15852 calls:
| 1.3s | (/ (* (* (* (- t1) v) (* (- t1) v)) (* (- t1) v)) (* (* (* (+ t1 u) (+ t1 u)) (+ t1 u)) (* (* (+ t1 u) (+ t1 u)) (+ t1 u)))) |
| 1.2s | (* (* (/ (* (* (fma v -2 3) (fma v -2 3)) (fma v -2 3)) (/ (* (* (- 1 v) (- 1 v)) (- 1 v)) (* (* 0.125 0.125) 0.125))) (* (* (* w r) (* w r)) (* w r))) (* (* (* w w) w) (* (* r r) r))) |
| 1.2s | (* (* (/ (* (* (fma v -2 3) (fma v -2 3)) (fma v -2 3)) (/ (* (* (- 1 v) (- 1 v)) (- 1 v)) (* (* 0.125 0.125) 0.125))) (* (* (* w w) w) (* (* r r) r))) (* (* (* w r) (* w r)) (* w r))) |
| 1.2s | (* (* (/ (* (* (fma v -2 3) (fma v -2 3)) (fma v -2 3)) (/ (* (* (- 1 v) (- 1 v)) (- 1 v)) (* (* 0.125 0.125) 0.125))) (* (* (* w w) w) (* (* r r) r))) (* (* (* w w) w) (* (* r r) r))) |
| 1.2s | (* (* (* (- (/ (- (fma x2 2 (* (* 3 x1) x1)) x1) (fma x1 x1 1)) 3) (- (/ (- (fma x2 2 (* (* 3 x1) x1)) x1) (fma x1 x1 1)) 3)) (- (/ (- (fma x2 2 (* (* 3 x1) x1)) x1) (fma x1 x1 1)) 3)) (* (* (* (* x1 2) (* x1 2)) (* x1 2)) (/ (* (* (- (fma x2 2 (* (* 3 x1) x1)) x1) (- (fma x2 2 (* (* 3 x1) x1)) x1)) (- (fma x2 2 (* (* 3 x1) x1)) x1)) (* (* (fma x1 x1 1) (fma x1 x1 1)) (fma x1 x1 1))))) |
| 62× | intervals |
| 35.3s | 254162× | body | 80 | valid |
| 12.9s | 13868× | body | 1280 | valid |
| 8.5s | 16716× | body | 160 | valid |
| 5.9s | 3822× | body | 2560 | valid |
| 5.6s | 9399× | body | 640 | valid |
| 3.7s | 75796× | pre | 80 | true |
| 3.2s | 2051× | body | 10240 | exit |
| 2.8s | 6811× | body | 320 | valid |
| 2.1s | 19272× | body | 80 | nan |
| 294.0ms | 216× | body | 5120 | valid |
272 calls:
| 1.2s | (/ (/ i n) (fma 100 (exp (* n (log1p (/ i n)))) -100)) |
| 490.0ms | (fma (fma (/ (- (fma x2 2 (* (* 3 x1) x1)) x1) (fma x1 x1 1)) 4 -6) (* x1 x1) (* (* (- (/ (- (fma x2 2 (* (* 3 x1) x1)) x1) (fma x1 x1 1)) 3) (* x1 2)) (/ (- (fma x2 2 (* (* 3 x1) x1)) x1) (fma x1 x1 1)))) |
| 488.0ms | (/ (fma 100 (pow (+ 1 (/ i n)) n) -100) (/ i n)) |
| 474.0ms | (fma (fma (/ (- (fma x2 2 (* (* 3 x1) x1)) x1) (fma x1 x1 1)) 4 -6) (* x1 x1) (* (- (/ (- (fma x2 2 (* (* 3 x1) x1)) x1) (fma x1 x1 1)) 3) (* (* x1 2) (/ (- (fma x2 2 (* (* 3 x1) x1)) x1) (fma x1 x1 1))))) |
| 472.0ms | (/ (fma 100 (exp (* n (log1p (/ i n)))) -100) (/ i n)) |
| 96× | rewrite-expression-head |
272 calls:
| 1.1s | (+ (+ (+ (* 333.75 (pow 33096 6)) (* (* 77617 77617) (+ (+ (+ (* (* 11 (* 77617 77617)) (* 33096 33096)) (- (pow 33096 6))) (* -121 (pow 33096 4))) -2))) (* 5.5 (pow 33096 8))) (/ 77617 (* 2 33096))) |
| 981.0ms | (+ (+ (* 333.75 (pow 33096 6)) (* (* 77617 77617) (+ (+ (+ (* (* 11 (* 77617 77617)) (* 33096 33096)) (- (pow 33096 6))) (* -121 (pow 33096 4))) -2))) (* 5.5 (pow 33096 8))) |
| 940.0ms | (+ (+ (* 333.75 (pow 33096 6)) (* (* 77617 77617) (+ (+ (+ (* (* 11 (* 77617 77617)) (* 33096 33096)) (- (pow 33096 6))) (* -121 (pow 33096 4))) -2))) (* 5.5 (pow 33096 8))) |
| 912.0ms | (+ (+ (* 333.75 (pow 33096 6)) (* (* 77617 77617) (+ (+ (+ (* (* 11 (* 77617 77617)) (* 33096 33096)) (- (pow 33096 6))) (* -121 (pow 33096 4))) -2))) (* 5.5 (pow 33096 8))) |
| 862.0ms | (+ (+ (* 333.75 (pow 33096 6)) (* (* 77617 77617) (+ (+ (+ (* (* 11 (* 77617 77617)) (* 33096 33096)) (- (pow 33096 6))) (* -121 (pow 33096 4))) -2))) (* 5.5 (pow 33096 8))) |
| 12873× | *-un-lft-identity |
| 12652× | times-frac |
| 10903× | add-sqr-sqrt |
| 9725× | add-cube-cbrt |
| 8952× | prod-diff |
| 3510× | exp-sum |
| 2025× | distribute-rgt-in distribute-lft-in |
| 1979× | associate--r+ |
| 1467× | distribute-lft-out |
| 1154× | add-exp-log |
| 1125× | div-inv |
| 1107× | add-cbrt-cube |
| 1053× | sqrt-prod |
| 850× | pow1 |
| 564× | add-log-exp |
| 544× | associate-*r/ |
| 508× | difference-of-squares |
| 448× | associate-/l* |
| 443× | associate-*l* |
| 419× | associate-/r/ |
| 393× | distribute-lft-out-- |
| 386× | prod-exp |
| 371× | sub-neg |
| 367× | associate-/r* |
| 364× | cbrt-unprod |
| 355× | flip-+ flip3-+ |
| 285× | associate-*r* |
| 282× | frac-times |
| 275× | expm1-log1p-u |
| 272× | log1p-expm1-u insert-posit16 |
| 255× | fma-neg |
| 254× | exp-prod |
| 238× | div-exp |
| 234× | pow-prod-down |
| 204× | cbrt-undiv |
| 183× | distribute-rgt-neg-in |
| 169× | associate-*l/ |
| 120× | distribute-lft-neg-in |
| 115× | pow-prod-up |
| 114× | log-pow |
| 113× | sum-log |
| 111× | flip3-- flip-- |
| 100× | cbrt-prod |
| 76× | fma-def |
| 70× | unswap-sqr |
| 61× | sqrt-pow1 frac-2neg clear-num pow1/2 |
| 58× | pow-plus *-commutative diff-log |
| 52× | fma-udef |
| 44× | associate-/l/ |
| 43× | swap-sqr |
| 40× | cbrt-div neg-mul-1 |
| 36× | pow-sqr |
| 28× | div-sub |
| 26× | rem-sqrt-square |
| 24× | +-commutative |
| 20× | unpow-prod-down |
| 16× | associate-+l+ 1-exp rec-exp |
| 14× | pow2 |
| 12× | rem-exp-log |
| 11× | cube-unmult |
| 10× | log-prod pow1/3 |
| 9× | associate--l+ sqr-pow associate--l- |
| 8× | frac-sub distribute-frac-neg |
| 7× | hypot-def |
| 6× | neg-sub0 distribute-lft-neg-out frac-add |
| 5× | pow-exp pow-flip inv-pow pow-to-exp |
| 4× | cube-prod associate-+r+ neg-log |
| 3× | expm1-udef pow-unpow log1p-expm1 rem-log-exp distribute-rgt-out log1p-udef |
| 2× | exp-diff pow3 hypot-udef |
| 1× | expm1-log1p distribute-lft1-in associate-+r- sqrt-div unpow3 pow-pow un-div-inv exp-to-pow cube-mult rem-cbrt-cube unsub-neg associate--r- log-div |
Total 33.1b remaining (19.5%)
| 9.1b | 47.5% | Compound Interest |
| 7.2b | 32% | Complex division, imag part |
| 4.9b | 75.3% | Kahan p9 Example |
| 4.7b | 82.9% | The quadratic formula (r2) |
| 2.4b | 0% | Complex division, real part |