![]() Z = [sin(u) + r * sin(u) * cos(v) for u in U, v in "set pm3d depthorder" :- "set style fill transparent solid 0.5" :- "set pm3d lighting primary 0.05 specular 0.2" :- x y z "w pm3d notit" palette(:cool) "set view 108,2" :- "unset border" "set xyplane 0" :- "unset tics" :- "unset colorbox" :- bgcolor using Gnuplot Z = [r * cos(ϕ) for θ in Θ, ϕ in "set pm3d depthorder" :- "set style fill solid 1.0 noborder" "set view equal xyz" :- "set format ''" :- "set pm3d lighting primary 0.5 specular 0.6" :- "unset key" "set multi layout 2,2 title 'Lighting colors'" :- 1 x y z "w pm3d" "set xyplane 0" palette(:viridis) :- 2 x y z "w pm3d" "set xyplane 0" palette(:plasma) :- 3 x y z "w pm3d" "set xyplane 0" palette(:cool) :- 4 x y z "w pm3d" "set xyplane 0" palette(:bone) Torus using Gnuplotīgcp1 = "set object rectangle from screen 0,0 to screen 1,1"īgcp2 = " behind fillcolor 'black' fillstyle solid noborder" Z = [r * cos(ϕ) for θ in Θ, ϕ in "set pm3d depthorder" :- "set style fill solid 1.0 noborder" "set view equal xyz" :- "set pm3d lighting primary 0.5 specular 0.6" :- x y z "w pm3d notit" "set xyplane 0" palette(:viridis) using Gnuplot Z = [r * cos(ϕ) for θ in Θ, ϕ in "set pm3d depthorder" :- "set style fill transparent solid 0.5" "set view equal xyz" :- x y z "w pm3d notit" "set xyplane 0" palette(:viridis) using Gnuplot Z = [r * cos(ϕ) for θ in Θ, ϕ in "set pm3d depthorder" :- x y z "w l" "set view equal xyz" using Gnuplot Z = [ 0.1*(sin(v) + u/ 1.7 - 10) for u in U, v in "set pm3d depthorder" :- "set style fill transparent solid 0.7" "set view equal xyz" :- x y z "w pm3d notit" "set xyplane -0.05" palette(:ice) Spheres using Gnuplot Z = [ 0.1*(sin(v) + u/ 1.7 - 10) for u in U, v in x y z "w l notit lc 'orange'" "set xyplane -0.05" using Gnuplot Save(term = "pngcairo size 800,400", output = "colorbar_labels_layout.png") Tubes using Gnuplot # on the side :- 2 "set auto fix" "set size square" :- test "w image notit" """set cblabel "CBTitle (my unit)" """ :- "set cblabel offset 0, 0 font ',8' textcolor lt 4 rotate by 90" :- palette(:viridis) :- "set rmargin at screen 0.9" (my unit)" """ :- "set cblabel offset -6.5, 10 font ',8' textcolor lt 3 rotate by 0" :- "set tmargin at screen 0.85" :. Test = rand( 50, "set multiplot layout 1,2" # on top :- 1 "set auto fix" "set size square" :- test "w image notit" """set cblabel "CBTitle Save(term = "pngcairo size 400,400", output = "colorbar_labels_single.png")Īnd a multiplot layout using Gnuplot, Random (my unit)" """ :- "set cblabel offset -6.5, 10 font ',8' textcolor lt 3 rotate by 0" :- palette(:plasma) :- "set tmargin at screen 0.90" ![]() Test = rand( 50, "set auto fix" "set size square" :- test "w image notit" """set cblabel "CBTitle Zq = [tα_qubit( 0.61, i, j, 0.2, 0.1) for i in ψ 1, j in ψ xlabel = "ψ1" ylabel = "ψ2" title = "tunnel α_(dataset( "datasets", title = "Auckland s Maunga Whau Volcano" :- volcano "w image notit" "set auto fix" "set size ratio -1" palette(:inferno) Colorbar labels using Gnuplot, Random Countour and 3d using Gnuplot, ColorSchemes See the feature section for the animation. # plot "set xyplane at -3" "set auto fix" "set grid" :- x y z tempo "w l notit lc palette" #palette(:plasma) :- "set title 'Lorenz attractor'" "set cblabel 'time'" :- xlab = "x" ylab = "y" zlab = "z" Sol = solve(prob, Tsit5(), saveat = 0.01) Using ParameterizedFunctions, DifferentialEquations ![]() Segg = [egg(x,y) for x in x, y in x y segg "w l lc palette" palette(:cool rev= true) "set view map" :- "set contour base set key off" "set auto fix" :- "set cntrparam levels incremental 0,0.01,1" "unset surface" :- xrange = (- 1.2, 1.2) yrange = (- 1.5, 2) cbrange =( 0, :- xlab = "x" ylab = "y" "set size ratio -1" Lorenz attractor using Gnuplot, LinearAlgebra using Gnuplotįxy = [fz(x,y) for x in x, y in x y fxy "w l lc palette" "set view map" :- "set contour base set key off" "set auto fix" :- "set cntrparam levels 15" "unset surface" :- xlab = "x" ylab = "y" egg An egg shape using Gnuplot, ColorSchemes ![]() More options using "unset key" "set multi layout 2,2 title 'Multiplot title'" :- 1 x y Z "w linespoints pt 4 ps 2" "set view 55, 65" :- 2 x y Z "w points pt 3 ps 3" "set view 55, 65" :- 3 x y Z "w l palette" "set view 55, 65" :- 4 x y Z "w pm3d" "set view 55, 65" "set key off" :- x y Z "w l lc 'white'" 3D from a function, wire and surface plots 3D plot from a function using Gnuplotįz(x,y) = sin.(sqrt.(x.^ 2 + y.^ 2))./sqrt.(x.^ 2+y.^ 2)įxy = [fz(x,y) for x in x, y in x y fxy "w l lc 'orange'" using Gnuplotįxy = [fz(x,y) for x in x, y in x y fxy "w pm3d" "set ylabel 'y' textcolor rgb 'red'" :- "set xlabel 'x' textcolor rgb 'blue'" Countour plot And with few more options we can get a countour plot. Torus Basic plot from data using Gnuplot.3D from a function, wire and surface plots.
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