/// <summary>
/// 条件を変更して再計算
/// </summary>
public async void UpdateData()
{
settingManager.InitParam4Repro();
SettingSender ud_setting = new SettingSender("NewSetting", MeasurementParameter.colormapID, MeasurementParameter.MaxIntensity, MeasurementParameter.MinIntensity, MeasurementParameter.objSize);
How2Measure measureType = new How2Measure(nowMeasurementType, MeasurementParameter.i_block);
tServer.SendAllClient(transferData.SerializeJson <How2Measure>(measureType));
//更新データをHololensに送信
string json = transferData.SerializeJson <SettingSender>(ud_setting);
tServer.SendAllClient(json);
UpdateSTFTParam();
//再計算を実行
if (nowAlogrithm == AlgorithmPattern.CrossSpectrum)
{
ReCalcDataPackage recalcIntensity = await Task.Run(() => AsyncReCalc());
string json2 = transferData.SerializeJson <ReCalcDataPackage>(recalcIntensity);
tServer.SendAllClient(json2);
logQueue.Enqueue("Update data");
}
else
{
ReCalcTransientDataPackage recalcTransIntensity = await Task.Run(() => AsyncReCalcTrans());
string json2 = transferData.SerializeJson <ReCalcTransientDataPackage>(recalcTransIntensity);
tServer.SendAllClient(json2);
logQueue.Enqueue("Update data");
}
}
public async Task <ReCalcDataPackage> RecalcIntensity()
{
//データの更新
ReCalcDataPackage recalcIntensity = await Task.Run(() => AsyncReCalc());
//送信データの更新
StartCoroutine("UpdateEditor", recalcIntensity);
return(recalcIntensity);
}
private ReCalcDataPackage AsyncReCalc()
{
//送信データの作成
ReCalcDataPackage data = new ReCalcDataPackage(dataStorages.Count);
foreach (DataStorage dataStorage in dataStorages)
{
Vector3 intensity = AcousticMathNew.CrossSpectrumMethod(dataStorage.soundSignal, MeasurementParameter.Fs, length_bit,
MeasurementParameter.FreqMin, MeasurementParameter.FreqMax, MeasurementParameter.AtmDensity, MeasurementParameter.MInterval);
data.intensities.Add(intensity);
data.sendNums.Add(dataStorage.measureNo);
}
return(data);
}
/// <summary>
///
/// </summary>
public async void UpdateData()
{
settingManager.InitParam();
SettingSender ud_setting = new SettingSender("NewSetting", MeasurementParameter.colormapID, MeasurementParameter.MaxIntensity, MeasurementParameter.MinIntensity, MeasurementParameter.objSize);
//更新データをHololensに送信
string json = transferData.SerializeJson <SettingSender>(ud_setting);
tServer.SendAllClient(json);
//再計算を実行
ReCalcDataPackage reCalcDataPackage = await intensityManager.RecalcIntensity();
string json2 = transferData.SerializeJson <ReCalcDataPackage>(reCalcDataPackage);
tServer.SendAllClient(json2);
}
/// <summary>
/// 更新インテンシティデータをエディタ上でも反映させていくようにする
/// </summary>
/// <param name="reCalcDataPackage">更新データ</param>
/// <returns></returns>
private IEnumerator UpdateEditor(ReCalcDataPackage reCalcDataPackage)
{
for (int i = 0; i < reCalcDataPackage.storageNum; i++)
{
if (intensities.ContainsKey(reCalcDataPackage.sendNums[i]))
{
var pushObj = intensities[reCalcDataPackage.sendNums[i]];
//色変更を行う
pushObj.transform.localRotation = Quaternion.LookRotation(10000000000 * reCalcDataPackage.intensities[i]);
var lv = AcousticMathNew.CalcuIntensityLevel(reCalcDataPackage.intensities[i]);
pushObj.transform.GetComponent <Renderer>().material.color = ColorBar.DefineColor(MeasurementParameter.colormapID, lv, MeasurementParameter.MinIntensity, MeasurementParameter.MaxIntensity);
yield return(null);
}
}
yield return(null);
}
