mirror of
https://github.com/zeldaret/oot
synced 2026-05-23 06:54:24 -04:00
Tharo
970af5600a
Due to the layout of the pitch_frequencies lookup table, note values computed in extraction were reflected around middle C (midi note number 60). This didn't matter for matching, values would successfully roundtrip. However when using samples in external programs or converting soundfonts to standard formats the note values would lead to incorrect playback of sounds. This change corrects the note values so that external programs correctly infer the pitch of the sound when played at a particular MIDI key.
685 lines
26 KiB
Python
685 lines
26 KiB
Python
# SPDX-FileCopyrightText: © 2024 ZeldaRET
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# SPDX-License-Identifier: CC0-1.0
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#
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#
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#
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import math, struct
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from typing import Dict, Optional
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from .audio_tables import AudioCodeTableEntry
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from .audiobank_structs import AudioSampleCodec, SoundFontSample, AdpcmBook, AdpcmLoop
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from .extraction_xml import SampleBankExtractionDescription
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from .tuning import pitch_names, note_z64_to_midi, recalc_tuning, rate_from_tuning, rank_rates_notes, BAD_FLOATS
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from .util import align, XMLWriter, f32_to_u32
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class AIFCFile:
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def __init__(self):
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self.sections = []
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self.total_size = 0
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@staticmethod
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def pstring(data):
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return bytes([len(data)]) + data + (b"" if len(data) % 2 else b"\0")
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@staticmethod
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def serialize_f80(num):
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"""
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Convert num to 80-bit float. Does not accept denormal/infinity/nan but these should never appear anyway.
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"""
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num = float(num)
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if num == 0.0:
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return b"\0" * 10
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elif num == -0.0:
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return b"\x80" + b"\0" * 9
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f64_bits, = struct.unpack(">Q", struct.pack(">d", num))
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f64_sign_bit = f64_bits & (2 ** 63)
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f64_exponent = (f64_bits ^ f64_sign_bit) >> 52
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assert f64_exponent != 0, "can't handle denormals"
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assert f64_exponent != 0x7FF, "can't handle infinity/nan"
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f64_exponent -= 1023
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f64_mantissa = f64_bits & (2 ** 52 - 1)
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f80_sign_bit = f64_sign_bit << (80 - 64)
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f80_exponent = (f64_exponent + 0x3FFF) << 64
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f80_mantissa = (2 ** 63) | (f64_mantissa << (63 - 52))
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f80 = f80_sign_bit | f80_exponent | f80_mantissa
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return struct.pack(">HQ", f80 >> 64, f80 & (2 ** 64 - 1))
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def add_section(self, tp, data):
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assert isinstance(tp, bytes)
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assert isinstance(data, bytes)
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self.sections.append((tp, data))
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self.total_size += align(len(data),2) + 8
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def add_custom_section(self, tp, data):
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self.add_section(b"APPL", b"stoc" + self.pstring(tp) + data)
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def remove_section(self, tp):
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assert isinstance(tp, bytes)
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for s_tp, s_data in self.sections:
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if s_tp == tp:
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self.sections.remove((s_tp, s_data))
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self.total_size -= align(len(s_data),2) + 8
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return
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def commit(self, outpath):
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self.total_size += 4
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with open(outpath, "wb") as outfile:
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outfile.write(b"FORM" + struct.pack(">I", self.total_size) + b"AIFC")
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for tp, data in self.sections:
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outfile.write(tp + struct.pack(">I", len(data)))
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outfile.write(data)
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if len(data) % 2:
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outfile.write(b"\0")
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class AudioTableData:
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"""
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Unaccounted data in the Audiotable
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"""
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def __init__(self, start, end, data):
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self.start : int = start
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self.end : int = end
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self.data = data
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assert len(self.data) % 2 == 0
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self.name : str = None
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self.filename : str = None
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def __len__(self):
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return len(self.data)
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def to_asm(self, name):
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out = f"# {name} [0x{self.start:X}:0x{self.end:X}](0x{self.end-self.start:X})\n\n"
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out += " .byte "
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for i,b in enumerate(self.data):
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if i != 0 and i % 32 == 0:
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out = out[:-2] + "\n .byte "
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out += f"0x{b:02X}, "
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out = out[:-2] + "\n\n"
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return out
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def to_file(self, outpath : str):
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# Output as binary blob
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with open(outpath, "wb") as outfile:
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outfile.write(self.data)
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PCM16_SAMPLE_SIZE = 16
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class AudioTableSample(AudioTableData):
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"""
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Sample in the Audiotable
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"""
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def __init__(self, start : int, end : int, header : SoundFontSample, data, book : AdpcmBook, loop : AdpcmLoop, padding=None):
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super().__init__(start, end, data)
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self.header : SoundFontSample = header
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self.book : AdpcmBook = book
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self.loop : AdpcmLoop = loop
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self.padding = padding
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self.notes_rates = set()
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self.sample_rate = None
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self.base_note = None
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self.tuning_map = None
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if self.loop.count == 0:
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# If a count is 0 the loop end must be the (bugged, vadpcm_enc computed it wrong originally) frame count
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num_frames_bugged = (len(self.data) * PCM16_SAMPLE_SIZE) // self.frame_size()
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assert self.loop.end == num_frames_bugged, f"{self.loop.end}, {num_frames_bugged}"
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def clone(self, start, end, padding):
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new_sample = AudioTableSample(start, end, self.header, self.data, self.book, self.loop, padding)
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new_sample.notes_rates = self.notes_rates
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return new_sample
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def frame_size(self):
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return {
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AudioSampleCodec.CODEC_ADPCM : 9,
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AudioSampleCodec.CODEC_S8 : 16,
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AudioSampleCodec.CODEC_S16_INMEMORY : 32,
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AudioSampleCodec.CODEC_SMALL_ADPCM : 5,
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AudioSampleCodec.CODEC_REVERB : 0,
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AudioSampleCodec.CODEC_S16 : 32
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}[self.header.codec]
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def codec_id(self):
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return {
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AudioSampleCodec.CODEC_ADPCM : b'ADP9',
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AudioSampleCodec.CODEC_S8 : b'HPCM',
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AudioSampleCodec.CODEC_S16_INMEMORY : b'NONE',
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AudioSampleCodec.CODEC_SMALL_ADPCM : b'ADP5',
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AudioSampleCodec.CODEC_REVERB : b'RVRB',
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AudioSampleCodec.CODEC_S16 : b'NONE',
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}[self.header.codec]
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def codec_name(self):
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return {
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AudioSampleCodec.CODEC_ADPCM : b"Nintendo/SGI VADPCM 9-bytes/frame",
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AudioSampleCodec.CODEC_S8 : b"Half-frame PCM",
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AudioSampleCodec.CODEC_S16_INMEMORY : b"Uncompressed",
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AudioSampleCodec.CODEC_SMALL_ADPCM : b"Nintendo/SGI VADPCM 5-bytes/frame",
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AudioSampleCodec.CODEC_REVERB : b"Nintendo Reverb format",
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AudioSampleCodec.CODEC_S16 : b"Uncompressed"
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}[self.header.codec]
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def codec_file_extension_compressed(self):
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ext = {
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AudioSampleCodec.CODEC_ADPCM : ".aifc",
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AudioSampleCodec.CODEC_S8 : None,
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AudioSampleCodec.CODEC_S16_INMEMORY : None,
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AudioSampleCodec.CODEC_SMALL_ADPCM : ".half.aifc",
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AudioSampleCodec.CODEC_REVERB : None,
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AudioSampleCodec.CODEC_S16 : ".aiff",
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}[self.header.codec]
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assert ext is not None
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return ext
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def codec_file_extension_decompressed(self):
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ext = {
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AudioSampleCodec.CODEC_ADPCM : ".wav",
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AudioSampleCodec.CODEC_S8 : None,
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AudioSampleCodec.CODEC_S16_INMEMORY : None,
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AudioSampleCodec.CODEC_SMALL_ADPCM : ".half.wav",
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AudioSampleCodec.CODEC_REVERB : None,
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AudioSampleCodec.CODEC_S16 : ".wav",
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}[self.header.codec]
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assert ext is not None
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return ext
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def base_note_number(self):
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return note_z64_to_midi(self.base_note)
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def resolve_basenote_rate(self, extraction_sample_info : Optional[Dict[str,str]]):
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assert len(self.notes_rates) != 0
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# rate_3ds = None
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# if SAMPLERATES_3DS is not None:
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# rate_3ds = SAMPLERATES_3DS[self.bank_num].get(i, None)
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tuning_map = {}
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def update_tuning_map(tuning, rate, note):
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tuning_map.update({ tuning : (rate, note) })
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# check
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tuning_bits = f32_to_u32(tuning)
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ntuning = recalc_tuning(rate, note)
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assert ntuning == tuning or tuning_bits in BAD_FLOATS, \
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f"Got: {ntuning}(0x{f32_to_u32(ntuning):X}), Expected: {tuning}(0x{f32_to_u32(tuning):X})"
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if len(self.notes_rates) == 1:
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# only need to match one tuning value
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notes_rates,tuning = self.notes_rates.pop()
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# if rate_3ds is not None and rate_3ds not in [rate for _,rate in notes_rates]:
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# print(f"NONMATCHING: 3DS={rate_3ds} N64={[rate for _,rate in notes_rates]}")
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if len(notes_rates) == 1:
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# only one possible combination of samplerate and basenote
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final_note,final_rate = notes_rates[0]
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else:
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# Several possible combinations of samplerate and basenote that result in the same tuning value,
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# choose just one by arbitrary ranking
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final_rate,(final_note,) = rank_rates_notes(tuple((rate, (note,)) for note,rate in notes_rates))
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update_tuning_map(tuning, final_rate, final_note)
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else:
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# need to match for multiple tuning values
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# produce a list of samplerates that are common to all entries, the correct samplerate is most likely in
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# this intersection
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rate_cands = set.intersection(*(set(rate for note,rate in nrs) for nrs,t in self.notes_rates))
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# if rate_3ds is not None and rate_3ds not in rate_cands:
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# print(f"NONMATCHING: 3DS={rate_3ds} N64={rate_cands}")
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if len(rate_cands) == 0:
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# no common samplerates, arbitrarily rank each separately to get best candidate for each tuning, then
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# rank those again to find the one we should associate with the sample itself
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finalists = []
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for all_layout,tuning in self.notes_rates:
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best_rate,(best_note,) = rank_rates_notes([(rate, (note,)) for note, rate in all_layout])
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update_tuning_map(tuning, best_rate, best_note)
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finalists.append((best_rate,(best_note,)))
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final_rate,(final_note,) = rank_rates_notes(finalists)
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else:
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tunings = [t for nrs,t in self.notes_rates]
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# Found one or more common samplerate, select just one by arbitrary ranking
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# build a map from samplerate -> note value for each entry
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dicts = tuple(dict((rate,note) for note,rate in nrs) for nrs,t in self.notes_rates)
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# list of tuples (rate, (notes for each entry)) for each candidate samplerate
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final_rate,final_notes = rank_rates_notes([(rate, tuple(D[rate] for D in dicts)) for rate in rate_cands])
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finalists = []
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# map the result of this stage to the tunings
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for tuning,note in zip(tunings,final_notes):
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update_tuning_map(tuning, final_rate, note)
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finalists.append((final_rate,(note,)))
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# select best note to go in the sample
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final_rate,(final_note,) = rank_rates_notes(finalists)
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if extraction_sample_info is not None:
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assert "SampleRate" in extraction_sample_info and "BaseNote" in extraction_sample_info
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final_rate = int(extraction_sample_info["SampleRate"])
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final_note = pitch_names.index(extraction_sample_info["BaseNote"])
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# print(" ",len(FINAL_NOTES_RATES), FINAL_NOTES_RATES)
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# if rate_3ds is not None and len(FINAL_NOTES_RATES) == 1:
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# print(f"3DS : {rate_3ds} N64 : {FINAL_NOTES_RATES[0][0]}")
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# if rate_3ds != FINAL_NOTES_RATES[0][0]:
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# print("NONMATCHING AFTER RANKING")
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# else:
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# print("No 3DS comparison")
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self.notes_rates = None
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self.sample_rate = final_rate
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self.base_note = final_note
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self.tuning_map = tuning_map
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def to_file(self, outpath : str):
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assert self.sample_rate is not None and self.base_note is not None,\
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f"The sample must have been assigned a samplerate and basenote to be extracted to AIFC: [0x{self.start:X}:0x{self.end:X}]\n{self.header}"
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NUM_CHANNELS = 1
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# Note this computes the correct number of frames, The original sdk tool vadpcm_enc contained a bug where aifc
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# files would sometimes be 1-off in the reported number of frames. We do not reproduce this.
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num_frames = (len(self.data) // self.frame_size()) * PCM16_SAMPLE_SIZE
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aifc = AIFCFile()
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aifc.add_section(b"COMM",
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struct.pack(">hIh", NUM_CHANNELS, num_frames, PCM16_SAMPLE_SIZE)
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+ AIFCFile.serialize_f80(self.sample_rate)
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+ self.codec_id()
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+ AIFCFile.pstring(self.codec_name())
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)
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aifc.add_section(b"INST",
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struct.pack(">bbbbbbhhhhhhh",
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self.base_note_number(),
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0, # detune
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# TODO fill in the rest? with what?
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0, # lownote
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0, # highnote
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0, # lowvel
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0, # highvel
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0, # gain
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0,0,0, # sustain(mode,start,end)
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0,0,0, # release(mode,start,end)
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)
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)
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aifc.add_custom_section(b"VADPCMCODES", self.book.serialize())
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if self.loop.count != 0:
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# We don't need to write a VADPCMLOOPS chunk if the count is 0 as we can represent these by the absence of
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# a VADPCMLOOPS chunk; a count of 0 indicates the sample has no loop, the start and end of a loop with
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# count=0 are always 0 and the end of the sample respectively.
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aifc.add_custom_section(b"VADPCMLOOPS", self.loop.serialize())
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aifc.add_section(b"SSND", struct.pack(">II", 0, 0) + bytes(self.data))
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aifc.commit(outpath)
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def to_asm(self, name):
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out = f"# {name} [0x{self.start:X}:0x{self.end:X}](0x{self.end-self.start:X})\n"
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out += "\n"
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out += f".global {name}\n"
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out += f"{name}:\n"
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out += f".global {name}_OFF\n"
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out += f".set {name}_OFF, . - $start\n"
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out += "\n"
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out += " .byte "
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for i,b in enumerate(self.data):
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if i != 0 and i % 32 == 0:
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out = out[:-2] + "\n .byte "
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out += f"0x{b:02X}, "
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out = out[:-2] + "\n"
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if len(self.padding) == 0 or all(b == 0 for b in self.padding):
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out += " .balign 16\n"
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else:
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out += f"# PADDING\n"
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out += " .byte " + ", ".join(f"0x{b:02X}" for b in self.padding) + "\n"
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out += "\n"
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return out
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class AudioTableFile:
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"""
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Single sample bank in the Audiotable
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"""
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def __init__(self, bank_num : int, audiotable_seg : memoryview, table_entry : AudioCodeTableEntry,
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seg_offset : int, buffer_bug : bool = False,
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extraction_desc : Optional[SampleBankExtractionDescription] = None):
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self.bank_num = bank_num
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self.table_entry : AudioCodeTableEntry = table_entry
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self.data = self.table_entry.data(audiotable_seg, seg_offset)
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self.buffer_bug = buffer_bug
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self.samples_final = None
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if extraction_desc is None:
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self.file_name = f"SampleBank_{self.bank_num}"
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self.name = f"SampleBank_{self.bank_num}"
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self.extraction_sample_info_versions = []
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self.extraction_sample_info = None
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self.extraction_blob_info = None
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else:
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self.file_name = extraction_desc.file_name
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self.name = extraction_desc.name
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self.extraction_sample_info_versions = extraction_desc.sample_info_versions
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self.extraction_sample_info = extraction_desc.sample_info
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self.extraction_blob_info = extraction_desc.blob_info
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self.pointer_indices = []
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self.samples = {}
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self.coverage = set()
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def register_ptr(self, index):
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self.pointer_indices.append(index)
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def dump_bin(self, path):
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with open(path, "wb") as outfile:
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outfile.write(self.data)
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def __len__(self):
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return len(self.data)
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def add_sample(self, sample_header : SoundFontSample, book : AdpcmBook, loop : AdpcmLoop, tuning : float, ob):
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# collect sample data
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sample_start = sample_header.sample_addr
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sample_end = sample_header.sample_addr + sample_header.size
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sample_end_aligned = align(sample_end, 16)
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sample_data = self.data[sample_start:sample_end]
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sample_padding = self.data[sample_end:sample_end_aligned]
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notes_rates = rate_from_tuning(tuning)
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# update coverage
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self.coverage.add((sample_start, sample_end_aligned, sample_end))
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if sample_start in self.samples:
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# if this sample start was already recorded, compare with previous
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prev_sample : AudioTableSample = self.samples[sample_start]
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# check data integrity, these should not change if the same is the same
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assert prev_sample.end == sample_end
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assert prev_sample.header.codec == sample_header.codec
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assert prev_sample.book == book
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assert prev_sample.loop == loop
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# add notes/rates candidates
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prev_sample.notes_rates.add((notes_rates, tuning))
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else:
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# if this sample start was not recorded, add it
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new_sample = AudioTableSample(sample_start, sample_end, sample_header, sample_data, book, loop, sample_padding)
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new_sample.notes_rates.add((notes_rates, tuning))
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self.samples[sample_start] = new_sample
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def lookup_sample(self, offset : int) -> AudioTableSample:
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return self.samples[offset]
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def sample_name(self, sample : AudioTableSample, index : int):
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if self.extraction_sample_info is not None and index < len(self.extraction_sample_info):
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return self.extraction_sample_info[index]["Name"]
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return f"SAMPLE_{self.bank_num}_{index}"
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def sample_filename(self, sample : AudioTableSample, index : int):
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ext = sample.codec_file_extension_compressed()
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if self.extraction_sample_info is not None and index < len(self.extraction_sample_info):
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return self.extraction_sample_info[index]["FileName"] + ext
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|
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npad = int(math.floor(1 + math.log10(len(self.samples)))) if len(self.samples) != 0 else 0
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return f"Sample{index:0{npad}}{ext}"
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def blob_filename(self, start, end, index):
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if self.extraction_blob_info is not None and index < len(self.extraction_blob_info):
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return self.extraction_blob_info[index]["Name"]
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|
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return f"UNACCOUNTED_{start:X}_{end:X}"
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def finalize_samples(self):
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self.samples_final = list(sorted(self.samples.values(), key = lambda sample : sample.start))
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|
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for i,sample in enumerate(self.samples_final):
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sample : AudioTableSample
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sample.resolve_basenote_rate(self.extraction_sample_info[i] if self.extraction_sample_info is not None else None)
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|
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def finalize_coverage(self, all_sample_banks):
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if len(self.coverage) != 0:
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# merge ranges if there are any
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self.coverage = list(sorted(self.coverage))
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|
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merged = [list(self.coverage.pop(0))]
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|
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while len(self.coverage) != 0:
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next = self.coverage.pop(0)
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if merged[-1][1] == next[0]:
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merged[-1][1] = next[1]
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merged[-1][2] = next[2]
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else:
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merged.append(list(next))
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|
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self.coverage = merged
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|
|
|
# check fully covered
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if len(self.coverage) == 1 and self.coverage[0][0] == 0 and self.coverage[0][1] == len(self.data):
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return # all accounted
|
|
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|
# not fully covered, determine ranges of unaccounted data
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|
if len(self.coverage) == 0:
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|
# absolutely nothing is accounted for
|
|
unaccounted_ranges = [(0, len(self))]
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else:
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|
unaccounted_ranges = []
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|
# deal with gap at the start
|
|
if self.coverage[0][0] != 0:
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|
unaccounted_ranges.append((0, self.coverage[0][0]))
|
|
# deal with gaps in the middle
|
|
for j,cvg in enumerate(self.coverage[:-1]):
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|
start = cvg[1]
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|
end = self.coverage[j + 1][0]
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|
if start != end:
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|
unaccounted_ranges.append((start, end))
|
|
# deal with gap at the end
|
|
if self.coverage[-1][1] != len(self):
|
|
unaccounted_ranges.append((self.coverage[-1][1], len(self)))
|
|
|
|
# TODO if an unaccounted range is in the extraction xml, trust it before searching other banks
|
|
|
|
unaccounted_str = "[" + ", ".join(f"(0x{start:06X}, 0x{end:06X})" for start,end in unaccounted_ranges) + "]"
|
|
print(f"Sample Bank {self.bank_num} has incomplete coverage. Unaccounted: {unaccounted_str}")
|
|
|
|
# search other banks for matches
|
|
for start,end in unaccounted_ranges:
|
|
while start != end:
|
|
found = False
|
|
|
|
for j,bank in enumerate(all_sample_banks):
|
|
if not isinstance(bank, AudioTableFile):
|
|
# Ignore pointer entries
|
|
continue
|
|
|
|
for sample in bank.samples_final:
|
|
sample : AudioTableSample
|
|
|
|
sample_end = start + len(sample)
|
|
sample_end_aligned = align(sample_end, 16)
|
|
|
|
if self.data[start:sample_end] == sample.data:
|
|
print(f" Located match for range [0x{start:X}:0x{sample_end:X}] in bank {j} at 0x{sample.start:X}")
|
|
new_sample = sample.clone(start, sample_end, self.data[sample_end:sample_end_aligned])
|
|
new_sample.start = start
|
|
new_sample.end = sample_end
|
|
new_sample.sample_rate = sample.sample_rate
|
|
new_sample.base_note = sample.base_note
|
|
self.samples_final.append(new_sample)
|
|
found = True
|
|
start = sample_end_aligned
|
|
break
|
|
if found:
|
|
break
|
|
else:
|
|
# found no matches, blob it
|
|
print(f" No match found in other banks for range [0x{start:X}:0x{end:X}], leaving as binary blob")
|
|
self.samples_final.append(AudioTableData(start, end, self.data[start:end]))
|
|
break
|
|
|
|
# Final sort
|
|
self.samples_final.sort(key = lambda sample : sample.start)
|
|
|
|
def assign_names(self):
|
|
i = 0
|
|
j = 0
|
|
for sample in self.samples_final:
|
|
if isinstance(sample, AudioTableSample):
|
|
sample : AudioTableSample
|
|
|
|
sample.name = self.sample_name(sample, i)
|
|
sample.filename = self.sample_filename(sample, i)
|
|
i += 1
|
|
else:
|
|
sample : AudioTableData
|
|
|
|
name = self.blob_filename(sample.start, sample.end, j)
|
|
sample.name = name
|
|
sample.filename = f"{name}.bin"
|
|
j += 1
|
|
|
|
def to_xml(self, base_path):
|
|
xml = XMLWriter()
|
|
|
|
start = {
|
|
"Name" : self.name,
|
|
"Index" : self.bank_num,
|
|
"Medium" : self.table_entry.medium.name,
|
|
"CachePolicy" : self.table_entry.cache_policy.name,
|
|
}
|
|
if self.buffer_bug:
|
|
start["BufferBug"] = "true"
|
|
|
|
xml.write_start_tag("SampleBank", start)
|
|
|
|
# write pointers
|
|
for index in self.pointer_indices:
|
|
xml.write_element("Pointer", { "Index" : index })
|
|
|
|
# write samples/blobs
|
|
for sample in self.samples_final:
|
|
if isinstance(sample, AudioTableSample):
|
|
sample : AudioTableSample
|
|
|
|
xml.write_element("Sample", {
|
|
"Name" : sample.name,
|
|
"Path" : f"$(BUILD_DIR)/{base_path}/{sample.filename}",
|
|
})
|
|
else:
|
|
sample : AudioTableData
|
|
|
|
xml.write_element("Blob", {
|
|
"Name" : sample.name,
|
|
"Path" : f"$(BUILD_DIR)/{base_path}/{sample.filename}",
|
|
})
|
|
|
|
xml.write_end_tag()
|
|
|
|
return str(xml)
|
|
|
|
def write_extraction_xml(self, path):
|
|
xml = XMLWriter()
|
|
|
|
xml.write_comment("This file is only for extraction of vanilla data. For other purposes see assets/audio/samplebanks/")
|
|
|
|
xml.write_start_tag("SampleBank", {
|
|
"Name" : self.name,
|
|
"Index" : self.bank_num,
|
|
})
|
|
|
|
# Write elements from the old xml version verbatim
|
|
i = 0
|
|
for entry_name,entry_attrs,in_version in self.extraction_sample_info_versions:
|
|
xml.write_element(entry_name, entry_attrs)
|
|
i += in_version
|
|
|
|
# Write any new elements
|
|
for sample in self.samples_final[i:]:
|
|
if isinstance(sample, AudioTableSample):
|
|
sample : AudioTableSample
|
|
|
|
attrs = {
|
|
"Name" : sample.name,
|
|
"FileName" : sample.filename.replace(sample.codec_file_extension_compressed(), ""),
|
|
"SampleRate" : sample.sample_rate,
|
|
"BaseNote" : pitch_names[sample.base_note],
|
|
}
|
|
xml.write_element("Sample", attrs)
|
|
else:
|
|
sample : AudioTableData
|
|
|
|
attrs = {
|
|
"Name" : sample.name,
|
|
}
|
|
xml.write_element("Blob", attrs)
|
|
|
|
xml.write_end_tag()
|
|
|
|
with open(path, "w") as outfile:
|
|
outfile.write(str(xml))
|
|
|
|
def write_s_file(self, name, path):
|
|
with open(path, "w") as outfile:
|
|
out = ".rdata\n"
|
|
out += "\n"
|
|
out += ".balign 16\n"
|
|
out += "\n"
|
|
out += f".global {name}\n"
|
|
out += f"{name}_Start:\n"
|
|
out += "$start:\n"
|
|
out += "\n"
|
|
|
|
outfile.write(out)
|
|
|
|
i = 0
|
|
for sample in self.samples:
|
|
if isinstance(sample, AudioTableSample):
|
|
sample : AudioTableSample
|
|
outfile.write(sample.to_asm(self.sample_name(i)))
|
|
i += 1
|
|
else:
|
|
sample : AudioTableData
|
|
outfile.write(sample.to_asm("__UNACCOUNTED__"))
|