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new-makie.jl
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using Luxor, Colors, Thebes | |
# requires Luxor >= 2.15.0 | |
function make_conical_mesh(; | |
origin = O, | |
radius = 250, | |
startangle = 0, | |
endangle = 2π, | |
startoutsidecolor = colorant"red", | |
endoutsidecolor = colorant"green", | |
startinsidecolor = colorant"blue", | |
endinsidecolor = colorant"orange", | |
steps = 50) | |
outsidecolors = range(startoutsidecolor, endoutsidecolor, length=steps) | |
insidecolors = range(startinsidecolor, endinsidecolor, length=steps) | |
if startangle > endangle | |
endangle += 2π | |
end | |
sectorangle=abs(endangle-startangle)/steps | |
tri = Point[origin, origin + polar(radius, startangle), origin + polar(radius, startangle)] | |
mesh1 = mesh([Point(0, 0), polar(radius, startangle), polar(radius, startangle)], [startoutsidecolor]) | |
for (n, θ) in enumerate(range(startangle, step=sectorangle, length=steps)) | |
tri = Point[origin, origin + polar(radius, θ), origin + polar(radius, θ + sectorangle)] | |
add_mesh_patch(mesh1, tri, [ | |
insidecolors[n], | |
outsidecolors[n], | |
outsidecolors[n] | |
]) | |
end | |
return mesh1 | |
end | |
# make petal shape and project to XY plane | |
function make_petal() | |
eyepoint(500, 500, 500) | |
D = 260 | |
d = 144 | |
# make a 3D path from box with rounded corners | |
newpath() | |
box(O, D, D, [85, 0, 85, 0], :path) | |
path = first(pathtopoly()) | |
s = convert.(Point3D, path) | |
moveby!(s, Point3D(d, d, 0)) | |
# convert back to 2D | |
return project.(s) | |
end | |
# petal is in XY plane, copy to XZ and YZ | |
function draw_petal(pgon, n) | |
@layer begin | |
rotate((n - 1) * 2π/3) | |
poly(pgon, :fill) | |
end | |
end | |
function draw_logo(pos) | |
# petal | |
@layer begin | |
translate(pos) | |
# clipping mask is 2D, and creates the holes | |
ngon(O, 250, 6, π/6, :path) | |
circlepath(O + (0, -95), 30, :path) | |
circlepath(O + (80, 46), 40, :path) | |
circlepath(O + (-90, 45), 50, :path) | |
clip() | |
radius = 260 | |
steps = 50 | |
# bottom blue to greenyblue | |
mesh1 = make_conical_mesh(origin = O, | |
radius = radius, | |
steps=steps, | |
startangle = π/6, | |
endangle = π - π/6, | |
startoutsidecolor = HSB(215, 0.8, 0.7), | |
endoutsidecolor = HSB(180, 0.99, 0.8), | |
startinsidecolor = HSB(220, 0.4, 0.7), | |
endinsidecolor = HSB(180, 0.6, 0.7)) | |
# top left yellow to orangey | |
mesh2 = make_conical_mesh(origin = O, | |
radius = radius, | |
steps=steps, | |
startangle = π - π/6, | |
endangle = 3π/2, | |
startoutsidecolor = HSB(60, 1, 1.0), | |
endoutsidecolor = HSB(20, 1, 0.9), | |
startinsidecolor = HSB(90, 0.8, 0.85), | |
endinsidecolor = HSB(60, 0.8, 0.85)) | |
# top right red to purpley | |
mesh3 = make_conical_mesh(origin = O, | |
radius = radius, | |
steps=steps, | |
startangle = 3π/2, | |
endangle = π/6, | |
startoutsidecolor = HSB(380, 0.99, 0.9), | |
endoutsidecolor = HSB(341, 0.99, 0.8), | |
startinsidecolor = HSB(320, 0.7, 0.7), | |
endinsidecolor = HSB(300, 0.9, 0.7)) | |
pgon = make_petal() | |
for i in 1:3 | |
setmesh([mesh1, mesh2, mesh3][i]) | |
draw_petal(pgon, i) | |
end | |
end | |
end | |
function logo() | |
@drawsvg begin | |
squircle(O, 260, 260, rt = 0.2, :clip) | |
background("black") | |
draw_logo(O) | |
end 550 550 | |
end | |
function logo_wordmark() | |
@drawsvg begin | |
panes = Table([500], [200, 1000]) | |
# transparent or | |
# background("white") | |
draw_logo(panes[1]) | |
# text | |
@layer begin | |
translate(panes[2]) | |
fsize = 360 | |
fontsize(fsize) | |
fontface("Barlow-Medium") | |
sethue("grey0") | |
texttrack("Makie", Point(-350, 100), -50, fsize, halign=:left) | |
fillpath() | |
end | |
end 1500 500 | |
end | |
logo() | |
logo_wordmark() |
Author
cormullion
commented
Feb 24, 2022
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