Directed Information Gain (dDIG), Dyad Field Dynamics (M–Y), and Phase-Space Attractors —
computed live in-browser from any CAMS dataset. Select one of 40+ national time series
or upload your own CSV. Bond Strength data (CSV only) enables full 3D attractors.
Dataset
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Directed Information Gain (dDIG) measures how changes in one institutional node
predict system-wide responses, controlling for shock intensity and era.
Needs 30+ years. Results improve with longer, denser time series.
Key Influencers
nDIG per Node
Information Transfer Landscape
Full Results
Dyad Fields:
M = Metabolic Load (stress + capacity shortfall across all nodes) ·
Y = Mythic Integration (coherence + abstraction − stress drag) ·
D = M − Y mismatch. The M–Y phase space reveals attractor basins and regime drift.
M, Y, D Evolution
M–Y Phase Space Trajectory
Phase-Space Attractor: 3D trajectory in M × Y × B space (or 2D if no Bond Strength data).
Upload a CSV with Bond Strength column for the full 3D view.
Colour encodes time. Density heatmap shows attractor basins.
2
Phase Density (M–Y)
Colour intensity = time spent in that region of phase space. Bright areas are attractor basins.