=== BEST-OF-RUN ===
              generation: 6
                   nodes: 109
                   depth: 12
                    hits: 880
TOP INDIVIDUAL:



-- #1 --
                    hits: 880
             raw fitness: 880.0000
    standardized fitness: 880.0000
        adjusted fitness: 0.9989
TREE:
 (* (* (/ (- (exp (* extent extent))
             (log (+ convex convex)))
          (log -0.92200))
       (+ (- (+ major eccentricity)
             (exp (- major eccentricity)))
          (exp minor)))
    (- (/ (log (log (log (/ area perimeter))))
          (- (- (/ (- (- (+ major convex)
                         (exp 0.00559))
                      (/ (+ area minor)
                         (* -0.43435 perimeter)))
                   (log (* (/ (log (* 0.88527 extent))
                              (/ (+ -0.28913 -0.74580)
                                 (- (- major perimeter)
                                    (exp area))))
                           (exp (+ (* (/ minor extent)
                                      (log convex))
                                   (log (log major)))))))
                (- (* (+ (+ major perimeter)
                         (/ convex eccentricity))
                      (/ (- convex minor)
                         (+ (exp area) eccentricity)))
                   (exp (+ (- major minor)
                           (- eccentricity major))))) 0.25428))
       (* (log perimeter)
          (log eccentricity))))
TREE-equ:
y = ((((exp((extent * extent)) - log((convex + convex))) / log(-0.92200)) * (((major + eccentricity) - exp((major - eccentricity))) + exp(minor))) * ((log(log(log((area / perimeter)))) / ((((((major + convex) - exp(0.00559)) - ((area + minor) / (-0.43435 * perimeter))) / log(((log((0.88527 * extent)) / ((-0.28913 + -0.74580) / ((major - perimeter) - exp(area)))) * exp((((minor / extent) * log(convex)) + log(log(major))))))) - ((((major + perimeter) + (convex / eccentricity)) * ((convex - minor) / (exp(area) + eccentricity))) - exp(((major - minor) + (eccentricity - major))))) - 0.25428)) - (log(perimeter) * log(eccentricity))))