private bool block = false;//avoid taking damage in triggerevent
void Awake()
{
updateReferences();
cooldowns = new List <Coroutine>();
RotationPattern rotationPattern = new RotationPattern(this);
CyclicPattern cyclicPattern = new CyclicPattern(this);
WavePattern wavePattern = new WavePattern(this);
patternsAvailable.Add("RotationPattern", rotationPattern);
patternsAvailable.Add("CyclicPattern", cyclicPattern);
patternsAvailable.Add("WavePattern", wavePattern);
EventManager.StartListening("OnSurvivalPhase", goVulnerable);
EventManager.StartListening("OnCounterPhase", goInvicible);
//Pause between each phase
EventManager.StartListening("OnSurvivalPhase", onChangingPhase);
EventManager.StartListening("OnCounterPhase", onChangingPhase);
EventManager.StartListening("OnAdaptationPhase", onChangingPhase);
cc = GetComponent <CircleCollider2D>();
//coroutine = SelectingPaterns();
weakPoint = transform.Find("WeakPoint");
}
public WavePattern NextWave()
{
WavePattern pattern = index == waves.Length ? null : waves[index++];
pattern?.Init();
return(pattern);
}
// Next wave random generation
void GenerateNextWave()
{
// Nueva oleada
WavePattern nextWave = (WavePattern)Random.Range(0, numWavePatters);
switch (nextWave)
{
case WavePattern.Three_Straight:
GenerateWaveThreeEnemies(MovementType.Straight, AttackType.Shoot);
break;
case WavePattern.Three_Sin:
GenerateWaveThreeEnemies(MovementType.Sin, AttackType.NoAttack);
break;
case WavePattern.Three_Sin_Line:
GenerateWaveThreeEnemies(MovementType.Sin, AttackType.Shoot, true);
break;
case WavePattern.Cone:
GenerateWaveCone(MovementType.Straight, AttackType.NoAttack);
break;
case WavePattern.Stairs_Left:
GenerateWaveStairs(MovementType.Straight, AttackType.NoAttack, true);
break;
case WavePattern.Stairs_Right:
GenerateWaveStairs(MovementType.Straight, AttackType.NoAttack, false);
break;
case WavePattern.Hunters_Two:
GenerateWaveTwoHunters();
break;
case WavePattern.Hunters_Three:
GenerateWaveThreeHunters();
break;
case WavePattern.Two_Sides:
GenerateWaveTwoSides(MovementType.Straight, AttackType.Shoot);
break;
case WavePattern.Five_Mix:
GenerateWaveFiveMix();
break;
default:
break;
}
// Número de oleadas entre jefe y jefe
if (++waves >= numWavesBetweenBosses)
{
bossStage = true;
waves = 0;
SpawnBoss();
}
}
public override void CreateInGame()
{
if (PatternSource.get().Equals(""))
{
MyPattern = new WavePattern(CardCount.get());
}
else
{
MyPattern = new WavePattern(CardCount.get(), PatternSource.get());
}
base.CreateInGame();
}
public void LoadNextWave()
{
pattern = waveEnumerator.NextWave();
if (pattern == null)
{
finishUI?.SetActive(true);
return;
}
for (int i = 0; i < pattern.enemies.Count; i++)
{
Spawn(i);
}
}
IEnumerator StartObstacleSpawn(WavePattern wavePattern)
{
for (int i = 0; i < wavePattern.amountOfObstacles; i++)
{
var lanePosition = wavePattern.pattern[i];
var obstacleType = wavePattern.obstacle[i];
if (!isGameOver)
{
GetObstacleFromPool(lanePosition, obstacleType);
}
yield return(new WaitForSeconds(DELAY_FOR_NEXT_OBSTACLE));
}
StartCoroutine(DelayForNextWave());
}
public void init(FixedEntity spawner, Vector2 pos, WavePattern pattern)
{
this._simpleTarget = spawner;
this._currentPosition = pos;
this.updatePosition(this._currentPosition);
this._faction = 2;
this._maxSpeed = 2.0f;
this._maxSteeringForce = 2.0f;
_animatorEntity = GetComponent <Animator>();
sizeRadius = 2.0f;
timeBeforeChangePos = Random.Range(3.0f, 6.0f);
wavePattern = pattern;
}
void Awake()
{
updateReferences();
cooldowns = new List <Coroutine>();
RotationPattern rotationPattern = new RotationPattern(this);
CyclicPattern cyclicPattern = new CyclicPattern(this);
WavePattern wavePattern = new WavePattern(this);
LaserPattern laserPattern = new LaserPattern(this);
patternsAvailable.Add("RotationPattern", rotationPattern);
patternsAvailable.Add("CyclicPattern", cyclicPattern);
patternsAvailable.Add("WavePattern", wavePattern);
patternsAvailable.Add("LaserPattern", laserPattern);
//Take damage or not
EventManager.StartListening("OnSurvivalPhase", goVulnerable);
EventManager.StartListening("OnCounterPhase", goInvicible);
EventManager.StartListening("OnCounterPhase", growWeakPoint);
EventManager.StartListening("OnAdaptationPhase", goInvicible);
//Pause between each phase
EventManager.StartListening("OnSurvivalPhase", onChangingPhase);
EventManager.StartListening("OnCounterPhase", onChangingPhase);
EventManager.StartListening("OnAdaptationPhase", onChangingPhase);
//Rotating or not
EventManager.StartListening("OnSurvivalPhase", restrictMovement);
EventManager.StartListening("OnCounterPhase", allowMovement);
EventManager.StartListening("OnAdaptationPhase", restrictMovement);
EventManager.StartListening("OutroOver", doExplode);
EventManager.StartListening("EndGame", willExplode);
EventManager.StartListening("IntroOver", stopRrrr);
cc = GetComponent <CircleCollider2D>();
//coroutine = SelectingPaterns();
GetComponent <SpriteRenderer>().sprite = sleepingSprite;
weakPoint = transform.Find("WeakPoint");
}
public void LoadNextWave()
{
pattern = waveEnumerator.NextWave();
waveCount += 1;
if (waveCount > totalWave)
{
finishUI?.SetActive(true);
if (playerRenderer)
{
playerRenderer.sprite = perfectCircle;
playerRenderer.transform.localScale = new Vector3(2, 2, 2);
}
return;
}
for (int i = 0; i < pattern.enemies.Count; i++)
{
Spawn(i);
}
}
// Constructor
public ReachTargetState(WavePattern statePatternEnemy, SeekBehavior seekBehavior)
{
state = statePatternEnemy;
seek = seekBehavior;
}
public AttackUnitState(WavePattern statePatternEnemy, PursuitBehavior pursuitBehavior)
{
state = statePatternEnemy;
pursuit = pursuitBehavior;
}
void LoadWavePatterns()
{
Lua LuaFile;
System.Text.Encoding encodeType = System.Text.Encoding.ASCII;
string path = MapLuaParser.GetDataPath() + "/Structure/Waves/wavepatterns.lua";
if (!Directory.Exists(Path.GetDirectoryName(path)))
{
Debug.LogError("Cant find Waves folder");
return;
}
if (!File.Exists(path))
{
Debug.LogError("Cant find Waves file");
return;
}
string loadedFile = File.ReadAllText(path, encodeType);
LuaFile = new Lua();
LuaFile.LoadCLRPackage();
try
{
LuaFile.DoString(MapLuaParser.Current.SaveLuaHeader.text + loadedFile);
}
catch (NLua.Exceptions.LuaException e)
{
Debug.LogError(LuaParser.Read.FormatException(e), MapLuaParser.Current.gameObject);
return;
}
var patternTable = LuaFile.GetTable(KEY_patterns);
LuaTable[] wvTabs = LuaParser.Read.GetTableTables(patternTable);
WavePatterns = new WavePattern[wvTabs.Length];
for (int i = 0; i < WavePatterns.Length; i++)
{
WavePattern pattern = new WavePattern();
pattern.name = LuaParser.Read.StringFromTable(wvTabs[i], "name", "pattern" + i);
pattern.preview = LuaParser.Read.StringFromTable(wvTabs[i], "preview", "/editor/tools/water/nopreview.bmp");
LuaTable parametersTable = (LuaTable)wvTabs[i].RawGet("parameters");
LuaTable[] parameters = LuaParser.Read.GetTableTables(parametersTable);
pattern.parameters = new WavePattern.Parameters[parameters.Length];
for (int p = 0; p < parameters.Length; p++)
{
pattern.parameters[p] = new WavePattern.Parameters();
pattern.parameters[p].texture = LuaParser.Read.StringFromTable(parameters[p], "texture", "/env/common/decals/shoreline/wavetest.dds");
pattern.parameters[p].ramp = LuaParser.Read.StringFromTable(parameters[p], "ramp", "/env/common/decals/shoreline/waveramptest.dds");
pattern.parameters[p].position = LuaParser.Read.Vector3FromTable(parameters[p], "position");
pattern.parameters[p].period = LuaParser.Read.FloatFromTable(parameters[p], "period");
pattern.parameters[p].periodVariance = LuaParser.Read.FloatFromTable(parameters[p], "periodVariance");
pattern.parameters[p].speed = LuaParser.Read.FloatFromTable(parameters[p], "speed");
pattern.parameters[p].speedVariance = LuaParser.Read.FloatFromTable(parameters[p], "speedVariance");
pattern.parameters[p].lifetime = LuaParser.Read.FloatFromTable(parameters[p], "lifetime");
pattern.parameters[p].lifetimeVariance = LuaParser.Read.FloatFromTable(parameters[p], "lifetimeVariance");
pattern.parameters[p].scale = LuaParser.Read.Vector2FromTable(parameters[p], "scale");
pattern.parameters[p].scaleVariance = LuaParser.Read.FloatFromTable(parameters[p], "scaleVariance");
pattern.parameters[p].velocityDelta = LuaParser.Read.Vector3FromTable(parameters[p], "velocityDelta");
pattern.parameters[p].frameCount = LuaParser.Read.IntFromTable(parameters[p], "frameCount");
pattern.parameters[p].frameRate = LuaParser.Read.FloatFromTable(parameters[p], "frameRate");
pattern.parameters[p].frameRateVariance = LuaParser.Read.FloatFromTable(parameters[p], "frameRateVariance");
pattern.parameters[p].stripCount = LuaParser.Read.IntFromTable(parameters[p], "stripCount");
}
WavePatterns[i] = pattern;
}
}
