Files
mathegrafiken/gnuplot/surjektiv001.gp
Sven Riwoldt 84bbbc8eee Erste Gnuplot
2024-02-11 13:24:24 +01:00

217 lines
3.1 KiB
Gnuplot

set terminal svg dynamic
set xrange [-1.95:1.95]
set yrange [-1:3.95]
unset border
unset tics
unset key
set origin 0,0
set grid
set xtics add ("" 0)
set ytics add ("" 0)
set size ratio 1 # quadratisches Koordinatensystem
set arrow from -2.5,0 to 2.5,0 filled back lw 1
set arrow from 0,-1 to 0,4 filled back lw 1
f(x)= x**2
plot x >=-1.85 && x <=1.85 ? f(x) : 1/0
set output "surjektiv001.svg"
replot
# history
# unset autoscale x
#
# set autoscale y
#
# show grid
#
# sqrt(x^5)
#
# set xtics add ("" 0)
#
# set ytics add ("" 0)
#
# show border
#
# unset border
#
# load 'lineareAbhaengigkeit01.gp'
#
# #set terminal pdf
#
# #set output "lineareAbhaengigkeit01.pdf"
#
# set output "lineareAbhaengigkeit01.svg"
#
# #https://latex.tugraz.at/spezial/gnuplot
#
# unset autoscale
#
# set origin 0,0
#
# set grid
#
# set border 0
#
# set size ratio 1 # quadratisches Koordinatensystem
#
# #set xzeroaxis
#
# #set yzeroaxis
#
# # if arrows in both directions from the origin are wanted
#
# set xrange[-3.3:3.3]
#
# set yrange[-3.3:3.3]
#
#set arrow from 0,0 to 1,2 filled back lw 3 lc rgb "blue"
#
# set arrow from 0,0 to -2,2 filled back lw 3 lc rgb "red"
#
# show output
#
# type set to 'wxt'
#
# Termianl type set to 'wxt'
#
# Terminal type set to 'wxt'
#
# set terminal wxt
#
# plot sin(x);
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# set xtics -2,2
#
# set xtics --4,4
#
# polot (x**2)
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# no border
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# noborder
#
# set noborder;
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# unset border;
#
# unset key
#
# unset tics
#
# set ylabel 'y'
#
# set xlbael 'x'
#
# set xlabel 'x'
#
# set ytics -2,8
#
# set noborder
#
# set nogrid
#
# set xtics axis
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# set yrange[-2:5]
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# set xrange[-3:3]
#
# set size 0.6, 0.6
#
# set ytics (-2,8)
#
# set size 4, 6
#
# set size 1, 1
#
# plot (x**2)
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# show xlabel
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# show ylabel
#
# show zlabel
#
# set zeroaxis
#
# show zeroaxis
#
# test
#
# set xzeroaxis
#
# set yzeroaxis
#
# set border 0 # remove frame
#
# set xtics axis # place tics on axis rather than on border
#
# set ytics axis
#
set ticscale 0 # [optional] labels only, no tics
#
# set xtics add ("" 0) # suppress origin label that lies on top of axis
#
# set ytics add ("" 0) # suppress origin label that lies on top of axis
#
# #
#
# # if arrows are wanted only in the positive direction
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# set arrow 2 from 0,0 to first 0, graph 1 filled head
#
# set arrow 3 from 0,0 to graph 0, first 0 filled head
#
# set arrow 4 from 0,0 to first 0, graph 0 filled head
#
# set arrow 1 from 0,0 to graph 1, first 0 filled head
#
# set arrow 3 from graph 0,0 to -5,5,3
#
# unset arrows
#
# unset arrow
#
# set arrow 1 from -4,0 to 4,0 filled head
#
# set arrow 1 from -3,0 to 3,0 filled head
#
# set arrow 2 from 0,-2.5 to 0,8 filled head
#
# set arrow 2 from 0,-2.5 to 0,7 filled head
#
# set arrow 2 from 0,-2.5 to 0,6 filled head
#
# set ytics (-2,5)
#
# set ytics (-2...5)
#
# set ytics (-2,...,5)
#
# set ytics (-2:5)
#
# set ytics (-2:4)
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# set ytics [-2:4]
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# set y2range [-2:4]
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# pwd
#
# set terminal png size 400,300
#
# set output "surjektiv001.png"
#
# set terminal svg
#
# plot NaN t''
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# set output "surjektiv001.svg"
#
# replot
#
# save '001'
#
# quit
#
#