SYSTEM NOTE
Path through a charged field.
A visual discharge-path model. Not an electrical engineering simulator.
OBSERVATION CHAMBER / MVP
Discharge Dynamics Chamber
A visual discharge-path model for observing charge, ground, obstacles, voltage, and branching reshape electric routes.
discharge
Prototype
ELECTRIC FIELD
Place charge, ground, and block points, then let the route search through the field.
First observation
Press STRIKE, then add charge, ground, or block points to change the next route.
CHARGE / BRANCH / GROUND / RESIDUE
branches 0 / paths 0
OBS-000 / BOLT / 00:00
OPERATION GUIDE
Shape the next strike.
- CHARGE pulls possible routes through the upper field.
- GROUND gives the path a quiet destination.
- BLOCK forces the route to bend or split around it.
- RESIDUE keeps a faint history of previous strikes.
OBSERVATION POINTS
Watch the route choose.
- CLOUD creates a direct search through a charged field.
- SPLIT and MAZE reveal how obstacles change the path.
- FIELD and BRANCH lenses separate influence from visible discharge.
OBSERVATION GUIDE
Touchpoints for Observation
Observe charge, ground, obstacles, voltage, and branching shaping a discharge path.
- Place charge, ground, or blocks, then strike and compare Bolt, Field, Branch, and Residue views.
- Blocks should bend or interrupt a route rather than decorate it.
- Residue is the memory of a path that already found ground.
This is a visual discharge-path model, not an electrical engineering simulator or safety procedure.
Runs inside the browser with no upload and no registration.
SYSTEM NOTE
path tip(t + 1) = path tip(t) + field(charge, ground, block) + noise. A visual discharge-path model. Not an electrical engineering simulator.
OBSERVATION POLICY
This lab runs in your browser. No image, pointer trace, or input is uploaded by this prototype.
OBSERVATION LOG
Observation logging will be connected with moderation in a later build.