private void CreateDisplayObjects()
{
//Find display center index
displayCenter = new Vector2Int((displaysAcross - 1) / 2, (displaysWide - 1) / 2);
for (int j = 0; j < displaysAcross; j++)
{
List <GameObject> row = new List <GameObject>();
for (int i = 0; i < displaysWide; i++)
{
//Make new display node, and position it correctly
GameObject newParent = new GameObject("Display (" + j + ", " + i + ")");
newParent.transform.parent = parent;
TranslateDisplay(i, j, newParent.transform);
//Make new display view
GameObject newDisplay = Instantiate(displayTemplate, newParent.transform);
DisplayData newData = newDisplay.GetComponent <DisplayData>();
//Set initial targets/position for new display object
newData.SetTranslation();
CentreDisplay(newData);
newData.SetRotation(-45f);
//record keeping
newData.coord = new Vector2Int(j, i);
//initialize builder.
newData.builder = new MomentDisplayBuilder(pool, newData.centeringTransform);
//If parent is on the bounds of the display, it is hidden
if ((i < 2) || (j < 2) || (i > (displaysAcross - 3)) || (j > (displaysAcross - 3)))
{
newParent.SetActive(false);
}
//add parent to array
row.Add(newParent);
}
displays.Add(row);
}
}
//Default is Shift Horizontally right (move area left)
//SwapXY = shift down
//SwapLR = shift area left
//Both = shift up
private void Shift(bool swapXY, bool swapLR)
{
List <List <LevelMoment> > moments = LevelData.Instance.moments;
Vector2Int bounds = new Vector2Int
{
x = 0,
y = ((swapXY) ? moments.Count : moments[0].Count) - 1
};
//Chane which center value is checked base on X or Y shift
int center = (swapXY)? displayObjects.centerIndex.y: displayObjects.centerIndex.x;
//If shifting left and at the start, do not shift
if (swapLR && (center == bounds.x))
{
return;
}
//If shifting right and at the start, do not shift
if (!swapLR && (center == bounds.y))
{
return;
}
//Signale particles to animate
particles.BumpSpeed();
List <List <GameObject> > grid = displayObjects.displays;
Vector2Int centerChange = Vector2Int.zero;
//4 = -1 (mod 5) (same for things not 5)
Vector2Int previous = Vector2Int.zero;
Vector2Int m = new Vector2Int(grid[0].Count, grid.Count);
if (swapXY)
{
if (swapLR)
{
previous.x = 1;
centerChange.y = -1;
}
//previous = (-1,0);
else
{
previous.x = m.y - 1;
centerChange.y = 1;
}
}
else
{
//previous = (1,0);
if (swapLR)
{
previous.y = 1;
centerChange.x = -1;
}
//previous = (-1,0);
else
{
previous.y = m.y - 1;
centerChange.x = 1;
}
}
//Shift parents to move display views
//Update display objects
for (int i = 0; i < grid.Count; i++)
{
List <GameObject> row = grid[i];
for (int j = 0; j < row.Count; j++)
{
//Calculate index of next parent object
Vector2Int k = new Vector2Int
{
x = (i + previous.x) % m.x,
y = (j + previous.y) % m.y
};
Transform newParent = grid[k.x][k.y].transform;
DisplayData data = grid[i][j].GetComponentInChildren <DisplayData>();
data.translationTransform.parent = newParent;
data.SetTranslation();
}
}
//Update the index of the moment in center display
Vector2Int oldIndex = displayObjects.centerIndex;
displayObjects.MoveCenter(centerChange);
//If focus has changed call event (probaly in wrong place)
if (oldIndex != displayObjects.centerIndex)
{
Vector2Int i = displayObjects.centerIndex;
LevelMoment newFocus = LevelData.Instance.moments[i.y][i.x];
if (MomentDisplayChangeEvent != null)
{
MomentDisplayChangeEvent(newFocus);
}
}
}
