public void RotateLayerCCW(ELayer aLayer)
{
var layer = this[aLayer];
this[aLayer] = layer.RotateCCW();
StartCoroutine(RotateLayer(layer, 90f, 4f));
}
protected override void Initialize()
{
lower = new List <Tile>();
middle = new List <Tile>();
top = new List <Tile>();
currentLayer = ELayer.MIDDLE;
this.IsMouseVisible = true;
base.Initialize();
controller = new ControllerForm(this);
controller.Show();
selector = new Selector(this);
loadNew();
}
public void RotateLayer(ELayer aLayer, bool aClockwise)
{
// THE FOLLOWING IS COMMENTED OUT BECAUSE WE DO NOT WANT DUMMY CUBES TO CHANGE (not elegant, but works)
// // Preventing touch interference
// if (m_Rotating ||
// largeCollider.GetComponent<MultiTouchRubiksRotate>().m_largeRotating
// //|| !largeCollider.GetComponent<MultiTouchRubiksRotate>().startedOnCube
// )
// {
// return;
// }
// if (aClockwise)
// RotateLayerCW(aLayer);
// else
// RotateLayerCCW(aLayer);
}
public void RotateLayer(ELayer aLayer, bool aClockwise)
{
// Preventing touch interference,
// ... BUT we DO want rotation to occur if outside master cube is forcing it.
if (m_Rotating ||
(largeCollider.GetComponent <MultiTouchRubiksRotate>().m_largeRotating&& !masterRotating)
)
{
return;
}
if (aClockwise)
{
RotateLayerCW(aLayer);
}
else
{
RotateLayerCCW(aLayer);
}
}
public void setLayer(ELayer layer)
{
Game1.setLayer(layer);
if (Game1.selector != null)
{
Game1.selector.setSelected(null);
}
switch (layer)
{
case ELayer.LOWER:
btnLow.BackColor = Color.Orange;
btnMiddle.BackColor = Color.LightSlateGray;
btnTop.BackColor = Color.LightSlateGray;
btnEnemy.Enabled = false;
btnProp.Enabled = false;
btnFan.Enabled = false;
break;
case ELayer.MIDDLE:
btnLow.BackColor = Color.LightSlateGray;
btnMiddle.BackColor = Color.Orange;
btnTop.BackColor = Color.LightSlateGray;
btnEnemy.Enabled = true;
btnProp.Enabled = true;
btnFan.Enabled = true;
break;
case ELayer.TOP:
btnLow.BackColor = Color.LightSlateGray;
btnMiddle.BackColor = Color.LightSlateGray;
btnTop.BackColor = Color.Orange;
btnEnemy.Enabled = false;
btnProp.Enabled = false;
btnFan.Enabled = false;
break;
}
}
public static void setLayer(ELayer layer)
{
currentLayer = layer;
}
public CubeLayer this[ELayer layer]
{
get {
var c = Cubes;
switch (layer)
{
default: // Old non-functional directions:
case ELayer.F: return(new CubeLayer(c[10], c[0], c[9], c[18], c[19], c[20], c[11], c[2], c[1], Vector3.right)); //Vector3.forward
case ELayer.R: return(new CubeLayer(c[14], c[2], c[11], c[20], c[23], c[26], c[17], c[8], c[5], Vector3.forward)); //-Vector3.right
case ELayer.U: return(new CubeLayer(c[22], c[18], c[21], c[24], c[25], c[26], c[23], c[20], c[19], -Vector3.up));
case ELayer.L: return(new CubeLayer(c[12], c[6], c[15], c[24], c[21], c[18], c[9], c[0], c[3], -Vector3.forward)); //Vector3.right
case ELayer.B: return(new CubeLayer(c[16], c[6], c[7], c[8], c[17], c[26], c[25], c[24], c[15], -Vector3.right)); //-Vector3.forward
case ELayer.D: return(new CubeLayer(c[4], c[0], c[1], c[2], c[5], c[8], c[7], c[6], c[3], Vector3.up));
case ELayer.M: return(new CubeLayer(c[13], c[19], c[10], c[1], c[4], c[7], c[16], c[25], c[22], -Vector3.forward)); //Vector3.right
case ELayer.E: return(new CubeLayer(c[13], c[9], c[10], c[11], c[14], c[17], c[16], c[15], c[12], Vector3.up));
case ELayer.S: return(new CubeLayer(c[13], c[3], c[12], c[21], c[22], c[23], c[14], c[5], c[4], Vector3.right)); //Vector3.forward
}
}
set
{
var c = Cubes;
var v = value;
switch (layer)
{
case ELayer.F:
c[10] = v.center;
c[0] = v.c0; c[9] = v.c1; c[18] = v.c2; c[19] = v.c3;
c[20] = v.c4; c[11] = v.c5; c[2] = v.c6; c[1] = v.c7;
break;
case ELayer.R:
c[14] = v.center;
c[2] = v.c0; c[11] = v.c1; c[20] = v.c2; c[23] = v.c3;
c[26] = v.c4; c[17] = v.c5; c[8] = v.c6; c[5] = v.c7;
break;
case ELayer.U:
c[22] = v.center;
c[18] = v.c0; c[21] = v.c1; c[24] = v.c2; c[25] = v.c3;
c[26] = v.c4; c[23] = v.c5; c[20] = v.c6; c[19] = v.c7;
break;
case ELayer.L:
c[12] = v.center;
c[6] = v.c0; c[15] = v.c1; c[24] = v.c2; c[21] = v.c3;
c[18] = v.c4; c[9] = v.c5; c[0] = v.c6; c[3] = v.c7;
break;
case ELayer.B:
c[16] = v.center;
c[6] = v.c0; c[7] = v.c1; c[8] = v.c2; c[17] = v.c3;
c[26] = v.c4; c[25] = v.c5; c[24] = v.c6; c[15] = v.c7;
break;
case ELayer.D:
c[4] = v.center;
c[0] = v.c0; c[1] = v.c1; c[2] = v.c2; c[5] = v.c3;
c[8] = v.c4; c[7] = v.c5; c[6] = v.c6; c[3] = v.c7;
break;
case ELayer.M:
c[13] = v.center;
c[19] = v.c0; c[10] = v.c1; c[1] = v.c2; c[4] = v.c3;
c[7] = v.c4; c[16] = v.c5; c[25] = v.c6; c[22] = v.c7;
break;
case ELayer.E:
c[13] = v.center;
c[9] = v.c0; c[10] = v.c1; c[11] = v.c2; c[14] = v.c3;
c[17] = v.c4; c[16] = v.c5; c[15] = v.c6; c[12] = v.c7;
break;
case ELayer.S:
c[13] = v.center;
c[3] = v.c0; c[12] = v.c1; c[21] = v.c2; c[22] = v.c3;
c[23] = v.c4; c[14] = v.c5; c[5] = v.c6; c[4] = v.c7;
break;
}
}
}
