/// loads all available presets from the the streaming assets and persisten data paths.
public IEnumerator LoadPresets()
{
if (System.IO.Directory.Exists(Application.persistentDataPath + "/MusicGenerator/InstrumentClips"))
{
foreach (string filename in System.IO.Directory.GetFiles(Application.persistentDataPath + "/MusicGenerator/InstrumentClips"))
{
if (filename.Contains(".meta") == false && filename.Contains("presets") == false)
{
AddPresetOption(Path.GetFileName(filename));
}
}
}
string data = null;
yield return(MusicHelpers.GetUWR("/MusicGenerator/InstrumentClips/presets.txt", (x) => { data = x.downloadHandler.text; }));
List <string> presetFileNames = new List <string>(data.Split(','));
if (presetFileNames != null)
{
for (int i = 0; i < presetFileNames.Count; i++)
{
AddPresetOption(presetFileNames[i]);
}
}
yield return(StartCoroutine(StageMobileClipForPlaying()));
}
private IEnumerator AddPresets()
{
if (System.IO.Directory.Exists(Application.persistentDataPath + "/MusicGenerator/InstrumentSaves"))
{
foreach (string folder in System.IO.Directory.GetDirectories(Application.persistentDataPath + "/MusicGenerator/InstrumentSaves"))
{
if (mPresetFileNames.Contains(name) == false)
{
mPresetFileNames.Add(name);
}
}
}
string data = null;
yield return(MusicHelpers.GetUWR("/MusicGenerator/InstrumentSaves/presets.txt", (x) => { data = x.downloadHandler.text; }));
mPresetFileNames = new List <string>(data.Split(','));
if (mPresetFileNames != null)
{
for (int i = 0; i < mPresetFileNames.Count; i++)
{
mStaffPlayerUI.AddPresetOption(mPresetFileNames[i]);
}
}
yield return(null);
}
/// <summary>
/// Returns true if this note should be avoided in pentatonic scales.
/// </summary>
/// <param name="noteIN"></param>
/// <returns></returns>
private bool IsPentatonicAvoid(int noteIN)
{
int note = MusicHelpers.SafeLoop(noteIN - 1, Instrument.mScaleLength);
int progressionstep = mInstrument.mCurrentProgressionStep < 0 ? mInstrument.mCurrentProgressionStep * -1 : mInstrument.mCurrentProgressionStep;
// currently does not respect modal changes and avoids the interval instead. add mMusicGenerator.mGeneratorData.mMode to change with modes
int scaleNote = MusicHelpers.SafeLoop(note + progressionstep, Instrument.mScaleLength);
if (mIsStandardPentatonic)
{
if (mMusicGenerator.mGeneratorData.mScale == eScale.Major || mMusicGenerator.mGeneratorData.mScale == eScale.HarmonicMajor)
{
return(scaleNote == mMajorPentatonicAvoid[0] || scaleNote == mMajorPentatonicAvoid[1]);
}
else if (mMusicGenerator.mGeneratorData.mScale == eScale.NatMinor ||
mMusicGenerator.mGeneratorData.mScale == eScale.HarmonicMinor ||
mMusicGenerator.mGeneratorData.mScale == eScale.mMelodicMinor)
{
return(scaleNote == mMinorPentatonicAvoid[0] || scaleNote == mMinorPentatonicAvoid[1]);
}
}
else
{
return((mAvoidNotes[0] > 0 && scaleNote == mAvoidNotes[0]) || (mAvoidNotes[1] > 0 && scaleNote == mAvoidNotes[1]));
}
return(false);
}
/// <summary>
/// Loads our instrument set data
/// </summary>
/// <param name="pathIN"></param>
/// <returns></returns>
public static IEnumerator LoadData(string pathIN, System.Action <InstrumentSetData> callback)
{
string data = null;
yield return(MusicHelpers.GetUWR(MusicFileConfig.mSavesPath + "/" + pathIN + "/InstrumentSetData.txt", (x) => { data = x.downloadHandler.text; }));
InstrumentSetData saveOUT = JsonUtility.FromJson <InstrumentSetData>(data);
// Version check and update.
if (saveOUT.mVersion == 0.0f)
{
string generatorData = null;
yield return(MusicHelpers.GetUWR("/MusicGenerator/InstrumentSaves/" + pathIN + "/generator.txt", (x) => { generatorData = x.downloadHandler.text; }));
GeneratorSave generatorSave = JsonUtility.FromJson <GeneratorSave>(generatorData);
/// we need to grab these from the generatorSave as the variables belonged to that in the last version
saveOUT = new InstrumentSetData();
saveOUT.Tempo = generatorSave.mTempo;
saveOUT.RepeatMeasuresNum = generatorSave.mRepeatMeasuresNum;
saveOUT.mProgressionRate = (eProgressionRate)generatorSave.mProgressionRate;
saveOUT.mTimeSignature = generatorSave.mTimeSignature;
}
callback(saveOUT);
yield return(null);
}
/// <summary>
/// Loads chord progression data from JSON
/// </summary>
/// <param name="pathIN"></param>
/// <returns></returns>
public static IEnumerator LoadData(string pathIN, System.Action <ChordProgressionData> callback)
{
string data = null;
yield return(MusicHelpers.GetUWR("/MusicGenerator/InstrumentSaves/" + pathIN + "/ChordProgressionData.txt", (x) => { data = x.downloadHandler.text; }));
ChordProgressionData saveOUT = JsonUtility.FromJson <ChordProgressionData>(data);
if (saveOUT.mVersion == 0.0f)
{
string generatorData = null;
yield return(MusicHelpers.GetUWR("/MusicGenerator/InstrumentSaves/" + pathIN + "/generator.txt", (x) => { generatorData = x.downloadHandler.text; }));
GeneratorSave generatorSave = JsonUtility.FromJson <GeneratorSave>(generatorData);
/// we need to grab these from the generatorSave as the variables belonged to that in the last version
saveOUT = new ChordProgressionData();
saveOUT.DominantInfluence = generatorSave.mDominantInfluence;
saveOUT.mExcludedProgSteps = generatorSave.mExcludedProgSteps.ToArray();
saveOUT.SubdominantInfluence = generatorSave.mSubdominantInfluence;
saveOUT.TonicInfluence = generatorSave.mTonicInfluence;
saveOUT.TritoneSubInfluence = generatorSave.mTritoneSubInfluence;
}
callback(saveOUT);
yield return(null);
}
// Update is called once per frame
void Update()
{
if (mMusicGenerator == null)
{
return;
}
if (mFileCurrentlyWriting != "")
{
bool completed = MusicHelpers.CheckClipwriteComplete(mFileCurrentlyWriting);
if (completed)
{
Debug.Log(mFileCurrentlyWriting + " clip save complete");
AddPresetOption(mFileCurrentlyWriting + ".txt");
mFileCurrentlyWriting = "";
mPlayClipDropdown.value = mPlayClipDropdown.options.Count - 1;
}
}
else if (mMusicGenerator.mState >= eGeneratorState.editorInitializing)
{
InstrumentSet instrumentSet = mLoadedClip.mInstrumentSet;
instrumentSet.mData.Tempo = mTempo.value;
mCurrentInstSet.mData.RepeatMeasuresNum = mNumberOfMeasures.value;
mCurrentInstSet.mRepeatCount = mCurrentMeasure.value;
if (mInstrumentPanel.mInstrument != null)
{
int currentInstIndex = (int)mInstrumentPanel.mInstrument.InstrumentIndex;
mStaffPlayer.SetEditorNotes(instrumentSet.mInstruments[currentInstIndex]);
}
}
}
/// <summary>
/// Loads the data for an instrument.
/// </summary>
/// <param name="resourceDirectory"></param>
private IEnumerator LoadInstrumentsData(string argDirectory, bool async = false)
{
UnitySystemConsoleRedirector.Redirect();
InstrumentSet set = MusicGenerator.Instance.mInstrumentSet;
for (int i = 0; i < MusicGenerator.mMaxInstruments; i++)
{
string path = "/instruments" + i.ToString() + ".txt";
string data = null;
yield return(MusicHelpers.GetUWR(mSavesPath + "/" + argDirectory + path, (x) => { data = x.downloadHandler.text; }));
if (string.IsNullOrEmpty(data))
{
yield break;
}
InstrumentData instrumentData = null;
InstrumentData.LoadData(data, argDirectory, (x) => { instrumentData = x; });
MusicGenerator.Instance.AddInstrument(set);
set.mInstruments[set.mInstruments.Count - 1].LoadInstrument(instrumentData);
int index = 0;
if (async)
{
yield return(StartCoroutine(MusicGenerator.Instance.AsyncLoadBaseClips(set.mInstruments[set.mInstruments.Count - 1].mData.InstrumentType, ((x) => { index = x; }))));
}
else
{
index = MusicGenerator.Instance.LoadBaseClips(set.mInstruments[set.mInstruments.Count - 1].mData.InstrumentType);
}
set.mInstruments[set.mInstruments.Count - 1].InstrumentTypeIndex = index;
}
yield return(null);
}
/// Sets our lead avoid notes from data.
public void SetLeadAvoidNotes()
{
int avoid1 = mInstrument.mData.mLeadAvoidNotes[0] >= 0 ? MusicHelpers.SafeLoop(mInstrument.mData.mLeadAvoidNotes[0] + 1, 7) : -1;
int avoid2 = mInstrument.mData.mLeadAvoidNotes[1] >= 0 ? MusicHelpers.SafeLoop(mInstrument.mData.mLeadAvoidNotes[1] + 1, 7) : -1;
for (int i = 0; i < mLeadAvoidSteps.Length; i++)
{
mLeadAvoidSteps[i].isOn = i == avoid1 || i == avoid2 ? true : false;
}
}
public static void CreatePrefabsFromClips()
{
string generatorPath = MusicHelpers.GetMusicGeneratorPath();
if (Directory.Exists(generatorPath + "/Assets/Resources/Music/") == false)
{
return;
}
string[] pathName = Directory.GetDirectories(generatorPath + "/Assets/Resources/Music/");
for (int i = 0; i < pathName.Length; i++)
{
pathName[i] = Path.GetFileName(pathName[i]);
}
List <List <List <AudioClip> > > mAllClips = new List <List <List <AudioClip> > >();
int numNotes = 37;
for (int j = 0; j < pathName.Length; j++)
{
mAllClips.Add(new List <List <AudioClip> >());
mAllClips[mAllClips.Count - 1].Add(new List <AudioClip>());
GameObject go = new GameObject();
go.name = pathName[j];
InstrumentPrefabList instrumentList = go.AddComponent <InstrumentPrefabList>();
for (int i = 1; i < numNotes; i++)
{
string clipPath = generatorPath + "MusicGenerator/Assets/Resources/Music/" + pathName[j] + "/" + i.ToString();
string assetPath = "Assets/MusicGenerator/Assets/Resources/Music/" + pathName[j] + "/" + i.ToString();;
AudioClip clip = Resources.Load("Music/" + pathName[j] + "/" + (i).ToString()) as AudioClip;
if (clip)
{
mAllClips[j][mAllClips[j].Count - 1].Add(clip);
AudioSource source = instrumentList.gameObject.AddComponent <AudioSource>();
source.clip = clip;
instrumentList.mAudioSources[i - 1] = (source);
if (File.Exists(clipPath + ".mp3"))
{
AssetImporter.GetAtPath(assetPath + ".mp3").assetBundleName = go.name;
}
}
}
PrefabBuilder.CreatePrefab(go);
UnityEngine.Object.DestroyImmediate(go);
}
}
/// <summary>
/// Loads a clip configuration.
/// </summary>
/// <param name="fileNameIN"></param>
/// <returns></returns>
public IEnumerator LoadClipConfigurations(string argFileName, System.Action <ClipSave> argCallback)
{
string clipSaveString = "";
yield return(StartCoroutine(MusicHelpers.GetUWR(mClipsPath + "/" + argFileName, (x) => { clipSaveString = x.downloadHandler.text; })));
ClipSave clipSave = JsonUtility.FromJson <ClipSave>(clipSaveString);
if (clipSave == null)
{
throw new ArgumentNullException("clipSave was null");
}
argCallback(clipSave);
yield return(null);
}
/// <summary>
/// loads the tooltips:
/// </summary>
/// <returns></returns>
public static IEnumerator LoadTooltips(System.Action <TooltipSave> callback)
{
string tooltipsString = "";
yield return(MusicHelpers.GetUWR(TOOLTIPS_PATH, (x) => { tooltipsString = x.downloadHandler.text; }, false));
TooltipSave saveOUT = JsonUtility.FromJson <TooltipSave>(tooltipsString);
if (saveOUT == null)
{
throw new ArgumentNullException("tooltip file was not sucessfully loaded");
}
callback(saveOUT);
yield return(null);
}
/// <summary>
/// Checks for out of range notes in our list and forces it back within range.
/// </summary>
private void CheckValidity()
{
if (mProgressionNotes.Length != mSeventhChord.Length)
{
throw new Exception("We haven't fully filled our note array. Something has gone wrong.");
}
for (int i = 0; i < mProgressionNotes.Length; i++)
{
int note = mProgressionNotes[i];
int clipArraySize = MusicGenerator.mMaxInstrumentNotes;
if (note == mUnplayed || (note < clipArraySize && note >= mUnplayed))
{
continue;
}
if (note < 0)
{
note = MusicHelpers.SafeLoop(note, mOctave);
}
else if (note >= clipArraySize)
{
note = MusicHelpers.SafeLoop(note, mOctave);
note += (mData.mUsePattern && mbAreRepeatingPattern) ? mCurrentPatternOctave[i] * mOctave : 2 * mOctave;
}
/// if somehow this is still out of range, we've utterly broken things...
if (note < 0 || note > clipArraySize)
{
Debug.Log("something's gone wrong note is out of range.");
note = 0;
}
mProgressionNotes[i] = note;
}
}
/// <summary>
/// Returns true if this lead note is a half step above a chord note:
/// </summary>
/// <param name="noteIN"></param>
/// <returns></returns>
private bool IsAvoidNote(int noteIN)
{
if (IsPentatonicAvoid(noteIN))
{
return(true);
}
int note = MusicHelpers.SafeLoop(noteIN - 1, Instrument.mScaleLength);
int progressionstep = mInstrument.mCurrentProgressionStep < 0 ? mInstrument.mCurrentProgressionStep * -1 : mInstrument.mCurrentProgressionStep;
int scaleNote = MusicHelpers.SafeLoop(note + (int)mMusicGenerator.mGeneratorData.mMode + progressionstep, Instrument.mScaleLength);
int[] scale = Instrument.mMusicScales[(int)mMusicGenerator.mGeneratorData.mScale];
bool isHalfStep = scale[scaleNote] == Instrument.mHalfStep;
bool isAboveChordNode = (note == Instrument.mSeventhChord[0] ||
note == Instrument.mSeventhChord[1] ||
note == Instrument.mSeventhChord[2] ||
(note == Instrument.mSeventhChord[3] && mInstrument.mData.ChordSize == Instrument.mSeventhChord.Length));
bool isSeventh = (mInstrument.mData.ChordSize != Instrument.mSeventhChord.Length && note == Instrument.mSeventhChord[3] - 1);
return((isHalfStep && isAboveChordNode) || isSeventh);
}
/// Updates the Generator UI Panel:
/// Sets the MusicGenerator() values, based on UI values.
void Update()
{
if (mMusicGenerator == null || mMusicGenerator.mState < eGeneratorState.ready)
{
return;
}
/// Check to see if we're in the process of saving a new config and adds preset when it's finihsed.
if (mFileCurrentlyWriting != "")
{
bool completed = MusicHelpers.CheckConfigWriteComplete(mFileCurrentlyWriting);
if (completed)
{
Debug.Log(mFileCurrentlyWriting + " save complete");
mStaffPlayerUI.AddPresetOption(mFileCurrentlyWriting);
mFileCurrentlyWriting = "";
}
}
/// update our generator values from UI sliders, dropdowns, etc:
if (mMusicGenerator.mVolumeState == eVolumeState.idle)
{
if (mMusicGenerator.mGeneratorData.mMasterVolume != mVol.value)
{
mVolText.text = ((int)mVol.value).ToString();
mMusicGenerator.mGeneratorData.mMasterVolume = mVol.value;
}
}
mMusicGenerator.mGeneratorData.mThemeRepeatOptions = (eThemeRepeatOptions)mRepeatThemeOptions.value;
if (mMusicGenerator.mGeneratorData.mProgressionChangeOdds != mProgressionChangeOdds.value)
{
mMusicGenerator.mGeneratorData.mProgressionChangeOdds = mProgressionChangeOdds.value;
mProgressionChangeOutput.text = ((int)mMusicGenerator.mGeneratorData.mProgressionChangeOdds).ToString();
}
if (mMusicGenerator.mState < eGeneratorState.editing)
{
if (mMusicGenerator.mInstrumentSet.mData.Tempo != mTempo.value)
{
mMusicGenerator.mInstrumentSet.mData.Tempo = mTempo.value;
mTempoText.text = ((int)mTempo.value).ToString();
}
mMusicGenerator.mGeneratorData.mScale = (eScale)mScale.value;
mMusicGenerator.mGeneratorData.mMode = (eMode)mMode.value;
mMusicGenerator.mGeneratorData.mKey = (eKey)mKey.value;
}
else
{
if (mMusicGenerator.mInstrumentSet.mData.Tempo != mMeasureEditor.mTempo.value)
{
mMusicGenerator.mInstrumentSet.mData.Tempo = mMeasureEditor.mTempo.value;
mTempoText.text = ((int)mTempo.value).ToString();
}
mMusicGenerator.mGeneratorData.mMode = (eMode)mMeasureEditor.mMode.value;
mMusicGenerator.mGeneratorData.mScale = (eScale)mMeasureEditor.mScale.value;
mMusicGenerator.mGeneratorData.mKey = (eKey)mMeasureEditor.mKey.value;
}
if (mMusicGenerator.mGeneratorData.mKeyChangeOdds != mKeyChangeOdds.value)
{
mMusicGenerator.mGeneratorData.mKeyChangeOdds = mKeyChangeOdds.value;
mKeyChangeOddsOutput.text = ((int)mKeyChangeOdds.value).ToString();
}
if (mMusicGenerator.mGeneratorData.mGroupOdds[0] != mGroupOdds1.value)
{
mMusicGenerator.mGeneratorData.mGroupOdds[0] = mGroupOdds1.value;
mGroupOdds1Text.text = ((int)mGroupOdds1.value).ToString();
}
if (mMusicGenerator.mGeneratorData.mGroupOdds[1] != mGroupOdds2.value)
{
mMusicGenerator.mGeneratorData.mGroupOdds[1] = mGroupOdds2.value;
mGroupOdds2Text.text = ((int)mGroupOdds2.value).ToString();
}
if (mMusicGenerator.mGeneratorData.mGroupOdds[2] != mGroupOdds3.value)
{
mMusicGenerator.mGeneratorData.mGroupOdds[2] = mGroupOdds3.value;
mGroupOdds3Text.text = ((int)mGroupOdds3.value).ToString();
}
if (mMusicGenerator.mGeneratorData.mGroupOdds[3] != mGroupOdds4.value)
{
mMusicGenerator.mGeneratorData.mGroupOdds[3] = mGroupOdds4.value;
mGroupOdds4Text.text = ((int)mGroupOdds4.value).ToString();
}
mMusicGenerator.mInstrumentSet.mData.RepeatMeasuresNum = mRepeatLength.value + 1;
if (mMusicGenerator.mGeneratorData.mSetThemeOdds != mNewThemeOdds.value)
{
mMusicGenerator.mGeneratorData.mSetThemeOdds = mNewThemeOdds.value;
mNewThemeOutput.text = ((int)mMusicGenerator.mGeneratorData.mSetThemeOdds).ToString();
}
if (mMusicGenerator.mGeneratorData.mPlayThemeOdds != mRepeatThemeOdds.value)
{
mMusicGenerator.mGeneratorData.mPlayThemeOdds = mRepeatThemeOdds.value;
mRepeatThemeOutput.text = ((int)mMusicGenerator.mGeneratorData.mPlayThemeOdds).ToString();
}
mMusicGenerator.mInstrumentSet.SetProgressionRate(mProgressionRateDropdown.value);
}
/// Updates data values from UI settings for lead avoid notes.
public void UpdateLeadAvoidNotes()
{
if (mInstrument.mData.mSuccessionType != eSuccessionType.lead)
{
for (int i = 0; i < mLeadAvoidSteps.Length; i++)
{
mInstrument.mData.mLeadAvoidNotes[0] = -1;
mInstrument.mData.mLeadAvoidNotes[1] = -1;
}
return;
}
int[] majorPent = NoteGenerator_Lead.mMajorPentatonicAvoid;
int[] minorPent = NoteGenerator_Lead.mMinorPentatonicAvoid;
// If our 'standard' pentatonic is enabled, force values to generic pentatonic.
if (mPentatonic.isOn)
{
if (mMusicGenerator.mGeneratorData.mScale == eScale.Major || mMusicGenerator.mGeneratorData.mScale == eScale.HarmonicMajor)
{
mInstrument.mData.mLeadAvoidNotes[0] = majorPent[0];
mInstrument.mData.mLeadAvoidNotes[1] = majorPent[1];
for (int i = 0; i < mLeadAvoidSteps.Length; i++)
{
bool isOn = i == majorPent[0] + 1 || i == majorPent[1] + 1 ? true : false;
mLeadAvoidSteps[i].isOn = isOn;
}
}
else if (mMusicGenerator.mGeneratorData.mScale == eScale.NatMinor ||
mMusicGenerator.mGeneratorData.mScale == eScale.HarmonicMinor ||
mMusicGenerator.mGeneratorData.mScale == eScale.mMelodicMinor)
{
mInstrument.mData.mLeadAvoidNotes[0] = minorPent[0];
mInstrument.mData.mLeadAvoidNotes[1] = minorPent[1];
for (int i = 0; i < mLeadAvoidSteps.Length; i++)
{
mLeadAvoidSteps[i].isOn = i == minorPent[0] + 1 || i == minorPent[1] + 1 ? true : false;
}
}
else
{
mPentatonic.isOn = false;
}
return;
}
int index = 0;
mInstrument.mData.mLeadAvoidNotes[0] = -1;
mInstrument.mData.mLeadAvoidNotes[1] = -1;
// otherwise set custom avoid notes
for (int i = 0; i < mLeadAvoidSteps.Length; i++)
{
if (mLeadAvoidSteps[i].isOn)
{
if (index < 2)
{
mInstrument.mData.mLeadAvoidNotes[index] = MusicHelpers.SafeLoop(i - 1, 7);
index++;
}
else
{
mLeadAvoidSteps[i].isOn = false;
}
}
}
}
/// <summary>
/// Loads our data
/// </summary>
/// <param name="pathIN"></param>
/// <returns></returns>
public static IEnumerator LoadData(string pathIN, System.Action <MusicGeneratorData> callback)
{
string data = null;
yield return(MusicHelpers.GetUWR("/MusicGenerator/InstrumentSaves/" + pathIN + "/generator.txt", (x) => { data = x.downloadHandler.text; }));
MusicGeneratorData generatorData = JsonUtility.FromJson <MusicGeneratorData>(data);
// Version check and update.
if (generatorData.mVersion != MusicGenerator.Version)
{
ChordProgressionData chordSave = new ChordProgressionData();
string persistentDir = MusicFileConfig.GetPersistentSaveDirectory(pathIN);
// apply the needed changes for version 1.1. was null before.
if (generatorData.mVersion == 0.0f)
{
string generatorSaveData = null;
yield return(MusicHelpers.GetUWR("/MusicGenerator/InstrumentSaves/" + pathIN + "/generator.txt", (x) => { generatorSaveData = x.downloadHandler.text; }));
GeneratorSave generatorSave = JsonUtility.FromJson <GeneratorSave>(generatorSaveData);
generatorData.mDistortion = new Pair_String_Float("MasterDistortion", generatorSave.mDistortion);
generatorData.mCenterFreq = new Pair_String_Float("MasterCenterFrequency", generatorSave.mCenterFreq);
generatorData.mOctaveRange = new Pair_String_Float("MasterOctaveRange", generatorSave.mOctaveRange);
generatorData.mFreqGain = new Pair_String_Float("MasterFrequencyGain", generatorSave.mFreqGain);
generatorData.mLowpassCutoffFreq = new Pair_String_Float("MasterLowpassCutoffFreq", generatorSave.mLowpassCutoffFreq);
generatorData.mLowpassResonance = new Pair_String_Float("MasterLowpassResonance", generatorSave.mLowpassResonance);
generatorData.mHighpassCutoffFreq = new Pair_String_Float("MasterHighpassCutoffFreq", generatorSave.mHighpassCutoffFreq);
generatorData.mHighpassResonance = new Pair_String_Float("MasterHighpassResonance", generatorSave.mHighpassResonance);
generatorData.mEchoDelay = new Pair_String_Float("MasterEchoDelay", generatorSave.mEchoDelay);
generatorData.mEchoDecay = new Pair_String_Float("MasterEchoDecay", generatorSave.mEchoDecay);
generatorData.mEchoDry = new Pair_String_Float("MasterEchoDry", generatorSave.mEchoDry);
generatorData.mEchoWet = new Pair_String_Float("MasterEchoWet", generatorSave.mEchoWet);
generatorData.mNumEchoChannels = new Pair_String_Float("MasterNumEchoChannels", generatorSave.mNumEchoChannels);
generatorData.mReverb = new Pair_String_Float("MasterReverb", generatorSave.mRever);
generatorData.mRoomSize = new Pair_String_Float("MasterRoomSize", generatorSave.mRoomSize);
generatorData.mReverbDecay = new Pair_String_Float("MasterReverbDecay", generatorSave.mReverbDecay);
generatorData.mGroupRate = (eGroupRate)generatorSave.mGroupRate;
// We also need to create a chord progression data object:
chordSave.mExcludedProgSteps = generatorSave.mExcludedProgSteps.ToArray();
chordSave.SubdominantInfluence = generatorSave.mSubdominantInfluence;
chordSave.DominantInfluence = generatorSave.mDominantInfluence;
chordSave.TonicInfluence = generatorSave.mTonicInfluence;
chordSave.TritoneSubInfluence = generatorSave.mTritoneSubInfluence;
}
else if (generatorData.mVersion == 1.1f)
{
string generatorSaveData = null;
yield return(MusicHelpers.GetUWR("/MusicGenerator/InstrumentSaves/" + pathIN + "/generator.txt", (x) => { generatorSaveData = x.downloadHandler.text; }));
GeneratorSave generatorSave = JsonUtility.FromJson <GeneratorSave>(generatorSaveData);
generatorData.mGroupOdds.Clear();
for (int i = 0; i < generatorSave.mGroupOdds.Count; i++)
{
generatorData.mGroupOdds.Add(generatorSave.mGroupOdds[i]);
}
}
}
callback(generatorData);
yield return(null);
}
