protected virtual PathNode[] PathNodesForTarget(
Target t,
Region tr,
Region efr,
Vector3 pos,
Quaternion q
)
{
if (t.subregion != -1)
{
return(efr.GetValidTiles(tr.ActualTilesForTargetedTiles(tr.regions[t.subregion].GetValidTiles(pos, q)), q));
}
else if (t.path != null)
{
return(efr.GetValidTiles(tr.ActualTilesForTargetedTiles(new PathNode[] { t.path }), q));
}
else if (t.character != null)
{
return(efr.GetValidTiles(tr.ActualTilesForTargetedTiles(new PathNode[] { new PathNode(t.character.TilePosition, null, 0) }), q));
}
else if (t.facing != null)
{
return(efr.GetValidTiles(pos, t.facing.Value));
}
Debug.LogError("Invalid target");
return(null);
}
protected virtual PathNode[] PathNodesForTarget(
Target t,
Region tr,
Region efr,
Vector3 pos,
Quaternion q
)
{
if(t.subregion != -1) {
return efr.GetValidTiles(tr.ActualTilesForTargetedTiles(tr.regions[t.subregion].GetValidTiles(pos, q)), q);
} else if(t.path != null) {
return efr.GetValidTiles(tr.ActualTilesForTargetedTiles(new PathNode[]{t.path}), q);
} else if(t.character != null) {
return efr.GetValidTiles(tr.ActualTilesForTargetedTiles(new PathNode[]{new PathNode(t.character.TilePosition, null, 0)}), q);
} else if(t.facing != null) {
return efr.GetValidTiles(pos, t.facing.Value);
}
Debug.LogError("Invalid target");
return null;
}
