Cache.clearGLTextures empties out all of the GL Textures from Images stored in the cache. This is called automatically when the WebGL context is lost and then restored.
* Internally the Cache now uses a single _cache object, which is partitioned to store the various different object types. Before the cache used lots of private objects, one per data type, but it's now a lot cleaner and we've managed to cut out hundreds of lines of duplicate code in the process.
* Cache.getImage has a new argument which lets you return either just the HTML Image element or the entire image cache object, which includes the baseTexture and frame data.
* Cache.getImage will return a __default image if the key isn't given, or a __missing image if the key is given but not found in the cache. This means it will always return a valid image and no longer cause Phaser to throw runtime errors deeper down with invalid image objects.
Cache.checkVideoKey allows you to check if a video is stored in the cache based on the given key.
Cache.getVideo allows you to extract a video from the Cache based on its key. The video element itself (or the Blob is loaded with asBlob true) will be found in the `data` property of the returned object.
Cache.removeVideo will remove a video from the Cache based on the given key.
All calls to Loader methods that add files to the queue, such as `Loader.image` or `Loader.atlas`, now have the URL as an optional parameter. If not set Loader will assume the URL to be based on the key given. For example the following: `game.load.image("boom", "boom.png")` can now be expressed as just `game.load.image("boom")`, or `game.load.atlas("player", "player.png", "player.json")` can now be shortened to `game.load.atlas("player")`. Please see the freshly updated jsdocs for full details.
Cache.getPixiBaseTexture will return a PIXI.BaseTexture from the cache based on the given key. A PIXI BaseTexture is created automatically for all images loaded and added to the cache.
Cache.getTexture has now been removed (it was deprecated several versions ago). Use Cache.getRenderTexture instead.
Cache.getJSON has a new optional parameter: `parse`. If `true` the method will pass the data through JSON.parse before returning it. The default is `false` to retain backwards compatibility.
Loader.onLoadComplete is dispatched *before* the Loader is reset. If you have a `create` method in your State please note that the Loader will have been reset before this method is called. This allows you to immediately re-use the Loader without having to first reset it manually.
Loader.reset has a new optional 2nd parameter `clearEvents` which if set to `true` (the default is false) will reset all event listeners bound to the Loader.
- Fixed bug where `.` in query portion of URI could throw off
auto-detection
- Allow `Loader#audio` to accept `{uri..,type..}` objects to blobs (and
data) URIs can also be used to auto-format detection / fallbacks.
- Added changes/support for 'blob:' uri's in upstream, extended to 'data:'
- Added upstream documentation
- Some small fixes for XHD from upstream
Conflicts:
src/loader/Loader.js
- Updated `readOnly` doclet to `readonly`
- `array` refined to `type[]`, where such information was immediately
determinable.
- Updated {Any}/{*} to {any}; {...*} is standard exception
- Udated {Object} to {object}
Previously XHD was special-cased for 'json' file assets, but not all JSON
requests. Now it is used for all XHR transfers when `useXDomainRequest` is
enabled.
If XDR is used outside of IE 9 then a warning is emitted to the console.
The `useXDomainRequest` property has also been deprecated
This may address consistency issues as mentioned in
https://github.com/photonstorm/phaser/issues/1361
- Cleaned up abnormal case handling
- Disabled parallel loading by default; it can be enabled with
`enableParallel`.
- Minor quibbles
- Removed unused `dataLoadError`
Loaded/loading assets are skipped if they have been superceded. This makes
the behavior consistent with respect to `addToFileList`, if the queue is
inspected or modified while loading.
- Added `withSyncPoint` and `addSyncPoint` methods to allow explicit
adding of synchronization points (synchronization points are explained
in `withSyncPoint`.
- Changed the file/asset `sync` attribute to `syncPoint` to reflect
terminology.
Employee the use of image.complete and a width/height check to detect when
it is available "from cache" and skip having to run though the
onload/onerror cases.
Parallel loading is now supported, configured by
`loader.concurrentRequestCount`. Each file (a pack is now considered a
type of file) asset can be marked with `sync`, which is done for both pack
files and script files.
When a `sync` asset is encountered it must be loaded before any previous
resource any following resource is loaded (but it doesn't have to wait for
previous resources). Pack files are an exception in that they can download
(but are not processed) and they can fetch-around other `sync` assets.
Because of the concurrent nature there is no guarantee of the order in
which the individual events will file in relation to eachother, but local
ordering (e.g. onFileError always before onFileComplete) and overall
ordering (e.g. onLoadStart .. onFile? .. onLoadComplete) is preserved.
There is also increased error hardening and a few previous edge-cases
fixed (and likely a few bugs added).
Some cache getters returned nothing on a missing entry (which is evaluated to undefined).
This fixes the issue by making the getters return null, as is the case with other functions in Phaser.Cache.
- In the "Particle Class" demo there was no explicitly-created FrameData which cause issues later on.
This cache updates ensures that FrameData will be automatically created for any added cached bitmap data, unless such is explicitly supplied or forbidden.
- Impact: low
- AnimationManager.loadFrameData is called for all Sprites with BitmapData (except those with an explicit null FrameData) added to the cache
Cache.autoResolveURL is a new boolean (default `false`) that automatically builds a cached map of all loaded assets vs. their absolute URLs, for use with Cache.getURL and Cache.checkURL. Note that in 2.1.3 and earlier this was enabled by default, but has since been moved behind this property which needs to be set to `true` *before* you load any assets to enable.
Cache._resolveUrl has been renamed to Cache._resolveURL internally and gained a new parameter. This method is a private internal one.
Cache.getUrl is deprecated. The same method is now available as Cache.getURL.
XML files weren't being added to the URL map.
Cache._resolveURL was causing a Sound double-load in Firefox and causing errors (thanks @domonyiv #1253)
Cache.getFrameData has a new parameter: `map` which allows you to specify which cache to get the FrameData from, i.e. `Phaser.Cache.IMAGE` or `Phaser.Cache.BITMAPDATA`.
Sprite.loadTexture if given a BitmapData as the texture will now query the cache to see if it has any associated FrameData, and if so it will load that into the AnimationManager.
Cache now has support for XML files stored in their own container. You can add them with `cache.addXML` (typically this is done from the Loader automatically for you) and get them with `cache.getXML(key)`. There is also `cache.checkXMLKey(key)`, `cache.checkKeys` and `cache.removeXML(key)`.
Instead of making a distinction between single frame images and Sprite
Sheets, I added a simple FrameData with one Frame to every image that
gets loaded. This way, a lot of the engine code can be simplified.
For instance, you can play animations on any Sprite without having to
check the “frame count” of its image anymore.
The engine doesn’t have to check for non-existing .frameData anymore.
An animation can keep on playing when an image happens to be set with 1
frame, continuing its animation when after that, another image is set
with multiple frames.
Think of it this way: an image with one frame is an animation of just
one frame.
Sprite.updateCrop is available if you wish to update an externally referenced crop rectangle.
Sprites and Images now have their own textures objects, they are no longer references to those stored in the global Pixi.TextureCache. This allows you to redefine the texture frame dynamically without messing up any other Sprites in your game, such as via cropping. They still share global Base Textures, so image references are kept to a minimum.
Sprite.resetFrame will revert the Sprites texture frame back to its defaults dimensions. This is called when you call Sprite.crop with no rectangle, to reset the crop effect, but can be userful in other situations so we've left it as a public method.
Pointer.withinGame is now accurate based on game scale and updated as the Pointer moves.
Stage.bounds is now updated if the game canvas offset changes position. Note that it gives the un-scaled game dimensions.
Cache.checkCanvasKey(key) - Check if a Canvas key exists in the cache (thanks to @delta11 for the proposal)
Cache.checkTextureKey(key) - Check if a Texture key exists in the cache (thanks to @delta11 for the proposal)
Cache.checkSoundKey(key) - Check if a Sound key exists in the cache (thanks to @delta11 for the proposal)
Cache.checkTextKey(key) - Check if a Text key exists in the cache (thanks to @delta11 for the proposal)
Cache.checkPhysicsKey(key) - Check if a Physics key exists in the cache (thanks to @delta11 for the proposal)
Cache.checkTilemapKey(key) - Check if a Tilemap key exists in the cache (thanks to @delta11 for the proposal)
Cache.checkBinaryKey(key) - Check if a Binary key exists in the cache (thanks to @delta11 for the proposal)
Cache.checkBitmapDataKey(key) - Check if a BitmapData key exists in the cache (thanks to @delta11 for the proposal)
Cache.checkBitmapFontKey(key) - Check if a BitmapFont key exists in the cache (thanks to @delta11 for the proposal)
Cache.checkJSONKey(key) - Check if a JSON key exists in the cache (thanks to @delta11 for the proposal)
Timer.clearPendingEvents will purge any events marked for deletion, this is run automatically at the start of the update loop.
The main Timer loop could incorrectly remove TimeEvent if a new one was added specifically during an event callback (thanks @garyyeap, fix#710)
We've had a number of people in the channel ask for the ability to know when a file has started loading and to get the file names of said files.
Added the OnFileStart signal to do just that.
Remove "navigator.isCocoonJS" here as CocoonJS has neither window.DOMParser nor will a createElement('div') work under Accelerated Canvas/WebGL mode. (Under WebView mode, there will probably be a DOMParser object. Most have it.)
Loader.setPreloadSprite() will now set sprite.visible = true once the crop has been applied. Should help avoid issues (#430) on super-slow connections.
InputHandler.pixelPerfectOver - performs a pixel perfect check to see if any pointer is over the current object (warning: very expensive!)
InputHandler.pixelPerfectClick - performs a pixel perfect check but only when the pointer touches/clicks on the current object.
Previously using a Pixel Perfect check didn't work if the Sprite was rotated or had a non-zero anchor point, now works under all conditions + atlas frames.
Tweens - Example showing how to use the tween events, onStart, onLoop and onComplete.
Lots of documentation fixes in the Tween class.
Tweens fire an onLoop event if they are set to repeat. onComplete is now only fired for the final repeat (or never if the repeat is infinite)
Tween.onStart is now called when the tween starts AFTER the delay value, if given (thanks stevenbouma)
Throw exceptions if wrong format given to tilemap or textureatlas. Previously, old onload remained active and error happened in the wrong (and hard to diagnose) place.
* Button.setFrames will set the current frame based on the button state immediately.
* InputHandler now creates the _pointerData array on creation and populates with one empty set of values, so pointerOver etc all work before a start call.
* Added Canvas.setUserSelect() to disable touchCallouts and user selections within the canvas.
* When the game boots it will now by default disable user-select and touch action events on the game canvas.
* Loaded.setPreloadSprite now rounds the width/height values and starts from 1. This fixes canvas draw errors in IE9/10 and Firefox.
