2026-05-03

2026-05-03

• Used the open Claude Design project for LUME hardware approval mockups: `https://claude.ai/design/p/019debf9-ec40-70ca-8d8b-eb94509e887d`.
• Active visual prototype: `LUME Approval Board.html`; print/PDF version: `LUME Approval Board-print.html`.
• Prototype is the symmetric dual-Arducam version: centered Orbbec Femto Mega, left/right Arducam IMX586 modules, top ZHAOCAILIN 11.3 inch 1920x440 display cradle, rear K11/GMKtec pod, cable backbone, service USB path, and open physical gates.
• Corrected cloud prototype status to match real state: printer connected/not powered on, no print jobs completed. Header and footer now show `0 of 5 physical gates passed`, Print Timeline shows `Stages Done 0/11`, Queue Totals shows `Done 0 of 11`, and primary action is `Approve Next Gate`.
• Important framing: the cloud board is for visual/design approval only. Physical next step remains powering the Elegoo, ASA calibration cube, then fit coupons before internals, shells, or pod prints.
• VC pitch follow-up completed in `[home]/Desktop/lume-content/vc-pitch`: removed stale Femto Bolt references from `lume-internal-brief.md`, regenerated Claude-design local `v1-hardware-first.html` and `v4-traction.html` around Orbbec Femto Mega + dual Arducam IMX586 + 1920x440 bar display, re-captured `screenshots/v1.png` and `screenshots/v4.png`, appended `REPORT.md`, and committed exact scoped files as `c1630fc9`.
• Instagram reference `DXyxaiXiMRt` is Duncan Fewkes `E612: "Fluid Sim Presets Test"`. Created original LUME-direction mockup at `[home]/Desktop/lume-commerce/viz/mockups/e612-fluid-sim-lume-mockup.html` plus screenshot `.png` and build note `[home]/Desktop/lume-commerce/docs/research/duncan-v3/E612-fluid-sim-mimic-plan.md`. Direction: dark realtime stage, readable body silhouette, fluid particles, debug HUD, preset switching. Unity already has the relevant FluidSim preset family and F1 picker plumbing.
• Wrote detailed Unity runbook for the E612 direction at `[home]/Desktop/lume-commerce/viz/lume-pcloud/E612-FLUID-SIM-UNITY-IMPLEMENTATION-GUIDE.md`. It documents Mac4 setup, exact Unity menus, synthetic publishers, overlay tuning, FluidSim presets, 1920x440 crop rules, VFX Graph follow-up, recording protocol, K11 performance gates, and final approval checklist. Key approach: use existing `LumeFlowParticleOverlay` + `LumeFluidSim` first, then author `LumeFlowParticles.vfx` after visual approval.