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Jonathan Tinney
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75 lines
3.3 KiB
Python
75 lines
3.3 KiB
Python
# from https://github.com/icebound777/PMR-SeedGenerator/blob/main/rando_modules/random_audio.py
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"""
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This module modifies the music in the ROM by pairing different song ids and
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song variation ids to different songs and variations.
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DBKey: A700(u8 song)(u8 variation)
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DBValue: (s16 song)(s16 variation)
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I.e. to map song 4, variation 1 to song F, variation 2 we'd have
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A7000401 : 000F0002
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"""
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from copy import deepcopy
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from ..data.enum_types import SongType
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from ..data.song_data import SongData, song_data_array
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from ..options import ShuffleMusic
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def get_randomized_audio(randomize_bgm, randomize_jingles, random) -> list:
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dbkey_base = 0xA7000000
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db_data = []
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def get_song_default_tuple(songdata: SongData) -> tuple:
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return (
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dbkey_base | (songdata.song_id << 8) | songdata.variation_id,
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0xFFFFFFFF
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)
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if randomize_bgm != ShuffleMusic.option_Off:
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bgms = [x for x in song_data_array if x.loops]
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categorized_lists = {}
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if randomize_bgm == ShuffleMusic.option_Shuffle_By_Mood:
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for songdata in bgms:
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if songdata.mood not in categorized_lists:
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categorized_lists[songdata.mood] = []
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categorized_lists[songdata.mood].append(songdata)
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elif randomize_bgm == ShuffleMusic.option_Shuffle_By_Type:
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for songdata in bgms:
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if songdata.type not in categorized_lists:
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categorized_lists[songdata.type] = []
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categorized_lists[songdata.type].append(songdata)
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elif randomize_bgm == ShuffleMusic.option_Full_Shuffle:
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categorized_lists["all"] = bgms
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for song_category in categorized_lists:
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work_array = deepcopy(categorized_lists[song_category])
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for songdata in categorized_lists[song_category]:
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dbkey = dbkey_base | (songdata.song_id << 8) | songdata.variation_id
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random_choice = random.randint(0, len(work_array) - 1)
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new_song = work_array.pop(random_choice)
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dbvalue = (new_song.song_id << 16) | new_song.variation_id
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db_data.append((dbkey, dbvalue))
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# print(f"before {songdata.song_name}/{songdata.variation_name}, after {new_song.song_name}/{new_song.variation_name}")
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# print(f"{hex(dbkey)}/{hex(dbvalue)}")
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else:
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for songdata in song_data_array:
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if songdata.loops:
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db_data.append(get_song_default_tuple(songdata))
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if randomize_jingles:
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jingles = [x for x in song_data_array if x.type == SongType.JINGLE]
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work_array = deepcopy(jingles)
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for jingle in jingles:
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dbkey = dbkey_base | (jingle.song_id << 8) | jingle.variation_id
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random_choice = random.randint(0, len(work_array) - 1)
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new_song = work_array.pop(random_choice)
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dbvalue = (new_song.song_id << 16) | new_song.variation_id
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db_data.append((dbkey, dbvalue))
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# print(f"before {jingle.song_name}/{jingle.variation_name}, after {new_song.song_name}/{new_song.variation_name}")
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# print(f"{hex(dbkey)}/{hex(dbvalue)}")
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else:
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for songdata in [x for x in song_data_array if x.type == SongType.JINGLE]:
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db_data.append(get_song_default_tuple(songdata))
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return db_data
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