local M = {}


function M.save(photo, newFileName, width, height)

    -- End size we want, defaults are profile image size
    local endWidth  = 256 * display.contentScaleX
    local endHeight = 256 * display.contentScaleY
    if width then endWidth = width * display.contentScaleX end
    if height then endHeight = height * display.contentScaleY end

    local tempGroup = display.newGroup()

    photo.anchorX   = 0.5
    photo.anchorY   = 0.5
    photo.x         = display.contentCenterX
    photo.y         = display.contentCenterY
    tempGroup:insert(photo)

    -- Find the bigger scale out of widht or height so it will fill in the crop
    local scale = math.max(endWidth / photo.contentWidth, endHeight / photo.contentHeight)
    photo.width = photo.width * scale
    photo.height = photo.height * scale

    -- This object will be used as screen capture boundaries object
    local cropArea   = display.newRect(display.contentCenterX, display.contentCenterY, endWidth, endHeight)
    cropArea.anchorX = 0.5
    cropArea.anchorY = 0.5
    cropArea.x       = display.contentCenterX
    cropArea.y       = display.contentCenterY
    cropArea.alpha   = 0
    tempGroup:insert(cropArea)

    -- Now capture the crop area which the user image will be underneith
    local myCaptureImage = display.captureBounds(cropArea.contentBounds)

    myCaptureImage.anchorX  = 0.5
    myCaptureImage.anchorY  = 0.5
    myCaptureImage.x        = display.contentCenterX
    myCaptureImage.y        = display.contentCenterY

    display.save(myCaptureImage, {filename=newFileName, baseDir=system.DocumentsDirectory, isFullResolution=true, backgroundColor={0, 0, 0, 0}})
    local syncResults, syncErrStr = native.setSync(newFileName, {iCloudBackup = false}) -- Required or app gets declined for iOS
    myCaptureImage:removeSelf() -- Remove captured image since we have the image from camera already visible
    myCaptureImage = nil

    tempGroup:removeSelf()
    tempGroup = nil

end



return M