test1

--First, we load gameutils. Make sure it's in the
--same directory!
os.loadAPI(shell.resolve(".").."/gameutils")

--These keep track of whether collisions have
--happened or not
local rcollision = false
local pcollision = false

--We load our two game objects here
local obj1 = gameutils.loadSprite(
    shell.resolve(".").."/obj1.nfp", 1, 1)
local obj2 = gameutils.loadSprite(
    shell.resolve(".").."/obj1.nfp", 6, 1)

--This prepares the screen for drawing
gameutils.initializeBuffer()
while true do
  --First we empty the buffer of the old picture
  --For fun, try commenting out this line
  gameutils.clearBuffer(colours.black)
  --We then draw our two sprites to the buffer
  gameutils.writeToBuffer(obj1)
  gameutils.writeToBuffer(obj2)
  --Finally, we output the buffer to the screen
  gameutils.drawBuffer()

  --This displays whether or not a collision
  --has occurred
  term.setCursorPos(1,18)
  if not rcollision then
    term.setTextColour(colours.green)
    term.write("No rectangle collision")
  else
    term.setTextColour(colours.orange)
    term.write("Rectangles Intersect!")
  end
  term.setCursorPos(1,19)
  if not pcollision then
    term.setTextColour(colours.green)
    term.write("No pixel collision")
  else
    term.setTextColour(colours.red)
    term.write("Pixels Overlap!")
  end

  --This handles movement input
  local _,key = os.pullEvent("key")
  if key == keys.left then
    obj1.x = obj1.x - 1
  elseif key == keys.right then
    obj1.x = obj1.x + 1
  elseif key == keys.up then
    obj1.y = obj1.y - 1
  elseif key == keys.down then
    obj1.y = obj1.y + 1
  elseif key == keys.q then
    break
  end

  --Finally, we check our collisions here. This
  --is the core of this part of the program, and
  --it's 2 lines!
  rcollision = obj1:rCollidesWith(obj2)
  pcollision = obj1:pCollidesWith(obj2)
end

term.setBackgroundColour(colours.black)
shell.run("clear")
sleep(0.1)