private void GenerateMatrix()
{
// gonna be long
// initial matrix will have Red in front, White down
var matrixPositions = GetMatrixPositions();
foreach (CubeEntry entry in cubes)
{
CubeName name = entry.name;
// find the position
PositionTriplet position = matrixPositions[name];
// add to matrix;
cubeMatrix[position.x][position.y][position.z] = new CubeEntry(entry);
//Debug.Log(name + ": " + position.ToString());
}
}
public bool IsSolved()
{
Dictionary <CubeName, PositionTriplet> solverMatrix = GetMatrixPositions();
for (int i = 0; i < 3; i++)
{
for (int j = 0; j < 3; j++)
{
for (int k = 0; k < 3; k++)
{
if (i != 1 || j != 1 || k != 1)
{
CubeName name = cubeMatrix[i][j][k].name;
PositionTriplet triplet = solverMatrix[name];
if (!(triplet.x == i && triplet.y == j && triplet.z == k))
{
return(false);
}
}
}
}
}
return(true);
}
// ## Button ##
// This is a handler for the Button event. It is triggered when a cube's
// face button is either pressed or released. The `pressed` argument
// is true when you press down and false when you release.
private void OnButton(Cube cube, bool pressed)
{
if (pressed) {
Log.Debug("Button pressed");
}
else {
Log.Debug("Button released");
switch (mApp.currentPhase) {
case (PhaseType.BEATSELECT2):
mApp.currentPhase = PhaseType.RAPSTART1;
mApp.readyToChangeState = true;
if (mApp.sampleMusic.IsPlaying)
mApp.sampleMusic.Stop();
mApp.mMusic = mApp.sampleMusic;
break;
case (PhaseType.RAPSTART1):
mApp.currentPhase = PhaseType.RAPSTART2;
mApp.readyToChangeState = true;
break;
case (PhaseType.LYRICS):
if (mCubeName == CubeName.MIC) {
mApp.currentVerseIndex++;
mApp.scores[(int) mApp.currentPlayer] = mApp.scores[(int) mApp.currentPlayer] + 1;
if (mApp.currentVerseIndex < mApp.verseLines.Length) {
foreach (CubeWrapper wrapper in mApp.mWrappers) {
wrapper.mText.setText(mApp.verseLines[mApp.currentVerseIndex]);
wrapper.DrawSlide();
}
}
else {
mApp.currentPhase = PhaseType.ENDOFRAP;
mApp.readyToChangeState = true;
if (mApp.mMusic.IsPlaying) mApp.mMusic.Stop();
}
}
else if (mCubeName == CubeName.DIS) {
mApp.fxMusic = mApp.Sounds.CreateSound("dis");
mApp.fxMusic.Play(1, 1);
mCubeName = CubeName.JUSTDISSED;
mApp.currentPhase = PhaseType.DOUBLEDIS;
mApp.readyToChangeState = true;
mApp.ticksWaiting = mApp.ticks + 60;
mApp.mMusic.Stop();
}
break;
case (PhaseType.DOUBLEDIS):
if (mCubeName == CubeName.DIS) {
mApp.currentPhase = PhaseType.SCORES;
mApp.fxMusic = mApp.Sounds.CreateSound("doubledis");
mApp.fxMusic.Play(1, 1);
mApp.readyToChangeState = true;
}
break;
case (PhaseType.TRIVIA1):
if (mCubeName == CubeName.CHALLENGER || mCubeName == CubeName.DEFENDER) {
mApp.buzzer = mCubeName;
mApp.currentPhase = PhaseType.TRIVIA2;
mApp.readyToChangeState = true;
mApp.fxMusic = mApp.Sounds.CreateSound("ding");
mApp.fxMusic.Play(1,1);
}
break;
case (PhaseType.TRIVIA2):
if (mCubeName == CubeName.ANSWER) {
mApp.currentPhase = PhaseType.TRIVIA3;
mApp.readyToChangeState = true;
}
break;
case (PhaseType.TRIVIA3):
if (mCubeName == CubeName.ANSWER) {
if (mApp.buzzer == CubeName.DEFENDER) {
mApp.scores[(int)mApp.currentPlayer] = mApp.scores[(int)mApp.currentPlayer] + 1;
mApp.currentPhase = PhaseType.RAPSTART1;
mApp.readyToChangeState = true;
}
else if (mApp.buzzer == CubeName.CHALLENGER) {
mApp.currentPhase = PhaseType.SCORES;
mApp.readyToChangeState = true;
}
}
break;
case (PhaseType.SCORES):
if (mImage == "continue") {
mApp.currentPhase = PhaseType.NAMESELECT;
mApp.readyToChangeState = true;
}
break;
case (PhaseType.ENDOFRAP):
if (mImage == "continue") {
mApp.currentPhase = PhaseType.SCORES;
mApp.readyToChangeState = true;
}
break;
default:
break;
}
}
}