Skip to content

Privacy-safe route demonstration

Deterministic synthetic pass explorer

A fixed-seed sandbox for inspecting route-ordering ideas without publishing real-world route records or geolocation.

Synthetic and non-operational. Deterministic synthetic demonstration: every waypoint, coordinate, weight, and pass is generated for this page on an abstract normalized plane. It contains no real person, organization, address, calendar, account, or operational route.
Waypoint AmberWaypoint BirchWaypoint CobaltWaypoint DuneWaypoint EmberWaypoint FernWaypoint GarnetWaypoint HarborWaypoint IndigoWaypoint JuniperWaypoint KiteWaypoint LumenAbstract origin
Normalized x/y coordinates only. This is not a geographic map.
Synthetic and non-operational. Deterministic synthetic demonstration: every waypoint, coordinate, weight, and pass is generated for this page on an abstract normalized plane. It contains no real person, organization, address, calendar, account, or operational route.
North Grid
abstract zone
4
waypoints
93.1
closed-route units

Pass Alpha: generated waypoint order

  1. 1Waypoint Dune
    demo-node-04 · North Grid
    x 0.490
    y 0.419
    weight 4
  2. 2Waypoint Amber
    demo-node-01 · North Grid
    x 0.512
    y 0.362
    weight 2
  3. 3Waypoint Garnet
    demo-node-07 · North Grid
    x 0.602
    y 0.185
    weight 1
  4. 4Waypoint Juniper
    demo-node-10 · North Grid
    x 0.359
    y 0.183
    weight 1

Ordering uses deterministic nearest-neighbor selection inside the synthetic fixture. It is illustrative output, not an optimized or verified field plan.

What this demo does—and does not do

The fixture is rebuilt deterministically from a committed numeric seed. It generates twelve fictional waypoints on a unit square, partitions them into three abstract grids, and orders each grid with nearest-neighbor selection.

Distances are Euclidean display units. There are no roads, travel times, appointments, service commitments, or live optimization guarantees. The browser implementation is independent of the pinned Lean declarations.

Open the interactive TSP canvas →