SECS — Collapse Propagation v3

Terrain

Doctrinenoise

What maps to C

C = ε ∘ ρ ∘ λ ∘ ν ∘ α · C² = C · C⁻¹ ∄

εenvelope — stress, input-block, shutdown

ρreduce — collapse wave (one path, no split)

λlambda / doctrine — green = admissible map

νveto — red edge glow, isolated cells

αaccept / heal — recovery on original A

Paint is easy to copy. These operators are the SECS substrate — not skin.

Mode

Damage

Brush8

Apply Preset

Healing

Speed1.0x

Plasticity3

Propagation

Metrics

Coverage—

Damaged0

Healed0

Isolated (veto)—

Est. heal time—

Wave returns0

Phasedormant

Stress

nominal

D damage · H heal · O observe
R reset · T rebuild · Space pause · N narrator

Cell doctrine

Admissible — may carry signal (current R)

Damaged — was doctrine, now scratched

Void — never admissible (no original A)

Wave — collapse hop bands from origin

Veto glow — rejected at a boundary

Heal walks original A, not current R — recovery can cross damage the fast path cannot.

Collapse propagation — what you are seeing

Live GPU sim of a governed substrate: where collapse is allowed, not a wallpaper. The paint is easy; the operators are the point.

Op	On screen	SECS meaning
ε	Stress bar · input-block · shutdown sweep	Envelope under load
ρ	Green hop bands from your beacon	Reduce / collapse wave
λ	Green land vs black void	Doctrine / admissibility map
ν	Red edge glow · isolated cells	Veto at the boundary
α	Heal mode · gold repaired cells	Accept / neurotrophic restore

C = ε ∘ ρ ∘ λ ∘ ν ∘ α · idempotent (C²=C) · no inverse

Optional: SECS repo thickens the real Sovereign dependency graph into playable corridors.