# savefig("myplot.png") # Saves the CURRENT_PLOT as a .png
# savefig(p,"myplot.pdf") # Saves the plot from p as a .pdf vector graphic
using Plots
using Random
using ORCA
using Plots.PlotMeasures
plotly()

function pltsv()
    colz = distinguishable_colors(41)
    colz = colz[2:end]
    my = maximum(y)
    p1 = plot(
    leg=false,
    x,
    y,
    title=ttl,
    # label=["ok","noop"],
    xlabel=xlb,
    ylabel=ylb,
    # labels = ["Apples" "Oranges" "Hats" "Shoes"],
    lw=3,
    xtickfont=xf,
    titlefont=10,
    seriestype=:bar,
    # ann=["Apples","Oranges","Hats","Shoes"],
    color=shuffle(colz),
    yticks=0:round(Int,my/11):my,
    ylim=(0,my*1.15),
    # bar_position = :dodge,
    # scatter,bar,pie,curves,hline,line,scatterpath,sticks
    fmt = :png,
    size=(1400,900),
    xrotation=-5,
    # xmirror=true
    # bottom_margin = 200px,
    )

    scatter!(p1, x, (x -> x+my/20).(y),
    txts = map(i->text(y[i], font(round(Int, 15+15*y[i]/my))), 1:length(x)),
    ms=0,
    markeralpha=0,
    leg=false,

    # formatter=x->"",
    )

    Plots.savefig(p1,"$ttl.png")
end


x = split("
### x-values go here
",'\n')
x=x[2:end-1]
y = (x -> parse(Int,x)).(split("
### y-values go here ###
"))
ttl="### title goes here ###"
xlb="### x-label goes here ###"
ylb="### y-label goes here ###"
xf=13
pltsv()
# run(`gwenview $ttl.png`)