dermotbalson

--# Main
-- Tiger7b

displayMode(FULLSCREEN)

function setup()
    backup("WoT","ver 107b","visibility")
    Settings() 
end

dermotbalson

--# Main
-- Gedmatch
displayMode(FULLSCREEN)

function setup()  
    ReadData()
    maxSeries=25
    step=20
    charts={image(WIDTH,HEIGHT),image(WIDTH,HEIGHT)}

dermotbalson

--# Main
-- StarArcade

displayMode(FULLSCREEN)

function setup()
    ReadPictures() 
    StartMenu()
end

dermotbalson

--# Rock
-- Basic rock game

--[[
The game

A rock is falling down the screen. 

It is created 50 pixels above the top of the screen, and with a random x value.  

dermotbalson

--# Start
    
function setup()
    author="Starting code"
    displayMode(NORMAL)
end

function draw()
    background(0)

dermotbalson

displayMode(FULLSCREEN)


function setup()
    speed=20 --a bigger number makes it slower and easier
    size=20 --size of squares in snake
    start=vec2(WIDTH/2//size,HEIGHT/2//size)*size --start in the middle
    S={start,start} --table holding snake squares
    
    joyCentre=vec2(WIDTH-140,140) --centre of joystick paddle

dermotbalson

    
function setup()
    ReadImages()
    tp={} --this will store our swipe points so we can draw a line 
    fruit={} --the items we will cut
    AddFruit() --add the first fruit
    FPS=60 --speed checker
end

--read in all the images we will use

dermotbalson

--# Main
-- Tiger4

displayMode(FULLSCREEN)

function setup()
    backup("WoT","ver 107","visibility")
    Settings() 
end

dermotbalson

--# Main
-- Tiger4

displayMode(FULLSCREEN)

function setup()
    backup("WoT","ver 107","visibility")
    Settings() 
end

dermotbalson

local abs,cos,sin,tan,acos,asin,atan2,deg,rad,floor,fmod,modf,max,min,pow,sqrt=math.abs,math.cos,
    math.sin,math.tan,math.acos,math.asin,math.atan2,math.deg,math.rad,math.floor,math.fmod,
    math.modf,math.max,math.min,math.pow,math.sqrt
local fmod,modf,pack=math.fmod,math.modf,table.pack

n=3000000
local a,b,c,d,e,f=math.random()*100,math.random()*100,math.random()*100,
    math.random()*100,math.random()*100,math.random()*100
local v1=vec3(math.random()*100,math.random()*100,-math.random()*100)
local v2=vec3(math.random()*100,math.random()*100,math.random()*100)