Struct RealtimeGenerationBranch 

pub struct RealtimeGenerationBranch<MB, S, R, C> { /* private fields */ }

Unpublished branch of every mutable component in one realtime transition.

Implementations

impl<MB, S, R, C> RealtimeGenerationBranch<MB, S, R, C>

pub fn model_state_mut(&mut self) -> &mut MB

Mutably borrows the transition-local model/cache state.

pub const fn schedule_state(&self) -> &RealtimeFrameScheduleState

Borrows the transition-local delayed-frame state.

pub fn schedule_state_mut(&mut self) -> &mut RealtimeFrameScheduleState

Mutably borrows the transition-local delayed-frame state.

pub fn samplers(&self) -> &[S]

Borrows transition-local sampler states in text-plus-depth order.

pub const fn random_state(&self) -> Option<&R>

Borrows transition-local backend random state.

pub fn attach_submission_completion( &mut self, completion: C, ) -> Result<(), RealtimeCompletionAttachmentError>

Attaches the one exact completion returned by backend submission.

pub fn decision_driver<B>( &self, plan: SequentialDecisionPlan<B::Token>, temperatures: Vec<f32>, ) -> Result<SequentialDecisionDriver<B, S>, SequentialDecisionPlanError>

where B: SamplingBackend<RandomState = R>, S: Sampler<B> + Clone, R: Clone,

Creates the existing sequential decision driver from cloned branch-local sampler and random state.

The driver remains the sole state machine for forced, sampled, and diagnostic decisions. State is adopted back only after it finishes.

pub fn adopt_decision_driver<B>( &mut self, driver: SequentialDecisionDriver<B, S>, ) -> Result<(), SequentialDecisionError<B::Error>>

where B: SamplingBackend<RandomState = R>, S: Sampler<B>,

Atomically adopts sampler and random state from a completed existing sequential decision driver.

An incomplete driver returns an error and leaves this branch unchanged.

Trait Implementations

impl<MB: Debug, S: Debug, R: Debug, C: Debug> Debug for RealtimeGenerationBranch<MB, S, R, C>

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.