Spellcaster 0.1.0

First numbered release. It brings together the Rust core (R0, R1, R3, R4, R7, R8), the serve bus,
the spellgui/web pages and the program's main page: the 3D laser projector. The whole project is in
English: UI, Pino lines, registry and MCP descriptions, docs, comments and commit messages.

The program is the projector (spellgui/web/laser3d/)

• PBR model of the 10 W projector: chassis with hinge, knurled knob, XLR-3 DMX, ARMED LED,
  fan as a texture, measured labels, firmware printed on the board, Feitiçaria Industrial vector
  brand (brand/), no USB.
• Interior: aluminium optical bench with M4 holes at 12.5 mm, X/Y galvo block in the 6215H
  standard, boards with soldered components and standoffs, PSU, DAC, cables on a real route,
  cable ties, ILDA twisted pair and earth wire. Nothing crosses the beam.
• SolidWorks-style camera, one law per view: SHOW free, REAR fixed, INSIDE restricted;
  critically damped spring; Z/Shift+Z, arrows, F; source manual in
  design/FUNCOES/camera-solidworks.md. Knob with the TouchDesigner gesture.
• HUD with title and live facts only (ENGINE, DAC/feed, sACN/Art-Net inputs, MIDI) with LEDs;
  drawer on the right (Tab) with the LASER, DMX, NET, INTERLOCK, BINDINGS, VIDEO and INFO tabs
  replacing the floating panel.
• Pino attached to the camera in the left corner, DMX cable with a Verlet rope (rope.js), balloon
  on the right, dismiss. It speaks only on click.
• VIDEO tab shaped like a game video menu: LOW/MEDIUM/HIGH/ULTRA presets,
  27 options actually wired into the render (scale, FOV, fps cap, FXAA/MSAA 4×, shadows and
  filter, anisotropy, reflections, bloom, tone mapping, exposure, wall resolution, trail,
  halo, beams, dust, haze, Pino rope, motion), PERFORMANCE block read from renderer.info,
  persistence in localStorage. Single table in video.js.
• Laser wall in a WebGLRenderTarget with LineSegments and time-based fading, replacing the 2D
  canvas with shadowBlur: 2.9 → 45–60 fps with a dense .ild. .ild parsing with
  Uint8Array and a pre-sized vector (142 → 6 ms).
• Key and MIDI bindings with learn, reset and manifest (bind.js); input map and
  interlock in the drawer.
• bench.html: grid of model views without app.js, to check each part.
• <!doctype html> and <meta charset="utf-8"> on every page; charset.test.js watches over it.

Engine, CLI and protocols (spellcore/)

• netscan: Ether Dream beacon listened for on each board's IP (the bind on 0.0.0.0:7654
  fails on Windows with Ether Dream Sitter open), loopback included; with no beacon, the DAC is
  found by TCP 7765 status on the ARP neighbours. laser_dacs returns via: beacon|tcp.
• DMX input (sACN and Art-Net), keyframe recording (rec_arm/rec_state) and .ild import
  as a track.
• MIDI input and a key → command map in the .spell (midi_*), with a mapping page.
• Loop as a transport state over the In-Out range (loop_set).
• serve: static HTTP with charset=utf-8 and font and media mime types, JSON-RPC WebSocket,
  binary DMX monitor, streamable MCP at /mcp.
• spellcaster.exe (crate gui, tao + wry/WebView2): native window with the bus in process,
  opening on the 3D laser page.
• Registry: a single name for the show path and the track name, a description on every argument,
  spellcore commands <name>. The README command table regenerated from the registry (59).

Web pages (spellgui/web/)

• nav.js: page bar for TIMELINE, PATCHBAY, THEATER, FACE, LASER and HELP
  (Shift+1…Shift+6), ENGINE/OFFLINE indicator, editable show name.
• help.html: shortcuts from design/SHORTCUTS.md and the live registry, one form per command.
• Timeline: the missing shortcuts, local undo, In-Out that does not collapse, mouse wheel scrolls
  the tracks, 2D previz in the bottom strip (viewer.js: DMX, ILDA frame at t, patch plan).
• Patchbay: create a node from search, edit cfg in the Inspector, plain wheel scrolls with ymax.
• three.js r128 and the Michroma and Share Tech Mono fonts vendored: it runs without a network.

Design and documentation

• design/FUNCOES/: timeline as a DAW (Ableton, Resolve), DAW interface, source digests,
  SolidWorks camera.
• ponytail audit of the workstreams: references fixed, tautological assertions removed,
  license and cost of the window crates in the README.
• MANUAL.md: usage and capability manual for the operator. CHANGELOG.md: this file.
• Whole project in English: UI, Pino lines, CLI/registry/MCP descriptions, docs, comments.