public bool addResults(Floor f)
{
ReturnBestPath bpath = new ReturnBestPath();
ReturnLongestPath lpath = new ReturnLongestPath();
Edge PrevEdge;
Edge GoalEdge;
bool turns = false;
int turnsCount = 0;
int totalLen = 0;
//bestpath
List <Edge> BestPathE = new List <Edge>();
BestPathE.AddRange(bpath.RunAlg(f));
List <Cell> BestPathC = new List <Cell>();
BestPathC = bpath.BestPath;
totalLen = bpath.bestPathLen;
//longestPath
int LongestPath = 0;
lpath.RunAlg(f);
LongestPath = lpath.LongestPath;
LongestRoomDist.Add(LongestPath);
/*
* //reset path if it Is > size
* if((float)LongestPath > (float)Xsize * (float)Ysize * 0.75f)
* {
* //modify main so that if we return false we rebuild the floor
* return false
* }
*/
if ((f.floorNumber % 2) == 0) //POSSIBLE BROKE?
{ //first floor, and odd floors
//Debug.Log("first floor");
PrevEdge = new Edge(null, null, 0, Ysize, false);
// GoalEdge = new Edge(null, null, Xsize, 0, false);
}
else
{
//Debug.Log("odd floor");
PrevEdge = new Edge(null, null, Xsize, Ysize, false);
//GoalEdge = new Edge(null,null, 0, 0, false);
}
//check v first edge
for (int c = 1; c < BestPathE.Count; c++) //was C
{
if (BestPathE[c].getUp() != turns)
{
turns = BestPathE[c].getUp();
turnsCount = turnsCount + 1;
}
else
{
if (PrevEdge.getX() == BestPathE[c].getX() && BestPathE[c].getUp() == false)
{
turnsCount = turnsCount + 2;
}
else if (PrevEdge.getY() == BestPathE[c].getY() && BestPathE[c].getUp() == true)
{
turnsCount = turnsCount + 2;
}
}
PrevEdge = BestPathE[c];
}
//Debug.Log(turnsCount);
totalRooms.Add(f.cells.Count);
visitedRooms.Add(BestPathC.Count);
Turns.Add(turnsCount);
Length.Add(totalLen); //for some reason the 2nd last length is alsways +1 and the last is always -1
//Debug.Log(totalLen);
//add TIME!
//Debug.Log("LEN:" + totalLen);
return(true);
}
public List <Edge> RunAlg(Floor cur_floor)
{
///ISSUUE WITH THE ODD FLOORS AND THE STARTEDGE
Cell Startcell = cur_floor.cells[0];
Cell GoalCell = cur_floor.cells[0];
ReturnBestPath bpath = new ReturnBestPath();
List <Cell> BestPath = new List <Cell>();
bpath.RunAlg(cur_floor);
BestPath = bpath.BestPath;
if ((cur_floor.floorNumber % 2) == 0)
{
//Debug.Log("FIRST");
//if its an even floor
startedge = new Edge(Startcell, Startcell, 0, cur_floor.getY() - 1, false);
goaledge = new Edge(Startcell, Startcell, cur_floor.getX(), 0, false);
foreach (Cell c in cur_floor.cells)
{
if (c.YLoc > Startcell.YLoc && c.XLoc == 0)
{
Startcell = c;
}
}
foreach (Cell c in cur_floor.cells)
{
if (c.XLoc + c.Xsize == cur_floor.getX() && c.YLoc == 0)
{
GoalCell = c;
}
}
}
else
{ //odd floor
//Debug.Log("SECOND");
int counter = 0;
startedge = new Edge(Startcell, Startcell, cur_floor.getX(), cur_floor.getY() - 1, false);
goaledge = new Edge(Startcell, Startcell, 0, 0, false);
foreach (Cell c in cur_floor.cells)
{
if (c.YLoc + c.XLoc > counter)
{
counter = c.YLoc + c.XLoc;
Startcell = c;
}
}
foreach (Cell c in cur_floor.cells)
{
if (c.XLoc == 0 && c.YLoc == 0)
{
GoalCell = c;
}
}
}
// Debug.Log("goal = " + GoalCell.XLoc + "," + GoalCell.YLoc);
foreach (Cell c in cur_floor.cells)
{
if ((c != GoalCell || c != Startcell) && !BestPath.Contains(c))
{
List <Cell> curPath = new List <Cell>();
List <Cell> DefaultPath = new List <Cell>();
paths = new List <List <Cell> >();
visited = new List <List <int> >();
DefaultPath.Add(Startcell);
paths.Add(DefaultPath);
List <Edge> newList = new List <Edge>();
newList.Add(startedge);
//Debug.Log("start");
Dfirst(Startcell, GoalCell, c, DefaultPath, newList, cur_floor, 0);
//Debug.Log("SEARCH FINISHED");
}
}
LongestPath = LongestPath + 1; //so we step inside the last cell.
return(visitedEdges);
}
