PROJECT SPECTRUM CHAOS

TOP SECRET // CLASSIFIED // PROJECT SPECTRUM CHAOS // FICTIONAL PRODUCT DOCUMENT

Revision C — TOP SECRET / CLASSIFIED Preorder Construction Release PROJECT SPECTRUM CHAOS Mode B + UFO Identification  •  Ecommerce Product Package  •  Dimensioned Faceplate  •  Wiring & I/O

Cover illustration — proposed PSC-CONSOLE front panel. Engineering concept; final engraving artwork should be generated from the coordinate table.

For controlled laboratory research and visualization only. Mode B is a theatrical rendering layer; it is not an operational biometric impersonation system.

TOP SECRET // CLASSIFIED — FICTIONAL COMMERCIAL / PROP MARKING ONLY — NOT A GOVERNMENT CLASSIFICATION

Prepared: 2 October 2026 | Revision C

Contents Construction-release scope Actual hardware baseline and engineering illustrations Front-panel mechanical specification Electrical and control architecture Safety chain Front-panel wiring and I/O schedule Camera and sensor trigger wiring RS-5900 data acquisition interface Illumination-control wiring Mode B front-panel behavior Cable and harness schedule Assembly and commissioning sequence Construction-release acceptance criteria Manufacturer references and source notes Commercial preorder and ecommerce presentation Appendix A  ·  Appendix B  ·  Appendix C

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1. Construction-release scope

This revision converts the earlier Mode B concept into a fabrication-oriented build package. It defines the 19-inch/6U faceplate, exact control cutouts and coordinates, front-panel wiring, safety-loop topology, sensor trigger interfaces, illumination-controller wiring, RS-5900 acquisition interface, and representative physical hardware. Mode A remains the calibrated scientific domain; Mode B remains a bounded illumination-and-rendering persona layer.

1.1 Design rules

• All optical-source limits are enforced below the persona layer. No Mode B preset may bypass current, temperature, door, E-stop, or source-power limits.
• The safety relay physically removes power/enable from the LED light engine and 940 nm ToF source path; the PC and data logger remain powered long enough to seal the run log.
• RAW RGB, NIR, thermal, depth, spectrometer, and radiometer records are immutable. Persona effects are stored only as derived products.
• All political, theological, supernatural, and celebrity-referencing mode names are fictional/satirical UI labels, not claims about real people or medical conditions.

Figure 1. Proposed optical-cell hardware arrangement. The RS-5900 probe enters the subject plane only for calibration and retracts for human-subject acquisition.

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2. Actual hardware baseline and engineering illustrations

The following illustrations are original engineering depictions based on manufacturer-published product photographs, dimensions, and specifications. They are included so the construction document remains self-contained; the linked manufacturer pages/datasheets remain controlling for connector details, dimensional tolerances, and product revisions.

Figure 2. LaserProbe RS-5900 electrically calibrated pyroelectric radiometer. The published Direct Out is 0–9.99 VDC and follows the displayed mantissa; maximum total probe power is 100 mW.

Manufacturer reference: LaserProbe RS-5900 brochure

Figure 3. Basler ace 2 RGB and NIR camera pair used for synchronized visible/NIR acquisition.

Manufacturer references: a2A2448-75ucBAS • a2A2464-77umBAS

Figure 4. Basler blaze-101 ToF depth camera. Published illumination is 940 nm VCSEL, Class 1; hardware trigger and IEEE-1588 PTP are supported.

Manufacturer reference: Basler blaze-101

Figure 5. FLIR A655sc research thermal camera, used as the independent LWIR channel.

Manufacturer/datasheet reference: FLIR A655sc datasheet

Figure 6. Ocean Optics Ocean FX miniature spectrometer, VIS-NIR configuration.

Manufacturer reference: Ocean FX

Figure 7. Thorlabs DC4104 four-channel LED driver; two units provide eight controlled illumination channels.

Manufacturer reference: Thorlabs mounted LEDs / DC4104 compatibility

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3. Front-panel mechanical specification

The PSC-CONSOLE front plate is specified as a 19-inch, 6U panel: 482.6 mm wide × 266.7 mm high. Use 3.0 mm 6061-T6 aluminum, black or blue-gray hard anodize, laser-engraved legends with white fill, and rear-mounted controls. The chassis rack ears—not the custom faceplate—should carry the final EIA-310 rack mounting slots; the six MH holes below are internal faceplate-to-chassis assembly holes.

Figure 8. Dimensioned PSC-CONSOLE faceplate. Origin (0,0) is the lower-left corner; all coordinates are millimeters.

3.1 CNC cutout coordinate schedule

3.2 Fabrication tolerances

3.3 Front-panel engraving map

The large mode labels should use condensed sans serif lettering. The high-chaos modes GOD, ANARCHY, REVELATIONS DEMON, and WORLD ARMAGEDDON should have a thin caution border around the corresponding quick key or rotary-selector position. The engraved lower warning line should read: “WARNING — MODE B DOES NOT OVERRIDE SAFETY LIMITS / CALIBRATE BEFORE SUMMONING ANYTHING.”

Figure 9. Appearance reference for engraving, legends, meters, quick keys, annunciators, and guarded controls.

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4. Electrical and control architecture

Figure 10. PSC-1 control/wiring architecture.

4.1 Power-domain partitioning

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5. Safety chain

Figure 11. Hardwired source-power safety chain.

Use a dual-channel safety relay with force-guided outputs (for example, an Omron G9SE/Pilz PNOZ-class device or equivalent). The E-stop and door interlock must be normally closed and wired as two independent safety channels. PSC-T01 may monitor the relay auxiliary contact but shall not be inserted in the energy-removal path.

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6. Front-panel wiring and I/O schedule

Use locking internal harnesses with 24–26 AWG stranded wire. The proposed panel harness uses two Molex Micro-Fit 3.0 connectors: JFP1 (digital inputs/selector coding) and JFP2 (lamp/indicator outputs). K1 analog intensity and the two theatrical meters use JFP3. E-stop safety contacts are not routed through these connectors; they go directly to the safety relay.

6.1 PSC-T01 controller I/O map

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7. Camera and sensor trigger wiring

Camera trigger lines are generated by PSC-T01, buffered, level-translated, and optionally isolated. Use 100 Ω source resistors and shielded twisted pair for each trigger. Basler ace 2 hardware trigger input is the M8 Line 1 opto-coupled input; the blaze-101 hardware input is pin 6 of its M12 A-coded power/I/O connector.

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8. RS-5900 data acquisition interface

The preferred non-invasive computer interface uses the RS-5900 Direct Out BNC. LaserProbe states that Direct Out is a 0–10 VDC analog output corresponding to the mantissa (published analog range 0–9.99 V). Feed this into a 16-bit ±10 V DAQ channel. Record the RS-5900 range/exponent as metadata because the Direct Out represents the mantissa, not a self-contained engineering-unit value.

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9. Illumination-control wiring

Two DC4104 drivers provide eight independently controlled channels. Each DC4104 supports four channels up to 1 A/channel and 5 V forward voltage, with independent external modulation inputs. Current limits for each physical emitter must be set below the LED manufacturer maximum and below the validated PSC human-subject exposure limit.

Important when the blaze-101 is operating, its own 940 nm VCSEL emission must be treated separately from L8. Do not infer face-plane irradiance from L8 calibration while the ToF emitter is active; acquire a dedicated combined-source condition if both are needed.

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10. Mode B front-panel behavior

The high-chaos activation sequence is BANK=MODE B → selector/quick key → ARM → CHAOS KEY → ACTIVATE. Firmware may refuse activation for any interlock, overtemperature, uncalibrated optical source, or missing safety-relay auxiliary status.

10.1 UFO Identification Mode (UFO-ID-01)

UFO Identification Mode is a Mode B visualization and evidence-review preset. It combines RGB/NIR imagery, thermal/depth fusion, spectrometer traces, radiometric metadata, target brackets, and a simulated track-quality panel. The interface may use the terms UFO/UAP as a themed classification label, but it shall not claim detection of extraterrestrial origin, airworthiness, defense capability, or navigation-grade performance.

Recommended physical-light behavior: maintain the established safe illumination envelope, with a modest NIR bias (850/940 nm) only when the optical safety controller and blaze-101 coexistence logic permit it. All target identity, range, heading, and “spectral anomaly” values shown by the theatrical UI must be explicitly marked measured, derived, or simulated.

Mode B selector position 13 is assigned to UFO IDENTIFICATION. Quick key Q8 provides one-touch selection; Q9 becomes WORLD ARMAGEDDON. The front-panel S3 selector is therefore specified as a 16-position binary-coded rotary selector while retaining the existing four-bit decoder interface.

Figure 12. UFO Identification Mode ecommerce/UI concept. Classification and target telemetry shown here are intentionally fictional/simulated product graphics.

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11. Cable and harness schedule

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12. Assembly and commissioning sequence

1. Machine and anodize the faceplate. Dry-fit every control before engraving fill or final chassis assembly.
2. Build the 24 V control/safety panel first. Verify the E-stop and door interlock remove source power before connecting any optical source.
3. Install PSC-T01 and panel harnesses. Validate every digital input and lamp output with the source contactor K1 physically disconnected.
4. Install DC4104 units/hubs and LED heads. Set current limits at minimum and perform dark-room channel identification one wavelength at a time.
5. Install RGB/NIR cameras, then blaze, thermal camera, Ocean FX, and RS-5900 DAQ. Validate data streams individually before synchronization.
6. Calibrate trigger timing with a photodiode or fast LED observed simultaneously by RGB/NIR where possible; store measured offsets.
7. Perform RS-5900 zero/stability checks and a 5×5 face-plane uniformity survey before enabling any Mode B presets.
8. Run Mode A acceptance testing first. Only after Mode A passes should Mode B quick keys and theatrical meters be enabled.

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13. Construction-release acceptance criteria

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14. Manufacturer references and source notes

• LaserProbe RS-5900 brochure
• LaserProbe ECPR product page
• Basler ace 2 RGB a2A2448-75ucBAS
• Basler ace 2 NIR a2A2464-77umBAS
• Basler blaze-101 documentation
• FLIR A655sc datasheet
• Ocean Optics Ocean FX
• Thorlabs mounted LEDs / driver compatibility

Component specifications and pin assignments can change by hardware revision. Before releasing PCB artwork or permanent harnesses, compare this construction package against the exact serial-number/revision documentation supplied with each purchased device.

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15. Commercial preorder and ecommerce presentation

TerminalPursuit.com preorder presentation should treat PROJECT SPECTRUM CHAOS as a concept/preorder product unless and until a production prototype, compliance testing, sourcing plan, lead time, and delivery configuration are complete. Product photography should clearly distinguish “engineering render,” “prototype,” and “shipping configuration.”

15.1 Rh-Negative preorder story layer

The Rh-Negative theme may be presented as fictional project lore (for example, “RH-NEGATIVE PREORDER EDITION” or “Priority Access: RH-Negative Operatives”). Do not request laboratory reports, medical records, or other proof of blood type as part of checkout. If the store uses the theme operationally, prefer a voluntary self-attestation/novelty checkbox and publish a privacy notice explaining that no medical verification is collected or retained.

15.2 Product-image release set

Use a consistent geometry-first workflow: preserve the exact faceplate, meter, quick-key, connector, and rack proportions from this construction package; then enhance materials, reflections, studio lighting, and backgrounds with an image-generation workflow. For motion advertising, Higgsfield is better suited to video/VFX/marketing treatments; still ecommerce hero images should start from the dimensioned render or CAD-like anchor so controls remain consistent across views.

Figure 13. Rear-panel ecommerce concept render showing grouped sensor, trigger, network, safety, light-engine, and service I/O.

Recommended store gallery: (1) front hero on dark studio background, (2) front 3/4 view, (3) illuminated UFO Identification Mode close-up, (4) rear I/O view, (5) laboratory installation, (6) dimensioned engineering view, and (7) preorder packaging/serial-number concept. Every synthetic image intended for sale should be labeled “concept render” until photographed production hardware exists.

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Appendix A — CNC-ready coordinate summary

Datum: lower-left panel corner. Units: millimeters. Rectangles are center-defined in this document; the CNC programmer should convert to lower-left coordinates using XLL = Xc − W/2 and YLL = Yc − H/2. Round holes are center-defined directly.

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APPENDIX B — TOP SECRET / CLASSIFIED FICTIONAL PARODY PATENT

NOT A REAL PATENT — NOT FILED WITH THE USPTO OR ANY OTHER PATENT OFFICE

Fictional parody attribution only: “Elon Musk.” This text is not authored, approved, endorsed, signed, filed, or associated with Elon Musk, SpaceX, Tesla, X, xAI, or any affiliated entity.

Abstract

A fictional multispectral apparatus is disclosed for radiometric measurement, synchronized visible/NIR/LWIR/depth acquisition, theatrical persona rendering, and a UFO Identification Mode. A hardware safety chain remains independent of software. In the parody embodiment described herein, the apparatus is subject to a deliberately absurd celestial-territory restriction: it may be shipped, commissioned, and used only on the surface of Earth’s Moon or the planet Mars.

Fictional Moon/Mars shipping and use restriction

• No completed PSC-1 unit covered by this parody filing may be shipped for final delivery to, commissioned on, or operated on the surface of Earth.
• Authorized final destinations are limited exclusively to a lunar surface facility on the Moon or a surface facility on Planet Mars.
• Earth-orbiting spacecraft, cislunar transit vehicles, Mars transfer vehicles, asteroids, Venus, Mercury, the outer planets, Lagrange points, and terrestrial laboratories are not authorized use locations under the fictional territorial clause.
• A completed unit may pass through Earth or space only as sealed transit cargo en route to the Moon or Mars. The fictional operating key remains inhibited until the destination environment is authenticated.
• The restriction is narrative satire, not a real patent right, export rule, legal shipping limitation, certification, or statement from Elon Musk or any real company.

Parody claims

Claim 1 — A multispectral phenomenology apparatus comprising an RS-5900 radiometric reference, synchronized visible and near-infrared cameras, thermal and depth sensing, a spectral analyzer, a safety controller, and a Mode B theatrical renderer.

Claim 2 — The apparatus of Claim 1 wherein the operator interface contains a UFO IDENTIFICATION mode that presents simulated tracking, spectral-anomaly, thermal, and classification overlays while preserving immutable raw sensor data.

Claim 3 — The apparatus of Claim 1 wherein the apparatus contains persona selections including Alien, Fallen Angel, Revelations Demon, Early Alchemist, Elon D.O.G.E., God Mode, Zombie Robot, Anarchy, Rapture, TDS Parody, Artificial Intelligence, World Armageddon, Quantum Raccoon, and NanoVNA Oracle.

Claim 4 — The apparatus of Claim 1 wherein a confused raccoon remains an unofficial reference standard and a 9-volt battery may be physically present while contributing no metrological traceability.

Claim 5 — The apparatus of Claim 1 wherein final shipment and operational use are permitted only on the Moon or Planet Mars.

Claim 6 — The apparatus of Claim 5 wherein a fictional celestial geofence inhibits operational source enable whenever the detected celestial body is neither the Moon nor Mars.

Claim 7 — The apparatus of Claim 6 wherein attempted terrestrial activation causes the display to read: “EARTH OPERATION DENIED — PLEASE RELOCATE 384,400 km OR APPROXIMATELY 225 MILLION km.”

Claim 8 — The apparatus of Claim 1 wherein the number of required neural-network parameters increases each time the word “quantum” appears in a sales presentation.

END OF FICTIONAL PARODY PATENT

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APPENDIX C — Ecommerce Product Image Production Workflow

For TerminalPursuit.com, the highest-confidence workflow is geometry-first. Preserve the engineering faceplate as the source of truth, generate consistent 3D/CAD-style anchor views, then apply a photoreal image model for material/lighting polish. Use Higgsfield for cinematic motion, VFX, ad variations, and social video. Keep all controls, legends, quick-key positions, connector groupings, and enclosure dimensions locked between image generations.

Figure C-1. Revision C product hero concept render with the new UFO quick key and fictional TOP SECRET / CLASSIFIED branding.

Required ecommerce disclosure

Until a production unit exists, product listings should label these images as “concept render,” “engineering render,” or “prototype visualization.” The TOP SECRET / CLASSIFIED treatment is a fictional brand device only. The parody patent is not a real intellectual-property filing, and the Moon/Mars shipping limitation is part of the fictional project narrative.

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TOP SECRET // FICTIONAL CLASSIFICATION MARKING — NOT A GOVERNMENT DOCUMENT — PREORDER PRODUCT ENGINEERING

Mike Peace VK6ADA / r-390a.net and foxtango.org Administrator