/// <summary>
/// Spawns a certain Number of Ships
/// </summary>
public void SpawnShips()
{
sSelectShipList = new List <AShip>();
sAllShipList = new List <AShip>();
mAttackingShipList = new List <IBattleObject>();
mDefendingShipList = new List <IBattleObject>();
mRepairingShipList = new List <AShip>();
mEnteringShipList = new List <BattleShip>();
//instanziation
FlagShip testShip = new FlagShip(new Vector2(20, 20));
BattleShip testBattleShip = new BattleShip(new Vector2(300, 100));
BattleShip testBattleShip2 = new BattleShip(new Vector2(550, 900));
FisherShip testFisherShip = new FisherShip(new Vector2(550, 700));
TradingShip testTradingShip = new TradingShip(new Vector2(100, 1000));
//initialization
testBattleShip.Initialize();
testBattleShip2.Initialize();
testShip.Initialize();
testFisherShip.Initialize();
testTradingShip.Initialize();
//Owned
testBattleShip.Owned = true;
//add to List
sAllShipList.Add(testShip);
sAllShipList.Add(testBattleShip);
sAllShipList.Add(testBattleShip2);
sAllShipList.Add(testFisherShip);
sAllShipList.Add(testTradingShip);
//testing behaviour
//testBattleShip2.Defend(mPathFinder.CalculatePath(testBattleShip2.Position, new Vector2(100, 150), true));
testTradingShip.Defend(mPathFinder.CalculatePath(testTradingShip.Position, new Vector2(100, 100), true));//4700, 1400
mDefendingShipList.Add(testTradingShip);
//mDefendingShipList.Add(testBattleShip2);
//testing repairing
testBattleShip.Hp = 80;
//testing QuadTree:
mShipsQuadTree = new QuadTree(0, new Rectangle(0, 0, 5760, 5760));//testmap size is 1000*1000
}
public void Update(QuadTree quadTree)
{
if (mLightningactivated)
{
// damage a ship if its too close to a storm.
FisherShip dummyShip = new FisherShip(new Vector2(mStormRegion.X + (mStormRegion.Width / 2), mStormRegion.Y + (mStormRegion.Height / 2)));
var possibleCollisions = new List <AShip>();
quadTree.Retrieve(possibleCollisions, dummyShip);
if (possibleCollisions.Count > 0)
{
foreach (var pCShip in possibleCollisions)
{
if (mStormRegion.Contains(pCShip.Position) && mCounter >= 500 &&
pCShip.Owned)
{
var lightning = new Lightning(mAnim, pCShip.Position - new Vector2(0, 75));
MapScreen.mSmallThingsManager.AddThing(lightning);
if (pCShip.Owned)
{
SoundManager.PlayEfx("efx/ambience/Storm/rain_thunder");
}
pCShip.Hp -= 1;
mCounter = 0;
}
if (mStormRegion.Contains(pCShip.Position) && mCounter < 500)
{
mCounter += 1;
}
}
}
if (mLightningCounter >= mNewLightning)
{
var lightning = new Lightning(mAnim,
new Vector2(mGenerator.Next(mStormRegion.X + 75, mStormRegion.X + mStormRegion.Width - 75),
mGenerator.Next(mStormRegion.Y + 75, mStormRegion.Y + mStormRegion.Height - 75)));
MapScreen.mSmallThingsManager.AddThing(lightning);
mLightningCounter = 0;
mNewLightning = mGenerator.Next(10, 100);
mTimeToLive -= 1;
if (mTimeToLive < 0)
{
SoundManager.Stop("efx/ambience/Storm/rain_thunder");
mDestroyed = true;
EnvironmentManager.mStormNumber -= 1;
Despawn();
if (mCheckCloud.mDespawnComplete)
{
foreach (var cloud in mStormClouds)
{
cloud.KillCloud();
}
}
}
}
else
{
mLightningCounter += 1;
}
}
else
{
if (mCheckCloud.mFadingCompleted)
{
mLightningactivated = true;
}
}
}
public void Update(QuadTree quadTree)
{
// repeat the vortexanimation
if (mVortexAnim.IsDestroyed && !mDestroyed)
{
mVortexAnim = new VortexAnim(mAnim, mVortexRegion1.Location.ToVector2());
mVortexAnim2 = new VortexAnim(mAnim, mVortexRegion2.Location.ToVector2());
MapScreen.mSmallThingsManager.AddThing(mVortexAnim);
MapScreen.mSmallThingsManager.AddThing(mVortexAnim2);
}
// damage a ship if its too close to a storm.
FisherShip dummyShip1 = new FisherShip(new Vector2(mVortexRegion1.X, mVortexRegion1.Y));
var possibleCollisions1 = new List <AShip>();
quadTree.Retrieve(possibleCollisions1, dummyShip1);
FisherShip dummyShip2 = new FisherShip(new Vector2(mVortexRegion1.X, mVortexRegion1.Y));
var possibleCollisions2 = new List <AShip>();
quadTree.Retrieve(possibleCollisions2, dummyShip2);
if (possibleCollisions1.Count > 0 || possibleCollisions2.Count > 0)
{
foreach (var pCShip in possibleCollisions1)
{
if (mVortexRegion1.Contains(pCShip.Position) &&
pCShip.Owned && !mCoolDown)
{
SoundManager.PlayEfx("efx/warp");
pCShip.Position = mVortexRegion2.Location.ToVector2();
pCShip.Moving = false;
/*
* if (pCShip is FlagShip)
* {
* Game1.mMapScreen.mMapCamera.Position = (mVortexRegion2.Location.ToVector2() - new Vector2(60, 20));
* }
*/
mCoolDown = true;
}
if (mVortexRegion2.Contains(pCShip.Position) &&
pCShip.Owned && !mCoolDown)
{
SoundManager.PlayEfx("efx/warp");
pCShip.Position = mVortexRegion1.Location.ToVector2();
pCShip.Moving = false;
/*
* if (pCShip is FlagShip)
* {
* Game1.mMapScreen.mMapCamera.Position = (mVortexRegion1.Location.ToVector2() -
* new Vector2(60, 20));
* }
*/
mCoolDown = true;
}
}
}
// cooldown for disallowing multiple teleportations
if (mCoolDown)
{
if (mCoolDownCounter < 300)
{
mCoolDownCounter += 1;
}
else
{
mCoolDownCounter = 0;
mCoolDown = false;
}
}
mTimeToLive -= 1;
if (mTimeToLive < 0)
{
mDestroyed = true;
EnvironmentManager.mVortexNumber -= 1;
mVortexAnim.KillVortex();
mVortexAnim2.KillVortex();
}
}