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--# UI
UI = {}

function UI.C(code)
    return loadstring("return " .. code)
end

UI.Item = class()
UI.Item.defaults = {

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--# Main
-- 2 Face

function parseObjFormat(data)
    local avs, ans, auvs = {},{},{}
    local f = "%s(\-?%d*[\.]%d+)"
    
    for x,y,z in string.gmatch(data, "v" .. f .. f .. f) do
        table.insert(avs, 

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-- 4 play

-- Use this function to perform your initial setup
function setup()
    displayMode(FULLSCREEN)
    createPitchTable()
    parameter.integer("X", 1,10,1,play)
    
    
    song = {

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--# Main
-- Formation

function setup()
    displayMode(FULLSCREEN)
    physics.gravity(0,0)
    touches = {}
    items = {}
    ships = {}

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--# Main
-- 0 UI

-- Use this function to perform your initial setup
function setup()
    displayMode(FULLSCREEN)
    scene = Item({0,0},
        Button{100,300,180,60,text="Hello"},
        Button{400,300,100,40,text="Ping"},

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--# Main
-- 0 UI

-- Use this function to perform your initial setup
function setup()
    displayMode(FULLSCREEN)
    local p1 = UI.Pad({0,100,200,200})
    local p2 = UI.Pad({550,100,200,200})
    local shipPos = UI.Item({500,500,scale=0.1},

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-- CSG - Constructive Solid Geometry

function table.map(t, f)
  local res = {};
  for i,v in ipairs(t) do res[i] = f(v); end
  return res;
end

function table.append(t1, t2)
  local res = table.copy(t1)

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--# Main
-- IsoSphere

-- Use this function to perform your initial setup
function setup()
    parameter.integer("Divisions", 0,5,1, createSphere)
    parameter.number("H",-10,10,0)
    R = 0
end

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--# Main
-- Grass

function setup()
    displayMode(FULLSCREEN)
    R,H = 40,1
    base = mesh()
    base.vertices = {
        vec3(-1,0,-1), vec3(1,0,-1),

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--# Main
-- Slices

function setup()
    displayMode(FULLSCREEN)
    parameter.number("Limit",0,1,.1)
    parameter.integer("LowSlice",-80,80,-80)
    parameter.integer("HighSlice",-80,80,80)
    R = 0