623af69483
- D_VOL: removed from _build_clip() — not valid at REAPER item level - Ozone 12: fixed 21 PLUGIN_REGISTRY entries with correct .vst3 filenames - ReaEQ: removed _calibrate_eq() — built-in plugin format incompatible - MIDI: quantized all notes to 16th grid (120 ticks at 960 PPQ) 298/298 tests. 0 D_VOL, 0 ReaEQ, all notes on grid, Ozone filenames correct.
550 lines
20 KiB
Python
550 lines
20 KiB
Python
"""Unit tests for the calibrator module — role-based mix calibration."""
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from __future__ import annotations
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import pytest
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# ---------------------------------------------------------------------------
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# Phase 1.1: Presets data structure
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# ---------------------------------------------------------------------------
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class TestPresets:
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"""Verify that all preset dictionaries exist with correct structure."""
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def test_volume_presets_has_all_roles(self):
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"""VOLUME_PRESETS must contain all 7 roles with float values."""
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from src.calibrator.presets import VOLUME_PRESETS
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assert isinstance(VOLUME_PRESETS, dict)
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expected_roles = {"drumloop", "bass", "chords", "lead", "clap", "pad", "perc"}
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assert set(VOLUME_PRESETS.keys()) == expected_roles
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for role, vol in VOLUME_PRESETS.items():
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assert isinstance(vol, float), f"Volume for {role} should be float"
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assert 0.0 <= vol <= 1.0, f"Volume for {role} must be 0-1, got {vol}"
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def test_volume_presets_correct_values(self):
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"""VOLUME_PRESETS values must match the calibrated targets."""
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from src.calibrator.presets import VOLUME_PRESETS
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assert VOLUME_PRESETS["drumloop"] == 0.85
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assert VOLUME_PRESETS["bass"] == 0.82
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assert VOLUME_PRESETS["chords"] == 0.75
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assert VOLUME_PRESETS["lead"] == 0.80
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assert VOLUME_PRESETS["clap"] == 0.78
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assert VOLUME_PRESETS["pad"] == 0.70
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assert VOLUME_PRESETS["perc"] == 0.80
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def test_eq_presets_has_all_roles(self):
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"""EQ_PRESETS must contain the 7 roles with ReaEQ param dicts."""
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from src.calibrator.presets import EQ_PRESETS
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expected_roles = {"drumloop", "bass", "chords", "lead", "clap", "pad", "perc"}
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assert set(EQ_PRESETS.keys()) == expected_roles
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for role, params in EQ_PRESETS.items():
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assert isinstance(params, dict), f"EQ for {role} should be dict"
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assert 0 in params, f"EQ for {role} must have slot 0 (enabled)"
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assert 1 in params, f"EQ for {role} must have slot 1 (filter type)"
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assert 2 in params, f"EQ for {role} must have slot 2 (frequency)"
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def test_eq_presets_hpf_lpf(self):
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"""EQ_PRESETS must have correct HPF/LPF assignments."""
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from src.calibrator.presets import EQ_PRESETS
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# HPF at 60Hz for drums
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assert EQ_PRESETS["drumloop"][1] == 1 # HPF type
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assert EQ_PRESETS["drumloop"][2] == 60.0
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# LPF at 300Hz for bass
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assert EQ_PRESETS["bass"][1] == 0 # LPF type
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assert EQ_PRESETS["bass"][2] == 300.0
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# HPF at 200Hz for chords, lead, clap
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for role in ("chords", "lead", "clap", "perc"):
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assert EQ_PRESETS[role][1] == 1, f"{role} should be HPF"
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assert EQ_PRESETS[role][2] == 200.0, f"{role} HPF should be 200Hz"
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# HPF at 100Hz for pad
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assert EQ_PRESETS["pad"][1] == 1 # HPF type
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assert EQ_PRESETS["pad"][2] == 100.0
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def test_pan_presets_has_all_roles(self):
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"""PAN_PRESETS must contain all 7 roles with float pan values."""
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from src.calibrator.presets import PAN_PRESETS
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expected_roles = {"drumloop", "bass", "chords", "lead", "clap", "pad", "perc"}
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assert set(PAN_PRESETS.keys()) == expected_roles
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for role, pan in PAN_PRESETS.items():
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assert isinstance(pan, float), f"Pan for {role} should be float"
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assert -1.0 <= pan <= 1.0, f"Pan for {role} must be -1 to 1, got {pan}"
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def test_pan_presets_correct_values(self):
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"""PAN_PRESETS must match spec values."""
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from src.calibrator.presets import PAN_PRESETS
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assert PAN_PRESETS["drumloop"] == 0.0
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assert PAN_PRESETS["bass"] == 0.0
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assert PAN_PRESETS["chords"] == 0.5
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assert PAN_PRESETS["lead"] == 0.3
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assert PAN_PRESETS["clap"] == -0.15
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assert PAN_PRESETS["pad"] == -0.5
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assert PAN_PRESETS["perc"] == 0.12
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def test_send_presets_has_all_roles(self):
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"""SEND_PRESETS must contain all 7 roles with (reverb, delay) tuples."""
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from src.calibrator.presets import SEND_PRESETS
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expected_roles = {"drumloop", "bass", "chords", "lead", "clap", "pad", "perc"}
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assert set(SEND_PRESETS.keys()) == expected_roles
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for role, sends in SEND_PRESETS.items():
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assert isinstance(sends, tuple), f"Sends for {role} should be tuple"
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assert len(sends) == 2, f"Sends for {role} should be (reverb, delay)"
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assert all(0.0 <= s <= 1.0 for s in sends), f"Sends out of range for {role}"
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def test_send_presets_correct_values(self):
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"""SEND_PRESETS must match task values with spec fallback."""
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from src.calibrator.presets import SEND_PRESETS
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assert SEND_PRESETS["drumloop"] == (0.10, 0.00)
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assert SEND_PRESETS["bass"] == (0.05, 0.00) # task override: delay 0.0
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assert SEND_PRESETS["chords"] == (0.40, 0.10) # task value
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assert SEND_PRESETS["lead"] == (0.30, 0.15) # task override: reverb 0.30
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assert SEND_PRESETS["clap"] == (0.10, 0.00)
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assert SEND_PRESETS["pad"] == (0.50, 0.20) # task value
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assert SEND_PRESETS["perc"] == (0.10, 0.00)
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# ---------------------------------------------------------------------------
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# Phase 1.2: SongMeta.calibrate field
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# ---------------------------------------------------------------------------
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class TestSongMetaCalibrate:
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"""Verify SongMeta has calibrate: bool = True field."""
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def test_song_meta_default_calibrate_true(self):
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"""SongMeta should default calibrate to True."""
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from src.core.schema import SongMeta
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meta = SongMeta(bpm=95, key="Am")
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assert meta.calibrate is True
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def test_song_meta_calibrate_false(self):
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"""SongMeta should accept calibrate=False."""
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from src.core.schema import SongMeta
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meta = SongMeta(bpm=95, key="Am", calibrate=False)
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assert meta.calibrate is False
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def test_song_meta_serialization_includes_calibrate(self):
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"""to_json should include the calibrate field."""
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from src.core.schema import SongMeta
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meta = SongMeta(bpm=95, key="Am")
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json_str = meta.__dict__
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assert "calibrate" in json_str
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assert json_str["calibrate"] is True
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# ---------------------------------------------------------------------------
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# Phase 1.3: Calibrator._resolve_role()
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# ---------------------------------------------------------------------------
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class TestResolveRole:
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"""Verify track name → role key mapping."""
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@staticmethod
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def _cal():
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from src.calibrator import Calibrator
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return Calibrator
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def test_drumloop_roles(self):
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"""Drumloop track names should resolve to drumloop role."""
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C = self._cal()
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assert C._resolve_role("Drumloop") == "drumloop"
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assert C._resolve_role("drumloop") == "drumloop"
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def test_bass_roles(self):
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"""Bass track names should resolve to bass role."""
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C = self._cal()
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assert C._resolve_role("808 Bass") == "bass"
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assert C._resolve_role("808 bass") == "bass"
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assert C._resolve_role("bass") == "bass"
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def test_chords_role(self):
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C = self._cal()
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assert C._resolve_role("Chords") == "chords"
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assert C._resolve_role("chords") == "chords"
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def test_lead_role(self):
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C = self._cal()
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assert C._resolve_role("Lead") == "lead"
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assert C._resolve_role("lead") == "lead"
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def test_clap_role(self):
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C = self._cal()
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assert C._resolve_role("Clap") == "clap"
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assert C._resolve_role("clap") == "clap"
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def test_pad_role(self):
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C = self._cal()
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assert C._resolve_role("Pad") == "pad"
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assert C._resolve_role("pad") == "pad"
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def test_perc_role(self):
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C = self._cal()
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assert C._resolve_role("Perc") == "perc"
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assert C._resolve_role("perc") == "perc"
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def test_return_tracks_return_none(self):
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"""Return tracks (Reverb, Delay) should return None."""
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C = self._cal()
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assert C._resolve_role("Reverb") is None
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assert C._resolve_role("Delay") is None
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def test_unknown_track_returns_none(self):
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"""Unknown track names should return None."""
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C = self._cal()
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assert C._resolve_role("Unknown") is None
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assert C._resolve_role("Vocals") is None
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assert C._resolve_role("") is None
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# ---------------------------------------------------------------------------
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# Phase 2: Core Calibrator methods
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# ---------------------------------------------------------------------------
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import pytest as _pytest
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from src.core.schema import (
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SongDefinition, SongMeta, TrackDef, ClipDef, MidiNote, PluginDef,
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)
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def _make_fixture_song() -> SongDefinition:
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"""Create a SongDefinition with representative tracks."""
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meta = SongMeta(bpm=95, key="Am")
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tracks = [
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TrackDef(name="Drumloop", volume=0.85, plugins=[]),
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TrackDef(name="Perc", volume=0.78, plugins=[]),
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TrackDef(name="808 Bass", volume=0.72, plugins=[]),
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TrackDef(name="Chords", volume=0.70, plugins=[]),
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TrackDef(name="Lead", volume=0.75, plugins=[]),
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TrackDef(name="Clap", volume=0.80, plugins=[]),
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TrackDef(name="Pad", volume=0.65, plugins=[]),
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TrackDef(name="Reverb", volume=0.80, plugins=[]),
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TrackDef(name="Delay", volume=0.80, plugins=[]),
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]
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return SongDefinition(
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meta=meta,
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tracks=tracks,
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master_plugins=["Pro-Q_3", "Pro-C_2", "Pro-L_2"],
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)
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class TestCalibrateVolumes:
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def test_volumes_calibrated_to_presets(self):
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"""_calibrate_volumes should set volume from VOLUME_PRESETS by role."""
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from src.calibrator import Calibrator
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song = _make_fixture_song()
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Calibrator._calibrate_volumes(song)
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volumes = {t.name: t.volume for t in song.tracks}
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assert volumes["Drumloop"] == 0.85
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assert volumes["808 Bass"] == 0.82
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assert volumes["Chords"] == 0.75
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assert volumes["Lead"] == 0.80
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assert volumes["Clap"] == 0.78
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assert volumes["Pad"] == 0.70
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assert volumes["Perc"] == 0.80
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def test_return_tracks_volume_unchanged(self):
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"""Return tracks should not have their volume modified."""
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from src.calibrator import Calibrator
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song = _make_fixture_song()
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Calibrator._calibrate_volumes(song)
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rev = [t for t in song.tracks if t.name == "Reverb"][0]
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dly = [t for t in song.tracks if t.name == "Delay"][0]
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assert rev.volume == 0.80 # unchanged
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assert dly.volume == 0.80 # unchanged
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def test_unknown_role_volume_unchanged(self):
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"""Tracks with unknown role should keep their original volume."""
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from src.calibrator import Calibrator
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meta = SongMeta(bpm=95, key="Am")
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song = SongDefinition(
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meta=meta,
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tracks=[TrackDef(name="UnknownThing", volume=0.42)],
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)
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Calibrator._calibrate_volumes(song)
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assert song.tracks[0].volume == 0.42 # unchanged
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class TestCalibratePans:
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def test_pans_calibrated_to_presets(self):
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"""_calibrate_pans should set pan from PAN_PRESETS."""
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from src.calibrator import Calibrator
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song = _make_fixture_song()
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Calibrator._calibrate_pans(song)
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pans = {t.name: t.pan for t in song.tracks}
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assert pans["Drumloop"] == 0.0
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assert pans["808 Bass"] == 0.0
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assert pans["Chords"] == 0.5
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assert pans["Lead"] == 0.3
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assert pans["Clap"] == -0.15
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assert pans["Pad"] == -0.5
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assert pans["Perc"] == 0.12
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def test_return_tracks_pan_unchanged(self):
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"""Return tracks should keep their original pan."""
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from src.calibrator import Calibrator
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song = _make_fixture_song()
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# Give return tracks non-zero pans to verify they're preserved
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for t in song.tracks:
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if t.name in ("Reverb", "Delay"):
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t.pan = 0.5
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Calibrator._calibrate_pans(song)
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rev = [t for t in song.tracks if t.name == "Reverb"][0]
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dly = [t for t in song.tracks if t.name == "Delay"][0]
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assert rev.pan == 0.5
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assert dly.pan == 0.5
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def test_unknown_role_pan_unchanged(self):
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"""Unknown roles should keep original pan."""
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from src.calibrator import Calibrator
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meta = SongMeta(bpm=95, key="Am")
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song = SongDefinition(
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meta=meta,
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tracks=[TrackDef(name="Vocals", pan=0.75)],
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)
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Calibrator._calibrate_pans(song)
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assert song.tracks[0].pan == 0.75
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class TestCalibrateSends:
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def test_sends_calibrated_to_presets(self):
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"""_calibrate_sends should set send_level dict from SEND_PRESETS."""
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from src.calibrator import Calibrator
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song = _make_fixture_song()
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# 7 content tracks + 2 return tracks = 9 total
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# Reverb is at index 7, Delay at index 8
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Calibrator._calibrate_sends(song)
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drum = [t for t in song.tracks if t.name == "Drumloop"][0]
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assert drum.send_level.get(7) == 0.10
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assert drum.send_level.get(8) == 0.00
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bass = [t for t in song.tracks if t.name == "808 Bass"][0]
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assert bass.send_level.get(7) == 0.05
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assert bass.send_level.get(8) == 0.00
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chords = [t for t in song.tracks if t.name == "Chords"][0]
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assert chords.send_level.get(7) == 0.40
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assert chords.send_level.get(8) == 0.10
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lead = [t for t in song.tracks if t.name == "Lead"][0]
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assert lead.send_level.get(7) == 0.30
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assert lead.send_level.get(8) == 0.15
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clap = [t for t in song.tracks if t.name == "Clap"][0]
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assert clap.send_level.get(7) == 0.10
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assert clap.send_level.get(8) == 0.00
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pad = [t for t in song.tracks if t.name == "Pad"][0]
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assert pad.send_level.get(7) == 0.50
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assert pad.send_level.get(8) == 0.20
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perc = [t for t in song.tracks if t.name == "Perc"][0]
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assert perc.send_level.get(7) == 0.10
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assert perc.send_level.get(8) == 0.00
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def test_return_tracks_sends_unchanged(self):
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"""Return tracks should not have sends set."""
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from src.calibrator import Calibrator
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song = _make_fixture_song()
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Calibrator._calibrate_sends(song)
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rev = [t for t in song.tracks if t.name == "Reverb"][0]
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dly = [t for t in song.tracks if t.name == "Delay"][0]
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assert rev.send_level == {}
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assert dly.send_level == {}
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class TestSwapMasterChain:
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def test_ozone12_master_chain(self):
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"""_swap_master_chain should replace master_plugins with Ozone 12 triplet."""
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from src.calibrator import Calibrator
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song = _make_fixture_song()
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Calibrator._swap_master_chain(song)
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assert song.master_plugins == [
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"Ozone_12_Equalizer",
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"Ozone_12_Dynamics",
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"Ozone_12_Maximizer",
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]
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def test_fallback_to_fabfilter(self):
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"""When Ozone is not in PLUGIN_REGISTRY, fall back to FabFilter trio."""
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from src.calibrator import Calibrator
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from src.reaper_builder import PLUGIN_REGISTRY
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# Make a copy of the registry without Ozone entries
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original = dict(PLUGIN_REGISTRY)
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try:
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for k in list(PLUGIN_REGISTRY.keys()):
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if k.startswith("Ozone_12_"):
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del PLUGIN_REGISTRY[k] # type: ignore
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song = _make_fixture_song()
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Calibrator._swap_master_chain(song)
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assert song.master_plugins == ["Pro-Q_3", "Pro-C_2", "Pro-L_2"]
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finally:
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# Restore
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PLUGIN_REGISTRY.clear()
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PLUGIN_REGISTRY.update(original)
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class TestCalibratorApply:
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def test_apply_orchestrates_all_calibrations(self):
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"""Calibrator.apply() should run all _calibrate_* and _swap_master_chain."""
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from src.calibrator import Calibrator
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song = _make_fixture_song()
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result = Calibrator.apply(song)
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# Same object returned (in-place mutation)
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assert result is song
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# Volumes applied
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drum = [t for t in song.tracks if t.name == "Drumloop"][0]
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assert drum.volume == 0.85
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# Pans applied
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assert drum.pan == 0.0
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# Sends applied
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assert drum.send_level.get(7) == 0.10
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# Master chain upgraded
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assert song.master_plugins == [
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"Ozone_12_Equalizer",
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"Ozone_12_Dynamics",
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"Ozone_12_Maximizer",
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]
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def test_apply_skips_bass_volume(self):
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"""Bass track should get correct calibrated volume, not EQ."""
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from src.calibrator import Calibrator
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song = _make_fixture_song()
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Calibrator.apply(song)
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bass = [t for t in song.tracks if t.name == "808 Bass"][0]
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assert bass.volume == 0.82
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# ---------------------------------------------------------------------------
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# Phase 3: Builder integration + compose wiring
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# ---------------------------------------------------------------------------
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class TestBuildPluginWithParams:
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"""Verify _build_plugin populates VST2 param slots from PluginDef.params."""
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def test_build_plugin_with_params_sets_param_slots(self):
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"""PluginDef with params for built-in VST2 should populate param slots."""
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from src.reaper_builder import RPPBuilder
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from src.core.schema import SongDefinition, SongMeta, TrackDef, PluginDef
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plugin = PluginDef(
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name="ReaEQ",
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path="reaeq.dll",
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index=0,
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params={0: 1, 1: 1, 2: 200.0},
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)
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meta = SongMeta(bpm=95, key="Am")
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song = SongDefinition(meta=meta, tracks=[TrackDef(name="Test", plugins=[plugin])])
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builder = RPPBuilder(song, seed=0)
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elem = builder._build_plugin(plugin)
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# When params is non-empty for a built-in VST2, use built-in path
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# Format: [display_name, filename, "0", "", *param_slots]
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attrs = elem.attrib
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assert attrs[0] == "ReaEQ"
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assert attrs[2] == "0"
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# attrs[4:] are the 19 param slots
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param_slots = attrs[4:]
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assert len(param_slots) == 19
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assert param_slots[0] == "1" # band enabled
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assert param_slots[1] == "1" # filter type (HPF)
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assert param_slots[2] == "200.0" # frequency
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def test_build_plugin_without_params_uses_zeros(self):
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"""PluginDef without params for built-in VST2 should use default zeros."""
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from src.reaper_builder import RPPBuilder
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from src.core.schema import SongDefinition, SongMeta, TrackDef, PluginDef
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plugin = PluginDef(
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name="FakeBuiltin",
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path="fakebuiltin.dll",
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index=0,
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params={},
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)
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meta = SongMeta(bpm=95, key="Am")
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song = SongDefinition(meta=meta, tracks=[TrackDef(name="Test", plugins=[plugin])])
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builder = RPPBuilder(song, seed=0)
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elem = builder._build_plugin(plugin)
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param_slots = elem.attrib[4:]
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assert all(s == "0" for s in param_slots)
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class TestNoCalibrateFlag:
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"""Verify --no-calibrate CLI flag behavior."""
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def test_no_calibrate_preserves_original_master(self):
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"""When calibrator is skipped, master_plugins should stay unchanged."""
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from src.core.schema import SongDefinition, SongMeta
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meta = SongMeta(bpm=95, key="Am", calibrate=False)
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song = SongDefinition(
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meta=meta,
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tracks=[],
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master_plugins=["Pro-Q_3", "Pro-C_2", "Pro-L_2"],
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)
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if meta.calibrate:
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from src.calibrator import Calibrator
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Calibrator.apply(song)
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assert song.master_plugins == ["Pro-Q_3", "Pro-C_2", "Pro-L_2"]
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def test_calibrate_flag_is_true_default(self):
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"""SongMeta.calibrate should default to True (calibration enabled)."""
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from src.core.schema import SongMeta
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meta = SongMeta(bpm=95, key="Am")
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assert meta.calibrate is True
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def test_no_calibrate_skips_volume_changes(self):
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"""When calibrate=False, volumes should not be touched."""
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from src.core.schema import SongDefinition, SongMeta, TrackDef
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meta = SongMeta(bpm=95, key="Am", calibrate=False)
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song = SongDefinition(
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meta=meta,
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tracks=[TrackDef(name="Drumloop", volume=0.5)],
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)
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if meta.calibrate:
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from src.calibrator import Calibrator
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Calibrator.apply(song)
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assert song.tracks[0].volume == 0.5 # unchanged
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