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RGCS v8.5.0 — Frequency Key Studio (Sonic Lab) + Phryll Generator v2

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@andrew867 andrew867 released this 07 Aug 23:05
· 32 commits to main since this release
v8.5.0
e25d975

RGCS v8.5.0 — Frequency Key Studio (Sonic Lab) + Phryll Generator v2

Two new Design Studio modules in one release: a complete audio creation and recipe system (Frequency Key Studio, with the full v1.1 and v1.2 feature sets), and a crystal-first parametric CAD generator (Phryll Generator Designer v2).

Phryll Generator Designer v2

Enter your measured crystal (length, top/base diameters, max width, facets, Eye coordinate + uncertainty) and get a bespoke cone and coil sleeve — never a scaled stock mesh (enforced by test):

  • Custom cone — inner = crystal envelope + clearance, outer = inner + wall, per-station fit check (demo: 26/39 mm crystal + 0.66 clearance + 1.8 wall → inner 40.32→27.32 mm, outer 43.92→30.92 mm, fit PASS).
  • Eye-aligned ±45° crossed lattice coils — copper CW at +45° and silver CCW at −45° as multi-start families (83 starts per coil on the demo, rise one circumference per turn), crossing in an X centered exactly on the Eye (demo residual 0.0 mm; the crystal midpoint is 2.5 mm away and is never used). AWG 28 spacing per the source rule measured perpendicular to the strands: clear gap 0.66 mm, strand pitch 0.99 mm, coil-center standoff 2.375 mm (≈7.2 wire Ø).
  • Full export bundle — deterministic SCAD module set (cone, sleeve, continuous twist-extruded helical wire slots, Eye marker, base adapter, cap, LED holder, jack holder, locker, annular pickup ring), STL + 3MF from a built-in mesh backend — including the grooved circular coil sleeve with the crossed wire slots carved in (104 976 triangles; OpenSCAD optional), SVG/DXF templates, compatibility + build PDFs, JSON receipts, CHECKSUMS.sha256-verified bundle — demo attached.
  • Crystal-bottom coupling — open/lightly-coupled gap → flat pickup surface → annular pickup ring; the bottom is never solid plastic (mesh-tested), O-rings recorded as compliant mounts (compression bounded 5–30 %), excitation paths ordered hardware-first with intention/focus-only kept as source language.
  • Reference discipline — 12 CC-SA assets registered with licenses and mesh-decode seed data; the conflicting M2 text and M2 mesh profiles stored separately, never reconciled; annular-ring craft locks stay out of cone sizing (source-scan test).

Frequency Key Studio (Sonic Lab)

New Session wizard — choose a type, carrier (100–1337 Hz family including the RGCS keys), and beat target (1.5–33 Hz, each with its status: standard band / source patent / source lead / candidate / project); add noise beds; preview the recipe JSON live with left/right frequencies (925 Hz + 7.83 Hz → 921.085 / 928.915 Hz).

v1.1 — live preview playback (QtMultimedia), STFT spectrogram preview (carrier lines visible over the noise floor), Timeline Editor (custom segment ramps replace the standard shape, invalid timelines refused with reasons), voice-cue / music-bed WAV import with start offsets, multi-carrier stacks, RMS loudness normalization (peak-capped at 0.95, recorded in the receipt), and batch render (UI + rgcs-sonic batch).

v1.2 — metadata-only web/video ingestion (frequency extraction with carrier/beat roles, claimed-use taxonomy with word-boundary matching), a URL-deduplicated corpus store with CSV export, duplicate clustering (frequency signature + title similarity), and deterministic recipe recommendations with stated reasons.

Engine — numpy + stdlib WAV only (no new dependencies): the 100/104 Hz patent-example binaural convention, click-free isochronic gating, seeded pink/brown/white/surf noise, constant-power pan, a mixer that never clips. 48 kHz float32 internally, 16-bit PCM export. Every render produces a schema-valid receipt (peak, RMS, input/output SHA-256), a session PDF sheet with receipt hash, deterministic recipe JSON, a YouTube metadata draft, and a checksummed bundle zip.

Seed recipes — 7 recipes ship (patent seed, Gateway-style Focus 10 seed, 6.3 Hz astral source lead, 7.83 Hz Schumann bridge, 925/1337 Hz frequency-key carriers, isochronic comparison) plus 11 beat targets.

Boundaries

Independent engine: no Hemi-Sync recordings, tape structures, narration, or branding are reproduced. No audio downloader exists — the corpus is titles/descriptions/URLs only, enforced by a test that greps the ingest module for network imports. Every export carries: Experimental audio recipe. Use comfortable volume. Results vary. Claimed uses are recorded from sources, not endorsed.

Verification

  • Full suite: 8479 passed, 9 skipped, 1 deselected (D-V3-04), exit 0
  • CI green on the 3-OS matrix (runs 31221779267 + 31224629851)
  • UI smoke: 22 panels constructed OK
  • ~145 new tests across both modules (sonic engine/timeline/recipes/exports/ingest/corpus/UI + phryll geometry/CAD/bundle/UI, including every pack skeleton assertion)
  • Screenshot proofs and demo artifacts attached: 20 s Schumann-bridge WAV with session sheet + verified bundle, and the complete CRY-DEMO-120 phryll design bundle (Eye residual 0.0 mm)
  • Final reports: docs/reports/FREQUENCY_KEY_STUDIO_FINAL_REPORT.md · docs/reports/PHRYLL_GENERATOR_V2_FINAL_REPORT.md

Quickstart

python -m pip install -e ".[desktop]"
rgcs-workbench          # Design Studio → Make binaural / frequency-key audio
rgcs-sonic render RGCS-SCH-0001 --duration 60 --out exports/

Full docs: docs/user/FREQUENCY_KEY_STUDIO.md · report: docs/reports/FREQUENCY_KEY_STUDIO_FINAL_REPORT.md

Windows frozen build (attached)

rgcs-workbench-v8.5.0-windows-x64.zip — PyInstaller onedir build from commit d1d079c (v8.5.0 + the reference-review winding correction and coupling update); frozen --smoke-check passed (22 panels). SHA-256 attached alongside with the build manifest. Unzip and run rgcs-workbench gcs-workbench.exe. Unsigned, per project policy.

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