Flux Field Layer
The flux field layer is the macro layer of elemental play.
Primary purpose
If the lattice layer is about local atomic construction, the flux field layer is about how stabilization spreads, resonates, amplifies, or fails across broader energetic space.
This layer handles:
- field propagation
- resonance tuning
- stabilization coverage
- interference management
- coupling between local repairs and larger structures
Desired feel
This layer should feel:
- dynamic
- systemic
- invisible made legible
The player should feel that they are operating on patterns and forces rather than on solid machinery, but the decisions should still be industrial in spirit.
Key questions
- where should stabilization pressure be concentrated
- which repaired lattice zones should be linked first
- what field harmonics cause reinforcement versus collapse
- how much raw Flux can be processed safely through one network
Main gameplay loops
Propagation loop
- establish local lattice stability
- route field energy through the repaired region
- measure where resonance strengthens or destabilizes neighboring zones
- adjust topology and tuning until repair spreads reliably
Harmonic management loop
- capture and feed raw Flux into the device chain
- translate it into usable stabilization potential
- prevent overload, inversion, or runaway instability
- maintain a field configuration long enough for repairs to become self-supporting
Why this layer matters
Without the flux field layer, the elemental scope would remain too local and puzzle-like. This layer gives the fourth scope its own strategic dimension, just as the inter-region, station exterior, and route layers give strategic shape to the earlier scopes.
It is the field layer that turns atomic repair into a campaign-scale answer.