public void addingElements(string path, dataXmm dx1)
{
xmmDataContainer xd = xmmDataContainer.LoadFromText(path);
xd.dataXmms.Add(dx1);
xd.Save(path);
}
public bool attributeOverloader(dataXmm datXmm1)
{
foreach (dataXmm xmmdat in this.dataXmms)
{
if (xmmdat.isEqual(datXmm1))
{
return(true);
}
}
return(false);
}
//command to the xmmProcession class
void xmmProcessingBridge(xmmDataContainer xd, string letter)
{
dataXmm dtXmm = xd.dataXmms.Find(x => x.label == letter);
List <Vector3> lsv = xmmDataContainer.DeserializeVector3Array(dtXmm.rawData);
mainInstanceGO.GetComponent <xmmProcessing>().Recording(dtXmm.label, mainInstanceGO.GetComponent <xmmProcessing>().dataProcessing(lsv), dataStreamer.modeLabel);
//processing the loaded data and train the hhmm set
//mainInstanceGO.GetComponent<xmmProcessing>().dd.options.Add(new Dropdown.OptionData() {text=""+dtXmm.label});
mainInstanceGO.GetComponent <xmmProcessing>().filter = true;
//dbg4.text = "regressions : " + mainInstanceGO.GetComponent<xmmProcessing>().hhmm.GetTimeProgressions()[0] + "\t" + mainInstanceGO.GetComponent<xmmProcessing>().hhmm.GetTimeProgressions()[1] ;
}
private static dataXmm dataXmm1; //return to public static!!
// Use this for initialization
void Start()
{
/*compas= Input.compass;
* compas.enabled=true;
*
* gyro=Input.gyro;
* gyro.enabled=true;*/
recPath = Application.persistentDataPath + "/dataStore/"; //modifies also in labelsGestion
Directory.CreateDirectory(recPath);
nullMovementname = "NoN";
animTime = 3;
//Adds a listener to the main slider and invokes a method when the value changes.
//sldr.onValueChanged.AddListener(delegate {reinitializeRec(); });
//sldr.onValueChanged.AddListener(delegate {onSldrChange(); });
//inputF.onValueChanged.AddListener(delegate {ValueChangeCheckTxtInput();});
//xd.dataXmms.Add
dataXmm1 = new dataXmm();
//Debug.Log(recPath);
}
public bool isEqual(dataXmm x1)
{
return(this.modeRecord == x1.modeRecord && this.label == x1.label);
}
