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editor.py
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editor.py
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#Imports
import os
import sys
import platform
import subprocess
import pathlib
import tempfile
import pretty_midi
from shutil import copyfile, rmtree
from math import floor, ceil
import mido
from configparser import ConfigParser
import stat as stats
import wave
import audioop
from PyQt5.QtCore import QCoreApplication
#Classes
class SongClass:
def __init__(self,SongType,Name,MemOrder,DefaultStyle="nope",MemOffset = -1):
self.SongType = SongType
self.Name = Name
self.MemOrder = MemOrder
self.DefaultStyle = DefaultStyle
self.MemOffset = MemOffset
if(self.MemOffset == -1): self.MemOffset = 0x025a0440+0xBC*self.MemOrder
class StyleClass:
def __init__(self,StyleType,Name,MemOffset,StyleId,DefaultStyle):
self.StyleType = StyleType
self.Name = Name
self.MemOffset = MemOffset
self.StyleId = StyleId
self.DefaultStyle = DefaultStyle
class InstrumentClass:
def __init__(self,Name,Number,InMenu,NumberOfSounds=[]):
self.Name = Name
self.Number = Number
self.InMenu = InMenu
self.NumberOfSounds = NumberOfSounds
class SoundClass:
def __init__(self,Name,*args):
self.Name = Name
self.typeNames = []
self.typeValues = []
for arg in args:
if(type(arg) == int):
self.typeNames.append(str(arg))
self.typeValues.append(arg)
elif(type(arg[1]) == str):
self.typeNames.append(arg[1])
self.typeValues.append(arg[0])
else:
for i in range(arg[0],arg[1]):
if(len(arg) == 3): self.typeNames.append(str(i)+" ("+arg[2]+")")
else: self.typeNames.append(str(i))
self.typeValues.append(i)
class SongTypeValue:
Regular = 0
Menu = 1
Maestro = 2
Handbell = 3
class StyleTypeValue:
Global = 0
SongSpecific = 1
QuickJam = 2
Menu = 3
class LoadedFile:
def __init__(self,path,type):
self.path = path
self.type = type
def RetranslateSongNames():
_translate = QCoreApplication.translate
global Songs
global Styles
global Instruments
global extraSounds
Songs = [
SongClass(SongTypeValue.Regular,_translate("Editor",'A Little Night Music'),6,"21"),
SongClass(SongTypeValue.Regular,_translate("Editor",'American Patrol'),11,"03"),
SongClass(SongTypeValue.Regular,_translate("Editor",'Animal Crossing'),48,"1B"),
SongClass(SongTypeValue.Regular,_translate("Editor",'Animal Crossing -- K.K. Blues'),26,"23"),
SongClass(SongTypeValue.Regular,_translate("Editor",'Bridal Chorus'),1,"08"),
SongClass(SongTypeValue.Regular,_translate("Editor",'Carmen'),3,"0F"),
SongClass(SongTypeValue.Regular,_translate("Editor",'Chariots of Fire'),35,"13"),
SongClass(SongTypeValue.Regular,_translate("Editor",'Daydream Believer'),33,"00"),
SongClass(SongTypeValue.Regular,_translate("Editor",'Do-Re-Mi'),9,"01"),
SongClass(SongTypeValue.Regular,_translate("Editor",'Every Breath You Take'),34,"12"),
SongClass(SongTypeValue.Regular,_translate("Editor",'F-Zero -- Mute City Theme'),49,"01"),
SongClass(SongTypeValue.Regular,_translate("Editor",'Frère Jacques'),22,"04"),
SongClass(SongTypeValue.Regular,_translate("Editor",'From Santurtzi to Bilbao'),27,"20"),
SongClass(SongTypeValue.Regular,_translate("Editor",'From the New World'),16,"02"),
SongClass(SongTypeValue.Regular,_translate("Editor",'Happy Birthday to You'),8,"1E"),
SongClass(SongTypeValue.Regular,_translate("Editor",'I\'ll Be There'),40,"16"),
SongClass(SongTypeValue.Regular,_translate("Editor",'I\'ve Never Been to Me'),44,"18"),
SongClass(SongTypeValue.Regular,_translate("Editor",'Jingle Bell Rock'),41,"00"),
SongClass(SongTypeValue.Regular,_translate("Editor",'La Bamba'),17,"0A"),
SongClass(SongTypeValue.Regular,_translate("Editor",'La Cucaracha'),29,"1F"),
SongClass(SongTypeValue.Regular,_translate("Editor",'Little Hans'),25,"04"),
SongClass(SongTypeValue.Regular,_translate("Editor",'Long, Long Ago'),19,"08"),
SongClass(SongTypeValue.Regular,_translate("Editor",'Material Girl'),38,"15"),
SongClass(SongTypeValue.Regular,_translate("Editor",'Minuet in G Major'),7,"1C"),
SongClass(SongTypeValue.Regular,_translate("Editor",'My Grandfather\'s Clock'),15,"05"),
SongClass(SongTypeValue.Regular,_translate("Editor",'O Christmas Tree'),24,"10"),
SongClass(SongTypeValue.Regular,_translate("Editor",'Ode to Joy'),0,"02"),
SongClass(SongTypeValue.Regular,_translate("Editor",'Oh, My Darling Clementine'),14,"0D"),
SongClass(SongTypeValue.Regular,_translate("Editor",'Over the Waves'),30,"11"),
SongClass(SongTypeValue.Regular,_translate("Editor",'Please Mr. Postman'),37,"09"),
SongClass(SongTypeValue.Regular,_translate("Editor",'Sakura Sakura'),31,"06"),
SongClass(SongTypeValue.Regular,_translate("Editor",'Scarborough Fair'),18,"0E"),
SongClass(SongTypeValue.Regular,_translate("Editor",'September'),36,"14"),
SongClass(SongTypeValue.Regular,_translate("Editor",'Sukiyaki'),32,"0A"),
SongClass(SongTypeValue.Regular,_translate("Editor",'Super Mario Bros.'),45,"2C"),
SongClass(SongTypeValue.Regular,_translate("Editor",'Sur le pont d\'Avignon'),21,"09"),
SongClass(SongTypeValue.Regular,_translate("Editor",'Swan Lake'),2,"07"),
SongClass(SongTypeValue.Regular,_translate("Editor",'The Blue Danube'),5,"22"),
SongClass(SongTypeValue.Regular,_translate("Editor",'The Entertainer'),10,"1D"),
SongClass(SongTypeValue.Regular,_translate("Editor",'The Flea Waltz'),23,"03"),
SongClass(SongTypeValue.Regular,_translate("Editor",'The Legend of Zelda'),46,"19"),
SongClass(SongTypeValue.Regular,_translate("Editor",'The Loco-Motion'),39,"05"),
SongClass(SongTypeValue.Regular,_translate("Editor",'Troika'),28,"07"),
SongClass(SongTypeValue.Regular,_translate("Editor",'Turkey in the Straw'),12,"06"),
SongClass(SongTypeValue.Regular,_translate("Editor",'Twinkle, Twinkle, Little Star'),20,"0B"),
SongClass(SongTypeValue.Regular,_translate("Editor",'Wake Me Up Before You Go-Go'),42,"17"),
SongClass(SongTypeValue.Regular,_translate("Editor",'Wii Music'),4,"24"),
SongClass(SongTypeValue.Regular,_translate("Editor",'Wii Sports'),47,"1A"),
SongClass(SongTypeValue.Regular,_translate("Editor",'Woman'),43,"17"),
SongClass(SongTypeValue.Regular,_translate("Editor",'Yankee Doodle'),13,"0C"),
SongClass(SongTypeValue.Maestro,_translate("Editor",'Twinkle, Twinkle, Little Star (Mii Maestro)'),2,MemOffset=0x25a3e1c),
SongClass(SongTypeValue.Maestro,_translate("Editor",'Carmen (Mii Maestro)'),0,MemOffset=0x25a3d80),
SongClass(SongTypeValue.Maestro,_translate("Editor",'The Four Seasons -- Spring (Mii Maestro)'),4,MemOffset=0x25a3f54),
SongClass(SongTypeValue.Maestro,_translate("Editor",'Ode to Joy (Mii Maestro)'),3,MemOffset=0x25a3ff0),
SongClass(SongTypeValue.Maestro,_translate("Editor",'The Legend of Zelda (Mii Maestro)'),1,MemOffset=0x25a3eb8),
SongClass(SongTypeValue.Handbell,_translate("Editor",'O Christmas Tree (Handbell Harmony)'),0,MemOffset=0x2566D5A),
SongClass(SongTypeValue.Handbell,_translate("Editor",'Hum, Hum, Hum (Handbell Harmony)'),2,MemOffset=0x2566E0A),
SongClass(SongTypeValue.Handbell,_translate("Editor",'My Grandfather\'s Clock (Handbell Harmony)'),3,MemOffset=0x2566E62),
SongClass(SongTypeValue.Handbell,_translate("Editor",'Do-Re-Mi (Handbell Harmony)'),1,MemOffset=0x2566DB2),
SongClass(SongTypeValue.Handbell,_translate("Editor",'Sukiyaki (Handbell Harmony)'),4,MemOffset=0x2566EBA),
SongClass(SongTypeValue.Menu,_translate("Editor",'Menu Song'),-1,MemOffset=[0x259ACB0,0x259ACD4,0x259ACF8,0x259AD1C,0x259AD40])]
noneInstrument = 67
Styles = [
StyleClass(StyleTypeValue.Global,_translate("Editor",'Jazz'),0x0659A65C,'00',[28,2,0,16,42,45]),
StyleClass(StyleTypeValue.Global,_translate("Editor",'Rock'),0x0659A680,'01',[14,14,36,15,41,47]),
StyleClass(StyleTypeValue.Global,_translate("Editor",'Latin'),0x0659A6A4,'02',[27,28,1,15,43,46]),
StyleClass(StyleTypeValue.Global,_translate("Editor",'March'),0x0659A6C8,'03',[27,27,27,31,59,58]),
StyleClass(StyleTypeValue.Global,_translate("Editor",'Electronic'),0x659A6EC,'04',[2,22,8,23,62,50]),
StyleClass(StyleTypeValue.Global,_translate("Editor",'Pop'),0x659A710,'05',[0,2,13,15,40,47]),
StyleClass(StyleTypeValue.Global,_translate("Editor",'Japanese'),0x659A734,'06',[29,noneInstrument,noneInstrument,20,56,51]),
StyleClass(StyleTypeValue.Global,_translate("Editor",'Tango'),0x659A758,'07',[25,0,32,16,58,52]),
StyleClass(StyleTypeValue.Global,_translate("Editor",'Classical'),0x659A77C,'08',[25,25,6,26,noneInstrument,noneInstrument]),
StyleClass(StyleTypeValue.Global,_translate("Editor",'Hawaiian'),0x659A7A0,'09',[17,17,17,16,46,45]),
StyleClass(StyleTypeValue.Global,_translate("Editor",'Reggae'),0x659A7C4,'0A',[3,3,0,15,64,noneInstrument]),
StyleClass(StyleTypeValue.SongSpecific,_translate("Editor",'A Little Night Music'),0x659AB00,'21',[29,25,6,26,noneInstrument,noneInstrument]),
StyleClass(StyleTypeValue.SongSpecific,_translate("Editor",'Animal Crossing'),0x659AA28,'1B',[32,18,13,13,46,45]),
StyleClass(StyleTypeValue.SongSpecific,_translate("Editor",'Animal Crossing K.K. Blues'),0x659AB48,'23',[33,28,13,16,42,53]),
StyleClass(StyleTypeValue.SongSpecific,_translate("Editor",'Carmen'),0x659A878,'0F',[35,32,13,16,59,46]),
StyleClass(StyleTypeValue.SongSpecific,_translate("Editor",'Chariots of Fire'),0x659A908,'13',[0,13,6,7,58,46]),
StyleClass(StyleTypeValue.SongSpecific,_translate("Editor",'Every Breath You Take'),0x659A8E4,'12',[33,0,22,15,40,47]),
StyleClass(StyleTypeValue.SongSpecific,_translate("Editor",'From Santurtzi to Bilbao'),0x659AADc,'20',[3,3,3,3,50,47]),
StyleClass(StyleTypeValue.SongSpecific,_translate("Editor",'Happy Birthday to You'),0x659AA94,'1E',[27,28,0,16,42,45]),
StyleClass(StyleTypeValue.SongSpecific,_translate("Editor",'I\'ll Be There'),0x659A974,'16',[38,38,39,39,44,50]),
StyleClass(StyleTypeValue.SongSpecific,_translate("Editor",'I\'ve Never Been to Me'),0x659A9Bc,'18',[0,0,13,15,40,46]),
StyleClass(StyleTypeValue.SongSpecific,_translate("Editor",'La Cucaracha'),0x659AAB8,'1F',[29,1,13,15,48,54]),
StyleClass(StyleTypeValue.SongSpecific,_translate("Editor",'Material Girl'),0x659A950,'15',[36,14,22,23,60,47]),
StyleClass(StyleTypeValue.SongSpecific,_translate("Editor",'Minuet in G Major'),0x659AA4c,'1C',[29,30,0,6,noneInstrument,noneInstrument]),
StyleClass(StyleTypeValue.SongSpecific,_translate("Editor",'O-Christmas Tree'),0x659A89c,'10',[5,5,5,5,51,noneInstrument]),
StyleClass(StyleTypeValue.SongSpecific,_translate("Editor",'Oh My Darling Clementine'),0x659A830,'0D',[36,36,9,36,58,52]),
StyleClass(StyleTypeValue.SongSpecific,_translate("Editor",'Over The Waves'),0x659A8C0,'11',[32,30,6,16,53,47]),
StyleClass(StyleTypeValue.SongSpecific,_translate("Editor",'Scarborough Fair'),0x659A854,'0E',[34,34,13,16,59,47]),
StyleClass(StyleTypeValue.SongSpecific,_translate("Editor",'September'),0x659A92c,'14',[27,28,8,23,40,50]),
StyleClass(StyleTypeValue.SongSpecific,_translate("Editor",'Super Mario Bros'),0x659AC8c,'2C',[37,37,37,37,noneInstrument,noneInstrument]),
StyleClass(StyleTypeValue.SongSpecific,_translate("Editor",'The Blue Danube'),0x659AB24,'22',[30,25,4,31,58,52]),
StyleClass(StyleTypeValue.SongSpecific,_translate("Editor",'The Entertainer'),0x659AA70,'1D',[0,6,0,16,42,46]),
StyleClass(StyleTypeValue.SongSpecific,_translate("Editor",'The Legend of Zelda'),0x659A9E0,'19',[27,25,21,31,58,59]),
StyleClass(StyleTypeValue.SongSpecific,_translate("Editor",'Twinkle Twinkle Little Star'),0x659A7E8,'0B',[0,1,13,16,51,52]),
StyleClass(StyleTypeValue.SongSpecific,_translate("Editor",'Wii Sports'),0x659AA04,'1A',[29,0,13,15,60,47]),
StyleClass(StyleTypeValue.SongSpecific,_translate("Editor",'Wii Music'),0x659AB6c,'24',[25,28,0,15,40,50]),
StyleClass(StyleTypeValue.SongSpecific,_translate("Editor",'Woman'),0x659A998,'17',[28,27,13,15,40,49]),
StyleClass(StyleTypeValue.SongSpecific,_translate("Editor",'Yankee Doodle'),0x659A80C,'0C',[33,24,18,16,49,46]),
StyleClass(StyleTypeValue.QuickJam,_translate("Editor",'A Capella'),0x659AC20,'29',[38,38,39,39,66,50]),
StyleClass(StyleTypeValue.QuickJam,_translate("Editor",'Acoustic'),0x659AB90,'38',[25,25,13,13,52,50]), #
StyleClass(StyleTypeValue.QuickJam,_translate("Editor",'African Electronic'),0x659AB93,'3C',[25,25,13,13,52,50]), #
StyleClass(StyleTypeValue.QuickJam,_translate("Editor",'Animals!'),0x659AC68,'2B',[11,11,10,31,59,49]),
StyleClass(StyleTypeValue.QuickJam,_translate("Editor",'Calypso'),0x659AC44,'2A',[3,3,3,3,noneInstrument,noneInstrument]),
StyleClass(StyleTypeValue.QuickJam,_translate("Editor",'Exotic'),0x659ABFC,'28',[19,19,4,19,55,noneInstrument]),
StyleClass(StyleTypeValue.QuickJam,_translate("Editor",'Flamenco'),0x659AB90,'25',[25,25,13,13,52,50]), #
StyleClass(StyleTypeValue.QuickJam,_translate("Editor",'Galactic'),0x659ADD0,'35',[25,25,13,13,52,50]), #
StyleClass(StyleTypeValue.QuickJam,_translate("Editor",'Handbell'),0x659AB93,'43',[25,25,13,13,52,50]), #
StyleClass(StyleTypeValue.QuickJam,_translate("Editor",'Karate'),0x659ABB4,'26',[14,14,14,15,41,63]),
StyleClass(StyleTypeValue.QuickJam,_translate("Editor",'Orchestral'),0x659AD64,'32',[29,27,25,7,58,noneInstrument]),
StyleClass(StyleTypeValue.QuickJam,_translate("Editor",'Parade'),0x659ABD8,'27',[27,30,27,31,65,57]),
StyleClass(StyleTypeValue.QuickJam,_translate("Editor",'Rap'),0x659ADF4,'36',[12,noneInstrument,8,23,62,61]),
StyleClass(StyleTypeValue.QuickJam,_translate("Editor",'Samba'),0x659AE18,'37',[29,1,13,15,65,48]),
StyleClass(StyleTypeValue.Menu,_translate("Editor",'Menu Style Main'),0x659ACB0,'2D',[25,28,0,15,40,40]),
StyleClass(StyleTypeValue.Menu,_translate("Editor",'Menu Style Electronic'),0x659ACD4,'2E',[2,22,0,23,62,40]),
StyleClass(StyleTypeValue.Menu,_translate("Editor",'Menu Style Japanese'),0x659ACF8,'2F',[29,20,0,20,56,40]),
StyleClass(StyleTypeValue.Menu,_translate("Editor",'Menu Style March'),0x659AD1C,'30',[30,27,0,31,58,40]),
StyleClass(StyleTypeValue.Menu,_translate("Editor",'Menu Style A Capella'),0x659AD40,'31',[38,39,0,39,66,40])]
Instruments = [
InstrumentClass(_translate("Editor",'Piano'),0,True,["C2","G2","D3","A3","E4","B4","F#5","D6","F6"]),
InstrumentClass(_translate("Editor",'Marimba'),1,False,["G3","D4","A4","E5","B5","F#6"]),
InstrumentClass(_translate("Editor",'Vibraphone'),2,False,["F#3","C#4","G#4","D#5","A#5","F6"]),
InstrumentClass(_translate("Editor",'Steel Drum'),3,False,["F#2","A#3","F#4","G4","E4","??(26)","C4"]),
InstrumentClass(_translate("Editor",'Dulcimer'),4,False,["F3","C#4","G4","C5","A6","D6"]),
InstrumentClass(_translate("Editor",'Handbell'),5,False,["G4","G4 (Variation)","G4 (Variation 2)","C7"]),
InstrumentClass(_translate("Editor",'Harpsichord'),6,False,["G2","C4","C5","C6"]),
InstrumentClass(_translate("Editor",'Timpani'),7,False,["F3","F3 (Variation)","F3 (Variation 2)"]),
InstrumentClass(_translate("Editor",'Galactic Piano'),8,False,["G2","D3","A3","E4","B4","F#5"]),
InstrumentClass(_translate("Editor",'Toy Piano'),9,False,["B4","D6"]),
InstrumentClass(_translate("Editor",'Dog'),10,False,["Howl","??(54)","??(55)","??(54)","D5","G5","C#6"]),
InstrumentClass(_translate("Editor",'Cat'),11,False,["G3","C#4","G4","C#5","G5","C#6"]),
InstrumentClass(_translate("Editor",'Rapper'),12,False,["??"]*62),
InstrumentClass(_translate("Editor",'Guitar'),13,False,["G#2","E3","B3","F#4","D5","??(133)"]),
InstrumentClass(_translate("Editor",'Electric Guitar'),14,False,["A2","D3","B3","G4","E5","A5"]),
InstrumentClass(_translate("Editor",'Electric Bass'),15,True,["G1","D2","G2","C3","G#3"]),
InstrumentClass(_translate("Editor",'Double Bass'),16,False,["F1","G#1","G#2","G#3"]),
InstrumentClass(_translate("Editor",'Ukulele'),17,False,["B3","F#4","C#5","G#5"]),
InstrumentClass(_translate("Editor",'Banjo'),18,False,["A#2","F3","C4","G4","D5","A5"]),
InstrumentClass(_translate("Editor",'Sitar'),19,False,["C3","G3","C4","G4"]),
InstrumentClass(_translate("Editor",'Shamisen'),20,True,["D3","A3","D4","A4"]),
InstrumentClass(_translate("Editor",'Harp'),21,False,["C3","C4","E5","B5","G6"]),
InstrumentClass(_translate("Editor",'Galactic Guitar'),22,False,["F2","C3","F3","C4","F4","C5","F5"]),
InstrumentClass(_translate("Editor",'Galactic Bass'),23,True,["A1","C2","F2","A2","C3"]),
InstrumentClass(_translate("Editor",'Jaw Harp'),24,False,["??(184)","??(185)","??(186)","??(187)"]),
InstrumentClass(_translate("Editor",'Violin'),25,True,["C4","A4","E5","B5","F#6"]),
InstrumentClass(_translate("Editor",'Cello'),26,False,["A2","D3","A3","E4","B4"]),
InstrumentClass(_translate("Editor",'Trumpet'),27,True,["F#2","G#3","A3","D4","G4","C5","F5","Bb5","G6"]),
InstrumentClass(_translate("Editor",'Saxophone'),28,True,["F2","B2","F3","E4","Bb4","E5","Bb5","E6"]),
InstrumentClass(_translate("Editor",'Flute'),29,True,["D4","G4","C5","G5","D6","G6","D7"]),
InstrumentClass(_translate("Editor",'Clairenet'),30,True,["Bb2","F3","C4","F4","C5","F5","C6"]),
InstrumentClass(_translate("Editor",'Tuba'),31,False,["??(229)","Eb2","Bb2","A3"]),
InstrumentClass(_translate("Editor",'Accordion'),32,False,["B2","C4"]),
InstrumentClass(_translate("Editor",'Harmonica'),33,False,["B4","A3","E4","D5","B5","A6"]),
InstrumentClass(_translate("Editor",'Bagpipe'),34,False,["C4","F#4","C5","F#5"]),
InstrumentClass(_translate("Editor",'Recorder'),35,False,["G6"]),
InstrumentClass(_translate("Editor",'Galactic horn'),36,False,["G2","C4","C5"]),
InstrumentClass(_translate("Editor",'Nes'),37,False,["Mario Jump","C3","F3","Bb3","G4","C5","C6"]),
InstrumentClass(_translate("Editor",'Singer'),38,True,["C4 (Wii)","G4 (Wii)","C5 (Wii)","G5 (Wii)","C4 (Do)","F#4 (Do)","D5 (Do)","F#5 (Do)","C4 (Ba)","G4 (Ba)","C5 (Ba)","G5 (Ba)"]),
InstrumentClass(_translate("Editor",'Bass Singer'),39,True,["D3 (Wii)","G3 (Wii)","C4 (Wii)","G4 (Wii)","C3 (Do)","G3 (Do)","C4 (Do)","G4 (Do)","D3 (Ba)","A3 (Ba)","D4 (Ba)","G4 (Ba)"]),
InstrumentClass(_translate("Editor",'Basic Drums'),40,True),
InstrumentClass(_translate("Editor",'Rock Drums'),41,False),
InstrumentClass(_translate("Editor",'Jazz Drums'),42,False),
InstrumentClass(_translate("Editor",'Latin Drums'),43,False),
InstrumentClass(_translate("Editor",'Ballad Drums'),44,False),
InstrumentClass(_translate("Editor",'Congas'),45,False),
InstrumentClass(_translate("Editor",'Maracas'),46,False),
InstrumentClass(_translate("Editor",'Tambourine'),47,False),
InstrumentClass(_translate("Editor",'Cuica'),48,False),
InstrumentClass(_translate("Editor",'Cowbell'),49,False),
InstrumentClass(_translate("Editor",'Clap'),50,False),
InstrumentClass(_translate("Editor",'Bells'),51,False),
InstrumentClass(_translate("Editor",'Castanets'),52,False),
InstrumentClass(_translate("Editor",'Guiro'),53,False),
InstrumentClass(_translate("Editor",'Timpales'),54,False),
InstrumentClass(_translate("Editor",'Djembe'),55,False),
InstrumentClass(_translate("Editor",'Taiko Drum'),56,True),
InstrumentClass(_translate("Editor",'Cheerleader'),57,False),
InstrumentClass(_translate("Editor",'Snare Drum'),58,True),
InstrumentClass(_translate("Editor",'Bass Drum'),59,False),
InstrumentClass(_translate("Editor",'Galactic Drums'),60,False),
InstrumentClass(_translate("Editor",'Galactic Congas'),61,False),
InstrumentClass(_translate("Editor",'DJ Turntables'),62,True),
InstrumentClass(_translate("Editor",'Black Belt'),63,False),
InstrumentClass(_translate("Editor",'Reggae Drums'),64,False),
InstrumentClass(_translate("Editor",'Whistle'),65,False),
InstrumentClass(_translate("Editor",'Beatbox'),66,True),
InstrumentClass(_translate("Editor",'None'),-1,False)]
extraSounds = [
SoundClass(_translate("Editor","Basic Drum"),[297,300]),
SoundClass(_translate("Editor","Rock Drums"),[302,306]),
SoundClass(_translate("Editor","Jazz Drums"),[307,311]),
SoundClass(_translate("Editor","Latin Drums"),[312,315]),
SoundClass(_translate("Editor","Ballad Drums"),[316,319]),
SoundClass(_translate("Editor","Cymbal for Basic, Jazz, Latin, Reggae, and Ballad Drums"),301),
SoundClass(_translate("Editor","Bass for Basic, Latin, and Ballad Drums"),296),
SoundClass(_translate("Editor","Congas"),[320,324]),
SoundClass(_translate("Editor","Maracas"),[325,330],[430,_translate("Editor","Female Variant")]),
SoundClass(_translate("Editor","Tambourine"),[331,335]),
SoundClass(_translate("Editor","Cuica"),[336,340]),
SoundClass(_translate("Editor","Cowbell"),[341,343]),
SoundClass(_translate("Editor","Hand Clap"),[344,346]),
SoundClass(_translate("Editor","Bells"),[347,349]),
SoundClass(_translate("Editor","Castanets"),[350,353],[431,_translate("Editor","Male Variant")]),
SoundClass(_translate("Editor","Guiro"),[354,358]),
SoundClass(_translate("Editor","Timbales"),[359,362]),
SoundClass(_translate("Editor","Djembe"),[363,367]),
SoundClass(_translate("Editor","Taiko Drums"),[368,370],[432,_translate("Editor","Female Varient")]),
SoundClass(_translate("Editor","Cheerleader"),[371,376,_translate("Editor","Female")],[424,429,_translate("Editor","Male")]),
SoundClass(_translate("Editor","Snare Drum"),[377,380]),
SoundClass(_translate("Editor","Bass Drum"),[381,383]),
SoundClass(_translate("Editor","Galactic Drums"),[384,388]),
SoundClass(_translate("Editor","Galactic Congas"),[389,393]),
SoundClass(_translate("Editor","DJ Turntables"),[280,295]),
SoundClass(_translate("Editor","Black Belt"),[394,399,_translate("Editor","Male")],[418,423,_translate("Editor","Female")]),
SoundClass(_translate("Editor","Reggae Drums"),[400,404]),
SoundClass(_translate("Editor","Whistle"),[405,408]),
SoundClass(_translate("Editor","Beat Boxer"),[409,414]),
SoundClass(_translate("Editor","Drum Mode"),[433,444])]
RetranslateSongNames()
class LoadType:
Rom = 0
Brsar = 1
Carc = 2
Dol = 3
Midi = 4
Gct = 5
RomFile = 6
class RecordType:
Song = "song"
Style = "style"
TextSong = "textsong"
TextStyle = "textstyle"
DefaultStyle = "defaultstyle"
RemoveSong = "removesong"
MainDol = "maindol"
#Functions
#Get File
def GetBrsarPath():
if(os.path.isdir(file.path)):
return file.path+"/files/Sound/MusicStatic/rp_Music_sound.brsar"
else:
return file.path
def GetMessagePath():
if(os.path.isdir(file.path)):
return file.path+"/files/"+BasedOnRegion(romLanguage)+"/Message"
else:
return os.path.dirname(file.path)
def GetGeckoPath():
if(os.path.isdir(file.path)):
return file.path+"/GeckoCodes.ini"
else:
return file.path
def GetMainDolPath():
if(os.path.isdir(file.path)):
return file.path+"/sys/main.dol"
else:
return file.path
def GivePermission(file):
if(currentSystem != "Windows"):
try:
os.chmod(file,os.stat(file).st_mode | stats.S_IEXEC)
except:
tryed = 0
#Other
def Run(command):
try:
if(type(command) != str): GivePermission(command[0])
if(currentSystem == "Windows"):
CREATE_NO_WINDOW = 0x08000000
subprocess.run(command,stdout=subprocess.PIPE,stdin=subprocess.PIPE,stderr=subprocess.PIPE,creationflags=CREATE_NO_WINDOW)
else:
subprocess.run(command,stdout=subprocess.PIPE,stdin=subprocess.PIPE,stderr=subprocess.PIPE)
except Exception as e:
ShowError("Could not execute command:","Command: "+str(command)+"\nError: "+str(e))
def DecodeTxt():
path = GetMessagePath()
try:
if(os.path.isdir(path+"/message.d")): rmtree(path+"/message.d")
Run([HelperPath()+'/Wiimms/wszst','extract',path+'/message.carc'])
os.remove(path+"/message.d/wszst-setup.txt")
Run([HelperPath()+'/Wiimms/wbmgt','decode',path+'/message.d/new_music_message.bmg'])
os.remove(path+"/message.d/new_music_message.bmg")
except Exception as e:
ShowError("Could not decode text file",str(e))
def EncodeTxt():
path = GetMessagePath()
try:
Run([HelperPath()+'/Wiimms/wbmgt','encode',path+'/message.d/new_music_message.txt'])
os.remove(path+"/message.d/new_music_message.txt")
if(not os.path.exists(path+"/message.carc.backup")): copyfile(path+"/message.carc",path+"/message.carc.backup")
os.remove(path+"/message.carc")
Run([HelperPath()+'/Wiimms/wszst','create',path+'/message.d','--dest',path+'/message.carc'])
rmtree(path+'/message.d')
except Exception as e:
ShowError("Could not encode text file",str(e))
def GetRegion():
for i in range(len(regionNames)):
if(os.path.isdir(file.path+"/files/"+regionNames[i][0]+"/Message")):
return i
ShowError("Could not determine region","Using fallback region: "+BasedOnRegion(regionFullNames))
return regionSelected
def GetDefaultStyle(SongID,default):
style = Songs[SongID].DefaultStyle
if(not default and os.path.exists(GetGeckoPath())):
file = open(GetGeckoPath())
textlines = file.readlines()
file.close()
for i in range(len(textlines)):
if(textlines[i] == "$"+Songs[SongID].Name+" Default Style Patch [WiiMusicEditor]\n"):
style = textlines[i+1][15:17:1]
for i in range(len(Styles)):
if(Styles[i].StyleId == style):
return i
return -1
#Main Functions
def AddPatch(PatchName,PatchInfo):
if(type(PatchName) == str):
PatchName = [PatchName]
PatchInfo = [PatchInfo]
for patchNum in range(len(PatchName)):
if(os.path.exists(GetGeckoPath())):
codes = open(GetGeckoPath(),'r')
lineText = codes.readlines()
codes.close()
geckoExists = -1
songExists = -1
geckoEnabled = -1
songEnabled = -1
for num in range(len(lineText)):
if(lineText[num].rstrip() == '[Gecko]'):
geckoExists = num
if(lineText[num].rstrip() == '$'+PatchName[patchNum]+' [WiiMusicEditor]'):
songExists = num
if(geckoExists == -1):
lineText.insert(0,'[Gecko]\n'+'$'+PatchName[patchNum]+' [WiiMusicEditor]\n'+PatchInfo[patchNum])
elif(songExists == -1):
lineText.insert(geckoExists+1,'$'+PatchName[patchNum]+' [WiiMusicEditor]\n'+PatchInfo[patchNum])
else:
while True:
if(len(lineText) <= songExists+1):
break
elif(not lineText[songExists+1][0].isnumeric() and (lineText[songExists+1][0] != 'f')):
break
else:
lineText.pop(songExists+1)
lineText.insert(songExists+1,PatchInfo[patchNum])
for num in range(len(lineText)):
if(lineText[num].rstrip() == '[Gecko_Enabled]'):
geckoEnabled = num
if(lineText[num].rstrip() == '$'+PatchName[patchNum]):
songEnabled = num
if(geckoEnabled == -1):
lineText.insert(len(lineText),'[Gecko_Enabled]\n'+'$'+PatchName[patchNum]+'\n')
elif(songEnabled == -1):
lineText.insert(geckoEnabled+1,'$'+PatchName[patchNum]+'\n')
codes = open(GetGeckoPath(),'w')
codes.writelines(lineText)
codes.close()
else:
codes = open(GetGeckoPath(),'w')
codes.write('[Gecko]\n')
codes.write('$'+PatchName[patchNum]+' [WiiMusicEditor]\n')
codes.write(PatchInfo[patchNum])
codes.write('[Gecko_Enabled]\n')
codes.write('$'+PatchName[patchNum]+'\n')
codes.close()
#Copy Code to Dolphin
if(LoadSetting("Settings","CopyCodes",True)):
dir = GetDolphinSave()
if(os.path.isdir(dir)):
if(os.path.isfile(dir+"/GameSettings/"+BasedOnRegion(gameIds)+".ini")):
if(not os.path.isfile(dir+"/GameSettings/"+BasedOnRegion(gameIds)+".backup.ini")):
copyfile(dir+"/GameSettings/"+BasedOnRegion(gameIds)+".ini",dir+"/GameSettings/"+BasedOnRegion(gameIds)+".backup.ini")
os.remove(dir+"/GameSettings/"+BasedOnRegion(gameIds)+".ini")
copyfile(GetGeckoPath(),dir+"/GameSettings/"+BasedOnRegion(gameIds)+".ini")
def ChangeName(SongToChange,newText):
txtPath = GetMessagePath()
if(type(newText) != str):
if(Songs[SongToChange].SongType == SongTypeValue.Regular):
TextOffset = ['c8','190','12c']
elif(Songs[SongToChange].SongType == SongTypeValue.Maestro):
TextOffset = ['fa','1c2','15e']
elif(Songs[SongToChange].SongType == SongTypeValue.Handbell):
TextOffset = ['ff','1c7','163']
textFromTxt[0][SongToChange] = newText[0]
textFromTxt[1][SongToChange] = newText[1]
textFromTxt[2][SongToChange] = newText[2]
else: TextOffset = ['b200']
DecodeTxt()
for typeNum in range(3):
message = open(txtPath+'/message.d/new_music_message.txt','rb')
textlines = message.readlines()
message.close()
if(type(newText) != str):
numberToChange = Songs[SongToChange].MemOrder
if(Songs[SongToChange].SongType == SongTypeValue.Maestro):
array = [0,4,2,3,1]
numberToChange = array[numberToChange]
elif(Songs[SongToChange].SongType == SongTypeValue.Handbell):
array = [0,2,3,1,4]
numberToChange = array[numberToChange]
else:
array = [3,1,4,2,7,10,11,9,8,6,5]
numberToChange = array[SongToChange]
offset = format(int(TextOffset[typeNum],16)+numberToChange,'x').lower()
if(type(newText) != str):
offset = ' ' * (4-len(offset))+offset+'00 @'
else:
offset = ' ' * (4-len(offset))+offset+' @'
textlines = FixMessageFile(textlines)
for num in range(len(textlines)):
if offset in str(textlines[num]):
while bytes('@','utf-8') not in textlines[num+1]:
textlines.pop(num+1)
if(type(newText) == str):
text = repr(newText).strip("'").replace(r"\'","'").strip("\"")
else:
text = repr(newText[typeNum]).strip("'").replace(r"\'","'").strip("\"")
textlines[num] = bytes(offset+str(textlines[num])[10:24:1]+text+'\r\n','utf-8')
break
message = open(txtPath+'/message.d/new_music_message.txt','wb')
message.writelines(textlines)
message.close()
if(type(newText) == str): break
EncodeTxt()
def CreateGct(path,geckopath=-1):
if(geckopath == -1): geckopath = GetGeckoPath()
patches = open(geckopath)
textlines = patches.readlines()
patches.close()
codes = '00D0C0DE00D0C0DE'
for text in textlines:
if(text[0].isalpha() or text[0].isnumeric()):
codes = codes + text.replace(' ','').strip()
codes = codes+'F000000000000000'
patch = open(path,'wb')
patch.write(bytes.fromhex(codes))
patch.close()
def BasedOnRegion(array):
global regionSelected
return array[regionSelected]
def SizeIncreaseBrsar(file,sizeDifference,startoffset):
groupTableOffset = dataPath(file,inO,grO)
file.seek(groupTableOffset)
numberOfGroups = int.from_bytes(file.read(4),"big")
for i in range(numberOfGroups-1):
offset = dataPath(file,inO,grO,0x8*(i+1))+0x10
if(offset > startoffset):
file.seek(offset)
size = file.read(4)
file.seek(offset)
file.write((int.from_bytes(size,"big")+sizeDifference).to_bytes(4, 'big'))
offset += 8
if(offset > startoffset):
file.seek(offset)
size = file.read(4)
file.seek(offset)
file.write((int.from_bytes(size,"big")+sizeDifference).to_bytes(4, 'big'))
def ReplaceSong(positionNum,replacementArray,BrseqOrdering,BrseqInfoArray,BrseqLengthArray):
if(not os.path.exists(GetBrsarPath()+".backup")): copyfile(GetBrsarPath(),GetBrsarPath()+".backup")
BrsarPath = GetBrsarPath()
BrseqInfo = []
BrseqLength = []
for i in range(len(BrseqOrdering)):
BrseqInfo.append(BrseqInfoArray[BrseqOrdering[i]])
BrseqLength.append(BrseqLengthArray[BrseqOrdering[i]])
sizeDifference = 0
brsar = open(BrsarPath, "rb")
positionOffset = dataPath(brsar,inO,grO,0x8*(positionNum+1))+0x10
listOffset = BrsarGetList(brsar,positionOffset)
replacementArray.append(getData(brsar,dataPath(brsar,inO,grO,8*(positionNum+1))+0x28))
brsar.seek(positionOffset)
currentSpot = int.from_bytes(brsar.read(4),'big')
if(listOffset != -1):
posOffset = []
lenOffset = []
data = []
for num in range(len(replacementArray)-1):
brsar.seek(listOffset+24*replacementArray[num])
posOffset.append(brsar.read(4))
lenOffset.append(brsar.read(4))
brsar.seek(0)
data.append(brsar.read(currentSpot+int.from_bytes(posOffset[0],'big')))
for num in range(len(replacementArray)-2):
brsar.seek(currentSpot+int.from_bytes(posOffset[num],'big')+int.from_bytes(lenOffset[num],'big'))
data.append(brsar.read(int.from_bytes(posOffset[num+1],'big')-int.from_bytes(posOffset[num],'big')-int.from_bytes(lenOffset[num],'big')))
brsar.seek(currentSpot+int.from_bytes(posOffset[len(posOffset)-1],'big')+int.from_bytes(lenOffset[len(lenOffset)-1],'big'))
data.append(brsar.read())
brsar.close()
for num in range(len(replacementArray)-1):
if(num == 0):
infoToWrite = data[num]+BrseqInfo[num]
else:
infoToWrite = infoToWrite+data[num]+BrseqInfo[num]
infoToWrite = infoToWrite+data[len(replacementArray)-1]
brsar = open(BrsarPath, "wb")
brsar.write(infoToWrite)
brsar.close()
brsar = open(BrsarPath, "r+b")
for num in range(replacementArray[0],replacementArray[len(replacementArray)-1]):
if(sizeDifference != 0):
brsar.seek(listOffset+24*num)
size = brsar.read(4)
brsar.seek(listOffset+24*num)
brsar.write((int.from_bytes(size,"big")+sizeDifference).to_bytes(4, 'big'))
if (num in replacementArray):
brsar.seek(listOffset+4+24*num)
sizeDifference += BrseqLength[replacementArray.index(num)]-int.from_bytes(brsar.read(4),"big")
brsar.seek(listOffset+4+24*num)
brsar.write(BrseqLength[replacementArray.index(num)].to_bytes(4, 'big'))
SizeIncreaseBrsar(brsar,sizeDifference,positionOffset)
for offset in [8,positionOffset+4]:
brsar.seek(offset)
size = brsar.read(4)
brsar.seek(offset)
brsar.write((int.from_bytes(size,"big")+sizeDifference).to_bytes(4, 'big'))
else:
data = []
brsar.seek(0)
data.append(brsar.read(currentSpot))
brsar.seek(positionOffset+4)
brsar.seek(currentSpot+int.from_bytes(brsar.read(4),'big'))
data.append(brsar.read())
brsar.close()
brsar = open(BrsarPath, "wb")
brsar.write(data[0]+BrseqInfo+data[1])
brsar.close()
brsar = open(BrsarPath, "r+b")
brsar.seek(positionOffset+4)
sizeDifference = BrseqLength-int.from_bytes(brsar.read(4),"big")
SizeIncreaseBrsar(brsar,sizeDifference,positionOffset)
for offset in [8,positionOffset+4]:
brsar.seek(offset)
size = brsar.read(4)
brsar.seek(offset)
brsar.write((int.from_bytes(size,"big")+sizeDifference).to_bytes(4, 'big'))
brsar.close()
def ConvertWav(wavPath,loopstart=-1,loopend=-1):
with tempfile.TemporaryDirectory() as directory:
if(LoadSetting("Settings","ResampleSounds",True)):
s_read = wave.open(wavPath, 'r')
framerate = s_read.getframerate()
if(framerate != 16000 and s_read.getnchannels() != 1):
wavPath = directory+"converted.wav"
s_write = wave.open(wavPath, 'w')
s_write.setparams((1, 2, 16000, 0, 'NONE', 'Uncompressed'))
data = s_read.readframes(s_read.getnframes())
if(framerate != 16000):
data = audioop.ratecv(data, 2, s_read.getnchannels(), framerate, 16000, None)
if(loopstart != -1):
loopstart *= 16000/framerate
loopend *= 16000/framerate
if(s_read.getnchannels() != 1): data = audioop.tomono(data[0], 2, 1, 0)
s_write.writeframes(data)
s_write.close()
s_read.close()
cmd = [HelperPath()+"/SoundConverter/rwavconvert",wavPath,directory+"converted.rwav"]
if(loopstart != -1):
cmd.append(str(round(loopstart)))
cmd.append(str(round(loopend)))
Run(cmd)
file = open(directory+"converted.rwav","rb")
rwavInfo = file.read()
file.close()
rwavSize = os.stat(directory+"converted.rwav").st_size
return rwavInfo, rwavSize
def ReplaceWave(startOffset,replaceNumber,rwavInfo,rwavSize):
if(not os.path.exists(GetBrsarPath()+".backup")): copyfile(GetBrsarPath(),GetBrsarPath()+".backup")
sizeDifference = 0
brsar = open(GetBrsarPath(), "r+b")
brsar.seek(startOffset)
rwarSpot = int.from_bytes(brsar.read(4),'big')
brsar.seek(rwarSpot+0x18)
dataSection = rwarSpot+int.from_bytes(brsar.read(4),'big')
brsar.seek(rwarSpot+0x10)
table = rwarSpot+int.from_bytes(brsar.read(4),'big')
brsar.seek(table+8)
numberOfRwavs = int.from_bytes(brsar.read(4),'big')
if(numberOfRwavs == len(replaceNumber)): replaceNumber = -1
if(replaceNumber == -1):
for i in range(numberOfRwavs):
brsar.seek(table+0x10+0xC*i)
tempdataSpot = int.from_bytes(brsar.read(4),'big')
if(i == 0): dataSpot = tempdataSpot
dataSize = int.from_bytes(brsar.read(4),'big')
brsar.seek(table+0x10+0xC*i)
offset = int.from_bytes(brsar.read(4),'big')
brsar.seek(table+0x10+0xC*i)
brsar.write((offset+sizeDifference).to_bytes(4, 'big'))
brsar.seek(table+0x10+0xC*i)
brsar.write((tempdataSpot+sizeDifference).to_bytes(4, 'big'))
sizeDifference += rwavSize-dataSize
brsar.seek(table+0x10+0xC*i+4)
brsar.write(rwavSize.to_bytes(4, 'big'))
brsar.seek(0)
data1 = brsar.read(dataSection+dataSpot)
brsar.seek(dataSection+dataSpot+rwavSize*numberOfRwavs-sizeDifference)
data2 = brsar.read()
brsar.seek(0)
brsar.write(data1+rwavInfo*numberOfRwavs+data2)
brsar.truncate()
else:
for i in replaceNumber:
brsar.seek(table+0x10+0xC*i)
dataSpot = int.from_bytes(brsar.read(4),'big')
dataSize = int.from_bytes(brsar.read(4),'big')
sizeDifference += rwavSize-dataSize
brsar.seek(table+0x10+0xC*i+4)
brsar.write(rwavSize.to_bytes(4, 'big'))
brsar.seek(0)
data1 = brsar.read(dataSection+dataSpot)
brsar.seek(dataSection+dataSpot+dataSize)
data2 = brsar.read()
brsar.seek(0)
brsar.write(data1+rwavInfo+data2)
brsar.truncate()
for j in range(i+1,numberOfRwavs):
brsar.seek(table+0x10+0xC*j)
offset = int.from_bytes(brsar.read(4),'big')
brsar.seek(table+0x10+0xC*j)
brsar.write((offset+rwavSize-dataSize).to_bytes(4, 'big'))
for offset in [8,startOffset+4,rwarSpot+8]:
brsar.seek(offset)
size = brsar.read(4)
brsar.seek(offset)
brsar.write((int.from_bytes(size,"big")+sizeDifference).to_bytes(4, 'big'))
for offset in rseqList:
if(offset > startOffset):
brsar.seek(offset)
size = brsar.read(4)
brsar.seek(offset)
brsar.write((int.from_bytes(size,"big")+sizeDifference).to_bytes(4, 'big'))
brsar.close()
def PlayRwav(startOffset,replaceNumber):
if(os.path.isdir(SavePath()+"/tmp")):
try:
rmtree(SavePath()+"/tmp")
except Exception:
tried = True
if(not os.path.isdir(SavePath()+"/tmp")): os.mkdir(SavePath()+"/tmp")
brsar = open(GetBrsarPath(), "r+b")
brsar.seek(startOffset)
rwarSpot = int.from_bytes(brsar.read(4),'big')
brsar.seek(rwarSpot+0x18)
dataSection = rwarSpot+int.from_bytes(brsar.read(4),'big')
brsar.seek(rwarSpot+0x10)
table = rwarSpot+int.from_bytes(brsar.read(4),'big')
for i in replaceNumber:
brsar.seek(table+0x10+0xC*i)
dataSpot = int.from_bytes(brsar.read(4),'big')
dataSize = int.from_bytes(brsar.read(4),'big')
brsar.seek(dataSection+dataSpot)
wav = open(SavePath()+"/tmp/sound"+str(i)+".rwav","wb")
wav.write(brsar.read(dataSize))
wav.close()
brsar.close()
try:
args = [HelperPath()+"/SoundConverter/vgmstream","-o","?f.wav"]
for i in replaceNumber:
args.append(SavePath()+"/tmp/sound"+str(i)+".rwav")
if(currentSystem == "Mac"):
command = "vgmstream-cli"
for i in range(3,len(args)): command += ' "'+args[i]+'"'
subprocess.run(command,shell=True)
else: Run(args)
except Exception as e:
error = ""
if(currentSystem == "Mac"): error = "Install vgmstream using 'brew install vgmstream'\n"
error += str(e)
ShowError("Could not play audio",error)
def NormalizeMidi(midiPath,savePath,defaultTempo):
mid = mido.MidiFile(midiPath)
for track in mid.tracks:
for num,msg in enumerate(track):
try:
if(not msg.is_meta and msg.channel != 0):
track[num] = msg.copy(channel=0)
except Exception:
tried = True
mid.save(savePath)
midi_data = pretty_midi.PrettyMIDI(savePath)
newMidi = pretty_midi.PrettyMIDI(initial_tempo=defaultTempo,resolution=2000)
i = 0
for instrument in midi_data.instruments:
newInstrument = pretty_midi.Instrument(program=instrument.program,is_drum=instrument.is_drum,name="Track"+str(i))
i += 1
for note in instrument.notes:
newInstrument.notes.append(pretty_midi.Note(
velocity=note.velocity, pitch=note.pitch, start=note.start, end=note.end))
newMidi.instruments.append(newInstrument)
newMidi.write(savePath)
mid = mido.MidiFile(savePath)
mid.tracks[1] = mido.merge_tracks([mid.tracks[0],mid.tracks[1]])
mid.tracks.remove(mid.tracks[0])
for track in mid.tracks:
for i in range(len(track)):
if(track[i].type == "note_on" and track[i].velocity == 0):
track[i] = mido.Message("note_off",note=track[i].note,velocity=track[i].velocity,time=track[i].time,channel=track[i].channel)
mid.save(savePath)
def LoadMidi(midiPath,defaultTempo = -1):
with tempfile.TemporaryDirectory() as directory:
prefix = pathlib.Path(midiPath).suffix
if(prefix == '.mid'): prefix = '.midi'
if(defaultTempo == -1):
copyfile(midiPath,directory+'/z'+prefix)
else:
NormalizeMidi(midiPath,directory+'/z'+prefix,defaultTempo)
if(os.path.isfile(directory+'/z.rseq')):
Run([HelperPath()+'/SequenceCmd/GotaSequenceCmd','assemble',directory+'/z.rseq'])
if(os.path.isfile(directory+'/z.brseq')):
Run([HelperPath()+'/SequenceCmd/GotaSequenceCmd','to_midi',directory+'/z.brseq'])
else:
Run([HelperPath()+'/SequenceCmd/GotaSequenceCmd','from_midi',directory+'/z.midi'])
mid = mido.MidiFile(directory+"/z.midi")
Tempo = 0
TimeSignature = 4
for msg in mid.tracks[0]:
if(msg.type == 'set_tempo'):
Tempo = floor(mido.tempo2bpm(msg.tempo))
elif(msg.type == 'time_signature'):
TimeSignature = msg.numerator
Length = ceil(mid.length*Tempo/60)
Tempo = Tempo
Brseq = open(directory+"/z.brseq","rb")
Brseq.seek(0)
info = Brseq.read()
Brseq.close()
fileLength = os.stat(directory+"/z.brseq").st_size
return [info,fileLength,Tempo,Length,TimeSignature]
def GetSongNames():
global textFromTxt
textFromTxt = [[],[],[],[]]
DecodeTxt()
message = open(GetMessagePath()+'/message.d/new_music_message.txt','rb')
textlines = message.readlines()
message.close()
rmtree(GetMessagePath()+'/message.d')
for i in range(3):
for SongToChange in range(len(Songs)-1):
TextOffset = ['c8','190','12c']
numberToChange = Songs[SongToChange].MemOrder
if(Songs[SongToChange].SongType == SongTypeValue.Maestro):
TextOffset = ['fa','1c2','15e']
array = [0,4,2,3,1]
numberToChange = array[numberToChange]
elif(Songs[SongToChange].SongType == SongTypeValue.Handbell):
TextOffset = ['ff','1c7','163']
array = [0,2,3,1,4]
numberToChange = array[numberToChange]
offset = format(int(TextOffset[i],16)+numberToChange,'x').lower()
offset = ' ' * (4-len(offset))+offset+'00 @'
for num in range(len(textlines)):
if offset in str(textlines[num]):
textToAdd = (textlines[num][22:len(textlines[num])-2:1]).decode("utf-8")
for number in range(num+1,len(textlines)):
if bytes('@','utf-8') in textlines[number]: break
textToAdd = textToAdd[0:len(textToAdd)-2:1]+"\n"+(textlines[number][3:len(textlines[number])-2:1]).decode("utf-8")
textFromTxt[i].append(textToAdd)
break
TextOffset = "b200"
array = [3,1,4,2,7,10,11,9,8,6,5]
for i in range(11):
numberToChange = array[i]
offset = format(int(TextOffset,16)+numberToChange,'x').lower()
offset = ' ' * (4-len(offset))+offset+' @'
for num in range(len(textlines)):
if offset in str(textlines[num]):
textToAdd = (textlines[num][22:len(textlines[num])-2:1]).decode("utf-8")
for number in range(num+1,len(textlines)):
if bytes('@','utf-8') in textlines[number]: break
textToAdd = textToAdd[0:len(textToAdd)-2:1]+"\n"+(textlines[number][3:len(textlines[number])-2:1]).decode("utf-8")
textFromTxt[3].append(textToAdd)
break
def GetStyles():
global loadedStyles
for i in range(len(Styles)):
loadedStyles[i] = Styles[i].DefaultStyle
if(os.path.exists(GetGeckoPath())):
file = open(GetGeckoPath())
textlines = file.readlines()
file.close()
for i in range(len(textlines)):
if("Style Patch [WiiMusicEditor]" in textlines[i] and "Default Style Patch [WiiMusicEditor]" not in textlines[i]):
for j in range(len(Styles)):
if(Styles[j].Name == textlines[i][1:len(textlines[i])-30:1]):
loadedStyles[j] = [
min(int(textlines[i+2][6:8:1],16),len(Instruments)-1),
min(int(textlines[i+2][15:17:1],16),len(Instruments)-1),
min(int(textlines[i+3][6:8:1],16),len(Instruments)-1),
min(int(textlines[i+3][15:17:1],16),len(Instruments)-1),
min(int(textlines[i+4][6:8:1],16),len(Instruments)-1),
min(int(textlines[i+4][15:17:1],16),len(Instruments)-1)]
break
def PatchBrsar(SongSelected,BrseqInfo,BrseqLength,Tempo,Length,TimeSignature):
if(LoadSetting("Setting","RapperFix",True)):
AddPatch('Rapper Crash Fix',BasedOnRegion([
'043b0bc0 60000000\n043b0bec 4e800020\n',
'043B0CCF 881C0090\n043B0CD3 7C090000\n043B0BC3 4081FFBC\n043B0CD7 881C00D6\n',
'043AE47F 881C0090\n043AE483 7C090000\n043AE487 4081FFBC\n043AE48B 881C00D6\n',
'0429CE7B 881C0090\n0429CE7F 7C090000\n0429CE83 4081FFBC\n0429CE87 881C00D6\n']))
if(Songs[SongSelected].SongType != SongTypeValue.Menu):
Tempo = format(Tempo,"x")
Length = format(Length,"x")
LengthCode = '0'+format(Songs[SongSelected].MemOffset+BasedOnRegion(gctRegionOffsets)+6,'x').lower()+' '+'0'*(8-len(Length))+Length+'\n'
TempoCode = '0'+format(Songs[SongSelected].MemOffset+BasedOnRegion(gctRegionOffsets)+10,'x').lower()+' '+'0'*(8-len(Tempo))+Tempo+'\n'
TimeCode = '0'+format(Songs[SongSelected].MemOffset+BasedOnRegion(gctRegionOffsets),'x').lower()+' 00000'+str(TimeSignature)+'00\n'
if(Songs[SongSelected].SongType == SongTypeValue.Regular):
ReplaceSong(2,[Songs[SongSelected].MemOrder*2,Songs[SongSelected].MemOrder*2+1],[0,1],BrseqInfo,BrseqLength)
AddPatch(Songs[SongSelected].Name+' Song Patch',LengthCode+TempoCode+TimeCode)
if(Songs[SongSelected].Name == 'Do-Re-Mi'):
ReplaceSong(3,[18,19,113,155,156,157,158,159,160,161,162],[0,1,0,0,0,0,0,0,0,0,0],BrseqInfo,BrseqLength)
ReplaceSong(19,[18,19,113],[0,1,0],BrseqInfo,BrseqLength)
elif(Songs[SongSelected].SongType == SongTypeValue.Menu):
ReplaceSong(34,[0,1,2,3,4,5,6],[0,1,1,1,1,1,1],BrseqInfo,BrseqLength)
elif(Songs[SongSelected].SongType == SongTypeValue.Maestro):
ReplaceSong(21,[Songs[SongSelected].MemOrder+2],[0],BrseqInfo,BrseqLength)
AddPatch(Songs[SongSelected].Name+' Song Patch',LengthCode+TempoCode+TimeCode)
elif(Songs[SongSelected].SongType == SongTypeValue.Handbell):
ReplaceSong(23,[Songs[SongSelected].MemOrder*5+2,Songs[SongSelected].MemOrder*5+3,Songs[SongSelected].MemOrder*5+4,Songs[SongSelected].MemOrder*5+5,Songs[SongSelected].MemOrder*5+6],[0,0,0,0,0],BrseqInfo,BrseqLength)
LengthCode = '0'+format(Songs[SongSelected].MemOffset+BasedOnRegion(gctRegionOffsets),'x').lower()+' '+'0'*(8-len(Length))+Length+'\n'
LengthCode2 = '0'+format(Songs[SongSelected].MemOffset+BasedOnRegion(gctRegionOffsets)+4,'x').lower()+' '+'0'*(8-len(Length))+Length+'\n'
MeasureCode = '0'+format(Songs[SongSelected].MemOffset+BasedOnRegion(gctRegionOffsets)+24,'x').lower()+' '+'00000000\n'
AddPatch(Songs[SongSelected].Name+' Song Patch',LengthCode+LengthCode2+MeasureCode)
def BrsarGetList(file,positionOffset):
return getData(file,inO)+0x10+getData(file,positionOffset+0x14)+getData(file,positionOffset+0x18)*8
def GetTableOffset(file,num):
return dataPath(file,inO,grO,0x8*(num+1))
def printh(num): print(format(num,"x"))
def BrseqAddingName(text):
brsar = open(GetBrsarPath(),"r+b")
sizeDifference = 4*len(text)
for i in range(len(text)):
text[i] = text[i].encode("utf-8")
if(i != len(text)-1): text[i] += bytes(1)
sizeDifference += len(text[i])
offset = dataPath(brsar,syO,0x0C)-1
brsar.seek(offset)
extra = 0
while(int.from_bytes(brsar.read(1),"big") == 0):
extra += 1
brsar.seek(offset-extra)
positionOffset = offset+1
text[len(text)-1] += bytes(4-((sizeDifference-extra) % 4)-1)
sizeDifference += 4-((sizeDifference-extra) % 4)-1
number = getData(brsar,dataPath(brsar,syO,0x8))
brsar.seek(dataPath(brsar,syO,0x8))
brsar.write((number+len(text)).to_bytes(4, 'big'))
#Other Name Offsets
for i in range(number):
offset = dataPath(brsar,syO,0x8)+4*(i+1)