Daniel Schwabeneder daschw

## benchmarks.csv

          
            JuliaVersion
            tmin
            UsingTime
            PlotTime
            DisplayTime

            
              1.5.0
              0.01
              5.448030544
              3.387627208
              6.380556395

            
              1.5.0
              0.01
              6.402493917
              3.985001957
              6.444637545

            
              1.5.0
              0.01
              5.071070104
              3.979988927
              6.354740785

            
              1.4.2
              0.01
              13.060435346
              7.43419821
              11.374916817

            
              1.4.2
              0.01
              10.226962577
              5.97712717
              11.688365887

            
              1.4.2
              0.01
              10.212576838
              6.016044048
              11.526914061

            
              1.3.1
              0.01
              10.956528388
              21.68826932
              11.056077117

            
              1.3.1
              0.01
              10.924949937
              23.47655248
              8.401617246

            
              1.3.1
              0.01
              8.312926382
              16.638795094
              8.315054376

## triangular_heatmap.jl
using Plots; backend()

# get a upper/lower triangle shape for the heatmap on an underlying honeycomb lattice
function _triangle(center::NTuple{2}, hexlength::Real, triangle_orientation::Symbol = :lower)
    @assert triangle_orientation in (:upper, :lower)
    sgn = triangle_orientation == :upper ? 1 : -1
    Plots.Shape(
        [center .+ edge for edge in
            [
                (0, sgn * hexlength),
JuliaVersion	tmin	UsingTime	PlotTime	DisplayTime
1.5.0	0.01	5.448030544	3.387627208	6.380556395
1.5.0	0.01	6.402493917	3.985001957	6.444637545
1.5.0	0.01	5.071070104	3.979988927	6.354740785
1.4.2	0.01	13.060435346	7.43419821	11.374916817
1.4.2	0.01	10.226962577	5.97712717	11.688365887
1.4.2	0.01	10.212576838	6.016044048	11.526914061
1.3.1	0.01	10.956528388	21.68826932	11.056077117
1.3.1	0.01	10.924949937	23.47655248	8.401617246
1.3.1	0.01	8.312926382	16.638795094	8.315054376
	using Plots; backend()

	# get a upper/lower triangle shape for the heatmap on an underlying honeycomb lattice
	function _triangle(center::NTuple{2}, hexlength::Real, triangle_orientation::Symbol = :lower)
	@assert triangle_orientation in (:upper, :lower)
	sgn = triangle_orientation == :upper ? 1 : -1
	Plots.Shape(
	[center .+ edge for edge in
	[
	(0, sgn * hexlength),