diff --git a/AGENTS.md b/AGENTS.md
index c233ba7685..6d26876b74 100644
--- a/AGENTS.md
+++ b/AGENTS.md
@@ -21,8 +21,8 @@ Multi-language scripting for Bevy (Lua, Rune). Scripts are Bevy assets; they acc
 * Languages dispatch every script operation through `bindings::dispatch` (indexing, operators, static members, printing, iteration) and only convert values and deliver method receivers; see `docs/src/Development/AddingLanguages/necessary-features.md`.
 * Functions available on every type (e.g. the shared `new` constructor) are registered on `StaticTypeRef` (`FunctionScope::all_types()`) and bound to the type at lookup by currying a `ScriptValue::Type` (no allocation). Enum variants (`EnumVariantRef`) are resolved the same way, lazily.
 * There are no script globals besides the builtins, hardcoded in `bindings::builtins` (`import_namespace`, `export_namespace`) plus the language's `register_callback`; the function registry is keyed by type only. `world` is the `bms.world` namespace value. Functions which don't belong to a type are members of a namespace (`#[script_bindings(namespace = "...")] impl NamespaceMembers`, stored in `AppScriptNamespaceMembers`), i.e. `import_namespace("bms").log_info`; the running script's entity and handle are `bms.current_entity()` / `bms.current_script()`, looked up only when called.
-* Every type known to scripts lives in a namespace: the crate defining it, unless overridden with `ScriptNamespace` type data (`script_bindings(namespace = ...)`); BMS' own types are in `bms`. Scripts register components and events only into `script.*` namespaces. `import_namespace(path)` returns a namespace's types (and exported functions), from the shared, lazily rebuilt `AppScriptTypeCatalogue` (`bindings/src/globals/catalogue.rs`).
-* `export_namespace` exposes a callback of the calling script as a function in a `script.*` namespace; calls run through the callback runners in the exporting script. A script's exports and observers are removed when it unloads (`remove_script_registrations`).
+* Every type known to scripts lives in a namespace: the crate defining it, unless overridden with `ScriptNamespace` type data (`script_bindings(namespace = ...)`); BMS' own types are in `bms`. Scripts register components, events and system sets only into `script.*` namespaces; Rust system sets are namespace members (`ScriptSystemSetAppExt`). `import_namespace(path)` returns a namespace's types (and exported functions), from the shared, lazily rebuilt `AppScriptTypeCatalogue` (`bindings/src/globals/catalogue.rs`).
+* `export_namespace` exposes a callback of the calling script as a function in a `script.*` namespace; calls run through the callback runners in the exporting script. A script's exports, system sets (from their namespace only) and observers are removed when it unloads (`remove_script_registrations`).
 * Script observers (`world.add_observer`) run their callbacks from a command through `AppScriptCallbackRunners::run_or_queue`, never re-entering a busy context.
 * The Rune backend (`crates/languages/bevy_mod_scripting_rune`) differs from Lua in how members are reached (names are registered up front, the context is rebuilt when new ones appear), has no top level code (`pub fn main()` runs on load), no shared globals (`state()`), and catches errors with `catch(|| ..)`; see its crate docs. Rune scripts (`.rn`) have tests next to the Lua ones, run with the `rune` feature.
 * Feature flags select language and which Bevy crate bindings are compiled in; exactly one Lua variant must be chosen.
diff --git a/assets/definitions/bindings.d.lua b/assets/definitions/bindings.d.lua
deleted file mode 100644
index 00e6f70cd2..0000000000
--- a/assets/definitions/bindings.d.lua
+++ /dev/null
@@ -1,19549 +0,0 @@
----@meta
----@module "World"
-
-
----@class World
---- The ECS world containing all Components, Resources and Systems. Main point of interaction with a Bevy App.
-local World = {}
-
----@return ReflectReference
-function World.fixed_time() end
-
----@param path string
---- The asset path, relative to the assets folder.
----@param asset_type ScriptTypeRegistration
---- The type of the asset, i.e. `bevy_mod_scripting_asset::script_asset::ScriptAsset`.
----@return ReflectReference
-function World.load_asset(path,asset_type) end
-
----@param handle ReflectReference
---- The handle to the asset.
----@return boolean
-function World.is_loaded(handle) end
-
----@param entity Entity
---- The entity to despawn the descendants of.
----@return nil
-function World.despawn_descendants(entity) end
-
----@param p1 ReflectSchedule
----@param p2 string
----@param p3 string
----@return nil
-function World._assert_systems_run_in_parallel(p1,p2,p3) end
-
----@param namespace string
---- The script namespace to register the component in, it must start with `script.`, i.e. `script.my_game`. Scripts cannot add to other namespaces.
----@param name string
---- The name of the component type, unique within the namespace. The component can later be found as `import_namespace(namespace).name`.
----@param allow_existing? boolean | nil
---- If true, returns the registration of the already registered component with this name instead of failing. Defaults to false.
----@return ScriptComponentRegistration
-function World.register_new_component(namespace,name,allow_existing) end
-
----@return nil
-function World.exit() end
-
----@param entity Entity
----@param registration ScriptComponentRegistration
---- The resource to add.
----@return nil
-function World.add_default_component(entity,registration) end
-
----@param entity Entity
---- The entity to check.
----@param registration ScriptComponentRegistration
---- The component to check for.
----@return boolean
-function World.has_component(entity,registration) end
-
----@param handle_reference ReflectReference
---- The handle to the asset (as a reflect reference).
----@param registration ScriptTypeRegistration
---- The type registration of the asset type.
----@return ReflectReference | nil
-function World.get_asset(handle_reference,registration) end
-
----@return Entity
-function World.spawn() end
-
----@param p1 number
----@return nil
-function World._sleep(p1) end
-
----@param state_type ScriptTypeRegistration
----@return ReflectReference | nil
-function World.get_state(state_type) end
-
----@param registration ScriptBundleRegistration
---- The bundle registration of the bundle to insert.
----@param value ReflectReference
---- The value of the bundle to insert.
----@return Entity
-function World.spawn_bundle(registration,value) end
-
----@param entity Entity
---- The entity to despawn.
----@return nil
-function World.despawn(entity) end
-
----@param entity Entity
---- The entity to insert the component into.
----@param registration ScriptComponentRegistration
---- The component registration of the component to insert.
----@param value ReflectReference
---- The value of the component to insert. Can be constructed using `construct`
----@return nil
-function World.insert_component(entity,registration,value) end
-
----@param entity Entity
---- The parent entity to receive children
----@param index integer
---- The index to insert the children at
----@param children Entity[]
---- The children entities to insert
----@return nil
-function World.insert_children(entity,index,children) end
-
----@return ReflectReference
-function World.time() end
-
----@param namespace string
---- The script namespace to register the event in, it must start with `script.`, i.e. `script.my_game`.
----@param name string
---- The name of the event, unique within the namespace.
----@param allow_existing? boolean | nil
---- If true, returns the already registered event with this name instead of failing. Defaults to false.
----@return ScriptEventRegistration
-function World.register_new_event(namespace,name,allow_existing) end
-
----@param entity Entity
---- The entity to despawn recursively.
----@return nil
-function World.despawn_recursive(entity) end
-
----@param handle ReflectReference
---- The handle to the asset.
----@return string | nil
-function World.asset_path(handle) end
-
----@param schedule ReflectSchedule
---- The schedule to add the system to.
----@param builder ScriptSystemBuilder
---- The system builder specifying the system and its dependencies.
----@return ReflectSystem
-function World.add_system(schedule,builder) end
-
----@param entity Entity
---- The entity to insert the bundle into.
----@param registration ScriptBundleRegistration
---- The bundle registration of the bundle to insert.
----@param value ReflectReference
---- The value of the bundle to insert. Can be constructed like any other value, i.e. using `construct` or the type's `new` function.
----@return nil
-function World.insert_bundle(entity,registration,value) end
-
----@param p1 string
----@return ReflectReference | nil
-function World._get_entity_with_test_component(p1) end
-
----@param e Entity
----@return boolean
-function World.has_entity(e) end
-
----@param handle_reference ReflectReference
----@return boolean
-function World.has_asset(handle_reference) end
-
----@param registration ScriptResourceRegistration
---- The resource to remove.
----@return nil
-function World.remove_resource(registration) end
-
----@param entity Entity
---- The entity to retrieve the children of.
----@return Entity[]
-function World.get_children(entity) end
-
----@param registration ScriptTypeRegistration
---- The type of the message.
----@param message ReflectReference
---- The message value, e.g. built with `construct`.
----@return nil
-function World.write_message(registration,message) end
-
----@param p1 ReflectSchedule
----@param p2 string
----@param p3 string
----@return nil
-function World._assert_system_runs_before(p1,p2,p3) end
-
----@param event ScriptTypeRegistration | ScriptEventRegistration
---- The type of the event to observe, or an event registered with `register_new_event`.
----@param callback string
---- The label of the callback to run, receives the event.
----@param components? ScriptComponentRegistration[] | nil
---- The components the observer is interested in, for component lifecycle events. Ignored for script events.
----@param entities? Entity[] | nil
---- If given, the observer only runs for these entities. Ignored for script events.
----@return Entity
-function World.add_observer(event,callback,components,entities) end
-
----@return ReflectReference
-function World._get_mock_type() end
-
----@return ReflectReference
-function World._get_mock_resource_type() end
-
----@param entity Entity
---- The parent entity to receive children
----@param children Entity[]
---- The children entities to push
----@return nil
-function World.push_children(entity,children) end
-
----@param entity Entity
---- The entity to retrieve the parent of.
----@return Entity | nil
-function World.get_parent(entity) end
-
----@param value ReflectReference
---- The asset value, of a type registered for asset reflection.
----@return ReflectReference
-function World.add_asset(value) end
-
----@param entity Entity
---- The entity to retrieve the component from.
----@param registration ScriptComponentRegistration
---- The component to retrieve.
----@return ReflectReference | nil
-function World.get_component(entity,registration) end
-
----@param name string
----@return Entity | nil
-function World.find_entity_by_name(name) end
-
----@param registration ScriptResourceRegistration
---- The registration of the resource to retrieve.
----@return ReflectReference | nil
-function World.get_resource(registration) end
-
----@param type_name string
---- The full path of the type to retrieve, i.e. `bevy_transform::components::transform::Transform` or `script.my_game.Enemy`.
----@return ScriptTypeRegistration | ScriptComponentRegistration | ScriptResourceRegistration | ScriptBundleRegistration | nil
-function World.get_type_by_name(type_name) end
-
----@param p1 function
----@param p2 string
----@return nil
-function World._assert_throws(p1,p2) end
-
----@return ReflectReference
-function World._get_mock_component_type() end
-
----@param entity Entity
---- The entity to remove the component from.
----@param registration ScriptComponentRegistration
---- The component to remove.
----@return nil
-function World.remove_component(entity,registration) end
-
----@return Entity[]
-function World.gamepads() end
-
----@return ScriptQueryBuilder
-function World.query() end
-
----@param name string
---- The name of the schedule to retrieve.
----@return ReflectSchedule | nil
-function World.get_schedule_by_name(name) end
-
----@param event ScriptTypeRegistration | ScriptEventRegistration
---- The type of the event, or the script event.
----@param value? any | nil
---- The event value, e.g. built with `construct`, for Rust events. Any value (or nothing) for script events, which is passed to the observers.
----@return nil
-function World.trigger_event(event,value) end
-
----@return ReflectReference
-function World.virtual_time() end
-
----@param registration ScriptTypeRegistration | ScriptComponentRegistration | ScriptResourceRegistration | ScriptBundleRegistration
---- The enum type.
----@param variant_name string
---- The name of the variant.
----@return EnumVariantRef | nil
-function World.get_enum_variant(registration,variant_name) end
-
----@param registration ScriptResourceRegistration
---- The registration of the resource to check for.
----@return boolean
-function World.has_resource(registration) end
-
----@param handle ReflectReference
---- The handle to the asset.
----@return string
-function World.load_state(handle) end
-
----@return ReflectReference
-function World.real_time() end
-
----@param value ReflectReference
----@return nil
-function World.set_next_state(value) end
-
-
-
----@class AnimationPlayer : ReflectReference
----  Animation controls.
---- 
----  Automatically added to any root animations of a scene when it is
----  spawned.
----@field  active_animations? table<NodeIndex, ActiveAnimation>
-local AnimationPlayer = {}
-
----@param _self AnimationPlayer
----@param node NodeIndex
----@return nil
-function AnimationPlayer.play(_self,node) end
-
----@param _self AnimationPlayer
----@param node NodeIndex
----@param seconds number
----@return nil
-function AnimationPlayer.seek_to(_self,node,seconds) end
-
----@param _self AnimationPlayer
----@param node NodeIndex
----@return nil
-function AnimationPlayer.set_repeat_forever(_self,node) end
-
----@param _self AnimationPlayer
----@return nil
-function AnimationPlayer.resume_all(_self) end
-
----@param _self AnimationPlayer
----@param node NodeIndex
----@return boolean
-function AnimationPlayer.is_playing_animation(_self,node) end
-
----@param _self AnimationPlayer
----@return boolean
-function AnimationPlayer.all_finished(_self) end
-
----@param _self AnimationPlayer
----@return nil
-function AnimationPlayer.pause_all(_self) end
-
----@param _self AnimationPlayer
----@return boolean
-function AnimationPlayer.all_paused(_self) end
-
----@param _self AnimationPlayer
----@param node NodeIndex
----@param speed number
----@return nil
-function AnimationPlayer.set_speed(_self,node,speed) end
-
----@param _self AnimationPlayer
----@param node NodeIndex
----@return nil
-function AnimationPlayer.stop(_self,node) end
-
----@param _self AnimationPlayer
----@param node NodeIndex
----@return boolean | nil
-function AnimationPlayer.animation_is_finished(_self,node) end
-
----@param _self AnimationPlayer
----@return nil
-function AnimationPlayer.stop_all(_self) end
-
----@param payload AnimationPlayer.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return AnimationPlayer
-function AnimationPlayer.new(payload) end
-
-
-
----@class AnimationGraph : ReflectReference
----  A graph structure that describes how animation clips are to be blended
----  together.
---- 
----  Applications frequently want to be able to play multiple animations at once
----  and to fine-tune the influence that animations have on a skinned mesh. Bevy
----  uses an *animation graph* to store this information. Animation graphs are a
----  directed acyclic graph (DAG) that describes how animations are to be
----  weighted and combined together. Every frame, Bevy evaluates the graph from
----  the root and blends the animations together in a bottom-up fashion to
----  produce the final pose.
---- 
----  There are three types of nodes: *blend nodes*, *add nodes*, and *clip
----  nodes*, all of which can have an associated weight. Blend nodes and add
----  nodes have no associated animation clip and combine the animations of their
----  children according to those children's weights. Clip nodes specify an
----  animation clip to play. When a graph is created, it starts with only a
----  single blend node, the root node.
---- 
----  For example, consider the following graph:
---- 
----  ```text
----  ┌────────────┐                                      
----  │            │                                      
----  │    Idle    ├─────────────────────┐                
----  │            │                     │                
----  └────────────┘                     │                
----                                     │                
----  ┌────────────┐                     │  ┌────────────┐
----  │            │                     │  │            │
----  │    Run     ├──┐                  ├──┤    Root    │
----  │            │  │  ┌────────────┐  │  │            │
----  └────────────┘  │  │   Blend    │  │  └────────────┘
----                  ├──┤            ├──┘                
----  ┌────────────┐  │  │    0.5     │                   
----  │            │  │  └────────────┘                   
----  │    Walk    ├──┘                                   
----  │            │                                      
----  └────────────┘                                      
----  ```
---- 
----  In this case, assuming that Idle, Run, and Walk are all playing with weight
----  1.0, the Run and Walk animations will be equally blended together, then
----  their weights will be halved and finally blended with the Idle animation.
----  Thus the weight of Run and Walk are effectively half of the weight of Idle.
---- 
----  Nodes can optionally have a *mask*, a bitfield that restricts the set of
----  animation targets that the node and its descendants affect. Each bit in the
----  mask corresponds to a *mask group*, which is a set of animation targets
----  (bones). An animation target can belong to any number of mask groups within
----  the context of an animation graph.
---- 
----  When the appropriate bit is set in a node's mask, neither the node nor its
----  descendants will animate any animation targets belonging to that mask group.
----  That is, setting a mask bit to 1 *disables* the animation targets in that
----  group. If an animation target belongs to multiple mask groups, masking any
----  one of the mask groups that it belongs to will mask that animation target.
----  (Thus an animation target will only be animated if *all* of its mask groups
----  are unmasked.)
---- 
----  A common use of masks is to allow characters to hold objects. For this, the
----  typical workflow is to assign each character's hand to a mask group. Then,
----  when the character picks up an object, the application masks out the hand
----  that the object is held in for the character's animation set, then positions
----  the hand's digits as necessary to grasp the object. The character's
----  animations will continue to play but will not affect the hand, which will
----  continue to be depicted as holding the object.
---- 
----  Animation graphs are assets and can be serialized to and loaded from [RON]
----  files. Canonically, such files have an `.animgraph.ron` extension.
---- 
----  The animation graph implements [RFC 51]. See that document for more
----  information.
---- 
----  [RON]: https://github.com/ron-rs/ron
---- 
----  [RFC 51]: https://github.com/bevyengine/rfcs/blob/main/rfcs/51-animation-composition.md
----@field  graph? any
----@field  root? NodeIndex
----@field  mask_groups? table<AnimationTargetId, integer>
-local AnimationGraph = {}
-
----@param handle bevy_asset::handle::Handle<bevy_animation::AnimationClip>
----@return AnimationGraph
-function AnimationGraph.from_clip(handle) end
-
----@param _self AnimationGraph
----@return NodeIndex
-function AnimationGraph.root_node(_self) end
-
----@param _self AnimationGraph
----@param handle bevy_asset::handle::Handle<bevy_animation::AnimationClip>
----@param weight number
----@param parent NodeIndex
----@return NodeIndex
-function AnimationGraph.add_clip(_self,handle,weight,parent) end
-
----@param payload AnimationGraph.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return AnimationGraph
-function AnimationGraph.new(payload) end
-
-
-
----@class PlaybackSettings : ReflectReference
----  Initial settings to be used when audio starts playing.
---- 
----  If you would like to control the audio while it is playing, query for the
----  [`AudioSink`](crate::AudioSink) or [`SpatialAudioSink`](crate::SpatialAudioSink)
----  components. Changes to this component will *not* be applied to already-playing audio.
----@field  mode? PlaybackMode
----@field  volume? Volume
----@field  speed? number
----@field  paused? boolean
----@field  muted? boolean
----@field  spatial? boolean
----@field  spatial_scale? SpatialScale | nil
----@field  start_position? Duration | nil
----@field  duration? Duration | nil
-local PlaybackSettings = {}
-
----@param _self PlaybackSettings
----@param speed number
----@return PlaybackSettings
-function PlaybackSettings.with_speed(_self,speed) end
-
----@return PlaybackSettings
-function PlaybackSettings.remove() end
-
----@return PlaybackSettings
-function PlaybackSettings.once() end
-
----@return PlaybackSettings
-function PlaybackSettings.looping() end
-
----@param _self PlaybackSettings
----@param linear number
----@return PlaybackSettings
-function PlaybackSettings.with_volume(_self,linear) end
-
----@param _self PlaybackSettings
----@param spatial boolean
----@return PlaybackSettings
-function PlaybackSettings.with_spatial(_self,spatial) end
-
----@return PlaybackSettings
-function PlaybackSettings.despawn() end
-
----@param payload PlaybackSettings.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return PlaybackSettings
-function PlaybackSettings.new(payload) end
-
-
-
----@class Camera : ReflectReference
----  The defining [`Component`] for camera entities,
----  storing information about how and what to render through this camera.
---- 
----  The [`Camera`] component is added to an entity to define the properties of the viewpoint from
----  which rendering occurs. It defines the position of the view to render, the projection method
----  to transform the 3D objects into a 2D image, as well as the render target into which that image
----  is produced.
---- 
----  Note that a [`Camera`] needs a `CameraRenderGraph` to render anything.
----  This is typically provided by adding a [`Camera2d`] or [`Camera3d`] component,
----  but custom render graphs can also be defined. Inserting a [`Camera`] with no render
----  graph will emit an error at runtime.
---- 
----  [`Camera2d`]: crate::Camera2d
----  [`Camera3d`]: crate::Camera3d
----@field  viewport? Viewport | nil
----@field  order? integer
----@field  is_active? boolean
----@field  computed? ComputedCameraValues
----@field  output_mode? CameraOutputMode
----@field  msaa_writeback? MsaaWriteback
----@field  clear_color? ClearColorConfig
----@field  invert_culling? boolean
----@field  sub_camera_view? SubCameraView | nil
-local Camera = {}
-
----@param _self Camera
----@param camera_transform GlobalTransform
----@param world_position Vec3
----@return Vec2 | nil
-function Camera.world_to_viewport(_self,camera_transform,world_position) end
-
----@param _self Camera
----@return Rect | nil
-function Camera.logical_viewport_rect(_self) end
-
----@param _self Camera
----@param camera_transform GlobalTransform
----@param viewport_position Vec2
----@return Ray3d | nil
-function Camera.viewport_to_world(_self,camera_transform,viewport_position) end
-
----@param _self Camera
----@param camera_transform GlobalTransform
----@param viewport_position Vec2
----@return Vec2 | nil
-function Camera.viewport_to_world_2d(_self,camera_transform,viewport_position) end
-
----@param _self Camera
----@return Vec2 | nil
-function Camera.logical_viewport_size(_self) end
-
----@param _self Camera
----@return UVec2 | nil
-function Camera.physical_viewport_size(_self) end
-
----@param payload Camera.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Camera
-function Camera.new(payload) end
-
-
-
----@class OrthographicProjection : ReflectReference
----  Project a 3D space onto a 2D surface using parallel lines, i.e., unlike [`PerspectiveProjection`],
----  the size of objects remains the same regardless of their distance to the camera.
---- 
----  The volume contained in the projection is called the *view frustum*. Since the viewport is rectangular
----  and projection lines are parallel, the view frustum takes the shape of a cuboid.
---- 
----  Note that the scale of the projection and the apparent size of objects are inversely proportional.
----  As the size of the projection increases, the size of objects decreases.
---- 
----  # Examples
---- 
----  Configure the orthographic projection to one world unit per 100 window pixels:
---- 
----  ```
----  # use bevy_camera::{OrthographicProjection, Projection, ScalingMode};
----  let projection = Projection::Orthographic(OrthographicProjection {
----      scaling_mode: ScalingMode::WindowSize,
----      scale: 0.01,
----      ..OrthographicProjection::default_2d()
----  });
----  ```
----@field  near? number
----@field  far? number
----@field  viewport_origin? Vec2
----@field  scaling_mode? ScalingMode
----@field  scale? number
----@field  area? Rect
-local OrthographicProjection = {}
-
----@return OrthographicProjection
-function OrthographicProjection.default_2d() end
-
----@return OrthographicProjection
-function OrthographicProjection.default_3d() end
-
----@param payload OrthographicProjection.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return OrthographicProjection
-function OrthographicProjection.new(payload) end
-
-
-
----@class InheritedVisibility : ReflectReference
----  Whether or not an entity is visible in the hierarchy.
---- 
----  This is a computed component that users should not change manually.
----  To set the visibility of an entity, use [`Visibility`] instead.
----  For more information, see [module level documentation](self#what-is-the-difference-between-visibility-components).
---- 
----  This property is updated in [`VisibilityPropagate`] in the [`PostUpdate`] schedule.
----  Until then, it is not up to date with [`Visibility`] if it was changed
----  in the same frame.
---- 
----  If this is false, then [`ViewVisibility`] should also be false.
---- 
----  [`VisibilityPropagate`]: VisibilitySystems::VisibilityPropagate
----@field  [1] boolean
-local InheritedVisibility = {}
-
----@param _self InheritedVisibility
----@return boolean
-function InheritedVisibility.get(_self) end
-
----@param payload InheritedVisibility.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return InheritedVisibility
-function InheritedVisibility.new(payload) end
-
-
-
----@class ViewVisibility : ReflectReference
----  Algorithmically computed indication of whether an entity is visible and should be extracted for
----  rendering.
---- 
----  Not to be confused with [`Visibility`] and [`InheritedVisibility`].
----  For more information, see [module level documentation](self#what-is-the-difference-between-visibility-components).
---- 
----  If you wish to add a custom visibility system that sets this value, be sure to add it to the
----  [`CheckVisibility`] set.
---- 
----  [`VisibilityPropagate`]: VisibilitySystems::VisibilityPropagate
----  [`CheckVisibility`]: VisibilitySystems::CheckVisibility
----@field  [1] integer
-local ViewVisibility = {}
-
----@param _self ViewVisibility
----@return boolean
-function ViewVisibility.get(_self) end
-
----@param payload ViewVisibility.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ViewVisibility
-function ViewVisibility.new(payload) end
-
-
-
----@class Visibility : ReflectReference
----  User indication of whether an entity is visible. Propagates down the entity hierarchy.
---- 
----  If an entity is hidden in this way, all [`Children`] (and all of their children and so on) who
----  are set to [`Inherited`](Self::Inherited) will also be hidden.
---- 
----  Users should set this component if they wish to change the visibility of an entity.
---- 
----  To read the visibility of an entity, query for its [`InheritedVisibility`] instead.
----  For more information, see [module level documentation](self#what-is-the-difference-between-visibility-components).
----@field  Inherited Visibility.Inherited
----@field  Hidden Visibility.Hidden
----@field  Visible Visibility.Visible
-local Visibility = {}
-
----@param _self Visibility
----@return nil
-function Visibility.toggle_inherited_visible(_self) end
-
----@param _self Visibility
----@return nil
-function Visibility.toggle_visible_hidden(_self) end
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Visibility
-function Visibility.new(payload) end
-
-
-
----@class Visibility.Inherited : EnumVariantRef
---- The `Inherited` variant of `Visibility`.
-Visibility.Inherited = {}
-
----@param variant Visibility.Inherited
----@param payload NoFields
----@return Visibility
-function Visibility.Inherited.new(variant,payload) end
-
-
-
----@class Visibility.Hidden : EnumVariantRef
---- The `Hidden` variant of `Visibility`.
-Visibility.Hidden = {}
-
----@param variant Visibility.Hidden
----@param payload NoFields
----@return Visibility
-function Visibility.Hidden.new(variant,payload) end
-
-
-
----@class Visibility.Visible : EnumVariantRef
---- The `Visible` variant of `Visibility`.
-Visibility.Visible = {}
-
----@param variant Visibility.Visible
----@param payload NoFields
----@return Visibility
-function Visibility.Visible.new(variant,payload) end
-
-
-
----@class RenderLayers : ReflectReference
----  Defines which rendering layers an entity belongs to.
---- 
----  A camera renders an entity only when their render layers intersect.
---- 
----  The [`Default`] instance of `RenderLayers` contains layer `0`, the first layer. Entities
----  without this component also belong to layer `0`.
---- 
----  An empty `RenderLayers` makes the entity invisible.
----@field  [1] integer[]
-local RenderLayers = {}
-
----@param _self RenderLayers
----@param n integer
----@return RenderLayers
-function RenderLayers.without(_self,n) end
-
----@param _self RenderLayers
----@param other RenderLayers
----@return boolean
-function RenderLayers.intersects(_self,other) end
-
----@param n integer
----@return RenderLayers
-function RenderLayers.layer(n) end
-
----@param _self RenderLayers
----@param n integer
----@return RenderLayers
-function RenderLayers.with(_self,n) end
-
----@param _self RenderLayers
----@return integer[]
-function RenderLayers.__pairs(_self) end
-
----@param _self RenderLayers
----@return integer[]
-function RenderLayers.iter(_self) end
-
----@return RenderLayers
-function RenderLayers.none() end
-
----@param payload RenderLayers.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return RenderLayers
-function RenderLayers.new(payload) end
-
-
-
----@class Color : ReflectReference
----  An enumerated type that can represent any of the color types in this crate.
---- 
----  This is useful when you need to store a color in a data structure that can't be generic over
----  the color type.
----  <div>
----  </div>
---- 
----  # Operations
---- 
----  [`Color`] supports all the standard color operations, such as [mixing](Mix),
----  [luminance](Luminance) and [hue](Hue) adjustment,
----  and [diffing](EuclideanDistance). These operations delegate to the concrete color space contained
----  by [`Color`], but will convert to [`Oklch`](Oklcha) for operations which aren't supported in the
----  current space. After performing the operation, if a conversion was required, the result will be
----  converted back into the original color space.
---- 
----  ```rust
----  # use bevy_color::{Hue, Color};
----  let red_hsv = Color::hsv(0., 1., 1.);
----  let red_srgb = Color::srgb(1., 0., 0.);
---- 
----  // HSV has a definition of hue, so it will be returned.
----  red_hsv.hue();
---- 
----  // SRGB doesn't have a native definition for hue.
----  // Converts to Oklch and returns that result.
----  red_srgb.hue();
----  ```
---- 
----  [`Oklch`](Oklcha) has been chosen as the intermediary space in cases where conversion is required
----  due to its perceptual uniformity and broad support for Bevy's color operations.
----  To avoid the cost of repeated conversion, and ensure consistent results where that is desired,
----  first convert this [`Color`] into your desired color space.
----@field  Srgba Color.Srgba
----@field  LinearRgba Color.LinearRgba
----@field  Hsla Color.Hsla
----@field  Hsva Color.Hsva
----@field  Hwba Color.Hwba
----@field  Laba Color.Laba
----@field  Lcha Color.Lcha
----@field  Oklaba Color.Oklaba
----@field  Oklcha Color.Oklcha
----@field  Xyza Color.Xyza
----@field  Okhsla Color.Okhsla
----@field  Okhsva Color.Okhsva
----@field  Okhwba Color.Okhwba
-local Color = {}
-
----@param red number
----@param green number
----@param blue number
----@return Color
-function Color.srgb(red,green,blue) end
-
----@param hex string
----@return Color
-function Color.hex(hex) end
-
----@param hue number
----@param saturation number
----@param lightness number
----@return Color
-function Color.hsl(hue,saturation,lightness) end
-
----@param hue number
----@param saturation number
----@param value number
----@return Color
-function Color.hsv(hue,saturation,value) end
-
----@param red number
----@param green number
----@param blue number
----@param alpha number
----@return Color
-function Color.linear_rgba(red,green,blue,alpha) end
-
----@param hue number
----@param saturation number
----@param value number
----@param alpha number
----@return Color
-function Color.hsva(hue,saturation,value,alpha) end
-
----@param red number
----@param green number
----@param blue number
----@param alpha number
----@return Color
-function Color.srgba(red,green,blue,alpha) end
-
----@param red number
----@param green number
----@param blue number
----@return Color
-function Color.linear_rgb(red,green,blue) end
-
----@return Color
-function Color.none() end
-
----@param _self Color
----@return number
-function Color.alpha(_self) end
-
----@param _self Color
----@param other Color
----@return boolean
-function Color.__eq(_self,other) end
-
----@param _self Color
----@param other Color
----@return boolean
-function Color.eq(_self,other) end
-
----@param _self Color
----@param other Color
----@param t number
----@return Color
-function Color.mix(_self,other,t) end
-
----@param _self Color
----@return LinearRgba
-function Color.to_linear(_self) end
-
----@param hue number
----@param saturation number
----@param lightness number
----@param alpha number
----@return Color
-function Color.hsla(hue,saturation,lightness,alpha) end
-
----@param _self Color
----@return string
-function Color.to_hex(_self) end
-
----@param _self Color
----@return Srgba
-function Color.to_srgba(_self) end
-
----@param red integer
----@param green integer
----@param blue integer
----@param alpha integer
----@return Color
-function Color.srgba_u8(red,green,blue,alpha) end
-
----@param _self Color
----@param amount number
----@return Color
-function Color.lighter(_self,amount) end
-
----@param _self Color
----@return boolean
-function Color.is_fully_transparent(_self) end
-
----@param _self Color
----@param amount number
----@return Color
-function Color.darker(_self,amount) end
-
----@param red integer
----@param green integer
----@param blue integer
----@return Color
-function Color.srgb_u8(red,green,blue) end
-
----@param _self Color
----@return number
-function Color.luminance(_self) end
-
----@return Color
-function Color.black() end
-
----@param _self Color
----@param alpha number
----@return nil
-function Color.set_alpha(_self,alpha) end
-
----@param _self Color
----@param alpha number
----@return Color
-function Color.with_alpha(_self,alpha) end
-
----@param name string
----@return Color | nil
-function Color.named(name) end
-
----@return Color
-function Color.white() end
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Color
-function Color.new(payload) end
-
-
-
----@class Color.Srgba : EnumVariantRef
---- The `Srgba` variant of `Color`.
-Color.Srgba = {}
-
----@param variant Color.Srgba
----@param payload Color.Srgba.Fields
----@return Color
-function Color.Srgba.new(variant,payload) end
-
-
-
----@class Color.LinearRgba : EnumVariantRef
---- The `LinearRgba` variant of `Color`.
-Color.LinearRgba = {}
-
----@param variant Color.LinearRgba
----@param payload Color.LinearRgba.Fields
----@return Color
-function Color.LinearRgba.new(variant,payload) end
-
-
-
----@class Color.Hsla : EnumVariantRef
---- The `Hsla` variant of `Color`.
-Color.Hsla = {}
-
----@param variant Color.Hsla
----@param payload Color.Hsla.Fields
----@return Color
-function Color.Hsla.new(variant,payload) end
-
-
-
----@class Color.Hsva : EnumVariantRef
---- The `Hsva` variant of `Color`.
-Color.Hsva = {}
-
----@param variant Color.Hsva
----@param payload Color.Hsva.Fields
----@return Color
-function Color.Hsva.new(variant,payload) end
-
-
-
----@class Color.Hwba : EnumVariantRef
---- The `Hwba` variant of `Color`.
-Color.Hwba = {}
-
----@param variant Color.Hwba
----@param payload Color.Hwba.Fields
----@return Color
-function Color.Hwba.new(variant,payload) end
-
-
-
----@class Color.Laba : EnumVariantRef
---- The `Laba` variant of `Color`.
-Color.Laba = {}
-
----@param variant Color.Laba
----@param payload Color.Laba.Fields
----@return Color
-function Color.Laba.new(variant,payload) end
-
-
-
----@class Color.Lcha : EnumVariantRef
---- The `Lcha` variant of `Color`.
-Color.Lcha = {}
-
----@param variant Color.Lcha
----@param payload Color.Lcha.Fields
----@return Color
-function Color.Lcha.new(variant,payload) end
-
-
-
----@class Color.Oklaba : EnumVariantRef
---- The `Oklaba` variant of `Color`.
-Color.Oklaba = {}
-
----@param variant Color.Oklaba
----@param payload Color.Oklaba.Fields
----@return Color
-function Color.Oklaba.new(variant,payload) end
-
-
-
----@class Color.Oklcha : EnumVariantRef
---- The `Oklcha` variant of `Color`.
-Color.Oklcha = {}
-
----@param variant Color.Oklcha
----@param payload Color.Oklcha.Fields
----@return Color
-function Color.Oklcha.new(variant,payload) end
-
-
-
----@class Color.Xyza : EnumVariantRef
---- The `Xyza` variant of `Color`.
-Color.Xyza = {}
-
----@param variant Color.Xyza
----@param payload Color.Xyza.Fields
----@return Color
-function Color.Xyza.new(variant,payload) end
-
-
-
----@class Color.Okhsla : EnumVariantRef
---- The `Okhsla` variant of `Color`.
-Color.Okhsla = {}
-
----@param variant Color.Okhsla
----@param payload Color.Okhsla.Fields
----@return Color
-function Color.Okhsla.new(variant,payload) end
-
-
-
----@class Color.Okhsva : EnumVariantRef
---- The `Okhsva` variant of `Color`.
-Color.Okhsva = {}
-
----@param variant Color.Okhsva
----@param payload Color.Okhsva.Fields
----@return Color
-function Color.Okhsva.new(variant,payload) end
-
-
-
----@class Color.Okhwba : EnumVariantRef
---- The `Okhwba` variant of `Color`.
-Color.Okhwba = {}
-
----@param variant Color.Okhwba
----@param payload Color.Okhwba.Fields
----@return Color
-function Color.Okhwba.new(variant,payload) end
-
-
-
----@class Hsla : ReflectReference
----  Color in Hue-Saturation-Lightness (HSL) color space with alpha.
----  Further information on this color model can be found on [Wikipedia](https://en.wikipedia.org/wiki/HSL_and_HSV).
----  <div>
----  </div>
----@field  hue? number
----@field  saturation? number
----@field  lightness? number
----@field  alpha? number
-local Hsla = {}
-
----@param a number
----@param b number
----@param c number
----@param alpha number
----@return Hsla
-function Hsla.new(a,b,c,alpha) end
-
----@param _self Hsla
----@return Color
-function Hsla.to_color(_self) end
-
-
-
----@class Hsva : ReflectReference
----  Color in Hue-Saturation-Value (HSV) color space with alpha.
----  Further information on this color model can be found on [Wikipedia](https://en.wikipedia.org/wiki/HSL_and_HSV).
----  <div>
----  </div>
----@field  hue? number
----@field  saturation? number
----@field  value? number
----@field  alpha? number
-local Hsva = {}
-
----@param _self Hsva
----@return Color
-function Hsva.to_color(_self) end
-
----@param a number
----@param b number
----@param c number
----@param alpha number
----@return Hsva
-function Hsva.new(a,b,c,alpha) end
-
-
-
----@class Hwba : ReflectReference
----  Color in Hue-Whiteness-Blackness (HWB) color space with alpha.
----  Further information on this color model can be found on [Wikipedia](https://en.wikipedia.org/wiki/HWB_color_model).
----  <div>
----  </div>
----@field  hue? number
----@field  whiteness? number
----@field  blackness? number
----@field  alpha? number
-local Hwba = {}
-
----@param a number
----@param b number
----@param c number
----@param alpha number
----@return Hwba
-function Hwba.new(a,b,c,alpha) end
-
----@param _self Hwba
----@return Color
-function Hwba.to_color(_self) end
-
-
-
----@class Laba : ReflectReference
----  Color in LAB color space, with alpha
----  <div>
----  </div>
----@field  lightness? number
----@field  a? number
----@field  b? number
----@field  alpha? number
-local Laba = {}
-
----@param a number
----@param b number
----@param c number
----@param alpha number
----@return Laba
-function Laba.new(a,b,c,alpha) end
-
----@param _self Laba
----@return Color
-function Laba.to_color(_self) end
-
-
-
----@class Lcha : ReflectReference
----  Color in LCH color space, with alpha
----  <div>
----  </div>
----@field  lightness? number
----@field  chroma? number
----@field  hue? number
----@field  alpha? number
-local Lcha = {}
-
----@param a number
----@param b number
----@param c number
----@param alpha number
----@return Lcha
-function Lcha.new(a,b,c,alpha) end
-
----@param _self Lcha
----@return Color
-function Lcha.to_color(_self) end
-
-
-
----@class LinearRgba : ReflectReference
----  Linear RGB color with alpha.
---- 
----  SDR colors are in `[0.0, 1.0]`. Values above `1.0` are HDR intensities.
----  <div>
----  </div>
----@field  red? number
----@field  green? number
----@field  blue? number
----@field  alpha? number
----@operator mul(number): LinearRgba
-local LinearRgba = {}
-
----@param _self LinearRgba
----@return Color
-function LinearRgba.to_color(_self) end
-
----@param _self LinearRgba
----@param other LinearRgba
----@return boolean
-function LinearRgba.__eq(_self,other) end
-
----@param _self LinearRgba
----@param other LinearRgba
----@return boolean
-function LinearRgba.eq(_self,other) end
-
----@param red number
----@param green number
----@param blue number
----@return LinearRgba
-function LinearRgba.rgb(red,green,blue) end
-
----@param _self LinearRgba
----@param factor number
----@return LinearRgba
-function LinearRgba.mul(_self,factor) end
-
----@param red number
----@param green number
----@param blue number
----@param alpha number
----@return LinearRgba
-function LinearRgba.new(red,green,blue,alpha) end
-
-
-
----@class Oklaba : ReflectReference
----  Color in Oklab color space, with alpha
----  <div>
----  </div>
----@field  lightness? number
----@field  a? number
----@field  b? number
----@field  alpha? number
-local Oklaba = {}
-
----@param _self Oklaba
----@return Color
-function Oklaba.to_color(_self) end
-
----@param a number
----@param b number
----@param c number
----@param alpha number
----@return Oklaba
-function Oklaba.new(a,b,c,alpha) end
-
-
-
----@class Oklcha : ReflectReference
----  Color in Oklch color space, with alpha
----  <div>
----  </div>
----@field  lightness? number
----@field  chroma? number
----@field  hue? number
----@field  alpha? number
-local Oklcha = {}
-
----@param _self Oklcha
----@return Color
-function Oklcha.to_color(_self) end
-
----@param a number
----@param b number
----@param c number
----@param alpha number
----@return Oklcha
-function Oklcha.new(a,b,c,alpha) end
-
-
-
----@class Srgba : ReflectReference
----  Non-linear standard RGB with alpha.
---- 
----  SDR colors are in `[0.0, 1.0]`. Values above `1.0` are HDR intensities.
----  <div>
----  </div>
----@field  red? number
----@field  green? number
----@field  blue? number
----@field  alpha? number
-local Srgba = {}
-
----@param _self Srgba
----@param other Srgba
----@return boolean
-function Srgba.__eq(_self,other) end
-
----@param _self Srgba
----@param other Srgba
----@return boolean
-function Srgba.eq(_self,other) end
-
----@param _self Srgba
----@param alpha number
----@return Srgba
-function Srgba.with_alpha(_self,alpha) end
-
----@param _self Srgba
----@return Color
-function Srgba.to_color(_self) end
-
----@param red number
----@param green number
----@param blue number
----@return Srgba
-function Srgba.rgb(red,green,blue) end
-
----@param _self Srgba
----@return string
-function Srgba.to_hex(_self) end
-
----@param hex string
----@return Srgba
-function Srgba.hex(hex) end
-
----@param red number
----@param green number
----@param blue number
----@param alpha number
----@return Srgba
-function Srgba.new(red,green,blue,alpha) end
-
-
-
----@class Xyza : ReflectReference
----  [CIE 1931](https://en.wikipedia.org/wiki/CIE_1931_color_space) color space, also known as XYZ, with an alpha channel.
---- 
----  The SDR channel bounds below are the D65 white point, `(0.9505, 1.0, 1.0889)`.
----  <div>
----  </div>
----@field  x? number
----@field  y? number
----@field  z? number
----@field  alpha? number
-local Xyza = {}
-
----@param a number
----@param b number
----@param c number
----@param alpha number
----@return Xyza
-function Xyza.new(a,b,c,alpha) end
-
----@param _self Xyza
----@return Color
-function Xyza.to_color(_self) end
-
-
-
----@class EaseFunction : ReflectReference
----  Curve functions over the [unit interval], commonly used for easing transitions.
---- 
----  `EaseFunction` can be used on its own to interpolate between `0.0` and `1.0`.
----  It can also be combined with [`EasingCurve`] to interpolate between other
----  intervals and types, including vectors and rotations.
---- 
----  # Example
---- 
----  [`sample`] the smoothstep function at various points. This will return `None`
----  if the parameter is outside the unit interval.
---- 
----  ```
----  # use bevy_math::prelude::*;
----  # use bevy_curve::prelude::*;
----  let f = EaseFunction::SmoothStep;
---- 
----  assert_eq!(f.sample(-1.0), None);
----  assert_eq!(f.sample(0.0), Some(0.0));
----  assert_eq!(f.sample(0.5), Some(0.5));
----  assert_eq!(f.sample(1.0), Some(1.0));
----  assert_eq!(f.sample(2.0), None);
----  ```
---- 
----  [`sample_clamped`] will clamp the parameter to the unit interval, so it
----  always returns a value.
---- 
----  ```
----  # use bevy_math::prelude::*;
----  # use bevy_curve::prelude::*;
----  # let f = EaseFunction::SmoothStep;
----  assert_eq!(f.sample_clamped(-1.0), 0.0);
----  assert_eq!(f.sample_clamped(0.0), 0.0);
----  assert_eq!(f.sample_clamped(0.5), 0.5);
----  assert_eq!(f.sample_clamped(1.0), 1.0);
----  assert_eq!(f.sample_clamped(2.0), 1.0);
----  ```
---- 
----  [`sample`]: EaseFunction::sample
----  [`sample_clamped`]: EaseFunction::sample_clamped
----  [unit interval]: `Interval::UNIT`
----@field  Linear EaseFunction.Linear
----@field  QuadraticIn EaseFunction.QuadraticIn
----@field  QuadraticOut EaseFunction.QuadraticOut
----@field  QuadraticInOut EaseFunction.QuadraticInOut
----@field  CubicIn EaseFunction.CubicIn
----@field  CubicOut EaseFunction.CubicOut
----@field  CubicInOut EaseFunction.CubicInOut
----@field  QuarticIn EaseFunction.QuarticIn
----@field  QuarticOut EaseFunction.QuarticOut
----@field  QuarticInOut EaseFunction.QuarticInOut
----@field  QuinticIn EaseFunction.QuinticIn
----@field  QuinticOut EaseFunction.QuinticOut
----@field  QuinticInOut EaseFunction.QuinticInOut
----@field  SmoothStepIn EaseFunction.SmoothStepIn
----@field  SmoothStepOut EaseFunction.SmoothStepOut
----@field  SmoothStep EaseFunction.SmoothStep
----@field  SmootherStepIn EaseFunction.SmootherStepIn
----@field  SmootherStepOut EaseFunction.SmootherStepOut
----@field  SmootherStep EaseFunction.SmootherStep
----@field  SineIn EaseFunction.SineIn
----@field  SineOut EaseFunction.SineOut
----@field  SineInOut EaseFunction.SineInOut
----@field  CircularIn EaseFunction.CircularIn
----@field  CircularOut EaseFunction.CircularOut
----@field  CircularInOut EaseFunction.CircularInOut
----@field  ExponentialIn EaseFunction.ExponentialIn
----@field  ExponentialOut EaseFunction.ExponentialOut
----@field  ExponentialInOut EaseFunction.ExponentialInOut
----@field  ElasticIn EaseFunction.ElasticIn
----@field  ElasticOut EaseFunction.ElasticOut
----@field  ElasticInOut EaseFunction.ElasticInOut
----@field  BackIn EaseFunction.BackIn
----@field  BackOut EaseFunction.BackOut
----@field  BackInOut EaseFunction.BackInOut
----@field  BounceIn EaseFunction.BounceIn
----@field  BounceOut EaseFunction.BounceOut
----@field  BounceInOut EaseFunction.BounceInOut
----@field  Steps EaseFunction.Steps
----@field  Elastic EaseFunction.Elastic
-local EaseFunction = {}
-
----@param _self EaseFunction
----@param t number
----@return number
-function EaseFunction.sample(_self,t) end
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return EaseFunction
-function EaseFunction.new(payload) end
-
-
-
----@class EaseFunction.Linear : EnumVariantRef
---- The `Linear` variant of `EaseFunction`.
-EaseFunction.Linear = {}
-
----@param variant EaseFunction.Linear
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.Linear.new(variant,payload) end
-
-
-
----@class EaseFunction.QuadraticIn : EnumVariantRef
---- The `QuadraticIn` variant of `EaseFunction`.
-EaseFunction.QuadraticIn = {}
-
----@param variant EaseFunction.QuadraticIn
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.QuadraticIn.new(variant,payload) end
-
-
-
----@class EaseFunction.QuadraticOut : EnumVariantRef
---- The `QuadraticOut` variant of `EaseFunction`.
-EaseFunction.QuadraticOut = {}
-
----@param variant EaseFunction.QuadraticOut
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.QuadraticOut.new(variant,payload) end
-
-
-
----@class EaseFunction.QuadraticInOut : EnumVariantRef
---- The `QuadraticInOut` variant of `EaseFunction`.
-EaseFunction.QuadraticInOut = {}
-
----@param variant EaseFunction.QuadraticInOut
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.QuadraticInOut.new(variant,payload) end
-
-
-
----@class EaseFunction.CubicIn : EnumVariantRef
---- The `CubicIn` variant of `EaseFunction`.
-EaseFunction.CubicIn = {}
-
----@param variant EaseFunction.CubicIn
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.CubicIn.new(variant,payload) end
-
-
-
----@class EaseFunction.CubicOut : EnumVariantRef
---- The `CubicOut` variant of `EaseFunction`.
-EaseFunction.CubicOut = {}
-
----@param variant EaseFunction.CubicOut
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.CubicOut.new(variant,payload) end
-
-
-
----@class EaseFunction.CubicInOut : EnumVariantRef
---- The `CubicInOut` variant of `EaseFunction`.
-EaseFunction.CubicInOut = {}
-
----@param variant EaseFunction.CubicInOut
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.CubicInOut.new(variant,payload) end
-
-
-
----@class EaseFunction.QuarticIn : EnumVariantRef
---- The `QuarticIn` variant of `EaseFunction`.
-EaseFunction.QuarticIn = {}
-
----@param variant EaseFunction.QuarticIn
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.QuarticIn.new(variant,payload) end
-
-
-
----@class EaseFunction.QuarticOut : EnumVariantRef
---- The `QuarticOut` variant of `EaseFunction`.
-EaseFunction.QuarticOut = {}
-
----@param variant EaseFunction.QuarticOut
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.QuarticOut.new(variant,payload) end
-
-
-
----@class EaseFunction.QuarticInOut : EnumVariantRef
---- The `QuarticInOut` variant of `EaseFunction`.
-EaseFunction.QuarticInOut = {}
-
----@param variant EaseFunction.QuarticInOut
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.QuarticInOut.new(variant,payload) end
-
-
-
----@class EaseFunction.QuinticIn : EnumVariantRef
---- The `QuinticIn` variant of `EaseFunction`.
-EaseFunction.QuinticIn = {}
-
----@param variant EaseFunction.QuinticIn
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.QuinticIn.new(variant,payload) end
-
-
-
----@class EaseFunction.QuinticOut : EnumVariantRef
---- The `QuinticOut` variant of `EaseFunction`.
-EaseFunction.QuinticOut = {}
-
----@param variant EaseFunction.QuinticOut
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.QuinticOut.new(variant,payload) end
-
-
-
----@class EaseFunction.QuinticInOut : EnumVariantRef
---- The `QuinticInOut` variant of `EaseFunction`.
-EaseFunction.QuinticInOut = {}
-
----@param variant EaseFunction.QuinticInOut
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.QuinticInOut.new(variant,payload) end
-
-
-
----@class EaseFunction.SmoothStepIn : EnumVariantRef
---- The `SmoothStepIn` variant of `EaseFunction`.
-EaseFunction.SmoothStepIn = {}
-
----@param variant EaseFunction.SmoothStepIn
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.SmoothStepIn.new(variant,payload) end
-
-
-
----@class EaseFunction.SmoothStepOut : EnumVariantRef
---- The `SmoothStepOut` variant of `EaseFunction`.
-EaseFunction.SmoothStepOut = {}
-
----@param variant EaseFunction.SmoothStepOut
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.SmoothStepOut.new(variant,payload) end
-
-
-
----@class EaseFunction.SmoothStep : EnumVariantRef
---- The `SmoothStep` variant of `EaseFunction`.
-EaseFunction.SmoothStep = {}
-
----@param variant EaseFunction.SmoothStep
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.SmoothStep.new(variant,payload) end
-
-
-
----@class EaseFunction.SmootherStepIn : EnumVariantRef
---- The `SmootherStepIn` variant of `EaseFunction`.
-EaseFunction.SmootherStepIn = {}
-
----@param variant EaseFunction.SmootherStepIn
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.SmootherStepIn.new(variant,payload) end
-
-
-
----@class EaseFunction.SmootherStepOut : EnumVariantRef
---- The `SmootherStepOut` variant of `EaseFunction`.
-EaseFunction.SmootherStepOut = {}
-
----@param variant EaseFunction.SmootherStepOut
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.SmootherStepOut.new(variant,payload) end
-
-
-
----@class EaseFunction.SmootherStep : EnumVariantRef
---- The `SmootherStep` variant of `EaseFunction`.
-EaseFunction.SmootherStep = {}
-
----@param variant EaseFunction.SmootherStep
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.SmootherStep.new(variant,payload) end
-
-
-
----@class EaseFunction.SineIn : EnumVariantRef
---- The `SineIn` variant of `EaseFunction`.
-EaseFunction.SineIn = {}
-
----@param variant EaseFunction.SineIn
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.SineIn.new(variant,payload) end
-
-
-
----@class EaseFunction.SineOut : EnumVariantRef
---- The `SineOut` variant of `EaseFunction`.
-EaseFunction.SineOut = {}
-
----@param variant EaseFunction.SineOut
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.SineOut.new(variant,payload) end
-
-
-
----@class EaseFunction.SineInOut : EnumVariantRef
---- The `SineInOut` variant of `EaseFunction`.
-EaseFunction.SineInOut = {}
-
----@param variant EaseFunction.SineInOut
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.SineInOut.new(variant,payload) end
-
-
-
----@class EaseFunction.CircularIn : EnumVariantRef
---- The `CircularIn` variant of `EaseFunction`.
-EaseFunction.CircularIn = {}
-
----@param variant EaseFunction.CircularIn
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.CircularIn.new(variant,payload) end
-
-
-
----@class EaseFunction.CircularOut : EnumVariantRef
---- The `CircularOut` variant of `EaseFunction`.
-EaseFunction.CircularOut = {}
-
----@param variant EaseFunction.CircularOut
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.CircularOut.new(variant,payload) end
-
-
-
----@class EaseFunction.CircularInOut : EnumVariantRef
---- The `CircularInOut` variant of `EaseFunction`.
-EaseFunction.CircularInOut = {}
-
----@param variant EaseFunction.CircularInOut
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.CircularInOut.new(variant,payload) end
-
-
-
----@class EaseFunction.ExponentialIn : EnumVariantRef
---- The `ExponentialIn` variant of `EaseFunction`.
-EaseFunction.ExponentialIn = {}
-
----@param variant EaseFunction.ExponentialIn
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.ExponentialIn.new(variant,payload) end
-
-
-
----@class EaseFunction.ExponentialOut : EnumVariantRef
---- The `ExponentialOut` variant of `EaseFunction`.
-EaseFunction.ExponentialOut = {}
-
----@param variant EaseFunction.ExponentialOut
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.ExponentialOut.new(variant,payload) end
-
-
-
----@class EaseFunction.ExponentialInOut : EnumVariantRef
---- The `ExponentialInOut` variant of `EaseFunction`.
-EaseFunction.ExponentialInOut = {}
-
----@param variant EaseFunction.ExponentialInOut
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.ExponentialInOut.new(variant,payload) end
-
-
-
----@class EaseFunction.ElasticIn : EnumVariantRef
---- The `ElasticIn` variant of `EaseFunction`.
-EaseFunction.ElasticIn = {}
-
----@param variant EaseFunction.ElasticIn
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.ElasticIn.new(variant,payload) end
-
-
-
----@class EaseFunction.ElasticOut : EnumVariantRef
---- The `ElasticOut` variant of `EaseFunction`.
-EaseFunction.ElasticOut = {}
-
----@param variant EaseFunction.ElasticOut
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.ElasticOut.new(variant,payload) end
-
-
-
----@class EaseFunction.ElasticInOut : EnumVariantRef
---- The `ElasticInOut` variant of `EaseFunction`.
-EaseFunction.ElasticInOut = {}
-
----@param variant EaseFunction.ElasticInOut
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.ElasticInOut.new(variant,payload) end
-
-
-
----@class EaseFunction.BackIn : EnumVariantRef
---- The `BackIn` variant of `EaseFunction`.
-EaseFunction.BackIn = {}
-
----@param variant EaseFunction.BackIn
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.BackIn.new(variant,payload) end
-
-
-
----@class EaseFunction.BackOut : EnumVariantRef
---- The `BackOut` variant of `EaseFunction`.
-EaseFunction.BackOut = {}
-
----@param variant EaseFunction.BackOut
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.BackOut.new(variant,payload) end
-
-
-
----@class EaseFunction.BackInOut : EnumVariantRef
---- The `BackInOut` variant of `EaseFunction`.
-EaseFunction.BackInOut = {}
-
----@param variant EaseFunction.BackInOut
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.BackInOut.new(variant,payload) end
-
-
-
----@class EaseFunction.BounceIn : EnumVariantRef
---- The `BounceIn` variant of `EaseFunction`.
-EaseFunction.BounceIn = {}
-
----@param variant EaseFunction.BounceIn
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.BounceIn.new(variant,payload) end
-
-
-
----@class EaseFunction.BounceOut : EnumVariantRef
---- The `BounceOut` variant of `EaseFunction`.
-EaseFunction.BounceOut = {}
-
----@param variant EaseFunction.BounceOut
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.BounceOut.new(variant,payload) end
-
-
-
----@class EaseFunction.BounceInOut : EnumVariantRef
---- The `BounceInOut` variant of `EaseFunction`.
-EaseFunction.BounceInOut = {}
-
----@param variant EaseFunction.BounceInOut
----@param payload NoFields
----@return EaseFunction
-function EaseFunction.BounceInOut.new(variant,payload) end
-
-
-
----@class EaseFunction.Steps : EnumVariantRef
---- The `Steps` variant of `EaseFunction`.
-EaseFunction.Steps = {}
-
----@param variant EaseFunction.Steps
----@param payload EaseFunction.Steps.Fields
----@return EaseFunction
-function EaseFunction.Steps.new(variant,payload) end
-
-
-
----@class EaseFunction.Elastic : EnumVariantRef
---- The `Elastic` variant of `EaseFunction`.
-EaseFunction.Elastic = {}
-
----@param variant EaseFunction.Elastic
----@param payload EaseFunction.Elastic.Fields
----@return EaseFunction
-function EaseFunction.Elastic.new(variant,payload) end
-
-
-
----@class Entity : ReflectReference
----  Unique identifier for an entity in a [`World`].
----  Note that this is just an id, not the entity itself.
----  Further, the entity this id refers to may no longer exist in the [`World`].
----  For more information about entities, their ids, and how to use them, see the module [docs](crate::entity).
---- 
----  # Aliasing
---- 
----  Once an entity is despawned, it ceases to exist.
----  However, its [`Entity`] id is still present, and may still be contained in some data.
----  This becomes problematic because it is possible for a later entity to be spawned at the exact same id!
----  If this happens, which is rare but very possible, it will be logged.
---- 
----  Aliasing can happen without warning.
----  Holding onto a [`Entity`] id corresponding to an entity well after that entity was despawned can cause un-intuitive behavior for both ordering, and comparing in general.
----  To prevent these bugs, it is generally best practice to stop holding an [`Entity`] or [`EntityGeneration`] value as soon as you know it has been despawned.
----  If you must do otherwise, do not assume the [`Entity`] id corresponds to the same entity it originally did.
----  See [`EntityGeneration`]'s docs for more information about aliasing and why it occurs.
---- 
----  # Stability warning
----  For all intents and purposes, `Entity` should be treated as an opaque identifier. The internal bit
----  representation is liable to change from release to release as are the behaviors or performance
----  characteristics of any of its trait implementations (i.e. `Ord`, `Hash`, etc.). This means that changes in
----  `Entity`'s representation, though made readable through various functions on the type, are not considered
----  breaking changes under [SemVer].
---- 
----  In particular, directly serializing with `Serialize` and `Deserialize` make zero guarantee of long
----  term wire format compatibility. Changes in behavior will cause serialized `Entity` values persisted
----  to long term storage (i.e. disk, databases, etc.) will fail to deserialize upon being updated.
---- 
----  # Usage
---- 
----  This data type is returned by iterating a `Query` that has `Entity` as part of its query fetch type parameter ([learn more]).
----  It can also be obtained by calling [`EntityCommands::id`] or [`EntityWorldMut::id`].
---- 
----  ```
----  # use bevy_ecs::prelude::*;
----  # #[derive(Component)]
----  # struct SomeComponent;
----  fn setup(mut commands: Commands) {
----      // Calling `spawn` returns `EntityCommands`.
----      let entity = commands.spawn(SomeComponent).id();
----  }
---- 
----  fn exclusive_system(world: &mut World) {
----      // Calling `spawn` returns `EntityWorldMut`.
----      let entity = world.spawn(SomeComponent).id();
----  }
----  #
----  # bevy_ecs::system::assert_is_system(setup);
----  # bevy_ecs::system::assert_is_system(exclusive_system);
----  ```
---- 
----  It can be used to refer to a specific entity to apply [`EntityCommands`], or to call [`Query::get`] (or similar methods) to access its components.
---- 
----  ```
----  # use bevy_ecs::prelude::*;
----  #
----  # #[derive(Component)]
----  # struct Expired;
----  #
----  fn dispose_expired_food(mut commands: Commands, query: Query<Entity, With<Expired>>) {
----      for food_entity in &query {
----          commands.entity(food_entity).despawn();
----      }
----  }
----  #
----  # bevy_ecs::system::assert_is_system(dispose_expired_food);
----  ```
---- 
----  [learn more]: crate::system::Query#entity-id-access
----  [`EntityCommands::id`]: crate::system::EntityCommands::id
----  [`EntityWorldMut::id`]: crate::world::EntityWorldMut::id
----  [`EntityCommands`]: crate::system::EntityCommands
----  [`Query::get`]: crate::system::Query::get
----  [`World`]: crate::world::World
----  [SemVer]: https://semver.org/
-local Entity = {}
-
----@param _self Entity
----@return integer
-function Entity.index(_self) end
-
----@param bits integer
----@return Entity | nil
-function Entity.from_bits(bits) end
-
----@param _self Entity
----@param other Entity
----@return boolean
-function Entity.__eq(_self,other) end
-
----@param _self Entity
----@param other Entity
----@return boolean
-function Entity.eq(_self,other) end
-
----@param _self Entity
----@return integer
-function Entity.generation(_self) end
-
----@param _self Entity
----@return integer
-function Entity.to_bits(_self) end
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Entity
-function Entity.new(payload) end
-
-
-
----@class ChildOf : ReflectReference
----  Stores the parent entity of this child entity with this component.
---- 
----  This is a [`Relationship`] component, and creates the canonical
----  "parent / child" hierarchy. This is the "source of truth" component, and it pairs with
----  the [`Children`] [`RelationshipTarget`](crate::relationship::RelationshipTarget).
---- 
----  This relationship should be used for things like:
---- 
----  1. Organizing entities in a scene
----  2. Propagating configuration or data inherited from a parent, such as "visibility" or "world-space global transforms".
----  3. Ensuring a hierarchy is despawned when an entity is despawned.
---- 
----  [`ChildOf`] contains a single "target" [`Entity`]. When [`ChildOf`] is inserted on a "source" entity,
----  the "target" entity will automatically (and immediately, via a component hook) have a [`Children`]
----  component inserted, and the "source" entity will be added to that [`Children`] instance.
---- 
----  If the [`ChildOf`] component is replaced with a different "target" entity, the old target's [`Children`]
----  will be automatically (and immediately, via a component hook) be updated to reflect that change.
---- 
----  Likewise, when the [`ChildOf`] component is removed, the "source" entity will be removed from the old
----  target's [`Children`]. If this results in [`Children`] being empty, [`Children`] will be automatically removed.
---- 
----  When a parent is despawned, all children (and their descendants) will _also_ be despawned.
---- 
----  You can create parent-child relationships in a variety of ways. The most direct way is to insert a [`ChildOf`] component:
---- 
----  ```
----  # use bevy_ecs::prelude::*;
----  # let mut world = World::new();
----  let root = world.spawn_empty().id();
----  let child1 = world.spawn(ChildOf(root)).id();
----  let child2 = world.spawn(ChildOf(root)).id();
----  let grandchild = world.spawn(ChildOf(child1)).id();
---- 
----  assert_eq!(&**world.entity(root).get::<Children>().unwrap(), &[child1, child2]);
----  assert_eq!(&**world.entity(child1).get::<Children>().unwrap(), &[grandchild]);
---- 
----  world.entity_mut(child2).remove::<ChildOf>();
----  assert_eq!(&**world.entity(root).get::<Children>().unwrap(), &[child1]);
---- 
----  world.entity_mut(root).despawn();
----  assert!(world.get_entity(root).is_err());
----  assert!(world.get_entity(child1).is_err());
----  assert!(world.get_entity(grandchild).is_err());
----  ```
---- 
----  However if you are spawning many children, you might want to use the [`EntityWorldMut::with_children`] helper instead:
---- 
----  ```
----  # use bevy_ecs::prelude::*;
----  # let mut world = World::new();
----  let mut child1 = None;
----  let mut child2 = None;
----  let mut grandchild = None;
----  let root = world.spawn_empty().with_children(|p| {
----      child1 = Some(p.spawn_empty().with_children(|p| {
----          grandchild = Some(p.spawn_empty().id());
----      }).id());
----      child2 = Some(p.spawn_empty().id());
----  }).id();
---- 
----  assert_eq!(&**world.entity(root).get::<Children>().unwrap(), &[child1.unwrap(), child2.unwrap()]);
----  assert_eq!(&**world.entity(child1.unwrap()).get::<Children>().unwrap(), &[grandchild.unwrap()]);
----  ```
---- 
----  [`Relationship`]: crate::relationship::Relationship
----@field  [1] Entity
-local ChildOf = {}
-
----@param _self ChildOf
----@return Entity
-function ChildOf.parent(_self) end
-
----@param payload ChildOf.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ChildOf
-function ChildOf.new(payload) end
-
-
-
----@class Name : ReflectReference
----  Component used to identify an entity. Stores a hash for faster comparisons.
---- 
----  The hash is eagerly re-computed upon each update to the name.
---- 
----  [`Name`] should not be treated as a globally unique identifier for entities,
----  as multiple entities can have the same name.  [`Entity`] should be
----  used instead as the default unique identifier.
----@field  [1] HashedStr
-local Name = {}
-
----@param _self Name
----@return string
-function Name.as_str(_self) end
-
----@param _self Name
----@param name string
----@return nil
-function Name.set(_self,name) end
-
----@param _self Name
----@param other Name | string
----@return boolean
-function Name.__eq(_self,other) end
-
----@param _self Name
----@param other Name | string
----@return boolean
-function Name.eq(_self,other) end
-
----@param name string
----@return Name
-function Name.new(name) end
-
-
-
----@class Image : ReflectReference
----  An image, optimized for usage in rendering.
---- 
----  ## Remote Inspection
---- 
----  To transmit an [`Image`] between two running Bevy apps, e.g. through BRP, use
---- `SerializedImage`, which requires the `serialize` feature.
----  This type is only meant for short-term transmission between same versions and should not be stored anywhere.
-local Image = {}
-
----@param _self Image
----@return integer
-function Image.width(_self) end
-
----@param _self Image
----@return UVec2
-function Image.size(_self) end
-
----@param _self Image
----@return integer
-function Image.height(_self) end
-
----@param _self Image
----@return Vec2
-function Image.size_f32(_self) end
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Image
-function Image.new(payload) end
-
----@param path string
---- The asset path, relative to the assets folder.
----@return Handle<Image>
-function Image.load(path) end
-
----@param value Image
---- The asset value.
----@return Handle<Image>
-function Image.add_asset(value) end
-
----@param handle Handle<Image>
---- The handle to the asset.
----@return Image | nil
-function Image.get_asset(handle) end
-
-
-
----@class TextureAtlasLayout : ReflectReference
----  Stores a map used to lookup the position of a texture in a [`TextureAtlas`].
----  This can be used to either use and look up a specific section of a texture, or animate frame-by-frame as a sprite sheet.
---- 
----  Optionally it can store a mapping from sub texture handles to the related area index (see
----  [`TextureAtlasBuilder`]).
---- 
----  [Example usage animating sprite.](https://github.com/bevyengine/bevy/blob/latest/examples/2d/sprite_sheet.rs)
----  [Example usage animating sprite in response to an event.](https://github.com/bevyengine/bevy/blob/latest/examples/2d/sprite_animation.rs)
----  [Example usage loading sprite sheet.](https://github.com/bevyengine/bevy/blob/latest/examples/2d/texture_atlas.rs)
---- 
----  [`TextureAtlasBuilder`]: crate::TextureAtlasBuilder
----@field  size? UVec2
----@field  textures? URect[]
----@operator len: integer
-local TextureAtlasLayout = {}
-
----@param _self TextureAtlasLayout
----@return integer
-function TextureAtlasLayout.len(_self) end
-
----@param tile_size UVec2
----@param columns integer
----@param rows integer
----@param padding? UVec2 | nil
----@param offset? UVec2 | nil
----@return TextureAtlasLayout
-function TextureAtlasLayout.from_grid(tile_size,columns,rows,padding,offset) end
-
----@param payload TextureAtlasLayout.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return TextureAtlasLayout
-function TextureAtlasLayout.new(payload) end
-
----@param path string
---- The asset path, relative to the assets folder.
----@return Handle<TextureAtlasLayout>
-function TextureAtlasLayout.load(path) end
-
----@param value TextureAtlasLayout
---- The asset value.
----@return Handle<TextureAtlasLayout>
-function TextureAtlasLayout.add_asset(value) end
-
----@param handle Handle<TextureAtlasLayout>
---- The handle to the asset.
----@return TextureAtlasLayout | nil
-function TextureAtlasLayout.get_asset(handle) end
-
-
-
----@class Gamepad : ReflectReference
----  Stores a connected gamepad's metadata such as the name and its [`GamepadButton`] and [`GamepadAxis`].
---- 
----  An entity with this component is spawned automatically after [`GamepadConnectionEvent`]
----  and updated by [`gamepad_event_processing_system`].
---- 
----  See also [`GamepadSettings`] for configuration.
---- 
----  # Examples
---- 
----  ```
----  # use bevy_input::gamepad::{Gamepad, GamepadAxis, GamepadButton};
----  # use bevy_ecs::system::Query;
----  # use bevy_ecs::name::Name;
----  #
----  fn gamepad_usage_system(gamepads: Query<(&Name, &Gamepad)>) {
----      for (name, gamepad) in &gamepads {
----          println!("{name}");
---- 
----          if gamepad.just_pressed(GamepadButton::North) {
----              println!("{} just pressed North", name)
----          }
---- 
----          if let Some(left_stick_x) = gamepad.get(GamepadAxis::LeftStickX)  {
----              println!("left stick X: {}", left_stick_x)
----          }
----      }
----  }
----  ```
----@field  vendor_id? integer | nil
----@field  product_id? integer | nil
----@field  digital? any
----@field  analog? any
-local Gamepad = {}
-
----@param _self Gamepad
----@return Vec2
-function Gamepad.dpad(_self) end
-
----@param _self Gamepad
----@param button GamepadButton
----@return boolean
-function Gamepad.pressed(_self,button) end
-
----@param _self Gamepad
----@return Vec2
-function Gamepad.right_stick(_self) end
-
----@param _self Gamepad
----@param axis GamepadAxis
----@return number | nil
-function Gamepad.get(_self,axis) end
-
----@param _self Gamepad
----@return Vec2
-function Gamepad.left_stick(_self) end
-
----@param _self Gamepad
----@param button GamepadButton
----@return boolean
-function Gamepad.just_pressed(_self,button) end
-
----@param _self Gamepad
----@param button GamepadButton
----@return boolean
-function Gamepad.just_released(_self,button) end
-
----@param payload Gamepad.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Gamepad
-function Gamepad.new(payload) end
-
-
-
----@class KeyCode : ReflectReference
----  The key code of a [`KeyboardInput`].
---- 
----  ## Usage
---- 
----  It is used as the generic `T` value of an [`ButtonInput`] to create a `Res<ButtonInput<KeyCode>>`.
---- 
----  Code representing the location of a physical key
----  This mostly conforms to the [`UI Events Specification's KeyboardEvent.code`] with a few
----  exceptions:
----  - The keys that the specification calls `MetaLeft` and `MetaRight` are named `SuperLeft` and
----    `SuperRight` here.
----  - The key that the specification calls "Super" is reported as `Unidentified` here.
---- 
----  [`UI Events Specification's KeyboardEvent.code`]: https://w3c.github.io/uievents-code/#code-value-tables
---- 
----  ## Updating
---- 
----  The resource is updated inside of the [`keyboard_input_system`].
----@field  Unidentified KeyCode.Unidentified
----@field  Backquote KeyCode.Backquote
----@field  Backslash KeyCode.Backslash
----@field  BracketLeft KeyCode.BracketLeft
----@field  BracketRight KeyCode.BracketRight
----@field  Comma KeyCode.Comma
----@field  Digit0 KeyCode.Digit0
----@field  Digit1 KeyCode.Digit1
----@field  Digit2 KeyCode.Digit2
----@field  Digit3 KeyCode.Digit3
----@field  Digit4 KeyCode.Digit4
----@field  Digit5 KeyCode.Digit5
----@field  Digit6 KeyCode.Digit6
----@field  Digit7 KeyCode.Digit7
----@field  Digit8 KeyCode.Digit8
----@field  Digit9 KeyCode.Digit9
----@field  Equal KeyCode.Equal
----@field  IntlBackslash KeyCode.IntlBackslash
----@field  IntlRo KeyCode.IntlRo
----@field  IntlYen KeyCode.IntlYen
----@field  KeyA KeyCode.KeyA
----@field  KeyB KeyCode.KeyB
----@field  KeyC KeyCode.KeyC
----@field  KeyD KeyCode.KeyD
----@field  KeyE KeyCode.KeyE
----@field  KeyF KeyCode.KeyF
----@field  KeyG KeyCode.KeyG
----@field  KeyH KeyCode.KeyH
----@field  KeyI KeyCode.KeyI
----@field  KeyJ KeyCode.KeyJ
----@field  KeyK KeyCode.KeyK
----@field  KeyL KeyCode.KeyL
----@field  KeyM KeyCode.KeyM
----@field  KeyN KeyCode.KeyN
----@field  KeyO KeyCode.KeyO
----@field  KeyP KeyCode.KeyP
----@field  KeyQ KeyCode.KeyQ
----@field  KeyR KeyCode.KeyR
----@field  KeyS KeyCode.KeyS
----@field  KeyT KeyCode.KeyT
----@field  KeyU KeyCode.KeyU
----@field  KeyV KeyCode.KeyV
----@field  KeyW KeyCode.KeyW
----@field  KeyX KeyCode.KeyX
----@field  KeyY KeyCode.KeyY
----@field  KeyZ KeyCode.KeyZ
----@field  Minus KeyCode.Minus
----@field  Period KeyCode.Period
----@field  Quote KeyCode.Quote
----@field  Semicolon KeyCode.Semicolon
----@field  Slash KeyCode.Slash
----@field  AltLeft KeyCode.AltLeft
----@field  AltRight KeyCode.AltRight
----@field  Backspace KeyCode.Backspace
----@field  CapsLock KeyCode.CapsLock
----@field  ContextMenu KeyCode.ContextMenu
----@field  ControlLeft KeyCode.ControlLeft
----@field  ControlRight KeyCode.ControlRight
----@field  Enter KeyCode.Enter
----@field  SuperLeft KeyCode.SuperLeft
----@field  SuperRight KeyCode.SuperRight
----@field  ShiftLeft KeyCode.ShiftLeft
----@field  ShiftRight KeyCode.ShiftRight
----@field  Space KeyCode.Space
----@field  Tab KeyCode.Tab
----@field  Convert KeyCode.Convert
----@field  KanaMode KeyCode.KanaMode
----@field  Lang1 KeyCode.Lang1
----@field  Lang2 KeyCode.Lang2
----@field  Lang3 KeyCode.Lang3
----@field  Lang4 KeyCode.Lang4
----@field  Lang5 KeyCode.Lang5
----@field  NonConvert KeyCode.NonConvert
----@field  Delete KeyCode.Delete
----@field  End KeyCode.End
----@field  Help KeyCode.Help
----@field  Home KeyCode.Home
----@field  Insert KeyCode.Insert
----@field  PageDown KeyCode.PageDown
----@field  PageUp KeyCode.PageUp
----@field  ArrowDown KeyCode.ArrowDown
----@field  ArrowLeft KeyCode.ArrowLeft
----@field  ArrowRight KeyCode.ArrowRight
----@field  ArrowUp KeyCode.ArrowUp
----@field  NumLock KeyCode.NumLock
----@field  Numpad0 KeyCode.Numpad0
----@field  Numpad1 KeyCode.Numpad1
----@field  Numpad2 KeyCode.Numpad2
----@field  Numpad3 KeyCode.Numpad3
----@field  Numpad4 KeyCode.Numpad4
----@field  Numpad5 KeyCode.Numpad5
----@field  Numpad6 KeyCode.Numpad6
----@field  Numpad7 KeyCode.Numpad7
----@field  Numpad8 KeyCode.Numpad8
----@field  Numpad9 KeyCode.Numpad9
----@field  NumpadAdd KeyCode.NumpadAdd
----@field  NumpadBackspace KeyCode.NumpadBackspace
----@field  NumpadClear KeyCode.NumpadClear
----@field  NumpadClearEntry KeyCode.NumpadClearEntry
----@field  NumpadComma KeyCode.NumpadComma
----@field  NumpadDecimal KeyCode.NumpadDecimal
----@field  NumpadDivide KeyCode.NumpadDivide
----@field  NumpadEnter KeyCode.NumpadEnter
----@field  NumpadEqual KeyCode.NumpadEqual
----@field  NumpadHash KeyCode.NumpadHash
----@field  NumpadMemoryAdd KeyCode.NumpadMemoryAdd
----@field  NumpadMemoryClear KeyCode.NumpadMemoryClear
----@field  NumpadMemoryRecall KeyCode.NumpadMemoryRecall
----@field  NumpadMemoryStore KeyCode.NumpadMemoryStore
----@field  NumpadMemorySubtract KeyCode.NumpadMemorySubtract
----@field  NumpadMultiply KeyCode.NumpadMultiply
----@field  NumpadParenLeft KeyCode.NumpadParenLeft
----@field  NumpadParenRight KeyCode.NumpadParenRight
----@field  NumpadStar KeyCode.NumpadStar
----@field  NumpadSubtract KeyCode.NumpadSubtract
----@field  Escape KeyCode.Escape
----@field  Fn KeyCode.Fn
----@field  FnLock KeyCode.FnLock
----@field  PrintScreen KeyCode.PrintScreen
----@field  ScrollLock KeyCode.ScrollLock
----@field  Pause KeyCode.Pause
----@field  BrowserBack KeyCode.BrowserBack
----@field  BrowserFavorites KeyCode.BrowserFavorites
----@field  BrowserForward KeyCode.BrowserForward
----@field  BrowserHome KeyCode.BrowserHome
----@field  BrowserRefresh KeyCode.BrowserRefresh
----@field  BrowserSearch KeyCode.BrowserSearch
----@field  BrowserStop KeyCode.BrowserStop
----@field  Eject KeyCode.Eject
----@field  LaunchApp1 KeyCode.LaunchApp1
----@field  LaunchApp2 KeyCode.LaunchApp2
----@field  LaunchMail KeyCode.LaunchMail
----@field  MediaPlayPause KeyCode.MediaPlayPause
----@field  MediaSelect KeyCode.MediaSelect
----@field  MediaStop KeyCode.MediaStop
----@field  MediaTrackNext KeyCode.MediaTrackNext
----@field  MediaTrackPrevious KeyCode.MediaTrackPrevious
----@field  Power KeyCode.Power
----@field  Sleep KeyCode.Sleep
----@field  AudioVolumeDown KeyCode.AudioVolumeDown
----@field  AudioVolumeMute KeyCode.AudioVolumeMute
----@field  AudioVolumeUp KeyCode.AudioVolumeUp
----@field  WakeUp KeyCode.WakeUp
----@field  Meta KeyCode.Meta
----@field  Hyper KeyCode.Hyper
----@field  Turbo KeyCode.Turbo
----@field  Abort KeyCode.Abort
----@field  Resume KeyCode.Resume
----@field  Suspend KeyCode.Suspend
----@field  Again KeyCode.Again
----@field  Copy KeyCode.Copy
----@field  Cut KeyCode.Cut
----@field  Find KeyCode.Find
----@field  Open KeyCode.Open
----@field  Paste KeyCode.Paste
----@field  Props KeyCode.Props
----@field  Select KeyCode.Select
----@field  Undo KeyCode.Undo
----@field  Hiragana KeyCode.Hiragana
----@field  Katakana KeyCode.Katakana
----@field  F1 KeyCode.F1
----@field  F2 KeyCode.F2
----@field  F3 KeyCode.F3
----@field  F4 KeyCode.F4
----@field  F5 KeyCode.F5
----@field  F6 KeyCode.F6
----@field  F7 KeyCode.F7
----@field  F8 KeyCode.F8
----@field  F9 KeyCode.F9
----@field  F10 KeyCode.F10
----@field  F11 KeyCode.F11
----@field  F12 KeyCode.F12
----@field  F13 KeyCode.F13
----@field  F14 KeyCode.F14
----@field  F15 KeyCode.F15
----@field  F16 KeyCode.F16
----@field  F17 KeyCode.F17
----@field  F18 KeyCode.F18
----@field  F19 KeyCode.F19
----@field  F20 KeyCode.F20
----@field  F21 KeyCode.F21
----@field  F22 KeyCode.F22
----@field  F23 KeyCode.F23
----@field  F24 KeyCode.F24
----@field  F25 KeyCode.F25
----@field  F26 KeyCode.F26
----@field  F27 KeyCode.F27
----@field  F28 KeyCode.F28
----@field  F29 KeyCode.F29
----@field  F30 KeyCode.F30
----@field  F31 KeyCode.F31
----@field  F32 KeyCode.F32
----@field  F33 KeyCode.F33
----@field  F34 KeyCode.F34
----@field  F35 KeyCode.F35
-local KeyCode = {}
-
----@param key KeyCode
----@return boolean
-function KeyCode.just_released(key) end
-
----@param keys KeyCode[]
----@return boolean
-function KeyCode.any_just_pressed(keys) end
-
----@return KeyCode[]
-function KeyCode.get_just_pressed() end
-
----@param key KeyCode
----@return boolean
-function KeyCode.pressed(key) end
-
----@param keys KeyCode[]
----@return boolean
-function KeyCode.any_pressed(keys) end
-
----@param key KeyCode
----@return boolean
-function KeyCode.just_pressed(key) end
-
----@return KeyCode[]
-function KeyCode.get_pressed() end
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return KeyCode
-function KeyCode.new(payload) end
-
-
-
----@class KeyCode.Unidentified : EnumVariantRef
---- The `Unidentified` variant of `KeyCode`.
-KeyCode.Unidentified = {}
-
----@param variant KeyCode.Unidentified
----@param payload KeyCode.Unidentified.Fields
----@return KeyCode
-function KeyCode.Unidentified.new(variant,payload) end
-
-
-
----@class KeyCode.Backquote : EnumVariantRef
---- The `Backquote` variant of `KeyCode`.
-KeyCode.Backquote = {}
-
----@param variant KeyCode.Backquote
----@param payload NoFields
----@return KeyCode
-function KeyCode.Backquote.new(variant,payload) end
-
-
-
----@class KeyCode.Backslash : EnumVariantRef
---- The `Backslash` variant of `KeyCode`.
-KeyCode.Backslash = {}
-
----@param variant KeyCode.Backslash
----@param payload NoFields
----@return KeyCode
-function KeyCode.Backslash.new(variant,payload) end
-
-
-
----@class KeyCode.BracketLeft : EnumVariantRef
---- The `BracketLeft` variant of `KeyCode`.
-KeyCode.BracketLeft = {}
-
----@param variant KeyCode.BracketLeft
----@param payload NoFields
----@return KeyCode
-function KeyCode.BracketLeft.new(variant,payload) end
-
-
-
----@class KeyCode.BracketRight : EnumVariantRef
---- The `BracketRight` variant of `KeyCode`.
-KeyCode.BracketRight = {}
-
----@param variant KeyCode.BracketRight
----@param payload NoFields
----@return KeyCode
-function KeyCode.BracketRight.new(variant,payload) end
-
-
-
----@class KeyCode.Comma : EnumVariantRef
---- The `Comma` variant of `KeyCode`.
-KeyCode.Comma = {}
-
----@param variant KeyCode.Comma
----@param payload NoFields
----@return KeyCode
-function KeyCode.Comma.new(variant,payload) end
-
-
-
----@class KeyCode.Digit0 : EnumVariantRef
---- The `Digit0` variant of `KeyCode`.
-KeyCode.Digit0 = {}
-
----@param variant KeyCode.Digit0
----@param payload NoFields
----@return KeyCode
-function KeyCode.Digit0.new(variant,payload) end
-
-
-
----@class KeyCode.Digit1 : EnumVariantRef
---- The `Digit1` variant of `KeyCode`.
-KeyCode.Digit1 = {}
-
----@param variant KeyCode.Digit1
----@param payload NoFields
----@return KeyCode
-function KeyCode.Digit1.new(variant,payload) end
-
-
-
----@class KeyCode.Digit2 : EnumVariantRef
---- The `Digit2` variant of `KeyCode`.
-KeyCode.Digit2 = {}
-
----@param variant KeyCode.Digit2
----@param payload NoFields
----@return KeyCode
-function KeyCode.Digit2.new(variant,payload) end
-
-
-
----@class KeyCode.Digit3 : EnumVariantRef
---- The `Digit3` variant of `KeyCode`.
-KeyCode.Digit3 = {}
-
----@param variant KeyCode.Digit3
----@param payload NoFields
----@return KeyCode
-function KeyCode.Digit3.new(variant,payload) end
-
-
-
----@class KeyCode.Digit4 : EnumVariantRef
---- The `Digit4` variant of `KeyCode`.
-KeyCode.Digit4 = {}
-
----@param variant KeyCode.Digit4
----@param payload NoFields
----@return KeyCode
-function KeyCode.Digit4.new(variant,payload) end
-
-
-
----@class KeyCode.Digit5 : EnumVariantRef
---- The `Digit5` variant of `KeyCode`.
-KeyCode.Digit5 = {}
-
----@param variant KeyCode.Digit5
----@param payload NoFields
----@return KeyCode
-function KeyCode.Digit5.new(variant,payload) end
-
-
-
----@class KeyCode.Digit6 : EnumVariantRef
---- The `Digit6` variant of `KeyCode`.
-KeyCode.Digit6 = {}
-
----@param variant KeyCode.Digit6
----@param payload NoFields
----@return KeyCode
-function KeyCode.Digit6.new(variant,payload) end
-
-
-
----@class KeyCode.Digit7 : EnumVariantRef
---- The `Digit7` variant of `KeyCode`.
-KeyCode.Digit7 = {}
-
----@param variant KeyCode.Digit7
----@param payload NoFields
----@return KeyCode
-function KeyCode.Digit7.new(variant,payload) end
-
-
-
----@class KeyCode.Digit8 : EnumVariantRef
---- The `Digit8` variant of `KeyCode`.
-KeyCode.Digit8 = {}
-
----@param variant KeyCode.Digit8
----@param payload NoFields
----@return KeyCode
-function KeyCode.Digit8.new(variant,payload) end
-
-
-
----@class KeyCode.Digit9 : EnumVariantRef
---- The `Digit9` variant of `KeyCode`.
-KeyCode.Digit9 = {}
-
----@param variant KeyCode.Digit9
----@param payload NoFields
----@return KeyCode
-function KeyCode.Digit9.new(variant,payload) end
-
-
-
----@class KeyCode.Equal : EnumVariantRef
---- The `Equal` variant of `KeyCode`.
-KeyCode.Equal = {}
-
----@param variant KeyCode.Equal
----@param payload NoFields
----@return KeyCode
-function KeyCode.Equal.new(variant,payload) end
-
-
-
----@class KeyCode.IntlBackslash : EnumVariantRef
---- The `IntlBackslash` variant of `KeyCode`.
-KeyCode.IntlBackslash = {}
-
----@param variant KeyCode.IntlBackslash
----@param payload NoFields
----@return KeyCode
-function KeyCode.IntlBackslash.new(variant,payload) end
-
-
-
----@class KeyCode.IntlRo : EnumVariantRef
---- The `IntlRo` variant of `KeyCode`.
-KeyCode.IntlRo = {}
-
----@param variant KeyCode.IntlRo
----@param payload NoFields
----@return KeyCode
-function KeyCode.IntlRo.new(variant,payload) end
-
-
-
----@class KeyCode.IntlYen : EnumVariantRef
---- The `IntlYen` variant of `KeyCode`.
-KeyCode.IntlYen = {}
-
----@param variant KeyCode.IntlYen
----@param payload NoFields
----@return KeyCode
-function KeyCode.IntlYen.new(variant,payload) end
-
-
-
----@class KeyCode.KeyA : EnumVariantRef
---- The `KeyA` variant of `KeyCode`.
-KeyCode.KeyA = {}
-
----@param variant KeyCode.KeyA
----@param payload NoFields
----@return KeyCode
-function KeyCode.KeyA.new(variant,payload) end
-
-
-
----@class KeyCode.KeyB : EnumVariantRef
---- The `KeyB` variant of `KeyCode`.
-KeyCode.KeyB = {}
-
----@param variant KeyCode.KeyB
----@param payload NoFields
----@return KeyCode
-function KeyCode.KeyB.new(variant,payload) end
-
-
-
----@class KeyCode.KeyC : EnumVariantRef
---- The `KeyC` variant of `KeyCode`.
-KeyCode.KeyC = {}
-
----@param variant KeyCode.KeyC
----@param payload NoFields
----@return KeyCode
-function KeyCode.KeyC.new(variant,payload) end
-
-
-
----@class KeyCode.KeyD : EnumVariantRef
---- The `KeyD` variant of `KeyCode`.
-KeyCode.KeyD = {}
-
----@param variant KeyCode.KeyD
----@param payload NoFields
----@return KeyCode
-function KeyCode.KeyD.new(variant,payload) end
-
-
-
----@class KeyCode.KeyE : EnumVariantRef
---- The `KeyE` variant of `KeyCode`.
-KeyCode.KeyE = {}
-
----@param variant KeyCode.KeyE
----@param payload NoFields
----@return KeyCode
-function KeyCode.KeyE.new(variant,payload) end
-
-
-
----@class KeyCode.KeyF : EnumVariantRef
---- The `KeyF` variant of `KeyCode`.
-KeyCode.KeyF = {}
-
----@param variant KeyCode.KeyF
----@param payload NoFields
----@return KeyCode
-function KeyCode.KeyF.new(variant,payload) end
-
-
-
----@class KeyCode.KeyG : EnumVariantRef
---- The `KeyG` variant of `KeyCode`.
-KeyCode.KeyG = {}
-
----@param variant KeyCode.KeyG
----@param payload NoFields
----@return KeyCode
-function KeyCode.KeyG.new(variant,payload) end
-
-
-
----@class KeyCode.KeyH : EnumVariantRef
---- The `KeyH` variant of `KeyCode`.
-KeyCode.KeyH = {}
-
----@param variant KeyCode.KeyH
----@param payload NoFields
----@return KeyCode
-function KeyCode.KeyH.new(variant,payload) end
-
-
-
----@class KeyCode.KeyI : EnumVariantRef
---- The `KeyI` variant of `KeyCode`.
-KeyCode.KeyI = {}
-
----@param variant KeyCode.KeyI
----@param payload NoFields
----@return KeyCode
-function KeyCode.KeyI.new(variant,payload) end
-
-
-
----@class KeyCode.KeyJ : EnumVariantRef
---- The `KeyJ` variant of `KeyCode`.
-KeyCode.KeyJ = {}
-
----@param variant KeyCode.KeyJ
----@param payload NoFields
----@return KeyCode
-function KeyCode.KeyJ.new(variant,payload) end
-
-
-
----@class KeyCode.KeyK : EnumVariantRef
---- The `KeyK` variant of `KeyCode`.
-KeyCode.KeyK = {}
-
----@param variant KeyCode.KeyK
----@param payload NoFields
----@return KeyCode
-function KeyCode.KeyK.new(variant,payload) end
-
-
-
----@class KeyCode.KeyL : EnumVariantRef
---- The `KeyL` variant of `KeyCode`.
-KeyCode.KeyL = {}
-
----@param variant KeyCode.KeyL
----@param payload NoFields
----@return KeyCode
-function KeyCode.KeyL.new(variant,payload) end
-
-
-
----@class KeyCode.KeyM : EnumVariantRef
---- The `KeyM` variant of `KeyCode`.
-KeyCode.KeyM = {}
-
----@param variant KeyCode.KeyM
----@param payload NoFields
----@return KeyCode
-function KeyCode.KeyM.new(variant,payload) end
-
-
-
----@class KeyCode.KeyN : EnumVariantRef
---- The `KeyN` variant of `KeyCode`.
-KeyCode.KeyN = {}
-
----@param variant KeyCode.KeyN
----@param payload NoFields
----@return KeyCode
-function KeyCode.KeyN.new(variant,payload) end
-
-
-
----@class KeyCode.KeyO : EnumVariantRef
---- The `KeyO` variant of `KeyCode`.
-KeyCode.KeyO = {}
-
----@param variant KeyCode.KeyO
----@param payload NoFields
----@return KeyCode
-function KeyCode.KeyO.new(variant,payload) end
-
-
-
----@class KeyCode.KeyP : EnumVariantRef
---- The `KeyP` variant of `KeyCode`.
-KeyCode.KeyP = {}
-
----@param variant KeyCode.KeyP
----@param payload NoFields
----@return KeyCode
-function KeyCode.KeyP.new(variant,payload) end
-
-
-
----@class KeyCode.KeyQ : EnumVariantRef
---- The `KeyQ` variant of `KeyCode`.
-KeyCode.KeyQ = {}
-
----@param variant KeyCode.KeyQ
----@param payload NoFields
----@return KeyCode
-function KeyCode.KeyQ.new(variant,payload) end
-
-
-
----@class KeyCode.KeyR : EnumVariantRef
---- The `KeyR` variant of `KeyCode`.
-KeyCode.KeyR = {}
-
----@param variant KeyCode.KeyR
----@param payload NoFields
----@return KeyCode
-function KeyCode.KeyR.new(variant,payload) end
-
-
-
----@class KeyCode.KeyS : EnumVariantRef
---- The `KeyS` variant of `KeyCode`.
-KeyCode.KeyS = {}
-
----@param variant KeyCode.KeyS
----@param payload NoFields
----@return KeyCode
-function KeyCode.KeyS.new(variant,payload) end
-
-
-
----@class KeyCode.KeyT : EnumVariantRef
---- The `KeyT` variant of `KeyCode`.
-KeyCode.KeyT = {}
-
----@param variant KeyCode.KeyT
----@param payload NoFields
----@return KeyCode
-function KeyCode.KeyT.new(variant,payload) end
-
-
-
----@class KeyCode.KeyU : EnumVariantRef
---- The `KeyU` variant of `KeyCode`.
-KeyCode.KeyU = {}
-
----@param variant KeyCode.KeyU
----@param payload NoFields
----@return KeyCode
-function KeyCode.KeyU.new(variant,payload) end
-
-
-
----@class KeyCode.KeyV : EnumVariantRef
---- The `KeyV` variant of `KeyCode`.
-KeyCode.KeyV = {}
-
----@param variant KeyCode.KeyV
----@param payload NoFields
----@return KeyCode
-function KeyCode.KeyV.new(variant,payload) end
-
-
-
----@class KeyCode.KeyW : EnumVariantRef
---- The `KeyW` variant of `KeyCode`.
-KeyCode.KeyW = {}
-
----@param variant KeyCode.KeyW
----@param payload NoFields
----@return KeyCode
-function KeyCode.KeyW.new(variant,payload) end
-
-
-
----@class KeyCode.KeyX : EnumVariantRef
---- The `KeyX` variant of `KeyCode`.
-KeyCode.KeyX = {}
-
----@param variant KeyCode.KeyX
----@param payload NoFields
----@return KeyCode
-function KeyCode.KeyX.new(variant,payload) end
-
-
-
----@class KeyCode.KeyY : EnumVariantRef
---- The `KeyY` variant of `KeyCode`.
-KeyCode.KeyY = {}
-
----@param variant KeyCode.KeyY
----@param payload NoFields
----@return KeyCode
-function KeyCode.KeyY.new(variant,payload) end
-
-
-
----@class KeyCode.KeyZ : EnumVariantRef
---- The `KeyZ` variant of `KeyCode`.
-KeyCode.KeyZ = {}
-
----@param variant KeyCode.KeyZ
----@param payload NoFields
----@return KeyCode
-function KeyCode.KeyZ.new(variant,payload) end
-
-
-
----@class KeyCode.Minus : EnumVariantRef
---- The `Minus` variant of `KeyCode`.
-KeyCode.Minus = {}
-
----@param variant KeyCode.Minus
----@param payload NoFields
----@return KeyCode
-function KeyCode.Minus.new(variant,payload) end
-
-
-
----@class KeyCode.Period : EnumVariantRef
---- The `Period` variant of `KeyCode`.
-KeyCode.Period = {}
-
----@param variant KeyCode.Period
----@param payload NoFields
----@return KeyCode
-function KeyCode.Period.new(variant,payload) end
-
-
-
----@class KeyCode.Quote : EnumVariantRef
---- The `Quote` variant of `KeyCode`.
-KeyCode.Quote = {}
-
----@param variant KeyCode.Quote
----@param payload NoFields
----@return KeyCode
-function KeyCode.Quote.new(variant,payload) end
-
-
-
----@class KeyCode.Semicolon : EnumVariantRef
---- The `Semicolon` variant of `KeyCode`.
-KeyCode.Semicolon = {}
-
----@param variant KeyCode.Semicolon
----@param payload NoFields
----@return KeyCode
-function KeyCode.Semicolon.new(variant,payload) end
-
-
-
----@class KeyCode.Slash : EnumVariantRef
---- The `Slash` variant of `KeyCode`.
-KeyCode.Slash = {}
-
----@param variant KeyCode.Slash
----@param payload NoFields
----@return KeyCode
-function KeyCode.Slash.new(variant,payload) end
-
-
-
----@class KeyCode.AltLeft : EnumVariantRef
---- The `AltLeft` variant of `KeyCode`.
-KeyCode.AltLeft = {}
-
----@param variant KeyCode.AltLeft
----@param payload NoFields
----@return KeyCode
-function KeyCode.AltLeft.new(variant,payload) end
-
-
-
----@class KeyCode.AltRight : EnumVariantRef
---- The `AltRight` variant of `KeyCode`.
-KeyCode.AltRight = {}
-
----@param variant KeyCode.AltRight
----@param payload NoFields
----@return KeyCode
-function KeyCode.AltRight.new(variant,payload) end
-
-
-
----@class KeyCode.Backspace : EnumVariantRef
---- The `Backspace` variant of `KeyCode`.
-KeyCode.Backspace = {}
-
----@param variant KeyCode.Backspace
----@param payload NoFields
----@return KeyCode
-function KeyCode.Backspace.new(variant,payload) end
-
-
-
----@class KeyCode.CapsLock : EnumVariantRef
---- The `CapsLock` variant of `KeyCode`.
-KeyCode.CapsLock = {}
-
----@param variant KeyCode.CapsLock
----@param payload NoFields
----@return KeyCode
-function KeyCode.CapsLock.new(variant,payload) end
-
-
-
----@class KeyCode.ContextMenu : EnumVariantRef
---- The `ContextMenu` variant of `KeyCode`.
-KeyCode.ContextMenu = {}
-
----@param variant KeyCode.ContextMenu
----@param payload NoFields
----@return KeyCode
-function KeyCode.ContextMenu.new(variant,payload) end
-
-
-
----@class KeyCode.ControlLeft : EnumVariantRef
---- The `ControlLeft` variant of `KeyCode`.
-KeyCode.ControlLeft = {}
-
----@param variant KeyCode.ControlLeft
----@param payload NoFields
----@return KeyCode
-function KeyCode.ControlLeft.new(variant,payload) end
-
-
-
----@class KeyCode.ControlRight : EnumVariantRef
---- The `ControlRight` variant of `KeyCode`.
-KeyCode.ControlRight = {}
-
----@param variant KeyCode.ControlRight
----@param payload NoFields
----@return KeyCode
-function KeyCode.ControlRight.new(variant,payload) end
-
-
-
----@class KeyCode.Enter : EnumVariantRef
---- The `Enter` variant of `KeyCode`.
-KeyCode.Enter = {}
-
----@param variant KeyCode.Enter
----@param payload NoFields
----@return KeyCode
-function KeyCode.Enter.new(variant,payload) end
-
-
-
----@class KeyCode.SuperLeft : EnumVariantRef
---- The `SuperLeft` variant of `KeyCode`.
-KeyCode.SuperLeft = {}
-
----@param variant KeyCode.SuperLeft
----@param payload NoFields
----@return KeyCode
-function KeyCode.SuperLeft.new(variant,payload) end
-
-
-
----@class KeyCode.SuperRight : EnumVariantRef
---- The `SuperRight` variant of `KeyCode`.
-KeyCode.SuperRight = {}
-
----@param variant KeyCode.SuperRight
----@param payload NoFields
----@return KeyCode
-function KeyCode.SuperRight.new(variant,payload) end
-
-
-
----@class KeyCode.ShiftLeft : EnumVariantRef
---- The `ShiftLeft` variant of `KeyCode`.
-KeyCode.ShiftLeft = {}
-
----@param variant KeyCode.ShiftLeft
----@param payload NoFields
----@return KeyCode
-function KeyCode.ShiftLeft.new(variant,payload) end
-
-
-
----@class KeyCode.ShiftRight : EnumVariantRef
---- The `ShiftRight` variant of `KeyCode`.
-KeyCode.ShiftRight = {}
-
----@param variant KeyCode.ShiftRight
----@param payload NoFields
----@return KeyCode
-function KeyCode.ShiftRight.new(variant,payload) end
-
-
-
----@class KeyCode.Space : EnumVariantRef
---- The `Space` variant of `KeyCode`.
-KeyCode.Space = {}
-
----@param variant KeyCode.Space
----@param payload NoFields
----@return KeyCode
-function KeyCode.Space.new(variant,payload) end
-
-
-
----@class KeyCode.Tab : EnumVariantRef
---- The `Tab` variant of `KeyCode`.
-KeyCode.Tab = {}
-
----@param variant KeyCode.Tab
----@param payload NoFields
----@return KeyCode
-function KeyCode.Tab.new(variant,payload) end
-
-
-
----@class KeyCode.Convert : EnumVariantRef
---- The `Convert` variant of `KeyCode`.
-KeyCode.Convert = {}
-
----@param variant KeyCode.Convert
----@param payload NoFields
----@return KeyCode
-function KeyCode.Convert.new(variant,payload) end
-
-
-
----@class KeyCode.KanaMode : EnumVariantRef
---- The `KanaMode` variant of `KeyCode`.
-KeyCode.KanaMode = {}
-
----@param variant KeyCode.KanaMode
----@param payload NoFields
----@return KeyCode
-function KeyCode.KanaMode.new(variant,payload) end
-
-
-
----@class KeyCode.Lang1 : EnumVariantRef
---- The `Lang1` variant of `KeyCode`.
-KeyCode.Lang1 = {}
-
----@param variant KeyCode.Lang1
----@param payload NoFields
----@return KeyCode
-function KeyCode.Lang1.new(variant,payload) end
-
-
-
----@class KeyCode.Lang2 : EnumVariantRef
---- The `Lang2` variant of `KeyCode`.
-KeyCode.Lang2 = {}
-
----@param variant KeyCode.Lang2
----@param payload NoFields
----@return KeyCode
-function KeyCode.Lang2.new(variant,payload) end
-
-
-
----@class KeyCode.Lang3 : EnumVariantRef
---- The `Lang3` variant of `KeyCode`.
-KeyCode.Lang3 = {}
-
----@param variant KeyCode.Lang3
----@param payload NoFields
----@return KeyCode
-function KeyCode.Lang3.new(variant,payload) end
-
-
-
----@class KeyCode.Lang4 : EnumVariantRef
---- The `Lang4` variant of `KeyCode`.
-KeyCode.Lang4 = {}
-
----@param variant KeyCode.Lang4
----@param payload NoFields
----@return KeyCode
-function KeyCode.Lang4.new(variant,payload) end
-
-
-
----@class KeyCode.Lang5 : EnumVariantRef
---- The `Lang5` variant of `KeyCode`.
-KeyCode.Lang5 = {}
-
----@param variant KeyCode.Lang5
----@param payload NoFields
----@return KeyCode
-function KeyCode.Lang5.new(variant,payload) end
-
-
-
----@class KeyCode.NonConvert : EnumVariantRef
---- The `NonConvert` variant of `KeyCode`.
-KeyCode.NonConvert = {}
-
----@param variant KeyCode.NonConvert
----@param payload NoFields
----@return KeyCode
-function KeyCode.NonConvert.new(variant,payload) end
-
-
-
----@class KeyCode.Delete : EnumVariantRef
---- The `Delete` variant of `KeyCode`.
-KeyCode.Delete = {}
-
----@param variant KeyCode.Delete
----@param payload NoFields
----@return KeyCode
-function KeyCode.Delete.new(variant,payload) end
-
-
-
----@class KeyCode.End : EnumVariantRef
---- The `End` variant of `KeyCode`.
-KeyCode.End = {}
-
----@param variant KeyCode.End
----@param payload NoFields
----@return KeyCode
-function KeyCode.End.new(variant,payload) end
-
-
-
----@class KeyCode.Help : EnumVariantRef
---- The `Help` variant of `KeyCode`.
-KeyCode.Help = {}
-
----@param variant KeyCode.Help
----@param payload NoFields
----@return KeyCode
-function KeyCode.Help.new(variant,payload) end
-
-
-
----@class KeyCode.Home : EnumVariantRef
---- The `Home` variant of `KeyCode`.
-KeyCode.Home = {}
-
----@param variant KeyCode.Home
----@param payload NoFields
----@return KeyCode
-function KeyCode.Home.new(variant,payload) end
-
-
-
----@class KeyCode.Insert : EnumVariantRef
---- The `Insert` variant of `KeyCode`.
-KeyCode.Insert = {}
-
----@param variant KeyCode.Insert
----@param payload NoFields
----@return KeyCode
-function KeyCode.Insert.new(variant,payload) end
-
-
-
----@class KeyCode.PageDown : EnumVariantRef
---- The `PageDown` variant of `KeyCode`.
-KeyCode.PageDown = {}
-
----@param variant KeyCode.PageDown
----@param payload NoFields
----@return KeyCode
-function KeyCode.PageDown.new(variant,payload) end
-
-
-
----@class KeyCode.PageUp : EnumVariantRef
---- The `PageUp` variant of `KeyCode`.
-KeyCode.PageUp = {}
-
----@param variant KeyCode.PageUp
----@param payload NoFields
----@return KeyCode
-function KeyCode.PageUp.new(variant,payload) end
-
-
-
----@class KeyCode.ArrowDown : EnumVariantRef
---- The `ArrowDown` variant of `KeyCode`.
-KeyCode.ArrowDown = {}
-
----@param variant KeyCode.ArrowDown
----@param payload NoFields
----@return KeyCode
-function KeyCode.ArrowDown.new(variant,payload) end
-
-
-
----@class KeyCode.ArrowLeft : EnumVariantRef
---- The `ArrowLeft` variant of `KeyCode`.
-KeyCode.ArrowLeft = {}
-
----@param variant KeyCode.ArrowLeft
----@param payload NoFields
----@return KeyCode
-function KeyCode.ArrowLeft.new(variant,payload) end
-
-
-
----@class KeyCode.ArrowRight : EnumVariantRef
---- The `ArrowRight` variant of `KeyCode`.
-KeyCode.ArrowRight = {}
-
----@param variant KeyCode.ArrowRight
----@param payload NoFields
----@return KeyCode
-function KeyCode.ArrowRight.new(variant,payload) end
-
-
-
----@class KeyCode.ArrowUp : EnumVariantRef
---- The `ArrowUp` variant of `KeyCode`.
-KeyCode.ArrowUp = {}
-
----@param variant KeyCode.ArrowUp
----@param payload NoFields
----@return KeyCode
-function KeyCode.ArrowUp.new(variant,payload) end
-
-
-
----@class KeyCode.NumLock : EnumVariantRef
---- The `NumLock` variant of `KeyCode`.
-KeyCode.NumLock = {}
-
----@param variant KeyCode.NumLock
----@param payload NoFields
----@return KeyCode
-function KeyCode.NumLock.new(variant,payload) end
-
-
-
----@class KeyCode.Numpad0 : EnumVariantRef
---- The `Numpad0` variant of `KeyCode`.
-KeyCode.Numpad0 = {}
-
----@param variant KeyCode.Numpad0
----@param payload NoFields
----@return KeyCode
-function KeyCode.Numpad0.new(variant,payload) end
-
-
-
----@class KeyCode.Numpad1 : EnumVariantRef
---- The `Numpad1` variant of `KeyCode`.
-KeyCode.Numpad1 = {}
-
----@param variant KeyCode.Numpad1
----@param payload NoFields
----@return KeyCode
-function KeyCode.Numpad1.new(variant,payload) end
-
-
-
----@class KeyCode.Numpad2 : EnumVariantRef
---- The `Numpad2` variant of `KeyCode`.
-KeyCode.Numpad2 = {}
-
----@param variant KeyCode.Numpad2
----@param payload NoFields
----@return KeyCode
-function KeyCode.Numpad2.new(variant,payload) end
-
-
-
----@class KeyCode.Numpad3 : EnumVariantRef
---- The `Numpad3` variant of `KeyCode`.
-KeyCode.Numpad3 = {}
-
----@param variant KeyCode.Numpad3
----@param payload NoFields
----@return KeyCode
-function KeyCode.Numpad3.new(variant,payload) end
-
-
-
----@class KeyCode.Numpad4 : EnumVariantRef
---- The `Numpad4` variant of `KeyCode`.
-KeyCode.Numpad4 = {}
-
----@param variant KeyCode.Numpad4
----@param payload NoFields
----@return KeyCode
-function KeyCode.Numpad4.new(variant,payload) end
-
-
-
----@class KeyCode.Numpad5 : EnumVariantRef
---- The `Numpad5` variant of `KeyCode`.
-KeyCode.Numpad5 = {}
-
----@param variant KeyCode.Numpad5
----@param payload NoFields
----@return KeyCode
-function KeyCode.Numpad5.new(variant,payload) end
-
-
-
----@class KeyCode.Numpad6 : EnumVariantRef
---- The `Numpad6` variant of `KeyCode`.
-KeyCode.Numpad6 = {}
-
----@param variant KeyCode.Numpad6
----@param payload NoFields
----@return KeyCode
-function KeyCode.Numpad6.new(variant,payload) end
-
-
-
----@class KeyCode.Numpad7 : EnumVariantRef
---- The `Numpad7` variant of `KeyCode`.
-KeyCode.Numpad7 = {}
-
----@param variant KeyCode.Numpad7
----@param payload NoFields
----@return KeyCode
-function KeyCode.Numpad7.new(variant,payload) end
-
-
-
----@class KeyCode.Numpad8 : EnumVariantRef
---- The `Numpad8` variant of `KeyCode`.
-KeyCode.Numpad8 = {}
-
----@param variant KeyCode.Numpad8
----@param payload NoFields
----@return KeyCode
-function KeyCode.Numpad8.new(variant,payload) end
-
-
-
----@class KeyCode.Numpad9 : EnumVariantRef
---- The `Numpad9` variant of `KeyCode`.
-KeyCode.Numpad9 = {}
-
----@param variant KeyCode.Numpad9
----@param payload NoFields
----@return KeyCode
-function KeyCode.Numpad9.new(variant,payload) end
-
-
-
----@class KeyCode.NumpadAdd : EnumVariantRef
---- The `NumpadAdd` variant of `KeyCode`.
-KeyCode.NumpadAdd = {}
-
----@param variant KeyCode.NumpadAdd
----@param payload NoFields
----@return KeyCode
-function KeyCode.NumpadAdd.new(variant,payload) end
-
-
-
----@class KeyCode.NumpadBackspace : EnumVariantRef
---- The `NumpadBackspace` variant of `KeyCode`.
-KeyCode.NumpadBackspace = {}
-
----@param variant KeyCode.NumpadBackspace
----@param payload NoFields
----@return KeyCode
-function KeyCode.NumpadBackspace.new(variant,payload) end
-
-
-
----@class KeyCode.NumpadClear : EnumVariantRef
---- The `NumpadClear` variant of `KeyCode`.
-KeyCode.NumpadClear = {}
-
----@param variant KeyCode.NumpadClear
----@param payload NoFields
----@return KeyCode
-function KeyCode.NumpadClear.new(variant,payload) end
-
-
-
----@class KeyCode.NumpadClearEntry : EnumVariantRef
---- The `NumpadClearEntry` variant of `KeyCode`.
-KeyCode.NumpadClearEntry = {}
-
----@param variant KeyCode.NumpadClearEntry
----@param payload NoFields
----@return KeyCode
-function KeyCode.NumpadClearEntry.new(variant,payload) end
-
-
-
----@class KeyCode.NumpadComma : EnumVariantRef
---- The `NumpadComma` variant of `KeyCode`.
-KeyCode.NumpadComma = {}
-
----@param variant KeyCode.NumpadComma
----@param payload NoFields
----@return KeyCode
-function KeyCode.NumpadComma.new(variant,payload) end
-
-
-
----@class KeyCode.NumpadDecimal : EnumVariantRef
---- The `NumpadDecimal` variant of `KeyCode`.
-KeyCode.NumpadDecimal = {}
-
----@param variant KeyCode.NumpadDecimal
----@param payload NoFields
----@return KeyCode
-function KeyCode.NumpadDecimal.new(variant,payload) end
-
-
-
----@class KeyCode.NumpadDivide : EnumVariantRef
---- The `NumpadDivide` variant of `KeyCode`.
-KeyCode.NumpadDivide = {}
-
----@param variant KeyCode.NumpadDivide
----@param payload NoFields
----@return KeyCode
-function KeyCode.NumpadDivide.new(variant,payload) end
-
-
-
----@class KeyCode.NumpadEnter : EnumVariantRef
---- The `NumpadEnter` variant of `KeyCode`.
-KeyCode.NumpadEnter = {}
-
----@param variant KeyCode.NumpadEnter
----@param payload NoFields
----@return KeyCode
-function KeyCode.NumpadEnter.new(variant,payload) end
-
-
-
----@class KeyCode.NumpadEqual : EnumVariantRef
---- The `NumpadEqual` variant of `KeyCode`.
-KeyCode.NumpadEqual = {}
-
----@param variant KeyCode.NumpadEqual
----@param payload NoFields
----@return KeyCode
-function KeyCode.NumpadEqual.new(variant,payload) end
-
-
-
----@class KeyCode.NumpadHash : EnumVariantRef
---- The `NumpadHash` variant of `KeyCode`.
-KeyCode.NumpadHash = {}
-
----@param variant KeyCode.NumpadHash
----@param payload NoFields
----@return KeyCode
-function KeyCode.NumpadHash.new(variant,payload) end
-
-
-
----@class KeyCode.NumpadMemoryAdd : EnumVariantRef
---- The `NumpadMemoryAdd` variant of `KeyCode`.
-KeyCode.NumpadMemoryAdd = {}
-
----@param variant KeyCode.NumpadMemoryAdd
----@param payload NoFields
----@return KeyCode
-function KeyCode.NumpadMemoryAdd.new(variant,payload) end
-
-
-
----@class KeyCode.NumpadMemoryClear : EnumVariantRef
---- The `NumpadMemoryClear` variant of `KeyCode`.
-KeyCode.NumpadMemoryClear = {}
-
----@param variant KeyCode.NumpadMemoryClear
----@param payload NoFields
----@return KeyCode
-function KeyCode.NumpadMemoryClear.new(variant,payload) end
-
-
-
----@class KeyCode.NumpadMemoryRecall : EnumVariantRef
---- The `NumpadMemoryRecall` variant of `KeyCode`.
-KeyCode.NumpadMemoryRecall = {}
-
----@param variant KeyCode.NumpadMemoryRecall
----@param payload NoFields
----@return KeyCode
-function KeyCode.NumpadMemoryRecall.new(variant,payload) end
-
-
-
----@class KeyCode.NumpadMemoryStore : EnumVariantRef
---- The `NumpadMemoryStore` variant of `KeyCode`.
-KeyCode.NumpadMemoryStore = {}
-
----@param variant KeyCode.NumpadMemoryStore
----@param payload NoFields
----@return KeyCode
-function KeyCode.NumpadMemoryStore.new(variant,payload) end
-
-
-
----@class KeyCode.NumpadMemorySubtract : EnumVariantRef
---- The `NumpadMemorySubtract` variant of `KeyCode`.
-KeyCode.NumpadMemorySubtract = {}
-
----@param variant KeyCode.NumpadMemorySubtract
----@param payload NoFields
----@return KeyCode
-function KeyCode.NumpadMemorySubtract.new(variant,payload) end
-
-
-
----@class KeyCode.NumpadMultiply : EnumVariantRef
---- The `NumpadMultiply` variant of `KeyCode`.
-KeyCode.NumpadMultiply = {}
-
----@param variant KeyCode.NumpadMultiply
----@param payload NoFields
----@return KeyCode
-function KeyCode.NumpadMultiply.new(variant,payload) end
-
-
-
----@class KeyCode.NumpadParenLeft : EnumVariantRef
---- The `NumpadParenLeft` variant of `KeyCode`.
-KeyCode.NumpadParenLeft = {}
-
----@param variant KeyCode.NumpadParenLeft
----@param payload NoFields
----@return KeyCode
-function KeyCode.NumpadParenLeft.new(variant,payload) end
-
-
-
----@class KeyCode.NumpadParenRight : EnumVariantRef
---- The `NumpadParenRight` variant of `KeyCode`.
-KeyCode.NumpadParenRight = {}
-
----@param variant KeyCode.NumpadParenRight
----@param payload NoFields
----@return KeyCode
-function KeyCode.NumpadParenRight.new(variant,payload) end
-
-
-
----@class KeyCode.NumpadStar : EnumVariantRef
---- The `NumpadStar` variant of `KeyCode`.
-KeyCode.NumpadStar = {}
-
----@param variant KeyCode.NumpadStar
----@param payload NoFields
----@return KeyCode
-function KeyCode.NumpadStar.new(variant,payload) end
-
-
-
----@class KeyCode.NumpadSubtract : EnumVariantRef
---- The `NumpadSubtract` variant of `KeyCode`.
-KeyCode.NumpadSubtract = {}
-
----@param variant KeyCode.NumpadSubtract
----@param payload NoFields
----@return KeyCode
-function KeyCode.NumpadSubtract.new(variant,payload) end
-
-
-
----@class KeyCode.Escape : EnumVariantRef
---- The `Escape` variant of `KeyCode`.
-KeyCode.Escape = {}
-
----@param variant KeyCode.Escape
----@param payload NoFields
----@return KeyCode
-function KeyCode.Escape.new(variant,payload) end
-
-
-
----@class KeyCode.Fn : EnumVariantRef
---- The `Fn` variant of `KeyCode`.
-KeyCode.Fn = {}
-
----@param variant KeyCode.Fn
----@param payload NoFields
----@return KeyCode
-function KeyCode.Fn.new(variant,payload) end
-
-
-
----@class KeyCode.FnLock : EnumVariantRef
---- The `FnLock` variant of `KeyCode`.
-KeyCode.FnLock = {}
-
----@param variant KeyCode.FnLock
----@param payload NoFields
----@return KeyCode
-function KeyCode.FnLock.new(variant,payload) end
-
-
-
----@class KeyCode.PrintScreen : EnumVariantRef
---- The `PrintScreen` variant of `KeyCode`.
-KeyCode.PrintScreen = {}
-
----@param variant KeyCode.PrintScreen
----@param payload NoFields
----@return KeyCode
-function KeyCode.PrintScreen.new(variant,payload) end
-
-
-
----@class KeyCode.ScrollLock : EnumVariantRef
---- The `ScrollLock` variant of `KeyCode`.
-KeyCode.ScrollLock = {}
-
----@param variant KeyCode.ScrollLock
----@param payload NoFields
----@return KeyCode
-function KeyCode.ScrollLock.new(variant,payload) end
-
-
-
----@class KeyCode.Pause : EnumVariantRef
---- The `Pause` variant of `KeyCode`.
-KeyCode.Pause = {}
-
----@param variant KeyCode.Pause
----@param payload NoFields
----@return KeyCode
-function KeyCode.Pause.new(variant,payload) end
-
-
-
----@class KeyCode.BrowserBack : EnumVariantRef
---- The `BrowserBack` variant of `KeyCode`.
-KeyCode.BrowserBack = {}
-
----@param variant KeyCode.BrowserBack
----@param payload NoFields
----@return KeyCode
-function KeyCode.BrowserBack.new(variant,payload) end
-
-
-
----@class KeyCode.BrowserFavorites : EnumVariantRef
---- The `BrowserFavorites` variant of `KeyCode`.
-KeyCode.BrowserFavorites = {}
-
----@param variant KeyCode.BrowserFavorites
----@param payload NoFields
----@return KeyCode
-function KeyCode.BrowserFavorites.new(variant,payload) end
-
-
-
----@class KeyCode.BrowserForward : EnumVariantRef
---- The `BrowserForward` variant of `KeyCode`.
-KeyCode.BrowserForward = {}
-
----@param variant KeyCode.BrowserForward
----@param payload NoFields
----@return KeyCode
-function KeyCode.BrowserForward.new(variant,payload) end
-
-
-
----@class KeyCode.BrowserHome : EnumVariantRef
---- The `BrowserHome` variant of `KeyCode`.
-KeyCode.BrowserHome = {}
-
----@param variant KeyCode.BrowserHome
----@param payload NoFields
----@return KeyCode
-function KeyCode.BrowserHome.new(variant,payload) end
-
-
-
----@class KeyCode.BrowserRefresh : EnumVariantRef
---- The `BrowserRefresh` variant of `KeyCode`.
-KeyCode.BrowserRefresh = {}
-
----@param variant KeyCode.BrowserRefresh
----@param payload NoFields
----@return KeyCode
-function KeyCode.BrowserRefresh.new(variant,payload) end
-
-
-
----@class KeyCode.BrowserSearch : EnumVariantRef
---- The `BrowserSearch` variant of `KeyCode`.
-KeyCode.BrowserSearch = {}
-
----@param variant KeyCode.BrowserSearch
----@param payload NoFields
----@return KeyCode
-function KeyCode.BrowserSearch.new(variant,payload) end
-
-
-
----@class KeyCode.BrowserStop : EnumVariantRef
---- The `BrowserStop` variant of `KeyCode`.
-KeyCode.BrowserStop = {}
-
----@param variant KeyCode.BrowserStop
----@param payload NoFields
----@return KeyCode
-function KeyCode.BrowserStop.new(variant,payload) end
-
-
-
----@class KeyCode.Eject : EnumVariantRef
---- The `Eject` variant of `KeyCode`.
-KeyCode.Eject = {}
-
----@param variant KeyCode.Eject
----@param payload NoFields
----@return KeyCode
-function KeyCode.Eject.new(variant,payload) end
-
-
-
----@class KeyCode.LaunchApp1 : EnumVariantRef
---- The `LaunchApp1` variant of `KeyCode`.
-KeyCode.LaunchApp1 = {}
-
----@param variant KeyCode.LaunchApp1
----@param payload NoFields
----@return KeyCode
-function KeyCode.LaunchApp1.new(variant,payload) end
-
-
-
----@class KeyCode.LaunchApp2 : EnumVariantRef
---- The `LaunchApp2` variant of `KeyCode`.
-KeyCode.LaunchApp2 = {}
-
----@param variant KeyCode.LaunchApp2
----@param payload NoFields
----@return KeyCode
-function KeyCode.LaunchApp2.new(variant,payload) end
-
-
-
----@class KeyCode.LaunchMail : EnumVariantRef
---- The `LaunchMail` variant of `KeyCode`.
-KeyCode.LaunchMail = {}
-
----@param variant KeyCode.LaunchMail
----@param payload NoFields
----@return KeyCode
-function KeyCode.LaunchMail.new(variant,payload) end
-
-
-
----@class KeyCode.MediaPlayPause : EnumVariantRef
---- The `MediaPlayPause` variant of `KeyCode`.
-KeyCode.MediaPlayPause = {}
-
----@param variant KeyCode.MediaPlayPause
----@param payload NoFields
----@return KeyCode
-function KeyCode.MediaPlayPause.new(variant,payload) end
-
-
-
----@class KeyCode.MediaSelect : EnumVariantRef
---- The `MediaSelect` variant of `KeyCode`.
-KeyCode.MediaSelect = {}
-
----@param variant KeyCode.MediaSelect
----@param payload NoFields
----@return KeyCode
-function KeyCode.MediaSelect.new(variant,payload) end
-
-
-
----@class KeyCode.MediaStop : EnumVariantRef
---- The `MediaStop` variant of `KeyCode`.
-KeyCode.MediaStop = {}
-
----@param variant KeyCode.MediaStop
----@param payload NoFields
----@return KeyCode
-function KeyCode.MediaStop.new(variant,payload) end
-
-
-
----@class KeyCode.MediaTrackNext : EnumVariantRef
---- The `MediaTrackNext` variant of `KeyCode`.
-KeyCode.MediaTrackNext = {}
-
----@param variant KeyCode.MediaTrackNext
----@param payload NoFields
----@return KeyCode
-function KeyCode.MediaTrackNext.new(variant,payload) end
-
-
-
----@class KeyCode.MediaTrackPrevious : EnumVariantRef
---- The `MediaTrackPrevious` variant of `KeyCode`.
-KeyCode.MediaTrackPrevious = {}
-
----@param variant KeyCode.MediaTrackPrevious
----@param payload NoFields
----@return KeyCode
-function KeyCode.MediaTrackPrevious.new(variant,payload) end
-
-
-
----@class KeyCode.Power : EnumVariantRef
---- The `Power` variant of `KeyCode`.
-KeyCode.Power = {}
-
----@param variant KeyCode.Power
----@param payload NoFields
----@return KeyCode
-function KeyCode.Power.new(variant,payload) end
-
-
-
----@class KeyCode.Sleep : EnumVariantRef
---- The `Sleep` variant of `KeyCode`.
-KeyCode.Sleep = {}
-
----@param variant KeyCode.Sleep
----@param payload NoFields
----@return KeyCode
-function KeyCode.Sleep.new(variant,payload) end
-
-
-
----@class KeyCode.AudioVolumeDown : EnumVariantRef
---- The `AudioVolumeDown` variant of `KeyCode`.
-KeyCode.AudioVolumeDown = {}
-
----@param variant KeyCode.AudioVolumeDown
----@param payload NoFields
----@return KeyCode
-function KeyCode.AudioVolumeDown.new(variant,payload) end
-
-
-
----@class KeyCode.AudioVolumeMute : EnumVariantRef
---- The `AudioVolumeMute` variant of `KeyCode`.
-KeyCode.AudioVolumeMute = {}
-
----@param variant KeyCode.AudioVolumeMute
----@param payload NoFields
----@return KeyCode
-function KeyCode.AudioVolumeMute.new(variant,payload) end
-
-
-
----@class KeyCode.AudioVolumeUp : EnumVariantRef
---- The `AudioVolumeUp` variant of `KeyCode`.
-KeyCode.AudioVolumeUp = {}
-
----@param variant KeyCode.AudioVolumeUp
----@param payload NoFields
----@return KeyCode
-function KeyCode.AudioVolumeUp.new(variant,payload) end
-
-
-
----@class KeyCode.WakeUp : EnumVariantRef
---- The `WakeUp` variant of `KeyCode`.
-KeyCode.WakeUp = {}
-
----@param variant KeyCode.WakeUp
----@param payload NoFields
----@return KeyCode
-function KeyCode.WakeUp.new(variant,payload) end
-
-
-
----@class KeyCode.Meta : EnumVariantRef
---- The `Meta` variant of `KeyCode`.
-KeyCode.Meta = {}
-
----@param variant KeyCode.Meta
----@param payload NoFields
----@return KeyCode
-function KeyCode.Meta.new(variant,payload) end
-
-
-
----@class KeyCode.Hyper : EnumVariantRef
---- The `Hyper` variant of `KeyCode`.
-KeyCode.Hyper = {}
-
----@param variant KeyCode.Hyper
----@param payload NoFields
----@return KeyCode
-function KeyCode.Hyper.new(variant,payload) end
-
-
-
----@class KeyCode.Turbo : EnumVariantRef
---- The `Turbo` variant of `KeyCode`.
-KeyCode.Turbo = {}
-
----@param variant KeyCode.Turbo
----@param payload NoFields
----@return KeyCode
-function KeyCode.Turbo.new(variant,payload) end
-
-
-
----@class KeyCode.Abort : EnumVariantRef
---- The `Abort` variant of `KeyCode`.
-KeyCode.Abort = {}
-
----@param variant KeyCode.Abort
----@param payload NoFields
----@return KeyCode
-function KeyCode.Abort.new(variant,payload) end
-
-
-
----@class KeyCode.Resume : EnumVariantRef
---- The `Resume` variant of `KeyCode`.
-KeyCode.Resume = {}
-
----@param variant KeyCode.Resume
----@param payload NoFields
----@return KeyCode
-function KeyCode.Resume.new(variant,payload) end
-
-
-
----@class KeyCode.Suspend : EnumVariantRef
---- The `Suspend` variant of `KeyCode`.
-KeyCode.Suspend = {}
-
----@param variant KeyCode.Suspend
----@param payload NoFields
----@return KeyCode
-function KeyCode.Suspend.new(variant,payload) end
-
-
-
----@class KeyCode.Again : EnumVariantRef
---- The `Again` variant of `KeyCode`.
-KeyCode.Again = {}
-
----@param variant KeyCode.Again
----@param payload NoFields
----@return KeyCode
-function KeyCode.Again.new(variant,payload) end
-
-
-
----@class KeyCode.Copy : EnumVariantRef
---- The `Copy` variant of `KeyCode`.
-KeyCode.Copy = {}
-
----@param variant KeyCode.Copy
----@param payload NoFields
----@return KeyCode
-function KeyCode.Copy.new(variant,payload) end
-
-
-
----@class KeyCode.Cut : EnumVariantRef
---- The `Cut` variant of `KeyCode`.
-KeyCode.Cut = {}
-
----@param variant KeyCode.Cut
----@param payload NoFields
----@return KeyCode
-function KeyCode.Cut.new(variant,payload) end
-
-
-
----@class KeyCode.Find : EnumVariantRef
---- The `Find` variant of `KeyCode`.
-KeyCode.Find = {}
-
----@param variant KeyCode.Find
----@param payload NoFields
----@return KeyCode
-function KeyCode.Find.new(variant,payload) end
-
-
-
----@class KeyCode.Open : EnumVariantRef
---- The `Open` variant of `KeyCode`.
-KeyCode.Open = {}
-
----@param variant KeyCode.Open
----@param payload NoFields
----@return KeyCode
-function KeyCode.Open.new(variant,payload) end
-
-
-
----@class KeyCode.Paste : EnumVariantRef
---- The `Paste` variant of `KeyCode`.
-KeyCode.Paste = {}
-
----@param variant KeyCode.Paste
----@param payload NoFields
----@return KeyCode
-function KeyCode.Paste.new(variant,payload) end
-
-
-
----@class KeyCode.Props : EnumVariantRef
---- The `Props` variant of `KeyCode`.
-KeyCode.Props = {}
-
----@param variant KeyCode.Props
----@param payload NoFields
----@return KeyCode
-function KeyCode.Props.new(variant,payload) end
-
-
-
----@class KeyCode.Select : EnumVariantRef
---- The `Select` variant of `KeyCode`.
-KeyCode.Select = {}
-
----@param variant KeyCode.Select
----@param payload NoFields
----@return KeyCode
-function KeyCode.Select.new(variant,payload) end
-
-
-
----@class KeyCode.Undo : EnumVariantRef
---- The `Undo` variant of `KeyCode`.
-KeyCode.Undo = {}
-
----@param variant KeyCode.Undo
----@param payload NoFields
----@return KeyCode
-function KeyCode.Undo.new(variant,payload) end
-
-
-
----@class KeyCode.Hiragana : EnumVariantRef
---- The `Hiragana` variant of `KeyCode`.
-KeyCode.Hiragana = {}
-
----@param variant KeyCode.Hiragana
----@param payload NoFields
----@return KeyCode
-function KeyCode.Hiragana.new(variant,payload) end
-
-
-
----@class KeyCode.Katakana : EnumVariantRef
---- The `Katakana` variant of `KeyCode`.
-KeyCode.Katakana = {}
-
----@param variant KeyCode.Katakana
----@param payload NoFields
----@return KeyCode
-function KeyCode.Katakana.new(variant,payload) end
-
-
-
----@class KeyCode.F1 : EnumVariantRef
---- The `F1` variant of `KeyCode`.
-KeyCode.F1 = {}
-
----@param variant KeyCode.F1
----@param payload NoFields
----@return KeyCode
-function KeyCode.F1.new(variant,payload) end
-
-
-
----@class KeyCode.F2 : EnumVariantRef
---- The `F2` variant of `KeyCode`.
-KeyCode.F2 = {}
-
----@param variant KeyCode.F2
----@param payload NoFields
----@return KeyCode
-function KeyCode.F2.new(variant,payload) end
-
-
-
----@class KeyCode.F3 : EnumVariantRef
---- The `F3` variant of `KeyCode`.
-KeyCode.F3 = {}
-
----@param variant KeyCode.F3
----@param payload NoFields
----@return KeyCode
-function KeyCode.F3.new(variant,payload) end
-
-
-
----@class KeyCode.F4 : EnumVariantRef
---- The `F4` variant of `KeyCode`.
-KeyCode.F4 = {}
-
----@param variant KeyCode.F4
----@param payload NoFields
----@return KeyCode
-function KeyCode.F4.new(variant,payload) end
-
-
-
----@class KeyCode.F5 : EnumVariantRef
---- The `F5` variant of `KeyCode`.
-KeyCode.F5 = {}
-
----@param variant KeyCode.F5
----@param payload NoFields
----@return KeyCode
-function KeyCode.F5.new(variant,payload) end
-
-
-
----@class KeyCode.F6 : EnumVariantRef
---- The `F6` variant of `KeyCode`.
-KeyCode.F6 = {}
-
----@param variant KeyCode.F6
----@param payload NoFields
----@return KeyCode
-function KeyCode.F6.new(variant,payload) end
-
-
-
----@class KeyCode.F7 : EnumVariantRef
---- The `F7` variant of `KeyCode`.
-KeyCode.F7 = {}
-
----@param variant KeyCode.F7
----@param payload NoFields
----@return KeyCode
-function KeyCode.F7.new(variant,payload) end
-
-
-
----@class KeyCode.F8 : EnumVariantRef
---- The `F8` variant of `KeyCode`.
-KeyCode.F8 = {}
-
----@param variant KeyCode.F8
----@param payload NoFields
----@return KeyCode
-function KeyCode.F8.new(variant,payload) end
-
-
-
----@class KeyCode.F9 : EnumVariantRef
---- The `F9` variant of `KeyCode`.
-KeyCode.F9 = {}
-
----@param variant KeyCode.F9
----@param payload NoFields
----@return KeyCode
-function KeyCode.F9.new(variant,payload) end
-
-
-
----@class KeyCode.F10 : EnumVariantRef
---- The `F10` variant of `KeyCode`.
-KeyCode.F10 = {}
-
----@param variant KeyCode.F10
----@param payload NoFields
----@return KeyCode
-function KeyCode.F10.new(variant,payload) end
-
-
-
----@class KeyCode.F11 : EnumVariantRef
---- The `F11` variant of `KeyCode`.
-KeyCode.F11 = {}
-
----@param variant KeyCode.F11
----@param payload NoFields
----@return KeyCode
-function KeyCode.F11.new(variant,payload) end
-
-
-
----@class KeyCode.F12 : EnumVariantRef
---- The `F12` variant of `KeyCode`.
-KeyCode.F12 = {}
-
----@param variant KeyCode.F12
----@param payload NoFields
----@return KeyCode
-function KeyCode.F12.new(variant,payload) end
-
-
-
----@class KeyCode.F13 : EnumVariantRef
---- The `F13` variant of `KeyCode`.
-KeyCode.F13 = {}
-
----@param variant KeyCode.F13
----@param payload NoFields
----@return KeyCode
-function KeyCode.F13.new(variant,payload) end
-
-
-
----@class KeyCode.F14 : EnumVariantRef
---- The `F14` variant of `KeyCode`.
-KeyCode.F14 = {}
-
----@param variant KeyCode.F14
----@param payload NoFields
----@return KeyCode
-function KeyCode.F14.new(variant,payload) end
-
-
-
----@class KeyCode.F15 : EnumVariantRef
---- The `F15` variant of `KeyCode`.
-KeyCode.F15 = {}
-
----@param variant KeyCode.F15
----@param payload NoFields
----@return KeyCode
-function KeyCode.F15.new(variant,payload) end
-
-
-
----@class KeyCode.F16 : EnumVariantRef
---- The `F16` variant of `KeyCode`.
-KeyCode.F16 = {}
-
----@param variant KeyCode.F16
----@param payload NoFields
----@return KeyCode
-function KeyCode.F16.new(variant,payload) end
-
-
-
----@class KeyCode.F17 : EnumVariantRef
---- The `F17` variant of `KeyCode`.
-KeyCode.F17 = {}
-
----@param variant KeyCode.F17
----@param payload NoFields
----@return KeyCode
-function KeyCode.F17.new(variant,payload) end
-
-
-
----@class KeyCode.F18 : EnumVariantRef
---- The `F18` variant of `KeyCode`.
-KeyCode.F18 = {}
-
----@param variant KeyCode.F18
----@param payload NoFields
----@return KeyCode
-function KeyCode.F18.new(variant,payload) end
-
-
-
----@class KeyCode.F19 : EnumVariantRef
---- The `F19` variant of `KeyCode`.
-KeyCode.F19 = {}
-
----@param variant KeyCode.F19
----@param payload NoFields
----@return KeyCode
-function KeyCode.F19.new(variant,payload) end
-
-
-
----@class KeyCode.F20 : EnumVariantRef
---- The `F20` variant of `KeyCode`.
-KeyCode.F20 = {}
-
----@param variant KeyCode.F20
----@param payload NoFields
----@return KeyCode
-function KeyCode.F20.new(variant,payload) end
-
-
-
----@class KeyCode.F21 : EnumVariantRef
---- The `F21` variant of `KeyCode`.
-KeyCode.F21 = {}
-
----@param variant KeyCode.F21
----@param payload NoFields
----@return KeyCode
-function KeyCode.F21.new(variant,payload) end
-
-
-
----@class KeyCode.F22 : EnumVariantRef
---- The `F22` variant of `KeyCode`.
-KeyCode.F22 = {}
-
----@param variant KeyCode.F22
----@param payload NoFields
----@return KeyCode
-function KeyCode.F22.new(variant,payload) end
-
-
-
----@class KeyCode.F23 : EnumVariantRef
---- The `F23` variant of `KeyCode`.
-KeyCode.F23 = {}
-
----@param variant KeyCode.F23
----@param payload NoFields
----@return KeyCode
-function KeyCode.F23.new(variant,payload) end
-
-
-
----@class KeyCode.F24 : EnumVariantRef
---- The `F24` variant of `KeyCode`.
-KeyCode.F24 = {}
-
----@param variant KeyCode.F24
----@param payload NoFields
----@return KeyCode
-function KeyCode.F24.new(variant,payload) end
-
-
-
----@class KeyCode.F25 : EnumVariantRef
---- The `F25` variant of `KeyCode`.
-KeyCode.F25 = {}
-
----@param variant KeyCode.F25
----@param payload NoFields
----@return KeyCode
-function KeyCode.F25.new(variant,payload) end
-
-
-
----@class KeyCode.F26 : EnumVariantRef
---- The `F26` variant of `KeyCode`.
-KeyCode.F26 = {}
-
----@param variant KeyCode.F26
----@param payload NoFields
----@return KeyCode
-function KeyCode.F26.new(variant,payload) end
-
-
-
----@class KeyCode.F27 : EnumVariantRef
---- The `F27` variant of `KeyCode`.
-KeyCode.F27 = {}
-
----@param variant KeyCode.F27
----@param payload NoFields
----@return KeyCode
-function KeyCode.F27.new(variant,payload) end
-
-
-
----@class KeyCode.F28 : EnumVariantRef
---- The `F28` variant of `KeyCode`.
-KeyCode.F28 = {}
-
----@param variant KeyCode.F28
----@param payload NoFields
----@return KeyCode
-function KeyCode.F28.new(variant,payload) end
-
-
-
----@class KeyCode.F29 : EnumVariantRef
---- The `F29` variant of `KeyCode`.
-KeyCode.F29 = {}
-
----@param variant KeyCode.F29
----@param payload NoFields
----@return KeyCode
-function KeyCode.F29.new(variant,payload) end
-
-
-
----@class KeyCode.F30 : EnumVariantRef
---- The `F30` variant of `KeyCode`.
-KeyCode.F30 = {}
-
----@param variant KeyCode.F30
----@param payload NoFields
----@return KeyCode
-function KeyCode.F30.new(variant,payload) end
-
-
-
----@class KeyCode.F31 : EnumVariantRef
---- The `F31` variant of `KeyCode`.
-KeyCode.F31 = {}
-
----@param variant KeyCode.F31
----@param payload NoFields
----@return KeyCode
-function KeyCode.F31.new(variant,payload) end
-
-
-
----@class KeyCode.F32 : EnumVariantRef
---- The `F32` variant of `KeyCode`.
-KeyCode.F32 = {}
-
----@param variant KeyCode.F32
----@param payload NoFields
----@return KeyCode
-function KeyCode.F32.new(variant,payload) end
-
-
-
----@class KeyCode.F33 : EnumVariantRef
---- The `F33` variant of `KeyCode`.
-KeyCode.F33 = {}
-
----@param variant KeyCode.F33
----@param payload NoFields
----@return KeyCode
-function KeyCode.F33.new(variant,payload) end
-
-
-
----@class KeyCode.F34 : EnumVariantRef
---- The `F34` variant of `KeyCode`.
-KeyCode.F34 = {}
-
----@param variant KeyCode.F34
----@param payload NoFields
----@return KeyCode
-function KeyCode.F34.new(variant,payload) end
-
-
-
----@class KeyCode.F35 : EnumVariantRef
---- The `F35` variant of `KeyCode`.
-KeyCode.F35 = {}
-
----@param variant KeyCode.F35
----@param payload NoFields
----@return KeyCode
-function KeyCode.F35.new(variant,payload) end
-
-
-
----@class MouseButton : ReflectReference
----  A button on a mouse device.
---- 
----  ## Usage
---- 
----  It is used as the generic `T` value of an [`ButtonInput`] to create a `bevy`
----  resource.
---- 
----  ## Updating
---- 
----  The resource is updated inside of the [`mouse_button_input_system`].
----@field  Left MouseButton.Left
----@field  Right MouseButton.Right
----@field  Middle MouseButton.Middle
----@field  Back MouseButton.Back
----@field  Forward MouseButton.Forward
----@field  Other MouseButton.Other
-local MouseButton = {}
-
----@return MouseButton[]
-function MouseButton.get_just_pressed() end
-
----@return MouseButton[]
-function MouseButton.get_pressed() end
-
----@param button MouseButton
----@return boolean
-function MouseButton.pressed(button) end
-
----@param button MouseButton
----@return boolean
-function MouseButton.just_released(button) end
-
----@param buttons MouseButton[]
----@return boolean
-function MouseButton.any_pressed(buttons) end
-
----@param buttons MouseButton[]
----@return boolean
-function MouseButton.any_just_pressed(buttons) end
-
----@param button MouseButton
----@return boolean
-function MouseButton.just_pressed(button) end
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return MouseButton
-function MouseButton.new(payload) end
-
-
-
----@class MouseButton.Left : EnumVariantRef
---- The `Left` variant of `MouseButton`.
-MouseButton.Left = {}
-
----@param variant MouseButton.Left
----@param payload NoFields
----@return MouseButton
-function MouseButton.Left.new(variant,payload) end
-
-
-
----@class MouseButton.Right : EnumVariantRef
---- The `Right` variant of `MouseButton`.
-MouseButton.Right = {}
-
----@param variant MouseButton.Right
----@param payload NoFields
----@return MouseButton
-function MouseButton.Right.new(variant,payload) end
-
-
-
----@class MouseButton.Middle : EnumVariantRef
---- The `Middle` variant of `MouseButton`.
-MouseButton.Middle = {}
-
----@param variant MouseButton.Middle
----@param payload NoFields
----@return MouseButton
-function MouseButton.Middle.new(variant,payload) end
-
-
-
----@class MouseButton.Back : EnumVariantRef
---- The `Back` variant of `MouseButton`.
-MouseButton.Back = {}
-
----@param variant MouseButton.Back
----@param payload NoFields
----@return MouseButton
-function MouseButton.Back.new(variant,payload) end
-
-
-
----@class MouseButton.Forward : EnumVariantRef
---- The `Forward` variant of `MouseButton`.
-MouseButton.Forward = {}
-
----@param variant MouseButton.Forward
----@param payload NoFields
----@return MouseButton
-function MouseButton.Forward.new(variant,payload) end
-
-
-
----@class MouseButton.Other : EnumVariantRef
---- The `Other` variant of `MouseButton`.
-MouseButton.Other = {}
-
----@param variant MouseButton.Other
----@param payload MouseButton.Other.Fields
----@return MouseButton
-function MouseButton.Other.new(variant,payload) end
-
-
-
----@class InputFocus : ReflectReference
----  Resource representing which entity has input focus, if any. Input events (other than pointer-like inputs) will be
----  dispatched to the current focus entity, or to the primary window if no entity has focus.
---- 
----  Changing the input focus is as easy as modifying this resource.
---- 
----  To detect when an entity gains or loses focus, listen for the [`FocusGained`] and [`FocusLost`] events.
---- 
----  # Examples
---- 
----  From within a system:
---- 
----  ```rust
----  use bevy_ecs::prelude::*;
----  use bevy_input_focus::{FocusCause, InputFocus};
---- 
----  fn clear_focus(mut input_focus: ResMut<InputFocus>) {
----    input_focus.clear();
----  }
----  ```
---- 
----  With exclusive (or deferred) world access:
---- 
----  ```rust
----  use bevy_ecs::prelude::*;
----  use bevy_input_focus::{FocusCause, InputFocus};
---- 
----  fn set_focus_from_world(world: &mut World) {
----      let entity = world.spawn_empty().id();
---- 
----      // Fetch the resource from the world
----      let mut input_focus = world.resource_mut::<InputFocus>();
----      // Then mutate it!
----      input_focus.set(entity, FocusCause::Navigated);
---- 
----      // Or you can just insert a fresh copy of the resource
----      // which will overwrite the existing one.
----      world.insert_resource(InputFocus::from_entity(entity));
----  }
----  ```
----@field  current_focus? Entity | nil
----@field  recorded_changes? [Entity, FocusCause] | nil[]
----@field  original_focus? Entity | nil
-local InputFocus = {}
-
----@param _self InputFocus
----@return nil
-function InputFocus.clear(_self) end
-
----@param _self InputFocus
----@param entity Entity
----@return nil
-function InputFocus.set(_self,entity) end
-
----@param _self InputFocus
----@return Entity | nil
-function InputFocus.get(_self) end
-
----@param payload InputFocus.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return InputFocus
-function InputFocus.new(payload) end
-
-
-
----@class Dir2 : ReflectReference
----  A normalized vector pointing in a direction in 2D space
----@field  [1] Vec2
----@operator unm: Dir2
----@operator mul(number): Vec2
-local Dir2 = {}
-
----@return Dir2
-function Dir2.x() end
-
----@param v Vec2
----@return Dir2 | nil
-function Dir2.new(v) end
-
----@param _self Dir2
----@param other Dir2
----@param t number
----@return Dir2
-function Dir2.slerp(_self,other,t) end
-
----@return Dir2
-function Dir2.y() end
-
----@param _self Dir2
----@return Dir2
-function Dir2.neg(_self) end
-
----@param _self Dir2
----@return Vec2
-function Dir2.as_vec2(_self) end
-
----@param _self Dir2
----@param length number
----@return Vec2
-function Dir2.mul(_self,length) end
-
----@return Dir2
-function Dir2.neg_y() end
-
----@return Dir2
-function Dir2.neg_x() end
-
----@param _self Dir2
----@param other Dir2
----@return boolean
-function Dir2.__eq(_self,other) end
-
----@param _self Dir2
----@param other Dir2
----@return boolean
-function Dir2.eq(_self,other) end
-
-
-
----@class Dir3 : ReflectReference
----  A normalized vector pointing in a direction in 3D space
----@field  [1] Vec3
----@operator unm: Dir3
----@operator mul(number): Vec3
-local Dir3 = {}
-
----@param _self Dir3
----@param other Dir3
----@param t number
----@return Dir3
-function Dir3.slerp(_self,other,t) end
-
----@return Dir3
-function Dir3.neg_y() end
-
----@param _self Dir3
----@return Dir3
-function Dir3.neg(_self) end
-
----@param _self Dir3
----@param length number
----@return Vec3
-function Dir3.mul(_self,length) end
-
----@return Dir3
-function Dir3.x() end
-
----@param _self Dir3
----@return Vec3
-function Dir3.as_vec3(_self) end
-
----@param _self Dir3
----@param other Dir3
----@return boolean
-function Dir3.__eq(_self,other) end
-
----@param _self Dir3
----@param other Dir3
----@return boolean
-function Dir3.eq(_self,other) end
-
----@return Dir3
-function Dir3.z() end
-
----@return Dir3
-function Dir3.neg_x() end
-
----@return Dir3
-function Dir3.y() end
-
----@return Dir3
-function Dir3.neg_z() end
-
----@param v Vec3
----@return Dir3 | nil
-function Dir3.new(v) end
-
-
-
----@class Rect : ReflectReference
----  A rectangle defined by two opposite corners.
---- 
----  The rectangle is axis aligned, and defined by its minimum and maximum coordinates,
----  stored in `Rect::min` and `Rect::max`, respectively. The minimum/maximum invariant
----  must be upheld by the user when directly assigning the fields, otherwise some methods
----  produce invalid results. It is generally recommended to use one of the constructor
----  methods instead, which will ensure this invariant is met, unless you already have
----  the minimum and maximum corners.
----@field  min? Vec2
----@field  max? Vec2
-local Rect = {}
-
----@param _self Rect
----@return number
-function Rect.width(_self) end
-
----@param p0 Vec2
----@param p1 Vec2
----@return Rect
-function Rect.from_corners(p0,p1) end
-
----@param _self Rect
----@return Vec2
-function Rect.size(_self) end
-
----@param _self Rect
----@param other Rect
----@return Rect
-function Rect.union(_self,other) end
-
----@param _self Rect
----@return Vec2
-function Rect.center(_self) end
-
----@param _self Rect
----@param other Rect
----@return Rect
-function Rect.intersect(_self,other) end
-
----@param _self Rect
----@param point Vec2
----@return boolean
-function Rect.contains(_self,point) end
-
----@param _self Rect
----@param expansion number
----@return Rect
-function Rect.inflate(_self,expansion) end
-
----@param _self Rect
----@return boolean
-function Rect.is_empty(_self) end
-
----@param _self Rect
----@return Vec2
-function Rect.half_size(_self) end
-
----@param x0 number
----@param y0 number
----@param x1 number
----@param y1 number
----@return Rect
-function Rect.new(x0,y0,x1,y1) end
-
----@param origin Vec2
----@param size Vec2
----@return Rect
-function Rect.from_center_size(origin,size) end
-
----@param _self Rect
----@return number
-function Rect.height(_self) end
-
----@param origin Vec2
----@param half_size Vec2
----@return Rect
-function Rect.from_center_half_size(origin,half_size) end
-
----@param _self Rect
----@param other Rect
----@return boolean
-function Rect.__eq(_self,other) end
-
----@param _self Rect
----@param other Rect
----@return boolean
-function Rect.eq(_self,other) end
-
-
-
----@class Rot2 : ReflectReference
----  A 2D rotation.
---- 
----  # Example
---- 
----  ```
----  # use approx::assert_relative_eq;
----  # use bevy_math::{Rot2, Vec2};
----  use std::f32::consts::PI;
---- 
----  // Create rotations from counterclockwise angles in radians or degrees
----  let rotation1 = Rot2::radians(PI / 2.0);
----  let rotation2 = Rot2::degrees(45.0);
---- 
----  // Get the angle back as radians or degrees
----  assert_eq!(rotation1.as_degrees(), 90.0);
----  assert_eq!(rotation2.as_radians(), PI / 4.0);
---- 
----  // "Add" rotations together using `*`
----  #[cfg(feature = "approx")]
----  assert_relative_eq!(rotation1 * rotation2, Rot2::degrees(135.0));
---- 
----  // Rotate vectors
----  #[cfg(feature = "approx")]
----  assert_relative_eq!(rotation1 * Vec2::X, Vec2::Y);
----  ```
----@field  cos? number
----@field  sin? number
----@operator mul(Rot2 | Vec2): Rot2 | Vec2
-local Rot2 = {}
-
----@param _self Rot2
----@param other Rot2
----@param t number
----@return Rot2
-function Rot2.nlerp(_self,other,t) end
-
----@return Rot2
-function Rot2.identity() end
-
----@param _self Rot2
----@param other Rot2
----@param t number
----@return Rot2
-function Rot2.slerp(_self,other,t) end
-
----@param degrees number
----@return Rot2
-function Rot2.degrees(degrees) end
-
----@param radians number
----@return Rot2
-function Rot2.radians(radians) end
-
----@param _self Rot2
----@param rhs Rot2 | Vec2
----@return Rot2 | Vec2
-function Rot2.mul(_self,rhs) end
-
----@param _self Rot2
----@return number
-function Rot2.as_degrees(_self) end
-
----@param _self Rot2
----@return Rot2
-function Rot2.inverse(_self) end
-
----@param fraction number
----@return Rot2
-function Rot2.turn_fraction(fraction) end
-
----@param _self Rot2
----@return number
-function Rot2.as_radians(_self) end
-
----@param _self Rot2
----@param other Rot2
----@return boolean
-function Rot2.__eq(_self,other) end
-
----@param _self Rot2
----@param other Rot2
----@return boolean
-function Rot2.eq(_self,other) end
-
----@param payload Rot2.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Rot2
-function Rot2.new(payload) end
-
-
-
----@class Mesh : ReflectReference
----  A 3D object made out of vertices representing triangles, lines, or points,
----  with "attribute" values for each vertex.
---- 
----  Meshes can be automatically generated by a bevy `AssetLoader` (generally by loading a `Gltf` file),
----  or by converting a [primitive](bevy_shape) using [`into`](Into).
----  It is also possible to create one manually. They can be edited after creation.
---- 
----  Meshes can be rendered with a [`Mesh2d`](crate::Mesh2d) and `MeshMaterial2d`
----  or [`Mesh3d`](crate::Mesh3d) and `MeshMaterial3d` for 2D and 3D respectively.
---- 
----  A [`Mesh`] in Bevy is equivalent to a "primitive" in the glTF format, for a
----  glTF Mesh representation, see `GltfMesh`.
---- 
----  ## Manual creation
---- 
----  The following function will construct a flat mesh, to be rendered with a
----  `StandardMaterial` or `ColorMaterial`:
---- 
----  ```
----  # use bevy_mesh::{Mesh, Indices, PrimitiveTopology};
----  # use bevy_asset::RenderAssetUsages;
----  fn create_simple_parallelogram() -> Mesh {
----      // Create a new mesh using a triangle list topology, where each set of 3 vertices composes a triangle.
----      Mesh::new(PrimitiveTopology::TriangleList, RenderAssetUsages::default())
----          // Add 4 vertices, each with its own position attribute (coordinate in
----          // 3D space), for each of the corners of the parallelogram.
----          .with_inserted_attribute(
----              Mesh::ATTRIBUTE_POSITION,
----              vec![[0.0, 0.0, 0.0], [1.0, 2.0, 0.0], [2.0, 2.0, 0.0], [1.0, 0.0, 0.0]]
----          )
----          // Assign a UV coordinate to each vertex.
----          .with_inserted_attribute(
----              Mesh::ATTRIBUTE_UV_0,
----              vec![[0.0, 1.0], [0.5, 0.0], [1.0, 0.0], [0.5, 1.0]]
----          )
----          // Assign normals (everything points outwards)
----          .with_inserted_attribute(
----              Mesh::ATTRIBUTE_NORMAL,
----              vec![[0.0, 0.0, 1.0], [0.0, 0.0, 1.0], [0.0, 0.0, 1.0], [0.0, 0.0, 1.0]]
----          )
----          // After defining all the vertices and their attributes, build each triangle using the
----          // indices of the vertices that make it up in a counter-clockwise order.
----          .with_inserted_indices(Indices::U32(vec![
----              // First triangle
----              0, 3, 1,
----              // Second triangle
----              1, 3, 2
----          ]))
----  }
----  ```
---- 
----  You can see how it looks like [here](https://github.com/bevyengine/bevy/blob/main/assets/docs/Mesh.png),
----  used in a [`Mesh3d`](crate::Mesh3d) with a square bevy logo texture, with added axis, points,
----  lines and text for clarity.
---- 
----  ## Other examples
---- 
----  For further visualization, explanation, and examples, see the built-in Bevy examples,
----  and the [implementation of the built-in shapes](https://github.com/bevyengine/bevy/tree/main/crates/bevy_mesh/src/primitives).
----  In particular, [generate_custom_mesh](https://github.com/bevyengine/bevy/blob/main/examples/3d/generate_custom_mesh.rs)
----  teaches you to access and modify the attributes of a [`Mesh`] after creating it.
---- 
----  ## Common points of confusion
---- 
----  - UV maps in Bevy start at the top-left, see [`ATTRIBUTE_UV_0`](Mesh::ATTRIBUTE_UV_0),
----    other APIs can have other conventions, `OpenGL` starts at bottom-left.
----  - It is possible and sometimes useful for multiple vertices to have the same
----    [position attribute](Mesh::ATTRIBUTE_POSITION) value,
----    it's a common technique in 3D modeling for complex UV mapping or other calculations.
----  - Bevy performs frustum culling based on the `Aabb` of meshes, which is calculated
----    and added automatically for new meshes only. If a mesh is modified, the entity's `Aabb`
----    needs to be updated manually or deleted so that it is re-calculated.
---- 
----  ## Use with `StandardMaterial`
---- 
----  To render correctly with `StandardMaterial`, a mesh needs to have properly defined:
----  - [`UVs`](Mesh::ATTRIBUTE_UV_0): Bevy needs to know how to map a texture onto the mesh
----    (also true for `ColorMaterial`).
----  - [`Normals`](Mesh::ATTRIBUTE_NORMAL): Bevy needs to know how light interacts with your mesh.
----    [0.0, 0.0, 1.0] is very common for simple flat meshes on the XY plane,
----    because simple meshes are smooth and they don't require complex light calculations.
----  - Vertex winding order: by default, `StandardMaterial.cull_mode` is `Some(Face::Back)`,
----    which means that Bevy would *only* render the "front" of each triangle, which
----    is the side of the triangle from where the vertices appear in a *counter-clockwise* order.
---- 
----  ## Remote Inspection
---- 
----  To transmit a [`Mesh`] between two running Bevy apps, e.g. through BRP, use [`SerializedMesh`].
----  This type is only meant for short-term transmission between same versions and should not be stored anywhere.
----@field  indices? any
----@field  morph_targets? any
----@field  morph_target_names? any
----@field  asset_usage? RenderAssetUsages
----@field  enable_raytracing? boolean
----@field  attribute_compression? MeshAttributeCompressionFlags
----@field  final_aabb? Aabb3d | nil
----@field  final_uv_ranges? Aabb2d | nil[]
----@field  skinned_mesh_bounds? SkinnedMeshBounds | nil
-local Mesh = {}
-
----@param shape ReflectReference
----@return Mesh
-function Mesh.from_shape(shape) end
-
----@param _self Mesh
----@return integer
-function Mesh.count_vertices(_self) end
-
----@param payload Mesh.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Mesh
-function Mesh.new(payload) end
-
----@param path string
---- The asset path, relative to the assets folder.
----@return Handle<Mesh>
-function Mesh.load(path) end
-
----@param value Mesh
---- The asset value.
----@return Handle<Mesh>
-function Mesh.add_asset(value) end
-
----@param handle Handle<Mesh>
---- The handle to the asset.
----@return Mesh | nil
-function Mesh.get_asset(handle) end
-
-
-
----@class Gizmos : ReflectReference
----  Immediate mode debug drawing: lines and shapes drawn this frame.
---- 
----  Every function draws straight away, the shapes are shown for the current frame only.
----  Needs the gizmo plugin, without it the functions fail with an error.
---- 
----  ```multi-lang-example,lua,ignore
----  local Color = import_namespace("color").Color
----  local Gizmos = import_namespace("gizmos").Gizmos
----  local Vec3 = import_namespace("math").Vec3
----  Gizmos.line(Vec3.zero(), Vec3.new(1, 0, 0), Color.white())
----  ```
---- 
----  ```multi-lang-example,rhai,ignore
----  let Color = import_namespace.call("color").Color;
----  let Gizmos = import_namespace.call("gizmos").Gizmos;
----  let Vec3 = import_namespace.call("math").Vec3;
----  Gizmos.line.call(Vec3.zero.call(), Vec3.new_.call(1.0, 0.0, 0.0), Color.white.call());
----  ```
-local Gizmos = {}
-
----@param transform Transform
----@param length number
----@return nil
-function Gizmos.axes(transform,length) end
-
----@param position Vec2
----@param radius number
----@param color Color
----@return nil
-function Gizmos.circle_2d(position,radius,color) end
-
----@param points Vec3[]
----@param color Color
----@return nil
-function Gizmos.linestrip(points,color) end
-
----@param start Vec2
----@param _end Vec2
----@param color Color
----@return nil
-function Gizmos.line_2d(start,_end,color) end
-
----@param transform Transform
----@param color Color
----@return nil
-function Gizmos.cuboid(transform,color) end
-
----@param origin Vec3
----@param vector Vec3
----@param color Color
----@return nil
-function Gizmos.ray(origin,vector,color) end
-
----@param position Vec3
----@param radius number
----@param color Color
----@return nil
-function Gizmos.sphere(position,radius,color) end
-
----@param position Vec3
----@param size Vec2
----@param color Color
----@return nil
-function Gizmos.rect(position,size,color) end
-
----@param origin Vec2
----@param vector Vec2
----@param color Color
----@return nil
-function Gizmos.ray_2d(origin,vector,color) end
-
----@param position Vec3
----@param half_size number
----@param color Color
----@return nil
-function Gizmos.cross(position,half_size,color) end
-
----@param start Vec3
----@param _end Vec3
----@param color Color
----@return nil
-function Gizmos.line(start,_end,color) end
-
----@param start Vec2
----@param _end Vec2
----@param color Color
----@return nil
-function Gizmos.arrow_2d(start,_end,color) end
-
----@param start Vec3
----@param _end Vec3
----@param color Color
----@return nil
-function Gizmos.arrow(start,_end,color) end
-
----@param position Vec2
----@param size Vec2
----@param color Color
----@return nil
-function Gizmos.rect_2d(position,size,color) end
-
----@param points Vec2[]
----@param color Color
----@return nil
-function Gizmos.linestrip_2d(points,color) end
-
----@param position Vec3
----@param radius number
----@param color Color
----@return nil
-function Gizmos.circle(position,radius,color) end
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Gizmos
-function Gizmos.new(payload) end
-
-
-
----@class EnumVariantRef : ReflectReference
----  A reference to a variant of an enum, independent of any value of that enum.
---- 
----  This is what scripts see when accessing `MyEnum.Variant`, it can be compared to
----  the result of `value:variant()` and used to construct values of the variant.
----@field  type_id? TypeId
----@field  variant_index? integer
-local EnumVariantRef = {}
-
----@param variant EnumVariantRef
---- The variant.
----@param other any
---- The variant or value to compare with.
----@return boolean
-function EnumVariantRef.__eq(variant,other) end
-
----@param variant EnumVariantRef
---- The variant.
----@param other any
---- The variant or value to compare with.
----@return boolean
-function EnumVariantRef.eq(variant,other) end
-
----@param variant EnumVariantRef
---- The variant to construct.
----@param payload table<string, any>
---- The fields of the variant, keyed by name or index, or a list of the fields in order.
----@return ReflectReference
-function EnumVariantRef.new(variant,payload) end
-
----@param variant EnumVariantRef
---- The variant.
----@return string
-function EnumVariantRef.variant_name(variant) end
-
-
-
----@class ScriptBundleRegistration : ReflectReference
----  A reference to a bundle type's reflection registration, i.e. a type with `ReflectBundle` type data.
---- 
----  In general think of this as a handle to a type.
-local ScriptBundleRegistration = {}
-
----@param registration ScriptBundleRegistration
---- The type registration.
----@return string
-function ScriptBundleRegistration.type_name(registration) end
-
----@param registration ScriptBundleRegistration
---- The type registration.
----@return string
-function ScriptBundleRegistration.short_name(registration) end
-
----@param registration ScriptBundleRegistration
---- The type registration.
----@return string
-function ScriptBundleRegistration.namespace(registration) end
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ScriptBundleRegistration
-function ScriptBundleRegistration.new(payload) end
-
-
-
----@class ScriptComponentRegistration : ReflectReference
----  A reference to a component type's reflection registration.
---- 
----  In general think of this as a handle to a type.
---- 
----  Not to be confused with script registered dynamic components, although this can point to a script registered component.
----@field  registration? ScriptTypeRegistration
----@field  component_id? ComponentId
----@field  is_dynamic_script_component? boolean
----@field  script_namespace? string | nil
-local ScriptComponentRegistration = {}
-
----@param registration ScriptComponentRegistration
---- The type registration.
----@return string
-function ScriptComponentRegistration.type_name(registration) end
-
----@param registration ScriptComponentRegistration
---- The type registration.
----@return string
-function ScriptComponentRegistration.short_name(registration) end
-
----@param registration ScriptComponentRegistration
---- The type registration.
----@return string
-function ScriptComponentRegistration.namespace(registration) end
-
----@param payload ScriptComponentRegistration.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ScriptComponentRegistration
-function ScriptComponentRegistration.new(payload) end
-
-
-
----@class ScriptQueryBuilder : ReflectReference
----  The query builder is used to build ECS queries which retrieve spefific components filtered by specific conditions.
---- 
----  For example:
----  ```rust,ignore
----  builder.component(componentA)
----      .component(componentB)
----      .with(componentC)
----      .without(componentD)  
----  ```
---- 
----  Will retrieve entities which:
----  - Have componentA
----  - Have componentB
----  - Have componentC
----  - Do not have componentD
---- 
----  As well as references to components:
----  - componentA
----  - componentB
-local ScriptQueryBuilder = {}
-
----@param query ScriptQueryBuilder
---- The query to add the component to
----@param components ScriptComponentRegistration
----@return ScriptQueryBuilder
-function ScriptQueryBuilder.component(query,components) end
-
----@param query ScriptQueryBuilder
---- The query to build.
----@return ScriptQueryResult[]
-function ScriptQueryBuilder.build(query) end
-
----@param query ScriptQueryBuilder
---- The query to add the component to
----@param with ScriptComponentRegistration
----@return ScriptQueryBuilder
-function ScriptQueryBuilder.with(query,with) end
-
----@param query ScriptQueryBuilder
---- The query to add the component to
----@param without ScriptComponentRegistration
----@return ScriptQueryBuilder
-function ScriptQueryBuilder.without(query,without) end
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ScriptQueryBuilder
-function ScriptQueryBuilder.new(payload) end
-
-
-
----@class ScriptQueryResult : ReflectReference
----  A result from a query.
-local ScriptQueryResult = {}
-
----@param query ScriptQueryResult
---- The query result to retrieve the entity from.
----@return Entity
-function ScriptQueryResult.entity(query) end
-
----@param query ScriptQueryResult
---- The query result to retrieve the components from.
----@return ReflectReference[]
-function ScriptQueryResult.components(query) end
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ScriptQueryResult
-function ScriptQueryResult.new(payload) end
-
-
-
----@class ScriptResourceRegistration : ReflectReference
----  A reference to a resource type's reflection registration.
---- 
----  In general think of this as a handle to a type.
----@field  registration? ScriptTypeRegistration
----@field  resource_id? ComponentId
-local ScriptResourceRegistration = {}
-
----@param registration ScriptResourceRegistration
---- The type registration.
----@return string
-function ScriptResourceRegistration.namespace(registration) end
-
----@param registration ScriptResourceRegistration
---- The type registration.
----@return string
-function ScriptResourceRegistration.short_name(registration) end
-
----@param registration ScriptResourceRegistration
---- The type registration.
----@return string
-function ScriptResourceRegistration.type_name(registration) end
-
----@param payload ScriptResourceRegistration.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ScriptResourceRegistration
-function ScriptResourceRegistration.new(payload) end
-
-
-
----@class ScriptTypeRegistration : ReflectReference
----  A reference to a type which is not a `Resource` or `Component`.
---- 
----  In general think of this as a handle to a type.
-local ScriptTypeRegistration = {}
-
----@param registration ScriptTypeRegistration
---- The type registration.
----@return string
-function ScriptTypeRegistration.namespace(registration) end
-
----@param registration ScriptTypeRegistration
---- The type registration.
----@return string
-function ScriptTypeRegistration.type_name(registration) end
-
----@param registration ScriptTypeRegistration
---- The type registration.
----@return string
-function ScriptTypeRegistration.short_name(registration) end
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ScriptTypeRegistration
-function ScriptTypeRegistration.new(payload) end
-
-
-
----@class ScriptEventRegistration : ReflectReference
----  A handle to a script registered event type.
-local ScriptEventRegistration = {}
-
----@param registration ScriptEventRegistration
---- The event registration.
----@return string
-function ScriptEventRegistration.short_name(registration) end
-
----@param registration ScriptEventRegistration
---- The event registration.
----@return string
-function ScriptEventRegistration.namespace(registration) end
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ScriptEventRegistration
-function ScriptEventRegistration.new(payload) end
-
-
-
----@class ScriptSystemBuilder : ReflectReference
----  A builder for systems living in scripts
-local ScriptSystemBuilder = {}
-
----@param builder ScriptSystemBuilder
---- The system builder to add the dependency to.
----@param system ReflectSystem
---- The system to run after.
----@return ScriptSystemBuilder
-function ScriptSystemBuilder.after(builder,system) end
-
----@param builder ScriptSystemBuilder
---- The system builder to make exclusive.
----@return ScriptSystemBuilder
-function ScriptSystemBuilder.exclusive(builder) end
-
----@param builder ScriptSystemBuilder
---- The system builder to add the dependency to.
----@param system ReflectSystem
---- The system to run before.
----@return ScriptSystemBuilder
-function ScriptSystemBuilder.before(builder,system) end
-
----@param builder ScriptSystemBuilder
---- The system builder to add the resource to.
----@param resource ScriptResourceRegistration
---- The resource to add.
----@return ScriptSystemBuilder
-function ScriptSystemBuilder.resource(builder,resource) end
-
----@param builder ScriptSystemBuilder
---- The system builder to add the query to.
----@param query ScriptQueryBuilder
---- The query to add.
----@return ScriptSystemBuilder
-function ScriptSystemBuilder.query(builder,query) end
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ScriptSystemBuilder
-function ScriptSystemBuilder.new(payload) end
-
-
-
----@class Recipients : ReflectReference
----  Describes the designated recipients of a script event
----@field  AllScripts Recipients.AllScripts
----@field  AllContexts Recipients.AllContexts
----@field  ScriptEntity Recipients.ScriptEntity
----@field  StaticScript Recipients.StaticScript
-local Recipients = {}
-
----@return Recipients
-function Recipients.all_contexts() end
-
----@param entity Entity
---- The entity the script is attached to.
----@param script Handle<ScriptAsset>
---- The script asset.
----@return Recipients
-function Recipients.entity_script(entity,script) end
-
----@return Recipients
-function Recipients.all_scripts() end
-
----@param script Handle<ScriptAsset>
---- The script asset.
----@return Recipients
-function Recipients.static_script(script) end
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Recipients
-function Recipients.new(payload) end
-
-
-
----@class Recipients.AllScripts : EnumVariantRef
---- The `AllScripts` variant of `Recipients`.
-Recipients.AllScripts = {}
-
----@param variant Recipients.AllScripts
----@param payload NoFields
----@return Recipients
-function Recipients.AllScripts.new(variant,payload) end
-
-
-
----@class Recipients.AllContexts : EnumVariantRef
---- The `AllContexts` variant of `Recipients`.
-Recipients.AllContexts = {}
-
----@param variant Recipients.AllContexts
----@param payload NoFields
----@return Recipients
-function Recipients.AllContexts.new(variant,payload) end
-
-
-
----@class Recipients.ScriptEntity : EnumVariantRef
---- The `ScriptEntity` variant of `Recipients`.
-Recipients.ScriptEntity = {}
-
----@param variant Recipients.ScriptEntity
----@param payload Recipients.ScriptEntity.Fields
----@return Recipients
-function Recipients.ScriptEntity.new(variant,payload) end
-
-
-
----@class Recipients.StaticScript : EnumVariantRef
---- The `StaticScript` variant of `Recipients`.
-Recipients.StaticScript = {}
-
----@param variant Recipients.StaticScript
----@param payload Recipients.StaticScript.Fields
----@return Recipients
-function Recipients.StaticScript.new(variant,payload) end
-
-
-
----@class ScriptAttachment : ReflectReference
----  Specifies a unique attachment of a script. These attachments are mapped to [`bevy_mod_scripting_core::ContextKey`]'s depending on the context policy used.
----@field  EntityScript ScriptAttachment.EntityScript
----@field  StaticScript ScriptAttachment.StaticScript
-local ScriptAttachment = {}
-
----@param entity Entity
---- The entity to attach the script to.
----@param script Handle<ScriptAsset>
---- The script asset to attach to the entity.
----@return ScriptAttachment
-function ScriptAttachment.new_entity_script(entity,script) end
-
----@param script Handle<ScriptAsset>
---- The script asset to create the attachment from.
----@return ScriptAttachment
-function ScriptAttachment.new_static_script(script) end
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ScriptAttachment
-function ScriptAttachment.new(payload) end
-
-
-
----@class ScriptAttachment.EntityScript : EnumVariantRef
---- The `EntityScript` variant of `ScriptAttachment`.
-ScriptAttachment.EntityScript = {}
-
----@param variant ScriptAttachment.EntityScript
----@param payload ScriptAttachment.EntityScript.Fields
----@return ScriptAttachment
-function ScriptAttachment.EntityScript.new(variant,payload) end
-
-
-
----@class ScriptAttachment.StaticScript : EnumVariantRef
---- The `StaticScript` variant of `ScriptAttachment`.
-ScriptAttachment.StaticScript = {}
-
----@param variant ScriptAttachment.StaticScript
----@param payload ScriptAttachment.StaticScript.Fields
----@return ScriptAttachment
-function ScriptAttachment.StaticScript.new(variant,payload) end
-
-
-
----@class StandardMaterial : ReflectReference
----  A material with "standard" properties used in PBR lighting.
----  Standard property values with pictures here:
----  <https://google.github.io/filament/notes/material_properties.html>.
---- 
----  May be created directly from a [`Color`] or an [`Image`].
---- 
----  The `StandardMaterial` can be extended with more data and custom
----  shaders using [`ExtendedMaterial`]. Examples of how to do this can
----  be found in the Bevy examples.
----@field  base_color? Color
----@field  base_color_channel? UvChannel
----@field  base_color_texture? Handle<Image> | nil
----@field  emissive? LinearRgba
----@field  emissive_exposure_weight? number
----@field  emissive_channel? UvChannel
----@field  emissive_texture? Handle<Image> | nil
----@field  perceptual_roughness? number
----@field  metallic? number
----@field  metallic_roughness_channel? UvChannel
----@field  metallic_roughness_texture? Handle<Image> | nil
----@field  reflectance? number
----@field  specular_tint? Color
----@field  diffuse_transmission? number
----@field  specular_transmission? number
----@field  thickness? number
----@field  ior? number
----@field  attenuation_distance? number
----@field  attenuation_color? Color
----@field  normal_map_channel? UvChannel
----@field  normal_map_texture? Handle<Image> | nil
----@field  flip_normal_map_y? boolean
----@field  occlusion_channel? UvChannel
----@field  occlusion_texture? Handle<Image> | nil
----@field  clearcoat? number
----@field  clearcoat_perceptual_roughness? number
----@field  anisotropy_strength? number
----@field  anisotropy_rotation? number
----@field  double_sided? boolean
----@field  unlit? boolean
----@field  fog_enabled? boolean
----@field  alpha_mode? AlphaMode
----@field  depth_bias? number
----@field  depth_map? Handle<Image> | nil
----@field  parallax_depth_scale? number
----@field  parallax_mapping_method? ParallaxMappingMethod
----@field  max_parallax_layer_count? number
----@field  lightmap_exposure? number
----@field  opaque_render_method? OpaqueRendererMethod
----@field  deferred_lighting_pass_id? integer
----@field  uv_transform? Affine2
-local StandardMaterial = {}
-
----@param color Color
----@return StandardMaterial
-function StandardMaterial.from_color(color) end
-
----@param payload StandardMaterial.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return StandardMaterial
-function StandardMaterial.new(payload) end
-
-
-
----@class Instant : ReflectReference
-local Instant = {}
-
----@param _self Instant
----@param earlier Instant
----@return Duration
-function Instant.duration_since(_self,earlier) end
-
----@param _self Instant
----@return Duration
-function Instant.elapsed(_self) end
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Instant
-function Instant.new(payload) end
-
-
-
----@class Annulus : ReflectReference
----  A primitive shape formed by the region between two circles, also known as a ring.
----@field  inner_circle? Circle
----@field  outer_circle? Circle
-local Annulus = {}
-
----@param inner_radius number
----@param outer_radius number
----@return Annulus
-function Annulus.new(inner_radius,outer_radius) end
-
-
-
----@class Circle : ReflectReference
----  A circle primitive, representing the set of points some distance from the origin
----@field  radius? number
-local Circle = {}
-
----@param radius number
----@return Circle
-function Circle.new(radius) end
-
-
-
----@class Rectangle : ReflectReference
----  A rectangle primitive, which is like a square, except that the width and height can be different
----@field  half_size? Vec2
-local Rectangle = {}
-
----@param width number
----@param height number
----@return Rectangle
-function Rectangle.new(width,height) end
-
----@param size Vec2
----@return Rectangle
-function Rectangle.from_size(size) end
-
-
-
----@class RegularPolygon : ReflectReference
----  A polygon centered on the origin where all vertices lie on a circle, equally far apart.
----@field  circumcircle? Circle
----@field  sides? integer
-local RegularPolygon = {}
-
----@param circumradius number
----@param sides integer
----@return RegularPolygon
-function RegularPolygon.new(circumradius,sides) end
-
-
-
----@class Capsule3d : ReflectReference
----  A 3D capsule primitive centered on the origin
----  A three-dimensional capsule is defined as a surface at a distance (radius) from a line
----@field  radius? number
----@field  half_length? number
-local Capsule3d = {}
-
----@param radius number
----@param length number
----@return Capsule3d
-function Capsule3d.new(radius,length) end
-
-
-
----@class Cuboid : ReflectReference
----  A cuboid primitive, which is like a cube, except that the x, y, and z dimensions are not
----  required to be the same.
----@field  half_size? Vec3
-local Cuboid = {}
-
----@param x_length number
----@param y_length number
----@param z_length number
----@return Cuboid
-function Cuboid.new(x_length,y_length,z_length) end
-
----@param size Vec3
----@return Cuboid
-function Cuboid.from_size(size) end
-
-
-
----@class Cylinder : ReflectReference
----  A cylinder primitive centered on the origin
----@field  radius? number
----@field  half_height? number
-local Cylinder = {}
-
----@param radius number
----@param height number
----@return Cylinder
-function Cylinder.new(radius,height) end
-
-
-
----@class Plane3d : ReflectReference
----  A bounded plane in 3D space. It forms a surface starting from the origin with a defined height and width.
----@field  normal? Dir3
----@field  half_size? Vec2
-local Plane3d = {}
-
----@param normal Vec3
----@param half_size Vec2
----@return Plane3d
-function Plane3d.new(normal,half_size) end
-
-
-
----@class Sphere : ReflectReference
----  A sphere primitive, representing the set of all points some distance from the origin
----@field  radius? number
-local Sphere = {}
-
----@param radius number
----@return Sphere
-function Sphere.new(radius) end
-
-
-
----@class Torus : ReflectReference
----  A torus primitive, often representing a ring or donut shape
----  The set of points some distance from a circle centered at the origin
----@field  minor_radius? number
----@field  major_radius? number
-local Torus = {}
-
----@param inner_radius number
----@param outer_radius number
----@return Torus
-function Torus.new(inner_radius,outer_radius) end
-
-
-
----@class Ray2d : ReflectReference
----  An infinite half-line starting at `origin` and going in `direction` in 2D space.
----@field  origin? Vec2
----@field  direction? Dir2
-local Ray2d = {}
-
----@param _self Ray2d
----@param plane_origin Vec2
----@param plane_normal Vec2
----@return number | nil
-function Ray2d.intersect_plane(_self,plane_origin,plane_normal) end
-
----@param origin Vec2
----@param direction Vec2
----@return Ray2d
-function Ray2d.new(origin,direction) end
-
----@param _self Ray2d
----@param distance number
----@return Vec2
-function Ray2d.get_point(_self,distance) end
-
-
-
----@class Ray3d : ReflectReference
----  An infinite half-line starting at `origin` and going in `direction` in 3D space.
----@field  origin? Vec3
----@field  direction? Dir3
-local Ray3d = {}
-
----@param origin Vec3
----@param direction Vec3
----@return Ray3d
-function Ray3d.new(origin,direction) end
-
----@param _self Ray3d
----@param plane_origin Vec3
----@param plane_normal Vec3
----@return number | nil
-function Ray3d.intersect_plane(_self,plane_origin,plane_normal) end
-
----@param _self Ray3d
----@param distance number
----@return Vec3
-function Ray3d.get_point(_self,distance) end
-
-
-
----@class Anchor : ReflectReference
----  Normalized (relative to its size) offset of a 2d renderable entity from its [`Transform`].
----@field  [1] Vec2
-local Anchor = {}
-
----@return Anchor
-function Anchor.center_right() end
-
----@return Anchor
-function Anchor.top_center() end
-
----@return Anchor
-function Anchor.top_left() end
-
----@return Anchor
-function Anchor.top_right() end
-
----@return Anchor
-function Anchor.center() end
-
----@return Anchor
-function Anchor.bottom_right() end
-
----@return Anchor
-function Anchor.bottom_center() end
-
----@param _self Anchor
----@return Vec2
-function Anchor.as_vec(_self) end
-
----@return Anchor
-function Anchor.bottom_left() end
-
----@return Anchor
-function Anchor.center_left() end
-
----@param payload Anchor.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Anchor
-function Anchor.new(payload) end
-
-
-
----@class Sprite : ReflectReference
----  Describes a sprite to be rendered to a 2D camera
----@field  image? Handle<Image>
----@field  texture_atlas? TextureAtlas | nil
----@field  color? Color
----@field  flip_x? boolean
----@field  flip_y? boolean
----@field  custom_size? Vec2 | nil
----@field  rect? Rect | nil
----@field  image_mode? SpriteImageMode
----@field  alpha_mode? SpriteAlphaMode
-local Sprite = {}
-
----@param image Handle<Image>
----@return Sprite
-function Sprite.from_image(image) end
-
----@param image Handle<Image>
----@param atlas TextureAtlas
----@return Sprite
-function Sprite.from_atlas_image(image,atlas) end
-
----@param size Vec2
----@return Sprite
-function Sprite.sized(size) end
-
----@param color Color
----@param size Vec2
----@return Sprite
-function Sprite.from_color(color,size) end
-
----@param payload Sprite.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Sprite
-function Sprite.new(payload) end
-
-
-
----@class Text2d : ReflectReference
----  The top-level 2D text component.
---- 
----  Adding `Text2d` to an entity will pull in required components for setting up 2d text.
----  [Example usage.](https://github.com/bevyengine/bevy/blob/latest/examples/2d/text2d.rs)
---- 
----  The string in this component is the first 'text span' in a hierarchy of text spans that are collected into
----  a [`ComputedTextBlock`]. See `TextSpan` for the component used by children of entities with [`Text2d`].
---- 
----  With `Text2d` the `justify` field of [`TextLayout`] only affects the internal alignment of a block of text and not its
----  relative position, which is controlled by the [`Anchor`] component.
----  This means that for a block of text consisting of only one line that doesn't wrap, the `justify` field will have no effect.
---- 
---- 
----  ```
----  # use bevy_asset::Handle;
----  # use bevy_color::Color;
----  # use bevy_color::palettes::basic::BLUE;
----  # use bevy_ecs::world::World;
----  # use bevy_text::{Font, FontSize, Justify, TextLayout, TextFont, TextColor, TextSpan};
----  # use bevy_sprite::Text2d;
----  #
----  # let font_handle: Handle<Font> = Default::default();
----  # let mut world = World::default();
----  #
----  // Basic usage.
----  world.spawn(Text2d::new("hello world!"));
---- 
----  // With non-default style.
----  world.spawn((
----      Text2d::new("hello world!"),
----      TextFont {
----          font: font_handle.clone().into(),
----          font_size: FontSize::Px(60.0),
----          ..Default::default()
----      },
----      TextColor(BLUE.into()),
----  ));
---- 
----  // With text justification.
----  world.spawn((
----      Text2d::new("hello world\nand bevy!"),
----      TextLayout::justify(Justify::Center)
----  ));
---- 
----  // With spans
----  world.spawn(Text2d::new("hello ")).with_children(|parent| {
----      parent.spawn(TextSpan::new("world"));
----      parent.spawn((TextSpan::new("!"), TextColor(BLUE.into())));
----  });
----  ```
---- 
----  Viewport-based `FontSize` variants for `Text2d` are resolved based on the primary window’s logical size.
----@field  [1] string
-local Text2d = {}
-
----@param _self Text2d
----@return string
-function Text2d.as_str(_self) end
-
----@param text string
----@return Text2d
-function Text2d.new(text) end
-
----@param _self Text2d
----@param text string
----@return nil
-function Text2d.set(_self,text) end
-
-
-
----@class ReflectSchedule : ReflectReference
----  A reflectable schedule.
----@field  type_path? string
----@field  label? ReflectableScheduleLabel
-local ReflectSchedule = {}
-
----@param schedule ReflectSchedule
---- The schedule to retrieve the systems from.
----@return ReflectSystem[]
-function ReflectSchedule.systems(schedule) end
-
----@param schedule ReflectSchedule
---- The schedule to render.
----@return string
-function ReflectSchedule.render_dot(schedule) end
-
----@param schedule ReflectSchedule
---- The schedule to retrieve the system from.
----@param name string
---- The identifier or full path of the system to retrieve.
----@return ReflectSystem | nil
-function ReflectSchedule.get_system_by_name(schedule,name) end
-
----@param payload ReflectSchedule.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ReflectSchedule
-function ReflectSchedule.new(payload) end
-
-
-
----@class ReflectSystem : ReflectReference
----  A reflectable system.
-local ReflectSystem = {}
-
----@param system ReflectSystem
---- The system to retrieve the identifier from.
----@return string
-function ReflectSystem.identifier(system) end
-
----@param system ReflectSystem
---- The system to retrieve the path from.
----@return string
-function ReflectSystem.path(system) end
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ReflectSystem
-function ReflectSystem.new(payload) end
-
-
-
----@class TextFont : ReflectReference
----  `TextFont` determines the style of a text span within a [`ComputedTextBlock`], specifically
----  the font face, the font size, the line height, and the antialiasing method.
----@field  font? FontSource
----@field  font_size? FontSize
----@field  weight? FontWeight
----@field  width? FontWidth
----@field  style? FontStyle
----@field  font_smoothing? FontSmoothing
----@field  font_features? FontFeatures
----@field  font_variations? FontVariations
-local TextFont = {}
-
----@param _self TextFont
----@param font bevy_asset::handle::Handle<bevy_text::font::Font>
----@return TextFont
-function TextFont.with_font(_self,font) end
-
----@param _self TextFont
----@param font_size number
----@return TextFont
-function TextFont.with_font_size(_self,font_size) end
-
----@param font_size number
----@return TextFont
-function TextFont.from_font_size(font_size) end
-
----@param payload TextFont.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return TextFont
-function TextFont.new(payload) end
-
-
-
----@class TextLayout : ReflectReference
----  Component with text format settings for a block of text.
---- 
----  A block of text is composed of text spans, which each have a separate string value and [`TextFont`]. Text
----  spans associated with a text block are collected into [`ComputedTextBlock`] for layout, and then inserted
----  to [`TextLayoutInfo`] for rendering.
---- 
----  See `Text2d` in `bevy_sprite` for the core component of 2d text, and `Text` in `bevy_ui` for UI text.
----@field  justify? Justify
----@field  linebreak? LineBreak
-local TextLayout = {}
-
----@return TextLayout
-function TextLayout.new_with_no_wrap() end
-
----@param justify Justify
----@return TextLayout
-function TextLayout.new_with_justify(justify) end
-
----@param payload TextLayout.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return TextLayout
-function TextLayout.new(payload) end
-
-
-
----@class TextSpan : ReflectReference
----  A span of text in a tree of spans.
---- 
----  A `TextSpan` is only valid when it exists as a child of a parent that has either `Text` or
----  `Text2d`. The parent's `Text` / `Text2d` component contains the base text content. Any children
----  with `TextSpan` extend this text by appending their content to the parent's text in sequence to
----  form a [`ComputedTextBlock`]. The parent's [`TextLayout`] determines the layout of the block
----  but each node has its own [`TextFont`] and [`TextColor`].
----@field  [1] string
-local TextSpan = {}
-
----@param _self TextSpan
----@param text string
----@return nil
-function TextSpan.set(_self,text) end
-
----@param _self TextSpan
----@return string
-function TextSpan.as_str(_self) end
-
----@param text string
----@return TextSpan
-function TextSpan.new(text) end
-
-
-
----@class Stopwatch : ReflectReference
----  A Stopwatch is a struct that tracks elapsed time when started.
---- 
----  Note that in order to advance the stopwatch [`tick`](Stopwatch::tick) **MUST** be called.
----  # Examples
---- 
----  ```
----  # use bevy_time::*;
----  use std::time::Duration;
----  let mut stopwatch = Stopwatch::new();
----  assert_eq!(stopwatch.elapsed_secs(), 0.0);
---- 
----  stopwatch.tick(Duration::from_secs_f32(1.0)); // tick one second
----  assert_eq!(stopwatch.elapsed_secs(), 1.0);
---- 
----  stopwatch.pause();
----  stopwatch.tick(Duration::from_secs_f32(1.0)); // paused stopwatches don't tick
----  assert_eq!(stopwatch.elapsed_secs(), 1.0);
---- 
----  stopwatch.reset(); // reset the stopwatch
----  assert!(stopwatch.is_paused());
----  assert_eq!(stopwatch.elapsed_secs(), 0.0);
----  ```
----@field  elapsed? Duration
----@field  is_paused? boolean
-local Stopwatch = {}
-
----@param _self Stopwatch
----@param elapsed Duration
----@return nil
-function Stopwatch.set_elapsed(_self,elapsed) end
-
----@param _self Stopwatch
----@return number
-function Stopwatch.elapsed_secs(_self) end
-
----@param _self Stopwatch
----@param delta number | Duration
----@return nil
-function Stopwatch.tick(_self,delta) end
-
----@return Stopwatch
-function Stopwatch.new() end
-
----@param _self Stopwatch
----@return nil
-function Stopwatch.pause(_self) end
-
----@param _self Stopwatch
----@return nil
-function Stopwatch.unpause(_self) end
-
----@param _self Stopwatch
----@return nil
-function Stopwatch.reset(_self) end
-
----@param _self Stopwatch
----@return Duration
-function Stopwatch.elapsed(_self) end
-
----@param _self Stopwatch
----@return boolean
-function Stopwatch.is_paused(_self) end
-
-
-
----@class Timer : ReflectReference
----  Tracks elapsed time. Enters the finished state once `duration` is reached.
---- 
----  Note that in order to advance the timer [`tick`](Timer::tick) **MUST** be called.
---- 
----  # Timer modes
---- 
----  There are two timer modes ([`TimerMode`]):
---- 
----  - Non repeating timers will stop tracking and stay in the finished state until reset.
----  - Repeating timers will only be in the finished state on each tick `duration` is reached or
----    exceeded, and can still be reset at any given point.
---- 
----  # Pausing timers
---- 
----  You can pause a timer using [`Timer::pause`]. Paused timers will not have elapsed time increased.
---- 
----  # Elapsing multiple times a frame
---- 
----  Repeating timers might elapse multiple times per frame if the time is advanced by more than the timer duration.
----  You can check how many times a timer elapsed each tick with [`Timer::times_finished_this_tick`].
----  For non-repeating timers, this will always be 0 or 1.
----@field  stopwatch? Stopwatch
----@field  duration? Duration
----@field  mode? TimerMode
----@field  finished? boolean
----@field  times_finished_this_tick? integer
-local Timer = {}
-
----@param _self Timer
----@param elapsed Duration
----@return nil
-function Timer.set_elapsed(_self,elapsed) end
-
----@param _self Timer
----@return number
-function Timer.elapsed_secs(_self) end
-
----@param _self Timer
----@return Duration
-function Timer.remaining(_self) end
-
----@param _self Timer
----@return Duration
-function Timer.elapsed(_self) end
-
----@param _self Timer
----@return number
-function Timer.fraction_remaining(_self) end
-
----@param _self Timer
----@return nil
-function Timer.reset(_self) end
-
----@param _self Timer
----@return boolean
-function Timer.paused(_self) end
-
----@param secs number
----@param mode TimerMode
----@return Timer
-function Timer.from_seconds(secs,mode) end
-
----@param duration Duration
----@param mode TimerMode
----@return Timer
-function Timer.new(duration,mode) end
-
----@param _self Timer
----@return boolean
-function Timer.just_finished(_self) end
-
----@param _self Timer
----@return TimerMode
-function Timer.mode(_self) end
-
----@param _self Timer
----@return boolean
-function Timer.finished(_self) end
-
----@param _self Timer
----@return nil
-function Timer.almost_finish(_self) end
-
----@param _self Timer
----@return integer
-function Timer.times_finished_this_tick(_self) end
-
----@param _self Timer
----@return number
-function Timer.fraction(_self) end
-
----@param _self Timer
----@param duration Duration
----@return nil
-function Timer.set_duration(_self,duration) end
-
----@param _self Timer
----@return nil
-function Timer.unpause(_self) end
-
----@param _self Timer
----@return nil
-function Timer.pause(_self) end
-
----@param _self Timer
----@param delta number | Duration
----@return nil
-function Timer.tick(_self,delta) end
-
----@param _self Timer
----@param mode TimerMode
----@return nil
-function Timer.set_mode(_self,mode) end
-
----@param _self Timer
----@return number
-function Timer.remaining_secs(_self) end
-
----@param _self Timer
----@return Duration
-function Timer.duration(_self) end
-
-
-
----@class GlobalTransform : ReflectReference
----  [`GlobalTransform`] is an affine transformation from entity-local coordinates to worldspace coordinates.
---- 
----  You cannot directly mutate [`GlobalTransform`]; instead, you change an entity's transform by manipulating
----  its [`Transform`], which indirectly causes Bevy to update its [`GlobalTransform`].
---- 
----  * To get the global transform of an entity, you should get its [`GlobalTransform`].
----  * For transform hierarchies to work correctly, you must have both a [`Transform`] and a [`GlobalTransform`].
----    [`GlobalTransform`] is automatically inserted whenever [`Transform`] is inserted.
---- 
----  ## [`Transform`] and [`GlobalTransform`]
---- 
----  [`Transform`] transforms an entity relative to its parent's reference frame, or relative to world space coordinates,
----  if it doesn't have a [`ChildOf`](bevy_ecs::hierarchy::ChildOf) component.
---- 
----  [`GlobalTransform`] is managed by Bevy; it is computed by successively applying the [`Transform`] of each ancestor
----  entity which has a Transform. This is done automatically by Bevy-internal systems in the [`TransformSystems::Propagate`]
----  system set.
---- 
----  This system runs during [`PostUpdate`](bevy_app::PostUpdate). If you
----  update the [`Transform`] of an entity in this schedule or after, you will notice a 1 frame lag
----  before the [`GlobalTransform`] is updated.
---- 
----  [`TransformSystems::Propagate`]: crate::TransformSystems::Propagate
---- 
----  # Examples
---- 
----  - [`transform`][transform_example]
---- 
----  [transform_example]: https://github.com/bevyengine/bevy/blob/latest/examples/transforms/transform.rs
----@field  [1] Affine3A
----@operator mul(GlobalTransform | Transform): GlobalTransform
-local GlobalTransform = {}
-
----@param _self GlobalTransform
----@return Vec3
-function GlobalTransform.back(_self) end
-
----@param _self GlobalTransform
----@return Vec3
-function GlobalTransform.translation(_self) end
-
----@param _self GlobalTransform
----@return Vec3
-function GlobalTransform.scale(_self) end
-
----@param _self GlobalTransform
----@param rhs GlobalTransform | Transform
----@return GlobalTransform
-function GlobalTransform.mul(_self,rhs) end
-
----@param _self GlobalTransform
----@return Vec3
-function GlobalTransform.left(_self) end
-
----@param _self GlobalTransform
----@param point Vec3
----@return Vec3
-function GlobalTransform.transform_point(_self,point) end
-
----@param _self GlobalTransform
----@return Vec3
-function GlobalTransform.up(_self) end
-
----@param _self GlobalTransform
----@return Quat
-function GlobalTransform.rotation(_self) end
-
----@return GlobalTransform
-function GlobalTransform.identity() end
-
----@param _self GlobalTransform
----@return Vec3
-function GlobalTransform.forward(_self) end
-
----@param _self GlobalTransform
----@return Mat4
-function GlobalTransform.to_matrix(_self) end
-
----@param _self GlobalTransform
----@param other GlobalTransform
----@return boolean
-function GlobalTransform.__eq(_self,other) end
-
----@param _self GlobalTransform
----@param other GlobalTransform
----@return boolean
-function GlobalTransform.eq(_self,other) end
-
----@param _self GlobalTransform
----@return Vec3
-function GlobalTransform.right(_self) end
-
----@param _self GlobalTransform
----@return Transform
-function GlobalTransform.compute_transform(_self) end
-
----@param x number
----@param y number
----@param z number
----@return GlobalTransform
-function GlobalTransform.from_xyz(x,y,z) end
-
----@param _self GlobalTransform
----@return Vec3
-function GlobalTransform.down(_self) end
-
----@param _self GlobalTransform
----@param parent GlobalTransform
----@return Transform
-function GlobalTransform.reparented_to(_self,parent) end
-
----@param payload GlobalTransform.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return GlobalTransform
-function GlobalTransform.new(payload) end
-
-
-
----@class Transform : ReflectReference
----  Describe the position of an entity. If the entity has a parent, the position is relative
----  to its parent position.
---- 
----  * To place or move an entity, you should set its [`Transform`].
----  * To get the global transform of an entity, you should get its [`GlobalTransform`].
----  * To be displayed, an entity must have both a [`Transform`] and a [`GlobalTransform`].
----    [`GlobalTransform`] is automatically inserted whenever [`Transform`] is inserted.
---- 
----  Transforms compose from right to left: if `t1` and `t2` are transforms, then `t1 * t2`
----  corresponds to applying `t2` *first*, *then* applying `t1`.
---- 
----  ## [`Transform`] and [`GlobalTransform`]
---- 
----  [`Transform`] is the position of an entity relative to its parent position, or the reference
----  frame if it doesn't have a [`ChildOf`](bevy_ecs::hierarchy::ChildOf) component.
---- 
----  [`GlobalTransform`] is the position of an entity relative to the reference frame.
---- 
----  [`GlobalTransform`] is updated from [`Transform`] in the [`TransformSystems::Propagate`]
----  system set.
---- 
----  This system runs during [`PostUpdate`](bevy_app::PostUpdate). If you
----  update the [`Transform`] of an entity during this set or after, you will notice a 1 frame lag
----  before the [`GlobalTransform`] is updated.
---- 
----  [`TransformSystems::Propagate`]: crate::TransformSystems::Propagate
---- 
----  # Examples
---- 
----  - [`transform`][transform_example]
---- 
----  [transform_example]: https://github.com/bevyengine/bevy/blob/latest/examples/transforms/transform.rs
----@field  translation? Vec3
----@field  rotation? Quat
----@field  scale? Vec3
----@operator mul(Transform | Vec3): Transform | Vec3
-local Transform = {}
-
----@param _self Transform
----@return Vec3
-function Transform.local_z(_self) end
-
----@param _self Transform
----@return Vec3
-function Transform.up(_self) end
-
----@param _self Transform
----@param translation Vec3
----@return Transform
-function Transform.with_translation(_self,translation) end
-
----@param _self Transform
----@return Vec3
-function Transform.local_y(_self) end
-
----@param x number
----@param y number
----@param z number
----@return Transform
-function Transform.from_xyz(x,y,z) end
-
----@param translation Vec3
----@return Transform
-function Transform.from_translation(translation) end
-
----@param _self Transform
----@param rotation Quat
----@return nil
-function Transform.rotate(_self,rotation) end
-
----@param _self Transform
----@param point Vec3
----@return Vec3
-function Transform.transform_point(_self,point) end
-
----@param _self Transform
----@param angle number
----@return nil
-function Transform.rotate_z(_self,angle) end
-
----@param _self Transform
----@return Mat4
-function Transform.to_matrix(_self) end
-
----@return Transform
-function Transform.identity() end
-
----@param _self Transform
----@param rotation Quat
----@return Transform
-function Transform.with_rotation(_self,rotation) end
-
----@param _self Transform
----@param angle number
----@return nil
-function Transform.rotate_local_y(_self,angle) end
-
----@param _self Transform
----@param axis Vec3
----@param angle number
----@return nil
-function Transform.rotate_axis(_self,axis,angle) end
-
----@param _self Transform
----@param angle number
----@return nil
-function Transform.rotate_local_z(_self,angle) end
-
----@param _self Transform
----@return Vec3
-function Transform.right(_self) end
-
----@param _self Transform
----@param point Vec3
----@param rotation Quat
----@return nil
-function Transform.translate_around(_self,point,rotation) end
-
----@param _self Transform
----@param point Vec3
----@param rotation Quat
----@return nil
-function Transform.rotate_around(_self,point,rotation) end
-
----@param _self Transform
----@return Vec3
-function Transform.local_x(_self) end
-
----@param _self Transform
----@param rotation Quat
----@return nil
-function Transform.rotate_local(_self,rotation) end
-
----@param _self Transform
----@param scale Vec3
----@return Transform
-function Transform.with_scale(_self,scale) end
-
----@param _self Transform
----@return Vec3
-function Transform.forward(_self) end
-
----@param _self Transform
----@param direction Vec3
----@param up Vec3
----@return Transform
-function Transform.looking_to(_self,direction,up) end
-
----@param _self Transform
----@param target Vec3
----@param up Vec3
----@return nil
-function Transform.look_at(_self,target,up) end
-
----@param _self Transform
----@return Vec3
-function Transform.back(_self) end
-
----@param _self Transform
----@param target Vec3
----@param up Vec3
----@return Transform
-function Transform.looking_at(_self,target,up) end
-
----@param _self Transform
----@param rhs Transform | Vec3
----@return Transform | Vec3
-function Transform.mul(_self,rhs) end
-
----@param _self Transform
----@param other Transform
----@return Transform
-function Transform.mul_transform(_self,other) end
-
----@param _self Transform
----@return Vec3
-function Transform.down(_self) end
-
----@param rotation Quat
----@return Transform
-function Transform.from_rotation(rotation) end
-
----@param _self Transform
----@param other Transform
----@return boolean
-function Transform.__eq(_self,other) end
-
----@param _self Transform
----@param other Transform
----@return boolean
-function Transform.eq(_self,other) end
-
----@param _self Transform
----@return boolean
-function Transform.is_finite(_self) end
-
----@param _self Transform
----@return Vec3
-function Transform.left(_self) end
-
----@param _self Transform
----@param angle number
----@return nil
-function Transform.rotate_x(_self,angle) end
-
----@param _self Transform
----@param direction Vec3
----@param up Vec3
----@return nil
-function Transform.look_to(_self,direction,up) end
-
----@param _self Transform
----@param angle number
----@return nil
-function Transform.rotate_y(_self,angle) end
-
----@param matrix Mat4
----@return Transform
-function Transform.from_matrix(matrix) end
-
----@param _self Transform
----@param angle number
----@return nil
-function Transform.rotate_local_x(_self,angle) end
-
----@param scale Vec3
----@return Transform
-function Transform.from_scale(scale) end
-
----@param payload Transform.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Transform
-function Transform.new(payload) end
-
-
-
----@class UiRect : ReflectReference
----  A type which is commonly used to define margins, paddings and borders.
---- 
----  # Examples
---- 
----  ## Margin
---- 
----  A margin is used to create space around UI elements, outside of any defined borders.
---- 
----  ```
----  # use bevy_ui::{UiRect, Val};
----  #
----  let margin = UiRect::all(Val::Auto); // Centers the UI element
----  ```
---- 
----  ## Padding
---- 
----  A padding is used to create space around UI elements, inside of any defined borders.
---- 
----  ```
----  # use bevy_ui::{UiRect, Val};
----  #
----  let padding = UiRect {
----      left: Val::Px(10.0),
----      right: Val::Px(20.0),
----      top: Val::Px(30.0),
----      bottom: Val::Px(40.0),
----  };
----  ```
---- 
----  ## Borders
---- 
----  A border is used to define the width of the border of a UI element.
---- 
----  ```
----  # use bevy_ui::{UiRect, Val};
----  #
----  let border = UiRect {
----      left: Val::Px(10.0),
----      right: Val::Px(20.0),
----      top: Val::Px(30.0),
----      bottom: Val::Px(40.0),
----  };
----  ```
----@field  left? Val
----@field  right? Val
----@field  top? Val
----@field  bottom? Val
-local UiRect = {}
-
----@param left Val
----@param right Val
----@param top Val
----@param bottom Val
----@return UiRect
-function UiRect.new(left,right,top,bottom) end
-
----@param value Val
----@return UiRect
-function UiRect.vertical(value) end
-
----@param value Val
----@return UiRect
-function UiRect.all(value) end
-
----@param left number
----@param right number
----@param top number
----@param bottom number
----@return UiRect
-function UiRect.percent(left,right,top,bottom) end
-
----@param value Val
----@return UiRect
-function UiRect.horizontal(value) end
-
----@param left number
----@param right number
----@param top number
----@param bottom number
----@return UiRect
-function UiRect.px(left,right,top,bottom) end
-
----@param horizontal Val
----@param vertical Val
----@return UiRect
-function UiRect.axes(horizontal,vertical) end
-
----@return UiRect
-function UiRect.zero() end
-
-
-
----@class Val : ReflectReference
----  Represents the possible value types for layout properties.
---- 
----  This enum allows specifying values for various [`Node`](crate::Node) properties in different units,
----  such as logical pixels, percentages, or automatically determined values.
---- 
----  `Val` also implements [`core::str::FromStr`] to allow parsing values from strings in the format `#.#px`. Whitespaces between the value and unit is allowed. The following units are supported:
----  * `px`: logical pixels
----  * `%`: percentage
----  * `vw`: percentage of the viewport width
----  * `vh`: percentage of the viewport height
----  * `vmin`: percentage of the viewport's smaller dimension
----  * `vmax`: percentage of the viewport's larger dimension
---- 
----  Additionally, `auto` will be parsed as [`Val::Auto`].
----@field  Auto Val.Auto
----@field  Px Val.Px
----@field  Percent Val.Percent
----@field  Vw Val.Vw
----@field  Vh Val.Vh
----@field  VMin Val.VMin
----@field  VMax Val.VMax
----@field  Em Val.Em
----@field  Rem Val.Rem
-local Val = {}
-
----@return Val
-function Val.auto() end
-
----@param value number
----@return Val
-function Val.px(value) end
-
----@param value number
----@return Val
-function Val.vmin(value) end
-
----@param value number
----@return Val
-function Val.vw(value) end
-
----@param value number
----@return Val
-function Val.percent(value) end
-
----@param value number
----@return Val
-function Val.vmax(value) end
-
----@param value number
----@return Val
-function Val.vh(value) end
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Val
-function Val.new(payload) end
-
-
-
----@class Val.Auto : EnumVariantRef
---- The `Auto` variant of `Val`.
-Val.Auto = {}
-
----@param variant Val.Auto
----@param payload NoFields
----@return Val
-function Val.Auto.new(variant,payload) end
-
-
-
----@class Val.Px : EnumVariantRef
---- The `Px` variant of `Val`.
-Val.Px = {}
-
----@param variant Val.Px
----@param payload Val.Px.Fields
----@return Val
-function Val.Px.new(variant,payload) end
-
-
-
----@class Val.Percent : EnumVariantRef
---- The `Percent` variant of `Val`.
-Val.Percent = {}
-
----@param variant Val.Percent
----@param payload Val.Percent.Fields
----@return Val
-function Val.Percent.new(variant,payload) end
-
-
-
----@class Val.Vw : EnumVariantRef
---- The `Vw` variant of `Val`.
-Val.Vw = {}
-
----@param variant Val.Vw
----@param payload Val.Vw.Fields
----@return Val
-function Val.Vw.new(variant,payload) end
-
-
-
----@class Val.Vh : EnumVariantRef
---- The `Vh` variant of `Val`.
-Val.Vh = {}
-
----@param variant Val.Vh
----@param payload Val.Vh.Fields
----@return Val
-function Val.Vh.new(variant,payload) end
-
-
-
----@class Val.VMin : EnumVariantRef
---- The `VMin` variant of `Val`.
-Val.VMin = {}
-
----@param variant Val.VMin
----@param payload Val.VMin.Fields
----@return Val
-function Val.VMin.new(variant,payload) end
-
-
-
----@class Val.VMax : EnumVariantRef
---- The `VMax` variant of `Val`.
-Val.VMax = {}
-
----@param variant Val.VMax
----@param payload Val.VMax.Fields
----@return Val
-function Val.VMax.new(variant,payload) end
-
-
-
----@class Val.Em : EnumVariantRef
---- The `Em` variant of `Val`.
-Val.Em = {}
-
----@param variant Val.Em
----@param payload Val.Em.Fields
----@return Val
-function Val.Em.new(variant,payload) end
-
-
-
----@class Val.Rem : EnumVariantRef
---- The `Rem` variant of `Val`.
-Val.Rem = {}
-
----@param variant Val.Rem
----@param payload Val.Rem.Fields
----@return Val
-function Val.Rem.new(variant,payload) end
-
-
-
----@class BorderColor : ReflectReference
----  The border color of the UI node.
----@field  top? Color
----@field  right? Color
----@field  bottom? Color
----@field  left? Color
-local BorderColor = {}
-
----@param color Color
----@return BorderColor
-function BorderColor.all(color) end
-
----@param payload BorderColor.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return BorderColor
-function BorderColor.new(payload) end
-
-
-
----@class BorderRadius : ReflectReference
----  Used to add rounded corners to a UI node. You can set a UI node to have uniformly
----  rounded corners, elliptical corners, or specify a different radius for each corner. If a given
----  radius exceeds half the length of the node's height or width, the radius will be calculated
----  as half the height or width.
---- 
----  Percentage horizontal and vertical values are based on the node's width and height, respectively.
---- 
----  # Example
----  ```rust
----  # use bevy_ecs::prelude::*;
----  # use bevy_ui::prelude::*;
----  # use bevy_color::palettes::basic::{BLUE};
----  fn setup_ui(mut commands: Commands) {
----      commands.spawn((
----          Node {
----              width: Val::Px(100.),
----              height: Val::Px(100.),
----              border: UiRect::all(Val::Px(2.)),
----              border_radius: BorderRadius {
----                  // rounded corners, x and y radii equal
----                  top_left: CornerRadius::circular(px(10.)),
----                  top_right: percent(20.).into(),
----                  // elliptical corner
----                  bottom_right: CornerRadius::new(px(30.), px(20.)),
----                  bottom_left: CornerRadius { x: px(10.), y: px(40.) },
----              },
----              ..Default::default()
----          },
----          BackgroundColor(BLUE.into()),
----      ));
----  }
----  ```
---- 
----  <https://developer.mozilla.org/en-US/docs/Web/CSS/border-radius>
----@field  top_left? CornerRadius
----@field  top_right? CornerRadius
----@field  bottom_right? CornerRadius
----@field  bottom_left? CornerRadius
-local BorderRadius = {}
-
----@param radius Val
----@return BorderRadius
-function BorderRadius.all(radius) end
-
----@return BorderRadius
-function BorderRadius.max() end
-
----@param top_left number
----@param top_right number
----@param bottom_right number
----@param bottom_left number
----@return BorderRadius
-function BorderRadius.percent(top_left,top_right,bottom_right,bottom_left) end
-
----@param top_left number
----@param top_right number
----@param bottom_right number
----@param bottom_left number
----@return BorderRadius
-function BorderRadius.px(top_left,top_right,bottom_right,bottom_left) end
-
----@return BorderRadius
-function BorderRadius.zero() end
-
----@param payload BorderRadius.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return BorderRadius
-function BorderRadius.new(payload) end
-
-
-
----@class ComputedNode : ReflectReference
----  Provides the computed size and layout properties of a UI [`Node`].
---- 
----  All of the fields are automatically calculated by [`ui_layout_system`](`super::layout::ui_layout_system`)
----  during `PostUpdate` in the [`UiSystems::Layout`](super::UiSystems) set.
---- 
----  The fields are measured in physical pixels.
----  You can multiply by the `inverse_scale_factor` field to convert back to logical pixels.
---- 
----  Fields in this struct are public but should only rarely be directly modified.
----  For example, in a scrollbar you may want to derive the handle's size from the proportion of
----  scrollable content in-view. You can directly modify `ComputedNode` after layout to set the
----  handle size without a frame delay.
----@field  size? Vec2
----@field  content_size? Vec2
----@field  scrollbar_size? Vec2
----@field  scroll_position? Vec2
----@field  outline_width? number
----@field  outline_offset? number
----@field  unrounded_size? Vec2
----@field  border? BorderRect
----@field  border_radius? ResolvedBorderRadius
----@field  padding? BorderRect
----@field  inverse_scale_factor? number
----@field  em_size? EmSize
----@field  rem_size? RemSize
-local ComputedNode = {}
-
----@param _self ComputedNode
----@return boolean
-function ComputedNode.is_empty(_self) end
-
----@param _self ComputedNode
----@return number
-function ComputedNode.inverse_scale_factor(_self) end
-
----@param _self ComputedNode
----@return Vec2
-function ComputedNode.size(_self) end
-
----@param _self ComputedNode
----@return Vec2
-function ComputedNode.content_size(_self) end
-
----@param payload ComputedNode.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ComputedNode
-function ComputedNode.new(payload) end
-
-
-
----@class Overflow : ReflectReference
----  Whether to show or hide overflowing items
----@field  x? OverflowAxis
----@field  y? OverflowAxis
-local Overflow = {}
-
----@return Overflow
-function Overflow.clip_y() end
-
----@return Overflow
-function Overflow.scroll() end
-
----@return Overflow
-function Overflow.clip_x() end
-
----@return Overflow
-function Overflow.hidden() end
-
----@return Overflow
-function Overflow.clip() end
-
----@return Overflow
-function Overflow.visible() end
-
----@param payload Overflow.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Overflow
-function Overflow.new(payload) end
-
-
-
----@class ImageNode : ReflectReference
----  A UI Node that renders an image.
----@field  color? Color
----@field  image? Handle<Image>
----@field  texture_atlas? TextureAtlas | nil
----@field  flip_x? boolean
----@field  flip_y? boolean
----@field  rect? Rect | nil
----@field  image_mode? NodeImageMode
----@field  visual_box? VisualBox
-local ImageNode = {}
-
----@param image Handle<Image>
----@return ImageNode
-function ImageNode.new(image) end
-
----@param _self ImageNode
----@param color Color
----@return ImageNode
-function ImageNode.with_color(_self,color) end
-
-
-
----@class Text : ReflectReference
----  The top-level UI text component.
---- 
----  Adding [`Text`] to an entity will pull in required components for setting up a UI text node.
---- 
----  The string in this component is the first 'text span' in a hierarchy of text spans that are collected into
----  a [`ComputedTextBlock`]. See [`TextSpan`](bevy_text::TextSpan) for the component used by children of entities with [`Text`].
---- 
---- 
----  ```
----  # use bevy_asset::Handle;
----  # use bevy_color::Color;
----  # use bevy_color::palettes::basic::BLUE;
----  # use bevy_ecs::world::World;
----  # use bevy_text::{Font, FontSize, Justify, TextLayout, TextFont, TextColor, TextSpan};
----  # use bevy_ui::prelude::Text;
----  #
----  # let font_handle: Handle<Font> = Default::default();
----  # let mut world = World::default();
----  #
----  // Basic usage.
----  world.spawn(Text::new("hello world!"));
---- 
----  // With non-default style.
----  world.spawn((
----      Text::new("hello world!"),
----      TextFont {
----          font: font_handle.clone().into(),
----          font_size: FontSize::Px(60.0),
----          ..Default::default()
----      },
----      TextColor(BLUE.into()),
----  ));
---- 
----  // With text justification.
----  world.spawn((
----      Text::new("hello world\nand bevy!"),
----      TextLayout::justify(Justify::Center)
----  ));
---- 
----  // With spans
----  world.spawn(Text::new("hello ")).with_children(|parent| {
----      parent.spawn(TextSpan::new("world"));
----      parent.spawn((TextSpan::new("!"), TextColor(BLUE.into())));
----  });
----  ```
----@field  [1] string
-local Text = {}
-
----@param text string
----@return Text
-function Text.new(text) end
-
----@param _self Text
----@param text string
----@return nil
-function Text.set(_self,text) end
-
----@param _self Text
----@return string
-function Text.as_str(_self) end
-
-
-
----@class Window : ReflectReference
----  The defining [`Component`] for window entities,
----  storing information about how it should appear and behave.
---- 
----  Each window corresponds to an entity, and is uniquely identified by the value of their [`Entity`].
----  When the [`Window`] component is added to an entity, a new window will be opened.
----  When it is removed or the entity is despawned, the window will close.
---- 
----  The primary window entity (and the corresponding window) is spawned by default
----  by [`WindowPlugin`](crate::WindowPlugin) and is marked with the [`PrimaryWindow`] component.
---- 
----  This component is synchronized with `winit` through `bevy_winit`:
----  it will reflect the current state of the window and can be modified to change this state.
---- 
----  # Example
---- 
----  Because this component is synchronized with `winit`, it can be used to perform
----  OS-integrated windowing operations. For example, here's a simple system
----  to change the window mode:
---- 
----  ```
----  # use bevy_ecs::query::With;
----  # use bevy_ecs::system::Query;
----  # use bevy_window::{WindowMode, PrimaryWindow, Window, MonitorSelection, VideoModeSelection};
----  fn change_window_mode(mut windows: Query<&mut Window, With<PrimaryWindow>>) {
----      // Query returns one window typically.
----      for mut window in windows.iter_mut() {
----          window.mode =
----              WindowMode::Fullscreen(MonitorSelection::Current, VideoModeSelection::Current);
----      }
----  }
----  ```
----@field  present_mode? PresentMode
----@field  mode? WindowMode
----@field  position? WindowPosition
----@field  resolution? WindowResolution
----@field  title? string
----@field  name? string | nil
----@field  composite_alpha_mode? CompositeAlphaMode
----@field  resize_constraints? WindowResizeConstraints
----@field  resizable? boolean
----@field  enabled_buttons? EnabledButtons
----@field  decorations? boolean
----@field  transparent? boolean
----@field  focused? boolean
----@field  window_level? WindowLevel
----@field  canvas? string | nil
----@field  fit_canvas_to_parent? boolean
----@field  prevent_default_event_handling? boolean
----@field  internal? InternalWindowState
----@field  ime_enabled? boolean
----@field  ime_position? Vec2
----@field  window_theme? WindowTheme | nil
----@field  visible? boolean
----@field  skip_taskbar? boolean
----@field  clip_children? boolean
----@field  desired_maximum_frame_latency? NonZeroU32 | nil
----@field  recognize_pinch_gesture? boolean
----@field  recognize_rotation_gesture? boolean
----@field  recognize_doubletap_gesture? boolean
----@field  recognize_pan_gesture? [integer, integer] | nil
----@field  movable_by_window_background? boolean
----@field  fullsize_content_view? boolean
----@field  has_shadow? boolean
----@field  titlebar_shown? boolean
----@field  titlebar_transparent? boolean
----@field  titlebar_show_title? boolean
----@field  titlebar_show_buttons? boolean
----@field  borderless_game? boolean
----@field  prefers_home_indicator_hidden? boolean
----@field  prefers_status_bar_hidden? boolean
----@field  preferred_screen_edges_deferring_system_gestures? ScreenEdge
-local Window = {}
-
----@param _self Window
----@return Vec2 | nil
-function Window.cursor_position(_self) end
-
----@param _self Window
----@return integer
-function Window.physical_height(_self) end
-
----@param _self Window
----@return Vec2
-function Window.size(_self) end
-
----@param _self Window
----@return number
-function Window.height(_self) end
-
----@param _self Window
----@return number
-function Window.width(_self) end
-
----@return ReflectReference | nil
-function Window.primary() end
-
----@param _self Window
----@return number
-function Window.scale_factor(_self) end
-
----@return Entity | nil
-function Window.primary_entity() end
-
----@param _self Window
----@param position? Vec2 | nil
----@return nil
-function Window.set_cursor_position(_self,position) end
-
----@param _self Window
----@return integer
-function Window.physical_width(_self) end
-
----@param payload Window.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Window
-function Window.new(payload) end
-
-
-
----@class WindowResolution : ReflectReference
----  Controls the size of a [`Window`]
---- 
----  ## Physical, logical and requested sizes
---- 
----  There are three sizes associated with a window:
----  - the physical size,
----    which represents the actual height and width in physical pixels
----    the window occupies on the monitor,
----  - the logical size,
----    which represents the size that should be used to scale elements
----    inside the window, measured in logical pixels,
----  - the requested size,
----    measured in logical pixels, which is the value submitted
----    to the API when creating the window, or requesting that it be resized.
---- 
----  ## Scale factor
---- 
----  The reason logical size and physical size are separated and can be different
----  is to account for the cases where:
----  - several monitors have different pixel densities,
----  - the user has set up a pixel density preference in its operating system,
----  - the Bevy `App` has specified a specific scale factor between both.
---- 
----  The factor between physical size and logical size can be retrieved with
----  [`WindowResolution::scale_factor`].
---- 
----  For the first two cases, a scale factor is set automatically by the operating
----  system through the window backend. You can get it with
----  [`WindowResolution::base_scale_factor`].
---- 
----  For the third case, you can override this automatic scale factor with
----  [`WindowResolution::set_scale_factor_override`].
---- 
----  ## Requested and obtained sizes
---- 
----  The logical size should be equal to the requested size after creating/resizing,
----  when possible.
----  The reason the requested size and logical size might be different
----  is because the corresponding physical size might exceed limits (either the
----  size limits of the monitor, or limits defined in [`WindowResizeConstraints`]).
---- 
----  Note: The requested size is not kept in memory, for example requesting a size
----  too big for the screen, making the logical size different from the requested size,
----  and then setting a scale factor that makes the previous requested size within
----  the limits of the screen will not get back that previous requested size.
----@field  physical_width? integer
----@field  physical_height? integer
----@field  scale_factor_override? number | nil
----@field  scale_factor? number
-local WindowResolution = {}
-
----@param _self WindowResolution
----@return number
-function WindowResolution.height(_self) end
-
----@param _self WindowResolution
----@param width number
----@param height number
----@return nil
-function WindowResolution.set(_self,width,height) end
-
----@param physical_width integer
----@param physical_height integer
----@return WindowResolution
-function WindowResolution.new(physical_width,physical_height) end
-
----@param _self WindowResolution
----@return number
-function WindowResolution.scale_factor(_self) end
-
----@param _self WindowResolution
----@return number
-function WindowResolution.width(_self) end
-
-
-
----@class Duration : ReflectReference
----@operator mul(number): Duration
----@operator sub(Duration): Duration
----@operator div(number): Duration
----@operator add(Duration): Duration
-local Duration = {}
-
----@param _self Duration
----@return number
-function Duration.as_secs(_self) end
-
----@return Duration
-function Duration.zero() end
-
----@param _self Duration
----@return boolean
-function Duration.is_zero(_self) end
-
----@param micros integer
----@return Duration
-function Duration.from_micros(micros) end
-
----@param _self Duration
----@return integer
-function Duration.as_millis(_self) end
-
----@param _self Duration
----@param other Duration
----@return boolean
-function Duration.__eq(_self,other) end
-
----@param _self Duration
----@param other Duration
----@return boolean
-function Duration.eq(_self,other) end
-
----@param millis integer
----@return Duration
-function Duration.from_millis(millis) end
-
----@param _self Duration
----@param factor number
----@return Duration
-function Duration.mul(_self,factor) end
-
----@param _self Duration
----@param other Duration
----@return boolean
-function Duration.__lt(_self,other) end
-
----@param _self Duration
----@param other Duration
----@return boolean
-function Duration.lt(_self,other) end
-
----@param _self Duration
----@param rhs Duration
----@return Duration
-function Duration.sub(_self,rhs) end
-
----@param secs number
----@return Duration
-function Duration.from_secs(secs) end
-
----@param nanos integer
----@return Duration
-function Duration.from_nanos(nanos) end
-
----@param _self Duration
----@return number
-function Duration.as_secs_f64(_self) end
-
----@param _self Duration
----@param divisor number
----@return Duration
-function Duration.div(_self,divisor) end
-
----@param _self Duration
----@param rhs Duration
----@return Duration
-function Duration.add(_self,rhs) end
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Duration
-function Duration.new(payload) end
-
-
-
----@class DVec2 : ReflectReference
----@field  x? number
----@field  y? number
-local DVec2 = {}
-
----@param _self DVec2
----@return Vec2
-function DVec2.as_vec2(_self) end
-
----@param x number
----@param y number
----@return DVec2
-function DVec2.new(x,y) end
-
-
-
----@class DVec3 : ReflectReference
----@field  x? number
----@field  y? number
----@field  z? number
-local DVec3 = {}
-
----@param x number
----@param y number
----@param z number
----@return DVec3
-function DVec3.new(x,y,z) end
-
----@param _self DVec3
----@return Vec3
-function DVec3.as_vec3(_self) end
-
-
-
----@class IVec2 : ReflectReference
----@field  x? integer
----@field  y? integer
----@operator div(IVec2 | integer): IVec2
----@operator add(IVec2 | integer): IVec2
----@operator mod(IVec2 | integer): IVec2
----@operator unm: IVec2
----@operator mul(IVec2 | integer): IVec2
----@operator sub(IVec2 | integer): IVec2
-local IVec2 = {}
-
----@param _self IVec2
----@return IVec2
-function IVec2.abs(_self) end
-
----@param _self IVec2
----@param other IVec2
----@return boolean
-function IVec2.__eq(_self,other) end
-
----@param _self IVec2
----@param other IVec2
----@return boolean
-function IVec2.eq(_self,other) end
-
----@param _self IVec2
----@param rhs IVec2 | integer
----@return IVec2
-function IVec2.div(_self,rhs) end
-
----@param _self IVec2
----@return Vec2
-function IVec2.as_vec2(_self) end
-
----@param _self IVec2
----@return integer
-function IVec2.max_element(_self) end
-
----@param x integer
----@param y integer
----@return IVec2
-function IVec2.new(x,y) end
-
----@param _self IVec2
----@param rhs IVec2 | integer
----@return IVec2
-function IVec2.add(_self,rhs) end
-
----@param v integer
----@return IVec2
-function IVec2.splat(v) end
-
----@param _self IVec2
----@return integer
-function IVec2.min_element(_self) end
-
----@param _self IVec2
----@param rhs IVec2 | integer
----@return IVec2
-function IVec2.rem(_self,rhs) end
-
----@param _self IVec2
----@param other IVec2
----@return IVec2
-function IVec2.min(_self,other) end
-
----@param _self IVec2
----@param min IVec2
----@param max IVec2
----@return IVec2
-function IVec2.clamp(_self,min,max) end
-
----@return IVec2
-function IVec2.one() end
-
----@param _self IVec2
----@param other IVec2
----@return integer
-function IVec2.dot(_self,other) end
-
----@return IVec2
-function IVec2.unit_x() end
-
----@param _self IVec2
----@return IVec2
-function IVec2.neg(_self) end
-
----@return IVec2
-function IVec2.unit_y() end
-
----@param _self IVec2
----@param rhs IVec2 | integer
----@return IVec2
-function IVec2.mul(_self,rhs) end
-
----@param _self IVec2
----@return integer[]
-function IVec2.to_array(_self) end
-
----@return IVec2
-function IVec2.zero() end
-
----@param _self IVec2
----@param other IVec2
----@return IVec2
-function IVec2.max(_self,other) end
-
----@param _self IVec2
----@param rhs IVec2 | integer
----@return IVec2
-function IVec2.sub(_self,rhs) end
-
----@param _self IVec2
----@return integer
-function IVec2.length_squared(_self) end
-
-
-
----@class IVec3 : ReflectReference
----@field  x? integer
----@field  y? integer
----@field  z? integer
----@operator add(IVec3 | integer): IVec3
----@operator unm: IVec3
----@operator div(IVec3 | integer): IVec3
----@operator mul(IVec3 | integer): IVec3
----@operator mod(IVec3 | integer): IVec3
----@operator sub(IVec3 | integer): IVec3
-local IVec3 = {}
-
----@param _self IVec3
----@return integer
-function IVec3.max_element(_self) end
-
----@param _self IVec3
----@param rhs IVec3 | integer
----@return IVec3
-function IVec3.add(_self,rhs) end
-
----@param v integer
----@return IVec3
-function IVec3.splat(v) end
-
----@param _self IVec3
----@return IVec3
-function IVec3.neg(_self) end
-
----@param _self IVec3
----@param rhs IVec3 | integer
----@return IVec3
-function IVec3.div(_self,rhs) end
-
----@param _self IVec3
----@return integer
-function IVec3.length_squared(_self) end
-
----@param _self IVec3
----@param rhs IVec3 | integer
----@return IVec3
-function IVec3.mul(_self,rhs) end
-
----@param _self IVec3
----@param rhs IVec3 | integer
----@return IVec3
-function IVec3.rem(_self,rhs) end
-
----@return IVec3
-function IVec3.unit_x() end
-
----@param _self IVec3
----@return integer
-function IVec3.min_element(_self) end
-
----@param _self IVec3
----@param other IVec3
----@return IVec3
-function IVec3.max(_self,other) end
-
----@param _self IVec3
----@param other IVec3
----@return IVec3
-function IVec3.min(_self,other) end
-
----@return IVec3
-function IVec3.unit_z() end
-
----@param x integer
----@param y integer
----@param z integer
----@return IVec3
-function IVec3.new(x,y,z) end
-
----@param _self IVec3
----@return IVec3
-function IVec3.abs(_self) end
-
----@param _self IVec3
----@param other IVec3
----@return boolean
-function IVec3.__eq(_self,other) end
-
----@param _self IVec3
----@param other IVec3
----@return boolean
-function IVec3.eq(_self,other) end
-
----@return IVec3
-function IVec3.zero() end
-
----@param _self IVec3
----@return Vec3
-function IVec3.as_vec3(_self) end
-
----@return IVec3
-function IVec3.one() end
-
----@return IVec3
-function IVec3.unit_y() end
-
----@param _self IVec3
----@param min IVec3
----@param max IVec3
----@return IVec3
-function IVec3.clamp(_self,min,max) end
-
----@param _self IVec3
----@param rhs IVec3 | integer
----@return IVec3
-function IVec3.sub(_self,rhs) end
-
----@param _self IVec3
----@return integer[]
-function IVec3.to_array(_self) end
-
----@param _self IVec3
----@param other IVec3
----@return integer
-function IVec3.dot(_self,other) end
-
-
-
----@class Mat3 : ReflectReference
----@field  x_axis? Vec3
----@field  y_axis? Vec3
----@field  z_axis? Vec3
----@operator mul(Mat3 | Vec3 | number): Mat3 | Vec3
----@operator div(number): Mat3
----@operator add(Mat3): Mat3
----@operator sub(Mat3): Mat3
-local Mat3 = {}
-
----@param _self Mat3
----@param rhs Mat3 | Vec3 | number
----@return Mat3 | Vec3
-function Mat3.mul(_self,rhs) end
-
----@param x Vec3
----@param y Vec3
----@param z Vec3
----@return Mat3
-function Mat3.from_cols(x,y,z) end
-
----@param _self Mat3
----@param index integer
----@return Vec3
-function Mat3.row(_self,index) end
-
----@param _self Mat3
----@param point Vec2
----@return Vec2
-function Mat3.transform_point2(_self,point) end
-
----@param diagonal Vec3
----@return Mat3
-function Mat3.from_diagonal(diagonal) end
-
----@param _self Mat3
----@return Mat3
-function Mat3.transpose(_self) end
-
----@param _self Mat3
----@param rhs number
----@return Mat3
-function Mat3.div(_self,rhs) end
-
----@param _self Mat3
----@return number
-function Mat3.determinant(_self) end
-
----@param _self Mat3
----@return Mat3
-function Mat3.inverse(_self) end
-
----@param angle number
----@return Mat3
-function Mat3.from_rotation_y(angle) end
-
----@param angle number
----@return Mat3
-function Mat3.from_rotation_x(angle) end
-
----@param _self Mat3
----@param other Mat3
----@return boolean
-function Mat3.__eq(_self,other) end
-
----@param _self Mat3
----@param other Mat3
----@return boolean
-function Mat3.eq(_self,other) end
-
----@param angle number
----@return Mat3
-function Mat3.from_rotation_z(angle) end
-
----@param _self Mat3
----@param other Mat3
----@return Mat3
-function Mat3.add(_self,other) end
-
----@param _self Mat3
----@param other Mat3
----@return Mat3
-function Mat3.sub(_self,other) end
-
----@param q Quat
----@return Mat3
-function Mat3.from_quat(q) end
-
----@param _self Mat3
----@param index integer
----@return Vec3
-function Mat3.col(_self,index) end
-
----@param _self Mat3
----@param v Vec3
----@return Vec3
-function Mat3.mul_vec3(_self,v) end
-
----@return Mat3
-function Mat3.identity() end
-
----@param _self Mat3
----@param vector Vec2
----@return Vec2
-function Mat3.transform_vector2(_self,vector) end
-
----@param payload Mat3.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Mat3
-function Mat3.new(payload) end
-
-
-
----@class Mat4 : ReflectReference
----@field  x_axis? Vec4
----@field  y_axis? Vec4
----@field  z_axis? Vec4
----@field  w_axis? Vec4
----@operator mul(Mat4 | Vec4 | number): Mat4 | Vec4
----@operator div(number): Mat4
----@operator sub(Mat4): Mat4
----@operator add(Mat4): Mat4
-local Mat4 = {}
-
----@param _self Mat4
----@param vector Vec3
----@return Vec3
-function Mat4.transform_vector3(_self,vector) end
-
----@param _self Mat4
----@param rhs Mat4 | Vec4 | number
----@return Mat4 | Vec4
-function Mat4.mul(_self,rhs) end
-
----@param _self Mat4
----@param rhs number
----@return Mat4
-function Mat4.div(_self,rhs) end
-
----@param _self Mat4
----@param other Mat4
----@return Mat4
-function Mat4.sub(_self,other) end
-
----@param _self Mat4
----@param index integer
----@return Vec4
-function Mat4.col(_self,index) end
-
----@param scale Vec3
----@param rotation Quat
----@param translation Vec3
----@return Mat4
-function Mat4.from_scale_rotation_translation(scale,rotation,translation) end
-
----@param _self Mat4
----@param index integer
----@return Vec4
-function Mat4.row(_self,index) end
-
----@param _self Mat4
----@param other Mat4
----@return boolean
-function Mat4.__eq(_self,other) end
-
----@param _self Mat4
----@param other Mat4
----@return boolean
-function Mat4.eq(_self,other) end
-
----@param scale Vec3
----@return Mat4
-function Mat4.from_scale(scale) end
-
----@param rotation Quat
----@param translation Vec3
----@return Mat4
-function Mat4.from_rotation_translation(rotation,translation) end
-
----@param x Vec4
----@param y Vec4
----@param z Vec4
----@param w Vec4
----@return Mat4
-function Mat4.from_cols(x,y,z,w) end
-
----@param _self Mat4
----@param point Vec3
----@return Vec3
-function Mat4.project_point3(_self,point) end
-
----@param _self Mat4
----@return Mat4
-function Mat4.inverse(_self) end
-
----@param q Quat
----@return Mat4
-function Mat4.from_quat(q) end
-
----@param _self Mat4
----@param point Vec3
----@return Vec3
-function Mat4.transform_point3(_self,point) end
-
----@param translation Vec3
----@return Mat4
-function Mat4.from_translation(translation) end
-
----@param _self Mat4
----@param other Mat4
----@return Mat4
-function Mat4.add(_self,other) end
-
----@param _self Mat4
----@return number
-function Mat4.determinant(_self) end
-
----@return Mat4
-function Mat4.identity() end
-
----@param _self Mat4
----@return Mat4
-function Mat4.transpose(_self) end
-
----@param payload Mat4.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Mat4
-function Mat4.new(payload) end
-
-
-
----@class Quat : ReflectReference
----@field  x? number
----@field  y? number
----@field  z? number
----@field  w? number
----@operator unm: Quat
----@operator mul(Quat | Vec3): Quat | Vec3
-local Quat = {}
-
----@param _self Quat
----@return Quat
-function Quat.neg(_self) end
-
----@param _self Quat
----@return Quat
-function Quat.normalize(_self) end
-
----@param from Vec3
----@param to Vec3
----@return Quat
-function Quat.from_rotation_arc(from,to) end
-
----@param _self Quat
----@param other Quat
----@param t number
----@return Quat
-function Quat.lerp(_self,other,t) end
-
----@param _self Quat
----@param other Quat
----@return number
-function Quat.angle_between(_self,other) end
-
----@param _self Quat
----@return Vec3
-function Quat.axis(_self) end
-
----@param _self Quat
----@return Quat
-function Quat.conjugate(_self) end
-
----@param _self Quat
----@param other Quat
----@param t number
----@return Quat
-function Quat.slerp(_self,other,t) end
-
----@param _self Quat
----@param other Quat
----@return number
-function Quat.dot(_self,other) end
-
----@param _self Quat
----@param v Vec3
----@return Vec3
-function Quat.mul_vec3(_self,v) end
-
----@param axis Vec3
----@param angle number
----@return Quat
-function Quat.from_axis_angle(axis,angle) end
-
----@param _self Quat
----@return number
-function Quat.angle(_self) end
-
----@param angle number
----@return Quat
-function Quat.from_rotation_z(angle) end
-
----@param _self Quat
----@return Quat
-function Quat.inverse(_self) end
-
----@param _self Quat
----@return boolean
-function Quat.is_normalized(_self) end
-
----@return Quat
-function Quat.identity() end
-
----@param _self Quat
----@return Vec3
-function Quat.xyz(_self) end
-
----@param angle number
----@return Quat
-function Quat.from_rotation_y(angle) end
-
----@param _self Quat
----@param order EulerRot
----@return number[]
-function Quat.to_euler(_self,order) end
-
----@param _self Quat
----@param other Quat
----@return boolean
-function Quat.__eq(_self,other) end
-
----@param _self Quat
----@param other Quat
----@return boolean
-function Quat.eq(_self,other) end
-
----@param order EulerRot
----@param a number
----@param b number
----@param c number
----@return Quat
-function Quat.from_euler(order,a,b,c) end
-
----@param _self Quat
----@param rhs Quat | Vec3
----@return Quat | Vec3
-function Quat.mul(_self,rhs) end
-
----@param _self Quat
----@return number
-function Quat.length(_self) end
-
----@param angle number
----@return Quat
-function Quat.from_rotation_x(angle) end
-
----@param m Mat3
----@return Quat
-function Quat.from_mat3(m) end
-
----@param payload Quat.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Quat
-function Quat.new(payload) end
-
-
-
----@class UVec2 : ReflectReference
----@field  x? integer
----@field  y? integer
----@operator sub(UVec2 | integer): UVec2
----@operator mul(UVec2 | integer): UVec2
----@operator div(UVec2 | integer): UVec2
----@operator add(UVec2 | integer): UVec2
----@operator mod(UVec2 | integer): UVec2
-local UVec2 = {}
-
----@param _self UVec2
----@param rhs UVec2 | integer
----@return UVec2
-function UVec2.sub(_self,rhs) end
-
----@param _self UVec2
----@param other UVec2
----@return integer
-function UVec2.dot(_self,other) end
-
----@return UVec2
-function UVec2.one() end
-
----@param _self UVec2
----@param other UVec2
----@return UVec2
-function UVec2.min(_self,other) end
-
----@param _self UVec2
----@param other UVec2
----@return boolean
-function UVec2.__eq(_self,other) end
-
----@param _self UVec2
----@param other UVec2
----@return boolean
-function UVec2.eq(_self,other) end
-
----@param _self UVec2
----@return integer
-function UVec2.max_element(_self) end
-
----@return UVec2
-function UVec2.zero() end
-
----@param _self UVec2
----@param rhs UVec2 | integer
----@return UVec2
-function UVec2.mul(_self,rhs) end
-
----@return UVec2
-function UVec2.unit_x() end
-
----@return UVec2
-function UVec2.unit_y() end
-
----@param _self UVec2
----@return integer
-function UVec2.min_element(_self) end
-
----@param _self UVec2
----@return Vec2
-function UVec2.as_vec2(_self) end
-
----@param _self UVec2
----@param min UVec2
----@param max UVec2
----@return UVec2
-function UVec2.clamp(_self,min,max) end
-
----@param _self UVec2
----@return integer
-function UVec2.length_squared(_self) end
-
----@param v integer
----@return UVec2
-function UVec2.splat(v) end
-
----@param x integer
----@param y integer
----@return UVec2
-function UVec2.new(x,y) end
-
----@param _self UVec2
----@param other UVec2
----@return UVec2
-function UVec2.max(_self,other) end
-
----@param _self UVec2
----@param rhs UVec2 | integer
----@return UVec2
-function UVec2.div(_self,rhs) end
-
----@param _self UVec2
----@param rhs UVec2 | integer
----@return UVec2
-function UVec2.add(_self,rhs) end
-
----@param _self UVec2
----@return integer[]
-function UVec2.to_array(_self) end
-
----@param _self UVec2
----@param rhs UVec2 | integer
----@return UVec2
-function UVec2.rem(_self,rhs) end
-
-
-
----@class UVec3 : ReflectReference
----@field  x? integer
----@field  y? integer
----@field  z? integer
----@operator mod(UVec3 | integer): UVec3
----@operator sub(UVec3 | integer): UVec3
----@operator div(UVec3 | integer): UVec3
----@operator mul(UVec3 | integer): UVec3
----@operator add(UVec3 | integer): UVec3
-local UVec3 = {}
-
----@return UVec3
-function UVec3.one() end
-
----@param _self UVec3
----@param rhs UVec3 | integer
----@return UVec3
-function UVec3.rem(_self,rhs) end
-
----@param v integer
----@return UVec3
-function UVec3.splat(v) end
-
----@param x integer
----@param y integer
----@param z integer
----@return UVec3
-function UVec3.new(x,y,z) end
-
----@param _self UVec3
----@return integer
-function UVec3.max_element(_self) end
-
----@param _self UVec3
----@param other UVec3
----@return integer
-function UVec3.dot(_self,other) end
-
----@param _self UVec3
----@param rhs UVec3 | integer
----@return UVec3
-function UVec3.sub(_self,rhs) end
-
----@return UVec3
-function UVec3.unit_x() end
-
----@param _self UVec3
----@return integer
-function UVec3.length_squared(_self) end
-
----@return UVec3
-function UVec3.unit_z() end
-
----@param _self UVec3
----@param rhs UVec3 | integer
----@return UVec3
-function UVec3.div(_self,rhs) end
-
----@param _self UVec3
----@return integer
-function UVec3.min_element(_self) end
-
----@param _self UVec3
----@return integer[]
-function UVec3.to_array(_self) end
-
----@param _self UVec3
----@param other UVec3
----@return boolean
-function UVec3.__eq(_self,other) end
-
----@param _self UVec3
----@param other UVec3
----@return boolean
-function UVec3.eq(_self,other) end
-
----@param _self UVec3
----@return Vec3
-function UVec3.as_vec3(_self) end
-
----@param _self UVec3
----@param rhs UVec3 | integer
----@return UVec3
-function UVec3.mul(_self,rhs) end
-
----@return UVec3
-function UVec3.unit_y() end
-
----@param _self UVec3
----@param other UVec3
----@return UVec3
-function UVec3.min(_self,other) end
-
----@param _self UVec3
----@param rhs UVec3 | integer
----@return UVec3
-function UVec3.add(_self,rhs) end
-
----@param _self UVec3
----@param min UVec3
----@param max UVec3
----@return UVec3
-function UVec3.clamp(_self,min,max) end
-
----@param _self UVec3
----@param other UVec3
----@return UVec3
-function UVec3.max(_self,other) end
-
----@return UVec3
-function UVec3.zero() end
-
-
-
----@class Vec2 : ReflectReference
----@field  x? number
----@field  y? number
----@operator div(Vec2 | number): Vec2
----@operator unm: Vec2
----@operator sub(Vec2 | number): Vec2
----@operator mul(Vec2 | number): Vec2
----@operator add(Vec2 | number): Vec2
----@operator mod(Vec2 | number): Vec2
-local Vec2 = {}
-
----@param v number
----@return Vec2
-function Vec2.splat(v) end
-
----@param x number
----@param y number
----@return Vec2
-function Vec2.new(x,y) end
-
----@param _self Vec2
----@return Vec2
-function Vec2.perp(_self) end
-
----@param _self Vec2
----@param z number
----@return Vec3
-function Vec2.extend(_self,z) end
-
----@return Vec2
-function Vec2.one() end
-
----@param _self Vec2
----@param other Vec2
----@return Vec2
-function Vec2.rotate(_self,other) end
-
----@param _self Vec2
----@param rhs Vec2 | number
----@return Vec2
-function Vec2.div(_self,rhs) end
-
----@param _self Vec2
----@return Vec2
-function Vec2.neg(_self) end
-
----@param _self Vec2
----@return number
-function Vec2.length_squared(_self) end
-
----@param _self Vec2
----@param normal Vec2
----@return Vec2
-function Vec2.reflect(_self,normal) end
-
----@param _self Vec2
----@param rhs Vec2 | number
----@return Vec2
-function Vec2.sub(_self,rhs) end
-
----@param _self Vec2
----@param other Vec2
----@return Vec2
-function Vec2.max(_self,other) end
-
----@param angle number
----@return Vec2
-function Vec2.from_angle(angle) end
-
----@param _self Vec2
----@return Vec2
-function Vec2.abs(_self) end
-
----@param _self Vec2
----@param other Vec2
----@return number
-function Vec2.distance_squared(_self,other) end
-
----@param _self Vec2
----@param min Vec2
----@param max Vec2
----@return Vec2
-function Vec2.clamp(_self,min,max) end
-
----@param _self Vec2
----@return Vec2
-function Vec2.round(_self) end
-
----@param _self Vec2
----@param min number
----@param max number
----@return Vec2
-function Vec2.clamp_length(_self,min,max) end
-
----@param _self Vec2
----@param target Vec2
----@param max_distance number
----@return Vec2
-function Vec2.move_towards(_self,target,max_distance) end
-
----@param _self Vec2
----@return number
-function Vec2.length(_self) end
-
----@param _self Vec2
----@return number
-function Vec2.min_element(_self) end
-
----@param _self Vec2
----@param rhs Vec2 | number
----@return Vec2
-function Vec2.mul(_self,rhs) end
-
----@param _self Vec2
----@param rhs Vec2 | number
----@return Vec2
-function Vec2.add(_self,rhs) end
-
----@param _self Vec2
----@return Vec2
-function Vec2.normalize(_self) end
-
----@param _self Vec2
----@return UVec2
-function Vec2.as_uvec2(_self) end
-
----@param _self Vec2
----@return IVec2
-function Vec2.as_ivec2(_self) end
-
----@param _self Vec2
----@param other Vec2
----@return number
-function Vec2.distance(_self,other) end
-
----@return Vec2
-function Vec2.unit_y() end
-
----@param _self Vec2
----@param lhs number
----@return Vec2
-function Vec2.rsub(_self,lhs) end
-
----@param _self Vec2
----@param other Vec2
----@return number
-function Vec2.angle_to(_self,other) end
-
----@param _self Vec2
----@return Vec2
-function Vec2.normalize_or_zero(_self) end
-
----@param _self Vec2
----@param lhs number
----@return Vec2
-function Vec2.rdiv(_self,lhs) end
-
----@param _self Vec2
----@param other Vec2
----@return Vec2
-function Vec2.reject_from(_self,other) end
-
----@param _self Vec2
----@return number
-function Vec2.to_angle(_self) end
-
----@param _self Vec2
----@param other Vec2
----@return Vec2
-function Vec2.project_onto(_self,other) end
-
----@param _self Vec2
----@param other Vec2
----@param t number
----@return Vec2
-function Vec2.lerp(_self,other,t) end
-
----@param _self Vec2
----@return Vec2
-function Vec2.ceil(_self) end
-
----@param _self Vec2
----@param other Vec2
----@return Vec2
-function Vec2.min(_self,other) end
-
----@param _self Vec2
----@param other Vec2
----@return number
-function Vec2.dot(_self,other) end
-
----@param _self Vec2
----@param max number
----@return Vec2
-function Vec2.clamp_length_max(_self,max) end
-
----@param _self Vec2
----@return DVec2
-function Vec2.as_dvec2(_self) end
-
----@param _self Vec2
----@return Vec2
-function Vec2.floor(_self) end
-
----@param _self Vec2
----@return Vec2 | nil
-function Vec2.try_normalize(_self) end
-
----@param _self Vec2
----@param other Vec2
----@return boolean
-function Vec2.__eq(_self,other) end
-
----@param _self Vec2
----@param other Vec2
----@return boolean
-function Vec2.eq(_self,other) end
-
----@param _self Vec2
----@return number[]
-function Vec2.to_array(_self) end
-
----@param _self Vec2
----@return Vec2
-function Vec2.fract(_self) end
-
----@param _self Vec2
----@param other Vec2
----@return number
-function Vec2.perp_dot(_self,other) end
-
----@param _self Vec2
----@return number
-function Vec2.max_element(_self) end
-
----@param _self Vec2
----@param rhs Vec2 | number
----@return Vec2
-function Vec2.rem(_self,rhs) end
-
----@return Vec2
-function Vec2.zero() end
-
----@return Vec2
-function Vec2.unit_x() end
-
----@param _self Vec2
----@return Vec2
-function Vec2.signum(_self) end
-
-
-
----@class Vec3 : ReflectReference
----@field  x? number
----@field  y? number
----@field  z? number
----@operator div(Vec3 | number): Vec3
----@operator mod(Vec3 | number): Vec3
----@operator unm: Vec3
----@operator sub(Vec3 | number): Vec3
----@operator mul(Vec3 | number): Vec3
----@operator add(Vec3 | number): Vec3
-local Vec3 = {}
-
----@param _self Vec3
----@return number
-function Vec3.length_squared(_self) end
-
----@param _self Vec3
----@return UVec3
-function Vec3.as_uvec3(_self) end
-
----@param _self Vec3
----@param other Vec3
----@return number
-function Vec3.angle_between(_self,other) end
-
----@param _self Vec3
----@return Vec2
-function Vec3.truncate(_self) end
-
----@param _self Vec3
----@return Vec3
-function Vec3.ceil(_self) end
-
----@param _self Vec3
----@return Vec3 | nil
-function Vec3.try_normalize(_self) end
-
----@param _self Vec3
----@return Vec3
-function Vec3.fract(_self) end
-
----@param _self Vec3
----@param other Vec3
----@return Vec3
-function Vec3.max(_self,other) end
-
----@param _self Vec3
----@param max number
----@return Vec3
-function Vec3.clamp_length_max(_self,max) end
-
----@param _self Vec3
----@param lhs number
----@return Vec3
-function Vec3.rsub(_self,lhs) end
-
----@param _self Vec3
----@param other Vec3
----@return Vec3
-function Vec3.min(_self,other) end
-
----@param _self Vec3
----@param min number
----@param max number
----@return Vec3
-function Vec3.clamp_length(_self,min,max) end
-
----@param _self Vec3
----@return IVec3
-function Vec3.as_ivec3(_self) end
-
----@param _self Vec3
----@param w number
----@return Vec4
-function Vec3.extend(_self,w) end
-
----@param _self Vec3
----@param target Vec3
----@param max_distance number
----@return Vec3
-function Vec3.move_towards(_self,target,max_distance) end
-
----@param _self Vec3
----@param rhs Vec3 | number
----@return Vec3
-function Vec3.div(_self,rhs) end
-
----@param _self Vec3
----@param other Vec3
----@return Vec3
-function Vec3.project_onto(_self,other) end
-
----@param _self Vec3
----@return Vec3
-function Vec3.round(_self) end
-
----@param _self Vec3
----@param other Vec3
----@return number
-function Vec3.distance(_self,other) end
-
----@param _self Vec3
----@return Vec3A
-function Vec3.to_vec3a(_self) end
-
----@return Vec3
-function Vec3.one() end
-
----@param _self Vec3
----@param other Vec3
----@return number
-function Vec3.distance_squared(_self,other) end
-
----@param _self Vec3
----@return Vec3
-function Vec3.normalize_or_zero(_self) end
-
----@param v number
----@return Vec3
-function Vec3.splat(v) end
-
----@param _self Vec3
----@param normal Vec3
----@return Vec3
-function Vec3.reflect(_self,normal) end
-
----@param _self Vec3
----@return number[]
-function Vec3.to_array(_self) end
-
----@param _self Vec3
----@param other Vec3
----@return number
-function Vec3.dot(_self,other) end
-
----@param _self Vec3
----@return Vec3
-function Vec3.normalize(_self) end
-
----@param _self Vec3
----@return number
-function Vec3.max_element(_self) end
-
----@param _self Vec3
----@return Vec3
-function Vec3.signum(_self) end
-
----@param _self Vec3
----@param other Vec3
----@return boolean
-function Vec3.__eq(_self,other) end
-
----@param _self Vec3
----@param other Vec3
----@return boolean
-function Vec3.eq(_self,other) end
-
----@param _self Vec3
----@param min Vec3
----@param max Vec3
----@return Vec3
-function Vec3.clamp(_self,min,max) end
-
----@param _self Vec3
----@param rhs Vec3 | number
----@return Vec3
-function Vec3.rem(_self,rhs) end
-
----@param _self Vec3
----@return DVec3
-function Vec3.as_dvec3(_self) end
-
----@param _self Vec3
----@return Vec3
-function Vec3.neg(_self) end
-
----@return Vec3
-function Vec3.zero() end
-
----@return Vec3
-function Vec3.unit_z() end
-
----@param _self Vec3
----@param lhs number
----@return Vec3
-function Vec3.rdiv(_self,lhs) end
-
----@param _self Vec3
----@return Vec3
-function Vec3.floor(_self) end
-
----@param _self Vec3
----@param other Vec3
----@return Vec3
-function Vec3.cross(_self,other) end
-
----@param _self Vec3
----@param rhs Vec3 | number
----@return Vec3
-function Vec3.sub(_self,rhs) end
-
----@param _self Vec3
----@return Vec3
-function Vec3.any_orthogonal_vector(_self) end
-
----@param x number
----@param y number
----@param z number
----@return Vec3
-function Vec3.new(x,y,z) end
-
----@param _self Vec3
----@param other Vec3
----@return Vec3
-function Vec3.reject_from(_self,other) end
-
----@param _self Vec3
----@param rhs Vec3 | number
----@return Vec3
-function Vec3.mul(_self,rhs) end
-
----@param _self Vec3
----@return number
-function Vec3.min_element(_self) end
-
----@return Vec3
-function Vec3.unit_y() end
-
----@param _self Vec3
----@param other Vec3
----@param t number
----@return Vec3
-function Vec3.lerp(_self,other,t) end
-
----@param _self Vec3
----@return Vec3
-function Vec3.abs(_self) end
-
----@param _self Vec3
----@return number
-function Vec3.length(_self) end
-
----@param _self Vec3
----@param rhs Vec3 | number
----@return Vec3
-function Vec3.add(_self,rhs) end
-
----@return Vec3
-function Vec3.unit_x() end
-
-
-
----@class Vec3A : ReflectReference
----@field  x? number
----@field  y? number
----@field  z? number
-local Vec3A = {}
-
----@param x number
----@param y number
----@param z number
----@return Vec3A
-function Vec3A.new(x,y,z) end
-
----@param _self Vec3A
----@return Vec3
-function Vec3A.to_vec3(_self) end
-
-
-
----@class Vec4 : ReflectReference
----@field  x? number
----@field  y? number
----@field  z? number
----@field  w? number
----@operator div(Vec4 | number): Vec4
----@operator unm: Vec4
----@operator mod(Vec4 | number): Vec4
----@operator add(Vec4 | number): Vec4
----@operator mul(Vec4 | number): Vec4
----@operator sub(Vec4 | number): Vec4
-local Vec4 = {}
-
----@param _self Vec4
----@param other Vec4
----@return Vec4
-function Vec4.min(_self,other) end
-
----@param _self Vec4
----@param other Vec4
----@param t number
----@return Vec4
-function Vec4.lerp(_self,other,t) end
-
----@param _self Vec4
----@param min number
----@param max number
----@return Vec4
-function Vec4.clamp_length(_self,min,max) end
-
----@param x number
----@param y number
----@param z number
----@param w number
----@return Vec4
-function Vec4.new(x,y,z,w) end
-
----@param _self Vec4
----@param other Vec4
----@return Vec4
-function Vec4.reject_from(_self,other) end
-
----@return Vec4
-function Vec4.one() end
-
----@param _self Vec4
----@return number
-function Vec4.max_element(_self) end
-
----@param _self Vec4
----@return Vec4 | nil
-function Vec4.try_normalize(_self) end
-
----@param _self Vec4
----@param other Vec4
----@return boolean
-function Vec4.__eq(_self,other) end
-
----@param _self Vec4
----@param other Vec4
----@return boolean
-function Vec4.eq(_self,other) end
-
----@param _self Vec4
----@param lhs number
----@return Vec4
-function Vec4.rdiv(_self,lhs) end
-
----@param _self Vec4
----@return Vec4
-function Vec4.signum(_self) end
-
----@param _self Vec4
----@return Vec4
-function Vec4.normalize_or_zero(_self) end
-
----@param _self Vec4
----@param other Vec4
----@return number
-function Vec4.distance(_self,other) end
-
----@param _self Vec4
----@param other Vec4
----@return number
-function Vec4.dot(_self,other) end
-
----@param _self Vec4
----@return Vec3
-function Vec4.truncate(_self) end
-
----@param _self Vec4
----@param rhs Vec4 | number
----@return Vec4
-function Vec4.div(_self,rhs) end
-
----@param _self Vec4
----@return Vec4
-function Vec4.neg(_self) end
-
----@return Vec4
-function Vec4.zero() end
-
----@param _self Vec4
----@return number
-function Vec4.length_squared(_self) end
-
----@param _self Vec4
----@return number
-function Vec4.length(_self) end
-
----@param _self Vec4
----@return Vec4
-function Vec4.abs(_self) end
-
----@param _self Vec4
----@param min Vec4
----@param max Vec4
----@return Vec4
-function Vec4.clamp(_self,min,max) end
-
----@param _self Vec4
----@return number
-function Vec4.min_element(_self) end
-
----@param _self Vec4
----@return Vec4
-function Vec4.round(_self) end
-
----@param _self Vec4
----@param rhs Vec4 | number
----@return Vec4
-function Vec4.rem(_self,rhs) end
-
----@param _self Vec4
----@return Vec4
-function Vec4.normalize(_self) end
-
----@param _self Vec4
----@param lhs number
----@return Vec4
-function Vec4.rsub(_self,lhs) end
-
----@param _self Vec4
----@param max number
----@return Vec4
-function Vec4.clamp_length_max(_self,max) end
-
----@param _self Vec4
----@return Vec4
-function Vec4.fract(_self) end
-
----@param _self Vec4
----@param target Vec4
----@param max_distance number
----@return Vec4
-function Vec4.move_towards(_self,target,max_distance) end
-
----@param _self Vec4
----@param other Vec4
----@return Vec4
-function Vec4.max(_self,other) end
-
----@param _self Vec4
----@param rhs Vec4 | number
----@return Vec4
-function Vec4.add(_self,rhs) end
-
----@param _self Vec4
----@param other Vec4
----@return Vec4
-function Vec4.project_onto(_self,other) end
-
----@param v number
----@return Vec4
-function Vec4.splat(v) end
-
----@param _self Vec4
----@return Vec4
-function Vec4.ceil(_self) end
-
----@param _self Vec4
----@param rhs Vec4 | number
----@return Vec4
-function Vec4.mul(_self,rhs) end
-
----@param _self Vec4
----@param other Vec4
----@return number
-function Vec4.distance_squared(_self,other) end
-
----@param _self Vec4
----@return number[]
-function Vec4.to_array(_self) end
-
----@param _self Vec4
----@return Vec4
-function Vec4.floor(_self) end
-
----@param _self Vec4
----@param normal Vec4
----@return Vec4
-function Vec4.reflect(_self,normal) end
-
----@param _self Vec4
----@param rhs Vec4 | number
----@return Vec4
-function Vec4.sub(_self,rhs) end
-
-
-
----@class NodeIndex : ReflectReference
-local NodeIndex = {}
-
----@param index integer
----@return NodeIndex
-function NodeIndex.new(index) end
-
----@param _self NodeIndex
----@return integer
-function NodeIndex.index(_self) end
-
-
-
----@class Bool
---- A boolean value
-local Bool = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Bool
-function Bool.new(payload) end
-
-
-
----@class Char
---- An 8-bit character
-local Char = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Char
-function Char.new(payload) end
-
-
-
----@class DynamicFunction
---- A callable dynamic function
-local DynamicFunction = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return DynamicFunction
-function DynamicFunction.new(payload) end
-
-
-
----@class DynamicFunctionMut
---- A stateful and callable dynamic function
-local DynamicFunctionMut = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return DynamicFunctionMut
-function DynamicFunctionMut.new(payload) end
-
-
-
----@class F32
---- A 32-bit floating point number
-local F32 = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return F32
-function F32.new(payload) end
-
-
-
----@class F64
---- A 64-bit floating point number
-local F64 = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return F64
-function F64.new(payload) end
-
-
-
----@class FunctionCallContext
---- Function call context, if accepted by a function, means the function can access the world in arbitrary ways.
-local FunctionCallContext = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return FunctionCallContext
-function FunctionCallContext.new(payload) end
-
-
-
----@class I128
---- A signed 128-bit integer
-local I128 = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return I128
-function I128.new(payload) end
-
-
-
----@class I16
---- A signed 16-bit integer
-local I16 = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return I16
-function I16.new(payload) end
-
-
-
----@class I32
---- A signed 32-bit integer
-local I32 = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return I32
-function I32.new(payload) end
-
-
-
----@class I64
---- A signed 64-bit integer
-local I64 = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return I64
-function I64.new(payload) end
-
-
-
----@class I8
---- A signed 8-bit integer
-local I8 = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return I8
-function I8.new(payload) end
-
-
-
----@class Isize
---- A signed pointer-sized integer
-local Isize = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Isize
-function Isize.new(payload) end
-
-
-
----@class ReflectReference
---- A reference to a reflectable type
----@operator len: integer | nil
-local ReflectReference = {}
-
----@param reference ReflectReference
---- The reference to insert the value into.
----@param key any
---- The index to insert the value at.
----@param value any
---- The value to insert.
----@return nil
-function ReflectReference.insert(reference,key,value) end
-
----@param reference ReflectReference
---- The value to copy.
----@return any
-function ReflectReference.clone(reference) end
-
----@param reference ReflectReference
---- The value to compare.
----@param other any
---- The value to compare with.
----@return boolean
-function ReflectReference.__eq(reference,other) end
-
----@param reference ReflectReference
---- The value to compare.
----@param other any
---- The value to compare with.
----@return boolean
-function ReflectReference.eq(reference,other) end
-
----@param reference ReflectReference
---- The reference to iterate over.
----@return function
-function ReflectReference.__pairs(reference) end
-
----@param reference ReflectReference
---- The reference to iterate over.
----@return function
-function ReflectReference.iter(reference) end
-
----@param reference ReflectReference
---- The reference to get the length of.
----@return integer | nil
-function ReflectReference.len(reference) end
-
----@param reference ReflectReference
---- The reference to get the variant of.
----@return EnumVariantRef | nil
-function ReflectReference.variant(reference) end
-
----@param reference ReflectReference
---- The reference to index into.
----@param key any
---- The key to index with.
----@return any | nil
-function ReflectReference.map_get(reference,key) end
-
----@param reference ReflectReference
---- The reference to push the value into.
----@param value any
---- The value to push.
----@return nil
-function ReflectReference.push(reference,value) end
-
----@param reference ReflectReference
---- The reference to remove the value from.
----@param key any
---- The key to remove the value at.
----@return any
-function ReflectReference.remove(reference,key) end
-
----@param reference ReflectReference
---- The reference to get the variant name of.
----@return string | nil
-function ReflectReference.variant_name(reference) end
-
----@param reference ReflectReference
---- The reference to display.
----@return string
-function ReflectReference.__tostring(reference) end
-
----@param reference ReflectReference
---- The reference to display.
----@return string
-function ReflectReference.debug(reference) end
-
----@param reference ReflectReference
---- The reference to pop the value from.
----@return any
-function ReflectReference.pop(reference) end
-
----@param reference ReflectReference
---- The reference to clear.
----@return nil
-function ReflectReference.clear(reference) end
-
----@param reference ReflectReference
---- The reference to list the functions of.
----@return FunctionInfo[]
-function ReflectReference.functions(reference) end
-
----@param reference ReflectReference
---- The reference to display.
----@return string
-function ReflectReference.__tostring(reference) end
-
----@param reference ReflectReference
---- The reference to display.
----@return string
-function ReflectReference.display(reference) end
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ReflectReference
-function ReflectReference.new(payload) end
-
-
-
----@class ScriptValue : ReflectReference
----  An abstraction of values that can be passed to and from scripts.
----  This allows us to re-use logic between scripting languages.
-local ScriptValue = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ScriptValue
-function ScriptValue.new(payload) end
-
-
-
----@class String
---- A heap allocated string
-local String = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return String
-function String.new(payload) end
-
-
-
----@class U128
---- An unsigned 128-bit integer
-local U128 = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return U128
-function U128.new(payload) end
-
-
-
----@class U16
---- An unsigned 16-bit integer
-local U16 = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return U16
-function U16.new(payload) end
-
-
-
----@class U32
---- An unsigned 32-bit integer
-local U32 = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return U32
-function U32.new(payload) end
-
-
-
----@class U64
---- An unsigned 64-bit integer
-local U64 = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return U64
-function U64.new(payload) end
-
-
-
----@class U8
---- An unsigned 8-bit integer
-local U8 = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return U8
-function U8.new(payload) end
-
-
-
----@class Usize
---- An unsigned pointer-sized integer
-local Usize = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Usize
-function Usize.new(payload) end
-
-
-
----@class ActiveAnimation : ReflectReference
----  An animation that an [`AnimationPlayer`] is currently either playing or was
----  playing, but is presently paused.
---- 
----  A stopped animation is considered no longer active.
----@field  weight? number
----@field  repeat? RepeatAnimation
----@field  speed? number
----@field  elapsed? number
----@field  seek_time? number
----@field  last_seek_time? number | nil
----@field  completions? integer
----@field  just_completed? boolean
----@field  paused? boolean
-local ActiveAnimation = {}
-
----@param payload ActiveAnimation.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ActiveAnimation
-function ActiveAnimation.new(payload) end
-
-
-
----@class AnimationTargetId : ReflectReference
----  A component that identifies which parts of an [`AnimationClip`] asset can
----  be applied to an entity. Typically used alongside the
----  [`AnimatedBy`] component.
---- 
----  `AnimationTargetId` is implemented as a [UUID]. When importing an armature
----  or an animation clip, asset loaders typically use the full path name from
----  the armature to the bone to generate these UUIDs. The ID is unique to the
----  full path name and based only on the names. So, for example, any imported
----  armature with a bone at the root named `Hips` will assign the same
----  [`AnimationTargetId`] to its root bone. Likewise, any imported animation
----  clip that animates a root bone named `Hips` will reference the same
----  [`AnimationTargetId`]. Any animation is playable on any armature as long as
----  the bone names match, which allows for easy animation retargeting.
---- 
----  Note that asset loaders generally use the *full* path name to generate the
----  [`AnimationTargetId`]. Thus a bone named `Chest` directly connected to a
----  bone named `Hips` will have a different ID from a bone named `Chest` that's
----  connected to a bone named `Stomach`.
---- 
----  [UUID]: https://en.wikipedia.org/wiki/Universally_unique_identifier
----@field  [1] Uuid
-local AnimationTargetId = {}
-
----@param payload AnimationTargetId.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return AnimationTargetId
-function AnimationTargetId.new(payload) end
-
-
-
----@class RepeatAnimation : ReflectReference
----  Repetition behavior of an animation.
----@field  Never RepeatAnimation.Never
----@field  Count RepeatAnimation.Count
----@field  Forever RepeatAnimation.Forever
-local RepeatAnimation = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return RepeatAnimation
-function RepeatAnimation.new(payload) end
-
-
-
----@class RepeatAnimation.Never : EnumVariantRef
---- The `Never` variant of `RepeatAnimation`.
-RepeatAnimation.Never = {}
-
----@param variant RepeatAnimation.Never
----@param payload NoFields
----@return RepeatAnimation
-function RepeatAnimation.Never.new(variant,payload) end
-
-
-
----@class RepeatAnimation.Count : EnumVariantRef
---- The `Count` variant of `RepeatAnimation`.
-RepeatAnimation.Count = {}
-
----@param variant RepeatAnimation.Count
----@param payload RepeatAnimation.Count.Fields
----@return RepeatAnimation
-function RepeatAnimation.Count.new(variant,payload) end
-
-
-
----@class RepeatAnimation.Forever : EnumVariantRef
---- The `Forever` variant of `RepeatAnimation`.
-RepeatAnimation.Forever = {}
-
----@param variant RepeatAnimation.Forever
----@param payload NoFields
----@return RepeatAnimation
-function RepeatAnimation.Forever.new(variant,payload) end
-
-
-
----@class AssetIndex : ReflectReference
----  A generational runtime-only identifier for a specific [`Asset`] stored in [`Assets`]. This is optimized for efficient runtime
----  usage and is not suitable for identifying assets across app runs.
----@field  generation? integer
----@field  index? integer
-local AssetIndex = {}
-
----@param payload AssetIndex.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return AssetIndex
-function AssetIndex.new(payload) end
-
-
-
----@class AssetPath : ReflectReference
----  Represents a path to an asset in a "virtual filesystem".
---- 
----  Asset paths consist of three main parts:
----  * [`AssetPath::source`]: The name of the [`AssetSource`](crate::io::AssetSource) to load the asset from.
----    This is optional. If one is not set the default source will be used (which is the `assets` folder by default).
----  * [`AssetPath::path`]: The "virtual filesystem path" pointing to an asset source file.
----  * [`AssetPath::label`]: An optional "named sub asset". When assets are loaded, they are
----    allowed to load "sub assets" of any type, which are identified by a named "label".
---- 
----  Asset paths are generally constructed (and visualized) as strings:
---- 
----  ```no_run
----  # use bevy_asset::{Asset, AssetServer, Handle};
----  # use bevy_reflect::TypePath;
----  #
----  # #[derive(Asset, TypePath, Default)]
----  # struct Mesh;
----  #
----  # #[derive(Asset, TypePath, Default)]
----  # struct Scene;
----  #
----  # let asset_server: AssetServer = panic!();
----  // This loads the `my_scene.scn` base asset from the default asset source.
----  let scene: Handle<Scene> = asset_server.load("my_scene.scn");
---- 
----  // This loads the `PlayerMesh` labeled asset from the `my_scene.scn` base asset in the default asset source.
----  let mesh: Handle<Mesh> = asset_server.load("my_scene.scn#PlayerMesh");
---- 
----  // This loads the `my_scene.scn` base asset from a custom 'remote' asset source.
----  let scene: Handle<Scene> = asset_server.load("remote://my_scene.scn");
----  ```
---- 
----  [`AssetPath`] implements [`From`] for `&'static str`, `&'static Path`, and `&'a String`,
----  which allows us to optimize the static cases.
----  This means that the common case of `asset_server.load("my_scene.scn")` when it creates and
----  clones internal owned [`AssetPaths`](AssetPath).
----  This also means that you should use [`AssetPath::parse`] in cases where `&str` is the explicit type.
-local AssetPath = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return AssetPath
-function AssetPath.new(payload) end
-
-
-
----@class RenderAssetUsages : ReflectReference
----  Defines where the asset will be used.
---- 
----  If an asset is set to the `RENDER_WORLD` but not the `MAIN_WORLD`, the asset data (pixel data,
----  mesh vertex data, etc) will be removed from the cpu-side asset once it's been extracted and prepared
----  in the render world. The asset will remain in the assets collection, but with only metadata.
---- 
----  Unloading the asset data saves on memory, as for most cases it is no longer necessary to keep
----  it in RAM once it's been uploaded to the GPU's VRAM. However, this means you cannot access the
----  asset data from the CPU (via the `Assets<T>` resource) once unloaded (without re-loading it).
---- 
----  If you never need access to the asset from the CPU past the first frame it's loaded on,
----  or only need very infrequent access, then set this to `RENDER_WORLD`. Otherwise, set this to
----  `RENDER_WORLD | MAIN_WORLD`.
---- 
----  If you have an asset that doesn't actually need to end up in the render world, like an Image
----  that will be decoded into another Image asset, use `MAIN_WORLD` only.
---- 
----  ## Platform-specific
---- 
----  On Wasm, it is not possible for now to free reserved memory. To control memory usage, load assets
----  in sequence and unload one before loading the next. See this
----  [discussion about memory management](https://github.com/WebAssembly/design/issues/1397) for more
----  details.
-local RenderAssetUsages = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return RenderAssetUsages
-function RenderAssetUsages.new(payload) end
-
-
-
----@class PlaybackMode : ReflectReference
----  The way Bevy manages the sound playback.
----@field  Once PlaybackMode.Once
----@field  Loop PlaybackMode.Loop
----@field  Despawn PlaybackMode.Despawn
----@field  Remove PlaybackMode.Remove
-local PlaybackMode = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return PlaybackMode
-function PlaybackMode.new(payload) end
-
-
-
----@class PlaybackMode.Once : EnumVariantRef
---- The `Once` variant of `PlaybackMode`.
-PlaybackMode.Once = {}
-
----@param variant PlaybackMode.Once
----@param payload NoFields
----@return PlaybackMode
-function PlaybackMode.Once.new(variant,payload) end
-
-
-
----@class PlaybackMode.Loop : EnumVariantRef
---- The `Loop` variant of `PlaybackMode`.
-PlaybackMode.Loop = {}
-
----@param variant PlaybackMode.Loop
----@param payload NoFields
----@return PlaybackMode
-function PlaybackMode.Loop.new(variant,payload) end
-
-
-
----@class PlaybackMode.Despawn : EnumVariantRef
---- The `Despawn` variant of `PlaybackMode`.
-PlaybackMode.Despawn = {}
-
----@param variant PlaybackMode.Despawn
----@param payload NoFields
----@return PlaybackMode
-function PlaybackMode.Despawn.new(variant,payload) end
-
-
-
----@class PlaybackMode.Remove : EnumVariantRef
---- The `Remove` variant of `PlaybackMode`.
-PlaybackMode.Remove = {}
-
----@param variant PlaybackMode.Remove
----@param payload NoFields
----@return PlaybackMode
-function PlaybackMode.Remove.new(variant,payload) end
-
-
-
----@class SpatialScale : ReflectReference
----  A scale factor applied to the positions of audio sources and listeners for
----  spatial audio.
---- 
----  Default is `Vec3::ONE`.
----@field  [1] Vec3
-local SpatialScale = {}
-
----@param payload SpatialScale.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return SpatialScale
-function SpatialScale.new(payload) end
-
-
-
----@class Volume : ReflectReference
----  A [`Volume`] represents an audio source's volume level.
---- 
----  To create a new [`Volume`] from a linear scale value, use
----  [`Volume::Linear`].
---- 
----  To create a new [`Volume`] from decibels, use [`Volume::Decibels`].
----@field  Linear Volume.Linear
----@field  Decibels Volume.Decibels
-local Volume = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Volume
-function Volume.new(payload) end
-
-
-
----@class Volume.Linear : EnumVariantRef
---- The `Linear` variant of `Volume`.
-Volume.Linear = {}
-
----@param variant Volume.Linear
----@param payload Volume.Linear.Fields
----@return Volume
-function Volume.Linear.new(variant,payload) end
-
-
-
----@class Volume.Decibels : EnumVariantRef
---- The `Decibels` variant of `Volume`.
-Volume.Decibels = {}
-
----@param variant Volume.Decibels
----@param payload Volume.Decibels.Fields
----@return Volume
-function Volume.Decibels.new(variant,payload) end
-
-
-
----@class CameraOutputMode : ReflectReference
----  Control how this [`Camera`] outputs once rendering is completed.
----@field  Write CameraOutputMode.Write
----@field  Skip CameraOutputMode.Skip
-local CameraOutputMode = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return CameraOutputMode
-function CameraOutputMode.new(payload) end
-
-
-
----@class CameraOutputMode.Write : EnumVariantRef
---- The `Write` variant of `CameraOutputMode`.
-CameraOutputMode.Write = {}
-
----@param variant CameraOutputMode.Write
----@param payload CameraOutputMode.Write.Fields
----@return CameraOutputMode
-function CameraOutputMode.Write.new(variant,payload) end
-
-
-
----@class CameraOutputMode.Skip : EnumVariantRef
---- The `Skip` variant of `CameraOutputMode`.
-CameraOutputMode.Skip = {}
-
----@param variant CameraOutputMode.Skip
----@param payload NoFields
----@return CameraOutputMode
-function CameraOutputMode.Skip.new(variant,payload) end
-
-
-
----@class ComputedCameraValues : ReflectReference
----  Holds internally computed [`Camera`] values.
----@field  clip_from_view? Mat4
----@field  target_info? RenderTargetInfo | nil
----@field  old_viewport_size? UVec2 | nil
----@field  old_sub_camera_view? SubCameraView | nil
-local ComputedCameraValues = {}
-
----@param payload ComputedCameraValues.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ComputedCameraValues
-function ComputedCameraValues.new(payload) end
-
-
-
----@class ImageRenderTarget : ReflectReference
----  A render target that renders to an [`Image`].
----@field  handle? Handle<Image>
----@field  scale_factor? number
-local ImageRenderTarget = {}
-
----@param payload ImageRenderTarget.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ImageRenderTarget
-function ImageRenderTarget.new(payload) end
-
-
-
----@class ManualTextureViewHandle : ReflectReference
----  A unique id that corresponds to a specific `ManualTextureView` in the `ManualTextureViews` collection.
---- 
----  See `ManualTextureViews` in `bevy_camera` for more details.
----@field  [1] integer
-local ManualTextureViewHandle = {}
-
----@param payload ManualTextureViewHandle.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ManualTextureViewHandle
-function ManualTextureViewHandle.new(payload) end
-
-
-
----@class RenderTarget : ReflectReference
----  The "target" that a [`Camera`] will render to. For example, this could be a `Window`
----  swapchain or an [`Image`].
----@field  Window RenderTarget.Window
----@field  Image RenderTarget.Image
----@field  TextureView RenderTarget.TextureView
----@field  None RenderTarget.None
-local RenderTarget = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return RenderTarget
-function RenderTarget.new(payload) end
-
-
-
----@class RenderTarget.Window : EnumVariantRef
---- The `Window` variant of `RenderTarget`.
-RenderTarget.Window = {}
-
----@param variant RenderTarget.Window
----@param payload RenderTarget.Window.Fields
----@return RenderTarget
-function RenderTarget.Window.new(variant,payload) end
-
-
-
----@class RenderTarget.Image : EnumVariantRef
---- The `Image` variant of `RenderTarget`.
-RenderTarget.Image = {}
-
----@param variant RenderTarget.Image
----@param payload RenderTarget.Image.Fields
----@return RenderTarget
-function RenderTarget.Image.new(variant,payload) end
-
-
-
----@class RenderTarget.TextureView : EnumVariantRef
---- The `TextureView` variant of `RenderTarget`.
-RenderTarget.TextureView = {}
-
----@param variant RenderTarget.TextureView
----@param payload RenderTarget.TextureView.Fields
----@return RenderTarget
-function RenderTarget.TextureView.new(variant,payload) end
-
-
-
----@class RenderTarget.None : EnumVariantRef
---- The `None` variant of `RenderTarget`.
-RenderTarget.None = {}
-
----@param variant RenderTarget.None
----@param payload RenderTarget.None.Fields
----@return RenderTarget
-function RenderTarget.None.new(variant,payload) end
-
-
-
----@class RenderTargetInfo : ReflectReference
----  Information about the current [`RenderTarget`].
----@field  physical_size? UVec2
----@field  scale_factor? number
-local RenderTargetInfo = {}
-
----@param payload RenderTargetInfo.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return RenderTargetInfo
-function RenderTargetInfo.new(payload) end
-
-
-
----@class SubCameraView : ReflectReference
----  Settings to define a camera sub view.
---- 
----  When [`Camera::sub_camera_view`] is `Some`, only the sub-section of the
----  image defined by `size` and `offset` (relative to the `full_size` of the
----  whole image) is projected to the cameras viewport.
---- 
----  Take the example of the following multi-monitor setup:
----  ```css
----  ┌───┬───┐
----  │ A │ B │
----  ├───┼───┤
----  │ C │ D │
----  └───┴───┘
----  ```
----  If each monitor is 1920x1080, the whole image will have a resolution of
----  3840x2160. For each monitor we can use a single camera with a viewport of
----  the same size as the monitor it corresponds to. To ensure that the image is
----  cohesive, we can use a different sub view on each camera:
----  - Camera A: `full_size` = 3840x2160, `size` = 1920x1080, `offset` = 0,0
----  - Camera B: `full_size` = 3840x2160, `size` = 1920x1080, `offset` = 1920,0
----  - Camera C: `full_size` = 3840x2160, `size` = 1920x1080, `offset` = 0,1080
----  - Camera D: `full_size` = 3840x2160, `size` = 1920x1080, `offset` =
----    1920,1080
---- 
----  However since only the ratio between the values is important, they could all
----  be divided by 120 and still produce the same image. Camera D would for
----  example have the following values:
----  `full_size` = 32x18, `size` = 16x9, `offset` = 16,9
----@field  full_size? UVec2
----@field  offset? Vec2
----@field  size? UVec2
-local SubCameraView = {}
-
----@param payload SubCameraView.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return SubCameraView
-function SubCameraView.new(payload) end
-
-
-
----@class Viewport : ReflectReference
----  Render viewport configuration for the [`Camera`] component.
---- 
----  The viewport defines the area on the render target to which the camera renders its image.
----  You can overlay multiple cameras in a single window using viewports to create effects like
----  split screen, minimaps, and character viewers.
---- 
----  <div class="warning">
---- 
----  Note that the physical position is in actual screen coordinates and not virtual pixels for window targets.  
----  You should use the scaling factor reported by the window, which on some OS's defaults to a value other than 1.
----  Please see the example code (which assumes a single camera and window)
---- 
----  ```no_run
----  # use bevy_camera::{Camera, Projection, Viewport};
----  # use bevy_transform::prelude::Transform;
----  # use bevy_ecs::prelude::*;
----  # use bevy_math::UVec2;
----  # use bevy_window::Window;
----  # use bevy_utils::default;
---- 
----  fn update_viewport(
----     mut camera_query: Query<(&mut Camera, &mut Transform, &mut Projection)>,
----     windows: Query<&Window>
----  ) {
----      let Ok((mut camera, _, _)) = camera_query.single_mut() else { return; };
---- 
----      let window = windows.single().expect("Window not found");
----      let scale = window.resolution.scale_factor();
---- 
----      camera.viewport = Some(Viewport {
----          physical_position: (UVec2::new(10, 10).as_vec2() * scale).as_uvec2(),
----          physical_size: (UVec2::new(100, 100).as_vec2() * scale).as_uvec2(),
----          ..default()
----      });
----  }
----  ```
---- 
----  </div>
----@field  physical_position? UVec2
----@field  physical_size? UVec2
----@field  depth? any
-local Viewport = {}
-
----@param payload Viewport.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Viewport
-function Viewport.new(payload) end
-
-
-
----@class ClearColorConfig : ReflectReference
----  For a camera, specifies the color used to clear the viewport
----  [before rendering](crate::camera::Camera::clear_color)
----  or when [writing to the final render target texture](crate::camera::Camera::output_mode).
----@field  Default ClearColorConfig.Default
----@field  Custom ClearColorConfig.Custom
----@field  None ClearColorConfig.None
-local ClearColorConfig = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ClearColorConfig
-function ClearColorConfig.new(payload) end
-
-
-
----@class ClearColorConfig.Default : EnumVariantRef
---- The `Default` variant of `ClearColorConfig`.
-ClearColorConfig.Default = {}
-
----@param variant ClearColorConfig.Default
----@param payload NoFields
----@return ClearColorConfig
-function ClearColorConfig.Default.new(variant,payload) end
-
-
-
----@class ClearColorConfig.Custom : EnumVariantRef
---- The `Custom` variant of `ClearColorConfig`.
-ClearColorConfig.Custom = {}
-
----@param variant ClearColorConfig.Custom
----@param payload ClearColorConfig.Custom.Fields
----@return ClearColorConfig
-function ClearColorConfig.Custom.new(variant,payload) end
-
-
-
----@class ClearColorConfig.None : EnumVariantRef
---- The `None` variant of `ClearColorConfig`.
-ClearColorConfig.None = {}
-
----@param variant ClearColorConfig.None
----@param payload NoFields
----@return ClearColorConfig
-function ClearColorConfig.None.new(variant,payload) end
-
-
-
----@class MsaaWriteback : ReflectReference
----  Controls when MSAA writeback occurs for a camera.
---- 
----  MSAA writeback copies the previous camera's output into the MSAA sampled texture before
----  rendering, allowing multiple cameras to layer their results when MSAA is enabled.
----@field  Off MsaaWriteback.Off
----@field  Auto MsaaWriteback.Auto
----@field  Always MsaaWriteback.Always
-local MsaaWriteback = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return MsaaWriteback
-function MsaaWriteback.new(payload) end
-
-
-
----@class MsaaWriteback.Off : EnumVariantRef
---- The `Off` variant of `MsaaWriteback`.
-MsaaWriteback.Off = {}
-
----@param variant MsaaWriteback.Off
----@param payload NoFields
----@return MsaaWriteback
-function MsaaWriteback.Off.new(variant,payload) end
-
-
-
----@class MsaaWriteback.Auto : EnumVariantRef
---- The `Auto` variant of `MsaaWriteback`.
-MsaaWriteback.Auto = {}
-
----@param variant MsaaWriteback.Auto
----@param payload NoFields
----@return MsaaWriteback
-function MsaaWriteback.Auto.new(variant,payload) end
-
-
-
----@class MsaaWriteback.Always : EnumVariantRef
---- The `Always` variant of `MsaaWriteback`.
-MsaaWriteback.Always = {}
-
----@param variant MsaaWriteback.Always
----@param payload NoFields
----@return MsaaWriteback
-function MsaaWriteback.Always.new(variant,payload) end
-
-
-
----@class ScalingMode : ReflectReference
----  Scaling mode for [`OrthographicProjection`].
---- 
----  The effect of these scaling modes are combined with the [`OrthographicProjection::scale`] property.
---- 
----  For example, if the scaling mode is `ScalingMode::Fixed { width: 100.0, height: 300 }` and the scale is `2.0`,
----  the projection will be 200 world units wide and 600 world units tall.
---- 
----  # Examples
---- 
----  Configure the orthographic projection to two world units per window height:
---- 
----  ```
----  # use bevy_camera::{OrthographicProjection, Projection, ScalingMode};
----  let projection = Projection::Orthographic(OrthographicProjection {
----     scaling_mode: ScalingMode::FixedVertical { viewport_height: 2.0 },
----     ..OrthographicProjection::default_2d()
----  });
----  ```
----@field  WindowSize ScalingMode.WindowSize
----@field  Fixed ScalingMode.Fixed
----@field  AutoMin ScalingMode.AutoMin
----@field  AutoMax ScalingMode.AutoMax
----@field  FixedVertical ScalingMode.FixedVertical
----@field  FixedHorizontal ScalingMode.FixedHorizontal
-local ScalingMode = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ScalingMode
-function ScalingMode.new(payload) end
-
-
-
----@class ScalingMode.WindowSize : EnumVariantRef
---- The `WindowSize` variant of `ScalingMode`.
-ScalingMode.WindowSize = {}
-
----@param variant ScalingMode.WindowSize
----@param payload NoFields
----@return ScalingMode
-function ScalingMode.WindowSize.new(variant,payload) end
-
-
-
----@class ScalingMode.Fixed : EnumVariantRef
---- The `Fixed` variant of `ScalingMode`.
-ScalingMode.Fixed = {}
-
----@param variant ScalingMode.Fixed
----@param payload ScalingMode.Fixed.Fields
----@return ScalingMode
-function ScalingMode.Fixed.new(variant,payload) end
-
-
-
----@class ScalingMode.AutoMin : EnumVariantRef
---- The `AutoMin` variant of `ScalingMode`.
-ScalingMode.AutoMin = {}
-
----@param variant ScalingMode.AutoMin
----@param payload ScalingMode.AutoMin.Fields
----@return ScalingMode
-function ScalingMode.AutoMin.new(variant,payload) end
-
-
-
----@class ScalingMode.AutoMax : EnumVariantRef
---- The `AutoMax` variant of `ScalingMode`.
-ScalingMode.AutoMax = {}
-
----@param variant ScalingMode.AutoMax
----@param payload ScalingMode.AutoMax.Fields
----@return ScalingMode
-function ScalingMode.AutoMax.new(variant,payload) end
-
-
-
----@class ScalingMode.FixedVertical : EnumVariantRef
---- The `FixedVertical` variant of `ScalingMode`.
-ScalingMode.FixedVertical = {}
-
----@param variant ScalingMode.FixedVertical
----@param payload ScalingMode.FixedVertical.Fields
----@return ScalingMode
-function ScalingMode.FixedVertical.new(variant,payload) end
-
-
-
----@class ScalingMode.FixedHorizontal : EnumVariantRef
---- The `FixedHorizontal` variant of `ScalingMode`.
-ScalingMode.FixedHorizontal = {}
-
----@param variant ScalingMode.FixedHorizontal
----@param payload ScalingMode.FixedHorizontal.Fields
----@return ScalingMode
-function ScalingMode.FixedHorizontal.new(variant,payload) end
-
-
-
----@class Okhsla : ReflectReference
----  Color in Okhsl color space with alpha.
----  Further information on this color model can be found on <https://bottosson.github.io/posts/colorpicker>.
---- 
----  Okhsl is defined relative to the sRGB (Rec. 709) gamut. Converting a wide-gamut or
----  HDR color clamps the lightness to `1.0` but can push saturation outside `[0.0, 1.0]`.
----  <div>
----  </div>
----@field  hue? number
----@field  saturation? number
----@field  lightness? number
----@field  alpha? number
-local Okhsla = {}
-
----@param payload Okhsla.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Okhsla
-function Okhsla.new(payload) end
-
-
-
----@class Okhsva : ReflectReference
----  Color in Okhsv color space with alpha.
----  Further information on this color model can be found on <https://bottosson.github.io/posts/colorpicker>.
---- 
----  Okhsv is defined relative to the sRGB (Rec. 709) gamut. Converting a wide-gamut or
----  HDR color can push saturation and value outside `[0.0, 1.0]`.
----  <div>
----  </div>
----@field  hue? number
----@field  saturation? number
----@field  value? number
----@field  alpha? number
-local Okhsva = {}
-
----@param payload Okhsva.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Okhsva
-function Okhsva.new(payload) end
-
-
-
----@class Okhwba : ReflectReference
----  Color in Okhwb color space with alpha.
----  Further information on this color model can be found on <https://bottosson.github.io/posts/colorpicker>.
----  <div>
----  </div>
----@field  hue? number
----@field  whiteness? number
----@field  blackness? number
----@field  alpha? number
-local Okhwba = {}
-
----@param payload Okhwba.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Okhwba
-function Okhwba.new(payload) end
-
-
-
----@class NoBackgroundMotionVectors : ReflectReference
----  When added to a camera with [`MotionVectorPrepass`], disables the automatic background motion
----  vector prepass.
---- 
----  By default, any camera with [`MotionVectorPrepass`] will automatically write camera-rotation
----  motion vectors for background pixels (those with no geometry, i.e. depth == 0 in reversed-Z).
----  Add this component to opt out, for example if you are writing custom background motion vectors
----  for your own effect.
-local NoBackgroundMotionVectors = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return NoBackgroundMotionVectors
-function NoBackgroundMotionVectors.new(payload) end
-
-
-
----@class JumpAt : ReflectReference
----  Configuration options for the [`EaseFunction::Steps`] curves. This closely replicates the
----  [CSS step function specification].
---- 
----  [CSS step function specification]: https://developer.mozilla.org/en-US/docs/Web/CSS/easing-function/steps#description
----@field  Start JumpAt.Start
----@field  End JumpAt.End
----@field  None JumpAt.None
----@field  Both JumpAt.Both
-local JumpAt = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return JumpAt
-function JumpAt.new(payload) end
-
-
-
----@class JumpAt.Start : EnumVariantRef
---- The `Start` variant of `JumpAt`.
-JumpAt.Start = {}
-
----@param variant JumpAt.Start
----@param payload NoFields
----@return JumpAt
-function JumpAt.Start.new(variant,payload) end
-
-
-
----@class JumpAt.End : EnumVariantRef
---- The `End` variant of `JumpAt`.
-JumpAt.End = {}
-
----@param variant JumpAt.End
----@param payload NoFields
----@return JumpAt
-function JumpAt.End.new(variant,payload) end
-
-
-
----@class JumpAt.None : EnumVariantRef
---- The `None` variant of `JumpAt`.
-JumpAt.None = {}
-
----@param variant JumpAt.None
----@param payload NoFields
----@return JumpAt
-function JumpAt.None.new(variant,payload) end
-
-
-
----@class JumpAt.Both : EnumVariantRef
---- The `Both` variant of `JumpAt`.
-JumpAt.Both = {}
-
----@param variant JumpAt.Both
----@param payload NoFields
----@return JumpAt
-function JumpAt.Both.new(variant,payload) end
-
-
-
----@class ComponentId : ReflectReference
----  A value which uniquely identifies the type of a [`Component`] or [`Resource`](crate::resource::Resource) within a
----  [`World`](crate::world::World).
---- 
----  Each time a new `Component` type is registered within a `World` using
----  e.g. [`World::register_component`](crate::world::World::register_component) or
----  [`World::register_component_with_descriptor`](crate::world::World::register_component_with_descriptor)
----  or a Resource with e.g. [`World::init_resource`](crate::world::World::init_resource),
----  a corresponding `ComponentId` is created to track it.
---- 
----  While the distinction between `ComponentId` and [`TypeId`] may seem superficial, breaking them
----  into two separate but related concepts allows components to exist outside of Rust's type system.
----  Each Rust type registered as a `Component` will have a corresponding `ComponentId`, but additional
----  `ComponentId`s may exist in a `World` to track components which cannot be
----  represented as Rust types for scripting or other advanced use-cases.
---- 
----  A `ComponentId` is tightly coupled to its parent `World`. Attempting to use a `ComponentId` from
----  one `World` to access the metadata of a `Component` in a different `World` is undefined behavior
----  and must not be attempted.
---- 
----  Given a type `T` which implements [`Component`] (including [`Resource`](crate::resource::Resource)), the `ComponentId` for `T` can be retrieved
----  from a `World` using [`World::component_id()`](crate::world::World::component_id) or via [`Components::component_id()`].
----@field  [1] integer
-local ComponentId = {}
-
----@param payload ComponentId.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ComponentId
-function ComponentId.new(payload) end
-
-
-
----@class AddEvent : ReflectReference
----  Trigger emitted when a component is inserted onto an entity that does not already have that
----  component. Runs before `Insert`.
----  See [`ComponentHooks::on_add`](`crate::lifecycle::ComponentHooks::on_add`) for more information.
----@field  entity? Entity
-local AddEvent = {}
-
----@param payload AddEvent.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return AddEvent
-function AddEvent.new(payload) end
-
-
-
----@class DespawnEvent : ReflectReference
----  [`EntityEvent`] emitted for each component on an entity when it is despawned.
----  See [`ComponentHooks::on_despawn`](`crate::lifecycle::ComponentHooks::on_despawn`) for more information.
----@field  entity? Entity
-local DespawnEvent = {}
-
----@param payload DespawnEvent.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return DespawnEvent
-function DespawnEvent.new(payload) end
-
-
-
----@class DiscardEvent : ReflectReference
----  Trigger emitted when a component is removed from an entity, regardless
----  of whether or not it is later replaced.
---- 
----  Runs before the value is replaced, so you can still access the original component data.
----  See [`ComponentHooks::on_discard`](`crate::lifecycle::ComponentHooks::on_discard`) for more information.
----@field  entity? Entity
-local DiscardEvent = {}
-
----@param payload DiscardEvent.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return DiscardEvent
-function DiscardEvent.new(payload) end
-
-
-
----@class InsertEvent : ReflectReference
----  Trigger emitted when a component is inserted, regardless of whether or not the entity already
----  had that component. Runs after `Add`, if it ran.
----  See [`ComponentHooks::on_insert`](`crate::lifecycle::ComponentHooks::on_insert`) for more information.
----@field  entity? Entity
-local InsertEvent = {}
-
----@param payload InsertEvent.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return InsertEvent
-function InsertEvent.new(payload) end
-
-
-
----@class RemoveEvent : ReflectReference
----  Trigger emitted when a component is removed from an entity, and runs before the component is
----  removed, so you can still access the component data.
----  See [`ComponentHooks::on_remove`](`crate::lifecycle::ComponentHooks::on_remove`) for more information.
----@field  entity? Entity
-local RemoveEvent = {}
-
----@param payload RemoveEvent.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return RemoveEvent
-function RemoveEvent.new(payload) end
-
-
-
----@class HashedStr : ReflectReference
----  A wrapper over Hashed. This exists to make Name("value".into()) possible, which plays nicely with contexts like the `bsn!` macro.
----@field  [1] any
-local HashedStr = {}
-
----@param payload HashedStr.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return HashedStr
-function HashedStr.new(payload) end
-
-
-
----@class TextureAtlas : ReflectReference
----  An index into a [`TextureAtlasLayout`], which corresponds to a specific section of a texture.
---- 
----  It stores a handle to [`TextureAtlasLayout`] and the index of the current section of the atlas.
----  The texture atlas contains various *sections* of a given texture, allowing users to have a single
----  image file for either sprite animation or global mapping.
----  You can change the texture [`index`](Self::index) of the atlas to animate the sprite or display only a *section* of the texture
----  for efficient rendering of related game objects.
---- 
----  Check the following examples for usage:
----  - [`animated sprite sheet example`](https://github.com/bevyengine/bevy/blob/latest/examples/2d/sprite_sheet.rs)
----  - [`sprite animation event example`](https://github.com/bevyengine/bevy/blob/latest/examples/2d/sprite_animation.rs)
----  - [`texture atlas example`](https://github.com/bevyengine/bevy/blob/latest/examples/2d/texture_atlas.rs)
----@field  layout? Handle<TextureAtlasLayout>
----@field  index? integer
-local TextureAtlas = {}
-
----@param payload TextureAtlas.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return TextureAtlas
-function TextureAtlas.new(payload) end
-
-
-
----@class GamepadAxis : ReflectReference
----  Represents gamepad input types that are mapped in the range [-1.0, 1.0].
---- 
----  ## Usage
---- 
----  This is used to determine which axis has changed its value when receiving a
----  gamepad axis event. It is also used in the [`Gamepad`] component.
----@field  LeftStickX GamepadAxis.LeftStickX
----@field  LeftStickY GamepadAxis.LeftStickY
----@field  LeftZ GamepadAxis.LeftZ
----@field  RightStickX GamepadAxis.RightStickX
----@field  RightStickY GamepadAxis.RightStickY
----@field  RightZ GamepadAxis.RightZ
----@field  Other GamepadAxis.Other
-local GamepadAxis = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return GamepadAxis
-function GamepadAxis.new(payload) end
-
-
-
----@class GamepadAxis.LeftStickX : EnumVariantRef
---- The `LeftStickX` variant of `GamepadAxis`.
-GamepadAxis.LeftStickX = {}
-
----@param variant GamepadAxis.LeftStickX
----@param payload NoFields
----@return GamepadAxis
-function GamepadAxis.LeftStickX.new(variant,payload) end
-
-
-
----@class GamepadAxis.LeftStickY : EnumVariantRef
---- The `LeftStickY` variant of `GamepadAxis`.
-GamepadAxis.LeftStickY = {}
-
----@param variant GamepadAxis.LeftStickY
----@param payload NoFields
----@return GamepadAxis
-function GamepadAxis.LeftStickY.new(variant,payload) end
-
-
-
----@class GamepadAxis.LeftZ : EnumVariantRef
---- The `LeftZ` variant of `GamepadAxis`.
-GamepadAxis.LeftZ = {}
-
----@param variant GamepadAxis.LeftZ
----@param payload NoFields
----@return GamepadAxis
-function GamepadAxis.LeftZ.new(variant,payload) end
-
-
-
----@class GamepadAxis.RightStickX : EnumVariantRef
---- The `RightStickX` variant of `GamepadAxis`.
-GamepadAxis.RightStickX = {}
-
----@param variant GamepadAxis.RightStickX
----@param payload NoFields
----@return GamepadAxis
-function GamepadAxis.RightStickX.new(variant,payload) end
-
-
-
----@class GamepadAxis.RightStickY : EnumVariantRef
---- The `RightStickY` variant of `GamepadAxis`.
-GamepadAxis.RightStickY = {}
-
----@param variant GamepadAxis.RightStickY
----@param payload NoFields
----@return GamepadAxis
-function GamepadAxis.RightStickY.new(variant,payload) end
-
-
-
----@class GamepadAxis.RightZ : EnumVariantRef
---- The `RightZ` variant of `GamepadAxis`.
-GamepadAxis.RightZ = {}
-
----@param variant GamepadAxis.RightZ
----@param payload NoFields
----@return GamepadAxis
-function GamepadAxis.RightZ.new(variant,payload) end
-
-
-
----@class GamepadAxis.Other : EnumVariantRef
---- The `Other` variant of `GamepadAxis`.
-GamepadAxis.Other = {}
-
----@param variant GamepadAxis.Other
----@param payload GamepadAxis.Other.Fields
----@return GamepadAxis
-function GamepadAxis.Other.new(variant,payload) end
-
-
-
----@class GamepadButton : ReflectReference
----  Represents gamepad input types that are mapped in the range [0.0, 1.0].
---- 
----  ## Usage
---- 
----  This is used to determine which button has changed its value when receiving gamepad button events.
----  It is also used in the [`Gamepad`] component.
----@field  South GamepadButton.South
----@field  East GamepadButton.East
----@field  North GamepadButton.North
----@field  West GamepadButton.West
----@field  C GamepadButton.C
----@field  Z GamepadButton.Z
----@field  LeftTrigger GamepadButton.LeftTrigger
----@field  LeftTrigger2 GamepadButton.LeftTrigger2
----@field  RightTrigger GamepadButton.RightTrigger
----@field  RightTrigger2 GamepadButton.RightTrigger2
----@field  Select GamepadButton.Select
----@field  Start GamepadButton.Start
----@field  Mode GamepadButton.Mode
----@field  LeftThumb GamepadButton.LeftThumb
----@field  RightThumb GamepadButton.RightThumb
----@field  DPadUp GamepadButton.DPadUp
----@field  DPadDown GamepadButton.DPadDown
----@field  DPadLeft GamepadButton.DPadLeft
----@field  DPadRight GamepadButton.DPadRight
----@field  Other GamepadButton.Other
-local GamepadButton = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return GamepadButton
-function GamepadButton.new(payload) end
-
-
-
----@class GamepadButton.South : EnumVariantRef
---- The `South` variant of `GamepadButton`.
-GamepadButton.South = {}
-
----@param variant GamepadButton.South
----@param payload NoFields
----@return GamepadButton
-function GamepadButton.South.new(variant,payload) end
-
-
-
----@class GamepadButton.East : EnumVariantRef
---- The `East` variant of `GamepadButton`.
-GamepadButton.East = {}
-
----@param variant GamepadButton.East
----@param payload NoFields
----@return GamepadButton
-function GamepadButton.East.new(variant,payload) end
-
-
-
----@class GamepadButton.North : EnumVariantRef
---- The `North` variant of `GamepadButton`.
-GamepadButton.North = {}
-
----@param variant GamepadButton.North
----@param payload NoFields
----@return GamepadButton
-function GamepadButton.North.new(variant,payload) end
-
-
-
----@class GamepadButton.West : EnumVariantRef
---- The `West` variant of `GamepadButton`.
-GamepadButton.West = {}
-
----@param variant GamepadButton.West
----@param payload NoFields
----@return GamepadButton
-function GamepadButton.West.new(variant,payload) end
-
-
-
----@class GamepadButton.C : EnumVariantRef
---- The `C` variant of `GamepadButton`.
-GamepadButton.C = {}
-
----@param variant GamepadButton.C
----@param payload NoFields
----@return GamepadButton
-function GamepadButton.C.new(variant,payload) end
-
-
-
----@class GamepadButton.Z : EnumVariantRef
---- The `Z` variant of `GamepadButton`.
-GamepadButton.Z = {}
-
----@param variant GamepadButton.Z
----@param payload NoFields
----@return GamepadButton
-function GamepadButton.Z.new(variant,payload) end
-
-
-
----@class GamepadButton.LeftTrigger : EnumVariantRef
---- The `LeftTrigger` variant of `GamepadButton`.
-GamepadButton.LeftTrigger = {}
-
----@param variant GamepadButton.LeftTrigger
----@param payload NoFields
----@return GamepadButton
-function GamepadButton.LeftTrigger.new(variant,payload) end
-
-
-
----@class GamepadButton.LeftTrigger2 : EnumVariantRef
---- The `LeftTrigger2` variant of `GamepadButton`.
-GamepadButton.LeftTrigger2 = {}
-
----@param variant GamepadButton.LeftTrigger2
----@param payload NoFields
----@return GamepadButton
-function GamepadButton.LeftTrigger2.new(variant,payload) end
-
-
-
----@class GamepadButton.RightTrigger : EnumVariantRef
---- The `RightTrigger` variant of `GamepadButton`.
-GamepadButton.RightTrigger = {}
-
----@param variant GamepadButton.RightTrigger
----@param payload NoFields
----@return GamepadButton
-function GamepadButton.RightTrigger.new(variant,payload) end
-
-
-
----@class GamepadButton.RightTrigger2 : EnumVariantRef
---- The `RightTrigger2` variant of `GamepadButton`.
-GamepadButton.RightTrigger2 = {}
-
----@param variant GamepadButton.RightTrigger2
----@param payload NoFields
----@return GamepadButton
-function GamepadButton.RightTrigger2.new(variant,payload) end
-
-
-
----@class GamepadButton.Select : EnumVariantRef
---- The `Select` variant of `GamepadButton`.
-GamepadButton.Select = {}
-
----@param variant GamepadButton.Select
----@param payload NoFields
----@return GamepadButton
-function GamepadButton.Select.new(variant,payload) end
-
-
-
----@class GamepadButton.Start : EnumVariantRef
---- The `Start` variant of `GamepadButton`.
-GamepadButton.Start = {}
-
----@param variant GamepadButton.Start
----@param payload NoFields
----@return GamepadButton
-function GamepadButton.Start.new(variant,payload) end
-
-
-
----@class GamepadButton.Mode : EnumVariantRef
---- The `Mode` variant of `GamepadButton`.
-GamepadButton.Mode = {}
-
----@param variant GamepadButton.Mode
----@param payload NoFields
----@return GamepadButton
-function GamepadButton.Mode.new(variant,payload) end
-
-
-
----@class GamepadButton.LeftThumb : EnumVariantRef
---- The `LeftThumb` variant of `GamepadButton`.
-GamepadButton.LeftThumb = {}
-
----@param variant GamepadButton.LeftThumb
----@param payload NoFields
----@return GamepadButton
-function GamepadButton.LeftThumb.new(variant,payload) end
-
-
-
----@class GamepadButton.RightThumb : EnumVariantRef
---- The `RightThumb` variant of `GamepadButton`.
-GamepadButton.RightThumb = {}
-
----@param variant GamepadButton.RightThumb
----@param payload NoFields
----@return GamepadButton
-function GamepadButton.RightThumb.new(variant,payload) end
-
-
-
----@class GamepadButton.DPadUp : EnumVariantRef
---- The `DPadUp` variant of `GamepadButton`.
-GamepadButton.DPadUp = {}
-
----@param variant GamepadButton.DPadUp
----@param payload NoFields
----@return GamepadButton
-function GamepadButton.DPadUp.new(variant,payload) end
-
-
-
----@class GamepadButton.DPadDown : EnumVariantRef
---- The `DPadDown` variant of `GamepadButton`.
-GamepadButton.DPadDown = {}
-
----@param variant GamepadButton.DPadDown
----@param payload NoFields
----@return GamepadButton
-function GamepadButton.DPadDown.new(variant,payload) end
-
-
-
----@class GamepadButton.DPadLeft : EnumVariantRef
---- The `DPadLeft` variant of `GamepadButton`.
-GamepadButton.DPadLeft = {}
-
----@param variant GamepadButton.DPadLeft
----@param payload NoFields
----@return GamepadButton
-function GamepadButton.DPadLeft.new(variant,payload) end
-
-
-
----@class GamepadButton.DPadRight : EnumVariantRef
---- The `DPadRight` variant of `GamepadButton`.
-GamepadButton.DPadRight = {}
-
----@param variant GamepadButton.DPadRight
----@param payload NoFields
----@return GamepadButton
-function GamepadButton.DPadRight.new(variant,payload) end
-
-
-
----@class GamepadButton.Other : EnumVariantRef
---- The `Other` variant of `GamepadButton`.
-GamepadButton.Other = {}
-
----@param variant GamepadButton.Other
----@param payload GamepadButton.Other.Fields
----@return GamepadButton
-function GamepadButton.Other.new(variant,payload) end
-
-
-
----@class GamepadInput : ReflectReference
----  Encapsulation over [`GamepadAxis`] and [`GamepadButton`].
----@field  Axis GamepadInput.Axis
----@field  Button GamepadInput.Button
-local GamepadInput = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return GamepadInput
-function GamepadInput.new(payload) end
-
-
-
----@class GamepadInput.Axis : EnumVariantRef
---- The `Axis` variant of `GamepadInput`.
-GamepadInput.Axis = {}
-
----@param variant GamepadInput.Axis
----@param payload GamepadInput.Axis.Fields
----@return GamepadInput
-function GamepadInput.Axis.new(variant,payload) end
-
-
-
----@class GamepadInput.Button : EnumVariantRef
---- The `Button` variant of `GamepadInput`.
-GamepadInput.Button = {}
-
----@param variant GamepadInput.Button
----@param payload GamepadInput.Button.Fields
----@return GamepadInput
-function GamepadInput.Button.new(variant,payload) end
-
-
-
----@class NativeKeyCode : ReflectReference
----  Contains the platform-native physical key identifier
---- 
----  The exact values vary from platform to platform (which is part of why this is a per-platform
----  enum), but the values are primarily tied to the key's physical location on the keyboard.
---- 
----  This enum is primarily used to store raw keycodes when Winit doesn't map a given native
----  physical key identifier to a meaningful [`KeyCode`] variant. In the presence of identifiers we
----  haven't mapped for you yet, this lets you use [`KeyCode`] to:
---- 
----  - Correctly match key press and release events.
----  - On non-web platforms, support assigning keybinds to virtually any key through a UI.
----@field  Unidentified NativeKeyCode.Unidentified
----@field  Android NativeKeyCode.Android
----@field  MacOS NativeKeyCode.MacOS
----@field  Windows NativeKeyCode.Windows
----@field  Xkb NativeKeyCode.Xkb
-local NativeKeyCode = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return NativeKeyCode
-function NativeKeyCode.new(payload) end
-
-
-
----@class NativeKeyCode.Unidentified : EnumVariantRef
---- The `Unidentified` variant of `NativeKeyCode`.
-NativeKeyCode.Unidentified = {}
-
----@param variant NativeKeyCode.Unidentified
----@param payload NoFields
----@return NativeKeyCode
-function NativeKeyCode.Unidentified.new(variant,payload) end
-
-
-
----@class NativeKeyCode.Android : EnumVariantRef
---- The `Android` variant of `NativeKeyCode`.
-NativeKeyCode.Android = {}
-
----@param variant NativeKeyCode.Android
----@param payload NativeKeyCode.Android.Fields
----@return NativeKeyCode
-function NativeKeyCode.Android.new(variant,payload) end
-
-
-
----@class NativeKeyCode.MacOS : EnumVariantRef
---- The `MacOS` variant of `NativeKeyCode`.
-NativeKeyCode.MacOS = {}
-
----@param variant NativeKeyCode.MacOS
----@param payload NativeKeyCode.MacOS.Fields
----@return NativeKeyCode
-function NativeKeyCode.MacOS.new(variant,payload) end
-
-
-
----@class NativeKeyCode.Windows : EnumVariantRef
---- The `Windows` variant of `NativeKeyCode`.
-NativeKeyCode.Windows = {}
-
----@param variant NativeKeyCode.Windows
----@param payload NativeKeyCode.Windows.Fields
----@return NativeKeyCode
-function NativeKeyCode.Windows.new(variant,payload) end
-
-
-
----@class NativeKeyCode.Xkb : EnumVariantRef
---- The `Xkb` variant of `NativeKeyCode`.
-NativeKeyCode.Xkb = {}
-
----@param variant NativeKeyCode.Xkb
----@param payload NativeKeyCode.Xkb.Fields
----@return NativeKeyCode
-function NativeKeyCode.Xkb.new(variant,payload) end
-
-
-
----@class FocusCause : ReflectReference
----  The cause for a [`FocusGained`]
---- 
----  Sometimes widgets would like to know how their focus was gained so they can act accordingly.
---- 
----  For example, a text input may want to select all text when navigated into, but not when pressed.
----@field  Navigated FocusCause.Navigated
----@field  Pressed FocusCause.Pressed
----@field  Auto FocusCause.Auto
-local FocusCause = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return FocusCause
-function FocusCause.new(payload) end
-
-
-
----@class FocusCause.Navigated : EnumVariantRef
---- The `Navigated` variant of `FocusCause`.
-FocusCause.Navigated = {}
-
----@param variant FocusCause.Navigated
----@param payload NoFields
----@return FocusCause
-function FocusCause.Navigated.new(variant,payload) end
-
-
-
----@class FocusCause.Pressed : EnumVariantRef
---- The `Pressed` variant of `FocusCause`.
-FocusCause.Pressed = {}
-
----@param variant FocusCause.Pressed
----@param payload NoFields
----@return FocusCause
-function FocusCause.Pressed.new(variant,payload) end
-
-
-
----@class FocusCause.Auto : EnumVariantRef
---- The `Auto` variant of `FocusCause`.
-FocusCause.Auto = {}
-
----@param variant FocusCause.Auto
----@param payload NoFields
----@return FocusCause
-function FocusCause.Auto.new(variant,payload) end
-
-
-
----@class AlphaMode : ReflectReference
----  Sets how a material's base color alpha channel is used for transparency.
----@field  Opaque AlphaMode.Opaque
----@field  Mask AlphaMode.Mask
----@field  Blend AlphaMode.Blend
----@field  Premultiplied AlphaMode.Premultiplied
----@field  AlphaToCoverage AlphaMode.AlphaToCoverage
----@field  Add AlphaMode.Add
----@field  Multiply AlphaMode.Multiply
-local AlphaMode = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return AlphaMode
-function AlphaMode.new(payload) end
-
-
-
----@class AlphaMode.Opaque : EnumVariantRef
---- The `Opaque` variant of `AlphaMode`.
-AlphaMode.Opaque = {}
-
----@param variant AlphaMode.Opaque
----@param payload NoFields
----@return AlphaMode
-function AlphaMode.Opaque.new(variant,payload) end
-
-
-
----@class AlphaMode.Mask : EnumVariantRef
---- The `Mask` variant of `AlphaMode`.
-AlphaMode.Mask = {}
-
----@param variant AlphaMode.Mask
----@param payload AlphaMode.Mask.Fields
----@return AlphaMode
-function AlphaMode.Mask.new(variant,payload) end
-
-
-
----@class AlphaMode.Blend : EnumVariantRef
---- The `Blend` variant of `AlphaMode`.
-AlphaMode.Blend = {}
-
----@param variant AlphaMode.Blend
----@param payload NoFields
----@return AlphaMode
-function AlphaMode.Blend.new(variant,payload) end
-
-
-
----@class AlphaMode.Premultiplied : EnumVariantRef
---- The `Premultiplied` variant of `AlphaMode`.
-AlphaMode.Premultiplied = {}
-
----@param variant AlphaMode.Premultiplied
----@param payload NoFields
----@return AlphaMode
-function AlphaMode.Premultiplied.new(variant,payload) end
-
-
-
----@class AlphaMode.AlphaToCoverage : EnumVariantRef
---- The `AlphaToCoverage` variant of `AlphaMode`.
-AlphaMode.AlphaToCoverage = {}
-
----@param variant AlphaMode.AlphaToCoverage
----@param payload NoFields
----@return AlphaMode
-function AlphaMode.AlphaToCoverage.new(variant,payload) end
-
-
-
----@class AlphaMode.Add : EnumVariantRef
---- The `Add` variant of `AlphaMode`.
-AlphaMode.Add = {}
-
----@param variant AlphaMode.Add
----@param payload NoFields
----@return AlphaMode
-function AlphaMode.Add.new(variant,payload) end
-
-
-
----@class AlphaMode.Multiply : EnumVariantRef
---- The `Multiply` variant of `AlphaMode`.
-AlphaMode.Multiply = {}
-
----@param variant AlphaMode.Multiply
----@param payload NoFields
----@return AlphaMode
-function AlphaMode.Multiply.new(variant,payload) end
-
-
-
----@class OpaqueRendererMethod : ReflectReference
----  Render method used for opaque materials.
---- 
----  The forward rendering main pass draws each mesh entity and shades it according to its
----  corresponding material and the lights that affect it. Some render features like Screen Space
----  Ambient Occlusion require running depth and normal prepasses, that are 'deferred'-like
----  prepasses over all mesh entities to populate depth and normal textures. This means that when
----  using render features that require running prepasses, multiple passes over all visible geometry
----  are required. This can be slow if there is a lot of geometry that cannot be batched into few
----  draws.
---- 
----  Deferred rendering runs a prepass to gather not only geometric information like depth and
----  normals, but also all the material properties like base color, emissive color, reflectance,
----  metalness, etc, and writes them into a deferred 'g-buffer' texture. The deferred main pass is
----  then a fullscreen pass that reads data from these textures and executes shading. This allows
----  for one pass over geometry, but is at the cost of not being able to use MSAA, and has heavier
----  bandwidth usage which can be unsuitable for low end mobile or other bandwidth-constrained devices.
---- 
----  If a material indicates `OpaqueRendererMethod::Auto`, `DefaultOpaqueRendererMethod` will be used.
----@field  Forward OpaqueRendererMethod.Forward
----@field  Deferred OpaqueRendererMethod.Deferred
----@field  Auto OpaqueRendererMethod.Auto
-local OpaqueRendererMethod = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return OpaqueRendererMethod
-function OpaqueRendererMethod.new(payload) end
-
-
-
----@class OpaqueRendererMethod.Forward : EnumVariantRef
---- The `Forward` variant of `OpaqueRendererMethod`.
-OpaqueRendererMethod.Forward = {}
-
----@param variant OpaqueRendererMethod.Forward
----@param payload NoFields
----@return OpaqueRendererMethod
-function OpaqueRendererMethod.Forward.new(variant,payload) end
-
-
-
----@class OpaqueRendererMethod.Deferred : EnumVariantRef
---- The `Deferred` variant of `OpaqueRendererMethod`.
-OpaqueRendererMethod.Deferred = {}
-
----@param variant OpaqueRendererMethod.Deferred
----@param payload NoFields
----@return OpaqueRendererMethod
-function OpaqueRendererMethod.Deferred.new(variant,payload) end
-
-
-
----@class OpaqueRendererMethod.Auto : EnumVariantRef
---- The `Auto` variant of `OpaqueRendererMethod`.
-OpaqueRendererMethod.Auto = {}
-
----@param variant OpaqueRendererMethod.Auto
----@param payload NoFields
----@return OpaqueRendererMethod
-function OpaqueRendererMethod.Auto.new(variant,payload) end
-
-
-
----@class CompassOctant : ReflectReference
----  A compass enum with 8 directions.
----  ```text
----           N (North)
----           ▲
----      NW   │   NE
----         ╲ │ ╱
----  W (West) ┼─────► E (East)
----         ╱ │ ╲
----      SW   │   SE
----           ▼
----           S (South)
----  ```
----@field  North CompassOctant.North
----@field  NorthEast CompassOctant.NorthEast
----@field  East CompassOctant.East
----@field  SouthEast CompassOctant.SouthEast
----@field  South CompassOctant.South
----@field  SouthWest CompassOctant.SouthWest
----@field  West CompassOctant.West
----@field  NorthWest CompassOctant.NorthWest
-local CompassOctant = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return CompassOctant
-function CompassOctant.new(payload) end
-
-
-
----@class CompassOctant.North : EnumVariantRef
---- The `North` variant of `CompassOctant`.
-CompassOctant.North = {}
-
----@param variant CompassOctant.North
----@param payload NoFields
----@return CompassOctant
-function CompassOctant.North.new(variant,payload) end
-
-
-
----@class CompassOctant.NorthEast : EnumVariantRef
---- The `NorthEast` variant of `CompassOctant`.
-CompassOctant.NorthEast = {}
-
----@param variant CompassOctant.NorthEast
----@param payload NoFields
----@return CompassOctant
-function CompassOctant.NorthEast.new(variant,payload) end
-
-
-
----@class CompassOctant.East : EnumVariantRef
---- The `East` variant of `CompassOctant`.
-CompassOctant.East = {}
-
----@param variant CompassOctant.East
----@param payload NoFields
----@return CompassOctant
-function CompassOctant.East.new(variant,payload) end
-
-
-
----@class CompassOctant.SouthEast : EnumVariantRef
---- The `SouthEast` variant of `CompassOctant`.
-CompassOctant.SouthEast = {}
-
----@param variant CompassOctant.SouthEast
----@param payload NoFields
----@return CompassOctant
-function CompassOctant.SouthEast.new(variant,payload) end
-
-
-
----@class CompassOctant.South : EnumVariantRef
---- The `South` variant of `CompassOctant`.
-CompassOctant.South = {}
-
----@param variant CompassOctant.South
----@param payload NoFields
----@return CompassOctant
-function CompassOctant.South.new(variant,payload) end
-
-
-
----@class CompassOctant.SouthWest : EnumVariantRef
---- The `SouthWest` variant of `CompassOctant`.
-CompassOctant.SouthWest = {}
-
----@param variant CompassOctant.SouthWest
----@param payload NoFields
----@return CompassOctant
-function CompassOctant.SouthWest.new(variant,payload) end
-
-
-
----@class CompassOctant.West : EnumVariantRef
---- The `West` variant of `CompassOctant`.
-CompassOctant.West = {}
-
----@param variant CompassOctant.West
----@param payload NoFields
----@return CompassOctant
-function CompassOctant.West.new(variant,payload) end
-
-
-
----@class CompassOctant.NorthWest : EnumVariantRef
---- The `NorthWest` variant of `CompassOctant`.
-CompassOctant.NorthWest = {}
-
----@param variant CompassOctant.NorthWest
----@param payload NoFields
----@return CompassOctant
-function CompassOctant.NorthWest.new(variant,payload) end
-
-
-
----@class URect : ReflectReference
----  A rectangle defined by two opposite corners.
---- 
----  The rectangle is axis aligned, and defined by its minimum and maximum coordinates,
----  stored in `URect::min` and `URect::max`, respectively. The minimum/maximum invariant
----  must be upheld by the user when directly assigning the fields, otherwise some methods
----  produce invalid results. It is generally recommended to use one of the constructor
----  methods instead, which will ensure this invariant is met, unless you already have
----  the minimum and maximum corners.
----@field  min? UVec2
----@field  max? UVec2
-local URect = {}
-
----@param payload URect.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return URect
-function URect.new(payload) end
-
-
-
----@class Indices : ReflectReference
----  An array of indices into the [`VertexAttributeValues`](super::VertexAttributeValues) for a mesh.
---- 
----  It describes the order in which the vertex attributes should be joined into faces.
----@field  U16 Indices.U16
----@field  U32 Indices.U32
-local Indices = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Indices
-function Indices.new(payload) end
-
-
-
----@class Indices.U16 : EnumVariantRef
---- The `U16` variant of `Indices`.
-Indices.U16 = {}
-
----@param variant Indices.U16
----@param payload Indices.U16.Fields
----@return Indices
-function Indices.U16.new(variant,payload) end
-
-
-
----@class Indices.U32 : EnumVariantRef
---- The `U32` variant of `Indices`.
-Indices.U32 = {}
-
----@param variant Indices.U32
----@param payload Indices.U32.Fields
----@return Indices
-function Indices.U32.new(variant,payload) end
-
-
-
----@class MeshAttributeCompressionFlags : ReflectReference
----  If the corresponding attribute compression is enabled:
----  - Position will be Snorm16x4 relative to the mesh's AABB. The w component is unused.
----  - Normal and tangent will be Snorm16x2 with octahedral encoding, using [`octahedral_encode_signed`] and [`octahedral_encode_tangent`].
----  - UV0 and UV1 will be Unorm16x2. UVs are remapped based on their min/max values so they can go beyond [0, 1], though a larger range will reduce precision.
---- 
----  [`octahedral_encode_signed`]: crate::vertex::octahedral_encode_signed
----  [`octahedral_encode_tangent`]: crate::vertex::octahedral_encode_tangent
-local MeshAttributeCompressionFlags = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return MeshAttributeCompressionFlags
-function MeshAttributeCompressionFlags.new(payload) end
-
-
-
----@class UvChannel : ReflectReference
----  An enum to define which UV attribute to use for a texture.
---- 
----  It only supports two UV attributes, [`Mesh::ATTRIBUTE_UV_0`] and
----  [`Mesh::ATTRIBUTE_UV_1`].
----  The default is [`UvChannel::Uv0`].
----@field  Uv0 UvChannel.Uv0
----@field  Uv1 UvChannel.Uv1
-local UvChannel = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return UvChannel
-function UvChannel.new(payload) end
-
-
-
----@class UvChannel.Uv0 : EnumVariantRef
---- The `Uv0` variant of `UvChannel`.
-UvChannel.Uv0 = {}
-
----@param variant UvChannel.Uv0
----@param payload NoFields
----@return UvChannel
-function UvChannel.Uv0.new(variant,payload) end
-
-
-
----@class UvChannel.Uv1 : EnumVariantRef
---- The `Uv1` variant of `UvChannel`.
-UvChannel.Uv1 = {}
-
----@param variant UvChannel.Uv1
----@param payload NoFields
----@return UvChannel
-function UvChannel.Uv1.new(variant,payload) end
-
-
-
----@class MorphAttributes : ReflectReference
----  Attributes **differences** used for morph targets.
----@field  position? Vec3
----@field  pad_a? number
----@field  normal? Vec3
----@field  pad_b? number
----@field  tangent? Vec3
----@field  pad_c? number
-local MorphAttributes = {}
-
----@param payload MorphAttributes.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return MorphAttributes
-function MorphAttributes.new(payload) end
-
-
-
----@class JointAabb : ReflectReference
----@field  center? Vec3
----@field  half_size? Vec3
-local JointAabb = {}
-
----@param payload JointAabb.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return JointAabb
-function JointAabb.new(payload) end
-
-
-
----@class JointIndex : ReflectReference
----@field  [1] integer
-local JointIndex = {}
-
----@param payload JointIndex.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return JointIndex
-function JointIndex.new(payload) end
-
-
-
----@class SkinnedMeshBounds : ReflectReference
----  Data that can be used to calculate the AABB of a skinned mesh.
----@field  aabbs? JointAabb[]
----@field  aabb_index_to_joint_index? JointIndex[]
-local SkinnedMeshBounds = {}
-
----@param payload SkinnedMeshBounds.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return SkinnedMeshBounds
-function SkinnedMeshBounds.new(payload) end
-
-
-
----@class Language : ReflectReference
----  Represents a scripting language. Languages which compile into another language should use the target language as their language.
----@field  Rhai Language.Rhai
----@field  Lua Language.Lua
----@field  Rune Language.Rune
----@field  External Language.External
----@field  Unknown Language.Unknown
-local Language = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Language
-function Language.new(payload) end
-
-
-
----@class Language.Rhai : EnumVariantRef
---- The `Rhai` variant of `Language`.
-Language.Rhai = {}
-
----@param variant Language.Rhai
----@param payload NoFields
----@return Language
-function Language.Rhai.new(variant,payload) end
-
-
-
----@class Language.Lua : EnumVariantRef
---- The `Lua` variant of `Language`.
-Language.Lua = {}
-
----@param variant Language.Lua
----@param payload NoFields
----@return Language
-function Language.Lua.new(variant,payload) end
-
-
-
----@class Language.Rune : EnumVariantRef
---- The `Rune` variant of `Language`.
-Language.Rune = {}
-
----@param variant Language.Rune
----@param payload NoFields
----@return Language
-function Language.Rune.new(variant,payload) end
-
-
-
----@class Language.External : EnumVariantRef
---- The `External` variant of `Language`.
-Language.External = {}
-
----@param variant Language.External
----@param payload Language.External.Fields
----@return Language
-function Language.External.new(variant,payload) end
-
-
-
----@class Language.Unknown : EnumVariantRef
---- The `Unknown` variant of `Language`.
-Language.Unknown = {}
-
----@param variant Language.Unknown
----@param payload NoFields
----@return Language
-function Language.Unknown.new(variant,payload) end
-
-
-
----@class ScriptAsset : ReflectReference
----  Represents a script loaded into memory as an asset
-local ScriptAsset = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ScriptAsset
-function ScriptAsset.new(payload) end
-
----@param path string
---- The asset path, relative to the assets folder.
----@return Handle<ScriptAsset>
-function ScriptAsset.load(path) end
-
----@param value ScriptAsset
---- The asset value.
----@return Handle<ScriptAsset>
-function ScriptAsset.add_asset(value) end
-
----@param handle Handle<ScriptAsset>
---- The handle to the asset.
----@return ScriptAsset | nil
-function ScriptAsset.get_asset(handle) end
-
-
-
----@class FunctionArgInfo : ReflectReference
----  Information about a function argument.
----@field  name? Cow | nil
----@field  arg_index? integer
----@field  type_id? TypeId
-local FunctionArgInfo = {}
-
----@param payload FunctionArgInfo.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return FunctionArgInfo
-function FunctionArgInfo.new(payload) end
-
-
-
----@class FunctionInfo : ReflectReference
----  Information about a function.
----@field  name? Cow
----@field  namespace? Namespace
----@field  arg_info? FunctionArgInfo[]
----@field  return_info? FunctionReturnInfo
----@field  docs? Cow | nil
-local FunctionInfo = {}
-
----@param payload FunctionInfo.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return FunctionInfo
-function FunctionInfo.new(payload) end
-
-
-
----@class FunctionReturnInfo : ReflectReference
----  Information about a function return value.
----@field  type_id? TypeId
-local FunctionReturnInfo = {}
-
----@param payload FunctionReturnInfo.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return FunctionReturnInfo
-function FunctionReturnInfo.new(payload) end
-
-
-
----@class InteropError : ReflectReference
----  An error occurring when converting between rust and a script context.
-local InteropError = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return InteropError
-function InteropError.new(payload) end
-
-
-
----@class Namespace : ReflectReference
----  A namespace for functions
----@field  Global Namespace.Global
----@field  OnType Namespace.OnType
-local Namespace = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Namespace
-function Namespace.new(payload) end
-
-
-
----@class Namespace.Global : EnumVariantRef
---- The `Global` variant of `Namespace`.
-Namespace.Global = {}
-
----@param variant Namespace.Global
----@param payload NoFields
----@return Namespace
-function Namespace.Global.new(variant,payload) end
-
-
-
----@class Namespace.OnType : EnumVariantRef
---- The `OnType` variant of `Namespace`.
-Namespace.OnType = {}
-
----@param variant Namespace.OnType
----@param payload Namespace.OnType.Fields
----@return Namespace
-function Namespace.OnType.new(variant,payload) end
-
-
-
----@class DynamicComponent : ReflectReference
----  A dynamic script component
----@field  data? ScriptValue
-local DynamicComponent = {}
-
----@param payload DynamicComponent.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return DynamicComponent
-function DynamicComponent.new(payload) end
-
-
-
----@class VariadicTuple : ReflectReference
----  A tuple variant of script value
-local VariadicTuple = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return VariadicTuple
-function VariadicTuple.new(payload) end
-
-
-
----@class StaticTypeRef : ReflectReference
----  A static reference to a type, what scripts see as the type's global.
---- 
----  Functions registered on this type are available on every type's static reference, i.e. `MyType.function(..)`.
----  When called this way, the first argument is the [`StaticTypeRef`] of the type, and is filled in automatically.
---- 
----  Functions registered on the type itself take priority over the ones registered here.
----@field  type_id? TypeId
-local StaticTypeRef = {}
-
----@param type StaticTypeRef
---- The type to construct.
----@param payload table<string, any>
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ReflectReference
-function StaticTypeRef.new(type,payload) end
-
----@param asset_type StaticTypeRef
---- The asset type, filled in automatically.
----@param path string
---- The asset path, relative to the assets folder.
----@return ReflectReference
-function StaticTypeRef.load(asset_type,path) end
-
----@param asset_type StaticTypeRef
---- The asset type, filled in automatically.
----@param value ReflectReference
---- The asset value.
----@return ReflectReference
-function StaticTypeRef.add_asset(asset_type,value) end
-
----@param asset_type StaticTypeRef
---- The asset type, filled in automatically.
----@param handle ReflectReference
---- The handle to the asset.
----@return ReflectReference | nil
-function StaticTypeRef.get_asset(asset_type,handle) end
-
-
-
----@class CallbackLabel : ReflectReference
----  A string which disallows common invalid characters in callback labels,
----  particularly at the start of the string
---- 
----  a valid callback label starts with a letter or underscore, and contains only ascii characters, as well as disallows some common keywords
----@field  [1] string
-local CallbackLabel = {}
-
----@param payload CallbackLabel.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return CallbackLabel
-function CallbackLabel.new(payload) end
-
-
-
----@class ScriptAssetModifiedMessage : ReflectReference
----  Emitted when a script asset is modified and all its attachments require re-loading
----@field  [1] any
-local ScriptAssetModifiedMessage = {}
-
----@param payload ScriptAssetModifiedMessage.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ScriptAssetModifiedMessage
-function ScriptAssetModifiedMessage.new(payload) end
-
-
-
----@class ScriptAttachedMessage : ReflectReference
----  Emitted when a script is attached.
----@field  [1] ScriptAttachment
-local ScriptAttachedMessage = {}
-
----@param payload ScriptAttachedMessage.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ScriptAttachedMessage
-function ScriptAttachedMessage.new(payload) end
-
-
-
----@class ScriptCallbackMessage : ReflectReference
----  A callback message meant to trigger a callback in a subset/set of scripts in the world with the given arguments
----@field  label? CallbackLabel
----@field  recipients? Recipients
----@field  language? Language | nil
----@field  args? ScriptValue[]
----@field  trigger_response? boolean
----@field  iteration? integer
-local ScriptCallbackMessage = {}
-
----@param payload ScriptCallbackMessage.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ScriptCallbackMessage
-function ScriptCallbackMessage.new(payload) end
-
-
-
----@class ScriptDetachedMessage : ReflectReference
----  Emitted when a script is detached.
----@field  [1] ScriptAttachment
-local ScriptDetachedMessage = {}
-
----@param payload ScriptDetachedMessage.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ScriptDetachedMessage
-function ScriptDetachedMessage.new(payload) end
-
-
-
----@class ScriptComponent : ReflectReference
----  A component which identifies the scripts existing on an entity.
---- 
----  Event handlers search for components with this component to figure out which scripts to run and on which entities.
----@field  [1] Handle<ScriptAsset>[]
-local ScriptComponent = {}
-
----@param payload ScriptComponent.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ScriptComponent
-function ScriptComponent.new(payload) end
-
-
-
----@class ParallaxMappingMethod : ReflectReference
----  The [parallax mapping] method to use to compute depth based on the
----  material's [`depth_map`].
---- 
----  Parallax Mapping uses a depth map texture to give the illusion of depth
----  variation on a mesh surface that is geometrically flat.
---- 
----  See the `parallax_mapping.wesl` shader code for implementation details
----  and explanation of the methods used.
---- 
----  [`depth_map`]: crate::StandardMaterial::depth_map
----  [parallax mapping]: https://en.wikipedia.org/wiki/Parallax_mapping
----@field  Occlusion ParallaxMappingMethod.Occlusion
----@field  Relief ParallaxMappingMethod.Relief
-local ParallaxMappingMethod = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ParallaxMappingMethod
-function ParallaxMappingMethod.new(payload) end
-
-
-
----@class ParallaxMappingMethod.Occlusion : EnumVariantRef
---- The `Occlusion` variant of `ParallaxMappingMethod`.
-ParallaxMappingMethod.Occlusion = {}
-
----@param variant ParallaxMappingMethod.Occlusion
----@param payload NoFields
----@return ParallaxMappingMethod
-function ParallaxMappingMethod.Occlusion.new(variant,payload) end
-
-
-
----@class ParallaxMappingMethod.Relief : EnumVariantRef
---- The `Relief` variant of `ParallaxMappingMethod`.
-ParallaxMappingMethod.Relief = {}
-
----@param variant ParallaxMappingMethod.Relief
----@param payload ParallaxMappingMethod.Relief.Fields
----@return ParallaxMappingMethod
-function ParallaxMappingMethod.Relief.new(variant,payload) end
-
-
-
----@class ReadbackOnce : ReflectReference
----  Marker component that pairs with a [`Readback`] to indicate the entity should be
----  despawned after the first [`ReadbackComplete`] event fires for it.
---- 
----  ```ignore
----  commands.spawn(ReadbackOnce::buffer(handle));
----  ```
-local ReadbackOnce = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ReadbackOnce
-function ReadbackOnce.new(payload) end
-
-
-
----@class ShaderBuffer : ReflectReference
----  A storage buffer that is prepared as a [`RenderAsset`] and uploaded to the GPU.
---- 
----  This buffer primarily exists in order to be embedded into a material that
----  implements the [`bevy_render_macros::AsBindGroup`] trait. Compared to
----  embedding a raw [`Buffer`], [`ShaderBuffer`] has the advantage that the
----  buffer can be resized without regenerating the materials that embed it.
-local ShaderBuffer = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ShaderBuffer
-function ShaderBuffer.new(payload) end
-
----@param path string
---- The asset path, relative to the assets folder.
----@return Handle<ShaderBuffer>
-function ShaderBuffer.load(path) end
-
----@param value ShaderBuffer
---- The asset value.
----@return Handle<ShaderBuffer>
-function ShaderBuffer.add_asset(value) end
-
----@param handle Handle<ShaderBuffer>
---- The handle to the asset.
----@return ShaderBuffer | nil
-function ShaderBuffer.get_asset(handle) end
-
-
-
----@class Screenshot : ReflectReference
----  A component that signals to the renderer to capture a screenshot this frame.
---- 
----  This component should be spawned on a new entity with an observer that will trigger
----  with [`ScreenshotCaptured`] when the screenshot is ready.
---- 
----  Screenshots are captured asynchronously and may not be available immediately after the frame
----  that the component is spawned on. The observer should be used to handle the screenshot when it
----  is ready.
---- 
----  Note that the screenshot entity will be despawned after the screenshot is captured and the
----  observer is triggered.
---- 
----  # Usage
---- 
----  ```
----  # use bevy_ecs::prelude::*;
----  # use bevy_render::view::screenshot::{save_to_disk, Screenshot};
---- 
----  fn take_screenshot(mut commands: Commands) {
----     commands.spawn(Screenshot::primary_window())
----        .observe(save_to_disk("screenshot.png"));
----  }
----  ```
----@field  [1] RenderTarget
-local Screenshot = {}
-
----@param payload Screenshot.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Screenshot
-function Screenshot.new(payload) end
-
-
-
----@class ScreenshotCaptured : ReflectReference
----@field  entity? Entity
----@field  image? Image
-local ScreenshotCaptured = {}
-
----@param payload ScreenshotCaptured.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ScreenshotCaptured
-function ScreenshotCaptured.new(payload) end
-
-
-
----@class Aabb2d : ReflectReference
----  A 2D axis-aligned bounding box, or bounding rectangle
----@field  min? Vec2
----@field  max? Vec2
-local Aabb2d = {}
-
----@param payload Aabb2d.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Aabb2d
-function Aabb2d.new(payload) end
-
-
-
----@class Aabb3d : ReflectReference
----  A 3D axis-aligned bounding box
----@field  min? Vec3A
----@field  max? Vec3A
-local Aabb3d = {}
-
----@param payload Aabb3d.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Aabb3d
-function Aabb3d.new(payload) end
-
-
-
----@class SpriteAlphaMode : ReflectReference
----  An enum describing how a sprite's alpha channel will be handled.
----  The base color being modified is that of the texture after tinting.
----  The default is `Blend`.
----@field  Opaque SpriteAlphaMode.Opaque
----@field  Mask SpriteAlphaMode.Mask
----@field  Blend SpriteAlphaMode.Blend
-local SpriteAlphaMode = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return SpriteAlphaMode
-function SpriteAlphaMode.new(payload) end
-
-
-
----@class SpriteAlphaMode.Opaque : EnumVariantRef
---- The `Opaque` variant of `SpriteAlphaMode`.
-SpriteAlphaMode.Opaque = {}
-
----@param variant SpriteAlphaMode.Opaque
----@param payload NoFields
----@return SpriteAlphaMode
-function SpriteAlphaMode.Opaque.new(variant,payload) end
-
-
-
----@class SpriteAlphaMode.Mask : EnumVariantRef
---- The `Mask` variant of `SpriteAlphaMode`.
-SpriteAlphaMode.Mask = {}
-
----@param variant SpriteAlphaMode.Mask
----@param payload SpriteAlphaMode.Mask.Fields
----@return SpriteAlphaMode
-function SpriteAlphaMode.Mask.new(variant,payload) end
-
-
-
----@class SpriteAlphaMode.Blend : EnumVariantRef
---- The `Blend` variant of `SpriteAlphaMode`.
-SpriteAlphaMode.Blend = {}
-
----@param variant SpriteAlphaMode.Blend
----@param payload NoFields
----@return SpriteAlphaMode
-function SpriteAlphaMode.Blend.new(variant,payload) end
-
-
-
----@class SpriteImageMode : ReflectReference
----  Controls how the image is altered when scaled.
----@field  Auto SpriteImageMode.Auto
----@field  Scale SpriteImageMode.Scale
----@field  Sliced SpriteImageMode.Sliced
----@field  Tiled SpriteImageMode.Tiled
-local SpriteImageMode = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return SpriteImageMode
-function SpriteImageMode.new(payload) end
-
-
-
----@class SpriteImageMode.Auto : EnumVariantRef
---- The `Auto` variant of `SpriteImageMode`.
-SpriteImageMode.Auto = {}
-
----@param variant SpriteImageMode.Auto
----@param payload NoFields
----@return SpriteImageMode
-function SpriteImageMode.Auto.new(variant,payload) end
-
-
-
----@class SpriteImageMode.Scale : EnumVariantRef
---- The `Scale` variant of `SpriteImageMode`.
-SpriteImageMode.Scale = {}
-
----@param variant SpriteImageMode.Scale
----@param payload SpriteImageMode.Scale.Fields
----@return SpriteImageMode
-function SpriteImageMode.Scale.new(variant,payload) end
-
-
-
----@class SpriteImageMode.Sliced : EnumVariantRef
---- The `Sliced` variant of `SpriteImageMode`.
-SpriteImageMode.Sliced = {}
-
----@param variant SpriteImageMode.Sliced
----@param payload SpriteImageMode.Sliced.Fields
----@return SpriteImageMode
-function SpriteImageMode.Sliced.new(variant,payload) end
-
-
-
----@class SpriteImageMode.Tiled : EnumVariantRef
---- The `Tiled` variant of `SpriteImageMode`.
-SpriteImageMode.Tiled = {}
-
----@param variant SpriteImageMode.Tiled
----@param payload SpriteImageMode.Tiled.Fields
----@return SpriteImageMode
-function SpriteImageMode.Tiled.new(variant,payload) end
-
-
-
----@class SpriteScalingMode : ReflectReference
----  Represents various modes for proportional scaling of a texture.
---- 
----  Can be used in [`SpriteImageMode::Scale`].
----@field  FillCenter SpriteScalingMode.FillCenter
----@field  FillStart SpriteScalingMode.FillStart
----@field  FillEnd SpriteScalingMode.FillEnd
----@field  FitCenter SpriteScalingMode.FitCenter
----@field  FitStart SpriteScalingMode.FitStart
----@field  FitEnd SpriteScalingMode.FitEnd
-local SpriteScalingMode = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return SpriteScalingMode
-function SpriteScalingMode.new(payload) end
-
-
-
----@class SpriteScalingMode.FillCenter : EnumVariantRef
---- The `FillCenter` variant of `SpriteScalingMode`.
-SpriteScalingMode.FillCenter = {}
-
----@param variant SpriteScalingMode.FillCenter
----@param payload NoFields
----@return SpriteScalingMode
-function SpriteScalingMode.FillCenter.new(variant,payload) end
-
-
-
----@class SpriteScalingMode.FillStart : EnumVariantRef
---- The `FillStart` variant of `SpriteScalingMode`.
-SpriteScalingMode.FillStart = {}
-
----@param variant SpriteScalingMode.FillStart
----@param payload NoFields
----@return SpriteScalingMode
-function SpriteScalingMode.FillStart.new(variant,payload) end
-
-
-
----@class SpriteScalingMode.FillEnd : EnumVariantRef
---- The `FillEnd` variant of `SpriteScalingMode`.
-SpriteScalingMode.FillEnd = {}
-
----@param variant SpriteScalingMode.FillEnd
----@param payload NoFields
----@return SpriteScalingMode
-function SpriteScalingMode.FillEnd.new(variant,payload) end
-
-
-
----@class SpriteScalingMode.FitCenter : EnumVariantRef
---- The `FitCenter` variant of `SpriteScalingMode`.
-SpriteScalingMode.FitCenter = {}
-
----@param variant SpriteScalingMode.FitCenter
----@param payload NoFields
----@return SpriteScalingMode
-function SpriteScalingMode.FitCenter.new(variant,payload) end
-
-
-
----@class SpriteScalingMode.FitStart : EnumVariantRef
---- The `FitStart` variant of `SpriteScalingMode`.
-SpriteScalingMode.FitStart = {}
-
----@param variant SpriteScalingMode.FitStart
----@param payload NoFields
----@return SpriteScalingMode
-function SpriteScalingMode.FitStart.new(variant,payload) end
-
-
-
----@class SpriteScalingMode.FitEnd : EnumVariantRef
---- The `FitEnd` variant of `SpriteScalingMode`.
-SpriteScalingMode.FitEnd = {}
-
----@param variant SpriteScalingMode.FitEnd
----@param payload NoFields
----@return SpriteScalingMode
-function SpriteScalingMode.FitEnd.new(variant,payload) end
-
-
-
----@class BorderRect : ReflectReference
----  Defines border insets that shrink a rectangle from its minimum and maximum corners.
---- 
----  This struct is used to represent thickness or offsets from the four edges
----  of a rectangle, with values increasing inwards.
----@field  min_inset? Vec2
----@field  max_inset? Vec2
-local BorderRect = {}
-
----@param payload BorderRect.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return BorderRect
-function BorderRect.new(payload) end
-
-
-
----@class SliceScaleMode : ReflectReference
----  Defines how a texture slice scales when resized
----@field  Stretch SliceScaleMode.Stretch
----@field  Tile SliceScaleMode.Tile
-local SliceScaleMode = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return SliceScaleMode
-function SliceScaleMode.new(payload) end
-
-
-
----@class SliceScaleMode.Stretch : EnumVariantRef
---- The `Stretch` variant of `SliceScaleMode`.
-SliceScaleMode.Stretch = {}
-
----@param variant SliceScaleMode.Stretch
----@param payload NoFields
----@return SliceScaleMode
-function SliceScaleMode.Stretch.new(variant,payload) end
-
-
-
----@class SliceScaleMode.Tile : EnumVariantRef
---- The `Tile` variant of `SliceScaleMode`.
-SliceScaleMode.Tile = {}
-
----@param variant SliceScaleMode.Tile
----@param payload SliceScaleMode.Tile.Fields
----@return SliceScaleMode
-function SliceScaleMode.Tile.new(variant,payload) end
-
-
-
----@class TextureSlicer : ReflectReference
----  Slices a texture using the **9-slicing** technique. This allows to reuse an image at various sizes
----  without needing to prepare multiple assets. The associated texture will be split into nine portions,
----  so that on resize the different portions scale or tile in different ways to keep the texture in proportion.
---- 
----  For example, when resizing a 9-sliced texture the corners will remain unscaled while the other
----  sections will be scaled or tiled.
---- 
----  See [9-sliced](https://en.wikipedia.org/wiki/9-slice_scaling) textures.
----@field  border? BorderRect
----@field  center_scale_mode? SliceScaleMode
----@field  sides_scale_mode? SliceScaleMode
----@field  max_corner_scale? number
-local TextureSlicer = {}
-
----@param payload TextureSlicer.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return TextureSlicer
-function TextureSlicer.new(payload) end
-
-
-
----@class ColorMaterial : ReflectReference
----  A [2d material](Material2d) that renders [2d meshes](crate::Mesh2d) with a texture tinted by a uniform color
----@field  color? Color
----@field  alpha_mode? AlphaMode2d
----@field  uv_transform? Affine2
----@field  texture? Handle<Image> | nil
-local ColorMaterial = {}
-
----@param payload ColorMaterial.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ColorMaterial
-function ColorMaterial.new(payload) end
-
----@param path string
---- The asset path, relative to the assets folder.
----@return Handle<ColorMaterial>
-function ColorMaterial.load(path) end
-
----@param value ColorMaterial
---- The asset value.
----@return Handle<ColorMaterial>
-function ColorMaterial.add_asset(value) end
-
----@param handle Handle<ColorMaterial>
---- The handle to the asset.
----@return ColorMaterial | nil
-function ColorMaterial.get_asset(handle) end
-
-
-
----@class AlphaMode2d : ReflectReference
----  Sets how a 2d material's base color alpha channel is used for transparency.
----  Currently, this only works with [`Mesh2d`]. Sprites are always transparent.
---- 
----  This is very similar to [`AlphaMode`] but this only applies to 2d meshes.
----  We use a separate type because 2d doesn't support all the transparency modes that 3d does.
----@field  Opaque AlphaMode2d.Opaque
----@field  Mask AlphaMode2d.Mask
----@field  Blend AlphaMode2d.Blend
-local AlphaMode2d = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return AlphaMode2d
-function AlphaMode2d.new(payload) end
-
-
-
----@class AlphaMode2d.Opaque : EnumVariantRef
---- The `Opaque` variant of `AlphaMode2d`.
-AlphaMode2d.Opaque = {}
-
----@param variant AlphaMode2d.Opaque
----@param payload NoFields
----@return AlphaMode2d
-function AlphaMode2d.Opaque.new(variant,payload) end
-
-
-
----@class AlphaMode2d.Mask : EnumVariantRef
---- The `Mask` variant of `AlphaMode2d`.
-AlphaMode2d.Mask = {}
-
----@param variant AlphaMode2d.Mask
----@param payload AlphaMode2d.Mask.Fields
----@return AlphaMode2d
-function AlphaMode2d.Mask.new(variant,payload) end
-
-
-
----@class AlphaMode2d.Blend : EnumVariantRef
---- The `Blend` variant of `AlphaMode2d`.
-AlphaMode2d.Blend = {}
-
----@param variant AlphaMode2d.Blend
----@param payload NoFields
----@return AlphaMode2d
-function AlphaMode2d.Blend.new(variant,payload) end
-
-
-
----@class SpriteMeshMaterial : ReflectReference
----@field  image? Handle<Image>
----@field  texture_atlas? TextureAtlas | nil
----@field  color? Color
----@field  flip_x? boolean
----@field  flip_y? boolean
----@field  custom_size? Vec2 | nil
----@field  rect? Rect | nil
----@field  image_mode? SpriteImageMode
----@field  alpha_mode? AlphaMode2d
----@field  anchor? Vec2
----@field  texture_atlas_layout? TextureAtlasLayout | nil
----@field  texture_atlas_index? integer
-local SpriteMeshMaterial = {}
-
----@param payload SpriteMeshMaterial.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return SpriteMeshMaterial
-function SpriteMeshMaterial.new(payload) end
-
----@param path string
---- The asset path, relative to the assets folder.
----@return Handle<SpriteMeshMaterial>
-function SpriteMeshMaterial.load(path) end
-
----@param value SpriteMeshMaterial
---- The asset value.
----@return Handle<SpriteMeshMaterial>
-function SpriteMeshMaterial.add_asset(value) end
-
----@param handle Handle<SpriteMeshMaterial>
---- The handle to the asset.
----@return SpriteMeshMaterial | nil
-function SpriteMeshMaterial.get_asset(handle) end
-
-
-
----@class ReflectableScheduleLabel : ReflectReference
-local ReflectableScheduleLabel = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ReflectableScheduleLabel
-function ReflectableScheduleLabel.new(payload) end
-
-
-
----@class EmSize : ReflectReference
----  The font size, in logical pixels, used to resolve `Val::Em` values in a UI node.
---- 
----  `Em` units are relative to the font size of the node they sit on, and this is that
----  font size made concrete. Required by `Node`, so every UI node has one.
---- 
----  If the node has a `TextFont`, the `EmSize` is derived from it whenever the `TextFont`,
----  `RemSize` or render-target info changes; until then any value you place on it persists.
----  If it does not have a `TextFont`, the value is yours to set, for example by an app-level
----  propagation system. `EmSize` defaults to [`DEFAULT_REM_SIZE_PX`], which matches the default
----  [`RemSize`] but does not track changes to it. Use `Val::Rem` instead for values that
----  should follow the root font size.
---- 
----  Removing a `TextFont` leaves the last derived value in place.
----@field  [1] number
-local EmSize = {}
-
----@param payload EmSize.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return EmSize
-function EmSize.new(payload) end
-
-
-
----@class FontFeatureTag : ReflectReference
----  An OpenType font feature tag.
----@field  [1] integer[]
-local FontFeatureTag = {}
-
----@param payload FontFeatureTag.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return FontFeatureTag
-function FontFeatureTag.new(payload) end
-
-
-
----@class FontFeatures : ReflectReference
----  OpenType features for .otf fonts that support them.
---- 
----  Examples features include ligatures, small-caps, and fractional number display. For the complete
----  list of OpenType features, see the spec at
----  `<https://learn.microsoft.com/en-us/typography/opentype/spec/featurelist>`.
---- 
----  # Usage:
----  ```
----  use bevy_text::{FontFeatureTag, FontFeatures};
---- 
----  // Create using the builder
----  let font_features = FontFeatures::builder()
----    .enable(FontFeatureTag::STANDARD_LIGATURES)
----    .set(FontFeatureTag::WEIGHT, 300)
----    .build();
---- 
----  // Create from a list
----  let more_font_features: FontFeatures = [
----    FontFeatureTag::STANDARD_LIGATURES,
----    FontFeatureTag::OLDSTYLE_FIGURES,
----    FontFeatureTag::TABULAR_FIGURES
----  ].into();
----  ```
----@field  features? [FontFeatureTag, integer][]
-local FontFeatures = {}
-
----@param payload FontFeatures.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return FontFeatures
-function FontFeatures.new(payload) end
-
-
-
----@class FontSize : ReflectReference
----  The vertical height of rasterized glyphs in the font atlas in pixels.
---- 
----  This is multiplied by the scale factor, but not the text entity
----  transform or camera projection.
---- 
----  The viewport variants are not supported by `Text2d`.
---- 
----  A new font atlas is generated for every combination of font handle and scaled font size
----  which can have a strong performance impact.
----@field  Px FontSize.Px
----@field  Vw FontSize.Vw
----@field  Vh FontSize.Vh
----@field  VMin FontSize.VMin
----@field  VMax FontSize.VMax
----@field  Rem FontSize.Rem
-local FontSize = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return FontSize
-function FontSize.new(payload) end
-
-
-
----@class FontSize.Px : EnumVariantRef
---- The `Px` variant of `FontSize`.
-FontSize.Px = {}
-
----@param variant FontSize.Px
----@param payload FontSize.Px.Fields
----@return FontSize
-function FontSize.Px.new(variant,payload) end
-
-
-
----@class FontSize.Vw : EnumVariantRef
---- The `Vw` variant of `FontSize`.
-FontSize.Vw = {}
-
----@param variant FontSize.Vw
----@param payload FontSize.Vw.Fields
----@return FontSize
-function FontSize.Vw.new(variant,payload) end
-
-
-
----@class FontSize.Vh : EnumVariantRef
---- The `Vh` variant of `FontSize`.
-FontSize.Vh = {}
-
----@param variant FontSize.Vh
----@param payload FontSize.Vh.Fields
----@return FontSize
-function FontSize.Vh.new(variant,payload) end
-
-
-
----@class FontSize.VMin : EnumVariantRef
---- The `VMin` variant of `FontSize`.
-FontSize.VMin = {}
-
----@param variant FontSize.VMin
----@param payload FontSize.VMin.Fields
----@return FontSize
-function FontSize.VMin.new(variant,payload) end
-
-
-
----@class FontSize.VMax : EnumVariantRef
---- The `VMax` variant of `FontSize`.
-FontSize.VMax = {}
-
----@param variant FontSize.VMax
----@param payload FontSize.VMax.Fields
----@return FontSize
-function FontSize.VMax.new(variant,payload) end
-
-
-
----@class FontSize.Rem : EnumVariantRef
---- The `Rem` variant of `FontSize`.
-FontSize.Rem = {}
-
----@param variant FontSize.Rem
----@param payload FontSize.Rem.Fields
----@return FontSize
-function FontSize.Rem.new(variant,payload) end
-
-
-
----@class FontSmoothing : ReflectReference
----  Determines which antialiasing method to use when rendering text. By default, text is
----  rendered with grayscale antialiasing, but this can be changed to achieve a pixelated look.
---- 
----  **Note:** Subpixel antialiasing is not currently supported.
----@field  None FontSmoothing.None
----@field  AntiAliased FontSmoothing.AntiAliased
-local FontSmoothing = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return FontSmoothing
-function FontSmoothing.new(payload) end
-
-
-
----@class FontSmoothing.None : EnumVariantRef
---- The `None` variant of `FontSmoothing`.
-FontSmoothing.None = {}
-
----@param variant FontSmoothing.None
----@param payload NoFields
----@return FontSmoothing
-function FontSmoothing.None.new(variant,payload) end
-
-
-
----@class FontSmoothing.AntiAliased : EnumVariantRef
---- The `AntiAliased` variant of `FontSmoothing`.
-FontSmoothing.AntiAliased = {}
-
----@param variant FontSmoothing.AntiAliased
----@param payload NoFields
----@return FontSmoothing
-function FontSmoothing.AntiAliased.new(variant,payload) end
-
-
-
----@class FontSource : ReflectReference
----  Determines how the font face for a text sections is selected.
---- 
----  A [`FontSource`] can be a handle to a font asset, a font family name,
----  a CSS font-family list, an ordered family list, or a generic font category
----  that is resolved using Parley's font database.
---- 
----  Font family fallback (selection of a font when the requested font is not found)
----  is automatically handled by [`parley::fontique`].
----  Be sure to enable the `parley/system` feature for automatic discovery of system fonts.
---- 
----  Generally speaking, these fallbacks are OS-specific,
----  and do not require manual configuration.
---- 
----  You can check which font family is used for a given [`FontSource`]
----  by calling [`FontCx::get_family`](crate::FontCx::get_family).
----@field  Handle FontSource.Handle
----@field  Family FontSource.Family
----@field  Families FontSource.Families
----@field  List FontSource.List
----@field  Generic FontSource.Generic
-local FontSource = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return FontSource
-function FontSource.new(payload) end
-
-
-
----@class FontSource.Handle : EnumVariantRef
---- The `Handle` variant of `FontSource`.
-FontSource.Handle = {}
-
----@param variant FontSource.Handle
----@param payload FontSource.Handle.Fields
----@return FontSource
-function FontSource.Handle.new(variant,payload) end
-
-
-
----@class FontSource.Family : EnumVariantRef
---- The `Family` variant of `FontSource`.
-FontSource.Family = {}
-
----@param variant FontSource.Family
----@param payload FontSource.Family.Fields
----@return FontSource
-function FontSource.Family.new(variant,payload) end
-
-
-
----@class FontSource.Families : EnumVariantRef
---- The `Families` variant of `FontSource`.
-FontSource.Families = {}
-
----@param variant FontSource.Families
----@param payload FontSource.Families.Fields
----@return FontSource
-function FontSource.Families.new(variant,payload) end
-
-
-
----@class FontSource.List : EnumVariantRef
---- The `List` variant of `FontSource`.
-FontSource.List = {}
-
----@param variant FontSource.List
----@param payload FontSource.List.Fields
----@return FontSource
-function FontSource.List.new(variant,payload) end
-
-
-
----@class FontSource.Generic : EnumVariantRef
---- The `Generic` variant of `FontSource`.
-FontSource.Generic = {}
-
----@param variant FontSource.Generic
----@param payload FontSource.Generic.Fields
----@return FontSource
-function FontSource.Generic.new(variant,payload) end
-
-
-
----@class FontStyle : ReflectReference
----  The slant style of a font face: normal, italic, or oblique.
----@field  Normal FontStyle.Normal
----@field  Italic FontStyle.Italic
----@field  Oblique FontStyle.Oblique
-local FontStyle = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return FontStyle
-function FontStyle.new(payload) end
-
-
-
----@class FontStyle.Normal : EnumVariantRef
---- The `Normal` variant of `FontStyle`.
-FontStyle.Normal = {}
-
----@param variant FontStyle.Normal
----@param payload NoFields
----@return FontStyle
-function FontStyle.Normal.new(variant,payload) end
-
-
-
----@class FontStyle.Italic : EnumVariantRef
---- The `Italic` variant of `FontStyle`.
-FontStyle.Italic = {}
-
----@param variant FontStyle.Italic
----@param payload NoFields
----@return FontStyle
-function FontStyle.Italic.new(variant,payload) end
-
-
-
----@class FontStyle.Oblique : EnumVariantRef
---- The `Oblique` variant of `FontStyle`.
-FontStyle.Oblique = {}
-
----@param variant FontStyle.Oblique
----@param payload FontStyle.Oblique.Fields
----@return FontStyle
-function FontStyle.Oblique.new(variant,payload) end
-
-
-
----@class FontVariationTag : ReflectReference
----  An OpenType font variation tag.
----@field  [1] integer[]
-local FontVariationTag = {}
-
----@param payload FontVariationTag.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return FontVariationTag
-function FontVariationTag.new(payload) end
-
-
-
----@class FontVariations : ReflectReference
----  OpenType font variations for variable fonts that support them.
---- 
----  Variable fonts expose named axes (e.g. `wght`, `FILL`) that accept continuous `f32` values.
----  This is distinct from [`FontFeatures`], which mainly controls on/off OpenType layout features.
---- 
----  # Usage
----  ```
----  use bevy_text::{FontVariationTag, FontVariations};
---- 
----  let variations = FontVariations::builder()
----      .set(FontVariationTag::WEIGHT, 400.0)
----      .build();
----  ```
----@field  variations? [FontVariationTag, number][]
-local FontVariations = {}
-
----@param payload FontVariations.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return FontVariations
-function FontVariations.new(payload) end
-
-
-
----@class FontWeight : ReflectReference
----  How thick or bold the strokes of a font appear.
---- 
----  Valid font weights range from 1 to 1000, inclusive.
----  Weights above 1000 are clamped to 1000.
----  A weight of 0 is treated as [`FontWeight::DEFAULT`].
---- 
----  Legacy names from when most fonts weren't variable fonts
----  are included as const values, but are misleading if
----  used in documentation and examples, as valid weights
----  for variable fonts are all of the numbers from 1-1000, and
----  not all fonts which are not variable fonts have those weights
----  supplied. If you use a custom font that supplies only specific
----  weights, that will be documented where you purchased the font.
---- 
----  `<https://developer.mozilla.org/en-US/docs/Web/CSS/Reference/Properties/font-weight>`
----@field  [1] integer
-local FontWeight = {}
-
----@param payload FontWeight.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return FontWeight
-function FontWeight.new(payload) end
-
-
-
----@class FontWidth : ReflectReference
----  The visual width of a font as a ratio of its normal width, typically 0.5 to 2.0.
----  `<https://docs.microsoft.com/en-us/typography/opentype/spec/os2#uswidthclass>`
----@field  [1] number
-local FontWidth = {}
-
----@param payload FontWidth.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return FontWidth
-function FontWidth.new(payload) end
-
-
-
----@class GenericFontFamily : ReflectReference
----  Generic font families that are resolved through Parley's font database.
----@field  Serif GenericFontFamily.Serif
----@field  SansSerif GenericFontFamily.SansSerif
----@field  Cursive GenericFontFamily.Cursive
----@field  Fantasy GenericFontFamily.Fantasy
----@field  Monospace GenericFontFamily.Monospace
----@field  SystemUi GenericFontFamily.SystemUi
----@field  UiSerif GenericFontFamily.UiSerif
----@field  UiSansSerif GenericFontFamily.UiSansSerif
----@field  UiMonospace GenericFontFamily.UiMonospace
----@field  UiRounded GenericFontFamily.UiRounded
----@field  Emoji GenericFontFamily.Emoji
----@field  Math GenericFontFamily.Math
----@field  FangSong GenericFontFamily.FangSong
-local GenericFontFamily = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return GenericFontFamily
-function GenericFontFamily.new(payload) end
-
-
-
----@class GenericFontFamily.Serif : EnumVariantRef
---- The `Serif` variant of `GenericFontFamily`.
-GenericFontFamily.Serif = {}
-
----@param variant GenericFontFamily.Serif
----@param payload NoFields
----@return GenericFontFamily
-function GenericFontFamily.Serif.new(variant,payload) end
-
-
-
----@class GenericFontFamily.SansSerif : EnumVariantRef
---- The `SansSerif` variant of `GenericFontFamily`.
-GenericFontFamily.SansSerif = {}
-
----@param variant GenericFontFamily.SansSerif
----@param payload NoFields
----@return GenericFontFamily
-function GenericFontFamily.SansSerif.new(variant,payload) end
-
-
-
----@class GenericFontFamily.Cursive : EnumVariantRef
---- The `Cursive` variant of `GenericFontFamily`.
-GenericFontFamily.Cursive = {}
-
----@param variant GenericFontFamily.Cursive
----@param payload NoFields
----@return GenericFontFamily
-function GenericFontFamily.Cursive.new(variant,payload) end
-
-
-
----@class GenericFontFamily.Fantasy : EnumVariantRef
---- The `Fantasy` variant of `GenericFontFamily`.
-GenericFontFamily.Fantasy = {}
-
----@param variant GenericFontFamily.Fantasy
----@param payload NoFields
----@return GenericFontFamily
-function GenericFontFamily.Fantasy.new(variant,payload) end
-
-
-
----@class GenericFontFamily.Monospace : EnumVariantRef
---- The `Monospace` variant of `GenericFontFamily`.
-GenericFontFamily.Monospace = {}
-
----@param variant GenericFontFamily.Monospace
----@param payload NoFields
----@return GenericFontFamily
-function GenericFontFamily.Monospace.new(variant,payload) end
-
-
-
----@class GenericFontFamily.SystemUi : EnumVariantRef
---- The `SystemUi` variant of `GenericFontFamily`.
-GenericFontFamily.SystemUi = {}
-
----@param variant GenericFontFamily.SystemUi
----@param payload NoFields
----@return GenericFontFamily
-function GenericFontFamily.SystemUi.new(variant,payload) end
-
-
-
----@class GenericFontFamily.UiSerif : EnumVariantRef
---- The `UiSerif` variant of `GenericFontFamily`.
-GenericFontFamily.UiSerif = {}
-
----@param variant GenericFontFamily.UiSerif
----@param payload NoFields
----@return GenericFontFamily
-function GenericFontFamily.UiSerif.new(variant,payload) end
-
-
-
----@class GenericFontFamily.UiSansSerif : EnumVariantRef
---- The `UiSansSerif` variant of `GenericFontFamily`.
-GenericFontFamily.UiSansSerif = {}
-
----@param variant GenericFontFamily.UiSansSerif
----@param payload NoFields
----@return GenericFontFamily
-function GenericFontFamily.UiSansSerif.new(variant,payload) end
-
-
-
----@class GenericFontFamily.UiMonospace : EnumVariantRef
---- The `UiMonospace` variant of `GenericFontFamily`.
-GenericFontFamily.UiMonospace = {}
-
----@param variant GenericFontFamily.UiMonospace
----@param payload NoFields
----@return GenericFontFamily
-function GenericFontFamily.UiMonospace.new(variant,payload) end
-
-
-
----@class GenericFontFamily.UiRounded : EnumVariantRef
---- The `UiRounded` variant of `GenericFontFamily`.
-GenericFontFamily.UiRounded = {}
-
----@param variant GenericFontFamily.UiRounded
----@param payload NoFields
----@return GenericFontFamily
-function GenericFontFamily.UiRounded.new(variant,payload) end
-
-
-
----@class GenericFontFamily.Emoji : EnumVariantRef
---- The `Emoji` variant of `GenericFontFamily`.
-GenericFontFamily.Emoji = {}
-
----@param variant GenericFontFamily.Emoji
----@param payload NoFields
----@return GenericFontFamily
-function GenericFontFamily.Emoji.new(variant,payload) end
-
-
-
----@class GenericFontFamily.Math : EnumVariantRef
---- The `Math` variant of `GenericFontFamily`.
-GenericFontFamily.Math = {}
-
----@param variant GenericFontFamily.Math
----@param payload NoFields
----@return GenericFontFamily
-function GenericFontFamily.Math.new(variant,payload) end
-
-
-
----@class GenericFontFamily.FangSong : EnumVariantRef
---- The `FangSong` variant of `GenericFontFamily`.
-GenericFontFamily.FangSong = {}
-
----@param variant GenericFontFamily.FangSong
----@param payload NoFields
----@return GenericFontFamily
-function GenericFontFamily.FangSong.new(variant,payload) end
-
-
-
----@class Justify : ReflectReference
----  Describes the horizontal alignment of multiple lines of text relative to each other.
---- 
----  This only affects the internal positioning of the lines of text within a text entity and
----  does not affect the text entity's position.
---- 
----  _Has no affect on a single line text entity_, unless used together with a
----  [`TextBounds`](super::bounds::TextBounds) component with an explicit `width` value.
----@field  Left Justify.Left
----@field  Center Justify.Center
----@field  Right Justify.Right
----@field  Justified Justify.Justified
----@field  Start Justify.Start
----@field  End Justify.End
-local Justify = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Justify
-function Justify.new(payload) end
-
-
-
----@class Justify.Left : EnumVariantRef
---- The `Left` variant of `Justify`.
-Justify.Left = {}
-
----@param variant Justify.Left
----@param payload NoFields
----@return Justify
-function Justify.Left.new(variant,payload) end
-
-
-
----@class Justify.Center : EnumVariantRef
---- The `Center` variant of `Justify`.
-Justify.Center = {}
-
----@param variant Justify.Center
----@param payload NoFields
----@return Justify
-function Justify.Center.new(variant,payload) end
-
-
-
----@class Justify.Right : EnumVariantRef
---- The `Right` variant of `Justify`.
-Justify.Right = {}
-
----@param variant Justify.Right
----@param payload NoFields
----@return Justify
-function Justify.Right.new(variant,payload) end
-
-
-
----@class Justify.Justified : EnumVariantRef
---- The `Justified` variant of `Justify`.
-Justify.Justified = {}
-
----@param variant Justify.Justified
----@param payload NoFields
----@return Justify
-function Justify.Justified.new(variant,payload) end
-
-
-
----@class Justify.Start : EnumVariantRef
---- The `Start` variant of `Justify`.
-Justify.Start = {}
-
----@param variant Justify.Start
----@param payload NoFields
----@return Justify
-function Justify.Start.new(variant,payload) end
-
-
-
----@class Justify.End : EnumVariantRef
---- The `End` variant of `Justify`.
-Justify.End = {}
-
----@param variant Justify.End
----@param payload NoFields
----@return Justify
-function Justify.End.new(variant,payload) end
-
-
-
----@class LineBreak : ReflectReference
----  Determines how lines will be broken when preventing text from running out of bounds.
----@field  WordBoundary LineBreak.WordBoundary
----@field  AnyCharacter LineBreak.AnyCharacter
----@field  WordOrCharacter LineBreak.WordOrCharacter
----@field  NoWrap LineBreak.NoWrap
-local LineBreak = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return LineBreak
-function LineBreak.new(payload) end
-
-
-
----@class LineBreak.WordBoundary : EnumVariantRef
---- The `WordBoundary` variant of `LineBreak`.
-LineBreak.WordBoundary = {}
-
----@param variant LineBreak.WordBoundary
----@param payload NoFields
----@return LineBreak
-function LineBreak.WordBoundary.new(variant,payload) end
-
-
-
----@class LineBreak.AnyCharacter : EnumVariantRef
---- The `AnyCharacter` variant of `LineBreak`.
-LineBreak.AnyCharacter = {}
-
----@param variant LineBreak.AnyCharacter
----@param payload NoFields
----@return LineBreak
-function LineBreak.AnyCharacter.new(variant,payload) end
-
-
-
----@class LineBreak.WordOrCharacter : EnumVariantRef
---- The `WordOrCharacter` variant of `LineBreak`.
-LineBreak.WordOrCharacter = {}
-
----@param variant LineBreak.WordOrCharacter
----@param payload NoFields
----@return LineBreak
-function LineBreak.WordOrCharacter.new(variant,payload) end
-
-
-
----@class LineBreak.NoWrap : EnumVariantRef
---- The `NoWrap` variant of `LineBreak`.
-LineBreak.NoWrap = {}
-
----@param variant LineBreak.NoWrap
----@param payload NoFields
----@return LineBreak
-function LineBreak.NoWrap.new(variant,payload) end
-
-
-
----@class RemSize : ReflectReference
----  The root font size, in logical pixels.
---- 
----  `Rem` units always resolve against this one global resource, including
----  `FontSize::Rem`, `LetterSpacing::Rem` and `Val::Rem`.
----@field  [1] number
-local RemSize = {}
-
----@param payload RemSize.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return RemSize
-function RemSize.new(payload) end
-
-
-
----@class Fixed : ReflectReference
----  The fixed timestep game clock following virtual time.
---- 
----  A specialization of the [`Time`] structure. **For method documentation, see
----  [`Time<Fixed>#impl-Time<Fixed>`].**
---- 
----  It is automatically inserted as a resource by
----  [`TimePlugin`](crate::TimePlugin) and updated based on
----  [`Time<Virtual>`](Virtual). The fixed clock is automatically set as the
----  generic [`Time`] resource during [`FixedUpdate`](bevy_app::FixedUpdate)
----  schedule processing.
---- 
----  The fixed timestep clock advances in fixed-size increments, which is
----  extremely useful for writing logic (like physics) that should have
----  consistent behavior, regardless of framerate.
---- 
----  The default [`timestep()`](Time::timestep) is 64 hertz, or 15625
----  microseconds. This value was chosen because using 60 hertz has the potential
----  for a pathological interaction with the monitor refresh rate where the game
----  alternates between running two fixed timesteps and zero fixed timesteps per
----  frame (for example when running two fixed timesteps takes longer than a
----  frame). Additionally, the value is a power of two which losslessly converts
----  into [`f32`] and [`f64`].
---- 
----  To run a system on a fixed timestep, add it to one of the [`FixedMain`]
----  schedules, most commonly [`FixedUpdate`](bevy_app::FixedUpdate).
---- 
----  This schedule is run a number of times between
----  [`PreUpdate`](bevy_app::PreUpdate) and [`Update`](bevy_app::Update)
----  according to the accumulated [`overstep()`](Time::overstep) time divided by
----  the [`timestep()`](Time::timestep). This means the schedule may run 0, 1 or
----  more times during a single update (which typically corresponds to a rendered
----  frame).
---- 
----  `Time<Fixed>` and the generic [`Time`] resource will report a
----  [`delta()`](Time::delta) equal to [`timestep()`](Time::timestep) and always
----  grow [`elapsed()`](Time::elapsed) by one [`timestep()`](Time::timestep) per
----  iteration.
---- 
----  The fixed timestep clock follows the [`Time<Virtual>`](Virtual) clock, which
----  means it is affected by [`pause()`](Time::pause),
----  [`set_relative_speed()`](Time::set_relative_speed) and
----  [`set_max_delta()`](Time::set_max_delta) from virtual time. If the virtual
----  clock is paused, the [`FixedUpdate`](bevy_app::FixedUpdate) schedule will
----  not run. It is guaranteed that the [`elapsed()`](Time::elapsed) time in
----  `Time<Fixed>` is always between the previous `elapsed()` and the current
----  `elapsed()` value in `Time<Virtual>`, so the values are compatible.
---- 
----  Changing the timestep size while the game is running should not normally be
----  done, as having a regular interval is the point of this schedule, but it may
----  be necessary for effects like "bullet-time" if the normal granularity of the
----  fixed timestep is too big for the slowed down time. In this case,
----  [`set_timestep()`](Time::set_timestep) and be called to set a new value. The
----  new value will be used immediately for the next run of the
----  [`FixedUpdate`](bevy_app::FixedUpdate) schedule, meaning that it will affect
----  the [`delta()`](Time::delta) value for the very next
----  [`FixedUpdate`](bevy_app::FixedUpdate), even if it is still during the same
----  frame. Any [`overstep()`](Time::overstep) present in the accumulator will be
----  processed according to the new [`timestep()`](Time::timestep) value.
----@field  timestep? Duration
----@field  overstep? Duration
-local Fixed = {}
-
----@param payload Fixed.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Fixed
-function Fixed.new(payload) end
-
-
-
----@class Real : ReflectReference
----  Real time clock representing elapsed wall clock time.
---- 
----  A specialization of the [`Time`] structure. **For method documentation, see
----  [`Time<Real>#impl-Time<Real>`].**
---- 
----  It is automatically inserted as a resource by
----  [`TimePlugin`](crate::TimePlugin) and updated with time instants according
----  to [`TimeUpdateStrategy`](crate::TimeUpdateStrategy).[^disclaimer]
---- 
----  Note:
----  Using [`TimeUpdateStrategy::ManualDuration`](crate::TimeUpdateStrategy::ManualDuration)
----  allows for mocking the wall clock for testing purposes.
----  Besides this use case, it is not recommended to do this, as it will no longer
----  represent "wall clock" time as intended.
---- 
----  The [`delta()`](Time::delta) and [`elapsed()`](Time::elapsed) values of this
----  clock should be used for anything which deals specifically with real time
----  (wall clock time). It will not be affected by relative game speed
----  adjustments, pausing or other adjustments.[^disclaimer]
---- 
----  The clock does not count time from [`startup()`](Time::startup) to
----  [`first_update()`](Time::first_update()) into elapsed, but instead will
----  start counting time from the first update call. [`delta()`](Time::delta) and
----  [`elapsed()`](Time::elapsed) will report zero on the first update as there
----  is no previous update instant. This means that a [`delta()`](Time::delta) of
----  zero must be handled without errors in application logic, as it may
----  theoretically also happen at other times.
---- 
----  [`Instant`]s for [`startup()`](Time::startup),
----  [`first_update()`](Time::first_update) and
----  [`last_update()`](Time::last_update) are recorded and accessible.
---- 
----  [^disclaimer]: When using [`TimeUpdateStrategy::ManualDuration`](crate::TimeUpdateStrategy::ManualDuration),
----      [`Time<Real>#impl-Time<Real>`] is only a *mock* of wall clock time.
---- 
----@field  startup? Instant
----@field  first_update? Instant | nil
----@field  last_update? Instant | nil
-local Real = {}
-
----@param payload Real.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Real
-function Real.new(payload) end
-
-
-
----@class TimerMode : ReflectReference
----  Specifies [`Timer`] behavior.
----@field  Once TimerMode.Once
----@field  Repeating TimerMode.Repeating
-local TimerMode = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return TimerMode
-function TimerMode.new(payload) end
-
-
-
----@class TimerMode.Once : EnumVariantRef
---- The `Once` variant of `TimerMode`.
-TimerMode.Once = {}
-
----@param variant TimerMode.Once
----@param payload NoFields
----@return TimerMode
-function TimerMode.Once.new(variant,payload) end
-
-
-
----@class TimerMode.Repeating : EnumVariantRef
---- The `Repeating` variant of `TimerMode`.
-TimerMode.Repeating = {}
-
----@param variant TimerMode.Repeating
----@param payload NoFields
----@return TimerMode
-function TimerMode.Repeating.new(variant,payload) end
-
-
-
----@class Virtual : ReflectReference
----  The virtual game clock representing game time.
---- 
----  A specialization of the [`Time`] structure. **For method documentation, see
----  [`Time<Virtual>#impl-Time<Virtual>`].**
---- 
----  Normally used as `Time<Virtual>`. It is automatically inserted as a resource
----  by [`TimePlugin`](crate::TimePlugin) and updated based on
----  [`Time<Real>`](Real). The virtual clock is automatically set as the default
----  generic [`Time`] resource for the update.
---- 
----  The virtual clock differs from real time clock in that it can be paused, sped up
----  and slowed down. It also limits how much it can advance in a single update
----  in order to prevent unexpected behavior in cases where updates do not happen
----  at regular intervals (e.g. coming back after the program was suspended a long time).
---- 
----  The virtual clock can be paused by calling [`pause()`](Time::pause),
----  unpaused by calling [`unpause()`](Time::unpause), or toggled by calling
----  [`toggle()`](Time::toggle). When the game clock is
----  paused [`delta()`](Time::delta) will be zero on each update, and
----  [`elapsed()`](Time::elapsed) will not grow.
----  [`effective_speed()`](Time::effective_speed) will return `0.0`. Calling
----  [`pause()`](Time::pause) will not affect value the [`delta()`](Time::delta)
----  value for the update currently being processed.
---- 
----  The speed of the virtual clock can be changed by calling
----  [`set_relative_speed()`](Time::set_relative_speed). A value of `2.0` means
----  that virtual clock should advance twice as fast as real time, meaning that
----  [`delta()`](Time::delta) values will be double of what
----  [`Time<Real>::delta()`](Time::delta) reports and
----  [`elapsed()`](Time::elapsed) will go twice as fast as
----  [`Time<Real>::elapsed()`](Time::elapsed). Calling
----  [`set_relative_speed()`](Time::set_relative_speed) will not affect the
----  [`delta()`](Time::delta) value for the update currently being processed.
---- 
----  The maximum amount of delta time that can be added by a single update can be
----  set by [`set_max_delta()`](Time::set_max_delta). This value serves a dual
----  purpose in the virtual clock.
---- 
----  If the game temporarily freezes due to any reason, such as disk access, a
----  blocking system call, or operating system level suspend, reporting the full
----  elapsed delta time is likely to cause bugs in game logic. Usually if a
----  laptop is suspended for an hour, it doesn't make sense to try to simulate
----  the game logic for the elapsed hour when resuming. Instead it is better to
----  lose the extra time and pretend a shorter duration of time passed. Setting
----  [`max_delta()`](Time::max_delta) to a relatively short time means that the
----  impact on game logic will be minimal.
---- 
----  If the game lags for some reason, meaning that it will take a longer time to
----  compute a frame than the real time that passes during the computation, then
----  we would fall behind in processing virtual time. If this situation persists,
----  and computing a frame takes longer depending on how much virtual time has
----  passed, the game would enter a "death spiral" where computing each frame
----  takes longer and longer and the game will appear to freeze. By limiting the
----  maximum time that can be added at once, we also limit the amount of virtual
----  time the game needs to compute for each frame. This means that the game will
----  run slow, and it will run slower than real time, but it will not freeze and
----  it will recover as soon as computation becomes fast again.
---- 
----  You should set [`max_delta()`](Time::max_delta) to a value that is
----  approximately the minimum FPS your game should have even if heavily lagged
----  for a moment. The actual FPS when lagged will be somewhat lower than this,
----  depending on how much more time it takes to compute a frame compared to real
----  time. You should also consider how stable your FPS is, as the limit will
----  also dictate how big of an FPS drop you can accept without losing time and
----  falling behind real time.
----@field  max_delta? Duration
----@field  paused? boolean
----@field  relative_speed? number
----@field  effective_speed? number
-local Virtual = {}
-
----@param payload Virtual.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Virtual
-function Virtual.new(payload) end
-
-
-
----@class CornerRadius : ReflectReference
----  The horizontal and vertical radii of a rounded corner's elliptical arc.
----  If one field is auto, the resolved radius will be circular and clamped to half the length of the node's shortest side.
----  If either field is zero, or both are auto, the node will have square corners.
---- 
----  # Example
---- 
----  ```
----  # use bevy_math::{Vec2, Vec2Swizzles};
----  # use bevy_ui::{CornerRadius, Val};
----  # use bevy_text::{EmSize, RemSize};
----  let radius = Val::Px(10.0);
----  let size = Vec2::new(100.0, 50.0);
----  let viewport_size = Vec2::new(1920.0, 1080.0);
----  let em_size = EmSize(20.0);
----  let rem_size = RemSize(20.0);
---- 
----  let c1 = CornerRadius {
----      x: radius,
----      y: Val::ZERO,
----  };
----  let c2 = CornerRadius {
----      x: Val::ZERO,
----      y: radius,
----  };
----  let r = c1.resolve(1.0, size, viewport_size, em_size, rem_size);
----  assert_eq!(
----      r,
----      c2.resolve(1.0, size, viewport_size, em_size, rem_size).yx(),
----  );
----  assert_eq!(
----      r,
----      Vec2::new(10.0, 0.0),
----  );
----  ```
----@field  x? Val
----@field  y? Val
-local CornerRadius = {}
-
----@param payload CornerRadius.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return CornerRadius
-function CornerRadius.new(payload) end
-
-
-
----@class AlignContent : ReflectReference
----  Used to control how items are distributed.
----  - For Flexbox containers, controls alignment of lines if `flex_wrap` is set to [`FlexWrap::Wrap`] and there are multiple lines of items.
----  - For CSS Grid containers, controls alignment of grid rows.
---- 
----  # Safe alignments
---- 
----  Safe alignments will fall back to [`Self::Start`] if aligning the items would overflow the container, so
----  the start of the content stays visible.
---- 
----  <https://developer.mozilla.org/en-US/docs/Web/CSS/align-content>
----@field  Default AlignContent.Default
----@field  Start AlignContent.Start
----@field  StartSafe AlignContent.StartSafe
----@field  End AlignContent.End
----@field  EndSafe AlignContent.EndSafe
----@field  FlexStart AlignContent.FlexStart
----@field  FlexStartSafe AlignContent.FlexStartSafe
----@field  FlexEnd AlignContent.FlexEnd
----@field  FlexEndSafe AlignContent.FlexEndSafe
----@field  Center AlignContent.Center
----@field  CenterSafe AlignContent.CenterSafe
----@field  Stretch AlignContent.Stretch
----@field  SpaceBetween AlignContent.SpaceBetween
----@field  SpaceEvenly AlignContent.SpaceEvenly
----@field  SpaceAround AlignContent.SpaceAround
-local AlignContent = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return AlignContent
-function AlignContent.new(payload) end
-
-
-
----@class AlignContent.Default : EnumVariantRef
---- The `Default` variant of `AlignContent`.
-AlignContent.Default = {}
-
----@param variant AlignContent.Default
----@param payload NoFields
----@return AlignContent
-function AlignContent.Default.new(variant,payload) end
-
-
-
----@class AlignContent.Start : EnumVariantRef
---- The `Start` variant of `AlignContent`.
-AlignContent.Start = {}
-
----@param variant AlignContent.Start
----@param payload NoFields
----@return AlignContent
-function AlignContent.Start.new(variant,payload) end
-
-
-
----@class AlignContent.StartSafe : EnumVariantRef
---- The `StartSafe` variant of `AlignContent`.
-AlignContent.StartSafe = {}
-
----@param variant AlignContent.StartSafe
----@param payload NoFields
----@return AlignContent
-function AlignContent.StartSafe.new(variant,payload) end
-
-
-
----@class AlignContent.End : EnumVariantRef
---- The `End` variant of `AlignContent`.
-AlignContent.End = {}
-
----@param variant AlignContent.End
----@param payload NoFields
----@return AlignContent
-function AlignContent.End.new(variant,payload) end
-
-
-
----@class AlignContent.EndSafe : EnumVariantRef
---- The `EndSafe` variant of `AlignContent`.
-AlignContent.EndSafe = {}
-
----@param variant AlignContent.EndSafe
----@param payload NoFields
----@return AlignContent
-function AlignContent.EndSafe.new(variant,payload) end
-
-
-
----@class AlignContent.FlexStart : EnumVariantRef
---- The `FlexStart` variant of `AlignContent`.
-AlignContent.FlexStart = {}
-
----@param variant AlignContent.FlexStart
----@param payload NoFields
----@return AlignContent
-function AlignContent.FlexStart.new(variant,payload) end
-
-
-
----@class AlignContent.FlexStartSafe : EnumVariantRef
---- The `FlexStartSafe` variant of `AlignContent`.
-AlignContent.FlexStartSafe = {}
-
----@param variant AlignContent.FlexStartSafe
----@param payload NoFields
----@return AlignContent
-function AlignContent.FlexStartSafe.new(variant,payload) end
-
-
-
----@class AlignContent.FlexEnd : EnumVariantRef
---- The `FlexEnd` variant of `AlignContent`.
-AlignContent.FlexEnd = {}
-
----@param variant AlignContent.FlexEnd
----@param payload NoFields
----@return AlignContent
-function AlignContent.FlexEnd.new(variant,payload) end
-
-
-
----@class AlignContent.FlexEndSafe : EnumVariantRef
---- The `FlexEndSafe` variant of `AlignContent`.
-AlignContent.FlexEndSafe = {}
-
----@param variant AlignContent.FlexEndSafe
----@param payload NoFields
----@return AlignContent
-function AlignContent.FlexEndSafe.new(variant,payload) end
-
-
-
----@class AlignContent.Center : EnumVariantRef
---- The `Center` variant of `AlignContent`.
-AlignContent.Center = {}
-
----@param variant AlignContent.Center
----@param payload NoFields
----@return AlignContent
-function AlignContent.Center.new(variant,payload) end
-
-
-
----@class AlignContent.CenterSafe : EnumVariantRef
---- The `CenterSafe` variant of `AlignContent`.
-AlignContent.CenterSafe = {}
-
----@param variant AlignContent.CenterSafe
----@param payload NoFields
----@return AlignContent
-function AlignContent.CenterSafe.new(variant,payload) end
-
-
-
----@class AlignContent.Stretch : EnumVariantRef
---- The `Stretch` variant of `AlignContent`.
-AlignContent.Stretch = {}
-
----@param variant AlignContent.Stretch
----@param payload NoFields
----@return AlignContent
-function AlignContent.Stretch.new(variant,payload) end
-
-
-
----@class AlignContent.SpaceBetween : EnumVariantRef
---- The `SpaceBetween` variant of `AlignContent`.
-AlignContent.SpaceBetween = {}
-
----@param variant AlignContent.SpaceBetween
----@param payload NoFields
----@return AlignContent
-function AlignContent.SpaceBetween.new(variant,payload) end
-
-
-
----@class AlignContent.SpaceEvenly : EnumVariantRef
---- The `SpaceEvenly` variant of `AlignContent`.
-AlignContent.SpaceEvenly = {}
-
----@param variant AlignContent.SpaceEvenly
----@param payload NoFields
----@return AlignContent
-function AlignContent.SpaceEvenly.new(variant,payload) end
-
-
-
----@class AlignContent.SpaceAround : EnumVariantRef
---- The `SpaceAround` variant of `AlignContent`.
-AlignContent.SpaceAround = {}
-
----@param variant AlignContent.SpaceAround
----@param payload NoFields
----@return AlignContent
-function AlignContent.SpaceAround.new(variant,payload) end
-
-
-
----@class AlignItems : ReflectReference
----  Used to control how each individual item is aligned by default within the space they're given.
----  - For Flexbox containers, sets default cross axis alignment of the child items.
----  - For CSS Grid containers, controls block (vertical) axis alignment of children of this grid container within their grid areas.
---- 
----  # Safe alignments
---- 
----  Safe alignments will fall back to [`Self::Start`] if aligning the items would overflow the container, so
----  the start of the content stays visible.
---- 
----  <https://developer.mozilla.org/en-US/docs/Web/CSS/align-items>
----@field  Default AlignItems.Default
----@field  Start AlignItems.Start
----@field  StartSafe AlignItems.StartSafe
----@field  End AlignItems.End
----@field  EndSafe AlignItems.EndSafe
----@field  FlexStart AlignItems.FlexStart
----@field  FlexStartSafe AlignItems.FlexStartSafe
----@field  FlexEnd AlignItems.FlexEnd
----@field  FlexEndSafe AlignItems.FlexEndSafe
----@field  Center AlignItems.Center
----@field  CenterSafe AlignItems.CenterSafe
----@field  Baseline AlignItems.Baseline
----@field  Stretch AlignItems.Stretch
-local AlignItems = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return AlignItems
-function AlignItems.new(payload) end
-
-
-
----@class AlignItems.Default : EnumVariantRef
---- The `Default` variant of `AlignItems`.
-AlignItems.Default = {}
-
----@param variant AlignItems.Default
----@param payload NoFields
----@return AlignItems
-function AlignItems.Default.new(variant,payload) end
-
-
-
----@class AlignItems.Start : EnumVariantRef
---- The `Start` variant of `AlignItems`.
-AlignItems.Start = {}
-
----@param variant AlignItems.Start
----@param payload NoFields
----@return AlignItems
-function AlignItems.Start.new(variant,payload) end
-
-
-
----@class AlignItems.StartSafe : EnumVariantRef
---- The `StartSafe` variant of `AlignItems`.
-AlignItems.StartSafe = {}
-
----@param variant AlignItems.StartSafe
----@param payload NoFields
----@return AlignItems
-function AlignItems.StartSafe.new(variant,payload) end
-
-
-
----@class AlignItems.End : EnumVariantRef
---- The `End` variant of `AlignItems`.
-AlignItems.End = {}
-
----@param variant AlignItems.End
----@param payload NoFields
----@return AlignItems
-function AlignItems.End.new(variant,payload) end
-
-
-
----@class AlignItems.EndSafe : EnumVariantRef
---- The `EndSafe` variant of `AlignItems`.
-AlignItems.EndSafe = {}
-
----@param variant AlignItems.EndSafe
----@param payload NoFields
----@return AlignItems
-function AlignItems.EndSafe.new(variant,payload) end
-
-
-
----@class AlignItems.FlexStart : EnumVariantRef
---- The `FlexStart` variant of `AlignItems`.
-AlignItems.FlexStart = {}
-
----@param variant AlignItems.FlexStart
----@param payload NoFields
----@return AlignItems
-function AlignItems.FlexStart.new(variant,payload) end
-
-
-
----@class AlignItems.FlexStartSafe : EnumVariantRef
---- The `FlexStartSafe` variant of `AlignItems`.
-AlignItems.FlexStartSafe = {}
-
----@param variant AlignItems.FlexStartSafe
----@param payload NoFields
----@return AlignItems
-function AlignItems.FlexStartSafe.new(variant,payload) end
-
-
-
----@class AlignItems.FlexEnd : EnumVariantRef
---- The `FlexEnd` variant of `AlignItems`.
-AlignItems.FlexEnd = {}
-
----@param variant AlignItems.FlexEnd
----@param payload NoFields
----@return AlignItems
-function AlignItems.FlexEnd.new(variant,payload) end
-
-
-
----@class AlignItems.FlexEndSafe : EnumVariantRef
---- The `FlexEndSafe` variant of `AlignItems`.
-AlignItems.FlexEndSafe = {}
-
----@param variant AlignItems.FlexEndSafe
----@param payload NoFields
----@return AlignItems
-function AlignItems.FlexEndSafe.new(variant,payload) end
-
-
-
----@class AlignItems.Center : EnumVariantRef
---- The `Center` variant of `AlignItems`.
-AlignItems.Center = {}
-
----@param variant AlignItems.Center
----@param payload NoFields
----@return AlignItems
-function AlignItems.Center.new(variant,payload) end
-
-
-
----@class AlignItems.CenterSafe : EnumVariantRef
---- The `CenterSafe` variant of `AlignItems`.
-AlignItems.CenterSafe = {}
-
----@param variant AlignItems.CenterSafe
----@param payload NoFields
----@return AlignItems
-function AlignItems.CenterSafe.new(variant,payload) end
-
-
-
----@class AlignItems.Baseline : EnumVariantRef
---- The `Baseline` variant of `AlignItems`.
-AlignItems.Baseline = {}
-
----@param variant AlignItems.Baseline
----@param payload NoFields
----@return AlignItems
-function AlignItems.Baseline.new(variant,payload) end
-
-
-
----@class AlignItems.Stretch : EnumVariantRef
---- The `Stretch` variant of `AlignItems`.
-AlignItems.Stretch = {}
-
----@param variant AlignItems.Stretch
----@param payload NoFields
----@return AlignItems
-function AlignItems.Stretch.new(variant,payload) end
-
-
-
----@class AlignSelf : ReflectReference
----  Used to control how the specified item is aligned within the space it's given.
----  - For Flexbox items, controls cross axis alignment of the item.
----  - For CSS Grid items, controls block (vertical) axis alignment of a grid item within its grid area.
---- 
----  # Safe alignments
---- 
----  Safe alignments will fall back to [`Self::Start`] if aligning the items would overflow the container, so
----  the start of the content stays visible.
---- 
----  <https://developer.mozilla.org/en-US/docs/Web/CSS/align-self>
----@field  Auto AlignSelf.Auto
----@field  Start AlignSelf.Start
----@field  StartSafe AlignSelf.StartSafe
----@field  End AlignSelf.End
----@field  EndSafe AlignSelf.EndSafe
----@field  FlexStart AlignSelf.FlexStart
----@field  FlexStartSafe AlignSelf.FlexStartSafe
----@field  FlexEnd AlignSelf.FlexEnd
----@field  FlexEndSafe AlignSelf.FlexEndSafe
----@field  Center AlignSelf.Center
----@field  CenterSafe AlignSelf.CenterSafe
----@field  Baseline AlignSelf.Baseline
----@field  Stretch AlignSelf.Stretch
-local AlignSelf = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return AlignSelf
-function AlignSelf.new(payload) end
-
-
-
----@class AlignSelf.Auto : EnumVariantRef
---- The `Auto` variant of `AlignSelf`.
-AlignSelf.Auto = {}
-
----@param variant AlignSelf.Auto
----@param payload NoFields
----@return AlignSelf
-function AlignSelf.Auto.new(variant,payload) end
-
-
-
----@class AlignSelf.Start : EnumVariantRef
---- The `Start` variant of `AlignSelf`.
-AlignSelf.Start = {}
-
----@param variant AlignSelf.Start
----@param payload NoFields
----@return AlignSelf
-function AlignSelf.Start.new(variant,payload) end
-
-
-
----@class AlignSelf.StartSafe : EnumVariantRef
---- The `StartSafe` variant of `AlignSelf`.
-AlignSelf.StartSafe = {}
-
----@param variant AlignSelf.StartSafe
----@param payload NoFields
----@return AlignSelf
-function AlignSelf.StartSafe.new(variant,payload) end
-
-
-
----@class AlignSelf.End : EnumVariantRef
---- The `End` variant of `AlignSelf`.
-AlignSelf.End = {}
-
----@param variant AlignSelf.End
----@param payload NoFields
----@return AlignSelf
-function AlignSelf.End.new(variant,payload) end
-
-
-
----@class AlignSelf.EndSafe : EnumVariantRef
---- The `EndSafe` variant of `AlignSelf`.
-AlignSelf.EndSafe = {}
-
----@param variant AlignSelf.EndSafe
----@param payload NoFields
----@return AlignSelf
-function AlignSelf.EndSafe.new(variant,payload) end
-
-
-
----@class AlignSelf.FlexStart : EnumVariantRef
---- The `FlexStart` variant of `AlignSelf`.
-AlignSelf.FlexStart = {}
-
----@param variant AlignSelf.FlexStart
----@param payload NoFields
----@return AlignSelf
-function AlignSelf.FlexStart.new(variant,payload) end
-
-
-
----@class AlignSelf.FlexStartSafe : EnumVariantRef
---- The `FlexStartSafe` variant of `AlignSelf`.
-AlignSelf.FlexStartSafe = {}
-
----@param variant AlignSelf.FlexStartSafe
----@param payload NoFields
----@return AlignSelf
-function AlignSelf.FlexStartSafe.new(variant,payload) end
-
-
-
----@class AlignSelf.FlexEnd : EnumVariantRef
---- The `FlexEnd` variant of `AlignSelf`.
-AlignSelf.FlexEnd = {}
-
----@param variant AlignSelf.FlexEnd
----@param payload NoFields
----@return AlignSelf
-function AlignSelf.FlexEnd.new(variant,payload) end
-
-
-
----@class AlignSelf.FlexEndSafe : EnumVariantRef
---- The `FlexEndSafe` variant of `AlignSelf`.
-AlignSelf.FlexEndSafe = {}
-
----@param variant AlignSelf.FlexEndSafe
----@param payload NoFields
----@return AlignSelf
-function AlignSelf.FlexEndSafe.new(variant,payload) end
-
-
-
----@class AlignSelf.Center : EnumVariantRef
---- The `Center` variant of `AlignSelf`.
-AlignSelf.Center = {}
-
----@param variant AlignSelf.Center
----@param payload NoFields
----@return AlignSelf
-function AlignSelf.Center.new(variant,payload) end
-
-
-
----@class AlignSelf.CenterSafe : EnumVariantRef
---- The `CenterSafe` variant of `AlignSelf`.
-AlignSelf.CenterSafe = {}
-
----@param variant AlignSelf.CenterSafe
----@param payload NoFields
----@return AlignSelf
-function AlignSelf.CenterSafe.new(variant,payload) end
-
-
-
----@class AlignSelf.Baseline : EnumVariantRef
---- The `Baseline` variant of `AlignSelf`.
-AlignSelf.Baseline = {}
-
----@param variant AlignSelf.Baseline
----@param payload NoFields
----@return AlignSelf
-function AlignSelf.Baseline.new(variant,payload) end
-
-
-
----@class AlignSelf.Stretch : EnumVariantRef
---- The `Stretch` variant of `AlignSelf`.
-AlignSelf.Stretch = {}
-
----@param variant AlignSelf.Stretch
----@param payload NoFields
----@return AlignSelf
-function AlignSelf.Stretch.new(variant,payload) end
-
-
-
----@class BackgroundColor : ReflectReference
----  The background color of the node
---- 
----  This serves as the "fill" color.
----@field  [1] Color
-local BackgroundColor = {}
-
----@param payload BackgroundColor.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return BackgroundColor
-function BackgroundColor.new(payload) end
-
-
-
----@class BoxSizing : ReflectReference
----  Which part of a Node's box length styles like width and height control
---- 
----  See: <https://developer.mozilla.org/en-US/docs/Web/CSS/box-sizing>
----@field  BorderBox BoxSizing.BorderBox
----@field  ContentBox BoxSizing.ContentBox
-local BoxSizing = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return BoxSizing
-function BoxSizing.new(payload) end
-
-
-
----@class BoxSizing.BorderBox : EnumVariantRef
---- The `BorderBox` variant of `BoxSizing`.
-BoxSizing.BorderBox = {}
-
----@param variant BoxSizing.BorderBox
----@param payload NoFields
----@return BoxSizing
-function BoxSizing.BorderBox.new(variant,payload) end
-
-
-
----@class BoxSizing.ContentBox : EnumVariantRef
---- The `ContentBox` variant of `BoxSizing`.
-BoxSizing.ContentBox = {}
-
----@param variant BoxSizing.ContentBox
----@param payload NoFields
----@return BoxSizing
-function BoxSizing.ContentBox.new(variant,payload) end
-
-
-
----@class Display : ReflectReference
----  Defines the layout model used by this node.
---- 
----  Part of the [`Node`] component.
----@field  Flex Display.Flex
----@field  Grid Display.Grid
----@field  Block Display.Block
----@field  None Display.None
-local Display = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Display
-function Display.new(payload) end
-
-
-
----@class Display.Flex : EnumVariantRef
---- The `Flex` variant of `Display`.
-Display.Flex = {}
-
----@param variant Display.Flex
----@param payload NoFields
----@return Display
-function Display.Flex.new(variant,payload) end
-
-
-
----@class Display.Grid : EnumVariantRef
---- The `Grid` variant of `Display`.
-Display.Grid = {}
-
----@param variant Display.Grid
----@param payload NoFields
----@return Display
-function Display.Grid.new(variant,payload) end
-
-
-
----@class Display.Block : EnumVariantRef
---- The `Block` variant of `Display`.
-Display.Block = {}
-
----@param variant Display.Block
----@param payload NoFields
----@return Display
-function Display.Block.new(variant,payload) end
-
-
-
----@class Display.None : EnumVariantRef
---- The `None` variant of `Display`.
-Display.None = {}
-
----@param variant Display.None
----@param payload NoFields
----@return Display
-function Display.None.new(variant,payload) end
-
-
-
----@class FlexDirection : ReflectReference
----  Defines how flexbox items are ordered within a flexbox
----@field  Row FlexDirection.Row
----@field  Column FlexDirection.Column
----@field  RowReverse FlexDirection.RowReverse
----@field  ColumnReverse FlexDirection.ColumnReverse
-local FlexDirection = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return FlexDirection
-function FlexDirection.new(payload) end
-
-
-
----@class FlexDirection.Row : EnumVariantRef
---- The `Row` variant of `FlexDirection`.
-FlexDirection.Row = {}
-
----@param variant FlexDirection.Row
----@param payload NoFields
----@return FlexDirection
-function FlexDirection.Row.new(variant,payload) end
-
-
-
----@class FlexDirection.Column : EnumVariantRef
---- The `Column` variant of `FlexDirection`.
-FlexDirection.Column = {}
-
----@param variant FlexDirection.Column
----@param payload NoFields
----@return FlexDirection
-function FlexDirection.Column.new(variant,payload) end
-
-
-
----@class FlexDirection.RowReverse : EnumVariantRef
---- The `RowReverse` variant of `FlexDirection`.
-FlexDirection.RowReverse = {}
-
----@param variant FlexDirection.RowReverse
----@param payload NoFields
----@return FlexDirection
-function FlexDirection.RowReverse.new(variant,payload) end
-
-
-
----@class FlexDirection.ColumnReverse : EnumVariantRef
---- The `ColumnReverse` variant of `FlexDirection`.
-FlexDirection.ColumnReverse = {}
-
----@param variant FlexDirection.ColumnReverse
----@param payload NoFields
----@return FlexDirection
-function FlexDirection.ColumnReverse.new(variant,payload) end
-
-
-
----@class FlexWrap : ReflectReference
----  Defines if flexbox items appear on a single line or on multiple lines
----@field  NoWrap FlexWrap.NoWrap
----@field  Wrap FlexWrap.Wrap
----@field  WrapReverse FlexWrap.WrapReverse
-local FlexWrap = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return FlexWrap
-function FlexWrap.new(payload) end
-
-
-
----@class FlexWrap.NoWrap : EnumVariantRef
---- The `NoWrap` variant of `FlexWrap`.
-FlexWrap.NoWrap = {}
-
----@param variant FlexWrap.NoWrap
----@param payload NoFields
----@return FlexWrap
-function FlexWrap.NoWrap.new(variant,payload) end
-
-
-
----@class FlexWrap.Wrap : EnumVariantRef
---- The `Wrap` variant of `FlexWrap`.
-FlexWrap.Wrap = {}
-
----@param variant FlexWrap.Wrap
----@param payload NoFields
----@return FlexWrap
-function FlexWrap.Wrap.new(variant,payload) end
-
-
-
----@class FlexWrap.WrapReverse : EnumVariantRef
---- The `WrapReverse` variant of `FlexWrap`.
-FlexWrap.WrapReverse = {}
-
----@param variant FlexWrap.WrapReverse
----@param payload NoFields
----@return FlexWrap
-function FlexWrap.WrapReverse.new(variant,payload) end
-
-
-
----@class GlobalZIndex : ReflectReference
----  `GlobalZIndex` allows a [`Node`] entity anywhere in the UI hierarchy to escape the implicit draw ordering of the UI's layout tree and
----  be rendered above or below other UI nodes.
----  Root UI nodes without a `GlobalZIndex` component receive an implicit global z-index of `0`.
----  Nodes with a `GlobalZIndex` of greater than 0 will be drawn on top of nodes without a `GlobalZIndex` or nodes with a lower `GlobalZIndex`.
----  Nodes with a `GlobalZIndex` of less than 0 will be drawn below nodes without a `GlobalZIndex` or nodes with a greater `GlobalZIndex`.
----  The order of nodes with the same `GlobalZIndex` is stable between frames.
---- 
----  If two Nodes have the same `GlobalZIndex`, ties are decided in order by:
---- 
----  * The node with the higher `ZIndex`.
----  * The node that was newly added this frame.
----  * The node with a changed `GlobalZIndex` or `ZIndex`.
---- 
----  Otherwise the order is preserved from the previous frame.
----@field  [1] integer
-local GlobalZIndex = {}
-
----@param payload GlobalZIndex.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return GlobalZIndex
-function GlobalZIndex.new(payload) end
-
-
-
----@class GridAutoFlow : ReflectReference
----  Controls whether grid items are placed row-wise or column-wise as well as whether the sparse or dense packing algorithm is used.
---- 
----  The "dense" packing algorithm attempts to fill in holes earlier in the grid, if smaller items come up later.
----  This may cause items to appear out-of-order when doing so would fill in holes left by larger items.
---- 
----  Defaults to [`GridAutoFlow::Row`].
---- 
----  <https://developer.mozilla.org/en-US/docs/Web/CSS/grid-auto-flow>
----@field  Row GridAutoFlow.Row
----@field  Column GridAutoFlow.Column
----@field  RowDense GridAutoFlow.RowDense
----@field  ColumnDense GridAutoFlow.ColumnDense
-local GridAutoFlow = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return GridAutoFlow
-function GridAutoFlow.new(payload) end
-
-
-
----@class GridAutoFlow.Row : EnumVariantRef
---- The `Row` variant of `GridAutoFlow`.
-GridAutoFlow.Row = {}
-
----@param variant GridAutoFlow.Row
----@param payload NoFields
----@return GridAutoFlow
-function GridAutoFlow.Row.new(variant,payload) end
-
-
-
----@class GridAutoFlow.Column : EnumVariantRef
---- The `Column` variant of `GridAutoFlow`.
-GridAutoFlow.Column = {}
-
----@param variant GridAutoFlow.Column
----@param payload NoFields
----@return GridAutoFlow
-function GridAutoFlow.Column.new(variant,payload) end
-
-
-
----@class GridAutoFlow.RowDense : EnumVariantRef
---- The `RowDense` variant of `GridAutoFlow`.
-GridAutoFlow.RowDense = {}
-
----@param variant GridAutoFlow.RowDense
----@param payload NoFields
----@return GridAutoFlow
-function GridAutoFlow.RowDense.new(variant,payload) end
-
-
-
----@class GridAutoFlow.ColumnDense : EnumVariantRef
---- The `ColumnDense` variant of `GridAutoFlow`.
-GridAutoFlow.ColumnDense = {}
-
----@param variant GridAutoFlow.ColumnDense
----@param payload NoFields
----@return GridAutoFlow
-function GridAutoFlow.ColumnDense.new(variant,payload) end
-
-
-
----@class GridPlacement : ReflectReference
----  Represents the position of a grid item in a single axis.
---- 
----  There are 3 fields which may be set:
----    - `start`: which grid line the item should start at
----    - `end`: which grid line the item should end at
----    - `span`: how many tracks the item should span
---- 
----  The default `span` is 1. If neither `start` or `end` is set then the item will be placed automatically.
---- 
----  Generally, at most two fields should be set. If all three fields are specified then `span` will be ignored. If `end` specifies an earlier
----  grid line than `start` then `end` will be ignored and the item will have a span of 1.
---- 
----  <https://developer.mozilla.org/en-US/docs/Web/CSS/CSS_Grid_Layout/Line-based_Placement_with_CSS_Grid>
----@field  start? NonZeroI16 | nil
----@field  span? NonZeroU16 | nil
----@field  end? NonZeroI16 | nil
-local GridPlacement = {}
-
----@param payload GridPlacement.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return GridPlacement
-function GridPlacement.new(payload) end
-
-
-
----@class GridTrack : ReflectReference
----  A [`GridTrack`] is a Row or Column of a CSS Grid. This struct specifies what size the track should be.
----  See below for the different "track sizing functions" you can specify.
----@field  min_sizing_function? MinTrackSizingFunction
----@field  max_sizing_function? MaxTrackSizingFunction
-local GridTrack = {}
-
----@param payload GridTrack.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return GridTrack
-function GridTrack.new(payload) end
-
-
-
----@class GridTrackRepetition : ReflectReference
----  How many times to repeat a repeated grid track
---- 
----  <https://developer.mozilla.org/en-US/docs/Web/CSS/repeat>
----@field  Count GridTrackRepetition.Count
----@field  AutoFill GridTrackRepetition.AutoFill
----@field  AutoFit GridTrackRepetition.AutoFit
-local GridTrackRepetition = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return GridTrackRepetition
-function GridTrackRepetition.new(payload) end
-
-
-
----@class GridTrackRepetition.Count : EnumVariantRef
---- The `Count` variant of `GridTrackRepetition`.
-GridTrackRepetition.Count = {}
-
----@param variant GridTrackRepetition.Count
----@param payload GridTrackRepetition.Count.Fields
----@return GridTrackRepetition
-function GridTrackRepetition.Count.new(variant,payload) end
-
-
-
----@class GridTrackRepetition.AutoFill : EnumVariantRef
---- The `AutoFill` variant of `GridTrackRepetition`.
-GridTrackRepetition.AutoFill = {}
-
----@param variant GridTrackRepetition.AutoFill
----@param payload NoFields
----@return GridTrackRepetition
-function GridTrackRepetition.AutoFill.new(variant,payload) end
-
-
-
----@class GridTrackRepetition.AutoFit : EnumVariantRef
---- The `AutoFit` variant of `GridTrackRepetition`.
-GridTrackRepetition.AutoFit = {}
-
----@param variant GridTrackRepetition.AutoFit
----@param payload NoFields
----@return GridTrackRepetition
-function GridTrackRepetition.AutoFit.new(variant,payload) end
-
-
-
----@class InlineDirection : ReflectReference
----  Sets the inline axis direction (LTR or RTL) used for layout.
----@field  Ltr InlineDirection.Ltr
----@field  Rtl InlineDirection.Rtl
-local InlineDirection = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return InlineDirection
-function InlineDirection.new(payload) end
-
-
-
----@class InlineDirection.Ltr : EnumVariantRef
---- The `Ltr` variant of `InlineDirection`.
-InlineDirection.Ltr = {}
-
----@param variant InlineDirection.Ltr
----@param payload NoFields
----@return InlineDirection
-function InlineDirection.Ltr.new(variant,payload) end
-
-
-
----@class InlineDirection.Rtl : EnumVariantRef
---- The `Rtl` variant of `InlineDirection`.
-InlineDirection.Rtl = {}
-
----@param variant InlineDirection.Rtl
----@param payload NoFields
----@return InlineDirection
-function InlineDirection.Rtl.new(variant,payload) end
-
-
-
----@class JustifyContent : ReflectReference
----  Used to control how items are distributed.
----  - For Flexbox containers, controls alignment of items in the main axis.
----  - For CSS Grid containers, controls alignment of grid columns.
---- 
----  # Safe alignments
---- 
----  Safe alignments will fall back to [`Self::Start`] if aligning the items would overflow the container, so
----  the start of the content stays visible.
---- 
----  <https://developer.mozilla.org/en-US/docs/Web/CSS/justify-content>
----@field  Default JustifyContent.Default
----@field  Start JustifyContent.Start
----@field  StartSafe JustifyContent.StartSafe
----@field  End JustifyContent.End
----@field  EndSafe JustifyContent.EndSafe
----@field  FlexStart JustifyContent.FlexStart
----@field  FlexStartSafe JustifyContent.FlexStartSafe
----@field  FlexEnd JustifyContent.FlexEnd
----@field  FlexEndSafe JustifyContent.FlexEndSafe
----@field  Center JustifyContent.Center
----@field  CenterSafe JustifyContent.CenterSafe
----@field  Stretch JustifyContent.Stretch
----@field  SpaceBetween JustifyContent.SpaceBetween
----@field  SpaceEvenly JustifyContent.SpaceEvenly
----@field  SpaceAround JustifyContent.SpaceAround
-local JustifyContent = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return JustifyContent
-function JustifyContent.new(payload) end
-
-
-
----@class JustifyContent.Default : EnumVariantRef
---- The `Default` variant of `JustifyContent`.
-JustifyContent.Default = {}
-
----@param variant JustifyContent.Default
----@param payload NoFields
----@return JustifyContent
-function JustifyContent.Default.new(variant,payload) end
-
-
-
----@class JustifyContent.Start : EnumVariantRef
---- The `Start` variant of `JustifyContent`.
-JustifyContent.Start = {}
-
----@param variant JustifyContent.Start
----@param payload NoFields
----@return JustifyContent
-function JustifyContent.Start.new(variant,payload) end
-
-
-
----@class JustifyContent.StartSafe : EnumVariantRef
---- The `StartSafe` variant of `JustifyContent`.
-JustifyContent.StartSafe = {}
-
----@param variant JustifyContent.StartSafe
----@param payload NoFields
----@return JustifyContent
-function JustifyContent.StartSafe.new(variant,payload) end
-
-
-
----@class JustifyContent.End : EnumVariantRef
---- The `End` variant of `JustifyContent`.
-JustifyContent.End = {}
-
----@param variant JustifyContent.End
----@param payload NoFields
----@return JustifyContent
-function JustifyContent.End.new(variant,payload) end
-
-
-
----@class JustifyContent.EndSafe : EnumVariantRef
---- The `EndSafe` variant of `JustifyContent`.
-JustifyContent.EndSafe = {}
-
----@param variant JustifyContent.EndSafe
----@param payload NoFields
----@return JustifyContent
-function JustifyContent.EndSafe.new(variant,payload) end
-
-
-
----@class JustifyContent.FlexStart : EnumVariantRef
---- The `FlexStart` variant of `JustifyContent`.
-JustifyContent.FlexStart = {}
-
----@param variant JustifyContent.FlexStart
----@param payload NoFields
----@return JustifyContent
-function JustifyContent.FlexStart.new(variant,payload) end
-
-
-
----@class JustifyContent.FlexStartSafe : EnumVariantRef
---- The `FlexStartSafe` variant of `JustifyContent`.
-JustifyContent.FlexStartSafe = {}
-
----@param variant JustifyContent.FlexStartSafe
----@param payload NoFields
----@return JustifyContent
-function JustifyContent.FlexStartSafe.new(variant,payload) end
-
-
-
----@class JustifyContent.FlexEnd : EnumVariantRef
---- The `FlexEnd` variant of `JustifyContent`.
-JustifyContent.FlexEnd = {}
-
----@param variant JustifyContent.FlexEnd
----@param payload NoFields
----@return JustifyContent
-function JustifyContent.FlexEnd.new(variant,payload) end
-
-
-
----@class JustifyContent.FlexEndSafe : EnumVariantRef
---- The `FlexEndSafe` variant of `JustifyContent`.
-JustifyContent.FlexEndSafe = {}
-
----@param variant JustifyContent.FlexEndSafe
----@param payload NoFields
----@return JustifyContent
-function JustifyContent.FlexEndSafe.new(variant,payload) end
-
-
-
----@class JustifyContent.Center : EnumVariantRef
---- The `Center` variant of `JustifyContent`.
-JustifyContent.Center = {}
-
----@param variant JustifyContent.Center
----@param payload NoFields
----@return JustifyContent
-function JustifyContent.Center.new(variant,payload) end
-
-
-
----@class JustifyContent.CenterSafe : EnumVariantRef
---- The `CenterSafe` variant of `JustifyContent`.
-JustifyContent.CenterSafe = {}
-
----@param variant JustifyContent.CenterSafe
----@param payload NoFields
----@return JustifyContent
-function JustifyContent.CenterSafe.new(variant,payload) end
-
-
-
----@class JustifyContent.Stretch : EnumVariantRef
---- The `Stretch` variant of `JustifyContent`.
-JustifyContent.Stretch = {}
-
----@param variant JustifyContent.Stretch
----@param payload NoFields
----@return JustifyContent
-function JustifyContent.Stretch.new(variant,payload) end
-
-
-
----@class JustifyContent.SpaceBetween : EnumVariantRef
---- The `SpaceBetween` variant of `JustifyContent`.
-JustifyContent.SpaceBetween = {}
-
----@param variant JustifyContent.SpaceBetween
----@param payload NoFields
----@return JustifyContent
-function JustifyContent.SpaceBetween.new(variant,payload) end
-
-
-
----@class JustifyContent.SpaceEvenly : EnumVariantRef
---- The `SpaceEvenly` variant of `JustifyContent`.
-JustifyContent.SpaceEvenly = {}
-
----@param variant JustifyContent.SpaceEvenly
----@param payload NoFields
----@return JustifyContent
-function JustifyContent.SpaceEvenly.new(variant,payload) end
-
-
-
----@class JustifyContent.SpaceAround : EnumVariantRef
---- The `SpaceAround` variant of `JustifyContent`.
-JustifyContent.SpaceAround = {}
-
----@param variant JustifyContent.SpaceAround
----@param payload NoFields
----@return JustifyContent
-function JustifyContent.SpaceAround.new(variant,payload) end
-
-
-
----@class JustifyItems : ReflectReference
----  Used to control how each individual item is aligned by default within the space they're given.
----  - For Flexbox containers, this property has no effect. See `justify_content` for main axis alignment of flex items.
----  - For CSS Grid containers, sets default inline (horizontal) axis alignment of child items within their grid areas.
---- 
----  # Safe alignments
---- 
----  Safe alignments will fall back to [`Self::Start`] if aligning the items would overflow the container, so
----  the start of the content stays visible.
---- 
----  <https://developer.mozilla.org/en-US/docs/Web/CSS/justify-items>
----@field  Default JustifyItems.Default
----@field  Start JustifyItems.Start
----@field  StartSafe JustifyItems.StartSafe
----@field  End JustifyItems.End
----@field  EndSafe JustifyItems.EndSafe
----@field  Center JustifyItems.Center
----@field  CenterSafe JustifyItems.CenterSafe
----@field  Baseline JustifyItems.Baseline
----@field  Stretch JustifyItems.Stretch
-local JustifyItems = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return JustifyItems
-function JustifyItems.new(payload) end
-
-
-
----@class JustifyItems.Default : EnumVariantRef
---- The `Default` variant of `JustifyItems`.
-JustifyItems.Default = {}
-
----@param variant JustifyItems.Default
----@param payload NoFields
----@return JustifyItems
-function JustifyItems.Default.new(variant,payload) end
-
-
-
----@class JustifyItems.Start : EnumVariantRef
---- The `Start` variant of `JustifyItems`.
-JustifyItems.Start = {}
-
----@param variant JustifyItems.Start
----@param payload NoFields
----@return JustifyItems
-function JustifyItems.Start.new(variant,payload) end
-
-
-
----@class JustifyItems.StartSafe : EnumVariantRef
---- The `StartSafe` variant of `JustifyItems`.
-JustifyItems.StartSafe = {}
-
----@param variant JustifyItems.StartSafe
----@param payload NoFields
----@return JustifyItems
-function JustifyItems.StartSafe.new(variant,payload) end
-
-
-
----@class JustifyItems.End : EnumVariantRef
---- The `End` variant of `JustifyItems`.
-JustifyItems.End = {}
-
----@param variant JustifyItems.End
----@param payload NoFields
----@return JustifyItems
-function JustifyItems.End.new(variant,payload) end
-
-
-
----@class JustifyItems.EndSafe : EnumVariantRef
---- The `EndSafe` variant of `JustifyItems`.
-JustifyItems.EndSafe = {}
-
----@param variant JustifyItems.EndSafe
----@param payload NoFields
----@return JustifyItems
-function JustifyItems.EndSafe.new(variant,payload) end
-
-
-
----@class JustifyItems.Center : EnumVariantRef
---- The `Center` variant of `JustifyItems`.
-JustifyItems.Center = {}
-
----@param variant JustifyItems.Center
----@param payload NoFields
----@return JustifyItems
-function JustifyItems.Center.new(variant,payload) end
-
-
-
----@class JustifyItems.CenterSafe : EnumVariantRef
---- The `CenterSafe` variant of `JustifyItems`.
-JustifyItems.CenterSafe = {}
-
----@param variant JustifyItems.CenterSafe
----@param payload NoFields
----@return JustifyItems
-function JustifyItems.CenterSafe.new(variant,payload) end
-
-
-
----@class JustifyItems.Baseline : EnumVariantRef
---- The `Baseline` variant of `JustifyItems`.
-JustifyItems.Baseline = {}
-
----@param variant JustifyItems.Baseline
----@param payload NoFields
----@return JustifyItems
-function JustifyItems.Baseline.new(variant,payload) end
-
-
-
----@class JustifyItems.Stretch : EnumVariantRef
---- The `Stretch` variant of `JustifyItems`.
-JustifyItems.Stretch = {}
-
----@param variant JustifyItems.Stretch
----@param payload NoFields
----@return JustifyItems
-function JustifyItems.Stretch.new(variant,payload) end
-
-
-
----@class JustifySelf : ReflectReference
----  Used to control how the specified item is aligned within the space it's given.
----  - For children of flex nodes, this property has no effect. See `justify_content` for main axis alignment of flex items.
----  - For CSS Grid items, controls inline (horizontal) axis alignment of a grid item within its grid area.
---- 
----  # Safe alignments
---- 
----  Safe alignments will fall back to [`Self::Start`] if aligning the items would overflow the container, so
----  the start of the content stays visible.
---- 
----  <https://developer.mozilla.org/en-US/docs/Web/CSS/justify-self>
----@field  Auto JustifySelf.Auto
----@field  Start JustifySelf.Start
----@field  StartSafe JustifySelf.StartSafe
----@field  End JustifySelf.End
----@field  EndSafe JustifySelf.EndSafe
----@field  Center JustifySelf.Center
----@field  CenterSafe JustifySelf.CenterSafe
----@field  Baseline JustifySelf.Baseline
----@field  Stretch JustifySelf.Stretch
-local JustifySelf = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return JustifySelf
-function JustifySelf.new(payload) end
-
-
-
----@class JustifySelf.Auto : EnumVariantRef
---- The `Auto` variant of `JustifySelf`.
-JustifySelf.Auto = {}
-
----@param variant JustifySelf.Auto
----@param payload NoFields
----@return JustifySelf
-function JustifySelf.Auto.new(variant,payload) end
-
-
-
----@class JustifySelf.Start : EnumVariantRef
---- The `Start` variant of `JustifySelf`.
-JustifySelf.Start = {}
-
----@param variant JustifySelf.Start
----@param payload NoFields
----@return JustifySelf
-function JustifySelf.Start.new(variant,payload) end
-
-
-
----@class JustifySelf.StartSafe : EnumVariantRef
---- The `StartSafe` variant of `JustifySelf`.
-JustifySelf.StartSafe = {}
-
----@param variant JustifySelf.StartSafe
----@param payload NoFields
----@return JustifySelf
-function JustifySelf.StartSafe.new(variant,payload) end
-
-
-
----@class JustifySelf.End : EnumVariantRef
---- The `End` variant of `JustifySelf`.
-JustifySelf.End = {}
-
----@param variant JustifySelf.End
----@param payload NoFields
----@return JustifySelf
-function JustifySelf.End.new(variant,payload) end
-
-
-
----@class JustifySelf.EndSafe : EnumVariantRef
---- The `EndSafe` variant of `JustifySelf`.
-JustifySelf.EndSafe = {}
-
----@param variant JustifySelf.EndSafe
----@param payload NoFields
----@return JustifySelf
-function JustifySelf.EndSafe.new(variant,payload) end
-
-
-
----@class JustifySelf.Center : EnumVariantRef
---- The `Center` variant of `JustifySelf`.
-JustifySelf.Center = {}
-
----@param variant JustifySelf.Center
----@param payload NoFields
----@return JustifySelf
-function JustifySelf.Center.new(variant,payload) end
-
-
-
----@class JustifySelf.CenterSafe : EnumVariantRef
---- The `CenterSafe` variant of `JustifySelf`.
-JustifySelf.CenterSafe = {}
-
----@param variant JustifySelf.CenterSafe
----@param payload NoFields
----@return JustifySelf
-function JustifySelf.CenterSafe.new(variant,payload) end
-
-
-
----@class JustifySelf.Baseline : EnumVariantRef
---- The `Baseline` variant of `JustifySelf`.
-JustifySelf.Baseline = {}
-
----@param variant JustifySelf.Baseline
----@param payload NoFields
----@return JustifySelf
-function JustifySelf.Baseline.new(variant,payload) end
-
-
-
----@class JustifySelf.Stretch : EnumVariantRef
---- The `Stretch` variant of `JustifySelf`.
-JustifySelf.Stretch = {}
-
----@param variant JustifySelf.Stretch
----@param payload NoFields
----@return JustifySelf
-function JustifySelf.Stretch.new(variant,payload) end
-
-
-
----@class MaxTrackSizingFunction : ReflectReference
----@field  Px MaxTrackSizingFunction.Px
----@field  Percent MaxTrackSizingFunction.Percent
----@field  Em MaxTrackSizingFunction.Em
----@field  Rem MaxTrackSizingFunction.Rem
----@field  MinContent MaxTrackSizingFunction.MinContent
----@field  MaxContent MaxTrackSizingFunction.MaxContent
----@field  FitContentPx MaxTrackSizingFunction.FitContentPx
----@field  FitContentPercent MaxTrackSizingFunction.FitContentPercent
----@field  Auto MaxTrackSizingFunction.Auto
----@field  Fraction MaxTrackSizingFunction.Fraction
----@field  VMin MaxTrackSizingFunction.VMin
----@field  VMax MaxTrackSizingFunction.VMax
----@field  Vh MaxTrackSizingFunction.Vh
----@field  Vw MaxTrackSizingFunction.Vw
-local MaxTrackSizingFunction = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return MaxTrackSizingFunction
-function MaxTrackSizingFunction.new(payload) end
-
-
-
----@class MaxTrackSizingFunction.Px : EnumVariantRef
---- The `Px` variant of `MaxTrackSizingFunction`.
-MaxTrackSizingFunction.Px = {}
-
----@param variant MaxTrackSizingFunction.Px
----@param payload MaxTrackSizingFunction.Px.Fields
----@return MaxTrackSizingFunction
-function MaxTrackSizingFunction.Px.new(variant,payload) end
-
-
-
----@class MaxTrackSizingFunction.Percent : EnumVariantRef
---- The `Percent` variant of `MaxTrackSizingFunction`.
-MaxTrackSizingFunction.Percent = {}
-
----@param variant MaxTrackSizingFunction.Percent
----@param payload MaxTrackSizingFunction.Percent.Fields
----@return MaxTrackSizingFunction
-function MaxTrackSizingFunction.Percent.new(variant,payload) end
-
-
-
----@class MaxTrackSizingFunction.Em : EnumVariantRef
---- The `Em` variant of `MaxTrackSizingFunction`.
-MaxTrackSizingFunction.Em = {}
-
----@param variant MaxTrackSizingFunction.Em
----@param payload MaxTrackSizingFunction.Em.Fields
----@return MaxTrackSizingFunction
-function MaxTrackSizingFunction.Em.new(variant,payload) end
-
-
-
----@class MaxTrackSizingFunction.Rem : EnumVariantRef
---- The `Rem` variant of `MaxTrackSizingFunction`.
-MaxTrackSizingFunction.Rem = {}
-
----@param variant MaxTrackSizingFunction.Rem
----@param payload MaxTrackSizingFunction.Rem.Fields
----@return MaxTrackSizingFunction
-function MaxTrackSizingFunction.Rem.new(variant,payload) end
-
-
-
----@class MaxTrackSizingFunction.MinContent : EnumVariantRef
---- The `MinContent` variant of `MaxTrackSizingFunction`.
-MaxTrackSizingFunction.MinContent = {}
-
----@param variant MaxTrackSizingFunction.MinContent
----@param payload NoFields
----@return MaxTrackSizingFunction
-function MaxTrackSizingFunction.MinContent.new(variant,payload) end
-
-
-
----@class MaxTrackSizingFunction.MaxContent : EnumVariantRef
---- The `MaxContent` variant of `MaxTrackSizingFunction`.
-MaxTrackSizingFunction.MaxContent = {}
-
----@param variant MaxTrackSizingFunction.MaxContent
----@param payload NoFields
----@return MaxTrackSizingFunction
-function MaxTrackSizingFunction.MaxContent.new(variant,payload) end
-
-
-
----@class MaxTrackSizingFunction.FitContentPx : EnumVariantRef
---- The `FitContentPx` variant of `MaxTrackSizingFunction`.
-MaxTrackSizingFunction.FitContentPx = {}
-
----@param variant MaxTrackSizingFunction.FitContentPx
----@param payload MaxTrackSizingFunction.FitContentPx.Fields
----@return MaxTrackSizingFunction
-function MaxTrackSizingFunction.FitContentPx.new(variant,payload) end
-
-
-
----@class MaxTrackSizingFunction.FitContentPercent : EnumVariantRef
---- The `FitContentPercent` variant of `MaxTrackSizingFunction`.
-MaxTrackSizingFunction.FitContentPercent = {}
-
----@param variant MaxTrackSizingFunction.FitContentPercent
----@param payload MaxTrackSizingFunction.FitContentPercent.Fields
----@return MaxTrackSizingFunction
-function MaxTrackSizingFunction.FitContentPercent.new(variant,payload) end
-
-
-
----@class MaxTrackSizingFunction.Auto : EnumVariantRef
---- The `Auto` variant of `MaxTrackSizingFunction`.
-MaxTrackSizingFunction.Auto = {}
-
----@param variant MaxTrackSizingFunction.Auto
----@param payload NoFields
----@return MaxTrackSizingFunction
-function MaxTrackSizingFunction.Auto.new(variant,payload) end
-
-
-
----@class MaxTrackSizingFunction.Fraction : EnumVariantRef
---- The `Fraction` variant of `MaxTrackSizingFunction`.
-MaxTrackSizingFunction.Fraction = {}
-
----@param variant MaxTrackSizingFunction.Fraction
----@param payload MaxTrackSizingFunction.Fraction.Fields
----@return MaxTrackSizingFunction
-function MaxTrackSizingFunction.Fraction.new(variant,payload) end
-
-
-
----@class MaxTrackSizingFunction.VMin : EnumVariantRef
---- The `VMin` variant of `MaxTrackSizingFunction`.
-MaxTrackSizingFunction.VMin = {}
-
----@param variant MaxTrackSizingFunction.VMin
----@param payload MaxTrackSizingFunction.VMin.Fields
----@return MaxTrackSizingFunction
-function MaxTrackSizingFunction.VMin.new(variant,payload) end
-
-
-
----@class MaxTrackSizingFunction.VMax : EnumVariantRef
---- The `VMax` variant of `MaxTrackSizingFunction`.
-MaxTrackSizingFunction.VMax = {}
-
----@param variant MaxTrackSizingFunction.VMax
----@param payload MaxTrackSizingFunction.VMax.Fields
----@return MaxTrackSizingFunction
-function MaxTrackSizingFunction.VMax.new(variant,payload) end
-
-
-
----@class MaxTrackSizingFunction.Vh : EnumVariantRef
---- The `Vh` variant of `MaxTrackSizingFunction`.
-MaxTrackSizingFunction.Vh = {}
-
----@param variant MaxTrackSizingFunction.Vh
----@param payload MaxTrackSizingFunction.Vh.Fields
----@return MaxTrackSizingFunction
-function MaxTrackSizingFunction.Vh.new(variant,payload) end
-
-
-
----@class MaxTrackSizingFunction.Vw : EnumVariantRef
---- The `Vw` variant of `MaxTrackSizingFunction`.
-MaxTrackSizingFunction.Vw = {}
-
----@param variant MaxTrackSizingFunction.Vw
----@param payload MaxTrackSizingFunction.Vw.Fields
----@return MaxTrackSizingFunction
-function MaxTrackSizingFunction.Vw.new(variant,payload) end
-
-
-
----@class MinTrackSizingFunction : ReflectReference
----@field  Px MinTrackSizingFunction.Px
----@field  Percent MinTrackSizingFunction.Percent
----@field  Em MinTrackSizingFunction.Em
----@field  Rem MinTrackSizingFunction.Rem
----@field  MinContent MinTrackSizingFunction.MinContent
----@field  MaxContent MinTrackSizingFunction.MaxContent
----@field  Auto MinTrackSizingFunction.Auto
----@field  VMin MinTrackSizingFunction.VMin
----@field  VMax MinTrackSizingFunction.VMax
----@field  Vh MinTrackSizingFunction.Vh
----@field  Vw MinTrackSizingFunction.Vw
-local MinTrackSizingFunction = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return MinTrackSizingFunction
-function MinTrackSizingFunction.new(payload) end
-
-
-
----@class MinTrackSizingFunction.Px : EnumVariantRef
---- The `Px` variant of `MinTrackSizingFunction`.
-MinTrackSizingFunction.Px = {}
-
----@param variant MinTrackSizingFunction.Px
----@param payload MinTrackSizingFunction.Px.Fields
----@return MinTrackSizingFunction
-function MinTrackSizingFunction.Px.new(variant,payload) end
-
-
-
----@class MinTrackSizingFunction.Percent : EnumVariantRef
---- The `Percent` variant of `MinTrackSizingFunction`.
-MinTrackSizingFunction.Percent = {}
-
----@param variant MinTrackSizingFunction.Percent
----@param payload MinTrackSizingFunction.Percent.Fields
----@return MinTrackSizingFunction
-function MinTrackSizingFunction.Percent.new(variant,payload) end
-
-
-
----@class MinTrackSizingFunction.Em : EnumVariantRef
---- The `Em` variant of `MinTrackSizingFunction`.
-MinTrackSizingFunction.Em = {}
-
----@param variant MinTrackSizingFunction.Em
----@param payload MinTrackSizingFunction.Em.Fields
----@return MinTrackSizingFunction
-function MinTrackSizingFunction.Em.new(variant,payload) end
-
-
-
----@class MinTrackSizingFunction.Rem : EnumVariantRef
---- The `Rem` variant of `MinTrackSizingFunction`.
-MinTrackSizingFunction.Rem = {}
-
----@param variant MinTrackSizingFunction.Rem
----@param payload MinTrackSizingFunction.Rem.Fields
----@return MinTrackSizingFunction
-function MinTrackSizingFunction.Rem.new(variant,payload) end
-
-
-
----@class MinTrackSizingFunction.MinContent : EnumVariantRef
---- The `MinContent` variant of `MinTrackSizingFunction`.
-MinTrackSizingFunction.MinContent = {}
-
----@param variant MinTrackSizingFunction.MinContent
----@param payload NoFields
----@return MinTrackSizingFunction
-function MinTrackSizingFunction.MinContent.new(variant,payload) end
-
-
-
----@class MinTrackSizingFunction.MaxContent : EnumVariantRef
---- The `MaxContent` variant of `MinTrackSizingFunction`.
-MinTrackSizingFunction.MaxContent = {}
-
----@param variant MinTrackSizingFunction.MaxContent
----@param payload NoFields
----@return MinTrackSizingFunction
-function MinTrackSizingFunction.MaxContent.new(variant,payload) end
-
-
-
----@class MinTrackSizingFunction.Auto : EnumVariantRef
---- The `Auto` variant of `MinTrackSizingFunction`.
-MinTrackSizingFunction.Auto = {}
-
----@param variant MinTrackSizingFunction.Auto
----@param payload NoFields
----@return MinTrackSizingFunction
-function MinTrackSizingFunction.Auto.new(variant,payload) end
-
-
-
----@class MinTrackSizingFunction.VMin : EnumVariantRef
---- The `VMin` variant of `MinTrackSizingFunction`.
-MinTrackSizingFunction.VMin = {}
-
----@param variant MinTrackSizingFunction.VMin
----@param payload MinTrackSizingFunction.VMin.Fields
----@return MinTrackSizingFunction
-function MinTrackSizingFunction.VMin.new(variant,payload) end
-
-
-
----@class MinTrackSizingFunction.VMax : EnumVariantRef
---- The `VMax` variant of `MinTrackSizingFunction`.
-MinTrackSizingFunction.VMax = {}
-
----@param variant MinTrackSizingFunction.VMax
----@param payload MinTrackSizingFunction.VMax.Fields
----@return MinTrackSizingFunction
-function MinTrackSizingFunction.VMax.new(variant,payload) end
-
-
-
----@class MinTrackSizingFunction.Vh : EnumVariantRef
---- The `Vh` variant of `MinTrackSizingFunction`.
-MinTrackSizingFunction.Vh = {}
-
----@param variant MinTrackSizingFunction.Vh
----@param payload MinTrackSizingFunction.Vh.Fields
----@return MinTrackSizingFunction
-function MinTrackSizingFunction.Vh.new(variant,payload) end
-
-
-
----@class MinTrackSizingFunction.Vw : EnumVariantRef
---- The `Vw` variant of `MinTrackSizingFunction`.
-MinTrackSizingFunction.Vw = {}
-
----@param variant MinTrackSizingFunction.Vw
----@param payload MinTrackSizingFunction.Vw.Fields
----@return MinTrackSizingFunction
-function MinTrackSizingFunction.Vw.new(variant,payload) end
-
-
-
----@class Node : ReflectReference
----  The base component for UI entities. It describes UI layout and style properties.
---- 
----  When defining new types of UI entities, require [`Node`] to make them behave like UI nodes.
---- 
----  Nodes can be laid out using either Flexbox or CSS Grid Layout.
---- 
----  See below for general learning resources and for documentation on the individual style properties.
---- 
----  ### Flexbox
---- 
----  - [MDN: Basic Concepts of Flexbox](https://developer.mozilla.org/en-US/docs/Web/CSS/CSS_Flexible_Box_Layout/Basic_Concepts_of_Flexbox)
----  - [A Complete Guide To Flexbox](https://css-tricks.com/snippets/css/a-guide-to-flexbox/) by CSS Tricks. This is detailed guide with illustrations and comprehensive written explanation of the different Flexbox properties and how they work.
----  - [Flexbox Froggy](https://flexboxfroggy.com/). An interactive tutorial/game that teaches the essential parts of Flexbox in a fun engaging way.
---- 
----  ### CSS Grid
---- 
----  - [MDN: Basic Concepts of Grid Layout](https://developer.mozilla.org/en-US/docs/Web/CSS/CSS_Grid_Layout/Basic_Concepts_of_Grid_Layout)
----  - [A Complete Guide To CSS Grid](https://css-tricks.com/snippets/css/complete-guide-grid/) by CSS Tricks. This is detailed guide with illustrations and comprehensive written explanation of the different CSS Grid properties and how they work.
----  - [CSS Grid Garden](https://cssgridgarden.com/). An interactive tutorial/game that teaches the essential parts of CSS Grid in a fun engaging way.
---- 
----  # See also
---- 
----  - [`RelativeCursorPosition`](crate::RelativeCursorPosition) to obtain the cursor position relative to this node
----@field  display? Display
----@field  box_sizing? BoxSizing
----@field  position_type? PositionType
----@field  overflow? Overflow
----@field  scrollbar_width? number
----@field  overflow_clip_margin? OverflowClipMargin
----@field  left? Val
----@field  right? Val
----@field  top? Val
----@field  bottom? Val
----@field  width? Val
----@field  height? Val
----@field  min_width? Val
----@field  min_height? Val
----@field  max_width? Val
----@field  max_height? Val
----@field  aspect_ratio? number | nil
----@field  align_items? AlignItems
----@field  justify_items? JustifyItems
----@field  align_self? AlignSelf
----@field  justify_self? JustifySelf
----@field  align_content? AlignContent
----@field  justify_content? JustifyContent
----@field  direction? InlineDirection
----@field  margin? UiRect
----@field  padding? UiRect
----@field  border? UiRect
----@field  border_radius? BorderRadius
----@field  flex_direction? FlexDirection
----@field  flex_wrap? FlexWrap
----@field  flex_grow? number
----@field  flex_shrink? number
----@field  flex_basis? Val
----@field  row_gap? Val
----@field  column_gap? Val
----@field  grid_auto_flow? GridAutoFlow
----@field  grid_template_rows? RepeatedGridTrack[]
----@field  grid_template_columns? RepeatedGridTrack[]
----@field  grid_auto_rows? GridTrack[]
----@field  grid_auto_columns? GridTrack[]
----@field  grid_row? GridPlacement
----@field  grid_column? GridPlacement
-local Node = {}
-
----@param payload Node.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Node
-function Node.new(payload) end
-
-
-
----@class Outline : ReflectReference
----  The [`Outline`] component adds an outline outside the edge of a UI node.
----  Outlines do not take up space in the layout.
---- 
----  To add an [`Outline`] to a UI node you can spawn a `(Node, Outline)` tuple bundle:
----  ```
----  # use bevy_ecs::prelude::*;
----  # use bevy_ui::prelude::*;
----  # use bevy_color::palettes::basic::{RED, BLUE};
----  fn setup_ui(mut commands: Commands) {
----      commands.spawn((
----          Node {
----              width: Val::Px(100.),
----              height: Val::Px(100.),
----              ..Default::default()
----          },
----          BackgroundColor(BLUE.into()),
----          Outline::new(Val::Px(10.), Val::ZERO, RED.into())
----      ));
----  }
----  ```
---- 
----  [`Outline`] components can also be added later to existing UI nodes:
----  ```
----  # use bevy_ecs::prelude::*;
----  # use bevy_ui::prelude::*;
----  # use bevy_picking::hover::Hovered;
----  # use bevy_color::Color;
----  fn outline_hovered_button_system(
----      mut commands: Commands,
----      mut node_query: Query<(Entity, &Hovered, Option<&mut Outline>), Changed<Hovered>>,
----  ) {
----      for (entity, hovered, mut maybe_outline) in node_query.iter_mut() {
----          let outline_color =
----              if hovered.get() {
----                  Color::WHITE
----              } else {
----                  Color::NONE
----              };
----          if let Some(mut outline) = maybe_outline {
----              outline.color = outline_color;
----          } else {
----              commands.entity(entity).insert(Outline::new(Val::Px(10.), Val::ZERO, outline_color));
----          }
----      }
----  }
----  ```
----  Inserting and removing an [`Outline`] component repeatedly will result in table moves, so it is generally preferable to
----  set `Outline::color` to [`Color::NONE`] to hide an outline.
----@field  width? Val
----@field  offset? Val
----@field  color? Color
-local Outline = {}
-
----@param payload Outline.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Outline
-function Outline.new(payload) end
-
-
-
----@class OverflowAxis : ReflectReference
----  Whether to show or hide overflowing items
----@field  Visible OverflowAxis.Visible
----@field  Clip OverflowAxis.Clip
----@field  Hidden OverflowAxis.Hidden
----@field  Scroll OverflowAxis.Scroll
-local OverflowAxis = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return OverflowAxis
-function OverflowAxis.new(payload) end
-
-
-
----@class OverflowAxis.Visible : EnumVariantRef
---- The `Visible` variant of `OverflowAxis`.
-OverflowAxis.Visible = {}
-
----@param variant OverflowAxis.Visible
----@param payload NoFields
----@return OverflowAxis
-function OverflowAxis.Visible.new(variant,payload) end
-
-
-
----@class OverflowAxis.Clip : EnumVariantRef
---- The `Clip` variant of `OverflowAxis`.
-OverflowAxis.Clip = {}
-
----@param variant OverflowAxis.Clip
----@param payload NoFields
----@return OverflowAxis
-function OverflowAxis.Clip.new(variant,payload) end
-
-
-
----@class OverflowAxis.Hidden : EnumVariantRef
---- The `Hidden` variant of `OverflowAxis`.
-OverflowAxis.Hidden = {}
-
----@param variant OverflowAxis.Hidden
----@param payload NoFields
----@return OverflowAxis
-function OverflowAxis.Hidden.new(variant,payload) end
-
-
-
----@class OverflowAxis.Scroll : EnumVariantRef
---- The `Scroll` variant of `OverflowAxis`.
-OverflowAxis.Scroll = {}
-
----@param variant OverflowAxis.Scroll
----@param payload NoFields
----@return OverflowAxis
-function OverflowAxis.Scroll.new(variant,payload) end
-
-
-
----@class OverflowClipMargin : ReflectReference
----  The bounds of the visible area when a UI node is clipped.
----@field  visual_box? VisualBox
----@field  margin? number
-local OverflowClipMargin = {}
-
----@param payload OverflowClipMargin.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return OverflowClipMargin
-function OverflowClipMargin.new(payload) end
-
-
-
----@class PositionType : ReflectReference
----  The strategy used to position this node
----@field  Relative PositionType.Relative
----@field  Absolute PositionType.Absolute
-local PositionType = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return PositionType
-function PositionType.new(payload) end
-
-
-
----@class PositionType.Relative : EnumVariantRef
---- The `Relative` variant of `PositionType`.
-PositionType.Relative = {}
-
----@param variant PositionType.Relative
----@param payload NoFields
----@return PositionType
-function PositionType.Relative.new(variant,payload) end
-
-
-
----@class PositionType.Absolute : EnumVariantRef
---- The `Absolute` variant of `PositionType`.
-PositionType.Absolute = {}
-
----@param variant PositionType.Absolute
----@param payload NoFields
----@return PositionType
-function PositionType.Absolute.new(variant,payload) end
-
-
-
----@class RepeatedGridTrack : ReflectReference
----  Represents a *possibly* repeated [`GridTrack`].
---- 
----  The repetition parameter can either be:
----    - The integer `1`, in which case the track is non-repeated.
----    - a `u16` count to repeat the track N times.
----    - A `GridTrackRepetition::AutoFit` or `GridTrackRepetition::AutoFill`.
---- 
----  Note: that in the common case you want a non-repeating track (repetition count 1), you may use the constructor methods on [`GridTrack`]
----  to create a `RepeatedGridTrack`. i.e. `GridTrack::px(10.0)` is equivalent to `RepeatedGridTrack::px(1, 10.0)`.
---- 
----  You may only use one auto-repetition per track list. And if your track list contains an auto repetition
----  then all tracks (in and outside of the repetition) must be fixed size (px or percent). Integer repetitions are just shorthand for writing out
----  N tracks longhand and are not subject to the same limitations.
----@field  repetition? GridTrackRepetition
----@field  tracks? GridTrack[]
-local RepeatedGridTrack = {}
-
----@param payload RepeatedGridTrack.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return RepeatedGridTrack
-function RepeatedGridTrack.new(payload) end
-
-
-
----@class ResolvedBorderRadius : ReflectReference
----  Represents the resolved border radii values for a UI node.
---- 
----  The values are in physical pixels.
----@field  top_left? Vec2
----@field  top_right? Vec2
----@field  bottom_right? Vec2
----@field  bottom_left? Vec2
-local ResolvedBorderRadius = {}
-
----@param payload ResolvedBorderRadius.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ResolvedBorderRadius
-function ResolvedBorderRadius.new(payload) end
-
-
-
----@class VisualBox : ReflectReference
----  Used to determine which region of a UI node is used for visual bounds.
----@field  ContentBox VisualBox.ContentBox
----@field  PaddingBox VisualBox.PaddingBox
----@field  BorderBox VisualBox.BorderBox
-local VisualBox = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return VisualBox
-function VisualBox.new(payload) end
-
-
-
----@class VisualBox.ContentBox : EnumVariantRef
---- The `ContentBox` variant of `VisualBox`.
-VisualBox.ContentBox = {}
-
----@param variant VisualBox.ContentBox
----@param payload NoFields
----@return VisualBox
-function VisualBox.ContentBox.new(variant,payload) end
-
-
-
----@class VisualBox.PaddingBox : EnumVariantRef
---- The `PaddingBox` variant of `VisualBox`.
-VisualBox.PaddingBox = {}
-
----@param variant VisualBox.PaddingBox
----@param payload NoFields
----@return VisualBox
-function VisualBox.PaddingBox.new(variant,payload) end
-
-
-
----@class VisualBox.BorderBox : EnumVariantRef
---- The `BorderBox` variant of `VisualBox`.
-VisualBox.BorderBox = {}
-
----@param variant VisualBox.BorderBox
----@param payload NoFields
----@return VisualBox
-function VisualBox.BorderBox.new(variant,payload) end
-
-
-
----@class ZIndex : ReflectReference
----  Indicates that this [`Node`] entity's front-to-back ordering is not controlled solely
----  by its location in the UI hierarchy. A node with a higher z-index will appear on top
----  of sibling nodes with a lower z-index.
---- 
----  UI nodes that have the same z-index will appear according to the order in which they
----  appear in the UI hierarchy. In such a case, the last node to be added to its parent
----  will appear in front of its siblings.
---- 
----  Nodes without this component will be treated as if they had a value of
----  <code>[ZIndex][ZIndex]\(0\)</code>.
---- 
----  Use [`GlobalZIndex`] if you need to order separate UI hierarchies or nodes that are
----  not siblings in a given UI hierarchy.
----@field  [1] integer
-local ZIndex = {}
-
----@param payload ZIndex.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ZIndex
-function ZIndex.new(payload) end
-
-
-
----@class NodeImageMode : ReflectReference
----  Controls how the image is altered to fit within the layout and how the layout algorithm determines the space in the layout for the image
----@field  Auto NodeImageMode.Auto
----@field  Stretch NodeImageMode.Stretch
----@field  Sliced NodeImageMode.Sliced
----@field  Tiled NodeImageMode.Tiled
-local NodeImageMode = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return NodeImageMode
-function NodeImageMode.new(payload) end
-
-
-
----@class NodeImageMode.Auto : EnumVariantRef
---- The `Auto` variant of `NodeImageMode`.
-NodeImageMode.Auto = {}
-
----@param variant NodeImageMode.Auto
----@param payload NoFields
----@return NodeImageMode
-function NodeImageMode.Auto.new(variant,payload) end
-
-
-
----@class NodeImageMode.Stretch : EnumVariantRef
---- The `Stretch` variant of `NodeImageMode`.
-NodeImageMode.Stretch = {}
-
----@param variant NodeImageMode.Stretch
----@param payload NoFields
----@return NodeImageMode
-function NodeImageMode.Stretch.new(variant,payload) end
-
-
-
----@class NodeImageMode.Sliced : EnumVariantRef
---- The `Sliced` variant of `NodeImageMode`.
-NodeImageMode.Sliced = {}
-
----@param variant NodeImageMode.Sliced
----@param payload NodeImageMode.Sliced.Fields
----@return NodeImageMode
-function NodeImageMode.Sliced.new(variant,payload) end
-
-
-
----@class NodeImageMode.Tiled : EnumVariantRef
---- The `Tiled` variant of `NodeImageMode`.
-NodeImageMode.Tiled = {}
-
----@param variant NodeImageMode.Tiled
----@param payload NodeImageMode.Tiled.Fields
----@return NodeImageMode
-function NodeImageMode.Tiled.new(variant,payload) end
-
-
-
----@class VideoMode : ReflectReference
----  Represents a video mode that a monitor supports
----@field  physical_size? UVec2
----@field  bit_depth? integer
----@field  refresh_rate_millihertz? integer
-local VideoMode = {}
-
----@param payload VideoMode.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return VideoMode
-function VideoMode.new(payload) end
-
-
-
----@class CompositeAlphaMode : ReflectReference
----  Specifies how the alpha channel of the textures should be handled during compositing, for a [`Window`].
----@field  Auto CompositeAlphaMode.Auto
----@field  Opaque CompositeAlphaMode.Opaque
----@field  PreMultiplied CompositeAlphaMode.PreMultiplied
----@field  PostMultiplied CompositeAlphaMode.PostMultiplied
----@field  Inherit CompositeAlphaMode.Inherit
-local CompositeAlphaMode = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return CompositeAlphaMode
-function CompositeAlphaMode.new(payload) end
-
-
-
----@class CompositeAlphaMode.Auto : EnumVariantRef
---- The `Auto` variant of `CompositeAlphaMode`.
-CompositeAlphaMode.Auto = {}
-
----@param variant CompositeAlphaMode.Auto
----@param payload NoFields
----@return CompositeAlphaMode
-function CompositeAlphaMode.Auto.new(variant,payload) end
-
-
-
----@class CompositeAlphaMode.Opaque : EnumVariantRef
---- The `Opaque` variant of `CompositeAlphaMode`.
-CompositeAlphaMode.Opaque = {}
-
----@param variant CompositeAlphaMode.Opaque
----@param payload NoFields
----@return CompositeAlphaMode
-function CompositeAlphaMode.Opaque.new(variant,payload) end
-
-
-
----@class CompositeAlphaMode.PreMultiplied : EnumVariantRef
---- The `PreMultiplied` variant of `CompositeAlphaMode`.
-CompositeAlphaMode.PreMultiplied = {}
-
----@param variant CompositeAlphaMode.PreMultiplied
----@param payload NoFields
----@return CompositeAlphaMode
-function CompositeAlphaMode.PreMultiplied.new(variant,payload) end
-
-
-
----@class CompositeAlphaMode.PostMultiplied : EnumVariantRef
---- The `PostMultiplied` variant of `CompositeAlphaMode`.
-CompositeAlphaMode.PostMultiplied = {}
-
----@param variant CompositeAlphaMode.PostMultiplied
----@param payload NoFields
----@return CompositeAlphaMode
-function CompositeAlphaMode.PostMultiplied.new(variant,payload) end
-
-
-
----@class CompositeAlphaMode.Inherit : EnumVariantRef
---- The `Inherit` variant of `CompositeAlphaMode`.
-CompositeAlphaMode.Inherit = {}
-
----@param variant CompositeAlphaMode.Inherit
----@param payload NoFields
----@return CompositeAlphaMode
-function CompositeAlphaMode.Inherit.new(variant,payload) end
-
-
-
----@class EnabledButtons : ReflectReference
----  Specifies which [`Window`] control buttons should be enabled.
---- 
----  ## Platform-specific
---- 
----  **`iOS`**, **`Android`**, and the **`Web`** do not have window control buttons.
---- 
----  On some **`Linux`** environments these values have no effect.
----@field  minimize? boolean
----@field  maximize? boolean
----@field  close? boolean
-local EnabledButtons = {}
-
----@param payload EnabledButtons.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return EnabledButtons
-function EnabledButtons.new(payload) end
-
-
-
----@class InternalWindowState : ReflectReference
----  Stores internal [`Window`] state that isn't directly accessible.
----@field  minimize_request? boolean | nil
----@field  maximize_request? boolean | nil
----@field  drag_move_request? boolean
----@field  drag_resize_request? CompassOctant | nil
----@field  physical_cursor_position? DVec2 | nil
-local InternalWindowState = {}
-
----@param payload InternalWindowState.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return InternalWindowState
-function InternalWindowState.new(payload) end
-
-
-
----@class MonitorSelection : ReflectReference
----  References a screen monitor.
---- 
----  Used when centering a [`Window`] on a monitor.
----@field  Current MonitorSelection.Current
----@field  Primary MonitorSelection.Primary
----@field  Index MonitorSelection.Index
----@field  Entity MonitorSelection.Entity
-local MonitorSelection = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return MonitorSelection
-function MonitorSelection.new(payload) end
-
-
-
----@class MonitorSelection.Current : EnumVariantRef
---- The `Current` variant of `MonitorSelection`.
-MonitorSelection.Current = {}
-
----@param variant MonitorSelection.Current
----@param payload NoFields
----@return MonitorSelection
-function MonitorSelection.Current.new(variant,payload) end
-
-
-
----@class MonitorSelection.Primary : EnumVariantRef
---- The `Primary` variant of `MonitorSelection`.
-MonitorSelection.Primary = {}
-
----@param variant MonitorSelection.Primary
----@param payload NoFields
----@return MonitorSelection
-function MonitorSelection.Primary.new(variant,payload) end
-
-
-
----@class MonitorSelection.Index : EnumVariantRef
---- The `Index` variant of `MonitorSelection`.
-MonitorSelection.Index = {}
-
----@param variant MonitorSelection.Index
----@param payload MonitorSelection.Index.Fields
----@return MonitorSelection
-function MonitorSelection.Index.new(variant,payload) end
-
-
-
----@class MonitorSelection.Entity : EnumVariantRef
---- The `Entity` variant of `MonitorSelection`.
-MonitorSelection.Entity = {}
-
----@param variant MonitorSelection.Entity
----@param payload MonitorSelection.Entity.Fields
----@return MonitorSelection
-function MonitorSelection.Entity.new(variant,payload) end
-
-
-
----@class PresentMode : ReflectReference
----  Presentation mode for a [`Window`].
---- 
----  The presentation mode specifies when a frame is presented to the window. The [`Fifo`]
----  option corresponds to a traditional `VSync`, where the framerate is capped by the
----  display refresh rate. Both [`Immediate`] and [`Mailbox`] are low-latency and are not
----  capped by the refresh rate, but may not be available on all platforms. Tearing
----  may be observed with [`Immediate`] mode, but will not be observed with [`Mailbox`] or
----  [`Fifo`].
---- 
----  [`AutoVsync`] or [`AutoNoVsync`] will gracefully fallback to [`Fifo`] when unavailable.
---- 
----  [`Immediate`] or [`Mailbox`] will panic if not supported by the platform.
---- 
----  [`Fifo`]: PresentMode::Fifo
----  [`FifoRelaxed`]: PresentMode::FifoRelaxed
----  [`Immediate`]: PresentMode::Immediate
----  [`Mailbox`]: PresentMode::Mailbox
----  [`AutoVsync`]: PresentMode::AutoVsync
----  [`AutoNoVsync`]: PresentMode::AutoNoVsync
----@field  AutoVsync PresentMode.AutoVsync
----@field  AutoNoVsync PresentMode.AutoNoVsync
----@field  Fifo PresentMode.Fifo
----@field  FifoRelaxed PresentMode.FifoRelaxed
----@field  Immediate PresentMode.Immediate
----@field  Mailbox PresentMode.Mailbox
-local PresentMode = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return PresentMode
-function PresentMode.new(payload) end
-
-
-
----@class PresentMode.AutoVsync : EnumVariantRef
---- The `AutoVsync` variant of `PresentMode`.
-PresentMode.AutoVsync = {}
-
----@param variant PresentMode.AutoVsync
----@param payload NoFields
----@return PresentMode
-function PresentMode.AutoVsync.new(variant,payload) end
-
-
-
----@class PresentMode.AutoNoVsync : EnumVariantRef
---- The `AutoNoVsync` variant of `PresentMode`.
-PresentMode.AutoNoVsync = {}
-
----@param variant PresentMode.AutoNoVsync
----@param payload NoFields
----@return PresentMode
-function PresentMode.AutoNoVsync.new(variant,payload) end
-
-
-
----@class PresentMode.Fifo : EnumVariantRef
---- The `Fifo` variant of `PresentMode`.
-PresentMode.Fifo = {}
-
----@param variant PresentMode.Fifo
----@param payload NoFields
----@return PresentMode
-function PresentMode.Fifo.new(variant,payload) end
-
-
-
----@class PresentMode.FifoRelaxed : EnumVariantRef
---- The `FifoRelaxed` variant of `PresentMode`.
-PresentMode.FifoRelaxed = {}
-
----@param variant PresentMode.FifoRelaxed
----@param payload NoFields
----@return PresentMode
-function PresentMode.FifoRelaxed.new(variant,payload) end
-
-
-
----@class PresentMode.Immediate : EnumVariantRef
---- The `Immediate` variant of `PresentMode`.
-PresentMode.Immediate = {}
-
----@param variant PresentMode.Immediate
----@param payload NoFields
----@return PresentMode
-function PresentMode.Immediate.new(variant,payload) end
-
-
-
----@class PresentMode.Mailbox : EnumVariantRef
---- The `Mailbox` variant of `PresentMode`.
-PresentMode.Mailbox = {}
-
----@param variant PresentMode.Mailbox
----@param payload NoFields
----@return PresentMode
-function PresentMode.Mailbox.new(variant,payload) end
-
-
-
----@class ScreenEdge : ReflectReference
----  The edges of a screen. Corresponds to [`winit::platform::ios::ScreenEdge`].
---- 
----  # Platform-specific
---- 
----  - Only used on iOS.
---- 
----  [`winit::platform::ios::ScreenEdge`]: https://docs.rs/winit/latest/x86_64-apple-darwin/winit/platform/ios/struct.ScreenEdge.html
----@field  None ScreenEdge.None
----@field  Top ScreenEdge.Top
----@field  Left ScreenEdge.Left
----@field  Bottom ScreenEdge.Bottom
----@field  Right ScreenEdge.Right
----@field  All ScreenEdge.All
-local ScreenEdge = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return ScreenEdge
-function ScreenEdge.new(payload) end
-
-
-
----@class ScreenEdge.None : EnumVariantRef
---- The `None` variant of `ScreenEdge`.
-ScreenEdge.None = {}
-
----@param variant ScreenEdge.None
----@param payload NoFields
----@return ScreenEdge
-function ScreenEdge.None.new(variant,payload) end
-
-
-
----@class ScreenEdge.Top : EnumVariantRef
---- The `Top` variant of `ScreenEdge`.
-ScreenEdge.Top = {}
-
----@param variant ScreenEdge.Top
----@param payload NoFields
----@return ScreenEdge
-function ScreenEdge.Top.new(variant,payload) end
-
-
-
----@class ScreenEdge.Left : EnumVariantRef
---- The `Left` variant of `ScreenEdge`.
-ScreenEdge.Left = {}
-
----@param variant ScreenEdge.Left
----@param payload NoFields
----@return ScreenEdge
-function ScreenEdge.Left.new(variant,payload) end
-
-
-
----@class ScreenEdge.Bottom : EnumVariantRef
---- The `Bottom` variant of `ScreenEdge`.
-ScreenEdge.Bottom = {}
-
----@param variant ScreenEdge.Bottom
----@param payload NoFields
----@return ScreenEdge
-function ScreenEdge.Bottom.new(variant,payload) end
-
-
-
----@class ScreenEdge.Right : EnumVariantRef
---- The `Right` variant of `ScreenEdge`.
-ScreenEdge.Right = {}
-
----@param variant ScreenEdge.Right
----@param payload NoFields
----@return ScreenEdge
-function ScreenEdge.Right.new(variant,payload) end
-
-
-
----@class ScreenEdge.All : EnumVariantRef
---- The `All` variant of `ScreenEdge`.
-ScreenEdge.All = {}
-
----@param variant ScreenEdge.All
----@param payload NoFields
----@return ScreenEdge
-function ScreenEdge.All.new(variant,payload) end
-
-
-
----@class VideoModeSelection : ReflectReference
----  References an exclusive fullscreen video mode.
---- 
----  Used when setting [`WindowMode::Fullscreen`] on a window.
----@field  Current VideoModeSelection.Current
----@field  Specific VideoModeSelection.Specific
-local VideoModeSelection = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return VideoModeSelection
-function VideoModeSelection.new(payload) end
-
-
-
----@class VideoModeSelection.Current : EnumVariantRef
---- The `Current` variant of `VideoModeSelection`.
-VideoModeSelection.Current = {}
-
----@param variant VideoModeSelection.Current
----@param payload NoFields
----@return VideoModeSelection
-function VideoModeSelection.Current.new(variant,payload) end
-
-
-
----@class VideoModeSelection.Specific : EnumVariantRef
---- The `Specific` variant of `VideoModeSelection`.
-VideoModeSelection.Specific = {}
-
----@param variant VideoModeSelection.Specific
----@param payload VideoModeSelection.Specific.Fields
----@return VideoModeSelection
-function VideoModeSelection.Specific.new(variant,payload) end
-
-
-
----@class WindowLevel : ReflectReference
----  Specifies where a [`Window`] should appear relative to other overlapping windows (on top or under) .
---- 
----  Levels are groups of windows with respect to their z-position.
---- 
----  The relative ordering between windows in different window levels is fixed.
----  The z-order of windows within the same window level may change dynamically on user interaction.
---- 
----  ## Platform-specific
---- 
----  - **iOS / Android / Web / Wayland:** Unsupported.
----@field  AlwaysOnBottom WindowLevel.AlwaysOnBottom
----@field  Normal WindowLevel.Normal
----@field  AlwaysOnTop WindowLevel.AlwaysOnTop
-local WindowLevel = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return WindowLevel
-function WindowLevel.new(payload) end
-
-
-
----@class WindowLevel.AlwaysOnBottom : EnumVariantRef
---- The `AlwaysOnBottom` variant of `WindowLevel`.
-WindowLevel.AlwaysOnBottom = {}
-
----@param variant WindowLevel.AlwaysOnBottom
----@param payload NoFields
----@return WindowLevel
-function WindowLevel.AlwaysOnBottom.new(variant,payload) end
-
-
-
----@class WindowLevel.Normal : EnumVariantRef
---- The `Normal` variant of `WindowLevel`.
-WindowLevel.Normal = {}
-
----@param variant WindowLevel.Normal
----@param payload NoFields
----@return WindowLevel
-function WindowLevel.Normal.new(variant,payload) end
-
-
-
----@class WindowLevel.AlwaysOnTop : EnumVariantRef
---- The `AlwaysOnTop` variant of `WindowLevel`.
-WindowLevel.AlwaysOnTop = {}
-
----@param variant WindowLevel.AlwaysOnTop
----@param payload NoFields
----@return WindowLevel
-function WindowLevel.AlwaysOnTop.new(variant,payload) end
-
-
-
----@class WindowMode : ReflectReference
----  Defines the way a [`Window`] is displayed.
----@field  Windowed WindowMode.Windowed
----@field  BorderlessFullscreen WindowMode.BorderlessFullscreen
----@field  Fullscreen WindowMode.Fullscreen
-local WindowMode = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return WindowMode
-function WindowMode.new(payload) end
-
-
-
----@class WindowMode.Windowed : EnumVariantRef
---- The `Windowed` variant of `WindowMode`.
-WindowMode.Windowed = {}
-
----@param variant WindowMode.Windowed
----@param payload NoFields
----@return WindowMode
-function WindowMode.Windowed.new(variant,payload) end
-
-
-
----@class WindowMode.BorderlessFullscreen : EnumVariantRef
---- The `BorderlessFullscreen` variant of `WindowMode`.
-WindowMode.BorderlessFullscreen = {}
-
----@param variant WindowMode.BorderlessFullscreen
----@param payload WindowMode.BorderlessFullscreen.Fields
----@return WindowMode
-function WindowMode.BorderlessFullscreen.new(variant,payload) end
-
-
-
----@class WindowMode.Fullscreen : EnumVariantRef
---- The `Fullscreen` variant of `WindowMode`.
-WindowMode.Fullscreen = {}
-
----@param variant WindowMode.Fullscreen
----@param payload WindowMode.Fullscreen.Fields
----@return WindowMode
-function WindowMode.Fullscreen.new(variant,payload) end
-
-
-
----@class WindowPosition : ReflectReference
----  Defines where a [`Window`] should be placed on the screen.
----@field  Automatic WindowPosition.Automatic
----@field  Centered WindowPosition.Centered
----@field  At WindowPosition.At
-local WindowPosition = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return WindowPosition
-function WindowPosition.new(payload) end
-
-
-
----@class WindowPosition.Automatic : EnumVariantRef
---- The `Automatic` variant of `WindowPosition`.
-WindowPosition.Automatic = {}
-
----@param variant WindowPosition.Automatic
----@param payload NoFields
----@return WindowPosition
-function WindowPosition.Automatic.new(variant,payload) end
-
-
-
----@class WindowPosition.Centered : EnumVariantRef
---- The `Centered` variant of `WindowPosition`.
-WindowPosition.Centered = {}
-
----@param variant WindowPosition.Centered
----@param payload WindowPosition.Centered.Fields
----@return WindowPosition
-function WindowPosition.Centered.new(variant,payload) end
-
-
-
----@class WindowPosition.At : EnumVariantRef
---- The `At` variant of `WindowPosition`.
-WindowPosition.At = {}
-
----@param variant WindowPosition.At
----@param payload WindowPosition.At.Fields
----@return WindowPosition
-function WindowPosition.At.new(variant,payload) end
-
-
-
----@class WindowRef : ReflectReference
----  Reference to a [`Window`], whether it be a direct link to a specific entity or
----  a more vague defaulting choice.
----@field  Primary WindowRef.Primary
----@field  Entity WindowRef.Entity
-local WindowRef = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return WindowRef
-function WindowRef.new(payload) end
-
-
-
----@class WindowRef.Primary : EnumVariantRef
---- The `Primary` variant of `WindowRef`.
-WindowRef.Primary = {}
-
----@param variant WindowRef.Primary
----@param payload NoFields
----@return WindowRef
-function WindowRef.Primary.new(variant,payload) end
-
-
-
----@class WindowRef.Entity : EnumVariantRef
---- The `Entity` variant of `WindowRef`.
-WindowRef.Entity = {}
-
----@param variant WindowRef.Entity
----@param payload WindowRef.Entity.Fields
----@return WindowRef
-function WindowRef.Entity.new(variant,payload) end
-
-
-
----@class WindowResizeConstraints : ReflectReference
----  The size limits on a [`Window`].
---- 
----  These values are measured in logical pixels (see [`WindowResolution`]), so the user's
----  scale factor does affect the size limits on the window.
---- 
----  Please note that if the window is resizable, then when the window is
----  maximized it may have a size outside of these limits. The functionality
----  required to disable maximizing is not yet exposed by winit.
----@field  min_width? number
----@field  min_height? number
----@field  max_width? number
----@field  max_height? number
-local WindowResizeConstraints = {}
-
----@param payload WindowResizeConstraints.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return WindowResizeConstraints
-function WindowResizeConstraints.new(payload) end
-
-
-
----@class WindowTheme : ReflectReference
----  The [`Window`] theme variant to use.
----@field  Light WindowTheme.Light
----@field  Dark WindowTheme.Dark
-local WindowTheme = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return WindowTheme
-function WindowTheme.new(payload) end
-
-
-
----@class WindowTheme.Light : EnumVariantRef
---- The `Light` variant of `WindowTheme`.
-WindowTheme.Light = {}
-
----@param variant WindowTheme.Light
----@param payload NoFields
----@return WindowTheme
-function WindowTheme.Light.new(variant,payload) end
-
-
-
----@class WindowTheme.Dark : EnumVariantRef
---- The `Dark` variant of `WindowTheme`.
-WindowTheme.Dark = {}
-
----@param variant WindowTheme.Dark
----@param payload NoFields
----@return WindowTheme
-function WindowTheme.Dark.new(variant,payload) end
-
-
-
----@class TypeId : ReflectReference
-local TypeId = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return TypeId
-function TypeId.new(payload) end
-
-
-
----@class NonZeroI16 : ReflectReference
-local NonZeroI16 = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return NonZeroI16
-function NonZeroI16.new(payload) end
-
-
-
----@class NonZeroU16 : ReflectReference
-local NonZeroU16 = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return NonZeroU16
-function NonZeroU16.new(payload) end
-
-
-
----@class NonZeroU32 : ReflectReference
-local NonZeroU32 = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return NonZeroU32
-function NonZeroU32.new(payload) end
-
-
-
----@class Affine2 : ReflectReference
----@field  matrix2? Mat2
----@field  translation? Vec2
-local Affine2 = {}
-
----@param payload Affine2.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Affine2
-function Affine2.new(payload) end
-
-
-
----@class Affine3A : ReflectReference
----@field  matrix3? Mat3A
----@field  translation? Vec3A
-local Affine3A = {}
-
----@param payload Affine3A.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Affine3A
-function Affine3A.new(payload) end
-
-
-
----@class EulerRot : ReflectReference
----@field  ZYX EulerRot.ZYX
----@field  ZXY EulerRot.ZXY
----@field  YXZ EulerRot.YXZ
----@field  YZX EulerRot.YZX
----@field  XYZ EulerRot.XYZ
----@field  XZY EulerRot.XZY
----@field  ZYZ EulerRot.ZYZ
----@field  ZXZ EulerRot.ZXZ
----@field  YXY EulerRot.YXY
----@field  YZY EulerRot.YZY
----@field  XYX EulerRot.XYX
----@field  XZX EulerRot.XZX
----@field  ZYXEx EulerRot.ZYXEx
----@field  ZXYEx EulerRot.ZXYEx
----@field  YXZEx EulerRot.YXZEx
----@field  YZXEx EulerRot.YZXEx
----@field  XYZEx EulerRot.XYZEx
----@field  XZYEx EulerRot.XZYEx
----@field  ZYZEx EulerRot.ZYZEx
----@field  ZXZEx EulerRot.ZXZEx
----@field  YXYEx EulerRot.YXYEx
----@field  YZYEx EulerRot.YZYEx
----@field  XYXEx EulerRot.XYXEx
----@field  XZXEx EulerRot.XZXEx
-local EulerRot = {}
-
----@param payload table
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return EulerRot
-function EulerRot.new(payload) end
-
-
-
----@class EulerRot.ZYX : EnumVariantRef
---- The `ZYX` variant of `EulerRot`.
-EulerRot.ZYX = {}
-
----@param variant EulerRot.ZYX
----@param payload NoFields
----@return EulerRot
-function EulerRot.ZYX.new(variant,payload) end
-
-
-
----@class EulerRot.ZXY : EnumVariantRef
---- The `ZXY` variant of `EulerRot`.
-EulerRot.ZXY = {}
-
----@param variant EulerRot.ZXY
----@param payload NoFields
----@return EulerRot
-function EulerRot.ZXY.new(variant,payload) end
-
-
-
----@class EulerRot.YXZ : EnumVariantRef
---- The `YXZ` variant of `EulerRot`.
-EulerRot.YXZ = {}
-
----@param variant EulerRot.YXZ
----@param payload NoFields
----@return EulerRot
-function EulerRot.YXZ.new(variant,payload) end
-
-
-
----@class EulerRot.YZX : EnumVariantRef
---- The `YZX` variant of `EulerRot`.
-EulerRot.YZX = {}
-
----@param variant EulerRot.YZX
----@param payload NoFields
----@return EulerRot
-function EulerRot.YZX.new(variant,payload) end
-
-
-
----@class EulerRot.XYZ : EnumVariantRef
---- The `XYZ` variant of `EulerRot`.
-EulerRot.XYZ = {}
-
----@param variant EulerRot.XYZ
----@param payload NoFields
----@return EulerRot
-function EulerRot.XYZ.new(variant,payload) end
-
-
-
----@class EulerRot.XZY : EnumVariantRef
---- The `XZY` variant of `EulerRot`.
-EulerRot.XZY = {}
-
----@param variant EulerRot.XZY
----@param payload NoFields
----@return EulerRot
-function EulerRot.XZY.new(variant,payload) end
-
-
-
----@class EulerRot.ZYZ : EnumVariantRef
---- The `ZYZ` variant of `EulerRot`.
-EulerRot.ZYZ = {}
-
----@param variant EulerRot.ZYZ
----@param payload NoFields
----@return EulerRot
-function EulerRot.ZYZ.new(variant,payload) end
-
-
-
----@class EulerRot.ZXZ : EnumVariantRef
---- The `ZXZ` variant of `EulerRot`.
-EulerRot.ZXZ = {}
-
----@param variant EulerRot.ZXZ
----@param payload NoFields
----@return EulerRot
-function EulerRot.ZXZ.new(variant,payload) end
-
-
-
----@class EulerRot.YXY : EnumVariantRef
---- The `YXY` variant of `EulerRot`.
-EulerRot.YXY = {}
-
----@param variant EulerRot.YXY
----@param payload NoFields
----@return EulerRot
-function EulerRot.YXY.new(variant,payload) end
-
-
-
----@class EulerRot.YZY : EnumVariantRef
---- The `YZY` variant of `EulerRot`.
-EulerRot.YZY = {}
-
----@param variant EulerRot.YZY
----@param payload NoFields
----@return EulerRot
-function EulerRot.YZY.new(variant,payload) end
-
-
-
----@class EulerRot.XYX : EnumVariantRef
---- The `XYX` variant of `EulerRot`.
-EulerRot.XYX = {}
-
----@param variant EulerRot.XYX
----@param payload NoFields
----@return EulerRot
-function EulerRot.XYX.new(variant,payload) end
-
-
-
----@class EulerRot.XZX : EnumVariantRef
---- The `XZX` variant of `EulerRot`.
-EulerRot.XZX = {}
-
----@param variant EulerRot.XZX
----@param payload NoFields
----@return EulerRot
-function EulerRot.XZX.new(variant,payload) end
-
-
-
----@class EulerRot.ZYXEx : EnumVariantRef
---- The `ZYXEx` variant of `EulerRot`.
-EulerRot.ZYXEx = {}
-
----@param variant EulerRot.ZYXEx
----@param payload NoFields
----@return EulerRot
-function EulerRot.ZYXEx.new(variant,payload) end
-
-
-
----@class EulerRot.ZXYEx : EnumVariantRef
---- The `ZXYEx` variant of `EulerRot`.
-EulerRot.ZXYEx = {}
-
----@param variant EulerRot.ZXYEx
----@param payload NoFields
----@return EulerRot
-function EulerRot.ZXYEx.new(variant,payload) end
-
-
-
----@class EulerRot.YXZEx : EnumVariantRef
---- The `YXZEx` variant of `EulerRot`.
-EulerRot.YXZEx = {}
-
----@param variant EulerRot.YXZEx
----@param payload NoFields
----@return EulerRot
-function EulerRot.YXZEx.new(variant,payload) end
-
-
-
----@class EulerRot.YZXEx : EnumVariantRef
---- The `YZXEx` variant of `EulerRot`.
-EulerRot.YZXEx = {}
-
----@param variant EulerRot.YZXEx
----@param payload NoFields
----@return EulerRot
-function EulerRot.YZXEx.new(variant,payload) end
-
-
-
----@class EulerRot.XYZEx : EnumVariantRef
---- The `XYZEx` variant of `EulerRot`.
-EulerRot.XYZEx = {}
-
----@param variant EulerRot.XYZEx
----@param payload NoFields
----@return EulerRot
-function EulerRot.XYZEx.new(variant,payload) end
-
-
-
----@class EulerRot.XZYEx : EnumVariantRef
---- The `XZYEx` variant of `EulerRot`.
-EulerRot.XZYEx = {}
-
----@param variant EulerRot.XZYEx
----@param payload NoFields
----@return EulerRot
-function EulerRot.XZYEx.new(variant,payload) end
-
-
-
----@class EulerRot.ZYZEx : EnumVariantRef
---- The `ZYZEx` variant of `EulerRot`.
-EulerRot.ZYZEx = {}
-
----@param variant EulerRot.ZYZEx
----@param payload NoFields
----@return EulerRot
-function EulerRot.ZYZEx.new(variant,payload) end
-
-
-
----@class EulerRot.ZXZEx : EnumVariantRef
---- The `ZXZEx` variant of `EulerRot`.
-EulerRot.ZXZEx = {}
-
----@param variant EulerRot.ZXZEx
----@param payload NoFields
----@return EulerRot
-function EulerRot.ZXZEx.new(variant,payload) end
-
-
-
----@class EulerRot.YXYEx : EnumVariantRef
---- The `YXYEx` variant of `EulerRot`.
-EulerRot.YXYEx = {}
-
----@param variant EulerRot.YXYEx
----@param payload NoFields
----@return EulerRot
-function EulerRot.YXYEx.new(variant,payload) end
-
-
-
----@class EulerRot.YZYEx : EnumVariantRef
---- The `YZYEx` variant of `EulerRot`.
-EulerRot.YZYEx = {}
-
----@param variant EulerRot.YZYEx
----@param payload NoFields
----@return EulerRot
-function EulerRot.YZYEx.new(variant,payload) end
-
-
-
----@class EulerRot.XYXEx : EnumVariantRef
---- The `XYXEx` variant of `EulerRot`.
-EulerRot.XYXEx = {}
-
----@param variant EulerRot.XYXEx
----@param payload NoFields
----@return EulerRot
-function EulerRot.XYXEx.new(variant,payload) end
-
-
-
----@class EulerRot.XZXEx : EnumVariantRef
---- The `XZXEx` variant of `EulerRot`.
-EulerRot.XZXEx = {}
-
----@param variant EulerRot.XZXEx
----@param payload NoFields
----@return EulerRot
-function EulerRot.XZXEx.new(variant,payload) end
-
-
-
----@class Mat2 : ReflectReference
----@field  x_axis? Vec2
----@field  y_axis? Vec2
-local Mat2 = {}
-
----@param payload Mat2.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Mat2
-function Mat2.new(payload) end
-
-
-
----@class Mat3A : ReflectReference
----@field  x_axis? Vec3A
----@field  y_axis? Vec3A
----@field  z_axis? Vec3A
-local Mat3A = {}
-
----@param payload Mat3A.Fields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Mat3A
-function Mat3A.new(payload) end
-
-
-
----@class SmolStr : ReflectReference
-local SmolStr = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return SmolStr
-function SmolStr.new(payload) end
-
-
-
----@class Uuid : ReflectReference
-local Uuid = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Uuid
-function Uuid.new(payload) end
-
-
-
----@class BlendState : ReflectReference
-local BlendState = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return BlendState
-function BlendState.new(payload) end
-
-
-
----@class Cow : ReflectReference
-local Cow = {}
-
----@param payload NoFields
---- The fields of the type, keyed by name or index, or a list of the fields in order.
----@return Cow
-function Cow.new(payload) end
-
-
-
----@class OsString
---- A heap allocated OS string
-local OsString = {}
-
-
-
----@class PathBuf
---- A heap allocated file path
-local PathBuf = {}
-
-
-
----@class Str
---- A string slice
-local Str = {}
-
-
-
----@class Handle<A> : ReflectReference
---- A handle to an asset of type `A`.
-
-
-
-
----@class (exact) ActiveAnimation.Fields
---- The fields of `ActiveAnimation`, keyed by name. Optional fields are filled in from defaults.
----@field  weight? number
----@field  repeat? RepeatAnimation
----@field  speed? number
----@field  elapsed? number
----@field  seek_time? number
----@field  last_seek_time? number | nil
----@field  completions? integer
----@field  just_completed? boolean
----@field  paused? boolean
----@field  [any] 'never'
-
-
-
-
----@class (exact) AnimationPlayer.Fields
---- The fields of `AnimationPlayer`, keyed by name. Optional fields are filled in from defaults.
----@field  active_animations? table<NodeIndex, ActiveAnimation>
----@field  [any] 'never'
-
-
-
-
----@class (exact) AnimationTargetId.Fields
---- The fields of `AnimationTargetId`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? Uuid
----@field  [any] 'never'
-
-
-
-
----@class (exact) RepeatAnimation.Count.Fields
---- The fields of the `Count` variant of `RepeatAnimation`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? integer
----@field  [any] 'never'
-
-
-
-
----@class (exact) AnimationGraph.Fields
---- The fields of `AnimationGraph`, keyed by name. Optional fields are filled in from defaults.
----@field  graph any
----@field  root? NodeIndex
----@field  mask_groups table<AnimationTargetId, integer>
----@field  [any] 'never'
-
-
-
-
----@class (exact) AssetIndex.Fields
---- The fields of `AssetIndex`, keyed by name. Optional fields are filled in from defaults.
----@field  generation? integer
----@field  index? integer
----@field  [any] 'never'
-
-
-
-
----@class (exact) PlaybackSettings.Fields
---- The fields of `PlaybackSettings`, keyed by name. Optional fields are filled in from defaults.
----@field  mode? PlaybackMode
----@field  volume? Volume
----@field  speed? number
----@field  paused? boolean
----@field  muted? boolean
----@field  spatial? boolean
----@field  spatial_scale? SpatialScale | nil
----@field  start_position? Duration | nil
----@field  duration? Duration | nil
----@field  [any] 'never'
-
-
-
-
----@class (exact) SpatialScale.Fields
---- The fields of `SpatialScale`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? Vec3
----@field  [any] 'never'
-
-
-
-
----@class (exact) Volume.Decibels.Fields
---- The fields of the `Decibels` variant of `Volume`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) Volume.Linear.Fields
---- The fields of the `Linear` variant of `Volume`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) Camera.Fields
---- The fields of `Camera`, keyed by name. Optional fields are filled in from defaults.
----@field  viewport? Viewport | nil
----@field  order? integer
----@field  is_active? boolean
----@field  computed? ComputedCameraValues
----@field  output_mode? CameraOutputMode
----@field  msaa_writeback? MsaaWriteback
----@field  clear_color? ClearColorConfig
----@field  invert_culling? boolean
----@field  sub_camera_view? SubCameraView | nil
----@field  [any] 'never'
-
-
-
-
----@class (exact) CameraOutputMode.Write.Fields
---- The fields of the `Write` variant of `CameraOutputMode`, keyed by name. Optional fields are filled in from defaults.
----@field  blend_state BlendState | nil
----@field  clear_color? ClearColorConfig
----@field  [any] 'never'
-
-
-
-
----@class (exact) ComputedCameraValues.Fields
---- The fields of `ComputedCameraValues`, keyed by name. Optional fields are filled in from defaults.
----@field  clip_from_view? Mat4
----@field  target_info RenderTargetInfo | nil
----@field  old_viewport_size UVec2 | nil
----@field  old_sub_camera_view SubCameraView | nil
----@field  [any] 'never'
-
-
-
-
----@class (exact) ImageRenderTarget.Fields
---- The fields of `ImageRenderTarget`, keyed by name. Optional fields are filled in from defaults.
----@field  handle Handle<Image>
----@field  scale_factor? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) ManualTextureViewHandle.Fields
---- The fields of `ManualTextureViewHandle`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? integer
----@field  [any] 'never'
-
-
-
-
----@class (exact) RenderTarget.Image.Fields
---- The fields of the `Image` variant of `RenderTarget`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1] ImageRenderTarget
----@field  [any] 'never'
-
-
-
-
----@class (exact) RenderTarget.None.Fields
---- The fields of the `None` variant of `RenderTarget`, keyed by name. Optional fields are filled in from defaults.
----@field  size? UVec2
----@field  [any] 'never'
-
-
-
-
----@class (exact) RenderTarget.TextureView.Fields
---- The fields of the `TextureView` variant of `RenderTarget`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? ManualTextureViewHandle
----@field  [any] 'never'
-
-
-
-
----@class (exact) RenderTarget.Window.Fields
---- The fields of the `Window` variant of `RenderTarget`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? WindowRef
----@field  [any] 'never'
-
-
-
-
----@class (exact) RenderTargetInfo.Fields
---- The fields of `RenderTargetInfo`, keyed by name. Optional fields are filled in from defaults.
----@field  physical_size? UVec2
----@field  scale_factor? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) SubCameraView.Fields
---- The fields of `SubCameraView`, keyed by name. Optional fields are filled in from defaults.
----@field  full_size? UVec2
----@field  offset? Vec2
----@field  size? UVec2
----@field  [any] 'never'
-
-
-
-
----@class (exact) Viewport.Fields
---- The fields of `Viewport`, keyed by name. Optional fields are filled in from defaults.
----@field  physical_position? UVec2
----@field  physical_size? UVec2
----@field  depth? any
----@field  [any] 'never'
-
-
-
-
----@class (exact) ClearColorConfig.Custom.Fields
---- The fields of the `Custom` variant of `ClearColorConfig`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? Color
----@field  [any] 'never'
-
-
-
-
----@class (exact) OrthographicProjection.Fields
---- The fields of `OrthographicProjection`, keyed by name. Optional fields are filled in from defaults.
----@field  near? number
----@field  far? number
----@field  viewport_origin? Vec2
----@field  scaling_mode? ScalingMode
----@field  scale? number
----@field  area? Rect
----@field  [any] 'never'
-
-
-
-
----@class (exact) ScalingMode.AutoMax.Fields
---- The fields of the `AutoMax` variant of `ScalingMode`, keyed by name. Optional fields are filled in from defaults.
----@field  max_width? number
----@field  max_height? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) ScalingMode.AutoMin.Fields
---- The fields of the `AutoMin` variant of `ScalingMode`, keyed by name. Optional fields are filled in from defaults.
----@field  min_width? number
----@field  min_height? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) ScalingMode.Fixed.Fields
---- The fields of the `Fixed` variant of `ScalingMode`, keyed by name. Optional fields are filled in from defaults.
----@field  width? number
----@field  height? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) ScalingMode.FixedHorizontal.Fields
---- The fields of the `FixedHorizontal` variant of `ScalingMode`, keyed by name. Optional fields are filled in from defaults.
----@field  viewport_width? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) ScalingMode.FixedVertical.Fields
---- The fields of the `FixedVertical` variant of `ScalingMode`, keyed by name. Optional fields are filled in from defaults.
----@field  viewport_height? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) InheritedVisibility.Fields
---- The fields of `InheritedVisibility`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? boolean
----@field  [any] 'never'
-
-
-
-
----@class (exact) ViewVisibility.Fields
---- The fields of `ViewVisibility`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? integer
----@field  [any] 'never'
-
-
-
-
----@class (exact) RenderLayers.Fields
---- The fields of `RenderLayers`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? integer[]
----@field  [any] 'never'
-
-
-
-
----@class (exact) Color.Hsla.Fields
---- The fields of the `Hsla` variant of `Color`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? Hsla
----@field  [any] 'never'
-
-
-
-
----@class (exact) Color.Hsva.Fields
---- The fields of the `Hsva` variant of `Color`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? Hsva
----@field  [any] 'never'
-
-
-
-
----@class (exact) Color.Hwba.Fields
---- The fields of the `Hwba` variant of `Color`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? Hwba
----@field  [any] 'never'
-
-
-
-
----@class (exact) Color.Laba.Fields
---- The fields of the `Laba` variant of `Color`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? Laba
----@field  [any] 'never'
-
-
-
-
----@class (exact) Color.Lcha.Fields
---- The fields of the `Lcha` variant of `Color`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? Lcha
----@field  [any] 'never'
-
-
-
-
----@class (exact) Color.LinearRgba.Fields
---- The fields of the `LinearRgba` variant of `Color`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? LinearRgba
----@field  [any] 'never'
-
-
-
-
----@class (exact) Color.Okhsla.Fields
---- The fields of the `Okhsla` variant of `Color`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? Okhsla
----@field  [any] 'never'
-
-
-
-
----@class (exact) Color.Okhsva.Fields
---- The fields of the `Okhsva` variant of `Color`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? Okhsva
----@field  [any] 'never'
-
-
-
-
----@class (exact) Color.Okhwba.Fields
---- The fields of the `Okhwba` variant of `Color`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? Okhwba
----@field  [any] 'never'
-
-
-
-
----@class (exact) Color.Oklaba.Fields
---- The fields of the `Oklaba` variant of `Color`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? Oklaba
----@field  [any] 'never'
-
-
-
-
----@class (exact) Color.Oklcha.Fields
---- The fields of the `Oklcha` variant of `Color`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? Oklcha
----@field  [any] 'never'
-
-
-
-
----@class (exact) Color.Srgba.Fields
---- The fields of the `Srgba` variant of `Color`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? Srgba
----@field  [any] 'never'
-
-
-
-
----@class (exact) Color.Xyza.Fields
---- The fields of the `Xyza` variant of `Color`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? Xyza
----@field  [any] 'never'
-
-
-
-
----@class (exact) Okhsla.Fields
---- The fields of `Okhsla`, keyed by name. Optional fields are filled in from defaults.
----@field  hue? number
----@field  saturation? number
----@field  lightness? number
----@field  alpha? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) Okhsva.Fields
---- The fields of `Okhsva`, keyed by name. Optional fields are filled in from defaults.
----@field  hue? number
----@field  saturation? number
----@field  value? number
----@field  alpha? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) Okhwba.Fields
---- The fields of `Okhwba`, keyed by name. Optional fields are filled in from defaults.
----@field  hue? number
----@field  whiteness? number
----@field  blackness? number
----@field  alpha? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) EaseFunction.Elastic.Fields
---- The fields of the `Elastic` variant of `EaseFunction`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) EaseFunction.Steps.Fields
---- The fields of the `Steps` variant of `EaseFunction`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? integer
----@field  [2]? JumpAt
----@field  [any] 'never'
-
-
-
-
----@class (exact) ComponentId.Fields
---- The fields of `ComponentId`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? integer
----@field  [any] 'never'
-
-
-
-
----@class (exact) ChildOf.Fields
---- The fields of `ChildOf`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1] Entity
----@field  [any] 'never'
-
-
-
-
----@class (exact) AddEvent.Fields
---- The fields of `AddEvent`, keyed by name. Optional fields are filled in from defaults.
----@field  entity Entity
----@field  [any] 'never'
-
-
-
-
----@class (exact) DespawnEvent.Fields
---- The fields of `DespawnEvent`, keyed by name. Optional fields are filled in from defaults.
----@field  entity Entity
----@field  [any] 'never'
-
-
-
-
----@class (exact) DiscardEvent.Fields
---- The fields of `DiscardEvent`, keyed by name. Optional fields are filled in from defaults.
----@field  entity Entity
----@field  [any] 'never'
-
-
-
-
----@class (exact) InsertEvent.Fields
---- The fields of `InsertEvent`, keyed by name. Optional fields are filled in from defaults.
----@field  entity Entity
----@field  [any] 'never'
-
-
-
-
----@class (exact) RemoveEvent.Fields
---- The fields of `RemoveEvent`, keyed by name. Optional fields are filled in from defaults.
----@field  entity Entity
----@field  [any] 'never'
-
-
-
-
----@class (exact) HashedStr.Fields
---- The fields of `HashedStr`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1] any
----@field  [any] 'never'
-
-
-
-
----@class (exact) TextureAtlas.Fields
---- The fields of `TextureAtlas`, keyed by name. Optional fields are filled in from defaults.
----@field  layout? Handle<TextureAtlasLayout>
----@field  index? integer
----@field  [any] 'never'
-
-
-
-
----@class (exact) TextureAtlasLayout.Fields
---- The fields of `TextureAtlasLayout`, keyed by name. Optional fields are filled in from defaults.
----@field  size? UVec2
----@field  textures URect[]
----@field  [any] 'never'
-
-
-
-
----@class (exact) Gamepad.Fields
---- The fields of `Gamepad`, keyed by name. Optional fields are filled in from defaults.
----@field  vendor_id? integer | nil
----@field  product_id? integer | nil
----@field  digital? any
----@field  analog? any
----@field  [any] 'never'
-
-
-
-
----@class (exact) GamepadAxis.Other.Fields
---- The fields of the `Other` variant of `GamepadAxis`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? integer
----@field  [any] 'never'
-
-
-
-
----@class (exact) GamepadButton.Other.Fields
---- The fields of the `Other` variant of `GamepadButton`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? integer
----@field  [any] 'never'
-
-
-
-
----@class (exact) GamepadInput.Axis.Fields
---- The fields of the `Axis` variant of `GamepadInput`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1] GamepadAxis
----@field  [any] 'never'
-
-
-
-
----@class (exact) GamepadInput.Button.Fields
---- The fields of the `Button` variant of `GamepadInput`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1] GamepadButton
----@field  [any] 'never'
-
-
-
-
----@class (exact) KeyCode.Unidentified.Fields
---- The fields of the `Unidentified` variant of `KeyCode`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1] NativeKeyCode
----@field  [any] 'never'
-
-
-
-
----@class (exact) NativeKeyCode.Android.Fields
---- The fields of the `Android` variant of `NativeKeyCode`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? integer
----@field  [any] 'never'
-
-
-
-
----@class (exact) NativeKeyCode.MacOS.Fields
---- The fields of the `MacOS` variant of `NativeKeyCode`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? integer
----@field  [any] 'never'
-
-
-
-
----@class (exact) NativeKeyCode.Windows.Fields
---- The fields of the `Windows` variant of `NativeKeyCode`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? integer
----@field  [any] 'never'
-
-
-
-
----@class (exact) NativeKeyCode.Xkb.Fields
---- The fields of the `Xkb` variant of `NativeKeyCode`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? integer
----@field  [any] 'never'
-
-
-
-
----@class (exact) MouseButton.Other.Fields
---- The fields of the `Other` variant of `MouseButton`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? integer
----@field  [any] 'never'
-
-
-
-
----@class (exact) InputFocus.Fields
---- The fields of `InputFocus`, keyed by name. Optional fields are filled in from defaults.
----@field  current_focus? Entity | nil
----@field  recorded_changes? [Entity, FocusCause] | nil[]
----@field  original_focus? Entity | nil
----@field  [any] 'never'
-
-
-
-
----@class (exact) AlphaMode.Mask.Fields
---- The fields of the `Mask` variant of `AlphaMode`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) URect.Fields
---- The fields of `URect`, keyed by name. Optional fields are filled in from defaults.
----@field  min? UVec2
----@field  max? UVec2
----@field  [any] 'never'
-
-
-
-
----@class (exact) Rot2.Fields
---- The fields of `Rot2`, keyed by name. Optional fields are filled in from defaults.
----@field  cos? number
----@field  sin? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) Indices.U16.Fields
---- The fields of the `U16` variant of `Indices`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1] integer[]
----@field  [any] 'never'
-
-
-
-
----@class (exact) Indices.U32.Fields
---- The fields of the `U32` variant of `Indices`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1] integer[]
----@field  [any] 'never'
-
-
-
-
----@class (exact) Mesh.Fields
---- The fields of `Mesh`, keyed by name. Optional fields are filled in from defaults.
----@field  indices any
----@field  morph_targets any
----@field  morph_target_names any
----@field  asset_usage RenderAssetUsages
----@field  enable_raytracing? boolean
----@field  attribute_compression MeshAttributeCompressionFlags
----@field  final_aabb Aabb3d | nil
----@field  final_uv_ranges Aabb2d | nil[]
----@field  skinned_mesh_bounds SkinnedMeshBounds | nil
----@field  [any] 'never'
-
-
-
-
----@class (exact) MorphAttributes.Fields
---- The fields of `MorphAttributes`, keyed by name. Optional fields are filled in from defaults.
----@field  position? Vec3
----@field  pad_a? number
----@field  normal? Vec3
----@field  pad_b? number
----@field  tangent? Vec3
----@field  pad_c? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) JointAabb.Fields
---- The fields of `JointAabb`, keyed by name. Optional fields are filled in from defaults.
----@field  center? Vec3
----@field  half_size? Vec3
----@field  [any] 'never'
-
-
-
-
----@class (exact) JointIndex.Fields
---- The fields of `JointIndex`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? integer
----@field  [any] 'never'
-
-
-
-
----@class (exact) SkinnedMeshBounds.Fields
---- The fields of `SkinnedMeshBounds`, keyed by name. Optional fields are filled in from defaults.
----@field  aabbs JointAabb[]
----@field  aabb_index_to_joint_index JointIndex[]
----@field  [any] 'never'
-
-
-
-
----@class (exact) Language.External.Fields
---- The fields of the `External` variant of `Language`, keyed by name. Optional fields are filled in from defaults.
----@field  name Cow
----@field  one_indexed? boolean
----@field  [any] 'never'
-
-
-
-
----@class (exact) FunctionArgInfo.Fields
---- The fields of `FunctionArgInfo`, keyed by name. Optional fields are filled in from defaults.
----@field  name Cow | nil
----@field  arg_index? integer
----@field  type_id TypeId
----@field  [any] 'never'
-
-
-
-
----@class (exact) FunctionInfo.Fields
---- The fields of `FunctionInfo`, keyed by name. Optional fields are filled in from defaults.
----@field  name Cow
----@field  namespace Namespace
----@field  arg_info FunctionArgInfo[]
----@field  return_info FunctionReturnInfo
----@field  docs Cow | nil
----@field  [any] 'never'
-
-
-
-
----@class (exact) FunctionReturnInfo.Fields
---- The fields of `FunctionReturnInfo`, keyed by name. Optional fields are filled in from defaults.
----@field  type_id TypeId
----@field  [any] 'never'
-
-
-
-
----@class (exact) Namespace.OnType.Fields
---- The fields of the `OnType` variant of `Namespace`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1] TypeId
----@field  [any] 'never'
-
-
-
-
----@class (exact) ScriptComponentRegistration.Fields
---- The fields of `ScriptComponentRegistration`, keyed by name. Optional fields are filled in from defaults.
----@field  registration ScriptTypeRegistration
----@field  component_id ComponentId
----@field  is_dynamic_script_component? boolean
----@field  script_namespace string | nil
----@field  [any] 'never'
-
-
-
-
----@class (exact) ScriptResourceRegistration.Fields
---- The fields of `ScriptResourceRegistration`, keyed by name. Optional fields are filled in from defaults.
----@field  registration ScriptTypeRegistration
----@field  resource_id ComponentId
----@field  [any] 'never'
-
-
-
-
----@class (exact) DynamicComponent.Fields
---- The fields of `DynamicComponent`, keyed by name. Optional fields are filled in from defaults.
----@field  data? ScriptValue
----@field  [any] 'never'
-
-
-
-
----@class (exact) CallbackLabel.Fields
---- The fields of `CallbackLabel`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? string
----@field  [any] 'never'
-
-
-
-
----@class (exact) ScriptAssetModifiedMessage.Fields
---- The fields of `ScriptAssetModifiedMessage`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? any
----@field  [any] 'never'
-
-
-
-
----@class (exact) ScriptAttachedMessage.Fields
---- The fields of `ScriptAttachedMessage`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1] ScriptAttachment
----@field  [any] 'never'
-
-
-
-
----@class (exact) ScriptCallbackMessage.Fields
---- The fields of `ScriptCallbackMessage`, keyed by name. Optional fields are filled in from defaults.
----@field  label CallbackLabel
----@field  recipients Recipients
----@field  language? Language | nil
----@field  args ScriptValue[]
----@field  trigger_response? boolean
----@field  iteration? integer
----@field  [any] 'never'
-
-
-
-
----@class (exact) ScriptDetachedMessage.Fields
---- The fields of `ScriptDetachedMessage`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1] ScriptAttachment
----@field  [any] 'never'
-
-
-
-
----@class (exact) ScriptComponent.Fields
---- The fields of `ScriptComponent`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1] Handle<ScriptAsset>[]
----@field  [any] 'never'
-
-
-
-
----@class (exact) Recipients.ScriptEntity.Fields
---- The fields of the `ScriptEntity` variant of `Recipients`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1] Handle<ScriptAsset>
----@field  [2] Entity
----@field  [any] 'never'
-
-
-
-
----@class (exact) Recipients.StaticScript.Fields
---- The fields of the `StaticScript` variant of `Recipients`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1] Handle<ScriptAsset>
----@field  [any] 'never'
-
-
-
-
----@class (exact) ScriptAttachment.EntityScript.Fields
---- The fields of the `EntityScript` variant of `ScriptAttachment`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1] Entity
----@field  [2] Handle<ScriptAsset>
----@field  [any] 'never'
-
-
-
-
----@class (exact) ScriptAttachment.StaticScript.Fields
---- The fields of the `StaticScript` variant of `ScriptAttachment`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1] Handle<ScriptAsset>
----@field  [any] 'never'
-
-
-
-
----@class (exact) ParallaxMappingMethod.Relief.Fields
---- The fields of the `Relief` variant of `ParallaxMappingMethod`, keyed by name. Optional fields are filled in from defaults.
----@field  max_steps? integer
----@field  [any] 'never'
-
-
-
-
----@class (exact) StandardMaterial.Fields
---- The fields of `StandardMaterial`, keyed by name. Optional fields are filled in from defaults.
----@field  base_color? Color
----@field  base_color_channel? UvChannel
----@field  base_color_texture? Handle<Image> | nil
----@field  emissive? LinearRgba
----@field  emissive_exposure_weight? number
----@field  emissive_channel? UvChannel
----@field  emissive_texture? Handle<Image> | nil
----@field  perceptual_roughness? number
----@field  metallic? number
----@field  metallic_roughness_channel? UvChannel
----@field  metallic_roughness_texture? Handle<Image> | nil
----@field  reflectance? number
----@field  specular_tint? Color
----@field  diffuse_transmission? number
----@field  specular_transmission? number
----@field  thickness? number
----@field  ior? number
----@field  attenuation_distance? number
----@field  attenuation_color? Color
----@field  normal_map_channel? UvChannel
----@field  normal_map_texture? Handle<Image> | nil
----@field  flip_normal_map_y? boolean
----@field  occlusion_channel? UvChannel
----@field  occlusion_texture? Handle<Image> | nil
----@field  clearcoat? number
----@field  clearcoat_perceptual_roughness? number
----@field  anisotropy_strength? number
----@field  anisotropy_rotation? number
----@field  double_sided? boolean
----@field  unlit? boolean
----@field  fog_enabled? boolean
----@field  alpha_mode? AlphaMode
----@field  depth_bias? number
----@field  depth_map? Handle<Image> | nil
----@field  parallax_depth_scale? number
----@field  parallax_mapping_method? ParallaxMappingMethod
----@field  max_parallax_layer_count? number
----@field  lightmap_exposure? number
----@field  opaque_render_method? OpaqueRendererMethod
----@field  deferred_lighting_pass_id? integer
----@field  uv_transform? Affine2
----@field  [any] 'never'
-
-
-
-
----@class (exact) Screenshot.Fields
---- The fields of `Screenshot`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1] RenderTarget
----@field  [any] 'never'
-
-
-
-
----@class (exact) ScreenshotCaptured.Fields
---- The fields of `ScreenshotCaptured`, keyed by name. Optional fields are filled in from defaults.
----@field  entity Entity
----@field  image? Image
----@field  [any] 'never'
-
-
-
-
----@class (exact) Aabb2d.Fields
---- The fields of `Aabb2d`, keyed by name. Optional fields are filled in from defaults.
----@field  min? Vec2
----@field  max? Vec2
----@field  [any] 'never'
-
-
-
-
----@class (exact) Aabb3d.Fields
---- The fields of `Aabb3d`, keyed by name. Optional fields are filled in from defaults.
----@field  min? Vec3A
----@field  max? Vec3A
----@field  [any] 'never'
-
-
-
-
----@class (exact) Anchor.Fields
---- The fields of `Anchor`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? Vec2
----@field  [any] 'never'
-
-
-
-
----@class (exact) Sprite.Fields
---- The fields of `Sprite`, keyed by name. Optional fields are filled in from defaults.
----@field  image? Handle<Image>
----@field  texture_atlas? TextureAtlas | nil
----@field  color? Color
----@field  flip_x? boolean
----@field  flip_y? boolean
----@field  custom_size? Vec2 | nil
----@field  rect? Rect | nil
----@field  image_mode? SpriteImageMode
----@field  alpha_mode? SpriteAlphaMode
----@field  [any] 'never'
-
-
-
-
----@class (exact) SpriteAlphaMode.Mask.Fields
---- The fields of the `Mask` variant of `SpriteAlphaMode`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) SpriteImageMode.Scale.Fields
---- The fields of the `Scale` variant of `SpriteImageMode`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? SpriteScalingMode
----@field  [any] 'never'
-
-
-
-
----@class (exact) SpriteImageMode.Sliced.Fields
---- The fields of the `Sliced` variant of `SpriteImageMode`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1] TextureSlicer
----@field  [any] 'never'
-
-
-
-
----@class (exact) SpriteImageMode.Tiled.Fields
---- The fields of the `Tiled` variant of `SpriteImageMode`, keyed by name. Optional fields are filled in from defaults.
----@field  tile_x? boolean
----@field  tile_y? boolean
----@field  stretch_value? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) BorderRect.Fields
---- The fields of `BorderRect`, keyed by name. Optional fields are filled in from defaults.
----@field  min_inset? Vec2
----@field  max_inset? Vec2
----@field  [any] 'never'
-
-
-
-
----@class (exact) SliceScaleMode.Tile.Fields
---- The fields of the `Tile` variant of `SliceScaleMode`, keyed by name. Optional fields are filled in from defaults.
----@field  stretch_value? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) TextureSlicer.Fields
---- The fields of `TextureSlicer`, keyed by name. Optional fields are filled in from defaults.
----@field  border? BorderRect
----@field  center_scale_mode? SliceScaleMode
----@field  sides_scale_mode? SliceScaleMode
----@field  max_corner_scale? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) ColorMaterial.Fields
---- The fields of `ColorMaterial`, keyed by name. Optional fields are filled in from defaults.
----@field  color? Color
----@field  alpha_mode? AlphaMode2d
----@field  uv_transform? Affine2
----@field  texture? Handle<Image> | nil
----@field  [any] 'never'
-
-
-
-
----@class (exact) AlphaMode2d.Mask.Fields
---- The fields of the `Mask` variant of `AlphaMode2d`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) SpriteMeshMaterial.Fields
---- The fields of `SpriteMeshMaterial`, keyed by name. Optional fields are filled in from defaults.
----@field  image Handle<Image>
----@field  texture_atlas TextureAtlas | nil
----@field  color? Color
----@field  flip_x? boolean
----@field  flip_y? boolean
----@field  custom_size Vec2 | nil
----@field  rect Rect | nil
----@field  image_mode? SpriteImageMode
----@field  alpha_mode? AlphaMode2d
----@field  anchor? Vec2
----@field  texture_atlas_layout TextureAtlasLayout | nil
----@field  texture_atlas_index? integer
----@field  [any] 'never'
-
-
-
-
----@class (exact) ReflectSchedule.Fields
---- The fields of `ReflectSchedule`, keyed by name. Optional fields are filled in from defaults.
----@field  type_path string
----@field  label ReflectableScheduleLabel
----@field  [any] 'never'
-
-
-
-
----@class (exact) EmSize.Fields
---- The fields of `EmSize`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) FontFeatureTag.Fields
---- The fields of `FontFeatureTag`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1] integer[]
----@field  [any] 'never'
-
-
-
-
----@class (exact) FontFeatures.Fields
---- The fields of `FontFeatures`, keyed by name. Optional fields are filled in from defaults.
----@field  features [FontFeatureTag, integer][]
----@field  [any] 'never'
-
-
-
-
----@class (exact) FontSize.Px.Fields
---- The fields of the `Px` variant of `FontSize`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) FontSize.Rem.Fields
---- The fields of the `Rem` variant of `FontSize`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) FontSize.VMax.Fields
---- The fields of the `VMax` variant of `FontSize`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) FontSize.VMin.Fields
---- The fields of the `VMin` variant of `FontSize`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) FontSize.Vh.Fields
---- The fields of the `Vh` variant of `FontSize`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) FontSize.Vw.Fields
---- The fields of the `Vw` variant of `FontSize`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) FontSource.Families.Fields
---- The fields of the `Families` variant of `FontSource`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? SmolStr
----@field  [any] 'never'
-
-
-
-
----@class (exact) FontSource.Family.Fields
---- The fields of the `Family` variant of `FontSource`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? SmolStr
----@field  [any] 'never'
-
-
-
-
----@class (exact) FontSource.Generic.Fields
---- The fields of the `Generic` variant of `FontSource`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1] GenericFontFamily
----@field  [any] 'never'
-
-
-
-
----@class (exact) FontSource.Handle.Fields
---- The fields of the `Handle` variant of `FontSource`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1] bevy_asset::handle::Handle<bevy_text::font::Font>
----@field  [any] 'never'
-
-
-
-
----@class (exact) FontSource.List.Fields
---- The fields of the `List` variant of `FontSource`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1] FontSource[]
----@field  [any] 'never'
-
-
-
-
----@class (exact) FontStyle.Oblique.Fields
---- The fields of the `Oblique` variant of `FontStyle`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1] number | nil
----@field  [any] 'never'
-
-
-
-
----@class (exact) FontVariationTag.Fields
---- The fields of `FontVariationTag`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1] integer[]
----@field  [any] 'never'
-
-
-
-
----@class (exact) FontVariations.Fields
---- The fields of `FontVariations`, keyed by name. Optional fields are filled in from defaults.
----@field  variations [FontVariationTag, number][]
----@field  [any] 'never'
-
-
-
-
----@class (exact) FontWeight.Fields
---- The fields of `FontWeight`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? integer
----@field  [any] 'never'
-
-
-
-
----@class (exact) FontWidth.Fields
---- The fields of `FontWidth`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) RemSize.Fields
---- The fields of `RemSize`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) TextFont.Fields
---- The fields of `TextFont`, keyed by name. Optional fields are filled in from defaults.
----@field  font? FontSource
----@field  font_size? FontSize
----@field  weight? FontWeight
----@field  width? FontWidth
----@field  style? FontStyle
----@field  font_smoothing? FontSmoothing
----@field  font_features? FontFeatures
----@field  font_variations? FontVariations
----@field  [any] 'never'
-
-
-
-
----@class (exact) TextLayout.Fields
---- The fields of `TextLayout`, keyed by name. Optional fields are filled in from defaults.
----@field  justify? Justify
----@field  linebreak? LineBreak
----@field  [any] 'never'
-
-
-
-
----@class (exact) Fixed.Fields
---- The fields of `Fixed`, keyed by name. Optional fields are filled in from defaults.
----@field  timestep? Duration
----@field  overstep? Duration
----@field  [any] 'never'
-
-
-
-
----@class (exact) Real.Fields
---- The fields of `Real`, keyed by name. Optional fields are filled in from defaults.
----@field  startup? Instant
----@field  first_update? Instant | nil
----@field  last_update? Instant | nil
----@field  [any] 'never'
-
-
-
-
----@class (exact) Virtual.Fields
---- The fields of `Virtual`, keyed by name. Optional fields are filled in from defaults.
----@field  max_delta? Duration
----@field  paused? boolean
----@field  relative_speed? number
----@field  effective_speed? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) GlobalTransform.Fields
---- The fields of `GlobalTransform`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? Affine3A
----@field  [any] 'never'
-
-
-
-
----@class (exact) Transform.Fields
---- The fields of `Transform`, keyed by name. Optional fields are filled in from defaults.
----@field  translation? Vec3
----@field  rotation? Quat
----@field  scale? Vec3
----@field  [any] 'never'
-
-
-
-
----@class (exact) CornerRadius.Fields
---- The fields of `CornerRadius`, keyed by name. Optional fields are filled in from defaults.
----@field  x? Val
----@field  y? Val
----@field  [any] 'never'
-
-
-
-
----@class (exact) Val.Em.Fields
---- The fields of the `Em` variant of `Val`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) Val.Percent.Fields
---- The fields of the `Percent` variant of `Val`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) Val.Px.Fields
---- The fields of the `Px` variant of `Val`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) Val.Rem.Fields
---- The fields of the `Rem` variant of `Val`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) Val.VMax.Fields
---- The fields of the `VMax` variant of `Val`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) Val.VMin.Fields
---- The fields of the `VMin` variant of `Val`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) Val.Vh.Fields
---- The fields of the `Vh` variant of `Val`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) Val.Vw.Fields
---- The fields of the `Vw` variant of `Val`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) BackgroundColor.Fields
---- The fields of `BackgroundColor`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? Color
----@field  [any] 'never'
-
-
-
-
----@class (exact) BorderColor.Fields
---- The fields of `BorderColor`, keyed by name. Optional fields are filled in from defaults.
----@field  top? Color
----@field  right? Color
----@field  bottom? Color
----@field  left? Color
----@field  [any] 'never'
-
-
-
-
----@class (exact) BorderRadius.Fields
---- The fields of `BorderRadius`, keyed by name. Optional fields are filled in from defaults.
----@field  top_left? CornerRadius
----@field  top_right? CornerRadius
----@field  bottom_right? CornerRadius
----@field  bottom_left? CornerRadius
----@field  [any] 'never'
-
-
-
-
----@class (exact) ComputedNode.Fields
---- The fields of `ComputedNode`, keyed by name. Optional fields are filled in from defaults.
----@field  size? Vec2
----@field  content_size? Vec2
----@field  scrollbar_size? Vec2
----@field  scroll_position? Vec2
----@field  outline_width? number
----@field  outline_offset? number
----@field  unrounded_size? Vec2
----@field  border? BorderRect
----@field  border_radius? ResolvedBorderRadius
----@field  padding? BorderRect
----@field  inverse_scale_factor? number
----@field  em_size? EmSize
----@field  rem_size? RemSize
----@field  [any] 'never'
-
-
-
-
----@class (exact) GlobalZIndex.Fields
---- The fields of `GlobalZIndex`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? integer
----@field  [any] 'never'
-
-
-
-
----@class (exact) GridPlacement.Fields
---- The fields of `GridPlacement`, keyed by name. Optional fields are filled in from defaults.
----@field  start? NonZeroI16 | nil
----@field  span? NonZeroU16 | nil
----@field  end? NonZeroI16 | nil
----@field  [any] 'never'
-
-
-
-
----@class (exact) GridTrack.Fields
---- The fields of `GridTrack`, keyed by name. Optional fields are filled in from defaults.
----@field  min_sizing_function? MinTrackSizingFunction
----@field  max_sizing_function? MaxTrackSizingFunction
----@field  [any] 'never'
-
-
-
-
----@class (exact) GridTrackRepetition.Count.Fields
---- The fields of the `Count` variant of `GridTrackRepetition`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? integer
----@field  [any] 'never'
-
-
-
-
----@class (exact) MaxTrackSizingFunction.Em.Fields
---- The fields of the `Em` variant of `MaxTrackSizingFunction`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) MaxTrackSizingFunction.FitContentPercent.Fields
---- The fields of the `FitContentPercent` variant of `MaxTrackSizingFunction`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) MaxTrackSizingFunction.FitContentPx.Fields
---- The fields of the `FitContentPx` variant of `MaxTrackSizingFunction`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) MaxTrackSizingFunction.Fraction.Fields
---- The fields of the `Fraction` variant of `MaxTrackSizingFunction`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) MaxTrackSizingFunction.Percent.Fields
---- The fields of the `Percent` variant of `MaxTrackSizingFunction`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) MaxTrackSizingFunction.Px.Fields
---- The fields of the `Px` variant of `MaxTrackSizingFunction`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) MaxTrackSizingFunction.Rem.Fields
---- The fields of the `Rem` variant of `MaxTrackSizingFunction`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) MaxTrackSizingFunction.VMax.Fields
---- The fields of the `VMax` variant of `MaxTrackSizingFunction`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) MaxTrackSizingFunction.VMin.Fields
---- The fields of the `VMin` variant of `MaxTrackSizingFunction`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) MaxTrackSizingFunction.Vh.Fields
---- The fields of the `Vh` variant of `MaxTrackSizingFunction`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) MaxTrackSizingFunction.Vw.Fields
---- The fields of the `Vw` variant of `MaxTrackSizingFunction`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) MinTrackSizingFunction.Em.Fields
---- The fields of the `Em` variant of `MinTrackSizingFunction`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) MinTrackSizingFunction.Percent.Fields
---- The fields of the `Percent` variant of `MinTrackSizingFunction`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) MinTrackSizingFunction.Px.Fields
---- The fields of the `Px` variant of `MinTrackSizingFunction`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) MinTrackSizingFunction.Rem.Fields
---- The fields of the `Rem` variant of `MinTrackSizingFunction`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) MinTrackSizingFunction.VMax.Fields
---- The fields of the `VMax` variant of `MinTrackSizingFunction`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) MinTrackSizingFunction.VMin.Fields
---- The fields of the `VMin` variant of `MinTrackSizingFunction`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) MinTrackSizingFunction.Vh.Fields
---- The fields of the `Vh` variant of `MinTrackSizingFunction`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) MinTrackSizingFunction.Vw.Fields
---- The fields of the `Vw` variant of `MinTrackSizingFunction`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) Node.Fields
---- The fields of `Node`, keyed by name. Optional fields are filled in from defaults.
----@field  display? Display
----@field  box_sizing? BoxSizing
----@field  position_type? PositionType
----@field  overflow? Overflow
----@field  scrollbar_width? number
----@field  overflow_clip_margin? OverflowClipMargin
----@field  left? Val
----@field  right? Val
----@field  top? Val
----@field  bottom? Val
----@field  width? Val
----@field  height? Val
----@field  min_width? Val
----@field  min_height? Val
----@field  max_width? Val
----@field  max_height? Val
----@field  aspect_ratio? number | nil
----@field  align_items? AlignItems
----@field  justify_items? JustifyItems
----@field  align_self? AlignSelf
----@field  justify_self? JustifySelf
----@field  align_content? AlignContent
----@field  justify_content? JustifyContent
----@field  direction? InlineDirection
----@field  margin? UiRect
----@field  padding? UiRect
----@field  border? UiRect
----@field  border_radius? BorderRadius
----@field  flex_direction? FlexDirection
----@field  flex_wrap? FlexWrap
----@field  flex_grow? number
----@field  flex_shrink? number
----@field  flex_basis? Val
----@field  row_gap? Val
----@field  column_gap? Val
----@field  grid_auto_flow? GridAutoFlow
----@field  grid_template_rows? RepeatedGridTrack[]
----@field  grid_template_columns? RepeatedGridTrack[]
----@field  grid_auto_rows? GridTrack[]
----@field  grid_auto_columns? GridTrack[]
----@field  grid_row? GridPlacement
----@field  grid_column? GridPlacement
----@field  [any] 'never'
-
-
-
-
----@class (exact) Outline.Fields
---- The fields of `Outline`, keyed by name. Optional fields are filled in from defaults.
----@field  width? Val
----@field  offset? Val
----@field  color? Color
----@field  [any] 'never'
-
-
-
-
----@class (exact) Overflow.Fields
---- The fields of `Overflow`, keyed by name. Optional fields are filled in from defaults.
----@field  x? OverflowAxis
----@field  y? OverflowAxis
----@field  [any] 'never'
-
-
-
-
----@class (exact) OverflowClipMargin.Fields
---- The fields of `OverflowClipMargin`, keyed by name. Optional fields are filled in from defaults.
----@field  visual_box? VisualBox
----@field  margin? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) RepeatedGridTrack.Fields
---- The fields of `RepeatedGridTrack`, keyed by name. Optional fields are filled in from defaults.
----@field  repetition? GridTrackRepetition
----@field  tracks? GridTrack[]
----@field  [any] 'never'
-
-
-
-
----@class (exact) ResolvedBorderRadius.Fields
---- The fields of `ResolvedBorderRadius`, keyed by name. Optional fields are filled in from defaults.
----@field  top_left? Vec2
----@field  top_right? Vec2
----@field  bottom_right? Vec2
----@field  bottom_left? Vec2
----@field  [any] 'never'
-
-
-
-
----@class (exact) ZIndex.Fields
---- The fields of `ZIndex`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? integer
----@field  [any] 'never'
-
-
-
-
----@class (exact) NodeImageMode.Sliced.Fields
---- The fields of the `Sliced` variant of `NodeImageMode`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1] TextureSlicer
----@field  [any] 'never'
-
-
-
-
----@class (exact) NodeImageMode.Tiled.Fields
---- The fields of the `Tiled` variant of `NodeImageMode`, keyed by name. Optional fields are filled in from defaults.
----@field  tile_x? boolean
----@field  tile_y? boolean
----@field  stretch_value? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) VideoMode.Fields
---- The fields of `VideoMode`, keyed by name. Optional fields are filled in from defaults.
----@field  physical_size? UVec2
----@field  bit_depth? integer
----@field  refresh_rate_millihertz? integer
----@field  [any] 'never'
-
-
-
-
----@class (exact) EnabledButtons.Fields
---- The fields of `EnabledButtons`, keyed by name. Optional fields are filled in from defaults.
----@field  minimize? boolean
----@field  maximize? boolean
----@field  close? boolean
----@field  [any] 'never'
-
-
-
-
----@class (exact) InternalWindowState.Fields
---- The fields of `InternalWindowState`, keyed by name. Optional fields are filled in from defaults.
----@field  minimize_request? boolean | nil
----@field  maximize_request? boolean | nil
----@field  drag_move_request? boolean
----@field  drag_resize_request? CompassOctant | nil
----@field  physical_cursor_position? DVec2 | nil
----@field  [any] 'never'
-
-
-
-
----@class (exact) MonitorSelection.Entity.Fields
---- The fields of the `Entity` variant of `MonitorSelection`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1] Entity
----@field  [any] 'never'
-
-
-
-
----@class (exact) MonitorSelection.Index.Fields
---- The fields of the `Index` variant of `MonitorSelection`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? integer
----@field  [any] 'never'
-
-
-
-
----@class (exact) VideoModeSelection.Specific.Fields
---- The fields of the `Specific` variant of `VideoModeSelection`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1] VideoMode
----@field  [any] 'never'
-
-
-
-
----@class (exact) Window.Fields
---- The fields of `Window`, keyed by name. Optional fields are filled in from defaults.
----@field  present_mode? PresentMode
----@field  mode? WindowMode
----@field  position? WindowPosition
----@field  resolution? WindowResolution
----@field  title? string
----@field  name? string | nil
----@field  composite_alpha_mode? CompositeAlphaMode
----@field  resize_constraints? WindowResizeConstraints
----@field  resizable? boolean
----@field  enabled_buttons? EnabledButtons
----@field  decorations? boolean
----@field  transparent? boolean
----@field  focused? boolean
----@field  window_level? WindowLevel
----@field  canvas? string | nil
----@field  fit_canvas_to_parent? boolean
----@field  prevent_default_event_handling? boolean
----@field  internal? InternalWindowState
----@field  ime_enabled? boolean
----@field  ime_position? Vec2
----@field  window_theme? WindowTheme | nil
----@field  visible? boolean
----@field  skip_taskbar? boolean
----@field  clip_children? boolean
----@field  desired_maximum_frame_latency? NonZeroU32 | nil
----@field  recognize_pinch_gesture? boolean
----@field  recognize_rotation_gesture? boolean
----@field  recognize_doubletap_gesture? boolean
----@field  recognize_pan_gesture? [integer, integer] | nil
----@field  movable_by_window_background? boolean
----@field  fullsize_content_view? boolean
----@field  has_shadow? boolean
----@field  titlebar_shown? boolean
----@field  titlebar_transparent? boolean
----@field  titlebar_show_title? boolean
----@field  titlebar_show_buttons? boolean
----@field  borderless_game? boolean
----@field  prefers_home_indicator_hidden? boolean
----@field  prefers_status_bar_hidden? boolean
----@field  preferred_screen_edges_deferring_system_gestures? ScreenEdge
----@field  [any] 'never'
-
-
-
-
----@class (exact) WindowMode.BorderlessFullscreen.Fields
---- The fields of the `BorderlessFullscreen` variant of `WindowMode`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1] MonitorSelection
----@field  [any] 'never'
-
-
-
-
----@class (exact) WindowMode.Fullscreen.Fields
---- The fields of the `Fullscreen` variant of `WindowMode`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1] MonitorSelection
----@field  [2] VideoModeSelection
----@field  [any] 'never'
-
-
-
-
----@class (exact) WindowPosition.At.Fields
---- The fields of the `At` variant of `WindowPosition`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1]? IVec2
----@field  [any] 'never'
-
-
-
-
----@class (exact) WindowPosition.Centered.Fields
---- The fields of the `Centered` variant of `WindowPosition`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1] MonitorSelection
----@field  [any] 'never'
-
-
-
-
----@class (exact) WindowRef.Entity.Fields
---- The fields of the `Entity` variant of `WindowRef`, in order, i.e. `{ a, b }`. Optional fields are filled in from defaults.
----@field  [1] Entity
----@field  [any] 'never'
-
-
-
-
----@class (exact) WindowResizeConstraints.Fields
---- The fields of `WindowResizeConstraints`, keyed by name. Optional fields are filled in from defaults.
----@field  min_width? number
----@field  min_height? number
----@field  max_width? number
----@field  max_height? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) Affine2.Fields
---- The fields of `Affine2`, keyed by name. Optional fields are filled in from defaults.
----@field  matrix2? Mat2
----@field  translation? Vec2
----@field  [any] 'never'
-
-
-
-
----@class (exact) Affine3A.Fields
---- The fields of `Affine3A`, keyed by name. Optional fields are filled in from defaults.
----@field  matrix3? Mat3A
----@field  translation? Vec3A
----@field  [any] 'never'
-
-
-
-
----@class (exact) Mat2.Fields
---- The fields of `Mat2`, keyed by name. Optional fields are filled in from defaults.
----@field  x_axis? Vec2
----@field  y_axis? Vec2
----@field  [any] 'never'
-
-
-
-
----@class (exact) Mat3.Fields
---- The fields of `Mat3`, keyed by name. Optional fields are filled in from defaults.
----@field  x_axis? Vec3
----@field  y_axis? Vec3
----@field  z_axis? Vec3
----@field  [any] 'never'
-
-
-
-
----@class (exact) Mat3A.Fields
---- The fields of `Mat3A`, keyed by name. Optional fields are filled in from defaults.
----@field  x_axis? Vec3A
----@field  y_axis? Vec3A
----@field  z_axis? Vec3A
----@field  [any] 'never'
-
-
-
-
----@class (exact) Mat4.Fields
---- The fields of `Mat4`, keyed by name. Optional fields are filled in from defaults.
----@field  x_axis? Vec4
----@field  y_axis? Vec4
----@field  z_axis? Vec4
----@field  w_axis? Vec4
----@field  [any] 'never'
-
-
-
-
----@class (exact) Quat.Fields
---- The fields of `Quat`, keyed by name. Optional fields are filled in from defaults.
----@field  x? number
----@field  y? number
----@field  z? number
----@field  w? number
----@field  [any] 'never'
-
-
-
-
----@class (exact) NoFields
---- The fields of a type or enum variant without fields, i.e. `{}`.
----@field  [any] 'never'
-
-
-
-
----@class (exact) namespace.animation
---- The types in the `animation` namespace, as returned by `import_namespace("animation")`.
----@field  AnimationPlayer AnimationPlayer
----@field  AnimationGraph AnimationGraph
----@field  NodeIndex NodeIndex
----@field  ActiveAnimation ActiveAnimation
----@field  AnimationTargetId AnimationTargetId
----@field  RepeatAnimation RepeatAnimation
-
-
-
-
----@class (exact) namespace.audio
---- The types in the `audio` namespace, as returned by `import_namespace("audio")`.
----@field  PlaybackSettings PlaybackSettings
----@field  PlaybackMode PlaybackMode
----@field  SpatialScale SpatialScale
----@field  Volume Volume
-
-
-
-
----@class (exact) namespace.camera
---- The types in the `camera` namespace, as returned by `import_namespace("camera")`.
----@field  Camera Camera
----@field  OrthographicProjection OrthographicProjection
----@field  InheritedVisibility InheritedVisibility
----@field  ViewVisibility ViewVisibility
----@field  Visibility Visibility
----@field  RenderLayers RenderLayers
----@field  CameraOutputMode CameraOutputMode
----@field  ComputedCameraValues ComputedCameraValues
----@field  ImageRenderTarget ImageRenderTarget
----@field  ManualTextureViewHandle ManualTextureViewHandle
----@field  RenderTarget RenderTarget
----@field  RenderTargetInfo RenderTargetInfo
----@field  SubCameraView SubCameraView
----@field  Viewport Viewport
----@field  ClearColorConfig ClearColorConfig
----@field  MsaaWriteback MsaaWriteback
----@field  ScalingMode ScalingMode
-
-
-
-
----@class (exact) namespace.color
---- The types in the `color` namespace, as returned by `import_namespace("color")`.
----@field  Color Color
----@field  Hsla Hsla
----@field  Hsva Hsva
----@field  Hwba Hwba
----@field  Laba Laba
----@field  Lcha Lcha
----@field  LinearRgba LinearRgba
----@field  Oklaba Oklaba
----@field  Oklcha Oklcha
----@field  Srgba Srgba
----@field  Xyza Xyza
----@field  Okhsla Okhsla
----@field  Okhsva Okhsva
----@field  Okhwba Okhwba
-
-
-
-
----@class (exact) namespace.math
---- The types in the `math` namespace, as returned by `import_namespace("math")`.
----@field  EaseFunction EaseFunction
----@field  Dir2 Dir2
----@field  Dir3 Dir3
----@field  Rect Rect
----@field  Rot2 Rot2
----@field  Annulus Annulus
----@field  Circle Circle
----@field  Rectangle Rectangle
----@field  RegularPolygon RegularPolygon
----@field  Capsule3d Capsule3d
----@field  Cuboid Cuboid
----@field  Cylinder Cylinder
----@field  Plane3d Plane3d
----@field  Sphere Sphere
----@field  Torus Torus
----@field  Ray2d Ray2d
----@field  Ray3d Ray3d
----@field  DVec2 DVec2
----@field  DVec3 DVec3
----@field  IVec2 IVec2
----@field  IVec3 IVec3
----@field  Mat3 Mat3
----@field  Mat4 Mat4
----@field  Quat Quat
----@field  UVec2 UVec2
----@field  UVec3 UVec3
----@field  Vec2 Vec2
----@field  Vec3 Vec3
----@field  Vec3A Vec3A
----@field  Vec4 Vec4
----@field  CompassOctant CompassOctant
----@field  URect URect
----@field  Affine2 Affine2
----@field  Affine3A Affine3A
----@field  EulerRot EulerRot
----@field  Mat2 Mat2
----@field  Mat3A Mat3A
-
-
-
-
----@class (exact) namespace.ecs
---- The types in the `ecs` namespace, as returned by `import_namespace("ecs")`.
----@field  Entity Entity
----@field  ChildOf ChildOf
----@field  Name Name
----@field  ComponentId ComponentId
----@field  AddEvent AddEvent
----@field  DespawnEvent DespawnEvent
----@field  DiscardEvent DiscardEvent
----@field  InsertEvent InsertEvent
----@field  RemoveEvent RemoveEvent
----@field  HashedStr HashedStr
-
-
-
-
----@class (exact) namespace.render
---- The types in the `render` namespace, as returned by `import_namespace("render")`.
----@field  Image Image
----@field  Mesh Mesh
----@field  StandardMaterial StandardMaterial
----@field  NoBackgroundMotionVectors NoBackgroundMotionVectors
----@field  TextureAtlas TextureAtlas
----@field  Indices Indices
----@field  MeshAttributeCompressionFlags MeshAttributeCompressionFlags
----@field  UvChannel UvChannel
----@field  MorphAttributes MorphAttributes
----@field  JointAabb JointAabb
----@field  JointIndex JointIndex
----@field  SkinnedMeshBounds SkinnedMeshBounds
----@field  ParallaxMappingMethod ParallaxMappingMethod
----@field  ReadbackOnce ReadbackOnce
----@field  ShaderBuffer ShaderBuffer
----@field  Screenshot Screenshot
----@field  ScreenshotCaptured ScreenshotCaptured
-
-
-
-
----@class (exact) namespace.sprite
---- The types in the `sprite` namespace, as returned by `import_namespace("sprite")`.
----@field  TextureAtlasLayout TextureAtlasLayout
----@field  Anchor Anchor
----@field  Sprite Sprite
----@field  SpriteAlphaMode SpriteAlphaMode
----@field  SpriteImageMode SpriteImageMode
----@field  SpriteScalingMode SpriteScalingMode
----@field  BorderRect BorderRect
----@field  SliceScaleMode SliceScaleMode
----@field  TextureSlicer TextureSlicer
----@field  ColorMaterial ColorMaterial
----@field  AlphaMode2d AlphaMode2d
----@field  SpriteMeshMaterial SpriteMeshMaterial
-
-
-
-
----@class (exact) namespace.input
---- The types in the `input` namespace, as returned by `import_namespace("input")`.
----@field  Gamepad Gamepad
----@field  KeyCode KeyCode
----@field  MouseButton MouseButton
----@field  InputFocus InputFocus
----@field  GamepadAxis GamepadAxis
----@field  GamepadButton GamepadButton
----@field  GamepadInput GamepadInput
----@field  NativeKeyCode NativeKeyCode
----@field  FocusCause FocusCause
-
-
-
-
----@class (exact) namespace.gizmos
---- The types in the `gizmos` namespace, as returned by `import_namespace("gizmos")`.
----@field  Gizmos Gizmos
-
-
-
-
----@class (exact) namespace.bms
---- The types in the `bms` namespace, as returned by `import_namespace("bms")`.
----@field  EnumVariantRef EnumVariantRef
----@field  ScriptBundleRegistration ScriptBundleRegistration
----@field  ScriptComponentRegistration ScriptComponentRegistration
----@field  ScriptQueryBuilder ScriptQueryBuilder
----@field  ScriptQueryResult ScriptQueryResult
----@field  ScriptResourceRegistration ScriptResourceRegistration
----@field  ScriptTypeRegistration ScriptTypeRegistration
----@field  ScriptEventRegistration ScriptEventRegistration
----@field  ScriptSystemBuilder ScriptSystemBuilder
----@field  Recipients Recipients
----@field  ScriptAttachment ScriptAttachment
----@field  ReflectSchedule ReflectSchedule
----@field  ReflectSystem ReflectSystem
----@field  ScriptValue ScriptValue
----@field  Language Language
----@field  ScriptAsset ScriptAsset
----@field  FunctionArgInfo FunctionArgInfo
----@field  FunctionInfo FunctionInfo
----@field  FunctionReturnInfo FunctionReturnInfo
----@field  InteropError InteropError
----@field  Namespace Namespace
----@field  DynamicComponent DynamicComponent
----@field  VariadicTuple VariadicTuple
----@field  StaticTypeRef StaticTypeRef
----@field  CallbackLabel CallbackLabel
----@field  ScriptAssetModifiedMessage ScriptAssetModifiedMessage
----@field  ScriptAttachedMessage ScriptAttachedMessage
----@field  ScriptCallbackMessage ScriptCallbackMessage
----@field  ScriptDetachedMessage ScriptDetachedMessage
----@field  ScriptComponent ScriptComponent
----@field  ReflectableScheduleLabel ReflectableScheduleLabel
-
-
-
-
----@class (exact) namespace.time
---- The types in the `time` namespace, as returned by `import_namespace("time")`.
----@field  Instant Instant
----@field  Stopwatch Stopwatch
----@field  Timer Timer
----@field  Duration Duration
----@field  Fixed Fixed
----@field  Real Real
----@field  TimerMode TimerMode
----@field  Virtual Virtual
-
-
-
-
----@class (exact) namespace.text
---- The types in the `text` namespace, as returned by `import_namespace("text")`.
----@field  Text2d Text2d
----@field  TextFont TextFont
----@field  TextLayout TextLayout
----@field  TextSpan TextSpan
----@field  Text Text
----@field  EmSize EmSize
----@field  FontFeatureTag FontFeatureTag
----@field  FontFeatures FontFeatures
----@field  FontSize FontSize
----@field  FontSmoothing FontSmoothing
----@field  FontSource FontSource
----@field  FontStyle FontStyle
----@field  FontVariationTag FontVariationTag
----@field  FontVariations FontVariations
----@field  FontWeight FontWeight
----@field  FontWidth FontWidth
----@field  GenericFontFamily GenericFontFamily
----@field  Justify Justify
----@field  LineBreak LineBreak
----@field  RemSize RemSize
-
-
-
-
----@class (exact) namespace.transform
---- The types in the `transform` namespace, as returned by `import_namespace("transform")`.
----@field  GlobalTransform GlobalTransform
----@field  Transform Transform
-
-
-
-
----@class (exact) namespace.ui
---- The types in the `ui` namespace, as returned by `import_namespace("ui")`.
----@field  UiRect UiRect
----@field  Val Val
----@field  BorderColor BorderColor
----@field  BorderRadius BorderRadius
----@field  ComputedNode ComputedNode
----@field  Overflow Overflow
----@field  ImageNode ImageNode
----@field  CornerRadius CornerRadius
----@field  AlignContent AlignContent
----@field  AlignItems AlignItems
----@field  AlignSelf AlignSelf
----@field  BackgroundColor BackgroundColor
----@field  BoxSizing BoxSizing
----@field  Display Display
----@field  FlexDirection FlexDirection
----@field  FlexWrap FlexWrap
----@field  GlobalZIndex GlobalZIndex
----@field  GridAutoFlow GridAutoFlow
----@field  GridPlacement GridPlacement
----@field  GridTrack GridTrack
----@field  GridTrackRepetition GridTrackRepetition
----@field  InlineDirection InlineDirection
----@field  JustifyContent JustifyContent
----@field  JustifyItems JustifyItems
----@field  JustifySelf JustifySelf
----@field  MaxTrackSizingFunction MaxTrackSizingFunction
----@field  MinTrackSizingFunction MinTrackSizingFunction
----@field  Node Node
----@field  Outline Outline
----@field  OverflowAxis OverflowAxis
----@field  OverflowClipMargin OverflowClipMargin
----@field  PositionType PositionType
----@field  RepeatedGridTrack RepeatedGridTrack
----@field  ResolvedBorderRadius ResolvedBorderRadius
----@field  VisualBox VisualBox
----@field  ZIndex ZIndex
----@field  NodeImageMode NodeImageMode
-
-
-
-
----@class (exact) namespace.window
---- The types in the `window` namespace, as returned by `import_namespace("window")`.
----@field  Window Window
----@field  WindowResolution WindowResolution
----@field  VideoMode VideoMode
----@field  CompositeAlphaMode CompositeAlphaMode
----@field  EnabledButtons EnabledButtons
----@field  InternalWindowState InternalWindowState
----@field  MonitorSelection MonitorSelection
----@field  PresentMode PresentMode
----@field  ScreenEdge ScreenEdge
----@field  VideoModeSelection VideoModeSelection
----@field  WindowLevel WindowLevel
----@field  WindowMode WindowMode
----@field  WindowPosition WindowPosition
----@field  WindowRef WindowRef
----@field  WindowResizeConstraints WindowResizeConstraints
----@field  WindowTheme WindowTheme
-
-
-
-
----@class (exact) namespace.asset
---- The types in the `asset` namespace, as returned by `import_namespace("asset")`.
----@field  AssetIndex AssetIndex
----@field  AssetPath AssetPath
----@field  RenderAssetUsages RenderAssetUsages
-
-
-
-
----@class (exact) namespace.bevy_curve
---- The types in the `bevy_curve` namespace, as returned by `import_namespace("bevy_curve")`.
----@field  JumpAt JumpAt
-
-
-
-
----@class (exact) namespace.bevy_material
---- The types in the `bevy_material` namespace, as returned by `import_namespace("bevy_material")`.
----@field  AlphaMode AlphaMode
----@field  OpaqueRendererMethod OpaqueRendererMethod
-
-
-
-
----@class (exact) namespace.bevy_shape
---- The types in the `bevy_shape` namespace, as returned by `import_namespace("bevy_shape")`.
----@field  Aabb2d Aabb2d
----@field  Aabb3d Aabb3d
-
-
-
-
----@class (exact) namespace.core
---- The types in the `core` namespace, as returned by `import_namespace("core")`.
----@field  TypeId TypeId
----@field  NonZeroI16 NonZeroI16
----@field  NonZeroU16 NonZeroU16
----@field  NonZeroU32 NonZeroU32
-
-
-
-
----@class (exact) namespace.smol_str
---- The types in the `smol_str` namespace, as returned by `import_namespace("smol_str")`.
----@field  SmolStr SmolStr
-
-
-
-
----@class (exact) namespace.uuid
---- The types in the `uuid` namespace, as returned by `import_namespace("uuid")`.
----@field  Uuid Uuid
-
-
-
-
----@class (exact) namespace.wgpu_types
---- The types in the `wgpu_types` namespace, as returned by `import_namespace("wgpu_types")`.
----@field  BlendState BlendState
-
-
-
-
----@class (exact) namespace.alloc
---- The types in the `alloc` namespace, as returned by `import_namespace("alloc")`.
----@field  Cow Cow
-
-
-
-
-
----@param p1 integer
----@return ReflectReference
-function _entity_from_index(p1) end
-
----@return ReflectReference
-function _make_invalid_entity() end
-
----@return ReflectReference
-function _make_placeholder_entity() end
-
----@param p1 string
----@param p2 string
----@param p3? string | nil
----@return nil
-function assert_str_eq(p1,p2,p3) end
-
----@param registration ScriptTypeRegistration | ScriptComponentRegistration | ScriptResourceRegistration | ScriptBundleRegistration
---- The type to construct.
----@param payload table<string, any>
---- The values to use to construct the type, keyed by field name or index, or a list of the fields in order.
----@return ReflectReference
-function construct(registration,payload) end
-
----@param p1 integer
----@param p2 string
----@return ReflectReference
-function create_test_asset(p1,p2) end
-
----@param namespace string
---- the script namespace to export into, it must start with `script.`.
----@param name string
---- the name of the function within the namespace.
----@param callback string
---- the label of the callback of this script to export.
----@return nil
-function export_namespace(namespace,name,callback) end
-
----@return string
-function global_hello_world() end
-
----@param path string
---- the name of the namespace to import.
----@overload fun(path: "animation"): namespace.animation
----@overload fun(path: "audio"): namespace.audio
----@overload fun(path: "camera"): namespace.camera
----@overload fun(path: "color"): namespace.color
----@overload fun(path: "math"): namespace.math
----@overload fun(path: "ecs"): namespace.ecs
----@overload fun(path: "render"): namespace.render
----@overload fun(path: "sprite"): namespace.sprite
----@overload fun(path: "input"): namespace.input
----@overload fun(path: "gizmos"): namespace.gizmos
----@overload fun(path: "bms"): namespace.bms
----@overload fun(path: "time"): namespace.time
----@overload fun(path: "text"): namespace.text
----@overload fun(path: "transform"): namespace.transform
----@overload fun(path: "ui"): namespace.ui
----@overload fun(path: "window"): namespace.window
----@overload fun(path: "asset"): namespace.asset
----@overload fun(path: "bevy_curve"): namespace.bevy_curve
----@overload fun(path: "bevy_material"): namespace.bevy_material
----@overload fun(path: "bevy_shape"): namespace.bevy_shape
----@overload fun(path: "core"): namespace.core
----@overload fun(path: "smol_str"): namespace.smol_str
----@overload fun(path: "uuid"): namespace.uuid
----@overload fun(path: "wgpu_types"): namespace.wgpu_types
----@overload fun(path: "alloc"): namespace.alloc
----@return any
-function import_namespace(path) end
-
----@param p1 function
----@return function
-function into_script_function(p1) end
-
----@param message string
----@return nil
-function log_debug(message) end
-
----@param message string
----@return nil
-function log_error(message) end
-
----@param message string
---- the message to log
----@return nil
-function log_info(message) end
-
----@param message string
----@return nil
-function log_trace(message) end
-
----@param message string
----@return nil
-function log_warn(message) end
-
----@param p1 table<string, integer>
----@return table<string, integer>
-function make_hashmap(p1) end
-
----@param p1 Entity[]
----@return Entity[]
-function make_vec_entity(p1) end
-
----@param p1 integer[]
----@return integer[]
-function make_vec_i64(p1) end
-
----@param p1 string[]
----@return string[]
-function make_vec_string(p1) end
-
----@return nil
-function noop() end
-
----@param p1 any
----@param p2 any
----@param p3 any
----@param p4 any
----@return nil
-function noop_4_args(p1,p2,p3,p4) end
-
----@param tuple ... any
---- The tuple of values to curry
----@return any[]
-function pack_args(... tuple) end
-
----@param label string
---- The name of the callback to run.
----@param target ScriptAttachment | Recipients
---- The script attachment or recipients to run the callback on.
----@param args ... any
---- The arguments to pass to the callback.
----@return nil
-function queue_script_callback(label,target,... args) end
-
----@param p1? integer | nil
----@param p2? integer | nil
----@return integer
-function random(p1,p2) end
-
----@param p1? integer | nil
----@param p2? integer | nil
----@return integer
-function random_int(p1,p2) end
-
----@param callback string
---- the callback label to register this function against.
----@param _function function
---- the callback function which will be stored as a handler for this callback label.
----@return nil
-function register_callback(callback,_function) end
-
----@return nil
-function reseed() end
-
----@param label string
---- The name of the callback to run.
----@param target ScriptAttachment | Recipients
---- The script attachment or recipients to run the callback on.
----@param args ... any
---- The arguments to pass to the callback.
----@return any
-function run_script_callback(label,target,... args) end
-
----@param callback string
---- The function name in the script this system should call when run.
----@param attachment ScriptAttachment
---- The script attachment to use for the system. This is the attachment that will be used for the system's callback.
----@return ScriptSystemBuilder
-function system_builder(callback,attachment) end
-
----@param values any[]
---- The list of values to uncurry
----@return any ...
-function unpack_args(values) end
-
-
----@type World
---- An global instance of this type
-world = {}
-
----@type Handle<ScriptAsset>
---- An global instance of this type
-script_asset = {}
-
----@type Entity
---- An global instance of this type
-entity = {}
-
diff --git a/assets/tests/add_system/run_conditions.lua b/assets/tests/add_system/run_conditions.lua
new file mode 100644
index 0000000000..e3243aa50e
--- /dev/null
+++ b/assets/tests/add_system/run_conditions.lua
@@ -0,0 +1,50 @@
+-- run conditions are evaluated in rust, the system only runs if all of them hold
+local ScriptAttachment = import_namespace("bms").ScriptAttachment
+local bms = import_namespace("bms")
+local world = bms.world
+local c = bms.conditions
+runs = {}
+local ResourceType = world.get_type_by_name("test_utils::test_data::TestResource")
+local ComponentA = world.get_type_by_name("test_utils::test_data::CompWithFromWorldAndComponentData")
+
+function on_test()
+    local post_update_schedule = world.get_schedule_by_name("PostUpdate")
+    local script_attachment = ScriptAttachment.new_entity_script(bms.current_entity(), bms.current_script())
+
+    local add = function(name, condition)
+        world.add_system(post_update_schedule, bms.system_builder(name, script_attachment):run_if(condition))
+    end
+
+    add("system_resource_exists", c.resource_exists(ResourceType))
+    add("system_not_resource_exists", c.not_(c.resource_exists(ResourceType)))
+    add("system_any_with_component", c.any_with_component(ComponentA))
+    add("system_run_once", c.run_once())
+    add("system_and", c.and_(c.run_once(), c.not_(c.run_once())))
+    add("system_or", c.or_(c.not_(c.run_once()), c.run_once()))
+
+    local ok, err = pcall(c.on_timer, -1)
+    assert(not ok and tostring(err):find("invalid timer interval", 1, true), tostring(err))
+    return true
+end
+
+local function record(name) return function() runs[name] = true end end
+system_resource_exists = record("resource_exists")
+system_not_resource_exists = record("not_resource_exists")
+system_any_with_component = record("any_with_component")
+system_run_once = record("run_once")
+system_and = record("and")
+system_or = record("or")
+
+function on_test_post_update()
+    return true
+end
+
+function on_test_last()
+    assert(runs.resource_exists, "resource_exists should run")
+    assert(not runs.not_resource_exists, "not(resource_exists) should not run")
+    assert(runs.any_with_component, "any_with_component should run")
+    assert(runs.run_once, "run_once should run")
+    assert(not runs["and"], "run_once and not run_once should not run")
+    assert(runs["or"], "not run_once or run_once should run")
+    return true
+end
diff --git a/assets/tests/add_system/systems_order_by_script_system_and_set.lua b/assets/tests/add_system/systems_order_by_script_system_and_set.lua
new file mode 100644
index 0000000000..15aff77fc8
--- /dev/null
+++ b/assets/tests/add_system/systems_order_by_script_system_and_set.lua
@@ -0,0 +1,67 @@
+-- script systems order against other script systems by label, and against script and Rust sets
+local ScriptAttachment = import_namespace("bms").ScriptAttachment
+local bms = import_namespace("bms")
+local world = bms.world
+runs = {}
+
+function on_test()
+    local post_update_schedule = world.get_schedule_by_name("PostUpdate")
+    local script_attachment = ScriptAttachment.new_entity_script(bms.current_entity(), bms.current_script())
+
+    local group = world.register_new_system_set("script.test", "group")
+    -- registering again returns the same set, other namespaces are not for scripts
+    assert(world.register_new_system_set("script.test", "group", true):name() == group:name())
+    assert(not pcall(world.register_new_system_set, "script.test", "group"))
+    assert(not pcall(world.register_new_system_set, "transform", "group"))
+
+    -- Rust sets are members of their namespace, and found by their full name, which never finds script sets
+    local propagate = import_namespace("transform.TransformSystems").Propagate
+    assert(propagate:name() == "Propagate", propagate:name())
+    assert(world.get_system_set_by_name("transform.TransformSystems.Propagate"):name() == "Propagate")
+    assert(world.get_system_set_by_name("script.test.missing") == nil)
+
+    world.add_system(
+        post_update_schedule,
+        bms.system_builder("custom_system_first", script_attachment)
+        :in_set(group)
+    )
+    world.add_system(
+        post_update_schedule,
+        bms.system_builder("custom_system_last", script_attachment)
+        :after_set(group)
+        :after_set(propagate)
+    )
+    world.add_system(
+        post_update_schedule,
+        bms.system_builder("custom_system_second", script_attachment)
+        :after_script_system("custom_system_first", script_attachment)
+        :before_script_system("custom_system_last", script_attachment)
+    )
+
+    world._assert_system_runs_before(post_update_schedule, "custom_system_first", "custom_system_last")
+    world._assert_system_runs_before(post_update_schedule, "custom_system_first", "custom_system_second")
+    world._assert_system_runs_before(post_update_schedule, "custom_system_second", "custom_system_last")
+
+    -- ordering against a system which doesn't exist fails
+    local ok, err = pcall(world.add_system, post_update_schedule,
+        bms.system_builder("custom_system_never", script_attachment)
+        :after_script_system("does_not_exist", script_attachment))
+    assert(not ok and tostring(err):find("does not exist", 1, true), tostring(err))
+    return true
+end
+
+function custom_system_first() runs[#runs + 1] = "first" end
+
+function custom_system_second() runs[#runs + 1] = "second" end
+
+function custom_system_last() runs[#runs + 1] = "last" end
+
+function on_test_post_update()
+    return true
+end
+
+function on_test_last()
+    local order = table.concat(runs, ",")
+    assert(order == "first,second,last", "unexpected order: " .. order)
+    return true
+end
diff --git a/assets/tests/export_reload/lua/caller.lua b/assets/tests/export_reload/lua/caller.lua
index a2759d6e64..09cbe9ab0a 100644
--- a/assets/tests/export_reload/lua/caller.lua
+++ b/assets/tests/export_reload/lua/caller.lua
@@ -1,17 +1,22 @@
+local world = import_namespace("bms").world
 local old_handle
 
 function on_test()
     old_handle = import_namespace("script.reload").double
     assert(old_handle(21) == 42)
+    -- the set is a member of its namespace, and found by its full name
+    assert(import_namespace("script.reload").group:name() == 'ScriptNamedSet("script.reload.group")')
+    assert(world.get_system_set_by_name("script.reload.group") ~= nil)
     return "called"
 end
 
 function on_test_post_update()
-    -- the exporter was reloaded, its export is gone: the old handle says so, and so does the namespace
+    -- the exporter was reloaded, its export and set are gone: the old handle says so, and so does the namespace
     local ok, err = pcall(old_handle, 1)
     assert(not ok and tostring(err):find("does not exist (anymore)", 1, true), tostring(err))
     local ok2, err2 = pcall(import_namespace, "script.reload")
     assert(not ok2 and tostring(err2):find("does not exist", 1, true), tostring(err2))
+    assert(world.get_system_set_by_name("script.reload.group") == nil)
     return "gone"
 end
 
@@ -19,5 +24,6 @@ function on_test_last()
     -- the exporter ran again, so a fresh import works, and the old handle does too since it looks up by path
     assert(import_namespace("script.reload").double(4) == 8)
     assert(old_handle(5) == 10)
+    assert(world.get_system_set_by_name("script.reload.group") ~= nil)
     return "called again"
 end
diff --git a/assets/tests/export_reload/lua/exporter.lua b/assets/tests/export_reload/lua/exporter.lua
index 19683d5717..1f789233a4 100644
--- a/assets/tests/export_reload/lua/exporter.lua
+++ b/assets/tests/export_reload/lua/exporter.lua
@@ -4,5 +4,6 @@ end)
 
 function on_test()
     export_namespace("script.reload", "double", "double_impl")
+    import_namespace("bms").world.register_new_system_set("script.reload", "group")
     return "exported"
 end
diff --git a/assets/tests/export_reload/rune/caller.rn b/assets/tests/export_reload/rune/caller.rn
index 9e37395c77..5a759341f8 100644
--- a/assets/tests/export_reload/rune/caller.rn
+++ b/assets/tests/export_reload/rune/caller.rn
@@ -13,16 +13,22 @@ pub fn on_test() {
     let old_handle = import_namespace("script.reload").double;
     state()["old_handle"] = old_handle;
     assert!(old_handle.call(21) == 42);
+    // the set is a member of its namespace, and found by its full name
+    let world = import_namespace("bms").world;
+    let name = import_namespace("script.reload").group.name();
+    assert!(name == "ScriptNamedSet(\"script.reload.group\")", "got: {}", name);
+    assert!(world.get_system_set_by_name("script.reload.group") != ());
     "called"
 }
 
 pub fn on_test_post_update() {
-    // the exporter was reloaded, its export is gone: the old handle says so, and so does the namespace
+    // the exporter was reloaded, its export and set are gone: the old handle says so, and so does the namespace
     let old_handle = state()["old_handle"];
     let err = error_of(|| old_handle.call(1));
     assert!(err.contains("does not exist (anymore)"), "{}", err);
     let err2 = error_of(|| import_namespace("script.reload"));
     assert!(err2.contains("does not exist"), "{}", err2);
+    assert!(import_namespace("bms").world.get_system_set_by_name("script.reload.group") == ());
     "gone"
 }
 
@@ -30,5 +36,6 @@ pub fn on_test_last() {
     // the exporter ran again, so a fresh import works, and the old handle does too since it looks up by path
     assert!(import_namespace("script.reload").double(4) == 8);
     assert!(state()["old_handle"].call(5) == 10);
+    assert!(import_namespace("bms").world.get_system_set_by_name("script.reload.group") != ());
     "called again"
 }
diff --git a/assets/tests/export_reload/rune/exporter.rn b/assets/tests/export_reload/rune/exporter.rn
index 7e9a1162f1..9b5cfa6a05 100644
--- a/assets/tests/export_reload/rune/exporter.rn
+++ b/assets/tests/export_reload/rune/exporter.rn
@@ -4,5 +4,6 @@ pub fn main() {
 
 pub fn on_test() {
     export_namespace("script.reload", "double", "double_impl");
+    import_namespace("bms").world.register_new_system_set("script.reload", "group");
     "exported"
 }
diff --git a/crates/bevy_mod_scripting_bindings/src/builtins.rs b/crates/bevy_mod_scripting_bindings/src/builtins.rs
index 327aaff314..2e91ad0223 100644
--- a/crates/bevy_mod_scripting_bindings/src/builtins.rs
+++ b/crates/bevy_mod_scripting_bindings/src/builtins.rs
@@ -5,16 +5,18 @@
 
 use std::collections::VecDeque;
 
+use bevy_ecs::schedule::SystemSet;
 use bevy_platform::collections::HashMap;
+use bevy_system_reflection::ReflectSystemSet;
 
 use crate::{
     AppScriptNamespaceMembers, DynamicScriptFunction, FunctionCallContext, FunctionInfo,
-    FunctionScope, GetFunctionInfo, InteropError, ScriptTypeCatalogue, ScriptValue,
+    FunctionScope, GetFunctionInfo, InteropError, ScriptNamedSet, ScriptTypeCatalogue, ScriptValue,
     WorldExtensions, WorldGuard, function::from::V, function::into::IntoScript,
     function::script_function::documented_function, script_path,
 };
 
-const IMPORT_NAMESPACE_DOCS: &str = r#"Imports a namespace, returning a table of the types, functions, values, events and exports in it by name.
+const IMPORT_NAMESPACE_DOCS: &str = r#"Imports a namespace, returning a table of the types, functions, values, events, system sets and exports in it by name.
 
 Bevy types with bindings live in a namespace per category (`math`, `ecs`, `transform`, `ui`, ...), BMS' own types and functions in `bms`,
 any other type in the namespace named after the crate defining it. Namespaces defined by scripts start with `script.`.
@@ -66,7 +68,7 @@ pub fn import_namespace(world: WorldGuard, path: &str) -> Result<ScriptValue, In
     profiling::function_scope!("import_namespace");
     let catalogue = world.type_catalogue().clone().get(world.clone())?;
     let types = catalogue.namespace_view(path);
-    let (exports, events) = {
+    let (exports, events, system_sets) = {
         let registry = world.component_registry();
         let registry = registry.read();
         let exports = registry
@@ -77,13 +79,22 @@ pub fn import_namespace(world: WorldGuard, path: &str) -> Result<ScriptValue, In
             .iter_events_in(path)
             .map(|(name, event)| (name.to_owned(), event.clone()))
             .collect::<Vec<_>>();
-        (exports, events)
+        let system_sets = registry
+            .iter_system_sets_in(path)
+            .map(|(set_path, name)| (name.to_owned(), set_path.to_owned()))
+            .collect::<Vec<_>>();
+        (exports, events, system_sets)
     };
     let members = world
         .with_resource(|members: &AppScriptNamespaceMembers| members.read().get(path).cloned())
         .ok()
         .flatten();
-    if types.is_none() && exports.is_empty() && events.is_empty() && members.is_none() {
+    if types.is_none()
+        && exports.is_empty()
+        && events.is_empty()
+        && system_sets.is_empty()
+        && members.is_none()
+    {
         return Err(namespace_not_found(&catalogue, &world, path));
     }
 
@@ -100,6 +111,10 @@ pub fn import_namespace(world: WorldGuard, path: &str) -> Result<ScriptValue, In
     for (name, event) in events {
         table.insert(name, V(event).into_script(world.clone())?);
     }
+    for (name, set_path) in system_sets {
+        let set = ReflectSystemSet::from_interned(ScriptNamedSet(set_path).intern());
+        table.insert(name, V(set).into_script(world.clone())?);
+    }
     for name in exports {
         let function = exported_function(script_path(path, &name));
         table.insert(name, ScriptValue::Function(function));
diff --git a/crates/bevy_mod_scripting_bindings/src/lib.rs b/crates/bevy_mod_scripting_bindings/src/lib.rs
index 441ffb7a20..ad8a232bac 100644
--- a/crates/bevy_mod_scripting_bindings/src/lib.rs
+++ b/crates/bevy_mod_scripting_bindings/src/lib.rs
@@ -21,6 +21,7 @@ pub mod script_component;
 pub mod script_event;
 pub mod script_value;
 pub mod static_type;
+pub mod system_set;
 pub mod type_data;
 pub mod world_extensions;
 
@@ -44,5 +45,6 @@ pub use script_component::*;
 pub use script_event::*;
 pub use script_value::*;
 pub use static_type::*;
+pub use system_set::*;
 pub use type_data::*;
 pub use world_extensions::*;
diff --git a/crates/bevy_mod_scripting_bindings/src/script_component.rs b/crates/bevy_mod_scripting_bindings/src/script_component.rs
index 62f2a9604f..27fcb8ed44 100644
--- a/crates/bevy_mod_scripting_bindings/src/script_component.rs
+++ b/crates/bevy_mod_scripting_bindings/src/script_component.rs
@@ -94,14 +94,16 @@ impl ScriptExport {
 #[derive(Component, Clone, Debug)]
 pub struct ScriptObserverOwner(pub ScriptAttachment);
 
-/// Removes everything a script registered which is tied to the script running: its exports and its observers.
+/// Removes everything a script registered which is tied to the script running: its exports, system sets and observers.
 ///
 /// Called when the script is unloaded (also when it is about to be reloaded, the script registers them again when it runs).
 /// Components, bundles and events stay registered, as Bevy can not unregister components, scripts re-registering them
-/// on reload use `allow_existing`.
+/// on reload use `allow_existing`. System sets are only removed from their namespace, they stay in the schedules.
 pub fn remove_script_registrations(world: &mut World, attachment: &ScriptAttachment) {
     if let Some(registry) = world.get_resource::<AppScriptComponentRegistry>() {
-        registry.write().remove_exports_of(attachment);
+        let mut registry = registry.write();
+        registry.remove_exports_of(attachment);
+        registry.remove_system_sets_of(attachment);
     }
     let observers = world
         .query::<(Entity, &ScriptObserverOwner)>()
@@ -154,11 +156,13 @@ impl AppScriptComponentRegistry {
 }
 
 #[derive(Default)]
-/// A registry of dynamically registered script components, events and exports
+/// A registry of dynamically registered script components, events, exports and system sets
 pub struct ScriptComponentRegistry {
     components: HashMap<String, DynamicComponentInfo>,
     events: HashMap<String, ScriptEventRegistration>,
     exports: HashMap<String, ScriptExport>,
+    /// The scripts which registered each system set, by its full path, see [`crate::ScriptNamedSet`]
+    system_sets: HashMap<String, ScriptAttachment>,
     generation: u64,
 }
 
@@ -217,9 +221,12 @@ impl ScriptComponentRegistry {
                 existing.owner
             )));
         }
-        if self.components.contains_key(&path) || self.events.contains_key(&path) {
+        if self.components.contains_key(&path)
+            || self.events.contains_key(&path)
+            || self.system_sets.contains_key(&path)
+        {
             return Err(InteropError::string(format!(
-                "cannot export `{path}`: a script registered component or event has that path"
+                "cannot export `{path}`: a script registered component, event or system set has that path"
             )));
         }
         self.exports.insert(path, export);
@@ -260,14 +267,45 @@ impl ScriptComponentRegistry {
         })
     }
 
-    /// The namespaces with at least one export or event, in no particular order, possibly repeated
+    /// The namespaces with at least one export, event or system set, in no particular order, possibly repeated
     pub fn export_and_event_namespaces(&self) -> impl Iterator<Item = &str> {
         self.exports.values().map(|e| e.namespace.as_str()).chain(
             self.events
                 .keys()
+                .chain(self.system_sets.keys())
                 .filter_map(|p| Some(p.rsplit_once('.')?.0)),
         )
     }
+
+    /// Registers a system set of a script by its full path, i.e. `script.game.ai`, possibly replacing its owner
+    pub fn register_system_set(&mut self, path: String, owner: ScriptAttachment) {
+        self.system_sets.insert(path, owner);
+    }
+
+    /// The script which registered the system set with the given full path
+    pub fn get_system_set_owner(&self, path: &str) -> Option<&ScriptAttachment> {
+        self.system_sets.get(path)
+    }
+
+    /// Removes all system sets registered by the given script, returns how many there were.
+    ///
+    /// The sets stay in the schedules, systems can still be in and ordered against them.
+    pub fn remove_system_sets_of(&mut self, owner: &ScriptAttachment) -> usize {
+        let before = self.system_sets.len();
+        self.system_sets.retain(|_, set_owner| set_owner != owner);
+        before - self.system_sets.len()
+    }
+
+    /// Iterates over the full paths and names of the system sets registered into the given namespace
+    pub fn iter_system_sets_in<'a>(
+        &'a self,
+        namespace: &'a str,
+    ) -> impl Iterator<Item = (&'a str, &'a str)> {
+        self.system_sets.keys().filter_map(move |path| {
+            let (set_namespace, name) = path.rsplit_once('.')?;
+            (set_namespace == namespace).then_some((path.as_str(), name))
+        })
+    }
 }
 
 /// A plugin to support dynamic script components
diff --git a/crates/bevy_mod_scripting_bindings/src/system_set.rs b/crates/bevy_mod_scripting_bindings/src/system_set.rs
new file mode 100644
index 0000000000..6e6aaffbb5
--- /dev/null
+++ b/crates/bevy_mod_scripting_bindings/src/system_set.rs
@@ -0,0 +1,99 @@
+//! The system sets scripts put and order their systems in, see [`ReflectSystemSet`].
+//!
+//! Scripts either register their own sets into a `script.*` namespace (see [`ScriptNamedSet`]),
+//! or use the Rust sets registered for them with [`ScriptSystemSetAppExt::register_script_system_set`].
+//! Both are members of their namespace, i.e. `import_namespace("transform.TransformSystems").Propagate`.
+
+use std::sync::Arc;
+
+use bevy_app::App;
+use bevy_ecs::{
+    resource::Resource,
+    schedule::{InternedSystemSet, SystemSet},
+};
+use bevy_log::warn;
+use bevy_platform::collections::HashMap;
+use bevy_system_reflection::ReflectSystemSet;
+
+use crate::{
+    AppScriptNamespaceMembers, IntoScript, NamespaceValue, SCRIPT_NAMESPACE_PREFIX,
+    docgen::typed_through::TypedThrough, function::from::V, script_path,
+};
+
+/// A system set registered by a script, identified by its full path, i.e. `script.game.ai`.
+///
+/// The set stays the same when the script registers it again (i.e. after a reload), and stays in the schedules once
+/// the script unloads, only its namespace entry is removed. Interned once per distinct path.
+#[derive(SystemSet, Clone, Hash, PartialEq, Eq, Debug)]
+pub struct ScriptNamedSet(pub String);
+
+/// The Rust system sets scripts can use, by their full path, i.e. `transform.TransformSystems.Propagate`.
+///
+/// Script registered sets are not in here, see [`crate::ScriptComponentRegistry::register_system_set`].
+#[derive(Resource, Default)]
+pub struct ScriptSystemSetRegistry {
+    sets: HashMap<String, InternedSystemSet>,
+}
+
+impl ScriptSystemSetRegistry {
+    /// Registers the set under the given full path, replacing a set registered with the same path
+    pub fn register(&mut self, path: String, set: InternedSystemSet) {
+        self.sets.insert(path, set);
+    }
+
+    /// Returns the set registered with the given full path
+    pub fn get(&self, path: &str) -> Option<InternedSystemSet> {
+        self.sets.get(path).copied()
+    }
+}
+
+/// Registers Rust system sets for scripts, see [`ScriptSystemSetRegistry`].
+pub trait ScriptSystemSetAppExt {
+    /// Lets scripts put their systems in the set and order them against it, as the member `name` of `namespace`.
+    ///
+    /// The variants of a set enum go into a namespace named after the enum, i.e.
+    /// `("transform.TransformSystems", "Propagate")`, unit struct sets into the namespace of their crate, i.e. `("time", "TimeSystems")`.
+    /// Script namespaces (`script.*`) are reserved for sets registered by scripts.
+    fn register_script_system_set(
+        &mut self,
+        namespace: &'static str,
+        name: &'static str,
+        set: impl SystemSet,
+    ) -> &mut Self;
+}
+
+impl ScriptSystemSetAppExt for App {
+    fn register_script_system_set(
+        &mut self,
+        namespace: &'static str,
+        name: &'static str,
+        set: impl SystemSet,
+    ) -> &mut Self {
+        if namespace.starts_with(SCRIPT_NAMESPACE_PREFIX) {
+            warn!(
+                "Cannot register the system set `{set:?}` into the script namespace `{namespace}`, script namespaces are reserved for sets registered by scripts"
+            );
+            return self;
+        }
+        let set = set.intern();
+        let world = self.world_mut();
+        world
+            .get_resource_or_init::<ScriptSystemSetRegistry>()
+            .register(script_path(namespace, name), set);
+        world
+            .get_resource_or_init::<AppScriptNamespaceMembers>()
+            .write()
+            .register_value(
+                namespace,
+                name,
+                NamespaceValue {
+                    maker: Arc::new(move |world| {
+                        V(ReflectSystemSet::from_interned(set)).into_script(world)
+                    }),
+                    type_information: <V<ReflectSystemSet> as TypedThrough>::through_type_info(),
+                    documentation: Some(format!("The `{set:?}` system set.").into()),
+                },
+            );
+        self
+    }
+}
diff --git a/crates/bevy_mod_scripting_bindings/src/world_extensions.rs b/crates/bevy_mod_scripting_bindings/src/world_extensions.rs
index 7b85447110..3208e6dbb5 100644
--- a/crates/bevy_mod_scripting_bindings/src/world_extensions.rs
+++ b/crates/bevy_mod_scripting_bindings/src/world_extensions.rs
@@ -15,8 +15,9 @@ use super::{
     static_type::registered_type_info,
 };
 use crate::{
-    AppScriptTypeCatalogue, DynamicComponent, DynamicComponentInfo, ScriptEvent,
-    ScriptEventRegistration, ScriptQueryBuilder, ScriptQueryResult,
+    AppScriptTypeCatalogue, DynamicComponent, DynamicComponentInfo, SCRIPT_NAMESPACE_PREFIX,
+    ScriptEvent, ScriptEventRegistration, ScriptNamedSet, ScriptQueryBuilder, ScriptQueryResult,
+    ScriptSystemSetRegistry,
     error::InteropError,
     function::{from::V, from_ref::FromScriptErased, into::IntoScript},
     script_path, validate_script_namespace_and_name,
@@ -33,6 +34,7 @@ use ::{
 };
 use bevy_app::AppExit;
 use bevy_asset::AssetPath;
+use bevy_ecs::schedule::SystemSet;
 use bevy_ecs::{
     component::{Component, ComponentCloneBehavior, ComponentDescriptor, Mutable},
     hierarchy::{ChildOf, Children},
@@ -45,7 +47,7 @@ use bevy_mod_scripting_asset::ScriptAsset;
 use bevy_mod_scripting_script::{Recipients, ScriptAttachment};
 use bevy_mod_scripting_world::{CachedRegistry, RegistryCache, WorldAccessGuard, WorldGuard};
 use bevy_reflect::{GetTypeRegistration, Reflect, TypeInfo, TypeRegistration};
-use bevy_system_reflection::ReflectSchedule;
+use bevy_system_reflection::{ReflectSchedule, ReflectSystemSet};
 use std::{
     alloc::Layout,
     any::TypeId,
@@ -222,6 +224,23 @@ pub trait WorldExtensions {
         allow_existing: bool,
     ) -> Result<ScriptEventRegistration, InteropError>;
 
+    /// Registers a system set of the script `owner` in a script namespace (which must start with `script.`), and returns it.
+    ///
+    /// Fails if a set with the same path is already registered, unless `allow_existing` is set,
+    /// in which case the existing set is returned instead. The set is removed from its namespace when its owner unloads,
+    /// registering it again gives the same set.
+    fn register_script_system_set(
+        &self,
+        namespace: &str,
+        name: &str,
+        allow_existing: bool,
+        owner: ScriptAttachment,
+    ) -> Result<ReflectSystemSet, InteropError>;
+
+    /// Finds a system set by its full path, i.e. `transform.TransformSystems.Propagate` for a Rust set,
+    /// or `script.game.ai` for a set registered by a script.
+    fn get_system_set_by_name(&self, path: &str) -> Option<ReflectSystemSet>;
+
     /// Spawns an observer which queues the callback `label` on the script `attachment`, with the payload as argument, whenever the script event is triggered.
     ///
     /// See [`Self::add_script_observer`] for when callbacks run.
@@ -967,11 +986,72 @@ impl<'w> WorldExtensions for WorldAccessGuard<'w> {
                 format!("a function named '{path}' is already exported"),
             ));
         }
+        if registry.get_system_set_owner(&path).is_some() {
+            return Err(InteropError::unsupported_operation(
+                None,
+                None,
+                format!("a script registered system set named '{path}' already exists"),
+            ));
+        }
         let registration = ScriptEventRegistration { name: path.into() };
         registry.register_event(registration.clone());
         Ok(registration)
     }
 
+    fn register_script_system_set(
+        &self,
+        namespace: &str,
+        name: &str,
+        allow_existing: bool,
+        owner: ScriptAttachment,
+    ) -> Result<ReflectSystemSet, InteropError> {
+        validate_script_namespace_and_name(namespace, name)?;
+        let path = script_path(namespace, name);
+        let component_registry = self.component_registry();
+        let mut registry = component_registry.write();
+        if registry.get_system_set_owner(&path).is_some() && !allow_existing {
+            return Err(InteropError::unsupported_operation(
+                None,
+                None,
+                format!(
+                    "script registered system set '{path}' already exists, pass `allow_existing = true` to get the existing set instead"
+                ),
+            ));
+        }
+        if registry.get(&path).is_some()
+            || registry.get_event(&path).is_some()
+            || registry.get_export(&path).is_some()
+        {
+            return Err(InteropError::unsupported_operation(
+                None,
+                None,
+                format!(
+                    "a script registered component, event or exported function named '{path}' already exists"
+                ),
+            ));
+        }
+        if registry.get_system_set_owner(&path).is_none() {
+            registry.register_system_set(path.clone(), owner);
+        }
+        Ok(ReflectSystemSet::from_interned(
+            ScriptNamedSet(path).intern(),
+        ))
+    }
+
+    fn get_system_set_by_name(&self, path: &str) -> Option<ReflectSystemSet> {
+        let set = if path.starts_with(SCRIPT_NAMESPACE_PREFIX) {
+            self.component_registry()
+                .read()
+                .get_system_set_owner(path)
+                .map(|_| ScriptNamedSet(path.to_owned()).intern())
+        } else {
+            self.with_resource(|registry: &ScriptSystemSetRegistry| registry.get(path))
+                .ok()
+                .flatten()
+        };
+        set.map(ReflectSystemSet::from_interned)
+    }
+
     fn add_script_event_observer(
         &self,
         event: ScriptEventRegistration,
@@ -1420,6 +1500,16 @@ impl<'w> WorldExtensions for WorldAccessGuard<'w> {
                 format!("a script registered event named '{path}' already exists"),
             ));
         }
+        if component_registry_read
+            .get_system_set_owner(&path)
+            .is_some()
+        {
+            return Err(InteropError::unsupported_operation(
+                None,
+                None,
+                format!("a script registered system set named '{path}' already exists"),
+            ));
+        }
 
         let component_id = self.with_world_mut_access(|w| {
             let descriptor = unsafe {
diff --git a/crates/bevy_mod_scripting_core/Cargo.toml b/crates/bevy_mod_scripting_core/Cargo.toml
index 164f6f935e..dfe18a8126 100644
--- a/crates/bevy_mod_scripting_core/Cargo.toml
+++ b/crates/bevy_mod_scripting_core/Cargo.toml
@@ -34,6 +34,7 @@ bevy_log = { workspace = true, default-features = false, features = [] }
 bevy_asset = { workspace = true, default-features = false, features = [] }
 bevy_diagnostic = { workspace = true, default-features = false, features = [] }
 bevy_platform = { workspace = true, default-features = false, features = [] }
+bevy_time = { workspace = true, default-features = false, features = [] }
 indexmap = { workspace = true }
 bevy_utils = { workspace = true }
 
diff --git a/crates/bevy_mod_scripting_core/src/script_system.rs b/crates/bevy_mod_scripting_core/src/script_system.rs
index 73e5518588..97f24b6c15 100644
--- a/crates/bevy_mod_scripting_core/src/script_system.rs
+++ b/crates/bevy_mod_scripting_core/src/script_system.rs
@@ -14,7 +14,7 @@ use ::{
     bevy_ecs::{
         component::ComponentId,
         entity::Entity,
-        query::{FilteredAccessSet, QueryState},
+        query::{FilteredAccessSet, QueryBuilder, QueryState},
         reflect::AppTypeRegistry,
         schedule::SystemSet,
         system::{System, SystemParamValidationError},
@@ -31,15 +31,17 @@ use bevy_ecs::{
         InternedScheduleLabel, InternedSystemSet, IntoScheduleConfigs, Schedule,
         ScheduleCleanupPolicy, ScheduleConfigs, ScheduleError, Schedules,
     },
-    system::{RunSystemError, ScheduleSystem, SystemAccess, SystemIn, SystemStateFlags},
+    system::{
+        ReadOnlySystem, RunSystemError, ScheduleSystem, SystemAccess, SystemIn, SystemStateFlags,
+    },
     world::{DeferredWorld, WorldId},
 };
 use bevy_log::{debug, warn, warn_once};
 use bevy_mod_scripting_bindings::{
     AppScheduleRegistry, AppScriptCallbackRunners, AppScriptComponentRegistry,
     AppScriptFunctionRegistry, AppScriptTypeCatalogue, CurrentScriptAttachment, InteropError,
-    IntoScript, QueryAccess, ReflectReference, ScriptQueryBuilder, ScriptQueryResult,
-    ScriptResourceRegistration, V, WorldExtensions,
+    IntoScript, QueryAccess, ReflectReference, ScriptComponentRegistration, ScriptQueryBuilder,
+    ScriptQueryResult, ScriptResourceRegistration, V, WorldExtensions,
 };
 use bevy_mod_scripting_display::DisplayProxy;
 use bevy_mod_scripting_script::ScriptAttachment;
@@ -47,7 +49,9 @@ use bevy_mod_scripting_world::{AccessByteSet, ArchetypeFilter, WorldAccessGuard,
 use bevy_platform::collections::HashMap;
 use bevy_reflect::TypeRegistryArc;
 use bevy_system_reflection::{ReflectSchedule, ReflectSystem};
+use bevy_time::{Time, Timer, TimerMode};
 use bevy_utils::prelude::DebugName;
+use core::time::Duration;
 use parking_lot::Mutex;
 use std::{
     any::TypeId,
@@ -104,6 +108,12 @@ pub struct ScriptSystemBuilder {
     pub(crate) attachment: ScriptAttachment,
     before: Vec<ReflectSystem>,
     after: Vec<ReflectSystem>,
+    before_script_systems: Vec<(CallbackLabel, ScriptAttachment)>,
+    after_script_systems: Vec<(CallbackLabel, ScriptAttachment)>,
+    before_sets: Vec<InternedSystemSet>,
+    after_sets: Vec<InternedSystemSet>,
+    in_sets: Vec<InternedSystemSet>,
+    run_conditions: Vec<ScriptRunCondition>,
     system_params: Vec<ScriptSystemParamDescriptor>,
     is_exclusive: bool,
 }
@@ -115,6 +125,12 @@ impl ScriptSystemBuilder {
         Self {
             before: vec![],
             after: vec![],
+            before_script_systems: vec![],
+            after_script_systems: vec![],
+            before_sets: vec![],
+            after_sets: vec![],
+            in_sets: vec![],
+            run_conditions: vec![],
             name,
             attachment,
             system_params: vec![],
@@ -122,6 +138,50 @@ impl ScriptSystemBuilder {
         }
     }
 
+    /// Runs the system before the script system of the given script, which must have been added already
+    pub fn before_script_system(
+        &mut self,
+        label: CallbackLabel,
+        attachment: ScriptAttachment,
+    ) -> &mut Self {
+        self.before_script_systems.push((label, attachment));
+        self
+    }
+
+    /// Runs the system after the script system of the given script, which must have been added already
+    pub fn after_script_system(
+        &mut self,
+        label: CallbackLabel,
+        attachment: ScriptAttachment,
+    ) -> &mut Self {
+        self.after_script_systems.push((label, attachment));
+        self
+    }
+
+    /// Runs the system before the given set
+    pub fn before_set(&mut self, set: impl SystemSet) -> &mut Self {
+        self.before_sets.push(set.intern());
+        self
+    }
+
+    /// Runs the system after the given set
+    pub fn after_set(&mut self, set: impl SystemSet) -> &mut Self {
+        self.after_sets.push(set.intern());
+        self
+    }
+
+    /// Puts the system in the given set
+    pub fn in_set(&mut self, set: impl SystemSet) -> &mut Self {
+        self.in_sets.push(set.intern());
+        self
+    }
+
+    /// Only runs the system if the condition holds, all conditions must hold for the system to run
+    pub fn run_if(&mut self, condition: ScriptRunCondition) -> &mut Self {
+        self.run_conditions.push(condition);
+        self
+    }
+
     /// Adds a component access to the system
     pub fn query(&mut self, query: ScriptQueryBuilder) -> &mut Self {
         self.system_params
@@ -181,8 +241,40 @@ impl ScriptSystemBuilder {
             let alive = Arc::new(AtomicBool::new(true));
             let mut changes = Vec::with_capacity(2);
 
+            let mut ordering = ScriptSystemOrdering {
+                before: self
+                    .before
+                    .iter()
+                    .flat_map(|system| system.default_system_sets().iter().copied())
+                    .chain(self.before_sets.iter().copied())
+                    .collect(),
+                after: self
+                    .after
+                    .iter()
+                    .flat_map(|system| system.default_system_sets().iter().copied())
+                    .chain(self.after_sets.iter().copied())
+                    .collect(),
+                in_sets: self.in_sets.clone(),
+            };
+
             let set = {
                 let mut inner = systems.0.lock();
+                for (script_systems, sets) in [
+                    (&self.before_script_systems, &mut ordering.before),
+                    (&self.after_script_systems, &mut ordering.after),
+                ] {
+                    for (label, attachment) in script_systems {
+                        let entry = inner
+                            .systems
+                            .get(&(attachment.clone(), label.clone()))
+                            .ok_or_else(|| {
+                                InteropError::string(format!(
+                                    "Script system `{label}` of script {attachment} does not exist, script systems can only be ordered against systems added before them"
+                                ))
+                            })?;
+                        sets.push(entry.set.intern());
+                    }
+                }
                 let key = (self.attachment.clone(), self.name.clone());
                 let set = match inner.systems.get(&key) {
                     Some(old) => {
@@ -211,11 +303,11 @@ impl ScriptSystemBuilder {
                         set,
                         schedule: label,
                         alive: alive.clone(),
-                        orders_against: self
+                        orders_against: ordering
                             .before
                             .iter()
-                            .chain(&self.after)
-                            .flat_map(|system| system.default_system_sets().iter().copied())
+                            .chain(&ordering.after)
+                            .copied()
                             .collect(),
                     },
                 );
@@ -228,9 +320,10 @@ impl ScriptSystemBuilder {
             changes.push(PendingScheduleChange::new(
                 label,
                 ScheduleChange::Add {
-                    builder: self.clone(),
+                    builder: Box::new(self.clone()),
                     set,
                     alive,
+                    ordering,
                     // schedule configs are not `Send`, so the system is created once it is added
                     into_configs: script_system_configs::<P>,
                 },
@@ -264,6 +357,212 @@ impl ScriptSystemBuilder {
     }
 }
 
+/// A run condition of a script system, evaluated in Rust without calling into the script, see [`ScriptSystemBuilder::run_if`].
+#[derive(Clone, Reflect)]
+#[reflect(opaque)]
+pub enum ScriptRunCondition {
+    /// The resource exists
+    ResourceExists(ScriptResourceRegistration),
+    /// The resource was changed since the system last ran, false if it doesn't exist
+    ResourceChanged(ScriptResourceRegistration),
+    /// The resource was added since the system last ran
+    ResourceAdded(ScriptResourceRegistration),
+    /// Any entity has the component
+    AnyWithComponent(ScriptComponentRegistration),
+    /// The given time passed since the condition last held, measured with [`Time`]
+    OnTimer(Duration),
+    /// Only the first time the condition is evaluated
+    RunOnce,
+    /// The condition doesn't hold
+    Not(Box<ScriptRunCondition>),
+    /// Both conditions hold, the second is not evaluated if the first doesn't hold
+    And(Box<ScriptRunCondition>, Box<ScriptRunCondition>),
+    /// Either condition holds, the second is not evaluated if the first holds
+    Or(Box<ScriptRunCondition>, Box<ScriptRunCondition>),
+}
+
+/// A [`ScriptRunCondition`] ready to be evaluated, with its state
+enum CompiledRunCondition {
+    ResourceExists(ComponentId),
+    ResourceChanged(ComponentId),
+    ResourceAdded(ComponentId),
+    AnyWithComponent(Box<QueryState<Entity>>),
+    OnTimer(Timer, ComponentId),
+    RunOnce(bool),
+    Not(Box<CompiledRunCondition>),
+    And(Box<CompiledRunCondition>, Box<CompiledRunCondition>),
+    Or(Box<CompiledRunCondition>, Box<CompiledRunCondition>),
+}
+
+impl CompiledRunCondition {
+    /// Compiles the condition, declaring the accesses needed to evaluate it
+    fn compile(
+        condition: &ScriptRunCondition,
+        world: &mut World,
+        access: &mut FilteredAccessSet,
+    ) -> Self {
+        match condition {
+            ScriptRunCondition::ResourceExists(resource) => {
+                access.add_resource_read(resource.resource_id);
+                Self::ResourceExists(resource.resource_id)
+            }
+            ScriptRunCondition::ResourceChanged(resource) => {
+                access.add_resource_read(resource.resource_id);
+                Self::ResourceChanged(resource.resource_id)
+            }
+            ScriptRunCondition::ResourceAdded(resource) => {
+                access.add_resource_read(resource.resource_id);
+                Self::ResourceAdded(resource.resource_id)
+            }
+            ScriptRunCondition::AnyWithComponent(component) => {
+                let query = QueryBuilder::<Entity>::new(world)
+                    .with_id(component.component_id)
+                    .build();
+                access.add(query.component_access().clone());
+                Self::AnyWithComponent(Box::new(query))
+            }
+            ScriptRunCondition::OnTimer(duration) => {
+                // resources are components, registering keeps the id valid if `Time` is inserted later
+                let time = world.register_component::<Time>();
+                access.add_resource_read(time);
+                Self::OnTimer(Timer::new(*duration, TimerMode::Repeating), time)
+            }
+            ScriptRunCondition::RunOnce => Self::RunOnce(false),
+            ScriptRunCondition::Not(condition) => {
+                Self::Not(Box::new(Self::compile(condition, world, access)))
+            }
+            ScriptRunCondition::And(a, b) => Self::And(
+                Box::new(Self::compile(a, world, access)),
+                Box::new(Self::compile(b, world, access)),
+            ),
+            ScriptRunCondition::Or(a, b) => Self::Or(
+                Box::new(Self::compile(a, world, access)),
+                Box::new(Self::compile(b, world, access)),
+            ),
+        }
+    }
+
+    /// # Safety
+    /// The world must allow the accesses declared in [`Self::compile`]
+    unsafe fn evaluate(&mut self, world: UnsafeWorldCell, last_run: Tick, this_run: Tick) -> bool {
+        // Safety: the resources are declared as read
+        let resource_ticks = |id: ComponentId| {
+            let entity = unsafe { world.resource_entities() }.get(id)?;
+            unsafe { world.get_entity(entity).ok()?.get_change_ticks_by_id(id) }
+        };
+        match self {
+            Self::ResourceExists(id) => unsafe { world.resource_entities() }.get(*id).is_some(),
+            Self::ResourceChanged(id) => {
+                resource_ticks(*id).is_some_and(|ticks| ticks.is_changed(last_run, this_run))
+            }
+            Self::ResourceAdded(id) => {
+                resource_ticks(*id).is_some_and(|ticks| ticks.is_added(last_run, this_run))
+            }
+            // Safety: the query's access is declared
+            Self::AnyWithComponent(query) => {
+                unsafe { query.iter_unchecked(world) }.next().is_some()
+            }
+            Self::OnTimer(timer, time) => {
+                // Safety: `Time` is declared as read
+                let Some(time) = (unsafe { world.get_resource_by_id(*time) }) else {
+                    return false;
+                };
+                // Safety: the id is the id of `Time`
+                timer.tick(unsafe { time.deref::<Time>() }.delta());
+                timer.just_finished()
+            }
+            Self::RunOnce(has_run) => !std::mem::replace(has_run, true),
+            Self::Not(condition) => !unsafe { condition.evaluate(world, last_run, this_run) },
+            Self::And(a, b) => unsafe {
+                a.evaluate(world, last_run, this_run) && b.evaluate(world, last_run, this_run)
+            },
+            Self::Or(a, b) => unsafe {
+                a.evaluate(world, last_run, this_run) || b.evaluate(world, last_run, this_run)
+            },
+        }
+    }
+}
+
+/// Evaluates the run conditions of a script system, all must hold for the system to run
+struct ScriptConditionSystem {
+    conditions: Vec<ScriptRunCondition>,
+    compiled: Vec<CompiledRunCondition>,
+    last_run: Tick,
+}
+
+impl ScriptConditionSystem {
+    fn new(conditions: Vec<ScriptRunCondition>) -> Self {
+        Self {
+            conditions,
+            compiled: Vec::new(),
+            last_run: Tick::default(),
+        }
+    }
+}
+
+impl System for ScriptConditionSystem {
+    type In = ();
+    type Out = bool;
+
+    fn name(&self) -> DebugName {
+        "script_run_conditions".into()
+    }
+
+    fn flags(&self) -> SystemStateFlags {
+        SystemStateFlags::empty()
+    }
+
+    unsafe fn run_unsafe(
+        &mut self,
+        _input: SystemIn<'_, Self>,
+        world: UnsafeWorldCell,
+    ) -> Result<Self::Out, RunSystemError> {
+        let this_run = world.increment_change_tick();
+        let last_run = self.last_run;
+        // every condition is evaluated, so stateful ones (timers) advance even if an earlier one doesn't hold
+        let mut holds = true;
+        for condition in &mut self.compiled {
+            // Safety: the accesses are declared in `initialize`
+            holds &= unsafe { condition.evaluate(world, last_run, this_run) };
+        }
+        self.last_run = this_run;
+        Ok(holds)
+    }
+
+    fn apply_deferred(&mut self, _world: &mut World) {}
+
+    fn queue_deferred(&mut self, _world: DeferredWorld) {}
+
+    fn initialize(&mut self, world: &mut World) -> SystemAccess {
+        let mut access = FilteredAccessSet::new();
+        self.compiled = self
+            .conditions
+            .iter()
+            .map(|condition| CompiledRunCondition::compile(condition, world, &mut access))
+            .collect();
+        SystemAccess::Shared(access)
+    }
+
+    fn check_change_tick(&mut self, change_tick: CheckChangeTicks) {
+        self.last_run.check_tick(change_tick);
+    }
+
+    fn get_last_run(&self) -> Tick {
+        self.last_run
+    }
+
+    fn set_last_run(&mut self, last_run: Tick) {
+        self.last_run = last_run;
+    }
+}
+
+// Safety: conditions only read the world
+unsafe impl ReadOnlySystem for ScriptConditionSystem {}
+
+pub use bevy_mod_scripting_bindings::{
+    ScriptNamedSet, ScriptSystemSetAppExt, ScriptSystemSetRegistry,
+};
+
 /// Keeps track of the systems added by scripts.
 ///
 /// A script system is identified by its attachment and callback label: adding a system with the same identity replaces
@@ -310,40 +609,52 @@ struct PendingScheduleChange {
     attempts: u8,
 }
 
+/// The sets a script system is ordered against and is part of, resolved when the system is built
+struct ScriptSystemOrdering {
+    before: Vec<InternedSystemSet>,
+    after: Vec<InternedSystemSet>,
+    in_sets: Vec<InternedSystemSet>,
+}
+
 type IntoScriptSystemConfigs = fn(
     ScriptSystemBuilder,
     ScriptSystemSet,
     Arc<AtomicBool>,
     ScriptSystems,
+    ScriptSystemOrdering,
 ) -> ScheduleConfigs<ScheduleSystem>;
 
-/// Creates the system with its ordering
+/// Creates the system with its ordering and run conditions
 fn script_system_configs<P: IntoScriptPluginParams>(
     builder: ScriptSystemBuilder,
     set: ScriptSystemSet,
     alive: Arc<AtomicBool>,
     systems: ScriptSystems,
+    ordering: ScriptSystemOrdering,
 ) -> ScheduleConfigs<ScheduleSystem> {
-    let (before, after) = (builder.before.clone(), builder.after.clone());
+    let conditions = builder.run_conditions.clone();
     let mut config = DynamicScriptSystem::<P>::new(builder, set, alive, systems).into_configs();
-    for other in before {
-        for default_set in other.default_system_sets() {
-            config = config.before(*default_set);
-        }
+    for other in ordering.before {
+        config = config.before(other);
     }
-    for other in after {
-        for default_set in other.default_system_sets() {
-            config = config.after(*default_set);
-        }
+    for other in ordering.after {
+        config = config.after(other);
+    }
+    for other in ordering.in_sets {
+        config = config.in_set(other);
+    }
+    if !conditions.is_empty() {
+        config = config.run_if(ScriptConditionSystem::new(conditions));
     }
     config
 }
 
 enum ScheduleChange {
     Add {
-        builder: ScriptSystemBuilder,
+        builder: Box<ScriptSystemBuilder>,
         set: ScriptSystemSet,
         alive: Arc<AtomicBool>,
+        ordering: ScriptSystemOrdering,
         into_configs: IntoScriptSystemConfigs,
     },
     /// Removes the systems in the set, and frees its slot afterwards if `free_slot` is set
@@ -423,9 +734,10 @@ impl ScriptSystems {
                 builder,
                 set,
                 alive,
+                ordering,
                 into_configs,
             }) => {
-                schedule.add_systems(into_configs(builder, set, alive, self.clone()));
+                schedule.add_systems(into_configs(*builder, set, alive, self.clone(), ordering));
                 Ok(())
             }
             Some(ScheduleChange::Remove { set, free_slot }) => {
@@ -1383,4 +1695,71 @@ mod test {
         assert!(!a.is_compatible(&access_of(&mut world, resource_writer)));
         assert!(!a.is_compatible(&access_of(&mut world, component_writer)));
     }
+
+    #[test]
+    fn run_conditions_track_changes_and_time() {
+        let mut world = World::new();
+        world.init_resource::<AccessTestResource>();
+        world.insert_resource(Time::<()>::default());
+        let resource = ScriptResourceRegistration::new(
+            ScriptTypeRegistration::new(Arc::new(bevy_reflect::TypeRegistration::of::<
+                AccessTestResource,
+            >())),
+            world.register_component::<AccessTestResource>(),
+        );
+
+        let mut changed =
+            ScriptConditionSystem::new(vec![ScriptRunCondition::ResourceChanged(resource.clone())]);
+        changed.initialize(&mut world);
+        assert!(
+            changed.run((), &mut world).unwrap(),
+            "added counts as changed"
+        );
+        assert!(!changed.run((), &mut world).unwrap());
+        bevy_ecs::change_detection::DetectChangesMut::set_changed(
+            &mut world.resource_mut::<AccessTestResource>(),
+        );
+        assert!(changed.run((), &mut world).unwrap());
+
+        let mut timer =
+            ScriptConditionSystem::new(vec![ScriptRunCondition::OnTimer(Duration::from_secs(1))]);
+        timer.initialize(&mut world);
+        assert!(!timer.run((), &mut world).unwrap());
+        world
+            .resource_mut::<Time>()
+            .advance_by(Duration::from_millis(1500));
+        assert!(timer.run((), &mut world).unwrap());
+    }
+
+    #[derive(bevy_ecs::schedule::SystemSet, Clone, Hash, PartialEq, Eq, Debug)]
+    struct RustTestSet;
+
+    fn rust_system_in_set() {}
+
+    #[test]
+    fn script_systems_order_against_registered_sets() {
+        let mut app = systems_test_app();
+        app.add_systems(SystemsTestSchedule, rust_system_in_set.in_set(RustTestSet));
+
+        let world = app.world_mut();
+        let cache = WorldAccessGuard::setup_cache(world, CurrentScriptAttachment::empty());
+        let mut builder = ScriptSystemBuilder::new("test".to_owned().into(), attachment());
+        builder.after_set(RustTestSet);
+        builder
+            .build::<TestPlugin>(
+                WorldAccessGuard::new_exclusive(world, cache),
+                &ReflectSchedule::from_label(SystemsTestSchedule),
+            )
+            .unwrap();
+
+        let schedules = app.world().resource::<Schedules>();
+        let graph = bevy_system_reflection::schedule_to_reflect_graph(
+            schedules.get(SystemsTestSchedule).unwrap(),
+        );
+        assert!(
+            graph
+                .system_runs_before("rust_system_in_set", "test")
+                .unwrap()
+        );
+    }
 }
diff --git a/crates/bevy_mod_scripting_functions/Cargo.toml b/crates/bevy_mod_scripting_functions/Cargo.toml
index fc9c7a7653..b34dc2f575 100644
--- a/crates/bevy_mod_scripting_functions/Cargo.toml
+++ b/crates/bevy_mod_scripting_functions/Cargo.toml
@@ -39,6 +39,7 @@ rune_bindings = ["bevy_mod_scripting_rune"]
 profiling = { workspace = true }
 bevy_mod_scripting_core = { workspace = true }
 bevy_mod_scripting_bindings = { workspace = true }
+bevy_mod_scripting_bindings_domain = { workspace = true }
 bevy_mod_scripting_display = { workspace = true }
 bevy_mod_scripting_asset = { workspace = true }
 bevy_mod_scripting_script = { workspace = true }
diff --git a/crates/bevy_mod_scripting_functions/src/core.rs b/crates/bevy_mod_scripting_functions/src/core.rs
index c7c47f018f..0648231a95 100644
--- a/crates/bevy_mod_scripting_functions/src/core.rs
+++ b/crates/bevy_mod_scripting_functions/src/core.rs
@@ -7,14 +7,20 @@ use std::{collections::VecDeque, ops::Deref};
 
 use bevy_app::App;
 use bevy_asset::{AssetServer, Handle};
-use bevy_ecs::{entity::Entity, prelude::AppTypeRegistry, schedule::Schedules, world::World};
+use bevy_ecs::{
+    entity::Entity,
+    prelude::AppTypeRegistry,
+    schedule::{InternedSystemSet, Schedules},
+    world::World,
+};
 use bevy_mod_scripting_bindings::{
-    AnyTypeRegistrationV, DynamicScriptFunctionMut, EnumVariantRef, FunctionInfo, InteropError,
-    NamespaceMembers, PartialReflectExt, QueuedScriptCallback, ReflectReference,
-    ScriptBundleRegistration, ScriptComponentRegistration, ScriptEventRegistration,
-    ScriptQueryBuilder, ScriptQueryResult, ScriptResourceRegistration, ScriptTypeRegistration,
-    Union, VariadicTuple, WorldExtensions,
+    AnyTypeRegistrationV, AppScriptNamespaceMembers, DynamicScriptFunctionMut, EnumVariantRef,
+    FunctionInfo, InteropError, NamespaceMembers, NamespaceValue, PartialReflectExt,
+    QueuedScriptCallback, ReflectReference, ScriptBundleRegistration, ScriptComponentRegistration,
+    ScriptEventRegistration, ScriptQueryBuilder, ScriptQueryResult, ScriptResourceRegistration,
+    ScriptTypeRegistration, Union, VariadicTuple, WorldExtensions,
     construct::construct_reference,
+    docgen::typed_through::ThroughTypeInfo,
     function::{
         bound::BoundFields,
         from::{R, V},
@@ -24,15 +30,16 @@ use bevy_mod_scripting_bindings::{
     },
     script_value::ScriptValue,
 };
+use bevy_mod_scripting_bindings_domain::ReflectionPrimitiveKind;
 use bevy_mod_scripting_core::{
     event::CallbackLabel,
-    script_system::{ManageScriptSystems, ScriptSystemBuilder},
+    script_system::{ManageScriptSystems, ScriptRunCondition, ScriptSystemBuilder},
 };
 use bevy_mod_scripting_derive::script_bindings;
 use bevy_mod_scripting_display::{OrFakeId, WithTypeInfo};
 use bevy_mod_scripting_world::WorldGuard;
 use bevy_reflect::PartialReflect;
-use bevy_system_reflection::{ReflectSchedule, ReflectSystem};
+use bevy_system_reflection::{ReflectSchedule, ReflectSystem, ReflectSystemSet};
 
 #[allow(unused_variables, reason = "feature flags")]
 pub fn register_bevy_bindings(app: &mut App) {
@@ -338,6 +345,51 @@ impl World {
             .map(V)
     }
 
+    /// Registers a new system set, which script systems can be put in and ordered against.
+    ///
+    /// The set is removed from its namespace when the script unloads, registering it again (i.e. after a reload) gives the same set.
+    ///
+    /// Arguments:
+    /// * `ctxt`: The function call context.
+    /// * `namespace`: The script namespace to register the set in, it must start with `script.`, i.e. `script.my_game`.
+    /// * `name`: The name of the set, unique within the namespace. The set can later be found as `import_namespace(namespace).name`.
+    /// * `allow_existing`: If true, returns the already registered set with this name instead of failing. Defaults to false.
+    /// Returns:
+    /// * `set`: The new system set.
+    fn register_new_system_set(
+        ctxt: FunctionCallContext,
+        namespace: String,
+        name: String,
+        allow_existing: Option<bool>,
+    ) -> Result<V<ReflectSystemSet>, InteropError> {
+        profiling::function_scope!("register_new_system_set");
+        let world = ctxt.world()?;
+        let owner = world.current_attachment().0.ok_or_else(|| {
+            InteropError::str("Cannot register a system set outside of a script callback, the set belongs to the script")
+        })?;
+        world
+            .register_script_system_set(&namespace, &name, allow_existing.unwrap_or(false), owner)
+            .map(V)
+    }
+
+    /// Retrieves a system set by its full name, i.e. `transform.TransformSystems.Propagate` for a set of the game,
+    /// or `script.my_game.ai` for a set registered by a script.
+    ///
+    /// The sets of the game are also members of their namespace, i.e. `import_namespace("transform.TransformSystems").Propagate`.
+    ///
+    /// Arguments:
+    /// * `ctxt`: The function call context.
+    /// * `name`: The full name of the system set.
+    /// Returns:
+    /// * `set`: The system set with the given name, if it exists.
+    fn get_system_set_by_name(
+        ctxt: FunctionCallContext,
+        name: String,
+    ) -> Result<Option<V<ReflectSystemSet>>, InteropError> {
+        profiling::function_scope!("get_system_set_by_name");
+        Ok(ctxt.world()?.get_system_set_by_name(&name).map(V))
+    }
+
     /// Triggers an observer-style event: either a Rust event type with `#[reflect(Event)]`, or an event registered with `register_new_event`.
     ///
     /// Observers run immediately, and the commands they queue are applied before this function returns.
@@ -1607,6 +1659,34 @@ impl ReflectSystem {
     }
 }
 
+#[script_bindings(
+    remote,
+    bms_bindings_path = "bevy_mod_scripting_bindings",
+    name = "reflect_system_set_functions",
+    core
+)]
+impl ReflectSystemSet {
+    /// Retrieves the name of the system set
+    /// Arguments:
+    /// * `set`: The system set to retrieve the name from.
+    /// Returns:
+    /// * `name`: The debug name of the set, e.g. `TransformSystems::Propagate` or `ScriptNamedSet("script.my_game.ai")`
+    fn name(set: R<ReflectSystemSet>) -> String {
+        profiling::function_scope!("name");
+        set.debug().to_owned()
+    }
+}
+
+/// The set scripts put systems in and order them against, set nodes of schedule graphs have none.
+fn usable_system_set(set: &ReflectSystemSet) -> Result<InternedSystemSet, InteropError> {
+    set.set().ok_or_else(|| {
+        InteropError::string(format!(
+            "the system set `{}` is a node of a schedule graph, systems cannot be ordered against it, find the set with `get_system_set_by_name` instead",
+            set.debug()
+        ))
+    })
+}
+
 #[script_bindings(
     remote,
     bms_bindings_path = "bevy_mod_scripting_bindings",
@@ -1711,6 +1791,119 @@ impl ScriptSystemBuilder {
         builder.before_system(system.into_inner());
         V(builder)
     }
+
+    /// Specifies the system is to run *before* the script system with the given callback label of the given script.
+    /// That system must have been added before this one.
+    ///
+    /// Arguments:
+    /// * `builder`: The system builder to add the dependency to.
+    /// * `label`: The callback label of the other script system.
+    /// * `attachment`: The script the other script system belongs to.
+    /// Returns:
+    /// * `builder`: The system builder with the dependency added.
+    fn before_script_system(
+        builder: V<ScriptSystemBuilder>,
+        label: String,
+        attachment: V<ScriptAttachment>,
+    ) -> V<ScriptSystemBuilder> {
+        profiling::function_scope!("before_script_system");
+        let mut builder = builder.into_inner();
+        builder.before_script_system(label.into(), attachment.into_inner());
+        V(builder)
+    }
+
+    /// Specifies the system is to run *after* the script system with the given callback label of the given script.
+    /// That system must have been added before this one.
+    ///
+    /// Arguments:
+    /// * `builder`: The system builder to add the dependency to.
+    /// * `label`: The callback label of the other script system.
+    /// * `attachment`: The script the other script system belongs to.
+    /// Returns:
+    /// * `builder`: The system builder with the dependency added.
+    fn after_script_system(
+        builder: V<ScriptSystemBuilder>,
+        label: String,
+        attachment: V<ScriptAttachment>,
+    ) -> V<ScriptSystemBuilder> {
+        profiling::function_scope!("after_script_system");
+        let mut builder = builder.into_inner();
+        builder.after_script_system(label.into(), attachment.into_inner());
+        V(builder)
+    }
+
+    /// Specifies the system is to run *before* the given set.
+    /// Sets are registered by scripts with `register_new_system_set`, game sets are found with `get_system_set_by_name`.
+    ///
+    /// Arguments:
+    /// * `builder`: The system builder to add the dependency to.
+    /// * `set`: The system set.
+    /// Returns:
+    /// * `builder`: The system builder with the dependency added.
+    fn before_set(
+        builder: V<ScriptSystemBuilder>,
+        set: R<ReflectSystemSet>,
+    ) -> Result<V<ScriptSystemBuilder>, InteropError> {
+        profiling::function_scope!("before_set");
+        let mut builder = builder.into_inner();
+        builder.before_set(usable_system_set(&set)?);
+        Ok(V(builder))
+    }
+
+    /// Specifies the system is to run *after* the given set.
+    /// Sets are registered by scripts with `register_new_system_set`, game sets are found with `get_system_set_by_name`.
+    ///
+    /// Arguments:
+    /// * `builder`: The system builder to add the dependency to.
+    /// * `set`: The system set.
+    /// Returns:
+    /// * `builder`: The system builder with the dependency added.
+    fn after_set(
+        builder: V<ScriptSystemBuilder>,
+        set: R<ReflectSystemSet>,
+    ) -> Result<V<ScriptSystemBuilder>, InteropError> {
+        profiling::function_scope!("after_set");
+        let mut builder = builder.into_inner();
+        builder.after_set(usable_system_set(&set)?);
+        Ok(V(builder))
+    }
+
+    /// Puts the system in the given set, ordering the set orders the system.
+    /// Sets are registered by scripts with `register_new_system_set`, game sets are found with `get_system_set_by_name`.
+    ///
+    /// Arguments:
+    /// * `builder`: The system builder to put in the set.
+    /// * `set`: The system set.
+    /// Returns:
+    /// * `builder`: The system builder in the set.
+    fn in_set(
+        builder: V<ScriptSystemBuilder>,
+        set: R<ReflectSystemSet>,
+    ) -> Result<V<ScriptSystemBuilder>, InteropError> {
+        profiling::function_scope!("in_set");
+        let mut builder = builder.into_inner();
+        builder.in_set(usable_system_set(&set)?);
+        Ok(V(builder))
+    }
+
+    /// Only runs the system if the condition holds, see `bms.conditions`. All conditions must hold for the system to run.
+    ///
+    /// Conditions are evaluated without calling into the script.
+    ///
+    /// Arguments:
+    /// * `builder`: The system builder to add the condition to.
+    /// * `condition`: The condition.
+    /// Returns:
+    /// * `builder`: The system builder with the condition added.
+    fn run_if(
+        builder: V<ScriptSystemBuilder>,
+        condition: V<ScriptRunCondition>,
+    ) -> V<ScriptSystemBuilder> {
+        profiling::function_scope!("run_if");
+        let mut builder = builder.into_inner();
+        builder.run_if(condition.into_inner());
+        V(builder)
+    }
 }
 
 #[script_bindings(
@@ -2070,6 +2263,114 @@ impl NamespaceMembers {
     }
 }
 
+/// Run conditions for script systems, `bms.conditions` in scripts, see `run_if` on the system builder.
+#[script_bindings(
+    remote,
+    bms_bindings_path = "bevy_mod_scripting_bindings",
+    name = "script_run_condition_functions",
+    core,
+    namespace = "bms"
+)]
+impl ScriptRunCondition {
+    /// Holds if the resource exists.
+    ///
+    /// Arguments:
+    /// * `resource`: The resource.
+    /// Returns:
+    /// * `condition`: The condition.
+    fn resource_exists(resource: V<ScriptResourceRegistration>) -> V<ScriptRunCondition> {
+        V(ScriptRunCondition::ResourceExists(resource.into_inner()))
+    }
+
+    /// Holds if the resource changed since the system last ran, doesn't hold if it doesn't exist.
+    ///
+    /// Arguments:
+    /// * `resource`: The resource.
+    /// Returns:
+    /// * `condition`: The condition.
+    fn resource_changed(resource: V<ScriptResourceRegistration>) -> V<ScriptRunCondition> {
+        V(ScriptRunCondition::ResourceChanged(resource.into_inner()))
+    }
+
+    /// Holds if the resource was added since the system last ran.
+    ///
+    /// Arguments:
+    /// * `resource`: The resource.
+    /// Returns:
+    /// * `condition`: The condition.
+    fn resource_added(resource: V<ScriptResourceRegistration>) -> V<ScriptRunCondition> {
+        V(ScriptRunCondition::ResourceAdded(resource.into_inner()))
+    }
+
+    /// Holds if any entity has the component.
+    ///
+    /// Arguments:
+    /// * `component`: The component.
+    /// Returns:
+    /// * `condition`: The condition.
+    fn any_with_component(component: V<ScriptComponentRegistration>) -> V<ScriptRunCondition> {
+        V(ScriptRunCondition::AnyWithComponent(component.into_inner()))
+    }
+
+    /// Holds once every given amount of seconds, measured with `Time`.
+    ///
+    /// Arguments:
+    /// * `seconds`: The interval in seconds.
+    /// Returns:
+    /// * `condition`: The condition.
+    fn on_timer(seconds: f64) -> Result<V<ScriptRunCondition>, InteropError> {
+        let duration = std::time::Duration::try_from_secs_f64(seconds)
+            .map_err(|e| InteropError::string(format!("invalid timer interval {seconds}: {e}")))?;
+        Ok(V(ScriptRunCondition::OnTimer(duration)))
+    }
+
+    /// Holds the first time it is evaluated only.
+    ///
+    /// Returns:
+    /// * `condition`: The condition.
+    fn run_once() -> V<ScriptRunCondition> {
+        V(ScriptRunCondition::RunOnce)
+    }
+
+    /// Holds if the condition doesn't hold. Named `not_` as `not` is a keyword in Lua.
+    ///
+    /// Arguments:
+    /// * `condition`: The condition.
+    /// Returns:
+    /// * `condition`: The negated condition.
+    fn not_(condition: V<ScriptRunCondition>) -> V<ScriptRunCondition> {
+        V(ScriptRunCondition::Not(Box::new(condition.into_inner())))
+    }
+
+    /// Holds if both conditions hold, the second one is only evaluated if the first one holds.
+    ///
+    /// Arguments:
+    /// * `a`: The first condition.
+    /// * `b`: The second condition.
+    /// Returns:
+    /// * `condition`: The combined condition.
+    fn and_(a: V<ScriptRunCondition>, b: V<ScriptRunCondition>) -> V<ScriptRunCondition> {
+        V(ScriptRunCondition::And(
+            Box::new(a.into_inner()),
+            Box::new(b.into_inner()),
+        ))
+    }
+
+    /// Holds if either condition holds, the second one is only evaluated if the first one doesn't hold.
+    ///
+    /// Arguments:
+    /// * `a`: The first condition.
+    /// * `b`: The second condition.
+    /// Returns:
+    /// * `condition`: The combined condition.
+    fn or_(a: V<ScriptRunCondition>, b: V<ScriptRunCondition>) -> V<ScriptRunCondition> {
+        V(ScriptRunCondition::Or(
+            Box::new(a.into_inner()),
+            Box::new(b.into_inner()),
+        ))
+    }
+}
+
 pub fn register_core_functions(app: &mut App) {
     let world = app.world_mut();
     // we don't exclude from compilation here,
@@ -2094,7 +2395,29 @@ pub fn register_core_functions(app: &mut App) {
 
         register_reflect_schedule_functions(world);
         register_reflect_system_functions(world);
+        register_reflect_system_set_functions(world);
         register_script_system_builder_functions(world);
+        register_script_run_condition_functions(world);
+        // the conditions are static functions of the condition type, i.e. `bms.conditions.run_once()`
+        world
+            .get_resource_or_init::<AppScriptNamespaceMembers>()
+            .clone()
+            .write()
+            .register_value(
+                "bms",
+                "conditions",
+                NamespaceValue {
+                    maker: std::sync::Arc::new(|_| {
+                        Ok(ScriptValue::Type(
+                            std::any::TypeId::of::<ScriptRunCondition>(),
+                        ))
+                    }),
+                    type_information: ThroughTypeInfo::Primitive(
+                        ReflectionPrimitiveKind::StaticTypeRef,
+                    ),
+                    documentation: Some("Run conditions for script systems.".into()),
+                },
+            );
 
         register_script_attachment_functions(world);
         register_recipients_functions(world);
diff --git a/crates/bevy_system_reflection/src/lib.rs b/crates/bevy_system_reflection/src/lib.rs
index 2b1eb7d138..3cd454985d 100644
--- a/crates/bevy_system_reflection/src/lib.rs
+++ b/crates/bevy_system_reflection/src/lib.rs
@@ -147,11 +147,18 @@ impl ReflectSchedule {
     }
 }
 
-#[derive(Reflect)]
-/// A reflectable system set.
+#[derive(Reflect, Clone, Debug)]
+#[reflect(opaque)]
+/// A reflectable system set: a set node of a schedule graph, or a set scripts put and order their systems in.
+///
+/// Bevy does not expose the interned sets of a schedule graph, so set nodes of a graph only have a node id,
+/// while sets made from an interned set (i.e. the ones scripts use) only have the set.
 pub struct ReflectSystemSet {
-    /// The node id of the system set.
-    node_id: ReflectNodeId,
+    /// The system set, unless this is a set node of a schedule graph
+    set: Option<InternedSystemSet>,
+
+    /// The node id of the system set, only set nodes of a schedule graph have one
+    node_id: Option<ReflectNodeId>,
 
     /// The debug print of the system set
     debug: String,
@@ -161,14 +168,35 @@ pub struct ReflectSystemSet {
 }
 
 impl ReflectSystemSet {
-    /// Creates a reflect system set from a system set
+    /// Creates a reflect system set from a set node of a schedule graph
     pub fn from_set(set: &dyn SystemSet, node_id: NodeId) -> Self {
         ReflectSystemSet {
-            node_id: ReflectNodeId(node_id),
+            set: None,
+            node_id: Some(ReflectNodeId(node_id)),
+            debug: format!("{set:?}"),
+            type_id: set.system_type(),
+        }
+    }
+
+    /// Creates a reflect system set from a system set, which is not a node of a particular schedule graph
+    pub fn from_interned(set: InternedSystemSet) -> Self {
+        ReflectSystemSet {
             debug: format!("{set:?}"),
             type_id: set.system_type(),
+            set: Some(set),
+            node_id: None,
         }
     }
+
+    /// Retrieves the system set, `None` for set nodes of a schedule graph
+    pub fn set(&self) -> Option<InternedSystemSet> {
+        self.set
+    }
+
+    /// Retrieves the debug print of the system set, i.e. `TransformSystems::Propagate`
+    pub fn debug(&self) -> &str {
+        &self.debug
+    }
 }
 
 /// Renders a schedule to a dot graph using the optimized schedule.
@@ -206,7 +234,9 @@ pub fn reflect_graph_to_dot(graph: ReflectSystemGraph) -> String {
 
                     let mut node = writer.node_auto();
                     node.set_label(&name);
-                    node_id_map.insert(reflect_system_set.node_id, node.id());
+                    if let Some(node_id) = reflect_system_set.node_id {
+                        node_id_map.insert(node_id, node.id());
+                    }
                 }
             }
         }
@@ -347,8 +377,10 @@ impl ReflectSystemGraph {
     pub fn sort(&mut self) {
         // sort everything in this graph
         self.nodes.sort_by_key(|node| match node {
-            ReflectSystemGraphNode::System(system) => system.node_id.0,
-            ReflectSystemGraphNode::SystemSet(system_set) => system_set.node_id.0,
+            ReflectSystemGraphNode::System(system) => Some(system.node_id.0),
+            ReflectSystemGraphNode::SystemSet(system_set) => {
+                system_set.node_id.as_ref().map(|n| n.0)
+            }
         });
 
         self.dependencies.sort();
@@ -518,7 +550,9 @@ impl ReflectSystemGraph {
 
         // remove the set from nodes
         self.nodes.retain(|node| match node {
-            ReflectSystemGraphNode::SystemSet(system_set) => system_set.node_id.0 != node_id,
+            ReflectSystemGraphNode::SystemSet(system_set) => {
+                system_set.node_id.as_ref().is_none_or(|n| n.0 != node_id)
+            }
             _ => true,
         });
 
@@ -537,12 +571,8 @@ impl ReflectSystemGraph {
             .nodes
             .iter()
             .filter_map(|node| match node {
-                ReflectSystemGraphNode::SystemSet(system_set) => {
-                    if system_set.type_id.is_some() {
-                        Some(system_set.node_id.0)
-                    } else {
-                        None
-                    }
+                ReflectSystemGraphNode::SystemSet(system_set) if system_set.type_id.is_some() => {
+                    system_set.node_id.as_ref().map(|n| n.0)
                 }
                 _ => None,
             })
diff --git a/crates/bindings/bevy_mod_scripting_bevy_asset_bindings/src/lib.rs b/crates/bindings/bevy_mod_scripting_bevy_asset_bindings/src/lib.rs
index 397ddd009f..f160827bc8 100644
--- a/crates/bindings/bevy_mod_scripting_bevy_asset_bindings/src/lib.rs
+++ b/crates/bindings/bevy_mod_scripting_bevy_asset_bindings/src/lib.rs
@@ -38,6 +38,17 @@ impl Plugin for BevyAssetBindingsPlugin {
     }
 
     fn build(&self, app: &mut App) {
+        use bevy_mod_scripting_bindings::ScriptSystemSetAppExt;
+        app.register_script_system_set(
+            "asset",
+            "AssetTrackingSystems",
+            bevy_asset::AssetTrackingSystems,
+        )
+        .register_script_system_set(
+            "asset",
+            "AssetEventSystems",
+            bevy_asset::AssetEventSystems,
+        );
         let world = app.world_mut();
         register_world_asset_functions(world);
         register_asset_type_functions(world);
diff --git a/crates/bindings/bevy_mod_scripting_bevy_camera_bindings/src/lib.rs b/crates/bindings/bevy_mod_scripting_bevy_camera_bindings/src/lib.rs
index 2b4f4f9d8b..7e16e74ceb 100644
--- a/crates/bindings/bevy_mod_scripting_bevy_camera_bindings/src/lib.rs
+++ b/crates/bindings/bevy_mod_scripting_bevy_camera_bindings/src/lib.rs
@@ -31,6 +31,28 @@ impl Plugin for BevyCameraBindingsPlugin {
     }
 
     fn build(&self, app: &mut App) {
+        use bevy_camera::visibility::VisibilitySystems;
+        use bevy_mod_scripting_bindings::ScriptSystemSetAppExt;
+        app.register_script_system_set(
+            "camera",
+            "CameraUpdateSystems",
+            bevy_camera::CameraUpdateSystems,
+        );
+        for (name, set) in [
+            ("CalculateBounds", VisibilitySystems::CalculateBounds),
+            ("UpdateFrusta", VisibilitySystems::UpdateFrusta),
+            (
+                "VisibilityPropagate",
+                VisibilitySystems::VisibilityPropagate,
+            ),
+            ("CheckVisibility", VisibilitySystems::CheckVisibility),
+            (
+                "MarkNewlyHiddenEntitiesInvisible",
+                VisibilitySystems::MarkNewlyHiddenEntitiesInvisible,
+            ),
+        ] {
+            app.register_script_system_set("camera.VisibilitySystems", name, set);
+        }
         let world = app.world_mut();
         register_camera_functions(world);
         register_orthographic_projection_functions(world);
diff --git a/crates/bindings/bevy_mod_scripting_bevy_gizmos_bindings/src/lib.rs b/crates/bindings/bevy_mod_scripting_bevy_gizmos_bindings/src/lib.rs
index 60b0bf26b3..e100458779 100644
--- a/crates/bindings/bevy_mod_scripting_bevy_gizmos_bindings/src/lib.rs
+++ b/crates/bindings/bevy_mod_scripting_bevy_gizmos_bindings/src/lib.rs
@@ -274,6 +274,24 @@ impl Plugin for BevyGizmosBindingsPlugin {
     fn build(&self, app: &mut App) {
         // the marker type has no fields, scripts only see it once registered
         app.register_type::<Gizmos>();
+        {
+            use bevy_mod_scripting_bindings::ScriptSystemSetAppExt;
+            app.register_script_system_set(
+                "gizmos",
+                "GizmoMeshSystems",
+                bevy_gizmos::GizmoMeshSystems,
+            )
+            .register_script_system_set(
+                "gizmos",
+                "TransformGizmoSystems",
+                bevy_gizmos::transform_gizmo::TransformGizmoSystems,
+            )
+            .register_script_system_set(
+                "gizmos",
+                "FrustumGizmoSystems",
+                bevy_gizmos::frustum::FrustumGizmoSystems,
+            );
+        }
         register(app.world_mut());
     }
 }
diff --git a/crates/bindings/bevy_mod_scripting_bevy_input_bindings/src/lib.rs b/crates/bindings/bevy_mod_scripting_bevy_input_bindings/src/lib.rs
index 51fc45c572..a476e84e08 100644
--- a/crates/bindings/bevy_mod_scripting_bevy_input_bindings/src/lib.rs
+++ b/crates/bindings/bevy_mod_scripting_bevy_input_bindings/src/lib.rs
@@ -32,6 +32,21 @@ impl Plugin for BevyInputBindingsPlugin {
     }
 
     fn build(&self, app: &mut App) {
+        {
+            use bevy_input_focus::InputFocusSystems;
+            use bevy_mod_scripting_bindings::ScriptSystemSetAppExt;
+            app.register_script_system_set("input", "InputSystems", bevy_input::InputSystems)
+                .register_script_system_set(
+                    "input.InputFocusSystems",
+                    "Dispatch",
+                    InputFocusSystems::Dispatch,
+                )
+                .register_script_system_set(
+                    "input.InputFocusSystems",
+                    "FocusChangeEvents",
+                    InputFocusSystems::FocusChangeEvents,
+                );
+        }
         let world = app.world_mut();
         button::register(world);
         gamepad::register(world);
diff --git a/crates/bindings/bevy_mod_scripting_bevy_text_bindings/src/lib.rs b/crates/bindings/bevy_mod_scripting_bevy_text_bindings/src/lib.rs
index 577a9c2a88..38ccc95639 100644
--- a/crates/bindings/bevy_mod_scripting_bevy_text_bindings/src/lib.rs
+++ b/crates/bindings/bevy_mod_scripting_bevy_text_bindings/src/lib.rs
@@ -26,6 +26,17 @@ impl Plugin for BevyTextBindingsPlugin {
     }
 
     fn build(&self, app: &mut App) {
+        use bevy_mod_scripting_bindings::ScriptSystemSetAppExt;
+        app.register_script_system_set(
+            "text",
+            "Text2dUpdateSystems",
+            bevy_text::Text2dUpdateSystems,
+        )
+        .register_script_system_set(
+            "text",
+            "EditableTextSystems",
+            bevy_text::EditableTextSystems,
+        );
         let world = app.world_mut();
         text::register(world);
         text2d::register(world);
diff --git a/crates/bindings/bevy_mod_scripting_bevy_time_bindings/src/lib.rs b/crates/bindings/bevy_mod_scripting_bevy_time_bindings/src/lib.rs
index 0bae82801b..e35e75b9f7 100644
--- a/crates/bindings/bevy_mod_scripting_bevy_time_bindings/src/lib.rs
+++ b/crates/bindings/bevy_mod_scripting_bevy_time_bindings/src/lib.rs
@@ -24,6 +24,8 @@ impl Plugin for BevyTimeBindingsPlugin {
     }
 
     fn build(&self, app: &mut App) {
+        use bevy_mod_scripting_bindings::ScriptSystemSetAppExt;
+        app.register_script_system_set("time", "TimeSystems", bevy_time::TimeSystems);
         let world = app.world_mut();
         duration::register(world);
         time::register(world);
diff --git a/crates/bindings/bevy_mod_scripting_bevy_transform_bindings/src/lib.rs b/crates/bindings/bevy_mod_scripting_bevy_transform_bindings/src/lib.rs
index 7b1807cad6..b6d7cbc8b8 100644
--- a/crates/bindings/bevy_mod_scripting_bevy_transform_bindings/src/lib.rs
+++ b/crates/bindings/bevy_mod_scripting_bevy_transform_bindings/src/lib.rs
@@ -23,6 +23,12 @@ impl Plugin for BevyTransformBindingsPlugin {
     }
 
     fn build(&self, app: &mut App) {
+        use bevy_mod_scripting_bindings::ScriptSystemSetAppExt;
+        app.register_script_system_set(
+            "transform.TransformSystems",
+            "Propagate",
+            bevy_transform::TransformSystems::Propagate,
+        );
         let world = app.world_mut();
         transform::register(world);
         global_transform::register(world);
diff --git a/crates/bindings/bevy_mod_scripting_bevy_ui_bindings/src/lib.rs b/crates/bindings/bevy_mod_scripting_bevy_ui_bindings/src/lib.rs
index 0b7d74de2e..3a4a05be7b 100644
--- a/crates/bindings/bevy_mod_scripting_bevy_ui_bindings/src/lib.rs
+++ b/crates/bindings/bevy_mod_scripting_bevy_ui_bindings/src/lib.rs
@@ -34,6 +34,22 @@ impl Plugin for BevyUiBindingsPlugin {
             .register_type::<bevy_ui::Outline>()
             .register_type::<bevy_ui::ZIndex>()
             .register_type::<bevy_ui::GlobalZIndex>();
+        {
+            use bevy_mod_scripting_bindings::ScriptSystemSetAppExt;
+            use bevy_ui::UiSystems;
+            app.register_script_system_set("ui.UiSystems", "Focus", UiSystems::Focus)
+                .register_script_system_set("ui.UiSystems", "Prepare", UiSystems::Prepare)
+                .register_script_system_set("ui.UiSystems", "Propagate", UiSystems::Propagate)
+                .register_script_system_set("ui.UiSystems", "Content", UiSystems::Content)
+                .register_script_system_set("ui.UiSystems", "Layout", UiSystems::Layout)
+                .register_script_system_set("ui.UiSystems", "PostLayout", UiSystems::PostLayout)
+                .register_script_system_set("ui.UiSystems", "Stack", UiSystems::Stack)
+                .register_script_system_set(
+                    "ui",
+                    "AccessibilityUiSystems",
+                    bevy_ui::AccessibilityUiSystems,
+                );
+        }
         let world = app.world_mut();
         val::register(world);
         ui_rect::register(world);
diff --git a/crates/bindings/bevy_mod_scripting_bevy_window_bindings/src/lib.rs b/crates/bindings/bevy_mod_scripting_bevy_window_bindings/src/lib.rs
index 6915cb609c..7502e40066 100644
--- a/crates/bindings/bevy_mod_scripting_bevy_window_bindings/src/lib.rs
+++ b/crates/bindings/bevy_mod_scripting_bevy_window_bindings/src/lib.rs
@@ -29,6 +29,13 @@ impl Plugin for BevyWindowBindingsPlugin {
     }
 
     fn build(&self, app: &mut App) {
+        use bevy_mod_scripting_bindings::ScriptSystemSetAppExt;
+        app.register_script_system_set("window", "ExitSystems", bevy_window::ExitSystems)
+            .register_script_system_set(
+                "window.CursorSystems",
+                "Update",
+                bevy_window::CursorSystems::Update,
+            );
         let world = app.world_mut();
         window::register(world);
         resolution::register(world);
diff --git a/docs/src/ReleaseNotes/0.23-to-0.24.md b/docs/src/ReleaseNotes/0.23-to-0.24.md
index a64dfd5732..9a03f1c8fd 100644
--- a/docs/src/ReleaseNotes/0.23-to-0.24.md
+++ b/docs/src/ReleaseNotes/0.23-to-0.24.md
@@ -64,6 +64,7 @@ Other changes:
 - An attachment whose script is still loading holds back the attachments and detachments after it, and callbacks reach scripts in a deterministic order (attachment order, until scripts are removed), see [Determinism](../ScriptPipeline/pipeline.md#determinism). Lua's `math.random` is seeded with `0` in new contexts.
 - Script systems are identified by attachment and callback label (adding one again replaces it) and are removed with their script. `ScriptSystemSet` holds a recycled slot instead of the callback label, `ScriptSystemBuilder` no longer implements `IntoSystem` (use `ScriptSystemBuilder::build`), and their errors are sent as `ScriptErrorMessage`s instead of being logged. `WorldAccessGuard::new_non_exclusive` takes an `Option<Arc<ArchetypeFilter>>`, restricting component accesses to the given archetypes (`None` for no restriction).
 - Script system parameters are declared to Bevy as they're accessed: `resource` and query `component`s as writes (they were declared as reads, or as accessing nothing for resources, while scripts could write them), `resource_read` / `component_read` as reads. Script systems writing the same resources or components no longer run in parallel. `ScriptQueryBuilder::as_query_state` takes a `QueryAccess`: `Declared` declares the written components as written (for queries reported to the scheduler), `MatchOnly` declares all components as read (i.e. for `EntityRef` queries only finding entities).
+- Script systems are put in and ordered against system set values (`ReflectSystemSet`) instead of names: scripts register sets with `world.register_new_system_set(namespace, name)`, Rust sets are registered into a namespace with `app.register_script_system_set(namespace, name, set)` (`ScriptSystemSetAppExt`, now in `bevy_mod_scripting_bindings`), both are found with `world.get_system_set_by_name`. `ScriptSystemBuilder::{in_set, before_set, after_set}` take a `SystemSet`. `ReflectSystemSet` is opaque, and only its set nodes of a schedule graph have a node id.
 - `AccessByteSet::from_allowed_lists(read_write, read_only)` creates subsets with read only accesses. At most 63 accesses to the same value can be claimed at once, claims beyond fail (the count used to overflow).
 - `WorldAccessRange::External` holds the value's owner (`AccessOwner`) instead of an id, and the access map keeps it alive until the claim is released. Build it from the value (`(&allocation_id).into()`); `WorldAccessRange` is no longer `Copy`.
 
diff --git a/docs/src/ScriptSystems/introduction.md b/docs/src/ScriptSystems/introduction.md
index 3055fa86cd..0984d4586d 100644
--- a/docs/src/ScriptSystems/introduction.md
+++ b/docs/src/ScriptSystems/introduction.md
@@ -44,6 +44,47 @@ local world = import_namespace("bms").world
 world.add_system(update_schedule,system)
 ```
 
+## Ordering and sets
+
+Besides systems (`after`/`before`), script systems can be ordered against:
+- other script systems, by callback label and script, which must have been added before: `:after_script_system("on_physics", attachment)`
+- sets: `:after_set(set)`, `:before_set(set)`, and put in sets: `:in_set(set)`
+
+Scripts register their own sets into a `script.*` namespace, i.e. to group and order the systems of a mod. A set is removed from its namespace when its script unloads, registering it again gives the same set:
+
+```lua
+local ai = world.register_new_system_set("script.my_mod", "ai")
+-- other scripts: import_namespace("script.my_mod").ai
+```
+
+Rust sets the game registers are members of their namespace, the BMS bindings register the main Bevy sets (i.e. `transform.TransformSystems.Propagate`, `time.TimeSystems`):
+
+```rust,ignore
+app.register_script_system_set("transform.TransformSystems", "Propagate", TransformSystems::Propagate);
+```
+
+```lua
+local propagate = import_namespace("transform.TransformSystems").Propagate
+builder:in_set(ai):after_set(propagate)
+```
+
+`world.get_system_set_by_name` finds either kind by its full name, i.e. `"transform.TransformSystems.Propagate"` or `"script.my_mod.ai"`.
+
+## Run conditions
+
+`:run_if` only runs the system if the condition holds, conditions are evaluated in Rust without calling the script. Every condition passed to `run_if` must hold:
+
+```lua
+local c = bms.conditions
+builder:run_if(c.any_with_component(Enemy))
+       :run_if(c.not_(c.resource_exists(Paused)))
+       :run_if(c.on_timer(0.5))
+```
+
+Conditions: `resource_exists`, `resource_changed`, `resource_added`, `any_with_component`, `on_timer(seconds)`, `run_once` and the combinators `not_`, `and_`, `or_` (named so as `not`, `and`, `or` are Lua keywords).
+
+## Lifetime
+
 A script system is identified by its attachment and callback label: adding it again replaces the old one (with a warning). Script systems are removed when their script unloads or reloads, a reloading script adds them again in `on_script_loaded`.
 
 Bevy cannot change a schedule while it runs, i.e. `PreUpdate` where scripts are loaded. Systems added to (or removed from) a running schedule are added (or removed) once it finishes, removed systems stop running right away. `world.add_system` then returns a system which can be used for ordering, but has no node in the schedule yet.