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2026-10-05 23:41:11 -05:00
parent ffdbe48258
commit 82349cf897
104 changed files with 4095 additions and 4354 deletions
@@ -2,39 +2,49 @@

 Learned decoding and authored-repertoire tests separately use the real path.
 """
-from fractions import Fraction as F
-from pathlib import Path
-from unittest.mock import patch
-from generator import production,vocabulary,harmonic_time
-from generator.solo import types,placement,profiles,decoder,learned,harmonic
+import fractions
+import pathlib
+import unittest.mock
+import generator.production
+import generator.vocabulary
+import generator.harmonic_time
+import generator.solo.types
+import generator.solo.placement
+import generator.solo.profiles
+import generator.solo.decoder
+import generator.solo.learned
+import generator.solo.harmonic
+import dataclasses
+import generator.solo.expressions
+import generator.harmony

-
-def compose(analysis,measures,part,end,*,initial=None,start=F(),**kwargs):
-  import dataclasses
-  spans=tuple(dataclasses.replace(s,start=s.start+start,end=s.end+start) for s in harmonic_time.read({'measures':measures},initial=initial))
-  h=harmonic.Harmony(spans);notes=[]
+def compose(analysis, measures, part, end, *, initial=None, start=fractions.Fraction(), **kwargs):
+  spans = tuple(dataclasses.replace(s, start=s.start + start, end=s.end + start) for s in generator.harmonic_time.read({'measures': measures}, initial=initial))
+  h = generator.solo.harmonic.Harmony(spans)
+  notes = []
  for s in h.spans:
-    a,b=max(start,s.start),min(end,s.end)
-    if a>=b or s.chord=='N.C.':continue
-    number=next(n for n in range(55,72) if n%12 in s.roles.basic)
-    from generator.solo import expressions
-    chord=expressions.parsed_chord(s.chord)
-    from generator import harmony
-    pitch=next(expressions.degree_pitch(chord,d,x,number) for d,x in harmony.degrees(chord).items() if expressions.degree_pitch(chord,d,x,number).number()==number)
-    notes.append(types.Note(a,b,pitch,event_id=str(a)))
-  placed=placement.place(tuple(notes),analysis.tempo)[1] if notes else ()
-  return types.Solo(part,spans,(types.Phrase('fixture',start,end,placed,'test','test','handoff'),),analysis.tempo,end,profile=profiles.for_part(part),start=start)
-
+    a, b = max(start, s.start), min(end, s.end)
+    if a >= b or s.chord == 'N.C.':
+      continue
+    number = next(n for n in range(55, 72) if n % 12 in s.roles.basic)
+    chord = generator.solo.expressions.parsed_chord(s.chord)
+    pitch = next(generator.solo.expressions.degree_pitch(chord, d, x, number) for d, x in generator.harmony.degrees(chord).items() if generator.solo.expressions.degree_pitch(chord, d, x, number).number() == number)
+    notes.append(generator.solo.types.Note(a, b, pitch, event_id=str(a)))
+  placed = generator.solo.placement.place(tuple(notes), analysis.tempo)[1] if notes else ()
+  return generator.solo.types.Solo(part, spans, (generator.solo.types.Phrase('fixture', start, end, placed, 'test', 'test', 'handoff'),), analysis.tempo, end, profile=generator.solo.profiles.for_part(part), start=start)

 def install(test):
-  resources=vocabulary.load();predictor=learned.Model.load(Path(__file__).resolve().parents[1]/'data/models/solo.json')
-  tree=production.generate_tree
-  def serial(*args,**kwargs):
-    kwargs['jobs']=1
-    return tree(*args,**kwargs)
-  test.enterContext(patch('generator.production.generate_tree',side_effect=serial))
-  test.enterContext(patch('generator.vocabulary.load',return_value=resources))
-  test.enterContext(patch('generator.production.repertoire.lookup',return_value=None))
-  test.enterContext(patch('generator.production._solo_model',return_value=predictor))
-  test.enterContext(patch('generator.production._resource_key',return_value={'model':'synthetic infrastructure fixture'}))
-  test.enterContext(patch('generator.solo.composer.compose',side_effect=compose))
+  resources = generator.vocabulary.load()
+  predictor = generator.solo.learned.Model.load(pathlib.Path(__file__).resolve().parents[1] / 'data/models/solo.json')
+  tree = generator.production.generate_tree
+
+  def serial(*args, **kwargs):
+    kwargs['jobs'] = 1
+    return tree(*args, **kwargs)
+
+  test.enterContext(unittest.mock.patch('generator.production.generate_tree', side_effect=serial))
+  test.enterContext(unittest.mock.patch('generator.vocabulary.load', return_value=resources))
+  test.enterContext(unittest.mock.patch('generator.solo.authored.lookup', return_value=None))
+  test.enterContext(unittest.mock.patch('generator.production._solo_model', return_value=predictor))
+  test.enterContext(unittest.mock.patch('generator.production._resource_key', return_value={'model': 'synthetic infrastructure fixture'}))
+  test.enterContext(unittest.mock.patch('generator.solo.composer.compose', side_effect=compose))