FWIW, for the github example linked above, the following workaround produces an equivalent plot, with “outer” legends and axis aligned:
using Printf, StatsPlots; gr()
d16mer = Dict("Making BioSeq"=> 0.719,
"Iterating kmers"=> 0.104,
"Checking sym kmer"=> 0.063,
"Reading line"=> 0.06,
"Creating kmer iterator"=> 0.037
)
dcpg = Dict("Making BioSeq"=> 0.695,
"Reading line"=> 0.06,
"GpC detection"=> 0.046,
"Length of seq"=> 0.032,
"Indexing seq"=> 0.038
)
function bp(dict; kw...)
dict["Misc"] = 1 .- sum(values(dict))
vals = reverse(collect(values(dict)))'
labs = permutedims(reverse(collect(keys(dict))))
groupedbar(vals, label = labs, bar_position = :stack, orientation=:horizontal,yticks = []; kw...)
end
x = LinRange(0,1,5)
xstr = [@sprintf("%.2f", xi) for xi in x]
a = bp(d16mer)
plot!(x, 0*x .+ ylims(a)[1], lc=:black,label=false,widen=false)
xticks!(x, xstr)
b = bp(dcpg)
plot!(x, 0*x .+ ylims(b)[1], lc=:black,label=false,widen=false)
xticks!(x, xstr)
plot(a,b, link=:x,layout=(2,1),xlims=(0,1.7),legend=:topright,showaxis=false)
