internal Line(SwapPair <Node> pair, int shift)
{
mDeadProc = 0;
mAlive = true;
mPair = pair;
mShift = shift;
}
public Net(Func <String, bool> logger, Controller c1, Controller c2, int nodeCount, int lineCount, int firstFishkaCount, int secondFishkaCount, int width, int height)
{
mGameOver = false;
mLogger = logger;
mNode = new List <Node>();
mLine = new List <Line>();
mPairCounter = new Counter <OrderedPair <Node> >();
mPlayer1 = new Player(Color.Blue, c1, this);
mPlayer2 = new Player(Color.Red, c2, this);
mPlayer1.setEnemy(mPlayer2);
mPlayer2.setEnemy(mPlayer1);
c1.init(mPlayer1);
c2.init(mPlayer2);
mCurPlayer = mPlayer1;
Random r = new Random();
for (int i = 0; i < firstFishkaCount; i++)
{
mPlayer1.add(new Fishka(mPlayer1, 50 + 50 * i, height - 80));
}
for (int i = 0; i < secondFishkaCount; i++)
{
mPlayer2.add(new Fishka(mPlayer2, width - 50 - 50 * i, 50));
}
for (int i = 0; i < nodeCount; i++)
{
mNode.Add(new Node(75 + r.Next(width - 150), 75 + r.Next(height - 150)));
}
for (int i = 0; i < nodeCount; i++)
{
for (int o = 0; o < lineCount; o++)
{
int nodeIndex = r.Next(nodeCount);
SwapPair <Node> swapPair = genSwapPair(i, nodeIndex);
OrderedPair <Node> orderedPair = swapPair.getOrderedPair();
int shift = mPairCounter.get(orderedPair);
mPairCounter.increase(orderedPair);
mLine.Add(new Line(swapPair, shift));
}
}
}
internal void calcPos(Counter <OrderedPair <Node> > pairCounter)
{
if (!isCycle())
{
mVecPair = mPair.map <Vec>(delegate(OrderedPair <Node> pair)
{
Vec delta = pair.mSecond.mPos - pair.mFirst.mPos;
Vec vec = delta.norm();
double shift = (mShift - (pairCounter.get(mPair.getOrderedPair()) - 1) * 0.5f) * W;
Vec pFirst = pair.mFirst.mPos + vec.rotate() * shift + vec * Node.mSize / 2;
Vec pSecond = pair.mSecond.mPos + vec.rotate() * shift - vec * Node.mSize / 2;
return(new OrderedPair <Vec>(pFirst, pSecond));
});
}
else
{
Vec pos = mPair.mFirst.mPos + Vec.getDir(mShift, 3, W);
mVecPair = new SwapPair <Vec>(pos, pos, false);
}
}
