private void CheckPartHitPauseMenu(Drumpart partHit)
{
string partName = partHit.transform.parent.name;
switch (partName)
{
case "DKFYB_Snare_drum":
// New Sequence
sqManager.CreateRandomSequence(sqManager.sequenceLength); // Fix : This resets the score
closeMenu();
break;
case "DKFYB_Hi-hat":
// Resume
gc = previousContext;
closeMenu();
break;
case "DKFYB_Crash":
// Main menu
gc = GameContext.MainMenu;
closeMenu();
openMainMenu();
break;
case "DKFYB_Ride":
// Settings
break;
case "DKFYB_Floor_tom":
// Exit
Application.Quit();
break;
}
}
// Method to dispatch to the action associated with the drum depending on the context
public void CheckPartHit(Drumpart partHit)
{
switch (gc)
{
case GameContext.MainMenu:
CheckPartHitMainMenu(partHit);
break;
case GameContext.Menu:
CheckPartHitPauseMenu(partHit);
break;
default:
sqManager.CheckPartHit(partHit);
break;
}
;
}
// Method to create a random sequence of parts to hit
public void CreateRandomSequence(int size)
{
// Remove particles from former sequence's next drum part to hit
if (nextPartToHit != null)
{
GetParticleSystem(nextPartToHit).SetActive(false);
nextPartToHit = null;
}
// Clear sequence and reset index
randomSequence.Clear();
delaySequence.Clear();
currentIndex = 0;
mistakes = 0;
congratsText.gameObject.SetActive(false);
sequenceEnded = false;
int randomPart = 0;
sequenceLength = size;
for (int i = 0; i < sequenceLength; i++)
{
if (GameManager.gc == GameManager.GameContext.MemoryMode)
{
randomPart = Random.Range(0, drumParts.Length);
}
else if (GameManager.gc == GameManager.GameContext.RhythmMode)
{
randomPart = 0;
}
randomSequence.Add(drumParts[randomPart]);
}
nextPartToHit = randomSequence[currentIndex];
if (GameManager.gc == GameManager.GameContext.MemoryMode)
{
StartCoroutine(PlaySequence());
}
else if (GameManager.gc == GameManager.GameContext.RhythmMode)
{
StartCoroutine(PlaySequenceDelay());
}
}
private void CheckPartHitMainMenu(Drumpart partHit)
{
string partName = partHit.transform.parent.name;
switch (partName)
{
case "DKFYB_Snare_drum":
// Rhythm mode
gc = GameContext.RhythmMode;
sqManager.Init();
closeMainMenu();
break;
case "DKFYB_Hi-hat":
// Free mode
gc = GameContext.FreeMode;
closeMainMenu();
break;
case "DKFYB_Crash":
// Memory mode
gc = GameContext.MemoryMode;
closeMainMenu();
sqManager.Init();
break;
case "DKFYB_Ride":
// Settings
break;
case "DKFYB_Floor_tom":
// Exit
Application.Quit();
break;
}
}
private GameObject GetParticleSystem(Drumpart drumpart)
{
return(drumParts[ArrayUtility.IndexOf(drumParts, drumpart)].targetIndicator.gameObject);
}
// Method to check if the player hit the right drum part
// and count the mistakes
public void CheckPartHit(Drumpart partHit)
{
bool rightMove = false;
switch (GameManager.gc)
{
case GameManager.GameContext.MemoryMode:
if (partHit == nextPartToHit)
{
rightMove = true;
}
break;
case GameManager.GameContext.RhythmMode:
// Check if the player hit the drum part in the tolerance interval
if (currentIndex == 0 ||
(Time.time - lastHit > delaySequence[currentIndex] - timeTolerance) &&
Time.time - lastHit < delaySequence[currentIndex] + timeTolerance)
{
rightMove = true;
}
lastHit = Time.time;
break;
case GameManager.GameContext.FreeMode:
score++;
scoreText.gameObject.SetActive(true);
scoreText.text = "Score : " + score;
break;
default:
break;
}
;
if (rightMove)
{
GetParticleSystem(partHit).SetActive(false);
if (currentIndex < sequenceLength - 1)
{
nextPartToHit = randomSequence[++currentIndex];
}
else
{
sequenceEnded = true;
switch (mistakes)
{
case 0:
congratsText.text = "Well done!\nPerfect score!";
break;
case 1:
congratsText.text = "Well done!\nOnly " + mistakes + " mistake";
break;
default:
congratsText.text = "Well done!\nOnly " + mistakes + " mistakes";
break;
}
congratsText.gameObject.SetActive(true);
scoreText.gameObject.SetActive(true);
if (sequenceLength * 2 - mistakes > 0) // We don't want to add negative scores
{
score += sequenceLength * 2 - mistakes;
}
totalMistakes += mistakes;
scoreText.text = "Score : " + score + " Mistakes : " + totalMistakes;
}
}
else
{
mistakes++;
}
}
