IEnumerator UpdateData()
{
yield return(new WaitForSeconds(1f));
Writelog("Start record");
while (beMeasure)
{
soundSignals = AsioManager.GetAsioSoundSignals(sampleLength);
Vector3 IntensityDirection = AcousticMathNew.CrossSpectrumMethod(soundSignals, sampleRate, length_bit, freq_range_min, freq_range_max, atmDensity, interval);
float intensityLevel_dB = AcousticMathNew.CalcuIntensityLevel(IntensityDirection);
// Debug.Log(soundSignals[0][i]);
// Debug.Log(soundSignals[1][i]);
// Debug.Log(soundSignals[2][i]);
// Debug.Log(soundSignals[3][i]);
Debug.Log(intensityLevel_dB);
Debug.Log(IntensityDirection.x);
Debug.Log(IntensityDirection.y);
Debug.Log(IntensityDirection.z);
WriteConsole(IntensityDirection.x, IntensityDirection.y, IntensityDirection.z, intensityLevel_dB);
client.Send("", IntensityDirection.x, IntensityDirection.y, IntensityDirection.z, intensityLevel_dB);
yield return(new WaitForSeconds(measureSpan));
}
}
private IEnumerator RecordSignal(Vector3 sendPos, Quaternion sendRot)
{
//音声再生
//AsioManager.startSound();
//録音のlengthbit分待つ
yield return(new WaitForSeconds(4096f / 44100f));
//録音開始
soundSignals = AsioManager.GetAsioSoundSignals(isampleLength);
//瞬時音響インテンシティ計算
var intensityDirection = AcousticSI.DirectMethod(soundSignals, SettingManager.AtmDensity, SettingManager.micInterval);
//直接法計算
var sumIntensity = AcousticSI.SumIntensity(intensityDirection);
sintensities.Add(AcousticMathNew.CalcuIntensityLevel(sumIntensity));
//データ送信
client.Send("ResultSend", sendPos.x, sendPos.y, sendPos.z, sendRot.x, sendRot.y, sendRot.z, sendRot.w, sumIntensity.x, sumIntensity.y, sumIntensity.z, Num);
yield return(null);
//PCがわ表示
float[] intensityLv = new float[intensityDirection.Length];
for (int i = 0; i < intensityDirection.Length; i++)
{
intensityLv[i] = AcousticMathNew.CalcuIntensityLevel(intensityDirection[i]);
}
Color color = ColorBar.DefineColor(SettingManager.colormapID, AcousticMathNew.CalcuIntensityLevel(sumIntensity), SettingManager.lvMin, SettingManager.lvMax);
GameObject instant = CreateInstantObj(Num, sendPos, sendRot, sumIntensity, color, intensityDirection, intensityLv);
DataStorage data = new DataStorage(Num, sendPos, sendRot, soundSignals, sumIntensity);
dataStorages.Add(data);
Num++;
yield return(null);
}
void Awake()
{
//ドライバー名デバッグ
string[] asioDriverIDNames = AsioManager.GetAsioDriverNames();
foreach (string asioDriverIDName in asioDriverIDNames)
{
Debug.Log(asioDriverIDName);
}
//ASIOスタート
AsioManager.PrepareAsio(2, sampleRate, sampleLength);
}
// Update is called once per frame
void Update()
{
if (Input.GetKeyDown(KeyCode.Q))
{
AsioManager.startSound();
Debug.Log("再生したよ");
}
if (Input.GetKeyDown(KeyCode.W))
{
AsioManager.GetAsioSoundSignals(4096);
Debug.Log("再生したよ");
}
}
private void Awake()
{
// サンプル数の2の乗数を計算
length_bit = (int)(Mathf.Log(sampleLength, 2f));
//ドライバー名デバッグ
string[] asioDriverIDNames = AsioManager.GetAsioDriverNames();
foreach (string asioDriverIDName in asioDriverIDNames)
{
Debug.Log(asioDriverIDName);
}
//ASIOスタート //localは1 ドライバー選択可能に
string instLog = AsioManager.PrepareAsio(2, sampleRate, sampleLength);
}
void RecordIntensity()
{
var soundSignal = AsioManager.GetAsioSoundSignals(sampleLength);
var intensityDirection = AcousticSI.DirectMethod(soundSignal, atmDensity, micInterval);
float[] intensityLv = new float[intensityDirection.Length];
for (int i = 0; i < intensityDirection.Length; i++)
{
intensityLv[i] = AcousticMathNew.CalcuIntensityLevel(intensityDirection[i]);
}
var intensityObj = Instantiate(prefab);;
var parameter = intensityObj.AddComponent <ParameterStorage>();
parameter.PutIntensity(intensityDirection, intensityLv);
}
private void Awake()
{
length_bit = (int)(Mathf.Log(isampleLength, 2f));
//ドライバー名デバッグ
string[] asioDriverIDNames = AsioManager.GetAsioDriverNames();
foreach (string asioDriverIDName in asioDriverIDNames)
{
Debug.Log(asioDriverIDName);
}
//tsp読込
double[] oSignal = readTsp();
Debug.Log("音源長さ:" + oSignal.Length);
Debug.Log("sampleLength:" + osampleLength);
//ASIOスタート
AsioManager.PrepareAsio2(3, sampleRate, isampleLength, osampleLength, oSignal);
}
void Update()
{
if (Input.GetKeyDown(recButton))
{
soundSignals = AsioManager.GetAsioSoundSignals(sampleLength);
Vector3 IntensityDirection = AcousticMathNew.CrossSpectrumMethod(soundSignals, sampleRate, 12, 353f, 707f, 1000.4f, 0.05f);
float intensityLevel_dB = AcousticMathNew.CalcuIntensityLevel(IntensityDirection);
Debug.Log(intensityLevel_dB);
//}
for (int micID = 0; micID < 4; micID++)
{
//グラフ書く
// DrowLineGraph(soundSignals[micID], lines[micID]);
//音圧レベルを出す
recSP[micID] = GetSoundPressure(soundSignals[micID]);
recSPL[micID] = GetSoundPressureLevel(recSP[micID]);
// recTexts[micID].text = string.Format("SP: {0}\nSPL: {1}", recSP[micID], recSPL[micID]);
Debug.Log(string.Format("SP: {0}\nSPL: {1}", recSP[micID], recSPL[micID]));
}
}
//recSPLをメモ
for (int micId = 0; micId < 4; micId++)
{
if (Input.GetKeyDown(noteButton[micId]))
{
SetRecSPSPL(micId);
}
}
// バイナリ保存
if (Input.GetKeyDown(saveBytesButton))
{
Debug.Log("Save Bytes Data");
SaveBinaryData(soundSignals, @"C:\Users\acoust\Desktop");
}
}
/// <summary>
/// 1サンプルごとのデータをバイナリファイルに取得していく
/// </summary>
public void SaveInstanceBinaryData(Vector3 sendPos, Quaternion sendRot)
{
//ディレクトリなかったら作成
SafeCreateDirectory(SettingManager.saveDirPath);
//もう一つディレクトリを作成
var savePath = SettingManager.saveDirPath + @"\instance";
SafeCreateDirectory(savePath);
//録音＆マイク位置バイナリファイル保存
string Filteredname = savePath + @"\instancepoint_" + (sNum++).ToString() + ".bytes";
FileStream fs = new FileStream(Filteredname, FileMode.Create);
BinaryWriter bw = new BinaryWriter(fs);
var soundSignal = AsioManager.GetAsioSoundSignals(256);
for (int micID = 0; micID < 4; micID++)
{
for (int sample = 0; sample < 4096; sample++)
{
bw.Write(soundSignal[micID][sample]);
}
}
bw.Write((double)sendPos.x);
bw.Write((double)sendPos.y);
bw.Write((double)sendPos.z);
bw.Write((double)sendRot.x);
bw.Write((double)sendRot.y);
bw.Write((double)sendRot.z);
bw.Write((double)sendRot.w);
bw.Close();
fs.Close();
}
private void OnApplicationQuit()
{
AsioManager.StopAsioMain();
}
