detail Directory Reference

Directory dependency graph for detail:

Files
	AccountedAllocator.h
	Internal allocator with optional per-owner payload accounting. Threading: the account belongs to one setup/worker operation. No global state.
	BoxAverage.h
	Internal moving-average arithmetic shared by live and offline gain computers. Threading: the caller owns the running sum and sample history.
	ClipperShape.h
	Shared stateless clipping curves, without gain, filtering or resampling.
	ContinuousClip.h
	Shared continuous reconstruction and integration of clipping curves.
	ContinuousStereoColor.h
	Source-rate rational color using continuous interval integration.
	ConvolutionRate.h
	Internal mono FIR rate conversion with an optional matched reference.
	DcBlock.h
	Shared one-pole DC-blocking state and difference-form recurrence.
	LogCosh.h
	OfflineAttenuation.h
	Internal source-aligned minimum hold, release and four-box envelope. Threading: construction is worker-owned; completed curves are immutable.
	OfflineBoxSmoother.h
	Internal finite four-box kernel shared by source-aligned gain plans. Threading: worker-owned setup and cursors; a prepared kernel is immutable.
	OfflineClip.h
	Shared complete-source planning, calibration and transactional clipping. Threading: worker only; returned plans are immutable and independently reusable.
	OfflineClipProjection.h
	Bounded complete-source clipping with ideal sinc reconstruction. Internal offline worker engine; reuses Core curves, continuous integration, FIR compensation and finite-source sinc projection. No hidden gain or limiter. Threading: one worker owns each nonmovable instance.
	OfflineConvolutionWindow.h
	Exact three-leaf Toeplitz convolution on one requested output leaf. Uses Core FFTReal and complex multiplication; no stream state or PCM history. Threading: one offline worker owns each instance. Setup reserves all storage.
	OfflineGain.h
	Internal verified bandlimited gain rendering. Threading: synchronous worker-only operations; plans and sources stay immutable.
	OfflineGainSource.h
	Internal verified PCM/control cache and reusable offline product maps. Threading: worker-owned; the source and control plan remain immutable.
	OfflineProduct.h
	Internal finite-source bandlimited multiplication for offline workers.
	OfflinePunchEnvelope.h
	Internal sparse, source-aligned transient boost weights. Threading: worker-owned setup and cursors; completed curves are immutable.
	OfflineSinc.h
	Complete finite-source sinc phases and source-rate projection. Reuses Core convolution and Cauchy moments. Bounded PCM scratch; coarse maps grow with the source length. Readers supply immutable finite samples and may be rewound. Threading: one worker owns each nonmovable instance.
	OfflineStereo.h
	Shared complete-source delta transport for offline stereo generation. Threading: one worker owns each stream, source and provisional consumer.
	OfflineWorker.h
	Shared worker validation, exact exclusions and owning output transactions. Threading: synchronous worker operations; sources and plans remain immutable.
	RationalKnee.h
	Shared rational soft-knee curve and its antiderivative.
	RetimedDcBlock.h
	Internal source-clock DC transfer using shared Core recurrence and FIRs.
	ScaledSumSquares.h
	Shared overflow/underflow-safe finite-sample RMS accumulator. Threading: one stream owner. Fixed storage, no allocations. Dependencies: C++20 standard library only.
	StereoColor.h
	Internal rational color branch for stereo generation.
	StereoColorCoefficients.h
	Fixed source-rate continuous color integration filters. Generated by tools/generate_stereo_color.cpp; do not hand edit. Kaiser beta 18.5, cutoff 0.475 Fs, support +/-128 samples; degree-seven reconstruction and moment projection. Chebyshev fits on each unit interval. Projection includes the source-clock DC correction for S=1,2,4,8. Shared read-only payload: 82496 bytes, independent of instances.
	TptSvf.h
	Shared trapezoidal state-variable integrator, without parameter policy.