using CairoMakie

# CairoMakie.activate!(type = "svg")

set_theme!()

function example_plot()
    f = Figure()
    ax = Axis(f[1,1])
    x = [1,3,9,5,2,1,1]
    y = [4,5,5,7,9,8,6]
    scatterlines!(ax, x)
    scatterlines!(ax, y)
    f
end

example_plot()

first_theme = Theme(fontsize=12, resolution=(640,320))
set_theme!(first_theme)

example_plot()

cyberpunk_theme = Theme(
        # teal/cyan, pink, yellow, matrix green, red, violet
        palette = (color =["#08F7FE", "#FE53BB", "#F5D300", "#00ff41", :red, "#9467bd"],),
        backgroundcolor = "#212946",
        textcolor=:gray90,
        resolution=(640,320),
        fontsize=12,
        font = "Arial",
        colormap = :cool,
        cycle = Cycle([:color]),
        Axis = ( 
            backgroundcolor = "#212946",
            topspinevisible = false,
            rightspinevisible = false,
            xgridcolor = "#2A3459",
            ygridcolor = "#2A3459",
            bottomspinecolor = "#2A3459",
            leftspinecolor = "#2A3459",
            ytickcolor = "#2A3459",
            xtickcolor = "#2A3459",
            titlesize=16,
            yautolimitmargin=(0.05, 0.1), # Leaves room for label text
            ),
        # Note in order to apply specific settings to plot types we need to use the Struct/type
        # so to theme barplots() you need to use the BarPlot type
        Lines = (
            linewidth=2,),
        BarPlot = (
            cycle=Cycle([:color]), # Interesting that I have to put it here
            label_size=12,
        )
)

with_theme(example_plot, cyberpunk_theme, )


set_theme!(cyberpunk_theme)

n_lines = 10
diff_linewidth = 1.05
alpha_value = 0.03

f = Figure()
ax = Axis(f[1,1])

colors = ["#08F7FE", "#FE53BB", "#F5D300", "#00ff41", :red, "#9467bd"]

x = [1,3,9,5,2,1,1]
y = [4,5,5,7,9,8,6]

scatterlines!(ax, x)
scatterlines!(ax, y)

for n in 1:n_lines
    scatterlines!(ax, x; linewidth=2+(diff_linewidth*n), color = (colors[1], alpha_value))
    scatterlines!(ax, y; linewidth=2+(diff_linewidth*n), color = (colors[2], alpha_value))
end

f

t = range(0, stop=1, length=500) # time steps

θ = (6π) .* t    # angles

x = t .* cos.(θ) # x coords of spiral
y = t .* sin.(θ) # y coords of spiral

p1 = lines(
    x,
    y,
    color = t,
    # colormap = :cool,
    linewidth=8)

y = round.(randn(5) .+ 2.5, digits=1)

b = Figure()
ax = Axis(b[1,1], title="Title")
for i in 1:5
    barplot!(ax, [i], [y[i]], bar_labels=[y[i]])
end
b

barplot(1:3, y[1:3], bar_labels=y[1:3], color=1:3, axis = (title="Barplot with continuous colormap",))