Permission Boundary
make access, scope, and protected regions legible
Running the actual pattern live via applyPattern() — switch the substrate, stack overlays, watch the signals, or reverse the dynamics. Not a mock.
"Permission Boundary" — make access, scope, and protected regions legible. It has a wall layer (bounce matter off a boundary), a sink layer (capture matter (accretion well)), a charge layer (attract/repel charged matter), and a link layer (ropes / cloth between neighbours). The active render stack is voronoi, links, field-lines, particles.
Protected regions hold like walls: authorized actors pass cleanly while unauthorized or risky ones meet resistance and are absorbed (sink) at the boundary. The strong bind confines scope; charge gives each actor its polarity.
Copy this pattern
<field-root></field-root>
<div data-body="wall" data-strength="1.1" data-range="320" data-feedback></div>
<div data-body="sink" data-strength="0.6" data-range="240"></div>
<div data-body="charge" data-strength="0.6" data-range="300" data-spin="1"></div>
<div data-body="link" data-strength="0.5" data-range="280"></div> <script type="module">
import '@fundamental-engine/elements';
</script>
<field-root></field-root>
<div data-body="wall" data-strength="1.1" data-range="320" data-feedback></div>
<div data-body="sink" data-strength="0.6" data-range="240"></div>
<div data-body="charge" data-strength="0.6" data-range="300" data-spin="1"></div>
<div data-body="link" data-strength="0.5" data-range="280"></div> import { FieldField } from '@fundamental-engine/react';
export default function PermissionBoundary() {
return (
<FieldField>
<div data-body="wall" data-strength="1.1" data-range="320" data-feedback />
<div data-body="sink" data-strength="0.6" data-range="240" />
<div data-body="charge" data-strength="0.6" data-range="300" data-spin="1" />
<div data-body="link" data-strength="0.5" data-range="280" />
</FieldField>
);
} {
"id": "permission-boundary",
"name": "Permission Boundary",
"intent": "make access, scope, and protected regions legible",
"naturalField": "strong",
"primitives": [
"wall",
"sink",
"charge",
"link"
],
"bodies": [
{
"body": "wall",
"strength": 1.1,
"range": 320,
"feedback": true
},
{
"body": "sink",
"strength": 0.6,
"range": 240
},
{
"body": "charge",
"strength": 0.6,
"range": 300,
"spin": 1
},
{
"body": "link",
"strength": 0.5,
"range": 280
}
],
"relationships": [
{
"from": "actor",
"to": "region",
"type": "authorized-for",
"strength": 0.7
}
],
"render": [
"voronoi",
"links",
"field-lines",
"particles"
],
"metrics": [
"permission",
"scope",
"risk",
"boundary"
],
"diagnostics": [
"contours",
"force-vectors",
"inspector"
],
"accessibility": {
"reducedMotion": "access labels with protected-region outlines and a permission summary",
"meaningWithoutMotion": "each region is an outlined zone with an access label and a per-actor allow/deny list"
},
"notes": "Protected regions hold like walls: authorized actors pass cleanly while unauthorized or risky ones meet resistance and are absorbed (sink) at the boundary. The strong bind confines scope; charge gives each actor its polarity.",
"tier": "operational",
"status": "shipped",
"concepts": [
"reflect",
"absorb"
]
} See also
- Relationship Bond keep related elements visually and behaviorally connected
- Concept Cluster group related terms, cards, or sections without hard layout changes
- Coherence Field show whether a form, workflow, or dataset is becoming stable
- Form Stability Field show validation as coherence instead of error noise
- Dependency Tension reveal constraints, blockers, and coupled states
- Group Magnet let related cards, assets, or controls cluster intelligently