/// <summary>
/// Generates default setting files in directory.
/// </summary>
/// <param name="directory">Directory to use for creating new files.</param>
public static void Create(string directory)
{
var altitudeMapRules = new AltitudeMapRules();
altitudeMapRules.Default();
RulesIO.Save(directory + "\\GenerateAltitudeRules", altitudeMapRules);
var erosionMapRules = new ErosionMapRules();
erosionMapRules.Default();
RulesIO.Save(directory + "\\GenerateErosionRules", erosionMapRules);
var generateRules = new GenerateRules();
generateRules.Default();
RulesIO.Save(directory + "\\GenerationRules", generateRules);
var moveRules = new MoveRules();
moveRules.Default();
RulesIO.Save(directory + "\\MoveRules", moveRules);
var rainfallMapRules = new RainfallMapRules();
rainfallMapRules.Default();
RulesIO.Save(directory + "\\RainfallMapRules", rainfallMapRules);
var plateData = new PlateData();
plateData.Default();
PlateIO.Save(directory + "\\PlateData", plateData);
}
public void SetArithmeticLeftAndRight(PlateData data)
{
if (leftdata.Equals(0))
{
leftSprite.spriteName = "a" + data.answer.ToString();
leftSprite.alpha = 1;
leftdata = data.answer;
}
else
{
if (rightdata.Equals(0))
{
rightSprite.spriteName = "a" + data.answer.ToString();
rightSprite.alpha = 1;
rightdata = data.answer;
}
}
if (leftSprite.alpha.Equals(1) && rightSprite.alpha.Equals(1))
{
if (UIPlateManager.instance != null)
{
UIPlateManager.instance.PlateColliderSwitch(false);
}
resultdata = leftdata + rightdata;
Invoke("CheckResult", 1f);
}
}
public void SetArithmeticLeftAndRight(PlateData data)
{
if (leftdata.Equals (0)) {
leftSprite.spriteName = "a"+data.answer.ToString ();
leftSprite.alpha = 1;
leftdata = data.answer;
} else {
if(rightdata.Equals(0))
{
rightSprite.spriteName = "a"+data.answer.ToString();
rightSprite.alpha = 1;
rightdata = data.answer;
}
}
if(leftSprite.alpha.Equals(1) && rightSprite.alpha.Equals(1))
{
if(UIPlateManager.instance != null)
UIPlateManager.instance.PlateColliderSwitch(false);
resultdata = leftdata+rightdata;
Invoke("CheckResult",1f);
}
}
public void createRoute(int length)
{
// New list of plates
plates = new List <Plate>();
EnvironmentData data = Data.Instance.getEnvByTheme(Theme.FOREST);
PlateData[] options = data.plates;
if (options.Length == 0)
{
Debug.Log("Plates data is empty");
return;
}
// Assume, that first is always exist
GameObject plateInstance = Instantiate(options[0].prefab) as GameObject;
plateInstance.transform.SetParent(transform);
plateInstance.transform.position = transform.position;
Plate plate = plateInstance.GetComponent <Plate>();
// Shift base plate to north
plateInstance.transform.Translate(plate.north.transform.localPosition);
plate.southConnector.isFree = false;
// The first plate will be the first battlefield
battleField = plate;
plate.plateData = options[0];
plates.Add(plate);
for (int index = 1; index < length; index++)
{
// Choosing free connector
Plate last = plates[index - 1].GetComponent <Plate>();
List <Connector> free = last.getFreeConnectors();
Connector chosen = Utils.getRandomElement(free);
List <PlateData> solutions = getPlatesByType(options, chosen.compatibleType);
if (solutions.Count > 0)
{
PlateData plateData = Utils.getRandomElement(solutions);
plateInstance = Instantiate(plateData.prefab) as GameObject;
plateInstance.transform.SetParent(transform);
plate = plateInstance.GetComponent <Plate>();
plate.connectTo(chosen);
chosen.isFree = false;
// Place transfer at last
if (index == (length - 1))
{
GameObject transferInstance = Instantiate(transfer) as GameObject;
transferInstance.transform.SetParent(transform);
plateInstance.GetComponent <Plate>().placeTransfer(transferInstance);
}
// When hero steps on this plate, made it current battlefield
plate.OnHeroCome += delegate() {
battleField = plate;
};
plate.plateData = plateData;
plates.Add(plate);
}
}
}