Project Ω — HJB Survival Controller

STATUS: IDLE ENGINE: OFF -- fps
8 anchors → V(X,t) → u*(r,t) · automata tunes γ,T,Σ,depth
Survival Atlas
8 anchors feed Δ→W → γ→HJB
V(X): 00
Iterations: 0
HJB Parameters
1.5
60
Solver
100
0.30
HJB Equation
−∂V/∂t = minu [∇V·(F+u) + ½Tr(ΣT∇²VΣ) + ½γ‖u‖²]
u*(r) = arg min along cell-by-cell BACKWARD induction.
→ reward: −P² + 10·EraIII
AI Automata IDLE
tick 0
awaiting engine
Enable LIVE LOOP, then turn on auto-tune. The automaton proposes one parameter change per tick, re-solves the HJB, and keeps it only if the objective improves.
decision log empty — automaton parked.
H(T) trajectory: no data
0.45
8
0.40
Anchor Vector Inputs (8)
Anchor → Intervention Map
Survival Action Plan
Cumulative Energy Budget
0
0%
0s
Legend
V(X) value function
u*(r) optimal control
paradox density
action outcome
Solver Recall & Progress
RECALL CACHE
Awaiting solver initialization...
0/0
0.00
0s
τ=1e-3 ε=‖Vk-Vk-1
Awaiting solve. Adjust γ, Σ, T; click SOLVE.