void TeamState::InitHex(const Team& team, const MapPos& pos, int rotation, Map& map)
{
Race race(team.GetRace());
Hex& hex = map.AddHex(HexPtr(new Hex(race.GetStartSector(team.GetColour()), pos, rotation)));
hex.SetColour(team.GetColour());
m_infTrack.RemoveDiscs(1);
for (Square* pSquare : hex.GetAvailableSquares(team))
{
m_popTrack.Remove(SquareTypeToResource(pSquare->GetType()), 1);
pSquare->SetOccupied(true);
}
ShipType ship = race.GetStartShip();
hex.AddShip(ship, team.GetColour());
RemoveShips(ship, 1);
}
std::vector<Square*> Hex::GetAvailableSquares(const Team& team)
{
VERIFY_MODEL(m_colour == team.GetColour());
std::vector<Square*> squares;
for (Square& s : m_squares)
if (!s.IsOccupied() && s.CanOccupy(team))
squares.push_back(&s);
return squares;
}
int Hex::GetPinnage(const Team& team) const
{
int nPinnage = 0;
for (auto& fleet : m_fleets)
{
if (fleet.FindSquadron(ShipType::GCDS))
return 1000;
if (!(Race(team.GetRace()).IsAncientsAlly() && fleet.GetColour() == Colour::None))
nPinnage += (fleet.GetColour() == team.GetColour() ? -1 : 1) * fleet.GetShipCount();
}
return nPinnage;
}
bool Hex::IsOwnedBy(const Team& team) const
{
return m_colour == team.GetColour();
}
bool Hex::CanExploreFrom(const Team& team) const
{
// "...next to a hex where you have a Ship or an Influence Disc"
// "If you Explore from a hex with only a Ship, it must not be pinned"
return IsOwnedBy(team) || (HasShip(team.GetColour()) && CanMoveOut(team));
}