help plot
plot-element
plot sin(x)
set title "MeiN erster Titel"
REPLOT
replot
set xlabel "X-Achse"
set
set ylabel "Y-Achse"
re
help re
plot sin(x), cos(x)
plot sin(x), cos(x) sin(x+1.7)
plot sin(x), cos(x),  sin(x+1.7)
plot sin(x), cos(x),  sin(x+3.14)
plot sin(x), cos(x),  sin(x+pi)
print pi
print 2+2*3
print sin(3.141)
print sin(90)
print sin(90 * pi/180)
f(x) = sin(x*pi/180)
print f(90)
plot f(x)
set xra [0:360]
plot [0:180] f(x)
plot [0:180] [-2:2] f(x)
plot [0:180] [-2:2] f(x) title "Messung"
plot [0:180] [-2:2] f(x) title "Messung" lc 3
plot [0:180] [-2:2] f(x) title "Messung" lc 2
plot [0:360] [-2:2] f(x)
plot [0:360] [-2:2] f(x) , f(x+90)
pwd
! cd ~
! pwd
cd ~
cd "/home/harald/vortrag/ffg-2016/
cd '/home/harald/vortrag/ffg-2016/
save "demo1.gp1"
set term fdugkds
set term 
rep
set term pos
set term p
set term po
set term po color solid
replot
set output "demo1.ps"
set term x11
! tail demo1.ps
! gv demo1.ps
set term pdf
set output "demo1.pdf"
! emacs -nw demo1.pdf
! gv demo1.d
! gv demo1.pdf 
set term pdf size a4
set term pdf size 29.7cm, 21cm
set term png 
set output "demo1.png"
unset term
! xv demo1.png 
load "demo1.gp1"
sho func
plot [0:360] [-2:2] f(x) t "Sinus" , f(x+90) tit "Cosinus" lc 3
cd "01_example`
!ls 
! less i.dat
plot "i.dat"
! head i.dat 
plot "i.dat" using 2:1
! less /home/harald/.gnuplot
set da st p
set st da  p
set st da  l
set st da  imp
re
set st da  bar
set st da 
help set st da 
help plotting styles
!less id
!less i.dat
set st da lp
plot sin(x) , "i.dat"
plot sin(x) , "i.dat" us 2:1
plot sin(x)*10 , "i.dat" us 2:1
plot sin(x)*100 , "i.dat" us 2:1
plot sin(x/50)*100 , "i.dat" us 2:1
!cat /home/harald/.gnuplot
unset colorsequence
set colorsequence
help set colorsequence
set colorsequence defaul
set colorsequence default
test
set colorsequence classic
!less *gp1
set term xterm
! ls
cd ..
cd "..
set term wxt
set term qt
plot  "i.dat" us 2:1
set xra auto
set xrange auto
unset xrange 
rep
plot  "< echo 1 1 " us 2:1
plot  "< echo 1.5 2.5 " us 2:1
plot  "< grep ... i.dat " us 2:1
plot  "< sort  i.dat " us 2:1
plot  "< sort  -n i.dat " us 0:1
plot  "< sort  -n i.dat " us 0:2
plot  "< sort  -k2n i.dat " us 0:2
cd "../ffg-2016/01_example
plot  "< sort  -k2n i.dat " us 0:2*2
plot  "< sort  -k2n i.dat " us 0:($2*2)
cd "../../ffg-2016/
ls
cd "02_example_t2/
plot "scale-r-dbg-4-s450.txt
plot "scale-r-dbg-4-s400.txt
f(x) = a*x+b
plot "scale-r-dbg-4-s400.txt , x/;100000
plot "scale-r-dbg-4-s400.txt , x/100000
plot "scale-r-dbg-4-s400.txt" , x/100000
plot "scale-r-dbg-4-s400.txt" , x/10000
plot "scale-r-dbg-4-s400.txt" , x/11000
plot "scale-r-dbg-4-s400.txt" , x/11500
plot "scale-r-dbg-4-s400.txt" , x/11700
plot "scale-r-dbg-4-s400.txt" , f(x)
set st da l
fit  f(x)  "scale-r-dbg-4-s400.txt"  via a,b
plot 1/a
print 1/a
rep
plot "scale-r-dbg-4-s400.txt" , f(x) lc 3
plot "scale-r-dbg-4-s400.txt" us 1:2
plot "scale-r-dbg-4-s400.txt" us 1:($2 -f(x))
plot "scale-r-dbg-4-s400.txt" us 1:($2 -f($1))

load "all.dem"
pwd
d
load "heizoel.gp3"
sh plot
plot "i.dat" us 2:1
plot "i.dat" us 2:1 , "" us 2:1 with filledcurves fc 2
plot "i.dat" us 2:1 , "" us 2:1 with filledcurves fc 2 , "" us 2:1 with p 
plot "i.dat" us 2:1 , "" us 2:1 with filledcurves fc 2 , "" us 2:1 with p ,"" us 2:1 with l