public override bool CanExecute(SimulatedDisplacement sim, Direction dir, Board board)
{
if (board.CheckCoord(sim.GetCurrentVector()))
{
Tile tile = board.GetTile(sim.GetCurrentVector());
return(tile.tileType == TileType.PLAINS);
}
return(false);
}
public override bool CanExecute(SimulatedDisplacement sim, Direction dir, Board board)
{
// TODO Fail upon snare
if (sim.displacement.unit.statusController.HasStatus(new StunEffect(0)))
{
return(false);
}
if (board.CheckCoord(sim.GetCurrentVector()))
{
Tile tile = board.GetTile(sim.GetCurrentVector());
return(tile.tileType == TileType.PLAINS);
}
return(false);
}
public static void MoveUnit(SimulatedDisplacement sim, Board board)
{
MoveUnit(sim.GetUnit(), board.GetTile(sim.GetCurrentVector()));
}
public void Relax()
{
bool changed;
do
{
Dictionary <Vector2, SimulatorNode> nextIter = new Dictionary <Vector2, SimulatorNode>();
changed = false;
foreach (KeyValuePair <Vector2, SimulatorNode> pair in nodes)
{
SimulatorNode node = pair.Value;
if (IsRelaxed(node))
{
//No Conflict Resolution Needed, update unit values
foreach (SimulatorEdge edge in node.edges)
{
SimulatedDisplacement sim = edge.sim;
Vector2 current = sim.GetCurrentVector();
Vector2 next;
if (!sim.conflict && !sim.outOfBounds)
{
next = sim.GetNextSimulationStep(board);
changed = changed || next != current;
}
else
{
next = current; //do not move forward
}
//Create and push to simulation our new location
if (!nextIter.ContainsKey(current))
{
nextIter.Add(current, new SimulatorNode(current));
}
if (!nextIter.ContainsKey(next))
{
nextIter.Add(next, new SimulatorNode(next));
}
nextIter[next].AddEdge(new SimulatorEdge(nextIter[current], nextIter[next], sim));
}
}
else
{
//Create and push to simulation our new location
foreach (SimulatorEdge edge in node.edges)
{
SimulatedDisplacement sim = edge.sim;
Vector2 current = sim.GetCurrentVector();
Vector2 prev = sim.GetPreviousSimulationStep(board);
sim.conflict = true;
changed = changed || prev != current;
//Create and push to simulation our new location
if (!nextIter.ContainsKey(current))
{
nextIter.Add(current, new SimulatorNode(current));
}
if (!nextIter.ContainsKey(prev))
{
nextIter.Add(prev, new SimulatorNode(prev));
}
nextIter[prev].AddEdge(new SimulatorEdge(nextIter[current], nextIter[prev], sim));
}
}
}
nodes = nextIter;
} while(changed);
}
