public static void PopulatePlayer(string size)
{
int col = Loc.Next(MapSize[size]);
int row = Loc.Next(MapSize[size]);
if (newMap[col, row].Occupied == false)
{
newMap[col, row].Player = true;
newMap[col, row].Occupied = true;
PlayerCurrentCol = col;
PlayerCurrentRow = row;
newMap[col, row].VisitedTrace = true;
VisitedTrace.Enqueue($"[{newMap[col, row].Column},{newMap[col, row].Row}]");
}
else
{
PopulatePlayer(size);
}
}
//**Methods and statements in below section allow players to Move, Shoot, get Notes, trace Player's previous moves and cheat.**
//The Move method update the player's location by assigning proper value to Cavern.Player property.
public static int Move(string size)
{
PlayerPreviousCol = PlayerCurrentCol;
PlayerPreviousRow = PlayerCurrentRow;
string direction = Console.ReadLine();
switch (direction)
{
case "1":
newMap[PlayerCurrentCol, PlayerCurrentRow].Player = false;
newMap[PlayerCurrentCol, PlayerCurrentRow].Occupied = false;
int updatedRow = PlayerCurrentRow - 1;
if (updatedRow < 0)
{
updatedRow = MapSize[size] - 1;
}
newMap[PlayerCurrentCol, updatedRow].Player = true;
PlayerCurrentRow = updatedRow;
VisitedTrace.Enqueue($"[{newMap[PlayerCurrentCol, updatedRow].Column},{newMap[PlayerCurrentCol, updatedRow].Row}]");
newMap[PlayerCurrentCol, updatedRow].VisitedTrace = true;
Game.move++;
return(CheckIfCavernIsOccupied(size));
case "2":
newMap[PlayerCurrentCol, PlayerCurrentRow].Player = false;
newMap[PlayerCurrentCol, PlayerCurrentRow].Occupied = false;
updatedRow = PlayerCurrentRow + 1;
if (updatedRow > MapSize[size] - 1)
{
updatedRow = 0;
}
newMap[PlayerCurrentCol, updatedRow].Player = true;
PlayerCurrentRow = updatedRow;
VisitedTrace.Enqueue($"[{newMap[PlayerCurrentCol, updatedRow].Column},{newMap[PlayerCurrentCol, updatedRow].Row}]");
newMap[PlayerCurrentCol, updatedRow].VisitedTrace = true;
Game.move++;
return(CheckIfCavernIsOccupied(size));
case "4":
newMap[PlayerCurrentCol, PlayerCurrentRow].Player = false;
newMap[PlayerCurrentCol, PlayerCurrentRow].Occupied = false;
int updatedCol = PlayerCurrentCol - 1;
if (updatedCol < 0)
{
updatedCol = MapSize[size] - 1;
}
newMap[updatedCol, PlayerCurrentRow].Player = true;
PlayerCurrentCol = updatedCol;
VisitedTrace.Enqueue($"[{newMap[updatedCol, PlayerCurrentRow].Column},{newMap[updatedCol, PlayerCurrentRow].Row}]");
newMap[updatedCol, PlayerCurrentRow].VisitedTrace = true;
Game.move++;
return(CheckIfCavernIsOccupied(size));
case "3":
newMap[PlayerCurrentCol, PlayerCurrentRow].Player = false;
newMap[PlayerCurrentCol, PlayerCurrentRow].Occupied = false;
updatedCol = PlayerCurrentCol + 1;
if (updatedCol > MapSize[size] - 1)
{
updatedCol = 0;
}
newMap[updatedCol, PlayerCurrentRow].Player = true;
PlayerCurrentCol = updatedCol;
VisitedTrace.Enqueue($"[{newMap[updatedCol, PlayerCurrentRow].Column},{newMap[updatedCol, PlayerCurrentRow].Row}]");
newMap[updatedCol, PlayerCurrentRow].VisitedTrace = true;
Game.move++;
return(CheckIfCavernIsOccupied(size));
default:
Game.Update();
return(0);
}
}
