void StopPlaying(int e)
{
//Debug.Log("Stopped playing" + e);
if (e != -1)
{
eventsPlaying[e].eventIndex = 0;
eventsPlaying[e].isPlaying = false;
eventsPlaying[e].isDetected = false;
eventsPlaying[e].advancedIndex = false;
eventsPlaying[e].playStartTime = 0.0f;
eventsPlaying[e].eventStartTime = 0.0f;
eventsPlaying[e].eventEndTime = 0.0f;
eventsPlaying[e].eventStartFrame = 0;
eventsPlaying[e].eventEndFrame = 0;
//eventsPlaying[e].ActivatedDoms = new List<DomState>();
alreadyFaded = false;
//turn off all event visualization - 11/16/2017 - Ross - yes, since we aren't doing multiple events anyways
//fixes a random null reference that could occur in commented out code below.
/*for (int i = 0; i < events[e].eventData.Count; ++i)
* {
* float lastTime = Time.time;
* //Debug.Log(lastTime);
* //while (Mathf.Abs(Time.time - lastTime) < 100)
* //{
* // Debug.Log("x");
* //}
*
* GameObject d = arrayGenerator.DOMArray[events[e].eventData[i].dom, events[e].eventData[i].str];
* if (d != null)
* {
* d.GetComponent<DOMController>().TurnOff();
* }
* }*/
GameObject da = GameObject.Find("DomArray");
for (int i = 0; i < DomArrayGenerator.NUM_STRINGS; ++i)
{
for (int j = 0; j < DomArrayGenerator.NUM_DOMS_PER_STRING; ++j)
{
GameObject d = arrayGenerator.DOMArray[i, j];
if (d != null)
{
DOMController dc = d.GetComponent <DOMController>();
if (dc != null)
{
dc.GetComponent <DOMController>().TurnOff();
}
}
}
}
}
}
// Update is called once per frame
public void updateRange()
{
if (timeSpan == null)
{
return;
}
KeyValuePair <float, float> rng = DOMController.getDefaultRange();
Debug.LogFormat("Got def range {0} {1}", rng.Key, rng.Value);
timeSpan.SetValueWithoutNotify(rng.Key);
timeSpan.SetValue2WithoutNotify(rng.Value);
}
void PlaceUpdate()
{
if (Input.touchCount > 0)
{
Touch touch = Input.GetTouch(0);
for (int i = 0; i < Input.touchCount; i++)
{
Touch mtouch = Input.GetTouch(i);
if (EventSystem.current.IsPointerOverGameObject(mtouch.fingerId))
{
return;
}
}
if (touch.phase == TouchPhase.Began)
{
if (m_RaycastManager.Raycast(touch.position, s_Hits, TrackableType.PlaneWithinPolygon))
{
Pose hitPose = s_Hits[0].pose;
spawnedObject = Instantiate(m_PlacedPrefab, hitPose.position, hitPose.rotation);
DOMController tcon = spawnedObject.GetComponent <DOMController>();
if (tcon != null)
{
tcon.zoomChange();
tcon.updateForce();
}
instObjects.Add(spawnedObject);
while (instObjects.Count > 1)
{
var obj = instObjects[0];
instObjects.RemoveAt(0);
Destroy(obj);
}
if (onPlacedObject != null)
{
onPlacedObject();
}
}
}
}
}
public void scaleArray(float fScale)
{
GameObject da = GameObject.Find("DomArray");
for (int i = 0; i < DomArrayGenerator.NUM_STRINGS; ++i)
{
for (int j = 0; j < DomArrayGenerator.NUM_DOMS_PER_STRING; ++j)
{
GameObject d = arrayGenerator.DOMArray[i, j];
if (d != null)
{
DOMController dc = d.GetComponent <DOMController>();
if (dc != null && !dc.on)
{
Vector3 v = d.transform.localScale;
v.Set(fScale, fScale, fScale);
d.transform.localScale = v;
}
}
}
}
}
private void FinishEvent(bool forceAllVisible)
{
if (!forceAllVisible)
{
while (eventsPlaying[currEventNumber].eventIndex < events[currEventNumber].eventData.Count - 1)
{
//todo - to handle sped up play back, need to potentially loop ahead here, until we calculate a frame count beyond the current...
if (eventsPlaying[currEventNumber].eventIndex < events[currEventNumber].eventData.Count && eventsPlaying[currEventNumber].advancedIndex)
{
GameObject d = arrayGenerator.DOMArray[events[currEventNumber].eventData[eventsPlaying[currEventNumber].eventIndex].dom, events[currEventNumber].eventData[eventsPlaying[currEventNumber].eventIndex].str];
float fTimeFrac = 0.0f;
if (d != null)
{
totalEnergy += events[currEventNumber].eventData[eventsPlaying[currEventNumber].eventIndex].charge;
//fTimeFrac = (events[e].eventData[eventsPlaying[e].eventIndex].time - eventsPlaying[e].eventStartTime) / (eventsPlaying[e].eventEndTime - eventsPlaying[e].eventStartTime);
//Ross - changed coloring to just be always rainbow, not dependent on time stamps..
fTimeFrac = (float)eventsPlaying[currEventNumber].eventIndex / (float)events[currEventNumber].eventData.Count;
DOMController dc = d.GetComponent <DOMController>();
if (dc != null)
{
float charge = Mathf.Log(60000.0f * events[currEventNumber].eventData[eventsPlaying[currEventNumber].eventIndex].charge * events[currEventNumber].eventData[eventsPlaying[currEventNumber].eventIndex].charge);
dc.TurnOn(fTimeFrac, charge);
AudioSource asource = dc.GetComponent <AudioSource>();
if (asource != null && asource.isActiveAndEnabled)
{
asource.Play();
}
}
}
//Vector3 dir = (events[e].endPos - events[e].startPos);
//float mag = (events[e].endPos - events[e].startPos).magnitude;
//particle.transform.position = events[e].startPos + dir * fTimeFrac;
}
//advance index depending on timing...
if (eventsPlaying[currEventNumber].eventIndex < events[currEventNumber].eventData.Count - 1)
{
//time scale here is probably off...
//these time values are in nanoseconds, so really huge, so this will probably be true every frame...
//instead let's do this based on frame count..
//given the event's time and our frame range, we can figure map the single event's time to which frame it should play...
float timeFrac = (events[currEventNumber].eventData[eventsPlaying[currEventNumber].eventIndex].time - eventsPlaying[currEventNumber].eventStartTime) / (eventsPlaying[currEventNumber].eventEndTime - eventsPlaying[currEventNumber].eventStartTime);
int frameRange = eventsPlaying[currEventNumber].eventEndFrame - eventsPlaying[currEventNumber].eventStartFrame;
float frameFrac = (float)eventsPlaying[currEventNumber].eventStartFrame + (timeFrac * (float)frameRange);
eventsPlaying[currEventNumber].eventIndex++;
eventsPlaying[currEventNumber].advancedIndex = true;
}
}
}
else
{
int i = 0;
while (i < events[currEventNumber].eventData.Count)
{
GameObject d = arrayGenerator.DOMArray[events[currEventNumber].eventData[i].dom, events[currEventNumber].eventData[i].str];
float fTimeFrac = (float)i / (float)events[currEventNumber].eventData.Count;
DOMController dc = d.GetComponent <DOMController>();
if (dc != null)
{
float charge = Mathf.Log(60000.0f * events[currEventNumber].eventData[i].charge * events[currEventNumber].eventData[i].charge);
dc.TurnOn(fTimeFrac, charge);
}
i++;
}
}
}
// Update is called once per frame
void Update()
{
if (!swipeGameMode.GetComponent <SwipeGameMode>().isGamePlaying() && !playingTutorial)
{
return;
}
for (int j = 0; j < sparkList.Count; ++j)
{
GameObject s = sparkList[j];
sparkList[j].transform.Translate(0f, 20f, 0f);
//-1127 is y value of ground - add this as a reference..
if (sparkList[j].transform.position.y > -47f)
{
sparkList.RemoveAt(j);
DestroyObject(s);
}
}
if (donePlaying && !isSwiped)
{
timer -= Time.deltaTime;
if (timer <= 0f)
{
timer = 2.0f;
StopPlaying(currEventNumber);
//set this back to -1 as we don't necessarily want to replay the same event if it wasn't swiped..
lastEventNumber = currEventNumber;
currEventNumber = -1;
donePlaying = false;
}
}
if (!keepPlaying)
{
return;
}
float t = UnityEngine.Time.time;
totalEnergy = 0.0f;
//r or every eventFrequency seconds
if ((t - lastPlayTime) > eventFrequency && !IsEventPlaying())
{
if (firstPlay || (t - lastPlayTime) > eventFrequency + secondsBeforeHelp + secondsBeforeDissappear)
{
//Debug.Log("Playing new");
firstPlay = false;
if (playingTutorial)
{
//always just play first event when not in game mode.
currEventNumber = 0;
lastEventNumber = currEventNumber;
}
else
{
if (currEventNumber == -1)
{
currEventNumber = UnityEngine.Random.Range(0, events.Count);// incrEventNumber;
if (swipeGameMode.GetComponent <SwipeGameMode>().isSoftTutorial())
{
currEventNumber = 0;
}
Debug.Log("Playing event: " + currEventNumber);
if (lineGrapher != null)
{
lineGrapher.GetComponent <LineEnergyGrapher>().ResetEnergy();
}
lastEventNumber = currEventNumber;
incrEventNumber++;
}
}
lastPlayTime = t;
//todo - don't allow same event to replay until it's done...
eventsPlaying[currEventNumber].newPlayTime = t;
eventsPlaying[currEventNumber].eventStartTime = events[currEventNumber].eventData[0].time;
eventsPlaying[currEventNumber].eventStartFrame = UnityEngine.Time.frameCount;
eventsPlaying[currEventNumber].eventEndFrame = UnityEngine.Time.frameCount + (int)((float)events[currEventNumber].eventData.Count / playSpeed);
eventsPlaying[currEventNumber].playStartTime = t;
eventsPlaying[currEventNumber].eventEndTime = events[currEventNumber].eventData[events[currEventNumber].eventData.Count - 1].time;
eventsPlaying[currEventNumber].advancedIndex = true;
eventsPlaying[currEventNumber].eventIndex = 0;
eventsPlaying[currEventNumber].isPlaying = true;
eventsPlaying[currEventNumber].isDetected = false;
if (alarm != null && alarm.isActiveAndEnabled)
{
alarm.Play();
}
if (truePath != null)
{
truePath.SetPosition(0, events[currEventNumber].startPos);
truePath.SetPosition(1, events[currEventNumber].endPos);
}
if (particle != null)
{
/*if ((swipeGameMode.GetComponent<SwipeGameMode>().isSoftTutorial()))
* {
* particle.GetComponent<SpawnParticle>().particlePrefab.transform.GetChild(0).gameObject.SetActive(true);
* }
* else
* {
* particle.GetComponent<SpawnParticle>().particlePrefab.transform.GetChild(0).gameObject.SetActive(false);
* }*/
if (swipeGameMode.GetComponent <SwipeGameMode>().isSoftTutorial())
{
particle.GetComponent <SpawnParticle>().startThrowing();
//Debug.Log("Throwing particle");
}
}
}
}
if (IsEventPlaying())
{
//todo - to handle sped up play back, need to potentially loop ahead here, until we calculate a frame count beyond the current...
if (eventsPlaying[currEventNumber].eventIndex < events[currEventNumber].eventData.Count && eventsPlaying[currEventNumber].advancedIndex)
{
GameObject d = arrayGenerator.DOMArray[events[currEventNumber].eventData[eventsPlaying[currEventNumber].eventIndex].dom, events[currEventNumber].eventData[eventsPlaying[currEventNumber].eventIndex].str];
float fTimeFrac = 0.0f;
if (d != null)
{
totalEnergy += events[currEventNumber].eventData[eventsPlaying[currEventNumber].eventIndex].charge;
//fTimeFrac = (events[e].eventData[eventsPlaying[e].eventIndex].time - eventsPlaying[e].eventStartTime) / (eventsPlaying[e].eventEndTime - eventsPlaying[e].eventStartTime);
//Ross - changed coloring to just be always rainbow, not dependent on time stamps..
fTimeFrac = (float)eventsPlaying[currEventNumber].eventIndex / (float)events[currEventNumber].eventData.Count;
DOMController dc = d.GetComponent <DOMController>();
if (dc != null)
{
float charge = Mathf.Log(60000.0f * events [currEventNumber].eventData [eventsPlaying [currEventNumber].eventIndex].charge * events [currEventNumber].eventData [eventsPlaying [currEventNumber].eventIndex].charge);
//Debug.Log(eventsPlaying[currEventNumber].eventIndex);
dc.TurnOn(fTimeFrac, charge);
//DomState toAdd = new DomState ();
//toAdd.charge = charge;
//toAdd.timeFrac = fTimeFrac;
//eventsPlaying [currEventNumber].ActivatedDoms.Add (toAdd);
if (sparks != null)
{
GameObject spark = Instantiate(sparks, transform);
spark.transform.position = d.transform.position;
spark.GetComponent <ParticleSystem>().Play();
sparkList.Add(spark);
}
AudioSource asource = dc.GetComponent <AudioSource>();
if (asource != null && asource.isActiveAndEnabled)
{
asource.Play();
}
}
}
//Vector3 dir = (events[e].endPos - events[e].startPos);
//float mag = (events[e].endPos - events[e].startPos).magnitude;
//particle.transform.position = events[e].startPos + dir * fTimeFrac;
}
//advance index depending on timing...
if (eventsPlaying[currEventNumber].eventIndex < events[currEventNumber].eventData.Count - 1)
{
//time scale here is probably off...
//these time values are in nanoseconds, so really huge, so this will probably be true every frame...
//instead let's do this based on frame count..
//given the event's time and our frame range, we can figure map the single event's time to which frame it should play...
//float timeFrac = (events[currEventNumber].eventData[eventsPlaying[currEventNumber].eventIndex].time - eventsPlaying[currEventNumber].eventStartTime) / (eventsPlaying[currEventNumber].eventEndTime - eventsPlaying[currEventNumber].eventStartTime);
//int frameRange = eventsPlaying[currEventNumber].eventEndFrame - eventsPlaying[currEventNumber].eventStartFrame;
//float frameFrac = (float)eventsPlaying[currEventNumber].eventStartFrame + (timeFrac * (float)frameRange);
eventsPlaying[currEventNumber].eventIndex++;
eventsPlaying[currEventNumber].advancedIndex = true;
}
else
{
if (beginFade)
{
if (fadeStart == -1.0f)
{
fadeStart = t;
}
if (t - fadeStart < fadeTime)
{
//loop through all DOMs...
for (int k = 0; k < events[currEventNumber].eventData.Count; ++k)
{
GameObject d = arrayGenerator.DOMArray[events[currEventNumber].eventData[k].dom, events[currEventNumber].eventData[k].str];
d.GetComponent <DOMController>().Fade(1.0f - ((t - fadeStart) / fadeTime));
}
}
else
{
beginFade = false;
alreadyFaded = true;
fadeStart = -1.0f;
}
}
}
if (eventsPlaying[currEventNumber].eventIndex >= events[currEventNumber].eventData.Count - 1)
{
if (swipeGameMode.GetComponent <SwipeGameMode>().isSoftTutorial())
{
swipeGameMode.GetComponent <SwipeGameMode>().softTutorialText.GetComponent <UnityEngine.UI.Text>().text = "Swipe in the direction of the event.";
}
if (!playingTutorial && !swipeGameMode.GetComponent <SwipeGameMode>().isSoftTutorial())
{
if ((t - lastPlayTime) > eventFrequency + secondsBeforeHelp + secondsBeforeDissappear - fadeTime)
{
if (!alreadyFaded)
{
beginFade = true;
}
}
//Debug.Log(eventFrequency + secondsBeforeHelp);
if ((t - lastPlayTime) > eventFrequency + secondsBeforeHelp)
{
if (helpSwipe != null && !playingTutorial)
{
/*float pressTime = helpSwipe.GetComponent<LiveHelpTimer>().pressTime;
* if (t - pressTime > secondsBeforeHelp)
* {
* Vector3 diff = (events[currEventNumber].startPos - events[currEventNumber].endPos).normalized;
* //helpSwipe.transform.position = (events[currEventNumber].startPos + events[currEventNumber].endPos) / 2;
* float angle = Mathf.Atan2(diff.y, diff.x) * Mathf.Rad2Deg;
* //helpSwipe.transform.localRotation = Quaternion.Euler(helpSwipe.transform.localRotation.x, helpSwipe.transform.localRotation.y, angle);
* helpSwipe.SetActive(true);
* //TODO: set 2d rotation of helpSwipe to match current event
* }
* else
* {
* helpSwipe.SetActive(false);
* }*/
}
}
// Event done playing
if ((t - lastPlayTime) > eventFrequency + secondsBeforeHelp + secondsBeforeDissappear)
{
donePlaying = true;
//also need to deactivate if successful swipe occurs...
/*if (helpSwipe != null)
* {
* helpSwipe.SetActive(false);
* }*/
}
}
}
}
}
// Update is called once per frame
void Update()
{
float t = UnityEngine.Time.time;
totalEnergy = 0.0f;
//r or every 60 seconds
if (UnityEngine.Input.GetKeyDown(UnityEngine.KeyCode.R) || (t - lastPlayTime) > eventFrequency)
{
lastPlayTime = t;
//todo - don't allow same event to replay until it's done...
int currEvent = UnityEngine.Random.Range(0, events.Count);
Debug.Log("Playing event " + currEvent);
eventsPlaying[currEvent].newPlayTime = t;
eventsPlaying[currEvent].eventStartTime = events[currEvent].eventData[0].time;
eventsPlaying[currEvent].eventStartFrame = UnityEngine.Time.frameCount;
Debug.Log("Start Frame:" + eventsPlaying[currEvent].eventStartFrame);
eventsPlaying[currEvent].eventEndFrame = UnityEngine.Time.frameCount + (int)((float)events[currEvent].eventData.Count / playSpeed);
Debug.Log("End Frame:" + eventsPlaying[currEvent].eventEndFrame);
eventsPlaying[currEvent].playStartTime = t;
eventsPlaying[currEvent].eventEndTime = events[currEvent].eventData[events[currEvent].eventData.Count - 1].time;
eventsPlaying[currEvent].advancedIndex = true;
eventsPlaying[currEvent].eventIndex = 0;
eventsPlaying[currEvent].isPlaying = true;
eventsPlaying[currEvent].isDetected = false;
if (alarm.isActiveAndEnabled)
{
alarm.Play();
}
//Debug.Log("Source: " + events[currEvent].eventSource.name);
}
if (IsEventPlaying())
{
for (int e = 0; e < eventsPlaying.Length; ++e)
{
if (eventsPlaying[e].isPlaying)
{
//todo - to handle sped up play back, need to potentially loop ahead here, until we calculate a frame count beyond the current...
if (eventsPlaying[e].eventIndex < events[e].eventData.Count && eventsPlaying[e].advancedIndex)
{
if (domData == null)
{
domData = gameObject.GetComponent <DomData>();
}
GameObject d = domData.DOMArray[events[e].eventData[eventsPlaying[e].eventIndex].dom, events[e].eventData[eventsPlaying[e].eventIndex].str].tableDom;
float fTimeFrac = 0.0f;
if (d != null)
{
totalEnergy += events[e].eventData[eventsPlaying[e].eventIndex].charge;
totalEnergyText.GetComponent <UnityEngine.UI.Text>().text = "Total Energy: " + totalEnergy;
//fTimeFrac = (events[e].eventData[eventsPlaying[e].eventIndex].time - eventsPlaying[e].eventStartTime) / (eventsPlaying[e].eventEndTime - eventsPlaying[e].eventStartTime);
//Ross - changed coloring to just be always rainbow, not dependent on time stamps..
fTimeFrac = (float)eventsPlaying[e].eventIndex / (float)events[e].eventData.Count;
DOMController dc = d.GetComponent <DOMController>();
if (dc != null)
{
float charge = Mathf.Log(20000.0f * events [e].eventData [eventsPlaying [e].eventIndex].charge * events [e].eventData [eventsPlaying [e].eventIndex].charge);
dc.TurnOn(fTimeFrac, charge);
//DomState toAdd = new DomState ();
//toAdd.charge = charge;
//toAdd.timeFrac = fTimeFrac;
//toAdd.Dom = domData.DOMArray[events[e].eventData[eventsPlaying[e].eventIndex].dom, events[e].eventData[eventsPlaying[e].eventIndex].str].puzzleDom;
//eventsPlaying [e].ActivatedDoms.Add (toAdd);
AudioSource asource = dc.GetComponent <AudioSource>();
if (asource != null && asource.isActiveAndEnabled)
{
asource.Play();
}
}
}
//Vector3 dir = (events[e].endPos - events[e].startPos);
//float mag = (events[e].endPos - events[e].startPos).magnitude;
//particle.transform.position = events[e].startPos + dir * fTimeFrac;
}
//advance index depending on timing...
if (eventsPlaying[e].eventIndex < events[e].eventData.Count - 1)
{
//time scale here is probably off...
//these time values are in nanoseconds, so really huge, so this will probably be true every frame...
//instead let's do this based on frame count..
//given the event's time and our frame range, we can figure map the single event's time to which frame it should play...
float timeFrac = (events[e].eventData[eventsPlaying[e].eventIndex].time - eventsPlaying[e].eventStartTime) / (eventsPlaying[e].eventEndTime - eventsPlaying[e].eventStartTime);
int frameRange = eventsPlaying[e].eventEndFrame - eventsPlaying[e].eventStartFrame;
//Debug.Log("Range: " + frameRange);
float frameFrac = (float)eventsPlaying[e].eventStartFrame + (timeFrac * (float)frameRange);
//Debug.Log("Fraction: " + frameFrac);
//Debug.Log("Frame Count: " + UnityEngine.Time.frameCount);
//Debug.Log("Event Index: " + eventsPlaying[e].eventIndex);
//need to double check this...
//if (frameFrac < (float)UnityEngine.Time.frameCount)
//{
eventsPlaying[e].eventIndex++;
eventsPlaying[e].advancedIndex = true;
/*}
* else if(UnityEngine.Time.frameCount > eventsPlaying[e].eventEndFrame)
* {
* StopPlaying(e);
* }
* else
* {
* //spin the existing spheres?
* //fade out option?
* eventsPlaying[e].advancedIndex = false;
* }*/
}
if (eventsPlaying[e].eventIndex >= events[e].eventData.Count - 1)
{
//StopPlaying(e);
StartCoroutine(DelayedReset(1.0f, e));
}
}
}
}
}
private void Start()
{
Debug.Log("DOM start called.");
int counter = 0;
DOMController dc = gameObject.AddComponent <DOMController>();
// Read the detector config file
#if WINDOWS_UWP
Task task = new Task(
async() =>
{
StorageFile textFile = await StorageFile.GetFileFromApplicationUriAsync(new Uri("detector_config.txt", UriKind.Relative));
var readFile = await FileIO.ReadLinesAsync(textFile);
foreach (var line in readFile)
{
string[] fields = line.Split(' ');
int stringID = int.Parse(fields[0]);
int domID = int.Parse(fields[1]);
float x = float.Parse(fields[2]);
float y = float.Parse(fields[3]);
float z = float.Parse(fields[4]) + 550f; //move icecube coord system by 550 m
Vector3 pos = Vector3.right * x * cfg.globalScale
+ Vector3.forward * y * cfg.globalScale
+ Vector3.up * z * cfg.globalScale;
//create new string if it doesn't exist yet
if (!strings.ContainsKey(stringID))
{
String theString = new GameObject("String " + stringID).AddComponent <String>().
Initialize(this, stringID, pos);
strings.Add(stringID, theString);
}
strings[stringID].AddDOM(this, domID, pos);
}
});
task.Start();
task.Wait();
#endif
var fileStream = new FileStream(@"Assets/detector_config.txt", FileMode.Open, FileAccess.Read);
using (var streamReader = new System.IO.StreamReader(fileStream, System.Text.Encoding.UTF8))
{
string line;
while ((line = streamReader.ReadLine()) != null)
{
string[] fields = line.Split(' ');
int stringID = int.Parse(fields[0]);
int domID = int.Parse(fields[1]);
float x = float.Parse(fields[2]);
float y = float.Parse(fields[3]);
float z = float.Parse(fields[4]) + 550f; //move icecube coord system by 550 m
Vector3 pos = Vector3.right * x * cfg.globalScale
+ Vector3.forward * y * cfg.globalScale
+ Vector3.up * z * cfg.globalScale;
Debug.Log("New string");
//create new string if it doesn't exist yet
if (!strings.ContainsKey(stringID))
{
dString theString = new GameObject("String " + stringID).AddComponent <dString>().
Initialize(this, stringID, pos);
strings.Add(stringID, theString);
}
dc.registerStringId(stringID);
dc.registerDomId(stringID, domID);
GameObject sDom = strings[stringID].AddDOM(this, domID, pos);
dc.setBall(stringID, domID, sDom.GetComponent <singleBall>());
if (!spectrs.ContainsKey(domID))
{
spectrs[domID] = new float[256];
float cnv = (float)domID / 70.0f;
float dlt = 1.0f + 3 * cnv;
for (int i = 0; i < 256; i++)
{
float di = (float)i / 256.0f;
spectrs[domID][i] = dlt * Mathf.Exp(-(cnv - di) * (cnv - di) * 60.0f);
}
}
counter++;
}
}
// fileStream.Close();
foreach (KeyValuePair <int, dString> iString in strings)
{
iString.Value.Finalise();
Destroy(iString.Value, 6);
}
Debug.Log("Read " + counter.ToString() + " DOMs from file.");
// GoogleARCore.Examples.HelloAR.HelloARController hc = GameObject.Find("Example Controller").GetComponent<GoogleARCore.Examples.HelloAR.HelloARController>();
// hc.AndyPlanePrefab = gameObject;
}