The core does not fight.
It folds.
Straight from the kernel: REFLECT noise · CLAMP overflow · FOLD danger to −1. The defended core sits at −1 — the protected library. Incoming vectors are not destroyed by force; they are converged on by two brackets ))( ! )(( and compressed back to 0. Offense released a vector outward. Defense folds one inward.
)) reflect
The outer ring. A glancing vector — high incidence angle — is mirrored about the radial normal and sent back out. Noise reflects.
( clamp )
The middle ring. A head-on vector that punches through reflect has its speed halved — overflow clamped — so it can be caught.
(( fold → −1
The inner law. An interceptor pulse launches from the core, leads the target, and collapses it to 0. Danger folds to −1.
Three rings. One null.
No layer is mandatory — toggle them and watch the core's survival change. With only FOLD, the interceptors must catch everything. With REFLECT + CLAMP feeding FOLD, the law composes: most of the work is done before a pulse is ever fired.
// per threat crossing a ring, inward if (cross(REFLECT_R) && reflect_on && glancing(v, normal)) v = reflect(v, normal); // noise reflects, vector exits if (cross(CLAMP_R) && clamp_on) v *= 0.5; // overflow clamped if (cross(FOLD_R) && !neutralized) breach(core); // failed to fold in time // FOLD layer, autonomous for (threat in detect_ring) launch_interceptor(lead(threat)); // collapse to 0
Reflect. Clamp. Fold.
( CLAMP )
(( FOLD → −1
( ! ) NULL HELD
REPEAT