This instrument reads one society as a complex adaptive system: eight functional nodes, each carrying four measurable modes, tracked year by year. The panels are four views of the same state — the living network, the phase-space trajectory, the mode averages, and the meaning each node leaks under load.
No society is “good” or “bad” here — only states, trajectories, and thresholds.
Driving the instrument
EntityPick which society the whole instrument reads.
TimelineDrag to move through years. The coloured bands mark the regime it held at each point.
PlayAnimate the trajectory forward through time.
AdjustPlay speed, phase-space axis, trail persistence, smoothing, and the bond lattice.
The eight nodes · living network
Every society is modelled as the same eight functions. Each disc in the network is one node — the poetic label is the instrument’s name, the plain term its civic function.
HeHelmExecutive — command & judgement
ShShieldArmy — force & threat perception
LoLorePriesthood — meaning & legitimacy
ArArchiveState Memory — precedent & continuity
StStewardsProperty Owners — asset stewardship
CrCraftTrades & Professions — technical competence
HaHandsProletariat — labour & morale
FlFlowMerchants — exchange & circulation
In the network, disc size = that node’s viability, hue = the sign of its Ψ (red distressed → green strong), a red halo = stress load, and the lattice lines = bond strength between nodes.
The four modes
At each year, every node carries a four-part state vector:
Nᵢ(t) = [ C, K, S, A ]
C · Coherencehow internally aligned and consistent the node is.
K · Capacitythe resource and ability it has to act.
S · Stressthe load and pressure bearing down on it.
A · Abstractionhow far it reasons beyond the concrete and immediate.
The Four Modes panel shows these averaged across all eight nodes. The colour map blue / green / red / purple is fixed everywhere in CAMS — never inverted.
Viability & system health
A node’s viability is what it has to give, net of what weighs on it — capacity and coherence, plus a little reach, minus stress:
V = C + K − S + ½A
System Health is the mean viability V̄ across all eight nodes — the number at the centre of the network. It is a proxy for systemic durability under pressure.
V̄ < 2.3
the reorganisation threshold — below it the system must restructure or dissolve. It is the dashed red line in phase space.
Phase space · where it sits, where it heads
A single point is where the society is now; the trail is the path it has travelled. Brighter trail = more recent.
x-axismean viability V̄ — further right is healthier.
y-axismomentum dV̄/dt — is it rising or falling? (switchable to bond density in Adjust).
◇ markersattractors — the typical resting points of each regime. Trajectories tend to fall towards them.
red linethe V̄ = 2.3 reorganisation threshold; the shaded band beyond it is the collapse zone.
Epiphenomena · Ψ = (A·C)(K−S)
An epiphenomenon is what a node leaks into the world under load — its visible social and political behaviour. It splits into two forces:
Φ = A·Ccognitive-meaning charge
(Coherence · Abstraction) — how strongly the node thinks and means.
Ω = K − Senergy margin
(Capacity surplus over Stress) — whether it can bear what it thinks.
Their product Ψ = Φ·Ω is the meaning the node actually produces:
Ψ > 0adaptive expression — it means well and can carry it.
Ψ < 0distressed expression — meaning turns pathological.
Ψ ≈ 0inert / exhausted — the node goes quiet.
Intelligent
distress
high charge Φ with a negative margin Ω — a node thinking hard while overloaded, producing sophisticated pathology. The most dangerous quadrant of the field plot.
The seven regimes
Each year is classified into one regime by fixed rules on viability V̄, the weakest node V_min, and bond density B̄. The Reading panel names the current one and shows its rule.
Stable adaptive
High viability and strong bonds — absorbs shocks without losing its form.
V̄ > 10 AND B̄ > 0.25
Strained
Still holding, but the cost of coordination is rising across the network.
elevated stress, bonds intact (default)
Local node failure
One or more nodes have buckled; the whole still stands on the others.
V_min < 4.5 OR s_min < −0.75
Systemic crisis
Viability is collapsing across nodes and the bonds between them are thinning.
V̄ < 6 AND V_min < 0 AND B̄ < 0.20
Freeze / collapse
Coherence is lost — the system must reorganise or dissolve.
V̄ < 0 AND V_min < −3 AND B̄ < 0.15
Phantom Type II
A hollowed core persisting on cultural memory alone.
3 ≤ V̄ ≤ 6 AND V_min < 0
Intermediate / uncertain
Between basins — the trajectory has not yet committed.
unclassified residual
Derived operators
V̄Viability
mean viability across the eight nodes — the System Health reading.
dV̄/dtMomentum
year-on-year change in viability — the direction and speed of travel.
B̄Bond density
average coupling strength between nodes — how tightly the network holds together.
λ₂Connectivity
algebraic connectivity — the network’s resistance to fragmenting into disconnected pieces.
CAMS · Complex Adaptive Model State — a quantitative framework for reading societies as complex adaptive systems.