robmiracle

local function onInputDeviceStatusChanged( event )

    -- Handle the input device change
    if ( event.connectionStateChanged ) then
        print( event.device.displayName .. ": " .. event.device.connectionState, event.device.descriptor, event.device.type, event.device.canVibrate )
    end
end

Runtime:addEventListener( "inputDeviceStatus", onInputDeviceStatusChanged )

robmiracle

-- Fetch all input devices currently connected to the system
local inputDevices = system.getInputDevices()

-- Traverse all input devices
for deviceIndex = 1, #inputDevices do

    -- Fetch the input device's axes
    print( deviceIndex, "andoridDeviceid", inputDevices[deviceIndex].androidDeviceId )
    print( deviceIndex, "canVibrate", inputDevices[deviceIndex].canVibrate )
    print( deviceIndex, "connectionState", inputDevices[deviceIndex].connectionState )

robmiracle

local function onAxisEvent( event )

    -- Display some info on the screen about this axis event
    local message = "Axis '" .. event.axis.descriptor .. "' was moved " .. tostring( event.normalizedValue )
    myAxisDisplayText.text = message

    -- Map event data to simple variables
    local abs = math.abs
    local controller = event.device.descriptor
    local thisAxis = event.axis.number

robmiracle

-- Since controllers don't generate constant values, but simply events when
-- the values change, we need to set a movement amount when the event happens,
-- and also have the game loop continuously apply it

-- We can also calculate our rotation angle here

local function moveRedPlayer()

    -- Set the .isMovingX and .isMovingY values in our event handler
    -- If this number isn't 0 (stopped moving), move the player

robmiracle

-- Calculate the angle to rotate the square. Using simple right angle math, we can
-- determine the base and height of a right triangle where one point is 0,0
-- (stick center) and the values returned from the two axis numbers returned
-- from the stick

-- This will give us a 0-90 value, so we have to map it to the quadrant
-- based on if the values for the two axis are positive or negative
-- Negative Y, positive X is top-right area
-- Positive X, Positive Y is bottom-right area
-- Negative X, positive Y is bottom-left area

robmiracle

local redPlayer = display.newRect( display.contentCenterX-15, display.contentCenterY-15, 30, 30 )
redPlayer:setFillColor( 1, 0, 0 )
redPlayer.x = display.contentCenterX
redPlayer.y = display.contentCenterY
redPlayer.isMovingX = 0
redPlayer.isMovingY = 0
redPlayer.isRotatingX = 0
redPlayer.isRotatingY = 0
redPlayer.thisAngle = 0
redPlayer.lastAngle = 0

robmiracle

-- Map the names to identify an axis with a device's physical inputs
local axisMap = {}
axisMap["OUYA Game Controller"] = {}
axisMap["OUYA Game Controller"][1] = "left_x"
axisMap["OUYA Game Controller"][2] = "left_y"
axisMap["OUYA Game Controller"][3] = "left_trigger"
axisMap["OUYA Game Controller"][4] = "right_x"
axisMap["OUYA Game Controller"][5] = "right_y"
axisMap["OUYA Game Controller"][6] = "right_trigger"
axisMap["DualShock Controller"] = {}

robmiracle

    iphone =
    {
        plist =
        {
            CFBundleIconFile = "Icon.png",
            CFBundleIconFiles =
            {
                "Icon.png", 
                "Icon@2x.png", 
                "Icon-60.png",

robmiracle

-- rectangle based
local function hasCollided(obj1, obj2)
    if obj1 == nil then
        return false
    end
    if obj2 == nil then
        return false
    end
    local left = obj1.contentBounds.xMin <= obj2.contentBounds.xMin and obj1.contentBounds.xMax >= obj2.contentBounds.xMin