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);
}
}
internal void paint(Drawer drawer, bool selected)
{
Color color = Color.Black;
if (mPair.mFirst.hasFishka())
{
color = mPair.mFirst.getFishka().mPlayer.mColor;
}
if (mAlive)
{
Pen pen = new Pen(color);
if (selected)
{
pen = new Pen(color, 3);
}
if (!isCycle())
{
Vec delta2 = mVecPair.mSecond - mVecPair.mFirst;
Vec vec2 = delta2.norm();
Vec p1 = mVecPair.mSecond - vec2 * W + vec2.rotate() * W / 2;
Vec p2 = mVecPair.mSecond - vec2 * W - vec2.rotate() * W / 2;
drawer.drawLine(pen, mVecPair.mFirst, mVecPair.mSecond);
drawer.drawLine(pen, p1, mVecPair.mSecond);
drawer.drawLine(pen, p2, mVecPair.mSecond);
drawer.drawEllipse(pen, getCenter(), W / 3);
}
else
{
drawer.drawEllipse(pen, mVecPair.mFirst, W);
}
}
else
{
if (mDeadProc < 1)
{
if (isCycle())
{
drawer.drawExplose(new Pen(color, 1), mVecPair.mFirst, W / 2, mDeadProc);
}
else
{
const int PART = 10;
const double PART_1 = 1.0 / PART;
for (int i = 0; i < PART; i++)
{
Vec delta2 = mVecPair.mSecond - mVecPair.mFirst;
Vec vec2 = delta2.norm();
Vec p1 = mVecPair.mFirst + vec2 * W;
Vec p2 = mVecPair.mSecond - vec2 * W;
double a = i * PART_1 + mDeadProc * PART_1 / 2;
double b = (i + 1) * PART_1 - mDeadProc * PART_1 / 2;
drawer.drawLine(new Pen(color, 1), p1.interpolate(p2, a), p1.interpolate(p2, b));
}
}
}
}
}
