17.987 * [progress]: [Phase 1 of 3] Setting up.
0.002 * * * [progress]: [1/2] Preparing points
0.088 * * * [progress]: [2/2] Setting up program.
0.093 * [progress]: [Phase 2 of 3] Improving.
0.093 * * * * [progress]: [ 1 / 1 ] simplifiying candidate #<alt (λ (N) (- (log (+ N 1)) (log N)))>
0.094 * [simplify]: Simplifying:
  (- (log (+ N 1)) (log N))
0.094 * * [simplify]: iteration 0: 6 enodes
0.096 * * [simplify]: iteration 1: 11 enodes
0.100 * * [simplify]: iteration 2: 13 enodes
0.103 * * [simplify]: iteration complete: 13 enodes
0.103 * * [simplify]: Extracting #0: cost 1 inf + 0
0.103 * * [simplify]: Extracting #1: cost 4 inf + 0
0.103 * * [simplify]: Extracting #2: cost 6 inf + 0
0.104 * * [simplify]: Extracting #3: cost 2 inf + 475
0.104 * * [simplify]: Extracting #4: cost 0 inf + 518
0.104 * [simplify]: Simplified to:
  (- (log1p N) (log N))
0.111 * * [progress]: iteration 1 / 4
0.111 * * * [progress]: picking best candidate
0.115 * * * * [pick]: Picked  #<alt (λ (N) (- (log1p N) (log N)))>
0.115 * * * [progress]: localizing error
0.123 * * * [progress]: generating rewritten candidates
0.124 * * * * [progress]: [ 1 / 1 ] rewriting at (2)
0.130 * * * [progress]: generating series expansions
0.130 * * * * [progress]: [ 1 / 1 ] generating series at (2)
0.130 * [backup-simplify]: Simplify (- (log1p N) (log N)) into (- (log1p N) (log N))
0.130 * [approximate]: Taking taylor expansion of (- (log1p N) (log N)) in (N) around 0
0.130 * [taylor]: Taking taylor expansion of (- (log1p N) (log N)) in N
0.130 * [taylor]: Taking taylor expansion of (log1p N) in N
0.130 * [taylor]: Rewrote expression to (log (+ 1 N))
0.130 * [taylor]: Taking taylor expansion of (+ 1 N) in N
0.130 * [taylor]: Taking taylor expansion of 1 in N
0.130 * [backup-simplify]: Simplify 1 into 1
0.130 * [taylor]: Taking taylor expansion of N in N
0.130 * [backup-simplify]: Simplify 0 into 0
0.130 * [backup-simplify]: Simplify 1 into 1
0.131 * [backup-simplify]: Simplify (+ 1 0) into 1
0.131 * [backup-simplify]: Simplify (log 1) into 0
0.131 * [taylor]: Taking taylor expansion of (log N) in N
0.131 * [taylor]: Taking taylor expansion of N in N
0.131 * [backup-simplify]: Simplify 0 into 0
0.131 * [backup-simplify]: Simplify 1 into 1
0.131 * [backup-simplify]: Simplify (log 1) into 0
0.131 * [taylor]: Taking taylor expansion of (- (log1p N) (log N)) in N
0.131 * [taylor]: Taking taylor expansion of (log1p N) in N
0.131 * [taylor]: Rewrote expression to (log (+ 1 N))
0.131 * [taylor]: Taking taylor expansion of (+ 1 N) in N
0.131 * [taylor]: Taking taylor expansion of 1 in N
0.131 * [backup-simplify]: Simplify 1 into 1
0.131 * [taylor]: Taking taylor expansion of N in N
0.131 * [backup-simplify]: Simplify 0 into 0
0.131 * [backup-simplify]: Simplify 1 into 1
0.132 * [backup-simplify]: Simplify (+ 1 0) into 1
0.132 * [backup-simplify]: Simplify (log 1) into 0
0.132 * [taylor]: Taking taylor expansion of (log N) in N
0.132 * [taylor]: Taking taylor expansion of N in N
0.132 * [backup-simplify]: Simplify 0 into 0
0.132 * [backup-simplify]: Simplify 1 into 1
0.132 * [backup-simplify]: Simplify (log 1) into 0
0.133 * [backup-simplify]: Simplify (+ (* (- -1) (log N)) 0) into (log N)
0.133 * [backup-simplify]: Simplify (- (log N)) into (- (log N))
0.133 * [backup-simplify]: Simplify (+ 0 (- (log N))) into (- (log N))
0.133 * [backup-simplify]: Simplify (- (log N)) into (- (log N))
0.133 * [backup-simplify]: Simplify (+ 0 1) into 1
0.134 * [backup-simplify]: Simplify (/ (+ (* 1 (/ (* (pow (* 1 1) 1)) (pow 1 1)))) 1) into 1
0.135 * [backup-simplify]: Simplify (/ (+ (* 1 (/ (* (pow (* 1 0) 1)) (pow 1 1)))) 1) into 0
0.135 * [backup-simplify]: Simplify (- 0) into 0
0.135 * [backup-simplify]: Simplify (+ 1 0) into 1
0.135 * [backup-simplify]: Simplify 1 into 1
0.136 * [backup-simplify]: Simplify (+ 0 0) into 0
0.138 * [backup-simplify]: Simplify (/ (+ (* -1 (/ (* (pow (* 1 1) 2)) (pow 1 2))) (* 1 (/ (* 1 (pow (* 2 0) 1)) (pow 1 1)))) 2) into -1/2
0.139 * [backup-simplify]: Simplify (/ (+ (* -1 (/ (* (pow (* 1 0) 2)) (pow 1 2))) (* 1 (/ (* 1 (pow (* 2 0) 1)) (pow 1 1)))) 2) into 0
0.139 * [backup-simplify]: Simplify (- 0) into 0
0.140 * [backup-simplify]: Simplify (+ -1/2 0) into -1/2
0.140 * [backup-simplify]: Simplify -1/2 into -1/2
0.140 * [backup-simplify]: Simplify (+ (* -1/2 (pow N 2)) (+ (* 1 N) (- (log N)))) into (- N (+ (log N) (* 1/2 (pow N 2))))
0.140 * [backup-simplify]: Simplify (- (log1p (/ 1 N)) (log (/ 1 N))) into (- (log1p (/ 1 N)) (log (/ 1 N)))
0.140 * [approximate]: Taking taylor expansion of (- (log1p (/ 1 N)) (log (/ 1 N))) in (N) around 0
0.140 * [taylor]: Taking taylor expansion of (- (log1p (/ 1 N)) (log (/ 1 N))) in N
0.140 * [taylor]: Taking taylor expansion of (log1p (/ 1 N)) in N
0.140 * [taylor]: Rewrote expression to (log (+ 1 (/ 1 N)))
0.140 * [taylor]: Taking taylor expansion of (+ 1 (/ 1 N)) in N
0.140 * [taylor]: Taking taylor expansion of 1 in N
0.140 * [backup-simplify]: Simplify 1 into 1
0.140 * [taylor]: Taking taylor expansion of (/ 1 N) in N
0.140 * [taylor]: Taking taylor expansion of N in N
0.140 * [backup-simplify]: Simplify 0 into 0
0.140 * [backup-simplify]: Simplify 1 into 1
0.140 * [backup-simplify]: Simplify (/ 1 1) into 1
0.141 * [backup-simplify]: Simplify (+ 0 1) into 1
0.141 * [backup-simplify]: Simplify (log 1) into 0
0.141 * [taylor]: Taking taylor expansion of (log (/ 1 N)) in N
0.141 * [taylor]: Taking taylor expansion of (/ 1 N) in N
0.141 * [taylor]: Taking taylor expansion of N in N
0.141 * [backup-simplify]: Simplify 0 into 0
0.141 * [backup-simplify]: Simplify 1 into 1
0.141 * [backup-simplify]: Simplify (/ 1 1) into 1
0.141 * [backup-simplify]: Simplify (log 1) into 0
0.141 * [taylor]: Taking taylor expansion of (- (log1p (/ 1 N)) (log (/ 1 N))) in N
0.141 * [taylor]: Taking taylor expansion of (log1p (/ 1 N)) in N
0.142 * [taylor]: Rewrote expression to (log (+ 1 (/ 1 N)))
0.142 * [taylor]: Taking taylor expansion of (+ 1 (/ 1 N)) in N
0.142 * [taylor]: Taking taylor expansion of 1 in N
0.142 * [backup-simplify]: Simplify 1 into 1
0.142 * [taylor]: Taking taylor expansion of (/ 1 N) in N
0.142 * [taylor]: Taking taylor expansion of N in N
0.142 * [backup-simplify]: Simplify 0 into 0
0.142 * [backup-simplify]: Simplify 1 into 1
0.142 * [backup-simplify]: Simplify (/ 1 1) into 1
0.142 * [backup-simplify]: Simplify (+ 0 1) into 1
0.142 * [backup-simplify]: Simplify (log 1) into 0
0.142 * [taylor]: Taking taylor expansion of (log (/ 1 N)) in N
0.142 * [taylor]: Taking taylor expansion of (/ 1 N) in N
0.142 * [taylor]: Taking taylor expansion of N in N
0.142 * [backup-simplify]: Simplify 0 into 0
0.142 * [backup-simplify]: Simplify 1 into 1
0.143 * [backup-simplify]: Simplify (/ 1 1) into 1
0.143 * [backup-simplify]: Simplify (log 1) into 0
0.144 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) 0) into (- (log N))
0.144 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) 0) into (- (log N))
0.144 * [backup-simplify]: Simplify (- (- (log N))) into (log N)
0.144 * [backup-simplify]: Simplify (+ (- (log N)) (log N)) into 0
0.144 * [backup-simplify]: Simplify 0 into 0
0.145 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)))) into 0
0.145 * [backup-simplify]: Simplify (+ 1 0) into 1
0.147 * [backup-simplify]: Simplify (/ (+ (* 1 (/ (* (pow (* 1 1) 1)) (pow 1 1)))) 1) into 1
0.147 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)))) into 0
0.149 * [backup-simplify]: Simplify (/ (+ (* 1 (/ (* (pow (* 1 0) 1)) (pow 1 1)))) 1) into 0
0.149 * [backup-simplify]: Simplify (- 0) into 0
0.150 * [backup-simplify]: Simplify (+ 1 0) into 1
0.150 * [backup-simplify]: Simplify 1 into 1
0.151 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)))) into 0
0.151 * [backup-simplify]: Simplify (+ 0 0) into 0
0.154 * [backup-simplify]: Simplify (/ (+ (* -1 (/ (* (pow (* 1 1) 2)) (pow 1 2))) (* 1 (/ (* 1 (pow (* 2 0) 1)) (pow 1 1)))) 2) into -1/2
0.155 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)))) into 0
0.158 * [backup-simplify]: Simplify (/ (+ (* -1 (/ (* (pow (* 1 0) 2)) (pow 1 2))) (* 1 (/ (* 1 (pow (* 2 0) 1)) (pow 1 1)))) 2) into 0
0.158 * [backup-simplify]: Simplify (- 0) into 0
0.159 * [backup-simplify]: Simplify (+ -1/2 0) into -1/2
0.159 * [backup-simplify]: Simplify -1/2 into -1/2
0.160 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
0.160 * [backup-simplify]: Simplify (+ 0 0) into 0
0.166 * [backup-simplify]: Simplify (/ (+ (* 2 (/ (* (pow (* 1 1) 3)) (pow 1 3))) (* -3 (/ (* (pow (* 1 1) 1) (pow (* 2 0) 1)) (pow 1 2))) (* 1 (/ (* 1 1 (pow (* 6 0) 1)) (pow 1 1)))) 6) into 1/3
0.167 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
0.172 * [backup-simplify]: Simplify (/ (+ (* 2 (/ (* (pow (* 1 0) 3)) (pow 1 3))) (* -3 (/ (* (pow (* 1 0) 1) (pow (* 2 0) 1)) (pow 1 2))) (* 1 (/ (* 1 1 (pow (* 6 0) 1)) (pow 1 1)))) 6) into 0
0.173 * [backup-simplify]: Simplify (- 0) into 0
0.173 * [backup-simplify]: Simplify (+ 1/3 0) into 1/3
0.173 * [backup-simplify]: Simplify 1/3 into 1/3
0.174 * [backup-simplify]: Simplify (+ (* 1/3 (pow (/ 1 N) 3)) (+ (* -1/2 (pow (/ 1 N) 2)) (* 1 (/ 1 N)))) into (- (+ (* 1/3 (/ 1 (pow N 3))) (/ 1 N)) (* 1/2 (/ 1 (pow N 2))))
0.174 * [backup-simplify]: Simplify (- (log1p (/ 1 (- N))) (log (/ 1 (- N)))) into (- (log1p (/ -1 N)) (log (/ -1 N)))
0.174 * [approximate]: Taking taylor expansion of (- (log1p (/ -1 N)) (log (/ -1 N))) in (N) around 0
0.174 * [taylor]: Taking taylor expansion of (- (log1p (/ -1 N)) (log (/ -1 N))) in N
0.174 * [taylor]: Taking taylor expansion of (log1p (/ -1 N)) in N
0.174 * [taylor]: Rewrote expression to (log (+ 1 (/ -1 N)))
0.174 * [taylor]: Taking taylor expansion of (+ 1 (/ -1 N)) in N
0.174 * [taylor]: Taking taylor expansion of 1 in N
0.174 * [backup-simplify]: Simplify 1 into 1
0.174 * [taylor]: Taking taylor expansion of (/ -1 N) in N
0.174 * [taylor]: Taking taylor expansion of -1 in N
0.174 * [backup-simplify]: Simplify -1 into -1
0.174 * [taylor]: Taking taylor expansion of N in N
0.174 * [backup-simplify]: Simplify 0 into 0
0.174 * [backup-simplify]: Simplify 1 into 1
0.183 * [backup-simplify]: Simplify (/ -1 1) into -1
0.183 * [backup-simplify]: Simplify (+ 0 -1) into -1
0.184 * [backup-simplify]: Simplify (log -1) into (log -1)
0.184 * [taylor]: Taking taylor expansion of (log (/ -1 N)) in N
0.184 * [taylor]: Taking taylor expansion of (/ -1 N) in N
0.184 * [taylor]: Taking taylor expansion of -1 in N
0.184 * [backup-simplify]: Simplify -1 into -1
0.184 * [taylor]: Taking taylor expansion of N in N
0.184 * [backup-simplify]: Simplify 0 into 0
0.184 * [backup-simplify]: Simplify 1 into 1
0.184 * [backup-simplify]: Simplify (/ -1 1) into -1
0.184 * [backup-simplify]: Simplify (log -1) into (log -1)
0.184 * [taylor]: Taking taylor expansion of (- (log1p (/ -1 N)) (log (/ -1 N))) in N
0.184 * [taylor]: Taking taylor expansion of (log1p (/ -1 N)) in N
0.184 * [taylor]: Rewrote expression to (log (+ 1 (/ -1 N)))
0.184 * [taylor]: Taking taylor expansion of (+ 1 (/ -1 N)) in N
0.184 * [taylor]: Taking taylor expansion of 1 in N
0.185 * [backup-simplify]: Simplify 1 into 1
0.185 * [taylor]: Taking taylor expansion of (/ -1 N) in N
0.185 * [taylor]: Taking taylor expansion of -1 in N
0.185 * [backup-simplify]: Simplify -1 into -1
0.185 * [taylor]: Taking taylor expansion of N in N
0.185 * [backup-simplify]: Simplify 0 into 0
0.185 * [backup-simplify]: Simplify 1 into 1
0.185 * [backup-simplify]: Simplify (/ -1 1) into -1
0.185 * [backup-simplify]: Simplify (+ 0 -1) into -1
0.185 * [backup-simplify]: Simplify (log -1) into (log -1)
0.185 * [taylor]: Taking taylor expansion of (log (/ -1 N)) in N
0.185 * [taylor]: Taking taylor expansion of (/ -1 N) in N
0.185 * [taylor]: Taking taylor expansion of -1 in N
0.185 * [backup-simplify]: Simplify -1 into -1
0.185 * [taylor]: Taking taylor expansion of N in N
0.185 * [backup-simplify]: Simplify 0 into 0
0.186 * [backup-simplify]: Simplify 1 into 1
0.186 * [backup-simplify]: Simplify (/ -1 1) into -1
0.186 * [backup-simplify]: Simplify (log -1) into (log -1)
0.187 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) (log -1)) into (- (log -1) (log N))
0.187 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) (log -1)) into (- (log -1) (log N))
0.187 * [backup-simplify]: Simplify (- (- (log -1) (log N))) into (- (log N) (log -1))
0.188 * [backup-simplify]: Simplify (+ (- (log -1) (log N)) (- (log N) (log -1))) into 0
0.188 * [backup-simplify]: Simplify 0 into 0
0.188 * [backup-simplify]: Simplify (- (/ 0 1) (+ (* -1 (/ 0 1)))) into 0
0.189 * [backup-simplify]: Simplify (+ 1 0) into 1
0.189 * [backup-simplify]: Simplify (/ (+ (* 1 (/ (* (pow (* 1 1) 1)) (pow -1 1)))) 1) into -1
0.190 * [backup-simplify]: Simplify (- (/ 0 1) (+ (* -1 (/ 0 1)))) into 0
0.191 * [backup-simplify]: Simplify (/ (+ (* 1 (/ (* (pow (* 1 0) 1)) (pow -1 1)))) 1) into 0
0.191 * [backup-simplify]: Simplify (- 0) into 0
0.191 * [backup-simplify]: Simplify (+ -1 0) into -1
0.191 * [backup-simplify]: Simplify -1 into -1
0.192 * [backup-simplify]: Simplify (- (/ 0 1) (+ (* -1 (/ 0 1)) (* 0 (/ 0 1)))) into 0
0.193 * [backup-simplify]: Simplify (+ 0 0) into 0
0.194 * [backup-simplify]: Simplify (/ (+ (* -1 (/ (* (pow (* 1 1) 2)) (pow -1 2))) (* 1 (/ (* 1 (pow (* 2 0) 1)) (pow -1 1)))) 2) into -1/2
0.195 * [backup-simplify]: Simplify (- (/ 0 1) (+ (* -1 (/ 0 1)) (* 0 (/ 0 1)))) into 0
0.196 * [backup-simplify]: Simplify (/ (+ (* -1 (/ (* (pow (* 1 0) 2)) (pow -1 2))) (* 1 (/ (* 1 (pow (* 2 0) 1)) (pow -1 1)))) 2) into 0
0.197 * [backup-simplify]: Simplify (- 0) into 0
0.197 * [backup-simplify]: Simplify (+ -1/2 0) into -1/2
0.197 * [backup-simplify]: Simplify -1/2 into -1/2
0.198 * [backup-simplify]: Simplify (- (/ 0 1) (+ (* -1 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
0.198 * [backup-simplify]: Simplify (+ 0 0) into 0
0.201 * [backup-simplify]: Simplify (/ (+ (* 2 (/ (* (pow (* 1 1) 3)) (pow -1 3))) (* -3 (/ (* (pow (* 1 1) 1) (pow (* 2 0) 1)) (pow -1 2))) (* 1 (/ (* 1 1 (pow (* 6 0) 1)) (pow -1 1)))) 6) into -1/3
0.201 * [backup-simplify]: Simplify (- (/ 0 1) (+ (* -1 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
0.204 * [backup-simplify]: Simplify (/ (+ (* 2 (/ (* (pow (* 1 0) 3)) (pow -1 3))) (* -3 (/ (* (pow (* 1 0) 1) (pow (* 2 0) 1)) (pow -1 2))) (* 1 (/ (* 1 1 (pow (* 6 0) 1)) (pow -1 1)))) 6) into 0
0.205 * [backup-simplify]: Simplify (- 0) into 0
0.205 * [backup-simplify]: Simplify (+ -1/3 0) into -1/3
0.205 * [backup-simplify]: Simplify -1/3 into -1/3
0.205 * [backup-simplify]: Simplify (+ (* -1/3 (pow (/ 1 (- N)) 3)) (+ (* -1/2 (pow (/ 1 (- N)) 2)) (* -1 (/ 1 (- N))))) into (- (+ (* 1/3 (/ 1 (pow N 3))) (/ 1 N)) (* 1/2 (/ 1 (pow N 2))))
0.205 * * * [progress]: simplifying candidates
0.205 * * * * [progress]: [ 1 / 40 ] simplifiying candidate #<alt (λ (N) (+ (fma (* (cbrt (log1p N)) (cbrt (log1p N))) (cbrt (log1p N)) (- (* (log N) 1))) (fma (- (log N)) 1 (* (log N) 1))))>
0.205 * * * * [progress]: [ 2 / 40 ] simplifiying candidate #<alt (λ (N) (+ (fma (* (cbrt (log1p N)) (cbrt (log1p N))) (cbrt (log1p N)) (- (* (cbrt (log N)) (* (cbrt (log N)) (cbrt (log N)))))) (fma (- (cbrt (log N))) (* (cbrt (log N)) (cbrt (log N))) (* (cbrt (log N)) (* (cbrt (log N)) (cbrt (log N)))))))>
0.206 * * * * [progress]: [ 3 / 40 ] simplifiying candidate #<alt (λ (N) (+ (fma (* (cbrt (log1p N)) (cbrt (log1p N))) (cbrt (log1p N)) (- (* (sqrt (log N)) (sqrt (log N))))) (fma (- (sqrt (log N))) (sqrt (log N)) (* (sqrt (log N)) (sqrt (log N))))))>
0.206 * * * * [progress]: [ 4 / 40 ] simplifiying candidate #<alt (λ (N) (+ (fma (* (cbrt (log1p N)) (cbrt (log1p N))) (cbrt (log1p N)) (- (* (log N) 1))) (fma (- (log N)) 1 (* (log N) 1))))>
0.206 * * * * [progress]: [ 5 / 40 ] simplifiying candidate #<alt (λ (N) (+ (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (* (log N) 1))) (fma (- (log N)) 1 (* (log N) 1))))>
0.206 * * * * [progress]: [ 6 / 40 ] simplifiying candidate #<alt (λ (N) (+ (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (* (cbrt (log N)) (* (cbrt (log N)) (cbrt (log N)))))) (fma (- (cbrt (log N))) (* (cbrt (log N)) (cbrt (log N))) (* (cbrt (log N)) (* (cbrt (log N)) (cbrt (log N)))))))>
0.206 * * * * [progress]: [ 7 / 40 ] simplifiying candidate #<alt (λ (N) (+ (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (* (sqrt (log N)) (sqrt (log N))))) (fma (- (sqrt (log N))) (sqrt (log N)) (* (sqrt (log N)) (sqrt (log N))))))>
0.206 * * * * [progress]: [ 8 / 40 ] simplifiying candidate #<alt (λ (N) (+ (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (* (log N) 1))) (fma (- (log N)) 1 (* (log N) 1))))>
0.206 * * * * [progress]: [ 9 / 40 ] simplifiying candidate #<alt (λ (N) (+ (fma 1 (log1p N) (- (* (log N) 1))) (fma (- (log N)) 1 (* (log N) 1))))>
0.206 * * * * [progress]: [ 10 / 40 ] simplifiying candidate #<alt (λ (N) (+ (fma 1 (log1p N) (- (* (cbrt (log N)) (* (cbrt (log N)) (cbrt (log N)))))) (fma (- (cbrt (log N))) (* (cbrt (log N)) (cbrt (log N))) (* (cbrt (log N)) (* (cbrt (log N)) (cbrt (log N)))))))>
0.206 * * * * [progress]: [ 11 / 40 ] simplifiying candidate #<alt (λ (N) (+ (fma 1 (log1p N) (- (* (sqrt (log N)) (sqrt (log N))))) (fma (- (sqrt (log N))) (sqrt (log N)) (* (sqrt (log N)) (sqrt (log N))))))>
0.206 * * * * [progress]: [ 12 / 40 ] simplifiying candidate #<alt (λ (N) (+ (fma 1 (log1p N) (- (* (log N) 1))) (fma (- (log N)) 1 (* (log N) 1))))>
0.206 * * * * [progress]: [ 13 / 40 ] simplifiying candidate #<alt (λ (N) (log1p (expm1 (- (log1p N) (log N)))))>
0.206 * * * * [progress]: [ 14 / 40 ] simplifiying candidate #<alt (λ (N) (expm1 (log1p (- (log1p N) (log N)))))>
0.206 * * * * [progress]: [ 15 / 40 ] simplifiying candidate #<alt (λ (N) (fma (* (cbrt (log1p N)) (cbrt (log1p N))) (cbrt (log1p N)) (- (log N))))>
0.206 * * * * [progress]: [ 16 / 40 ] simplifiying candidate #<alt (λ (N) (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N))))>
0.206 * * * * [progress]: [ 17 / 40 ] simplifiying candidate #<alt (λ (N) (fma 1 (log1p N) (- (log N))))>
0.206 * * * * [progress]: [ 18 / 40 ] simplifiying candidate #<alt (λ (N) (log (/ (+ 1 N) N)))>
0.206 * * * * [progress]: [ 19 / 40 ] simplifiying candidate #<alt (λ (N) (log (/ (exp (log1p N)) N)))>
0.206 * * * * [progress]: [ 20 / 40 ] simplifiying candidate #<alt (λ (N) (pow (- (log1p N) (log N)) 1))>
0.206 * * * * [progress]: [ 21 / 40 ] simplifiying candidate #<alt (λ (N) (exp (log (- (log1p N) (log N)))))>
0.206 * * * * [progress]: [ 22 / 40 ] simplifiying candidate #<alt (λ (N) (log (exp (- (log1p N) (log N)))))>
0.206 * * * * [progress]: [ 23 / 40 ] simplifiying candidate #<alt (λ (N) (* (* (cbrt (- (log1p N) (log N))) (cbrt (- (log1p N) (log N)))) (cbrt (- (log1p N) (log N)))))>
0.206 * * * * [progress]: [ 24 / 40 ] simplifiying candidate #<alt (λ (N) (cbrt (* (* (- (log1p N) (log N)) (- (log1p N) (log N))) (- (log1p N) (log N)))))>
0.206 * * * * [progress]: [ 25 / 40 ] simplifiying candidate #<alt (λ (N) (* (sqrt (- (log1p N) (log N))) (sqrt (- (log1p N) (log N)))))>
0.206 * * * * [progress]: [ 26 / 40 ] simplifiying candidate #<alt (λ (N) (/ (- (pow (log1p N) 3) (pow (log N) 3)) (+ (* (log1p N) (log1p N)) (+ (* (log N) (log N)) (* (log1p N) (log N))))))>
0.206 * * * * [progress]: [ 27 / 40 ] simplifiying candidate #<alt (λ (N) (+ (log1p N) (- (log N))))>
0.206 * * * * [progress]: [ 28 / 40 ] simplifiying candidate #<alt (λ (N) (* 1 (- (log1p N) (log N))))>
0.206 * * * * [progress]: [ 29 / 40 ] simplifiying candidate #<alt (λ (N) (/ (- (* (log1p N) (log1p N)) (* (log N) (log N))) (+ (log1p N) (log N))))>
0.207 * * * * [progress]: [ 30 / 40 ] simplifiying candidate #<alt (λ (N) (* (+ (sqrt (log1p N)) (sqrt (log N))) (- (sqrt (log1p N)) (sqrt (log N)))))>
0.207 * * * * [progress]: [ 31 / 40 ] simplifiying candidate #<alt (λ (N) (* 1 (- (log1p N) (log N))))>
0.207 * * * * [progress]: [ 32 / 40 ] simplifiying candidate #<alt (λ (N) (* 1 (- (log1p N) (log N))))>
0.207 * * * * [progress]: [ 33 / 40 ] simplifiying candidate #<alt (λ (N) (- (- (log1p N) (log (* (cbrt N) (cbrt N)))) (log (cbrt N))))>
0.207 * * * * [progress]: [ 34 / 40 ] simplifiying candidate #<alt (λ (N) (- (- (log1p N) (log (sqrt N))) (log (sqrt N))))>
0.207 * * * * [progress]: [ 35 / 40 ] simplifiying candidate #<alt (λ (N) (- (- (log1p N) (log 1)) (log N)))>
0.207 * * * * [progress]: [ 36 / 40 ] simplifiying candidate #<alt (λ (N) (+ (log1p N) (- (log N))))>
0.207 * * * * [progress]: [ 37 / 40 ] simplifiying candidate #<alt (λ (N) (posit16->real (real->posit16 (- (log1p N) (log N)))))>
0.207 * * * * [progress]: [ 38 / 40 ] simplifiying candidate #<alt (λ (N) (- N (+ (log N) (* 1/2 (pow N 2)))))>
0.207 * * * * [progress]: [ 39 / 40 ] simplifiying candidate #<alt (λ (N) (- (+ (* 1/3 (/ 1 (pow N 3))) (/ 1 N)) (* 1/2 (/ 1 (pow N 2)))))>
0.207 * * * * [progress]: [ 40 / 40 ] simplifiying candidate #<alt (λ (N) (- (+ (* 1/3 (/ 1 (pow N 3))) (/ 1 N)) (* 1/2 (/ 1 (pow N 2)))))>
0.208 * [simplify]: Simplifying:
  (fma (* (cbrt (log1p N)) (cbrt (log1p N))) (cbrt (log1p N)) (- (* (log N) 1)))
  (fma (- (log N)) 1 (* (log N) 1))
  (fma (* (cbrt (log1p N)) (cbrt (log1p N))) (cbrt (log1p N)) (- (* (cbrt (log N)) (* (cbrt (log N)) (cbrt (log N))))))
  (fma (- (cbrt (log N))) (* (cbrt (log N)) (cbrt (log N))) (* (cbrt (log N)) (* (cbrt (log N)) (cbrt (log N)))))
  (fma (* (cbrt (log1p N)) (cbrt (log1p N))) (cbrt (log1p N)) (- (* (sqrt (log N)) (sqrt (log N)))))
  (fma (- (sqrt (log N))) (sqrt (log N)) (* (sqrt (log N)) (sqrt (log N))))
  (fma (* (cbrt (log1p N)) (cbrt (log1p N))) (cbrt (log1p N)) (- (* (log N) 1)))
  (fma (- (log N)) 1 (* (log N) 1))
  (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (* (log N) 1)))
  (fma (- (log N)) 1 (* (log N) 1))
  (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (* (cbrt (log N)) (* (cbrt (log N)) (cbrt (log N))))))
  (fma (- (cbrt (log N))) (* (cbrt (log N)) (cbrt (log N))) (* (cbrt (log N)) (* (cbrt (log N)) (cbrt (log N)))))
  (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (* (sqrt (log N)) (sqrt (log N)))))
  (fma (- (sqrt (log N))) (sqrt (log N)) (* (sqrt (log N)) (sqrt (log N))))
  (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (* (log N) 1)))
  (fma (- (log N)) 1 (* (log N) 1))
  (fma 1 (log1p N) (- (* (log N) 1)))
  (fma (- (log N)) 1 (* (log N) 1))
  (fma 1 (log1p N) (- (* (cbrt (log N)) (* (cbrt (log N)) (cbrt (log N))))))
  (fma (- (cbrt (log N))) (* (cbrt (log N)) (cbrt (log N))) (* (cbrt (log N)) (* (cbrt (log N)) (cbrt (log N)))))
  (fma 1 (log1p N) (- (* (sqrt (log N)) (sqrt (log N)))))
  (fma (- (sqrt (log N))) (sqrt (log N)) (* (sqrt (log N)) (sqrt (log N))))
  (fma 1 (log1p N) (- (* (log N) 1)))
  (fma (- (log N)) 1 (* (log N) 1))
  (expm1 (- (log1p N) (log N)))
  (log1p (- (log1p N) (log N)))
  (- (log N))
  (- (log N))
  (- (log N))
  (/ (+ 1 N) N)
  (/ (exp (log1p N)) N)
  (log (- (log1p N) (log N)))
  (exp (- (log1p N) (log N)))
  (* (cbrt (- (log1p N) (log N))) (cbrt (- (log1p N) (log N))))
  (cbrt (- (log1p N) (log N)))
  (* (* (- (log1p N) (log N)) (- (log1p N) (log N))) (- (log1p N) (log N)))
  (sqrt (- (log1p N) (log N)))
  (sqrt (- (log1p N) (log N)))
  (- (pow (log1p N) 3) (pow (log N) 3))
  (+ (* (log1p N) (log1p N)) (+ (* (log N) (log N)) (* (log1p N) (log N))))
  (- (log N))
  (- (* (log1p N) (log1p N)) (* (log N) (log N)))
  (+ (log1p N) (log N))
  (+ (sqrt (log1p N)) (sqrt (log N)))
  (- (sqrt (log1p N)) (sqrt (log N)))
  (- (log1p N) (log N))
  (- (log1p N) (log N))
  (- (log1p N) (log (* (cbrt N) (cbrt N))))
  (- (log1p N) (log (sqrt N)))
  (- (log1p N) (log 1))
  (- (log N))
  (real->posit16 (- (log1p N) (log N)))
  (- N (+ (log N) (* 1/2 (pow N 2))))
  (- (+ (* 1/3 (/ 1 (pow N 3))) (/ 1 N)) (* 1/2 (/ 1 (pow N 2))))
  (- (+ (* 1/3 (/ 1 (pow N 3))) (/ 1 N)) (* 1/2 (/ 1 (pow N 2))))
0.209 * * [simplify]: iteration 0: 83 enodes
0.232 * * [simplify]: iteration 1: 185 enodes
0.299 * * [simplify]: iteration 2: 403 enodes
0.489 * * [simplify]: iteration 3: 1137 enodes
0.777 * * [simplify]: iteration complete: 2016 enodes
0.777 * * [simplify]: Extracting #0: cost 24 inf + 0
0.778 * * [simplify]: Extracting #1: cost 222 inf + 0
0.781 * * [simplify]: Extracting #2: cost 358 inf + 4275
0.789 * * [simplify]: Extracting #3: cost 193 inf + 40631
0.808 * * [simplify]: Extracting #4: cost 69 inf + 67855
0.830 * * [simplify]: Extracting #5: cost 9 inf + 87815
0.852 * * [simplify]: Extracting #6: cost 2 inf + 90833
0.884 * * [simplify]: Extracting #7: cost 0 inf + 91378
0.911 * [simplify]: Simplified to:
  (- (log1p N) (log N))
  (* (log N) 0)
  (- (log1p N) (log N))
  (* (log N) 0)
  (- (log1p N) (log N))
  (* (log N) 0)
  (- (log1p N) (log N))
  (* (log N) 0)
  (- (log1p N) (log N))
  (* (log N) 0)
  (- (log1p N) (log N))
  (* (log N) 0)
  (- (log1p N) (log N))
  (* (log N) 0)
  (- (log1p N) (log N))
  (* (log N) 0)
  (- (log1p N) (log N))
  (* (log N) 0)
  (- (log1p N) (log N))
  (* (log N) 0)
  (- (log1p N) (log N))
  (* (log N) 0)
  (- (log1p N) (log N))
  (* (log N) 0)
  (expm1 (- (log1p N) (log N)))
  (log1p (- (log1p N) (log N)))
  (- (log N))
  (- (log N))
  (- (log N))
  (/ (+ 1 N) N)
  (/ (exp (log1p N)) N)
  (log (- (log1p N) (log N)))
  (/ (exp (log1p N)) N)
  (* (cbrt (- (log1p N) (log N))) (cbrt (- (log1p N) (log N))))
  (cbrt (- (log1p N) (log N)))
  (* (* (- (log1p N) (log N)) (- (log1p N) (log N))) (- (log1p N) (log N)))
  (sqrt (- (log1p N) (log N)))
  (sqrt (- (log1p N) (log N)))
  (- (* (log1p N) (* (log1p N) (log1p N))) (* (* (log N) (log N)) (log N)))
  (fma (log1p N) (log1p N) (* (log N) (+ (log N) (log1p N))))
  (- (log N))
  (- (* (log1p N) (log1p N)) (* (log N) (log N)))
  (+ (log N) (log1p N))
  (+ (sqrt (log N)) (sqrt (log1p N)))
  (- (sqrt (log1p N)) (sqrt (log N)))
  (- (log1p N) (log N))
  (- (log1p N) (log N))
  (fma -2 (log (cbrt N)) (log1p N))
  (- (log1p N) (log (sqrt N)))
  (log1p N)
  (- (log N))
  (real->posit16 (- (log1p N) (log N)))
  (- N (fma (* N N) 1/2 (log N)))
  (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N))
  (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N))
0.913 * * * [progress]: adding candidates to table
1.015 * * [progress]: iteration 2 / 4
1.016 * * * [progress]: picking best candidate
1.021 * * * * [pick]: Picked  #<alt (λ (N) (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N))))>
1.021 * * * [progress]: localizing error
1.035 * * * [progress]: generating rewritten candidates
1.035 * * * * [progress]: [ 1 / 3 ] rewriting at (2)
1.036 * * * * [progress]: [ 2 / 3 ] rewriting at (2 2)
1.037 * * * * [progress]: [ 3 / 3 ] rewriting at (2 1)
1.038 * * * [progress]: generating series expansions
1.038 * * * * [progress]: [ 1 / 3 ] generating series at (2)
1.038 * [backup-simplify]: Simplify (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N))) into (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N)))
1.038 * [approximate]: Taking taylor expansion of (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N))) in (N) around 0
1.038 * [taylor]: Taking taylor expansion of (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N))) in N
1.039 * [taylor]: Rewrote expression to (+ (* (sqrt (log1p N)) (sqrt (log1p N))) (- (log N)))
1.039 * [taylor]: Taking taylor expansion of (* (sqrt (log1p N)) (sqrt (log1p N))) in N
1.039 * [taylor]: Taking taylor expansion of (sqrt (log1p N)) in N
1.039 * [taylor]: Taking taylor expansion of (log1p N) in N
1.039 * [taylor]: Rewrote expression to (log (+ 1 N))
1.039 * [taylor]: Taking taylor expansion of (+ 1 N) in N
1.039 * [taylor]: Taking taylor expansion of 1 in N
1.039 * [backup-simplify]: Simplify 1 into 1
1.039 * [taylor]: Taking taylor expansion of N in N
1.039 * [backup-simplify]: Simplify 0 into 0
1.039 * [backup-simplify]: Simplify 1 into 1
1.039 * [backup-simplify]: Simplify (+ 1 0) into 1
1.039 * [backup-simplify]: Simplify (log 1) into 0
1.040 * [backup-simplify]: Simplify (+ 0 1) into 1
1.041 * [backup-simplify]: Simplify (/ (+ (* 1 (/ (* (pow (* 1 1) 1)) (pow 1 1)))) 1) into 1
1.041 * [backup-simplify]: Simplify (sqrt 0) into 0
1.042 * [backup-simplify]: Simplify (/ 1 (* 2 (sqrt 0))) into +nan.0
1.042 * [taylor]: Taking taylor expansion of (sqrt (log1p N)) in N
1.042 * [taylor]: Taking taylor expansion of (log1p N) in N
1.042 * [taylor]: Rewrote expression to (log (+ 1 N))
1.042 * [taylor]: Taking taylor expansion of (+ 1 N) in N
1.042 * [taylor]: Taking taylor expansion of 1 in N
1.042 * [backup-simplify]: Simplify 1 into 1
1.042 * [taylor]: Taking taylor expansion of N in N
1.042 * [backup-simplify]: Simplify 0 into 0
1.042 * [backup-simplify]: Simplify 1 into 1
1.042 * [backup-simplify]: Simplify (+ 1 0) into 1
1.043 * [backup-simplify]: Simplify (log 1) into 0
1.043 * [backup-simplify]: Simplify (+ 0 1) into 1
1.044 * [backup-simplify]: Simplify (/ (+ (* 1 (/ (* (pow (* 1 1) 1)) (pow 1 1)))) 1) into 1
1.045 * [backup-simplify]: Simplify (sqrt 0) into 0
1.046 * [backup-simplify]: Simplify (/ 1 (* 2 (sqrt 0))) into +nan.0
1.046 * [taylor]: Taking taylor expansion of (- (log N)) in N
1.046 * [taylor]: Taking taylor expansion of (log N) in N
1.046 * [taylor]: Taking taylor expansion of N in N
1.046 * [backup-simplify]: Simplify 0 into 0
1.046 * [backup-simplify]: Simplify 1 into 1
1.047 * [backup-simplify]: Simplify (log 1) into 0
1.047 * [taylor]: Taking taylor expansion of (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N))) in N
1.047 * [taylor]: Rewrote expression to (+ (* (sqrt (log1p N)) (sqrt (log1p N))) (- (log N)))
1.047 * [taylor]: Taking taylor expansion of (* (sqrt (log1p N)) (sqrt (log1p N))) in N
1.047 * [taylor]: Taking taylor expansion of (sqrt (log1p N)) in N
1.047 * [taylor]: Taking taylor expansion of (log1p N) in N
1.047 * [taylor]: Rewrote expression to (log (+ 1 N))
1.047 * [taylor]: Taking taylor expansion of (+ 1 N) in N
1.047 * [taylor]: Taking taylor expansion of 1 in N
1.047 * [backup-simplify]: Simplify 1 into 1
1.047 * [taylor]: Taking taylor expansion of N in N
1.047 * [backup-simplify]: Simplify 0 into 0
1.047 * [backup-simplify]: Simplify 1 into 1
1.048 * [backup-simplify]: Simplify (+ 1 0) into 1
1.048 * [backup-simplify]: Simplify (log 1) into 0
1.049 * [backup-simplify]: Simplify (+ 0 1) into 1
1.050 * [backup-simplify]: Simplify (/ (+ (* 1 (/ (* (pow (* 1 1) 1)) (pow 1 1)))) 1) into 1
1.050 * [backup-simplify]: Simplify (sqrt 0) into 0
1.052 * [backup-simplify]: Simplify (/ 1 (* 2 (sqrt 0))) into +nan.0
1.052 * [taylor]: Taking taylor expansion of (sqrt (log1p N)) in N
1.052 * [taylor]: Taking taylor expansion of (log1p N) in N
1.052 * [taylor]: Rewrote expression to (log (+ 1 N))
1.052 * [taylor]: Taking taylor expansion of (+ 1 N) in N
1.052 * [taylor]: Taking taylor expansion of 1 in N
1.052 * [backup-simplify]: Simplify 1 into 1
1.052 * [taylor]: Taking taylor expansion of N in N
1.052 * [backup-simplify]: Simplify 0 into 0
1.052 * [backup-simplify]: Simplify 1 into 1
1.053 * [backup-simplify]: Simplify (+ 1 0) into 1
1.053 * [backup-simplify]: Simplify (log 1) into 0
1.053 * [backup-simplify]: Simplify (+ 0 1) into 1
1.055 * [backup-simplify]: Simplify (/ (+ (* 1 (/ (* (pow (* 1 1) 1)) (pow 1 1)))) 1) into 1
1.055 * [backup-simplify]: Simplify (sqrt 0) into 0
1.057 * [backup-simplify]: Simplify (/ 1 (* 2 (sqrt 0))) into +nan.0
1.057 * [taylor]: Taking taylor expansion of (- (log N)) in N
1.057 * [taylor]: Taking taylor expansion of (log N) in N
1.057 * [taylor]: Taking taylor expansion of N in N
1.057 * [backup-simplify]: Simplify 0 into 0
1.057 * [backup-simplify]: Simplify 1 into 1
1.057 * [backup-simplify]: Simplify (log 1) into 0
1.058 * [backup-simplify]: Simplify (* 0 0) into 0
1.058 * [backup-simplify]: Simplify (+ (* (- -1) (log N)) 0) into (log N)
1.058 * [backup-simplify]: Simplify (- (log N)) into (- (log N))
1.058 * [backup-simplify]: Simplify (+ 0 (- (log N))) into (- (log N))
1.058 * [backup-simplify]: Simplify (- (log N)) into (- (log N))
1.059 * [backup-simplify]: Simplify (+ (* 0 +nan.0) (* +nan.0 0)) into 0
1.060 * [backup-simplify]: Simplify (/ (+ (* 1 (/ (* (pow (* 1 0) 1)) (pow 1 1)))) 1) into 0
1.060 * [backup-simplify]: Simplify (- 0) into 0
1.060 * [backup-simplify]: Simplify (+ 0 0) into 0
1.060 * [backup-simplify]: Simplify 0 into 0
1.061 * [backup-simplify]: Simplify (+ 0 0) into 0
1.062 * [backup-simplify]: Simplify (/ (+ (* -1 (/ (* (pow (* 1 1) 2)) (pow 1 2))) (* 1 (/ (* 1 (pow (* 2 0) 1)) (pow 1 1)))) 2) into -1/2
1.064 * [backup-simplify]: Simplify (/ (- -1/2 (pow +nan.0 2) (+)) (* 2 0)) into +nan.0
1.064 * [backup-simplify]: Simplify (+ 0 0) into 0
1.066 * [backup-simplify]: Simplify (/ (+ (* -1 (/ (* (pow (* 1 1) 2)) (pow 1 2))) (* 1 (/ (* 1 (pow (* 2 0) 1)) (pow 1 1)))) 2) into -1/2
1.068 * [backup-simplify]: Simplify (/ (- -1/2 (pow +nan.0 2) (+)) (* 2 0)) into +nan.0
1.070 * [backup-simplify]: Simplify (+ (* 0 +nan.0) (+ (* +nan.0 +nan.0) (* +nan.0 0))) into (- +nan.0)
1.071 * [backup-simplify]: Simplify (/ (+ (* -1 (/ (* (pow (* 1 0) 2)) (pow 1 2))) (* 1 (/ (* 1 (pow (* 2 0) 1)) (pow 1 1)))) 2) into 0
1.071 * [backup-simplify]: Simplify (- 0) into 0
1.072 * [backup-simplify]: Simplify (+ (- +nan.0) 0) into (- +nan.0)
1.072 * [backup-simplify]: Simplify (- +nan.0) into (- +nan.0)
1.073 * [backup-simplify]: Simplify (+ 0 0) into 0
1.075 * [backup-simplify]: Simplify (/ (+ (* 2 (/ (* (pow (* 1 1) 3)) (pow 1 3))) (* -3 (/ (* (pow (* 1 1) 1) (pow (* 2 0) 1)) (pow 1 2))) (* 1 (/ (* 1 1 (pow (* 6 0) 1)) (pow 1 1)))) 6) into 1/3
1.078 * [backup-simplify]: Simplify (/ (- 1/3 (+ (* 2 (* +nan.0 +nan.0)))) (* 2 0)) into +nan.0
1.078 * [backup-simplify]: Simplify (+ 0 0) into 0
1.081 * [backup-simplify]: Simplify (/ (+ (* 2 (/ (* (pow (* 1 1) 3)) (pow 1 3))) (* -3 (/ (* (pow (* 1 1) 1) (pow (* 2 0) 1)) (pow 1 2))) (* 1 (/ (* 1 1 (pow (* 6 0) 1)) (pow 1 1)))) 6) into 1/3
1.084 * [backup-simplify]: Simplify (/ (- 1/3 (+ (* 2 (* +nan.0 +nan.0)))) (* 2 0)) into +nan.0
1.087 * [backup-simplify]: Simplify (+ (* 0 +nan.0) (+ (* +nan.0 +nan.0) (+ (* +nan.0 +nan.0) (* +nan.0 0)))) into (- +nan.0)
1.092 * [backup-simplify]: Simplify (/ (+ (* 2 (/ (* (pow (* 1 0) 3)) (pow 1 3))) (* -3 (/ (* (pow (* 1 0) 1) (pow (* 2 0) 1)) (pow 1 2))) (* 1 (/ (* 1 1 (pow (* 6 0) 1)) (pow 1 1)))) 6) into 0
1.093 * [backup-simplify]: Simplify (- 0) into 0
1.094 * [backup-simplify]: Simplify (+ (- +nan.0) 0) into (- +nan.0)
1.094 * [backup-simplify]: Simplify (- +nan.0) into (- +nan.0)
1.095 * [backup-simplify]: Simplify (+ (* (- +nan.0) (pow N 3)) (+ (* (- +nan.0) (pow N 2)) (- (log N)))) into (- (+ (* +nan.0 (pow N 2)) (- (log N) (* +nan.0 (pow N 3)))))
1.096 * [backup-simplify]: Simplify (fma (sqrt (log1p (/ 1 N))) (sqrt (log1p (/ 1 N))) (- (log (/ 1 N)))) into (fma (sqrt (log1p (/ 1 N))) (sqrt (log1p (/ 1 N))) (- (log (/ 1 N))))
1.096 * [approximate]: Taking taylor expansion of (fma (sqrt (log1p (/ 1 N))) (sqrt (log1p (/ 1 N))) (- (log (/ 1 N)))) in (N) around 0
1.096 * [taylor]: Taking taylor expansion of (fma (sqrt (log1p (/ 1 N))) (sqrt (log1p (/ 1 N))) (- (log (/ 1 N)))) in N
1.096 * [taylor]: Rewrote expression to (+ (* (sqrt (log1p (/ 1 N))) (sqrt (log1p (/ 1 N)))) (- (log (/ 1 N))))
1.096 * [taylor]: Taking taylor expansion of (* (sqrt (log1p (/ 1 N))) (sqrt (log1p (/ 1 N)))) in N
1.096 * [taylor]: Taking taylor expansion of (sqrt (log1p (/ 1 N))) in N
1.096 * [taylor]: Taking taylor expansion of (log1p (/ 1 N)) in N
1.096 * [taylor]: Rewrote expression to (log (+ 1 (/ 1 N)))
1.096 * [taylor]: Taking taylor expansion of (+ 1 (/ 1 N)) in N
1.096 * [taylor]: Taking taylor expansion of 1 in N
1.096 * [backup-simplify]: Simplify 1 into 1
1.096 * [taylor]: Taking taylor expansion of (/ 1 N) in N
1.096 * [taylor]: Taking taylor expansion of N in N
1.096 * [backup-simplify]: Simplify 0 into 0
1.096 * [backup-simplify]: Simplify 1 into 1
1.097 * [backup-simplify]: Simplify (/ 1 1) into 1
1.097 * [backup-simplify]: Simplify (+ 0 1) into 1
1.098 * [backup-simplify]: Simplify (log 1) into 0
1.098 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) 0) into (- (log N))
1.099 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) 0) into (- (log N))
1.099 * [backup-simplify]: Simplify (sqrt (- (log N))) into (sqrt (- (log N)))
1.100 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)))) into 0
1.100 * [backup-simplify]: Simplify (+ 1 0) into 1
1.101 * [backup-simplify]: Simplify (/ (+ (* 1 (/ (* (pow (* 1 1) 1)) (pow 1 1)))) 1) into 1
1.102 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) 0) into (- (log N))
1.102 * [backup-simplify]: Simplify (/ 1 (* 2 (sqrt (- (log N))))) into (/ 1/2 (sqrt (- (log N))))
1.102 * [taylor]: Taking taylor expansion of (sqrt (log1p (/ 1 N))) in N
1.102 * [taylor]: Taking taylor expansion of (log1p (/ 1 N)) in N
1.102 * [taylor]: Rewrote expression to (log (+ 1 (/ 1 N)))
1.102 * [taylor]: Taking taylor expansion of (+ 1 (/ 1 N)) in N
1.102 * [taylor]: Taking taylor expansion of 1 in N
1.102 * [backup-simplify]: Simplify 1 into 1
1.102 * [taylor]: Taking taylor expansion of (/ 1 N) in N
1.102 * [taylor]: Taking taylor expansion of N in N
1.102 * [backup-simplify]: Simplify 0 into 0
1.102 * [backup-simplify]: Simplify 1 into 1
1.103 * [backup-simplify]: Simplify (/ 1 1) into 1
1.103 * [backup-simplify]: Simplify (+ 0 1) into 1
1.104 * [backup-simplify]: Simplify (log 1) into 0
1.104 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) 0) into (- (log N))
1.104 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) 0) into (- (log N))
1.105 * [backup-simplify]: Simplify (sqrt (- (log N))) into (sqrt (- (log N)))
1.105 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)))) into 0
1.106 * [backup-simplify]: Simplify (+ 1 0) into 1
1.107 * [backup-simplify]: Simplify (/ (+ (* 1 (/ (* (pow (* 1 1) 1)) (pow 1 1)))) 1) into 1
1.108 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) 0) into (- (log N))
1.108 * [backup-simplify]: Simplify (/ 1 (* 2 (sqrt (- (log N))))) into (/ 1/2 (sqrt (- (log N))))
1.108 * [taylor]: Taking taylor expansion of (- (log (/ 1 N))) in N
1.108 * [taylor]: Taking taylor expansion of (log (/ 1 N)) in N
1.108 * [taylor]: Taking taylor expansion of (/ 1 N) in N
1.108 * [taylor]: Taking taylor expansion of N in N
1.108 * [backup-simplify]: Simplify 0 into 0
1.108 * [backup-simplify]: Simplify 1 into 1
1.109 * [backup-simplify]: Simplify (/ 1 1) into 1
1.109 * [backup-simplify]: Simplify (log 1) into 0
1.109 * [taylor]: Taking taylor expansion of (fma (sqrt (log1p (/ 1 N))) (sqrt (log1p (/ 1 N))) (- (log (/ 1 N)))) in N
1.109 * [taylor]: Rewrote expression to (+ (* (sqrt (log1p (/ 1 N))) (sqrt (log1p (/ 1 N)))) (- (log (/ 1 N))))
1.109 * [taylor]: Taking taylor expansion of (* (sqrt (log1p (/ 1 N))) (sqrt (log1p (/ 1 N)))) in N
1.109 * [taylor]: Taking taylor expansion of (sqrt (log1p (/ 1 N))) in N
1.109 * [taylor]: Taking taylor expansion of (log1p (/ 1 N)) in N
1.110 * [taylor]: Rewrote expression to (log (+ 1 (/ 1 N)))
1.110 * [taylor]: Taking taylor expansion of (+ 1 (/ 1 N)) in N
1.110 * [taylor]: Taking taylor expansion of 1 in N
1.110 * [backup-simplify]: Simplify 1 into 1
1.110 * [taylor]: Taking taylor expansion of (/ 1 N) in N
1.110 * [taylor]: Taking taylor expansion of N in N
1.110 * [backup-simplify]: Simplify 0 into 0
1.110 * [backup-simplify]: Simplify 1 into 1
1.110 * [backup-simplify]: Simplify (/ 1 1) into 1
1.111 * [backup-simplify]: Simplify (+ 0 1) into 1
1.111 * [backup-simplify]: Simplify (log 1) into 0
1.112 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) 0) into (- (log N))
1.112 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) 0) into (- (log N))
1.112 * [backup-simplify]: Simplify (sqrt (- (log N))) into (sqrt (- (log N)))
1.113 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)))) into 0
1.114 * [backup-simplify]: Simplify (+ 1 0) into 1
1.116 * [backup-simplify]: Simplify (/ (+ (* 1 (/ (* (pow (* 1 1) 1)) (pow 1 1)))) 1) into 1
1.116 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) 0) into (- (log N))
1.117 * [backup-simplify]: Simplify (/ 1 (* 2 (sqrt (- (log N))))) into (/ 1/2 (sqrt (- (log N))))
1.117 * [taylor]: Taking taylor expansion of (sqrt (log1p (/ 1 N))) in N
1.117 * [taylor]: Taking taylor expansion of (log1p (/ 1 N)) in N
1.117 * [taylor]: Rewrote expression to (log (+ 1 (/ 1 N)))
1.117 * [taylor]: Taking taylor expansion of (+ 1 (/ 1 N)) in N
1.117 * [taylor]: Taking taylor expansion of 1 in N
1.117 * [backup-simplify]: Simplify 1 into 1
1.117 * [taylor]: Taking taylor expansion of (/ 1 N) in N
1.117 * [taylor]: Taking taylor expansion of N in N
1.117 * [backup-simplify]: Simplify 0 into 0
1.117 * [backup-simplify]: Simplify 1 into 1
1.117 * [backup-simplify]: Simplify (/ 1 1) into 1
1.118 * [backup-simplify]: Simplify (+ 0 1) into 1
1.118 * [backup-simplify]: Simplify (log 1) into 0
1.119 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) 0) into (- (log N))
1.125 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) 0) into (- (log N))
1.125 * [backup-simplify]: Simplify (sqrt (- (log N))) into (sqrt (- (log N)))
1.126 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)))) into 0
1.127 * [backup-simplify]: Simplify (+ 1 0) into 1
1.128 * [backup-simplify]: Simplify (/ (+ (* 1 (/ (* (pow (* 1 1) 1)) (pow 1 1)))) 1) into 1
1.129 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) 0) into (- (log N))
1.129 * [backup-simplify]: Simplify (/ 1 (* 2 (sqrt (- (log N))))) into (/ 1/2 (sqrt (- (log N))))
1.129 * [taylor]: Taking taylor expansion of (- (log (/ 1 N))) in N
1.129 * [taylor]: Taking taylor expansion of (log (/ 1 N)) in N
1.129 * [taylor]: Taking taylor expansion of (/ 1 N) in N
1.129 * [taylor]: Taking taylor expansion of N in N
1.129 * [backup-simplify]: Simplify 0 into 0
1.129 * [backup-simplify]: Simplify 1 into 1
1.130 * [backup-simplify]: Simplify (/ 1 1) into 1
1.130 * [backup-simplify]: Simplify (log 1) into 0
1.130 * [backup-simplify]: Simplify (* (sqrt (- (log N))) (sqrt (- (log N)))) into (pow (sqrt (- (log N))) 2)
1.131 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) 0) into (- (log N))
1.131 * [backup-simplify]: Simplify (- (- (log N))) into (log N)
1.131 * [backup-simplify]: Simplify (+ (pow (sqrt (- (log N))) 2) (log N)) into (+ (pow (sqrt (- (log N))) 2) (log N))
1.131 * [backup-simplify]: Simplify (+ (pow (sqrt (- (log N))) 2) (log N)) into (+ (pow (sqrt (- (log N))) 2) (log N))
1.131 * [backup-simplify]: Simplify (+ (* (sqrt (- (log N))) (/ 1/2 (sqrt (- (log N))))) (* (/ 1/2 (sqrt (- (log N)))) (sqrt (- (log N))))) into 1
1.132 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)))) into 0
1.134 * [backup-simplify]: Simplify (/ (+ (* 1 (/ (* (pow (* 1 0) 1)) (pow 1 1)))) 1) into 0
1.134 * [backup-simplify]: Simplify (- 0) into 0
1.134 * [backup-simplify]: Simplify (+ 1 0) into 1
1.135 * [backup-simplify]: Simplify 1 into 1
1.136 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)))) into 0
1.136 * [backup-simplify]: Simplify (+ 0 0) into 0
1.139 * [backup-simplify]: Simplify (/ (+ (* -1 (/ (* (pow (* 1 1) 2)) (pow 1 2))) (* 1 (/ (* 1 (pow (* 2 0) 1)) (pow 1 1)))) 2) into -1/2
1.139 * [backup-simplify]: Simplify (/ (- -1/2 (pow (/ 1/2 (sqrt (- (log N)))) 2) (+)) (* 2 (sqrt (- (log N))))) into (* -1/2 (/ (+ 1/2 (* 1/4 (/ 1 (pow (sqrt (- (log N))) 2)))) (sqrt (- (log N)))))
1.140 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)))) into 0
1.141 * [backup-simplify]: Simplify (+ 0 0) into 0
1.143 * [backup-simplify]: Simplify (/ (+ (* -1 (/ (* (pow (* 1 1) 2)) (pow 1 2))) (* 1 (/ (* 1 (pow (* 2 0) 1)) (pow 1 1)))) 2) into -1/2
1.144 * [backup-simplify]: Simplify (/ (- -1/2 (pow (/ 1/2 (sqrt (- (log N)))) 2) (+)) (* 2 (sqrt (- (log N))))) into (* -1/2 (/ (+ 1/2 (* 1/4 (/ 1 (pow (sqrt (- (log N))) 2)))) (sqrt (- (log N)))))
1.144 * [backup-simplify]: Simplify (+ (* (sqrt (- (log N))) (* -1/2 (/ (+ 1/2 (* 1/4 (/ 1 (pow (sqrt (- (log N))) 2)))) (sqrt (- (log N)))))) (+ (* (/ 1/2 (sqrt (- (log N)))) (/ 1/2 (sqrt (- (log N))))) (* (* -1/2 (/ (+ 1/2 (* 1/4 (/ 1 (pow (sqrt (- (log N))) 2)))) (sqrt (- (log N))))) (sqrt (- (log N)))))) into (- 1/2)
1.145 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)))) into 0
1.146 * [backup-simplify]: Simplify (/ (+ (* -1 (/ (* (pow (* 1 0) 2)) (pow 1 2))) (* 1 (/ (* 1 (pow (* 2 0) 1)) (pow 1 1)))) 2) into 0
1.147 * [backup-simplify]: Simplify (- 0) into 0
1.147 * [backup-simplify]: Simplify (+ (- 1/2) 0) into -1/2
1.147 * [backup-simplify]: Simplify -1/2 into -1/2
1.147 * [backup-simplify]: Simplify (+ (* -1/2 (pow (/ 1 N) 2)) (+ (* 1 (/ 1 N)) (+ (pow (sqrt (- (log (/ 1 N)))) 2) (log (/ 1 N))))) into (- (+ (log (/ 1 N)) (+ (/ 1 N) (pow (sqrt (- (log (/ 1 N)))) 2))) (* 1/2 (/ 1 (pow N 2))))
1.148 * [backup-simplify]: Simplify (fma (sqrt (log1p (/ 1 (- N)))) (sqrt (log1p (/ 1 (- N)))) (- (log (/ 1 (- N))))) into (fma (sqrt (log1p (/ -1 N))) (sqrt (log1p (/ -1 N))) (- (log (/ -1 N))))
1.148 * [approximate]: Taking taylor expansion of (fma (sqrt (log1p (/ -1 N))) (sqrt (log1p (/ -1 N))) (- (log (/ -1 N)))) in (N) around 0
1.148 * [taylor]: Taking taylor expansion of (fma (sqrt (log1p (/ -1 N))) (sqrt (log1p (/ -1 N))) (- (log (/ -1 N)))) in N
1.148 * [taylor]: Rewrote expression to (+ (* (sqrt (log1p (/ -1 N))) (sqrt (log1p (/ -1 N)))) (- (log (/ -1 N))))
1.148 * [taylor]: Taking taylor expansion of (* (sqrt (log1p (/ -1 N))) (sqrt (log1p (/ -1 N)))) in N
1.148 * [taylor]: Taking taylor expansion of (sqrt (log1p (/ -1 N))) in N
1.148 * [taylor]: Taking taylor expansion of (log1p (/ -1 N)) in N
1.148 * [taylor]: Rewrote expression to (log (+ 1 (/ -1 N)))
1.148 * [taylor]: Taking taylor expansion of (+ 1 (/ -1 N)) in N
1.148 * [taylor]: Taking taylor expansion of 1 in N
1.148 * [backup-simplify]: Simplify 1 into 1
1.148 * [taylor]: Taking taylor expansion of (/ -1 N) in N
1.148 * [taylor]: Taking taylor expansion of -1 in N
1.148 * [backup-simplify]: Simplify -1 into -1
1.148 * [taylor]: Taking taylor expansion of N in N
1.148 * [backup-simplify]: Simplify 0 into 0
1.148 * [backup-simplify]: Simplify 1 into 1
1.148 * [backup-simplify]: Simplify (/ -1 1) into -1
1.149 * [backup-simplify]: Simplify (+ 0 -1) into -1
1.149 * [backup-simplify]: Simplify (log -1) into (log -1)
1.149 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) (log -1)) into (- (log -1) (log N))
1.150 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) (log -1)) into (- (log -1) (log N))
1.150 * [backup-simplify]: Simplify (sqrt (- (log -1) (log N))) into (sqrt (- (log -1) (log N)))
1.151 * [backup-simplify]: Simplify (- (/ 0 1) (+ (* -1 (/ 0 1)))) into 0
1.151 * [backup-simplify]: Simplify (+ 1 0) into 1
1.152 * [backup-simplify]: Simplify (/ (+ (* 1 (/ (* (pow (* 1 1) 1)) (pow -1 1)))) 1) into -1
1.152 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) (log -1)) into (- (log -1) (log N))
1.153 * [backup-simplify]: Simplify (/ -1 (* 2 (sqrt (- (log -1) (log N))))) into (* -1/2 (sqrt (/ 1 (- (log -1) (log N)))))
1.153 * [taylor]: Taking taylor expansion of (sqrt (log1p (/ -1 N))) in N
1.153 * [taylor]: Taking taylor expansion of (log1p (/ -1 N)) in N
1.153 * [taylor]: Rewrote expression to (log (+ 1 (/ -1 N)))
1.153 * [taylor]: Taking taylor expansion of (+ 1 (/ -1 N)) in N
1.153 * [taylor]: Taking taylor expansion of 1 in N
1.153 * [backup-simplify]: Simplify 1 into 1
1.153 * [taylor]: Taking taylor expansion of (/ -1 N) in N
1.153 * [taylor]: Taking taylor expansion of -1 in N
1.153 * [backup-simplify]: Simplify -1 into -1
1.153 * [taylor]: Taking taylor expansion of N in N
1.153 * [backup-simplify]: Simplify 0 into 0
1.153 * [backup-simplify]: Simplify 1 into 1
1.153 * [backup-simplify]: Simplify (/ -1 1) into -1
1.153 * [backup-simplify]: Simplify (+ 0 -1) into -1
1.154 * [backup-simplify]: Simplify (log -1) into (log -1)
1.154 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) (log -1)) into (- (log -1) (log N))
1.155 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) (log -1)) into (- (log -1) (log N))
1.155 * [backup-simplify]: Simplify (sqrt (- (log -1) (log N))) into (sqrt (- (log -1) (log N)))
1.155 * [backup-simplify]: Simplify (- (/ 0 1) (+ (* -1 (/ 0 1)))) into 0
1.156 * [backup-simplify]: Simplify (+ 1 0) into 1
1.156 * [backup-simplify]: Simplify (/ (+ (* 1 (/ (* (pow (* 1 1) 1)) (pow -1 1)))) 1) into -1
1.157 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) (log -1)) into (- (log -1) (log N))
1.157 * [backup-simplify]: Simplify (/ -1 (* 2 (sqrt (- (log -1) (log N))))) into (* -1/2 (sqrt (/ 1 (- (log -1) (log N)))))
1.157 * [taylor]: Taking taylor expansion of (- (log (/ -1 N))) in N
1.157 * [taylor]: Taking taylor expansion of (log (/ -1 N)) in N
1.157 * [taylor]: Taking taylor expansion of (/ -1 N) in N
1.157 * [taylor]: Taking taylor expansion of -1 in N
1.157 * [backup-simplify]: Simplify -1 into -1
1.157 * [taylor]: Taking taylor expansion of N in N
1.157 * [backup-simplify]: Simplify 0 into 0
1.157 * [backup-simplify]: Simplify 1 into 1
1.158 * [backup-simplify]: Simplify (/ -1 1) into -1
1.158 * [backup-simplify]: Simplify (log -1) into (log -1)
1.158 * [taylor]: Taking taylor expansion of (fma (sqrt (log1p (/ -1 N))) (sqrt (log1p (/ -1 N))) (- (log (/ -1 N)))) in N
1.158 * [taylor]: Rewrote expression to (+ (* (sqrt (log1p (/ -1 N))) (sqrt (log1p (/ -1 N)))) (- (log (/ -1 N))))
1.158 * [taylor]: Taking taylor expansion of (* (sqrt (log1p (/ -1 N))) (sqrt (log1p (/ -1 N)))) in N
1.158 * [taylor]: Taking taylor expansion of (sqrt (log1p (/ -1 N))) in N
1.158 * [taylor]: Taking taylor expansion of (log1p (/ -1 N)) in N
1.158 * [taylor]: Rewrote expression to (log (+ 1 (/ -1 N)))
1.158 * [taylor]: Taking taylor expansion of (+ 1 (/ -1 N)) in N
1.158 * [taylor]: Taking taylor expansion of 1 in N
1.158 * [backup-simplify]: Simplify 1 into 1
1.158 * [taylor]: Taking taylor expansion of (/ -1 N) in N
1.158 * [taylor]: Taking taylor expansion of -1 in N
1.158 * [backup-simplify]: Simplify -1 into -1
1.158 * [taylor]: Taking taylor expansion of N in N
1.158 * [backup-simplify]: Simplify 0 into 0
1.158 * [backup-simplify]: Simplify 1 into 1
1.159 * [backup-simplify]: Simplify (/ -1 1) into -1
1.159 * [backup-simplify]: Simplify (+ 0 -1) into -1
1.159 * [backup-simplify]: Simplify (log -1) into (log -1)
1.160 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) (log -1)) into (- (log -1) (log N))
1.160 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) (log -1)) into (- (log -1) (log N))
1.160 * [backup-simplify]: Simplify (sqrt (- (log -1) (log N))) into (sqrt (- (log -1) (log N)))
1.161 * [backup-simplify]: Simplify (- (/ 0 1) (+ (* -1 (/ 0 1)))) into 0
1.161 * [backup-simplify]: Simplify (+ 1 0) into 1
1.162 * [backup-simplify]: Simplify (/ (+ (* 1 (/ (* (pow (* 1 1) 1)) (pow -1 1)))) 1) into -1
1.162 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) (log -1)) into (- (log -1) (log N))
1.163 * [backup-simplify]: Simplify (/ -1 (* 2 (sqrt (- (log -1) (log N))))) into (* -1/2 (sqrt (/ 1 (- (log -1) (log N)))))
1.163 * [taylor]: Taking taylor expansion of (sqrt (log1p (/ -1 N))) in N
1.163 * [taylor]: Taking taylor expansion of (log1p (/ -1 N)) in N
1.163 * [taylor]: Rewrote expression to (log (+ 1 (/ -1 N)))
1.163 * [taylor]: Taking taylor expansion of (+ 1 (/ -1 N)) in N
1.163 * [taylor]: Taking taylor expansion of 1 in N
1.163 * [backup-simplify]: Simplify 1 into 1
1.163 * [taylor]: Taking taylor expansion of (/ -1 N) in N
1.163 * [taylor]: Taking taylor expansion of -1 in N
1.163 * [backup-simplify]: Simplify -1 into -1
1.163 * [taylor]: Taking taylor expansion of N in N
1.163 * [backup-simplify]: Simplify 0 into 0
1.163 * [backup-simplify]: Simplify 1 into 1
1.163 * [backup-simplify]: Simplify (/ -1 1) into -1
1.163 * [backup-simplify]: Simplify (+ 0 -1) into -1
1.164 * [backup-simplify]: Simplify (log -1) into (log -1)
1.164 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) (log -1)) into (- (log -1) (log N))
1.165 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) (log -1)) into (- (log -1) (log N))
1.165 * [backup-simplify]: Simplify (sqrt (- (log -1) (log N))) into (sqrt (- (log -1) (log N)))
1.166 * [backup-simplify]: Simplify (- (/ 0 1) (+ (* -1 (/ 0 1)))) into 0
1.166 * [backup-simplify]: Simplify (+ 1 0) into 1
1.167 * [backup-simplify]: Simplify (/ (+ (* 1 (/ (* (pow (* 1 1) 1)) (pow -1 1)))) 1) into -1
1.167 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) (log -1)) into (- (log -1) (log N))
1.167 * [backup-simplify]: Simplify (/ -1 (* 2 (sqrt (- (log -1) (log N))))) into (* -1/2 (sqrt (/ 1 (- (log -1) (log N)))))
1.167 * [taylor]: Taking taylor expansion of (- (log (/ -1 N))) in N
1.167 * [taylor]: Taking taylor expansion of (log (/ -1 N)) in N
1.167 * [taylor]: Taking taylor expansion of (/ -1 N) in N
1.167 * [taylor]: Taking taylor expansion of -1 in N
1.167 * [backup-simplify]: Simplify -1 into -1
1.167 * [taylor]: Taking taylor expansion of N in N
1.167 * [backup-simplify]: Simplify 0 into 0
1.168 * [backup-simplify]: Simplify 1 into 1
1.168 * [backup-simplify]: Simplify (/ -1 1) into -1
1.168 * [backup-simplify]: Simplify (log -1) into (log -1)
1.169 * [backup-simplify]: Simplify (* (sqrt (- (log -1) (log N))) (sqrt (- (log -1) (log N)))) into (- (log -1) (log N))
1.169 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) (log -1)) into (- (log -1) (log N))
1.169 * [backup-simplify]: Simplify (- (- (log -1) (log N))) into (- (log N) (log -1))
1.170 * [backup-simplify]: Simplify (+ (- (log -1) (log N)) (- (log N) (log -1))) into 0
1.170 * [backup-simplify]: Simplify 0 into 0
1.171 * [backup-simplify]: Simplify (+ (* (sqrt (- (log -1) (log N))) (* -1/2 (sqrt (/ 1 (- (log -1) (log N)))))) (* (* -1/2 (sqrt (/ 1 (- (log -1) (log N))))) (sqrt (- (log -1) (log N))))) into (- 1)
1.172 * [backup-simplify]: Simplify (- (/ 0 1) (+ (* -1 (/ 0 1)))) into 0
1.172 * [backup-simplify]: Simplify (/ (+ (* 1 (/ (* (pow (* 1 0) 1)) (pow -1 1)))) 1) into 0
1.173 * [backup-simplify]: Simplify (- 0) into 0
1.173 * [backup-simplify]: Simplify (+ (- 1) 0) into -1
1.173 * [backup-simplify]: Simplify -1 into -1
1.174 * [backup-simplify]: Simplify (- (/ 0 1) (+ (* -1 (/ 0 1)) (* 0 (/ 0 1)))) into 0
1.174 * [backup-simplify]: Simplify (+ 0 0) into 0
1.176 * [backup-simplify]: Simplify (/ (+ (* -1 (/ (* (pow (* 1 1) 2)) (pow -1 2))) (* 1 (/ (* 1 (pow (* 2 0) 1)) (pow -1 1)))) 2) into -1/2
1.177 * [backup-simplify]: Simplify (/ (- -1/2 (pow (* -1/2 (sqrt (/ 1 (- (log -1) (log N))))) 2) (+)) (* 2 (sqrt (- (log -1) (log N))))) into (* -1/2 (* (+ (* 1/4 (/ 1 (- (log -1) (log N)))) 1/2) (sqrt (/ 1 (- (log -1) (log N))))))
1.177 * [backup-simplify]: Simplify (- (/ 0 1) (+ (* -1 (/ 0 1)) (* 0 (/ 0 1)))) into 0
1.177 * [backup-simplify]: Simplify (+ 0 0) into 0
1.179 * [backup-simplify]: Simplify (/ (+ (* -1 (/ (* (pow (* 1 1) 2)) (pow -1 2))) (* 1 (/ (* 1 (pow (* 2 0) 1)) (pow -1 1)))) 2) into -1/2
1.181 * [backup-simplify]: Simplify (/ (- -1/2 (pow (* -1/2 (sqrt (/ 1 (- (log -1) (log N))))) 2) (+)) (* 2 (sqrt (- (log -1) (log N))))) into (* -1/2 (* (+ (* 1/4 (/ 1 (- (log -1) (log N)))) 1/2) (sqrt (/ 1 (- (log -1) (log N))))))
1.184 * [backup-simplify]: Simplify (+ (* (sqrt (- (log -1) (log N))) (* -1/2 (* (+ (* 1/4 (/ 1 (- (log -1) (log N)))) 1/2) (sqrt (/ 1 (- (log -1) (log N))))))) (+ (* (* -1/2 (sqrt (/ 1 (- (log -1) (log N))))) (* -1/2 (sqrt (/ 1 (- (log -1) (log N)))))) (* (* -1/2 (* (+ (* 1/4 (/ 1 (- (log -1) (log N)))) 1/2) (sqrt (/ 1 (- (log -1) (log N)))))) (sqrt (- (log -1) (log N)))))) into (- 1/2)
1.185 * [backup-simplify]: Simplify (- (/ 0 1) (+ (* -1 (/ 0 1)) (* 0 (/ 0 1)))) into 0
1.188 * [backup-simplify]: Simplify (/ (+ (* -1 (/ (* (pow (* 1 0) 2)) (pow -1 2))) (* 1 (/ (* 1 (pow (* 2 0) 1)) (pow -1 1)))) 2) into 0
1.189 * [backup-simplify]: Simplify (- 0) into 0
1.189 * [backup-simplify]: Simplify (+ (- 1/2) 0) into -1/2
1.189 * [backup-simplify]: Simplify -1/2 into -1/2
1.190 * [backup-simplify]: Simplify (- (/ 0 1) (+ (* -1 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
1.191 * [backup-simplify]: Simplify (+ 0 0) into 0
1.196 * [backup-simplify]: Simplify (/ (+ (* 2 (/ (* (pow (* 1 1) 3)) (pow -1 3))) (* -3 (/ (* (pow (* 1 1) 1) (pow (* 2 0) 1)) (pow -1 2))) (* 1 (/ (* 1 1 (pow (* 6 0) 1)) (pow -1 1)))) 6) into -1/3
1.199 * [backup-simplify]: Simplify (/ (- -1/3 (+ (* 2 (* (* -1/2 (sqrt (/ 1 (- (log -1) (log N))))) (* -1/2 (* (+ (* 1/4 (/ 1 (- (log -1) (log N)))) 1/2) (sqrt (/ 1 (- (log -1) (log N)))))))))) (* 2 (sqrt (- (log -1) (log N))))) into (* -1/2 (* (+ (* 1/8 (/ 1 (pow (- (log -1) (log N)) 2))) (+ (* 1/4 (/ 1 (- (log -1) (log N)))) 1/3)) (sqrt (/ 1 (- (log -1) (log N))))))
1.200 * [backup-simplify]: Simplify (- (/ 0 1) (+ (* -1 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
1.200 * [backup-simplify]: Simplify (+ 0 0) into 0
1.206 * [backup-simplify]: Simplify (/ (+ (* 2 (/ (* (pow (* 1 1) 3)) (pow -1 3))) (* -3 (/ (* (pow (* 1 1) 1) (pow (* 2 0) 1)) (pow -1 2))) (* 1 (/ (* 1 1 (pow (* 6 0) 1)) (pow -1 1)))) 6) into -1/3
1.208 * [backup-simplify]: Simplify (/ (- -1/3 (+ (* 2 (* (* -1/2 (sqrt (/ 1 (- (log -1) (log N))))) (* -1/2 (* (+ (* 1/4 (/ 1 (- (log -1) (log N)))) 1/2) (sqrt (/ 1 (- (log -1) (log N)))))))))) (* 2 (sqrt (- (log -1) (log N))))) into (* -1/2 (* (+ (* 1/8 (/ 1 (pow (- (log -1) (log N)) 2))) (+ (* 1/4 (/ 1 (- (log -1) (log N)))) 1/3)) (sqrt (/ 1 (- (log -1) (log N))))))
1.216 * [backup-simplify]: Simplify (+ (* (sqrt (- (log -1) (log N))) (* -1/2 (* (+ (* 1/8 (/ 1 (pow (- (log -1) (log N)) 2))) (+ (* 1/4 (/ 1 (- (log -1) (log N)))) 1/3)) (sqrt (/ 1 (- (log -1) (log N))))))) (+ (* (* -1/2 (sqrt (/ 1 (- (log -1) (log N))))) (* -1/2 (* (+ (* 1/4 (/ 1 (- (log -1) (log N)))) 1/2) (sqrt (/ 1 (- (log -1) (log N))))))) (+ (* (* -1/2 (* (+ (* 1/4 (/ 1 (- (log -1) (log N)))) 1/2) (sqrt (/ 1 (- (log -1) (log N)))))) (* -1/2 (sqrt (/ 1 (- (log -1) (log N)))))) (* (* -1/2 (* (+ (* 1/8 (/ 1 (pow (- (log -1) (log N)) 2))) (+ (* 1/4 (/ 1 (- (log -1) (log N)))) 1/3)) (sqrt (/ 1 (- (log -1) (log N)))))) (sqrt (- (log -1) (log N))))))) into (- 1/3)
1.217 * [backup-simplify]: Simplify (- (/ 0 1) (+ (* -1 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
1.223 * [backup-simplify]: Simplify (/ (+ (* 2 (/ (* (pow (* 1 0) 3)) (pow -1 3))) (* -3 (/ (* (pow (* 1 0) 1) (pow (* 2 0) 1)) (pow -1 2))) (* 1 (/ (* 1 1 (pow (* 6 0) 1)) (pow -1 1)))) 6) into 0
1.223 * [backup-simplify]: Simplify (- 0) into 0
1.224 * [backup-simplify]: Simplify (+ (- 1/3) 0) into -1/3
1.224 * [backup-simplify]: Simplify -1/3 into -1/3
1.224 * [backup-simplify]: Simplify (+ (* -1/3 (pow (/ 1 (- N)) 3)) (+ (* -1/2 (pow (/ 1 (- N)) 2)) (* -1 (/ 1 (- N))))) into (- (+ (* 1/3 (/ 1 (pow N 3))) (/ 1 N)) (* 1/2 (/ 1 (pow N 2))))
1.224 * * * * [progress]: [ 2 / 3 ] generating series at (2 2)
1.225 * [backup-simplify]: Simplify (sqrt (log1p N)) into (sqrt (log1p N))
1.225 * [approximate]: Taking taylor expansion of (sqrt (log1p N)) in (N) around 0
1.225 * [taylor]: Taking taylor expansion of (sqrt (log1p N)) in N
1.225 * [taylor]: Taking taylor expansion of (log1p N) in N
1.225 * [taylor]: Rewrote expression to (log (+ 1 N))
1.225 * [taylor]: Taking taylor expansion of (+ 1 N) in N
1.225 * [taylor]: Taking taylor expansion of 1 in N
1.225 * [backup-simplify]: Simplify 1 into 1
1.225 * [taylor]: Taking taylor expansion of N in N
1.225 * [backup-simplify]: Simplify 0 into 0
1.225 * [backup-simplify]: Simplify 1 into 1
1.225 * [backup-simplify]: Simplify (+ 1 0) into 1
1.226 * [backup-simplify]: Simplify (log 1) into 0
1.226 * [backup-simplify]: Simplify (+ 0 1) into 1
1.228 * [backup-simplify]: Simplify (/ (+ (* 1 (/ (* (pow (* 1 1) 1)) (pow 1 1)))) 1) into 1
1.228 * [backup-simplify]: Simplify (sqrt 0) into 0
1.230 * [backup-simplify]: Simplify (/ 1 (* 2 (sqrt 0))) into +nan.0
1.230 * [taylor]: Taking taylor expansion of (sqrt (log1p N)) in N
1.230 * [taylor]: Taking taylor expansion of (log1p N) in N
1.230 * [taylor]: Rewrote expression to (log (+ 1 N))
1.230 * [taylor]: Taking taylor expansion of (+ 1 N) in N
1.230 * [taylor]: Taking taylor expansion of 1 in N
1.230 * [backup-simplify]: Simplify 1 into 1
1.230 * [taylor]: Taking taylor expansion of N in N
1.230 * [backup-simplify]: Simplify 0 into 0
1.230 * [backup-simplify]: Simplify 1 into 1
1.231 * [backup-simplify]: Simplify (+ 1 0) into 1
1.231 * [backup-simplify]: Simplify (log 1) into 0
1.232 * [backup-simplify]: Simplify (+ 0 1) into 1
1.233 * [backup-simplify]: Simplify (/ (+ (* 1 (/ (* (pow (* 1 1) 1)) (pow 1 1)))) 1) into 1
1.233 * [backup-simplify]: Simplify (sqrt 0) into 0
1.235 * [backup-simplify]: Simplify (/ 1 (* 2 (sqrt 0))) into +nan.0
1.235 * [backup-simplify]: Simplify 0 into 0
1.235 * [backup-simplify]: Simplify +nan.0 into +nan.0
1.235 * [backup-simplify]: Simplify (+ 0 0) into 0
1.238 * [backup-simplify]: Simplify (/ (+ (* -1 (/ (* (pow (* 1 1) 2)) (pow 1 2))) (* 1 (/ (* 1 (pow (* 2 0) 1)) (pow 1 1)))) 2) into -1/2
1.242 * [backup-simplify]: Simplify (/ (- -1/2 (pow +nan.0 2) (+)) (* 2 0)) into +nan.0
1.242 * [backup-simplify]: Simplify +nan.0 into +nan.0
1.243 * [backup-simplify]: Simplify (+ 0 0) into 0
1.250 * [backup-simplify]: Simplify (/ (+ (* 2 (/ (* (pow (* 1 1) 3)) (pow 1 3))) (* -3 (/ (* (pow (* 1 1) 1) (pow (* 2 0) 1)) (pow 1 2))) (* 1 (/ (* 1 1 (pow (* 6 0) 1)) (pow 1 1)))) 6) into 1/3
1.261 * [backup-simplify]: Simplify (/ (- 1/3 (+ (* 2 (* +nan.0 +nan.0)))) (* 2 0)) into +nan.0
1.262 * [backup-simplify]: Simplify +nan.0 into +nan.0
1.262 * [backup-simplify]: Simplify (+ (* +nan.0 (pow N 3)) (+ (* +nan.0 (pow N 2)) (* +nan.0 N))) into (- (+ (* +nan.0 (pow N 2)) (- (+ (* +nan.0 N) (- (* +nan.0 (pow N 3)))))))
1.262 * [backup-simplify]: Simplify (sqrt (log1p (/ 1 N))) into (sqrt (log1p (/ 1 N)))
1.262 * [approximate]: Taking taylor expansion of (sqrt (log1p (/ 1 N))) in (N) around 0
1.262 * [taylor]: Taking taylor expansion of (sqrt (log1p (/ 1 N))) in N
1.262 * [taylor]: Taking taylor expansion of (log1p (/ 1 N)) in N
1.262 * [taylor]: Rewrote expression to (log (+ 1 (/ 1 N)))
1.262 * [taylor]: Taking taylor expansion of (+ 1 (/ 1 N)) in N
1.263 * [taylor]: Taking taylor expansion of 1 in N
1.263 * [backup-simplify]: Simplify 1 into 1
1.263 * [taylor]: Taking taylor expansion of (/ 1 N) in N
1.263 * [taylor]: Taking taylor expansion of N in N
1.263 * [backup-simplify]: Simplify 0 into 0
1.263 * [backup-simplify]: Simplify 1 into 1
1.263 * [backup-simplify]: Simplify (/ 1 1) into 1
1.263 * [backup-simplify]: Simplify (+ 0 1) into 1
1.264 * [backup-simplify]: Simplify (log 1) into 0
1.264 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) 0) into (- (log N))
1.264 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) 0) into (- (log N))
1.264 * [backup-simplify]: Simplify (sqrt (- (log N))) into (sqrt (- (log N)))
1.265 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)))) into 0
1.265 * [backup-simplify]: Simplify (+ 1 0) into 1
1.266 * [backup-simplify]: Simplify (/ (+ (* 1 (/ (* (pow (* 1 1) 1)) (pow 1 1)))) 1) into 1
1.266 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) 0) into (- (log N))
1.266 * [backup-simplify]: Simplify (/ 1 (* 2 (sqrt (- (log N))))) into (/ 1/2 (sqrt (- (log N))))
1.266 * [taylor]: Taking taylor expansion of (sqrt (log1p (/ 1 N))) in N
1.266 * [taylor]: Taking taylor expansion of (log1p (/ 1 N)) in N
1.266 * [taylor]: Rewrote expression to (log (+ 1 (/ 1 N)))
1.266 * [taylor]: Taking taylor expansion of (+ 1 (/ 1 N)) in N
1.266 * [taylor]: Taking taylor expansion of 1 in N
1.266 * [backup-simplify]: Simplify 1 into 1
1.266 * [taylor]: Taking taylor expansion of (/ 1 N) in N
1.266 * [taylor]: Taking taylor expansion of N in N
1.266 * [backup-simplify]: Simplify 0 into 0
1.266 * [backup-simplify]: Simplify 1 into 1
1.267 * [backup-simplify]: Simplify (/ 1 1) into 1
1.267 * [backup-simplify]: Simplify (+ 0 1) into 1
1.267 * [backup-simplify]: Simplify (log 1) into 0
1.268 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) 0) into (- (log N))
1.268 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) 0) into (- (log N))
1.268 * [backup-simplify]: Simplify (sqrt (- (log N))) into (sqrt (- (log N)))
1.268 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)))) into 0
1.269 * [backup-simplify]: Simplify (+ 1 0) into 1
1.269 * [backup-simplify]: Simplify (/ (+ (* 1 (/ (* (pow (* 1 1) 1)) (pow 1 1)))) 1) into 1
1.270 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) 0) into (- (log N))
1.270 * [backup-simplify]: Simplify (/ 1 (* 2 (sqrt (- (log N))))) into (/ 1/2 (sqrt (- (log N))))
1.270 * [backup-simplify]: Simplify (sqrt (- (log N))) into (sqrt (- (log N)))
1.270 * [backup-simplify]: Simplify (/ 1/2 (sqrt (- (log N)))) into (/ 1/2 (sqrt (- (log N))))
1.271 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)))) into 0
1.271 * [backup-simplify]: Simplify (+ 0 0) into 0
1.273 * [backup-simplify]: Simplify (/ (+ (* -1 (/ (* (pow (* 1 1) 2)) (pow 1 2))) (* 1 (/ (* 1 (pow (* 2 0) 1)) (pow 1 1)))) 2) into -1/2
1.273 * [backup-simplify]: Simplify (/ (- -1/2 (pow (/ 1/2 (sqrt (- (log N)))) 2) (+)) (* 2 (sqrt (- (log N))))) into (* -1/2 (/ (+ 1/2 (* 1/4 (/ 1 (pow (sqrt (- (log N))) 2)))) (sqrt (- (log N)))))
1.273 * [backup-simplify]: Simplify (* -1/2 (/ (+ 1/2 (* 1/4 (/ 1 (pow (sqrt (- (log N))) 2)))) (sqrt (- (log N))))) into (* -1/2 (/ (+ 1/2 (* 1/4 (/ 1 (pow (sqrt (- (log N))) 2)))) (sqrt (- (log N)))))
1.274 * [backup-simplify]: Simplify (+ (* (* -1/2 (/ (+ 1/2 (* 1/4 (/ 1 (pow (sqrt (- (log (/ 1 N)))) 2)))) (sqrt (- (log (/ 1 N)))))) (pow (/ 1 N) 2)) (+ (* (/ 1/2 (sqrt (- (log (/ 1 N))))) (/ 1 N)) (sqrt (- (log (/ 1 N)))))) into (- (+ (* 1/2 (/ 1 (* N (sqrt (- (log (/ 1 N))))))) (sqrt (- (log (/ 1 N))))) (+ (* 1/8 (/ 1 (* (pow N 2) (pow (sqrt (- (log (/ 1 N)))) 3)))) (* 1/4 (/ 1 (* (pow N 2) (sqrt (- (log (/ 1 N)))))))))
1.274 * [backup-simplify]: Simplify (sqrt (log1p (/ 1 (- N)))) into (sqrt (log1p (/ -1 N)))
1.274 * [approximate]: Taking taylor expansion of (sqrt (log1p (/ -1 N))) in (N) around 0
1.274 * [taylor]: Taking taylor expansion of (sqrt (log1p (/ -1 N))) in N
1.274 * [taylor]: Taking taylor expansion of (log1p (/ -1 N)) in N
1.274 * [taylor]: Rewrote expression to (log (+ 1 (/ -1 N)))
1.274 * [taylor]: Taking taylor expansion of (+ 1 (/ -1 N)) in N
1.274 * [taylor]: Taking taylor expansion of 1 in N
1.274 * [backup-simplify]: Simplify 1 into 1
1.274 * [taylor]: Taking taylor expansion of (/ -1 N) in N
1.274 * [taylor]: Taking taylor expansion of -1 in N
1.274 * [backup-simplify]: Simplify -1 into -1
1.274 * [taylor]: Taking taylor expansion of N in N
1.274 * [backup-simplify]: Simplify 0 into 0
1.274 * [backup-simplify]: Simplify 1 into 1
1.274 * [backup-simplify]: Simplify (/ -1 1) into -1
1.275 * [backup-simplify]: Simplify (+ 0 -1) into -1
1.275 * [backup-simplify]: Simplify (log -1) into (log -1)
1.276 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) (log -1)) into (- (log -1) (log N))
1.276 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) (log -1)) into (- (log -1) (log N))
1.276 * [backup-simplify]: Simplify (sqrt (- (log -1) (log N))) into (sqrt (- (log -1) (log N)))
1.277 * [backup-simplify]: Simplify (- (/ 0 1) (+ (* -1 (/ 0 1)))) into 0
1.277 * [backup-simplify]: Simplify (+ 1 0) into 1
1.278 * [backup-simplify]: Simplify (/ (+ (* 1 (/ (* (pow (* 1 1) 1)) (pow -1 1)))) 1) into -1
1.279 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) (log -1)) into (- (log -1) (log N))
1.279 * [backup-simplify]: Simplify (/ -1 (* 2 (sqrt (- (log -1) (log N))))) into (* -1/2 (sqrt (/ 1 (- (log -1) (log N)))))
1.279 * [taylor]: Taking taylor expansion of (sqrt (log1p (/ -1 N))) in N
1.279 * [taylor]: Taking taylor expansion of (log1p (/ -1 N)) in N
1.279 * [taylor]: Rewrote expression to (log (+ 1 (/ -1 N)))
1.279 * [taylor]: Taking taylor expansion of (+ 1 (/ -1 N)) in N
1.279 * [taylor]: Taking taylor expansion of 1 in N
1.279 * [backup-simplify]: Simplify 1 into 1
1.279 * [taylor]: Taking taylor expansion of (/ -1 N) in N
1.279 * [taylor]: Taking taylor expansion of -1 in N
1.279 * [backup-simplify]: Simplify -1 into -1
1.279 * [taylor]: Taking taylor expansion of N in N
1.279 * [backup-simplify]: Simplify 0 into 0
1.279 * [backup-simplify]: Simplify 1 into 1
1.279 * [backup-simplify]: Simplify (/ -1 1) into -1
1.280 * [backup-simplify]: Simplify (+ 0 -1) into -1
1.280 * [backup-simplify]: Simplify (log -1) into (log -1)
1.280 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) (log -1)) into (- (log -1) (log N))
1.281 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) (log -1)) into (- (log -1) (log N))
1.281 * [backup-simplify]: Simplify (sqrt (- (log -1) (log N))) into (sqrt (- (log -1) (log N)))
1.282 * [backup-simplify]: Simplify (- (/ 0 1) (+ (* -1 (/ 0 1)))) into 0
1.282 * [backup-simplify]: Simplify (+ 1 0) into 1
1.283 * [backup-simplify]: Simplify (/ (+ (* 1 (/ (* (pow (* 1 1) 1)) (pow -1 1)))) 1) into -1
1.283 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) (log -1)) into (- (log -1) (log N))
1.284 * [backup-simplify]: Simplify (/ -1 (* 2 (sqrt (- (log -1) (log N))))) into (* -1/2 (sqrt (/ 1 (- (log -1) (log N)))))
1.284 * [backup-simplify]: Simplify (sqrt (- (log -1) (log N))) into (sqrt (- (log -1) (log N)))
1.284 * [backup-simplify]: Simplify (* -1/2 (sqrt (/ 1 (- (log -1) (log N))))) into (* -1/2 (sqrt (/ 1 (- (log -1) (log N)))))
1.285 * [backup-simplify]: Simplify (- (/ 0 1) (+ (* -1 (/ 0 1)) (* 0 (/ 0 1)))) into 0
1.285 * [backup-simplify]: Simplify (+ 0 0) into 0
1.287 * [backup-simplify]: Simplify (/ (+ (* -1 (/ (* (pow (* 1 1) 2)) (pow -1 2))) (* 1 (/ (* 1 (pow (* 2 0) 1)) (pow -1 1)))) 2) into -1/2
1.288 * [backup-simplify]: Simplify (/ (- -1/2 (pow (* -1/2 (sqrt (/ 1 (- (log -1) (log N))))) 2) (+)) (* 2 (sqrt (- (log -1) (log N))))) into (* -1/2 (* (+ (* 1/4 (/ 1 (- (log -1) (log N)))) 1/2) (sqrt (/ 1 (- (log -1) (log N))))))
1.289 * [backup-simplify]: Simplify (* -1/2 (* (+ (* 1/4 (/ 1 (- (log -1) (log N)))) 1/2) (sqrt (/ 1 (- (log -1) (log N)))))) into (* -1/2 (* (+ (* 1/4 (/ 1 (- (log -1) (log N)))) 1/2) (sqrt (/ 1 (- (log -1) (log N))))))
1.291 * [backup-simplify]: Simplify (+ (* (* -1/2 (* (+ (* 1/4 (/ 1 (- (log -1) (log (/ 1 (- N)))))) 1/2) (sqrt (/ 1 (- (log -1) (log (/ 1 (- N)))))))) (pow (/ 1 (- N)) 2)) (+ (* (* -1/2 (sqrt (/ 1 (- (log -1) (log (/ 1 (- N))))))) (/ 1 (- N))) (sqrt (- (log -1) (log (/ 1 (- N))))))) into (- (+ (sqrt (- (log -1) (log (/ -1 N)))) (* 1/2 (* (sqrt (/ 1 (- (log -1) (log (/ -1 N))))) (/ 1 N)))) (+ (* 1/8 (* (sqrt (/ 1 (pow (- (log -1) (log (/ -1 N))) 3))) (/ 1 (pow N 2)))) (* 1/4 (* (/ 1 (pow N 2)) (sqrt (/ 1 (- (log -1) (log (/ -1 N)))))))))
1.291 * * * * [progress]: [ 3 / 3 ] generating series at (2 1)
1.291 * [backup-simplify]: Simplify (sqrt (log1p N)) into (sqrt (log1p N))
1.291 * [approximate]: Taking taylor expansion of (sqrt (log1p N)) in (N) around 0
1.291 * [taylor]: Taking taylor expansion of (sqrt (log1p N)) in N
1.291 * [taylor]: Taking taylor expansion of (log1p N) in N
1.291 * [taylor]: Rewrote expression to (log (+ 1 N))
1.292 * [taylor]: Taking taylor expansion of (+ 1 N) in N
1.292 * [taylor]: Taking taylor expansion of 1 in N
1.292 * [backup-simplify]: Simplify 1 into 1
1.292 * [taylor]: Taking taylor expansion of N in N
1.292 * [backup-simplify]: Simplify 0 into 0
1.292 * [backup-simplify]: Simplify 1 into 1
1.292 * [backup-simplify]: Simplify (+ 1 0) into 1
1.292 * [backup-simplify]: Simplify (log 1) into 0
1.293 * [backup-simplify]: Simplify (+ 0 1) into 1
1.293 * [backup-simplify]: Simplify (/ (+ (* 1 (/ (* (pow (* 1 1) 1)) (pow 1 1)))) 1) into 1
1.294 * [backup-simplify]: Simplify (sqrt 0) into 0
1.295 * [backup-simplify]: Simplify (/ 1 (* 2 (sqrt 0))) into +nan.0
1.295 * [taylor]: Taking taylor expansion of (sqrt (log1p N)) in N
1.295 * [taylor]: Taking taylor expansion of (log1p N) in N
1.295 * [taylor]: Rewrote expression to (log (+ 1 N))
1.295 * [taylor]: Taking taylor expansion of (+ 1 N) in N
1.295 * [taylor]: Taking taylor expansion of 1 in N
1.295 * [backup-simplify]: Simplify 1 into 1
1.295 * [taylor]: Taking taylor expansion of N in N
1.295 * [backup-simplify]: Simplify 0 into 0
1.295 * [backup-simplify]: Simplify 1 into 1
1.295 * [backup-simplify]: Simplify (+ 1 0) into 1
1.295 * [backup-simplify]: Simplify (log 1) into 0
1.296 * [backup-simplify]: Simplify (+ 0 1) into 1
1.296 * [backup-simplify]: Simplify (/ (+ (* 1 (/ (* (pow (* 1 1) 1)) (pow 1 1)))) 1) into 1
1.297 * [backup-simplify]: Simplify (sqrt 0) into 0
1.298 * [backup-simplify]: Simplify (/ 1 (* 2 (sqrt 0))) into +nan.0
1.298 * [backup-simplify]: Simplify 0 into 0
1.298 * [backup-simplify]: Simplify +nan.0 into +nan.0
1.298 * [backup-simplify]: Simplify (+ 0 0) into 0
1.300 * [backup-simplify]: Simplify (/ (+ (* -1 (/ (* (pow (* 1 1) 2)) (pow 1 2))) (* 1 (/ (* 1 (pow (* 2 0) 1)) (pow 1 1)))) 2) into -1/2
1.302 * [backup-simplify]: Simplify (/ (- -1/2 (pow +nan.0 2) (+)) (* 2 0)) into +nan.0
1.302 * [backup-simplify]: Simplify +nan.0 into +nan.0
1.302 * [backup-simplify]: Simplify (+ 0 0) into 0
1.305 * [backup-simplify]: Simplify (/ (+ (* 2 (/ (* (pow (* 1 1) 3)) (pow 1 3))) (* -3 (/ (* (pow (* 1 1) 1) (pow (* 2 0) 1)) (pow 1 2))) (* 1 (/ (* 1 1 (pow (* 6 0) 1)) (pow 1 1)))) 6) into 1/3
1.308 * [backup-simplify]: Simplify (/ (- 1/3 (+ (* 2 (* +nan.0 +nan.0)))) (* 2 0)) into +nan.0
1.308 * [backup-simplify]: Simplify +nan.0 into +nan.0
1.308 * [backup-simplify]: Simplify (+ (* +nan.0 (pow N 3)) (+ (* +nan.0 (pow N 2)) (* +nan.0 N))) into (- (+ (* +nan.0 (pow N 2)) (- (+ (* +nan.0 N) (- (* +nan.0 (pow N 3)))))))
1.308 * [backup-simplify]: Simplify (sqrt (log1p (/ 1 N))) into (sqrt (log1p (/ 1 N)))
1.308 * [approximate]: Taking taylor expansion of (sqrt (log1p (/ 1 N))) in (N) around 0
1.308 * [taylor]: Taking taylor expansion of (sqrt (log1p (/ 1 N))) in N
1.308 * [taylor]: Taking taylor expansion of (log1p (/ 1 N)) in N
1.308 * [taylor]: Rewrote expression to (log (+ 1 (/ 1 N)))
1.308 * [taylor]: Taking taylor expansion of (+ 1 (/ 1 N)) in N
1.308 * [taylor]: Taking taylor expansion of 1 in N
1.308 * [backup-simplify]: Simplify 1 into 1
1.308 * [taylor]: Taking taylor expansion of (/ 1 N) in N
1.308 * [taylor]: Taking taylor expansion of N in N
1.308 * [backup-simplify]: Simplify 0 into 0
1.309 * [backup-simplify]: Simplify 1 into 1
1.309 * [backup-simplify]: Simplify (/ 1 1) into 1
1.309 * [backup-simplify]: Simplify (+ 0 1) into 1
1.309 * [backup-simplify]: Simplify (log 1) into 0
1.310 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) 0) into (- (log N))
1.310 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) 0) into (- (log N))
1.310 * [backup-simplify]: Simplify (sqrt (- (log N))) into (sqrt (- (log N)))
1.310 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)))) into 0
1.311 * [backup-simplify]: Simplify (+ 1 0) into 1
1.311 * [backup-simplify]: Simplify (/ (+ (* 1 (/ (* (pow (* 1 1) 1)) (pow 1 1)))) 1) into 1
1.312 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) 0) into (- (log N))
1.312 * [backup-simplify]: Simplify (/ 1 (* 2 (sqrt (- (log N))))) into (/ 1/2 (sqrt (- (log N))))
1.312 * [taylor]: Taking taylor expansion of (sqrt (log1p (/ 1 N))) in N
1.312 * [taylor]: Taking taylor expansion of (log1p (/ 1 N)) in N
1.312 * [taylor]: Rewrote expression to (log (+ 1 (/ 1 N)))
1.312 * [taylor]: Taking taylor expansion of (+ 1 (/ 1 N)) in N
1.312 * [taylor]: Taking taylor expansion of 1 in N
1.312 * [backup-simplify]: Simplify 1 into 1
1.312 * [taylor]: Taking taylor expansion of (/ 1 N) in N
1.312 * [taylor]: Taking taylor expansion of N in N
1.312 * [backup-simplify]: Simplify 0 into 0
1.312 * [backup-simplify]: Simplify 1 into 1
1.312 * [backup-simplify]: Simplify (/ 1 1) into 1
1.313 * [backup-simplify]: Simplify (+ 0 1) into 1
1.313 * [backup-simplify]: Simplify (log 1) into 0
1.313 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) 0) into (- (log N))
1.313 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) 0) into (- (log N))
1.313 * [backup-simplify]: Simplify (sqrt (- (log N))) into (sqrt (- (log N)))
1.314 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)))) into 0
1.314 * [backup-simplify]: Simplify (+ 1 0) into 1
1.315 * [backup-simplify]: Simplify (/ (+ (* 1 (/ (* (pow (* 1 1) 1)) (pow 1 1)))) 1) into 1
1.315 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) 0) into (- (log N))
1.315 * [backup-simplify]: Simplify (/ 1 (* 2 (sqrt (- (log N))))) into (/ 1/2 (sqrt (- (log N))))
1.315 * [backup-simplify]: Simplify (sqrt (- (log N))) into (sqrt (- (log N)))
1.316 * [backup-simplify]: Simplify (/ 1/2 (sqrt (- (log N)))) into (/ 1/2 (sqrt (- (log N))))
1.316 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)))) into 0
1.316 * [backup-simplify]: Simplify (+ 0 0) into 0
1.319 * [backup-simplify]: Simplify (/ (+ (* -1 (/ (* (pow (* 1 1) 2)) (pow 1 2))) (* 1 (/ (* 1 (pow (* 2 0) 1)) (pow 1 1)))) 2) into -1/2
1.319 * [backup-simplify]: Simplify (/ (- -1/2 (pow (/ 1/2 (sqrt (- (log N)))) 2) (+)) (* 2 (sqrt (- (log N))))) into (* -1/2 (/ (+ 1/2 (* 1/4 (/ 1 (pow (sqrt (- (log N))) 2)))) (sqrt (- (log N)))))
1.319 * [backup-simplify]: Simplify (* -1/2 (/ (+ 1/2 (* 1/4 (/ 1 (pow (sqrt (- (log N))) 2)))) (sqrt (- (log N))))) into (* -1/2 (/ (+ 1/2 (* 1/4 (/ 1 (pow (sqrt (- (log N))) 2)))) (sqrt (- (log N)))))
1.320 * [backup-simplify]: Simplify (+ (* (* -1/2 (/ (+ 1/2 (* 1/4 (/ 1 (pow (sqrt (- (log (/ 1 N)))) 2)))) (sqrt (- (log (/ 1 N)))))) (pow (/ 1 N) 2)) (+ (* (/ 1/2 (sqrt (- (log (/ 1 N))))) (/ 1 N)) (sqrt (- (log (/ 1 N)))))) into (- (+ (* 1/2 (/ 1 (* N (sqrt (- (log (/ 1 N))))))) (sqrt (- (log (/ 1 N))))) (+ (* 1/8 (/ 1 (* (pow N 2) (pow (sqrt (- (log (/ 1 N)))) 3)))) (* 1/4 (/ 1 (* (pow N 2) (sqrt (- (log (/ 1 N)))))))))
1.320 * [backup-simplify]: Simplify (sqrt (log1p (/ 1 (- N)))) into (sqrt (log1p (/ -1 N)))
1.320 * [approximate]: Taking taylor expansion of (sqrt (log1p (/ -1 N))) in (N) around 0
1.320 * [taylor]: Taking taylor expansion of (sqrt (log1p (/ -1 N))) in N
1.320 * [taylor]: Taking taylor expansion of (log1p (/ -1 N)) in N
1.320 * [taylor]: Rewrote expression to (log (+ 1 (/ -1 N)))
1.320 * [taylor]: Taking taylor expansion of (+ 1 (/ -1 N)) in N
1.320 * [taylor]: Taking taylor expansion of 1 in N
1.320 * [backup-simplify]: Simplify 1 into 1
1.320 * [taylor]: Taking taylor expansion of (/ -1 N) in N
1.320 * [taylor]: Taking taylor expansion of -1 in N
1.320 * [backup-simplify]: Simplify -1 into -1
1.320 * [taylor]: Taking taylor expansion of N in N
1.320 * [backup-simplify]: Simplify 0 into 0
1.320 * [backup-simplify]: Simplify 1 into 1
1.320 * [backup-simplify]: Simplify (/ -1 1) into -1
1.321 * [backup-simplify]: Simplify (+ 0 -1) into -1
1.321 * [backup-simplify]: Simplify (log -1) into (log -1)
1.322 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) (log -1)) into (- (log -1) (log N))
1.322 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) (log -1)) into (- (log -1) (log N))
1.323 * [backup-simplify]: Simplify (sqrt (- (log -1) (log N))) into (sqrt (- (log -1) (log N)))
1.323 * [backup-simplify]: Simplify (- (/ 0 1) (+ (* -1 (/ 0 1)))) into 0
1.323 * [backup-simplify]: Simplify (+ 1 0) into 1
1.324 * [backup-simplify]: Simplify (/ (+ (* 1 (/ (* (pow (* 1 1) 1)) (pow -1 1)))) 1) into -1
1.325 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) (log -1)) into (- (log -1) (log N))
1.325 * [backup-simplify]: Simplify (/ -1 (* 2 (sqrt (- (log -1) (log N))))) into (* -1/2 (sqrt (/ 1 (- (log -1) (log N)))))
1.325 * [taylor]: Taking taylor expansion of (sqrt (log1p (/ -1 N))) in N
1.325 * [taylor]: Taking taylor expansion of (log1p (/ -1 N)) in N
1.325 * [taylor]: Rewrote expression to (log (+ 1 (/ -1 N)))
1.325 * [taylor]: Taking taylor expansion of (+ 1 (/ -1 N)) in N
1.325 * [taylor]: Taking taylor expansion of 1 in N
1.325 * [backup-simplify]: Simplify 1 into 1
1.325 * [taylor]: Taking taylor expansion of (/ -1 N) in N
1.325 * [taylor]: Taking taylor expansion of -1 in N
1.325 * [backup-simplify]: Simplify -1 into -1
1.325 * [taylor]: Taking taylor expansion of N in N
1.325 * [backup-simplify]: Simplify 0 into 0
1.325 * [backup-simplify]: Simplify 1 into 1
1.326 * [backup-simplify]: Simplify (/ -1 1) into -1
1.326 * [backup-simplify]: Simplify (+ 0 -1) into -1
1.326 * [backup-simplify]: Simplify (log -1) into (log -1)
1.327 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) (log -1)) into (- (log -1) (log N))
1.327 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) (log -1)) into (- (log -1) (log N))
1.327 * [backup-simplify]: Simplify (sqrt (- (log -1) (log N))) into (sqrt (- (log -1) (log N)))
1.328 * [backup-simplify]: Simplify (- (/ 0 1) (+ (* -1 (/ 0 1)))) into 0
1.328 * [backup-simplify]: Simplify (+ 1 0) into 1
1.329 * [backup-simplify]: Simplify (/ (+ (* 1 (/ (* (pow (* 1 1) 1)) (pow -1 1)))) 1) into -1
1.329 * [backup-simplify]: Simplify (+ (* (- 1) (log N)) (log -1)) into (- (log -1) (log N))
1.330 * [backup-simplify]: Simplify (/ -1 (* 2 (sqrt (- (log -1) (log N))))) into (* -1/2 (sqrt (/ 1 (- (log -1) (log N)))))
1.330 * [backup-simplify]: Simplify (sqrt (- (log -1) (log N))) into (sqrt (- (log -1) (log N)))
1.330 * [backup-simplify]: Simplify (* -1/2 (sqrt (/ 1 (- (log -1) (log N))))) into (* -1/2 (sqrt (/ 1 (- (log -1) (log N)))))
1.331 * [backup-simplify]: Simplify (- (/ 0 1) (+ (* -1 (/ 0 1)) (* 0 (/ 0 1)))) into 0
1.331 * [backup-simplify]: Simplify (+ 0 0) into 0
1.333 * [backup-simplify]: Simplify (/ (+ (* -1 (/ (* (pow (* 1 1) 2)) (pow -1 2))) (* 1 (/ (* 1 (pow (* 2 0) 1)) (pow -1 1)))) 2) into -1/2
1.334 * [backup-simplify]: Simplify (/ (- -1/2 (pow (* -1/2 (sqrt (/ 1 (- (log -1) (log N))))) 2) (+)) (* 2 (sqrt (- (log -1) (log N))))) into (* -1/2 (* (+ (* 1/4 (/ 1 (- (log -1) (log N)))) 1/2) (sqrt (/ 1 (- (log -1) (log N))))))
1.334 * [backup-simplify]: Simplify (* -1/2 (* (+ (* 1/4 (/ 1 (- (log -1) (log N)))) 1/2) (sqrt (/ 1 (- (log -1) (log N)))))) into (* -1/2 (* (+ (* 1/4 (/ 1 (- (log -1) (log N)))) 1/2) (sqrt (/ 1 (- (log -1) (log N))))))
1.337 * [backup-simplify]: Simplify (+ (* (* -1/2 (* (+ (* 1/4 (/ 1 (- (log -1) (log (/ 1 (- N)))))) 1/2) (sqrt (/ 1 (- (log -1) (log (/ 1 (- N)))))))) (pow (/ 1 (- N)) 2)) (+ (* (* -1/2 (sqrt (/ 1 (- (log -1) (log (/ 1 (- N))))))) (/ 1 (- N))) (sqrt (- (log -1) (log (/ 1 (- N))))))) into (- (+ (sqrt (- (log -1) (log (/ -1 N)))) (* 1/2 (* (sqrt (/ 1 (- (log -1) (log (/ -1 N))))) (/ 1 N)))) (+ (* 1/8 (* (sqrt (/ 1 (pow (- (log -1) (log (/ -1 N))) 3))) (/ 1 (pow N 2)))) (* 1/4 (* (/ 1 (pow N 2)) (sqrt (/ 1 (- (log -1) (log (/ -1 N)))))))))
1.337 * * * [progress]: simplifying candidates
1.337 * * * * [progress]: [ 1 / 52 ] simplifiying candidate #<alt (λ (N) (log1p (expm1 (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N))))))>
1.337 * * * * [progress]: [ 2 / 52 ] simplifiying candidate #<alt (λ (N) (expm1 (log1p (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N))))))>
1.337 * * * * [progress]: [ 3 / 52 ] simplifiying candidate #<alt (λ (N) (+ (* (sqrt (log1p N)) (sqrt (log1p N))) (- (log N))))>
1.337 * * * * [progress]: [ 4 / 52 ] simplifiying candidate #<alt (λ (N) (pow (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N))) 1))>
1.337 * * * * [progress]: [ 5 / 52 ] simplifiying candidate #<alt (λ (N) (exp (log (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N))))))>
1.337 * * * * [progress]: [ 6 / 52 ] simplifiying candidate #<alt (λ (N) (log (exp (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N))))))>
1.337 * * * * [progress]: [ 7 / 52 ] simplifiying candidate #<alt (λ (N) (* (* (cbrt (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N)))) (cbrt (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N))))) (cbrt (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N))))))>
1.337 * * * * [progress]: [ 8 / 52 ] simplifiying candidate #<alt (λ (N) (cbrt (* (* (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N))) (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N)))) (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N))))))>
1.337 * * * * [progress]: [ 9 / 52 ] simplifiying candidate #<alt (λ (N) (* (sqrt (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N)))) (sqrt (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N))))))>
1.338 * * * * [progress]: [ 10 / 52 ] simplifiying candidate #<alt (λ (N) (* 1 (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N)))))>
1.338 * * * * [progress]: [ 11 / 52 ] simplifiying candidate #<alt (λ (N) (posit16->real (real->posit16 (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N))))))>
1.338 * * * * [progress]: [ 12 / 52 ] simplifiying candidate #<alt (λ (N) (fma (sqrt (log1p N)) (log1p (expm1 (sqrt (log1p N)))) (- (log N))))>
1.338 * * * * [progress]: [ 13 / 52 ] simplifiying candidate #<alt (λ (N) (fma (sqrt (log1p N)) (expm1 (log1p (sqrt (log1p N)))) (- (log N))))>
1.338 * * * * [progress]: [ 14 / 52 ] simplifiying candidate #<alt (λ (N) (fma (sqrt (log1p N)) (pow (log1p N) 1/2) (- (log N))))>
1.338 * * * * [progress]: [ 15 / 52 ] simplifiying candidate #<alt (λ (N) (fma (sqrt (log1p N)) (pow (sqrt (log1p N)) 1) (- (log N))))>
1.338 * * * * [progress]: [ 16 / 52 ] simplifiying candidate #<alt (λ (N) (fma (sqrt (log1p N)) (exp (log (sqrt (log1p N)))) (- (log N))))>
1.338 * * * * [progress]: [ 17 / 52 ] simplifiying candidate #<alt (λ (N) (fma (sqrt (log1p N)) (log (exp (sqrt (log1p N)))) (- (log N))))>
1.338 * * * * [progress]: [ 18 / 52 ] simplifiying candidate #<alt (λ (N) (fma (sqrt (log1p N)) (* (* (cbrt (sqrt (log1p N))) (cbrt (sqrt (log1p N)))) (cbrt (sqrt (log1p N)))) (- (log N))))>
1.338 * * * * [progress]: [ 19 / 52 ] simplifiying candidate #<alt (λ (N) (fma (sqrt (log1p N)) (cbrt (* (* (sqrt (log1p N)) (sqrt (log1p N))) (sqrt (log1p N)))) (- (log N))))>
1.338 * * * * [progress]: [ 20 / 52 ] simplifiying candidate #<alt (λ (N) (fma (sqrt (log1p N)) (* (sqrt (* (cbrt (log1p N)) (cbrt (log1p N)))) (sqrt (cbrt (log1p N)))) (- (log N))))>
1.338 * * * * [progress]: [ 21 / 52 ] simplifiying candidate #<alt (λ (N) (fma (sqrt (log1p N)) (* (sqrt (sqrt (log1p N))) (sqrt (sqrt (log1p N)))) (- (log N))))>
1.338 * * * * [progress]: [ 22 / 52 ] simplifiying candidate #<alt (λ (N) (fma (sqrt (log1p N)) (* (sqrt 1) (sqrt (log1p N))) (- (log N))))>
1.338 * * * * [progress]: [ 23 / 52 ] simplifiying candidate #<alt (λ (N) (fma (sqrt (log1p N)) (pow (log1p N) (/ 1 2)) (- (log N))))>
1.338 * * * * [progress]: [ 24 / 52 ] simplifiying candidate #<alt (λ (N) (fma (sqrt (log1p N)) (* (sqrt (sqrt (log1p N))) (sqrt (sqrt (log1p N)))) (- (log N))))>
1.338 * * * * [progress]: [ 25 / 52 ] simplifiying candidate #<alt (λ (N) (fma (sqrt (log1p N)) (fabs (sqrt (log1p N))) (- (log N))))>
1.338 * * * * [progress]: [ 26 / 52 ] simplifiying candidate #<alt (λ (N) (fma (sqrt (log1p N)) (* 1 (sqrt (log1p N))) (- (log N))))>
1.339 * * * * [progress]: [ 27 / 52 ] simplifiying candidate #<alt (λ (N) (fma (sqrt (log1p N)) (posit16->real (real->posit16 (sqrt (log1p N)))) (- (log N))))>
1.339 * * * * [progress]: [ 28 / 52 ] simplifiying candidate #<alt (λ (N) (fma (log1p (expm1 (sqrt (log1p N)))) (sqrt (log1p N)) (- (log N))))>
1.339 * * * * [progress]: [ 29 / 52 ] simplifiying candidate #<alt (λ (N) (fma (expm1 (log1p (sqrt (log1p N)))) (sqrt (log1p N)) (- (log N))))>
1.339 * * * * [progress]: [ 30 / 52 ] simplifiying candidate #<alt (λ (N) (fma (pow (log1p N) 1/2) (sqrt (log1p N)) (- (log N))))>
1.339 * * * * [progress]: [ 31 / 52 ] simplifiying candidate #<alt (λ (N) (fma (pow (sqrt (log1p N)) 1) (sqrt (log1p N)) (- (log N))))>
1.339 * * * * [progress]: [ 32 / 52 ] simplifiying candidate #<alt (λ (N) (fma (exp (log (sqrt (log1p N)))) (sqrt (log1p N)) (- (log N))))>
1.339 * * * * [progress]: [ 33 / 52 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (sqrt (log1p N)))) (sqrt (log1p N)) (- (log N))))>
1.339 * * * * [progress]: [ 34 / 52 ] simplifiying candidate #<alt (λ (N) (fma (* (* (cbrt (sqrt (log1p N))) (cbrt (sqrt (log1p N)))) (cbrt (sqrt (log1p N)))) (sqrt (log1p N)) (- (log N))))>
1.339 * * * * [progress]: [ 35 / 52 ] simplifiying candidate #<alt (λ (N) (fma (cbrt (* (* (sqrt (log1p N)) (sqrt (log1p N))) (sqrt (log1p N)))) (sqrt (log1p N)) (- (log N))))>
1.339 * * * * [progress]: [ 36 / 52 ] simplifiying candidate #<alt (λ (N) (fma (* (sqrt (* (cbrt (log1p N)) (cbrt (log1p N)))) (sqrt (cbrt (log1p N)))) (sqrt (log1p N)) (- (log N))))>
1.339 * * * * [progress]: [ 37 / 52 ] simplifiying candidate #<alt (λ (N) (fma (* (sqrt (sqrt (log1p N))) (sqrt (sqrt (log1p N)))) (sqrt (log1p N)) (- (log N))))>
1.339 * * * * [progress]: [ 38 / 52 ] simplifiying candidate #<alt (λ (N) (fma (* (sqrt 1) (sqrt (log1p N))) (sqrt (log1p N)) (- (log N))))>
1.339 * * * * [progress]: [ 39 / 52 ] simplifiying candidate #<alt (λ (N) (fma (pow (log1p N) (/ 1 2)) (sqrt (log1p N)) (- (log N))))>
1.339 * * * * [progress]: [ 40 / 52 ] simplifiying candidate #<alt (λ (N) (fma (* (sqrt (sqrt (log1p N))) (sqrt (sqrt (log1p N)))) (sqrt (log1p N)) (- (log N))))>
1.339 * * * * [progress]: [ 41 / 52 ] simplifiying candidate #<alt (λ (N) (fma (fabs (sqrt (log1p N))) (sqrt (log1p N)) (- (log N))))>
1.339 * * * * [progress]: [ 42 / 52 ] simplifiying candidate #<alt (λ (N) (fma (* 1 (sqrt (log1p N))) (sqrt (log1p N)) (- (log N))))>
1.339 * * * * [progress]: [ 43 / 52 ] simplifiying candidate #<alt (λ (N) (fma (posit16->real (real->posit16 (sqrt (log1p N)))) (sqrt (log1p N)) (- (log N))))>
1.340 * * * * [progress]: [ 44 / 52 ] simplifiying candidate #<alt (λ (N) (- (+ (* +nan.0 (pow N 2)) (- (log N) (* +nan.0 (pow N 3))))))>
1.340 * * * * [progress]: [ 45 / 52 ] simplifiying candidate #<alt (λ (N) (- (+ (log (/ 1 N)) (+ (/ 1 N) (pow (sqrt (- (log (/ 1 N)))) 2))) (* 1/2 (/ 1 (pow N 2)))))>
1.340 * * * * [progress]: [ 46 / 52 ] simplifiying candidate #<alt (λ (N) (- (+ (* 1/3 (/ 1 (pow N 3))) (/ 1 N)) (* 1/2 (/ 1 (pow N 2)))))>
1.340 * * * * [progress]: [ 47 / 52 ] simplifiying candidate #<alt (λ (N) (fma (sqrt (log1p N)) (- (+ (* +nan.0 (pow N 2)) (- (+ (* +nan.0 N) (- (* +nan.0 (pow N 3))))))) (- (log N))))>
1.340 * * * * [progress]: [ 48 / 52 ] simplifiying candidate #<alt (λ (N) (fma (sqrt (log1p N)) (- (+ (* 1/2 (/ 1 (* N (sqrt (- (log (/ 1 N))))))) (sqrt (- (log (/ 1 N))))) (+ (* 1/8 (/ 1 (* (pow N 2) (pow (sqrt (- (log (/ 1 N)))) 3)))) (* 1/4 (/ 1 (* (pow N 2) (sqrt (- (log (/ 1 N))))))))) (- (log N))))>
1.340 * * * * [progress]: [ 49 / 52 ] simplifiying candidate #<alt (λ (N) (fma (sqrt (log1p N)) (- (+ (sqrt (- (log -1) (log (/ -1 N)))) (* 1/2 (* (sqrt (/ 1 (- (log -1) (log (/ -1 N))))) (/ 1 N)))) (+ (* 1/8 (* (sqrt (/ 1 (pow (- (log -1) (log (/ -1 N))) 3))) (/ 1 (pow N 2)))) (* 1/4 (* (/ 1 (pow N 2)) (sqrt (/ 1 (- (log -1) (log (/ -1 N))))))))) (- (log N))))>
1.340 * * * * [progress]: [ 50 / 52 ] simplifiying candidate #<alt (λ (N) (fma (- (+ (* +nan.0 (pow N 2)) (- (+ (* +nan.0 N) (- (* +nan.0 (pow N 3))))))) (sqrt (log1p N)) (- (log N))))>
1.340 * * * * [progress]: [ 51 / 52 ] simplifiying candidate #<alt (λ (N) (fma (- (+ (* 1/2 (/ 1 (* N (sqrt (- (log (/ 1 N))))))) (sqrt (- (log (/ 1 N))))) (+ (* 1/8 (/ 1 (* (pow N 2) (pow (sqrt (- (log (/ 1 N)))) 3)))) (* 1/4 (/ 1 (* (pow N 2) (sqrt (- (log (/ 1 N))))))))) (sqrt (log1p N)) (- (log N))))>
1.340 * * * * [progress]: [ 52 / 52 ] simplifiying candidate #<alt (λ (N) (fma (- (+ (sqrt (- (log -1) (log (/ -1 N)))) (* 1/2 (* (sqrt (/ 1 (- (log -1) (log (/ -1 N))))) (/ 1 N)))) (+ (* 1/8 (* (sqrt (/ 1 (pow (- (log -1) (log (/ -1 N))) 3))) (/ 1 (pow N 2)))) (* 1/4 (* (/ 1 (pow N 2)) (sqrt (/ 1 (- (log -1) (log (/ -1 N))))))))) (sqrt (log1p N)) (- (log N))))>
1.341 * [simplify]: Simplifying:
  (expm1 (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N))))
  (log1p (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N))))
  (* (sqrt (log1p N)) (sqrt (log1p N)))
  (log (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N))))
  (exp (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N))))
  (* (cbrt (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N)))) (cbrt (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N)))))
  (cbrt (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N))))
  (* (* (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N))) (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N)))) (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N))))
  (sqrt (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N))))
  (sqrt (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N))))
  (real->posit16 (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N))))
  (expm1 (sqrt (log1p N)))
  (log1p (sqrt (log1p N)))
  (log (sqrt (log1p N)))
  (exp (sqrt (log1p N)))
  (* (cbrt (sqrt (log1p N))) (cbrt (sqrt (log1p N))))
  (cbrt (sqrt (log1p N)))
  (* (* (sqrt (log1p N)) (sqrt (log1p N))) (sqrt (log1p N)))
  (sqrt (* (cbrt (log1p N)) (cbrt (log1p N))))
  (sqrt (cbrt (log1p N)))
  (sqrt (sqrt (log1p N)))
  (sqrt (sqrt (log1p N)))
  (sqrt 1)
  (sqrt (log1p N))
  (/ 1 2)
  (sqrt (sqrt (log1p N)))
  (sqrt (sqrt (log1p N)))
  (real->posit16 (sqrt (log1p N)))
  (expm1 (sqrt (log1p N)))
  (log1p (sqrt (log1p N)))
  (log (sqrt (log1p N)))
  (exp (sqrt (log1p N)))
  (* (cbrt (sqrt (log1p N))) (cbrt (sqrt (log1p N))))
  (cbrt (sqrt (log1p N)))
  (* (* (sqrt (log1p N)) (sqrt (log1p N))) (sqrt (log1p N)))
  (sqrt (* (cbrt (log1p N)) (cbrt (log1p N))))
  (sqrt (cbrt (log1p N)))
  (sqrt (sqrt (log1p N)))
  (sqrt (sqrt (log1p N)))
  (sqrt 1)
  (sqrt (log1p N))
  (/ 1 2)
  (sqrt (sqrt (log1p N)))
  (sqrt (sqrt (log1p N)))
  (real->posit16 (sqrt (log1p N)))
  (- (+ (* +nan.0 (pow N 2)) (- (log N) (* +nan.0 (pow N 3)))))
  (- (+ (log (/ 1 N)) (+ (/ 1 N) (pow (sqrt (- (log (/ 1 N)))) 2))) (* 1/2 (/ 1 (pow N 2))))
  (- (+ (* 1/3 (/ 1 (pow N 3))) (/ 1 N)) (* 1/2 (/ 1 (pow N 2))))
  (- (+ (* +nan.0 (pow N 2)) (- (+ (* +nan.0 N) (- (* +nan.0 (pow N 3)))))))
  (- (+ (* 1/2 (/ 1 (* N (sqrt (- (log (/ 1 N))))))) (sqrt (- (log (/ 1 N))))) (+ (* 1/8 (/ 1 (* (pow N 2) (pow (sqrt (- (log (/ 1 N)))) 3)))) (* 1/4 (/ 1 (* (pow N 2) (sqrt (- (log (/ 1 N)))))))))
  (- (+ (sqrt (- (log -1) (log (/ -1 N)))) (* 1/2 (* (sqrt (/ 1 (- (log -1) (log (/ -1 N))))) (/ 1 N)))) (+ (* 1/8 (* (sqrt (/ 1 (pow (- (log -1) (log (/ -1 N))) 3))) (/ 1 (pow N 2)))) (* 1/4 (* (/ 1 (pow N 2)) (sqrt (/ 1 (- (log -1) (log (/ -1 N)))))))))
  (- (+ (* +nan.0 (pow N 2)) (- (+ (* +nan.0 N) (- (* +nan.0 (pow N 3)))))))
  (- (+ (* 1/2 (/ 1 (* N (sqrt (- (log (/ 1 N))))))) (sqrt (- (log (/ 1 N))))) (+ (* 1/8 (/ 1 (* (pow N 2) (pow (sqrt (- (log (/ 1 N)))) 3)))) (* 1/4 (/ 1 (* (pow N 2) (sqrt (- (log (/ 1 N)))))))))
  (- (+ (sqrt (- (log -1) (log (/ -1 N)))) (* 1/2 (* (sqrt (/ 1 (- (log -1) (log (/ -1 N))))) (/ 1 N)))) (+ (* 1/8 (* (sqrt (/ 1 (pow (- (log -1) (log (/ -1 N))) 3))) (/ 1 (pow N 2)))) (* 1/4 (* (/ 1 (pow N 2)) (sqrt (/ 1 (- (log -1) (log (/ -1 N)))))))))
1.343 * * [simplify]: iteration 0: 100 enodes
1.380 * * [simplify]: iteration 1: 229 enodes
1.472 * * [simplify]: iteration 2: 737 enodes
1.735 * * [simplify]: iteration complete: 2001 enodes
1.735 * * [simplify]: Extracting #0: cost 30 inf + 0
1.735 * * [simplify]: Extracting #1: cost 188 inf + 2
1.737 * * [simplify]: Extracting #2: cost 492 inf + 91
1.740 * * [simplify]: Extracting #3: cost 521 inf + 8567
1.751 * * [simplify]: Extracting #4: cost 238 inf + 72328
1.775 * * [simplify]: Extracting #5: cost 97 inf + 115659
1.806 * * [simplify]: Extracting #6: cost 67 inf + 136059
1.836 * * [simplify]: Extracting #7: cost 6 inf + 160086
1.882 * * [simplify]: Extracting #8: cost 2 inf + 160276
1.912 * * [simplify]: Extracting #9: cost 0 inf + 160989
1.967 * [simplify]: Simplified to:
  (expm1 (- (log1p N) (log N)))
  (log1p (- (log1p N) (log N)))
  (log1p N)
  (log (- (log1p N) (log N)))
  (* (exp (log1p N)) (/ 1 N))
  (* (cbrt (- (log1p N) (log N))) (cbrt (- (log1p N) (log N))))
  (cbrt (- (log1p N) (log N)))
  (* (- (log1p N) (log N)) (* (- (log1p N) (log N)) (- (log1p N) (log N))))
  (sqrt (- (log1p N) (log N)))
  (sqrt (- (log1p N) (log N)))
  (real->posit16 (- (log1p N) (log N)))
  (expm1 (sqrt (log1p N)))
  (log1p (sqrt (log1p N)))
  (log (sqrt (log1p N)))
  (exp (sqrt (log1p N)))
  (* (cbrt (sqrt (log1p N))) (cbrt (sqrt (log1p N))))
  (cbrt (sqrt (log1p N)))
  (* (sqrt (log1p N)) (log1p N))
  (fabs (cbrt (log1p N)))
  (sqrt (cbrt (log1p N)))
  (sqrt (sqrt (log1p N)))
  (sqrt (sqrt (log1p N)))
  1
  (sqrt (log1p N))
  1/2
  (sqrt (sqrt (log1p N)))
  (sqrt (sqrt (log1p N)))
  (real->posit16 (sqrt (log1p N)))
  (expm1 (sqrt (log1p N)))
  (log1p (sqrt (log1p N)))
  (log (sqrt (log1p N)))
  (exp (sqrt (log1p N)))
  (* (cbrt (sqrt (log1p N))) (cbrt (sqrt (log1p N))))
  (cbrt (sqrt (log1p N)))
  (* (sqrt (log1p N)) (log1p N))
  (fabs (cbrt (log1p N)))
  (sqrt (cbrt (log1p N)))
  (sqrt (sqrt (log1p N)))
  (sqrt (sqrt (log1p N)))
  1
  (sqrt (log1p N))
  1/2
  (sqrt (sqrt (log1p N)))
  (sqrt (sqrt (log1p N)))
  (real->posit16 (sqrt (log1p N)))
  (- (- (* (* (- +nan.0) N) N) (* (* (* (- +nan.0) N) N) N)) (log N))
  (fma (/ (/ 1 N) N) -1/2 (- (+ (log N) (/ 1 N)) (log N)))
  (+ (/ -1/2 (* N N)) (fma 1/3 (/ (/ 1 N) (* N N)) (/ 1 N)))
  (+ (- (* (* (- +nan.0) N) N) (* (- +nan.0) N)) (* (* (* (- +nan.0) N) N) N))
  (- (- (+ (/ (/ 1/2 N) (sqrt (log N))) (sqrt (log N))) (/ (/ 1/4 (* N N)) (sqrt (log N)))) (/ 1/8 (* (* (log N) (sqrt (log N))) (* N N))))
  (- (fma 1/2 (/ (sqrt (/ 1 (+ 0 (log N)))) N) (sqrt (+ 0 (log N)))) (fma 1/4 (/ (/ (sqrt (/ 1 (+ 0 (log N)))) N) N) (* (/ 1/8 N) (/ (sqrt (/ (/ 1 (+ 0 (log N))) (* (+ 0 (log N)) (+ 0 (log N))))) N))))
  (+ (- (* (* (- +nan.0) N) N) (* (- +nan.0) N)) (* (* (* (- +nan.0) N) N) N))
  (- (- (+ (/ (/ 1/2 N) (sqrt (log N))) (sqrt (log N))) (/ (/ 1/4 (* N N)) (sqrt (log N)))) (/ 1/8 (* (* (log N) (sqrt (log N))) (* N N))))
  (- (fma 1/2 (/ (sqrt (/ 1 (+ 0 (log N)))) N) (sqrt (+ 0 (log N)))) (fma 1/4 (/ (/ (sqrt (/ 1 (+ 0 (log N)))) N) N) (* (/ 1/8 N) (/ (sqrt (/ (/ 1 (+ 0 (log N))) (* (+ 0 (log N)) (+ 0 (log N))))) N))))
1.971 * * * [progress]: adding candidates to table
2.207 * * [progress]: iteration 3 / 4
2.207 * * * [progress]: picking best candidate
2.209 * * * * [pick]: Picked  #<alt (λ (N) (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.209 * * * [progress]: localizing error
2.227 * * * [progress]: generating rewritten candidates
2.227 * * * * [progress]: [ 1 / 4 ] rewriting at (2 2 1)
2.234 * * * * [progress]: [ 2 / 4 ] rewriting at (2 1)
2.249 * * * * [progress]: [ 3 / 4 ] rewriting at (2)
2.250 * * * * [progress]: [ 4 / 4 ] rewriting at (2 2)
2.264 * * * [progress]: generating series expansions
2.264 * * * * [progress]: [ 1 / 4 ] generating series at (2 2 1)
2.264 * [backup-simplify]: Simplify (/ 1/3 N) into (/ 1/3 N)
2.264 * [approximate]: Taking taylor expansion of (/ 1/3 N) in (N) around 0
2.264 * [taylor]: Taking taylor expansion of (/ 1/3 N) in N
2.264 * [taylor]: Taking taylor expansion of 1/3 in N
2.264 * [backup-simplify]: Simplify 1/3 into 1/3
2.264 * [taylor]: Taking taylor expansion of N in N
2.264 * [backup-simplify]: Simplify 0 into 0
2.264 * [backup-simplify]: Simplify 1 into 1
2.265 * [backup-simplify]: Simplify (/ 1/3 1) into 1/3
2.265 * [taylor]: Taking taylor expansion of (/ 1/3 N) in N
2.265 * [taylor]: Taking taylor expansion of 1/3 in N
2.265 * [backup-simplify]: Simplify 1/3 into 1/3
2.265 * [taylor]: Taking taylor expansion of N in N
2.265 * [backup-simplify]: Simplify 0 into 0
2.265 * [backup-simplify]: Simplify 1 into 1
2.265 * [backup-simplify]: Simplify (/ 1/3 1) into 1/3
2.265 * [backup-simplify]: Simplify 1/3 into 1/3
2.266 * [backup-simplify]: Simplify (- (/ 0 1) (+ (* 1/3 (/ 0 1)))) into 0
2.266 * [backup-simplify]: Simplify 0 into 0
2.266 * [backup-simplify]: Simplify (- (/ 0 1) (+ (* 1/3 (/ 0 1)) (* 0 (/ 0 1)))) into 0
2.266 * [backup-simplify]: Simplify 0 into 0
2.267 * [backup-simplify]: Simplify (- (/ 0 1) (+ (* 1/3 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
2.267 * [backup-simplify]: Simplify 0 into 0
2.268 * [backup-simplify]: Simplify (- (/ 0 1) (+ (* 1/3 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
2.268 * [backup-simplify]: Simplify 0 into 0
2.268 * [backup-simplify]: Simplify (- (/ 0 1) (+ (* 1/3 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
2.268 * [backup-simplify]: Simplify 0 into 0
2.269 * [backup-simplify]: Simplify (- (/ 0 1) (+ (* 1/3 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
2.269 * [backup-simplify]: Simplify 0 into 0
2.269 * [backup-simplify]: Simplify (* 1/3 (/ 1 N)) into (/ 1/3 N)
2.269 * [backup-simplify]: Simplify (/ 1/3 (/ 1 N)) into (* 1/3 N)
2.269 * [approximate]: Taking taylor expansion of (* 1/3 N) in (N) around 0
2.269 * [taylor]: Taking taylor expansion of (* 1/3 N) in N
2.269 * [taylor]: Taking taylor expansion of 1/3 in N
2.269 * [backup-simplify]: Simplify 1/3 into 1/3
2.269 * [taylor]: Taking taylor expansion of N in N
2.269 * [backup-simplify]: Simplify 0 into 0
2.269 * [backup-simplify]: Simplify 1 into 1
2.269 * [taylor]: Taking taylor expansion of (* 1/3 N) in N
2.269 * [taylor]: Taking taylor expansion of 1/3 in N
2.269 * [backup-simplify]: Simplify 1/3 into 1/3
2.269 * [taylor]: Taking taylor expansion of N in N
2.269 * [backup-simplify]: Simplify 0 into 0
2.269 * [backup-simplify]: Simplify 1 into 1
2.270 * [backup-simplify]: Simplify (* 1/3 0) into 0
2.270 * [backup-simplify]: Simplify 0 into 0
2.270 * [backup-simplify]: Simplify (+ (* 1/3 1) (* 0 0)) into 1/3
2.270 * [backup-simplify]: Simplify 1/3 into 1/3
2.271 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 1) (* 0 0))) into 0
2.271 * [backup-simplify]: Simplify 0 into 0
2.271 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 1) (* 0 0)))) into 0
2.272 * [backup-simplify]: Simplify 0 into 0
2.272 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 1) (* 0 0))))) into 0
2.272 * [backup-simplify]: Simplify 0 into 0
2.273 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 1) (* 0 0)))))) into 0
2.273 * [backup-simplify]: Simplify 0 into 0
2.274 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 1) (* 0 0))))))) into 0
2.274 * [backup-simplify]: Simplify 0 into 0
2.275 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 1) (* 0 0)))))))) into 0
2.275 * [backup-simplify]: Simplify 0 into 0
2.275 * [backup-simplify]: Simplify (* 1/3 (/ 1 N)) into (/ 1/3 N)
2.276 * [backup-simplify]: Simplify (/ 1/3 (/ 1 (- N))) into (* -1/3 N)
2.276 * [approximate]: Taking taylor expansion of (* -1/3 N) in (N) around 0
2.276 * [taylor]: Taking taylor expansion of (* -1/3 N) in N
2.276 * [taylor]: Taking taylor expansion of -1/3 in N
2.276 * [backup-simplify]: Simplify -1/3 into -1/3
2.276 * [taylor]: Taking taylor expansion of N in N
2.276 * [backup-simplify]: Simplify 0 into 0
2.276 * [backup-simplify]: Simplify 1 into 1
2.276 * [taylor]: Taking taylor expansion of (* -1/3 N) in N
2.276 * [taylor]: Taking taylor expansion of -1/3 in N
2.276 * [backup-simplify]: Simplify -1/3 into -1/3
2.276 * [taylor]: Taking taylor expansion of N in N
2.276 * [backup-simplify]: Simplify 0 into 0
2.276 * [backup-simplify]: Simplify 1 into 1
2.276 * [backup-simplify]: Simplify (* -1/3 0) into 0
2.276 * [backup-simplify]: Simplify 0 into 0
2.277 * [backup-simplify]: Simplify (+ (* -1/3 1) (* 0 0)) into -1/3
2.277 * [backup-simplify]: Simplify -1/3 into -1/3
2.277 * [backup-simplify]: Simplify (+ (* -1/3 0) (+ (* 0 1) (* 0 0))) into 0
2.277 * [backup-simplify]: Simplify 0 into 0
2.278 * [backup-simplify]: Simplify (+ (* -1/3 0) (+ (* 0 0) (+ (* 0 1) (* 0 0)))) into 0
2.278 * [backup-simplify]: Simplify 0 into 0
2.279 * [backup-simplify]: Simplify (+ (* -1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 1) (* 0 0))))) into 0
2.279 * [backup-simplify]: Simplify 0 into 0
2.280 * [backup-simplify]: Simplify (+ (* -1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 1) (* 0 0)))))) into 0
2.280 * [backup-simplify]: Simplify 0 into 0
2.281 * [backup-simplify]: Simplify (+ (* -1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 1) (* 0 0))))))) into 0
2.281 * [backup-simplify]: Simplify 0 into 0
2.282 * [backup-simplify]: Simplify (+ (* -1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 1) (* 0 0)))))))) into 0
2.282 * [backup-simplify]: Simplify 0 into 0
2.282 * [backup-simplify]: Simplify (* -1/3 (/ 1 (- N))) into (/ 1/3 N)
2.282 * * * * [progress]: [ 2 / 4 ] generating series at (2 1)
2.282 * [backup-simplify]: Simplify (/ (/ 1 N) N) into (/ 1 (pow N 2))
2.282 * [approximate]: Taking taylor expansion of (/ 1 (pow N 2)) in (N) around 0
2.282 * [taylor]: Taking taylor expansion of (/ 1 (pow N 2)) in N
2.282 * [taylor]: Taking taylor expansion of (pow N 2) in N
2.282 * [taylor]: Taking taylor expansion of N in N
2.282 * [backup-simplify]: Simplify 0 into 0
2.282 * [backup-simplify]: Simplify 1 into 1
2.282 * [backup-simplify]: Simplify (* 1 1) into 1
2.283 * [backup-simplify]: Simplify (/ 1 1) into 1
2.283 * [taylor]: Taking taylor expansion of (/ 1 (pow N 2)) in N
2.283 * [taylor]: Taking taylor expansion of (pow N 2) in N
2.283 * [taylor]: Taking taylor expansion of N in N
2.283 * [backup-simplify]: Simplify 0 into 0
2.283 * [backup-simplify]: Simplify 1 into 1
2.283 * [backup-simplify]: Simplify (* 1 1) into 1
2.284 * [backup-simplify]: Simplify (/ 1 1) into 1
2.284 * [backup-simplify]: Simplify 1 into 1
2.284 * [backup-simplify]: Simplify (+ (* 1 0) (* 0 1)) into 0
2.285 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)))) into 0
2.285 * [backup-simplify]: Simplify 0 into 0
2.286 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (* 0 1))) into 0
2.287 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)))) into 0
2.287 * [backup-simplify]: Simplify 0 into 0
2.289 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (+ (* 0 0) (* 0 1)))) into 0
2.290 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
2.290 * [backup-simplify]: Simplify 0 into 0
2.291 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (* 0 1))))) into 0
2.292 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
2.292 * [backup-simplify]: Simplify 0 into 0
2.294 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (* 0 1)))))) into 0
2.295 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
2.295 * [backup-simplify]: Simplify 0 into 0
2.297 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (* 0 1))))))) into 0
2.298 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
2.298 * [backup-simplify]: Simplify 0 into 0
2.298 * [backup-simplify]: Simplify (* 1 (pow (/ 1 N) 2)) into (/ 1 (pow N 2))
2.299 * [backup-simplify]: Simplify (/ (/ 1 (/ 1 N)) (/ 1 N)) into (pow N 2)
2.299 * [approximate]: Taking taylor expansion of (pow N 2) in (N) around 0
2.299 * [taylor]: Taking taylor expansion of (pow N 2) in N
2.299 * [taylor]: Taking taylor expansion of N in N
2.299 * [backup-simplify]: Simplify 0 into 0
2.299 * [backup-simplify]: Simplify 1 into 1
2.299 * [taylor]: Taking taylor expansion of (pow N 2) in N
2.299 * [taylor]: Taking taylor expansion of N in N
2.299 * [backup-simplify]: Simplify 0 into 0
2.299 * [backup-simplify]: Simplify 1 into 1
2.300 * [backup-simplify]: Simplify (* 1 1) into 1
2.300 * [backup-simplify]: Simplify 1 into 1
2.301 * [backup-simplify]: Simplify (+ (* 1 0) (* 0 1)) into 0
2.301 * [backup-simplify]: Simplify 0 into 0
2.302 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (* 0 1))) into 0
2.302 * [backup-simplify]: Simplify 0 into 0
2.303 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (+ (* 0 0) (* 0 1)))) into 0
2.303 * [backup-simplify]: Simplify 0 into 0
2.305 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (* 0 1))))) into 0
2.305 * [backup-simplify]: Simplify 0 into 0
2.306 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (* 0 1)))))) into 0
2.306 * [backup-simplify]: Simplify 0 into 0
2.313 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (* 0 1))))))) into 0
2.314 * [backup-simplify]: Simplify 0 into 0
2.314 * [backup-simplify]: Simplify (* 1 (pow (/ 1 N) 2)) into (/ 1 (pow N 2))
2.314 * [backup-simplify]: Simplify (/ (/ 1 (/ 1 (- N))) (/ 1 (- N))) into (pow N 2)
2.314 * [approximate]: Taking taylor expansion of (pow N 2) in (N) around 0
2.314 * [taylor]: Taking taylor expansion of (pow N 2) in N
2.314 * [taylor]: Taking taylor expansion of N in N
2.314 * [backup-simplify]: Simplify 0 into 0
2.314 * [backup-simplify]: Simplify 1 into 1
2.314 * [taylor]: Taking taylor expansion of (pow N 2) in N
2.314 * [taylor]: Taking taylor expansion of N in N
2.314 * [backup-simplify]: Simplify 0 into 0
2.314 * [backup-simplify]: Simplify 1 into 1
2.315 * [backup-simplify]: Simplify (* 1 1) into 1
2.315 * [backup-simplify]: Simplify 1 into 1
2.315 * [backup-simplify]: Simplify (+ (* 1 0) (* 0 1)) into 0
2.315 * [backup-simplify]: Simplify 0 into 0
2.316 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (* 0 1))) into 0
2.316 * [backup-simplify]: Simplify 0 into 0
2.317 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (+ (* 0 0) (* 0 1)))) into 0
2.317 * [backup-simplify]: Simplify 0 into 0
2.319 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (* 0 1))))) into 0
2.319 * [backup-simplify]: Simplify 0 into 0
2.320 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (* 0 1)))))) into 0
2.320 * [backup-simplify]: Simplify 0 into 0
2.321 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (* 0 1))))))) into 0
2.321 * [backup-simplify]: Simplify 0 into 0
2.322 * [backup-simplify]: Simplify (* 1 (pow (/ 1 (- N)) 2)) into (/ 1 (pow N 2))
2.322 * * * * [progress]: [ 3 / 4 ] generating series at (2)
2.322 * [backup-simplify]: Simplify (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N)) into (fma (/ 1 (pow N 2)) (- (* 1/3 (/ 1 N)) 1/2) (/ 1 N))
2.322 * [approximate]: Taking taylor expansion of (fma (/ 1 (pow N 2)) (- (* 1/3 (/ 1 N)) 1/2) (/ 1 N)) in (N) around 0
2.322 * [taylor]: Taking taylor expansion of (fma (/ 1 (pow N 2)) (- (* 1/3 (/ 1 N)) 1/2) (/ 1 N)) in N
2.322 * [taylor]: Rewrote expression to (+ (* (/ 1 (pow N 2)) (- (* 1/3 (/ 1 N)) 1/2)) (/ 1 N))
2.322 * [taylor]: Taking taylor expansion of (* (/ 1 (pow N 2)) (- (* 1/3 (/ 1 N)) 1/2)) in N
2.322 * [taylor]: Taking taylor expansion of (/ 1 (pow N 2)) in N
2.322 * [taylor]: Taking taylor expansion of (pow N 2) in N
2.322 * [taylor]: Taking taylor expansion of N in N
2.322 * [backup-simplify]: Simplify 0 into 0
2.322 * [backup-simplify]: Simplify 1 into 1
2.323 * [backup-simplify]: Simplify (* 1 1) into 1
2.323 * [backup-simplify]: Simplify (/ 1 1) into 1
2.323 * [taylor]: Taking taylor expansion of (- (* 1/3 (/ 1 N)) 1/2) in N
2.323 * [taylor]: Taking taylor expansion of (* 1/3 (/ 1 N)) in N
2.323 * [taylor]: Taking taylor expansion of 1/3 in N
2.323 * [backup-simplify]: Simplify 1/3 into 1/3
2.323 * [taylor]: Taking taylor expansion of (/ 1 N) in N
2.323 * [taylor]: Taking taylor expansion of N in N
2.323 * [backup-simplify]: Simplify 0 into 0
2.323 * [backup-simplify]: Simplify 1 into 1
2.323 * [backup-simplify]: Simplify (/ 1 1) into 1
2.323 * [taylor]: Taking taylor expansion of 1/2 in N
2.324 * [backup-simplify]: Simplify 1/2 into 1/2
2.324 * [taylor]: Taking taylor expansion of (/ 1 N) in N
2.324 * [taylor]: Taking taylor expansion of N in N
2.324 * [backup-simplify]: Simplify 0 into 0
2.324 * [backup-simplify]: Simplify 1 into 1
2.324 * [backup-simplify]: Simplify (/ 1 1) into 1
2.324 * [taylor]: Taking taylor expansion of (fma (/ 1 (pow N 2)) (- (* 1/3 (/ 1 N)) 1/2) (/ 1 N)) in N
2.324 * [taylor]: Rewrote expression to (+ (* (/ 1 (pow N 2)) (- (* 1/3 (/ 1 N)) 1/2)) (/ 1 N))
2.324 * [taylor]: Taking taylor expansion of (* (/ 1 (pow N 2)) (- (* 1/3 (/ 1 N)) 1/2)) in N
2.324 * [taylor]: Taking taylor expansion of (/ 1 (pow N 2)) in N
2.324 * [taylor]: Taking taylor expansion of (pow N 2) in N
2.324 * [taylor]: Taking taylor expansion of N in N
2.324 * [backup-simplify]: Simplify 0 into 0
2.324 * [backup-simplify]: Simplify 1 into 1
2.325 * [backup-simplify]: Simplify (* 1 1) into 1
2.325 * [backup-simplify]: Simplify (/ 1 1) into 1
2.325 * [taylor]: Taking taylor expansion of (- (* 1/3 (/ 1 N)) 1/2) in N
2.325 * [taylor]: Taking taylor expansion of (* 1/3 (/ 1 N)) in N
2.325 * [taylor]: Taking taylor expansion of 1/3 in N
2.325 * [backup-simplify]: Simplify 1/3 into 1/3
2.325 * [taylor]: Taking taylor expansion of (/ 1 N) in N
2.325 * [taylor]: Taking taylor expansion of N in N
2.325 * [backup-simplify]: Simplify 0 into 0
2.325 * [backup-simplify]: Simplify 1 into 1
2.325 * [backup-simplify]: Simplify (/ 1 1) into 1
2.325 * [taylor]: Taking taylor expansion of 1/2 in N
2.325 * [backup-simplify]: Simplify 1/2 into 1/2
2.326 * [taylor]: Taking taylor expansion of (/ 1 N) in N
2.326 * [taylor]: Taking taylor expansion of N in N
2.326 * [backup-simplify]: Simplify 0 into 0
2.326 * [backup-simplify]: Simplify 1 into 1
2.326 * [backup-simplify]: Simplify (/ 1 1) into 1
2.326 * [backup-simplify]: Simplify (* 1/3 1) into 1/3
2.327 * [backup-simplify]: Simplify (+ 1/3 0) into 1/3
2.327 * [backup-simplify]: Simplify (* 1 1/3) into 1/3
2.328 * [backup-simplify]: Simplify (+ 1/3 0) into 1/3
2.328 * [backup-simplify]: Simplify 1/3 into 1/3
2.328 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)))) into 0
2.329 * [backup-simplify]: Simplify (+ (* 1/3 0) (* 0 1)) into 0
2.329 * [backup-simplify]: Simplify (- 1/2) into -1/2
2.330 * [backup-simplify]: Simplify (+ 0 -1/2) into -1/2
2.330 * [backup-simplify]: Simplify (+ (* 1 0) (* 0 1)) into 0
2.331 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)))) into 0
2.332 * [backup-simplify]: Simplify (+ (* 1 -1/2) (* 0 1/3)) into -1/2
2.332 * [backup-simplify]: Simplify (+ -1/2 0) into -1/2
2.332 * [backup-simplify]: Simplify -1/2 into -1/2
2.333 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)))) into 0
2.334 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (* 0 1))) into 0
2.334 * [backup-simplify]: Simplify (- 0) into 0
2.334 * [backup-simplify]: Simplify (+ 0 0) into 0
2.335 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (* 0 1))) into 0
2.336 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)))) into 0
2.337 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 -1/2) (* 0 1/3))) into 0
2.337 * [backup-simplify]: Simplify (+ 0 1) into 1
2.338 * [backup-simplify]: Simplify 1 into 1
2.338 * [backup-simplify]: Simplify (+ (* 1 (/ 1 N)) (+ (* -1/2 (pow (/ 1 N) 2)) (* 1/3 (pow (/ 1 N) 3)))) into (- (+ (/ 1 N) (* 1/3 (/ 1 (pow N 3)))) (* 1/2 (/ 1 (pow N 2))))
2.338 * [backup-simplify]: Simplify (fma (/ (/ 1 (/ 1 N)) (/ 1 N)) (- (/ 1/3 (/ 1 N)) 1/2) (/ 1 (/ 1 N))) into (fma (pow N 2) (- (* 1/3 N) 1/2) N)
2.338 * [approximate]: Taking taylor expansion of (fma (pow N 2) (- (* 1/3 N) 1/2) N) in (N) around 0
2.338 * [taylor]: Taking taylor expansion of (fma (pow N 2) (- (* 1/3 N) 1/2) N) in N
2.338 * [taylor]: Rewrote expression to (+ (* (pow N 2) (- (* 1/3 N) 1/2)) N)
2.338 * [taylor]: Taking taylor expansion of (* (pow N 2) (- (* 1/3 N) 1/2)) in N
2.338 * [taylor]: Taking taylor expansion of (pow N 2) in N
2.338 * [taylor]: Taking taylor expansion of N in N
2.338 * [backup-simplify]: Simplify 0 into 0
2.338 * [backup-simplify]: Simplify 1 into 1
2.338 * [taylor]: Taking taylor expansion of (- (* 1/3 N) 1/2) in N
2.338 * [taylor]: Taking taylor expansion of (* 1/3 N) in N
2.338 * [taylor]: Taking taylor expansion of 1/3 in N
2.338 * [backup-simplify]: Simplify 1/3 into 1/3
2.338 * [taylor]: Taking taylor expansion of N in N
2.338 * [backup-simplify]: Simplify 0 into 0
2.339 * [backup-simplify]: Simplify 1 into 1
2.339 * [taylor]: Taking taylor expansion of 1/2 in N
2.339 * [backup-simplify]: Simplify 1/2 into 1/2
2.339 * [taylor]: Taking taylor expansion of N in N
2.339 * [backup-simplify]: Simplify 0 into 0
2.339 * [backup-simplify]: Simplify 1 into 1
2.339 * [taylor]: Taking taylor expansion of (fma (pow N 2) (- (* 1/3 N) 1/2) N) in N
2.339 * [taylor]: Rewrote expression to (+ (* (pow N 2) (- (* 1/3 N) 1/2)) N)
2.339 * [taylor]: Taking taylor expansion of (* (pow N 2) (- (* 1/3 N) 1/2)) in N
2.339 * [taylor]: Taking taylor expansion of (pow N 2) in N
2.339 * [taylor]: Taking taylor expansion of N in N
2.339 * [backup-simplify]: Simplify 0 into 0
2.339 * [backup-simplify]: Simplify 1 into 1
2.339 * [taylor]: Taking taylor expansion of (- (* 1/3 N) 1/2) in N
2.339 * [taylor]: Taking taylor expansion of (* 1/3 N) in N
2.339 * [taylor]: Taking taylor expansion of 1/3 in N
2.339 * [backup-simplify]: Simplify 1/3 into 1/3
2.339 * [taylor]: Taking taylor expansion of N in N
2.339 * [backup-simplify]: Simplify 0 into 0
2.339 * [backup-simplify]: Simplify 1 into 1
2.339 * [taylor]: Taking taylor expansion of 1/2 in N
2.339 * [backup-simplify]: Simplify 1/2 into 1/2
2.339 * [taylor]: Taking taylor expansion of N in N
2.339 * [backup-simplify]: Simplify 0 into 0
2.339 * [backup-simplify]: Simplify 1 into 1
2.339 * [backup-simplify]: Simplify (+ 0 0) into 0
2.340 * [backup-simplify]: Simplify 0 into 0
2.340 * [backup-simplify]: Simplify (+ 0 1) into 1
2.340 * [backup-simplify]: Simplify 1 into 1
2.340 * [backup-simplify]: Simplify (* 1 1) into 1
2.341 * [backup-simplify]: Simplify (* 1/3 0) into 0
2.341 * [backup-simplify]: Simplify (- 1/2) into -1/2
2.341 * [backup-simplify]: Simplify (+ 0 -1/2) into -1/2
2.342 * [backup-simplify]: Simplify (* 1 -1/2) into -1/2
2.342 * [backup-simplify]: Simplify (+ -1/2 0) into -1/2
2.342 * [backup-simplify]: Simplify -1/2 into -1/2
2.343 * [backup-simplify]: Simplify (+ (* 1/3 1) (* 0 0)) into 1/3
2.343 * [backup-simplify]: Simplify (- 0) into 0
2.343 * [backup-simplify]: Simplify (+ 1/3 0) into 1/3
2.344 * [backup-simplify]: Simplify (+ (* 1 0) (* 0 1)) into 0
2.345 * [backup-simplify]: Simplify (+ (* 1 1/3) (* 0 -1/2)) into 1/3
2.345 * [backup-simplify]: Simplify (+ 1/3 0) into 1/3
2.345 * [backup-simplify]: Simplify 1/3 into 1/3
2.346 * [backup-simplify]: Simplify (+ (* 1/3 (pow (/ 1 N) 3)) (+ (* -1/2 (pow (/ 1 N) 2)) (* 1 (/ 1 N)))) into (- (+ (* 1/3 (/ 1 (pow N 3))) (/ 1 N)) (* 1/2 (/ 1 (pow N 2))))
2.346 * [backup-simplify]: Simplify (fma (/ (/ 1 (/ 1 (- N))) (/ 1 (- N))) (- (/ 1/3 (/ 1 (- N))) 1/2) (/ 1 (/ 1 (- N)))) into (fma (pow N 2) (- (+ (* 1/3 N) 1/2)) (* -1 N))
2.346 * [approximate]: Taking taylor expansion of (fma (pow N 2) (- (+ (* 1/3 N) 1/2)) (* -1 N)) in (N) around 0
2.346 * [taylor]: Taking taylor expansion of (fma (pow N 2) (- (+ (* 1/3 N) 1/2)) (* -1 N)) in N
2.346 * [taylor]: Rewrote expression to (+ (* (pow N 2) (- (+ (* 1/3 N) 1/2))) (* -1 N))
2.346 * [taylor]: Taking taylor expansion of (* (pow N 2) (- (+ (* 1/3 N) 1/2))) in N
2.346 * [taylor]: Taking taylor expansion of (pow N 2) in N
2.346 * [taylor]: Taking taylor expansion of N in N
2.346 * [backup-simplify]: Simplify 0 into 0
2.346 * [backup-simplify]: Simplify 1 into 1
2.346 * [taylor]: Taking taylor expansion of (- (+ (* 1/3 N) 1/2)) in N
2.346 * [taylor]: Taking taylor expansion of (+ (* 1/3 N) 1/2) in N
2.346 * [taylor]: Taking taylor expansion of (* 1/3 N) in N
2.346 * [taylor]: Taking taylor expansion of 1/3 in N
2.346 * [backup-simplify]: Simplify 1/3 into 1/3
2.347 * [taylor]: Taking taylor expansion of N in N
2.347 * [backup-simplify]: Simplify 0 into 0
2.347 * [backup-simplify]: Simplify 1 into 1
2.347 * [taylor]: Taking taylor expansion of 1/2 in N
2.347 * [backup-simplify]: Simplify 1/2 into 1/2
2.347 * [taylor]: Taking taylor expansion of (* -1 N) in N
2.347 * [taylor]: Taking taylor expansion of -1 in N
2.347 * [backup-simplify]: Simplify -1 into -1
2.347 * [taylor]: Taking taylor expansion of N in N
2.347 * [backup-simplify]: Simplify 0 into 0
2.347 * [backup-simplify]: Simplify 1 into 1
2.347 * [taylor]: Taking taylor expansion of (fma (pow N 2) (- (+ (* 1/3 N) 1/2)) (* -1 N)) in N
2.347 * [taylor]: Rewrote expression to (+ (* (pow N 2) (- (+ (* 1/3 N) 1/2))) (* -1 N))
2.347 * [taylor]: Taking taylor expansion of (* (pow N 2) (- (+ (* 1/3 N) 1/2))) in N
2.347 * [taylor]: Taking taylor expansion of (pow N 2) in N
2.347 * [taylor]: Taking taylor expansion of N in N
2.347 * [backup-simplify]: Simplify 0 into 0
2.347 * [backup-simplify]: Simplify 1 into 1
2.347 * [taylor]: Taking taylor expansion of (- (+ (* 1/3 N) 1/2)) in N
2.347 * [taylor]: Taking taylor expansion of (+ (* 1/3 N) 1/2) in N
2.347 * [taylor]: Taking taylor expansion of (* 1/3 N) in N
2.347 * [taylor]: Taking taylor expansion of 1/3 in N
2.347 * [backup-simplify]: Simplify 1/3 into 1/3
2.347 * [taylor]: Taking taylor expansion of N in N
2.347 * [backup-simplify]: Simplify 0 into 0
2.347 * [backup-simplify]: Simplify 1 into 1
2.347 * [taylor]: Taking taylor expansion of 1/2 in N
2.347 * [backup-simplify]: Simplify 1/2 into 1/2
2.347 * [taylor]: Taking taylor expansion of (* -1 N) in N
2.347 * [taylor]: Taking taylor expansion of -1 in N
2.347 * [backup-simplify]: Simplify -1 into -1
2.347 * [taylor]: Taking taylor expansion of N in N
2.347 * [backup-simplify]: Simplify 0 into 0
2.347 * [backup-simplify]: Simplify 1 into 1
2.348 * [backup-simplify]: Simplify (* -1 0) into 0
2.348 * [backup-simplify]: Simplify (+ 0 0) into 0
2.348 * [backup-simplify]: Simplify 0 into 0
2.349 * [backup-simplify]: Simplify (+ (* -1 1) (* 0 0)) into -1
2.349 * [backup-simplify]: Simplify (+ 0 -1) into -1
2.349 * [backup-simplify]: Simplify -1 into -1
2.350 * [backup-simplify]: Simplify (* 1 1) into 1
2.350 * [backup-simplify]: Simplify (* 1/3 0) into 0
2.350 * [backup-simplify]: Simplify (+ 0 1/2) into 1/2
2.351 * [backup-simplify]: Simplify (- 1/2) into -1/2
2.351 * [backup-simplify]: Simplify (* 1 -1/2) into -1/2
2.352 * [backup-simplify]: Simplify (+ (* -1 0) (+ (* 0 1) (* 0 0))) into 0
2.352 * [backup-simplify]: Simplify (+ -1/2 0) into -1/2
2.352 * [backup-simplify]: Simplify -1/2 into -1/2
2.352 * [backup-simplify]: Simplify (+ (* 1/3 1) (* 0 0)) into 1/3
2.353 * [backup-simplify]: Simplify (+ 1/3 0) into 1/3
2.353 * [backup-simplify]: Simplify (- 1/3) into -1/3
2.353 * [backup-simplify]: Simplify (+ (* 1 0) (* 0 1)) into 0
2.353 * [backup-simplify]: Simplify (- 1/2) into -1/2
2.354 * [backup-simplify]: Simplify (+ (* 1 -1/3) (* 0 -1/2)) into -1/3
2.355 * [backup-simplify]: Simplify (+ (* -1 0) (+ (* 0 0) (+ (* 0 1) (* 0 0)))) into 0
2.355 * [backup-simplify]: Simplify (+ -1/3 0) into -1/3
2.355 * [backup-simplify]: Simplify -1/3 into -1/3
2.355 * [backup-simplify]: Simplify (+ (* -1/3 (pow (/ 1 (- N)) 3)) (+ (* -1/2 (pow (/ 1 (- N)) 2)) (* -1 (/ 1 (- N))))) into (- (+ (* 1/3 (/ 1 (pow N 3))) (/ 1 N)) (* 1/2 (/ 1 (pow N 2))))
2.355 * * * * [progress]: [ 4 / 4 ] generating series at (2 2)
2.355 * [backup-simplify]: Simplify (- (/ 1/3 N) 1/2) into (- (* 1/3 (/ 1 N)) 1/2)
2.355 * [approximate]: Taking taylor expansion of (- (* 1/3 (/ 1 N)) 1/2) in (N) around 0
2.355 * [taylor]: Taking taylor expansion of (- (* 1/3 (/ 1 N)) 1/2) in N
2.355 * [taylor]: Taking taylor expansion of (* 1/3 (/ 1 N)) in N
2.355 * [taylor]: Taking taylor expansion of 1/3 in N
2.355 * [backup-simplify]: Simplify 1/3 into 1/3
2.355 * [taylor]: Taking taylor expansion of (/ 1 N) in N
2.355 * [taylor]: Taking taylor expansion of N in N
2.356 * [backup-simplify]: Simplify 0 into 0
2.356 * [backup-simplify]: Simplify 1 into 1
2.356 * [backup-simplify]: Simplify (/ 1 1) into 1
2.356 * [taylor]: Taking taylor expansion of 1/2 in N
2.356 * [backup-simplify]: Simplify 1/2 into 1/2
2.356 * [taylor]: Taking taylor expansion of (- (* 1/3 (/ 1 N)) 1/2) in N
2.356 * [taylor]: Taking taylor expansion of (* 1/3 (/ 1 N)) in N
2.356 * [taylor]: Taking taylor expansion of 1/3 in N
2.356 * [backup-simplify]: Simplify 1/3 into 1/3
2.356 * [taylor]: Taking taylor expansion of (/ 1 N) in N
2.356 * [taylor]: Taking taylor expansion of N in N
2.356 * [backup-simplify]: Simplify 0 into 0
2.356 * [backup-simplify]: Simplify 1 into 1
2.356 * [backup-simplify]: Simplify (/ 1 1) into 1
2.356 * [taylor]: Taking taylor expansion of 1/2 in N
2.356 * [backup-simplify]: Simplify 1/2 into 1/2
2.357 * [backup-simplify]: Simplify (* 1/3 1) into 1/3
2.357 * [backup-simplify]: Simplify (+ 1/3 0) into 1/3
2.357 * [backup-simplify]: Simplify 1/3 into 1/3
2.358 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)))) into 0
2.358 * [backup-simplify]: Simplify (+ (* 1/3 0) (* 0 1)) into 0
2.359 * [backup-simplify]: Simplify (- 1/2) into -1/2
2.359 * [backup-simplify]: Simplify (+ 0 -1/2) into -1/2
2.359 * [backup-simplify]: Simplify -1/2 into -1/2
2.360 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)))) into 0
2.360 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (* 0 1))) into 0
2.361 * [backup-simplify]: Simplify (- 0) into 0
2.361 * [backup-simplify]: Simplify (+ 0 0) into 0
2.361 * [backup-simplify]: Simplify 0 into 0
2.361 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
2.362 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 0) (* 0 1)))) into 0
2.363 * [backup-simplify]: Simplify (- 0) into 0
2.363 * [backup-simplify]: Simplify (+ 0 0) into 0
2.363 * [backup-simplify]: Simplify 0 into 0
2.363 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
2.364 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (* 0 1))))) into 0
2.365 * [backup-simplify]: Simplify (- 0) into 0
2.365 * [backup-simplify]: Simplify (+ 0 0) into 0
2.365 * [backup-simplify]: Simplify 0 into 0
2.366 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
2.366 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (* 0 1)))))) into 0
2.367 * [backup-simplify]: Simplify (- 0) into 0
2.367 * [backup-simplify]: Simplify (+ 0 0) into 0
2.367 * [backup-simplify]: Simplify 0 into 0
2.368 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
2.369 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (* 0 1))))))) into 0
2.369 * [backup-simplify]: Simplify (- 0) into 0
2.369 * [backup-simplify]: Simplify (+ 0 0) into 0
2.369 * [backup-simplify]: Simplify 0 into 0
2.370 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
2.371 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (* 0 1)))))))) into 0
2.371 * [backup-simplify]: Simplify (- 0) into 0
2.372 * [backup-simplify]: Simplify (+ 0 0) into 0
2.372 * [backup-simplify]: Simplify 0 into 0
2.372 * [backup-simplify]: Simplify (+ -1/2 (* 1/3 (/ 1 N))) into (- (* 1/3 (/ 1 N)) 1/2)
2.372 * [backup-simplify]: Simplify (- (/ 1/3 (/ 1 N)) 1/2) into (- (* 1/3 N) 1/2)
2.372 * [approximate]: Taking taylor expansion of (- (* 1/3 N) 1/2) in (N) around 0
2.372 * [taylor]: Taking taylor expansion of (- (* 1/3 N) 1/2) in N
2.372 * [taylor]: Taking taylor expansion of (* 1/3 N) in N
2.372 * [taylor]: Taking taylor expansion of 1/3 in N
2.372 * [backup-simplify]: Simplify 1/3 into 1/3
2.372 * [taylor]: Taking taylor expansion of N in N
2.372 * [backup-simplify]: Simplify 0 into 0
2.372 * [backup-simplify]: Simplify 1 into 1
2.372 * [taylor]: Taking taylor expansion of 1/2 in N
2.372 * [backup-simplify]: Simplify 1/2 into 1/2
2.372 * [taylor]: Taking taylor expansion of (- (* 1/3 N) 1/2) in N
2.372 * [taylor]: Taking taylor expansion of (* 1/3 N) in N
2.372 * [taylor]: Taking taylor expansion of 1/3 in N
2.372 * [backup-simplify]: Simplify 1/3 into 1/3
2.372 * [taylor]: Taking taylor expansion of N in N
2.372 * [backup-simplify]: Simplify 0 into 0
2.372 * [backup-simplify]: Simplify 1 into 1
2.372 * [taylor]: Taking taylor expansion of 1/2 in N
2.372 * [backup-simplify]: Simplify 1/2 into 1/2
2.372 * [backup-simplify]: Simplify (* 1/3 0) into 0
2.373 * [backup-simplify]: Simplify (- 1/2) into -1/2
2.373 * [backup-simplify]: Simplify (+ 0 -1/2) into -1/2
2.373 * [backup-simplify]: Simplify -1/2 into -1/2
2.373 * [backup-simplify]: Simplify (+ (* 1/3 1) (* 0 0)) into 1/3
2.374 * [backup-simplify]: Simplify (- 0) into 0
2.374 * [backup-simplify]: Simplify (+ 1/3 0) into 1/3
2.374 * [backup-simplify]: Simplify 1/3 into 1/3
2.375 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 1) (* 0 0))) into 0
2.375 * [backup-simplify]: Simplify (- 0) into 0
2.375 * [backup-simplify]: Simplify (+ 0 0) into 0
2.375 * [backup-simplify]: Simplify 0 into 0
2.376 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 1) (* 0 0)))) into 0
2.376 * [backup-simplify]: Simplify (- 0) into 0
2.376 * [backup-simplify]: Simplify (+ 0 0) into 0
2.376 * [backup-simplify]: Simplify 0 into 0
2.377 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 1) (* 0 0))))) into 0
2.377 * [backup-simplify]: Simplify (- 0) into 0
2.378 * [backup-simplify]: Simplify (+ 0 0) into 0
2.378 * [backup-simplify]: Simplify 0 into 0
2.378 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 1) (* 0 0)))))) into 0
2.379 * [backup-simplify]: Simplify (- 0) into 0
2.379 * [backup-simplify]: Simplify (+ 0 0) into 0
2.379 * [backup-simplify]: Simplify 0 into 0
2.381 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 1) (* 0 0))))))) into 0
2.381 * [backup-simplify]: Simplify (- 0) into 0
2.382 * [backup-simplify]: Simplify (+ 0 0) into 0
2.382 * [backup-simplify]: Simplify 0 into 0
2.384 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 1) (* 0 0)))))))) into 0
2.384 * [backup-simplify]: Simplify (- 0) into 0
2.385 * [backup-simplify]: Simplify (+ 0 0) into 0
2.385 * [backup-simplify]: Simplify 0 into 0
2.385 * [backup-simplify]: Simplify (+ (* 1/3 (/ 1 N)) -1/2) into (- (* 1/3 (/ 1 N)) 1/2)
2.385 * [backup-simplify]: Simplify (- (/ 1/3 (/ 1 (- N))) 1/2) into (- (+ (* 1/3 N) 1/2))
2.385 * [approximate]: Taking taylor expansion of (- (+ (* 1/3 N) 1/2)) in (N) around 0
2.385 * [taylor]: Taking taylor expansion of (- (+ (* 1/3 N) 1/2)) in N
2.385 * [taylor]: Taking taylor expansion of (+ (* 1/3 N) 1/2) in N
2.385 * [taylor]: Taking taylor expansion of (* 1/3 N) in N
2.385 * [taylor]: Taking taylor expansion of 1/3 in N
2.385 * [backup-simplify]: Simplify 1/3 into 1/3
2.385 * [taylor]: Taking taylor expansion of N in N
2.385 * [backup-simplify]: Simplify 0 into 0
2.385 * [backup-simplify]: Simplify 1 into 1
2.385 * [taylor]: Taking taylor expansion of 1/2 in N
2.385 * [backup-simplify]: Simplify 1/2 into 1/2
2.385 * [taylor]: Taking taylor expansion of (- (+ (* 1/3 N) 1/2)) in N
2.385 * [taylor]: Taking taylor expansion of (+ (* 1/3 N) 1/2) in N
2.385 * [taylor]: Taking taylor expansion of (* 1/3 N) in N
2.385 * [taylor]: Taking taylor expansion of 1/3 in N
2.385 * [backup-simplify]: Simplify 1/3 into 1/3
2.385 * [taylor]: Taking taylor expansion of N in N
2.385 * [backup-simplify]: Simplify 0 into 0
2.385 * [backup-simplify]: Simplify 1 into 1
2.386 * [taylor]: Taking taylor expansion of 1/2 in N
2.386 * [backup-simplify]: Simplify 1/2 into 1/2
2.386 * [backup-simplify]: Simplify (* 1/3 0) into 0
2.387 * [backup-simplify]: Simplify (+ 0 1/2) into 1/2
2.387 * [backup-simplify]: Simplify (- 1/2) into -1/2
2.387 * [backup-simplify]: Simplify -1/2 into -1/2
2.388 * [backup-simplify]: Simplify (+ (* 1/3 1) (* 0 0)) into 1/3
2.388 * [backup-simplify]: Simplify (+ 1/3 0) into 1/3
2.389 * [backup-simplify]: Simplify (- 1/3) into -1/3
2.389 * [backup-simplify]: Simplify -1/3 into -1/3
2.390 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 1) (* 0 0))) into 0
2.390 * [backup-simplify]: Simplify (+ 0 0) into 0
2.390 * [backup-simplify]: Simplify (- 0) into 0
2.391 * [backup-simplify]: Simplify 0 into 0
2.392 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 1) (* 0 0)))) into 0
2.392 * [backup-simplify]: Simplify (+ 0 0) into 0
2.393 * [backup-simplify]: Simplify (- 0) into 0
2.393 * [backup-simplify]: Simplify 0 into 0
2.394 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 1) (* 0 0))))) into 0
2.395 * [backup-simplify]: Simplify (+ 0 0) into 0
2.395 * [backup-simplify]: Simplify (- 0) into 0
2.395 * [backup-simplify]: Simplify 0 into 0
2.396 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 1) (* 0 0)))))) into 0
2.396 * [backup-simplify]: Simplify (+ 0 0) into 0
2.397 * [backup-simplify]: Simplify (- 0) into 0
2.397 * [backup-simplify]: Simplify 0 into 0
2.398 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 1) (* 0 0))))))) into 0
2.398 * [backup-simplify]: Simplify (+ 0 0) into 0
2.398 * [backup-simplify]: Simplify (- 0) into 0
2.398 * [backup-simplify]: Simplify 0 into 0
2.399 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 1) (* 0 0)))))))) into 0
2.399 * [backup-simplify]: Simplify (+ 0 0) into 0
2.400 * [backup-simplify]: Simplify (- 0) into 0
2.400 * [backup-simplify]: Simplify 0 into 0
2.400 * [backup-simplify]: Simplify (+ (* -1/3 (/ 1 (- N))) -1/2) into (- (* 1/3 (/ 1 N)) 1/2)
2.400 * * * [progress]: simplifying candidates
2.400 * * * * [progress]: [ 1 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (log1p (expm1 (/ 1/3 N))) 1/2) (/ 1 N)))>
2.400 * * * * [progress]: [ 2 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (expm1 (log1p (/ 1/3 N))) 1/2) (/ 1 N)))>
2.400 * * * * [progress]: [ 3 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (pow (/ 1/3 N) 1) 1/2) (/ 1 N)))>
2.400 * * * * [progress]: [ 4 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (exp (- (log 1/3) (log N))) 1/2) (/ 1 N)))>
2.400 * * * * [progress]: [ 5 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (exp (log (/ 1/3 N))) 1/2) (/ 1 N)))>
2.400 * * * * [progress]: [ 6 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (log (exp (/ 1/3 N))) 1/2) (/ 1 N)))>
2.400 * * * * [progress]: [ 7 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (cbrt (/ (* (* 1/3 1/3) 1/3) (* (* N N) N))) 1/2) (/ 1 N)))>
2.400 * * * * [progress]: [ 8 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (* (* (cbrt (/ 1/3 N)) (cbrt (/ 1/3 N))) (cbrt (/ 1/3 N))) 1/2) (/ 1 N)))>
2.400 * * * * [progress]: [ 9 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (cbrt (* (* (/ 1/3 N) (/ 1/3 N)) (/ 1/3 N))) 1/2) (/ 1 N)))>
2.400 * * * * [progress]: [ 10 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (* (sqrt (/ 1/3 N)) (sqrt (/ 1/3 N))) 1/2) (/ 1 N)))>
2.400 * * * * [progress]: [ 11 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (/ (- 1/3) (- N)) 1/2) (/ 1 N)))>
2.400 * * * * [progress]: [ 12 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (* (/ (* (cbrt 1/3) (cbrt 1/3)) (* (cbrt N) (cbrt N))) (/ (cbrt 1/3) (cbrt N))) 1/2) (/ 1 N)))>
2.400 * * * * [progress]: [ 13 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (* (/ (* (cbrt 1/3) (cbrt 1/3)) (sqrt N)) (/ (cbrt 1/3) (sqrt N))) 1/2) (/ 1 N)))>
2.400 * * * * [progress]: [ 14 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (* (/ (* (cbrt 1/3) (cbrt 1/3)) 1) (/ (cbrt 1/3) N)) 1/2) (/ 1 N)))>
2.400 * * * * [progress]: [ 15 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (* (/ (sqrt 1/3) (* (cbrt N) (cbrt N))) (/ (sqrt 1/3) (cbrt N))) 1/2) (/ 1 N)))>
2.401 * * * * [progress]: [ 16 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (* (/ (sqrt 1/3) (sqrt N)) (/ (sqrt 1/3) (sqrt N))) 1/2) (/ 1 N)))>
2.401 * * * * [progress]: [ 17 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (* (/ (sqrt 1/3) 1) (/ (sqrt 1/3) N)) 1/2) (/ 1 N)))>
2.401 * * * * [progress]: [ 18 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (* (/ 1 (* (cbrt N) (cbrt N))) (/ 1/3 (cbrt N))) 1/2) (/ 1 N)))>
2.401 * * * * [progress]: [ 19 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (* (/ 1 (sqrt N)) (/ 1/3 (sqrt N))) 1/2) (/ 1 N)))>
2.401 * * * * [progress]: [ 20 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (* (/ 1 1) (/ 1/3 N)) 1/2) (/ 1 N)))>
2.401 * * * * [progress]: [ 21 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (* 1 (/ 1/3 N)) 1/2) (/ 1 N)))>
2.401 * * * * [progress]: [ 22 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (* 1/3 (/ 1 N)) 1/2) (/ 1 N)))>
2.401 * * * * [progress]: [ 23 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (/ 1 (/ N 1/3)) 1/2) (/ 1 N)))>
2.401 * * * * [progress]: [ 24 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (/ (/ 1/3 (* (cbrt N) (cbrt N))) (cbrt N)) 1/2) (/ 1 N)))>
2.401 * * * * [progress]: [ 25 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (/ (/ 1/3 (sqrt N)) (sqrt N)) 1/2) (/ 1 N)))>
2.401 * * * * [progress]: [ 26 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (/ (/ 1/3 1) N) 1/2) (/ 1 N)))>
2.401 * * * * [progress]: [ 27 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (/ (* (cbrt 1/3) (cbrt 1/3)) (/ N (cbrt 1/3))) 1/2) (/ 1 N)))>
2.401 * * * * [progress]: [ 28 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (/ (sqrt 1/3) (/ N (sqrt 1/3))) 1/2) (/ 1 N)))>
2.401 * * * * [progress]: [ 29 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (/ 1 (/ N 1/3)) 1/2) (/ 1 N)))>
2.401 * * * * [progress]: [ 30 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (posit16->real (real->posit16 (/ 1/3 N))) 1/2) (/ 1 N)))>
2.401 * * * * [progress]: [ 31 / 200 ] simplifiying candidate #<alt (λ (N) (fma (log1p (expm1 (/ (/ 1 N) N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.401 * * * * [progress]: [ 32 / 200 ] simplifiying candidate #<alt (λ (N) (fma (expm1 (log1p (/ (/ 1 N) N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.401 * * * * [progress]: [ 33 / 200 ] simplifiying candidate #<alt (λ (N) (fma (pow N (- -1 1)) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.401 * * * * [progress]: [ 34 / 200 ] simplifiying candidate #<alt (λ (N) (fma (pow N (- (- 1) 1)) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.401 * * * * [progress]: [ 35 / 200 ] simplifiying candidate #<alt (λ (N) (fma (pow (/ (/ 1 N) N) 1) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.401 * * * * [progress]: [ 36 / 200 ] simplifiying candidate #<alt (λ (N) (fma (exp (- (- (log N)) (log N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.401 * * * * [progress]: [ 37 / 200 ] simplifiying candidate #<alt (λ (N) (fma (exp (- (- 0 (log N)) (log N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.401 * * * * [progress]: [ 38 / 200 ] simplifiying candidate #<alt (λ (N) (fma (exp (- (- (log 1) (log N)) (log N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.401 * * * * [progress]: [ 39 / 200 ] simplifiying candidate #<alt (λ (N) (fma (exp (- (log (/ 1 N)) (log N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.401 * * * * [progress]: [ 40 / 200 ] simplifiying candidate #<alt (λ (N) (fma (exp (log (/ (/ 1 N) N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.402 * * * * [progress]: [ 41 / 200 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.402 * * * * [progress]: [ 42 / 200 ] simplifiying candidate #<alt (λ (N) (fma (cbrt (/ (/ (* (* 1 1) 1) (* (* N N) N)) (* (* N N) N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.402 * * * * [progress]: [ 43 / 200 ] simplifiying candidate #<alt (λ (N) (fma (cbrt (/ (* (* (/ 1 N) (/ 1 N)) (/ 1 N)) (* (* N N) N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.402 * * * * [progress]: [ 44 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (* (cbrt (/ (/ 1 N) N)) (cbrt (/ (/ 1 N) N))) (cbrt (/ (/ 1 N) N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.402 * * * * [progress]: [ 45 / 200 ] simplifiying candidate #<alt (λ (N) (fma (cbrt (* (* (/ (/ 1 N) N) (/ (/ 1 N) N)) (/ (/ 1 N) N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.402 * * * * [progress]: [ 46 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (sqrt (/ (/ 1 N) N)) (sqrt (/ (/ 1 N) N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.402 * * * * [progress]: [ 47 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (- (/ 1 N)) (- N)) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.402 * * * * [progress]: [ 48 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (* (cbrt (/ 1 N)) (cbrt (/ 1 N))) (* (cbrt N) (cbrt N))) (/ (cbrt (/ 1 N)) (cbrt N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.402 * * * * [progress]: [ 49 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (* (cbrt (/ 1 N)) (cbrt (/ 1 N))) (sqrt N)) (/ (cbrt (/ 1 N)) (sqrt N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.402 * * * * [progress]: [ 50 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (* (cbrt (/ 1 N)) (cbrt (/ 1 N))) 1) (/ (cbrt (/ 1 N)) N)) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.402 * * * * [progress]: [ 51 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (sqrt (/ 1 N)) (* (cbrt N) (cbrt N))) (/ (sqrt (/ 1 N)) (cbrt N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.402 * * * * [progress]: [ 52 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (sqrt (/ 1 N)) (sqrt N)) (/ (sqrt (/ 1 N)) (sqrt N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.402 * * * * [progress]: [ 53 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (sqrt (/ 1 N)) 1) (/ (sqrt (/ 1 N)) N)) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.402 * * * * [progress]: [ 54 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ (* (cbrt 1) (cbrt 1)) (* (cbrt N) (cbrt N))) (* (cbrt N) (cbrt N))) (/ (/ (cbrt 1) (cbrt N)) (cbrt N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.402 * * * * [progress]: [ 55 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ (* (cbrt 1) (cbrt 1)) (* (cbrt N) (cbrt N))) (sqrt N)) (/ (/ (cbrt 1) (cbrt N)) (sqrt N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.402 * * * * [progress]: [ 56 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ (* (cbrt 1) (cbrt 1)) (* (cbrt N) (cbrt N))) 1) (/ (/ (cbrt 1) (cbrt N)) N)) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.402 * * * * [progress]: [ 57 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ (* (cbrt 1) (cbrt 1)) (sqrt N)) (* (cbrt N) (cbrt N))) (/ (/ (cbrt 1) (sqrt N)) (cbrt N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.402 * * * * [progress]: [ 58 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ (* (cbrt 1) (cbrt 1)) (sqrt N)) (sqrt N)) (/ (/ (cbrt 1) (sqrt N)) (sqrt N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.402 * * * * [progress]: [ 59 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ (* (cbrt 1) (cbrt 1)) (sqrt N)) 1) (/ (/ (cbrt 1) (sqrt N)) N)) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.402 * * * * [progress]: [ 60 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ (* (cbrt 1) (cbrt 1)) 1) (* (cbrt N) (cbrt N))) (/ (/ (cbrt 1) N) (cbrt N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.402 * * * * [progress]: [ 61 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ (* (cbrt 1) (cbrt 1)) 1) (sqrt N)) (/ (/ (cbrt 1) N) (sqrt N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.402 * * * * [progress]: [ 62 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ (* (cbrt 1) (cbrt 1)) 1) 1) (/ (/ (cbrt 1) N) N)) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.402 * * * * [progress]: [ 63 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ (sqrt 1) (* (cbrt N) (cbrt N))) (* (cbrt N) (cbrt N))) (/ (/ (sqrt 1) (cbrt N)) (cbrt N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.403 * * * * [progress]: [ 64 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ (sqrt 1) (* (cbrt N) (cbrt N))) (sqrt N)) (/ (/ (sqrt 1) (cbrt N)) (sqrt N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.403 * * * * [progress]: [ 65 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ (sqrt 1) (* (cbrt N) (cbrt N))) 1) (/ (/ (sqrt 1) (cbrt N)) N)) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.403 * * * * [progress]: [ 66 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ (sqrt 1) (sqrt N)) (* (cbrt N) (cbrt N))) (/ (/ (sqrt 1) (sqrt N)) (cbrt N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.403 * * * * [progress]: [ 67 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ (sqrt 1) (sqrt N)) (sqrt N)) (/ (/ (sqrt 1) (sqrt N)) (sqrt N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.403 * * * * [progress]: [ 68 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ (sqrt 1) (sqrt N)) 1) (/ (/ (sqrt 1) (sqrt N)) N)) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.403 * * * * [progress]: [ 69 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ (sqrt 1) 1) (* (cbrt N) (cbrt N))) (/ (/ (sqrt 1) N) (cbrt N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.403 * * * * [progress]: [ 70 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ (sqrt 1) 1) (sqrt N)) (/ (/ (sqrt 1) N) (sqrt N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.403 * * * * [progress]: [ 71 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ (sqrt 1) 1) 1) (/ (/ (sqrt 1) N) N)) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.403 * * * * [progress]: [ 72 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ 1 (* (cbrt N) (cbrt N))) (* (cbrt N) (cbrt N))) (/ (/ 1 (cbrt N)) (cbrt N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.403 * * * * [progress]: [ 73 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ 1 (* (cbrt N) (cbrt N))) (sqrt N)) (/ (/ 1 (cbrt N)) (sqrt N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.403 * * * * [progress]: [ 74 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ 1 (* (cbrt N) (cbrt N))) 1) (/ (/ 1 (cbrt N)) N)) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.403 * * * * [progress]: [ 75 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ 1 (sqrt N)) (* (cbrt N) (cbrt N))) (/ (/ 1 (sqrt N)) (cbrt N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.403 * * * * [progress]: [ 76 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ 1 (sqrt N)) (sqrt N)) (/ (/ 1 (sqrt N)) (sqrt N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.403 * * * * [progress]: [ 77 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ 1 (sqrt N)) 1) (/ (/ 1 (sqrt N)) N)) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.404 * * * * [progress]: [ 78 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ 1 1) (* (cbrt N) (cbrt N))) (/ (/ 1 N) (cbrt N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.405 * * * * [progress]: [ 79 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ 1 1) (sqrt N)) (/ (/ 1 N) (sqrt N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.405 * * * * [progress]: [ 80 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ 1 1) 1) (/ (/ 1 N) N)) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.405 * * * * [progress]: [ 81 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ 1 (* (cbrt N) (cbrt N))) (/ (/ 1 N) (cbrt N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.405 * * * * [progress]: [ 82 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ 1 (sqrt N)) (/ (/ 1 N) (sqrt N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.405 * * * * [progress]: [ 83 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ 1 1) (/ (/ 1 N) N)) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.405 * * * * [progress]: [ 84 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ 1 (* (cbrt N) (cbrt N))) (/ (/ 1 N) (cbrt N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.405 * * * * [progress]: [ 85 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ 1 (sqrt N)) (/ (/ 1 N) (sqrt N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.405 * * * * [progress]: [ 86 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ 1 1) (/ (/ 1 N) N)) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.405 * * * * [progress]: [ 87 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* 1 (/ (/ 1 N) N)) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.405 * * * * [progress]: [ 88 / 200 ] simplifiying candidate #<alt (λ (N) (fma (* (/ 1 N) (/ 1 N)) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.405 * * * * [progress]: [ 89 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ 1 (/ N (/ 1 N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.405 * * * * [progress]: [ 90 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ (/ 1 N) (* (cbrt N) (cbrt N))) (cbrt N)) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.405 * * * * [progress]: [ 91 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ (/ 1 N) (sqrt N)) (sqrt N)) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.405 * * * * [progress]: [ 92 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ (/ 1 N) 1) N) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.405 * * * * [progress]: [ 93 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (* (cbrt (/ 1 N)) (cbrt (/ 1 N))) (/ N (cbrt (/ 1 N)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.406 * * * * [progress]: [ 94 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (sqrt (/ 1 N)) (/ N (sqrt (/ 1 N)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.406 * * * * [progress]: [ 95 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ (* (cbrt 1) (cbrt 1)) (* (cbrt N) (cbrt N))) (/ N (/ (cbrt 1) (cbrt N)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.406 * * * * [progress]: [ 96 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ (* (cbrt 1) (cbrt 1)) (sqrt N)) (/ N (/ (cbrt 1) (sqrt N)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.406 * * * * [progress]: [ 97 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ (* (cbrt 1) (cbrt 1)) 1) (/ N (/ (cbrt 1) N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.406 * * * * [progress]: [ 98 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ (sqrt 1) (* (cbrt N) (cbrt N))) (/ N (/ (sqrt 1) (cbrt N)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.406 * * * * [progress]: [ 99 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ (sqrt 1) (sqrt N)) (/ N (/ (sqrt 1) (sqrt N)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.406 * * * * [progress]: [ 100 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ (sqrt 1) 1) (/ N (/ (sqrt 1) N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.406 * * * * [progress]: [ 101 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 (* (cbrt N) (cbrt N))) (/ N (/ 1 (cbrt N)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.406 * * * * [progress]: [ 102 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 (sqrt N)) (/ N (/ 1 (sqrt N)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.406 * * * * [progress]: [ 103 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 1) (/ N (/ 1 N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.406 * * * * [progress]: [ 104 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ 1 (/ N (/ 1 N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.406 * * * * [progress]: [ 105 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ 1 (/ N (/ 1 N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.406 * * * * [progress]: [ 106 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ 1 (* N N)) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.406 * * * * [progress]: [ 107 / 200 ] simplifiying candidate #<alt (λ (N) (fma (posit16->real (real->posit16 (/ (/ 1 N) N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.406 * * * * [progress]: [ 108 / 200 ] simplifiying candidate #<alt (λ (N) (log1p (expm1 (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N)))))>
2.406 * * * * [progress]: [ 109 / 200 ] simplifiying candidate #<alt (λ (N) (expm1 (log1p (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N)))))>
2.406 * * * * [progress]: [ 110 / 200 ] simplifiying candidate #<alt (λ (N) (+ (* (/ (/ 1 N) N) (- (/ 1/3 N) 1/2)) (/ 1 N)))>
2.406 * * * * [progress]: [ 111 / 200 ] simplifiying candidate #<alt (λ (N) (pow (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N)) 1))>
2.406 * * * * [progress]: [ 112 / 200 ] simplifiying candidate #<alt (λ (N) (exp (log (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N)))))>
2.406 * * * * [progress]: [ 113 / 200 ] simplifiying candidate #<alt (λ (N) (log (exp (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N)))))>
2.406 * * * * [progress]: [ 114 / 200 ] simplifiying candidate #<alt (λ (N) (* (* (cbrt (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N))) (cbrt (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N)))) (cbrt (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N)))))>
2.406 * * * * [progress]: [ 115 / 200 ] simplifiying candidate #<alt (λ (N) (cbrt (* (* (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N)) (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N))) (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N)))))>
2.407 * * * * [progress]: [ 116 / 200 ] simplifiying candidate #<alt (λ (N) (* (sqrt (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N))) (sqrt (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N)))))>
2.407 * * * * [progress]: [ 117 / 200 ] simplifiying candidate #<alt (λ (N) (* 1 (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N))))>
2.407 * * * * [progress]: [ 118 / 200 ] simplifiying candidate #<alt (λ (N) (posit16->real (real->posit16 (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N)))))>
2.407 * * * * [progress]: [ 119 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma (* (cbrt (/ 1/3 N)) (cbrt (/ 1/3 N))) (cbrt (/ 1/3 N)) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (/ 1 N)))>
2.407 * * * * [progress]: [ 120 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma (* (cbrt (/ 1/3 N)) (cbrt (/ 1/3 N))) (cbrt (/ 1/3 N)) (- (* (sqrt 1/2) (sqrt 1/2)))) (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))) (/ 1 N)))>
2.407 * * * * [progress]: [ 121 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma (* (cbrt (/ 1/3 N)) (cbrt (/ 1/3 N))) (cbrt (/ 1/3 N)) (- (* 1/2 1))) (fma (- 1/2) 1 (* 1/2 1))) (/ 1 N)))>
2.407 * * * * [progress]: [ 122 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma (sqrt (/ 1/3 N)) (sqrt (/ 1/3 N)) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (/ 1 N)))>
2.407 * * * * [progress]: [ 123 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma (sqrt (/ 1/3 N)) (sqrt (/ 1/3 N)) (- (* (sqrt 1/2) (sqrt 1/2)))) (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))) (/ 1 N)))>
2.407 * * * * [progress]: [ 124 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma (sqrt (/ 1/3 N)) (sqrt (/ 1/3 N)) (- (* 1/2 1))) (fma (- 1/2) 1 (* 1/2 1))) (/ 1 N)))>
2.407 * * * * [progress]: [ 125 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma (/ (* (cbrt 1/3) (cbrt 1/3)) (* (cbrt N) (cbrt N))) (/ (cbrt 1/3) (cbrt N)) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (/ 1 N)))>
2.407 * * * * [progress]: [ 126 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma (/ (* (cbrt 1/3) (cbrt 1/3)) (* (cbrt N) (cbrt N))) (/ (cbrt 1/3) (cbrt N)) (- (* (sqrt 1/2) (sqrt 1/2)))) (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))) (/ 1 N)))>
2.407 * * * * [progress]: [ 127 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma (/ (* (cbrt 1/3) (cbrt 1/3)) (* (cbrt N) (cbrt N))) (/ (cbrt 1/3) (cbrt N)) (- (* 1/2 1))) (fma (- 1/2) 1 (* 1/2 1))) (/ 1 N)))>
2.407 * * * * [progress]: [ 128 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma (/ (* (cbrt 1/3) (cbrt 1/3)) (sqrt N)) (/ (cbrt 1/3) (sqrt N)) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (/ 1 N)))>
2.407 * * * * [progress]: [ 129 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma (/ (* (cbrt 1/3) (cbrt 1/3)) (sqrt N)) (/ (cbrt 1/3) (sqrt N)) (- (* (sqrt 1/2) (sqrt 1/2)))) (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))) (/ 1 N)))>
2.407 * * * * [progress]: [ 130 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma (/ (* (cbrt 1/3) (cbrt 1/3)) (sqrt N)) (/ (cbrt 1/3) (sqrt N)) (- (* 1/2 1))) (fma (- 1/2) 1 (* 1/2 1))) (/ 1 N)))>
2.407 * * * * [progress]: [ 131 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma (/ (* (cbrt 1/3) (cbrt 1/3)) 1) (/ (cbrt 1/3) N) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (/ 1 N)))>
2.407 * * * * [progress]: [ 132 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma (/ (* (cbrt 1/3) (cbrt 1/3)) 1) (/ (cbrt 1/3) N) (- (* (sqrt 1/2) (sqrt 1/2)))) (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))) (/ 1 N)))>
2.407 * * * * [progress]: [ 133 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma (/ (* (cbrt 1/3) (cbrt 1/3)) 1) (/ (cbrt 1/3) N) (- (* 1/2 1))) (fma (- 1/2) 1 (* 1/2 1))) (/ 1 N)))>
2.407 * * * * [progress]: [ 134 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma (/ (sqrt 1/3) (* (cbrt N) (cbrt N))) (/ (sqrt 1/3) (cbrt N)) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (/ 1 N)))>
2.408 * * * * [progress]: [ 135 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma (/ (sqrt 1/3) (* (cbrt N) (cbrt N))) (/ (sqrt 1/3) (cbrt N)) (- (* (sqrt 1/2) (sqrt 1/2)))) (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))) (/ 1 N)))>
2.408 * * * * [progress]: [ 136 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma (/ (sqrt 1/3) (* (cbrt N) (cbrt N))) (/ (sqrt 1/3) (cbrt N)) (- (* 1/2 1))) (fma (- 1/2) 1 (* 1/2 1))) (/ 1 N)))>
2.408 * * * * [progress]: [ 137 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma (/ (sqrt 1/3) (sqrt N)) (/ (sqrt 1/3) (sqrt N)) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (/ 1 N)))>
2.408 * * * * [progress]: [ 138 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma (/ (sqrt 1/3) (sqrt N)) (/ (sqrt 1/3) (sqrt N)) (- (* (sqrt 1/2) (sqrt 1/2)))) (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))) (/ 1 N)))>
2.408 * * * * [progress]: [ 139 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma (/ (sqrt 1/3) (sqrt N)) (/ (sqrt 1/3) (sqrt N)) (- (* 1/2 1))) (fma (- 1/2) 1 (* 1/2 1))) (/ 1 N)))>
2.408 * * * * [progress]: [ 140 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma (/ (sqrt 1/3) 1) (/ (sqrt 1/3) N) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (/ 1 N)))>
2.408 * * * * [progress]: [ 141 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma (/ (sqrt 1/3) 1) (/ (sqrt 1/3) N) (- (* (sqrt 1/2) (sqrt 1/2)))) (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))) (/ 1 N)))>
2.408 * * * * [progress]: [ 142 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma (/ (sqrt 1/3) 1) (/ (sqrt 1/3) N) (- (* 1/2 1))) (fma (- 1/2) 1 (* 1/2 1))) (/ 1 N)))>
2.408 * * * * [progress]: [ 143 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma (/ 1 (* (cbrt N) (cbrt N))) (/ 1/3 (cbrt N)) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (/ 1 N)))>
2.408 * * * * [progress]: [ 144 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma (/ 1 (* (cbrt N) (cbrt N))) (/ 1/3 (cbrt N)) (- (* (sqrt 1/2) (sqrt 1/2)))) (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))) (/ 1 N)))>
2.408 * * * * [progress]: [ 145 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma (/ 1 (* (cbrt N) (cbrt N))) (/ 1/3 (cbrt N)) (- (* 1/2 1))) (fma (- 1/2) 1 (* 1/2 1))) (/ 1 N)))>
2.408 * * * * [progress]: [ 146 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma (/ 1 (sqrt N)) (/ 1/3 (sqrt N)) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (/ 1 N)))>
2.408 * * * * [progress]: [ 147 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma (/ 1 (sqrt N)) (/ 1/3 (sqrt N)) (- (* (sqrt 1/2) (sqrt 1/2)))) (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))) (/ 1 N)))>
2.408 * * * * [progress]: [ 148 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma (/ 1 (sqrt N)) (/ 1/3 (sqrt N)) (- (* 1/2 1))) (fma (- 1/2) 1 (* 1/2 1))) (/ 1 N)))>
2.408 * * * * [progress]: [ 149 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma (/ 1 1) (/ 1/3 N) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (/ 1 N)))>
2.408 * * * * [progress]: [ 150 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma (/ 1 1) (/ 1/3 N) (- (* (sqrt 1/2) (sqrt 1/2)))) (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))) (/ 1 N)))>
2.408 * * * * [progress]: [ 151 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma (/ 1 1) (/ 1/3 N) (- (* 1/2 1))) (fma (- 1/2) 1 (* 1/2 1))) (/ 1 N)))>
2.408 * * * * [progress]: [ 152 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma 1 (/ 1/3 N) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (/ 1 N)))>
2.409 * * * * [progress]: [ 153 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma 1 (/ 1/3 N) (- (* (sqrt 1/2) (sqrt 1/2)))) (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))) (/ 1 N)))>
2.409 * * * * [progress]: [ 154 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma 1 (/ 1/3 N) (- (* 1/2 1))) (fma (- 1/2) 1 (* 1/2 1))) (/ 1 N)))>
2.409 * * * * [progress]: [ 155 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma 1/3 (/ 1 N) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (/ 1 N)))>
2.409 * * * * [progress]: [ 156 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma 1/3 (/ 1 N) (- (* (sqrt 1/2) (sqrt 1/2)))) (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))) (/ 1 N)))>
2.409 * * * * [progress]: [ 157 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (fma 1/3 (/ 1 N) (- (* 1/2 1))) (fma (- 1/2) 1 (* 1/2 1))) (/ 1 N)))>
2.409 * * * * [progress]: [ 158 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (log1p (expm1 (- (/ 1/3 N) 1/2))) (/ 1 N)))>
2.409 * * * * [progress]: [ 159 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (expm1 (log1p (- (/ 1/3 N) 1/2))) (/ 1 N)))>
2.409 * * * * [progress]: [ 160 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (fma (* (cbrt (/ 1/3 N)) (cbrt (/ 1/3 N))) (cbrt (/ 1/3 N)) (- 1/2)) (/ 1 N)))>
2.409 * * * * [progress]: [ 161 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (fma (sqrt (/ 1/3 N)) (sqrt (/ 1/3 N)) (- 1/2)) (/ 1 N)))>
2.409 * * * * [progress]: [ 162 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (fma (/ (* (cbrt 1/3) (cbrt 1/3)) (* (cbrt N) (cbrt N))) (/ (cbrt 1/3) (cbrt N)) (- 1/2)) (/ 1 N)))>
2.409 * * * * [progress]: [ 163 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (fma (/ (* (cbrt 1/3) (cbrt 1/3)) (sqrt N)) (/ (cbrt 1/3) (sqrt N)) (- 1/2)) (/ 1 N)))>
2.409 * * * * [progress]: [ 164 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (fma (/ (* (cbrt 1/3) (cbrt 1/3)) 1) (/ (cbrt 1/3) N) (- 1/2)) (/ 1 N)))>
2.409 * * * * [progress]: [ 165 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (fma (/ (sqrt 1/3) (* (cbrt N) (cbrt N))) (/ (sqrt 1/3) (cbrt N)) (- 1/2)) (/ 1 N)))>
2.409 * * * * [progress]: [ 166 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (fma (/ (sqrt 1/3) (sqrt N)) (/ (sqrt 1/3) (sqrt N)) (- 1/2)) (/ 1 N)))>
2.409 * * * * [progress]: [ 167 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (fma (/ (sqrt 1/3) 1) (/ (sqrt 1/3) N) (- 1/2)) (/ 1 N)))>
2.409 * * * * [progress]: [ 168 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (fma (/ 1 (* (cbrt N) (cbrt N))) (/ 1/3 (cbrt N)) (- 1/2)) (/ 1 N)))>
2.409 * * * * [progress]: [ 169 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (fma (/ 1 (sqrt N)) (/ 1/3 (sqrt N)) (- 1/2)) (/ 1 N)))>
2.409 * * * * [progress]: [ 170 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (fma (/ 1 1) (/ 1/3 N) (- 1/2)) (/ 1 N)))>
2.409 * * * * [progress]: [ 171 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (fma 1 (/ 1/3 N) (- 1/2)) (/ 1 N)))>
2.409 * * * * [progress]: [ 172 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (fma 1/3 (/ 1 N) (- 1/2)) (/ 1 N)))>
2.410 * * * * [progress]: [ 173 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (log (/ (exp (/ 1/3 N)) (exp 1/2))) (/ 1 N)))>
2.410 * * * * [progress]: [ 174 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (pow (- (/ 1/3 N) 1/2) 1) (/ 1 N)))>
2.410 * * * * [progress]: [ 175 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (exp (log (- (/ 1/3 N) 1/2))) (/ 1 N)))>
2.410 * * * * [progress]: [ 176 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (log (exp (- (/ 1/3 N) 1/2))) (/ 1 N)))>
2.410 * * * * [progress]: [ 177 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (* (* (cbrt (- (/ 1/3 N) 1/2)) (cbrt (- (/ 1/3 N) 1/2))) (cbrt (- (/ 1/3 N) 1/2))) (/ 1 N)))>
2.410 * * * * [progress]: [ 178 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (cbrt (* (* (- (/ 1/3 N) 1/2) (- (/ 1/3 N) 1/2)) (- (/ 1/3 N) 1/2))) (/ 1 N)))>
2.410 * * * * [progress]: [ 179 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (* (sqrt (- (/ 1/3 N) 1/2)) (sqrt (- (/ 1/3 N) 1/2))) (/ 1 N)))>
2.410 * * * * [progress]: [ 180 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (/ (- (pow (/ 1/3 N) 3) (pow 1/2 3)) (+ (* (/ 1/3 N) (/ 1/3 N)) (+ (* 1/2 1/2) (* (/ 1/3 N) 1/2)))) (/ 1 N)))>
2.410 * * * * [progress]: [ 181 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (/ 1/3 N) (- 1/2)) (/ 1 N)))>
2.410 * * * * [progress]: [ 182 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (* 1 (- (/ 1/3 N) 1/2)) (/ 1 N)))>
2.410 * * * * [progress]: [ 183 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (/ (- (* (/ 1/3 N) (/ 1/3 N)) (* 1/2 1/2)) (+ (/ 1/3 N) 1/2)) (/ 1 N)))>
2.410 * * * * [progress]: [ 184 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (* (+ (sqrt (/ 1/3 N)) (sqrt 1/2)) (- (sqrt (/ 1/3 N)) (sqrt 1/2))) (/ 1 N)))>
2.410 * * * * [progress]: [ 185 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (* (+ (/ (sqrt 1/3) (sqrt N)) (sqrt 1/2)) (- (/ (sqrt 1/3) (sqrt N)) (sqrt 1/2))) (/ 1 N)))>
2.410 * * * * [progress]: [ 186 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (* 1 (- (/ 1/3 N) 1/2)) (/ 1 N)))>
2.410 * * * * [progress]: [ 187 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (+ (/ 1/3 N) (- 1/2)) (/ 1 N)))>
2.410 * * * * [progress]: [ 188 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (posit16->real (real->posit16 (- (/ 1/3 N) 1/2))) (/ 1 N)))>
2.410 * * * * [progress]: [ 189 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.410 * * * * [progress]: [ 190 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.410 * * * * [progress]: [ 191 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.410 * * * * [progress]: [ 192 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ 1 (pow N 2)) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.410 * * * * [progress]: [ 193 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ 1 (pow N 2)) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.410 * * * * [progress]: [ 194 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ 1 (pow N 2)) (- (/ 1/3 N) 1/2) (/ 1 N)))>
2.410 * * * * [progress]: [ 195 / 200 ] simplifiying candidate #<alt (λ (N) (- (+ (/ 1 N) (* 1/3 (/ 1 (pow N 3)))) (* 1/2 (/ 1 (pow N 2)))))>
2.410 * * * * [progress]: [ 196 / 200 ] simplifiying candidate #<alt (λ (N) (- (+ (* 1/3 (/ 1 (pow N 3))) (/ 1 N)) (* 1/2 (/ 1 (pow N 2)))))>
2.411 * * * * [progress]: [ 197 / 200 ] simplifiying candidate #<alt (λ (N) (- (+ (* 1/3 (/ 1 (pow N 3))) (/ 1 N)) (* 1/2 (/ 1 (pow N 2)))))>
2.411 * * * * [progress]: [ 198 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (* 1/3 (/ 1 N)) 1/2) (/ 1 N)))>
2.411 * * * * [progress]: [ 199 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (* 1/3 (/ 1 N)) 1/2) (/ 1 N)))>
2.411 * * * * [progress]: [ 200 / 200 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (* 1/3 (/ 1 N)) 1/2) (/ 1 N)))>
2.413 * [simplify]: Simplifying:
  (expm1 (/ 1/3 N))
  (log1p (/ 1/3 N))
  (- (log 1/3) (log N))
  (log (/ 1/3 N))
  (exp (/ 1/3 N))
  (/ (* (* 1/3 1/3) 1/3) (* (* N N) N))
  (* (cbrt (/ 1/3 N)) (cbrt (/ 1/3 N)))
  (cbrt (/ 1/3 N))
  (* (* (/ 1/3 N) (/ 1/3 N)) (/ 1/3 N))
  (sqrt (/ 1/3 N))
  (sqrt (/ 1/3 N))
  (- 1/3)
  (- N)
  (/ (* (cbrt 1/3) (cbrt 1/3)) (* (cbrt N) (cbrt N)))
  (/ (cbrt 1/3) (cbrt N))
  (/ (* (cbrt 1/3) (cbrt 1/3)) (sqrt N))
  (/ (cbrt 1/3) (sqrt N))
  (/ (* (cbrt 1/3) (cbrt 1/3)) 1)
  (/ (cbrt 1/3) N)
  (/ (sqrt 1/3) (* (cbrt N) (cbrt N)))
  (/ (sqrt 1/3) (cbrt N))
  (/ (sqrt 1/3) (sqrt N))
  (/ (sqrt 1/3) (sqrt N))
  (/ (sqrt 1/3) 1)
  (/ (sqrt 1/3) N)
  (/ 1 (* (cbrt N) (cbrt N)))
  (/ 1/3 (cbrt N))
  (/ 1 (sqrt N))
  (/ 1/3 (sqrt N))
  (/ 1 1)
  (/ 1/3 N)
  (/ 1 N)
  (/ N 1/3)
  (/ 1/3 (* (cbrt N) (cbrt N)))
  (/ 1/3 (sqrt N))
  (/ 1/3 1)
  (/ N (cbrt 1/3))
  (/ N (sqrt 1/3))
  (/ N 1/3)
  (real->posit16 (/ 1/3 N))
  (expm1 (/ (/ 1 N) N))
  (log1p (/ (/ 1 N) N))
  (- -1 1)
  (- (- 1) 1)
  (- (- (log N)) (log N))
  (- (- 0 (log N)) (log N))
  (- (- (log 1) (log N)) (log N))
  (- (log (/ 1 N)) (log N))
  (log (/ (/ 1 N) N))
  (exp (/ (/ 1 N) N))
  (/ (/ (* (* 1 1) 1) (* (* N N) N)) (* (* N N) N))
  (/ (* (* (/ 1 N) (/ 1 N)) (/ 1 N)) (* (* N N) N))
  (* (cbrt (/ (/ 1 N) N)) (cbrt (/ (/ 1 N) N)))
  (cbrt (/ (/ 1 N) N))
  (* (* (/ (/ 1 N) N) (/ (/ 1 N) N)) (/ (/ 1 N) N))
  (sqrt (/ (/ 1 N) N))
  (sqrt (/ (/ 1 N) N))
  (- (/ 1 N))
  (- N)
  (/ (* (cbrt (/ 1 N)) (cbrt (/ 1 N))) (* (cbrt N) (cbrt N)))
  (/ (cbrt (/ 1 N)) (cbrt N))
  (/ (* (cbrt (/ 1 N)) (cbrt (/ 1 N))) (sqrt N))
  (/ (cbrt (/ 1 N)) (sqrt N))
  (/ (* (cbrt (/ 1 N)) (cbrt (/ 1 N))) 1)
  (/ (cbrt (/ 1 N)) N)
  (/ (sqrt (/ 1 N)) (* (cbrt N) (cbrt N)))
  (/ (sqrt (/ 1 N)) (cbrt N))
  (/ (sqrt (/ 1 N)) (sqrt N))
  (/ (sqrt (/ 1 N)) (sqrt N))
  (/ (sqrt (/ 1 N)) 1)
  (/ (sqrt (/ 1 N)) N)
  (/ (/ (* (cbrt 1) (cbrt 1)) (* (cbrt N) (cbrt N))) (* (cbrt N) (cbrt N)))
  (/ (/ (cbrt 1) (cbrt N)) (cbrt N))
  (/ (/ (* (cbrt 1) (cbrt 1)) (* (cbrt N) (cbrt N))) (sqrt N))
  (/ (/ (cbrt 1) (cbrt N)) (sqrt N))
  (/ (/ (* (cbrt 1) (cbrt 1)) (* (cbrt N) (cbrt N))) 1)
  (/ (/ (cbrt 1) (cbrt N)) N)
  (/ (/ (* (cbrt 1) (cbrt 1)) (sqrt N)) (* (cbrt N) (cbrt N)))
  (/ (/ (cbrt 1) (sqrt N)) (cbrt N))
  (/ (/ (* (cbrt 1) (cbrt 1)) (sqrt N)) (sqrt N))
  (/ (/ (cbrt 1) (sqrt N)) (sqrt N))
  (/ (/ (* (cbrt 1) (cbrt 1)) (sqrt N)) 1)
  (/ (/ (cbrt 1) (sqrt N)) N)
  (/ (/ (* (cbrt 1) (cbrt 1)) 1) (* (cbrt N) (cbrt N)))
  (/ (/ (cbrt 1) N) (cbrt N))
  (/ (/ (* (cbrt 1) (cbrt 1)) 1) (sqrt N))
  (/ (/ (cbrt 1) N) (sqrt N))
  (/ (/ (* (cbrt 1) (cbrt 1)) 1) 1)
  (/ (/ (cbrt 1) N) N)
  (/ (/ (sqrt 1) (* (cbrt N) (cbrt N))) (* (cbrt N) (cbrt N)))
  (/ (/ (sqrt 1) (cbrt N)) (cbrt N))
  (/ (/ (sqrt 1) (* (cbrt N) (cbrt N))) (sqrt N))
  (/ (/ (sqrt 1) (cbrt N)) (sqrt N))
  (/ (/ (sqrt 1) (* (cbrt N) (cbrt N))) 1)
  (/ (/ (sqrt 1) (cbrt N)) N)
  (/ (/ (sqrt 1) (sqrt N)) (* (cbrt N) (cbrt N)))
  (/ (/ (sqrt 1) (sqrt N)) (cbrt N))
  (/ (/ (sqrt 1) (sqrt N)) (sqrt N))
  (/ (/ (sqrt 1) (sqrt N)) (sqrt N))
  (/ (/ (sqrt 1) (sqrt N)) 1)
  (/ (/ (sqrt 1) (sqrt N)) N)
  (/ (/ (sqrt 1) 1) (* (cbrt N) (cbrt N)))
  (/ (/ (sqrt 1) N) (cbrt N))
  (/ (/ (sqrt 1) 1) (sqrt N))
  (/ (/ (sqrt 1) N) (sqrt N))
  (/ (/ (sqrt 1) 1) 1)
  (/ (/ (sqrt 1) N) N)
  (/ (/ 1 (* (cbrt N) (cbrt N))) (* (cbrt N) (cbrt N)))
  (/ (/ 1 (cbrt N)) (cbrt N))
  (/ (/ 1 (* (cbrt N) (cbrt N))) (sqrt N))
  (/ (/ 1 (cbrt N)) (sqrt N))
  (/ (/ 1 (* (cbrt N) (cbrt N))) 1)
  (/ (/ 1 (cbrt N)) N)
  (/ (/ 1 (sqrt N)) (* (cbrt N) (cbrt N)))
  (/ (/ 1 (sqrt N)) (cbrt N))
  (/ (/ 1 (sqrt N)) (sqrt N))
  (/ (/ 1 (sqrt N)) (sqrt N))
  (/ (/ 1 (sqrt N)) 1)
  (/ (/ 1 (sqrt N)) N)
  (/ (/ 1 1) (* (cbrt N) (cbrt N)))
  (/ (/ 1 N) (cbrt N))
  (/ (/ 1 1) (sqrt N))
  (/ (/ 1 N) (sqrt N))
  (/ (/ 1 1) 1)
  (/ (/ 1 N) N)
  (/ 1 (* (cbrt N) (cbrt N)))
  (/ (/ 1 N) (cbrt N))
  (/ 1 (sqrt N))
  (/ (/ 1 N) (sqrt N))
  (/ 1 1)
  (/ (/ 1 N) N)
  (/ 1 (* (cbrt N) (cbrt N)))
  (/ (/ 1 N) (cbrt N))
  (/ 1 (sqrt N))
  (/ (/ 1 N) (sqrt N))
  (/ 1 1)
  (/ (/ 1 N) N)
  (/ 1 N)
  (/ N (/ 1 N))
  (/ (/ 1 N) (* (cbrt N) (cbrt N)))
  (/ (/ 1 N) (sqrt N))
  (/ (/ 1 N) 1)
  (/ N (cbrt (/ 1 N)))
  (/ N (sqrt (/ 1 N)))
  (/ N (/ (cbrt 1) (cbrt N)))
  (/ N (/ (cbrt 1) (sqrt N)))
  (/ N (/ (cbrt 1) N))
  (/ N (/ (sqrt 1) (cbrt N)))
  (/ N (/ (sqrt 1) (sqrt N)))
  (/ N (/ (sqrt 1) N))
  (/ N (/ 1 (cbrt N)))
  (/ N (/ 1 (sqrt N)))
  (/ N (/ 1 N))
  (/ N (/ 1 N))
  (/ N (/ 1 N))
  (* N N)
  (real->posit16 (/ (/ 1 N) N))
  (expm1 (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N)))
  (log1p (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N)))
  (* (/ (/ 1 N) N) (- (/ 1/3 N) 1/2))
  (log (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N)))
  (exp (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N)))
  (* (cbrt (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N))) (cbrt (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N))))
  (cbrt (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N)))
  (* (* (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N)) (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N))) (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N)))
  (sqrt (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N)))
  (sqrt (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N)))
  (real->posit16 (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N)))
  (fma (* (cbrt (/ 1/3 N)) (cbrt (/ 1/3 N))) (cbrt (/ 1/3 N)) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2)))))
  (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))
  (fma (* (cbrt (/ 1/3 N)) (cbrt (/ 1/3 N))) (cbrt (/ 1/3 N)) (- (* (sqrt 1/2) (sqrt 1/2))))
  (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))
  (fma (* (cbrt (/ 1/3 N)) (cbrt (/ 1/3 N))) (cbrt (/ 1/3 N)) (- (* 1/2 1)))
  (fma (- 1/2) 1 (* 1/2 1))
  (fma (sqrt (/ 1/3 N)) (sqrt (/ 1/3 N)) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2)))))
  (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))
  (fma (sqrt (/ 1/3 N)) (sqrt (/ 1/3 N)) (- (* (sqrt 1/2) (sqrt 1/2))))
  (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))
  (fma (sqrt (/ 1/3 N)) (sqrt (/ 1/3 N)) (- (* 1/2 1)))
  (fma (- 1/2) 1 (* 1/2 1))
  (fma (/ (* (cbrt 1/3) (cbrt 1/3)) (* (cbrt N) (cbrt N))) (/ (cbrt 1/3) (cbrt N)) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2)))))
  (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))
  (fma (/ (* (cbrt 1/3) (cbrt 1/3)) (* (cbrt N) (cbrt N))) (/ (cbrt 1/3) (cbrt N)) (- (* (sqrt 1/2) (sqrt 1/2))))
  (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))
  (fma (/ (* (cbrt 1/3) (cbrt 1/3)) (* (cbrt N) (cbrt N))) (/ (cbrt 1/3) (cbrt N)) (- (* 1/2 1)))
  (fma (- 1/2) 1 (* 1/2 1))
  (fma (/ (* (cbrt 1/3) (cbrt 1/3)) (sqrt N)) (/ (cbrt 1/3) (sqrt N)) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2)))))
  (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))
  (fma (/ (* (cbrt 1/3) (cbrt 1/3)) (sqrt N)) (/ (cbrt 1/3) (sqrt N)) (- (* (sqrt 1/2) (sqrt 1/2))))
  (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))
  (fma (/ (* (cbrt 1/3) (cbrt 1/3)) (sqrt N)) (/ (cbrt 1/3) (sqrt N)) (- (* 1/2 1)))
  (fma (- 1/2) 1 (* 1/2 1))
  (fma (/ (* (cbrt 1/3) (cbrt 1/3)) 1) (/ (cbrt 1/3) N) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2)))))
  (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))
  (fma (/ (* (cbrt 1/3) (cbrt 1/3)) 1) (/ (cbrt 1/3) N) (- (* (sqrt 1/2) (sqrt 1/2))))
  (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))
  (fma (/ (* (cbrt 1/3) (cbrt 1/3)) 1) (/ (cbrt 1/3) N) (- (* 1/2 1)))
  (fma (- 1/2) 1 (* 1/2 1))
  (fma (/ (sqrt 1/3) (* (cbrt N) (cbrt N))) (/ (sqrt 1/3) (cbrt N)) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2)))))
  (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))
  (fma (/ (sqrt 1/3) (* (cbrt N) (cbrt N))) (/ (sqrt 1/3) (cbrt N)) (- (* (sqrt 1/2) (sqrt 1/2))))
  (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))
  (fma (/ (sqrt 1/3) (* (cbrt N) (cbrt N))) (/ (sqrt 1/3) (cbrt N)) (- (* 1/2 1)))
  (fma (- 1/2) 1 (* 1/2 1))
  (fma (/ (sqrt 1/3) (sqrt N)) (/ (sqrt 1/3) (sqrt N)) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2)))))
  (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))
  (fma (/ (sqrt 1/3) (sqrt N)) (/ (sqrt 1/3) (sqrt N)) (- (* (sqrt 1/2) (sqrt 1/2))))
  (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))
  (fma (/ (sqrt 1/3) (sqrt N)) (/ (sqrt 1/3) (sqrt N)) (- (* 1/2 1)))
  (fma (- 1/2) 1 (* 1/2 1))
  (fma (/ (sqrt 1/3) 1) (/ (sqrt 1/3) N) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2)))))
  (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))
  (fma (/ (sqrt 1/3) 1) (/ (sqrt 1/3) N) (- (* (sqrt 1/2) (sqrt 1/2))))
  (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))
  (fma (/ (sqrt 1/3) 1) (/ (sqrt 1/3) N) (- (* 1/2 1)))
  (fma (- 1/2) 1 (* 1/2 1))
  (fma (/ 1 (* (cbrt N) (cbrt N))) (/ 1/3 (cbrt N)) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2)))))
  (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))
  (fma (/ 1 (* (cbrt N) (cbrt N))) (/ 1/3 (cbrt N)) (- (* (sqrt 1/2) (sqrt 1/2))))
  (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))
  (fma (/ 1 (* (cbrt N) (cbrt N))) (/ 1/3 (cbrt N)) (- (* 1/2 1)))
  (fma (- 1/2) 1 (* 1/2 1))
  (fma (/ 1 (sqrt N)) (/ 1/3 (sqrt N)) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2)))))
  (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))
  (fma (/ 1 (sqrt N)) (/ 1/3 (sqrt N)) (- (* (sqrt 1/2) (sqrt 1/2))))
  (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))
  (fma (/ 1 (sqrt N)) (/ 1/3 (sqrt N)) (- (* 1/2 1)))
  (fma (- 1/2) 1 (* 1/2 1))
  (fma (/ 1 1) (/ 1/3 N) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2)))))
  (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))
  (fma (/ 1 1) (/ 1/3 N) (- (* (sqrt 1/2) (sqrt 1/2))))
  (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))
  (fma (/ 1 1) (/ 1/3 N) (- (* 1/2 1)))
  (fma (- 1/2) 1 (* 1/2 1))
  (fma 1 (/ 1/3 N) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2)))))
  (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))
  (fma 1 (/ 1/3 N) (- (* (sqrt 1/2) (sqrt 1/2))))
  (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))
  (fma 1 (/ 1/3 N) (- (* 1/2 1)))
  (fma (- 1/2) 1 (* 1/2 1))
  (fma 1/3 (/ 1 N) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2)))))
  (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))
  (fma 1/3 (/ 1 N) (- (* (sqrt 1/2) (sqrt 1/2))))
  (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))
  (fma 1/3 (/ 1 N) (- (* 1/2 1)))
  (fma (- 1/2) 1 (* 1/2 1))
  (expm1 (- (/ 1/3 N) 1/2))
  (log1p (- (/ 1/3 N) 1/2))
  (- 1/2)
  (- 1/2)
  (- 1/2)
  (- 1/2)
  (- 1/2)
  (- 1/2)
  (- 1/2)
  (- 1/2)
  (- 1/2)
  (- 1/2)
  (- 1/2)
  (- 1/2)
  (- 1/2)
  (/ (exp (/ 1/3 N)) (exp 1/2))
  (log (- (/ 1/3 N) 1/2))
  (exp (- (/ 1/3 N) 1/2))
  (* (cbrt (- (/ 1/3 N) 1/2)) (cbrt (- (/ 1/3 N) 1/2)))
  (cbrt (- (/ 1/3 N) 1/2))
  (* (* (- (/ 1/3 N) 1/2) (- (/ 1/3 N) 1/2)) (- (/ 1/3 N) 1/2))
  (sqrt (- (/ 1/3 N) 1/2))
  (sqrt (- (/ 1/3 N) 1/2))
  (- (pow (/ 1/3 N) 3) (pow 1/2 3))
  (+ (* (/ 1/3 N) (/ 1/3 N)) (+ (* 1/2 1/2) (* (/ 1/3 N) 1/2)))
  (- 1/2)
  (- (* (/ 1/3 N) (/ 1/3 N)) (* 1/2 1/2))
  (+ (/ 1/3 N) 1/2)
  (+ (sqrt (/ 1/3 N)) (sqrt 1/2))
  (- (sqrt (/ 1/3 N)) (sqrt 1/2))
  (+ (/ (sqrt 1/3) (sqrt N)) (sqrt 1/2))
  (- (/ (sqrt 1/3) (sqrt N)) (sqrt 1/2))
  (- (/ 1/3 N) 1/2)
  (- 1/2)
  (real->posit16 (- (/ 1/3 N) 1/2))
  (/ 1/3 N)
  (/ 1/3 N)
  (/ 1/3 N)
  (/ 1 (pow N 2))
  (/ 1 (pow N 2))
  (/ 1 (pow N 2))
  (- (+ (/ 1 N) (* 1/3 (/ 1 (pow N 3)))) (* 1/2 (/ 1 (pow N 2))))
  (- (+ (* 1/3 (/ 1 (pow N 3))) (/ 1 N)) (* 1/2 (/ 1 (pow N 2))))
  (- (+ (* 1/3 (/ 1 (pow N 3))) (/ 1 N)) (* 1/2 (/ 1 (pow N 2))))
  (- (* 1/3 (/ 1 N)) 1/2)
  (- (* 1/3 (/ 1 N)) 1/2)
  (- (* 1/3 (/ 1 N)) 1/2)
2.416 * * [simplify]: iteration 0: 285 enodes
2.576 * * [simplify]: iteration 1: 613 enodes
2.821 * * [simplify]: iteration 2: 1400 enodes
3.095 * * [simplify]: iteration complete: 2006 enodes
3.096 * * [simplify]: Extracting #0: cost 114 inf + 0
3.097 * * [simplify]: Extracting #1: cost 449 inf + 47
3.100 * * [simplify]: Extracting #2: cost 471 inf + 16482
3.112 * * [simplify]: Extracting #3: cost 104 inf + 72506
3.131 * * [simplify]: Extracting #4: cost 25 inf + 86468
3.159 * * [simplify]: Extracting #5: cost 3 inf + 92634
3.196 * * [simplify]: Extracting #6: cost 0 inf + 93553
3.213 * [simplify]: Simplified to:
  (expm1 (/ 1/3 N))
  (log1p (/ 1/3 N))
  (log (/ 1/3 N))
  (log (/ 1/3 N))
  (exp (/ 1/3 N))
  (/ (/ 1/27 (* N N)) N)
  (* (cbrt (/ 1/3 N)) (cbrt (/ 1/3 N)))
  (cbrt (/ 1/3 N))
  (/ (/ 1/27 (* N N)) N)
  (sqrt (/ 1/3 N))
  (sqrt (/ 1/3 N))
  -1/3
  (- N)
  (* (/ (cbrt 1/3) (cbrt N)) (/ (cbrt 1/3) (cbrt N)))
  (/ (cbrt 1/3) (cbrt N))
  (/ (cbrt 1/3) (/ (sqrt N) (cbrt 1/3)))
  (/ (cbrt 1/3) (sqrt N))
  (* (cbrt 1/3) (cbrt 1/3))
  (/ (cbrt 1/3) N)
  (/ (sqrt 1/3) (* (cbrt N) (cbrt N)))
  (/ (sqrt 1/3) (cbrt N))
  (/ (sqrt 1/3) (sqrt N))
  (/ (sqrt 1/3) (sqrt N))
  (sqrt 1/3)
  (/ (sqrt 1/3) N)
  (/ 1 (* (cbrt N) (cbrt N)))
  (/ 1/3 (cbrt N))
  (/ 1 (sqrt N))
  (/ 1/3 (sqrt N))
  1
  (/ 1/3 N)
  (/ 1 N)
  (/ N 1/3)
  (/ 1/3 (* (cbrt N) (cbrt N)))
  (/ 1/3 (sqrt N))
  1/3
  (/ N (cbrt 1/3))
  (/ N (sqrt 1/3))
  (/ N 1/3)
  (real->posit16 (/ 1/3 N))
  (expm1 (/ (/ 1 N) N))
  (log1p (/ (/ 1 N) N))
  -2
  -2
  (- (+ (log N) (log N)))
  (- (+ (log N) (log N)))
  (- (+ (log N) (log N)))
  (- (+ (log N) (log N)))
  (- (+ (log N) (log N)))
  (exp (/ (/ 1 N) N))
  (/ 1 (* (* N N) (* (* N N) (* N N))))
  (* (* (/ (/ 1 N) N) (/ (/ 1 N) N)) (/ (/ 1 N) N))
  (* (cbrt (/ (/ 1 N) N)) (cbrt (/ (/ 1 N) N)))
  (cbrt (/ (/ 1 N) N))
  (* (* (/ (/ 1 N) N) (/ (/ 1 N) N)) (/ (/ 1 N) N))
  (sqrt (/ (/ 1 N) N))
  (sqrt (/ (/ 1 N) N))
  (/ -1 N)
  (- N)
  (* (/ (cbrt (/ 1 N)) (cbrt N)) (/ (cbrt (/ 1 N)) (cbrt N)))
  (/ (cbrt (/ 1 N)) (cbrt N))
  (/ (cbrt (/ 1 N)) (/ (sqrt N) (cbrt (/ 1 N))))
  (/ (cbrt (/ 1 N)) (sqrt N))
  (* (cbrt (/ 1 N)) (cbrt (/ 1 N)))
  (/ (cbrt (/ 1 N)) N)
  (/ (sqrt (/ 1 N)) (* (cbrt N) (cbrt N)))
  (/ (sqrt (/ 1 N)) (cbrt N))
  (/ (sqrt (/ 1 N)) (sqrt N))
  (/ (sqrt (/ 1 N)) (sqrt N))
  (sqrt (/ 1 N))
  (/ (sqrt (/ 1 N)) N)
  (* (/ 1 (* (cbrt N) (cbrt N))) (/ 1 (* (cbrt N) (cbrt N))))
  (/ 1 (* (cbrt N) (cbrt N)))
  (/ (/ 1 (sqrt N)) (* (cbrt N) (cbrt N)))
  (/ (/ 1 (cbrt N)) (sqrt N))
  (/ 1 (* (cbrt N) (cbrt N)))
  (/ (/ 1 N) (cbrt N))
  (/ 1 (* (sqrt N) (* (cbrt N) (cbrt N))))
  (/ (/ 1 (cbrt N)) (sqrt N))
  (/ 1 N)
  (/ 1 N)
  (/ 1 (sqrt N))
  (/ 1 (* N (sqrt N)))
  (/ 1 (* (cbrt N) (cbrt N)))
  (/ (/ 1 N) (cbrt N))
  (/ 1 (sqrt N))
  (/ 1 (* N (sqrt N)))
  1
  (/ (/ 1 N) N)
  (* (/ 1 (* (cbrt N) (cbrt N))) (/ 1 (* (cbrt N) (cbrt N))))
  (/ 1 (* (cbrt N) (cbrt N)))
  (/ (/ 1 (sqrt N)) (* (cbrt N) (cbrt N)))
  (/ (/ 1 (cbrt N)) (sqrt N))
  (/ 1 (* (cbrt N) (cbrt N)))
  (/ (/ 1 N) (cbrt N))
  (/ 1 (* (sqrt N) (* (cbrt N) (cbrt N))))
  (/ (/ 1 (cbrt N)) (sqrt N))
  (/ 1 N)
  (/ 1 N)
  (/ 1 (sqrt N))
  (/ 1 (* N (sqrt N)))
  (/ 1 (* (cbrt N) (cbrt N)))
  (/ (/ 1 N) (cbrt N))
  (/ 1 (sqrt N))
  (/ 1 (* N (sqrt N)))
  1
  (/ (/ 1 N) N)
  (* (/ 1 (* (cbrt N) (cbrt N))) (/ 1 (* (cbrt N) (cbrt N))))
  (/ 1 (* (cbrt N) (cbrt N)))
  (/ (/ 1 (sqrt N)) (* (cbrt N) (cbrt N)))
  (/ (/ 1 (cbrt N)) (sqrt N))
  (/ 1 (* (cbrt N) (cbrt N)))
  (/ (/ 1 N) (cbrt N))
  (/ 1 (* (sqrt N) (* (cbrt N) (cbrt N))))
  (/ (/ 1 (cbrt N)) (sqrt N))
  (/ 1 N)
  (/ 1 N)
  (/ 1 (sqrt N))
  (/ 1 (* N (sqrt N)))
  (/ 1 (* (cbrt N) (cbrt N)))
  (/ (/ 1 N) (cbrt N))
  (/ 1 (sqrt N))
  (/ 1 (* N (sqrt N)))
  1
  (/ (/ 1 N) N)
  (/ 1 (* (cbrt N) (cbrt N)))
  (/ (/ 1 N) (cbrt N))
  (/ 1 (sqrt N))
  (/ 1 (* N (sqrt N)))
  1
  (/ (/ 1 N) N)
  (/ 1 (* (cbrt N) (cbrt N)))
  (/ (/ 1 N) (cbrt N))
  (/ 1 (sqrt N))
  (/ 1 (* N (sqrt N)))
  1
  (/ (/ 1 N) N)
  (/ 1 N)
  (* N N)
  (/ 1 (* N (* (cbrt N) (cbrt N))))
  (/ 1 (* N (sqrt N)))
  (/ 1 N)
  (/ N (cbrt (/ 1 N)))
  (/ N (sqrt (/ 1 N)))
  (* N (cbrt N))
  (* N (sqrt N))
  (* N N)
  (* N (cbrt N))
  (* N (sqrt N))
  (* N N)
  (* N (cbrt N))
  (* N (sqrt N))
  (* N N)
  (* N N)
  (* N N)
  (* N N)
  (real->posit16 (/ (/ 1 N) N))
  (expm1 (fma (/ (/ 1 N) N) (+ (/ 1/3 N) -1/2) (/ 1 N)))
  (log1p (fma (/ (/ 1 N) N) (+ (/ 1/3 N) -1/2) (/ 1 N)))
  (/ (* 1 (+ (/ 1/3 N) -1/2)) (* N N))
  (log (fma (/ (/ 1 N) N) (+ (/ 1/3 N) -1/2) (/ 1 N)))
  (exp (fma (/ (/ 1 N) N) (+ (/ 1/3 N) -1/2) (/ 1 N)))
  (* (cbrt (fma (/ (/ 1 N) N) (+ (/ 1/3 N) -1/2) (/ 1 N))) (cbrt (fma (/ (/ 1 N) N) (+ (/ 1/3 N) -1/2) (/ 1 N))))
  (cbrt (fma (/ (/ 1 N) N) (+ (/ 1/3 N) -1/2) (/ 1 N)))
  (* (* (fma (/ (/ 1 N) N) (+ (/ 1/3 N) -1/2) (/ 1 N)) (fma (/ (/ 1 N) N) (+ (/ 1/3 N) -1/2) (/ 1 N))) (fma (/ (/ 1 N) N) (+ (/ 1/3 N) -1/2) (/ 1 N)))
  (sqrt (fma (/ (/ 1 N) N) (+ (/ 1/3 N) -1/2) (/ 1 N)))
  (sqrt (fma (/ (/ 1 N) N) (+ (/ 1/3 N) -1/2) (/ 1 N)))
  (real->posit16 (fma (/ (/ 1 N) N) (+ (/ 1/3 N) -1/2) (/ 1 N)))
  (fma (* (cbrt (/ 1/3 N)) (cbrt (/ 1/3 N))) (cbrt (/ 1/3 N)) -1/2)
  0
  (fma (* (cbrt (/ 1/3 N)) (cbrt (/ 1/3 N))) (cbrt (/ 1/3 N)) -1/2)
  0
  (fma (* (cbrt (/ 1/3 N)) (cbrt (/ 1/3 N))) (cbrt (/ 1/3 N)) -1/2)
  0
  (+ (/ 1/3 N) -1/2)
  0
  (+ (/ 1/3 N) -1/2)
  0
  (+ (/ 1/3 N) -1/2)
  0
  (fma (* (/ (cbrt 1/3) (cbrt N)) (/ (cbrt 1/3) (cbrt N))) (/ (cbrt 1/3) (cbrt N)) -1/2)
  0
  (fma (* (/ (cbrt 1/3) (cbrt N)) (/ (cbrt 1/3) (cbrt N))) (/ (cbrt 1/3) (cbrt N)) -1/2)
  0
  (fma (* (/ (cbrt 1/3) (cbrt N)) (/ (cbrt 1/3) (cbrt N))) (/ (cbrt 1/3) (cbrt N)) -1/2)
  0
  (fma (/ (cbrt 1/3) (/ (sqrt N) (cbrt 1/3))) (/ (cbrt 1/3) (sqrt N)) -1/2)
  0
  (fma (/ (cbrt 1/3) (/ (sqrt N) (cbrt 1/3))) (/ (cbrt 1/3) (sqrt N)) -1/2)
  0
  (fma (/ (cbrt 1/3) (/ (sqrt N) (cbrt 1/3))) (/ (cbrt 1/3) (sqrt N)) -1/2)
  0
  (fma (* (cbrt 1/3) (cbrt 1/3)) (/ (cbrt 1/3) N) -1/2)
  0
  (fma (* (cbrt 1/3) (cbrt 1/3)) (/ (cbrt 1/3) N) -1/2)
  0
  (fma (* (cbrt 1/3) (cbrt 1/3)) (/ (cbrt 1/3) N) -1/2)
  0
  (+ (/ (* (/ (sqrt 1/3) (cbrt N)) (/ (sqrt 1/3) (cbrt N))) (cbrt N)) -1/2)
  0
  (+ (/ (* (/ (sqrt 1/3) (cbrt N)) (/ (sqrt 1/3) (cbrt N))) (cbrt N)) -1/2)
  0
  (+ (/ (* (/ (sqrt 1/3) (cbrt N)) (/ (sqrt 1/3) (cbrt N))) (cbrt N)) -1/2)
  0
  (fma (/ (sqrt 1/3) (sqrt N)) (/ (sqrt 1/3) (sqrt N)) -1/2)
  0
  (fma (/ (sqrt 1/3) (sqrt N)) (/ (sqrt 1/3) (sqrt N)) -1/2)
  0
  (fma (/ (sqrt 1/3) (sqrt N)) (/ (sqrt 1/3) (sqrt N)) -1/2)
  0
  (+ (/ 1/3 N) -1/2)
  0
  (+ (/ 1/3 N) -1/2)
  0
  (+ (/ 1/3 N) -1/2)
  0
  (fma (/ 1 (* (cbrt N) (cbrt N))) (/ 1/3 (cbrt N)) -1/2)
  0
  (fma (/ 1 (* (cbrt N) (cbrt N))) (/ 1/3 (cbrt N)) -1/2)
  0
  (fma (/ 1 (* (cbrt N) (cbrt N))) (/ 1/3 (cbrt N)) -1/2)
  0
  (+ (/ 1/3 N) -1/2)
  0
  (+ (/ 1/3 N) -1/2)
  0
  (+ (/ 1/3 N) -1/2)
  0
  (+ (/ 1/3 N) -1/2)
  0
  (+ (/ 1/3 N) -1/2)
  0
  (+ (/ 1/3 N) -1/2)
  0
  (+ (/ 1/3 N) -1/2)
  0
  (+ (/ 1/3 N) -1/2)
  0
  (+ (/ 1/3 N) -1/2)
  0
  (+ (/ 1/3 N) -1/2)
  0
  (+ (/ 1/3 N) -1/2)
  0
  (+ (/ 1/3 N) -1/2)
  0
  (expm1 (+ (/ 1/3 N) -1/2))
  (log1p (+ (/ 1/3 N) -1/2))
  -1/2
  -1/2
  -1/2
  -1/2
  -1/2
  -1/2
  -1/2
  -1/2
  -1/2
  -1/2
  -1/2
  -1/2
  -1/2
  (exp (+ (/ 1/3 N) -1/2))
  (log (+ (/ 1/3 N) -1/2))
  (exp (+ (/ 1/3 N) -1/2))
  (* (cbrt (+ (/ 1/3 N) -1/2)) (cbrt (+ (/ 1/3 N) -1/2)))
  (cbrt (+ (/ 1/3 N) -1/2))
  (* (+ (/ 1/3 N) -1/2) (* (+ (/ 1/3 N) -1/2) (+ (/ 1/3 N) -1/2)))
  (sqrt (+ (/ 1/3 N) -1/2))
  (sqrt (+ (/ 1/3 N) -1/2))
  (fma (/ 1/3 N) (* (/ 1/3 N) (/ 1/3 N)) -1/8)
  (fma (+ 1/2 (/ 1/3 N)) 1/2 (* (/ 1/3 N) (/ 1/3 N)))
  -1/2
  (fma (/ 1/3 N) (/ 1/3 N) -1/4)
  (+ 1/2 (/ 1/3 N))
  (+ (sqrt (/ 1/3 N)) (sqrt 1/2))
  (- (sqrt (/ 1/3 N)) (sqrt 1/2))
  (+ (sqrt 1/2) (/ (sqrt 1/3) (sqrt N)))
  (- (/ (sqrt 1/3) (sqrt N)) (sqrt 1/2))
  (+ (/ 1/3 N) -1/2)
  -1/2
  (real->posit16 (+ (/ 1/3 N) -1/2))
  (/ 1/3 N)
  (/ 1/3 N)
  (/ 1/3 N)
  (/ 1 (* N N))
  (/ 1 (* N N))
  (/ 1 (* N N))
  (fma (/ (/ 1 N) (* N N)) 1/3 (+ (/ 1 N) (/ -1/2 (* N N))))
  (fma (/ (/ 1 N) (* N N)) 1/3 (+ (/ 1 N) (/ -1/2 (* N N))))
  (fma (/ (/ 1 N) (* N N)) 1/3 (+ (/ 1 N) (/ -1/2 (* N N))))
  (+ (/ 1/3 N) -1/2)
  (+ (/ 1/3 N) -1/2)
  (+ (/ 1/3 N) -1/2)
3.232 * * * [progress]: adding candidates to table
3.876 * * [progress]: iteration 4 / 4
3.876 * * * [progress]: picking best candidate
3.881 * * * * [pick]: Picked  #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
3.881 * * * [progress]: localizing error
3.922 * * * [progress]: generating rewritten candidates
3.922 * * * * [progress]: [ 1 / 4 ] rewriting at (2 1)
3.939 * * * * [progress]: [ 2 / 4 ] rewriting at (2 2 1)
3.947 * * * * [progress]: [ 3 / 4 ] rewriting at (2 1 1 1)
3.962 * * * * [progress]: [ 4 / 4 ] rewriting at (2 2)
4.001 * * * [progress]: generating series expansions
4.001 * * * * [progress]: [ 1 / 4 ] generating series at (2 1)
4.002 * [backup-simplify]: Simplify (log (exp (/ (/ 1 N) N))) into (/ 1 (pow N 2))
4.002 * [approximate]: Taking taylor expansion of (/ 1 (pow N 2)) in (N) around 0
4.002 * [taylor]: Taking taylor expansion of (/ 1 (pow N 2)) in N
4.002 * [taylor]: Taking taylor expansion of (pow N 2) in N
4.002 * [taylor]: Taking taylor expansion of N in N
4.002 * [backup-simplify]: Simplify 0 into 0
4.002 * [backup-simplify]: Simplify 1 into 1
4.003 * [backup-simplify]: Simplify (* 1 1) into 1
4.003 * [backup-simplify]: Simplify (/ 1 1) into 1
4.003 * [taylor]: Taking taylor expansion of (/ 1 (pow N 2)) in N
4.003 * [taylor]: Taking taylor expansion of (pow N 2) in N
4.003 * [taylor]: Taking taylor expansion of N in N
4.003 * [backup-simplify]: Simplify 0 into 0
4.003 * [backup-simplify]: Simplify 1 into 1
4.004 * [backup-simplify]: Simplify (* 1 1) into 1
4.004 * [backup-simplify]: Simplify (/ 1 1) into 1
4.004 * [backup-simplify]: Simplify 1 into 1
4.005 * [backup-simplify]: Simplify (+ (* 1 0) (* 0 1)) into 0
4.005 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)))) into 0
4.006 * [backup-simplify]: Simplify 0 into 0
4.006 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (* 0 1))) into 0
4.007 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)))) into 0
4.007 * [backup-simplify]: Simplify 0 into 0
4.008 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (+ (* 0 0) (* 0 1)))) into 0
4.008 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
4.008 * [backup-simplify]: Simplify 0 into 0
4.009 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (* 0 1))))) into 0
4.010 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
4.010 * [backup-simplify]: Simplify 0 into 0
4.010 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (* 0 1)))))) into 0
4.011 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
4.011 * [backup-simplify]: Simplify 0 into 0
4.012 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (* 0 1))))))) into 0
4.012 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
4.012 * [backup-simplify]: Simplify 0 into 0
4.013 * [backup-simplify]: Simplify (* 1 (pow (/ 1 N) 2)) into (/ 1 (pow N 2))
4.013 * [backup-simplify]: Simplify (log (exp (/ (/ 1 (/ 1 N)) (/ 1 N)))) into (pow N 2)
4.013 * [approximate]: Taking taylor expansion of (pow N 2) in (N) around 0
4.013 * [taylor]: Taking taylor expansion of (pow N 2) in N
4.013 * [taylor]: Taking taylor expansion of N in N
4.013 * [backup-simplify]: Simplify 0 into 0
4.013 * [backup-simplify]: Simplify 1 into 1
4.013 * [taylor]: Taking taylor expansion of (pow N 2) in N
4.013 * [taylor]: Taking taylor expansion of N in N
4.013 * [backup-simplify]: Simplify 0 into 0
4.013 * [backup-simplify]: Simplify 1 into 1
4.013 * [backup-simplify]: Simplify (* 1 1) into 1
4.013 * [backup-simplify]: Simplify 1 into 1
4.014 * [backup-simplify]: Simplify (+ (* 1 0) (* 0 1)) into 0
4.014 * [backup-simplify]: Simplify 0 into 0
4.014 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (* 0 1))) into 0
4.014 * [backup-simplify]: Simplify 0 into 0
4.015 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (+ (* 0 0) (* 0 1)))) into 0
4.015 * [backup-simplify]: Simplify 0 into 0
4.015 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (* 0 1))))) into 0
4.015 * [backup-simplify]: Simplify 0 into 0
4.016 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (* 0 1)))))) into 0
4.016 * [backup-simplify]: Simplify 0 into 0
4.017 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (* 0 1))))))) into 0
4.017 * [backup-simplify]: Simplify 0 into 0
4.017 * [backup-simplify]: Simplify (* 1 (pow (/ 1 N) 2)) into (/ 1 (pow N 2))
4.017 * [backup-simplify]: Simplify (log (exp (/ (/ 1 (/ 1 (- N))) (/ 1 (- N))))) into (pow N 2)
4.017 * [approximate]: Taking taylor expansion of (pow N 2) in (N) around 0
4.017 * [taylor]: Taking taylor expansion of (pow N 2) in N
4.018 * [taylor]: Taking taylor expansion of N in N
4.018 * [backup-simplify]: Simplify 0 into 0
4.018 * [backup-simplify]: Simplify 1 into 1
4.018 * [taylor]: Taking taylor expansion of (pow N 2) in N
4.018 * [taylor]: Taking taylor expansion of N in N
4.018 * [backup-simplify]: Simplify 0 into 0
4.018 * [backup-simplify]: Simplify 1 into 1
4.018 * [backup-simplify]: Simplify (* 1 1) into 1
4.018 * [backup-simplify]: Simplify 1 into 1
4.018 * [backup-simplify]: Simplify (+ (* 1 0) (* 0 1)) into 0
4.018 * [backup-simplify]: Simplify 0 into 0
4.019 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (* 0 1))) into 0
4.019 * [backup-simplify]: Simplify 0 into 0
4.020 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (+ (* 0 0) (* 0 1)))) into 0
4.020 * [backup-simplify]: Simplify 0 into 0
4.020 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (* 0 1))))) into 0
4.020 * [backup-simplify]: Simplify 0 into 0
4.021 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (* 0 1)))))) into 0
4.021 * [backup-simplify]: Simplify 0 into 0
4.022 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (* 0 1))))))) into 0
4.022 * [backup-simplify]: Simplify 0 into 0
4.022 * [backup-simplify]: Simplify (* 1 (pow (/ 1 (- N)) 2)) into (/ 1 (pow N 2))
4.022 * * * * [progress]: [ 2 / 4 ] generating series at (2 2 1)
4.022 * [backup-simplify]: Simplify (/ 1/3 N) into (/ 1/3 N)
4.022 * [approximate]: Taking taylor expansion of (/ 1/3 N) in (N) around 0
4.022 * [taylor]: Taking taylor expansion of (/ 1/3 N) in N
4.022 * [taylor]: Taking taylor expansion of 1/3 in N
4.022 * [backup-simplify]: Simplify 1/3 into 1/3
4.022 * [taylor]: Taking taylor expansion of N in N
4.022 * [backup-simplify]: Simplify 0 into 0
4.022 * [backup-simplify]: Simplify 1 into 1
4.023 * [backup-simplify]: Simplify (/ 1/3 1) into 1/3
4.023 * [taylor]: Taking taylor expansion of (/ 1/3 N) in N
4.023 * [taylor]: Taking taylor expansion of 1/3 in N
4.023 * [backup-simplify]: Simplify 1/3 into 1/3
4.023 * [taylor]: Taking taylor expansion of N in N
4.023 * [backup-simplify]: Simplify 0 into 0
4.023 * [backup-simplify]: Simplify 1 into 1
4.023 * [backup-simplify]: Simplify (/ 1/3 1) into 1/3
4.023 * [backup-simplify]: Simplify 1/3 into 1/3
4.024 * [backup-simplify]: Simplify (- (/ 0 1) (+ (* 1/3 (/ 0 1)))) into 0
4.024 * [backup-simplify]: Simplify 0 into 0
4.024 * [backup-simplify]: Simplify (- (/ 0 1) (+ (* 1/3 (/ 0 1)) (* 0 (/ 0 1)))) into 0
4.024 * [backup-simplify]: Simplify 0 into 0
4.025 * [backup-simplify]: Simplify (- (/ 0 1) (+ (* 1/3 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
4.025 * [backup-simplify]: Simplify 0 into 0
4.026 * [backup-simplify]: Simplify (- (/ 0 1) (+ (* 1/3 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
4.026 * [backup-simplify]: Simplify 0 into 0
4.026 * [backup-simplify]: Simplify (- (/ 0 1) (+ (* 1/3 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
4.026 * [backup-simplify]: Simplify 0 into 0
4.027 * [backup-simplify]: Simplify (- (/ 0 1) (+ (* 1/3 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
4.027 * [backup-simplify]: Simplify 0 into 0
4.027 * [backup-simplify]: Simplify (* 1/3 (/ 1 N)) into (/ 1/3 N)
4.027 * [backup-simplify]: Simplify (/ 1/3 (/ 1 N)) into (* 1/3 N)
4.027 * [approximate]: Taking taylor expansion of (* 1/3 N) in (N) around 0
4.027 * [taylor]: Taking taylor expansion of (* 1/3 N) in N
4.027 * [taylor]: Taking taylor expansion of 1/3 in N
4.027 * [backup-simplify]: Simplify 1/3 into 1/3
4.027 * [taylor]: Taking taylor expansion of N in N
4.027 * [backup-simplify]: Simplify 0 into 0
4.027 * [backup-simplify]: Simplify 1 into 1
4.027 * [taylor]: Taking taylor expansion of (* 1/3 N) in N
4.027 * [taylor]: Taking taylor expansion of 1/3 in N
4.027 * [backup-simplify]: Simplify 1/3 into 1/3
4.027 * [taylor]: Taking taylor expansion of N in N
4.027 * [backup-simplify]: Simplify 0 into 0
4.028 * [backup-simplify]: Simplify 1 into 1
4.028 * [backup-simplify]: Simplify (* 1/3 0) into 0
4.028 * [backup-simplify]: Simplify 0 into 0
4.028 * [backup-simplify]: Simplify (+ (* 1/3 1) (* 0 0)) into 1/3
4.028 * [backup-simplify]: Simplify 1/3 into 1/3
4.029 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 1) (* 0 0))) into 0
4.029 * [backup-simplify]: Simplify 0 into 0
4.030 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 1) (* 0 0)))) into 0
4.030 * [backup-simplify]: Simplify 0 into 0
4.030 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 1) (* 0 0))))) into 0
4.030 * [backup-simplify]: Simplify 0 into 0
4.031 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 1) (* 0 0)))))) into 0
4.031 * [backup-simplify]: Simplify 0 into 0
4.032 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 1) (* 0 0))))))) into 0
4.032 * [backup-simplify]: Simplify 0 into 0
4.033 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 1) (* 0 0)))))))) into 0
4.033 * [backup-simplify]: Simplify 0 into 0
4.033 * [backup-simplify]: Simplify (* 1/3 (/ 1 N)) into (/ 1/3 N)
4.033 * [backup-simplify]: Simplify (/ 1/3 (/ 1 (- N))) into (* -1/3 N)
4.034 * [approximate]: Taking taylor expansion of (* -1/3 N) in (N) around 0
4.034 * [taylor]: Taking taylor expansion of (* -1/3 N) in N
4.034 * [taylor]: Taking taylor expansion of -1/3 in N
4.034 * [backup-simplify]: Simplify -1/3 into -1/3
4.034 * [taylor]: Taking taylor expansion of N in N
4.034 * [backup-simplify]: Simplify 0 into 0
4.034 * [backup-simplify]: Simplify 1 into 1
4.034 * [taylor]: Taking taylor expansion of (* -1/3 N) in N
4.034 * [taylor]: Taking taylor expansion of -1/3 in N
4.034 * [backup-simplify]: Simplify -1/3 into -1/3
4.034 * [taylor]: Taking taylor expansion of N in N
4.034 * [backup-simplify]: Simplify 0 into 0
4.034 * [backup-simplify]: Simplify 1 into 1
4.034 * [backup-simplify]: Simplify (* -1/3 0) into 0
4.034 * [backup-simplify]: Simplify 0 into 0
4.035 * [backup-simplify]: Simplify (+ (* -1/3 1) (* 0 0)) into -1/3
4.035 * [backup-simplify]: Simplify -1/3 into -1/3
4.035 * [backup-simplify]: Simplify (+ (* -1/3 0) (+ (* 0 1) (* 0 0))) into 0
4.035 * [backup-simplify]: Simplify 0 into 0
4.036 * [backup-simplify]: Simplify (+ (* -1/3 0) (+ (* 0 0) (+ (* 0 1) (* 0 0)))) into 0
4.036 * [backup-simplify]: Simplify 0 into 0
4.037 * [backup-simplify]: Simplify (+ (* -1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 1) (* 0 0))))) into 0
4.037 * [backup-simplify]: Simplify 0 into 0
4.038 * [backup-simplify]: Simplify (+ (* -1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 1) (* 0 0)))))) into 0
4.038 * [backup-simplify]: Simplify 0 into 0
4.039 * [backup-simplify]: Simplify (+ (* -1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 1) (* 0 0))))))) into 0
4.039 * [backup-simplify]: Simplify 0 into 0
4.041 * [backup-simplify]: Simplify (+ (* -1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 1) (* 0 0)))))))) into 0
4.041 * [backup-simplify]: Simplify 0 into 0
4.041 * [backup-simplify]: Simplify (* -1/3 (/ 1 (- N))) into (/ 1/3 N)
4.041 * * * * [progress]: [ 3 / 4 ] generating series at (2 1 1 1)
4.041 * [backup-simplify]: Simplify (/ (/ 1 N) N) into (/ 1 (pow N 2))
4.041 * [approximate]: Taking taylor expansion of (/ 1 (pow N 2)) in (N) around 0
4.041 * [taylor]: Taking taylor expansion of (/ 1 (pow N 2)) in N
4.041 * [taylor]: Taking taylor expansion of (pow N 2) in N
4.041 * [taylor]: Taking taylor expansion of N in N
4.041 * [backup-simplify]: Simplify 0 into 0
4.041 * [backup-simplify]: Simplify 1 into 1
4.042 * [backup-simplify]: Simplify (* 1 1) into 1
4.042 * [backup-simplify]: Simplify (/ 1 1) into 1
4.042 * [taylor]: Taking taylor expansion of (/ 1 (pow N 2)) in N
4.042 * [taylor]: Taking taylor expansion of (pow N 2) in N
4.042 * [taylor]: Taking taylor expansion of N in N
4.042 * [backup-simplify]: Simplify 0 into 0
4.042 * [backup-simplify]: Simplify 1 into 1
4.043 * [backup-simplify]: Simplify (* 1 1) into 1
4.043 * [backup-simplify]: Simplify (/ 1 1) into 1
4.043 * [backup-simplify]: Simplify 1 into 1
4.043 * [backup-simplify]: Simplify (+ (* 1 0) (* 0 1)) into 0
4.044 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)))) into 0
4.044 * [backup-simplify]: Simplify 0 into 0
4.044 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (* 0 1))) into 0
4.045 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)))) into 0
4.045 * [backup-simplify]: Simplify 0 into 0
4.046 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (+ (* 0 0) (* 0 1)))) into 0
4.046 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
4.046 * [backup-simplify]: Simplify 0 into 0
4.047 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (* 0 1))))) into 0
4.047 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
4.047 * [backup-simplify]: Simplify 0 into 0
4.048 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (* 0 1)))))) into 0
4.049 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
4.049 * [backup-simplify]: Simplify 0 into 0
4.050 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (* 0 1))))))) into 0
4.050 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
4.050 * [backup-simplify]: Simplify 0 into 0
4.050 * [backup-simplify]: Simplify (* 1 (pow (/ 1 N) 2)) into (/ 1 (pow N 2))
4.050 * [backup-simplify]: Simplify (/ (/ 1 (/ 1 N)) (/ 1 N)) into (pow N 2)
4.050 * [approximate]: Taking taylor expansion of (pow N 2) in (N) around 0
4.050 * [taylor]: Taking taylor expansion of (pow N 2) in N
4.051 * [taylor]: Taking taylor expansion of N in N
4.051 * [backup-simplify]: Simplify 0 into 0
4.051 * [backup-simplify]: Simplify 1 into 1
4.051 * [taylor]: Taking taylor expansion of (pow N 2) in N
4.051 * [taylor]: Taking taylor expansion of N in N
4.051 * [backup-simplify]: Simplify 0 into 0
4.051 * [backup-simplify]: Simplify 1 into 1
4.051 * [backup-simplify]: Simplify (* 1 1) into 1
4.051 * [backup-simplify]: Simplify 1 into 1
4.051 * [backup-simplify]: Simplify (+ (* 1 0) (* 0 1)) into 0
4.051 * [backup-simplify]: Simplify 0 into 0
4.052 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (* 0 1))) into 0
4.052 * [backup-simplify]: Simplify 0 into 0
4.053 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (+ (* 0 0) (* 0 1)))) into 0
4.053 * [backup-simplify]: Simplify 0 into 0
4.053 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (* 0 1))))) into 0
4.053 * [backup-simplify]: Simplify 0 into 0
4.054 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (* 0 1)))))) into 0
4.054 * [backup-simplify]: Simplify 0 into 0
4.055 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (* 0 1))))))) into 0
4.055 * [backup-simplify]: Simplify 0 into 0
4.055 * [backup-simplify]: Simplify (* 1 (pow (/ 1 N) 2)) into (/ 1 (pow N 2))
4.055 * [backup-simplify]: Simplify (/ (/ 1 (/ 1 (- N))) (/ 1 (- N))) into (pow N 2)
4.055 * [approximate]: Taking taylor expansion of (pow N 2) in (N) around 0
4.055 * [taylor]: Taking taylor expansion of (pow N 2) in N
4.055 * [taylor]: Taking taylor expansion of N in N
4.055 * [backup-simplify]: Simplify 0 into 0
4.055 * [backup-simplify]: Simplify 1 into 1
4.055 * [taylor]: Taking taylor expansion of (pow N 2) in N
4.055 * [taylor]: Taking taylor expansion of N in N
4.055 * [backup-simplify]: Simplify 0 into 0
4.055 * [backup-simplify]: Simplify 1 into 1
4.056 * [backup-simplify]: Simplify (* 1 1) into 1
4.056 * [backup-simplify]: Simplify 1 into 1
4.056 * [backup-simplify]: Simplify (+ (* 1 0) (* 0 1)) into 0
4.056 * [backup-simplify]: Simplify 0 into 0
4.057 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (* 0 1))) into 0
4.057 * [backup-simplify]: Simplify 0 into 0
4.057 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (+ (* 0 0) (* 0 1)))) into 0
4.057 * [backup-simplify]: Simplify 0 into 0
4.058 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (* 0 1))))) into 0
4.058 * [backup-simplify]: Simplify 0 into 0
4.059 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (* 0 1)))))) into 0
4.059 * [backup-simplify]: Simplify 0 into 0
4.060 * [backup-simplify]: Simplify (+ (* 1 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (* 0 1))))))) into 0
4.060 * [backup-simplify]: Simplify 0 into 0
4.060 * [backup-simplify]: Simplify (* 1 (pow (/ 1 (- N)) 2)) into (/ 1 (pow N 2))
4.060 * * * * [progress]: [ 4 / 4 ] generating series at (2 2)
4.060 * [backup-simplify]: Simplify (- (/ 1/3 N) 1/2) into (- (* 1/3 (/ 1 N)) 1/2)
4.060 * [approximate]: Taking taylor expansion of (- (* 1/3 (/ 1 N)) 1/2) in (N) around 0
4.060 * [taylor]: Taking taylor expansion of (- (* 1/3 (/ 1 N)) 1/2) in N
4.060 * [taylor]: Taking taylor expansion of (* 1/3 (/ 1 N)) in N
4.060 * [taylor]: Taking taylor expansion of 1/3 in N
4.060 * [backup-simplify]: Simplify 1/3 into 1/3
4.060 * [taylor]: Taking taylor expansion of (/ 1 N) in N
4.060 * [taylor]: Taking taylor expansion of N in N
4.060 * [backup-simplify]: Simplify 0 into 0
4.060 * [backup-simplify]: Simplify 1 into 1
4.061 * [backup-simplify]: Simplify (/ 1 1) into 1
4.061 * [taylor]: Taking taylor expansion of 1/2 in N
4.061 * [backup-simplify]: Simplify 1/2 into 1/2
4.061 * [taylor]: Taking taylor expansion of (- (* 1/3 (/ 1 N)) 1/2) in N
4.061 * [taylor]: Taking taylor expansion of (* 1/3 (/ 1 N)) in N
4.061 * [taylor]: Taking taylor expansion of 1/3 in N
4.061 * [backup-simplify]: Simplify 1/3 into 1/3
4.061 * [taylor]: Taking taylor expansion of (/ 1 N) in N
4.061 * [taylor]: Taking taylor expansion of N in N
4.061 * [backup-simplify]: Simplify 0 into 0
4.061 * [backup-simplify]: Simplify 1 into 1
4.061 * [backup-simplify]: Simplify (/ 1 1) into 1
4.061 * [taylor]: Taking taylor expansion of 1/2 in N
4.061 * [backup-simplify]: Simplify 1/2 into 1/2
4.061 * [backup-simplify]: Simplify (* 1/3 1) into 1/3
4.062 * [backup-simplify]: Simplify (+ 1/3 0) into 1/3
4.062 * [backup-simplify]: Simplify 1/3 into 1/3
4.062 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)))) into 0
4.062 * [backup-simplify]: Simplify (+ (* 1/3 0) (* 0 1)) into 0
4.063 * [backup-simplify]: Simplify (- 1/2) into -1/2
4.063 * [backup-simplify]: Simplify (+ 0 -1/2) into -1/2
4.063 * [backup-simplify]: Simplify -1/2 into -1/2
4.064 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)))) into 0
4.064 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (* 0 1))) into 0
4.064 * [backup-simplify]: Simplify (- 0) into 0
4.065 * [backup-simplify]: Simplify (+ 0 0) into 0
4.065 * [backup-simplify]: Simplify 0 into 0
4.065 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
4.066 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 0) (* 0 1)))) into 0
4.066 * [backup-simplify]: Simplify (- 0) into 0
4.067 * [backup-simplify]: Simplify (+ 0 0) into 0
4.067 * [backup-simplify]: Simplify 0 into 0
4.067 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
4.068 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (* 0 1))))) into 0
4.068 * [backup-simplify]: Simplify (- 0) into 0
4.069 * [backup-simplify]: Simplify (+ 0 0) into 0
4.069 * [backup-simplify]: Simplify 0 into 0
4.069 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
4.070 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (* 0 1)))))) into 0
4.070 * [backup-simplify]: Simplify (- 0) into 0
4.071 * [backup-simplify]: Simplify (+ 0 0) into 0
4.071 * [backup-simplify]: Simplify 0 into 0
4.071 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
4.072 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (* 0 1))))))) into 0
4.073 * [backup-simplify]: Simplify (- 0) into 0
4.073 * [backup-simplify]: Simplify (+ 0 0) into 0
4.073 * [backup-simplify]: Simplify 0 into 0
4.074 * [backup-simplify]: Simplify (- (+ (* 1 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)) (* 0 (/ 0 1)))) into 0
4.075 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (* 0 1)))))))) into 0
4.075 * [backup-simplify]: Simplify (- 0) into 0
4.076 * [backup-simplify]: Simplify (+ 0 0) into 0
4.076 * [backup-simplify]: Simplify 0 into 0
4.076 * [backup-simplify]: Simplify (+ -1/2 (* 1/3 (/ 1 N))) into (- (* 1/3 (/ 1 N)) 1/2)
4.076 * [backup-simplify]: Simplify (- (/ 1/3 (/ 1 N)) 1/2) into (- (* 1/3 N) 1/2)
4.076 * [approximate]: Taking taylor expansion of (- (* 1/3 N) 1/2) in (N) around 0
4.076 * [taylor]: Taking taylor expansion of (- (* 1/3 N) 1/2) in N
4.076 * [taylor]: Taking taylor expansion of (* 1/3 N) in N
4.076 * [taylor]: Taking taylor expansion of 1/3 in N
4.076 * [backup-simplify]: Simplify 1/3 into 1/3
4.076 * [taylor]: Taking taylor expansion of N in N
4.076 * [backup-simplify]: Simplify 0 into 0
4.076 * [backup-simplify]: Simplify 1 into 1
4.076 * [taylor]: Taking taylor expansion of 1/2 in N
4.076 * [backup-simplify]: Simplify 1/2 into 1/2
4.076 * [taylor]: Taking taylor expansion of (- (* 1/3 N) 1/2) in N
4.076 * [taylor]: Taking taylor expansion of (* 1/3 N) in N
4.076 * [taylor]: Taking taylor expansion of 1/3 in N
4.076 * [backup-simplify]: Simplify 1/3 into 1/3
4.076 * [taylor]: Taking taylor expansion of N in N
4.076 * [backup-simplify]: Simplify 0 into 0
4.076 * [backup-simplify]: Simplify 1 into 1
4.076 * [taylor]: Taking taylor expansion of 1/2 in N
4.076 * [backup-simplify]: Simplify 1/2 into 1/2
4.076 * [backup-simplify]: Simplify (* 1/3 0) into 0
4.077 * [backup-simplify]: Simplify (- 1/2) into -1/2
4.077 * [backup-simplify]: Simplify (+ 0 -1/2) into -1/2
4.077 * [backup-simplify]: Simplify -1/2 into -1/2
4.077 * [backup-simplify]: Simplify (+ (* 1/3 1) (* 0 0)) into 1/3
4.078 * [backup-simplify]: Simplify (- 0) into 0
4.078 * [backup-simplify]: Simplify (+ 1/3 0) into 1/3
4.078 * [backup-simplify]: Simplify 1/3 into 1/3
4.079 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 1) (* 0 0))) into 0
4.082 * [backup-simplify]: Simplify (- 0) into 0
4.083 * [backup-simplify]: Simplify (+ 0 0) into 0
4.083 * [backup-simplify]: Simplify 0 into 0
4.084 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 1) (* 0 0)))) into 0
4.085 * [backup-simplify]: Simplify (- 0) into 0
4.085 * [backup-simplify]: Simplify (+ 0 0) into 0
4.085 * [backup-simplify]: Simplify 0 into 0
4.087 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 1) (* 0 0))))) into 0
4.087 * [backup-simplify]: Simplify (- 0) into 0
4.088 * [backup-simplify]: Simplify (+ 0 0) into 0
4.088 * [backup-simplify]: Simplify 0 into 0
4.089 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 1) (* 0 0)))))) into 0
4.090 * [backup-simplify]: Simplify (- 0) into 0
4.090 * [backup-simplify]: Simplify (+ 0 0) into 0
4.090 * [backup-simplify]: Simplify 0 into 0
4.092 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 1) (* 0 0))))))) into 0
4.092 * [backup-simplify]: Simplify (- 0) into 0
4.093 * [backup-simplify]: Simplify (+ 0 0) into 0
4.093 * [backup-simplify]: Simplify 0 into 0
4.095 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 1) (* 0 0)))))))) into 0
4.096 * [backup-simplify]: Simplify (- 0) into 0
4.096 * [backup-simplify]: Simplify (+ 0 0) into 0
4.096 * [backup-simplify]: Simplify 0 into 0
4.096 * [backup-simplify]: Simplify (+ (* 1/3 (/ 1 N)) -1/2) into (- (* 1/3 (/ 1 N)) 1/2)
4.097 * [backup-simplify]: Simplify (- (/ 1/3 (/ 1 (- N))) 1/2) into (- (+ (* 1/3 N) 1/2))
4.097 * [approximate]: Taking taylor expansion of (- (+ (* 1/3 N) 1/2)) in (N) around 0
4.097 * [taylor]: Taking taylor expansion of (- (+ (* 1/3 N) 1/2)) in N
4.097 * [taylor]: Taking taylor expansion of (+ (* 1/3 N) 1/2) in N
4.097 * [taylor]: Taking taylor expansion of (* 1/3 N) in N
4.097 * [taylor]: Taking taylor expansion of 1/3 in N
4.097 * [backup-simplify]: Simplify 1/3 into 1/3
4.097 * [taylor]: Taking taylor expansion of N in N
4.097 * [backup-simplify]: Simplify 0 into 0
4.097 * [backup-simplify]: Simplify 1 into 1
4.097 * [taylor]: Taking taylor expansion of 1/2 in N
4.097 * [backup-simplify]: Simplify 1/2 into 1/2
4.097 * [taylor]: Taking taylor expansion of (- (+ (* 1/3 N) 1/2)) in N
4.097 * [taylor]: Taking taylor expansion of (+ (* 1/3 N) 1/2) in N
4.097 * [taylor]: Taking taylor expansion of (* 1/3 N) in N
4.097 * [taylor]: Taking taylor expansion of 1/3 in N
4.097 * [backup-simplify]: Simplify 1/3 into 1/3
4.097 * [taylor]: Taking taylor expansion of N in N
4.097 * [backup-simplify]: Simplify 0 into 0
4.097 * [backup-simplify]: Simplify 1 into 1
4.097 * [taylor]: Taking taylor expansion of 1/2 in N
4.097 * [backup-simplify]: Simplify 1/2 into 1/2
4.098 * [backup-simplify]: Simplify (* 1/3 0) into 0
4.099 * [backup-simplify]: Simplify (+ 0 1/2) into 1/2
4.099 * [backup-simplify]: Simplify (- 1/2) into -1/2
4.099 * [backup-simplify]: Simplify -1/2 into -1/2
4.100 * [backup-simplify]: Simplify (+ (* 1/3 1) (* 0 0)) into 1/3
4.100 * [backup-simplify]: Simplify (+ 1/3 0) into 1/3
4.101 * [backup-simplify]: Simplify (- 1/3) into -1/3
4.101 * [backup-simplify]: Simplify -1/3 into -1/3
4.102 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 1) (* 0 0))) into 0
4.103 * [backup-simplify]: Simplify (+ 0 0) into 0
4.103 * [backup-simplify]: Simplify (- 0) into 0
4.104 * [backup-simplify]: Simplify 0 into 0
4.105 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 1) (* 0 0)))) into 0
4.105 * [backup-simplify]: Simplify (+ 0 0) into 0
4.106 * [backup-simplify]: Simplify (- 0) into 0
4.106 * [backup-simplify]: Simplify 0 into 0
4.107 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 1) (* 0 0))))) into 0
4.108 * [backup-simplify]: Simplify (+ 0 0) into 0
4.108 * [backup-simplify]: Simplify (- 0) into 0
4.108 * [backup-simplify]: Simplify 0 into 0
4.110 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 1) (* 0 0)))))) into 0
4.110 * [backup-simplify]: Simplify (+ 0 0) into 0
4.111 * [backup-simplify]: Simplify (- 0) into 0
4.111 * [backup-simplify]: Simplify 0 into 0
4.113 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 1) (* 0 0))))))) into 0
4.113 * [backup-simplify]: Simplify (+ 0 0) into 0
4.113 * [backup-simplify]: Simplify (- 0) into 0
4.113 * [backup-simplify]: Simplify 0 into 0
4.115 * [backup-simplify]: Simplify (+ (* 1/3 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 0) (+ (* 0 1) (* 0 0)))))))) into 0
4.116 * [backup-simplify]: Simplify (+ 0 0) into 0
4.116 * [backup-simplify]: Simplify (- 0) into 0
4.116 * [backup-simplify]: Simplify 0 into 0
4.116 * [backup-simplify]: Simplify (+ (* -1/3 (/ 1 (- N))) -1/2) into (- (* 1/3 (/ 1 N)) 1/2)
4.116 * * * [progress]: simplifying candidates
4.116 * * * * [progress]: [ 1 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log1p (expm1 (log (exp (/ (/ 1 N) N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.117 * * * * [progress]: [ 2 / 247 ] simplifiying candidate #<alt (λ (N) (fma (expm1 (log1p (log (exp (/ (/ 1 N) N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.117 * * * * [progress]: [ 3 / 247 ] simplifiying candidate #<alt (λ (N) (fma (+ (log (* (cbrt (exp (/ (/ 1 N) N))) (cbrt (exp (/ (/ 1 N) N))))) (log (cbrt (exp (/ (/ 1 N) N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.117 * * * * [progress]: [ 4 / 247 ] simplifiying candidate #<alt (λ (N) (fma (+ (log (sqrt (exp (/ (/ 1 N) N)))) (log (sqrt (exp (/ (/ 1 N) N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.117 * * * * [progress]: [ 5 / 247 ] simplifiying candidate #<alt (λ (N) (fma (+ (log 1) (log (exp (/ (/ 1 N) N)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.117 * * * * [progress]: [ 6 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* 1 (log (exp (/ (/ 1 N) N)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.117 * * * * [progress]: [ 7 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (cbrt (/ (/ 1 N) N)) (log (exp (* (cbrt (/ (/ 1 N) N)) (cbrt (/ (/ 1 N) N)))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.117 * * * * [progress]: [ 8 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (sqrt (/ (/ 1 N) N)) (log (exp (sqrt (/ (/ 1 N) N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.117 * * * * [progress]: [ 9 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (cbrt (/ 1 N)) (cbrt N)) (log (exp (/ (* (cbrt (/ 1 N)) (cbrt (/ 1 N))) (* (cbrt N) (cbrt N)))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.117 * * * * [progress]: [ 10 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (cbrt (/ 1 N)) (sqrt N)) (log (exp (/ (* (cbrt (/ 1 N)) (cbrt (/ 1 N))) (sqrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.117 * * * * [progress]: [ 11 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (cbrt (/ 1 N)) N) (log (exp (/ (* (cbrt (/ 1 N)) (cbrt (/ 1 N))) 1)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.117 * * * * [progress]: [ 12 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (sqrt (/ 1 N)) (cbrt N)) (log (exp (/ (sqrt (/ 1 N)) (* (cbrt N) (cbrt N)))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.117 * * * * [progress]: [ 13 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (sqrt (/ 1 N)) (sqrt N)) (log (exp (/ (sqrt (/ 1 N)) (sqrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.117 * * * * [progress]: [ 14 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (sqrt (/ 1 N)) N) (log (exp (/ (sqrt (/ 1 N)) 1)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.117 * * * * [progress]: [ 15 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ (cbrt 1) (cbrt N)) (cbrt N)) (log (exp (/ (/ (* (cbrt 1) (cbrt 1)) (* (cbrt N) (cbrt N))) (* (cbrt N) (cbrt N)))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.117 * * * * [progress]: [ 16 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ (cbrt 1) (cbrt N)) (sqrt N)) (log (exp (/ (/ (* (cbrt 1) (cbrt 1)) (* (cbrt N) (cbrt N))) (sqrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.118 * * * * [progress]: [ 17 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ (cbrt 1) (cbrt N)) N) (log (exp (/ (/ (* (cbrt 1) (cbrt 1)) (* (cbrt N) (cbrt N))) 1)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.118 * * * * [progress]: [ 18 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ (cbrt 1) (sqrt N)) (cbrt N)) (log (exp (/ (/ (* (cbrt 1) (cbrt 1)) (sqrt N)) (* (cbrt N) (cbrt N)))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.118 * * * * [progress]: [ 19 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ (cbrt 1) (sqrt N)) (sqrt N)) (log (exp (/ (/ (* (cbrt 1) (cbrt 1)) (sqrt N)) (sqrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.118 * * * * [progress]: [ 20 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ (cbrt 1) (sqrt N)) N) (log (exp (/ (/ (* (cbrt 1) (cbrt 1)) (sqrt N)) 1)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.118 * * * * [progress]: [ 21 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ (cbrt 1) N) (cbrt N)) (log (exp (/ (/ (* (cbrt 1) (cbrt 1)) 1) (* (cbrt N) (cbrt N)))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.118 * * * * [progress]: [ 22 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ (cbrt 1) N) (sqrt N)) (log (exp (/ (/ (* (cbrt 1) (cbrt 1)) 1) (sqrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.118 * * * * [progress]: [ 23 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ (cbrt 1) N) N) (log (exp (/ (/ (* (cbrt 1) (cbrt 1)) 1) 1)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.118 * * * * [progress]: [ 24 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ (sqrt 1) (cbrt N)) (cbrt N)) (log (exp (/ (/ (sqrt 1) (* (cbrt N) (cbrt N))) (* (cbrt N) (cbrt N)))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.118 * * * * [progress]: [ 25 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ (sqrt 1) (cbrt N)) (sqrt N)) (log (exp (/ (/ (sqrt 1) (* (cbrt N) (cbrt N))) (sqrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.118 * * * * [progress]: [ 26 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ (sqrt 1) (cbrt N)) N) (log (exp (/ (/ (sqrt 1) (* (cbrt N) (cbrt N))) 1)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.118 * * * * [progress]: [ 27 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ (sqrt 1) (sqrt N)) (cbrt N)) (log (exp (/ (/ (sqrt 1) (sqrt N)) (* (cbrt N) (cbrt N)))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.118 * * * * [progress]: [ 28 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ (sqrt 1) (sqrt N)) (sqrt N)) (log (exp (/ (/ (sqrt 1) (sqrt N)) (sqrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.118 * * * * [progress]: [ 29 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ (sqrt 1) (sqrt N)) N) (log (exp (/ (/ (sqrt 1) (sqrt N)) 1)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.118 * * * * [progress]: [ 30 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ (sqrt 1) N) (cbrt N)) (log (exp (/ (/ (sqrt 1) 1) (* (cbrt N) (cbrt N)))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.119 * * * * [progress]: [ 31 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ (sqrt 1) N) (sqrt N)) (log (exp (/ (/ (sqrt 1) 1) (sqrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.119 * * * * [progress]: [ 32 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ (sqrt 1) N) N) (log (exp (/ (/ (sqrt 1) 1) 1)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.119 * * * * [progress]: [ 33 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ 1 (cbrt N)) (cbrt N)) (log (exp (/ (/ 1 (* (cbrt N) (cbrt N))) (* (cbrt N) (cbrt N)))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.119 * * * * [progress]: [ 34 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ 1 (cbrt N)) (sqrt N)) (log (exp (/ (/ 1 (* (cbrt N) (cbrt N))) (sqrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.119 * * * * [progress]: [ 35 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ 1 (cbrt N)) N) (log (exp (/ (/ 1 (* (cbrt N) (cbrt N))) 1)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.119 * * * * [progress]: [ 36 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ 1 (sqrt N)) (cbrt N)) (log (exp (/ (/ 1 (sqrt N)) (* (cbrt N) (cbrt N)))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.119 * * * * [progress]: [ 37 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ 1 (sqrt N)) (sqrt N)) (log (exp (/ (/ 1 (sqrt N)) (sqrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.119 * * * * [progress]: [ 38 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ 1 (sqrt N)) N) (log (exp (/ (/ 1 (sqrt N)) 1)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.119 * * * * [progress]: [ 39 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ 1 N) (cbrt N)) (log (exp (/ (/ 1 1) (* (cbrt N) (cbrt N)))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.119 * * * * [progress]: [ 40 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ 1 N) (sqrt N)) (log (exp (/ (/ 1 1) (sqrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.119 * * * * [progress]: [ 41 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ 1 N) N) (log (exp (/ (/ 1 1) 1)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.119 * * * * [progress]: [ 42 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ 1 N) (cbrt N)) (log (exp (/ 1 (* (cbrt N) (cbrt N)))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.119 * * * * [progress]: [ 43 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ 1 N) (sqrt N)) (log (exp (/ 1 (sqrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.119 * * * * [progress]: [ 44 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ 1 N) N) (log (exp (/ 1 1)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.119 * * * * [progress]: [ 45 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ 1 N) (cbrt N)) (log (exp (/ 1 (* (cbrt N) (cbrt N)))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.119 * * * * [progress]: [ 46 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ 1 N) (sqrt N)) (log (exp (/ 1 (sqrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.119 * * * * [progress]: [ 47 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ 1 N) N) (log (exp (/ 1 1)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.119 * * * * [progress]: [ 48 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (/ (/ 1 N) N) (log (exp 1))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
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4.120 * * * * [progress]: [ 51 / 247 ] simplifiying candidate #<alt (λ (N) (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.120 * * * * [progress]: [ 52 / 247 ] simplifiying candidate #<alt (λ (N) (fma (exp (log (log (exp (/ (/ 1 N) N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.120 * * * * [progress]: [ 53 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (log (exp (/ (/ 1 N) N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.120 * * * * [progress]: [ 54 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (* (cbrt (log (exp (/ (/ 1 N) N)))) (cbrt (log (exp (/ (/ 1 N) N))))) (cbrt (log (exp (/ (/ 1 N) N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.120 * * * * [progress]: [ 55 / 247 ] simplifiying candidate #<alt (λ (N) (fma (cbrt (* (* (log (exp (/ (/ 1 N) N))) (log (exp (/ (/ 1 N) N)))) (log (exp (/ (/ 1 N) N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.120 * * * * [progress]: [ 56 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* (sqrt (log (exp (/ (/ 1 N) N)))) (sqrt (log (exp (/ (/ 1 N) N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.120 * * * * [progress]: [ 57 / 247 ] simplifiying candidate #<alt (λ (N) (fma (* 1 (log (exp (/ (/ 1 N) N)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.120 * * * * [progress]: [ 58 / 247 ] simplifiying candidate #<alt (λ (N) (fma (posit16->real (real->posit16 (log (exp (/ (/ 1 N) N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.120 * * * * [progress]: [ 59 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (- (log1p (expm1 (/ 1/3 N))) 1/2) (/ 1 N)))>
4.120 * * * * [progress]: [ 60 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (- (expm1 (log1p (/ 1/3 N))) 1/2) (/ 1 N)))>
4.120 * * * * [progress]: [ 61 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (- (pow (/ 1/3 N) 1) 1/2) (/ 1 N)))>
4.120 * * * * [progress]: [ 62 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (- (exp (- (log 1/3) (log N))) 1/2) (/ 1 N)))>
4.120 * * * * [progress]: [ 63 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (- (exp (log (/ 1/3 N))) 1/2) (/ 1 N)))>
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4.120 * * * * [progress]: [ 65 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (- (cbrt (/ (* (* 1/3 1/3) 1/3) (* (* N N) N))) 1/2) (/ 1 N)))>
4.120 * * * * [progress]: [ 66 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (- (* (* (cbrt (/ 1/3 N)) (cbrt (/ 1/3 N))) (cbrt (/ 1/3 N))) 1/2) (/ 1 N)))>
4.120 * * * * [progress]: [ 67 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (- (cbrt (* (* (/ 1/3 N) (/ 1/3 N)) (/ 1/3 N))) 1/2) (/ 1 N)))>
4.120 * * * * [progress]: [ 68 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (- (* (sqrt (/ 1/3 N)) (sqrt (/ 1/3 N))) 1/2) (/ 1 N)))>
4.120 * * * * [progress]: [ 69 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (- (/ (- 1/3) (- N)) 1/2) (/ 1 N)))>
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4.120 * * * * [progress]: [ 71 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (- (* (/ (* (cbrt 1/3) (cbrt 1/3)) (sqrt N)) (/ (cbrt 1/3) (sqrt N))) 1/2) (/ 1 N)))>
4.120 * * * * [progress]: [ 72 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (- (* (/ (* (cbrt 1/3) (cbrt 1/3)) 1) (/ (cbrt 1/3) N)) 1/2) (/ 1 N)))>
4.120 * * * * [progress]: [ 73 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (- (* (/ (sqrt 1/3) (* (cbrt N) (cbrt N))) (/ (sqrt 1/3) (cbrt N))) 1/2) (/ 1 N)))>
4.121 * * * * [progress]: [ 74 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (- (* (/ (sqrt 1/3) (sqrt N)) (/ (sqrt 1/3) (sqrt N))) 1/2) (/ 1 N)))>
4.121 * * * * [progress]: [ 75 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (- (* (/ (sqrt 1/3) 1) (/ (sqrt 1/3) N)) 1/2) (/ 1 N)))>
4.121 * * * * [progress]: [ 76 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (- (* (/ 1 (* (cbrt N) (cbrt N))) (/ 1/3 (cbrt N))) 1/2) (/ 1 N)))>
4.121 * * * * [progress]: [ 77 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (- (* (/ 1 (sqrt N)) (/ 1/3 (sqrt N))) 1/2) (/ 1 N)))>
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4.121 * * * * [progress]: [ 82 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (- (/ (/ 1/3 (* (cbrt N) (cbrt N))) (cbrt N)) 1/2) (/ 1 N)))>
4.121 * * * * [progress]: [ 83 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (- (/ (/ 1/3 (sqrt N)) (sqrt N)) 1/2) (/ 1 N)))>
4.121 * * * * [progress]: [ 84 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (- (/ (/ 1/3 1) N) 1/2) (/ 1 N)))>
4.121 * * * * [progress]: [ 85 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (- (/ (* (cbrt 1/3) (cbrt 1/3)) (/ N (cbrt 1/3))) 1/2) (/ 1 N)))>
4.121 * * * * [progress]: [ 86 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (- (/ (sqrt 1/3) (/ N (sqrt 1/3))) 1/2) (/ 1 N)))>
4.121 * * * * [progress]: [ 87 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (- (/ 1 (/ N 1/3)) 1/2) (/ 1 N)))>
4.121 * * * * [progress]: [ 88 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (- (posit16->real (real->posit16 (/ 1/3 N))) 1/2) (/ 1 N)))>
4.121 * * * * [progress]: [ 89 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (log1p (expm1 (/ (/ 1 N) N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.121 * * * * [progress]: [ 90 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (expm1 (log1p (/ (/ 1 N) N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.121 * * * * [progress]: [ 91 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (pow N (- -1 1)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
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4.121 * * * * [progress]: [ 94 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (exp (- (- (log N)) (log N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.121 * * * * [progress]: [ 95 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (exp (- (- 0 (log N)) (log N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.121 * * * * [progress]: [ 96 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (exp (- (- (log 1) (log N)) (log N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.121 * * * * [progress]: [ 97 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (exp (- (log (/ 1 N)) (log N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.121 * * * * [progress]: [ 98 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (exp (log (/ (/ 1 N) N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.121 * * * * [progress]: [ 99 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (log (exp (/ (/ 1 N) N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.122 * * * * [progress]: [ 100 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (cbrt (/ (/ (* (* 1 1) 1) (* (* N N) N)) (* (* N N) N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.122 * * * * [progress]: [ 101 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (cbrt (/ (* (* (/ 1 N) (/ 1 N)) (/ 1 N)) (* (* N N) N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.122 * * * * [progress]: [ 102 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (* (cbrt (/ (/ 1 N) N)) (cbrt (/ (/ 1 N) N))) (cbrt (/ (/ 1 N) N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.122 * * * * [progress]: [ 103 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (cbrt (* (* (/ (/ 1 N) N) (/ (/ 1 N) N)) (/ (/ 1 N) N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.122 * * * * [progress]: [ 104 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (sqrt (/ (/ 1 N) N)) (sqrt (/ (/ 1 N) N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.122 * * * * [progress]: [ 105 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (- (/ 1 N)) (- N)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.122 * * * * [progress]: [ 106 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ (* (cbrt (/ 1 N)) (cbrt (/ 1 N))) (* (cbrt N) (cbrt N))) (/ (cbrt (/ 1 N)) (cbrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.122 * * * * [progress]: [ 107 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ (* (cbrt (/ 1 N)) (cbrt (/ 1 N))) (sqrt N)) (/ (cbrt (/ 1 N)) (sqrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.122 * * * * [progress]: [ 108 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ (* (cbrt (/ 1 N)) (cbrt (/ 1 N))) 1) (/ (cbrt (/ 1 N)) N)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.122 * * * * [progress]: [ 109 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ (sqrt (/ 1 N)) (* (cbrt N) (cbrt N))) (/ (sqrt (/ 1 N)) (cbrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.122 * * * * [progress]: [ 110 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ (sqrt (/ 1 N)) (sqrt N)) (/ (sqrt (/ 1 N)) (sqrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.122 * * * * [progress]: [ 111 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ (sqrt (/ 1 N)) 1) (/ (sqrt (/ 1 N)) N)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.122 * * * * [progress]: [ 112 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ (/ (* (cbrt 1) (cbrt 1)) (* (cbrt N) (cbrt N))) (* (cbrt N) (cbrt N))) (/ (/ (cbrt 1) (cbrt N)) (cbrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.122 * * * * [progress]: [ 113 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ (/ (* (cbrt 1) (cbrt 1)) (* (cbrt N) (cbrt N))) (sqrt N)) (/ (/ (cbrt 1) (cbrt N)) (sqrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.122 * * * * [progress]: [ 114 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ (/ (* (cbrt 1) (cbrt 1)) (* (cbrt N) (cbrt N))) 1) (/ (/ (cbrt 1) (cbrt N)) N)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.122 * * * * [progress]: [ 115 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ (/ (* (cbrt 1) (cbrt 1)) (sqrt N)) (* (cbrt N) (cbrt N))) (/ (/ (cbrt 1) (sqrt N)) (cbrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.122 * * * * [progress]: [ 116 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ (/ (* (cbrt 1) (cbrt 1)) (sqrt N)) (sqrt N)) (/ (/ (cbrt 1) (sqrt N)) (sqrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.122 * * * * [progress]: [ 117 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ (/ (* (cbrt 1) (cbrt 1)) (sqrt N)) 1) (/ (/ (cbrt 1) (sqrt N)) N)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.122 * * * * [progress]: [ 118 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ (/ (* (cbrt 1) (cbrt 1)) 1) (* (cbrt N) (cbrt N))) (/ (/ (cbrt 1) N) (cbrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.122 * * * * [progress]: [ 119 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ (/ (* (cbrt 1) (cbrt 1)) 1) (sqrt N)) (/ (/ (cbrt 1) N) (sqrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.122 * * * * [progress]: [ 120 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ (/ (* (cbrt 1) (cbrt 1)) 1) 1) (/ (/ (cbrt 1) N) N)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.122 * * * * [progress]: [ 121 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ (/ (sqrt 1) (* (cbrt N) (cbrt N))) (* (cbrt N) (cbrt N))) (/ (/ (sqrt 1) (cbrt N)) (cbrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.122 * * * * [progress]: [ 122 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ (/ (sqrt 1) (* (cbrt N) (cbrt N))) (sqrt N)) (/ (/ (sqrt 1) (cbrt N)) (sqrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.123 * * * * [progress]: [ 123 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ (/ (sqrt 1) (* (cbrt N) (cbrt N))) 1) (/ (/ (sqrt 1) (cbrt N)) N)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.123 * * * * [progress]: [ 124 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ (/ (sqrt 1) (sqrt N)) (* (cbrt N) (cbrt N))) (/ (/ (sqrt 1) (sqrt N)) (cbrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.123 * * * * [progress]: [ 125 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ (/ (sqrt 1) (sqrt N)) (sqrt N)) (/ (/ (sqrt 1) (sqrt N)) (sqrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.123 * * * * [progress]: [ 126 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ (/ (sqrt 1) (sqrt N)) 1) (/ (/ (sqrt 1) (sqrt N)) N)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.123 * * * * [progress]: [ 127 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ (/ (sqrt 1) 1) (* (cbrt N) (cbrt N))) (/ (/ (sqrt 1) N) (cbrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.123 * * * * [progress]: [ 128 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ (/ (sqrt 1) 1) (sqrt N)) (/ (/ (sqrt 1) N) (sqrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.123 * * * * [progress]: [ 129 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ (/ (sqrt 1) 1) 1) (/ (/ (sqrt 1) N) N)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.123 * * * * [progress]: [ 130 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ (/ 1 (* (cbrt N) (cbrt N))) (* (cbrt N) (cbrt N))) (/ (/ 1 (cbrt N)) (cbrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.123 * * * * [progress]: [ 131 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ (/ 1 (* (cbrt N) (cbrt N))) (sqrt N)) (/ (/ 1 (cbrt N)) (sqrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.123 * * * * [progress]: [ 132 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ (/ 1 (* (cbrt N) (cbrt N))) 1) (/ (/ 1 (cbrt N)) N)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.123 * * * * [progress]: [ 133 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ (/ 1 (sqrt N)) (* (cbrt N) (cbrt N))) (/ (/ 1 (sqrt N)) (cbrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.123 * * * * [progress]: [ 134 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ (/ 1 (sqrt N)) (sqrt N)) (/ (/ 1 (sqrt N)) (sqrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.123 * * * * [progress]: [ 135 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ (/ 1 (sqrt N)) 1) (/ (/ 1 (sqrt N)) N)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.123 * * * * [progress]: [ 136 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ (/ 1 1) (* (cbrt N) (cbrt N))) (/ (/ 1 N) (cbrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.123 * * * * [progress]: [ 137 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ (/ 1 1) (sqrt N)) (/ (/ 1 N) (sqrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.123 * * * * [progress]: [ 138 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ (/ 1 1) 1) (/ (/ 1 N) N)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.123 * * * * [progress]: [ 139 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ 1 (* (cbrt N) (cbrt N))) (/ (/ 1 N) (cbrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.123 * * * * [progress]: [ 140 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ 1 (sqrt N)) (/ (/ 1 N) (sqrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.123 * * * * [progress]: [ 141 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ 1 1) (/ (/ 1 N) N)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.123 * * * * [progress]: [ 142 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ 1 (* (cbrt N) (cbrt N))) (/ (/ 1 N) (cbrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.123 * * * * [progress]: [ 143 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ 1 (sqrt N)) (/ (/ 1 N) (sqrt N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.123 * * * * [progress]: [ 144 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ 1 1) (/ (/ 1 N) N)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.124 * * * * [progress]: [ 145 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* 1 (/ (/ 1 N) N)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.124 * * * * [progress]: [ 146 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (* (/ 1 N) (/ 1 N)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.124 * * * * [progress]: [ 147 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ 1 (/ N (/ 1 N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.124 * * * * [progress]: [ 148 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ (/ 1 N) (* (cbrt N) (cbrt N))) (cbrt N)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.124 * * * * [progress]: [ 149 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ (/ 1 N) (sqrt N)) (sqrt N)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.124 * * * * [progress]: [ 150 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ (/ 1 N) 1) N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.124 * * * * [progress]: [ 151 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (* (cbrt (/ 1 N)) (cbrt (/ 1 N))) (/ N (cbrt (/ 1 N)))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.124 * * * * [progress]: [ 152 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (sqrt (/ 1 N)) (/ N (sqrt (/ 1 N)))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.124 * * * * [progress]: [ 153 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ (* (cbrt 1) (cbrt 1)) (* (cbrt N) (cbrt N))) (/ N (/ (cbrt 1) (cbrt N)))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.124 * * * * [progress]: [ 154 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ (* (cbrt 1) (cbrt 1)) (sqrt N)) (/ N (/ (cbrt 1) (sqrt N)))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.124 * * * * [progress]: [ 155 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ (* (cbrt 1) (cbrt 1)) 1) (/ N (/ (cbrt 1) N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.124 * * * * [progress]: [ 156 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ (sqrt 1) (* (cbrt N) (cbrt N))) (/ N (/ (sqrt 1) (cbrt N)))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.124 * * * * [progress]: [ 157 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ (sqrt 1) (sqrt N)) (/ N (/ (sqrt 1) (sqrt N)))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.124 * * * * [progress]: [ 158 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ (sqrt 1) 1) (/ N (/ (sqrt 1) N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.124 * * * * [progress]: [ 159 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 (* (cbrt N) (cbrt N))) (/ N (/ 1 (cbrt N)))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.124 * * * * [progress]: [ 160 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 (sqrt N)) (/ N (/ 1 (sqrt N)))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.124 * * * * [progress]: [ 161 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 1) (/ N (/ 1 N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.124 * * * * [progress]: [ 162 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ 1 (/ N (/ 1 N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.124 * * * * [progress]: [ 163 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ 1 (/ N (/ 1 N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.124 * * * * [progress]: [ 164 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ 1 (* N N)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.124 * * * * [progress]: [ 165 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (posit16->real (real->posit16 (/ (/ 1 N) N))))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.124 * * * * [progress]: [ 166 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma (* (cbrt (/ 1/3 N)) (cbrt (/ 1/3 N))) (cbrt (/ 1/3 N)) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (/ 1 N)))>
4.124 * * * * [progress]: [ 167 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma (* (cbrt (/ 1/3 N)) (cbrt (/ 1/3 N))) (cbrt (/ 1/3 N)) (- (* (sqrt 1/2) (sqrt 1/2)))) (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))) (/ 1 N)))>
4.124 * * * * [progress]: [ 168 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma (* (cbrt (/ 1/3 N)) (cbrt (/ 1/3 N))) (cbrt (/ 1/3 N)) (- (* 1/2 1))) (fma (- 1/2) 1 (* 1/2 1))) (/ 1 N)))>
4.125 * * * * [progress]: [ 169 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma (sqrt (/ 1/3 N)) (sqrt (/ 1/3 N)) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (/ 1 N)))>
4.125 * * * * [progress]: [ 170 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma (sqrt (/ 1/3 N)) (sqrt (/ 1/3 N)) (- (* (sqrt 1/2) (sqrt 1/2)))) (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))) (/ 1 N)))>
4.125 * * * * [progress]: [ 171 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma (sqrt (/ 1/3 N)) (sqrt (/ 1/3 N)) (- (* 1/2 1))) (fma (- 1/2) 1 (* 1/2 1))) (/ 1 N)))>
4.125 * * * * [progress]: [ 172 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma (/ (* (cbrt 1/3) (cbrt 1/3)) (* (cbrt N) (cbrt N))) (/ (cbrt 1/3) (cbrt N)) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (/ 1 N)))>
4.125 * * * * [progress]: [ 173 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma (/ (* (cbrt 1/3) (cbrt 1/3)) (* (cbrt N) (cbrt N))) (/ (cbrt 1/3) (cbrt N)) (- (* (sqrt 1/2) (sqrt 1/2)))) (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))) (/ 1 N)))>
4.125 * * * * [progress]: [ 174 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma (/ (* (cbrt 1/3) (cbrt 1/3)) (* (cbrt N) (cbrt N))) (/ (cbrt 1/3) (cbrt N)) (- (* 1/2 1))) (fma (- 1/2) 1 (* 1/2 1))) (/ 1 N)))>
4.125 * * * * [progress]: [ 175 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma (/ (* (cbrt 1/3) (cbrt 1/3)) (sqrt N)) (/ (cbrt 1/3) (sqrt N)) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (/ 1 N)))>
4.125 * * * * [progress]: [ 176 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma (/ (* (cbrt 1/3) (cbrt 1/3)) (sqrt N)) (/ (cbrt 1/3) (sqrt N)) (- (* (sqrt 1/2) (sqrt 1/2)))) (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))) (/ 1 N)))>
4.125 * * * * [progress]: [ 177 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma (/ (* (cbrt 1/3) (cbrt 1/3)) (sqrt N)) (/ (cbrt 1/3) (sqrt N)) (- (* 1/2 1))) (fma (- 1/2) 1 (* 1/2 1))) (/ 1 N)))>
4.125 * * * * [progress]: [ 178 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma (/ (* (cbrt 1/3) (cbrt 1/3)) 1) (/ (cbrt 1/3) N) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (/ 1 N)))>
4.125 * * * * [progress]: [ 179 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma (/ (* (cbrt 1/3) (cbrt 1/3)) 1) (/ (cbrt 1/3) N) (- (* (sqrt 1/2) (sqrt 1/2)))) (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))) (/ 1 N)))>
4.125 * * * * [progress]: [ 180 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma (/ (* (cbrt 1/3) (cbrt 1/3)) 1) (/ (cbrt 1/3) N) (- (* 1/2 1))) (fma (- 1/2) 1 (* 1/2 1))) (/ 1 N)))>
4.125 * * * * [progress]: [ 181 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma (/ (sqrt 1/3) (* (cbrt N) (cbrt N))) (/ (sqrt 1/3) (cbrt N)) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (/ 1 N)))>
4.125 * * * * [progress]: [ 182 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma (/ (sqrt 1/3) (* (cbrt N) (cbrt N))) (/ (sqrt 1/3) (cbrt N)) (- (* (sqrt 1/2) (sqrt 1/2)))) (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))) (/ 1 N)))>
4.125 * * * * [progress]: [ 183 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma (/ (sqrt 1/3) (* (cbrt N) (cbrt N))) (/ (sqrt 1/3) (cbrt N)) (- (* 1/2 1))) (fma (- 1/2) 1 (* 1/2 1))) (/ 1 N)))>
4.125 * * * * [progress]: [ 184 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma (/ (sqrt 1/3) (sqrt N)) (/ (sqrt 1/3) (sqrt N)) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (/ 1 N)))>
4.126 * * * * [progress]: [ 185 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma (/ (sqrt 1/3) (sqrt N)) (/ (sqrt 1/3) (sqrt N)) (- (* (sqrt 1/2) (sqrt 1/2)))) (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))) (/ 1 N)))>
4.126 * * * * [progress]: [ 186 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma (/ (sqrt 1/3) (sqrt N)) (/ (sqrt 1/3) (sqrt N)) (- (* 1/2 1))) (fma (- 1/2) 1 (* 1/2 1))) (/ 1 N)))>
4.126 * * * * [progress]: [ 187 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma (/ (sqrt 1/3) 1) (/ (sqrt 1/3) N) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (/ 1 N)))>
4.126 * * * * [progress]: [ 188 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma (/ (sqrt 1/3) 1) (/ (sqrt 1/3) N) (- (* (sqrt 1/2) (sqrt 1/2)))) (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))) (/ 1 N)))>
4.126 * * * * [progress]: [ 189 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma (/ (sqrt 1/3) 1) (/ (sqrt 1/3) N) (- (* 1/2 1))) (fma (- 1/2) 1 (* 1/2 1))) (/ 1 N)))>
4.126 * * * * [progress]: [ 190 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma (/ 1 (* (cbrt N) (cbrt N))) (/ 1/3 (cbrt N)) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (/ 1 N)))>
4.126 * * * * [progress]: [ 191 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma (/ 1 (* (cbrt N) (cbrt N))) (/ 1/3 (cbrt N)) (- (* (sqrt 1/2) (sqrt 1/2)))) (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))) (/ 1 N)))>
4.126 * * * * [progress]: [ 192 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma (/ 1 (* (cbrt N) (cbrt N))) (/ 1/3 (cbrt N)) (- (* 1/2 1))) (fma (- 1/2) 1 (* 1/2 1))) (/ 1 N)))>
4.126 * * * * [progress]: [ 193 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma (/ 1 (sqrt N)) (/ 1/3 (sqrt N)) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (/ 1 N)))>
4.126 * * * * [progress]: [ 194 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma (/ 1 (sqrt N)) (/ 1/3 (sqrt N)) (- (* (sqrt 1/2) (sqrt 1/2)))) (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))) (/ 1 N)))>
4.126 * * * * [progress]: [ 195 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma (/ 1 (sqrt N)) (/ 1/3 (sqrt N)) (- (* 1/2 1))) (fma (- 1/2) 1 (* 1/2 1))) (/ 1 N)))>
4.126 * * * * [progress]: [ 196 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma (/ 1 1) (/ 1/3 N) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (/ 1 N)))>
4.126 * * * * [progress]: [ 197 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma (/ 1 1) (/ 1/3 N) (- (* (sqrt 1/2) (sqrt 1/2)))) (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))) (/ 1 N)))>
4.126 * * * * [progress]: [ 198 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma (/ 1 1) (/ 1/3 N) (- (* 1/2 1))) (fma (- 1/2) 1 (* 1/2 1))) (/ 1 N)))>
4.126 * * * * [progress]: [ 199 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma 1 (/ 1/3 N) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (/ 1 N)))>
4.126 * * * * [progress]: [ 200 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma 1 (/ 1/3 N) (- (* (sqrt 1/2) (sqrt 1/2)))) (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))) (/ 1 N)))>
4.126 * * * * [progress]: [ 201 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma 1 (/ 1/3 N) (- (* 1/2 1))) (fma (- 1/2) 1 (* 1/2 1))) (/ 1 N)))>
4.126 * * * * [progress]: [ 202 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma 1/3 (/ 1 N) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))) (/ 1 N)))>
4.126 * * * * [progress]: [ 203 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma 1/3 (/ 1 N) (- (* (sqrt 1/2) (sqrt 1/2)))) (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))) (/ 1 N)))>
4.126 * * * * [progress]: [ 204 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (fma 1/3 (/ 1 N) (- (* 1/2 1))) (fma (- 1/2) 1 (* 1/2 1))) (/ 1 N)))>
4.126 * * * * [progress]: [ 205 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (log1p (expm1 (- (/ 1/3 N) 1/2))) (/ 1 N)))>
4.126 * * * * [progress]: [ 206 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (expm1 (log1p (- (/ 1/3 N) 1/2))) (/ 1 N)))>
4.127 * * * * [progress]: [ 207 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (fma (* (cbrt (/ 1/3 N)) (cbrt (/ 1/3 N))) (cbrt (/ 1/3 N)) (- 1/2)) (/ 1 N)))>
4.127 * * * * [progress]: [ 208 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (fma (sqrt (/ 1/3 N)) (sqrt (/ 1/3 N)) (- 1/2)) (/ 1 N)))>
4.127 * * * * [progress]: [ 209 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (fma (/ (* (cbrt 1/3) (cbrt 1/3)) (* (cbrt N) (cbrt N))) (/ (cbrt 1/3) (cbrt N)) (- 1/2)) (/ 1 N)))>
4.127 * * * * [progress]: [ 210 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (fma (/ (* (cbrt 1/3) (cbrt 1/3)) (sqrt N)) (/ (cbrt 1/3) (sqrt N)) (- 1/2)) (/ 1 N)))>
4.127 * * * * [progress]: [ 211 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (fma (/ (* (cbrt 1/3) (cbrt 1/3)) 1) (/ (cbrt 1/3) N) (- 1/2)) (/ 1 N)))>
4.127 * * * * [progress]: [ 212 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (fma (/ (sqrt 1/3) (* (cbrt N) (cbrt N))) (/ (sqrt 1/3) (cbrt N)) (- 1/2)) (/ 1 N)))>
4.127 * * * * [progress]: [ 213 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (fma (/ (sqrt 1/3) (sqrt N)) (/ (sqrt 1/3) (sqrt N)) (- 1/2)) (/ 1 N)))>
4.127 * * * * [progress]: [ 214 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (fma (/ (sqrt 1/3) 1) (/ (sqrt 1/3) N) (- 1/2)) (/ 1 N)))>
4.127 * * * * [progress]: [ 215 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (fma (/ 1 (* (cbrt N) (cbrt N))) (/ 1/3 (cbrt N)) (- 1/2)) (/ 1 N)))>
4.127 * * * * [progress]: [ 216 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (fma (/ 1 (sqrt N)) (/ 1/3 (sqrt N)) (- 1/2)) (/ 1 N)))>
4.127 * * * * [progress]: [ 217 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (fma (/ 1 1) (/ 1/3 N) (- 1/2)) (/ 1 N)))>
4.127 * * * * [progress]: [ 218 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (fma 1 (/ 1/3 N) (- 1/2)) (/ 1 N)))>
4.127 * * * * [progress]: [ 219 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (fma 1/3 (/ 1 N) (- 1/2)) (/ 1 N)))>
4.127 * * * * [progress]: [ 220 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (log (/ (exp (/ 1/3 N)) (exp 1/2))) (/ 1 N)))>
4.127 * * * * [progress]: [ 221 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (pow (- (/ 1/3 N) 1/2) 1) (/ 1 N)))>
4.127 * * * * [progress]: [ 222 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (exp (log (- (/ 1/3 N) 1/2))) (/ 1 N)))>
4.127 * * * * [progress]: [ 223 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (log (exp (- (/ 1/3 N) 1/2))) (/ 1 N)))>
4.127 * * * * [progress]: [ 224 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (* (* (cbrt (- (/ 1/3 N) 1/2)) (cbrt (- (/ 1/3 N) 1/2))) (cbrt (- (/ 1/3 N) 1/2))) (/ 1 N)))>
4.127 * * * * [progress]: [ 225 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (cbrt (* (* (- (/ 1/3 N) 1/2) (- (/ 1/3 N) 1/2)) (- (/ 1/3 N) 1/2))) (/ 1 N)))>
4.127 * * * * [progress]: [ 226 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (* (sqrt (- (/ 1/3 N) 1/2)) (sqrt (- (/ 1/3 N) 1/2))) (/ 1 N)))>
4.127 * * * * [progress]: [ 227 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (/ (- (pow (/ 1/3 N) 3) (pow 1/2 3)) (+ (* (/ 1/3 N) (/ 1/3 N)) (+ (* 1/2 1/2) (* (/ 1/3 N) 1/2)))) (/ 1 N)))>
4.127 * * * * [progress]: [ 228 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (/ 1/3 N) (- 1/2)) (/ 1 N)))>
4.127 * * * * [progress]: [ 229 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (* 1 (- (/ 1/3 N) 1/2)) (/ 1 N)))>
4.127 * * * * [progress]: [ 230 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (/ (- (* (/ 1/3 N) (/ 1/3 N)) (* 1/2 1/2)) (+ (/ 1/3 N) 1/2)) (/ 1 N)))>
4.127 * * * * [progress]: [ 231 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (* (+ (sqrt (/ 1/3 N)) (sqrt 1/2)) (- (sqrt (/ 1/3 N)) (sqrt 1/2))) (/ 1 N)))>
4.128 * * * * [progress]: [ 232 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (* (+ (/ (sqrt 1/3) (sqrt N)) (sqrt 1/2)) (- (/ (sqrt 1/3) (sqrt N)) (sqrt 1/2))) (/ 1 N)))>
4.128 * * * * [progress]: [ 233 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (* 1 (- (/ 1/3 N) 1/2)) (/ 1 N)))>
4.128 * * * * [progress]: [ 234 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (+ (/ 1/3 N) (- 1/2)) (/ 1 N)))>
4.128 * * * * [progress]: [ 235 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (posit16->real (real->posit16 (- (/ 1/3 N) 1/2))) (/ 1 N)))>
4.128 * * * * [progress]: [ 236 / 247 ] simplifiying candidate #<alt (λ (N) (fma (/ 1 (pow N 2)) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.128 * * * * [progress]: [ 237 / 247 ] simplifiying candidate #<alt (λ (N) (fma (/ 1 (pow N 2)) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.128 * * * * [progress]: [ 238 / 247 ] simplifiying candidate #<alt (λ (N) (fma (/ 1 (pow N 2)) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.128 * * * * [progress]: [ 239 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.128 * * * * [progress]: [ 240 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.128 * * * * [progress]: [ 241 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.128 * * * * [progress]: [ 242 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ 1 (pow N 2)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.128 * * * * [progress]: [ 243 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ 1 (pow N 2)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.128 * * * * [progress]: [ 244 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ 1 (pow N 2)))) (- (/ 1/3 N) 1/2) (/ 1 N)))>
4.128 * * * * [progress]: [ 245 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (- (* 1/3 (/ 1 N)) 1/2) (/ 1 N)))>
4.128 * * * * [progress]: [ 246 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (- (* 1/3 (/ 1 N)) 1/2) (/ 1 N)))>
4.128 * * * * [progress]: [ 247 / 247 ] simplifiying candidate #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (- (* 1/3 (/ 1 N)) 1/2) (/ 1 N)))>
4.130 * [simplify]: Simplifying:
  (expm1 (log (exp (/ (/ 1 N) N))))
  (log1p (log (exp (/ (/ 1 N) N))))
  (log (* (cbrt (exp (/ (/ 1 N) N))) (cbrt (exp (/ (/ 1 N) N)))))
  (log (cbrt (exp (/ (/ 1 N) N))))
  (log (sqrt (exp (/ (/ 1 N) N))))
  (log (sqrt (exp (/ (/ 1 N) N))))
  (log 1)
  (log (exp (/ (/ 1 N) N)))
  (log (exp (/ (/ 1 N) N)))
  (log (exp (* (cbrt (/ (/ 1 N) N)) (cbrt (/ (/ 1 N) N)))))
  (log (exp (sqrt (/ (/ 1 N) N))))
  (log (exp (/ (* (cbrt (/ 1 N)) (cbrt (/ 1 N))) (* (cbrt N) (cbrt N)))))
  (log (exp (/ (* (cbrt (/ 1 N)) (cbrt (/ 1 N))) (sqrt N))))
  (log (exp (/ (* (cbrt (/ 1 N)) (cbrt (/ 1 N))) 1)))
  (log (exp (/ (sqrt (/ 1 N)) (* (cbrt N) (cbrt N)))))
  (log (exp (/ (sqrt (/ 1 N)) (sqrt N))))
  (log (exp (/ (sqrt (/ 1 N)) 1)))
  (log (exp (/ (/ (* (cbrt 1) (cbrt 1)) (* (cbrt N) (cbrt N))) (* (cbrt N) (cbrt N)))))
  (log (exp (/ (/ (* (cbrt 1) (cbrt 1)) (* (cbrt N) (cbrt N))) (sqrt N))))
  (log (exp (/ (/ (* (cbrt 1) (cbrt 1)) (* (cbrt N) (cbrt N))) 1)))
  (log (exp (/ (/ (* (cbrt 1) (cbrt 1)) (sqrt N)) (* (cbrt N) (cbrt N)))))
  (log (exp (/ (/ (* (cbrt 1) (cbrt 1)) (sqrt N)) (sqrt N))))
  (log (exp (/ (/ (* (cbrt 1) (cbrt 1)) (sqrt N)) 1)))
  (log (exp (/ (/ (* (cbrt 1) (cbrt 1)) 1) (* (cbrt N) (cbrt N)))))
  (log (exp (/ (/ (* (cbrt 1) (cbrt 1)) 1) (sqrt N))))
  (log (exp (/ (/ (* (cbrt 1) (cbrt 1)) 1) 1)))
  (log (exp (/ (/ (sqrt 1) (* (cbrt N) (cbrt N))) (* (cbrt N) (cbrt N)))))
  (log (exp (/ (/ (sqrt 1) (* (cbrt N) (cbrt N))) (sqrt N))))
  (log (exp (/ (/ (sqrt 1) (* (cbrt N) (cbrt N))) 1)))
  (log (exp (/ (/ (sqrt 1) (sqrt N)) (* (cbrt N) (cbrt N)))))
  (log (exp (/ (/ (sqrt 1) (sqrt N)) (sqrt N))))
  (log (exp (/ (/ (sqrt 1) (sqrt N)) 1)))
  (log (exp (/ (/ (sqrt 1) 1) (* (cbrt N) (cbrt N)))))
  (log (exp (/ (/ (sqrt 1) 1) (sqrt N))))
  (log (exp (/ (/ (sqrt 1) 1) 1)))
  (log (exp (/ (/ 1 (* (cbrt N) (cbrt N))) (* (cbrt N) (cbrt N)))))
  (log (exp (/ (/ 1 (* (cbrt N) (cbrt N))) (sqrt N))))
  (log (exp (/ (/ 1 (* (cbrt N) (cbrt N))) 1)))
  (log (exp (/ (/ 1 (sqrt N)) (* (cbrt N) (cbrt N)))))
  (log (exp (/ (/ 1 (sqrt N)) (sqrt N))))
  (log (exp (/ (/ 1 (sqrt N)) 1)))
  (log (exp (/ (/ 1 1) (* (cbrt N) (cbrt N)))))
  (log (exp (/ (/ 1 1) (sqrt N))))
  (log (exp (/ (/ 1 1) 1)))
  (log (exp (/ 1 (* (cbrt N) (cbrt N)))))
  (log (exp (/ 1 (sqrt N))))
  (log (exp (/ 1 1)))
  (log (exp (/ 1 (* (cbrt N) (cbrt N)))))
  (log (exp (/ 1 (sqrt N))))
  (log (exp (/ 1 1)))
  (log (exp 1))
  (log (exp (/ 1 N)))
  (log (log (exp (/ (/ 1 N) N))))
  (exp (log (exp (/ (/ 1 N) N))))
  (* (cbrt (log (exp (/ (/ 1 N) N)))) (cbrt (log (exp (/ (/ 1 N) N)))))
  (cbrt (log (exp (/ (/ 1 N) N))))
  (* (* (log (exp (/ (/ 1 N) N))) (log (exp (/ (/ 1 N) N)))) (log (exp (/ (/ 1 N) N))))
  (sqrt (log (exp (/ (/ 1 N) N))))
  (sqrt (log (exp (/ (/ 1 N) N))))
  (real->posit16 (log (exp (/ (/ 1 N) N))))
  (expm1 (/ 1/3 N))
  (log1p (/ 1/3 N))
  (- (log 1/3) (log N))
  (log (/ 1/3 N))
  (exp (/ 1/3 N))
  (/ (* (* 1/3 1/3) 1/3) (* (* N N) N))
  (* (cbrt (/ 1/3 N)) (cbrt (/ 1/3 N)))
  (cbrt (/ 1/3 N))
  (* (* (/ 1/3 N) (/ 1/3 N)) (/ 1/3 N))
  (sqrt (/ 1/3 N))
  (sqrt (/ 1/3 N))
  (- 1/3)
  (- N)
  (/ (* (cbrt 1/3) (cbrt 1/3)) (* (cbrt N) (cbrt N)))
  (/ (cbrt 1/3) (cbrt N))
  (/ (* (cbrt 1/3) (cbrt 1/3)) (sqrt N))
  (/ (cbrt 1/3) (sqrt N))
  (/ (* (cbrt 1/3) (cbrt 1/3)) 1)
  (/ (cbrt 1/3) N)
  (/ (sqrt 1/3) (* (cbrt N) (cbrt N)))
  (/ (sqrt 1/3) (cbrt N))
  (/ (sqrt 1/3) (sqrt N))
  (/ (sqrt 1/3) (sqrt N))
  (/ (sqrt 1/3) 1)
  (/ (sqrt 1/3) N)
  (/ 1 (* (cbrt N) (cbrt N)))
  (/ 1/3 (cbrt N))
  (/ 1 (sqrt N))
  (/ 1/3 (sqrt N))
  (/ 1 1)
  (/ 1/3 N)
  (/ 1 N)
  (/ N 1/3)
  (/ 1/3 (* (cbrt N) (cbrt N)))
  (/ 1/3 (sqrt N))
  (/ 1/3 1)
  (/ N (cbrt 1/3))
  (/ N (sqrt 1/3))
  (/ N 1/3)
  (real->posit16 (/ 1/3 N))
  (expm1 (/ (/ 1 N) N))
  (log1p (/ (/ 1 N) N))
  (- -1 1)
  (- (- 1) 1)
  (- (- (log N)) (log N))
  (- (- 0 (log N)) (log N))
  (- (- (log 1) (log N)) (log N))
  (- (log (/ 1 N)) (log N))
  (log (/ (/ 1 N) N))
  (exp (/ (/ 1 N) N))
  (/ (/ (* (* 1 1) 1) (* (* N N) N)) (* (* N N) N))
  (/ (* (* (/ 1 N) (/ 1 N)) (/ 1 N)) (* (* N N) N))
  (* (cbrt (/ (/ 1 N) N)) (cbrt (/ (/ 1 N) N)))
  (cbrt (/ (/ 1 N) N))
  (* (* (/ (/ 1 N) N) (/ (/ 1 N) N)) (/ (/ 1 N) N))
  (sqrt (/ (/ 1 N) N))
  (sqrt (/ (/ 1 N) N))
  (- (/ 1 N))
  (- N)
  (/ (* (cbrt (/ 1 N)) (cbrt (/ 1 N))) (* (cbrt N) (cbrt N)))
  (/ (cbrt (/ 1 N)) (cbrt N))
  (/ (* (cbrt (/ 1 N)) (cbrt (/ 1 N))) (sqrt N))
  (/ (cbrt (/ 1 N)) (sqrt N))
  (/ (* (cbrt (/ 1 N)) (cbrt (/ 1 N))) 1)
  (/ (cbrt (/ 1 N)) N)
  (/ (sqrt (/ 1 N)) (* (cbrt N) (cbrt N)))
  (/ (sqrt (/ 1 N)) (cbrt N))
  (/ (sqrt (/ 1 N)) (sqrt N))
  (/ (sqrt (/ 1 N)) (sqrt N))
  (/ (sqrt (/ 1 N)) 1)
  (/ (sqrt (/ 1 N)) N)
  (/ (/ (* (cbrt 1) (cbrt 1)) (* (cbrt N) (cbrt N))) (* (cbrt N) (cbrt N)))
  (/ (/ (cbrt 1) (cbrt N)) (cbrt N))
  (/ (/ (* (cbrt 1) (cbrt 1)) (* (cbrt N) (cbrt N))) (sqrt N))
  (/ (/ (cbrt 1) (cbrt N)) (sqrt N))
  (/ (/ (* (cbrt 1) (cbrt 1)) (* (cbrt N) (cbrt N))) 1)
  (/ (/ (cbrt 1) (cbrt N)) N)
  (/ (/ (* (cbrt 1) (cbrt 1)) (sqrt N)) (* (cbrt N) (cbrt N)))
  (/ (/ (cbrt 1) (sqrt N)) (cbrt N))
  (/ (/ (* (cbrt 1) (cbrt 1)) (sqrt N)) (sqrt N))
  (/ (/ (cbrt 1) (sqrt N)) (sqrt N))
  (/ (/ (* (cbrt 1) (cbrt 1)) (sqrt N)) 1)
  (/ (/ (cbrt 1) (sqrt N)) N)
  (/ (/ (* (cbrt 1) (cbrt 1)) 1) (* (cbrt N) (cbrt N)))
  (/ (/ (cbrt 1) N) (cbrt N))
  (/ (/ (* (cbrt 1) (cbrt 1)) 1) (sqrt N))
  (/ (/ (cbrt 1) N) (sqrt N))
  (/ (/ (* (cbrt 1) (cbrt 1)) 1) 1)
  (/ (/ (cbrt 1) N) N)
  (/ (/ (sqrt 1) (* (cbrt N) (cbrt N))) (* (cbrt N) (cbrt N)))
  (/ (/ (sqrt 1) (cbrt N)) (cbrt N))
  (/ (/ (sqrt 1) (* (cbrt N) (cbrt N))) (sqrt N))
  (/ (/ (sqrt 1) (cbrt N)) (sqrt N))
  (/ (/ (sqrt 1) (* (cbrt N) (cbrt N))) 1)
  (/ (/ (sqrt 1) (cbrt N)) N)
  (/ (/ (sqrt 1) (sqrt N)) (* (cbrt N) (cbrt N)))
  (/ (/ (sqrt 1) (sqrt N)) (cbrt N))
  (/ (/ (sqrt 1) (sqrt N)) (sqrt N))
  (/ (/ (sqrt 1) (sqrt N)) (sqrt N))
  (/ (/ (sqrt 1) (sqrt N)) 1)
  (/ (/ (sqrt 1) (sqrt N)) N)
  (/ (/ (sqrt 1) 1) (* (cbrt N) (cbrt N)))
  (/ (/ (sqrt 1) N) (cbrt N))
  (/ (/ (sqrt 1) 1) (sqrt N))
  (/ (/ (sqrt 1) N) (sqrt N))
  (/ (/ (sqrt 1) 1) 1)
  (/ (/ (sqrt 1) N) N)
  (/ (/ 1 (* (cbrt N) (cbrt N))) (* (cbrt N) (cbrt N)))
  (/ (/ 1 (cbrt N)) (cbrt N))
  (/ (/ 1 (* (cbrt N) (cbrt N))) (sqrt N))
  (/ (/ 1 (cbrt N)) (sqrt N))
  (/ (/ 1 (* (cbrt N) (cbrt N))) 1)
  (/ (/ 1 (cbrt N)) N)
  (/ (/ 1 (sqrt N)) (* (cbrt N) (cbrt N)))
  (/ (/ 1 (sqrt N)) (cbrt N))
  (/ (/ 1 (sqrt N)) (sqrt N))
  (/ (/ 1 (sqrt N)) (sqrt N))
  (/ (/ 1 (sqrt N)) 1)
  (/ (/ 1 (sqrt N)) N)
  (/ (/ 1 1) (* (cbrt N) (cbrt N)))
  (/ (/ 1 N) (cbrt N))
  (/ (/ 1 1) (sqrt N))
  (/ (/ 1 N) (sqrt N))
  (/ (/ 1 1) 1)
  (/ (/ 1 N) N)
  (/ 1 (* (cbrt N) (cbrt N)))
  (/ (/ 1 N) (cbrt N))
  (/ 1 (sqrt N))
  (/ (/ 1 N) (sqrt N))
  (/ 1 1)
  (/ (/ 1 N) N)
  (/ 1 (* (cbrt N) (cbrt N)))
  (/ (/ 1 N) (cbrt N))
  (/ 1 (sqrt N))
  (/ (/ 1 N) (sqrt N))
  (/ 1 1)
  (/ (/ 1 N) N)
  (/ 1 N)
  (/ N (/ 1 N))
  (/ (/ 1 N) (* (cbrt N) (cbrt N)))
  (/ (/ 1 N) (sqrt N))
  (/ (/ 1 N) 1)
  (/ N (cbrt (/ 1 N)))
  (/ N (sqrt (/ 1 N)))
  (/ N (/ (cbrt 1) (cbrt N)))
  (/ N (/ (cbrt 1) (sqrt N)))
  (/ N (/ (cbrt 1) N))
  (/ N (/ (sqrt 1) (cbrt N)))
  (/ N (/ (sqrt 1) (sqrt N)))
  (/ N (/ (sqrt 1) N))
  (/ N (/ 1 (cbrt N)))
  (/ N (/ 1 (sqrt N)))
  (/ N (/ 1 N))
  (/ N (/ 1 N))
  (/ N (/ 1 N))
  (* N N)
  (real->posit16 (/ (/ 1 N) N))
  (fma (* (cbrt (/ 1/3 N)) (cbrt (/ 1/3 N))) (cbrt (/ 1/3 N)) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2)))))
  (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))
  (fma (* (cbrt (/ 1/3 N)) (cbrt (/ 1/3 N))) (cbrt (/ 1/3 N)) (- (* (sqrt 1/2) (sqrt 1/2))))
  (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))
  (fma (* (cbrt (/ 1/3 N)) (cbrt (/ 1/3 N))) (cbrt (/ 1/3 N)) (- (* 1/2 1)))
  (fma (- 1/2) 1 (* 1/2 1))
  (fma (sqrt (/ 1/3 N)) (sqrt (/ 1/3 N)) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2)))))
  (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))
  (fma (sqrt (/ 1/3 N)) (sqrt (/ 1/3 N)) (- (* (sqrt 1/2) (sqrt 1/2))))
  (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))
  (fma (sqrt (/ 1/3 N)) (sqrt (/ 1/3 N)) (- (* 1/2 1)))
  (fma (- 1/2) 1 (* 1/2 1))
  (fma (/ (* (cbrt 1/3) (cbrt 1/3)) (* (cbrt N) (cbrt N))) (/ (cbrt 1/3) (cbrt N)) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2)))))
  (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))
  (fma (/ (* (cbrt 1/3) (cbrt 1/3)) (* (cbrt N) (cbrt N))) (/ (cbrt 1/3) (cbrt N)) (- (* (sqrt 1/2) (sqrt 1/2))))
  (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))
  (fma (/ (* (cbrt 1/3) (cbrt 1/3)) (* (cbrt N) (cbrt N))) (/ (cbrt 1/3) (cbrt N)) (- (* 1/2 1)))
  (fma (- 1/2) 1 (* 1/2 1))
  (fma (/ (* (cbrt 1/3) (cbrt 1/3)) (sqrt N)) (/ (cbrt 1/3) (sqrt N)) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2)))))
  (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))
  (fma (/ (* (cbrt 1/3) (cbrt 1/3)) (sqrt N)) (/ (cbrt 1/3) (sqrt N)) (- (* (sqrt 1/2) (sqrt 1/2))))
  (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))
  (fma (/ (* (cbrt 1/3) (cbrt 1/3)) (sqrt N)) (/ (cbrt 1/3) (sqrt N)) (- (* 1/2 1)))
  (fma (- 1/2) 1 (* 1/2 1))
  (fma (/ (* (cbrt 1/3) (cbrt 1/3)) 1) (/ (cbrt 1/3) N) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2)))))
  (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))
  (fma (/ (* (cbrt 1/3) (cbrt 1/3)) 1) (/ (cbrt 1/3) N) (- (* (sqrt 1/2) (sqrt 1/2))))
  (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))
  (fma (/ (* (cbrt 1/3) (cbrt 1/3)) 1) (/ (cbrt 1/3) N) (- (* 1/2 1)))
  (fma (- 1/2) 1 (* 1/2 1))
  (fma (/ (sqrt 1/3) (* (cbrt N) (cbrt N))) (/ (sqrt 1/3) (cbrt N)) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2)))))
  (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))
  (fma (/ (sqrt 1/3) (* (cbrt N) (cbrt N))) (/ (sqrt 1/3) (cbrt N)) (- (* (sqrt 1/2) (sqrt 1/2))))
  (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))
  (fma (/ (sqrt 1/3) (* (cbrt N) (cbrt N))) (/ (sqrt 1/3) (cbrt N)) (- (* 1/2 1)))
  (fma (- 1/2) 1 (* 1/2 1))
  (fma (/ (sqrt 1/3) (sqrt N)) (/ (sqrt 1/3) (sqrt N)) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2)))))
  (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))
  (fma (/ (sqrt 1/3) (sqrt N)) (/ (sqrt 1/3) (sqrt N)) (- (* (sqrt 1/2) (sqrt 1/2))))
  (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))
  (fma (/ (sqrt 1/3) (sqrt N)) (/ (sqrt 1/3) (sqrt N)) (- (* 1/2 1)))
  (fma (- 1/2) 1 (* 1/2 1))
  (fma (/ (sqrt 1/3) 1) (/ (sqrt 1/3) N) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2)))))
  (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))
  (fma (/ (sqrt 1/3) 1) (/ (sqrt 1/3) N) (- (* (sqrt 1/2) (sqrt 1/2))))
  (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))
  (fma (/ (sqrt 1/3) 1) (/ (sqrt 1/3) N) (- (* 1/2 1)))
  (fma (- 1/2) 1 (* 1/2 1))
  (fma (/ 1 (* (cbrt N) (cbrt N))) (/ 1/3 (cbrt N)) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2)))))
  (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))
  (fma (/ 1 (* (cbrt N) (cbrt N))) (/ 1/3 (cbrt N)) (- (* (sqrt 1/2) (sqrt 1/2))))
  (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))
  (fma (/ 1 (* (cbrt N) (cbrt N))) (/ 1/3 (cbrt N)) (- (* 1/2 1)))
  (fma (- 1/2) 1 (* 1/2 1))
  (fma (/ 1 (sqrt N)) (/ 1/3 (sqrt N)) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2)))))
  (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))
  (fma (/ 1 (sqrt N)) (/ 1/3 (sqrt N)) (- (* (sqrt 1/2) (sqrt 1/2))))
  (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))
  (fma (/ 1 (sqrt N)) (/ 1/3 (sqrt N)) (- (* 1/2 1)))
  (fma (- 1/2) 1 (* 1/2 1))
  (fma (/ 1 1) (/ 1/3 N) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2)))))
  (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))
  (fma (/ 1 1) (/ 1/3 N) (- (* (sqrt 1/2) (sqrt 1/2))))
  (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))
  (fma (/ 1 1) (/ 1/3 N) (- (* 1/2 1)))
  (fma (- 1/2) 1 (* 1/2 1))
  (fma 1 (/ 1/3 N) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2)))))
  (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))
  (fma 1 (/ 1/3 N) (- (* (sqrt 1/2) (sqrt 1/2))))
  (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))
  (fma 1 (/ 1/3 N) (- (* 1/2 1)))
  (fma (- 1/2) 1 (* 1/2 1))
  (fma 1/3 (/ 1 N) (- (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2)))))
  (fma (- (cbrt 1/2)) (* (cbrt 1/2) (cbrt 1/2)) (* (cbrt 1/2) (* (cbrt 1/2) (cbrt 1/2))))
  (fma 1/3 (/ 1 N) (- (* (sqrt 1/2) (sqrt 1/2))))
  (fma (- (sqrt 1/2)) (sqrt 1/2) (* (sqrt 1/2) (sqrt 1/2)))
  (fma 1/3 (/ 1 N) (- (* 1/2 1)))
  (fma (- 1/2) 1 (* 1/2 1))
  (expm1 (- (/ 1/3 N) 1/2))
  (log1p (- (/ 1/3 N) 1/2))
  (- 1/2)
  (- 1/2)
  (- 1/2)
  (- 1/2)
  (- 1/2)
  (- 1/2)
  (- 1/2)
  (- 1/2)
  (- 1/2)
  (- 1/2)
  (- 1/2)
  (- 1/2)
  (- 1/2)
  (/ (exp (/ 1/3 N)) (exp 1/2))
  (log (- (/ 1/3 N) 1/2))
  (exp (- (/ 1/3 N) 1/2))
  (* (cbrt (- (/ 1/3 N) 1/2)) (cbrt (- (/ 1/3 N) 1/2)))
  (cbrt (- (/ 1/3 N) 1/2))
  (* (* (- (/ 1/3 N) 1/2) (- (/ 1/3 N) 1/2)) (- (/ 1/3 N) 1/2))
  (sqrt (- (/ 1/3 N) 1/2))
  (sqrt (- (/ 1/3 N) 1/2))
  (- (pow (/ 1/3 N) 3) (pow 1/2 3))
  (+ (* (/ 1/3 N) (/ 1/3 N)) (+ (* 1/2 1/2) (* (/ 1/3 N) 1/2)))
  (- 1/2)
  (- (* (/ 1/3 N) (/ 1/3 N)) (* 1/2 1/2))
  (+ (/ 1/3 N) 1/2)
  (+ (sqrt (/ 1/3 N)) (sqrt 1/2))
  (- (sqrt (/ 1/3 N)) (sqrt 1/2))
  (+ (/ (sqrt 1/3) (sqrt N)) (sqrt 1/2))
  (- (/ (sqrt 1/3) (sqrt N)) (sqrt 1/2))
  (- (/ 1/3 N) 1/2)
  (- 1/2)
  (real->posit16 (- (/ 1/3 N) 1/2))
  (/ 1 (pow N 2))
  (/ 1 (pow N 2))
  (/ 1 (pow N 2))
  (/ 1/3 N)
  (/ 1/3 N)
  (/ 1/3 N)
  (/ 1 (pow N 2))
  (/ 1 (pow N 2))
  (/ 1 (pow N 2))
  (- (* 1/3 (/ 1 N)) 1/2)
  (- (* 1/3 (/ 1 N)) 1/2)
  (- (* 1/3 (/ 1 N)) 1/2)
4.134 * * [simplify]: iteration 0: 362 enodes
4.287 * * [simplify]: iteration 1: 645 enodes
4.512 * * [simplify]: iteration 2: 1339 enodes
4.734 * * [simplify]: iteration complete: 2002 enodes
4.735 * * [simplify]: Extracting #0: cost 108 inf + 0
4.737 * * [simplify]: Extracting #1: cost 409 inf + 6
4.742 * * [simplify]: Extracting #2: cost 488 inf + 9942
4.761 * * [simplify]: Extracting #3: cost 123 inf + 59527
4.789 * * [simplify]: Extracting #4: cost 8 inf + 78804
4.824 * * [simplify]: Extracting #5: cost 0 inf + 80677
4.856 * [simplify]: Simplified to:
  (expm1 (/ 1 (* N N)))
  (log1p (/ 1 (* N N)))
  (log (* (cbrt (exp (/ 1 (* N N)))) (cbrt (exp (/ 1 (* N N))))))
  (log (cbrt (exp (/ 1 (* N N)))))
  (log (sqrt (exp (/ 1 (* N N)))))
  (log (sqrt (exp (/ 1 (* N N)))))
  0
  (/ 1 (* N N))
  (/ 1 (* N N))
  (* (cbrt (/ 1 (* N N))) (cbrt (/ 1 (* N N))))
  (sqrt (/ 1 (* N N)))
  (* (/ (cbrt (/ 1 N)) (cbrt N)) (/ (cbrt (/ 1 N)) (cbrt N)))
  (/ (* (cbrt (/ 1 N)) (cbrt (/ 1 N))) (sqrt N))
  (* (cbrt (/ 1 N)) (cbrt (/ 1 N)))
  (/ (sqrt (/ 1 N)) (* (cbrt N) (cbrt N)))
  (/ (sqrt (/ 1 N)) (sqrt N))
  (sqrt (/ 1 N))
  (* (/ (/ 1 (cbrt N)) (cbrt N)) (/ (/ 1 (cbrt N)) (cbrt N)))
  (/ 1 (* (sqrt N) (* (cbrt N) (cbrt N))))
  (/ (/ 1 (cbrt N)) (cbrt N))
  (/ 1 (* (cbrt N) (* (cbrt N) (sqrt N))))
  (/ 1 N)
  (/ 1 (sqrt N))
  (/ (/ 1 (cbrt N)) (cbrt N))
  (/ 1 (sqrt N))
  1
  (* (/ (/ 1 (cbrt N)) (cbrt N)) (/ (/ 1 (cbrt N)) (cbrt N)))
  (/ 1 (* (sqrt N) (* (cbrt N) (cbrt N))))
  (/ (/ 1 (cbrt N)) (cbrt N))
  (/ 1 (* (cbrt N) (* (cbrt N) (sqrt N))))
  (/ 1 N)
  (/ 1 (sqrt N))
  (/ (/ 1 (cbrt N)) (cbrt N))
  (/ 1 (sqrt N))
  1
  (* (/ (/ 1 (cbrt N)) (cbrt N)) (/ (/ 1 (cbrt N)) (cbrt N)))
  (/ 1 (* (sqrt N) (* (cbrt N) (cbrt N))))
  (/ (/ 1 (cbrt N)) (cbrt N))
  (/ 1 (* (cbrt N) (* (cbrt N) (sqrt N))))
  (/ 1 N)
  (/ 1 (sqrt N))
  (/ (/ 1 (cbrt N)) (cbrt N))
  (/ 1 (sqrt N))
  1
  (/ (/ 1 (cbrt N)) (cbrt N))
  (/ 1 (sqrt N))
  1
  (/ (/ 1 (cbrt N)) (cbrt N))
  (/ 1 (sqrt N))
  1
  1
  (/ 1 N)
  (- (+ (log N) (log N)))
  (exp (/ 1 (* N N)))
  (* (cbrt (/ 1 (* N N))) (cbrt (/ 1 (* N N))))
  (cbrt (/ 1 (* N N)))
  (* (/ 1 (* N N)) (* (/ 1 (* N N)) (/ 1 (* N N))))
  (sqrt (/ 1 (* N N)))
  (sqrt (/ 1 (* N N)))
  (real->posit16 (/ 1 (* N N)))
  (expm1 (/ 1/3 N))
  (log1p (/ 1/3 N))
  (log (/ 1/3 N))
  (log (/ 1/3 N))
  (exp (/ 1/3 N))
  (/ 1/27 (* N (* N N)))
  (* (cbrt (/ 1/3 N)) (cbrt (/ 1/3 N)))
  (cbrt (/ 1/3 N))
  (/ 1/27 (* N (* N N)))
  (sqrt (/ 1/3 N))
  (sqrt (/ 1/3 N))
  -1/3
  (- N)
  (* (/ (cbrt 1/3) (cbrt N)) (/ (cbrt 1/3) (cbrt N)))
  (/ (cbrt 1/3) (cbrt N))
  (/ (* (cbrt 1/3) (cbrt 1/3)) (sqrt N))
  (/ (cbrt 1/3) (sqrt N))
  (* (cbrt 1/3) (cbrt 1/3))
  (/ (cbrt 1/3) N)
  (/ (/ (sqrt 1/3) (cbrt N)) (cbrt N))
  (/ (sqrt 1/3) (cbrt N))
  (/ (sqrt 1/3) (sqrt N))
  (/ (sqrt 1/3) (sqrt N))
  (sqrt 1/3)
  (/ (sqrt 1/3) N)
  (/ (/ 1 (cbrt N)) (cbrt N))
  (/ 1/3 (cbrt N))
  (/ 1 (sqrt N))
  (/ 1/3 (sqrt N))
  1
  (/ 1/3 N)
  (/ 1 N)
  (/ N 1/3)
  (/ (/ 1/3 (cbrt N)) (cbrt N))
  (/ 1/3 (sqrt N))
  1/3
  (/ N (cbrt 1/3))
  (/ N (sqrt 1/3))
  (/ N 1/3)
  (real->posit16 (/ 1/3 N))
  (expm1 (/ 1 (* N N)))
  (log1p (/ 1 (* N N)))
  -2
  -2
  (- (+ (log N) (log N)))
  (- (+ (log N) (log N)))
  (- (+ (log N) (log N)))
  (- (+ (log N) (log N)))
  (- (+ (log N) (log N)))
  (exp (/ 1 (* N N)))
  (/ 1 (* (* N (* N N)) (* N (* N N))))
  (* (* (/ (/ 1 N) N) (/ (/ 1 N) N)) (/ (/ 1 N) N))
  (* (cbrt (/ 1 (* N N))) (cbrt (/ 1 (* N N))))
  (cbrt (/ 1 (* N N)))
  (* (/ 1 (* N N)) (* (/ 1 (* N N)) (/ 1 (* N N))))
  (sqrt (/ 1 (* N N)))
  (sqrt (/ 1 (* N N)))
  (/ -1 N)
  (- N)
  (* (/ (cbrt (/ 1 N)) (cbrt N)) (/ (cbrt (/ 1 N)) (cbrt N)))
  (/ (cbrt (/ 1 N)) (cbrt N))
  (/ (* (cbrt (/ 1 N)) (cbrt (/ 1 N))) (sqrt N))
  (/ (cbrt (/ 1 N)) (sqrt N))
  (* (cbrt (/ 1 N)) (cbrt (/ 1 N)))
  (/ (cbrt (/ 1 N)) N)
  (/ (sqrt (/ 1 N)) (* (cbrt N) (cbrt N)))
  (/ (sqrt (/ 1 N)) (cbrt N))
  (/ (sqrt (/ 1 N)) (sqrt N))
  (/ (sqrt (/ 1 N)) (sqrt N))
  (sqrt (/ 1 N))
  (/ (sqrt (/ 1 N)) N)
  (* (/ (/ 1 (cbrt N)) (cbrt N)) (/ (/ 1 (cbrt N)) (cbrt N)))
  (/ (/ 1 (cbrt N)) (cbrt N))
  (/ 1 (* (sqrt N) (* (cbrt N) (cbrt N))))
  (/ (/ 1 (sqrt N)) (cbrt N))
  (/ (/ 1 (cbrt N)) (cbrt N))
  (/ 1 (* N (cbrt N)))
  (/ 1 (* (cbrt N) (* (cbrt N) (sqrt N))))
  (/ (/ 1 (cbrt N)) (sqrt N))
  (/ 1 N)
  (/ 1 N)
  (/ 1 (sqrt N))
  (/ (/ 1 (sqrt N)) N)
  (/ (/ 1 (cbrt N)) (cbrt N))
  (/ 1 (* N (cbrt N)))
  (/ 1 (sqrt N))
  (/ (/ 1 (sqrt N)) N)
  1
  (/ 1 (* N N))
  (* (/ (/ 1 (cbrt N)) (cbrt N)) (/ (/ 1 (cbrt N)) (cbrt N)))
  (/ (/ 1 (cbrt N)) (cbrt N))
  (/ 1 (* (sqrt N) (* (cbrt N) (cbrt N))))
  (/ (/ 1 (sqrt N)) (cbrt N))
  (/ (/ 1 (cbrt N)) (cbrt N))
  (/ 1 (* N (cbrt N)))
  (/ 1 (* (cbrt N) (* (cbrt N) (sqrt N))))
  (/ (/ 1 (sqrt N)) (cbrt N))
  (/ 1 N)
  (/ 1 N)
  (/ 1 (sqrt N))
  (/ (/ 1 (sqrt N)) N)
  (/ (/ 1 (cbrt N)) (cbrt N))
  (/ 1 (* N (cbrt N)))
  (/ 1 (sqrt N))
  (/ (/ 1 (sqrt N)) N)
  1
  (/ 1 (* N N))
  (* (/ (/ 1 (cbrt N)) (cbrt N)) (/ (/ 1 (cbrt N)) (cbrt N)))
  (/ (/ 1 (cbrt N)) (cbrt N))
  (/ 1 (* (sqrt N) (* (cbrt N) (cbrt N))))
  (/ (/ 1 (sqrt N)) (cbrt N))
  (/ (/ 1 (cbrt N)) (cbrt N))
  (/ 1 (* N (cbrt N)))
  (/ 1 (* (cbrt N) (* (cbrt N) (sqrt N))))
  (/ (/ 1 (sqrt N)) (cbrt N))
  (/ 1 N)
  (/ 1 N)
  (/ 1 (sqrt N))
  (/ (/ 1 (sqrt N)) N)
  (/ (/ 1 (cbrt N)) (cbrt N))
  (/ 1 (* N (cbrt N)))
  (/ 1 (sqrt N))
  (/ (/ 1 (sqrt N)) N)
  1
  (/ 1 (* N N))
  (/ (/ 1 (cbrt N)) (cbrt N))
  (/ 1 (* N (cbrt N)))
  (/ 1 (sqrt N))
  (/ (/ 1 (sqrt N)) N)
  1
  (/ 1 (* N N))
  (/ (/ 1 (cbrt N)) (cbrt N))
  (/ 1 (* N (cbrt N)))
  (/ 1 (sqrt N))
  (/ (/ 1 (sqrt N)) N)
  1
  (/ 1 (* N N))
  (/ 1 N)
  (* N N)
  (/ (/ (/ 1 N) (cbrt N)) (cbrt N))
  (/ (/ 1 (sqrt N)) N)
  (/ 1 N)
  (/ N (cbrt (/ 1 N)))
  (/ N (sqrt (/ 1 N)))
  (* N (cbrt N))
  (* N (sqrt N))
  (* N N)
  (* N (cbrt N))
  (* N (sqrt N))
  (* N N)
  (* N (cbrt N))
  (* N (sqrt N))
  (* N N)
  (* N N)
  (* N N)
  (* N N)
  (real->posit16 (/ 1 (* N N)))
  (fma (* (cbrt (/ 1/3 N)) (cbrt (/ 1/3 N))) (cbrt (/ 1/3 N)) -1/2)
  0
  (fma (* (cbrt (/ 1/3 N)) (cbrt (/ 1/3 N))) (cbrt (/ 1/3 N)) -1/2)
  0
  (fma (* (cbrt (/ 1/3 N)) (cbrt (/ 1/3 N))) (cbrt (/ 1/3 N)) -1/2)
  0
  (- (/ 1/3 N) 1/2)
  0
  (- (/ 1/3 N) 1/2)
  0
  (- (/ 1/3 N) 1/2)
  0
  (fma (/ (cbrt 1/3) (cbrt N)) (* (/ (cbrt 1/3) (cbrt N)) (/ (cbrt 1/3) (cbrt N))) -1/2)
  0
  (fma (/ (cbrt 1/3) (cbrt N)) (* (/ (cbrt 1/3) (cbrt N)) (/ (cbrt 1/3) (cbrt N))) -1/2)
  0
  (fma (/ (cbrt 1/3) (cbrt N)) (* (/ (cbrt 1/3) (cbrt N)) (/ (cbrt 1/3) (cbrt N))) -1/2)
  0
  (fma (/ (cbrt 1/3) (sqrt N)) (/ (* (cbrt 1/3) (cbrt 1/3)) (sqrt N)) -1/2)
  0
  (fma (/ (cbrt 1/3) (sqrt N)) (/ (* (cbrt 1/3) (cbrt 1/3)) (sqrt N)) -1/2)
  0
  (fma (/ (cbrt 1/3) (sqrt N)) (/ (* (cbrt 1/3) (cbrt 1/3)) (sqrt N)) -1/2)
  0
  (fma (/ (cbrt 1/3) N) (* (cbrt 1/3) (cbrt 1/3)) -1/2)
  0
  (fma (/ (cbrt 1/3) N) (* (cbrt 1/3) (cbrt 1/3)) -1/2)
  0
  (fma (/ (cbrt 1/3) N) (* (cbrt 1/3) (cbrt 1/3)) -1/2)
  0
  (fma (/ (sqrt 1/3) (cbrt N)) (/ (/ (sqrt 1/3) (cbrt N)) (cbrt N)) -1/2)
  0
  (fma (/ (sqrt 1/3) (cbrt N)) (/ (/ (sqrt 1/3) (cbrt N)) (cbrt N)) -1/2)
  0
  (fma (/ (sqrt 1/3) (cbrt N)) (/ (/ (sqrt 1/3) (cbrt N)) (cbrt N)) -1/2)
  0
  (fma (/ (sqrt 1/3) (sqrt N)) (/ (sqrt 1/3) (sqrt N)) -1/2)
  0
  (fma (/ (sqrt 1/3) (sqrt N)) (/ (sqrt 1/3) (sqrt N)) -1/2)
  0
  (fma (/ (sqrt 1/3) (sqrt N)) (/ (sqrt 1/3) (sqrt N)) -1/2)
  0
  (- (/ 1/3 N) 1/2)
  0
  (- (/ 1/3 N) 1/2)
  0
  (- (/ 1/3 N) 1/2)
  0
  (fma (/ (/ 1 (cbrt N)) (cbrt N)) (/ 1/3 (cbrt N)) -1/2)
  0
  (fma (/ (/ 1 (cbrt N)) (cbrt N)) (/ 1/3 (cbrt N)) -1/2)
  0
  (fma (/ (/ 1 (cbrt N)) (cbrt N)) (/ 1/3 (cbrt N)) -1/2)
  0
  (fma (/ 1 (sqrt N)) (/ 1/3 (sqrt N)) -1/2)
  0
  (fma (/ 1 (sqrt N)) (/ 1/3 (sqrt N)) -1/2)
  0
  (fma (/ 1 (sqrt N)) (/ 1/3 (sqrt N)) -1/2)
  0
  (- (/ 1/3 N) 1/2)
  0
  (- (/ 1/3 N) 1/2)
  0
  (- (/ 1/3 N) 1/2)
  0
  (- (/ 1/3 N) 1/2)
  0
  (- (/ 1/3 N) 1/2)
  0
  (- (/ 1/3 N) 1/2)
  0
  (- (/ 1/3 N) 1/2)
  0
  (- (/ 1/3 N) 1/2)
  0
  (- (/ 1/3 N) 1/2)
  0
  (expm1 (- (/ 1/3 N) 1/2))
  (log1p (- (/ 1/3 N) 1/2))
  -1/2
  -1/2
  -1/2
  -1/2
  -1/2
  -1/2
  -1/2
  -1/2
  -1/2
  -1/2
  -1/2
  -1/2
  -1/2
  (exp (- (/ 1/3 N) 1/2))
  (log (- (/ 1/3 N) 1/2))
  (exp (- (/ 1/3 N) 1/2))
  (* (cbrt (- (/ 1/3 N) 1/2)) (cbrt (- (/ 1/3 N) 1/2)))
  (cbrt (- (/ 1/3 N) 1/2))
  (* (* (- (/ 1/3 N) 1/2) (- (/ 1/3 N) 1/2)) (- (/ 1/3 N) 1/2))
  (sqrt (- (/ 1/3 N) 1/2))
  (sqrt (- (/ 1/3 N) 1/2))
  (fma (/ 1/3 N) (* (/ 1/3 N) (/ 1/3 N)) -1/8)
  (fma (/ 1/3 N) 1/2 (fma (/ 1/3 N) (/ 1/3 N) 1/4))
  -1/2
  (fma (/ 1/3 N) (/ 1/3 N) -1/4)
  (+ 1/2 (/ 1/3 N))
  (+ (sqrt (/ 1/3 N)) (sqrt 1/2))
  (- (sqrt (/ 1/3 N)) (sqrt 1/2))
  (+ (/ (sqrt 1/3) (sqrt N)) (sqrt 1/2))
  (- (/ (sqrt 1/3) (sqrt N)) (sqrt 1/2))
  (- (/ 1/3 N) 1/2)
  -1/2
  (real->posit16 (- (/ 1/3 N) 1/2))
  (/ 1 (* N N))
  (/ 1 (* N N))
  (/ 1 (* N N))
  (/ 1/3 N)
  (/ 1/3 N)
  (/ 1/3 N)
  (/ 1 (* N N))
  (/ 1 (* N N))
  (/ 1 (* N N))
  (- (/ 1/3 N) 1/2)
  (- (/ 1/3 N) 1/2)
  (- (/ 1/3 N) 1/2)
4.896 * * * [progress]: adding candidates to table
5.933 * [progress]: [Phase 3 of 3] Extracting.
5.933 * * [regime]: Finding splitpoints for: (#<alt (λ (N) (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N))))> #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (- (/ 1/3 N) 1/2) (/ 1 N)))> #<alt (λ (N) (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N)))>)
5.933 * * * [regime-changes]: Trying 1 branch expressions: (N)
5.933 * * * * [regimes]: Trying to branch on N from (#<alt (λ (N) (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N))))> #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (- (/ 1/3 N) 1/2) (/ 1 N)))> #<alt (λ (N) (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N)))>)
5.982 * * * [regime]: Found split indices: #<option (#s(si 0 132) #s(si 2 255))>
5.983 * [binary-search]: Improving bounds with binary search for N and (#<alt (λ (N) (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N))))> #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (- (/ 1/3 N) 1/2) (/ 1 N)))> #<alt (λ (N) (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N)))>)
6.033 * [regimes]: Found splitpoints: (#s(sp 0 N 5567.039381079165) #s(sp 2 N +nan.0)) , with alts (#<alt (λ (N) (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N))))> #<alt (λ (N) (fma (log (exp (/ (/ 1 N) N))) (- (/ 1/3 N) 1/2) (/ 1 N)))> #<alt (λ (N) (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N)))>)
6.033 * [simplify]: Simplifying:
  (if (<= N 5567.039381079165) (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N))) (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N)))
6.033 * * [simplify]: iteration 0: 17 enodes
6.034 * * [simplify]: iteration 1: 19 enodes
6.035 * * [simplify]: iteration complete: 19 enodes
6.035 * * [simplify]: Extracting #0: cost 1 inf + 0
6.035 * * [simplify]: Extracting #1: cost 4 inf + 0
6.035 * * [simplify]: Extracting #2: cost 11 inf + 0
6.035 * * [simplify]: Extracting #3: cost 14 inf + 2
6.035 * * [simplify]: Extracting #4: cost 9 inf + 275
6.035 * * [simplify]: Extracting #5: cost 4 inf + 896
6.035 * * [simplify]: Extracting #6: cost 1 inf + 1240
6.035 * * [simplify]: Extracting #7: cost 0 inf + 1885
6.035 * [simplify]: Simplified to:
  (if (<= N 5567.039381079165) (fma (sqrt (log1p N)) (sqrt (log1p N)) (- (log N))) (fma (/ (/ 1 N) N) (- (/ 1/3 N) 1/2) (/ 1 N)))
9.585 * [regime-testing]: Baseline error score: 29.696632276274908
9.588 * [regime-testing]: Oracle error score: 0.05697833353711709
9.593 * [regime-testing]: End program error score: 0.058338435521311696