In Gnuplot 5.0.1, I've tried without success to plot a map (with pm3d), including isolines and labels with numerical value of each isoline. It seems that I can obtain only isoline OR labels with isovalues.
set terminal qt font ",14"
unset surface
set title "OASPL [dB]" font ",18"
se xra[-15.401199999999999:14.497400000000001]
set xlabel "x [m]" font ",18"
set ylabel "y [m]" font ",18"
set cbrange[85:115]
set cbtics 85,3,115
set style data pm3d
set style function pm3d
set pm3d implicit at b
set palette negative grey maxcolor 10
set view map scale 1
set pm3d interpolate 10,10
set contour base
set cntrlabel onecolor format '%8.3g' font ',6' start 80 interval 20
set cntrparam levels increment 85,3,115
set style fill solid 1.00 border lt -1
set style textbox opaque margins 1.0, 1.0 border
spl 'OASPL-tec-carpet_03b180.dat' u 1:2:4 w l lw 1.3 lt -1 t ''
repl 'OASPL-tec-carpet_03b180.dat' u 1:2:4 w labels t ''
what I obtain is this (after the 'spl....')
or this (after the 'repl...')
There is a way to obtain both lines and labels?
Data file
I'm not sure ,but you can test this command:
spl 'OASPL-tec-carpet_03b180.dat' u 1:2:4 w l lw 1.3 lt -1 t '',
'OASPL-tec-carpet_03b180.dat' u 1:2:4 w labels t ''
Related
My gnuplot script plot a bar graph for 2D data either in monochrome or color format:
set term pngcairo size 800,600
set termoption noenhanced
set tics font "Helvetica,10"
#set xtics noenhanced
set ylabel "Fraction, %"
set xlabel "H-bond donor/aceptor, residue"
set yrange [0:1]
set ytics 0.1
set grid y
set key off
set boxwidth 0.9
set style fill solid 0.5
# TWO OPTIONS FOR BAR VISUALISATIONS!! NB: ADD HERE TRIGGER FROM COLOR_DATA TRIGGER
# 1 - use it with non-colored bars"
#plot "\$data" using 0:2:xtic(1) with boxes, "" using 0:2:2 with labels offset 0,1
# 2 - or use it with colored bars:
plot \$data using 0:2:3:xtic(1) with boxes lc rgb var, \
'' using 0:2:2 with labels offset 0,1
The problem when I have just one bar, one the graph it occupiers all the graph on X:
Would it be possible to set some minimum dimension for the bars to make the dimensions of a single bar similar for a situations with two bars, for instance:
My understanding is the following: if you have only one box:
maybe gnuplot tries to autoscale and the automatic boxwidth is small relative to the autorange (hence just a thin line).
if you set a certain boxwidth, autoscale with scale to the given boxwidth (hence the graph filled with the box).
you could set a fixed xrange, but then you are loosing the benefits of autoscale. Instead you can use set offets (check help offsets).
if you have more than 1 box autoscale will work.
Script:
### boxwidth with boxes style
reset session
$Data1 <<EOD
1 Abc
EOD
$Data2 <<EOD
1 Abc
2 Xyz
EOD
set style fill solid 0.3
set key out
set rmargin screen 0.7
set yrange[0:]
set ytics 0.5
set multiplot layout 4,1
plot $Data1 u 0:1:xtic(2) w boxes ti "No special settings"
set boxwidth 0.9
plot $Data1 u 0:1:xtic(2) w boxes ti "set boxwidth"
set offsets 1,1,0,0
plot $Data1 u 0:1:xtic(2) w boxes ti "set offsets"
set offsets 0,0,0,0
plot $Data2 u 0:1:xtic(2) w boxes ti "more than 1 box"
unset multiplot
### end of script
Result:
I am facing a small issue regarding border setting in multiplot. Though I am following a few examples available but still missing top and bottom lines.
here is the code
**
set multiplot
set border lw 2
set origin 0.05,0.49
set size 0.38,0.45
set yrange [-1.5:1.0]
set xrange [0:2.17106]
set ylabel "E-E_F (eV)" offset 0.5 font "Times-Bold, 35"
set ytics 0.5 font "Times-Bold, 35"
unset xlabel
#set title "Cubic" font "Times-Bold,35"
set label "a)" offset -1,12 font "Times-Bold,40"
plot "bands_cs.dat" using 1:($2--.3095296750) w l lc "black" lw 2 notitle, "bands_cs.dat" every :::32::32 u 1:($2--.3095296750) w l lc rgb "blue" lw 3 notitle,"bands_cs.dat" every :::33::33 u 1:($2--.3095296750) w l lc rgb "blue" lw 3 notitle,"bands_cs.dat" every :::34::34 u 1:($2--.3095296750) w l lc rgb "red" lw 3 notitle,"bands_cs.dat" every :::35::35 u 1:($2--.3095296750) w l lc rgb "red" lw 3 notitle
set origin 0.38,0.49
set size 0.14,0.483
unset arrow
unset xtics
unset label
unset yrange
unset xlabel
unset ylabel
#set xrange[0:2000]
set xtics 1000
set yrange[-1.5:1.0]
set border 1+2+4 lt rgb "black"
set title "{/Symbol s}^{AHE}(10^3 Scm^{-1}) " font "Times-Bold,25"
set key opaque box right samplen 0.8 height 1.2
xmn=-50
xmx=2500
set ytics format "" nomirror
set xtics (" " 1000,\
" " 2000 ) font "Times-Bold, 35"
set arrow from xmn, 0.0 to xmx, 0.0 nohead dt "-"
ymn=0.98
ymx=0
set arrow from 2100,-0.2 to 2100,0 nohead dt "-"
unset xlabel
#set xlabel 0,1,2
set xrange [xmn:xmx]
set y2range [0.95:1.02]
set border 8 lt rgb "dark-green" lw 2
set y2tics 0.1 nomirror textcol rgb "dark-green" font "Times-Bold, 30"
plot "cs_yx.dat" u 2:1 w l notitle ' lc rgb'black' lw 4,"strain_yx.dat" u 3:1 w lp axes x1y2 lc rgb "dark-green" lw 4 pt 7 ps 2 notitle
**
In short, i need to change one color side of the plot.
Assuming you just want to have the right y-axis of the 2nd plot in a different color (without y2tics), but the others borders in black. You can simply remove the right border via set border 5 and add a green line via set arrow.
Check help border and help margins and help arrows.
Script:
### set border in different colors
reset session
set multiplot
set margins 0,0,-1,-1 # l, r, b, t
set origin 0.10,0.10
set size 0.60,0.90
set border lw 2
set grid x,y
plot sin(x)
set origin 0.70,0.10
set size 0.20,0.90
unset ytics
set border 5 # only top and bottom
set arrow 1 from graph 1,0 to graph 1,1 lw 2 lc "green" nohead front # "manual" border
set xrange [0:10]
set xtics add ('' 0) # remove 0 label to avoid overlap with 10 of the 1st plot
plot cos(x) lc "green"
unset multiplot
### end of script
Result:
Addition: if you want to have ytics (actually, y2tics) on the right colored axis, you probably have to add a third dummy plot within the multiplot environment. Check the following example:
Script:
### set border in different colors including tics
reset session
set multiplot
set margins 0,0,-1,-1 # l, r, b, t
set origin 0.10,0.10
set size 0.60,0.90
set border lw 2
set grid x,y
plot sin(x)
set origin 0.70,0.10
set size 0.20,0.90
unset ytics
set border 5 # only top and bottom
set xrange [0:10]
set xtics add ('' 0) # remove 0 label to avoid overlap with 10 of the 1st plot
plot cos(x) lc "green"
set border 8 lw 2 lc "green"
set format x ''
set xtics scale 0
set yrange [GPVAL_Y_MIN:GPVAL_Y_MAX] # yrange from previous plot
set y2tics 0.2 nomirror
set link y2 via y inverse y
set format y2 ' '
plot NaN notitle # dummy plot, plots nothing
unset multiplot
### end of script
Result:
Is there a way to align vertically the y labels of in gnuplot's multiplot so that they are below each other? The problematic example is below (the red line is annotation showing the problem):
set xrange[0:10]
set multiplot layout 2,1 margins 0.1,0.95,0.1,0.95 spacing 0,0
set ylabel "y1\nlabel"
set ytics
set format y "%.2f"
plot -1000*cos(x)**2 w l lt 4 lw 2
set ylabel "y2\nlabel"
set format y "%.1f"
plot cos(x) w l lt 5 lw 2
unset multiplot
which generates:
And I would like to automatically position the labels such, that the red annotated line "touches the same text". Note that I am really interested in automatic way or more correct way that a workaround using a trial and error with set ylabel "lable" offset -x,0
As you already noted, you can set an offset to the x- or y-label (check help xlabel), however, no absolute position.
This you can do with setting your own label. You can set the position relative to the screen and/or relative to the graph. gnuplot keeps these values for the second plot, no need to specify again. Check help label.
Check the following example:
Code:
### align ylabels in multiplot
reset session
set xrange[0:10]
set multiplot layout 2,1 margins 0.15,0.95,0.1,0.95 spacing 0,0
set format x ""
unset ylabel
set label 1 "y1\nlabel" at screen 0.02, graph 0.5 center rotate by 90
set ytics 200
set ytics add ("" -1000) # remove -1000
set format y "%.2f"
set grid x,y
plot -1000*cos(x)**2 w l lt 4 lw 2
set format x
set label 1 "y2\nlabel"
set ytics 0.4
set format y "%.1f"
plot cos(x) w l lt 5 lw 2
unset multiplot
### end of code
Result:
I would like to plot several data colmuns of a datfile in one graph. For each data columnI would like to use a black (differently dashed) line and a coloured point. I found out how to do it in general (by plotting first the line (with lines) and then the points (with points) and afterwards shifting the legend entries on top of each other). This is explained for example in this post:
Merge key entries in gnuplot
But it is not fully working in my case. I have three problems:
First: I would like to have a box around the legend. But this doesnot work when I shift the legend entries on top of each other...
Second: I would like to include a rectangle object. Somehow this always is on top of the plotted lines except the last one...
And the third problem: The xticlabels are plotted for each plot on each other. That is why they seem to be bold which they should not. I found out that I should "hide" the tics (like I do with the border and the labels) but it doesnot work for the tics somehow...
Do you have some hints for me?
Best regards,
Sebastian
#ewcz
#dataset.dat
"\\footnotesize r/R" "\\footnotesize OP1" "\\footnotesize OP2"
0.132 1.018 0.872
0.162 0.940 0.796
0.191 1.014 0.848
0.221 1.043 0.934
0.250 1.010 0.935
0.279 0.987 0.938
0.309 0.962 0.930
0.338 0.929 0.921
0.368 0.897 0.922
0.397 0.876 0.932
0.426 0.831 0.919
0.456 0.795 0.884
#Start terminal
set terminal epslatex size 7.8cm, 6.1cm font ",10"
#Legend settings
pointSize = 1
yticsScale =1
keySpacing = pointSize*yticsScale*1.25
keyY = 15.5
keyX = 0.975
set key vertical Left reverse width -0.5 height +0 font ",16"
set key opaque
set key autotitle columnheader
set key bottom right spacing -1
#Hide border & labels
set border 0
set xlabel " "
set ylabel " "
#Format of axis numbers
set format xy '$\%g$'
set format x '\footnotesize \%10.1f'
set format y '\footnotesize \%10.1f'
#Format tics
set xtics 0,0.1 out nomirror
set xtics offset -0.2,0
set mxtics 5
set ytics 0.6,0.1 out nomirror
set ytics offset 0.4,0
set mytics 5
#Background grid setting
set grid
show grid
set object 1 rectangle from 0.132, graph 0 to 0.456, graph 1 fillcolor rgb "#A9A9A9" fs pattern 1 noborder behind
#Margins
set lmargin 5.9
set rmargin 0.5
set bmargin 3.5
#Axis range settings
set xrange [0:0.535]
set yrange [0.6:1.2]
#Format lines, boxes...
set style line 4 lt 1 lc rgb 'black' lw 2 pt 13 ps 1.25 dt 4
set style line 5 lt 1 lc rgb 'black' lw 2 pt 4 ps 1.0 dt 5
#Multiplot
set multiplot
set origin 0,0
set size 1,1
#Plots
set key at graph keyX, character keyY
plot 'dataset.dat' using 1:2 with lines ls 4, \
'dataset.dat' using 1:2 with points ls 4 lc rgb "#71da71" title " "
#Label settings
set border
set xlabel '\small $r/D_T\;[-]$' offset 0,+0
set ylabel '\small $c_{m2} \cdot A_{T}/Q_T\;[-]$' offset +10.5,+0
#Last Plot
keyY = keyY - keySpacing
set key at graph keyX, character keyY
plot 'dataset.dat' using 1:3 with lines ls 5, \
'dataset.dat' using 1:3 with points ls 5 lc rgb "#4da6ff" title " "
#End of code
unset multiplot
I would propose the following:
Since the keys in both plots are independent, perhaps the most straightforward solution would be to draw the encompassing box manually (see below) by using set object rectangle (although this might need some manual "tweaking" of the size of the box).
The rectangle is on top of the plotted lines since it is duplicated by the second plot. In a sense, this second copy is behind with respect to the second plot, but since this layer is on top of the first plot, it covers the elements plotted by the first plot. One can get rid of this by deleting the object in the context of the second plot with unset object 1.
It is a similar issue with the tics,labels,etc. In the code below, all the definitions are moved before the first plot command and then unset with respect to the second plot.
With these modifications the script would look like:
#Start terminal
set terminal epslatex size 7.8cm, 6.1cm font ",10"
#Legend settings
pointSize = 1
yticsScale =1
keySpacing = pointSize*yticsScale*1.25
keyY = 15.5
keyX = 0.975
set key vertical Left reverse width -0.5 height +0 font ",16"
set key opaque
set key autotitle columnheader
set key bottom right spacing -1
#Format of axis numbers
set format xy '$\%g$'
set format x '\footnotesize \%10.1f'
set format y '\footnotesize \%10.1f'
#Format tics
set xtics 0,0.1 out nomirror
set xtics offset -0.2,0
set mxtics 5
set ytics 0.6,0.1 out nomirror
set ytics offset 0.4,0
set mytics 5
#Background grid setting
set grid
show grid
set object 1 rectangle from 0.132, graph 0 to 0.456, graph 1 fillcolor rgb "#A9A9A9" fs pattern 1 noborder behind
#Margins
set lmargin 5.9
set rmargin 0.5
set bmargin 3.5
#Axis range settings
set xrange [0:0.535]
set yrange [0.6:1.2]
#Format lines, boxes...
set style line 4 lt 1 lc rgb 'black' lw 2 pt 13 ps 1.25 dt 4
set style line 5 lt 1 lc rgb 'black' lw 2 pt 4 ps 1.0 dt 5
#Multiplot
set multiplot
set origin 0,0
set size 1,1
#Plots
set key at graph keyX, character keyY
#simulate key box
set object 2 rectangle from graph keyX, character keyY + 0.5*keySpacing to graph 0.65, character keyY - 1.5*keySpacing fillcolor rgb "#FFFFFF" fs pattern 2 border rgb "black"
set xlabel '\small $r/D_T\;[-]$' offset 0,+0
set ylabel '\small $c_{m2} \cdot A_{T}/Q_T\;[-]$' offset +10.5,+0
plot \
'dataset.dat' using 1:2 with lines ls 4, \
'dataset.dat' using 1:2 with points ls 4 lc rgb "#71da71" title " "
#unset these so that they are not duplicated by the following plot command
unset border
unset xtics
unset ytics
unset xlabel
unset ylabel
unset object 1
unset object 2
#Last Plot
keyY = keyY - keySpacing
set key at graph keyX, character keyY
plot \
'dataset.dat' using 1:3 with lines ls 5, \
'dataset.dat' using 1:3 with points ls 5 lc rgb "#4da6ff" title " "
This then produces (I used standalone epslatex terminal. It might be some font issue, but it seems that the ylabel would benefit from slightly larger horizontal offset):
I've used the following script to generate a plot and the result is shown in the figure below. It is hard to see, but the xlabel, ylabel, title and tic numbers have actually been drawn over and over again each time a plot function was called while in multiplot. In ideas how I can avoid this and just plot the graph without anything else? If I unset the title, tics etc and then plot, then the graph does not plot in the same area as the frame and petrudes into where the left y-axis is.
#set datafile separator ' '
set samples 1000
set term tikz size 17cm,10cm dashed
set out 'MosfetClassAbPower.tex'
unset key
set border lw 2
set style fill transparent solid 0.5 noborder
set title 'MOSFET $\mathrm{I_D}$ Vs Time'
set ylabel 'Drain Current [$\mu$A]'
set xlabel 'Time [ms]'
set xrange [0:4]
set xtics 0,0.5,4
set mxtics 4
set yrange [-50:450]
set mytics 4
set rmargin 5
set label 1 '\SI{60}{\micro\ampere}' at 4.02,60
set multiplot
set grid mxtics mytics lt -1 lc rgb 'gray90'
plot NaN notitle
unset grid
set grid xtics ytics lt -1 lc rgb 'gray70'
plot NaN notitle
unset grid
plot NaN notitle
Id(x) = 347*sin(2*3.14*x) + 60
ID(x) = Id(x) >= 0 ? Id(x) : 0
plot ID(x) w filledcurves above y1=0 lc rgb 'light-blue',\
60 w lines lt 2 lw 3 lc rgb 'gray60',\
ID(x) w lines lt 1 lw 5 lc rgb 'navy'
plot NaN notitle
unset multiplot
set out
My attempt at preventing the curve from protruding over the frame.
Edit:
reset
#set term tikz size 17cm,10cm dashed standalone header '\usepackage{siunitx}'
#set out 'MosfetClassAbPower.tex'
#TSCALE = 1.0
set terminal pdfcairo dashed
set out 'MosfetClassAbPowerFixed.pdf'
TSCALE = 20.0 # use this value for e.g. pdfcairo or cairolatex
TITLE = 'MOSFET $I_D$ Vs Time'
YLABEL = 'Drain Current (in \si{\uA})'
XLABEL = 'Time (in \si{\ms})'
set style fill transparent solid 0.5 noborder
set xrange [0:4]
set xtics 0,0.5,4
set mxtics 4
set yrange [-50:450]
set mytics 4
set rmargin 5
LABEL = '\SI{60}{\uA}'
set label 1 LABEL at graph 1.01, first 60
unset key
set samples 1000
set multiplot
set title TITLE
set ylabel YLABEL
set xlabel XLABEL
unset border
set tics scale 0,0.001
set grid mxtics mytics lt -1 lc rgb 'gray90'
plot NaN
unset grid
# keep the current margins for all following plots
set lmargin at screen TSCALE*GPVAL_TERM_XMIN/(1.0*GPVAL_TERM_XSIZE)
set rmargin at screen TSCALE*GPVAL_TERM_XMAX/(1.0*GPVAL_TERM_XSIZE)
set tmargin at screen TSCALE*GPVAL_TERM_YMAX/(1.0*GPVAL_TERM_YSIZE)
set bmargin at screen TSCALE*GPVAL_TERM_YMIN/(1.0*GPVAL_TERM_YSIZE)
# unset almost everything
unset border
unset label
unset xlabel
unset ylabel
set format x ''
set format y ''
unset title
set grid xtics ytics lt -1 lc rgb 'gray70'
plot NaN
unset grid
Id(x) = 347*sin(2*3.14*x) + 60
ID(x) = Id(x) >= 0 ? Id(x) : 0
plot ID(x) w filledcurves above y1=0 lc rgb 'light-blue',\
60 w lines lt 2 lw 3 lc rgb 'gray60',\
ID(x) w lines lt 1 lw 5 lc rgb 'navy'
# overdraw borders on left, right, top, bottom
set object 1 rectangle from screen 0, screen 0 to graph 0, screen 1 back \
fillstyle solid noborder
set object 2 rectangle from graph 1, screen 0 to screen 1, screen 1 back \
fillstyle solid noborder
set object 3 rectangle from screen 0, graph 1 to screen 1, screen 1 back \
fillstyle solid noborder
set object 4 rectangle from screen 0, screen 0 to screen 1, graph 0 back \
fillstyle solid noborder
plot NaN
unset object 1
unset object 2
unset object 3
unset object 4
set title TITLE
set ylabel YLABEL
set xlabel XLABEL
set label 1 LABEL at graph 1.01, first 60
set format x
set format y
set tics scale 1,0.5 front
set border
set border lw 2
plot NaN
unset multiplot
set out
It is not possible, to set different layers for all plot elements and stack them arbitrarily. You must play around with set and unset for the various elements.
In order to have the tics drawn only once, I set their scale to 0 (this works for the major tics, but not for the minor tics, where I use 0.001).
I fix the margins after the minor grid lines are drawn (see Gnuplot: Store plot area dimensions for later use).
Unset everything, which shouldn't be drawn again (label, object, arrow, tics labels etc). Do not unset tics, because we want to drawn them last, so just use set format x '' to draw the tics, but not their labels.
Set the tics to their default scale, and set the border before the last plot, to have them drawn above the grid lines and above the plot.
reset
set term tikz size 17cm,10cm dashed standalone header '\usepackage{siunitx}'
set out 'MosfetClassAbPower.tex'
TSCALE = 1.0
# set terminal pdfcairo
# TSCALE = 20.0 # use this value for e.g. pdfcairo or cairolatex
set style fill transparent solid 0.5 noborder
set title 'MOSFET $I_D$ Vs Time'
set ylabel 'Drain Current (in \si{\uA})'
set xlabel 'Time (in \si{\ms})'
set xrange [0:4]
set xtics 0,0.5,4
set mxtics 4
set yrange [-50:450]
set mytics 4
set rmargin 5
set label 1 '\SI{60}{\uA}' at graph 1.01, first 60
unset key
set samples 1000
set multiplot
unset border
set tics scale 0,0.001
set grid mxtics mytics lt -1 lc rgb 'gray90'
plot NaN
unset grid
# keep the current margins for all following plots
set lmargin at screen TSCALE*GPVAL_TERM_XMIN/(1.0*GPVAL_TERM_XSIZE)
set rmargin at screen TSCALE*GPVAL_TERM_XMAX/(1.0*GPVAL_TERM_XSIZE)
set tmargin at screen TSCALE*GPVAL_TERM_YMAX/(1.0*GPVAL_TERM_YSIZE)
set bmargin at screen TSCALE*GPVAL_TERM_YMIN/(1.0*GPVAL_TERM_YSIZE)
# unset almost everything
unset border
unset label
unset xlabel
unset ylabel
set format x ''
set format y ''
unset title
set grid xtics ytics lt -1 lc rgb 'gray70'
plot NaN
unset grid
set tics scale 1,0.5 front
set border
set border lw 2
Id(x) = 347*sin(2*3.14*x) + 60
ID(x) = Id(x) >= 0 ? Id(x) : 0
plot ID(x) w filledcurves above y1=0 lc rgb 'light-blue',\
60 w lines lt 2 lw 3 lc rgb 'gray60',\
ID(x) w lines lt 1 lw 5 lc rgb 'navy'
unset multiplot
set out
Result:
Now the ordering is:
minor grid lines
major grid lines
curve
border, tics
Note, that I made some other tiny changes: You can use e.g. graph coordinates to set a label. And some tweaking of the label text.
EDIT:
Cairolatex or epslatex
The proceeding described above works well for any terminal which processes text and graphics together, but not for terminals like cairolatex and epslatex which also in multiplot mode know only two text layer:
front layer, contains all text placed with front keyword.
graphics, contains all graphical elements of all plot commands (also in multiplot mode).
back layer, contains all text placed with back keyword.
This may become a problem, when one wants to cover parts of the graphic (protruding lines) with a white object, but cannot put e.g. the xlabel to the front. Here is an example, which works also with cairolatex:
reset
set terminal cairolatex pdf dashed color standalone header "\\usepackage{siunitx}" size 17cm,10cm
set output 'MosfetClassAbPowerFixed.tex'
TITLE = 'MOSFET $I_D$ Vs Time'
YLABEL = 'Drain Current (in \si{\uA})'
XLABEL = 'Time (in \si{\ms})'
set style fill transparent solid 0.5 noborder
set xrange [0:4]
set xtics 0,0.5,4
set mxtics 4
set yrange [-50:450]
set mytics 4
RMARGIN=0.92
LMARGIN=0.1
set rmargin at screen RMARGIN
set lmargin at screen LMARGIN
set tmargin at screen 0.91
set bmargin at screen 0.11
unset key
set samples 1000
set multiplot
# first plot the minor grid lines
unset border
set tics scale 0,0.001 format ''
set grid mxtics mytics lt -1 lc rgb 'gray90'
plot NaN
# now plot the major grid lines
unset grid
set grid xtics ytics lt -1 lc rgb 'gray70'
plot NaN
unset grid
# plot the actual curve
# overdraw borders on left and right
set object rectangle from graph -0.005, graph 0 to screen LMARGIN, graph 1 front \
fillstyle solid noborder
set object rectangle from screen RMARGIN, graph 0 to graph 1.005, graph 1 front \
fillstyle solid noborder
Id(x) = 347*sin(2*3.14*x) + 60
ID(x) = Id(x) >= 0 ? Id(x) : 0
plot ID(x) w filledcurves above y1=0 lc rgb 'light-blue',\
60 w lines lt 2 lw 3 lc rgb 'gray60',\
ID(x) w lines lt 1 lw 5 lc rgb 'navy'
unset object
# plot all tics and labels
LABEL = '\SI{60}{\uA}'
set label 1 LABEL at graph 1.01, first 60 front
set title TITLE
set ylabel YLABEL
set xlabel XLABEL
set tics scale 1,0.5 format
set border
set border lw 2
plot NaN
unset multiplot
set out
Because of the only three layer, I put thin white rectangles between the plot border and the tic labels. To have the objects drawn outside the plotting area, one needs to use at least one coordinate value in screen coordinates, otherwise they are clipped.
As opposed the the first example, I used fixed margins for the whole plot, which I prefer.
This gives: