Table implementations

[kool7d]

I have a table implementation example that could be useful to some people since it is not very complicated.

# Set the Scene
scene, layout = layoutscene(resolution = (1500, 600))

# Setup axis 
ax1 = layout[1:5,1:7] = LAxis(scene)
tightlimits!(ax1)

# Settings, including the width and height of the grid
width1 = 40 
height1 = 20
ax1.xticks = ([0.5:(parse(Float32,"$(width1-1).5"))...])
ax1.yticks = ([0.5:(parse(Float32,"$(height1-1).5"))...])
ax1.xticklabelsize = 9
ax1.yticklabelsize = 13
# xaxis_top!(ax1)
ax1.xzoomlock[] = true
ax1.yzoomlock[] = true
axisaspect1 = 2.3

# Setup the table grid
poly!(ax1, [FRect2D(x, y, 1, 1) for x in 0:(width1-1) for y in 0:(height1-1)],
	 	color = :transparent, strokecolor = :black, strokewidth = 1)

# Scatterplot your data (letters1 here) to locations (points1)
points1 = [Point2f0(x,y) for x in 0.5:parse(Float32,"$(width1-1).5") for y in 0.5:parse(Float32,"$(height1-1).5")] |> collect
letters1 = [rand(['A','B','C']) for i in 1:(height1*width1)]
scatter!(ax1, points1, marker = letters1, markersize = (0.25,0.4))

# Add a heatmap or colormap
heat1 = [randn() for x in 0.5:parse(Float32,"$(width1-1).5") for y in 0.5:parse(Float32,"$(height1-1).5")] |> collect
heat1 = reshape(heat1,(width1,height1))
heatmap!(ax1, heat1, show_grid = true, show_axis = true, colormap = :viridis)

# Change the aspect ratio
ax1.aspect = AxisAspect(axisaspect1)
scene