Atlas Equirect Multi-View 🌐

Most of this pack lives on the "one photograph" front door. AtlasEquirectMultiView is the day you have something better: an equirectangular 360×180 panorama. Where a single photo gives you one viewpoint and a horizon of holes behind you, this node cuts the panorama into a ring of perspective cameras, solves them together into one multi-camera solve sharing a single optical centre, and hands you a scene you can orbit a full 360° without the world falling apart.

It lives in the Atlas/01 Input & Camera folder because it is a solve source - not a geometry node. The output is an ATLAS_SOLVE (plus the crops for preview), ready to feed the same derive/viewport/export chain as a single-photo solve.

How it works

The equirect is sliced into n_views perspective cameras around a ring, each with fov_deg and size, and each view is solved independently. The unifying trick: all views share one optical centre, so the pack can establish one shared camera height by taking the median across the independently-solved views - the tooltip's point being that any spread between them is estimation noise, not geometry. Everything then locks into one metric world.

Two tooltips carry hard-won measurement, and they're the ones to remember:

• n_views (default 4, 2–32): 4 is the measured sweet spot. Going 2→4 closes the ±90° gap that makes a sideways dolly disocclude (the pack measured the safe z-dolly jump going 4.2×, from 0.233 m to 0.983 m) and the budget then plateaus. Beyond 4 you're buying projection coverage, not camera freedom - raise it only when projection quality matters more than runtime. Each view costs one depth pass.
• depth_model defaults to MoGe (Ruicheng/moge-2-vitl-normal), and V2 is deliberately not offered - the tooltip says it mis-scales panorama crops ~4.4× (measured on two 8K plates). Don't fight this; it's a real, measured reason.

Other inputs

• pitch_deg (default 0) - the ring tilt, and the tooltip's advice is emphatic: keep it at 0. Tilting removes the horizon and the ground-plane fit stops working (measured: 0 of 6 views reached a measured scale at −20/−40/−60°).
• yaw_offset_deg - rotate the whole ring to move a seam off your subject. Cheap and useful.
• height_samples (default 4) - views solved independently to establish the one shared height.
• fov_deg (default 90), size (default 1024) - per-view crop camera.
• relief_grid (default 256), max_side (cap the long edge before depth inference - with N views the cost multiplies, so this matters more here than on a single plate), device.

Outputs: solve, all_views (the crops, for preview), and report.

Install

cd <ComfyUI>/custom_nodes
git clone https://github.com/mikejamesvfx/atlas-camera.git

Restart (or Manager → "atlas-camera"). Needs the [neural] tier, and in practice the [moge] extra since MoGe is the default backend here. The kornia <0.8.3 cap protects LTXVideo; GitHub-only packages install best with --no-deps on portable ComfyUI. New pack, no community folklore - the measured notes in these tooltips (n_views plateau, pitch=0, MoGe-only) are exactly the kind of detail you'd normally have to rediscover by trial and error, so trust them.