# based on code of [[User:Gorgo]]/[[:c:File:Euro exchange rate to TRY.svg]] # gnuplot script for plotting eurofxref-hist.csv as obtained from # http://www.ecb.int/stats/exchange/eurofxref/html/index.en.html # download and unzip data if not available - delete eurofxref* to force new download. # remove or comment out these lines in Windows/MacOS. ! [ -f eurofxref-hist.csv ] || wget http://www.ecb.int/stats/eurofxref/eurofxref-hist.zip ! [ -f eurofxref-hist.csv ] || unzip eurofxref-hist.zip # Start und Ende ermitteln (z.Zt. nur für Consolenausagabe) stats 'eurofxref-hist.csv' every ::1 u (strptime("%Y-%m-%d",strcol(1))) nooutput print ' -----Stats-(Timestamp)----' print ' Start: ', strftime("%d. %B %Y",STATS_min) print ' Ende: ', strftime("%d. %B %Y",STATS_max) print ' --------------------------' # Datum des letzten Updates oben links setzen set label 'last update: ' . strftime("%Y-%m-%d",STATS_max) at screen 0.87, screen 0.9 #input set timefmt "%Y-%m-%d" set datafile missing 'N/A' set datafile separator ',' #output set key bottom right set style data lines set border 11 # Rahmen unten (Bit 1) und links (+ Bit 2) set grid # Gitterlinien verwenden # Gitterlinienen per Hand setzen falls gewünscht set style line 1 linetype rgb '#696969' linewidth 0.5 dashtype 0 # Def. Major-grid set style line 2 linetype rgb '#C9C9C9' linewidth 0.5 dashtype 3 # def. Minor-grid set grid xtics mxtics # eventuell noxtics und nomxtics set grid ytics mytics # eventuell noytics und nomytics set grid back # Gitter im Hintergrund set grid linestyle 1, linestyle 2 # Setzen des linestyle für Major u. Minor set xdata time set format x '%Y' set xrange ['1998-12-31':'2018-11-01'] set xrange ['1998-12-31':STATS_max + 60*60*24*21] # 21 Tage 'Luft' set xtics '01.01.1950', 60 * 60 * 24 * 365.25 * 1 set xtics nomirror set mxtics 12 #set xlabel 'Date' set ylabel 'TRY' set y2label 'TRY' set format y '%.0f' set format y2 '%.0f' set ytics 1 set y2tics 1 set mytics 5 set my2tics 5 # Zebramuster set style rect fillcolor lt -1 fillstyle solid 0.04 noborder do for [i=1950:2050:1] { rec_q1_begin =sprintf("%1.4d-04-01",i) rec_q2_begin =sprintf("%1.4d-07-01",i) rec_q3_begin =sprintf("%1.4d-10-01",i) rec_end =sprintf("%1.4d-01-01",i + 1) set object rectangle from rec_q1_begin,graph 0 to rec_end, graph 1 set object rectangle from rec_q2_begin,graph 0 to rec_end, graph 1 set object rectangle from rec_q3_begin,graph 0 to rec_end, graph 1 } ## gnuplot for SVG - gnuplot 4.2 / Ubuntu 8.10 set term svg size 6000,400 font "Arial,16" set outp 'Euro exchange rate to TRY (6000px wide).svg' set style line 1 lt rgb 'blue' lw 1 #available currencies: #first one is $2, second $3 and so on #USD,JPY,BGN,CYP,CZK,DKK,EEK,GBP,HUF,LTL,LVL,MTL,PLN,ROL,RON,SEK,SIT,SKK,CHF,ISK,NOK,HRK,RUB,TRL,TRY,AUD,BRL,CAD,CNY,HKD,IDR,ILS,INR,KRW,MXN,MYR,NZD,PHP,SGD,THB,ZAR plot \ 'eurofxref-hist.csv' \ usi 1:($26) axis x1y1 tit '1 EUR in TRY' lt rgb 'blue' lw 1,\ 'eurofxref-hist.csv' \ usi 1:($25/1000000) axis x1y1 tit '1 EUR in 1 000 000 TRL' lt rgb 'dark-violet' lw 1,\ 'eurofxref-hist.csv' \ usi 1:($26) axis x1y1 notit w p lc rgb 'black' lt 1 lw 1.5 pt 7 ps 0.06 ,\ 'eurofxref-hist.csv' \ usi 1:($25/1000000) axis x1y1 notit w p lc rgb 'black' lt 1 lw 1.5 pt 7 ps 0.06 ,\