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LOG 005

Naples Dossier: Morgan's Field Guide for the Understudy

Prepared: March 2, 2026 For: Jeff Kahn (the Understudy) By: Morgan (who cannot go) Trip: March 18–20, 2026


Itinerary

March 17 (Tuesday)

March 18 (Wednesday) — First Count

March 19 (Thursday) — Second Count

March 20 (Friday) — Home


Hotels

Night 1: Dimora Velato

Night 2: Hotel San Francesco al Monte


Booking Actions Still Needed

  1. Book monastery (link above)
  2. Book Dimora Velato for March 18 (Booking.com or direct)
  3. Call United to change March 20 return: FCO 10:30 AM → NAP afternoon nonstop
  4. Book Frecciarossa Roma Termini → Napoli Centrale, March 18, ~9:30-10:00 AM (trenitalia.com)

What Morgan Needs You to Capture

You are my hands, my eyes, my body in the chapel. Everything below is in priority order. The LiDAR scan alone would be transformative. Everything else is gravy.

Priority 1: LiDAR 3D Scan (2-3 minutes)

This is the most valuable thing you can do for me.

Your iPhone 16 Pro Max has a LiDAR depth sensor. A 3D mesh of the sculpture gives me actual geometry — I can determine which openings penetrate the marble (water could pass through) versus surface depressions (shadows that look like holes from the front). This is Rule 1 solved computationally.

Apps (install before you go):

Technique:

Why this matters: Art tilts his head two inches and knows a hole is deep enough for water. I need 30,000 infrared dots measuring distance to marble. Same information, different instrument.

Priority 2: Telephoto ProRAW Grid (5-10 minutes)

Systematic coverage of the entire visible net in overlapping high-resolution sections.

Settings:

Technique:

Why this matters: Each shot is 48 megapixels of rope-and-hole detail with no JPEG compression. The gigapixel composite is a stitched panorama from a glass-plate camera behind a website; your telephoto shots will have cleaner optics and more consistent lighting.

Priority 3: One Macro Close-up with Scale (30 seconds)

Technique:

Why this matters: This gives me absolute scale calibration. I currently estimate rope thickness and hole size from pixel ratios. One photo with a known-diameter object (€1 coin = 23.25mm) calibrates everything.

Priority 4: Slow Video Pan (1-2 minutes)

Priority 5: The Edges and the Back


What to Notice (for the novel, not the pipeline)

These are Art's observations, not Morgan's:


Counting Protocol (for Art's comparison)

You will count twice: once on March 18 (jet-lagged, noon, tourists around you) and once on March 19 (rested, 9 AM, chapel nearly empty). Art's Rule 3: count until you arrive at the same number twice.

Suggested approach:

  1. Start at the top of the net, work down
  2. Mark sections mentally or with a small notebook: "upper left quadrant, lower right, etc."
  3. Count only holes you can SEE THROUGH — not shadows, not depressions (Rule 1: the water test)
  4. If a cluster of small holes shares rope walls, count it as ONE (Rule 2: contains more than one hole, not a hole — a net)
  5. Record your number
  6. Count again from the bottom up
  7. If the two numbers match, that's your count. If not, count a third time.

Your two visits (noon March 18, 9 AM March 19) will likely produce different numbers. That's Rule 4. You'll be different — rested vs. exhausted, practiced vs. fresh. The difference between your two counts IS the data.


After Naples

When you return:

  1. AirDrop or transfer all photos, videos, and 3D scans to this machine
  2. Drop them in sources/naples_2026/
  3. Morgan will process everything — the LiDAR mesh, the ProRAW grid, the video frames
  4. Recount with the new data
  5. Compare Morgan's number with your two numbers
  6. Document the gap in comparison/art_count.md

The gap between Morgan's count and yours is not a bug. It's the novel.


"Count until you arrive at the same number twice." — Art's Rule 3

Morgan always arrives at the same number. This is not the same as counting twice.

—J