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Forward Prediction Calculator
Compute λ
eff
(t), g
eff
(t), a
eff
(t) from the unified correction law
Unified Correction Law
X_eff(t) = X_0 · (1 + c_X · G(t)) G(t) = A_base + A_amp · cos(2πt)
A_base
A_amp
λ&sub0; (decay baseline)
cλ (decay coupling)
g&sub0; (time gradient baseline)
c
g
(time gradient coupling)
a&sub0; (inertia baseline)
c
a
(inertia coupling)
Effective Quantities over t ∈ [0, 1]
λ
eff
(t)
g
eff
(t)
a
eff
(t)
Sample Points
t
G(t)
λ
eff
g
eff
a
eff
Δλ/λ&sub0;