public void CreateCue()
{
Debug.Log("create cue");
//determining which cue lane we're in (which cue type we're using)
int cueLaneIndex = int.MaxValue;
for (int i = 0; i < playerInputKeys.Length; i++)
{
if (playerInputKeys[i] == beatEvents[beatEventIndex].inputKey)
{
cueLaneIndex = i;
}
}
if (cueLaneIndex == int.MaxValue)
{
Debug.LogWarning("beatmap input key doesn't match current inputs!");
}
GameObject newCue = Instantiate(cuePrefabs[cueLaneIndex], cueStartLocations[cueLaneIndex].transform.position, Quaternion.identity);
FallingGem fallingGem = newCue.GetComponent <FallingGem>();
fallingGem.bmEvent = beatEvents[beatEventIndex];
//Set Window Timings
fallingGem.OkWindowStart = fallingGem.bmEvent.eventMBT.GetMilliseconds() - (0.5d * OkWindowMillis);
fallingGem.OkWindowEnd = fallingGem.bmEvent.eventMBT.GetMilliseconds() + (0.5d * OkWindowMillis);
fallingGem.GoodWindowStart = fallingGem.bmEvent.eventMBT.GetMilliseconds() - (0.5d * GoodWindowMillis);
fallingGem.GoodWindowEnd = fallingGem.bmEvent.eventMBT.GetMilliseconds() + (0.5d * GoodWindowMillis);
fallingGem.PerfectWindowStart = fallingGem.bmEvent.eventMBT.GetMilliseconds() - (0.5d * PerfectWindowMillis);
fallingGem.PerfectWindowEnd = fallingGem.bmEvent.eventMBT.GetMilliseconds() + (0.5d * PerfectWindowMillis);
}
void ScoreGem(FallingGem gem)
{
switch (gem.gemCueState)
{
case FallingGem.CueState.OK:
gameScore += 1;
Debug.Log("OK!");
Destroy(gem.gameObject);
break;
case FallingGem.CueState.Good:
gameScore += 2;
Debug.Log("Good!");
Destroy(gem.gameObject);
break;
case FallingGem.CueState.Perfect:
gameScore += 3;
Debug.Log("Perfect!");
Destroy(gem.gameObject);
break;
case FallingGem.CueState.Late:
Debug.Log("Missed!");
break;
}
}
public void GeneratePCue()
{
GameObject newCue = Instantiate(fallingGemP.cuePrefab, fallingGemP.cueStartLocation.transform.position, Quaternion.identity);
FallingGem fallingGem = newCue.GetComponent <FallingGem>();
fallingGem.playerInput = fallingGemP.playerInput;
SetGemTimings(fallingGem);
}
//We connect these next three methods to relevant events on our Note Highway Wwise Sync
public void GenerateQCue()
{
//we need to instantiate the cue, set the desired player input accordingly, and then set the window timings
GameObject newCue = Instantiate(fallingGemQ.cuePrefab, fallingGemQ.cueStartLocation.transform.position, Quaternion.identity);
FallingGem fallingGem = newCue.GetComponent <FallingGem>();
fallingGem.playerInput = fallingGemQ.playerInput;
SetGemTimings(fallingGem);
}
void SetGemTimings(FallingGem fallingGem)
{
fallingGem.wwiseSync = wwiseSync;
fallingGem.crossingTime = (float)wwiseSync.SetCrossingTimeInMS(cueBeatOffset);
//Set Window Timings - we're going to use wwise for this
fallingGem.OkWindowStart = fallingGem.crossingTime - (0.5f * OkWindowMillis);
fallingGem.OkWindowEnd = fallingGem.crossingTime + (0.5f * OkWindowMillis);
fallingGem.GoodWindowStart = fallingGem.crossingTime - (0.5f * GoodWindowMillis);
fallingGem.GoodWindowEnd = fallingGem.crossingTime + (0.5f * GoodWindowMillis);
fallingGem.PerfectWindowStart = fallingGem.crossingTime - (0.5f * PerfectWindowMillis);
fallingGem.PerfectWindowEnd = fallingGem.crossingTime + (0.5f * PerfectWindowMillis);
}
void ScoreGem(FallingGem gem)
{
GameObject newParticles;
switch (gem.gemCueState)
{
case FallingGem.CueState.OK:
gameScore += 1;
Debug.Log("OK!");
feedbackText.text = "Ok!";
feedbackText.color = okColor;
Destroy(gem.gameObject);
//deploy particles
newParticles = Instantiate(goodParticles, gem.transform.position, Quaternion.identity);
var main = newParticles.GetComponent <ParticleSystem>().main;
main.startColor = okColor;
Destroy(newParticles, 2f);
break;
case FallingGem.CueState.Good:
gameScore += 2;
Debug.Log("Good!");
feedbackText.text = "Good!";
feedbackText.color = goodColor;
Destroy(gem.gameObject);
//deploy particles
newParticles = Instantiate(goodParticles, gem.transform.position, Quaternion.identity);
main = newParticles.GetComponent <ParticleSystem>().main;
main.startColor = goodColor;
Destroy(newParticles, 2f);
break;
case FallingGem.CueState.Perfect:
gameScore += 3;
Debug.Log("Perfect!");
feedbackText.text = "Perfect!";
feedbackText.color = perfectColor;
Destroy(gem.gameObject);
newParticles = Instantiate(goodParticles, gem.transform.position, Quaternion.identity);
main = newParticles.GetComponent <ParticleSystem>().main;
main.startColor = perfectColor;
Destroy(newParticles, 2f);
break;
case FallingGem.CueState.Late:
feedbackText.text = "Missed!";
Debug.Log(gem.playerInput);
feedbackText.color = perfectColor;
Debug.Log("Missed!");
newParticles = Instantiate(badParticles, gem.transform.position, Quaternion.identity);
Destroy(newParticles, 2f);
break;
}
}
