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@ -47,10 +47,9 @@
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#:finish-wrap [finish-wrap-func (λ (wrap-qs q0 q idx) (list wrap-qs))])
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(define (hard-break? x) (and (hard-break-func x) (or (not no-break-func) (not (no-break-func x)))))
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(define (soft-break? x) (and (soft-break-func x) (or (not no-break-func) (not (no-break-func x)))))
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(define target-size-proc
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(match target-size-proc-arg
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[(? procedure? proc) proc]
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[val (λ (q idx) val)]))
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(define target-size-proc (match target-size-proc-arg
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[(? procedure? proc) proc]
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[val (λ (q idx) val)]))
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; takes quads in wrap, triggering quad, and wrap idx; returns list containing wrap (and maybe other things)
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(define (finish-wrap qs previous-wrap-ender wrap-idx [wrap-triggering-q (car qs)])
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;; reverse because quads accumulated in reverse
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@ -152,7 +151,7 @@
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(wrap-count wrap-idx q)
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null
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next-wrap-tail
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(apply + (map distance next-wrap-tail))
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(for/sum ([item (in-list next-wrap-tail)]) (distance item))
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(car next-wrap-head)
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qs)])]
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[(soft-break? q)
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@ -177,41 +176,33 @@
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other-qs)])])])))
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(define q-zero (q #:size (pt 0 0)))
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(define q-one (q #:size (pt 1 1) #:printable #t))
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(define x (struct-copy quad q-one [elems '(#\x)]))
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(define zwx (struct-copy quad q-zero
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[printable (λ _ #t)]
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[elems '(#\z)]))
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(define hyph (struct-copy quad q-one [elems '(#\-)]))
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(define shy (struct-copy quad q-one
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[printable (λ (q [sig #f])
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(case sig
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[(end) #t]
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[else #f]))]
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[elems '(#\-)]))
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(define a (struct-copy quad q-one [elems '(#\a)]))
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(define b (struct-copy quad q-one [elems '(#\b)]))
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(define c (struct-copy quad q-one [elems '(#\c)]))
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(define d (struct-copy quad q-one [elems '(#\d)]))
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(define sp (struct-copy quad q-one
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[printable (λ (q [sig #f])
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(case sig
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[(start end) #f]
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[else #t]))]
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[elems '(#\space)]))
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(define lbr (struct-copy quad q-one
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[printable (λ _ #f)]
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[elems '(#\newline)]))
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(define soft-break? (λ (q) (memv (car (quad-elems q)) '(#\space #\-))))
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(define (soft-break? q) (memv (car (quad-elems q)) '(#\space #\-)))
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(define (linewrap xs size [debug #f])
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(add-between (wrap xs size debug
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@ -320,14 +311,14 @@
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(define (visual-wrap str int [debug #f])
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(string-join
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(for/list ([x (in-list (linewrap (for/list ([c (in-string str)])
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(define atom (q c))
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(if (equal? (quad-elems atom) '(#\space))
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(struct-copy quad sp)
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(struct-copy quad q-one
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[attrs (quad-attrs atom)]
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[elems (quad-elems atom)]))) int debug))]
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(define atom (q c))
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(if (equal? (quad-elems atom) '(#\space))
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(struct-copy quad sp)
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(struct-copy quad q-one
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[attrs (quad-attrs atom)]
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[elems (quad-elems atom)]))) int debug))]
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#:when (and (list? x) (andmap quad? x)))
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(list->string (map car (map quad-elems x))))
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(list->string (map car (map quad-elems x))))
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"|"))
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(module+ test
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