XRANGE=25 LMARGIN=15 SIZEX=1 SIZEY=0.20 OR1=0.68 OR2=0.48 OR3=0.28 OR4=0.08 GPf=set datafile separator ';';set xrange [0:$(XRANGE)];set tmargin 0;set bmargin 1;set lmargin $(LMARGIN);set format y '%3.1f';set rmargin 3;set multiplot;set title 'Golem shot No:`cat ../ShotNo`';set size $(SIZEX),$(SIZEY);set origin 0,$(OR1);set ylabel 'U_{loop} [V]';unset key;unset xtics;set style data dots; set yrange [-5:30];plot 'Uloop_dp.csv' u 1:2;\ unset title; set origin 0,$(OR2);set ylabel 'B_t [T]';set format y '%3.2f';unset key;unset xtics;set yrange [-0.05:*];plot 'Btoroidal_dp.csv';\ unset title; set origin 0,$(OR3);set ylabel 'I_{p+ch} [kA]';set format y '%3.1f';unset key;unset xtics;set yrange [*:*];plot 'Irogowski_dp.csv' u 1:(\$$2/1000);\ unset title; set origin 0,$(OR4);set ylabel 'Photod [a.u.]';set format y '%3.2f';unset key;set xtics ('5' 5,'10' 10, '15' 15, '20' 20, '25' 25, '30' 30);set xlabel 'Time [ms]';set yrange [*:*];plot 'Photod_dp.csv';\ GPfPlasma=set datafile separator ';';set xrange [0:$(XRANGE)];set tmargin 0;set bmargin 1;set lmargin $(LMARGIN);set format y '%3.1f';set rmargin 3;set multiplot;set title 'Golem shot No:`cat ../ShotNo`\n,Delta T=`cat PlasmaTimeLength` ms, Q_{tot}=`cat PlasmaTotalCharge` C, T_e=`cat ElectronTemperature` eV, Qedge=`cat Qedge`, Tau_e=`cat ElectronConfinementTimeFirstApprox` ms,';set size $(SIZEX),$(SIZEY);set origin 0,$(OR1);set ylabel 'U_{loop} [V]';unset key;unset xtics;set style data dots; set yrange [-5:30];plot 'Uloop_dp.csv' u 1:2;\ unset title; set origin 0,$(OR2);set ylabel 'B_t [T]';set format y '%3.2f';unset key;unset xtics;set yrange [-0.05:*];plot 'Btoroidal_dp.csv';\ unset title; set origin 0,$(OR3);set ylabel 'I_{p} [kA]';set format y '%3.1f';unset key;unset xtics;set yrange [-1:10];plot 'Iplasma_dp.csv' u 1:(\$$2/1000) ;set parametric; set trange [1:4]; replot `cat PlasmaStart`,t;replot `cat PlasmaEnd`,t;\ unset title; set origin 0,$(OR4);set ylabel 'PhotoD [a.u.]';set format y '%3.2f';unset key;set xtics ('5' 5,'10' 10, '15' 15, '20' 20, '25' 25, '30' 30);set xlabel 'Time [ms]';set yrange [-0.02:*];plot 'Photod_dp.csv';\ #DynStabil GPfPlasma=set datafile separator ';';set xrange [0:$(XRANGE)];set tmargin 0;set bmargin 1;set lmargin $(LMARGIN);set format y '%3.1f';set rmargin 3;set multiplot;set title 'Golem shot No:`cat ../ShotNo`\n,Delta T=`cat PlasmaTimeLength` ms, Q_{tot}=`cat PlasmaTotalCharge` C, T_e=`cat ElectronTemperature` eV, Qedge=`cat Qedge`, Tau_e=`cat ElectronConfinementTimeFirstApprox` ms,';set size $(SIZEX),$(SIZEY);set origin 0,$(OR1);set ylabel 'U_{loop} [V]';unset key;unset xtics;set style data dots; set yrange [-5:30];plot 'Uloop_dp.csv' u 1:2;\ unset title; set origin 0,$(OR2);set ylabel 'B_t [T]';set format y '%3.2f';unset key;unset xtics;set yrange [-0.05:*];plot 'Btoroidal_dp.csv';\ unset title; set origin 0,$(OR3);set ylabel 'I_{p} [kA]';set format y '%3.1f';unset key;unset xtics;set yrange [*:*];plot 'Iplasma_dp.csv' u 1:(\$$2/1000) ;set parametric; set trange [1:4]; replot `cat PlasmaStart`,t;replot `cat PlasmaEnd`,t;\ unset title; set origin 0,$(OR4);set ylabel 'I_{dyn} [a.u.]';set format y '%3.2f';unset key;set xtics ('5' 5,'10' 10, '15' 15, '20' 20, '25' 25, '30' 30);set xlabel 'Time [ms]';set yrange [*:*];plot 'Photod_dp.csv';\ GPfPlasmaZoom=set datafile separator ';';set xrange [`cat PlasmaStartAdvanced`:`cat PlasmaEndDelayed`];set tmargin 0;set bmargin 1;set lmargin $(LMARGIN);set format y '%3.1f';set rmargin 3;set multiplot;set title 'Golem shot No:`cat ../ShotNo`';set size $(SIZEX),$(SIZEY);set origin 0,$(OR1);set ylabel 'U_{loop} [V]';unset key;unset xtics;set style data lines; set yrange [-5:30];plot 'Uloop_dp.csv' u 1:2;\ unset title; set origin 0,$(OR2);set ylabel 'B_t [T]';set format y '%3.2f';unset key;unset xtics;set yrange [-0.05:*];plot 'Btoroidal_dp.csv';\ unset title; set origin 0,$(OR3);set ylabel 'I_{p} [kA]';set format y '%3.1f';unset key;unset xtics;set yrange [*:*];plot 'Iplasma_dp.csv' u 1:(\$$2/1000);\ unset title; set origin 0,$(OR4);set ylabel 'PhotoD [a.u.]';set format y '%3.2f';unset key;set xtics;set xlabel 'Time [ms]';set yrange [-0.02:*];plot 'Photod_dp.csv';\ GPi=set datafile separator ';';set xrange [0:$(XRANGE)];set tmargin 0;set bmargin 1;set lmargin $(LMARGIN);set format y '%3.1f';set rmargin 3;set multiplot;set title 'Golem shot No:`cat ../ShotNo`';set size $(SIZEX),$(SIZEY);set origin 0,$(OR1);set ylabel 'U_{loop} [V]';unset key;unset xtics;set style data dots; set yrange [-5:30];plot 'Uloop_dp.csv' u 1:2;\ unset title; set origin 0,$(OR2);set ylabel 'B_t [T]';set format y '%3.2f';unset key;unset xtics;set yrange [-0.05:*];plot 'Btoroidal_dp.csv';\ unset title; set origin 0,$(OR3);set ylabel 'I_{p+ch} [A]';set format y '%3.1f';unset key;unset xtics;set yrange [*:*];plot 'Irogowski_dp.csv' u 1:(\$$2/1000);\ unset title; set origin 0,$(OR4);set ylabel 'PhotoD [a.u.]';set format y '%3.2f';unset key;set xtics ('5' 5,'10' 10, '15' 15, '20' 20, '25' 25, '30' 30);set xlabel 'Time [ms]';set yrange [-0.02:*];plot 'Photod_dp.csv';\ GPb=set xrange [0:3000];set tmargin 0;set bmargin 1;set lmargin $(LMARGIN);set rmargin 3;set multiplot;set size $(SIZEX),$(SIZEY);set origin 0,$(OR1);set ylabel 'U_{loop} [DAS V]';$(LAB1);unset key;unset xtics;set style data dots; set yrange [-5:*];plot 'usbscopes' using 0:1;\ set origin 0,$(OR2);$(LAB2)set ylabel 'dB_t/dt [DAS V]';unset key;set yrange [*:*];unset xtics;plot 'usbscopes' using 0:2;\ set origin 0,$(OR3);$(LAB2)set ylabel 'dI_{p+ch}/dt [DAS V]';unset key;unset xtics;set yrange [-1:*] ;plot 'usbscopes' using 0:3;\ set origin 0,$(OR4);$(LAB3)set ylabel 'PhotoD [DAS V]';unset key;set xtics ('5' 500,'10' 1000, '15' 1500, '20' 2000, '25' 2500, '30' 3000);set xlabel 'Time [ms]';set yrange [*:*];plot 'usbscopes' using 0:4;\ GPic=set datafile separator ';';set xrange [0:$(XRANGE)];set xtics ('5' 5,'10' 10, '15' 15, '20' 20, '25' 25, '30' 30);unset xlabel ;set tmargin 0;set bmargin 0;set lmargin 15;set rmargin 0;set size 2,0.4;set format y '%3.1f';set multiplot;set size 1,0.3;set origin 0,0.08;set ylabel 'U_{loop} [V]';unset key;set style data dots; set yrange [-5:30];plot 'Uloop_dp.csv' u 1:2 w points pt 7 ps 0.5;\ unset title; set origin 1,0.08;set ylabel 'I_{p+ch} [kA]';unset key;set yrange [-1:20];plot 'Irogowski_dp.csv' u 1:(\$$2/1000) w points pt 7 ps 0.5;\ all: #make -f makefile.gp x11 LMARGIN=15 SIZEX=1 SIZEY=0.20 OR1=0.68 OR2=0.48 OR3=0.28 OR4=0.08 make -f makefile.gp pres LMARGIN=15 SIZEX=1.0 SIZEY=0.20 OR1=0.68 OR2=0.48 OR3=0.28 OR4=0.08 make -f makefile.gp icona #make -f makefile.gp print LMARGIN=5 SIZEX=0.8 SIZEY=0.15 OR1=0.85 OR2=0.7 OR3=0.55 OR4=0.4 x11: if [ -f PlasmaStart -a -f PlasmaEnd ]; then\ echo "set terminal X11;$(GPfPlasma)"|gnuplot -persist;\ else\ echo "set terminal X11;$(GPf)"|gnuplot -persist;\ fi print: echo "set terminal postscript portrait enhanced;$(GPf)"|gnuplot > graphprint.ps;\ convert graphprint.ps graphprint.jpg pres: if [ -f PlasmaStart -a -f PlasmaEnd ]; then\ echo "set terminal postscript enhanced;$(GPfPlasmaZoom)"|gnuplot > graphpres.ps;\ echo "set terminal postscript enhanced;$(GPfPlasma)"|gnuplot > graphpresfull.ps;\ else\ echo "set terminal postscript enhanced;$(GPf)"|gnuplot > graphpres.ps;\ echo "set terminal postscript enhanced;$(GPf)"|gnuplot > graphpresfull.ps;\ fi convert -rotate 90 graphpres.ps graphpres.jpg convert -rotate 90 graphpresfull.ps graphpresfull.jpg echo "set terminal postscript enhanced;$(GPi)"|gnuplot > graphpresi.ps;\ convert -rotate 90 graphpresi.ps graphpresi.jpg echo "set terminal postscript enhanced;$(GPb)"|gnuplot > graphpresb.ps;\ convert -rotate 90 graphpresb.ps graphpresb.jpg icona: echo "set terminal postscript eps enhanced;$(GPic)"|gnuplot > graphic.eps; convert -size 500 graphic.eps graphic.jpg #echo "set terminal X11;$(GPic)"|gnuplot -persist #HELP #Specialni symboly pro ps #http://t16web.lanl.gov/Kawano/gnuplot/label-e.html#4.1 test: echo "set terminal X11;plot 'usbscopes' using 0:2;"|gnuplot -persist pool: make -f makefile.gp x11 LMARGIN=15 SIZEX=1 SIZEY=0.25 OR1=0.75 OR2=0.5 OR3=0.25 OR4=0