void DSF(TMap const & maze,
MapKeyT const & cur, MapKeyT const & prev, Cell const & target,
MapT & data, vector<vector<int>> const & bonuses)
{
bool IsOpposite = GetOppositeDirection(prev.second) == cur.second;
double to_add = (IsOpposite ? 3 : 1);
if (bonuses[cur.first.m_x][cur.first.m_y] == 1)
to_add -= 0.5;
bool need_update = data.count(cur) == 0;
need_update |= data[cur].first > data[prev].first + to_add;
if (need_update)
{
double prev_dist = data.count(prev) == 0 ? 0 : data[prev].first;
data[cur] = {prev_dist + to_add, prev};
}
if (cur.first == target)
return;
if (need_update)
{
if (CanPass(maze, cur.first, cur.second))
DSF(maze, {cur.first.GetNeibor(cur.second), cur.second}, cur, target, data, bonuses);
for (auto const & dir: AllDirections())
if (CanPass(maze, cur.first, dir))
DSF(maze, {cur.first.GetNeibor(dir), dir}, cur, target, data, bonuses);
}
}
void Atmosphere::ProcessTileMove(size_t x, size_t y, size_t z)
{
auto tile = map_->GetSquares()[x][y][z];
if (tile->GetTurf()->GetAtmosState() == NON_SIMULATED)
{
return;
}
if (tile->GetTurf()->GetAtmosState() == SPACE)
{
return;
}
for (size_t d_sh = 0; d_sh < dir_shuffle_.size(); ++d_sh)
{
Dir dir = dir_shuffle_[d_sh];
auto neighbour = tile->GetNeighbourImpl(dir);
if (!( ( neighbour->GetTurf()->GetAtmosState() == NON_SIMULATED
&& PRESSURE_MOVE_BORDER < tile->GetAtmosHolder()->GetPressure())
|| (neighbour->GetAtmosHolder()->GetPressure() + PRESSURE_MOVE_BORDER
< tile->GetAtmosHolder()->GetPressure())))
{
continue;
}
if (!CanPass(tile->GetPassable(dir), Passable::AIR))
{
tile->BumpByGas(dir, true);
continue;
}
if ( !CanPass(neighbour->GetPassable(D_ALL), Passable::AIR)
|| !CanPass(neighbour->GetPassable(helpers::revert_dir(dir)), Passable::AIR))
{
neighbour->BumpByGas(dir);
continue;
}
if (tile->GetInsideList().size())
{
auto i = tile->GetInsideList().rbegin();
while ( (i != tile->GetInsideList().rend())
&& ((*i)->passable_level == Passable::EMPTY))
{
++i;
}
if (i != tile->GetInsideList().rend())
{
(*i)->ApplyForce(DirToVDir[dir]);
}
}
}
}
void Atmosphere::ProcessTile(size_t x, size_t y, size_t z)
{
auto tile = map_->GetSquares()[x][y][z];
if (tile->GetTurf()->GetAtmosState() == NON_SIMULATED)
{
return;
}
//ShuffleDir();
for (size_t d_sh = 0; d_sh < dir_shuffle_.size(); ++d_sh)
{
Dir dir = dir_shuffle_[d_sh];
auto neighbour = tile->GetNeighbourImpl(dir);
if (!( CanPass(tile->GetPassable(dir), Passable::AIR)
&& CanPass(neighbour->GetPassable(helpers::revert_dir(dir)), Passable::AIR)
&& CanPass(neighbour->GetPassable(D_ALL), Passable::AIR))
)
{
continue;
}
if (neighbour->GetTurf()->GetAtmosState() == NON_SIMULATED)
{
continue;
}
int p = MAX_GAS_LEVEL / 2;
if (!CanPass(tile->GetPassable(D_ALL), Passable::AIR))
{
p = 0;
}
tile->GetAtmosHolder()->Connect(
neighbour->GetAtmosHolder(),
MAX_GAS_LEVEL, MAX_GAS_LEVEL, p);
if (tile->GetTurf()->GetAtmosState() == SPACE)
{
tile->GetAtmosHolder()->Truncate();
}
if (neighbour->GetTurf()->GetAtmosState() == SPACE)
{
neighbour->GetAtmosHolder()->Truncate();
}
}
}
bool IMovable::CheckPassable()
{
PassableLevel loc = GetPassable(dMove);
if (loc != Passable::FULL)
{
SetPassable(dMove, Passable::FULL);
}
if (!CanPass(owner->GetPassable(dMove), passable_level))
{
owner->Bump(GetId());
force_.x = 0;
force_.y = 0;
force_.z = 0;
if (loc != Passable::FULL)
{
SetPassable(dMove, loc);
}
return false;
}
if (loc != Passable::FULL)
{
SetPassable(dMove, loc);
}
auto neighbour = owner->GetNeighbour(dMove);
if ( !CanPass(neighbour->GetPassable(D_ALL), passable_level)
|| !CanPass(neighbour->GetPassable(helpers::revert_dir(dMove)), passable_level))
{
neighbour->Bump(GetId());
force_.x = 0;
force_.y = 0;
force_.z = 0;
return false;
}
return true;
}
void MapMaster::FillAtmosphere()
{
for (int z = 0; z < GetDepth(); ++z)
for (int x = 0; x < GetWidth(); ++x)
for (int y = 0; y < GetHeight(); ++y)
if ( squares_[x][y][z]->GetTurf()
&& squares_[x][y][z]->GetTurf()->GetAtmosState() != SPACE
&& squares_[x][y][z]->GetTurf()->GetAtmosState() != NON_SIMULATED
&& CanPass(squares_[x][y][z]->GetPassable(D_ALL), Passable::AIR))
{
auto a = squares_[x][y][z]->GetAtmosHolder();
a->AddGase(NYTROGEN, 750);
a->AddGase(OXYGEN, 230);
a->AddGase(CO2, 1);
a->AddEnergy(1000);
}
}