//Spawns All THe Tiles
private void SpawnAllTiles()
{
float columnSwitch = 1;
//temporary list to hold all the tiles
List <List <BaseTileController> > allTiles = new List <List <BaseTileController> >();
//Create The Tile Parent Object
if (m_tilesParentObject != null)
{
DestroyImmediate(m_tilesParentObject);
m_tilesParentObject = new GameObject("Tiles");
m_tilesParentObject.transform.SetParent(m_groundParentObject.transform);
}
else
{
m_tilesParentObject = new GameObject("Tiles");
m_tilesParentObject.transform.SetParent(m_groundParentObject.transform);
}
//Loop over the columns
for (int i = 0; i < m_desiredTileGrid.y; i++)
{
columnSwitch *= -1;
float sideSwitch = 1;
float columnXOffset = (i * (m_requiredOffset.x * m_desiredScale.x + (m_requiredOffset.x * m_desiredScale.x / 1.525f)));
//temporary list to hold 1 column of tiles
List <BaseTileController> tiles = new List <BaseTileController>();
//Loop over each tile in each column
for (int z = 0; z < m_desiredTileGrid.x; z++)
{
GameObject newTile = Instantiate(m_tilePrefab, new Vector3((z * ((m_requiredOffset.x * m_desiredScale.x) + (m_requiredOffset.x * m_desiredScale.x / 5.7f)) + (columnXOffset / 2)), (i * (m_desiredScale.y * m_requiredOffset.y * 2)), 0), Quaternion.Euler(m_desiredTileRotation), m_tilesParentObject.transform);
newTile.transform.localScale = m_desiredScale;
//if we are debugging change the material to the debug material
if ((sideSwitch * columnSwitch) == 1)
{
newTile.GetComponentInChildren <SpriteRenderer>().color = new Color(1, 0, 0, 0.3f);
}
else
{
newTile.GetComponentInChildren <SpriteRenderer>().color = new Color(0, 0, 1, 0.3f);
}
//every loop swap the side to give a checkerboard effect tot he grid while debugging
sideSwitch *= -1;
BaseTileController newTileController = newTile.GetComponent <BaseTileController>();
if (newTileController != null)
{
tiles.Add(newTileController);
}
}
allTiles.Add(tiles);
}
LinkTiles(allTiles);
m_tilesParentObject.transform.localPosition = m_desiredGroundOffset;
}
//Spawns All THe Tiles
private void SpawnAllTiles()
{
GameObject groundTile = (m_tileAreaObject == null) ? m_groundAreaObject : m_tileAreaObject;
float columnSwitch = 1;
//temporary list to hold all the tiles
List <List <BaseTileController> > allTiles = new List <List <BaseTileController> >();
//Create The Tile Parent Object
if (m_tilesParentObject != null)
{
DestroyImmediate(m_tilesParentObject);
m_tilesParentObject = new GameObject("Tiles");
m_tilesParentObject.transform.SetParent(m_groundParentObject.transform);
}
else
{
m_tilesParentObject = new GameObject("Tiles");
m_tilesParentObject.transform.SetParent(m_groundParentObject.transform);
}
//Correct the tile parent object to the center of all the tiles
m_tilesParentObject.transform.position += new Vector3((-m_requiredSize.x / 2) + m_areaSize.x / 2, -(m_requiredSize.y / 2) + m_areaSize.y / 2, 0);
//Loop over the columns
for (int i = 0; i < m_desiredTileGrid.y; i++)
{
columnSwitch *= -1;
float sideSwitch = 1;
//temporary list to hold 1 column of tiles
List <BaseTileController> tiles = new List <BaseTileController>();
int sequenceID = 0;
//Loop over each tile in each column
for (int z = 0; z < m_desiredTileGrid.x; z++)
{
float offset = z * m_requiredSize.x;
GameObject newTile = null;
//if we are debugging change the material to the debug material
if ((sideSwitch * columnSwitch) == 1)
{
if (m_fisrtTileVariatons.Count == 0)
{
newTile = Instantiate(m_tilePrefab, new Vector3(z * m_requiredSize.x, (i * m_requiredSize.y), 0), Quaternion.Euler(m_desiredTileRotation), m_tilesParentObject.transform);
newTile.GetComponentInChildren <SpriteRenderer>().color = Color.cyan;
newTile.transform.localScale = m_requiredScale;
}
else
{
Debug.Log("Sequence ID: " + sequenceID);
newTile = Instantiate(m_fisrtTileVariatons[sequenceID], new Vector3(z * m_requiredSize.x, (i * m_requiredSize.y), 0), Quaternion.Euler(m_desiredTileRotation), m_tilesParentObject.transform);
newTile.transform.localScale = m_requiredScale;
}
}
else
{
if (m_secondTileVariations.Count == 0)
{
newTile = Instantiate(m_tilePrefab, new Vector3(z * m_requiredSize.x, (i * m_requiredSize.y), 0), Quaternion.Euler(m_desiredTileRotation), m_tilesParentObject.transform);
newTile.transform.localScale = m_requiredScale;
newTile.GetComponentInChildren <SpriteRenderer>().color = Color.grey;
}
else
{
newTile = Instantiate(m_secondTileVariations[sequenceID], new Vector3(z * m_requiredSize.x, (i * m_requiredSize.y), 0), Quaternion.Euler(m_desiredTileRotation), m_tilesParentObject.transform);
newTile.transform.localScale = m_requiredScale;
}
}
if (sequenceID < m_fisrtTileVariatons.Count - 1)
{
sequenceID++;
}
else
{
sequenceID = 0;
}
//every loop swap the side to give a checkerboard effect tot he grid while debugging
sideSwitch *= -1;
BaseTileController newTileController = newTile.GetComponent <BaseTileController>();
if (newTileController != null)
{
newTileController.Data.ColumnID = i;
newTileController.Data.RowID = z;
tiles.Add(newTileController);
}
}
allTiles.Add(tiles);
}
//LinkTiles(allTiles);
Vector3 offsetedParent = new Vector3();
offsetedParent = groundTile.transform.position;
m_tilesParentObject.transform.position = offsetedParent;
m_tilesParentObject.transform.position += m_desiredGroundOffset;
}
