void Start()
{
print("SegmentListener Start");
InteroEventManager.GetEventManager().AddListener((IListenerErg)this);
InteroEventManager.GetEventManager().AddListener((IListenerWorkout)this);
InteroEventManager.GetEventManager().AddListener((IListenerSegment)this);
players = new GameObject[3];
physicsManagers = new PhysicsManager[3];
/*
* for (int i = 0; i < numberEntries; i++)
* {
* GameObject g = Instantiate(rankPrefab, new Vector3(0, -i * 90.0F - 90F, 0), Quaternion.identity);// rankPrefab.transform.position, rankPrefab.transform.rotation);// new Vector3(0, -i * 30.0F, 0), Quaternion.identity);
* g.SetActive(true); //setParent
* g.transform.SetParent(transform, false);
* rankNameTexts[i] = g.transform.Find("RankName").GetComponent<Text>();
* rankStatsTexts[i] = g.transform.Find("RankStats").GetComponent<Text>();
* }*/
for (int i = 0; i < physicsManagers.Length; ++i)
{
// print("physicsManagers new");
players[i] = Instantiate(player, new Vector3(4 * i, 0, 0), Quaternion.identity);
players[i].transform.SetParent(playerref.transform, false);
players[i].SetActive(true);
}
physicsManagers[0] = new PhysicsManager();
physicsManagers[1] = new PhysicsManagerBasic();
physicsManagers[2] = new PhysicsManagerModificado();
}
void Start()
{
ergData = new ErgData();
ErgDataEvent e = new ErgDataEvent(ergData);
InteroEventManager.GetEventManager().SendEvent(e);
}
void Start()
{
InteroEventManager.GetEventManager().AddListener((IListenerErg)this);
InteroEventManager.GetEventManager().AddListener((IListenerWorkout)this);
InteroEventManager.GetEventManager().AddListener((IListenerSegment)this);
auth = cc.authManager;
}
// Start is called before the first frame update
void Start()
{
textOut.text = "Server waitiing...\n";
server = new InteroServerTCP();
server.Serve(10, 8080);
InteroEventManager.GetEventManager().AddListener((IListenerOSC)this);
}
void Start()
{
print("SegmentListener Start");
InteroEventManager.GetEventManager().AddListener((IListenerErg)this);
InteroEventManager.GetEventManager().AddListener((IListenerWorkout)this);
InteroEventManager.GetEventManager().AddListener((IListenerSegment)this);
// InvokeRepeating("")
}
// Start is called before the first frame update
void Start()
{
print("SegmentSummaryListener Start");
InteroEventManager.GetEventManager().AddListener((IListenerErg)this);
InteroEventManager.GetEventManager().AddListener((IListenerWorkout)this);
InteroEventManager.GetEventManager().AddListener((IListenerSegment)this);
// add statistic manager to the listener
InteroEventManager.GetEventManager().AddListener((IListenerErg)statisticManager);
InteroEventManager.GetEventManager().AddListener((IListenerWorkout)statisticManager);
InteroEventManager.GetEventManager().AddListener((IListenerSegment)statisticManager);
}
private void Update()
{
if (erdataReady)
{
InteroEventManager.GetEventManager().SendEvent(ergDataEvent);
erdataReady = false;
}
if (strokeDataReady)
{
InteroEventManager.GetEventManager().SendEvent(strokeDataEvent);
strokeDataReady = false;
}
}
public void onErgDataReady(string s)
{
ergData.time = PM5EventHandler.getTime();
ergData.distance = PM5EventHandler.getDistance();
ergData.avgPower = PM5EventHandler.getPower();
ergData.pace = PM5EventHandler.getPace();
ergData.spm = PM5EventHandler.getSPM();
ergData.splitAvgCalories = PM5EventHandler.getCalhr();
ergData.calories = PM5EventHandler.getCalories();
// ErgData ergData = new ErgData(10, 100, 21, 200, 122);
ErgDataEvent e = new ErgDataEvent(ergData);
InteroEventManager.GetEventManager().SendEvent(e);
}
public void onStrokeDataReady(string s)
{
// 35
strokeData.time = PM5EventHandler.getTime();
strokeData.distance = PM5EventHandler.getDistance();
strokeData.driveLength = PM5EventHandler.getDriveLength();
strokeData.driveTime = PM5EventHandler.getDriveTime();
strokeData.strokeRecoveryTime = PM5EventHandler.getStrokeRecoveryTime();
strokeData.strokeRecoveryDistance = PM5EventHandler.getStrokeRecoveryDistance();
strokeData.peakDriveForce = PM5EventHandler.getPeakDriveForce();
strokeData.avgDriveForce = PM5EventHandler.getAvgDriveForce();
strokeData.strokeCount = PM5EventHandler.getStrokeCount();
// 36
strokeData.strokePower = PM5EventHandler.getStrokePower();
strokeData.strokeCalories = PM5EventHandler.getStrokeCalories();
strokeData.workPerStroke = PM5EventHandler.getWorkPerStroke();
StrokeDataEvent e = new StrokeDataEvent(strokeData);
InteroEventManager.GetEventManager().SendEvent(e);
}
void Start()
{
segmentManager = new SegmentManager();
segmentManager.Push(new SegmentTime(500, 24, SegmentIntensity.MEDIUM));
segmentManager.Push(new SegmentTime(5, 24, SegmentIntensity.MEDIUM));
segmentManager.Push(new SegmentTime(5, 24, SegmentIntensity.MEDIUM));
segmentManager.Push(new SegmentTime(5, 24, SegmentIntensity.MEDIUM));
segmentManager.Push(new SegmentTime(5, 24, SegmentIntensity.MEDIUM));
segmentManager.Push(new SegmentTime(5, 24, SegmentIntensity.MEDIUM));
segmentManager.Push(new SegmentTime(5, 24, SegmentIntensity.MEDIUM));
segmentManager.Push(new SegmentTime(5, 24, SegmentIntensity.MEDIUM));
segmentManager.Push(new SegmentTime(5, 24, SegmentIntensity.MEDIUM));
segmentManager.Push(new SegmentTime(20, 24, SegmentIntensity.MEDIUM));
segmentManager.Push(new SegmentTime(20, 24, SegmentIntensity.MEDIUM));
segmentManager.Push(new SegmentTime(20, 24, SegmentIntensity.MEDIUM));
segmentManager.Push(new SegmentTime(20, 24, SegmentIntensity.MEDIUM));
InteroEventManager.GetEventManager().AddListener((IListenerWorkout)this);
/*
* segmentManager.Push(new SegmentDistance(1000, 20, SegmentIntensity.EASY));
* segmentManager.Push(new SegmentDistance(500, 22, SegmentIntensity.FAST));
* segmentManager.Push(new SegmentTime(200, 24, SegmentIntensity.MEDIUM));
*
* inWorkout = false;
* /*
* segmentManager.Push(new SegmentTime(3, 20, SegmentIntensity.EASY));
* segmentManager.Push(new SegmentTime(3, 22, SegmentIntensity.MEDIUM));
* segmentManager.Push(new SegmentTime(3, 24, SegmentIntensity.FAST));
* /*
* segmentManager.Push(new SegmentTime(6, 22, SegmentIntensity.MEDIUM));
* segmentManager.Push(new SegmentTime(6, 22, SegmentIntensity.MEDIUM));
* segmentManager.Push(new SegmentTime(6, 22, SegmentIntensity.MEDIUM));
* segmentManager.Push(new SegmentTime(6, 22, SegmentIntensity.MEDIUM));
* segmentManager.Push(new SegmentTime(30, 18, SegmentIntensity.EASY));
*/
// TestLoadClass();
// segments = segmentManager.ToArray();
}
// Start is called before the first frame update
void Awake()
{
InteroEventManager.GetEventManager().AddListener(this);
}
// Start is called before the first frame update
void Start()
{
InteroEventManager.GetEventManager().AddListener((IListenerOSC)this);
}
void SendErgData()
{
ErgDataEvent e = new ErgDataEvent(erg);
InteroEventManager.GetEventManager().SendEvent(e);
}
public void StartWorkout()
{
client.SendStartWorkout();
InteroEventManager.GetEventManager().SendEvent(new WorkoutStartEvent());
}
//public void StartWorkout()
/* {
* mainScene.SetActive(true);
* UIMenu.SetActive(false);
* }
*/
public void EndWorkout()
{
print("SegmentManager.EndWorkout");
InteroEventManager.GetEventManager().SendEvent(new WorkoutEndEvent());
inWorkout = false;
}
public void onBLEDisconnected(string s)
{
InteroEventManager.GetEventManager().SendEvent(new BLEDisconnectedEvent());
}
void onBLEOff(string s)
{
InteroEventManager.GetEventManager().SendEvent(new BLEOffEvent());
}
void IListenerOSC.OnOSCStartWorkoutDataEvent(OSCStartWorkoutEvent startWorkoutEvent)
{
InteroEventManager.GetEventManager().SendEvent(new WorkoutStartEvent());
}
public void StartWorkout()
{
segmentManager.OnStartWorkout();
print("SegmentManager.StartWorkout");
InteroEventManager.GetEventManager().SendEvent(new WorkoutStartEvent());
}
// Update is called once per frame
void Start()
{
textStatus.text = "Started BLE Listener";
InteroEventManager.GetEventManager().AddListener(this);
}
void Start()
{
InteroEventManager.GetEventManager().AddListener((IListenerOSC)this);
connectedText.text = "";
}
