AdaptiveProgram (Mibo) | Mibo

AdaptiveProgram Module

Namespace: Mibo.Adaptive
Assembly: Mibo.Core.dll

Functions for creating and configuring adaptive programs.

Functions and values

Function or value	Description
`AdaptiveProgram.mkProgram init update` Full Usage: `AdaptiveProgram.mkProgram init update` Parameters: init : `AdaptiveFrameContext -> AdaptiveInit<'Frame>` - Builds the graph and returns the AdaptiveInit. Receives the AdaptiveFrameContext; work posted through its `Intents` member runs at the startup drain, before the first frame is forced. update : `AdaptiveContext -> GameTime -> unit` - Per-frame phase: reads projections, writes roots, posts intents. Receives the full AdaptiveContext. Returns: `AdaptiveProgram<'Frame>` Modifiers: inline Type parameters: 'Frame	Creates a new adaptive program with the given `Init` and `Update` functions. This is the starting point for building an adaptive game, mirroring Program.mkProgram. The init function builds the dependency graph (roots and projections) and returns the frame builder; the update function is the per-frame imperative phase that reads projections and writes roots. init : `AdaptiveFrameContext -> AdaptiveInit<'Frame>` Builds the graph and returns the AdaptiveInit. Receives the AdaptiveFrameContext; work posted through its `Intents` member runs at the startup drain, before the first frame is forced. update : `AdaptiveContext -> GameTime -> unit` Per-frame phase: reads projections, writes roots, posts intents. Receives the full AdaptiveContext. Returns: `AdaptiveProgram<'Frame>`
`AdaptiveProgram.observe onNext` Full Usage: `AdaptiveProgram.observe onNext` Parameters: onNext : `GameContext * 'Frame * GameTime -> unit` Returns: `IObserver<GameContext * 'Frame * GameTime>` Modifiers: inline Type parameters: 'Frame	Creates a `System.IObserver` from an `onNext` callback, hiding the `OnError` and `OnCompleted` boilerplate. onNext : `GameContext * 'Frame * GameTime -> unit` Returns: `IObserver<GameContext * 'Frame * GameTime>`
`AdaptiveProgram.withAssetsBasePath basePath program` Full Usage: `AdaptiveProgram.withAssetsBasePath basePath program` Parameters: basePath : `string` program : `AdaptiveProgram<'Frame>` Returns: `AdaptiveProgram<'Frame>` Modifiers: inline Type parameters: 'Frame	Configures a base path for asset loading. basePath : `string` program : `AdaptiveProgram<'Frame>` Returns: `AdaptiveProgram<'Frame>`
`AdaptiveProgram.withConfig configure program` Full Usage: `AdaptiveProgram.withConfig configure program` Parameters: configure : `GameConfig -> GameConfig` program : `AdaptiveProgram<'Frame>` Returns: `AdaptiveProgram<'Frame>` Modifiers: inline Type parameters: 'Frame	Configure game settings (resolution, title, framerate). The callback receives the current GameConfig and returns a modified copy. configure : `GameConfig -> GameConfig` program : `AdaptiveProgram<'Frame>` Returns: `AdaptiveProgram<'Frame>`
`AdaptiveProgram.withFixedStep cfg program` Full Usage: `AdaptiveProgram.withFixedStep cfg program` Parameters: cfg : `AdaptiveFixedStepConfig` program : `AdaptiveProgram<'Frame>` Returns: `AdaptiveProgram<'Frame>` Modifiers: inline Type parameters: 'Frame	Enables a framework-managed fixed timestep. When enabled, the runner converts the variable frame time into zero or more fixed-size steps per `Step`, running `Update` once per step (each followed by the post drain) and forcing the frame once at the end. cfg : `AdaptiveFixedStepConfig` program : `AdaptiveProgram<'Frame>` Returns: `AdaptiveProgram<'Frame>`
`AdaptiveProgram.withInput program` Full Usage: `AdaptiveProgram.withInput program` Parameters: program : `AdaptiveProgram<'Frame>` Returns: `AdaptiveProgram<'Frame>` Modifiers: inline Type parameters: 'Frame	Enables the reactive input polling service. Registers IInput in the GameContext service container and polls it once per frame before `Update`. Required for programs that read keyboard, mouse, touch, or gamepad input. Off by default — mirrors Program.withInput. program : `AdaptiveProgram<'Frame>` Returns: `AdaptiveProgram<'Frame>`
`AdaptiveProgram.withObserver factory program` Full Usage: `AdaptiveProgram.withObserver factory program` Parameters: factory : `unit -> IObserver<GameContext * 'Frame * GameTime>` program : `AdaptiveProgram<'Frame>` Returns: `AdaptiveProgram<'Frame>` Modifiers: inline Type parameters: 'Frame	Adds an observer factory to the program. Observers receive the forced frame each step, in registration order. factory : `unit -> IObserver<GameContext * 'Frame * GameTime>` program : `AdaptiveProgram<'Frame>` Returns: `AdaptiveProgram<'Frame>`
`AdaptiveProgram.withProfiler profiler program` Full Usage: `AdaptiveProgram.withProfiler profiler program` Parameters: profiler : `FrameProfiler` program : `AdaptiveProgram<'Frame>` Returns: `AdaptiveProgram<'Frame>` Modifiers: inline Type parameters: 'Frame	Supplies the frame profiler the host registers and measures with. Without it the host measures nothing. The profiler itself decides the measurement window and whether screenshots are possible; its `Enabled` property turns measurement on and off at runtime. profiler : `FrameProfiler` program : `AdaptiveProgram<'Frame>` Returns: `AdaptiveProgram<'Frame>`
`AdaptiveProgram.withRenderer factory program` Full Usage: `AdaptiveProgram.withRenderer factory program` Parameters: factory : `unit -> IRenderer<'Frame>` program : `AdaptiveProgram<'Frame>` Returns: `AdaptiveProgram<'Frame>` Modifiers: inline Type parameters: 'Frame	Adds a renderer factory to the program. Renderers are called each frame to draw the forced frame, in registration order. factory : `unit -> IRenderer<'Frame>` program : `AdaptiveProgram<'Frame>` Returns: `AdaptiveProgram<'Frame>`
`AdaptiveProgram.withServiceRegistration register program` Full Usage: `AdaptiveProgram.withServiceRegistration register program` Parameters: register : `GameContext -> unit` program : `AdaptiveProgram<'Frame>` Returns: `AdaptiveProgram<'Frame>` Modifiers: inline Type parameters: 'Frame	Appends a service-registration callback invoked by the windowed hosts after core services (assets, input) are registered but before `Init`. register : `GameContext -> unit` program : `AdaptiveProgram<'Frame>` Returns: `AdaptiveProgram<'Frame>`
`AdaptiveProgram.withUpdate update program` Full Usage: `AdaptiveProgram.withUpdate update program` Parameters: update : `AdaptiveContext -> GameTime -> unit` program : `AdaptiveProgram<'Frame>` Returns: `AdaptiveProgram<'Frame>` Modifiers: inline Type parameters: 'Frame	Sets the per-frame phase of the program. update : `AdaptiveContext -> GameTime -> unit` program : `AdaptiveProgram<'Frame>` Returns: `AdaptiveProgram<'Frame>`