0.4-SNAPSHOT

yafrl-core/io.github.yafrl.behaviors/Behavior/Continuous

Continuous

class Continuous<A>(vectorSpace: Lazy<VectorSpace<A>>, f: (Duration) -> A) : Behavior<A> (source)

A generic continuous function of time.

Constructors

constructor(vectorSpace: Lazy<VectorSpace<A>>, f: (Duration) -> A)

Properties

parentBehaviors

open override val parentBehaviors: List<BehaviorID>

Functions

open fun <B> flatMap(f: SampleScope.(A) -> Behavior<B>): Behavior<B>

inline fun <T> Behavior<T>.integrate(initial: T? = null): Behavior<T>

Integrate the behavior with respect to the current Timeline's clock time.

fun <T> Behavior<T>.integrate(vectorSpace: VectorSpace<T>, initial: T? = null): Behavior<T>

Integrate the behavior with respect to the current Timeline's clock time, supplying an explicit VectorSpace instance.

inline fun <T> Behavior<T>.integrateWith(initial: T, noinline accum: SampleScope.(T, T) -> T): Behavior<T>

fun <T> Behavior<T>.integrateWith(vectorSpace: VectorSpace<T>, initial: T, accum: SampleScope.(T, T) -> T): Behavior<T>

open fun <B> map(f: SampleScope.(A) -> B): Behavior<B>

measureImpulses

open override fun measureImpulses(time: Duration, dt: Duration): A

Used to support dirac impulses in behaviors.

operator fun Behavior<Boolean>.not(): Behavior<Boolean>

Negate the value of the behavior at all times.

@JvmName(name = "plusFloat2")

operator fun Behavior<Float2>.plus(other: Behavior<Float2>): Behavior<Float2>

@JvmName(name = "plusFloat3")

operator fun Behavior<Float3>.plus(other: Behavior<Float3>): Behavior<Float3>

@JvmName(name = "plusDouble")

operator fun Behavior<Double>.plus(other: Behavior<Double>): Behavior<Double>

@JvmName(name = "plusFloat")

operator fun Behavior<Float>.plus(other: Behavior<Float>): Behavior<Float>

@JvmName(name = "plusInt")

operator fun Behavior<Int>.plus(other: Behavior<Int>): Behavior<Int>

open fun sample(times: Event<Any?> = Timeline.currentTimeline().clock): Event<A>

Sample a Behavior at the occurrences of times, returning a new Event with the values of the behavior at those times.

open fun sampleState(times: Event<Any?> = Timeline.currentTimeline().timeBehavior.updated()): Signal<A>

Sample a Behavior to produce a Signal.

open override fun sampleValueAt(time: Duration): A

Calculates the value at the specified time.

open fun transformTime(transform: (Duration) -> Duration): Behavior<A>

Apply a function to the time used to sample the behavior.

open fun until(event: Event<Behavior<A>>): Behavior<A>

Constructs a new behavior whose values are equal to those of this behavior up until event is fired, at which point the behavior's value will switch to match the values of the event's inner behavior.