SPHERICAL NAVIGATOR · CC GEOMETRY PROTOTYPE 0.2.1

Cline Coordinates · Your position is the center.

Move the reference point. Expand a sphere. Keep point identities; recompute the distance order. Compare a second sphere without renaming the sky.

Unverified legacy coordinates — not flight guidance. This view uses the stored RA, Dec and distance in your registry. The audited registry follows a generated spherical-grid pattern; it has not been authenticated as measured star locations. Physical origin, epoch, velocities and uncertainties remain unspecified. A sky-viewer link does not verify a point. Stored harmonic values remain available as unverified references, not position locks. Read the signature audit.
One explicit registry download, approximately 21 MB. No telescope or spacecraft connection.

Ready. The original lookup remains available without loading the full map.

Registry identity and validation

Not loaded.

Craft reference point

XYZ in the registry's assumed equatorial axes, in parsecs. Point 0 is the original computational origin; its physical identity is unspecified.

Sphere A · centered on craft

Selected point

Load the map to select a point.

Read original registry record

Harmonic signature · reference layer

Not loaded. No sensor lock is available.

Centering on a point is a coordinate demonstration, not an orbit or a maneuver. Edit XYZ afterward to choose an offset.

No propulsion, timing, collision clearance or orbital dynamics are computed.

Sphere B · pinned reference

Not pinned.

Overlapping spherical maps

Rotatable 3-D wireframe projection. Green: sphere A and its points. Amber: sphere B and shared points. White: selected point. The intersection test uses all three dimensions, not screen overlap.

Use the numerical point table below for an accessible view.

These controls rotate the drawing only; they are not craft attitude.

Points in A—
Points in B—
Shared points—

No second sphere selected.

Counts and ranks use the full valid registry. The drawing is capped at 1,500 points.

Expanding-sphere encounter order

Local rank is measured from the current craft point across the full valid registry. Permanent node numbers never change. Equal stored distances are ordered by node number, not claimed to be physically distinguishable.

Local rankPermanent pointRange (pc)Also in B

The snapshot records the registry SHA-256, craft point, sphere definitions, classification limits and current table page. It is not a backup of all registry data or a spacecraft state estimate.