public void Print(string s, int x, int y)
{
if (s.Equals("bu"))
{
Console.WriteLine("(" + x + ";" + y + ") " + isPushed);
}
else if (s.Equals("buttonConnectives"))
{
foreach (Switchable switchable in traps)
{
FallTrap ft = (FallTrap)switchable;
Console.WriteLine("(" + x + ";" + y + ")-(" + ft.GetMasterField().coordX + ";" + ft.GetMasterField().coordY + ")");
}
}
}
public void LoadMap(string filename)
{
// Read the file and display it line by line.
using (StreamReader file = new StreamReader(filename + @".txt"))
{
Dictionary <int, Dictionary <int, Field> > fieldsMap = new Dictionary <int, Dictionary <int, Field> >();
Dictionary <int, Dictionary <int, Box> > boxesMap = new Dictionary <int, Dictionary <int, Box> >();
Dictionary <int, Dictionary <int, BoxContainer> > boxContainerMap = new Dictionary <int, Dictionary <int, BoxContainer> >();
Dictionary <int, Dictionary <int, FallTrap> > fallTrapMap = new Dictionary <int, Dictionary <int, FallTrap> >();
Dictionary <int, Dictionary <int, Button> > buttonMap = new Dictionary <int, Dictionary <int, Button> >();
Dictionary <int, Dictionary <int, Hole> > holeMap = new Dictionary <int, Dictionary <int, Hole> >();
const short x = 0;
const short y = 1;
int[] coordinates;
string inputLine;
string state = "none";
string[] coordinateParts;
string[] paramList;
while ((inputLine = file.ReadLine()) != null)
{
if (inputLine.EndsWith(":"))
{ // inputLine is the next state
state = inputLine;
}
else
{
switch (state)
{
case "fields:":
coordinates = CoordSplit(inputLine);
if (!fieldsMap.ContainsKey(coordinates[x]))
{
fieldsMap.Add(coordinates[x], new Dictionary <int, Field>());
}
Field f = new Field(coordinates[x], coordinates[y]);
f.SetFriction(1);
fieldsMap[coordinates[x]].Add(coordinates[y], f);
break;
case "box:":
coordinates = CoordSplit(inputLine);
if (!(fieldsMap.ContainsKey(coordinates[x]) && fieldsMap[coordinates[x]].ContainsKey(coordinates[y])))
{
throw new WrongCoordException("NOPE");
}
if (!boxesMap.ContainsKey(coordinates[x]))
{
boxesMap.Add(coordinates[x], new Dictionary <int, Box>());
}
boxesMap[coordinates[x]].Add(coordinates[y], new Box());
fieldsMap[coordinates[x]][coordinates[y]].AddMoveable(boxesMap[coordinates[x]][coordinates[y]]);
break;
case "boxcontainers:":
coordinates = CoordSplit(inputLine);
if (!(fieldsMap.ContainsKey(coordinates[x]) && fieldsMap[coordinates[x]].ContainsKey(coordinates[y])))
{
throw new WrongCoordException("NOPE");
}
if (!boxContainerMap.ContainsKey(coordinates[x]))
{
boxContainerMap.Add(coordinates[x], new Dictionary <int, BoxContainer>());
}
boxContainerMap[coordinates[x]].Add(coordinates[y], new BoxContainer());
fieldsMap[coordinates[x]][coordinates[y]].AddFeature(boxContainerMap[coordinates[x]][coordinates[y]]);
break;
case "button:":
coordinates = CoordSplit(inputLine);
if (!(fieldsMap.ContainsKey(coordinates[x]) && fieldsMap[coordinates[x]].ContainsKey(coordinates[y])))
{
throw new WrongCoordException("NOPE");
}
if (!buttonMap.ContainsKey(coordinates[x]))
{
buttonMap.Add(coordinates[x], new Dictionary <int, Button>());
}
buttonMap[coordinates[x]].Add(coordinates[y], new Button());
fieldsMap[coordinates[x]][coordinates[y]].AddFeature(buttonMap[coordinates[x]][coordinates[y]]);
break;
case "falltrap:":
coordinates = CoordSplit(inputLine);
if (!(fieldsMap.ContainsKey(coordinates[x]) && fieldsMap[coordinates[x]].ContainsKey(coordinates[y])))
{
throw new WrongCoordException("Wrong Coords Added at line: " + inputLine);
}
if (!fallTrapMap.ContainsKey(coordinates[x]))
{
fallTrapMap.Add(coordinates[x], new Dictionary <int, FallTrap>());
}
fallTrapMap[coordinates[x]].Add(coordinates[y], new FallTrap(fieldsMap[coordinates[x]][coordinates[y]]));
fieldsMap[coordinates[x]][coordinates[y]].AddFeature(fallTrapMap[coordinates[x]][coordinates[y]]);
break;
case "hole:":
coordinates = CoordSplit(inputLine);
if (!(fieldsMap.ContainsKey(coordinates[x]) && fieldsMap[coordinates[x]].ContainsKey(coordinates[y])))
{
throw new WrongCoordException("Wrong Coords Added at line: " + inputLine);
}
if (!holeMap.ContainsKey(coordinates[x]))
{
holeMap.Add(coordinates[x], new Dictionary <int, Hole>());
}
holeMap[coordinates[x]].Add(coordinates[y], new Hole());
fieldsMap[coordinates[x]][coordinates[y]].AddFeature(holeMap[coordinates[x]][coordinates[y]]);
break;
case "neighbourhood:":
paramList = inputLine.Split(' ');
coordinateParts = paramList[0].Split('-');
coordinates = CoordSplit(coordinateParts[0]); // parse first part
if (!(fieldsMap.ContainsKey(coordinates[x]) && fieldsMap[coordinates[x]].ContainsKey(coordinates[y])))
{
throw new WrongCoordException("Wrong Coords Added at line: " + inputLine);
}
Field first = fieldsMap[coordinates[x]][coordinates[y]];
coordinates = CoordSplit(coordinateParts[1]); // parse first part
if (!(fieldsMap.ContainsKey(coordinates[x]) && fieldsMap[coordinates[x]].ContainsKey(coordinates[y])))
{
throw new WrongCoordException("Wrong Coords Added at line: " + inputLine);
}
Field second = fieldsMap[coordinates[x]][coordinates[y]];
first.AddNeighbour(second, stringToDirection(paramList[2]));
second.AddNeighbour(first, stringToDirection(paramList[1]));
break;
case "wires:":
coordinateParts = inputLine.Split('-');
coordinates = CoordSplit(coordinateParts[0]); // parse first part
if (!(buttonMap.ContainsKey(coordinates[x]) && buttonMap[coordinates[x]].ContainsKey(coordinates[y])))
{
throw new WrongCoordException("Wrong Coords Added at line: " + inputLine + ". In state:" + state);
}
Button buttontmp = buttonMap[coordinates[x]][coordinates[y]];
coordinates = CoordSplit(coordinateParts[1]); // parse second part
if (!(fallTrapMap.ContainsKey(coordinates[x]) && fallTrapMap[coordinates[x]].ContainsKey(coordinates[y])))
{
throw new WrongCoordException("Wrong Coords Added at line: " + inputLine + ". In state:" + state);
}
FallTrap fallTraptmp = fallTrapMap[coordinates[x]][coordinates[y]];
buttontmp.AddSwitchable(fallTraptmp);
break;
case "compatibility:":
coordinateParts = inputLine.Split('-');
coordinates = CoordSplit(coordinateParts[0]); // parse first part
if (!(fieldsMap.ContainsKey(coordinates[x]) && fieldsMap[coordinates[x]].ContainsKey(coordinates[y])))
{
throw new WrongCoordException("Wrong Coords Added at line: " + inputLine);
}
if (!(boxContainerMap.ContainsKey(coordinates[x]) && boxContainerMap[coordinates[x]].ContainsKey(coordinates[y])))
{
throw new WrongCoordException("NOPE");
}
BoxContainer boxContainertmp = boxContainerMap[coordinates[x]][coordinates[y]];
coordinates = CoordSplit(coordinateParts[1]); // parse second part
if (!(fieldsMap.ContainsKey(coordinates[x]) && fieldsMap[coordinates[x]].ContainsKey(coordinates[y])))
{
throw new WrongCoordException("Wrong Coords Added at line: " + inputLine);
}
if (!(boxesMap.ContainsKey(coordinates[x]) && boxesMap[coordinates[x]].ContainsKey(coordinates[y])))
{
throw new WrongCoordException("Wrong Coords Added at line: " + inputLine + ". In state:" + state);
}
Box boxtmp = boxesMap[coordinates[x]][coordinates[y]];
boxContainertmp.AddBox(boxtmp);
break;
case "spawnplaces:":
paramList = inputLine.Split(' ');
coordinates = CoordSplit(paramList[0]);
if (!(fieldsMap.ContainsKey(coordinates[x]) && fieldsMap[coordinates[x]].ContainsKey(coordinates[y])))
{
throw new WrongCoordException("Wrong Coords Added at line: " + inputLine);
}
double[] dtmp = { (double)coordinates[x], (double)coordinates[y], Double.Parse(paramList[1]) };
spawnPlaces.Add(dtmp);
break;
default:
throw new WrongLineFormat("Wrong Status header before line:" + inputLine);
}
}
}
foreach (int xc in fieldsMap.Keys)
{
foreach (int yc in fieldsMap[xc].Keys)
{
fields.Add(fieldsMap[xc][yc]);
}
}
foreach (int xc in boxesMap.Keys)
{
foreach (int yc in boxesMap[xc].Keys)
{
boxes.Add(boxesMap[xc][yc]);
}
}
}
}