navigation minimap molecule in prysm

a visual map showing where the neuron is in the cybergraph. spatial orientation — the neuron sees its position relative to surrounding particles and cyberlinks. like a map in a game

protocol role

graph is a molecule in the element tree $\mathcal{T}$. membrane = bottom-l zone of prysm/grid (below stars). on mobile: inside menu context

sizing

viewport sizing
desktop fix($25g$) × auto
mobile inside menu context, fill × scale($0.5$)

$s_{min} = (15g, 15g)$ — below this the map is unreadable

structure

glass [fix(25g) × auto, depth midground]
  raster [graph render — 2D projection of local cybergraph neighborhood]

the graph content is a raster leaf — a rendered image of the local graph topology around the neuron's current position. updated by the renderer, not by the layout protocol

fold

$\mathcal{F}$:

  • $l_1$ ($w_{min} = 25g$): full minimap
  • $l_2$ ($w_{min} = 0$, mobile): moves into menu context

where in prysm/grid

viewport position
desktop bottom-l zone, below stars
mobile inside menu context (not in main grid)

ECS

  • Entity: graph organelle
  • Components:
    • Sizing { width: Fix(25), height: auto }
    • FoldSet { conformations }
    • GraphPosition { current_particle_cid } — neuron's location in cybergraph
  • System: GraphRenderSystem reads GraphPosition, renders local neighborhood as raster

Homonyms

prysm/graph
cybergraph/specs/graph
bootloader/bostrom/graph
The cybergraph module manages cyberlinks — signed, weighted, timestamped directed edges between particles. Each cyberlink is a quadruple: > time (timestamp) => neuron (agent) => from (particle) => to (particle) The authenticated state structure is specified in cyber/bbg. Ranking over the graph is…
cybics/comp/graph
two primitives — nodes and links — and everything else emerges degree, path, adjacency, clusters, hierarchies: all derived from nodes connected by directed edges. a knowledge graph adds meaning to both. the cybergraph adds consensus — particles as nodes, cyberlinks as edges, neurons as authors,…
cybics/crystal/graph
.graph — knowledge graph snapshot in .cyb|format .graph follows the .cyb|format three rules. a .graph file IS a .cyb file — same parsing, same tools. the extension tells humans and tools: this container holds a cybergraph snapshot at a fixed block height. three required sections. four documented…
cyb/optica/src/graph
graph
bootloader/space-pussy/x/graph
graph
soft3/tru/rs/graph
graph
soft3/mir/src/graph
graph
bootloader/go-cyber/x/graph
graph
bootloader/space-pussy/proto/cyber/graph
graph
bootloader/go-cyber/proto/cyber/graph
graph
soft3/glia/import/specs/graph
import graph IR How the runtime gets a Graph IR for execution under [`cyb/cyb-model`](https://cyber.page/cyb/cyb-model). Where the graph comes from The canonical `.model` does **not** embed a graph section. The graph is rebuilt at runtime load time from the config + arch template: Rebuilding from…
cyb/src/features/cyberlinks/graph
graph
bootloader/go-cyber/index/modules/graph
graph
bootloader/go-cyber/js/src/codec/cyber/graph
graph
cyb/evy/forks/bevy_ecs/src/schedule/graph
graph
bootloader/go-cyber/ts/packages/cyber-ts/src/cyber/graph
graph
bootloader/go-cyber/ts/packages/cyber-ts/proto/cyber/graph
graph

Graph