317 calls:
| 2.1m | (* (fma z t (fma x y (fma c i (* a b)))) (fma z t (fma x y (fma c i (* a b))))) |
| 5.3s | (/ (fma x (* x x) (* (- (/ (+ (tan y) (tan z)) (- 1 (* (tan y) (tan z)))) (tan a)) (* (- (/ (+ (tan y) (tan z)) (- 1 (* (tan y) (tan z)))) (tan a)) (- (/ (+ (tan y) (tan z)) (- 1 (* (tan y) (tan z)))) (tan a))))) (+ (* x x) (- (* (- (/ (+ (tan y) (tan z)) (- 1 (* (tan y) (tan z)))) (tan a)) (- (/ (+ (tan y) (tan z)) (- 1 (* (tan y) (tan z)))) (tan a))) (* x (- (/ (+ (tan y) (tan z)) (- 1 (* (tan y) (tan z)))) (tan a)))))) |
| 3.2s | (fma (- (cbrt (fma 4.0 (fma t a (* x i)) (* 27.0 (* k j))))) (* (cbrt (fma 4.0 (fma t a (* x i)) (* 27.0 (* k j)))) (cbrt (fma 4.0 (fma t a (* x i)) (* 27.0 (* k j))))) (* (cbrt (fma 4.0 (fma t a (* x i)) (* 27.0 (* k j)))) (* (cbrt (fma 4.0 (fma t a (* x i)) (* 27.0 (* k j)))) (cbrt (fma 4.0 (fma t a (* x i)) (* 27.0 (* k j))))))) |
| 3.2s | (fma (- (cbrt (fma 4.0 (fma t a (* x i)) (* 27.0 (* k j))))) (* (cbrt (fma 4.0 (fma t a (* x i)) (* 27.0 (* k j)))) (cbrt (fma 4.0 (fma t a (* x i)) (* 27.0 (* k j))))) (* (cbrt (fma 4.0 (fma t a (* x i)) (* 27.0 (* k j)))) (* (cbrt (fma 4.0 (fma t a (* x i)) (* 27.0 (* k j)))) (cbrt (* (* (cbrt (fma 4.0 (fma t a (* x i)) (* 27.0 (* k j)))) (cbrt (fma 4.0 (fma t a (* x i)) (* 27.0 (* k j))))) (cbrt (fma 4.0 (fma t a (* x i)) (* 27.0 (* k j))))))))) |
| 1.2s | (cbrt (* (- (* z y) (* t a)) (* (cbrt x) (cbrt x)))) |
| 58× | intervals |
| 36.5s | 250303× | body | 80 | valid |
| 24.9s | 205527× | body | 80 | nan |
| 22.0s | 21375× | body | 1280 | valid |
| 8.6s | 11091× | body | 640 | valid |
| 5.7s | 5212× | body | 2560 | valid |
| 2.2s | 5195× | body | 320 | valid |
| 1.3s | 16512× | pre | 80 | true |
| 719.0ms | 2513× | body | 160 | valid |
| 127.0ms | 204× | body | 5120 | valid |
Total 35.1b remaining (26.7%)
Threshold costs 5.2b (4%)
| 99× | rewrite-expression-head |
323 calls:
| 910.0ms | (* (- (/ (+ (tan y) (tan z)) (- 1 (* (tan y) (tan z)))) (tan a)) (* (- (/ (+ (tan y) (tan z)) (- 1 (* (tan y) (tan z)))) (tan a)) (- (/ (+ (tan y) (tan z)) (- 1 (* (tan y) (tan z)))) (tan a)))) |
| 653.0ms | (* (/ 1 (* (cbrt (- (+ t 1.0) z)) (cbrt (- (+ t 1.0) z)))) (* (/ (- y z) (cbrt (- (+ t 1.0) z))) (- a x))) |
| 600.0ms | (* (- (/ (+ (tan y) (tan z)) (- 1 (* (tan y) (tan z)))) (tan a)) (- (/ (+ (tan y) (tan z)) (- 1 (* (tan y) (tan z)))) (tan a))) |
| 584.0ms | (/ (fma x (* x x) (* (- (/ (+ (tan y) (tan z)) (- 1 (* (tan y) (tan z)))) (tan a)) (* (- (/ (+ (tan y) (tan z)) (- 1 (* (tan y) (tan z)))) (tan a)) (- (/ (+ (tan y) (tan z)) (- 1 (* (tan y) (tan z)))) (tan a))))) (+ (* x x) (- (* (- (/ (+ (tan y) (tan z)) (- 1 (* (tan y) (tan z)))) (tan a)) (- (/ (+ (tan y) (tan z)) (- 1 (* (tan y) (tan z)))) (tan a))) (* x (- (/ (+ (tan y) (tan z)) (- 1 (* (tan y) (tan z)))) (tan a)))))) |
| 560.0ms | (* (- (/ (+ (tan y) (tan z)) (- 1 (* (tan y) (tan z)))) (tan a)) (- (/ (+ (tan y) (tan z)) (- 1 (* (tan y) (tan z)))) (tan a))) |
| 7114× | times-frac |
| 6773× | *-un-lft-identity |
| 5845× | add-sqr-sqrt |
| 4651× | add-cube-cbrt |
| 3622× | add-exp-log |
| 2509× | prod-exp |
| 1465× | prod-diff |
| 1286× | cbrt-prod |
| 1074× | add-cbrt-cube |
| 820× | distribute-rgt-neg-in |
| 768× | pow1 |
| 759× | distribute-lft-neg-in |
| 577× | pow-exp |
| 576× | pow-to-exp |
| 509× | distribute-lft-out |
| 493× | div-exp |
| 491× | associate-*r* |
| 485× | distribute-rgt-in distribute-lft-in |
| 474× | add-log-exp |
| 472× | associate-*l* distribute-lft-out-- |
| 423× | associate-/r* |
| 421× | difference-of-squares |
| 360× | div-inv |
| 353× | swap-sqr |
| 344× | associate-/l* |
| 339× | cbrt-unprod |
| 323× | expm1-log1p-u log1p-expm1-u |
| 253× | flip3-- flip-- |
| 252× | sqrt-prod |
| 242× | fma-neg |
| 229× | neg-mul-1 |
| 180× | cbrt-undiv |
| 170× | associate-/r/ |
| 159× | exp-prod |
| 157× | associate-+r+ |
| 155× | pow-prod-down |
| 141× | associate--r+ |
| 132× | frac-times |
| 121× | unswap-sqr |
| 112× | log-pow |
| 103× | tan-quot |
| 96× | pow1/3 |
| 84× | frac-sub |
| 83× | associate-*r/ |
| 82× | sqrt-div unpow-prod-down |
| 76× | sub-neg |
| 73× | associate-*l/ |
| 72× | *-commutative |
| 60× | frac-2neg clear-num |
| 59× | fma-def |
| 56× | diff-log |
| 53× | cbrt-div fma-udef |
| 46× | sqrt-pow1 |
| 41× | associate-/l/ |
| 40× | log-prod |
| 38× | pow-prod-up |
| 37× | pow1/2 |
| 35× | exp-sum |
| 34× | sqr-pow flip-+ flip3-+ rem-sqrt-square |
| 28× | associate-+l+ |
| 27× | pow-plus |
| 26× | pow-sqr |
| 25× | 1-exp |
| 23× | sum-log |
| 21× | rec-exp |
| 19× | pow2 |
| 17× | div-sub sin-mult |
| 16× | cos-mult pow-unpow distribute-neg-frac distribute-frac-neg |
| 15× | neg-sub0 |
| 13× | +-commutative |
| 12× | sub-div rem-exp-log |
| 10× | frac-add |
| 6× | pow-pow associate-+l- log-div |
| 5× | exp-diff associate--l- |
| 4× | associate--l+ pow3 neg-log |
| 3× | pow-flip associate-+r- inv-pow exp-neg |
| 2× | tan-sum distribute-rgt-out-- unpow1/3 cos-sum rem-cbrt-cube |
| 1× | unpow-prod-up quot-tan distribute-lft-neg-out cube-unmult distribute-rgt-neg-out log-rec sqrt-unprod sqr-neg rem-log-exp associate--r- e-exp-1 |