

In [1]:

    
using Plots
gr()









    Out[1]:





Plots.GRBackend()



In [13]:

    
base03=parse(Colorant,"#002b36");
base02=parse(Colorant,"#073642");
base01=parse(Colorant,"#586e75");
base00=parse(Colorant,"#657b83");
base0=parse(Colorant,"#839496");
base1=parse(Colorant,"#839496");
base2=parse(Colorant,"#eee8d5");
base3=parse(Colorant,"#fdf6e3");

yellow=parse(Colorant,"#b58900");
orange=parse(Colorant,"#cb4b16");
red=parse(Colorant,"#dc322f");
magenta=parse(Colorant,"#d33682");
violet=parse(Colorant,"#6c71c4");
blue=parse(Colorant,"#268bd2");
cyan=parse(Colorant,"#3aa198");
green=parse(Colorant,"#859900");

display([base03, base02, base01,base00,base0,base1,base2,base3])
display([yellow,orange,red,magenta,violet,blue,cyan,magenta])









    














    














    



WARNING: imported binding for red overwritten in module Main
WARNING: imported binding for blue overwritten in module Main

1D Graphs



In [2]:

    
x=collect(0:.1:4π)
y=cos.(x)
plot(x,y)









    Out[2]:



In [3]:

    
scatter(x,y)









    Out[3]:



In [4]:

    
bar(x,y)









    Out[4]:



In [5]:

    
plot(sin, x->sin(2x), 0, 2π)









    Out[5]:



In [6]:

    
# Note, hline(Real) doesn't work.   Must be hline(Array{Real})
plot(x,y)
hline!([1])
hline!([0,-1])
vline!(0:π:4π)









    Out[6]:

2D Graphs



In [7]:

    
x2d=repmat(x,1,length(x))
y2d=repmat(transpose(x),length(x),1)
z2d=sin.(x2d).*sin.(y2d);



In [8]:

    
heatmap(x,x,z2d)









    Out[8]:

The contour example from the website works, but any other thing I try with contour doesn't.

So... I'm leaving out a contour example.

Statistics Graphs



In [9]:

    
histogram(randn(100))









    Out[9]:



In [10]:

    
histogram2d(randn(1000),randn(1000))









    



WARNING: 






    Out[10]:













    



Keyword argument match_dimensions not supported with Plots.GRBackend().  Choose from: Set(Symbol[:top_margin, :group, :inset_subplots, :background_color, :yforeground_color_text, :xguidefont, :seriesalpha, :seriescolor, :tickfont, :zlims, :colorbar, :zflip, :ticks, :linealpha, :overwrite_figure, :arrow, :normalize, :linestyle, :ytickfont, :xflip, :fillcolor, :bar_width, :background_color_inside, :bins, :zguide, :zforeground_color_text, :yscale, :weights, :xtickfont, :xguide, :markershape, :background_color_subplot, :fillalpha, :markerstrokewidth, :foreground_color_subplot, :foreground_color, :foreground_color_text, :x, :yerror, :yguidefont, :legend, :discrete_values, :grid, :ribbon, :xforeground_color_axis, :xdiscrete_values, :background_color_outside, :legendtitle, :size, :orientation, :projection, :markersize, :ydiscrete_values, :seriestype, :yflip, :quiver, :zticks, :markerstrokecolor, :fillrange, :xlims, :xforeground_color_border, :markercolor, :ylink, :levels, :color_palette, :zguidefont, :lims, :foreground_color_border, :xscale, :marker_z, :markerstrokealpha, :left_margin, :markeralpha, :annotations, :window_title, :foreground_color_axis, :zlink, :zscale, :smooth, :xticks, :y, :margin, :zdiscrete_values, :bottom_margin, :yforeground_color_border, :scale, :zforeground_color_border, :background_color_legend, :linecolor, :html_output_format, :foreground_color_legend, :title, :subplot_index, :flip, :z, :yforeground_color_axis, :foreground_color_grid, :linewidth, :xerror, :ylims, :ztickfont, :primary, :aspect_ratio, :xforeground_color_text, :show, :link, :legendfont, :subplot, :guidefont, :label, :guide, :yguide, :zforeground_color_axis, :layout, :polar, :right_margin, :xlink, :series_annotations, :yticks])

Assorted



In [23]:

    
pie_names=["area 1","area 2"]
pie_fraction=[0.4,0.6]
pie(pie_names,pie_fraction)









    Out[23]:



In [24]:

    
t=collect(0:0.01:8π)
x=cos.(t)
y=sin.(t)
z=t

plot(x,y,z)









    Out[24]:



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