void hoverWireRecursion(GridPoint currentGridPoint, int powerEntryPoint)
{
GridPoint nextGridPoint = currentGridPoint.AdjacentPointsCircular() [powerEntryPoint + 3];
if (inRange(nextGridPoint))
{
HexagonBase hexBase = getHexagon(nextGridPoint);
if (hexBase is HexagonPower)
{
HexagonPower nextHexPower = (HexagonPower)hexBase;
Wire activeWire = nextHexPower.getWireAtEntryPoint(powerEntryPoint);
if ((activeWire != null) && !nextHexPower.isRotating() && !activeWire.hover)
{
activeWire.setHover(true);
int nextPowerEntryPoint = nextHexPower.otherEndpointOfWire(powerEntryPoint);
hoverWires.Add(activeWire);
hoverWireRecursion(nextGridPoint, (nextPowerEntryPoint + 3) % 6);
}
}
}
}
void emitPowerRecursion(GridPoint currentGridPoint, int powerEntryPoint)
{
GridPoint nextGridPoint = currentGridPoint.AdjacentPointsCircular() [powerEntryPoint + 3];
if (hexField.inRange(nextGridPoint))
{
HexagonBase hexBase = hexField.getHexagon(nextGridPoint);
if (hexBase is HexagonPower)
{
HexagonPower nextHexPower = (HexagonPower)hexBase;
Wire activeWire = nextHexPower.getWireAtEntryPoint(powerEntryPoint);
if ((activeWire != null) && !nextHexPower.isRotating())
{
activeWire.setPowered(true);
int nextPowerEntryPoint = nextHexPower.otherEndpointOfWire(powerEntryPoint);
poweredWires.Add(activeWire);
emitPowerRecursion(nextGridPoint, ((nextPowerEntryPoint + 9) % 6));
}
}
}
}