COSC-4P82-Final-Project/build/run_9/regress.bst

=== BEST-OF-RUN ===
              generation: 23
                   nodes: 23
                   depth: 6
                    hits: 945
TOP INDIVIDUAL:


-- #1 --
                    hits: 945
             raw fitness: 945.0000
    standardized fitness: 945.0000
        adjusted fitness: 0.9989
TREE:
 (/ (+ (/ (* perimeter -0.79452)
          (log major)) extent)
    (* (exp (- (log (* area convex))
               (* (exp 0.63537)
                  (* eccentricity perimeter)))) 0.37993))
TREE-equ:
y = ((((perimeter * -0.79452) / log(major)) + extent) / (exp((log((area * convex)) - (exp(0.63537) * (eccentricity * perimeter)))) * 0.37993))
working search 2024-04-01 09:50:07 -04:00			`=== BEST-OF-RUN ===`
thinking of ways to handle aggregation 2024-04-01 11:02:44 -04:00			`generation: 23`
			`nodes: 23`
working search 2024-04-01 09:50:07 -04:00			`depth: 6`
thinking of ways to handle aggregation 2024-04-01 11:02:44 -04:00			`hits: 945`
working search 2024-04-01 09:50:07 -04:00			`TOP INDIVIDUAL:`



			`-- #1 --`
thinking of ways to handle aggregation 2024-04-01 11:02:44 -04:00			`hits: 945`
			`raw fitness: 945.0000`
			`standardized fitness: 945.0000`
working search 2024-04-01 09:50:07 -04:00			`adjusted fitness: 0.9989`
			`TREE:`
thinking of ways to handle aggregation 2024-04-01 11:02:44 -04:00			`(/ (+ (/ (* perimeter -0.79452)`
			`(log major)) extent)`
			`(* (exp (- (log (* area convex))`
			`(* (exp 0.63537)`
			`(* eccentricity perimeter)))) 0.37993))`
working search 2024-04-01 09:50:07 -04:00			`TREE-equ:`
thinking of ways to handle aggregation 2024-04-01 11:02:44 -04:00			`y = ((((perimeter * -0.79452) / log(major)) + extent) / (exp((log((area * convex)) - (exp(0.63537) * (eccentricity * perimeter)))) * 0.37993))`