void AutoRotateFlag()
{
if (grid.GetType() != typeof(GFPolarGrid))
{
return;
}
autoRotating = EditorGUILayout.Toggle("Auto-Rotating", autoRotating);
}
public void Awake()
{
levelGrid = GetComponent<GFGrid>();
blocks = new List<GameObject>();
// if and how much we need to shift the objects depends on the type of grid
// This just just a matter of different grid coordinate systems. Try playing
// with the numbers to see the difference.
offset = Vector3.zero;
// offset by 0.5 horizontal and vertical in rectangular grids
if (levelGrid.GetType() == typeof(GFRectGrid) ) { offset.x += 0.5f; offset.y -= 0.5f; }
// Add 1 for polar grids because we don't want the origin
if (levelGrid.GetType() == typeof(GFPolarGrid)) { offset.x += 1; }
BuildLevel(levelData[currentLevel], levelGrid);
}
public void BuildLevel(TextAsset levelData, GFGrid levelGrid){
//abort if there are no prefabs to instantiate
if(!red || !green || !blue)
return;
//loop though the list of old blocks and destroy all of them, we don't want the new level on top of the old one
foreach(GameObject go in blocks){
if(go)
Destroy(go);
}
//destroying the blocks doesn't remove the reference to them in the list, so clear the list
blocks.Clear();
//setup the reader, a variable for storing the read line and keep track of the number of the row we just read
reader = new StringReader(levelData.text);
string line;
int row = 0;
//read the text file line by line as long as there are lines
while((line = reader.ReadLine()) != null){
//read each line character by character
for(int i = 0; i < line.Length; i++){
//first set the target position based on where in the text file we are, then place a block there (add 1 for polar grids because we don't want the origin)
Vector3 targetPosition = levelGrid.GridToWorld(new Vector3(i + shift + (levelGrid.GetType() == typeof(GFPolarGrid) ? 1 : 0), -row - shift, 0)); //offset by 0.5
CreateBlock(line[i], targetPosition);
}
//we read a row, now it's time to read the next one; increment the counter
row++;
}
}
public void Awake(){
levelGrid = GetComponent<GFGrid>();
blocks = new List<GameObject>();
// if and how much we need to shift the objects depends on the type of grid
shift = levelGrid.GetType() == typeof(GFRectGrid) ? 0.5f : 0;
BuildLevel(levelData[currentLevel], levelGrid);
}
public void Awake()
{
levelGrid = GetComponent <GFGrid>();
blocks = new List <GameObject>();
// if and how much we need to shift the objects depends on the type of grid
shift = levelGrid.GetType() == typeof(GFRectGrid) ? 0.5f : 0;
BuildLevel(levelData[currentLevel], levelGrid);
}
public void Awake()
{
levelGrid = GetComponent <GFGrid>();
blocks = new List <GameObject>();
// if and how much we need to shift the objects depends on the type of grid
// This just just a matter of different grid coordinate systems. Try playing
// with the numbers to see the difference.
offset = Vector3.zero;
// offset by 0.5 horizontal and vertical in rectangular grids
if (levelGrid.GetType() == typeof(GFRectGrid))
{
offset.x += 0.5f; offset.y -= 0.5f;
}
// Add 1 for polar grids because we don't want the origin
if (levelGrid.GetType() == typeof(GFPolarGrid))
{
offset.x += 1;
}
BuildLevel(levelData[currentLevel], levelGrid);
}
public static bool IsAdjacent(this GFGrid theGrid, Vector3 position, Vector3 reference)
{
//convert to Grid Space first
Vector3 gridPosition = theGrid.WorldToGrid(position); //the light we want to test
Vector3 gridReference = theGrid.WorldToGrid(reference); //the light that was pressed
//pick the implentation based on the type of grid
if (theGrid.GetType() == typeof(GFRectGrid))
{
return(RectIsAdjacent((GFRectGrid)theGrid, gridPosition, gridReference));
}
else if (theGrid.GetType() == typeof(GFHexGrid))
{
return(HexIsAdjacent((GFHexGrid)theGrid, gridPosition, gridReference));
}
else if (theGrid.GetType() == typeof(GFPolarGrid))
{
return(PolarIsAdjacent((GFPolarGrid)theGrid, gridPosition, gridReference));
}
else
{
return(false);
}
}
public void BuildLevel(TextAsset levelData, GFGrid levelGrid)
{
//abort if there are no prefabs to instantiate
if (!red || !green || !blue)
{
return;
}
//loop though the list of old blocks and destroy all of them, we don't want the new level on top of the old one
foreach (GameObject go in blocks)
{
if (go)
{
Destroy(go);
}
}
//destroying the blocks doesn't remove the reference to them in the list, so clear the list
blocks.Clear();
//setup the reader, a variable for storing the read line and keep track of the number of the row we just read
reader = new StringReader(levelData.text);
string line;
int row = 0;
//read the text file line by line as long as there are lines
while ((line = reader.ReadLine()) != null)
{
//read each line character by character
for (int i = 0; i < line.Length; i++)
{
//first set the target position based on where in the text file we are, then place a block there (add 1 for polar grids because we don't want the origin)
Vector3 targetPosition = levelGrid.GridToWorld(new Vector3(i + shift + (levelGrid.GetType() == typeof(GFPolarGrid) ? 1 : 0), -row - shift, 0)); //offset by 0.5
CreateBlock(line[i], targetPosition);
}
//we read a row, now it's time to read the next one; increment the counter
row++;
}
}