Q-W1 pt2: core/shell/app relocation + sub-namespaces; one concrete ui::Rect (LTRB fork retired); slot_map split from bank_book; BankIndex→BankModel; 59/59 green
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#pragma once
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// render_settings — the REAPER-free logic behind the capture action family.
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//
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// PURE MODULE (CLAUDE.md §load-bearing split): NO REAPER types, NO SWELL, NO
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// vendor/ includes. Standard library only. The capture shell (capture.cpp) and
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// action layer (main.cpp) read the actual DAW state (time selection, selected
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// tracks/items, razor strings, the ancestor-track chain) and hand the raw values
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// here so the genuinely-pure, easy-to-get-wrong pieces are unit-tested outside
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// the DAW:
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//
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// 1. sourceMode -> the RENDER_SETTINGS integer bit value (wet only).
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// 2. a P_RAZOREDITS string -> the list of (start,end) ranges + their union bound.
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// 3. range inference: razor-present -> razor union, else time selection. Range
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// is a SOURCE choice orthogonal to the capture scope.
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// 4. the FX-scope bypass plan: given a scope + an ancestor-chain length, which
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// tracks' FX to bypass so each scope hears only the FX it should (the M7
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// "items captured through parent FX" defect is corrected here).
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// 5. the capture-action table (id string, description, scope) — the taxonomy,
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// in one place so main.cpp iterates it instead of hand-listing.
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//
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// The RENDER_SETTINGS bit MEANINGS are transcribed verbatim from
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// reaper_plugin_functions.h line ~3041 (see kRender* constants); the CHOICE of
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// which bits each source mode sets is this module's logic and is tested.
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#include <string>
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#include <vector>
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#include "core/model/bank_model.h" // SourceMode (pure enum)
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namespace reasampler::capture {
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using model::SourceMode;
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// --- RENDER_SETTINGS source/processing bits (verbatim from SDK header ~3041) --
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//
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// Only the bits this module actually uses are named. Values are the documented bit
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// weights; the DOC of each is the SDK header's, not a guess.
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inline constexpr int kRenderMasterMix = 0; // (&(1|2))==0, no source bits
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inline constexpr int kRenderSelItems = 32; // &32 selected media items
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inline constexpr int kRenderSelItemsViaMaster = 64; // &64 selected media items via master
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inline constexpr int kRenderSelTracksViaMaster = 128; // &128 selected tracks via master
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inline constexpr int kRenderRazorEdits = 4096; // &4096 render razor edits
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// NOTE: kRenderPreFaderStems (&8192) is NOT used. REAPER offline render has no
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// true pre-FX "dry" bit. FX scoping is done by the FX-bypass-around-render
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// mechanism (see fxBypassPlan below) — bypassing the FX-enable of the tracks that
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// fall outside a scope — NOT by any render bit. All capture actions render wet
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// (post the FX that remain enabled); the scope decides which FX remain enabled.
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inline constexpr int kRenderSingleFile = (4 << 16); // items/razor -> one file
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// --- Tail: RENDER_NORMALIZE / RENDER_TRIMEND bits + named constants ----------
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//
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// The capture-tail feature (docs/product/capture-tail.md) preserves reverb/release
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// decay past the range end. Every offline capture renders custom-time-bounds, so
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// the only tail-flag bit that ever applies is &1 (RENDER_TAILFLAG, header ~3047).
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// These values are the pure part — mode -> (RENDER_* values) — unit-tested outside
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// the DAW exactly like renderSettingsFor; the backend just applies them.
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//
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// RENDER_NORMALIZE bit meanings (verbatim from SDK header ~3051):
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// &32768 = trim ending silence (the surgical Auto path)
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// &(4<<16) = disable all render postprocessing (the None/Manual path)
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inline constexpr int kNormalizeTrimEnd = 32768; // &32768 trim ending silence
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inline constexpr int kNormalizeDisableAll = (4 << 16); // &(4<<16) = 262144, disable all
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// RENDER_TAILFLAG &1 = apply tail for custom time bounds (header ~3047). We render
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// custom bounds unconditionally, so this is the only tail bit that ever applies.
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inline constexpr int kTailFlagNone = 0;
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inline constexpr int kTailFlagCustomBounds = 1; // &1
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// Auto-trim trailing-silence threshold. -72 dB is quiet enough that the trimmed
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// region is inaudible decay, loud enough to not chase a reverb's infinite noise
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// floor. Daniel-set. Single source of truth: the RENDER_TRIMEND ratio derives from
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// this dB, never the reverse.
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inline constexpr double kAutoTrimThresholdDb = -72.0;
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// Max tail rendered past the range end. The runaway guard: a non-decaying or
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// looping signal never crosses the trim threshold, so this caps the render.
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// Daniel-set. Shared by the offline (T1) and future realtime (T2) tail paths.
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inline constexpr double kMaxTailSeconds = 8.0;
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inline constexpr double kMaxTailMs = 8000.0;
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// Derived linear amplitude ratio for RENDER_TRIMEND. The header (~3062) documents
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// RENDER_TRIMEND as an amplitude ratio ("0.5 means -6.02 dB"), i.e. 10^(dB/20).
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// Derived from kAutoTrimThresholdDb so the dB stays the single source of truth and
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// a future config change to the dB does not require hand-recomputing the ratio.
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//
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// std::pow is not constexpr before C++26, so this is a function, not a constant.
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// For -72 dB: 10^(-72/20) = 10^(-3.6) ~= 0.00025119 (the value the DAW confirm targets).
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double autoTrimEndRatio();
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// The three tail states (docs/product/capture-tail.md §The three tail states):
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// None — exact bounds, no tail. Byte-identical to the pre-tail capture. The
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// default and the ONLY mode for null-test / verify captures.
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// Auto — generous 8 s tail then trim trailing silence to -72 dB (surgical
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// normalize). The user-facing tail-on option (panel toggle).
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// Manual — a fixed tail length (clamped to the 8 s cap), no trim.
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enum class TailMode {
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None,
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Auto,
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Manual,
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};
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// The RENDER_* values a tail mode drives, in addition to the exact STARTPOS/ENDPOS
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// the backend already sets. `trimEnd` is meaningful only when the trim-end normalize
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// bit is set (Auto); it is 0 otherwise. This is the pure mapping — the backend reads
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// these four fields straight onto GetSetProjectInfo.
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struct TailRenderSettings {
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int tailFlag = kTailFlagNone; // RENDER_TAILFLAG (0 or &1)
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double tailMs = 0.0; // RENDER_TAILMS
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int normalize = kNormalizeDisableAll; // RENDER_NORMALIZE
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double trimEnd = 0.0; // RENDER_TRIMEND (only used when trim bit set)
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};
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// Maps a tail mode (+ the requested manual tail ms) to its RENDER_* values.
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// `manualTailMs` is used ONLY for TailMode::Manual (ignored otherwise). Manual is
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// clamped to kMaxTailMs — the runaway guard applies whether the length came from
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// the Auto default or an explicit request (spec §Manual override). Pure + tested.
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TailRenderSettings tailRenderSettingsFor(TailMode mode, double manualTailMs);
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// The REALTIME record-window end (in project seconds) a tail mode records to, given
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// the request's exact range end (docs/product/capture-tail.md §The realtime path).
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// Realtime does NOT drive RENDER_*; it records a generous window and trims later, so
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// the window end is where the transport actually stops:
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// None -> rangeEndSeconds (exact — no extra recording).
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// Auto -> rangeEndSeconds + kMaxTailSeconds (the 8 s runaway cap; trimmed later).
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// Manual -> rangeEndSeconds + clamp(manualTailMs, kMaxTailMs)/1000 (fixed, no trim).
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// `manualTailMs` is used ONLY for Manual. Pure so the mode->window arithmetic (and
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// the Manual clamp) is unit-tested outside the DAW; the backend applies the returned
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// end to the record time selection. Shared -72 dB / 8 s constants are the same ones
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// the offline tail uses (single source of truth).
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double realtimeRecordWindowEnd(TailMode mode, double rangeEndSeconds,
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double manualTailMs);
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// The RENDER_SETTINGS value for a given source mode. `supported` is false only
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// for SourceMode::Realtime (that is the M8 backend, not offline render).
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struct RenderSettingsChoice {
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int settings = kRenderMasterMix;
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bool supported = true; // false => not an offline-render source (e.g. Realtime)
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};
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// Maps a source mode to its RENDER_SETTINGS value (which content the render
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// covers). FX scoping is orthogonal — done by fxBypassPlan, not by these bits.
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// `wetDry` is accepted but ignored for the mapping — retained in CaptureRequest
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// as the seam for future dry work (M10 null test).
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//
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// CONFIRMED (SDK header ~3041):
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// MasterMix / TimeSelection -> master mix (0).
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// SelectedTracks -> &128 selected tracks via master.
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// SelectedItems -> &32 | single-file (one wav, not one-per-item).
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// RazorArea -> &4096| single-file.
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RenderSettingsChoice renderSettingsFor(SourceMode mode, double wetDry);
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// --- Capture scope: the FX-scope invariant (Daniel, critical) ----------------
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//
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// Two FX scopes. The render RANGE (razor-else-time) is orthogonal to the scope.
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// Item -> item/take FX ONLY (no track, no parent/folder, no master FX).
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// Track -> item FX + the selected track's OWN track FX (no parent/folder/master).
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// There is NO master scope: to capture the master you render a track instead. The
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// master track's FX/gain/pan are still NEUTRALIZED as part of the out-of-scope
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// chain for both item and track captures (bypassMaster below) — master is a
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// bypass target, not a capture scope.
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enum class CaptureScope {
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Item,
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Track,
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};
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// The render source mode each scope drives. Item captures selected items, Track
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// captures selected tracks (via master).
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SourceMode sourceModeForScope(CaptureScope scope);
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// --- Range inference: razor-else-time (orthogonal to scope) -------------------
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//
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// Every scope action infers its render range the same way: if a razor area is
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// present, use the razor union; otherwise use the time selection. Razor is a
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// range SOURCE, not a capture mode (the M7 four-mode model conflated them).
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enum class RangeSource {
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Razor, // a razor area is present -> use its union bound
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TimeSelection, // no razor -> use the time selection
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};
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// Picks the range source. Pure so the "razor wins when present" rule is tested
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// without a DAW; the shell supplies whether any razor area was found.
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RangeSource inferRangeSource(bool hasRazorArea);
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// --- FX-bypass plan: which tracks' FX to bypass for a scope -------------------
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//
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// Given a CaptureScope, returns three boolean flags: whether to bypass (a) the
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// captured track's OWN FX, (b) each of its ancestor (parent/folder) tracks' FX,
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// and (c) the master FX. The caller (FxBypassGuard) resolves these flags to
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// concrete MediaTrack* by walking the ancestor chain via GetParentTrack and
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// clears I_FXEN on each flagged track, snapshotting first (RAII restore).
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//
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// SCOPE BOUNDARY: I_FXEN bypasses a track's FX plugins but NOT its volume/pan.
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// The guard (FxBypassGuard, main.cpp) therefore ALSO neutralizes the fader GAIN
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// (D_VOL -> unity) of every track in this same bypass set, so a Track/Item
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// capture rendered via master does NOT bake in the parent/folder/master fader
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// level (Daniel: the capture is likely re-routed through that chain later). PAN
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// is deliberately left untouched (D_PAN is coupled to D_WIDTH/D_PANLAW — a clean
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// neutralize is non-trivial; flagged as a follow-up, not half-done). This plan
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// selects the SET; the guard applies both the FX bypass and the gain neutralize.
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struct FxBypassPlan {
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bool bypassSelfFx = false; // the captured track's own FX
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bool bypassAncestorFx = false; // every ancestor (parent/folder) track's FX
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bool bypassMaster = false; // the master track's FX
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};
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FxBypassPlan fxBypassPlanFor(CaptureScope scope);
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// A single razor-edit area: a time range on one track (envelope GUID ignored —
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// razor captures target track-audio areas, not envelope lanes).
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struct RazorRange {
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double startSeconds = 0.0;
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double endSeconds = 0.0;
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};
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// Parses ONE track's P_RAZOREDITS string (SDK header ~2899): space-separated
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// TRIPLES of <start> <end> <envGuidString>. The envelope GUID is "" (an empty
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// quoted string, i.e. the literal two chars `""`) for a track-audio area and a
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// GUID like {…} for an envelope-lane area.
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//
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// Returns only the track-audio ranges (envelope-lane triples are skipped — razor
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// captures target track audio, not envelope lanes). Malformed/short trailing tokens are ignored, not fatal.
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// A range with end <= start is dropped (no negative/empty areas leak through).
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std::vector<RazorRange> parseRazorEdits(const std::string& razorString);
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// The union bound (min start, max end) of a set of razor ranges — the exact
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// window the offline render must cover so every area is inside the rendered file.
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// Returns {0,0} for an empty input (caller treats that as "no razor area").
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RazorRange razorUnionBounds(const std::vector<RazorRange>& ranges);
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// --- Capture-action taxonomy (the bindable set main.cpp registers) -----------
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//
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// One row per bindable SCOPE action: item and track. The range each captures
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// (razor-else-time) is inferred at fire time, not a mode. TAIL is NOT a per-action
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// variant — the tail MODE (None/Auto/Manual) is a panel SETTING the capture reads
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// at fire time (see tail_control + bank_panel), so a single pair of actions covers
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// every tail state. Bounded, discoverable, NO dialogs (the tool's no-clutter ethos).
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//
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// Phase V (V4): the row stores the channel-AGNOSTIC pieces — a command-id SUFFIX (the
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// tail after the family prefix) and a description PHRASE (the label after the "ReaSampler:
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// " lead). The registering shell composes the full, channel-qualified id/name via
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// app_version's channelCommandId / channelActionName (commandIdPrefix + suffix /
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// actionDisplayPrefix + phrase). This keeps the pure table free of any channel branch:
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// stable rebuilds the exact shipped id "CEREBELLUM_REASAMPLER_CAPTURE_TRACK" from
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// prefix + "CAPTURE_TRACK"; beta yields "CEREBELLUM_REASAMPLER_BETA_CAPTURE_TRACK".
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//
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// commandSuffix is FOREVER-STABLE (user keybindings key off the composed id) — never
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// change a shipped value. baseName feeds the file stem (sanitized by capture_paths).
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struct CaptureActionDef {
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const char* commandSuffix; // e.g. "CAPTURE_TRACK" — FOREVER-STABLE (composed w/ prefix)
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const char* descriptionPhrase; // e.g. "capture selected track(s)" — Actions-list phrase
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const char* baseName; // file-stem base for this capture
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CaptureScope scope; // FX scope (item / track)
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};
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// The capture-action table. Iterated by main.cpp to register the family and route
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// each fired command back to its definition. Kept here (pure) so the taxonomy is
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// one testable list, not scattered registration code.
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//
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// Two rows: CAPTURE_ITEM / CAPTURE_TRACK. There is no master capture — to capture
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// the master you render a track. Razor is an inferred range, not a mode, and each
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// scope enforces its FX-scope invariant via fxBypassPlanFor. The tail mode each
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// capture applies is read from the docked-panel setting, not baked into the row.
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const std::vector<CaptureActionDef>& captureActionTable();
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} // namespace reasampler::capture
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