19.173 * [progress]: [Phase 1 of 3] Setting up.
0.001 * * * [progress]: [1/2] Preparing points
0.098 * * * [progress]: [2/2] Setting up program.
0.106 * [progress]: [Phase 2 of 3] Improving.
0.107 * [simplify]: Simplifying using #<procedure:simplify-batch-egg> :
  (+ (- (- (* x (log y)) y) z) (log t))
0.109 * * [simplify]: iteration  0 :  20  enodes  (cost  6 )
0.111 * * [simplify]: iteration  1 :  48  enodes  (cost  6 )
0.113 * * [simplify]: iteration  2 :  118  enodes  (cost  6 )
0.116 * * [simplify]: iteration  3 :  247  enodes  (cost  6 )
0.119 * * [simplify]: iteration  4 :  525  enodes  (cost  6 )
0.124 * * [simplify]: iteration  5 :  732  enodes  (cost  6 )
0.129 * * [simplify]: iteration  6 :  937  enodes  (cost  6 )
0.133 * * [simplify]: iteration  7 :  1108  enodes  (cost  6 )
0.138 * * [simplify]: iteration  8 :  1128  enodes  (cost  6 )
0.142 * * [simplify]: iteration  9 :  1128  enodes  (cost  6 )
0.142 * [simplify]: Simplified to:
  (+ (- (- (* x (log y)) y) z) (log t))
0.142 * * [progress]: iteration 1 / 4
0.142 * * * [progress]: picking best candidate
0.146 * * * * [pick]: Picked  #<alt (λ (x y z t) (+ (- (- (* x (log y)) y) z) (log t)))>
0.146 * * * [progress]: localizing error
0.158 * * * [progress]: generating rewritten candidates
0.158 * * * * [progress]: [ 1 / 3 ] rewriting at (2 1 1 1)
0.162 * * * * [progress]: [ 2 / 3 ] rewriting at (2)
0.173 * * * * [progress]: [ 3 / 3 ] rewriting at (2 1)
0.182 * * * [progress]: generating series expansions
0.182 * * * * [progress]: [ 1 / 3 ] generating series at (2 1 1 1)
0.182 * [approximate]: Approximating (* x (log y)) in (x y) around 0
0.183 * [taylor]: Taking taylor expansion of (* x (log y)) in y
0.184 * [taylor]: Taking taylor expansion of (* x (log y)) in y
0.187 * [taylor]: Taking taylor expansion of (* x (log y)) in y
0.191 * [taylor]: Taking taylor expansion of (* x (log y)) in y
0.191 * [approximate]: Approximating (/ (log (/ 1 y)) x) in (x y) around 0
0.193 * [taylor]: Taking taylor expansion of (/ (log (/ 1 y)) x) in y
0.196 * [taylor]: Taking taylor expansion of (/ (log (/ 1 y)) x) in y
0.200 * [taylor]: Taking taylor expansion of (/ (log (/ 1 y)) x) in y
0.205 * [taylor]: Taking taylor expansion of (/ (log (/ 1 y)) x) in y
0.205 * [approximate]: Approximating (* -1 (/ (log (/ -1 y)) x)) in (x y) around 0
0.208 * [taylor]: Taking taylor expansion of (* -1 (/ (log (/ -1 y)) x)) in y
0.212 * [taylor]: Taking taylor expansion of (* -1 (/ (log (/ -1 y)) x)) in y
0.218 * [taylor]: Taking taylor expansion of (* -1 (/ (log (/ -1 y)) x)) in y
0.226 * [taylor]: Taking taylor expansion of (* -1 (/ (log (/ -1 y)) x)) in y
0.227 * * * * [progress]: [ 2 / 3 ] generating series at (2)
0.227 * [approximate]: Approximating (- (+ (* x (log y)) (log t)) (+ z y)) in (x y z t) around 0
0.231 * [taylor]: Taking taylor expansion of (- (+ (* x (log y)) (log t)) (+ z y)) in y
0.231 * [taylor]: Taking taylor expansion of (- (+ (* x (log y)) (log t)) (+ z y)) in z
0.232 * [taylor]: Taking taylor expansion of (- (+ (* x (log y)) (log t)) (+ z y)) in t
0.235 * [taylor]: Taking taylor expansion of (- (+ (* x (log y)) (log t)) (+ z y)) in y
0.235 * [taylor]: Taking taylor expansion of (- (+ (* x (log y)) (log t)) (+ z y)) in z
0.235 * [taylor]: Taking taylor expansion of (- (+ (* x (log y)) (log t)) (+ z y)) in t
0.237 * [taylor]: Taking taylor expansion of (- (+ (* x (log y)) (log t)) (+ z y)) in z
0.237 * [taylor]: Taking taylor expansion of (- (+ (* x (log y)) (log t)) (+ z y)) in t
0.238 * [approximate]: Approximating (- (+ (log (/ 1 t)) (/ (log (/ 1 y)) x)) (+ (/ 1 y) (/ 1 z))) in (x y z t) around 0
0.241 * [taylor]: Taking taylor expansion of (- (+ (log (/ 1 t)) (/ (log (/ 1 y)) x)) (+ (/ 1 y) (/ 1 z))) in y
0.243 * [taylor]: Taking taylor expansion of (- (+ (log (/ 1 t)) (/ (log (/ 1 y)) x)) (+ (/ 1 y) (/ 1 z))) in y
0.244 * [taylor]: Taking taylor expansion of (- (+ (log (/ 1 t)) (/ (log (/ 1 y)) x)) (+ (/ 1 y) (/ 1 z))) in z
0.245 * [taylor]: Taking taylor expansion of (- (+ (log (/ 1 t)) (/ (log (/ 1 y)) x)) (+ (/ 1 y) (/ 1 z))) in z
0.249 * [taylor]: Taking taylor expansion of (- (+ (log (/ 1 t)) (/ (log (/ 1 y)) x)) (+ (/ 1 y) (/ 1 z))) in y
0.250 * [taylor]: Taking taylor expansion of (- (+ (log (/ 1 t)) (/ (log (/ 1 y)) x)) (+ (/ 1 y) (/ 1 z))) in z
0.251 * [taylor]: Taking taylor expansion of (- (+ (log (/ 1 t)) (/ (log (/ 1 y)) x)) (+ (/ 1 y) (/ 1 z))) in t
0.252 * [taylor]: Taking taylor expansion of (- (+ (log (/ 1 t)) (/ (log (/ 1 y)) x)) (+ (/ 1 y) (/ 1 z))) in z
0.252 * [taylor]: Taking taylor expansion of (- (+ (log (/ 1 t)) (/ (log (/ 1 y)) x)) (+ (/ 1 y) (/ 1 z))) in t
0.252 * [taylor]: Taking taylor expansion of (- (+ (log (/ 1 t)) (/ (log (/ 1 y)) x)) (+ (/ 1 y) (/ 1 z))) in t
0.253 * [approximate]: Approximating (- (+ (log (/ -1 t)) (+ (/ 1 y) (/ 1 z))) (/ (log (/ -1 y)) x)) in (x y z t) around 0
0.258 * [taylor]: Taking taylor expansion of (- (+ (log (/ -1 t)) (+ (/ 1 y) (/ 1 z))) (/ (log (/ -1 y)) x)) in y
0.260 * [taylor]: Taking taylor expansion of (- (+ (log (/ -1 t)) (+ (/ 1 y) (/ 1 z))) (/ (log (/ -1 y)) x)) in y
0.261 * [taylor]: Taking taylor expansion of (- (+ (log (/ -1 t)) (+ (/ 1 y) (/ 1 z))) (/ (log (/ -1 y)) x)) in z
0.262 * [taylor]: Taking taylor expansion of (- (+ (log (/ -1 t)) (+ (/ 1 y) (/ 1 z))) (/ (log (/ -1 y)) x)) in z
0.267 * [taylor]: Taking taylor expansion of (- (+ (log (/ -1 t)) (+ (/ 1 y) (/ 1 z))) (/ (log (/ -1 y)) x)) in y
0.268 * [taylor]: Taking taylor expansion of (- (+ (log (/ -1 t)) (+ (/ 1 y) (/ 1 z))) (/ (log (/ -1 y)) x)) in z
0.268 * [taylor]: Taking taylor expansion of (- (+ (log (/ -1 t)) (+ (/ 1 y) (/ 1 z))) (/ (log (/ -1 y)) x)) in t
0.270 * [taylor]: Taking taylor expansion of (- (+ (log (/ -1 t)) (+ (/ 1 y) (/ 1 z))) (/ (log (/ -1 y)) x)) in z
0.270 * [taylor]: Taking taylor expansion of (- (+ (log (/ -1 t)) (+ (/ 1 y) (/ 1 z))) (/ (log (/ -1 y)) x)) in t
0.272 * [taylor]: Taking taylor expansion of (- (+ (log (/ -1 t)) (+ (/ 1 y) (/ 1 z))) (/ (log (/ -1 y)) x)) in t
0.275 * * * * [progress]: [ 3 / 3 ] generating series at (2 1)
0.275 * [approximate]: Approximating (- (* x (log y)) (+ z y)) in (x y z) around 0
0.276 * [taylor]: Taking taylor expansion of (- (* x (log y)) (+ z y)) in y
0.276 * [taylor]: Taking taylor expansion of (- (* x (log y)) (+ z y)) in z
0.277 * [taylor]: Taking taylor expansion of (- (* x (log y)) (+ z y)) in y
0.278 * [taylor]: Taking taylor expansion of (- (* x (log y)) (+ z y)) in z
0.279 * [taylor]: Taking taylor expansion of (- (* x (log y)) (+ z y)) in z
0.280 * [approximate]: Approximating (- (/ (log (/ 1 y)) x) (+ (/ 1 z) (/ 1 y))) in (x y z) around 0
0.282 * [taylor]: Taking taylor expansion of (- (/ (log (/ 1 y)) x) (+ (/ 1 z) (/ 1 y))) in y
0.284 * [taylor]: Taking taylor expansion of (- (/ (log (/ 1 y)) x) (+ (/ 1 z) (/ 1 y))) in y
0.285 * [taylor]: Taking taylor expansion of (- (/ (log (/ 1 y)) x) (+ (/ 1 z) (/ 1 y))) in z
0.286 * [taylor]: Taking taylor expansion of (- (/ (log (/ 1 y)) x) (+ (/ 1 z) (/ 1 y))) in z
0.289 * [taylor]: Taking taylor expansion of (- (/ (log (/ 1 y)) x) (+ (/ 1 z) (/ 1 y))) in y
0.290 * [taylor]: Taking taylor expansion of (- (/ (log (/ 1 y)) x) (+ (/ 1 z) (/ 1 y))) in z
0.292 * [taylor]: Taking taylor expansion of (- (/ (log (/ 1 y)) x) (+ (/ 1 z) (/ 1 y))) in z
0.292 * [approximate]: Approximating (- (+ (/ 1 z) (/ 1 y)) (/ (log (/ -1 y)) x)) in (x y z) around 0
0.296 * [taylor]: Taking taylor expansion of (- (+ (/ 1 z) (/ 1 y)) (/ (log (/ -1 y)) x)) in y
0.298 * [taylor]: Taking taylor expansion of (- (+ (/ 1 z) (/ 1 y)) (/ (log (/ -1 y)) x)) in y
0.299 * [taylor]: Taking taylor expansion of (- (+ (/ 1 z) (/ 1 y)) (/ (log (/ -1 y)) x)) in z
0.300 * [taylor]: Taking taylor expansion of (- (+ (/ 1 z) (/ 1 y)) (/ (log (/ -1 y)) x)) in z
0.304 * [taylor]: Taking taylor expansion of (- (+ (/ 1 z) (/ 1 y)) (/ (log (/ -1 y)) x)) in y
0.307 * [taylor]: Taking taylor expansion of (- (+ (/ 1 z) (/ 1 y)) (/ (log (/ -1 y)) x)) in z
0.309 * [taylor]: Taking taylor expansion of (- (+ (/ 1 z) (/ 1 y)) (/ (log (/ -1 y)) x)) in z
0.312 * * * [progress]: simplifying candidates
0.313 * [simplify]: Simplifying using #<procedure:simplify-batch-egg> :
  (* x (log y))
  (+ (log x) (log (log y)))
  (log (* x (log y)))
  (exp (* x (log y)))
  (* (* (* x x) x) (* (* (log y) (log y)) (log y)))
  (* (cbrt (* x (log y))) (cbrt (* x (log y))))
  (cbrt (* x (log y)))
  (* (* (* x (log y)) (* x (log y))) (* x (log y)))
  (sqrt (* x (log y)))
  (sqrt (* x (log y)))
  (* (sqrt x) (sqrt (log y)))
  (* (sqrt x) (sqrt (log y)))
  (* x (log (* (cbrt y) (cbrt y))))
  (* x (log (cbrt y)))
  (* x (log (sqrt y)))
  (* x (log (sqrt y)))
  (* x (log 1))
  (* x (log y))
  (* (log (* (cbrt y) (cbrt y))) x)
  (* (log (cbrt y)) x)
  (* (log (sqrt y)) x)
  (* (log (sqrt y)) x)
  (* (log 1) x)
  (* (log y) x)
  (* x 1)
  (* x (* (cbrt (log y)) (cbrt (log y))))
  (* x (sqrt (log y)))
  (* x 1)
  (* (cbrt x) (log y))
  (* (sqrt x) (log y))
  (* x (log y))
  (* (/ (/ (exp (* x (log y))) (exp y)) (exp z)) t)
  (* (/ (exp (- (* x (log y)) y)) (exp z)) t)
  (* (exp (- (- (* x (log y)) y) z)) t)
  (log (+ (- (- (* x (log y)) y) z) (log t)))
  (exp (+ (- (- (* x (log y)) y) z) (log t)))
  (* (cbrt (+ (- (- (* x (log y)) y) z) (log t))) (cbrt (+ (- (- (* x (log y)) y) z) (log t))))
  (cbrt (+ (- (- (* x (log y)) y) z) (log t)))
  (* (* (+ (- (- (* x (log y)) y) z) (log t)) (+ (- (- (* x (log y)) y) z) (log t))) (+ (- (- (* x (log y)) y) z) (log t)))
  (sqrt (+ (- (- (* x (log y)) y) z) (log t)))
  (sqrt (+ (- (- (* x (log y)) y) z) (log t)))
  (+ (pow (- (- (* x (log y)) y) z) 3) (pow (log t) 3))
  (+ (* (- (- (* x (log y)) y) z) (- (- (* x (log y)) y) z)) (- (* (log t) (log t)) (* (- (- (* x (log y)) y) z) (log t))))
  (- (* (- (- (* x (log y)) y) z) (- (- (* x (log y)) y) z)) (* (log t) (log t)))
  (- (- (- (* x (log y)) y) z) (log t))
  (+ (- (- (* x (log y)) y) z) (log t))
  (+ (- (- (* x (log y)) y) z) (log t))
  (+ (- (- (* x (log y)) y) z) (log t))
  (+ (- (- (* x (log y)) y) z) (log t))
  (+ (- (- (* x (log y)) y) z) (log (* (cbrt t) (cbrt t))))
  (+ (- (- (* x (log y)) y) z) (log (sqrt t)))
  (+ (- (- (* x (log y)) y) z) (log 1))
  (+ (neg z) (log t))
  (+ (- (neg y) z) (log t))
  (+ (- (- (* x (log (cbrt y))) y) z) (log t))
  (+ (- (- (* x (log (sqrt y))) y) z) (log t))
  (+ (- (- (* x (log y)) y) z) (log t))
  (+ (- (- (* (log (cbrt y)) x) y) z) (log t))
  (+ (- (- (* (log (sqrt y)) x) y) z) (log t))
  (+ (- (- (* (log y) x) y) z) (log t))
  (+ (- (neg y) z) (log t))
  (+ (neg z) (log t))
  (- z (log t))
  (/ (/ (exp (* x (log y))) (exp y)) (exp z))
  (/ (exp (- (* x (log y)) y)) (exp z))
  (log (- (- (* x (log y)) y) z))
  (exp (- (- (* x (log y)) y) z))
  (* (cbrt (- (- (* x (log y)) y) z)) (cbrt (- (- (* x (log y)) y) z)))
  (cbrt (- (- (* x (log y)) y) z))
  (* (* (- (- (* x (log y)) y) z) (- (- (* x (log y)) y) z)) (- (- (* x (log y)) y) z))
  (sqrt (- (- (* x (log y)) y) z))
  (sqrt (- (- (* x (log y)) y) z))
  (- (pow (- (* x (log y)) y) 3) (pow z 3))
  (+ (* (- (* x (log y)) y) (- (* x (log y)) y)) (+ (* z z) (* (- (* x (log y)) y) z)))
  (neg z)
  (- (* (- (* x (log y)) y) (- (* x (log y)) y)) (* z z))
  (+ (- (* x (log y)) y) z)
  (+ (sqrt (- (* x (log y)) y)) (sqrt z))
  (- (sqrt (- (* x (log y)) y)) (sqrt z))
  (- (- (* x (log y)) y) z)
  (- (neg y) z)
  (- (- (* x (log (cbrt y))) y) z)
  (- (- (* x (log (sqrt y))) y) z)
  (- (- (* x (log y)) y) z)
  (- (- (* (log (cbrt y)) x) y) z)
  (- (- (* (log (sqrt y)) x) y) z)
  (- (- (* (log y) x) y) z)
  (- (neg y) z)
  (+ y z)
  (neg z)
  (* x (log y))
  (* -1 (* x (log (/ 1 y))))
  (* (- (log -1) (log (/ -1 y))) x)
  (- (+ (* x (log y)) (log t)) y)
  (neg (+ (* x (log (/ 1 y))) (+ z y)))
  (- (* (log -1) x) (+ z (+ y (* x (log (/ -1 y))))))
  (- (* x (log y)) (+ z y))
  (neg (+ (* x (log (/ 1 y))) (+ z y)))
  (- (* (log -1) x) (+ z (+ y (* x (log (/ -1 y))))))
0.317 * * [simplify]: iteration  0 :  332  enodes  (cost  521 )
0.322 * * [simplify]: iteration  1 :  1115  enodes  (cost  483 )
0.339 * * [simplify]: iteration  2 :  4129  enodes  (cost  455 )
0.399 * * [simplify]: iteration  3 :  5002  enodes  (cost  455 )
0.402 * [simplify]: Simplified to:
  (* x (log y))
  (log (* x (log y)))
  (log (* x (log y)))
  (pow y x)
  (pow (* x (log y)) 3)
  (* (cbrt (* x (log y))) (cbrt (* x (log y))))
  (cbrt (* x (log y)))
  (pow (* x (log y)) 3)
  (sqrt (* x (log y)))
  (sqrt (* x (log y)))
  (* (sqrt x) (sqrt (log y)))
  (* (sqrt x) (sqrt (log y)))
  (* x (* 2 (log (cbrt y))))
  (* x (log (cbrt y)))
  (* x (log (sqrt y)))
  (* x (log (sqrt y)))
  0
  (* x (log y))
  (* x (* 2 (log (cbrt y))))
  (* x (log (cbrt y)))
  (* x (log (sqrt y)))
  (* x (log (sqrt y)))
  0
  (* x (log y))
  x
  (* x (* (cbrt (log y)) (cbrt (log y))))
  (* x (sqrt (log y)))
  x
  (* (cbrt x) (log y))
  (* (sqrt x) (log y))
  (* x (log y))
  (/ (* t (pow y x)) (exp (+ y z)))
  (/ (* t (pow y x)) (exp (+ y z)))
  (/ (* t (pow y x)) (exp (+ y z)))
  (log (+ (- (- (* x (log y)) y) z) (log t)))
  (/ (* t (pow y x)) (exp (+ y z)))
  (* (cbrt (+ (- (- (* x (log y)) y) z) (log t))) (cbrt (+ (- (- (* x (log y)) y) z) (log t))))
  (cbrt (+ (- (- (* x (log y)) y) z) (log t)))
  (pow (+ (- (- (* (log y) x) y) z) (log t)) 3)
  (sqrt (+ (- (- (* x (log y)) y) z) (log t)))
  (sqrt (+ (- (- (* x (log y)) y) z) (log t)))
  (+ (pow (- (- (* x (log y)) y) z) 3) (pow (log t) 3))
  (+ (* (- (- (* (log y) x) y) z) (- (- (- (* x (log y)) y) z) (log t))) (* (log t) (log t)))
  (- (* (- (- (* x (log y)) y) z) (- (- (* x (log y)) y) z)) (* (log t) (log t)))
  (- (- (- (* x (log y)) y) z) (log t))
  (+ (- (- (* (log y) x) y) z) (log t))
  (+ (- (- (* (log y) x) y) z) (log t))
  (+ (- (- (* (log y) x) y) z) (log t))
  (+ (- (- (* (log y) x) y) z) (log t))
  (- (+ (* 2 (log (cbrt t))) (* x (log y))) (+ y z))
  (+ (- (- (* x (log y)) y) z) (log (sqrt t)))
  (- (- (* (log y) x) y) z)
  (- (log t) z)
  (- (- (log t) y) z)
  (+ (- (- (* (log (cbrt y)) x) y) z) (log t))
  (+ (- (- (* (log (sqrt y)) x) y) z) (log t))
  (+ (- (- (* (log y) x) y) z) (log t))
  (+ (- (- (* (log (cbrt y)) x) y) z) (log t))
  (+ (- (- (* (log (sqrt y)) x) y) z) (log t))
  (+ (- (- (* (log y) x) y) z) (log t))
  (- (- (log t) y) z)
  (- (log t) z)
  (- z (log t))
  (exp (- (- (* x (log y)) y) z))
  (exp (- (- (* x (log y)) y) z))
  (log (- (- (* x (log y)) y) z))
  (exp (- (- (* x (log y)) y) z))
  (* (cbrt (- (- (* x (log y)) y) z)) (cbrt (- (- (* x (log y)) y) z)))
  (cbrt (- (- (* x (log y)) y) z))
  (pow (- (- (* x (log y)) y) z) 3)
  (sqrt (- (- (* x (log y)) y) z))
  (sqrt (- (- (* x (log y)) y) z))
  (- (pow (- (* x (log y)) y) 3) (pow z 3))
  (+ (* (- (* (log y) x) y) (+ (- (* x (log y)) y) z)) (* z z))
  (neg z)
  (- (* (- (* x (log y)) y) (- (* x (log y)) y)) (* z z))
  (+ (- (* x (log y)) y) z)
  (+ (sqrt (- (* x (log y)) y)) (sqrt z))
  (- (sqrt (- (* x (log y)) y)) (sqrt z))
  (- (- (* (log y) x) y) z)
  (neg (+ z y))
  (- (- (* (log (cbrt y)) x) y) z)
  (- (- (* (log (sqrt y)) x) y) z)
  (- (- (* (log y) x) y) z)
  (- (- (* (log (cbrt y)) x) y) z)
  (- (- (* (log (sqrt y)) x) y) z)
  (- (- (* (log y) x) y) z)
  (neg (+ z y))
  (+ y z)
  (neg z)
  (* x (log y))
  (* x (log y))
  (* x (log y))
  (- (+ (* x (log y)) (log t)) y)
  (- (- (* (log y) x) y) z)
  (- (- (* (log y) x) y) z)
  (- (- (* (log y) x) y) z)
  (- (- (* (log y) x) y) z)
  (- (- (* (log y) x) y) z)
0.403 * * * [progress]: adding candidates to table
0.674 * * [progress]: iteration 2 / 4
0.674 * * * [progress]: picking best candidate
0.699 * * * * [pick]: Picked  #<alt (λ (x y z t) (+ (- (- (+ (* x (* 2 (log (cbrt y)))) (* x (log (cbrt y)))) y) z) (log t)))>
0.699 * * * [progress]: localizing error
0.714 * * * [progress]: generating rewritten candidates
0.714 * * * * [progress]: [ 1 / 4 ] rewriting at (2 1 1 1 2 2 1)
0.715 * * * * [progress]: [ 2 / 4 ] rewriting at (2 1 1 1 1 2 2 1)
0.716 * * * * [progress]: [ 3 / 4 ] rewriting at (2 1 1 1)
0.726 * * * * [progress]: [ 4 / 4 ] rewriting at (2 1 1 1 2)
0.735 * * * [progress]: generating series expansions
0.735 * * * * [progress]: [ 1 / 4 ] generating series at (2 1 1 1 2 2 1)
0.735 * [approximate]: Approximating (pow y 1/3) in (y) around 0
0.791 * [approximate]: Approximating (pow (/ 1 y) 1/3) in (y) around 0
0.851 * [approximate]: Approximating (* (cbrt -1) (pow (/ 1 y) 1/3)) in (y) around 0
0.927 * * * * [progress]: [ 2 / 4 ] generating series at (2 1 1 1 1 2 2 1)
0.927 * [approximate]: Approximating (pow y 1/3) in (y) around 0
0.984 * [approximate]: Approximating (pow (/ 1 y) 1/3) in (y) around 0
1.049 * [approximate]: Approximating (* (cbrt -1) (pow (/ 1 y) 1/3)) in (y) around 0
1.130 * * * * [progress]: [ 3 / 4 ] generating series at (2 1 1 1)
1.130 * [approximate]: Approximating (* 3 (* x (log (pow y 1/3)))) in (x y) around 0
1.132 * [taylor]: Taking taylor expansion of (* 3 (* x (log (pow y 1/3)))) in y
1.134 * [taylor]: Taking taylor expansion of (* 3 (* x (log (pow y 1/3)))) in y
1.141 * [taylor]: Taking taylor expansion of (* 3 (* x (log (pow y 1/3)))) in y
1.152 * [taylor]: Taking taylor expansion of (* 3 (* x (log (pow y 1/3)))) in y
1.153 * [approximate]: Approximating (* 3 (/ (log (pow (/ 1 y) 1/3)) x)) in (x y) around 0
1.154 * [taylor]: Taking taylor expansion of (* 3 (/ (log (pow (/ 1 y) 1/3)) x)) in y
1.159 * [taylor]: Taking taylor expansion of (* 3 (/ (log (pow (/ 1 y) 1/3)) x)) in y
1.169 * [taylor]: Taking taylor expansion of (* 3 (/ (log (pow (/ 1 y) 1/3)) x)) in y
1.184 * [taylor]: Taking taylor expansion of (* 3 (/ (log (pow (/ 1 y) 1/3)) x)) in y
1.185 * [approximate]: Approximating (neg (* 3 (/ (log (* (cbrt -1) (pow (/ 1 y) 1/3))) x))) in (x y) around 0
1.194 * [taylor]: Taking taylor expansion of (neg (* 3 (/ (log (* (cbrt -1) (pow (/ 1 y) 1/3))) x))) in y
1.208 * [taylor]: Taking taylor expansion of (neg (* 3 (/ (log (* (cbrt -1) (pow (/ 1 y) 1/3))) x))) in y
1.223 * [taylor]: Taking taylor expansion of (neg (* 3 (/ (log (* (cbrt -1) (pow (/ 1 y) 1/3))) x))) in y
1.246 * [taylor]: Taking taylor expansion of (neg (* 3 (/ (log (* (cbrt -1) (pow (/ 1 y) 1/3))) x))) in y
1.246 * * * * [progress]: [ 4 / 4 ] generating series at (2 1 1 1 2)
1.246 * [approximate]: Approximating (* x (log (pow y 1/3))) in (x y) around 0
1.248 * [taylor]: Taking taylor expansion of (* x (log (pow y 1/3))) in y
1.250 * [taylor]: Taking taylor expansion of (* x (log (pow y 1/3))) in y
1.256 * [taylor]: Taking taylor expansion of (* x (log (pow y 1/3))) in y
1.266 * [taylor]: Taking taylor expansion of (* x (log (pow y 1/3))) in y
1.266 * [approximate]: Approximating (/ (log (pow (/ 1 y) 1/3)) x) in (x y) around 0
1.268 * [taylor]: Taking taylor expansion of (/ (log (pow (/ 1 y) 1/3)) x) in y
1.272 * [taylor]: Taking taylor expansion of (/ (log (pow (/ 1 y) 1/3)) x) in y
1.285 * [taylor]: Taking taylor expansion of (/ (log (pow (/ 1 y) 1/3)) x) in y
1.299 * [taylor]: Taking taylor expansion of (/ (log (pow (/ 1 y) 1/3)) x) in y
1.300 * [approximate]: Approximating (* -1 (/ (log (* (cbrt -1) (pow (/ 1 y) 1/3))) x)) in (x y) around 0
1.308 * [taylor]: Taking taylor expansion of (* -1 (/ (log (* (cbrt -1) (pow (/ 1 y) 1/3))) x)) in y
1.317 * [taylor]: Taking taylor expansion of (* -1 (/ (log (* (cbrt -1) (pow (/ 1 y) 1/3))) x)) in y
1.332 * [taylor]: Taking taylor expansion of (* -1 (/ (log (* (cbrt -1) (pow (/ 1 y) 1/3))) x)) in y
1.353 * [taylor]: Taking taylor expansion of (* -1 (/ (log (* (cbrt -1) (pow (/ 1 y) 1/3))) x)) in y
1.354 * * * [progress]: simplifying candidates
1.360 * [simplify]: Simplifying using #<procedure:simplify-batch-egg> :
  (log (cbrt y))
  (exp (cbrt y))
  (cbrt (* (cbrt y) (cbrt y)))
  (cbrt (cbrt y))
  (cbrt (sqrt y))
  (cbrt (sqrt y))
  (cbrt 1)
  (cbrt y)
  (* (cbrt (cbrt y)) (cbrt (cbrt y)))
  (cbrt (cbrt y))
  (* (* (cbrt y) (cbrt y)) (cbrt y))
  (sqrt (cbrt y))
  (sqrt (cbrt y))
  (log (cbrt y))
  (exp (cbrt y))
  (cbrt (* (cbrt y) (cbrt y)))
  (cbrt (cbrt y))
  (cbrt (sqrt y))
  (cbrt (sqrt y))
  (cbrt 1)
  (cbrt y)
  (* (cbrt (cbrt y)) (cbrt (cbrt y)))
  (cbrt (cbrt y))
  (* (* (cbrt y) (cbrt y)) (cbrt y))
  (sqrt (cbrt y))
  (sqrt (cbrt y))
  (* (exp (* x (* 2 (log (cbrt y))))) (exp (* x (log (cbrt y)))))
  (log (+ (* x (* 2 (log (cbrt y)))) (* x (log (cbrt y)))))
  (exp (+ (* x (* 2 (log (cbrt y)))) (* x (log (cbrt y)))))
  (* (cbrt (+ (* x (* 2 (log (cbrt y)))) (* x (log (cbrt y))))) (cbrt (+ (* x (* 2 (log (cbrt y)))) (* x (log (cbrt y))))))
  (cbrt (+ (* x (* 2 (log (cbrt y)))) (* x (log (cbrt y)))))
  (* (* (+ (* x (* 2 (log (cbrt y)))) (* x (log (cbrt y)))) (+ (* x (* 2 (log (cbrt y)))) (* x (log (cbrt y))))) (+ (* x (* 2 (log (cbrt y)))) (* x (log (cbrt y)))))
  (sqrt (+ (* x (* 2 (log (cbrt y)))) (* x (log (cbrt y)))))
  (sqrt (+ (* x (* 2 (log (cbrt y)))) (* x (log (cbrt y)))))
  (+ (pow (* x (* 2 (log (cbrt y)))) 3) (pow (* x (log (cbrt y))) 3))
  (+ (* (* x (* 2 (log (cbrt y)))) (* x (* 2 (log (cbrt y))))) (- (* (* x (log (cbrt y))) (* x (log (cbrt y)))) (* (* x (* 2 (log (cbrt y)))) (* x (log (cbrt y))))))
  (- (* (* x (* 2 (log (cbrt y)))) (* x (* 2 (log (cbrt y))))) (* (* x (log (cbrt y))) (* x (log (cbrt y)))))
  (- (* x (* 2 (log (cbrt y)))) (* x (log (cbrt y))))
  (+ (* 2 (log (cbrt y))) (log (cbrt y)))
  (+ (* x (* 2 (log (cbrt y)))) (* x (log (cbrt (* (cbrt y) (cbrt y))))))
  (+ (* x (* 2 (log (cbrt y)))) (* x (log (cbrt (sqrt y)))))
  (+ (* x (* 2 (log (cbrt y)))) (* x (log (cbrt 1))))
  (+ (* x (* 2 (log (cbrt y)))) (* x (log (* (cbrt (cbrt y)) (cbrt (cbrt y))))))
  (+ (* x (* 2 (log (cbrt y)))) (* x (log (sqrt (cbrt y)))))
  (+ (* x (* 2 (log (cbrt y)))) (* x (log 1)))
  (+ (* x (* 2 (log (cbrt y)))) (* (log (cbrt (* (cbrt y) (cbrt y)))) x))
  (+ (* x (* 2 (log (cbrt y)))) (* (log (cbrt (sqrt y))) x))
  (+ (* x (* 2 (log (cbrt y)))) (* (log (cbrt 1)) x))
  (+ (* x (* 2 (log (cbrt y)))) (* (log (* (cbrt (cbrt y)) (cbrt (cbrt y)))) x))
  (+ (* x (* 2 (log (cbrt y)))) (* (log (sqrt (cbrt y))) x))
  (+ (* x (* 2 (log (cbrt y)))) (* (log 1) x))
  (+ (* x (* 2 (log (cbrt (cbrt y))))) (* x (log (cbrt y))))
  (+ (* x (* 2 (log (cbrt (sqrt y))))) (* x (log (cbrt y))))
  (+ (* x (* 2 (log (cbrt y)))) (* x (log (cbrt y))))
  (+ (* x (* 2 (log (cbrt (cbrt y))))) (* x (log (cbrt y))))
  (+ (* x (* 2 (log (sqrt (cbrt y))))) (* x (log (cbrt y))))
  (+ (* x (* 2 (log (cbrt y)))) (* x (log (cbrt y))))
  (+ (* x (* (log (cbrt (cbrt y))) 2)) (* x (log (cbrt y))))
  (+ (* x (* (log (cbrt (sqrt y))) 2)) (* x (log (cbrt y))))
  (+ (* x (* (log (cbrt y)) 2)) (* x (log (cbrt y))))
  (+ (* x (* (log (cbrt (cbrt y))) 2)) (* x (log (cbrt y))))
  (+ (* x (* (log (sqrt (cbrt y))) 2)) (* x (log (cbrt y))))
  (+ (* x (* (log (cbrt y)) 2)) (* x (log (cbrt y))))
  (+ (* (* 2 (log (cbrt (cbrt y)))) x) (* x (log (cbrt y))))
  (+ (* (* 2 (log (cbrt (sqrt y)))) x) (* x (log (cbrt y))))
  (+ (* (* 2 (log (cbrt y))) x) (* x (log (cbrt y))))
  (+ (* (* 2 (log (cbrt (cbrt y)))) x) (* x (log (cbrt y))))
  (+ (* (* 2 (log (sqrt (cbrt y)))) x) (* x (log (cbrt y))))
  (+ (* (* 2 (log (cbrt y))) x) (* x (log (cbrt y))))
  (+ (* (* (log (cbrt (cbrt y))) 2) x) (* x (log (cbrt y))))
  (+ (* (* (log (cbrt (sqrt y))) 2) x) (* x (log (cbrt y))))
  (+ (* (* (log (cbrt y)) 2) x) (* x (log (cbrt y))))
  (+ (* (* (log (cbrt (cbrt y))) 2) x) (* x (log (cbrt y))))
  (+ (* (* (log (sqrt (cbrt y))) 2) x) (* x (log (cbrt y))))
  (+ (* (* (log (cbrt y)) 2) x) (* x (log (cbrt y))))
  (* x (log (cbrt y)))
  (+ (log x) (log (log (cbrt y))))
  (log (* x (log (cbrt y))))
  (exp (* x (log (cbrt y))))
  (* (* (* x x) x) (* (* (log (cbrt y)) (log (cbrt y))) (log (cbrt y))))
  (* (cbrt (* x (log (cbrt y)))) (cbrt (* x (log (cbrt y)))))
  (cbrt (* x (log (cbrt y))))
  (* (* (* x (log (cbrt y))) (* x (log (cbrt y)))) (* x (log (cbrt y))))
  (sqrt (* x (log (cbrt y))))
  (sqrt (* x (log (cbrt y))))
  (* (sqrt x) (sqrt (log (cbrt y))))
  (* (sqrt x) (sqrt (log (cbrt y))))
  (* x (log (cbrt (* (cbrt y) (cbrt y)))))
  (* x (log (cbrt (cbrt y))))
  (* x (log (cbrt (sqrt y))))
  (* x (log (cbrt (sqrt y))))
  (* x (log (cbrt 1)))
  (* x (log (cbrt y)))
  (* x (log (* (cbrt (cbrt y)) (cbrt (cbrt y)))))
  (* x (log (cbrt (cbrt y))))
  (* x (log (sqrt (cbrt y))))
  (* x (log (sqrt (cbrt y))))
  (* x (log 1))
  (* x (log (cbrt y)))
  (* (log (cbrt (* (cbrt y) (cbrt y)))) x)
  (* (log (cbrt (cbrt y))) x)
  (* (log (cbrt (sqrt y))) x)
  (* (log (cbrt (sqrt y))) x)
  (* (log (cbrt 1)) x)
  (* (log (cbrt y)) x)
  (* (log (* (cbrt (cbrt y)) (cbrt (cbrt y)))) x)
  (* (log (cbrt (cbrt y))) x)
  (* (log (sqrt (cbrt y))) x)
  (* (log (sqrt (cbrt y))) x)
  (* (log 1) x)
  (* (log (cbrt y)) x)
  (* x 1/3)
  (* x 1)
  (* x (* (cbrt (log (cbrt y))) (cbrt (log (cbrt y)))))
  (* x (sqrt (log (cbrt y))))
  (* x 1)
  (* (cbrt x) (log (cbrt y)))
  (* (sqrt x) (log (cbrt y)))
  (* x (log (cbrt y)))
  (pow y 1/3)
  (pow (/ 1 y) -1/3)
  (* (pow (* -1 y) 1/3) (cbrt -1))
  (pow y 1/3)
  (pow (/ 1 y) -1/3)
  (* (pow (* -1 y) 1/3) (cbrt -1))
  (* 3 (* x (log (pow y 1/3))))
  (* 3 (* x (log (pow (/ 1 y) -1/3))))
  (* 3 (* x (log (* (pow (* -1 y) 1/3) (cbrt -1)))))
  (* x (log (pow y 1/3)))
  (* x (log (pow (/ 1 y) -1/3)))
  (* x (log (* (pow (* -1 y) 1/3) (cbrt -1))))
1.366 * * [simplify]: iteration  0 :  345  enodes  (cost  729 )
1.373 * * [simplify]: iteration  1 :  1431  enodes  (cost  634 )
1.407 * * [simplify]: iteration  2 :  5001  enodes  (cost  547 )
1.410 * [simplify]: Simplified to:
  (* (log y) 1/3)
  (exp (cbrt y))
  (cbrt (* (cbrt y) (cbrt y)))
  (cbrt (cbrt y))
  (cbrt (sqrt y))
  (cbrt (sqrt y))
  1
  (pow y 1/3)
  (* (cbrt (cbrt y)) (cbrt (cbrt y)))
  (cbrt (cbrt y))
  y
  (sqrt (cbrt y))
  (sqrt (cbrt y))
  (* (log y) 1/3)
  (exp (cbrt y))
  (cbrt (* (cbrt y) (cbrt y)))
  (cbrt (cbrt y))
  (cbrt (sqrt y))
  (cbrt (sqrt y))
  1
  (pow y 1/3)
  (* (cbrt (cbrt y)) (cbrt (cbrt y)))
  (cbrt (cbrt y))
  y
  (sqrt (cbrt y))
  (sqrt (cbrt y))
  (pow (pow y 1/3) (* 3 x))
  (log (* (log y) x))
  (pow (pow y 1/3) (* 3 x))
  (* (cbrt (+ (* x (* 2 (log (cbrt y)))) (* x (log (cbrt y))))) (cbrt (+ (* x (* 2 (log (cbrt y)))) (* x (log (cbrt y))))))
  (cbrt (+ (* x (* 2 (log (cbrt y)))) (* x (log (cbrt y)))))
  (pow (* (log y) x) 3)
  (sqrt (+ (* x (* 2 (log (cbrt y)))) (* x (log (cbrt y)))))
  (sqrt (+ (* x (* 2 (log (cbrt y)))) (* x (log (cbrt y)))))
  (* 9 (pow (* x (log (cbrt y))) 3))
  (* (* (* x (log (cbrt y))) x) (log y))
  (* (* (* x (log (cbrt y))) x) (log y))
  (* x (log (pow y 1/3)))
  (log y)
  (* x (+ (* 2/3 (log y)) (log (cbrt (* (cbrt y) (cbrt y))))))
  (* x (+ (* 2/3 (log y)) (log (cbrt (sqrt y)))))
  (* 2/3 (* (log y) x))
  (* (* 2 x) (+ (log (pow y 1/3)) (log (cbrt (cbrt y)))))
  (* x (+ (* 2/3 (log y)) (log (sqrt (cbrt y)))))
  (* 2/3 (* (log y) x))
  (* x (+ (* 2/3 (log y)) (log (cbrt (* (cbrt y) (cbrt y))))))
  (* x (+ (* 2/3 (log y)) (log (cbrt (sqrt y)))))
  (* 2/3 (* (log y) x))
  (* (* 2 x) (+ (log (pow y 1/3)) (log (cbrt (cbrt y)))))
  (* x (+ (* 2/3 (log y)) (log (sqrt (cbrt y)))))
  (* 2/3 (* (log y) x))
  (* x (+ (* (log (cbrt (cbrt y))) 2) (log (cbrt y))))
  (* x (+ (* (log (cbrt (sqrt y))) 2) (log (cbrt y))))
  (* x (log y))
  (* x (+ (* (log (cbrt (cbrt y))) 2) (log (cbrt y))))
  (* x (+ (* (log (sqrt (cbrt y))) 2) (log (cbrt y))))
  (* x (log y))
  (* x (+ (* (log (cbrt (cbrt y))) 2) (log (cbrt y))))
  (* x (+ (* (log (cbrt (sqrt y))) 2) (log (cbrt y))))
  (* x (log y))
  (* x (+ (* (log (cbrt (cbrt y))) 2) (log (cbrt y))))
  (* x (+ (* (log (sqrt (cbrt y))) 2) (log (cbrt y))))
  (* x (log y))
  (* x (+ (* (log (cbrt (cbrt y))) 2) (log (cbrt y))))
  (* x (+ (* (log (cbrt (sqrt y))) 2) (log (cbrt y))))
  (* x (log y))
  (* x (+ (* (log (cbrt (cbrt y))) 2) (log (cbrt y))))
  (* x (+ (* (log (sqrt (cbrt y))) 2) (log (cbrt y))))
  (* x (log y))
  (* x (+ (* (log (cbrt (cbrt y))) 2) (log (cbrt y))))
  (* x (+ (* (log (cbrt (sqrt y))) 2) (log (cbrt y))))
  (* x (log y))
  (* x (+ (* (log (cbrt (cbrt y))) 2) (log (cbrt y))))
  (* x (+ (* (log (sqrt (cbrt y))) 2) (log (cbrt y))))
  (* x (log y))
  (* x (log (pow y 1/3)))
  (log (* x (log (cbrt y))))
  (log (* x (log (cbrt y))))
  (pow (pow y 1/3) x)
  (pow (* x (log (cbrt y))) 3)
  (* (cbrt (* x (log (cbrt y)))) (cbrt (* x (log (cbrt y)))))
  (cbrt (* x (log (cbrt y))))
  (pow (* x (log (cbrt y))) 3)
  (sqrt (* x (log (cbrt y))))
  (sqrt (* x (log (cbrt y))))
  (* (sqrt x) (sqrt (log (cbrt y))))
  (* (sqrt x) (sqrt (log (cbrt y))))
  (* x (log (cbrt (* (cbrt y) (cbrt y)))))
  (* x (log (cbrt (cbrt y))))
  (* x (log (cbrt (sqrt y))))
  (* x (log (cbrt (sqrt y))))
  0
  (* x (log (pow y 1/3)))
  (* x (* (log (cbrt (cbrt y))) 2))
  (* x (log (cbrt (cbrt y))))
  (* x (log (sqrt (cbrt y))))
  (* x (log (sqrt (cbrt y))))
  0
  (* x (log (pow y 1/3)))
  (* x (log (cbrt (* (cbrt y) (cbrt y)))))
  (* x (log (cbrt (cbrt y))))
  (* x (log (cbrt (sqrt y))))
  (* x (log (cbrt (sqrt y))))
  0
  (* x (log (pow y 1/3)))
  (* x (* (log (cbrt (cbrt y))) 2))
  (* x (log (cbrt (cbrt y))))
  (* x (log (sqrt (cbrt y))))
  (* x (log (sqrt (cbrt y))))
  0
  (* x (log (pow y 1/3)))
  (* x 1/3)
  x
  (* x (* (cbrt (log (cbrt y))) (cbrt (log (cbrt y)))))
  (* x (sqrt (log (cbrt y))))
  x
  (* (cbrt x) (log (cbrt y)))
  (* (sqrt x) (log (cbrt y)))
  (* x (log (pow y 1/3)))
  (pow y 1/3)
  (pow (/ 1 y) -1/3)
  (* (pow (* -1 y) 1/3) (cbrt -1))
  (pow y 1/3)
  (pow (/ 1 y) -1/3)
  (* (pow (* -1 y) 1/3) (cbrt -1))
  (* x (log y))
  (* -1 (* (log (/ 1 y)) x))
  (* 3 (* x (log (* (pow (* -1 y) 1/3) (cbrt -1)))))
  (* x (log (pow y 1/3)))
  (* x (log (pow (/ 1 y) -1/3)))
  (* x (log (* (pow (* -1 y) 1/3) (cbrt -1))))
1.411 * * * [progress]: adding candidates to table
2.587 * * [progress]: iteration 3 / 4
2.587 * * * [progress]: picking best candidate
2.614 * * * * [pick]: Picked  #<alt (λ (x y z t) (+ (- (- (+ (* (* 2 x) (+ (log (pow y 1/3)) (log (cbrt (cbrt y))))) (* x (log (cbrt (cbrt y))))) y) z) (log t)))>
2.614 * * * [progress]: localizing error
2.638 * * * [progress]: generating rewritten candidates
2.639 * * * * [progress]: [ 1 / 4 ] rewriting at (2 1 1 1 1 2 1 1)
2.641 * * * * [progress]: [ 2 / 4 ] rewriting at (2 1 1 1 2 2 1)
2.642 * * * * [progress]: [ 3 / 4 ] rewriting at (2 1 1 1 1 2 2 1)
2.644 * * * * [progress]: [ 4 / 4 ] rewriting at (2 1 1 1 2 2 1 1)
2.646 * * * [progress]: generating series expansions
2.646 * * * * [progress]: [ 1 / 4 ] generating series at (2 1 1 1 1 2 1 1)
2.646 * [approximate]: Approximating (pow y 1/3) in (y) around 0
2.703 * [approximate]: Approximating (pow (/ 1 y) 1/3) in (y) around 0
2.764 * [approximate]: Approximating (pow (/ -1 y) 1/3) in (y) around 0
2.835 * * * * [progress]: [ 2 / 4 ] generating series at (2 1 1 1 2 2 1)
2.835 * [approximate]: Approximating (pow y 1/9) in (y) around 0
2.893 * [approximate]: Approximating (pow (/ 1 y) 1/9) in (y) around 0
2.955 * [approximate]: Approximating (* (pow (cbrt -1) 1/3) (pow (/ 1 y) 1/9)) in (y) around 0
3.101 * * * * [progress]: [ 3 / 4 ] generating series at (2 1 1 1 1 2 2 1)
3.101 * [approximate]: Approximating (pow y 1/9) in (y) around 0
3.155 * [approximate]: Approximating (pow (/ 1 y) 1/9) in (y) around 0
3.217 * [approximate]: Approximating (* (pow (cbrt -1) 1/3) (pow (/ 1 y) 1/9)) in (y) around 0
3.363 * * * * [progress]: [ 4 / 4 ] generating series at (2 1 1 1 2 2 1 1)
3.364 * [approximate]: Approximating (pow y 1/3) in (y) around 0
3.423 * [approximate]: Approximating (pow (/ 1 y) 1/3) in (y) around 0
3.490 * [approximate]: Approximating (* (cbrt -1) (pow (/ 1 y) 1/3)) in (y) around 0
3.572 * * * [progress]: simplifying candidates
3.573 * [simplify]: Simplifying using #<procedure:simplify-batch-egg> :
  (* (log y) 1/3)
  (* (log y) 1/3)
  (* 1 1/3)
  (pow y (* (cbrt 1/3) (cbrt 1/3)))
  (pow y (sqrt 1/3))
  (pow y 1)
  (pow (* (cbrt y) (cbrt y)) 1/3)
  (pow (cbrt y) 1/3)
  (pow (sqrt y) 1/3)
  (pow (sqrt y) 1/3)
  (pow 1 1/3)
  (pow y 1/3)
  (log (pow y 1/3))
  (exp (pow y 1/3))
  (* (cbrt (pow y 1/3)) (cbrt (pow y 1/3)))
  (cbrt (pow y 1/3))
  (* (* (pow y 1/3) (pow y 1/3)) (pow y 1/3))
  (sqrt (pow y 1/3))
  (sqrt (pow y 1/3))
  (pow y (/ 1/3 2))
  (pow y (/ 1/3 2))
  (log (cbrt (cbrt y)))
  (exp (cbrt (cbrt y)))
  (cbrt (cbrt (* (cbrt y) (cbrt y))))
  (cbrt (cbrt (cbrt y)))
  (cbrt (cbrt (sqrt y)))
  (cbrt (cbrt (sqrt y)))
  (cbrt (cbrt 1))
  (cbrt (cbrt y))
  (cbrt (* (cbrt (cbrt y)) (cbrt (cbrt y))))
  (cbrt (cbrt (cbrt y)))
  (cbrt (sqrt (cbrt y)))
  (cbrt (sqrt (cbrt y)))
  (cbrt 1)
  (cbrt (cbrt y))
  (* (cbrt (cbrt (cbrt y))) (cbrt (cbrt (cbrt y))))
  (cbrt (cbrt (cbrt y)))
  (* (* (cbrt (cbrt y)) (cbrt (cbrt y))) (cbrt (cbrt y)))
  (sqrt (cbrt (cbrt y)))
  (sqrt (cbrt (cbrt y)))
  (log (cbrt (cbrt y)))
  (exp (cbrt (cbrt y)))
  (cbrt (cbrt (* (cbrt y) (cbrt y))))
  (cbrt (cbrt (cbrt y)))
  (cbrt (cbrt (sqrt y)))
  (cbrt (cbrt (sqrt y)))
  (cbrt (cbrt 1))
  (cbrt (cbrt y))
  (cbrt (* (cbrt (cbrt y)) (cbrt (cbrt y))))
  (cbrt (cbrt (cbrt y)))
  (cbrt (sqrt (cbrt y)))
  (cbrt (sqrt (cbrt y)))
  (cbrt 1)
  (cbrt (cbrt y))
  (* (cbrt (cbrt (cbrt y))) (cbrt (cbrt (cbrt y))))
  (cbrt (cbrt (cbrt y)))
  (* (* (cbrt (cbrt y)) (cbrt (cbrt y))) (cbrt (cbrt y)))
  (sqrt (cbrt (cbrt y)))
  (sqrt (cbrt (cbrt y)))
  (log (cbrt y))
  (exp (cbrt y))
  (cbrt (* (cbrt y) (cbrt y)))
  (cbrt (cbrt y))
  (cbrt (sqrt y))
  (cbrt (sqrt y))
  (cbrt 1)
  (cbrt y)
  (* (cbrt (cbrt y)) (cbrt (cbrt y)))
  (cbrt (cbrt y))
  (* (* (cbrt y) (cbrt y)) (cbrt y))
  (sqrt (cbrt y))
  (sqrt (cbrt y))
  (pow y 1/3)
  (pow (/ 1 y) -1/3)
  (exp (* 1/3 (- (log -1) (log (/ -1 y)))))
  (pow y 1/9)
  (pow (/ 1 y) -1/9)
  (* (pow (* -1 y) 1/9) (pow (cbrt -1) 1/3))
  (pow y 1/9)
  (pow (/ 1 y) -1/9)
  (* (pow (* -1 y) 1/9) (pow (cbrt -1) 1/3))
  (pow y 1/3)
  (pow (/ 1 y) -1/3)
  (* (pow (* -1 y) 1/3) (cbrt -1))
3.576 * * [simplify]: iteration  0 :  128  enodes  (cost  228 )
3.578 * * [simplify]: iteration  1 :  366  enodes  (cost  206 )
3.585 * * [simplify]: iteration  2 :  1321  enodes  (cost  196 )
3.616 * * [simplify]: iteration  3 :  5001  enodes  (cost  191 )
3.618 * [simplify]: Simplified to:
  (log (pow y 1/3))
  (log (pow y 1/3))
  1/3
  (pow y (* (cbrt 1/3) (cbrt 1/3)))
  (pow y (sqrt 1/3))
  y
  (cbrt (pow y 2/3))
  (pow (cbrt y) 1/3)
  (pow (sqrt y) 1/3)
  (pow (sqrt y) 1/3)
  1
  (pow y 1/3)
  (log (pow y 1/3))
  (exp (cbrt y))
  (pow (pow y 1/3) 2/3)
  (pow (cbrt y) 1/3)
  y
  (sqrt (cbrt y))
  (sqrt (cbrt y))
  (pow y 1/6)
  (pow y 1/6)
  (* 1/9 (log y))
  (exp (cbrt (cbrt y)))
  (cbrt (cbrt (* (cbrt y) (cbrt y))))
  (cbrt (cbrt (cbrt y)))
  (cbrt (cbrt (sqrt y)))
  (cbrt (cbrt (sqrt y)))
  1
  (pow (cbrt y) 1/3)
  (cbrt (* (cbrt (cbrt y)) (cbrt (cbrt y))))
  (cbrt (cbrt (cbrt y)))
  (cbrt (sqrt (cbrt y)))
  (cbrt (sqrt (cbrt y)))
  1
  (pow (cbrt y) 1/3)
  (* (cbrt (cbrt (cbrt y))) (cbrt (cbrt (cbrt y))))
  (cbrt (cbrt (cbrt y)))
  (pow y 1/3)
  (sqrt (cbrt (cbrt y)))
  (sqrt (cbrt (cbrt y)))
  (* 1/9 (log y))
  (exp (cbrt (cbrt y)))
  (cbrt (cbrt (* (cbrt y) (cbrt y))))
  (cbrt (cbrt (cbrt y)))
  (cbrt (cbrt (sqrt y)))
  (cbrt (cbrt (sqrt y)))
  1
  (pow (cbrt y) 1/3)
  (cbrt (* (cbrt (cbrt y)) (cbrt (cbrt y))))
  (cbrt (cbrt (cbrt y)))
  (cbrt (sqrt (cbrt y)))
  (cbrt (sqrt (cbrt y)))
  1
  (pow (cbrt y) 1/3)
  (* (cbrt (cbrt (cbrt y))) (cbrt (cbrt (cbrt y))))
  (cbrt (cbrt (cbrt y)))
  (pow y 1/3)
  (sqrt (cbrt (cbrt y)))
  (sqrt (cbrt (cbrt y)))
  (log (pow y 1/3))
  (exp (cbrt y))
  (cbrt (pow y 2/3))
  (pow (cbrt y) 1/3)
  (pow (sqrt y) 1/3)
  (pow (sqrt y) 1/3)
  1
  (pow y 1/3)
  (pow (pow y 1/3) 2/3)
  (pow (cbrt y) 1/3)
  y
  (sqrt (cbrt y))
  (sqrt (cbrt y))
  (pow y 1/3)
  (pow (/ 1 y) -1/3)
  (pow y 1/3)
  (pow y 1/9)
  (pow (/ 1 y) -1/9)
  (* (pow (* -1 y) 1/9) (pow (cbrt -1) 1/3))
  (pow y 1/9)
  (pow (/ 1 y) -1/9)
  (* (pow (* -1 y) 1/9) (pow (cbrt -1) 1/3))
  (pow y 1/3)
  (pow (/ 1 y) -1/3)
  (* (pow (* -1 y) 1/3) (cbrt -1))
3.619 * * * [progress]: adding candidates to table
4.325 * * [progress]: iteration 4 / 4
4.325 * * * [progress]: picking best candidate
4.346 * * * * [pick]: Picked  #<alt (λ (x y z t) (+ (- (- (* (* (cbrt (* x (log y))) (cbrt (* x (log y)))) (cbrt (* x (log y)))) y) z) (log t)))>
4.346 * * * [progress]: localizing error
4.359 * * * [progress]: generating rewritten candidates
4.359 * * * * [progress]: [ 1 / 4 ] rewriting at (2 1 1 1 2)
4.362 * * * * [progress]: [ 2 / 4 ] rewriting at (2 1 1 1 1 2)
4.364 * * * * [progress]: [ 3 / 4 ] rewriting at (2 1 1 1 1 1)
4.366 * * * * [progress]: [ 4 / 4 ] rewriting at (2 1 1 1 1)
4.372 * * * [progress]: generating series expansions
4.372 * * * * [progress]: [ 1 / 4 ] generating series at (2 1 1 1 2)
4.372 * [approximate]: Approximating (pow (* x (log y)) 1/3) in (x y) around 0
4.376 * [taylor]: Taking taylor expansion of (pow (* x (log y)) 1/3) in y
4.383 * [taylor]: Taking taylor expansion of (pow (* x (log y)) 1/3) in y
4.399 * [taylor]: Taking taylor expansion of (pow (* x (log y)) 1/3) in y
4.429 * [taylor]: Taking taylor expansion of (pow (* x (log y)) 1/3) in y
4.430 * [approximate]: Approximating (pow (/ (log (/ 1 y)) x) 1/3) in (x y) around 0
4.435 * [taylor]: Taking taylor expansion of (pow (/ (log (/ 1 y)) x) 1/3) in y
4.443 * [taylor]: Taking taylor expansion of (pow (/ (log (/ 1 y)) x) 1/3) in y
4.455 * [taylor]: Taking taylor expansion of (pow (/ (log (/ 1 y)) x) 1/3) in y
4.471 * [taylor]: Taking taylor expansion of (pow (/ (log (/ 1 y)) x) 1/3) in y
4.471 * [approximate]: Approximating (* (cbrt -1) (pow (/ (log (/ -1 y)) x) 1/3)) in (x y) around 0
4.479 * [taylor]: Taking taylor expansion of (* (cbrt -1) (pow (/ (log (/ -1 y)) x) 1/3)) in y
4.489 * [taylor]: Taking taylor expansion of (* (cbrt -1) (pow (/ (log (/ -1 y)) x) 1/3)) in y
4.503 * [taylor]: Taking taylor expansion of (* (cbrt -1) (pow (/ (log (/ -1 y)) x) 1/3)) in y
4.529 * [taylor]: Taking taylor expansion of (* (cbrt -1) (pow (/ (log (/ -1 y)) x) 1/3)) in y
4.530 * * * * [progress]: [ 2 / 4 ] generating series at (2 1 1 1 1 2)
4.530 * [approximate]: Approximating (pow (* x (log y)) 1/3) in (x y) around 0
4.534 * [taylor]: Taking taylor expansion of (pow (* x (log y)) 1/3) in y
4.539 * [taylor]: Taking taylor expansion of (pow (* x (log y)) 1/3) in y
4.549 * [taylor]: Taking taylor expansion of (pow (* x (log y)) 1/3) in y
4.564 * [taylor]: Taking taylor expansion of (pow (* x (log y)) 1/3) in y
4.565 * [approximate]: Approximating (pow (/ (log (/ 1 y)) x) 1/3) in (x y) around 0
4.567 * [taylor]: Taking taylor expansion of (pow (/ (log (/ 1 y)) x) 1/3) in y
4.573 * [taylor]: Taking taylor expansion of (pow (/ (log (/ 1 y)) x) 1/3) in y
4.583 * [taylor]: Taking taylor expansion of (pow (/ (log (/ 1 y)) x) 1/3) in y
4.603 * [taylor]: Taking taylor expansion of (pow (/ (log (/ 1 y)) x) 1/3) in y
4.604 * [approximate]: Approximating (* (cbrt -1) (pow (/ (log (/ -1 y)) x) 1/3)) in (x y) around 0
4.611 * [taylor]: Taking taylor expansion of (* (cbrt -1) (pow (/ (log (/ -1 y)) x) 1/3)) in y
4.621 * [taylor]: Taking taylor expansion of (* (cbrt -1) (pow (/ (log (/ -1 y)) x) 1/3)) in y
4.635 * [taylor]: Taking taylor expansion of (* (cbrt -1) (pow (/ (log (/ -1 y)) x) 1/3)) in y
4.657 * [taylor]: Taking taylor expansion of (* (cbrt -1) (pow (/ (log (/ -1 y)) x) 1/3)) in y
4.658 * * * * [progress]: [ 3 / 4 ] generating series at (2 1 1 1 1 1)
4.658 * [approximate]: Approximating (pow (* x (log y)) 1/3) in (x y) around 0
4.662 * [taylor]: Taking taylor expansion of (pow (* x (log y)) 1/3) in y
4.671 * [taylor]: Taking taylor expansion of (pow (* x (log y)) 1/3) in y
4.681 * [taylor]: Taking taylor expansion of (pow (* x (log y)) 1/3) in y
4.697 * [taylor]: Taking taylor expansion of (pow (* x (log y)) 1/3) in y
4.697 * [approximate]: Approximating (pow (/ (log (/ 1 y)) x) 1/3) in (x y) around 0
4.700 * [taylor]: Taking taylor expansion of (pow (/ (log (/ 1 y)) x) 1/3) in y
4.705 * [taylor]: Taking taylor expansion of (pow (/ (log (/ 1 y)) x) 1/3) in y
4.715 * [taylor]: Taking taylor expansion of (pow (/ (log (/ 1 y)) x) 1/3) in y
4.731 * [taylor]: Taking taylor expansion of (pow (/ (log (/ 1 y)) x) 1/3) in y
4.731 * [approximate]: Approximating (* (cbrt -1) (pow (/ (log (/ -1 y)) x) 1/3)) in (x y) around 0
4.739 * [taylor]: Taking taylor expansion of (* (cbrt -1) (pow (/ (log (/ -1 y)) x) 1/3)) in y
4.754 * [taylor]: Taking taylor expansion of (* (cbrt -1) (pow (/ (log (/ -1 y)) x) 1/3)) in y
4.768 * [taylor]: Taking taylor expansion of (* (cbrt -1) (pow (/ (log (/ -1 y)) x) 1/3)) in y
4.790 * [taylor]: Taking taylor expansion of (* (cbrt -1) (pow (/ (log (/ -1 y)) x) 1/3)) in y
4.791 * * * * [progress]: [ 4 / 4 ] generating series at (2 1 1 1 1)
4.791 * [approximate]: Approximating (pow (* (pow x 2) (pow (log y) 2)) 1/3) in (x y) around 0
4.795 * [taylor]: Taking taylor expansion of (pow (* (pow x 2) (pow (log y) 2)) 1/3) in y
4.801 * [taylor]: Taking taylor expansion of (pow (* (pow x 2) (pow (log y) 2)) 1/3) in y
4.811 * [taylor]: Taking taylor expansion of (pow (* (pow x 2) (pow (log y) 2)) 1/3) in y
4.833 * [taylor]: Taking taylor expansion of (pow (* (pow x 2) (pow (log y) 2)) 1/3) in y
4.834 * [approximate]: Approximating (pow (/ (pow (log (/ 1 y)) 2) (pow x 2)) 1/3) in (x y) around 0
4.838 * [taylor]: Taking taylor expansion of (pow (/ (pow (log (/ 1 y)) 2) (pow x 2)) 1/3) in y
4.845 * [taylor]: Taking taylor expansion of (pow (/ (pow (log (/ 1 y)) 2) (pow x 2)) 1/3) in y
4.857 * [taylor]: Taking taylor expansion of (pow (/ (pow (log (/ 1 y)) 2) (pow x 2)) 1/3) in y
4.875 * [taylor]: Taking taylor expansion of (pow (/ (pow (log (/ 1 y)) 2) (pow x 2)) 1/3) in y
4.876 * [approximate]: Approximating (* (pow (cbrt -1) 2) (pow (/ (pow (log (/ -1 y)) 2) (pow x 2)) 1/3)) in (x y) around 0
4.888 * [taylor]: Taking taylor expansion of (* (pow (cbrt -1) 2) (pow (/ (pow (log (/ -1 y)) 2) (pow x 2)) 1/3)) in y
4.903 * [taylor]: Taking taylor expansion of (* (pow (cbrt -1) 2) (pow (/ (pow (log (/ -1 y)) 2) (pow x 2)) 1/3)) in y
4.927 * [taylor]: Taking taylor expansion of (* (pow (cbrt -1) 2) (pow (/ (pow (log (/ -1 y)) 2) (pow x 2)) 1/3)) in y
4.954 * [taylor]: Taking taylor expansion of (* (pow (cbrt -1) 2) (pow (/ (pow (log (/ -1 y)) 2) (pow x 2)) 1/3)) in y
4.956 * * * [progress]: simplifying candidates
4.957 * [simplify]: Simplifying using #<procedure:simplify-batch-egg> :
  (log (cbrt (* x (log y))))
  (exp (cbrt (* x (log y))))
  (cbrt x)
  (cbrt (log y))
  (* (cbrt (cbrt (* x (log y)))) (cbrt (cbrt (* x (log y)))))
  (cbrt (cbrt (* x (log y))))
  (* (* (cbrt (* x (log y))) (cbrt (* x (log y)))) (cbrt (* x (log y))))
  (sqrt (cbrt (* x (log y))))
  (sqrt (cbrt (* x (log y))))
  (log (cbrt (* x (log y))))
  (exp (cbrt (* x (log y))))
  (cbrt x)
  (cbrt (log y))
  (* (cbrt (cbrt (* x (log y)))) (cbrt (cbrt (* x (log y)))))
  (cbrt (cbrt (* x (log y))))
  (* (* (cbrt (* x (log y))) (cbrt (* x (log y)))) (cbrt (* x (log y))))
  (sqrt (cbrt (* x (log y))))
  (sqrt (cbrt (* x (log y))))
  (log (cbrt (* x (log y))))
  (exp (cbrt (* x (log y))))
  (cbrt x)
  (cbrt (log y))
  (* (cbrt (cbrt (* x (log y)))) (cbrt (cbrt (* x (log y)))))
  (cbrt (cbrt (* x (log y))))
  (* (* (cbrt (* x (log y))) (cbrt (* x (log y)))) (cbrt (* x (log y))))
  (sqrt (cbrt (* x (log y))))
  (sqrt (cbrt (* x (log y))))
  (+ 1/3 1/3)
  (+ 1 1)
  (* (* x (log y)) (* x (log y)))
  (* (cbrt (* x (log y))) (cbrt (* x (log y))))
  (+ 1 1)
  (+ (log (cbrt (* x (log y)))) (log (cbrt (* x (log y)))))
  (log (* (cbrt (* x (log y))) (cbrt (* x (log y)))))
  (exp (* (cbrt (* x (log y))) (cbrt (* x (log y)))))
  (* (* x (log y)) (* x (log y)))
  (* (cbrt (* (cbrt (* x (log y))) (cbrt (* x (log y))))) (cbrt (* (cbrt (* x (log y))) (cbrt (* x (log y))))))
  (cbrt (* (cbrt (* x (log y))) (cbrt (* x (log y)))))
  (* (* (* (cbrt (* x (log y))) (cbrt (* x (log y)))) (* (cbrt (* x (log y))) (cbrt (* x (log y))))) (* (cbrt (* x (log y))) (cbrt (* x (log y)))))
  (sqrt (* (cbrt (* x (log y))) (cbrt (* x (log y)))))
  (sqrt (* (cbrt (* x (log y))) (cbrt (* x (log y)))))
  (* (cbrt x) (cbrt x))
  (* (cbrt (log y)) (cbrt (log y)))
  (* (* (cbrt (cbrt (* x (log y)))) (cbrt (cbrt (* x (log y))))) (* (cbrt (cbrt (* x (log y)))) (cbrt (cbrt (* x (log y))))))
  (* (cbrt (cbrt (* x (log y)))) (cbrt (cbrt (* x (log y)))))
  (* (sqrt (cbrt (* x (log y)))) (sqrt (cbrt (* x (log y)))))
  (* (sqrt (cbrt (* x (log y)))) (sqrt (cbrt (* x (log y)))))
  (* 1 1)
  (* (cbrt (* x (log y))) (cbrt (* x (log y))))
  (* (sqrt (cbrt (* x (log y)))) (sqrt (cbrt (* x (log y)))))
  (* (sqrt (cbrt (* x (log y)))) (sqrt (cbrt (* x (log y)))))
  (* 2 1/3)
  (* 2 1)
  (* (cbrt (* x (log y))) (cbrt x))
  (* (cbrt (* x (log y))) (* (cbrt (cbrt (* x (log y)))) (cbrt (cbrt (* x (log y))))))
  (* (cbrt (* x (log y))) (sqrt (cbrt (* x (log y)))))
  (* (cbrt (* x (log y))) 1)
  (* (cbrt (log y)) (cbrt (* x (log y))))
  (* (cbrt (cbrt (* x (log y)))) (cbrt (* x (log y))))
  (* (sqrt (cbrt (* x (log y)))) (cbrt (* x (log y))))
  (* (cbrt (* x (log y))) (cbrt (* x (log y))))
  (exp (* 1/3 (+ (log (log y)) (log x))))
  (exp (* 1/3 (- (log (neg (log (/ 1 y)))) (log (/ 1 x)))))
  (* (cbrt -1) (exp (* 1/3 (- (log (- (log -1) (log (/ -1 y)))) (log (/ -1 x))))))
  (exp (* 1/3 (+ (log (log y)) (log x))))
  (exp (* 1/3 (- (log (neg (log (/ 1 y)))) (log (/ 1 x)))))
  (* (cbrt -1) (exp (* 1/3 (- (log (- (log -1) (log (/ -1 y)))) (log (/ -1 x))))))
  (exp (* 1/3 (+ (log (log y)) (log x))))
  (exp (* 1/3 (- (log (neg (log (/ 1 y)))) (log (/ 1 x)))))
  (* (cbrt -1) (exp (* 1/3 (- (log (- (log -1) (log (/ -1 y)))) (log (/ -1 x))))))
  (exp (* 1/3 (+ (* 2 (log x)) (log (pow (log y) 2)))))
  (exp (* 1/3 (- (log (pow (log (/ 1 y)) 2)) (* 2 (log (/ 1 x))))))
  (* (pow (cbrt -1) 2) (exp (* 1/3 (- (log (pow (- (log -1) (log (/ -1 y))) 2)) (* 2 (log (/ -1 x)))))))
4.960 * * [simplify]: iteration  0 :  188  enodes  (cost  445 )
4.964 * * [simplify]: iteration  1 :  594  enodes  (cost  383 )
4.976 * * [simplify]: iteration  2 :  2797  enodes  (cost  337 )
5.029 * * [simplify]: iteration  3 :  5002  enodes  (cost  321 )
5.031 * [simplify]: Simplified to:
  (log (cbrt (* x (log y))))
  (exp (cbrt (* x (log y))))
  (cbrt x)
  (cbrt (log y))
  (* (cbrt (cbrt (* x (log y)))) (cbrt (cbrt (* x (log y)))))
  (cbrt (cbrt (* x (log y))))
  (* x (log y))
  (sqrt (cbrt (* x (log y))))
  (sqrt (cbrt (* x (log y))))
  (log (cbrt (* x (log y))))
  (exp (cbrt (* x (log y))))
  (cbrt x)
  (cbrt (log y))
  (* (cbrt (cbrt (* x (log y)))) (cbrt (cbrt (* x (log y)))))
  (cbrt (cbrt (* x (log y))))
  (* x (log y))
  (sqrt (cbrt (* x (log y))))
  (sqrt (cbrt (* x (log y))))
  (log (cbrt (* x (log y))))
  (exp (cbrt (* x (log y))))
  (cbrt x)
  (cbrt (log y))
  (* (cbrt (cbrt (* x (log y)))) (cbrt (cbrt (* x (log y)))))
  (cbrt (cbrt (* x (log y))))
  (* x (log y))
  (sqrt (cbrt (* x (log y))))
  (sqrt (cbrt (* x (log y))))
  2/3
  2
  (* (* x x) (pow (log y) 2))
  (pow (sqrt (cbrt (* x (log y)))) 4)
  2
  (* 2 (log (cbrt (* x (log y)))))
  (* 2 (log (cbrt (* x (log y)))))
  (pow (exp 1) (pow (sqrt (cbrt (* x (log y)))) 4))
  (* (* x x) (pow (log y) 2))
  (* (cbrt (* (cbrt (* x (log y))) (cbrt (* x (log y))))) (cbrt (* (cbrt (* x (log y))) (cbrt (* x (log y))))))
  (cbrt (* (cbrt (* x (log y))) (cbrt (* x (log y)))))
  (* (* x x) (pow (log y) 2))
  (fabs (cbrt (* x (log y))))
  (fabs (cbrt (* x (log y))))
  (pow x 2/3)
  (pow (log y) 2/3)
  (pow (cbrt (cbrt (* x (log y)))) 4)
  (* (cbrt (cbrt (* x (log y)))) (cbrt (cbrt (* x (log y)))))
  (cbrt (* x (log y)))
  (cbrt (* x (log y)))
  1
  (pow (sqrt (cbrt (* x (log y)))) 4)
  (cbrt (* x (log y)))
  (cbrt (* x (log y)))
  2/3
  2
  (* (cbrt (* x (log y))) (cbrt x))
  (pow (cbrt (cbrt (* x (log y)))) 5)
  (pow (sqrt (cbrt (* x (log y)))) 3)
  (cbrt (* x (log y)))
  (* (cbrt (log y)) (cbrt (* x (log y))))
  (pow (cbrt (cbrt (* x (log y)))) 4)
  (pow (sqrt (cbrt (* x (log y)))) 3)
  (pow (sqrt (cbrt (* x (log y)))) 4)
  (cbrt (* x (log y)))
  (cbrt (* x (log y)))
  (* (cbrt -1) (exp (* 1/3 (- (log (- (log -1) (log (/ -1 y)))) (log (/ -1 x))))))
  (cbrt (* x (log y)))
  (cbrt (* x (log y)))
  (* (cbrt -1) (exp (* 1/3 (- (log (- (log -1) (log (/ -1 y)))) (log (/ -1 x))))))
  (cbrt (* x (log y)))
  (cbrt (* x (log y)))
  (* (cbrt -1) (exp (* 1/3 (- (log (- (log -1) (log (/ -1 y)))) (log (/ -1 x))))))
  (pow (sqrt (cbrt (* x (log y)))) 4)
  (pow (sqrt (cbrt (* x (log y)))) 4)
  (* (pow (cbrt -1) 2) (exp (* 1/3 (- (log (pow (- (log -1) (log (/ -1 y))) 2)) (* 2 (log (/ -1 x)))))))
5.032 * * * [progress]: adding candidates to table
5.410 * [progress]: [Phase 3 of 3] Extracting.
5.410 * * [regime]: Finding splitpoints for: (#<alt (λ (x y z t) (+ (- (- (+ (* (* 2 x) (+ (log (pow y 1/3)) (log (cbrt (cbrt y))))) (* x (log (cbrt (cbrt y))))) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (* (* x (sqrt (log y))) (sqrt (log y))) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (+ (* x (* 2 (log (cbrt y)))) (* x (log (cbrt y)))) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (* x (log y)) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (* (* (cbrt (* x (log y))) (cbrt (* x (log y)))) (cbrt (* x (log y)))) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (* (* x (* (cbrt (log y)) (cbrt (log y)))) (cbrt (log y))) y) z) (log t)))> #<alt (λ (x y z t) (log (/ (* t (pow y x)) (exp (+ y z)))))>)
5.412 * * * [regime-changes]: Trying 8 branch expressions: ((log t) (- (* x (log y)) y) (- (- (* x (log y)) y) z) (+ (- (- (* x (log y)) y) z) (log t)) t z y x)
5.412 * * * * [regimes]: Trying to branch on (log t) from (#<alt (λ (x y z t) (+ (- (- (+ (* (* 2 x) (+ (log (pow y 1/3)) (log (cbrt (cbrt y))))) (* x (log (cbrt (cbrt y))))) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (* (* x (sqrt (log y))) (sqrt (log y))) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (+ (* x (* 2 (log (cbrt y)))) (* x (log (cbrt y)))) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (* x (log y)) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (* (* (cbrt (* x (log y))) (cbrt (* x (log y)))) (cbrt (* x (log y)))) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (* (* x (* (cbrt (log y)) (cbrt (log y)))) (cbrt (log y))) y) z) (log t)))> #<alt (λ (x y z t) (log (/ (* t (pow y x)) (exp (+ y z)))))>)
5.498 * * * * [regimes]: Trying to branch on (- (* x (log y)) y) from (#<alt (λ (x y z t) (+ (- (- (+ (* (* 2 x) (+ (log (pow y 1/3)) (log (cbrt (cbrt y))))) (* x (log (cbrt (cbrt y))))) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (* (* x (sqrt (log y))) (sqrt (log y))) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (+ (* x (* 2 (log (cbrt y)))) (* x (log (cbrt y)))) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (* x (log y)) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (* (* (cbrt (* x (log y))) (cbrt (* x (log y)))) (cbrt (* x (log y)))) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (* (* x (* (cbrt (log y)) (cbrt (log y)))) (cbrt (log y))) y) z) (log t)))> #<alt (λ (x y z t) (log (/ (* t (pow y x)) (exp (+ y z)))))>)
5.586 * * * * [regimes]: Trying to branch on (- (- (* x (log y)) y) z) from (#<alt (λ (x y z t) (+ (- (- (+ (* (* 2 x) (+ (log (pow y 1/3)) (log (cbrt (cbrt y))))) (* x (log (cbrt (cbrt y))))) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (* (* x (sqrt (log y))) (sqrt (log y))) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (+ (* x (* 2 (log (cbrt y)))) (* x (log (cbrt y)))) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (* x (log y)) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (* (* (cbrt (* x (log y))) (cbrt (* x (log y)))) (cbrt (* x (log y)))) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (* (* x (* (cbrt (log y)) (cbrt (log y)))) (cbrt (log y))) y) z) (log t)))> #<alt (λ (x y z t) (log (/ (* t (pow y x)) (exp (+ y z)))))>)
5.672 * * * * [regimes]: Trying to branch on (+ (- (- (* x (log y)) y) z) (log t)) from (#<alt (λ (x y z t) (+ (- (- (+ (* (* 2 x) (+ (log (pow y 1/3)) (log (cbrt (cbrt y))))) (* x (log (cbrt (cbrt y))))) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (* (* x (sqrt (log y))) (sqrt (log y))) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (+ (* x (* 2 (log (cbrt y)))) (* x (log (cbrt y)))) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (* x (log y)) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (* (* (cbrt (* x (log y))) (cbrt (* x (log y)))) (cbrt (* x (log y)))) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (* (* x (* (cbrt (log y)) (cbrt (log y)))) (cbrt (log y))) y) z) (log t)))> #<alt (λ (x y z t) (log (/ (* t (pow y x)) (exp (+ y z)))))>)
5.762 * * * * [regimes]: Trying to branch on t from (#<alt (λ (x y z t) (+ (- (- (+ (* (* 2 x) (+ (log (pow y 1/3)) (log (cbrt (cbrt y))))) (* x (log (cbrt (cbrt y))))) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (* (* x (sqrt (log y))) (sqrt (log y))) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (+ (* x (* 2 (log (cbrt y)))) (* x (log (cbrt y)))) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (* x (log y)) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (* (* (cbrt (* x (log y))) (cbrt (* x (log y)))) (cbrt (* x (log y)))) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (* (* x (* (cbrt (log y)) (cbrt (log y)))) (cbrt (log y))) y) z) (log t)))> #<alt (λ (x y z t) (log (/ (* t (pow y x)) (exp (+ y z)))))>)
5.843 * * * * [regimes]: Trying to branch on z from (#<alt (λ (x y z t) (+ (- (- (+ (* (* 2 x) (+ (log (pow y 1/3)) (log (cbrt (cbrt y))))) (* x (log (cbrt (cbrt y))))) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (* (* x (sqrt (log y))) (sqrt (log y))) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (+ (* x (* 2 (log (cbrt y)))) (* x (log (cbrt y)))) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (* x (log y)) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (* (* (cbrt (* x (log y))) (cbrt (* x (log y)))) (cbrt (* x (log y)))) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (* (* x (* (cbrt (log y)) (cbrt (log y)))) (cbrt (log y))) y) z) (log t)))> #<alt (λ (x y z t) (log (/ (* t (pow y x)) (exp (+ y z)))))>)
5.923 * * * * [regimes]: Trying to branch on y from (#<alt (λ (x y z t) (+ (- (- (+ (* (* 2 x) (+ (log (pow y 1/3)) (log (cbrt (cbrt y))))) (* x (log (cbrt (cbrt y))))) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (* (* x (sqrt (log y))) (sqrt (log y))) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (+ (* x (* 2 (log (cbrt y)))) (* x (log (cbrt y)))) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (* x (log y)) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (* (* (cbrt (* x (log y))) (cbrt (* x (log y)))) (cbrt (* x (log y)))) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (* (* x (* (cbrt (log y)) (cbrt (log y)))) (cbrt (log y))) y) z) (log t)))> #<alt (λ (x y z t) (log (/ (* t (pow y x)) (exp (+ y z)))))>)
6.005 * * * * [regimes]: Trying to branch on x from (#<alt (λ (x y z t) (+ (- (- (+ (* (* 2 x) (+ (log (pow y 1/3)) (log (cbrt (cbrt y))))) (* x (log (cbrt (cbrt y))))) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (* (* x (sqrt (log y))) (sqrt (log y))) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (+ (* x (* 2 (log (cbrt y)))) (* x (log (cbrt y)))) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (* x (log y)) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (* (* (cbrt (* x (log y))) (cbrt (* x (log y)))) (cbrt (* x (log y)))) y) z) (log t)))> #<alt (λ (x y z t) (+ (- (- (* (* x (* (cbrt (log y)) (cbrt (log y)))) (cbrt (log y))) y) z) (log t)))> #<alt (λ (x y z t) (log (/ (* t (pow y x)) (exp (+ y z)))))>)
6.087 * * * [regime]: Found split indices: #<option (#s(si 3 255))>
6.087 * [simplify]: Simplifying using #<procedure:simplify-batch-egg> :
  (+ (- (- (* x (log y)) y) z) (log t))
6.088 * * [simplify]: iteration  0 :  12  enodes  (cost  6 )
6.088 * * [simplify]: iteration  1 :  12  enodes  (cost  6 )
6.088 * [simplify]: Simplified to:
  (+ (- (- (* x (log y)) y) z) (log t))