phase information removal.

docs/decisions/0004-jack-and-plan-handoff.md

@@ -1,6 +1,6 @@
 # Decision 0004: JACK backend and bounded plan handoff
 
-**Status:** Accepted for Phase 2
+**Status:** Accepted
 
 ## Backend
 
@@ -81,9 +81,9 @@ Plan replacement starts the newly compiled oscillator at phase zero, without
 crossfade. Smooth parameter ramps and click-free graph transitions are future work.
 
 No stereo, recording, MIDI, native PipeWire API, GUI engine controls or hardware
-configuration dialogs are part of this phase.
+configuration dialogs are included.
 
-## Phase 4 adoption acknowledgement and stopped editing
+## Adoption acknowledgement and stopped editing
 
 The pending pointer has an associated atomic revision. Producer stores the
 revision before release-publishing the pointer. Consumer acquire-loads a

docs/decisions/0005-preloaded-audio-and-recording.md

@@ -1,6 +1,6 @@
 # 0005: Preloaded WAV clips and control-thread recording consumer
 
-Status: accepted for Phase 6.
+Status: accepted.
 
 Use a small bounded C99 WAV decoder/writer for PCM16/24/32 and IEEE float32,
 mono/stereo, instead of adding libsndfile in this milestone. This avoids a new

docs/decisions/0006-midi-instrument-and-notes.md

@@ -1,6 +1,6 @@
 # 0006 — Bounded MIDI notes and internal instrument
 
-Status: accepted, Phase 7.
+Status: accepted.
 
 Use the existing JACK backend for timestamped MIDI input, avoiding another
 backend/dependency. Store source-relative notes in the C project and v3 format;

docs/decisions/0007-track-mixer-automation-and-history.md

@@ -1,6 +1,6 @@
 # 0007 — Track mixing, paired stereo buses and snapshot history
 
-Status: accepted, Phase 8.
+Status: accepted.
 
 Apply gain/pan/mute/solo and gain/pan automation in prepared track sources, then
 run paired stereo buses through the existing modular topology. This preserves

docs/decisions/0008-native-processors-and-source-releases.md

@@ -1,6 +1,6 @@
 # 0008 — Native processors and source release preparation
 
-Status: accepted, Phase 9.
+Status: accepted.
 
 Add a versioned copied C descriptor with control-thread prepare/destroy and
 single-owner realtime reset/process. Prove effects/sources in the existing graph,

docs/decisions/0009-parameter-processors-and-ladspa.md

@@ -1,6 +1,6 @@
 # 0009 — Parameter processors and bounded LADSPA hosting
 
-Status: accepted, Phases 14–15 (2026-10-27).
+Status: accepted (2026-10-27).
 
 Native ABI 1 remains compatible. ABI 2 adds explicitly parameter-only configuration,
 metadata, validation and sample-offset parameter/MIDI ordering. It is a public C
@@ -8,7 +8,7 @@ facility; opaque state and automatic native descriptor registration in project
 files remain unsupported. Native instrument and gain examples exercise the
 interface before adding a dynamically loaded module lifetime.
 
-Select LADSPA 1.1 for the first external host. Reconsidering the Phase 9 candidates,
+Select LADSPA 1.1 for the first external host. Reconsidering earlier candidates,
 LV2 needs RDF/features/URIDs/workers, CLAP needs host scheduling/extension
 negotiation, and VST3 needs a separate C++ SDK adapter and release-specific license
 review. LADSPA adds a mature Linux C ABI, installed real plugins, straightforward
@@ -28,8 +28,8 @@ and 16 input controls. Graph stereo consists of independent instances, not a
 stereo LADSPA layout. Reject incompatible layouts and identities explicitly.
 Control outputs are connected to private storage, not exposed as graph events.
 LADSPA has no MIDI or opaque state API: save control values only. Parameter
-changes rebuild plans on the control thread; sample automation is deferred to
-Phase 16. Rate-scaled bounds are recalculated at compile. Instance history/tails
+changes rebuild plans on the control thread; sample automation is provided through
+parameter processors. Rate-scaled bounds are recalculated at compile. Instance history/tails
 reset on recompile, not every transport seek (LADSPA has no realtime reset rule).
 Latency compensation is unsupported: the supported set is zero-latency amp,
 inverter and sine source, not arbitrary lookahead/delay/routing plugins.

docs/decisions/0010-modern-plugin-effects.md

@@ -1,6 +1,6 @@
 # 0010 — Bounded CLAP, VST2 and VST3 effect loading
 
-Accepted for Phase 31. The user's request to support these three formats
+Accepted. The user's request to support these three formats
 supersedes the earlier recommendation to choose only one external format.
 
 Keep the engine/model/host adapters in C99. CLAP uses pinned MIT headers and VST3

docs/decisions/0011-midi-track-instruments.md

@@ -1,6 +1,6 @@
 # 0011 — Prepared MIDI track instruments
 
-Accepted for Phase 32. Extend the modern C99 adapters with zero-audio-input,
+Accepted. Extend the modern C99 adapters with zero-audio-input,
 mono-output instruments and one event input. Keep graph effects separate from
 track bindings. Each assigned track owns one prepared instance; the existing
 instrument source sums their mixed output and the sine output of unassigned