Release Phaser v3.51.0 · phaserjs/phaser

Version 3.51.0 - Emilia - 5th January 2021

New Features

WebGLRenderer.isTextureClean is a new boolean property that tracks of all of the multi-textures are in a clean 'default' state, to avoid lots of gl texture binds and activations during a Scene restart or destruction process.
GameObject.removePostPipeline would previously only remove a single pipeline instance. Calling the method with a class will now clear all instances of the pipeline class from the Game Object (thanks @rexrainbow)

Updates

Layer.destroy will now call destroy on all of its children as well.
The Layer Game Object has been given all of the missing properties and methods from Game Object to make the class shapes identical. This includes the properties parentContainer, tabIndex, input and body. You cannot set any of these properties, they are ignored by the Layer itself. It also includes the methods: setInteractive, disableInteractive and removeInteractive. A Layer cannot be enabled for input or have a physics body. Fix #5459 (thanks @PhaserEditor2D)
Layer.getIndexList is a new method, taken from the Game Object, that will return the index of the Layer in the display list, factoring in any parents.

Bug Fixes

On some keyboards it was possible for the keyup event to not fire because it was filtered out by the Keyboard Plugin repeat key check. Fix #5472 (thanks @cjw6k)
Fixed issue causing Cannot read property 'pipelines' of null to be thrown if using 3.50 with the HEADLESS renderer. Fix #5468 (thanks @Grenagar)
Canvas Tilemap Rendering is now working again. Fix #5480 (thanks @marshmn)
Layer.destroy will now emit the DESTROY event at the start of the method. Fix #5466 (thanks @samme)
The error RENDER WARNING: there is no texture bound to the unit ... would be thrown when trying to restart a Scene. When a Scene is shutdown is will now reset the WebGL Texture cache. Fix #5464 (thanks @ffx0s)
The error RENDER WARNING: there is no texture bound to the unit ... would be thrown when destroying a Text Game Object, or any Game Object that uses its own custom texture. Destroying such an object will now reset the WebGL Texture cache. Fix #5464 (thanks @mark-rushakoff)
When using an asset pack with a prefix, and loading a Spine file, the prefix was being appended twice causing the texture to fail loading. It's now appended correctly (thanks @jdcook)

Examples, Documentation and TypeScript

My thanks to the following for helping with the Phaser 3 Examples, Docs, and TypeScript definitions, either by reporting errors, fixing them, or helping author the docs:

@pol0nium @ErinLMoore @umi-tyaahan @nk9

Version 3.50.1 - Subaru - 21st December 2020

The new Web Audio Panning feature breaks WebAudio on Safari (OSX and iOS). The stero panner node is now only created if supported. Fix #5460 (thanks @d4rkforce)

Version 3.50.0 - Subaru - 16th December 2020

Due to the massive amount of changes in 3.50 this Change Log is, by its nature, very long. It's important to scan through it, especially if you're porting a game from an earlier version of Phaser to 3.50. However, if you're after more top-level descriptions of what's new, with example code, then please see the posts we will be making to the Phaser site and Phaser Patreon in the coming months after release. We have also updated the Phaser 3 Examples site, so that every single example up there has been rewritten for 3.50, so you don't have to struggle working through old or deprecated syntax. Virtually all new features are covered in new examples, as well.

With that said, we've tried to organize the Change Log into commonly themed sections to make it more digestible, but we appreciate there is a lot here. Please don't feel overwhelmed! If you need clarification about something, join us on the Phaser Discord and feel free to ask.

WebGL Pipelines and Post Processing

WebGL Pipelines are responsible for the rendering of all Game Objects in Phaser and they have had a complete rewrite in 3.50. This was to allow for the introduction of post processing pipelines, now readily available to be created from the new Post FX Pipeline class. The changes in this area have been extensive, so if you use custom WebGL Pipelines in your game already, you must update your code to use Phaser 3.50.

Pipeline Manager

The WebGL.PipelineManager is a new class that is responsible for managing all of the WebGL Pipelines in Phaser. An instance of the Pipeline Manager is created by the WebGL Renderer and is available under the pipelines property. This means that the WebGL Renderer no longer handles pipelines directly, causing the following API changes:

WebGLRenderer.pipelines is no longer a plain object containing pipeline instances. It's now an instance of the PipelineManager class. This instance is created during the init and boot phase of the renderer.
The WebGLRenderer.currentPipeline property no longer exists, instead use PipelineManager.current.
The WebGLRenderer.previousPipeline property no longer exists, instead use PipelineManager.previous.
The WebGLRenderer.hasPipeline method no longer exists, instead use PipelineManager.has.
The WebGLRenderer.getPipeline method no longer exists, instead use PipelineManager.get.
The WebGLRenderer.removePipeline method no longer exists, instead use PipelineManager.remove.
The WebGLRenderer.addPipeline method no longer exists, instead use PipelineManager.add.
The WebGLRenderer.setPipeline method no longer exists, instead use PipelineManager.set.
The WebGLRenderer.rebindPipeline method no longer exists, instead use PipelineManager.rebind.
The WebGLRenderer.clearPipeline method no longer exists, instead use PipelineManager.clear.

The Pipeline Manager also offers the following new features:

The PipelineManager.resize method automatically handles resize events across all pipelines.
The PipelineManager.preRender method calls the pre-render method of all pipelines.
The PipelineManager.render method calls the render method of all pipelines.
The PipelineManager.postRender method calls the post-render method of all pipelines.
The PipelineManager.setMulti method automatically binds the Multi Texture Pipeline, Phasers default.
The PipelineManager.clear method will clear the pipeline, store it in previous and free the renderer.
The PipelineManager.rebind method will reset the rendering context and restore the previous pipeline, if set.
The PipelineManager.copyFrame method will copy a source Render Target to the target Render Target, optionally setting the brightness of the copy.
The PipelineManager.blitFrame method will copy a source Render Target to the target Render Target. Unlike copyFrame no resizing takes place and you can optionally set the brightness and erase mode of the copy.
The PipelineManager.copyFrameRect method binds the source Render Target and then copies a section of it to the target using gl.copyTexSubImage2D rather than a shader, making it much faster if you don't need blending or preserving alpha details.
The PipelineManager.copyToGame method pops the framebuffer from the renderers FBO stack and sets that as the active target, then draws the source Render Target to it. Use when you need to render the final result to the game canvas.
The PipelineManager.drawFrame method will copy a source Render Target, optionally to a target Render Target, using the given ColorMatrix, allowing for full control over the luminance values used during the copy.
The PipelineManager.blendFrames method draws the source1 and source2 Render Targets to the target Render Target using a linear blend effect, which is controlled by the strength parameter.
The PipelineManager.blendFramesAdditive method draws the source1 and source2 Render Targets to the target Render Target using an additive blend effect, which is controlled by the strength parameter.
The PipelineManager.clearFrame method clears the given Render Target.

New constants have been created to help you reference a pipeline without needing to use strings:

Phaser.Renderer.WebGL.Pipelines.BITMAPMASK_PIPELINE for the Bitmap Mask Pipeline.
Phaser.Renderer.WebGL.Pipelines.LIGHT_PIPELINE for the Light 2D Pipeline.
Phaser.Renderer.WebGL.Pipelines.SINGLE_PIPELINE for the Single Pipeline.
Phaser.Renderer.WebGL.Pipelines.MULTI_PIPELINE for the Multi Pipeline.
Phaser.Renderer.WebGL.Pipelines.ROPE_PIPELINE for the Rope Pipeline.
Phaser.Renderer.WebGL.Pipelines.POINTLIGHT_PIPELINE for the Point Light Pipeline.
Phaser.Renderer.WebGL.Pipelines.POSTFX_PIPELINE for the Post FX Pipeline.
Phaser.Renderer.WebGL.Pipelines.UTILITY_PIPELINE for the Utility Pipeline.

All Game Objects have been updated to use the new constants and Pipeline Manager.

Post FX Pipeline

The Post FX Pipeline is a brand new and special kind of pipeline specifically for handling post processing effects in Phaser 3.50.

Where-as a standard Pipeline allows you to control the process of rendering Game Objects by configuring the shaders and attributes used to draw them, a Post FX Pipeline is designed to allow you to apply processing after the Game Object/s have been rendered.

Typical examples of post processing effects are bloom filters, blurs, light effects and color manipulation.

The pipeline works by creating a tiny vertex buffer with just one single hard-coded quad in it. Game Objects can have a Post Pipeline set on them, which becomes their own unique pipeline instance. Those objects are then rendered using their standard pipeline, but are redirected to the Render Targets owned by the post pipeline, which can then apply their own shaders and effects, before passing them back to the main renderer.

The following properties and methods are available in the new PostFXPipeline class:

The PostFXPipeline.gameObject property is a reference to the Game Object that owns the Post Pipeline, if any.
The PostFXPipeline.colorMatrix property is a Color Matrix instance used by the draw shader.
The PostFXPipeline.fullFrame1 property is a reference to the fullFrame1 Render Target that belongs to the Utility Pipeline, as it's commonly used in post processing.
The PostFXPipeline.fullFrame2 property is a reference to the fullFrame2 Render Target that belongs to the Utility Pipeline, as it's commonly used in post processing.
The PostFXPipeline.halfFrame1 property is a reference to the halfFrame1 Render Target that belongs to the Utility Pipeline, as it's commonly used in post processing.
The PostFXPipeline.halfFrame2 property is a reference to the halfFrame2 Render Target that belongs to the Utility Pipeline, as it's commonly used in post processing.
The PostFXPipeline.copyFrame method will copy a source Render Target to the target Render Target, optionally setting the brightness of the copy.
The PostFXPipeline.blitFrame method will copy a source Render Target to the target Render Target. Unlike copyFrame no resizing takes place and you can optionally set the brightness and erase mode of the copy.
The PostFXPipeline.copyFrameRect method binds the source Render Target and then copies a section of it to the target using gl.copyTexSubImage2D rather than a shader, making it much faster if you don't need blending or preserving alpha details.
The PostFXPipeline.copyToGame method pops the framebuffer from the renderers FBO stack and sets that as the active target, then draws the source Render Target to it. Use when you need to render the final result to the game canvas.
The PostFXPipeline.drawFrame method will copy a source Render Target, optionally to a target Render Target, using the given ColorMatrix, allowing for full control over the luminance values used during the copy.
The PostFXPipeline.blendFrames method draws the source1 and source2 Render Targets to the target Render Target using a linear blend effect, which is controlled by the strength parameter.
The PostFXPipeline.blendFramesAdditive method draws the source1 and source2 Render Targets to the target Render Target using an additive blend effect, which is controlled by the strength parameter.
The PostFXPipeline.clearFrame method clears the given Render Target.
The PostFXPipeline.bindAndDraw method binds this pipeline and draws the source Render Target to the target Render Target. This is typically the final step taken in when post processing.

Renamed WebGL Pipelines

Due to the huge amount of work that has taken place in this area, all of the pipelines have been renamed. If you extend any of these pipelines or use them in your game code (referenced by name), then please update accordingly. The name changes are:

TextureTintPipeline is now called the MultiPipeline.
TextureTintStripPipeline is now called the RopePipeline.
ForwardDiffuseLightPipeline is now called the LightPipeline.

There is also the new GraphicsPipeline. Previously, the TextureTintPipeline was responsible for rendering all Sprites, Graphics, and Shape objects. Now, it only renders Sprites. All Graphics and Shapes are handled by the new GraphicsPipeline, which uses its own shaders. See below for details about this change.

To match the new pipeline names, the shader source code has also been renamed.

ForwardDiffuse.frag is now called Light.frag.
TextureTint.frag is now called Multi.frag.
TextureTint.vert is now called Multi.vert.

WebGL Pipelines Updates

Further pipeline changes are as follows:

None of the shaders or pipelines use the uViewMatrix and uModelMatrix uniforms any longer. These were always just plain identity matrices, so there is no point spending CPU and GPU time to set them as uniforms or use them in the shaders. Should you need these uniforms, you can add them to your own custom pipelines.
Types.Renderer.WebGL.WebGLPipelineConfig is a new TypeDef that helps you easily configure your own Custom Pipeline when using TypeScript and also provides better JSDocs.
Types.Renderer.WebGL.WebGLPipelineAttributesConfig is a new TypeDef that helps you easily configure the attributes for your own Custom Pipelines when using TypeScript and also provides better JSDocs.
All pipelines will now work out the renderer property automatically, so it's no longer required in the config.
All pipelines will now work out the gl property automatically, so it's no longer required in the config.
All pipelines will now extract the name property from the config, allowing you to set it externally.
All pipelines will now extract the vertexCapacity property from the config, allowing you to set it externally.
All pipelines will now extract the vertexSize property from the config, allowing you to set it externally.
All pipelines will now extract the vertexData property from the config, allowing you to set it externally.
All pipelines will now extract the attributes property from the config, allowing you to set it externally.
All pipelines will now extract the topology property from the config, allowing you to set it externally.
The WebGLPipeline.shouldFlush method now accepts an optional parameter amount. If given, it will return true if the amount to be added to the vertex count exceeds the vertex capacity. The Multi Pipeline has been updated to now use this method instead of performing the comparison multiple times itself.
The RopePipeline now extends MultiPipeline and just changes the topology, vastly reducing the file size.
The WebGLPipeline.flushLocked property has been removed. A pipeline can never flush in the middle of a flush anyway, so it was just wasting CPU cycles being set.
WebGLPipeline.manager is a new property that is a reference to the WebGL Pipeline Manager.
WebGLPipeline.currentUnit is a new property that holds the most recently assigned texture unit. Treat as read-only.
WebGLPipeline.forceZero is a new boolean property that sets if the pipeline should force the use of texture zero.
WebGLPipeline.hasBooted is a new boolean property that is set once the pipeline has finished setting itself up and has booted.
WebGLPipeline.isPostFX is a new boolean property that is only set by Post FX Pipelines to help identify them.
WebGLPipeline.renderTargets is a new property that holds an array of WebGL Render Targets belonging to the pipeline.
WebGLPipeline.currentRenderTarget is a new property that holds a reference to the currently bound Render Target.
WebGLPipeline.shaders is a new property that holds an array of all WebGLShader instances that belong to the pipeline.
WebGLPipeline.currentShader is a new property that holds a reference to the currently active shader within the pipeline.
WebGLPipeline.config is a new property that holds the pipeline configuration object used to create it.
WebGLPipeline.projectionMatrix is a new property that holds a Matrix4 used as the projection matrix for the pipeline.
WebGLPipeline.setProjectionMatrix is a new method that allows you to set the ortho projection matrix of the pipeline.
WebGLPipeline.boot will now check all of the attributes and store the pointer location within the attribute entry.
WebGLPipeline.bind no longer looks-up and enables every attribute, every frame. Instead, it uses the cached pointer location stored in the attribute entry, cutting down on redundant WebGL operations.
WebGLPipeline.setAttribPointers is a new method that will set the vertex attribute pointers for the pipeline.
WebGLPipeline.setShader is a new method that allows you to set the currently active shader within the pipeline.
WebGLPipeline.getShaderByName is a new method that allows you to get a shader from the pipeline based on its name.
WebGLPipeline.setShadersFromConfig is a new method that destroys all current shaders and creates brand new ones parsed from the given config object. This is part of the pipeline boot process, but also exposed should you need to call it directly.
WebGLPipeline.setGameObject is a new method that custom pipelines can use in order to perform pre-batch tasks for the given Game Object.
WebGLPipeline.setVertexBuffer is a new method that checks if the pipelines vertex buffer is active, or not, and if not, binds it as the active buffer. This used to be performed by the WebGL Renderer, but pipelines now manage this directly.
WebGLPipeline.preBatch is a new method that is called when a new quad is about to be added to the batch. This is used by Post FX Pipelines to set frame buffers.
WebGLPipeline.postBatch is a new method that is called after a quad has been added to the batch. This is used by Post FX Pipelines to apply post processing.
WebGLPipeline.unbind is a new method that unbinds the current Render Target, if one is set.
WebGLPipeline.batchVert is a new method that adds a single vertex to the vertex buffer and increments the count by 1.
WebGLPipeline.batchQuad is a new method that adds a single quad (6 vertices) to the vertex buffer and increments the count, flushing first if adding the quad would exceed the batch limit.
WebGLPipeline.batchTri is a new method that adds a single tri (3 vertices) to the vertex buffer and increments the count, flushing first if adding the tri would exceed the batch limit.
WebGLPipeline.drawFillRect is a new method that pushes a filled rectangle into the vertex batch.
WebGLPipeline.setTexture2D is a new method that sets the texture to be bound to the next available texture unit.
WebGLPipeline.bindTexture is a new method that immediately activates the given WebGL Texture and binds it to the requested slot.
WebGLPipeline.bindRenderTarget is a new method that binds the given Render Target to a given texture slot.
WebGLPipeline.setTime is a new method that gets the current game loop duration to the given shader uniform.

Pipeline Hooks

The WebGLPipeline class has lots of new hooks you can use. These are all empty by default so you can safely override them in your own classes to take advantage of them:

WebGLPipeline.onBoot is a new hook you can override in your own pipelines that is called when the pipeline has booted.
WebGLPipeline.onResize is a new hook you can override in your own pipelines that is called when the pipeline is resized.
WebGLPipeline.onDraw is a new hook you can override in your own pipelines that is called by Post FX Pipelines every time postBatch is invoked.
WebGLPipeline.onActive is a new hook you can override in your own pipelines that is called every time the Pipeline Manager makes the pipeline the active pipeline.
WebGLPipeline.onBind is a new hook you can override in your own pipelines that is called every time a Game Object asks the Pipeline Manager to use this pipeline, even if it's already active.
WebGLPipeline.onRebind is a new hook you can override in your own pipelines that is called every time the Pipeline Manager needs to reset and rebind the current pipeline.
WebGLPipeline.onBatch is a new hook you can override in your own pipelines that is called after a new quad (or tri) has been added to the batch.
WebGLPipeline.onPreBatch is a new hook you can override in your own pipelines that is called before a new Game Object is about to process itself through the batch.
WebGLPipeline.onPostBatch is a new hook you can override in your own pipelines that is called after a new Game Object has added itself to the batch.
WebGLPipeline.onPreRender is a new hook you can override in your own pipelines that is called once, per frame, right before anything has been rendered.
WebGLPipeline.onRender is a new hook you can override in your own pipelines that is called once, per frame, by every Camera in the Scene that wants to render, at the start of the render process.
WebGLPipeline.onPostRender is a new hook you can override in your own pipelines that is called once, per frame, after all rendering has happened and snapshots have been taken.
WebGLPipeline.onBeforeFlush is a new hook you can override in your own pipelines that is called immediately before the gl.bufferData and gl.drawArrays calls are made, so you can perform any final pre-render modifications.
WebGLPipeline.onAfterFlush is a new hook you can override in your own pipelines that is called after gl.drawArrays, so you can perform additional post-render effects.

Pipeline Events

The WebGLPipeline class now extends the Event Emitter and emits the following new events:

The WebGL.Pipelines.Events.AFTER_FLUSH event is dispatched by a WebGL Pipeline right after it has issued a drawArrays command.
The WebGL.Pipelines.Events.BEFORE_FLUSH event is dispatched by a WebGL Pipeline right before it is about to flush.
The WebGL.Pipelines.Events.BIND event is dispatched by a WebGL Pipeline when it is bound by the Pipeline Manager.
The WebGL.Pipelines.Events.BOOT event is dispatched by a WebGL Pipeline when it has finished booting.
The WebGL.Pipelines.Events.DESTROY event is dispatched by a WebGL Pipeline when it begins its destruction process.
The WebGL.Pipelines.Events.REBIND event is dispatched by a WebGL Pipeline when the Pipeline Manager resets and rebinds it.
The WebGL.Pipelines.Events.RESIZE event is dispatched by a WebGL Pipeline when it is resized, usually as a result of the Renderer.

Pipeline Uniform Changes

WebGLShaders have a uniforms object that is automatically populated when the shader is created. It scans all of the active uniforms from the compiled shader and then builds an object containing their WebGLUniformLocation and a value cache.

This saves redundant gl operations for both looking-up uniform locations and setting their values if they're already the currently set values by using the local cache instead.

The WebGLPipeline classes offer a means to set uniform values on the shader (or shaders) belonging to the pipeline. Previously, calling a method such as setFloat3 on a pipeline would pass that call over to WebGLRenderer. The renderer would first check to see if the pipeline program was current, and if not, make it so, before then looking up the uniform location and finally setting it. This is a lot of steps to take for pipelines that potentially need to change uniforms for every Game Object they render.

Under the new methods, and using the new pre-cached uniform locations and values, these extra steps are skipped. The uniform value is set directly, no shader binding takes place and no location look-up happens. This dramatically reduces the number of WebGL ops being issued per frame. To clearly differentiate these pipeline methods, we have renamed them. The new method names are as follows:

WebGLPipeline.set1f will set a 1f uniform based on the given name.
WebGLPipeline.set2f will set a 2f uniform based on the given name.
WebGLPipeline.set3f will set a 3f uniform based on the given name.
WebGLPipeline.set4f will set a 4f uniform based on the given name.
WebGLPipeline.set1fv will set a 1fv uniform based on the given name.
WebGLPipeline.set2fv will set a 2fv uniform based on the given name.
WebGLPipeline.set3fv will set a 3fv uniform based on the given name.
WebGLPipeline.set4fv will set a 4fv uniform based on the given name.
WebGLPipeline.set1iv will set a 1iv uniform based on the given name.
WebGLPipeline.set2iv will set a 2iv uniform based on the given name.
WebGLPipeline.set3iv will set a 3iv uniform based on the given name.
WebGLPipeline.set4iv will set a 4iv uniform based on the given name.
WebGLPipeline.set1i will set a 1i uniform based on the given name.
WebGLPipeline.set2i will set a 2i uniform based on the given name.
WebGLPipeline.set3i will set a 3i uniform based on the given name.
WebGLPipeline.set4i will set a 4i uniform based on the given name.
WebGLPipeline.setMatrix2fv will set a matrix 2fv uniform based on the given name.
WebGLPipeline.setMatrix3fv will set a matrix 3fv uniform based on the given name.
WebGLPipeline.setMatrix4fv will set a matrix 4fv uniform based on the given name.

If your code uses any of the old method names, please update them using the list below:

WebGLPipeline.setFloat1 has been removed. Please use set1f instead.
WebGLPipeline.setFloat2 has been removed. Please use set2f instead.
WebGLPipeline.setFloat3 has been removed. Please use set3f instead.
WebGLPipeline.setFloat4 has been removed. Please use set4f instead.
WebGLPipeline.setFloat1v has been removed. Please use set1fv instead.
WebGLPipeline.setFloat2v has been removed. Please use set2fv instead.
WebGLPipeline.setFloat3v has been removed. Please use set3fv instead.
WebGLPipeline.setFloat4v has been removed. Please use set4fv instead.
WebGLPipeline.setInt1 has been removed. Please use set1i instead.
WebGLPipeline.setInt2 has been removed. Please use set2i instead.
WebGLPipeline.setInt3 has been removed. Please use set3i instead.
WebGLPipeline.setInt4 has been removed. Please use set4i instead.
WebGLPipeline.setMatrix1 has been removed. Please use setMatrix2fv instead.
WebGLPipeline.setMatrix2 has been removed. Please use setMatrix3fv instead.
WebGLPipeline.setMatrix3 has been removed. Please use setMatrix4fv instead.

Game Object Pipeline Component Updates

To support the new Post Pipelines in 3.50, the Pipeline Component which most Game Objects inherit has been updated. That means the following new properties and methods are available on all Game Objects that have this component, such as Sprite, Layer, Rope, etc.

hasPostPipeline is a new boolean property that indicates if the Game Object has one, or more post pipelines set.
postPipelines is a new property that contains an array of Post Pipelines owned by the Game Object.
pipelineData is a new object object to store pipeline specific data in.
The setPipeline method has been updated with 2 new parameters: pipelineData and copyData. These allow you to populate the pipeline data object during setting.
You can now pass a pipeline instance to the setPipeline method, as well as a string.
setPostPipeline is a new method that allows you to set one, or more, Post FX Pipelines on the Game Object. And optionally set the pipeline data with them.
setPipelineData is a new method that allows you to set a key/value pair into the pipeline data object in a chainable way.
getPostPipeline is a new method that will return a Post Pipeline instance from the Game Object based on the given string, function or instance.
The resetPipeline method has two new parameters resetPostPipeline and resetData, both false by default, that will reset the Post Pipelines and pipeline data accordingly.
resetPostPipeline is a new method that will specifically reset just the Post Pipelines, and optionally the pipeline data.
removePostPipeline is a new method that will destroy and remove the given Post Pipeline from the Game Object.

Utility Pipeline

The Utility Pipeline is a brand new default special-use WebGL Pipeline that is created by and belongs to the Pipeline Manager.

It provides 4 shaders and handy associated methods:

Copy Shader. A fast texture to texture copy shader with optional brightness setting.
Additive Blend Mode Shader. Blends two textures using an additive blend mode.
Linear Blend Mode Shader. Blends two textures using a linear blend mode.
Color Matrix Copy Shader. Draws a texture to a target using a Color Matrix.

You do not extend this pipeline, but instead get a reference to it from the Pipeline Manager via the setUtility method. You can also access its methods, such as copyFrame, directly from both the Pipeline Manager and from Post FX Pipelines, where its features are most useful.

This pipeline provides methods for manipulating framebuffer backed textures, such as copying or blending one texture to another, copying a portion of a texture, additively blending two textures, flipping textures and more. All essential and common operations for post processing.

The following properties and methods are available in the new UtilityPipeline class:

The UtilityPipeline.colorMatrix property is an instance of a ColorMatrix class, used by the draw shader.
The UtilityPipeline.copyShader property is a reference to the Copy Shader.
The UtilityPipeline.addShader property is a reference to the additive blend shader.
The UtilityPipeline.linearShader property is a reference to the linear blend shader.
The UtilityPipeline.colorMatrixShader property is a reference to the color matrix (draw) shader.
The UtilityPipeline.fullFrame1 property is a full sized Render Target that can be used as a temporary buffer during post processing calls.
The UtilityPipeline.fullFrame2 property is a full sized Render Target that can be used as a temporary buffer during post processing calls.
The UtilityPipeline.halfFrame1 property is a half sized Render Target that can be used as a temporary buffer during post processing calls, where a small texture is required for more intensive operations.
The UtilityPipeline.halfFrame2 property is a half sized Render Target that can be used as a temporary buffer during post processing calls, where a small texture is required for more intensive operations.
The UtilityPipeline.copyFrame method will copy a source Render Target to the target Render Target, optionally setting the brightness of the copy.
The UtilityPipeline.blitFrame method will copy a source Render Target to the target Render Target. Unlike copyFrame no resizing takes place and you can optionally set the brightness and erase mode of the copy.
The UtilityPipeline.copyFrameRect method binds the source Render Target and then copies a section of it to the target using gl.copyTexSubImage2D rather than a shader, making it much faster if you don't need blending or preserving alpha details.
The UtilityPipeline.copyToGame method pops the framebuffer from the renderers FBO stack and sets that as the active target, then draws the source Render Target to it. Use when you need to render the final result to the game canvas.
The UtilityPipeline.drawFrame method will copy a source Render Target, optionally to a target Render Target, using the given ColorMatrix, allowing for full control over the luminance values used during the copy.
The UtilityPipeline.blendFrames method draws the source1 and source2 Render Targets to the target Render Target using a linear blend effect, which is controlled by the strength parameter.
The UtilityPipeline.blendFramesAdditive method draws the source1 and source2 Render Targets to the target Render Target using an additive blend effect, which is controlled by the strength parameter.
The UtilityPipeline.clearFrame method clears the given Render Target.
The UtilityPipeline.setUVs method allows you to set the UV values for the 6 vertices that make-up the quad belonging to the Utility Pipeline.
The UtilityPipeline.setTargetUVs method sets the vertex UV coordinates of the quad used by the shaders so that they correctly adjust the texture coordinates for a blit frame effect.
The UtilityPipeline.flipX method horizontally flips the UV coordinates of the quad used by the shaders.
The UtilityPipeline.flipY method vertically flips the UV coordinates of the quad used by the shaders.
The UtilityPipeline.resetUVs method resets the quad vertice UV values to their default settings.

Light Pipeline Update

The Light Pipeline (previously called the Forward Diffuse Light Pipeline), which is responsible for rendering lights under WebGL, has been rewritten to work with the new Multi Pipeline features. Lots of redundant code has been removed and the following changes and improvements took place:

The pipeline now works with Game Objects that do not have a normal map. They will be rendered using the new default normal map, which allows for a flat light effect to pass over them and merge with their diffuse map colors.
Fixed a bug in the way lights were handled that caused Tilemaps to render one tile at a time, causing massive slow down. They're now batched properly, making a combination of lights and tilemaps possible again.
The Bitmap Text (Static and Dynamic) Game Objects now support rendering with normal maps.
The TileSprite Game Objects now support rendering with normal maps.
Mesh Game Objects now support rendering with normal maps.
Particle Emitter Game Object now supports rendering in Light2d.
The Text Game Object now supports rendering in Light2d, no matter which font, stroke or style it is using.
Tilemap Layer Game Objects now support the Light2d pipeline, with or without normal maps.
The pipeline will no longer look-up and set all of the light uniforms unless the Light is dirty.
The pipeline will no longer reset all of the lights unless the quantity of lights has changed.
The ForwardDiffuseLightPipeline.defaultNormalMap property has changed, it's now an object with a glTexture property that maps to the pipelines default normal map.
The ForwardDiffuseLightPipeline.boot method has been changed to now generate a default normal map.
The ForwardDiffuseLightPipeline.onBind method has been removed as it's no longer required.
The ForwardDiffuseLightPipeline.setNormalMap method has been removed as it's no longer required.
ForwardDiffuseLightPipeline.bind is a new method that handles setting-up the shader uniforms.
The ForwardDiffuseLightPipeline.batchTexture method has been rewritten to use the Texture Tint Pipeline function instead.
The ForwardDiffuseLightPipeline.batchSprite method has been rewritten to use the Texture Tint Pipeline function instead.
ForwardDiffuseLightPipeline.lightCount is a new property that stores the previous number of lights rendered.
ForwardDiffuseLightPipeline.getNormalMap is a new method that will look-up and return a normal map for the given object.

Point Lights Pipeline

The Point Light Pipeline is a brand new pipeline in 3.50 that was creates specifically for rendering the new Point Light Game Objects in WebGL.

It extends the WebGLPipeline and sets the required shader attributes and uniforms for Point Light rendering.

You typically don't access or set the pipeline directly, but rather create instances of the Point Light Game Object instead. However, it does have the following unique methods:

The PointLightPipeline.batchPointLight method is a special-case method that is called directly by the Point Light Game Object during rendering and allows it to add itself into the rendering batch.
The PointLightPipeline.batchLightVert method is a special internal method, used by batchPointLight that adds a single Point Light vert into the batch.

Graphics Pipeline and Graphics Game Object Changes

The Graphics Pipeline is a new pipeline added in 3.50 that is responsible for rendering Graphics Game Objects and all of the Shape Game Objects, such as Arc, Rectangle, Star, etc. Due to the new pipeline some changes have been made:

The Graphics Pipeline now uses much simpler vertex and fragment shaders with just two attributes (inPosition and inColor), making the vertex size and memory-use 57% smaller.
The private _tempMatrix1, 2, 3 and 4 properties have all been removed from the pipeline.
A new public calcMatrix property has been added, which Shape Game Objects use to maintain transform state during rendering.
The Graphics Pipeline no longer makes use of tintEffect or any textures.
Because Graphics and Shapes now render with their own pipeline, you are able to exclude the pipeline and those Game Objects entirely from custom builds, further reducing the final bundle size.

As a result of these changes the following features are no longer available:

Graphics.setTexture has been removed. You can no longer use a texture as a 'fill' for a Graphic. It never worked with any shape other than a Rectangle, anyway, due to UV mapping issues, so is much better handled via the new Mesh Game Object.
Graphics._tempMatrix1, 2 and 3 have been removed. They're not required internally any longer.
Graphics.renderWebGL now uses the standard GetCalcMatrix function, cutting down on duplicate code significantly.

Single Pipeline Update

There is a new pipeline called SinglePipeline, created to emulate the old TextureTintPipeline. This special pipeline uses just a single texture and makes things a lot easier if you wish to create a custom pipeline, but not have to recode your shaders to work with multiple textures. Instead, just extend SinglePipeline, where-as before you extended the TextureTintPipeline and you won't have to change any of your shader code. However, if you can, you should update it to make it perform faster, but that choice is left up to you.

WebGLShader

WebGLShader is a new class that is created and belongs to WebGL Pipeline classes. When the pipeline is created it will create a WebGLShader instance for each one of its shaders, as defined in the pipeline configuration.

This class encapsulates everything needed to manage a shader in a pipeline, including the shader attributes and uniforms, as well as lots of handy methods such as set2f, for setting uniform values on this shader. Uniform values are automatically cached to avoid unnecessary gl operations.

Typically, you do not create an instance of this class directly, as it works in unison with the pipeline to which it belongs. You can gain access to this class via a pipeline's shaders array, post-creation.

The following properties and methods are available in the new WebGLShader class:

The WebGLShader.pipeline property is a reference to the WebGL Pipeline that owns the WebGLShader instance.
The WebGLShader.name property is the name of the shader.
The WebGLShader.renderer property is a reference to the WebGL Renderer.
The WebGLShader.gl property is a reference to the WebGL Rendering Context.
The WebGLShader.program property is the WebGL Program created from the vertex and fragment shaders.
The WebGLShader.attributes property is an array of objects that describe the vertex attributes of the shader.
The WebGLShader.vertexComponentCount property is the total amount of vertex attribute components of 32-bit length.
The WebGLShader.vertexSize property is the size, in bytes, of a single vertex.
The WebGLShader.uniforms property is an object that is automatically populated with all active uniforms in the shader.
The WebGLShader.createAttributes method takes the vertex attributes config and parses it, creating the shader attributes. This is called automatically.
The WebGLShader.bind method sets the program the shader uses as being active. Called automatically when the parent pipeline needs this shader.
The WebGLShader.rebind method sets the program the shader uses as being active and resets all of the vertex attribute pointers.
The WebGLShader.setAttribPointers method sets the vertex attribute pointers. Called automatically during bind.
The WebGLShader.createUniforms method populates the uniforms object with details about all active uniforms.
The WebGLShader.hasUniform method returns a boolean if the given uniform exists.
The WebGLShader.resetUniform method resets the cached value for the given uniform.
The WebGLShader.setUniform1 method is an internal method used for setting a single value uniform on the shader.
The WebGLShader.setUniform2 method is an internal method used for setting a double value uniform on the shader.
The WebGLShader.setUniform3 method is an internal method used for setting a triple value uniform on the shader.
The WebGLShader.setUniform4 method is an internal method used for setting a quadruple value uniform on the shader.
The WebGLShader.set1f method sets a 1f uniform based on the given name.
The WebGLShader.set2f method sets a 2f uniform based on the given name.
The WebGLShader.set3f method sets a 3f uniform based on the given name.
The WebGLShader.set4f method sets a 4f uniform based on the given name.
The WebGLShader.set1fv method sets a 1fv uniform based on the given name.
The WebGLShader.set2fv method sets a 2fv uniform based on the given name.
The WebGLShader.set3fv method sets a 3fv uniform based on the given name.
The WebGLShader.set4fv method sets a 4fv uniform based on the given name.
The WebGLShader.set1iv method sets a 1iv uniform based on the given name.
The WebGLShader.set2iv method sets a 2iv uniform based on the given name.
The WebGLShader.set3iv method sets a 3iv uniform based on the given name.
The WebGLShader.set4iv method sets a 4iv uniform based on the given name.
The WebGLShader.set1i method sets a 1i uniform based on the given name.
The WebGLShader.set2i method sets a 2i uniform based on the given name.
The WebGLShader.set3i method sets a 3i uniform based on the given name.
The WebGLShader.set4i method sets a 4i uniform based on the given name.
The WebGLShader.setMatrix2fv method sets a matrix 2fv uniform based on the given name.
The WebGLShader.setMatrix3fv method sets a matrix 3fv uniform based on the given name.
The WebGLShader.setMatrix4fv method sets a matrix 4fv uniform based on the given name.
The WebGLShader.destroy method removes all external references and deletes the program and attributes.

Render Target

RenderTarget is a brand new class that encapsulates a WebGL framebuffer and the WebGL Texture that displays it. Instances of this class are typically created by, and belong to WebGL Pipelines, however other Game Objects and classes can take advantage of Render Targets as well.

The following properties and methods are available in the new RenderTexture class:

The RenderTarget.renderer property is a reference to the WebGL Renderer.
The RenderTarget.framebuffer property is the WebGLFramebuffer belonging to the Render Target.
The RenderTarget.texture property is a WebGLTexture belonging to the Render Target and bound to the framebuffer.
The RenderTarget.width property is the width of the Render Target.
The RenderTarget.height property is the height of the Render Target.
The RenderTarget.scale property is the scale of the Render Target, applied to the dimensions during resize.
The RenderTarget.minFilter property is the min filter of the texture.
The RenderTarget.autoClear property is a boolean that controls if the Render Target is automatically cleared when bound.
The RenderTarget.autoResize property is a boolean that controls if the Render Target is automatically resized if the WebGLRenderer resizes.
The RenderTarget.setAutoResize method lets you set the auto resize of the Render Target.
The RenderTarget.resize method lets you resize the Render Target.
The RenderTarget.bind method sets the Render Target as being the active fbo in the renderer and optionally clears and adjusts the viewport.
The RenderTarget.adjustViewport method sets the viewport to match the Render Target dimensions.
The RenderTarget.clear method disables the scissors, clears the Render Target and resets the scissors again.
The RenderTarget.unbind method flushes the renderer and pops the Render Target framebuffer from the stack.
The RenderTarget.destroy method removes all external references and deletes the framebuffer and texture.

WebGL Renderer

New WebGL Multi-Texture Support

The Multi Pipeline (previously called the Texture Tint Pipeline) has had its core flow rewritten to eliminate the need for constantly creating batch objects. Instead, it now supports the new multi-texture shader, vastly increasing rendering performance, especially on draw-call bound systems.

All of the internal functions, such as batchQuad and batchSprite have been updated to use the new method of texture setting. The method signatures all remain the same unless indicated below.

Config.render.maxTextures is a new game config setting that allows you to control how many texture units will be used in WebGL.
WebGL.Utils.checkShaderMax is a new function, used internally by the renderer, to determine the maximum number of texture units the GPU + browser supports.
The property WebGLRenderer.currentActiveTextureUnit has been renamed to currentActiveTexture.
WebGLRenderer.startActiveTexture is a new read-only property contains the current starting active texture unit.
WebGLRenderer.maxTextures is a new read-only property that contains the maximum number of texture units WebGL can use.
WebGLRenderer.textureIndexes is a new read-only array that contains all of the available WebGL texture units.
WebGLRenderer.tempTextures is a new read-only array that contains temporary WebGL textures.
The WebGLRenderer.currentTextures property has been removed, as it's no longer used.
TextureSource.glIndex is a new property that holds the currently assigned texture unit for the Texture Source.
TextureSource.glIndexCounter is a new property that holds the time the index was assigned to the Texture Source.
WebGLRenderer.currentTextures has been removed, as it's no longer used internally.
WebGLRenderer.setBlankTexture no longer has a force parameter, as it's set by default.
The Mesh Game Object WebGL Renderer function has been updated to support multi-texture units.
The Blitter Game Object WebGL Renderer function has been updated to support multi-texture units.
The Bitmap Text Game Object WebGL Renderer function has been updated to support multi-texture units.
The Dynamic Bitmap Text Game Object WebGL Renderer function has been updated to support multi-texture units.
The Particle Emitter Game Object WebGL Renderer function has been updated to support multi-texture units.
The Texture Tint vertex and fragment shaders have been updated to support the inTexId float attribute and dynamic generation.
The Texture Tint Pipeline has a new attribute, inTexId which is a gl.FLOAT.
TextureTintPipeline.bind is a new method that sets the uMainSampler uniform.
The TextureTintPipeline.requireTextureBatch method has been removed, as it's no longer required.
The TextureTintPipeline.pushBatch method has been removed, as it's no longer required.
The TextureTintPipeline.maxQuads property has been removed, as it's no longer required.
The TextureTintPipeline.batches property has been removed, as it's no longer required.
TextureTintPipeline.flush has been rewritten to support multi-textures.
TextureTintPipeline.flush no longer creates a sub-array if the batch is full, but instead uses bufferData for speed.
WebGLRenderer.setTextureSource is a new method, used by pipelines and Game Objects, that will assign a texture unit to the given Texture Source.
The WebGLRenderer.setTexture2D method has been updated to use the new texture unit assignment. It no longer takes the textureUnit or flush parameters and these have been removed from its method signature.
WebGLRenderer.setTextureZero is a new method that activates texture zero and binds the given texture to it. Useful for fbo backed game objects.
WebGLRenderer.clearTextureZero is a new method that clears the texture that was bound to unit zero.
WebGLRenderer.textureZero is a new property that holds the currently bound unit zero texture.
WebGLRenderer.normalTexture is a new property that holds the currently bound normal map (texture unit one).
WebGLRenderer.setNormalMap is a new method that sets the current normal map texture.
WebGLRenderer.clearNormalMap is a new method that clears the current normal map texture.
WebGLRenderer.resetTextures is a new method that flushes the pipeline, resets all textures back to the temporary ones, and resets the active texture counter.
WebGLRenderer.isNewNormalMap is a new method that returns a boolean if the given parameters are not currently used.
WebGLRenderer.unbindTextures is a new method that will activate and then null bind all WebGL textures.
Renderer.WebGL.Utils.parseFragmentShaderMaxTextures is a new function that will take fragment shader source and search it for %count% and %forloop% declarations, replacing them with the required GLSL for multi-texture support, returning the modified source.
The WebGL.Utils.getComponentCount function has been removed as this is no longer required internally.

WebGLRenderer New Features, Updates and API Changes

WebGLRenderer.instancedArraysExtension is a new property that holds the WebGL Extension for instanced array drawing, if supported by the browser.
WebGLRenderer.vaoExtension is a new property that holds a reference to the Vertex Array Object WebGL Extension, if supported by the browser.
WebGLRenderer.resetProgram is a new method that will rebind the current program, without flushing or changing any properties.
WebGLRenderer.textureFlush is a new property that keeps track of the total texture flushes per frame.
WebGLRenderer.finalType is a new boolean property that signifies if the current Game Object being rendered is the final one in the list.
The WebGLRenderer.updateCanvasTexture method will now set gl.UNPACK_PREMULTIPLY_ALPHA_WEBGL to true, which should stop issues where you update a Text Game Object, having added a Render Texture or Spine Game Object to the Scene after it, which switches the PMA setting. Fix #5064 #5155 (thanks @hugoruscitti @immangrove-supertree)
WebGLRenderer.previousPipeline is a new property that is set during a call to clearPipeline and used during calls to rebindPipeline, allowing the renderer to rebind any previous pipeline, not just the Multi Pipeline.
The WebGLRenderer.rebindPipeline method has been changed slightly. Previously, you had to specify the pipelineInstance, but this is now optional. If you don't, it will use the new previousPipeline property instead. If not set, or none given, it will now return without throwing gl errors as well.
WebGLRenderer.defaultScissor is a new property that holds the default scissor dimensions for the renderer. This is modified during resize and avoids continuous array generation in the preRender loop.
The WebGLRenderer.nativeTextures array has been removed and any WebGLTextures created by the renderer are no longer stored within it. All WebGLTexture instances are stored in the TextureSource objects anyway, or by local classes such as RenderTexture, so there was no need to have another array taking up memroy.
The WebGLRenderer.deleteTexture method has a new optional boolean parameter reset which allows you to control if the WebGLRenderer.resetTextures method is called, or not, after the texture is deleted.
The WebGLRenderer.getMaxTextures method has been removed. This is no longer needed as you can use the WebGLRenderer.maxTextures property instead.
The WebGLRenderer.setProgram method now returns a boolean. true if the program was set, otherwise false.
WebGLRenderer.setFloat1 has been removed. Use WebGLPipeline.set1f or WebGLShader.set1f instead.
WebGLRenderer.setFloat2 has been removed. Use WebGLPipeline.set2f or WebGLShader.set2f instead.
WebGLRenderer.setFloat3 has been removed. Use WebGLPipeline.set3f or WebGLShader.set3f instead.
WebGLRenderer.setFloat4 has been removed. Use WebGLPipeline.set4f or WebGLShader.set4f instead.
WebGLRenderer.setFloat1v has been removed. Use WebGLPipeline.set1fv or WebGLShader.set1fv instead.
WebGLRenderer.setFloat2v has been removed. Use WebGLPipeline.set1fv or WebGLShader.set2fv instead.
WebGLRenderer.setFloat3v has been removed. Use WebGLPipeline.set1fv or WebGLShader.set3fv instead.
WebGLRenderer.setFloat4v has been removed. Use WebGLPipeline.set1fv or WebGLShader.set4fv instead.
WebGLRenderer.setInt1 has been removed. Use WebGLPipeline.set1fi or WebGLShader.set1i instead.
WebGLRenderer.setInt2 has been removed. Use WebGLPipeline.set1fi or WebGLShader.set2i instead.
WebGLRenderer.setInt3 has been removed. Use WebGLPipeline.set1fi or WebGLShader.set3i instead.
WebGLRenderer.setInt4 has been removed. Use WebGLPipeline.set1fi or WebGLShader.set4i instead.
WebGLRenderer.setMatrix2 has been removed. Use WebGLPipeline.setMatrix2fv or WebGLShader.setMatrix2fv instead.
WebGLRenderer.setMatrix3 has been removed. Use WebGLPipeline.setMatrix3fv or WebGLShader.setMatrix3fv instead.
WebGLRenderer.setMatrix4 has been removed. Use WebGLPipeline.setMatrix4fv or WebGLShader.setMatrix4fv instead.
The WebGLRenderer._tempMatrix1, _tempMatrtix2, _tempMatrix3 and _tempMatrix4 properties have been removed. They were all flagged as private, yet used in lots of places. Instead, Game Objects now manager their own matrices, or use the global GetCalcMatrix function instead.
WebGLRenderer.fboStack is a new property that maintains a stack of framebuffer objects, used for pipelines supporting multiple render targets.
WebGLRenderer.pushFramebuffer is a new method that is used to push a framebuffer onto the fbo stack before setting it as the current framebuffer. This should now be called in place of setFramebuffer. Remember to call popFramebuffer after using it.
WebGLRenderer.popFramebuffer is a new method that will pop the current framebuffer off the fbo stack and set the previous one as being active.
WebGLRenderer.setFramebuffer has a new optional boolean parameter resetTextures which will reset the WebGL Textures, if set to true (which is the default).
WebGLRenderer.isBooted is a new boolean property that lets you know if the renderer has fully finished booting.
The WebGLRenderer now extends the Event Emitter, allowing you to listen to renderer specific events.
WebGLRenderer.defaultCamera has been removed as it's not used anywhere internally any longer.
The WebGLRenderer.setVertexBuffer method has been removed along with the WebGLRenderer.currentVertexBuffer property. This is now set directly by the WebGL Pipeline, as needed.
The WebGLRenderer.setIndexBuffer method has been removed along with the WebGLRenderer.currentIndexBuffer property. This is now set directly by the WebGL Pipeline, as needed.
WebGLRenderer.resetScissor is a new method that will reset the gl scissor state to be the current scissor, if there is one, without modifying the stack.
WebGLRenderer.resetViewport is a new method that will reset the gl viewport to the current renderer dimensions.
WebGLRenderer.renderTarget is a new property that contains a Render Target that is bound to the renderer and kept resized to match it.
WebGLRenderer.beginCapture is a new method that will bind the renderers Render Target, so everything drawn is redirected to it.
WebGLRenderer.endCapture is a new method that will unbind the renderers Render Target and return it, preventing anything else from being drawn to it.
WebGLRenderer.setProjectionMatrix is a new method that sets the global renderer projection matrix to the given dimensions.
WebGLRenderer.resetProjectionMatrix is a new method that resets the renderer projection matrix back to match the renderer size.
WebGLRenderer.getAspectRatio is a new method that returns the aspect ratio of the renderer.

WebGL ModelViewProjection Removed

The ModelViewProjection object contained a lot of functions that Phaser never used internally. Instead, the functions available in them were already available in the Math.Matrix4 class. So the pipelines have been updated to use a Matrix4 instead and all of the MVP functions have been removed. The full list of removed functions is below:

projIdentity has been removed.
projPersp has been removed.
modelRotateX has been removed.
modelRotateY has been removed.
modelRotateZ has been removed.
viewLoad has been removed.
viewRotateX has been removed.
viewRotateY has been removed.
viewRotateZ has been removed.
viewScale has been removed.
viewTranslate has been removed.
modelIdentity has been removed.
modelScale has been removed.
modelTranslate has been removed.
viewIdentity has been removed.
viewLoad2D has been removed.
projOrtho has been removed.

WebGL and Canvas Renderer Events

Phaser.Renderer.Events is a new namespace for events emitted by the Canvas and WebGL Renderers.
Renderer.Events.PRE_RENDER is a new event dispatched by the Phaser Renderer. This happens right at the start of the render process.
Renderer.Events.RENDER is a new event dispatched by the Phaser Renderer. This happens once for every camera, in every Scene at the start of its render process.
Renderer.Events.POST_RENDER is a new event dispatched by the Phaser Renderer. This happens right at the end of the render process.
Renderer.Events.RESIZE is a new event dispatched by the Phaser Renderer whenever it is resized.

Canvas Renderer Updates

CanvasRenderer.isBooted is a new boolean property that lets you know if the renderer has fully finished booting.
The CanvasRenderer now extends the Event Emitter, allowing you to listen to renderer specific events.

Camera - New Features, Updates and API Changes

The Camera API has changed in line with the new pipeline updates. To this end, the following changes have taken place:

The Camera class now inherits the Pipeline Component. This gives it new features, in line with the other pipelines changes in 3.50, such as Camera.setPipeline, Camera.setPostPipeline, Camera.setPipelineData and so on. This is a much more powerful and flexible way of setting camera effects, rather than it managing its own framebuffer and texture directly.

To that end, the following properties and methods have been removed to tidy things up:

The Camera.renderToTexture property has been removed. Effects are now handled via pipelines.
The Camera.renderToGame property has been removed. Effects are now handled via pipelines.
The Camera.canvas property has been removed. Textures are handled by pipelines.
The Camera.context property has been removed. Textures are handled by pipelines.
The Camera.glTexture property has been removed. GL Textures are handled by pipelines.
The Camera.framebuffer property has been removed. GL Framebuffers are handled by pipelines.
The Camera.setRenderToTexture method has been removed. Effects are now handled via pipelines.
The Camera.clearRenderToTexture method has been removed. Effects are now handled via pipelines.

These changes mean that you can no longer render a Camera to a canvas in Canvas games.

Other changes and fixes:

Camera.zoomX is a new property that allows you to specifically set the horizontal zoom factor of a Camera.
Camera.zoomY is a new property that allows you to specifically set the vertical zoom factor of a Camera.
The Camera.setZoom method now allows you to pass two parameters: x and y, to control the zoomX and zoomY values accordingly.
The Camera.zoom property now returns an average of the zoomX and zoomY properties.
Cameras.Scene2D.Events.FOLLOW_UPDATE is a new Event that is dispatched by a Camera when it is following a Game Object. It is dispatched every frame, right after the final Camera position and internal matrices have been updated. Use it if you need to react to a camera, using its most current position and the camera is following something. Fix #5253 (thanks @rexrainbow)
If the Camera has roundPixels set it will now round the internal scroll factors and worldView during the preRender step. Fix #4464 (thanks @Antriel)

Spine Plugin - New Features, API Changes and Bug Fixes

The Spine Runtimes have been updated to 3.8.99, which are the most recent non-beta versions. Please note, you will need to re-export your animations if you're working in a version of Spine lower than 3.8.20. We do not impose this requirement, the Spine editor does.
SpineContainer is a new Game Object available via this.add.spineContainer to which you can add Spine Game Objects only. It uses a special rendering function to retain batching, even across multiple container or Spine Game Object instances, resulting in dramatically improved performance compared to using regular Containers. You can still use regular Containers if you need, but they do not benefit from the new batching.
A Spine Game Object with setVisible(false) will no longer still cause internal gl commands and is now properly skipped, retaining any current batch in the process. Fix #5174 (thanks @Kitsee)
The Spine Game Object WebGL Renderer will no longer clear the type if invisible and will only end the batch if the next type doesn't match.
The Spine Game Object WebGL Renderer will no longer rebind the pipeline if it was the final object on the display list, saving lots of gl commands.
The Webpack build scripts have all been updated for Webpack 4.44.x. Fix #5243 (thanks @RollinSafary)
There is a new npm script npm run plugin.spine.runtimes which will build all of the Spine runtimes, for ingestion by the plugin. Note: You will need to check-out the Esoteric Spine Runtimes repo into plugins/spine/ in order for this to work and then run npm i.
Spine Game Objects can now be rendered to Render Textures. Fix #5184 (thanks @Kitsee)
Using > 128 Spine objects in a Container would cause a WebGL: INVALID_OPERATION: vertexAttribPointer: no ARRAY_BUFFER is bound and offset is non-zero error if you added any subsequent Spine objects to the Scene. There is now no limit. Fix #5246 (thanks @d7561985)
The Spine Plugin will now work in HEADLESS mode without crashing. Fix #4988 (thanks @raimon-segura)
Spine Game Objects now use -1 as their default blend mode, which means 'skip setting it', as blend modes should be handled by the Spine skeletons directly.
The Spine TypeScript defs have been updated for the latest version of the plugin and to add SpineContainers.
The SpineGameObject.setAnimation method will now use the trackIndex parameter if ignoreIfPlaying is set and run the check against this track index. Fix #4842 (thanks @vinerz)
The SpineFile will no longer throw a warning if adding a texture into the Texture Manager that already exists. This allows you to have multiple Spine JSON use the same texture file, however, it also means you now get no warning if you accidentally load a texture that exists, so be careful with your keys! Fix #4947 (thanks @Nomy1)
The Spine Plugin destroy method will now no longer remove the Game Objects from the Game Object Factory, or dispose of the Scene Renderer. This means when a Scene is destroyed, it will keep the Game Objects in the factory for other Scenes to use. Fix #5279 (thanks @Racoonacoon)
SpinePlugin.gameDestroy is a new method that is called if the Game instance emits a destroy event. It removes the Spine Game Objects from the factory and disposes of the Spine scene renderer.
SpineFile will now check to see if another identical atlas in the load queue is already loading the texture it needs and will no longer get locked waiting for a file that will never complete. This allows multiple skeleton JSONs to use the same atlas data. Fix #5331 (thanks @Racoonacoon)
SpineFile now uses a ! character to split the keys, instead of an underscore, preventing the plugin from incorrectly working out the keys for filenames with underscores in them. Fix #5336 (thanks @Racoonacoon)
SpineGameObject.willRender is no longer hard-coded to return true. It instead now takes a Camera parameter and performs all of the checks needed before returning. Previously, this happened during the render functions.
The Spine Plugin now uses a single instance of the Scene Renderer when running under WebGL. All instances of the plugin (installed per Scene) share the same base Scene Renderer, avoiding duplicate allocations and resizing events under multi-Scene games. Fix #5286 (thanks @spayton BunBunBun)

Game Objects - New Features, API Changes and Bug Fixes

Lots of the core Phaser Game Objects have been improved in 3.50 and there are several new Game Objects as well.

Render Texture Game Object

The Render Texture Game Object has been rewritten to use the new RenderTarget class internally, rather than managing its own framebuffer and gl textures directly. The core draw methods are now a lot simpler and no longer require manipulating render pipelines.

As a result of these changes the following updates have happened:

RenderTexture.renderTarget is a new property that contains a RenderTarget instance, which is used for all drawing.
The RenderTexture.framebuffer property has been removed. You can now access this via RenderTexture.renderTarget.framebuffer.
The RenderTexture.glTexture property has been removed. You can now access this via RenderTexture.renderTarget.texture.
The RenderTexture.gl property has been removed.

Render Textures have the following new features:

RenderTexture.beginDraw is a new method that allows you to create a batched draw to the Render Texture. Use this method to begin the batch.
RenderTexture.batchDraw is a new method that allows you to batch the drawing of an object to the Render Texture. You should never call this method unless you have previously started a batch with beginDraw. You can call this method as many times as you like, to draw as many objects as you like, without causing a framebuffer bind.
RenderTexture.batchDrawFrame is a new method that allows you to batch the drawing of a texture frame to the Render Texture. You should never call this method unless you have previously started a batch with beginDraw. You can call this method as many times as you like, to draw as many frames as you like, without causing a framebuffer bind.
RenderTexture.endDraw is a new method that ends a previously created batched draw on the Render Texture. Use it to write all of your batch changes to the Render Texture.
You can now draw a Group to a RenderTexture. Previously, it failed to pass the camera across, resulting in none of the Group children being drawn. Fix #5330 (thanks @somnolik)

Render Textures have the following bug fixes:

RenderTexture.resize (which is called from setSize) wouldn't correctly set the TextureSource.glTexture property, leading to bindTexture: attempt to use a deleted object errors under WebGL.
RenderTexture.fill would fail to fill the correct area under WebGL if the RenderTexture wasn't the same size as the Canvas. It now fills the given region properly.
RenderTexture.erase has never worked when using the Canvas Renderer and a texture frame, only with Game Objects. It now works with both. Fix #5422 (thanks @vforsh)

Point Lights Game Object

The Point Light Game Object is brand new in 3.50 and provides a way to add a point light effect into your game, without the expensive shader processing requirements of the traditional Light Game Object.

The difference is that the Point Light renders using a custom shader, designed to give the impression of a radial light source, of variable radius, intensity and color, in your game. However, unlike the Light Game Object, it does not impact any other Game Objects, or use their normal maps for calculations. This makes them extremely fast to render compared to Lights
and perfect for special effects, such as flickering torches or muzzle flashes.

For maximum performance you should batch Point Light Game Objects together. This means ensuring they follow each other consecutively on the display list. Ideally, use a Layer Game Object and then add just Point Lights to it, so that it can batch together the rendering of the lights. You don't have to do this, and if you've only a handful of Point Lights in your game then it's perfectly safe to mix them into the display list as normal. However, if you're using a large number of them, please consider how they are mixed into the display list.

The renderer will automatically cull Point Lights. Those with a radius that does not intersect with the Camera will be skipped in the rendering list. This happens automatically and the culled state is refreshed every frame, for every camera.

The PointLight Game Object has the following unique properties and methods:

The PointLight.color property is an instance of the Color object that controls the color value of the light.
The PointLight.intensity property sets the intensity of the light. The colors of the light are multiplied by this value during rendering.
The PointLight.attenuation property sets the attenuation of the light, which is the force with which the light falls off from its center.
The PointLight.radius property sets the radius of the light, in pixels. This value is also used for culling.

Point Lights also have corresponding Factory and Creator functions, available from within a Scene:

this.add.pointlight(x, y, color, radius, intensity, attenuation);

and

this.make.pointlight({ x, y, color, radius, intensity, attenuation });

Mesh Game Object

The Mesh Game Object has been rewritten from scratch in v3.50 with a lot of changes to make it much more useful. It is accompanied by the new Geom.Mesh set of functions.

Geom.Mesh is a new namespace that contains the Mesh related geometry functions. These are stand-alone functions that you may, or may not require, depending on your game.
Geom.Mesh.Vertex is a new class that encapsulates all of the data required for a single vertex, including position, uv, normals, color and alpha.
Geom.Mesh.Face is a new class that consists of references to the three Vertex instances that construct a single Face in a Mesh and provides methods for manipulating them.
Geom.Mesh.GenerateVerts is a new function that will return an array of Vertex and Face objects generated from the given data. You can provide index, or non-index vertex lists, along with UV data, normals, colors and alpha which it will parse and return the results from.
Geom.Mesh.GenerateGridVerts is a new function that will generate a series of Vertex objects in a grid format, based on the given GenerateGridConfig config file. You can set the size of the grid, the number of segments to split it into, translate it, color it and tile the texture across it. The resulting data can be easily used by a Mesh Game Object.
Geom.Mesh.GenerateObjVerts is a new function that will generate a series of Vertex objects based on the given parsed Wavefront Obj Model data. You can optionally scale and translate the generated vertices and add them to a Mesh.
Geom.Mesh.ParseObj is a new function that will parse a triangulated Wavefront OBJ file into model data into a format that the GenerateObjVerts function can consume.
Geom.Mesh.ParseObjMaterial is a new function that will parse a Wavefront material file and extract the diffuse color data from it, combining it with the parsed object data.
Geom.Mesh.RotateFace is a new function that will rotate a Face by a given amount, based on an optional center of rotation.
Loader.OBJFile is a new File Loader type that can load triangulated Wavefront OBJ files, and optionally material files, which are then parsed and stored in the OBJ Cache.
The Mesh constructor and MeshFactory signatures have changed to scene, x, y, texture, frame, vertices, uvs, indicies, containsZ, normals, colors, alphas. Note the way the Texture and Frame parameters now comes first. indicies is a new parameter that allows you to provide indexed vertex data to create the Mesh from, where the indicies array holds the vertex index information. The final list of vertices is built from this index along with the provided vertices and uvs arrays. The indicies array is optional. If your data is not indexed, then simply pass null or an empty array for this parameter.
The Mesh Game Object now has the Animation State Component. This allows you to create and play animations across the texture of a Mesh, something that previously wasn't possible. As a result, the Mesh now adds itself to the Update List when added to a Scene.
Mesh.addVertices is a new method that allows you to add vertices to a Mesh Game Object based on the given parameters. This allows you to modify a mesh post-creation, or populate it with data at a later stage.
Mesh.addVerticesFromObj is a new method that will add the model data from a loaded Wavefront OBJ file to a Mesh. You load it via the new OBJFile with a this.load.obj call, then you can use the key with this method. This method also takes an optional scale and position parameters to control placement of the created model within the Mesh.
Mesh.hideCCW is a new boolean property that, when enabled, tells a Face to not render if it isn't counter-clockwise. You can use this to hide backward facing Faces.
Mesh.modelPosition is a new Vector3 property that allows you to translate the position of all vertices in the Mesh.
Mesh.modelRotation is a new Vector3 property that allows you to rotate all vertices in the Mesh.
Mesh.modelScale is a new Vector3 property that allows you to scale all vertices in the Mesh.
Mesh.panX is a new function that will translate the view position of the Mesh on the x axis.
Mesh.panY is a new function that will translate the view position of the Mesh on the y axis.
Mesh.panZ is a new function that will translate the view position of the Mesh on the z axis.
Mesh.setPerspective is a new method that allows you to set a perspective projection matrix based on the given dimensions, fov, near and far values.
Mesh.setOrtho is a new method that allows you to set an orthographic projection matrix based on the given scale, near and far values.
Mesh.clear is a new method that will destroy all Faces and Vertices and clear the Mesh.
Mesh.depthSort is a new method that will run a depth sort across all Faces in the Mesh by sorting them based on their average depth.
Mesh.addVertex is a new method that allows you to add a new single Vertex into the Mesh.
Mesh.addFace is a new method that allows you to add a new Face into the Mesh. A Face must consist of 3 Vertex instances.
Mesh.getFaceCount new is a new method that will return the total number of Faces in the Mesh.
Mesh.getVertexCount new is a new method that will return the total number of Vertices in the Mesh.
Mesh.getFace new is a new method that will return a Face instance from the Mesh based on the given index.
Mesh.getFaceAt new is a new method that will return an array of Face instances from the Mesh based on the given position. The position is checked against each Face, translated through the optional Camera and Mesh matrix. If more than one Face intersects, they will all be returned but the array will be depth sorted first, so the first element will be that closest to the camera.
Mesh.vertices is now an array of GameObject.Vertex instances, not a Float32Array.
Mesh.faces is a new array of GameObject.Face instances, which is populated during a call to methods like addVertices or addModel.
Mesh.totalRendered is a new property that holds the total number of Faces that were rendered in the previous frame.
Mesh.setDebug is a new method that allows you to render a debug visualization of the Mesh vertices to a Graphics Game Object. You can provide your own Graphics instance and optionally callback that is invoked during rendering. This allows you to easily visualize the vertices of your Mesh to help debug UV mapping.
The Mesh now renders by iterating through the Faces array, not the vertices. This allows you to use Array methods such as BringToTop to reposition a Face, thus changing the drawing order without having to repopulate all of the vertices. Or, for a 3D model, you can now depth sort the Faces.
The Mesh Game Object now extends the SingleAlpha component and the alpha value is factored into the final alpha value per vertex during rendering. This means you can now set the whole alpha across the Mesh using the standard setAlpha methods. But, if you wish to, you can still control the alpha on a per-vertex basis as well.
The Mesh renderer will now check to see if the pipeline capacity has been exceeded for every Face added, allowing you to use Meshes with vertex counts that exceed the pipeline capacity without causing runtime errors.
You can now supply just a single numerical value as the colors parameter in the constructor, factory method and addVertices method. If a number, instead of an array, it will be used as the color for all vertices created.
You can now supply just a single numerical value as the alphas parameter in the constructor, factory method and addVertices method. If a number, instead of an array, it will be used as the alpha for all vertices created.
Mesh.debugGraphic is a new property that holds the debug Graphics instance reference.
Mesh.debugCallback is a new property that holds the debug render callback.
Mesh.renderDebugVerts is a new method that acts as the default render callback for setDebug if none is provided.
Mesh.preDestroy is a new method that will clean-up the Mesh arrays and debug references on destruction.
Mesh.isDirty is a new method that will check if any of the data is dirty, requiring the vertices to be transformed. This is called automatically in preUpdate to avoid generating lots of math when nothing has changed.
The Mesh.uv array has been removed. All UV data is now bound in the Vertex instances.
The Mesh.colors array has been removed. All color data is now bound in the Vertex instances.
The Mesh.alphas array has been removed. All color data is now bound in the Vertex instances.
The Mesh.tintFill property is now a boolean and defaults to false.

Layer Game Object

A Layer is a special type of Game Object that acts as a Display List. You can add any type of Game Object to a Layer, just as you would to a Scene. Layers can be used to visually group together 'layers' of Game Objects:

const spaceman = this.add.sprite(150, 300, 'spaceman');
const bunny = this.add.sprite(400, 300, 'bunny');
const elephant = this.add.sprite(650, 300, 'elephant');

const layer = this.add.layer();

layer.add([ spaceman, bunny, elephant ]);

The 3 sprites in the example above will now be managed by the Layer they were added to. Therefore, if you then set layer.setVisible(false) they would all vanish from the display.

You can also control the depth of the Game Objects within the Layer. For example, calling the setDepth method of a child of a Layer will allow you to adjust the depth of that child within the Layer itself, rather than the whole Scene. The Layer, too, can have its depth set as well.

The Layer class also offers many different methods for manipulating the list, such as the methods moveUp, moveDown, sendToBack, bringToTop and so on. These allow you to change the display list position of the Layers children, causing it to adjust the order in which they are rendered. Using setDepth on a child allows you to override this.

Layers can have Post FX Pipelines set, which allows you to easily enable a post pipeline across a whole range of children, which, depending on the effect, can often be far more efficient that doing so on a per-child basis.

Layers have no position or size within the Scene. This means you cannot enable a Layer for physics or input, or change the position, rotation or scale of a Layer. They also have no scroll factor, texture, tint, origin, crop or bounds.

If you need those kind of features then you should use a Container instead. Containers can be added to Layers, but Layers cannot be added to Containers.

However, you can set the Alpha, Blend Mode, Depth, Mask and Visible state of a Layer. These settings will impact all children being rendered by the Layer.

BitmapText Game Object

BitmapText.setCharacterTint is a new method that allows you to set a tint color (either additive or fill) on a specific range of characters within a static Bitmap Text. You can specify the start and length offsets and per-corner tint colors.
BitmapText.setWordTint is a new method that allows you to set a tint color (either additive or fill) on all matching words within a static Bitmap Text. You can specify the word by string, or numeric offset, and the number of replacements to tint.
BitmapText.setDropShadow is a new method that allows you to apply a drop shadow effect to a Bitmap Text object. You can set the horizontal and vertical offset of the shadow, as well as the color and alpha levels. Call this method with no parameters to clear a shadow.
BitmapTextWebGLRenderer has been rewritten from scratch to make use of the new pre-cached WebGL uv texture and character location data generated by GetBitmapTextSize. This has reduced the number of calculations made in the function dramatically, as it no longer has to work out glyph advancing or offsets during render, but only when the text content updates.
BitmapText.getCharacterAt is a new method that will return the character data from the BitmapText at the given x and y coordinates. The character data includes the code, position, dimensions, and glyph information.
The BitmapTextSize object returned by BitmapText.getTextBounds has a new property called characters which is an array that contains the scaled position coordinates of each character in the BitmapText, which you could use for tasks such as determining which character in the BitmapText was clicked.
ParseXMLBitmapFont will now calculate the WebGL uv data for the glyphs during parsing. This avoids it having to be done during rendering, saving CPU cycles on an operation that never changes.
ParseXMLBitmapFont will now create a Frame object for each glyph. This means you could, for example, create a Sprite using the BitmapText texture and the glyph as the frame key, i.e.: this.add.sprite(x, y, fontName, 'A').
BitmapTextWord, BitmapTextCharacter and BitmapTextLines are three new type defs that are now part of the BitmapTextSize config object, as returned by getTextBounds. This improves the TypeScript defs and JS Docs for this object.
The signature of the ParseXMLBitmapFont function has changed. The frame parameter is no longer optional, and is now the second parameter in the list, instead of being the 4th. If you call this function directly, please update your code.
The BitmapText.getTextBounds method was being called every frame, even if the bounds didn't change, potentially costing a lot of CPU time depending on the text length and quantity of them. It now only updates the bounds if they change.
The GetBitmapTextSize function used Math.round on the values, if the round parameter was true, which didn't create integers. It now uses Math.ceil instead to give integer results.
The GetBitmapTextSize function has a new boolean parameter updateOrigin, which will adjust the origin of the parent BitmapText if set, based on the new bounds calculations.
BitmapText.preDestroy is a new method that will tidy-up all of the BitmapText data during object destruction.
BitmapText.dropShadowX is a new property that controls the horizontal offset of the drop shadow on the Bitmap Text.
BitmapText.dropShadowY is a new property that controls the vertical offset of the drop shadow on the Bitmap Text.
BitmapText.dropShadowColor is a new property that sets the color of the Bitmap Text drop shadow.
BitmapText.dropShadowAlpha is a new property that sets the alpha of the Bitmap Text drop shadow.
BatchChar is a new internal private function for batching a single character of a Bitmap Text to the pipeline.
If you give an invalid Bitmap Font key, the Bitmap Text object will now issue a console.warn.
Setting the color value in the DynamicBitmapText.setDisplayCallback would inverse the red and blue channels if the color was not properly encoded for WebGL. It is now encoded automatically, meaning you can pass normal hex values as the colors in the display callback. Fix #5225 (thanks @teebarjunk)
If you apply setSize to the Dynamic BitmapText the scissor is now calculated based on the parent transforms, not just the local ones, meaning you can crop Bitmap Text objects that exist within Containers. Fix #4653 (thanks @lgibson02)
ParseXMLBitmapFont has a new optional parameter texture. If defined, this Texture is populated with Frame data, one frame per glyph. This happens automatically when loading Bitmap Text data in Phaser.
You can now use setMaxWidth on DynamicBitmapText, which wasn't previously possible. Fix #4997 (thanks @AndreaBoeAbrahamsen)

Quad Game Object Removed

The Quad Game Object has been removed from v3.50.0.

You can now create your own Quads easily using the new Geom.Mesh.GenerateGridVerts function, which is far more flexible than the old quads were.

Animation API - New Features, API Changes and Bug Fixes

If you use Animations in your game, please read the following important API changes in 3.50:

The Animation API has had a significant overhaul to improve playback handling. Instead of just playing an animation based on its global key, you can now supply a new PlayAnimationConfig object instead, which allows you to override any of the default animation settings, such as duration, delay and yoyo (see below for the full list). This means you no longer have to create lots of duplicate animations just to change properties such as duration, and can now set them dynamically at run-time as well.

The Animation class no longer extends EventEmitter, as it no longer emits any events directly. This means you cannot now listen for events directly from an Animation instance. All of the events are now dispatched by the Game Objects instead.
All of the SPRITE_ANIMATION_KEY events have been removed. Instead, please use the new events which all carry the frameKey parameter, which can be used to handle frame specific events. The only exception to this is ANIMATION_COMPLETE_KEY, which is a key specific version of the completion event.
ANIMATION_UPDATE_EVENT is a new event that is emitted from a Sprite when an animation updates, i.e. its frame changes.
ANIMATION_STOP_EVENT is a new event that is emitted from a Sprite when its current animation is stopped. This can happen if any of the stop methods are called, or a new animation is played prior to this one reaching completion. Fix #4894 (thanks @scott20145)
The Game Object Component.Animation component has been renamed to AnimationState and has moved namespace. It's now in Phaser.Animations instead of GameObjects.Components to help differentiate it from the Animation class when browsing the documentation.
The play, playReverse, playAfterDelay, playAfterRepeat and chain Sprite and Animation Component methods can now all take a Phaser.Types.Animations.PlayAnimationConfig configuration object, as well as a string, as the key parameter. This allows you to override any default animation setting with those defined in the config, giving you far greater control over animations on a Game Object level, without needing to globally duplicate them.
AnimationState.create is a new method that allows you to create animations directly on a Sprite. These are not global and never enter the Animation Manager, instead residing within the Sprite itself. This allows you to use the same keys across both local and global animations and set-up Sprite specific local animations.
AnimationState.generateFrameNumbers is a new method that is a proxy for the same method available under the Animation Manager. It's exposed in the Animation State so you're able to access it from within a Sprite (thanks @juanitogan)
AnimationState.generateFrameNames is a new method that is a proxy for the same method available under the Animation Manager. It's exposed in the Animation State so you're able to access it from within a Sprite (thanks @juanitogan)
All playback methods: play, playReverse, playAfterDelay and playAfterRepeat will now check to see if the given animation key exists locally on the Sprite first. If it does, it's used, otherwise it then checks the global Animation Manager for the key instead.
AnimationState.skipMissedFrames is now used when playing an animation, allowing you to create animations that run at frame rates far exceeding the refresh rate, or that will update to the correct frame should the game lag. Feature #4232 (thanks @colorcube)
AnimationManager.addMix is a new method that allows you to create mixes between two animations. Mixing allows you to specify a unique delay between a pairing of animations. When playing Animation A on a Game Object, if you then play Animation B, and a mix exists, it will wait for the specified delay to be over before playing Animation B. This allows you to customise smoothing between different types of animation, such as blending between an idle and a walk state, or a running and a firing state.
AnimationManager.getMix is a new method that will return the mix duration between the two given animations.
AnimationManager.removeMix is a new method that will remove the mixture between either two animations, or all mixtures for the given animation.
AnimationState.remove is a new method that will remove a locally stored Animation instance from a Sprite.
AnimationState.get is a new method that will return a locally stored Animation instance from the Sprite.
AnimationState.exists is a new method that will check if a locally stored Animation exists on the Sprite.
The internal AnimationState.remove method has been renamed to globalRemove.
AnimationState.textureManager is a new property that references the global Texture Manager.
AnimationState.anims is a new property that contains locally created Animations in a Custom Map.
AnimationState.play and Sprite.play no longer accept a startFrame parameter. Please set it via the PlayAnimationConfig instead.
AnimationState.playReverse and Sprite.playReverse no longer accept a startFrame parameter. Please set it via the PlayAnimationConfig instead.
The AnimationState.delayedPlay method has been renamed to playAfterDelay. The parameter order has also changed, so the key now comes first instead of the duration.
The AnimationState.stopOnRepeat method has been renamed to stopAfterRepeat
The AnimationState.getCurrentKey method has been renamed to getName.
AnimationState.getFrameName is a new method that will return the key of the current Animation Frame, if an animation has been loaded.
AnimationState.playAfterDelay and Sprite.playAfterDelay are new methods that will play the given animation after the delay in ms expires.
AnimationState.playAfterRepeat and Sprite.playAfterRepeat are new methods that will play the given animation after the current animation finishes repeating. You can also specify the number of repeats allowed left to run.
The AnimationState.chain method is now available on the Sprite class.
The AnimationState.stopAfterDelay method is now available on the Sprite class.
The AnimationState.stopAfterRepeat method is now available on the Sprite class.
The AnimationState.stopOnFrame method is now available on the Sprite class.
AnimationManager.createFromAseprite is a new method that allows you to use animations created in the Aseprite editor directly in Phaser. Please see the comprehensive documentation for this method for full details on how to do this.
AnimationState now handles all of the loading of the animation. It no longer has to make calls out to the Animation Manager or Animation instance itself and will load the animation data directly, replacing as required from the optional PlayAnimationConfig. This improves performance and massively reduces CPU calls in animation heavy games.
The PlayAnimationConfig.frameRate property lets you optionally override the animation frame rate.
The PlayAnimationConfig.duration property lets you optionally override the animation duration.
The PlayAnimationConfig.delay property lets you optionally override the animation delay.
The PlayAnimationConfig.repeat property lets you optionally override the animation repeat counter.
The PlayAnimationConfig.repeatDelay property lets you optionally override the animation repeat delay value.
The PlayAnimationConfig.yoyo property lets you optionally override the animation yoyo boolean.
The PlayAnimationConfig.showOnStart property lets you optionally override the animation show on start value.
The PlayAnimationConfig.hideOnComplete property lets you optionally override the animation hide on complete value.
The PlayAnimationConfig.startFrame property lets you optionally set the animation frame to start on.
The PlayAnimationConfig.timeScale property lets you optionally set the animation time scale factor.
AnimationState.delayCounter is a new property that allows you to control the delay before an animation will start playing. Only once this delay has expired, will the animation START events fire. Fix #4426 (thanks @bdaenen)
AnimationState.hasStarted is a new boolean property that allows you to tell if the current animation has started playing, or is still waiting for a delay to expire.
AnimationState.showOnStart is a new boolean property that controls if the Game Object should have setVisible(true) called on it when the animation starts.
AnimationState.hideOnComplete is a new boolean property that controls if the Game Object should have setVisible(false) called on it when the animation completes.
The AnimationState.chain method docs said it would remove all pending animations if called with no parameters. However, it didn't - and now does!
The AnimationState.setDelay method has been removed. It never actually worked and you can now perform the same thing by calling either playAfterDelay or setting the delay property in the play config.
The AnimationState.getDelay method has been removed. You can now read the delay property directly.
The AnimationState.setRepeat method has been removed. You can achieve the same thing by setting the repeat property in the play config, or adjusting the public repeatCounter property if the animation has started.
AnimationState.handleStart is a new internal private method that handles the animation start process.
AnimationState.handleRepeat is a new internal private method that handles the animation repeat process.
AnimationState.handleStop is a new internal private method that handles the animation stop process.
AnimationState.handleComplete is a new internal private method that handles the animation complete process.
AnimationState.emitEvents is a new internal private method that emits animation events, cutting down on duplicate code.
The AnimationState.restart method has a new optional boolean parameter resetRepeats which controls if you want to reset the repeat counter during the restart, or not.
Animation.getTotalFrames is a new method that will return the total number of frames in the animation. You can access it via this.anims.currentAnim.getTotalFrames from a Sprite.
Animation.calculateDuration is a new method that calculates the duration, frameRate and msPerFrame for a given animation target.
The BuildGameObjectAnimation function now uses the PlayAnimationConfig object to set the values.
Sprite.playReverse is a new method that allows you to play the given animation in reverse on the Sprite.
Sprite.playAfterDelay is a new method that allows you to play the given animation on the Sprite after a delay.
Sprite.stop is a new method that allows you to stop the current animation on the Sprite.
AnimationManager.load has been removed as it's no longer required.
AnimationManager.staggerPlay has been fixed so you can now pass in negative stagger values.
AnimationManager.staggerPlay has a new optional boolean parameter staggerFirst, which allows you to either include or exclude the first child in the stagger calculations.
The Animation.completeAnimation method has been removed as it's no longer required.
The Animation.load method has been removed as it's no longer required.
The Animation.setFrame method has been removed as it's no longer required.
The Animation.getFirstTick method has no longer needs the includeDelay parameter, as it's handled by AnimationState now.
The Animation.getFrames method has a new optional boolean parameter sortFrames which will run a numeric sort on the frame names after constructing them, if a string-based frame is given.
Types.Animations.Animation has a new boolean property sortFrames, which lets Phaser numerically sort the generated frames.
AnimationState.timeScale is a new public property that replaces the old private _timeScale property.
AnimationState.delay is a new public property that replaces the old private _delay property.
AnimationState.repeat is a new public property that replaces the old private _repeat property.
AnimationState.repeatDelay is a new public property that replaces the old private _repeatDelay property.
AnimationState.yoyo is a new public property that replaces the old private _yoyo property.
AnimationState.inReverse is a new public property that replaces the old private _reverse property.
AnimationState.startAnimation is a new public method that replaces the old private _startAnimation method.
The AnimationState.getProgress method has been fixed so it will return correctly if the animation is playing in reverse.
The AnimationState.globalRemove method will now always be called when an animation is removed from the global Animation Manager, not just once.
The AnimationState.getRepeat method has now been removed. You can get the value from the repeat property.
The AnimationState.setRepeatDelay method has now been removed. You can set the value using the repeatDelay config property, or changing it at run-time.
AnimationState.complete is a new method that handles the completion in animation playback.
The AnimationState.setTimeScale method has now been removed. You can set the value using the timeScale config property, or changing it at run-time.
The AnimationState.getTimeScale method has now been removed. You can read the value using the timeScale property.
The AnimationState.getTotalFrames method has been fixed and won't error if called when no animation is loaded.
The AnimationState.setYoyo method has now been removed. You can set the value using the yoyo config property, or changing it at run-time.
The AnimationState.getYoyo method has now been removed. You can read the value using the yoyo property.
The AnimationState.stopAfterRepeat method now has an optional parameter repeatCount, so you can tell the animation to stop after a specified number of repeats, not just 1.
When playing an animation in reverse, if it reached the first frame and had to repeat, it would then jump to the frame before the final frame and carry on, skipping out the final frame.
The AnimationState.updateFrame method has now been removed. Everything is handled by setCurrentFrame instead, which removes one extra step out of the update process.
GenerateFrameNames will now console.warn if the generated frame isn't present in the texture, which should help with debugging animation creation massively.
GenerateFrameNumbers will now console.warn if the generated frame isn't present in the texture, which should help with debugging animation creation massively.
GenerateFrameNumbers would include the __BASE frame by mistake in its calculations. This didn't end up in the final animation, but did cause a cache miss when building the animation.
GenerateFrameNumbers can now accept the start and end parameters in reverse order, meaning you can now do { start: 10, end: 1 } to create the animation in reverse.
GenerateFrameNames can now accept the start and end parameters in reverse order, meaning you can now do { start: 10, end: 1 } to create the animation in reverse.

Tilemap - New Features, API Changes and Bug Fixes

There are three large changes to Tilemaps in 3.50. If you use tilemaps, you must read this section:

The first change is that there are no longer DynamicTilemapLayer and StaticTilemapLayer classes. They have both been removed and replaced with the new TilemapLayer class. This new class consolidates features from both and provides a lot cleaner API experience, as well as speeding up internal logic.

In your game where you use map.createDynamicLayer or map.createStaticLayer replace it with map.createLayer instead.

The second change is that the Tilemap system now supports isometric, hexagonal and staggered isometric map types, along with the previous orthogonal format, thanks to a PR from @svipal. You can now export maps using any of these orientations from the Tiled Map Editor and load them into Phaser using the existing tilemap loading API. No further changes need to take place in the way your maps are loaded.
The Tilemap.createFromObjects method has been overhauled to make it much more useful. The method signature has changed and it now takes a new CreateFromObjectLayerConfig configuration object, or an array of them, which allows much more fine-grained control over which objects in the Tiled Object Layers are converted and what they are converted to. Previously it could only convert to Sprites, but you can now pass in a custom class, filter based on id, gid or name, even provide a Container to add the created Game Objects to. Please see the new documentation for this method and the config object for more details. Fix #3817 #4613 (thanks @georgzoeller @Secretmapper)

The Tilemap.createDynamicLayer method has been renamed to createLayer.
The Tilemap.createStaticLayer method has been removed. Use createLayer instead.
The Tilemap.createBlankDynamicLayer method has been renamed to createBlankLayer.
The Tilemap.convertLayerToStatic method has been removed as it is no longer required.
The TilemapLayerWebGLRenderer function will no longer iterate through the layer tilesets, drawing tiles from only that set. Instead all it does now is iterate directly through only the tiles. This allows it to take advantage of the new Multi Texturing pipeline and also draw multi-tileset isometric layers correctly.
Phaser.Types.Tilemaps.TilemapOrientationType is a new type def that holds the 4 types of map orientation now supported.
The Tile.updatePixelXY method now updates the tile XY position based on map type.
ParseTilesets will now correctly handle non-consecutive tile IDs. It also now correctly sets the maxId property, fixing a bug where tiles wouldn't render if from IDs outside the expected range. Fix #4367 (thanks @jackfreak)
Tilemap.hexSideLength is a new property that holds the length of the hexagon sides, if using Hexagonal Tilemaps.
LayerData.orientation is a new property that holds the tilemap layers orientation constant.
LayerData.hexSideLength is a new property that holds the length of the hexagon sides, if using Hexagonal Tilemaps.
MapData.orientation is a new property that holds the tilemap layers orientation constant.
MapData.hexSideLength is a new property that holds the length of the hexagon sides, if using Hexagonal Tilemaps.
Tilemaps.Components.HexagonalWorldToTileY is a new function that converts a world Y coordinate to hexagonal tile Y coordinate.
Tilemaps.Components.StaggeredWorldToTileY is a new function that converts a world Y coordinate to staggered tile Y coordinate.
Tilemaps.Components.HexagonalWorldToTileXY is a new function that converts world coordinates to hexagonal tile coordinates.
Tilemaps.Components.IsometricWorldToTileXY is a new function that converts world coordinates to isometric tile coordinates.
Tilemaps.Components.StaggeredWorldToTileXY is a new function that converts world coordinates to staggered tile coordinates.
Tilemaps.Components.HexagonalTileToWorldY is a new function that converts a hexagonal Y coordinate to a world coordinate.
Tilemaps.Components.StaggeredTileToWorldY is a new function that converts a staggered Y coordinate to a world coordinate.
Tilemaps.Components.HexagonalTileToWorldXY is a new function that converts hexagonal tile coordinates to world coordinates.
Tilemaps.Components.IsometricTileToWorldXY is a new function that converts isometric tile coordinates to world coordinates.
Tilemaps.Components.StaggeredTileToWorldXY is a new function that converts staggered tile coordinates to world coordinates.
Tilemaps.Components.GetTileToWorldXFunction is a new function that returns the correct conversion function to use.
Tilemaps.Components.GetTileToWorldYFunction is a new function that returns the correct conversion function to use.
Tilemaps.Components.GetTileToWorldXXFunction is a new function that returns the correct conversion function to use.
Tilemaps.Components.GetWorldToTileXFunction is a new function that returns the correct conversion function to use.
Tilemaps.Components.GetWorldToTileYFunction is a new function that returns the correct conversion function to use.
Tilemaps.Components.GetWorldToTileXYFunction is a new function that returns the correct conversion function to use.
Tilemaps.Components.GetCullTilesFunction is a new function that returns the correct culling function to use.
Tilemaps.Components.HexagonalCullTiles is a new function that culls tiles in a hexagonal map.
Tilemaps.Components.StaggeredCullTiles is a new function that culls tiles in a staggered map.
Tilemaps.Components.IsometricCullTiles is a new function that culls tiles in a isometric map.
Tilemaps.Components.CullBounds is a new function that calculates the cull bounds for an orthogonal map.
Tilemaps.Components.HexagonalCullBounds is a new function that calculates the cull bounds for a hexagonal map.
Tilemaps.Components.StaggeredCullBounds is a new function that calculates the cull bounds for a staggered map.
Tilemaps.Components.RunCull is a new function that runs the culling process from the combined bounds and tilemap.
Tilemap._convert is a new internal private hash of tilemap conversion functions used by the public API.
The Tilemap._isStaticCall method has been removed and no Tilemap methods now check this, leading to faster execution.
The Arcade Physics Sprites vs. Tilemap Layers flow has changed. Previously, it would iterate through a whole bunch of linked functions, taking lots of jumps in the process. It now just calls the GetTilesWithinWorldXY component directly, saving lots of overhead.
The method Tilemap.weightedRandomize has changed so that the parameter weightedIndexes is now first in the method and is non-optional. Previously, it was the 5th parameter and incorrectly flagged as optional.
The method TilemapLayer.weightedRandomize has changed so that the parameter weightedIndexes is now first in the method and is non-optional. Previously, it was the 5th parameter and incorrectly flagged as optional.

Update List - New Features, API Changes and Bug Fixes

The way in which Game Objects add themselves to the Scene Update List has changed. Instead of being added by the Factory methods, they will now add and remove themselves based on the new ADDED_TO_SCENE and REMOVED_FROM_SCENE events. This means, you can now add Sprites directly to a Container, or Group, and they'll animate properly without first having to be part of the Update List. The full set of changes and new features relating to this follow:

GameObjects.Events.ADDED_TO_SCENE is a new event, emitted by a Game Object, when it is added to a Scene, or a Container that is part of the Scene.
GameObjects.Events.REMOVED_FROM_SCENE is a new event, emitted by a Game Object, when it is removed from a Scene, or a Container that is part of the Scene.
Scenes.Events.ADDED_TO_SCENE is a new event, emitted by a Scene, when a new Game Object is added to the display list in the Scene, or a Container that is on the display list.
Scenes.Events.REMOVED_FROM_SCENE is a new event, emitted by a Scene, when it a Game Object is removed from the display list in the Scene, or a Container that is on the display list.
GameObject.addedToScene is a new method that custom Game Objects can use to perform additional set-up when a Game Object is added to a Scene. For example, Sprite uses this to add itself to the Update List.
GameObject.removedFromScene is a new method that custom Game Objects can use to perform additional tear-down when a Game Object is removed from a Scene. For example, Sprite uses this to remove themselves from the Update List.
Game Objects no longer automatically remove themselves from the Update List during preDestroy. This should be handled directly in the removedFromScene method now.
The Container will now test to see if any Game Object added to it is already on the display list, or not, and emit its ADDED and REMOVED events accordingly. Fix #5267 #3876 (thanks @halgorithm @mbpictures)
DisplayList.events is a new property that references the Scene's Event Emitter. This is now used internally.
DisplayList.addChildCallback is a new method that overrides the List callback and fires the new ADDED events.
DisplayList.removeChildCallback is a new method that overrides the List callback and fires the new REMOVED events.
GameObjectCreator.events is a new property that references the Scene's Event Emitter. This is now used internally.
GameObjectFactory.events is a new property that references the Scene's Event Emitter. This is now used internally.
ProcessQueue.checkQueue is a new boolean property that will make sure only unique objects are added to the Process Queue.
The Update List now uses the new checkQueue property to ensure no duplicate objects are on the active list.
DOMElementFactory, ExternFactory, ParticleManagerFactor, RopeFactory and SpriteFactory all no longer add the objects to the Update List, this is now handled by the ADDED events instead.
Sprite, Rope, ParticleEmitterManager, Extern and DOMElement now all override the addedToScene and removedFromScene callbacks to handle further set-up tasks.

Input Manager and Mouse Manager - New Features, API Changes and Bug Fixes

ScaleManager.refresh is now called when the Game.READY event fires. This fixes a bug where the Scale Manager would have the incorrect canvas bounds, because they were calculated before a previous canvas was removed from the DOM. Fix #4862 (thanks @dranitski)
The Game Config property inputMouseCapture has been removed, as this is now split into 3 new config options:
inputMousePreventDefaultDown is a new config option that allows you to control preventDefault calls specifically on mouse down events. Set it via input.mouse.preventDefaultDown in the Game Config. It defaults to true, the same as the previous capture property did.
inputMousePreventDefaultUp is a new config option that allows you to control preventDefault calls specifically on mouse up events. Set it via input.mouse.preventDefaultUp in the Game Config. It defaults to true, the same as the previous capture property did.
inputMousePreventDefaultMove is a new config option that allows you to control preventDefault calls specifically on mouse move events. Set it via input.mouse.preventDefaultMove in the Game Config. It defaults to true, the same as the previous capture property did.
inputMousePreventDefaultWheel is a new config option that allows you to control preventDefault calls specifically on mouse wheel events. Set it via input.mouse.preventDefaultWheel in the Game Config. It defaults to true, the same as the previous capture property did.
The MouseManager.capture property has been removed, as this is now split into 3 new config options (see below)
MouseManager.preventDefaultDown is a new boolean property, set via the inputMousePreventDefaultDown config option that allows you to toggle capture of mouse down events at runtime.
MouseManager.preventDefaultUp is a new boolean property, set via the inputMousePreventDefaultUp config option that allows you to toggle capture of mouse up events at runtime.
MouseManager.preventDefaultMove is a new boolean property, set via the inputMousePreventDefaultMove config option that allows you to toggle capture of mouse move events at runtime.
MouseManager.preventDefaultWheel is a new boolean property, set via the inputMousePreventDefaultWheel config option that allows you to toggle capture of mouse wheel at runtime.
In the MouseManager the up, down and move events are no longer set as being passive if captured. Over, Out, Wheel and the Window level Down and Up events are always flagged as being passive. Wheel events are non-passive if capturing is enabled.
The GamepadPlugin will now call refreshPads as part of its start process. This allows you to use Gamepads across multiple Scenes, without having to wait for a connected event from each one of them. If you've already had a connected event in a previous Scene, you can now just read the pads directly via this.input.gamepad.pad1 and similar. Fix #4890 (thanks @Sytten)
Shutting down the Gamepad plugin (such as when sleeping a Scene) no longer calls GamepadPlugin.disconnectAll, but destroying it does.
Gamepad._created is a new private internal property that keeps track of when the instance was created. This is compared to the navigator timestamp in the update loop to avoid event spamming. Fix #4890.
Pointer.down will now check if the browser is running under macOS and if the ctrl key was also pressed, if so, it will flag the down event as being a right-click instead of a left-click, as per macOS conventions. Fix #4245 (thanks @BigZaphod)
When destroying an interactive Game Object that had useHandCursor enabled, it would reset the CSS cursor to default, even if the cursor wasn't over that Game Object. It will now only reset the cursor if it's over the Game Object being destroyed. Fix #5321 (thanks @JstnPwll)
The InputPlugin.shutdown method will now reset the CSS cursor, in case it was set by any Game Objects in the Scene that have since been destroyed.
The InputPlugin.processOverEvents has had a duplicate internal loop removed from it (thanks KingCosmic)

Tint Component Updates and resulting Shader Changes

Phaser has had the ability to apply an additive tint to a Game Object since the beginning, and gained 'filled tints', with and without texture alpha, in v3.11. While this was handy, it introduced a 3-way if-else condition to the shaders to handle the different modes. Plus, setting tint colors was also generating rgb order Float32 color values for each Game Object, making reading those colors back again difficult (as they'd return in BGR order).

This has all changed in 3.50, as outlined below. Tint values are now used directly in the shader and don't pass through a color conversion function first. Lots of private properties have been removed and the shaders no longer have a 3-way if-else block. All of this means improved performance and a slight reduction in memory overhead.

Tint.tintTopLeft is now a normal property in RGB order, not a setter, and no longer passes through the GetColorFromValue function. This directly replaces the private property _tintTL which has now been removed.
Tint.tintTopRight is now a normal property in RGB order, not a setter, and no longer passes through the GetColorFromValue function. This directly replaces the private property _tintTR which has now been removed.
Tint.tintBottomLeft is now a normal property in RGB order, not a setter, and no longer passes through the GetColorFromValue function. This directly replaces the private property _tintBL which has now been removed.
Tint.tintBottomRight is now a normal property in RGB order, not a setter, and no longer passes through the GetColorFromValue function. This directly replaces the private property _tintBR which has now been removed.
The property Tint._isTinted has been removed as it's no longer required.
The Single.frag, Light.frag and Multi.frag shaders have all been updated so they now read the color value as outTint.bgr instead of outTint.rgb. This allows the colors to remain in RGB order within the Tint component.
The Single.frag, Light.frag and Multi.frag shaders have all been updated so they no longer have a 3-way check on the outTintEffect value.
The Multi Pipeline, Bitmap Text, Render Texture, Text, TileSprite and Camera now all read the tint values from the public properties instead of the private _tintTL etc ones. They also now set the tintEffect value directly from the tintFill property, removing another conditional check.
The function GetColorFromValue has been removed as it's no longer used internally.
The Rope.tintFill property is now a boolean, not an integer, and can no longer take 2 as a value for a complete fill. Instead, you should provide a solid color texture with no alpha.
As a result of the change to the shader, all uses of the WebGL Util function getTintAppendFloatAlphaAndSwap have been replaced with getTintAppendFloatAlpha instead.
As a result of the change to the shader, the Multi Pipeline now uses the WebGLRenderer.whiteTexture and tintEffect mode of 1 by default, instead of mode 2 (which has been removed) and a transparent texture. This ensures Graphics and Shapes objects still render correctly under the new smaller shader code.
WebGLRenderer.whiteTexture is a new property that is a reference to a pure white 4x4 texture that is created during Boot by the Texture Manager. The Graphics Pipeline uses this internally for all geometry fill rendering.
The TextureManager now generates a new texture with the key __WHITE during its boot process. This is a pure white 4x4 texture used by the Graphics pipelines.
Config.images.white is a new Game Config property that specifies the 4x4 white PNG texture used by Graphics rendering. You can override this via the config, but only do so if needed.

Arcade Physics - New Features, API Changes and Bug Fixes

Prior to v3.50 an Arcade Physics Body could be one of two states: immovable, or movable. An immovable body could not receive any impact from another Body. If something collided with it, it wouldn't even separate to break free from the collision (the other body had to take the full separation value). It was intended for objects such as platforms, ground or walls, there they absolutely shouldn't move under any circumstances. As a result, two immovable bodies could never be collided together. While this worked for scenery-like items, it didn't work if you required maybe 2 players who could collide with each other, but should never be able to push one another. As of 3.50 all physics bodies now have a new property pushable that allows this. A pushable body can share separation with its collider, as well as take on mass-based velocity from the impact. A non-pushable body will behave differently depending on what it collides with. For example, a pushable body hitting a non-pushable (or immovable) body will rebound off it.

The Arcade Physics Body class has a new boolean property pushable (true, by default). This allows you to set if a Body can be physically pushed by another Body, or not. Fix #4175 #4415 (thanks @inmylo @CipSoft-Components)
Body.setPushable is a new chainable method that allows you to set the pushable state of a Body.
Arcade.Components.Pushable is a new component, inherited by the standard Arcade Physics Image and Sprite classes.
Bodies will now check to see if they are blocked in the direction they're being pushed, before resolving the collision. This helps stop some bodies from being pushed into other objects.
Bodies will now check which direction they were moving and separate accordingly. This helps stop some bodies from being pushed into other objects.
ArcadePhysics.disableUpdate is a new method that will prevent the Arcade Physics World update method from being called when the Scene updates. By disabling it, you're free to call the update method yourself, passing in your own delta and time values.
ArcadePhysics.enableUpdate is a new method that will make the Arcade Physics World update in time with the Scene update. This is the default, so only call this if you have specifically disabled it previously.
ArcadeWorldConfig.customUpdate is a new boolean property...