ruilov

-- This file is loaded before any user scripts, removing unsafe environment functions

------------------------------------------------
-- Block out any dangerous or insecure functions
------------------------------------------------

arg=nil

__loadedProjects = {}
import = function(projectName)

ruilov

-- Levels.lua

-- Level are organized in packs, each pack consists of 6 levels.
-- - Level definitions include;
-- - name: shows in the level chooser screen as well at at the top of the level. Also used to
--     save solutions and score
-- - claw: the starting position of the claw (the pile number where it starts)
-- - stars: an array of two elems. The first is the max number of instructions allowed for 2
--     starts and the second, the max number of instructions allowed for 3 stars
-- - funcs: specifies the number of progs and the lenght of progs allowed in that level

ruilov

Actor = class()

function Actor:init(pos,side,color,backgroundC,lev)
    self.pos = pos*side*8+vec2(side*4,0) -- actors start in between squares
    self.targetPos = pos      -- the square where we're going
    self.side = side          -- misnamed. this is the num of ipad pixels per pacman pixel
    self.dir = vec2(0,0)      -- once we get to targetPos, which direction to go
    self.color = color
    self.backgroundC = backgroundC
    self.level = lev          -- point back to the parent level

ruilov

function draw()
    background()
    if not currentScreen then currentScreen = StartScreen() end
    currentScreen:draw()
end

function touched(t)
    if currentScreen and currentScreen.touched then currentScreen:touched(t) end
end

ruilov

function setup()
    noSmooth()
    atlas = Atlas()
    
    -- map a few test functions
    atlas:map("test1",draw1,200,100)
    atlas:map("test2",draw2,200,100)
    atlas:map("test3",draw3,101,171)
    atlas:map("test4",draw4,WIDTH-10,100)
    

ruilov

tileSize = 40
wallThickness = 15
gridW = 15
gridH = 11
dims = vec2(tileSize*gridW,tileSize*gridH)
bottom = vec2(60,60)
top = bottom+dims
ballRadius = tileSize/4
speedY = 4.2

ruilov

--[[    ------------------------------------------------------------
                           Main.lua
--]]    ------------------------------------------------------------

-- global screen size constants
bottomY = HEIGHT *.21
trackWidth = WIDTH * .9 -- width of the track at the bottom
horizonY = trackWidth * .55 + bottomY
trackHeight = horizonY - bottomY
trackLength = 100  -- in meters

ruilov

backgroundC = color(0, 0, 0, 255)
time = 0
won = false

-- open is the angle of the openning. top is where the hole is (top or bottom)
circles = { 
    { radius = 75, top = true },
    { radius = 150, top = false },
    { radius = 225, top = true },

ruilov

backgroundC = color(0, 0, 0, 255)
time = 0
won = false

-- open is the angle of the openning. top is where the hole is (top or bottom)
circles = { 
    { radius = 75, top = true },
    { radius = 150, top = false },
    { radius = 225, top = true },
    --{ radius = 300, top = false },

ruilov

backgroundC = color(0, 0, 0, 255)

-- top is where the hole is (top or bottom) circles = { { radius = 75, top = true }, { radius = 150, top = false }, { radius = 225, top = true }, { radius = 300, top = false }, }

balls = { { x = 300, y = 300, speedX = 0, speedY = 0, radius = 10 }, { x = -300, y = -300, speedX = 0, speedY = 0, radius = 10 }, { x = -300, y = 300, speedX = 0, speedY = 0, radius = 10 }, { x = 300, y = -300, speedX = 0, speedY = 0, radius = 10 } }

-- This function gets called once every frame function draw() ellipseMode(RADIUS) pushMatrix() translate(WIDTH/2, HEIGHT/2) background(backgroundC)

drawWalls()