light9 Changeset - 13e3cbe9071a

Changeset - 13e3cbe9071a

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Drew Perttula - 8 years ago 2017-05-25 06:12:55
drewp@bigasterisk.com

momentary-add button support
Ignore-this: 6269d0492f1b5ec4e112b3b932708b04

4 files changed with 75 insertions and 36 deletions:

bin/effecteval

light9/effect/edit.py

light9/subserver/effects.coffee

light9/web/timeline/timeline.coffee

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bin/effecteval

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@@ @@ -63,12 +63,18 @@ class SongEffects(PrettyErrorHandler, cy @@
             song = yield currentSong()
         event = self.get_argument('event', default='default')
         note = self.get_argument('note', default=None)
         if note is not None:
             note = URIRef(note)
         log.info("adding to %s", song)
         p = yield songNotePatch(self.settings.graph, dropped, song, event, ctx=song)
         note, p = yield songNotePatch(self.settings.graph, dropped, song, event, ctx=song, note=note)
         self.settings.graph.patch(p)
         self.settings.graph.suggestPrefixes({'song': URIRef(song + '/')})
         self.write(json.dumps({'note': note}))
 class SongEffectsUpdates(cyclone.websocket.WebSocketHandler):
     def connectionMade(self, *args, **kwargs):

light9/effect/edit.py

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Show inline comments

@@ @@ -68,7 +68,7 @@ def songEffectPatch(graph, dropped, song @@
     returnValue(Patch(addQuads=quads))
 @inlineCallbacks
 def songNotePatch(graph, dropped, song, event, ctx):
+def songNotePatch(graph, dropped, song, event, ctx, note=None):
     """
     drop into effectsequencer timeline
@@ @@ -79,40 +79,66 @@ def songNotePatch(graph, dropped, song, @@
         droppedTypes = list(g.objects(dropped, RDF.type))
     quads = []
     fade = 2 if event == 'default' else 0
+    fade = 2 if event == 'default' else 0.1
-    if L9['Effect'] in droppedTypes:
+    if note:
         musicStatus = yield getMusicStatus()
         songTime = musicStatus['t']
         note = graph.sequentialUri(song + '/n')
         curve = graph.sequentialUri(note + 'c')
         quads.extend([
             (song, L9['note'], note, ctx),
             (note, RDF.type, L9['Note'], ctx),
             (note, L9['curve'], curve, ctx),
             (note, L9['effectClass'], dropped, ctx),
             (note, L9['originTime'], Literal(songTime), ctx),
             (curve, RDF.type, L9['Curve'], ctx),
             (curve, L9['attr'], L9['strength'], ctx),
             ])
         if event == 'default':
             coords = [(0 - fade, 0), (0, 1), (20, 1), (20 + fade, 0)]
         elif event == 'start':
             coords = [(0 - fade, 0), (0, 1), (20, 1), (20 + fade, 0)]
         elif event == 'end':
             raise
         _finishCurve(graph, note, quads, ctx, songTime)
     else:
         if L9['Effect'] in droppedTypes:
             musicStatus = yield getMusicStatus()
             songTime = musicStatus['t']
             note = _makeNote(graph, song, note, quads, ctx, dropped, songTime, event, fade)
         else:
             raise NotImplementedError(event)
         for t,v in coords:
             pt = graph.sequentialUri(curve + 'p')
             quads.extend([
                 (curve, L9['point'], pt, ctx),
                 (pt, L9['time'], Literal(t), ctx),
                 (pt, L9['value'], Literal(v), ctx),
                 ])
             raise NotImplementedError
     returnValue((note, Patch(addQuads=quads)))
 def _point(ctx, uri, t, v):
     return [
         (uri, L9['time'], Literal(round(t, 3)), ctx),
         (uri, L9['value'], Literal(round(v, 3)), ctx)
+        ]
 def _finishCurve(graph, note, quads, ctx, songTime):
     with graph.currentState() as g:
         origin = g.value(note, L9['originTime']).toPython()
         curve = g.value(note, L9['curve'])
     pt2 = graph.sequentialUri(curve + 'p')
     pt3 = graph.sequentialUri(curve + 'p')
     quads.extend(
         [(curve, L9['point'], pt2, ctx)] + _point(ctx, pt2, songTime - origin, 1) +
         [(curve, L9['point'], pt3, ctx)] + _point(ctx, pt3, songTime - origin + .5, 0)
+        )
     returnValue(Patch(addQuads=quads))
 def _makeNote(graph, song, note, quads, ctx, dropped, songTime, event, fade):
     note = graph.sequentialUri(song + '/n')
     curve = graph.sequentialUri(note + 'c')
     quads.extend([
         (song, L9['note'], note, ctx),
         (note, RDF.type, L9['Note'], ctx),
         (note, L9['curve'], curve, ctx),
         (note, L9['effectClass'], dropped, ctx),
         (note, L9['originTime'], Literal(songTime), ctx),
         (curve, RDF.type, L9['Curve'], ctx),
         (curve, L9['attr'], L9['strength'], ctx),
         ])
     if event == 'default':
         coords = [(0 - fade, 0), (0, 1), (20, 1), (20 + fade, 0)]
     elif event == 'start':
         coords = [(0 - fade, 0), (0, 1), ]
     elif event == 'end': # probably unused- goes to _finishCurve instead
         coords = [(20, 1), (20 + fade, 0)]
     else:
         raise NotImplementedError(event)
     for t,v in coords:
         pt = graph.sequentialUri(curve + 'p')
         quads.extend([(curve, L9['point'], pt, ctx)] + _point(ctx, pt, t, v))
     return note
 def _songHasEffect(graph, song, uri):
     """does this song have an effect of class uri or a sub curve for sub

light9/subserver/effects.coffee

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@@ @@ -33,18 +33,23 @@ model.addToCurrentSong = (e) -> @@
     data: {drop: e.uri}
   })
 lastMomentaryNote = null
 model.addMomentary = (e) ->
   $.ajax({
     type: 'POST'
     url: '/effectEval/songEffects'
     data: {drop: e.uri, event: 'start'}
     success: (data) ->
       lastMomentaryNote = JSON.parse(data)['note']
   })
 model.addMomentaryUp = (e) ->
   $.ajax({
     type: 'POST'
     url: '/effectEval/songEffects'
     data: {drop: e.uri, event: 'end'}
+    data: {drop: e.uri, event: 'end', note: lastMomentaryNote}
   })

light9/web/timeline/timeline.coffee

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@@ @@ -463,8 +463,10 @@ Polymer @@
     screenPts = ($V([@zoomInX(pt.e(1)), @offsetTop + (1 - pt.e(2)) * @offsetHeight]) for pt in @worldPts)
     @dia.setNote(@uri, screenPts, effect)
     leftX = Math.max(2, screenPts[1].e(1) + 5)
     rightX = screenPts[2].e(1) - 5
     leftX = Math.max(2, screenPts[Math.min(1, screenPts.length - 1)].e(1) + 5)
     rightX = screenPts[Math.min(2, screenPts.length - 1)].e(1) - 5
     if screenPts.length < 3
       rightX = leftX + 120
     w = 114
     h = 80
     @inlineRect = {
@@ @@ -475,7 +477,7 @@ Polymer @@
       display: if rightX - leftX > w then 'block' else 'none'
+      }
-    if screenPts[3].e(1) - screenPts[0].e(1) < 100
+    if screenPts[screenPts.length - 1].e(1) - screenPts[0].e(1) < 100
       @clearAdjusters()
       # also kill their connectors
       return

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