private void SwipeCalculation(Camera cameraToUse)
{
Vector2 prev = swipeGesture.PreviousPos[swipeGesture.recognizedId];
Vector2 swipeVector = swipeGesture.ScreenFlicks[swipeGesture.recognizedId];
// The end of the flick gesture (really the beginning, I think these are backwards but it doesn't affect anything)
Vector2 next = prev - swipeVector;
//Debug.LogError("Swipe Detected - Direction: " + swipeVector);
//Debug.Log ("Start: " + start);
// If we should show the line, then calculate where the screen-coordinate end points lie in world coordinates
// We do this because line renderers only work with positions in 3D, not screen coordinates
screenStartEnd[0].Set(prev.x, prev.y, cameraToUse.nearClipPlane + 10f);
screenStartEnd[1].Set(next.x, next.y, cameraToUse.nearClipPlane + 10f);
startEnd[0] = cameraToUse.ScreenToWorldPoint(new Vector3(prev.x, prev.y, cameraToUse.nearClipPlane + 10));
startEnd[1] = cameraToUse.ScreenToWorldPoint(new Vector3(next.x, next.y, cameraToUse.nearClipPlane + 10));
//Debug.Log("Line Drawn: " + startEnd[0] + " to " + startEnd[1]);
// Begin event detection
// Here we iterate through every actively playing event, and see if our swipe path matches with the neutrino event path
if (currentEvents != null)
{
if (currentEvents.IsEventPlaying())
{
// Iterate through actively playing events
for (int ev = 0; ev < currentEvents.eventsPlaying.Length; ++ev)
{
if (currentEvents.eventsPlaying[ev].isPlaying)
{
// Get the start and end positions of the neutrino path for this event, in world coordinates
Vector3 vStart = currentEvents.events[ev].startPos;
Vector3 vEnd = currentEvents.events[ev].endPos;
// Convert them to screen coordinates
Vector3 screenStart = cameraToUse.WorldToScreenPoint(vStart);
Vector3 screenEnd = cameraToUse.WorldToScreenPoint(vEnd);
//Vector
// First check - distance check
// See if the midpoints of both paths are relatively close
// path midpoint
Vector2 screenMid;
screenMid.x = screenStart.x + 0.5f * (screenEnd.x - screenStart.x);
screenMid.y = screenStart.y + 0.5f * (screenEnd.y - screenStart.y);
// swipe midpoint
Vector2 swipeMid = next + 0.5f * (prev - next);
// Distance between them
float positionDiff = Vector2.Distance(swipeMid, screenMid);
// If the difference is too large, draw the missed line and return immediately - ya missed it!
// Move on to next event
//this position check doesn't need to be done for the front,side,top cameras.
if (cameraToUse == Camera.main)
{
if (positionDiff > Mathf.Min((Screen.height / 4f), (Screen.width / 4f)))
{
Debug.Log("Missed due to position");
DrawSwipeLine(SwipeType.missed, swipeGesture.recognizedId % 10, cameraToUse);
continue;
}
}
Vector3 worldEventVector = (vEnd - vStart).normalized;
Vector3 worldSwipeVector = (startEnd[0] - startEnd[1]).normalized;
Vector3 change = screenEnd - screenStart;
Vector2 v = new Vector2(change.x, change.y);
float vTest = 0.0f;
if (cameraToUse == Camera.main)
{
//totalVector = swipeVector.normalized;
//for main camera to comparison in world space...
vTest = Mathf.Abs(Vector2.Dot(swipeVector.normalized, v.normalized));
}
else
{
if (totalVector.magnitude > 0)
{
if (Vector3.Dot(totalVector.normalized, worldSwipeVector.normalized) < 0.0f)
{
worldSwipeVector = -worldSwipeVector;
}
}
totalVector += worldSwipeVector;
totalVector = totalVector.normalized;
vTest = Mathf.Abs(Vector3.Dot(worldEventVector, totalVector));
if (refinePanel != null)
{
string txt = refinePanel.GetComponent <UnityEngine.UI.Text>().text;
int percentIdx = txt.IndexOf('%');
string subTxt = txt.Substring(percentIdx - 5, 5);
string accuracy = (vTest * 100f).ToString("F2");
if (vTest * 100f < 10f)
{
accuracy = "0" + accuracy;
}
string newTxt = txt.Replace(subTxt, accuracy);
refinePanel.GetComponent <UnityEngine.UI.Text>().text = newTxt;
}
//change this to just be a gradient from red to green based on vTest.
if (cameraToUse == frontCamera)
{
totalScore.z = vTest;
//Debug.Log(vTest);
//TODO: add event to summary panel
frontPanel.GetComponent <UnityEngine.UI.Image>().color = UnityEngine.Color.Lerp(UnityEngine.Color.red, UnityEngine.Color.green, vTest);
if (!swipeGameMode.isSoftTutorial())
{
//always add points
int score = (int)(vTest * 10) * 10;
//EventInfo e = epm.addEvent(currentEvents.events[currentEvents.lastEventNumber].eventSource.name, currentEvents.totalEnergy, vStart, vEnd,
// screenStart, screenEnd, summaryColor, score, false);
Debug.Log("Added: " + score + " points.");
neutrinoScore += score;
updateScore();
spawnPoints(score, new Vector3(1915, 1400, 0));
}
else
{
collectSound.Play();
}
}
else if (cameraToUse == sideCamera)
{
totalScore.y = vTest;
sidePanel.GetComponent <UnityEngine.UI.Image>().color = UnityEngine.Color.Lerp(UnityEngine.Color.red, UnityEngine.Color.green, vTest);
if (!swipeGameMode.isSoftTutorial())
{
//always add points
int score = (int)(vTest * 10) * 10;
//EventInfo e = epm.addEvent(currentEvents.events[currentEvents.lastEventNumber].eventSource.name, currentEvents.totalEnergy, vStart, vEnd,
// screenStart, screenEnd, summaryColor, score, false);
//Debug.Log("Added: " + score + " points.");
neutrinoScore += score;
updateScore();
spawnPoints(score, new Vector3(3050, 1400, 0));
}
else
{
collectSound.Play();
}
}
else if (cameraToUse == topCamera)
{
totalScore.x = vTest;
topPanel.GetComponent <UnityEngine.UI.Image>().color = UnityEngine.Color.Lerp(UnityEngine.Color.red, UnityEngine.Color.green, vTest);
if (!swipeGameMode.isSoftTutorial())
{
//always add points
int score = (int)(vTest * 10) * 10;
//EventInfo e = epm.addEvent(currentEvents.events[currentEvents.lastEventNumber].eventSource.name, currentEvents.totalEnergy, vStart, vEnd,
// screenStart, screenEnd, summaryColor, score, false);
//Debug.Log("Added: " + score + " points.");
neutrinoScore += score;
updateScore();
spawnPoints(score, new Vector3(800, 1400, 0));
}
else
{
collectSound.Play();
}
}
}
if (cameraToUse == Camera.main)
{
if (vTest < initialSwipeAccuracy)
{
//if vTest < than prior vTest, mark red, else green...
DrawSwipeLine(SwipeType.missed, swipeGesture.recognizedId % 10, cameraToUse);
continue;
}
}
else
{
if (vTest < 0.999f)
{
//if vTest < than prior vTest, mark red, else green...
DrawSwipeLine(SwipeType.missed, swipeGesture.recognizedId % 10, cameraToUse);
if (swipeGameMode.SwipedAllThree())
{
if (vTest < goalAccuracy)
{
StartCoroutine(DelayedResolve(0.5f, false));
continue;
}
}
else
{
continue;
}
}
}
// ----- EVENT DETECTED SUCCESSFULLY - Let the user know by drawing a green line
DrawSwipeLine(SwipeType.found, swipeGesture.recognizedId % 10, cameraToUse);
// Now calculate a few more things and add the event to the panel
if (!currentEvents.eventsPlaying[ev].isDetected && !inResolveMode)
{
//first swipe complete, entering resolve mode with 3 cameras
//add event to summary panel, increment score based on accuracy
//TODO:
if (summaryPanel != null)
{
if (!swipeGameMode.isSoftTutorial())
{
EventPanelManager epm = summaryPanel.GetComponent <EventPanelManager>();
if (epm != null)
{
//TODO: add bonus
//Debug.Log(currentEvents.lastEventNumber + currentEvents.events[currentEvents.lastEventNumber].eventSource.name);
Color summaryColor = new Color(Random.Range(0.3f, 1f), Random.Range(0.3f, 1f), Random.Range(0.3f, 1f));
//add in empty event to init score to 0
//EventInfo e = epm.addEvent(currentEvents.events[currentEvents.lastEventNumber].eventSource.name, currentEvents.totalEnergy, vStart, vEnd,
// screenStart, screenEnd, summaryColor, 0, false);
//add in event again with actual score
int score = 100;// (int)(vTest * 10) * 10;
//e = epm.addEvent(currentEvents.events[currentEvents.lastEventNumber].eventSource.name, currentEvents.totalEnergy, vStart, vEnd,
// screenStart, screenEnd, summaryColor, score, false);
Debug.Log("Added: " + score + " points.");
neutrinoScore += score;
updateScore();
//what value is this?
/// spawnPoints(score, new Vector3(3520, 1800, 0));
spawnPoints(score, new Vector3(1920, 1700, 0));
}
}
else
{
collectSound.Play();
}
}
currentEvents.eventsPlaying[ev].isDetected = true;
/*if(cameraToUse == Camera.main)
* {
* if(detectionCone != null)
* {
* detectionCone.SetActive(true);
* Quaternion q = detectionCone.transform.rotation;
* q.SetLookRotation(worldSwipeVector.normalized);
* detectionCone.transform.rotation = q;
* }
* }*/
swipeGameMode.EventSwiped();
}
if (cameraToUse != Camera.main && inResolveMode)
{
//if we are here, we've successfully swiped the event..
//tell user good job or something, then accumulate event and return to game.
//Debug.Log("SUCCESS");
StartCoroutine(DelayedResolve(swipeGameMode.isSoftTutorial() ? 0.5f : 4f, true));
//add 1000 point bonus
if (summaryPanel != null)
{
if (!swipeGameMode.isSoftTutorial())
{
EventPanelManager epm = summaryPanel.GetComponent <EventPanelManager>();
if (epm != null)
{
//TODO: add bonus
//Debug.Log(currentEvents.lastEventNumber + currentEvents.events[currentEvents.lastEventNumber].eventSource.name);
Color summaryColor2 = new Color(Random.Range(0.3f, 1f), Random.Range(0.3f, 1f), Random.Range(0.3f, 1f));
//add in empty event to init score to 0
EventInfo e = epm.addEvent(currentEvents.events[currentEvents.lastEventNumber].eventSource.name, currentEvents.totalEnergy, vStart, vEnd,
screenStart, screenEnd, summaryColor2, 0, false);
//add in event again with actual score
//e = epm.addEvent(currentEvents.events[currentEvents.lastEventNumber].eventSource.name, currentEvents.totalEnergy, vStart, vEnd,
// screenStart, screenEnd, summaryColor2, 1000, false);
Debug.Log("Added bonus: " + 100 + " points.");
neutrinoScore += 100;
neutrinoCount++;
updateScore();
spawnPoints(100, new Vector3(1920, 1700, 0));
}
}
}
if (congratsPanel != null)
{
swipeGameMode.DisableCameras();
if (!swipeGameMode.isSoftTutorial())
{
congratsPanel.SetActive(true);
congratsPanel.GetComponent <UnityEngine.UI.Text>().text = "Great Job! You detected a neutrino from a: " + currentEvents.events[currentEvents.lastEventNumber].eventSource.name;
}
}
Color summaryColor = Color.white;
if (!swipeGameMode.isSoftTutorial())
{
if (eventPanel != null)
{
EventPanelManager epm = eventPanel.GetComponent <EventPanelManager>();
//Debug.Log(currentEvents.lastEventNumber + currentEvents.events[currentEvents.lastEventNumber].eventSource.name);
EventInfo e = epm.addEvent(currentEvents.events[currentEvents.lastEventNumber].eventSource.name, currentEvents.totalEnergy, vStart, vEnd,
screenStart, screenEnd, Color.white, (int)vTest * 100);
if (e != null)
{
summaryColor = e.gameObject.GetComponent <UnityEngine.UI.Image>().color;
earthView.AddDetectedEvent(currentEvents.events[currentEvents.lastEventNumber].startPos,
currentEvents.events[currentEvents.lastEventNumber].endPos + (currentEvents.events[currentEvents.lastEventNumber].endPos - currentEvents.events[currentEvents.lastEventNumber].startPos).normalized * 500000f, summaryColor, vTest, goalAccuracy);
}
}
}
/* if (summaryPanel != null)
* {
* EventPanelManager epm = summaryPanel.GetComponent<EventPanelManager>();
* if (epm != null)
* {
* //TODO: add 100 point bonus
* //Debug.Log(currentEvents.lastEventNumber + currentEvents.events[currentEvents.lastEventNumber].eventSource.name);
* EventInfo e = epm.addEvent(currentEvents.events[currentEvents.lastEventNumber].eventSource.name, currentEvents.totalEnergy, vStart, vEnd,
* screenStart, screenEnd, summaryColor, (int)vTest * 100, false);
* }
* } */
//assuming just one event here for now..
//add point to sphere map...
if (!swipeGameMode.isSoftTutorial())
{
if (sphereMap != null)
{
Vector3 dir = currentEvents.events[currentEvents.lastEventNumber].startPos - currentEvents.events[currentEvents.lastEventNumber].endPos;
dir = dir.normalized;
float longitude = (2 * Mathf.Acos(Vector3.Dot(dir, Vector3.up)) / Mathf.PI) - 1;
float lat = (2 * Mathf.Acos(Vector3.Dot(dir, Vector3.forward)) / Mathf.PI) - 1;
sphereMap.PlotPoint(lat, longitude, summaryColor);
}
}
/*if(scorePanel != null)
* {
* //neutrinoScore++;
* string countTxt = "Score: " + neutrinoScore.ToString() + " Points";
* scorePanel.GetComponent<UnityEngine.UI.Text>().text = countTxt;
* } */
}
}
}
}
else if (cameraToUse.Equals(Camera.main))
{
// Else then no events playing, so draw an idle swipe line
DrawSwipeLine(SwipeType.idle, swipeGesture.recognizedId % 10, cameraToUse);
}
}
}