public void OnKeyDown()
{
volumeDown = false;
myas.pitch = MuseUtil.MidiToUnityPitch(pitch);
myas.volume = 1;
myas.Stop();
myas.Play(0);
print("keydown");
if (isStarted)
{
currentNote = new Note(Time.time, pitch);
currentNote.myKey = this;
}
}
public List <KeyInputRef> GetKeyInputRefs(int keynum)
{
List <KeyInputRef> pitches = new List <KeyInputRef>();
int midIndex = keynum / 2 - 1;
int scaleCount = scale.Count;
int keyScaleIndex = MuseUtil.PitchValue[key.Replace("m", string.Empty)];
int pindex = keyScaleIndex - midIndex - 1;
for (int i = 0; i < keynum; ++i)
{
int scaleDiff = Mathf.Abs(pindex) / scaleCount;
if (pindex < 0)
{
scaleDiff = -scaleDiff - 1;
}
int index = pindex;
Debug.Log(index);
Debug.Log(scaleDiff);
if (pindex < 0)
{
index += scaleCount * Mathf.Abs(scaleDiff);
}
else if (pindex > scaleCount - 1)
{
index -= scaleCount * Mathf.Abs(scaleDiff);
}
KeyInputRef kir = new KeyInputRef();
int midivalue = MuseUtil.NameToMidi("C") + scale[index] + scaleDiff * 12;
kir.midi = midivalue;
kir.showText = MuseUtil.MidiToName(midivalue);
kir.isChordTone = IsChordTone(midivalue);
kir.isSteadyTone = IsSteadyTone(midivalue);
kir.isPentatonic = IsPentatonic(midivalue);
pitches.Add(kir);
pindex++;
}
return(pitches);
}
static int RunExtractAndReturnExitCode(ExtractOptions opts)
{
// read data from input file
var museDataCollection = MuseUtil.ReadMuseData(opts.InputFile);
var gsrPpgCollection = GsrPpgUtil.ReadGsrPpgData(opts.InputFile);
// slice data by specified time span
var museDataFragments = museDataCollection.SelectByTime(opts.TimeOff, opts.Duration);
var gsrPpgFragments = gsrPpgCollection.SelectByTime(opts.TimeOff, opts.Duration);
// post-process gsr/ppg data
var processedGsr = GsrPpgUtil.GSRfiltering(gsrPpgFragments["GSR"]);
var processedPpg = GsrPpgUtil.GetPPGdata(gsrPpgFragments["PPG"], TimeSpan.FromMilliseconds(100));
using (var fs = new FileStream(opts.OutputFile, FileMode.Create, FileAccess.Write))
using (var package = new ExcelPackage(fs))
{
// process Muse data
foreach (var d in museDataFragments)
{
var sheet = package.Workbook.Worksheets.Add(d.Key.ToString());
switch (d.Value[0])
{
case Channel _:
var channels = d.Value.ChangeType <Channel>();
var query = from c in channels
select new { Timestamp = new TimeSpan(c.Timestamp).ToString("g"), c.TP9, c.AF7, c.AF8, c.TP10 };
sheet.Cells[1, 1].LoadFromCollection(query, PrintHeaders: true);
sheet.Cells[sheet.Dimension.Address].AutoFitColumns();
var table = sheet.Tables.Add(sheet.Dimension, d.Key.ToString());
// Set table properties (order matters!)
table.ShowRowStripes = false;
table.TableStyle = TableStyles.Medium9;
table.ShowFirstColumn = true;
break;
default:
throw new NotImplementedException();
}
}
// process Raw GSR/PPG data
foreach (var d in gsrPpgFragments)
{
var sheet = package.Workbook.Worksheets.Add(d.Key);
var query = from p in d.Value
select new { Timestamp = new TimeSpan(p.Timestamp).ToString("g"), p.Value };
sheet.Cells[1, 1].LoadFromCollection(query, PrintHeaders: true);
sheet.Cells[sheet.Dimension.Address].AutoFitColumns();
var table = sheet.Tables.Add(sheet.Dimension, d.Key);
// Set table properties (order matters!)
table.ShowRowStripes = false;
table.TableStyle = TableStyles.Medium14;
table.ShowFirstColumn = true;
}
// process post-processed GSR/PPG data
var processedGsrSheet = package.Workbook.Worksheets.Add("Processed GSR");
var processedGsrQuery = from p in processedGsr
select new { Timestamp = new TimeSpan(p.Timestamp).ToString("g"), p.Value };
processedGsrSheet.Cells[1, 1].LoadFromCollection(processedGsrQuery, PrintHeaders: true);
processedGsrSheet.Cells[processedGsrSheet.Dimension.Address].AutoFitColumns();
var processedGsrTable = processedGsrSheet.Tables.Add(processedGsrSheet.Dimension, "ProcessedGSR");
// Set table properties (order matters!)
processedGsrTable.ShowRowStripes = false;
processedGsrTable.TableStyle = TableStyles.Medium13;
processedGsrTable.ShowFirstColumn = true;
var bpmSheet = package.Workbook.Worksheets.Add("BPM");
var bpmQuery = from p in processedPpg
select new { Timestamp = new TimeSpan(p.Timestamp).ToString("g"), p.Value };
bpmSheet.Cells[1, 1].LoadFromCollection(bpmQuery, PrintHeaders: true);
bpmSheet.Cells[bpmSheet.Dimension.Address].AutoFitColumns();
var bpmTable = bpmSheet.Tables.Add(bpmSheet.Dimension, "BPM");
// Set table properties (order matters!)
bpmTable.ShowRowStripes = false;
bpmTable.TableStyle = TableStyles.Medium13;
bpmTable.ShowFirstColumn = true;
package.Save();
}
return(0);
}
