private void HandleGeneralUpdate(int index, DemoCoder decoder)
{
if (index == 0)
{
Henge henge = GameObject.FindObjectOfType <Henge>();
henge.SetRuneState(decoder.GetPortalRunes(index, henge.getSize()));
henge.transform.position = decoder.GetPosition(index);
henge.transform.rotation = decoder.GetRotation(index);
}
else
{
GameObject instance;
int id = decoder.GetID(index);
networkedObjects.TryGetValue(id, out instance);
EnemyHealth eh = instance.GetComponent <EnemyHealth>();
if (eh != null)
{
//keeps track of networked and local at the same time
int currentHealth = eh.GetHealth();
int networkedHealth = decoder.GetEnemyHealth(index) - eh.transientHealthLoss;
//don't reset transient, since this may still need to be transmitted
eh.SetHealth(Math.Min(currentHealth, networkedHealth));
}
else
{
Debug.LogError("Couldn't find enemy health tracking from network id" + id);
}
instance.transform.position = decoder.GetPosition(index);
instance.transform.rotation = decoder.GetRotation(index);
}
}
/*
* private float getFramerate() {
* //OLD Framerate calculation
* frameTimes.Enqueue(Time.time);
* float firstFrame = frameTimes.Peek();
* float framerate = 0;
*
* changeFramerateString(String.Format("Framerate:\t{0:0}fps\nNetwork:\t{1:0}ms", framerate, latency));
*
* if (frameTimes.Count > FrameQueueSize) {
* framerate = (frameTimes.Count) / (Time.time - firstFrame);
* frameTimes.Dequeue();
* }
* return framerate;
* }*/
// Update is called once per frame
void Update()
{
//Arrays of strings displayed as debug information
String[] psDebug = new String[4]; //performance stats debug
String[] gsDebug = new String[4]; //game state debug
deltaTime += (Time.unscaledDeltaTime - deltaTime) * 0.1f;
if (fpsDelay > 0)
{
fpsDelay -= Time.deltaTime;
return;
}
//deltaTime = Time.deltaTime;
float msec = deltaTime * 1000.0f;
float fps = (1.0f / deltaTime);
if (fps > fpsmax)
{
fpsmax = fps;
}
if (fps < fpsmin)
{
fpsmin = fps;
}
frametimetotal += deltaTime;
frametimecount++;
fpsavg = (frametimecount / frametimetotal);
if (frametimecount > 64000)
{
//reset?
}
psDebug[0] = String.Format("{0,-12}{1:0.0} ms ({2:0} fps)", "Framerate:", msec, fps);
//psDebug[1] = String.Format("{0}\t{1})", frametimetotal, frametimecount);
psDebug[1] = String.Format("{0,-12}{1:0.0}/{2:0.0}/{3:0.0}", "Min/Avg/Max:", fpsmin, fpsavg, fpsmax);
psDebug[2] = String.Format("{0,-12}{1}", "Network:", networkStatus);
psDebug[3] = String.Format("{0,-12}{1}", "GameState:", gameManager.GetGameState().ToString());
//Update Player health, Rune completion, Allies, Enemies debug text
//Apart from player health, probably do not want to be doing these calculations every frame
//Consider updating those every x seconds
String ph = String.Format("{0:0}%", ((float)playerHealth.currentHealth / (float)playerHealth.maxHealth) * 100.0f);
//String rs = String.Format("{0:0}%", (henge.getActiveRunes() / henge.getSize()) * 100);
String rs = henge.getActiveRunes() + "/" + henge.getSize();
int allies = FindObjectsOfType <Eyeball>().Length + 1;
int enemies = FindObjectsOfType <EnemyHealth>().Length;
gsDebug[0] = String.Format("Player:{0,5}", ph);
gsDebug[1] = String.Format("Henge:{0,5}", rs);
gsDebug[2] = String.Format("Allies:{0,5}", allies);
gsDebug[3] = String.Format("Enemies:{0,5}", enemies);
changeFramerateString(psDebug[0] + "\n" + psDebug[1] + "\n" + psDebug[2] + "\n" + psDebug[3]);
changeGameStatusString(gsDebug[0] + "\n" + gsDebug[1] + "\n" + gsDebug[2] + "\n" + gsDebug[3]);
//Debug text for engine, ARKit positions and rotations
Vector3 enginePosition = ARManager.getUnityCameraPosition();
Vector4 ARKitPosition = ARManager.getARKitPosition();
//Quaternion engineRotation = ARManager.getUnityCameraRotation (); //UnityARMatrixOps.GetRotation (UnityARSessionNativeInterface.lastTransform);
//Quaternion ARKitRotation = ARManager.getARKitRotation ();
Vector3 engineRotation = ARManager.getUnityCameraRotation().eulerAngles;
Vector3 ARKitRotation = ARManager.getARKitRotation().eulerAngles;
Vector3 cparentPosition = ARManager.m_camera.gameObject.transform.parent.transform.position;
Quaternion cparentRotation = ARManager.m_camera.gameObject.transform.parent.transform.rotation;
Vector3 cparentRotationE = ARManager.m_camera.gameObject.transform.parent.transform.rotation.eulerAngles;
/*
* positionARKitText.text = "pos: {" + Math.Round(ARKitPosition.x, 2) + ", " + Math.Round(ARKitPosition.y, 2) + ", " + Math.Round(ARKitPosition.z, 2) + "}";
* rotationARKitText.text = "rot: {" + Math.Round(ARKitRotation.x, 2) + ", " + Math.Round(ARKitRotation.y, 2) + ", " + Math.Round(ARKitRotation.z, 2) + "}";
* positionEngineText.text = "pos: {" + Math.Round(enginePosition.x, 2) + ", " + Math.Round(enginePosition.y, 2) + ", " + Math.Round(enginePosition.z, 2) + "}";
* rotationEngineText.text = "rot: {" + Math.Round(engineRotation.x, 2) + ", " + Math.Round(engineRotation.y, 2) + ", " + Math.Round(engineRotation.z, 2) + "}";
*/
Vector3 offsetPos = tPos - ARManager.gameObject.transform.position;
Vector3 offsetRot = (tRot * Quaternion.Inverse(ARManager.gameObject.transform.rotation)).eulerAngles;
positionARKitText.text = String.Format("pos: ({0:0.0}, {1:0.0}, {2:0.0})", ARKitPosition.x, ARKitPosition.y, ARKitPosition.z);
rotationARKitText.text = String.Format("rot: ({0:000}, {1:000}, {2:000})", ARKitRotation.x, ARKitRotation.y, ARKitRotation.z);
positionEngineText.text = String.Format("pos: ({0:0.0}, {1:0.0}, {2:0.0})", enginePosition.x, enginePosition.y, enginePosition.z);
rotationEngineText.text = String.Format("rot: ({0:000}, {1:000}, {2:000})", engineRotation.x, engineRotation.y, engineRotation.z);
positionCParentText.text = String.Format("pos: ({0:0.0}, {1:0.0}, {2:0.0})", cparentPosition.x, cparentPosition.y, cparentPosition.z) +
String.Format("\nfP: ({0:0.0}, {1:0.0}, {2:0.0})", offsetPos.x, offsetPos.y, offsetPos.z);
rotationCParentText.text = String.Format("rot: ({0:000}, {1:000}, {2:000})", cparentRotationE.x, cparentRotationE.y, cparentRotationE.z) +
String.Format("\nofR: ({0:0.0}, {1:0.0}, {2:0.0})", offsetRot.x, offsetRot.y, offsetRot.z);
}
