private bool IsValidOnsetForFrame(int frameIndex)
{
bool lowOnset = (low.GetOnset(frameIndex) > 0);
bool beatOnset = (rhythmTool.IsBeat(frameIndex) == 1);
return(lowOnset || beatOnset);
}
// Update is called once per frame
void Update()
{
for (int i = lastFrame + 1; i < rhythmTool.CurrentFrame + 1; i++)
{
int nextBeat = rhythmTool.NextBeatIndex();
if (rhythmTool.CurrentFrame > nextBeat && rhythmTool.CurrentFrame > rhythmTool.TotalFrames / 2 && !end) //if we're on the last beat (that's looked at), prepare to finish
{
GameObject.Find("success").GetComponent <TextMesh> ().text = "";
GameObject.Find("misses").GetComponent <TextMesh> ().text = "";
GameObject.Find("errors").GetComponent <TextMesh> ().text = "";
GameObject.Find("labels").GetComponent <TextMesh>().text = "finish!\nplease\nwait...";
end = true;
}
if (rhythmTool.IsBeat(i, 0) == 1 || end) //if we're on a beat, head thorugh the process
{
if (beats % (StartVar.difficultylevel) == 0) // if we're on a beat on which something happens (aka every other beat), make that something happen.
//chance of bomb (1/5)
{
int isBomb = Random.Range(0, 5);
//randomly choose the ID of which ball will spawn
int pickBall = Random.Range(0, 31); //gives every ball a 1/3 chance
pickBall = pickBall % (3);
//add oldest ID to reserve, add newest ID in it's place
missReserve[steps % (backAmount - 1)] = nbacktrack[steps % (backAmount + 1)];
nbacktrack[steps % (backAmount + 1)] = pickBall + 1;
if (isBomb == 3) //if we're spawning a bomb,
{
pickBall += 3; //add to the pickball to shift the index over to the bombs
//randomly choose which spawner creates the ball (50/50) chance
int pickSpawner = Random.Range(0, 101);
pickSpawner = pickSpawner % 2;
//spawn selected ball from selected spawner, play sound of which one was selected
if (!end)
{
spawners[pickSpawner].doIt(pickBall);
indicators[pickSpawner].Play();
}
//swap the circle colors here:
//code to set up and call shift
//if(backAmount==2)
//{
// int S = nbacktrack[(steps)%3];
// int A = nbacktrack[(steps+1)%3];
// int B = nbacktrack[(steps+2)%3];
// GameObject.Find("CircleController").GetComponent<ChangeColor>().shift(S, A, B);
//}
//
steps++; //add to steps
//some debug to print out the current signal chart (what's current and what's reserved)
string printOut = "(";
for (int j = 0; j < (backAmount + 1); j++)
{
printOut += nbacktrack[j] + ", ";
}
printOut += ")(";
for (int k = 0; k < (backAmount - 1); k++)
{
printOut += missReserve[k] + ", ";
}
printOut += ")";
print(printOut);
//spawn a new belt piece
foreach (spawn S in beltSpawners)
{
S.doIt(0);
if (end)
{
S.active = false;
}
}
//get each mover to pass their object
foreach (pass P in movers)
{
P.doIt();
if (end)
{
P.active = false;
}
}
}
beats++;
}
lastFrame = i;
}
if (mis + err >= 20) //if our misses and errors total 20, force end the game
{
print("Stopping forcefully!!");
}
rhythmTool.Stop();
GameObject.Find("success").GetComponent <TextMesh> ().text = "";
GameObject.Find("misses").GetComponent <TextMesh> ().text = "";
GameObject.Find("errors").GetComponent <TextMesh> ().text = "";
GameObject.Find("labels").GetComponent <TextMesh>().text = "finish!\nplease\nwait...";
end = true;
GameObject[] remaining; //find and delete all remaining objects
remaining = GameObject.FindGameObjectsWithTag("ball");
foreach (GameObject A in remaining)
{
Destroy(A);
}
remaining = GameObject.FindGameObjectsWithTag("bomb");
foreach (GameObject A in remaining)
{
Destroy(A);
}
foreach (spawn S in beltSpawners) //have the belts continue to move
{
S.doIt(0);
if (end)
{
S.active = false;
}
}
foreach (pass P in movers)
{
P.doIt();
if (end)
{
P.active = false;
}
}
forcestop = true;
OnEndOfSong();
}
}