//###################################################################################
//################################### Construtors ###################################
//###################################################################################
#region Construtors
public SettingViewModel(SettingModel settingModel) {
this.BaseSettingViewModel = new BaseSettingViewModel(settingModel.Name, settingModel.TargetDuration, settingModel.StartOffsetDuration);
this.EvaluationSettingViewModel = new EvaluationSettingViewModel(settingModel.IsUsedEvaluation, settingModel.IsRecordSamplesEvaluation, settingModel.SampleBufferSize, settingModel.AccelerometerThreshold, settingModel.GyrometerThreshold, settingModel.StepDistance, settingModel.PeakJoinDistance);
this.AccerlerometerSettingViewModel = new AccelerometerSettingViewModel(settingModel.IsUsedAccelerometer, settingModel.IsRecordSamplesAccelerometer, settingModel.ReportIntervalAccelerometer);
this.GyrometerSettingViewModel = new GyrometerSettingViewModel(settingModel.IsUsedGyrometer, settingModel.IsRecordSamplesGyrometer, settingModel.ReportIntervalGyrometer);
this.QuaternionSettingViewModel = new QuaternionSettingViewModel(settingModel.IsUsedQuaternion, settingModel.IsRecordSamplesQuaternion, settingModel.ReportIntervalQuaternion);
this.GeolocationSettingViewModel = new GeolocationSettingViewModel(settingModel.IsUsedGeolocation, settingModel.IsRecordSamplesGeolocation, settingModel.ReportIntervalGeolocation);
}
internal static async void SaveGlobalSettingModelAysnc(SettingModel settingModel)
{
if (settingModel != null)
{
string jsonString = JsonConvert.SerializeObject(settingModel);
StorageFolder targetFolder = await FindStorageFolder(_metaDataPath);
await SaveJsonStringToFile(jsonString, targetFolder, _settingMetaDataFilename);
}
}
//###################################################################################
//##################################### Methods #####################################
//###################################################################################
public static MeasurementModel NewDefaultMeasurementModel(SettingModel settingModel)
{
MeasurementModel createMeasurementModel = new MeasurementModel();
createMeasurementModel.Id = String.Format("{0}", DateTime.Now.Ticks);
createMeasurementModel.Filename = String.Format("Measurement_{0}.bin", createMeasurementModel.Id);
createMeasurementModel.CreateDateTime = DateTime.Now;
if (settingModel != null)
{
createMeasurementModel.Setting = settingModel;
}
else
{
createMeasurementModel.Setting = SettingModel.DefaultSettingModel();
}
createMeasurementModel.DataSets = MeasurementDataSets.NewDefaultMeasurementDataSets();
return createMeasurementModel;
}
public async Task AnalyseDataSetsAsync(string filename, SettingModel setting)
{
if (setting.IsUsedAccelerometer && setting.IsRecordSamplesAccelerometer)
{
await accelerometerDataSet.AnalyseDataSetAsync(filename);
}
if (setting.IsUsedGyrometer && setting.IsRecordSamplesGyrometer)
{
await gyrometerDataSet.AnalyseDataSetAsync(filename);
}
if (setting.IsUsedQuaternion && setting.IsRecordSamplesQuaternion)
{
await quaterionDataSet.AnalyseDataSetAsync(filename);
}
if (setting.IsUsedGeolocation && setting.IsRecordSamplesGeolocation)
{
await geolocationDataSet.AnalyseDataSetAsync(filename);
}
if (setting.IsUsedEvaluation && setting.IsRecordSamplesEvaluation)
{
await evaluationDataSet.AnalyseDataSetAsync(filename);
}
return;
}
//###################################################################################
//##################################### Methods #####################################
//###################################################################################
public static SettingModel DefaultSettingModel()
{
SettingModel defaultSettingModel = new SettingModel();
defaultSettingModel.Name = "NeueMessung";
defaultSettingModel.TargetDuration = TimeSpan.MinValue;
defaultSettingModel.StartOffsetDuration = TimeSpan.MinValue;
defaultSettingModel.IsUsedEvaluation = true;
defaultSettingModel.IsRecordSamplesEvaluation = true;
defaultSettingModel.SampleBufferSize = 500;
defaultSettingModel.AccelerometerThreshold = 1.5d;
defaultSettingModel.GyrometerThreshold = 150d;
defaultSettingModel.StepDistance = 300;
defaultSettingModel.PeakJoinDistance = 150;
defaultSettingModel.IsUsedAccelerometer = true;
defaultSettingModel.IsRecordSamplesAccelerometer = true;
defaultSettingModel.ReportIntervalAccelerometer = 20;
defaultSettingModel.IsUsedGyrometer = true;
defaultSettingModel.IsRecordSamplesGyrometer = true;
defaultSettingModel.ReportIntervalGyrometer = 20;
defaultSettingModel.IsUsedQuaternion = true;
defaultSettingModel.IsRecordSamplesQuaternion = true;
defaultSettingModel.ReportIntervalQuaternion = 20;
defaultSettingModel.IsUsedGeolocation = false;
defaultSettingModel.IsRecordSamplesGeolocation = true;
defaultSettingModel.ReportIntervalGeolocation = 20;
return defaultSettingModel;
}
public bool UpdateGlobalSetting(SettingViewModel updateSettingViewModel)
{
bool isUpdated = false;
if (updateSettingViewModel != null)
{
this._globalSetting = new SettingModel(updateSettingViewModel);
isUpdated = true;
OnGlobalSettingUpdated(EventArgs.Empty);
}
return isUpdated;
}