void Update()
{
// Check if birds was trown, if it died and swap them when needed
// ManageBirds();
//if(Input.GetKey(KeyCode.Space))
//{
//}
//Evaluate Subsets
if (!LevelSimulator.generateLevel)
{
if (!PreLevelCheck)
{
LevelShaking();
if (IsLevelStable())
{
if (CurrentLevel.levelShaking)
{
NextLevel();
}
PreLevelCheck = true;
// CurrentLevel = _levelLoader.EncodeLevel ();
SymmetricalLevel = _levelLoader.EncodeSymmetricalLevel();
}
}
else
{
if (!HorizontalEvaluationStart)
{
CurrentLevel.horizontal = true;
SymmetricalLevel.horizontal = true;
SubsetSimulationHorizontal();
}
else
{
CurrentLevel.horizontal = false;
SymmetricalLevel.horizontal = false;
SubsetSimulationVertical();
}
//check useful levels
CheckUseful(_blocksTransform);
}
}
else
//Generate Levels
{
CheckOverlap();
if (initiate)
{
trajectory = new List <ObjTrack> ();
ShootInitiator();
AdaptCameraWidthToLevel();
}
else if (!IsLevelStable())
{
RecordTrajectory();
}
// else (!initiate && IsLevelStable ()) {
else
{
// DeleteStaticSubsetFromList ();
SaveCurrentLevel();
int levelID = UnityEngine.Random.Range(0, LevelList.Instance.GetAllLevel().Length);
if (trajectory.Count == 0)
{
LevelList.Instance.CurrentIndex = UnityEngine.Random.Range(0, levelID);
ABSceneManager.Instance.LoadScene(SceneManager.GetActiveScene().name);
subsetList = new List <SubsetInfo> ();
print("Finding different initial subset...");
return;
}
Vector2 subsetPos = trajectory [UnityEngine.Random.Range(trajectory.Count / 2, trajectory.Count)].pos;
ABLevel lvl = LevelList.Instance.GetLevel(levelID);
AddSubsetIntoList(levelID, lvl, subsetPos);
initiate = true;
initx();
// mapChanges.Add (trans.GetInstanceID (), new MapChanges {
// lastPosition = trans.position,
// distanceObjectMoved = 0f,
// timeObjectMoved = 0f
// });
}
}
}
void Update()
{
// Check if birds was trown, if it died and swap them when needed
//if(Input.GetKey(KeyCode.Space))
//{
//}
//Evaluate Subsets
if (LevelSimulator.generateLevel) // is generate level
{
if (!isShootTriggerPoint) // shoot trigger point
{
print("isShootTriggerPoint: ");
if (!isShootHorizontalTriggerPoint)
{
ShootHorizontalTriggerPoint();
}
else
if (!isShootVerticalTriggerPoint)
{
ShootVerticalTriggerPoint();
}
RecordEveryNFrames(10);
}
else
{
//print("else isShootTriggerPoint: ");
if (!isGenerateSubset)
{ // isn't generate subset
print("Will Generate");
initx();
randomLevel = UnityEngine.Random.Range(0, LevelList.Instance.GetAllLevel().Length);
//Debug.Log("randomLevel " + randomLevel);
for (int i = 0; i < positionSubsets.Count; i++)
{ // generate old subset
GenerateSubset(positionSubsets[i], levelSubsets[i]);
}
tempPosition = UnityEngine.Random.Range(positions.Count / 2, positions.Count);
print("GENERATE X: " + positions[tempPosition].x);
GenerateSubset(positions[tempPosition], randomLevel); // generate new subset
// CurrentLevel.countTNT++;
AdaptCameraWidthToLevel();
isGenerateSubset = true;
isShootTriggerPoint = true;
}
if (isGenerateSubset)
{ // Generate subset
loopLimit++;
//print("Loop: "+loopLimit);
if (subsetCount > 1)
{
if (loopLimit == 250)
{
print("subsetCount " + subsetCount);
print("Next Level");
SavegenerateLevel();
isShootTriggerPoint = false;
loopLimit = 0;
}
}
else
{ // count subset isn't 5
//if (loopLimit == 100) {
// print("TEST: " + SubsetSimulationNumber);
// currentLevel.isTestTriggerPoint = true;
// if (SubsetSimulationNumber == 0) // Simulate again
// {
// TestHorizontalTriggerPoint();
// }
// if (SubsetSimulationNumber == 1)
// {
// TestVerticalTriggerPoint();
// }
// print("FINISH TEST");
//}
//if (currentLevel.isTNTExplode)
if (loopLimit == 100)
{ // TNT explode
print("TNT Explode ");
positionSubsets.Add(positions[tempPosition]);
levelSubsets.Add(randomLevel);
subsetCount++;
positions.Clear();
// CurrentLevel.isTNTExplode = false;
isShootHorizontalTriggerPoint = false;
isShootVerticalTriggerPoint = false;
isShootTriggerPoint = false;
// CurrentLevel.isTestTriggerPoint = false;
CurrentLevel.usefulLevel = false;
isGenerateSubset = false;
loopLimit = 0;
}
//else if (loopLimit == 500 && !currentLevel.isTNTExplode)
//{ // TNT not explode
// print(loopLimit + " Not Explode");
// ABTNT.ResetCountExplode();
// currentLevel.countTNT--;
// if (countNotExplode > 5)
// {
// countNotExplode = 0;
// isShootTriggerPoint = false;
// NextLevel();
// }
// if (isGenerateFirstGround)
// {
// for (int i = 0; i < positions.Count; i++)
// {
// if (positions[i].y == -3.8f)
// {
// print("-3.888888ffffff");
// if (i == 0)
// {
// print("ONE");
// isGenerateFirstGround = false;
// maxGroundSubset--;
// }
// else if (i == 1)
// {
// print("TWO");
// isGeneratesecondGround = false;
// maxGroundSubset--;
// }
// }
// }
// isGenerateSubset = false;
// loopLimit = 0;
// countNotExplode++;
// positions.Clear();
// isShootTriggerPoint = false;
// currentLevel.isTestTriggerPoint = false;
// CurrentLevel.usefulLevel = false;
// }
//}
}
//if (isSaveLevel)
//{ // Next level
// isShootTriggerPoint = false;
// isSaveLevel = false;
// print("Next Level");
// SavegenerateLevel();
//}
}
}
}
//Evaluate Subsets
else
{
ManageBirds();
if (!PreLevelCheck)
{
LevelShaking();
if (IsLevelStable())
{
if (CurrentLevel.levelShaking)
{
NextLevel();
}
PreLevelCheck = true;
CurrentLevel = levelLoader.EncodeLevel();
SymmetricalLevel = levelLoader.EncodeSymmetricalLevel();
}
}
else
{
if (!horizontalEvaluationStart)
{
SubsetSimulationHorizontal();
}
else
{
SubsetSimulationVertical();
}
//check useful levels
CheckUseful(_blocksTransform);
}
}
}