Test expected optimizations by comparing optimizer logs instead of expanded code.
This commit is contained in:
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6f6ec3b2bf
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apply-plus.rkt line 4 col 7 - + - apply-map
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apply-plus.rkt line 5 col 7 - * - apply-map
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9
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24
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begin-float.rkt line 4 col 8 - - - binary float
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begin-float.rkt line 5 col 8 - * - binary float
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-1.0
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6.0
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binary-fixnum.rkt line 6 col 16 - vector-length - vector
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binary-fixnum.rkt line 6 col 3 - bitwise-and - binary fixnum
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binary-nonzero-fixnum.rkt line 4 col 11 - vector-length - vector
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binary-nonzero-fixnum.rkt line 4 col 1 - quotient - binary nonzero fixnum
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1
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box.rkt line 8 col 1 - unbox - box
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box.rkt line 9 col 1 - set-box! - box
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box.rkt line 10 col 1 - unbox - box
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1
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cross-module-struct2.rkt line 5 col 1 - x-x - struct ref
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1
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#f line #f col #f - op - dead else branch
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dead-else.rkt line 5 col 14 - + - binary float
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#f line #f col #f - op - dead else branch
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dead-else.rkt line 8 col 14 - + - binary float
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5.05.0
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1
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2
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#f line #f col #f - op - dead then branch
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dead-then.rkt line 6 col 14 - + - binary float
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#f line #f col #f - op - dead then branch
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dead-then.rkt line 9 col 14 - + - binary float
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9.09.0
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define-begin-float.rkt line 4 col 27 - - - binary float
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define-begin-float.rkt line 5 col 18 - * - binary float
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-1.0
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define-call-float.rkt line 4 col 17 - + - binary float
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define-float.rkt line 4 col 11 - + - binary float
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define-pair.rkt line 4 col 11 - car - unary pair
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3
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double-float.rkt line 4 col 1 - + - binary float
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6.0
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@ -0,0 +1,2 @@
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exact-inexact.rkt line 4 col 1 - exact->inexact - int to float
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1e+100
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fixnum-comparison.rkt line 4 col 4 - vector-length - vector
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#f line #f col #f - op - string
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fixnum-comparison.rkt line 4 col 1 - < - binary fixnum
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#t
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float-comp.rkt line 4 col 1 - < - binary float comp
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#t
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float-fun.rkt line 7 col 3 - + - binary float
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float-promotion.rkt line 4 col 4 - quotient - binary nonzero fixnum
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float-promotion.rkt line 4 col 1 - + - binary float
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float-promotion.rkt line 5 col 1 - + - binary float
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3.0
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1e+200
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flvector-length.rkt line 4 col 1 - flvector-length - flvector
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2
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fx-fl.rkt line 4 col 1 - exact->inexact - fixnum to float
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1.0
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#f line #f col #f - make-sequence - in-bytes
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#f line #f col #f - (let-values (((pos->vals pos-next init pos-cont? val-cont? all-cont?) (#%app make-sequence (quote (i)) (quote 123)))) (#%app void) (#%app (letrec-values (((for-loop) (lambda (fold-var pos) (if (#%app pos-cont? pos) (let-values (((i) (#%app pos->vals pos))) (if (#%app val-cont? i) (let-values (((fold-var) (let-values (((fold-var) fold-var)) (let-values () (let-values () (#%app display i)) (#%app void))))) (if (#%app all-cont? pos i) (#%app for-loop fold-var (#%app pos-next pos)) fold-var)) fold-var)) fold-var)))) for-loop) (#%app void) init)) - unboxed let bindings
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#f line #f col #f - (let-values (((i) (#%app pos->vals pos))) (if (#%app val-cont? i) (let-values (((fold-var) (let-values (((fold-var) fold-var)) (let-values () (let-values () (#%app display i)) (#%app void))))) (if (#%app all-cont? pos i) (#%app for-loop fold-var (#%app pos-next pos)) fold-var)) fold-var)) - unboxed let bindings
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#f line #f col #f - (let-values (((fold-var) fold-var)) (let-values () (let-values () (#%app display i)) (#%app void))) - unboxed let bindings
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#f line #f col #f - (let-values () (let-values () (#%app display i)) (#%app void)) - unboxed let bindings
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#f line #f col #f - (let-values () (#%app display i)) - unboxed let bindings
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#f line #f col #f - (let-values (((fold-var) (let-values (((fold-var) fold-var)) (let-values () (let-values () (#%app display i)) (#%app void))))) (if (#%app all-cont? pos i) (#%app for-loop fold-var (#%app pos-next pos)) fold-var)) - unboxed let bindings
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in-bytes.rkt line 4 col 0 - (letrec-values (((for-loop) (lambda (fold-var pos) (if (#%app pos-cont? pos) (let-values (((i) (#%app pos->vals pos))) (if (#%app val-cont? i) (let-values (((fold-var) (let-values (((fold-var) fold-var)) (let-values () (let-values () (#%app display i)) (#%app void))))) (if (#%app all-cont? pos i) (#%app for-loop fold-var (#%app pos-next pos)) fold-var)) fold-var)) fold-var)))) for-loop) - unboxed let bindings
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#f line #f col #f - (let-values (((i) (#%app pos->vals pos))) (if (#%app val-cont? i) (let-values (((fold-var) (let-values (((fold-var) fold-var)) (let-values () (let-values () (#%app display i)) (#%app void))))) (if (#%app all-cont? pos i) (#%app for-loop fold-var (#%app pos-next pos)) fold-var)) fold-var)) - unboxed let bindings
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#f line #f col #f - (let-values (((fold-var) fold-var)) (let-values () (let-values () (#%app display i)) (#%app void))) - unboxed let bindings
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#f line #f col #f - (let-values () (let-values () (#%app display i)) (#%app void)) - unboxed let bindings
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#f line #f col #f - (let-values () (#%app display i)) - unboxed let bindings
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#f line #f col #f - (let-values (((fold-var) (let-values (((fold-var) fold-var)) (let-values () (let-values () (#%app display i)) (#%app void))))) (if (#%app all-cont? pos i) (#%app for-loop fold-var (#%app pos-next pos)) fold-var)) - unboxed let bindings
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in-bytes.rkt line 4 col 0 - (letrec-values (((for-loop) (lambda (fold-var pos) (if (#%app pos-cont? pos) (let-values (((i) (#%app pos->vals pos))) (if (#%app val-cont? i) (let-values (((fold-var) (let-values (((fold-var) fold-var)) (let-values () (let-values () (#%app display i)) (#%app void))))) (if (#%app all-cont? pos i) (#%app for-loop fold-var (#%app pos-next pos)) fold-var)) fold-var)) fold-var)))) for-loop) - unboxed let bindings
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495051
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#f line #f col #f - make-sequence - in-list
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#f line #f col #f - (let-values (((pos->vals pos-next init pos-cont? val-cont? all-cont?) (#%app make-sequence (quote (i)) (quote (1 2 3))))) (#%app void) (#%app (letrec-values (((for-loop) (lambda (fold-var pos) (if (#%app pos-cont? pos) (let-values (((i) (#%app pos->vals pos))) (if (#%app val-cont? i) (let-values (((fold-var) (let-values (((fold-var) fold-var)) (let-values () (let-values () (#%app display i)) (#%app void))))) (if (#%app all-cont? pos i) (#%app for-loop fold-var (#%app pos-next pos)) fold-var)) fold-var)) fold-var)))) for-loop) (#%app void) init)) - unboxed let bindings
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#f line #f col #f - (let-values (((i) (#%app pos->vals pos))) (if (#%app val-cont? i) (let-values (((fold-var) (let-values (((fold-var) fold-var)) (let-values () (let-values () (#%app display i)) (#%app void))))) (if (#%app all-cont? pos i) (#%app for-loop fold-var (#%app pos-next pos)) fold-var)) fold-var)) - unboxed let bindings
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#f line #f col #f - (let-values (((fold-var) fold-var)) (let-values () (let-values () (#%app display i)) (#%app void))) - unboxed let bindings
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#f line #f col #f - (let-values () (let-values () (#%app display i)) (#%app void)) - unboxed let bindings
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#f line #f col #f - (let-values () (#%app display i)) - unboxed let bindings
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#f line #f col #f - (let-values (((fold-var) (let-values (((fold-var) fold-var)) (let-values () (let-values () (#%app display i)) (#%app void))))) (if (#%app all-cont? pos i) (#%app for-loop fold-var (#%app pos-next pos)) fold-var)) - unboxed let bindings
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in-list.rkt line 4 col 0 - (letrec-values (((for-loop) (lambda (fold-var pos) (if (#%app pos-cont? pos) (let-values (((i) (#%app pos->vals pos))) (if (#%app val-cont? i) (let-values (((fold-var) (let-values (((fold-var) fold-var)) (let-values () (let-values () (#%app display i)) (#%app void))))) (if (#%app all-cont? pos i) (#%app for-loop fold-var (#%app pos-next pos)) fold-var)) fold-var)) fold-var)))) for-loop) - unboxed let bindings
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#f line #f col #f - (let-values (((i) (#%app pos->vals pos))) (if (#%app val-cont? i) (let-values (((fold-var) (let-values (((fold-var) fold-var)) (let-values () (let-values () (#%app display i)) (#%app void))))) (if (#%app all-cont? pos i) (#%app for-loop fold-var (#%app pos-next pos)) fold-var)) fold-var)) - unboxed let bindings
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#f line #f col #f - (let-values (((fold-var) fold-var)) (let-values () (let-values () (#%app display i)) (#%app void))) - unboxed let bindings
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#f line #f col #f - (let-values () (let-values () (#%app display i)) (#%app void)) - unboxed let bindings
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#f line #f col #f - (let-values () (#%app display i)) - unboxed let bindings
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#f line #f col #f - (let-values (((fold-var) (let-values (((fold-var) fold-var)) (let-values () (let-values () (#%app display i)) (#%app void))))) (if (#%app all-cont? pos i) (#%app for-loop fold-var (#%app pos-next pos)) fold-var)) - unboxed let bindings
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in-list.rkt line 4 col 0 - (letrec-values (((for-loop) (lambda (fold-var pos) (if (#%app pos-cont? pos) (let-values (((i) (#%app pos->vals pos))) (if (#%app val-cont? i) (let-values (((fold-var) (let-values (((fold-var) fold-var)) (let-values () (let-values () (#%app display i)) (#%app void))))) (if (#%app all-cont? pos i) (#%app for-loop fold-var (#%app pos-next pos)) fold-var)) fold-var)) fold-var)))) for-loop) - unboxed let bindings
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123
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#f line #f col #f - make-sequence - in-string
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#f line #f col #f - (let-values (((pos->vals pos-next init pos-cont? val-cont? all-cont?) (#%app make-sequence (quote (i)) (quote 123)))) (#%app void) (#%app (letrec-values (((for-loop) (lambda (fold-var pos) (if (#%app pos-cont? pos) (let-values (((i) (#%app pos->vals pos))) (if (#%app val-cont? i) (let-values (((fold-var) (let-values (((fold-var) fold-var)) (let-values () (let-values () (#%app display i)) (#%app void))))) (if (#%app all-cont? pos i) (#%app for-loop fold-var (#%app pos-next pos)) fold-var)) fold-var)) fold-var)))) for-loop) (#%app void) init)) - unboxed let bindings
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#f line #f col #f - (let-values (((i) (#%app pos->vals pos))) (if (#%app val-cont? i) (let-values (((fold-var) (let-values (((fold-var) fold-var)) (let-values () (let-values () (#%app display i)) (#%app void))))) (if (#%app all-cont? pos i) (#%app for-loop fold-var (#%app pos-next pos)) fold-var)) fold-var)) - unboxed let bindings
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#f line #f col #f - (let-values (((fold-var) fold-var)) (let-values () (let-values () (#%app display i)) (#%app void))) - unboxed let bindings
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#f line #f col #f - (let-values () (let-values () (#%app display i)) (#%app void)) - unboxed let bindings
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#f line #f col #f - (let-values () (#%app display i)) - unboxed let bindings
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#f line #f col #f - (let-values (((fold-var) (let-values (((fold-var) fold-var)) (let-values () (let-values () (#%app display i)) (#%app void))))) (if (#%app all-cont? pos i) (#%app for-loop fold-var (#%app pos-next pos)) fold-var)) - unboxed let bindings
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in-string.rkt line 4 col 0 - (letrec-values (((for-loop) (lambda (fold-var pos) (if (#%app pos-cont? pos) (let-values (((i) (#%app pos->vals pos))) (if (#%app val-cont? i) (let-values (((fold-var) (let-values (((fold-var) fold-var)) (let-values () (let-values () (#%app display i)) (#%app void))))) (if (#%app all-cont? pos i) (#%app for-loop fold-var (#%app pos-next pos)) fold-var)) fold-var)) fold-var)))) for-loop) - unboxed let bindings
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#f line #f col #f - (let-values (((i) (#%app pos->vals pos))) (if (#%app val-cont? i) (let-values (((fold-var) (let-values (((fold-var) fold-var)) (let-values () (let-values () (#%app display i)) (#%app void))))) (if (#%app all-cont? pos i) (#%app for-loop fold-var (#%app pos-next pos)) fold-var)) fold-var)) - unboxed let bindings
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#f line #f col #f - (let-values (((fold-var) fold-var)) (let-values () (let-values () (#%app display i)) (#%app void))) - unboxed let bindings
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#f line #f col #f - (let-values () (let-values () (#%app display i)) (#%app void)) - unboxed let bindings
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#f line #f col #f - (let-values () (#%app display i)) - unboxed let bindings
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#f line #f col #f - (let-values (((fold-var) (let-values (((fold-var) fold-var)) (let-values () (let-values () (#%app display i)) (#%app void))))) (if (#%app all-cont? pos i) (#%app for-loop fold-var (#%app pos-next pos)) fold-var)) - unboxed let bindings
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in-string.rkt line 4 col 0 - (letrec-values (((for-loop) (lambda (fold-var pos) (if (#%app pos-cont? pos) (let-values (((i) (#%app pos->vals pos))) (if (#%app val-cont? i) (let-values (((fold-var) (let-values (((fold-var) fold-var)) (let-values () (let-values () (#%app display i)) (#%app void))))) (if (#%app all-cont? pos i) (#%app for-loop fold-var (#%app pos-next pos)) fold-var)) fold-var)) fold-var)))) for-loop) - unboxed let bindings
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123
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#f line #f col #f - make-sequence - in-vector
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#f line #f col #f - (let-values (((pos->vals pos-next init pos-cont? val-cont? all-cont?) (#%app make-sequence (quote (i)) (#%app vector (quote 1) (quote 2) (quote 3))))) (#%app void) (#%app (letrec-values (((for-loop) (lambda (fold-var pos) (if (#%app pos-cont? pos) (let-values (((i) (#%app pos->vals pos))) (if (#%app val-cont? i) (let-values (((fold-var) (let-values (((fold-var) fold-var)) (let-values () (let-values () (#%app display i)) (#%app void))))) (if (#%app all-cont? pos i) (#%app for-loop fold-var (#%app pos-next pos)) fold-var)) fold-var)) fold-var)))) for-loop) (#%app void) init)) - unboxed let bindings
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#f line #f col #f - (let-values (((i) (#%app pos->vals pos))) (if (#%app val-cont? i) (let-values (((fold-var) (let-values (((fold-var) fold-var)) (let-values () (let-values () (#%app display i)) (#%app void))))) (if (#%app all-cont? pos i) (#%app for-loop fold-var (#%app pos-next pos)) fold-var)) fold-var)) - unboxed let bindings
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#f line #f col #f - (let-values (((fold-var) fold-var)) (let-values () (let-values () (#%app display i)) (#%app void))) - unboxed let bindings
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#f line #f col #f - (let-values () (let-values () (#%app display i)) (#%app void)) - unboxed let bindings
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#f line #f col #f - (let-values () (#%app display i)) - unboxed let bindings
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#f line #f col #f - (let-values (((fold-var) (let-values (((fold-var) fold-var)) (let-values () (let-values () (#%app display i)) (#%app void))))) (if (#%app all-cont? pos i) (#%app for-loop fold-var (#%app pos-next pos)) fold-var)) - unboxed let bindings
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in-vector.rkt line 4 col 0 - (letrec-values (((for-loop) (lambda (fold-var pos) (if (#%app pos-cont? pos) (let-values (((i) (#%app pos->vals pos))) (if (#%app val-cont? i) (let-values (((fold-var) (let-values (((fold-var) fold-var)) (let-values () (let-values () (#%app display i)) (#%app void))))) (if (#%app all-cont? pos i) (#%app for-loop fold-var (#%app pos-next pos)) fold-var)) fold-var)) fold-var)))) for-loop) - unboxed let bindings
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#f line #f col #f - (let-values (((i) (#%app pos->vals pos))) (if (#%app val-cont? i) (let-values (((fold-var) (let-values (((fold-var) fold-var)) (let-values () (let-values () (#%app display i)) (#%app void))))) (if (#%app all-cont? pos i) (#%app for-loop fold-var (#%app pos-next pos)) fold-var)) fold-var)) - unboxed let bindings
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#f line #f col #f - (let-values (((fold-var) fold-var)) (let-values () (let-values () (#%app display i)) (#%app void))) - unboxed let bindings
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#f line #f col #f - (let-values () (let-values () (#%app display i)) (#%app void)) - unboxed let bindings
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#f line #f col #f - (let-values () (#%app display i)) - unboxed let bindings
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#f line #f col #f - (let-values (((fold-var) (let-values (((fold-var) fold-var)) (let-values () (let-values () (#%app display i)) (#%app void))))) (if (#%app all-cont? pos i) (#%app for-loop fold-var (#%app pos-next pos)) fold-var)) - unboxed let bindings
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in-vector.rkt line 4 col 0 - (letrec-values (((for-loop) (lambda (fold-var pos) (if (#%app pos-cont? pos) (let-values (((i) (#%app pos->vals pos))) (if (#%app val-cont? i) (let-values (((fold-var) (let-values (((fold-var) fold-var)) (let-values () (let-values () (#%app display i)) (#%app void))))) (if (#%app all-cont? pos i) (#%app for-loop fold-var (#%app pos-next pos)) fold-var)) fold-var)) fold-var)))) for-loop) - unboxed let bindings
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inexact-complex-conjugate-top.rkt line 4 col 12 - + - unboxed binary inexact complex
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inexact-complex-conjugate-top.rkt line 4 col 1 - conjugate - unboxed unary inexact complex
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inexact-complex-conjugate-top.rkt line 4 col 0 - (#%app conjugate (#%app + (quote 1.0+2.0i) (quote 2.0+4.0i))) - unboxed inexact complex
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3.0-6.0i
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inexact-complex-conjugate.rkt line 4 col 4 - conjugate - unboxed unary inexact complex
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inexact-complex-conjugate.rkt line 4 col 25 - conjugate - unboxed unary inexact complex
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inexact-complex-conjugate.rkt line 4 col 1 - + - unboxed binary inexact complex
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inexact-complex-conjugate.rkt line 4 col 0 - (#%app + (#%app conjugate (quote 1.0+2.0i)) (#%app conjugate (quote 2.0+4.0i))) - unboxed inexact complex
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3.0-6.0i
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inexact-complex-div.rkt line 4 col 1 - / - unboxed binary inexact complex
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inexact-complex-div.rkt line 4 col 0 - (#%app / (quote 1.0+2.0i) (quote 2.0+4.0i) (quote 3.0+6.0i)) - unboxed inexact complex
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0.03333333333333333-0.06666666666666667i
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inexact-complex-fixnum.rkt line 4 col 4 - quotient - binary nonzero fixnum
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inexact-complex-fixnum.rkt line 4 col 4 - quotient - binary nonzero fixnum
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inexact-complex-fixnum.rkt line 4 col 3 - (#%app quotient (quote 2) (quote 1)) - float-coerce-expr
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inexact-complex-fixnum.rkt line 4 col 1 - + - unboxed binary inexact complex
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inexact-complex-fixnum.rkt line 4 col 0 - (#%app + (#%app quotient (quote 2) (quote 1)) (quote 1.0+2.0i) (quote 3.0+6.0i)) - unboxed inexact complex
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6.0+8.0i
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inexact-complex-float-div.rkt line 5 col 52 - real-part - unboxed inexact complex
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inexact-complex-float-div.rkt line 6 col 52 - imag-part - unboxed inexact complex
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inexact-complex-float-div.rkt line 8 col 9 - (quote 1.0) - float-coerce-expr
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inexact-complex-float-div.rkt line 8 col 7 - / - unboxed binary inexact complex
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inexact-complex-float-div.rkt line 8 col 6 - (#%app / (quote 1.0) (quote 2.0+4.0i)) - unboxed inexact complex
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inexact-complex-float-div.rkt line 9 col 18 - (quote 2.0) - float-coerce-expr
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inexact-complex-float-div.rkt line 9 col 7 - / - unboxed binary inexact complex
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inexact-complex-float-div.rkt line 9 col 6 - (#%app / (quote 1.0+2.0i) (quote 2.0)) - unboxed inexact complex
|
||||
inexact-complex-float-div.rkt line 10 col 9 - (quote 1.0) - float-coerce-expr
|
||||
inexact-complex-float-div.rkt line 10 col 7 - / - unboxed binary inexact complex
|
||||
inexact-complex-float-div.rkt line 10 col 6 - (#%app / (quote 1.0) (quote 2.0+4.0i) (quote 3.0+6.0i)) - unboxed inexact complex
|
||||
inexact-complex-float-div.rkt line 11 col 18 - (quote 2.0) - float-coerce-expr
|
||||
inexact-complex-float-div.rkt line 11 col 7 - / - unboxed binary inexact complex
|
||||
inexact-complex-float-div.rkt line 11 col 6 - (#%app / (quote 1.0+2.0i) (quote 2.0) (quote 3.0+6.0i)) - unboxed inexact complex
|
||||
inexact-complex-float-div.rkt line 12 col 27 - (quote 3.0) - float-coerce-expr
|
||||
inexact-complex-float-div.rkt line 12 col 7 - / - unboxed binary inexact complex
|
||||
inexact-complex-float-div.rkt line 12 col 6 - (#%app / (quote 1.0+2.0i) (quote 2.0+4.0i) (quote 3.0)) - unboxed inexact complex
|
||||
inexact-complex-float-div.rkt line 13 col 18 - (quote 2.0) - float-coerce-expr
|
||||
inexact-complex-float-div.rkt line 13 col 22 - (quote 3.0) - float-coerce-expr
|
||||
inexact-complex-float-div.rkt line 13 col 7 - / - unboxed binary inexact complex
|
||||
inexact-complex-float-div.rkt line 13 col 6 - (#%app / (quote 1.0+2.0i) (quote 2.0) (quote 3.0)) - unboxed inexact complex
|
||||
inexact-complex-float-div.rkt line 14 col 9 - (quote 1.0) - float-coerce-expr
|
||||
inexact-complex-float-div.rkt line 14 col 13 - (quote 2.0) - float-coerce-expr
|
||||
inexact-complex-float-div.rkt line 14 col 7 - / - unboxed binary inexact complex
|
||||
inexact-complex-float-div.rkt line 14 col 6 - (#%app / (quote 1.0) (quote 2.0) (quote 3.0+6.0i)) - unboxed inexact complex
|
||||
'("0.1000000000-0.2000000000" "0.50000000001.0000000000" "-0.0200000000-0.0266666667" "0.16666666670.0000000000" "0.16666666670.0000000000" "0.16666666670.3333333333" "0.0333333333-0.0666666667")
|
|
@ -0,0 +1,25 @@
|
|||
inexact-complex-float-mul.rkt line 4 col 3 - (quote 1.0) - float-coerce-expr
|
||||
inexact-complex-float-mul.rkt line 4 col 1 - * - unboxed binary inexact complex
|
||||
inexact-complex-float-mul.rkt line 4 col 0 - (#%app * (quote 1.0) (quote 2.0+4.0i)) - unboxed inexact complex
|
||||
inexact-complex-float-mul.rkt line 5 col 12 - (quote 2.0) - float-coerce-expr
|
||||
inexact-complex-float-mul.rkt line 5 col 1 - * - unboxed binary inexact complex
|
||||
inexact-complex-float-mul.rkt line 5 col 0 - (#%app * (quote 1.0+2.0i) (quote 2.0)) - unboxed inexact complex
|
||||
inexact-complex-float-mul.rkt line 6 col 3 - (quote 1.0) - float-coerce-expr
|
||||
inexact-complex-float-mul.rkt line 6 col 1 - * - unboxed binary inexact complex
|
||||
inexact-complex-float-mul.rkt line 6 col 0 - (#%app * (quote 1.0) (quote 2.0+4.0i) (quote 3.0+6.0i)) - unboxed inexact complex
|
||||
inexact-complex-float-mul.rkt line 7 col 12 - (quote 2.0) - float-coerce-expr
|
||||
inexact-complex-float-mul.rkt line 7 col 1 - * - unboxed binary inexact complex
|
||||
inexact-complex-float-mul.rkt line 7 col 0 - (#%app * (quote 1.0+2.0i) (quote 2.0) (quote 3.0+6.0i)) - unboxed inexact complex
|
||||
inexact-complex-float-mul.rkt line 8 col 21 - (quote 3.0) - float-coerce-expr
|
||||
inexact-complex-float-mul.rkt line 8 col 1 - * - unboxed binary inexact complex
|
||||
inexact-complex-float-mul.rkt line 8 col 0 - (#%app * (quote 1.0+2.0i) (quote 2.0+4.0i) (quote 3.0)) - unboxed inexact complex
|
||||
inexact-complex-float-mul.rkt line 9 col 12 - (quote 2.0) - float-coerce-expr
|
||||
inexact-complex-float-mul.rkt line 9 col 16 - (quote 3.0) - float-coerce-expr
|
||||
inexact-complex-float-mul.rkt line 9 col 1 - * - unboxed binary inexact complex
|
||||
inexact-complex-float-mul.rkt line 9 col 0 - (#%app * (quote 1.0+2.0i) (quote 2.0) (quote 3.0)) - unboxed inexact complex
|
||||
2.0+4.0i
|
||||
2.0+4.0i
|
||||
-18.0+24.0i
|
||||
-18.0+24.0i
|
||||
-18.0+24.0i
|
||||
6.0+12.0i
|
|
@ -0,0 +1,23 @@
|
|||
inexact-complex-float-small.rkt line 4 col 12 - (quote 3.0) - float-coerce-expr
|
||||
inexact-complex-float-small.rkt line 4 col 1 - + - unboxed binary inexact complex
|
||||
inexact-complex-float-small.rkt line 4 col 0 - (#%app + (quote 1.0+2.0i) (quote 3.0)) - unboxed inexact complex
|
||||
inexact-complex-float-small.rkt line 5 col 3 - (quote 1.0) - float-coerce-expr
|
||||
inexact-complex-float-small.rkt line 5 col 1 - + - unboxed binary inexact complex
|
||||
inexact-complex-float-small.rkt line 5 col 0 - (#%app + (quote 1.0) (quote 2.0+4.0i)) - unboxed inexact complex
|
||||
inexact-complex-float-small.rkt line 6 col 12 - (quote 3.0) - float-coerce-expr
|
||||
inexact-complex-float-small.rkt line 6 col 1 - - - unboxed binary inexact complex
|
||||
inexact-complex-float-small.rkt line 6 col 0 - (#%app - (quote 1.0+2.0i) (quote 3.0)) - unboxed inexact complex
|
||||
inexact-complex-float-small.rkt line 7 col 3 - (quote 1.0) - float-coerce-expr
|
||||
inexact-complex-float-small.rkt line 7 col 1 - - - unboxed binary inexact complex
|
||||
inexact-complex-float-small.rkt line 7 col 0 - (#%app - (quote 1.0) (quote 2.0+4.0i)) - unboxed inexact complex
|
||||
inexact-complex-float-small.rkt line 8 col 15 - (quote 1.0) - float-coerce-expr
|
||||
inexact-complex-float-small.rkt line 8 col 19 - (quote 2.0) - float-coerce-expr
|
||||
inexact-complex-float-small.rkt line 8 col 13 - + - binary float
|
||||
inexact-complex-float-small.rkt line 8 col 12 - (#%app + (quote 1.0) (quote 2.0)) - float-coerce-expr
|
||||
inexact-complex-float-small.rkt line 8 col 1 - + - unboxed binary inexact complex
|
||||
inexact-complex-float-small.rkt line 8 col 0 - (#%app + (quote 1.0+2.0i) (#%app + (quote 1.0) (quote 2.0))) - unboxed inexact complex
|
||||
4.0+2.0i
|
||||
3.0+4.0i
|
||||
-2.0+2.0i
|
||||
-1.0-4.0i
|
||||
4.0+2.0i
|
|
@ -0,0 +1,16 @@
|
|||
inexact-complex-float.rkt line 4 col 12 - (quote 2.0) - float-coerce-expr
|
||||
inexact-complex-float.rkt line 4 col 1 - + - unboxed binary inexact complex
|
||||
inexact-complex-float.rkt line 4 col 0 - (#%app + (quote 1.0+2.0i) (quote 2.0) (quote 3.0+6.0i)) - unboxed inexact complex
|
||||
inexact-complex-float.rkt line 5 col 3 - (quote 1.0) - float-coerce-expr
|
||||
inexact-complex-float.rkt line 5 col 1 - - - unboxed binary inexact complex
|
||||
inexact-complex-float.rkt line 5 col 0 - (#%app - (quote 1.0) (quote 2.0+4.0i) (quote 3.0+6.0i)) - unboxed inexact complex
|
||||
inexact-complex-float.rkt line 6 col 12 - (quote 2.0) - float-coerce-expr
|
||||
inexact-complex-float.rkt line 6 col 1 - - - unboxed binary inexact complex
|
||||
inexact-complex-float.rkt line 6 col 0 - (#%app - (quote 1.0+2.0i) (quote 2.0) (quote 3.0+6.0i)) - unboxed inexact complex
|
||||
inexact-complex-float.rkt line 7 col 21 - (quote 3.0) - float-coerce-expr
|
||||
inexact-complex-float.rkt line 7 col 1 - - - unboxed binary inexact complex
|
||||
inexact-complex-float.rkt line 7 col 0 - (#%app - (quote 1.0+2.0i) (quote 2.0+4.0i) (quote 3.0)) - unboxed inexact complex
|
||||
6.0+8.0i
|
||||
-4.0-10.0i
|
||||
-4.0-4.0i
|
||||
-4.0-2.0i
|
|
@ -0,0 +1,4 @@
|
|||
inexact-complex-i.rkt line 4 col 13 - * - unboxed binary inexact complex
|
||||
inexact-complex-i.rkt line 4 col 1 - + - unboxed binary inexact complex
|
||||
inexact-complex-i.rkt line 4 col 0 - (#%app + (quote 1.0+2.0i) (#%app * (quote 0+1.0i) (quote 2.0+4.0i))) - unboxed inexact complex
|
||||
-3.0+4.0i
|
|
@ -0,0 +1,4 @@
|
|||
inexact-complex-integer.rkt line 4 col 3 - (#%app expt (quote 2) (quote 100)) - float-coerce-expr
|
||||
inexact-complex-integer.rkt line 4 col 1 - + - unboxed binary inexact complex
|
||||
inexact-complex-integer.rkt line 4 col 0 - (#%app + (#%app expt (quote 2) (quote 100)) (quote 1.0+2.0i)) - unboxed inexact complex
|
||||
1.2676506002282294e+30+2.0i
|
|
@ -0,0 +1,3 @@
|
|||
inexact-complex-mult.rkt line 4 col 1 - * - unboxed binary inexact complex
|
||||
inexact-complex-mult.rkt line 4 col 0 - (#%app * (quote 1.0+2.0i) (quote 2.0+4.0i) (quote 3.0+6.0i)) - unboxed inexact complex
|
||||
-66.0-12.0i
|
|
@ -0,0 +1,6 @@
|
|||
inexact-complex-parts.rkt line 4 col 1 - real-part - unboxed inexact complex
|
||||
inexact-complex-parts.rkt line 5 col 1 - imag-part - unboxed inexact complex
|
||||
inexact-complex-parts.rkt line 6 col 1 - real-part - unboxed inexact complex
|
||||
1.0
|
||||
2.0
|
||||
1.0
|
|
@ -0,0 +1,20 @@
|
|||
inexact-complex-parts2.rkt line 6 col 12 - + - unboxed binary inexact complex
|
||||
inexact-complex-parts2.rkt line 6 col 11 - (#%app + (quote 1.0+2.0i) (quote 2.0+4.0i)) - unboxed inexact complex
|
||||
inexact-complex-parts2.rkt line 6 col 12 - + - unboxed binary inexact complex
|
||||
inexact-complex-parts2.rkt line 6 col 1 - real-part - unboxed inexact complex
|
||||
inexact-complex-parts2.rkt line 7 col 21 - + - unboxed binary inexact complex
|
||||
inexact-complex-parts2.rkt line 7 col 20 - (#%app + (quote 1.0+2.0i) (quote 2.0+4.0i)) - unboxed inexact complex
|
||||
inexact-complex-parts2.rkt line 7 col 21 - + - unboxed binary inexact complex
|
||||
inexact-complex-parts2.rkt line 7 col 1 - unsafe-flreal-part - unboxed inexact complex
|
||||
inexact-complex-parts2.rkt line 8 col 12 - + - unboxed binary inexact complex
|
||||
inexact-complex-parts2.rkt line 8 col 11 - (#%app + (quote 1.0+2.0i) (quote 2.0+4.0i)) - unboxed inexact complex
|
||||
inexact-complex-parts2.rkt line 8 col 12 - + - unboxed binary inexact complex
|
||||
inexact-complex-parts2.rkt line 8 col 1 - imag-part - unboxed inexact complex
|
||||
inexact-complex-parts2.rkt line 9 col 21 - + - unboxed binary inexact complex
|
||||
inexact-complex-parts2.rkt line 9 col 20 - (#%app + (quote 1.0+2.0i) (quote 2.0+4.0i)) - unboxed inexact complex
|
||||
inexact-complex-parts2.rkt line 9 col 21 - + - unboxed binary inexact complex
|
||||
inexact-complex-parts2.rkt line 9 col 1 - unsafe-flimag-part - unboxed inexact complex
|
||||
3.0
|
||||
3.0
|
||||
6.0
|
||||
6.0
|
|
@ -0,0 +1,20 @@
|
|||
inexact-complex-parts3.rkt line 6 col 24 - + - unboxed binary inexact complex
|
||||
inexact-complex-parts3.rkt line 6 col 13 - real-part - unboxed unary inexact complex**
|
||||
inexact-complex-parts3.rkt line 6 col 1 - + - unboxed binary inexact complex
|
||||
inexact-complex-parts3.rkt line 6 col 0 - (#%app + (quote 1.0+2.0i) (#%app real-part (#%app + (quote 2.0+4.0i) (quote 3.0+6.0i)))) - unboxed inexact complex
|
||||
inexact-complex-parts3.rkt line 7 col 33 - + - unboxed binary inexact complex
|
||||
inexact-complex-parts3.rkt line 7 col 13 - unsafe-flreal-part - unboxed unary inexact complex**
|
||||
inexact-complex-parts3.rkt line 7 col 1 - + - unboxed binary inexact complex
|
||||
inexact-complex-parts3.rkt line 7 col 0 - (#%app + (quote 1.0+2.0i) (#%app unsafe-flreal-part (#%app + (quote 2.0+4.0i) (quote 3.0+6.0i)))) - unboxed inexact complex
|
||||
inexact-complex-parts3.rkt line 8 col 24 - + - unboxed binary inexact complex
|
||||
inexact-complex-parts3.rkt line 8 col 13 - imag-part - unboxed unary inexact complex
|
||||
inexact-complex-parts3.rkt line 8 col 1 - + - unboxed binary inexact complex
|
||||
inexact-complex-parts3.rkt line 8 col 0 - (#%app + (quote 1.0+2.0i) (#%app imag-part (#%app + (quote 2.0+4.0i) (quote 3.0+6.0i)))) - unboxed inexact complex
|
||||
inexact-complex-parts3.rkt line 9 col 33 - + - unboxed binary inexact complex
|
||||
inexact-complex-parts3.rkt line 9 col 13 - unsafe-flimag-part - unboxed unary inexact complex
|
||||
inexact-complex-parts3.rkt line 9 col 1 - + - unboxed binary inexact complex
|
||||
inexact-complex-parts3.rkt line 9 col 0 - (#%app + (quote 1.0+2.0i) (#%app unsafe-flimag-part (#%app + (quote 2.0+4.0i) (quote 3.0+6.0i)))) - unboxed inexact complex
|
||||
6.0+2.0i
|
||||
6.0+2.0i
|
||||
11.0+2.0i
|
||||
11.0+2.0i
|
|
@ -0,0 +1,4 @@
|
|||
inexact-complex-sin.rkt line 5 col 13 - (#%app sin (#%app * t (quote 6.28))) - float-coerce-expr
|
||||
inexact-complex-sin.rkt line 5 col 11 - + - unboxed binary inexact complex
|
||||
inexact-complex-sin.rkt line 5 col 10 - (#%app + (#%app sin (#%app * t (quote 6.28))) (quote 0.0+0.0i)) - unboxed inexact complex
|
||||
-0.0031853017931379904+0.0i
|
|
@ -0,0 +1,6 @@
|
|||
inexact-complex.rkt line 4 col 1 - + - unboxed binary inexact complex
|
||||
inexact-complex.rkt line 4 col 0 - (#%app + (quote 1.0+2.0i) (quote 2.0+4.0i)) - unboxed inexact complex
|
||||
inexact-complex.rkt line 5 col 1 - - - unboxed binary inexact complex
|
||||
inexact-complex.rkt line 5 col 0 - (#%app - (quote 1.0+2.0i) (quote 2.0+4.0i)) - unboxed inexact complex
|
||||
3.0+6.0i
|
||||
-1.0-2.0i
|
|
@ -0,0 +1,2 @@
|
|||
invalid-exact-inexact.rkt line 3 col 1 - exact->inexact - float to float
|
||||
1.0
|
|
@ -0,0 +1 @@
|
|||
#t
|
|
@ -0,0 +1 @@
|
|||
0.5
|
|
@ -0,0 +1 @@
|
|||
1
|
|
@ -0,0 +1 @@
|
|||
1+2i
|
|
@ -0,0 +1 @@
|
|||
0
|
|
@ -0,0 +1 @@
|
|||
0+1.4142135623730951i
|
|
@ -0,0 +1,13 @@
|
|||
invalid-unboxed-let.rkt line 10 col 12 - + - unboxed binary inexact complex
|
||||
invalid-unboxed-let.rkt line 10 col 11 - (#%app + t1 t1) - unboxed inexact complex
|
||||
invalid-unboxed-let.rkt line 10 col 12 - + - unboxed binary inexact complex
|
||||
invalid-unboxed-let.rkt line 10 col 11 - (#%app + t1 t1) - unboxed inexact complex
|
||||
invalid-unboxed-let.rkt line 10 col 12 - + - unboxed binary inexact complex
|
||||
invalid-unboxed-let.rkt line 10 col 11 - (#%app + t1 t1) - unboxed inexact complex
|
||||
invalid-unboxed-let.rkt line 6 col 11 - + - unboxed binary inexact complex
|
||||
invalid-unboxed-let.rkt line 7 col 11 - + - unboxed binary inexact complex
|
||||
invalid-unboxed-let.rkt line 7 col 10 - (#%app + (quote 3.0+6.0i) (quote 4.0+8.0i)) - unboxed inexact complex
|
||||
invalid-unboxed-let.rkt line 6 col 0 - (let-values (((t1) (#%app + (quote 1.0+2.0i) (quote 2.0+4.0i))) ((t2) (#%app + (quote 3.0+6.0i) (quote 4.0+8.0i))) ((t3) (quote 1.0+2.0i)) ((t4) (quote 1))) (#%app display (#%app + t1 t1)) (#%app display t2) (#%app display t3) (#%app display t4)) - unboxed let bindings
|
||||
invalid-unboxed-let.rkt line 10 col 12 - + - unboxed binary inexact complex
|
||||
invalid-unboxed-let.rkt line 10 col 11 - (#%app + t1 t1) - unboxed inexact complex
|
||||
6.0+12.0i7.0+14.0i1.0+2.0i1
|
|
@ -0,0 +1,8 @@
|
|||
invalid-unboxed-let2.rkt line 7 col 31 - + - unboxed binary inexact complex
|
||||
invalid-unboxed-let2.rkt line 7 col 30 - (#%app + (quote 1.0+2.0i) (quote 2.0+4.0i)) - unboxed inexact complex
|
||||
invalid-unboxed-let2.rkt line 7 col 53 - + - unboxed binary inexact complex
|
||||
invalid-unboxed-let2.rkt line 7 col 52 - (#%app + (quote 3.0+6.0i) (quote 4.0+8.0i)) - unboxed inexact complex
|
||||
invalid-unboxed-let2.rkt line 7 col 0 - (let-values (((t1 t2) (#%app values (#%app + (quote 1.0+2.0i) (quote 2.0+4.0i)) (#%app + (quote 3.0+6.0i) (quote 4.0+8.0i))))) (#%app + t1 t2)) - unboxed let bindings
|
||||
invalid-unboxed-let2.rkt line 8 col 3 - + - unboxed binary inexact complex
|
||||
invalid-unboxed-let2.rkt line 8 col 2 - (#%app + t1 t2) - unboxed inexact complex
|
||||
10.0+20.0i
|
|
@ -0,0 +1,3 @@
|
|||
known-vector-length.rkt line 4 col 6 - vector-length - known-length vector
|
||||
known-vector-length.rkt line 4 col 6 - vector-length - known-length vector
|
||||
4
|
|
@ -0,0 +1,4 @@
|
|||
let-float.rkt line 4 col 10 - + - binary float
|
||||
let-float.rkt line 4 col 0 - (let-values (((x) (#%app + (quote 3.0) (quote 2.0)))) (#%app * (quote 9.0) x)) - unboxed let bindings
|
||||
let-float.rkt line 5 col 3 - * - binary float
|
||||
45.0
|
|
@ -0,0 +1,3 @@
|
|||
let-rhs.rkt line 6 col 10 - + - binary float
|
||||
let-rhs.rkt line 6 col 0 - (let-values (((x) (#%app + (quote 1.0) (quote 2.0)))) x) - unboxed let bindings
|
||||
3.0
|
|
@ -0,0 +1,3 @@
|
|||
literal-int.rkt line 6 col 1 - + - binary float
|
||||
3.0
|
||||
1
|
|
@ -0,0 +1,3 @@
|
|||
magnitude.rkt line 6 col 1 - magnitude - unboxed unary inexact complex
|
||||
magnitude.rkt line 6 col 0 - (#%app magnitude (quote 3.0+4.0i)) - unboxed inexact complex->float
|
||||
5.0
|
|
@ -0,0 +1,4 @@
|
|||
make-flrectangular.rkt line 4 col 1 - make-rectangular - binary float comp
|
||||
make-flrectangular.rkt line 5 col 1 - make-flrectangular - binary float comp
|
||||
1.0+2.2i
|
||||
1.0+2.2i
|
|
@ -0,0 +1,7 @@
|
|||
make-polar.rkt line 7 col 1 - make-polar - make-rectangular elimination
|
||||
make-polar.rkt line 7 col 1 - make-polar - make-polar
|
||||
make-polar.rkt line 10 col 13 - make-polar - make-rectangular elimination
|
||||
make-polar.rkt line 10 col 1 - + - unboxed binary inexact complex
|
||||
make-polar.rkt line 10 col 0 - (#%app + (quote 1.0+2.0i) (#%app make-polar (quote 2.0) (quote 4.0))) - unboxed inexact complex
|
||||
0.5403023058681398+0.8414709848078965i
|
||||
-0.3072872417272239+0.4863950093841434i
|
|
@ -0,0 +1,3 @@
|
|||
maybe-exact-complex.rkt line 6 col 1 - + - unboxed binary inexact complex
|
||||
maybe-exact-complex.rkt line 6 col 0 - (#%app + (quote 1.0+2.0i) (quote 2+4i)) - unboxed inexact complex
|
||||
3.0+6.0i
|
|
@ -0,0 +1,8 @@
|
|||
mpair.rkt line 6 col 1 - mcar - mutable pair
|
||||
mpair.rkt line 7 col 1 - mcdr - mutable pair
|
||||
mpair.rkt line 8 col 1 - set-mcar! - mutable pair
|
||||
mpair.rkt line 9 col 1 - set-mcdr! - mutable pair
|
||||
mpair.rkt line 9 col 14 - + - binary float
|
||||
mpair.rkt line 15 col 7 - mcar - mutable pair
|
||||
1
|
||||
1.0
|
|
@ -0,0 +1,2 @@
|
|||
n-ary-float.rkt line 4 col 1 - + - binary float
|
||||
6.0
|
|
@ -0,0 +1,3 @@
|
|||
n-ary-inexact-complex.rkt line 4 col 1 - + - unboxed binary inexact complex
|
||||
n-ary-inexact-complex.rkt line 4 col 0 - (#%app + (quote 1.0+2.0i) (quote 2.0+4.0i) (quote 3.0+6.0i) (quote 4.0+8.0i)) - unboxed inexact complex
|
||||
10.0+20.0i
|
|
@ -0,0 +1,3 @@
|
|||
nested-float.rkt line 4 col 8 - + - binary float
|
||||
nested-float.rkt line 4 col 1 - + - binary float
|
||||
9.0
|
|
@ -0,0 +1,3 @@
|
|||
nested-float2.rkt line 4 col 8 - * - binary float
|
||||
nested-float2.rkt line 4 col 1 - + - binary float
|
||||
14.0
|
|
@ -0,0 +1,4 @@
|
|||
nested-inexact-complex.rkt line 4 col 13 - - - unboxed binary inexact complex
|
||||
nested-inexact-complex.rkt line 4 col 1 - + - unboxed binary inexact complex
|
||||
nested-inexact-complex.rkt line 4 col 0 - (#%app + (quote 1.0+2.0i) (#%app - (quote 2.0+4.0i) (quote 3.0+6.0i))) - unboxed inexact complex
|
||||
0.0+0.0i
|
|
@ -0,0 +1,18 @@
|
|||
nested-let-loop.rkt line 15 col 36 - + - unboxed binary inexact complex
|
||||
nested-let-loop.rkt line 15 col 35 - (#%app + r s) - unboxed inexact complex
|
||||
nested-let-loop.rkt line 10 col 10 - r - unboxed complex variable
|
||||
nested-let-loop.rkt line 15 col 36 - + - unboxed binary inexact complex
|
||||
nested-let-loop.rkt line 15 col 35 - (#%app + r s) - unboxed inexact complex
|
||||
nested-let-loop.rkt line 15 col 36 - + - unboxed binary inexact complex
|
||||
nested-let-loop.rkt line 15 col 21 - loop1 - unboxed call site
|
||||
nested-let-loop.rkt line 15 col 28 - cdr - unary pair
|
||||
nested-let-loop.rkt line 16 col 41 - car - unary pair
|
||||
nested-let-loop.rkt line 16 col 49 - car - unary pair
|
||||
nested-let-loop.rkt line 16 col 36 - + - unboxed binary inexact complex
|
||||
nested-let-loop.rkt line 16 col 21 - loop2 - unboxed call site
|
||||
nested-let-loop.rkt line 16 col 28 - cdr - unary pair
|
||||
#f line #f col #f - (letrec-values (((loop2) (lambda (y s) (if (#%app null? y) (#%app loop1 (#%app cdr x) (#%app + r s)) (#%app loop2 (#%app cdr y) (#%app + s (#%app car x) (#%app car y))))))) loop2) - unboxed let bindings
|
||||
#f line #f col #f - (letrec-values (((loop2) (lambda (y s) (if (#%app null? y) (#%app loop1 (#%app cdr x) (#%app + r s)) (#%app loop2 (#%app cdr y) (#%app + s (#%app car x) (#%app car y))))))) loop2) - unboxed call site
|
||||
#f line #f col #f - (letrec-values (((loop1) (lambda (x r) (if (#%app null? x) r (#%app (letrec-values (((loop2) (lambda (y s) (if (#%app null? y) (#%app loop1 (#%app cdr x) (#%app + r s)) (#%app loop2 (#%app cdr y) (#%app + s (#%app car x) (#%app car y))))))) loop2) (quote (3.0+6.0i 4.0+8.0i)) (quote 0.0+0.0i)))))) loop1) - unboxed let bindings
|
||||
#f line #f col #f - (letrec-values (((loop1) (lambda (x r) (if (#%app null? x) r (#%app (letrec-values (((loop2) (lambda (y s) (if (#%app null? y) (#%app loop1 (#%app cdr x) (#%app + r s)) (#%app loop2 (#%app cdr y) (#%app + s (#%app car x) (#%app car y))))))) loop2) (quote (3.0+6.0i 4.0+8.0i)) (quote 0.0+0.0i)))))) loop1) - unboxed call site
|
||||
20.0+40.0i
|
|
@ -0,0 +1,3 @@
|
|||
nested-pair1.rkt line 4 col 6 - cdr - unary pair
|
||||
nested-pair1.rkt line 4 col 1 - car - unary pair
|
||||
2
|
|
@ -0,0 +1,3 @@
|
|||
nested-pair2.rkt line 4 col 6 - cdr - unary pair
|
||||
nested-pair2.rkt line 4 col 1 - car - unary pair
|
||||
'(2)
|
|
@ -0,0 +1,11 @@
|
|||
nested-unboxed-let.rkt line 7 col 12 - + - unboxed binary inexact complex
|
||||
nested-unboxed-let.rkt line 7 col 11 - (#%app + x (quote 2.0+3.0i)) - unboxed inexact complex
|
||||
nested-unboxed-let.rkt line 6 col 10 - + - unboxed binary inexact complex
|
||||
nested-unboxed-let.rkt line 6 col 0 - (let-values (((x) (#%app + (quote 1.0+2.0i) (quote 2.0+3.0i)))) (let-values (((x) (#%app + x (quote 2.0+3.0i)))) (#%app + x (quote 3.0+6.0i)))) - unboxed let bindings
|
||||
nested-unboxed-let.rkt line 8 col 5 - + - unboxed binary inexact complex
|
||||
nested-unboxed-let.rkt line 8 col 4 - (#%app + x (quote 3.0+6.0i)) - unboxed inexact complex
|
||||
nested-unboxed-let.rkt line 7 col 12 - + - unboxed binary inexact complex
|
||||
nested-unboxed-let.rkt line 7 col 2 - (let-values (((x) (#%app + x (quote 2.0+3.0i)))) (#%app + x (quote 3.0+6.0i))) - unboxed let bindings
|
||||
nested-unboxed-let.rkt line 8 col 5 - + - unboxed binary inexact complex
|
||||
nested-unboxed-let.rkt line 8 col 4 - (#%app + x (quote 3.0+6.0i)) - unboxed inexact complex
|
||||
8.0+14.0i
|
|
@ -0,0 +1,30 @@
|
|||
one-arg-arith.rkt line 6 col 1 - - - unary fixnum
|
||||
one-arg-arith.rkt line 7 col 1 - - - unary float
|
||||
one-arg-arith.rkt line 8 col 1 - / - unary float
|
||||
one-arg-arith.rkt line 10 col 1 - + - unary number
|
||||
one-arg-arith.rkt line 11 col 1 - + - unary number
|
||||
one-arg-arith.rkt line 12 col 1 - + - unary number
|
||||
one-arg-arith.rkt line 13 col 1 - * - unary number
|
||||
one-arg-arith.rkt line 14 col 1 - * - unary number
|
||||
one-arg-arith.rkt line 15 col 1 - * - unary number
|
||||
one-arg-arith.rkt line 16 col 1 - min - unary number
|
||||
one-arg-arith.rkt line 17 col 1 - min - unary number
|
||||
one-arg-arith.rkt line 18 col 1 - min - unary number
|
||||
one-arg-arith.rkt line 19 col 1 - max - unary number
|
||||
one-arg-arith.rkt line 20 col 1 - max - unary number
|
||||
one-arg-arith.rkt line 21 col 1 - max - unary number
|
||||
-12
|
||||
-12.0
|
||||
0.23809523809523808
|
||||
1
|
||||
1.0
|
||||
1267650600228229401496703205376
|
||||
1
|
||||
1.0
|
||||
1267650600228229401496703205376
|
||||
1
|
||||
1.0
|
||||
1267650600228229401496703205376
|
||||
1
|
||||
1.0
|
||||
1267650600228229401496703205376
|
|
@ -0,0 +1 @@
|
|||
pair-fun.rkt line 8 col 7 - car - unary pair
|
|
@ -0,0 +1 @@
|
|||
'(+ 1.0 2.0)
|
|
@ -0,0 +1,11 @@
|
|||
real-part-loop.rkt line 8 col 10 - real-part - unboxed unary inexact complex**
|
||||
real-part-loop.rkt line 8 col 9 - (#%app real-part v) - unboxed inexact complex->float
|
||||
real-part-loop.rkt line 8 col 20 - v - unboxed complex variable
|
||||
real-part-loop.rkt line 8 col 10 - real-part - unboxed inexact complex
|
||||
real-part-loop.rkt line 8 col 7 - > - binary float comp
|
||||
real-part-loop.rkt line 10 col 17 - (quote 3.6) - float-coerce-expr
|
||||
real-part-loop.rkt line 10 col 13 - + - unboxed binary inexact complex
|
||||
real-part-loop.rkt line 10 col 7 - loop - unboxed call site
|
||||
real-part-loop.rkt line 7 col 1 - (letrec-values (((loop) (lambda (v) (if (#%app > (#%app real-part v) (quote 70000.2)) (quote 0) (#%app loop (#%app + v (quote 3.6))))))) loop) - unboxed let bindings
|
||||
real-part-loop.rkt line 7 col 1 - (letrec-values (((loop) (lambda (v) (if (#%app > (#%app real-part v) (quote 70000.2)) (quote 0) (#%app loop (#%app + v (quote 3.6))))))) loop) - unboxed call site
|
||||
0
|
|
@ -0,0 +1,2 @@
|
|||
simple-float.rkt line 4 col 1 - + - binary float
|
||||
5.0
|
|
@ -0,0 +1,2 @@
|
|||
simple-pair.rkt line 4 col 1 - car - unary pair
|
||||
1
|
|
@ -0,0 +1,6 @@
|
|||
sqrt-segfault.rkt line 12 col 15 - - - binary float
|
||||
sqrt-segfault.rkt line 12 col 0 - (let-values (((dx) (#%app - (quote 0.0) (quote 0.0)))) (let-values (((dist2) (#%app * dx dx))) (let-values (((mag) (let-values (((val) (#%app * dist2 (#%app sqrt dist2)))) (if (#%app inexact-real? val) val (#%app error (quote Assertion failed)))))) (#%app void)))) - unboxed let bindings
|
||||
sqrt-segfault.rkt line 13 col 15 - * - binary float
|
||||
sqrt-segfault.rkt line 12 col 0 - (let-values (((dist2) (#%app * dx dx))) (let-values (((mag) (let-values (((val) (#%app * dist2 (#%app sqrt dist2)))) (if (#%app inexact-real? val) val (#%app error (quote Assertion failed)))))) (#%app void))) - unboxed let bindings
|
||||
sqrt-segfault.rkt line 14 col 14 - (let-values (((val) (#%app * dist2 (#%app sqrt dist2)))) (if (#%app inexact-real? val) val (#%app error (quote Assertion failed)))) - unboxed let bindings
|
||||
sqrt-segfault.rkt line 12 col 0 - (let-values (((mag) (let-values (((val) (#%app * dist2 (#%app sqrt dist2)))) (if (#%app inexact-real? val) val (#%app error (quote Assertion failed)))))) (#%app void)) - unboxed let bindings
|
|
@ -0,0 +1 @@
|
|||
sqrt.rkt line 6 col 3 - sqrt - unary float
|
|
@ -0,0 +1,4 @@
|
|||
#f line #f col #f - op - string
|
||||
#f line #f col #f - op - bytes
|
||||
2
|
||||
2
|
|
@ -0,0 +1,3 @@
|
|||
structs.rkt line 6 col 1 - pt-x - struct ref
|
||||
structs.rkt line 7 col 1 - set-pt-y! - struct set
|
||||
3
|
|
@ -0,0 +1,3 @@
|
|||
unary-fixnum-nested.rkt line 4 col 6 - bitwise-not - unary fixnum
|
||||
unary-fixnum-nested.rkt line 4 col 1 - abs - unary fixnum
|
||||
4
|
|
@ -0,0 +1,2 @@
|
|||
unary-fixnum.rkt line 4 col 1 - bitwise-not - unary fixnum
|
||||
-5
|
|
@ -0,0 +1,2 @@
|
|||
unary-float.rkt line 4 col 1 - sin - unary float
|
||||
0.9092974268256817
|
|
@ -0,0 +1,26 @@
|
|||
#f line #f col #f - make-sequence - in-list
|
||||
#f line #f col #f - (let-values (((pos->vals pos-next init pos-cont? val-cont? all-cont?) (#%app make-sequence (quote (i)) (quote (1.0+2.0i 2.0+4.0i))))) (#%app void) (#%app (letrec-values (((for-loop) (lambda (sum pos) (if (#%app pos-cont? pos) (let-values (((i) (#%app pos->vals pos))) (if (#%app val-cont? i) (let-values (((sum) (let-values (((sum) sum)) (let-values () (#%app + i sum))))) (if (#%app all-cont? pos i) (#%app for-loop sum (#%app pos-next pos)) sum)) sum)) sum)))) for-loop) (quote 0.0+0.0i) init)) - unboxed let bindings
|
||||
unboxed-for.rkt line 8 col 7 - + - unboxed binary inexact complex
|
||||
unboxed-for.rkt line 8 col 6 - (#%app + i sum) - unboxed inexact complex
|
||||
unboxed-for.rkt line 8 col 7 - + - unboxed binary inexact complex
|
||||
unboxed-for.rkt line 8 col 6 - (#%app + i sum) - unboxed inexact complex
|
||||
unboxed-for.rkt line 6 col 31 - sum - unboxed complex variable
|
||||
unboxed-for.rkt line 8 col 7 - + - unboxed binary inexact complex
|
||||
unboxed-for.rkt line 8 col 6 - (#%app + i sum) - unboxed inexact complex
|
||||
#f line #f col #f - (let-values (((i) (#%app pos->vals pos))) (if (#%app val-cont? i) (let-values (((sum) (let-values (((sum) sum)) (let-values () (#%app + i sum))))) (if (#%app all-cont? pos i) (#%app for-loop sum (#%app pos-next pos)) sum)) sum)) - unboxed let bindings
|
||||
unboxed-for.rkt line 7 col 13 - i - unboxed complex variable
|
||||
unboxed-for.rkt line 7 col 13 - i - unboxed complex variable
|
||||
unboxed-for.rkt line 8 col 7 - + - unboxed binary inexact complex
|
||||
unboxed-for.rkt line 8 col 6 - (#%app + i sum) - unboxed inexact complex
|
||||
#f line #f col #f - (let-values (((sum) sum)) (let-values () (#%app + i sum))) - unboxed let bindings
|
||||
#f line #f col #f - (let-values () (#%app + i sum)) - unboxed let bindings
|
||||
unboxed-for.rkt line 8 col 7 - + - unboxed binary inexact complex
|
||||
unboxed-for.rkt line 8 col 6 - (#%app + i sum) - unboxed inexact complex
|
||||
#f line #f col #f - (let-values (((sum) (let-values (((sum) sum)) (let-values () (#%app + i sum))))) (if (#%app all-cont? pos i) (#%app for-loop sum (#%app pos-next pos)) sum)) - unboxed let bindings
|
||||
unboxed-for.rkt line 7 col 13 - i - unboxed complex variable
|
||||
#f line #f col #f - for-loop - unboxed call site
|
||||
unboxed-for.rkt line 6 col 31 - sum - unboxed complex variable
|
||||
unboxed-for.rkt line 6 col 31 - sum - unboxed complex variable
|
||||
unboxed-for.rkt line 6 col 0 - (letrec-values (((for-loop) (lambda (sum pos) (if (#%app pos-cont? pos) (let-values (((i) (#%app pos->vals pos))) (if (#%app val-cont? i) (let-values (((sum) (let-values (((sum) sum)) (let-values () (#%app + i sum))))) (if (#%app all-cont? pos i) (#%app for-loop sum (#%app pos-next pos)) sum)) sum)) sum)))) for-loop) - unboxed let bindings
|
||||
unboxed-for.rkt line 6 col 0 - (letrec-values (((for-loop) (lambda (sum pos) (if (#%app pos-cont? pos) (let-values (((i) (#%app pos->vals pos))) (if (#%app val-cont? i) (let-values (((sum) (let-values (((sum) sum)) (let-values () (#%app + i sum))))) (if (#%app all-cont? pos i) (#%app for-loop sum (#%app pos-next pos)) sum)) sum)) sum)))) for-loop) - unboxed call site
|
||||
3.0+6.0i
|
|
@ -0,0 +1,8 @@
|
|||
unboxed-let-functions1.rkt line 7 col 43 - + - unboxed binary inexact complex
|
||||
unboxed-let-functions1.rkt line 7 col 42 - (#%app + x (quote 3.0+6.0i)) - unboxed inexact complex
|
||||
unboxed-let-functions1.rkt line 7 col 43 - + - unboxed binary inexact complex
|
||||
unboxed-let-functions1.rkt line 7 col 42 - (#%app + x (quote 3.0+6.0i)) - unboxed inexact complex
|
||||
unboxed-let-functions1.rkt line 7 col 0 - (let-values (((f) (lambda (x) (#%app + x (quote 3.0+6.0i))))) (#%app f (#%app + (quote 1.0+2.0i) (quote 2.0+4.0i)))) - unboxed let bindings
|
||||
unboxed-let-functions1.rkt line 8 col 6 - + - unboxed binary inexact complex
|
||||
unboxed-let-functions1.rkt line 8 col 3 - f - unboxed call site
|
||||
6.0+12.0i
|
|
@ -0,0 +1,10 @@
|
|||
unboxed-let-functions2.rkt line 8 col 19 - + - unboxed binary inexact complex
|
||||
unboxed-let-functions2.rkt line 8 col 18 - (#%app + x y) - unboxed inexact complex
|
||||
unboxed-let-functions2.rkt line 8 col 19 - + - unboxed binary inexact complex
|
||||
unboxed-let-functions2.rkt line 8 col 18 - (#%app + x y) - unboxed inexact complex
|
||||
unboxed-let-functions2.rkt line 8 col 19 - + - unboxed binary inexact complex
|
||||
unboxed-let-functions2.rkt line 8 col 18 - (#%app + x y) - unboxed inexact complex
|
||||
unboxed-let-functions2.rkt line 7 col 0 - (let-values (((f) (lambda (x y) (#%app + x y)))) (#%app f (#%app + (quote 1.0+2.0i) (quote 2.0+4.0i)) (quote 3.0+6.0i))) - unboxed let bindings
|
||||
unboxed-let-functions2.rkt line 9 col 6 - + - unboxed binary inexact complex
|
||||
unboxed-let-functions2.rkt line 9 col 3 - f - unboxed call site
|
||||
6.0+12.0i
|
|
@ -0,0 +1,10 @@
|
|||
unboxed-let-functions3.rkt line 8 col 23 - y - float-coerce-expr
|
||||
unboxed-let-functions3.rkt line 8 col 19 - + - unboxed binary inexact complex
|
||||
unboxed-let-functions3.rkt line 8 col 18 - (#%app + x y) - unboxed inexact complex
|
||||
unboxed-let-functions3.rkt line 8 col 23 - y - float-coerce-expr
|
||||
unboxed-let-functions3.rkt line 8 col 19 - + - unboxed binary inexact complex
|
||||
unboxed-let-functions3.rkt line 8 col 18 - (#%app + x y) - unboxed inexact complex
|
||||
unboxed-let-functions3.rkt line 7 col 0 - (let-values (((f) (lambda (x y) (#%app + x y)))) (#%app f (#%app + (quote 1.0+2.0i) (quote 2.0+4.0i)) (quote 3.0))) - unboxed let bindings
|
||||
unboxed-let-functions3.rkt line 9 col 6 - + - unboxed binary inexact complex
|
||||
unboxed-let-functions3.rkt line 9 col 3 - f - unboxed call site
|
||||
6.0+6.0i
|
|
@ -0,0 +1,10 @@
|
|||
unboxed-let-functions4.rkt line 8 col 23 - y - float-coerce-expr
|
||||
unboxed-let-functions4.rkt line 8 col 19 - + - unboxed binary inexact complex
|
||||
unboxed-let-functions4.rkt line 8 col 18 - (#%app + x y) - unboxed inexact complex
|
||||
unboxed-let-functions4.rkt line 8 col 23 - y - float-coerce-expr
|
||||
unboxed-let-functions4.rkt line 8 col 19 - + - unboxed binary inexact complex
|
||||
unboxed-let-functions4.rkt line 8 col 18 - (#%app + x y) - unboxed inexact complex
|
||||
unboxed-let-functions4.rkt line 7 col 0 - (let-values (((f) (lambda (y x) (#%app + x y)))) (#%app f (quote 3.0) (#%app + (quote 1.0+2.0i) (quote 2.0+4.0i)))) - unboxed let bindings
|
||||
unboxed-let-functions4.rkt line 10 col 6 - + - unboxed binary inexact complex
|
||||
unboxed-let-functions4.rkt line 9 col 3 - f - unboxed call site
|
||||
6.0+6.0i
|
|
@ -0,0 +1,5 @@
|
|||
unboxed-let-functions5.rkt line 9 col 22 - (let-values (((y) f)) x) - unboxed let bindings
|
||||
unboxed-let-functions5.rkt line 7 col 0 - (letrec-values (((f) (lambda (x) (let-values (((y) f)) x)))) (#%app f (#%app + (quote 1.0+2.0i) (quote 2.0+4.0i)))) - unboxed let bindings
|
||||
unboxed-let-functions5.rkt line 11 col 13 - + - unboxed binary inexact complex
|
||||
unboxed-let-functions5.rkt line 11 col 12 - (#%app + (quote 1.0+2.0i) (quote 2.0+4.0i)) - unboxed inexact complex
|
||||
3.0+6.0i
|
|
@ -0,0 +1,12 @@
|
|||
unboxed-let-functions6.rkt line 9 col 11 - + - unboxed binary inexact complex
|
||||
unboxed-let-functions6.rkt line 9 col 10 - (#%app + z (quote 0.0+1.0i)) - unboxed inexact complex
|
||||
unboxed-let-functions6.rkt line 9 col 11 - + - unboxed binary inexact complex
|
||||
unboxed-let-functions6.rkt line 9 col 10 - (#%app + z (quote 0.0+1.0i)) - unboxed inexact complex
|
||||
unboxed-let-functions6.rkt line 10 col 22 - car - unary pair
|
||||
unboxed-let-functions6.rkt line 10 col 21 - (#%app car l) - float-coerce-expr
|
||||
unboxed-let-functions6.rkt line 10 col 17 - + - unboxed binary inexact complex
|
||||
unboxed-let-functions6.rkt line 10 col 11 - loop - unboxed call site
|
||||
unboxed-let-functions6.rkt line 11 col 17 - cdr - unary pair
|
||||
#f line #f col #f - (letrec-values (((loop) (lambda (z l) (if (#%app null? l) (#%app + z (quote 0.0+1.0i)) (#%app loop (#%app + z (#%app car l)) (#%app cdr l)))))) loop) - unboxed let bindings
|
||||
#f line #f col #f - (letrec-values (((loop) (lambda (z l) (if (#%app null? l) (#%app + z (quote 0.0+1.0i)) (#%app loop (#%app + z (#%app car l)) (#%app cdr l)))))) loop) - unboxed call site
|
||||
6.0+1.0i
|
|
@ -0,0 +1,13 @@
|
|||
unboxed-let-functions7.rkt line 10 col 18 - car - unary pair
|
||||
unboxed-let-functions7.rkt line 10 col 17 - (#%app car l) - float-coerce-expr
|
||||
unboxed-let-functions7.rkt line 10 col 13 - + - unboxed binary inexact complex
|
||||
unboxed-let-functions7.rkt line 10 col 12 - (#%app + z (#%app car l)) - unboxed inexact complex
|
||||
unboxed-let-functions7.rkt line 9 col 6 - z - unboxed complex variable
|
||||
unboxed-let-functions7.rkt line 10 col 18 - car - unary pair
|
||||
unboxed-let-functions7.rkt line 10 col 17 - (#%app car l) - float-coerce-expr
|
||||
unboxed-let-functions7.rkt line 10 col 13 - + - unboxed binary inexact complex
|
||||
unboxed-let-functions7.rkt line 10 col 7 - loop - unboxed call site
|
||||
unboxed-let-functions7.rkt line 11 col 13 - cdr - unary pair
|
||||
#f line #f col #f - (letrec-values (((loop) (lambda (z l) (if (#%app null? l) z (#%app loop (#%app + z (#%app car l)) (#%app cdr l)))))) loop) - unboxed let bindings
|
||||
#f line #f col #f - (letrec-values (((loop) (lambda (z l) (if (#%app null? l) z (#%app loop (#%app + z (#%app car l)) (#%app cdr l)))))) loop) - unboxed call site
|
||||
6.0+0.0i
|
|
@ -0,0 +1,4 @@
|
|||
unboxed-let-functions8.rkt line 6 col 65 - + - unboxed binary inexact complex
|
||||
unboxed-let-functions8.rkt line 6 col 64 - (#%app + x (quote 2.0+4.0i)) - unboxed inexact complex
|
||||
unboxed-let-functions8.rkt line 6 col 0 - (letrec-values (((f) (lambda (x) (#%app + x (quote 2.0+4.0i)))) ((g) f)) (#%app f (quote 1.0+2.0i))) - unboxed let bindings
|
||||
3.0+6.0i
|
|
@ -0,0 +1,14 @@
|
|||
unboxed-let.rkt line 7 col 12 - - - unboxed binary inexact complex
|
||||
unboxed-let.rkt line 7 col 11 - (#%app - t1 (quote 3.0+6.0i)) - unboxed inexact complex
|
||||
unboxed-let.rkt line 6 col 12 - + - unboxed binary inexact complex
|
||||
unboxed-let.rkt line 6 col 0 - (let-values (((t1) (#%app + (quote 1.0+2.0i) (quote 2.0+4.0i)))) (let-values (((t2) (#%app - t1 (quote 3.0+6.0i)))) (let-values (((t3) (quote 4.0+8.0i))) (#%app + t2 t3)))) - unboxed let bindings
|
||||
unboxed-let.rkt line 9 col 3 - + - unboxed binary inexact complex
|
||||
unboxed-let.rkt line 9 col 2 - (#%app + t2 t3) - unboxed inexact complex
|
||||
unboxed-let.rkt line 7 col 12 - - - unboxed binary inexact complex
|
||||
unboxed-let.rkt line 6 col 0 - (let-values (((t2) (#%app - t1 (quote 3.0+6.0i)))) (let-values (((t3) (quote 4.0+8.0i))) (#%app + t2 t3))) - unboxed let bindings
|
||||
unboxed-let.rkt line 9 col 3 - + - unboxed binary inexact complex
|
||||
unboxed-let.rkt line 9 col 2 - (#%app + t2 t3) - unboxed inexact complex
|
||||
unboxed-let.rkt line 6 col 0 - (let-values (((t3) (quote 4.0+8.0i))) (#%app + t2 t3)) - unboxed let bindings
|
||||
unboxed-let.rkt line 9 col 3 - + - unboxed binary inexact complex
|
||||
unboxed-let.rkt line 9 col 2 - (#%app + t2 t3) - unboxed inexact complex
|
||||
4.0+8.0i
|
|
@ -0,0 +1,10 @@
|
|||
unboxed-let2.rkt line 8 col 3 - + - unboxed binary inexact complex
|
||||
unboxed-let2.rkt line 8 col 2 - (#%app + t1 t2) - unboxed inexact complex
|
||||
unboxed-let2.rkt line 8 col 3 - + - unboxed binary inexact complex
|
||||
unboxed-let2.rkt line 8 col 2 - (#%app + t1 t2) - unboxed inexact complex
|
||||
unboxed-let2.rkt line 6 col 11 - + - unboxed binary inexact complex
|
||||
unboxed-let2.rkt line 7 col 11 - + - unboxed binary inexact complex
|
||||
unboxed-let2.rkt line 6 col 0 - (let-values (((t1) (#%app + (quote 1.0+2.0i) (quote 2.0+4.0i))) ((t2) (#%app + (quote 3.0+6.0i) (quote 4.0+8.0i)))) (#%app + t1 t2)) - unboxed let bindings
|
||||
unboxed-let2.rkt line 8 col 3 - + - unboxed binary inexact complex
|
||||
unboxed-let2.rkt line 8 col 2 - (#%app + t1 t2) - unboxed inexact complex
|
||||
10.0+20.0i
|
|
@ -0,0 +1,8 @@
|
|||
unboxed-let3.rkt line 16 col 7 - + - unboxed binary inexact complex
|
||||
unboxed-let3.rkt line 16 col 6 - (#%app + x (quote 2.0+4.0i)) - unboxed inexact complex
|
||||
unboxed-let3.rkt line 13 col 10 - + - unboxed binary inexact complex
|
||||
unboxed-let3.rkt line 13 col 0 - (let-values (((x) (#%app + (quote 1.0+2.0i) (quote 2.0+4.0i)))) (if (#%app even? (quote 2)) x (#%app + x (quote 2.0+4.0i)))) - unboxed let bindings
|
||||
unboxed-let3.rkt line 15 col 6 - x - unboxed complex variable
|
||||
unboxed-let3.rkt line 16 col 7 - + - unboxed binary inexact complex
|
||||
unboxed-let3.rkt line 16 col 6 - (#%app + x (quote 2.0+4.0i)) - unboxed inexact complex
|
||||
3.0+6.0i
|
|
@ -0,0 +1,7 @@
|
|||
unboxed-letrec-syntaxes+values.rkt line 8 col 25 - + - unboxed binary inexact complex
|
||||
unboxed-letrec-syntaxes+values.rkt line 8 col 24 - (#%app + x (quote 2.0+4.0i)) - unboxed inexact complex
|
||||
unboxed-letrec-syntaxes+values.rkt line 7 col 31 - + - unboxed binary inexact complex
|
||||
unboxed-letrec-syntaxes+values.rkt line 6 col 0 - (letrec-syntaxes+values (((s) (syntax-rules () ((_ x) x)))) (((x) (#%app + (quote 1.0+2.0i) (quote 2.0+4.0i)))) (#%app + x (quote 2.0+4.0i))) - unboxed let bindings
|
||||
unboxed-letrec-syntaxes+values.rkt line 8 col 25 - + - unboxed binary inexact complex
|
||||
unboxed-letrec-syntaxes+values.rkt line 8 col 24 - (#%app + x (quote 2.0+4.0i)) - unboxed inexact complex
|
||||
5.0+10.0i
|
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Reference in New Issue
Block a user