The `canvasBitBltShift` detection is updated not to pick up any iOS
browsers. This should eliminate false-positives for Chrome for iOS, eg.
Defaulting to using the double-copy is "safer", even if slightly less
optimal.
(A proper feature check should still be added.)
- Memory optimization of delta-scroll shifting.
- The copy canvas is shared between all TilemapLayers
- The copy is done in segments to reduce the memory usage of the copy
canvas. Currently this is a 1/4 ratio.
- Device has the feature (by browser) check to see if bitblt works
- TilemapLayer will automatically enable the double-copy as needed
- Device.whenReady can be used to override the device value
"Final" changes for a solid 2.2-worthy ScaleManager.
This adds in official support for USER_SCALE, which allows a flexible way
to control the scaling dynamically.
It fixes a visible display bug in desktop browsers (viewport clipping was
off) and mitigates some potential issues all around by using a unified
visualBound calculations in Phaser.DOM.
It applies some protected/deprecated attributes, but does not remove any
behavior of already-established (as in, outside-dev) means.
There are no known [signficant] breaking changes; any known breaks (not
considered fixes) are constrained to dev with no known consumers.
Phaser.DOM
There are no known significant breaking changes; Phaser.DOM was
internal.
- Added visualBounds; this should be the true visual area, minus the
scrollbars. This should be used instead of clientWidth/clientHeight to
detect the visual viewport.
- Expose various viewport sizes as dynamically updated properties on
Rectangle objects. These are visualBounds, layoutBounds,
documentBounds.
- Updated documentation the different bounds; in particular drawing
distinction between viewport/layout bounds and visual bounds.
- Renamed `inViewport` to `inLayoutViewport` to indidcate behavior.
- Minor breaking, but dev-only
- Changed `getAspectRatio` to work on Visual viewport. This will yield
the expected behavior on mobiles.
- Minor breaking, but dev-only
- Removed some quirks-mode and legacy-browser special casing
Phaser.ScaleManager
There are no known significant breaking changes.
- USER_SCALE is 'made public'. It can used to flexibly configure any
custom-yet-dynamic scaling requirements; it should now be able to
replace any sane usage of manual sizing invoking the deprecated
setSize/setScreenSize.
- Added additional usage documentation and links to such
- Added the ability to specify a post-scale trim factor.
- Change the arguments the resize callback and document what is passed
- Minor breaking, but the previous arguments were undocumented
- `compatiblity.showAllCanExpand` renamed to `canExpandParent` and made
generalized over possibly-expanding scaling.
- Minor breaking, dev-only, for coding changing this settin
- Switched from direct usage of of window innerWidth/Heigth to
Phaser.DOM visualViewport - this change correctly accounts for
scrollbars in desktop environments
- Although it does slightly alter the behavior, this is a fix.
- Removed usage of window outerWidth/outerHeight which didn't make much
sense where it was used for desktops and was catostrophic for mobile
browser
- Although it may slightly alter the behavior, this is a fix.
- Removed `aspect` and `elementBounds` because they are duplicative of
Phaser.DOM (which can not be accessed as `scale.dom`).
- Minor breaking, but internal methods on dev-only
- Marked the minWidth/maxWidth/minHeight/maxHeight properties as
protected. They are not removed/obsoleted, but should be revised later
for more flexibility.
- Orientation handling; non-breaking forward deprecations
- Added `onOrientationChange` and deprecated the 4 separate leave,
enter, landscape and portrait signals. They are not removed, so this
is a future-migration change.
- Fixed issue where state not updated prior to callback
- Fixed issue where orientation callbacks were not always delayed
- Fullscreen events: non-breaking forward deprecations
- Added `onFullScreenChange` and deprecated `enterFullScreen` and
`leaveFullScreen`.
- Renamed (with proxy) `fullScreenFailed` to `onFullScreenError`.
Phaser.Device
- Improved `whenReady` to support Phaser.DOM better
- Allows a ready handler to be added without starting the
device-detection proccess. This allows it to be registered to
internally (eg. from System.DOM) without affecting current behavior.
- Passes the device object as the first parameter to the callback
function.
- Fixed code where Silk detection not applied to `desktop` detection.
Manifest: System.Device moved before System.DOM
The only known breaking change is if user-code relied on `device.game` or
manually called `checkFullScreenSupport`, as both have been removed.
- Phaser.Device is now a singleton object that does not belong to a
particular game. The only thing that it belongs to is the window/host
context.
- `game.device` (shared between all games) and `Phaser.Device` are the
same object.
- There is no more `Device#game` property.
- The specific device-ready detection is moved out of Game into the Device
code
- It is possible for multiple Games (or even non-Games) to use
`Device.whenReady`.
- Initialization is done immediately upon device-ready; there is an
onInitialized signal that is dispatched that can be subscribed to
extend the default initialization.
- The fullscreen-detection code (that was the only dependent of game) now
uses an new element.
- Updated jsdoc documentation
There's a bit of a story behind this, but I'll try to keep it short.
While I've been working on a patch to detect Cordova's 'pause' and 'resume' events for Phaser.Stage's checkVisibilityChange(), I came across this [thread] (http://www.html5gamedevs.com/topic/8834-cocoonjs-pause-game-on-app-switch/) over on the forum. My hope, at the time, was that someone else would come along and write this patch and I could use their work to finish my own code. But, since that hasn't happened yet (and might never), I'm sending in this PR first for the check that establishes a 'game.device.cocoonJSApp' boolean that I plan to use later.
Because the user-agent string can be (easily changed) [https://github.com/rogerwang/node-webkit/wiki/Manifest-format#user-agent], one of the few ways to detect Node-Webkit is to look for the 'process' object and require() function. If they exist, Node support was enabled and 'process.version' will have the version of Node.js used to create the project.
However, if Node is (disabled) [https://github.com/rogerwang/node-webkit/wiki/Manifest-format#nodejs], the 'process' object won't exist and the project will be executed as if it was in a single instance of a browser anyway.
This is a class-static function of Phaser.Device to check wether we’re
running on an Android Stock browser. Autors might want to scale down on
effects and switch to the CANVAS rendering method on those devices.
Usage: var defaultRenderingMode = Phaser.Device.isAndroidStockBrowser()
? Phaser.CANVAS : Phaser.AUTO;
Added Device.getUserMedia detection.
Updated config.php so you can toggle physics engines on/off via flags.
Updated Gruntfile.js so it builds a Phaser + Pixi but no Physics libs.
Canvas.getOffset now runs a strict/quirks check and uses document.documentElement when calculating scrollTop and scrollLeft to avoid Chrome console warnings.
The Time class now has three new methods: addEvent, repeatEvent and loopEvent. See the new Timer examples to show how to use them.
