public void createWavesystem(triggerWaypoint startWaypoint)
{
_wavesystem = new GameObject("wavesystem");
wavesystem wavesystem = _wavesystem.AddComponent <wavesystem>();
Object[] objects = Resources.LoadAll("PrefabObjects/Elemental Invader");
GameObject healthbar = Resources.Load <GameObject>("PrefabObjects/UI Elements/healthbar");
GameObject[] invadertypes = new GameObject[4];
invadertypes[0] = (GameObject)objects[0];
invadertypes[1] = (GameObject)objects[1];
invadertypes[2] = (GameObject)objects[2];
invadertypes[3] = (GameObject)objects[3];
poolmanager.instance.createPool("airInvader", 6, true, invadertypes[0]);
poolmanager.instance.createPool("earthInvader", 6, true, invadertypes[1]);
poolmanager.instance.createPool("fireInvader", 6, true, invadertypes[2]);
poolmanager.instance.createPool("waterInvader", 6, true, invadertypes[3]);
poolmanager.instance.createPool("healthbar", 10, true, healthbar, GameObject.Find("worldinterface"));
wavesystem.initiate(0, 10, 1f, 10.0f, startWaypoint, invadertypes);
}
public void initiate(int level, int invaderCount, float timeBetweenInvaders, float timeBetweenWaves, elemantaryAffection elementaryAffection, triggerWaypoint startWaypoint, GameObject[] invadertypes)
{
this.level = level;
this.elementaryAffection = elementaryAffection;
_invaderCount = invaderCount;
_spawnCount = invaderCount;
_timeBetweenWaves = timeBetweenWaves;
_timeBetweenInvaders = timeBetweenInvaders;
_invaderTimeHelper.maxTime = _timeBetweenInvaders;
_waveTimeHelper.maxTime = 0.0f;
_startWaypoint = startWaypoint;
_invadertypes = invadertypes;
}
/*(random generation)waypoint functions*/
private triggerWaypoint createWaypoint(int positionX, int positionY, mapGfx mapGfx, triggerWaypoint connectWith, int identification)
{
GameObject newWaypoint = new GameObject("waypoint " + identification);
triggerWaypoint triggerWaypoint = newWaypoint.AddComponent <triggerWaypoint>();
newWaypoint.transform.position = new Vector3(positionX, positionY);
mapGfx.addGameObject(newWaypoint, "waypoint");
if (connectWith != null)
{
triggerWaypoint.nextWaypoint = connectWith;
}
return(triggerWaypoint);
}
public void Update()
{
if (currentWaypoint != null)
{
Vector3 dir = currentWaypoint.transform.position - transform.position;
dir.Normalize();
transform.position = Vector3.MoveTowards(transform.position, currentWaypoint.transform.position, speed * Time.deltaTime);
if (currentWaypoint.transform.position == transform.position)
{
currentWaypoint = nextWaypoint;
}
}
else
{
currentWaypoint = nextWaypoint;
}
}
public void update(float deltaTime, Transform transform)
{
if (_currentWaypoint != null)
{
Vector3 dir = _currentWaypoint.transform.position - transform.position;
dir.Normalize();
transform.position = Vector3.MoveTowards(transform.position, _currentWaypoint.transform.position, movementSpeed * deltaTime);
if (_currentWaypoint.transform.position == transform.position)
{
_currentWaypoint = _nextWaypoint;
}
}
else
{
_currentWaypoint = _nextWaypoint;
}
}
public void initiate(int level, int invaderCount, float timeBetweenInvaders, float timeBetweenWaves, triggerWaypoint startWaypoint, GameObject[] invadertypes)
{
_level = level;
_invaderCount = invaderCount;
_spawnCount = invaderCount;
_timeBetweenWaves = timeBetweenWaves;
_timeBetweenInvaders = timeBetweenInvaders;
_invaderTimeHelper.maxTime = _timeBetweenInvaders;
_waveTimeHelper.maxTime = timeBetweenWaves;
_waveTimeHelper.reset();
_startWaypoint = startWaypoint;
_invadertypes = invadertypes;
searchforui();
_invadercountslider.gameObject.SetActive(false);
}
public void createWavesystem(triggerWaypoint startWaypoint)
{
_wavesystem = new GameObject("wavesystem");
wavesystem wavesystem = _wavesystem.AddComponent <wavesystem>();
Object[] objects = Resources.LoadAll("Invader");
GameObject[] invadertypes = new GameObject[4];
invadertypes[0] = (GameObject)objects[0];
invadertypes[1] = (GameObject)objects[1];
invadertypes[2] = (GameObject)objects[2];
invadertypes[3] = (GameObject)objects[3];
wavesystem.initiate(0, 10, 1f, 0.0f, startWaypoint, invadertypes);
poolmanager.instance.createPool("airInvader", 6, true, invadertypes[0]);
poolmanager.instance.createPool("earthInvader", 6, true, invadertypes[1]);
poolmanager.instance.createPool("fireInvader", 6, true, invadertypes[2]);
poolmanager.instance.createPool("waterInvader", 6, true, invadertypes[3]);
}
public void initiate(int mapSize, int pathLengthReduktion)
{
_maxPathLength = ((mapSize / 2) * (mapSize - 2)) + (mapSize / 2 - 1);
_minPathLength = _maxPathLength / 2;
_targetPathLength = _maxPathLength - pathLengthReduktion;
_pathLengthReduktion = pathLengthReduktion;
//_actualPathLength = 0;
_spawnX = 0;
_spawnY = 0;
_baseX = Random.Range(1, mapSize - 1);
_baseY = Random.Range(1, mapSize - 1);
if (_pathList == null)
{
_pathList = new List <path>();
}
_pathList.Clear();
_startWaypoint = null;
}
private void setupBuiltPath(mapData mapData, mapGfx mapGfx)
{
triggerWaypoint lastWaypoint = null;
int waypointCount = 0;
mapData.setTileOnLayer(_spawnX, _spawnY, "path", mapGfx.getPrefixedObjectRange("spawn").getRandom());
mapData.setTileOnLayer(_baseX, _baseY, "path", mapGfx.getPrefixedObjectRange("basis").getRandom());
lastWaypoint = createWaypoint(_baseX, _baseY, mapGfx, lastWaypoint, waypointCount++);
mapData.setTileOnLayer(_baseX, _baseY, "tower", 1);
for (int pathtileIndex = _pathList.Count - 1; pathtileIndex >= 1; pathtileIndex--)
{
int positionX = _pathList[pathtileIndex].positionX;
int positionY = _pathList[pathtileIndex].positionY;
int currentDirection = _pathList[pathtileIndex].direction;
int nextDirection = _pathList[pathtileIndex - 1].direction;
if (gamemanager.instance.debug)
{
Debug.Log("(mapGenerator:setupBuiltPath) Pathtile on " + positionX + "|" + positionY + ".");
}
if (currentDirection != nextDirection)
{
if ((currentDirection == 0 && nextDirection == 2) || (currentDirection == 3 && nextDirection == 1))
{
mapData.setTileOnLayer(positionX, positionY, "path", mapGfx.getPrefixedObjectRange("upperLeftPath").getRandom());
}
else if ((currentDirection == 1 && nextDirection == 2) || (currentDirection == 3 && nextDirection == 0))
{
mapData.setTileOnLayer(positionX, positionY, "path", mapGfx.getPrefixedObjectRange("bottomLeftPath").getRandom());
}
else if ((currentDirection == 0 && nextDirection == 3) || (currentDirection == 2 && nextDirection == 1))
{
mapData.setTileOnLayer(positionX, positionY, "path", mapGfx.getPrefixedObjectRange("upperRightPath").getRandom());
}
else if ((currentDirection == 1 && nextDirection == 3) || (currentDirection == 2 && nextDirection == 0))
{
mapData.setTileOnLayer(positionX, positionY, "path", mapGfx.getPrefixedObjectRange("bottomRightPath").getRandom());
}
lastWaypoint = createWaypoint(positionX, positionY, mapGfx, lastWaypoint, waypointCount++);
}
else
{
if (currentDirection == 0 || currentDirection == 1)
{
mapData.setTileOnLayer(positionX, positionY, "path", mapGfx.getPrefixedObjectRange("verticalPath").getRandom());
}
else if (currentDirection == 2 || currentDirection == 3)
{
mapData.setTileOnLayer(positionX, positionY, "path", mapGfx.getPrefixedObjectRange("horizontalPath").getRandom());
}
}
mapData.setTileOnLayer(positionX, positionY, "tower", 1);
}
lastWaypoint = createWaypoint(_spawnX, _spawnY, mapGfx, lastWaypoint, waypointCount++);
_startWaypoint = lastWaypoint;
mapData.setTileOnLayer(_spawnX, _spawnY, "tower", 1);
}
