cormullion

using Luxor

function bowler()
    move(Point(-5., 135.9))
    curve(Point(38.5, 135.9), Point(81.3, 135.7), Point(125., 132.9))
    curve(Point(142.5, 132.3), Point(159.2, 130.1), Point(176.7, 129.2))
    curve(Point(183.5, 128.5), Point(191.4, 127.7), Point(198.5, 126.2))
    curve(Point(201.6, 125.5), Point(203.8, 123.2), Point(206.6, 122.8))
    curve(Point(208.6, 120.2), Point(209.5, 118.5), Point(210.2, 116.6))
    curve(Point(210.2, 119.7), Point(214.7, 112.6), Point(216.5, 110.7))

cormullion

using Luxor, Colors

function scarab(pos, heading;
        legposition=1,
        colorant=colorant"blue",
        scalefactor=0.5)
    sethue(colorant)
    @layer begin
        translate(pos)
        scale(scalefactor)

cormullion

using HTTP, JSON, DataFrames # Julia v1.1

function makedataframe()
    return DataFrame(title=String[], url=String[], videoid=String[], favcount=Int64[], dislikecount=Int64[],likecount=Int64[],viewcount=Int64[])
end 

function _getpage(apikey, channelurl;
        nextpagetoken="")
    if nextpagetoken != ""
        page1 = HTTP.request("GET", "https://www.googleapis.com/youtube/v3/search?key=$(apikey)&channelId=$(channelurl)&pageToken=$(nextpagetoken)&part=snippet,id&order=date&maxResults=50")

cormullion

using Luxor, Colors

function flame(pos, col, action=:none)
    @layer begin
        translate(pos)
        col == 1 && (mesh1 = mesh(box(O - (0, 100), 200, 260), [
            Colors.RGB(colorant"orange"),
            Colors.RGB(colorant"darkorange"),
            Colors.RGB(colorant"red"),
            Colors.RGB(colorant"firebrick4")]))

cormullion

using Luxor

function drawtag(w, h, pos;
    ratio    = 0.2,
    rotation = 0)
    @layer begin
        translate(pos)
        rotate(rotation)
        shape = box(O + (w/4, 0), w, h, vertices=true)
        # need point middle/left of box

cormullion

using Luxor, Colors

function phyllotaxis(L, startrad, N)
    deviation = 5/8
    goldenangle = mod2pi(Base.MathConstants.φ * 2π)
    lgrad = 0.45L
    lgarea = lgrad^2 * π
    meanarea = lgarea/N
    minarea = meanarea * (1 - deviation)
    maxarea = meanarea * (1 + deviation)

cormullion

no longer being updated - go here instead!

title	url	viewcount
A General-Purpose Toolbox for Efficient Kronecker-Based Learning	🔗	0
A New Breed of Vehicle Simulation	🔗	0
A Probabilistic Programming Language for Switching Kalman Filters	🔗	0
A Showcase for Makie	🔗	0
Analyzing Social Networks with SimpleHypergraphs.jl	🔗	0
Array Data Distribution with ArrayChannels.jl	🔗	0

cormullion

using Luxor, DSP

# dimensions drawing
const W = 500
const H = 500

const GRIDSQUARESIZE = 10

function drawcellulargrid(a)
    rows, cols = size(a)

cormullion

using Luxor, ColorSchemes

function maketriangulargrid(dw, dh, gw, gh)
    grid = Point[]
    for x in -dw:gw:dw, y in -dh:gh:dh
        push!(grid, Point(x, y))
    end
    return polytriangulate(grid)
end

cormullion

using Luxor

"""
makegear(nteeth, s, pos, rot)

nteeth is number of teeth, s is basically radius
pos is center, rot is initial rotation
"""
function makegear(nteeth, s, pos, rot)
    @layer begin