find ${Nom}.0 nor ${Nom}_cart.0 -- ERROR"
- exit
-fi
-
-awk -f Dep_tgt.awk $Fout 
-cat <<EOF > $NomGplot
-#!/usr/bin/gnuplot -persist
- set term x11
- set pointsize 2
- set origin 0.,0.
- set size square 1
-EOF
-let ItM=ItMax-1
-for i in `seq 0 $ItM`
-  do
- xyz2scan ${Nom}${Ext}.${i} > /dev/null
- mv Scan.dat ${Nom}_${i}.dat
-if [ "$Ext" = "" ]; then
-# We are analysing a calculation done in cartesian. 
-# We have to  analyse the spline file and maybe also the tangent file.
- if [ -s ${Nom}_spline.${i} ]; then
-   xyz2scan ${Nom}_spline.${i}  > /dev/null
-   mv Scan.dat  ${Nom}_spline_${i}.dat
- fi
- if [  -s ${Nom}_dbgtgt.${i} ]; then
-   xyz2scan ${Nom}_dbgtgt.${i}  > /dev/null
-   mv Scan.dat  ${Nom}_dbgtgt_${i}.dat
- fi
-fi
-  
- cat <<EOF >>  $NomGplot
- clear
- set xrange [1.:2.5]
- set yrange [-10:190]
- plot "HCN_irc.dat" u 1:3 w l
-EOF
- if [ "$PES" != "" ]; then
-  echo "replot \"HCN_PES_2D.dat\" u 1:2 w l 2, \"HCN_PES_2D.dat\" u 1:(-\$2) w l 2,\"HCN_PES_2D.dat\" u 1:(360-\$2) w l 2" >> $NomGplot
- fi
- if [ "$Ext" = "_cart" ]; then
-   if [ -s ${Nom}_spline.${i} ]; then
-     echo "replot \"${Nom}_${i}.dat\" u 1:3 w p 5" >> $NomGplot
-     echo "replot \"${Nom}_spline.${i}\" u 2:4 w l" >> $NomGplot
-   elif [  -s ${Nom}_dbgtgt.${i} ]; then
-     echo "replot \"${Nom}_${i}.dat\" u 1:3 w p 5" >> $NomGplot
-     echo "replot \"${Nom}_dbgtgt.${i}\" u 2:(\$4*180./pi) w l" >> $NomGplot
-   else
-     echo "replot \"${Nom}_${i}.dat\" u 1:3 w lp 5" >> $NomGplot
-   fi
- else
-   if [ -s ${Nom}_spline_${i}.dat ]; then
-     echo "replot \"${Nom}_${i}.dat\" u 1:3 w p 5" >> $NomGplot
-     echo "replot \"${Nom}_spline_${i}.dat\" u 1:3 w lp" >> $NomGplot
-   elif [  -s ${Nom}_dbgtgt_${i}.dat ]; then
-     echo "replot \"${Nom}_${i}.dat\" u 1:3 w p 5" >> $NomGplot
-     echo "replot \"${Nom}_dbgtgt_${i}.dat\" u 1:3 w l" >> $NomGplot
-   else
-     echo "replot \"${Nom}_${i}.dat\" u 1:3 w lp 5" >> $NomGplot
-   fi
- fi
- if [ "$Tgt" != "" ]; then
-  echo "replot \"${Nom}_tgt_${i}.dat\" u 1:3 w l" >> $NomGplot
- fi
- echo "pause -1" >> $NomGplot
- done
-let i=ItMax
- xyz2scan ${Nom}${Ext}.${i} > /dev/null
- mv Scan.dat ${Nom}_${i}.dat
- cat <<EOF >>  $NomGplot
- clear
- set xrange [1.:2.5]
- set yrange [-10:190]
- plot "HCN_irc.dat" u 1:3 w l
-EOF
- if [ "$PES" != "" ]; then
-  echo "replot \"HCN_PES_2D.dat\" u 1:2 w l 2, \"HCN_PES_2D.dat\" u 1:(-\$2) w l 2,\"HCN_PES_2D.dat\" u 1:(360-\$2) w l 2" >> $NomGplot
- fi
- if [ -s ${Nom}_spline.${i} ]; then
- echo "replot \"${Nom}_${i}.dat\" u 1:3 w p 5" >> $NomGplot
- echo "replot \"${Nom}_spline.${i}\" u 2:4 w l" >> $NomGplot
- elif [  -s ${Nom}_dbgtgt_${i}.dat ]; then
- echo "replot \"${Nom}_${i}.dat\" u 1:3 w p 5" >> $NomGplot
- echo "replot \"${Nom}_dbgtgt_${i}.dat\" u 2:(\$4*180./pi) w l" >> $NomGplot
- else
- echo "replot \"${Nom}_${i}.dat\" u 1:3 w lp 5" >> $NomGplot
-fi
- echo "pause -1" >> $NomGplot
-chmod u+x $NomGplot
-
-echo "./$NomGplot      to see the path"
\ No newline at end of file
Index: examples/Test/Cart/Dep_tgt.awk
===================================================================
--- examples/Test/Cart/Dep_tgt.awk	(revision 3)
+++ examples/Test/Cart/Dep_tgt.awk	(revision 4)
@@ -1,19 +0,0 @@
-BEGIN{
-it=-1
-pi=3.14159265358979
-}
-{ if ($1=="PATHNAME") { i=index($3,",");  if (i==0) {Nom=$3} else {Nom=substr($3,1,i-1) }; Nom=Nom "_tgt_";next}
-}
-
-/Visualization of tangents/,/END of tangents/ {
-    if ($1=="Visualization") { it++; File=Nom  it ".dat"; 
-               print "#Tangents for Iopt=" it > File; next;}
-    if ($1=="END") { next }
-    if (NF==0) {print "" >> File; next}
-    printf(" %12.5f %12.5f %12.5f",$1*1.,$2*1.,$3*180./pi) >> File
-	for(j=4;j<=NF;j+=3) { printf(" %12.5f %12.5f %12.5f",$j*1.,$(j+1)*180./pi,$(j+2)*180./pi) >> File }  
-    print "" >> File
-	}
-END{
-}
-   
Index: examples/Test/Cart/Path2dat.awk
===================================================================
--- examples/Test/Cart/Path2dat.awk	(revision 3)
+++ examples/Test/Cart/Path2dat.awk	(revision 4)
@@ -1,15 +0,0 @@
-BEGIN{
-	Nat=3
-Pi=3.141592653589793238462643383
-ConvDeg=1.
-}
-{ getline;
- getline; printf(" %.6f ",$3)
- getline; printf(" %.6f %.6f",$3,$5*ConvDeg)
- for (i=4;i<=Nat;i++) {
- getline; printf(" %.6f %.6f %.6f ",$3,$5*ConvDeg,$7*ConvDeg)
- }
-  print ""
- }
- END{
-	 }
Index: examples/Test/Cart/HCN_PES_2D.dat
===================================================================
--- examples/Test/Cart/HCN_PES_2D.dat	(revision 3)
+++ examples/Test/Cart/HCN_PES_2D.dat	(revision 4)
@@ -1,5334 +1 @@
-
-#Surface 0 of 1 surfaces
-
-# Contour 0, label:     -0.2
- 1.76942  0 -0.2 
- 1.76781  1.82 -0.2 
- 1.76288  3.64 -0.2 
- 1.7576  4.7807 -0.2 
- 1.75456  5.45 -0.2 
- 1.7428  7.27 -0.2 
- 1.7424  7.3191 -0.2 
- 1.72779  9.09 -0.2 
- 1.7273  9.14015 -0.2 
- 1.7121  10.6404 -0.2 
- 1.70928  10.91 -0.2 
- 1.697  11.9528 -0.2 
- 1.68718  12.73 -0.2 
- 1.6818  13.1275 -0.2 
- 1.6667  14.1936 -0.2 
- 1.66134  14.55 -0.2 
- 1.6515  15.1821 -0.2 
- 1.6364  16.0871 -0.2 
- 1.63158  16.36 -0.2 
- 1.6212  16.9562 -0.2 
- 1.6061  17.7642 -0.2 
- 1.59772  18.18 -0.2 
- 1.5909  18.5329 -0.2 
- 1.5758  19.2757 -0.2 
- 1.5606  19.9479 -0.2 
- 1.55939  20 -0.2 
- 1.5455  20.6439 -0.2 
- 1.5303  21.2835 -0.2 
- 1.51645  21.82 -0.2 
- 1.5152  21.8731 -0.2 
- 1.5  22.4981 -0.2 
- 1.4848  23.0684 -0.2 
- 1.4697  23.5895 -0.2 
- 1.46818  23.64 -0.2 
- 1.4545  24.1489 -0.2 
- 1.4394  24.6708 -0.2 
- 1.4242  25.15 -0.2 
- 1.4141  25.45 -0.2 
- 1.4091  25.622 -0.2 
- 1.3939  26.1182 -0.2 
- 1.3788  26.5759 -0.2 
- 1.3636  26.9989 -0.2 
- 1.3533  27.27 -0.2 
- 1.3485  27.4178 -0.2 
- 1.3333  27.8629 -0.2 
- 1.3182  28.276 -0.2 
- 1.303  28.6603 -0.2 
- 1.2879  29.0186 -0.2 
- 1.28475  29.09 -0.2 
- 1.2727  29.414 -0.2 
- 1.2576  29.7987 -0.2 
- 1.2424  30.1591 -0.2 
- 1.2273  30.4975 -0.2 
- 1.2121  30.8162 -0.2 
- 1.20747  30.91 -0.2 
- 1.197  31.1645 -0.2 
- 1.1818  31.5136 -0.2 
- 1.1667  31.8443 -0.2 
- 1.1515  32.1589 -0.2 
- 1.1364  32.4592 -0.2 
- 1.12213  32.73 -0.2 
- 1.1212  32.7513 -0.2 
- 1.1061  33.0892 -0.2 
- 1.0909  33.4149 -0.2 
- 1.0758  33.7309 -0.2 
- 1.0606  34.0394 -0.2 
- 1.0455  34.3427 -0.2 
- 1.03501  34.55 -0.2 
- 1.0303  34.6614 -0.2 
- 1.0152  35.0187 -0.2 
- 1  35.3762 -0.2 
-
-
-# Contour 1, label:    -0.21
- 1.77431  0 -0.21 
- 1.7727  1.7229 -0.21 
- 1.77262  1.82 -0.21 
- 1.76784  3.64 -0.21 
- 1.75958  5.45 -0.21 
- 1.7576  5.76299 -0.21 
- 1.74806  7.27 -0.21 
- 1.7424  7.96423 -0.21 
- 1.73311  9.09 -0.21 
- 1.7273  9.68053 -0.21 
- 1.71461  10.91 -0.21 
- 1.7121  11.1261 -0.21 
- 1.697  12.3894 -0.21 
- 1.6927  12.73 -0.21 
- 1.6818  13.5346 -0.21 
- 1.66695  14.55 -0.21 
- 1.6667  14.5664 -0.21 
- 1.6515  15.5418 -0.21 
- 1.63747  16.36 -0.21 
- 1.6364  16.4229 -0.21 
- 1.6212  17.2909 -0.21 
- 1.6061  18.0724 -0.21 
- 1.60393  18.18 -0.21 
- 1.5909  18.854 -0.21 
- 1.5758  19.5727 -0.21 
- 1.56608  20 -0.21 
- 1.5606  20.2579 -0.21 
- 1.5455  20.9394 -0.21 
- 1.5303  21.5585 -0.21 
- 1.52355  21.82 -0.21 
- 1.5152  22.1756 -0.21 
- 1.5  22.7808 -0.21 
- 1.4848  23.3331 -0.21 
- 1.47585  23.64 -0.21 
- 1.4697  23.8762 -0.21 
- 1.4545  24.4277 -0.21 
- 1.4394  24.9334 -0.21 
- 1.4242  25.398 -0.21 
- 1.42245  25.45 -0.21 
- 1.4091  25.9089 -0.21 
- 1.3939  26.3901 -0.21 
- 1.3788  26.8343 -0.21 
- 1.3636  27.245 -0.21 
- 1.36265  27.27 -0.21 
- 1.3485  27.7059 -0.21 
- 1.3333  28.1384 -0.21 
- 1.3182  28.5401 -0.21 
- 1.303  28.914 -0.21 
- 1.29552  29.09 -0.21 
- 1.2879  29.3029 -0.21 
- 1.2727  29.704 -0.21 
- 1.2576  30.0791 -0.21 
- 1.2424  30.4307 -0.21 
- 1.2273  30.7613 -0.21 
- 1.22015  30.91 -0.21 
- 1.2121  31.1107 -0.21 
- 1.197  31.4724 -0.21 
- 1.1818  31.8144 -0.21 
- 1.1667  32.1389 -0.21 
- 1.1515  32.4481 -0.21 
- 1.13713  32.73 -0.21 
- 1.1364  32.7472 -0.21 
- 1.1212  33.094 -0.21 
- 1.1061  33.4274 -0.21 
- 1.0909  33.7496 -0.21 
- 1.0758  34.0629 -0.21 
- 1.0606  34.3696 -0.21 
- 1.0516  34.55 -0.21 
- 1.0455  34.6963 -0.21 
- 1.0303  35.055 -0.21 
- 1.0152  35.4118 -0.21 
- 1  35.7699 -0.21 
-
-
-# Contour 2, label:    -0.22
- 1.77952  0 -0.22 
- 1.77787  1.82 -0.22 
- 1.77282  3.64 -0.22 
- 1.7727  3.66687 -0.22 
- 1.76483  5.45 -0.22 
- 1.7576  6.59385 -0.22 
- 1.75332  7.27 -0.22 
- 1.7424  8.60937 -0.22 
- 1.73844  9.09 -0.22 
- 1.7273  10.2209 -0.22 
- 1.72019  10.91 -0.22 
- 1.7121  11.6057 -0.22 
- 1.69829  12.73 -0.22 
- 1.697  12.828 -0.22 
- 1.6818  13.9417 -0.22 
- 1.6729  14.55 -0.22 
- 1.6667  14.9592 -0.22 
- 1.6515  15.9015 -0.22 
- 1.64364  16.36 -0.22 
- 1.6364  16.787 -0.22 
- 1.6212  17.6256 -0.22 
- 1.61036  18.18 -0.22 
- 1.6061  18.4065 -0.22 
- 1.5909  19.1751 -0.22 
- 1.5758  19.8697 -0.22 
- 1.57284  20 -0.22 
- 1.5606  20.576 -0.22 
- 1.5455  21.2349 -0.22 
- 1.53067  21.82 -0.22 
- 1.5303  21.8359 -0.22 
- 1.5152  22.4781 -0.22 
- 1.5  23.0635 -0.22 
- 1.4848  23.5978 -0.22 
- 1.48357  23.64 -0.22 
- 1.4697  24.1726 -0.22 
- 1.4545  24.7064 -0.22 
- 1.4394  25.1961 -0.22 
- 1.43104  25.45 -0.22 
- 1.4242  25.6896 -0.22 
- 1.4091  26.1957 -0.22 
- 1.3939  26.6621 -0.22 
- 1.3788  27.0928 -0.22 
- 1.37222  27.27 -0.22 
- 1.3636  27.5414 -0.22 
- 1.3485  27.9941 -0.22 
- 1.3333  28.4139 -0.22 
- 1.3182  28.8041 -0.22 
- 1.30635  29.09 -0.22 
- 1.303  29.1858 -0.22 
- 1.2879  29.6038 -0.22 
- 1.2727  29.9941 -0.22 
- 1.2576  30.3594 -0.22 
- 1.2424  30.7024 -0.22 
- 1.23279  30.91 -0.22 
- 1.2273  31.052 -0.22 
- 1.2121  31.4267 -0.22 
- 1.197  31.7804 -0.22 
- 1.1818  32.1152 -0.22 
- 1.1667  32.4336 -0.22 
- 1.15188  32.73 -0.22 
- 1.1515  32.7391 -0.22 
- 1.1364  33.0954 -0.22 
- 1.1212  33.4368 -0.22 
- 1.1061  33.7657 -0.22 
- 1.0909  34.0843 -0.22 
- 1.0758  34.3949 -0.22 
- 1.06809  34.55 -0.22 
- 1.0606  34.7304 -0.22 
- 1.0455  35.0914 -0.22 
- 1.0303  35.4486 -0.22 
- 1.0152  35.805 -0.22 
- 1  36.1636 -0.22 
-
-
-# Contour 3, label:    -0.23
- 1.78472  0 -0.23 
- 1.78313  1.82 -0.23 
- 1.77826  3.64 -0.23 
- 1.7727  4.85602 -0.23 
- 1.77008  5.45 -0.23 
- 1.75866  7.27 -0.23 
- 1.7576  7.40272 -0.23 
- 1.74388  9.09 -0.23 
- 1.7424  9.24194 -0.23 
- 1.7273  10.7613 -0.23 
- 1.72577  10.91 -0.23 
- 1.7121  12.0854 -0.23 
- 1.70418  12.73 -0.23 
- 1.697  13.2743 -0.23 
- 1.6818  14.3487 -0.23 
- 1.67886  14.55 -0.23 
- 1.6667  15.352 -0.23 
- 1.6515  16.2613 -0.23 
- 1.64981  16.36 -0.23 
- 1.6364  17.151 -0.23 
- 1.6212  17.9603 -0.23 
- 1.6169  18.18 -0.23 
- 1.6061  18.7543 -0.23 
- 1.5909  19.4962 -0.23 
- 1.57978  20 -0.23 
- 1.5758  20.1926 -0.23 
- 1.5606  20.8942 -0.23 
- 1.5455  21.5304 -0.23 
- 1.53816  21.82 -0.23 
- 1.5303  22.1603 -0.23 
- 1.5152  22.7807 -0.23 
- 1.5  23.3462 -0.23 
- 1.4916  23.64 -0.23 
- 1.4848  23.9056 -0.23 
- 1.4697  24.469 -0.23 
- 1.4545  24.9851 -0.23 
- 1.43969  25.45 -0.23 
- 1.4394  25.4606 -0.23 
- 1.4242  25.9928 -0.23 
- 1.4091  26.4826 -0.23 
- 1.3939  26.9341 -0.23 
- 1.38186  27.27 -0.23 
- 1.3788  27.3698 -0.23 
- 1.3636  27.8435 -0.23 
- 1.3485  28.2822 -0.23 
- 1.3333  28.6894 -0.23 
- 1.3182  29.0681 -0.23 
- 1.31729  29.09 -0.23 
- 1.303  29.4986 -0.23 
- 1.2879  29.9047 -0.23 
- 1.2727  30.2842 -0.23 
- 1.2576  30.6398 -0.23 
- 1.24539  30.91 -0.23 
- 1.2424  30.989 -0.23 
- 1.2273  31.3772 -0.23 
- 1.2121  31.7428 -0.23 
- 1.197  32.0883 -0.23 
- 1.1818  32.4161 -0.23 
- 1.1667  32.7282 -0.23 
- 1.16661  32.73 -0.23 
- 1.1515  33.0938 -0.23 
- 1.1364  33.4436 -0.23 
- 1.1212  33.7796 -0.23 
- 1.1061  34.1039 -0.23 
- 1.0909  34.419 -0.23 
- 1.08451  34.55 -0.23 
- 1.0758  34.7638 -0.23 
- 1.0606  35.1279 -0.23 
- 1.0455  35.4865 -0.23 
- 1.0303  35.8423 -0.23 
- 1.0152  36.1982 -0.23 
- 1.00835  36.36 -0.23 
- 1  36.598 -0.23 
-
-
-# Contour 4, label:    -0.24
- 1.79008  0 -0.24 
- 1.78842  1.82 -0.24 
- 1.7879  2.01348 -0.24 
- 1.7837  3.64 -0.24 
- 1.77557  5.45 -0.24 
- 1.7727  5.91033 -0.24 
- 1.76432  7.27 -0.24 
- 1.7576  8.11549 -0.24 
- 1.74967  9.09 -0.24 
- 1.7424  9.83781 -0.24 
- 1.73164  10.91 -0.24 
- 1.7273  11.2925 -0.24 
- 1.7121  12.565 -0.24 
- 1.71007  12.73 -0.24 
- 1.697  13.7205 -0.24 
- 1.68505  14.55 -0.24 
- 1.6818  14.7672 -0.24 
- 1.6667  15.7448 -0.24 
- 1.65631  16.36 -0.24 
- 1.6515  16.6477 -0.24 
- 1.6364  17.515 -0.24 
- 1.62361  18.18 -0.24 
- 1.6212  18.3097 -0.24 
- 1.6061  19.1021 -0.24 
- 1.5909  19.8173 -0.24 
- 1.58687  20 -0.24 
- 1.5758  20.5358 -0.24 
- 1.5606  21.2123 -0.24 
- 1.54566  21.82 -0.24 
- 1.5455  21.827 -0.24 
- 1.5303  22.4846 -0.24 
- 1.5152  23.0832 -0.24 
- 1.5  23.6289 -0.24 
- 1.49968  23.64 -0.24 
- 1.4848  24.2215 -0.24 
- 1.4697  24.7655 -0.24 
- 1.4545  25.2638 -0.24 
- 1.44857  25.45 -0.24 
- 1.4394  25.7819 -0.24 
- 1.4242  26.2961 -0.24 
- 1.4091  26.7694 -0.24 
- 1.3939  27.2061 -0.24 
- 1.39161  27.27 -0.24 
- 1.3788  27.6871 -0.24 
- 1.3636  28.1455 -0.24 
- 1.3485  28.5703 -0.24 
- 1.3333  28.9648 -0.24 
- 1.3283  29.09 -0.24 
- 1.3182  29.3891 -0.24 
- 1.303  29.8115 -0.24 
- 1.2879  30.2055 -0.24 
- 1.2727  30.5742 -0.24 
- 1.25806  30.91 -0.24 
- 1.2576  30.9226 -0.24 
- 1.2424  31.3245 -0.24 
- 1.2273  31.7024 -0.24 
- 1.2121  32.0588 -0.24 
- 1.197  32.3963 -0.24 
- 1.1818  32.7169 -0.24 
- 1.18117  32.73 -0.24 
- 1.1667  33.0899 -0.24 
- 1.1515  33.4484 -0.24 
- 1.1364  33.7918 -0.24 
- 1.1212  34.1223 -0.24 
- 1.1061  34.4422 -0.24 
- 1.10088  34.55 -0.24 
- 1.0909  34.7969 -0.24 
- 1.0758  35.1648 -0.24 
- 1.0606  35.5255 -0.24 
- 1.0455  35.8816 -0.24 
- 1.0303  36.2359 -0.24 
- 1.02503  36.36 -0.24 
- 1.0152  36.64 -0.24 
- 1  37.0727 -0.24 
-
-
-# Contour 5, label:    -0.25
- 1.79571  0 -0.25 
- 1.79411  1.82 -0.25 
- 1.78923  3.64 -0.25 
- 1.7879  3.93883 -0.25 
- 1.78132  5.45 -0.25 
- 1.7727  6.83008 -0.25 
- 1.76999  7.27 -0.25 
- 1.7576  8.82827 -0.25 
- 1.75547  9.09 -0.25 
- 1.7424  10.4337 -0.25 
- 1.73762  10.91 -0.25 
- 1.7273  11.8203 -0.25 
- 1.71629  12.73 -0.25 
- 1.7121  13.0514 -0.25 
- 1.697  14.1668 -0.25 
- 1.69148  14.55 -0.25 
- 1.6818  15.1969 -0.25 
- 1.6667  16.1376 -0.25 
- 1.66295  16.36 -0.25 
- 1.6515  17.0443 -0.25 
- 1.6364  17.879 -0.25 
- 1.63061  18.18 -0.25 
- 1.6212  18.6871 -0.25 
- 1.6061  19.4499 -0.25 
- 1.59415  20 -0.25 
- 1.5909  20.1599 -0.25 
- 1.5758  20.879 -0.25 
- 1.5606  21.5305 -0.25 
- 1.55348  21.82 -0.25 
- 1.5455  22.1756 -0.25 
- 1.5303  22.809 -0.25 
- 1.5152  23.3857 -0.25 
- 1.50811  23.64 -0.25 
- 1.5  23.9642 -0.25 
- 1.4848  24.5374 -0.25 
- 1.4697  25.0619 -0.25 
- 1.45758  25.45 -0.25 
- 1.4545  25.5633 -0.25 
- 1.4394  26.1031 -0.25 
- 1.4242  26.5993 -0.25 
- 1.4091  27.0563 -0.25 
- 1.4016  27.27 -0.25 
- 1.3939  27.5257 -0.25 
- 1.3788  28.0045 -0.25 
- 1.3636  28.4476 -0.25 
- 1.3485  28.8584 -0.25 
- 1.33945  29.09 -0.25 
- 1.3333  29.2759 -0.25 
- 1.3182  29.7151 -0.25 
- 1.303  30.1243 -0.25 
- 1.2879  30.5064 -0.25 
- 1.2727  30.8643 -0.25 
- 1.27071  30.91 -0.25 
- 1.2576  31.2695 -0.25 
- 1.2424  31.66 -0.25 
- 1.2273  32.0276 -0.25 
- 1.2121  32.3749 -0.25 
- 1.197  32.7042 -0.25 
- 1.19578  32.73 -0.25 
- 1.1818  33.0846 -0.25 
- 1.1667  33.4521 -0.25 
- 1.1515  33.8031 -0.25 
- 1.1364  34.14 -0.25 
- 1.1212  34.4651 -0.25 
- 1.11717  34.55 -0.25 
- 1.1061  34.8302 -0.25 
- 1.0909  35.2025 -0.25 
- 1.0758  35.5658 -0.25 
- 1.0606  35.923 -0.25 
- 1.0455  36.2766 -0.25 
- 1.04192  36.36 -0.25 
- 1.0303  36.6874 -0.25 
- 1.0152  37.1159 -0.25 
- 1  37.5474 -0.25 
-
-
-# Contour 6, label:    -0.26
- 1.80134  0 -0.26 
- 1.7998  1.82 -0.26 
- 1.79511  3.64 -0.26 
- 1.7879  5.25759 -0.26 
- 1.78706  5.45 -0.26 
- 1.77593  7.27 -0.26 
- 1.7727  7.68152 -0.26 
- 1.76155  9.09 -0.26 
- 1.7576  9.50645 -0.26 
- 1.74371  10.91 -0.26 
- 1.7424  11.0267 -0.26 
- 1.7273  12.3481 -0.26 
- 1.72268  12.73 -0.26 
- 1.7121  13.5414 -0.26 
- 1.69797  14.55 -0.26 
- 1.697  14.6165 -0.26 
- 1.6818  15.6265 -0.26 
- 1.66976  16.36 -0.26 
- 1.6667  16.5478 -0.26 
- 1.6515  17.4409 -0.26 
- 1.63768  18.18 -0.26 
- 1.6364  18.251 -0.26 
- 1.6212  19.0645 -0.26 
- 1.6061  19.7977 -0.26 
- 1.60171  20 -0.26 
- 1.5909  20.5308 -0.26 
- 1.5758  21.2222 -0.26 
- 1.56135  21.82 -0.26 
- 1.5606  21.8537 -0.26 
- 1.5455  22.5241 -0.26 
- 1.5303  23.1334 -0.26 
- 1.5166  23.64 -0.26 
- 1.5152  23.6976 -0.26 
- 1.5  24.3017 -0.26 
- 1.4848  24.8534 -0.26 
- 1.4697  25.3583 -0.26 
- 1.46684  25.45 -0.26 
- 1.4545  25.9044 -0.26 
- 1.4394  26.4243 -0.26 
- 1.4242  26.9025 -0.26 
- 1.41172  27.27 -0.26 
- 1.4091  27.36 -0.26 
- 1.3939  27.86 -0.26 
- 1.3788  28.3219 -0.26 
- 1.3636  28.7496 -0.26 
- 1.35074  29.09 -0.26 
- 1.3485  29.16 -0.26 
- 1.3333  29.6166 -0.26 
- 1.3182  30.0412 -0.26 
- 1.303  30.4371 -0.26 
- 1.2879  30.8073 -0.26 
- 1.28352  30.91 -0.26 
- 1.2727  31.213 -0.26 
- 1.2576  31.6164 -0.26 
- 1.2424  31.9954 -0.26 
- 1.2273  32.3528 -0.26 
- 1.2121  32.691 -0.26 
- 1.21031  32.73 -0.26 
- 1.197  33.0787 -0.26 
- 1.1818  33.4553 -0.26 
- 1.1667  33.8142 -0.26 
- 1.1515  34.1578 -0.26 
- 1.1364  34.4882 -0.26 
- 1.1335  34.55 -0.26 
- 1.1212  34.8645 -0.26 
- 1.1061  35.2415 -0.26 
- 1.0909  35.6081 -0.26 
- 1.0758  35.9669 -0.26 
- 1.0606  36.3206 -0.26 
- 1.05891  36.36 -0.26 
- 1.0455  36.7401 -0.26 
- 1.0303  37.1657 -0.26 
- 1.0152  37.5918 -0.26 
- 1  38.0221 -0.26 
-
-
-# Contour 7, label:    -0.27
- 1.80735  0 -0.27 
- 1.80574  1.82 -0.27 
- 1.803  2.84331 -0.27 
- 1.80099  3.64 -0.27 
- 1.79321  5.45 -0.27 
- 1.7879  6.32094 -0.27 
- 1.78213  7.27 -0.27 
- 1.7727  8.47032 -0.27 
- 1.76779  9.09 -0.27 
- 1.7576  10.1646 -0.27 
- 1.75022  10.91 -0.27 
- 1.7424  11.6084 -0.27 
- 1.72919  12.73 -0.27 
- 1.7273  12.879 -0.27 
- 1.7121  14.0314 -0.27 
- 1.70483  14.55 -0.27 
- 1.697  15.0873 -0.27 
- 1.6818  16.0562 -0.27 
- 1.67681  16.36 -0.27 
- 1.6667  16.9807 -0.27 
- 1.6515  17.8375 -0.27 
- 1.6451  18.18 -0.27 
- 1.6364  18.6614 -0.27 
- 1.6212  19.4419 -0.27 
- 1.60943  20 -0.27 
- 1.6061  20.168 -0.27 
- 1.5909  20.9018 -0.27 
- 1.5758  21.5654 -0.27 
- 1.56964  21.82 -0.27 
- 1.5606  22.229 -0.27 
- 1.5455  22.8727 -0.27 
- 1.5303  23.4578 -0.27 
- 1.52537  23.64 -0.27 
- 1.5152  24.0588 -0.27 
- 1.5  24.6391 -0.27 
- 1.4848  25.1693 -0.27 
- 1.4763  25.45 -0.27 
- 1.4697  25.7007 -0.27 
- 1.4545  26.2454 -0.27 
- 1.4394  26.7455 -0.27 
- 1.4242  27.2057 -0.27 
- 1.42202  27.27 -0.27 
- 1.4091  27.7129 -0.27 
- 1.3939  28.1943 -0.27 
- 1.3788  28.6393 -0.27 
- 1.3636  29.0517 -0.27 
- 1.36215  29.09 -0.27 
- 1.3485  29.5169 -0.27 
- 1.3333  29.9573 -0.27 
- 1.3182  30.3673 -0.27 
- 1.303  30.75 -0.27 
- 1.2964  30.91 -0.27 
- 1.2879  31.1561 -0.27 
- 1.2727  31.5726 -0.27 
- 1.2576  31.9633 -0.27 
- 1.2424  32.3309 -0.27 
- 1.2273  32.678 -0.27 
- 1.22496  32.73 -0.27 
- 1.2121  33.0732 -0.27 
- 1.197  33.4592 -0.27 
- 1.1818  33.8261 -0.27 
- 1.1667  34.1764 -0.27 
- 1.1515  34.5124 -0.27 
- 1.14978  34.55 -0.27 
- 1.1364  34.9005 -0.27 
- 1.1212  35.2825 -0.27 
- 1.1061  35.6527 -0.27 
- 1.0909  36.0137 -0.27 
- 1.07614  36.36 -0.27 
- 1.0758  36.3698 -0.27 
- 1.0606  36.7983 -0.27 
- 1.0455  37.2219 -0.27 
- 1.0303  37.6439 -0.27 
- 1.0152  38.0676 -0.27 
- 1.01123  38.18 -0.27 
- 1  38.5617 -0.27 
-
-
-# Contour 8, label:    -0.28
- 1.81353  0 -0.28 
- 1.81198  1.82 -0.28 
- 1.80726  3.64 -0.28 
- 1.803  4.60527 -0.28 
- 1.79942  5.45 -0.28 
- 1.78836  7.27 -0.28 
- 1.7879  7.3306 -0.28 
- 1.77416  9.09 -0.28 
- 1.7727  9.24611 -0.28 
- 1.7576  10.8227 -0.28 
- 1.75674  10.91 -0.28 
- 1.7424  12.1902 -0.28 
- 1.73604  12.73 -0.28 
- 1.7273  13.418 -0.28 
- 1.7121  14.5214 -0.28 
- 1.7117  14.55 -0.28 
- 1.697  15.5581 -0.28 
- 1.68403  16.36 -0.28 
- 1.6818  16.4986 -0.28 
- 1.6667  17.4136 -0.28 
- 1.65259  18.18 -0.28 
- 1.6515  18.241 -0.28 
- 1.6364  19.0718 -0.28 
- 1.6212  19.8193 -0.28 
- 1.61739  20 -0.28 
- 1.6061  20.5698 -0.28 
- 1.5909  21.2727 -0.28 
- 1.57805  21.82 -0.28 
- 1.5758  21.9246 -0.28 
- 1.5606  22.6043 -0.28 
- 1.5455  23.2212 -0.28 
- 1.53436  23.64 -0.28 
- 1.5303  23.8099 -0.28 
- 1.5152  24.42 -0.28 
- 1.5  24.9765 -0.28 
- 1.48592  25.45 -0.28 
- 1.4848  25.4932 -0.28 
- 1.4697  26.0637 -0.28 
- 1.4545  26.5865 -0.28 
- 1.4394  27.0668 -0.28 
- 1.43263  27.27 -0.28 
- 1.4242  27.5642 -0.28 
- 1.4091  28.0658 -0.28 
- 1.3939  28.5286 -0.28 
- 1.3788  28.9567 -0.28 
- 1.37386  29.09 -0.28 
- 1.3636  29.4171 -0.28 
- 1.3485  29.8737 -0.28 
- 1.3333  30.298 -0.28 
- 1.3182  30.6934 -0.28 
- 1.30944  30.91 -0.28 
- 1.303  31.1002 -0.28 
- 1.2879  31.5299 -0.28 
- 1.2727  31.9322 -0.28 
- 1.2576  32.3101 -0.28 
- 1.2424  32.6663 -0.28 
- 1.23962  32.73 -0.28 
- 1.2273  33.0693 -0.28 
- 1.2121  33.4647 -0.28 
- 1.197  33.8397 -0.28 
- 1.1818  34.1969 -0.28 
- 1.1667  34.5386 -0.28 
- 1.16618  34.55 -0.28 
- 1.1515  34.9392 -0.28 
- 1.1364  35.3265 -0.28 
- 1.1212  35.7006 -0.28 
- 1.1061  36.064 -0.28 
- 1.09347  36.36 -0.28 
- 1.0909  36.4331 -0.28 
- 1.0758  36.8624 -0.28 
- 1.0606  37.2848 -0.28 
- 1.0455  37.7037 -0.28 
- 1.0303  38.1221 -0.28 
- 1.02823  38.18 -0.28 
- 1.0152  38.6199 -0.28 
- 1  39.1338 -0.28 
-
-
-# Contour 9, label:    -0.29
- 1.81984  0 -0.29 
- 1.81824  1.82 -0.29 
- 1.8182  1.83352 -0.29 
- 1.81371  3.64 -0.29 
- 1.80589  5.45 -0.29 
- 1.803  5.92941 -0.29 
- 1.79507  7.27 -0.29 
- 1.7879  8.20501 -0.29 
- 1.78099  9.09 -0.29 
- 1.7727  9.97422 -0.29 
- 1.76368  10.91 -0.29 
- 1.7576  11.4672 -0.29 
- 1.74294  12.73 -0.29 
- 1.7424  12.7728 -0.29 
- 1.7273  13.957 -0.29 
- 1.71911  14.55 -0.29 
- 1.7121  15.0368 -0.29 
- 1.697  16.0289 -0.29 
- 1.69164  16.36 -0.29 
- 1.6818  16.9721 -0.29 
- 1.6667  17.8465 -0.29 
- 1.66056  18.18 -0.29 
- 1.6515  18.6881 -0.29 
- 1.6364  19.4821 -0.29 
- 1.62564  20 -0.29 
- 1.6212  20.2274 -0.29 
- 1.6061  20.9716 -0.29 
- 1.5909  21.6437 -0.29 
- 1.58676  21.82 -0.29 
- 1.5758  22.3295 -0.29 
- 1.5606  22.9796 -0.29 
- 1.5455  23.5698 -0.29 
- 1.54363  23.64 -0.29 
- 1.5303  24.1974 -0.29 
- 1.5152  24.7812 -0.29 
- 1.5  25.314 -0.29 
- 1.49595  25.45 -0.29 
- 1.4848  25.8803 -0.29 
- 1.4697  26.4267 -0.29 
- 1.4545  26.9276 -0.29 
- 1.44344  27.27 -0.29 
- 1.4394  27.4155 -0.29 
- 1.4242  27.9377 -0.29 
- 1.4091  28.4187 -0.29 
- 1.3939  28.8629 -0.29 
- 1.38575  29.09 -0.29 
- 1.3788  29.3187 -0.29 
- 1.3636  29.7917 -0.29 
- 1.3485  30.2305 -0.29 
- 1.3333  30.6387 -0.29 
- 1.32268  30.91 -0.29 
- 1.3182  31.0465 -0.29 
- 1.303  31.4895 -0.29 
- 1.2879  31.9036 -0.29 
- 1.2727  32.2919 -0.29 
- 1.2576  32.657 -0.29 
- 1.25447  32.73 -0.29 
- 1.2424  33.0684 -0.29 
- 1.2273  33.4732 -0.29 
- 1.2121  33.8562 -0.29 
- 1.197  34.2202 -0.29 
- 1.18259  34.55 -0.29 
- 1.1818  34.5717 -0.29 
- 1.1667  34.9817 -0.29 
- 1.1515  35.3744 -0.29 
- 1.1364  35.7525 -0.29 
- 1.1212  36.1186 -0.29 
- 1.11103  36.36 -0.29 
- 1.1061  36.5026 -0.29 
- 1.0909  36.9331 -0.29 
- 1.0758  37.355 -0.29 
- 1.0606  37.7714 -0.29 
- 1.0457  38.18 -0.29 
- 1.0455  38.1866 -0.29 
- 1.0303  38.6906 -0.29 
- 1.0152  39.1957 -0.29 
- 1  39.7058 -0.29 
-
- 2.5  70.076 -0.29 
- 2.4848  70.3033 -0.29 
- 2.4697  70.5579 -0.29 
- 2.4545  70.8407 -0.29 
- 2.45121  70.91 -0.29 
- 2.4394  71.1906 -0.29 
- 2.4242  71.5851 -0.29 
- 2.4091  72.0097 -0.29 
- 2.3939  72.4681 -0.29 
- 2.38594  72.73 -0.29 
- 2.3788  72.9975 -0.29 
- 2.3636  73.6112 -0.29 
- 2.3485  74.2618 -0.29 
- 2.34223  74.55 -0.29 
- 2.3333  75.0207 -0.29 
- 2.3182  75.8749 -0.29 
- 2.31007  76.36 -0.29 
- 2.303  76.8571 -0.29 
- 2.2879  77.9916 -0.29 
- 2.28553  78.18 -0.29 
- 2.2727  79.4062 -0.29 
- 2.26687  80 -0.29 
- 2.2576  81.1649 -0.29 
- 2.25267  81.82 -0.29 
- 2.2424  83.5826 -0.29 
- 2.24209  83.64 -0.29 
- 2.23511  85.45 -0.29 
- 2.23079  87.27 -0.29 
- 2.22905  89.09 -0.29 
- 2.22975  90.91 -0.29 
- 2.23267  92.73 -0.29 
- 2.2376  94.55 -0.29 
- 2.2424  95.8664 -0.29 
- 2.24439  96.36 -0.29 
- 2.25326  98.18 -0.29 
- 2.2576  98.9625 -0.29 
- 2.26386  100 -0.29 
- 2.2727  101.344 -0.29 
- 2.27614  101.82 -0.29 
- 2.2879  103.358 -0.29 
- 2.29023  103.64 -0.29 
- 2.303  105.128 -0.29 
- 2.30602  105.45 -0.29 
- 2.3182  106.737 -0.29 
- 2.32363  107.27 -0.29 
- 2.3333  108.218 -0.29 
- 2.34294  109.09 -0.29 
- 2.3485  109.599 -0.29 
- 2.3636  110.891 -0.29 
- 2.36384  110.91 -0.29 
- 2.3788  112.103 -0.29 
- 2.38718  112.73 -0.29 
- 2.3939  113.25 -0.29 
- 2.4091  114.338 -0.29 
- 2.4123  114.55 -0.29 
- 2.4242  115.367 -0.29 
- 2.4394  116.338 -0.29 
- 2.43978  116.36 -0.29 
- 2.4545  117.272 -0.29 
- 2.4697  118.155 -0.29 
- 2.47017  118.18 -0.29 
- 2.4848  118.996 -0.29 
- 2.5  119.789 -0.29 
-
-
-# Contour 10, label:     -0.3
- 1.82655  0 -0.3 
- 1.82502  1.82 -0.3 
- 1.82034  3.64 -0.3 
- 1.8182  4.13728 -0.3 
- 1.81271  5.45 -0.3 
- 1.803  7.06195 -0.3 
- 1.80177  7.27 -0.3 
- 1.7879  9.07942 -0.3 
- 1.78782  9.09 -0.3 
- 1.7727  10.7023 -0.3 
- 1.7707  10.91 -0.3 
- 1.7576  12.1096 -0.3 
- 1.7504  12.73 -0.3 
- 1.7424  13.3669 -0.3 
- 1.7273  14.496 -0.3 
- 1.72655  14.55 -0.3 
- 1.7121  15.5537 -0.3 
- 1.69941  16.36 -0.3 
- 1.697  16.514 -0.3 
- 1.6818  17.4456 -0.3 
- 1.66865  18.18 -0.3 
- 1.6667  18.2921 -0.3 
- 1.6515  19.1352 -0.3 
- 1.6364  19.8925 -0.3 
- 1.63417  20 -0.3 
- 1.6212  20.6635 -0.3 
- 1.6061  21.3734 -0.3 
- 1.59577  21.82 -0.3 
- 1.5909  22.0498 -0.3 
- 1.5758  22.7345 -0.3 
- 1.5606  23.3549 -0.3 
- 1.55324  23.64 -0.3 
- 1.5455  23.9727 -0.3 
- 1.5303  24.5849 -0.3 
- 1.5152  25.1424 -0.3 
- 1.50626  25.45 -0.3 
- 1.5  25.6971 -0.3 
- 1.4848  26.2675 -0.3 
- 1.4697  26.7896 -0.3 
- 1.4545  27.2687 -0.3 
- 1.45446  27.27 -0.3 
- 1.4394  27.8116 -0.3 
- 1.4242  28.3111 -0.3 
- 1.4091  28.7716 -0.3 
- 1.39788  29.09 -0.3 
- 1.3939  29.2233 -0.3 
- 1.3788  29.7129 -0.3 
- 1.3636  30.1663 -0.3 
- 1.3485  30.5873 -0.3 
- 1.33609  30.91 -0.3 
- 1.3333  30.9967 -0.3 
- 1.3182  31.4531 -0.3 
- 1.303  31.8789 -0.3 
- 1.2879  32.2774 -0.3 
- 1.2727  32.6515 -0.3 
- 1.26943  32.73 -0.3 
- 1.2576  33.0719 -0.3 
- 1.2424  33.486 -0.3 
- 1.2273  33.877 -0.3 
- 1.2121  34.2478 -0.3 
- 1.19923  34.55 -0.3 
- 1.197  34.6129 -0.3 
- 1.1818  35.0295 -0.3 
- 1.1667  35.4276 -0.3 
- 1.1515  35.8097 -0.3 
- 1.1364  36.1786 -0.3 
- 1.12877  36.36 -0.3 
- 1.1212  36.5793 -0.3 
- 1.1061  37.0114 -0.3 
- 1.0909  37.4331 -0.3 
- 1.0758  37.8476 -0.3 
- 1.06352  38.18 -0.3 
- 1.0606  38.2755 -0.3 
- 1.0455  38.7743 -0.3 
- 1.0303  39.2716 -0.3 
- 1.0152  39.7715 -0.3 
- 1.00837  40 -0.3 
- 1  40.3367 -0.3 
-
- 2.3477  156.36 -0.3 
- 2.3485  156.751 -0.3 
- 2.35158  158.18 -0.3 
- 2.35512  160 -0.3 
- 2.35827  161.82 -0.3 
- 2.36107  163.64 -0.3 
- 2.36352  165.45 -0.3 
- 2.3636  165.52 -0.3 
- 2.36578  167.27 -0.3 
- 2.36775  169.09 -0.3 
- 2.36937  170.91 -0.3 
- 2.37068  172.73 -0.3 
- 2.37171  174.55 -0.3 
- 2.37243  176.36 -0.3 
- 2.37286  178.18 -0.3 
- 2.373  180 -0.3 
-
- 2.5  59.2027 -0.3 
- 2.4848  59.5686 -0.3 
- 2.4697  59.9388 -0.3 
- 2.46728  60 -0.3 
- 2.4545  60.3466 -0.3 
- 2.4394  60.7665 -0.3 
- 2.4242  61.1927 -0.3 
- 2.4091  61.6251 -0.3 
- 2.40248  61.82 -0.3 
- 2.3939  62.0928 -0.3 
- 2.3788  62.5908 -0.3 
- 2.3636  63.0975 -0.3 
- 2.3485  63.6143 -0.3 
- 2.34778  63.64 -0.3 
- 2.3333  64.1959 -0.3 
- 2.3182  64.7915 -0.3 
- 2.303  65.3991 -0.3 
- 2.30179  65.45 -0.3 
- 2.2879  66.0918 -0.3 
- 2.2727  66.8041 -0.3 
- 2.2631  67.27 -0.3 
- 2.2576  67.5637 -0.3 
- 2.2424  68.3992 -0.3 
- 2.23019  69.09 -0.3 
- 2.2273  69.2712 -0.3 
- 2.2121  70.2547 -0.3 
- 2.20229  70.91 -0.3 
- 2.197  71.3048 -0.3 
- 2.1818  72.4674 -0.3 
- 2.1785  72.73 -0.3 
- 2.1667  73.7902 -0.3 
- 2.15843  74.55 -0.3 
- 2.1515  75.2728 -0.3 
- 2.14148  76.36 -0.3 
- 2.1364  77.0009 -0.3 
- 2.12732  78.18 -0.3 
- 2.1212  79.1164 -0.3 
- 2.11567  80 -0.3 
- 2.10623  81.82 -0.3 
- 2.1061  81.8517 -0.3 
- 2.09901  83.64 -0.3 
- 2.09352  85.45 -0.3 
- 2.0909  86.7076 -0.3 
- 2.08979  87.27 -0.3 
- 2.08775  89.09 -0.3 
- 2.08714  90.91 -0.3 
- 2.08786  92.73 -0.3 
- 2.08981  94.55 -0.3 
- 2.0909  95.2031 -0.3 
- 2.09297  96.36 -0.3 
- 2.09725  98.18 -0.3 
- 2.1024  100 -0.3 
- 2.1061  101.142 -0.3 
- 2.10841  101.82 -0.3 
- 2.11525  103.64 -0.3 
- 2.1212  105.109 -0.3 
- 2.12267  105.45 -0.3 
- 2.13089  107.27 -0.3 
- 2.1364  108.456 -0.3 
- 2.13949  109.09 -0.3 
- 2.14853  110.91 -0.3 
- 2.1515  111.502 -0.3 
- 2.15802  112.73 -0.3 
- 2.1667  114.378 -0.3 
- 2.16765  114.55 -0.3 
- 2.17758  116.36 -0.3 
- 2.1818  117.151 -0.3 
- 2.18761  118.18 -0.3 
- 2.197  119.892 -0.3 
- 2.19762  120 -0.3 
- 2.20772  121.82 -0.3 
- 2.2121  122.642 -0.3 
- 2.21771  123.64 -0.3 
- 2.2273  125.417 -0.3 
- 2.22748  125.45 -0.3 
- 2.23723  127.27 -0.3 
- 2.2424  128.293 -0.3 
- 2.24665  129.09 -0.3 
- 2.25581  130.91 -0.3 
- 2.2576  131.285 -0.3 
- 2.26476  132.73 -0.3 
- 2.2727  134.447 -0.3 
- 2.2732  134.55 -0.3 
- 2.28157  136.36 -0.3 
- 2.2879  137.847 -0.3 
- 2.28938  138.18 -0.3 
- 2.29696  140 -0.3 
- 2.303  141.577 -0.3 
- 2.30399  141.82 -0.3 
- 2.31087  143.64 -0.3 
- 2.31719  145.45 -0.3 
- 2.3182  145.764 -0.3 
- 2.32327  147.27 -0.3 
- 2.32888  149.09 -0.3 
- 2.3333  150.665 -0.3 
- 2.33403  150.91 -0.3 
- 2.33905  152.73 -0.3 
- 2.3436  154.55 -0.3 
- 2.3477  156.36 -0.3 
-
-
-# Contour 11, label:    -0.31
- 1.83326  0 -0.31 
- 1.8318  1.82 -0.31 
- 1.82735  3.64 -0.31 
- 1.81964  5.45 -0.31 
- 1.8182  5.69525 -0.31 
- 1.80901  7.27 -0.31 
- 1.803  8.06274 -0.31 
- 1.79519  9.09 -0.31 
- 1.7879  9.8874 -0.31 
- 1.77818  10.91 -0.31 
- 1.7727  11.4181 -0.31 
- 1.75787  12.73 -0.31 
- 1.7576  12.7524 -0.31 
- 1.7424  13.961 -0.31 
- 1.73448  14.55 -0.31 
- 1.7273  15.0618 -0.31 
- 1.7121  16.0706 -0.31 
- 1.70755  16.36 -0.31 
- 1.697  17.0329 -0.31 
- 1.6818  17.919 -0.31 
- 1.67713  18.18 -0.31 
- 1.6667  18.7803 -0.31 
- 1.6515  19.5823 -0.31 
- 1.64306  20 -0.31 
- 1.6364  20.3502 -0.31 
- 1.6212  21.0996 -0.31 
- 1.6061  21.7752 -0.31 
- 1.60506  21.82 -0.31 
- 1.5909  22.4878 -0.31 
- 1.5758  23.1395 -0.31 
- 1.56308  23.64 -0.31 
- 1.5606  23.748 -0.31 
- 1.5455  24.3894 -0.31 
- 1.5303  24.9723 -0.31 
- 1.51682  25.45 -0.31 
- 1.5152  25.5158 -0.31 
- 1.5  26.111 -0.31 
- 1.4848  26.6547 -0.31 
- 1.4697  27.1526 -0.31 
- 1.46597  27.27 -0.31 
- 1.4545  27.6895 -0.31 
- 1.4394  28.2077 -0.31 
- 1.4242  28.6846 -0.31 
- 1.41035  29.09 -0.31 
- 1.4091  29.133 -0.31 
- 1.3939  29.6393 -0.31 
- 1.3788  30.1072 -0.31 
- 1.3636  30.5409 -0.31 
- 1.34984  30.91 -0.31 
- 1.3485  30.9528 -0.31 
- 1.3333  31.4225 -0.31 
- 1.3182  31.8598 -0.31 
- 1.303  32.2683 -0.31 
- 1.2879  32.6511 -0.31 
- 1.28467  32.73 -0.31 
- 1.2727  33.0818 -0.31 
- 1.2576  33.5049 -0.31 
- 1.2424  33.9037 -0.31 
- 1.2273  34.2809 -0.31 
- 1.21598  34.55 -0.31 
- 1.2121  34.6609 -0.31 
- 1.197  35.0841 -0.31 
- 1.1818  35.4873 -0.31 
- 1.1667  35.8734 -0.31 
- 1.1515  36.245 -0.31 
- 1.14674  36.36 -0.31 
- 1.1364  36.6647 -0.31 
- 1.1212  37.0984 -0.31 
- 1.1061  37.5201 -0.31 
- 1.0909  37.9331 -0.31 
- 1.0818  38.18 -0.31 
- 1.0758  38.377 -0.31 
- 1.0606  38.8713 -0.31 
- 1.0455  39.3619 -0.31 
- 1.0303  39.8526 -0.31 
- 1.02583  40 -0.31 
- 1.0152  40.4225 -0.31 
- 1  41.0298 -0.31 
-
- 2.17769  147.27 -0.31 
- 2.1818  148.971 -0.31 
- 2.1821  149.09 -0.31 
- 2.1864  150.91 -0.31 
- 2.19035  152.73 -0.31 
- 2.19398  154.55 -0.31 
- 2.197  156.199 -0.31 
- 2.19731  156.36 -0.31 
- 2.20045  158.18 -0.31 
- 2.20331  160 -0.31 
- 2.20587  161.82 -0.31 
- 2.20815  163.64 -0.31 
- 2.21018  165.45 -0.31 
- 2.21193  167.27 -0.31 
- 2.2121  167.475 -0.31 
- 2.21352  169.09 -0.31 
- 2.21486  170.91 -0.31 
- 2.21595  172.73 -0.31 
- 2.2168  174.55 -0.31 
- 2.21739  176.36 -0.31 
- 2.21775  178.18 -0.31 
- 2.21787  180 -0.31 
-
- 2.5  52.5634 -0.31 
- 2.49415  52.73 -0.31 
- 2.4848  53.01 -0.31 
- 2.4697  53.4664 -0.31 
- 2.4545  53.92 -0.31 
- 2.4394  54.3711 -0.31 
- 2.43346  54.55 -0.31 
- 2.4242  54.8432 -0.31 
- 2.4091  55.3285 -0.31 
- 2.3939  55.8137 -0.31 
- 2.3788  56.2995 -0.31 
- 2.37696  56.36 -0.31 
- 2.3636  56.8277 -0.31 
- 2.3485  57.3634 -0.31 
- 2.3333  57.9016 -0.31 
- 2.32564  58.18 -0.31 
- 2.3182  58.468 -0.31 
- 2.303  59.0641 -0.31 
- 2.2879  59.6649 -0.31 
- 2.27959  60 -0.31 
- 2.2727  60.2978 -0.31 
- 2.2576  60.9688 -0.31 
- 2.2424  61.6463 -0.31 
- 2.23864  61.82 -0.31 
- 2.2273  62.3837 -0.31 
- 2.2121  63.1458 -0.31 
- 2.20249  63.64 -0.31 
- 2.197  63.9439 -0.31 
- 2.1818  64.8013 -0.31 
- 2.17055  65.45 -0.31 
- 2.1667  65.6934 -0.31 
- 2.1515  66.6725 -0.31 
- 2.14245  67.27 -0.31 
- 2.1364  67.7083 -0.31 
- 2.1212  68.8251 -0.31 
- 2.11771  69.09 -0.31 
- 2.1061  70.0614 -0.31 
- 2.09609  70.91 -0.31 
- 2.0909  71.3992 -0.31 
- 2.07718  72.73 -0.31 
- 2.0758  72.8808 -0.31 
- 2.06074  74.55 -0.31 
- 2.0606  74.5681 -0.31 
- 2.04674  76.36 -0.31 
- 2.0455  76.5446 -0.31 
- 2.03477  78.18 -0.31 
- 2.0303  78.975 -0.31 
- 2.02473  80 -0.31 
- 2.01646  81.82 -0.31 
- 2.0152  82.1633 -0.31 
- 2.0099  83.64 -0.31 
- 2.00483  85.45 -0.31 
- 2.00114  87.27 -0.31 
- 2  88.1495 -0.31 
- 1.99882  89.09 -0.31 
- 1.99776  90.91 -0.31 
- 1.99781  92.73 -0.31 
- 1.99889  94.55 -0.31 
- 2  95.5424 -0.31 
- 2.00095  96.36 -0.31 
- 2.00394  98.18 -0.31 
- 2.0077  100 -0.31 
- 2.01212  101.82 -0.31 
- 2.0152  102.94 -0.31 
- 2.0172  103.64 -0.31 
- 2.02286  105.45 -0.31 
- 2.02892  107.27 -0.31 
- 2.0303  107.663 -0.31 
- 2.03554  109.09 -0.31 
- 2.04244  110.91 -0.31 
- 2.0455  111.697 -0.31 
- 2.04964  112.73 -0.31 
- 2.05702  114.55 -0.31 
- 2.0606  115.427 -0.31 
- 2.06459  116.36 -0.31 
- 2.07227  118.18 -0.31 
- 2.0758  119.026 -0.31 
- 2.08  120 -0.31 
- 2.08767  121.82 -0.31 
- 2.0909  122.605 -0.31 
- 2.09535  123.64 -0.31 
- 2.10294  125.45 -0.31 
- 2.1061  126.233 -0.31 
- 2.11041  127.27 -0.31 
- 2.11768  129.09 -0.31 
- 2.1212  130.012 -0.31 
- 2.12479  130.91 -0.31 
- 2.13173  132.73 -0.31 
- 2.1364  134.02 -0.31 
- 2.13838  134.55 -0.31 
- 2.14483  136.36 -0.31 
- 2.15091  138.18 -0.31 
- 2.1515  138.367 -0.31 
- 2.1569  140 -0.31 
- 2.16253  141.82 -0.31 
- 2.1667  143.262 -0.31 
- 2.16783  143.64 -0.31 
- 2.17295  145.45 -0.31 
- 2.17769  147.27 -0.31 
-
-
-# Contour 12, label:    -0.32
- 1.84065  0 -0.32 
- 1.83913  1.82 -0.32 
- 1.83447  3.64 -0.32 
- 1.8333  3.9148 -0.32 
- 1.82705  5.45 -0.32 
- 1.8182  6.95556 -0.32 
- 1.81636  7.27 -0.32 
- 1.803  9.03387 -0.32 
- 1.80257  9.09 -0.32 
- 1.7879  10.6946 -0.32 
- 1.78585  10.91 -0.32 
- 1.7727  12.1289 -0.32 
- 1.76591  12.73 -0.32 
- 1.7576  13.4087 -0.32 
- 1.74247  14.55 -0.32 
- 1.7424  14.5554 -0.32 
- 1.7273  15.6306 -0.32 
- 1.71598  16.36 -0.32 
- 1.7121  16.611 -0.32 
- 1.697  17.5519 -0.32 
- 1.68591  18.18 -0.32 
- 1.6818  18.4198 -0.32 
- 1.6667  19.2685 -0.32 
- 1.65214  20 -0.32 
- 1.6515  20.034 -0.32 
- 1.6364  20.8246 -0.32 
- 1.6212  21.5357 -0.32 
- 1.61481  21.82 -0.32 
- 1.6061  22.2419 -0.32 
- 1.5909  22.9258 -0.32 
- 1.5758  23.5445 -0.32 
- 1.57337  23.64 -0.32 
- 1.5606  24.197 -0.32 
- 1.5455  24.806 -0.32 
- 1.5303  25.3598 -0.32 
- 1.52776  25.45 -0.32 
- 1.5152  25.9595 -0.32 
- 1.5  26.525 -0.32 
- 1.4848  27.0419 -0.32 
- 1.47777  27.27 -0.32 
- 1.4697  27.5737 -0.32 
- 1.4545  28.1107 -0.32 
- 1.4394  28.6038 -0.32 
- 1.4242  29.058 -0.32 
- 1.42311  29.09 -0.32 
- 1.4091  29.5729 -0.32 
- 1.3939  30.0552 -0.32 
- 1.3788  30.5015 -0.32 
- 1.36381  30.91 -0.32 
- 1.3636  30.917 -0.32 
- 1.3485  31.3997 -0.32 
- 1.3333  31.8482 -0.32 
- 1.3182  32.2665 -0.32 
- 1.303  32.6577 -0.32 
- 1.30012  32.73 -0.32 
- 1.2879  33.0999 -0.32 
- 1.2727  33.5318 -0.32 
- 1.2576  33.9379 -0.32 
- 1.2424  34.3213 -0.32 
- 1.23302  34.55 -0.32 
- 1.2273  34.7179 -0.32 
- 1.2121  35.1473 -0.32 
- 1.197  35.5554 -0.32 
- 1.1818  35.9451 -0.32 
- 1.1667  36.3192 -0.32 
- 1.16502  36.36 -0.32 
- 1.1515  36.7604 -0.32 
- 1.1364  37.1955 -0.32 
- 1.1212  37.6174 -0.32 
- 1.1061  38.0289 -0.32 
- 1.10048  38.18 -0.32 
- 1.0909  38.4925 -0.32 
- 1.0758  38.9827 -0.32 
- 1.0606  39.4671 -0.32 
- 1.0455  39.9495 -0.32 
- 1.04393  40 -0.32 
- 1.0303  40.5298 -0.32 
- 1.0152  41.1232 -0.32 
- 1  41.7228 -0.32 
-
- 2.06764  141.82 -0.32 
- 2.0724  143.64 -0.32 
- 2.0758  145.017 -0.32 
- 2.0769  145.45 -0.32 
- 2.0812  147.27 -0.32 
- 2.08522  149.09 -0.32 
- 2.08895  150.91 -0.32 
- 2.0909  151.936 -0.32 
- 2.09247  152.73 -0.32 
- 2.09581  154.55 -0.32 
- 2.09888  156.36 -0.32 
- 2.10168  158.18 -0.32 
- 2.10422  160 -0.32 
- 2.1061  161.49 -0.32 
- 2.10653  161.82 -0.32 
- 2.10866  163.64 -0.32 
- 2.11054  165.45 -0.32 
- 2.11219  167.27 -0.32 
- 2.11361  169.09 -0.32 
- 2.1148  170.91 -0.32 
- 2.11576  172.73 -0.32 
- 2.11651  174.55 -0.32 
- 2.11705  176.36 -0.32 
- 2.11736  178.18 -0.32 
- 2.11747  180 -0.32 
-
- 2.5  47.4425 -0.32 
- 2.4848  47.9488 -0.32 
- 2.4697  48.4472 -0.32 
- 2.4545  48.939 -0.32 
- 2.44989  49.09 -0.32 
- 2.4394  49.4476 -0.32 
- 2.4242  49.9611 -0.32 
- 2.4091  50.4691 -0.32 
- 2.39585  50.91 -0.32 
- 2.3939  50.9779 -0.32 
- 2.3788  51.5151 -0.32 
- 2.3636  52.0489 -0.32 
- 2.3485  52.5805 -0.32 
- 2.34429  52.73 -0.32 
- 2.3333  53.1396 -0.32 
- 2.3182  53.7089 -0.32 
- 2.303  54.278 -0.32 
- 2.29587  54.55 -0.32 
- 2.2879  54.8695 -0.32 
- 2.2727  55.4817 -0.32 
- 2.2576  56.0956 -0.32 
- 2.25115  56.36 -0.32 
- 2.2424  56.7428 -0.32 
- 2.2273  57.4169 -0.32 
- 2.2121  58.0937 -0.32 
- 2.21022  58.18 -0.32 
- 2.197  58.8266 -0.32 
- 2.1818  59.5711 -0.32 
- 2.17323  60 -0.32 
- 2.1667  60.35 -0.32 
- 2.1515  61.1733 -0.32 
- 2.13977  61.82 -0.32 
- 2.1364  62.0196 -0.32 
- 2.1212  62.9343 -0.32 
- 2.10967  63.64 -0.32 
- 2.1061  63.8755 -0.32 
- 2.0909  64.8906 -0.32 
- 2.0827  65.45 -0.32 
- 2.0758  65.9647 -0.32 
- 2.0606  67.1078 -0.32 
- 2.0585  67.27 -0.32 
- 2.0455  68.3691 -0.32 
- 2.03704  69.09 -0.32 
- 2.0303  69.7226 -0.32 
- 2.01793  70.91 -0.32 
- 2.0152  71.2013 -0.32 
- 2.00101  72.73 -0.32 
- 2  72.8525 -0.32 
- 1.98619  74.55 -0.32 
- 1.9848  74.7426 -0.32 
- 1.97341  76.36 -0.32 
- 1.9697  76.9659 -0.32 
- 1.96237  78.18 -0.32 
- 1.9545  79.6945 -0.32 
- 1.95295  80 -0.32 
- 1.94523  81.82 -0.32 
- 1.9394  83.4912 -0.32 
- 1.93889  83.64 -0.32 
- 1.93399  85.45 -0.32 
- 1.93032  87.27 -0.32 
- 1.92784  89.09 -0.32 
- 1.92648  90.91 -0.32 
- 1.92615  92.73 -0.32 
- 1.92678  94.55 -0.32 
- 1.92829  96.36 -0.32 
- 1.9306  98.18 -0.32 
- 1.93361  100 -0.32 
- 1.93725  101.82 -0.32 
- 1.9394  102.757 -0.32 
- 1.94148  103.64 -0.32 
- 1.94624  105.45 -0.32 
- 1.95139  107.27 -0.32 
- 1.9545  108.304 -0.32 
- 1.95695  109.09 -0.32 
- 1.96289  110.91 -0.32 
- 1.96901  112.73 -0.32 
- 1.9697  112.931 -0.32 
- 1.97541  114.55 -0.32 
- 1.98188  116.36 -0.32 
- 1.9848  117.181 -0.32 
- 1.9885  118.18 -0.32 
- 1.9952  120 -0.32 
- 2  121.319 -0.32 
- 2.00188  121.82 -0.32 
- 2.0086  123.64 -0.32 
- 2.01515  125.45 -0.32 
- 2.0152  125.463 -0.32 
- 2.0217  127.27 -0.32 
- 2.02803  129.09 -0.32 
- 2.0303  129.766 -0.32 
- 2.03429  130.91 -0.32 
- 2.04039  132.73 -0.32 
- 2.0455  134.327 -0.32 
- 2.04623  134.55 -0.32 
- 2.05195  136.36 -0.32 
- 2.05737  138.18 -0.32 
- 2.0606  139.324 -0.32 
- 2.06259  140 -0.32 
- 2.06764  141.82 -0.32 
-
-
-# Contour 13, label:    -0.33
- 1.84805  0 -0.33 
- 1.8466  1.82 -0.33 
- 1.8422  3.64 -0.33 
- 1.83457  5.45 -0.33 
- 1.8333  5.66829 -0.33 
- 1.8242  7.27 -0.33 
- 1.8182  8.0813 -0.33 
- 1.81064  9.09 -0.33 
- 1.803  9.93502 -0.33 
- 1.79398  10.91 -0.33 
- 1.7879  11.488 -0.33 
- 1.77406  12.73 -0.33 
- 1.7727  12.8422 -0.33 
- 1.7576  14.065 -0.33 
- 1.75117  14.55 -0.33 
- 1.7424  15.1827 -0.33 
- 1.7273  16.1993 -0.33 
- 1.72481  16.36 -0.33 
- 1.7121  17.1811 -0.33 
- 1.697  18.0708 -0.33 
- 1.69507  18.18 -0.33 
- 1.6818  18.9541 -0.33 
- 1.6667  19.7567 -0.33 
- 1.66186  20 -0.33 
- 1.6515  20.5515 -0.33 
- 1.6364  21.2991 -0.33 
- 1.62486  21.82 -0.33 
- 1.6212  21.9997 -0.33 
- 1.6061  22.7167 -0.33 
- 1.5909  23.3638 -0.33 
- 1.58407  23.64 -0.33 
- 1.5758  24.0108 -0.33 
- 1.5606  24.6461 -0.33 
- 1.5455  25.2227 -0.33 
- 1.53918  25.45 -0.33 
- 1.5303  25.8157 -0.33 
- 1.5152  26.4031 -0.33 
- 1.5  26.9389 -0.33 
- 1.48996  27.27 -0.33 
- 1.4848  27.4671 -0.33 
- 1.4697  28.0226 -0.33 
- 1.4545  28.5319 -0.33 
- 1.4394  28.9999 -0.33 
- 1.43637  29.09 -0.33 
- 1.4242  29.5164 -0.33 
- 1.4091  30.0128 -0.33 
- 1.3939  30.4711 -0.33 
- 1.3788  30.8957 -0.33 
- 1.37828  30.91 -0.33 
- 1.3636  31.3872 -0.33 
- 1.3485  31.8466 -0.33 
- 1.3333  32.274 -0.33 
- 1.3182  32.6731 -0.33 
- 1.31597  32.73 -0.33 
- 1.303  33.1288 -0.33 
- 1.2879  33.5688 -0.33 
- 1.2727  33.9817 -0.33 
- 1.2576  34.3708 -0.33 
- 1.25034  34.55 -0.33 
- 1.2424  34.7862 -0.33 
- 1.2273  35.2212 -0.33 
- 1.2121  35.6337 -0.33 
- 1.197  36.0266 -0.33 
- 1.18358  36.36 -0.33 
- 1.1818  36.414 -0.33 
- 1.1667  36.8682 -0.33 
- 1.1515  37.3046 -0.33 
- 1.1364  37.7263 -0.33 
- 1.1212  38.1364 -0.33 
- 1.11959  38.18 -0.33 
- 1.1061  38.6233 -0.33 
- 1.0909  39.1097 -0.33 
- 1.0758  39.5883 -0.33 
- 1.06265  40 -0.33 
- 1.0606  40.0776 -0.33 
- 1.0455  40.6593 -0.33 
- 1.0303  41.2399 -0.33 
- 1.0153  41.82 -0.33 
- 1.0152  41.8246 -0.33 
- 1  42.546 -0.33 
-
- 1.9697  133.789 -0.33 
- 1.972  134.55 -0.33 
- 1.97728  136.36 -0.33 
- 1.98231  138.18 -0.33 
- 1.9848  139.124 -0.33 
- 1.98718  140 -0.33 
- 1.99189  141.82 -0.33 
- 1.99634  143.64 -0.33 
- 2  145.219 -0.33 
- 2.00055  145.45 -0.33 
- 2.00461  147.27 -0.33 
- 2.00842  149.09 -0.33 
- 2.01196  150.91 -0.33 
- 2.0152  152.699 -0.33 
- 2.01526  152.73 -0.33 
- 2.01839  154.55 -0.33 
- 2.02127  156.36 -0.33 
- 2.02391  158.18 -0.33 
- 2.02632  160 -0.33 
- 2.0285  161.82 -0.33 
- 2.0303  163.496 -0.33 
- 2.03046  163.64 -0.33 
- 2.03227  165.45 -0.33 
- 2.03385  167.27 -0.33 
- 2.03521  169.09 -0.33 
- 2.03635  170.91 -0.33 
- 2.03728  172.73 -0.33 
- 2.03801  174.55 -0.33 
- 2.03852  176.36 -0.33 
- 2.03883  178.18 -0.33 
- 2.03893  180 -0.33 
-
- 2.5  43.1261 -0.33 
- 2.48547  43.64 -0.33 
- 2.4848  43.6641 -0.33 
- 2.4697  44.2159 -0.33 
- 2.4545  44.7571 -0.33 
- 2.4394  45.2895 -0.33 
- 2.43483  45.45 -0.33 
- 2.4242  45.8365 -0.33 
- 2.4091  46.3854 -0.33 
- 2.3939  46.9271 -0.33 
- 2.38431  47.27 -0.33 
- 2.3788  47.4741 -0.33 
- 2.3636  48.0361 -0.33 
- 2.3485  48.5925 -0.33 
- 2.33483  49.09 -0.33 
- 2.3333  49.148 -0.33 
- 2.3182  49.7321 -0.33 
- 2.303  50.3124 -0.33 
- 2.2879  50.89 -0.33 
- 2.28738  50.91 -0.33 
- 2.2727  51.5041 -0.33 
- 2.2576  52.1177 -0.33 
- 2.24242  52.73 -0.33 
- 2.2424  52.7308 -0.33 
- 2.2273  53.3875 -0.33 
- 2.2121  54.0446 -0.33 
- 2.20055  54.55 -0.33 
- 2.197  54.7132 -0.33 
- 2.1818  55.4184 -0.33 
- 2.1667  56.1254 -0.33 
- 2.16173  56.36 -0.33 
- 2.1515  56.8751 -0.33 
- 2.1364  57.6473 -0.33 
- 2.12602  58.18 -0.33 
- 2.1212  58.4433 -0.33 
- 2.1061  59.2869 -0.33 
- 2.09334  60 -0.33 
- 2.0909  60.1458 -0.33 
- 2.0758  61.0714 -0.33 
- 2.06359  61.82 -0.33 
- 2.0606  62.0172 -0.33 
- 2.0455  63.0365 -0.33 
- 2.03659  63.64 -0.33 
- 2.0303  64.0982 -0.33 
- 2.0152  65.2184 -0.33 
- 2.0121  65.45 -0.33 
- 2  66.4398 -0.33 
- 1.98994  67.27 -0.33 
- 1.9848  67.735 -0.33 
- 1.97006  69.09 -0.33 
- 1.9697  69.1265 -0.33 
- 1.9545  70.6784 -0.33 
- 1.95227  70.91 -0.33 
- 1.9394  72.3936 -0.33 
- 1.9365  72.73 -0.33 
- 1.9242  74.3249 -0.33 
- 1.92249  74.55 -0.33 
- 1.91032  76.36 -0.33 
- 1.9091  76.569 -0.33 
- 1.89975  78.18 -0.33 
- 1.8939  79.3499 -0.33 
- 1.89071  80 -0.33 
- 1.88318  81.82 -0.33 
- 1.8788  83.1049 -0.33 
- 1.87699  83.64 -0.33 
- 1.87209  85.45 -0.33 
- 1.86838  87.27 -0.33 
- 1.86578  89.09 -0.33 
- 1.86423  90.91 -0.33 
- 1.86366  92.73 -0.33 
- 1.86399  94.55 -0.33 
- 1.86516  96.36 -0.33 
- 1.86708  98.18 -0.33 
- 1.86967  100 -0.33 
- 1.87287  101.82 -0.33 
- 1.8766  103.64 -0.33 
- 1.8788  104.594 -0.33 
- 1.88081  105.45 -0.33 
- 1.88546  107.27 -0.33 
- 1.89043  109.09 -0.33 
- 1.8939  110.296 -0.33 
- 1.89572  110.91 -0.33 
- 1.90132  112.73 -0.33 
- 1.90707  114.55 -0.33 
- 1.9091  115.176 -0.33 
- 1.913  116.36 -0.33 
- 1.919  118.18 -0.33 
- 1.9242  119.756 -0.33 
- 1.92503  120 -0.33 
- 1.93121  121.82 -0.33 
- 1.93729  123.64 -0.33 
- 1.9394  124.277 -0.33 
- 1.94335  125.45 -0.33 
- 1.94932  127.27 -0.33 
- 1.9545  128.896 -0.33 
- 1.95514  129.09 -0.33 
- 1.96095  130.91 -0.33 
- 1.96656  132.73 -0.33 
- 1.9697  133.789 -0.33 
-
-
-# Contour 14, label:    -0.34
- 1.85607  0 -0.34 
- 1.85459  1.82 -0.34 
- 1.85006  3.64 -0.34 
- 1.8485  4.01476 -0.34 
- 1.84273  5.45 -0.34 
- 1.8333  7.07392 -0.34 
- 1.83219  7.27 -0.34 
- 1.81879  9.09 -0.34 
- 1.8182  9.15683 -0.34 
- 1.803  10.8319 -0.34 
- 1.80228  10.91 -0.34 
- 1.7879  12.2764 -0.34 
- 1.78284  12.73 -0.34 
- 1.7727  13.5689 -0.34 
- 1.76005  14.55 -0.34 
- 1.7576  14.731 -0.34 
- 1.7424  15.8099 -0.34 
- 1.7341  16.36 -0.34 
- 1.7273  16.8105 -0.34 
- 1.7121  17.7512 -0.34 
- 1.70473  18.18 -0.34 
- 1.697  18.643 -0.34 
- 1.6818  19.4885 -0.34 
- 1.67189  20 -0.34 
- 1.6667  20.2838 -0.34 
- 1.6515  21.0689 -0.34 
- 1.6364  21.7735 -0.34 
- 1.63537  21.82 -0.34 
- 1.6212  22.5157 -0.34 
- 1.6061  23.1915 -0.34 
- 1.59517  23.64 -0.34 
- 1.5909  23.8342 -0.34 
- 1.5758  24.496 -0.34 
- 1.5606  25.0952 -0.34 
- 1.55101  25.45 -0.34 
- 1.5455  25.6833 -0.34 
- 1.5303  26.2924 -0.34 
- 1.5152  26.8468 -0.34 
- 1.50264  27.27 -0.34 
- 1.5  27.3729 -0.34 
- 1.4848  27.9467 -0.34 
- 1.4697  28.4715 -0.34 
- 1.4545  28.953 -0.34 
- 1.45003  29.09 -0.34 
- 1.4394  29.4731 -0.34 
- 1.4242  29.9829 -0.34 
- 1.4091  30.4527 -0.34 
- 1.3939  30.8871 -0.34 
- 1.39308  30.91 -0.34 
- 1.3788  31.3882 -0.34 
- 1.3636  31.8575 -0.34 
- 1.3485  32.2935 -0.34 
- 1.3333  32.6998 -0.34 
- 1.33215  32.73 -0.34 
- 1.3182  33.1712 -0.34 
- 1.303  33.6186 -0.34 
- 1.2879  34.0377 -0.34 
- 1.2727  34.4317 -0.34 
- 1.26803  34.55 -0.34 
- 1.2576  34.8683 -0.34 
- 1.2424  35.3082 -0.34 
- 1.2273  35.7244 -0.34 
- 1.2121  36.12 -0.34 
- 1.20262  36.36 -0.34 
- 1.197  36.5343 -0.34 
- 1.1818  36.9904 -0.34 
- 1.1667  37.4275 -0.34 
- 1.1515  37.8487 -0.34 
- 1.13931  38.18 -0.34 
- 1.1364  38.2763 -0.34 
- 1.1212  38.7715 -0.34 
- 1.1061  39.2538 -0.34 
- 1.0909  39.7268 -0.34 
- 1.08214  40 -0.34 
- 1.0758  40.2402 -0.34 
- 1.0606  40.8123 -0.34 
- 1.0455  41.3807 -0.34 
- 1.03381  41.82 -0.34 
- 1.0303  41.9798 -0.34 
- 1.0152  42.6824 -0.34 
- 1  43.3905 -0.34 
-
- 1.8803  125.45 -0.34 
- 1.88596  127.27 -0.34 
- 1.8915  129.09 -0.34 
- 1.8939  129.902 -0.34 
- 1.89696  130.91 -0.34 
- 1.90232  132.73 -0.34 
- 1.9075  134.55 -0.34 
- 1.9091  135.132 -0.34 
- 1.91253  136.36 -0.34 
- 1.91737  138.18 -0.34 
- 1.92199  140 -0.34 
- 1.9242  140.909 -0.34 
- 1.92647  141.82 -0.34 
- 1.93077  143.64 -0.34 
- 1.93484  145.45 -0.34 
- 1.93868  147.27 -0.34 
- 1.9394  147.633 -0.34 
- 1.94233  149.09 -0.34 
- 1.94576  150.91 -0.34 
- 1.94896  152.73 -0.34 
- 1.95193  154.55 -0.34 
- 1.9545  156.246 -0.34 
- 1.95468  156.36 -0.34 
- 1.95728  158.18 -0.34 
- 1.95966  160 -0.34 
- 1.96181  161.82 -0.34 
- 1.96374  163.64 -0.34 
- 1.96546  165.45 -0.34 
- 1.96697  167.27 -0.34 
- 1.96827  169.09 -0.34 
- 1.96937  170.91 -0.34 
- 1.9697  171.585 -0.34 
- 1.97027  172.73 -0.34 
- 1.97098  174.55 -0.34 
- 1.97148  176.36 -0.34 
- 1.97178  178.18 -0.34 
- 1.97189  180 -0.34 
-
- 2.5  39.2648 -0.34 
- 2.4848  39.8548 -0.34 
- 2.48108  40 -0.34 
- 2.4697  40.4499 -0.34 
- 2.4545  41.0382 -0.34 
- 2.4394  41.6152 -0.34 
- 2.43399  41.82 -0.34 
- 2.4242  42.1979 -0.34 
- 2.4091  42.7791 -0.34 
- 2.3939  43.3511 -0.34 
- 2.38625  43.64 -0.34 
- 2.3788  43.9266 -0.34 
- 2.3636  44.5062 -0.34 
- 2.3485  45.0786 -0.34 
- 2.3386  45.45 -0.34 
- 2.3333  45.6558 -0.34 
- 2.3182  46.2489 -0.34 
- 2.303  46.8364 -0.34 
- 2.29183  47.27 -0.34 
- 2.2879  47.4277 -0.34 
- 2.2727  48.0399 -0.34 
- 2.2576  48.6481 -0.34 
- 2.24657  49.09 -0.34 
- 2.2424  49.2637 -0.34 
- 2.2273  49.9036 -0.34 
- 2.2121  50.5417 -0.34 
- 2.20344  50.91 -0.34 
- 2.197  51.1961 -0.34 
- 2.1818  51.8734 -0.34 
- 2.1667  52.5505 -0.34 
- 2.16272  52.73 -0.34 
- 2.1515  53.262 -0.34 
- 2.1364  53.9863 -0.34 
- 2.12463  54.55 -0.34 
- 2.1212  54.7225 -0.34 
- 2.1061  55.4972 -0.34 
- 2.0909  56.2737 -0.34 
- 2.08925  56.36 -0.34 
- 2.0758  57.1089 -0.34 
- 2.0606  57.9533 -0.34 
- 2.0566  58.18 -0.34 
- 2.0455  58.8493 -0.34 
- 2.0303  59.7661 -0.34 
- 2.02649  60 -0.34 
- 2.0152  60.743 -0.34 
- 2  61.7419 -0.34 
- 1.99883  61.82 -0.34 
- 1.9848  62.8249 -0.34 
- 1.97356  63.64 -0.34 
- 1.9697  63.941 -0.34 
- 1.9545  65.1302 -0.34 
- 1.95047  65.45 -0.34 
- 1.9394  66.4124 -0.34 
- 1.92953  67.27 -0.34 
- 1.9242  67.7773 -0.34 
- 1.91059  69.09 -0.34 
- 1.9091  69.2482 -0.34 
- 1.8939  70.8655 -0.34 
- 1.89349  70.91 -0.34 
- 1.8788  72.6698 -0.34 
- 1.8783  72.73 -0.34 
- 1.86474  74.55 -0.34 
- 1.8636  74.7217 -0.34 
- 1.8529  76.36 -0.34 
- 1.8485  77.1347 -0.34 
- 1.84257  78.18 -0.34 
- 1.83366  80 -0.34 
- 1.8333  80.0878 -0.34 
- 1.82624  81.82 -0.34 
- 1.82011  83.64 -0.34 
- 1.8182  84.3424 -0.34 
- 1.8152  85.45 -0.34 
- 1.81145  87.27 -0.34 
- 1.80878  89.09 -0.34 
- 1.80712  90.91 -0.34 
- 1.8064  92.73 -0.34 
- 1.80654  94.55 -0.34 
- 1.80748  96.36 -0.34 
- 1.80915  98.18 -0.34 
- 1.81147  100 -0.34 
- 1.81438  101.82 -0.34 
- 1.81779  103.64 -0.34 
- 1.8182  103.83 -0.34 
- 1.82169  105.45 -0.34 
- 1.82599  107.27 -0.34 
- 1.83061  109.09 -0.34 
- 1.8333  110.092 -0.34 
- 1.83555  110.91 -0.34 
- 1.84078  112.73 -0.34 
- 1.84617  114.55 -0.34 
- 1.8485  115.316 -0.34 
- 1.85171  116.36 -0.34 
- 1.85736  118.18 -0.34 
- 1.86303  120 -0.34 
- 1.8636  120.184 -0.34 
- 1.86882  121.82 -0.34 
- 1.87459  123.64 -0.34 
- 1.8788  124.979 -0.34 
- 1.8803  125.45 -0.34 
-
-
-# Contour 15, label:    -0.35
- 1.86419  0 -0.35 
- 1.8636  0.699755 -0.35 
- 1.86274  1.82 -0.35 
- 1.85848  3.64 -0.35 
- 1.85111  5.45 -0.35 
- 1.8485  5.91121 -0.35 
- 1.84088  7.27 -0.35 
- 1.8333  8.30812 -0.35 
- 1.82759  9.09 -0.35 
- 1.8182  10.1558 -0.35 
- 1.81132  10.91 -0.35 
- 1.803  11.7103 -0.35 
- 1.79194  12.73 -0.35 
- 1.7879  13.0726 -0.35 
- 1.7727  14.2956 -0.35 
- 1.76942  14.55 -0.35 
- 1.7576  15.4245 -0.35 
- 1.74367  16.36 -0.35 
- 1.7424  16.4454 -0.35 
- 1.7273  17.4385 -0.35 
- 1.71474  18.18 -0.35 
- 1.7121  18.3399 -0.35 
- 1.697  19.2293 -0.35 
- 1.68228  20 -0.35 
- 1.6818  20.0265 -0.35 
- 1.6667  20.8496 -0.35 
- 1.6515  21.5863 -0.35 
- 1.64646  21.82 -0.35 
- 1.6364  22.3273 -0.35 
- 1.6212  23.0317 -0.35 
- 1.60678  23.64 -0.35 
- 1.6061  23.6716 -0.35 
- 1.5909  24.3598 -0.35 
- 1.5758  24.9812 -0.35 
- 1.56331  25.45 -0.35 
- 1.5606  25.5664 -0.35 
- 1.5455  26.1968 -0.35 
- 1.5303  26.769 -0.35 
- 1.51583  27.27 -0.35 
- 1.5152  27.2954 -0.35 
- 1.5  27.8868 -0.35 
- 1.4848  28.4264 -0.35 
- 1.4697  28.9204 -0.35 
- 1.46425  29.09 -0.35 
- 1.4545  29.4466 -0.35 
- 1.4394  29.9689 -0.35 
- 1.4242  30.4493 -0.35 
- 1.4091  30.8926 -0.35 
- 1.40849  30.91 -0.35 
- 1.3939  31.4059 -0.35 
- 1.3788  31.8843 -0.35 
- 1.3636  32.3277 -0.35 
- 1.3489  32.73 -0.35 
- 1.3485  32.7432 -0.35 
- 1.3333  33.2304 -0.35 
- 1.3182  33.6841 -0.35 
- 1.303  34.1084 -0.35 
- 1.2879  34.5065 -0.35 
- 1.2862  34.55 -0.35 
- 1.2727  34.9673 -0.35 
- 1.2576  35.4112 -0.35 
- 1.2424  35.8302 -0.35 
- 1.2273  36.2276 -0.35 
- 1.22211  36.36 -0.35 
- 1.2121  36.6725 -0.35 
- 1.197  37.1298 -0.35 
- 1.1818  37.5668 -0.35 
- 1.1667  37.9869 -0.35 
- 1.15957  38.18 -0.35 
- 1.1515  38.4471 -0.35 
- 1.1364  38.9393 -0.35 
- 1.1212  39.4172 -0.35 
- 1.1061  39.8843 -0.35 
- 1.10234  40 -0.35 
- 1.0909  40.4279 -0.35 
- 1.0758  40.9903 -0.35 
- 1.0606  41.5469 -0.35 
- 1.05324  41.82 -0.35 
- 1.0455  42.1685 -0.35 
- 1.0303  42.8532 -0.35 
- 1.0152  43.5401 -0.35 
- 1.01304  43.64 -0.35 
- 1  44.3652 -0.35 
-
- 1.80046  118.18 -0.35 
- 1.803  119.029 -0.35 
- 1.80596  120 -0.35 
- 1.81152  121.82 -0.35 
- 1.81706  123.64 -0.35 
- 1.8182  124.016 -0.35 
- 1.82258  125.45 -0.35 
- 1.82802  127.27 -0.35 
- 1.8333  129.071 -0.35 
- 1.83336  129.09 -0.35 
- 1.83868  130.91 -0.35 
- 1.84386  132.73 -0.35 
- 1.8485  134.413 -0.35 
- 1.84888  134.55 -0.35 
- 1.85376  136.36 -0.35 
- 1.85846  138.18 -0.35 
- 1.86295  140 -0.35 
- 1.8636  140.273 -0.35 
- 1.86734  141.82 -0.35 
- 1.87153  143.64 -0.35 
- 1.8755  145.45 -0.35 
- 1.8788  147.052 -0.35 
- 1.87925  147.27 -0.35 
- 1.88283  149.09 -0.35 
- 1.88618  150.91 -0.35 
- 1.88932  152.73 -0.35 
- 1.89223  154.55 -0.35 
- 1.8939  155.669 -0.35 
- 1.89495  156.36 -0.35 
- 1.8975  158.18 -0.35 
- 1.89983  160 -0.35 
- 1.90195  161.82 -0.35 
- 1.90385  163.64 -0.35 
- 1.90554  165.45 -0.35 
- 1.90704  167.27 -0.35 
- 1.90832  169.09 -0.35 
- 1.9091  170.402 -0.35 
- 1.90941  170.91 -0.35 
- 1.9103  172.73 -0.35 
- 1.911  174.55 -0.35 
- 1.91149  176.36 -0.35 
- 1.91179  178.18 -0.35 
- 1.91189  180 -0.35 
-
- 2.5  35.6959 -0.35 
- 2.4848  36.3355 -0.35 
- 2.48422  36.36 -0.35 
- 2.4697  36.9803 -0.35 
- 2.4545  37.611 -0.35 
- 2.44062  38.18 -0.35 
- 2.4394  38.2305 -0.35 
- 2.4242  38.8554 -0.35 
- 2.4091  39.468 -0.35 
- 2.39569  40 -0.35 
- 2.3939  40.072 -0.35 
- 2.3788  40.6853 -0.35 
- 2.3636  41.2886 -0.35 
- 2.35013  41.82 -0.35 
- 2.3485  41.8855 -0.35 
- 2.3333  42.4958 -0.35 
- 2.3182  43.0985 -0.35 
- 2.3044  43.64 -0.35 
- 2.303  43.6961 -0.35 
- 2.2879  44.3091 -0.35 
- 2.2727  44.9161 -0.35 
- 2.25934  45.45 -0.35 
- 2.2576  45.5221 -0.35 
- 2.2424  46.1528 -0.35 
- 2.2273  46.7795 -0.35 
- 2.21539  47.27 -0.35 
- 2.2121  47.4103 -0.35 
- 2.197  48.0644 -0.35 
- 2.1818  48.7163 -0.35 
- 2.17319  49.09 -0.35 
- 2.1667  49.3827 -0.35 
- 2.1515  50.0687 -0.35 
- 2.1364  50.7543 -0.35 
- 2.13299  50.91 -0.35 
- 2.1212  51.4719 -0.35 
- 2.1061  52.1989 -0.35 
- 2.09505  52.73 -0.35 
- 2.0909  52.9393 -0.35 
- 2.0758  53.7143 -0.35 
- 2.0606  54.4908 -0.35 
- 2.05946  54.55 -0.35 
- 2.0455  55.3132 -0.35 
- 2.0303  56.1408 -0.35 
- 2.02634  56.36 -0.35 
- 2.0152  57.0175 -0.35 
- 2  57.9125 -0.35 
- 1.9955  58.18 -0.35 
- 1.9848  58.8574 -0.35 
- 1.9697  59.8241 -0.35 
- 1.96696  60 -0.35 
- 1.9545  60.856 -0.35 
- 1.9406  61.82 -0.35 
- 1.9394  61.9098 -0.35 
- 1.9242  63.0468 -0.35 
- 1.91636  63.64 -0.35 
- 1.9091  64.2304 -0.35 
- 1.89407  65.45 -0.35 
- 1.8939  65.4647 -0.35 
- 1.8788  66.8229 -0.35 
- 1.87381  67.27 -0.35 
- 1.8636  68.2723 -0.35 
- 1.85536  69.09 -0.35 
- 1.8485  69.8393 -0.35 
- 1.83868  70.91 -0.35 
- 1.8333  71.5605 -0.35 
- 1.82373  72.73 -0.35 
- 1.8182  73.4869 -0.35 
- 1.81041  74.55 -0.35 
- 1.803  75.6875 -0.35 
- 1.79866  76.36 -0.35 
- 1.78845  78.18 -0.35 
- 1.7879  78.2945 -0.35 
- 1.77965  80 -0.35 
- 1.7727  81.6928 -0.35 
- 1.77218  81.82 -0.35 
- 1.76608  83.64 -0.35 
- 1.76116  85.45 -0.35 
- 1.7576  87.1678 -0.35 
- 1.75739  87.27 -0.35 
- 1.75467  89.09 -0.35 
- 1.75295  90.91 -0.35 
- 1.75214  92.73 -0.35 
- 1.75218  94.55 -0.35 
- 1.75299  96.36 -0.35 
- 1.75452  98.18 -0.35 
- 1.75667  100 -0.35 
- 1.7576  100.619 -0.35 
- 1.75941  101.82 -0.35 
- 1.76265  103.64 -0.35 
- 1.76634  105.45 -0.35 
- 1.77042  107.27 -0.35 
- 1.7727  108.214 -0.35 
- 1.77486  109.09 -0.35 
- 1.77961  110.91 -0.35 
- 1.78459  112.73 -0.35 
- 1.7879  113.9 -0.35 
- 1.78975  114.55 -0.35 
- 1.79506  116.36 -0.35 
- 1.80046  118.18 -0.35 
-
-
-# Contour 16, label:    -0.36
- 1.87312  0 -0.36 
- 1.87168  1.82 -0.36 
- 1.86727  3.64 -0.36 
- 1.8636  4.53441 -0.36 
- 1.86002  5.45 -0.36 
- 1.8498  7.27 -0.36 
- 1.8485  7.45307 -0.36 
- 1.83672  9.09 -0.36 
- 1.8333  9.48265 -0.36 
- 1.82063  10.91 -0.36 
- 1.8182  11.1495 -0.36 
- 1.803  12.5869 -0.36 
- 1.80145  12.73 -0.36 
- 1.7879  13.8794 -0.36 
- 1.77937  14.55 -0.36 
- 1.7727  15.0498 -0.36 
- 1.7576  16.1181 -0.36 
- 1.754  16.36 -0.36 
- 1.7424  17.1389 -0.36 
- 1.7273  18.0664 -0.36 
- 1.72538  18.18 -0.36 
- 1.7121  18.9851 -0.36 
- 1.697  19.8157 -0.36 
- 1.69348  20 -0.36 
- 1.6818  20.6468 -0.36 
- 1.6667  21.4153 -0.36 
- 1.6581  21.82 -0.36 
- 1.6515  22.157 -0.36 
- 1.6364  22.8896 -0.36 
- 1.6212  23.5477 -0.36 
- 1.61901  23.64 -0.36 
- 1.6061  24.2426 -0.36 
- 1.5909  24.8854 -0.36 
- 1.57626  25.45 -0.36 
- 1.5758  25.4703 -0.36 
- 1.5606  26.121 -0.36 
- 1.5455  26.7102 -0.36 
- 1.5303  27.2457 -0.36 
- 1.5296  27.27 -0.36 
- 1.5152  27.8475 -0.36 
- 1.5  28.4007 -0.36 
- 1.4848  28.9061 -0.36 
- 1.47904  29.09 -0.36 
- 1.4697  29.4414 -0.36 
- 1.4545  29.975 -0.36 
- 1.4394  30.4647 -0.36 
- 1.4244  30.91 -0.36 
- 1.4242  30.9172 -0.36 
- 1.4091  31.4445 -0.36 
- 1.3939  31.9306 -0.36 
- 1.3788  32.3804 -0.36 
- 1.36619  32.73 -0.36 
- 1.3636  32.8166 -0.36 
- 1.3485  33.3102 -0.36 
- 1.3333  33.769 -0.36 
- 1.3182  34.1971 -0.36 
- 1.3049  34.55 -0.36 
- 1.303  34.611 -0.36 
- 1.2879  35.087 -0.36 
- 1.2727  35.5334 -0.36 
- 1.2576  35.9541 -0.36 
- 1.2424  36.3522 -0.36 
- 1.2421  36.36 -0.36 
- 1.2273  36.8322 -0.36 
- 1.2121  37.2894 -0.36 
- 1.197  37.7253 -0.36 
- 1.1818  38.1432 -0.36 
- 1.18046  38.18 -0.36 
- 1.1667  38.6413 -0.36 
- 1.1515  39.1297 -0.36 
- 1.1364  39.6024 -0.36 
- 1.12333  40 -0.36 
- 1.1212  40.079 -0.36 
- 1.1061  40.6432 -0.36 
- 1.0909  41.1956 -0.36 
- 1.0758  41.7403 -0.36 
- 1.0736  41.82 -0.36 
- 1.0606  42.3932 -0.36 
- 1.0455  43.0601 -0.36 
- 1.03231  43.64 -0.36 
- 1.0303  43.7466 -0.36 
- 1.0152  44.5686 -0.36 
- 1  45.3945 -0.36 
-
- 1.7273  111.302 -0.36 
- 1.73111  112.73 -0.36 
- 1.73614  114.55 -0.36 
- 1.7413  116.36 -0.36 
- 1.7424  116.742 -0.36 
- 1.74662  118.18 -0.36 
- 1.75201  120 -0.36 
- 1.75742  121.82 -0.36 
- 1.7576  121.88 -0.36 
- 1.76284  123.64 -0.36 
- 1.76821  125.45 -0.36 
- 1.7727  126.988 -0.36 
- 1.77354  127.27 -0.36 
- 1.77885  129.09 -0.36 
- 1.78404  130.91 -0.36 
- 1.7879  132.298 -0.36 
- 1.7891  132.73 -0.36 
- 1.79404  134.55 -0.36 
- 1.79882  136.36 -0.36 
- 1.803  138.014 -0.36 
- 1.80343  138.18 -0.36 
- 1.80793  140 -0.36 
- 1.81224  141.82 -0.36 
- 1.81635  143.64 -0.36 
- 1.8182  144.495 -0.36 
- 1.82027  145.45 -0.36 
- 1.824  147.27 -0.36 
- 1.82751  149.09 -0.36 
- 1.83082  150.91 -0.36 
- 1.8333  152.372 -0.36 
- 1.83392  152.73 -0.36 
- 1.83686  154.55 -0.36 
- 1.83959  156.36 -0.36 
- 1.8421  158.18 -0.36 
- 1.8444  160 -0.36 
- 1.8465  161.82 -0.36 
- 1.84838  163.64 -0.36 
- 1.8485  163.766 -0.36 
- 1.85008  165.45 -0.36 
- 1.85157  167.27 -0.36 
- 1.85286  169.09 -0.36 
- 1.85395  170.91 -0.36 
- 1.85483  172.73 -0.36 
- 1.85552  174.55 -0.36 
- 1.85601  176.36 -0.36 
- 1.8563  178.18 -0.36 
- 1.8564  180 -0.36 
-
- 2.5  32.3001 -0.36 
- 2.49079  32.73 -0.36 
- 2.4848  33.0064 -0.36 
- 2.4697  33.7016 -0.36 
- 2.4545  34.3805 -0.36 
- 2.45071  34.55 -0.36 
- 2.4394  35.0512 -0.36 
- 2.4242  35.7096 -0.36 
- 2.4091  36.3546 -0.36 
- 2.40897  36.36 -0.36 
- 2.3939  37.0056 -0.36 
- 2.3788  37.6446 -0.36 
- 2.36588  38.18 -0.36 
- 2.3636  38.2753 -0.36 
- 2.3485  38.9107 -0.36 
- 2.3333  39.5361 -0.36 
- 2.32199  40 -0.36 
- 2.3182  40.1579 -0.36 
- 2.303  40.7866 -0.36 
- 2.2879  41.4077 -0.36 
- 2.27776  41.82 -0.36 
- 2.2727  42.0295 -0.36 
- 2.2576  42.6602 -0.36 
- 2.2424  43.2852 -0.36 
- 2.23383  43.64 -0.36 
- 2.2273  43.9152 -0.36 
- 2.2121  44.5531 -0.36 
- 2.197  45.1872 -0.36 
- 2.19073  45.45 -0.36 
- 2.1818  45.8373 -0.36 
- 2.1667  46.4978 -0.36 
- 2.1515  47.1563 -0.36 
- 2.14892  47.27 -0.36 
- 2.1364  47.8402 -0.36 
- 2.1212  48.5281 -0.36 
- 2.10888  49.09 -0.36 
- 2.1061  49.2222 -0.36 
- 2.0909  49.9456 -0.36 
- 2.0758  50.6689 -0.36 
- 2.07077  50.91 -0.36 
- 2.0606  51.4202 -0.36 
- 2.0455  52.1853 -0.36 
- 2.03473  52.73 -0.36 
- 2.0303  52.9651 -0.36 
- 2.0152  53.7783 -0.36 
- 2.00081  54.55 -0.36 
- 2  54.5955 -0.36 
- 1.9848  55.459 -0.36 
- 1.9697  56.3234 -0.36 
- 1.96906  56.36 -0.36 
- 1.9545  57.2503 -0.36 
- 1.93942  58.18 -0.36 
- 1.9394  58.1814 -0.36 
- 1.9242  59.1803 -0.36 
- 1.91183  60 -0.36 
- 1.9091  60.1938 -0.36 
- 1.8939  61.2708 -0.36 
- 1.88622  61.82 -0.36 
- 1.8788  62.3907 -0.36 
- 1.8636  63.555 -0.36 
- 1.8625  63.64 -0.36 
- 1.8485  64.8059 -0.36 
- 1.84072  65.45 -0.36 
- 1.8333  66.1224 -0.36 
- 1.82073  67.27 -0.36 
- 1.8182  67.5231 -0.36 
- 1.803  69.0349 -0.36 
- 1.80245  69.09 -0.36 
- 1.7879  70.698 -0.36 
- 1.78597  70.91 -0.36 
- 1.7727  72.5294 -0.36 
- 1.77107  72.73 -0.36 
- 1.75785  74.55 -0.36 
- 1.7576  74.5887 -0.36 
- 1.74611  76.36 -0.36 
- 1.7424  77.0189 -0.36 
- 1.7359  78.18 -0.36 
- 1.7273  79.9666 -0.36 
- 1.72714  80 -0.36 
- 1.71968  81.82 -0.36 
- 1.71351  83.64 -0.36 
- 1.7121  84.1571 -0.36 
- 1.70859  85.45 -0.36 
- 1.70481  87.27 -0.36 
- 1.70209  89.09 -0.36 
- 1.70035  90.91 -0.36 
- 1.69952  92.73 -0.36 
- 1.69953  94.55 -0.36 
- 1.7003  96.36 -0.36 
- 1.70176  98.18 -0.36 
- 1.70386  100 -0.36 
- 1.70651  101.82 -0.36 
- 1.70966  103.64 -0.36 
- 1.7121  104.868 -0.36 
- 1.71327  105.45 -0.36 
- 1.71729  107.27 -0.36 
- 1.72163  109.09 -0.36 
- 1.72626  110.91 -0.36 
- 1.7273  111.302 -0.36 
-
-
-# Contour 17, label:    -0.37
- 1.88236  0 -0.37 
- 1.88089  1.82 -0.37 
- 1.8788  2.68148 -0.37 
- 1.8766  3.64 -0.37 
- 1.8695  5.45 -0.37 
- 1.8636  6.50385 -0.37 
- 1.85942  7.27 -0.37 
- 1.8485  8.80311 -0.37 
- 1.84644  9.09 -0.37 
- 1.8333  10.5985 -0.37 
- 1.83053  10.91 -0.37 
- 1.8182  12.1271 -0.37 
- 1.81175  12.73 -0.37 
- 1.803  13.4818 -0.37 
- 1.78978  14.55 -0.37 
- 1.7879  14.6944 -0.37 
- 1.7727  15.8189 -0.37 
- 1.76486  16.36 -0.37 
- 1.7576  16.8603 -0.37 
- 1.7424  17.8324 -0.37 
- 1.73667  18.18 -0.37 
- 1.7273  18.7632 -0.37 
- 1.7121  19.6302 -0.37 
- 1.70522  20 -0.37 
- 1.697  20.4677 -0.37 
- 1.6818  21.2671 -0.37 
- 1.67036  21.82 -0.37 
- 1.6667  22.0118 -0.37 
- 1.6515  22.7714 -0.37 
- 1.6364  23.4519 -0.37 
- 1.632  23.64 -0.37 
- 1.6212  24.1509 -0.37 
- 1.6061  24.8136 -0.37 
- 1.5909  25.4111 -0.37 
- 1.58989  25.45 -0.37 
- 1.5758  26.071 -0.37 
- 1.5606  26.6756 -0.37 
- 1.5455  27.2236 -0.37 
- 1.54418  27.27 -0.37 
- 1.5303  27.8344 -0.37 
- 1.5152  28.3996 -0.37 
- 1.5  28.9147 -0.37 
- 1.49459  29.09 -0.37 
- 1.4848  29.4633 -0.37 
- 1.4697  30.0062 -0.37 
- 1.4545  30.5034 -0.37 
- 1.44116  30.91 -0.37 
- 1.4394  30.9743 -0.37 
- 1.4242  31.5091 -0.37 
- 1.4091  32.0011 -0.37 
- 1.3939  32.4554 -0.37 
- 1.38425  32.73 -0.37 
- 1.3788  32.9172 -0.37 
- 1.3636  33.4153 -0.37 
- 1.3485  33.8773 -0.37 
- 1.3333  34.3076 -0.37 
- 1.32438  34.55 -0.37 
- 1.3182  34.7535 -0.37 
- 1.303  35.2314 -0.37 
- 1.2879  35.6788 -0.37 
- 1.2727  36.0995 -0.37 
- 1.26295  36.36 -0.37 
- 1.2576  36.5358 -0.37 
- 1.2424  37.0172 -0.37 
- 1.2273  37.4728 -0.37 
- 1.2121  37.9062 -0.37 
- 1.20225  38.18 -0.37 
- 1.197  38.3589 -0.37 
- 1.1818  38.8626 -0.37 
- 1.1667  39.3458 -0.37 
- 1.1515  39.8122 -0.37 
- 1.14535  40 -0.37 
- 1.1364  40.3347 -0.37 
- 1.1212  40.8896 -0.37 
- 1.1061  41.4311 -0.37 
- 1.09507  41.82 -0.37 
- 1.0909  41.9998 -0.37 
- 1.0758  42.6568 -0.37 
- 1.0606  43.3057 -0.37 
- 1.05287  43.64 -0.37 
- 1.0455  44.0262 -0.37 
- 1.0303  44.8227 -0.37 
- 1.01848  45.45 -0.37 
- 1.0152  45.6618 -0.37 
- 1  46.658 -0.37 
-
- 1.65474  101.82 -0.37 
- 1.65793  103.64 -0.37 
- 1.66155  105.45 -0.37 
- 1.66555  107.27 -0.37 
- 1.6667  107.753 -0.37 
- 1.66986  109.09 -0.37 
- 1.67444  110.91 -0.37 
- 1.67924  112.73 -0.37 
- 1.6818  113.665 -0.37 
- 1.68425  114.55 -0.37 
- 1.68942  116.36 -0.37 
- 1.69468  118.18 -0.37 
- 1.697  118.971 -0.37 
- 1.70001  120 -0.37 
- 1.70536  121.82 -0.37 
- 1.71069  123.64 -0.37 
- 1.7121  124.119 -0.37 
- 1.71605  125.45 -0.37 
- 1.72137  127.27 -0.37 
- 1.72661  129.09 -0.37 
- 1.7273  129.335 -0.37 
- 1.73174  130.91 -0.37 
- 1.73676  132.73 -0.37 
- 1.74163  134.55 -0.37 
- 1.7424  134.843 -0.37 
- 1.74642  136.36 -0.37 
- 1.75105  138.18 -0.37 
- 1.7555  140 -0.37 
- 1.7576  140.894 -0.37 
- 1.75978  141.82 -0.37 
- 1.76387  143.64 -0.37 
- 1.76776  145.45 -0.37 
- 1.77145  147.27 -0.37 
- 1.7727  147.921 -0.37 
- 1.77498  149.09 -0.37 
- 1.77832  150.91 -0.37 
- 1.78145  152.73 -0.37 
- 1.78437  154.55 -0.37 
- 1.78708  156.36 -0.37 
- 1.7879  156.953 -0.37 
- 1.78959  158.18 -0.37 
- 1.7919  160 -0.37 
- 1.79399  161.82 -0.37 
- 1.79589  163.64 -0.37 
- 1.79758  165.45 -0.37 
- 1.79906  167.27 -0.37 
- 1.80034  169.09 -0.37 
- 1.80143  170.91 -0.37 
- 1.80231  172.73 -0.37 
- 1.803  174.55 -0.37 
- 1.8035  176.36 -0.37 
- 1.8038  178.18 -0.37 
- 1.8039  180 -0.37 
-
- 2.5  28.9747 -0.37 
- 2.49779  29.09 -0.37 
- 2.4848  29.7507 -0.37 
- 2.4697  30.5073 -0.37 
- 2.4615  30.91 -0.37 
- 2.4545  31.2478 -0.37 
- 2.4394  31.9731 -0.37 
- 2.4242  32.6823 -0.37 
- 2.42318  32.73 -0.37 
- 2.4091  33.383 -0.37 
- 2.3939  34.07 -0.37 
- 2.3832  34.55 -0.37 
- 2.3788  34.7456 -0.37 
- 2.3636  35.4134 -0.37 
- 2.3485  36.0695 -0.37 
- 2.34173  36.36 -0.37 
- 2.3333  36.7242 -0.37 
- 2.3182  37.3759 -0.37 
- 2.303  38.0182 -0.37 
- 2.29919  38.18 -0.37 
- 2.2879  38.664 -0.37 
- 2.2727  39.3056 -0.37 
- 2.2576  39.9398 -0.37 
- 2.25616  40 -0.37 
- 2.2424  40.5845 -0.37 
- 2.2273  41.2247 -0.37 
- 2.21307  41.82 -0.37 
- 2.2121  41.8613 -0.37 
- 2.197  42.5128 -0.37 
- 2.1818  43.1603 -0.37 
- 2.1706  43.64 -0.37 
- 2.1667  43.8099 -0.37 
- 2.1515  44.4714 -0.37 
- 2.1364  45.1307 -0.37 
- 2.12906  45.45 -0.37 
- 2.1212  45.8042 -0.37 
- 2.1061  46.4912 -0.37 
- 2.0909  47.1772 -0.37 
- 2.08887  47.27 -0.37 
- 2.0758  47.8896 -0.37 
- 2.0606  48.6058 -0.37 
- 2.05043  49.09 -0.37 
- 2.0455  49.3337 -0.37 
- 2.0303  50.0852 -0.37 
- 2.0152  50.8376 -0.37 
- 2.01375  50.91 -0.37 
- 2  51.6267 -0.37 
- 1.9848  52.4204 -0.37 
- 1.97894  52.73 -0.37 
- 1.9697  53.2425 -0.37 
- 1.9545  54.0831 -0.37 
- 1.94614  54.55 -0.37 
- 1.9394  54.9451 -0.37 
- 1.9242  55.8333 -0.37 
- 1.91527  56.36 -0.37 
- 1.9091  56.748 -0.37 
- 1.8939  57.7002 -0.37 
- 1.88631  58.18 -0.37 
- 1.8788  58.6854 -0.37 
- 1.8636  59.7036 -0.37 
- 1.85921  60 -0.37 
- 1.8485  60.7743 -0.37 
- 1.83394  61.82 -0.37 
- 1.8333  61.8697 -0.37 
- 1.8182  63.0463 -0.37 
- 1.81053  63.64 -0.37 
- 1.803  64.2664 -0.37 
- 1.78887  65.45 -0.37 
- 1.7879  65.5385 -0.37 
- 1.7727  66.9219 -0.37 
- 1.7689  67.27 -0.37 
- 1.7576  68.4024 -0.37 
- 1.75068  69.09 -0.37 
- 1.7424  69.9986 -0.37 
- 1.73413  70.91 -0.37 
- 1.7273  71.7473 -0.37 
- 1.71922  72.73 -0.37 
- 1.7121  73.701 -0.37 
- 1.70591  74.55 -0.37 
- 1.697  75.9265 -0.37 
- 1.69417  76.36 -0.37 
- 1.68388  78.18 -0.37 
- 1.6818  78.6087 -0.37 
- 1.67508  80 -0.37 
- 1.66765  81.82 -0.37 
- 1.6667  82.1038 -0.37 
- 1.66149  83.64 -0.37 
- 1.65656  85.45 -0.37 
- 1.65278  87.27 -0.37 
- 1.6515  88.1292 -0.37 
- 1.65008  89.09 -0.37 
- 1.64838  90.91 -0.37 
- 1.64759  92.73 -0.37 
- 1.64763  94.55 -0.37 
- 1.64844  96.36 -0.37 
- 1.64994  98.18 -0.37 
- 1.6515  99.5262 -0.37 
- 1.65205  100 -0.37 
- 1.65474  101.82 -0.37 
-
-
-# Contour 18, label:    -0.38
- 1.89215  0 -0.38 
- 1.89079  1.82 -0.38 
- 1.88663  3.64 -0.38 
- 1.87942  5.45 -0.38 
- 1.8788  5.56446 -0.38 
- 1.86963  7.27 -0.38 
- 1.8636  8.12702 -0.38 
- 1.85686  9.09 -0.38 
- 1.8485  10.0747 -0.38 
- 1.84119  10.91 -0.38 
- 1.8333  11.6984 -0.38 
- 1.82256  12.73 -0.38 
- 1.8182  13.1148 -0.38 
- 1.803  14.3803 -0.38 
- 1.8009  14.55 -0.38 
- 1.7879  15.5499 -0.38 
- 1.77632  16.36 -0.38 
- 1.7727  16.6131 -0.38 
- 1.7576  17.6286 -0.38 
- 1.74863  18.18 -0.38 
- 1.7424  18.5732 -0.38 
- 1.7273  19.4752 -0.38 
- 1.71767  20 -0.38 
- 1.7121  20.3212 -0.38 
- 1.697  21.1498 -0.38 
- 1.68331  21.82 -0.38 
- 1.6818  21.9005 -0.38 
- 1.6667  22.6853 -0.38 
- 1.6515  23.3859 -0.38 
- 1.64571  23.64 -0.38 
- 1.6364  24.0924 -0.38 
- 1.6212  24.7729 -0.38 
- 1.6061  25.3846 -0.38 
- 1.60443  25.45 -0.38 
- 1.5909  26.0543 -0.38 
- 1.5758  26.6718 -0.38 
- 1.5606  27.2301 -0.38 
- 1.55949  27.27 -0.38 
- 1.5455  27.8546 -0.38 
- 1.5303  28.4292 -0.38 
- 1.5152  28.9516 -0.38 
- 1.51101  29.09 -0.38 
- 1.5  29.5186 -0.38 
- 1.4848  30.0685 -0.38 
- 1.4697  30.5709 -0.38 
- 1.45872  30.91 -0.38 
- 1.4545  31.0657 -0.38 
- 1.4394  31.6056 -0.38 
- 1.4242  32.101 -0.38 
- 1.4091  32.5576 -0.38 
- 1.40311  32.73 -0.38 
- 1.3939  33.0508 -0.38 
- 1.3788  33.551 -0.38 
- 1.3636  34.0139 -0.38 
- 1.3485  34.4444 -0.38 
- 1.34466  34.55 -0.38 
- 1.3333  34.9282 -0.38 
- 1.3182  35.4058 -0.38 
- 1.303  35.8519 -0.38 
- 1.2879  36.2707 -0.38 
- 1.28458  36.36 -0.38 
- 1.2727  36.7539 -0.38 
- 1.2576  37.2325 -0.38 
- 1.2424  37.6844 -0.38 
- 1.2273  38.1135 -0.38 
- 1.22491  38.18 -0.38 
- 1.2121  38.6179 -0.38 
- 1.197  39.1155 -0.38 
- 1.1818  39.5917 -0.38 
- 1.16841  40 -0.38 
- 1.1667  40.0641 -0.38 
- 1.1515  40.6271 -0.38 
- 1.1364  41.171 -0.38 
- 1.1212  41.7002 -0.38 
- 1.11779  41.82 -0.38 
- 1.1061  42.3232 -0.38 
- 1.0909  42.9631 -0.38 
- 1.0758  43.5931 -0.38 
- 1.07469  43.64 -0.38 
- 1.0606  44.3604 -0.38 
- 1.0455  45.1308 -0.38 
- 1.03928  45.45 -0.38 
- 1.0303  46.0135 -0.38 
- 1.0152  46.9734 -0.38 
- 1.0106  47.27 -0.38 
- 1  48.0958 -0.38 
-
- 1.59677  96.36 -0.38 
- 1.59839  98.18 -0.38 
- 1.60063  100 -0.38 
- 1.60343  101.82 -0.38 
- 1.6061  103.303 -0.38 
- 1.6067  103.64 -0.38 
- 1.61039  105.45 -0.38 
- 1.61444  107.27 -0.38 
- 1.6188  109.09 -0.38 
- 1.6212  110.032 -0.38 
- 1.62345  110.91 -0.38 
- 1.62833  112.73 -0.38 
- 1.63339  114.55 -0.38 
- 1.6364  115.598 -0.38 
- 1.63857  116.36 -0.38 
- 1.64384  118.18 -0.38 
- 1.64916  120 -0.38 
- 1.6515  120.795 -0.38 
- 1.65454  121.82 -0.38 
- 1.65994  123.64 -0.38 
- 1.6653  125.45 -0.38 
- 1.6667  125.927 -0.38 
- 1.67061  127.27 -0.38 
- 1.67583  129.09 -0.38 
- 1.68095  130.91 -0.38 
- 1.6818  131.22 -0.38 
- 1.686  132.73 -0.38 
- 1.69093  134.55 -0.38 
- 1.69571  136.36 -0.38 
- 1.697  136.869 -0.38 
- 1.70033  138.18 -0.38 
- 1.70477  140 -0.38 
- 1.70904  141.82 -0.38 
- 1.7121  143.183 -0.38 
- 1.71314  143.64 -0.38 
- 1.71708  145.45 -0.38 
- 1.72083  147.27 -0.38 
- 1.72437  149.09 -0.38 
- 1.7273  150.684 -0.38 
- 1.72771  150.91 -0.38 
- 1.73085  152.73 -0.38 
- 1.73378  154.55 -0.38 
- 1.7365  156.36 -0.38 
- 1.73902  158.18 -0.38 
- 1.74133  160 -0.38 
- 1.7424  160.929 -0.38 
- 1.74344  161.82 -0.38 
- 1.74537  163.64 -0.38 
- 1.74709  165.45 -0.38 
- 1.7486  167.27 -0.38 
- 1.74991  169.09 -0.38 
- 1.75102  170.91 -0.38 
- 1.75192  172.73 -0.38 
- 1.75262  174.55 -0.38 
- 1.75313  176.36 -0.38 
- 1.75342  178.18 -0.38 
- 1.75352  180 -0.38 
-
- 2.5  25.6347 -0.38 
- 2.4848  26.4946 -0.38 
- 2.47086  27.27 -0.38 
- 2.4697  27.3326 -0.38 
- 2.4545  28.1419 -0.38 
- 2.4394  28.9325 -0.38 
- 2.43635  29.09 -0.38 
- 2.4242  29.7023 -0.38 
- 2.4091  30.4546 -0.38 
- 2.39978  30.91 -0.38 
- 2.3939  31.1918 -0.38 
- 2.3788  31.9145 -0.38 
- 2.3636  32.6236 -0.38 
- 2.36133  32.73 -0.38 
- 2.3485  33.3237 -0.38 
- 2.3333  34.0121 -0.38 
- 2.32136  34.55 -0.38 
- 2.3182  34.6907 -0.38 
- 2.303  35.3621 -0.38 
- 2.2879  36.0238 -0.38 
- 2.28013  36.36 -0.38 
- 2.2727  36.6838 -0.38 
- 2.2576  37.3431 -0.38 
- 2.2424  37.9947 -0.38 
- 2.23811  38.18 -0.38 
- 2.2273  38.6498 -0.38 
- 2.2121  39.3025 -0.38 
- 2.197  39.9499 -0.38 
- 2.19583  40 -0.38 
- 2.1818  40.6078 -0.38 
- 2.1667  41.2626 -0.38 
- 2.15372  41.82 -0.38 
- 2.1515  41.9169 -0.38 
- 2.1364  42.5844 -0.38 
- 2.1212  43.2496 -0.38 
- 2.11235  43.64 -0.38 
- 2.1061  43.9206 -0.38 
- 2.0909  44.6007 -0.38 
- 2.0758  45.2802 -0.38 
- 2.07202  45.45 -0.38 
- 2.0606  45.9807 -0.38 
- 2.0455  46.6881 -0.38 
- 2.03303  47.27 -0.38 
- 2.0303  47.4014 -0.38 
- 2.0152  48.1383 -0.38 
- 2  48.876 -0.38 
- 1.99562  49.09 -0.38 
- 1.9848  49.6383 -0.38 
- 1.9697  50.4105 -0.38 
- 1.95991  50.91 -0.38 
- 1.9545  51.1978 -0.38 
- 1.9394  52.0096 -0.38 
- 1.92594  52.73 -0.38 
- 1.9242  52.8279 -0.38 
- 1.9091  53.6844 -0.38 
- 1.8939  54.5421 -0.38 
- 1.89376  54.55 -0.38 
- 1.8788  55.4435 -0.38 
- 1.8636  56.3456 -0.38 
- 1.86336  56.36 -0.38 
- 1.8485  57.3073 -0.38 
- 1.83472  58.18 -0.38 
- 1.8333  58.2756 -0.38 
- 1.8182  59.3003 -0.38 
- 1.80782  60 -0.38 
- 1.803  60.3471 -0.38 
- 1.7879  61.4418 -0.38 
- 1.78264  61.82 -0.38 
- 1.7727  62.5892 -0.38 
- 1.75918  63.64 -0.38 
- 1.7576  63.7723 -0.38 
- 1.7424  65.0323 -0.38 
- 1.73738  65.45 -0.38 
- 1.7273  66.3684 -0.38 
- 1.71731  67.27 -0.38 
- 1.7121  67.7854 -0.38 
- 1.69896  69.09 -0.38 
- 1.697  69.3045 -0.38 
- 1.68221  70.91 -0.38 
- 1.6818  70.9593 -0.38 
- 1.6672  72.73 -0.38 
- 1.6667  72.7975 -0.38 
- 1.65372  74.55 -0.38 
- 1.6515  74.8881 -0.38 
- 1.64188  76.36 -0.38 
- 1.6364  77.3304 -0.38 
- 1.63155  78.18 -0.38 
- 1.62268  80 -0.38 
- 1.6212  80.3609 -0.38 
- 1.61524  81.82 -0.38 
- 1.60914  83.64 -0.38 
- 1.6061  84.7774 -0.38 
- 1.60428  85.45 -0.38 
- 1.60057  87.27 -0.38 
- 1.59796  89.09 -0.38 
- 1.59635  90.91 -0.38 
- 1.59567  92.73 -0.38 
- 1.59584  94.55 -0.38 
- 1.59677  96.36 -0.38 
-
-
-# Contour 19, label:    -0.39
- 1.90286  0 -0.39 
- 1.90147  1.82 -0.39 
- 1.89721  3.64 -0.39 
- 1.8939  4.47743 -0.39 
- 1.89025  5.45 -0.39 
- 1.88044  7.27 -0.39 
- 1.8788  7.5095 -0.39 
- 1.8679  9.09 -0.39 
- 1.8636  9.60291 -0.39 
- 1.85247  10.91 -0.39 
- 1.8485  11.3178 -0.39 
- 1.83402  12.73 -0.39 
- 1.8333  12.794 -0.39 
- 1.8182  14.1187 -0.39 
- 1.81294  14.55 -0.39 
- 1.803  15.3246 -0.39 
- 1.78861  16.36 -0.39 
- 1.7879  16.4106 -0.39 
- 1.7727  17.4672 -0.39 
- 1.76142  18.18 -0.39 
- 1.7576  18.4274 -0.39 
- 1.7424  19.3616 -0.39 
- 1.731  20 -0.39 
- 1.7273  20.2191 -0.39 
- 1.7121  21.0739 -0.39 
- 1.69726  21.82 -0.39 
- 1.697  21.8343 -0.39 
- 1.6818  22.6413 -0.39 
- 1.6667  23.3589 -0.39 
- 1.66038  23.64 -0.39 
- 1.6515  24.0773 -0.39 
- 1.6364  24.7723 -0.39 
- 1.6212  25.395 -0.39 
- 1.61983  25.45 -0.39 
- 1.6061  26.08 -0.39 
- 1.5909  26.707 -0.39 
- 1.57587  27.27 -0.39 
- 1.5758  27.2732 -0.39 
- 1.5606  27.9166 -0.39 
- 1.5455  28.4973 -0.39 
- 1.5303  29.024 -0.39 
- 1.52835  29.09 -0.39 
- 1.5152  29.6158 -0.39 
- 1.5  30.1693 -0.39 
- 1.4848  30.6738 -0.39 
- 1.47734  30.91 -0.39 
- 1.4697  31.1996 -0.39 
- 1.4545  31.741 -0.39 
- 1.4394  32.2368 -0.39 
- 1.4242  32.6929 -0.39 
- 1.42294  32.73 -0.39 
- 1.4091  33.2247 -0.39 
- 1.3939  33.7237 -0.39 
- 1.3788  34.1847 -0.39 
- 1.36594  34.55 -0.39 
- 1.3636  34.6306 -0.39 
- 1.3485  35.1416 -0.39 
- 1.3333  35.6158 -0.39 
- 1.3182  36.058 -0.39 
- 1.30727  36.36 -0.39 
- 1.303  36.5061 -0.39 
- 1.2879  37.0105 -0.39 
- 1.2727  37.4834 -0.39 
- 1.2576  37.9292 -0.39 
- 1.24873  38.18 -0.39 
- 1.2424  38.4011 -0.39 
- 1.2273  38.9162 -0.39 
- 1.2121  39.4051 -0.39 
- 1.197  39.8721 -0.39 
- 1.19278  40 -0.39 
- 1.1818  40.4108 -0.39 
- 1.1667  40.9614 -0.39 
- 1.1515  41.4921 -0.39 
- 1.14201  41.82 -0.39 
- 1.1364  42.0588 -0.39 
- 1.1212  42.6962 -0.39 
- 1.1061  43.317 -0.39 
- 1.09816  43.64 -0.39 
- 1.0909  44.0012 -0.39 
- 1.0758  44.7547 -0.39 
- 1.0616  45.45 -0.39 
- 1.0606  45.5102 -0.39 
- 1.0455  46.4424 -0.39 
- 1.03191  47.27 -0.39 
- 1.0303  47.3891 -0.39 
- 1.0152  48.5395 -0.39 
- 1.008  49.09 -0.39 
- 1  49.8303 -0.39 
-
- 1.54745  87.27 -0.39 
- 1.5455  88.7397 -0.39 
- 1.54503  89.09 -0.39 
- 1.54361  90.91 -0.39 
- 1.54313  92.73 -0.39 
- 1.54351  94.55 -0.39 
- 1.54466  96.36 -0.39 
- 1.5455  97.1892 -0.39 
- 1.54649  98.18 -0.39 
- 1.54891  100 -0.39 
- 1.55188  101.82 -0.39 
- 1.55533  103.64 -0.39 
- 1.5592  105.45 -0.39 
- 1.5606  106.054 -0.39 
- 1.56342  107.27 -0.39 
- 1.56797  109.09 -0.39 
- 1.57277  110.91 -0.39 
- 1.5758  112.008 -0.39 
- 1.57777  112.73 -0.39 
- 1.58291  114.55 -0.39 
- 1.58817  116.36 -0.39 
- 1.5909  117.285 -0.39 
- 1.59355  118.18 -0.39 
- 1.59899  120 -0.39 
- 1.60446  121.82 -0.39 
- 1.6061  122.366 -0.39 
- 1.6099  123.64 -0.39 
- 1.6153  125.45 -0.39 
- 1.62064  127.27 -0.39 
- 1.6212  127.463 -0.39 
- 1.62595  129.09 -0.39 
- 1.63116  130.91 -0.39 
- 1.63626  132.73 -0.39 
- 1.6364  132.783 -0.39 
- 1.6412  134.55 -0.39 
- 1.646  136.36 -0.39 
- 1.65064  138.18 -0.39 
- 1.6515  138.528 -0.39 
- 1.65516  140 -0.39 
- 1.6595  141.82 -0.39 
- 1.66366  143.64 -0.39 
- 1.6667  145.026 -0.39 
- 1.66763  145.45 -0.39 
- 1.67139  147.27 -0.39 
- 1.67495  149.09 -0.39 
- 1.67831  150.91 -0.39 
- 1.68147  152.73 -0.39 
- 1.6818  152.933 -0.39 
- 1.68445  154.55 -0.39 
- 1.68723  156.36 -0.39 
- 1.6898  158.18 -0.39 
- 1.69216  160 -0.39 
- 1.69431  161.82 -0.39 
- 1.69625  163.64 -0.39 
- 1.697  164.421 -0.39 
- 1.69799  165.45 -0.39 
- 1.69951  167.27 -0.39 
- 1.70083  169.09 -0.39 
- 1.70195  170.91 -0.39 
- 1.70286  172.73 -0.39 
- 1.70357  174.55 -0.39 
- 1.70407  176.36 -0.39 
- 1.70438  178.18 -0.39 
- 1.70448  180 -0.39 
-
- 2.5  22.1797 -0.39 
- 2.4848  23.1566 -0.39 
- 2.47722  23.64 -0.39 
- 2.4697  24.0933 -0.39 
- 2.4545  24.9911 -0.39 
- 2.44667  25.45 -0.39 
- 2.4394  25.861 -0.39 
- 2.4242  26.7039 -0.39 
- 2.4139  27.27 -0.39 
- 2.4091  27.5248 -0.39 
- 2.3939  28.3201 -0.39 
- 2.37899  29.09 -0.39 
- 2.3788  29.0996 -0.39 
- 2.3636  29.8571 -0.39 
- 2.3485  30.6009 -0.39 
- 2.34213  30.91 -0.39 
- 2.3333  31.3306 -0.39 
- 2.3182  32.0469 -0.39 
- 2.30349  32.73 -0.39 
- 2.303  32.7524 -0.39 
- 2.2879  33.4492 -0.39 
- 2.2727  34.1361 -0.39 
- 2.26354  34.55 -0.39 
- 2.2576  34.8152 -0.39 
- 2.2424  35.4867 -0.39 
- 2.2273  36.1512 -0.39 
- 2.22252  36.36 -0.39 
- 2.2121  36.8173 -0.39 
- 2.197  37.4809 -0.39 
- 2.1818  38.1399 -0.39 
- 2.18088  38.18 -0.39 
- 2.1667  38.8039 -0.39 
- 2.1515  39.4648 -0.39 
- 2.13924  40 -0.39 
- 2.1364  40.1256 -0.39 
- 2.1212  40.794 -0.39 
- 2.1061  41.4606 -0.39 
- 2.09792  41.82 -0.39 
- 2.0909  42.1334 -0.39 
- 2.0758  42.8132 -0.39 
- 2.0606  43.493 -0.39 
- 2.05735  43.64 -0.39 
- 2.0455  44.1844 -0.39 
- 2.0303  44.879 -0.39 
- 2.01792  45.45 -0.39 
- 2.0152  45.5794 -0.39 
- 2  46.3016 -0.39 
- 1.9848  47.0251 -0.39 
- 1.97971  47.27 -0.39 
- 1.9697  47.767 -0.39 
- 1.9545  48.5188 -0.39 
- 1.94306  49.09 -0.39 
- 1.9394  49.2796 -0.39 
- 1.9242  50.0643 -0.39 
- 1.9091  50.8506 -0.39 
- 1.90796  50.91 -0.39 
- 1.8939  51.6699 -0.39 
- 1.8788  52.4931 -0.39 
- 1.87444  52.73 -0.39 
- 1.8636  53.3457 -0.39 
- 1.8485  54.2103 -0.39 
- 1.84253  54.55 -0.39 
- 1.8333  55.1003 -0.39 
- 1.8182  56.0058 -0.39 
- 1.81225  56.36 -0.39 
- 1.803  56.9463 -0.39 
- 1.7879  57.9086 -0.39 
- 1.78361  58.18 -0.39 
- 1.7727  58.9131 -0.39 
- 1.7576  59.9328 -0.39 
- 1.75659  60 -0.39 
- 1.7424  61.0152 -0.39 
- 1.73119  61.82 -0.39 
- 1.7273  62.1208 -0.39 
- 1.7121  63.2825 -0.39 
- 1.70744  63.64 -0.39 
- 1.697  64.5009 -0.39 
- 1.68537  65.45 -0.39 
- 1.6818  65.7697 -0.39 
- 1.6667  67.1226 -0.39 
- 1.66504  67.27 -0.39 
- 1.6515  68.586 -0.39 
- 1.64633  69.09 -0.39 
- 1.6364  70.1594 -0.39 
- 1.62935  70.91 -0.39 
- 1.6212  71.8799 -0.39 
- 1.61406  72.73 -0.39 
- 1.6061  73.8003 -0.39 
- 1.60046  74.55 -0.39 
- 1.5909  75.9905 -0.39 
- 1.58845  76.36 -0.39 
- 1.57809  78.18 -0.39 
- 1.5758  78.6525 -0.39 
- 1.56919  80 -0.39 
- 1.56176  81.82 -0.39 
- 1.5606  82.1687 -0.39 
- 1.55572  83.64 -0.39 
- 1.55098  85.45 -0.39 
- 1.54745  87.27 -0.39 
-
-
-# Contour 20, label:     -0.4
- 1.91424  0 -0.4 
- 1.91285  1.82 -0.4 
- 1.9091  3.42148 -0.4 
- 1.90862  3.64 -0.4 
- 1.90191  5.45 -0.4 
- 1.8939  6.93612 -0.4 
- 1.89215  7.27 -0.4 
- 1.87977  9.09 -0.4 
- 1.8788  9.20882 -0.4 
- 1.86454  10.91 -0.4 
- 1.8636  11.0078 -0.4 
- 1.8485  12.546 -0.4 
- 1.84661  12.73 -0.4 
- 1.8333  13.92 -0.4 
- 1.82582  14.55 -0.4 
- 1.8182  15.1606 -0.4 
- 1.803  16.2797 -0.4 
- 1.80188  16.36 -0.4 
- 1.7879  17.3636 -0.4 
- 1.77516  18.18 -0.4 
- 1.7727  18.3417 -0.4 
- 1.7576  19.3036 -0.4 
- 1.74534  20 -0.4 
- 1.7424  20.1764 -0.4 
- 1.7273  21.0527 -0.4 
- 1.71224  21.82 -0.4 
- 1.7121  21.8279 -0.4 
- 1.697  22.6521 -0.4 
- 1.6818  23.3821 -0.4 
- 1.67615  23.64 -0.4 
- 1.6667  24.1182 -0.4 
- 1.6515  24.8229 -0.4 
- 1.63646  25.45 -0.4 
- 1.6364  25.4527 -0.4 
- 1.6212  26.1596 -0.4 
- 1.6061  26.7915 -0.4 
- 1.59348  27.27 -0.4 
- 1.5909  27.3838 -0.4 
- 1.5758  28.0309 -0.4 
- 1.5606  28.6132 -0.4 
- 1.54704  29.09 -0.4 
- 1.5455  29.154 -0.4 
- 1.5303  29.7648 -0.4 
- 1.5152  30.3174 -0.4 
- 1.5  30.8199 -0.4 
- 1.49719  30.91 -0.4 
- 1.4848  31.3857 -0.4 
- 1.4697  31.9242 -0.4 
- 1.4545  32.4163 -0.4 
- 1.44424  32.73 -0.4 
- 1.4394  32.9095 -0.4 
- 1.4242  33.4475 -0.4 
- 1.4091  33.9413 -0.4 
- 1.3939  34.3966 -0.4 
- 1.38862  34.55 -0.4 
- 1.3788  34.8975 -0.4 
- 1.3636  35.4016 -0.4 
- 1.3485  35.8686 -0.4 
- 1.3333  36.3034 -0.4 
- 1.33129  36.36 -0.4 
- 1.3182  36.8178 -0.4 
- 1.303  37.3131 -0.4 
- 1.2879  37.7767 -0.4 
- 1.2739  38.18 -0.4 
- 1.2727  38.223 -0.4 
- 1.2576  38.7576 -0.4 
- 1.2424  39.2609 -0.4 
- 1.2273  39.7378 -0.4 
- 1.21869  40 -0.4 
- 1.2121  40.2491 -0.4 
- 1.197  40.8093 -0.4 
- 1.1818  41.3443 -0.4 
- 1.16788  41.82 -0.4 
- 1.1667  41.8701 -0.4 
- 1.1515  42.5093 -0.4 
- 1.1364  43.1255 -0.4 
- 1.12341  43.64 -0.4 
- 1.1212  43.7478 -0.4 
- 1.1061  44.4912 -0.4 
- 1.0909  45.2158 -0.4 
- 1.08605  45.45 -0.4 
- 1.0758  46.0625 -0.4 
- 1.0606  46.9563 -0.4 
- 1.05535  47.27 -0.4 
- 1.0455  47.9912 -0.4 
- 1.03032  49.09 -0.4 
- 1.0303  49.0915 -0.4 
- 1.0152  50.4647 -0.4 
- 1.01033  50.91 -0.4 
- 1  52.0505 -0.4 
-
- 1.5152  79.7101 -0.4 
- 1.51378  80 -0.4 
- 1.5064  81.82 -0.4 
- 1.50051  83.64 -0.4 
- 1.5  83.8406 -0.4 
- 1.49592  85.45 -0.4 
- 1.4926  87.27 -0.4 
- 1.49043  89.09 -0.4 
- 1.48932  90.91 -0.4 
- 1.48917  92.73 -0.4 
- 1.48987  94.55 -0.4 
- 1.49135  96.36 -0.4 
- 1.49352  98.18 -0.4 
- 1.49629  100 -0.4 
- 1.4996  101.82 -0.4 
- 1.5  102.011 -0.4 
- 1.50336  103.64 -0.4 
- 1.50753  105.45 -0.4 
- 1.51204  107.27 -0.4 
- 1.5152  108.464 -0.4 
- 1.51683  109.09 -0.4 
- 1.52182  110.91 -0.4 
- 1.52701  112.73 -0.4 
- 1.5303  113.848 -0.4 
- 1.53236  114.55 -0.4 
- 1.53784  116.36 -0.4 
- 1.5434  118.18 -0.4 
- 1.5455  118.861 -0.4 
- 1.54897  120 -0.4 
- 1.55455  121.82 -0.4 
- 1.5601  123.64 -0.4 
- 1.5606  123.802 -0.4 
- 1.56565  125.45 -0.4 
- 1.57114  127.27 -0.4 
- 1.5758  128.836 -0.4 
- 1.57655  129.09 -0.4 
- 1.58182  130.91 -0.4 
- 1.58697  132.73 -0.4 
- 1.5909  134.153 -0.4 
- 1.592  134.55 -0.4 
- 1.59691  136.36 -0.4 
- 1.60167  138.18 -0.4 
- 1.6061  139.94 -0.4 
- 1.60625  140 -0.4 
- 1.61063  141.82 -0.4 
- 1.61483  143.64 -0.4 
- 1.61884  145.45 -0.4 
- 1.6212  146.577 -0.4 
- 1.62266  147.27 -0.4 
- 1.62631  149.09 -0.4 
- 1.62975  150.91 -0.4 
- 1.63299  152.73 -0.4 
- 1.63601  154.55 -0.4 
- 1.6364  154.798 -0.4 
- 1.63882  156.36 -0.4 
- 1.64141  158.18 -0.4 
- 1.6438  160 -0.4 
- 1.64598  161.82 -0.4 
- 1.64794  163.64 -0.4 
- 1.6497  165.45 -0.4 
- 1.65124  167.27 -0.4 
- 1.6515  167.619 -0.4 
- 1.6526  169.09 -0.4 
- 1.65374  170.91 -0.4 
- 1.65468  172.73 -0.4 
- 1.6554  174.55 -0.4 
- 1.65592  176.36 -0.4 
- 1.65623  178.18 -0.4 
- 1.65633  180 -0.4 
-
- 2.5  18.436 -0.4 
- 2.4848  19.5832 -0.4 
- 2.47925  20 -0.4 
- 2.4697  20.6667 -0.4 
- 2.4545  21.7039 -0.4 
- 2.4528  21.82 -0.4 
- 2.4394  22.6797 -0.4 
- 2.4242  23.6297 -0.4 
- 2.42403  23.64 -0.4 
- 2.4091  24.523 -0.4 
- 2.3939  25.398 -0.4 
- 2.393  25.45 -0.4 
- 2.3788  26.2389 -0.4 
- 2.3636  27.0628 -0.4 
- 2.35977  27.27 -0.4 
- 2.3485  27.8601 -0.4 
- 2.3333  28.6394 -0.4 
- 2.32448  29.09 -0.4 
- 2.3182  29.402 -0.4 
- 2.303  30.1465 -0.4 
- 2.2879  30.8805 -0.4 
- 2.28729  30.91 -0.4 
- 2.2727  31.5988 -0.4 
- 2.2576  32.3074 -0.4 
- 2.24847  32.73 -0.4 
- 2.2424  33.0075 -0.4 
- 2.2273  33.6986 -0.4 
- 2.2121  34.3831 -0.4 
- 2.20841  34.55 -0.4 
- 2.197  35.0598 -0.4 
- 2.1818  35.7304 -0.4 
- 2.16754  36.36 -0.4 
- 2.1667  36.3974 -0.4 
- 2.1515  37.0677 -0.4 
- 2.1364  37.7344 -0.4 
- 2.12624  38.18 -0.4 
- 2.1212  38.4017 -0.4 
- 2.1061  39.0709 -0.4 
- 2.0909  39.7391 -0.4 
- 2.08502  40 -0.4 
- 2.0758  40.4124 -0.4 
- 2.0606  41.0884 -0.4 
- 2.0455  41.7653 -0.4 
- 2.04428  41.82 -0.4 
- 2.0303  42.4536 -0.4 
- 2.0152  43.1437 -0.4 
- 2.00431  43.64 -0.4 
- 2  43.8389 -0.4 
- 1.9848  44.5429 -0.4 
- 1.9697  45.2492 -0.4 
- 1.9654  45.45 -0.4 
- 1.9545  45.9735 -0.4 
- 1.9394  46.7059 -0.4 
- 1.92774  47.27 -0.4 
- 1.9242  47.4465 -0.4 
- 1.9091  48.2051 -0.4 
- 1.8939  48.9666 -0.4 
- 1.89146  49.09 -0.4 
- 1.8788  49.7517 -0.4 
- 1.8636  50.543 -0.4 
- 1.85661  50.91 -0.4 
- 1.8485  51.3527 -0.4 
- 1.8333  52.1778 -0.4 
- 1.82321  52.73 -0.4 
- 1.8182  53.0164 -0.4 
- 1.803  53.8793 -0.4 
- 1.79127  54.55 -0.4 
- 1.7879  54.7513 -0.4 
- 1.7727  55.6516 -0.4 
- 1.76081  56.36 -0.4 
- 1.7576  56.5635 -0.4 
- 1.7424  57.5162 -0.4 
- 1.73186  58.18 -0.4 
- 1.7273  58.4851 -0.4 
- 1.7121  59.4915 -0.4 
- 1.70444  60 -0.4 
- 1.697  60.5282 -0.4 
- 1.6818  61.5956 -0.4 
- 1.67861  61.82 -0.4 
- 1.6667  62.7203 -0.4 
- 1.65441  63.64 -0.4 
- 1.6515  63.874 -0.4 
- 1.6364  65.091 -0.4 
- 1.63189  65.45 -0.4 
- 1.6212  66.383 -0.4 
- 1.61106  67.27 -0.4 
- 1.6061  67.7462 -0.4 
- 1.59195  69.09 -0.4 
- 1.5909  69.2003 -0.4 
- 1.5758  70.7906 -0.4 
- 1.57465  70.91 -0.4 
- 1.5606  72.5469 -0.4 
- 1.55903  72.73 -0.4 
- 1.5455  74.5164 -0.4 
- 1.54524  74.55 -0.4 
- 1.53306  76.36 -0.4 
- 1.5303  76.8406 -0.4 
- 1.52261  78.18 -0.4 
- 1.5152  79.7101 -0.4 
-
-
-# Contour 21, label:    -0.41
- 1.92653  0 -0.41 
- 1.92512  1.82 -0.41 
- 1.9242  2.21761 -0.41 
- 1.92117  3.64 -0.41 
- 1.9145  5.45 -0.41 
- 1.9091  6.47925 -0.41 
- 1.90503  7.27 -0.41 
- 1.8939  8.91541 -0.41 
- 1.89273  9.09 -0.41 
- 1.8788  10.7974 -0.41 
- 1.87786  10.91 -0.41 
- 1.8636  12.393 -0.41 
- 1.86024  12.73 -0.41 
- 1.8485  13.8086 -0.41 
- 1.83983  14.55 -0.41 
- 1.8333  15.081 -0.41 
- 1.8182  16.2311 -0.41 
- 1.81643  16.36 -0.41 
- 1.803  17.3383 -0.41 
- 1.79022  18.18 -0.41 
- 1.7879  18.3372 -0.41 
- 1.7727  19.3197 -0.41 
- 1.76104  20 -0.41 
- 1.7576  20.2126 -0.41 
- 1.7424  21.1033 -0.41 
- 1.72871  21.82 -0.41 
- 1.7273  21.9003 -0.41 
- 1.7121  22.7344 -0.41 
- 1.697  23.4699 -0.41 
- 1.69332  23.64 -0.41 
- 1.6818  24.2314 -0.41 
- 1.6667  24.939 -0.41 
- 1.65459  25.45 -0.41 
- 1.6515  25.5999 -0.41 
- 1.6364  26.3076 -0.41 
- 1.6212  26.9379 -0.41 
- 1.61266  27.27 -0.41 
- 1.6061  27.567 -0.41 
- 1.5909  28.2111 -0.41 
- 1.5758  28.7887 -0.41 
- 1.56733  29.09 -0.41 
- 1.5606  29.3736 -0.41 
- 1.5455  29.9784 -0.41 
- 1.5303  30.5239 -0.41 
- 1.51873  30.91 -0.41 
- 1.5152  31.052 -0.41 
- 1.5  31.6363 -0.41 
- 1.4848  32.166 -0.41 
- 1.4697  32.6489 -0.41 
- 1.46707  32.73 -0.41 
- 1.4545  33.2026 -0.41 
- 1.4394  33.7301 -0.41 
- 1.4242  34.2131 -0.41 
- 1.41295  34.55 -0.41 
- 1.4091  34.6912 -0.41 
- 1.3939  35.2259 -0.41 
- 1.3788  35.7178 -0.41 
- 1.3636  36.1726 -0.41 
- 1.35713  36.36 -0.41 
- 1.3485  36.6715 -0.41 
- 1.3333  37.1893 -0.41 
- 1.3182  37.6704 -0.41 
- 1.303  38.12 -0.41 
- 1.30095  38.18 -0.41 
- 1.2879  38.6554 -0.41 
- 1.2727  39.1732 -0.41 
- 1.2576  39.66 -0.41 
- 1.24652  40 -0.41 
- 1.2424  40.1581 -0.41 
- 1.2273  40.7285 -0.41 
- 1.2121  41.2684 -0.41 
- 1.197  41.7833 -0.41 
- 1.19591  41.82 -0.41 
- 1.1818  42.4149 -0.41 
- 1.1667  43.0286 -0.41 
- 1.1515  43.6194 -0.41 
- 1.15098  43.64 -0.41 
- 1.1364  44.3503 -0.41 
- 1.1212  45.061 -0.41 
- 1.11285  45.45 -0.41 
- 1.1061  45.8431 -0.41 
- 1.0909  46.7152 -0.41 
- 1.08119  47.27 -0.41 
- 1.0758  47.6515 -0.41 
- 1.0606  48.719 -0.41 
- 1.05538  49.09 -0.41 
- 1.0455  49.9535 -0.41 
- 1.03449  50.91 -0.41 
- 1.0303  51.3555 -0.41 
- 1.01761  52.73 -0.41 
- 1.0152  53.0469 -0.41 
- 1.00395  54.55 -0.41 
- 1  55.1813 -0.41 
-
- 1.50093  72.73 -0.41 
- 1.5  72.8507 -0.41 
- 1.48679  74.55 -0.41 
- 1.4848  74.8431 -0.41 
- 1.47452  76.36 -0.41 
- 1.4697  77.2018 -0.41 
- 1.46402  78.18 -0.41 
- 1.45522  80 -0.41 
- 1.4545  80.1828 -0.41 
- 1.44803  81.82 -0.41 
- 1.4424  83.64 -0.41 
- 1.4394  84.9329 -0.41 
- 1.43818  85.45 -0.41 
- 1.43522  87.27 -0.41 
- 1.43347  89.09 -0.41 
- 1.43281  90.91 -0.41 
- 1.43314  92.73 -0.41 
- 1.43433  94.55 -0.41 
- 1.43631  96.36 -0.41 
- 1.43897  98.18 -0.41 
- 1.4394  98.416 -0.41 
- 1.44219  100 -0.41 
- 1.44593  101.82 -0.41 
- 1.45011  103.64 -0.41 
- 1.4545  105.377 -0.41 
- 1.45468  105.45 -0.41 
- 1.45957  107.27 -0.41 
- 1.46474  109.09 -0.41 
- 1.4697  110.764 -0.41 
- 1.47013  110.91 -0.41 
- 1.47562  112.73 -0.41 
- 1.48125  114.55 -0.41 
- 1.4848  115.668 -0.41 
- 1.48699  116.36 -0.41 
- 1.49279  118.18 -0.41 
- 1.49863  120 -0.41 
- 1.5  120.425 -0.41 
- 1.50445  121.82 -0.41 
- 1.51025  123.64 -0.41 
- 1.5152  125.201 -0.41 
- 1.51598  125.45 -0.41 
- 1.5216  127.27 -0.41 
- 1.52713  129.09 -0.41 
- 1.5303  130.153 -0.41 
- 1.53256  130.91 -0.41 
- 1.53788  132.73 -0.41 
- 1.54307  134.55 -0.41 
- 1.5455  135.425 -0.41 
- 1.54808  136.36 -0.41 
- 1.55291  138.18 -0.41 
- 1.55757  140 -0.41 
- 1.5606  141.233 -0.41 
- 1.56205  141.82 -0.41 
- 1.56637  143.64 -0.41 
- 1.57049  145.45 -0.41 
- 1.57442  147.27 -0.41 
- 1.5758  147.946 -0.41 
- 1.57812  149.09 -0.41 
- 1.58161  150.91 -0.41 
- 1.58489  152.73 -0.41 
- 1.58796  154.55 -0.41 
- 1.59082  156.36 -0.41 
- 1.5909  156.416 -0.41 
- 1.59349  158.18 -0.41 
- 1.59594  160 -0.41 
- 1.59818  161.82 -0.41 
- 1.6002  163.64 -0.41 
- 1.60201  165.45 -0.41 
- 1.6036  167.27 -0.41 
- 1.60498  169.09 -0.41 
- 1.6061  170.836 -0.41 
- 1.60615  170.91 -0.41 
- 1.60709  172.73 -0.41 
- 1.60783  174.55 -0.41 
- 1.60836  176.36 -0.41 
- 1.60867  178.18 -0.41 
- 1.60878  180 -0.41 
-
- 2.5  14.098 -0.41 
- 2.49564  14.55 -0.41 
- 2.4848  15.5434 -0.41 
- 2.47585  16.36 -0.41 
- 2.4697  16.8713 -0.41 
- 2.4545  18.1108 -0.41 
- 2.45365  18.18 -0.41 
- 2.4394  19.2466 -0.41 
- 2.42912  20 -0.41 
- 2.4242  20.3351 -0.41 
- 2.4091  21.3597 -0.41 
- 2.40219  21.82 -0.41 
- 2.3939  22.3391 -0.41 
- 2.3788  23.279 -0.41 
- 2.3729  23.64 -0.41 
- 2.3636  24.1772 -0.41 
- 2.3485  25.0441 -0.41 
- 2.34131  25.45 -0.41 
- 2.3333  25.8854 -0.41 
- 2.3182  26.7026 -0.41 
- 2.30752  27.27 -0.41 
- 2.303  27.5021 -0.41 
- 2.2879  28.276 -0.41 
- 2.2727  29.0403 -0.41 
- 2.27171  29.09 -0.41 
- 2.2576  29.7813 -0.41 
- 2.2424  30.513 -0.41 
- 2.23416  30.91 -0.41 
- 2.2273  31.233 -0.41 
- 2.2121  31.9404 -0.41 
- 2.197  32.6422 -0.41 
- 2.1951  32.73 -0.41 
- 2.1818  33.3333 -0.41 
- 2.1667  34.0188 -0.41 
- 2.15489  34.55 -0.41 
- 2.1515  34.7 -0.41 
- 2.1364  35.3719 -0.41 
- 2.1212  36.0421 -0.41 
- 2.11404  36.36 -0.41 
- 2.1061  36.7127 -0.41 
- 2.0909  37.3831 -0.41 
- 2.0758  38.0538 -0.41 
- 2.07295  38.18 -0.41 
- 2.0606  38.7262 -0.41 
- 2.0455  39.3992 -0.41 
- 2.03198  40 -0.41 
- 2.0303  40.0751 -0.41 
- 2.0152  40.7556 -0.41 
- 2  41.4385 -0.41 
- 1.99154  41.82 -0.41 
- 1.9848  42.1276 -0.41 
- 1.9697  42.8226 -0.41 
- 1.9545  43.5213 -0.41 
- 1.95194  43.64 -0.41 
- 1.9394  44.2281 -0.41 
- 1.9242  44.9388 -0.41 
- 1.9134  45.45 -0.41 
- 1.9091  45.6589 -0.41 
- 1.8939  46.3937 -0.41 
- 1.8788  47.1328 -0.41 
- 1.87598  47.27 -0.41 
- 1.8636  47.8883 -0.41 
- 1.8485  48.6505 -0.41 
- 1.83976  49.09 -0.41 
- 1.8333  49.4249 -0.41 
- 1.8182  50.2132 -0.41 
- 1.80482  50.91 -0.41 
- 1.803  51.0084 -0.41 
- 1.7879  51.8268 -0.41 
- 1.7727  52.648 -0.41 
- 1.77119  52.73 -0.41 
- 1.7576  53.4977 -0.41 
- 1.7424  54.3519 -0.41 
- 1.73889  54.55 -0.41 
- 1.7273  55.2309 -0.41 
- 1.7121  56.1175 -0.41 
- 1.70795  56.36 -0.41 
- 1.697  57.0385 -0.41 
- 1.6818  57.9726 -0.41 
- 1.67843  58.18 -0.41 
- 1.6667  58.9448 -0.41 
- 1.6515  59.9277 -0.41 
- 1.65038  60 -0.41 
- 1.6364  60.9637 -0.41 
- 1.62387  61.82 -0.41 
- 1.6212  62.0157 -0.41 
- 1.6061  63.1234 -0.41 
- 1.59898  63.64 -0.41 
- 1.5909  64.2702 -0.41 
- 1.57582  65.45 -0.41 
- 1.5758  65.452 -0.41 
- 1.5606  66.737 -0.41 
- 1.55431  67.27 -0.41 
- 1.5455  68.0917 -0.41 
- 1.53467  69.09 -0.41 
- 1.5303  69.5371 -0.41 
- 1.51691  70.91 -0.41 
- 1.5152  71.1067 -0.41 
- 1.50093  72.73 -0.41 
-
-
-# Contour 22, label:    -0.42
- 1.94011  0 -0.42 
- 1.9394  0.92974 -0.42 
- 1.93878  1.82 -0.42 
- 1.93495  3.64 -0.42 
- 1.92831  5.45 -0.42 
- 1.9242  6.24368 -0.42 
- 1.91908  7.27 -0.42 
- 1.9091  8.78538 -0.42 
- 1.90709  9.09 -0.42 
- 1.8939  10.7302 -0.42 
- 1.89244  10.91 -0.42 
- 1.8788  12.3686 -0.42 
- 1.87525  12.73 -0.42 
- 1.8636  13.817 -0.42 
- 1.85528  14.55 -0.42 
- 1.8485  15.1172 -0.42 
- 1.8333  16.2865 -0.42 
- 1.83232  16.36 -0.42 
- 1.8182  17.4181 -0.42 
- 1.80681  18.18 -0.42 
- 1.803  18.442 -0.42 
- 1.7879  19.4339 -0.42 
- 1.77834  20 -0.42 
- 1.7727  20.354 -0.42 
- 1.7576  21.2482 -0.42 
- 1.74683  21.82 -0.42 
- 1.7424  22.0763 -0.42 
- 1.7273  22.9097 -0.42 
- 1.71212  23.64 -0.42 
- 1.7121  23.6412 -0.42 
- 1.697  24.4382 -0.42 
- 1.6818  25.1389 -0.42 
- 1.67461  25.45 -0.42 
- 1.6667  25.8445 -0.42 
- 1.6515  26.5428 -0.42 
- 1.6364  27.1625 -0.42 
- 1.63367  27.27 -0.42 
- 1.6212  27.8426 -0.42 
- 1.6061  28.4739 -0.42 
- 1.5909  29.0384 -0.42 
- 1.58948  29.09 -0.42 
- 1.5758  29.6826 -0.42 
- 1.5606  30.2722 -0.42 
- 1.5455  30.8027 -0.42 
- 1.54232  30.91 -0.42 
- 1.5303  31.3994 -0.42 
- 1.5152  31.9664 -0.42 
- 1.5  32.4794 -0.42 
- 1.49213  32.73 -0.42 
- 1.4848  33.0163 -0.42 
- 1.4697  33.5763 -0.42 
- 1.4545  34.0852 -0.42 
- 1.43942  34.55 -0.42 
- 1.4394  34.5508 -0.42 
- 1.4242  35.1147 -0.42 
- 1.4091  35.6291 -0.42 
- 1.3939  36.1015 -0.42 
- 1.3852  36.36 -0.42 
- 1.3788  36.5984 -0.42 
- 1.3636  37.1364 -0.42 
- 1.3485  37.6324 -0.42 
- 1.3333  38.0929 -0.42 
- 1.33038  38.18 -0.42 
- 1.3182  38.6353 -0.42 
- 1.303  39.165 -0.42 
- 1.2879  39.6592 -0.42 
- 1.27691  40 -0.42 
- 1.2727  40.1641 -0.42 
- 1.2576  40.7425 -0.42 
- 1.2424  41.2852 -0.42 
- 1.2273  41.7985 -0.42 
- 1.22666  41.82 -0.42 
- 1.2121  42.4365 -0.42 
- 1.197  43.0465 -0.42 
- 1.1818  43.628 -0.42 
- 1.18149  43.64 -0.42 
- 1.1667  44.3546 -0.42 
- 1.1515  45.0515 -0.42 
- 1.1427  45.45 -0.42 
- 1.1364  45.8102 -0.42 
- 1.1212  46.6618 -0.42 
- 1.11016  47.27 -0.42 
- 1.1061  47.55 -0.42 
- 1.0909  48.5884 -0.42 
- 1.08354  49.09 -0.42 
- 1.0758  49.7461 -0.42 
- 1.06184  50.91 -0.42 
- 1.0606  51.0385 -0.42 
- 1.0455  52.6235 -0.42 
- 1.04449  52.73 -0.42 
- 1.03043  54.55 -0.42 
- 1.0303  54.57 -0.42 
- 1.01934  56.36 -0.42 
- 1.0152  57.1802 -0.42 
- 1.01029  58.18 -0.42 
- 1.00287  60 -0.42 
- 1  60.8487 -0.42 
-
- 1.5  66.7167 -0.42 
- 1.49316  67.27 -0.42 
- 1.4848  68.0167 -0.42 
- 1.4728  69.09 -0.42 
- 1.4697  69.3996 -0.42 
- 1.4545  70.8976 -0.42 
- 1.45437  70.91 -0.42 
- 1.4394  72.5743 -0.42 
- 1.43798  72.73 -0.42 
- 1.4242  74.4645 -0.42 
- 1.42352  74.55 -0.42 
- 1.41109  76.36 -0.42 
- 1.4091  76.7077 -0.42 
- 1.40052  78.18 -0.42 
- 1.3939  79.5725 -0.42 
- 1.39186  80 -0.42 
- 1.38494  81.82 -0.42 
- 1.37972  83.64 -0.42 
- 1.3788  84.0854 -0.42 
- 1.37594  85.45 -0.42 
- 1.37356  87.27 -0.42 
- 1.37246  89.09 -0.42 
- 1.3725  90.91 -0.42 
- 1.37355  92.73 -0.42 
- 1.3755  94.55 -0.42 
- 1.37823  96.36 -0.42 
- 1.3788  96.659 -0.42 
- 1.38158  98.18 -0.42 
- 1.3855  100 -0.42 
- 1.38993  101.82 -0.42 
- 1.3939  103.302 -0.42 
- 1.39479  103.64 -0.42 
- 1.39997  105.45 -0.42 
- 1.40547  107.27 -0.42 
- 1.4091  108.418 -0.42 
- 1.41117  109.09 -0.42 
- 1.41701  110.91 -0.42 
- 1.423  112.73 -0.42 
- 1.4242  113.086 -0.42 
- 1.42909  114.55 -0.42 
- 1.43525  116.36 -0.42 
- 1.4394  117.577 -0.42 
- 1.44142  118.18 -0.42 
- 1.44754  120 -0.42 
- 1.45365  121.82 -0.42 
- 1.4545  122.073 -0.42 
- 1.45972  123.64 -0.42 
- 1.46572  125.45 -0.42 
- 1.4697  126.671 -0.42 
- 1.47162  127.27 -0.42 
- 1.47737  129.09 -0.42 
- 1.483  130.91 -0.42 
- 1.4848  131.507 -0.42 
- 1.4885  132.73 -0.42 
- 1.49386  134.55 -0.42 
- 1.49905  136.36 -0.42 
- 1.5  136.703 -0.42 
- 1.50407  138.18 -0.42 
- 1.5089  140 -0.42 
- 1.51354  141.82 -0.42 
- 1.5152  142.499 -0.42 
- 1.51796  143.64 -0.42 
- 1.52217  145.45 -0.42 
- 1.52617  147.27 -0.42 
- 1.52997  149.09 -0.42 
- 1.5303  149.258 -0.42 
- 1.53357  150.91 -0.42 
- 1.53696  152.73 -0.42 
- 1.54014  154.55 -0.42 
- 1.54309  156.36 -0.42 
- 1.5455  157.963 -0.42 
- 1.54582  158.18 -0.42 
- 1.54832  160 -0.42 
- 1.5506  161.82 -0.42 
- 1.55266  163.64 -0.42 
- 1.5545  165.45 -0.42 
- 1.55612  167.27 -0.42 
- 1.55753  169.09 -0.42 
- 1.55872  170.91 -0.42 
- 1.55969  172.73 -0.42 
- 1.56045  174.55 -0.42 
- 1.5606  175.054 -0.42 
- 1.56099  176.36 -0.42 
- 1.56132  178.18 -0.42 
- 1.56143  180 -0.42 
-
- 2.5  8.11933 -0.42 
- 2.49432  9.09 -0.42 
- 2.4848  10.4235 -0.42 
- 2.48133  10.91 -0.42 
- 2.4697  12.2934 -0.42 
- 2.46598  12.73 -0.42 
- 2.4545  13.9046 -0.42 
- 2.44817  14.55 -0.42 
- 2.4394  15.3428 -0.42 
- 2.42794  16.36 -0.42 
- 2.4242  16.6624 -0.42 
- 2.4091  17.8791 -0.42 
- 2.4053  18.18 -0.42 
- 2.3939  19.01 -0.42 
- 2.38021  20 -0.42 
- 2.3788  20.0946 -0.42 
- 2.3636  21.101 -0.42 
- 2.35267  21.82 -0.42 
- 2.3485  22.0775 -0.42 
- 2.3333  23.0018 -0.42 
- 2.32275  23.64 -0.42 
- 2.3182  23.8997 -0.42 
- 2.303  24.7534 -0.42 
- 2.29054  25.45 -0.42 
- 2.2879  25.5919 -0.42 
- 2.2727  26.3976 -0.42 
- 2.2576  27.1948 -0.42 
- 2.25616  27.27 -0.42 
- 2.2424  27.9607 -0.42 
- 2.2273  28.7173 -0.42 
- 2.21977  29.09 -0.42 
- 2.2121  29.458 -0.42 
- 2.197  30.1828 -0.42 
- 2.1818  30.904 -0.42 
- 2.18167  30.91 -0.42 
- 2.1667  31.6052 -0.42 
- 2.1515  32.3033 -0.42 
- 2.14225  32.73 -0.42 
- 2.1364  32.9952 -0.42 
- 2.1212  33.6773 -0.42 
- 2.1061  34.3591 -0.42 
- 2.10185  34.55 -0.42 
- 2.0909  35.0318 -0.42 
- 2.0758  35.7006 -0.42 
- 2.06087  36.36 -0.42 
- 2.0606  36.3718 -0.42 
- 2.0455  37.0405 -0.42 
- 2.0303  37.7117 -0.42 
- 2.01982  38.18 -0.42 
- 2.0152  38.3856 -0.42 
- 2  39.0584 -0.42 
- 1.9848  39.7357 -0.42 
- 1.97893  40 -0.42 
- 1.9697  40.4161 -0.42 
- 1.9545  41.0993 -0.42 
- 1.9394  41.7887 -0.42 
- 1.93871  41.82 -0.42 
- 1.9242  42.4824 -0.42 
- 1.9091  43.1815 -0.42 
- 1.8992  43.64 -0.42 
- 1.8939  43.8866 -0.42 
- 1.8788  44.5951 -0.42 
- 1.8636  45.3103 -0.42 
- 1.86065  45.45 -0.42 
- 1.8485  46.0384 -0.42 
- 1.8333  46.7732 -0.42 
- 1.82316  47.27 -0.42 
- 1.8182  47.5177 -0.42 
- 1.803  48.2719 -0.42 
- 1.7879  49.0324 -0.42 
- 1.78675  49.09 -0.42 
- 1.7727  49.8085 -0.42 
- 1.7576  50.5901 -0.42 
- 1.75138  50.91 -0.42 
- 1.7424  51.3863 -0.42 
- 1.7273  52.1924 -0.42 
- 1.71719  52.73 -0.42 
- 1.7121  53.0104 -0.42 
- 1.697  53.845 -0.42 
- 1.68419  54.55 -0.42 
- 1.6818  54.6868 -0.42 
- 1.6667  55.5493 -0.42 
- 1.65245  56.36 -0.42 
- 1.6515  56.4169 -0.42 
- 1.6364  57.3224 -0.42 
- 1.62202  58.18 -0.42 
- 1.6212  58.2317 -0.42 
- 1.6061  59.1814 -0.42 
- 1.593  60 -0.42 
- 1.5909  60.1398 -0.42 
- 1.5758  61.1423 -0.42 
- 1.5655  61.82 -0.42 
- 1.5606  62.1659 -0.42 
- 1.5455  63.2318 -0.42 
- 1.53965  63.64 -0.42 
- 1.5303  64.3411 -0.42 
- 1.51557  65.45 -0.42 
- 1.5152  65.4808 -0.42 
- 1.5  66.7167 -0.42 
-
-
-# Contour 23, label:    -0.43
- 1.02225  65.45 -0.43 
- 1.01947  67.27 -0.43 
- 1.01702  69.09 -0.43 
- 1.0152  70.5128 -0.43 
- 1.01473  70.91 -0.43 
- 1.0126  72.73 -0.43 
- 1.01026  74.55 -0.43 
- 1.00755  76.36 -0.43 
- 1.00434  78.18 -0.43 
- 1.00053  80 -0.43 
- 1  80.2204 -0.43 
-
- 1.95522  0 -0.43 
- 1.9545  0.962195 -0.43 
- 1.95393  1.82 -0.43 
- 1.95022  3.64 -0.43 
- 1.94378  5.45 -0.43 
- 1.9394  6.32038 -0.43 
- 1.93475  7.27 -0.43 
- 1.9242  8.89622 -0.43 
- 1.92296  9.09 -0.43 
- 1.9091  10.8635 -0.43 
- 1.90873  10.91 -0.43 
- 1.8939  12.5212 -0.43 
- 1.89191  12.73 -0.43 
- 1.8788  13.9896 -0.43 
- 1.87254  14.55 -0.43 
- 1.8636  15.3113 -0.43 
- 1.85027  16.36 -0.43 
- 1.8485  16.4988 -0.43 
- 1.8333  17.6397 -0.43 
- 1.82546  18.18 -0.43 
- 1.8182  18.6945 -0.43 
- 1.803  19.6785 -0.43 
- 1.79772  20 -0.43 
- 1.7879  20.6358 -0.43 
- 1.7727  21.517 -0.43 
- 1.76715  21.82 -0.43 
- 1.7576  22.3899 -0.43 
- 1.7424  23.2064 -0.43 
- 1.73363  23.64 -0.43 
- 1.7273  23.9896 -0.43 
- 1.7121  24.7664 -0.43 
- 1.697  25.446 -0.43 
- 1.69691  25.45 -0.43 
- 1.6818  26.2152 -0.43 
- 1.6667  26.8895 -0.43 
- 1.65737  27.27 -0.43 
- 1.6515  27.5514 -0.43 
- 1.6364  28.2362 -0.43 
- 1.6212  28.8413 -0.43 
- 1.6146  29.09 -0.43 
- 1.6061  29.4738 -0.43 
- 1.5909  30.1047 -0.43 
- 1.5758  30.6664 -0.43 
- 1.5688  30.91 -0.43 
- 1.5606  31.2578 -0.43 
- 1.5455  31.8579 -0.43 
- 1.5303  32.3954 -0.43 
- 1.52017  32.73 -0.43 
- 1.5152  32.9332 -0.43 
- 1.5  33.5206 -0.43 
- 1.4848  34.0494 -0.43 
- 1.4697  34.5293 -0.43 
- 1.46903  34.55 -0.43 
- 1.4545  35.109 -0.43 
- 1.4394  35.6396 -0.43 
- 1.4242  36.1232 -0.43 
- 1.41642  36.36 -0.43 
- 1.4091  36.6419 -0.43 
- 1.3939  37.1931 -0.43 
- 1.3788  37.6973 -0.43 
- 1.3636  38.1621 -0.43 
- 1.36301  38.18 -0.43 
- 1.3485  38.7376 -0.43 
- 1.3333  39.2722 -0.43 
- 1.3182  39.7673 -0.43 
- 1.31078  40 -0.43 
- 1.303  40.3098 -0.43 
- 1.2879  40.8888 -0.43 
- 1.2727  41.4278 -0.43 
- 1.26115  41.82 -0.43 
- 1.2576  41.9737 -0.43 
- 1.2424  42.6138 -0.43 
- 1.2273  43.2133 -0.43 
- 1.21602  43.64 -0.43 
- 1.2121  43.8283 -0.43 
- 1.197  44.545 -0.43 
- 1.1818  45.2219 -0.43 
- 1.17665  45.45 -0.43 
- 1.1667  46.0135 -0.43 
- 1.1515  46.8384 -0.43 
- 1.14343  47.27 -0.43 
- 1.1364  47.7473 -0.43 
- 1.1212  48.75 -0.43 
- 1.11603  49.09 -0.43 
- 1.1061  49.9169 -0.43 
- 1.09381  50.91 -0.43 
- 1.0909  51.2081 -0.43 
- 1.07599  52.73 -0.43 
- 1.0758  52.755 -0.43 
- 1.06186  54.55 -0.43 
- 1.0606  54.7519 -0.43 
- 1.05082  56.36 -0.43 
- 1.0455  57.4497 -0.43 
- 1.04201  58.18 -0.43 
- 1.03514  60 -0.43 
- 1.0303  61.5801 -0.43 
- 1.0296  61.82 -0.43 
- 1.02555  63.64 -0.43 
- 1.02225  65.45 -0.43 
-
- 1.50123  61.82 -0.43 
- 1.5  61.9029 -0.43 
- 1.4848  62.9113 -0.43 
- 1.47388  63.64 -0.43 
- 1.4697  63.9402 -0.43 
- 1.4545  65.0143 -0.43 
- 1.44833  65.45 -0.43 
- 1.4394  66.1443 -0.43 
- 1.42477  67.27 -0.43 
- 1.4242  67.3184 -0.43 
- 1.4091  68.5948 -0.43 
- 1.40316  69.09 -0.43 
- 1.3939  69.9572 -0.43 
- 1.38371  70.91 -0.43 
- 1.3788  71.4338 -0.43 
- 1.36644  72.73 -0.43 
- 1.3636  73.075 -0.43 
- 1.35141  74.55 -0.43 
- 1.3485  74.9652 -0.43 
- 1.33852  76.36 -0.43 
- 1.3333  77.257 -0.43 
- 1.32786  78.18 -0.43 
- 1.31941  80 -0.43 
- 1.3182  80.3424 -0.43 
- 1.31281  81.82 -0.43 
- 1.30816  83.64 -0.43 
- 1.30528  85.45 -0.43 
- 1.30394  87.27 -0.43 
- 1.30398  89.09 -0.43 
- 1.30521  90.91 -0.43 
- 1.30748  92.73 -0.43 
- 1.31067  94.55 -0.43 
- 1.31466  96.36 -0.43 
- 1.3182  97.735 -0.43 
- 1.31929  98.18 -0.43 
- 1.32433  100 -0.43 
- 1.32988  101.82 -0.43 
- 1.3333  102.863 -0.43 
- 1.33577  103.64 -0.43 
- 1.34193  105.45 -0.43 
- 1.34837  107.27 -0.43 
- 1.3485  107.304 -0.43 
- 1.35484  109.09 -0.43 
- 1.36148  110.91 -0.43 
- 1.3636  111.477 -0.43 
- 1.36819  112.73 -0.43 
- 1.37495  114.55 -0.43 
- 1.3788  115.569 -0.43 
- 1.3817  116.36 -0.43 
- 1.38838  118.18 -0.43 
- 1.3939  119.686 -0.43 
- 1.39504  120 -0.43 
- 1.40162  121.82 -0.43 
- 1.40814  123.64 -0.43 
- 1.4091  123.908 -0.43 
- 1.41449  125.45 -0.43 
- 1.42071  127.27 -0.43 
- 1.4242  128.31 -0.43 
- 1.4268  129.09 -0.43 
- 1.43275  130.91 -0.43 
- 1.43855  132.73 -0.43 
- 1.4394  133.003 -0.43 
- 1.44412  134.55 -0.43 
- 1.44951  136.36 -0.43 
- 1.4545  138.105 -0.43 
- 1.45471  138.18 -0.43 
- 1.45974  140 -0.43 
- 1.46455  141.82 -0.43 
- 1.46917  143.64 -0.43 
- 1.4697  143.856 -0.43 
- 1.47353  145.45 -0.43 
- 1.47768  147.27 -0.43 
- 1.48161  149.09 -0.43 
- 1.4848  150.656 -0.43 
- 1.48532  150.91 -0.43 
- 1.48882  152.73 -0.43 
- 1.49209  154.55 -0.43 
- 1.49514  156.36 -0.43 
- 1.49797  158.18 -0.43 
- 1.5  159.605 -0.43 
- 1.50056  160 -0.43 
- 1.50293  161.82 -0.43 
- 1.50506  163.64 -0.43 
- 1.50697  165.45 -0.43 
- 1.50866  167.27 -0.43 
- 1.51012  169.09 -0.43 
- 1.51135  170.91 -0.43 
- 1.51236  172.73 -0.43 
- 1.51315  174.55 -0.43 
- 1.51371  176.36 -0.43 
- 1.51404  178.18 -0.43 
- 1.51416  180 -0.43 
-
- 2.47865  0 -0.43 
- 2.47745  1.82 -0.43 
- 2.47387  3.64 -0.43 
- 2.4697  4.90143 -0.43 
- 2.46787  5.45 -0.43 
- 2.45942  7.27 -0.43 
- 2.4545  8.09484 -0.43 
- 2.44857  9.09 -0.43 
- 2.4394  10.3518 -0.43 
- 2.43528  10.91 -0.43 
- 2.4242  12.1891 -0.43 
- 2.4195  12.73 -0.43 
- 2.4091  13.7755 -0.43 
- 2.40126  14.55 -0.43 
- 2.3939  15.1953 -0.43 
- 2.38055  16.36 -0.43 
- 2.3788  16.4987 -0.43 
- 2.3636  17.6869 -0.43 
- 2.35727  18.18 -0.43 
- 2.3485  18.8067 -0.43 
- 2.3333  19.8738 -0.43 
- 2.3315  20 -0.43 
- 2.3182  20.8652 -0.43 
- 2.30326  21.82 -0.43 
- 2.303  21.8358 -0.43 
- 2.2879  22.7395 -0.43 
- 2.2727  23.6344 -0.43 
- 2.2726  23.64 -0.43 
- 2.2576  24.47 -0.43 
- 2.2424  25.2984 -0.43 
- 2.23962  25.45 -0.43 
- 2.2273  26.0936 -0.43 
- 2.2121  26.8768 -0.43 
- 2.20448  27.27 -0.43 
- 2.197  27.6408 -0.43 
- 2.1818  28.3844 -0.43 
- 2.16744  29.09 -0.43 
- 2.1667  29.125 -0.43 
- 2.1515  29.8376 -0.43 
- 2.1364  30.5495 -0.43 
- 2.12869  30.91 -0.43 
- 2.1212  31.2505 -0.43 
- 2.1061  31.9392 -0.43 
- 2.0909  32.6305 -0.43 
- 2.08872  32.73 -0.43 
- 2.0758  33.3063 -0.43 
- 2.0606  33.9815 -0.43 
- 2.04797  34.55 -0.43 
- 2.0455  34.6583 -0.43 
- 2.0303  35.3195 -0.43 
- 2.0152  35.9863 -0.43 
- 2.00673  36.36 -0.43 
- 2  36.6539 -0.43 
- 1.9848  37.3193 -0.43 
- 1.9697  37.9922 -0.43 
- 1.96547  38.18 -0.43 
- 1.9545  38.6619 -0.43 
- 1.9394  39.3342 -0.43 
- 1.92455  40 -0.43 
- 1.9242  40.0156 -0.43 
- 1.9091  40.6915 -0.43 
- 1.8939  41.3759 -0.43 
- 1.8842  41.82 -0.43 
- 1.8788  42.0664 -0.43 
- 1.8636  42.7577 -0.43 
- 1.8485  43.4584 -0.43 
- 1.84457  43.64 -0.43 
- 1.8333  44.1592 -0.43 
- 1.8182  44.8648 -0.43 
- 1.80574  45.45 -0.43 
- 1.803  45.5803 -0.43 
- 1.7879  46.3017 -0.43 
- 1.7727  47.032 -0.43 
- 1.76779  47.27 -0.43 
- 1.7576  47.7695 -0.43 
- 1.7424  48.5131 -0.43 
- 1.73078  49.09 -0.43 
- 1.7273  49.2659 -0.43 
- 1.7121  50.026 -0.43 
- 1.697  50.7933 -0.43 
- 1.69468  50.91 -0.43 
- 1.6818  51.5722 -0.43 
- 1.6667  52.3577 -0.43 
- 1.65949  52.73 -0.43 
- 1.6515  53.1554 -0.43 
- 1.6364  53.9629 -0.43 
- 1.62538  54.55 -0.43 
- 1.6212  54.7795 -0.43 
- 1.6061  55.6088 -0.43 
- 1.59239  56.36 -0.43 
- 1.5909  56.4456 -0.43 
- 1.5758  57.3111 -0.43 
- 1.56062  58.18 -0.43 
- 1.5606  58.1812 -0.43 
- 1.5455  59.0851 -0.43 
- 1.5303  59.9932 -0.43 
- 1.53019  60 -0.43 
- 1.5152  60.9436 -0.43 
- 1.50123  61.82 -0.43 
-
-
-# Contour 24, label:    -0.44
- 1.07059  69.09 -0.44 
- 1.07137  70.91 -0.44 
- 1.07212  72.73 -0.44 
- 1.07251  74.55 -0.44 
- 1.07217  76.36 -0.44 
- 1.07074  78.18 -0.44 
- 1.06783  80 -0.44 
- 1.06305  81.82 -0.44 
- 1.0606  82.4812 -0.44 
- 1.05708  83.64 -0.44 
- 1.04978  85.45 -0.44 
- 1.0455  86.3044 -0.44 
- 1.04147  87.27 -0.44 
- 1.03239  89.09 -0.44 
- 1.0303  89.4543 -0.44 
- 1.02339  90.91 -0.44 
- 1.0152  92.4283 -0.44 
- 1.01382  92.73 -0.44 
- 1.00469  94.55 -0.44 
- 1  95.4048 -0.44 
-
- 1.97258  0 -0.44 
- 1.97128  1.82 -0.44 
- 1.9697  2.55179 -0.44 
- 1.96754  3.64 -0.44 
- 1.96137  5.45 -0.44 
- 1.9545  6.83714 -0.44 
- 1.95245  7.27 -0.44 
- 1.94118  9.09 -0.44 
- 1.9394  9.32936 -0.44 
- 1.9274  10.91 -0.44 
- 1.9242  11.2757 -0.44 
- 1.91106  12.73 -0.44 
- 1.9091  12.9282 -0.44 
- 1.8939  14.3878 -0.44 
- 1.89215  14.55 -0.44 
- 1.8788  15.7232 -0.44 
- 1.87085  16.36 -0.44 
- 1.8636  16.9415 -0.44 
- 1.8485  18.0529 -0.44 
- 1.84669  18.18 -0.44 
- 1.8333  19.148 -0.44 
- 1.81995  20 -0.44 
- 1.8182  20.1193 -0.44 
- 1.803  21.1067 -0.44 
- 1.79049  21.82 -0.44 
- 1.7879  21.9832 -0.44 
- 1.7727  22.8874 -0.44 
- 1.7581  23.64 -0.44 
- 1.7576  23.669 -0.44 
- 1.7424  24.5212 -0.44 
- 1.7273  25.2536 -0.44 
- 1.72299  25.45 -0.44 
- 1.7121  26.0288 -0.44 
- 1.697  26.7506 -0.44 
- 1.68471  27.27 -0.44 
- 1.6818  27.4165 -0.44 
- 1.6667  28.1462 -0.44 
- 1.6515  28.7815 -0.44 
- 1.64358  29.09 -0.44 
- 1.6364  29.4293 -0.44 
- 1.6212  30.0899 -0.44 
- 1.6061  30.6706 -0.44 
- 1.59943  30.91 -0.44 
- 1.5909  31.2875 -0.44 
- 1.5758  31.9073 -0.44 
- 1.5606  32.4563 -0.44 
- 1.55254  32.73 -0.44 
- 1.5455  33.0296 -0.44 
- 1.5303  33.6297 -0.44 
- 1.5152  34.1644 -0.44 
- 1.50324  34.55 -0.44 
- 1.5  34.6821 -0.44 
- 1.4848  35.2766 -0.44 
- 1.4697  35.8088 -0.44 
- 1.4545  36.2897 -0.44 
- 1.45224  36.36 -0.44 
- 1.4394  36.8722 -0.44 
- 1.4242  37.4211 -0.44 
- 1.4091  37.9191 -0.44 
- 1.40069  38.18 -0.44 
- 1.3939  38.4515 -0.44 
- 1.3788  39.0273 -0.44 
- 1.3636  39.5517 -0.44 
- 1.34964  40 -0.44 
- 1.3485  40.0473 -0.44 
- 1.3333  40.664 -0.44 
- 1.3182  41.228 -0.44 
- 1.303  41.7488 -0.44 
- 1.30091  41.82 -0.44 
- 1.2879  42.3931 -0.44 
- 1.2727  43.0111 -0.44 
- 1.2576  43.5854 -0.44 
- 1.25615  43.64 -0.44 
- 1.2424  44.3052 -0.44 
- 1.2273  44.9904 -0.44 
- 1.21662  45.45 -0.44 
- 1.2121  45.7048 -0.44 
- 1.197  46.5401 -0.44 
- 1.18282  47.27 -0.44 
- 1.1818  47.3389 -0.44 
- 1.1667  48.3543 -0.44 
- 1.15505  49.09 -0.44 
- 1.1515  49.3826 -0.44 
- 1.1364  50.6079 -0.44 
- 1.13259  50.91 -0.44 
- 1.1212  52.0815 -0.44 
- 1.1148  52.73 -0.44 
- 1.1061  53.8788 -0.44 
- 1.10095  54.55 -0.44 
- 1.0909  56.2447 -0.44 
- 1.09023  56.36 -0.44 
- 1.08262  58.18 -0.44 
- 1.07694  60 -0.44 
- 1.0758  60.5557 -0.44 
- 1.0733  61.82 -0.44 
- 1.07119  63.64 -0.44 
- 1.07021  65.45 -0.44 
- 1.0701  67.27 -0.44 
- 1.07059  69.09 -0.44 
-
- 1.4545  60.1741 -0.44 
- 1.4394  61.0474 -0.44 
- 1.426  61.82 -0.44 
- 1.4242  61.9306 -0.44 
- 1.4091  62.8477 -0.44 
- 1.39598  63.64 -0.44 
- 1.3939  63.7748 -0.44 
- 1.3788  64.7402 -0.44 
- 1.36757  65.45 -0.44 
- 1.3636  65.7269 -0.44 
- 1.3485  66.7636 -0.44 
- 1.34096  67.27 -0.44 
- 1.3333  67.8431 -0.44 
- 1.3182  68.9623 -0.44 
- 1.3164  69.09 -0.44 
- 1.303  70.1727 -0.44 
- 1.29374  70.91 -0.44 
- 1.2879  71.4496 -0.44 
- 1.27355  72.73 -0.44 
- 1.2727  72.8209 -0.44 
- 1.2576  74.3701 -0.44 
- 1.25574  74.55 -0.44 
- 1.2424  76.1585 -0.44 
- 1.24064  76.36 -0.44 
- 1.22858  78.18 -0.44 
- 1.2273  78.4502 -0.44 
- 1.21935  80 -0.44 
- 1.21362  81.82 -0.44 
- 1.2121  82.7941 -0.44 
- 1.21067  83.64 -0.44 
- 1.21024  85.45 -0.44 
- 1.21206  87.27 -0.44 
- 1.2121  87.2886 -0.44 
- 1.21531  89.09 -0.44 
- 1.21993  90.91 -0.44 
- 1.2257  92.73 -0.44 
- 1.2273  93.1536 -0.44 
- 1.23197  94.55 -0.44 
- 1.23888  96.36 -0.44 
- 1.2424  97.1987 -0.44 
- 1.24618  98.18 -0.44 
- 1.25379  100 -0.44 
- 1.2576  100.854 -0.44 
- 1.26158  101.82 -0.44 
- 1.26948  103.64 -0.44 
- 1.2727  104.347 -0.44 
- 1.27746  105.45 -0.44 
- 1.28553  107.27 -0.44 
- 1.2879  107.788 -0.44 
- 1.29351  109.09 -0.44 
- 1.30149  110.91 -0.44 
- 1.303  111.248 -0.44 
- 1.30938  112.73 -0.44 
- 1.31727  114.55 -0.44 
- 1.3182  114.763 -0.44 
- 1.32492  116.36 -0.44 
- 1.33252  118.18 -0.44 
- 1.3333  118.366 -0.44 
- 1.33996  120 -0.44 
- 1.3473  121.82 -0.44 
- 1.3485  122.119 -0.44 
- 1.35439  123.64 -0.44 
- 1.36134  125.45 -0.44 
- 1.3636  126.052 -0.44 
- 1.36811  127.27 -0.44 
- 1.3747  129.09 -0.44 
- 1.3788  130.246 -0.44 
- 1.3811  130.91 -0.44 
- 1.38723  132.73 -0.44 
- 1.39318  134.55 -0.44 
- 1.3939  134.774 -0.44 
- 1.39892  136.36 -0.44 
- 1.40445  138.18 -0.44 
- 1.4091  139.767 -0.44 
- 1.40977  140 -0.44 
- 1.4148  141.82 -0.44 
- 1.41961  143.64 -0.44 
- 1.4242  145.45 -0.44 
- 1.42856  147.27 -0.44 
- 1.43269  149.09 -0.44 
- 1.43659  150.91 -0.44 
- 1.4394  152.305 -0.44 
- 1.44024  152.73 -0.44 
- 1.44363  154.55 -0.44 
- 1.44678  156.36 -0.44 
- 1.4497  158.18 -0.44 
- 1.45238  160 -0.44 
- 1.4545  161.572 -0.44 
- 1.45483  161.82 -0.44 
- 1.45705  163.64 -0.44 
- 1.45903  165.45 -0.44 
- 1.46078  167.27 -0.44 
- 1.4623  169.09 -0.44 
- 1.46358  170.91 -0.44 
- 1.46463  172.73 -0.44 
- 1.46544  174.55 -0.44 
- 1.46602  176.36 -0.44 
- 1.46637  178.18 -0.44 
- 1.46648  180 -0.44 
-
- 2.43359  0 -0.44 
- 2.43235  1.82 -0.44 
- 2.42864  3.64 -0.44 
- 2.4242  4.94299 -0.44 
- 2.42247  5.45 -0.44 
- 2.41382  7.27 -0.44 
- 2.4091  8.04634 -0.44 
- 2.40265  9.09 -0.44 
- 2.3939  10.2536 -0.44 
- 2.38895  10.91 -0.44 
- 2.3788  12.0556 -0.44 
- 2.37272  12.73 -0.44 
- 2.3636  13.6149 -0.44 
- 2.35392  14.55 -0.44 
- 2.3485  15.0146 -0.44 
- 2.3333  16.2945 -0.44 
- 2.33252  16.36 -0.44 
- 2.3182  17.4536 -0.44 
- 2.30854  18.18 -0.44 
- 2.303  18.5616 -0.44 
- 2.2879  19.5991 -0.44 
- 2.28198  20 -0.44 
- 2.2727  20.5816 -0.44 
- 2.2576  21.5268 -0.44 
- 2.25285  21.82 -0.44 
- 2.2424  22.423 -0.44 
- 2.2273  23.2941 -0.44 
- 2.22123  23.64 -0.44 
- 2.2121  24.1273 -0.44 
- 2.197  24.9338 -0.44 
- 2.18724  25.45 -0.44 
- 2.1818  25.7248 -0.44 
- 2.1667  26.4868 -0.44 
- 2.1515  27.2506 -0.44 
- 2.15111  27.27 -0.44 
- 2.1364  27.9745 -0.44 
- 2.1212  28.6995 -0.44 
- 2.11307  29.09 -0.44 
- 2.1061  29.4113 -0.44 
- 2.0909  30.1055 -0.44 
- 2.0758  30.8057 -0.44 
- 2.07353  30.91 -0.44 
- 2.0606  31.4818 -0.44 
- 2.0455  32.1581 -0.44 
- 2.03279  32.73 -0.44 
- 2.0303  32.8383 -0.44 
- 2.0152  33.4974 -0.44 
- 2  34.1653 -0.44 
- 1.99133  34.55 -0.44 
- 1.9848  34.8293 -0.44 
- 1.9697  35.4813 -0.44 
- 1.9545  36.1451 -0.44 
- 1.94964  36.36 -0.44 
- 1.9394  36.8028 -0.44 
- 1.9242  37.4618 -0.44 
- 1.9091  38.1352 -0.44 
- 1.90809  38.18 -0.44 
- 1.8939  38.7931 -0.44 
- 1.8788  39.4611 -0.44 
- 1.86677  40 -0.44 
- 1.8636  40.139 -0.44 
- 1.8485  40.8063 -0.44 
- 1.8333  41.4873 -0.44 
- 1.82601  41.82 -0.44 
- 1.8182  42.1704 -0.44 
- 1.803  42.8523 -0.44 
- 1.7879  43.5494 -0.44 
- 1.78593  43.64 -0.44 
- 1.7727  44.2357 -0.44 
- 1.7576  44.9305 -0.44 
- 1.74641  45.45 -0.44 
- 1.7424  45.6358 -0.44 
- 1.7273  46.3394 -0.44 
- 1.7121  47.0556 -0.44 
- 1.70759  47.27 -0.44 
- 1.697  47.7728 -0.44 
- 1.6818  48.4944 -0.44 
- 1.6695  49.09 -0.44 
- 1.6667  49.2266 -0.44 
- 1.6515  49.957 -0.44 
- 1.6364  50.6979 -0.44 
- 1.63204  50.91 -0.44 
- 1.6212  51.4429 -0.44 
- 1.6061  52.1932 -0.44 
- 1.5953  52.73 -0.44 
- 1.5909  52.9527 -0.44 
- 1.5758  53.7168 -0.44 
- 1.5606  54.4893 -0.44 
- 1.5594  54.55 -0.44 
- 1.5455  55.2674 -0.44 
- 1.5303  56.0521 -0.44 
- 1.52434  56.36 -0.44 
- 1.5152  56.8522 -0.44 
- 1.5  57.6627 -0.44 
- 1.49029  58.18 -0.44 
- 1.4848  58.486 -0.44 
- 1.4697  59.3244 -0.44 
- 1.45748  60 -0.44 
- 1.4545  60.1741 -0.44 
-
-
-# Contour 25, label:    -0.45
- 1.41815  180 -0.45 
- 1.41803  178.18 -0.45 
- 1.41767  176.36 -0.45 
- 1.41706  174.55 -0.45 
- 1.41622  172.73 -0.45 
- 1.41513  170.91 -0.45 
- 1.4138  169.09 -0.45 
- 1.41222  167.27 -0.45 
- 1.4104  165.45 -0.45 
- 1.4091  164.306 -0.45 
- 1.40833  163.64 -0.45 
- 1.40598  161.82 -0.45 
- 1.40339  160 -0.45 
- 1.40055  158.18 -0.45 
- 1.39746  156.36 -0.45 
- 1.39413  154.55 -0.45 
- 1.3939  154.435 -0.45 
- 1.39053  152.73 -0.45 
- 1.38668  150.91 -0.45 
- 1.38258  149.09 -0.45 
- 1.3788  147.504 -0.45 
- 1.37823  147.27 -0.45 
- 1.37356  145.45 -0.45 
- 1.36864  143.64 -0.45 
- 1.3636  141.862 -0.45 
- 1.36348  141.82 -0.45 
- 1.35803  140 -0.45 
- 1.35235  138.18 -0.45 
- 1.3485  136.992 -0.45 
- 1.34639  136.36 -0.45 
- 1.34011  134.55 -0.45 
- 1.3336  132.73 -0.45 
- 1.3333  132.648 -0.45 
- 1.32679  130.91 -0.45 
- 1.31977  129.09 -0.45 
- 1.3182  128.693 -0.45 
- 1.31237  127.27 -0.45 
- 1.30472  125.45 -0.45 
- 1.303  125.049 -0.45 
- 1.29677  123.64 -0.45 
- 1.2886  121.82 -0.45 
- 1.2879  121.665 -0.45 
- 1.27997  120 -0.45 
- 1.2727  118.495 -0.45 
- 1.27111  118.18 -0.45 
- 1.26187  116.36 -0.45 
- 1.2576  115.527 -0.45 
- 1.25225  114.55 -0.45 
- 1.2424  112.751 -0.45 
- 1.24228  112.73 -0.45 
- 1.23172  110.91 -0.45 
- 1.2273  110.146 -0.45 
- 1.22061  109.09 -0.45 
- 1.2121  107.736 -0.45 
- 1.20888  107.27 -0.45 
- 1.197  105.533 -0.45 
- 1.19635  105.45 -0.45 
- 1.18237  103.64 -0.45 
- 1.1818  103.565 -0.45 
- 1.1667  101.848 -0.45 
- 1.16639  101.82 -0.45 
- 1.1515  100.419 -0.45 
- 1.1456  100 -0.45 
- 1.1364  99.3301 -0.45 
- 1.1212  98.62 -0.45 
- 1.1061  98.3032 -0.45 
- 1.0909  98.3714 -0.45 
- 1.0758  98.8173 -0.45 
- 1.0606  99.6355 -0.45 
- 1.05607  100 -0.45 
- 1.0455  100.793 -0.45 
- 1.0352  101.82 -0.45 
- 1.0303  102.282 -0.45 
- 1.01908  103.64 -0.45 
- 1.0152  104.087 -0.45 
- 1.00556  105.45 -0.45 
- 1  106.212 -0.45 
-
- 1.91566  14.55 -0.45 
- 1.9242  13.7143 -0.45 
- 1.93372  12.73 -0.45 
- 1.9394  12.0862 -0.45 
- 1.94935  10.91 -0.45 
- 1.9545  10.2056 -0.45 
- 1.96263  9.09 -0.45 
- 1.9697  7.89408 -0.45 
- 1.97343  7.27 -0.45 
- 1.98182  5.45 -0.45 
- 1.9848  4.52286 -0.45 
- 1.98786  3.64 -0.45 
- 1.99159  1.82 -0.45 
- 1.99281  0 -0.45 
-
- 1.3939  58.4713 -0.45 
- 1.3788  59.1696 -0.45 
- 1.3636  59.8667 -0.45 
- 1.36059  60 -0.45 
- 1.3485  60.5572 -0.45 
- 1.3333  61.2374 -0.45 
- 1.32004  61.82 -0.45 
- 1.3182  61.9058 -0.45 
- 1.303  62.5561 -0.45 
- 1.2879  63.1775 -0.45 
- 1.27571  63.64 -0.45 
- 1.2727  63.7625 -0.45 
- 1.2576  64.2955 -0.45 
- 1.2424  64.7538 -0.45 
- 1.2273  65.1129 -0.45 
- 1.2121  65.332 -0.45 
- 1.197  65.3527 -0.45 
- 1.1818  65.0765 -0.45 
- 1.1667  64.3324 -0.45 
- 1.15914  63.64 -0.45 
- 1.1515  62.6367 -0.45 
- 1.14756  61.82 -0.45 
- 1.14305  60 -0.45 
- 1.14298  58.18 -0.45 
- 1.14681  56.36 -0.45 
- 1.1515  55.272 -0.45 
- 1.15459  54.55 -0.45 
- 1.16657  52.73 -0.45 
- 1.1667  52.7163 -0.45 
- 1.1818  51.0874 -0.45 
- 1.18337  50.91 -0.45 
- 1.197  49.8239 -0.45 
- 1.20549  49.09 -0.45 
- 1.2121  48.6755 -0.45 
- 1.2273  47.6784 -0.45 
- 1.23315  47.27 -0.45 
- 1.2424  46.7981 -0.45 
- 1.2576  45.9791 -0.45 
- 1.26669  45.45 -0.45 
- 1.2727  45.1926 -0.45 
- 1.2879  44.5228 -0.45 
- 1.303  43.7805 -0.45 
- 1.30579  43.64 -0.45 
- 1.3182  43.1754 -0.45 
- 1.3333  42.561 -0.45 
- 1.3485  41.8768 -0.45 
- 1.34972  41.82 -0.45 
- 1.3636  41.3427 -0.45 
- 1.3788  40.7749 -0.45 
- 1.3939  40.1403 -0.45 
- 1.39713  40 -0.45 
- 1.4091  39.6123 -0.45 
- 1.4242  39.0782 -0.45 
- 1.4394  38.4798 -0.45 
- 1.44647  38.18 -0.45 
- 1.4545  37.9232 -0.45 
- 1.4697  37.4104 -0.45 
- 1.4848  36.8341 -0.45 
- 1.4961  36.36 -0.45 
- 1.5  36.2359 -0.45 
- 1.5152  35.7345 -0.45 
- 1.5303  35.1688 -0.45 
- 1.54488  34.55 -0.45 
- 1.5455  34.5296 -0.45 
- 1.5606  34.0206 -0.45 
- 1.5758  33.4434 -0.45 
- 1.5909  32.7776 -0.45 
- 1.59195  32.73 -0.45 
- 1.6061  32.2338 -0.45 
- 1.6212  31.6289 -0.45 
- 1.6364  30.9254 -0.45 
- 1.63672  30.91 -0.45 
- 1.6515  30.352 -0.45 
- 1.6667  29.6951 -0.45 
- 1.67887  29.09 -0.45 
- 1.6818  28.9718 -0.45 
- 1.697  28.3366 -0.45 
- 1.7121  27.5929 -0.45 
- 1.71816  27.27 -0.45 
- 1.7273  26.8687 -0.45 
- 1.7424  26.1274 -0.45 
- 1.75444  25.45 -0.45 
- 1.7576  25.3 -0.45 
- 1.7727  24.5393 -0.45 
- 1.78778  23.64 -0.45 
- 1.7879  23.6339 -0.45 
- 1.803  22.8173 -0.45 
- 1.8182  21.8407 -0.45 
- 1.81851  21.82 -0.45 
- 1.8333  20.9331 -0.45 
- 1.84663  20 -0.45 
- 1.8485  19.8786 -0.45 
- 1.8636  18.8417 -0.45 
- 1.87221  18.18 -0.45 
- 1.8788  17.6935 -0.45 
- 1.8939  16.4511 -0.45 
- 1.89497  16.36 -0.45 
- 1.9091  15.1616 -0.45 
- 1.91566  14.55 -0.45 
-
- 2.38737  0 -0.45 
- 2.3861  1.82 -0.45 
- 2.38229  3.64 -0.45 
- 2.3788  4.63867 -0.45 
- 2.3759  5.45 -0.45 
- 2.36689  7.27 -0.45 
- 2.3636  7.79065 -0.45 
- 2.35532  9.09 -0.45 
- 2.3485  9.97307 -0.45 
- 2.34112  10.91 -0.45 
- 2.3333  11.7569 -0.45 
- 2.32427  12.73 -0.45 
- 2.3182  13.3017 -0.45 
- 2.30473  14.55 -0.45 
- 2.303  14.6918 -0.45 
- 2.2879  15.9245 -0.45 
- 2.28248  16.36 -0.45 
- 2.2727  17.0744 -0.45 
- 2.2576  18.1781 -0.45 
- 2.25757  18.18 -0.45 
- 2.2424  19.1739 -0.45 
- 2.22985  20 -0.45 
- 2.2273  20.155 -0.45 
- 2.2121  21.0619 -0.45 
- 2.19949  21.82 -0.45 
- 2.197  21.959 -0.45 
- 2.1818  22.7935 -0.45 
- 2.1667  23.6326 -0.45 
- 2.16657  23.64 -0.45 
- 2.1515  24.4042 -0.45 
- 2.1364  25.1803 -0.45 
- 2.1311  25.45 -0.45 
- 2.1212  25.9264 -0.45 
- 2.1061  26.6581 -0.45 
- 2.09352  27.27 -0.45 
- 2.0909  27.3905 -0.45 
- 2.0758  28.0822 -0.45 
- 2.0606  28.7844 -0.45 
- 2.05406  29.09 -0.45 
- 2.0455  29.4679 -0.45 
- 2.0303  30.1369 -0.45 
- 2.0152  30.821 -0.45 
- 2.01322  30.91 -0.45 
- 2  31.4715 -0.45 
- 1.9848  32.1278 -0.45 
- 1.97129  32.73 -0.45 
- 1.9697  32.7974 -0.45 
- 1.9545  33.4327 -0.45 
- 1.9394  34.0846 -0.45 
- 1.9288  34.55 -0.45 
- 1.9242  34.7409 -0.45 
- 1.9091  35.3721 -0.45 
- 1.8939  36.0234 -0.45 
- 1.88624  36.36 -0.45 
- 1.8788  36.6724 -0.45 
- 1.8636  37.3126 -0.45 
- 1.8485  37.976 -0.45 
- 1.84388  38.18 -0.45 
- 1.8333  38.6239 -0.45 
- 1.8182  39.2737 -0.45 
- 1.803  39.9493 -0.45 
- 1.80187  40 -0.45 
- 1.7879  40.5955 -0.45 
- 1.7727  41.2578 -0.45 
- 1.76029  41.82 -0.45 
- 1.7576  41.937 -0.45 
- 1.7424  42.5914 -0.45 
- 1.7273  43.2676 -0.45 
- 1.71909  43.64 -0.45 
- 1.7121  43.9432 -0.45 
- 1.697  44.6067 -0.45 
- 1.6818  45.2926 -0.45 
- 1.67835  45.45 -0.45 
- 1.6667  45.9653 -0.45 
- 1.6515  46.645 -0.45 
- 1.638  47.27 -0.45 
- 1.6364  47.3424 -0.45 
- 1.6212  48.0164 -0.45 
- 1.6061  48.7074 -0.45 
- 1.59778  49.09 -0.45 
- 1.5909  49.4003 -0.45 
- 1.5758  50.0848 -0.45 
- 1.5606  50.786 -0.45 
- 1.55791  50.91 -0.45 
- 1.5455  51.4746 -0.45 
- 1.5303  52.1688 -0.45 
- 1.51826  52.73 -0.45 
- 1.5152  52.8724 -0.45 
- 1.5  53.564 -0.45 
- 1.4848  54.2666 -0.45 
- 1.47868  54.55 -0.45 
- 1.4697  54.9657 -0.45 
- 1.4545  55.6609 -0.45 
- 1.43952  56.36 -0.45 
- 1.4394  56.3656 -0.45 
- 1.4242  57.0645 -0.45 
- 1.4091  57.7672 -0.45 
- 1.40008  58.18 -0.45 
- 1.3939  58.4713 -0.45 
-
-
-# Contour 26, label:    -0.46
- 1.36854  180 -0.46 
- 1.36841  178.18 -0.46 
- 1.36802  176.36 -0.46 
- 1.36738  174.55 -0.46 
- 1.36647  172.73 -0.46 
- 1.36531  170.91 -0.46 
- 1.36388  169.09 -0.46 
- 1.3636  168.782 -0.46 
- 1.36219  167.27 -0.46 
- 1.36023  165.45 -0.46 
- 1.35801  163.64 -0.46 
- 1.35553  161.82 -0.46 
- 1.35278  160 -0.46 
- 1.34977  158.18 -0.46 
- 1.3485  157.476 -0.46 
- 1.34644  156.36 -0.46 
- 1.34281  154.55 -0.46 
- 1.33892  152.73 -0.46 
- 1.33474  150.91 -0.46 
- 1.3333  150.318 -0.46 
- 1.33026  149.09 -0.46 
- 1.32549  147.27 -0.46 
- 1.32044  145.45 -0.46 
- 1.3182  144.684 -0.46 
- 1.31504  143.64 -0.46 
- 1.30929  141.82 -0.46 
- 1.30326  140 -0.46 
- 1.303  139.924 -0.46 
- 1.29684  138.18 -0.46 
- 1.29014  136.36 -0.46 
- 1.2879  135.776 -0.46 
- 1.28299  134.55 -0.46 
- 1.27547  132.73 -0.46 
- 1.2727  132.08 -0.46 
- 1.26753  130.91 -0.46 
- 1.25923  129.09 -0.46 
- 1.2576  128.742 -0.46 
- 1.25029  127.27 -0.46 
- 1.2424  125.722 -0.46 
- 1.24094  125.45 -0.46 
- 1.23093  123.64 -0.46 
- 1.2273  122.993 -0.46 
- 1.22017  121.82 -0.46 
- 1.2121  120.518 -0.46 
- 1.20862  120 -0.46 
- 1.197  118.298 -0.46 
- 1.1961  118.18 -0.46 
- 1.182  116.36 -0.46 
- 1.1818  116.335 -0.46 
- 1.1667  114.641 -0.46 
- 1.16575  114.55 -0.46 
- 1.1515  113.206 -0.46 
- 1.14529  112.73 -0.46 
- 1.1364  112.054 -0.46 
- 1.1212  111.198 -0.46 
- 1.1133  110.91 -0.46 
- 1.1061  110.649 -0.46 
- 1.0909  110.417 -0.46 
- 1.0758  110.515 -0.46 
- 1.06202  110.91 -0.46 
- 1.0606  110.95 -0.46 
- 1.0455  111.725 -0.46 
- 1.03202  112.73 -0.46 
- 1.0303  112.856 -0.46 
- 1.0152  114.354 -0.46 
- 1.01364  114.55 -0.46 
- 1  116.233 -0.46 
-
- 1.3182  54.6348 -0.46 
- 1.303  54.7339 -0.46 
- 1.2879  54.6633 -0.46 
- 1.28243  54.55 -0.46 
- 1.2727  54.0743 -0.46 
- 1.26316  52.73 -0.46 
- 1.26886  50.91 -0.46 
- 1.2727  50.523 -0.46 
- 1.28488  49.09 -0.46 
- 1.2879  48.8882 -0.46 
- 1.303  47.7797 -0.46 
- 1.30897  47.27 -0.46 
- 1.3182  46.7917 -0.46 
- 1.3333  45.8963 -0.46 
- 1.33999  45.45 -0.46 
- 1.3485  45.0876 -0.46 
- 1.3636  44.377 -0.46 
- 1.3769  43.64 -0.46 
- 1.3788  43.569 -0.46 
- 1.3939  42.9894 -0.46 
- 1.4091  42.3134 -0.46 
- 1.41879  41.82 -0.46 
- 1.4242  41.633 -0.46 
- 1.4394  41.085 -0.46 
- 1.4545  40.4448 -0.46 
- 1.46383  40 -0.46 
- 1.4697  39.8079 -0.46 
- 1.4848  39.2829 -0.46 
- 1.5  38.6683 -0.46 
- 1.51052  38.18 -0.46 
- 1.5152  38.0289 -0.46 
- 1.5303  37.515 -0.46 
- 1.5455  36.9113 -0.46 
- 1.5573  36.36 -0.46 
- 1.5606  36.2515 -0.46 
- 1.5758  35.7368 -0.46 
- 1.5909  35.1284 -0.46 
- 1.60313  34.55 -0.46 
- 1.6061  34.4484 -0.46 
- 1.6212  33.9091 -0.46 
- 1.6364  33.2641 -0.46 
- 1.64706  32.73 -0.46 
- 1.6515  32.5679 -0.46 
- 1.6667  31.9821 -0.46 
- 1.6818  31.2689 -0.46 
- 1.68856  30.91 -0.46 
- 1.697  30.5793 -0.46 
- 1.7121  29.9107 -0.46 
- 1.72706  29.09 -0.46 
- 1.7273  29.08 -0.46 
- 1.7424  28.4233 -0.46 
- 1.7576  27.6119 -0.46 
- 1.76325  27.27 -0.46 
- 1.7727  26.8239 -0.46 
- 1.7879  25.9986 -0.46 
- 1.79649  25.45 -0.46 
- 1.803  25.1152 -0.46 
- 1.8182  24.2443 -0.46 
- 1.82713  23.64 -0.46 
- 1.8333  23.2872 -0.46 
- 1.8485  22.3191 -0.46 
- 1.85531  21.82 -0.46 
- 1.8636  21.291 -0.46 
- 1.8788  20.1743 -0.46 
- 1.88098  20 -0.46 
- 1.8939  19.0692 -0.46 
- 1.90459  18.18 -0.46 
- 1.9091  17.8243 -0.46 
- 1.9242  16.4994 -0.46 
- 1.9257  16.36 -0.46 
- 1.9394  15.1104 -0.46 
- 1.94496  14.55 -0.46 
- 1.9545  13.548 -0.46 
- 1.96185  12.73 -0.46 
- 1.9697  11.7756 -0.46 
- 1.97653  10.91 -0.46 
- 1.9848  9.69438 -0.46 
- 1.98892  9.09 -0.46 
- 1.99902  7.27 -0.46 
- 2  7.04345 -0.46 
- 2.00725  5.45 -0.46 
- 2.01284  3.64 -0.46 
- 2.0152  2.32046 -0.46 
- 2.01619  1.82 -0.46 
- 2.01741  0 -0.46 
-
- 2.33817  0 -0.46 
- 2.33684  1.82 -0.46 
- 2.3333  3.43987 -0.46 
- 2.33285  3.64 -0.46 
- 2.3261  5.45 -0.46 
- 2.3182  6.99598 -0.46 
- 2.31675  7.27 -0.46 
- 2.30454  9.09 -0.46 
- 2.303  9.28024 -0.46 
- 2.28963  10.91 -0.46 
- 2.2879  11.0907 -0.46 
- 2.2727  12.6417 -0.46 
- 2.27183  12.73 -0.46 
- 2.2576  13.9873 -0.46 
- 2.25113  14.55 -0.46 
- 2.2424  15.2222 -0.46 
- 2.22766  16.36 -0.46 
- 2.2273  16.385 -0.46 
- 2.2121  17.4205 -0.46 
- 2.20105  18.18 -0.46 
- 2.197  18.4335 -0.46 
- 2.1818  19.3653 -0.46 
- 2.17155  20 -0.46 
- 2.1667  20.2752 -0.46 
- 2.1515  21.1213 -0.46 
- 2.13917  21.82 -0.46 
- 2.1364  21.9645 -0.46 
- 2.1212  22.7386 -0.46 
- 2.1061  23.5284 -0.46 
- 2.10393  23.64 -0.46 
- 2.0909  24.2515 -0.46 
- 2.0758  24.9749 -0.46 
- 2.06596  25.45 -0.46 
- 2.0606  25.6896 -0.46 
- 2.0455  26.3634 -0.46 
- 2.0303  27.0589 -0.46 
- 2.02572  27.27 -0.46 
- 2.0152  27.7148 -0.46 
- 2  28.3614 -0.46 
- 1.9848  29.0368 -0.46 
- 1.9836  29.09 -0.46 
- 1.9697  29.6509 -0.46 
- 1.9545  30.2804 -0.46 
- 1.94015  30.91 -0.46 
- 1.9394  30.9401 -0.46 
- 1.9242  31.5331 -0.46 
- 1.9091  32.1538 -0.46 
- 1.89577  32.73 -0.46 
- 1.8939  32.8033 -0.46 
- 1.8788  33.3902 -0.46 
- 1.8636  34.0098 -0.46 
- 1.85122  34.55 -0.46 
- 1.8485  34.6561 -0.46 
- 1.8333  35.24 -0.46 
- 1.8182  35.8615 -0.46 
- 1.80675  36.36 -0.46 
- 1.803  36.5062 -0.46 
- 1.7879  37.0986 -0.46 
- 1.7727  37.7328 -0.46 
- 1.76267  38.18 -0.46 
- 1.7576  38.3803 -0.46 
- 1.7424  38.9807 -0.46 
- 1.7273  39.6258 -0.46 
- 1.71893  40 -0.46 
- 1.7121  40.2696 -0.46 
- 1.697  40.8782 -0.46 
- 1.6818  41.5333 -0.46 
- 1.67545  41.82 -0.46 
- 1.6667  42.1679 -0.46 
- 1.6515  42.7825 -0.46 
- 1.6364  43.4435 -0.46 
- 1.63199  43.64 -0.46 
- 1.6212  44.0619 -0.46 
- 1.6061  44.6743 -0.46 
- 1.5909  45.3312 -0.46 
- 1.58819  45.45 -0.46 
- 1.5758  45.9341 -0.46 
- 1.5606  46.544 -0.46 
- 1.5455  47.1945 -0.46 
- 1.54373  47.27 -0.46 
- 1.5303  47.7795 -0.46 
- 1.5152  48.3742 -0.46 
- 1.5  49.0025 -0.46 
- 1.49785  49.09 -0.46 
- 1.4848  49.5685 -0.46 
- 1.4697  50.1349 -0.46 
- 1.4545  50.724 -0.46 
- 1.44966  50.91 -0.46 
- 1.4394  51.268 -0.46 
- 1.4242  51.7858 -0.46 
- 1.4091  52.3101 -0.46 
- 1.3969  52.73 -0.46 
- 1.3939  52.8248 -0.46 
- 1.3788  53.2592 -0.46 
- 1.3636  53.6716 -0.46 
- 1.3485  54.0542 -0.46 
- 1.3333  54.3928 -0.46 
- 1.32393  54.55 -0.46 
- 1.3182  54.6348 -0.46 
-
-
-# Contour 27, label:    -0.47
- 1.31661  180 -0.47 
- 1.31647  178.18 -0.47 
- 1.31604  176.36 -0.47 
- 1.31533  174.55 -0.47 
- 1.31433  172.73 -0.47 
- 1.31304  170.91 -0.47 
- 1.31147  169.09 -0.47 
- 1.3096  167.27 -0.47 
- 1.30745  165.45 -0.47 
- 1.30501  163.64 -0.47 
- 1.303  162.298 -0.47 
- 1.30227  161.82 -0.47 
- 1.29919  160 -0.47 
- 1.29581  158.18 -0.47 
- 1.29213  156.36 -0.47 
- 1.28815  154.55 -0.47 
- 1.2879  154.444 -0.47 
- 1.28372  152.73 -0.47 
- 1.27896  150.91 -0.47 
- 1.27389  149.09 -0.47 
- 1.2727  148.686 -0.47 
- 1.26839  147.27 -0.47 
- 1.26252  145.45 -0.47 
- 1.2576  144.01 -0.47 
- 1.25627  143.64 -0.47 
- 1.24943  141.82 -0.47 
- 1.2424  140.036 -0.47 
- 1.24225  140 -0.47 
- 1.23441  138.18 -0.47 
- 1.2273  136.603 -0.47 
- 1.22612  136.36 -0.47 
- 1.21699  134.55 -0.47 
- 1.2121  133.613 -0.47 
- 1.20716  132.73 -0.47 
- 1.197  130.979 -0.47 
- 1.19656  130.91 -0.47 
- 1.18451  129.09 -0.47 
- 1.1818  128.693 -0.47 
- 1.17099  127.27 -0.47 
- 1.1667  126.722 -0.47 
- 1.15516  125.45 -0.47 
- 1.1515  125.061 -0.47 
- 1.1364  123.709 -0.47 
- 1.13542  123.64 -0.47 
- 1.1212  122.663 -0.47 
- 1.1061  121.925 -0.47 
- 1.10232  121.82 -0.47 
- 1.0909  121.511 -0.47 
- 1.0758  121.429 -0.47 
- 1.0606  121.693 -0.47 
- 1.05756  121.82 -0.47 
- 1.0455  122.323 -0.47 
- 1.0303  123.337 -0.47 
- 1.0271  123.64 -0.47 
- 1.0152  124.762 -0.47 
- 1.0096  125.45 -0.47 
- 1  126.647 -0.47 
-
- 2.28181  0 -0.47 
- 2.28035  1.82 -0.47 
- 2.27604  3.64 -0.47 
- 2.2727  4.48923 -0.47 
- 2.26875  5.45 -0.47 
- 2.25861  7.27 -0.47 
- 2.2576  7.41338 -0.47 
- 2.24524  9.09 -0.47 
- 2.2424  9.41166 -0.47 
- 2.22891  10.91 -0.47 
- 2.2273  11.0635 -0.47 
- 2.2121  12.4664 -0.47 
- 2.2092  12.73 -0.47 
- 2.197  13.6991 -0.47 
- 2.18618  14.55 -0.47 
- 2.1818  14.853 -0.47 
- 2.1667  15.8836 -0.47 
- 2.15963  16.36 -0.47 
- 2.1515  16.8502 -0.47 
- 2.1364  17.7607 -0.47 
- 2.12936  18.18 -0.47 
- 2.1212  18.6134 -0.47 
- 2.1061  19.4138 -0.47 
- 2.09516  20 -0.47 
- 2.0909  20.2025 -0.47 
- 2.0758  20.9012 -0.47 
- 2.0606  21.6294 -0.47 
- 2.05656  21.82 -0.47 
- 2.0455  22.2738 -0.47 
- 2.0303  22.8956 -0.47 
- 2.0152  23.5553 -0.47 
- 2.01316  23.64 -0.47 
- 2  24.0966 -0.47 
- 1.9848  24.629 -0.47 
- 1.9697  25.1974 -0.47 
- 1.96292  25.45 -0.47 
- 1.9545  25.7014 -0.47 
- 1.9394  26.1195 -0.47 
- 1.9242  26.536 -0.47 
- 1.9091  26.9723 -0.47 
- 1.89863  27.27 -0.47 
- 1.8939  27.3558 -0.47 
- 1.8788  27.4532 -0.47 
- 1.86897  27.27 -0.47 
- 1.87725  25.45 -0.47 
- 1.8788  25.3425 -0.47 
- 1.8939  23.8905 -0.47 
- 1.89558  23.64 -0.47 
- 1.9091  22.5545 -0.47 
- 1.91554  21.82 -0.47 
- 1.9242  21.1147 -0.47 
- 1.93492  20 -0.47 
- 1.9394  19.6179 -0.47 
- 1.95327  18.18 -0.47 
- 1.9545  18.0659 -0.47 
- 1.9697  16.4845 -0.47 
- 1.97074  16.36 -0.47 
- 1.9848  14.7987 -0.47 
- 1.98682  14.55 -0.47 
- 2  12.9017 -0.47 
- 2.00128  12.73 -0.47 
- 2.01408  10.91 -0.47 
- 2.0152  10.7286 -0.47 
- 2.02524  9.09 -0.47 
- 2.0303  8.05141 -0.47 
- 2.03427  7.27 -0.47 
- 2.04144  5.45 -0.47 
- 2.0455  3.93286 -0.47 
- 2.04637  3.64 -0.47 
- 2.04966  1.82 -0.47 
- 2.05072  0 -0.47 
-
-
-# Contour 28, label:    -0.48
- 1.26014  180 -0.48 
- 1.25998  178.18 -0.48 
- 1.2595  176.36 -0.48 
- 1.2587  174.55 -0.48 
- 1.2576  172.768 -0.48 
- 1.25758  172.73 -0.48 
- 1.25607  170.91 -0.48 
- 1.25422  169.09 -0.48 
- 1.25203  167.27 -0.48 
- 1.2495  165.45 -0.48 
- 1.24663  163.64 -0.48 
- 1.24341  161.82 -0.48 
- 1.2424  161.302 -0.48 
- 1.23975  160 -0.48 
- 1.23568  158.18 -0.48 
- 1.23124  156.36 -0.48 
- 1.2273  154.873 -0.48 
- 1.22638  154.55 -0.48 
- 1.22088  152.73 -0.48 
- 1.21498  150.91 -0.48 
- 1.2121  150.078 -0.48 
- 1.20846  149.09 -0.48 
- 1.20134  147.27 -0.48 
- 1.197  146.223 -0.48 
- 1.19349  145.45 -0.48 
- 1.18478  143.64 -0.48 
- 1.1818  143.049 -0.48 
- 1.17498  141.82 -0.48 
- 1.1667  140.401 -0.48 
- 1.16403  140 -0.48 
- 1.1515  138.207 -0.48 
- 1.15128  138.18 -0.48 
- 1.1364  136.432 -0.48 
- 1.13563  136.36 -0.48 
- 1.1212  135.058 -0.48 
- 1.11371  134.55 -0.48 
- 1.1061  134.052 -0.48 
- 1.0909  133.422 -0.48 
- 1.0758  133.174 -0.48 
- 1.0606  133.327 -0.48 
- 1.0455  133.904 -0.48 
- 1.03592  134.55 -0.48 
- 1.0303  134.936 -0.48 
- 1.01625  136.36 -0.48 
- 1.0152  136.47 -0.48 
- 1.003  138.18 -0.48 
- 1  138.612 -0.48 
-
- 2.19757  0 -0.48 
- 2.197  0.589209 -0.48 
- 2.19542  1.82 -0.48 
- 2.18887  3.64 -0.48 
- 2.1818  4.94148 -0.48 
- 2.17831  5.45 -0.48 
- 2.1667  6.81384 -0.48 
- 2.16172  7.27 -0.48 
- 2.1515  8.07183 -0.48 
- 2.1364  9.01895 -0.48 
- 2.13308  9.09 -0.48 
- 2.1212  9.31904 -0.48 
- 2.1162  9.09 -0.48 
- 2.10889  7.27 -0.48 
- 2.10999  5.45 -0.48 
- 2.1118  3.64 -0.48 
- 2.11311  1.82 -0.48 
- 2.11358  0 -0.48 
-
-
-# Contour 29, label:    -0.49
- 1.19339  180 -0.49 
- 1.19317  178.18 -0.49 
- 1.19251  176.36 -0.49 
- 1.19141  174.55 -0.49 
- 1.18985  172.73 -0.49 
- 1.18786  170.91 -0.49 
- 1.18542  169.09 -0.49 
- 1.18253  167.27 -0.49 
- 1.1818  166.873 -0.49 
- 1.17896  165.45 -0.49 
- 1.17481  163.64 -0.49 
- 1.17017  161.82 -0.49 
- 1.1667  160.591 -0.49 
- 1.16481  160 -0.49 
- 1.15843  158.18 -0.49 
- 1.1515  156.37 -0.49 
- 1.15145  156.36 -0.49 
- 1.14278  154.55 -0.49 
- 1.1364  153.31 -0.49 
- 1.13277  152.73 -0.49 
- 1.1212  151.008 -0.49 
- 1.12035  150.91 -0.49 
- 1.1061  149.367 -0.49 
- 1.10232  149.09 -0.49 
- 1.0909  148.305 -0.49 
- 1.0758  147.788 -0.49 
- 1.0606  147.832 -0.49 
- 1.0455  148.469 -0.49 
- 1.03807  149.09 -0.49 
- 1.0303  149.771 -0.49 
- 1.02191  150.91 -0.49 
- 1.0152  151.868 -0.49 
- 1.0108  152.73 -0.49 
- 1.00203  154.55 -0.49 
- 1  154.997 -0.49 
-
+link ../HCN_PES_2D.dat
\ No newline at end of file

Property changes on: examples/Test/Cart/HCN_PES_2D.dat
___________________________________________________________________
Added: svn:special
   + *

Index: examples/Test/Cart/HCN_cart.path
===================================================================
--- examples/Test/Cart/HCN_cart.path	(revision 3)
+++ examples/Test/Cart/HCN_cart.path	(revision 4)
@@ -5,6 +5,7 @@
  Ereac=-0.499465, ! Reactant energy
  EProd=-0.481645, ! Product energy
  OptProd=T, ! we optimize the product
+ OptReac=T, ! we optimize the reactants
  PathOnly=.F. ! Optimize the path
  Prog='test' ! Use analytical HCN PES
  MaxCyc=51, !Maximum number of iterations
@@ -12,8 +13,10 @@
  Coord='cart' ! We use cartesian coordinates
  NMaxPtPath=2000, ! Number of points to interpolate the path
  SMax=0.05, ! Maximum displacement when optimizing the path
- IReparam=5,
+ IReparam=1,
  Align=F
+ Hinv=T,
+ HUpdate="MS",
  /
   3
  Energy :      0.04937364
Index: examples/Test/Cart/HCN_irc.dat
===================================================================
--- examples/Test/Cart/HCN_irc.dat	(revision 3)
+++ examples/Test/Cart/HCN_irc.dat	(revision 4)
@@ -1,69 +1 @@
- # Bonds
-# b H    1C    2
-# b C    2N    3
- # Angles
-# a H    1C    2N    3
-      1.06590      1.15332    180.00000       -0.499465
-      1.06561      1.15325    176.88982       -0.499377
-      1.06570      1.15335    174.02210       -0.499138
-      1.06586      1.15353    170.95078       -0.498714
-      1.06607      1.15376    168.09455       -0.498165
-      1.06637      1.15408    164.91385       -0.497379
-      1.06670      1.15442    162.09619       -0.496530
-      1.06714      1.15486    158.94735       -0.495413
-      1.06763      1.15531    156.05955       -0.494234
-      1.06822      1.15583    153.01007       -0.492830
-      1.06885      1.15633    150.21956       -0.491404
-      1.06959      1.15689    147.27079       -0.489756
-      1.07049      1.15749    144.14787       -0.487855
-      1.07149      1.15809    141.07378       -0.485834
-      1.07256      1.15864    138.16412       -0.483790
-      1.07376      1.15916    135.19476       -0.481580
-      1.07510      1.15964    132.23023       -0.479258
-      1.07663      1.16005    129.15683       -0.476740
-      1.07837      1.16037    126.00973       -0.474060
-      1.08009      1.16053    123.16044       -0.471559
-      1.08221      1.16056    119.93872       -0.468667
-      1.08425      1.16040    117.07933       -0.466064
-      1.08659      1.16002    114.00521       -0.463255
-      1.08919      1.15936    110.84904       -0.460391
-      1.09171      1.15850    107.95560       -0.457817
-      1.09460      1.15726    104.83870       -0.455142
-      1.09764      1.15570    101.71142       -0.452608
-      1.10087      1.15379     98.58844       -0.450284
-      1.10436      1.15147     95.37560       -0.448173
-      1.10814      1.14875     92.10563       -0.446391
-      1.11191      1.14591     89.05102       -0.445128
-      1.11634      1.14255     85.74263       -0.444275
-      1.12089      1.13921     82.65131       -0.444025
-      1.12632      1.13547     79.32859       -0.444402
-      1.13282      1.13174     76.01436       -0.445481
-      1.14001      1.12794     72.65259       -0.447284
-      1.15042      1.12452     69.21033       -0.449817
-      1.16221      1.12113     65.62870       -0.453019
-      1.17874      1.11851     61.97104       -0.456622
-      1.20665      1.11732     58.03673       -0.460489
-      1.24855      1.11843     54.19020       -0.463775
-      1.30087      1.12180     51.01851       -0.465829
-      1.35220      1.12591     48.59419       -0.466846
-      1.40621      1.13051     46.34878       -0.467343
-      1.46207      1.13540     44.19528       -0.467501
-      1.51564      1.13990     42.15661       -0.467476
-      1.56560      1.14386     40.25979       -0.467399
-      1.61723      1.14759     38.27077       -0.467350
-      1.66953      1.15090     36.20206       -0.467413
-      1.71398      1.15329     34.38207       -0.467614
-      1.76142      1.15539     32.35915       -0.468037
-      1.80922      1.15705     30.21518       -0.468728
-      1.85273      1.15822     28.14818       -0.469623
-      1.89899      1.15917     25.80184       -0.470867
-      1.93870      1.15980     23.62924       -0.472173
-      1.97864      1.16037     21.25716       -0.473687
-      2.01539      1.16088     18.84780       -0.475227
-      2.04708      1.16138     16.52920       -0.476638
-      2.07748      1.16195     13.99286       -0.478032
-      2.10448      1.16259     11.32940       -0.479278
-      2.12706      1.16325      8.55209       -0.480304
-      2.14483      1.16392      5.56119       -0.481083
-      2.15481      1.16435      2.76003       -0.481508
-      2.15904      1.16463      0.00000       -0.481645
+link ../HCN_irc.dat
\ No newline at end of file

Property changes on: examples/Test/Cart/HCN_irc.dat
___________________________________________________________________
Deleted: svn:executable
   - 
Added: svn:special
   + *

Index: examples/Test/Cart/README
===================================================================
--- examples/Test/Cart/README	(revision 3)
+++ examples/Test/Cart/README	(revision 4)
@@ -5,16 +5,16 @@
 So, first, you have to launch run_Paht.
 Then you can analyse it either using:
 **)  AnaPath (as usual)
-../../../utils/AnaPath HCN_cart.out 50 Path 12 
+../../../utils/AnaPath HCN_cart.out 
 **) Dep_tscan_p 
-./Dep_tscan_p HCN_cart.out 50 Path PES
+../Dep_tscan_p HCN_cart.out  PES
 This will create a Path_p.gplot file that can be ran to visualizd the
  evolution of the Path projected on the 2D PES (in green). The actual
  IRC is also plotted in red.
 To go to the next iteration, you have to press a key.
 
 **) Dep_tscan_m
-./Dep_tscan_m HCN_cart.out 50 Path PES
+../Dep_tscan_m HCN_cart.out  PES
 This will create a Path_m.gplot file that can be ran to visualizd the
  evolution of the Path projected on the 2D PES (in green). The actual
  IRC is also plotted in red, as with Dep_tscan_p.
@@ -23,7 +23,7 @@
 To go to the next iteration, you have to press a key.
 
 **) Dep_tscan_movie
-./Dep_tscan_movie HCN_cart.out 50 Path PES
+../Dep_tscan_movie HCN_cart.out  PES
 This will create a Path_movie.gplot file that can be ran to visualizd the
  evolution of the Path projected on the 2D PES (in green). The actual
  IRC is also plotted in red, as with Dep_tscan_p.
Index: examples/Test/Cart/Test/README
===================================================================
--- examples/Test/Cart/Test/README	(revision 0)
+++ examples/Test/Cart/Test/README	(revision 4)
@@ -0,0 +1,5 @@
+** These are sample outputs **
+You can use them to check that your compilation when ok.
+For this, launch "run_Path" in the parent directory and compare the HCN_cart.out file
+to the one given here.
+
Index: examples/Test/Cart/Test/HCN_cart.out
===================================================================
--- examples/Test/Cart/Test/HCN_cart.out	(revision 0)
+++ examples/Test/Cart/Test/HCN_cart.out	(revision 4)
@@ -0,0 +1,3578 @@
+ OpenPath v1.4 (c) PFL/PD 2007-2011
+ Input has been set to the default: XYZ                             
+ NAT =     3
+ NGEOMI =     3
+ NGEOMF =    12
+ MAXCYC =    51
+ PATHNAME =  Path
+ Prog=TEST
+ EGrad.f90, L73, IOpt=           0
+ EGrad.f90, L73, IOpt=           0
+ EGrad.f90, L73, IOpt=           0
+ EGrad.f90, L73, IOpt=           0
+ EGrad.f90, L73, IOpt=           0
+ EGrad.f90, L73, IOpt=           0
+ EGrad.f90, L73, IOpt=           0
+ EGrad.f90, L73, IOpt=           0
+ EGrad.f90, L73, IOpt=           0
+ EGrad.f90, L73, IOpt=           0
+ EGrad.f90, L73, IOpt=           0
+ EGrad.f90, L73, IOpt=           0
+ GeomTmp=
+ -0.000  0.000 -0.000 -0.000  0.000 -0.000  0.039  1.127  2.234
+ GeomCart=
+  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000
+ EGrad.f90, L73, IOpt=           1
+ GeomTmp=
+  0.000  0.001 -0.000  0.281 -0.004 -0.002  0.262  1.136  2.261
+ GeomCart=
+  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000
+ EGrad.f90, L73, IOpt=           1
+ GeomTmp=
+  0.000  0.003 -0.000  0.547 -0.017 -0.003  0.508  1.126  2.263
+ GeomCart=
+  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000
+ EGrad.f90, L73, IOpt=           1
+ GeomTmp=
+  0.000  0.003  0.000  0.801 -0.028 -0.004  0.763  1.122  2.260
+ GeomCart=
+  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000
+ EGrad.f90, L73, IOpt=           1
+ GeomTmp=
+  0.000  0.000  0.000  1.053 -0.016 -0.009  1.020  1.134  2.244
+ GeomCart=
+  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000
+ EGrad.f90, L73, IOpt=           1
+ GeomTmp=
+  0.000  0.000  0.000  0.998 -0.024 -0.002  1.366  1.124  2.236
+ GeomCart=
+  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000
+ EGrad.f90, L73, IOpt=           1
+ GeomTmp=
+ -0.000 -0.000  0.001  0.839 -0.020 -0.010  1.691  1.121  2.235
+ GeomCart=
+  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000
+ EGrad.f90, L73, IOpt=           1
+ GeomTmp=
+ -0.000  0.003  0.002  0.673 -0.005 -0.035  2.009  1.120  2.254
+ GeomCart=
+  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000
+ EGrad.f90, L73, IOpt=           1
+ GeomTmp=
+ -0.001 -0.001  0.003  0.514 -0.004 -0.038  2.333  1.116  2.251
+ GeomCart=
+  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000
+ EGrad.f90, L73, IOpt=           1
+ GeomTmp=
+ -0.000 -0.005  0.004  0.357  0.001 -0.017  2.656  1.101  2.231
+ GeomCart=
+  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000
+ EGrad.f90, L73, IOpt=           1
+ GeomTmp=
+ -0.000 -0.002  0.002  0.189  0.001 -0.008  2.975  1.100  2.225
+ GeomCart=
+  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000
+ EGrad.f90, L73, IOpt=           1
+ GeomTmp=
+  0.000  0.000 -0.000  0.000  0.000 -0.000  3.269  1.092  2.299
+ GeomCart=
+  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000
+ EGrad.f90, L73, IOpt=           1
+     3
+Geometry   1/ 12 for iteration   1
+     H   -0.000000   -0.000000    0.038569
+     C    0.000000    0.000000    1.127061
+     N   -0.000000   -0.000000    2.234480
+     3
+Geometry   2/ 12 for iteration   1
+     H    0.000179    0.281432    0.262148
+     C    0.000990   -0.004410    1.136123
+     N   -0.000480   -0.002424    2.260898
+     3
+Geometry   3/ 12 for iteration   1
+     H    0.000303    0.546589    0.508343
+     C    0.003185   -0.017195    1.125538
+     N   -0.000175   -0.003455    2.263274
+     3
+Geometry   4/ 12 for iteration   1
+     H    0.000062    0.800519    0.763292
+     C    0.002533   -0.027856    1.121739
+     N    0.000408   -0.004014    2.259603
+     3
+Geometry   5/ 12 for iteration   1
+     H    0.000009    1.052765    1.019741
+     C    0.000262   -0.016287    1.133669
+     N    0.000019   -0.009410    2.244331
+     3
+Geometry   6/ 12 for iteration   1
+     H    0.000010    0.997810    1.365994
+     C    0.000108   -0.024443    1.123585
+     N    0.000137   -0.002221    2.236140
+     3
+Geometry   7/ 12 for iteration   1
+     H   -0.000016    0.838991    1.691078
+     C   -0.000085   -0.019839    1.120635
+     N    0.000650   -0.009882    2.235240
+     3
+Geometry   8/ 12 for iteration   1
+     H   -0.000263    0.672990    2.008845
+     C    0.003042   -0.004789    1.119729
+     N    0.002237   -0.035057    2.254316
+     3
+Geometry   9/ 12 for iteration   1
+     H   -0.000612    0.513652    2.333376
+     C   -0.000819   -0.004244    1.115942
+     N    0.003096   -0.037995    2.251391
+     3
+Geometry  10/ 12 for iteration   1
+     H   -0.000285    0.356553    2.655542
+     C   -0.004576    0.000562    1.101294
+     N    0.003633   -0.017031    2.230704
+     3
+Geometry  11/ 12 for iteration   1
+     H   -0.000008    0.189014    2.975301
+     C   -0.002498    0.001055    1.100498
+     N    0.002049   -0.008137    2.225329
+     3
+Geometry  12/ 12 for iteration   1
+     H    0.000000    0.000000    3.269430
+     C    0.000000    0.000000    1.091717
+     N   -0.000000   -0.000000    2.298689
+ EGrad.f90, L73, IOpt=           2
+ EGrad.f90, L73, IOpt=           2
+ EGrad.f90, L73, IOpt=           2
+ EGrad.f90, L73, IOpt=           2
+ EGrad.f90, L73, IOpt=           2
+ EGrad.f90, L73, IOpt=           2
+ EGrad.f90, L73, IOpt=           2
+ EGrad.f90, L73, IOpt=           2
+ EGrad.f90, L73, IOpt=           2
+ EGrad.f90, L73, IOpt=           2
+ EGrad.f90, L73, IOpt=           2
+ EGrad.f90, L73, IOpt=           2
+     3
+Geometry   1/ 12 for iteration   2
+     H   -0.000000   -0.000000    0.041614
+     C    0.000000    0.000000    1.102392
+     N   -0.000000   -0.000000    2.256095
+     3
+Geometry   2/ 12 for iteration   2
+     H   -0.000059    0.302364    0.238936
+     C    0.000778   -0.009905    1.135679
+     N   -0.000658   -0.006192    2.295653
+     3
+Geometry   3/ 12 for iteration   2
+     H    0.000070    0.569763    0.486746
+     C    0.004204   -0.023511    1.119386
+     N   -0.000267   -0.011068    2.298230
+     3
+Geometry   4/ 12 for iteration   2
+     H    0.000260    0.827379    0.742436
+     C    0.003770   -0.039422    1.115651
+     N    0.000811   -0.013520    2.291643
+     3
+Geometry   5/ 12 for iteration   2
+     H   -0.001234    1.082821    1.001711
+     C   -0.001045   -0.030933    1.125604
+     N   -0.001234   -0.026175    2.269224
+     3
+Geometry   6/ 12 for iteration   2
+     H   -0.000088    1.031415    1.357773
+     C    0.000114   -0.056909    1.108358
+     N    0.000038   -0.000475    2.243293
+     3
+Geometry   7/ 12 for iteration   2
+     H   -0.000098    0.882750    1.686995
+     C   -0.000330   -0.046804    1.105809
+     N    0.000455   -0.019290    2.239461
+     3
+Geometry   8/ 12 for iteration   2
+     H   -0.002094    0.714897    2.010147
+     C    0.004218   -0.026178    1.104106
+     N    0.004641   -0.046410    2.244417
+     3
+Geometry   9/ 12 for iteration   2
+     H   -0.014247    0.550294    2.333951
+     C    0.000540   -0.021046    1.107406
+     N    0.017445   -0.051690    2.238075
+     3
+Geometry  10/ 12 for iteration   2
+     H   -0.005693    0.388132    2.657159
+     C   -0.005982    0.000299    1.079561
+     N    0.010646   -0.043008    2.245832
+     3
+Geometry  11/ 12 for iteration   2
+     H   -0.000823    0.219376    2.978390
+     C   -0.003220    0.001043    1.066926
+     N    0.002179   -0.020939    2.227488
+     3
+Geometry  12/ 12 for iteration   2
+     H    0.000006   -0.000002    3.254088
+     C   -0.000003   -0.000004    1.127912
+     N   -0.000000   -0.000000    2.277956
+ EGrad.f90, L73, IOpt=           3
+ EGrad.f90, L73, IOpt=           3
+ EGrad.f90, L73, IOpt=           3
+ EGrad.f90, L73, IOpt=           3
+ EGrad.f90, L73, IOpt=           3
+ EGrad.f90, L73, IOpt=           3
+ EGrad.f90, L73, IOpt=           3
+ EGrad.f90, L73, IOpt=           3
+ EGrad.f90, L73, IOpt=           3
+ EGrad.f90, L73, IOpt=           3
+ EGrad.f90, L73, IOpt=           3
+ EGrad.f90, L73, IOpt=           3
+     3
+Geometry   1/ 12 for iteration   3
+     H   -0.000000   -0.000000    0.036475
+     C    0.000000    0.000000    1.104961
+     N   -0.000000   -0.000000    2.258665
+     3
+Geometry   2/ 12 for iteration   3
+     H   -0.002400    0.320397    0.210020
+     C   -0.000931    0.002406    1.153782
+     N   -0.003035   -0.025145    2.312700
+     3
+Geometry   3/ 12 for iteration   3
+     H   -0.001091    0.591006    0.463750
+     C    0.006899   -0.011461    1.137617
+     N    0.000266   -0.028541    2.312779
+     3
+Geometry   4/ 12 for iteration   3
+     H    0.000563    0.854983    0.724106
+     C    0.005421   -0.033268    1.134432
+     N    0.001889   -0.031531    2.306204
+     3
+Geometry   5/ 12 for iteration   3
+     H   -0.002159    1.084974    1.006840
+     C   -0.002033   -0.018862    1.128202
+     N   -0.002158   -0.041302    2.277946
+     3
+Geometry   6/ 12 for iteration   3
+     H   -0.000060    1.036576    1.359973
+     C    0.000190   -0.078481    1.100939
+     N    0.000095    0.019760    2.228376
+     3
+Geometry   7/ 12 for iteration   3
+     H    0.000124    0.910783    1.706200
+     C   -0.000101   -0.077183    1.099618
+     N    0.000817   -0.013597    2.221461
+     3
+Geometry   8/ 12 for iteration   3
+     H   -0.004014    0.741435    2.034441
+     C    0.005683   -0.045490    1.100106
+     N    0.006579   -0.055842    2.221592
+     3
+Geometry   9/ 12 for iteration   3
+     H   -0.045943    0.558151    2.350249
+     C    0.002503   -0.025273    1.106689
+     N    0.048600   -0.056338    2.226162
+     3
+Geometry  10/ 12 for iteration   3
+     H   -0.009018    0.409369    2.680015
+     C   -0.006044    0.000104    1.055743
+     N    0.014121   -0.069142    2.259402
+     3
+Geometry  11/ 12 for iteration   3
+     H   -0.001003    0.240705    3.005201
+     C   -0.002605    0.000710    1.055149
+     N    0.004598   -0.044050    2.224034
+     3
+Geometry  12/ 12 for iteration   3
+     H    0.000003   -0.000001    3.273989
+     C   -0.000001   -0.000002    1.109463
+     N   -0.000000   -0.000000    2.276492
+ EGrad.f90, L73, IOpt=           4
+ EGrad.f90, L73, IOpt=           4
+ EGrad.f90, L73, IOpt=           4
+ EGrad.f90, L73, IOpt=           4
+ EGrad.f90, L73, IOpt=           4
+ EGrad.f90, L73, IOpt=           4
+ EGrad.f90, L73, IOpt=           4
+ EGrad.f90, L73, IOpt=           4
+ EGrad.f90, L73, IOpt=           4
+ EGrad.f90, L73, IOpt=           4
+ EGrad.f90, L73, IOpt=           4
+ EGrad.f90, L73, IOpt=           4
+     3
+Geometry   1/ 12 for iteration   4
+     H   -0.000000   -0.000000    0.038528
+     C   -0.000000   -0.000000    1.104146
+     N   -0.000000   -0.000000    2.257427
+     3
+Geometry   2/ 12 for iteration   4
+     H   -0.005123    0.330906    0.192219
+     C   -0.003120    0.030266    1.169914
+     N   -0.005511   -0.048938    2.324299
+     3
+Geometry   3/ 12 for iteration   4
+     H   -0.005337    0.610854    0.448535
+     C    0.006477    0.009198    1.157398
+     N   -0.001190   -0.049049    2.325061
+     3
+Geometry   4/ 12 for iteration   4
+     H   -0.002757    0.883661    0.713013
+     C    0.002240   -0.017817    1.152118
+     N   -0.000921   -0.058558    2.319002
+     3
+Geometry   5/ 12 for iteration   4
+     H   -0.005176    1.090391    1.018266
+     C   -0.005092   -0.003967    1.138695
+     N   -0.005160   -0.072637    2.288750
+     3
+Geometry   6/ 12 for iteration   4
+     H    0.001339    1.034167    1.354130
+     C    0.001600   -0.093849    1.092943
+     N    0.001489    0.048414    2.214040
+     3
+Geometry   7/ 12 for iteration   4
+     H    0.000558    0.938248    1.715059
+     C    0.000335   -0.105410    1.087629
+     N    0.001268   -0.001369    2.203941
+     3
+Geometry   8/ 12 for iteration   4
+     H   -0.008107    0.775792    2.046079
+     C    0.007896   -0.050812    1.087313
+     N    0.011863   -0.070467    2.198286
+     3
+Geometry   9/ 12 for iteration   4
+     H   -0.056802    0.569472    2.348601
+     C    0.005524   -0.033065    1.126671
+     N    0.060794   -0.054357    2.207723
+     3
+Geometry  10/ 12 for iteration   4
+     H   -0.013698    0.446219    2.691592
+     C   -0.004169   -0.020034    1.044434
+     N    0.016522   -0.080862    2.248603
+     3
+Geometry  11/ 12 for iteration   4
+     H   -0.006125    0.261765    3.022965
+     C   -0.003726   -0.012102    1.050512
+     N    0.006282   -0.069042    2.222282
+     3
+Geometry  12/ 12 for iteration   4
+     H    0.000003   -0.000001    3.270685
+     C   -0.000002   -0.000002    1.112304
+     N   -0.000000   -0.000000    2.276956
+ Reactants optimized
+ EGrad.f90, L73, IOpt=           5
+ EGrad.f90, L73, IOpt=           5
+ EGrad.f90, L73, IOpt=           5
+ EGrad.f90, L73, IOpt=           5
+ EGrad.f90, L73, IOpt=           5
+ EGrad.f90, L73, IOpt=           5
+ EGrad.f90, L73, IOpt=           5
+ EGrad.f90, L73, IOpt=           5
+ EGrad.f90, L73, IOpt=           5
+ EGrad.f90, L73, IOpt=           5
+     3
+Geometry   1/ 12 for iteration   5
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration   5
+     H   -0.009504    0.334001    0.175829
+     C   -0.007333    0.063941    1.183812
+     N   -0.009542   -0.075565    2.332634
+     3
+Geometry   3/ 12 for iteration   5
+     H   -0.012662    0.625588    0.431076
+     C    0.002880    0.033770    1.176468
+     N   -0.005123   -0.072912    2.337258
+     3
+Geometry   4/ 12 for iteration   5
+     H   -0.008576    0.905340    0.699917
+     C   -0.004410    0.001743    1.166673
+     N   -0.006707   -0.090512    2.330373
+     3
+Geometry   5/ 12 for iteration   5
+     H   -0.009202    1.095772    1.031427
+     C   -0.009125    0.008769    1.150446
+     N   -0.009162   -0.107678    2.299445
+     3
+Geometry   6/ 12 for iteration   5
+     H    0.001883    1.034032    1.336936
+     C    0.002143   -0.102241    1.089092
+     N    0.002023    0.065839    2.204807
+     3
+Geometry   7/ 12 for iteration   5
+     H    0.001890    0.963533    1.705494
+     C    0.001677   -0.132531    1.073051
+     N    0.002526    0.024609    2.186806
+     3
+Geometry   8/ 12 for iteration   5
+     H   -0.016727    0.785956    2.023948
+     C    0.010241   -0.044622    1.079102
+     N    0.024169   -0.057719    2.203479
+     3
+Geometry   9/ 12 for iteration   5
+     H   -0.067319    0.592834    2.347032
+     C    0.007393   -0.043822    1.118872
+     N    0.075079   -0.059644    2.214688
+     3
+Geometry  10/ 12 for iteration   5
+     H   -0.021044    0.480733    2.702782
+     C   -0.000195   -0.042920    1.039108
+     N    0.022612   -0.080566    2.226096
+     3
+Geometry  11/ 12 for iteration   5
+     H   -0.017291    0.283863    3.038105
+     C   -0.002684   -0.040769    1.056989
+     N    0.012956   -0.089543    2.225488
+     3
+Geometry  12/ 12 for iteration   5
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=           6
+ EGrad.f90, L73, IOpt=           6
+ EGrad.f90, L73, IOpt=           6
+ EGrad.f90, L73, IOpt=           6
+ EGrad.f90, L73, IOpt=           6
+ EGrad.f90, L73, IOpt=           6
+ EGrad.f90, L73, IOpt=           6
+ EGrad.f90, L73, IOpt=           6
+ EGrad.f90, L73, IOpt=           6
+ EGrad.f90, L73, IOpt=           6
+     3
+Geometry   1/ 12 for iteration   6
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration   6
+     H   -0.014046    0.330491    0.162772
+     C   -0.012385    0.101474    1.198307
+     N   -0.013690   -0.100277    2.336155
+     3
+Geometry   3/ 12 for iteration   6
+     H   -0.020765    0.635969    0.414781
+     C   -0.002490    0.061385    1.195855
+     N   -0.009758   -0.096072    2.348900
+     3
+Geometry   4/ 12 for iteration   6
+     H   -0.013991    0.921961    0.688994
+     C   -0.011338    0.025953    1.182708
+     N   -0.012610   -0.122095    2.340654
+     3
+Geometry   5/ 12 for iteration   6
+     H   -0.013621    1.102352    1.041058
+     C   -0.013532    0.021072    1.164577
+     N   -0.013554   -0.146019    2.311117
+     3
+Geometry   6/ 12 for iteration   6
+     H   -0.002657    1.033172    1.338281
+     C   -0.002404   -0.095389    1.091339
+     N   -0.002506    0.041600    2.209733
+     3
+Geometry   7/ 12 for iteration   6
+     H    0.003353    0.981249    1.713758
+     C    0.004706   -0.153345    1.059875
+     N    0.006282    0.048866    2.168367
+     3
+Geometry   8/ 12 for iteration   6
+     H   -0.032879    0.813740    2.032675
+     C    0.014944   -0.043315    1.063819
+     N    0.042296   -0.062883    2.186523
+     3
+Geometry   9/ 12 for iteration   6
+     H   -0.090340    0.600885    2.345912
+     C    0.007808   -0.053708    1.126466
+     N    0.096641   -0.066182    2.225765
+     3
+Geometry  10/ 12 for iteration   6
+     H   -0.044396    0.504809    2.715112
+     C    0.004339   -0.059807    1.031750
+     N    0.044090   -0.077394    2.207041
+     3
+Geometry  11/ 12 for iteration   6
+     H   -0.035879    0.298347    3.049931
+     C    0.001187   -0.076824    1.068453
+     N    0.025757   -0.099268    2.235271
+     3
+Geometry  12/ 12 for iteration   6
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=           7
+ EGrad.f90, L73, IOpt=           7
+ EGrad.f90, L73, IOpt=           7
+ EGrad.f90, L73, IOpt=           7
+ EGrad.f90, L73, IOpt=           7
+ EGrad.f90, L73, IOpt=           7
+ EGrad.f90, L73, IOpt=           7
+ EGrad.f90, L73, IOpt=           7
+ EGrad.f90, L73, IOpt=           7
+ EGrad.f90, L73, IOpt=           7
+     3
+Geometry   1/ 12 for iteration   7
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration   7
+     H   -0.015682    0.330708    0.159660
+     C   -0.014168    0.114773    1.203640
+     N   -0.015114   -0.108842    2.337330
+     3
+Geometry   3/ 12 for iteration   7
+     H   -0.030440    0.647728    0.413356
+     C   -0.014037    0.092696    1.217173
+     N   -0.017011   -0.116270    2.356341
+     3
+Geometry   4/ 12 for iteration   7
+     H   -0.019240    0.945421    0.685500
+     C   -0.017792    0.048589    1.195257
+     N   -0.017737   -0.155606    2.349668
+     3
+Geometry   5/ 12 for iteration   7
+     H   -0.017734    1.107973    1.051809
+     C   -0.017628    0.031806    1.178845
+     N   -0.017642   -0.181219    2.321339
+     3
+Geometry   6/ 12 for iteration   7
+     H   -0.006984    1.032007    1.343918
+     C   -0.006731   -0.089496    1.094594
+     N   -0.006819    0.018760    2.213625
+     3
+Geometry   7/ 12 for iteration   7
+     H    0.002807    1.012694    1.723202
+     C    0.008359   -0.171507    1.044701
+     N    0.011727    0.058917    2.143302
+     3
+Geometry   8/ 12 for iteration   7
+     H   -0.062121    0.835043    2.028685
+     C    0.020069   -0.041201    1.048120
+     N    0.069034   -0.061222    2.173784
+     3
+Geometry   9/ 12 for iteration   7
+     H   -0.092287    0.626467    2.357030
+     C    0.010422   -0.064760    1.113155
+     N    0.103800   -0.068640    2.220760
+     3
+Geometry  10/ 12 for iteration   7
+     H   -0.077295    0.506885    2.733743
+     C    0.008168   -0.066874    1.025284
+     N    0.073921   -0.074017    2.198558
+     3
+Geometry  11/ 12 for iteration   7
+     H   -0.025134    0.315214    3.069216
+     C   -0.001186   -0.089784    1.074918
+     N    0.018820   -0.116088    2.232481
+     3
+Geometry  12/ 12 for iteration   7
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=           8
+ EGrad.f90, L73, IOpt=           8
+ EGrad.f90, L73, IOpt=           8
+ EGrad.f90, L73, IOpt=           8
+ EGrad.f90, L73, IOpt=           8
+ EGrad.f90, L73, IOpt=           8
+ EGrad.f90, L73, IOpt=           8
+ EGrad.f90, L73, IOpt=           8
+ EGrad.f90, L73, IOpt=           8
+ EGrad.f90, L73, IOpt=           8
+     3
+Geometry   1/ 12 for iteration   8
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration   8
+     H   -0.016429    0.338420    0.166047
+     C   -0.014609    0.115191    1.205716
+     N   -0.015483   -0.109725    2.335992
+     3
+Geometry   3/ 12 for iteration   8
+     H   -0.040491    0.666238    0.411316
+     C   -0.024872    0.121381    1.235901
+     N   -0.025276   -0.141649    2.365802
+     3
+Geometry   4/ 12 for iteration   8
+     H   -0.022227    0.951633    0.700445
+     C   -0.022388    0.074892    1.218909
+     N   -0.022609   -0.178635    2.354396
+     3
+Geometry   5/ 12 for iteration   8
+     H   -0.021959    1.111723    1.069121
+     C   -0.021832    0.038965    1.192344
+     N   -0.021839   -0.212394    2.329172
+     3
+Geometry   6/ 12 for iteration   8
+     H   -0.011821    1.028889    1.364705
+     C   -0.011558   -0.084487    1.097181
+     N   -0.011632   -0.006652    2.217761
+     3
+Geometry   7/ 12 for iteration   8
+     H    0.000474    1.018458    1.734533
+     C    0.010252   -0.178982    1.036968
+     N    0.016034    0.067368    2.134991
+     3
+Geometry   8/ 12 for iteration   8
+     H   -0.092564    0.851246    2.035251
+     C    0.025155   -0.035004    1.031777
+     N    0.096936   -0.064189    2.161877
+     3
+Geometry   9/ 12 for iteration   8
+     H   -0.100365    0.655979    2.384488
+     C    0.012673   -0.084422    1.095459
+     N    0.114380   -0.073941    2.210757
+     3
+Geometry  10/ 12 for iteration   8
+     H   -0.106037    0.506011    2.759957
+     C    0.010991   -0.074613    1.020417
+     N    0.100356   -0.074871    2.194116
+     3
+Geometry  11/ 12 for iteration   8
+     H   -0.004288    0.330290    3.096729
+     C   -0.006953   -0.109521    1.067932
+     N    0.000575   -0.125892    2.228608
+     3
+Geometry  12/ 12 for iteration   8
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=           9
+ EGrad.f90, L73, IOpt=           9
+ EGrad.f90, L73, IOpt=           9
+ EGrad.f90, L73, IOpt=           9
+ EGrad.f90, L73, IOpt=           9
+ EGrad.f90, L73, IOpt=           9
+ EGrad.f90, L73, IOpt=           9
+ EGrad.f90, L73, IOpt=           9
+ EGrad.f90, L73, IOpt=           9
+ EGrad.f90, L73, IOpt=           9
+     3
+Geometry   1/ 12 for iteration   9
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration   9
+     H   -0.017445    0.344703    0.169267
+     C   -0.015801    0.121146    1.208497
+     N   -0.016104   -0.113877    2.337689
+     3
+Geometry   3/ 12 for iteration   9
+     H   -0.050184    0.681680    0.411285
+     C   -0.035742    0.151218    1.255739
+     N   -0.033014   -0.164803    2.374530
+     3
+Geometry   4/ 12 for iteration   9
+     H   -0.029984    0.971466    0.711057
+     C   -0.031208    0.095667    1.235933
+     N   -0.031022   -0.214629    2.359608
+     3
+Geometry   5/ 12 for iteration   9
+     H   -0.026745    1.113191    1.095211
+     C   -0.026596    0.042744    1.204527
+     N   -0.026593   -0.241247    2.335180
+     3
+Geometry   6/ 12 for iteration   9
+     H   -0.016982    1.024515    1.398157
+     C   -0.016701   -0.080334    1.099174
+     N   -0.016762   -0.033822    2.221151
+     3
+Geometry   7/ 12 for iteration   9
+     H   -0.007065    1.036915    1.754603
+     C    0.013855   -0.197503    1.017714
+     N    0.026187    0.082156    2.116132
+     3
+Geometry   8/ 12 for iteration   9
+     H   -0.115211    0.869205    2.044106
+     C    0.030166   -0.035084    1.016766
+     N    0.115438   -0.067480    2.145337
+     3
+Geometry   9/ 12 for iteration   9
+     H   -0.108131    0.688295    2.401980
+     C    0.012724   -0.108663    1.085117
+     N    0.124928   -0.080761    2.204491
+     3
+Geometry  10/ 12 for iteration   9
+     H   -0.138003    0.512268    2.780586
+     C    0.016250   -0.086770    1.015757
+     N    0.126688   -0.076310    2.187908
+     3
+Geometry  11/ 12 for iteration   9
+     H   -0.006542    0.341319    3.113102
+     C   -0.006105   -0.149012    1.060569
+     N    0.002080   -0.104148    2.226075
+     3
+Geometry  12/ 12 for iteration   9
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          10
+ EGrad.f90, L73, IOpt=          10
+ EGrad.f90, L73, IOpt=          10
+ EGrad.f90, L73, IOpt=          10
+ EGrad.f90, L73, IOpt=          10
+ EGrad.f90, L73, IOpt=          10
+ EGrad.f90, L73, IOpt=          10
+ EGrad.f90, L73, IOpt=          10
+ EGrad.f90, L73, IOpt=          10
+ EGrad.f90, L73, IOpt=          10
+     3
+Geometry   1/ 12 for iteration  10
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  10
+     H   -0.017463    0.351752    0.173869
+     C   -0.015683    0.124555    1.211464
+     N   -0.015745   -0.114948    2.339744
+     3
+Geometry   3/ 12 for iteration  10
+     H   -0.060315    0.690973    0.407341
+     C   -0.046287    0.181394    1.277319
+     N   -0.040792   -0.185378    2.383119
+     3
+Geometry   4/ 12 for iteration  10
+     H   -0.038456    0.985681    0.714068
+     C   -0.040672    0.116610    1.255309
+     N   -0.040383   -0.249329    2.365269
+     3
+Geometry   5/ 12 for iteration  10
+     H   -0.031661    1.115930    1.114703
+     C   -0.031502    0.049376    1.218020
+     N   -0.031481   -0.273565    2.343875
+     3
+Geometry   6/ 12 for iteration  10
+     H   -0.022275    1.022966    1.421287
+     C   -0.021981   -0.073465    1.104769
+     N   -0.022029   -0.064752    2.226646
+     3
+Geometry   7/ 12 for iteration  10
+     H   -0.012401    1.045959    1.766966
+     C    0.015817   -0.202471    1.008879
+     N    0.032067    0.082831    2.107189
+     3
+Geometry   8/ 12 for iteration  10
+     H   -0.141626    0.889898    2.054617
+     C    0.036558   -0.034277    1.000433
+     N    0.139530   -0.067841    2.127469
+     3
+Geometry   9/ 12 for iteration  10
+     H   -0.116852    0.717628    2.423749
+     C    0.011958   -0.135417    1.074254
+     N    0.135635   -0.086861    2.200743
+     3
+Geometry  10/ 12 for iteration  10
+     H   -0.168984    0.522742    2.799233
+     C    0.026790   -0.103813    1.013699
+     N    0.147335   -0.076239    2.180390
+     3
+Geometry  11/ 12 for iteration  10
+     H   -0.014221    0.347074    3.120596
+     C   -0.003279   -0.185689    1.057368
+     N    0.008367   -0.073863    2.220846
+     3
+Geometry  12/ 12 for iteration  10
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          11
+ EGrad.f90, L73, IOpt=          11
+ EGrad.f90, L73, IOpt=          11
+ EGrad.f90, L73, IOpt=          11
+ EGrad.f90, L73, IOpt=          11
+ EGrad.f90, L73, IOpt=          11
+ EGrad.f90, L73, IOpt=          11
+ EGrad.f90, L73, IOpt=          11
+ EGrad.f90, L73, IOpt=          11
+ EGrad.f90, L73, IOpt=          11
+     3
+Geometry   1/ 12 for iteration  11
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  11
+     H   -0.011975    0.356138    0.180051
+     C   -0.010463    0.129722    1.215326
+     N   -0.010269   -0.109913    2.343375
+     3
+Geometry   3/ 12 for iteration  11
+     H   -0.068289    0.694777    0.403046
+     C   -0.053801    0.209028    1.300237
+     N   -0.046308   -0.199204    2.391615
+     3
+Geometry   4/ 12 for iteration  11
+     H   -0.045895    0.994980    0.709441
+     C   -0.049284    0.140306    1.277960
+     N   -0.048986   -0.280416    2.373438
+     3
+Geometry   5/ 12 for iteration  11
+     H   -0.029483    1.112275    1.109490
+     C   -0.029365    0.050530    1.214897
+     N   -0.029322   -0.260813    2.344990
+     3
+Geometry   6/ 12 for iteration  11
+     H   -0.027160    1.018867    1.452766
+     C   -0.026852   -0.069302    1.106763
+     N   -0.026887   -0.090484    2.230189
+     3
+Geometry   7/ 12 for iteration  11
+     H   -0.020091    1.046224    1.782489
+     C    0.017488   -0.201198    1.002800
+     N    0.039160    0.080205    2.102237
+     3
+Geometry   8/ 12 for iteration  11
+     H   -0.162533    0.902199    2.073130
+     C    0.040377   -0.037811    0.988147
+     N    0.159525   -0.067767    2.117089
+     3
+Geometry   9/ 12 for iteration  11
+     H   -0.126289    0.746116    2.444882
+     C    0.012106   -0.165806    1.066601
+     N    0.144509   -0.092489    2.198696
+     3
+Geometry  10/ 12 for iteration  11
+     H   -0.191650    0.537870    2.821452
+     C    0.044562   -0.132766    1.012626
+     N    0.151539   -0.072852    2.172345
+     3
+Geometry  11/ 12 for iteration  11
+     H   -0.018840    0.345956    3.128751
+     C   -0.000343   -0.218042    1.056146
+     N    0.011844   -0.039705    2.213261
+     3
+Geometry  12/ 12 for iteration  11
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          12
+ EGrad.f90, L73, IOpt=          12
+ EGrad.f90, L73, IOpt=          12
+ EGrad.f90, L73, IOpt=          12
+ EGrad.f90, L73, IOpt=          12
+ EGrad.f90, L73, IOpt=          12
+ EGrad.f90, L73, IOpt=          12
+ EGrad.f90, L73, IOpt=          12
+ EGrad.f90, L73, IOpt=          12
+ EGrad.f90, L73, IOpt=          12
+     3
+Geometry   1/ 12 for iteration  12
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  12
+     H   -0.006000    0.357766    0.182285
+     C   -0.005254    0.135778    1.220427
+     N   -0.004698   -0.105847    2.347344
+     3
+Geometry   3/ 12 for iteration  12
+     H   -0.067796    0.691181    0.407521
+     C   -0.050907    0.219256    1.318219
+     N   -0.043897   -0.198387    2.395552
+     3
+Geometry   4/ 12 for iteration  12
+     H   -0.051793    0.999688    0.702776
+     C   -0.056407    0.162962    1.302227
+     N   -0.056185   -0.304662    2.383229
+     3
+Geometry   5/ 12 for iteration  12
+     H   -0.034994    1.114713    1.117052
+     C   -0.034952    0.062301    1.234394
+     N   -0.034915   -0.300871    2.348532
+     3
+Geometry   6/ 12 for iteration  12
+     H   -0.032221    1.021068    1.463045
+     C   -0.031907   -0.057621    1.116927
+     N   -0.031926   -0.127205    2.239779
+     3
+Geometry   7/ 12 for iteration  12
+     H   -0.042667    1.039012    1.792181
+     C    0.016106   -0.182898    0.998762
+     N    0.051334    0.051803    2.107248
+     3
+Geometry   8/ 12 for iteration  12
+     H   -0.161403    0.894909    2.099899
+     C    0.039679   -0.048262    0.991709
+     N    0.158313   -0.070047    2.119759
+     3
+Geometry   9/ 12 for iteration  12
+     H   -0.138789    0.765033    2.479837
+     C    0.015292   -0.197944    1.058444
+     N    0.151336   -0.094917    2.196633
+     3
+Geometry  10/ 12 for iteration  12
+     H   -0.208048    0.547297    2.849927
+     C    0.058233   -0.165039    1.006460
+     N    0.153545   -0.062028    2.166992
+     3
+Geometry  11/ 12 for iteration  12
+     H   -0.015739    0.336109    3.135068
+     C    0.001466   -0.241268    1.056542
+     N    0.008127   -0.001324    2.199163
+     3
+Geometry  12/ 12 for iteration  12
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          13
+ EGrad.f90, L73, IOpt=          13
+ EGrad.f90, L73, IOpt=          13
+ EGrad.f90, L73, IOpt=          13
+ EGrad.f90, L73, IOpt=          13
+ EGrad.f90, L73, IOpt=          13
+ EGrad.f90, L73, IOpt=          13
+ EGrad.f90, L73, IOpt=          13
+ EGrad.f90, L73, IOpt=          13
+ EGrad.f90, L73, IOpt=          13
+     3
+Geometry   1/ 12 for iteration  13
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  13
+     H   -0.003948    0.364290    0.185980
+     C   -0.003116    0.143263    1.225685
+     N   -0.002780   -0.105441    2.351630
+     3
+Geometry   3/ 12 for iteration  13
+     H   -0.077684    0.694681    0.402928
+     C   -0.060156    0.246544    1.343665
+     N   -0.051348   -0.214237    2.405260
+     3
+Geometry   4/ 12 for iteration  13
+     H   -0.056203    1.005300    0.707401
+     C   -0.061829    0.180641    1.325193
+     N   -0.061740   -0.324769    2.392569
+     3
+Geometry   5/ 12 for iteration  13
+     H   -0.035672    1.117531    1.120748
+     C   -0.035713    0.072253    1.248807
+     N   -0.035704   -0.323292    2.347534
+     3
+Geometry   6/ 12 for iteration  13
+     H   -0.037126    1.019244    1.483981
+     C   -0.036818   -0.048696    1.123409
+     N   -0.036824   -0.158688    2.246535
+     3
+Geometry   7/ 12 for iteration  13
+     H   -0.020779    1.046826    1.773941
+     C    0.014865   -0.203990    1.001871
+     N    0.035612    0.077920    2.101772
+     3
+Geometry   8/ 12 for iteration  13
+     H   -0.163113    0.900741    2.099121
+     C    0.038127   -0.056771    0.987700
+     N    0.160075   -0.066507    2.119083
+     3
+Geometry   9/ 12 for iteration  13
+     H   -0.153393    0.784332    2.491922
+     C    0.021155   -0.222424    1.049686
+     N    0.155605   -0.092811    2.190967
+     3
+Geometry  10/ 12 for iteration  13
+     H   -0.218785    0.557106    2.865318
+     C    0.072328   -0.193297    0.999734
+     N    0.151134   -0.040054    2.151772
+     3
+Geometry  11/ 12 for iteration  13
+     H   -0.015696    0.325986    3.135485
+     C    0.004924   -0.258670    1.056897
+     N    0.006190    0.036194    2.184544
+     3
+Geometry  12/ 12 for iteration  13
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          14
+ EGrad.f90, L73, IOpt=          14
+ EGrad.f90, L73, IOpt=          14
+ EGrad.f90, L73, IOpt=          14
+ EGrad.f90, L73, IOpt=          14
+ EGrad.f90, L73, IOpt=          14
+ EGrad.f90, L73, IOpt=          14
+ EGrad.f90, L73, IOpt=          14
+ EGrad.f90, L73, IOpt=          14
+ EGrad.f90, L73, IOpt=          14
+     3
+Geometry   1/ 12 for iteration  14
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  14
+     H   -0.005071    0.370063    0.189033
+     C   -0.003406    0.142887    1.229594
+     N   -0.003095   -0.104407    2.355184
+     3
+Geometry   3/ 12 for iteration  14
+     H   -0.084113    0.693607    0.397949
+     C   -0.065892    0.265362    1.367709
+     N   -0.055620   -0.222586    2.414707
+     3
+Geometry   4/ 12 for iteration  14
+     H   -0.059944    1.008242    0.705304
+     C   -0.066469    0.193935    1.356091
+     N   -0.066523   -0.338411    2.393759
+     3
+Geometry   5/ 12 for iteration  14
+     H   -0.036744    1.121617    1.122808
+     C   -0.036896    0.082231    1.264751
+     N   -0.036913   -0.349870    2.349277
+     3
+Geometry   6/ 12 for iteration  14
+     H   -0.041824    1.021275    1.498027
+     C   -0.041531   -0.037720    1.134210
+     N   -0.041525   -0.194922    2.253806
+     3
+Geometry   7/ 12 for iteration  14
+     H   -0.020255    1.047590    1.760810
+     C    0.012014   -0.200060    1.006803
+     N    0.030663    0.068863    2.106728
+     3
+Geometry   8/ 12 for iteration  14
+     H   -0.157674    0.906615    2.084853
+     C    0.038356   -0.059133    0.988762
+     N    0.155295   -0.061565    2.116950
+     3
+Geometry   9/ 12 for iteration  14
+     H   -0.166021    0.807269    2.487063
+     C    0.029517   -0.240175    1.039717
+     N    0.156523   -0.087448    2.182068
+     3
+Geometry  10/ 12 for iteration  14
+     H   -0.219762    0.579056    2.858217
+     C    0.082742   -0.222081    0.990454
+     N    0.146256   -0.011839    2.138007
+     3
+Geometry  11/ 12 for iteration  14
+     H   -0.019211    0.326310    3.129063
+     C    0.008381   -0.260792    1.056325
+     N    0.007260    0.047135    2.178380
+     3
+Geometry  12/ 12 for iteration  14
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          15
+ EGrad.f90, L73, IOpt=          15
+ EGrad.f90, L73, IOpt=          15
+ EGrad.f90, L73, IOpt=          15
+ EGrad.f90, L73, IOpt=          15
+ EGrad.f90, L73, IOpt=          15
+ EGrad.f90, L73, IOpt=          15
+ EGrad.f90, L73, IOpt=          15
+ EGrad.f90, L73, IOpt=          15
+ EGrad.f90, L73, IOpt=          15
+     3
+Geometry   1/ 12 for iteration  15
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  15
+     H   -0.007161    0.374897    0.190406
+     C   -0.005348    0.143555    1.230522
+     N   -0.004940   -0.106814    2.356206
+     3
+Geometry   3/ 12 for iteration  15
+     H   -0.077328    0.709838    0.411090
+     C   -0.063038    0.246252    1.366181
+     N   -0.052180   -0.219737    2.415975
+     3
+Geometry   4/ 12 for iteration  15
+     H   -0.063796    1.011410    0.724704
+     C   -0.071120    0.207557    1.379796
+     N   -0.071611   -0.358879    2.398216
+     3
+Geometry   5/ 12 for iteration  15
+     H   -0.037427    1.122262    1.136942
+     C   -0.037676    0.089817    1.276641
+     N   -0.037736   -0.372095    2.344783
+     3
+Geometry   6/ 12 for iteration  15
+     H   -0.046427    1.021075    1.522269
+     C   -0.046148   -0.029854    1.142200
+     N   -0.046136   -0.227630    2.257735
+     3
+Geometry   7/ 12 for iteration  15
+     H   -0.020032    1.045906    1.754192
+     C    0.009412   -0.199422    1.008749
+     N    0.026271    0.062719    2.108113
+     3
+Geometry   8/ 12 for iteration  15
+     H   -0.154942    0.914010    2.079793
+     C    0.038185   -0.062643    0.985882
+     N    0.153911   -0.059635    2.117098
+     3
+Geometry   9/ 12 for iteration  15
+     H   -0.170194    0.810231    2.487104
+     C    0.030022   -0.248020    1.036781
+     N    0.155162   -0.086826    2.179647
+     3
+Geometry  10/ 12 for iteration  15
+     H   -0.222262    0.593518    2.862154
+     C    0.093957   -0.250025    0.980201
+     N    0.140208    0.015765    2.124355
+     3
+Geometry  11/ 12 for iteration  15
+     H   -0.019658    0.329168    3.130439
+     C    0.009631   -0.268027    1.055007
+     N    0.006614    0.052247    2.176573
+     3
+Geometry  12/ 12 for iteration  15
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          16
+ EGrad.f90, L73, IOpt=          16
+ EGrad.f90, L73, IOpt=          16
+ EGrad.f90, L73, IOpt=          16
+ EGrad.f90, L73, IOpt=          16
+ EGrad.f90, L73, IOpt=          16
+ EGrad.f90, L73, IOpt=          16
+ EGrad.f90, L73, IOpt=          16
+ EGrad.f90, L73, IOpt=          16
+ EGrad.f90, L73, IOpt=          16
+     3
+Geometry   1/ 12 for iteration  16
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  16
+     H   -0.009495    0.382358    0.194399
+     C   -0.007763    0.145671    1.233061
+     N   -0.006746   -0.110527    2.357153
+     3
+Geometry   3/ 12 for iteration  16
+     H   -0.082023    0.719773    0.418141
+     C   -0.068592    0.259238    1.374198
+     N   -0.056742   -0.232531    2.417956
+     3
+Geometry   4/ 12 for iteration  16
+     H   -0.072329    1.017514    0.747315
+     C   -0.080146    0.217750    1.407624
+     N   -0.081158   -0.388751    2.400308
+     3
+Geometry   5/ 12 for iteration  16
+     H   -0.037749    1.122475    1.160426
+     C   -0.038103    0.095686    1.286074
+     N   -0.038227   -0.395339    2.335593
+     3
+Geometry   6/ 12 for iteration  16
+     H   -0.051267    1.017429    1.558479
+     C   -0.050986   -0.025568    1.145787
+     N   -0.050964   -0.255581    2.259046
+     3
+Geometry   7/ 12 for iteration  16
+     H   -0.006385    1.057870    1.728202
+     C    0.006859   -0.211965    1.012978
+     N    0.013092    0.077786    2.105279
+     3
+Geometry   8/ 12 for iteration  16
+     H   -0.147651    0.920380    2.059387
+     C    0.036329   -0.071017    0.987839
+     N    0.146927   -0.050265    2.115816
+     3
+Geometry   9/ 12 for iteration  16
+     H   -0.179477    0.824308    2.462893
+     C    0.038999   -0.261208    1.035025
+     N    0.152208   -0.073565    2.174131
+     3
+Geometry  10/ 12 for iteration  16
+     H   -0.218351    0.617153    2.845048
+     C    0.105760   -0.270824    0.978527
+     N    0.131999    0.040992    2.108036
+     3
+Geometry  11/ 12 for iteration  16
+     H   -0.024403    0.334924    3.122104
+     C    0.012181   -0.266076    1.053746
+     N    0.009093    0.051813    2.174051
+     3
+Geometry  12/ 12 for iteration  16
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          17
+ EGrad.f90, L73, IOpt=          17
+ EGrad.f90, L73, IOpt=          17
+ EGrad.f90, L73, IOpt=          17
+ EGrad.f90, L73, IOpt=          17
+ EGrad.f90, L73, IOpt=          17
+ EGrad.f90, L73, IOpt=          17
+ EGrad.f90, L73, IOpt=          17
+ EGrad.f90, L73, IOpt=          17
+ EGrad.f90, L73, IOpt=          17
+     3
+Geometry   1/ 12 for iteration  17
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  17
+     H   -0.015278    0.389370    0.197184
+     C   -0.013617    0.146204    1.234303
+     N   -0.011687   -0.117107    2.356682
+     3
+Geometry   3/ 12 for iteration  17
+     H   -0.086711    0.731337    0.426169
+     C   -0.075758    0.260332    1.382036
+     N   -0.062680   -0.245921    2.418614
+     3
+Geometry   4/ 12 for iteration  17
+     H   -0.082494    1.026119    0.765130
+     C   -0.090557    0.227040    1.435627
+     N   -0.092133   -0.419147    2.401286
+     3
+Geometry   5/ 12 for iteration  17
+     H   -0.037630    1.126455    1.180319
+     C   -0.038131    0.103358    1.297523
+     N   -0.038336   -0.424999    2.325555
+     3
+Geometry   6/ 12 for iteration  17
+     H   -0.051999    1.020806    1.578850
+     C   -0.051862   -0.027372    1.150875
+     N   -0.051899   -0.271807    2.247700
+     3
+Geometry   7/ 12 for iteration  17
+     H    0.005927    1.071016    1.699033
+     C    0.003187   -0.219106    1.021490
+     N   -0.001657    0.082361    2.105918
+     3
+Geometry   8/ 12 for iteration  17
+     H   -0.134647    0.941059    2.033548
+     C    0.035273   -0.085253    0.985307
+     N    0.138030   -0.037749    2.115433
+     3
+Geometry   9/ 12 for iteration  17
+     H   -0.189495    0.840039    2.447964
+     C    0.049836   -0.285898    1.035597
+     N    0.148875   -0.056648    2.170929
+     3
+Geometry  10/ 12 for iteration  17
+     H   -0.214044    0.635535    2.839202
+     C    0.118613   -0.295072    0.975033
+     N    0.120813    0.067933    2.091487
+     3
+Geometry  11/ 12 for iteration  17
+     H   -0.029975    0.335153    3.114114
+     C    0.010613   -0.260094    1.051524
+     N    0.012360    0.044816    2.176012
+     3
+Geometry  12/ 12 for iteration  17
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          18
+ EGrad.f90, L73, IOpt=          18
+ EGrad.f90, L73, IOpt=          18
+ EGrad.f90, L73, IOpt=          18
+ EGrad.f90, L73, IOpt=          18
+ EGrad.f90, L73, IOpt=          18
+ EGrad.f90, L73, IOpt=          18
+ EGrad.f90, L73, IOpt=          18
+ EGrad.f90, L73, IOpt=          18
+ EGrad.f90, L73, IOpt=          18
+     3
+Geometry   1/ 12 for iteration  18
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  18
+     H   -0.020867    0.397309    0.199838
+     C   -0.019160    0.146836    1.235335
+     N   -0.016619   -0.124431    2.355942
+     3
+Geometry   3/ 12 for iteration  18
+     H   -0.086998    0.744019    0.441765
+     C   -0.076556    0.259687    1.385833
+     N   -0.064310   -0.254320    2.417779
+     3
+Geometry   4/ 12 for iteration  18
+     H   -0.093247    1.033630    0.782080
+     C   -0.101217    0.235954    1.464048
+     N   -0.103557   -0.447784    2.399906
+     3
+Geometry   5/ 12 for iteration  18
+     H   -0.037512    1.130650    1.201774
+     C   -0.038165    0.111083    1.308235
+     N   -0.038454   -0.455331    2.314735
+     3
+Geometry   6/ 12 for iteration  18
+     H   -0.056064    1.017702    1.607955
+     C   -0.055978   -0.019925    1.158198
+     N   -0.056018   -0.301851    2.247896
+     3
+Geometry   7/ 12 for iteration  18
+     H    0.016306    1.081719    1.673045
+     C   -0.001091   -0.223010    1.031135
+     N   -0.015883    0.080680    2.108065
+     3
+Geometry   8/ 12 for iteration  18
+     H   -0.121537    0.959458    2.006937
+     C    0.034603   -0.097643    0.985182
+     N    0.129504   -0.024349    2.115505
+     3
+Geometry   9/ 12 for iteration  18
+     H   -0.198746    0.857890    2.430718
+     C    0.061100   -0.310755    1.035747
+     N    0.145370   -0.038484    2.167551
+     3
+Geometry  10/ 12 for iteration  18
+     H   -0.207732    0.656697    2.830501
+     C    0.133328   -0.319144    0.974219
+     N    0.105617    0.092174    2.073485
+     3
+Geometry  11/ 12 for iteration  18
+     H   -0.034278    0.341915    3.106298
+     C    0.013169   -0.263904    1.048835
+     N    0.011845    0.046249    2.171629
+     3
+Geometry  12/ 12 for iteration  18
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          19
+ EGrad.f90, L73, IOpt=          19
+ EGrad.f90, L73, IOpt=          19
+ EGrad.f90, L73, IOpt=          19
+ EGrad.f90, L73, IOpt=          19
+ EGrad.f90, L73, IOpt=          19
+ EGrad.f90, L73, IOpt=          19
+ EGrad.f90, L73, IOpt=          19
+ EGrad.f90, L73, IOpt=          19
+ EGrad.f90, L73, IOpt=          19
+     3
+Geometry   1/ 12 for iteration  19
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  19
+     H   -0.025463    0.398687    0.200310
+     C   -0.023543    0.145340    1.234572
+     N   -0.020641   -0.128930    2.353865
+     3
+Geometry   3/ 12 for iteration  19
+     H   -0.090394    0.744871    0.442402
+     C   -0.081740    0.259610    1.390148
+     N   -0.069242   -0.264549    2.416799
+     3
+Geometry   4/ 12 for iteration  19
+     H   -0.103715    1.026332    0.777825
+     C   -0.111063    0.251050    1.489345
+     N   -0.113513   -0.466941    2.401757
+     3
+Geometry   5/ 12 for iteration  19
+     H   -0.038882    1.138246    1.186417
+     C   -0.039794    0.128319    1.333790
+     N   -0.040180   -0.493881    2.318891
+     3
+Geometry   6/ 12 for iteration  19
+     H   -0.058181    1.024541    1.593751
+     C   -0.058188   -0.000019    1.178537
+     N   -0.058249   -0.342729    2.256751
+     3
+Geometry   7/ 12 for iteration  19
+     H   -0.010270    1.055061    1.699905
+     C   -0.008004   -0.188349    1.037869
+     N   -0.009509    0.014717    2.125157
+     3
+Geometry   8/ 12 for iteration  19
+     H   -0.125669    0.954718    2.018289
+     C    0.035407   -0.099638    0.986092
+     N    0.131409   -0.026420    2.116400
+     3
+Geometry   9/ 12 for iteration  19
+     H   -0.210019    0.870630    2.432615
+     C    0.073126   -0.339816    1.036368
+     N    0.141295   -0.023640    2.163972
+     3
+Geometry  10/ 12 for iteration  19
+     H   -0.187381    0.668291    2.832593
+     C    0.146728   -0.335924    0.985035
+     N    0.073657    0.098081    2.059553
+     3
+Geometry  11/ 12 for iteration  19
+     H   -0.034104    0.343037    3.108643
+     C    0.015599   -0.274799    1.048447
+     N    0.007605    0.055930    2.163960
+     3
+Geometry  12/ 12 for iteration  19
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          20
+ EGrad.f90, L73, IOpt=          20
+ EGrad.f90, L73, IOpt=          20
+ EGrad.f90, L73, IOpt=          20
+ EGrad.f90, L73, IOpt=          20
+ EGrad.f90, L73, IOpt=          20
+ EGrad.f90, L73, IOpt=          20
+ EGrad.f90, L73, IOpt=          20
+ EGrad.f90, L73, IOpt=          20
+ EGrad.f90, L73, IOpt=          20
+     3
+Geometry   1/ 12 for iteration  20
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  20
+     H   -0.026046    0.401671    0.199821
+     C   -0.024070    0.145542    1.234032
+     N   -0.021557   -0.131768    2.353269
+     3
+Geometry   3/ 12 for iteration  20
+     H   -0.093781    0.749855    0.445206
+     C   -0.084923    0.259992    1.391254
+     N   -0.072211   -0.269107    2.416096
+     3
+Geometry   4/ 12 for iteration  20
+     H   -0.114250    1.018456    0.783116
+     C   -0.120315    0.258188    1.522110
+     N   -0.123192   -0.481948    2.396817
+     3
+Geometry   5/ 12 for iteration  20
+     H   -0.037380    1.149102    1.178905
+     C   -0.038703    0.145475    1.352164
+     N   -0.039338   -0.529613    2.300520
+     3
+Geometry   6/ 12 for iteration  20
+     H   -0.060569    1.033465    1.593727
+     C   -0.060667    0.017961    1.196954
+     N   -0.060762   -0.387967    2.260478
+     3
+Geometry   7/ 12 for iteration  20
+     H   -0.017340    1.044765    1.703576
+     C   -0.013147   -0.176702    1.045096
+     N   -0.010960   -0.014711    2.129306
+     3
+Geometry   8/ 12 for iteration  20
+     H   -0.123703    0.947042    2.041834
+     C    0.033591   -0.101512    0.986462
+     N    0.130595   -0.033159    2.118136
+     3
+Geometry   9/ 12 for iteration  20
+     H   -0.220750    0.880935    2.441502
+     C    0.084680   -0.370682    1.037923
+     N    0.136519   -0.010203    2.160760
+     3
+Geometry  10/ 12 for iteration  20
+     H   -0.174528    0.679072    2.834787
+     C    0.158652   -0.357743    0.987402
+     N    0.052689    0.118332    2.044359
+     3
+Geometry  11/ 12 for iteration  20
+     H   -0.032428    0.350382    3.109148
+     C    0.019359   -0.283361    1.048111
+     N    0.002453    0.057866    2.161148
+     3
+Geometry  12/ 12 for iteration  20
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          21
+ EGrad.f90, L73, IOpt=          21
+ EGrad.f90, L73, IOpt=          21
+ EGrad.f90, L73, IOpt=          21
+ EGrad.f90, L73, IOpt=          21
+ EGrad.f90, L73, IOpt=          21
+ EGrad.f90, L73, IOpt=          21
+ EGrad.f90, L73, IOpt=          21
+ EGrad.f90, L73, IOpt=          21
+ EGrad.f90, L73, IOpt=          21
+     3
+Geometry   1/ 12 for iteration  21
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  21
+     H   -0.027733    0.405132    0.200879
+     C   -0.025545    0.145835    1.234298
+     N   -0.023146   -0.134816    2.352701
+     3
+Geometry   3/ 12 for iteration  21
+     H   -0.093025    0.752992    0.450998
+     C   -0.084087    0.260676    1.394793
+     N   -0.072278   -0.272177    2.416189
+     3
+Geometry   4/ 12 for iteration  21
+     H   -0.118106    1.010321    0.777694
+     C   -0.122609    0.279180    1.543912
+     N   -0.125297   -0.493230    2.401317
+     3
+Geometry   5/ 12 for iteration  21
+     H   -0.033844    1.158775    1.158994
+     C   -0.035504    0.160748    1.366638
+     N   -0.036322   -0.546704    2.289689
+     3
+Geometry   6/ 12 for iteration  21
+     H   -0.062258    1.041549    1.594004
+     C   -0.062520    0.035193    1.216430
+     N   -0.062682   -0.430519    2.259717
+     3
+Geometry   7/ 12 for iteration  21
+     H   -0.029170    1.034376    1.712493
+     C   -0.017539   -0.159080    1.053925
+     N   -0.012362   -0.055683    2.137917
+     3
+Geometry   8/ 12 for iteration  21
+     H   -0.129699    0.940591    2.061245
+     C    0.037840   -0.100363    0.988350
+     N    0.131398   -0.039588    2.117501
+     3
+Geometry   9/ 12 for iteration  21
+     H   -0.219534    0.878623    2.457040
+     C    0.085177   -0.383235    1.039284
+     N    0.129366   -0.011090    2.157629
+     3
+Geometry  10/ 12 for iteration  21
+     H   -0.154301    0.684504    2.840912
+     C    0.167992   -0.380590    0.993846
+     N    0.024447    0.136159    2.029648
+     3
+Geometry  11/ 12 for iteration  21
+     H   -0.026889    0.351203    3.109741
+     C    0.022925   -0.286887    1.050305
+     N   -0.007380    0.056746    2.161344
+     3
+Geometry  12/ 12 for iteration  21
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          22
+ EGrad.f90, L73, IOpt=          22
+ EGrad.f90, L73, IOpt=          22
+ EGrad.f90, L73, IOpt=          22
+ EGrad.f90, L73, IOpt=          22
+ EGrad.f90, L73, IOpt=          22
+ EGrad.f90, L73, IOpt=          22
+ EGrad.f90, L73, IOpt=          22
+ EGrad.f90, L73, IOpt=          22
+ EGrad.f90, L73, IOpt=          22
+     3
+Geometry   1/ 12 for iteration  22
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  22
+     H   -0.031458    0.407135    0.202007
+     C   -0.029163    0.145392    1.234567
+     N   -0.026259   -0.137919    2.352028
+     3
+Geometry   3/ 12 for iteration  22
+     H   -0.096579    0.757157    0.452350
+     C   -0.086776    0.261528    1.395293
+     N   -0.074951   -0.275232    2.415652
+     3
+Geometry   4/ 12 for iteration  22
+     H   -0.116955    1.011987    0.779553
+     C   -0.120246    0.283381    1.547794
+     N   -0.122840   -0.496027    2.398389
+     3
+Geometry   5/ 12 for iteration  22
+     H   -0.032292    1.158588    1.157873
+     C   -0.034187    0.169089    1.372479
+     N   -0.035121   -0.551490    2.281038
+     3
+Geometry   6/ 12 for iteration  22
+     H   -0.064677    1.047829    1.606401
+     C   -0.065072    0.048632    1.232697
+     N   -0.065289   -0.470823    2.257659
+     3
+Geometry   7/ 12 for iteration  22
+     H   -0.041601    1.019490    1.722832
+     C   -0.022609   -0.143341    1.059461
+     N   -0.005505   -0.085265    2.144284
+     3
+Geometry   8/ 12 for iteration  22
+     H   -0.141015    0.920658    2.087851
+     C    0.038241   -0.083347    0.989324
+     N    0.139778   -0.055287    2.119576
+     3
+Geometry   9/ 12 for iteration  22
+     H   -0.212585    0.879289    2.468285
+     C    0.087736   -0.396142    1.042199
+     N    0.115991   -0.008649    2.150523
+     3
+Geometry  10/ 12 for iteration  22
+     H   -0.130976    0.684831    2.843797
+     C    0.168787   -0.399112    1.005166
+     N   -0.002561    0.143211    2.023299
+     3
+Geometry  11/ 12 for iteration  22
+     H   -0.029143    0.353903    3.107986
+     C    0.023191   -0.288315    1.049053
+     N   -0.005060    0.058534    2.159898
+     3
+Geometry  12/ 12 for iteration  22
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          23
+ EGrad.f90, L73, IOpt=          23
+ EGrad.f90, L73, IOpt=          23
+ EGrad.f90, L73, IOpt=          23
+ EGrad.f90, L73, IOpt=          23
+ EGrad.f90, L73, IOpt=          23
+ EGrad.f90, L73, IOpt=          23
+ EGrad.f90, L73, IOpt=          23
+ EGrad.f90, L73, IOpt=          23
+ EGrad.f90, L73, IOpt=          23
+     3
+Geometry   1/ 12 for iteration  23
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  23
+     H   -0.032888    0.400891    0.204739
+     C   -0.031766    0.146821    1.239222
+     N   -0.025942   -0.128814    2.358604
+     3
+Geometry   3/ 12 for iteration  23
+     H   -0.101887    0.753873    0.451803
+     C   -0.090603    0.256728    1.392271
+     N   -0.080092   -0.280835    2.410206
+     3
+Geometry   4/ 12 for iteration  23
+     H   -0.116771    1.009967    0.781089
+     C   -0.121565    0.283593    1.551061
+     N   -0.124544   -0.490837    2.406361
+     3
+Geometry   5/ 12 for iteration  23
+     H   -0.033074    1.153940    1.156869
+     C   -0.035245    0.171322    1.378716
+     N   -0.036260   -0.547747    2.281035
+     3
+Geometry   6/ 12 for iteration  23
+     H   -0.066891    1.057478    1.616140
+     C   -0.066836    0.058600    1.249735
+     N   -0.067114   -0.508368    2.255878
+     3
+Geometry   7/ 12 for iteration  23
+     H   -0.059714    1.008991    1.732731
+     C   -0.012261   -0.129705    1.062969
+     N   -0.014642   -0.111273    2.157468
+     3
+Geometry   8/ 12 for iteration  23
+     H   -0.149851    0.901920    2.105875
+     C    0.038166   -0.059546    0.989598
+     N    0.146741   -0.072686    2.120606
+     3
+Geometry   9/ 12 for iteration  23
+     H   -0.201612    0.870046    2.475654
+     C    0.080595   -0.387141    1.042439
+     N    0.108618   -0.018290    2.147468
+     3
+Geometry  10/ 12 for iteration  23
+     H   -0.126860    0.683946    2.844502
+     C    0.166959   -0.403571    1.007853
+     N   -0.007657    0.142137    2.022943
+     3
+Geometry  11/ 12 for iteration  23
+     H   -0.029514    0.354644    3.107992
+     C    0.023782   -0.288211    1.048919
+     N   -0.004897    0.058354    2.160013
+     3
+Geometry  12/ 12 for iteration  23
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          24
+ EGrad.f90, L73, IOpt=          24
+ EGrad.f90, L73, IOpt=          24
+ EGrad.f90, L73, IOpt=          24
+ EGrad.f90, L73, IOpt=          24
+ EGrad.f90, L73, IOpt=          24
+ EGrad.f90, L73, IOpt=          24
+ EGrad.f90, L73, IOpt=          24
+ EGrad.f90, L73, IOpt=          24
+ EGrad.f90, L73, IOpt=          24
+     3
+Geometry   1/ 12 for iteration  24
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  24
+     H   -0.024547    0.404565    0.205692
+     C   -0.022670    0.148177    1.238516
+     N   -0.019720   -0.129276    2.356257
+     3
+Geometry   3/ 12 for iteration  24
+     H   -0.107274    0.756642    0.451337
+     C   -0.094632    0.256607    1.391174
+     N   -0.084139   -0.284496    2.408245
+     3
+Geometry   4/ 12 for iteration  24
+     H   -0.119379    0.999728    0.789375
+     C   -0.128606    0.280826    1.559460
+     N   -0.133540   -0.479121    2.427662
+     3
+Geometry   5/ 12 for iteration  24
+     H   -0.034336    1.149934    1.156603
+     C   -0.036695    0.175124    1.386137
+     N   -0.037790   -0.548664    2.282623
+     3
+Geometry   6/ 12 for iteration  24
+     H   -0.068580    1.067857    1.621216
+     C   -0.067587    0.066028    1.266250
+     N   -0.067856   -0.540233    2.253803
+     3
+Geometry   7/ 12 for iteration  24
+     H   -0.057314    1.001727    1.725641
+     C   -0.020339   -0.110265    1.050874
+     N   -0.018829   -0.140359    2.193575
+     3
+Geometry   8/ 12 for iteration  24
+     H   -0.158490    0.884942    2.112463
+     C    0.038611   -0.036299    0.991341
+     N    0.148771   -0.091344    2.122912
+     3
+Geometry   9/ 12 for iteration  24
+     H   -0.194175    0.877211    2.462191
+     C    0.084227   -0.382436    1.041961
+     N    0.097953   -0.015864    2.136820
+     3
+Geometry  10/ 12 for iteration  24
+     H   -0.139881    0.676979    2.833801
+     C    0.166943   -0.380973    0.997390
+     N    0.001627    0.132687    2.026063
+     3
+Geometry  11/ 12 for iteration  24
+     H   -0.030324    0.355524    3.107423
+     C    0.024950   -0.288721    1.048504
+     N   -0.005078    0.059261    2.159443
+     3
+Geometry  12/ 12 for iteration  24
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          25
+ EGrad.f90, L73, IOpt=          25
+ EGrad.f90, L73, IOpt=          25
+ EGrad.f90, L73, IOpt=          25
+ EGrad.f90, L73, IOpt=          25
+ EGrad.f90, L73, IOpt=          25
+ EGrad.f90, L73, IOpt=          25
+ EGrad.f90, L73, IOpt=          25
+ EGrad.f90, L73, IOpt=          25
+ EGrad.f90, L73, IOpt=          25
+     3
+Geometry   1/ 12 for iteration  25
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  25
+     H   -0.022540    0.405193    0.202492
+     C   -0.020519    0.148366    1.236622
+     N   -0.018381   -0.129518    2.355817
+     3
+Geometry   3/ 12 for iteration  25
+     H   -0.103964    0.753138    0.447230
+     C   -0.093533    0.256048    1.389620
+     N   -0.081786   -0.281834    2.409553
+     3
+Geometry   4/ 12 for iteration  25
+     H   -0.118073    1.001630    0.784019
+     C   -0.126493    0.285590    1.563244
+     N   -0.130579   -0.479150    2.426890
+     3
+Geometry   5/ 12 for iteration  25
+     H   -0.036739    1.149587    1.158845
+     C   -0.039362    0.182209    1.404109
+     N   -0.040616   -0.564776    2.282544
+     3
+Geometry   6/ 12 for iteration  25
+     H   -0.070133    1.079162    1.622992
+     C   -0.067657    0.072119    1.284728
+     N   -0.068369   -0.570587    2.250661
+     3
+Geometry   7/ 12 for iteration  25
+     H   -0.060895    1.004231    1.731925
+     C   -0.014255   -0.103350    1.074015
+     N   -0.032572   -0.176907    2.189666
+     3
+Geometry   8/ 12 for iteration  25
+     H   -0.147201    0.908733    2.091735
+     C    0.037996   -0.062621    0.989185
+     N    0.144668   -0.067139    2.119260
+     3
+Geometry   9/ 12 for iteration  25
+     H   -0.189880    0.879384    2.464773
+     C    0.086991   -0.388125    1.043183
+     N    0.088499   -0.014146    2.130133
+     3
+Geometry  10/ 12 for iteration  25
+     H   -0.144256    0.670094    2.839671
+     C    0.171464   -0.376488    0.989616
+     N   -0.001209    0.136681    2.018415
+     3
+Geometry  11/ 12 for iteration  25
+     H   -0.029751    0.353957    3.108355
+     C    0.024199   -0.287597    1.048944
+     N   -0.004888    0.058635    2.160158
+     3
+Geometry  12/ 12 for iteration  25
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          26
+ EGrad.f90, L73, IOpt=          26
+ EGrad.f90, L73, IOpt=          26
+ EGrad.f90, L73, IOpt=          26
+ EGrad.f90, L73, IOpt=          26
+ EGrad.f90, L73, IOpt=          26
+ EGrad.f90, L73, IOpt=          26
+ EGrad.f90, L73, IOpt=          26
+ EGrad.f90, L73, IOpt=          26
+ EGrad.f90, L73, IOpt=          26
+     3
+Geometry   1/ 12 for iteration  26
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  26
+     H   -0.022394    0.401156    0.200857
+     C   -0.020405    0.146937    1.235343
+     N   -0.018249   -0.128196    2.354910
+     3
+Geometry   3/ 12 for iteration  26
+     H   -0.111218    0.741342    0.440333
+     C   -0.096243    0.249662    1.381973
+     N   -0.087245   -0.282913    2.400791
+     3
+Geometry   4/ 12 for iteration  26
+     H   -0.125982    0.979720    0.768716
+     C   -0.138305    0.288615    1.580613
+     N   -0.144265   -0.462217    2.456082
+     3
+Geometry   5/ 12 for iteration  26
+     H   -0.046232    1.142558    1.135527
+     C   -0.049885    0.194061    1.448098
+     N   -0.051593   -0.585927    2.297647
+     3
+Geometry   6/ 12 for iteration  26
+     H   -0.069322    1.099446    1.589799
+     C   -0.064055    0.070685    1.309554
+     N   -0.065506   -0.581456    2.244166
+     3
+Geometry   7/ 12 for iteration  26
+     H   -0.071030    1.003303    1.736521
+     C   -0.025879   -0.085180    1.088199
+     N   -0.018176   -0.209518    2.183672
+     3
+Geometry   8/ 12 for iteration  26
+     H   -0.138300    0.920474    2.096105
+     C    0.038287   -0.088538    0.990831
+     N    0.137706   -0.053504    2.117847
+     3
+Geometry   9/ 12 for iteration  26
+     H   -0.177000    0.873358    2.476654
+     C    0.080163   -0.394165    1.045267
+     N    0.079335   -0.016112    2.128312
+     3
+Geometry  10/ 12 for iteration  26
+     H   -0.136501    0.668070    2.848413
+     C    0.170782   -0.388533    0.992962
+     N   -0.010140    0.142957    2.013337
+     3
+Geometry  11/ 12 for iteration  26
+     H   -0.030592    0.349813    3.110365
+     C    0.025088   -0.283913    1.049148
+     N   -0.005001    0.057996    2.161384
+     3
+Geometry  12/ 12 for iteration  26
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          27
+ EGrad.f90, L73, IOpt=          27
+ EGrad.f90, L73, IOpt=          27
+ EGrad.f90, L73, IOpt=          27
+ EGrad.f90, L73, IOpt=          27
+ EGrad.f90, L73, IOpt=          27
+ EGrad.f90, L73, IOpt=          27
+ EGrad.f90, L73, IOpt=          27
+ EGrad.f90, L73, IOpt=          27
+ EGrad.f90, L73, IOpt=          27
+     3
+Geometry   1/ 12 for iteration  27
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  27
+     H   -0.022002    0.398937    0.199851
+     C   -0.020029    0.146772    1.235139
+     N   -0.017696   -0.126099    2.355572
+     3
+Geometry   3/ 12 for iteration  27
+     H   -0.114633    0.743544    0.433731
+     C   -0.098611    0.252033    1.378831
+     N   -0.088697   -0.280579    2.401133
+     3
+Geometry   4/ 12 for iteration  27
+     H   -0.118167    0.994847    0.763516
+     C   -0.124116    0.289791    1.561350
+     N   -0.127184   -0.474595    2.423658
+     3
+Geometry   5/ 12 for iteration  27
+     H   -0.054827    1.136390    1.163024
+     C   -0.058470    0.192067    1.475713
+     N   -0.060517   -0.608985    2.303561
+     3
+Geometry   6/ 12 for iteration  27
+     H   -0.073119    1.105611    1.610290
+     C   -0.065150    0.073283    1.325840
+     N   -0.066011   -0.611612    2.235654
+     3
+Geometry   7/ 12 for iteration  27
+     H   -0.078584    0.997267    1.748089
+     C   -0.039332   -0.068221    1.098538
+     N   -0.001271   -0.240632    2.178922
+     3
+Geometry   8/ 12 for iteration  27
+     H   -0.145939    0.905783    2.111417
+     C    0.042827   -0.074962    0.995076
+     N    0.137210   -0.068549    2.123102
+     3
+Geometry   9/ 12 for iteration  27
+     H   -0.163929    0.866073    2.483233
+     C    0.070748   -0.389984    1.045484
+     N    0.073530   -0.022646    2.127725
+     3
+Geometry  10/ 12 for iteration  27
+     H   -0.138393    0.664222    2.847381
+     C    0.171463   -0.384582    0.990693
+     N   -0.009388    0.144715    2.012564
+     3
+Geometry  11/ 12 for iteration  27
+     H   -0.033378    0.347605    3.111596
+     C    0.027706   -0.281514    1.048142
+     N   -0.005406    0.057765    2.161643
+     3
+Geometry  12/ 12 for iteration  27
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          28
+ EGrad.f90, L73, IOpt=          28
+ EGrad.f90, L73, IOpt=          28
+ EGrad.f90, L73, IOpt=          28
+ EGrad.f90, L73, IOpt=          28
+ EGrad.f90, L73, IOpt=          28
+ EGrad.f90, L73, IOpt=          28
+ EGrad.f90, L73, IOpt=          28
+ EGrad.f90, L73, IOpt=          28
+ EGrad.f90, L73, IOpt=          28
+     3
+Geometry   1/ 12 for iteration  28
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  28
+     H   -0.021156    0.397445    0.199701
+     C   -0.019078    0.146814    1.235192
+     N   -0.016801   -0.124425    2.355847
+     3
+Geometry   3/ 12 for iteration  28
+     H   -0.107351    0.740245    0.434474
+     C   -0.096962    0.248876    1.379499
+     N   -0.085140   -0.282143    2.402563
+     3
+Geometry   4/ 12 for iteration  28
+     H   -0.112588    1.006461    0.760842
+     C   -0.114635    0.291469    1.550120
+     N   -0.115972   -0.481893    2.406193
+     3
+Geometry   5/ 12 for iteration  28
+     H   -0.052646    1.140068    1.169785
+     C   -0.056501    0.196329    1.478544
+     N   -0.057962   -0.620116    2.295279
+     3
+Geometry   6/ 12 for iteration  28
+     H   -0.074806    1.111655    1.605719
+     C   -0.063782    0.077095    1.335489
+     N   -0.059155   -0.621096    2.227266
+     3
+Geometry   7/ 12 for iteration  28
+     H   -0.086616    0.989396    1.762100
+     C   -0.051155   -0.054120    1.101806
+     N    0.017144   -0.261499    2.173132
+     3
+Geometry   8/ 12 for iteration  28
+     H   -0.138684    0.894448    2.135197
+     C    0.048681   -0.076706    1.004182
+     N    0.118824   -0.083675    2.130155
+     3
+Geometry   9/ 12 for iteration  28
+     H   -0.153089    0.857336    2.504798
+     C    0.063449   -0.397916    1.047683
+     N    0.065583   -0.028013    2.127734
+     3
+Geometry  10/ 12 for iteration  28
+     H   -0.147728    0.645929    2.848954
+     C    0.178770   -0.358071    0.973423
+     N   -0.006120    0.153893    2.003476
+     3
+Geometry  11/ 12 for iteration  28
+     H   -0.033733    0.347084    3.111732
+     C    0.027928   -0.281066    1.048016
+     N   -0.005380    0.057844    2.161597
+     3
+Geometry  12/ 12 for iteration  28
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          29
+ EGrad.f90, L73, IOpt=          29
+ EGrad.f90, L73, IOpt=          29
+ EGrad.f90, L73, IOpt=          29
+ EGrad.f90, L73, IOpt=          29
+ EGrad.f90, L73, IOpt=          29
+ EGrad.f90, L73, IOpt=          29
+ EGrad.f90, L73, IOpt=          29
+ EGrad.f90, L73, IOpt=          29
+ EGrad.f90, L73, IOpt=          29
+     3
+Geometry   1/ 12 for iteration  29
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  29
+     H   -0.021789    0.399947    0.201637
+     C   -0.019595    0.147871    1.236607
+     N   -0.017160   -0.124916    2.356703
+     3
+Geometry   3/ 12 for iteration  29
+     H   -0.105889    0.743848    0.438300
+     C   -0.095379    0.251028    1.381879
+     N   -0.083892   -0.282486    2.403052
+     3
+Geometry   4/ 12 for iteration  29
+     H   -0.112708    1.004624    0.766286
+     C   -0.115502    0.289806    1.552098
+     N   -0.117401   -0.481032    2.409729
+     3
+Geometry   5/ 12 for iteration  29
+     H   -0.052371    1.145343    1.170724
+     C   -0.056765    0.202894    1.501561
+     N   -0.056938   -0.644992    2.286014
+     3
+Geometry   6/ 12 for iteration  29
+     H   -0.077590    1.115530    1.601861
+     C   -0.063125    0.080544    1.337792
+     N   -0.047180   -0.623250    2.217766
+     3
+Geometry   7/ 12 for iteration  29
+     H   -0.095365    0.980641    1.778193
+     C   -0.061464   -0.039654    1.098049
+     N    0.036159   -0.278823    2.169342
+     3
+Geometry   8/ 12 for iteration  29
+     H   -0.150798    0.880168    2.156351
+     C    0.055321   -0.077804    1.011161
+     N    0.118553   -0.091190    2.136203
+     3
+Geometry   9/ 12 for iteration  29
+     H   -0.139386    0.847626    2.525287
+     C    0.053546   -0.403574    1.049816
+     N    0.057874   -0.034263    2.128351
+     3
+Geometry  10/ 12 for iteration  29
+     H   -0.157876    0.632869    2.843802
+     C    0.184548   -0.328539    0.955591
+     N    0.000060    0.158166    1.996731
+     3
+Geometry  11/ 12 for iteration  29
+     H   -0.035352    0.347482    3.110668
+     C    0.029619   -0.280117    1.047173
+     N   -0.005462    0.058384    2.160706
+     3
+Geometry  12/ 12 for iteration  29
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          30
+ EGrad.f90, L73, IOpt=          30
+ EGrad.f90, L73, IOpt=          30
+ EGrad.f90, L73, IOpt=          30
+ EGrad.f90, L73, IOpt=          30
+ EGrad.f90, L73, IOpt=          30
+ EGrad.f90, L73, IOpt=          30
+ EGrad.f90, L73, IOpt=          30
+ EGrad.f90, L73, IOpt=          30
+ EGrad.f90, L73, IOpt=          30
+     3
+Geometry   1/ 12 for iteration  30
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  30
+     H   -0.023489    0.404441    0.202238
+     C   -0.019687    0.149784    1.236730
+     N   -0.017817   -0.126023    2.356322
+     3
+Geometry   3/ 12 for iteration  30
+     H   -0.107161    0.749606    0.444473
+     C   -0.096740    0.252578    1.386187
+     N   -0.085366   -0.285378    2.405355
+     3
+Geometry   4/ 12 for iteration  30
+     H   -0.117394    0.996175    0.783827
+     C   -0.126161    0.285634    1.565609
+     N   -0.130765   -0.475270    2.431621
+     3
+Geometry   5/ 12 for iteration  30
+     H   -0.050507    1.149117    1.163870
+     C   -0.054535    0.211326    1.517504
+     N   -0.054246   -0.660049    2.275757
+     3
+Geometry   6/ 12 for iteration  30
+     H   -0.075436    1.117631    1.617946
+     C   -0.061604    0.083252    1.361197
+     N   -0.065647   -0.653363    2.218841
+     3
+Geometry   7/ 12 for iteration  30
+     H   -0.100158    0.980812    1.785739
+     C   -0.070189   -0.027855    1.112782
+     N    0.046394   -0.307642    2.162299
+     3
+Geometry   8/ 12 for iteration  30
+     H   -0.123125    0.890055    2.158180
+     C    0.050870   -0.092462    1.012778
+     N    0.098435   -0.088072    2.135019
+     3
+Geometry   9/ 12 for iteration  30
+     H   -0.124196    0.839116    2.544290
+     C    0.043472   -0.411158    1.052517
+     N    0.049177   -0.038734    2.128828
+     3
+Geometry  10/ 12 for iteration  30
+     H   -0.160832    0.623460    2.838781
+     C    0.186372   -0.307935    0.941472
+     N    0.001417    0.162211    1.989000
+     3
+Geometry  11/ 12 for iteration  30
+     H   -0.039096    0.351126    3.106164
+     C    0.033936   -0.279000    1.044425
+     N   -0.005603    0.060602    2.157150
+     3
+Geometry  12/ 12 for iteration  30
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          31
+ EGrad.f90, L73, IOpt=          31
+ EGrad.f90, L73, IOpt=          31
+ EGrad.f90, L73, IOpt=          31
+ EGrad.f90, L73, IOpt=          31
+ EGrad.f90, L73, IOpt=          31
+ EGrad.f90, L73, IOpt=          31
+ EGrad.f90, L73, IOpt=          31
+ EGrad.f90, L73, IOpt=          31
+ EGrad.f90, L73, IOpt=          31
+     3
+Geometry   1/ 12 for iteration  31
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  31
+     H   -0.015995    0.412652    0.204951
+     C   -0.015638    0.149178    1.236662
+     N   -0.015036   -0.135991    2.353240
+     3
+Geometry   3/ 12 for iteration  31
+     H   -0.101294    0.782202    0.440758
+     C   -0.089753    0.265548    1.372115
+     N   -0.077098   -0.290763    2.381079
+     3
+Geometry   4/ 12 for iteration  31
+     H   -0.125610    0.992830    0.792141
+     C   -0.141502    0.287810    1.584662
+     N   -0.149439   -0.470418    2.453062
+     3
+Geometry   5/ 12 for iteration  31
+     H   -0.046813    1.153693    1.146626
+     C   -0.049787    0.222573    1.531603
+     N   -0.049513   -0.671728    2.263477
+     3
+Geometry   6/ 12 for iteration  31
+     H   -0.076161    1.127436    1.620341
+     C   -0.060860    0.095060    1.385751
+     N   -0.070078   -0.689848    2.211375
+     3
+Geometry   7/ 12 for iteration  31
+     H   -0.109851    0.981008    1.794509
+     C   -0.077060   -0.009878    1.131704
+     N    0.055629   -0.344577    2.156388
+     3
+Geometry   8/ 12 for iteration  31
+     H   -0.144049    0.877269    2.155481
+     C    0.059848   -0.074525    1.018364
+     N    0.106761   -0.096853    2.141049
+     3
+Geometry   9/ 12 for iteration  31
+     H   -0.124974    0.833612    2.546137
+     C    0.043636   -0.399464    1.051362
+     N    0.048431   -0.047184    2.127970
+     3
+Geometry  10/ 12 for iteration  31
+     H   -0.159111    0.624825    2.826445
+     C    0.180468   -0.298729    0.933914
+     N    0.002703    0.157937    1.986242
+     3
+Geometry  11/ 12 for iteration  31
+     H   -0.049860    0.353031    3.098594
+     C    0.045262   -0.271164    1.037007
+     N   -0.006521    0.064790    2.149843
+     3
+Geometry  12/ 12 for iteration  31
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          32
+ EGrad.f90, L73, IOpt=          32
+ EGrad.f90, L73, IOpt=          32
+ EGrad.f90, L73, IOpt=          32
+ EGrad.f90, L73, IOpt=          32
+ EGrad.f90, L73, IOpt=          32
+ EGrad.f90, L73, IOpt=          32
+ EGrad.f90, L73, IOpt=          32
+ EGrad.f90, L73, IOpt=          32
+ EGrad.f90, L73, IOpt=          32
+     3
+Geometry   1/ 12 for iteration  32
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  32
+     H   -0.011736    0.416811    0.202634
+     C   -0.012923    0.147496    1.233386
+     N   -0.013935   -0.144292    2.348843
+     3
+Geometry   3/ 12 for iteration  32
+     H   -0.109798    0.759862    0.455186
+     C   -0.100181    0.252032    1.390563
+     N   -0.089615   -0.294843    2.403814
+     3
+Geometry   4/ 12 for iteration  32
+     H   -0.120738    1.001535    0.800267
+     C   -0.133454    0.288713    1.582656
+     N   -0.141632   -0.479277    2.441506
+     3
+Geometry   5/ 12 for iteration  32
+     H   -0.045694    1.156159    1.151814
+     C   -0.046015    0.226515    1.538102
+     N   -0.046093   -0.682190    2.251478
+     3
+Geometry   6/ 12 for iteration  32
+     H   -0.080695    1.136768    1.616700
+     C   -0.062125    0.104379    1.401530
+     N   -0.057595   -0.710428    2.195614
+     3
+Geometry   7/ 12 for iteration  32
+     H   -0.120522    0.978949    1.805213
+     C   -0.084457    0.006905    1.145657
+     N    0.069104   -0.375148    2.149120
+     3
+Geometry   8/ 12 for iteration  32
+     H   -0.156484    0.877991    2.140054
+     C    0.063613   -0.064793    1.020352
+     N    0.117059   -0.094152    2.141351
+     3
+Geometry   9/ 12 for iteration  32
+     H   -0.110921    0.828345    2.530290
+     C    0.032907   -0.380913    1.052488
+     N    0.046337   -0.054348    2.131450
+     3
+Geometry  10/ 12 for iteration  32
+     H   -0.152031    0.632669    2.811636
+     C    0.165312   -0.292355    0.926915
+     N    0.007422    0.146031    1.987550
+     3
+Geometry  11/ 12 for iteration  32
+     H   -0.065214    0.352006    3.091787
+     C    0.060916   -0.258452    1.027105
+     N   -0.007669    0.069100    2.142091
+     3
+Geometry  12/ 12 for iteration  32
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          33
+ EGrad.f90, L73, IOpt=          33
+ EGrad.f90, L73, IOpt=          33
+ EGrad.f90, L73, IOpt=          33
+ EGrad.f90, L73, IOpt=          33
+ EGrad.f90, L73, IOpt=          33
+ EGrad.f90, L73, IOpt=          33
+ EGrad.f90, L73, IOpt=          33
+ EGrad.f90, L73, IOpt=          33
+ EGrad.f90, L73, IOpt=          33
+     3
+Geometry   1/ 12 for iteration  33
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  33
+     H   -0.011270    0.415969    0.200192
+     C   -0.012879    0.144465    1.229727
+     N   -0.014740   -0.149385    2.343900
+     3
+Geometry   3/ 12 for iteration  33
+     H   -0.101745    0.780491    0.436226
+     C   -0.090128    0.265852    1.368707
+     N   -0.077234   -0.291676    2.377672
+     3
+Geometry   4/ 12 for iteration  33
+     H   -0.107562    1.013128    0.791725
+     C   -0.111869    0.290497    1.560683
+     N   -0.114780   -0.485702    2.411524
+     3
+Geometry   5/ 12 for iteration  33
+     H   -0.039051    1.164149    1.156842
+     C   -0.032136    0.229306    1.517444
+     N   -0.031356   -0.679254    2.220719
+     3
+Geometry   6/ 12 for iteration  33
+     H   -0.088914    1.140949    1.617943
+     C   -0.066579    0.111679    1.412303
+     N   -0.038585   -0.718587    2.175609
+     3
+Geometry   7/ 12 for iteration  33
+     H   -0.131629    0.974108    1.818432
+     C   -0.092104    0.022220    1.154455
+     N    0.084809   -0.399166    2.141519
+     3
+Geometry   8/ 12 for iteration  33
+     H   -0.179468    0.868745    2.129738
+     C    0.067049   -0.043888    1.022632
+     N    0.135484   -0.099518    2.144936
+     3
+Geometry   9/ 12 for iteration  33
+     H   -0.102514    0.821149    2.513034
+     C    0.021934   -0.354448    1.051307
+     N    0.050600   -0.065027    2.135969
+     3
+Geometry  10/ 12 for iteration  33
+     H   -0.157477    0.638827    2.802205
+     C    0.167349   -0.304142    0.936268
+     N    0.002109    0.137871    1.990763
+     3
+Geometry  11/ 12 for iteration  33
+     H   -0.082823    0.342192    3.085130
+     C    0.076243   -0.238135    1.016071
+     N   -0.009131    0.072262    2.133972
+     3
+Geometry  12/ 12 for iteration  33
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          34
+ EGrad.f90, L73, IOpt=          34
+ EGrad.f90, L73, IOpt=          34
+ EGrad.f90, L73, IOpt=          34
+ EGrad.f90, L73, IOpt=          34
+ EGrad.f90, L73, IOpt=          34
+ EGrad.f90, L73, IOpt=          34
+ EGrad.f90, L73, IOpt=          34
+ EGrad.f90, L73, IOpt=          34
+ EGrad.f90, L73, IOpt=          34
+     3
+Geometry   1/ 12 for iteration  34
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  34
+     H   -0.015168    0.412153    0.198528
+     C   -0.016128    0.143239    1.228884
+     N   -0.017242   -0.147884    2.343934
+     3
+Geometry   3/ 12 for iteration  34
+     H   -0.096672    0.789898    0.421838
+     C   -0.084679    0.268758    1.349244
+     N   -0.071521   -0.295012    2.352892
+     3
+Geometry   4/ 12 for iteration  34
+     H   -0.097576    1.025963    0.771112
+     C   -0.093867    0.297258    1.542644
+     N   -0.092618   -0.488854    2.385783
+     3
+Geometry   5/ 12 for iteration  34
+     H   -0.033649    1.171173    1.147996
+     C   -0.022925    0.237789    1.512120
+     N   -0.019499   -0.682083    2.198048
+     3
+Geometry   6/ 12 for iteration  34
+     H   -0.095738    1.150150    1.613122
+     C   -0.069405    0.120561    1.427713
+     N   -0.020810   -0.735073    2.156172
+     3
+Geometry   7/ 12 for iteration  34
+     H   -0.141036    0.976310    1.825831
+     C   -0.098604    0.037132    1.170725
+     N    0.098138   -0.428636    2.130289
+     3
+Geometry   8/ 12 for iteration  34
+     H   -0.198132    0.856710    2.139373
+     C    0.054199   -0.030277    1.028600
+     N    0.149312   -0.134184    2.146995
+     3
+Geometry   9/ 12 for iteration  34
+     H   -0.099645    0.811080    2.501108
+     C    0.011772   -0.327055    1.049413
+     N    0.058323   -0.078547    2.142295
+     3
+Geometry  10/ 12 for iteration  34
+     H   -0.169382    0.639559    2.783755
+     C    0.171296   -0.307137    0.949056
+     N    0.000960    0.126971    2.001257
+     3
+Geometry  11/ 12 for iteration  34
+     H   -0.094467    0.340376    3.079592
+     C    0.094367   -0.218563    1.009736
+     N   -0.007111    0.081779    2.127244
+     3
+Geometry  12/ 12 for iteration  34
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          35
+ EGrad.f90, L73, IOpt=          35
+ EGrad.f90, L73, IOpt=          35
+ EGrad.f90, L73, IOpt=          35
+ EGrad.f90, L73, IOpt=          35
+ EGrad.f90, L73, IOpt=          35
+ EGrad.f90, L73, IOpt=          35
+ EGrad.f90, L73, IOpt=          35
+ EGrad.f90, L73, IOpt=          35
+ EGrad.f90, L73, IOpt=          35
+     3
+Geometry   1/ 12 for iteration  35
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  35
+     H   -0.022094    0.409844    0.198826
+     C   -0.021952    0.144097    1.230508
+     N   -0.019802   -0.143373    2.346961
+     3
+Geometry   3/ 12 for iteration  35
+     H   -0.101845    0.786763    0.422742
+     C   -0.090094    0.265963    1.350335
+     N   -0.076552   -0.299778    2.353251
+     3
+Geometry   4/ 12 for iteration  35
+     H   -0.084732    1.040566    0.765228
+     C   -0.073688    0.300141    1.522220
+     N   -0.066808   -0.497448    2.353695
+     3
+Geometry   5/ 12 for iteration  35
+     H   -0.031038    1.178475    1.149052
+     C   -0.015877    0.244875    1.506328
+     N   -0.005657   -0.687427    2.173088
+     3
+Geometry   6/ 12 for iteration  35
+     H   -0.102663    1.155705    1.611475
+     C   -0.073076    0.127956    1.439052
+     N   -0.001862   -0.746178    2.137432
+     3
+Geometry   7/ 12 for iteration  35
+     H   -0.150234    0.976054    1.836020
+     C   -0.106091    0.049821    1.181695
+     N    0.114297   -0.451140    2.117933
+     3
+Geometry   8/ 12 for iteration  35
+     H   -0.196290    0.842463    2.144946
+     C    0.051154   -0.000034    1.024952
+     N    0.139689   -0.163816    2.138559
+     3
+Geometry   9/ 12 for iteration  35
+     H   -0.095108    0.799510    2.498852
+     C   -0.001035   -0.305827    1.046368
+     N    0.064913   -0.093827    2.149171
+     3
+Geometry  10/ 12 for iteration  35
+     H   -0.190513    0.643688    2.771454
+     C    0.188616   -0.316965    0.962415
+     N   -0.001926    0.124827    2.005361
+     3
+Geometry  11/ 12 for iteration  35
+     H   -0.112543    0.333630    3.080519
+     C    0.114846   -0.203915    1.001274
+     N   -0.010975    0.083172    2.124344
+     3
+Geometry  12/ 12 for iteration  35
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          36
+ EGrad.f90, L73, IOpt=          36
+ EGrad.f90, L73, IOpt=          36
+ EGrad.f90, L73, IOpt=          36
+ EGrad.f90, L73, IOpt=          36
+ EGrad.f90, L73, IOpt=          36
+ EGrad.f90, L73, IOpt=          36
+ EGrad.f90, L73, IOpt=          36
+ EGrad.f90, L73, IOpt=          36
+ EGrad.f90, L73, IOpt=          36
+     3
+Geometry   1/ 12 for iteration  36
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  36
+     H   -0.028564    0.412909    0.202480
+     C   -0.026221    0.146743    1.234028
+     N   -0.024511   -0.141140    2.350461
+     3
+Geometry   3/ 12 for iteration  36
+     H   -0.107667    0.794746    0.426048
+     C   -0.091558    0.267798    1.351371
+     N   -0.084377   -0.305354    2.352705
+     3
+Geometry   4/ 12 for iteration  36
+     H   -0.089458    1.051622    0.773907
+     C   -0.081977    0.302200    1.531323
+     N   -0.077809   -0.508182    2.352360
+     3
+Geometry   5/ 12 for iteration  36
+     H   -0.029673    1.186418    1.150869
+     C   -0.009873    0.251853    1.501177
+     N    0.009634   -0.693538    2.147672
+     3
+Geometry   6/ 12 for iteration  36
+     H   -0.108797    1.160305    1.611999
+     C   -0.077024    0.134610    1.446091
+     N    0.016942   -0.755419    2.120364
+     3
+Geometry   7/ 12 for iteration  36
+     H   -0.132081    0.972410    1.835692
+     C   -0.101013    0.052836    1.173757
+     N    0.089801   -0.457082    2.147878
+     3
+Geometry   8/ 12 for iteration  36
+     H   -0.193453    0.842299    2.148880
+     C    0.052463    0.016257    0.999037
+     N    0.137931   -0.159785    2.120430
+     3
+Geometry   9/ 12 for iteration  36
+     H   -0.083256    0.788137    2.505464
+     C   -0.014703   -0.290972    1.043496
+     N    0.064589   -0.107503    2.151701
+     3
+Geometry  10/ 12 for iteration  36
+     H   -0.186329    0.645275    2.775781
+     C    0.188524   -0.332358    0.967193
+     N   -0.010068    0.129027    2.000122
+     3
+Geometry  11/ 12 for iteration  36
+     H   -0.091905    0.347286    3.081056
+     C    0.094726   -0.225409    1.011644
+     N   -0.007302    0.082040    2.128950
+     3
+Geometry  12/ 12 for iteration  36
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          37
+ EGrad.f90, L73, IOpt=          37
+ EGrad.f90, L73, IOpt=          37
+ EGrad.f90, L73, IOpt=          37
+ EGrad.f90, L73, IOpt=          37
+ EGrad.f90, L73, IOpt=          37
+ EGrad.f90, L73, IOpt=          37
+ EGrad.f90, L73, IOpt=          37
+ EGrad.f90, L73, IOpt=          37
+ EGrad.f90, L73, IOpt=          37
+     3
+Geometry   1/ 12 for iteration  37
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  37
+     H   -0.031089    0.417054    0.205466
+     C   -0.028201    0.149192    1.236147
+     N   -0.024900   -0.140729    2.351601
+     3
+Geometry   3/ 12 for iteration  37
+     H   -0.113406    0.805585    0.431983
+     C   -0.097820    0.273050    1.354085
+     N   -0.078658   -0.303473    2.351548
+     3
+Geometry   4/ 12 for iteration  37
+     H   -0.094569    1.041010    0.791129
+     C   -0.090679    0.298096    1.544306
+     N   -0.089323   -0.503473    2.371169
+     3
+Geometry   5/ 12 for iteration  37
+     H   -0.023542    1.195798    1.129050
+     C   -0.000101    0.264320    1.497368
+     N    0.024550   -0.695850    2.123843
+     3
+Geometry   6/ 12 for iteration  37
+     H   -0.107598    1.163458    1.596064
+     C   -0.075027    0.139878    1.452385
+     N    0.019267   -0.759951    2.122583
+     3
+Geometry   7/ 12 for iteration  37
+     H   -0.124304    0.963570    1.832154
+     C   -0.101803    0.058078    1.175304
+     N    0.080580   -0.466032    2.164303
+     3
+Geometry   8/ 12 for iteration  37
+     H   -0.202600    0.845011    2.149562
+     C    0.047556   -0.006255    1.004685
+     N    0.136811   -0.165429    2.123789
+     3
+Geometry   9/ 12 for iteration  37
+     H   -0.075760    0.775049    2.513087
+     C   -0.027660   -0.284757    1.045171
+     N    0.065350   -0.118870    2.158933
+     3
+Geometry  10/ 12 for iteration  37
+     H   -0.187362    0.650216    2.780596
+     C    0.189730   -0.360349    0.981930
+     N   -0.016486    0.131184    2.000194
+     3
+Geometry  11/ 12 for iteration  37
+     H   -0.071330    0.360080    3.085089
+     C    0.073063   -0.250487    1.022261
+     N   -0.004296    0.078809    2.135539
+     3
+Geometry  12/ 12 for iteration  37
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          38
+ EGrad.f90, L73, IOpt=          38
+ EGrad.f90, L73, IOpt=          38
+ EGrad.f90, L73, IOpt=          38
+ EGrad.f90, L73, IOpt=          38
+ EGrad.f90, L73, IOpt=          38
+ EGrad.f90, L73, IOpt=          38
+ EGrad.f90, L73, IOpt=          38
+ EGrad.f90, L73, IOpt=          38
+ EGrad.f90, L73, IOpt=          38
+     3
+Geometry   1/ 12 for iteration  38
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  38
+     H   -0.033579    0.425076    0.208759
+     C   -0.029419    0.152552    1.237913
+     N   -0.024869   -0.142364    2.351704
+     3
+Geometry   3/ 12 for iteration  38
+     H   -0.112298    0.821943    0.437273
+     C   -0.097062    0.276529    1.352419
+     N   -0.079842   -0.314002    2.342772
+     3
+Geometry   4/ 12 for iteration  38
+     H   -0.101177    1.040355    0.812679
+     C   -0.108192    0.294575    1.564725
+     N   -0.111546   -0.509633    2.390712
+     3
+Geometry   5/ 12 for iteration  38
+     H   -0.018968    1.203084    1.104088
+     C    0.008573    0.277232    1.494551
+     N    0.038085   -0.694802    2.104520
+     3
+Geometry   6/ 12 for iteration  38
+     H   -0.112481    1.178959    1.584358
+     C   -0.068062    0.147266    1.465903
+     N    0.022603   -0.781574    2.114919
+     3
+Geometry   7/ 12 for iteration  38
+     H   -0.123550    0.974974    1.835163
+     C   -0.100903    0.064418    1.185285
+     N    0.079266   -0.490068    2.155081
+     3
+Geometry   8/ 12 for iteration  38
+     H   -0.208303    0.847497    2.130278
+     C    0.037103   -0.027666    1.013474
+     N    0.139650   -0.163314    2.132094
+     3
+Geometry   9/ 12 for iteration  38
+     H   -0.072349    0.768874    2.517849
+     C   -0.035430   -0.276966    1.040622
+     N    0.066478   -0.127610    2.159037
+     3
+Geometry  10/ 12 for iteration  38
+     H   -0.182758    0.663279    2.777955
+     C    0.185535   -0.391629    0.995536
+     N   -0.021343    0.131508    2.003471
+     3
+Geometry  11/ 12 for iteration  38
+     H   -0.072205    0.366954    3.082507
+     C    0.075523   -0.253093    1.021244
+     N   -0.002778    0.082019    2.133413
+     3
+Geometry  12/ 12 for iteration  38
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          39
+ EGrad.f90, L73, IOpt=          39
+ EGrad.f90, L73, IOpt=          39
+ EGrad.f90, L73, IOpt=          39
+ EGrad.f90, L73, IOpt=          39
+ EGrad.f90, L73, IOpt=          39
+ EGrad.f90, L73, IOpt=          39
+ EGrad.f90, L73, IOpt=          39
+ EGrad.f90, L73, IOpt=          39
+ EGrad.f90, L73, IOpt=          39
+     3
+Geometry   1/ 12 for iteration  39
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  39
+     H   -0.037667    0.432580    0.209094
+     C   -0.031329    0.155695    1.237833
+     N   -0.024499   -0.143930    2.351130
+     3
+Geometry   3/ 12 for iteration  39
+     H   -0.114353    0.832869    0.443774
+     C   -0.098218    0.279492    1.353829
+     N   -0.080695   -0.319391    2.338806
+     3
+Geometry   4/ 12 for iteration  39
+     H   -0.117073    1.043227    0.828072
+     C   -0.126756    0.296208    1.581572
+     N   -0.135568   -0.512178    2.402743
+     3
+Geometry   5/ 12 for iteration  39
+     H   -0.012706    1.209133    1.063552
+     C    0.017865    0.292239    1.489211
+     N    0.049669   -0.685975    2.090328
+     3
+Geometry   6/ 12 for iteration  39
+     H   -0.118382    1.198716    1.552342
+     C   -0.050383    0.167114    1.479704
+     N    0.033249   -0.800157    2.087715
+     3
+Geometry   7/ 12 for iteration  39
+     H   -0.118581    0.996326    1.813944
+     C   -0.096903    0.077308    1.211443
+     N    0.071433   -0.529267    2.151685
+     3
+Geometry   8/ 12 for iteration  39
+     H   -0.202749    0.857473    2.103381
+     C    0.013833   -0.022327    1.026243
+     N    0.141622   -0.197004    2.127832
+     3
+Geometry   9/ 12 for iteration  39
+     H   -0.069766    0.767610    2.493542
+     C   -0.044251   -0.245463    1.030712
+     N    0.072816   -0.138183    2.153860
+     3
+Geometry  10/ 12 for iteration  39
+     H   -0.162367    0.679604    2.769071
+     C    0.150770   -0.418085    1.016287
+     N   -0.013318    0.108763    2.019935
+     3
+Geometry  11/ 12 for iteration  39
+     H   -0.072785    0.372152    3.079462
+     C    0.077863   -0.255019    1.020085
+     N   -0.003353    0.083535    2.131372
+     3
+Geometry  12/ 12 for iteration  39
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          40
+ EGrad.f90, L73, IOpt=          40
+ EGrad.f90, L73, IOpt=          40
+ EGrad.f90, L73, IOpt=          40
+ EGrad.f90, L73, IOpt=          40
+ EGrad.f90, L73, IOpt=          40
+ EGrad.f90, L73, IOpt=          40
+ EGrad.f90, L73, IOpt=          40
+ EGrad.f90, L73, IOpt=          40
+ EGrad.f90, L73, IOpt=          40
+     3
+Geometry   1/ 12 for iteration  40
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  40
+     H   -0.042209    0.434689    0.208098
+     C   -0.033791    0.157029    1.236460
+     N   -0.024585   -0.143637    2.349365
+     3
+Geometry   3/ 12 for iteration  40
+     H   -0.112645    0.837698    0.443053
+     C   -0.097157    0.279861    1.350309
+     N   -0.080265   -0.323964    2.332160
+     3
+Geometry   4/ 12 for iteration  40
+     H   -0.128987    1.036281    0.827984
+     C   -0.143716    0.295169    1.588002
+     N   -0.156788   -0.507088    2.413503
+     3
+Geometry   5/ 12 for iteration  40
+     H   -0.017581    1.199909    1.008590
+     C    0.011209    0.305694    1.492391
+     N    0.040896   -0.661030    2.107804
+     3
+Geometry   6/ 12 for iteration  40
+     H   -0.105856    1.212628    1.467646
+     C   -0.030689    0.200661    1.494702
+     N    0.045837   -0.795632    2.055170
+     3
+Geometry   7/ 12 for iteration  40
+     H   -0.114791    1.037425    1.778842
+     C   -0.090205    0.102916    1.257179
+     N    0.066490   -0.597897    2.134270
+     3
+Geometry   8/ 12 for iteration  40
+     H   -0.192456    0.889727    2.046964
+     C   -0.005081   -0.024033    1.062067
+     N    0.128624   -0.250680    2.135467
+     3
+Geometry   9/ 12 for iteration  40
+     H   -0.085450    0.769644    2.449596
+     C   -0.045756   -0.203407    1.021956
+     N    0.085176   -0.156925    2.153255
+     3
+Geometry  10/ 12 for iteration  40
+     H   -0.141177    0.680566    2.763741
+     C    0.124098   -0.407601    1.025372
+     N   -0.020815    0.058796    2.049575
+     3
+Geometry  11/ 12 for iteration  40
+     H   -0.073118    0.373978    3.077891
+     C    0.078053   -0.256277    1.020209
+     N   -0.003518    0.083410    2.130846
+     3
+Geometry  12/ 12 for iteration  40
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          41
+ EGrad.f90, L73, IOpt=          41
+ EGrad.f90, L73, IOpt=          41
+ EGrad.f90, L73, IOpt=          41
+ EGrad.f90, L73, IOpt=          41
+ EGrad.f90, L73, IOpt=          41
+ EGrad.f90, L73, IOpt=          41
+ EGrad.f90, L73, IOpt=          41
+ EGrad.f90, L73, IOpt=          41
+ EGrad.f90, L73, IOpt=          41
+     3
+Geometry   1/ 12 for iteration  41
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  41
+     H   -0.044755    0.433783    0.203206
+     C   -0.034124    0.159077    1.232402
+     N   -0.022256   -0.139404    2.346074
+     3
+Geometry   3/ 12 for iteration  41
+     H   -0.119071    0.823958    0.441230
+     C   -0.102159    0.274243    1.351272
+     N   -0.083738   -0.321172    2.335960
+     3
+Geometry   4/ 12 for iteration  41
+     H   -0.140924    1.024436    0.815409
+     C   -0.153172    0.290960    1.581001
+     N   -0.165879   -0.502990    2.411820
+     3
+Geometry   5/ 12 for iteration  41
+     H   -0.025622    1.190037    0.959771
+     C    0.000715    0.317621    1.494452
+     N    0.028887   -0.635030    2.127668
+     3
+Geometry   6/ 12 for iteration  41
+     H   -0.096727    1.229213    1.400684
+     C   -0.010666    0.223593    1.506615
+     N    0.044510   -0.795277    2.037823
+     3
+Geometry   7/ 12 for iteration  41
+     H   -0.113333    1.060654    1.765128
+     C   -0.088026    0.117494    1.278643
+     N    0.066046   -0.635444    2.122753
+     3
+Geometry   8/ 12 for iteration  41
+     H   -0.184705    0.897486    2.026295
+     C   -0.011701   -0.008184    1.080302
+     N    0.117321   -0.288995    2.128594
+     3
+Geometry   9/ 12 for iteration  41
+     H   -0.067191    0.770366    2.435962
+     C   -0.062238   -0.181104    1.018155
+     N    0.080635   -0.176546    2.152078
+     3
+Geometry  10/ 12 for iteration  41
+     H   -0.135096    0.685358    2.759550
+     C    0.122241   -0.398445    1.018515
+     N   -0.029147    0.046899    2.047294
+     3
+Geometry  11/ 12 for iteration  41
+     H   -0.071662    0.368551    3.081031
+     C    0.076702   -0.252470    1.021666
+     N   -0.003100    0.082658    2.132896
+     3
+Geometry  12/ 12 for iteration  41
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          42
+ EGrad.f90, L73, IOpt=          42
+ EGrad.f90, L73, IOpt=          42
+ EGrad.f90, L73, IOpt=          42
+ EGrad.f90, L73, IOpt=          42
+ EGrad.f90, L73, IOpt=          42
+ EGrad.f90, L73, IOpt=          42
+ EGrad.f90, L73, IOpt=          42
+ EGrad.f90, L73, IOpt=          42
+ EGrad.f90, L73, IOpt=          42
+     3
+Geometry   1/ 12 for iteration  42
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  42
+     H   -0.048783    0.430050    0.199075
+     C   -0.035358    0.159221    1.229084
+     N   -0.020822   -0.133616    2.343779
+     3
+Geometry   3/ 12 for iteration  42
+     H   -0.116716    0.820402    0.434521
+     C   -0.100728    0.273696    1.348547
+     N   -0.083445   -0.317806    2.337854
+     3
+Geometry   4/ 12 for iteration  42
+     H   -0.147655    1.008196    0.804335
+     C   -0.165978    0.286906    1.580945
+     N   -0.182272   -0.494051    2.422624
+     3
+Geometry   5/ 12 for iteration  42
+     H   -0.027590    1.185692    0.916720
+     C   -0.003669    0.329465    1.488035
+     N    0.022832   -0.610749    2.137658
+     3
+Geometry   6/ 12 for iteration  42
+     H   -0.091888    1.242760    1.355155
+     C   -0.000515    0.238251    1.515873
+     N    0.049202   -0.793277    2.023273
+     3
+Geometry   7/ 12 for iteration  42
+     H   -0.115399    1.078421    1.754807
+     C   -0.087386    0.129122    1.300014
+     N    0.069446   -0.668118    2.114103
+     3
+Geometry   8/ 12 for iteration  42
+     H   -0.179549    0.899570    2.016205
+     C   -0.011054    0.015679    1.095252
+     N    0.102808   -0.329171    2.121854
+     3
+Geometry   9/ 12 for iteration  42
+     H   -0.049353    0.769997    2.416557
+     C   -0.079168   -0.155296    1.014923
+     N    0.077359   -0.194484    2.148958
+     3
+Geometry  10/ 12 for iteration  42
+     H   -0.128617    0.668989    2.744959
+     C    0.101509   -0.356854    1.009822
+     N   -0.021188    0.019333    2.058702
+     3
+Geometry  11/ 12 for iteration  42
+     H   -0.070864    0.366521    3.082338
+     C    0.075713   -0.251071    1.020555
+     N   -0.003832    0.081312    2.133526
+     3
+Geometry  12/ 12 for iteration  42
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          43
+ EGrad.f90, L73, IOpt=          43
+ EGrad.f90, L73, IOpt=          43
+ EGrad.f90, L73, IOpt=          43
+ EGrad.f90, L73, IOpt=          43
+ EGrad.f90, L73, IOpt=          43
+ EGrad.f90, L73, IOpt=          43
+ EGrad.f90, L73, IOpt=          43
+ EGrad.f90, L73, IOpt=          43
+ EGrad.f90, L73, IOpt=          43
+     3
+Geometry   1/ 12 for iteration  43
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  43
+     H   -0.076588    0.423358    0.203462
+     C   -0.055884    0.162705    1.234991
+     N   -0.033633   -0.118211    2.351360
+     3
+Geometry   3/ 12 for iteration  43
+     H   -0.114373    0.818228    0.432594
+     C   -0.099118    0.273639    1.348143
+     N   -0.082574   -0.315493    2.339153
+     3
+Geometry   4/ 12 for iteration  43
+     H   -0.154100    0.992979    0.798166
+     C   -0.179682    0.282537    1.584825
+     N   -0.198226   -0.486187    2.437342
+     3
+Geometry   5/ 12 for iteration  43
+     H   -0.027533    1.180158    0.876040
+     C   -0.008020    0.338986    1.479017
+     N    0.014240   -0.585201    2.150536
+     3
+Geometry   6/ 12 for iteration  43
+     H   -0.086627    1.252830    1.301685
+     C    0.001694    0.250539    1.525494
+     N    0.059863   -0.786020    2.017117
+     3
+Geometry   7/ 12 for iteration  43
+     H   -0.116669    1.102231    1.723325
+     C   -0.083861    0.140334    1.331618
+     N    0.068601   -0.701451    2.109906
+     3
+Geometry   8/ 12 for iteration  43
+     H   -0.166434    0.912112    1.993298
+     C   -0.015153    0.046789    1.110528
+     N    0.088637   -0.375354    2.112430
+     3
+Geometry   9/ 12 for iteration  43
+     H   -0.034946    0.776151    2.377141
+     C   -0.091671   -0.118484    1.015078
+     N    0.073947   -0.216637    2.140697
+     3
+Geometry  10/ 12 for iteration  43
+     H   -0.114921    0.659252    2.720493
+     C    0.075193   -0.314425    1.002957
+     N   -0.014053   -0.012334    2.069917
+     3
+Geometry  11/ 12 for iteration  43
+     H   -0.070555    0.366151    3.079247
+     C    0.073687   -0.249514    1.019608
+     N   -0.004310    0.079013    2.133107
+     3
+Geometry  12/ 12 for iteration  43
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          44
+ EGrad.f90, L73, IOpt=          44
+ EGrad.f90, L73, IOpt=          44
+ EGrad.f90, L73, IOpt=          44
+ EGrad.f90, L73, IOpt=          44
+ EGrad.f90, L73, IOpt=          44
+ EGrad.f90, L73, IOpt=          44
+ EGrad.f90, L73, IOpt=          44
+ EGrad.f90, L73, IOpt=          44
+ EGrad.f90, L73, IOpt=          44
+     3
+Geometry   1/ 12 for iteration  44
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  44
+     H   -0.099998    0.411649    0.206797
+     C   -0.076355    0.166119    1.242312
+     N   -0.049622   -0.098423    2.363153
+     3
+Geometry   3/ 12 for iteration  44
+     H   -0.112374    0.809008    0.431505
+     C   -0.098596    0.271716    1.351331
+     N   -0.083714   -0.309552    2.347081
+     3
+Geometry   4/ 12 for iteration  44
+     H   -0.147304    0.980245    0.790821
+     C   -0.194472    0.278562    1.587451
+     N   -0.218916   -0.480083    2.451270
+     3
+Geometry   5/ 12 for iteration  44
+     H   -0.026173    1.171938    0.837187
+     C   -0.014426    0.345307    1.470307
+     N    0.000504   -0.558911    2.169502
+     3
+Geometry   6/ 12 for iteration  44
+     H   -0.079077    1.257944    1.235910
+     C    0.004623    0.268902    1.535000
+     N    0.066276   -0.773603    2.014032
+     3
+Geometry   7/ 12 for iteration  44
+     H   -0.114356    1.130023    1.672275
+     C   -0.075905    0.151550    1.367482
+     N    0.062931   -0.729175    2.107168
+     3
+Geometry   8/ 12 for iteration  44
+     H   -0.171072    0.927051    1.935553
+     C   -0.031508    0.061990    1.144595
+     N    0.102248   -0.414036    2.138354
+     3
+Geometry   9/ 12 for iteration  44
+     H   -0.027699    0.789290    2.325436
+     C   -0.101331   -0.077514    1.008599
+     N    0.079591   -0.230024    2.128340
+     3
+Geometry  10/ 12 for iteration  44
+     H   -0.100807    0.652559    2.693017
+     C    0.046736   -0.269916    0.993703
+     N   -0.004409   -0.045621    2.081632
+     3
+Geometry  11/ 12 for iteration  44
+     H   -0.069609    0.365960    3.080396
+     C    0.072493   -0.249414    1.016868
+     N   -0.003268    0.082133    2.130523
+     3
+Geometry  12/ 12 for iteration  44
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          45
+ EGrad.f90, L73, IOpt=          45
+ EGrad.f90, L73, IOpt=          45
+ EGrad.f90, L73, IOpt=          45
+ EGrad.f90, L73, IOpt=          45
+ EGrad.f90, L73, IOpt=          45
+ EGrad.f90, L73, IOpt=          45
+ EGrad.f90, L73, IOpt=          45
+ EGrad.f90, L73, IOpt=          45
+ EGrad.f90, L73, IOpt=          45
+     3
+Geometry   1/ 12 for iteration  45
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  45
+     H   -0.070147    0.404831    0.201529
+     C   -0.056253    0.159300    1.235799
+     N   -0.039766   -0.106563    2.355286
+     3
+Geometry   3/ 12 for iteration  45
+     H   -0.118269    0.795562    0.414807
+     C   -0.096578    0.271597    1.340461
+     N   -0.072895   -0.295935    2.341969
+     3
+Geometry   4/ 12 for iteration  45
+     H   -0.134919    0.977028    0.758455
+     C   -0.171901    0.279991    1.558802
+     N   -0.188980   -0.473372    2.426808
+     3
+Geometry   5/ 12 for iteration  45
+     H   -0.021649    1.181735    0.838327
+     C   -0.008923    0.346601    1.464253
+     N    0.004564   -0.557809    2.161275
+     3
+Geometry   6/ 12 for iteration  45
+     H   -0.079780    1.262237    1.227217
+     C   -0.002304    0.266025    1.535349
+     N    0.079892   -0.771112    2.015694
+     3
+Geometry   7/ 12 for iteration  45
+     H   -0.113515    1.137240    1.655630
+     C   -0.069182    0.148714    1.377491
+     N    0.057063   -0.727809    2.113086
+     3
+Geometry   8/ 12 for iteration  45
+     H   -0.151197    0.941046    1.922560
+     C   -0.059961    0.044859    1.152662
+     N    0.105805   -0.432343    2.163259
+     3
+Geometry   9/ 12 for iteration  45
+     H   -0.067648    0.796271    2.311197
+     C   -0.079173   -0.089756    1.014539
+     N    0.089602   -0.227147    2.134006
+     3
+Geometry  10/ 12 for iteration  45
+     H   -0.103107    0.638584    2.705220
+     C    0.031673   -0.261505    0.983119
+     N    0.004620   -0.061962    2.100741
+     3
+Geometry  11/ 12 for iteration  45
+     H   -0.067884    0.353297    3.087577
+     C    0.070649   -0.242580    1.020480
+     N   -0.004116    0.078989    2.135866
+     3
+Geometry  12/ 12 for iteration  45
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          46
+ EGrad.f90, L73, IOpt=          46
+ EGrad.f90, L73, IOpt=          46
+ EGrad.f90, L73, IOpt=          46
+ EGrad.f90, L73, IOpt=          46
+ EGrad.f90, L73, IOpt=          46
+ EGrad.f90, L73, IOpt=          46
+ EGrad.f90, L73, IOpt=          46
+ EGrad.f90, L73, IOpt=          46
+ EGrad.f90, L73, IOpt=          46
+     3
+Geometry   1/ 12 for iteration  46
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  46
+     H   -0.089537    0.386973    0.209314
+     C   -0.074213    0.154628    1.245552
+     N   -0.056425   -0.096379    2.367174
+     3
+Geometry   3/ 12 for iteration  46
+     H   -0.127473    0.773097    0.416726
+     C   -0.096590    0.256495    1.347375
+     N   -0.063764   -0.303322    2.354582
+     3
+Geometry   4/ 12 for iteration  46
+     H   -0.127030    0.992444    0.752030
+     C   -0.145909    0.281174    1.539372
+     N   -0.158464   -0.487846    2.395553
+     3
+Geometry   5/ 12 for iteration  46
+     H   -0.022010    1.201094    0.875987
+     C   -0.000767    0.341420    1.466947
+     N    0.017283   -0.581944    2.133523
+     3
+Geometry   6/ 12 for iteration  46
+     H   -0.080476    1.263320    1.259445
+     C    0.000313    0.261996    1.534779
+     N    0.077497   -0.783867    2.006194
+     3
+Geometry   7/ 12 for iteration  46
+     H   -0.118543    1.124811    1.661771
+     C   -0.063659    0.138157    1.374112
+     N    0.061134   -0.706722    2.121369
+     3
+Geometry   8/ 12 for iteration  46
+     H   -0.154200    0.913870    1.933737
+     C   -0.072615    0.023539    1.172947
+     N    0.111320   -0.428652    2.189185
+     3
+Geometry   9/ 12 for iteration  46
+     H   -0.080280    0.795132    2.324057
+     C   -0.071785   -0.107075    1.010791
+     N    0.088743   -0.221193    2.133255
+     3
+Geometry  10/ 12 for iteration  46
+     H   -0.102577    0.657879    2.708954
+     C    0.045031   -0.278920    0.982417
+     N   -0.000371   -0.051490    2.099561
+     3
+Geometry  11/ 12 for iteration  46
+     H   -0.063494    0.350259    3.085379
+     C    0.065748   -0.233469    1.014550
+     N   -0.003446    0.077557    2.134455
+     3
+Geometry  12/ 12 for iteration  46
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          47
+ EGrad.f90, L73, IOpt=          47
+ EGrad.f90, L73, IOpt=          47
+ EGrad.f90, L73, IOpt=          47
+ EGrad.f90, L73, IOpt=          47
+ EGrad.f90, L73, IOpt=          47
+ EGrad.f90, L73, IOpt=          47
+ EGrad.f90, L73, IOpt=          47
+ EGrad.f90, L73, IOpt=          47
+ EGrad.f90, L73, IOpt=          47
+     3
+Geometry   1/ 12 for iteration  47
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  47
+     H   -0.106892    0.372862    0.218878
+     C   -0.091929    0.151153    1.257040
+     N   -0.074873   -0.087762    2.380789
+     3
+Geometry   3/ 12 for iteration  47
+     H   -0.139243    0.758908    0.422009
+     C   -0.096754    0.249380    1.356538
+     N   -0.051181   -0.301749    2.368176
+     3
+Geometry   4/ 12 for iteration  47
+     H   -0.146573    0.989307    0.761677
+     C   -0.162883    0.282964    1.554388
+     N   -0.180379   -0.482702    2.413663
+     3
+Geometry   5/ 12 for iteration  47
+     H   -0.006783    1.208985    0.844690
+     C    0.010808    0.348259    1.441919
+     N    0.024172   -0.565727    2.124625
+     3
+Geometry   6/ 12 for iteration  47
+     H   -0.077952    1.251536    1.256482
+     C   -0.000608    0.260149    1.527186
+     N    0.067033   -0.766820    2.027438
+     3
+Geometry   7/ 12 for iteration  47
+     H   -0.119711    1.113865    1.668778
+     C   -0.061089    0.126125    1.372378
+     N    0.060212   -0.689227    2.132850
+     3
+Geometry   8/ 12 for iteration  47
+     H   -0.142819    0.891633    1.955600
+     C   -0.091795   -0.001218    1.185061
+     N    0.111158   -0.426082    2.208868
+     3
+Geometry   9/ 12 for iteration  47
+     H   -0.065128    0.793881    2.324751
+     C   -0.078504   -0.099197    0.986182
+     N    0.089745   -0.195118    2.112475
+     3
+Geometry  10/ 12 for iteration  47
+     H   -0.104700    0.678468    2.710299
+     C    0.058574   -0.302321    0.982678
+     N   -0.005490   -0.039487    2.097879
+     3
+Geometry  11/ 12 for iteration  47
+     H   -0.057310    0.351337    3.075746
+     C    0.058860   -0.224438    1.006839
+     N   -0.002960    0.077591    2.129394
+     3
+Geometry  12/ 12 for iteration  47
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          48
+ EGrad.f90, L73, IOpt=          48
+ EGrad.f90, L73, IOpt=          48
+ EGrad.f90, L73, IOpt=          48
+ EGrad.f90, L73, IOpt=          48
+ EGrad.f90, L73, IOpt=          48
+ EGrad.f90, L73, IOpt=          48
+ EGrad.f90, L73, IOpt=          48
+ EGrad.f90, L73, IOpt=          48
+ EGrad.f90, L73, IOpt=          48
+     3
+Geometry   1/ 12 for iteration  48
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  48
+     H   -0.125794    0.364099    0.230361
+     C   -0.110275    0.149728    1.269803
+     N   -0.092789   -0.080662    2.394979
+     3
+Geometry   3/ 12 for iteration  48
+     H   -0.160992    0.751648    0.444542
+     C   -0.104254    0.241985    1.377293
+     N   -0.042758   -0.309684    2.387072
+     3
+Geometry   4/ 12 for iteration  48
+     H   -0.157450    0.992085    0.781425
+     C   -0.180863    0.283717    1.573673
+     N   -0.206021   -0.484805    2.431114
+     3
+Geometry   5/ 12 for iteration  48
+     H   -0.005825    1.196262    0.807919
+     C    0.011415    0.367064    1.451861
+     N    0.031765   -0.558713    2.130277
+     3
+Geometry   6/ 12 for iteration  48
+     H   -0.081563    1.265427    1.237742
+     C    0.013697    0.266973    1.544480
+     N    0.048221   -0.772977    2.024057
+     3
+Geometry   7/ 12 for iteration  48
+     H   -0.121638    1.116508    1.664555
+     C   -0.055627    0.126055    1.382484
+     N    0.058422   -0.693816    2.132971
+     3
+Geometry   8/ 12 for iteration  48
+     H   -0.133783    0.875927    1.965297
+     C   -0.106553   -0.016687    1.205756
+     N    0.108113   -0.434844    2.223989
+     3
+Geometry   9/ 12 for iteration  48
+     H   -0.077630    0.807850    2.309019
+     C   -0.067356   -0.094364    0.965184
+     N    0.100134   -0.171987    2.094755
+     3
+Geometry  10/ 12 for iteration  48
+     H   -0.111412    0.707636    2.700988
+     C    0.077085   -0.330907    0.981158
+     N   -0.013965   -0.025351    2.090253
+     3
+Geometry  11/ 12 for iteration  48
+     H   -0.063140    0.352787    3.062792
+     C    0.063194   -0.235319    1.013488
+     N   -0.014882    0.070704    2.131518
+     3
+Geometry  12/ 12 for iteration  48
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          49
+ EGrad.f90, L73, IOpt=          49
+ EGrad.f90, L73, IOpt=          49
+ EGrad.f90, L73, IOpt=          49
+ EGrad.f90, L73, IOpt=          49
+ EGrad.f90, L73, IOpt=          49
+ EGrad.f90, L73, IOpt=          49
+ EGrad.f90, L73, IOpt=          49
+ EGrad.f90, L73, IOpt=          49
+ EGrad.f90, L73, IOpt=          49
+     3
+Geometry   1/ 12 for iteration  49
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  49
+     H   -0.143055    0.356582    0.242630
+     C   -0.128442    0.148601    1.283508
+     N   -0.112271   -0.074289    2.410304
+     3
+Geometry   3/ 12 for iteration  49
+     H   -0.163001    0.746652    0.452867
+     C   -0.097913    0.238549    1.384749
+     N   -0.027408   -0.310450    2.393735
+     3
+Geometry   4/ 12 for iteration  49
+     H   -0.169666    0.985998    0.792454
+     C   -0.197843    0.282162    1.588542
+     N   -0.227652   -0.481615    2.449517
+     3
+Geometry   5/ 12 for iteration  49
+     H   -0.008493    1.183777    0.780203
+     C    0.001234    0.364720    1.443154
+     N    0.012166   -0.537416    2.152566
+     3
+Geometry   6/ 12 for iteration  49
+     H   -0.073639    1.261333    1.170029
+     C    0.010011    0.283286    1.543917
+     N    0.059315   -0.749580    2.035057
+     3
+Geometry   7/ 12 for iteration  49
+     H   -0.125073    1.138904    1.635022
+     C   -0.043881    0.138893    1.406778
+     N    0.051299   -0.717772    2.125075
+     3
+Geometry   8/ 12 for iteration  49
+     H   -0.156248    0.883743    1.951883
+     C   -0.088760   -0.008415    1.231606
+     N    0.104305   -0.464551    2.224842
+     3
+Geometry   9/ 12 for iteration  49
+     H   -0.081954    0.794305    2.312426
+     C   -0.075573   -0.106665    0.997216
+     N    0.093350   -0.204226    2.121472
+     3
+Geometry  10/ 12 for iteration  49
+     H   -0.120095    0.729106    2.686749
+     C    0.090691   -0.352411    0.980066
+     N   -0.016631   -0.008572    2.079237
+     3
+Geometry  11/ 12 for iteration  49
+     H   -0.079008    0.363950    3.039370
+     C    0.078240   -0.216783    0.993596
+     N   -0.014738    0.075268    2.115725
+     3
+Geometry  12/ 12 for iteration  49
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ EGrad.f90, L73, IOpt=          50
+ EGrad.f90, L73, IOpt=          50
+ EGrad.f90, L73, IOpt=          50
+ EGrad.f90, L73, IOpt=          50
+ EGrad.f90, L73, IOpt=          50
+ EGrad.f90, L73, IOpt=          50
+ EGrad.f90, L73, IOpt=          50
+ EGrad.f90, L73, IOpt=          50
+ EGrad.f90, L73, IOpt=          50
+ EGrad.f90, L73, IOpt=          50
+     3
+Geometry   1/ 12 for iteration  50
+     H   -0.000000   -0.000000    0.038576
+     C   -0.000000   -0.000000    1.104152
+     N    0.000000    0.000000    2.257373
+     3
+Geometry   2/ 12 for iteration  50
+     H   -0.114489    0.371738    0.240644
+     C   -0.105040    0.146869    1.275973
+     N   -0.094764   -0.095108    2.396750
+     3
+Geometry   3/ 12 for iteration  50
+     H   -0.171286    0.759503    0.472483
+     C   -0.105578    0.245092    1.400257
+     N   -0.032409   -0.312649    2.403183
+     3
+Geometry   4/ 12 for iteration  50
+     H   -0.189606    1.006822    0.796968
+     C   -0.196524    0.291795    1.586602
+     N   -0.200217   -0.494443    2.431786
+     3
+Geometry   5/ 12 for iteration  50
+     H   -0.002876    1.187155    0.768875
+     C    0.006404    0.367250    1.434179
+     N    0.013747   -0.526988    2.153699
+     3
+Geometry   6/ 12 for iteration  50
+     H   -0.088302    1.248798    1.195525
+     C    0.001892    0.273065    1.534264
+     N    0.068572   -0.737370    2.053189
+     3
+Geometry   7/ 12 for iteration  50
+     H   -0.136916    1.119151    1.658846
+     C   -0.037293    0.128616    1.404091
+     N    0.051900   -0.703636    2.133648
+     3
+Geometry   8/ 12 for iteration  50
+     H   -0.181733    0.860554    1.981986
+     C   -0.071783   -0.010713    1.227875
+     N    0.101882   -0.465259    2.235853
+     3
+Geometry   9/ 12 for iteration  50
+     H   -0.087448    0.775889    2.344374
+     C   -0.077979   -0.144120    1.015064
+     N    0.090608   -0.198953    2.140648
+     3
+Geometry  10/ 12 for iteration  50
+     H   -0.125619    0.728506    2.695442
+     C    0.112702   -0.365014    0.975746
+     N   -0.027627    0.023384    2.059533
+     3
+Geometry  11/ 12 for iteration  50
+     H   -0.097860    0.354088    3.038902
+     C    0.097697   -0.188230    0.973445
+     N   -0.011190    0.088409    2.100073
+     3
+Geometry  12/ 12 for iteration  50
+     H    0.000003   -0.000001    3.270565
+     C   -0.000002   -0.000002    1.112436
+     N    0.000000   -0.000000    2.276943
+ Exiting Path, IOpt=          51
Index: examples/Test/Cart/run_Path
===================================================================
--- examples/Test/Cart/run_Path	(revision 3)
+++ examples/Test/Cart/run_Path	(revision 4)
@@ -12,7 +12,7 @@
 #
 # Where is Path.exe ??
 #
-PathExe=~/Programs/Chemin/OpenPath/src/Path.exe
+PathExe=../../../src/Path.exe
 #
 
 # Some libraries... that might need to be adapted to your system
Index: examples/Test/HCN_PES_2D.dat
===================================================================
--- examples/Test/HCN_PES_2D.dat	(revision 0)
+++ examples/Test/HCN_PES_2D.dat	(revision 4)
@@ -0,0 +1,5334 @@
+
+#Surface 0 of 1 surfaces
+
+# Contour 0, label:     -0.2
+ 1.76942  0 -0.2 
+ 1.76781  1.82 -0.2 
+ 1.76288  3.64 -0.2 
+ 1.7576  4.7807 -0.2 
+ 1.75456  5.45 -0.2 
+ 1.7428  7.27 -0.2 
+ 1.7424  7.3191 -0.2 
+ 1.72779  9.09 -0.2 
+ 1.7273  9.14015 -0.2 
+ 1.7121  10.6404 -0.2 
+ 1.70928  10.91 -0.2 
+ 1.697  11.9528 -0.2 
+ 1.68718  12.73 -0.2 
+ 1.6818  13.1275 -0.2 
+ 1.6667  14.1936 -0.2 
+ 1.66134  14.55 -0.2 
+ 1.6515  15.1821 -0.2 
+ 1.6364  16.0871 -0.2 
+ 1.63158  16.36 -0.2 
+ 1.6212  16.9562 -0.2 
+ 1.6061  17.7642 -0.2 
+ 1.59772  18.18 -0.2 
+ 1.5909  18.5329 -0.2 
+ 1.5758  19.2757 -0.2 
+ 1.5606  19.9479 -0.2 
+ 1.55939  20 -0.2 
+ 1.5455  20.6439 -0.2 
+ 1.5303  21.2835 -0.2 
+ 1.51645  21.82 -0.2 
+ 1.5152  21.8731 -0.2 
+ 1.5  22.4981 -0.2 
+ 1.4848  23.0684 -0.2 
+ 1.4697  23.5895 -0.2 
+ 1.46818  23.64 -0.2 
+ 1.4545  24.1489 -0.2 
+ 1.4394  24.6708 -0.2 
+ 1.4242  25.15 -0.2 
+ 1.4141  25.45 -0.2 
+ 1.4091  25.622 -0.2 
+ 1.3939  26.1182 -0.2 
+ 1.3788  26.5759 -0.2 
+ 1.3636  26.9989 -0.2 
+ 1.3533  27.27 -0.2 
+ 1.3485  27.4178 -0.2 
+ 1.3333  27.8629 -0.2 
+ 1.3182  28.276 -0.2 
+ 1.303  28.6603 -0.2 
+ 1.2879  29.0186 -0.2 
+ 1.28475  29.09 -0.2 
+ 1.2727  29.414 -0.2 
+ 1.2576  29.7987 -0.2 
+ 1.2424  30.1591 -0.2 
+ 1.2273  30.4975 -0.2 
+ 1.2121  30.8162 -0.2 
+ 1.20747  30.91 -0.2 
+ 1.197  31.1645 -0.2 
+ 1.1818  31.5136 -0.2 
+ 1.1667  31.8443 -0.2 
+ 1.1515  32.1589 -0.2 
+ 1.1364  32.4592 -0.2 
+ 1.12213  32.73 -0.2 
+ 1.1212  32.7513 -0.2 
+ 1.1061  33.0892 -0.2 
+ 1.0909  33.4149 -0.2 
+ 1.0758  33.7309 -0.2 
+ 1.0606  34.0394 -0.2 
+ 1.0455  34.3427 -0.2 
+ 1.03501  34.55 -0.2 
+ 1.0303  34.6614 -0.2 
+ 1.0152  35.0187 -0.2 
+ 1  35.3762 -0.2 
+
+
+# Contour 1, label:    -0.21
+ 1.77431  0 -0.21 
+ 1.7727  1.7229 -0.21 
+ 1.77262  1.82 -0.21 
+ 1.76784  3.64 -0.21 
+ 1.75958  5.45 -0.21 
+ 1.7576  5.76299 -0.21 
+ 1.74806  7.27 -0.21 
+ 1.7424  7.96423 -0.21 
+ 1.73311  9.09 -0.21 
+ 1.7273  9.68053 -0.21 
+ 1.71461  10.91 -0.21 
+ 1.7121  11.1261 -0.21 
+ 1.697  12.3894 -0.21 
+ 1.6927  12.73 -0.21 
+ 1.6818  13.5346 -0.21 
+ 1.66695  14.55 -0.21 
+ 1.6667  14.5664 -0.21 
+ 1.6515  15.5418 -0.21 
+ 1.63747  16.36 -0.21 
+ 1.6364  16.4229 -0.21 
+ 1.6212  17.2909 -0.21 
+ 1.6061  18.0724 -0.21 
+ 1.60393  18.18 -0.21 
+ 1.5909  18.854 -0.21 
+ 1.5758  19.5727 -0.21 
+ 1.56608  20 -0.21 
+ 1.5606  20.2579 -0.21 
+ 1.5455  20.9394 -0.21 
+ 1.5303  21.5585 -0.21 
+ 1.52355  21.82 -0.21 
+ 1.5152  22.1756 -0.21 
+ 1.5  22.7808 -0.21 
+ 1.4848  23.3331 -0.21 
+ 1.47585  23.64 -0.21 
+ 1.4697  23.8762 -0.21 
+ 1.4545  24.4277 -0.21 
+ 1.4394  24.9334 -0.21 
+ 1.4242  25.398 -0.21 
+ 1.42245  25.45 -0.21 
+ 1.4091  25.9089 -0.21 
+ 1.3939  26.3901 -0.21 
+ 1.3788  26.8343 -0.21 
+ 1.3636  27.245 -0.21 
+ 1.36265  27.27 -0.21 
+ 1.3485  27.7059 -0.21 
+ 1.3333  28.1384 -0.21 
+ 1.3182  28.5401 -0.21 
+ 1.303  28.914 -0.21 
+ 1.29552  29.09 -0.21 
+ 1.2879  29.3029 -0.21 
+ 1.2727  29.704 -0.21 
+ 1.2576  30.0791 -0.21 
+ 1.2424  30.4307 -0.21 
+ 1.2273  30.7613 -0.21 
+ 1.22015  30.91 -0.21 
+ 1.2121  31.1107 -0.21 
+ 1.197  31.4724 -0.21 
+ 1.1818  31.8144 -0.21 
+ 1.1667  32.1389 -0.21 
+ 1.1515  32.4481 -0.21 
+ 1.13713  32.73 -0.21 
+ 1.1364  32.7472 -0.21 
+ 1.1212  33.094 -0.21 
+ 1.1061  33.4274 -0.21 
+ 1.0909  33.7496 -0.21 
+ 1.0758  34.0629 -0.21 
+ 1.0606  34.3696 -0.21 
+ 1.0516  34.55 -0.21 
+ 1.0455  34.6963 -0.21 
+ 1.0303  35.055 -0.21 
+ 1.0152  35.4118 -0.21 
+ 1  35.7699 -0.21 
+
+
+# Contour 2, label:    -0.22
+ 1.77952  0 -0.22 
+ 1.77787  1.82 -0.22 
+ 1.77282  3.64 -0.22 
+ 1.7727  3.66687 -0.22 
+ 1.76483  5.45 -0.22 
+ 1.7576  6.59385 -0.22 
+ 1.75332  7.27 -0.22 
+ 1.7424  8.60937 -0.22 
+ 1.73844  9.09 -0.22 
+ 1.7273  10.2209 -0.22 
+ 1.72019  10.91 -0.22 
+ 1.7121  11.6057 -0.22 
+ 1.69829  12.73 -0.22 
+ 1.697  12.828 -0.22 
+ 1.6818  13.9417 -0.22 
+ 1.6729  14.55 -0.22 
+ 1.6667  14.9592 -0.22 
+ 1.6515  15.9015 -0.22 
+ 1.64364  16.36 -0.22 
+ 1.6364  16.787 -0.22 
+ 1.6212  17.6256 -0.22 
+ 1.61036  18.18 -0.22 
+ 1.6061  18.4065 -0.22 
+ 1.5909  19.1751 -0.22 
+ 1.5758  19.8697 -0.22 
+ 1.57284  20 -0.22 
+ 1.5606  20.576 -0.22 
+ 1.5455  21.2349 -0.22 
+ 1.53067  21.82 -0.22 
+ 1.5303  21.8359 -0.22 
+ 1.5152  22.4781 -0.22 
+ 1.5  23.0635 -0.22 
+ 1.4848  23.5978 -0.22 
+ 1.48357  23.64 -0.22 
+ 1.4697  24.1726 -0.22 
+ 1.4545  24.7064 -0.22 
+ 1.4394  25.1961 -0.22 
+ 1.43104  25.45 -0.22 
+ 1.4242  25.6896 -0.22 
+ 1.4091  26.1957 -0.22 
+ 1.3939  26.6621 -0.22 
+ 1.3788  27.0928 -0.22 
+ 1.37222  27.27 -0.22 
+ 1.3636  27.5414 -0.22 
+ 1.3485  27.9941 -0.22 
+ 1.3333  28.4139 -0.22 
+ 1.3182  28.8041 -0.22 
+ 1.30635  29.09 -0.22 
+ 1.303  29.1858 -0.22 
+ 1.2879  29.6038 -0.22 
+ 1.2727  29.9941 -0.22 
+ 1.2576  30.3594 -0.22 
+ 1.2424  30.7024 -0.22 
+ 1.23279  30.91 -0.22 
+ 1.2273  31.052 -0.22 
+ 1.2121  31.4267 -0.22 
+ 1.197  31.7804 -0.22 
+ 1.1818  32.1152 -0.22 
+ 1.1667  32.4336 -0.22 
+ 1.15188  32.73 -0.22 
+ 1.1515  32.7391 -0.22 
+ 1.1364  33.0954 -0.22 
+ 1.1212  33.4368 -0.22 
+ 1.1061  33.7657 -0.22 
+ 1.0909  34.0843 -0.22 
+ 1.0758  34.3949 -0.22 
+ 1.06809  34.55 -0.22 
+ 1.0606  34.7304 -0.22 
+ 1.0455  35.0914 -0.22 
+ 1.0303  35.4486 -0.22 
+ 1.0152  35.805 -0.22 
+ 1  36.1636 -0.22 
+
+
+# Contour 3, label:    -0.23
+ 1.78472  0 -0.23 
+ 1.78313  1.82 -0.23 
+ 1.77826  3.64 -0.23 
+ 1.7727  4.85602 -0.23 
+ 1.77008  5.45 -0.23 
+ 1.75866  7.27 -0.23 
+ 1.7576  7.40272 -0.23 
+ 1.74388  9.09 -0.23 
+ 1.7424  9.24194 -0.23 
+ 1.7273  10.7613 -0.23 
+ 1.72577  10.91 -0.23 
+ 1.7121  12.0854 -0.23 
+ 1.70418  12.73 -0.23 
+ 1.697  13.2743 -0.23 
+ 1.6818  14.3487 -0.23 
+ 1.67886  14.55 -0.23 
+ 1.6667  15.352 -0.23 
+ 1.6515  16.2613 -0.23 
+ 1.64981  16.36 -0.23 
+ 1.6364  17.151 -0.23 
+ 1.6212  17.9603 -0.23 
+ 1.6169  18.18 -0.23 
+ 1.6061  18.7543 -0.23 
+ 1.5909  19.4962 -0.23 
+ 1.57978  20 -0.23 
+ 1.5758  20.1926 -0.23 
+ 1.5606  20.8942 -0.23 
+ 1.5455  21.5304 -0.23 
+ 1.53816  21.82 -0.23 
+ 1.5303  22.1603 -0.23 
+ 1.5152  22.7807 -0.23 
+ 1.5  23.3462 -0.23 
+ 1.4916  23.64 -0.23 
+ 1.4848  23.9056 -0.23 
+ 1.4697  24.469 -0.23 
+ 1.4545  24.9851 -0.23 
+ 1.43969  25.45 -0.23 
+ 1.4394  25.4606 -0.23 
+ 1.4242  25.9928 -0.23 
+ 1.4091  26.4826 -0.23 
+ 1.3939  26.9341 -0.23 
+ 1.38186  27.27 -0.23 
+ 1.3788  27.3698 -0.23 
+ 1.3636  27.8435 -0.23 
+ 1.3485  28.2822 -0.23 
+ 1.3333  28.6894 -0.23 
+ 1.3182  29.0681 -0.23 
+ 1.31729  29.09 -0.23 
+ 1.303  29.4986 -0.23 
+ 1.2879  29.9047 -0.23 
+ 1.2727  30.2842 -0.23 
+ 1.2576  30.6398 -0.23 
+ 1.24539  30.91 -0.23 
+ 1.2424  30.989 -0.23 
+ 1.2273  31.3772 -0.23 
+ 1.2121  31.7428 -0.23 
+ 1.197  32.0883 -0.23 
+ 1.1818  32.4161 -0.23 
+ 1.1667  32.7282 -0.23 
+ 1.16661  32.73 -0.23 
+ 1.1515  33.0938 -0.23 
+ 1.1364  33.4436 -0.23 
+ 1.1212  33.7796 -0.23 
+ 1.1061  34.1039 -0.23 
+ 1.0909  34.419 -0.23 
+ 1.08451  34.55 -0.23 
+ 1.0758  34.7638 -0.23 
+ 1.0606  35.1279 -0.23 
+ 1.0455  35.4865 -0.23 
+ 1.0303  35.8423 -0.23 
+ 1.0152  36.1982 -0.23 
+ 1.00835  36.36 -0.23 
+ 1  36.598 -0.23 
+
+
+# Contour 4, label:    -0.24
+ 1.79008  0 -0.24 
+ 1.78842  1.82 -0.24 
+ 1.7879  2.01348 -0.24 
+ 1.7837  3.64 -0.24 
+ 1.77557  5.45 -0.24 
+ 1.7727  5.91033 -0.24 
+ 1.76432  7.27 -0.24 
+ 1.7576  8.11549 -0.24 
+ 1.74967  9.09 -0.24 
+ 1.7424  9.83781 -0.24 
+ 1.73164  10.91 -0.24 
+ 1.7273  11.2925 -0.24 
+ 1.7121  12.565 -0.24 
+ 1.71007  12.73 -0.24 
+ 1.697  13.7205 -0.24 
+ 1.68505  14.55 -0.24 
+ 1.6818  14.7672 -0.24 
+ 1.6667  15.7448 -0.24 
+ 1.65631  16.36 -0.24 
+ 1.6515  16.6477 -0.24 
+ 1.6364  17.515 -0.24 
+ 1.62361  18.18 -0.24 
+ 1.6212  18.3097 -0.24 
+ 1.6061  19.1021 -0.24 
+ 1.5909  19.8173 -0.24 
+ 1.58687  20 -0.24 
+ 1.5758  20.5358 -0.24 
+ 1.5606  21.2123 -0.24 
+ 1.54566  21.82 -0.24 
+ 1.5455  21.827 -0.24 
+ 1.5303  22.4846 -0.24 
+ 1.5152  23.0832 -0.24 
+ 1.5  23.6289 -0.24 
+ 1.49968  23.64 -0.24 
+ 1.4848  24.2215 -0.24 
+ 1.4697  24.7655 -0.24 
+ 1.4545  25.2638 -0.24 
+ 1.44857  25.45 -0.24 
+ 1.4394  25.7819 -0.24 
+ 1.4242  26.2961 -0.24 
+ 1.4091  26.7694 -0.24 
+ 1.3939  27.2061 -0.24 
+ 1.39161  27.27 -0.24 
+ 1.3788  27.6871 -0.24 
+ 1.3636  28.1455 -0.24 
+ 1.3485  28.5703 -0.24 
+ 1.3333  28.9648 -0.24 
+ 1.3283  29.09 -0.24 
+ 1.3182  29.3891 -0.24 
+ 1.303  29.8115 -0.24 
+ 1.2879  30.2055 -0.24 
+ 1.2727  30.5742 -0.24 
+ 1.25806  30.91 -0.24 
+ 1.2576  30.9226 -0.24 
+ 1.2424  31.3245 -0.24 
+ 1.2273  31.7024 -0.24 
+ 1.2121  32.0588 -0.24 
+ 1.197  32.3963 -0.24 
+ 1.1818  32.7169 -0.24 
+ 1.18117  32.73 -0.24 
+ 1.1667  33.0899 -0.24 
+ 1.1515  33.4484 -0.24 
+ 1.1364  33.7918 -0.24 
+ 1.1212  34.1223 -0.24 
+ 1.1061  34.4422 -0.24 
+ 1.10088  34.55 -0.24 
+ 1.0909  34.7969 -0.24 
+ 1.0758  35.1648 -0.24 
+ 1.0606  35.5255 -0.24 
+ 1.0455  35.8816 -0.24 
+ 1.0303  36.2359 -0.24 
+ 1.02503  36.36 -0.24 
+ 1.0152  36.64 -0.24 
+ 1  37.0727 -0.24 
+
+
+# Contour 5, label:    -0.25
+ 1.79571  0 -0.25 
+ 1.79411  1.82 -0.25 
+ 1.78923  3.64 -0.25 
+ 1.7879  3.93883 -0.25 
+ 1.78132  5.45 -0.25 
+ 1.7727  6.83008 -0.25 
+ 1.76999  7.27 -0.25 
+ 1.7576  8.82827 -0.25 
+ 1.75547  9.09 -0.25 
+ 1.7424  10.4337 -0.25 
+ 1.73762  10.91 -0.25 
+ 1.7273  11.8203 -0.25 
+ 1.71629  12.73 -0.25 
+ 1.7121  13.0514 -0.25 
+ 1.697  14.1668 -0.25 
+ 1.69148  14.55 -0.25 
+ 1.6818  15.1969 -0.25 
+ 1.6667  16.1376 -0.25 
+ 1.66295  16.36 -0.25 
+ 1.6515  17.0443 -0.25 
+ 1.6364  17.879 -0.25 
+ 1.63061  18.18 -0.25 
+ 1.6212  18.6871 -0.25 
+ 1.6061  19.4499 -0.25 
+ 1.59415  20 -0.25 
+ 1.5909  20.1599 -0.25 
+ 1.5758  20.879 -0.25 
+ 1.5606  21.5305 -0.25 
+ 1.55348  21.82 -0.25 
+ 1.5455  22.1756 -0.25 
+ 1.5303  22.809 -0.25 
+ 1.5152  23.3857 -0.25 
+ 1.50811  23.64 -0.25 
+ 1.5  23.9642 -0.25 
+ 1.4848  24.5374 -0.25 
+ 1.4697  25.0619 -0.25 
+ 1.45758  25.45 -0.25 
+ 1.4545  25.5633 -0.25 
+ 1.4394  26.1031 -0.25 
+ 1.4242  26.5993 -0.25 
+ 1.4091  27.0563 -0.25 
+ 1.4016  27.27 -0.25 
+ 1.3939  27.5257 -0.25 
+ 1.3788  28.0045 -0.25 
+ 1.3636  28.4476 -0.25 
+ 1.3485  28.8584 -0.25 
+ 1.33945  29.09 -0.25 
+ 1.3333  29.2759 -0.25 
+ 1.3182  29.7151 -0.25 
+ 1.303  30.1243 -0.25 
+ 1.2879  30.5064 -0.25 
+ 1.2727  30.8643 -0.25 
+ 1.27071  30.91 -0.25 
+ 1.2576  31.2695 -0.25 
+ 1.2424  31.66 -0.25 
+ 1.2273  32.0276 -0.25 
+ 1.2121  32.3749 -0.25 
+ 1.197  32.7042 -0.25 
+ 1.19578  32.73 -0.25 
+ 1.1818  33.0846 -0.25 
+ 1.1667  33.4521 -0.25 
+ 1.1515  33.8031 -0.25 
+ 1.1364  34.14 -0.25 
+ 1.1212  34.4651 -0.25 
+ 1.11717  34.55 -0.25 
+ 1.1061  34.8302 -0.25 
+ 1.0909  35.2025 -0.25 
+ 1.0758  35.5658 -0.25 
+ 1.0606  35.923 -0.25 
+ 1.0455  36.2766 -0.25 
+ 1.04192  36.36 -0.25 
+ 1.0303  36.6874 -0.25 
+ 1.0152  37.1159 -0.25 
+ 1  37.5474 -0.25 
+
+
+# Contour 6, label:    -0.26
+ 1.80134  0 -0.26 
+ 1.7998  1.82 -0.26 
+ 1.79511  3.64 -0.26 
+ 1.7879  5.25759 -0.26 
+ 1.78706  5.45 -0.26 
+ 1.77593  7.27 -0.26 
+ 1.7727  7.68152 -0.26 
+ 1.76155  9.09 -0.26 
+ 1.7576  9.50645 -0.26 
+ 1.74371  10.91 -0.26 
+ 1.7424  11.0267 -0.26 
+ 1.7273  12.3481 -0.26 
+ 1.72268  12.73 -0.26 
+ 1.7121  13.5414 -0.26 
+ 1.69797  14.55 -0.26 
+ 1.697  14.6165 -0.26 
+ 1.6818  15.6265 -0.26 
+ 1.66976  16.36 -0.26 
+ 1.6667  16.5478 -0.26 
+ 1.6515  17.4409 -0.26 
+ 1.63768  18.18 -0.26 
+ 1.6364  18.251 -0.26 
+ 1.6212  19.0645 -0.26 
+ 1.6061  19.7977 -0.26 
+ 1.60171  20 -0.26 
+ 1.5909  20.5308 -0.26 
+ 1.5758  21.2222 -0.26 
+ 1.56135  21.82 -0.26 
+ 1.5606  21.8537 -0.26 
+ 1.5455  22.5241 -0.26 
+ 1.5303  23.1334 -0.26 
+ 1.5166  23.64 -0.26 
+ 1.5152  23.6976 -0.26 
+ 1.5  24.3017 -0.26 
+ 1.4848  24.8534 -0.26 
+ 1.4697  25.3583 -0.26 
+ 1.46684  25.45 -0.26 
+ 1.4545  25.9044 -0.26 
+ 1.4394  26.4243 -0.26 
+ 1.4242  26.9025 -0.26 
+ 1.41172  27.27 -0.26 
+ 1.4091  27.36 -0.26 
+ 1.3939  27.86 -0.26 
+ 1.3788  28.3219 -0.26 
+ 1.3636  28.7496 -0.26 
+ 1.35074  29.09 -0.26 
+ 1.3485  29.16 -0.26 
+ 1.3333  29.6166 -0.26 
+ 1.3182  30.0412 -0.26 
+ 1.303  30.4371 -0.26 
+ 1.2879  30.8073 -0.26 
+ 1.28352  30.91 -0.26 
+ 1.2727  31.213 -0.26 
+ 1.2576  31.6164 -0.26 
+ 1.2424  31.9954 -0.26 
+ 1.2273  32.3528 -0.26 
+ 1.2121  32.691 -0.26 
+ 1.21031  32.73 -0.26 
+ 1.197  33.0787 -0.26 
+ 1.1818  33.4553 -0.26 
+ 1.1667  33.8142 -0.26 
+ 1.1515  34.1578 -0.26 
+ 1.1364  34.4882 -0.26 
+ 1.1335  34.55 -0.26 
+ 1.1212  34.8645 -0.26 
+ 1.1061  35.2415 -0.26 
+ 1.0909  35.6081 -0.26 
+ 1.0758  35.9669 -0.26 
+ 1.0606  36.3206 -0.26 
+ 1.05891  36.36 -0.26 
+ 1.0455  36.7401 -0.26 
+ 1.0303  37.1657 -0.26 
+ 1.0152  37.5918 -0.26 
+ 1  38.0221 -0.26 
+
+
+# Contour 7, label:    -0.27
+ 1.80735  0 -0.27 
+ 1.80574  1.82 -0.27 
+ 1.803  2.84331 -0.27 
+ 1.80099  3.64 -0.27 
+ 1.79321  5.45 -0.27 
+ 1.7879  6.32094 -0.27 
+ 1.78213  7.27 -0.27 
+ 1.7727  8.47032 -0.27 
+ 1.76779  9.09 -0.27 
+ 1.7576  10.1646 -0.27 
+ 1.75022  10.91 -0.27 
+ 1.7424  11.6084 -0.27 
+ 1.72919  12.73 -0.27 
+ 1.7273  12.879 -0.27 
+ 1.7121  14.0314 -0.27 
+ 1.70483  14.55 -0.27 
+ 1.697  15.0873 -0.27 
+ 1.6818  16.0562 -0.27 
+ 1.67681  16.36 -0.27 
+ 1.6667  16.9807 -0.27 
+ 1.6515  17.8375 -0.27 
+ 1.6451  18.18 -0.27 
+ 1.6364  18.6614 -0.27 
+ 1.6212  19.4419 -0.27 
+ 1.60943  20 -0.27 
+ 1.6061  20.168 -0.27 
+ 1.5909  20.9018 -0.27 
+ 1.5758  21.5654 -0.27 
+ 1.56964  21.82 -0.27 
+ 1.5606  22.229 -0.27 
+ 1.5455  22.8727 -0.27 
+ 1.5303  23.4578 -0.27 
+ 1.52537  23.64 -0.27 
+ 1.5152  24.0588 -0.27 
+ 1.5  24.6391 -0.27 
+ 1.4848  25.1693 -0.27 
+ 1.4763  25.45 -0.27 
+ 1.4697  25.7007 -0.27 
+ 1.4545  26.2454 -0.27 
+ 1.4394  26.7455 -0.27 
+ 1.4242  27.2057 -0.27 
+ 1.42202  27.27 -0.27 
+ 1.4091  27.7129 -0.27 
+ 1.3939  28.1943 -0.27 
+ 1.3788  28.6393 -0.27 
+ 1.3636  29.0517 -0.27 
+ 1.36215  29.09 -0.27 
+ 1.3485  29.5169 -0.27 
+ 1.3333  29.9573 -0.27 
+ 1.3182  30.3673 -0.27 
+ 1.303  30.75 -0.27 
+ 1.2964  30.91 -0.27 
+ 1.2879  31.1561 -0.27 
+ 1.2727  31.5726 -0.27 
+ 1.2576  31.9633 -0.27 
+ 1.2424  32.3309 -0.27 
+ 1.2273  32.678 -0.27 
+ 1.22496  32.73 -0.27 
+ 1.2121  33.0732 -0.27 
+ 1.197  33.4592 -0.27 
+ 1.1818  33.8261 -0.27 
+ 1.1667  34.1764 -0.27 
+ 1.1515  34.5124 -0.27 
+ 1.14978  34.55 -0.27 
+ 1.1364  34.9005 -0.27 
+ 1.1212  35.2825 -0.27 
+ 1.1061  35.6527 -0.27 
+ 1.0909  36.0137 -0.27 
+ 1.07614  36.36 -0.27 
+ 1.0758  36.3698 -0.27 
+ 1.0606  36.7983 -0.27 
+ 1.0455  37.2219 -0.27 
+ 1.0303  37.6439 -0.27 
+ 1.0152  38.0676 -0.27 
+ 1.01123  38.18 -0.27 
+ 1  38.5617 -0.27 
+
+
+# Contour 8, label:    -0.28
+ 1.81353  0 -0.28 
+ 1.81198  1.82 -0.28 
+ 1.80726  3.64 -0.28 
+ 1.803  4.60527 -0.28 
+ 1.79942  5.45 -0.28 
+ 1.78836  7.27 -0.28 
+ 1.7879  7.3306 -0.28 
+ 1.77416  9.09 -0.28 
+ 1.7727  9.24611 -0.28 
+ 1.7576  10.8227 -0.28 
+ 1.75674  10.91 -0.28 
+ 1.7424  12.1902 -0.28 
+ 1.73604  12.73 -0.28 
+ 1.7273  13.418 -0.28 
+ 1.7121  14.5214 -0.28 
+ 1.7117  14.55 -0.28 
+ 1.697  15.5581 -0.28 
+ 1.68403  16.36 -0.28 
+ 1.6818  16.4986 -0.28 
+ 1.6667  17.4136 -0.28 
+ 1.65259  18.18 -0.28 
+ 1.6515  18.241 -0.28 
+ 1.6364  19.0718 -0.28 
+ 1.6212  19.8193 -0.28 
+ 1.61739  20 -0.28 
+ 1.6061  20.5698 -0.28 
+ 1.5909  21.2727 -0.28 
+ 1.57805  21.82 -0.28 
+ 1.5758  21.9246 -0.28 
+ 1.5606  22.6043 -0.28 
+ 1.5455  23.2212 -0.28 
+ 1.53436  23.64 -0.28 
+ 1.5303  23.8099 -0.28 
+ 1.5152  24.42 -0.28 
+ 1.5  24.9765 -0.28 
+ 1.48592  25.45 -0.28 
+ 1.4848  25.4932 -0.28 
+ 1.4697  26.0637 -0.28 
+ 1.4545  26.5865 -0.28 
+ 1.4394  27.0668 -0.28 
+ 1.43263  27.27 -0.28 
+ 1.4242  27.5642 -0.28 
+ 1.4091  28.0658 -0.28 
+ 1.3939  28.5286 -0.28 
+ 1.3788  28.9567 -0.28 
+ 1.37386  29.09 -0.28 
+ 1.3636  29.4171 -0.28 
+ 1.3485  29.8737 -0.28 
+ 1.3333  30.298 -0.28 
+ 1.3182  30.6934 -0.28 
+ 1.30944  30.91 -0.28 
+ 1.303  31.1002 -0.28 
+ 1.2879  31.5299 -0.28 
+ 1.2727  31.9322 -0.28 
+ 1.2576  32.3101 -0.28 
+ 1.2424  32.6663 -0.28 
+ 1.23962  32.73 -0.28 
+ 1.2273  33.0693 -0.28 
+ 1.2121  33.4647 -0.28 
+ 1.197  33.8397 -0.28 
+ 1.1818  34.1969 -0.28 
+ 1.1667  34.5386 -0.28 
+ 1.16618  34.55 -0.28 
+ 1.1515  34.9392 -0.28 
+ 1.1364  35.3265 -0.28 
+ 1.1212  35.7006 -0.28 
+ 1.1061  36.064 -0.28 
+ 1.09347  36.36 -0.28 
+ 1.0909  36.4331 -0.28 
+ 1.0758  36.8624 -0.28 
+ 1.0606  37.2848 -0.28 
+ 1.0455  37.7037 -0.28 
+ 1.0303  38.1221 -0.28 
+ 1.02823  38.18 -0.28 
+ 1.0152  38.6199 -0.28 
+ 1  39.1338 -0.28 
+
+
+# Contour 9, label:    -0.29
+ 1.81984  0 -0.29 
+ 1.81824  1.82 -0.29 
+ 1.8182  1.83352 -0.29 
+ 1.81371  3.64 -0.29 
+ 1.80589  5.45 -0.29 
+ 1.803  5.92941 -0.29 
+ 1.79507  7.27 -0.29 
+ 1.7879  8.20501 -0.29 
+ 1.78099  9.09 -0.29 
+ 1.7727  9.97422 -0.29 
+ 1.76368  10.91 -0.29 
+ 1.7576  11.4672 -0.29 
+ 1.74294  12.73 -0.29 
+ 1.7424  12.7728 -0.29 
+ 1.7273  13.957 -0.29 
+ 1.71911  14.55 -0.29 
+ 1.7121  15.0368 -0.29 
+ 1.697  16.0289 -0.29 
+ 1.69164  16.36 -0.29 
+ 1.6818  16.9721 -0.29 
+ 1.6667  17.8465 -0.29 
+ 1.66056  18.18 -0.29 
+ 1.6515  18.6881 -0.29 
+ 1.6364  19.4821 -0.29 
+ 1.62564  20 -0.29 
+ 1.6212  20.2274 -0.29 
+ 1.6061  20.9716 -0.29 
+ 1.5909  21.6437 -0.29 
+ 1.58676  21.82 -0.29 
+ 1.5758  22.3295 -0.29 
+ 1.5606  22.9796 -0.29 
+ 1.5455  23.5698 -0.29 
+ 1.54363  23.64 -0.29 
+ 1.5303  24.1974 -0.29 
+ 1.5152  24.7812 -0.29 
+ 1.5  25.314 -0.29 
+ 1.49595  25.45 -0.29 
+ 1.4848  25.8803 -0.29 
+ 1.4697  26.4267 -0.29 
+ 1.4545  26.9276 -0.29 
+ 1.44344  27.27 -0.29 
+ 1.4394  27.4155 -0.29 
+ 1.4242  27.9377 -0.29 
+ 1.4091  28.4187 -0.29 
+ 1.3939  28.8629 -0.29 
+ 1.38575  29.09 -0.29 
+ 1.3788  29.3187 -0.29 
+ 1.3636  29.7917 -0.29 
+ 1.3485  30.2305 -0.29 
+ 1.3333  30.6387 -0.29 
+ 1.32268  30.91 -0.29 
+ 1.3182  31.0465 -0.29 
+ 1.303  31.4895 -0.29 
+ 1.2879  31.9036 -0.29 
+ 1.2727  32.2919 -0.29 
+ 1.2576  32.657 -0.29 
+ 1.25447  32.73 -0.29 
+ 1.2424  33.0684 -0.29 
+ 1.2273  33.4732 -0.29 
+ 1.2121  33.8562 -0.29 
+ 1.197  34.2202 -0.29 
+ 1.18259  34.55 -0.29 
+ 1.1818  34.5717 -0.29 
+ 1.1667  34.9817 -0.29 
+ 1.1515  35.3744 -0.29 
+ 1.1364  35.7525 -0.29 
+ 1.1212  36.1186 -0.29 
+ 1.11103  36.36 -0.29 
+ 1.1061  36.5026 -0.29 
+ 1.0909  36.9331 -0.29 
+ 1.0758  37.355 -0.29 
+ 1.0606  37.7714 -0.29 
+ 1.0457  38.18 -0.29 
+ 1.0455  38.1866 -0.29 
+ 1.0303  38.6906 -0.29 
+ 1.0152  39.1957 -0.29 
+ 1  39.7058 -0.29 
+
+ 2.5  70.076 -0.29 
+ 2.4848  70.3033 -0.29 
+ 2.4697  70.5579 -0.29 
+ 2.4545  70.8407 -0.29 
+ 2.45121  70.91 -0.29 
+ 2.4394  71.1906 -0.29 
+ 2.4242  71.5851 -0.29 
+ 2.4091  72.0097 -0.29 
+ 2.3939  72.4681 -0.29 
+ 2.38594  72.73 -0.29 
+ 2.3788  72.9975 -0.29 
+ 2.3636  73.6112 -0.29 
+ 2.3485  74.2618 -0.29 
+ 2.34223  74.55 -0.29 
+ 2.3333  75.0207 -0.29 
+ 2.3182  75.8749 -0.29 
+ 2.31007  76.36 -0.29 
+ 2.303  76.8571 -0.29 
+ 2.2879  77.9916 -0.29 
+ 2.28553  78.18 -0.29 
+ 2.2727  79.4062 -0.29 
+ 2.26687  80 -0.29 
+ 2.2576  81.1649 -0.29 
+ 2.25267  81.82 -0.29 
+ 2.2424  83.5826 -0.29 
+ 2.24209  83.64 -0.29 
+ 2.23511  85.45 -0.29 
+ 2.23079  87.27 -0.29 
+ 2.22905  89.09 -0.29 
+ 2.22975  90.91 -0.29 
+ 2.23267  92.73 -0.29 
+ 2.2376  94.55 -0.29 
+ 2.2424  95.8664 -0.29 
+ 2.24439  96.36 -0.29 
+ 2.25326  98.18 -0.29 
+ 2.2576  98.9625 -0.29 
+ 2.26386  100 -0.29 
+ 2.2727  101.344 -0.29 
+ 2.27614  101.82 -0.29 
+ 2.2879  103.358 -0.29 
+ 2.29023  103.64 -0.29 
+ 2.303  105.128 -0.29 
+ 2.30602  105.45 -0.29 
+ 2.3182  106.737 -0.29 
+ 2.32363  107.27 -0.29 
+ 2.3333  108.218 -0.29 
+ 2.34294  109.09 -0.29 
+ 2.3485  109.599 -0.29 
+ 2.3636  110.891 -0.29 
+ 2.36384  110.91 -0.29 
+ 2.3788  112.103 -0.29 
+ 2.38718  112.73 -0.29 
+ 2.3939  113.25 -0.29 
+ 2.4091  114.338 -0.29 
+ 2.4123  114.55 -0.29 
+ 2.4242  115.367 -0.29 
+ 2.4394  116.338 -0.29 
+ 2.43978  116.36 -0.29 
+ 2.4545  117.272 -0.29 
+ 2.4697  118.155 -0.29 
+ 2.47017  118.18 -0.29 
+ 2.4848  118.996 -0.29 
+ 2.5  119.789 -0.29 
+
+
+# Contour 10, label:     -0.3
+ 1.82655  0 -0.3 
+ 1.82502  1.82 -0.3 
+ 1.82034  3.64 -0.3 
+ 1.8182  4.13728 -0.3 
+ 1.81271  5.45 -0.3 
+ 1.803  7.06195 -0.3 
+ 1.80177  7.27 -0.3 
+ 1.7879  9.07942 -0.3 
+ 1.78782  9.09 -0.3 
+ 1.7727  10.7023 -0.3 
+ 1.7707  10.91 -0.3 
+ 1.7576  12.1096 -0.3 
+ 1.7504  12.73 -0.3 
+ 1.7424  13.3669 -0.3 
+ 1.7273  14.496 -0.3 
+ 1.72655  14.55 -0.3 
+ 1.7121  15.5537 -0.3 
+ 1.69941  16.36 -0.3 
+ 1.697  16.514 -0.3 
+ 1.6818  17.4456 -0.3 
+ 1.66865  18.18 -0.3 
+ 1.6667  18.2921 -0.3 
+ 1.6515  19.1352 -0.3 
+ 1.6364  19.8925 -0.3 
+ 1.63417  20 -0.3 
+ 1.6212  20.6635 -0.3 
+ 1.6061  21.3734 -0.3 
+ 1.59577  21.82 -0.3 
+ 1.5909  22.0498 -0.3 
+ 1.5758  22.7345 -0.3 
+ 1.5606  23.3549 -0.3 
+ 1.55324  23.64 -0.3 
+ 1.5455  23.9727 -0.3 
+ 1.5303  24.5849 -0.3 
+ 1.5152  25.1424 -0.3 
+ 1.50626  25.45 -0.3 
+ 1.5  25.6971 -0.3 
+ 1.4848  26.2675 -0.3 
+ 1.4697  26.7896 -0.3 
+ 1.4545  27.2687 -0.3 
+ 1.45446  27.27 -0.3 
+ 1.4394  27.8116 -0.3 
+ 1.4242  28.3111 -0.3 
+ 1.4091  28.7716 -0.3 
+ 1.39788  29.09 -0.3 
+ 1.3939  29.2233 -0.3 
+ 1.3788  29.7129 -0.3 
+ 1.3636  30.1663 -0.3 
+ 1.3485  30.5873 -0.3 
+ 1.33609  30.91 -0.3 
+ 1.3333  30.9967 -0.3 
+ 1.3182  31.4531 -0.3 
+ 1.303  31.8789 -0.3 
+ 1.2879  32.2774 -0.3 
+ 1.2727  32.6515 -0.3 
+ 1.26943  32.73 -0.3 
+ 1.2576  33.0719 -0.3 
+ 1.2424  33.486 -0.3 
+ 1.2273  33.877 -0.3 
+ 1.2121  34.2478 -0.3 
+ 1.19923  34.55 -0.3 
+ 1.197  34.6129 -0.3 
+ 1.1818  35.0295 -0.3 
+ 1.1667  35.4276 -0.3 
+ 1.1515  35.8097 -0.3 
+ 1.1364  36.1786 -0.3 
+ 1.12877  36.36 -0.3 
+ 1.1212  36.5793 -0.3 
+ 1.1061  37.0114 -0.3 
+ 1.0909  37.4331 -0.3 
+ 1.0758  37.8476 -0.3 
+ 1.06352  38.18 -0.3 
+ 1.0606  38.2755 -0.3 
+ 1.0455  38.7743 -0.3 
+ 1.0303  39.2716 -0.3 
+ 1.0152  39.7715 -0.3 
+ 1.00837  40 -0.3 
+ 1  40.3367 -0.3 
+
+ 2.3477  156.36 -0.3 
+ 2.3485  156.751 -0.3 
+ 2.35158  158.18 -0.3 
+ 2.35512  160 -0.3 
+ 2.35827  161.82 -0.3 
+ 2.36107  163.64 -0.3 
+ 2.36352  165.45 -0.3 
+ 2.3636  165.52 -0.3 
+ 2.36578  167.27 -0.3 
+ 2.36775  169.09 -0.3 
+ 2.36937  170.91 -0.3 
+ 2.37068  172.73 -0.3 
+ 2.37171  174.55 -0.3 
+ 2.37243  176.36 -0.3 
+ 2.37286  178.18 -0.3 
+ 2.373  180 -0.3 
+
+ 2.5  59.2027 -0.3 
+ 2.4848  59.5686 -0.3 
+ 2.4697  59.9388 -0.3 
+ 2.46728  60 -0.3 
+ 2.4545  60.3466 -0.3 
+ 2.4394  60.7665 -0.3 
+ 2.4242  61.1927 -0.3 
+ 2.4091  61.6251 -0.3 
+ 2.40248  61.82 -0.3 
+ 2.3939  62.0928 -0.3 
+ 2.3788  62.5908 -0.3 
+ 2.3636  63.0975 -0.3 
+ 2.3485  63.6143 -0.3 
+ 2.34778  63.64 -0.3 
+ 2.3333  64.1959 -0.3 
+ 2.3182  64.7915 -0.3 
+ 2.303  65.3991 -0.3 
+ 2.30179  65.45 -0.3 
+ 2.2879  66.0918 -0.3 
+ 2.2727  66.8041 -0.3 
+ 2.2631  67.27 -0.3 
+ 2.2576  67.5637 -0.3 
+ 2.2424  68.3992 -0.3 
+ 2.23019  69.09 -0.3 
+ 2.2273  69.2712 -0.3 
+ 2.2121  70.2547 -0.3 
+ 2.20229  70.91 -0.3 
+ 2.197  71.3048 -0.3 
+ 2.1818  72.4674 -0.3 
+ 2.1785  72.73 -0.3 
+ 2.1667  73.7902 -0.3 
+ 2.15843  74.55 -0.3 
+ 2.1515  75.2728 -0.3 
+ 2.14148  76.36 -0.3 
+ 2.1364  77.0009 -0.3 
+ 2.12732  78.18 -0.3 
+ 2.1212  79.1164 -0.3 
+ 2.11567  80 -0.3 
+ 2.10623  81.82 -0.3 
+ 2.1061  81.8517 -0.3 
+ 2.09901  83.64 -0.3 
+ 2.09352  85.45 -0.3 
+ 2.0909  86.7076 -0.3 
+ 2.08979  87.27 -0.3 
+ 2.08775  89.09 -0.3 
+ 2.08714  90.91 -0.3 
+ 2.08786  92.73 -0.3 
+ 2.08981  94.55 -0.3 
+ 2.0909  95.2031 -0.3 
+ 2.09297  96.36 -0.3 
+ 2.09725  98.18 -0.3 
+ 2.1024  100 -0.3 
+ 2.1061  101.142 -0.3 
+ 2.10841  101.82 -0.3 
+ 2.11525  103.64 -0.3 
+ 2.1212  105.109 -0.3 
+ 2.12267  105.45 -0.3 
+ 2.13089  107.27 -0.3 
+ 2.1364  108.456 -0.3 
+ 2.13949  109.09 -0.3 
+ 2.14853  110.91 -0.3 
+ 2.1515  111.502 -0.3 
+ 2.15802  112.73 -0.3 
+ 2.1667  114.378 -0.3 
+ 2.16765  114.55 -0.3 
+ 2.17758  116.36 -0.3 
+ 2.1818  117.151 -0.3 
+ 2.18761  118.18 -0.3 
+ 2.197  119.892 -0.3 
+ 2.19762  120 -0.3 
+ 2.20772  121.82 -0.3 
+ 2.2121  122.642 -0.3 
+ 2.21771  123.64 -0.3 
+ 2.2273  125.417 -0.3 
+ 2.22748  125.45 -0.3 
+ 2.23723  127.27 -0.3 
+ 2.2424  128.293 -0.3 
+ 2.24665  129.09 -0.3 
+ 2.25581  130.91 -0.3 
+ 2.2576  131.285 -0.3 
+ 2.26476  132.73 -0.3 
+ 2.2727  134.447 -0.3 
+ 2.2732  134.55 -0.3 
+ 2.28157  136.36 -0.3 
+ 2.2879  137.847 -0.3 
+ 2.28938  138.18 -0.3 
+ 2.29696  140 -0.3 
+ 2.303  141.577 -0.3 
+ 2.30399  141.82 -0.3 
+ 2.31087  143.64 -0.3 
+ 2.31719  145.45 -0.3 
+ 2.3182  145.764 -0.3 
+ 2.32327  147.27 -0.3 
+ 2.32888  149.09 -0.3 
+ 2.3333  150.665 -0.3 
+ 2.33403  150.91 -0.3 
+ 2.33905  152.73 -0.3 
+ 2.3436  154.55 -0.3 
+ 2.3477  156.36 -0.3 
+
+
+# Contour 11, label:    -0.31
+ 1.83326  0 -0.31 
+ 1.8318  1.82 -0.31 
+ 1.82735  3.64 -0.31 
+ 1.81964  5.45 -0.31 
+ 1.8182  5.69525 -0.31 
+ 1.80901  7.27 -0.31 
+ 1.803  8.06274 -0.31 
+ 1.79519  9.09 -0.31 
+ 1.7879  9.8874 -0.31 
+ 1.77818  10.91 -0.31 
+ 1.7727  11.4181 -0.31 
+ 1.75787  12.73 -0.31 
+ 1.7576  12.7524 -0.31 
+ 1.7424  13.961 -0.31 
+ 1.73448  14.55 -0.31 
+ 1.7273  15.0618 -0.31 
+ 1.7121  16.0706 -0.31 
+ 1.70755  16.36 -0.31 
+ 1.697  17.0329 -0.31 
+ 1.6818  17.919 -0.31 
+ 1.67713  18.18 -0.31 
+ 1.6667  18.7803 -0.31 
+ 1.6515  19.5823 -0.31 
+ 1.64306  20 -0.31 
+ 1.6364  20.3502 -0.31 
+ 1.6212  21.0996 -0.31 
+ 1.6061  21.7752 -0.31 
+ 1.60506  21.82 -0.31 
+ 1.5909  22.4878 -0.31 
+ 1.5758  23.1395 -0.31 
+ 1.56308  23.64 -0.31 
+ 1.5606  23.748 -0.31 
+ 1.5455  24.3894 -0.31 
+ 1.5303  24.9723 -0.31 
+ 1.51682  25.45 -0.31 
+ 1.5152  25.5158 -0.31 
+ 1.5  26.111 -0.31 
+ 1.4848  26.6547 -0.31 
+ 1.4697  27.1526 -0.31 
+ 1.46597  27.27 -0.31 
+ 1.4545  27.6895 -0.31 
+ 1.4394  28.2077 -0.31 
+ 1.4242  28.6846 -0.31 
+ 1.41035  29.09 -0.31 
+ 1.4091  29.133 -0.31 
+ 1.3939  29.6393 -0.31 
+ 1.3788  30.1072 -0.31 
+ 1.3636  30.5409 -0.31 
+ 1.34984  30.91 -0.31 
+ 1.3485  30.9528 -0.31 
+ 1.3333  31.4225 -0.31 
+ 1.3182  31.8598 -0.31 
+ 1.303  32.2683 -0.31 
+ 1.2879  32.6511 -0.31 
+ 1.28467  32.73 -0.31 
+ 1.2727  33.0818 -0.31 
+ 1.2576  33.5049 -0.31 
+ 1.2424  33.9037 -0.31 
+ 1.2273  34.2809 -0.31 
+ 1.21598  34.55 -0.31 
+ 1.2121  34.6609 -0.31 
+ 1.197  35.0841 -0.31 
+ 1.1818  35.4873 -0.31 
+ 1.1667  35.8734 -0.31 
+ 1.1515  36.245 -0.31 
+ 1.14674  36.36 -0.31 
+ 1.1364  36.6647 -0.31 
+ 1.1212  37.0984 -0.31 
+ 1.1061  37.5201 -0.31 
+ 1.0909  37.9331 -0.31 
+ 1.0818  38.18 -0.31 
+ 1.0758  38.377 -0.31 
+ 1.0606  38.8713 -0.31 
+ 1.0455  39.3619 -0.31 
+ 1.0303  39.8526 -0.31 
+ 1.02583  40 -0.31 
+ 1.0152  40.4225 -0.31 
+ 1  41.0298 -0.31 
+
+ 2.17769  147.27 -0.31 
+ 2.1818  148.971 -0.31 
+ 2.1821  149.09 -0.31 
+ 2.1864  150.91 -0.31 
+ 2.19035  152.73 -0.31 
+ 2.19398  154.55 -0.31 
+ 2.197  156.199 -0.31 
+ 2.19731  156.36 -0.31 
+ 2.20045  158.18 -0.31 
+ 2.20331  160 -0.31 
+ 2.20587  161.82 -0.31 
+ 2.20815  163.64 -0.31 
+ 2.21018  165.45 -0.31 
+ 2.21193  167.27 -0.31 
+ 2.2121  167.475 -0.31 
+ 2.21352  169.09 -0.31 
+ 2.21486  170.91 -0.31 
+ 2.21595  172.73 -0.31 
+ 2.2168  174.55 -0.31 
+ 2.21739  176.36 -0.31 
+ 2.21775  178.18 -0.31 
+ 2.21787  180 -0.31 
+
+ 2.5  52.5634 -0.31 
+ 2.49415  52.73 -0.31 
+ 2.4848  53.01 -0.31 
+ 2.4697  53.4664 -0.31 
+ 2.4545  53.92 -0.31 
+ 2.4394  54.3711 -0.31 
+ 2.43346  54.55 -0.31 
+ 2.4242  54.8432 -0.31 
+ 2.4091  55.3285 -0.31 
+ 2.3939  55.8137 -0.31 
+ 2.3788  56.2995 -0.31 
+ 2.37696  56.36 -0.31 
+ 2.3636  56.8277 -0.31 
+ 2.3485  57.3634 -0.31 
+ 2.3333  57.9016 -0.31 
+ 2.32564  58.18 -0.31 
+ 2.3182  58.468 -0.31 
+ 2.303  59.0641 -0.31 
+ 2.2879  59.6649 -0.31 
+ 2.27959  60 -0.31 
+ 2.2727  60.2978 -0.31 
+ 2.2576  60.9688 -0.31 
+ 2.2424  61.6463 -0.31 
+ 2.23864  61.82 -0.31 
+ 2.2273  62.3837 -0.31 
+ 2.2121  63.1458 -0.31 
+ 2.20249  63.64 -0.31 
+ 2.197  63.9439 -0.31 
+ 2.1818  64.8013 -0.31 
+ 2.17055  65.45 -0.31 
+ 2.1667  65.6934 -0.31 
+ 2.1515  66.6725 -0.31 
+ 2.14245  67.27 -0.31 
+ 2.1364  67.7083 -0.31 
+ 2.1212  68.8251 -0.31 
+ 2.11771  69.09 -0.31 
+ 2.1061  70.0614 -0.31 
+ 2.09609  70.91 -0.31 
+ 2.0909  71.3992 -0.31 
+ 2.07718  72.73 -0.31 
+ 2.0758  72.8808 -0.31 
+ 2.06074  74.55 -0.31 
+ 2.0606  74.5681 -0.31 
+ 2.04674  76.36 -0.31 
+ 2.0455  76.5446 -0.31 
+ 2.03477  78.18 -0.31 
+ 2.0303  78.975 -0.31 
+ 2.02473  80 -0.31 
+ 2.01646  81.82 -0.31 
+ 2.0152  82.1633 -0.31 
+ 2.0099  83.64 -0.31 
+ 2.00483  85.45 -0.31 
+ 2.00114  87.27 -0.31 
+ 2  88.1495 -0.31 
+ 1.99882  89.09 -0.31 
+ 1.99776  90.91 -0.31 
+ 1.99781  92.73 -0.31 
+ 1.99889  94.55 -0.31 
+ 2  95.5424 -0.31 
+ 2.00095  96.36 -0.31 
+ 2.00394  98.18 -0.31 
+ 2.0077  100 -0.31 
+ 2.01212  101.82 -0.31 
+ 2.0152  102.94 -0.31 
+ 2.0172  103.64 -0.31 
+ 2.02286  105.45 -0.31 
+ 2.02892  107.27 -0.31 
+ 2.0303  107.663 -0.31 
+ 2.03554  109.09 -0.31 
+ 2.04244  110.91 -0.31 
+ 2.0455  111.697 -0.31 
+ 2.04964  112.73 -0.31 
+ 2.05702  114.55 -0.31 
+ 2.0606  115.427 -0.31 
+ 2.06459  116.36 -0.31 
+ 2.07227  118.18 -0.31 
+ 2.0758  119.026 -0.31 
+ 2.08  120 -0.31 
+ 2.08767  121.82 -0.31 
+ 2.0909  122.605 -0.31 
+ 2.09535  123.64 -0.31 
+ 2.10294  125.45 -0.31 
+ 2.1061  126.233 -0.31 
+ 2.11041  127.27 -0.31 
+ 2.11768  129.09 -0.31 
+ 2.1212  130.012 -0.31 
+ 2.12479  130.91 -0.31 
+ 2.13173  132.73 -0.31 
+ 2.1364  134.02 -0.31 
+ 2.13838  134.55 -0.31 
+ 2.14483  136.36 -0.31 
+ 2.15091  138.18 -0.31 
+ 2.1515  138.367 -0.31 
+ 2.1569  140 -0.31 
+ 2.16253  141.82 -0.31 
+ 2.1667  143.262 -0.31 
+ 2.16783  143.64 -0.31 
+ 2.17295  145.45 -0.31 
+ 2.17769  147.27 -0.31 
+
+
+# Contour 12, label:    -0.32
+ 1.84065  0 -0.32 
+ 1.83913  1.82 -0.32 
+ 1.83447  3.64 -0.32 
+ 1.8333  3.9148 -0.32 
+ 1.82705  5.45 -0.32 
+ 1.8182  6.95556 -0.32 
+ 1.81636  7.27 -0.32 
+ 1.803  9.03387 -0.32 
+ 1.80257  9.09 -0.32 
+ 1.7879  10.6946 -0.32 
+ 1.78585  10.91 -0.32 
+ 1.7727  12.1289 -0.32 
+ 1.76591  12.73 -0.32 
+ 1.7576  13.4087 -0.32 
+ 1.74247  14.55 -0.32 
+ 1.7424  14.5554 -0.32 
+ 1.7273  15.6306 -0.32 
+ 1.71598  16.36 -0.32 
+ 1.7121  16.611 -0.32 
+ 1.697  17.5519 -0.32 
+ 1.68591  18.18 -0.32 
+ 1.6818  18.4198 -0.32 
+ 1.6667  19.2685 -0.32 
+ 1.65214  20 -0.32 
+ 1.6515  20.034 -0.32 
+ 1.6364  20.8246 -0.32 
+ 1.6212  21.5357 -0.32 
+ 1.61481  21.82 -0.32 
+ 1.6061  22.2419 -0.32 
+ 1.5909  22.9258 -0.32 
+ 1.5758  23.5445 -0.32 
+ 1.57337  23.64 -0.32 
+ 1.5606  24.197 -0.32 
+ 1.5455  24.806 -0.32 
+ 1.5303  25.3598 -0.32 
+ 1.52776  25.45 -0.32 
+ 1.5152  25.9595 -0.32 
+ 1.5  26.525 -0.32 
+ 1.4848  27.0419 -0.32 
+ 1.47777  27.27 -0.32 
+ 1.4697  27.5737 -0.32 
+ 1.4545  28.1107 -0.32 
+ 1.4394  28.6038 -0.32 
+ 1.4242  29.058 -0.32 
+ 1.42311  29.09 -0.32 
+ 1.4091  29.5729 -0.32 
+ 1.3939  30.0552 -0.32 
+ 1.3788  30.5015 -0.32 
+ 1.36381  30.91 -0.32 
+ 1.3636  30.917 -0.32 
+ 1.3485  31.3997 -0.32 
+ 1.3333  31.8482 -0.32 
+ 1.3182  32.2665 -0.32 
+ 1.303  32.6577 -0.32 
+ 1.30012  32.73 -0.32 
+ 1.2879  33.0999 -0.32 
+ 1.2727  33.5318 -0.32 
+ 1.2576  33.9379 -0.32 
+ 1.2424  34.3213 -0.32 
+ 1.23302  34.55 -0.32 
+ 1.2273  34.7179 -0.32 
+ 1.2121  35.1473 -0.32 
+ 1.197  35.5554 -0.32 
+ 1.1818  35.9451 -0.32 
+ 1.1667  36.3192 -0.32 
+ 1.16502  36.36 -0.32 
+ 1.1515  36.7604 -0.32 
+ 1.1364  37.1955 -0.32 
+ 1.1212  37.6174 -0.32 
+ 1.1061  38.0289 -0.32 
+ 1.10048  38.18 -0.32 
+ 1.0909  38.4925 -0.32 
+ 1.0758  38.9827 -0.32 
+ 1.0606  39.4671 -0.32 
+ 1.0455  39.9495 -0.32 
+ 1.04393  40 -0.32 
+ 1.0303  40.5298 -0.32 
+ 1.0152  41.1232 -0.32 
+ 1  41.7228 -0.32 
+
+ 2.06764  141.82 -0.32 
+ 2.0724  143.64 -0.32 
+ 2.0758  145.017 -0.32 
+ 2.0769  145.45 -0.32 
+ 2.0812  147.27 -0.32 
+ 2.08522  149.09 -0.32 
+ 2.08895  150.91 -0.32 
+ 2.0909  151.936 -0.32 
+ 2.09247  152.73 -0.32 
+ 2.09581  154.55 -0.32 
+ 2.09888  156.36 -0.32 
+ 2.10168  158.18 -0.32 
+ 2.10422  160 -0.32 
+ 2.1061  161.49 -0.32 
+ 2.10653  161.82 -0.32 
+ 2.10866  163.64 -0.32 
+ 2.11054  165.45 -0.32 
+ 2.11219  167.27 -0.32 
+ 2.11361  169.09 -0.32 
+ 2.1148  170.91 -0.32 
+ 2.11576  172.73 -0.32 
+ 2.11651  174.55 -0.32 
+ 2.11705  176.36 -0.32 
+ 2.11736  178.18 -0.32 
+ 2.11747  180 -0.32 
+
+ 2.5  47.4425 -0.32 
+ 2.4848  47.9488 -0.32 
+ 2.4697  48.4472 -0.32 
+ 2.4545  48.939 -0.32 
+ 2.44989  49.09 -0.32 
+ 2.4394  49.4476 -0.32 
+ 2.4242  49.9611 -0.32 
+ 2.4091  50.4691 -0.32 
+ 2.39585  50.91 -0.32 
+ 2.3939  50.9779 -0.32 
+ 2.3788  51.5151 -0.32 
+ 2.3636  52.0489 -0.32 
+ 2.3485  52.5805 -0.32 
+ 2.34429  52.73 -0.32 
+ 2.3333  53.1396 -0.32 
+ 2.3182  53.7089 -0.32 
+ 2.303  54.278 -0.32 
+ 2.29587  54.55 -0.32 
+ 2.2879  54.8695 -0.32 
+ 2.2727  55.4817 -0.32 
+ 2.2576  56.0956 -0.32 
+ 2.25115  56.36 -0.32 
+ 2.2424  56.7428 -0.32 
+ 2.2273  57.4169 -0.32 
+ 2.2121  58.0937 -0.32 
+ 2.21022  58.18 -0.32 
+ 2.197  58.8266 -0.32 
+ 2.1818  59.5711 -0.32 
+ 2.17323  60 -0.32 
+ 2.1667  60.35 -0.32 
+ 2.1515  61.1733 -0.32 
+ 2.13977  61.82 -0.32 
+ 2.1364  62.0196 -0.32 
+ 2.1212  62.9343 -0.32 
+ 2.10967  63.64 -0.32 
+ 2.1061  63.8755 -0.32 
+ 2.0909  64.8906 -0.32 
+ 2.0827  65.45 -0.32 
+ 2.0758  65.9647 -0.32 
+ 2.0606  67.1078 -0.32 
+ 2.0585  67.27 -0.32 
+ 2.0455  68.3691 -0.32 
+ 2.03704  69.09 -0.32 
+ 2.0303  69.7226 -0.32 
+ 2.01793  70.91 -0.32 
+ 2.0152  71.2013 -0.32 
+ 2.00101  72.73 -0.32 
+ 2  72.8525 -0.32 
+ 1.98619  74.55 -0.32 
+ 1.9848  74.7426 -0.32 
+ 1.97341  76.36 -0.32 
+ 1.9697  76.9659 -0.32 
+ 1.96237  78.18 -0.32 
+ 1.9545  79.6945 -0.32 
+ 1.95295  80 -0.32 
+ 1.94523  81.82 -0.32 
+ 1.9394  83.4912 -0.32 
+ 1.93889  83.64 -0.32 
+ 1.93399  85.45 -0.32 
+ 1.93032  87.27 -0.32 
+ 1.92784  89.09 -0.32 
+ 1.92648  90.91 -0.32 
+ 1.92615  92.73 -0.32 
+ 1.92678  94.55 -0.32 
+ 1.92829  96.36 -0.32 
+ 1.9306  98.18 -0.32 
+ 1.93361  100 -0.32 
+ 1.93725  101.82 -0.32 
+ 1.9394  102.757 -0.32 
+ 1.94148  103.64 -0.32 
+ 1.94624  105.45 -0.32 
+ 1.95139  107.27 -0.32 
+ 1.9545  108.304 -0.32 
+ 1.95695  109.09 -0.32 
+ 1.96289  110.91 -0.32 
+ 1.96901  112.73 -0.32 
+ 1.9697  112.931 -0.32 
+ 1.97541  114.55 -0.32 
+ 1.98188  116.36 -0.32 
+ 1.9848  117.181 -0.32 
+ 1.9885  118.18 -0.32 
+ 1.9952  120 -0.32 
+ 2  121.319 -0.32 
+ 2.00188  121.82 -0.32 
+ 2.0086  123.64 -0.32 
+ 2.01515  125.45 -0.32 
+ 2.0152  125.463 -0.32 
+ 2.0217  127.27 -0.32 
+ 2.02803  129.09 -0.32 
+ 2.0303  129.766 -0.32 
+ 2.03429  130.91 -0.32 
+ 2.04039  132.73 -0.32 
+ 2.0455  134.327 -0.32 
+ 2.04623  134.55 -0.32 
+ 2.05195  136.36 -0.32 
+ 2.05737  138.18 -0.32 
+ 2.0606  139.324 -0.32 
+ 2.06259  140 -0.32 
+ 2.06764  141.82 -0.32 
+
+
+# Contour 13, label:    -0.33
+ 1.84805  0 -0.33 
+ 1.8466  1.82 -0.33 
+ 1.8422  3.64 -0.33 
+ 1.83457  5.45 -0.33 
+ 1.8333  5.66829 -0.33 
+ 1.8242  7.27 -0.33 
+ 1.8182  8.0813 -0.33 
+ 1.81064  9.09 -0.33 
+ 1.803  9.93502 -0.33 
+ 1.79398  10.91 -0.33 
+ 1.7879  11.488 -0.33 
+ 1.77406  12.73 -0.33 
+ 1.7727  12.8422 -0.33 
+ 1.7576  14.065 -0.33 
+ 1.75117  14.55 -0.33 
+ 1.7424  15.1827 -0.33 
+ 1.7273  16.1993 -0.33 
+ 1.72481  16.36 -0.33 
+ 1.7121  17.1811 -0.33 
+ 1.697  18.0708 -0.33 
+ 1.69507  18.18 -0.33 
+ 1.6818  18.9541 -0.33 
+ 1.6667  19.7567 -0.33 
+ 1.66186  20 -0.33 
+ 1.6515  20.5515 -0.33 
+ 1.6364  21.2991 -0.33 
+ 1.62486  21.82 -0.33 
+ 1.6212  21.9997 -0.33 
+ 1.6061  22.7167 -0.33 
+ 1.5909  23.3638 -0.33 
+ 1.58407  23.64 -0.33 
+ 1.5758  24.0108 -0.33 
+ 1.5606  24.6461 -0.33 
+ 1.5455  25.2227 -0.33 
+ 1.53918  25.45 -0.33 
+ 1.5303  25.8157 -0.33 
+ 1.5152  26.4031 -0.33 
+ 1.5  26.9389 -0.33 
+ 1.48996  27.27 -0.33 
+ 1.4848  27.4671 -0.33 
+ 1.4697  28.0226 -0.33 
+ 1.4545  28.5319 -0.33 
+ 1.4394  28.9999 -0.33 
+ 1.43637  29.09 -0.33 
+ 1.4242  29.5164 -0.33 
+ 1.4091  30.0128 -0.33 
+ 1.3939  30.4711 -0.33 
+ 1.3788  30.8957 -0.33 
+ 1.37828  30.91 -0.33 
+ 1.3636  31.3872 -0.33 
+ 1.3485  31.8466 -0.33 
+ 1.3333  32.274 -0.33 
+ 1.3182  32.6731 -0.33 
+ 1.31597  32.73 -0.33 
+ 1.303  33.1288 -0.33 
+ 1.2879  33.5688 -0.33 
+ 1.2727  33.9817 -0.33 
+ 1.2576  34.3708 -0.33 
+ 1.25034  34.55 -0.33 
+ 1.2424  34.7862 -0.33 
+ 1.2273  35.2212 -0.33 
+ 1.2121  35.6337 -0.33 
+ 1.197  36.0266 -0.33 
+ 1.18358  36.36 -0.33 
+ 1.1818  36.414 -0.33 
+ 1.1667  36.8682 -0.33 
+ 1.1515  37.3046 -0.33 
+ 1.1364  37.7263 -0.33 
+ 1.1212  38.1364 -0.33 
+ 1.11959  38.18 -0.33 
+ 1.1061  38.6233 -0.33 
+ 1.0909  39.1097 -0.33 
+ 1.0758  39.5883 -0.33 
+ 1.06265  40 -0.33 
+ 1.0606  40.0776 -0.33 
+ 1.0455  40.6593 -0.33 
+ 1.0303  41.2399 -0.33 
+ 1.0153  41.82 -0.33 
+ 1.0152  41.8246 -0.33 
+ 1  42.546 -0.33 
+
+ 1.9697  133.789 -0.33 
+ 1.972  134.55 -0.33 
+ 1.97728  136.36 -0.33 
+ 1.98231  138.18 -0.33 
+ 1.9848  139.124 -0.33 
+ 1.98718  140 -0.33 
+ 1.99189  141.82 -0.33 
+ 1.99634  143.64 -0.33 
+ 2  145.219 -0.33 
+ 2.00055  145.45 -0.33 
+ 2.00461  147.27 -0.33 
+ 2.00842  149.09 -0.33 
+ 2.01196  150.91 -0.33 
+ 2.0152  152.699 -0.33 
+ 2.01526  152.73 -0.33 
+ 2.01839  154.55 -0.33 
+ 2.02127  156.36 -0.33 
+ 2.02391  158.18 -0.33 
+ 2.02632  160 -0.33 
+ 2.0285  161.82 -0.33 
+ 2.0303  163.496 -0.33 
+ 2.03046  163.64 -0.33 
+ 2.03227  165.45 -0.33 
+ 2.03385  167.27 -0.33 
+ 2.03521  169.09 -0.33 
+ 2.03635  170.91 -0.33 
+ 2.03728  172.73 -0.33 
+ 2.03801  174.55 -0.33 
+ 2.03852  176.36 -0.33 
+ 2.03883  178.18 -0.33 
+ 2.03893  180 -0.33 
+
+ 2.5  43.1261 -0.33 
+ 2.48547  43.64 -0.33 
+ 2.4848  43.6641 -0.33 
+ 2.4697  44.2159 -0.33 
+ 2.4545  44.7571 -0.33 
+ 2.4394  45.2895 -0.33 
+ 2.43483  45.45 -0.33 
+ 2.4242  45.8365 -0.33 
+ 2.4091  46.3854 -0.33 
+ 2.3939  46.9271 -0.33 
+ 2.38431  47.27 -0.33 
+ 2.3788  47.4741 -0.33 
+ 2.3636  48.0361 -0.33 
+ 2.3485  48.5925 -0.33 
+ 2.33483  49.09 -0.33 
+ 2.3333  49.148 -0.33 
+ 2.3182  49.7321 -0.33 
+ 2.303  50.3124 -0.33 
+ 2.2879  50.89 -0.33 
+ 2.28738  50.91 -0.33 
+ 2.2727  51.5041 -0.33 
+ 2.2576  52.1177 -0.33 
+ 2.24242  52.73 -0.33 
+ 2.2424  52.7308 -0.33 
+ 2.2273  53.3875 -0.33 
+ 2.2121  54.0446 -0.33 
+ 2.20055  54.55 -0.33 
+ 2.197  54.7132 -0.33 
+ 2.1818  55.4184 -0.33 
+ 2.1667  56.1254 -0.33 
+ 2.16173  56.36 -0.33 
+ 2.1515  56.8751 -0.33 
+ 2.1364  57.6473 -0.33 
+ 2.12602  58.18 -0.33 
+ 2.1212  58.4433 -0.33 
+ 2.1061  59.2869 -0.33 
+ 2.09334  60 -0.33 
+ 2.0909  60.1458 -0.33 
+ 2.0758  61.0714 -0.33 
+ 2.06359  61.82 -0.33 
+ 2.0606  62.0172 -0.33 
+ 2.0455  63.0365 -0.33 
+ 2.03659  63.64 -0.33 
+ 2.0303  64.0982 -0.33 
+ 2.0152  65.2184 -0.33 
+ 2.0121  65.45 -0.33 
+ 2  66.4398 -0.33 
+ 1.98994  67.27 -0.33 
+ 1.9848  67.735 -0.33 
+ 1.97006  69.09 -0.33 
+ 1.9697  69.1265 -0.33 
+ 1.9545  70.6784 -0.33 
+ 1.95227  70.91 -0.33 
+ 1.9394  72.3936 -0.33 
+ 1.9365  72.73 -0.33 
+ 1.9242  74.3249 -0.33 
+ 1.92249  74.55 -0.33 
+ 1.91032  76.36 -0.33 
+ 1.9091  76.569 -0.33 
+ 1.89975  78.18 -0.33 
+ 1.8939  79.3499 -0.33 
+ 1.89071  80 -0.33 
+ 1.88318  81.82 -0.33 
+ 1.8788  83.1049 -0.33 
+ 1.87699  83.64 -0.33 
+ 1.87209  85.45 -0.33 
+ 1.86838  87.27 -0.33 
+ 1.86578  89.09 -0.33 
+ 1.86423  90.91 -0.33 
+ 1.86366  92.73 -0.33 
+ 1.86399  94.55 -0.33 
+ 1.86516  96.36 -0.33 
+ 1.86708  98.18 -0.33 
+ 1.86967  100 -0.33 
+ 1.87287  101.82 -0.33 
+ 1.8766  103.64 -0.33 
+ 1.8788  104.594 -0.33 
+ 1.88081  105.45 -0.33 
+ 1.88546  107.27 -0.33 
+ 1.89043  109.09 -0.33 
+ 1.8939  110.296 -0.33 
+ 1.89572  110.91 -0.33 
+ 1.90132  112.73 -0.33 
+ 1.90707  114.55 -0.33 
+ 1.9091  115.176 -0.33 
+ 1.913  116.36 -0.33 
+ 1.919  118.18 -0.33 
+ 1.9242  119.756 -0.33 
+ 1.92503  120 -0.33 
+ 1.93121  121.82 -0.33 
+ 1.93729  123.64 -0.33 
+ 1.9394  124.277 -0.33 
+ 1.94335  125.45 -0.33 
+ 1.94932  127.27 -0.33 
+ 1.9545  128.896 -0.33 
+ 1.95514  129.09 -0.33 
+ 1.96095  130.91 -0.33 
+ 1.96656  132.73 -0.33 
+ 1.9697  133.789 -0.33 
+
+
+# Contour 14, label:    -0.34
+ 1.85607  0 -0.34 
+ 1.85459  1.82 -0.34 
+ 1.85006  3.64 -0.34 
+ 1.8485  4.01476 -0.34 
+ 1.84273  5.45 -0.34 
+ 1.8333  7.07392 -0.34 
+ 1.83219  7.27 -0.34 
+ 1.81879  9.09 -0.34 
+ 1.8182  9.15683 -0.34 
+ 1.803  10.8319 -0.34 
+ 1.80228  10.91 -0.34 
+ 1.7879  12.2764 -0.34 
+ 1.78284  12.73 -0.34 
+ 1.7727  13.5689 -0.34 
+ 1.76005  14.55 -0.34 
+ 1.7576  14.731 -0.34 
+ 1.7424  15.8099 -0.34 
+ 1.7341  16.36 -0.34 
+ 1.7273  16.8105 -0.34 
+ 1.7121  17.7512 -0.34 
+ 1.70473  18.18 -0.34 
+ 1.697  18.643 -0.34 
+ 1.6818  19.4885 -0.34 
+ 1.67189  20 -0.34 
+ 1.6667  20.2838 -0.34 
+ 1.6515  21.0689 -0.34 
+ 1.6364  21.7735 -0.34 
+ 1.63537  21.82 -0.34 
+ 1.6212  22.5157 -0.34 
+ 1.6061  23.1915 -0.34 
+ 1.59517  23.64 -0.34 
+ 1.5909  23.8342 -0.34 
+ 1.5758  24.496 -0.34 
+ 1.5606  25.0952 -0.34 
+ 1.55101  25.45 -0.34 
+ 1.5455  25.6833 -0.34 
+ 1.5303  26.2924 -0.34 
+ 1.5152  26.8468 -0.34 
+ 1.50264  27.27 -0.34 
+ 1.5  27.3729 -0.34 
+ 1.4848  27.9467 -0.34 
+ 1.4697  28.4715 -0.34 
+ 1.4545  28.953 -0.34 
+ 1.45003  29.09 -0.34 
+ 1.4394  29.4731 -0.34 
+ 1.4242  29.9829 -0.34 
+ 1.4091  30.4527 -0.34 
+ 1.3939  30.8871 -0.34 
+ 1.39308  30.91 -0.34 
+ 1.3788  31.3882 -0.34 
+ 1.3636  31.8575 -0.34 
+ 1.3485  32.2935 -0.34 
+ 1.3333  32.6998 -0.34 
+ 1.33215  32.73 -0.34 
+ 1.3182  33.1712 -0.34 
+ 1.303  33.6186 -0.34 
+ 1.2879  34.0377 -0.34 
+ 1.2727  34.4317 -0.34 
+ 1.26803  34.55 -0.34 
+ 1.2576  34.8683 -0.34 
+ 1.2424  35.3082 -0.34 
+ 1.2273  35.7244 -0.34 
+ 1.2121  36.12 -0.34 
+ 1.20262  36.36 -0.34 
+ 1.197  36.5343 -0.34 
+ 1.1818  36.9904 -0.34 
+ 1.1667  37.4275 -0.34 
+ 1.1515  37.8487 -0.34 
+ 1.13931  38.18 -0.34 
+ 1.1364  38.2763 -0.34 
+ 1.1212  38.7715 -0.34 
+ 1.1061  39.2538 -0.34 
+ 1.0909  39.7268 -0.34 
+ 1.08214  40 -0.34 
+ 1.0758  40.2402 -0.34 
+ 1.0606  40.8123 -0.34 
+ 1.0455  41.3807 -0.34 
+ 1.03381  41.82 -0.34 
+ 1.0303  41.9798 -0.34 
+ 1.0152  42.6824 -0.34 
+ 1  43.3905 -0.34 
+
+ 1.8803  125.45 -0.34 
+ 1.88596  127.27 -0.34 
+ 1.8915  129.09 -0.34 
+ 1.8939  129.902 -0.34 
+ 1.89696  130.91 -0.34 
+ 1.90232  132.73 -0.34 
+ 1.9075  134.55 -0.34 
+ 1.9091  135.132 -0.34 
+ 1.91253  136.36 -0.34 
+ 1.91737  138.18 -0.34 
+ 1.92199  140 -0.34 
+ 1.9242  140.909 -0.34 
+ 1.92647  141.82 -0.34 
+ 1.93077  143.64 -0.34 
+ 1.93484  145.45 -0.34 
+ 1.93868  147.27 -0.34 
+ 1.9394  147.633 -0.34 
+ 1.94233  149.09 -0.34 
+ 1.94576  150.91 -0.34 
+ 1.94896  152.73 -0.34 
+ 1.95193  154.55 -0.34 
+ 1.9545  156.246 -0.34 
+ 1.95468  156.36 -0.34 
+ 1.95728  158.18 -0.34 
+ 1.95966  160 -0.34 
+ 1.96181  161.82 -0.34 
+ 1.96374  163.64 -0.34 
+ 1.96546  165.45 -0.34 
+ 1.96697  167.27 -0.34 
+ 1.96827  169.09 -0.34 
+ 1.96937  170.91 -0.34 
+ 1.9697  171.585 -0.34 
+ 1.97027  172.73 -0.34 
+ 1.97098  174.55 -0.34 
+ 1.97148  176.36 -0.34 
+ 1.97178  178.18 -0.34 
+ 1.97189  180 -0.34 
+
+ 2.5  39.2648 -0.34 
+ 2.4848  39.8548 -0.34 
+ 2.48108  40 -0.34 
+ 2.4697  40.4499 -0.34 
+ 2.4545  41.0382 -0.34 
+ 2.4394  41.6152 -0.34 
+ 2.43399  41.82 -0.34 
+ 2.4242  42.1979 -0.34 
+ 2.4091  42.7791 -0.34 
+ 2.3939  43.3511 -0.34 
+ 2.38625  43.64 -0.34 
+ 2.3788  43.9266 -0.34 
+ 2.3636  44.5062 -0.34 
+ 2.3485  45.0786 -0.34 
+ 2.3386  45.45 -0.34 
+ 2.3333  45.6558 -0.34 
+ 2.3182  46.2489 -0.34 
+ 2.303  46.8364 -0.34 
+ 2.29183  47.27 -0.34 
+ 2.2879  47.4277 -0.34 
+ 2.2727  48.0399 -0.34 
+ 2.2576  48.6481 -0.34 
+ 2.24657  49.09 -0.34 
+ 2.2424  49.2637 -0.34 
+ 2.2273  49.9036 -0.34 
+ 2.2121  50.5417 -0.34 
+ 2.20344  50.91 -0.34 
+ 2.197  51.1961 -0.34 
+ 2.1818  51.8734 -0.34 
+ 2.1667  52.5505 -0.34 
+ 2.16272  52.73 -0.34 
+ 2.1515  53.262 -0.34 
+ 2.1364  53.9863 -0.34 
+ 2.12463  54.55 -0.34 
+ 2.1212  54.7225 -0.34 
+ 2.1061  55.4972 -0.34 
+ 2.0909  56.2737 -0.34 
+ 2.08925  56.36 -0.34 
+ 2.0758  57.1089 -0.34 
+ 2.0606  57.9533 -0.34 
+ 2.0566  58.18 -0.34 
+ 2.0455  58.8493 -0.34 
+ 2.0303  59.7661 -0.34 
+ 2.02649  60 -0.34 
+ 2.0152  60.743 -0.34 
+ 2  61.7419 -0.34 
+ 1.99883  61.82 -0.34 
+ 1.9848  62.8249 -0.34 
+ 1.97356  63.64 -0.34 
+ 1.9697  63.941 -0.34 
+ 1.9545  65.1302 -0.34 
+ 1.95047  65.45 -0.34 
+ 1.9394  66.4124 -0.34 
+ 1.92953  67.27 -0.34 
+ 1.9242  67.7773 -0.34 
+ 1.91059  69.09 -0.34 
+ 1.9091  69.2482 -0.34 
+ 1.8939  70.8655 -0.34 
+ 1.89349  70.91 -0.34 
+ 1.8788  72.6698 -0.34 
+ 1.8783  72.73 -0.34 
+ 1.86474  74.55 -0.34 
+ 1.8636  74.7217 -0.34 
+ 1.8529  76.36 -0.34 
+ 1.8485  77.1347 -0.34 
+ 1.84257  78.18 -0.34 
+ 1.83366  80 -0.34 
+ 1.8333  80.0878 -0.34 
+ 1.82624  81.82 -0.34 
+ 1.82011  83.64 -0.34 
+ 1.8182  84.3424 -0.34 
+ 1.8152  85.45 -0.34 
+ 1.81145  87.27 -0.34 
+ 1.80878  89.09 -0.34 
+ 1.80712  90.91 -0.34 
+ 1.8064  92.73 -0.34 
+ 1.80654  94.55 -0.34 
+ 1.80748  96.36 -0.34 
+ 1.80915  98.18 -0.34 
+ 1.81147  100 -0.34 
+ 1.81438  101.82 -0.34 
+ 1.81779  103.64 -0.34 
+ 1.8182  103.83 -0.34 
+ 1.82169  105.45 -0.34 
+ 1.82599  107.27 -0.34 
+ 1.83061  109.09 -0.34 
+ 1.8333  110.092 -0.34 
+ 1.83555  110.91 -0.34 
+ 1.84078  112.73 -0.34 
+ 1.84617  114.55 -0.34 
+ 1.8485  115.316 -0.34 
+ 1.85171  116.36 -0.34 
+ 1.85736  118.18 -0.34 
+ 1.86303  120 -0.34 
+ 1.8636  120.184 -0.34 
+ 1.86882  121.82 -0.34 
+ 1.87459  123.64 -0.34 
+ 1.8788  124.979 -0.34 
+ 1.8803  125.45 -0.34 
+
+
+# Contour 15, label:    -0.35
+ 1.86419  0 -0.35 
+ 1.8636  0.699755 -0.35 
+ 1.86274  1.82 -0.35 
+ 1.85848  3.64 -0.35 
+ 1.85111  5.45 -0.35 
+ 1.8485  5.91121 -0.35 
+ 1.84088  7.27 -0.35 
+ 1.8333  8.30812 -0.35 
+ 1.82759  9.09 -0.35 
+ 1.8182  10.1558 -0.35 
+ 1.81132  10.91 -0.35 
+ 1.803  11.7103 -0.35 
+ 1.79194  12.73 -0.35 
+ 1.7879  13.0726 -0.35 
+ 1.7727  14.2956 -0.35 
+ 1.76942  14.55 -0.35 
+ 1.7576  15.4245 -0.35 
+ 1.74367  16.36 -0.35 
+ 1.7424  16.4454 -0.35 
+ 1.7273  17.4385 -0.35 
+ 1.71474  18.18 -0.35 
+ 1.7121  18.3399 -0.35 
+ 1.697  19.2293 -0.35 
+ 1.68228  20 -0.35 
+ 1.6818  20.0265 -0.35 
+ 1.6667  20.8496 -0.35 
+ 1.6515  21.5863 -0.35 
+ 1.64646  21.82 -0.35 
+ 1.6364  22.3273 -0.35 
+ 1.6212  23.0317 -0.35 
+ 1.60678  23.64 -0.35 
+ 1.6061  23.6716 -0.35 
+ 1.5909  24.3598 -0.35 
+ 1.5758  24.9812 -0.35 
+ 1.56331  25.45 -0.35 
+ 1.5606  25.5664 -0.35 
+ 1.5455  26.1968 -0.35 
+ 1.5303  26.769 -0.35 
+ 1.51583  27.27 -0.35 
+ 1.5152  27.2954 -0.35 
+ 1.5  27.8868 -0.35 
+ 1.4848  28.4264 -0.35 
+ 1.4697  28.9204 -0.35 
+ 1.46425  29.09 -0.35 
+ 1.4545  29.4466 -0.35 
+ 1.4394  29.9689 -0.35 
+ 1.4242  30.4493 -0.35 
+ 1.4091  30.8926 -0.35 
+ 1.40849  30.91 -0.35 
+ 1.3939  31.4059 -0.35 
+ 1.3788  31.8843 -0.35 
+ 1.3636  32.3277 -0.35 
+ 1.3489  32.73 -0.35 
+ 1.3485  32.7432 -0.35 
+ 1.3333  33.2304 -0.35 
+ 1.3182  33.6841 -0.35 
+ 1.303  34.1084 -0.35 
+ 1.2879  34.5065 -0.35 
+ 1.2862  34.55 -0.35 
+ 1.2727  34.9673 -0.35 
+ 1.2576  35.4112 -0.35 
+ 1.2424  35.8302 -0.35 
+ 1.2273  36.2276 -0.35 
+ 1.22211  36.36 -0.35 
+ 1.2121  36.6725 -0.35 
+ 1.197  37.1298 -0.35 
+ 1.1818  37.5668 -0.35 
+ 1.1667  37.9869 -0.35 
+ 1.15957  38.18 -0.35 
+ 1.1515  38.4471 -0.35 
+ 1.1364  38.9393 -0.35 
+ 1.1212  39.4172 -0.35 
+ 1.1061  39.8843 -0.35 
+ 1.10234  40 -0.35 
+ 1.0909  40.4279 -0.35 
+ 1.0758  40.9903 -0.35 
+ 1.0606  41.5469 -0.35 
+ 1.05324  41.82 -0.35 
+ 1.0455  42.1685 -0.35 
+ 1.0303  42.8532 -0.35 
+ 1.0152  43.5401 -0.35 
+ 1.01304  43.64 -0.35 
+ 1  44.3652 -0.35 
+
+ 1.80046  118.18 -0.35 
+ 1.803  119.029 -0.35 
+ 1.80596  120 -0.35 
+ 1.81152  121.82 -0.35 
+ 1.81706  123.64 -0.35 
+ 1.8182  124.016 -0.35 
+ 1.82258  125.45 -0.35 
+ 1.82802  127.27 -0.35 
+ 1.8333  129.071 -0.35 
+ 1.83336  129.09 -0.35 
+ 1.83868  130.91 -0.35 
+ 1.84386  132.73 -0.35 
+ 1.8485  134.413 -0.35 
+ 1.84888  134.55 -0.35 
+ 1.85376  136.36 -0.35 
+ 1.85846  138.18 -0.35 
+ 1.86295  140 -0.35 
+ 1.8636  140.273 -0.35 
+ 1.86734  141.82 -0.35 
+ 1.87153  143.64 -0.35 
+ 1.8755  145.45 -0.35 
+ 1.8788  147.052 -0.35 
+ 1.87925  147.27 -0.35 
+ 1.88283  149.09 -0.35 
+ 1.88618  150.91 -0.35 
+ 1.88932  152.73 -0.35 
+ 1.89223  154.55 -0.35 
+ 1.8939  155.669 -0.35 
+ 1.89495  156.36 -0.35 
+ 1.8975  158.18 -0.35 
+ 1.89983  160 -0.35 
+ 1.90195  161.82 -0.35 
+ 1.90385  163.64 -0.35 
+ 1.90554  165.45 -0.35 
+ 1.90704  167.27 -0.35 
+ 1.90832  169.09 -0.35 
+ 1.9091  170.402 -0.35 
+ 1.90941  170.91 -0.35 
+ 1.9103  172.73 -0.35 
+ 1.911  174.55 -0.35 
+ 1.91149  176.36 -0.35 
+ 1.91179  178.18 -0.35 
+ 1.91189  180 -0.35 
+
+ 2.5  35.6959 -0.35 
+ 2.4848  36.3355 -0.35 
+ 2.48422  36.36 -0.35 
+ 2.4697  36.9803 -0.35 
+ 2.4545  37.611 -0.35 
+ 2.44062  38.18 -0.35 
+ 2.4394  38.2305 -0.35 
+ 2.4242  38.8554 -0.35 
+ 2.4091  39.468 -0.35 
+ 2.39569  40 -0.35 
+ 2.3939  40.072 -0.35 
+ 2.3788  40.6853 -0.35 
+ 2.3636  41.2886 -0.35 
+ 2.35013  41.82 -0.35 
+ 2.3485  41.8855 -0.35 
+ 2.3333  42.4958 -0.35 
+ 2.3182  43.0985 -0.35 
+ 2.3044  43.64 -0.35 
+ 2.303  43.6961 -0.35 
+ 2.2879  44.3091 -0.35 
+ 2.2727  44.9161 -0.35 
+ 2.25934  45.45 -0.35 
+ 2.2576  45.5221 -0.35 
+ 2.2424  46.1528 -0.35 
+ 2.2273  46.7795 -0.35 
+ 2.21539  47.27 -0.35 
+ 2.2121  47.4103 -0.35 
+ 2.197  48.0644 -0.35 
+ 2.1818  48.7163 -0.35 
+ 2.17319  49.09 -0.35 
+ 2.1667  49.3827 -0.35 
+ 2.1515  50.0687 -0.35 
+ 2.1364  50.7543 -0.35 
+ 2.13299  50.91 -0.35 
+ 2.1212  51.4719 -0.35 
+ 2.1061  52.1989 -0.35 
+ 2.09505  52.73 -0.35 
+ 2.0909  52.9393 -0.35 
+ 2.0758  53.7143 -0.35 
+ 2.0606  54.4908 -0.35 
+ 2.05946  54.55 -0.35 
+ 2.0455  55.3132 -0.35 
+ 2.0303  56.1408 -0.35 
+ 2.02634  56.36 -0.35 
+ 2.0152  57.0175 -0.35 
+ 2  57.9125 -0.35 
+ 1.9955  58.18 -0.35 
+ 1.9848  58.8574 -0.35 
+ 1.9697  59.8241 -0.35 
+ 1.96696  60 -0.35 
+ 1.9545  60.856 -0.35 
+ 1.9406  61.82 -0.35 
+ 1.9394  61.9098 -0.35 
+ 1.9242  63.0468 -0.35 
+ 1.91636  63.64 -0.35 
+ 1.9091  64.2304 -0.35 
+ 1.89407  65.45 -0.35 
+ 1.8939  65.4647 -0.35 
+ 1.8788  66.8229 -0.35 
+ 1.87381  67.27 -0.35 
+ 1.8636  68.2723 -0.35 
+ 1.85536  69.09 -0.35 
+ 1.8485  69.8393 -0.35 
+ 1.83868  70.91 -0.35 
+ 1.8333  71.5605 -0.35 
+ 1.82373  72.73 -0.35 
+ 1.8182  73.4869 -0.35 
+ 1.81041  74.55 -0.35 
+ 1.803  75.6875 -0.35 
+ 1.79866  76.36 -0.35 
+ 1.78845  78.18 -0.35 
+ 1.7879  78.2945 -0.35 
+ 1.77965  80 -0.35 
+ 1.7727  81.6928 -0.35 
+ 1.77218  81.82 -0.35 
+ 1.76608  83.64 -0.35 
+ 1.76116  85.45 -0.35 
+ 1.7576  87.1678 -0.35 
+ 1.75739  87.27 -0.35 
+ 1.75467  89.09 -0.35 
+ 1.75295  90.91 -0.35 
+ 1.75214  92.73 -0.35 
+ 1.75218  94.55 -0.35 
+ 1.75299  96.36 -0.35 
+ 1.75452  98.18 -0.35 
+ 1.75667  100 -0.35 
+ 1.7576  100.619 -0.35 
+ 1.75941  101.82 -0.35 
+ 1.76265  103.64 -0.35 
+ 1.76634  105.45 -0.35 
+ 1.77042  107.27 -0.35 
+ 1.7727  108.214 -0.35 
+ 1.77486  109.09 -0.35 
+ 1.77961  110.91 -0.35 
+ 1.78459  112.73 -0.35 
+ 1.7879  113.9 -0.35 
+ 1.78975  114.55 -0.35 
+ 1.79506  116.36 -0.35 
+ 1.80046  118.18 -0.35 
+
+
+# Contour 16, label:    -0.36
+ 1.87312  0 -0.36 
+ 1.87168  1.82 -0.36 
+ 1.86727  3.64 -0.36 
+ 1.8636  4.53441 -0.36 
+ 1.86002  5.45 -0.36 
+ 1.8498  7.27 -0.36 
+ 1.8485  7.45307 -0.36 
+ 1.83672  9.09 -0.36 
+ 1.8333  9.48265 -0.36 
+ 1.82063  10.91 -0.36 
+ 1.8182  11.1495 -0.36 
+ 1.803  12.5869 -0.36 
+ 1.80145  12.73 -0.36 
+ 1.7879  13.8794 -0.36 
+ 1.77937  14.55 -0.36 
+ 1.7727  15.0498 -0.36 
+ 1.7576  16.1181 -0.36 
+ 1.754  16.36 -0.36 
+ 1.7424  17.1389 -0.36 
+ 1.7273  18.0664 -0.36 
+ 1.72538  18.18 -0.36 
+ 1.7121  18.9851 -0.36 
+ 1.697  19.8157 -0.36 
+ 1.69348  20 -0.36 
+ 1.6818  20.6468 -0.36 
+ 1.6667  21.4153 -0.36 
+ 1.6581  21.82 -0.36 
+ 1.6515  22.157 -0.36 
+ 1.6364  22.8896 -0.36 
+ 1.6212  23.5477 -0.36 
+ 1.61901  23.64 -0.36 
+ 1.6061  24.2426 -0.36 
+ 1.5909  24.8854 -0.36 
+ 1.57626  25.45 -0.36 
+ 1.5758  25.4703 -0.36 
+ 1.5606  26.121 -0.36 
+ 1.5455  26.7102 -0.36 
+ 1.5303  27.2457 -0.36 
+ 1.5296  27.27 -0.36 
+ 1.5152  27.8475 -0.36 
+ 1.5  28.4007 -0.36 
+ 1.4848  28.9061 -0.36 
+ 1.47904  29.09 -0.36 
+ 1.4697  29.4414 -0.36 
+ 1.4545  29.975 -0.36 
+ 1.4394  30.4647 -0.36 
+ 1.4244  30.91 -0.36 
+ 1.4242  30.9172 -0.36 
+ 1.4091  31.4445 -0.36 
+ 1.3939  31.9306 -0.36 
+ 1.3788  32.3804 -0.36 
+ 1.36619  32.73 -0.36 
+ 1.3636  32.8166 -0.36 
+ 1.3485  33.3102 -0.36 
+ 1.3333  33.769 -0.36 
+ 1.3182  34.1971 -0.36 
+ 1.3049  34.55 -0.36 
+ 1.303  34.611 -0.36 
+ 1.2879  35.087 -0.36 
+ 1.2727  35.5334 -0.36 
+ 1.2576  35.9541 -0.36 
+ 1.2424  36.3522 -0.36 
+ 1.2421  36.36 -0.36 
+ 1.2273  36.8322 -0.36 
+ 1.2121  37.2894 -0.36 
+ 1.197  37.7253 -0.36 
+ 1.1818  38.1432 -0.36 
+ 1.18046  38.18 -0.36 
+ 1.1667  38.6413 -0.36 
+ 1.1515  39.1297 -0.36 
+ 1.1364  39.6024 -0.36 
+ 1.12333  40 -0.36 
+ 1.1212  40.079 -0.36 
+ 1.1061  40.6432 -0.36 
+ 1.0909  41.1956 -0.36 
+ 1.0758  41.7403 -0.36 
+ 1.0736  41.82 -0.36 
+ 1.0606  42.3932 -0.36 
+ 1.0455  43.0601 -0.36 
+ 1.03231  43.64 -0.36 
+ 1.0303  43.7466 -0.36 
+ 1.0152  44.5686 -0.36 
+ 1  45.3945 -0.36 
+
+ 1.7273  111.302 -0.36 
+ 1.73111  112.73 -0.36 
+ 1.73614  114.55 -0.36 
+ 1.7413  116.36 -0.36 
+ 1.7424  116.742 -0.36 
+ 1.74662  118.18 -0.36 
+ 1.75201  120 -0.36 
+ 1.75742  121.82 -0.36 
+ 1.7576  121.88 -0.36 
+ 1.76284  123.64 -0.36 
+ 1.76821  125.45 -0.36 
+ 1.7727  126.988 -0.36 
+ 1.77354  127.27 -0.36 
+ 1.77885  129.09 -0.36 
+ 1.78404  130.91 -0.36 
+ 1.7879  132.298 -0.36 
+ 1.7891  132.73 -0.36 
+ 1.79404  134.55 -0.36 
+ 1.79882  136.36 -0.36 
+ 1.803  138.014 -0.36 
+ 1.80343  138.18 -0.36 
+ 1.80793  140 -0.36 
+ 1.81224  141.82 -0.36 
+ 1.81635  143.64 -0.36 
+ 1.8182  144.495 -0.36 
+ 1.82027  145.45 -0.36 
+ 1.824  147.27 -0.36 
+ 1.82751  149.09 -0.36 
+ 1.83082  150.91 -0.36 
+ 1.8333  152.372 -0.36 
+ 1.83392  152.73 -0.36 
+ 1.83686  154.55 -0.36 
+ 1.83959  156.36 -0.36 
+ 1.8421  158.18 -0.36 
+ 1.8444  160 -0.36 
+ 1.8465  161.82 -0.36 
+ 1.84838  163.64 -0.36 
+ 1.8485  163.766 -0.36 
+ 1.85008  165.45 -0.36 
+ 1.85157  167.27 -0.36 
+ 1.85286  169.09 -0.36 
+ 1.85395  170.91 -0.36 
+ 1.85483  172.73 -0.36 
+ 1.85552  174.55 -0.36 
+ 1.85601  176.36 -0.36 
+ 1.8563  178.18 -0.36 
+ 1.8564  180 -0.36 
+
+ 2.5  32.3001 -0.36 
+ 2.49079  32.73 -0.36 
+ 2.4848  33.0064 -0.36 
+ 2.4697  33.7016 -0.36 
+ 2.4545  34.3805 -0.36 
+ 2.45071  34.55 -0.36 
+ 2.4394  35.0512 -0.36 
+ 2.4242  35.7096 -0.36 
+ 2.4091  36.3546 -0.36 
+ 2.40897  36.36 -0.36 
+ 2.3939  37.0056 -0.36 
+ 2.3788  37.6446 -0.36 
+ 2.36588  38.18 -0.36 
+ 2.3636  38.2753 -0.36 
+ 2.3485  38.9107 -0.36 
+ 2.3333  39.5361 -0.36 
+ 2.32199  40 -0.36 
+ 2.3182  40.1579 -0.36 
+ 2.303  40.7866 -0.36 
+ 2.2879  41.4077 -0.36 
+ 2.27776  41.82 -0.36 
+ 2.2727  42.0295 -0.36 
+ 2.2576  42.6602 -0.36 
+ 2.2424  43.2852 -0.36 
+ 2.23383  43.64 -0.36 
+ 2.2273  43.9152 -0.36 
+ 2.2121  44.5531 -0.36 
+ 2.197  45.1872 -0.36 
+ 2.19073  45.45 -0.36 
+ 2.1818  45.8373 -0.36 
+ 2.1667  46.4978 -0.36 
+ 2.1515  47.1563 -0.36 
+ 2.14892  47.27 -0.36 
+ 2.1364  47.8402 -0.36 
+ 2.1212  48.5281 -0.36 
+ 2.10888  49.09 -0.36 
+ 2.1061  49.2222 -0.36 
+ 2.0909  49.9456 -0.36 
+ 2.0758  50.6689 -0.36 
+ 2.07077  50.91 -0.36 
+ 2.0606  51.4202 -0.36 
+ 2.0455  52.1853 -0.36 
+ 2.03473  52.73 -0.36 
+ 2.0303  52.9651 -0.36 
+ 2.0152  53.7783 -0.36 
+ 2.00081  54.55 -0.36 
+ 2  54.5955 -0.36 
+ 1.9848  55.459 -0.36 
+ 1.9697  56.3234 -0.36 
+ 1.96906  56.36 -0.36 
+ 1.9545  57.2503 -0.36 
+ 1.93942  58.18 -0.36 
+ 1.9394  58.1814 -0.36 
+ 1.9242  59.1803 -0.36 
+ 1.91183  60 -0.36 
+ 1.9091  60.1938 -0.36 
+ 1.8939  61.2708 -0.36 
+ 1.88622  61.82 -0.36 
+ 1.8788  62.3907 -0.36 
+ 1.8636  63.555 -0.36 
+ 1.8625  63.64 -0.36 
+ 1.8485  64.8059 -0.36 
+ 1.84072  65.45 -0.36 
+ 1.8333  66.1224 -0.36 
+ 1.82073  67.27 -0.36 
+ 1.8182  67.5231 -0.36 
+ 1.803  69.0349 -0.36 
+ 1.80245  69.09 -0.36 
+ 1.7879  70.698 -0.36 
+ 1.78597  70.91 -0.36 
+ 1.7727  72.5294 -0.36 
+ 1.77107  72.73 -0.36 
+ 1.75785  74.55 -0.36 
+ 1.7576  74.5887 -0.36 
+ 1.74611  76.36 -0.36 
+ 1.7424  77.0189 -0.36 
+ 1.7359  78.18 -0.36 
+ 1.7273  79.9666 -0.36 
+ 1.72714  80 -0.36 
+ 1.71968  81.82 -0.36 
+ 1.71351  83.64 -0.36 
+ 1.7121  84.1571 -0.36 
+ 1.70859  85.45 -0.36 
+ 1.70481  87.27 -0.36 
+ 1.70209  89.09 -0.36 
+ 1.70035  90.91 -0.36 
+ 1.69952  92.73 -0.36 
+ 1.69953  94.55 -0.36 
+ 1.7003  96.36 -0.36 
+ 1.70176  98.18 -0.36 
+ 1.70386  100 -0.36 
+ 1.70651  101.82 -0.36 
+ 1.70966  103.64 -0.36 
+ 1.7121  104.868 -0.36 
+ 1.71327  105.45 -0.36 
+ 1.71729  107.27 -0.36 
+ 1.72163  109.09 -0.36 
+ 1.72626  110.91 -0.36 
+ 1.7273  111.302 -0.36 
+
+
+# Contour 17, label:    -0.37
+ 1.88236  0 -0.37 
+ 1.88089  1.82 -0.37 
+ 1.8788  2.68148 -0.37 
+ 1.8766  3.64 -0.37 
+ 1.8695  5.45 -0.37 
+ 1.8636  6.50385 -0.37 
+ 1.85942  7.27 -0.37 
+ 1.8485  8.80311 -0.37 
+ 1.84644  9.09 -0.37 
+ 1.8333  10.5985 -0.37 
+ 1.83053  10.91 -0.37 
+ 1.8182  12.1271 -0.37 
+ 1.81175  12.73 -0.37 
+ 1.803  13.4818 -0.37 
+ 1.78978  14.55 -0.37 
+ 1.7879  14.6944 -0.37 
+ 1.7727  15.8189 -0.37 
+ 1.76486  16.36 -0.37 
+ 1.7576  16.8603 -0.37 
+ 1.7424  17.8324 -0.37 
+ 1.73667  18.18 -0.37 
+ 1.7273  18.7632 -0.37 
+ 1.7121  19.6302 -0.37 
+ 1.70522  20 -0.37 
+ 1.697  20.4677 -0.37 
+ 1.6818  21.2671 -0.37 
+ 1.67036  21.82 -0.37 
+ 1.6667  22.0118 -0.37 
+ 1.6515  22.7714 -0.37 
+ 1.6364  23.4519 -0.37 
+ 1.632  23.64 -0.37 
+ 1.6212  24.1509 -0.37 
+ 1.6061  24.8136 -0.37 
+ 1.5909  25.4111 -0.37 
+ 1.58989  25.45 -0.37 
+ 1.5758  26.071 -0.37 
+ 1.5606  26.6756 -0.37 
+ 1.5455  27.2236 -0.37 
+ 1.54418  27.27 -0.37 
+ 1.5303  27.8344 -0.37 
+ 1.5152  28.3996 -0.37 
+ 1.5  28.9147 -0.37 
+ 1.49459  29.09 -0.37 
+ 1.4848  29.4633 -0.37 
+ 1.4697  30.0062 -0.37 
+ 1.4545  30.5034 -0.37 
+ 1.44116  30.91 -0.37 
+ 1.4394  30.9743 -0.37 
+ 1.4242  31.5091 -0.37 
+ 1.4091  32.0011 -0.37 
+ 1.3939  32.4554 -0.37 
+ 1.38425  32.73 -0.37 
+ 1.3788  32.9172 -0.37 
+ 1.3636  33.4153 -0.37 
+ 1.3485  33.8773 -0.37 
+ 1.3333  34.3076 -0.37 
+ 1.32438  34.55 -0.37 
+ 1.3182  34.7535 -0.37 
+ 1.303  35.2314 -0.37 
+ 1.2879  35.6788 -0.37 
+ 1.2727  36.0995 -0.37 
+ 1.26295  36.36 -0.37 
+ 1.2576  36.5358 -0.37 
+ 1.2424  37.0172 -0.37 
+ 1.2273  37.4728 -0.37 
+ 1.2121  37.9062 -0.37 
+ 1.20225  38.18 -0.37 
+ 1.197  38.3589 -0.37 
+ 1.1818  38.8626 -0.37 
+ 1.1667  39.3458 -0.37 
+ 1.1515  39.8122 -0.37 
+ 1.14535  40 -0.37 
+ 1.1364  40.3347 -0.37 
+ 1.1212  40.8896 -0.37 
+ 1.1061  41.4311 -0.37 
+ 1.09507  41.82 -0.37 
+ 1.0909  41.9998 -0.37 
+ 1.0758  42.6568 -0.37 
+ 1.0606  43.3057 -0.37 
+ 1.05287  43.64 -0.37 
+ 1.0455  44.0262 -0.37 
+ 1.0303  44.8227 -0.37 
+ 1.01848  45.45 -0.37 
+ 1.0152  45.6618 -0.37 
+ 1  46.658 -0.37 
+
+ 1.65474  101.82 -0.37 
+ 1.65793  103.64 -0.37 
+ 1.66155  105.45 -0.37 
+ 1.66555  107.27 -0.37 
+ 1.6667  107.753 -0.37 
+ 1.66986  109.09 -0.37 
+ 1.67444  110.91 -0.37 
+ 1.67924  112.73 -0.37 
+ 1.6818  113.665 -0.37 
+ 1.68425  114.55 -0.37 
+ 1.68942  116.36 -0.37 
+ 1.69468  118.18 -0.37 
+ 1.697  118.971 -0.37 
+ 1.70001  120 -0.37 
+ 1.70536  121.82 -0.37 
+ 1.71069  123.64 -0.37 
+ 1.7121  124.119 -0.37 
+ 1.71605  125.45 -0.37 
+ 1.72137  127.27 -0.37 
+ 1.72661  129.09 -0.37 
+ 1.7273  129.335 -0.37 
+ 1.73174  130.91 -0.37 
+ 1.73676  132.73 -0.37 
+ 1.74163  134.55 -0.37 
+ 1.7424  134.843 -0.37 
+ 1.74642  136.36 -0.37 
+ 1.75105  138.18 -0.37 
+ 1.7555  140 -0.37 
+ 1.7576  140.894 -0.37 
+ 1.75978  141.82 -0.37 
+ 1.76387  143.64 -0.37 
+ 1.76776  145.45 -0.37 
+ 1.77145  147.27 -0.37 
+ 1.7727  147.921 -0.37 
+ 1.77498  149.09 -0.37 
+ 1.77832  150.91 -0.37 
+ 1.78145  152.73 -0.37 
+ 1.78437  154.55 -0.37 
+ 1.78708  156.36 -0.37 
+ 1.7879  156.953 -0.37 
+ 1.78959  158.18 -0.37 
+ 1.7919  160 -0.37 
+ 1.79399  161.82 -0.37 
+ 1.79589  163.64 -0.37 
+ 1.79758  165.45 -0.37 
+ 1.79906  167.27 -0.37 
+ 1.80034  169.09 -0.37 
+ 1.80143  170.91 -0.37 
+ 1.80231  172.73 -0.37 
+ 1.803  174.55 -0.37 
+ 1.8035  176.36 -0.37 
+ 1.8038  178.18 -0.37 
+ 1.8039  180 -0.37 
+
+ 2.5  28.9747 -0.37 
+ 2.49779  29.09 -0.37 
+ 2.4848  29.7507 -0.37 
+ 2.4697  30.5073 -0.37 
+ 2.4615  30.91 -0.37 
+ 2.4545  31.2478 -0.37 
+ 2.4394  31.9731 -0.37 
+ 2.4242  32.6823 -0.37 
+ 2.42318  32.73 -0.37 
+ 2.4091  33.383 -0.37 
+ 2.3939  34.07 -0.37 
+ 2.3832  34.55 -0.37 
+ 2.3788  34.7456 -0.37 
+ 2.3636  35.4134 -0.37 
+ 2.3485  36.0695 -0.37 
+ 2.34173  36.36 -0.37 
+ 2.3333  36.7242 -0.37 
+ 2.3182  37.3759 -0.37 
+ 2.303  38.0182 -0.37 
+ 2.29919  38.18 -0.37 
+ 2.2879  38.664 -0.37 
+ 2.2727  39.3056 -0.37 
+ 2.2576  39.9398 -0.37 
+ 2.25616  40 -0.37 
+ 2.2424  40.5845 -0.37 
+ 2.2273  41.2247 -0.37 
+ 2.21307  41.82 -0.37 
+ 2.2121  41.8613 -0.37 
+ 2.197  42.5128 -0.37 
+ 2.1818  43.1603 -0.37 
+ 2.1706  43.64 -0.37 
+ 2.1667  43.8099 -0.37 
+ 2.1515  44.4714 -0.37 
+ 2.1364  45.1307 -0.37 
+ 2.12906  45.45 -0.37 
+ 2.1212  45.8042 -0.37 
+ 2.1061  46.4912 -0.37 
+ 2.0909  47.1772 -0.37 
+ 2.08887  47.27 -0.37 
+ 2.0758  47.8896 -0.37 
+ 2.0606  48.6058 -0.37 
+ 2.05043  49.09 -0.37 
+ 2.0455  49.3337 -0.37 
+ 2.0303  50.0852 -0.37 
+ 2.0152  50.8376 -0.37 
+ 2.01375  50.91 -0.37 
+ 2  51.6267 -0.37 
+ 1.9848  52.4204 -0.37 
+ 1.97894  52.73 -0.37 
+ 1.9697  53.2425 -0.37 
+ 1.9545  54.0831 -0.37 
+ 1.94614  54.55 -0.37 
+ 1.9394  54.9451 -0.37 
+ 1.9242  55.8333 -0.37 
+ 1.91527  56.36 -0.37 
+ 1.9091  56.748 -0.37 
+ 1.8939  57.7002 -0.37 
+ 1.88631  58.18 -0.37 
+ 1.8788  58.6854 -0.37 
+ 1.8636  59.7036 -0.37 
+ 1.85921  60 -0.37 
+ 1.8485  60.7743 -0.37 
+ 1.83394  61.82 -0.37 
+ 1.8333  61.8697 -0.37 
+ 1.8182  63.0463 -0.37 
+ 1.81053  63.64 -0.37 
+ 1.803  64.2664 -0.37 
+ 1.78887  65.45 -0.37 
+ 1.7879  65.5385 -0.37 
+ 1.7727  66.9219 -0.37 
+ 1.7689  67.27 -0.37 
+ 1.7576  68.4024 -0.37 
+ 1.75068  69.09 -0.37 
+ 1.7424  69.9986 -0.37 
+ 1.73413  70.91 -0.37 
+ 1.7273  71.7473 -0.37 
+ 1.71922  72.73 -0.37 
+ 1.7121  73.701 -0.37 
+ 1.70591  74.55 -0.37 
+ 1.697  75.9265 -0.37 
+ 1.69417  76.36 -0.37 
+ 1.68388  78.18 -0.37 
+ 1.6818  78.6087 -0.37 
+ 1.67508  80 -0.37 
+ 1.66765  81.82 -0.37 
+ 1.6667  82.1038 -0.37 
+ 1.66149  83.64 -0.37 
+ 1.65656  85.45 -0.37 
+ 1.65278  87.27 -0.37 
+ 1.6515  88.1292 -0.37 
+ 1.65008  89.09 -0.37 
+ 1.64838  90.91 -0.37 
+ 1.64759  92.73 -0.37 
+ 1.64763  94.55 -0.37 
+ 1.64844  96.36 -0.37 
+ 1.64994  98.18 -0.37 
+ 1.6515  99.5262 -0.37 
+ 1.65205  100 -0.37 
+ 1.65474  101.82 -0.37 
+
+
+# Contour 18, label:    -0.38
+ 1.89215  0 -0.38 
+ 1.89079  1.82 -0.38 
+ 1.88663  3.64 -0.38 
+ 1.87942  5.45 -0.38 
+ 1.8788  5.56446 -0.38 
+ 1.86963  7.27 -0.38 
+ 1.8636  8.12702 -0.38 
+ 1.85686  9.09 -0.38 
+ 1.8485  10.0747 -0.38 
+ 1.84119  10.91 -0.38 
+ 1.8333  11.6984 -0.38 
+ 1.82256  12.73 -0.38 
+ 1.8182  13.1148 -0.38 
+ 1.803  14.3803 -0.38 
+ 1.8009  14.55 -0.38 
+ 1.7879  15.5499 -0.38 
+ 1.77632  16.36 -0.38 
+ 1.7727  16.6131 -0.38 
+ 1.7576  17.6286 -0.38 
+ 1.74863  18.18 -0.38 
+ 1.7424  18.5732 -0.38 
+ 1.7273  19.4752 -0.38 
+ 1.71767  20 -0.38 
+ 1.7121  20.3212 -0.38 
+ 1.697  21.1498 -0.38 
+ 1.68331  21.82 -0.38 
+ 1.6818  21.9005 -0.38 
+ 1.6667  22.6853 -0.38 
+ 1.6515  23.3859 -0.38 
+ 1.64571  23.64 -0.38 
+ 1.6364  24.0924 -0.38 
+ 1.6212  24.7729 -0.38 
+ 1.6061  25.3846 -0.38 
+ 1.60443  25.45 -0.38 
+ 1.5909  26.0543 -0.38 
+ 1.5758  26.6718 -0.38 
+ 1.5606  27.2301 -0.38 
+ 1.55949  27.27 -0.38 
+ 1.5455  27.8546 -0.38 
+ 1.5303  28.4292 -0.38 
+ 1.5152  28.9516 -0.38 
+ 1.51101  29.09 -0.38 
+ 1.5  29.5186 -0.38 
+ 1.4848  30.0685 -0.38 
+ 1.4697  30.5709 -0.38 
+ 1.45872  30.91 -0.38 
+ 1.4545  31.0657 -0.38 
+ 1.4394  31.6056 -0.38 
+ 1.4242  32.101 -0.38 
+ 1.4091  32.5576 -0.38 
+ 1.40311  32.73 -0.38 
+ 1.3939  33.0508 -0.38 
+ 1.3788  33.551 -0.38 
+ 1.3636  34.0139 -0.38 
+ 1.3485  34.4444 -0.38 
+ 1.34466  34.55 -0.38 
+ 1.3333  34.9282 -0.38 
+ 1.3182  35.4058 -0.38 
+ 1.303  35.8519 -0.38 
+ 1.2879  36.2707 -0.38 
+ 1.28458  36.36 -0.38 
+ 1.2727  36.7539 -0.38 
+ 1.2576  37.2325 -0.38 
+ 1.2424  37.6844 -0.38 
+ 1.2273  38.1135 -0.38 
+ 1.22491  38.18 -0.38 
+ 1.2121  38.6179 -0.38 
+ 1.197  39.1155 -0.38 
+ 1.1818  39.5917 -0.38 
+ 1.16841  40 -0.38 
+ 1.1667  40.0641 -0.38 
+ 1.1515  40.6271 -0.38 
+ 1.1364  41.171 -0.38 
+ 1.1212  41.7002 -0.38 
+ 1.11779  41.82 -0.38 
+ 1.1061  42.3232 -0.38 
+ 1.0909  42.9631 -0.38 
+ 1.0758  43.5931 -0.38 
+ 1.07469  43.64 -0.38 
+ 1.0606  44.3604 -0.38 
+ 1.0455  45.1308 -0.38 
+ 1.03928  45.45 -0.38 
+ 1.0303  46.0135 -0.38 
+ 1.0152  46.9734 -0.38 
+ 1.0106  47.27 -0.38 
+ 1  48.0958 -0.38 
+
+ 1.59677  96.36 -0.38 
+ 1.59839  98.18 -0.38 
+ 1.60063  100 -0.38 
+ 1.60343  101.82 -0.38 
+ 1.6061  103.303 -0.38 
+ 1.6067  103.64 -0.38 
+ 1.61039  105.45 -0.38 
+ 1.61444  107.27 -0.38 
+ 1.6188  109.09 -0.38 
+ 1.6212  110.032 -0.38 
+ 1.62345  110.91 -0.38 
+ 1.62833  112.73 -0.38 
+ 1.63339  114.55 -0.38 
+ 1.6364  115.598 -0.38 
+ 1.63857  116.36 -0.38 
+ 1.64384  118.18 -0.38 
+ 1.64916  120 -0.38 
+ 1.6515  120.795 -0.38 
+ 1.65454  121.82 -0.38 
+ 1.65994  123.64 -0.38 
+ 1.6653  125.45 -0.38 
+ 1.6667  125.927 -0.38 
+ 1.67061  127.27 -0.38 
+ 1.67583  129.09 -0.38 
+ 1.68095  130.91 -0.38 
+ 1.6818  131.22 -0.38 
+ 1.686  132.73 -0.38 
+ 1.69093  134.55 -0.38 
+ 1.69571  136.36 -0.38 
+ 1.697  136.869 -0.38 
+ 1.70033  138.18 -0.38 
+ 1.70477  140 -0.38 
+ 1.70904  141.82 -0.38 
+ 1.7121  143.183 -0.38 
+ 1.71314  143.64 -0.38 
+ 1.71708  145.45 -0.38 
+ 1.72083  147.27 -0.38 
+ 1.72437  149.09 -0.38 
+ 1.7273  150.684 -0.38 
+ 1.72771  150.91 -0.38 
+ 1.73085  152.73 -0.38 
+ 1.73378  154.55 -0.38 
+ 1.7365  156.36 -0.38 
+ 1.73902  158.18 -0.38 
+ 1.74133  160 -0.38 
+ 1.7424  160.929 -0.38 
+ 1.74344  161.82 -0.38 
+ 1.74537  163.64 -0.38 
+ 1.74709  165.45 -0.38 
+ 1.7486  167.27 -0.38 
+ 1.74991  169.09 -0.38 
+ 1.75102  170.91 -0.38 
+ 1.75192  172.73 -0.38 
+ 1.75262  174.55 -0.38 
+ 1.75313  176.36 -0.38 
+ 1.75342  178.18 -0.38 
+ 1.75352  180 -0.38 
+
+ 2.5  25.6347 -0.38 
+ 2.4848  26.4946 -0.38 
+ 2.47086  27.27 -0.38 
+ 2.4697  27.3326 -0.38 
+ 2.4545  28.1419 -0.38 
+ 2.4394  28.9325 -0.38 
+ 2.43635  29.09 -0.38 
+ 2.4242  29.7023 -0.38 
+ 2.4091  30.4546 -0.38 
+ 2.39978  30.91 -0.38 
+ 2.3939  31.1918 -0.38 
+ 2.3788  31.9145 -0.38 
+ 2.3636  32.6236 -0.38 
+ 2.36133  32.73 -0.38 
+ 2.3485  33.3237 -0.38 
+ 2.3333  34.0121 -0.38 
+ 2.32136  34.55 -0.38 
+ 2.3182  34.6907 -0.38 
+ 2.303  35.3621 -0.38 
+ 2.2879  36.0238 -0.38 
+ 2.28013  36.36 -0.38 
+ 2.2727  36.6838 -0.38 
+ 2.2576  37.3431 -0.38 
+ 2.2424  37.9947 -0.38 
+ 2.23811  38.18 -0.38 
+ 2.2273  38.6498 -0.38 
+ 2.2121  39.3025 -0.38 
+ 2.197  39.9499 -0.38 
+ 2.19583  40 -0.38 
+ 2.1818  40.6078 -0.38 
+ 2.1667  41.2626 -0.38 
+ 2.15372  41.82 -0.38 
+ 2.1515  41.9169 -0.38 
+ 2.1364  42.5844 -0.38 
+ 2.1212  43.2496 -0.38 
+ 2.11235  43.64 -0.38 
+ 2.1061  43.9206 -0.38 
+ 2.0909  44.6007 -0.38 
+ 2.0758  45.2802 -0.38 
+ 2.07202  45.45 -0.38 
+ 2.0606  45.9807 -0.38 
+ 2.0455  46.6881 -0.38 
+ 2.03303  47.27 -0.38 
+ 2.0303  47.4014 -0.38 
+ 2.0152  48.1383 -0.38 
+ 2  48.876 -0.38 
+ 1.99562  49.09 -0.38 
+ 1.9848  49.6383 -0.38 
+ 1.9697  50.4105 -0.38 
+ 1.95991  50.91 -0.38 
+ 1.9545  51.1978 -0.38 
+ 1.9394  52.0096 -0.38 
+ 1.92594  52.73 -0.38 
+ 1.9242  52.8279 -0.38 
+ 1.9091  53.6844 -0.38 
+ 1.8939  54.5421 -0.38 
+ 1.89376  54.55 -0.38 
+ 1.8788  55.4435 -0.38 
+ 1.8636  56.3456 -0.38 
+ 1.86336  56.36 -0.38 
+ 1.8485  57.3073 -0.38 
+ 1.83472  58.18 -0.38 
+ 1.8333  58.2756 -0.38 
+ 1.8182  59.3003 -0.38 
+ 1.80782  60 -0.38 
+ 1.803  60.3471 -0.38 
+ 1.7879  61.4418 -0.38 
+ 1.78264  61.82 -0.38 
+ 1.7727  62.5892 -0.38 
+ 1.75918  63.64 -0.38 
+ 1.7576  63.7723 -0.38 
+ 1.7424  65.0323 -0.38 
+ 1.73738  65.45 -0.38 
+ 1.7273  66.3684 -0.38 
+ 1.71731  67.27 -0.38 
+ 1.7121  67.7854 -0.38 
+ 1.69896  69.09 -0.38 
+ 1.697  69.3045 -0.38 
+ 1.68221  70.91 -0.38 
+ 1.6818  70.9593 -0.38 
+ 1.6672  72.73 -0.38 
+ 1.6667  72.7975 -0.38 
+ 1.65372  74.55 -0.38 
+ 1.6515  74.8881 -0.38 
+ 1.64188  76.36 -0.38 
+ 1.6364  77.3304 -0.38 
+ 1.63155  78.18 -0.38 
+ 1.62268  80 -0.38 
+ 1.6212  80.3609 -0.38 
+ 1.61524  81.82 -0.38 
+ 1.60914  83.64 -0.38 
+ 1.6061  84.7774 -0.38 
+ 1.60428  85.45 -0.38 
+ 1.60057  87.27 -0.38 
+ 1.59796  89.09 -0.38 
+ 1.59635  90.91 -0.38 
+ 1.59567  92.73 -0.38 
+ 1.59584  94.55 -0.38 
+ 1.59677  96.36 -0.38 
+
+
+# Contour 19, label:    -0.39
+ 1.90286  0 -0.39 
+ 1.90147  1.82 -0.39 
+ 1.89721  3.64 -0.39 
+ 1.8939  4.47743 -0.39 
+ 1.89025  5.45 -0.39 
+ 1.88044  7.27 -0.39 
+ 1.8788  7.5095 -0.39 
+ 1.8679  9.09 -0.39 
+ 1.8636  9.60291 -0.39 
+ 1.85247  10.91 -0.39 
+ 1.8485  11.3178 -0.39 
+ 1.83402  12.73 -0.39 
+ 1.8333  12.794 -0.39 
+ 1.8182  14.1187 -0.39 
+ 1.81294  14.55 -0.39 
+ 1.803  15.3246 -0.39 
+ 1.78861  16.36 -0.39 
+ 1.7879  16.4106 -0.39 
+ 1.7727  17.4672 -0.39 
+ 1.76142  18.18 -0.39 
+ 1.7576  18.4274 -0.39 
+ 1.7424  19.3616 -0.39 
+ 1.731  20 -0.39 
+ 1.7273  20.2191 -0.39 
+ 1.7121  21.0739 -0.39 
+ 1.69726  21.82 -0.39 
+ 1.697  21.8343 -0.39 
+ 1.6818  22.6413 -0.39 
+ 1.6667  23.3589 -0.39 
+ 1.66038  23.64 -0.39 
+ 1.6515  24.0773 -0.39 
+ 1.6364  24.7723 -0.39 
+ 1.6212  25.395 -0.39 
+ 1.61983  25.45 -0.39 
+ 1.6061  26.08 -0.39 
+ 1.5909  26.707 -0.39 
+ 1.57587  27.27 -0.39 
+ 1.5758  27.2732 -0.39 
+ 1.5606  27.9166 -0.39 
+ 1.5455  28.4973 -0.39 
+ 1.5303  29.024 -0.39 
+ 1.52835  29.09 -0.39 
+ 1.5152  29.6158 -0.39 
+ 1.5  30.1693 -0.39 
+ 1.4848  30.6738 -0.39 
+ 1.47734  30.91 -0.39 
+ 1.4697  31.1996 -0.39 
+ 1.4545  31.741 -0.39 
+ 1.4394  32.2368 -0.39 
+ 1.4242  32.6929 -0.39 
+ 1.42294  32.73 -0.39 
+ 1.4091  33.2247 -0.39 
+ 1.3939  33.7237 -0.39 
+ 1.3788  34.1847 -0.39 
+ 1.36594  34.55 -0.39 
+ 1.3636  34.6306 -0.39 
+ 1.3485  35.1416 -0.39 
+ 1.3333  35.6158 -0.39 
+ 1.3182  36.058 -0.39 
+ 1.30727  36.36 -0.39 
+ 1.303  36.5061 -0.39 
+ 1.2879  37.0105 -0.39 
+ 1.2727  37.4834 -0.39 
+ 1.2576  37.9292 -0.39 
+ 1.24873  38.18 -0.39 
+ 1.2424  38.4011 -0.39 
+ 1.2273  38.9162 -0.39 
+ 1.2121  39.4051 -0.39 
+ 1.197  39.8721 -0.39 
+ 1.19278  40 -0.39 
+ 1.1818  40.4108 -0.39 
+ 1.1667  40.9614 -0.39 
+ 1.1515  41.4921 -0.39 
+ 1.14201  41.82 -0.39 
+ 1.1364  42.0588 -0.39 
+ 1.1212  42.6962 -0.39 
+ 1.1061  43.317 -0.39 
+ 1.09816  43.64 -0.39 
+ 1.0909  44.0012 -0.39 
+ 1.0758  44.7547 -0.39 
+ 1.0616  45.45 -0.39 
+ 1.0606  45.5102 -0.39 
+ 1.0455  46.4424 -0.39 
+ 1.03191  47.27 -0.39 
+ 1.0303  47.3891 -0.39 
+ 1.0152  48.5395 -0.39 
+ 1.008  49.09 -0.39 
+ 1  49.8303 -0.39 
+
+ 1.54745  87.27 -0.39 
+ 1.5455  88.7397 -0.39 
+ 1.54503  89.09 -0.39 
+ 1.54361  90.91 -0.39 
+ 1.54313  92.73 -0.39 
+ 1.54351  94.55 -0.39 
+ 1.54466  96.36 -0.39 
+ 1.5455  97.1892 -0.39 
+ 1.54649  98.18 -0.39 
+ 1.54891  100 -0.39 
+ 1.55188  101.82 -0.39 
+ 1.55533  103.64 -0.39 
+ 1.5592  105.45 -0.39 
+ 1.5606  106.054 -0.39 
+ 1.56342  107.27 -0.39 
+ 1.56797  109.09 -0.39 
+ 1.57277  110.91 -0.39 
+ 1.5758  112.008 -0.39 
+ 1.57777  112.73 -0.39 
+ 1.58291  114.55 -0.39 
+ 1.58817  116.36 -0.39 
+ 1.5909  117.285 -0.39 
+ 1.59355  118.18 -0.39 
+ 1.59899  120 -0.39 
+ 1.60446  121.82 -0.39 
+ 1.6061  122.366 -0.39 
+ 1.6099  123.64 -0.39 
+ 1.6153  125.45 -0.39 
+ 1.62064  127.27 -0.39 
+ 1.6212  127.463 -0.39 
+ 1.62595  129.09 -0.39 
+ 1.63116  130.91 -0.39 
+ 1.63626  132.73 -0.39 
+ 1.6364  132.783 -0.39 
+ 1.6412  134.55 -0.39 
+ 1.646  136.36 -0.39 
+ 1.65064  138.18 -0.39 
+ 1.6515  138.528 -0.39 
+ 1.65516  140 -0.39 
+ 1.6595  141.82 -0.39 
+ 1.66366  143.64 -0.39 
+ 1.6667  145.026 -0.39 
+ 1.66763  145.45 -0.39 
+ 1.67139  147.27 -0.39 
+ 1.67495  149.09 -0.39 
+ 1.67831  150.91 -0.39 
+ 1.68147  152.73 -0.39 
+ 1.6818  152.933 -0.39 
+ 1.68445  154.55 -0.39 
+ 1.68723  156.36 -0.39 
+ 1.6898  158.18 -0.39 
+ 1.69216  160 -0.39 
+ 1.69431  161.82 -0.39 
+ 1.69625  163.64 -0.39 
+ 1.697  164.421 -0.39 
+ 1.69799  165.45 -0.39 
+ 1.69951  167.27 -0.39 
+ 1.70083  169.09 -0.39 
+ 1.70195  170.91 -0.39 
+ 1.70286  172.73 -0.39 
+ 1.70357  174.55 -0.39 
+ 1.70407  176.36 -0.39 
+ 1.70438  178.18 -0.39 
+ 1.70448  180 -0.39 
+
+ 2.5  22.1797 -0.39 
+ 2.4848  23.1566 -0.39 
+ 2.47722  23.64 -0.39 
+ 2.4697  24.0933 -0.39 
+ 2.4545  24.9911 -0.39 
+ 2.44667  25.45 -0.39 
+ 2.4394  25.861 -0.39 
+ 2.4242  26.7039 -0.39 
+ 2.4139  27.27 -0.39 
+ 2.4091  27.5248 -0.39 
+ 2.3939  28.3201 -0.39 
+ 2.37899  29.09 -0.39 
+ 2.3788  29.0996 -0.39 
+ 2.3636  29.8571 -0.39 
+ 2.3485  30.6009 -0.39 
+ 2.34213  30.91 -0.39 
+ 2.3333  31.3306 -0.39 
+ 2.3182  32.0469 -0.39 
+ 2.30349  32.73 -0.39 
+ 2.303  32.7524 -0.39 
+ 2.2879  33.4492 -0.39 
+ 2.2727  34.1361 -0.39 
+ 2.26354  34.55 -0.39 
+ 2.2576  34.8152 -0.39 
+ 2.2424  35.4867 -0.39 
+ 2.2273  36.1512 -0.39 
+ 2.22252  36.36 -0.39 
+ 2.2121  36.8173 -0.39 
+ 2.197  37.4809 -0.39 
+ 2.1818  38.1399 -0.39 
+ 2.18088  38.18 -0.39 
+ 2.1667  38.8039 -0.39 
+ 2.1515  39.4648 -0.39 
+ 2.13924  40 -0.39 
+ 2.1364  40.1256 -0.39 
+ 2.1212  40.794 -0.39 
+ 2.1061  41.4606 -0.39 
+ 2.09792  41.82 -0.39 
+ 2.0909  42.1334 -0.39 
+ 2.0758  42.8132 -0.39 
+ 2.0606  43.493 -0.39 
+ 2.05735  43.64 -0.39 
+ 2.0455  44.1844 -0.39 
+ 2.0303  44.879 -0.39 
+ 2.01792  45.45 -0.39 
+ 2.0152  45.5794 -0.39 
+ 2  46.3016 -0.39 
+ 1.9848  47.0251 -0.39 
+ 1.97971  47.27 -0.39 
+ 1.9697  47.767 -0.39 
+ 1.9545  48.5188 -0.39 
+ 1.94306  49.09 -0.39 
+ 1.9394  49.2796 -0.39 
+ 1.9242  50.0643 -0.39 
+ 1.9091  50.8506 -0.39 
+ 1.90796  50.91 -0.39 
+ 1.8939  51.6699 -0.39 
+ 1.8788  52.4931 -0.39 
+ 1.87444  52.73 -0.39 
+ 1.8636  53.3457 -0.39 
+ 1.8485  54.2103 -0.39 
+ 1.84253  54.55 -0.39 
+ 1.8333  55.1003 -0.39 
+ 1.8182  56.0058 -0.39 
+ 1.81225  56.36 -0.39 
+ 1.803  56.9463 -0.39 
+ 1.7879  57.9086 -0.39 
+ 1.78361  58.18 -0.39 
+ 1.7727  58.9131 -0.39 
+ 1.7576  59.9328 -0.39 
+ 1.75659  60 -0.39 
+ 1.7424  61.0152 -0.39 
+ 1.73119  61.82 -0.39 
+ 1.7273  62.1208 -0.39 
+ 1.7121  63.2825 -0.39 
+ 1.70744  63.64 -0.39 
+ 1.697  64.5009 -0.39 
+ 1.68537  65.45 -0.39 
+ 1.6818  65.7697 -0.39 
+ 1.6667  67.1226 -0.39 
+ 1.66504  67.27 -0.39 
+ 1.6515  68.586 -0.39 
+ 1.64633  69.09 -0.39 
+ 1.6364  70.1594 -0.39 
+ 1.62935  70.91 -0.39 
+ 1.6212  71.8799 -0.39 
+ 1.61406  72.73 -0.39 
+ 1.6061  73.8003 -0.39 
+ 1.60046  74.55 -0.39 
+ 1.5909  75.9905 -0.39 
+ 1.58845  76.36 -0.39 
+ 1.57809  78.18 -0.39 
+ 1.5758  78.6525 -0.39 
+ 1.56919  80 -0.39 
+ 1.56176  81.82 -0.39 
+ 1.5606  82.1687 -0.39 
+ 1.55572  83.64 -0.39 
+ 1.55098  85.45 -0.39 
+ 1.54745  87.27 -0.39 
+
+
+# Contour 20, label:     -0.4
+ 1.91424  0 -0.4 
+ 1.91285  1.82 -0.4 
+ 1.9091  3.42148 -0.4 
+ 1.90862  3.64 -0.4 
+ 1.90191  5.45 -0.4 
+ 1.8939  6.93612 -0.4 
+ 1.89215  7.27 -0.4 
+ 1.87977  9.09 -0.4 
+ 1.8788  9.20882 -0.4 
+ 1.86454  10.91 -0.4 
+ 1.8636  11.0078 -0.4 
+ 1.8485  12.546 -0.4 
+ 1.84661  12.73 -0.4 
+ 1.8333  13.92 -0.4 
+ 1.82582  14.55 -0.4 
+ 1.8182  15.1606 -0.4 
+ 1.803  16.2797 -0.4 
+ 1.80188  16.36 -0.4 
+ 1.7879  17.3636 -0.4 
+ 1.77516  18.18 -0.4 
+ 1.7727  18.3417 -0.4 
+ 1.7576  19.3036 -0.4 
+ 1.74534  20 -0.4 
+ 1.7424  20.1764 -0.4 
+ 1.7273  21.0527 -0.4 
+ 1.71224  21.82 -0.4 
+ 1.7121  21.8279 -0.4 
+ 1.697  22.6521 -0.4 
+ 1.6818  23.3821 -0.4 
+ 1.67615  23.64 -0.4 
+ 1.6667  24.1182 -0.4 
+ 1.6515  24.8229 -0.4 
+ 1.63646  25.45 -0.4 
+ 1.6364  25.4527 -0.4 
+ 1.6212  26.1596 -0.4 
+ 1.6061  26.7915 -0.4 
+ 1.59348  27.27 -0.4 
+ 1.5909  27.3838 -0.4 
+ 1.5758  28.0309 -0.4 
+ 1.5606  28.6132 -0.4 
+ 1.54704  29.09 -0.4 
+ 1.5455  29.154 -0.4 
+ 1.5303  29.7648 -0.4 
+ 1.5152  30.3174 -0.4 
+ 1.5  30.8199 -0.4 
+ 1.49719  30.91 -0.4 
+ 1.4848  31.3857 -0.4 
+ 1.4697  31.9242 -0.4 
+ 1.4545  32.4163 -0.4 
+ 1.44424  32.73 -0.4 
+ 1.4394  32.9095 -0.4 
+ 1.4242  33.4475 -0.4 
+ 1.4091  33.9413 -0.4 
+ 1.3939  34.3966 -0.4 
+ 1.38862  34.55 -0.4 
+ 1.3788  34.8975 -0.4 
+ 1.3636  35.4016 -0.4 
+ 1.3485  35.8686 -0.4 
+ 1.3333  36.3034 -0.4 
+ 1.33129  36.36 -0.4 
+ 1.3182  36.8178 -0.4 
+ 1.303  37.3131 -0.4 
+ 1.2879  37.7767 -0.4 
+ 1.2739  38.18 -0.4 
+ 1.2727  38.223 -0.4 
+ 1.2576  38.7576 -0.4 
+ 1.2424  39.2609 -0.4 
+ 1.2273  39.7378 -0.4 
+ 1.21869  40 -0.4 
+ 1.2121  40.2491 -0.4 
+ 1.197  40.8093 -0.4 
+ 1.1818  41.3443 -0.4 
+ 1.16788  41.82 -0.4 
+ 1.1667  41.8701 -0.4 
+ 1.1515  42.5093 -0.4 
+ 1.1364  43.1255 -0.4 
+ 1.12341  43.64 -0.4 
+ 1.1212  43.7478 -0.4 
+ 1.1061  44.4912 -0.4 
+ 1.0909  45.2158 -0.4 
+ 1.08605  45.45 -0.4 
+ 1.0758  46.0625 -0.4 
+ 1.0606  46.9563 -0.4 
+ 1.05535  47.27 -0.4 
+ 1.0455  47.9912 -0.4 
+ 1.03032  49.09 -0.4 
+ 1.0303  49.0915 -0.4 
+ 1.0152  50.4647 -0.4 
+ 1.01033  50.91 -0.4 
+ 1  52.0505 -0.4 
+
+ 1.5152  79.7101 -0.4 
+ 1.51378  80 -0.4 
+ 1.5064  81.82 -0.4 
+ 1.50051  83.64 -0.4 
+ 1.5  83.8406 -0.4 
+ 1.49592  85.45 -0.4 
+ 1.4926  87.27 -0.4 
+ 1.49043  89.09 -0.4 
+ 1.48932  90.91 -0.4 
+ 1.48917  92.73 -0.4 
+ 1.48987  94.55 -0.4 
+ 1.49135  96.36 -0.4 
+ 1.49352  98.18 -0.4 
+ 1.49629  100 -0.4 
+ 1.4996  101.82 -0.4 
+ 1.5  102.011 -0.4 
+ 1.50336  103.64 -0.4 
+ 1.50753  105.45 -0.4 
+ 1.51204  107.27 -0.4 
+ 1.5152  108.464 -0.4 
+ 1.51683  109.09 -0.4 
+ 1.52182  110.91 -0.4 
+ 1.52701  112.73 -0.4 
+ 1.5303  113.848 -0.4 
+ 1.53236  114.55 -0.4 
+ 1.53784  116.36 -0.4 
+ 1.5434  118.18 -0.4 
+ 1.5455  118.861 -0.4 
+ 1.54897  120 -0.4 
+ 1.55455  121.82 -0.4 
+ 1.5601  123.64 -0.4 
+ 1.5606  123.802 -0.4 
+ 1.56565  125.45 -0.4 
+ 1.57114  127.27 -0.4 
+ 1.5758  128.836 -0.4 
+ 1.57655  129.09 -0.4 
+ 1.58182  130.91 -0.4 
+ 1.58697  132.73 -0.4 
+ 1.5909  134.153 -0.4 
+ 1.592  134.55 -0.4 
+ 1.59691  136.36 -0.4 
+ 1.60167  138.18 -0.4 
+ 1.6061  139.94 -0.4 
+ 1.60625  140 -0.4 
+ 1.61063  141.82 -0.4 
+ 1.61483  143.64 -0.4 
+ 1.61884  145.45 -0.4 
+ 1.6212  146.577 -0.4 
+ 1.62266  147.27 -0.4 
+ 1.62631  149.09 -0.4 
+ 1.62975  150.91 -0.4 
+ 1.63299  152.73 -0.4 
+ 1.63601  154.55 -0.4 
+ 1.6364  154.798 -0.4 
+ 1.63882  156.36 -0.4 
+ 1.64141  158.18 -0.4 
+ 1.6438  160 -0.4 
+ 1.64598  161.82 -0.4 
+ 1.64794  163.64 -0.4 
+ 1.6497  165.45 -0.4 
+ 1.65124  167.27 -0.4 
+ 1.6515  167.619 -0.4 
+ 1.6526  169.09 -0.4 
+ 1.65374  170.91 -0.4 
+ 1.65468  172.73 -0.4 
+ 1.6554  174.55 -0.4 
+ 1.65592  176.36 -0.4 
+ 1.65623  178.18 -0.4 
+ 1.65633  180 -0.4 
+
+ 2.5  18.436 -0.4 
+ 2.4848  19.5832 -0.4 
+ 2.47925  20 -0.4 
+ 2.4697  20.6667 -0.4 
+ 2.4545  21.7039 -0.4 
+ 2.4528  21.82 -0.4 
+ 2.4394  22.6797 -0.4 
+ 2.4242  23.6297 -0.4 
+ 2.42403  23.64 -0.4 
+ 2.4091  24.523 -0.4 
+ 2.3939  25.398 -0.4 
+ 2.393  25.45 -0.4 
+ 2.3788  26.2389 -0.4 
+ 2.3636  27.0628 -0.4 
+ 2.35977  27.27 -0.4 
+ 2.3485  27.8601 -0.4 
+ 2.3333  28.6394 -0.4 
+ 2.32448  29.09 -0.4 
+ 2.3182  29.402 -0.4 
+ 2.303  30.1465 -0.4 
+ 2.2879  30.8805 -0.4 
+ 2.28729  30.91 -0.4 
+ 2.2727  31.5988 -0.4 
+ 2.2576  32.3074 -0.4 
+ 2.24847  32.73 -0.4 
+ 2.2424  33.0075 -0.4 
+ 2.2273  33.6986 -0.4 
+ 2.2121  34.3831 -0.4 
+ 2.20841  34.55 -0.4 
+ 2.197  35.0598 -0.4 
+ 2.1818  35.7304 -0.4 
+ 2.16754  36.36 -0.4 
+ 2.1667  36.3974 -0.4 
+ 2.1515  37.0677 -0.4 
+ 2.1364  37.7344 -0.4 
+ 2.12624  38.18 -0.4 
+ 2.1212  38.4017 -0.4 
+ 2.1061  39.0709 -0.4 
+ 2.0909  39.7391 -0.4 
+ 2.08502  40 -0.4 
+ 2.0758  40.4124 -0.4 
+ 2.0606  41.0884 -0.4 
+ 2.0455  41.7653 -0.4 
+ 2.04428  41.82 -0.4 
+ 2.0303  42.4536 -0.4 
+ 2.0152  43.1437 -0.4 
+ 2.00431  43.64 -0.4 
+ 2  43.8389 -0.4 
+ 1.9848  44.5429 -0.4 
+ 1.9697  45.2492 -0.4 
+ 1.9654  45.45 -0.4 
+ 1.9545  45.9735 -0.4 
+ 1.9394  46.7059 -0.4 
+ 1.92774  47.27 -0.4 
+ 1.9242  47.4465 -0.4 
+ 1.9091  48.2051 -0.4 
+ 1.8939  48.9666 -0.4 
+ 1.89146  49.09 -0.4 
+ 1.8788  49.7517 -0.4 
+ 1.8636  50.543 -0.4 
+ 1.85661  50.91 -0.4 
+ 1.8485  51.3527 -0.4 
+ 1.8333  52.1778 -0.4 
+ 1.82321  52.73 -0.4 
+ 1.8182  53.0164 -0.4 
+ 1.803  53.8793 -0.4 
+ 1.79127  54.55 -0.4 
+ 1.7879  54.7513 -0.4 
+ 1.7727  55.6516 -0.4 
+ 1.76081  56.36 -0.4 
+ 1.7576  56.5635 -0.4 
+ 1.7424  57.5162 -0.4 
+ 1.73186  58.18 -0.4 
+ 1.7273  58.4851 -0.4 
+ 1.7121  59.4915 -0.4 
+ 1.70444  60 -0.4 
+ 1.697  60.5282 -0.4 
+ 1.6818  61.5956 -0.4 
+ 1.67861  61.82 -0.4 
+ 1.6667  62.7203 -0.4 
+ 1.65441  63.64 -0.4 
+ 1.6515  63.874 -0.4 
+ 1.6364  65.091 -0.4 
+ 1.63189  65.45 -0.4 
+ 1.6212  66.383 -0.4 
+ 1.61106  67.27 -0.4 
+ 1.6061  67.7462 -0.4 
+ 1.59195  69.09 -0.4 
+ 1.5909  69.2003 -0.4 
+ 1.5758  70.7906 -0.4 
+ 1.57465  70.91 -0.4 
+ 1.5606  72.5469 -0.4 
+ 1.55903  72.73 -0.4 
+ 1.5455  74.5164 -0.4 
+ 1.54524  74.55 -0.4 
+ 1.53306  76.36 -0.4 
+ 1.5303  76.8406 -0.4 
+ 1.52261  78.18 -0.4 
+ 1.5152  79.7101 -0.4 
+
+
+# Contour 21, label:    -0.41
+ 1.92653  0 -0.41 
+ 1.92512  1.82 -0.41 
+ 1.9242  2.21761 -0.41 
+ 1.92117  3.64 -0.41 
+ 1.9145  5.45 -0.41 
+ 1.9091  6.47925 -0.41 
+ 1.90503  7.27 -0.41 
+ 1.8939  8.91541 -0.41 
+ 1.89273  9.09 -0.41 
+ 1.8788  10.7974 -0.41 
+ 1.87786  10.91 -0.41 
+ 1.8636  12.393 -0.41 
+ 1.86024  12.73 -0.41 
+ 1.8485  13.8086 -0.41 
+ 1.83983  14.55 -0.41 
+ 1.8333  15.081 -0.41 
+ 1.8182  16.2311 -0.41 
+ 1.81643  16.36 -0.41 
+ 1.803  17.3383 -0.41 
+ 1.79022  18.18 -0.41 
+ 1.7879  18.3372 -0.41 
+ 1.7727  19.3197 -0.41 
+ 1.76104  20 -0.41 
+ 1.7576  20.2126 -0.41 
+ 1.7424  21.1033 -0.41 
+ 1.72871  21.82 -0.41 
+ 1.7273  21.9003 -0.41 
+ 1.7121  22.7344 -0.41 
+ 1.697  23.4699 -0.41 
+ 1.69332  23.64 -0.41 
+ 1.6818  24.2314 -0.41 
+ 1.6667  24.939 -0.41 
+ 1.65459  25.45 -0.41 
+ 1.6515  25.5999 -0.41 
+ 1.6364  26.3076 -0.41 
+ 1.6212  26.9379 -0.41 
+ 1.61266  27.27 -0.41 
+ 1.6061  27.567 -0.41 
+ 1.5909  28.2111 -0.41 
+ 1.5758  28.7887 -0.41 
+ 1.56733  29.09 -0.41 
+ 1.5606  29.3736 -0.41 
+ 1.5455  29.9784 -0.41 
+ 1.5303  30.5239 -0.41 
+ 1.51873  30.91 -0.41 
+ 1.5152  31.052 -0.41 
+ 1.5  31.6363 -0.41 
+ 1.4848  32.166 -0.41 
+ 1.4697  32.6489 -0.41 
+ 1.46707  32.73 -0.41 
+ 1.4545  33.2026 -0.41 
+ 1.4394  33.7301 -0.41 
+ 1.4242  34.2131 -0.41 
+ 1.41295  34.55 -0.41 
+ 1.4091  34.6912 -0.41 
+ 1.3939  35.2259 -0.41 
+ 1.3788  35.7178 -0.41 
+ 1.3636  36.1726 -0.41 
+ 1.35713  36.36 -0.41 
+ 1.3485  36.6715 -0.41 
+ 1.3333  37.1893 -0.41 
+ 1.3182  37.6704 -0.41 
+ 1.303  38.12 -0.41 
+ 1.30095  38.18 -0.41 
+ 1.2879  38.6554 -0.41 
+ 1.2727  39.1732 -0.41 
+ 1.2576  39.66 -0.41 
+ 1.24652  40 -0.41 
+ 1.2424  40.1581 -0.41 
+ 1.2273  40.7285 -0.41 
+ 1.2121  41.2684 -0.41 
+ 1.197  41.7833 -0.41 
+ 1.19591  41.82 -0.41 
+ 1.1818  42.4149 -0.41 
+ 1.1667  43.0286 -0.41 
+ 1.1515  43.6194 -0.41 
+ 1.15098  43.64 -0.41 
+ 1.1364  44.3503 -0.41 
+ 1.1212  45.061 -0.41 
+ 1.11285  45.45 -0.41 
+ 1.1061  45.8431 -0.41 
+ 1.0909  46.7152 -0.41 
+ 1.08119  47.27 -0.41 
+ 1.0758  47.6515 -0.41 
+ 1.0606  48.719 -0.41 
+ 1.05538  49.09 -0.41 
+ 1.0455  49.9535 -0.41 
+ 1.03449  50.91 -0.41 
+ 1.0303  51.3555 -0.41 
+ 1.01761  52.73 -0.41 
+ 1.0152  53.0469 -0.41 
+ 1.00395  54.55 -0.41 
+ 1  55.1813 -0.41 
+
+ 1.50093  72.73 -0.41 
+ 1.5  72.8507 -0.41 
+ 1.48679  74.55 -0.41 
+ 1.4848  74.8431 -0.41 
+ 1.47452  76.36 -0.41 
+ 1.4697  77.2018 -0.41 
+ 1.46402  78.18 -0.41 
+ 1.45522  80 -0.41 
+ 1.4545  80.1828 -0.41 
+ 1.44803  81.82 -0.41 
+ 1.4424  83.64 -0.41 
+ 1.4394  84.9329 -0.41 
+ 1.43818  85.45 -0.41 
+ 1.43522  87.27 -0.41 
+ 1.43347  89.09 -0.41 
+ 1.43281  90.91 -0.41 
+ 1.43314  92.73 -0.41 
+ 1.43433  94.55 -0.41 
+ 1.43631  96.36 -0.41 
+ 1.43897  98.18 -0.41 
+ 1.4394  98.416 -0.41 
+ 1.44219  100 -0.41 
+ 1.44593  101.82 -0.41 
+ 1.45011  103.64 -0.41 
+ 1.4545  105.377 -0.41 
+ 1.45468  105.45 -0.41 
+ 1.45957  107.27 -0.41 
+ 1.46474  109.09 -0.41 
+ 1.4697  110.764 -0.41 
+ 1.47013  110.91 -0.41 
+ 1.47562  112.73 -0.41 
+ 1.48125  114.55 -0.41 
+ 1.4848  115.668 -0.41 
+ 1.48699  116.36 -0.41 
+ 1.49279  118.18 -0.41 
+ 1.49863  120 -0.41 
+ 1.5  120.425 -0.41 
+ 1.50445  121.82 -0.41 
+ 1.51025  123.64 -0.41 
+ 1.5152  125.201 -0.41 
+ 1.51598  125.45 -0.41 
+ 1.5216  127.27 -0.41 
+ 1.52713  129.09 -0.41 
+ 1.5303  130.153 -0.41 
+ 1.53256  130.91 -0.41 
+ 1.53788  132.73 -0.41 
+ 1.54307  134.55 -0.41 
+ 1.5455  135.425 -0.41 
+ 1.54808  136.36 -0.41 
+ 1.55291  138.18 -0.41 
+ 1.55757  140 -0.41 
+ 1.5606  141.233 -0.41 
+ 1.56205  141.82 -0.41 
+ 1.56637  143.64 -0.41 
+ 1.57049  145.45 -0.41 
+ 1.57442  147.27 -0.41 
+ 1.5758  147.946 -0.41 
+ 1.57812  149.09 -0.41 
+ 1.58161  150.91 -0.41 
+ 1.58489  152.73 -0.41 
+ 1.58796  154.55 -0.41 
+ 1.59082  156.36 -0.41 
+ 1.5909  156.416 -0.41 
+ 1.59349  158.18 -0.41 
+ 1.59594  160 -0.41 
+ 1.59818  161.82 -0.41 
+ 1.6002  163.64 -0.41 
+ 1.60201  165.45 -0.41 
+ 1.6036  167.27 -0.41 
+ 1.60498  169.09 -0.41 
+ 1.6061  170.836 -0.41 
+ 1.60615  170.91 -0.41 
+ 1.60709  172.73 -0.41 
+ 1.60783  174.55 -0.41 
+ 1.60836  176.36 -0.41 
+ 1.60867  178.18 -0.41 
+ 1.60878  180 -0.41 
+
+ 2.5  14.098 -0.41 
+ 2.49564  14.55 -0.41 
+ 2.4848  15.5434 -0.41 
+ 2.47585  16.36 -0.41 
+ 2.4697  16.8713 -0.41 
+ 2.4545  18.1108 -0.41 
+ 2.45365  18.18 -0.41 
+ 2.4394  19.2466 -0.41 
+ 2.42912  20 -0.41 
+ 2.4242  20.3351 -0.41 
+ 2.4091  21.3597 -0.41 
+ 2.40219  21.82 -0.41 
+ 2.3939  22.3391 -0.41 
+ 2.3788  23.279 -0.41 
+ 2.3729  23.64 -0.41 
+ 2.3636  24.1772 -0.41 
+ 2.3485  25.0441 -0.41 
+ 2.34131  25.45 -0.41 
+ 2.3333  25.8854 -0.41 
+ 2.3182  26.7026 -0.41 
+ 2.30752  27.27 -0.41 
+ 2.303  27.5021 -0.41 
+ 2.2879  28.276 -0.41 
+ 2.2727  29.0403 -0.41 
+ 2.27171  29.09 -0.41 
+ 2.2576  29.7813 -0.41 
+ 2.2424  30.513 -0.41 
+ 2.23416  30.91 -0.41 
+ 2.2273  31.233 -0.41 
+ 2.2121  31.9404 -0.41 
+ 2.197  32.6422 -0.41 
+ 2.1951  32.73 -0.41 
+ 2.1818  33.3333 -0.41 
+ 2.1667  34.0188 -0.41 
+ 2.15489  34.55 -0.41 
+ 2.1515  34.7 -0.41 
+ 2.1364  35.3719 -0.41 
+ 2.1212  36.0421 -0.41 
+ 2.11404  36.36 -0.41 
+ 2.1061  36.7127 -0.41 
+ 2.0909  37.3831 -0.41 
+ 2.0758  38.0538 -0.41 
+ 2.07295  38.18 -0.41 
+ 2.0606  38.7262 -0.41 
+ 2.0455  39.3992 -0.41 
+ 2.03198  40 -0.41 
+ 2.0303  40.0751 -0.41 
+ 2.0152  40.7556 -0.41 
+ 2  41.4385 -0.41 
+ 1.99154  41.82 -0.41 
+ 1.9848  42.1276 -0.41 
+ 1.9697  42.8226 -0.41 
+ 1.9545  43.5213 -0.41 
+ 1.95194  43.64 -0.41 
+ 1.9394  44.2281 -0.41 
+ 1.9242  44.9388 -0.41 
+ 1.9134  45.45 -0.41 
+ 1.9091  45.6589 -0.41 
+ 1.8939  46.3937 -0.41 
+ 1.8788  47.1328 -0.41 
+ 1.87598  47.27 -0.41 
+ 1.8636  47.8883 -0.41 
+ 1.8485  48.6505 -0.41 
+ 1.83976  49.09 -0.41 
+ 1.8333  49.4249 -0.41 
+ 1.8182  50.2132 -0.41 
+ 1.80482  50.91 -0.41 
+ 1.803  51.0084 -0.41 
+ 1.7879  51.8268 -0.41 
+ 1.7727  52.648 -0.41 
+ 1.77119  52.73 -0.41 
+ 1.7576  53.4977 -0.41 
+ 1.7424  54.3519 -0.41 
+ 1.73889  54.55 -0.41 
+ 1.7273  55.2309 -0.41 
+ 1.7121  56.1175 -0.41 
+ 1.70795  56.36 -0.41 
+ 1.697  57.0385 -0.41 
+ 1.6818  57.9726 -0.41 
+ 1.67843  58.18 -0.41 
+ 1.6667  58.9448 -0.41 
+ 1.6515  59.9277 -0.41 
+ 1.65038  60 -0.41 
+ 1.6364  60.9637 -0.41 
+ 1.62387  61.82 -0.41 
+ 1.6212  62.0157 -0.41 
+ 1.6061  63.1234 -0.41 
+ 1.59898  63.64 -0.41 
+ 1.5909  64.2702 -0.41 
+ 1.57582  65.45 -0.41 
+ 1.5758  65.452 -0.41 
+ 1.5606  66.737 -0.41 
+ 1.55431  67.27 -0.41 
+ 1.5455  68.0917 -0.41 
+ 1.53467  69.09 -0.41 
+ 1.5303  69.5371 -0.41 
+ 1.51691  70.91 -0.41 
+ 1.5152  71.1067 -0.41 
+ 1.50093  72.73 -0.41 
+
+
+# Contour 22, label:    -0.42
+ 1.94011  0 -0.42 
+ 1.9394  0.92974 -0.42 
+ 1.93878  1.82 -0.42 
+ 1.93495  3.64 -0.42 
+ 1.92831  5.45 -0.42 
+ 1.9242  6.24368 -0.42 
+ 1.91908  7.27 -0.42 
+ 1.9091  8.78538 -0.42 
+ 1.90709  9.09 -0.42 
+ 1.8939  10.7302 -0.42 
+ 1.89244  10.91 -0.42 
+ 1.8788  12.3686 -0.42 
+ 1.87525  12.73 -0.42 
+ 1.8636  13.817 -0.42 
+ 1.85528  14.55 -0.42 
+ 1.8485  15.1172 -0.42 
+ 1.8333  16.2865 -0.42 
+ 1.83232  16.36 -0.42 
+ 1.8182  17.4181 -0.42 
+ 1.80681  18.18 -0.42 
+ 1.803  18.442 -0.42 
+ 1.7879  19.4339 -0.42 
+ 1.77834  20 -0.42 
+ 1.7727  20.354 -0.42 
+ 1.7576  21.2482 -0.42 
+ 1.74683  21.82 -0.42 
+ 1.7424  22.0763 -0.42 
+ 1.7273  22.9097 -0.42 
+ 1.71212  23.64 -0.42 
+ 1.7121  23.6412 -0.42 
+ 1.697  24.4382 -0.42 
+ 1.6818  25.1389 -0.42 
+ 1.67461  25.45 -0.42 
+ 1.6667  25.8445 -0.42 
+ 1.6515  26.5428 -0.42 
+ 1.6364  27.1625 -0.42 
+ 1.63367  27.27 -0.42 
+ 1.6212  27.8426 -0.42 
+ 1.6061  28.4739 -0.42 
+ 1.5909  29.0384 -0.42 
+ 1.58948  29.09 -0.42 
+ 1.5758  29.6826 -0.42 
+ 1.5606  30.2722 -0.42 
+ 1.5455  30.8027 -0.42 
+ 1.54232  30.91 -0.42 
+ 1.5303  31.3994 -0.42 
+ 1.5152  31.9664 -0.42 
+ 1.5  32.4794 -0.42 
+ 1.49213  32.73 -0.42 
+ 1.4848  33.0163 -0.42 
+ 1.4697  33.5763 -0.42 
+ 1.4545  34.0852 -0.42 
+ 1.43942  34.55 -0.42 
+ 1.4394  34.5508 -0.42 
+ 1.4242  35.1147 -0.42 
+ 1.4091  35.6291 -0.42 
+ 1.3939  36.1015 -0.42 
+ 1.3852  36.36 -0.42 
+ 1.3788  36.5984 -0.42 
+ 1.3636  37.1364 -0.42 
+ 1.3485  37.6324 -0.42 
+ 1.3333  38.0929 -0.42 
+ 1.33038  38.18 -0.42 
+ 1.3182  38.6353 -0.42 
+ 1.303  39.165 -0.42 
+ 1.2879  39.6592 -0.42 
+ 1.27691  40 -0.42 
+ 1.2727  40.1641 -0.42 
+ 1.2576  40.7425 -0.42 
+ 1.2424  41.2852 -0.42 
+ 1.2273  41.7985 -0.42 
+ 1.22666  41.82 -0.42 
+ 1.2121  42.4365 -0.42 
+ 1.197  43.0465 -0.42 
+ 1.1818  43.628 -0.42 
+ 1.18149  43.64 -0.42 
+ 1.1667  44.3546 -0.42 
+ 1.1515  45.0515 -0.42 
+ 1.1427  45.45 -0.42 
+ 1.1364  45.8102 -0.42 
+ 1.1212  46.6618 -0.42 
+ 1.11016  47.27 -0.42 
+ 1.1061  47.55 -0.42 
+ 1.0909  48.5884 -0.42 
+ 1.08354  49.09 -0.42 
+ 1.0758  49.7461 -0.42 
+ 1.06184  50.91 -0.42 
+ 1.0606  51.0385 -0.42 
+ 1.0455  52.6235 -0.42 
+ 1.04449  52.73 -0.42 
+ 1.03043  54.55 -0.42 
+ 1.0303  54.57 -0.42 
+ 1.01934  56.36 -0.42 
+ 1.0152  57.1802 -0.42 
+ 1.01029  58.18 -0.42 
+ 1.00287  60 -0.42 
+ 1  60.8487 -0.42 
+
+ 1.5  66.7167 -0.42 
+ 1.49316  67.27 -0.42 
+ 1.4848  68.0167 -0.42 
+ 1.4728  69.09 -0.42 
+ 1.4697  69.3996 -0.42 
+ 1.4545  70.8976 -0.42 
+ 1.45437  70.91 -0.42 
+ 1.4394  72.5743 -0.42 
+ 1.43798  72.73 -0.42 
+ 1.4242  74.4645 -0.42 
+ 1.42352  74.55 -0.42 
+ 1.41109  76.36 -0.42 
+ 1.4091  76.7077 -0.42 
+ 1.40052  78.18 -0.42 
+ 1.3939  79.5725 -0.42 
+ 1.39186  80 -0.42 
+ 1.38494  81.82 -0.42 
+ 1.37972  83.64 -0.42 
+ 1.3788  84.0854 -0.42 
+ 1.37594  85.45 -0.42 
+ 1.37356  87.27 -0.42 
+ 1.37246  89.09 -0.42 
+ 1.3725  90.91 -0.42 
+ 1.37355  92.73 -0.42 
+ 1.3755  94.55 -0.42 
+ 1.37823  96.36 -0.42 
+ 1.3788  96.659 -0.42 
+ 1.38158  98.18 -0.42 
+ 1.3855  100 -0.42 
+ 1.38993  101.82 -0.42 
+ 1.3939  103.302 -0.42 
+ 1.39479  103.64 -0.42 
+ 1.39997  105.45 -0.42 
+ 1.40547  107.27 -0.42 
+ 1.4091  108.418 -0.42 
+ 1.41117  109.09 -0.42 
+ 1.41701  110.91 -0.42 
+ 1.423  112.73 -0.42 
+ 1.4242  113.086 -0.42 
+ 1.42909  114.55 -0.42 
+ 1.43525  116.36 -0.42 
+ 1.4394  117.577 -0.42 
+ 1.44142  118.18 -0.42 
+ 1.44754  120 -0.42 
+ 1.45365  121.82 -0.42 
+ 1.4545  122.073 -0.42 
+ 1.45972  123.64 -0.42 
+ 1.46572  125.45 -0.42 
+ 1.4697  126.671 -0.42 
+ 1.47162  127.27 -0.42 
+ 1.47737  129.09 -0.42 
+ 1.483  130.91 -0.42 
+ 1.4848  131.507 -0.42 
+ 1.4885  132.73 -0.42 
+ 1.49386  134.55 -0.42 
+ 1.49905  136.36 -0.42 
+ 1.5  136.703 -0.42 
+ 1.50407  138.18 -0.42 
+ 1.5089  140 -0.42 
+ 1.51354  141.82 -0.42 
+ 1.5152  142.499 -0.42 
+ 1.51796  143.64 -0.42 
+ 1.52217  145.45 -0.42 
+ 1.52617  147.27 -0.42 
+ 1.52997  149.09 -0.42 
+ 1.5303  149.258 -0.42 
+ 1.53357  150.91 -0.42 
+ 1.53696  152.73 -0.42 
+ 1.54014  154.55 -0.42 
+ 1.54309  156.36 -0.42 
+ 1.5455  157.963 -0.42 
+ 1.54582  158.18 -0.42 
+ 1.54832  160 -0.42 
+ 1.5506  161.82 -0.42 
+ 1.55266  163.64 -0.42 
+ 1.5545  165.45 -0.42 
+ 1.55612  167.27 -0.42 
+ 1.55753  169.09 -0.42 
+ 1.55872  170.91 -0.42 
+ 1.55969  172.73 -0.42 
+ 1.56045  174.55 -0.42 
+ 1.5606  175.054 -0.42 
+ 1.56099  176.36 -0.42 
+ 1.56132  178.18 -0.42 
+ 1.56143  180 -0.42 
+
+ 2.5  8.11933 -0.42 
+ 2.49432  9.09 -0.42 
+ 2.4848  10.4235 -0.42 
+ 2.48133  10.91 -0.42 
+ 2.4697  12.2934 -0.42 
+ 2.46598  12.73 -0.42 
+ 2.4545  13.9046 -0.42 
+ 2.44817  14.55 -0.42 
+ 2.4394  15.3428 -0.42 
+ 2.42794  16.36 -0.42 
+ 2.4242  16.6624 -0.42 
+ 2.4091  17.8791 -0.42 
+ 2.4053  18.18 -0.42 
+ 2.3939  19.01 -0.42 
+ 2.38021  20 -0.42 
+ 2.3788  20.0946 -0.42 
+ 2.3636  21.101 -0.42 
+ 2.35267  21.82 -0.42 
+ 2.3485  22.0775 -0.42 
+ 2.3333  23.0018 -0.42 
+ 2.32275  23.64 -0.42 
+ 2.3182  23.8997 -0.42 
+ 2.303  24.7534 -0.42 
+ 2.29054  25.45 -0.42 
+ 2.2879  25.5919 -0.42 
+ 2.2727  26.3976 -0.42 
+ 2.2576  27.1948 -0.42 
+ 2.25616  27.27 -0.42 
+ 2.2424  27.9607 -0.42 
+ 2.2273  28.7173 -0.42 
+ 2.21977  29.09 -0.42 
+ 2.2121  29.458 -0.42 
+ 2.197  30.1828 -0.42 
+ 2.1818  30.904 -0.42 
+ 2.18167  30.91 -0.42 
+ 2.1667  31.6052 -0.42 
+ 2.1515  32.3033 -0.42 
+ 2.14225  32.73 -0.42 
+ 2.1364  32.9952 -0.42 
+ 2.1212  33.6773 -0.42 
+ 2.1061  34.3591 -0.42 
+ 2.10185  34.55 -0.42 
+ 2.0909  35.0318 -0.42 
+ 2.0758  35.7006 -0.42 
+ 2.06087  36.36 -0.42 
+ 2.0606  36.3718 -0.42 
+ 2.0455  37.0405 -0.42 
+ 2.0303  37.7117 -0.42 
+ 2.01982  38.18 -0.42 
+ 2.0152  38.3856 -0.42 
+ 2  39.0584 -0.42 
+ 1.9848  39.7357 -0.42 
+ 1.97893  40 -0.42 
+ 1.9697  40.4161 -0.42 
+ 1.9545  41.0993 -0.42 
+ 1.9394  41.7887 -0.42 
+ 1.93871  41.82 -0.42 
+ 1.9242  42.4824 -0.42 
+ 1.9091  43.1815 -0.42 
+ 1.8992  43.64 -0.42 
+ 1.8939  43.8866 -0.42 
+ 1.8788  44.5951 -0.42 
+ 1.8636  45.3103 -0.42 
+ 1.86065  45.45 -0.42 
+ 1.8485  46.0384 -0.42 
+ 1.8333  46.7732 -0.42 
+ 1.82316  47.27 -0.42 
+ 1.8182  47.5177 -0.42 
+ 1.803  48.2719 -0.42 
+ 1.7879  49.0324 -0.42 
+ 1.78675  49.09 -0.42 
+ 1.7727  49.8085 -0.42 
+ 1.7576  50.5901 -0.42 
+ 1.75138  50.91 -0.42 
+ 1.7424  51.3863 -0.42 
+ 1.7273  52.1924 -0.42 
+ 1.71719  52.73 -0.42 
+ 1.7121  53.0104 -0.42 
+ 1.697  53.845 -0.42 
+ 1.68419  54.55 -0.42 
+ 1.6818  54.6868 -0.42 
+ 1.6667  55.5493 -0.42 
+ 1.65245  56.36 -0.42 
+ 1.6515  56.4169 -0.42 
+ 1.6364  57.3224 -0.42 
+ 1.62202  58.18 -0.42 
+ 1.6212  58.2317 -0.42 
+ 1.6061  59.1814 -0.42 
+ 1.593  60 -0.42 
+ 1.5909  60.1398 -0.42 
+ 1.5758  61.1423 -0.42 
+ 1.5655  61.82 -0.42 
+ 1.5606  62.1659 -0.42 
+ 1.5455  63.2318 -0.42 
+ 1.53965  63.64 -0.42 
+ 1.5303  64.3411 -0.42 
+ 1.51557  65.45 -0.42 
+ 1.5152  65.4808 -0.42 
+ 1.5  66.7167 -0.42 
+
+
+# Contour 23, label:    -0.43
+ 1.02225  65.45 -0.43 
+ 1.01947  67.27 -0.43 
+ 1.01702  69.09 -0.43 
+ 1.0152  70.5128 -0.43 
+ 1.01473  70.91 -0.43 
+ 1.0126  72.73 -0.43 
+ 1.01026  74.55 -0.43 
+ 1.00755  76.36 -0.43 
+ 1.00434  78.18 -0.43 
+ 1.00053  80 -0.43 
+ 1  80.2204 -0.43 
+
+ 1.95522  0 -0.43 
+ 1.9545  0.962195 -0.43 
+ 1.95393  1.82 -0.43 
+ 1.95022  3.64 -0.43 
+ 1.94378  5.45 -0.43 
+ 1.9394  6.32038 -0.43 
+ 1.93475  7.27 -0.43 
+ 1.9242  8.89622 -0.43 
+ 1.92296  9.09 -0.43 
+ 1.9091  10.8635 -0.43 
+ 1.90873  10.91 -0.43 
+ 1.8939  12.5212 -0.43 
+ 1.89191  12.73 -0.43 
+ 1.8788  13.9896 -0.43 
+ 1.87254  14.55 -0.43 
+ 1.8636  15.3113 -0.43 
+ 1.85027  16.36 -0.43 
+ 1.8485  16.4988 -0.43 
+ 1.8333  17.6397 -0.43 
+ 1.82546  18.18 -0.43 
+ 1.8182  18.6945 -0.43 
+ 1.803  19.6785 -0.43 
+ 1.79772  20 -0.43 
+ 1.7879  20.6358 -0.43 
+ 1.7727  21.517 -0.43 
+ 1.76715  21.82 -0.43 
+ 1.7576  22.3899 -0.43 
+ 1.7424  23.2064 -0.43 
+ 1.73363  23.64 -0.43 
+ 1.7273  23.9896 -0.43 
+ 1.7121  24.7664 -0.43 
+ 1.697  25.446 -0.43 
+ 1.69691  25.45 -0.43 
+ 1.6818  26.2152 -0.43 
+ 1.6667  26.8895 -0.43 
+ 1.65737  27.27 -0.43 
+ 1.6515  27.5514 -0.43 
+ 1.6364  28.2362 -0.43 
+ 1.6212  28.8413 -0.43 
+ 1.6146  29.09 -0.43 
+ 1.6061  29.4738 -0.43 
+ 1.5909  30.1047 -0.43 
+ 1.5758  30.6664 -0.43 
+ 1.5688  30.91 -0.43 
+ 1.5606  31.2578 -0.43 
+ 1.5455  31.8579 -0.43 
+ 1.5303  32.3954 -0.43 
+ 1.52017  32.73 -0.43 
+ 1.5152  32.9332 -0.43 
+ 1.5  33.5206 -0.43 
+ 1.4848  34.0494 -0.43 
+ 1.4697  34.5293 -0.43 
+ 1.46903  34.55 -0.43 
+ 1.4545  35.109 -0.43 
+ 1.4394  35.6396 -0.43 
+ 1.4242  36.1232 -0.43 
+ 1.41642  36.36 -0.43 
+ 1.4091  36.6419 -0.43 
+ 1.3939  37.1931 -0.43 
+ 1.3788  37.6973 -0.43 
+ 1.3636  38.1621 -0.43 
+ 1.36301  38.18 -0.43 
+ 1.3485  38.7376 -0.43 
+ 1.3333  39.2722 -0.43 
+ 1.3182  39.7673 -0.43 
+ 1.31078  40 -0.43 
+ 1.303  40.3098 -0.43 
+ 1.2879  40.8888 -0.43 
+ 1.2727  41.4278 -0.43 
+ 1.26115  41.82 -0.43 
+ 1.2576  41.9737 -0.43 
+ 1.2424  42.6138 -0.43 
+ 1.2273  43.2133 -0.43 
+ 1.21602  43.64 -0.43 
+ 1.2121  43.8283 -0.43 
+ 1.197  44.545 -0.43 
+ 1.1818  45.2219 -0.43 
+ 1.17665  45.45 -0.43 
+ 1.1667  46.0135 -0.43 
+ 1.1515  46.8384 -0.43 
+ 1.14343  47.27 -0.43 
+ 1.1364  47.7473 -0.43 
+ 1.1212  48.75 -0.43 
+ 1.11603  49.09 -0.43 
+ 1.1061  49.9169 -0.43 
+ 1.09381  50.91 -0.43 
+ 1.0909  51.2081 -0.43 
+ 1.07599  52.73 -0.43 
+ 1.0758  52.755 -0.43 
+ 1.06186  54.55 -0.43 
+ 1.0606  54.7519 -0.43 
+ 1.05082  56.36 -0.43 
+ 1.0455  57.4497 -0.43 
+ 1.04201  58.18 -0.43 
+ 1.03514  60 -0.43 
+ 1.0303  61.5801 -0.43 
+ 1.0296  61.82 -0.43 
+ 1.02555  63.64 -0.43 
+ 1.02225  65.45 -0.43 
+
+ 1.50123  61.82 -0.43 
+ 1.5  61.9029 -0.43 
+ 1.4848  62.9113 -0.43 
+ 1.47388  63.64 -0.43 
+ 1.4697  63.9402 -0.43 
+ 1.4545  65.0143 -0.43 
+ 1.44833  65.45 -0.43 
+ 1.4394  66.1443 -0.43 
+ 1.42477  67.27 -0.43 
+ 1.4242  67.3184 -0.43 
+ 1.4091  68.5948 -0.43 
+ 1.40316  69.09 -0.43 
+ 1.3939  69.9572 -0.43 
+ 1.38371  70.91 -0.43 
+ 1.3788  71.4338 -0.43 
+ 1.36644  72.73 -0.43 
+ 1.3636  73.075 -0.43 
+ 1.35141  74.55 -0.43 
+ 1.3485  74.9652 -0.43 
+ 1.33852  76.36 -0.43 
+ 1.3333  77.257 -0.43 
+ 1.32786  78.18 -0.43 
+ 1.31941  80 -0.43 
+ 1.3182  80.3424 -0.43 
+ 1.31281  81.82 -0.43 
+ 1.30816  83.64 -0.43 
+ 1.30528  85.45 -0.43 
+ 1.30394  87.27 -0.43 
+ 1.30398  89.09 -0.43 
+ 1.30521  90.91 -0.43 
+ 1.30748  92.73 -0.43 
+ 1.31067  94.55 -0.43 
+ 1.31466  96.36 -0.43 
+ 1.3182  97.735 -0.43 
+ 1.31929  98.18 -0.43 
+ 1.32433  100 -0.43 
+ 1.32988  101.82 -0.43 
+ 1.3333  102.863 -0.43 
+ 1.33577  103.64 -0.43 
+ 1.34193  105.45 -0.43 
+ 1.34837  107.27 -0.43 
+ 1.3485  107.304 -0.43 
+ 1.35484  109.09 -0.43 
+ 1.36148  110.91 -0.43 
+ 1.3636  111.477 -0.43 
+ 1.36819  112.73 -0.43 
+ 1.37495  114.55 -0.43 
+ 1.3788  115.569 -0.43 
+ 1.3817  116.36 -0.43 
+ 1.38838  118.18 -0.43 
+ 1.3939  119.686 -0.43 
+ 1.39504  120 -0.43 
+ 1.40162  121.82 -0.43 
+ 1.40814  123.64 -0.43 
+ 1.4091  123.908 -0.43 
+ 1.41449  125.45 -0.43 
+ 1.42071  127.27 -0.43 
+ 1.4242  128.31 -0.43 
+ 1.4268  129.09 -0.43 
+ 1.43275  130.91 -0.43 
+ 1.43855  132.73 -0.43 
+ 1.4394  133.003 -0.43 
+ 1.44412  134.55 -0.43 
+ 1.44951  136.36 -0.43 
+ 1.4545  138.105 -0.43 
+ 1.45471  138.18 -0.43 
+ 1.45974  140 -0.43 
+ 1.46455  141.82 -0.43 
+ 1.46917  143.64 -0.43 
+ 1.4697  143.856 -0.43 
+ 1.47353  145.45 -0.43 
+ 1.47768  147.27 -0.43 
+ 1.48161  149.09 -0.43 
+ 1.4848  150.656 -0.43 
+ 1.48532  150.91 -0.43 
+ 1.48882  152.73 -0.43 
+ 1.49209  154.55 -0.43 
+ 1.49514  156.36 -0.43 
+ 1.49797  158.18 -0.43 
+ 1.5  159.605 -0.43 
+ 1.50056  160 -0.43 
+ 1.50293  161.82 -0.43 
+ 1.50506  163.64 -0.43 
+ 1.50697  165.45 -0.43 
+ 1.50866  167.27 -0.43 
+ 1.51012  169.09 -0.43 
+ 1.51135  170.91 -0.43 
+ 1.51236  172.73 -0.43 
+ 1.51315  174.55 -0.43 
+ 1.51371  176.36 -0.43 
+ 1.51404  178.18 -0.43 
+ 1.51416  180 -0.43 
+
+ 2.47865  0 -0.43 
+ 2.47745  1.82 -0.43 
+ 2.47387  3.64 -0.43 
+ 2.4697  4.90143 -0.43 
+ 2.46787  5.45 -0.43 
+ 2.45942  7.27 -0.43 
+ 2.4545  8.09484 -0.43 
+ 2.44857  9.09 -0.43 
+ 2.4394  10.3518 -0.43 
+ 2.43528  10.91 -0.43 
+ 2.4242  12.1891 -0.43 
+ 2.4195  12.73 -0.43 
+ 2.4091  13.7755 -0.43 
+ 2.40126  14.55 -0.43 
+ 2.3939  15.1953 -0.43 
+ 2.38055  16.36 -0.43 
+ 2.3788  16.4987 -0.43 
+ 2.3636  17.6869 -0.43 
+ 2.35727  18.18 -0.43 
+ 2.3485  18.8067 -0.43 
+ 2.3333  19.8738 -0.43 
+ 2.3315  20 -0.43 
+ 2.3182  20.8652 -0.43 
+ 2.30326  21.82 -0.43 
+ 2.303  21.8358 -0.43 
+ 2.2879  22.7395 -0.43 
+ 2.2727  23.6344 -0.43 
+ 2.2726  23.64 -0.43 
+ 2.2576  24.47 -0.43 
+ 2.2424  25.2984 -0.43 
+ 2.23962  25.45 -0.43 
+ 2.2273  26.0936 -0.43 
+ 2.2121  26.8768 -0.43 
+ 2.20448  27.27 -0.43 
+ 2.197  27.6408 -0.43 
+ 2.1818  28.3844 -0.43 
+ 2.16744  29.09 -0.43 
+ 2.1667  29.125 -0.43 
+ 2.1515  29.8376 -0.43 
+ 2.1364  30.5495 -0.43 
+ 2.12869  30.91 -0.43 
+ 2.1212  31.2505 -0.43 
+ 2.1061  31.9392 -0.43 
+ 2.0909  32.6305 -0.43 
+ 2.08872  32.73 -0.43 
+ 2.0758  33.3063 -0.43 
+ 2.0606  33.9815 -0.43 
+ 2.04797  34.55 -0.43 
+ 2.0455  34.6583 -0.43 
+ 2.0303  35.3195 -0.43 
+ 2.0152  35.9863 -0.43 
+ 2.00673  36.36 -0.43 
+ 2  36.6539 -0.43 
+ 1.9848  37.3193 -0.43 
+ 1.9697  37.9922 -0.43 
+ 1.96547  38.18 -0.43 
+ 1.9545  38.6619 -0.43 
+ 1.9394  39.3342 -0.43 
+ 1.92455  40 -0.43 
+ 1.9242  40.0156 -0.43 
+ 1.9091  40.6915 -0.43 
+ 1.8939  41.3759 -0.43 
+ 1.8842  41.82 -0.43 
+ 1.8788  42.0664 -0.43 
+ 1.8636  42.7577 -0.43 
+ 1.8485  43.4584 -0.43 
+ 1.84457  43.64 -0.43 
+ 1.8333  44.1592 -0.43 
+ 1.8182  44.8648 -0.43 
+ 1.80574  45.45 -0.43 
+ 1.803  45.5803 -0.43 
+ 1.7879  46.3017 -0.43 
+ 1.7727  47.032 -0.43 
+ 1.76779  47.27 -0.43 
+ 1.7576  47.7695 -0.43 
+ 1.7424  48.5131 -0.43 
+ 1.73078  49.09 -0.43 
+ 1.7273  49.2659 -0.43 
+ 1.7121  50.026 -0.43 
+ 1.697  50.7933 -0.43 
+ 1.69468  50.91 -0.43 
+ 1.6818  51.5722 -0.43 
+ 1.6667  52.3577 -0.43 
+ 1.65949  52.73 -0.43 
+ 1.6515  53.1554 -0.43 
+ 1.6364  53.9629 -0.43 
+ 1.62538  54.55 -0.43 
+ 1.6212  54.7795 -0.43 
+ 1.6061  55.6088 -0.43 
+ 1.59239  56.36 -0.43 
+ 1.5909  56.4456 -0.43 
+ 1.5758  57.3111 -0.43 
+ 1.56062  58.18 -0.43 
+ 1.5606  58.1812 -0.43 
+ 1.5455  59.0851 -0.43 
+ 1.5303  59.9932 -0.43 
+ 1.53019  60 -0.43 
+ 1.5152  60.9436 -0.43 
+ 1.50123  61.82 -0.43 
+
+
+# Contour 24, label:    -0.44
+ 1.07059  69.09 -0.44 
+ 1.07137  70.91 -0.44 
+ 1.07212  72.73 -0.44 
+ 1.07251  74.55 -0.44 
+ 1.07217  76.36 -0.44 
+ 1.07074  78.18 -0.44 
+ 1.06783  80 -0.44 
+ 1.06305  81.82 -0.44 
+ 1.0606  82.4812 -0.44 
+ 1.05708  83.64 -0.44 
+ 1.04978  85.45 -0.44 
+ 1.0455  86.3044 -0.44 
+ 1.04147  87.27 -0.44 
+ 1.03239  89.09 -0.44 
+ 1.0303  89.4543 -0.44 
+ 1.02339  90.91 -0.44 
+ 1.0152  92.4283 -0.44 
+ 1.01382  92.73 -0.44 
+ 1.00469  94.55 -0.44 
+ 1  95.4048 -0.44 
+
+ 1.97258  0 -0.44 
+ 1.97128  1.82 -0.44 
+ 1.9697  2.55179 -0.44 
+ 1.96754  3.64 -0.44 
+ 1.96137  5.45 -0.44 
+ 1.9545  6.83714 -0.44 
+ 1.95245  7.27 -0.44 
+ 1.94118  9.09 -0.44 
+ 1.9394  9.32936 -0.44 
+ 1.9274  10.91 -0.44 
+ 1.9242  11.2757 -0.44 
+ 1.91106  12.73 -0.44 
+ 1.9091  12.9282 -0.44 
+ 1.8939  14.3878 -0.44 
+ 1.89215  14.55 -0.44 
+ 1.8788  15.7232 -0.44 
+ 1.87085  16.36 -0.44 
+ 1.8636  16.9415 -0.44 
+ 1.8485  18.0529 -0.44 
+ 1.84669  18.18 -0.44 
+ 1.8333  19.148 -0.44 
+ 1.81995  20 -0.44 
+ 1.8182  20.1193 -0.44 
+ 1.803  21.1067 -0.44 
+ 1.79049  21.82 -0.44 
+ 1.7879  21.9832 -0.44 
+ 1.7727  22.8874 -0.44 
+ 1.7581  23.64 -0.44 
+ 1.7576  23.669 -0.44 
+ 1.7424  24.5212 -0.44 
+ 1.7273  25.2536 -0.44 
+ 1.72299  25.45 -0.44 
+ 1.7121  26.0288 -0.44 
+ 1.697  26.7506 -0.44 
+ 1.68471  27.27 -0.44 
+ 1.6818  27.4165 -0.44 
+ 1.6667  28.1462 -0.44 
+ 1.6515  28.7815 -0.44 
+ 1.64358  29.09 -0.44 
+ 1.6364  29.4293 -0.44 
+ 1.6212  30.0899 -0.44 
+ 1.6061  30.6706 -0.44 
+ 1.59943  30.91 -0.44 
+ 1.5909  31.2875 -0.44 
+ 1.5758  31.9073 -0.44 
+ 1.5606  32.4563 -0.44 
+ 1.55254  32.73 -0.44 
+ 1.5455  33.0296 -0.44 
+ 1.5303  33.6297 -0.44 
+ 1.5152  34.1644 -0.44 
+ 1.50324  34.55 -0.44 
+ 1.5  34.6821 -0.44 
+ 1.4848  35.2766 -0.44 
+ 1.4697  35.8088 -0.44 
+ 1.4545  36.2897 -0.44 
+ 1.45224  36.36 -0.44 
+ 1.4394  36.8722 -0.44 
+ 1.4242  37.4211 -0.44 
+ 1.4091  37.9191 -0.44 
+ 1.40069  38.18 -0.44 
+ 1.3939  38.4515 -0.44 
+ 1.3788  39.0273 -0.44 
+ 1.3636  39.5517 -0.44 
+ 1.34964  40 -0.44 
+ 1.3485  40.0473 -0.44 
+ 1.3333  40.664 -0.44 
+ 1.3182  41.228 -0.44 
+ 1.303  41.7488 -0.44 
+ 1.30091  41.82 -0.44 
+ 1.2879  42.3931 -0.44 
+ 1.2727  43.0111 -0.44 
+ 1.2576  43.5854 -0.44 
+ 1.25615  43.64 -0.44 
+ 1.2424  44.3052 -0.44 
+ 1.2273  44.9904 -0.44 
+ 1.21662  45.45 -0.44 
+ 1.2121  45.7048 -0.44 
+ 1.197  46.5401 -0.44 
+ 1.18282  47.27 -0.44 
+ 1.1818  47.3389 -0.44 
+ 1.1667  48.3543 -0.44 
+ 1.15505  49.09 -0.44 
+ 1.1515  49.3826 -0.44 
+ 1.1364  50.6079 -0.44 
+ 1.13259  50.91 -0.44 
+ 1.1212  52.0815 -0.44 
+ 1.1148  52.73 -0.44 
+ 1.1061  53.8788 -0.44 
+ 1.10095  54.55 -0.44 
+ 1.0909  56.2447 -0.44 
+ 1.09023  56.36 -0.44 
+ 1.08262  58.18 -0.44 
+ 1.07694  60 -0.44 
+ 1.0758  60.5557 -0.44 
+ 1.0733  61.82 -0.44 
+ 1.07119  63.64 -0.44 
+ 1.07021  65.45 -0.44 
+ 1.0701  67.27 -0.44 
+ 1.07059  69.09 -0.44 
+
+ 1.4545  60.1741 -0.44 
+ 1.4394  61.0474 -0.44 
+ 1.426  61.82 -0.44 
+ 1.4242  61.9306 -0.44 
+ 1.4091  62.8477 -0.44 
+ 1.39598  63.64 -0.44 
+ 1.3939  63.7748 -0.44 
+ 1.3788  64.7402 -0.44 
+ 1.36757  65.45 -0.44 
+ 1.3636  65.7269 -0.44 
+ 1.3485  66.7636 -0.44 
+ 1.34096  67.27 -0.44 
+ 1.3333  67.8431 -0.44 
+ 1.3182  68.9623 -0.44 
+ 1.3164  69.09 -0.44 
+ 1.303  70.1727 -0.44 
+ 1.29374  70.91 -0.44 
+ 1.2879  71.4496 -0.44 
+ 1.27355  72.73 -0.44 
+ 1.2727  72.8209 -0.44 
+ 1.2576  74.3701 -0.44 
+ 1.25574  74.55 -0.44 
+ 1.2424  76.1585 -0.44 
+ 1.24064  76.36 -0.44 
+ 1.22858  78.18 -0.44 
+ 1.2273  78.4502 -0.44 
+ 1.21935  80 -0.44 
+ 1.21362  81.82 -0.44 
+ 1.2121  82.7941 -0.44 
+ 1.21067  83.64 -0.44 
+ 1.21024  85.45 -0.44 
+ 1.21206  87.27 -0.44 
+ 1.2121  87.2886 -0.44 
+ 1.21531  89.09 -0.44 
+ 1.21993  90.91 -0.44 
+ 1.2257  92.73 -0.44 
+ 1.2273  93.1536 -0.44 
+ 1.23197  94.55 -0.44 
+ 1.23888  96.36 -0.44 
+ 1.2424  97.1987 -0.44 
+ 1.24618  98.18 -0.44 
+ 1.25379  100 -0.44 
+ 1.2576  100.854 -0.44 
+ 1.26158  101.82 -0.44 
+ 1.26948  103.64 -0.44 
+ 1.2727  104.347 -0.44 
+ 1.27746  105.45 -0.44 
+ 1.28553  107.27 -0.44 
+ 1.2879  107.788 -0.44 
+ 1.29351  109.09 -0.44 
+ 1.30149  110.91 -0.44 
+ 1.303  111.248 -0.44 
+ 1.30938  112.73 -0.44 
+ 1.31727  114.55 -0.44 
+ 1.3182  114.763 -0.44 
+ 1.32492  116.36 -0.44 
+ 1.33252  118.18 -0.44 
+ 1.3333  118.366 -0.44 
+ 1.33996  120 -0.44 
+ 1.3473  121.82 -0.44 
+ 1.3485  122.119 -0.44 
+ 1.35439  123.64 -0.44 
+ 1.36134  125.45 -0.44 
+ 1.3636  126.052 -0.44 
+ 1.36811  127.27 -0.44 
+ 1.3747  129.09 -0.44 
+ 1.3788  130.246 -0.44 
+ 1.3811  130.91 -0.44 
+ 1.38723  132.73 -0.44 
+ 1.39318  134.55 -0.44 
+ 1.3939  134.774 -0.44 
+ 1.39892  136.36 -0.44 
+ 1.40445  138.18 -0.44 
+ 1.4091  139.767 -0.44 
+ 1.40977  140 -0.44 
+ 1.4148  141.82 -0.44 
+ 1.41961  143.64 -0.44 
+ 1.4242  145.45 -0.44 
+ 1.42856  147.27 -0.44 
+ 1.43269  149.09 -0.44 
+ 1.43659  150.91 -0.44 
+ 1.4394  152.305 -0.44 
+ 1.44024  152.73 -0.44 
+ 1.44363  154.55 -0.44 
+ 1.44678  156.36 -0.44 
+ 1.4497  158.18 -0.44 
+ 1.45238  160 -0.44 
+ 1.4545  161.572 -0.44 
+ 1.45483  161.82 -0.44 
+ 1.45705  163.64 -0.44 
+ 1.45903  165.45 -0.44 
+ 1.46078  167.27 -0.44 
+ 1.4623  169.09 -0.44 
+ 1.46358  170.91 -0.44 
+ 1.46463  172.73 -0.44 
+ 1.46544  174.55 -0.44 
+ 1.46602  176.36 -0.44 
+ 1.46637  178.18 -0.44 
+ 1.46648  180 -0.44 
+
+ 2.43359  0 -0.44 
+ 2.43235  1.82 -0.44 
+ 2.42864  3.64 -0.44 
+ 2.4242  4.94299 -0.44 
+ 2.42247  5.45 -0.44 
+ 2.41382  7.27 -0.44 
+ 2.4091  8.04634 -0.44 
+ 2.40265  9.09 -0.44 
+ 2.3939  10.2536 -0.44 
+ 2.38895  10.91 -0.44 
+ 2.3788  12.0556 -0.44 
+ 2.37272  12.73 -0.44 
+ 2.3636  13.6149 -0.44 
+ 2.35392  14.55 -0.44 
+ 2.3485  15.0146 -0.44 
+ 2.3333  16.2945 -0.44 
+ 2.33252  16.36 -0.44 
+ 2.3182  17.4536 -0.44 
+ 2.30854  18.18 -0.44 
+ 2.303  18.5616 -0.44 
+ 2.2879  19.5991 -0.44 
+ 2.28198  20 -0.44 
+ 2.2727  20.5816 -0.44 
+ 2.2576  21.5268 -0.44 
+ 2.25285  21.82 -0.44 
+ 2.2424  22.423 -0.44 
+ 2.2273  23.2941 -0.44 
+ 2.22123  23.64 -0.44 
+ 2.2121  24.1273 -0.44 
+ 2.197  24.9338 -0.44 
+ 2.18724  25.45 -0.44 
+ 2.1818  25.7248 -0.44 
+ 2.1667  26.4868 -0.44 
+ 2.1515  27.2506 -0.44 
+ 2.15111  27.27 -0.44 
+ 2.1364  27.9745 -0.44 
+ 2.1212  28.6995 -0.44 
+ 2.11307  29.09 -0.44 
+ 2.1061  29.4113 -0.44 
+ 2.0909  30.1055 -0.44 
+ 2.0758  30.8057 -0.44 
+ 2.07353  30.91 -0.44 
+ 2.0606  31.4818 -0.44 
+ 2.0455  32.1581 -0.44 
+ 2.03279  32.73 -0.44 
+ 2.0303  32.8383 -0.44 
+ 2.0152  33.4974 -0.44 
+ 2  34.1653 -0.44 
+ 1.99133  34.55 -0.44 
+ 1.9848  34.8293 -0.44 
+ 1.9697  35.4813 -0.44 
+ 1.9545  36.1451 -0.44 
+ 1.94964  36.36 -0.44 
+ 1.9394  36.8028 -0.44 
+ 1.9242  37.4618 -0.44 
+ 1.9091  38.1352 -0.44 
+ 1.90809  38.18 -0.44 
+ 1.8939  38.7931 -0.44 
+ 1.8788  39.4611 -0.44 
+ 1.86677  40 -0.44 
+ 1.8636  40.139 -0.44 
+ 1.8485  40.8063 -0.44 
+ 1.8333  41.4873 -0.44 
+ 1.82601  41.82 -0.44 
+ 1.8182  42.1704 -0.44 
+ 1.803  42.8523 -0.44 
+ 1.7879  43.5494 -0.44 
+ 1.78593  43.64 -0.44 
+ 1.7727  44.2357 -0.44 
+ 1.7576  44.9305 -0.44 
+ 1.74641  45.45 -0.44 
+ 1.7424  45.6358 -0.44 
+ 1.7273  46.3394 -0.44 
+ 1.7121  47.0556 -0.44 
+ 1.70759  47.27 -0.44 
+ 1.697  47.7728 -0.44 
+ 1.6818  48.4944 -0.44 
+ 1.6695  49.09 -0.44 
+ 1.6667  49.2266 -0.44 
+ 1.6515  49.957 -0.44 
+ 1.6364  50.6979 -0.44 
+ 1.63204  50.91 -0.44 
+ 1.6212  51.4429 -0.44 
+ 1.6061  52.1932 -0.44 
+ 1.5953  52.73 -0.44 
+ 1.5909  52.9527 -0.44 
+ 1.5758  53.7168 -0.44 
+ 1.5606  54.4893 -0.44 
+ 1.5594  54.55 -0.44 
+ 1.5455  55.2674 -0.44 
+ 1.5303  56.0521 -0.44 
+ 1.52434  56.36 -0.44 
+ 1.5152  56.8522 -0.44 
+ 1.5  57.6627 -0.44 
+ 1.49029  58.18 -0.44 
+ 1.4848  58.486 -0.44 
+ 1.4697  59.3244 -0.44 
+ 1.45748  60 -0.44 
+ 1.4545  60.1741 -0.44 
+
+
+# Contour 25, label:    -0.45
+ 1.41815  180 -0.45 
+ 1.41803  178.18 -0.45 
+ 1.41767  176.36 -0.45 
+ 1.41706  174.55 -0.45 
+ 1.41622  172.73 -0.45 
+ 1.41513  170.91 -0.45 
+ 1.4138  169.09 -0.45 
+ 1.41222  167.27 -0.45 
+ 1.4104  165.45 -0.45 
+ 1.4091  164.306 -0.45 
+ 1.40833  163.64 -0.45 
+ 1.40598  161.82 -0.45 
+ 1.40339  160 -0.45 
+ 1.40055  158.18 -0.45 
+ 1.39746  156.36 -0.45 
+ 1.39413  154.55 -0.45 
+ 1.3939  154.435 -0.45 
+ 1.39053  152.73 -0.45 
+ 1.38668  150.91 -0.45 
+ 1.38258  149.09 -0.45 
+ 1.3788  147.504 -0.45 
+ 1.37823  147.27 -0.45 
+ 1.37356  145.45 -0.45 
+ 1.36864  143.64 -0.45 
+ 1.3636  141.862 -0.45 
+ 1.36348  141.82 -0.45 
+ 1.35803  140 -0.45 
+ 1.35235  138.18 -0.45 
+ 1.3485  136.992 -0.45 
+ 1.34639  136.36 -0.45 
+ 1.34011  134.55 -0.45 
+ 1.3336  132.73 -0.45 
+ 1.3333  132.648 -0.45 
+ 1.32679  130.91 -0.45 
+ 1.31977  129.09 -0.45 
+ 1.3182  128.693 -0.45 
+ 1.31237  127.27 -0.45 
+ 1.30472  125.45 -0.45 
+ 1.303  125.049 -0.45 
+ 1.29677  123.64 -0.45 
+ 1.2886  121.82 -0.45 
+ 1.2879  121.665 -0.45 
+ 1.27997  120 -0.45 
+ 1.2727  118.495 -0.45 
+ 1.27111  118.18 -0.45 
+ 1.26187  116.36 -0.45 
+ 1.2576  115.527 -0.45 
+ 1.25225  114.55 -0.45 
+ 1.2424  112.751 -0.45 
+ 1.24228  112.73 -0.45 
+ 1.23172  110.91 -0.45 
+ 1.2273  110.146 -0.45 
+ 1.22061  109.09 -0.45 
+ 1.2121  107.736 -0.45 
+ 1.20888  107.27 -0.45 
+ 1.197  105.533 -0.45 
+ 1.19635  105.45 -0.45 
+ 1.18237  103.64 -0.45 
+ 1.1818  103.565 -0.45 
+ 1.1667  101.848 -0.45 
+ 1.16639  101.82 -0.45 
+ 1.1515  100.419 -0.45 
+ 1.1456  100 -0.45 
+ 1.1364  99.3301 -0.45 
+ 1.1212  98.62 -0.45 
+ 1.1061  98.3032 -0.45 
+ 1.0909  98.3714 -0.45 
+ 1.0758  98.8173 -0.45 
+ 1.0606  99.6355 -0.45 
+ 1.05607  100 -0.45 
+ 1.0455  100.793 -0.45 
+ 1.0352  101.82 -0.45 
+ 1.0303  102.282 -0.45 
+ 1.01908  103.64 -0.45 
+ 1.0152  104.087 -0.45 
+ 1.00556  105.45 -0.45 
+ 1  106.212 -0.45 
+
+ 1.91566  14.55 -0.45 
+ 1.9242  13.7143 -0.45 
+ 1.93372  12.73 -0.45 
+ 1.9394  12.0862 -0.45 
+ 1.94935  10.91 -0.45 
+ 1.9545  10.2056 -0.45 
+ 1.96263  9.09 -0.45 
+ 1.9697  7.89408 -0.45 
+ 1.97343  7.27 -0.45 
+ 1.98182  5.45 -0.45 
+ 1.9848  4.52286 -0.45 
+ 1.98786  3.64 -0.45 
+ 1.99159  1.82 -0.45 
+ 1.99281  0 -0.45 
+
+ 1.3939  58.4713 -0.45 
+ 1.3788  59.1696 -0.45 
+ 1.3636  59.8667 -0.45 
+ 1.36059  60 -0.45 
+ 1.3485  60.5572 -0.45 
+ 1.3333  61.2374 -0.45 
+ 1.32004  61.82 -0.45 
+ 1.3182  61.9058 -0.45 
+ 1.303  62.5561 -0.45 
+ 1.2879  63.1775 -0.45 
+ 1.27571  63.64 -0.45 
+ 1.2727  63.7625 -0.45 
+ 1.2576  64.2955 -0.45 
+ 1.2424  64.7538 -0.45 
+ 1.2273  65.1129 -0.45 
+ 1.2121  65.332 -0.45 
+ 1.197  65.3527 -0.45 
+ 1.1818  65.0765 -0.45 
+ 1.1667  64.3324 -0.45 
+ 1.15914  63.64 -0.45 
+ 1.1515  62.6367 -0.45 
+ 1.14756  61.82 -0.45 
+ 1.14305  60 -0.45 
+ 1.14298  58.18 -0.45 
+ 1.14681  56.36 -0.45 
+ 1.1515  55.272 -0.45 
+ 1.15459  54.55 -0.45 
+ 1.16657  52.73 -0.45 
+ 1.1667  52.7163 -0.45 
+ 1.1818  51.0874 -0.45 
+ 1.18337  50.91 -0.45 
+ 1.197  49.8239 -0.45 
+ 1.20549  49.09 -0.45 
+ 1.2121  48.6755 -0.45 
+ 1.2273  47.6784 -0.45 
+ 1.23315  47.27 -0.45 
+ 1.2424  46.7981 -0.45 
+ 1.2576  45.9791 -0.45 
+ 1.26669  45.45 -0.45 
+ 1.2727  45.1926 -0.45 
+ 1.2879  44.5228 -0.45 
+ 1.303  43.7805 -0.45 
+ 1.30579  43.64 -0.45 
+ 1.3182  43.1754 -0.45 
+ 1.3333  42.561 -0.45 
+ 1.3485  41.8768 -0.45 
+ 1.34972  41.82 -0.45 
+ 1.3636  41.3427 -0.45 
+ 1.3788  40.7749 -0.45 
+ 1.3939  40.1403 -0.45 
+ 1.39713  40 -0.45 
+ 1.4091  39.6123 -0.45 
+ 1.4242  39.0782 -0.45 
+ 1.4394  38.4798 -0.45 
+ 1.44647  38.18 -0.45 
+ 1.4545  37.9232 -0.45 
+ 1.4697  37.4104 -0.45 
+ 1.4848  36.8341 -0.45 
+ 1.4961  36.36 -0.45 
+ 1.5  36.2359 -0.45 
+ 1.5152  35.7345 -0.45 
+ 1.5303  35.1688 -0.45 
+ 1.54488  34.55 -0.45 
+ 1.5455  34.5296 -0.45 
+ 1.5606  34.0206 -0.45 
+ 1.5758  33.4434 -0.45 
+ 1.5909  32.7776 -0.45 
+ 1.59195  32.73 -0.45 
+ 1.6061  32.2338 -0.45 
+ 1.6212  31.6289 -0.45 
+ 1.6364  30.9254 -0.45 
+ 1.63672  30.91 -0.45 
+ 1.6515  30.352 -0.45 
+ 1.6667  29.6951 -0.45 
+ 1.67887  29.09 -0.45 
+ 1.6818  28.9718 -0.45 
+ 1.697  28.3366 -0.45 
+ 1.7121  27.5929 -0.45 
+ 1.71816  27.27 -0.45 
+ 1.7273  26.8687 -0.45 
+ 1.7424  26.1274 -0.45 
+ 1.75444  25.45 -0.45 
+ 1.7576  25.3 -0.45 
+ 1.7727  24.5393 -0.45 
+ 1.78778  23.64 -0.45 
+ 1.7879  23.6339 -0.45 
+ 1.803  22.8173 -0.45 
+ 1.8182  21.8407 -0.45 
+ 1.81851  21.82 -0.45 
+ 1.8333  20.9331 -0.45 
+ 1.84663  20 -0.45 
+ 1.8485  19.8786 -0.45 
+ 1.8636  18.8417 -0.45 
+ 1.87221  18.18 -0.45 
+ 1.8788  17.6935 -0.45 
+ 1.8939  16.4511 -0.45 
+ 1.89497  16.36 -0.45 
+ 1.9091  15.1616 -0.45 
+ 1.91566  14.55 -0.45 
+
+ 2.38737  0 -0.45 
+ 2.3861  1.82 -0.45 
+ 2.38229  3.64 -0.45 
+ 2.3788  4.63867 -0.45 
+ 2.3759  5.45 -0.45 
+ 2.36689  7.27 -0.45 
+ 2.3636  7.79065 -0.45 
+ 2.35532  9.09 -0.45 
+ 2.3485  9.97307 -0.45 
+ 2.34112  10.91 -0.45 
+ 2.3333  11.7569 -0.45 
+ 2.32427  12.73 -0.45 
+ 2.3182  13.3017 -0.45 
+ 2.30473  14.55 -0.45 
+ 2.303  14.6918 -0.45 
+ 2.2879  15.9245 -0.45 
+ 2.28248  16.36 -0.45 
+ 2.2727  17.0744 -0.45 
+ 2.2576  18.1781 -0.45 
+ 2.25757  18.18 -0.45 
+ 2.2424  19.1739 -0.45 
+ 2.22985  20 -0.45 
+ 2.2273  20.155 -0.45 
+ 2.2121  21.0619 -0.45 
+ 2.19949  21.82 -0.45 
+ 2.197  21.959 -0.45 
+ 2.1818  22.7935 -0.45 
+ 2.1667  23.6326 -0.45 
+ 2.16657  23.64 -0.45 
+ 2.1515  24.4042 -0.45 
+ 2.1364  25.1803 -0.45 
+ 2.1311  25.45 -0.45 
+ 2.1212  25.9264 -0.45 
+ 2.1061  26.6581 -0.45 
+ 2.09352  27.27 -0.45 
+ 2.0909  27.3905 -0.45 
+ 2.0758  28.0822 -0.45 
+ 2.0606  28.7844 -0.45 
+ 2.05406  29.09 -0.45 
+ 2.0455  29.4679 -0.45 
+ 2.0303  30.1369 -0.45 
+ 2.0152  30.821 -0.45 
+ 2.01322  30.91 -0.45 
+ 2  31.4715 -0.45 
+ 1.9848  32.1278 -0.45 
+ 1.97129  32.73 -0.45 
+ 1.9697  32.7974 -0.45 
+ 1.9545  33.4327 -0.45 
+ 1.9394  34.0846 -0.45 
+ 1.9288  34.55 -0.45 
+ 1.9242  34.7409 -0.45 
+ 1.9091  35.3721 -0.45 
+ 1.8939  36.0234 -0.45 
+ 1.88624  36.36 -0.45 
+ 1.8788  36.6724 -0.45 
+ 1.8636  37.3126 -0.45 
+ 1.8485  37.976 -0.45 
+ 1.84388  38.18 -0.45 
+ 1.8333  38.6239 -0.45 
+ 1.8182  39.2737 -0.45 
+ 1.803  39.9493 -0.45 
+ 1.80187  40 -0.45 
+ 1.7879  40.5955 -0.45 
+ 1.7727  41.2578 -0.45 
+ 1.76029  41.82 -0.45 
+ 1.7576  41.937 -0.45 
+ 1.7424  42.5914 -0.45 
+ 1.7273  43.2676 -0.45 
+ 1.71909  43.64 -0.45 
+ 1.7121  43.9432 -0.45 
+ 1.697  44.6067 -0.45 
+ 1.6818  45.2926 -0.45 
+ 1.67835  45.45 -0.45 
+ 1.6667  45.9653 -0.45 
+ 1.6515  46.645 -0.45 
+ 1.638  47.27 -0.45 
+ 1.6364  47.3424 -0.45 
+ 1.6212  48.0164 -0.45 
+ 1.6061  48.7074 -0.45 
+ 1.59778  49.09 -0.45 
+ 1.5909  49.4003 -0.45 
+ 1.5758  50.0848 -0.45 
+ 1.5606  50.786 -0.45 
+ 1.55791  50.91 -0.45 
+ 1.5455  51.4746 -0.45 
+ 1.5303  52.1688 -0.45 
+ 1.51826  52.73 -0.45 
+ 1.5152  52.8724 -0.45 
+ 1.5  53.564 -0.45 
+ 1.4848  54.2666 -0.45 
+ 1.47868  54.55 -0.45 
+ 1.4697  54.9657 -0.45 
+ 1.4545  55.6609 -0.45 
+ 1.43952  56.36 -0.45 
+ 1.4394  56.3656 -0.45 
+ 1.4242  57.0645 -0.45 
+ 1.4091  57.7672 -0.45 
+ 1.40008  58.18 -0.45 
+ 1.3939  58.4713 -0.45 
+
+
+# Contour 26, label:    -0.46
+ 1.36854  180 -0.46 
+ 1.36841  178.18 -0.46 
+ 1.36802  176.36 -0.46 
+ 1.36738  174.55 -0.46 
+ 1.36647  172.73 -0.46 
+ 1.36531  170.91 -0.46 
+ 1.36388  169.09 -0.46 
+ 1.3636  168.782 -0.46 
+ 1.36219  167.27 -0.46 
+ 1.36023  165.45 -0.46 
+ 1.35801  163.64 -0.46 
+ 1.35553  161.82 -0.46 
+ 1.35278  160 -0.46 
+ 1.34977  158.18 -0.46 
+ 1.3485  157.476 -0.46 
+ 1.34644  156.36 -0.46 
+ 1.34281  154.55 -0.46 
+ 1.33892  152.73 -0.46 
+ 1.33474  150.91 -0.46 
+ 1.3333  150.318 -0.46 
+ 1.33026  149.09 -0.46 
+ 1.32549  147.27 -0.46 
+ 1.32044  145.45 -0.46 
+ 1.3182  144.684 -0.46 
+ 1.31504  143.64 -0.46 
+ 1.30929  141.82 -0.46 
+ 1.30326  140 -0.46 
+ 1.303  139.924 -0.46 
+ 1.29684  138.18 -0.46 
+ 1.29014  136.36 -0.46 
+ 1.2879  135.776 -0.46 
+ 1.28299  134.55 -0.46 
+ 1.27547  132.73 -0.46 
+ 1.2727  132.08 -0.46 
+ 1.26753  130.91 -0.46 
+ 1.25923  129.09 -0.46 
+ 1.2576  128.742 -0.46 
+ 1.25029  127.27 -0.46 
+ 1.2424  125.722 -0.46 
+ 1.24094  125.45 -0.46 
+ 1.23093  123.64 -0.46 
+ 1.2273  122.993 -0.46 
+ 1.22017  121.82 -0.46 
+ 1.2121  120.518 -0.46 
+ 1.20862  120 -0.46 
+ 1.197  118.298 -0.46 
+ 1.1961  118.18 -0.46 
+ 1.182  116.36 -0.46 
+ 1.1818  116.335 -0.46 
+ 1.1667  114.641 -0.46 
+ 1.16575  114.55 -0.46 
+ 1.1515  113.206 -0.46 
+ 1.14529  112.73 -0.46 
+ 1.1364  112.054 -0.46 
+ 1.1212  111.198 -0.46 
+ 1.1133  110.91 -0.46 
+ 1.1061  110.649 -0.46 
+ 1.0909  110.417 -0.46 
+ 1.0758  110.515 -0.46 
+ 1.06202  110.91 -0.46 
+ 1.0606  110.95 -0.46 
+ 1.0455  111.725 -0.46 
+ 1.03202  112.73 -0.46 
+ 1.0303  112.856 -0.46 
+ 1.0152  114.354 -0.46 
+ 1.01364  114.55 -0.46 
+ 1  116.233 -0.46 
+
+ 1.3182  54.6348 -0.46 
+ 1.303  54.7339 -0.46 
+ 1.2879  54.6633 -0.46 
+ 1.28243  54.55 -0.46 
+ 1.2727  54.0743 -0.46 
+ 1.26316  52.73 -0.46 
+ 1.26886  50.91 -0.46 
+ 1.2727  50.523 -0.46 
+ 1.28488  49.09 -0.46 
+ 1.2879  48.8882 -0.46 
+ 1.303  47.7797 -0.46 
+ 1.30897  47.27 -0.46 
+ 1.3182  46.7917 -0.46 
+ 1.3333  45.8963 -0.46 
+ 1.33999  45.45 -0.46 
+ 1.3485  45.0876 -0.46 
+ 1.3636  44.377 -0.46 
+ 1.3769  43.64 -0.46 
+ 1.3788  43.569 -0.46 
+ 1.3939  42.9894 -0.46 
+ 1.4091  42.3134 -0.46 
+ 1.41879  41.82 -0.46 
+ 1.4242  41.633 -0.46 
+ 1.4394  41.085 -0.46 
+ 1.4545  40.4448 -0.46 
+ 1.46383  40 -0.46 
+ 1.4697  39.8079 -0.46 
+ 1.4848  39.2829 -0.46 
+ 1.5  38.6683 -0.46 
+ 1.51052  38.18 -0.46 
+ 1.5152  38.0289 -0.46 
+ 1.5303  37.515 -0.46 
+ 1.5455  36.9113 -0.46 
+ 1.5573  36.36 -0.46 
+ 1.5606  36.2515 -0.46 
+ 1.5758  35.7368 -0.46 
+ 1.5909  35.1284 -0.46 
+ 1.60313  34.55 -0.46 
+ 1.6061  34.4484 -0.46 
+ 1.6212  33.9091 -0.46 
+ 1.6364  33.2641 -0.46 
+ 1.64706  32.73 -0.46 
+ 1.6515  32.5679 -0.46 
+ 1.6667  31.9821 -0.46 
+ 1.6818  31.2689 -0.46 
+ 1.68856  30.91 -0.46 
+ 1.697  30.5793 -0.46 
+ 1.7121  29.9107 -0.46 
+ 1.72706  29.09 -0.46 
+ 1.7273  29.08 -0.46 
+ 1.7424  28.4233 -0.46 
+ 1.7576  27.6119 -0.46 
+ 1.76325  27.27 -0.46 
+ 1.7727  26.8239 -0.46 
+ 1.7879  25.9986 -0.46 
+ 1.79649  25.45 -0.46 
+ 1.803  25.1152 -0.46 
+ 1.8182  24.2443 -0.46 
+ 1.82713  23.64 -0.46 
+ 1.8333  23.2872 -0.46 
+ 1.8485  22.3191 -0.46 
+ 1.85531  21.82 -0.46 
+ 1.8636  21.291 -0.46 
+ 1.8788  20.1743 -0.46 
+ 1.88098  20 -0.46 
+ 1.8939  19.0692 -0.46 
+ 1.90459  18.18 -0.46 
+ 1.9091  17.8243 -0.46 
+ 1.9242  16.4994 -0.46 
+ 1.9257  16.36 -0.46 
+ 1.9394  15.1104 -0.46 
+ 1.94496  14.55 -0.46 
+ 1.9545  13.548 -0.46 
+ 1.96185  12.73 -0.46 
+ 1.9697  11.7756 -0.46 
+ 1.97653  10.91 -0.46 
+ 1.9848  9.69438 -0.46 
+ 1.98892  9.09 -0.46 
+ 1.99902  7.27 -0.46 
+ 2  7.04345 -0.46 
+ 2.00725  5.45 -0.46 
+ 2.01284  3.64 -0.46 
+ 2.0152  2.32046 -0.46 
+ 2.01619  1.82 -0.46 
+ 2.01741  0 -0.46 
+
+ 2.33817  0 -0.46 
+ 2.33684  1.82 -0.46 
+ 2.3333  3.43987 -0.46 
+ 2.33285  3.64 -0.46 
+ 2.3261  5.45 -0.46 
+ 2.3182  6.99598 -0.46 
+ 2.31675  7.27 -0.46 
+ 2.30454  9.09 -0.46 
+ 2.303  9.28024 -0.46 
+ 2.28963  10.91 -0.46 
+ 2.2879  11.0907 -0.46 
+ 2.2727  12.6417 -0.46 
+ 2.27183  12.73 -0.46 
+ 2.2576  13.9873 -0.46 
+ 2.25113  14.55 -0.46 
+ 2.2424  15.2222 -0.46 
+ 2.22766  16.36 -0.46 
+ 2.2273  16.385 -0.46 
+ 2.2121  17.4205 -0.46 
+ 2.20105  18.18 -0.46 
+ 2.197  18.4335 -0.46 
+ 2.1818  19.3653 -0.46 
+ 2.17155  20 -0.46 
+ 2.1667  20.2752 -0.46 
+ 2.1515  21.1213 -0.46 
+ 2.13917  21.82 -0.46 
+ 2.1364  21.9645 -0.46 
+ 2.1212  22.7386 -0.46 
+ 2.1061  23.5284 -0.46 
+ 2.10393  23.64 -0.46 
+ 2.0909  24.2515 -0.46 
+ 2.0758  24.9749 -0.46 
+ 2.06596  25.45 -0.46 
+ 2.0606  25.6896 -0.46 
+ 2.0455  26.3634 -0.46 
+ 2.0303  27.0589 -0.46 
+ 2.02572  27.27 -0.46 
+ 2.0152  27.7148 -0.46 
+ 2  28.3614 -0.46 
+ 1.9848  29.0368 -0.46 
+ 1.9836  29.09 -0.46 
+ 1.9697  29.6509 -0.46 
+ 1.9545  30.2804 -0.46 
+ 1.94015  30.91 -0.46 
+ 1.9394  30.9401 -0.46 
+ 1.9242  31.5331 -0.46 
+ 1.9091  32.1538 -0.46 
+ 1.89577  32.73 -0.46 
+ 1.8939  32.8033 -0.46 
+ 1.8788  33.3902 -0.46 
+ 1.8636  34.0098 -0.46 
+ 1.85122  34.55 -0.46 
+ 1.8485  34.6561 -0.46 
+ 1.8333  35.24 -0.46 
+ 1.8182  35.8615 -0.46 
+ 1.80675  36.36 -0.46 
+ 1.803  36.5062 -0.46 
+ 1.7879  37.0986 -0.46 
+ 1.7727  37.7328 -0.46 
+ 1.76267  38.18 -0.46 
+ 1.7576  38.3803 -0.46 
+ 1.7424  38.9807 -0.46 
+ 1.7273  39.6258 -0.46 
+ 1.71893  40 -0.46 
+ 1.7121  40.2696 -0.46 
+ 1.697  40.8782 -0.46 
+ 1.6818  41.5333 -0.46 
+ 1.67545  41.82 -0.46 
+ 1.6667  42.1679 -0.46 
+ 1.6515  42.7825 -0.46 
+ 1.6364  43.4435 -0.46 
+ 1.63199  43.64 -0.46 
+ 1.6212  44.0619 -0.46 
+ 1.6061  44.6743 -0.46 
+ 1.5909  45.3312 -0.46 
+ 1.58819  45.45 -0.46 
+ 1.5758  45.9341 -0.46 
+ 1.5606  46.544 -0.46 
+ 1.5455  47.1945 -0.46 
+ 1.54373  47.27 -0.46 
+ 1.5303  47.7795 -0.46 
+ 1.5152  48.3742 -0.46 
+ 1.5  49.0025 -0.46 
+ 1.49785  49.09 -0.46 
+ 1.4848  49.5685 -0.46 
+ 1.4697  50.1349 -0.46 
+ 1.4545  50.724 -0.46 
+ 1.44966  50.91 -0.46 
+ 1.4394  51.268 -0.46 
+ 1.4242  51.7858 -0.46 
+ 1.4091  52.3101 -0.46 
+ 1.3969  52.73 -0.46 
+ 1.3939  52.8248 -0.46 
+ 1.3788  53.2592 -0.46 
+ 1.3636  53.6716 -0.46 
+ 1.3485  54.0542 -0.46 
+ 1.3333  54.3928 -0.46 
+ 1.32393  54.55 -0.46 
+ 1.3182  54.6348 -0.46 
+
+
+# Contour 27, label:    -0.47
+ 1.31661  180 -0.47 
+ 1.31647  178.18 -0.47 
+ 1.31604  176.36 -0.47 
+ 1.31533  174.55 -0.47 
+ 1.31433  172.73 -0.47 
+ 1.31304  170.91 -0.47 
+ 1.31147  169.09 -0.47 
+ 1.3096  167.27 -0.47 
+ 1.30745  165.45 -0.47 
+ 1.30501  163.64 -0.47 
+ 1.303  162.298 -0.47 
+ 1.30227  161.82 -0.47 
+ 1.29919  160 -0.47 
+ 1.29581  158.18 -0.47 
+ 1.29213  156.36 -0.47 
+ 1.28815  154.55 -0.47 
+ 1.2879  154.444 -0.47 
+ 1.28372  152.73 -0.47 
+ 1.27896  150.91 -0.47 
+ 1.27389  149.09 -0.47 
+ 1.2727  148.686 -0.47 
+ 1.26839  147.27 -0.47 
+ 1.26252  145.45 -0.47 
+ 1.2576  144.01 -0.47 
+ 1.25627  143.64 -0.47 
+ 1.24943  141.82 -0.47 
+ 1.2424  140.036 -0.47 
+ 1.24225  140 -0.47 
+ 1.23441  138.18 -0.47 
+ 1.2273  136.603 -0.47 
+ 1.22612  136.36 -0.47 
+ 1.21699  134.55 -0.47 
+ 1.2121  133.613 -0.47 
+ 1.20716  132.73 -0.47 
+ 1.197  130.979 -0.47 
+ 1.19656  130.91 -0.47 
+ 1.18451  129.09 -0.47 
+ 1.1818  128.693 -0.47 
+ 1.17099  127.27 -0.47 
+ 1.1667  126.722 -0.47 
+ 1.15516  125.45 -0.47 
+ 1.1515  125.061 -0.47 
+ 1.1364  123.709 -0.47 
+ 1.13542  123.64 -0.47 
+ 1.1212  122.663 -0.47 
+ 1.1061  121.925 -0.47 
+ 1.10232  121.82 -0.47 
+ 1.0909  121.511 -0.47 
+ 1.0758  121.429 -0.47 
+ 1.0606  121.693 -0.47 
+ 1.05756  121.82 -0.47 
+ 1.0455  122.323 -0.47 
+ 1.0303  123.337 -0.47 
+ 1.0271  123.64 -0.47 
+ 1.0152  124.762 -0.47 
+ 1.0096  125.45 -0.47 
+ 1  126.647 -0.47 
+
+ 2.28181  0 -0.47 
+ 2.28035  1.82 -0.47 
+ 2.27604  3.64 -0.47 
+ 2.2727  4.48923 -0.47 
+ 2.26875  5.45 -0.47 
+ 2.25861  7.27 -0.47 
+ 2.2576  7.41338 -0.47 
+ 2.24524  9.09 -0.47 
+ 2.2424  9.41166 -0.47 
+ 2.22891  10.91 -0.47 
+ 2.2273  11.0635 -0.47 
+ 2.2121  12.4664 -0.47 
+ 2.2092  12.73 -0.47 
+ 2.197  13.6991 -0.47 
+ 2.18618  14.55 -0.47 
+ 2.1818  14.853 -0.47 
+ 2.1667  15.8836 -0.47 
+ 2.15963  16.36 -0.47 
+ 2.1515  16.8502 -0.47 
+ 2.1364  17.7607 -0.47 
+ 2.12936  18.18 -0.47 
+ 2.1212  18.6134 -0.47 
+ 2.1061  19.4138 -0.47 
+ 2.09516  20 -0.47 
+ 2.0909  20.2025 -0.47 
+ 2.0758  20.9012 -0.47 
+ 2.0606  21.6294 -0.47 
+ 2.05656  21.82 -0.47 
+ 2.0455  22.2738 -0.47 
+ 2.0303  22.8956 -0.47 
+ 2.0152  23.5553 -0.47 
+ 2.01316  23.64 -0.47 
+ 2  24.0966 -0.47 
+ 1.9848  24.629 -0.47 
+ 1.9697  25.1974 -0.47 
+ 1.96292  25.45 -0.47 
+ 1.9545  25.7014 -0.47 
+ 1.9394  26.1195 -0.47 
+ 1.9242  26.536 -0.47 
+ 1.9091  26.9723 -0.47 
+ 1.89863  27.27 -0.47 
+ 1.8939  27.3558 -0.47 
+ 1.8788  27.4532 -0.47 
+ 1.86897  27.27 -0.47 
+ 1.87725  25.45 -0.47 
+ 1.8788  25.3425 -0.47 
+ 1.8939  23.8905 -0.47 
+ 1.89558  23.64 -0.47 
+ 1.9091  22.5545 -0.47 
+ 1.91554  21.82 -0.47 
+ 1.9242  21.1147 -0.47 
+ 1.93492  20 -0.47 
+ 1.9394  19.6179 -0.47 
+ 1.95327  18.18 -0.47 
+ 1.9545  18.0659 -0.47 
+ 1.9697  16.4845 -0.47 
+ 1.97074  16.36 -0.47 
+ 1.9848  14.7987 -0.47 
+ 1.98682  14.55 -0.47 
+ 2  12.9017 -0.47 
+ 2.00128  12.73 -0.47 
+ 2.01408  10.91 -0.47 
+ 2.0152  10.7286 -0.47 
+ 2.02524  9.09 -0.47 
+ 2.0303  8.05141 -0.47 
+ 2.03427  7.27 -0.47 
+ 2.04144  5.45 -0.47 
+ 2.0455  3.93286 -0.47 
+ 2.04637  3.64 -0.47 
+ 2.04966  1.82 -0.47 
+ 2.05072  0 -0.47 
+
+
+# Contour 28, label:    -0.48
+ 1.26014  180 -0.48 
+ 1.25998  178.18 -0.48 
+ 1.2595  176.36 -0.48 
+ 1.2587  174.55 -0.48 
+ 1.2576  172.768 -0.48 
+ 1.25758  172.73 -0.48 
+ 1.25607  170.91 -0.48 
+ 1.25422  169.09 -0.48 
+ 1.25203  167.27 -0.48 
+ 1.2495  165.45 -0.48 
+ 1.24663  163.64 -0.48 
+ 1.24341  161.82 -0.48 
+ 1.2424  161.302 -0.48 
+ 1.23975  160 -0.48 
+ 1.23568  158.18 -0.48 
+ 1.23124  156.36 -0.48 
+ 1.2273  154.873 -0.48 
+ 1.22638  154.55 -0.48 
+ 1.22088  152.73 -0.48 
+ 1.21498  150.91 -0.48 
+ 1.2121  150.078 -0.48 
+ 1.20846  149.09 -0.48 
+ 1.20134  147.27 -0.48 
+ 1.197  146.223 -0.48 
+ 1.19349  145.45 -0.48 
+ 1.18478  143.64 -0.48 
+ 1.1818  143.049 -0.48 
+ 1.17498  141.82 -0.48 
+ 1.1667  140.401 -0.48 
+ 1.16403  140 -0.48 
+ 1.1515  138.207 -0.48 
+ 1.15128  138.18 -0.48 
+ 1.1364  136.432 -0.48 
+ 1.13563  136.36 -0.48 
+ 1.1212  135.058 -0.48 
+ 1.11371  134.55 -0.48 
+ 1.1061  134.052 -0.48 
+ 1.0909  133.422 -0.48 
+ 1.0758  133.174 -0.48 
+ 1.0606  133.327 -0.48 
+ 1.0455  133.904 -0.48 
+ 1.03592  134.55 -0.48 
+ 1.0303  134.936 -0.48 
+ 1.01625  136.36 -0.48 
+ 1.0152  136.47 -0.48 
+ 1.003  138.18 -0.48 
+ 1  138.612 -0.48 
+
+ 2.19757  0 -0.48 
+ 2.197  0.589209 -0.48 
+ 2.19542  1.82 -0.48 
+ 2.18887  3.64 -0.48 
+ 2.1818  4.94148 -0.48 
+ 2.17831  5.45 -0.48 
+ 2.1667  6.81384 -0.48 
+ 2.16172  7.27 -0.48 
+ 2.1515  8.07183 -0.48 
+ 2.1364  9.01895 -0.48 
+ 2.13308  9.09 -0.48 
+ 2.1212  9.31904 -0.48 
+ 2.1162  9.09 -0.48 
+ 2.10889  7.27 -0.48 
+ 2.10999  5.45 -0.48 
+ 2.1118  3.64 -0.48 
+ 2.11311  1.82 -0.48 
+ 2.11358  0 -0.48 
+
+
+# Contour 29, label:    -0.49
+ 1.19339  180 -0.49 
+ 1.19317  178.18 -0.49 
+ 1.19251  176.36 -0.49 
+ 1.19141  174.55 -0.49 
+ 1.18985  172.73 -0.49 
+ 1.18786  170.91 -0.49 
+ 1.18542  169.09 -0.49 
+ 1.18253  167.27 -0.49 
+ 1.1818  166.873 -0.49 
+ 1.17896  165.45 -0.49 
+ 1.17481  163.64 -0.49 
+ 1.17017  161.82 -0.49 
+ 1.1667  160.591 -0.49 
+ 1.16481  160 -0.49 
+ 1.15843  158.18 -0.49 
+ 1.1515  156.37 -0.49 
+ 1.15145  156.36 -0.49 
+ 1.14278  154.55 -0.49 
+ 1.1364  153.31 -0.49 
+ 1.13277  152.73 -0.49 
+ 1.1212  151.008 -0.49 
+ 1.12035  150.91 -0.49 
+ 1.1061  149.367 -0.49 
+ 1.10232  149.09 -0.49 
+ 1.0909  148.305 -0.49 
+ 1.0758  147.788 -0.49 
+ 1.0606  147.832 -0.49 
+ 1.0455  148.469 -0.49 
+ 1.03807  149.09 -0.49 
+ 1.0303  149.771 -0.49 
+ 1.02191  150.91 -0.49 
+ 1.0152  151.868 -0.49 
+ 1.0108  152.73 -0.49 
+ 1.00203  154.55 -0.49 
+ 1  154.997 -0.49 
+
Index: examples/Test/Zmat/Dep_tgt.awk
===================================================================
--- examples/Test/Zmat/Dep_tgt.awk	(revision 3)
+++ examples/Test/Zmat/Dep_tgt.awk	(revision 4)
@@ -1,19 +0,0 @@
-BEGIN{
-it=-1
-pi=3.14159265358979
-}
-{ if ($1=="PATHNAME") { i=index($3,",");  if (i==0) {Nom=$3} else {Nom=substr($3,1,i-1) }; Nom=Nom "_tgt_";next}
-}
-
-/Visualization of tangents/,/END of tangents/ {
-    if ($1=="Visualization") { it++; File=Nom  it ".dat"; 
-               print "#Tangents for Iopt=" it > File; next;}
-    if ($1=="END") { next }
-    if (NF==0) {print "" >> File; next}
-    printf(" %12.5f %12.5f %12.5f",$1*1.,$2*1.,$3*180./pi) >> File
-	for(j=4;j<=NF;j+=3) { printf(" %12.5f %12.5f %12.5f",$j*1.,$(j+1)*180./pi,$(j+2)*180./pi) >> File }  
-    print "" >> File
-	}
-END{
-}
-   
Index: examples/Test/Zmat/Path2dat.awk
===================================================================
--- examples/Test/Zmat/Path2dat.awk	(revision 3)
+++ examples/Test/Zmat/Path2dat.awk	(revision 4)
@@ -1,15 +0,0 @@
-BEGIN{
-	Nat=3
-Pi=3.141592653589793238462643383
-ConvDeg=1.
-}
-{ getline;
- getline; printf(" %.6f ",$3)
- getline; printf(" %.6f %.6f",$3,$5*ConvDeg)
- for (i=4;i<=Nat;i++) {
- getline; printf(" %.6f %.6f %.6f ",$3,$5*ConvDeg,$7*ConvDeg)
- }
-  print ""
- }
- END{
-	 }
Index: examples/Test/Zmat/Dep_tscan_m
===================================================================
--- examples/Test/Zmat/Dep_tscan_m	(revision 3)
+++ examples/Test/Zmat/Dep_tscan_m	(revision 4)
@@ -1,102 +0,0 @@
-#!/bin/bash
-export LANG=C
-if [ $# -lt 3 ]; then
- echo "Use: $0 File.out MaxCyc PathName [PES] [T]"
- exit
-fi
-Fout=$1
-ItMax=$2
-Nom=$3
-PES=$4
-Tgt=$5
-
-NomGplot=${Nom}_m.gplot
-yr="[-0.50:-0.42]"
-
-if [ ! -s list ]; then
- echo "File list is missing"
- exit
-fi
-awk -f Dep_tgt.awk $Fout 
-cat <<EOF > $NomGplot
-#!/usr/bin/gnuplot -persist
- set pointsize 2
- unset key
-EOF
-let ItM=ItMax-1
-for i in `seq 0 $ItM`
-  do
- xyz2scan ${Nom}_cart.${i} > /dev/null
- mv Scan.dat ${Nom}_${i}.dat
- cat <<EOF >>  $NomGplot
- set multiplot
- set origin 0.,0.
- set size 0.5
- clear
- set xrange [1.:2.5]
- set yrange [-10:190]
- plot "HCN_irc.dat" u 1:3 w l
-EOF
- if [ "$PES" != "" ]; then
-  echo "replot \"HCN_PES_2D.dat\" u 1:2 w l 2, \"HCN_PES_2D.dat\" u 1:(-\$2) w l 2,\"HCN_PES_2D.dat\" u 1:(360-\$2) w l 2" >> $NomGplot
- fi
- if [ -s ${Nom}_spline.${i} ]; then
- echo "replot \"${Nom}_${i}.dat\" u 1:3 w p 5" >> $NomGplot
- echo "replot \"${Nom}_spline.${i}\" u 2:4 w l" >> $NomGplot
- elif [  -s ${Nom}_dbgtgt_${i}.dat ]; then
- echo "replot \"${Nom}_${i}.dat\" u 1:3 w p 5" >> $NomGplot
- echo "replot \"${Nom}_dbgtgt_${i}.dat\" u 2:(\$4*180./pi) w l" >> $NomGplot
- else
- echo "replot \"${Nom}_${i}.dat\" u 1:3 w lp 5" >> $NomGplot
-fi
- if [ "$Tgt" != "" ]; then
-  echo "replot \"${Nom}_tgt_${i}.dat\" u 1:3 w l" >> $NomGplot
- fi
- cat <<EOF >>  $NomGplot
- set origin .505,0.
-# set size 0.5
- clear
- set yrange $yr
- set xrange [-10:190]
-EOF
- echo "plot \"${Nom}_${i}.dat\" u 3:4 t \"E\" w lp" >> $NomGplot
- echo "unset multiplot" >> $NomGplot
- echo "pause -1" >> $NomGplot
- done
-let i=ItMax
- xyz2scan ${Nom}_cart.${i} > /dev/null
- mv Scan.dat ${Nom}_${i}.dat
- cat <<EOF >>  $NomGplot
- set multiplot
- set origin 0.,0.
-# set size 0.5
- clear
- set xrange [1.:2.5]
- set yrange [-10:190]
- plot "HCN_irc.dat" u 1:3 w l
-EOF
- if [ "$PES" != "" ]; then
-  echo "replot \"HCN_PES_2D.dat\" u 1:2 w l 2, \"HCN_PES_2D.dat\" u 1:(-\$2) w l 2,\"HCN_PES_2D.dat\" u 1:(360-\$2) w l 2" >> $NomGplot
- fi
- if [ -s ${Nom}_spline.${i} ]; then
- echo "replot \"${Nom}_${i}.dat\" u 1:3 w p 5" >> $NomGplot
- echo "replot \"${Nom}_spline.${i}\" u 2:4 w l" >> $NomGplot
- elif [  -s ${Nom}_dbgtgt_${i}.dat ]; then
- echo "replot \"${Nom}_${i}.dat\" u 1:3 w p 5" >> $NomGplot
- echo "replot \"${Nom}_dbgtgt_${i}.dat\" u 2:(\$4*180./pi) w l" >> $NomGplot
- else
- echo "replot \"${Nom}_${i}.dat\" u 1:3 w lp 5" >> $NomGplot
-fi
- cat <<EOF >>  $NomGplot
- set origin .505,0.
-# set size  0.5
- clear
- set yrange $yr
- set xrange [-10:190]
-EOF
- echo "plot \"${Nom}_${i}.dat\" u 3:4 t \"E\" w lp" >> $NomGplot
- echo "unset multiplot" >> $NomGplot
- echo "pause -1" >> $NomGplot
-
-chmod u+x ./$NomGplot
-echo "./$NomGplot      to see the path"
\ No newline at end of file
Index: examples/Test/Zmat/Dep_tscan_movie
===================================================================
--- examples/Test/Zmat/Dep_tscan_movie	(revision 3)
+++ examples/Test/Zmat/Dep_tscan_movie	(revision 4)
@@ -1,86 +0,0 @@
-#!/bin/bash
-export LANG=C
-if [ $# -lt 3 ]; then
- echo "Use: $0 File.out MaxCyc PathName [PES] [T]"
- exit
-fi
-Fout=$1
-ItMax=$2
-Nom=$3
-PES=$4
-Tgt=$5
-
-NGplot=${Nom}_movie.gplot
-
-# For gif files (that may be joined into an mpeg)
-Term=gif
-Ext=gif
-# For postscript eps files
-#Term="postscript eps enhanced color solid"
-#Ext=eps
-# DefTerm is the default terminal (=screen)
-# wxt is better for Linux, but x11 is more general
-DefTerm=x11
-if [ ! -s list ]; then
- echo "File list is missing"
- exit
-fi
-awk -f Dep_tgt.awk $Fout 
-cat <<EOF > $NGplot
-#!/usr/bin/gnuplot 
- set xrange [1.:2.25]
- set yrange [-10:190]
- set pointsize 2
- set style line 1 linetype 3 pointtype 3 linewidth 3
- unset key
- set term $DefTerm
-EOF
-let ItM=ItMax-1
-for i in `seq 0 $ItM`
-  do
- xyz2scan ${Nom}_cart.${i} > /dev/null
- mv Scan.dat ${Nom}_${i}.dat
- echo "plot \"HCN_irc.dat\" u 1:3 w l lw 2" >> ${NGplot}
- if [ "$PES" != "" ]; then
-  echo "replot \"HCN_PES_2D.dat\" u 1:2 w l 2, \"HCN_PES_2D.dat\" u 1:(-\$2) w l 2,\"HCN_PES_2D.dat\" u 1:(360-\$2) w l 2" >> ${NGplot}
- fi
- if [ -s ${Nom}_spline.${i} ]; then
- echo "replot \"${Nom}_${i}.dat\" u 1:3 w p ls 1" >> ${NGplot}
- echo "replot \"${Nom}_spline.${i}\" u 2:4 w l ls 1" >> ${NGplot}
- elif [  -s ${Nom}_dbgtgt_${i}.dat ]; then
- echo "replot \"${Nom}_${i}.dat\" u 1:3 w p ls 1" >> ${NGplot}
- echo "replot \"${Nom}_dbgtgt_${i}.dat\" u 2:(\$4*180./pi) w l ls 1" >> ${NGplot}
- else
- echo "replot \"${Nom}_${i}.dat\" u 1:3 w lp ls 1" >> ${NGplot}
-fi
- if [ "$Tgt" != "" ]; then
-  echo "replot \"${Nom}_tgt_${i}.dat\" u 1:3 w l" >> ${NGplot}
- fi
- IMov=`echo $i | awk '{ It="000" $1; l=length(It); print substr(It,l-2,3)}' `
- cat <<EOF >> ${NGplot}
- pause 0.5
- set term $Term
- set output "${Nom}_${IMov}.$Ext"
- replot
- unset output
- set term $DefTerm
-EOF
- done
-let i=ItMax
- awk -f Path2dat.awk  ${Nom}.${i} > ${Nom}_${i}.dat
- echo "plot \"HCN_irc.dat\" u 1:3 w l lw 2" >> ${NGplot}
- if [ "$PES" != "" ]; then
-  echo "replot \"HCN_PES_2D.dat\" u 1:2 w l 2, \"HCN_PES_2D.dat\" u 1:(-\$2) w l 2,\"HCN_PES_2D.dat\" u 1:(360-\$2) w l 2" >> ${NGplot}
- fi
- echo "replot \"${Nom}_${i}.dat\" u 1:3 w lp ls 1" >> ${NGplot}
- IMov=`echo $i | awk '{ It="000" $1; l=length(It); print substr(It,l-2,3)}' `
- cat <<EOF >> ${NGplot}
- set term $Term
- set output "${Nom}_${IMov}.$Ext"
- replot
- unset output
- set term $DefTerm
-EOF
-
-echo "./${NGplot}      to see the path"
-chmod u+x ./${NGplot}
\ No newline at end of file
Index: examples/Test/Zmat/Dep_tscan_p
===================================================================
--- examples/Test/Zmat/Dep_tscan_p	(revision 3)
+++ examples/Test/Zmat/Dep_tscan_p	(revision 4)
@@ -1,113 +0,0 @@
-#!/bin/bash
-export LANG=C
-if [ $# -lt 3 ]; then
- echo "Use: $0 File.out MaxCyc PathName [PES] [T]"
- exit
-fi
-Fout=$1
-ItMax=$2
-Nom=$3
-PES=$4
-Tgt=$5
-
-NomGplot=${Nom}_p.gplot
-if [ ! -s list ]; then
- echo "File list is missing"
- exit
-fi
-
-if [ -s ${Nom}_cart.0 ]; then
- Ext=_cart
-elif [ -s ${Nom}.0 ]; then
- Ext=""
-else
- echo "Cannot find ${Nom}.0 nor ${Nom}_cart.0 -- ERROR"
- exit
-fi
-
-awk -f Dep_tgt.awk $Fout 
-cat <<EOF > $NomGplot
-#!/usr/bin/gnuplot -persist
- set term x11
- set pointsize 2
- set origin 0.,0.
- set size square 1
-EOF
-let ItM=ItMax-1
-for i in `seq 0 $ItM`
-  do
- xyz2scan ${Nom}${Ext}.${i} > /dev/null
- mv Scan.dat ${Nom}_${i}.dat
-if [ "$Ext" = "" ]; then
-# We are analysing a calculation done in cartesian. 
-# We have to  analyse the spline file and maybe also the tangent file.
- if [ -s ${Nom}_spline.${i} ]; then
-   xyz2scan ${Nom}_spline.${i}  > /dev/null
-   mv Scan.dat  ${Nom}_spline_${i}.dat
- fi
- if [  -s ${Nom}_dbgtgt.${i} ]; then
-   xyz2scan ${Nom}_dbgtgt.${i}  > /dev/null
-   mv Scan.dat  ${Nom}_dbgtgt_${i}.dat
- fi
-fi
-  
- cat <<EOF >>  $NomGplot
- clear
- set xrange [1.:2.5]
- set yrange [-10:190]
- plot "HCN_irc.dat" u 1:3 w l
-EOF
- if [ "$PES" != "" ]; then
-  echo "replot \"HCN_PES_2D.dat\" u 1:2 w l 2, \"HCN_PES_2D.dat\" u 1:(-\$2) w l 2,\"HCN_PES_2D.dat\" u 1:(360-\$2) w l 2" >> $NomGplot
- fi
- if [ "$Ext" = "_cart" ]; then
-   if [ -s ${Nom}_spline.${i} ]; then
-     echo "replot \"${Nom}_${i}.dat\" u 1:3 w p 5" >> $NomGplot
-     echo "replot \"${Nom}_spline.${i}\" u 2:4 w l" >> $NomGplot
-   elif [  -s ${Nom}_dbgtgt.${i} ]; then
-     echo "replot \"${Nom}_${i}.dat\" u 1:3 w p 5" >> $NomGplot
-     echo "replot \"${Nom}_dbgtgt.${i}\" u 2:(\$4*180./pi) w l" >> $NomGplot
-   else
-     echo "replot \"${Nom}_${i}.dat\" u 1:3 w lp 5" >> $NomGplot
-   fi
- else
-   if [ -s ${Nom}_spline_${i}.dat ]; then
-     echo "replot \"${Nom}_${i}.dat\" u 1:3 w p 5" >> $NomGplot
-     echo "replot \"${Nom}_spline_${i}.dat\" u 1:3 w lp" >> $NomGplot
-   elif [  -s ${Nom}_dbgtgt_${i}.dat ]; then
-     echo "replot \"${Nom}_${i}.dat\" u 1:3 w p 5" >> $NomGplot
-     echo "replot \"${Nom}_dbgtgt_${i}.dat\" u 1:3 w l" >> $NomGplot
-   else
-     echo "replot \"${Nom}_${i}.dat\" u 1:3 w lp 5" >> $NomGplot
-   fi
- fi
- if [ "$Tgt" != "" ]; then
-  echo "replot \"${Nom}_tgt_${i}.dat\" u 1:3 w l" >> $NomGplot
- fi
- echo "pause -1" >> $NomGplot
- done
-let i=ItMax
- xyz2scan ${Nom}${Ext}.${i} > /dev/null
- mv Scan.dat ${Nom}_${i}.dat
- cat <<EOF >>  $NomGplot
- clear
- set xrange [1.:2.5]
- set yrange [-10:190]
- plot "HCN_irc.dat" u 1:3 w l
-EOF
- if [ "$PES" != "" ]; then
-  echo "replot \"HCN_PES_2D.dat\" u 1:2 w l 2, \"HCN_PES_2D.dat\" u 1:(-\$2) w l 2,\"HCN_PES_2D.dat\" u 1:(360-\$2) w l 2" >> $NomGplot
- fi
- if [ -s ${Nom}_spline.${i} ]; then
- echo "replot \"${Nom}_${i}.dat\" u 1:3 w p 5" >> $NomGplot
- echo "replot \"${Nom}_spline.${i}\" u 2:4 w l" >> $NomGplot
- elif [  -s ${Nom}_dbgtgt_${i}.dat ]; then
- echo "replot \"${Nom}_${i}.dat\" u 1:3 w p 5" >> $NomGplot
- echo "replot \"${Nom}_dbgtgt_${i}.dat\" u 2:(\$4*180./pi) w l" >> $NomGplot
- else
- echo "replot \"${Nom}_${i}.dat\" u 1:3 w lp 5" >> $NomGplot
-fi
- echo "pause -1" >> $NomGplot
-chmod u+x $NomGplot
-
-echo "./$NomGplot      to see the path"
\ No newline at end of file
Index: examples/Test/Zmat/HCN_PES_2D.dat
===================================================================
--- examples/Test/Zmat/HCN_PES_2D.dat	(revision 3)
+++ examples/Test/Zmat/HCN_PES_2D.dat	(revision 4)
@@ -1,5334 +1 @@
-
-#Surface 0 of 1 surfaces
-
-# Contour 0, label:     -0.2
- 1.76942  0 -0.2 
- 1.76781  1.82 -0.2 
- 1.76288  3.64 -0.2 
- 1.7576  4.7807 -0.2 
- 1.75456  5.45 -0.2 
- 1.7428  7.27 -0.2 
- 1.7424  7.3191 -0.2 
- 1.72779  9.09 -0.2 
- 1.7273  9.14015 -0.2 
- 1.7121  10.6404 -0.2 
- 1.70928  10.91 -0.2 
- 1.697  11.9528 -0.2 
- 1.68718  12.73 -0.2 
- 1.6818  13.1275 -0.2 
- 1.6667  14.1936 -0.2 
- 1.66134  14.55 -0.2 
- 1.6515  15.1821 -0.2 
- 1.6364  16.0871 -0.2 
- 1.63158  16.36 -0.2 
- 1.6212  16.9562 -0.2 
- 1.6061  17.7642 -0.2 
- 1.59772  18.18 -0.2 
- 1.5909  18.5329 -0.2 
- 1.5758  19.2757 -0.2 
- 1.5606  19.9479 -0.2 
- 1.55939  20 -0.2 
- 1.5455  20.6439 -0.2 
- 1.5303  21.2835 -0.2 
- 1.51645  21.82 -0.2 
- 1.5152  21.8731 -0.2 
- 1.5  22.4981 -0.2 
- 1.4848  23.0684 -0.2 
- 1.4697  23.5895 -0.2 
- 1.46818  23.64 -0.2 
- 1.4545  24.1489 -0.2 
- 1.4394  24.6708 -0.2 
- 1.4242  25.15 -0.2 
- 1.4141  25.45 -0.2 
- 1.4091  25.622 -0.2 
- 1.3939  26.1182 -0.2 
- 1.3788  26.5759 -0.2 
- 1.3636  26.9989 -0.2 
- 1.3533  27.27 -0.2 
- 1.3485  27.4178 -0.2 
- 1.3333  27.8629 -0.2 
- 1.3182  28.276 -0.2 
- 1.303  28.6603 -0.2 
- 1.2879  29.0186 -0.2 
- 1.28475  29.09 -0.2 
- 1.2727  29.414 -0.2 
- 1.2576  29.7987 -0.2 
- 1.2424  30.1591 -0.2 
- 1.2273  30.4975 -0.2 
- 1.2121  30.8162 -0.2 
- 1.20747  30.91 -0.2 
- 1.197  31.1645 -0.2 
- 1.1818  31.5136 -0.2 
- 1.1667  31.8443 -0.2 
- 1.1515  32.1589 -0.2 
- 1.1364  32.4592 -0.2 
- 1.12213  32.73 -0.2 
- 1.1212  32.7513 -0.2 
- 1.1061  33.0892 -0.2 
- 1.0909  33.4149 -0.2 
- 1.0758  33.7309 -0.2 
- 1.0606  34.0394 -0.2 
- 1.0455  34.3427 -0.2 
- 1.03501  34.55 -0.2 
- 1.0303  34.6614 -0.2 
- 1.0152  35.0187 -0.2 
- 1  35.3762 -0.2 
-
-
-# Contour 1, label:    -0.21
- 1.77431  0 -0.21 
- 1.7727  1.7229 -0.21 
- 1.77262  1.82 -0.21 
- 1.76784  3.64 -0.21 
- 1.75958  5.45 -0.21 
- 1.7576  5.76299 -0.21 
- 1.74806  7.27 -0.21 
- 1.7424  7.96423 -0.21 
- 1.73311  9.09 -0.21 
- 1.7273  9.68053 -0.21 
- 1.71461  10.91 -0.21 
- 1.7121  11.1261 -0.21 
- 1.697  12.3894 -0.21 
- 1.6927  12.73 -0.21 
- 1.6818  13.5346 -0.21 
- 1.66695  14.55 -0.21 
- 1.6667  14.5664 -0.21 
- 1.6515  15.5418 -0.21 
- 1.63747  16.36 -0.21 
- 1.6364  16.4229 -0.21 
- 1.6212  17.2909 -0.21 
- 1.6061  18.0724 -0.21 
- 1.60393  18.18 -0.21 
- 1.5909  18.854 -0.21 
- 1.5758  19.5727 -0.21 
- 1.56608  20 -0.21 
- 1.5606  20.2579 -0.21 
- 1.5455  20.9394 -0.21 
- 1.5303  21.5585 -0.21 
- 1.52355  21.82 -0.21 
- 1.5152  22.1756 -0.21 
- 1.5  22.7808 -0.21 
- 1.4848  23.3331 -0.21 
- 1.47585  23.64 -0.21 
- 1.4697  23.8762 -0.21 
- 1.4545  24.4277 -0.21 
- 1.4394  24.9334 -0.21 
- 1.4242  25.398 -0.21 
- 1.42245  25.45 -0.21 
- 1.4091  25.9089 -0.21 
- 1.3939  26.3901 -0.21 
- 1.3788  26.8343 -0.21 
- 1.3636  27.245 -0.21 
- 1.36265  27.27 -0.21 
- 1.3485  27.7059 -0.21 
- 1.3333  28.1384 -0.21 
- 1.3182  28.5401 -0.21 
- 1.303  28.914 -0.21 
- 1.29552  29.09 -0.21 
- 1.2879  29.3029 -0.21 
- 1.2727  29.704 -0.21 
- 1.2576  30.0791 -0.21 
- 1.2424  30.4307 -0.21 
- 1.2273  30.7613 -0.21 
- 1.22015  30.91 -0.21 
- 1.2121  31.1107 -0.21 
- 1.197  31.4724 -0.21 
- 1.1818  31.8144 -0.21 
- 1.1667  32.1389 -0.21 
- 1.1515  32.4481 -0.21 
- 1.13713  32.73 -0.21 
- 1.1364  32.7472 -0.21 
- 1.1212  33.094 -0.21 
- 1.1061  33.4274 -0.21 
- 1.0909  33.7496 -0.21 
- 1.0758  34.0629 -0.21 
- 1.0606  34.3696 -0.21 
- 1.0516  34.55 -0.21 
- 1.0455  34.6963 -0.21 
- 1.0303  35.055 -0.21 
- 1.0152  35.4118 -0.21 
- 1  35.7699 -0.21 
-
-
-# Contour 2, label:    -0.22
- 1.77952  0 -0.22 
- 1.77787  1.82 -0.22 
- 1.77282  3.64 -0.22 
- 1.7727  3.66687 -0.22 
- 1.76483  5.45 -0.22 
- 1.7576  6.59385 -0.22 
- 1.75332  7.27 -0.22 
- 1.7424  8.60937 -0.22 
- 1.73844  9.09 -0.22 
- 1.7273  10.2209 -0.22 
- 1.72019  10.91 -0.22 
- 1.7121  11.6057 -0.22 
- 1.69829  12.73 -0.22 
- 1.697  12.828 -0.22 
- 1.6818  13.9417 -0.22 
- 1.6729  14.55 -0.22 
- 1.6667  14.9592 -0.22 
- 1.6515  15.9015 -0.22 
- 1.64364  16.36 -0.22 
- 1.6364  16.787 -0.22 
- 1.6212  17.6256 -0.22 
- 1.61036  18.18 -0.22 
- 1.6061  18.4065 -0.22 
- 1.5909  19.1751 -0.22 
- 1.5758  19.8697 -0.22 
- 1.57284  20 -0.22 
- 1.5606  20.576 -0.22 
- 1.5455  21.2349 -0.22 
- 1.53067  21.82 -0.22 
- 1.5303  21.8359 -0.22 
- 1.5152  22.4781 -0.22 
- 1.5  23.0635 -0.22 
- 1.4848  23.5978 -0.22 
- 1.48357  23.64 -0.22 
- 1.4697  24.1726 -0.22 
- 1.4545  24.7064 -0.22 
- 1.4394  25.1961 -0.22 
- 1.43104  25.45 -0.22 
- 1.4242  25.6896 -0.22 
- 1.4091  26.1957 -0.22 
- 1.3939  26.6621 -0.22 
- 1.3788  27.0928 -0.22 
- 1.37222  27.27 -0.22 
- 1.3636  27.5414 -0.22 
- 1.3485  27.9941 -0.22 
- 1.3333  28.4139 -0.22 
- 1.3182  28.8041 -0.22 
- 1.30635  29.09 -0.22 
- 1.303  29.1858 -0.22 
- 1.2879  29.6038 -0.22 
- 1.2727  29.9941 -0.22 
- 1.2576  30.3594 -0.22 
- 1.2424  30.7024 -0.22 
- 1.23279  30.91 -0.22 
- 1.2273  31.052 -0.22 
- 1.2121  31.4267 -0.22 
- 1.197  31.7804 -0.22 
- 1.1818  32.1152 -0.22 
- 1.1667  32.4336 -0.22 
- 1.15188  32.73 -0.22 
- 1.1515  32.7391 -0.22 
- 1.1364  33.0954 -0.22 
- 1.1212  33.4368 -0.22 
- 1.1061  33.7657 -0.22 
- 1.0909  34.0843 -0.22 
- 1.0758  34.3949 -0.22 
- 1.06809  34.55 -0.22 
- 1.0606  34.7304 -0.22 
- 1.0455  35.0914 -0.22 
- 1.0303  35.4486 -0.22 
- 1.0152  35.805 -0.22 
- 1  36.1636 -0.22 
-
-
-# Contour 3, label:    -0.23
- 1.78472  0 -0.23 
- 1.78313  1.82 -0.23 
- 1.77826  3.64 -0.23 
- 1.7727  4.85602 -0.23 
- 1.77008  5.45 -0.23 
- 1.75866  7.27 -0.23 
- 1.7576  7.40272 -0.23 
- 1.74388  9.09 -0.23 
- 1.7424  9.24194 -0.23 
- 1.7273  10.7613 -0.23 
- 1.72577  10.91 -0.23 
- 1.7121  12.0854 -0.23 
- 1.70418  12.73 -0.23 
- 1.697  13.2743 -0.23 
- 1.6818  14.3487 -0.23 
- 1.67886  14.55 -0.23 
- 1.6667  15.352 -0.23 
- 1.6515  16.2613 -0.23 
- 1.64981  16.36 -0.23 
- 1.6364  17.151 -0.23 
- 1.6212  17.9603 -0.23 
- 1.6169  18.18 -0.23 
- 1.6061  18.7543 -0.23 
- 1.5909  19.4962 -0.23 
- 1.57978  20 -0.23 
- 1.5758  20.1926 -0.23 
- 1.5606  20.8942 -0.23 
- 1.5455  21.5304 -0.23 
- 1.53816  21.82 -0.23 
- 1.5303  22.1603 -0.23 
- 1.5152  22.7807 -0.23 
- 1.5  23.3462 -0.23 
- 1.4916  23.64 -0.23 
- 1.4848  23.9056 -0.23 
- 1.4697  24.469 -0.23 
- 1.4545  24.9851 -0.23 
- 1.43969  25.45 -0.23 
- 1.4394  25.4606 -0.23 
- 1.4242  25.9928 -0.23 
- 1.4091  26.4826 -0.23 
- 1.3939  26.9341 -0.23 
- 1.38186  27.27 -0.23 
- 1.3788  27.3698 -0.23 
- 1.3636  27.8435 -0.23 
- 1.3485  28.2822 -0.23 
- 1.3333  28.6894 -0.23 
- 1.3182  29.0681 -0.23 
- 1.31729  29.09 -0.23 
- 1.303  29.4986 -0.23 
- 1.2879  29.9047 -0.23 
- 1.2727  30.2842 -0.23 
- 1.2576  30.6398 -0.23 
- 1.24539  30.91 -0.23 
- 1.2424  30.989 -0.23 
- 1.2273  31.3772 -0.23 
- 1.2121  31.7428 -0.23 
- 1.197  32.0883 -0.23 
- 1.1818  32.4161 -0.23 
- 1.1667  32.7282 -0.23 
- 1.16661  32.73 -0.23 
- 1.1515  33.0938 -0.23 
- 1.1364  33.4436 -0.23 
- 1.1212  33.7796 -0.23 
- 1.1061  34.1039 -0.23 
- 1.0909  34.419 -0.23 
- 1.08451  34.55 -0.23 
- 1.0758  34.7638 -0.23 
- 1.0606  35.1279 -0.23 
- 1.0455  35.4865 -0.23 
- 1.0303  35.8423 -0.23 
- 1.0152  36.1982 -0.23 
- 1.00835  36.36 -0.23 
- 1  36.598 -0.23 
-
-
-# Contour 4, label:    -0.24
- 1.79008  0 -0.24 
- 1.78842  1.82 -0.24 
- 1.7879  2.01348 -0.24 
- 1.7837  3.64 -0.24 
- 1.77557  5.45 -0.24 
- 1.7727  5.91033 -0.24 
- 1.76432  7.27 -0.24 
- 1.7576  8.11549 -0.24 
- 1.74967  9.09 -0.24 
- 1.7424  9.83781 -0.24 
- 1.73164  10.91 -0.24 
- 1.7273  11.2925 -0.24 
- 1.7121  12.565 -0.24 
- 1.71007  12.73 -0.24 
- 1.697  13.7205 -0.24 
- 1.68505  14.55 -0.24 
- 1.6818  14.7672 -0.24 
- 1.6667  15.7448 -0.24 
- 1.65631  16.36 -0.24 
- 1.6515  16.6477 -0.24 
- 1.6364  17.515 -0.24 
- 1.62361  18.18 -0.24 
- 1.6212  18.3097 -0.24 
- 1.6061  19.1021 -0.24 
- 1.5909  19.8173 -0.24 
- 1.58687  20 -0.24 
- 1.5758  20.5358 -0.24 
- 1.5606  21.2123 -0.24 
- 1.54566  21.82 -0.24 
- 1.5455  21.827 -0.24 
- 1.5303  22.4846 -0.24 
- 1.5152  23.0832 -0.24 
- 1.5  23.6289 -0.24 
- 1.49968  23.64 -0.24 
- 1.4848  24.2215 -0.24 
- 1.4697  24.7655 -0.24 
- 1.4545  25.2638 -0.24 
- 1.44857  25.45 -0.24 
- 1.4394  25.7819 -0.24 
- 1.4242  26.2961 -0.24 
- 1.4091  26.7694 -0.24 
- 1.3939  27.2061 -0.24 
- 1.39161  27.27 -0.24 
- 1.3788  27.6871 -0.24 
- 1.3636  28.1455 -0.24 
- 1.3485  28.5703 -0.24 
- 1.3333  28.9648 -0.24 
- 1.3283  29.09 -0.24 
- 1.3182  29.3891 -0.24 
- 1.303  29.8115 -0.24 
- 1.2879  30.2055 -0.24 
- 1.2727  30.5742 -0.24 
- 1.25806  30.91 -0.24 
- 1.2576  30.9226 -0.24 
- 1.2424  31.3245 -0.24 
- 1.2273  31.7024 -0.24 
- 1.2121  32.0588 -0.24 
- 1.197  32.3963 -0.24 
- 1.1818  32.7169 -0.24 
- 1.18117  32.73 -0.24 
- 1.1667  33.0899 -0.24 
- 1.1515  33.4484 -0.24 
- 1.1364  33.7918 -0.24 
- 1.1212  34.1223 -0.24 
- 1.1061  34.4422 -0.24 
- 1.10088  34.55 -0.24 
- 1.0909  34.7969 -0.24 
- 1.0758  35.1648 -0.24 
- 1.0606  35.5255 -0.24 
- 1.0455  35.8816 -0.24 
- 1.0303  36.2359 -0.24 
- 1.02503  36.36 -0.24 
- 1.0152  36.64 -0.24 
- 1  37.0727 -0.24 
-
-
-# Contour 5, label:    -0.25
- 1.79571  0 -0.25 
- 1.79411  1.82 -0.25 
- 1.78923  3.64 -0.25 
- 1.7879  3.93883 -0.25 
- 1.78132  5.45 -0.25 
- 1.7727  6.83008 -0.25 
- 1.76999  7.27 -0.25 
- 1.7576  8.82827 -0.25 
- 1.75547  9.09 -0.25 
- 1.7424  10.4337 -0.25 
- 1.73762  10.91 -0.25 
- 1.7273  11.8203 -0.25 
- 1.71629  12.73 -0.25 
- 1.7121  13.0514 -0.25 
- 1.697  14.1668 -0.25 
- 1.69148  14.55 -0.25 
- 1.6818  15.1969 -0.25 
- 1.6667  16.1376 -0.25 
- 1.66295  16.36 -0.25 
- 1.6515  17.0443 -0.25 
- 1.6364  17.879 -0.25 
- 1.63061  18.18 -0.25 
- 1.6212  18.6871 -0.25 
- 1.6061  19.4499 -0.25 
- 1.59415  20 -0.25 
- 1.5909  20.1599 -0.25 
- 1.5758  20.879 -0.25 
- 1.5606  21.5305 -0.25 
- 1.55348  21.82 -0.25 
- 1.5455  22.1756 -0.25 
- 1.5303  22.809 -0.25 
- 1.5152  23.3857 -0.25 
- 1.50811  23.64 -0.25 
- 1.5  23.9642 -0.25 
- 1.4848  24.5374 -0.25 
- 1.4697  25.0619 -0.25 
- 1.45758  25.45 -0.25 
- 1.4545  25.5633 -0.25 
- 1.4394  26.1031 -0.25 
- 1.4242  26.5993 -0.25 
- 1.4091  27.0563 -0.25 
- 1.4016  27.27 -0.25 
- 1.3939  27.5257 -0.25 
- 1.3788  28.0045 -0.25 
- 1.3636  28.4476 -0.25 
- 1.3485  28.8584 -0.25 
- 1.33945  29.09 -0.25 
- 1.3333  29.2759 -0.25 
- 1.3182  29.7151 -0.25 
- 1.303  30.1243 -0.25 
- 1.2879  30.5064 -0.25 
- 1.2727  30.8643 -0.25 
- 1.27071  30.91 -0.25 
- 1.2576  31.2695 -0.25 
- 1.2424  31.66 -0.25 
- 1.2273  32.0276 -0.25 
- 1.2121  32.3749 -0.25 
- 1.197  32.7042 -0.25 
- 1.19578  32.73 -0.25 
- 1.1818  33.0846 -0.25 
- 1.1667  33.4521 -0.25 
- 1.1515  33.8031 -0.25 
- 1.1364  34.14 -0.25 
- 1.1212  34.4651 -0.25 
- 1.11717  34.55 -0.25 
- 1.1061  34.8302 -0.25 
- 1.0909  35.2025 -0.25 
- 1.0758  35.5658 -0.25 
- 1.0606  35.923 -0.25 
- 1.0455  36.2766 -0.25 
- 1.04192  36.36 -0.25 
- 1.0303  36.6874 -0.25 
- 1.0152  37.1159 -0.25 
- 1  37.5474 -0.25 
-
-
-# Contour 6, label:    -0.26
- 1.80134  0 -0.26 
- 1.7998  1.82 -0.26 
- 1.79511  3.64 -0.26 
- 1.7879  5.25759 -0.26 
- 1.78706  5.45 -0.26 
- 1.77593  7.27 -0.26 
- 1.7727  7.68152 -0.26 
- 1.76155  9.09 -0.26 
- 1.7576  9.50645 -0.26 
- 1.74371  10.91 -0.26 
- 1.7424  11.0267 -0.26 
- 1.7273  12.3481 -0.26 
- 1.72268  12.73 -0.26 
- 1.7121  13.5414 -0.26 
- 1.69797  14.55 -0.26 
- 1.697  14.6165 -0.26 
- 1.6818  15.6265 -0.26 
- 1.66976  16.36 -0.26 
- 1.6667  16.5478 -0.26 
- 1.6515  17.4409 -0.26 
- 1.63768  18.18 -0.26 
- 1.6364  18.251 -0.26 
- 1.6212  19.0645 -0.26 
- 1.6061  19.7977 -0.26 
- 1.60171  20 -0.26 
- 1.5909  20.5308 -0.26 
- 1.5758  21.2222 -0.26 
- 1.56135  21.82 -0.26 
- 1.5606  21.8537 -0.26 
- 1.5455  22.5241 -0.26 
- 1.5303  23.1334 -0.26 
- 1.5166  23.64 -0.26 
- 1.5152  23.6976 -0.26 
- 1.5  24.3017 -0.26 
- 1.4848  24.8534 -0.26 
- 1.4697  25.3583 -0.26 
- 1.46684  25.45 -0.26 
- 1.4545  25.9044 -0.26 
- 1.4394  26.4243 -0.26 
- 1.4242  26.9025 -0.26 
- 1.41172  27.27 -0.26 
- 1.4091  27.36 -0.26 
- 1.3939  27.86 -0.26 
- 1.3788  28.3219 -0.26 
- 1.3636  28.7496 -0.26 
- 1.35074  29.09 -0.26 
- 1.3485  29.16 -0.26 
- 1.3333  29.6166 -0.26 
- 1.3182  30.0412 -0.26 
- 1.303  30.4371 -0.26 
- 1.2879  30.8073 -0.26 
- 1.28352  30.91 -0.26 
- 1.2727  31.213 -0.26 
- 1.2576  31.6164 -0.26 
- 1.2424  31.9954 -0.26 
- 1.2273  32.3528 -0.26 
- 1.2121  32.691 -0.26 
- 1.21031  32.73 -0.26 
- 1.197  33.0787 -0.26 
- 1.1818  33.4553 -0.26 
- 1.1667  33.8142 -0.26 
- 1.1515  34.1578 -0.26 
- 1.1364  34.4882 -0.26 
- 1.1335  34.55 -0.26 
- 1.1212  34.8645 -0.26 
- 1.1061  35.2415 -0.26 
- 1.0909  35.6081 -0.26 
- 1.0758  35.9669 -0.26 
- 1.0606  36.3206 -0.26 
- 1.05891  36.36 -0.26 
- 1.0455  36.7401 -0.26 
- 1.0303  37.1657 -0.26 
- 1.0152  37.5918 -0.26 
- 1  38.0221 -0.26 
-
-
-# Contour 7, label:    -0.27
- 1.80735  0 -0.27 
- 1.80574  1.82 -0.27 
- 1.803  2.84331 -0.27 
- 1.80099  3.64 -0.27 
- 1.79321  5.45 -0.27 
- 1.7879  6.32094 -0.27 
- 1.78213  7.27 -0.27 
- 1.7727  8.47032 -0.27 
- 1.76779  9.09 -0.27 
- 1.7576  10.1646 -0.27 
- 1.75022  10.91 -0.27 
- 1.7424  11.6084 -0.27 
- 1.72919  12.73 -0.27 
- 1.7273  12.879 -0.27 
- 1.7121  14.0314 -0.27 
- 1.70483  14.55 -0.27 
- 1.697  15.0873 -0.27 
- 1.6818  16.0562 -0.27 
- 1.67681  16.36 -0.27 
- 1.6667  16.9807 -0.27 
- 1.6515  17.8375 -0.27 
- 1.6451  18.18 -0.27 
- 1.6364  18.6614 -0.27 
- 1.6212  19.4419 -0.27 
- 1.60943  20 -0.27 
- 1.6061  20.168 -0.27 
- 1.5909  20.9018 -0.27 
- 1.5758  21.5654 -0.27 
- 1.56964  21.82 -0.27 
- 1.5606  22.229 -0.27 
- 1.5455  22.8727 -0.27 
- 1.5303  23.4578 -0.27 
- 1.52537  23.64 -0.27 
- 1.5152  24.0588 -0.27 
- 1.5  24.6391 -0.27 
- 1.4848  25.1693 -0.27 
- 1.4763  25.45 -0.27 
- 1.4697  25.7007 -0.27 
- 1.4545  26.2454 -0.27 
- 1.4394  26.7455 -0.27 
- 1.4242  27.2057 -0.27 
- 1.42202  27.27 -0.27 
- 1.4091  27.7129 -0.27 
- 1.3939  28.1943 -0.27 
- 1.3788  28.6393 -0.27 
- 1.3636  29.0517 -0.27 
- 1.36215  29.09 -0.27 
- 1.3485  29.5169 -0.27 
- 1.3333  29.9573 -0.27 
- 1.3182  30.3673 -0.27 
- 1.303  30.75 -0.27 
- 1.2964  30.91 -0.27 
- 1.2879  31.1561 -0.27 
- 1.2727  31.5726 -0.27 
- 1.2576  31.9633 -0.27 
- 1.2424  32.3309 -0.27 
- 1.2273  32.678 -0.27 
- 1.22496  32.73 -0.27 
- 1.2121  33.0732 -0.27 
- 1.197  33.4592 -0.27 
- 1.1818  33.8261 -0.27 
- 1.1667  34.1764 -0.27 
- 1.1515  34.5124 -0.27 
- 1.14978  34.55 -0.27 
- 1.1364  34.9005 -0.27 
- 1.1212  35.2825 -0.27 
- 1.1061  35.6527 -0.27 
- 1.0909  36.0137 -0.27 
- 1.07614  36.36 -0.27 
- 1.0758  36.3698 -0.27 
- 1.0606  36.7983 -0.27 
- 1.0455  37.2219 -0.27 
- 1.0303  37.6439 -0.27 
- 1.0152  38.0676 -0.27 
- 1.01123  38.18 -0.27 
- 1  38.5617 -0.27 
-
-
-# Contour 8, label:    -0.28
- 1.81353  0 -0.28 
- 1.81198  1.82 -0.28 
- 1.80726  3.64 -0.28 
- 1.803  4.60527 -0.28 
- 1.79942  5.45 -0.28 
- 1.78836  7.27 -0.28 
- 1.7879  7.3306 -0.28 
- 1.77416  9.09 -0.28 
- 1.7727  9.24611 -0.28 
- 1.7576  10.8227 -0.28 
- 1.75674  10.91 -0.28 
- 1.7424  12.1902 -0.28 
- 1.73604  12.73 -0.28 
- 1.7273  13.418 -0.28 
- 1.7121  14.5214 -0.28 
- 1.7117  14.55 -0.28 
- 1.697  15.5581 -0.28 
- 1.68403  16.36 -0.28 
- 1.6818  16.4986 -0.28 
- 1.6667  17.4136 -0.28 
- 1.65259  18.18 -0.28 
- 1.6515  18.241 -0.28 
- 1.6364  19.0718 -0.28 
- 1.6212  19.8193 -0.28 
- 1.61739  20 -0.28 
- 1.6061  20.5698 -0.28 
- 1.5909  21.2727 -0.28 
- 1.57805  21.82 -0.28 
- 1.5758  21.9246 -0.28 
- 1.5606  22.6043 -0.28 
- 1.5455  23.2212 -0.28 
- 1.53436  23.64 -0.28 
- 1.5303  23.8099 -0.28 
- 1.5152  24.42 -0.28 
- 1.5  24.9765 -0.28 
- 1.48592  25.45 -0.28 
- 1.4848  25.4932 -0.28 
- 1.4697  26.0637 -0.28 
- 1.4545  26.5865 -0.28 
- 1.4394  27.0668 -0.28 
- 1.43263  27.27 -0.28 
- 1.4242  27.5642 -0.28 
- 1.4091  28.0658 -0.28 
- 1.3939  28.5286 -0.28 
- 1.3788  28.9567 -0.28 
- 1.37386  29.09 -0.28 
- 1.3636  29.4171 -0.28 
- 1.3485  29.8737 -0.28 
- 1.3333  30.298 -0.28 
- 1.3182  30.6934 -0.28 
- 1.30944  30.91 -0.28 
- 1.303  31.1002 -0.28 
- 1.2879  31.5299 -0.28 
- 1.2727  31.9322 -0.28 
- 1.2576  32.3101 -0.28 
- 1.2424  32.6663 -0.28 
- 1.23962  32.73 -0.28 
- 1.2273  33.0693 -0.28 
- 1.2121  33.4647 -0.28 
- 1.197  33.8397 -0.28 
- 1.1818  34.1969 -0.28 
- 1.1667  34.5386 -0.28 
- 1.16618  34.55 -0.28 
- 1.1515  34.9392 -0.28 
- 1.1364  35.3265 -0.28 
- 1.1212  35.7006 -0.28 
- 1.1061  36.064 -0.28 
- 1.09347  36.36 -0.28 
- 1.0909  36.4331 -0.28 
- 1.0758  36.8624 -0.28 
- 1.0606  37.2848 -0.28 
- 1.0455  37.7037 -0.28 
- 1.0303  38.1221 -0.28 
- 1.02823  38.18 -0.28 
- 1.0152  38.6199 -0.28 
- 1  39.1338 -0.28 
-
-
-# Contour 9, label:    -0.29
- 1.81984  0 -0.29 
- 1.81824  1.82 -0.29 
- 1.8182  1.83352 -0.29 
- 1.81371  3.64 -0.29 
- 1.80589  5.45 -0.29 
- 1.803  5.92941 -0.29 
- 1.79507  7.27 -0.29 
- 1.7879  8.20501 -0.29 
- 1.78099  9.09 -0.29 
- 1.7727  9.97422 -0.29 
- 1.76368  10.91 -0.29 
- 1.7576  11.4672 -0.29 
- 1.74294  12.73 -0.29 
- 1.7424  12.7728 -0.29 
- 1.7273  13.957 -0.29 
- 1.71911  14.55 -0.29 
- 1.7121  15.0368 -0.29 
- 1.697  16.0289 -0.29 
- 1.69164  16.36 -0.29 
- 1.6818  16.9721 -0.29 
- 1.6667  17.8465 -0.29 
- 1.66056  18.18 -0.29 
- 1.6515  18.6881 -0.29 
- 1.6364  19.4821 -0.29 
- 1.62564  20 -0.29 
- 1.6212  20.2274 -0.29 
- 1.6061  20.9716 -0.29 
- 1.5909  21.6437 -0.29 
- 1.58676  21.82 -0.29 
- 1.5758  22.3295 -0.29 
- 1.5606  22.9796 -0.29 
- 1.5455  23.5698 -0.29 
- 1.54363  23.64 -0.29 
- 1.5303  24.1974 -0.29 
- 1.5152  24.7812 -0.29 
- 1.5  25.314 -0.29 
- 1.49595  25.45 -0.29 
- 1.4848  25.8803 -0.29 
- 1.4697  26.4267 -0.29 
- 1.4545  26.9276 -0.29 
- 1.44344  27.27 -0.29 
- 1.4394  27.4155 -0.29 
- 1.4242  27.9377 -0.29 
- 1.4091  28.4187 -0.29 
- 1.3939  28.8629 -0.29 
- 1.38575  29.09 -0.29 
- 1.3788  29.3187 -0.29 
- 1.3636  29.7917 -0.29 
- 1.3485  30.2305 -0.29 
- 1.3333  30.6387 -0.29 
- 1.32268  30.91 -0.29 
- 1.3182  31.0465 -0.29 
- 1.303  31.4895 -0.29 
- 1.2879  31.9036 -0.29 
- 1.2727  32.2919 -0.29 
- 1.2576  32.657 -0.29 
- 1.25447  32.73 -0.29 
- 1.2424  33.0684 -0.29 
- 1.2273  33.4732 -0.29 
- 1.2121  33.8562 -0.29 
- 1.197  34.2202 -0.29 
- 1.18259  34.55 -0.29 
- 1.1818  34.5717 -0.29 
- 1.1667  34.9817 -0.29 
- 1.1515  35.3744 -0.29 
- 1.1364  35.7525 -0.29 
- 1.1212  36.1186 -0.29 
- 1.11103  36.36 -0.29 
- 1.1061  36.5026 -0.29 
- 1.0909  36.9331 -0.29 
- 1.0758  37.355 -0.29 
- 1.0606  37.7714 -0.29 
- 1.0457  38.18 -0.29 
- 1.0455  38.1866 -0.29 
- 1.0303  38.6906 -0.29 
- 1.0152  39.1957 -0.29 
- 1  39.7058 -0.29 
-
- 2.5  70.076 -0.29 
- 2.4848  70.3033 -0.29 
- 2.4697  70.5579 -0.29 
- 2.4545  70.8407 -0.29 
- 2.45121  70.91 -0.29 
- 2.4394  71.1906 -0.29 
- 2.4242  71.5851 -0.29 
- 2.4091  72.0097 -0.29 
- 2.3939  72.4681 -0.29 
- 2.38594  72.73 -0.29 
- 2.3788  72.9975 -0.29 
- 2.3636  73.6112 -0.29 
- 2.3485  74.2618 -0.29 
- 2.34223  74.55 -0.29 
- 2.3333  75.0207 -0.29 
- 2.3182  75.8749 -0.29 
- 2.31007  76.36 -0.29 
- 2.303  76.8571 -0.29 
- 2.2879  77.9916 -0.29 
- 2.28553  78.18 -0.29 
- 2.2727  79.4062 -0.29 
- 2.26687  80 -0.29 
- 2.2576  81.1649 -0.29 
- 2.25267  81.82 -0.29 
- 2.2424  83.5826 -0.29 
- 2.24209  83.64 -0.29 
- 2.23511  85.45 -0.29 
- 2.23079  87.27 -0.29 
- 2.22905  89.09 -0.29 
- 2.22975  90.91 -0.29 
- 2.23267  92.73 -0.29 
- 2.2376  94.55 -0.29 
- 2.2424  95.8664 -0.29 
- 2.24439  96.36 -0.29 
- 2.25326  98.18 -0.29 
- 2.2576  98.9625 -0.29 
- 2.26386  100 -0.29 
- 2.2727  101.344 -0.29 
- 2.27614  101.82 -0.29 
- 2.2879  103.358 -0.29 
- 2.29023  103.64 -0.29 
- 2.303  105.128 -0.29 
- 2.30602  105.45 -0.29 
- 2.3182  106.737 -0.29 
- 2.32363  107.27 -0.29 
- 2.3333  108.218 -0.29 
- 2.34294  109.09 -0.29 
- 2.3485  109.599 -0.29 
- 2.3636  110.891 -0.29 
- 2.36384  110.91 -0.29 
- 2.3788  112.103 -0.29 
- 2.38718  112.73 -0.29 
- 2.3939  113.25 -0.29 
- 2.4091  114.338 -0.29 
- 2.4123  114.55 -0.29 
- 2.4242  115.367 -0.29 
- 2.4394  116.338 -0.29 
- 2.43978  116.36 -0.29 
- 2.4545  117.272 -0.29 
- 2.4697  118.155 -0.29 
- 2.47017  118.18 -0.29 
- 2.4848  118.996 -0.29 
- 2.5  119.789 -0.29 
-
-
-# Contour 10, label:     -0.3
- 1.82655  0 -0.3 
- 1.82502  1.82 -0.3 
- 1.82034  3.64 -0.3 
- 1.8182  4.13728 -0.3 
- 1.81271  5.45 -0.3 
- 1.803  7.06195 -0.3 
- 1.80177  7.27 -0.3 
- 1.7879  9.07942 -0.3 
- 1.78782  9.09 -0.3 
- 1.7727  10.7023 -0.3 
- 1.7707  10.91 -0.3 
- 1.7576  12.1096 -0.3 
- 1.7504  12.73 -0.3 
- 1.7424  13.3669 -0.3 
- 1.7273  14.496 -0.3 
- 1.72655  14.55 -0.3 
- 1.7121  15.5537 -0.3 
- 1.69941  16.36 -0.3 
- 1.697  16.514 -0.3 
- 1.6818  17.4456 -0.3 
- 1.66865  18.18 -0.3 
- 1.6667  18.2921 -0.3 
- 1.6515  19.1352 -0.3 
- 1.6364  19.8925 -0.3 
- 1.63417  20 -0.3 
- 1.6212  20.6635 -0.3 
- 1.6061  21.3734 -0.3 
- 1.59577  21.82 -0.3 
- 1.5909  22.0498 -0.3 
- 1.5758  22.7345 -0.3 
- 1.5606  23.3549 -0.3 
- 1.55324  23.64 -0.3 
- 1.5455  23.9727 -0.3 
- 1.5303  24.5849 -0.3 
- 1.5152  25.1424 -0.3 
- 1.50626  25.45 -0.3 
- 1.5  25.6971 -0.3 
- 1.4848  26.2675 -0.3 
- 1.4697  26.7896 -0.3 
- 1.4545  27.2687 -0.3 
- 1.45446  27.27 -0.3 
- 1.4394  27.8116 -0.3 
- 1.4242  28.3111 -0.3 
- 1.4091  28.7716 -0.3 
- 1.39788  29.09 -0.3 
- 1.3939  29.2233 -0.3 
- 1.3788  29.7129 -0.3 
- 1.3636  30.1663 -0.3 
- 1.3485  30.5873 -0.3 
- 1.33609  30.91 -0.3 
- 1.3333  30.9967 -0.3 
- 1.3182  31.4531 -0.3 
- 1.303  31.8789 -0.3 
- 1.2879  32.2774 -0.3 
- 1.2727  32.6515 -0.3 
- 1.26943  32.73 -0.3 
- 1.2576  33.0719 -0.3 
- 1.2424  33.486 -0.3 
- 1.2273  33.877 -0.3 
- 1.2121  34.2478 -0.3 
- 1.19923  34.55 -0.3 
- 1.197  34.6129 -0.3 
- 1.1818  35.0295 -0.3 
- 1.1667  35.4276 -0.3 
- 1.1515  35.8097 -0.3 
- 1.1364  36.1786 -0.3 
- 1.12877  36.36 -0.3 
- 1.1212  36.5793 -0.3 
- 1.1061  37.0114 -0.3 
- 1.0909  37.4331 -0.3 
- 1.0758  37.8476 -0.3 
- 1.06352  38.18 -0.3 
- 1.0606  38.2755 -0.3 
- 1.0455  38.7743 -0.3 
- 1.0303  39.2716 -0.3 
- 1.0152  39.7715 -0.3 
- 1.00837  40 -0.3 
- 1  40.3367 -0.3 
-
- 2.3477  156.36 -0.3 
- 2.3485  156.751 -0.3 
- 2.35158  158.18 -0.3 
- 2.35512  160 -0.3 
- 2.35827  161.82 -0.3 
- 2.36107  163.64 -0.3 
- 2.36352  165.45 -0.3 
- 2.3636  165.52 -0.3 
- 2.36578  167.27 -0.3 
- 2.36775  169.09 -0.3 
- 2.36937  170.91 -0.3 
- 2.37068  172.73 -0.3 
- 2.37171  174.55 -0.3 
- 2.37243  176.36 -0.3 
- 2.37286  178.18 -0.3 
- 2.373  180 -0.3 
-
- 2.5  59.2027 -0.3 
- 2.4848  59.5686 -0.3 
- 2.4697  59.9388 -0.3 
- 2.46728  60 -0.3 
- 2.4545  60.3466 -0.3 
- 2.4394  60.7665 -0.3 
- 2.4242  61.1927 -0.3 
- 2.4091  61.6251 -0.3 
- 2.40248  61.82 -0.3 
- 2.3939  62.0928 -0.3 
- 2.3788  62.5908 -0.3 
- 2.3636  63.0975 -0.3 
- 2.3485  63.6143 -0.3 
- 2.34778  63.64 -0.3 
- 2.3333  64.1959 -0.3 
- 2.3182  64.7915 -0.3 
- 2.303  65.3991 -0.3 
- 2.30179  65.45 -0.3 
- 2.2879  66.0918 -0.3 
- 2.2727  66.8041 -0.3 
- 2.2631  67.27 -0.3 
- 2.2576  67.5637 -0.3 
- 2.2424  68.3992 -0.3 
- 2.23019  69.09 -0.3 
- 2.2273  69.2712 -0.3 
- 2.2121  70.2547 -0.3 
- 2.20229  70.91 -0.3 
- 2.197  71.3048 -0.3 
- 2.1818  72.4674 -0.3 
- 2.1785  72.73 -0.3 
- 2.1667  73.7902 -0.3 
- 2.15843  74.55 -0.3 
- 2.1515  75.2728 -0.3 
- 2.14148  76.36 -0.3 
- 2.1364  77.0009 -0.3 
- 2.12732  78.18 -0.3 
- 2.1212  79.1164 -0.3 
- 2.11567  80 -0.3 
- 2.10623  81.82 -0.3 
- 2.1061  81.8517 -0.3 
- 2.09901  83.64 -0.3 
- 2.09352  85.45 -0.3 
- 2.0909  86.7076 -0.3 
- 2.08979  87.27 -0.3 
- 2.08775  89.09 -0.3 
- 2.08714  90.91 -0.3 
- 2.08786  92.73 -0.3 
- 2.08981  94.55 -0.3 
- 2.0909  95.2031 -0.3 
- 2.09297  96.36 -0.3 
- 2.09725  98.18 -0.3 
- 2.1024  100 -0.3 
- 2.1061  101.142 -0.3 
- 2.10841  101.82 -0.3 
- 2.11525  103.64 -0.3 
- 2.1212  105.109 -0.3 
- 2.12267  105.45 -0.3 
- 2.13089  107.27 -0.3 
- 2.1364  108.456 -0.3 
- 2.13949  109.09 -0.3 
- 2.14853  110.91 -0.3 
- 2.1515  111.502 -0.3 
- 2.15802  112.73 -0.3 
- 2.1667  114.378 -0.3 
- 2.16765  114.55 -0.3 
- 2.17758  116.36 -0.3 
- 2.1818  117.151 -0.3 
- 2.18761  118.18 -0.3 
- 2.197  119.892 -0.3 
- 2.19762  120 -0.3 
- 2.20772  121.82 -0.3 
- 2.2121  122.642 -0.3 
- 2.21771  123.64 -0.3 
- 2.2273  125.417 -0.3 
- 2.22748  125.45 -0.3 
- 2.23723  127.27 -0.3 
- 2.2424  128.293 -0.3 
- 2.24665  129.09 -0.3 
- 2.25581  130.91 -0.3 
- 2.2576  131.285 -0.3 
- 2.26476  132.73 -0.3 
- 2.2727  134.447 -0.3 
- 2.2732  134.55 -0.3 
- 2.28157  136.36 -0.3 
- 2.2879  137.847 -0.3 
- 2.28938  138.18 -0.3 
- 2.29696  140 -0.3 
- 2.303  141.577 -0.3 
- 2.30399  141.82 -0.3 
- 2.31087  143.64 -0.3 
- 2.31719  145.45 -0.3 
- 2.3182  145.764 -0.3 
- 2.32327  147.27 -0.3 
- 2.32888  149.09 -0.3 
- 2.3333  150.665 -0.3 
- 2.33403  150.91 -0.3 
- 2.33905  152.73 -0.3 
- 2.3436  154.55 -0.3 
- 2.3477  156.36 -0.3 
-
-
-# Contour 11, label:    -0.31
- 1.83326  0 -0.31 
- 1.8318  1.82 -0.31 
- 1.82735  3.64 -0.31 
- 1.81964  5.45 -0.31 
- 1.8182  5.69525 -0.31 
- 1.80901  7.27 -0.31 
- 1.803  8.06274 -0.31 
- 1.79519  9.09 -0.31 
- 1.7879  9.8874 -0.31 
- 1.77818  10.91 -0.31 
- 1.7727  11.4181 -0.31 
- 1.75787  12.73 -0.31 
- 1.7576  12.7524 -0.31 
- 1.7424  13.961 -0.31 
- 1.73448  14.55 -0.31 
- 1.7273  15.0618 -0.31 
- 1.7121  16.0706 -0.31 
- 1.70755  16.36 -0.31 
- 1.697  17.0329 -0.31 
- 1.6818  17.919 -0.31 
- 1.67713  18.18 -0.31 
- 1.6667  18.7803 -0.31 
- 1.6515  19.5823 -0.31 
- 1.64306  20 -0.31 
- 1.6364  20.3502 -0.31 
- 1.6212  21.0996 -0.31 
- 1.6061  21.7752 -0.31 
- 1.60506  21.82 -0.31 
- 1.5909  22.4878 -0.31 
- 1.5758  23.1395 -0.31 
- 1.56308  23.64 -0.31 
- 1.5606  23.748 -0.31 
- 1.5455  24.3894 -0.31 
- 1.5303  24.9723 -0.31 
- 1.51682  25.45 -0.31 
- 1.5152  25.5158 -0.31 
- 1.5  26.111 -0.31 
- 1.4848  26.6547 -0.31 
- 1.4697  27.1526 -0.31 
- 1.46597  27.27 -0.31 
- 1.4545  27.6895 -0.31 
- 1.4394  28.2077 -0.31 
- 1.4242  28.6846 -0.31 
- 1.41035  29.09 -0.31 
- 1.4091  29.133 -0.31 
- 1.3939  29.6393 -0.31 
- 1.3788  30.1072 -0.31 
- 1.3636  30.5409 -0.31 
- 1.34984  30.91 -0.31 
- 1.3485  30.9528 -0.31 
- 1.3333  31.4225 -0.31 
- 1.3182  31.8598 -0.31 
- 1.303  32.2683 -0.31 
- 1.2879  32.6511 -0.31 
- 1.28467  32.73 -0.31 
- 1.2727  33.0818 -0.31 
- 1.2576  33.5049 -0.31 
- 1.2424  33.9037 -0.31 
- 1.2273  34.2809 -0.31 
- 1.21598  34.55 -0.31 
- 1.2121  34.6609 -0.31 
- 1.197  35.0841 -0.31 
- 1.1818  35.4873 -0.31 
- 1.1667  35.8734 -0.31 
- 1.1515  36.245 -0.31 
- 1.14674  36.36 -0.31 
- 1.1364  36.6647 -0.31 
- 1.1212  37.0984 -0.31 
- 1.1061  37.5201 -0.31 
- 1.0909  37.9331 -0.31 
- 1.0818  38.18 -0.31 
- 1.0758  38.377 -0.31 
- 1.0606  38.8713 -0.31 
- 1.0455  39.3619 -0.31 
- 1.0303  39.8526 -0.31 
- 1.02583  40 -0.31 
- 1.0152  40.4225 -0.31 
- 1  41.0298 -0.31 
-
- 2.17769  147.27 -0.31 
- 2.1818  148.971 -0.31 
- 2.1821  149.09 -0.31 
- 2.1864  150.91 -0.31 
- 2.19035  152.73 -0.31 
- 2.19398  154.55 -0.31 
- 2.197  156.199 -0.31 
- 2.19731  156.36 -0.31 
- 2.20045  158.18 -0.31 
- 2.20331  160 -0.31 
- 2.20587  161.82 -0.31 
- 2.20815  163.64 -0.31 
- 2.21018  165.45 -0.31 
- 2.21193  167.27 -0.31 
- 2.2121  167.475 -0.31 
- 2.21352  169.09 -0.31 
- 2.21486  170.91 -0.31 
- 2.21595  172.73 -0.31 
- 2.2168  174.55 -0.31 
- 2.21739  176.36 -0.31 
- 2.21775  178.18 -0.31 
- 2.21787  180 -0.31 
-
- 2.5  52.5634 -0.31 
- 2.49415  52.73 -0.31 
- 2.4848  53.01 -0.31 
- 2.4697  53.4664 -0.31 
- 2.4545  53.92 -0.31 
- 2.4394  54.3711 -0.31 
- 2.43346  54.55 -0.31 
- 2.4242  54.8432 -0.31 
- 2.4091  55.3285 -0.31 
- 2.3939  55.8137 -0.31 
- 2.3788  56.2995 -0.31 
- 2.37696  56.36 -0.31 
- 2.3636  56.8277 -0.31 
- 2.3485  57.3634 -0.31 
- 2.3333  57.9016 -0.31 
- 2.32564  58.18 -0.31 
- 2.3182  58.468 -0.31 
- 2.303  59.0641 -0.31 
- 2.2879  59.6649 -0.31 
- 2.27959  60 -0.31 
- 2.2727  60.2978 -0.31 
- 2.2576  60.9688 -0.31 
- 2.2424  61.6463 -0.31 
- 2.23864  61.82 -0.31 
- 2.2273  62.3837 -0.31 
- 2.2121  63.1458 -0.31 
- 2.20249  63.64 -0.31 
- 2.197  63.9439 -0.31 
- 2.1818  64.8013 -0.31 
- 2.17055  65.45 -0.31 
- 2.1667  65.6934 -0.31 
- 2.1515  66.6725 -0.31 
- 2.14245  67.27 -0.31 
- 2.1364  67.7083 -0.31 
- 2.1212  68.8251 -0.31 
- 2.11771  69.09 -0.31 
- 2.1061  70.0614 -0.31 
- 2.09609  70.91 -0.31 
- 2.0909  71.3992 -0.31 
- 2.07718  72.73 -0.31 
- 2.0758  72.8808 -0.31 
- 2.06074  74.55 -0.31 
- 2.0606  74.5681 -0.31 
- 2.04674  76.36 -0.31 
- 2.0455  76.5446 -0.31 
- 2.03477  78.18 -0.31 
- 2.0303  78.975 -0.31 
- 2.02473  80 -0.31 
- 2.01646  81.82 -0.31 
- 2.0152  82.1633 -0.31 
- 2.0099  83.64 -0.31 
- 2.00483  85.45 -0.31 
- 2.00114  87.27 -0.31 
- 2  88.1495 -0.31 
- 1.99882  89.09 -0.31 
- 1.99776  90.91 -0.31 
- 1.99781  92.73 -0.31 
- 1.99889  94.55 -0.31 
- 2  95.5424 -0.31 
- 2.00095  96.36 -0.31 
- 2.00394  98.18 -0.31 
- 2.0077  100 -0.31 
- 2.01212  101.82 -0.31 
- 2.0152  102.94 -0.31 
- 2.0172  103.64 -0.31 
- 2.02286  105.45 -0.31 
- 2.02892  107.27 -0.31 
- 2.0303  107.663 -0.31 
- 2.03554  109.09 -0.31 
- 2.04244  110.91 -0.31 
- 2.0455  111.697 -0.31 
- 2.04964  112.73 -0.31 
- 2.05702  114.55 -0.31 
- 2.0606  115.427 -0.31 
- 2.06459  116.36 -0.31 
- 2.07227  118.18 -0.31 
- 2.0758  119.026 -0.31 
- 2.08  120 -0.31 
- 2.08767  121.82 -0.31 
- 2.0909  122.605 -0.31 
- 2.09535  123.64 -0.31 
- 2.10294  125.45 -0.31 
- 2.1061  126.233 -0.31 
- 2.11041  127.27 -0.31 
- 2.11768  129.09 -0.31 
- 2.1212  130.012 -0.31 
- 2.12479  130.91 -0.31 
- 2.13173  132.73 -0.31 
- 2.1364  134.02 -0.31 
- 2.13838  134.55 -0.31 
- 2.14483  136.36 -0.31 
- 2.15091  138.18 -0.31 
- 2.1515  138.367 -0.31 
- 2.1569  140 -0.31 
- 2.16253  141.82 -0.31 
- 2.1667  143.262 -0.31 
- 2.16783  143.64 -0.31 
- 2.17295  145.45 -0.31 
- 2.17769  147.27 -0.31 
-
-
-# Contour 12, label:    -0.32
- 1.84065  0 -0.32 
- 1.83913  1.82 -0.32 
- 1.83447  3.64 -0.32 
- 1.8333  3.9148 -0.32 
- 1.82705  5.45 -0.32 
- 1.8182  6.95556 -0.32 
- 1.81636  7.27 -0.32 
- 1.803  9.03387 -0.32 
- 1.80257  9.09 -0.32 
- 1.7879  10.6946 -0.32 
- 1.78585  10.91 -0.32 
- 1.7727  12.1289 -0.32 
- 1.76591  12.73 -0.32 
- 1.7576  13.4087 -0.32 
- 1.74247  14.55 -0.32 
- 1.7424  14.5554 -0.32 
- 1.7273  15.6306 -0.32 
- 1.71598  16.36 -0.32 
- 1.7121  16.611 -0.32 
- 1.697  17.5519 -0.32 
- 1.68591  18.18 -0.32 
- 1.6818  18.4198 -0.32 
- 1.6667  19.2685 -0.32 
- 1.65214  20 -0.32 
- 1.6515  20.034 -0.32 
- 1.6364  20.8246 -0.32 
- 1.6212  21.5357 -0.32 
- 1.61481  21.82 -0.32 
- 1.6061  22.2419 -0.32 
- 1.5909  22.9258 -0.32 
- 1.5758  23.5445 -0.32 
- 1.57337  23.64 -0.32 
- 1.5606  24.197 -0.32 
- 1.5455  24.806 -0.32 
- 1.5303  25.3598 -0.32 
- 1.52776  25.45 -0.32 
- 1.5152  25.9595 -0.32 
- 1.5  26.525 -0.32 
- 1.4848  27.0419 -0.32 
- 1.47777  27.27 -0.32 
- 1.4697  27.5737 -0.32 
- 1.4545  28.1107 -0.32 
- 1.4394  28.6038 -0.32 
- 1.4242  29.058 -0.32 
- 1.42311  29.09 -0.32 
- 1.4091  29.5729 -0.32 
- 1.3939  30.0552 -0.32 
- 1.3788  30.5015 -0.32 
- 1.36381  30.91 -0.32 
- 1.3636  30.917 -0.32 
- 1.3485  31.3997 -0.32 
- 1.3333  31.8482 -0.32 
- 1.3182  32.2665 -0.32 
- 1.303  32.6577 -0.32 
- 1.30012  32.73 -0.32 
- 1.2879  33.0999 -0.32 
- 1.2727  33.5318 -0.32 
- 1.2576  33.9379 -0.32 
- 1.2424  34.3213 -0.32 
- 1.23302  34.55 -0.32 
- 1.2273  34.7179 -0.32 
- 1.2121  35.1473 -0.32 
- 1.197  35.5554 -0.32 
- 1.1818  35.9451 -0.32 
- 1.1667  36.3192 -0.32 
- 1.16502  36.36 -0.32 
- 1.1515  36.7604 -0.32 
- 1.1364  37.1955 -0.32 
- 1.1212  37.6174 -0.32 
- 1.1061  38.0289 -0.32 
- 1.10048  38.18 -0.32 
- 1.0909  38.4925 -0.32 
- 1.0758  38.9827 -0.32 
- 1.0606  39.4671 -0.32 
- 1.0455  39.9495 -0.32 
- 1.04393  40 -0.32 
- 1.0303  40.5298 -0.32 
- 1.0152  41.1232 -0.32 
- 1  41.7228 -0.32 
-
- 2.06764  141.82 -0.32 
- 2.0724  143.64 -0.32 
- 2.0758  145.017 -0.32 
- 2.0769  145.45 -0.32 
- 2.0812  147.27 -0.32 
- 2.08522  149.09 -0.32 
- 2.08895  150.91 -0.32 
- 2.0909  151.936 -0.32 
- 2.09247  152.73 -0.32 
- 2.09581  154.55 -0.32 
- 2.09888  156.36 -0.32 
- 2.10168  158.18 -0.32 
- 2.10422  160 -0.32 
- 2.1061  161.49 -0.32 
- 2.10653  161.82 -0.32 
- 2.10866  163.64 -0.32 
- 2.11054  165.45 -0.32 
- 2.11219  167.27 -0.32 
- 2.11361  169.09 -0.32 
- 2.1148  170.91 -0.32 
- 2.11576  172.73 -0.32 
- 2.11651  174.55 -0.32 
- 2.11705  176.36 -0.32 
- 2.11736  178.18 -0.32 
- 2.11747  180 -0.32 
-
- 2.5  47.4425 -0.32 
- 2.4848  47.9488 -0.32 
- 2.4697  48.4472 -0.32 
- 2.4545  48.939 -0.32 
- 2.44989  49.09 -0.32 
- 2.4394  49.4476 -0.32 
- 2.4242  49.9611 -0.32 
- 2.4091  50.4691 -0.32 
- 2.39585  50.91 -0.32 
- 2.3939  50.9779 -0.32 
- 2.3788  51.5151 -0.32 
- 2.3636  52.0489 -0.32 
- 2.3485  52.5805 -0.32 
- 2.34429  52.73 -0.32 
- 2.3333  53.1396 -0.32 
- 2.3182  53.7089 -0.32 
- 2.303  54.278 -0.32 
- 2.29587  54.55 -0.32 
- 2.2879  54.8695 -0.32 
- 2.2727  55.4817 -0.32 
- 2.2576  56.0956 -0.32 
- 2.25115  56.36 -0.32 
- 2.2424  56.7428 -0.32 
- 2.2273  57.4169 -0.32 
- 2.2121  58.0937 -0.32 
- 2.21022  58.18 -0.32 
- 2.197  58.8266 -0.32 
- 2.1818  59.5711 -0.32 
- 2.17323  60 -0.32 
- 2.1667  60.35 -0.32 
- 2.1515  61.1733 -0.32 
- 2.13977  61.82 -0.32 
- 2.1364  62.0196 -0.32 
- 2.1212  62.9343 -0.32 
- 2.10967  63.64 -0.32 
- 2.1061  63.8755 -0.32 
- 2.0909  64.8906 -0.32 
- 2.0827  65.45 -0.32 
- 2.0758  65.9647 -0.32 
- 2.0606  67.1078 -0.32 
- 2.0585  67.27 -0.32 
- 2.0455  68.3691 -0.32 
- 2.03704  69.09 -0.32 
- 2.0303  69.7226 -0.32 
- 2.01793  70.91 -0.32 
- 2.0152  71.2013 -0.32 
- 2.00101  72.73 -0.32 
- 2  72.8525 -0.32 
- 1.98619  74.55 -0.32 
- 1.9848  74.7426 -0.32 
- 1.97341  76.36 -0.32 
- 1.9697  76.9659 -0.32 
- 1.96237  78.18 -0.32 
- 1.9545  79.6945 -0.32 
- 1.95295  80 -0.32 
- 1.94523  81.82 -0.32 
- 1.9394  83.4912 -0.32 
- 1.93889  83.64 -0.32 
- 1.93399  85.45 -0.32 
- 1.93032  87.27 -0.32 
- 1.92784  89.09 -0.32 
- 1.92648  90.91 -0.32 
- 1.92615  92.73 -0.32 
- 1.92678  94.55 -0.32 
- 1.92829  96.36 -0.32 
- 1.9306  98.18 -0.32 
- 1.93361  100 -0.32 
- 1.93725  101.82 -0.32 
- 1.9394  102.757 -0.32 
- 1.94148  103.64 -0.32 
- 1.94624  105.45 -0.32 
- 1.95139  107.27 -0.32 
- 1.9545  108.304 -0.32 
- 1.95695  109.09 -0.32 
- 1.96289  110.91 -0.32 
- 1.96901  112.73 -0.32 
- 1.9697  112.931 -0.32 
- 1.97541  114.55 -0.32 
- 1.98188  116.36 -0.32 
- 1.9848  117.181 -0.32 
- 1.9885  118.18 -0.32 
- 1.9952  120 -0.32 
- 2  121.319 -0.32 
- 2.00188  121.82 -0.32 
- 2.0086  123.64 -0.32 
- 2.01515  125.45 -0.32 
- 2.0152  125.463 -0.32 
- 2.0217  127.27 -0.32 
- 2.02803  129.09 -0.32 
- 2.0303  129.766 -0.32 
- 2.03429  130.91 -0.32 
- 2.04039  132.73 -0.32 
- 2.0455  134.327 -0.32 
- 2.04623  134.55 -0.32 
- 2.05195  136.36 -0.32 
- 2.05737  138.18 -0.32 
- 2.0606  139.324 -0.32 
- 2.06259  140 -0.32 
- 2.06764  141.82 -0.32 
-
-
-# Contour 13, label:    -0.33
- 1.84805  0 -0.33 
- 1.8466  1.82 -0.33 
- 1.8422  3.64 -0.33 
- 1.83457  5.45 -0.33 
- 1.8333  5.66829 -0.33 
- 1.8242  7.27 -0.33 
- 1.8182  8.0813 -0.33 
- 1.81064  9.09 -0.33 
- 1.803  9.93502 -0.33 
- 1.79398  10.91 -0.33 
- 1.7879  11.488 -0.33 
- 1.77406  12.73 -0.33 
- 1.7727  12.8422 -0.33 
- 1.7576  14.065 -0.33 
- 1.75117  14.55 -0.33 
- 1.7424  15.1827 -0.33 
- 1.7273  16.1993 -0.33 
- 1.72481  16.36 -0.33 
- 1.7121  17.1811 -0.33 
- 1.697  18.0708 -0.33 
- 1.69507  18.18 -0.33 
- 1.6818  18.9541 -0.33 
- 1.6667  19.7567 -0.33 
- 1.66186  20 -0.33 
- 1.6515  20.5515 -0.33 
- 1.6364  21.2991 -0.33 
- 1.62486  21.82 -0.33 
- 1.6212  21.9997 -0.33 
- 1.6061  22.7167 -0.33 
- 1.5909  23.3638 -0.33 
- 1.58407  23.64 -0.33 
- 1.5758  24.0108 -0.33 
- 1.5606  24.6461 -0.33 
- 1.5455  25.2227 -0.33 
- 1.53918  25.45 -0.33 
- 1.5303  25.8157 -0.33 
- 1.5152  26.4031 -0.33 
- 1.5  26.9389 -0.33 
- 1.48996  27.27 -0.33 
- 1.4848  27.4671 -0.33 
- 1.4697  28.0226 -0.33 
- 1.4545  28.5319 -0.33 
- 1.4394  28.9999 -0.33 
- 1.43637  29.09 -0.33 
- 1.4242  29.5164 -0.33 
- 1.4091  30.0128 -0.33 
- 1.3939  30.4711 -0.33 
- 1.3788  30.8957 -0.33 
- 1.37828  30.91 -0.33 
- 1.3636  31.3872 -0.33 
- 1.3485  31.8466 -0.33 
- 1.3333  32.274 -0.33 
- 1.3182  32.6731 -0.33 
- 1.31597  32.73 -0.33 
- 1.303  33.1288 -0.33 
- 1.2879  33.5688 -0.33 
- 1.2727  33.9817 -0.33 
- 1.2576  34.3708 -0.33 
- 1.25034  34.55 -0.33 
- 1.2424  34.7862 -0.33 
- 1.2273  35.2212 -0.33 
- 1.2121  35.6337 -0.33 
- 1.197  36.0266 -0.33 
- 1.18358  36.36 -0.33 
- 1.1818  36.414 -0.33 
- 1.1667  36.8682 -0.33 
- 1.1515  37.3046 -0.33 
- 1.1364  37.7263 -0.33 
- 1.1212  38.1364 -0.33 
- 1.11959  38.18 -0.33 
- 1.1061  38.6233 -0.33 
- 1.0909  39.1097 -0.33 
- 1.0758  39.5883 -0.33 
- 1.06265  40 -0.33 
- 1.0606  40.0776 -0.33 
- 1.0455  40.6593 -0.33 
- 1.0303  41.2399 -0.33 
- 1.0153  41.82 -0.33 
- 1.0152  41.8246 -0.33 
- 1  42.546 -0.33 
-
- 1.9697  133.789 -0.33 
- 1.972  134.55 -0.33 
- 1.97728  136.36 -0.33 
- 1.98231  138.18 -0.33 
- 1.9848  139.124 -0.33 
- 1.98718  140 -0.33 
- 1.99189  141.82 -0.33 
- 1.99634  143.64 -0.33 
- 2  145.219 -0.33 
- 2.00055  145.45 -0.33 
- 2.00461  147.27 -0.33 
- 2.00842  149.09 -0.33 
- 2.01196  150.91 -0.33 
- 2.0152  152.699 -0.33 
- 2.01526  152.73 -0.33 
- 2.01839  154.55 -0.33 
- 2.02127  156.36 -0.33 
- 2.02391  158.18 -0.33 
- 2.02632  160 -0.33 
- 2.0285  161.82 -0.33 
- 2.0303  163.496 -0.33 
- 2.03046  163.64 -0.33 
- 2.03227  165.45 -0.33 
- 2.03385  167.27 -0.33 
- 2.03521  169.09 -0.33 
- 2.03635  170.91 -0.33 
- 2.03728  172.73 -0.33 
- 2.03801  174.55 -0.33 
- 2.03852  176.36 -0.33 
- 2.03883  178.18 -0.33 
- 2.03893  180 -0.33 
-
- 2.5  43.1261 -0.33 
- 2.48547  43.64 -0.33 
- 2.4848  43.6641 -0.33 
- 2.4697  44.2159 -0.33 
- 2.4545  44.7571 -0.33 
- 2.4394  45.2895 -0.33 
- 2.43483  45.45 -0.33 
- 2.4242  45.8365 -0.33 
- 2.4091  46.3854 -0.33 
- 2.3939  46.9271 -0.33 
- 2.38431  47.27 -0.33 
- 2.3788  47.4741 -0.33 
- 2.3636  48.0361 -0.33 
- 2.3485  48.5925 -0.33 
- 2.33483  49.09 -0.33 
- 2.3333  49.148 -0.33 
- 2.3182  49.7321 -0.33 
- 2.303  50.3124 -0.33 
- 2.2879  50.89 -0.33 
- 2.28738  50.91 -0.33 
- 2.2727  51.5041 -0.33 
- 2.2576  52.1177 -0.33 
- 2.24242  52.73 -0.33 
- 2.2424  52.7308 -0.33 
- 2.2273  53.3875 -0.33 
- 2.2121  54.0446 -0.33 
- 2.20055  54.55 -0.33 
- 2.197  54.7132 -0.33 
- 2.1818  55.4184 -0.33 
- 2.1667  56.1254 -0.33 
- 2.16173  56.36 -0.33 
- 2.1515  56.8751 -0.33 
- 2.1364  57.6473 -0.33 
- 2.12602  58.18 -0.33 
- 2.1212  58.4433 -0.33 
- 2.1061  59.2869 -0.33 
- 2.09334  60 -0.33 
- 2.0909  60.1458 -0.33 
- 2.0758  61.0714 -0.33 
- 2.06359  61.82 -0.33 
- 2.0606  62.0172 -0.33 
- 2.0455  63.0365 -0.33 
- 2.03659  63.64 -0.33 
- 2.0303  64.0982 -0.33 
- 2.0152  65.2184 -0.33 
- 2.0121  65.45 -0.33 
- 2  66.4398 -0.33 
- 1.98994  67.27 -0.33 
- 1.9848  67.735 -0.33 
- 1.97006  69.09 -0.33 
- 1.9697  69.1265 -0.33 
- 1.9545  70.6784 -0.33 
- 1.95227  70.91 -0.33 
- 1.9394  72.3936 -0.33 
- 1.9365  72.73 -0.33 
- 1.9242  74.3249 -0.33 
- 1.92249  74.55 -0.33 
- 1.91032  76.36 -0.33 
- 1.9091  76.569 -0.33 
- 1.89975  78.18 -0.33 
- 1.8939  79.3499 -0.33 
- 1.89071  80 -0.33 
- 1.88318  81.82 -0.33 
- 1.8788  83.1049 -0.33 
- 1.87699  83.64 -0.33 
- 1.87209  85.45 -0.33 
- 1.86838  87.27 -0.33 
- 1.86578  89.09 -0.33 
- 1.86423  90.91 -0.33 
- 1.86366  92.73 -0.33 
- 1.86399  94.55 -0.33 
- 1.86516  96.36 -0.33 
- 1.86708  98.18 -0.33 
- 1.86967  100 -0.33 
- 1.87287  101.82 -0.33 
- 1.8766  103.64 -0.33 
- 1.8788  104.594 -0.33 
- 1.88081  105.45 -0.33 
- 1.88546  107.27 -0.33 
- 1.89043  109.09 -0.33 
- 1.8939  110.296 -0.33 
- 1.89572  110.91 -0.33 
- 1.90132  112.73 -0.33 
- 1.90707  114.55 -0.33 
- 1.9091  115.176 -0.33 
- 1.913  116.36 -0.33 
- 1.919  118.18 -0.33 
- 1.9242  119.756 -0.33 
- 1.92503  120 -0.33 
- 1.93121  121.82 -0.33 
- 1.93729  123.64 -0.33 
- 1.9394  124.277 -0.33 
- 1.94335  125.45 -0.33 
- 1.94932  127.27 -0.33 
- 1.9545  128.896 -0.33 
- 1.95514  129.09 -0.33 
- 1.96095  130.91 -0.33 
- 1.96656  132.73 -0.33 
- 1.9697  133.789 -0.33 
-
-
-# Contour 14, label:    -0.34
- 1.85607  0 -0.34 
- 1.85459  1.82 -0.34 
- 1.85006  3.64 -0.34 
- 1.8485  4.01476 -0.34 
- 1.84273  5.45 -0.34 
- 1.8333  7.07392 -0.34 
- 1.83219  7.27 -0.34 
- 1.81879  9.09 -0.34 
- 1.8182  9.15683 -0.34 
- 1.803  10.8319 -0.34 
- 1.80228  10.91 -0.34 
- 1.7879  12.2764 -0.34 
- 1.78284  12.73 -0.34 
- 1.7727  13.5689 -0.34 
- 1.76005  14.55 -0.34 
- 1.7576  14.731 -0.34 
- 1.7424  15.8099 -0.34 
- 1.7341  16.36 -0.34 
- 1.7273  16.8105 -0.34 
- 1.7121  17.7512 -0.34 
- 1.70473  18.18 -0.34 
- 1.697  18.643 -0.34 
- 1.6818  19.4885 -0.34 
- 1.67189  20 -0.34 
- 1.6667  20.2838 -0.34 
- 1.6515  21.0689 -0.34 
- 1.6364  21.7735 -0.34 
- 1.63537  21.82 -0.34 
- 1.6212  22.5157 -0.34 
- 1.6061  23.1915 -0.34 
- 1.59517  23.64 -0.34 
- 1.5909  23.8342 -0.34 
- 1.5758  24.496 -0.34 
- 1.5606  25.0952 -0.34 
- 1.55101  25.45 -0.34 
- 1.5455  25.6833 -0.34 
- 1.5303  26.2924 -0.34 
- 1.5152  26.8468 -0.34 
- 1.50264  27.27 -0.34 
- 1.5  27.3729 -0.34 
- 1.4848  27.9467 -0.34 
- 1.4697  28.4715 -0.34 
- 1.4545  28.953 -0.34 
- 1.45003  29.09 -0.34 
- 1.4394  29.4731 -0.34 
- 1.4242  29.9829 -0.34 
- 1.4091  30.4527 -0.34 
- 1.3939  30.8871 -0.34 
- 1.39308  30.91 -0.34 
- 1.3788  31.3882 -0.34 
- 1.3636  31.8575 -0.34 
- 1.3485  32.2935 -0.34 
- 1.3333  32.6998 -0.34 
- 1.33215  32.73 -0.34 
- 1.3182  33.1712 -0.34 
- 1.303  33.6186 -0.34 
- 1.2879  34.0377 -0.34 
- 1.2727  34.4317 -0.34 
- 1.26803  34.55 -0.34 
- 1.2576  34.8683 -0.34 
- 1.2424  35.3082 -0.34 
- 1.2273  35.7244 -0.34 
- 1.2121  36.12 -0.34 
- 1.20262  36.36 -0.34 
- 1.197  36.5343 -0.34 
- 1.1818  36.9904 -0.34 
- 1.1667  37.4275 -0.34 
- 1.1515  37.8487 -0.34 
- 1.13931  38.18 -0.34 
- 1.1364  38.2763 -0.34 
- 1.1212  38.7715 -0.34 
- 1.1061  39.2538 -0.34 
- 1.0909  39.7268 -0.34 
- 1.08214  40 -0.34 
- 1.0758  40.2402 -0.34 
- 1.0606  40.8123 -0.34 
- 1.0455  41.3807 -0.34 
- 1.03381  41.82 -0.34 
- 1.0303  41.9798 -0.34 
- 1.0152  42.6824 -0.34 
- 1  43.3905 -0.34 
-
- 1.8803  125.45 -0.34 
- 1.88596  127.27 -0.34 
- 1.8915  129.09 -0.34 
- 1.8939  129.902 -0.34 
- 1.89696  130.91 -0.34 
- 1.90232  132.73 -0.34 
- 1.9075  134.55 -0.34 
- 1.9091  135.132 -0.34 
- 1.91253  136.36 -0.34 
- 1.91737  138.18 -0.34 
- 1.92199  140 -0.34 
- 1.9242  140.909 -0.34 
- 1.92647  141.82 -0.34 
- 1.93077  143.64 -0.34 
- 1.93484  145.45 -0.34 
- 1.93868  147.27 -0.34 
- 1.9394  147.633 -0.34 
- 1.94233  149.09 -0.34 
- 1.94576  150.91 -0.34 
- 1.94896  152.73 -0.34 
- 1.95193  154.55 -0.34 
- 1.9545  156.246 -0.34 
- 1.95468  156.36 -0.34 
- 1.95728  158.18 -0.34 
- 1.95966  160 -0.34 
- 1.96181  161.82 -0.34 
- 1.96374  163.64 -0.34 
- 1.96546  165.45 -0.34 
- 1.96697  167.27 -0.34 
- 1.96827  169.09 -0.34 
- 1.96937  170.91 -0.34 
- 1.9697  171.585 -0.34 
- 1.97027  172.73 -0.34 
- 1.97098  174.55 -0.34 
- 1.97148  176.36 -0.34 
- 1.97178  178.18 -0.34 
- 1.97189  180 -0.34 
-
- 2.5  39.2648 -0.34 
- 2.4848  39.8548 -0.34 
- 2.48108  40 -0.34 
- 2.4697  40.4499 -0.34 
- 2.4545  41.0382 -0.34 
- 2.4394  41.6152 -0.34 
- 2.43399  41.82 -0.34 
- 2.4242  42.1979 -0.34 
- 2.4091  42.7791 -0.34 
- 2.3939  43.3511 -0.34 
- 2.38625  43.64 -0.34 
- 2.3788  43.9266 -0.34 
- 2.3636  44.5062 -0.34 
- 2.3485  45.0786 -0.34 
- 2.3386  45.45 -0.34 
- 2.3333  45.6558 -0.34 
- 2.3182  46.2489 -0.34 
- 2.303  46.8364 -0.34 
- 2.29183  47.27 -0.34 
- 2.2879  47.4277 -0.34 
- 2.2727  48.0399 -0.34 
- 2.2576  48.6481 -0.34 
- 2.24657  49.09 -0.34 
- 2.2424  49.2637 -0.34 
- 2.2273  49.9036 -0.34 
- 2.2121  50.5417 -0.34 
- 2.20344  50.91 -0.34 
- 2.197  51.1961 -0.34 
- 2.1818  51.8734 -0.34 
- 2.1667  52.5505 -0.34 
- 2.16272  52.73 -0.34 
- 2.1515  53.262 -0.34 
- 2.1364  53.9863 -0.34 
- 2.12463  54.55 -0.34 
- 2.1212  54.7225 -0.34 
- 2.1061  55.4972 -0.34 
- 2.0909  56.2737 -0.34 
- 2.08925  56.36 -0.34 
- 2.0758  57.1089 -0.34 
- 2.0606  57.9533 -0.34 
- 2.0566  58.18 -0.34 
- 2.0455  58.8493 -0.34 
- 2.0303  59.7661 -0.34 
- 2.02649  60 -0.34 
- 2.0152  60.743 -0.34 
- 2  61.7419 -0.34 
- 1.99883  61.82 -0.34 
- 1.9848  62.8249 -0.34 
- 1.97356  63.64 -0.34 
- 1.9697  63.941 -0.34 
- 1.9545  65.1302 -0.34 
- 1.95047  65.45 -0.34 
- 1.9394  66.4124 -0.34 
- 1.92953  67.27 -0.34 
- 1.9242  67.7773 -0.34 
- 1.91059  69.09 -0.34 
- 1.9091  69.2482 -0.34 
- 1.8939  70.8655 -0.34 
- 1.89349  70.91 -0.34 
- 1.8788  72.6698 -0.34 
- 1.8783  72.73 -0.34 
- 1.86474  74.55 -0.34 
- 1.8636  74.7217 -0.34 
- 1.8529  76.36 -0.34 
- 1.8485  77.1347 -0.34 
- 1.84257  78.18 -0.34 
- 1.83366  80 -0.34 
- 1.8333  80.0878 -0.34 
- 1.82624  81.82 -0.34 
- 1.82011  83.64 -0.34 
- 1.8182  84.3424 -0.34 
- 1.8152  85.45 -0.34 
- 1.81145  87.27 -0.34 
- 1.80878  89.09 -0.34 
- 1.80712  90.91 -0.34 
- 1.8064  92.73 -0.34 
- 1.80654  94.55 -0.34 
- 1.80748  96.36 -0.34 
- 1.80915  98.18 -0.34 
- 1.81147  100 -0.34 
- 1.81438  101.82 -0.34 
- 1.81779  103.64 -0.34 
- 1.8182  103.83 -0.34 
- 1.82169  105.45 -0.34 
- 1.82599  107.27 -0.34 
- 1.83061  109.09 -0.34 
- 1.8333  110.092 -0.34 
- 1.83555  110.91 -0.34 
- 1.84078  112.73 -0.34 
- 1.84617  114.55 -0.34 
- 1.8485  115.316 -0.34 
- 1.85171  116.36 -0.34 
- 1.85736  118.18 -0.34 
- 1.86303  120 -0.34 
- 1.8636  120.184 -0.34 
- 1.86882  121.82 -0.34 
- 1.87459  123.64 -0.34 
- 1.8788  124.979 -0.34 
- 1.8803  125.45 -0.34 
-
-
-# Contour 15, label:    -0.35
- 1.86419  0 -0.35 
- 1.8636  0.699755 -0.35 
- 1.86274  1.82 -0.35 
- 1.85848  3.64 -0.35 
- 1.85111  5.45 -0.35 
- 1.8485  5.91121 -0.35 
- 1.84088  7.27 -0.35 
- 1.8333  8.30812 -0.35 
- 1.82759  9.09 -0.35 
- 1.8182  10.1558 -0.35 
- 1.81132  10.91 -0.35 
- 1.803  11.7103 -0.35 
- 1.79194  12.73 -0.35 
- 1.7879  13.0726 -0.35 
- 1.7727  14.2956 -0.35 
- 1.76942  14.55 -0.35 
- 1.7576  15.4245 -0.35 
- 1.74367  16.36 -0.35 
- 1.7424  16.4454 -0.35 
- 1.7273  17.4385 -0.35 
- 1.71474  18.18 -0.35 
- 1.7121  18.3399 -0.35 
- 1.697  19.2293 -0.35 
- 1.68228  20 -0.35 
- 1.6818  20.0265 -0.35 
- 1.6667  20.8496 -0.35 
- 1.6515  21.5863 -0.35 
- 1.64646  21.82 -0.35 
- 1.6364  22.3273 -0.35 
- 1.6212  23.0317 -0.35 
- 1.60678  23.64 -0.35 
- 1.6061  23.6716 -0.35 
- 1.5909  24.3598 -0.35 
- 1.5758  24.9812 -0.35 
- 1.56331  25.45 -0.35 
- 1.5606  25.5664 -0.35 
- 1.5455  26.1968 -0.35 
- 1.5303  26.769 -0.35 
- 1.51583  27.27 -0.35 
- 1.5152  27.2954 -0.35 
- 1.5  27.8868 -0.35 
- 1.4848  28.4264 -0.35 
- 1.4697  28.9204 -0.35 
- 1.46425  29.09 -0.35 
- 1.4545  29.4466 -0.35 
- 1.4394  29.9689 -0.35 
- 1.4242  30.4493 -0.35 
- 1.4091  30.8926 -0.35 
- 1.40849  30.91 -0.35 
- 1.3939  31.4059 -0.35 
- 1.3788  31.8843 -0.35 
- 1.3636  32.3277 -0.35 
- 1.3489  32.73 -0.35 
- 1.3485  32.7432 -0.35 
- 1.3333  33.2304 -0.35 
- 1.3182  33.6841 -0.35 
- 1.303  34.1084 -0.35 
- 1.2879  34.5065 -0.35 
- 1.2862  34.55 -0.35 
- 1.2727  34.9673 -0.35 
- 1.2576  35.4112 -0.35 
- 1.2424  35.8302 -0.35 
- 1.2273  36.2276 -0.35 
- 1.22211  36.36 -0.35 
- 1.2121  36.6725 -0.35 
- 1.197  37.1298 -0.35 
- 1.1818  37.5668 -0.35 
- 1.1667  37.9869 -0.35 
- 1.15957  38.18 -0.35 
- 1.1515  38.4471 -0.35 
- 1.1364  38.9393 -0.35 
- 1.1212  39.4172 -0.35 
- 1.1061  39.8843 -0.35 
- 1.10234  40 -0.35 
- 1.0909  40.4279 -0.35 
- 1.0758  40.9903 -0.35 
- 1.0606  41.5469 -0.35 
- 1.05324  41.82 -0.35 
- 1.0455  42.1685 -0.35 
- 1.0303  42.8532 -0.35 
- 1.0152  43.5401 -0.35 
- 1.01304  43.64 -0.35 
- 1  44.3652 -0.35 
-
- 1.80046  118.18 -0.35 
- 1.803  119.029 -0.35 
- 1.80596  120 -0.35 
- 1.81152  121.82 -0.35 
- 1.81706  123.64 -0.35 
- 1.8182  124.016 -0.35 
- 1.82258  125.45 -0.35 
- 1.82802  127.27 -0.35 
- 1.8333  129.071 -0.35 
- 1.83336  129.09 -0.35 
- 1.83868  130.91 -0.35 
- 1.84386  132.73 -0.35 
- 1.8485  134.413 -0.35 
- 1.84888  134.55 -0.35 
- 1.85376  136.36 -0.35 
- 1.85846  138.18 -0.35 
- 1.86295  140 -0.35 
- 1.8636  140.273 -0.35 
- 1.86734  141.82 -0.35 
- 1.87153  143.64 -0.35 
- 1.8755  145.45 -0.35 
- 1.8788  147.052 -0.35 
- 1.87925  147.27 -0.35 
- 1.88283  149.09 -0.35 
- 1.88618  150.91 -0.35 
- 1.88932  152.73 -0.35 
- 1.89223  154.55 -0.35 
- 1.8939  155.669 -0.35 
- 1.89495  156.36 -0.35 
- 1.8975  158.18 -0.35 
- 1.89983  160 -0.35 
- 1.90195  161.82 -0.35 
- 1.90385  163.64 -0.35 
- 1.90554  165.45 -0.35 
- 1.90704  167.27 -0.35 
- 1.90832  169.09 -0.35 
- 1.9091  170.402 -0.35 
- 1.90941  170.91 -0.35 
- 1.9103  172.73 -0.35 
- 1.911  174.55 -0.35 
- 1.91149  176.36 -0.35 
- 1.91179  178.18 -0.35 
- 1.91189  180 -0.35 
-
- 2.5  35.6959 -0.35 
- 2.4848  36.3355 -0.35 
- 2.48422  36.36 -0.35 
- 2.4697  36.9803 -0.35 
- 2.4545  37.611 -0.35 
- 2.44062  38.18 -0.35 
- 2.4394  38.2305 -0.35 
- 2.4242  38.8554 -0.35 
- 2.4091  39.468 -0.35 
- 2.39569  40 -0.35 
- 2.3939  40.072 -0.35 
- 2.3788  40.6853 -0.35 
- 2.3636  41.2886 -0.35 
- 2.35013  41.82 -0.35 
- 2.3485  41.8855 -0.35 
- 2.3333  42.4958 -0.35 
- 2.3182  43.0985 -0.35 
- 2.3044  43.64 -0.35 
- 2.303  43.6961 -0.35 
- 2.2879  44.3091 -0.35 
- 2.2727  44.9161 -0.35 
- 2.25934  45.45 -0.35 
- 2.2576  45.5221 -0.35 
- 2.2424  46.1528 -0.35 
- 2.2273  46.7795 -0.35 
- 2.21539  47.27 -0.35 
- 2.2121  47.4103 -0.35 
- 2.197  48.0644 -0.35 
- 2.1818  48.7163 -0.35 
- 2.17319  49.09 -0.35 
- 2.1667  49.3827 -0.35 
- 2.1515  50.0687 -0.35 
- 2.1364  50.7543 -0.35 
- 2.13299  50.91 -0.35 
- 2.1212  51.4719 -0.35 
- 2.1061  52.1989 -0.35 
- 2.09505  52.73 -0.35 
- 2.0909  52.9393 -0.35 
- 2.0758  53.7143 -0.35 
- 2.0606  54.4908 -0.35 
- 2.05946  54.55 -0.35 
- 2.0455  55.3132 -0.35 
- 2.0303  56.1408 -0.35 
- 2.02634  56.36 -0.35 
- 2.0152  57.0175 -0.35 
- 2  57.9125 -0.35 
- 1.9955  58.18 -0.35 
- 1.9848  58.8574 -0.35 
- 1.9697  59.8241 -0.35 
- 1.96696  60 -0.35 
- 1.9545  60.856 -0.35 
- 1.9406  61.82 -0.35 
- 1.9394  61.9098 -0.35 
- 1.9242  63.0468 -0.35 
- 1.91636  63.64 -0.35 
- 1.9091  64.2304 -0.35 
- 1.89407  65.45 -0.35 
- 1.8939  65.4647 -0.35 
- 1.8788  66.8229 -0.35 
- 1.87381  67.27 -0.35 
- 1.8636  68.2723 -0.35 
- 1.85536  69.09 -0.35 
- 1.8485  69.8393 -0.35 
- 1.83868  70.91 -0.35 
- 1.8333  71.5605 -0.35 
- 1.82373  72.73 -0.35 
- 1.8182  73.4869 -0.35 
- 1.81041  74.55 -0.35 
- 1.803  75.6875 -0.35 
- 1.79866  76.36 -0.35 
- 1.78845  78.18 -0.35 
- 1.7879  78.2945 -0.35 
- 1.77965  80 -0.35 
- 1.7727  81.6928 -0.35 
- 1.77218  81.82 -0.35 
- 1.76608  83.64 -0.35 
- 1.76116  85.45 -0.35 
- 1.7576  87.1678 -0.35 
- 1.75739  87.27 -0.35 
- 1.75467  89.09 -0.35 
- 1.75295  90.91 -0.35 
- 1.75214  92.73 -0.35 
- 1.75218  94.55 -0.35 
- 1.75299  96.36 -0.35 
- 1.75452  98.18 -0.35 
- 1.75667  100 -0.35 
- 1.7576  100.619 -0.35 
- 1.75941  101.82 -0.35 
- 1.76265  103.64 -0.35 
- 1.76634  105.45 -0.35 
- 1.77042  107.27 -0.35 
- 1.7727  108.214 -0.35 
- 1.77486  109.09 -0.35 
- 1.77961  110.91 -0.35 
- 1.78459  112.73 -0.35 
- 1.7879  113.9 -0.35 
- 1.78975  114.55 -0.35 
- 1.79506  116.36 -0.35 
- 1.80046  118.18 -0.35 
-
-
-# Contour 16, label:    -0.36
- 1.87312  0 -0.36 
- 1.87168  1.82 -0.36 
- 1.86727  3.64 -0.36 
- 1.8636  4.53441 -0.36 
- 1.86002  5.45 -0.36 
- 1.8498  7.27 -0.36 
- 1.8485  7.45307 -0.36 
- 1.83672  9.09 -0.36 
- 1.8333  9.48265 -0.36 
- 1.82063  10.91 -0.36 
- 1.8182  11.1495 -0.36 
- 1.803  12.5869 -0.36 
- 1.80145  12.73 -0.36 
- 1.7879  13.8794 -0.36 
- 1.77937  14.55 -0.36 
- 1.7727  15.0498 -0.36 
- 1.7576  16.1181 -0.36 
- 1.754  16.36 -0.36 
- 1.7424  17.1389 -0.36 
- 1.7273  18.0664 -0.36 
- 1.72538  18.18 -0.36 
- 1.7121  18.9851 -0.36 
- 1.697  19.8157 -0.36 
- 1.69348  20 -0.36 
- 1.6818  20.6468 -0.36 
- 1.6667  21.4153 -0.36 
- 1.6581  21.82 -0.36 
- 1.6515  22.157 -0.36 
- 1.6364  22.8896 -0.36 
- 1.6212  23.5477 -0.36 
- 1.61901  23.64 -0.36 
- 1.6061  24.2426 -0.36 
- 1.5909  24.8854 -0.36 
- 1.57626  25.45 -0.36 
- 1.5758  25.4703 -0.36 
- 1.5606  26.121 -0.36 
- 1.5455  26.7102 -0.36 
- 1.5303  27.2457 -0.36 
- 1.5296  27.27 -0.36 
- 1.5152  27.8475 -0.36 
- 1.5  28.4007 -0.36 
- 1.4848  28.9061 -0.36 
- 1.47904  29.09 -0.36 
- 1.4697  29.4414 -0.36 
- 1.4545  29.975 -0.36 
- 1.4394  30.4647 -0.36 
- 1.4244  30.91 -0.36 
- 1.4242  30.9172 -0.36 
- 1.4091  31.4445 -0.36 
- 1.3939  31.9306 -0.36 
- 1.3788  32.3804 -0.36 
- 1.36619  32.73 -0.36 
- 1.3636  32.8166 -0.36 
- 1.3485  33.3102 -0.36 
- 1.3333  33.769 -0.36 
- 1.3182  34.1971 -0.36 
- 1.3049  34.55 -0.36 
- 1.303  34.611 -0.36 
- 1.2879  35.087 -0.36 
- 1.2727  35.5334 -0.36 
- 1.2576  35.9541 -0.36 
- 1.2424  36.3522 -0.36 
- 1.2421  36.36 -0.36 
- 1.2273  36.8322 -0.36 
- 1.2121  37.2894 -0.36 
- 1.197  37.7253 -0.36 
- 1.1818  38.1432 -0.36 
- 1.18046  38.18 -0.36 
- 1.1667  38.6413 -0.36 
- 1.1515  39.1297 -0.36 
- 1.1364  39.6024 -0.36 
- 1.12333  40 -0.36 
- 1.1212  40.079 -0.36 
- 1.1061  40.6432 -0.36 
- 1.0909  41.1956 -0.36 
- 1.0758  41.7403 -0.36 
- 1.0736  41.82 -0.36 
- 1.0606  42.3932 -0.36 
- 1.0455  43.0601 -0.36 
- 1.03231  43.64 -0.36 
- 1.0303  43.7466 -0.36 
- 1.0152  44.5686 -0.36 
- 1  45.3945 -0.36 
-
- 1.7273  111.302 -0.36 
- 1.73111  112.73 -0.36 
- 1.73614  114.55 -0.36 
- 1.7413  116.36 -0.36 
- 1.7424  116.742 -0.36 
- 1.74662  118.18 -0.36 
- 1.75201  120 -0.36 
- 1.75742  121.82 -0.36 
- 1.7576  121.88 -0.36 
- 1.76284  123.64 -0.36 
- 1.76821  125.45 -0.36 
- 1.7727  126.988 -0.36 
- 1.77354  127.27 -0.36 
- 1.77885  129.09 -0.36 
- 1.78404  130.91 -0.36 
- 1.7879  132.298 -0.36 
- 1.7891  132.73 -0.36 
- 1.79404  134.55 -0.36 
- 1.79882  136.36 -0.36 
- 1.803  138.014 -0.36 
- 1.80343  138.18 -0.36 
- 1.80793  140 -0.36 
- 1.81224  141.82 -0.36 
- 1.81635  143.64 -0.36 
- 1.8182  144.495 -0.36 
- 1.82027  145.45 -0.36 
- 1.824  147.27 -0.36 
- 1.82751  149.09 -0.36 
- 1.83082  150.91 -0.36 
- 1.8333  152.372 -0.36 
- 1.83392  152.73 -0.36 
- 1.83686  154.55 -0.36 
- 1.83959  156.36 -0.36 
- 1.8421  158.18 -0.36 
- 1.8444  160 -0.36 
- 1.8465  161.82 -0.36 
- 1.84838  163.64 -0.36 
- 1.8485  163.766 -0.36 
- 1.85008  165.45 -0.36 
- 1.85157  167.27 -0.36 
- 1.85286  169.09 -0.36 
- 1.85395  170.91 -0.36 
- 1.85483  172.73 -0.36 
- 1.85552  174.55 -0.36 
- 1.85601  176.36 -0.36 
- 1.8563  178.18 -0.36 
- 1.8564  180 -0.36 
-
- 2.5  32.3001 -0.36 
- 2.49079  32.73 -0.36 
- 2.4848  33.0064 -0.36 
- 2.4697  33.7016 -0.36 
- 2.4545  34.3805 -0.36 
- 2.45071  34.55 -0.36 
- 2.4394  35.0512 -0.36 
- 2.4242  35.7096 -0.36 
- 2.4091  36.3546 -0.36 
- 2.40897  36.36 -0.36 
- 2.3939  37.0056 -0.36 
- 2.3788  37.6446 -0.36 
- 2.36588  38.18 -0.36 
- 2.3636  38.2753 -0.36 
- 2.3485  38.9107 -0.36 
- 2.3333  39.5361 -0.36 
- 2.32199  40 -0.36 
- 2.3182  40.1579 -0.36 
- 2.303  40.7866 -0.36 
- 2.2879  41.4077 -0.36 
- 2.27776  41.82 -0.36 
- 2.2727  42.0295 -0.36 
- 2.2576  42.6602 -0.36 
- 2.2424  43.2852 -0.36 
- 2.23383  43.64 -0.36 
- 2.2273  43.9152 -0.36 
- 2.2121  44.5531 -0.36 
- 2.197  45.1872 -0.36 
- 2.19073  45.45 -0.36 
- 2.1818  45.8373 -0.36 
- 2.1667  46.4978 -0.36 
- 2.1515  47.1563 -0.36 
- 2.14892  47.27 -0.36 
- 2.1364  47.8402 -0.36 
- 2.1212  48.5281 -0.36 
- 2.10888  49.09 -0.36 
- 2.1061  49.2222 -0.36 
- 2.0909  49.9456 -0.36 
- 2.0758  50.6689 -0.36 
- 2.07077  50.91 -0.36 
- 2.0606  51.4202 -0.36 
- 2.0455  52.1853 -0.36 
- 2.03473  52.73 -0.36 
- 2.0303  52.9651 -0.36 
- 2.0152  53.7783 -0.36 
- 2.00081  54.55 -0.36 
- 2  54.5955 -0.36 
- 1.9848  55.459 -0.36 
- 1.9697  56.3234 -0.36 
- 1.96906  56.36 -0.36 
- 1.9545  57.2503 -0.36 
- 1.93942  58.18 -0.36 
- 1.9394  58.1814 -0.36 
- 1.9242  59.1803 -0.36 
- 1.91183  60 -0.36 
- 1.9091  60.1938 -0.36 
- 1.8939  61.2708 -0.36 
- 1.88622  61.82 -0.36 
- 1.8788  62.3907 -0.36 
- 1.8636  63.555 -0.36 
- 1.8625  63.64 -0.36 
- 1.8485  64.8059 -0.36 
- 1.84072  65.45 -0.36 
- 1.8333  66.1224 -0.36 
- 1.82073  67.27 -0.36 
- 1.8182  67.5231 -0.36 
- 1.803  69.0349 -0.36 
- 1.80245  69.09 -0.36 
- 1.7879  70.698 -0.36 
- 1.78597  70.91 -0.36 
- 1.7727  72.5294 -0.36 
- 1.77107  72.73 -0.36 
- 1.75785  74.55 -0.36 
- 1.7576  74.5887 -0.36 
- 1.74611  76.36 -0.36 
- 1.7424  77.0189 -0.36 
- 1.7359  78.18 -0.36 
- 1.7273  79.9666 -0.36 
- 1.72714  80 -0.36 
- 1.71968  81.82 -0.36 
- 1.71351  83.64 -0.36 
- 1.7121  84.1571 -0.36 
- 1.70859  85.45 -0.36 
- 1.70481  87.27 -0.36 
- 1.70209  89.09 -0.36 
- 1.70035  90.91 -0.36 
- 1.69952  92.73 -0.36 
- 1.69953  94.55 -0.36 
- 1.7003  96.36 -0.36 
- 1.70176  98.18 -0.36 
- 1.70386  100 -0.36 
- 1.70651  101.82 -0.36 
- 1.70966  103.64 -0.36 
- 1.7121  104.868 -0.36 
- 1.71327  105.45 -0.36 
- 1.71729  107.27 -0.36 
- 1.72163  109.09 -0.36 
- 1.72626  110.91 -0.36 
- 1.7273  111.302 -0.36 
-
-
-# Contour 17, label:    -0.37
- 1.88236  0 -0.37 
- 1.88089  1.82 -0.37 
- 1.8788  2.68148 -0.37 
- 1.8766  3.64 -0.37 
- 1.8695  5.45 -0.37 
- 1.8636  6.50385 -0.37 
- 1.85942  7.27 -0.37 
- 1.8485  8.80311 -0.37 
- 1.84644  9.09 -0.37 
- 1.8333  10.5985 -0.37 
- 1.83053  10.91 -0.37 
- 1.8182  12.1271 -0.37 
- 1.81175  12.73 -0.37 
- 1.803  13.4818 -0.37 
- 1.78978  14.55 -0.37 
- 1.7879  14.6944 -0.37 
- 1.7727  15.8189 -0.37 
- 1.76486  16.36 -0.37 
- 1.7576  16.8603 -0.37 
- 1.7424  17.8324 -0.37 
- 1.73667  18.18 -0.37 
- 1.7273  18.7632 -0.37 
- 1.7121  19.6302 -0.37 
- 1.70522  20 -0.37 
- 1.697  20.4677 -0.37 
- 1.6818  21.2671 -0.37 
- 1.67036  21.82 -0.37 
- 1.6667  22.0118 -0.37 
- 1.6515  22.7714 -0.37 
- 1.6364  23.4519 -0.37 
- 1.632  23.64 -0.37 
- 1.6212  24.1509 -0.37 
- 1.6061  24.8136 -0.37 
- 1.5909  25.4111 -0.37 
- 1.58989  25.45 -0.37 
- 1.5758  26.071 -0.37 
- 1.5606  26.6756 -0.37 
- 1.5455  27.2236 -0.37 
- 1.54418  27.27 -0.37 
- 1.5303  27.8344 -0.37 
- 1.5152  28.3996 -0.37 
- 1.5  28.9147 -0.37 
- 1.49459  29.09 -0.37 
- 1.4848  29.4633 -0.37 
- 1.4697  30.0062 -0.37 
- 1.4545  30.5034 -0.37 
- 1.44116  30.91 -0.37 
- 1.4394  30.9743 -0.37 
- 1.4242  31.5091 -0.37 
- 1.4091  32.0011 -0.37 
- 1.3939  32.4554 -0.37 
- 1.38425  32.73 -0.37 
- 1.3788  32.9172 -0.37 
- 1.3636  33.4153 -0.37 
- 1.3485  33.8773 -0.37 
- 1.3333  34.3076 -0.37 
- 1.32438  34.55 -0.37 
- 1.3182  34.7535 -0.37 
- 1.303  35.2314 -0.37 
- 1.2879  35.6788 -0.37 
- 1.2727  36.0995 -0.37 
- 1.26295  36.36 -0.37 
- 1.2576  36.5358 -0.37 
- 1.2424  37.0172 -0.37 
- 1.2273  37.4728 -0.37 
- 1.2121  37.9062 -0.37 
- 1.20225  38.18 -0.37 
- 1.197  38.3589 -0.37 
- 1.1818  38.8626 -0.37 
- 1.1667  39.3458 -0.37 
- 1.1515  39.8122 -0.37 
- 1.14535  40 -0.37 
- 1.1364  40.3347 -0.37 
- 1.1212  40.8896 -0.37 
- 1.1061  41.4311 -0.37 
- 1.09507  41.82 -0.37 
- 1.0909  41.9998 -0.37 
- 1.0758  42.6568 -0.37 
- 1.0606  43.3057 -0.37 
- 1.05287  43.64 -0.37 
- 1.0455  44.0262 -0.37 
- 1.0303  44.8227 -0.37 
- 1.01848  45.45 -0.37 
- 1.0152  45.6618 -0.37 
- 1  46.658 -0.37 
-
- 1.65474  101.82 -0.37 
- 1.65793  103.64 -0.37 
- 1.66155  105.45 -0.37 
- 1.66555  107.27 -0.37 
- 1.6667  107.753 -0.37 
- 1.66986  109.09 -0.37 
- 1.67444  110.91 -0.37 
- 1.67924  112.73 -0.37 
- 1.6818  113.665 -0.37 
- 1.68425  114.55 -0.37 
- 1.68942  116.36 -0.37 
- 1.69468  118.18 -0.37 
- 1.697  118.971 -0.37 
- 1.70001  120 -0.37 
- 1.70536  121.82 -0.37 
- 1.71069  123.64 -0.37 
- 1.7121  124.119 -0.37 
- 1.71605  125.45 -0.37 
- 1.72137  127.27 -0.37 
- 1.72661  129.09 -0.37 
- 1.7273  129.335 -0.37 
- 1.73174  130.91 -0.37 
- 1.73676  132.73 -0.37 
- 1.74163  134.55 -0.37 
- 1.7424  134.843 -0.37 
- 1.74642  136.36 -0.37 
- 1.75105  138.18 -0.37 
- 1.7555  140 -0.37 
- 1.7576  140.894 -0.37 
- 1.75978  141.82 -0.37 
- 1.76387  143.64 -0.37 
- 1.76776  145.45 -0.37 
- 1.77145  147.27 -0.37 
- 1.7727  147.921 -0.37 
- 1.77498  149.09 -0.37 
- 1.77832  150.91 -0.37 
- 1.78145  152.73 -0.37 
- 1.78437  154.55 -0.37 
- 1.78708  156.36 -0.37 
- 1.7879  156.953 -0.37 
- 1.78959  158.18 -0.37 
- 1.7919  160 -0.37 
- 1.79399  161.82 -0.37 
- 1.79589  163.64 -0.37 
- 1.79758  165.45 -0.37 
- 1.79906  167.27 -0.37 
- 1.80034  169.09 -0.37 
- 1.80143  170.91 -0.37 
- 1.80231  172.73 -0.37 
- 1.803  174.55 -0.37 
- 1.8035  176.36 -0.37 
- 1.8038  178.18 -0.37 
- 1.8039  180 -0.37 
-
- 2.5  28.9747 -0.37 
- 2.49779  29.09 -0.37 
- 2.4848  29.7507 -0.37 
- 2.4697  30.5073 -0.37 
- 2.4615  30.91 -0.37 
- 2.4545  31.2478 -0.37 
- 2.4394  31.9731 -0.37 
- 2.4242  32.6823 -0.37 
- 2.42318  32.73 -0.37 
- 2.4091  33.383 -0.37 
- 2.3939  34.07 -0.37 
- 2.3832  34.55 -0.37 
- 2.3788  34.7456 -0.37 
- 2.3636  35.4134 -0.37 
- 2.3485  36.0695 -0.37 
- 2.34173  36.36 -0.37 
- 2.3333  36.7242 -0.37 
- 2.3182  37.3759 -0.37 
- 2.303  38.0182 -0.37 
- 2.29919  38.18 -0.37 
- 2.2879  38.664 -0.37 
- 2.2727  39.3056 -0.37 
- 2.2576  39.9398 -0.37 
- 2.25616  40 -0.37 
- 2.2424  40.5845 -0.37 
- 2.2273  41.2247 -0.37 
- 2.21307  41.82 -0.37 
- 2.2121  41.8613 -0.37 
- 2.197  42.5128 -0.37 
- 2.1818  43.1603 -0.37 
- 2.1706  43.64 -0.37 
- 2.1667  43.8099 -0.37 
- 2.1515  44.4714 -0.37 
- 2.1364  45.1307 -0.37 
- 2.12906  45.45 -0.37 
- 2.1212  45.8042 -0.37 
- 2.1061  46.4912 -0.37 
- 2.0909  47.1772 -0.37 
- 2.08887  47.27 -0.37 
- 2.0758  47.8896 -0.37 
- 2.0606  48.6058 -0.37 
- 2.05043  49.09 -0.37 
- 2.0455  49.3337 -0.37 
- 2.0303  50.0852 -0.37 
- 2.0152  50.8376 -0.37 
- 2.01375  50.91 -0.37 
- 2  51.6267 -0.37 
- 1.9848  52.4204 -0.37 
- 1.97894  52.73 -0.37 
- 1.9697  53.2425 -0.37 
- 1.9545  54.0831 -0.37 
- 1.94614  54.55 -0.37 
- 1.9394  54.9451 -0.37 
- 1.9242  55.8333 -0.37 
- 1.91527  56.36 -0.37 
- 1.9091  56.748 -0.37 
- 1.8939  57.7002 -0.37 
- 1.88631  58.18 -0.37 
- 1.8788  58.6854 -0.37 
- 1.8636  59.7036 -0.37 
- 1.85921  60 -0.37 
- 1.8485  60.7743 -0.37 
- 1.83394  61.82 -0.37 
- 1.8333  61.8697 -0.37 
- 1.8182  63.0463 -0.37 
- 1.81053  63.64 -0.37 
- 1.803  64.2664 -0.37 
- 1.78887  65.45 -0.37 
- 1.7879  65.5385 -0.37 
- 1.7727  66.9219 -0.37 
- 1.7689  67.27 -0.37 
- 1.7576  68.4024 -0.37 
- 1.75068  69.09 -0.37 
- 1.7424  69.9986 -0.37 
- 1.73413  70.91 -0.37 
- 1.7273  71.7473 -0.37 
- 1.71922  72.73 -0.37 
- 1.7121  73.701 -0.37 
- 1.70591  74.55 -0.37 
- 1.697  75.9265 -0.37 
- 1.69417  76.36 -0.37 
- 1.68388  78.18 -0.37 
- 1.6818  78.6087 -0.37 
- 1.67508  80 -0.37 
- 1.66765  81.82 -0.37 
- 1.6667  82.1038 -0.37 
- 1.66149  83.64 -0.37 
- 1.65656  85.45 -0.37 
- 1.65278  87.27 -0.37 
- 1.6515  88.1292 -0.37 
- 1.65008  89.09 -0.37 
- 1.64838  90.91 -0.37 
- 1.64759  92.73 -0.37 
- 1.64763  94.55 -0.37 
- 1.64844  96.36 -0.37 
- 1.64994  98.18 -0.37 
- 1.6515  99.5262 -0.37 
- 1.65205  100 -0.37 
- 1.65474  101.82 -0.37 
-
-
-# Contour 18, label:    -0.38
- 1.89215  0 -0.38 
- 1.89079  1.82 -0.38 
- 1.88663  3.64 -0.38 
- 1.87942  5.45 -0.38 
- 1.8788  5.56446 -0.38 
- 1.86963  7.27 -0.38 
- 1.8636  8.12702 -0.38 
- 1.85686  9.09 -0.38 
- 1.8485  10.0747 -0.38 
- 1.84119  10.91 -0.38 
- 1.8333  11.6984 -0.38 
- 1.82256  12.73 -0.38 
- 1.8182  13.1148 -0.38 
- 1.803  14.3803 -0.38 
- 1.8009  14.55 -0.38 
- 1.7879  15.5499 -0.38 
- 1.77632  16.36 -0.38 
- 1.7727  16.6131 -0.38 
- 1.7576  17.6286 -0.38 
- 1.74863  18.18 -0.38 
- 1.7424  18.5732 -0.38 
- 1.7273  19.4752 -0.38 
- 1.71767  20 -0.38 
- 1.7121  20.3212 -0.38 
- 1.697  21.1498 -0.38 
- 1.68331  21.82 -0.38 
- 1.6818  21.9005 -0.38 
- 1.6667  22.6853 -0.38 
- 1.6515  23.3859 -0.38 
- 1.64571  23.64 -0.38 
- 1.6364  24.0924 -0.38 
- 1.6212  24.7729 -0.38 
- 1.6061  25.3846 -0.38 
- 1.60443  25.45 -0.38 
- 1.5909  26.0543 -0.38 
- 1.5758  26.6718 -0.38 
- 1.5606  27.2301 -0.38 
- 1.55949  27.27 -0.38 
- 1.5455  27.8546 -0.38 
- 1.5303  28.4292 -0.38 
- 1.5152  28.9516 -0.38 
- 1.51101  29.09 -0.38 
- 1.5  29.5186 -0.38 
- 1.4848  30.0685 -0.38 
- 1.4697  30.5709 -0.38 
- 1.45872  30.91 -0.38 
- 1.4545  31.0657 -0.38 
- 1.4394  31.6056 -0.38 
- 1.4242  32.101 -0.38 
- 1.4091  32.5576 -0.38 
- 1.40311  32.73 -0.38 
- 1.3939  33.0508 -0.38 
- 1.3788  33.551 -0.38 
- 1.3636  34.0139 -0.38 
- 1.3485  34.4444 -0.38 
- 1.34466  34.55 -0.38 
- 1.3333  34.9282 -0.38 
- 1.3182  35.4058 -0.38 
- 1.303  35.8519 -0.38 
- 1.2879  36.2707 -0.38 
- 1.28458  36.36 -0.38 
- 1.2727  36.7539 -0.38 
- 1.2576  37.2325 -0.38 
- 1.2424  37.6844 -0.38 
- 1.2273  38.1135 -0.38 
- 1.22491  38.18 -0.38 
- 1.2121  38.6179 -0.38 
- 1.197  39.1155 -0.38 
- 1.1818  39.5917 -0.38 
- 1.16841  40 -0.38 
- 1.1667  40.0641 -0.38 
- 1.1515  40.6271 -0.38 
- 1.1364  41.171 -0.38 
- 1.1212  41.7002 -0.38 
- 1.11779  41.82 -0.38 
- 1.1061  42.3232 -0.38 
- 1.0909  42.9631 -0.38 
- 1.0758  43.5931 -0.38 
- 1.07469  43.64 -0.38 
- 1.0606  44.3604 -0.38 
- 1.0455  45.1308 -0.38 
- 1.03928  45.45 -0.38 
- 1.0303  46.0135 -0.38 
- 1.0152  46.9734 -0.38 
- 1.0106  47.27 -0.38 
- 1  48.0958 -0.38 
-
- 1.59677  96.36 -0.38 
- 1.59839  98.18 -0.38 
- 1.60063  100 -0.38 
- 1.60343  101.82 -0.38 
- 1.6061  103.303 -0.38 
- 1.6067  103.64 -0.38 
- 1.61039  105.45 -0.38 
- 1.61444  107.27 -0.38 
- 1.6188  109.09 -0.38 
- 1.6212  110.032 -0.38 
- 1.62345  110.91 -0.38 
- 1.62833  112.73 -0.38 
- 1.63339  114.55 -0.38 
- 1.6364  115.598 -0.38 
- 1.63857  116.36 -0.38 
- 1.64384  118.18 -0.38 
- 1.64916  120 -0.38 
- 1.6515  120.795 -0.38 
- 1.65454  121.82 -0.38 
- 1.65994  123.64 -0.38 
- 1.6653  125.45 -0.38 
- 1.6667  125.927 -0.38 
- 1.67061  127.27 -0.38 
- 1.67583  129.09 -0.38 
- 1.68095  130.91 -0.38 
- 1.6818  131.22 -0.38 
- 1.686  132.73 -0.38 
- 1.69093  134.55 -0.38 
- 1.69571  136.36 -0.38 
- 1.697  136.869 -0.38 
- 1.70033  138.18 -0.38 
- 1.70477  140 -0.38 
- 1.70904  141.82 -0.38 
- 1.7121  143.183 -0.38 
- 1.71314  143.64 -0.38 
- 1.71708  145.45 -0.38 
- 1.72083  147.27 -0.38 
- 1.72437  149.09 -0.38 
- 1.7273  150.684 -0.38 
- 1.72771  150.91 -0.38 
- 1.73085  152.73 -0.38 
- 1.73378  154.55 -0.38 
- 1.7365  156.36 -0.38 
- 1.73902  158.18 -0.38 
- 1.74133  160 -0.38 
- 1.7424  160.929 -0.38 
- 1.74344  161.82 -0.38 
- 1.74537  163.64 -0.38 
- 1.74709  165.45 -0.38 
- 1.7486  167.27 -0.38 
- 1.74991  169.09 -0.38 
- 1.75102  170.91 -0.38 
- 1.75192  172.73 -0.38 
- 1.75262  174.55 -0.38 
- 1.75313  176.36 -0.38 
- 1.75342  178.18 -0.38 
- 1.75352  180 -0.38 
-
- 2.5  25.6347 -0.38 
- 2.4848  26.4946 -0.38 
- 2.47086  27.27 -0.38 
- 2.4697  27.3326 -0.38 
- 2.4545  28.1419 -0.38 
- 2.4394  28.9325 -0.38 
- 2.43635  29.09 -0.38 
- 2.4242  29.7023 -0.38 
- 2.4091  30.4546 -0.38 
- 2.39978  30.91 -0.38 
- 2.3939  31.1918 -0.38 
- 2.3788  31.9145 -0.38 
- 2.3636  32.6236 -0.38 
- 2.36133  32.73 -0.38 
- 2.3485  33.3237 -0.38 
- 2.3333  34.0121 -0.38 
- 2.32136  34.55 -0.38 
- 2.3182  34.6907 -0.38 
- 2.303  35.3621 -0.38 
- 2.2879  36.0238 -0.38 
- 2.28013  36.36 -0.38 
- 2.2727  36.6838 -0.38 
- 2.2576  37.3431 -0.38 
- 2.2424  37.9947 -0.38 
- 2.23811  38.18 -0.38 
- 2.2273  38.6498 -0.38 
- 2.2121  39.3025 -0.38 
- 2.197  39.9499 -0.38 
- 2.19583  40 -0.38 
- 2.1818  40.6078 -0.38 
- 2.1667  41.2626 -0.38 
- 2.15372  41.82 -0.38 
- 2.1515  41.9169 -0.38 
- 2.1364  42.5844 -0.38 
- 2.1212  43.2496 -0.38 
- 2.11235  43.64 -0.38 
- 2.1061  43.9206 -0.38 
- 2.0909  44.6007 -0.38 
- 2.0758  45.2802 -0.38 
- 2.07202  45.45 -0.38 
- 2.0606  45.9807 -0.38 
- 2.0455  46.6881 -0.38 
- 2.03303  47.27 -0.38 
- 2.0303  47.4014 -0.38 
- 2.0152  48.1383 -0.38 
- 2  48.876 -0.38 
- 1.99562  49.09 -0.38 
- 1.9848  49.6383 -0.38 
- 1.9697  50.4105 -0.38 
- 1.95991  50.91 -0.38 
- 1.9545  51.1978 -0.38 
- 1.9394  52.0096 -0.38 
- 1.92594  52.73 -0.38 
- 1.9242  52.8279 -0.38 
- 1.9091  53.6844 -0.38 
- 1.8939  54.5421 -0.38 
- 1.89376  54.55 -0.38 
- 1.8788  55.4435 -0.38 
- 1.8636  56.3456 -0.38 
- 1.86336  56.36 -0.38 
- 1.8485  57.3073 -0.38 
- 1.83472  58.18 -0.38 
- 1.8333  58.2756 -0.38 
- 1.8182  59.3003 -0.38 
- 1.80782  60 -0.38 
- 1.803  60.3471 -0.38 
- 1.7879  61.4418 -0.38 
- 1.78264  61.82 -0.38 
- 1.7727  62.5892 -0.38 
- 1.75918  63.64 -0.38 
- 1.7576  63.7723 -0.38 
- 1.7424  65.0323 -0.38 
- 1.73738  65.45 -0.38 
- 1.7273  66.3684 -0.38 
- 1.71731  67.27 -0.38 
- 1.7121  67.7854 -0.38 
- 1.69896  69.09 -0.38 
- 1.697  69.3045 -0.38 
- 1.68221  70.91 -0.38 
- 1.6818  70.9593 -0.38 
- 1.6672  72.73 -0.38 
- 1.6667  72.7975 -0.38 
- 1.65372  74.55 -0.38 
- 1.6515  74.8881 -0.38 
- 1.64188  76.36 -0.38 
- 1.6364  77.3304 -0.38 
- 1.63155  78.18 -0.38 
- 1.62268  80 -0.38 
- 1.6212  80.3609 -0.38 
- 1.61524  81.82 -0.38 
- 1.60914  83.64 -0.38 
- 1.6061  84.7774 -0.38 
- 1.60428  85.45 -0.38 
- 1.60057  87.27 -0.38 
- 1.59796  89.09 -0.38 
- 1.59635  90.91 -0.38 
- 1.59567  92.73 -0.38 
- 1.59584  94.55 -0.38 
- 1.59677  96.36 -0.38 
-
-
-# Contour 19, label:    -0.39
- 1.90286  0 -0.39 
- 1.90147  1.82 -0.39 
- 1.89721  3.64 -0.39 
- 1.8939  4.47743 -0.39 
- 1.89025  5.45 -0.39 
- 1.88044  7.27 -0.39 
- 1.8788  7.5095 -0.39 
- 1.8679  9.09 -0.39 
- 1.8636  9.60291 -0.39 
- 1.85247  10.91 -0.39 
- 1.8485  11.3178 -0.39 
- 1.83402  12.73 -0.39 
- 1.8333  12.794 -0.39 
- 1.8182  14.1187 -0.39 
- 1.81294  14.55 -0.39 
- 1.803  15.3246 -0.39 
- 1.78861  16.36 -0.39 
- 1.7879  16.4106 -0.39 
- 1.7727  17.4672 -0.39 
- 1.76142  18.18 -0.39 
- 1.7576  18.4274 -0.39 
- 1.7424  19.3616 -0.39 
- 1.731  20 -0.39 
- 1.7273  20.2191 -0.39 
- 1.7121  21.0739 -0.39 
- 1.69726  21.82 -0.39 
- 1.697  21.8343 -0.39 
- 1.6818  22.6413 -0.39 
- 1.6667  23.3589 -0.39 
- 1.66038  23.64 -0.39 
- 1.6515  24.0773 -0.39 
- 1.6364  24.7723 -0.39 
- 1.6212  25.395 -0.39 
- 1.61983  25.45 -0.39 
- 1.6061  26.08 -0.39 
- 1.5909  26.707 -0.39 
- 1.57587  27.27 -0.39 
- 1.5758  27.2732 -0.39 
- 1.5606  27.9166 -0.39 
- 1.5455  28.4973 -0.39 
- 1.5303  29.024 -0.39 
- 1.52835  29.09 -0.39 
- 1.5152  29.6158 -0.39 
- 1.5  30.1693 -0.39 
- 1.4848  30.6738 -0.39 
- 1.47734  30.91 -0.39 
- 1.4697  31.1996 -0.39 
- 1.4545  31.741 -0.39 
- 1.4394  32.2368 -0.39 
- 1.4242  32.6929 -0.39 
- 1.42294  32.73 -0.39 
- 1.4091  33.2247 -0.39 
- 1.3939  33.7237 -0.39 
- 1.3788  34.1847 -0.39 
- 1.36594  34.55 -0.39 
- 1.3636  34.6306 -0.39 
- 1.3485  35.1416 -0.39 
- 1.3333  35.6158 -0.39 
- 1.3182  36.058 -0.39 
- 1.30727  36.36 -0.39 
- 1.303  36.5061 -0.39 
- 1.2879  37.0105 -0.39 
- 1.2727  37.4834 -0.39 
- 1.2576  37.9292 -0.39 
- 1.24873  38.18 -0.39 
- 1.2424  38.4011 -0.39 
- 1.2273  38.9162 -0.39 
- 1.2121  39.4051 -0.39 
- 1.197  39.8721 -0.39 
- 1.19278  40 -0.39 
- 1.1818  40.4108 -0.39 
- 1.1667  40.9614 -0.39 
- 1.1515  41.4921 -0.39 
- 1.14201  41.82 -0.39 
- 1.1364  42.0588 -0.39 
- 1.1212  42.6962 -0.39 
- 1.1061  43.317 -0.39 
- 1.09816  43.64 -0.39 
- 1.0909  44.0012 -0.39 
- 1.0758  44.7547 -0.39 
- 1.0616  45.45 -0.39 
- 1.0606  45.5102 -0.39 
- 1.0455  46.4424 -0.39 
- 1.03191  47.27 -0.39 
- 1.0303  47.3891 -0.39 
- 1.0152  48.5395 -0.39 
- 1.008  49.09 -0.39 
- 1  49.8303 -0.39 
-
- 1.54745  87.27 -0.39 
- 1.5455  88.7397 -0.39 
- 1.54503  89.09 -0.39 
- 1.54361  90.91 -0.39 
- 1.54313  92.73 -0.39 
- 1.54351  94.55 -0.39 
- 1.54466  96.36 -0.39 
- 1.5455  97.1892 -0.39 
- 1.54649  98.18 -0.39 
- 1.54891  100 -0.39 
- 1.55188  101.82 -0.39 
- 1.55533  103.64 -0.39 
- 1.5592  105.45 -0.39 
- 1.5606  106.054 -0.39 
- 1.56342  107.27 -0.39 
- 1.56797  109.09 -0.39 
- 1.57277  110.91 -0.39 
- 1.5758  112.008 -0.39 
- 1.57777  112.73 -0.39 
- 1.58291  114.55 -0.39 
- 1.58817  116.36 -0.39 
- 1.5909  117.285 -0.39 
- 1.59355  118.18 -0.39 
- 1.59899  120 -0.39 
- 1.60446  121.82 -0.39 
- 1.6061  122.366 -0.39 
- 1.6099  123.64 -0.39 
- 1.6153  125.45 -0.39 
- 1.62064  127.27 -0.39 
- 1.6212  127.463 -0.39 
- 1.62595  129.09 -0.39 
- 1.63116  130.91 -0.39 
- 1.63626  132.73 -0.39 
- 1.6364  132.783 -0.39 
- 1.6412  134.55 -0.39 
- 1.646  136.36 -0.39 
- 1.65064  138.18 -0.39 
- 1.6515  138.528 -0.39 
- 1.65516  140 -0.39 
- 1.6595  141.82 -0.39 
- 1.66366  143.64 -0.39 
- 1.6667  145.026 -0.39 
- 1.66763  145.45 -0.39 
- 1.67139  147.27 -0.39 
- 1.67495  149.09 -0.39 
- 1.67831  150.91 -0.39 
- 1.68147  152.73 -0.39 
- 1.6818  152.933 -0.39 
- 1.68445  154.55 -0.39 
- 1.68723  156.36 -0.39 
- 1.6898  158.18 -0.39 
- 1.69216  160 -0.39 
- 1.69431  161.82 -0.39 
- 1.69625  163.64 -0.39 
- 1.697  164.421 -0.39 
- 1.69799  165.45 -0.39 
- 1.69951  167.27 -0.39 
- 1.70083  169.09 -0.39 
- 1.70195  170.91 -0.39 
- 1.70286  172.73 -0.39 
- 1.70357  174.55 -0.39 
- 1.70407  176.36 -0.39 
- 1.70438  178.18 -0.39 
- 1.70448  180 -0.39 
-
- 2.5  22.1797 -0.39 
- 2.4848  23.1566 -0.39 
- 2.47722  23.64 -0.39 
- 2.4697  24.0933 -0.39 
- 2.4545  24.9911 -0.39 
- 2.44667  25.45 -0.39 
- 2.4394  25.861 -0.39 
- 2.4242  26.7039 -0.39 
- 2.4139  27.27 -0.39 
- 2.4091  27.5248 -0.39 
- 2.3939  28.3201 -0.39 
- 2.37899  29.09 -0.39 
- 2.3788  29.0996 -0.39 
- 2.3636  29.8571 -0.39 
- 2.3485  30.6009 -0.39 
- 2.34213  30.91 -0.39 
- 2.3333  31.3306 -0.39 
- 2.3182  32.0469 -0.39 
- 2.30349  32.73 -0.39 
- 2.303  32.7524 -0.39 
- 2.2879  33.4492 -0.39 
- 2.2727  34.1361 -0.39 
- 2.26354  34.55 -0.39 
- 2.2576  34.8152 -0.39 
- 2.2424  35.4867 -0.39 
- 2.2273  36.1512 -0.39 
- 2.22252  36.36 -0.39 
- 2.2121  36.8173 -0.39 
- 2.197  37.4809 -0.39 
- 2.1818  38.1399 -0.39 
- 2.18088  38.18 -0.39 
- 2.1667  38.8039 -0.39 
- 2.1515  39.4648 -0.39 
- 2.13924  40 -0.39 
- 2.1364  40.1256 -0.39 
- 2.1212  40.794 -0.39 
- 2.1061  41.4606 -0.39 
- 2.09792  41.82 -0.39 
- 2.0909  42.1334 -0.39 
- 2.0758  42.8132 -0.39 
- 2.0606  43.493 -0.39 
- 2.05735  43.64 -0.39 
- 2.0455  44.1844 -0.39 
- 2.0303  44.879 -0.39 
- 2.01792  45.45 -0.39 
- 2.0152  45.5794 -0.39 
- 2  46.3016 -0.39 
- 1.9848  47.0251 -0.39 
- 1.97971  47.27 -0.39 
- 1.9697  47.767 -0.39 
- 1.9545  48.5188 -0.39 
- 1.94306  49.09 -0.39 
- 1.9394  49.2796 -0.39 
- 1.9242  50.0643 -0.39 
- 1.9091  50.8506 -0.39 
- 1.90796  50.91 -0.39 
- 1.8939  51.6699 -0.39 
- 1.8788  52.4931 -0.39 
- 1.87444  52.73 -0.39 
- 1.8636  53.3457 -0.39 
- 1.8485  54.2103 -0.39 
- 1.84253  54.55 -0.39 
- 1.8333  55.1003 -0.39 
- 1.8182  56.0058 -0.39 
- 1.81225  56.36 -0.39 
- 1.803  56.9463 -0.39 
- 1.7879  57.9086 -0.39 
- 1.78361  58.18 -0.39 
- 1.7727  58.9131 -0.39 
- 1.7576  59.9328 -0.39 
- 1.75659  60 -0.39 
- 1.7424  61.0152 -0.39 
- 1.73119  61.82 -0.39 
- 1.7273  62.1208 -0.39 
- 1.7121  63.2825 -0.39 
- 1.70744  63.64 -0.39 
- 1.697  64.5009 -0.39 
- 1.68537  65.45 -0.39 
- 1.6818  65.7697 -0.39 
- 1.6667  67.1226 -0.39 
- 1.66504  67.27 -0.39 
- 1.6515  68.586 -0.39 
- 1.64633  69.09 -0.39 
- 1.6364  70.1594 -0.39 
- 1.62935  70.91 -0.39 
- 1.6212  71.8799 -0.39 
- 1.61406  72.73 -0.39 
- 1.6061  73.8003 -0.39 
- 1.60046  74.55 -0.39 
- 1.5909  75.9905 -0.39 
- 1.58845  76.36 -0.39 
- 1.57809  78.18 -0.39 
- 1.5758  78.6525 -0.39 
- 1.56919  80 -0.39 
- 1.56176  81.82 -0.39 
- 1.5606  82.1687 -0.39 
- 1.55572  83.64 -0.39 
- 1.55098  85.45 -0.39 
- 1.54745  87.27 -0.39 
-
-
-# Contour 20, label:     -0.4
- 1.91424  0 -0.4 
- 1.91285  1.82 -0.4 
- 1.9091  3.42148 -0.4 
- 1.90862  3.64 -0.4 
- 1.90191  5.45 -0.4 
- 1.8939  6.93612 -0.4 
- 1.89215  7.27 -0.4 
- 1.87977  9.09 -0.4 
- 1.8788  9.20882 -0.4 
- 1.86454  10.91 -0.4 
- 1.8636  11.0078 -0.4 
- 1.8485  12.546 -0.4 
- 1.84661  12.73 -0.4 
- 1.8333  13.92 -0.4 
- 1.82582  14.55 -0.4 
- 1.8182  15.1606 -0.4 
- 1.803  16.2797 -0.4 
- 1.80188  16.36 -0.4 
- 1.7879  17.3636 -0.4 
- 1.77516  18.18 -0.4 
- 1.7727  18.3417 -0.4 
- 1.7576  19.3036 -0.4 
- 1.74534  20 -0.4 
- 1.7424  20.1764 -0.4 
- 1.7273  21.0527 -0.4 
- 1.71224  21.82 -0.4 
- 1.7121  21.8279 -0.4 
- 1.697  22.6521 -0.4 
- 1.6818  23.3821 -0.4 
- 1.67615  23.64 -0.4 
- 1.6667  24.1182 -0.4 
- 1.6515  24.8229 -0.4 
- 1.63646  25.45 -0.4 
- 1.6364  25.4527 -0.4 
- 1.6212  26.1596 -0.4 
- 1.6061  26.7915 -0.4 
- 1.59348  27.27 -0.4 
- 1.5909  27.3838 -0.4 
- 1.5758  28.0309 -0.4 
- 1.5606  28.6132 -0.4 
- 1.54704  29.09 -0.4 
- 1.5455  29.154 -0.4 
- 1.5303  29.7648 -0.4 
- 1.5152  30.3174 -0.4 
- 1.5  30.8199 -0.4 
- 1.49719  30.91 -0.4 
- 1.4848  31.3857 -0.4 
- 1.4697  31.9242 -0.4 
- 1.4545  32.4163 -0.4 
- 1.44424  32.73 -0.4 
- 1.4394  32.9095 -0.4 
- 1.4242  33.4475 -0.4 
- 1.4091  33.9413 -0.4 
- 1.3939  34.3966 -0.4 
- 1.38862  34.55 -0.4 
- 1.3788  34.8975 -0.4 
- 1.3636  35.4016 -0.4 
- 1.3485  35.8686 -0.4 
- 1.3333  36.3034 -0.4 
- 1.33129  36.36 -0.4 
- 1.3182  36.8178 -0.4 
- 1.303  37.3131 -0.4 
- 1.2879  37.7767 -0.4 
- 1.2739  38.18 -0.4 
- 1.2727  38.223 -0.4 
- 1.2576  38.7576 -0.4 
- 1.2424  39.2609 -0.4 
- 1.2273  39.7378 -0.4 
- 1.21869  40 -0.4 
- 1.2121  40.2491 -0.4 
- 1.197  40.8093 -0.4 
- 1.1818  41.3443 -0.4 
- 1.16788  41.82 -0.4 
- 1.1667  41.8701 -0.4 
- 1.1515  42.5093 -0.4 
- 1.1364  43.1255 -0.4 
- 1.12341  43.64 -0.4 
- 1.1212  43.7478 -0.4 
- 1.1061  44.4912 -0.4 
- 1.0909  45.2158 -0.4 
- 1.08605  45.45 -0.4 
- 1.0758  46.0625 -0.4 
- 1.0606  46.9563 -0.4 
- 1.05535  47.27 -0.4 
- 1.0455  47.9912 -0.4 
- 1.03032  49.09 -0.4 
- 1.0303  49.0915 -0.4 
- 1.0152  50.4647 -0.4 
- 1.01033  50.91 -0.4 
- 1  52.0505 -0.4 
-
- 1.5152  79.7101 -0.4 
- 1.51378  80 -0.4 
- 1.5064  81.82 -0.4 
- 1.50051  83.64 -0.4 
- 1.5  83.8406 -0.4 
- 1.49592  85.45 -0.4 
- 1.4926  87.27 -0.4 
- 1.49043  89.09 -0.4 
- 1.48932  90.91 -0.4 
- 1.48917  92.73 -0.4 
- 1.48987  94.55 -0.4 
- 1.49135  96.36 -0.4 
- 1.49352  98.18 -0.4 
- 1.49629  100 -0.4 
- 1.4996  101.82 -0.4 
- 1.5  102.011 -0.4 
- 1.50336  103.64 -0.4 
- 1.50753  105.45 -0.4 
- 1.51204  107.27 -0.4 
- 1.5152  108.464 -0.4 
- 1.51683  109.09 -0.4 
- 1.52182  110.91 -0.4 
- 1.52701  112.73 -0.4 
- 1.5303  113.848 -0.4 
- 1.53236  114.55 -0.4 
- 1.53784  116.36 -0.4 
- 1.5434  118.18 -0.4 
- 1.5455  118.861 -0.4 
- 1.54897  120 -0.4 
- 1.55455  121.82 -0.4 
- 1.5601  123.64 -0.4 
- 1.5606  123.802 -0.4 
- 1.56565  125.45 -0.4 
- 1.57114  127.27 -0.4 
- 1.5758  128.836 -0.4 
- 1.57655  129.09 -0.4 
- 1.58182  130.91 -0.4 
- 1.58697  132.73 -0.4 
- 1.5909  134.153 -0.4 
- 1.592  134.55 -0.4 
- 1.59691  136.36 -0.4 
- 1.60167  138.18 -0.4 
- 1.6061  139.94 -0.4 
- 1.60625  140 -0.4 
- 1.61063  141.82 -0.4 
- 1.61483  143.64 -0.4 
- 1.61884  145.45 -0.4 
- 1.6212  146.577 -0.4 
- 1.62266  147.27 -0.4 
- 1.62631  149.09 -0.4 
- 1.62975  150.91 -0.4 
- 1.63299  152.73 -0.4 
- 1.63601  154.55 -0.4 
- 1.6364  154.798 -0.4 
- 1.63882  156.36 -0.4 
- 1.64141  158.18 -0.4 
- 1.6438  160 -0.4 
- 1.64598  161.82 -0.4 
- 1.64794  163.64 -0.4 
- 1.6497  165.45 -0.4 
- 1.65124  167.27 -0.4 
- 1.6515  167.619 -0.4 
- 1.6526  169.09 -0.4 
- 1.65374  170.91 -0.4 
- 1.65468  172.73 -0.4 
- 1.6554  174.55 -0.4 
- 1.65592  176.36 -0.4 
- 1.65623  178.18 -0.4 
- 1.65633  180 -0.4 
-
- 2.5  18.436 -0.4 
- 2.4848  19.5832 -0.4 
- 2.47925  20 -0.4 
- 2.4697  20.6667 -0.4 
- 2.4545  21.7039 -0.4 
- 2.4528  21.82 -0.4 
- 2.4394  22.6797 -0.4 
- 2.4242  23.6297 -0.4 
- 2.42403  23.64 -0.4 
- 2.4091  24.523 -0.4 
- 2.3939  25.398 -0.4 
- 2.393  25.45 -0.4 
- 2.3788  26.2389 -0.4 
- 2.3636  27.0628 -0.4 
- 2.35977  27.27 -0.4 
- 2.3485  27.8601 -0.4 
- 2.3333  28.6394 -0.4 
- 2.32448  29.09 -0.4 
- 2.3182  29.402 -0.4 
- 2.303  30.1465 -0.4 
- 2.2879  30.8805 -0.4 
- 2.28729  30.91 -0.4 
- 2.2727  31.5988 -0.4 
- 2.2576  32.3074 -0.4 
- 2.24847  32.73 -0.4 
- 2.2424  33.0075 -0.4 
- 2.2273  33.6986 -0.4 
- 2.2121  34.3831 -0.4 
- 2.20841  34.55 -0.4 
- 2.197  35.0598 -0.4 
- 2.1818  35.7304 -0.4 
- 2.16754  36.36 -0.4 
- 2.1667  36.3974 -0.4 
- 2.1515  37.0677 -0.4 
- 2.1364  37.7344 -0.4 
- 2.12624  38.18 -0.4 
- 2.1212  38.4017 -0.4 
- 2.1061  39.0709 -0.4 
- 2.0909  39.7391 -0.4 
- 2.08502  40 -0.4 
- 2.0758  40.4124 -0.4 
- 2.0606  41.0884 -0.4 
- 2.0455  41.7653 -0.4 
- 2.04428  41.82 -0.4 
- 2.0303  42.4536 -0.4 
- 2.0152  43.1437 -0.4 
- 2.00431  43.64 -0.4 
- 2  43.8389 -0.4 
- 1.9848  44.5429 -0.4 
- 1.9697  45.2492 -0.4 
- 1.9654  45.45 -0.4 
- 1.9545  45.9735 -0.4 
- 1.9394  46.7059 -0.4 
- 1.92774  47.27 -0.4 
- 1.9242  47.4465 -0.4 
- 1.9091  48.2051 -0.4 
- 1.8939  48.9666 -0.4 
- 1.89146  49.09 -0.4 
- 1.8788  49.7517 -0.4 
- 1.8636  50.543 -0.4 
- 1.85661  50.91 -0.4 
- 1.8485  51.3527 -0.4 
- 1.8333  52.1778 -0.4 
- 1.82321  52.73 -0.4 
- 1.8182  53.0164 -0.4 
- 1.803  53.8793 -0.4 
- 1.79127  54.55 -0.4 
- 1.7879  54.7513 -0.4 
- 1.7727  55.6516 -0.4 
- 1.76081  56.36 -0.4 
- 1.7576  56.5635 -0.4 
- 1.7424  57.5162 -0.4 
- 1.73186  58.18 -0.4 
- 1.7273  58.4851 -0.4 
- 1.7121  59.4915 -0.4 
- 1.70444  60 -0.4 
- 1.697  60.5282 -0.4 
- 1.6818  61.5956 -0.4 
- 1.67861  61.82 -0.4 
- 1.6667  62.7203 -0.4 
- 1.65441  63.64 -0.4 
- 1.6515  63.874 -0.4 
- 1.6364  65.091 -0.4 
- 1.63189  65.45 -0.4 
- 1.6212  66.383 -0.4 
- 1.61106  67.27 -0.4 
- 1.6061  67.7462 -0.4 
- 1.59195  69.09 -0.4 
- 1.5909  69.2003 -0.4 
- 1.5758  70.7906 -0.4 
- 1.57465  70.91 -0.4 
- 1.5606  72.5469 -0.4 
- 1.55903  72.73 -0.4 
- 1.5455  74.5164 -0.4 
- 1.54524  74.55 -0.4 
- 1.53306  76.36 -0.4 
- 1.5303  76.8406 -0.4 
- 1.52261  78.18 -0.4 
- 1.5152  79.7101 -0.4 
-
-
-# Contour 21, label:    -0.41
- 1.92653  0 -0.41 
- 1.92512  1.82 -0.41 
- 1.9242  2.21761 -0.41 
- 1.92117  3.64 -0.41 
- 1.9145  5.45 -0.41 
- 1.9091  6.47925 -0.41 
- 1.90503  7.27 -0.41 
- 1.8939  8.91541 -0.41 
- 1.89273  9.09 -0.41 
- 1.8788  10.7974 -0.41 
- 1.87786  10.91 -0.41 
- 1.8636  12.393 -0.41 
- 1.86024  12.73 -0.41 
- 1.8485  13.8086 -0.41 
- 1.83983  14.55 -0.41 
- 1.8333  15.081 -0.41 
- 1.8182  16.2311 -0.41 
- 1.81643  16.36 -0.41 
- 1.803  17.3383 -0.41 
- 1.79022  18.18 -0.41 
- 1.7879  18.3372 -0.41 
- 1.7727  19.3197 -0.41 
- 1.76104  20 -0.41 
- 1.7576  20.2126 -0.41 
- 1.7424  21.1033 -0.41 
- 1.72871  21.82 -0.41 
- 1.7273  21.9003 -0.41 
- 1.7121  22.7344 -0.41 
- 1.697  23.4699 -0.41 
- 1.69332  23.64 -0.41 
- 1.6818  24.2314 -0.41 
- 1.6667  24.939 -0.41 
- 1.65459  25.45 -0.41 
- 1.6515  25.5999 -0.41 
- 1.6364  26.3076 -0.41 
- 1.6212  26.9379 -0.41 
- 1.61266  27.27 -0.41 
- 1.6061  27.567 -0.41 
- 1.5909  28.2111 -0.41 
- 1.5758  28.7887 -0.41 
- 1.56733  29.09 -0.41 
- 1.5606  29.3736 -0.41 
- 1.5455  29.9784 -0.41 
- 1.5303  30.5239 -0.41 
- 1.51873  30.91 -0.41 
- 1.5152  31.052 -0.41 
- 1.5  31.6363 -0.41 
- 1.4848  32.166 -0.41 
- 1.4697  32.6489 -0.41 
- 1.46707  32.73 -0.41 
- 1.4545  33.2026 -0.41 
- 1.4394  33.7301 -0.41 
- 1.4242  34.2131 -0.41 
- 1.41295  34.55 -0.41 
- 1.4091  34.6912 -0.41 
- 1.3939  35.2259 -0.41 
- 1.3788  35.7178 -0.41 
- 1.3636  36.1726 -0.41 
- 1.35713  36.36 -0.41 
- 1.3485  36.6715 -0.41 
- 1.3333  37.1893 -0.41 
- 1.3182  37.6704 -0.41 
- 1.303  38.12 -0.41 
- 1.30095  38.18 -0.41 
- 1.2879  38.6554 -0.41 
- 1.2727  39.1732 -0.41 
- 1.2576  39.66 -0.41 
- 1.24652  40 -0.41 
- 1.2424  40.1581 -0.41 
- 1.2273  40.7285 -0.41 
- 1.2121  41.2684 -0.41 
- 1.197  41.7833 -0.41 
- 1.19591  41.82 -0.41 
- 1.1818  42.4149 -0.41 
- 1.1667  43.0286 -0.41 
- 1.1515  43.6194 -0.41 
- 1.15098  43.64 -0.41 
- 1.1364  44.3503 -0.41 
- 1.1212  45.061 -0.41 
- 1.11285  45.45 -0.41 
- 1.1061  45.8431 -0.41 
- 1.0909  46.7152 -0.41 
- 1.08119  47.27 -0.41 
- 1.0758  47.6515 -0.41 
- 1.0606  48.719 -0.41 
- 1.05538  49.09 -0.41 
- 1.0455  49.9535 -0.41 
- 1.03449  50.91 -0.41 
- 1.0303  51.3555 -0.41 
- 1.01761  52.73 -0.41 
- 1.0152  53.0469 -0.41 
- 1.00395  54.55 -0.41 
- 1  55.1813 -0.41 
-
- 1.50093  72.73 -0.41 
- 1.5  72.8507 -0.41 
- 1.48679  74.55 -0.41 
- 1.4848  74.8431 -0.41 
- 1.47452  76.36 -0.41 
- 1.4697  77.2018 -0.41 
- 1.46402  78.18 -0.41 
- 1.45522  80 -0.41 
- 1.4545  80.1828 -0.41 
- 1.44803  81.82 -0.41 
- 1.4424  83.64 -0.41 
- 1.4394  84.9329 -0.41 
- 1.43818  85.45 -0.41 
- 1.43522  87.27 -0.41 
- 1.43347  89.09 -0.41 
- 1.43281  90.91 -0.41 
- 1.43314  92.73 -0.41 
- 1.43433  94.55 -0.41 
- 1.43631  96.36 -0.41 
- 1.43897  98.18 -0.41 
- 1.4394  98.416 -0.41 
- 1.44219  100 -0.41 
- 1.44593  101.82 -0.41 
- 1.45011  103.64 -0.41 
- 1.4545  105.377 -0.41 
- 1.45468  105.45 -0.41 
- 1.45957  107.27 -0.41 
- 1.46474  109.09 -0.41 
- 1.4697  110.764 -0.41 
- 1.47013  110.91 -0.41 
- 1.47562  112.73 -0.41 
- 1.48125  114.55 -0.41 
- 1.4848  115.668 -0.41 
- 1.48699  116.36 -0.41 
- 1.49279  118.18 -0.41 
- 1.49863  120 -0.41 
- 1.5  120.425 -0.41 
- 1.50445  121.82 -0.41 
- 1.51025  123.64 -0.41 
- 1.5152  125.201 -0.41 
- 1.51598  125.45 -0.41 
- 1.5216  127.27 -0.41 
- 1.52713  129.09 -0.41 
- 1.5303  130.153 -0.41 
- 1.53256  130.91 -0.41 
- 1.53788  132.73 -0.41 
- 1.54307  134.55 -0.41 
- 1.5455  135.425 -0.41 
- 1.54808  136.36 -0.41 
- 1.55291  138.18 -0.41 
- 1.55757  140 -0.41 
- 1.5606  141.233 -0.41 
- 1.56205  141.82 -0.41 
- 1.56637  143.64 -0.41 
- 1.57049  145.45 -0.41 
- 1.57442  147.27 -0.41 
- 1.5758  147.946 -0.41 
- 1.57812  149.09 -0.41 
- 1.58161  150.91 -0.41 
- 1.58489  152.73 -0.41 
- 1.58796  154.55 -0.41 
- 1.59082  156.36 -0.41 
- 1.5909  156.416 -0.41 
- 1.59349  158.18 -0.41 
- 1.59594  160 -0.41 
- 1.59818  161.82 -0.41 
- 1.6002  163.64 -0.41 
- 1.60201  165.45 -0.41 
- 1.6036  167.27 -0.41 
- 1.60498  169.09 -0.41 
- 1.6061  170.836 -0.41 
- 1.60615  170.91 -0.41 
- 1.60709  172.73 -0.41 
- 1.60783  174.55 -0.41 
- 1.60836  176.36 -0.41 
- 1.60867  178.18 -0.41 
- 1.60878  180 -0.41 
-
- 2.5  14.098 -0.41 
- 2.49564  14.55 -0.41 
- 2.4848  15.5434 -0.41 
- 2.47585  16.36 -0.41 
- 2.4697  16.8713 -0.41 
- 2.4545  18.1108 -0.41 
- 2.45365  18.18 -0.41 
- 2.4394  19.2466 -0.41 
- 2.42912  20 -0.41 
- 2.4242  20.3351 -0.41 
- 2.4091  21.3597 -0.41 
- 2.40219  21.82 -0.41 
- 2.3939  22.3391 -0.41 
- 2.3788  23.279 -0.41 
- 2.3729  23.64 -0.41 
- 2.3636  24.1772 -0.41 
- 2.3485  25.0441 -0.41 
- 2.34131  25.45 -0.41 
- 2.3333  25.8854 -0.41 
- 2.3182  26.7026 -0.41 
- 2.30752  27.27 -0.41 
- 2.303  27.5021 -0.41 
- 2.2879  28.276 -0.41 
- 2.2727  29.0403 -0.41 
- 2.27171  29.09 -0.41 
- 2.2576  29.7813 -0.41 
- 2.2424  30.513 -0.41 
- 2.23416  30.91 -0.41 
- 2.2273  31.233 -0.41 
- 2.2121  31.9404 -0.41 
- 2.197  32.6422 -0.41 
- 2.1951  32.73 -0.41 
- 2.1818  33.3333 -0.41 
- 2.1667  34.0188 -0.41 
- 2.15489  34.55 -0.41 
- 2.1515  34.7 -0.41 
- 2.1364  35.3719 -0.41 
- 2.1212  36.0421 -0.41 
- 2.11404  36.36 -0.41 
- 2.1061  36.7127 -0.41 
- 2.0909  37.3831 -0.41 
- 2.0758  38.0538 -0.41 
- 2.07295  38.18 -0.41 
- 2.0606  38.7262 -0.41 
- 2.0455  39.3992 -0.41 
- 2.03198  40 -0.41 
- 2.0303  40.0751 -0.41 
- 2.0152  40.7556 -0.41 
- 2  41.4385 -0.41 
- 1.99154  41.82 -0.41 
- 1.9848  42.1276 -0.41 
- 1.9697  42.8226 -0.41 
- 1.9545  43.5213 -0.41 
- 1.95194  43.64 -0.41 
- 1.9394  44.2281 -0.41 
- 1.9242  44.9388 -0.41 
- 1.9134  45.45 -0.41 
- 1.9091  45.6589 -0.41 
- 1.8939  46.3937 -0.41 
- 1.8788  47.1328 -0.41 
- 1.87598  47.27 -0.41 
- 1.8636  47.8883 -0.41 
- 1.8485  48.6505 -0.41 
- 1.83976  49.09 -0.41 
- 1.8333  49.4249 -0.41 
- 1.8182  50.2132 -0.41 
- 1.80482  50.91 -0.41 
- 1.803  51.0084 -0.41 
- 1.7879  51.8268 -0.41 
- 1.7727  52.648 -0.41 
- 1.77119  52.73 -0.41 
- 1.7576  53.4977 -0.41 
- 1.7424  54.3519 -0.41 
- 1.73889  54.55 -0.41 
- 1.7273  55.2309 -0.41 
- 1.7121  56.1175 -0.41 
- 1.70795  56.36 -0.41 
- 1.697  57.0385 -0.41 
- 1.6818  57.9726 -0.41 
- 1.67843  58.18 -0.41 
- 1.6667  58.9448 -0.41 
- 1.6515  59.9277 -0.41 
- 1.65038  60 -0.41 
- 1.6364  60.9637 -0.41 
- 1.62387  61.82 -0.41 
- 1.6212  62.0157 -0.41 
- 1.6061  63.1234 -0.41 
- 1.59898  63.64 -0.41 
- 1.5909  64.2702 -0.41 
- 1.57582  65.45 -0.41 
- 1.5758  65.452 -0.41 
- 1.5606  66.737 -0.41 
- 1.55431  67.27 -0.41 
- 1.5455  68.0917 -0.41 
- 1.53467  69.09 -0.41 
- 1.5303  69.5371 -0.41 
- 1.51691  70.91 -0.41 
- 1.5152  71.1067 -0.41 
- 1.50093  72.73 -0.41 
-
-
-# Contour 22, label:    -0.42
- 1.94011  0 -0.42 
- 1.9394  0.92974 -0.42 
- 1.93878  1.82 -0.42 
- 1.93495  3.64 -0.42 
- 1.92831  5.45 -0.42 
- 1.9242  6.24368 -0.42 
- 1.91908  7.27 -0.42 
- 1.9091  8.78538 -0.42 
- 1.90709  9.09 -0.42 
- 1.8939  10.7302 -0.42 
- 1.89244  10.91 -0.42 
- 1.8788  12.3686 -0.42 
- 1.87525  12.73 -0.42 
- 1.8636  13.817 -0.42 
- 1.85528  14.55 -0.42 
- 1.8485  15.1172 -0.42 
- 1.8333  16.2865 -0.42 
- 1.83232  16.36 -0.42 
- 1.8182  17.4181 -0.42 
- 1.80681  18.18 -0.42 
- 1.803  18.442 -0.42 
- 1.7879  19.4339 -0.42 
- 1.77834  20 -0.42 
- 1.7727  20.354 -0.42 
- 1.7576  21.2482 -0.42 
- 1.74683  21.82 -0.42 
- 1.7424  22.0763 -0.42 
- 1.7273  22.9097 -0.42 
- 1.71212  23.64 -0.42 
- 1.7121  23.6412 -0.42 
- 1.697  24.4382 -0.42 
- 1.6818  25.1389 -0.42 
- 1.67461  25.45 -0.42 
- 1.6667  25.8445 -0.42 
- 1.6515  26.5428 -0.42 
- 1.6364  27.1625 -0.42 
- 1.63367  27.27 -0.42 
- 1.6212  27.8426 -0.42 
- 1.6061  28.4739 -0.42 
- 1.5909  29.0384 -0.42 
- 1.58948  29.09 -0.42 
- 1.5758  29.6826 -0.42 
- 1.5606  30.2722 -0.42 
- 1.5455  30.8027 -0.42 
- 1.54232  30.91 -0.42 
- 1.5303  31.3994 -0.42 
- 1.5152  31.9664 -0.42 
- 1.5  32.4794 -0.42 
- 1.49213  32.73 -0.42 
- 1.4848  33.0163 -0.42 
- 1.4697  33.5763 -0.42 
- 1.4545  34.0852 -0.42 
- 1.43942  34.55 -0.42 
- 1.4394  34.5508 -0.42 
- 1.4242  35.1147 -0.42 
- 1.4091  35.6291 -0.42 
- 1.3939  36.1015 -0.42 
- 1.3852  36.36 -0.42 
- 1.3788  36.5984 -0.42 
- 1.3636  37.1364 -0.42 
- 1.3485  37.6324 -0.42 
- 1.3333  38.0929 -0.42 
- 1.33038  38.18 -0.42 
- 1.3182  38.6353 -0.42 
- 1.303  39.165 -0.42 
- 1.2879  39.6592 -0.42 
- 1.27691  40 -0.42 
- 1.2727  40.1641 -0.42 
- 1.2576  40.7425 -0.42 
- 1.2424  41.2852 -0.42 
- 1.2273  41.7985 -0.42 
- 1.22666  41.82 -0.42 
- 1.2121  42.4365 -0.42 
- 1.197  43.0465 -0.42 
- 1.1818  43.628 -0.42 
- 1.18149  43.64 -0.42 
- 1.1667  44.3546 -0.42 
- 1.1515  45.0515 -0.42 
- 1.1427  45.45 -0.42 
- 1.1364  45.8102 -0.42 
- 1.1212  46.6618 -0.42 
- 1.11016  47.27 -0.42 
- 1.1061  47.55 -0.42 
- 1.0909  48.5884 -0.42 
- 1.08354  49.09 -0.42 
- 1.0758  49.7461 -0.42 
- 1.06184  50.91 -0.42 
- 1.0606  51.0385 -0.42 
- 1.0455  52.6235 -0.42 
- 1.04449  52.73 -0.42 
- 1.03043  54.55 -0.42 
- 1.0303  54.57 -0.42 
- 1.01934  56.36 -0.42 
- 1.0152  57.1802 -0.42 
- 1.01029  58.18 -0.42 
- 1.00287  60 -0.42 
- 1  60.8487 -0.42 
-
- 1.5  66.7167 -0.42 
- 1.49316  67.27 -0.42 
- 1.4848  68.0167 -0.42 
- 1.4728  69.09 -0.42 
- 1.4697  69.3996 -0.42 
- 1.4545  70.8976 -0.42 
- 1.45437  70.91 -0.42 
- 1.4394  72.5743 -0.42 
- 1.43798  72.73 -0.42 
- 1.4242  74.4645 -0.42 
- 1.42352  74.55 -0.42 
- 1.41109  76.36 -0.42 
- 1.4091  76.7077 -0.42 
- 1.40052  78.18 -0.42 
- 1.3939  79.5725 -0.42 
- 1.39186  80 -0.42 
- 1.38494  81.82 -0.42 
- 1.37972  83.64 -0.42 
- 1.3788  84.0854 -0.42 
- 1.37594  85.45 -0.42 
- 1.37356  87.27 -0.42 
- 1.37246  89.09 -0.42 
- 1.3725  90.91 -0.42 
- 1.37355  92.73 -0.42 
- 1.3755  94.55 -0.42 
- 1.37823  96.36 -0.42 
- 1.3788  96.659 -0.42 
- 1.38158  98.18 -0.42 
- 1.3855  100 -0.42 
- 1.38993  101.82 -0.42 
- 1.3939  103.302 -0.42 
- 1.39479  103.64 -0.42 
- 1.39997  105.45 -0.42 
- 1.40547  107.27 -0.42 
- 1.4091  108.418 -0.42 
- 1.41117  109.09 -0.42 
- 1.41701  110.91 -0.42 
- 1.423  112.73 -0.42 
- 1.4242  113.086 -0.42 
- 1.42909  114.55 -0.42 
- 1.43525  116.36 -0.42 
- 1.4394  117.577 -0.42 
- 1.44142  118.18 -0.42 
- 1.44754  120 -0.42 
- 1.45365  121.82 -0.42 
- 1.4545  122.073 -0.42 
- 1.45972  123.64 -0.42 
- 1.46572  125.45 -0.42 
- 1.4697  126.671 -0.42 
- 1.47162  127.27 -0.42 
- 1.47737  129.09 -0.42 
- 1.483  130.91 -0.42 
- 1.4848  131.507 -0.42 
- 1.4885  132.73 -0.42 
- 1.49386  134.55 -0.42 
- 1.49905  136.36 -0.42 
- 1.5  136.703 -0.42 
- 1.50407  138.18 -0.42 
- 1.5089  140 -0.42 
- 1.51354  141.82 -0.42 
- 1.5152  142.499 -0.42 
- 1.51796  143.64 -0.42 
- 1.52217  145.45 -0.42 
- 1.52617  147.27 -0.42 
- 1.52997  149.09 -0.42 
- 1.5303  149.258 -0.42 
- 1.53357  150.91 -0.42 
- 1.53696  152.73 -0.42 
- 1.54014  154.55 -0.42 
- 1.54309  156.36 -0.42 
- 1.5455  157.963 -0.42 
- 1.54582  158.18 -0.42 
- 1.54832  160 -0.42 
- 1.5506  161.82 -0.42 
- 1.55266  163.64 -0.42 
- 1.5545  165.45 -0.42 
- 1.55612  167.27 -0.42 
- 1.55753  169.09 -0.42 
- 1.55872  170.91 -0.42 
- 1.55969  172.73 -0.42 
- 1.56045  174.55 -0.42 
- 1.5606  175.054 -0.42 
- 1.56099  176.36 -0.42 
- 1.56132  178.18 -0.42 
- 1.56143  180 -0.42 
-
- 2.5  8.11933 -0.42 
- 2.49432  9.09 -0.42 
- 2.4848  10.4235 -0.42 
- 2.48133  10.91 -0.42 
- 2.4697  12.2934 -0.42 
- 2.46598  12.73 -0.42 
- 2.4545  13.9046 -0.42 
- 2.44817  14.55 -0.42 
- 2.4394  15.3428 -0.42 
- 2.42794  16.36 -0.42 
- 2.4242  16.6624 -0.42 
- 2.4091  17.8791 -0.42 
- 2.4053  18.18 -0.42 
- 2.3939  19.01 -0.42 
- 2.38021  20 -0.42 
- 2.3788  20.0946 -0.42 
- 2.3636  21.101 -0.42 
- 2.35267  21.82 -0.42 
- 2.3485  22.0775 -0.42 
- 2.3333  23.0018 -0.42 
- 2.32275  23.64 -0.42 
- 2.3182  23.8997 -0.42 
- 2.303  24.7534 -0.42 
- 2.29054  25.45 -0.42 
- 2.2879  25.5919 -0.42 
- 2.2727  26.3976 -0.42 
- 2.2576  27.1948 -0.42 
- 2.25616  27.27 -0.42 
- 2.2424  27.9607 -0.42 
- 2.2273  28.7173 -0.42 
- 2.21977  29.09 -0.42 
- 2.2121  29.458 -0.42 
- 2.197  30.1828 -0.42 
- 2.1818  30.904 -0.42 
- 2.18167  30.91 -0.42 
- 2.1667  31.6052 -0.42 
- 2.1515  32.3033 -0.42 
- 2.14225  32.73 -0.42 
- 2.1364  32.9952 -0.42 
- 2.1212  33.6773 -0.42 
- 2.1061  34.3591 -0.42 
- 2.10185  34.55 -0.42 
- 2.0909  35.0318 -0.42 
- 2.0758  35.7006 -0.42 
- 2.06087  36.36 -0.42 
- 2.0606  36.3718 -0.42 
- 2.0455  37.0405 -0.42 
- 2.0303  37.7117 -0.42 
- 2.01982  38.18 -0.42 
- 2.0152  38.3856 -0.42 
- 2  39.0584 -0.42 
- 1.9848  39.7357 -0.42 
- 1.97893  40 -0.42 
- 1.9697  40.4161 -0.42 
- 1.9545  41.0993 -0.42 
- 1.9394  41.7887 -0.42 
- 1.93871  41.82 -0.42 
- 1.9242  42.4824 -0.42 
- 1.9091  43.1815 -0.42 
- 1.8992  43.64 -0.42 
- 1.8939  43.8866 -0.42 
- 1.8788  44.5951 -0.42 
- 1.8636  45.3103 -0.42 
- 1.86065  45.45 -0.42 
- 1.8485  46.0384 -0.42 
- 1.8333  46.7732 -0.42 
- 1.82316  47.27 -0.42 
- 1.8182  47.5177 -0.42 
- 1.803  48.2719 -0.42 
- 1.7879  49.0324 -0.42 
- 1.78675  49.09 -0.42 
- 1.7727  49.8085 -0.42 
- 1.7576  50.5901 -0.42 
- 1.75138  50.91 -0.42 
- 1.7424  51.3863 -0.42 
- 1.7273  52.1924 -0.42 
- 1.71719  52.73 -0.42 
- 1.7121  53.0104 -0.42 
- 1.697  53.845 -0.42 
- 1.68419  54.55 -0.42 
- 1.6818  54.6868 -0.42 
- 1.6667  55.5493 -0.42 
- 1.65245  56.36 -0.42 
- 1.6515  56.4169 -0.42 
- 1.6364  57.3224 -0.42 
- 1.62202  58.18 -0.42 
- 1.6212  58.2317 -0.42 
- 1.6061  59.1814 -0.42 
- 1.593  60 -0.42 
- 1.5909  60.1398 -0.42 
- 1.5758  61.1423 -0.42 
- 1.5655  61.82 -0.42 
- 1.5606  62.1659 -0.42 
- 1.5455  63.2318 -0.42 
- 1.53965  63.64 -0.42 
- 1.5303  64.3411 -0.42 
- 1.51557  65.45 -0.42 
- 1.5152  65.4808 -0.42 
- 1.5  66.7167 -0.42 
-
-
-# Contour 23, label:    -0.43
- 1.02225  65.45 -0.43 
- 1.01947  67.27 -0.43 
- 1.01702  69.09 -0.43 
- 1.0152  70.5128 -0.43 
- 1.01473  70.91 -0.43 
- 1.0126  72.73 -0.43 
- 1.01026  74.55 -0.43 
- 1.00755  76.36 -0.43 
- 1.00434  78.18 -0.43 
- 1.00053  80 -0.43 
- 1  80.2204 -0.43 
-
- 1.95522  0 -0.43 
- 1.9545  0.962195 -0.43 
- 1.95393  1.82 -0.43 
- 1.95022  3.64 -0.43 
- 1.94378  5.45 -0.43 
- 1.9394  6.32038 -0.43 
- 1.93475  7.27 -0.43 
- 1.9242  8.89622 -0.43 
- 1.92296  9.09 -0.43 
- 1.9091  10.8635 -0.43 
- 1.90873  10.91 -0.43 
- 1.8939  12.5212 -0.43 
- 1.89191  12.73 -0.43 
- 1.8788  13.9896 -0.43 
- 1.87254  14.55 -0.43 
- 1.8636  15.3113 -0.43 
- 1.85027  16.36 -0.43 
- 1.8485  16.4988 -0.43 
- 1.8333  17.6397 -0.43 
- 1.82546  18.18 -0.43 
- 1.8182  18.6945 -0.43 
- 1.803  19.6785 -0.43 
- 1.79772  20 -0.43 
- 1.7879  20.6358 -0.43 
- 1.7727  21.517 -0.43 
- 1.76715  21.82 -0.43 
- 1.7576  22.3899 -0.43 
- 1.7424  23.2064 -0.43 
- 1.73363  23.64 -0.43 
- 1.7273  23.9896 -0.43 
- 1.7121  24.7664 -0.43 
- 1.697  25.446 -0.43 
- 1.69691  25.45 -0.43 
- 1.6818  26.2152 -0.43 
- 1.6667  26.8895 -0.43 
- 1.65737  27.27 -0.43 
- 1.6515  27.5514 -0.43 
- 1.6364  28.2362 -0.43 
- 1.6212  28.8413 -0.43 
- 1.6146  29.09 -0.43 
- 1.6061  29.4738 -0.43 
- 1.5909  30.1047 -0.43 
- 1.5758  30.6664 -0.43 
- 1.5688  30.91 -0.43 
- 1.5606  31.2578 -0.43 
- 1.5455  31.8579 -0.43 
- 1.5303  32.3954 -0.43 
- 1.52017  32.73 -0.43 
- 1.5152  32.9332 -0.43 
- 1.5  33.5206 -0.43 
- 1.4848  34.0494 -0.43 
- 1.4697  34.5293 -0.43 
- 1.46903  34.55 -0.43 
- 1.4545  35.109 -0.43 
- 1.4394  35.6396 -0.43 
- 1.4242  36.1232 -0.43 
- 1.41642  36.36 -0.43 
- 1.4091  36.6419 -0.43 
- 1.3939  37.1931 -0.43 
- 1.3788  37.6973 -0.43 
- 1.3636  38.1621 -0.43 
- 1.36301  38.18 -0.43 
- 1.3485  38.7376 -0.43 
- 1.3333  39.2722 -0.43 
- 1.3182  39.7673 -0.43 
- 1.31078  40 -0.43 
- 1.303  40.3098 -0.43 
- 1.2879  40.8888 -0.43 
- 1.2727  41.4278 -0.43 
- 1.26115  41.82 -0.43 
- 1.2576  41.9737 -0.43 
- 1.2424  42.6138 -0.43 
- 1.2273  43.2133 -0.43 
- 1.21602  43.64 -0.43 
- 1.2121  43.8283 -0.43 
- 1.197  44.545 -0.43 
- 1.1818  45.2219 -0.43 
- 1.17665  45.45 -0.43 
- 1.1667  46.0135 -0.43 
- 1.1515  46.8384 -0.43 
- 1.14343  47.27 -0.43 
- 1.1364  47.7473 -0.43 
- 1.1212  48.75 -0.43 
- 1.11603  49.09 -0.43 
- 1.1061  49.9169 -0.43 
- 1.09381  50.91 -0.43 
- 1.0909  51.2081 -0.43 
- 1.07599  52.73 -0.43 
- 1.0758  52.755 -0.43 
- 1.06186  54.55 -0.43 
- 1.0606  54.7519 -0.43 
- 1.05082  56.36 -0.43 
- 1.0455  57.4497 -0.43 
- 1.04201  58.18 -0.43 
- 1.03514  60 -0.43 
- 1.0303  61.5801 -0.43 
- 1.0296  61.82 -0.43 
- 1.02555  63.64 -0.43 
- 1.02225  65.45 -0.43 
-
- 1.50123  61.82 -0.43 
- 1.5  61.9029 -0.43 
- 1.4848  62.9113 -0.43 
- 1.47388  63.64 -0.43 
- 1.4697  63.9402 -0.43 
- 1.4545  65.0143 -0.43 
- 1.44833  65.45 -0.43 
- 1.4394  66.1443 -0.43 
- 1.42477  67.27 -0.43 
- 1.4242  67.3184 -0.43 
- 1.4091  68.5948 -0.43 
- 1.40316  69.09 -0.43 
- 1.3939  69.9572 -0.43 
- 1.38371  70.91 -0.43 
- 1.3788  71.4338 -0.43 
- 1.36644  72.73 -0.43 
- 1.3636  73.075 -0.43 
- 1.35141  74.55 -0.43 
- 1.3485  74.9652 -0.43 
- 1.33852  76.36 -0.43 
- 1.3333  77.257 -0.43 
- 1.32786  78.18 -0.43 
- 1.31941  80 -0.43 
- 1.3182  80.3424 -0.43 
- 1.31281  81.82 -0.43 
- 1.30816  83.64 -0.43 
- 1.30528  85.45 -0.43 
- 1.30394  87.27 -0.43 
- 1.30398  89.09 -0.43 
- 1.30521  90.91 -0.43 
- 1.30748  92.73 -0.43 
- 1.31067  94.55 -0.43 
- 1.31466  96.36 -0.43 
- 1.3182  97.735 -0.43 
- 1.31929  98.18 -0.43 
- 1.32433  100 -0.43 
- 1.32988  101.82 -0.43 
- 1.3333  102.863 -0.43 
- 1.33577  103.64 -0.43 
- 1.34193  105.45 -0.43 
- 1.34837  107.27 -0.43 
- 1.3485  107.304 -0.43 
- 1.35484  109.09 -0.43 
- 1.36148  110.91 -0.43 
- 1.3636  111.477 -0.43 
- 1.36819  112.73 -0.43 
- 1.37495  114.55 -0.43 
- 1.3788  115.569 -0.43 
- 1.3817  116.36 -0.43 
- 1.38838  118.18 -0.43 
- 1.3939  119.686 -0.43 
- 1.39504  120 -0.43 
- 1.40162  121.82 -0.43 
- 1.40814  123.64 -0.43 
- 1.4091  123.908 -0.43 
- 1.41449  125.45 -0.43 
- 1.42071  127.27 -0.43 
- 1.4242  128.31 -0.43 
- 1.4268  129.09 -0.43 
- 1.43275  130.91 -0.43 
- 1.43855  132.73 -0.43 
- 1.4394  133.003 -0.43 
- 1.44412  134.55 -0.43 
- 1.44951  136.36 -0.43 
- 1.4545  138.105 -0.43 
- 1.45471  138.18 -0.43 
- 1.45974  140 -0.43 
- 1.46455  141.82 -0.43 
- 1.46917  143.64 -0.43 
- 1.4697  143.856 -0.43 
- 1.47353  145.45 -0.43 
- 1.47768  147.27 -0.43 
- 1.48161  149.09 -0.43 
- 1.4848  150.656 -0.43 
- 1.48532  150.91 -0.43 
- 1.48882  152.73 -0.43 
- 1.49209  154.55 -0.43 
- 1.49514  156.36 -0.43 
- 1.49797  158.18 -0.43 
- 1.5  159.605 -0.43 
- 1.50056  160 -0.43 
- 1.50293  161.82 -0.43 
- 1.50506  163.64 -0.43 
- 1.50697  165.45 -0.43 
- 1.50866  167.27 -0.43 
- 1.51012  169.09 -0.43 
- 1.51135  170.91 -0.43 
- 1.51236  172.73 -0.43 
- 1.51315  174.55 -0.43 
- 1.51371  176.36 -0.43 
- 1.51404  178.18 -0.43 
- 1.51416  180 -0.43 
-
- 2.47865  0 -0.43 
- 2.47745  1.82 -0.43 
- 2.47387  3.64 -0.43 
- 2.4697  4.90143 -0.43 
- 2.46787  5.45 -0.43 
- 2.45942  7.27 -0.43 
- 2.4545  8.09484 -0.43 
- 2.44857  9.09 -0.43 
- 2.4394  10.3518 -0.43 
- 2.43528  10.91 -0.43 
- 2.4242  12.1891 -0.43 
- 2.4195  12.73 -0.43 
- 2.4091  13.7755 -0.43 
- 2.40126  14.55 -0.43 
- 2.3939  15.1953 -0.43 
- 2.38055  16.36 -0.43 
- 2.3788  16.4987 -0.43 
- 2.3636  17.6869 -0.43 
- 2.35727  18.18 -0.43 
- 2.3485  18.8067 -0.43 
- 2.3333  19.8738 -0.43 
- 2.3315  20 -0.43 
- 2.3182  20.8652 -0.43 
- 2.30326  21.82 -0.43 
- 2.303  21.8358 -0.43 
- 2.2879  22.7395 -0.43 
- 2.2727  23.6344 -0.43 
- 2.2726  23.64 -0.43 
- 2.2576  24.47 -0.43 
- 2.2424  25.2984 -0.43 
- 2.23962  25.45 -0.43 
- 2.2273  26.0936 -0.43 
- 2.2121  26.8768 -0.43 
- 2.20448  27.27 -0.43 
- 2.197  27.6408 -0.43 
- 2.1818  28.3844 -0.43 
- 2.16744  29.09 -0.43 
- 2.1667  29.125 -0.43 
- 2.1515  29.8376 -0.43 
- 2.1364  30.5495 -0.43 
- 2.12869  30.91 -0.43 
- 2.1212  31.2505 -0.43 
- 2.1061  31.9392 -0.43 
- 2.0909  32.6305 -0.43 
- 2.08872  32.73 -0.43 
- 2.0758  33.3063 -0.43 
- 2.0606  33.9815 -0.43 
- 2.04797  34.55 -0.43 
- 2.0455  34.6583 -0.43 
- 2.0303  35.3195 -0.43 
- 2.0152  35.9863 -0.43 
- 2.00673  36.36 -0.43 
- 2  36.6539 -0.43 
- 1.9848  37.3193 -0.43 
- 1.9697  37.9922 -0.43 
- 1.96547  38.18 -0.43 
- 1.9545  38.6619 -0.43 
- 1.9394  39.3342 -0.43 
- 1.92455  40 -0.43 
- 1.9242  40.0156 -0.43 
- 1.9091  40.6915 -0.43 
- 1.8939  41.3759 -0.43 
- 1.8842  41.82 -0.43 
- 1.8788  42.0664 -0.43 
- 1.8636  42.7577 -0.43 
- 1.8485  43.4584 -0.43 
- 1.84457  43.64 -0.43 
- 1.8333  44.1592 -0.43 
- 1.8182  44.8648 -0.43 
- 1.80574  45.45 -0.43 
- 1.803  45.5803 -0.43 
- 1.7879  46.3017 -0.43 
- 1.7727  47.032 -0.43 
- 1.76779  47.27 -0.43 
- 1.7576  47.7695 -0.43 
- 1.7424  48.5131 -0.43 
- 1.73078  49.09 -0.43 
- 1.7273  49.2659 -0.43 
- 1.7121  50.026 -0.43 
- 1.697  50.7933 -0.43 
- 1.69468  50.91 -0.43 
- 1.6818  51.5722 -0.43 
- 1.6667  52.3577 -0.43 
- 1.65949  52.73 -0.43 
- 1.6515  53.1554 -0.43 
- 1.6364  53.9629 -0.43 
- 1.62538  54.55 -0.43 
- 1.6212  54.7795 -0.43 
- 1.6061  55.6088 -0.43 
- 1.59239  56.36 -0.43 
- 1.5909  56.4456 -0.43 
- 1.5758  57.3111 -0.43 
- 1.56062  58.18 -0.43 
- 1.5606  58.1812 -0.43 
- 1.5455  59.0851 -0.43 
- 1.5303  59.9932 -0.43 
- 1.53019  60 -0.43 
- 1.5152  60.9436 -0.43 
- 1.50123  61.82 -0.43 
-
-
-# Contour 24, label:    -0.44
- 1.07059  69.09 -0.44 
- 1.07137  70.91 -0.44 
- 1.07212  72.73 -0.44 
- 1.07251  74.55 -0.44 
- 1.07217  76.36 -0.44 
- 1.07074  78.18 -0.44 
- 1.06783  80 -0.44 
- 1.06305  81.82 -0.44 
- 1.0606  82.4812 -0.44 
- 1.05708  83.64 -0.44 
- 1.04978  85.45 -0.44 
- 1.0455  86.3044 -0.44 
- 1.04147  87.27 -0.44 
- 1.03239  89.09 -0.44 
- 1.0303  89.4543 -0.44 
- 1.02339  90.91 -0.44 
- 1.0152  92.4283 -0.44 
- 1.01382  92.73 -0.44 
- 1.00469  94.55 -0.44 
- 1  95.4048 -0.44 
-
- 1.97258  0 -0.44 
- 1.97128  1.82 -0.44 
- 1.9697  2.55179 -0.44 
- 1.96754  3.64 -0.44 
- 1.96137  5.45 -0.44 
- 1.9545  6.83714 -0.44 
- 1.95245  7.27 -0.44 
- 1.94118  9.09 -0.44 
- 1.9394  9.32936 -0.44 
- 1.9274  10.91 -0.44 
- 1.9242  11.2757 -0.44 
- 1.91106  12.73 -0.44 
- 1.9091  12.9282 -0.44 
- 1.8939  14.3878 -0.44 
- 1.89215  14.55 -0.44 
- 1.8788  15.7232 -0.44 
- 1.87085  16.36 -0.44 
- 1.8636  16.9415 -0.44 
- 1.8485  18.0529 -0.44 
- 1.84669  18.18 -0.44 
- 1.8333  19.148 -0.44 
- 1.81995  20 -0.44 
- 1.8182  20.1193 -0.44 
- 1.803  21.1067 -0.44 
- 1.79049  21.82 -0.44 
- 1.7879  21.9832 -0.44 
- 1.7727  22.8874 -0.44 
- 1.7581  23.64 -0.44 
- 1.7576  23.669 -0.44 
- 1.7424  24.5212 -0.44 
- 1.7273  25.2536 -0.44 
- 1.72299  25.45 -0.44 
- 1.7121  26.0288 -0.44 
- 1.697  26.7506 -0.44 
- 1.68471  27.27 -0.44 
- 1.6818  27.4165 -0.44 
- 1.6667  28.1462 -0.44 
- 1.6515  28.7815 -0.44 
- 1.64358  29.09 -0.44 
- 1.6364  29.4293 -0.44 
- 1.6212  30.0899 -0.44 
- 1.6061  30.6706 -0.44 
- 1.59943  30.91 -0.44 
- 1.5909  31.2875 -0.44 
- 1.5758  31.9073 -0.44 
- 1.5606  32.4563 -0.44 
- 1.55254  32.73 -0.44 
- 1.5455  33.0296 -0.44 
- 1.5303  33.6297 -0.44 
- 1.5152  34.1644 -0.44 
- 1.50324  34.55 -0.44 
- 1.5  34.6821 -0.44 
- 1.4848  35.2766 -0.44 
- 1.4697  35.8088 -0.44 
- 1.4545  36.2897 -0.44 
- 1.45224  36.36 -0.44 
- 1.4394  36.8722 -0.44 
- 1.4242  37.4211 -0.44 
- 1.4091  37.9191 -0.44 
- 1.40069  38.18 -0.44 
- 1.3939  38.4515 -0.44 
- 1.3788  39.0273 -0.44 
- 1.3636  39.5517 -0.44 
- 1.34964  40 -0.44 
- 1.3485  40.0473 -0.44 
- 1.3333  40.664 -0.44 
- 1.3182  41.228 -0.44 
- 1.303  41.7488 -0.44 
- 1.30091  41.82 -0.44 
- 1.2879  42.3931 -0.44 
- 1.2727  43.0111 -0.44 
- 1.2576  43.5854 -0.44 
- 1.25615  43.64 -0.44 
- 1.2424  44.3052 -0.44 
- 1.2273  44.9904 -0.44 
- 1.21662  45.45 -0.44 
- 1.2121  45.7048 -0.44 
- 1.197  46.5401 -0.44 
- 1.18282  47.27 -0.44 
- 1.1818  47.3389 -0.44 
- 1.1667  48.3543 -0.44 
- 1.15505  49.09 -0.44 
- 1.1515  49.3826 -0.44 
- 1.1364  50.6079 -0.44 
- 1.13259  50.91 -0.44 
- 1.1212  52.0815 -0.44 
- 1.1148  52.73 -0.44 
- 1.1061  53.8788 -0.44 
- 1.10095  54.55 -0.44 
- 1.0909  56.2447 -0.44 
- 1.09023  56.36 -0.44 
- 1.08262  58.18 -0.44 
- 1.07694  60 -0.44 
- 1.0758  60.5557 -0.44 
- 1.0733  61.82 -0.44 
- 1.07119  63.64 -0.44 
- 1.07021  65.45 -0.44 
- 1.0701  67.27 -0.44 
- 1.07059  69.09 -0.44 
-
- 1.4545  60.1741 -0.44 
- 1.4394  61.0474 -0.44 
- 1.426  61.82 -0.44 
- 1.4242  61.9306 -0.44 
- 1.4091  62.8477 -0.44 
- 1.39598  63.64 -0.44 
- 1.3939  63.7748 -0.44 
- 1.3788  64.7402 -0.44 
- 1.36757  65.45 -0.44 
- 1.3636  65.7269 -0.44 
- 1.3485  66.7636 -0.44 
- 1.34096  67.27 -0.44 
- 1.3333  67.8431 -0.44 
- 1.3182  68.9623 -0.44 
- 1.3164  69.09 -0.44 
- 1.303  70.1727 -0.44 
- 1.29374  70.91 -0.44 
- 1.2879  71.4496 -0.44 
- 1.27355  72.73 -0.44 
- 1.2727  72.8209 -0.44 
- 1.2576  74.3701 -0.44 
- 1.25574  74.55 -0.44 
- 1.2424  76.1585 -0.44 
- 1.24064  76.36 -0.44 
- 1.22858  78.18 -0.44 
- 1.2273  78.4502 -0.44 
- 1.21935  80 -0.44 
- 1.21362  81.82 -0.44 
- 1.2121  82.7941 -0.44 
- 1.21067  83.64 -0.44 
- 1.21024  85.45 -0.44 
- 1.21206  87.27 -0.44 
- 1.2121  87.2886 -0.44 
- 1.21531  89.09 -0.44 
- 1.21993  90.91 -0.44 
- 1.2257  92.73 -0.44 
- 1.2273  93.1536 -0.44 
- 1.23197  94.55 -0.44 
- 1.23888  96.36 -0.44 
- 1.2424  97.1987 -0.44 
- 1.24618  98.18 -0.44 
- 1.25379  100 -0.44 
- 1.2576  100.854 -0.44 
- 1.26158  101.82 -0.44 
- 1.26948  103.64 -0.44 
- 1.2727  104.347 -0.44 
- 1.27746  105.45 -0.44 
- 1.28553  107.27 -0.44 
- 1.2879  107.788 -0.44 
- 1.29351  109.09 -0.44 
- 1.30149  110.91 -0.44 
- 1.303  111.248 -0.44 
- 1.30938  112.73 -0.44 
- 1.31727  114.55 -0.44 
- 1.3182  114.763 -0.44 
- 1.32492  116.36 -0.44 
- 1.33252  118.18 -0.44 
- 1.3333  118.366 -0.44 
- 1.33996  120 -0.44 
- 1.3473  121.82 -0.44 
- 1.3485  122.119 -0.44 
- 1.35439  123.64 -0.44 
- 1.36134  125.45 -0.44 
- 1.3636  126.052 -0.44 
- 1.36811  127.27 -0.44 
- 1.3747  129.09 -0.44 
- 1.3788  130.246 -0.44 
- 1.3811  130.91 -0.44 
- 1.38723  132.73 -0.44 
- 1.39318  134.55 -0.44 
- 1.3939  134.774 -0.44 
- 1.39892  136.36 -0.44 
- 1.40445  138.18 -0.44 
- 1.4091  139.767 -0.44 
- 1.40977  140 -0.44 
- 1.4148  141.82 -0.44 
- 1.41961  143.64 -0.44 
- 1.4242  145.45 -0.44 
- 1.42856  147.27 -0.44 
- 1.43269  149.09 -0.44 
- 1.43659  150.91 -0.44 
- 1.4394  152.305 -0.44 
- 1.44024  152.73 -0.44 
- 1.44363  154.55 -0.44 
- 1.44678  156.36 -0.44 
- 1.4497  158.18 -0.44 
- 1.45238  160 -0.44 
- 1.4545  161.572 -0.44 
- 1.45483  161.82 -0.44 
- 1.45705  163.64 -0.44 
- 1.45903  165.45 -0.44 
- 1.46078  167.27 -0.44 
- 1.4623  169.09 -0.44 
- 1.46358  170.91 -0.44 
- 1.46463  172.73 -0.44 
- 1.46544  174.55 -0.44 
- 1.46602  176.36 -0.44 
- 1.46637  178.18 -0.44 
- 1.46648  180 -0.44 
-
- 2.43359  0 -0.44 
- 2.43235  1.82 -0.44 
- 2.42864  3.64 -0.44 
- 2.4242  4.94299 -0.44 
- 2.42247  5.45 -0.44 
- 2.41382  7.27 -0.44 
- 2.4091  8.04634 -0.44 
- 2.40265  9.09 -0.44 
- 2.3939  10.2536 -0.44 
- 2.38895  10.91 -0.44 
- 2.3788  12.0556 -0.44 
- 2.37272  12.73 -0.44 
- 2.3636  13.6149 -0.44 
- 2.35392  14.55 -0.44 
- 2.3485  15.0146 -0.44 
- 2.3333  16.2945 -0.44 
- 2.33252  16.36 -0.44 
- 2.3182  17.4536 -0.44 
- 2.30854  18.18 -0.44 
- 2.303  18.5616 -0.44 
- 2.2879  19.5991 -0.44 
- 2.28198  20 -0.44 
- 2.2727  20.5816 -0.44 
- 2.2576  21.5268 -0.44 
- 2.25285  21.82 -0.44 
- 2.2424  22.423 -0.44 
- 2.2273  23.2941 -0.44 
- 2.22123  23.64 -0.44 
- 2.2121  24.1273 -0.44 
- 2.197  24.9338 -0.44 
- 2.18724  25.45 -0.44 
- 2.1818  25.7248 -0.44 
- 2.1667  26.4868 -0.44 
- 2.1515  27.2506 -0.44 
- 2.15111  27.27 -0.44 
- 2.1364  27.9745 -0.44 
- 2.1212  28.6995 -0.44 
- 2.11307  29.09 -0.44 
- 2.1061  29.4113 -0.44 
- 2.0909  30.1055 -0.44 
- 2.0758  30.8057 -0.44 
- 2.07353  30.91 -0.44 
- 2.0606  31.4818 -0.44 
- 2.0455  32.1581 -0.44 
- 2.03279  32.73 -0.44 
- 2.0303  32.8383 -0.44 
- 2.0152  33.4974 -0.44 
- 2  34.1653 -0.44 
- 1.99133  34.55 -0.44 
- 1.9848  34.8293 -0.44 
- 1.9697  35.4813 -0.44 
- 1.9545  36.1451 -0.44 
- 1.94964  36.36 -0.44 
- 1.9394  36.8028 -0.44 
- 1.9242  37.4618 -0.44 
- 1.9091  38.1352 -0.44 
- 1.90809  38.18 -0.44 
- 1.8939  38.7931 -0.44 
- 1.8788  39.4611 -0.44 
- 1.86677  40 -0.44 
- 1.8636  40.139 -0.44 
- 1.8485  40.8063 -0.44 
- 1.8333  41.4873 -0.44 
- 1.82601  41.82 -0.44 
- 1.8182  42.1704 -0.44 
- 1.803  42.8523 -0.44 
- 1.7879  43.5494 -0.44 
- 1.78593  43.64 -0.44 
- 1.7727  44.2357 -0.44 
- 1.7576  44.9305 -0.44 
- 1.74641  45.45 -0.44 
- 1.7424  45.6358 -0.44 
- 1.7273  46.3394 -0.44 
- 1.7121  47.0556 -0.44 
- 1.70759  47.27 -0.44 
- 1.697  47.7728 -0.44 
- 1.6818  48.4944 -0.44 
- 1.6695  49.09 -0.44 
- 1.6667  49.2266 -0.44 
- 1.6515  49.957 -0.44 
- 1.6364  50.6979 -0.44 
- 1.63204  50.91 -0.44 
- 1.6212  51.4429 -0.44 
- 1.6061  52.1932 -0.44 
- 1.5953  52.73 -0.44 
- 1.5909  52.9527 -0.44 
- 1.5758  53.7168 -0.44 
- 1.5606  54.4893 -0.44 
- 1.5594  54.55 -0.44 
- 1.5455  55.2674 -0.44 
- 1.5303  56.0521 -0.44 
- 1.52434  56.36 -0.44 
- 1.5152  56.8522 -0.44 
- 1.5  57.6627 -0.44 
- 1.49029  58.18 -0.44 
- 1.4848  58.486 -0.44 
- 1.4697  59.3244 -0.44 
- 1.45748  60 -0.44 
- 1.4545  60.1741 -0.44 
-
-
-# Contour 25, label:    -0.45
- 1.41815  180 -0.45 
- 1.41803  178.18 -0.45 
- 1.41767  176.36 -0.45 
- 1.41706  174.55 -0.45 
- 1.41622  172.73 -0.45 
- 1.41513  170.91 -0.45 
- 1.4138  169.09 -0.45 
- 1.41222  167.27 -0.45 
- 1.4104  165.45 -0.45 
- 1.4091  164.306 -0.45 
- 1.40833  163.64 -0.45 
- 1.40598  161.82 -0.45 
- 1.40339  160 -0.45 
- 1.40055  158.18 -0.45 
- 1.39746  156.36 -0.45 
- 1.39413  154.55 -0.45 
- 1.3939  154.435 -0.45 
- 1.39053  152.73 -0.45 
- 1.38668  150.91 -0.45 
- 1.38258  149.09 -0.45 
- 1.3788  147.504 -0.45 
- 1.37823  147.27 -0.45 
- 1.37356  145.45 -0.45 
- 1.36864  143.64 -0.45 
- 1.3636  141.862 -0.45 
- 1.36348  141.82 -0.45 
- 1.35803  140 -0.45 
- 1.35235  138.18 -0.45 
- 1.3485  136.992 -0.45 
- 1.34639  136.36 -0.45 
- 1.34011  134.55 -0.45 
- 1.3336  132.73 -0.45 
- 1.3333  132.648 -0.45 
- 1.32679  130.91 -0.45 
- 1.31977  129.09 -0.45 
- 1.3182  128.693 -0.45 
- 1.31237  127.27 -0.45 
- 1.30472  125.45 -0.45 
- 1.303  125.049 -0.45 
- 1.29677  123.64 -0.45 
- 1.2886  121.82 -0.45 
- 1.2879  121.665 -0.45 
- 1.27997  120 -0.45 
- 1.2727  118.495 -0.45 
- 1.27111  118.18 -0.45 
- 1.26187  116.36 -0.45 
- 1.2576  115.527 -0.45 
- 1.25225  114.55 -0.45 
- 1.2424  112.751 -0.45 
- 1.24228  112.73 -0.45 
- 1.23172  110.91 -0.45 
- 1.2273  110.146 -0.45 
- 1.22061  109.09 -0.45 
- 1.2121  107.736 -0.45 
- 1.20888  107.27 -0.45 
- 1.197  105.533 -0.45 
- 1.19635  105.45 -0.45 
- 1.18237  103.64 -0.45 
- 1.1818  103.565 -0.45 
- 1.1667  101.848 -0.45 
- 1.16639  101.82 -0.45 
- 1.1515  100.419 -0.45 
- 1.1456  100 -0.45 
- 1.1364  99.3301 -0.45 
- 1.1212  98.62 -0.45 
- 1.1061  98.3032 -0.45 
- 1.0909  98.3714 -0.45 
- 1.0758  98.8173 -0.45 
- 1.0606  99.6355 -0.45 
- 1.05607  100 -0.45 
- 1.0455  100.793 -0.45 
- 1.0352  101.82 -0.45 
- 1.0303  102.282 -0.45 
- 1.01908  103.64 -0.45 
- 1.0152  104.087 -0.45 
- 1.00556  105.45 -0.45 
- 1  106.212 -0.45 
-
- 1.91566  14.55 -0.45 
- 1.9242  13.7143 -0.45 
- 1.93372  12.73 -0.45 
- 1.9394  12.0862 -0.45 
- 1.94935  10.91 -0.45 
- 1.9545  10.2056 -0.45 
- 1.96263  9.09 -0.45 
- 1.9697  7.89408 -0.45 
- 1.97343  7.27 -0.45 
- 1.98182  5.45 -0.45 
- 1.9848  4.52286 -0.45 
- 1.98786  3.64 -0.45 
- 1.99159  1.82 -0.45 
- 1.99281  0 -0.45 
-
- 1.3939  58.4713 -0.45 
- 1.3788  59.1696 -0.45 
- 1.3636  59.8667 -0.45 
- 1.36059  60 -0.45 
- 1.3485  60.5572 -0.45 
- 1.3333  61.2374 -0.45 
- 1.32004  61.82 -0.45 
- 1.3182  61.9058 -0.45 
- 1.303  62.5561 -0.45 
- 1.2879  63.1775 -0.45 
- 1.27571  63.64 -0.45 
- 1.2727  63.7625 -0.45 
- 1.2576  64.2955 -0.45 
- 1.2424  64.7538 -0.45 
- 1.2273  65.1129 -0.45 
- 1.2121  65.332 -0.45 
- 1.197  65.3527 -0.45 
- 1.1818  65.0765 -0.45 
- 1.1667  64.3324 -0.45 
- 1.15914  63.64 -0.45 
- 1.1515  62.6367 -0.45 
- 1.14756  61.82 -0.45 
- 1.14305  60 -0.45 
- 1.14298  58.18 -0.45 
- 1.14681  56.36 -0.45 
- 1.1515  55.272 -0.45 
- 1.15459  54.55 -0.45 
- 1.16657  52.73 -0.45 
- 1.1667  52.7163 -0.45 
- 1.1818  51.0874 -0.45 
- 1.18337  50.91 -0.45 
- 1.197  49.8239 -0.45 
- 1.20549  49.09 -0.45 
- 1.2121  48.6755 -0.45 
- 1.2273  47.6784 -0.45 
- 1.23315  47.27 -0.45 
- 1.2424  46.7981 -0.45 
- 1.2576  45.9791 -0.45 
- 1.26669  45.45 -0.45 
- 1.2727  45.1926 -0.45 
- 1.2879  44.5228 -0.45 
- 1.303  43.7805 -0.45 
- 1.30579  43.64 -0.45 
- 1.3182  43.1754 -0.45 
- 1.3333  42.561 -0.45 
- 1.3485  41.8768 -0.45 
- 1.34972  41.82 -0.45 
- 1.3636  41.3427 -0.45 
- 1.3788  40.7749 -0.45 
- 1.3939  40.1403 -0.45 
- 1.39713  40 -0.45 
- 1.4091  39.6123 -0.45 
- 1.4242  39.0782 -0.45 
- 1.4394  38.4798 -0.45 
- 1.44647  38.18 -0.45 
- 1.4545  37.9232 -0.45 
- 1.4697  37.4104 -0.45 
- 1.4848  36.8341 -0.45 
- 1.4961  36.36 -0.45 
- 1.5  36.2359 -0.45 
- 1.5152  35.7345 -0.45 
- 1.5303  35.1688 -0.45 
- 1.54488  34.55 -0.45 
- 1.5455  34.5296 -0.45 
- 1.5606  34.0206 -0.45 
- 1.5758  33.4434 -0.45 
- 1.5909  32.7776 -0.45 
- 1.59195  32.73 -0.45 
- 1.6061  32.2338 -0.45 
- 1.6212  31.6289 -0.45 
- 1.6364  30.9254 -0.45 
- 1.63672  30.91 -0.45 
- 1.6515  30.352 -0.45 
- 1.6667  29.6951 -0.45 
- 1.67887  29.09 -0.45 
- 1.6818  28.9718 -0.45 
- 1.697  28.3366 -0.45 
- 1.7121  27.5929 -0.45 
- 1.71816  27.27 -0.45 
- 1.7273  26.8687 -0.45 
- 1.7424  26.1274 -0.45 
- 1.75444  25.45 -0.45 
- 1.7576  25.3 -0.45 
- 1.7727  24.5393 -0.45 
- 1.78778  23.64 -0.45 
- 1.7879  23.6339 -0.45 
- 1.803  22.8173 -0.45 
- 1.8182  21.8407 -0.45 
- 1.81851  21.82 -0.45 
- 1.8333  20.9331 -0.45 
- 1.84663  20 -0.45 
- 1.8485  19.8786 -0.45 
- 1.8636  18.8417 -0.45 
- 1.87221  18.18 -0.45 
- 1.8788  17.6935 -0.45 
- 1.8939  16.4511 -0.45 
- 1.89497  16.36 -0.45 
- 1.9091  15.1616 -0.45 
- 1.91566  14.55 -0.45 
-
- 2.38737  0 -0.45 
- 2.3861  1.82 -0.45 
- 2.38229  3.64 -0.45 
- 2.3788  4.63867 -0.45 
- 2.3759  5.45 -0.45 
- 2.36689  7.27 -0.45 
- 2.3636  7.79065 -0.45 
- 2.35532  9.09 -0.45 
- 2.3485  9.97307 -0.45 
- 2.34112  10.91 -0.45 
- 2.3333  11.7569 -0.45 
- 2.32427  12.73 -0.45 
- 2.3182  13.3017 -0.45 
- 2.30473  14.55 -0.45 
- 2.303  14.6918 -0.45 
- 2.2879  15.9245 -0.45 
- 2.28248  16.36 -0.45 
- 2.2727  17.0744 -0.45 
- 2.2576  18.1781 -0.45 
- 2.25757  18.18 -0.45 
- 2.2424  19.1739 -0.45 
- 2.22985  20 -0.45 
- 2.2273  20.155 -0.45 
- 2.2121  21.0619 -0.45 
- 2.19949  21.82 -0.45 
- 2.197  21.959 -0.45 
- 2.1818  22.7935 -0.45 
- 2.1667  23.6326 -0.45 
- 2.16657  23.64 -0.45 
- 2.1515  24.4042 -0.45 
- 2.1364  25.1803 -0.45 
- 2.1311  25.45 -0.45 
- 2.1212  25.9264 -0.45 
- 2.1061  26.6581 -0.45 
- 2.09352  27.27 -0.45 
- 2.0909  27.3905 -0.45 
- 2.0758  28.0822 -0.45 
- 2.0606  28.7844 -0.45 
- 2.05406  29.09 -0.45 
- 2.0455  29.4679 -0.45 
- 2.0303  30.1369 -0.45 
- 2.0152  30.821 -0.45 
- 2.01322  30.91 -0.45 
- 2  31.4715 -0.45 
- 1.9848  32.1278 -0.45 
- 1.97129  32.73 -0.45 
- 1.9697  32.7974 -0.45 
- 1.9545  33.4327 -0.45 
- 1.9394  34.0846 -0.45 
- 1.9288  34.55 -0.45 
- 1.9242  34.7409 -0.45 
- 1.9091  35.3721 -0.45 
- 1.8939  36.0234 -0.45 
- 1.88624  36.36 -0.45 
- 1.8788  36.6724 -0.45 
- 1.8636  37.3126 -0.45 
- 1.8485  37.976 -0.45 
- 1.84388  38.18 -0.45 
- 1.8333  38.6239 -0.45 
- 1.8182  39.2737 -0.45 
- 1.803  39.9493 -0.45 
- 1.80187  40 -0.45 
- 1.7879  40.5955 -0.45 
- 1.7727  41.2578 -0.45 
- 1.76029  41.82 -0.45 
- 1.7576  41.937 -0.45 
- 1.7424  42.5914 -0.45 
- 1.7273  43.2676 -0.45 
- 1.71909  43.64 -0.45 
- 1.7121  43.9432 -0.45 
- 1.697  44.6067 -0.45 
- 1.6818  45.2926 -0.45 
- 1.67835  45.45 -0.45 
- 1.6667  45.9653 -0.45 
- 1.6515  46.645 -0.45 
- 1.638  47.27 -0.45 
- 1.6364  47.3424 -0.45 
- 1.6212  48.0164 -0.45 
- 1.6061  48.7074 -0.45 
- 1.59778  49.09 -0.45 
- 1.5909  49.4003 -0.45 
- 1.5758  50.0848 -0.45 
- 1.5606  50.786 -0.45 
- 1.55791  50.91 -0.45 
- 1.5455  51.4746 -0.45 
- 1.5303  52.1688 -0.45 
- 1.51826  52.73 -0.45 
- 1.5152  52.8724 -0.45 
- 1.5  53.564 -0.45 
- 1.4848  54.2666 -0.45 
- 1.47868  54.55 -0.45 
- 1.4697  54.9657 -0.45 
- 1.4545  55.6609 -0.45 
- 1.43952  56.36 -0.45 
- 1.4394  56.3656 -0.45 
- 1.4242  57.0645 -0.45 
- 1.4091  57.7672 -0.45 
- 1.40008  58.18 -0.45 
- 1.3939  58.4713 -0.45 
-
-
-# Contour 26, label:    -0.46
- 1.36854  180 -0.46 
- 1.36841  178.18 -0.46 
- 1.36802  176.36 -0.46 
- 1.36738  174.55 -0.46 
- 1.36647  172.73 -0.46 
- 1.36531  170.91 -0.46 
- 1.36388  169.09 -0.46 
- 1.3636  168.782 -0.46 
- 1.36219  167.27 -0.46 
- 1.36023  165.45 -0.46 
- 1.35801  163.64 -0.46 
- 1.35553  161.82 -0.46 
- 1.35278  160 -0.46 
- 1.34977  158.18 -0.46 
- 1.3485  157.476 -0.46 
- 1.34644  156.36 -0.46 
- 1.34281  154.55 -0.46 
- 1.33892  152.73 -0.46 
- 1.33474  150.91 -0.46 
- 1.3333  150.318 -0.46 
- 1.33026  149.09 -0.46 
- 1.32549  147.27 -0.46 
- 1.32044  145.45 -0.46 
- 1.3182  144.684 -0.46 
- 1.31504  143.64 -0.46 
- 1.30929  141.82 -0.46 
- 1.30326  140 -0.46 
- 1.303  139.924 -0.46 
- 1.29684  138.18 -0.46 
- 1.29014  136.36 -0.46 
- 1.2879  135.776 -0.46 
- 1.28299  134.55 -0.46 
- 1.27547  132.73 -0.46 
- 1.2727  132.08 -0.46 
- 1.26753  130.91 -0.46 
- 1.25923  129.09 -0.46 
- 1.2576  128.742 -0.46 
- 1.25029  127.27 -0.46 
- 1.2424  125.722 -0.46 
- 1.24094  125.45 -0.46 
- 1.23093  123.64 -0.46 
- 1.2273  122.993 -0.46 
- 1.22017  121.82 -0.46 
- 1.2121  120.518 -0.46 
- 1.20862  120 -0.46 
- 1.197  118.298 -0.46 
- 1.1961  118.18 -0.46 
- 1.182  116.36 -0.46 
- 1.1818  116.335 -0.46 
- 1.1667  114.641 -0.46 
- 1.16575  114.55 -0.46 
- 1.1515  113.206 -0.46 
- 1.14529  112.73 -0.46 
- 1.1364  112.054 -0.46 
- 1.1212  111.198 -0.46 
- 1.1133  110.91 -0.46 
- 1.1061  110.649 -0.46 
- 1.0909  110.417 -0.46 
- 1.0758  110.515 -0.46 
- 1.06202  110.91 -0.46 
- 1.0606  110.95 -0.46 
- 1.0455  111.725 -0.46 
- 1.03202  112.73 -0.46 
- 1.0303  112.856 -0.46 
- 1.0152  114.354 -0.46 
- 1.01364  114.55 -0.46 
- 1  116.233 -0.46 
-
- 1.3182  54.6348 -0.46 
- 1.303  54.7339 -0.46 
- 1.2879  54.6633 -0.46 
- 1.28243  54.55 -0.46 
- 1.2727  54.0743 -0.46 
- 1.26316  52.73 -0.46 
- 1.26886  50.91 -0.46 
- 1.2727  50.523 -0.46 
- 1.28488  49.09 -0.46 
- 1.2879  48.8882 -0.46 
- 1.303  47.7797 -0.46 
- 1.30897  47.27 -0.46 
- 1.3182  46.7917 -0.46 
- 1.3333  45.8963 -0.46 
- 1.33999  45.45 -0.46 
- 1.3485  45.0876 -0.46 
- 1.3636  44.377 -0.46 
- 1.3769  43.64 -0.46 
- 1.3788  43.569 -0.46 
- 1.3939  42.9894 -0.46 
- 1.4091  42.3134 -0.46 
- 1.41879  41.82 -0.46 
- 1.4242  41.633 -0.46 
- 1.4394  41.085 -0.46 
- 1.4545  40.4448 -0.46 
- 1.46383  40 -0.46 
- 1.4697  39.8079 -0.46 
- 1.4848  39.2829 -0.46 
- 1.5  38.6683 -0.46 
- 1.51052  38.18 -0.46 
- 1.5152  38.0289 -0.46 
- 1.5303  37.515 -0.46 
- 1.5455  36.9113 -0.46 
- 1.5573  36.36 -0.46 
- 1.5606  36.2515 -0.46 
- 1.5758  35.7368 -0.46 
- 1.5909  35.1284 -0.46 
- 1.60313  34.55 -0.46 
- 1.6061  34.4484 -0.46 
- 1.6212  33.9091 -0.46 
- 1.6364  33.2641 -0.46 
- 1.64706  32.73 -0.46 
- 1.6515  32.5679 -0.46 
- 1.6667  31.9821 -0.46 
- 1.6818  31.2689 -0.46 
- 1.68856  30.91 -0.46 
- 1.697  30.5793 -0.46 
- 1.7121  29.9107 -0.46 
- 1.72706  29.09 -0.46 
- 1.7273  29.08 -0.46 
- 1.7424  28.4233 -0.46 
- 1.7576  27.6119 -0.46 
- 1.76325  27.27 -0.46 
- 1.7727  26.8239 -0.46 
- 1.7879  25.9986 -0.46 
- 1.79649  25.45 -0.46 
- 1.803  25.1152 -0.46 
- 1.8182  24.2443 -0.46 
- 1.82713  23.64 -0.46 
- 1.8333  23.2872 -0.46 
- 1.8485  22.3191 -0.46 
- 1.85531  21.82 -0.46 
- 1.8636  21.291 -0.46 
- 1.8788  20.1743 -0.46 
- 1.88098  20 -0.46 
- 1.8939  19.0692 -0.46 
- 1.90459  18.18 -0.46 
- 1.9091  17.8243 -0.46 
- 1.9242  16.4994 -0.46 
- 1.9257  16.36 -0.46 
- 1.9394  15.1104 -0.46 
- 1.94496  14.55 -0.46 
- 1.9545  13.548 -0.46 
- 1.96185  12.73 -0.46 
- 1.9697  11.7756 -0.46 
- 1.97653  10.91 -0.46 
- 1.9848  9.69438 -0.46 
- 1.98892  9.09 -0.46 
- 1.99902  7.27 -0.46 
- 2  7.04345 -0.46 
- 2.00725  5.45 -0.46 
- 2.01284  3.64 -0.46 
- 2.0152  2.32046 -0.46 
- 2.01619  1.82 -0.46 
- 2.01741  0 -0.46 
-
- 2.33817  0 -0.46 
- 2.33684  1.82 -0.46 
- 2.3333  3.43987 -0.46 
- 2.33285  3.64 -0.46 
- 2.3261  5.45 -0.46 
- 2.3182  6.99598 -0.46 
- 2.31675  7.27 -0.46 
- 2.30454  9.09 -0.46 
- 2.303  9.28024 -0.46 
- 2.28963  10.91 -0.46 
- 2.2879  11.0907 -0.46 
- 2.2727  12.6417 -0.46 
- 2.27183  12.73 -0.46 
- 2.2576  13.9873 -0.46 
- 2.25113  14.55 -0.46 
- 2.2424  15.2222 -0.46 
- 2.22766  16.36 -0.46 
- 2.2273  16.385 -0.46 
- 2.2121  17.4205 -0.46 
- 2.20105  18.18 -0.46 
- 2.197  18.4335 -0.46 
- 2.1818  19.3653 -0.46 
- 2.17155  20 -0.46 
- 2.1667  20.2752 -0.46 
- 2.1515  21.1213 -0.46 
- 2.13917  21.82 -0.46 
- 2.1364  21.9645 -0.46 
- 2.1212  22.7386 -0.46 
- 2.1061  23.5284 -0.46 
- 2.10393  23.64 -0.46 
- 2.0909  24.2515 -0.46 
- 2.0758  24.9749 -0.46 
- 2.06596  25.45 -0.46 
- 2.0606  25.6896 -0.46 
- 2.0455  26.3634 -0.46 
- 2.0303  27.0589 -0.46 
- 2.02572  27.27 -0.46 
- 2.0152  27.7148 -0.46 
- 2  28.3614 -0.46 
- 1.9848  29.0368 -0.46 
- 1.9836  29.09 -0.46 
- 1.9697  29.6509 -0.46 
- 1.9545  30.2804 -0.46 
- 1.94015  30.91 -0.46 
- 1.9394  30.9401 -0.46 
- 1.9242  31.5331 -0.46 
- 1.9091  32.1538 -0.46 
- 1.89577  32.73 -0.46 
- 1.8939  32.8033 -0.46 
- 1.8788  33.3902 -0.46 
- 1.8636  34.0098 -0.46 
- 1.85122  34.55 -0.46 
- 1.8485  34.6561 -0.46 
- 1.8333  35.24 -0.46 
- 1.8182  35.8615 -0.46 
- 1.80675  36.36 -0.46 
- 1.803  36.5062 -0.46 
- 1.7879  37.0986 -0.46 
- 1.7727  37.7328 -0.46 
- 1.76267  38.18 -0.46 
- 1.7576  38.3803 -0.46 
- 1.7424  38.9807 -0.46 
- 1.7273  39.6258 -0.46 
- 1.71893  40 -0.46 
- 1.7121  40.2696 -0.46 
- 1.697  40.8782 -0.46 
- 1.6818  41.5333 -0.46 
- 1.67545  41.82 -0.46 
- 1.6667  42.1679 -0.46 
- 1.6515  42.7825 -0.46 
- 1.6364  43.4435 -0.46 
- 1.63199  43.64 -0.46 
- 1.6212  44.0619 -0.46 
- 1.6061  44.6743 -0.46 
- 1.5909  45.3312 -0.46 
- 1.58819  45.45 -0.46 
- 1.5758  45.9341 -0.46 
- 1.5606  46.544 -0.46 
- 1.5455  47.1945 -0.46 
- 1.54373  47.27 -0.46 
- 1.5303  47.7795 -0.46 
- 1.5152  48.3742 -0.46 
- 1.5  49.0025 -0.46 
- 1.49785  49.09 -0.46 
- 1.4848  49.5685 -0.46 
- 1.4697  50.1349 -0.46 
- 1.4545  50.724 -0.46 
- 1.44966  50.91 -0.46 
- 1.4394  51.268 -0.46 
- 1.4242  51.7858 -0.46 
- 1.4091  52.3101 -0.46 
- 1.3969  52.73 -0.46 
- 1.3939  52.8248 -0.46 
- 1.3788  53.2592 -0.46 
- 1.3636  53.6716 -0.46 
- 1.3485  54.0542 -0.46 
- 1.3333  54.3928 -0.46 
- 1.32393  54.55 -0.46 
- 1.3182  54.6348 -0.46 
-
-
-# Contour 27, label:    -0.47
- 1.31661  180 -0.47 
- 1.31647  178.18 -0.47 
- 1.31604  176.36 -0.47 
- 1.31533  174.55 -0.47 
- 1.31433  172.73 -0.47 
- 1.31304  170.91 -0.47 
- 1.31147  169.09 -0.47 
- 1.3096  167.27 -0.47 
- 1.30745  165.45 -0.47 
- 1.30501  163.64 -0.47 
- 1.303  162.298 -0.47 
- 1.30227  161.82 -0.47 
- 1.29919  160 -0.47 
- 1.29581  158.18 -0.47 
- 1.29213  156.36 -0.47 
- 1.28815  154.55 -0.47 
- 1.2879  154.444 -0.47 
- 1.28372  152.73 -0.47 
- 1.27896  150.91 -0.47 
- 1.27389  149.09 -0.47 
- 1.2727  148.686 -0.47 
- 1.26839  147.27 -0.47 
- 1.26252  145.45 -0.47 
- 1.2576  144.01 -0.47 
- 1.25627  143.64 -0.47 
- 1.24943  141.82 -0.47 
- 1.2424  140.036 -0.47 
- 1.24225  140 -0.47 
- 1.23441  138.18 -0.47 
- 1.2273  136.603 -0.47 
- 1.22612  136.36 -0.47 
- 1.21699  134.55 -0.47 
- 1.2121  133.613 -0.47 
- 1.20716  132.73 -0.47 
- 1.197  130.979 -0.47 
- 1.19656  130.91 -0.47 
- 1.18451  129.09 -0.47 
- 1.1818  128.693 -0.47 
- 1.17099  127.27 -0.47 
- 1.1667  126.722 -0.47 
- 1.15516  125.45 -0.47 
- 1.1515  125.061 -0.47 
- 1.1364  123.709 -0.47 
- 1.13542  123.64 -0.47 
- 1.1212  122.663 -0.47 
- 1.1061  121.925 -0.47 
- 1.10232  121.82 -0.47 
- 1.0909  121.511 -0.47 
- 1.0758  121.429 -0.47 
- 1.0606  121.693 -0.47 
- 1.05756  121.82 -0.47 
- 1.0455  122.323 -0.47 
- 1.0303  123.337 -0.47 
- 1.0271  123.64 -0.47 
- 1.0152  124.762 -0.47 
- 1.0096  125.45 -0.47 
- 1  126.647 -0.47 
-
- 2.28181  0 -0.47 
- 2.28035  1.82 -0.47 
- 2.27604  3.64 -0.47 
- 2.2727  4.48923 -0.47 
- 2.26875  5.45 -0.47 
- 2.25861  7.27 -0.47 
- 2.2576  7.41338 -0.47 
- 2.24524  9.09 -0.47 
- 2.2424  9.41166 -0.47 
- 2.22891  10.91 -0.47 
- 2.2273  11.0635 -0.47 
- 2.2121  12.4664 -0.47 
- 2.2092  12.73 -0.47 
- 2.197  13.6991 -0.47 
- 2.18618  14.55 -0.47 
- 2.1818  14.853 -0.47 
- 2.1667  15.8836 -0.47 
- 2.15963  16.36 -0.47 
- 2.1515  16.8502 -0.47 
- 2.1364  17.7607 -0.47 
- 2.12936  18.18 -0.47 
- 2.1212  18.6134 -0.47 
- 2.1061  19.4138 -0.47 
- 2.09516  20 -0.47 
- 2.0909  20.2025 -0.47 
- 2.0758  20.9012 -0.47 
- 2.0606  21.6294 -0.47 
- 2.05656  21.82 -0.47 
- 2.0455  22.2738 -0.47 
- 2.0303  22.8956 -0.47 
- 2.0152  23.5553 -0.47 
- 2.01316  23.64 -0.47 
- 2  24.0966 -0.47 
- 1.9848  24.629 -0.47 
- 1.9697  25.1974 -0.47 
- 1.96292  25.45 -0.47 
- 1.9545  25.7014 -0.47 
- 1.9394  26.1195 -0.47 
- 1.9242  26.536 -0.47 
- 1.9091  26.9723 -0.47 
- 1.89863  27.27 -0.47 
- 1.8939  27.3558 -0.47 
- 1.8788  27.4532 -0.47 
- 1.86897  27.27 -0.47 
- 1.87725  25.45 -0.47 
- 1.8788  25.3425 -0.47 
- 1.8939  23.8905 -0.47 
- 1.89558  23.64 -0.47 
- 1.9091  22.5545 -0.47 
- 1.91554  21.82 -0.47 
- 1.9242  21.1147 -0.47 
- 1.93492  20 -0.47 
- 1.9394  19.6179 -0.47 
- 1.95327  18.18 -0.47 
- 1.9545  18.0659 -0.47 
- 1.9697  16.4845 -0.47 
- 1.97074  16.36 -0.47 
- 1.9848  14.7987 -0.47 
- 1.98682  14.55 -0.47 
- 2  12.9017 -0.47 
- 2.00128  12.73 -0.47 
- 2.01408  10.91 -0.47 
- 2.0152  10.7286 -0.47 
- 2.02524  9.09 -0.47 
- 2.0303  8.05141 -0.47 
- 2.03427  7.27 -0.47 
- 2.04144  5.45 -0.47 
- 2.0455  3.93286 -0.47 
- 2.04637  3.64 -0.47 
- 2.04966  1.82 -0.47 
- 2.05072  0 -0.47 
-
-
-# Contour 28, label:    -0.48
- 1.26014  180 -0.48 
- 1.25998  178.18 -0.48 
- 1.2595  176.36 -0.48 
- 1.2587  174.55 -0.48 
- 1.2576  172.768 -0.48 
- 1.25758  172.73 -0.48 
- 1.25607  170.91 -0.48 
- 1.25422  169.09 -0.48 
- 1.25203  167.27 -0.48 
- 1.2495  165.45 -0.48 
- 1.24663  163.64 -0.48 
- 1.24341  161.82 -0.48 
- 1.2424  161.302 -0.48 
- 1.23975  160 -0.48 
- 1.23568  158.18 -0.48 
- 1.23124  156.36 -0.48 
- 1.2273  154.873 -0.48 
- 1.22638  154.55 -0.48 
- 1.22088  152.73 -0.48 
- 1.21498  150.91 -0.48 
- 1.2121  150.078 -0.48 
- 1.20846  149.09 -0.48 
- 1.20134  147.27 -0.48 
- 1.197  146.223 -0.48 
- 1.19349  145.45 -0.48 
- 1.18478  143.64 -0.48 
- 1.1818  143.049 -0.48 
- 1.17498  141.82 -0.48 
- 1.1667  140.401 -0.48 
- 1.16403  140 -0.48 
- 1.1515  138.207 -0.48 
- 1.15128  138.18 -0.48 
- 1.1364  136.432 -0.48 
- 1.13563  136.36 -0.48 
- 1.1212  135.058 -0.48 
- 1.11371  134.55 -0.48 
- 1.1061  134.052 -0.48 
- 1.0909  133.422 -0.48 
- 1.0758  133.174 -0.48 
- 1.0606  133.327 -0.48 
- 1.0455  133.904 -0.48 
- 1.03592  134.55 -0.48 
- 1.0303  134.936 -0.48 
- 1.01625  136.36 -0.48 
- 1.0152  136.47 -0.48 
- 1.003  138.18 -0.48 
- 1  138.612 -0.48 
-
- 2.19757  0 -0.48 
- 2.197  0.589209 -0.48 
- 2.19542  1.82 -0.48 
- 2.18887  3.64 -0.48 
- 2.1818  4.94148 -0.48 
- 2.17831  5.45 -0.48 
- 2.1667  6.81384 -0.48 
- 2.16172  7.27 -0.48 
- 2.1515  8.07183 -0.48 
- 2.1364  9.01895 -0.48 
- 2.13308  9.09 -0.48 
- 2.1212  9.31904 -0.48 
- 2.1162  9.09 -0.48 
- 2.10889  7.27 -0.48 
- 2.10999  5.45 -0.48 
- 2.1118  3.64 -0.48 
- 2.11311  1.82 -0.48 
- 2.11358  0 -0.48 
-
-
-# Contour 29, label:    -0.49
- 1.19339  180 -0.49 
- 1.19317  178.18 -0.49 
- 1.19251  176.36 -0.49 
- 1.19141  174.55 -0.49 
- 1.18985  172.73 -0.49 
- 1.18786  170.91 -0.49 
- 1.18542  169.09 -0.49 
- 1.18253  167.27 -0.49 
- 1.1818  166.873 -0.49 
- 1.17896  165.45 -0.49 
- 1.17481  163.64 -0.49 
- 1.17017  161.82 -0.49 
- 1.1667  160.591 -0.49 
- 1.16481  160 -0.49 
- 1.15843  158.18 -0.49 
- 1.1515  156.37 -0.49 
- 1.15145  156.36 -0.49 
- 1.14278  154.55 -0.49 
- 1.1364  153.31 -0.49 
- 1.13277  152.73 -0.49 
- 1.1212  151.008 -0.49 
- 1.12035  150.91 -0.49 
- 1.1061  149.367 -0.49 
- 1.10232  149.09 -0.49 
- 1.0909  148.305 -0.49 
- 1.0758  147.788 -0.49 
- 1.0606  147.832 -0.49 
- 1.0455  148.469 -0.49 
- 1.03807  149.09 -0.49 
- 1.0303  149.771 -0.49 
- 1.02191  150.91 -0.49 
- 1.0152  151.868 -0.49 
- 1.0108  152.73 -0.49 
- 1.00203  154.55 -0.49 
- 1  154.997 -0.49 
-
+link ../HCN_PES_2D.dat
\ No newline at end of file

Property changes on: examples/Test/Zmat/HCN_PES_2D.dat
___________________________________________________________________
Added: svn:special
   + *

Index: examples/Test/Zmat/HCN_irc.dat
===================================================================
--- examples/Test/Zmat/HCN_irc.dat	(revision 3)
+++ examples/Test/Zmat/HCN_irc.dat	(revision 4)
@@ -1,69 +1 @@
- # Bonds
-# b H    1C    2
-# b C    2N    3
- # Angles
-# a H    1C    2N    3
-      1.06590      1.15332    180.00000       -0.499465
-      1.06561      1.15325    176.88982       -0.499377
-      1.06570      1.15335    174.02210       -0.499138
-      1.06586      1.15353    170.95078       -0.498714
-      1.06607      1.15376    168.09455       -0.498165
-      1.06637      1.15408    164.91385       -0.497379
-      1.06670      1.15442    162.09619       -0.496530
-      1.06714      1.15486    158.94735       -0.495413
-      1.06763      1.15531    156.05955       -0.494234
-      1.06822      1.15583    153.01007       -0.492830
-      1.06885      1.15633    150.21956       -0.491404
-      1.06959      1.15689    147.27079       -0.489756
-      1.07049      1.15749    144.14787       -0.487855
-      1.07149      1.15809    141.07378       -0.485834
-      1.07256      1.15864    138.16412       -0.483790
-      1.07376      1.15916    135.19476       -0.481580
-      1.07510      1.15964    132.23023       -0.479258
-      1.07663      1.16005    129.15683       -0.476740
-      1.07837      1.16037    126.00973       -0.474060
-      1.08009      1.16053    123.16044       -0.471559
-      1.08221      1.16056    119.93872       -0.468667
-      1.08425      1.16040    117.07933       -0.466064
-      1.08659      1.16002    114.00521       -0.463255
-      1.08919      1.15936    110.84904       -0.460391
-      1.09171      1.15850    107.95560       -0.457817
-      1.09460      1.15726    104.83870       -0.455142
-      1.09764      1.15570    101.71142       -0.452608
-      1.10087      1.15379     98.58844       -0.450284
-      1.10436      1.15147     95.37560       -0.448173
-      1.10814      1.14875     92.10563       -0.446391
-      1.11191      1.14591     89.05102       -0.445128
-      1.11634      1.14255     85.74263       -0.444275
-      1.12089      1.13921     82.65131       -0.444025
-      1.12632      1.13547     79.32859       -0.444402
-      1.13282      1.13174     76.01436       -0.445481
-      1.14001      1.12794     72.65259       -0.447284
-      1.15042      1.12452     69.21033       -0.449817
-      1.16221      1.12113     65.62870       -0.453019
-      1.17874      1.11851     61.97104       -0.456622
-      1.20665      1.11732     58.03673       -0.460489
-      1.24855      1.11843     54.19020       -0.463775
-      1.30087      1.12180     51.01851       -0.465829
-      1.35220      1.12591     48.59419       -0.466846
-      1.40621      1.13051     46.34878       -0.467343
-      1.46207      1.13540     44.19528       -0.467501
-      1.51564      1.13990     42.15661       -0.467476
-      1.56560      1.14386     40.25979       -0.467399
-      1.61723      1.14759     38.27077       -0.467350
-      1.66953      1.15090     36.20206       -0.467413
-      1.71398      1.15329     34.38207       -0.467614
-      1.76142      1.15539     32.35915       -0.468037
-      1.80922      1.15705     30.21518       -0.468728
-      1.85273      1.15822     28.14818       -0.469623
-      1.89899      1.15917     25.80184       -0.470867
-      1.93870      1.15980     23.62924       -0.472173
-      1.97864      1.16037     21.25716       -0.473687
-      2.01539      1.16088     18.84780       -0.475227
-      2.04708      1.16138     16.52920       -0.476638
-      2.07748      1.16195     13.99286       -0.478032
-      2.10448      1.16259     11.32940       -0.479278
-      2.12706      1.16325      8.55209       -0.480304
-      2.14483      1.16392      5.56119       -0.481083
-      2.15481      1.16435      2.76003       -0.481508
-      2.15904      1.16463      0.00000       -0.481645
+link ../HCN_irc.dat
\ No newline at end of file

Property changes on: examples/Test/Zmat/HCN_irc.dat
___________________________________________________________________
Deleted: svn:executable
   - 
Added: svn:special
   + *

Index: examples/Test/Zmat/Test/Path_cart.6
===================================================================
--- examples/Test/Zmat/Test/Path_cart.6	(revision 0)
+++ examples/Test/Zmat/Test/Path_cart.6	(revision 4)
@@ -0,0 +1,60 @@
+     3
+ Geometry   1/ 12 for iteration   6 E=    -0.499465                                                                                  
+          H      1.06900000      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -1.16010000      0.00000000      0.00000000
+     3
+ Geometry   2/ 12 for iteration   6 E=    -0.496438                                                                                  
+          H      1.06666979      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -1.09675715      0.36024229      0.00000000
+     3
+ Geometry   3/ 12 for iteration   6 E=    -0.487747                                                                                  
+          H      1.07053585      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -0.93620344      0.68077238      0.00000000
+     3
+ Geometry   4/ 12 for iteration   6 E=    -0.474137                                                                                  
+          H      1.07830473      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -0.68365758      0.93754360      0.00000000
+     3
+ Geometry   5/ 12 for iteration   6 E=    -0.458117                                                                                  
+          H      1.09099927      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -0.36374214      1.10010796      0.00000000
+     3
+ Geometry   6/ 12 for iteration   6 E=    -0.445505                                                                                  
+          H      1.12936134      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -0.01512278      1.14567128      0.00000000
+     3
+ Geometry   7/ 12 for iteration   6 E=    -0.447467                                                                                  
+          H      1.14081125      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      0.34163486      1.07496809      0.00000000
+     3
+ Geometry   8/ 12 for iteration   6 E=    -0.463338                                                                                  
+          H      1.24064248      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      0.64523155      0.91259802      0.00000000
+     3
+ Geometry   9/ 12 for iteration   6 E=    -0.467470                                                                                  
+          H      1.52034351      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      0.84774364      0.76279079      0.00000000
+     3
+ Geometry  10/ 12 for iteration   6 E=    -0.468717                                                                                  
+          H      1.80869894      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      0.99937716      0.58291663      0.00000000
+     3
+ Geometry  11/ 12 for iteration   6 E=    -0.476833                                                                                  
+          H      2.05157731      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      1.11545622      0.32410588      0.00000000
+     3
+ Geometry  12/ 12 for iteration   6 E=    -0.481645                                                                                  
+          H      2.20000000      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      1.16000000      0.00000000      0.00000000
Index: examples/Test/Zmat/Test/HCN_zmat.out
===================================================================
--- examples/Test/Zmat/Test/HCN_zmat.out	(revision 0)
+++ examples/Test/Zmat/Test/HCN_zmat.out	(revision 4)
@@ -0,0 +1,787 @@
+ OpenPath v1.4 (c) PFL/PD 2007-2011
+ Input has been set to the default: XYZ                             
+ NAT =     3
+ NGEOMI =     3
+ NGEOMF =    12
+ MAXCYC =    10
+ PATHNAME =  Path
+ Working in MW coordinates
+ Prog=TEST
+ EGrad.f90, L73, IOpt=           0
+ EGrad.f90, L73, IOpt=           0
+ EGrad.f90, L73, IOpt=           0
+ EGrad.f90, L73, IOpt=           0
+ EGrad.f90, L73, IOpt=           0
+ EGrad.f90, L73, IOpt=           0
+ EGrad.f90, L73, IOpt=           0
+ EGrad.f90, L73, IOpt=           0
+ EGrad.f90, L73, IOpt=           0
+ EGrad.f90, L73, IOpt=           0
+Geometry   2/ 12 for iteration   1
+     C
+     H    2    1.052557
+     N    2    1.113415    1  162.274512
+Geometry   3/ 12 for iteration   1
+     C
+     H    2    1.052259
+     N    2    1.139176    1  144.567281
+Geometry   4/ 12 for iteration   1
+     C
+     H    2    1.060913
+     N    2    1.163782    1  127.170293
+Geometry   5/ 12 for iteration   1
+     C
+     H    2    1.083404
+     N    2    1.154645    1  109.488827
+Geometry   6/ 12 for iteration   1
+     C
+     H    2    1.128050
+     N    2    1.064331    1   92.132533
+Geometry   7/ 12 for iteration   1
+     C
+     H    2    1.185369
+     N    2    1.136646    1   73.305029
+Geometry   8/ 12 for iteration   1
+     C
+     H    2    1.370271
+     N    2    1.153384    1   57.920776
+Geometry   9/ 12 for iteration   1
+     C
+     H    2    1.557310
+     N    2    1.167410    1   42.622309
+Geometry  10/ 12 for iteration   1
+     C
+     H    2    1.744650
+     N    2    1.171726    1   27.335932
+Geometry  11/ 12 for iteration   1
+     C
+     H    2    2.089651
+     N    2    1.124759    1   18.375608
+ GeomTmp=
+  1.053  1.113  2.832
+ GeomCart=
+  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000
+ EGrad.f90, L73, IOpt=           1
+ GeomTmp=
+  1.052  1.139  2.523
+ GeomCart=
+  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000
+ EGrad.f90, L73, IOpt=           1
+ GeomTmp=
+  1.061  1.164  2.220
+ GeomCart=
+  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000
+ EGrad.f90, L73, IOpt=           1
+ GeomTmp=
+  1.083  1.155  1.911
+ GeomCart=
+  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000
+ EGrad.f90, L73, IOpt=           1
+ GeomTmp=
+  1.128  1.064  1.608
+ GeomCart=
+  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000
+ EGrad.f90, L73, IOpt=           1
+ GeomTmp=
+  1.185  1.137  1.279
+ GeomCart=
+  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000
+ EGrad.f90, L73, IOpt=           1
+ GeomTmp=
+  1.370  1.153  1.011
+ GeomCart=
+  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000
+ EGrad.f90, L73, IOpt=           1
+ GeomTmp=
+  1.557  1.167  0.744
+ GeomCart=
+  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000
+ EGrad.f90, L73, IOpt=           1
+ GeomTmp=
+  1.745  1.172  0.477
+ GeomCart=
+  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000
+ EGrad.f90, L73, IOpt=           1
+ GeomTmp=
+  2.090  1.125  0.321
+ GeomCart=
+  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000  0.000
+ EGrad.f90, L73, IOpt=           1
+Geometry   1/ 12 for iteration   1
+     C
+     H    2    1.069000
+     N    2    1.160100    1  180.000000
+Geometry   2/ 12 for iteration   1
+     C
+     H    2    1.052557
+     N    2    1.113415    1  162.274512
+Geometry   3/ 12 for iteration   1
+     C
+     H    2    1.052259
+     N    2    1.139176    1  144.567281
+Geometry   4/ 12 for iteration   1
+     C
+     H    2    1.060913
+     N    2    1.163782    1  127.170293
+Geometry   5/ 12 for iteration   1
+     C
+     H    2    1.083404
+     N    2    1.154645    1  109.488827
+Geometry   6/ 12 for iteration   1
+     C
+     H    2    1.128050
+     N    2    1.064331    1   92.132533
+Geometry   7/ 12 for iteration   1
+     C
+     H    2    1.185369
+     N    2    1.136646    1   73.305029
+Geometry   8/ 12 for iteration   1
+     C
+     H    2    1.370271
+     N    2    1.153384    1   57.920776
+Geometry   9/ 12 for iteration   1
+     C
+     H    2    1.557310
+     N    2    1.167410    1   42.622309
+Geometry  10/ 12 for iteration   1
+     C
+     H    2    1.744650
+     N    2    1.171726    1   27.335932
+Geometry  11/ 12 for iteration   1
+     C
+     H    2    2.089651
+     N    2    1.124759    1   18.375608
+Geometry  12/ 12 for iteration   1
+     C
+     H    2    2.200000
+     N    2    1.160000    1    0.000000
+Geometry   2/ 12 for iteration   2
+     C
+     H    2    1.056648
+     N    2    1.156553    1  162.279138
+Geometry   3/ 12 for iteration   2
+     C
+     H    2    1.059693
+     N    2    1.162568    1  144.575687
+Geometry   4/ 12 for iteration   2
+     C
+     H    2    1.074583
+     N    2    1.154043    1  127.185750
+Geometry   5/ 12 for iteration   2
+     C
+     H    2    1.085867
+     N    2    1.161113    1  109.491612
+Geometry   6/ 12 for iteration   2
+     C
+     H    2    1.120071
+     N    2    1.161590    1   92.123512
+Geometry   7/ 12 for iteration   2
+     C
+     H    2    1.104961
+     N    2    1.117563    1   70.078887
+Geometry   8/ 12 for iteration   2
+     C
+     H    2    1.293126
+     N    2    1.119762    1   54.825608
+Geometry   9/ 12 for iteration   2
+     C
+     H    2    1.507955
+     N    2    1.087599    1   40.642322
+Geometry  10/ 12 for iteration   2
+     C
+     H    2    1.797385
+     N    2    1.095209    1   29.452112
+Geometry  11/ 12 for iteration   2
+     C
+     H    2    2.122128
+     N    2    1.216565    1   19.678336
+ EGrad.f90, L73, IOpt=           2
+ EGrad.f90, L73, IOpt=           2
+ EGrad.f90, L73, IOpt=           2
+ EGrad.f90, L73, IOpt=           2
+ EGrad.f90, L73, IOpt=           2
+ EGrad.f90, L73, IOpt=           2
+ EGrad.f90, L73, IOpt=           2
+ EGrad.f90, L73, IOpt=           2
+ EGrad.f90, L73, IOpt=           2
+ EGrad.f90, L73, IOpt=           2
+Geometry   1/ 12 for iteration   2
+     C
+     H    2    1.069000
+     N    2    1.160100    1  180.000000
+Geometry   2/ 12 for iteration   2
+     C
+     H    2    1.056648
+     N    2    1.156553    1  162.279138
+Geometry   3/ 12 for iteration   2
+     C
+     H    2    1.059693
+     N    2    1.162568    1  144.575687
+Geometry   4/ 12 for iteration   2
+     C
+     H    2    1.074583
+     N    2    1.154043    1  127.185750
+Geometry   5/ 12 for iteration   2
+     C
+     H    2    1.085867
+     N    2    1.161113    1  109.491612
+Geometry   6/ 12 for iteration   2
+     C
+     H    2    1.120071
+     N    2    1.161590    1   92.123512
+Geometry   7/ 12 for iteration   2
+     C
+     H    2    1.104961
+     N    2    1.117563    1   70.078887
+Geometry   8/ 12 for iteration   2
+     C
+     H    2    1.293126
+     N    2    1.119762    1   54.825608
+Geometry   9/ 12 for iteration   2
+     C
+     H    2    1.507955
+     N    2    1.087599    1   40.642322
+Geometry  10/ 12 for iteration   2
+     C
+     H    2    1.797385
+     N    2    1.095209    1   29.452112
+Geometry  11/ 12 for iteration   2
+     C
+     H    2    2.122128
+     N    2    1.216565    1   19.678336
+Geometry  12/ 12 for iteration   2
+     C
+     H    2    2.200000
+     N    2    1.160000    1    0.000000
+Geometry   2/ 12 for iteration   3
+     C
+     H    2    1.069739
+     N    2    1.154539    1  162.293941
+Geometry   3/ 12 for iteration   3
+     C
+     H    2    1.070855
+     N    2    1.157508    1  144.588309
+Geometry   4/ 12 for iteration   3
+     C
+     H    2    1.077814
+     N    2    1.160580    1  127.189404
+Geometry   5/ 12 for iteration   3
+     C
+     H    2    1.089315
+     N    2    1.159101    1  109.495511
+Geometry   6/ 12 for iteration   3
+     C
+     H    2    1.117452
+     N    2    1.152328    1   92.120549
+Geometry   7/ 12 for iteration   3
+     C
+     H    2    1.158522
+     N    2    1.150166    1   72.227784
+Geometry   8/ 12 for iteration   3
+     C
+     H    2    1.234295
+     N    2    1.122557    1   52.465121
+Geometry   9/ 12 for iteration   3
+     C
+     H    2    1.542971
+     N    2    1.150096    1   42.047060
+Geometry  10/ 12 for iteration   3
+     C
+     H    2    1.816741
+     N    2    1.161759    1   30.228505
+Geometry  11/ 12 for iteration   3
+     C
+     H    2    2.064708
+     N    2    1.172946    1   17.374656
+ EGrad.f90, L73, IOpt=           3
+ EGrad.f90, L73, IOpt=           3
+ EGrad.f90, L73, IOpt=           3
+ EGrad.f90, L73, IOpt=           3
+ EGrad.f90, L73, IOpt=           3
+ EGrad.f90, L73, IOpt=           3
+ EGrad.f90, L73, IOpt=           3
+ EGrad.f90, L73, IOpt=           3
+ EGrad.f90, L73, IOpt=           3
+ EGrad.f90, L73, IOpt=           3
+Geometry   1/ 12 for iteration   3
+     C
+     H    2    1.069000
+     N    2    1.160100    1  180.000000
+Geometry   2/ 12 for iteration   3
+     C
+     H    2    1.069739
+     N    2    1.154539    1  162.293941
+Geometry   3/ 12 for iteration   3
+     C
+     H    2    1.070855
+     N    2    1.157508    1  144.588309
+Geometry   4/ 12 for iteration   3
+     C
+     H    2    1.077814
+     N    2    1.160580    1  127.189404
+Geometry   5/ 12 for iteration   3
+     C
+     H    2    1.089315
+     N    2    1.159101    1  109.495511
+Geometry   6/ 12 for iteration   3
+     C
+     H    2    1.117452
+     N    2    1.152328    1   92.120549
+Geometry   7/ 12 for iteration   3
+     C
+     H    2    1.158522
+     N    2    1.150166    1   72.227784
+Geometry   8/ 12 for iteration   3
+     C
+     H    2    1.234295
+     N    2    1.122557    1   52.465121
+Geometry   9/ 12 for iteration   3
+     C
+     H    2    1.542971
+     N    2    1.150096    1   42.047060
+Geometry  10/ 12 for iteration   3
+     C
+     H    2    1.816741
+     N    2    1.161759    1   30.228505
+Geometry  11/ 12 for iteration   3
+     C
+     H    2    2.064708
+     N    2    1.172946    1   17.374656
+Geometry  12/ 12 for iteration   3
+     C
+     H    2    2.200000
+     N    2    1.160000    1    0.000000
+Geometry   2/ 12 for iteration   4
+     C
+     H    2    1.066945
+     N    2    1.154446    1  162.290782
+Geometry   3/ 12 for iteration   4
+     C
+     H    2    1.070493
+     N    2    1.157359    1  144.587899
+Geometry   4/ 12 for iteration   4
+     C
+     H    2    1.077260
+     N    2    1.160185    1  127.188777
+Geometry   5/ 12 for iteration   4
+     C
+     H    2    1.089181
+     N    2    1.159128    1  109.495359
+Geometry   6/ 12 for iteration   4
+     C
+     H    2    1.116048
+     N    2    1.149590    1   92.118962
+Geometry   7/ 12 for iteration   4
+     C
+     H    2    1.105651
+     N    2    1.119323    1   70.106567
+Geometry   8/ 12 for iteration   4
+     C
+     H    2    1.263222
+     N    2    1.118862    1   53.625780
+Geometry   9/ 12 for iteration   4
+     C
+     H    2    1.523581
+     N    2    1.142008    1   41.269084
+Geometry  10/ 12 for iteration   4
+     C
+     H    2    1.813859
+     N    2    1.158519    1   30.112883
+Geometry  11/ 12 for iteration   4
+     C
+     H    2    2.043905
+     N    2    1.159454    1   16.540002
+ EGrad.f90, L73, IOpt=           4
+ EGrad.f90, L73, IOpt=           4
+ EGrad.f90, L73, IOpt=           4
+ EGrad.f90, L73, IOpt=           4
+ EGrad.f90, L73, IOpt=           4
+ EGrad.f90, L73, IOpt=           4
+ EGrad.f90, L73, IOpt=           4
+ EGrad.f90, L73, IOpt=           4
+ EGrad.f90, L73, IOpt=           4
+ EGrad.f90, L73, IOpt=           4
+Geometry   1/ 12 for iteration   4
+     C
+     H    2    1.069000
+     N    2    1.160100    1  180.000000
+Geometry   2/ 12 for iteration   4
+     C
+     H    2    1.066945
+     N    2    1.154446    1  162.290782
+Geometry   3/ 12 for iteration   4
+     C
+     H    2    1.070493
+     N    2    1.157359    1  144.587899
+Geometry   4/ 12 for iteration   4
+     C
+     H    2    1.077260
+     N    2    1.160185    1  127.188777
+Geometry   5/ 12 for iteration   4
+     C
+     H    2    1.089181
+     N    2    1.159128    1  109.495359
+Geometry   6/ 12 for iteration   4
+     C
+     H    2    1.116048
+     N    2    1.149590    1   92.118962
+Geometry   7/ 12 for iteration   4
+     C
+     H    2    1.105651
+     N    2    1.119323    1   70.106567
+Geometry   8/ 12 for iteration   4
+     C
+     H    2    1.263222
+     N    2    1.118862    1   53.625780
+Geometry   9/ 12 for iteration   4
+     C
+     H    2    1.523581
+     N    2    1.142008    1   41.269084
+Geometry  10/ 12 for iteration   4
+     C
+     H    2    1.813859
+     N    2    1.158519    1   30.112883
+Geometry  11/ 12 for iteration   4
+     C
+     H    2    2.043905
+     N    2    1.159454    1   16.540002
+Geometry  12/ 12 for iteration   4
+     C
+     H    2    2.200000
+     N    2    1.160000    1    0.000000
+Geometry   2/ 12 for iteration   5
+     C
+     H    2    1.066832
+     N    2    1.154372    1  162.290654
+Geometry   3/ 12 for iteration   5
+     C
+     H    2    1.070416
+     N    2    1.157313    1  144.587812
+Geometry   4/ 12 for iteration   5
+     C
+     H    2    1.077247
+     N    2    1.160178    1  127.188763
+Geometry   5/ 12 for iteration   5
+     C
+     H    2    1.089178
+     N    2    1.159125    1  109.495356
+Geometry   6/ 12 for iteration   5
+     C
+     H    2    1.106787
+     N    2    1.150515    1   92.108490
+Geometry   7/ 12 for iteration   5
+     C
+     H    2    1.152427
+     N    2    1.127097    1   71.983323
+Geometry   8/ 12 for iteration   5
+     C
+     H    2    1.259571
+     N    2    1.119268    1   53.479279
+Geometry   9/ 12 for iteration   5
+     C
+     H    2    1.535989
+     N    2    1.142919    1   41.766923
+Geometry  10/ 12 for iteration   5
+     C
+     H    2    1.814071
+     N    2    1.157826    1   30.121376
+Geometry  11/ 12 for iteration   5
+     C
+     H    2    2.046326
+     N    2    1.161655    1   16.637118
+ Extrapol_int u,xgeom(NGeomI),s,dist,s-dist   11.000000000000000        11.000000000000000        1.3501552932060357        1.3501552932060361      -4.44089209850062616E-016
+ EGrad.f90, L73, IOpt=           5
+ EGrad.f90, L73, IOpt=           5
+ EGrad.f90, L73, IOpt=           5
+ EGrad.f90, L73, IOpt=           5
+ EGrad.f90, L73, IOpt=           5
+ EGrad.f90, L73, IOpt=           5
+ EGrad.f90, L73, IOpt=           5
+ EGrad.f90, L73, IOpt=           5
+ EGrad.f90, L73, IOpt=           5
+ EGrad.f90, L73, IOpt=           5
+Geometry   1/ 12 for iteration   5
+     C
+     H    2    1.069000
+     N    2    1.160100    1  180.000000
+Geometry   2/ 12 for iteration   5
+     C
+     H    2    1.066853
+     N    2    1.154345    1  161.816688
+Geometry   3/ 12 for iteration   5
+     C
+     H    2    1.070599
+     N    2    1.157465    1  143.976735
+Geometry   4/ 12 for iteration   5
+     C
+     H    2    1.077861
+     N    2    1.160233    1  126.098710
+Geometry   5/ 12 for iteration   5
+     C
+     H    2    1.090029
+     N    2    1.158900    1  108.293671
+Geometry   6/ 12 for iteration   5
+     C
+     H    2    1.109252
+     N    2    1.149044    1   90.630949
+Geometry   7/ 12 for iteration   5
+     C
+     H    2    1.151087
+     N    2    1.127610    1   72.464098
+Geometry   8/ 12 for iteration   5
+     C
+     H    2    1.243092
+     N    2    1.118456    1   54.829591
+Geometry   9/ 12 for iteration   5
+     C
+     H    2    1.522876
+     N    2    1.141854    1   42.229264
+Geometry  10/ 12 for iteration   5
+     C
+     H    2    1.809739
+     N    2    1.157692    1   30.327574
+Geometry  11/ 12 for iteration   5
+     C
+     H    2    2.051686
+     N    2    1.161661    1   16.206071
+Geometry  12/ 12 for iteration   5
+     C
+     H    2    2.200000
+     N    2    1.160000    1    0.000000
+Geometry   2/ 12 for iteration   6
+     C
+     H    2    1.066670
+     N    2    1.154405    1  161.816649
+Geometry   3/ 12 for iteration   6
+     C
+     H    2    1.070536
+     N    2    1.157553    1  143.976744
+Geometry   4/ 12 for iteration   6
+     C
+     H    2    1.078305
+     N    2    1.160334    1  126.099563
+Geometry   5/ 12 for iteration   6
+     C
+     H    2    1.090999
+     N    2    1.158683    1  108.296067
+Geometry   6/ 12 for iteration   6
+     C
+     H    2    1.129361
+     N    2    1.145771    1   90.756256
+Geometry   7/ 12 for iteration   6
+     C
+     H    2    1.140811
+     N    2    1.127950    1   72.369259
+Geometry   8/ 12 for iteration   6
+     C
+     H    2    1.240642
+     N    2    1.117658    1   54.738653
+Geometry   9/ 12 for iteration   6
+     C
+     H    2    1.520344
+     N    2    1.140403    1   41.980547
+Geometry  10/ 12 for iteration   6
+     C
+     H    2    1.808699
+     N    2    1.156956    1   30.254154
+Geometry  11/ 12 for iteration   6
+     C
+     H    2    2.051577
+     N    2    1.161588    1   16.201700
+ EGrad.f90, L73, IOpt=           6
+ EGrad.f90, L73, IOpt=           6
+ EGrad.f90, L73, IOpt=           6
+ EGrad.f90, L73, IOpt=           6
+ EGrad.f90, L73, IOpt=           6
+ EGrad.f90, L73, IOpt=           6
+ EGrad.f90, L73, IOpt=           6
+ EGrad.f90, L73, IOpt=           6
+ EGrad.f90, L73, IOpt=           6
+ EGrad.f90, L73, IOpt=           6
+Geometry   1/ 12 for iteration   6
+     C
+     H    2    1.069000
+     N    2    1.160100    1  180.000000
+Geometry   2/ 12 for iteration   6
+     C
+     H    2    1.066670
+     N    2    1.154405    1  161.816649
+Geometry   3/ 12 for iteration   6
+     C
+     H    2    1.070536
+     N    2    1.157553    1  143.976744
+Geometry   4/ 12 for iteration   6
+     C
+     H    2    1.078305
+     N    2    1.160334    1  126.099563
+Geometry   5/ 12 for iteration   6
+     C
+     H    2    1.090999
+     N    2    1.158683    1  108.296067
+Geometry   6/ 12 for iteration   6
+     C
+     H    2    1.129361
+     N    2    1.145771    1   90.756256
+Geometry   7/ 12 for iteration   6
+     C
+     H    2    1.140811
+     N    2    1.127950    1   72.369259
+Geometry   8/ 12 for iteration   6
+     C
+     H    2    1.240642
+     N    2    1.117658    1   54.738653
+Geometry   9/ 12 for iteration   6
+     C
+     H    2    1.520344
+     N    2    1.140403    1   41.980547
+Geometry  10/ 12 for iteration   6
+     C
+     H    2    1.808699
+     N    2    1.156956    1   30.254154
+Geometry  11/ 12 for iteration   6
+     C
+     H    2    2.051577
+     N    2    1.161588    1   16.201700
+Geometry  12/ 12 for iteration   6
+     C
+     H    2    2.200000
+     N    2    1.160000    1    0.000000
+Geometry   2/ 12 for iteration   7
+     C
+     H    2    1.066671
+     N    2    1.154411    1  161.816648
+Geometry   3/ 12 for iteration   7
+     C
+     H    2    1.070535
+     N    2    1.157553    1  143.976743
+Geometry   4/ 12 for iteration   7
+     C
+     H    2    1.078312
+     N    2    1.160332    1  126.099577
+Geometry   5/ 12 for iteration   7
+     C
+     H    2    1.091008
+     N    2    1.158683    1  108.296088
+Geometry   6/ 12 for iteration   7
+     C
+     H    2    1.110714
+     N    2    1.147378    1   90.644908
+Geometry   7/ 12 for iteration   7
+     C
+     H    2    1.140284
+     N    2    1.127428    1   72.366301
+Geometry   8/ 12 for iteration   7
+     C
+     H    2    1.241132
+     N    2    1.117975    1   54.757055
+Geometry   9/ 12 for iteration   7
+     C
+     H    2    1.520387
+     N    2    1.140147    1   41.982629
+Geometry  10/ 12 for iteration   7
+     C
+     H    2    1.808616
+     N    2    1.157070    1   30.248646
+Geometry  11/ 12 for iteration   7
+     C
+     H    2    2.051579
+     N    2    1.161590    1   16.201754
+ EGrad.f90, L73, IOpt=           7
+ EGrad.f90, L73, IOpt=           7
+ EGrad.f90, L73, IOpt=           7
+ EGrad.f90, L73, IOpt=           7
+ EGrad.f90, L73, IOpt=           7
+ EGrad.f90, L73, IOpt=           7
+ EGrad.f90, L73, IOpt=           7
+ EGrad.f90, L73, IOpt=           7
+ EGrad.f90, L73, IOpt=           7
+ EGrad.f90, L73, IOpt=           7
+Geometry   1/ 12 for iteration   7
+     C
+     H    2    1.069000
+     N    2    1.160100    1  180.000000
+Geometry   2/ 12 for iteration   7
+     C
+     H    2    1.066671
+     N    2    1.154411    1  161.816648
+Geometry   3/ 12 for iteration   7
+     C
+     H    2    1.070535
+     N    2    1.157553    1  143.976743
+Geometry   4/ 12 for iteration   7
+     C
+     H    2    1.078312
+     N    2    1.160332    1  126.099577
+Geometry   5/ 12 for iteration   7
+     C
+     H    2    1.091008
+     N    2    1.158683    1  108.296088
+Geometry   6/ 12 for iteration   7
+     C
+     H    2    1.110714
+     N    2    1.147378    1   90.644908
+Geometry   7/ 12 for iteration   7
+     C
+     H    2    1.140284
+     N    2    1.127428    1   72.366301
+Geometry   8/ 12 for iteration   7
+     C
+     H    2    1.241132
+     N    2    1.117975    1   54.757055
+Geometry   9/ 12 for iteration   7
+     C
+     H    2    1.520387
+     N    2    1.140147    1   41.982629
+Geometry  10/ 12 for iteration   7
+     C
+     H    2    1.808616
+     N    2    1.157070    1   30.248646
+Geometry  11/ 12 for iteration   7
+     C
+     H    2    2.051579
+     N    2    1.161590    1   16.201754
+Geometry  12/ 12 for iteration   7
+     C
+     H    2    2.200000
+     N    2    1.160000    1    0.000000
+Geometry   2/ 12 for iteration   8
+     C
+     H    2    1.066671
+     N    2    1.154411    1  161.816648
+Geometry   3/ 12 for iteration   8
+     C
+     H    2    1.070535
+     N    2    1.157553    1  143.976743
+Geometry   4/ 12 for iteration   8
+     C
+     H    2    1.078312
+     N    2    1.160332    1  126.099577
+Geometry   5/ 12 for iteration   8
+     C
+     H    2    1.091009
+     N    2    1.158683    1  108.296088
+Geometry   6/ 12 for iteration   8
+     C
+     H    2    1.110482
+     N    2    1.147451    1   90.643340
+Geometry   7/ 12 for iteration   8
+     C
+     H    2    1.140414
+     N    2    1.127603    1   72.366867
+Geometry   8/ 12 for iteration   8
+     C
+     H    2    1.241058
+     N    2    1.118056    1   54.754466
+Geometry   9/ 12 for iteration   8
+     C
+     H    2    1.520314
+     N    2    1.140278    1   41.976830
+Geometry  10/ 12 for iteration   8
+     C
+     H    2    1.808617
+     N    2    1.157058    1   30.248698
+Geometry  11/ 12 for iteration   8
+     C
+     H    2    2.051579
+     N    2    1.161590    1   16.201755
+ Exiting Path, IOpt=           8
Index: examples/Test/Zmat/Test/Path_cart.7
===================================================================
--- examples/Test/Zmat/Test/Path_cart.7	(revision 0)
+++ examples/Test/Zmat/Test/Path_cart.7	(revision 4)
@@ -0,0 +1,60 @@
+     3
+ Geometry   1/ 12 for iteration   7 E=    -0.499465                                                                                  
+          H      1.06900000      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -1.16010000      0.00000000      0.00000000
+     3
+ Geometry   2/ 12 for iteration   7 E=    -0.496438                                                                                  
+          H      1.06667114      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -1.09676291      0.36024420      0.00000000
+     3
+ Geometry   3/ 12 for iteration   7 E=    -0.487747                                                                                  
+          H      1.07053490      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -0.93620416      0.68077291      0.00000000
+     3
+ Geometry   4/ 12 for iteration   7 E=    -0.474137                                                                                  
+          H      1.07831241      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -0.68365667      0.93754185      0.00000000
+     3
+ Geometry   5/ 12 for iteration   7 E=    -0.458117                                                                                  
+          H      1.09100849      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -0.36374249      1.10010761      0.00000000
+     3
+ Geometry   6/ 12 for iteration   7 E=    -0.445732                                                                                  
+          H      1.11071417      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -0.01291435      1.14730581      0.00000000
+     3
+ Geometry   7/ 12 for iteration   7 E=    -0.447467                                                                                  
+          H      1.14028400      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      0.34153224      1.07445298      0.00000000
+     3
+ Geometry   8/ 12 for iteration   7 E=    -0.463338                                                                                  
+          H      1.24113173      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      0.64512159      0.91306445      0.00000000
+     3
+ Geometry   9/ 12 for iteration   7 E=    -0.467470                                                                                  
+          H      1.52038685      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      0.84752535      0.76265010      0.00000000
+     3
+ Geometry  10/ 12 for iteration   7 E=    -0.468717                                                                                  
+          H      1.80861564      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      0.99953211      0.58287824      0.00000000
+     3
+ Geometry  11/ 12 for iteration   7 E=    -0.476833                                                                                  
+          H      2.05157865      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      1.11545747      0.32410739      0.00000000
+     3
+ Geometry  12/ 12 for iteration   7 E=    -0.481645                                                                                  
+          H      2.20000000      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      1.16000000      0.00000000      0.00000000
Index: examples/Test/Zmat/Test/Path.0
===================================================================
--- examples/Test/Zmat/Test/Path.0	(revision 0)
+++ examples/Test/Zmat/Test/Path.0	(revision 4)
@@ -0,0 +1,48 @@
+ Geometry   1/ 12 for iteration   0 E=    -0.499465
+     C
+     H    C    1.069000
+     N    C    1.160100    H  180.000000
+ Geometry   2/ 12 for iteration   0 E=    -0.496479
+     C
+     H    C    1.075097
+     N    C    1.160100    H  162.299999
+ Geometry   3/ 12 for iteration   0 E=    -0.488039
+     C
+     H    C    1.081193
+     N    C    1.160100    H  144.599999
+ Geometry   4/ 12 for iteration   0 E=    -0.475010
+     C
+     H    C    1.087187
+     N    C    1.160100    H  127.200002
+ Geometry   5/ 12 for iteration   0 E=    -0.459169
+     C
+     H    C    1.093283
+     N    C    1.160100    H  109.499997
+ Geometry   6/ 12 for iteration   0 E=    -0.446060
+     C
+     H    C    1.099277
+     N    C    1.160100    H   92.099998
+ Geometry   7/ 12 for iteration   0 E=    -0.437906
+     C
+     H    C    1.265000
+     N    C    1.160085    H   76.500002
+ Geometry   8/ 12 for iteration   0 E=    -0.438094
+     C
+     H    C    1.452000
+     N    C    1.160068    H   61.199995
+ Geometry   9/ 12 for iteration   0 E=    -0.453700
+     C
+     H    C    1.639000
+     N    C    1.160051    H   45.899999
+ Geometry  10/ 12 for iteration   0 E=    -0.468541
+     C
+     H    C    1.826000
+     N    C    1.160034    H   30.600003
+ Geometry  11/ 12 for iteration   0 E=    -0.474561
+     C
+     H    C    2.013000
+     N    C    1.160017    H   15.299996
+ Geometry  12/ 12 for iteration   0 E=    -0.481645
+     C
+     H    C    2.200000
+     N    C    1.160000    H    0.000000
Index: examples/Test/Zmat/Test/Path.1
===================================================================
--- examples/Test/Zmat/Test/Path.1	(revision 0)
+++ examples/Test/Zmat/Test/Path.1	(revision 4)
@@ -0,0 +1,48 @@
+ Geometry   1/ 12 for iteration   1 E=    -0.499465
+     C
+     H    C    1.069000
+     N    C    1.160100    H  180.000000
+ Geometry   2/ 12 for iteration   1 E=    -0.492573
+     C
+     H    C    1.052557
+     N    C    1.113415    H  162.274512
+ Geometry   3/ 12 for iteration   1 E=    -0.487214
+     C
+     H    C    1.052259
+     N    C    1.139176    H  144.567281
+ Geometry   4/ 12 for iteration   1 E=    -0.474854
+     C
+     H    C    1.060913
+     N    C    1.163782    H  127.170293
+ Geometry   5/ 12 for iteration   1 E=    -0.459126
+     C
+     H    C    1.083404
+     N    C    1.154645    H  109.488827
+ Geometry   6/ 12 for iteration   1 E=    -0.426749
+     C
+     H    C    1.128050
+     N    C    1.064331    H   92.132533
+ Geometry   7/ 12 for iteration   1 E=    -0.446014
+     C
+     H    C    1.185369
+     N    C    1.136646    H   73.305029
+ Geometry   8/ 12 for iteration   1 E=    -0.453468
+     C
+     H    C    1.370271
+     N    C    1.153384    H   57.920776
+ Geometry   9/ 12 for iteration   1 E=    -0.465512
+     C
+     H    C    1.557310
+     N    C    1.167410    H   42.622309
+ Geometry  10/ 12 for iteration   1 E=    -0.454289
+     C
+     H    C    1.744650
+     N    C    1.171726    H   27.335932
+ Geometry  11/ 12 for iteration   1 E=    -0.467013
+     C
+     H    C    2.089651
+     N    C    1.124759    H   18.375608
+ Geometry  12/ 12 for iteration   1 E=    -0.481645
+     C
+     H    C    2.200000
+     N    C    1.160000    H    0.000000
Index: examples/Test/Zmat/Test/Path.2
===================================================================
--- examples/Test/Zmat/Test/Path.2	(revision 0)
+++ examples/Test/Zmat/Test/Path.2	(revision 4)
@@ -0,0 +1,48 @@
+ Geometry   1/ 12 for iteration   2 E=    -0.499465
+     C
+     H    C    1.069000
+     N    C    1.160100    H  180.000000
+ Geometry   2/ 12 for iteration   2 E=    -0.496507
+     C
+     H    C    1.056648
+     N    C    1.156553    H  162.279138
+ Geometry   3/ 12 for iteration   2 E=    -0.487989
+     C
+     H    C    1.059693
+     N    C    1.162568    H  144.575687
+ Geometry   4/ 12 for iteration   2 E=    -0.474997
+     C
+     H    C    1.074583
+     N    C    1.154043    H  127.185750
+ Geometry   5/ 12 for iteration   2 E=    -0.459164
+     C
+     H    C    1.085867
+     N    C    1.161113    H  109.491612
+ Geometry   6/ 12 for iteration   2 E=    -0.446040
+     C
+     H    C    1.120071
+     N    C    1.161590    H   92.123512
+ Geometry   7/ 12 for iteration   2 E=    -0.447816
+     C
+     H    C    1.104961
+     N    C    1.117563    H   70.078887
+ Geometry   8/ 12 for iteration   2 E=    -0.463101
+     C
+     H    C    1.293126
+     N    C    1.119762    H   54.825608
+ Geometry   9/ 12 for iteration   2 E=    -0.459836
+     C
+     H    C    1.507955
+     N    C    1.087599    H   40.642322
+ Geometry  10/ 12 for iteration   2 E=    -0.459485
+     C
+     H    C    1.797385
+     N    C    1.095209    H   29.452112
+ Geometry  11/ 12 for iteration   2 E=    -0.468272
+     C
+     H    C    2.122128
+     N    C    1.216565    H   19.678336
+ Geometry  12/ 12 for iteration   2 E=    -0.481645
+     C
+     H    C    2.200000
+     N    C    1.160000    H    0.000000
Index: examples/Test/Zmat/Test/README
===================================================================
--- examples/Test/Zmat/Test/README	(revision 0)
+++ examples/Test/Zmat/Test/README	(revision 4)
@@ -0,0 +1,6 @@
+** These are sample outputs **
+You can use them to check that your compilation when ok.
+For this, launch "run_Path" in the parent directory and compare the HCN_cart.out file
+to the one given here.
+
+For more detailed tests, intermediate path files are also given.
Index: examples/Test/Zmat/Test/Path.3
===================================================================
--- examples/Test/Zmat/Test/Path.3	(revision 0)
+++ examples/Test/Zmat/Test/Path.3	(revision 4)
@@ -0,0 +1,48 @@
+ Geometry   1/ 12 for iteration   3 E=    -0.499465
+     C
+     H    C    1.069000
+     N    C    1.160100    H  180.000000
+ Geometry   2/ 12 for iteration   3 E=    -0.496588
+     C
+     H    C    1.069739
+     N    C    1.154539    H  162.293941
+ Geometry   3/ 12 for iteration   3 E=    -0.488132
+     C
+     H    C    1.070855
+     N    C    1.157508    H  144.588309
+ Geometry   4/ 12 for iteration   3 E=    -0.475075
+     C
+     H    C    1.077814
+     N    C    1.160580    H  127.189404
+ Geometry   5/ 12 for iteration   3 E=    -0.459181
+     C
+     H    C    1.089315
+     N    C    1.159101    H  109.495511
+ Geometry   6/ 12 for iteration   3 E=    -0.446322
+     C
+     H    C    1.117452
+     N    C    1.152328    H   92.120549
+ Geometry   7/ 12 for iteration   3 E=    -0.446429
+     C
+     H    C    1.158522
+     N    C    1.150166    H   72.227784
+ Geometry   8/ 12 for iteration   3 E=    -0.463422
+     C
+     H    C    1.234295
+     N    C    1.122557    H   52.465121
+ Geometry   9/ 12 for iteration   3 E=    -0.467145
+     C
+     H    C    1.542971
+     N    C    1.150096    H   42.047060
+ Geometry  10/ 12 for iteration   3 E=    -0.468757
+     C
+     H    C    1.816741
+     N    C    1.161759    H   30.228505
+ Geometry  11/ 12 for iteration   3 E=    -0.476113
+     C
+     H    C    2.064708
+     N    C    1.172946    H   17.374656
+ Geometry  12/ 12 for iteration   3 E=    -0.481645
+     C
+     H    C    2.200000
+     N    C    1.160000    H    0.000000
Index: examples/Test/Zmat/Test/Path.4
===================================================================
--- examples/Test/Zmat/Test/Path.4	(revision 0)
+++ examples/Test/Zmat/Test/Path.4	(revision 4)
@@ -0,0 +1,48 @@
+ Geometry   1/ 12 for iteration   4 E=    -0.499465
+     C
+     H    C    1.069000
+     N    C    1.160100    H  180.000000
+ Geometry   2/ 12 for iteration   4 E=    -0.496594
+     C
+     H    C    1.066945
+     N    C    1.154446    H  162.290782
+ Geometry   3/ 12 for iteration   4 E=    -0.488133
+     C
+     H    C    1.070493
+     N    C    1.157359    H  144.587899
+ Geometry   4/ 12 for iteration   4 E=    -0.475075
+     C
+     H    C    1.077260
+     N    C    1.160185    H  127.188777
+ Geometry   5/ 12 for iteration   4 E=    -0.459181
+     C
+     H    C    1.089181
+     N    C    1.159128    H  109.495359
+ Geometry   6/ 12 for iteration   4 E=    -0.446348
+     C
+     H    C    1.116048
+     N    C    1.149590    H   92.118962
+ Geometry   7/ 12 for iteration   4 E=    -0.447851
+     C
+     H    C    1.105651
+     N    C    1.119323    H   70.106567
+ Geometry   8/ 12 for iteration   4 E=    -0.464294
+     C
+     H    C    1.263222
+     N    C    1.118862    H   53.625780
+ Geometry   9/ 12 for iteration   4 E=    -0.467354
+     C
+     H    C    1.523581
+     N    C    1.142008    H   41.269084
+ Geometry  10/ 12 for iteration   4 E=    -0.468789
+     C
+     H    C    1.813859
+     N    C    1.158519    H   30.112883
+ Geometry  11/ 12 for iteration   4 E=    -0.476574
+     C
+     H    C    2.043905
+     N    C    1.159454    H   16.540002
+ Geometry  12/ 12 for iteration   4 E=    -0.481645
+     C
+     H    C    2.200000
+     N    C    1.160000    H    0.000000
Index: examples/Test/Zmat/Test/Path.5
===================================================================
--- examples/Test/Zmat/Test/Path.5	(revision 0)
+++ examples/Test/Zmat/Test/Path.5	(revision 4)
@@ -0,0 +1,48 @@
+ Geometry   1/ 12 for iteration   5 E=    -0.499465
+     C
+     H    C    1.069000
+     N    C    1.160100    H  180.000000
+ Geometry   2/ 12 for iteration   5 E=    -0.496438
+     C
+     H    C    1.066853
+     N    C    1.154345    H  161.816688
+ Geometry   3/ 12 for iteration   5 E=    -0.487747
+     C
+     H    C    1.070599
+     N    C    1.157465    H  143.976735
+ Geometry   4/ 12 for iteration   5 E=    -0.474137
+     C
+     H    C    1.077861
+     N    C    1.160233    H  126.098710
+ Geometry   5/ 12 for iteration   5 E=    -0.458117
+     C
+     H    C    1.090029
+     N    C    1.158900    H  108.293671
+ Geometry   6/ 12 for iteration   5 E=    -0.445725
+     C
+     H    C    1.109252
+     N    C    1.149044    H   90.630949
+ Geometry   7/ 12 for iteration   5 E=    -0.447400
+     C
+     H    C    1.151087
+     N    C    1.127610    H   72.464098
+ Geometry   8/ 12 for iteration   5 E=    -0.463334
+     C
+     H    C    1.243092
+     N    C    1.118456    H   54.829591
+ Geometry   9/ 12 for iteration   5 E=    -0.467439
+     C
+     H    C    1.522876
+     N    C    1.141854    H   42.229264
+ Geometry  10/ 12 for iteration   5 E=    -0.468713
+     C
+     H    C    1.809739
+     N    C    1.157692    H   30.327574
+ Geometry  11/ 12 for iteration   5 E=    -0.476833
+     C
+     H    C    2.051686
+     N    C    1.161661    H   16.206071
+ Geometry  12/ 12 for iteration   5 E=    -0.481645
+     C
+     H    C    2.200000
+     N    C    1.160000    H    0.000000
Index: examples/Test/Zmat/Test/Path.6
===================================================================
--- examples/Test/Zmat/Test/Path.6	(revision 0)
+++ examples/Test/Zmat/Test/Path.6	(revision 4)
@@ -0,0 +1,48 @@
+ Geometry   1/ 12 for iteration   6 E=    -0.499465
+     C
+     H    C    1.069000
+     N    C    1.160100    H  180.000000
+ Geometry   2/ 12 for iteration   6 E=    -0.496438
+     C
+     H    C    1.066670
+     N    C    1.154405    H  161.816649
+ Geometry   3/ 12 for iteration   6 E=    -0.487747
+     C
+     H    C    1.070536
+     N    C    1.157553    H  143.976744
+ Geometry   4/ 12 for iteration   6 E=    -0.474137
+     C
+     H    C    1.078305
+     N    C    1.160334    H  126.099563
+ Geometry   5/ 12 for iteration   6 E=    -0.458117
+     C
+     H    C    1.090999
+     N    C    1.158683    H  108.296067
+ Geometry   6/ 12 for iteration   6 E=    -0.445505
+     C
+     H    C    1.129361
+     N    C    1.145771    H   90.756256
+ Geometry   7/ 12 for iteration   6 E=    -0.447467
+     C
+     H    C    1.140811
+     N    C    1.127950    H   72.369259
+ Geometry   8/ 12 for iteration   6 E=    -0.463338
+     C
+     H    C    1.240642
+     N    C    1.117658    H   54.738653
+ Geometry   9/ 12 for iteration   6 E=    -0.467470
+     C
+     H    C    1.520344
+     N    C    1.140403    H   41.980547
+ Geometry  10/ 12 for iteration   6 E=    -0.468717
+     C
+     H    C    1.808699
+     N    C    1.156956    H   30.254154
+ Geometry  11/ 12 for iteration   6 E=    -0.476833
+     C
+     H    C    2.051577
+     N    C    1.161588    H   16.201700
+ Geometry  12/ 12 for iteration   6 E=    -0.481645
+     C
+     H    C    2.200000
+     N    C    1.160000    H    0.000000
Index: examples/Test/Zmat/Test/Path.7
===================================================================
--- examples/Test/Zmat/Test/Path.7	(revision 0)
+++ examples/Test/Zmat/Test/Path.7	(revision 4)
@@ -0,0 +1,48 @@
+ Geometry   1/ 12 for iteration   7 E=    -0.499465
+     C
+     H    C    1.069000
+     N    C    1.160100    H  180.000000
+ Geometry   2/ 12 for iteration   7 E=    -0.496438
+     C
+     H    C    1.066671
+     N    C    1.154411    H  161.816648
+ Geometry   3/ 12 for iteration   7 E=    -0.487747
+     C
+     H    C    1.070535
+     N    C    1.157553    H  143.976743
+ Geometry   4/ 12 for iteration   7 E=    -0.474137
+     C
+     H    C    1.078312
+     N    C    1.160332    H  126.099577
+ Geometry   5/ 12 for iteration   7 E=    -0.458117
+     C
+     H    C    1.091008
+     N    C    1.158683    H  108.296088
+ Geometry   6/ 12 for iteration   7 E=    -0.445732
+     C
+     H    C    1.110714
+     N    C    1.147378    H   90.644908
+ Geometry   7/ 12 for iteration   7 E=    -0.447467
+     C
+     H    C    1.140284
+     N    C    1.127428    H   72.366301
+ Geometry   8/ 12 for iteration   7 E=    -0.463338
+     C
+     H    C    1.241132
+     N    C    1.117975    H   54.757055
+ Geometry   9/ 12 for iteration   7 E=    -0.467470
+     C
+     H    C    1.520387
+     N    C    1.140147    H   41.982629
+ Geometry  10/ 12 for iteration   7 E=    -0.468717
+     C
+     H    C    1.808616
+     N    C    1.157070    H   30.248646
+ Geometry  11/ 12 for iteration   7 E=    -0.476833
+     C
+     H    C    2.051579
+     N    C    1.161590    H   16.201754
+ Geometry  12/ 12 for iteration   7 E=    -0.481645
+     C
+     H    C    2.200000
+     N    C    1.160000    H    0.000000
Index: examples/Test/Zmat/Test/Path_cart.0
===================================================================
--- examples/Test/Zmat/Test/Path_cart.0	(revision 0)
+++ examples/Test/Zmat/Test/Path_cart.0	(revision 4)
@@ -0,0 +1,60 @@
+     3
+ Geometry   1/ 12 for iteration   0 E=    -0.499465                                                                                  
+          H      1.06900000      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -1.16010000      0.00000000      0.00000000
+     3
+ Geometry   2/ 12 for iteration   0 E=    -0.496479                                                                                  
+          H      1.07509667      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -1.10518258      0.35270876      0.00000000
+     3
+ Geometry   3/ 12 for iteration   0 E=    -0.488039                                                                                  
+          H      1.08119333      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -0.94562974      0.67202411      0.00000000
+     3
+ Geometry   4/ 12 for iteration   0 E=    -0.475010                                                                                  
+          H      1.08718667      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -0.70139547      0.92405433      0.00000000
+     3
+ Geometry   5/ 12 for iteration   0 E=    -0.459169                                                                                  
+          H      1.09328333      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -0.38724929      1.09355841      0.00000000
+     3
+ Geometry   6/ 12 for iteration   0 E=    -0.446060                                                                                  
+          H      1.09927667      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -0.04251033      1.15932087      0.00000000
+     3
+ Geometry   7/ 12 for iteration   0 E=    -0.437906                                                                                  
+          H      1.26499997      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      0.27081642      1.12803177      0.00000000
+     3
+ Geometry   8/ 12 for iteration   0 E=    -0.438094                                                                                  
+          H      1.45200006      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      0.55886710      1.01657529      0.00000000
+     3
+ Geometry   9/ 12 for iteration   0 E=    -0.453700                                                                                  
+          H      1.63900001      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      0.80729435      0.83306312      0.00000000
+     3
+ Geometry  10/ 12 for iteration   0 E=    -0.468541                                                                                  
+          H      1.82599996      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      0.99848999      0.59050540      0.00000000
+     3
+ Geometry  11/ 12 for iteration   0 E=    -0.474561                                                                                  
+          H      2.01300005      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      1.11890302      0.30609715      0.00000000
+     3
+ Geometry  12/ 12 for iteration   0 E=    -0.481645                                                                                  
+          H      2.20000000      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      1.16000000      0.00000000      0.00000000
Index: examples/Test/Zmat/Test/Path_cart.1
===================================================================
--- examples/Test/Zmat/Test/Path_cart.1	(revision 0)
+++ examples/Test/Zmat/Test/Path_cart.1	(revision 4)
@@ -0,0 +1,60 @@
+     3
+ Geometry   1/ 12 for iteration   1 E=    -0.499465                                                                                  
+          H      1.06900000      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -1.16010000      0.00000000      0.00000000
+     3
+ Geometry   2/ 12 for iteration   1 E=    -0.492573                                                                                  
+          H      1.05255660      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -1.06055698      0.33898681      0.00000000
+     3
+ Geometry   3/ 12 for iteration   1 E=    -0.487214                                                                                  
+          H      1.05225861      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -0.92819710      0.66043341      0.00000000
+     3
+ Geometry   4/ 12 for iteration   1 E=    -0.474854                                                                                  
+          H      1.06091271      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -0.70314074      0.92735174      0.00000000
+     3
+ Geometry   5/ 12 for iteration   1 E=    -0.459126                                                                                  
+          H      1.08340441      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -0.38521633      1.08849188      0.00000000
+     3
+ Geometry   6/ 12 for iteration   1 E=    -0.426749                                                                                  
+          H      1.12805018      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -0.03960496      1.06359355      0.00000000
+     3
+ Geometry   7/ 12 for iteration   1 E=    -0.446014                                                                                  
+          H      1.18536875      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      0.32653167      1.08873394      0.00000000
+     3
+ Geometry   8/ 12 for iteration   1 E=    -0.453468                                                                                  
+          H      1.37027068      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      0.61255240      0.97727923      0.00000000
+     3
+ Geometry   9/ 12 for iteration   1 E=    -0.465512                                                                                  
+          H      1.55731001      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      0.85901969      0.79052661      0.00000000
+     3
+ Geometry  10/ 12 for iteration   1 E=    -0.454289                                                                                  
+          H      1.74464979      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      1.04087884      0.53806457      0.00000000
+     3
+ Geometry  11/ 12 for iteration   1 E=    -0.467013                                                                                  
+          H      2.08965107      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      1.06740788      0.35457471      0.00000000
+     3
+ Geometry  12/ 12 for iteration   1 E=    -0.481645                                                                                  
+          H      2.20000000      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      1.16000000      0.00000000      0.00000000
Index: examples/Test/Zmat/Test/Path_cart.2
===================================================================
--- examples/Test/Zmat/Test/Path_cart.2	(revision 0)
+++ examples/Test/Zmat/Test/Path_cart.2	(revision 4)
@@ -0,0 +1,60 @@
+     3
+ Geometry   1/ 12 for iteration   2 E=    -0.499465                                                                                  
+          H      1.06900000      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -1.16010000      0.00000000      0.00000000
+     3
+ Geometry   2/ 12 for iteration   2 E=    -0.496507                                                                                  
+          H      1.05664767      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -1.10167502      0.35203138      0.00000000
+     3
+ Geometry   3/ 12 for iteration   2 E=    -0.487989                                                                                  
+          H      1.05969265      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -0.94735575      0.67385590      0.00000000
+     3
+ Geometry   4/ 12 for iteration   2 E=    -0.474997                                                                                  
+          H      1.07458269      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -0.69750468      0.91940320      0.00000000
+     3
+ Geometry   5/ 12 for iteration   2 E=    -0.459164                                                                                  
+          H      1.08586728      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -0.38742728      1.09457014      0.00000000
+     3
+ Geometry   6/ 12 for iteration   2 E=    -0.446040                                                                                  
+          H      1.12007148      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -0.04304131      1.16079239      0.00000000
+     3
+ Geometry   7/ 12 for iteration   2 E=    -0.447816                                                                                  
+          H      1.10496108      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      0.38078294      1.05069139      0.00000000
+     3
+ Geometry   8/ 12 for iteration   2 E=    -0.463101                                                                                  
+          H      1.29312599      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      0.64505808      0.91529634      0.00000000
+     3
+ Geometry   9/ 12 for iteration   2 E=    -0.459836                                                                                  
+          H      1.50795505      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      0.82525961      0.70839110      0.00000000
+     3
+ Geometry  10/ 12 for iteration   2 E=    -0.459485                                                                                  
+          H      1.79738490      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      0.95367189      0.53850986      0.00000000
+     3
+ Geometry  11/ 12 for iteration   2 E=    -0.468272                                                                                  
+          H      2.12212762      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      1.14551492      0.40966513      0.00000000
+     3
+ Geometry  12/ 12 for iteration   2 E=    -0.481645                                                                                  
+          H      2.20000000      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      1.16000000      0.00000000      0.00000000
Index: examples/Test/Zmat/Test/Path_cart.3
===================================================================
--- examples/Test/Zmat/Test/Path_cart.3	(revision 0)
+++ examples/Test/Zmat/Test/Path_cart.3	(revision 4)
@@ -0,0 +1,60 @@
+     3
+ Geometry   1/ 12 for iteration   3 E=    -0.499465                                                                                  
+          H      1.06900000      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -1.16010000      0.00000000      0.00000000
+     3
+ Geometry   2/ 12 for iteration   3 E=    -0.496588                                                                                  
+          H      1.06973853      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -1.09984813      0.35113448      0.00000000
+     3
+ Geometry   3/ 12 for iteration   3 E=    -0.488132                                                                                  
+          H      1.07085489      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -0.94338001      0.67071504      0.00000000
+     3
+ Geometry   4/ 12 for iteration   3 E=    -0.475075                                                                                  
+          H      1.07781428      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -0.70151491      0.92456675      0.00000000
+     3
+ Geometry   5/ 12 for iteration   3 E=    -0.459181                                                                                  
+          H      1.08931535      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -0.38683035      1.09264727      0.00000000
+     3
+ Geometry   6/ 12 for iteration   3 E=    -0.446322                                                                                  
+          H      1.11745174      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -0.04263857      1.15153877      0.00000000
+     3
+ Geometry   7/ 12 for iteration   3 E=    -0.446429                                                                                  
+          H      1.15852153      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      0.35106939      1.09527761      0.00000000
+     3
+ Geometry   8/ 12 for iteration   3 E=    -0.463422                                                                                  
+          H      1.23429524      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      0.68391144      0.89016819      0.00000000
+     3
+ Geometry   9/ 12 for iteration   3 E=    -0.467145                                                                                  
+          H      1.54297136      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      0.85405527      0.77026593      0.00000000
+     3
+ Geometry  10/ 12 for iteration   3 E=    -0.468757                                                                                  
+          H      1.81674118      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      1.00378826      0.58488746      0.00000000
+     3
+ Geometry  11/ 12 for iteration   3 E=    -0.476113                                                                                  
+          H      2.06470849      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      1.11942725      0.35026353      0.00000000
+     3
+ Geometry  12/ 12 for iteration   3 E=    -0.481645                                                                                  
+          H      2.20000000      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      1.16000000      0.00000000      0.00000000
Index: examples/Test/Zmat/Test/Path_cart.4
===================================================================
--- examples/Test/Zmat/Test/Path_cart.4	(revision 0)
+++ examples/Test/Zmat/Test/Path_cart.4	(revision 4)
@@ -0,0 +1,60 @@
+     3
+ Geometry   1/ 12 for iteration   4 E=    -0.499465                                                                                  
+          H      1.06900000      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -1.16010000      0.00000000      0.00000000
+     3
+ Geometry   2/ 12 for iteration   4 E=    -0.496594                                                                                  
+          H      1.06694468      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -1.09973993      0.35116675      0.00000000
+     3
+ Geometry   3/ 12 for iteration   4 E=    -0.488133                                                                                  
+          H      1.07049273      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -0.94325397      0.67063558      0.00000000
+     3
+ Geometry   4/ 12 for iteration   4 E=    -0.475075                                                                                  
+          H      1.07725956      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -0.70126571      0.92425933      0.00000000
+     3
+ Geometry   5/ 12 for iteration   4 E=    -0.459181                                                                                  
+          H      1.08918141      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -0.38683642      1.09267361      0.00000000
+     3
+ Geometry   6/ 12 for iteration   4 E=    -0.446348                                                                                  
+          H      1.11604773      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -0.04250542      1.14880360      0.00000000
+     3
+ Geometry   7/ 12 for iteration   4 E=    -0.447851                                                                                  
+          H      1.10565112      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      0.38087389      1.05252938      0.00000000
+     3
+ Geometry   8/ 12 for iteration   4 E=    -0.464294                                                                                  
+          H      1.26322230      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      0.66354875      0.90086398      0.00000000
+     3
+ Geometry   9/ 12 for iteration   4 E=    -0.467354                                                                                  
+          H      1.52358094      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      0.85835621      0.75326412      0.00000000
+     3
+ Geometry  10/ 12 for iteration   4 E=    -0.468789                                                                                  
+          H      1.81385922      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      1.00216391      0.58123520      0.00000000
+     3
+ Geometry  11/ 12 for iteration   4 E=    -0.476574                                                                                  
+          H      2.04390497      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      1.11147740      0.33007887      0.00000000
+     3
+ Geometry  12/ 12 for iteration   4 E=    -0.481645                                                                                  
+          H      2.20000000      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      1.16000000      0.00000000      0.00000000
Index: examples/Test/Zmat/Test/Path_cart.5
===================================================================
--- examples/Test/Zmat/Test/Path_cart.5	(revision 0)
+++ examples/Test/Zmat/Test/Path_cart.5	(revision 4)
@@ -0,0 +1,60 @@
+     3
+ Geometry   1/ 12 for iteration   5 E=    -0.499465                                                                                  
+          H      1.06900000      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -1.16010000      0.00000000      0.00000000
+     3
+ Geometry   2/ 12 for iteration   5 E=    -0.496438                                                                                  
+          H      1.06685256      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -1.09670055      0.36022288      0.00000000
+     3
+ Geometry   3/ 12 for iteration   5 E=    -0.487747                                                                                  
+          H      1.07059888      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -0.93613258      0.68072107      0.00000000
+     3
+ Geometry   4/ 12 for iteration   5 E=    -0.474137                                                                                  
+          H      1.07786113      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -0.68358395      0.93747193      0.00000000
+     3
+ Geometry   5/ 12 for iteration   5 E=    -0.458117                                                                                  
+          H      1.09002908      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -0.36376443      1.10032970      0.00000000
+     3
+ Geometry   6/ 12 for iteration   5 E=    -0.445725                                                                                  
+          H      1.10925178      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N     -0.01265319      1.14897478      0.00000000
+     3
+ Geometry   7/ 12 for iteration   5 E=    -0.447400                                                                                  
+          H      1.15108677      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      0.33975278      1.07520846      0.00000000
+     3
+ Geometry   8/ 12 for iteration   5 E=    -0.463334                                                                                  
+          H      1.24309155      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      0.64424221      0.91427364      0.00000000
+     3
+ Geometry   9/ 12 for iteration   5 E=    -0.467439                                                                                  
+          H      1.52287595      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      0.84549877      0.76743873      0.00000000
+     3
+ Geometry  10/ 12 for iteration   5 E=    -0.468713                                                                                  
+          H      1.80973882      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      0.99926511      0.58456867      0.00000000
+     3
+ Geometry  11/ 12 for iteration   5 E=    -0.476833                                                                                  
+          H      2.05168566      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      1.11550134      0.32421128      0.00000000
+     3
+ Geometry  12/ 12 for iteration   5 E=    -0.481645                                                                                  
+          H      2.20000000      0.00000000      0.00000000
+          C      0.00000000      0.00000000      0.00000000
+          N      1.16000000      0.00000000      0.00000000
Index: examples/Test/Dep_tscan_m
===================================================================
--- examples/Test/Dep_tscan_m	(revision 0)
+++ examples/Test/Dep_tscan_m	(revision 4)
@@ -0,0 +1,104 @@
+#!/bin/bash
+export LANG=C
+if [ $# -lt 3 ]; then
+ echo "Use: $0 File.out [PES] [T]"
+ exit
+fi
+Fout=$1
+ItMax=`grep MAXCYC $Fout | tail -1 | awk '{print $3}'`
+Nom=`grep PATHNAME $Fout | tail -1 | awk '{print $3}'`
+PES=$2
+Tgt=$3
+
+WDir=`dirname $0`
+
+NomGplot=${Nom}_m.gplot
+yr="[-0.50:-0.42]"
+
+if [ ! -s list ]; then
+ echo "File list is missing"
+ exit
+fi
+awk -f $WDir/Dep_tgt.awk $Fout 
+cat <<EOF > $NomGplot
+#!/usr/bin/gnuplot -persist
+ set pointsize 2
+ unset key
+EOF
+let ItM=ItMax-1
+for i in `seq 0 $ItM`
+  do
+ xyz2scan ${Nom}_cart.${i} > /dev/null
+ mv Scan.dat ${Nom}_${i}.dat
+ cat <<EOF >>  $NomGplot
+ set multiplot
+ set origin 0.,0.
+ set size 0.5
+ clear
+ set xrange [1.:2.5]
+ set yrange [-10:190]
+ plot "HCN_irc.dat" u 1:3 w l
+EOF
+ if [ "$PES" != "" ]; then
+  echo "replot \"HCN_PES_2D.dat\" u 1:2 w l 2, \"HCN_PES_2D.dat\" u 1:(-\$2) w l 2,\"HCN_PES_2D.dat\" u 1:(360-\$2) w l 2" >> $NomGplot
+ fi
+ if [ -s ${Nom}_spline.${i} ]; then
+ echo "replot \"${Nom}_${i}.dat\" u 1:3 w p 5" >> $NomGplot
+ echo "replot \"${Nom}_spline.${i}\" u 2:4 w l" >> $NomGplot
+ elif [  -s ${Nom}_dbgtgt_${i}.dat ]; then
+ echo "replot \"${Nom}_${i}.dat\" u 1:3 w p 5" >> $NomGplot
+ echo "replot \"${Nom}_dbgtgt_${i}.dat\" u 2:(\$4*180./pi) w l" >> $NomGplot
+ else
+ echo "replot \"${Nom}_${i}.dat\" u 1:3 w lp 5" >> $NomGplot
+fi
+ if [ "$Tgt" != "" ]; then
+  echo "replot \"${Nom}_tgt_${i}.dat\" u 1:3 w l" >> $NomGplot
+ fi
+ cat <<EOF >>  $NomGplot
+ set origin .505,0.
+# set size 0.5
+ clear
+ set yrange $yr
+ set xrange [-10:190]
+EOF
+ echo "plot \"${Nom}_${i}.dat\" u 3:4 t \"E\" w lp" >> $NomGplot
+ echo "unset multiplot" >> $NomGplot
+ echo "pause -1" >> $NomGplot
+ done
+let i=ItMax
+ xyz2scan ${Nom}_cart.${i} > /dev/null
+ mv Scan.dat ${Nom}_${i}.dat
+ cat <<EOF >>  $NomGplot
+ set multiplot
+ set origin 0.,0.
+# set size 0.5
+ clear
+ set xrange [1.:2.5]
+ set yrange [-10:190]
+ plot "HCN_irc.dat" u 1:3 w l
+EOF
+ if [ "$PES" != "" ]; then
+  echo "replot \"HCN_PES_2D.dat\" u 1:2 w l 2, \"HCN_PES_2D.dat\" u 1:(-\$2) w l 2,\"HCN_PES_2D.dat\" u 1:(360-\$2) w l 2" >> $NomGplot
+ fi
+ if [ -s ${Nom}_spline.${i} ]; then
+ echo "replot \"${Nom}_${i}.dat\" u 1:3 w p 5" >> $NomGplot
+ echo "replot \"${Nom}_spline.${i}\" u 2:4 w l" >> $NomGplot
+ elif [  -s ${Nom}_dbgtgt_${i}.dat ]; then
+ echo "replot \"${Nom}_${i}.dat\" u 1:3 w p 5" >> $NomGplot
+ echo "replot \"${Nom}_dbgtgt_${i}.dat\" u 2:(\$4*180./pi) w l" >> $NomGplot
+ else
+ echo "replot \"${Nom}_${i}.dat\" u 1:3 w lp 5" >> $NomGplot
+fi
+ cat <<EOF >>  $NomGplot
+ set origin .505,0.
+# set size  0.5
+ clear
+ set yrange $yr
+ set xrange [-10:190]
+EOF
+ echo "plot \"${Nom}_${i}.dat\" u 3:4 t \"E\" w lp" >> $NomGplot
+ echo "unset multiplot" >> $NomGplot
+ echo "pause -1" >> $NomGplot
+
+chmod u+x ./$NomGplot
+echo "./$NomGplot      to see the path"
\ No newline at end of file

Property changes on: examples/Test/Dep_tscan_m
___________________________________________________________________
Added: svn:executable
   + *

Index: examples/Test/HCN_irc.dat
===================================================================
--- examples/Test/HCN_irc.dat	(revision 0)
+++ examples/Test/HCN_irc.dat	(revision 4)
@@ -0,0 +1,69 @@
+ # Bonds
+# b H    1C    2
+# b C    2N    3
+ # Angles
+# a H    1C    2N    3
+      1.06590      1.15332    180.00000       -0.499465
+      1.06561      1.15325    176.88982       -0.499377
+      1.06570      1.15335    174.02210       -0.499138
+      1.06586      1.15353    170.95078       -0.498714
+      1.06607      1.15376    168.09455       -0.498165
+      1.06637      1.15408    164.91385       -0.497379
+      1.06670      1.15442    162.09619       -0.496530
+      1.06714      1.15486    158.94735       -0.495413
+      1.06763      1.15531    156.05955       -0.494234
+      1.06822      1.15583    153.01007       -0.492830
+      1.06885      1.15633    150.21956       -0.491404
+      1.06959      1.15689    147.27079       -0.489756
+      1.07049      1.15749    144.14787       -0.487855
+      1.07149      1.15809    141.07378       -0.485834
+      1.07256      1.15864    138.16412       -0.483790
+      1.07376      1.15916    135.19476       -0.481580
+      1.07510      1.15964    132.23023       -0.479258
+      1.07663      1.16005    129.15683       -0.476740
+      1.07837      1.16037    126.00973       -0.474060
+      1.08009      1.16053    123.16044       -0.471559
+      1.08221      1.16056    119.93872       -0.468667
+      1.08425      1.16040    117.07933       -0.466064
+      1.08659      1.16002    114.00521       -0.463255
+      1.08919      1.15936    110.84904       -0.460391
+      1.09171      1.15850    107.95560       -0.457817
+      1.09460      1.15726    104.83870       -0.455142
+      1.09764      1.15570    101.71142       -0.452608
+      1.10087      1.15379     98.58844       -0.450284
+      1.10436      1.15147     95.37560       -0.448173
+      1.10814      1.14875     92.10563       -0.446391
+      1.11191      1.14591     89.05102       -0.445128
+      1.11634      1.14255     85.74263       -0.444275
+      1.12089      1.13921     82.65131       -0.444025
+      1.12632      1.13547     79.32859       -0.444402
+      1.13282      1.13174     76.01436       -0.445481
+      1.14001      1.12794     72.65259       -0.447284
+      1.15042      1.12452     69.21033       -0.449817
+      1.16221      1.12113     65.62870       -0.453019
+      1.17874      1.11851     61.97104       -0.456622
+      1.20665      1.11732     58.03673       -0.460489
+      1.24855      1.11843     54.19020       -0.463775
+      1.30087      1.12180     51.01851       -0.465829
+      1.35220      1.12591     48.59419       -0.466846
+      1.40621      1.13051     46.34878       -0.467343
+      1.46207      1.13540     44.19528       -0.467501
+      1.51564      1.13990     42.15661       -0.467476
+      1.56560      1.14386     40.25979       -0.467399
+      1.61723      1.14759     38.27077       -0.467350
+      1.66953      1.15090     36.20206       -0.467413
+      1.71398      1.15329     34.38207       -0.467614
+      1.76142      1.15539     32.35915       -0.468037
+      1.80922      1.15705     30.21518       -0.468728
+      1.85273      1.15822     28.14818       -0.469623
+      1.89899      1.15917     25.80184       -0.470867
+      1.93870      1.15980     23.62924       -0.472173
+      1.97864      1.16037     21.25716       -0.473687
+      2.01539      1.16088     18.84780       -0.475227
+      2.04708      1.16138     16.52920       -0.476638
+      2.07748      1.16195     13.99286       -0.478032
+      2.10448      1.16259     11.32940       -0.479278
+      2.12706      1.16325      8.55209       -0.480304
+      2.14483      1.16392      5.56119       -0.481083
+      2.15481      1.16435      2.76003       -0.481508
+      2.15904      1.16463      0.00000       -0.481645
Index: utils/AnaPath
===================================================================
--- utils/AnaPath	(revision 3)
+++ utils/AnaPath	(revision 4)
@@ -1,17 +1,18 @@
 #!/bin/bash
-if [ $# -lt 4 ]; then
- echo "Use: $0 File.out MaxCyc PathName NGeomF [x column]"
+if [ $# -lt 1 ]; then
+ echo "Use: $0 File.out [x column]"
  exit
 fi
 
 Fout=$1
-ItMax=$2
-Nom=$3
-NGeomF=$4
 
+ItMax=`grep MAXCYC $Fout | tail -1 | awk '{print $3}'`
+Nom=`grep PATHNAME $Fout | tail -1 | awk '{print $3}'`
+NGeomF=`grep NGEOMF $Fout | tail -1 | awk '{print $3}'`
+
 xcol=1
-if [ $# -eq 5 ]; then
-xcol=$5
+if [ $# -eq 2 ]; then
+xcol=$2
 fi
 
 export LANG=C
@@ -41,12 +42,16 @@
 fi
 echo "Creating $Nom.datl"
 
+ItDone=-1
 for i in `seq 0 $ItMax`
  do
-  xyz2path  ${Nom}${Ext}.$i 
- cat Scan.dat >> $Nom.datl
- echo " " >> $Nom.datl
- echo " " >> $Nom.datl
+ if [ -s ${Nom}${Ext}.$i ]; then
+     xyz2path  ${Nom}${Ext}.$i 
+     cat Scan.dat >> $Nom.datl
+     echo " " >> $Nom.datl
+     echo " " >> $Nom.datl
+     let ItDone=ItDone+1
+ fi
 done 
 
 icol=`tail -1 Scan.dat | wc -w`
@@ -58,7 +63,7 @@
 EOF
 
 
-for i in `seq 1 $ItMax`
+for i in `seq 1 $ItDone`
 do
  echo "plot \"$Nom.datl\" i 0 u xcol:$icol w lp " >> ${Nom}_l.gplot
  echo "replot \"$Nom.datl\" i $i u xcol:$icol w lp " >> ${Nom}_l.gplot
@@ -76,7 +81,7 @@
 EOF
 
 echo "plot \"$Nom.datl\" i 0 u xcol:$icol w lp " >>  ${Nom}_l2.gplot
-for i in `seq 1 $ItMax`
+for i in `seq 1 $ItDone`
 do
  echo "replot \"$Nom.datl\" i $i u xcol:$icol w lp " >>  ${Nom}_l2.gplot
 done
@@ -89,7 +94,7 @@
 EOF
 
  echo "plot \"$Nom.datl\" i 0 u 0:$icol w lp " >>  ${Nom}_l3.gplot
-for i in `seq 1 $ItMax`
+for i in `seq 1 $ItDone`
 do
  echo "replot \"$Nom.datl\" i $i u 0:$icol w lp " >>  ${Nom}_l3.gplot
 done
Index: utils/AnaPathrel
===================================================================
--- utils/AnaPathrel	(revision 3)
+++ utils/AnaPathrel	(revision 4)
@@ -1,14 +1,15 @@
 #!/bin/bash
-if [ $# -lt 4 ]; then
- echo "Use: $0 File.out MaxCyc PathName NGeomF"
+if [ $# -lt 1 ]; then
+ echo "Use: $0 File.out"
  exit
 fi
 
 Fout=$1
-ItMax=$2
-Nom=$3
-NGeomF=$4
+ItMax=`grep MAXCYC $Fout | tail -1 | awk '{print $3}'`
+Nom=`grep PATHNAME $Fout | tail -1 | awk '{print $3}'`
+NGeomF=`grep NGEOMF $Fout | tail -1 | awk '{print $3}'`
 
+
 export LANG=C
 
 echo "#ItMax=$ItMax"
Index: utils/Xyz2Path.param
===================================================================
--- utils/Xyz2Path.param	(revision 3)
+++ utils/Xyz2Path.param	(revision 4)
@@ -1,2 +1,2 @@
-       INTEGER*4 MaxNAt
-       PARAMETER (MaxNat=500)
+       INTEGER(4), PARAMETER :: MaxNAt=500
+
Index: doc/Mini_help.pdf
===================================================================
Cannot display: file marked as a binary type.
svn:mime-type = application/octet-stream
Index: doc/Mini_help.tex
===================================================================
--- doc/Mini_help.tex	(revision 3)
+++ doc/Mini_help.tex	(revision 4)
@@ -191,7 +191,7 @@
 \item   Step\_method: method to compute the step for optimizing a geometry; choices are:  
           - RFO: Rational function optimization 
           - GDIIS: Geometry optimization using direct inversion in the iterative supspace 
-\item    HesUpd: method to update the hessian. By default, it is Murtagh-Sargent 
+\item    HUpdate: method to update the hessian. By default, it is Murtagh-Sargent 
          Except for geometry optimization where it is BFGS. 
 \item   MaxCyc: maximum number of iterations for the path optimization 
 \item   Smax: Maximum length of a step during path optimization 
@@ -217,15 +217,23 @@
           Flags: 
 \begin{description}
 \item        MW:  Flag. True if one wants to work in Mass Weighted coordinates. Default=.TRUE. 
-\item       Renum: Flag. True if one wants to reoder the atoms in the initial order. default is .TRUE. most of the time. 
+\item       Renum: Flag. True if one wants to reoder the atoms in the
+  initial order. default is .TRUE. most of the time.  
 \item       OptProd: True if one wants to optimize the geometry of the products. 
 \item       OptReac: True if one wants to optimize the geometry of the reactants. 
+\item       CalcEProd: if TRUE the product energy will be
+  computed. Default is FALSE. Not Compatible with RunMode=Para". 
+\item       CalcEReac: if TRUE the reactants energy will be
+  computed. Default is FALSE. Not Compatible with RunMode=Para". 
 \item       PathOnly:TRUE if one wants to generate the initial path, and stops.  
 \item       Hinv: if True, then Hessian inversed is used. 
-\item       IniHup: if True, then Hessian inverse is extrapolated using the initial path calculations. 
-\item       HupNeighbour: if True, then Hessian inverse is extrapolated using the neighbouring points of the path. 
+\item       IniHup: if True, then Hessian inverse is extrapolated
+  using the initial path calculations.  
+\item       HupNeighbour: if True, then Hessian inverse is
+  extrapolated using the neighbouring points of the path.  
 \item       FFrozen: True if one wants to freeze the positions of some atoms.  
-                If True, a \verb!&frozenlist! namelist containing the list of frozen atoms must be given. 
+                If True, a \verb!&frozenlist! namelist containing the
+                list of frozen atoms must be given.  
                  If VASP is used, and frozen is not given 
         here, the program will use the F flags of the input geometry 
 \item       FCart:  True if one wants to describe some atoms using cartesian coordinates.  
@@ -251,11 +259,14 @@
 Serial or Parallel. 
 \begin{itemize}
 \item[Serial] 
-In the Serial mode, Path uses Vasp to compute the energy and forces of each image separately (as it does for Gaussian for example).
-Therefore, the INCAR file should not contain any references to the number of images (no IMAGES command!).
+In the Serial mode, Path uses Vasp to compute the energy and forces of
+each image separately (as it does for Gaussian for example). 
+Therefore, the INCAR file should not contain any references to the
+number of images (no IMAGES command!). 
 
 \item[Parallel]
-In the Parallel mode, Path uses VASP to compute at once the energies and forces for all the images (as VASP does for a NEB calculation).
+In the Parallel mode, Path uses VASP to compute at once the energies
+and forces for all the images (as VASP does for a NEB calculation). 
 Therefore, the INCAR file MUST contain the IMAGES command.
 More, the directories 00, 01, ... should exist.
 
Index: src/Ginvse.f90
===================================================================
--- src/Ginvse.f90	(revision 3)
+++ src/Ginvse.f90	(revision 4)
@@ -259,4 +259,4 @@
             ! * * * END OF SUBROUTINE GINVSE * * *
             !
           END SUBROUTINE GINVSE
-	
+  
Index: src/EgradPath.f90
===================================================================
--- src/EgradPath.f90	(revision 3)
+++ src/EgradPath.f90	(revision 4)
@@ -6,7 +6,7 @@
   use Path_module, only : ProgExe, NCoord, PROG, Nat, NGeomF, Coord, IntCoordF, &
        IndZmat, XyzGeomF, Atome, Order, OrderInv, Latr, FrozAtoms, &
        Grad, Energies, renum, dzdc, massat, Pi, NCART, OptReac, &
-       OptProd, IntCoordI, GeomOld_all, AtName, Unit
+       OptProd, IntCoordI, GeomOld_all, AtName, Unit, CalcEReac, CalcEProd
   ! GeomOld_all(NGeomF,NCoord), BTransInv (3*Nat,NCoord): used for Baker case
   use Io_module
 
@@ -269,7 +269,7 @@
               END DO
               DEALLOCATE(GradTmp)
               ! We have the gradient in Cartesian coordinates... which is ok for COORD=Cart, Hybrid
-              ! but we have to convert it into internal coordinates if COORD=Baker	    
+              ! but we have to convert it into internal coordinates if COORD=Baker      
            CASE ('BAKER')
               ALLOCATE(GradTmp(3*Nat))
               GradTmp=0.d0
@@ -478,16 +478,16 @@
      
 ! For MP2, energy is after the last =
      IF ((Line(2:9)=="E2 =    ")) THEN
-	    Itmp1=Index(LINE,"=",BACK=.TRUE.)+1
-		READ(LINE(Itmp1:),*) e
+      Itmp1=Index(LINE,"=",BACK=.TRUE.)+1
+    READ(LINE(Itmp1:),*) e
       END IF
 ! For other methods, it is after the first =
      IF ((LINE(2:9)=='Energy= ').OR.(Line(2:9)=="SCF Done").OR.(Line(2:9)=="ONIOM: e") &
-	 .OR.(Line(2:9)==" with al") &
+   .OR.(Line(2:9)==" with al") &
          .OR.(Line(2:31)=="Counterpoise: corrected energy")) THEN
-	    Itmp1=Index(LINE,"=")+1
-		READ(LINE(Itmp1:),*) e
-	END IF
+      Itmp1=Index(LINE,"=")+1
+    READ(LINE(Itmp1:),*) e
+  END IF
 ! <- PFL 3 Jan 2008
      READ(IOTMP,'(A)') LINE
   END DO
@@ -537,7 +537,7 @@
               END DO
               DEALLOCATE(GradTmp)
               ! We have the gradient in Cartesian coordinates... which is ok for COORD=Cart, Hybrid
-              ! but we have to convert it into internal coordinates if COORD=Baker	    
+              ! but we have to convert it into internal coordinates if COORD=Baker      
            CASE ('BAKER')
               ALLOCATE(GradTmp(3*Nat))
               GradTmp=0.d0
@@ -613,8 +613,10 @@
      ! We have the new path, we calculate its energy and gradient
      IGeom0=2
      IGeomF=NGeomF-1
-     IF (OptReac) IGeom0=1
-     IF (OptProd) IGeomF=NGeomF
+     IF (OptReac.OR.CalcEReac) IGeom0=1
+     IF (OptProd.OR.CalcEProd) IGeomF=NGeomF
+     CalcEReac=.FALSE.
+     CalcEProd=.FALSE.
      ALLOCATE(GeomCart(Nat,3))
 
      DO IGeom=IGeom0,IGeomF
@@ -660,24 +662,24 @@
            WRITE(*,'(12(1X,F6.3))') GeomTmp
            Print *, 'GeomCart='
            WRITE(*,'(12(1X,F6.3))') GeomCart
-	    END IF
-		
-		IF (COORD.EQ.'BAKER') THEN
-		   ! GradTmp is gradient and calculated in Egrad.F, INTENT(OUT).
-		   ! GeomCart has INTENT(OUT)
-		   Call EGrad_baker(E,GeomTmp,GradTmp,NCoord,IGeom,IOpt,GeomCart,Flag_Opt_Geom, &
-		              GeomOld_dummy,GeomCart_old_dummy)
-		ELSE
-		   Call EGrad(E,GeomTmp,GradTmp,NCoord,IGeom,IOpt,GeomCart,Flag_Opt_Geom) !GeomTmp=IntCoordF(IGeom,:)
+      END IF
+    
+    IF (COORD.EQ.'BAKER') THEN
+       ! GradTmp is gradient and calculated in Egrad.F, INTENT(OUT).
+       ! GeomCart has INTENT(OUT)
+       Call EGrad_baker(E,GeomTmp,GradTmp,NCoord,IGeom,IOpt,GeomCart,Flag_Opt_Geom, &
+                  GeomOld_dummy,GeomCart_old_dummy)
+    ELSE
+       Call EGrad(E,GeomTmp,GradTmp,NCoord,IGeom,IOpt,GeomCart,Flag_Opt_Geom) !GeomTmp=IntCoordF(IGeom,:)
         END IF
 
-		! Egrad calls ConvertBakerInternal_cart to convert GeomTmp=IntCoordF(IGeom,:) into 
-		! GeomCart (Cartesian Coordinates) so that energy and gradients can be calculated 
-		! for each geometry.
+    ! Egrad calls ConvertBakerInternal_cart to convert GeomTmp=IntCoordF(IGeom,:) into 
+    ! GeomCart (Cartesian Coordinates) so that energy and gradients can be calculated 
+    ! for each geometry.
         XyzGeomF(IGeom,1,:)=GeomCart(:,1)
         XyzGeomF(IGeom,2,:)=GeomCart(:,2)
         XyzGeomF(IGeom,3,:)=GeomCart(:,3)
-			
+      
         Energies(IGeom)=E
 
         if (debug) THEN
Index: src/Step_GEDIIS.f90
===================================================================
--- src/Step_GEDIIS.f90	(revision 3)
+++ src/Step_GEDIIS.f90	(revision 4)
@@ -2,36 +2,36 @@
      ! HEAT is Energy(Geom)
       SUBROUTINE Step_GEDIIS(Geom_new,Geom,Grad,HEAT,Hess,NCoord,FRST)
 
-	  use Io_module
-	  use Path_module, only : Nom, Atome, OrderInv, indzmat, Pi, Nat
-	  
+    use Io_module
+    use Path_module, only : Nom, Atome, OrderInv, indzmat, Pi, Nat
+    
       IMPLICIT NONE
 
       INTEGER(KINT) :: NCoord
       REAL(KREAL) :: Geom_new(NCoord), Grad(NCoord), Hess(NCoord*NCoord)
-	  REAL(KREAL), INTENT(IN) :: Geom(NCoord)
-	  REAL(KREAL) :: HEAT ! HEAT= Energy
+    REAL(KREAL), INTENT(IN) :: Geom(NCoord)
+    REAL(KREAL) :: HEAT ! HEAT= Energy
       LOGICAL :: FRST
 
       ! MRESET = maximum number of iterations.
       INTEGER(KINT), PARAMETER :: MRESET=15, M2=(MRESET+1)*(MRESET+1) !M2 = 256
       REAL(KREAL), ALLOCATABLE, SAVE :: GeomSet(:), GradSet(:) ! MRESET*NCoord
       REAL(KREAL), ALLOCATABLE, SAVE :: DX(:), GSAVE(:) !NCoord
-	  REAL(KREAL), SAVE :: ESET(MRESET)
-	  REAL(KREAL) :: ESET_tmp(MRESET), B(M2),BS(M2),BST(M2), B_tmp(M2) ! M2=256
+    REAL(KREAL), SAVE :: ESET(MRESET)
+    REAL(KREAL) :: ESET_tmp(MRESET), B(M2),BS(M2),BST(M2), B_tmp(M2) ! M2=256
       LOGICAL DEBUG, PRINT, ci_lt_zero
       INTEGER(KINT), SAVE :: MSET ! mth Iteration
-	  REAL(KREAL) :: ci(MRESET), ci_tmp(MRESET) ! MRESET = maximum number of iterations.
+    REAL(KREAL) :: ci(MRESET), ci_tmp(MRESET) ! MRESET = maximum number of iterations.
       INTEGER(KINT) :: NGEDIIS, MPLUS, INV, ITERA, MM, cis_zero, IXX, JXX, MSET_minus_cis_zero
       INTEGER(KINT) :: I,J,K, JJ, KJ, JNV, II, IONE, IJ, INK,ITmp, IX, JX, KX, MSET_C_cis_zero
-	  INTEGER(KINT) :: current_size_B_mat, MyPointer, Iat
+    INTEGER(KINT) :: current_size_B_mat, MyPointer, Iat
       REAL(KREAL) :: XMax, XNorm, S, DET, THRES, tmp, ER_star, ER_star_tmp
 
       DEBUG=.TRUE.
       PRINT=.FALSE.
-	  
+    
       IF (PRINT)  WRITE(*,'(/,''      BEGIN GEDIIS   '')')
-	  
+    
       ! Initialization
       IF (FRST) THEN
       ! FRST will be set to False in SPACE_GEDIIS, so no need to modify it here
@@ -67,19 +67,19 @@
             JNV=JNV+NCoord
             JJ = JJ + 1
             B(JJ)=0.D0
-			DO K=1, NCoord
-			   B(JJ) = B(JJ) + (((GradSet(INV+K)-GradSet(JNV+K))*(GeomSet(INV+K)-GeomSet(JNV+K)))/2.D0)
-			END DO
+      DO K=1, NCoord
+         B(JJ) = B(JJ) + (((GradSet(INV+K)-GradSet(JNV+K))*(GeomSet(INV+K)-GeomSet(JNV+K)))/2.D0)
+      END DO
          END DO
       END DO
 
      ! The following shifting is required to correct indices of B_ij elements in the GEDIIS matrix.
-	 ! The correction is needed because the last coloumn of the matrix contains all 1 and one zero.
+   ! The correction is needed because the last coloumn of the matrix contains all 1 and one zero.
       DO I=MSET-1,1,-1
          DO J=MSET,1,-1
             B(I*MSET+J+I) = B(I*MSET+J) 
          END DO
-	  END DO
+    END DO
    
       ! for last row and last column of GEDIIS matrix 
       DO I=1,MPLUS
@@ -87,17 +87,17 @@
          B(MPLUS*MSET+I) = 1.D0
       END DO
       B(MM) = 0.D0
-	  
-	  DO I=1, MPLUS
-	     !WRITE(*,'(10(1X,F20.4))') B((I-1)*MPLUS+1:I*(MPLUS))
-	  END DO
-	  	  
+    
+    DO I=1, MPLUS
+       !WRITE(*,'(10(1X,F20.4))') B((I-1)*MPLUS+1:I*(MPLUS))
+    END DO
+        
       ! ELIMINATE ERROR VECTORS WITH THE LARGEST NORM:
    80 CONTINUE
       DO I=1,MM !MM = (MSET+1) * (MSET+1)
          BS(I) = B(I) !just a copy of the original B (GEDIIS) matrix
       END DO
-	  
+    
       IF (NGEDIIS .NE. MSET) THEN
         DO II=1,MSET-NGEDIIS
            XMAX = -1.D10
@@ -114,7 +114,7 @@
                  IONE = INV + I
               ENDIF
            END DO
-		 
+     
            DO I=1,MPLUS
               INV = (I-1) * MPLUS
               DO J=1,MPLUS
@@ -122,16 +122,16 @@
                  IF (J.EQ.ITERA) B(INV + J) = 0.D0
                  B(JNV + I) = B(INV + J)
               END DO
-		   END DO
+       END DO
            B(IONE) = 1.0D0
         END DO
-	  END IF ! matches IF (NGEDIIS .NE. MSET) THEN
-	  
+    END IF ! matches IF (NGEDIIS .NE. MSET) THEN
+    
       ! SCALE GEDIIS MATRIX BEFORE INVERSION:
       DO I=1,MPLUS
          II = MPLUS * (I-1) + I ! B(II)=diagonal elements of B matrix
          GSAVE(I) = 1.D0 / DSQRT(1.D-20+DABS(B(II)))
-		 !Print *, 'GSAVE(',I,')=', GSAVE(I) 
+     !Print *, 'GSAVE(',I,')=', GSAVE(I) 
       END DO
       GSAVE(MPLUS) = 1.D0
       DO I=1,MPLUS
@@ -142,46 +142,46 @@
       END DO
   
      ! INVERT THE GEDIIS MATRIX B:
-	  DO I=1, MPLUS
-	     !WRITE(*,'(10(1X,F20.4))') B((I-1)*MPLUS+1:I*(MPLUS))
-	  END DO
-	  	  
+    DO I=1, MPLUS
+       !WRITE(*,'(10(1X,F20.4))') B((I-1)*MPLUS+1:I*(MPLUS))
+    END DO
+        
       CALL MINV(B,MPLUS,DET) ! matrix inversion.
-	  
-	  DO I=1, MPLUS
-	     !WRITE(*,'(10(1X,F20.16))') B((I-1)*MPLUS+1:I*(MPLUS))
-	  END DO
-	  
+    
+    DO I=1, MPLUS
+       !WRITE(*,'(10(1X,F20.16))') B((I-1)*MPLUS+1:I*(MPLUS))
+    END DO
+    
       DO I=1,MPLUS
          DO J=1,MPLUS
             IJ = MPLUS * (I-1) + J
             B(IJ) = B(IJ) * GSAVE(I) * GSAVE(J)
          END DO
       END DO
-	  
+    
       ! COMPUTE THE NEW INTERPOLATED PARAMETER VECTOR (Geometry):
-	  ci=0.d0
-	  ci_tmp=0.d0
-	
-	  ci_lt_zero= .FALSE.
-	  DO I=1, MSET
-		 DO J=1, MSET ! B matrix is read column-wise
-		    ci(I)=ci(I)+B((J-1)*(MPLUS)+I)*ESET(J) !ESET is energy set, yet to be fixed.
-		 END DO
-		 ci(I)=ci(I)+B((MPLUS-1)*(MPLUS)+I)
-		 !Print *, 'NO ci < 0 yet, c(',I,')=', ci(I)
-		 IF((ci(I) .LT. 0.0D0) .OR. (ci(I) .GT. 1.0D0)) THEN
-		   ci_lt_zero=.TRUE.
-		   EXIT
-		 END IF
+    ci=0.d0
+    ci_tmp=0.d0
+  
+    ci_lt_zero= .FALSE.
+    DO I=1, MSET
+     DO J=1, MSET ! B matrix is read column-wise
+        ci(I)=ci(I)+B((J-1)*(MPLUS)+I)*ESET(J) !ESET is energy set, yet to be fixed.
+     END DO
+     ci(I)=ci(I)+B((MPLUS-1)*(MPLUS)+I)
+     !Print *, 'NO ci < 0 yet, c(',I,')=', ci(I)
+     IF((ci(I) .LT. 0.0D0) .OR. (ci(I) .GT. 1.0D0)) THEN
+       ci_lt_zero=.TRUE.
+       EXIT
+     END IF
       END DO !matches DO I=1, MSET
-	  
-	  IF (ci_lt_zero) Then
-	  	 cis_zero = 0
+    
+    IF (ci_lt_zero) Then
+       cis_zero = 0
          ER_star = 0.D0
-		 ER_star_tmp = 1e32
-		 
-		 ! B_ij calculations from <B_ij=(g_i-g_j)(R_i-R_j)>, Full B matrix created first and then rows and columns are removed.
+     ER_star_tmp = 1e32
+     
+     ! B_ij calculations from <B_ij=(g_i-g_j)(R_i-R_j)>, Full B matrix created first and then rows and columns are removed.
          JJ=0
          INV=-NCoord
          DO IX=1,MSET
@@ -191,96 +191,96 @@
                JNV=JNV+NCoord
                JJ = JJ + 1
                BST(JJ)=0.D0
-		       DO KX=1, NCoord
-		          BST(JJ) = BST(JJ) + (((GradSet(INV+KX)-GradSet(JNV+KX))*(GeomSet(INV+KX)-GeomSet(JNV+KX)))/2.D0)
-		       END DO
+           DO KX=1, NCoord
+              BST(JJ) = BST(JJ) + (((GradSet(INV+KX)-GradSet(JNV+KX))*(GeomSet(INV+KX)-GeomSet(JNV+KX)))/2.D0)
+           END DO
             END DO
-	     END DO  
-		
-		 DO I=1, (2**MSET)-2 ! all (2**MSET)-2 combinations of cis, except the one where all cis are .GT. 0 and .LT. 1
-		     ci(:)=1.D0
-		     ! find out which cis are zero in I:
-			 DO IX=1, MSET
-			    JJ=IAND(I, 2**(IX-1))
-				IF(JJ .EQ. 0) Then
-				  ci(IX)=0.D0
-			    END IF
-			 END DO
-			 
-			 ci_lt_zero = .FALSE.
-			 ! B_ij calculations from <B_ij=(g_i-g_j)(R_i-R_j)>, Full B matrix created first and then rows and columns are removed.
-			 DO IX=1, MSET*MSET
+       END DO  
+    
+     DO I=1, (2**MSET)-2 ! all (2**MSET)-2 combinations of cis, except the one where all cis are .GT. 0 and .LT. 1
+         ci(:)=1.D0
+         ! find out which cis are zero in I:
+       DO IX=1, MSET
+          JJ=IAND(I, 2**(IX-1))
+        IF(JJ .EQ. 0) Then
+          ci(IX)=0.D0
+          END IF
+       END DO
+       
+       ci_lt_zero = .FALSE.
+       ! B_ij calculations from <B_ij=(g_i-g_j)(R_i-R_j)>, Full B matrix created first and then rows and columns are removed.
+       DO IX=1, MSET*MSET
                 B(IX) = BST(IX) !just a copy of the original B (GEDIIS) matrix
              END DO
-			 
+       
              ! Removal of KXth row and KXth column in order to accomodate cI to be zero:
-			 current_size_B_mat=MSET
-			 cis_zero = 0
-			 ! The bits of I (index of the upper loop 'DO I=1, (2**MSET)-2'), gives which cis are zero.
-			 DO KX=1, MSET ! searching for each bit of I (index of the upper loop 'DO I=1, (2**MSET)-2')
-			    IF (ci(KX) .EQ. 0.D0) Then !remove KXth row and KXth column
-				   cis_zero = cis_zero + 1
-				   
-			       ! First row removal: (B matrix is read column-wise)
-			       JJ=0
+       current_size_B_mat=MSET
+       cis_zero = 0
+       ! The bits of I (index of the upper loop 'DO I=1, (2**MSET)-2'), gives which cis are zero.
+       DO KX=1, MSET ! searching for each bit of I (index of the upper loop 'DO I=1, (2**MSET)-2')
+          IF (ci(KX) .EQ. 0.D0) Then !remove KXth row and KXth column
+           cis_zero = cis_zero + 1
+           
+             ! First row removal: (B matrix is read column-wise)
+             JJ=0
                    DO IX=1,current_size_B_mat ! columns reading
                       DO JX=1,current_size_B_mat ! rows reading
-				         IF (JX .NE. KX) Then
-				             JJ = JJ + 1
-				             B_tmp(JJ) = B((IX-1)*current_size_B_mat+JX)
-				         END IF
-				      END DO   
-			       END DO
-			 
-			       DO IX=1,current_size_B_mat*(current_size_B_mat-1)
-			          B(IX) = B_tmp(IX)
-			       END DO
-			 
-			       ! Now column removal:
-			       JJ=0	 
+                 IF (JX .NE. KX) Then
+                     JJ = JJ + 1
+                     B_tmp(JJ) = B((IX-1)*current_size_B_mat+JX)
+                 END IF
+              END DO   
+             END DO
+       
+             DO IX=1,current_size_B_mat*(current_size_B_mat-1)
+                B(IX) = B_tmp(IX)
+             END DO
+       
+             ! Now column removal:
+             JJ=0   
                    DO IX=1,KX-1 ! columns reading
                       DO JX=1,current_size_B_mat-1 ! rows reading
-				         JJ = JJ + 1
-				         B_tmp(JJ) = B(JJ)
-				      END DO
-			       END DO				
-			  
+                 JJ = JJ + 1
+                 B_tmp(JJ) = B(JJ)
+              END DO
+             END DO        
+        
                    DO IX=KX+1,current_size_B_mat
                       DO JX=1,current_size_B_mat-1
-				         JJ = JJ + 1
-			   	         B_tmp(JJ) = B(JJ+current_size_B_mat-1)
-				      END DO
-			       END DO
-			 			 
-			       DO IX=1,(current_size_B_mat-1)*(current_size_B_mat-1)
-			          B(IX) = B_tmp(IX)
-			       END DO
-				   current_size_B_mat = current_size_B_mat - 1
-				END IF ! matches IF (ci(KX) .EQ. 0.D0) Then !remove
-	         END DO ! matches DO KX=1, MSET
+                 JJ = JJ + 1
+                    B_tmp(JJ) = B(JJ+current_size_B_mat-1)
+              END DO
+             END DO
+              
+             DO IX=1,(current_size_B_mat-1)*(current_size_B_mat-1)
+                B(IX) = B_tmp(IX)
+             END DO
+           current_size_B_mat = current_size_B_mat - 1
+        END IF ! matches IF (ci(KX) .EQ. 0.D0) Then !remove
+           END DO ! matches DO KX=1, MSET
 
-			 ! The following shifting is required to correct indices of B_ij elements in the GEDIIS matrix.
-			 ! The correction is needed because the last coloumn and row of the matrix contains all 1 and one zero.
-			 DO IX=MSET-cis_zero-1,1,-1
-				DO JX=MSET-cis_zero,1,-1
-				   B(IX*(MSET-cis_zero)+JX+IX) = B(IX*(MSET-cis_zero)+JX) 
-				END DO
-			 END DO
-			 
-			 ! for last row and last column of GEDIIS matrix 
-			 DO IX=1,MPLUS-cis_zero
-				B((MPLUS-cis_zero)*IX) = 1.D0
-				B((MPLUS-cis_zero)*(MSET-cis_zero)+IX) = 1.D0
-			 END DO
-			 B((MPLUS-cis_zero) * (MPLUS-cis_zero)) = 0.D0
-	       
-	         DO IX=1, MPLUS
-	            !WRITE(*,'(10(1X,F20.4))') B((IX-1)*MPLUS+1:IX*(MPLUS))
-	         END DO
-		   		   
-			 ! ELIMINATE ERROR VECTORS WITH THE LARGEST NORM:
+       ! The following shifting is required to correct indices of B_ij elements in the GEDIIS matrix.
+       ! The correction is needed because the last coloumn and row of the matrix contains all 1 and one zero.
+       DO IX=MSET-cis_zero-1,1,-1
+        DO JX=MSET-cis_zero,1,-1
+           B(IX*(MSET-cis_zero)+JX+IX) = B(IX*(MSET-cis_zero)+JX) 
+        END DO
+       END DO
+       
+       ! for last row and last column of GEDIIS matrix 
+       DO IX=1,MPLUS-cis_zero
+        B((MPLUS-cis_zero)*IX) = 1.D0
+        B((MPLUS-cis_zero)*(MSET-cis_zero)+IX) = 1.D0
+       END DO
+       B((MPLUS-cis_zero) * (MPLUS-cis_zero)) = 0.D0
+         
+           DO IX=1, MPLUS
+              !WRITE(*,'(10(1X,F20.4))') B((IX-1)*MPLUS+1:IX*(MPLUS))
+           END DO
+              
+       ! ELIMINATE ERROR VECTORS WITH THE LARGEST NORM:
              IF (NGEDIIS .NE. MSET) THEN
-			    JX = min(MSET-NGEDIIS,MSET-cis_zero-1)
+          JX = min(MSET-NGEDIIS,MSET-cis_zero-1)
                 DO II=1,JX
                    XMAX = -1.D10
                    ITERA = 0
@@ -295,111 +295,111 @@
                          ITERA = IX
                          IONE = INV + IX
                       ENDIF
-				   END DO
-		 
+           END DO
+     
                    DO IX=1,MPLUS-cis_zero
                       INV = (IX-1) * (MPLUS-cis_zero)
                       DO J=1,MPLUS-cis_zero
                          JNV = (J-1) * (MPLUS-cis_zero)
                          IF (J.EQ.ITERA) B(INV + J) = 0.D0
                          B(JNV + IX) = B(INV + J)
-					  END DO
-		           END DO
+            END DO
+               END DO
                    B(IONE) = 1.0D0
-			    END DO
-	         END IF ! matches IF (NGEDIIS .NE. MSET) THEN
+          END DO
+           END IF ! matches IF (NGEDIIS .NE. MSET) THEN
 
-			 ! SCALE GEDIIS MATRIX BEFORE INVERSION:
-			 DO IX=1,MPLUS-cis_zero
-				II = (MPLUS-cis_zero) * (IX-1) + IX ! B(II)=diagonal elements of B matrix
-				GSAVE(IX) = 1.D0 / DSQRT(1.D-20+DABS(B(II)))
-			 END DO
-			 GSAVE(MPLUS-cis_zero) = 1.D0
-			 DO IX=1,MPLUS-cis_zero
-				DO JX=1,MPLUS-cis_zero
-				   IJ = (MPLUS-cis_zero) * (IX-1) + JX
-				   B(IJ) = B(IJ) * GSAVE(IX) * GSAVE(JX)
-				END DO
-			 END DO
+       ! SCALE GEDIIS MATRIX BEFORE INVERSION:
+       DO IX=1,MPLUS-cis_zero
+        II = (MPLUS-cis_zero) * (IX-1) + IX ! B(II)=diagonal elements of B matrix
+        GSAVE(IX) = 1.D0 / DSQRT(1.D-20+DABS(B(II)))
+       END DO
+       GSAVE(MPLUS-cis_zero) = 1.D0
+       DO IX=1,MPLUS-cis_zero
+        DO JX=1,MPLUS-cis_zero
+           IJ = (MPLUS-cis_zero) * (IX-1) + JX
+           B(IJ) = B(IJ) * GSAVE(IX) * GSAVE(JX)
+        END DO
+       END DO
 
-			 ! INVERT THE GEDIIS MATRIX B:	  
-			 CALL MINV(B,MPLUS-cis_zero,DET) ! matrix inversion.
-	  
-			 DO IX=1,MPLUS-cis_zero
-				DO JX=1,MPLUS-cis_zero
-				   IJ = (MPLUS-cis_zero) * (IX-1) + JX
-				   B(IJ) = B(IJ) * GSAVE(IX) * GSAVE(JX)
-				END DO
-			 END DO
-			 
-	         DO IX=1, MPLUS
-	            !WRITE(*,'(10(1X,F20.4))') B((IX-1)*MPLUS+1:IX*(MPLUS))
-	         END DO
-			 			 
+       ! INVERT THE GEDIIS MATRIX B:    
+       CALL MINV(B,MPLUS-cis_zero,DET) ! matrix inversion.
+    
+       DO IX=1,MPLUS-cis_zero
+        DO JX=1,MPLUS-cis_zero
+           IJ = (MPLUS-cis_zero) * (IX-1) + JX
+           B(IJ) = B(IJ) * GSAVE(IX) * GSAVE(JX)
+        END DO
+       END DO
+       
+           DO IX=1, MPLUS
+              !WRITE(*,'(10(1X,F20.4))') B((IX-1)*MPLUS+1:IX*(MPLUS))
+           END DO
+              
              ! ESET is rearranged to handle zero cis and stored in ESET_tmp:
-			 JJ=0
-			 DO IX=1, MSET
-				IF (ci(IX) .NE. 0) Then
-				   JJ=JJ+1
-				   ESET_tmp(JJ) = ESET(IX)
-				END IF
-			 END DO
-			 
-			 ! DETERMINATION OF nonzero cis:
-			 MyPointer=1
-     	     DO IX=1, MSET-cis_zero
-			    tmp = 0.D0
-		        DO J=1, MSET-cis_zero ! B matrix is read column-wise
-				   tmp=tmp+B((J-1)*(MPLUS-cis_zero)+IX)*ESET_tmp(J)
-				END DO
-		        tmp=tmp+B((MPLUS-cis_zero-1)*(MPLUS-cis_zero)+IX)
-		        IF((tmp .LT. 0.0D0) .OR. (tmp .GT. 1.0D0)) THEN
-		           ci_lt_zero=.TRUE.
-		           EXIT
-				ELSE
-				   DO JX=MyPointer,MSET
-				      IF (ci(JX) .NE. 0) Then
-				         ci(JX) = tmp
-					     MyPointer=JX+1
-					     EXIT
-					  END IF
-				   END DO
-		        END IF
+       JJ=0
+       DO IX=1, MSET
+        IF (ci(IX) .NE. 0) Then
+           JJ=JJ+1
+           ESET_tmp(JJ) = ESET(IX)
+        END IF
+       END DO
+       
+       ! DETERMINATION OF nonzero cis:
+       MyPointer=1
+            DO IX=1, MSET-cis_zero
+          tmp = 0.D0
+            DO J=1, MSET-cis_zero ! B matrix is read column-wise
+           tmp=tmp+B((J-1)*(MPLUS-cis_zero)+IX)*ESET_tmp(J)
+        END DO
+            tmp=tmp+B((MPLUS-cis_zero-1)*(MPLUS-cis_zero)+IX)
+            IF((tmp .LT. 0.0D0) .OR. (tmp .GT. 1.0D0)) THEN
+               ci_lt_zero=.TRUE.
+               EXIT
+        ELSE
+           DO JX=MyPointer,MSET
+              IF (ci(JX) .NE. 0) Then
+                 ci(JX) = tmp
+               MyPointer=JX+1
+               EXIT
+            END IF
+           END DO
+            END IF
              END DO !matches DO I=1, MSET-cis_zero
-	         !Print *, 'Local set of cis, first 10:, MSET=', MSET, ', I of (2**MSET)-2=', I
-			 !WRITE(*,'(10(1X,F20.4))') ci(1:MSET)
-	         !Print *, 'Local set of cis ends:****************************************'
+           !Print *, 'Local set of cis, first 10:, MSET=', MSET, ', I of (2**MSET)-2=', I
+       !WRITE(*,'(10(1X,F20.4))') ci(1:MSET)
+           !Print *, 'Local set of cis ends:****************************************'
 
              ! new set of cis determined based on the lower energy (ER_star):
-			 IF (.NOT. ci_lt_zero) Then
+       IF (.NOT. ci_lt_zero) Then
                 Call Energy_GEDIIS(MRESET,MSET,ci,GeomSet,GradSet,ESET,NCoord,ER_star)
-				IF (ER_star .LT. ER_star_tmp) Then			
-				   ci_tmp=ci	
-				   ER_star_tmp = ER_star
-				END IF
+        IF (ER_star .LT. ER_star_tmp) Then      
+           ci_tmp=ci  
+           ER_star_tmp = ER_star
+        END IF
              END IF ! matches IF (.NOT. ci_lt_zero) Then
           END DO !matches DO I=1, (2**K)-2 ! all (2**K)-2 combinations of cis, except the one where all cis are .GT. 0 and .LT. 1 
-		  ci = ci_tmp
-	  END IF! matches IF (ci_lt_zero) Then
-	  
-	  Print *, 'Final set of cis, first 10:***********************************'
-	  WRITE(*,'(10(1X,F20.4))') ci(1:MSET)
-	  Print *, 'Final set of cis ends:****************************************'
-	  Geom_new(:) = 0.D0
-	  DO I=1, MSET	  
+      ci = ci_tmp
+    END IF! matches IF (ci_lt_zero) Then
+    
+    Print *, 'Final set of cis, first 10:***********************************'
+    WRITE(*,'(10(1X,F20.4))') ci(1:MSET)
+    Print *, 'Final set of cis ends:****************************************'
+    Geom_new(:) = 0.D0
+    DO I=1, MSET    
          Geom_new(:) = Geom_new(:) + (ci(I)*GeomSet((I-1)*NCoord+1:I*NCoord)) !MPLUS=MSET+1
-		 ! R_(N+1)=R*+DeltaR:
-		 DO J=1, NCoord
-			tmp=0.D0
-			DO K=1,NCoord
-			   !tmp=tmp+Hess((J-1)*NCoord+K)*GradSet((I-1)*NCoord+K) ! If Hinv=.False., then we need to invert Hess
-			END DO
-			Geom_new(J) = Geom_new(J) - (ci(I)*tmp)
-		 END DO
-	  END DO
-	  
-	  DX(:) = Geom(:) - Geom_new(:)
-	  
+     ! R_(N+1)=R*+DeltaR:
+     DO J=1, NCoord
+      tmp=0.D0
+      DO K=1,NCoord
+         !tmp=tmp+Hess((J-1)*NCoord+K)*GradSet((I-1)*NCoord+K) ! If Hinv=.False., then we need to invert Hess
+      END DO
+      Geom_new(J) = Geom_new(J) - (ci(I)*tmp)
+     END DO
+    END DO
+    
+    DX(:) = Geom(:) - Geom_new(:)
+    
       XNORM = SQRT(DOT_PRODUCT(DX,DX))
       IF (PRINT) THEN
          WRITE (6,'(/10X,''DEVIATION IN X '',F10.4,8X,''DETERMINANT '',G9.3)') XNORM, DET
@@ -416,29 +416,29 @@
             WRITE(*,*) "THE GEDIIS STEP WILL BE REPEATED WITH A SMALLER SPACE"
          END IF
          DO K=1,MM
-			B(K) = BS(K) ! why this is reverted? Because "IF (NGEDIIS .GT. 0) GO TO 80", see below
+      B(K) = BS(K) ! why this is reverted? Because "IF (NGEDIIS .GT. 0) GO TO 80", see below
          END DO
          NGEDIIS = NGEDIIS - 1
          IF (NGEDIIS .GT. 0) GO TO 80
          IF (PRINT) WRITE(*,'(10X,''NEWTON-RAPHSON STEP TAKEN'')')
          Geom_new(:) = Geom(:) ! Geom_new is set to original Geom, thus DX = Geom(:) - Geom_new(:)=zero
       END IF ! matches IF (XNORM.GT.2.D0 .OR. DABS(DET).LT. THRES) THEN
-	  
-	 !*******************************************************************************************************************
-	  Geom_new(:) = 0.D0
-	  DO I=1, MSET	  
+    
+   !*******************************************************************************************************************
+    Geom_new(:) = 0.D0
+    DO I=1, MSET    
          Geom_new(:) = Geom_new(:) + (ci(I)*GeomSet((I-1)*NCoord+1:I*NCoord)) !MPLUS=MSET+1
-		 ! R_(N+1)=R*+DeltaR:
-		 DO J=1, NCoord
-			tmp=0.D0
-			DO K=1,NCoord
-			   tmp=tmp+Hess((J-1)*NCoord+K)*GradSet((I-1)*NCoord+K) ! If Hinv=.False., then we need to invert Hess
-			END DO
-			Geom_new(J) = Geom_new(J) - (ci(I)*tmp)
-		 END DO
-	  END DO
-	 !*******************************************************************************************************************
-	  
+     ! R_(N+1)=R*+DeltaR:
+     DO J=1, NCoord
+      tmp=0.D0
+      DO K=1,NCoord
+         tmp=tmp+Hess((J-1)*NCoord+K)*GradSet((I-1)*NCoord+K) ! If Hinv=.False., then we need to invert Hess
+      END DO
+      Geom_new(J) = Geom_new(J) - (ci(I)*tmp)
+     END DO
+    END DO
+   !*******************************************************************************************************************
+    
       IF (PRINT)  WRITE(*,'(/,''       END GEDIIS  '',/)')
 
       END SUBROUTINE Step_GEDIIS
Index: src/Hinvup_DFP.f90
===================================================================
--- src/Hinvup_DFP.f90	(revision 0)
+++ src/Hinvup_DFP.f90	(revision 4)
@@ -0,0 +1,173 @@
+SUBROUTINE Hinvup_DFP(Nfree,ds,dgrad,Hess)
+
+  IMPLICIT NONE
+
+  INTEGER, PARAMETER :: KINT=KIND(1)
+  INTEGER, PARAMETER :: KREAL=KIND(1.D0)
+
+  INTEGER(KINT), INTENT(IN) :: NFREE
+  REAL(KREAL), INTENT(INOUT) :: Hess(Nfree,Nfree)
+  REAL(KREAL), INTENT(IN) :: ds(Nfree)
+  REAL(KREAL), INTENT(IN) :: dGrad(Nfree)
+  
+!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
+!
+! This subroutine updates the inverse of the Hessian
+! using a DFP formula.
+!
+! input:
+!  - nfree: number of coordinates
+!  - ds: GeomOld-Geom (expressed in the optimization coord.)
+!  - dgrad: GradOld-Grad  (expressed in the optimization coord.)
+!
+!  input/output:
+!  - Hess: old Hessian in input, replaced by updated Hessian on output
+!
+!  Notations for the formula:
+! s=Geom-GeomOld  
+! y=Grad-GradOld
+! W= (H)-1 ie the inverse matrix that we are updating
+! W+=W + s(sT)/(s,y)-[Wy(yT)W]/(y,Wy) 
+! 
+! We decompose the computation in two steps:
+! first we compute the update, and then we add it to Hess to get the
+! new Hessian.
+! This allows us to introduce a scaling factor if needed later.
+!
+!!!!!!!!!!!!!!!!
+!
+! Due to the dual properties, this routine is also called to compute
+! the BFGS update for the Hessian
+!
+!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
+
+
+  REAL(KREAL), ALLOCATABLE  :: HessOld(:,:) , Wy(:)
+  REAL(KREAL), ALLOCATABLE  :: Hup(:,:)
+  REAL(KREAL), ALLOCATABLE  :: Num(:,:), Num2(:,:)
+  REAL(KREAL) :: Den, Den2,NormDS
+  INTEGER(KINT) :: i,j,k, Idx
+
+  LOGICAL :: debug
+
+  interface
+     function valid(string) result (isValid)
+       logical                  :: isValid
+       character(*), intent(in) :: string
+     end function valid
+
+  end interface
+
+  debug=valid("Hinvup_DFP").OR. Valid('HUPDATE')
+
+  if (debug) WRITE(*,*) "=========================== Entering Hinvup_DFP ===================="
+
+  ALLOCATE(HessOld(nfree,nfree), Hup(nfree,nfree), &
+       Num(nfree,nfree), Num2(nfree,nfree),Wy(Nfree) )
+
+
+
+  HessOld=Hess
+
+  if (debug) THEN
+     WRITE(*,*) 'DBG Hinvup_DFP HessOld'
+     Idx=min(12,Nfree)
+     DO I=1,NFree
+        WRITE(*,'(12(1X,F8.4))') HessOld(I,1:Idx)
+     END DO
+     WRITE(*,*) 'DBG Hinvup_DFP ds'
+     WRITE(*,'(12(1X,F8.4))') ds(1:Idx)
+     WRITE(*,*) 'DBG Hinvup_DFP dGrad'
+     WRITE(*,'(12(1X,F8.4))') dGrad(1:Idx)
+  END IF
+
+
+
+  NormDS=sqrt(DOT_PRODUCT(DS,DS))
+  if (NormDS>=1e-6) THEN
+     IF (debug) WRITE(*,*) 'NormDS=',NormDS
+     IF (debug) WRITE(*,*) 'DS=',DS
+     IF (debug) WRITE(*,*) 'DGrad=',DGrad
+     ! We calculate the denominator (DGrad,DS)
+     den=DOT_PRODUCT(DGrad,DS)
+
+     if (debug) WRITE(*,*) "(y,s)=(yT)s",den
+
+     ! We calculate Wy
+     Wy=0
+     DO I=1,nfree
+        DO J=1,NFree
+           Wy(I)=Wy(I)+HessOld(i,j)*DGrad(j)
+        END DO
+     END DO
+
+     if (debug) WRITE(*,*) "Wy=",Wy
+
+     ! We calculate Num=s(sT)
+     Num=0.
+     DO I=1,Nfree
+        DO J=1,Nfree
+           Num(I,J)=ds(i)*Ds(j)
+        END DO
+     END DO
+
+     if (debug) THEN
+        WRITE(*,*) "s(sT)"
+        DO I=1,NFree
+           WRITE(*,*) Num(I,:)
+        END DO
+     END if
+
+     ! We calculate Num2=Wy(WyT)
+     Num2=0
+     Do I=1,NFree
+        DO J=1,NFree
+             Num2(I,J)=Wy(i)*Wy(j)
+        END DO
+     END DO
+
+     if (debug) THEN
+        WRITE(*,*) "Wy(WyT)"
+        DO I=1,NFree
+           WRITE(*,*) Num2(I,:)
+        END DO
+     END if
+
+
+! we calculate den=(sT)y
+     den=DOT_PRODUCT(ds,dgrad)
+
+! we calculate den2=(yT)Wy
+     den2=DOT_PRODUCT(dgrad,Wy)
+
+     if (debug) THEN
+        WRITE(*,*) "(sT)y,(yT)Wy ",den,den2
+     END if
+
+
+     !We add everything
+     Hup=Num/den-Num2/den2
+     Hess=HessOld+Hup
+
+     if (debug) THEN
+        WRITE(*,*) 'DBG Hinvup_DFP Hup'
+        Idx=min(12,Nfree)
+        DO I=1,NFree
+           WRITE(*,'(12(1X,F8.4))') Hup(I,1:Idx)
+        END DO
+        WRITE(*,*) 'DBG Hinvup_DFP Hess new'
+        Idx=min(12,Nfree)
+        DO I=1,NFree
+           WRITE(*,'(12(1X,F8.4))') Hess(I,1:Idx)
+        END DO
+     END IF
+
+  ELSE
+     Hess=HessOld
+  END IF
+
+  DEALLOCATE(HessOld, Wy, Hup, Num, Num2 )
+
+  if (debug) WRITE(*,*) "=========================== Hinvup_DFP Over ===================="
+
+END SUBROUTINE Hinvup_DFP
Index: src/Extrapol_cart.f90
===================================================================
--- src/Extrapol_cart.f90	(revision 3)
+++ src/Extrapol_cart.f90	(revision 4)
@@ -64,64 +64,11 @@
 
   ALLOCATE(XyzTmp(Nat,3),XyzTmp2(Nat,3),DerXyz(Nat,3))
 
-!  XyzTmp2=Reshape(XyzGeomI(1,:,:),(/Nat,3/),ORDER=(/2,1/))
+! PFL 2011 June 22
+! There was an alignment procedure there.
+! It has been moved to PathCreate before the 
+! computation of the Spline coefficient.
 
-  if (debug) THEN
-     WRITE(*,*) "DBG Extrapol_cart Initial geometries"
-     DO IGeom=1,NGeomI
-        WRITE(*,*) 'XyzGeomI, IGeom=',IGeom
-        DO I=1,Nat
-           WRITE(IOOUT,'(1X,A2,3(1X,F15.6))') Nom(Atome(I)),      &
-                (XyzGeomI(IGeom,J,I),J=1,3)
-        END DO
-     END DO
-  END IF
-
-
-! In order to mesure only the relevant distance between two points
-! we align all geometries on the original one
-
-   DO IGeom=1,NGeomI
-
-      XyzTmp2=Reshape(XyzGeomI(IGeom,:,:),(/Nat,3/),ORDER=(/2,1/))
-  ! We align this geometry with the original one
-  ! PFL 17/July/2006: only if we have more than 4 atoms.
-!  IF (Nat.GT.4) THEN
-! PFL 24 Nov 2008 ->
-! If we have frozen atoms we align only those ones.
-! PFL 8 Feb 2011 ->
-! I add a flag to see if we should align or not.
-! For small systems, it might be better to let the user align himself
-      IF (Align) THEN
-         if (NFroz.GT.0) THEN
-            Call AlignPartial(Nat,x0,y0,z0,                     &
-                 xyzTmp2(1,1),xyzTmp2(1,2),xyzTMP2(1,3),       &
-                 FrozAtoms,MRot)
-         ELSE
-            Call  CalcRmsd(Nat, x0,y0,z0,                              &
-                 xyzTmp2(1,1),xyzTmp2(1,2),xyzTMP2(1,3),       &
-                 MRot,rmsd,.TRUE.,.TRUE.)
-         END IF
-! <- PFL 24 Nov 2008
-      END IF
-! -> PFL 8 Feb 2011
-!  END IF
-
-  XyzGeomI(IGeom,:,:)=Reshape(XyzTmp2(:,:),(/3,Nat/),ORDER=(/2,1/))
- END DO
-
-   if (print) THEN
-      WRITE(*,*) "Aligned geometries"
-      DO J=1, NGeomI
-         WRITE(IOOUT,*) Nat
-         WRITE(IOOUT,*) " Aligned geometry ",J,"/",NGeomI
-           DO i=1,Nat
-              WRITE(IOOUT,'(1X,A2,3(1X,F15.6))') Nom(Atome(I)),    &
-                   XyzGeomI(J,1:3,I)
-           END DO
-        END DO
-     END IF
-
   XyzGeomF(1,:,:)=XyzGeomI(1,:,:)
 
 
@@ -129,32 +76,11 @@
 
   XyzTmp=Reshape(XyzGeomI(1,:,:),(/Nat,3/),ORDER=(/2,1/))
 
-  ! We align this geometry with the original one
-  ! PFL 17/July/2006: only if we have more than 4 atoms.
-!  IF (Nat.GT.4) THEN
-! PFL 24 Nov 2008 ->
-! If we have frozen atoms we align only those ones.
-! PFL 8 Feb 2011 ->
-! I add a flag to see if we should align or not.
-! For small systems, it might be better to let the user align himself
-      IF (Align) THEN
-         if (NFroz.GT.0) THEN
-            Call AlignPartial(Nat,x0,y0,z0,                     &
-                 xyzTmp(1,1),xyzTmp(1,2),xyzTMP(1,3),       &
-                 FrozAtoms,MRot)
-         ELSE
-            Call  CalcRmsd(Nat, x0,y0,z0,                              &
-                 xyzTmp(1,1),xyzTmp(1,2),xyzTMP(1,3),       &
-                 MRot,rmsd,.TRUE.,.TRUE.)
-         END IF
-! <- PFL 24 Nov 2008
-      END IF
-! -> PFL 8 Feb 2011
-!  END IF
 
 
-
   s=0.d0
+  SGeom(1)=0.d0
+
   if (printspline) THEN
      u=0.d0
      DO Iat=1,Nat
@@ -199,7 +125,11 @@
      END DO
 
 
-  ! We align this geometry with the original one
+! PFL 2011 June 22: We now align on the previous one
+! as we do for internal coord interpolation
+
+! We align this geometry with the previous one
+
   ! PFL 17/July/2006: only if we have more than 4 atoms.
 !  IF (Nat.GT.4) THEN
 ! PFL 24 Nov 2008 ->
@@ -209,11 +139,13 @@
 ! For small systems, it might be better to let the user align himself
       IF (Align) THEN
          if (NFroz.GT.0) THEN
-            Call AlignPartial(Nat,x0,y0,z0,                     &
+            Call AlignPartial(Nat,                     &
+                 xyzTmp(1,1),xyzTmp(1,2),xyzTMP(1,3),       &
                  xyzTmp2(1,1),xyzTmp2(1,2),xyzTMP2(1,3),       &
                  FrozAtoms,MRot)
          ELSE
-            Call  CalcRmsd(Nat, x0,y0,z0,                              &
+            Call  CalcRmsd(Nat,                              &
+                 xyzTmp(1,1),xyzTmp(1,2),xyzTMP(1,3),       &
                  xyzTmp2(1,1),xyzTmp2(1,2),xyzTMP2(1,3),       &
                  MRot,rmsd,.TRUE.,.TRUE.)
          END IF
@@ -257,6 +189,7 @@
 
         s=s-dist
         IdxGeom=IdxGeom+1
+        SGeom(IdxGeom)=s+dist*(IdxGeom-1)
 
   ! We align this geometry with the original one
   ! PFL 17/July/2006: only if we have more than 4 atoms.
@@ -336,6 +269,7 @@
 !  END IF
 
      IdxGeom=IdxGeom+1
+     SGeom(IdxGeom)=s+dist*(IdxGeom-1)
 
     IF (IdxGeom.GT.NGeomF) THEN
         WRITE(IOOUT,*) "!!! ERROR in Extrapol_cart !!!!"
Index: src/egrad_chamfre.f90
===================================================================
--- src/egrad_chamfre.f90	(revision 3)
+++ src/egrad_chamfre.f90	(revision 4)
@@ -1,4 +1,4 @@
-!*************############### Attention	###############*************
+!*************############### Attention  ###############*************
 !(a) Two parameters aa and br(3,3) must be provided in main program
 !(b) At first, z=0 for the outmost surface 
 !(c) The units of all parameters are not atomic units, but angstrom, eV etc.
@@ -173,9 +173,9 @@
 !
 !rtemp=rlong
     if (ka(i+mid)<np+1.and.ka(j+mid)<np+1)then     ! Ni-Ni
-	     
-	      rtemp=rnn
-	 endif
+       
+        rtemp=rnn
+   endif
     if (ka(i+mid)<np+1.and.ka(j+mid)>np.and.ka(j+mid)<np+5)then  ! Ni-H
           
            rtemp=rnh
@@ -189,9 +189,9 @@
             rtemp=rch
      endif
     if (ka(i+mid)>np.and.ka(i+mid)<np+5.and.ka(j+mid)>np.and.ka(j+mid)<np+5)then  ! H-H
-	       
-	        rtemp=rhh
-	 endif
+         
+          rtemp=rhh
+   endif
     if (ka(i+mid)>np.and.ka(i+mid)<np+5.and.ka(j+mid)<np+1) then  ! H-Ni
             
              rtemp=rnh
@@ -228,10 +228,10 @@
              rij=sqrt((xj(1)-xi(1))**2.0+(xj(2)-xi(2))**2.0+(xj(3)-xi(3))**2.0)
              n1=ka(i)/(np+1);n2=ka(mf(i,j))/(np+1)    !!!  Ni 46  H  50  C
              n3=ka(i)/(np+5);n4=ka(mf(i,j))/(np+5)
-	
+  
  !**********************************Ni-Ni interaction
  ! **********
-         if(n1==0.and.n3==0.and.n2==0.and.n4==0)then		 !Ni-Ni
+         if(n1==0.and.n3==0.and.n2==0.and.n4==0)then     !Ni-Ni
            call fctNiNi(rnn,rij,fcut)
            call dfcutNiNi(rnn,rij,tf)
             eb=eb+ann(5)*exp(-2.0*ann(1)*(rij/ann(3)-1.0))*fcut
@@ -239,26 +239,36 @@
 
 !Calculation of FORCE
 do im=1,3
-dv(i,1,im)=dv(i,1,im)+ann(4)*exp(-1.0*ann(2)*(rij/ann(3)-1.0))*fcut*(-ann(2)/ann(3))*(xi(im)-xj(im))/rij
-dv(i,2,im)=dv(i,2,im)+ann(5)*exp(-2.0*ann(1)*(rij/ann(3)-1.0))*fcut
-dv(i,3,im)=dv(i,3,im)+ann(5)*exp(-2.0*ann(1)*(rij/ann(3)-1.0))*fcut*(-2.0*ann(1)/ann(3))*(xi(im)-xj(im))/rij
-dv(ka(mf(i+mid,j)),1,im)=dv(ka(mf(i+mid,j)),1,im)+ann(4)*exp(-1.0*ann(2)*(rij/ann(3)-1.0))*fcut*(-ann(2)/ann(3))*(xj(im)-xi(im))/rij
-dv(ka(mf(i+mid,j)),2,im)=dv(ka(mf(i+mid,j)),2,im)+ann(5)*exp(-2.0*ann(1)*(rij/ann(3)-1.0))*fcut
-dv(ka(mf(i+mid,j)),3,im)=dv(ka(mf(i+mid,j)),3,im)+ann(5)*exp(-2.0*ann(1)*(rij/ann(3)-1.0))*fcut*(-2.0*ann(1)/ann(3))*(xj(im)-xi(im))/rij
+   dv(i,1,im)=dv(i,1,im)+ann(4)*exp(-1.0*ann(2)*(rij/ann(3)-1.0))*fcut &
+        *(-ann(2)/ann(3))*(xi(im)-xj(im))/rij
+   dv(i,2,im)=dv(i,2,im)+ann(5)*exp(-2.0*ann(1)*(rij/ann(3)-1.0))*fcut
+   dv(i,3,im)=dv(i,3,im)+ann(5)*exp(-2.0*ann(1)*(rij/ann(3)-1.0))*fcut &
+        *(-2.0*ann(1)/ann(3))*(xi(im)-xj(im))/rij
+   dv(ka(mf(i+mid,j)),1,im)=dv(ka(mf(i+mid,j)),1,im)+ann(4)*exp(-1.0*ann(2) &
+     *(rij/ann(3)-1.0))*fcut*(-ann(2)/ann(3))*(xj(im)-xi(im))/rij
+   dv(ka(mf(i+mid,j)),2,im)=dv(ka(mf(i+mid,j)),2,im)+ann(5)*exp(-2.0*ann(1) &
+     *(rij/ann(3)-1.0))*fcut
+   dv(ka(mf(i+mid,j)),3,im)=dv(ka(mf(i+mid,j)),3,im)+ann(5)*exp(-2.0*ann(1) &
+        *(rij/ann(3)-1.0))*fcut*(-2.0*ann(1)/ann(3))*(xj(im)-xi(im))/rij
 
-df(i,1,im)=df(i,1,im)+ann(4)*exp(-1.0*ann(2)*(rij/ann(3)-1.0))*tf*(xi(im)-xj(im))/rij
-df(i,2,im)=df(i,2,im)+ann(5)*exp(-2.0*ann(1)*(rij/ann(3)-1.0))*fcut
-df(i,3,im)=df(i,3,im)+ann(5)*exp(-2.0*ann(1)*(rij/ann(3)-1.0))*tf*(xi(im)-xj(im))/rij
-df(ka(mf(i+mid,j)),1,im)=df(ka(mf(i+mid,j)),1,im)+ann(4)*exp(-1.0*ann(2)*(rij/ann(3)-1.0))*tf*(xj(im)-xi(im))/rij
-df(ka(mf(i+mid,j)),2,im)=df(ka(mf(i+mid,j)),2,im)+ann(5)*exp(-2.0*ann(1)*(rij/ann(3)-1.0))*fcut
-df(ka(mf(i+mid,j)),3,im)=df(ka(mf(i+mid,j)),3,im)+ann(5)*exp(-2.0*ann(1)*(rij/ann(3)-1.0))*tf*(xj(im)-xi(im))/rij
+   df(i,1,im)=df(i,1,im)+ann(4)*exp(-1.0*ann(2)*(rij/ann(3)-1.0))*tf &
+        *(xi(im)-xj(im))/rij
+   df(i,2,im)=df(i,2,im)+ann(5)*exp(-2.0*ann(1)*(rij/ann(3)-1.0))*fcut
+   df(i,3,im)=df(i,3,im)+ann(5)*exp(-2.0*ann(1)*(rij/ann(3)-1.0))*tf &
+        *(xi(im)-xj(im))/rij
+   df(ka(mf(i+mid,j)),1,im)=df(ka(mf(i+mid,j)),1,im)+ann(4)*exp(-1.0*ann(2) &
+     *(rij/ann(3)-1.0))*tf*(xj(im)-xi(im))/rij
+   df(ka(mf(i+mid,j)),2,im)=df(ka(mf(i+mid,j)),2,im)+ann(5)*exp(-2.0*ann(1) &
+        *(rij/ann(3)-1.0))*fcut
+   df(ka(mf(i+mid,j)),3,im)=df(ka(mf(i+mid,j)),3,im)+ann(5)*exp(-2.0*ann(1) &
+        *(rij/ann(3)-1.0))*tf*(xj(im)-xi(im))/rij
 enddo
 !
-             endif
+endif
 
  !**********************************Ni-H interaction
 ! **********
-         if(n1==0.and.n3==0.and.n2==1.and.n4==0)then		 !Ni-H
+         if(n1==0.and.n3==0.and.n2==1.and.n4==0)then     !Ni-H
            call fctNiH(rnh,rij,fcut)
            call dfcutNiH(rnh,rij,tf)
              eb=eb+anh(5)*exp(-2.0*anh(1)*(rij/anh(3)-1.0))*fcut
@@ -266,19 +276,31 @@
 
 !Calculation of FORCE
 do im=1,3
-dv(i,1,im)=dv(i,1,im)+anh(4)*exp(-1.0*anh(2)*(rij/anh(3)-1.0))*fcut*(-anh(2)/anh(3))*(xi(im)-xj(im))/rij
-dv(i,2,im)=dv(i,2,im)+anh(5)*exp(-2.0*anh(1)*(rij/anh(3)-1.0))*fcut
-dv(i,3,im)=dv(i,3,im)+anh(5)*exp(-2.0*anh(1)*(rij/anh(3)-1.0))*fcut*(-2.0*anh(1)/anh(3))*(xi(im)-xj(im))/rij
-dv(ka(mf(i+mid,j)),1,im)=dv(ka(mf(i+mid,j)),1,im)+anh(4)*exp(-1.0*anh(2)*(rij/anh(3)-1.0))*fcut*(-anh(2)/anh(3))*(xj(im)-xi(im))/rij
-dv(ka(mf(i+mid,j)),2,im)=dv(ka(mf(i+mid,j)),2,im)+anh(5)*exp(-2.0*anh(1)*(rij/anh(3)-1.0))*fcut
-dv(ka(mf(i+mid,j)),3,im)=dv(ka(mf(i+mid,j)),3,im)+anh(5)*exp(-2.0*anh(1)*(rij/anh(3)-1.0))*fcut*(-2.0*anh(1)/anh(3))*(xj(im)-xi(im))/rij
+   dv(i,1,im)=dv(i,1,im)+anh(4)*exp(-1.0*anh(2)*(rij/anh(3)-1.0))*fcut &
+        *(-anh(2)/anh(3))*(xi(im)-xj(im))/rij
+   dv(i,2,im)=dv(i,2,im)+anh(5)*exp(-2.0*anh(1)*(rij/anh(3)-1.0))*fcut
+   dv(i,3,im)=dv(i,3,im)+anh(5)*exp(-2.0*anh(1)*(rij/anh(3)-1.0))*fcut &
+        *(-2.0*anh(1)/anh(3))*(xi(im)-xj(im))/rij
+   dv(ka(mf(i+mid,j)),1,im)=dv(ka(mf(i+mid,j)),1,im)+anh(4)* &
+        exp(-1.0*anh(2)*(rij/anh(3)-1.0))*fcut*(-anh(2)/anh(3)) &
+        *(xj(im)-xi(im))/rij
+   dv(ka(mf(i+mid,j)),2,im)=dv(ka(mf(i+mid,j)),2,im)+anh(5)* &
+        exp(-2.0*anh(1)*(rij/anh(3)-1.0))*fcut
+   dv(ka(mf(i+mid,j)),3,im)=dv(ka(mf(i+mid,j)),3,im)+anh(5)* &
+        exp(-2.0*anh(1)*(rij/anh(3)-1.0))*fcut*(-2.0*anh(1)/anh(3)) &
+        *(xj(im)-xi(im))/rij
 
-df(i,1,im)=df(i,1,im)+anh(4)*exp(-1.0*anh(2)*(rij/anh(3)-1.0))*tf*(xi(im)-xj(im))/rij
-df(i,2,im)=df(i,2,im)+anh(5)*exp(-2.0*anh(1)*(rij/anh(3)-1.0))*fcut
-df(i,3,im)=df(i,3,im)+anh(5)*exp(-2.0*anh(1)*(rij/anh(3)-1.0))*tf*(xi(im)-xj(im))/rij
-df(ka(mf(i+mid,j)),1,im)=df(ka(mf(i+mid,j)),1,im)+anh(4)*exp(-1.0*anh(2)*(rij/anh(3)-1.0))*tf*(xj(im)-xi(im))/rij
-df(ka(mf(i+mid,j)),2,im)=df(ka(mf(i+mid,j)),2,im)+anh(5)*exp(-2.0*anh(1)*(rij/anh(3)-1.0))*fcut
-df(ka(mf(i+mid,j)),3,im)=df(ka(mf(i+mid,j)),3,im)+anh(5)*exp(-2.0*anh(1)*(rij/anh(3)-1.0))*tf*(xj(im)-xi(im))/rij
+   df(i,1,im)=df(i,1,im)+anh(4)*exp(-1.0*anh(2)*(rij/anh(3)-1.0))*tf &
+        *(xi(im)-xj(im))/rij
+   df(i,2,im)=df(i,2,im)+anh(5)*exp(-2.0*anh(1)*(rij/anh(3)-1.0))*fcut
+   df(i,3,im)=df(i,3,im)+anh(5)*exp(-2.0*anh(1)*(rij/anh(3)-1.0))*tf &
+        *(xi(im)-xj(im))/rij
+   df(ka(mf(i+mid,j)),1,im)=df(ka(mf(i+mid,j)),1,im)+anh(4)*exp(-1.0*anh(2) &
+        *(rij/anh(3)-1.0))*tf*(xj(im)-xi(im))/rij
+   df(ka(mf(i+mid,j)),2,im)=df(ka(mf(i+mid,j)),2,im)+anh(5)*exp(-2.0*anh(1) &
+        *(rij/anh(3)-1.0))*fcut
+   df(ka(mf(i+mid,j)),3,im)=df(ka(mf(i+mid,j)),3,im)+anh(5)*exp(-2.0*anh(1) &
+        *(rij/anh(3)-1.0))*tf*(xj(im)-xi(im))/rij
 enddo
 !
 !
@@ -286,7 +308,7 @@
 
 !**********************************Ni-C interaction
 ! **********
-         if(n1==0.and.n3==0.and.n2==1.and.n4==1)then		 !Ni-C
+         if(n1==0.and.n3==0.and.n2==1.and.n4==1)then     !Ni-C
            call fctNiC(rnc,rij,fcut)
            call dfcutNiC(rnc,rij,tf)
             eb=eb+anc(5)*exp(-2.0*anc(1)*(rij/anc(3)-1.0))*fcut
@@ -294,19 +316,29 @@
 
 !Calculation of FORCE
 do im=1,3
-dv(i,1,im)=dv(i,1,im)+anc(4)*exp(-1.0*anc(2)*(rij/anc(3)-1.0))*fcut*(-anc(2)/anc(3))*(xi(im)-xj(im))/rij
-dv(i,2,im)=dv(i,2,im)+anc(5)*exp(-2.0*anc(1)*(rij/anc(3)-1.0))*fcut
-dv(i,3,im)=dv(i,3,im)+anc(5)*exp(-2.0*anc(1)*(rij/anc(3)-1.0))*fcut*(-2.0*anc(1)/anc(3))*(xi(im)-xj(im))/rij
-dv(ka(mf(i+mid,j)),1,im)=dv(ka(mf(i+mid,j)),1,im)+anc(4)*exp(-1.0*anc(2)*(rij/anc(3)-1.0))*fcut*(-anc(2)/anc(3))*(xj(im)-xi(im))/rij
-dv(ka(mf(i+mid,j)),2,im)=dv(ka(mf(i+mid,j)),2,im)+anc(5)*exp(-2.0*anc(1)*(rij/anc(3)-1.0))*fcut
-dv(ka(mf(i+mid,j)),3,im)=dv(ka(mf(i+mid,j)),3,im)+anc(5)*exp(-2.0*anc(1)*(rij/anc(3)-1.0))*fcut*(-2.0*anc(1)/anc(3))*(xj(im)-xi(im))/rij
-
-df(i,1,im)=df(i,1,im)+anc(4)*exp(-1.0*anc(2)*(rij/anc(3)-1.0))*tf*(xi(im)-xj(im))/rij
-df(i,2,im)=df(i,2,im)+anc(5)*exp(-2.0*anc(1)*(rij/anc(3)-1.0))*fcut
-df(i,3,im)=df(i,3,im)+anc(5)*exp(-2.0*anc(1)*(rij/anc(3)-1.0))*tf*(xi(im)-xj(im))/rij
-df(ka(mf(i+mid,j)),1,im)=df(ka(mf(i+mid,j)),1,im)+anc(4)*exp(-1.0*anc(2)*(rij/anc(3)-1.0))*tf*(xj(im)-xi(im))/rij
-df(ka(mf(i+mid,j)),2,im)=df(ka(mf(i+mid,j)),2,im)+anc(5)*exp(-2.0*anc(1)*(rij/anc(3)-1.0))*fcut
-df(ka(mf(i+mid,j)),3,im)=df(ka(mf(i+mid,j)),3,im)+anc(5)*exp(-2.0*anc(1)*(rij/anc(3)-1.0))*tf*(xj(im)-xi(im))/rij
+   dv(i,1,im)=dv(i,1,im)+anc(4)*exp(-1.0*anc(2)*(rij/anc(3)-1.0))*fcut &
+        *(-anc(2)/anc(3))*(xi(im)-xj(im))/rij
+   dv(i,2,im)=dv(i,2,im)+anc(5)*exp(-2.0*anc(1)*(rij/anc(3)-1.0))*fcut
+   dv(i,3,im)=dv(i,3,im)+anc(5)*exp(-2.0*anc(1)*(rij/anc(3)-1.0))*fcut &
+        *(-2.0*anc(1)/anc(3))*(xi(im)-xj(im))/rij
+   dv(ka(mf(i+mid,j)),1,im)=dv(ka(mf(i+mid,j)),1,im)+anc(4)*exp(-1.0* &
+        anc(2)*(rij/anc(3)-1.0))*fcut*(-anc(2)/anc(3))*(xj(im)-xi(im))/rij
+   dv(ka(mf(i+mid,j)),2,im)=dv(ka(mf(i+mid,j)),2,im)+anc(5)*exp(-2.0* &
+        anc(1)*(rij/anc(3)-1.0))*fcut
+   dv(ka(mf(i+mid,j)),3,im)=dv(ka(mf(i+mid,j)),3,im)+anc(5)*exp(-2.0* &
+        anc(1)*(rij/anc(3)-1.0))*fcut*(-2.0*anc(1)/anc(3))*(xj(im)-xi(im))/rij
+   
+   df(i,1,im)=df(i,1,im)+anc(4)*exp(-1.0*anc(2)*(rij/anc(3)-1.0))*tf &
+        *(xi(im)-xj(im))/rij
+   df(i,2,im)=df(i,2,im)+anc(5)*exp(-2.0*anc(1)*(rij/anc(3)-1.0))*fcut
+   df(i,3,im)=df(i,3,im)+anc(5)*exp(-2.0*anc(1)*(rij/anc(3)-1.0))*tf &
+        *(xi(im)-xj(im))/rij
+   df(ka(mf(i+mid,j)),1,im)=df(ka(mf(i+mid,j)),1,im)+anc(4)*exp(-1.0* &
+        anc(2)*(rij/anc(3)-1.0))*tf*(xj(im)-xi(im))/rij
+   df(ka(mf(i+mid,j)),2,im)=df(ka(mf(i+mid,j)),2,im)+anc(5)*exp(-2.0* &
+        anc(1)*(rij/anc(3)-1.0))*fcut
+   df(ka(mf(i+mid,j)),3,im)=df(ka(mf(i+mid,j)),3,im)+anc(5)*exp(-2.0* &
+        anc(1)*(rij/anc(3)-1.0))*tf*(xj(im)-xi(im))/rij
 enddo
 !
                endif
@@ -320,19 +352,29 @@
 
 !Calculation of FORCE
 do im=1,3
-dv(i,1,im)=dv(i,1,im)+anh(4)*exp(-1.0*anh(2)*(rij/anh(3)-1.0))*fcut*(-anh(2)/anh(3))*(xi(im)-xj(im))/rij
-dv(i,2,im)=dv(i,2,im)+anh(5)*exp(-2.0*anh(1)*(rij/anh(3)-1.0))*fcut
-dv(i,3,im)=dv(i,3,im)+anh(5)*exp(-2.0*anh(1)*(rij/anh(3)-1.0))*fcut*(-2.0*anh(1)/anh(3))*(xi(im)-xj(im))/rij
-dv(ka(mf(i+mid,j)),1,im)=dv(ka(mf(i+mid,j)),1,im)+anh(4)*exp(-1.0*anh(2)*(rij/anh(3)-1.0))*fcut*(-anh(2)/anh(3))*(xj(im)-xi(im))/rij
-dv(ka(mf(i+mid,j)),2,im)=dv(ka(mf(i+mid,j)),2,im)+anh(5)*exp(-2.0*anh(1)*(rij/anh(3)-1.0))*fcut
-dv(ka(mf(i+mid,j)),3,im)=dv(ka(mf(i+mid,j)),3,im)+anh(5)*exp(-2.0*anh(1)*(rij/anh(3)-1.0))*fcut*(-2.0*anh(1)/anh(3))*(xj(im)-xi(im))/rij
+   dv(i,1,im)=dv(i,1,im)+anh(4)*exp(-1.0*anh(2)*(rij/anh(3)-1.0))*fcut &
+        *(-anh(2)/anh(3))*(xi(im)-xj(im))/rij
+   dv(i,2,im)=dv(i,2,im)+anh(5)*exp(-2.0*anh(1)*(rij/anh(3)-1.0))*fcut
+   dv(i,3,im)=dv(i,3,im)+anh(5)*exp(-2.0*anh(1)*(rij/anh(3)-1.0))*fcut &
+        *(-2.0*anh(1)/anh(3))*(xi(im)-xj(im))/rij
+   dv(ka(mf(i+mid,j)),1,im)=dv(ka(mf(i+mid,j)),1,im)+anh(4)*exp(-1.0*anh(2) &
+     *(rij/anh(3)-1.0))*fcut*(-anh(2)/anh(3))*(xj(im)-xi(im))/rij
+   dv(ka(mf(i+mid,j)),2,im)=dv(ka(mf(i+mid,j)),2,im)+anh(5)*exp(-2.0* & 
+        anh(1)*(rij/anh(3)-1.0))*fcut
+   dv(ka(mf(i+mid,j)),3,im)=dv(ka(mf(i+mid,j)),3,im)+anh(5)*exp(-2.0* &
+        anh(1)*(rij/anh(3)-1.0))*fcut*(-2.0*anh(1)/anh(3))*(xj(im)-xi(im))/rij
 
-df(i,1,im)=df(i,1,im)+anh(4)*exp(-1.0*anh(2)*(rij/anh(3)-1.0))*tf*(xi(im)-xj(im))/rij
-df(i,2,im)=df(i,2,im)+anh(5)*exp(-2.0*anh(1)*(rij/anh(3)-1.0))*fcut
-df(i,3,im)=df(i,3,im)+anh(5)*exp(-2.0*anh(1)*(rij/anh(3)-1.0))*tf*(xi(im)-xj(im))/rij
-df(ka(mf(i+mid,j)),1,im)=df(ka(mf(i+mid,j)),1,im)+anh(4)*exp(-1.0*anh(2)*(rij/anh(3)-1.0))*tf*(xj(im)-xi(im))/rij
-df(ka(mf(i+mid,j)),2,im)=df(ka(mf(i+mid,j)),2,im)+anh(5)*exp(-2.0*anh(1)*(rij/anh(3)-1.0))*fcut
-df(ka(mf(i+mid,j)),3,im)=df(ka(mf(i+mid,j)),3,im)+anh(5)*exp(-2.0*anh(1)*(rij/anh(3)-1.0))*tf*(xj(im)-xi(im))/rij
+   df(i,1,im)=df(i,1,im)+anh(4)*exp(-1.0*anh(2)*(rij/anh(3)-1.0))*tf &
+        *(xi(im)-xj(im))/rij
+   df(i,2,im)=df(i,2,im)+anh(5)*exp(-2.0*anh(1)*(rij/anh(3)-1.0))*fcut
+   df(i,3,im)=df(i,3,im)+anh(5)*exp(-2.0*anh(1)*(rij/anh(3)-1.0))*tf &
+        *(xi(im)-xj(im))/rij
+   df(ka(mf(i+mid,j)),1,im)=df(ka(mf(i+mid,j)),1,im)+anh(4)*exp(-1.0* &
+        anh(2)*(rij/anh(3)-1.0))*tf*(xj(im)-xi(im))/rij
+   df(ka(mf(i+mid,j)),2,im)=df(ka(mf(i+mid,j)),2,im)+anh(5)*exp(-2.0* &
+        anh(1)*(rij/anh(3)-1.0))*fcut
+   df(ka(mf(i+mid,j)),3,im)=df(ka(mf(i+mid,j)),3,im)+anh(5)*exp(-2.0* &
+        anh(1)*(rij/anh(3)-1.0))*tf*(xj(im)-xi(im))/rij
 enddo
 !
               endif
@@ -346,19 +388,29 @@
 
 !Calculation of FORCE
 do im=1,3
-dv(i,1,im)=dv(i,1,im)+ahh(4)*exp(-1.0*ahh(2)*(rij/ahh(3)-1.0))*fcut*(-ahh(2)/ahh(3))*(xi(im)-xj(im))/rij
-dv(i,2,im)=dv(i,2,im)+ahh(5)*exp(-2.0*ahh(1)*(rij/ahh(3)-1.0))*fcut
-dv(i,3,im)=dv(i,3,im)+ahh(5)*exp(-2.0*ahh(1)*(rij/ahh(3)-1.0))*fcut*(-2.0*ahh(1)/ahh(3))*(xi(im)-xj(im))/rij
-dv(ka(mf(i+mid,j)),1,im)=dv(ka(mf(i+mid,j)),1,im)+ahh(4)*exp(-1.0*ahh(2)*(rij/ahh(3)-1.0))*fcut*(-ahh(2)/ahh(3))*(xj(im)-xi(im))/rij
-dv(ka(mf(i+mid,j)),2,im)=dv(ka(mf(i+mid,j)),2,im)+ahh(5)*exp(-2.0*ahh(1)*(rij/ahh(3)-1.0))*fcut
-dv(ka(mf(i+mid,j)),3,im)=dv(ka(mf(i+mid,j)),3,im)+ahh(5)*exp(-2.0*ahh(1)*(rij/ahh(3)-1.0))*fcut*(-2.0*ahh(1)/ahh(3))*(xj(im)-xi(im))/rij
-
-df(i,1,im)=df(i,1,im)+ahh(4)*exp(-1.0*ahh(2)*(rij/ahh(3)-1.0))*tf*(xi(im)-xj(im))/rij
-df(i,2,im)=df(i,2,im)+ahh(5)*exp(-2.0*ahh(1)*(rij/ahh(3)-1.0))*fcut
-df(i,3,im)=df(i,3,im)+ahh(5)*exp(-2.0*ahh(1)*(rij/ahh(3)-1.0))*tf*(xi(im)-xj(im))/rij
-df(ka(mf(i+mid,j)),1,im)=df(ka(mf(i+mid,j)),1,im)+ahh(4)*exp(-1.0*ahh(2)*(rij/ahh(3)-1.0))*tf*(xj(im)-xi(im))/rij
-df(ka(mf(i+mid,j)),2,im)=df(ka(mf(i+mid,j)),2,im)+ahh(5)*exp(-2.0*ahh(1)*(rij/ahh(3)-1.0))*fcut
-df(ka(mf(i+mid,j)),3,im)=df(ka(mf(i+mid,j)),3,im)+ahh(5)*exp(-2.0*ahh(1)*(rij/ahh(3)-1.0))*tf*(xj(im)-xi(im))/rij
+   dv(i,1,im)=dv(i,1,im)+ahh(4)*exp(-1.0*ahh(2)*(rij/ahh(3)-1.0))*fcut &
+        *(-ahh(2)/ahh(3))*(xi(im)-xj(im))/rij
+   dv(i,2,im)=dv(i,2,im)+ahh(5)*exp(-2.0*ahh(1)*(rij/ahh(3)-1.0))*fcut
+   dv(i,3,im)=dv(i,3,im)+ahh(5)*exp(-2.0*ahh(1)*(rij/ahh(3)-1.0))*fcut &
+       *(-2.0*ahh(1)/ahh(3))*(xi(im)-xj(im))/rij
+   dv(ka(mf(i+mid,j)),1,im)=dv(ka(mf(i+mid,j)),1,im)+ahh(4)*exp(-1.0* &
+       ahh(2)*(rij/ahh(3)-1.0))*fcut*(-ahh(2)/ahh(3))*(xj(im)-xi(im))/rij
+   dv(ka(mf(i+mid,j)),2,im)=dv(ka(mf(i+mid,j)),2,im)+ahh(5)*exp(-2.0* &
+       ahh(1)*(rij/ahh(3)-1.0))*fcut
+   dv(ka(mf(i+mid,j)),3,im)=dv(ka(mf(i+mid,j)),3,im)+ahh(5)*exp(-2.0* &
+       ahh(1)*(rij/ahh(3)-1.0))*fcut*(-2.0*ahh(1)/ahh(3))*(xj(im)-xi(im))/rij
+   
+   df(i,1,im)=df(i,1,im)+ahh(4)*exp(-1.0*ahh(2)*(rij/ahh(3)-1.0))*tf &
+        *(xi(im)-xj(im))/rij
+   df(i,2,im)=df(i,2,im)+ahh(5)*exp(-2.0*ahh(1)*(rij/ahh(3)-1.0))*fcut
+   df(i,3,im)=df(i,3,im)+ahh(5)*exp(-2.0*ahh(1)*(rij/ahh(3)-1.0))*tf &
+        *(xi(im)-xj(im))/rij
+   df(ka(mf(i+mid,j)),1,im)=df(ka(mf(i+mid,j)),1,im)+ahh(4)*exp(-1.0* &
+        ahh(2)*(rij/ahh(3)-1.0))*tf*(xj(im)-xi(im))/rij
+   df(ka(mf(i+mid,j)),2,im)=df(ka(mf(i+mid,j)),2,im)+ahh(5)*exp(-2.0* &
+        ahh(1)*(rij/ahh(3)-1.0))*fcut
+   df(ka(mf(i+mid,j)),3,im)=df(ka(mf(i+mid,j)),3,im)+ahh(5)*exp(-2.0* &
+        ahh(1)*(rij/ahh(3)-1.0))*tf*(xj(im)-xi(im))/rij
 enddo
 !
              endif
@@ -374,19 +426,29 @@
 
 !Calculation of FORCE
 do im=1,3
-dv(i,1,im)=dv(i,1,im)+ach(4)*exp(-1.0*ach(2)*(rij/ach(3)-1.0))*fcut*(-ach(2)/ach(3))*(xi(im)-xj(im))/rij
+dv(i,1,im)=dv(i,1,im)+ach(4)*exp(-1.0*ach(2)*(rij/ach(3)-1.0))*fcut &
+        *(-ach(2)/ach(3))*(xi(im)-xj(im))/rij
 dv(i,2,im)=dv(i,2,im)+ach(5)*exp(-2.0*ach(1)*(rij/ach(3)-1.0))*fcut
-dv(i,3,im)=dv(i,3,im)+ach(5)*exp(-2.0*ach(1)*(rij/ach(3)-1.0))*fcut*(-2.0*ach(1)/ach(3))*(xi(im)-xj(im))/rij
-dv(ka(mf(i+mid,j)),1,im)=dv(ka(mf(i+mid,j)),1,im)+ach(4)*exp(-1.0*ach(2)*(rij/ach(3)-1.0))*fcut*(-ach(2)/ach(3))*(xj(im)-xi(im))/rij
-dv(ka(mf(i+mid,j)),2,im)=dv(ka(mf(i+mid,j)),2,im)+ach(5)*exp(-2.0*ach(1)*(rij/ach(3)-1.0))*fcut
-dv(ka(mf(i+mid,j)),3,im)=dv(ka(mf(i+mid,j)),3,im)+ach(5)*exp(-2.0*ach(1)*(rij/ach(3)-1.0))*fcut*(-2.0*ach(1)/ach(3))*(xj(im)-xi(im))/rij
+dv(i,3,im)=dv(i,3,im)+ach(5)*exp(-2.0*ach(1)*(rij/ach(3)-1.0))*fcut &
+        *(-2.0*ach(1)/ach(3))*(xi(im)-xj(im))/rij
+dv(ka(mf(i+mid,j)),1,im)=dv(ka(mf(i+mid,j)),1,im)+ach(4)*exp(-1.0* &
+        ach(2)*(rij/ach(3)-1.0))*fcut*(-ach(2)/ach(3))*(xj(im)-xi(im))/rij
+dv(ka(mf(i+mid,j)),2,im)=dv(ka(mf(i+mid,j)),2,im)+ach(5)*exp(-2.0* &
+        ach(1)*(rij/ach(3)-1.0))*fcut
+dv(ka(mf(i+mid,j)),3,im)=dv(ka(mf(i+mid,j)),3,im)+ach(5)*exp(-2.0* &
+        ach(1)*(rij/ach(3)-1.0))*fcut*(-2.0*ach(1)/ach(3))*(xj(im)-xi(im))/rij
 
-df(i,1,im)=df(i,1,im)+ach(4)*exp(-1.0*ach(2)*(rij/ach(3)-1.0))*tf*(xi(im)-xj(im))/rij
+df(i,1,im)=df(i,1,im)+ach(4)*exp(-1.0*ach(2)*(rij/ach(3)-1.0))*tf &
+        *(xi(im)-xj(im))/rij
 df(i,2,im)=df(i,2,im)+ach(5)*exp(-2.0*ach(1)*(rij/ach(3)-1.0))*fcut
-df(i,3,im)=df(i,3,im)+ach(5)*exp(-2.0*ach(1)*(rij/ach(3)-1.0))*tf*(xi(im)-xj(im))/rij
-df(ka(mf(i+mid,j)),1,im)=df(ka(mf(i+mid,j)),1,im)+ach(4)*exp(-1.0*ach(2)*(rij/ach(3)-1.0))*tf*(xj(im)-xi(im))/rij
-df(ka(mf(i+mid,j)),2,im)=df(ka(mf(i+mid,j)),2,im)+ach(5)*exp(-2.0*ach(1)*(rij/ach(3)-1.0))*fcut
-df(ka(mf(i+mid,j)),3,im)=df(ka(mf(i+mid,j)),3,im)+ach(5)*exp(-2.0*ach(1)*(rij/ach(3)-1.0))*tf*(xj(im)-xi(im))/rij
+df(i,3,im)=df(i,3,im)+ach(5)*exp(-2.0*ach(1)*(rij/ach(3)-1.0))*tf &
+        *(xi(im)-xj(im))/rij
+df(ka(mf(i+mid,j)),1,im)=df(ka(mf(i+mid,j)),1,im)+ach(4)*exp(-1.0* &
+        ach(2)*(rij/ach(3)-1.0))*tf*(xj(im)-xi(im))/rij
+df(ka(mf(i+mid,j)),2,im)=df(ka(mf(i+mid,j)),2,im)+ach(5)*exp(-2.0* &
+        ach(1)*(rij/ach(3)-1.0))*fcut
+df(ka(mf(i+mid,j)),3,im)=df(ka(mf(i+mid,j)),3,im)+ach(5)*exp(-2.0* &
+        ach(1)*(rij/ach(3)-1.0))*tf*(xj(im)-xi(im))/rij
 enddo
 !
                 endif
@@ -400,19 +462,29 @@
 
 !Calculation of FORCE
 do im=1,3
-dv(i,1,im)=dv(i,1,im)+anc(4)*exp(-1.0*anc(2)*(rij/anc(3)-1.0))*fcut*(-anc(2)/anc(3))*(xi(im)-xj(im))/rij
+dv(i,1,im)=dv(i,1,im)+anc(4)*exp(-1.0*anc(2)*(rij/anc(3)-1.0))*fcut &
+        *(-anc(2)/anc(3))*(xi(im)-xj(im))/rij
 dv(i,2,im)=dv(i,2,im)+anc(5)*exp(-2.0*anc(1)*(rij/anc(3)-1.0))*fcut
-dv(i,3,im)=dv(i,3,im)+anc(5)*exp(-2.0*anc(1)*(rij/anc(3)-1.0))*fcut*(-2.0*anc(1)/anc(3))*(xi(im)-xj(im))/rij
-dv(ka(mf(i+mid,j)),1,im)=dv(ka(mf(i+mid,j)),1,im)+anc(4)*exp(-1.0*anc(2)*(rij/anc(3)-1.0))*fcut*(-anc(2)/anc(3))*(xj(im)-xi(im))/rij
-dv(ka(mf(i+mid,j)),2,im)=dv(ka(mf(i+mid,j)),2,im)+anc(5)*exp(-2.0*anc(1)*(rij/anc(3)-1.0))*fcut
-dv(ka(mf(i+mid,j)),3,im)=dv(ka(mf(i+mid,j)),3,im)+anc(5)*exp(-2.0*anc(1)*(rij/anc(3)-1.0))*fcut*(-2.0*anc(1)/anc(3))*(xj(im)-xi(im))/rij
+dv(i,3,im)=dv(i,3,im)+anc(5)*exp(-2.0*anc(1)*(rij/anc(3)-1.0))*fcut &
+        *(-2.0*anc(1)/anc(3))*(xi(im)-xj(im))/rij
+dv(ka(mf(i+mid,j)),1,im)=dv(ka(mf(i+mid,j)),1,im)+anc(4)*exp(-1.0* &
+        anc(2)*(rij/anc(3)-1.0))*fcut*(-anc(2)/anc(3))*(xj(im)-xi(im))/rij
+dv(ka(mf(i+mid,j)),2,im)=dv(ka(mf(i+mid,j)),2,im)+anc(5)*exp(-2.0* &
+        anc(1)*(rij/anc(3)-1.0))*fcut
+dv(ka(mf(i+mid,j)),3,im)=dv(ka(mf(i+mid,j)),3,im)+anc(5)*exp(-2.0* &
+        anc(1)*(rij/anc(3)-1.0))*fcut*(-2.0*anc(1)/anc(3))*(xj(im)-xi(im))/rij
 
-df(i,1,im)=df(i,1,im)+anc(4)*exp(-1.0*anc(2)*(rij/anc(3)-1.0))*tf*(xi(im)-xj(im))/rij
+df(i,1,im)=df(i,1,im)+anc(4)*exp(-1.0*anc(2)*(rij/anc(3)-1.0))*tf &
+        *(xi(im)-xj(im))/rij
 df(i,2,im)=df(i,2,im)+anc(5)*exp(-2.0*anc(1)*(rij/anc(3)-1.0))*fcut
-df(i,3,im)=df(i,3,im)+anc(5)*exp(-2.0*anc(1)*(rij/anc(3)-1.0))*tf*(xi(im)-xj(im))/rij
-df(ka(mf(i+mid,j)),1,im)=df(ka(mf(i+mid,j)),1,im)+anc(4)*exp(-1.0*anc(2)*(rij/anc(3)-1.0))*tf*(xj(im)-xi(im))/rij
-df(ka(mf(i+mid,j)),2,im)=df(ka(mf(i+mid,j)),2,im)+anc(5)*exp(-2.0*anc(1)*(rij/anc(3)-1.0))*fcut
-df(ka(mf(i+mid,j)),3,im)=df(ka(mf(i+mid,j)),3,im)+anc(5)*exp(-2.0*anc(1)*(rij/anc(3)-1.0))*tf*(xj(im)-xi(im))/rij
+df(i,3,im)=df(i,3,im)+anc(5)*exp(-2.0*anc(1)*(rij/anc(3)-1.0))*tf &
+        *(xi(im)-xj(im))/rij
+df(ka(mf(i+mid,j)),1,im)=df(ka(mf(i+mid,j)),1,im)+anc(4)*exp(-1.0* &
+        anc(2)*(rij/anc(3)-1.0))*tf*(xj(im)-xi(im))/rij
+df(ka(mf(i+mid,j)),2,im)=df(ka(mf(i+mid,j)),2,im)+anc(5)*exp(-2.0* &
+        anc(1)*(rij/anc(3)-1.0))*fcut
+df(ka(mf(i+mid,j)),3,im)=df(ka(mf(i+mid,j)),3,im)+anc(5)*exp(-2.0* &
+        anc(1)*(rij/anc(3)-1.0))*tf*(xj(im)-xi(im))/rij
 enddo
 !
 
@@ -428,19 +500,29 @@
 
    !Calculation of FORCE
 do im=1,3
-dv(i,1,im)=dv(i,1,im)+ach(4)*exp(-1.0*ach(2)*(rij/ach(3)-1.0))*fcut*(-ach(2)/ach(3))*(xi(im)-xj(im))/rij
+dv(i,1,im)=dv(i,1,im)+ach(4)*exp(-1.0*ach(2)*(rij/ach(3)-1.0))*fcut &
+       *(-ach(2)/ach(3))*(xi(im)-xj(im))/rij
 dv(i,2,im)=dv(i,2,im)+ach(5)*exp(-2.0*ach(1)*(rij/ach(3)-1.0))*fcut
-dv(i,3,im)=dv(i,3,im)+ach(5)*exp(-2.0*ach(1)*(rij/ach(3)-1.0))*fcut*(-2.0*ach(1)/ach(3))*(xi(im)-xj(im))/rij
-dv(ka(mf(i+mid,j)),1,im)=dv(ka(mf(i+mid,j)),1,im)+ach(4)*exp(-1.0*ach(2)*(rij/ach(3)-1.0))*fcut*(-ach(2)/ach(3))*(xj(im)-xi(im))/rij
-dv(ka(mf(i+mid,j)),2,im)=dv(ka(mf(i+mid,j)),2,im)+ach(5)*exp(-2.0*ach(1)*(rij/ach(3)-1.0))*fcut
-dv(ka(mf(i+mid,j)),3,im)=dv(ka(mf(i+mid,j)),3,im)+ach(5)*exp(-2.0*ach(1)*(rij/ach(3)-1.0))*fcut*(-2.0*ach(1)/ach(3))*(xj(im)-xi(im))/rij
+dv(i,3,im)=dv(i,3,im)+ach(5)*exp(-2.0*ach(1)*(rij/ach(3)-1.0))*fcut &
+       *(-2.0*ach(1)/ach(3))*(xi(im)-xj(im))/rij
+dv(ka(mf(i+mid,j)),1,im)=dv(ka(mf(i+mid,j)),1,im)+ach(4)*exp(-1.0* &
+       ach(2)*(rij/ach(3)-1.0))*fcut*(-ach(2)/ach(3))*(xj(im)-xi(im))/rij
+dv(ka(mf(i+mid,j)),2,im)=dv(ka(mf(i+mid,j)),2,im)+ach(5)*exp(-2.0* &
+       ach(1)*(rij/ach(3)-1.0))*fcut
+dv(ka(mf(i+mid,j)),3,im)=dv(ka(mf(i+mid,j)),3,im)+ach(5)*exp(-2.0* &
+       ach(1)*(rij/ach(3)-1.0))*fcut*(-2.0*ach(1)/ach(3))*(xj(im)-xi(im))/rij
 
-df(i,1,im)=df(i,1,im)+ach(4)*exp(-1.0*ach(2)*(rij/ach(3)-1.0))*tf*(xi(im)-xj(im))/rij
+df(i,1,im)=df(i,1,im)+ach(4)*exp(-1.0*ach(2)*(rij/ach(3)-1.0))*tf &
+       *(xi(im)-xj(im))/rij
 df(i,2,im)=df(i,2,im)+ach(5)*exp(-2.0*ach(1)*(rij/ach(3)-1.0))*fcut
-df(i,3,im)=df(i,3,im)+ach(5)*exp(-2.0*ach(1)*(rij/ach(3)-1.0))*tf*(xi(im)-xj(im))/rij
-df(ka(mf(i+mid,j)),1,im)=df(ka(mf(i+mid,j)),1,im)+ach(4)*exp(-1.0*ach(2)*(rij/ach(3)-1.0))*tf*(xj(im)-xi(im))/rij
-df(ka(mf(i+mid,j)),2,im)=df(ka(mf(i+mid,j)),2,im)+ach(5)*exp(-2.0*ach(1)*(rij/ach(3)-1.0))*fcut
-df(ka(mf(i+mid,j)),3,im)=df(ka(mf(i+mid,j)),3,im)+ach(5)*exp(-2.0*ach(1)*(rij/ach(3)-1.0))*tf*(xj(im)-xi(im))/rij
+df(i,3,im)=df(i,3,im)+ach(5)*exp(-2.0*ach(1)*(rij/ach(3)-1.0))*tf &
+       *(xi(im)-xj(im))/rij
+df(ka(mf(i+mid,j)),1,im)=df(ka(mf(i+mid,j)),1,im)+ach(4)*exp(-1.0* &
+       ach(2)*(rij/ach(3)-1.0))*tf*(xj(im)-xi(im))/rij
+df(ka(mf(i+mid,j)),2,im)=df(ka(mf(i+mid,j)),2,im)+ach(5)*exp(-2.0* &
+       ach(1)*(rij/ach(3)-1.0))*fcut
+df(ka(mf(i+mid,j)),3,im)=df(ka(mf(i+mid,j)),3,im)+ach(5)*exp(-2.0* &
+       ach(1)*(rij/ach(3)-1.0))*tf*(xj(im)-xi(im))/rij
 enddo
 !
 
Index: src/Opt_Geom.f90
===================================================================
--- src/Opt_Geom.f90	(revision 3)
+++ src/Opt_Geom.f90	(revision 4)
@@ -4,9 +4,9 @@
  SUBROUTINE Opt_geom(IGeom,Nat,NCoord,Coord,Geom,E,Flag_Opt_Geom,Step_method)
 
   use Path_module, only : maxcyc,sthresh,gthresh,Hinv,Smax,Nom,Atome,OrderInv,indzmat,&
-						  XyzGeomF,IntCoordF,UMat,ScanCoord,Coordinate,NPrim,&
-						  BTransInv,BTransInv_local,XyzGeomI,Xprimitive_t,ScanCoord,&
-						  Coordinate,Pi,UMat_local,NCart
+                                            XyzGeomF,IntCoordF,UMat,ScanCoord,Coordinate,NPrim,&
+                                            BTransInv,BTransInv_local,XyzGeomI,Xprimitive_t,ScanCoord,&
+                                            Coordinate,Pi,UMat_local,NCart
   use VarTypes
   IMPLICIT NONE
 
@@ -46,11 +46,11 @@
      ALLOCATE(GradOld(NCoord),GeomOld(NCoord),ZeroVec(NCoord))
      ALLOCATE(GeomRef(NCoord))
      ALLOCATE(Hess_local(NCoord,NCoord))
-	 ALLOCATE(GeomCart(Nat,3),GeomCart_old(Nat,3))
-	 ALLOCATE(NewGeom(NCoord))
- 	 ALLOCATE(NewGradTmp(NCoord))
-	 ALLOCATE(Hess_local_inv(NCoord,NCoord))
-	 
+        ALLOCATE(GeomCart(Nat,3),GeomCart_old(Nat,3))
+        ALLOCATE(NewGeom(NCoord))
+         ALLOCATE(NewGradTmp(NCoord))
+        ALLOCATE(Hess_local_inv(NCoord,NCoord))
+        
      IOpt=0
      ZeroVec=0.d0
      
@@ -58,7 +58,7 @@
      Hess_local=0.
 
      SELECT CASE (COORD)
-	 CASE ('ZMAT')
+        CASE ('ZMAT')
         ! We use the fact that we know that approximate good hessian values
         ! are 0.5 for bonds, 0.1 for valence angle and 0.02 for dihedral angles
         Hess_local(1,1)=0.5d0
@@ -82,10 +82,10 @@
            END DO
         END IF
 
-	 CASE ('BAKER')
-	     ! UMat(NPrim,3*Nat-6)
-		 BTransInv_local = BTransInv
-		 UMat_local = UMat
+     CASE ('BAKER')
+            ! UMat(NPrim,3*Nat-6)
+        BTransInv_local = BTransInv
+        UMat_local = UMat
          ALLOCATE(Hprim(NPrim,NPrim),HprimU(NPrim,NCoord))
          Hprim=0.d0
          ScanCoord=>Coordinate
@@ -93,20 +93,20 @@
          DO WHILE (Associated(ScanCoord%next))
             I=I+1
             SELECT CASE (ScanCoord%Type)
-			CASE ('BOND')
-			     Hprim(I,I) = 0.5d0
+                     CASE ('BOND')
+                          Hprim(I,I) = 0.5d0
             CASE ('ANGLE')
-			     Hprim(I,I) = 0.2d0
+                          Hprim(I,I) = 0.2d0
             CASE ('DIHEDRAL')
-			     Hprim(I,I) = 0.1d0
-	        END SELECT
+                          Hprim(I,I) = 0.1d0
+               END SELECT
             ScanCoord => ScanCoord%next
          END DO
-		 
+               
          ! Hprim U:
          HprimU=0.d0
          DO I=1, NCoord
-		    DO J=1,NPrim
+                  DO J=1,NPrim
                HprimU(:,I) = HprimU(:,I) + Hprim(:,J)*UMat(J,I)
             END DO
          END DO
@@ -115,59 +115,59 @@
          Hess_local=0.d0
          DO I=1, NCoord
             DO J=1,NPrim
-		       ! UMat^T is needed below.
-			   Hess_local(:,I) = Hess_local(:,I) + UMat(J,:)*HprimU(J,I)
+                     ! UMat^T is needed below.
+                        Hess_local(:,I) = Hess_local(:,I) + UMat(J,:)*HprimU(J,I)
             END DO
          END DO
-		 
-		 !Print *, 'Hprim='
-		 DO I=1,NPrim
-		 !   WRITE(*,'(10(1X,F6.3))') Hprim(I,:)
-	     END DO
-		 !Print *, 'UMat='
-		 DO I=1,NPrim
-		  !  WRITE(*,'(3(1X,F6.3))') UMat(I,1:3)
-	     END DO
-		 !Print *, 'HprimU='
-		 DO I=1,NPrim
-		  !  WRITE(*,'(3(1X,F6.3))') HprimU(I,1:3)
-	     END DO
-		 !Print *, 'Hess_local='
-		 DO I=1,NCoord
-		  !  WRITE(*,'(3(1X,F6.3))') Hess_local(I,1:3)
-	     END DO
-		 
-	     DEALLOCATE(Hprim,HprimU)
-		 
+               
+               !Print *, 'Hprim='
+               DO I=1,NPrim
+               !   WRITE(*,'(10(1X,F6.3))') Hprim(I,:)
+            END DO
+               !Print *, 'UMat='
+               DO I=1,NPrim
+                !  WRITE(*,'(3(1X,F6.3))') UMat(I,1:3)
+            END DO
+               !Print *, 'HprimU='
+               DO I=1,NPrim
+                !  WRITE(*,'(3(1X,F6.3))') HprimU(I,1:3)
+            END DO
+               !Print *, 'Hess_local='
+               DO I=1,NCoord
+                !  WRITE(*,'(3(1X,F6.3))') Hess_local(I,1:3)
+            END DO
+               
+            DEALLOCATE(Hprim,HprimU)
+               
          IF (HInv) THEN
-			Call GenInv(NCoord,Hess_local,Hess_local_inv,NCoord)
-		    Hess_local = Hess_local_inv
+                     Call GenInv(NCoord,Hess_local,Hess_local_inv,NCoord)
+                  Hess_local = Hess_local_inv
         END IF
-		
-		!Print *, 'Hess_local after inversion='
-		 DO I=1,NCoord
-		 !   WRITE(*,'(3(1X,F6.3))') Hess_local(I,1:3)
-	     END DO
-				 
+              
+              !Print *, 'Hess_local after inversion='
+               DO I=1,NCoord
+               !   WRITE(*,'(3(1X,F6.3))') Hess_local(I,1:3)
+            END DO
+                             
         IF (Step_method .EQ. "RFO") Then
-		   Hess_local=0.
+                 Hess_local=0.
            DO I=1,NCoord
               Hess_local(I,I)=0.5d0
            END DO
         END IF
-		   
-	 CASE ('MIXED','CART','HYBRID')
+                 
+        CASE ('MIXED','CART','HYBRID')
         DO J=1,NCoord
            Hess_local(J,J)=1.
         END DO
-	 CASE DEFAULT
+        CASE DEFAULT
         WRITE (*,*) "Coord=",TRIM(COORD)," not recognized, opt_Geom.f90, L164. Stop"
         STOP
-     END SELECT	
+     END SELECT       
 
      ! Go to optimization
-	 GeomOld=0.d0 ! Internal coordinates
-	 GeomCart_old=0.d0 ! Cartesian coordinates
+        GeomOld=0.d0 ! Internal coordinates
+        GeomCart_old=0.d0 ! Cartesian coordinates
 
      Fini=.FALSE.
      DO WHILE ((IOpt.LT.MaxCyc).AND.(.NOT.Fini))
@@ -196,14 +196,14 @@
         ELSE
            Call EGrad(E,Geom,GradTmp,NCoord,IGeom,IOpt,GeomCart)
         END IF
-		
+              
         IF (debug) THEN 
            WRITE(*,*) 'L198, DBG Opt_Geom, COORD=',TRIM(COORD),' IOpt=',IOpt
            WRITE(*,*) "Energy and Coordinates:"
            WRITE(*,'(F12.6,12(1X,F8.3))') E,Geom(1:min(NCoord,12))
            WRITE(*,*) "Geom Old:"
            WRITE(*,'(F12.6,12(1X,F8.3))') GEomOld(1:min(NCoord,13))
-	    END IF
+           END IF
 
      IF (IOpt.GE.2) THEN
         ! We have enough geometries and gradient to update the hessian (or its 
@@ -213,61 +213,61 @@
 
         if (debug) Write(*,*) "Call Hupdate_all, Geom"
         IF (debug) THEN
-		   WRITE(*,*) "dx before calling",SHAPE(GeomTmp2)
-		   WRITE(*,'(12(1X,F8.4))') GeomTmp2(1:NCoord)
-		   WRITE(*,*) "dgrad before calling",SHAPE(GradTmp2)
-		   WRITE(*,'(12(1X,F8.4))') GradTmp2(1:NCoord)
-		END IF
+                 WRITE(*,*) "dx before calling",SHAPE(GeomTmp2)
+                 WRITE(*,'(12(1X,F8.4))') GeomTmp2(1:NCoord)
+                 WRITE(*,*) "dgrad before calling",SHAPE(GradTmp2)
+                 WRITE(*,'(12(1X,F8.4))') GradTmp2(1:NCoord)
+              END IF
            Call Hupdate_all(NCoord,GeomTmp2,GradTmp2,Hess_local)
         END IF ! matches IF (IOpt.GE.2) THEN
-		
+              
         GradOld=GradTmp
         GeomOld=Geom
 
         ! GradTmp becomes Step in Step_RFO_all.
-		SELECT CASE (Step_method)
+              SELECT CASE (Step_method)
         CASE ('RFO')
           Call Step_RFO_all(NCoord,GradTmp,IGeom,Geom,GradTmp,Hess_local,ZeroVec)
-		CASE ('GDIIS')
+              CASE ('GDIIS')
           Call Step_DIIS(NewGeom,Geom,NewGradTmp,GradTmp,HP,E,Hess_local,NCoord,FRST)
-		 ! q_{m+1} = q'_{m+1} - H^{-1}g'_{m+1}
-			Geom=0.d0
+               ! q_{m+1} = q'_{m+1} - H^{-1}g'_{m+1}
+                     Geom=0.d0
             DO I=1, NCoord
-			   ! If Hinv=.False., then we need to invert Hess_local
-			   Geom(:) = Geom(:) + Hess_local(:,I)*NewGradTmp(I)
-			END DO
-			Geom(:) = NewGeom(:) - Geom(:)
-			! GradTmp now becomes "step" below:
-		    GradTmp = Geom - GeomOld
-		CASE ('GDIIST')
+                        ! If Hinv=.False., then we need to invert Hess_local
+                        Geom(:) = Geom(:) + Hess_local(:,I)*NewGradTmp(I)
+                     END DO
+                     Geom(:) = NewGeom(:) - Geom(:)
+                     ! GradTmp now becomes "step" below:
+                  GradTmp = Geom - GeomOld
+              CASE ('GDIIST')
           Call Step_GDIIS_Simple_Err(NewGeom,Geom,NewGradTmp,GradTmp,HP,E,Hess_local,NCoord,FRST)
-		 ! q_{m+1} = q'_{m+1} - H^{-1}g'_{m+1}
-			Geom=0.d0
+               ! q_{m+1} = q'_{m+1} - H^{-1}g'_{m+1}
+                     Geom=0.d0
             DO I=1, NCoord
-			   ! If Hinv=.False., then we need to invert Hess_local
-			   Geom(:) = Geom(:) + Hess_local(:,I)*NewGradTmp(I)
-			END DO
-			Geom(:) = NewGeom(:) - Geom(:)
-			! GradTmp now becomes "step" below:
-		    GradTmp = Geom - GeomOld
-		CASE ('GEDIIS')
+                        ! If Hinv=.False., then we need to invert Hess_local
+                        Geom(:) = Geom(:) + Hess_local(:,I)*NewGradTmp(I)
+                     END DO
+                     Geom(:) = NewGeom(:) - Geom(:)
+                     ! GradTmp now becomes "step" below:
+                  GradTmp = Geom - GeomOld
+              CASE ('GEDIIS')
           Call Step_GEDIIS(NewGeom,Geom,GradTmp,E,Hess_local,NCoord,FRST)
-			! GradTmp is actually "step" below:
-		     GradTmp = NewGeom - GeomOld
-		  !Call Step_GEDIIS_All(3,1,GradTmp,Geom,GradTmp,E,Hess_local,NCoord,FRST,ZeroVec)
- 	    CASE DEFAULT
+                     ! GradTmp is actually "step" below:
+                   GradTmp = NewGeom - GeomOld
+                !Call Step_GEDIIS_All(3,1,GradTmp,Geom,GradTmp,E,Hess_local,NCoord,FRST,ZeroVec)
+            CASE DEFAULT
           WRITE (*,*) "Step_method=",TRIM(Step_method)," not recognized, opt_Geom.f90, L225. Stop"
           STOP
-        END SELECT	
+        END SELECT       
 
         Fini=.TRUE.
         !   If (IOpt.LT.5) GradTmp=(IOpt*GradTmp+(5-IOpt)*0.01*Grad(IGeom,:))/5.d0
         NormStep=sqrt(DOT_Product(GradTmp,GradTmp))
-		WRITE(*,'(A,E10.4,1X,A,E10.4)') 'DBG OptGeom L215, NormStep=', NormStep, 'Step Threshold=', SThresh
+              WRITE(*,'(A,E10.4,1X,A,E10.4)') 'DBG OptGeom L215, NormStep=', NormStep, 'Step Threshold=', SThresh
         FactStep=min(1.d0,SMax/NormStep)
         Fini=(NormStep.LE.SThresh)
         NormStep=sqrt(DOT_Product(GradOld,GradOld)) ! GradOld is the value of gradients.
-		WRITE(*,'(A,E10.4,1X,A,E10.4)') 'DBG OptGeom L219, NormStep (Gradient)=', NormStep, 'Gradient Threshold=', GThresh
+              WRITE(*,'(A,E10.4,1X,A,E10.4)') 'DBG OptGeom L219, NormStep (Gradient)=', NormStep, 'Gradient Threshold=', GThresh
         Fini=(Fini.AND.(NormStep.LE.GThresh))
         if (debug) WRITE(*,*) "DBG OptGeom FactStep=",FactStep
         GradTmp=GradTmp*FactStep ! GradTmp is step size here, from Step_RFO_all.
@@ -328,14 +328,14 @@
                STOP
            END SELECT
         END IF ! matches IF (debug) THEN
-		
+              
      END DO ! matches DO WHILE ((IOpt.LT.MaxCyc).AND.(.NOT.Fini))
-	 
+        
      DEALLOCATE(GradTmp2,GeomTmp2,GradTmp)
      DEALLOCATE(GradOld,GeomOld)
      DEALLOCATE(Hess_local)
-	 DEALLOCATE(GeomCart_old)
-	 DEALLOCATE(NewGeom,NewGradTmp)
+        DEALLOCATE(GeomCart_old)
+        DEALLOCATE(NewGeom,NewGradTmp)
      DEALLOCATE(Hess_local_inv)
 
      IF (Fini) THEN
@@ -343,40 +343,40 @@
      ELSE
         WRITE(*,'(1X,A,I5,A,I5,A,F15.8)') "Optimization  for geom ",IGeom,"*NOT* converged in ",Iopt," cycles, Last Energy = ",E
      END IF
-	 	 
-	 WRITE(*,*) "Initial Geometry:"
-	 DO I=1, Nat
-	    WRITE(*,'(3(1X,F8.4))')  XyzGeomI(IGeom,:,I)
-	 END DO
-	  WRITE(*,*) "Final Geometry:"
-	 DO I=1, Nat
-	    WRITE(*,'(3(1X,F8.4))') GeomCart(I,:)
-		!IF (I .GT. 1) Then
-        !	WRITE(*,'(F6.4)') Sqrt(((GeomCart(I,1)-GeomCart(I-1,1))*(GeomCart(I,1)-GeomCart(I-1,1)))&
-		!	 + ((GeomCart(I,2)-GeomCart(I-1,2))*(GeomCart(I,2)-GeomCart(I-1,2)))&
-		!	 + ((GeomCart(I,3)-GeomCart(I-1,3))*(GeomCart(I,3)-GeomCart(I-1,3))))
-		!END IF
-	 END DO
-	 
-	 IF (COORD .EQ. "BAKER") Then
-    	 I=0 ! index for the NPrim (NPrim is the number of primitive coordinates).
-	     ScanCoord=>Coordinate
+                
+        WRITE(*,*) "Initial Geometry:"
+        DO I=1, Nat
+           WRITE(*,'(3(1X,F8.4))')  XyzGeomI(IGeom,:,I)
+        END DO
+         WRITE(*,*) "Final Geometry:"
+        DO I=1, Nat
+           WRITE(*,'(3(1X,F8.4))') GeomCart(I,:)
+              !IF (I .GT. 1) Then
+        !       WRITE(*,'(F6.4)') Sqrt(((GeomCart(I,1)-GeomCart(I-1,1))*(GeomCart(I,1)-GeomCart(I-1,1)))&
+              !        + ((GeomCart(I,2)-GeomCart(I-1,2))*(GeomCart(I,2)-GeomCart(I-1,2)))&
+              !        + ((GeomCart(I,3)-GeomCart(I-1,3))*(GeomCart(I,3)-GeomCart(I-1,3))))
+              !END IF
+        END DO
+        
+        IF (COORD .EQ. "BAKER") Then
+            I=0 ! index for the NPrim (NPrim is the number of primitive coordinates).
+            ScanCoord=>Coordinate
          DO WHILE (Associated(ScanCoord%next))
-		    I=I+1
-			SELECT CASE (ScanCoord%Type)
-			CASE ('BOND')
-				WRITE(*,'(1X,I3,":",I5," - ",I5," = ",F10.4)') I,ScanCoord%At1,ScanCoord%At2,Xprimitive_t(I)
-			CASE ('ANGLE')
-				WRITE(*,'(1X,I3,":",I5," - ",I5," - ",I5," = ",F10.4)') I,ScanCoord%At1, &
-				 ScanCoord%At2, ScanCoord%At3,Xprimitive_t(I)*180./Pi		
-			CASE ('DIHEDRAL')
-				WRITE(*,'(1X,I3,":",I5," - ",I5," - ",I5," - ",I5," = ",F10.4)') I,ScanCoord%At1,&
-				ScanCoord%At2, ScanCoord%At3,ScanCoord%At4,Xprimitive_t(I)*180./Pi
-			END SELECT
-			ScanCoord => ScanCoord%next
-		 END DO ! matches DO WHILE (Associated(ScanCoord%next))
-	 END IF
-	 
+                  I=I+1
+                     SELECT CASE (ScanCoord%Type)
+                     CASE ('BOND')
+                            WRITE(*,'(1X,I3,":",I5," - ",I5," = ",F10.4)') I,ScanCoord%At1,ScanCoord%At2,Xprimitive_t(I)
+                     CASE ('ANGLE')
+                            WRITE(*,'(1X,I3,":",I5," - ",I5," - ",I5," = ",F10.4)') I,ScanCoord%At1, &
+                             ScanCoord%At2, ScanCoord%At3,Xprimitive_t(I)*180./Pi              
+                     CASE ('DIHEDRAL')
+                            WRITE(*,'(1X,I3,":",I5," - ",I5," - ",I5," - ",I5," = ",F10.4)') I,ScanCoord%At1,&
+                            ScanCoord%At2, ScanCoord%At3,ScanCoord%At4,Xprimitive_t(I)*180./Pi
+                     END SELECT
+                     ScanCoord => ScanCoord%next
+               END DO ! matches DO WHILE (Associated(ScanCoord%next))
+        END IF
+        
      DEALLOCATE(GeomCart)
-	 if (debug) WRITE(*,*) "================== Geom Optimization Over================="
+        if (debug) WRITE(*,*) "================== Geom Optimization Over================="
    END SUBROUTINE Opt_geom
Index: src/Step_GDIIS_Simple_Err.f90
===================================================================
--- src/Step_GDIIS_Simple_Err.f90	(revision 3)
+++ src/Step_GDIIS_Simple_Err.f90	(revision 4)
@@ -13,7 +13,7 @@
       REAL(KREAL) :: NewGeom(NCoord), Geom(NCoord), NewGrad(NCoord), GRAD(NCoord), Hess(NCoord*NCoord)
       REAL(KREAL) :: HEAT, HP
       LOGICAL :: FRST
-	  
+    
 !************************************************************************
 !*                                                                      *
 !*     DIIS PERFORMS DIRECT INVERSION IN THE ITERATIVE SUBSPACE         *
@@ -105,14 +105,14 @@
             JNV=JNV+NCoord
             JJ = JJ + 1
             B(JJ)=0.D0
-			DO K=1, NCoord
-			   B(JJ) = B(JJ) + (((GradSet(INV+K)-GradSet(JNV+K))*(GeomSet(INV+K)-GeomSet(JNV+K)))/2.D0)
-			END DO
+      DO K=1, NCoord
+         B(JJ) = B(JJ) + (((GradSet(INV+K)-GradSet(JNV+K))*(GeomSet(INV+K)-GeomSet(JNV+K)))/2.D0)
+      END DO
          END DO
       END DO   
 
      ! The following shifting is required to correct indices of B_ij elements in the GDIIS matrix.
-	 ! The correction is needed because the last coloumn of the matrix contains all 1 and one zero.
+   ! The correction is needed because the last coloumn of the matrix contains all 1 and one zero.
       DO 60 I=MSET-1,1,-1
          DO 60 J=MSET,1,-1
    60 B(I*MSET+J+I) = B(I*MSET+J)
@@ -198,7 +198,7 @@
          NewGrad(K) = 0.D0
          DO 200 I=1,MSET
             INK = (I-1) * NCoord + K
-			!Print *, 'B(',MPLUS*MSET+I,')=', B(MPLUS*MSET+I)
+      !Print *, 'B(',MPLUS*MSET+I,')=', B(MPLUS*MSET+I)
             NewGeom(K) = NewGeom(K) + B(MPLUS*MSET+I) * GeomSet(INK)
   200 NewGrad(K) = NewGrad(K) + B(MPLUS*MSET+I) * GradSet(INK)
       HP=0.D0
@@ -231,21 +231,21 @@
             NewGeom(K) = Geom(K)
   240       NewGrad(K) = GRAD(K)  
       ENDIF ! matches IF (XNORM.GT.2.D0 .OR. DABS(DET).LT. THRES) THEN
-	  
+    
       !    q_{m+1} = q'_{m+1} - H^{-1}g'_{m+1}
-		 ! Hess is a symmetric matrix.
-		 !Hess_inv = 1.d0 ! to be deleted.
-		 !Call GenInv(NCoord,Reshape(Hess,(/NCoord,NCoord/)),Hess_inv,NCoord) ! Implemented in Mat_util.f90
-		 ! H^{-1}g'_{m+1}
-		 !Print *, 'Hess_inv='
-		! Print *, Hess_inv
-		 !Geom=0.d0
-		 !DO I=1, NCoord
-		  !  Geom(:) = Geom(:) + Hess_inv(:,I)*NewGrad(I)
-		 !END DO
-		 !Geom(:) = NewGeom(:) - Geom(:) ! now Geom is a new geometry.
-		 
-		 ! STEP is the difference between the new and old geometry and thus "step":
+     ! Hess is a symmetric matrix.
+     !Hess_inv = 1.d0 ! to be deleted.
+     !Call GenInv(NCoord,Reshape(Hess,(/NCoord,NCoord/)),Hess_inv,NCoord) ! Implemented in Mat_util.f90
+     ! H^{-1}g'_{m+1}
+     !Print *, 'Hess_inv='
+    ! Print *, Hess_inv
+     !Geom=0.d0
+     !DO I=1, NCoord
+      !  Geom(:) = Geom(:) + Hess_inv(:,I)*NewGrad(I)
+     !END DO
+     !Geom(:) = NewGeom(:) - Geom(:) ! now Geom is a new geometry.
+     
+     ! STEP is the difference between the new and old geometry and thus "step":
          !STEP = Geom - Geom_old
          
       IF (PRINT)  WRITE(*,'(/,''       END Step_GDIIS_Simple_Err  '',/)')
Index: src/m_mrgrnk.f90
===================================================================
--- src/m_mrgrnk.f90	(revision 3)
+++ src/m_mrgrnk.f90	(revision 4)
@@ -48,7 +48,7 @@
 
       LOGICAL :: Debug
 
-      Debug=Valid("DEBUG MRGRNK")
+      Debug=Valid("MRGRNK")
 
   if (debug) WRITE(*,*) "================================= Entering DMRGRNK ==============="
 !
Index: src/Calc_baker_allGeomF.f90
===================================================================
--- src/Calc_baker_allGeomF.f90	(revision 3)
+++ src/Calc_baker_allGeomF.f90	(revision 4)
@@ -7,8 +7,8 @@
   !     
   Use Path_module, only : Pi,a0,BMat_BakerT,Nat,NCoord,XyzGeomI,NGeomI,UMatF, &
                           NPrim,BTransInvF,IntCoordI,Coordinate,CurrentCoord, &
-						  ScanCoord,BprimT,BBT,BBT_inv,XprimitiveF,Symmetry_elimination, &
-						  NgeomF,XyzGeomF
+              ScanCoord,BprimT,BBT,BBT_inv,XprimitiveF,Symmetry_elimination, &
+              NgeomF,XyzGeomF
   ! BMat_BakerT(3*Nat,NCoord), NCoord=3*Nat or NFree=3*Nat-6-Symmetry_elimination
   ! depending upon the coordinate choice. IntCoordI(NGeomI,NCoord) where 
   ! UMatF(NGeomI,NPrim,NCoord), NCoord number of vectors in UMat matrix, i.e. NCoord
@@ -126,19 +126,19 @@
 !      I=I+1
 !      SELECT CASE (ScanCoord%Type)
 !       CASE ('BOND')
-!	     Call vecteur(ScanCoord%At2,ScanCoord%At1,x,y,z,vx2,vy2,vz2,Norm2)
-!	          XprimitiveF(IGeom,I) = Norm2  
+!       Call vecteur(ScanCoord%At2,ScanCoord%At1,x,y,z,vx2,vy2,vz2,Norm2)
+!            XprimitiveF(IGeom,I) = Norm2  
 !       CASE ('ANGLE')
-!		 Call vecteur(ScanCoord%At2,ScanCoord%At3,x,y,z,vx1,vy1,vz1,Norm1)
-!		 Call vecteur(ScanCoord%At2,ScanCoord%At1,x,y,z,vx2,vy2,vz2,Norm2)
-!		      XprimitiveF(IGeom,I) = angle(vx1,vy1,vz1,Norm1,vx2,vy2,vz2,Norm2)*Pi/180.
-!	   CASE ('DIHEDRAL')
-!		 Call vecteur(ScanCoord%At3,ScanCoord%At2,x,y,z,vx2,vy2,vz2,Norm2)
-!		 Call vecteur(ScanCoord%At2,ScanCoord%At1,x,y,z,vx1,vy1,vz1,Norm1)
-!		 Call vecteur(ScanCoord%At3,ScanCoord%At4,x,y,z,vx3,vy3,vz3,Norm3)
-!		 Call produit_vect(vx3,vy3,vz3,norm3,vx2,vy2,vz2,norm2, &
+!     Call vecteur(ScanCoord%At2,ScanCoord%At3,x,y,z,vx1,vy1,vz1,Norm1)
+!     Call vecteur(ScanCoord%At2,ScanCoord%At1,x,y,z,vx2,vy2,vz2,Norm2)
+!          XprimitiveF(IGeom,I) = angle(vx1,vy1,vz1,Norm1,vx2,vy2,vz2,Norm2)*Pi/180.
+!     CASE ('DIHEDRAL')
+!     Call vecteur(ScanCoord%At3,ScanCoord%At2,x,y,z,vx2,vy2,vz2,Norm2)
+!     Call vecteur(ScanCoord%At2,ScanCoord%At1,x,y,z,vx1,vy1,vz1,Norm1)
+!     Call vecteur(ScanCoord%At3,ScanCoord%At4,x,y,z,vx3,vy3,vz3,Norm3)
+!     Call produit_vect(vx3,vy3,vz3,norm3,vx2,vy2,vz2,norm2, &
 !                         vx5,vy5,vz5,norm5)
-!		 Call produit_vect(vx1,vy1,vz1,norm1,vx2,vy2,vz2,norm2, &
+!     Call produit_vect(vx1,vy1,vz1,norm1,vx2,vy2,vz2,norm2, &
 !                         vx4,vy4,vz4,norm4)
 !                 DiheTmp= angle_d(vx4,vy4,vz4,norm4,vx5,vy5,vz5,norm5, &
 !                         vx2,vy2,vz2,norm2)
@@ -170,7 +170,7 @@
      Geom(2,:)=XyzGeomF(IGeom,2,1:Nat)
      Geom(3,:)=XyzGeomF(IGeom,3,1:Nat)
 
-	 BprimT=0.d0
+   BprimT=0.d0
      ScanCoord=>Coordinate
      I=0
      DO WHILE (Associated(ScanCoord%next))
@@ -185,52 +185,52 @@
         CASE ('DIHEDRAL')
           CALL CONSTRAINTS_TORSION_DER2(Nat,ScanCoord%At1,ScanCoord%AT2, &
                ScanCoord%At3,ScanCoord%At4,Geom,BprimT(1,I))
-	    END SELECT
+      END SELECT
         ScanCoord => ScanCoord%next
      END DO
 
-	 ! BprimT(3*Nat,NPrim)
-	 ! We now compute G=B(BT) matrix
-	 GMat=0.d0
-	 DO I=1,NPrim
-		DO J=1,3*Nat
+   ! BprimT(3*Nat,NPrim)
+   ! We now compute G=B(BT) matrix
+   GMat=0.d0
+   DO I=1,NPrim
+    DO J=1,3*Nat
            GMat(:,I)=Gmat(:,I)+BprimT(J,:)*BprimT(J,I) !*1.d0/mass(atome(int(K/3.d0)))
-		END DO
-	 END DO
+    END DO
+   END DO
   
-	 ! Diagonalize G
-	 EigVal=0.d0
-	 EigVec=0.d0
-	 Call Jacobi(GMat,NPrim,EigVal,EigVec,NPrim)
-	 Call Trie(NPrim,EigVal,EigVec,NPrim)
-	 DO I=1,NPrim
-		!WRITE(*,'(1X,"Vector ",I3,": e=",F8.3)') I,EigVal(i)
-		!WRITE(*,'(20(1X,F8.4))') EigVec(1:min(20,NPrim),I)
-	 END DO
+   ! Diagonalize G
+   EigVal=0.d0
+   EigVec=0.d0
+   Call Jacobi(GMat,NPrim,EigVal,EigVec,NPrim)
+   Call Trie(NPrim,EigVal,EigVec,NPrim)
+   DO I=1,NPrim
+    !WRITE(*,'(1X,"Vector ",I3,": e=",F8.3)') I,EigVal(i)
+    !WRITE(*,'(20(1X,F8.4))') EigVec(1:min(20,NPrim),I)
+   END DO
 
-	 ! UMatF is nonredundant vector set, i.e. set of eigenvectors of BB^T
-	 !  corresponding to eigenvalues > zero.
-	 ! BMat_BakerT(3*Nat,NCoord), allocated in Path.f90, 
-	 ! NCoord=3*Nat-6
-	 BMat_BakerT = 0.d0
-	 J=0
-	 DO I=1,NPrim
-		IF (abs(eigval(I))>=1e-6) THEN
-		   J=J+1
-		   DO K=1,NPrim
-			  ! BprimT is transpose of B^prim.
-			  ! B = UMatF^T B^prim, B^T = (B^prim)^T UMatF
-			  BMat_BakerT(:,J)=BMat_BakerT(:,J)+BprimT(:,K)*Eigvec(K,I)
-		   END DO
-		     IF(J .GT. 3*Nat-6) THEN
-		       WRITE(*,*) 'Number of vectors in Eigvec with eigval .GT. 1e-6(=UMatF) (=' &
+   ! UMatF is nonredundant vector set, i.e. set of eigenvectors of BB^T
+   !  corresponding to eigenvalues > zero.
+   ! BMat_BakerT(3*Nat,NCoord), allocated in Path.f90, 
+   ! NCoord=3*Nat-6
+   BMat_BakerT = 0.d0
+   J=0
+   DO I=1,NPrim
+    IF (abs(eigval(I))>=1e-6) THEN
+       J=J+1
+       DO K=1,NPrim
+        ! BprimT is transpose of B^prim.
+        ! B = UMatF^T B^prim, B^T = (B^prim)^T UMatF
+        BMat_BakerT(:,J)=BMat_BakerT(:,J)+BprimT(:,K)*Eigvec(K,I)
+       END DO
+         IF(J .GT. 3*Nat-6) THEN
+           WRITE(*,*) 'Number of vectors in Eigvec with eigval .GT. 1e-6(=UMatF) (=' &
                       ,J,') exceeded 3*Nat-6=',3*Nat-6, &
-					  'Stopping the calculation.'
-		       STOP
-		     END IF
-		     UMatF(IGeom,:,J) =  Eigvec(:,I)
-		END IF
-	 END DO
+            'Stopping the calculation.'
+           STOP
+         END IF
+         UMatF(IGeom,:,J) =  Eigvec(:,I)
+    END IF
+   END DO
 
 !!!!!!!!!!!!!!!!!!!!
 !
@@ -244,33 +244,33 @@
         END IF
 
  
-	 !DO I=1, NPrim ! This loop is not needed because we already have IntCoordF
-					   ! from interpolation. 
-	 ! Transpose of UMatF is needed below, that is why UMatF(IGeom,I,:).
-	 ! IntCoordF(IGeom,:) = IntCoordF(IGeom,:) + UMat(IGeom,I,:)*XprimitiveF(IGeom,I)
-	 !END DO
+   !DO I=1, NPrim ! This loop is not needed because we already have IntCoordF
+             ! from interpolation. 
+   ! Transpose of UMatF is needed below, that is why UMatF(IGeom,I,:).
+   ! IntCoordF(IGeom,:) = IntCoordF(IGeom,:) + UMat(IGeom,I,:)*XprimitiveF(IGeom,I)
+   !END DO
 
-	 ! Calculation of BTransInvF starts here:
-	 ! Calculation of BBT(3*Nat-6,3*Nat-6)=BB^T:
-	 ! BMat_BakerT(3*Nat,NCoord) is Transpose of B = UMatF^TB^prim
-	  
-	 BBT = 0.d0
-	 DO I=1, NCoord
-	    DO J=1, 3*Nat
-		   ! BBT(:,I) forms BB^T
-		   BBT(:,I) = BBT(:,I) + BMat_BakerT(J,:)*BMat_BakerT(J,I)
-		END DO
-	 END DO
-		
-	 Call GenInv(NCoord,BBT,BBT_inv,NCoord) ! GenInv is in Mat_util.f90
+   ! Calculation of BTransInvF starts here:
+   ! Calculation of BBT(3*Nat-6,3*Nat-6)=BB^T:
+   ! BMat_BakerT(3*Nat,NCoord) is Transpose of B = UMatF^TB^prim
+    
+   BBT = 0.d0
+   DO I=1, NCoord
+      DO J=1, 3*Nat
+       ! BBT(:,I) forms BB^T
+       BBT(:,I) = BBT(:,I) + BMat_BakerT(J,:)*BMat_BakerT(J,I)
+    END DO
+   END DO
+    
+   Call GenInv(NCoord,BBT,BBT_inv,NCoord) ! GenInv is in Mat_util.f90
 
-	 ! Calculation of (B^T)^-1 = (BB^T)^-1B:
-	 DO I=1, 3*Nat
-	    DO J=1, NCoord
-	      BTransInvF(IGeom,:,I) = BTransInvF(IGeom,:,I) + BBT_inv(:,J)*BMat_BakerT(I,J)
-	    END DO
-	 END DO
-	 
+   ! Calculation of (B^T)^-1 = (BB^T)^-1B:
+   DO I=1, 3*Nat
+      DO J=1, NCoord
+        BTransInvF(IGeom,:,I) = BTransInvF(IGeom,:,I) + BBT_inv(:,J)*BMat_BakerT(I,J)
+      END DO
+   END DO
+   
   END DO !matches DO IGeom=1, NGeomF
   
   DEALLOCATE(BBT,BBT_inv,BprimT,GMat,EigVal,EigVec)
Index: src/Space_all.f90
===================================================================
--- src/Space_all.f90	(revision 3)
+++ src/Space_all.f90	(revision 4)
@@ -6,7 +6,7 @@
 
 !      IMPLICIT DOUBLE PRECISION (A-H,O-Z)
 !      INCLUDE 'SIZES'
-	  
+    
       IMPLICIT NONE
       integer, parameter :: KINT = kind(1)
       integer, parameter :: KREAL = kind(1.0d0)
@@ -68,5 +68,5 @@
 
       IF (PRINT) WRITE (*,*) "MSET(",IGeom,")=", MSET(IGeom)
       IF (PRINT)  WRITE(*,'(/,''       END SPACE   '')')
-	  
+    
       END SUBROUTINE Space_all
Index: src/CalcTangent.f90
===================================================================
--- src/CalcTangent.f90	(revision 3)
+++ src/CalcTangent.f90	(revision 4)
@@ -5,7 +5,7 @@
 
   use Path_module, only: IntCoordI, Nat, Coord, XyzGeomI, Atome, Order, &
                          OrderInv, IndZmat, NMaxPtPath, IntTangent, XyzTangent, &
-						 NGeomF, NCoord
+             NGeomF, NCoord
   use Io_module, ONly : IoTmp,PathName, Kint,KReal
   use VarTypes
 
@@ -50,7 +50,7 @@
   CASE ('CART','HYBRID')
      Path=reshape(XyzGeomI,(/NGeomS,NCoord/))
   CASE ('BAKER')
-	 Path(:,:)=IntCoordI(:,:)
+   Path(:,:)=IntCoordI(:,:)
   CASE DEFAULT
      WRITE(*,*) "Coord=",TRIM(COORD)," not recognized in CalcTangent. STOP"
      STOP
Index: src/freemv.f90
===================================================================
--- src/freemv.f90	(revision 3)
+++ src/freemv.f90	(revision 4)
@@ -1,6 +1,6 @@
   Subroutine freemv(NFree,vfree)
 
-  use Path_module, only : runtyp, hesupd,Hinv
+  use Path_module, only : HUpdate,Hinv
   use Io_module, only : IoOut
   
   IMPLICIT NONE
Index: src/ConvertBakerInternal_cart.f90
===================================================================
--- src/ConvertBakerInternal_cart.f90	(revision 3)
+++ src/ConvertBakerInternal_cart.f90	(revision 4)
@@ -120,7 +120,7 @@
   debug=valid('ConvertBakerInternal_cart')
   if (debug) WRITE(*,*) '=======Entering ConvertBakerInternal_cart======='
 
-  FAIL = .FALSE.	   
+  FAIL = .FALSE.     
 
 !!!!!!
   ! Allocation phase
@@ -164,7 +164,7 @@
 !         SELECT CASE (ScanCoord%Type)
 !         CASE ('BOND')
 !            Print *, I, ':',  ScanCoord%At1, '-', ScanCoord%At2, '=', Xprimitive_t(I)
-!         CASE ('ANGLE')		
+!         CASE ('ANGLE')    
 !            Print *, I, ':', ScanCoord%At1, '-', ScanCoord%At2,'-',ScanCoord%At3, '=', Xprimitive_t(I)*180./Pi
 !         CASE ('DIHEDRAL')
 !            Print *, I, ':',  ScanCoord%At1, '-',ScanCoord%At2,'-',ScanCoord%At3,'-',&
@@ -184,7 +184,7 @@
 !            Call vecteur(ScanCoord%At2,ScanCoord%At1,x_k,y_k,z_k,vx2,vy2,vz2,Norm2)
 !            Xprimitive_t(I) = Norm2
 !            Print *, I, ':',  ScanCoord%At1, '-', ScanCoord%At2, '=', Xprimitive_t(I)
-!         CASE ('ANGLE')		
+!         CASE ('ANGLE')    
 !            Call vecteur(ScanCoord%At2,ScanCoord%At3,x_k,y_k,z_k,vx1,vy1,vz1,Norm1)
 !            Call vecteur(ScanCoord%At2,ScanCoord%At1,x_k,y_k,z_k,vx2,vy2,vz2,Norm2)
 !            Xprimitive_t(I) = angle(vx1,vy1,vz1,Norm1,vx2,vy2,vz2,Norm2)*Pi/180.
@@ -228,7 +228,7 @@
      IntCoord_k=0.d0
      DO I=1, NPrim
         ! Transpose of UMat is needed below, that is why UMat(I,:).
-        IntCoord_k(:)=IntCoord_k(:)+UMat_local(I,:)*Xprimitive_t(I)		 
+        IntCoord_k(:)=IntCoord_k(:)+UMat_local(I,:)*Xprimitive_t(I)     
      END DO
      WRITE(*,*) "Xint (intCoord_k) cooresponding to x_k,y_k,z_k"
      WRITE(*,'(50(1X,F12.8))') IntCoord_k(:)
@@ -280,7 +280,7 @@
 
      BBT = 0.d0
      DO I=1,NCoord
-        DO J=1,3*Nat 	! BBT(:,I) forms BB^T
+        DO J=1,3*Nat   ! BBT(:,I) forms BB^T
            BBT(:,I) = BBT(:,I) + BMat_BakerT(J,:)*BMat_BakerT(J,I)
         END DO
      END DO
@@ -353,7 +353,7 @@
   Counter = 0
   DO While ((normDeltaX_int .GT. Crit) .AND. (Counter .LT. NbItMax))
      !DO While (normDeltaX_int .GT. 1d-6)
-     Counter = Counter + 1 		  
+     Counter = Counter + 1       
      DeltaX_cart = 0.d0
 !     if (normDeltaX_int.LE.1e-4) THEN
 !        DeltaX_int=DeltaX_int*1e4
@@ -481,9 +481,9 @@
      ! END DO
      !IF(J .GT. 3*Nat-6) THEN
      !WRITE(*,*) 'Number of vectors in Eigvec with eigval .GT. &
-     !	  1e-6 (=UMat) (=' ,J,') exceeded 3*Nat-6=',3*Nat-6, &
+     !    1e-6 (=UMat) (=' ,J,') exceeded 3*Nat-6=',3*Nat-6, &
      !    'Stopping the calculation.'
-     !	 STOP
+     !   STOP
      !  END IF
      ! UMat_tmp(:,J) =  Eigvec(:,I)
      ! END IF
@@ -512,7 +512,7 @@
 
      BBT = 0.d0
      DO I=1,NCoord
-        DO J=1,3*Nat 	! BBT(:,I) forms BB^T
+        DO J=1,3*Nat   ! BBT(:,I) forms BB^T
            BBT(:,I) = BBT(:,I) + BMat_BakerT(J,:)*BMat_BakerT(J,I)
         END DO
      END DO
@@ -596,7 +596,7 @@
 !            Call vecteur(ScanCoord%At2,ScanCoord%At1,x,y,z,vx2,vy2,vz2,Norm2)
 !            Xprimitive_t(I) = Norm2
 !            !Print *, I, ':',  ScanCoord%At1, '-', ScanCoord%At2, '=', Xprimitive_t(I)
-!         CASE ('ANGLE')		
+!         CASE ('ANGLE')    
 !            Call vecteur(ScanCoord%At2,ScanCoord%At3,x,y,z,vx1,vy1,vz1,Norm1)
 !            Call vecteur(ScanCoord%At2,ScanCoord%At1,x,y,z,vx2,vy2,vz2,Norm2)
 !            Xprimitive_t(I) = angle(vx1,vy1,vz1,Norm1,vx2,vy2,vz2,Norm2)*Pi/180.
@@ -638,7 +638,7 @@
      IntCoord_k=0.d0
      DO I=1, NPrim
         ! Transpose of UMat is needed below, that is why UMat(I,:).
-        IntCoord_k(:)=IntCoord_k(:)+UMat_local(I,:)*Xprimitive_t(I)		 
+        IntCoord_k(:)=IntCoord_k(:)+UMat_local(I,:)*Xprimitive_t(I)     
      END DO
 
      if (debug) THEN
@@ -680,7 +680,7 @@
         !WRITE(*,*) Nat
         !WRITE(*,*) 'GeomCart in ConvertBakerInternal_cart'
         DO I=1,Nat
-           !	WRITE(*,'(1X,A,I4,3(1X,F12.4))') AtName(I),I,X_Cart_k(1:3,I)
+           !  WRITE(*,'(1X,A,I4,3(1X,F12.4))') AtName(I),I,X_Cart_k(1:3,I)
         END DO
      END IF
 
Index: src/Calc_zmat_frag.f90
===================================================================
--- src/Calc_zmat_frag.f90	(revision 3)
+++ src/Calc_zmat_frag.f90	(revision 4)
@@ -305,11 +305,11 @@
      MaxLFrag(I,2)=FragAt(I,1)
 
      DO J=1,NbAtFrag(I)
-	    Iat=FragAt(I,J)
+      Iat=FragAt(I,J)
         IF (Liaisons(IAt,0).GT.MaxLFrag(I,1)) THEN
-		   MaxLFrag(I,1)=Liaisons(Iat,0)
-		   MaxLFrag(I,2)=Iat
-		END IF
+       MaxLFrag(I,1)=Liaisons(Iat,0)
+       MaxLFrag(I,2)=Iat
+    END IF
      END DO
      IF (debug) WRITE(*,*) 'Frag :',I,', atom ',MaxLFrag(I,2), ' has ',MaxLFrag(I,2),' links'
   END DO
@@ -388,8 +388,8 @@
 
      if (sDihe.LE.0.09d0) THEN
         WRITE(*,*) "PROBLEM !!! All atoms linked to ",n0," are aligned..."
-		WRITE(*,*) "Surprising as this atom has at least three bonds... For NOW STOP"
-		STOP
+    WRITE(*,*) "Surprising as this atom has at least three bonds... For NOW STOP"
+    STOP
      END IF
 
      CALL produit_vect(vx3,vy3,vz3,norm3,vx2,vy2,vz2,norm2, &
@@ -550,14 +550,14 @@
 !!!!!!!
 ! and replaced by:
      CaFaire(3)=0
-	 IdxCaFaire=3
-	 izm=3
+   IdxCaFaire=3
+   izm=3
 !
 ! <- PFL 28 Dec 2007
-	 
+   
      FCaf(n2)=.TRUE.
      FCaf(n3)=.TRUE.
-	 FirstAt=.TRUE.
+   FirstAt=.TRUE.
      DO I=3,Liaisons(Iat,0)
         IF (.NOT.DejaFait(Liaisons(Iat,I))) THEN
            izm=izm+1
@@ -567,9 +567,9 @@
            !           ind_zmat(izm,4)=n4
            Call add2indzmat(na,izm,Liaisons(Iat,I),n2,n3,n4,ind_zmat,x,y,z)
            if (FirstAt) THEN
-		       n4=Liaisons(Iat,I)
-			   FirstAt=.FALSE.
-		   END IF
+           n4=Liaisons(Iat,I)
+         FirstAt=.FALSE.
+       END IF
            IF (.NOT.FCaf(Liaisons(Iat,I))) THEN
               CaFaire(IdxCaFaire)=Liaisons(Iat,I)
               IdxCaFaire=IdxCaFaire+1
@@ -598,7 +598,7 @@
 
   CASE(2)
      if (debug) WRITE(*,*) 'DBG select case I0 2'
-	 WRITE(*,*) "PFL 28 Dec 2007: No test of alignment here :(  TO DO TO DO TO DO"
+   WRITE(*,*) "PFL 28 Dec 2007: No test of alignment here :(  TO DO TO DO TO DO"
      ind_zmat(1,1)=IAt
      ind_zmat(2,1)=Liaisons(IAt,1)
      ind_zmat(2,2)=IAt
@@ -914,8 +914,8 @@
 ! <- PFL 28 Dec 2007
 
      CaFaire(3)=0
-	 IdxCaFaire=3
-	 
+   IdxCaFaire=3
+   
   CASE(0)
      WRITE(*,*) 'All atoms are separated .. '
      WRITE(*,*) 'this case should be treated separately !'
@@ -952,8 +952,8 @@
      ELSE
         n3=ind_zmat(idx_zmat(n1),3)
      END IF
-	 
-	 FirstAt=.TRUE.
+   
+   FirstAt=.TRUE.
      DO I=1,Liaisons(n1,0)
         IAt=Liaisons(n1,I)
 ! PFL 29.Aug.2008 ->
@@ -970,9 +970,9 @@
            !           ind_zmat(izm,3)=n2
            !           ind_zmat(izm,4)=n3
            Call add2indzmat(na,izm,iat,n1,n2,n3,ind_zmat,x,y,z)
-		   if (FirstAt) THEN
-		      n3=Iat
-			  FirstAt=.FALSE.
+       if (FirstAt) THEN
+          n3=Iat
+        FirstAt=.FALSE.
            END IF
            idx_zmat(iat)=izm
            DejaFait(iat)=.TRUE.
@@ -1012,9 +1012,9 @@
 
   END DO
 
-	NbAtFrag(Ifrag)=0
-	MaxLFrag(IFrag,1)=0
-	
+  NbAtFrag(Ifrag)=0
+  MaxLFrag(IFrag,1)=0
+  
   !     we start again with the rest of the molecule...
   ! v 1.01 We add the fragment in the order corresponding to NbAtFrag
   KMax=NbFrag-1
@@ -1049,31 +1049,31 @@
      MaxLFrag(IFrag,1)=0
 
 ! We search for the closest atoms of the previous fragments to the atom with max links
-	d=1e9
-	DO J=1,izm
-		Call vecteur(iat,ind_zmat(j,1),x,y,z,vx1,vy1,vz1,norm1)
-		if (norm1.le.d) THEN
-			Jat=j
-			d=norm1
-		END IF
-	END DO
-	n2=ind_zmat(jat,1)
-	SELECT CASE(jat)
+  d=1e9
+  DO J=1,izm
+    Call vecteur(iat,ind_zmat(j,1),x,y,z,vx1,vy1,vz1,norm1)
+    if (norm1.le.d) THEN
+      Jat=j
+      d=norm1
+    END IF
+  END DO
+  n2=ind_zmat(jat,1)
+  SELECT CASE(jat)
         CASE (1)
-		 n3=ind_zmat(2,1)
-		 n4=ind_zmat(3,1)
-	  CASE (2)
-		 n3=ind_zmat(1,1)
-		 n4=ind_zmat(3,1)
-	  CASE DEFAULT
-		 n3=ind_zmat(jAt,2)
-		 n4=ind_zmat(jat,3)
-	END SELECT
-	izm=izm+1
-	Call add2indzmat(na,izm,iat,n2,n3,n4,ind_zmat,x,y,z)
+     n3=ind_zmat(2,1)
+     n4=ind_zmat(3,1)
+    CASE (2)
+     n3=ind_zmat(1,1)
+     n4=ind_zmat(3,1)
+    CASE DEFAULT
+     n3=ind_zmat(jAt,2)
+     n4=ind_zmat(jat,3)
+  END SELECT
+  izm=izm+1
+  Call add2indzmat(na,izm,iat,n2,n3,n4,ind_zmat,x,y,z)
     idx_zmat(iat)=izm
     DejaFait(iat)=.TRUE.
-	IdxCaFaire=2
+  IdxCaFaire=2
     CaFaire(1)=iat
               CaFaire(2)=0
               FCaf(Iat)=.TRUE.
Index: src/Calc_baker.f90
===================================================================
--- src/Calc_baker.f90	(revision 3)
+++ src/Calc_baker.f90	(revision 4)
@@ -399,7 +399,7 @@
                        ScanCoord => ScanCoord%next
                     END DO ! matches DO WHILE (Associated(ScanCoord%next))
 
-                    IF (AddPrimitiveCoord) THEN			
+                    IF (AddPrimitiveCoord) THEN      
                        IF (debug) WRITE(*,*) "Adding angle:",Iat,I,Kat
                        NbAngles=NbAngles+1
                        ! values of the coordinate (bond) is calculated for the reference geometry
@@ -432,7 +432,7 @@
                        IF (debug) WRITE(*,*) "Not Bond Adding angle:",Iat,I,Kat
 
                        ! Checking the uniqueness of valence angle.
-                       ! Duplicate bonds should not be added.				
+                       ! Duplicate bonds should not be added.        
                        AddPrimitiveCoord=.True.
                        ScanCoord=>Coordinate
                        DO WHILE (Associated(ScanCoord%next))
@@ -448,7 +448,7 @@
                           ScanCoord => ScanCoord%next
                        END DO
 
-                       IF (AddPrimitiveCoord) THEN	
+                       IF (AddPrimitiveCoord) THEN  
                           NbAngles=NbAngles+1
                           ! values of the coordinate (bond) is calculated for the reference geometry
                           ! whereas the coordinates (bonds) (CurrentCoord%At1, CurrentCoord%At2, etc.) 
@@ -466,7 +466,7 @@
                              NULLIFY(CurrentCoord%next%next)
                           END IF
                           CurrentCoord => CurrentCoord%next
-                       END IF	! matches IF (AddPrimitiveCoord) THEN
+                       END IF  ! matches IF (AddPrimitiveCoord) THEN
                     END IF ! matches IF (.NOT.Bond) THEN
                  END IF ! matches IF (Kat.GT.I) THEN, after else
               END DO ! matches DO K=J+1,Liaisons(I,0)
@@ -649,7 +649,7 @@
         !WRITE(IOOUT,'(1X,I3,":",I5," - ",I5," - ",I5," = ",F15.6)') I,ScanCoord%At1, &
         !    ScanCoord%At2, ScanCoord%At3,ScanCoord%Value*180./Pi
         WRITE(*,'(1X,I3,":(angle)",I5," - ",I5," - ",I5," = ",F15.6)') I,ScanCoord%At1, &
-             ScanCoord%At2, ScanCoord%At3,ScanCoord%Value*180./Pi	 
+             ScanCoord%At2, ScanCoord%At3,ScanCoord%Value*180./Pi   
      CASE ('DIHEDRAL')
         !WRITE(IOOUT,'(1X,I3,":",I5," - ",I5," - ",I5," - ",I5," = ",F15.6)') I,ScanCoord%At1,&
         !    ScanCoord%At2, ScanCoord%At3,ScanCoord%At4,ScanCoord%Value*180./Pi
@@ -904,7 +904,7 @@
            ! BprimT is transpose of B^prim.
            ! B = UMat^T B^prim, B^T = (B^prim)^T UMat
            BMat_BakerT(:,J)=BMat_BakerT(:,J)+BprimT(:,K)*Eigvec(K,I)
-           !Dzdcb(:,J)=DzDcb(:,J)+Eigvec(K,:)*BprimT(I,K)		   
+           !Dzdcb(:,J)=DzDcb(:,J)+Eigvec(K,:)*BprimT(I,K)       
         END DO
         IF(J .GT. 3*Nat-6) THEN
            WRITE(*,*) 'Number of vectors in Eigvec with eigval .GT. 1e-6(=UMat) (=' &
@@ -991,7 +991,7 @@
   Call GenInv(NCoord,BBT,BBT_inv,NCoord)
 
   ! Calculation of (B^T)^-1 = (BB^T)^-1B:
-  !ALLOCATE(BTransInv(3*Nat-6,3*Nat))	  ! allocated in Path.f90
+  !ALLOCATE(BTransInv(3*Nat-6,3*Nat))    ! allocated in Path.f90
   BTransInv = 0.d0
   DO I=1, 3*Nat
      DO J=1, NCoord
Index: src/Space_GEDIIS_all.f90
===================================================================
--- src/Space_GEDIIS_all.f90	(revision 3)
+++ src/Space_GEDIIS_all.f90	(revision 4)
@@ -7,10 +7,11 @@
       integer, parameter :: KREAL = kind(1.0d0)
 
       ! MSET=mth iteration, MRESET=Maximum no. of iterations. 
-      INTEGER(KINT) :: NCoord, MRESET, MSET(NGeomF), NGeomF, IGeom 
+      INTEGER(KINT) :: NGeomF,  IGeom 
+      INTEGER(KINT) :: NCoord, MRESET, MSET(NGeomF)
       ! Geom=geometry with NCoord coordinates. GRAD=gradients.
       REAL(KREAL) :: Geom(NCoord), Grad(NCoord)
-	  REAL(KREAL) :: Heat
+    REAL(KREAL) :: Heat
       LOGICAL :: FRST(NGeomF), Print=.FALSE.
       ! GeomSet, GradSet : a long array to store.
       REAL(KREAL) :: GeomSet(NGeomF,MRESET*NCoord), GradSet(NGeomF,MRESET*NCoord), ESET(NGeomF,MRESET)
@@ -21,8 +22,8 @@
 
       ! UPDATE PARAMETER AND GRADIENT SUBSPACE:
       IF (PRINT)  WRITE(*,'(/,''       BEGIN SPACE_GEDIIS_ALL   '')')
-	  IF(FRST(IGeom))THEN
-	    ! Print *, 'Inside FRST(',IGeom,')=', FRST(IGeom)
+    IF(FRST(IGeom))THEN
+      ! Print *, 'Inside FRST(',IGeom,')=', FRST(IGeom)
          NRESET=MIN(NCoord/2,MRESET)
              IF (NCoord .LT. 5 ) THEN ! This condition is imposed for small NCoord,
                ! particularly if NCoord is equal to 2 or 3.
@@ -44,12 +45,12 @@
                GeomSet(IGeom,MI+K) = GeomSet(IGeom,NI+K)
                GradSet(IGeom,MI+K) = GradSet(IGeom,NI+K)
             END DO
-		 END DO	
+     END DO  
             MSET(IGeom)=NRESET-1
       ENDIF
 
       ! STORE THE CURRENT POINT:
-	  IF (PRINT)  WRITE(*,'(/,''       SPACE_GEDIIS_ALL  2  '')')
+    IF (PRINT)  WRITE(*,'(/,''       SPACE_GEDIIS_ALL  2  '')')
       DO  K=1,NCoord
          NMK = NCoord*MSET(IGeom)+K ! MSET(IGeom) corresponds the mth iteration.
          IF (PRINT)  WRITE(*,*) 'K,NMK,MSET(',IGeom,'),NCoord',K,NMK,MSET(IGeom),NCoord !, &
@@ -57,10 +58,10 @@
          GeomSet(IGeom,NMK) = Geom(K)
          GradSet(IGeom,NMK) = Grad(K)
       END DO
-	  
+    
       MSET(IGeom)=MSET(IGeom)+1
       ESET(IGeom,MSET(IGeom))=HEAT
-	   
+     
       IF (PRINT) WRITE (*,*) "MSET(",IGeom,")=", MSET(IGeom)
       IF (PRINT)  WRITE(*,'(/,''       END SPACE_GEDIIS_ALL    '')')
 
Index: src/VectorPer.f90
===================================================================
--- src/VectorPer.f90	(revision 3)
+++ src/VectorPer.f90	(revision 4)
@@ -43,5 +43,5 @@
 !       write(6,*) vx,vy,vz,norm
 !       write(6,*) 
 
-	RETURN
+        RETURN
       END SUBROUTINE VectorPer
Index: src/Energy_GEDIIS.f90
===================================================================
--- src/Energy_GEDIIS.f90	(revision 3)
+++ src/Energy_GEDIIS.f90	(revision 4)
@@ -4,18 +4,18 @@
       integer, parameter :: KREAL = kind(1.0d0)
 
 
-	  INTEGER(KINT) :: MRESET, MSET, NCoord
-	  REAL(KREAL) :: ci(MRESET), GeomSet(MRESET*NCoord), GradSet(MRESET*NCoord), ESET(MRESET)
-	  REAL(KREAL) :: ER_star, tmp
-	  
-	  INTEGER(KINT) :: I, J, IX, JX, INV, JNV, KX
-	  
-	  LOGICAL PRINT
-	  
+    INTEGER(KINT) :: MRESET, MSET, NCoord
+    REAL(KREAL) :: ci(MRESET), GeomSet(MRESET*NCoord), GradSet(MRESET*NCoord), ESET(MRESET)
+    REAL(KREAL) :: ER_star, tmp
+    
+    INTEGER(KINT) :: I, J, IX, JX, INV, JNV, KX
+    
+    LOGICAL PRINT
+    
       PRINT=.FALSE.
-	  
+    
       IF (PRINT)  WRITE(*,'(/,''      BEGIN Energy_GEDIIS   '')')
-	  
+    
       ER_star=0.D0
       INV=-NCoord
       DO IX=1,MSET
@@ -24,16 +24,16 @@
          DO JX=1,MSET
             JNV=JNV+NCoord
             tmp=0.D0
-	        DO KX=1, NCoord
-	           tmp = tmp + (((GradSet(INV+KX)-GradSet(JNV+KX))*(GeomSet(INV+KX)-GeomSet(JNV+KX)))/2.D0)
-	        END DO
-			ER_star = ER_star + ci(IX)*ci(JX)*tmp
+          DO KX=1, NCoord
+             tmp = tmp + (((GradSet(INV+KX)-GradSet(JNV+KX))*(GeomSet(INV+KX)-GeomSet(JNV+KX)))/2.D0)
+          END DO
+      ER_star = ER_star + ci(IX)*ci(JX)*tmp
          END DO
       END DO
 
-	  DO I=1, MSET
-	     ER_star = ER_star + (ci(I)*ESET(I))		
-	  END DO
+    DO I=1, MSET
+       ER_star = ER_star + (ci(I)*ESET(I))    
+    END DO
 
       IF (PRINT)  WRITE(*,'(/,''       END Energy_GEDIIS  '',/)')
 
Index: src/Space_GEDIIS.f90
===================================================================
--- src/Space_GEDIIS.f90	(revision 3)
+++ src/Space_GEDIIS.f90	(revision 4)
@@ -10,9 +10,9 @@
       ! MSET=mth iteration, MRESET=Maximum no. of iterations. 
       INTEGER(KINT) :: NCoord, MRESET, MSET 
       ! Geom=geometry with NCoord coordinates. GRAD=gradients.
-	  REAL(KREAL), INTENT(IN) :: Geom(NCoord)
+    REAL(KREAL), INTENT(IN) :: Geom(NCoord)
       REAL(KREAL) :: Grad(NCoord)
-	  REAL(KREAL) :: Heat
+    REAL(KREAL) :: Heat
       LOGICAL :: FRST, Print=.TRUE.
       ! GeomSet, GradSet : a long array to store
       REAL(KREAL) :: GeomSet(MRESET*NCoord), GradSet(MRESET*NCoord), ESET(MRESET)
@@ -45,7 +45,7 @@
                GeomSet(MI+K) = GeomSet(NI+K)
                GradSet(MI+K) = GradSet(NI+K)
             END DO
-		 END DO	
+     END DO  
             MSET=NRESET-1
       ENDIF
 
@@ -58,10 +58,10 @@
          GeomSet(NMK) = Geom(K)
          GradSet(NMK) = Grad(K)
       END DO
-	  
+    
       MSET=MSET+1
       ESET(MSET)=HEAT
-	   
+     
       IF (PRINT) WRITE (*,*) "MSET=", MSET
       IF (PRINT)  WRITE(*,'(/,''       END SPACE_GEDIIS   '')')
 
Index: src/Hupdate_all.f90
===================================================================
--- src/Hupdate_all.f90	(revision 3)
+++ src/Hupdate_all.f90	(revision 4)
@@ -1,6 +1,6 @@
  subroutine hupdate_all(n, ds, dgrad, Hess)
 
-  use Path_module, only :  hesupd,Hinv
+  use Path_module, only :  HUpdate,Hinv
   use Io_module, only : IoOut
 
   IMPLICIT NONE
@@ -14,7 +14,7 @@
 
 !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
 !
-! This subroutine is a drive for the update of the Hessian 
+! This subroutine is a driver for the update of the Hessian 
 ! in the Quasi-Newton optimization step.
 ! We propose mostly update of the inverse Hessian.
 !
@@ -29,13 +29,30 @@
 !!!!!!!!!!!!!!!!
 !
 ! For now, we propose :
-! - For update of inverser Hessian:
-!      - BFGS
+! - For update of inverse Hessian:
+!      - BFGS (Broyden, Fletcher, Goldfarb, and Shanno)
+!      - DFP (Davidson - Fletcher - Powell )
+!      - MS (Murtagh-Sargent)
 !
 ! - For update of hessian:
 !      - Bofill (combination of Murtagh-Sargent and Powell-symmetric-Broyden
-!      - Murtagh-Sargent
+!      - MS (Murtagh-Sargent)
+!      - BFGS
+!      - DFP
+!----------------------------------------------------
+! We use the fact that some formula are the dual of other
+! that is, one can convert the formula for update of the Hessian 
+! into the update of the inverse Hessian by replacing the Hessian
+! (denoted by B in the Fletcher book and in the Nocedal&Wrigth book)
+! by the inverse hessian (denoted by H), and replacing ds by dgrad in the
+! formula.
+! See for example:
+! 1) Numerical Optimization, Springer 2nd Ed., 2006
+! by Jorge Nocedal & Stephen J. Wright
+! 2) ractical Methods of Optimization, John Wiley & Sons, second ed., 1987.
+! by R. Fletcher
 !
+!
 !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
 
 
@@ -53,29 +70,41 @@
 
   ! ======================================================================
 
-  debug = valid ('DEBUG HESS') .OR. Valid('DEBUG HUPDATE')
+  debug = valid ('HESS') .OR. Valid('HUPDATE')
 
   if (debug) WRITE(*,*) "================================= Entering Hupdate_all ==============="
 
   SELECT CASE (Hinv)
      CASE (.TRUE.)
-        SELECT CASE (HesUpd)
+        SELECT CASE (HUpdate)
            CASE ("BFGS")
               Call Hinvup_BFGS(n,ds,dgrad,hess)
+           CASE ("MS")
+! we use the fact that MS is self-dual 
+              Call Hupdate_MS(n,dgrad,ds,hess)
+           CASE ("DFP")
+              Call Hinvup_DFP(n,ds,dgrad,hess)
            CASE DEFAULT
-              WRITE(*,*) Trim(HesUpd) // " not known: using BFGS"
+              WRITE(*,*) Trim(HUpdate) // " not known: using BFGS"
               Call Hinvup_BFGS(n,ds,dgrad,hess)
          END SELECT
      CASE (.FALSE.)
-        SELECT CASE (HesUpd)
+        SELECT CASE (HUpdate)
            CASE ("BOFILL")
               Call Hupdate_Bofill(n,ds,dgrad,hess)
            CASE ("MS")
               Call Hupdate_MS(n,ds,dgrad,hess)
+           CASE ("DFP")
+! we use the fact that DFP is the dual of BFGS
+              Call Hinvup_BFGS(n,dgrad,ds,hess)
+           CASE ("BFGS")
+! we use the fact that DFP is the dual of BFGS
+              Call Hinvup_DFP(n,dgrad,ds,hess)
            CASE DEFAULT
-              WRITE(*,*) Trim(HesUpd) // " not known: using Bofill"
+              WRITE(*,*) Trim(HUpdate) // " not known: using Bofill"
               Call Hupdate_Bofill(n,ds,dgrad,hess)
            END SELECT
     END SELECT
 
+  if (debug) WRITE(*,*) "================================= Exiting Hupdate_all ==============="
 end subroutine hupdate_all
Index: src/Egrad.f90
===================================================================
--- src/Egrad.f90	(revision 3)
+++ src/Egrad.f90	(revision 4)
@@ -6,8 +6,8 @@
 
   use Path_module, only : Nat,AtName,Coord,dzdc,indzmat,Nom,Atome,massat,unit, &
                           prog,NCart,XyzGeomF,IntCoordF,XyzGeomI, renum, OrderInv
-						  ! IntCoordF(NGeomF,NCoord),GeomOld_all(NGeomF,NCoord)
-						  ! allocated in Path.f90
+              ! IntCoordF(NGeomF,NCoord),GeomOld_all(NGeomF,NCoord)
+              ! allocated in Path.f90
   use Io_module
   IMPLICIT NONE
 
@@ -161,7 +161,7 @@
         Idx=Idx+3
      END DO
      DEALLOCATE(GradTmp)
-	 CASE ('BAKER')
+   CASE ('BAKER')
         WRITE (*,*) "Coord=",TRIM(COORD),": use Egrad_baker.f90, instead of Egrad.f90. Stop"
      CASE ('MIXED')
         ALLOCATE(GradTmp(3*Nat))
Index: src/Hupdate_MS.f90
===================================================================
--- src/Hupdate_MS.f90	(revision 3)
+++ src/Hupdate_MS.f90	(revision 4)
@@ -1,6 +1,31 @@
-! This program reads an old hessian, old forces, new forces
-! and print the updated hessian and old coordinates.
-! We use the Murtagh-Sargent update
+! Hessian - or its inverse - update
+! We use the Murtagh-Sargent update, also called Symmetric Rank 1
+!
+! input:
+!  - nfree: number of coordinates
+!  - ds: GeomOld-Geom (expressed in the optimization coord.)
+!  - dgrad: GradOld-Grad  (expressed in the optimization coord.)
+!
+!  input/output:
+!  - Hess: old Hessian in input, replaced by updated Hessian on output
+!             (or inverse Hessian)
+!
+!
+!!!!!!!!!!!!!!!!!!!!!!
+! The update formula for the Hessian is:
+! (following Fletcher, approximate Hessian is denoted by B)
+! B(k+1)=B+[(y-Bs){(y-Bs)T}]/[{(y-Bs)T}s]
+!
+! it is self dual, ie for the inverse Hessian, denote by H:
+! H(k+1)=H+[(s-Hy){(s-Hy)T}]/[{(s-Hy)T}y]
+!
+! 
+! We decompose the computation in two steps:
+! first we compute the update, and then we add it to Hess to get the
+! new Hessian.
+! This allows us to introduce a scaling factor if needed later.
+!
+!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
 
 SUBROUTINE Hupdate_MS(Nfree,ds,dgrad,Hess)
 
@@ -23,14 +48,24 @@
   CHARACTER(120) :: fmt,fmt2,Line
   INTEGER(KINT) :: i,j, idx
 
-  LOGICAL debug,valid
-  EXTERNAL valid
+  LOGICAL :: debug
 
+  interface
+     function valid(string) result (isValid)
+       logical                  :: isValid
+       character(*), intent(in) :: string
+     end function valid
+
+  end interface
+
+
+
+
   debug=valid("Hupdate").OR.Valid("Hupdate_MS")
 
   if (debug) Call Header("Entering Hupdate_MS")
 
-  ALLOCATE(HessOld(nfree,nfree), HupMS(nfree,nfree),  &
+  ALLOCATE(HessOld(nfree,nfree),  &
        Hup(nfree,nfree), &
        HupInt(nfree), HS(nfree),  &
        Num(nfree,nfree))
@@ -58,6 +93,8 @@
            HS(I)=HS(I)+HessOld(i,j)*Ds(j)
         END DO
      END DO
+
+     if (debug) WRITE(*,*) "HS:",HS
      HupInt=DGrad-HS
 
      ! WE calculate the MS update
@@ -69,10 +106,11 @@
         END DO
         Den=Den+Hupint(i)*Ds(i)
      END DO
+     if (debug) WRITE(*,*) "Den:",Den,1./Den
 
-     HupMS=Num/Den
+     Hup=Num/Den
 
-     Hess=HessOld+HupMS
+     Hess=HessOld+Hup
   ELSE
      Hess=HessOld
   END IF
@@ -81,7 +119,7 @@
   !        WRITE(*,fmt) Hess(i,:)
   !     END DO
 
-  DEALLOCATE(HessOld, HupMS,HupInt, HS, Num )
+  DEALLOCATE(HessOld,Hup, HupInt, HS, Num )
 
   if (debug) Call Header("Hupdate_MS Over")
 
Index: src/Path_module.f90
===================================================================
--- src/Path_module.f90	(revision 3)
+++ src/Path_module.f90	(revision 4)
@@ -56,7 +56,19 @@
 
 
   LOGICAL :: Freq, MW, Bohr, Renum, Hinv
-  LOGICAL :: OptReac, OptProd, PathOnly
+! OptReac: if TRUE the reactants will be optimized. Default is FALSE
+  LOGICAL :: OptReac
+! OptProd: if TRUE the products will be optimized. Default is FALSE
+  LOGICAL :: OptProd
+! PathOnly: if TRUE, only the initial path will be constructed.
+! Default is FALSE, that is OpenPath construct the path and optimize it
+  LOGICAL :: PathOnly
+! CalcEReac: if TRUE the reactants energy will be computed. Default is FALSE
+! Not compatible with RunMode=Para
+  LOGICAL :: CalcEReac
+! CalEProd: if TRUE the products energy will be computed. Default is FALSE
+! Not compatible with RunMode=Para
+  LOGICAL :: CalcEProd
   LOGICAL :: IniHup,HupNeighbour
 
   REAL(KREAL) :: Fact,FTan
@@ -79,8 +91,11 @@
   CHARACTER(SCHARS) :: Prog="GAUSSIAN"
   CHARACTER(VLCHARS) :: ProgExe="g03"
 
-  CHARACTER(SCHARS) :: runtyp='GEOMETRY OPTIMIZATION'
+! PFL 06/2011: HesUpd is deprecated
+! I replace it by HUpdate that is more intuitive to me
   CHARACTER(SCHARS) :: hesupd="BFGS"
+! HUpdate indicates which method to use for updating the Hessian or its inverse
+  CHARACTER(SCHARS) :: HUpdate="BFGS"
 
   REAL(KREAL), ALLOCATABLE, TARGET :: XyzGeomI(:,:,:) ! (NGeomI,3,Nat)
   REAL(KREAL), ALLOCATABLE :: XyzGeomF(:,:,:) ! (NGeomF,3,Nat)
Index: src/Extrapol_baker.f90
===================================================================
--- src/Extrapol_baker.f90	(revision 3)
+++ src/Extrapol_baker.f90	(revision 4)
@@ -166,7 +166,7 @@
      
 
      call CalcRmsd(Nat,XyzTmp(1:Nat,1),XyzTmp(1:Nat,2),XyzTmp(1:Nat,3), &
-	  XyzTmp2(1:Nat,1),XyzTmp2(1:Nat,2),XyzTmp2(1:Nat,3),           &
+    XyzTmp2(1:Nat,1),XyzTmp2(1:Nat,2),XyzTmp2(1:Nat,3),           &
           MRot,rmsd,.TRUE.,.TRUE.)
 
 
Index: src/Extrapol_int.f90
===================================================================
--- src/Extrapol_int.f90	(revision 3)
+++ src/Extrapol_int.f90	(revision 4)
@@ -47,7 +47,7 @@
   CHARACTER(LCHARS) :: FileSpline,TmpChar
 
 
-  !	LOGICAL :: FAlign=.FALSE., FRot=.FALSE.
+  !  LOGICAL :: FAlign=.FALSE., FRot=.FALSE.
 
   ! We will calculate the length of the path, in MW coordinates...
   ! this is done is a stupid way: we interpolate the zmatrix values,
Index: src/Hinvup_BFGS.f90
===================================================================
--- src/Hinvup_BFGS.f90	(revision 3)
+++ src/Hinvup_BFGS.f90	(revision 4)
@@ -15,6 +15,33 @@
   REAL(KREAL), INTENT(IN) :: ds(Nfree)
   REAL(KREAL), INTENT(IN) :: dGrad(Nfree)
   
+!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
+!
+! This subroutine updates the inverse of the Hessian
+! using a BFGS formula.
+!
+! input:
+!  - nfree: number of coordinates
+!  - ds: GeomOld-Geom (expressed in the optimization coord.)
+!  - dgrad: GradOld-Grad  (expressed in the optimization coord.)
+!
+!  input/output:
+!  - Hess: old Hessian in input, replaced by updated Hessian on output
+!
+!  Notations for the formula:
+! s=Geom-GeomOld  
+! y=Grad-GradOld
+! W= (H)-1 ie the inverse matrix that we are updating
+! W+=W - [s(yT)W+Wy(sT)]/(y,s)+ {1+[(y,Wy)/(y,s)]}(s(sT))/(y,s)
+! 
+!!!!!!!!!!!!!!!!
+!
+! Due to the dual properties, this routine is also called to compute
+! the DFP update for the Hessian
+!
+!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
+
+
   REAL(KREAL), ALLOCATABLE  :: HessOld(:,:) , Wy(:)
   REAL(KREAL), ALLOCATABLE  :: Hup(:,:),ssT(:,:)
   REAL(KREAL), ALLOCATABLE  :: HupInt(:)
@@ -34,11 +61,6 @@
        HupInt(nfree),  &
        Num(nfree,nfree), Num2(nfree,nfree),Wy(Nfree),ssT(Nfree,nFree) )
 
-  ! Notations
-  ! s=Geom-GeomOld
-  ! y=Grad-GradOld
-  ! W= (H)-1 ie the inverse matrix that we are updating
-  ! W+=W - [s(yT)W+Wy(sT)]/(y,s)+ {1+[(y,Wy)/(y,s)]}(s(sT))/(y,s)
 
 
   HessOld=Hess
Index: src/Step_DIIS_all.f90
===================================================================
--- src/Step_DIIS_all.f90	(revision 3)
+++ src/Step_DIIS_all.f90	(revision 4)
@@ -3,31 +3,32 @@
 !C  Grad = input gradient vector.
 !C  Geom_new = New Geometry.
 
-	  SUBROUTINE Step_diis_all(NGeomF,IGeom,Step,Geom,Grad,HP,HEAT,Hess,NCoord,allocation_flag,Tangent)
+    SUBROUTINE Step_diis_all(NGeomF,IGeom,Step,Geom,Grad,HP,HEAT,Hess,NCoord,allocation_flag,Tangent)
 !      IMPLICIT DOUBLE PRECISION (A-H,O-Z)
 
-	  USE Io_module, only : IoOut 
-      USE Path_module, only : Vfree
-	  
-      IMPLICIT NONE
-      INTEGER, parameter :: KINT = kind(1)
-      INTEGER, parameter :: KREAL = kind(1.0d0)
+    USE Io_module, only : IoOut 
+    USE Path_module, only : Vfree
+    
+    IMPLICIT NONE
+    INTEGER, parameter :: KINT = kind(1)
+    INTEGER, parameter :: KREAL = kind(1.0d0)
+    
+    !      INCLUDE 'SIZES'
+    
+    INTEGER(KINT) :: NGeomF,IGeom
+    INTEGER(KINT), INTENT(IN) :: NCoord
+    
+    REAL(KREAL) :: Geom_new(NCoord),Geom(NCoord),Grad(NCoord)
+    REAL(KREAL) :: Hess(NCoord*NCoord),Step(NCoord)
+    REAL(KREAL) :: HEAT,HP
+    LOGICAL :: allocation_flag
+    REAL(KREAL), INTENT(INOUT) :: Tangent(Ncoord)
 
-!      INCLUDE 'SIZES'
-
-      INTEGER(KINT) :: NGeomF,IGeom
-      REAL(KREAL) :: Geom_new(NCoord),Geom(NCoord),Grad(NCoord)
-	  REAL(KREAL) :: Hess(NCoord*NCoord),Step(NCoord)
-      REAL(KREAL) :: HEAT,HP
-	  LOGICAL :: allocation_flag
-	  INTEGER(KINT), INTENT(IN) :: NCoord
-	  REAL(KREAL), INTENT(INOUT) :: Tangent(Ncoord)
-
 !************************************************************************
 !*                                                                      *
 !*     DIIS PERFORMS DIRECT INVERSION IN THE ITERATIVE SUBSPACE         *
 !*                                                                      *
-!*     THIS INVOLVES SOLVING FOR C IN Geom(NEW) = Geom' - HG'			*
+!*     THIS INVOLVES SOLVING FOR C IN Geom(NEW) = Geom' - HG'      *
 !*                                                                      *
 !*  WHERE Geom' = SUM(C(I)Geom(I), THE C COEFFICIENTES COMING FROM      *
 !*                                                                      *
@@ -35,7 +36,7 @@
 !*                   | 1   0 |   |-L |   | 1 |                          *
 !*                                                                      *
 !*  WHERE B(I,J) =GRAD(I)H(T)HGRAD(J)  GRAD(I) = GRADIENT ON CYCLE I    *
-!*                              Hess    = INVERSE HESSIAN				*
+!*                              Hess    = INVERSE HESSIAN        *
 !*                                                                      *
 !*                          REFERENCE                                   *
 !*                                                                      *
@@ -65,28 +66,28 @@
       INTEGER(KINT), PARAMETER :: MRESET=15, M2=(MRESET+1)*(MRESET+1) !M2 = 256
       REAL(KREAL), ALLOCATABLE, SAVE :: GeomSet(:,:),GradSet(:,:),ERR(:,:) ! MRESET*NCoord
       REAL(KREAL), SAVE :: ESET(MRESET)
-	  REAL(KREAL), ALLOCATABLE, SAVE :: DXTMP(:,:),GSAVE(:,:) !NCoord, why DXTMP has SAVE attribute??
+    REAL(KREAL), ALLOCATABLE, SAVE :: DXTMP(:,:),GSAVE(:,:) !NCoord, why DXTMP has SAVE attribute??
       REAL(KREAL) :: B(M2),BS(M2),BST(M2)
       LOGICAL DEBUG, PRINT
       INTEGER(KINT), ALLOCATABLE, SAVE :: MSET(:)
-	  LOGICAL, ALLOCATABLE, SAVE :: FRST(:)
+    LOGICAL, ALLOCATABLE, SAVE :: FRST(:)
       INTEGER(KINT) :: NDIIS, MPLUS, INV, ITERA, MM, NFree, I, J, K
       INTEGER(KINT) :: JJ, KJ, JNV, II, IONE, IJ, INK,ITmp, Isch, Idx
       REAL(KREAL) :: XMax, XNorm, S, DET, THRES, Norm
-	  REAL(KREAL), PARAMETER :: eps=1e-12
-	  REAL(KREAL), PARAMETER :: crit=1e-8
-	  REAL(KREAL), ALLOCATABLE :: Tanf(:) ! NCoord
-	  REAL(KREAL), ALLOCATABLE :: HFree(:) ! NFree*NFree
-	  REAL(KREAL), ALLOCATABLE :: Htmp(:,:) ! NCoord,NFree
-	  REAL(KREAL), ALLOCATABLE :: Grad_free(:),Grad_new_free_inter(:),Step_free(:) ! NFree
-	  REAL(KREAL), ALLOCATABLE :: Geom_free(:),Geom_new_free_inter(:),Geom_new_free(:) ! NFree
-	  REAL(KREAL), ALLOCATABLE, SAVE :: GeomSet_free(:,:),GradSet_free(:,:)
-	  
+    REAL(KREAL), PARAMETER :: eps=1e-12
+    REAL(KREAL), PARAMETER :: crit=1e-8
+    REAL(KREAL), ALLOCATABLE :: Tanf(:) ! NCoord
+    REAL(KREAL), ALLOCATABLE :: HFree(:) ! NFree*NFree
+    REAL(KREAL), ALLOCATABLE :: Htmp(:,:) ! NCoord,NFree
+    REAL(KREAL), ALLOCATABLE :: Grad_free(:),Grad_new_free_inter(:),Step_free(:) ! NFree
+    REAL(KREAL), ALLOCATABLE :: Geom_free(:),Geom_new_free_inter(:),Geom_new_free(:) ! NFree
+    REAL(KREAL), ALLOCATABLE, SAVE :: GeomSet_free(:,:),GradSet_free(:,:)
+    
       DEBUG=.TRUE.
       PRINT=.TRUE.
 
       IF (PRINT)  WRITE(*,'(/,''      BEGIN GDIIS   '')')
-	  
+    
       ! Initialization
       IF (allocation_flag) THEN ! allocation_flag = .TRUE. at the begining and effective for all geometries in path.
       ! FRST(IGeom) will be set to False in Space, so no need to modify it here
@@ -95,28 +96,28 @@
             DEALLOCATE(GeomSet,GradSet,ERR,DXTMP,GSave,GeomSet_free,GradSet_free)
             RETURN
          ELSE
-		    ! these allocated arrays need to be properly deallocated.
+        ! these allocated arrays need to be properly deallocated.
             IF (PRINT)  WRITE(*,'(/,''     In FRST,  GDIIS Alloc  '')')
             ALLOCATE(GeomSet(NGeomF,MRESET*NCoord),GradSet(NGeomF,MRESET*NCoord),ERR(NGeomF,MRESET*NCoord))
-			ALLOCATE(GeomSet_free(NGeomF,MRESET*NCoord),GradSet_free(NGeomF,MRESET*NCoord))
+      ALLOCATE(GeomSet_free(NGeomF,MRESET*NCoord),GradSet_free(NGeomF,MRESET*NCoord))
             ALLOCATE(DXTMP(NGeomF,NCoord),GSAVE(NGeomF,NCoord),MSET(NGeomF),FRST(NGeomF))
-			DO I=1,NGeomF
-			   FRST(I) = .TRUE.
-			   GeomSet(I,:) = 0.d0
-			   GradSet(I,:) = 0.d0
-			   ERR(I,:) = 0.d0
-			   GeomSet_free(I,:) = 0.d0
-			   GradSet_free(I,:) = 0.d0
-			   DXTMP(I,:)=0.d0
-			   GSAVE(I,:)=0.d0
-			END DO
-			MSET(:)=0
+      DO I=1,NGeomF
+         FRST(I) = .TRUE.
+         GeomSet(I,:) = 0.d0
+         GradSet(I,:) = 0.d0
+         ERR(I,:) = 0.d0
+         GeomSet_free(I,:) = 0.d0
+         GradSet_free(I,:) = 0.d0
+         DXTMP(I,:)=0.d0
+         GSAVE(I,:)=0.d0
+      END DO
+      MSET(:)=0
          END IF
-		 allocation_flag = .FALSE.
+     allocation_flag = .FALSE.
       END IF
-	  
+    
       ! Addded from here:
-	  Call FreeMv(NCoord,Vfree) ! VFree(Ncoord,Ncoord)
+    Call FreeMv(NCoord,Vfree) ! VFree(Ncoord,Ncoord)
       ! we orthogonalize Vfree to the tangent vector of this geom only if Tangent/=0.d0
       Norm=sqrt(dot_product(Tangent,Tangent))
       IF (Norm.GT.eps) THEN
@@ -126,7 +127,7 @@
          Tangent=Tangent/Norm
 
          ! We convert Tangent into Vfree only displacements. This is useless for now (2007.Apr.23)
-		 ! as Vfree=Id matrix but it will be usefull as soon as we introduce constraints.
+     ! as Vfree=Id matrix but it will be usefull as soon as we introduce constraints.
          DO I=1,NCoord
             Tanf(I)=dot_product(reshape(Vfree(:,I),(/NCoord/)),Tangent)
          END DO
@@ -138,7 +139,7 @@
          DO I=1,NCoord
             Norm=dot_product(reshape(vfree(:,I),(/NCoord/)),Tangent)
             Vfree(:,I)=Vfree(:,I)-Norm*Tangent
-		 END DO
+     END DO
 
          Idx=0.
          ! Schmidt orthogonalization of the Vfree vectors
@@ -156,7 +157,7 @@
                Vfree(:,Idx)=Vfree(:,I)/sqrt(Norm)
             END IF
          END DO
-		   
+       
          Print *, 'Idx=', Idx
          IF (Idx/= NCoord-1) THEN
             WRITE(*,*) "Pb in orthogonalizing Vfree to tangent for geom",IGeom
@@ -176,7 +177,7 @@
       ! We now calculate the new step
       ! we project the hessian onto the free vectors
       ALLOCATE(HFree(NFree*NFree),Htmp(NCoord,NFree),Grad_free(NFree),Grad_new_free_inter(NFree))
-	  ALLOCATE(Geom_free(NFree),Step_free(NFree),Geom_new_free_inter(NFree),Geom_new_free(NFree))
+    ALLOCATE(Geom_free(NFree),Step_free(NFree),Geom_new_free_inter(NFree),Geom_new_free(NFree))
       DO J=1,NFree
         DO I=1,NCoord
            Htmp(I,J)=0.d0
@@ -187,41 +188,41 @@
       END DO
       DO J=1,NFree
         DO I=1,NFree
-		   HFree(I+((J-1)*NFree))=0.d0
+       HFree(I+((J-1)*NFree))=0.d0
            DO K=1,NCoord
-			  HFree(I+((J-1)*NFree))=HFree(I+((J-1)*NFree))+Vfree(K,I)*Htmp(K,J)
+        HFree(I+((J-1)*NFree))=HFree(I+((J-1)*NFree))+Vfree(K,I)*Htmp(K,J)
            END DO
         END DO
       END DO
 
       DO I=1,NFree
          Grad_free(I)=dot_product(reshape(Vfree(:,I),(/NCoord/)),Grad)
-		 Geom_free(I)=dot_product(reshape(Vfree(:,I),(/NCoord/)),Geom)
+     Geom_free(I)=dot_product(reshape(Vfree(:,I),(/NCoord/)),Geom)
       END DO
       !Added Ends here.***********************************************
-	  
+    
 !C  SPACE SIMPLY LOADS THE CURRENT VALUES OF Geom AND GRAD INTO
 !C  THE ARRAYS GeomSet AND GradSet
 !C  HEAT is never used, not even in Space_all(...)
 
       CALL Space_all(NGeomF,IGeom,MRESET,MSET,Geom,Grad,HEAT,NCoord,GeomSet,GradSet,ESET,FRST)
-	  
+    
       IF (PRINT)  WRITE(*,'(/,''       GDIIS after Space  '')')
-	  
-	  DO J=1,MSet(IGeom)
+    
+    DO J=1,MSet(IGeom)
          DO K=1,NFree
             GradSet_free(IGeom,((J-1)*NFree)+K)=dot_product(reshape(Vfree(:,K),(/NCoord/)),&
-	     			  GradSet(IGeom,((J-1)*NCoord)+1:((J-1)*NCoord)+NCoord))
-		    GeomSet_free(IGeom,((J-1)*NFree)+K)=dot_product(reshape(Vfree(:,K),(/NCoord/)),&
-			          GeomSet(IGeom,((J-1)*NCoord)+1:((J-1)*NCoord)+NCoord))
+               GradSet(IGeom,((J-1)*NCoord)+1:((J-1)*NCoord)+NCoord))
+        GeomSet_free(IGeom,((J-1)*NFree)+K)=dot_product(reshape(Vfree(:,K),(/NCoord/)),&
+                GeomSet(IGeom,((J-1)*NCoord)+1:((J-1)*NCoord)+NCoord))
          END DO
-	  END DO	  
+    END DO    
 !C
 !C     INITIALIZE SOME VARIABLES AND CONSTANTS
 !C
       NDIIS = MSET(IGeom)
       MPLUS = MSET(IGeom) + 1
-      MM = MPLUS * MPLUS	  	  	  
+      MM = MPLUS * MPLUS            
 !C
 !C     COMPUTE THE APPROXIMATE ERROR VECTORS
 !C
@@ -255,11 +256,11 @@
             JJ = JJ + 1
             B(JJ)=0.D0
             DO 50 K=1,NFree
-			!Print *, 'B(',JJ,')=', B(JJ) + ERR(IGeom,INV+K) * ERR(IGeom,JNV+K)
+      !Print *, 'B(',JJ,')=', B(JJ) + ERR(IGeom,INV+K) * ERR(IGeom,JNV+K)
    50 B(JJ) = B(JJ) + ERR(IGeom,INV+K) * ERR(IGeom,JNV+K)
 
      ! The following shifting is required to correct indices of B_ij elements in the GDIIS matrix.
-	 ! The correction is needed because the last coloumn of the matrix contains all 1 and one zero.
+   ! The correction is needed because the last coloumn of the matrix contains all 1 and one zero.
       DO 60 I=MSET(IGeom)-1,1,-1
          DO 60 J=MSET(IGeom),1,-1
    60 B(I*MSET(IGeom)+J+I) = B(I*MSET(IGeom)+J)
@@ -298,7 +299,7 @@
                JNV = (J-1) * MPLUS
                IF (J.EQ.ITERA) B(INV + J) = 0.D0
                B(JNV + I) = B(INV + J)
-			   !Print *,'B(JNV + I)=',B(JNV + I)
+         !Print *,'B(JNV + I)=',B(JNV + I)
   120    CONTINUE
          B(IONE) = 1.0D0
   130 CONTINUE
@@ -318,13 +319,13 @@
 !C
       DO 160 I=1,MPLUS
          II = MPLUS * (I-1) + I
-		 !Print *, 'B(',II,')=', B(II)
-		 !Print *, 'GSave(',IGeom,',',I,')=', 1.D0 / DSQRT(1.D-20+DABS(B(II)))
+     !Print *, 'B(',II,')=', B(II)
+     !Print *, 'GSave(',IGeom,',',I,')=', 1.D0 / DSQRT(1.D-20+DABS(B(II)))
   160 GSAVE(IGeom,I) = 1.D0 / DSQRT(1.D-20+DABS(B(II)))
   
       GSAVE(IGeom,MPLUS) = 1.D0
       !Print *, 'GSave(',IGeom,',',MPlus,')=1.D0'  
-	  	  
+        
       DO 170 I=1,MPLUS
          DO 170 J=1,MPLUS
             IJ = MPLUS * (I-1) + J
@@ -347,10 +348,10 @@
       DO 190 I=1,MPLUS
          DO 190 J=1,MPLUS
             IJ = MPLUS * (I-1) + J
-			!Print *, 'B(',IJ,')=', B(IJ)
-			!Print *, 'GSAVE(',IGeom,',',I,')=', GSAVE(IGeom,I)
-			!Print *, 'GSAVE(',IGeom,',',J,')=', GSAVE(IGeom,J)
-			!Print *, 'B(',IJ,')=', B(IJ) * GSAVE(I) * GSAVE(J)
+      !Print *, 'B(',IJ,')=', B(IJ)
+      !Print *, 'GSAVE(',IGeom,',',I,')=', GSAVE(IGeom,I)
+      !Print *, 'GSAVE(',IGeom,',',J,')=', GSAVE(IGeom,J)
+      !Print *, 'B(',IJ,')=', B(IJ) * GSAVE(I) * GSAVE(J)
   190 B(IJ) = B(IJ) * GSAVE(IGeom,I) * GSAVE(IGeom,J)
 !C
 !C     COMPUTE THE INTERMEDIATE INTERPOLATED PARAMETER AND GRADIENT VECTORS
@@ -362,9 +363,9 @@
          DO 200 I=1,MSET(IGeom)
             INK = (I-1) * NFree + K
             Geom_new_free_inter(K) = Geom_new_free_inter(K) + B(MPLUS*MSET(IGeom)+I) * GeomSet_free(IGeom,INK)
-			!Print *, 'Geom_new_free_inter(',K,')=', Geom_new_free_inter(K)
-			!Print *, 'B(MPLUS*MSET(',IGeom,')+',I,')=', B(MPLUS*MSET(IGeom)+I)
-			!Print *, 'GeomSet_free(',IGeom,',',INK,')=', GeomSet_free(IGeom,INK)
+      !Print *, 'Geom_new_free_inter(',K,')=', Geom_new_free_inter(K)
+      !Print *, 'B(MPLUS*MSET(',IGeom,')+',I,')=', B(MPLUS*MSET(IGeom)+I)
+      !Print *, 'GeomSet_free(',IGeom,',',INK,')=', GeomSet_free(IGeom,INK)
   200 Grad_new_free_inter(K) = Grad_new_free_inter(K) + B(MPLUS*MSET(IGeom)+I) * GradSet_free(IGeom,INK)
       HP=0.D0
       DO 210 I=1,MSET(IGeom)
@@ -395,28 +396,28 @@
             Geom_new_free_inter(K) = Geom_free(K)
   240       Grad_new_free_inter(K) = Grad_free(K)
       ENDIF ! matches IF (XNORM.GT.2.D0 .OR. DABS(DET).LT. THRES) THEN, L378
-	  
-	  ! q_{m+1} = q'_{m+1} - H^{-1}g'_{m+1}
-	  Geom_new_free=0.d0
-	  DO I = 1, NFree
-	     DO J = 1, NFree
-	        ! If Hinv=.False., then we need to invert Hess
-		    !Geom_new_free(:) = Geom_new_free(:) + HFree(:,I)*Grad_new_free_inter(I)
-		   Geom_new_free(J) = Geom_new_free(J) + HFree(I+((J-1)*NFree))*Grad_new_free_inter(I)
-		 END DO
-	  END DO
-	  Geom_new_free(:) = Geom_new_free_inter(:) - Geom_new_free(:)
-	  
-	  Step_free = Geom_new_free - Geom_free
+    
+    ! q_{m+1} = q'_{m+1} - H^{-1}g'_{m+1}
+    Geom_new_free=0.d0
+    DO I = 1, NFree
+       DO J = 1, NFree
+          ! If Hinv=.False., then we need to invert Hess
+        !Geom_new_free(:) = Geom_new_free(:) + HFree(:,I)*Grad_new_free_inter(I)
+       Geom_new_free(J) = Geom_new_free(J) + HFree(I+((J-1)*NFree))*Grad_new_free_inter(I)
+     END DO
+    END DO
+    Geom_new_free(:) = Geom_new_free_inter(:) - Geom_new_free(:)
+    
+    Step_free = Geom_new_free - Geom_free
       
-	  Step = 0.d0
+    Step = 0.d0
       DO I=1,NFree
-		 Step = Step + Step_free(I)*Vfree(:,I)
+     Step = Step + Step_free(I)*Vfree(:,I)
       END DO
 
       DEALLOCATE(Hfree,Htmp,Grad_free,Grad_new_free_inter,Step_free,Geom_free)
       DEALLOCATE(Geom_new_free_inter,Geom_new_free)
-	  
-	  IF (PRINT)  WRITE(*,'(/,''       END GDIIS  '',/)')
-	  
+    
+    IF (PRINT)  WRITE(*,'(/,''       END GDIIS  '',/)')
+    
       END SUBROUTINE Step_diis_all
Index: src/Makefile
===================================================================
--- src/Makefile	(revision 3)
+++ src/Makefile	(revision 4)
@@ -5,7 +5,7 @@
 # You might also have to edit the location of
 # some libraries (like mkl for ifort)
 
-Machine=gfortran
+Machine=arqg
 
 ###########################################
 #                                         #
@@ -32,7 +32,7 @@
 
 ifeq ($(Machine),gfortran)
 # Flags for gfortran
-COMP=gfortran -g  -Wall -fbounds-check
+COMP=gfortran  -fbounds-check -pedantic -std=gnu 
 #COMP=g95  -fbounds-check -g -ftrace=full -ftrace=frame  -save-temps
 F90=${COMP}
 F77=${COMP}
@@ -136,6 +136,7 @@
 # Flags for arq Ifort
 COMP=ifort
 F90=${COMP}   -g -check bounds  -check format -check uninit  -traceback
+#F90=${COMP}   -g -check all  -traceback
 F77=${F90}
 #F90=${COMP}  
 LINK=${COMP} -lguide -lpthread   -L/usr/lib/ \
@@ -147,7 +148,7 @@
 
 ifeq ($(Machine),arqg)
 # Flags for arq GFortran
-COMP=gfortran
+COMP=gfortran -fbacktrace -fbounds-check -pedantic -std=gnu
 F90=${COMP}  
 F77=${F90}
 #F90=${COMP}  
@@ -253,6 +254,7 @@
       Hupdate_MS.f90 \
       Hupdate_Bofill.f90 \
       Hinvup_BFGS.f90 \
+      Hinvup_DFP.f90 \
       CalcTangent.f90 \
       Step_RFO_all.f90 \
       Step_GEDIIS.f90  \
@@ -348,7 +350,7 @@
 all: path utils
 
 install: 
-	mkdir ${PWD}/../exe
+	mkdir -p ${PWD}/../exe
 	ln -s ${PWD}/Path.exe ../exe/.
 	ln -s ${PWD}/../utils/xyz2scan ../exe/.
 	ln -s ${PWD}/../utils/xyz2path ../exe/.
@@ -369,17 +371,17 @@
 	@echo "Utilities have been created."
 	@echo "Make sure that they are in your PATH environment"
 
-xyz2scan: ../utils/Xyz2Scan.f
-	${F90} -o ../utils/xyz2scan ../utils/Xyz2Scan.f
+xyz2scan: ../utils/Xyz2Scan.f90
+	${F90} -o ../utils/xyz2scan ../utils/Xyz2Scan.f90
 
-xyz2path: ../utils/Xyz2Path.f ../utils/Xyz2Path.param 
-	${F90} -o ../utils/xyz2path ../utils/Xyz2Path.f
+xyz2path: ../utils/Xyz2Path.f90 ../utils/Xyz2Path.param 
+	${F90} -o ../utils/xyz2path ../utils/Xyz2Path.f90
 
 tgz:  ${SRC0} ${SRC} Makefile ${EXAMPLES} ${MODSRC} ${SRCLAPACKD} ${SRCLAPACKU} ${SRCBLAS} 
-	tar -cvf Path_${Version}.tar ${SRC0} ${SRC} Makefile ${EXAMPLES} ${MODSRC}
-	gzip Path_${Version}.tar 
-	mv  Path_${Version}.tar.gz Path_${Version}.tgz
-	@echo "Path_${Version}.tgz  has been created."
+	tar -cvf OpenPath_${Version}.tar ${SRC0} ${SRC} Makefile ${EXAMPLES} ${MODSRC}
+	gzip OpenPath_${Version}.tar 
+	mv  OpenPath_${Version}.tar.gz OpenPath_${Version}.tgz
+	@echo "OpenPath_${Version}.tgz  has been created."
 
 lapack: ${OBJLAPACK} 
 	ar rcs ./lapack/lapack.a ${OBJLAPACK}
Index: src/Step_DIIS.f90
===================================================================
--- src/Step_DIIS.f90	(revision 3)
+++ src/Step_DIIS.f90	(revision 4)
@@ -2,7 +2,7 @@
 !C  XPARAM = input parameter vector (Geometry).
 !C  Grad = input gradient vector.
       SUBROUTINE Step_DIIS(XP,XPARAM,GP,GRAD,HP,HEAT,Hess,NVAR,FRST)
-	  !SUBROUTINE DIIS(XPARAM,STEP,GRAD,HP,HEAT,Hess,NVAR,FRST)
+    !SUBROUTINE DIIS(XPARAM,STEP,GRAD,HP,HEAT,Hess,NVAR,FRST)
 !      IMPLICIT DOUBLE PRECISION (A-H,O-Z)
       IMPLICIT NONE
       integer, parameter :: KINT = kind(1)
@@ -12,10 +12,10 @@
 
       INTEGER(KINT) :: NVAR
       REAL(KREAL) :: XP(NVAR), XPARAM(NVAR), GP(NVAR), GRAD(NVAR), Hess(NVAR*NVAR)
-	  !REAL(KREAL) :: Hess_inv(NVAR,NVAR),XPARAM_old(NVAR),STEP(NVAR)
+    !REAL(KREAL) :: Hess_inv(NVAR,NVAR),XPARAM_old(NVAR),STEP(NVAR)
       REAL(KREAL) :: HEAT, HP
       LOGICAL :: FRST
-	  
+    
 !************************************************************************
 !*                                                                      *
 !*     DIIS PERFORMS DIRECT INVERSION IN THE ITERATIVE SUBSPACE         *
@@ -70,9 +70,9 @@
       PRINT=.TRUE.
 
       IF (PRINT)  WRITE(*,'(/,''      BEGIN GDIIS   '')')
-	  	 	  
-	  !XPARAM_old = XPARAM
-	  
+           
+    !XPARAM_old = XPARAM
+    
 ! Initialization
       IF (FRST) THEN
 ! FRST will be set to False in Space, so no need to modify it here
@@ -122,7 +122,7 @@
       DO I=1,MM
          B(I) = 1.D0
       END DO
-	     
+       
       ! B_ij calculations from <e_i|e_j>  
       JJ=0
       INV=-NVAR
@@ -137,7 +137,7 @@
    50 B(JJ) = B(JJ) + ERR(INV+K) * ERR(JNV+K)
 
      ! The following shifting is required to correct indices of B_ij elements in the GDIIS matrix.
-	 ! The correction is needed because the last coloumn of the matrix contains all 1 and one zero.
+   ! The correction is needed because the last coloumn of the matrix contains all 1 and one zero.
       DO 60 I=MSET-1,1,-1
          DO 60 J=MSET,1,-1
    60 B(I*MSET+J+I) = B(I*MSET+J)
@@ -194,7 +194,7 @@
          II = MPLUS * (I-1) + I
          GSAVE(I) = 1.D0 / DSQRT(1.D-20+DABS(B(II)))
       END DO
-	  
+    
       GSAVE(MPLUS) = 1.D0
       DO I=1,MPLUS
          DO J=1,MPLUS
@@ -202,7 +202,7 @@
             B(IJ) = B(IJ) * GSAVE(I) * GSAVE(J)
          END DO
       END DO
-	  
+    
       IF (DEBUG) THEN
      ! OUTPUT SCALED GDIIS MATRIX:
          WRITE(*,'(/5X,'' GDIIS MATRIX (SCALED)'')')
@@ -229,17 +229,17 @@
          GP(K) = 0.D0
          DO I=1,MSET
             INK = (I-1) * NVAR + K
-			!Print *, 'B(',MPLUS*MSET+I,')=', B(MPLUS*MSET+I)
+      !Print *, 'B(',MPLUS*MSET+I,')=', B(MPLUS*MSET+I)
             XP(K) = XP(K) + B(MPLUS*MSET+I) * XSET(INK)
             GP(K) = GP(K) + B(MPLUS*MSET+I) * GSET(INK)
          END DO
-	  END DO
-	  
+    END DO
+    
       HP=0.D0
       DO I=1,MSET
          HP=HP+B(MPLUS*MSET+I)*ESET(I)
       END DO
-	      
+        
       DO K=1,NVAR
          DX(K) = XPARAM(K) - XP(K)
       END DO
@@ -259,7 +259,7 @@
             WRITE(*,*) "THE DIIS STEP WILL BE REPEATED WITH A SMALLER SPACE"
          END IF
          DO K=1,MM
-	        B(K) = BS(K)
+          B(K) = BS(K)
          END DO
          NDIIS = NDIIS - 1
          IF (NDIIS .GT. 0) GO TO 80
@@ -269,21 +269,21 @@
             GP(K) = GRAD(K)  
          END DO
       ENDIF ! matches IF (XNORM.GT.2.D0 .OR. DABS(DET).LT. THRES) THEN
-	  
+    
          ! q_{m+1} = q'_{m+1} - H^{-1}g'_{m+1}
-		 ! Hess is a symmetric matrix.
-		 !Hess_inv = 1.d0 ! to be deleted.
-		 !Call GenInv(NVAR,Reshape(Hess,(/NVAR,NVAR/)),Hess_inv,NVAR) ! Implemented in Mat_util.f90
-		 ! H^{-1}g'_{m+1}
-		 !Print *, 'Hess_inv='
-		 !Print *, Hess_inv
-		 !XPARAM=0.d0
-		 !DO I=1, NVAR
-		 !XPARAM(:) = XPARAM(:) + Hess_inv(:,I)*GP(I)
-		 !END DO
-		 !XPARAM(:) = XP(:) - XPARAM(:) ! now XPARAM is a new geometry.
-		 
-		 !STEP is the difference between the new and old geometry and thus "step":
+     ! Hess is a symmetric matrix.
+     !Hess_inv = 1.d0 ! to be deleted.
+     !Call GenInv(NVAR,Reshape(Hess,(/NVAR,NVAR/)),Hess_inv,NVAR) ! Implemented in Mat_util.f90
+     ! H^{-1}g'_{m+1}
+     !Print *, 'Hess_inv='
+     !Print *, Hess_inv
+     !XPARAM=0.d0
+     !DO I=1, NVAR
+     !XPARAM(:) = XPARAM(:) + Hess_inv(:,I)*GP(I)
+     !END DO
+     !XPARAM(:) = XP(:) - XPARAM(:) ! now XPARAM is a new geometry.
+     
+     !STEP is the difference between the new and old geometry and thus "step":
          !STEP = XPARAM - XPARAM_old
          
       IF (PRINT)  WRITE(*,'(/,''       END GDIIS  '',/)')
Index: src/Step_GEDIIS_All.f90
===================================================================
--- src/Step_GEDIIS_All.f90	(revision 3)
+++ src/Step_GEDIIS_All.f90	(revision 4)
@@ -1,45 +1,45 @@
      ! Geom = input parameter vector (Geometry), Grad = input gradient vector, HEAT is Energy(Geom)
       SUBROUTINE Step_GEDIIS_All(NGeomF,IGeom,Step,Geom,Grad,HEAT,Hess,NCoord,allocation_flag,Tangent)
       !SUBROUTINE Step_GEDIIS(Geom_new,Geom,Grad,HEAT,Hess,NCoord,FRST)
-	  use Io_module
-	  use Path_module, only : Nom, Atome, OrderInv, indzmat, Pi, Nat, Vfree
+    use Io_module
+    use Path_module, only : Nom, Atome, OrderInv, indzmat, Pi, Nat, Vfree
       IMPLICIT NONE
 
       INTEGER(KINT) :: NGeomF,IGeom
       INTEGER(KINT), INTENT(IN) :: NCoord
       REAL(KREAL) :: Geom(NCoord), Grad(NCoord), Hess(NCoord*NCoord), Step(NCoord), Geom_new(NCoord)
-	  REAL(KREAL) :: HEAT ! HEAT= Energy
-	  LOGICAL :: allocation_flag
-	  REAL(KREAL), INTENT(INOUT) :: Tangent(Ncoord)
-	  
+    REAL(KREAL) :: HEAT ! HEAT= Energy
+    LOGICAL :: allocation_flag
+    REAL(KREAL), INTENT(INOUT) :: Tangent(Ncoord)
+    
       ! MRESET = maximum number of iterations.
       INTEGER(KINT), PARAMETER :: MRESET=15, M2=(MRESET+1)*(MRESET+1) !M2 = 256
       REAL(KREAL), ALLOCATABLE, SAVE :: GeomSet(:,:), GradSet(:,:) ! NGeomF,MRESET*NCoord
       REAL(KREAL), ALLOCATABLE, SAVE :: GSAVE(:,:) !NGeomF,NCoord
-	  REAL(KREAL), ALLOCATABLE, SAVE :: ESET(:,:)
-	  REAL(KREAL) :: ESET_tmp(MRESET), B(M2), BS(M2), BST(M2), B_tmp(M2) ! M2=256
+    REAL(KREAL), ALLOCATABLE, SAVE :: ESET(:,:)
+    REAL(KREAL) :: ESET_tmp(MRESET), B(M2), BS(M2), BST(M2), B_tmp(M2) ! M2=256
       LOGICAL :: DEBUG, PRINT, ci_lt_zero
       INTEGER(KINT), ALLOCATABLE, SAVE :: MSET(:) ! mth Iteration
-	  LOGICAL, ALLOCATABLE, SAVE :: FRST(:)
-	  REAL(KREAL) :: ci(MRESET), ci_tmp(MRESET) ! MRESET = maximum number of iterations.
+    LOGICAL, ALLOCATABLE, SAVE :: FRST(:)
+    REAL(KREAL) :: ci(MRESET), ci_tmp(MRESET) ! MRESET = maximum number of iterations.
       INTEGER(KINT) :: NGEDIIS, MPLUS, INV, ITERA, MM, cis_zero, IXX, JXX, MSET_minus_cis_zero
       INTEGER(KINT) :: I,J,K, JJ, KJ, JNV, II, IONE, IJ, INK,ITmp, IX, JX, KX, MSET_C_cis_zero
-	  INTEGER(KINT) :: current_size_B_mat, MyPointer, Iat, Isch, NFree, Idx
+    INTEGER(KINT) :: current_size_B_mat, MyPointer, Iat, Isch, NFree, Idx
       REAL(KREAL) :: XMax, XNorm, S, DET, THRES, tmp, ER_star, ER_star_tmp, Norm
-	  REAL(KREAL), PARAMETER :: eps=1e-12
+    REAL(KREAL), PARAMETER :: eps=1e-12
       REAL(KREAL), PARAMETER :: crit=1e-8
-	  REAL(KREAL), ALLOCATABLE :: Tanf(:) ! NCoord
-	  REAL(KREAL), ALLOCATABLE :: HFree(:) ! NFree*NFree
-	  REAL(KREAL), ALLOCATABLE :: Htmp(:,:) ! NCoord,NFree
-	  REAL(KREAL), ALLOCATABLE :: Grad_free(:), Step_free(:) ! NFree
-	  REAL(KREAL), ALLOCATABLE :: Geom_free(:), Geom_new_free(:) ! NFree
-	  REAL(KREAL), ALLOCATABLE, SAVE :: GeomSet_free(:,:), GradSet_free(:,:)
+    REAL(KREAL), ALLOCATABLE :: Tanf(:) ! NCoord
+    REAL(KREAL), ALLOCATABLE :: HFree(:) ! NFree*NFree
+    REAL(KREAL), ALLOCATABLE :: Htmp(:,:) ! NCoord,NFree
+    REAL(KREAL), ALLOCATABLE :: Grad_free(:), Step_free(:) ! NFree
+    REAL(KREAL), ALLOCATABLE :: Geom_free(:), Geom_new_free(:) ! NFree
+    REAL(KREAL), ALLOCATABLE, SAVE :: GeomSet_free(:,:), GradSet_free(:,:)
 
       DEBUG=.TRUE.
       PRINT=.FALSE.
-	  
+    
       IF (PRINT)  WRITE(*,'(/,''      BEGIN Step_GEDIIS_ALL   '')')
-	  
+    
       ! Initialization
       IF (allocation_flag) THEN
       ! allocation_flag will be set to False in SPACE_GEDIIS, so no need to modify it here
@@ -50,23 +50,23 @@
          ELSE
             IF (PRINT)  WRITE(*,'(/,''     In allocation_flag,  GEDIIS_ALL  Alloc  '')')
             ALLOCATE(GeomSet(NGeomF,MRESET*NCoord),GradSet(NGeomF,MRESET*NCoord),GSAVE(NGeomF,NCoord))
-			ALLOCATE(GeomSet_free(NGeomF,MRESET*NCoord),GradSet_free(NGeomF,MRESET*NCoord))
-			ALLOCATE(MSET(NGeomF),FRST(NGeomF),ESET(NGeomF,MRESET))
-			DO I=1,NGeomF
-			   FRST(I) = .TRUE.
-			   GeomSet(I,:) = 0.d0
-			   GradSet(I,:) = 0.d0
-			   GSAVE(I,:)=0.d0
-			   GeomSet_free(I,:) = 0.d0
-			   GradSet_free(I,:) = 0.d0
-			END DO
-			MSET(:)=0			
+      ALLOCATE(GeomSet_free(NGeomF,MRESET*NCoord),GradSet_free(NGeomF,MRESET*NCoord))
+      ALLOCATE(MSET(NGeomF),FRST(NGeomF),ESET(NGeomF,MRESET))
+      DO I=1,NGeomF
+         FRST(I) = .TRUE.
+         GeomSet(I,:) = 0.d0
+         GradSet(I,:) = 0.d0
+         GSAVE(I,:)=0.d0
+         GeomSet_free(I,:) = 0.d0
+         GradSet_free(I,:) = 0.d0
+      END DO
+      MSET(:)=0      
          END IF
-		 allocation_flag = .FALSE.
+     allocation_flag = .FALSE.
       END IF ! IF (allocation_flag) THEN
-	  
-	  ! ADDED FROM HERE:
-	  Call FreeMv(NCoord,Vfree) ! VFree(Ncoord,Ncoord), as of now, an Identity matrix.
+    
+    ! ADDED FROM HERE:
+    Call FreeMv(NCoord,Vfree) ! VFree(Ncoord,Ncoord), as of now, an Identity matrix.
       ! we orthogonalize Vfree to the tangent vector of this geom only if Tangent/=0.d0
       Norm=sqrt(dot_product(Tangent,Tangent))
       IF (Norm.GT.eps) THEN
@@ -76,7 +76,7 @@
          Tangent=Tangent/Norm
 
          ! We convert Tangent into Vfree only displacements. This is useless for now (2007.Apr.23)
-		 ! as Vfree=Id matrix but it will be usefull as soon as we introduce constraints.
+     ! as Vfree=Id matrix but it will be usefull as soon as we introduce constraints.
          DO I=1,NCoord
             Tanf(I)=dot_product(reshape(Vfree(:,I),(/NCoord/)),Tangent)
          END DO
@@ -88,7 +88,7 @@
          DO I=1,NCoord
             Norm=dot_product(reshape(vfree(:,I),(/NCoord/)),Tangent)
             Vfree(:,I)=Vfree(:,I)-Norm*Tangent
-		 END DO
+     END DO
 
          Idx=0.
          ! Schmidt orthogonalization of the Vfree vectors
@@ -106,7 +106,7 @@
                Vfree(:,Idx)=Vfree(:,I)/sqrt(Norm)
             END IF
          END DO
-		   
+       
          IF (Idx/= NCoord-1) THEN
             WRITE(*,*) "Pb in orthogonalizing Vfree to tangent for geom",IGeom
             WRITE(IOOut,*) "Pb in orthogonalizing Vfree to tangent for geom",IGeom
@@ -125,7 +125,7 @@
       ! We now calculate the new step
       ! we project the hessian onto the free vectors
       ALLOCATE(HFree(NFree*NFree),Htmp(NCoord,NFree),Grad_free(NFree))
-	  ALLOCATE(Geom_free(NFree),Step_free(NFree),Geom_new_free(NFree))
+    ALLOCATE(Geom_free(NFree),Step_free(NFree),Geom_new_free(NFree))
       DO J=1,NFree
         DO I=1,NCoord
            Htmp(I,J)=0.d0
@@ -136,33 +136,33 @@
       END DO
       DO J=1,NFree
         DO I=1,NFree
-		   HFree(I+((J-1)*NFree))=0.d0
+       HFree(I+((J-1)*NFree))=0.d0
            DO K=1,NCoord
-			  HFree(I+((J-1)*NFree))=HFree(I+((J-1)*NFree))+Vfree(K,I)*Htmp(K,J)
+        HFree(I+((J-1)*NFree))=HFree(I+((J-1)*NFree))+Vfree(K,I)*Htmp(K,J)
            END DO
         END DO
       END DO
 
       DO I=1,NFree
          Grad_free(I)=dot_product(reshape(Vfree(:,I),(/NCoord/)),Grad)
-		 Geom_free(I)=dot_product(reshape(Vfree(:,I),(/NCoord/)),Geom)
+     Geom_free(I)=dot_product(reshape(Vfree(:,I),(/NCoord/)),Geom)
       END DO
       !ADDED ENDS HERE.***********************************************
-	  
+    
       ! SPACE_GEDIIS SIMPLY LOADS THE CURRENT VALUES OF Geom AND Grad INTO THE ARRAYS GeomSet
       ! AND GradSet, MSET is set to zero and then 1 in SPACE_GEDIIS_All at first iteration.
       CALL SPACE_GEDIIS_All(NGeomF,IGeom,MRESET,MSET,Geom,Grad,HEAT,NCoord,GeomSet,GradSet,ESET,FRST)
 
       IF (PRINT)  WRITE(*,'(/,''       GEDIIS after SPACE_GEDIIS_ALL   '')')
-	  
-	  DO J=1,MSet(IGeom)
+    
+    DO J=1,MSet(IGeom)
          DO K=1,NFree
             GradSet_free(IGeom,((J-1)*NFree)+K)=dot_product(reshape(Vfree(:,K),(/NCoord/)),&
-	     			  GradSet(IGeom,((J-1)*NCoord)+1:((J-1)*NCoord)+NCoord))
-		    GeomSet_free(IGeom,((J-1)*NFree)+K)=dot_product(reshape(Vfree(:,K),(/NCoord/)),&
-			          GeomSet(IGeom,((J-1)*NCoord)+1:((J-1)*NCoord)+NCoord))
+               GradSet(IGeom,((J-1)*NCoord)+1:((J-1)*NCoord)+NCoord))
+        GeomSet_free(IGeom,((J-1)*NFree)+K)=dot_product(reshape(Vfree(:,K),(/NCoord/)),&
+                GeomSet(IGeom,((J-1)*NCoord)+1:((J-1)*NCoord)+NCoord))
          END DO
-	  END DO
+    END DO
 
       ! INITIALIZE SOME VARIABLES AND CONSTANTS:
       NGEDIIS = MSET(IGeom) !MSET=mth iteration
@@ -180,20 +180,20 @@
             JNV=JNV+NFree
             JJ = JJ + 1
             B(JJ)=0.D0
-			DO K=1, NFree
-			   B(JJ) = B(JJ) + (((GradSet_free(IGeom,INV+K)-GradSet_free(IGeom,JNV+K))* &
-			           (GeomSet_free(IGeom,INV+K)-GeomSet_free(IGeom,JNV+K)))/2.D0)
-			END DO
+      DO K=1, NFree
+         B(JJ) = B(JJ) + (((GradSet_free(IGeom,INV+K)-GradSet_free(IGeom,JNV+K))* &
+                 (GeomSet_free(IGeom,INV+K)-GeomSet_free(IGeom,JNV+K)))/2.D0)
+      END DO
          END DO
       END DO
 
      ! The following shifting is required to correct indices of B_ij elements in the GEDIIS matrix.
-	 ! The correction is needed because the last coloumn of the matrix contains all 1 and one zero.
+   ! The correction is needed because the last coloumn of the matrix contains all 1 and one zero.
       DO I=MSET(IGeom)-1,1,-1
          DO J=MSET(IGeom),1,-1
             B(I*MSET(IGeom)+J+I) = B(I*MSET(IGeom)+J) 
          END DO
-	  END DO
+    END DO
    
       ! For the last row and last column of GEDIIS matrix:
       DO I=1,MPLUS
@@ -201,17 +201,17 @@
          B(MPLUS*MSET(IGeom)+I) = 1.D0
       END DO
       B(MM) = 0.D0
-	  
-	  DO I=1, MPLUS
-	     !WRITE(*,'(10(1X,F20.4))') B((I-1)*MPLUS+1:I*(MPLUS))
-	  END DO
-	  	  
+    
+    DO I=1, MPLUS
+       !WRITE(*,'(10(1X,F20.4))') B((I-1)*MPLUS+1:I*(MPLUS))
+    END DO
+        
       ! ELIMINATE ERROR VECTORS WITH THE LARGEST NORM:
    80 CONTINUE
       DO I=1,MM !MM = (MSET(IGeom)+1) * (MSET(IGeom)+1)
          BS(I) = B(I) !just a copy of the original B (GEDIIS) matrix
       END DO
-	  
+    
       IF (NGEDIIS .NE. MSET(IGeom)) THEN
         DO II=1,MSET(IGeom)-NGEDIIS
            XMAX = -1.D10
@@ -228,7 +228,7 @@
                  IONE = INV + I
               ENDIF
            END DO
-		 
+     
            DO I=1,MPLUS
               INV = (I-1) * MPLUS
               DO J=1,MPLUS
@@ -236,16 +236,16 @@
                  IF (J.EQ.ITERA) B(INV + J) = 0.D0
                  B(JNV + I) = B(INV + J)
               END DO
-		   END DO
+       END DO
            B(IONE) = 1.0D0
         END DO
-	  END IF ! matches IF (NGEDIIS .NE. MSET(IGeom)) THEN
-	  
+    END IF ! matches IF (NGEDIIS .NE. MSET(IGeom)) THEN
+    
       ! SCALE GEDIIS MATRIX BEFORE INVERSION:
       DO I=1,MPLUS
          II = MPLUS * (I-1) + I ! B(II)=diagonal elements of B matrix
          GSAVE(IGeom,I) = 1.D0 / DSQRT(1.D-20+DABS(B(II)))
-		 !Print *, 'GSAVE(',IGeom,',',I,')=', GSAVE(IGeom,I) 
+     !Print *, 'GSAVE(',IGeom,',',I,')=', GSAVE(IGeom,I) 
       END DO
       GSAVE(IGeom,MPLUS) = 1.D0
       DO I=1,MPLUS
@@ -256,46 +256,46 @@
       END DO
   
      ! INVERT THE GEDIIS MATRIX B:
-	  DO I=1, MPLUS
-	     !WRITE(*,'(10(1X,F20.4))') B((I-1)*MPLUS+1:I*(MPLUS))
-	  END DO
-	  	  
+    DO I=1, MPLUS
+       !WRITE(*,'(10(1X,F20.4))') B((I-1)*MPLUS+1:I*(MPLUS))
+    END DO
+        
       CALL MINV(B,MPLUS,DET) ! matrix inversion.
-	  
-	  DO I=1, MPLUS
-	     !WRITE(*,'(10(1X,F20.16))') B((I-1)*MPLUS+1:I*(MPLUS))
-	  END DO
-	  
+    
+    DO I=1, MPLUS
+       !WRITE(*,'(10(1X,F20.16))') B((I-1)*MPLUS+1:I*(MPLUS))
+    END DO
+    
       DO I=1,MPLUS
          DO J=1,MPLUS
             IJ = MPLUS * (I-1) + J
             B(IJ) = B(IJ) * GSAVE(IGeom,I) * GSAVE(IGeom,J)
          END DO
       END DO
-	  
-      ! COMPUTE THE NEW INTERPOLATED PARAMETER VECTOR (Geometry):	  
-	  ci=0.d0
-	  ci_tmp=0.d0
-	
-	  ci_lt_zero= .FALSE.
-	  DO I=1, MSET(IGeom)
-		 DO J=1, MSET(IGeom) ! B matrix is read column-wise
-		    ci(I)=ci(I)+B((J-1)*(MPLUS)+I)*ESET(IGeom,J) !ESET is energy set.														
-		 END DO
-		 ci(I)=ci(I)+B((MPLUS-1)*(MPLUS)+I)
-		 !Print *, 'NO ci < 0 yet, c(',I,')=', ci(I)
-		 IF((ci(I) .LT. 0.0D0) .OR. (ci(I) .GT. 1.0D0)) THEN
-		   ci_lt_zero=.TRUE.
-		   EXIT
-		 END IF
+    
+      ! COMPUTE THE NEW INTERPOLATED PARAMETER VECTOR (Geometry):    
+    ci=0.d0
+    ci_tmp=0.d0
+  
+    ci_lt_zero= .FALSE.
+    DO I=1, MSET(IGeom)
+     DO J=1, MSET(IGeom) ! B matrix is read column-wise
+        ci(I)=ci(I)+B((J-1)*(MPLUS)+I)*ESET(IGeom,J) !ESET is energy set.                            
+     END DO
+     ci(I)=ci(I)+B((MPLUS-1)*(MPLUS)+I)
+     !Print *, 'NO ci < 0 yet, c(',I,')=', ci(I)
+     IF((ci(I) .LT. 0.0D0) .OR. (ci(I) .GT. 1.0D0)) THEN
+       ci_lt_zero=.TRUE.
+       EXIT
+     END IF
       END DO !matches DO I=1, MSET(IGeom)
-	  
-	  IF (ci_lt_zero) Then
-	  	 cis_zero = 0
+    
+    IF (ci_lt_zero) Then
+       cis_zero = 0
          ER_star = 0.D0
-		 ER_star_tmp = 1e32
-		 
-		 ! B_ij calculations from <B_ij=(g_i-g_j)(R_i-R_j)>, Full B matrix created first and then rows and columns are removed. 
+     ER_star_tmp = 1e32
+     
+     ! B_ij calculations from <B_ij=(g_i-g_j)(R_i-R_j)>, Full B matrix created first and then rows and columns are removed. 
          JJ=0
          INV=-NFree
          DO IX=1,MSET(IGeom)
@@ -305,98 +305,98 @@
                JNV=JNV+NFree
                JJ = JJ + 1
                BST(JJ)=0.D0
-		       DO KX=1, NFree
-		          BST(JJ) = BST(JJ) + (((GradSet_free(IGeom,INV+KX)-GradSet_free(IGeom,JNV+KX))* &
-				            (GeomSet_free(IGeom,INV+KX)-GeomSet_free(IGeom,JNV+KX)))/2.D0)
-		       END DO
+           DO KX=1, NFree
+              BST(JJ) = BST(JJ) + (((GradSet_free(IGeom,INV+KX)-GradSet_free(IGeom,JNV+KX))* &
+                    (GeomSet_free(IGeom,INV+KX)-GeomSet_free(IGeom,JNV+KX)))/2.D0)
+           END DO
             END DO
-	     END DO  
-		
-		 DO I=1, (2**MSET(IGeom))-2 ! all (2**MSET(IGeom))-2 combinations of cis, except the one where all cis are .GT. 0 and .LT. 1
-		     !Print *, 'Entering into DO I=1, (2**MSET(IGeom))-2  loop, MSET(IGeom)=', MSET(IGeom), ', I=', I
-		     ci(:)=1.D0
-		     ! find out which cis are zero in I:
-			 DO IX=1, MSET(IGeom)
-			    JJ=IAND(I, 2**(IX-1))
-				IF(JJ .EQ. 0) Then
-				  ci(IX)=0.D0
-			    END IF
-			 END DO
-			 
-			 ci_lt_zero = .FALSE.
-			 ! B_ij calculations from <B_ij=(g_i-g_j)(R_i-R_j)>, Full B matrix created first and then rows and columns are removed. 
-			 DO IX=1, MSET(IGeom)*MSET(IGeom)
+       END DO  
+    
+     DO I=1, (2**MSET(IGeom))-2 ! all (2**MSET(IGeom))-2 combinations of cis, except the one where all cis are .GT. 0 and .LT. 1
+         !Print *, 'Entering into DO I=1, (2**MSET(IGeom))-2  loop, MSET(IGeom)=', MSET(IGeom), ', I=', I
+         ci(:)=1.D0
+         ! find out which cis are zero in I:
+       DO IX=1, MSET(IGeom)
+          JJ=IAND(I, 2**(IX-1))
+        IF(JJ .EQ. 0) Then
+          ci(IX)=0.D0
+          END IF
+       END DO
+       
+       ci_lt_zero = .FALSE.
+       ! B_ij calculations from <B_ij=(g_i-g_j)(R_i-R_j)>, Full B matrix created first and then rows and columns are removed. 
+       DO IX=1, MSET(IGeom)*MSET(IGeom)
                 B(IX) = BST(IX) !just a copy of the original B (GEDIIS) matrix
              END DO
-			 
+       
              ! Removal of KXth row and KXth column in order to accomodate cI to be zero:
-			 current_size_B_mat=MSET(IGeom)
-			 cis_zero = 0
-			 ! The bits of I (index of the upper loop 'DO I=1, (2**MSET(IGeom))-2'), gives which cis are zero.
-			 DO KX=1, MSET(IGeom) ! searching for each bit of I (index of the upper loop 'DO I=1, (2**MSET(IGeom))-2')
-			    IF (ci(KX) .EQ. 0.D0) Then !remove KXth row and KXth column
-				   cis_zero = cis_zero + 1
-				   
-			       ! First row removal: (B matrix is read column-wise)
-			       JJ=0
+       current_size_B_mat=MSET(IGeom)
+       cis_zero = 0
+       ! The bits of I (index of the upper loop 'DO I=1, (2**MSET(IGeom))-2'), gives which cis are zero.
+       DO KX=1, MSET(IGeom) ! searching for each bit of I (index of the upper loop 'DO I=1, (2**MSET(IGeom))-2')
+          IF (ci(KX) .EQ. 0.D0) Then !remove KXth row and KXth column
+           cis_zero = cis_zero + 1
+           
+             ! First row removal: (B matrix is read column-wise)
+             JJ=0
                    DO IX=1,current_size_B_mat ! columns reading
                       DO JX=1,current_size_B_mat ! rows reading
-				         IF (JX .NE. KX) Then
-				             JJ = JJ + 1
-				             B_tmp(JJ) = B((IX-1)*current_size_B_mat+JX)
-				         END IF
-				      END DO   
-			       END DO
-			 
-			       DO IX=1,current_size_B_mat*(current_size_B_mat-1)
-			          B(IX) = B_tmp(IX)
-			       END DO
-			 
-			       ! Now column removal:
-			       JJ=0	 
+                 IF (JX .NE. KX) Then
+                     JJ = JJ + 1
+                     B_tmp(JJ) = B((IX-1)*current_size_B_mat+JX)
+                 END IF
+              END DO   
+             END DO
+       
+             DO IX=1,current_size_B_mat*(current_size_B_mat-1)
+                B(IX) = B_tmp(IX)
+             END DO
+       
+             ! Now column removal:
+             JJ=0   
                    DO IX=1,KX-1 ! columns reading
                       DO JX=1,current_size_B_mat-1 ! rows reading
-				         JJ = JJ + 1
-				         B_tmp(JJ) = B(JJ)
-				      END DO
-			       END DO				
-			  
+                 JJ = JJ + 1
+                 B_tmp(JJ) = B(JJ)
+              END DO
+             END DO        
+        
                    DO IX=KX+1,current_size_B_mat
                       DO JX=1,current_size_B_mat-1
-				         JJ = JJ + 1
-			   	         B_tmp(JJ) = B(JJ+current_size_B_mat-1)
-				      END DO
-			       END DO
-			 			 
-			       DO IX=1,(current_size_B_mat-1)*(current_size_B_mat-1)
-			          B(IX) = B_tmp(IX)
-			       END DO
-				   current_size_B_mat = current_size_B_mat - 1
-				END IF ! matches IF (ci(KX) .EQ. 0.D0) Then !remove
-	         END DO ! matches DO KX=1, MSET(IGeom)
+                 JJ = JJ + 1
+                    B_tmp(JJ) = B(JJ+current_size_B_mat-1)
+              END DO
+             END DO
+              
+             DO IX=1,(current_size_B_mat-1)*(current_size_B_mat-1)
+                B(IX) = B_tmp(IX)
+             END DO
+           current_size_B_mat = current_size_B_mat - 1
+        END IF ! matches IF (ci(KX) .EQ. 0.D0) Then !remove
+           END DO ! matches DO KX=1, MSET(IGeom)
 
-			 ! The following shifting is required to correct indices of B_ij elements in the GEDIIS matrix.
-			 ! The correction is needed because the last coloumn and row of the matrix contains all 1 and one zero.
-			 DO IX=MSET(IGeom)-cis_zero-1,1,-1
-				DO JX=MSET(IGeom)-cis_zero,1,-1
-				   B(IX*(MSET(IGeom)-cis_zero)+JX+IX) = B(IX*(MSET(IGeom)-cis_zero)+JX) 
-				END DO
-			 END DO
-			 
-			 ! for last row and last column of GEDIIS matrix 
-			 DO IX=1,MPLUS-cis_zero
-				B((MPLUS-cis_zero)*IX) = 1.D0
-				B((MPLUS-cis_zero)*(MSET(IGeom)-cis_zero)+IX) = 1.D0
-			 END DO
-			 B((MPLUS-cis_zero) * (MPLUS-cis_zero)) = 0.D0
-	       
-	         DO IX=1, MPLUS
-	            !WRITE(*,'(10(1X,F20.4))') B((IX-1)*MPLUS+1:IX*(MPLUS))
-	         END DO
-		   		   
-			 ! ELIMINATE ERROR VECTORS WITH THE LARGEST NORM:
+       ! The following shifting is required to correct indices of B_ij elements in the GEDIIS matrix.
+       ! The correction is needed because the last coloumn and row of the matrix contains all 1 and one zero.
+       DO IX=MSET(IGeom)-cis_zero-1,1,-1
+        DO JX=MSET(IGeom)-cis_zero,1,-1
+           B(IX*(MSET(IGeom)-cis_zero)+JX+IX) = B(IX*(MSET(IGeom)-cis_zero)+JX) 
+        END DO
+       END DO
+       
+       ! for last row and last column of GEDIIS matrix 
+       DO IX=1,MPLUS-cis_zero
+        B((MPLUS-cis_zero)*IX) = 1.D0
+        B((MPLUS-cis_zero)*(MSET(IGeom)-cis_zero)+IX) = 1.D0
+       END DO
+       B((MPLUS-cis_zero) * (MPLUS-cis_zero)) = 0.D0
+         
+           DO IX=1, MPLUS
+              !WRITE(*,'(10(1X,F20.4))') B((IX-1)*MPLUS+1:IX*(MPLUS))
+           END DO
+              
+       ! ELIMINATE ERROR VECTORS WITH THE LARGEST NORM:
              IF (NGEDIIS .NE. MSET(IGeom)) THEN
-			    JX = min(MSET(IGeom)-NGEDIIS,MSET(IGeom)-cis_zero-1)
+          JX = min(MSET(IGeom)-NGEDIIS,MSET(IGeom)-cis_zero-1)
                 DO II=1,JX
                    XMAX = -1.D10
                    ITERA = 0
@@ -411,112 +411,112 @@
                          ITERA = IX
                          IONE = INV + IX
                       ENDIF
-				   END DO
-		 
+           END DO
+     
                    DO IX=1,MPLUS-cis_zero
                       INV = (IX-1) * (MPLUS-cis_zero)
                       DO J=1,MPLUS-cis_zero
                          JNV = (J-1) * (MPLUS-cis_zero)
                          IF (J.EQ.ITERA) B(INV + J) = 0.D0
                          B(JNV + IX) = B(INV + J)
-					  END DO
-		           END DO
+            END DO
+               END DO
                    B(IONE) = 1.0D0
-			    END DO
-	         END IF ! matches IF (NGEDIIS .NE. MSET(IGeom)) THEN
+          END DO
+           END IF ! matches IF (NGEDIIS .NE. MSET(IGeom)) THEN
 
-			 ! SCALE GEDIIS MATRIX BEFORE INVERSION:
-			 DO IX=1,MPLUS-cis_zero
-				II = (MPLUS-cis_zero) * (IX-1) + IX ! B(II)=diagonal elements of B matrix
-				GSAVE(IGeom,IX) = 1.D0 / DSQRT(1.D-20+DABS(B(II)))
-			 END DO
-			 GSAVE(IGeom,MPLUS-cis_zero) = 1.D0
-			 DO IX=1,MPLUS-cis_zero
-				DO JX=1,MPLUS-cis_zero
-				   IJ = (MPLUS-cis_zero) * (IX-1) + JX
-				   B(IJ) = B(IJ) * GSAVE(IGeom,IX) * GSAVE(IGeom,JX)
-				END DO
-			 END DO
+       ! SCALE GEDIIS MATRIX BEFORE INVERSION:
+       DO IX=1,MPLUS-cis_zero
+        II = (MPLUS-cis_zero) * (IX-1) + IX ! B(II)=diagonal elements of B matrix
+        GSAVE(IGeom,IX) = 1.D0 / DSQRT(1.D-20+DABS(B(II)))
+       END DO
+       GSAVE(IGeom,MPLUS-cis_zero) = 1.D0
+       DO IX=1,MPLUS-cis_zero
+        DO JX=1,MPLUS-cis_zero
+           IJ = (MPLUS-cis_zero) * (IX-1) + JX
+           B(IJ) = B(IJ) * GSAVE(IGeom,IX) * GSAVE(IGeom,JX)
+        END DO
+       END DO
 
-			 ! INVERT THE GEDIIS MATRIX B:
-			 CALL MINV(B,MPLUS-cis_zero,DET) ! matrix inversion.
-	  
-			 DO IX=1,MPLUS-cis_zero
-				DO JX=1,MPLUS-cis_zero
-				   IJ = (MPLUS-cis_zero) * (IX-1) + JX
-				   B(IJ) = B(IJ) * GSAVE(IGeom,IX) * GSAVE(IGeom,JX)
-				END DO
-			 END DO
-			 
-	         DO IX=1, MPLUS
-	            !WRITE(*,'(10(1X,F20.4))') B((IX-1)*MPLUS+1:IX*(MPLUS))
-	         END DO
-			 			 
+       ! INVERT THE GEDIIS MATRIX B:
+       CALL MINV(B,MPLUS-cis_zero,DET) ! matrix inversion.
+    
+       DO IX=1,MPLUS-cis_zero
+        DO JX=1,MPLUS-cis_zero
+           IJ = (MPLUS-cis_zero) * (IX-1) + JX
+           B(IJ) = B(IJ) * GSAVE(IGeom,IX) * GSAVE(IGeom,JX)
+        END DO
+       END DO
+       
+           DO IX=1, MPLUS
+              !WRITE(*,'(10(1X,F20.4))') B((IX-1)*MPLUS+1:IX*(MPLUS))
+           END DO
+              
              ! ESET is rearranged to handle zero cis and stored in ESET_tmp:
-			 JJ=0
-			 DO IX=1, MSET(IGeom)
-				IF (ci(IX) .NE. 0) Then
-				   JJ=JJ+1
-				   ESET_tmp(JJ) = ESET(IGeom,IX)
-				END IF
-			 END DO
-			 
-			 ! DETERMINATION OF nonzero cis:
-			 MyPointer=1
-     	     DO IX=1, MSET(IGeom)-cis_zero
-			    tmp = 0.D0
-		        DO J=1, MSET(IGeom)-cis_zero ! B matrix is read column-wise
-				   tmp=tmp+B((J-1)*(MPLUS-cis_zero)+IX)*ESET_tmp(J)
-				END DO
-		        tmp=tmp+B((MPLUS-cis_zero-1)*(MPLUS-cis_zero)+IX)
-		        IF((tmp .LT. 0.0D0) .OR. (tmp .GT. 1.0D0)) THEN
-		           ci_lt_zero=.TRUE.
-		           EXIT
-				ELSE
-				   DO JX=MyPointer,MSET(IGeom)
-				      IF (ci(JX) .NE. 0) Then
-				         ci(JX) = tmp
-					     MyPointer=JX+1
-					     EXIT
-					  END IF
-				   END DO
-		        END IF
+       JJ=0
+       DO IX=1, MSET(IGeom)
+        IF (ci(IX) .NE. 0) Then
+           JJ=JJ+1
+           ESET_tmp(JJ) = ESET(IGeom,IX)
+        END IF
+       END DO
+       
+       ! DETERMINATION OF nonzero cis:
+       MyPointer=1
+            DO IX=1, MSET(IGeom)-cis_zero
+          tmp = 0.D0
+            DO J=1, MSET(IGeom)-cis_zero ! B matrix is read column-wise
+           tmp=tmp+B((J-1)*(MPLUS-cis_zero)+IX)*ESET_tmp(J)
+        END DO
+            tmp=tmp+B((MPLUS-cis_zero-1)*(MPLUS-cis_zero)+IX)
+            IF((tmp .LT. 0.0D0) .OR. (tmp .GT. 1.0D0)) THEN
+               ci_lt_zero=.TRUE.
+               EXIT
+        ELSE
+           DO JX=MyPointer,MSET(IGeom)
+              IF (ci(JX) .NE. 0) Then
+                 ci(JX) = tmp
+               MyPointer=JX+1
+               EXIT
+            END IF
+           END DO
+            END IF
              END DO !matches DO I=1, MSET(IGeom)-cis_zero
-	         !Print *, 'Local set of cis, first 10:, MSET(IGeom)=', MSET(IGeom), ', I of (2**MSET(IGeom))-2=', I
-			 !WRITE(*,'(10(1X,F20.4))') ci(1:MSET(IGeom))
-	         !Print *, 'Local set of cis ends:****************************************'
+           !Print *, 'Local set of cis, first 10:, MSET(IGeom)=', MSET(IGeom), ', I of (2**MSET(IGeom))-2=', I
+       !WRITE(*,'(10(1X,F20.4))') ci(1:MSET(IGeom))
+           !Print *, 'Local set of cis ends:****************************************'
 
              ! new set of cis determined based on the lower energy (ER_star):
-			 IF (.NOT. ci_lt_zero) Then
+       IF (.NOT. ci_lt_zero) Then
                 Call Energy_GEDIIS(MRESET,MSET(IGeom),ci,GeomSet_free(IGeom,:),GradSet_free(IGeom,:),ESET(IGeom,:),NFree,ER_star)
-				IF (ER_star .LT. ER_star_tmp) Then
-				   ci_tmp=ci
-				   ER_star_tmp = ER_star
-				END IF
+        IF (ER_star .LT. ER_star_tmp) Then
+           ci_tmp=ci
+           ER_star_tmp = ER_star
+        END IF
              END IF ! matches IF (.NOT. ci_lt_zero) Then
           END DO !matches DO I=1, (2**K)-2 ! all (2**K)-2 combinations of cis, except the one where all cis are .GT. 0 and .LT. 1 
-		  ci = ci_tmp
-	  END IF! matches IF (ci_lt_zero) Then
-	  
-	  Print *, 'Final set of cis, first 10:***********************************'
-	  WRITE(*,'(10(1X,F20.4))') ci(1:MSET(IGeom))
-	  Print *, 'Final set of cis ends:****************************************'
-	  Geom_new_free(:) = 0.D0
-	  DO I=1, MSET(IGeom)	  
+      ci = ci_tmp
+    END IF! matches IF (ci_lt_zero) Then
+    
+    Print *, 'Final set of cis, first 10:***********************************'
+    WRITE(*,'(10(1X,F20.4))') ci(1:MSET(IGeom))
+    Print *, 'Final set of cis ends:****************************************'
+    Geom_new_free(:) = 0.D0
+    DO I=1, MSET(IGeom)    
          Geom_new_free(:) = Geom_new_free(:) + (ci(I)*GeomSet_free(IGeom,(I-1)*NFree+1:I*NFree)) !MPLUS=MSET(IGeom)+1
-		 ! R_(N+1)=R*+DeltaR:
-		 DO J=1, NFree
-			tmp=0.D0
-			DO K=1,NFree
-			   ! this can be commented:
-			   !tmp=tmp+HFree((J-1)*NFree+K)*GradSet_free(IGeom,(I-1)*NFree+K) ! If Hinv=.False., then we need to invert Hess
-			END DO
-			Geom_new_free(J) = Geom_new_free(J) - (ci(I)*tmp)
-		 END DO
-	  END DO
-	  
-	  Step_free(:) =  Geom_new_free(:) - Geom_free(:)
-	  
+     ! R_(N+1)=R*+DeltaR:
+     DO J=1, NFree
+      tmp=0.D0
+      DO K=1,NFree
+         ! this can be commented:
+         !tmp=tmp+HFree((J-1)*NFree+K)*GradSet_free(IGeom,(I-1)*NFree+K) ! If Hinv=.False., then we need to invert Hess
+      END DO
+      Geom_new_free(J) = Geom_new_free(J) - (ci(I)*tmp)
+     END DO
+    END DO
+    
+    Step_free(:) =  Geom_new_free(:) - Geom_free(:)
+    
       XNORM = SQRT(DOT_PRODUCT(Step_free,Step_free))
       IF (PRINT) THEN
          WRITE (6,'(/10X,''DEVIATION IN X '',F10.4,8X,''DETERMINANT '',G9.3)') XNORM, DET
@@ -533,38 +533,38 @@
             WRITE(*,*) "THE GEDIIS STEP WILL BE REPEATED WITH A SMALLER SPACE"
          END IF
          DO K=1,MM
-			B(K) = BS(K) ! why this is reverted? Because "IF (NGEDIIS .GT. 0) GO TO 80", see below
+      B(K) = BS(K) ! why this is reverted? Because "IF (NGEDIIS .GT. 0) GO TO 80", see below
          END DO
          NGEDIIS = NGEDIIS - 1
          IF (NGEDIIS .GT. 0) GO TO 80
          IF (PRINT) WRITE(*,'(10X,''NEWTON-RAPHSON STEP TAKEN'')')
          Geom_new_free(:) = Geom_free(:) ! Geom_new is set to original Geom, thus Step = Geom(:) - Geom_new(:)=zero, the whole 
-		                       ! new update to Geom_new is discarded, since XNORM.GT.2.D0 .OR. DABS(DET) .LT. THRES
+                           ! new update to Geom_new is discarded, since XNORM.GT.2.D0 .OR. DABS(DET) .LT. THRES
       END IF ! matches IF (XNORM.GT.2.D0 .OR. DABS(DET).LT. THRES) THEN
-	  
-	  !******************************************************************************************************************
-	  Geom_new_free(:) = 0.D0
-	  DO I=1, MSET(IGeom)	  
+    
+    !******************************************************************************************************************
+    Geom_new_free(:) = 0.D0
+    DO I=1, MSET(IGeom)    
          Geom_new_free(:) = Geom_new_free(:) + (ci(I)*GeomSet_free(IGeom,(I-1)*NFree+1:I*NFree)) !MPLUS=MSET(IGeom)+1
-		 ! R_(N+1)=R*+DeltaR:
-		 DO J=1, NFree
-			tmp=0.D0
-			DO K=1,NFree
-			   tmp=tmp+HFree((J-1)*NFree+K)*GradSet_free(IGeom,(I-1)*NFree+K) ! If Hinv=.False., then we need to invert Hess
-			END DO
-			Geom_new_free(J) = Geom_new_free(J) - (ci(I)*tmp)
-		 END DO
-	  END DO
-	  
-	  Step_free(:) =  Geom_new_free(:) - Geom_free(:)
-	 !******************************************************************************************************************
-	  Step = 0.d0
+     ! R_(N+1)=R*+DeltaR:
+     DO J=1, NFree
+      tmp=0.D0
+      DO K=1,NFree
+         tmp=tmp+HFree((J-1)*NFree+K)*GradSet_free(IGeom,(I-1)*NFree+K) ! If Hinv=.False., then we need to invert Hess
+      END DO
+      Geom_new_free(J) = Geom_new_free(J) - (ci(I)*tmp)
+     END DO
+    END DO
+    
+    Step_free(:) =  Geom_new_free(:) - Geom_free(:)
+   !******************************************************************************************************************
+    Step = 0.d0
       DO I=1,NFree
-		 Step = Step + Step_free(I)*Vfree(:,I)
-      END DO	  
-	  
+     Step = Step + Step_free(I)*Vfree(:,I)
+      END DO    
+    
       DEALLOCATE(Hfree,Htmp,Grad_free,Step_free,Geom_free,Geom_new_free)
-	  
+    
       IF (PRINT)  WRITE(*,'(/,''       END Step_GEDIIS_ALL   '',/)')
 
       END SUBROUTINE Step_GEDIIS_All
Index: src/Path.f90
===================================================================
--- src/Path.f90	(revision 3)
+++ src/Path.f90	(revision 4)
@@ -179,7 +179,30 @@
 ! v4.178 (P) 2010 Nov 28
 ! - We add the possibility to call CHAMFRE reactive force field using 
 ! prog=TEST2 or CHAMFRE
+!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
+! OpenPath v1.4  2011 May-June
+! - Also added two flags: CalcEReac and CalcEProd. If .TRUE. Path will
+! compute the energy of the reactant
+! (and/or Product) at the begining of the calculations.
+! This is useful if you start from non optimized points.
 !
+! - Also added more methods for Hessian updates. The following methods are
+! now availables:
+!   For inverse Hessian: BFGS, DFP, MS. 
+!   For Hessian: BFGS, DFP, MS, Bofill
+! 
+! -Small change: HesUpd is replaced by Hupdate
+!
+!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
+! TO DO
+! - Trying to improve the output of Path. In particular, we now create
+! a .datl file containing the image index, curvilinear coordinate and energy
+! in the spirit of the AnaPath tool.
+! AnaPath is still usefull as it can extract geometrical parameters on top
+! of the energy
+! - When using Hessian update, it is more efficient to use Cholesky 
+! decomposition, and to update this decomposition rather than the Hessian.
+! See Nocedal&Wright p141.
 
 
 PROGRAM PathOpt
@@ -302,10 +325,10 @@
        MW,mass,Ffrozen, renum, OptReac,OptProd,Coord,Step_method,MaxCyc, &
        SMax, SThresh, GThresh,IReparam, IReparamT,Hinv, ISpline, PathOnly,Fcart, &
        input,prog, ProgExe,RunMode, AtTypes,poscar,PathName,  &
-       OptGeom,IniHup, HupNeighbour, hesUpd, &
+       OptGeom,IniHup, HupNeighbour, hesUpd, HUpdate, &
        FTan, EReac, EProd, IGeomRef, Vmd, AutoCart, DynMaxStep, &
        NMaxPtPath, FrozTol, BoxTol,CalcName,ISuffix,OSuffix, WriteVasp, &
-       NGintMax, Align
+       NGintMax, Align, CalcEReac,CalcEProd
 
   Namelist/cartlist/list
   Namelist/frozenlist/list
@@ -313,6 +336,12 @@
 
   Flag_Opt_Geom = .FALSE. ! Initialized.
 
+!!!!!!!!!!!!!!!!!!!!!!!!!
+  ! 
+  ! We print the Version info in file
+  !
+  WRITE(*,'(1X,A)') "OpenPath v1.4 (c) PFL/PD 2007-2011"
+
   ! We read the files names
 !  SELECT CASE (iargc())
   SELECT CASE (command_argument_count())
@@ -335,6 +364,7 @@
         WRITE(*,*) "NGeomf: Number of geometries defining the Final path"
         WRITE(*,*) "Nat   : Number of atoms"
         WRITE(*,*) ""
+        WRITE(*,*) ""
         WRITE(*,*) "Other options"
         WRITE(*,*) "Input: string that indicates the type of the input geometries."
         WRITE(*,*) "Accepted values are: Cart (or Xmol or Xyz) or Vasp"
@@ -374,7 +404,8 @@
         WRITE(*,*) "Step_method: method to compute the step for optimizing a geometry; choices are:" 
         WRITE(*,*) "       - RFO: Rational function optimization"
         WRITE(*,*) "       - GDIIS: Geometry optimization using direct inversion in the iterative supspace"
-        WRITE(*,*) " HesUpd: method to update the hessian. By default, it is Murtagh-Sargent"
+!        WRITE(*,*) " HesUpd: Deprecated. Use Hupdate."
+        WRITE(*,*) " HUpdate: method to update the hessian. By default, it is Murtagh-Sargent"
         WRITE(*,*) "      Except for geometry optimization where it is BFGS."
         WRITE(*,*) "MaxCyc: maximum number of iterations for the path optimization"
         WRITE(*,*) "Smax: Maximum length of a step during path optimization"
@@ -386,6 +417,10 @@
         WRITE(*,*) "IReparam: The path is not reparameterised at each iteration. This gives the frequency of reparameterization."
         WRITE(*,*) "ISpline: By default, a linear interpolation is used to generate the path."
         WRITE(*,*) "         This option indicates the first step where spline interpolation is used."
+        WRITE(*,*) "Boxtol: Real between 0. and 1. When doing periodic calculations, "
+        WRITE(*,*) "        it might happen that an atom moves out of the unit cell."
+        WRITE(*,*) "        Path detects this by comparing the displacement to boxtol:"
+        WRITE(*,*) "        if an atom moves by more than Boxtol, then it is moved back into the unit cell. Default value: 0.5"
         WRITE(*,*) ""
         WRITE(*,*) "Arrays:"
         WRITE(*,*) "Rcov: Array containing the covalent radii of the first 80 elements."
@@ -399,6 +434,8 @@
         WRITE(*,*) "Renum: Flag. True if one wants to reoder the atoms in the initial order. default is .TRUE. most of the time."
         WRITE(*,*) "OptProd: True if one wants to optimize the geometry of the products."
         WRITE(*,*) "OptReac: True if one wants to optimize the geometry of the reactants."
+        WRITE(*,*) "CalcEReac: if TRUE the reactants energy will be computed. Default is FALSE. Not Compatible with RunMode=Para"
+        WRITE(*,*) "CalcEProd: if TRUE the products energy will be computed. Default is FALSE. Not compatible with RunMode=Para"
         WRITE(*,*) "PathOnly:TRUE if one wants to generate the initial path, and stops." 
         WRITE(*,*) "Hinv: if True, then Hessian inversed is used."
         WRITE(*,*) "IniHup: if True, then Hessian inverse is extrapolated using the initial path calculations."
@@ -429,11 +466,6 @@
      IOOUT=6
   END SELECT
 
-!!!!!!!!!!!!!!!!!!!!!!!!!
-  ! 
-  ! We print the Version info in file
-  !
-  WRITE(*,'(1X,A)') "OpenPath v1.0 (c) PFL/PD 2007-2011"
 
 
   ! We initiliaze variables
@@ -461,13 +493,16 @@
   Hinv=.TRUE.
   IniHUp=.FALSE.
   HupNeighbour=.FALSE.
-  HesUpd="MS"
+  HesUpd="EMPTY"
+  HUpdate="MS"
   FFrozen=.FALSE.
   FCart=.FALSE.
   List=0
   renum=.TRUE.
   OptReac=.FALSE.
   OptProd=.FALSE.
+  CalcEReac=.FALSE.
+  CalcEProd=.FALSE.
   EReac=0.d0
   EProd=0.d0
   OptGeom=-1
@@ -514,8 +549,25 @@
   Call UpCase(Runmode)
   IF (Runmode(1:4).EQ.'PARA')    Runmode="PARA"
 
+  if ((RunMode.EQ."PARA").AND.(CalcEReac.OR.CalcEProd)) THEN
+     WRITE(*,*) "CalcEReac and CalcEProd are not compatible (for now) with RunMode='PARA'"
+     WRITE(*,*) "Setting CalcERead and CalcEProd to FALSE"
+     CalcEReac=.FALSE.
+     CalcEProd=.FALSE.
+  END IF
+
   If (IReparamT<=0) IReparamT=IReparam
 
+! We take care of HesUpd flag
+! this is needed because some users might still use it
+  if (HesUpd.NE."EMPTY") THEN
+! We are pityless:
+     WRITE(IOOUT,*) "HesUpd is deprecated. Use Hupdate instead"
+     WRITE(*,*) "HesUpd is deprecated. Use Hupdate instead"
+     STOP
+  END IF
+
+
   IF (COORD.EQ.'CART') THEN
      Renum=.FALSE.
      IGeomRef=1
@@ -557,7 +609,6 @@
      if (OSuffix=="EMPTY")  OSuffix="out"
   END SELECT 
 
-
   if (Input.EQ.'EMPTY') THEN
      Select Case (Prog)
        CASE ("VASP")
@@ -578,7 +629,7 @@
   END IF
 
   if (OptGeom.GE.1) THEN
-     HesUpd="BFGS"
+     HUpdate="BFGS"
      IF (IGeomRef.LE.0) THEN
         IGeomRef=OptGeom
      ELSE
@@ -707,7 +758,7 @@
   if (debug) WRITE(*,*) "DBG Main L610, NFroz,Frozen", NFroz,Frozen
 
   if (NMaxPtPath.EQ.-1) then
-     NMaxPtPath=min(50*NGeomF,1000)
+     NMaxPtPath=min(50*NGeomF,2000)
      NMaxPtPath=max(20*NGeomF,NMaxPtPath)
   end if
 
@@ -1199,7 +1250,6 @@
      Call UpCase(V_direct)
 ! PFL 2011 Mar 8 ->
 ! We have to read the FFF flags :
-     IF (.NOT.ALLOCATED(FFF)) ALLOCATE(FFF(3,nat))
      DO I=1,Nat
         READ(IOIN,*) Xtmp,ytmp,ztmp,FFF(1:3,I)
         DO J=1,3
@@ -1961,7 +2011,7 @@
            CASE ('GDIIS')
               !The following has no effect at IOpt==1
               !Print *, 'Before call of Step_diis_all, All other geometries, IGeom=', IGeom
-              Call Step_DIIS_all(NGeomF,IGeom,GradTmp,IntCoordF(IGeom,:),Grad(IGeom,:),HP,HEAT,&			  
+              Call Step_DIIS_all(NGeomF,IGeom,GradTmp,IntCoordF(IGeom,:),Grad(IGeom,:),HP,HEAT,&        
                    Hess(IGeom,:,:),NCoord,allocation_flag,GradTmp2)
               Print *, 'All others, Steps from GDIIS, GeomNew - IntCoordF(IGeom,:)='
               Print *, GradTmp
@@ -2202,7 +2252,7 @@
 
         Call EgradPath(IOpt,Flag_Opt_Geom)
         !IF(IOPT .EQ. 10) Then
-        !	       Print *, 'Stopping at my checkpoint.'
+        !         Print *, 'Stopping at my checkpoint.'
         !           STOP !This is my temporary checkpoint.
         !ENDIF
 
Index: src/egrad_gaussian.f90
===================================================================
--- src/egrad_gaussian.f90	(revision 3)
+++ src/egrad_gaussian.f90	(revision 4)
@@ -179,16 +179,16 @@
      
 ! For MP2, energy is after the last =
      IF ((Line(2:9)=="E2 =    ")) THEN
-	    Itmp1=Index(LINE,"=",BACK=.TRUE.)+1
-		READ(LINE(Itmp1:),*) e
+      Itmp1=Index(LINE,"=",BACK=.TRUE.)+1
+    READ(LINE(Itmp1:),*) e
       END IF
 ! For other methods, it is after the first =
      IF ((LINE(2:9)=='Energy= ').OR.(Line(2:9)=="SCF Done").OR.(Line(2:9)=="ONIOM: e") &
-	 .OR.(Line(2:9)==" with al") &
+   .OR.(Line(2:9)==" with al") &
          .OR.(Line(2:31)=="Counterpoise: corrected energy")) THEN
-	    Itmp1=Index(LINE,"=")+1
-		READ(LINE(Itmp1:),*) e
-	END IF
+      Itmp1=Index(LINE,"=")+1
+    READ(LINE(Itmp1:),*) e
+  END IF
 ! <- PFL 3 Jan 2008
      READ(IOTMP,'(A)') LINE
   END DO
Index: src/PathCreate.f90
===================================================================
--- src/PathCreate.f90	(revision 3)
+++ src/PathCreate.f90	(revision 4)
@@ -15,7 +15,7 @@
        Coord, Frozen, Cart, NCart, NFroz, XyzGeomI, atome, r_cov, fact, &
        IndZmat, Renum, Order, OrderInv, IntCoordI, IntCoordF,Pi, BMat_BakerT, Nom, &
        Hess,IntFroz, ISpline, IntTangent, XyzGeomF, NPrim,Xprimitive_t, OptGeom,  &
-       UMatF, UMat_local, XyzTangent, Linear
+       UMatF, UMat_local, XyzTangent, Linear, Align, FrozAtoms
   ! BMat_BakerT (3*Nat,NCoord), XyzGeomI(NGeomI,3,Nat), IGeomRef=-1 (default value)
   ! IntCoordI(NGeomI,NCoord)
 
@@ -78,7 +78,7 @@
   debug=valid("pathcreate")
   print=valid("printgeom")
   if (debug) Call header("Entering PathCreate")
-  if (debug.AND.First) WRITE(*,*) "=		 First call					="
+  if (debug.AND.First) WRITE(*,*) "=     First call          ="
 
   if (debug) WRITE(*,*) "Iopt,IReparam=",Iopt,IReparam
 
@@ -248,7 +248,7 @@
            call Calc_zmat_const_frag(Nat,atome,IndZmat0,val_zmat,x,y,z,r_cov,fact,frozen)
         ELSE
            !no zmat... we create our own
-           call Calc_zmat_frag(Nat,atome,IndZmat0,val_zmat,x,y,z,r_cov,fact)	   
+           call Calc_zmat_frag(Nat,atome,IndZmat0,val_zmat,x,y,z,r_cov,fact)
            if (valid('old_zmat')) THEN 
               call Calc_zmat(Nat,atome,IndZmat0,val_zmat,x,y,z,r_cov,fact)
               WRITE(*,*) "DBG PathCreate Calc_Zmat.... STOP"
@@ -329,7 +329,7 @@
                     Delta=TwoPi
                  END IF
                  if (debug) THEN
-                    WRITE(*,*) Nom(atome(i)),				&
+                    WRITE(*,*) Nom(atome(i)),        &
                          abs(val_zmatTMP(i,3)-val_zmat(i,3)), &
                          val_zmatTMP(i,3),val_zmat(i,3),Delta, &
                          val_zmatTMP(i,3)-Delta
@@ -777,7 +777,72 @@
            !    END IF
         END DO
      CASE ('CART')
+
+!! PFL 2011 June 22 ->
+!! The alignment procedure from Extrapol_cart has been moved
+!! here, before computation of the spline coefficients
+
+!  XyzTmp2=Reshape(XyzGeomI(1,:,:),(/Nat,3/),ORDER=(/2,1/))
+
+  if (debug) THEN
+     WRITE(*,*) "DBG PathCreate - Calc Spline coeff CART- Initial geometries"
+     DO IGeom=1,NGeomI
+        WRITE(*,*) 'XyzGeomI, IGeom=',IGeom
         DO I=1,Nat
+           WRITE(IOOUT,'(1X,A2,3(1X,F15.6))') Nom(Atome(I)),      &
+                (XyzGeomI(IGeom,J,I),J=1,3)
+        END DO
+     END DO
+  END IF
+
+
+! In order to mesure only the relevant distance between two points
+! we align all geometries on the original one
+
+   DO IGeom=1,NGeomI
+
+      XyzTmp2=Reshape(XyzGeomI(IGeom,:,:),(/Nat,3/),ORDER=(/2,1/))
+  ! We align this geometry with the original one
+  ! PFL 17/July/2006: only if we have more than 4 atoms.
+!  IF (Nat.GT.4) THEN
+! PFL 24 Nov 2008 ->
+! If we have frozen atoms we align only those ones.
+! PFL 8 Feb 2011 ->
+! I add a flag to see if we should align or not.
+! For small systems, it might be better to let the user align himself
+      IF (Align) THEN
+         if (NFroz.GT.0) THEN
+            Call AlignPartial(Nat,x0,y0,z0,                     &
+                 xyzTmp2(1,1),xyzTmp2(1,2),xyzTMP2(1,3),       &
+                 FrozAtoms,MRot)
+         ELSE
+            Call  CalcRmsd(Nat, x0,y0,z0,                              &
+                 xyzTmp2(1,1),xyzTmp2(1,2),xyzTMP2(1,3),       &
+                 MRot,rmsd,.TRUE.,.TRUE.)
+         END IF
+! <- PFL 24 Nov 2008
+      END IF
+! -> PFL 8 Feb 2011
+!  END IF
+
+  XyzGeomI(IGeom,:,:)=Reshape(XyzTmp2(:,:),(/3,Nat/),ORDER=(/2,1/))
+ END DO
+
+   if (debug) THEN
+     WRITE(*,*) "DBG PathCreate - Calc Spline coeff CART- Aligned geometries"
+      DO J=1, NGeomI
+         WRITE(IOOUT,*) Nat
+         WRITE(IOOUT,*) " Aligned geometry ",J,"/",NGeomI
+           DO i=1,Nat
+              WRITE(IOOUT,'(1X,A2,3(1X,F15.6))') Nom(Atome(I)),    &
+                   XyzGeomI(J,1:3,I)
+           END DO
+        END DO
+     END IF
+
+!! <- PFL 2011 June 22
+
+        DO I=1,Nat
            ! We compute the spline coefficients
            call spline(xGeom,XyzGeomI(1,1,I),NGeomI,Inf,Inf, Coef(1,3*I-2))
            call spline(xGeom,XyzGeomI(1,2,I),NGeomI,Inf,Inf, Coef(1,3*I-1))
@@ -801,8 +866,8 @@
   END IF ! matches IF ((NGeomI>2).AND.(Iopt.Ge.ISpline)) THEN
   ! Shall we redistribute the points along the path ?
   if (debug) WRITE(*,*) "PathCreate.f90, L795, IOpt=", IOpt, "IReparam=", IReparam
+
   IF (MOD(IOpt,IReparam).EQ.0) THEN
-
      ! We generate the Path, in two steps:
      ! i) we calculate the length of the mass weighted (MW) path
      ! ii) we sample the path to get the geometries
Index: src/Read_geom.f90
===================================================================
--- src/Read_geom.f90	(revision 3)
+++ src/Read_geom.f90	(revision 4)
@@ -38,6 +38,7 @@
   debug=valid('Read_geom')
  if (debug) Call Header("Entering Read_Geom")
   if (debug) WRITE(*,*) "Input:",Trim(Input)
+  if (debug) WRITE(*,*) "NgeomI:",NGeomI
 
   SELECT CASE(Input)
   CASE ('XYZ','CART')
@@ -188,7 +189,7 @@
         READ(IOIN,*) XyzGeomI(IGeom,1:3,I),FFF(1:3,I)
            DO J=1,3
               FFF(J,I)=AdjustL(FFF(J,I))
-              FFFl(j,i)=(FFF(j,i)(1:1).EQ.'T')
+              FFFl(j,i)=(FFF(j,i)(1:1).EQ.'T').OR.(FFF(j,i)(1:1).EQ.'t')
            END DO
 
      END DO
Index: src/Calc_zmat_constr_frag.f90
===================================================================
--- src/Calc_zmat_constr_frag.f90	(revision 3)
+++ src/Calc_zmat_constr_frag.f90	(revision 4)
@@ -269,14 +269,14 @@
         WRITE(*,*) 'Fragment ', i
         DO J=1,Na
            IF (Fragment(J).EQ.I)   THEN                
-		        if (FrozAt(J))    THEN   
+            if (FrozAt(J))    THEN   
                    WRITE(*,'(1X,I3,"f",1X,A5,3(1X,F10.6))') J,Nom(Atome(J)) &
                         ,X(J),Y(J),Z(J)
                ELSE
                     WRITE(*,'(1X,I3,2X,A5,3(1X,F10.6))') J,Nom(Atome(J)) &
                       ,X(J),Y(J),Z(J)
                 END IF
-		   END IF
+       END IF
         END DO
         WRITE(*,*) "FragAt:",(FragAt(I,j),j=1,NbAtFrag(I))
      END DO
Index: src/Egrad_baker.f90
===================================================================
--- src/Egrad_baker.f90	(revision 3)
+++ src/Egrad_baker.f90	(revision 4)
@@ -100,7 +100,7 @@
            GeomCart(:,2) = XyzGeomI(IGeom,2,:)
            GeomCart(:,3) = XyzGeomI(IGeom,3,:)
         ELSE
-	   if (debug) WRITE(*,*) 'Before Call ConvertBakerInternal_cart; L82, Egrad.f90'
+     if (debug) WRITE(*,*) 'Before Call ConvertBakerInternal_cart; L82, Egrad.f90'
            WRITE(*,*) 'GeomOld='
            WRITE(*,'(12(1X,F6.3))') GeomOld
            WRITE(*,*) 'Geom='
@@ -137,7 +137,7 @@
            END DO
 
            Call ConvertBakerInternal_cart(GeomOld_all(IGeom,:),Geom,XyzGeomF(IGeom,1,:), &
-	        XyzGeomF(IGeom,2,:),XyzGeomF(IGeom,3,:),x,y,z,XPrim,XPrimRef)
+          XyzGeomF(IGeom,2,:),XyzGeomF(IGeom,3,:),x,y,z,XPrim,XPrimRef)
            if (debug) Print *, 'I am after Call ConvertBakerInternal_cart; L111, Egrad.f90'
            DO I=1,NCoord ! these variables are used in ConvertBakerInternal_cart()
               BTransInvF(IGeom,I,:) = BTransInv_local(I,:)
@@ -161,7 +161,7 @@
   !WRITE(*,*) Nat
   !WRITE(*,*) 'GeomCart in Egrad_baker'
   !DO I=1,Nat
-  !	WRITE(*,'(1X,A,3(1X,F12.8))') AtName(I),GeomCart(I,1:3)
+  !  WRITE(*,'(1X,A,3(1X,F12.8))') AtName(I),GeomCart(I,1:3)
   !END DO
 
   SELECT CASE (Prog)
@@ -202,7 +202,7 @@
      WRITE (*,*) "Coord=",TRIM(COORD),": use Egrad.f90, instead of Egrad_baker.f90. Stop"
   CASE ('BAKER')
      ! We have the gradient in Cartesian coordinates... which is ok for COORD=Cart, Hybrid
-     ! but we have to convert it into internal coordinates if COORD=Baker	 
+     ! but we have to convert it into internal coordinates if COORD=Baker   
 !!!!!!!!!!!!!!!!!!!!
      !
      !   PFL Debug
@@ -294,7 +294,7 @@
 
      BBT = 0.d0
      DO I=1,NCoord
-        DO J=1,3*Nat 	! BBT(:,I) forms BB^T
+        DO J=1,3*Nat   ! BBT(:,I) forms BB^T
            BBT(:,I) = BBT(:,I) + BMat_BakerT(J,:)*BMat_BakerT(J,I)
         END DO
      END DO
