void InitCells()
{
// GameObject cellObject = new GameObject();
//creates an empty object and adds a sprite renderer component -> set the sprite to cellSprite
// cellObject.AddComponent<SpriteRenderer>().sprite = cellSprite;
//catch the size of the sprite
cellSize = text.GetComponent <MeshRenderer>().bounds.size;
//get the new cell size -> adjust the size of the cells to fit the size of the grid
Vector2 newCellSize = new Vector2(gridSize.x / (float)cols, gridSize.y / (float)rows);
cellSize = newCellSize; //the size will be replaced by the new computed size, we just used cellSize for computing the scale
//fix the cells to the grid by getting the half of the grid and cells add and minus experiment
gridOffset.x = -(gridSize.x / 2) + cellSize.x / 2;
gridOffset.y = -(gridSize.y / 2) + cellSize.y / 2;
//fill the grid with cells by using Instantiate
for (int row = 0; row < rows; row++)
{
for (int col = 0; col < cols; col++)
{
dem++;
//add the cell size so that no two cells will have the same x and y position
Vector2 pos = new Vector2(col * cellSize.x + gridOffset.x + transform.position.x, row * cellSize.y + gridOffset.y + transform.position.y);
//instantiate the game object, at position pos, with rotation set to identity
GameObject cO = Instantiate(text, pos, Quaternion.identity) as GameObject;
cO.GetComponent <TextMesh>().text = dataLoaderListenning.GetDataValue(dataLoaderListenning.items[dataLoaderListenning.indexitems[dem]], "Kanji:");
//set the parent of the cell to GRID so you can move the cells together with the grid;
cO.transform.parent = transform;
}
}
//destroy the object used to instantiate the cells
//Destroy(text);
}
public void DownloadTheAudio(int dem)
{
result = dataLoaderListenning.GetDataValue(dataLoaderListenning.items[dataLoaderListenning.indexquests[dem]], "Kanji:");
//EasyTTSUtil.SpeechAdd(result);
}
