HoraceBury

-- polygon concave

require("mathlib")

stage = display.getCurrentStage()

local text = display.newText{ text="- - -", x=display.contentCenterX, y=100, fontSize=24 }

lines = display.newGroup()
lines:insert(display.newGroup())

HoraceBury

local function angleOnTarget( e )
	local a = math.atan2( e.y-e.target.y, e.x-e.target.x ) * 180 / (4*math.atan(1))
	if (a<0) then a=a+360 end
	return a
end

local function tap(e)
	e.target.touchMode = "drag"
	print("drag mode")
	e.target.dragtimer = timer.performWithDelay( 400, function()

HoraceBury

-- collision library

local collisionslib = {}

local categoryNames = {}
local categoryCounter = 1

local function newCategory( name )
	categoryNames[ name ] = categoryCounter
	categoryCounter = categoryCounter * 2

HoraceBury

-- rgb

-- Colors referenced from http://www.tayloredmktg.com/rgb/

local RGB = {
	neoncyan = {16, 174, 239}, -- Neon Cyan
	neonyellow = {231, 228, 37}, -- Neon Yellow
	neonpink = {231, 83, 177}, -- Neon Pink
	neongreen = {4, 228, 37}, -- Neon Green
	

HoraceBury

using System;
using System.Collections.Generic;
using System.Runtime.Caching;

namespace CacheServices
{
    public class Cache
    {
        protected MemoryCache _cache = new MemoryCache("general");

HoraceBury

-- circle lib

require("mathlib")
display.setDefault( "isAnchorClamped", false )

local min, max = -10000000000000, 10000000000000

local cache = {}

local circlelib = {}

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require("mathlib")
require("graphicslib")
require("tablelib")

local function asPoint( x, y )
	return { x=x, y=y }
end

local function getPoint( path, index )
	return { x=path[index], y=path[index+1] }

HoraceBury

-- display lib

local newShapeList = {
	"newCircle",
	"newContainer",
	"newEmbossedText",
	"newEmitter",
	"newGroup",
	"newImage",
	"newImageRect",

HoraceBury

-- graphics extension library

require("mathlib") -- https://gist.github.com/HoraceBury/9431861
require("displaylib") -- https://gist.github.com/HoraceBury/1e2ce033e3441823038eb88b551ad981

-- https://math.stackexchange.com/questions/2269589/calculate-angle-of-the-next-point-on-a-circle
--[[
	Generates a table of points containing the outline of a circle with each point 'step' pixels from the previous.
	
	Parameters:

HoraceBury

using System;
using NUnit.Framework;
using System.Data;

namespace RandomTests
{
    [TestFixture]
    public class NumberTests
    {
        public static void Main(string[] args)