private PlayerType chooseInstrumentForPlayer(ACInstrumentPlayer player)
{
if (pianoHandler.numberofActivePlayers == 0)
{
player.insRhythmHandler = pianoHandler;
pianoHandler.numberofActivePlayers++;
player.insRhythmName = pianoHandler.name;
pianoHandler.numberOfPlayers.text = "Players: " + pianoHandler.numberofActivePlayers.ToString();
pianoHandler.startAudio();
Debug.Log("Added a pianist");
return(PlayerType.PIANO);
}
else if (drumHandler.numberofActivePlayers == 0)
{
player.insRhythmHandler = drumHandler;
drumHandler.numberofActivePlayers++;
player.insRhythmName = drumHandler.name;
drumHandler.numberOfPlayers.text = "Players: " + drumHandler.numberofActivePlayers.ToString();
drumHandler.startAudio();
Debug.Log("Added a drummer");
return(PlayerType.DRUM);
}
else if (bassHandler.numberofActivePlayers == 0)
{
player.insRhythmHandler = bassHandler;
bassHandler.numberofActivePlayers++;
player.insRhythmName = bassHandler.name;
bassHandler.numberOfPlayers.text = "Players: " + bassHandler.numberofActivePlayers.ToString();
bassHandler.startAudio();
Debug.Log("Added a bassist");
return(PlayerType.BASS);
}
else if (trumpetHandler.numberofActivePlayers == 0)
{
player.insRhythmHandler = trumpetHandler;
player.insRhythmName = trumpetHandler.name;
trumpetHandler.numberofActivePlayers++;
trumpetHandler.numberOfPlayers.text = "Players: " + trumpetHandler.numberofActivePlayers.ToString();
trumpetHandler.startAudio();
Debug.Log("Added a trumpeter");
return(PlayerType.TRUMPET);
}
else
{
int pickedHandler = UnityEngine.Random.Range(0, 4);
InstrumentRhythmHandler chosenhandler = allHandlers[pickedHandler];
player.insRhythmName = chosenhandler.name;
chosenhandler.numberofActivePlayers++;
chosenhandler.numberOfPlayers.text = "Players: " + chosenhandler.numberofActivePlayers.ToString();
Debug.Log("Added a player to a random handler");
return((PlayerType)(pickedHandler + 1));
}
return(PlayerType.UNKNOWN);
}
public void receivedPressedTypeInput(InputType inputType, ACInstrumentPlayer acInstrumentPlayer)
{
if (instrumentRhythmBeats.Count == 0)
{
return;
//if there aren't any beats ignore the player's input
}
RhythmBeat rhythmBeatToCheck = instrumentRhythmBeats[0];
float distanceToTarget = Vector2.Distance(rhythmBeatToCheck.gameObject.transform.position, rhythmTarget.transform.position);
//Debug.Log($"Distance to target is [{distanceToTarget}s]");
//if the beat is outside the nearness check, don't check it
if (distanceToTarget > nearnessCheckForBeat)
{
Debug.Log($"Outside range Distance to target is [{distanceToTarget}]");
//it's outside out range, ignore it
return;
}
else if (distanceToTarget > nearnessCheckForGood)
{
Debug.Log("Miss!");
acInstrumentPlayer.gotMiss();
}
else if (inputType != rhythmBeatToCheck.inputType)
{
Debug.Log("Miss! Wrong Input!");
registerTargetMiss();
acInstrumentPlayer.gotMiss();
}
else if (distanceToTarget > nearnessCheckForPerfect)
{
Debug.Log("Good!");
registerTargetGood();
acInstrumentPlayer.gotGood();
}
else
{
Debug.Log("Perfect!");
registerTargetPerfect();
acInstrumentPlayer.gotPerfect();
}
}
