(define-class <Voice-state> ()
(event-list #:init-value '() #:accessor events #:init-keyword #:events)
- (when-moment #:accessor when #:init-keyword #:when)
+ (when-moment #:accessor moment #:init-keyword #:moment)
(tuning #:accessor tuning #:init-keyword #:tuning)
(split-index #:accessor split-index)
(vector-index)
(spanner-state #:init-value '() #:accessor span-state))
(define-method (write (x <Voice-state> ) file)
- (display (when x) file)
+ (display (moment x) file)
(display " evs = " file)
(display (events x) file)
(display " active = " file)
(define-method (note-events (vs <Voice-state>))
(define (f? x)
- (equal? (ly:event-property x 'class) 'note-event))
+ (ly:in-event-class? x 'note-event))
(filter f? (events vs)))
(define-method (previous-voice-state (vs <Voice-state>))
(configuration #:init-value '() #:accessor configuration)
;; Allow overriding split configuration, takes precedence over configuration
(forced-configuration #:init-value #f #:accessor forced-configuration)
- (when-moment #:accessor when #:init-keyword #:when)
+ (when-moment #:accessor moment #:init-keyword #:moment)
;; voice-states are states starting with the Split-state or later
;;
(is #:init-keyword #:voice-states #:accessor voice-states)
(define-method (write (x <Split-state> ) f)
- (display (when x) f)
+ (display (moment x) f)
(display " = " f)
(display (configuration x) f)
(if (synced? x)
(define (make-voice-states evl)
(let ((vec (list->vector (map (lambda (v)
(make <Voice-state>
- #:when (caar v)
+ #:moment (caar v)
#:tuning (cdar v)
#:events (map car (cdr v))))
evl))))
(define (helper ss-idx ss-list idx1 idx2)
(let* ((state1 (if (< idx1 (vector-length vs1)) (vector-ref vs1 idx1) #f))
(state2 (if (< idx2 (vector-length vs2)) (vector-ref vs2 idx2) #f))
- (min (cond ((and state1 state2) (moment-min (when state1) (when state2)))
- (state1 (when state1))
- (state2 (when state2))
+ (min (cond ((and state1 state2) (moment-min (moment state1) (moment state2)))
+ (state1 (moment state1))
+ (state2 (moment state2))
(else #f)))
- (inc1 (if (and state1 (equal? min (when state1))) 1 0))
- (inc2 (if (and state2 (equal? min (when state2))) 1 0))
+ (inc1 (if (and state1 (equal? min (moment state1))) 1 0))
+ (inc2 (if (and state2 (equal? min (moment state2))) 1 0))
(ss-object (if min
(make <Split-state>
- #:when min
+ #:moment min
#:voice-states (cons state1 state2)
#:synced (= inc1 inc2))
#f)))
"Analyse EVS at INDEX, given state ACTIVE."
(define (analyse-tie-start active ev)
- (if (equal? (ly:event-property ev 'class) 'tie-event)
+ (if (ly:in-event-class? ev 'tie-event)
(acons 'tie (split-index (vector-ref voice-state-vec index))
active)
active))
(define (analyse-tie-end active ev)
- (if (equal? (ly:event-property ev 'class) 'note-event)
+ (if (ly:in-event-class? ev 'note-event)
(assoc-remove! active 'tie)
active))
(define (analyse-absdyn-end active ev)
- (if (or (equal? (ly:event-property ev 'class) 'absolute-dynamic-event)
- (and (equal? (ly:event-property ev 'class) 'crescendo-event)
+ (if (or (ly:in-event-class? ev 'absolute-dynamic-event)
+ (and (ly:in-event-class? ev 'span-dynamic-event)
(equal? STOP (ly:event-property ev 'span-direction))))
(assoc-remove! (assoc-remove! active 'cresc) 'decr)
active))
(else (< (cdr a) (cdr b)))))
(define (analyse-span-event active ev)
- (let* ((name (ly:event-property ev 'class))
+ (let* ((name (car (ly:event-property ev 'class)))
(key (cond ((equal? name 'slur-event) 'slur)
((equal? name 'phrasing-slur-event) 'tie)
((equal? name 'beam-event) 'beam)
(new-active1 (span-state vs1))
(new-active2 (span-state vs2)))
(if #f ; debug
- (display (list (when now-state) result-idx
+ (display (list (moment now-state) result-idx
active1 "->" new-active1
active2 "->" new-active2
"\n")))
(define (current-voice-state now-state voice-num)
(define vs ((if (= 1 voice-num) car cdr)
(voice-states now-state)))
- (if (or (not vs) (equal? (when now-state) (when vs)))
+ (if (or (not vs) (equal? (moment now-state) (moment vs)))
vs
(previous-voice-state vs)))
(silent-state (current-voice-state now-state (if (equal? type 'solo1) 2 1)))
(silent-notes (if silent-state (note-events silent-state) '()))
(solo-notes (if solo-state (note-events solo-state) '())))
- ;; (display (list "trying " type " at " (when now-state) solo-state silent-state "\n"))
+ ;; (display (list "trying " type " at " (moment now-state) solo-state silent-state "\n"))
(cond ((not (equal? (configuration now-state) 'apart))
current-idx)
((> (length silent-notes) 0) start-idx)
(notes2 (if vs2 (note-events vs2) '()))
(n1 (length notes1))
(n2 (length notes2)))
- ;; (display (list "analyzing step " result-idx " moment " (when now-state) vs1 vs2 "\n"))
+ ;; (display (list "analyzing step " result-idx " moment " (moment now-state) vs1 vs2 "\n"))
(max
;; we should always increase.
(cond ((and (= n1 0) (= n2 0))
(put 'apart-silence)
(1+ result-idx))
((and (= n2 0)
- (equal? (when vs1) (when now-state))
+ (equal? (moment vs1) (moment now-state))
(null? (previous-span-state vs1)))
(try-solo 'solo1 result-idx result-idx))
((and (= n1 0)
- (equal? (when vs2) (when now-state))
+ (equal? (moment vs2) (moment now-state))
(null? (previous-span-state vs2)))
(try-solo 'solo2 result-idx result-idx))
;; (display result)
(set! result (map
;; forced-configuration overrides, if it is set
- (lambda (x) (cons (when x) (or (forced-configuration x) (configuration x))))
+ (lambda (x) (cons (moment x) (or (forced-configuration x) (configuration x))))
(vector->list result)))
(if #f ;; pc-debug
(display result))