MAPTRANS

Output Files

• TAG1mapl.txt

Temp Files

• .o
• .oo

Script File

                                         File: getMapl.sh                                                             

#!/bin/bash

########################
# USAGE: sh getMapl.sh #
#                      #
########################

echo "Input region name. (ex: TAG1)"

read ans
file=$ans

cp USED_MAPS.TXT .o

sed '$d' .o > .oo

list=`cat .oo`

for i in $list
do
        grep $i MAPINFO.TXT >> ${file}mapl.txt
done

rm .o .oo

calTrans.sh

Input Files

• This should also be run from your working directory, and requires the output file from

getMapl.sh to be in that directory.

Here's a sample input:

sh calTrans.sh
Input region name. (ex: TAG1)
>TAG1

Input TAG1 mapinfo list. (ex: TAG1mapl.txt)
>TAG1mapl.txt

Output files

• TAG1.txt

Temp Files

• CompOBJ.out
• fit
• *.obj

For each maplet within the bigmap that was created earlier, an .obj file is made. one at a time, and then delteted.

Script File

                                           File: calTrans.sh                                                            

#!/bin/bash

##########################################
#        USAGE: sh calTrans.sh           #
#                                        #
# N.B. You must have your region mapinfo #
#      file in your working directory.   #
##########################################

echo "Input region name. (ex: TAG1)"

read ans1
file=$ans1

echo "Input $ans1 mapinfo list. (ex: TAG1mapl.txt)"

read ans2
mapl=$ans2

list=`cat $mapl | cut -c -6`

mv -f $file.txt old.$file.txt

for i in $list
do
        Maplet2FITS MAPFILES/$i.MAP fit
        FITS2OBJ --local fit $i.obj
        rm fit

        CompareOBJ --compute-optimal-translation $i.obj SHAPEFILES/shape3.4-truth.obj > CompOBJ.out
        rm $i.obj

        trans=`awk '/Translation/{print $2 " " $3 " " $4}'  CompOBJ.out`
        coord=`grep $i $mapl | awk '{print $4 " " $5 " " $6}'`

        printf "\n$i $coord $trans" >> $file.txt
done

rm CompOBJ.out

plotVectors.sh

=== Input Files ====

• Run this from your working directory, and keep the output from calTrans.sh there too.

Here's a sample input:

sh plotVectors.sh
Input region name. (ex: TAG1)
>TAG1

Input view Scaling factor. (ex: 1.5)
>1.5

Output Files

• TAG1xyzV[000:015:165].png
• TAG1vec.gif

Temp Files

• pvTrans.gpi

Script File

                                          File: plotVectors.sh                                                          

#!/bin/bash

######################################
#      USAGE: sh plotVectors.sh      #
#                                    #
# N.B. You must have the output from #
#      calTrans.sh in your working   #
#      directory.                    #
######################################

echo "Input region name. (ex: TAG1)"

read ans1
file=$ans1

echo "Input view scaling factor. (ex: 1.5)"

read ans2
fac=$ans2

scale=0.00436        # Conversion from LON to m, change if r mag deviates from 0.25km #

list='0 15 30 45 60 75 90 105 120 135 150 165'

list2='000 015 030 045 060 075 090 105 120 135 150 165'
arr=($list2)
cnt=0

for i in $list
do
        echo "set term x11" > pvTrans.gpi

        echo "unset key" >> pvTrans.gpi
        echo "unset border" >> pvTrans.gpi
        echo "unset xtics" >> pvTrans.gpi
        echo "unset ytics" >> pvTrans.gpi
        echo "unset ztics" >> pvTrans.gpi

        echo "scale="$scale >> pvTrans.gpi
        echo "fac="$fac >> pvTrans.gpi

        echo "set view 86,"$i",," >> pvTrans.gpi

        echo "splot '"$file".txt' using ((360-\$3)*scale):(\$2*scale):4:(\$5*fac):(\$6*fac):(\$7*fac) with vectors" >> $

        echo " " >> pvTrans.gpi

        echo "set output '"$file"xyzV"${arr[$cnt]}".png'" >> pvTrans.gpi
        echo "set term png" >> pvTrans.gpi
        echo "replot" >> pvTrans.gpi
        echo "unset output" >> pvTrans.gpi

        gnuplot < pvTrans.gpi

        cnt=$(($cnt+1))
done

rm pvTrans.gpi

convert -delay 50 -loop 0 ${file}xyzV*.png ${file}vec.gif