private void Update(MetaDataNode node)
{
//Gases are frozen within closed airlocks or walls
if (node.IsOccupied || node.IsClosedAirlock)
{
return;
}
nodes.Clear();
nodes.Add(node);
node.AddNeighborsToList(ref nodes);
bool isPressureChanged = AtmosUtils.IsPressureChanged(node, out var windDirection, out var windForce);
if (isPressureChanged)
{
node.ReactionManager.AddWindEvent(node, windDirection, windForce);
Equalize();
for (int i = 1; i < nodes.Count; i++)
{
updateList.Enqueue(nodes[i]);
}
}
//Check to see if any reactions are needed
DoReactions(node);
//Check to see if node needs vfx applied
GasVisualEffects(node);
}
private void Update(MetaDataNode node)
{
nodes.Clear();
nodes.Add(node);
node.AddNeighborsToList(ref nodes);
//Conduct heat from this nodes gas mix to this nodes tile
if (node.IsOccupied == false || node.IsIsolatedNode)
{
ConductFromOpenToSolid(node, meanGasMix);
}
//Gases are frozen within walls and isolated tiles (closed airlocks) so dont do gas equalising
if (node.IsOccupied == false && node.IsIsolatedNode == false)
{
bool isPressureChanged = AtmosUtils.IsPressureChanged(node, out var windDirection, out var windForce);
if (isPressureChanged)
{
node.ReactionManager.AddWindEvent(node, windDirection, windForce);
Equalize();
for (int i = 1; i < nodes.Count; i++)
{
updateList.Enqueue(nodes[i]);
}
}
}
//Check to see if we need to do conductivity to other adjacent tiles
Conductivity(node);
//Only allow open tiles or isolated tiles to do reactions
if (node.IsOccupied && node.IsIsolatedNode == false)
{
return;
}
//Check to see if any reactions are needed
DoReactions(node);
//Check to see if node needs vfx applied
GasVisualEffects(node);
}