/// <summary>
/// Function to save scores current file by adding scores from list
/// </summary>
public void SaveScoreOnFile(GameScore score)
{
string FILENAME = string.Format("Highscores_{0}x{1}.txt",
GameBoard.RowSize, GameBoard.ColSize);
// Append text to the file content
// StreamWriter fileContent = new StreamWriter(FILENAME);
StreamWriter fileContent = File.AppendText(FILENAME);
// Add scores to scorelist
scoreList.Add(score);
fileContent.WriteLine(score.Name + SEPARATOR + score.Score);
fileContent.Close();
}
//StreamWriter fileContent = new StreamWriter(FILENAME);
/// <summary>
/// Function to read file created with specific game dimensions name
/// and print out its content.
/// </summary>
public void LoadScoreFromFile(GameScore score)
{
string FILENAME = string.Format("Highscores_{0}x{1}.txt",
GameBoard.RowSize, GameBoard.ColSize);
StreamReader file = new StreamReader(FILENAME);
string reader = null;
while ((reader = file.ReadLine()) != null)
{
string[] nameAndScore = reader.Split(SEPARATOR);
string name = nameAndScore[0];
double scores = Convert.ToSingle(nameAndScore[1]);
GameScore newScore = new GameScore(name, scores);
scoreList.Capacity = 8;
scoreList.Sort((x, y) => x.Score.CompareTo(y.Score));
if (scoreList.Count < scoreList.Capacity)
{
scoreList.Add(newScore);
}
else
{
if (newScore.Score > scoreList[0].Score)
{
scoreList.RemoveAt(0);
scoreList.Add(newScore);
}
}
scoreList.Sort((x, y) => x.Score.CompareTo(y.Score));
scoreList.Reverse();
}
file.Close();
foreach (GameScore scorerr in scoreList)
{
Console.WriteLine($"Player {scorerr.Name} has a score of {Math.Round(scorerr.Score*100)/100}");
}
scoreList.Clear();
}
/// <summary>
/// Function to save scores current file by adding scores from list
/// </summary>
public void SaveScoreOnFile(GameScore score)
{
// name of the file to be created for specified board settings
string FILENAME = string.Format("Highscores_{0}x{1}.txt",
GameBoard.RowSize, GameBoard.ColSize);
// Append text to the file content
StreamWriter fileContent = File.AppendText(FILENAME);
// Add scores to scorelist
scoreList.Add(score);
// write the current player's name and score separated on the file
fileContent.WriteLine(score.Name + SEPARATOR + score.Score);
// close the file
fileContent.Close();
}
/// <summary>
/// This method contains the main loop cycle for the game, showing the
/// start menu and registering player input for each action every turn,
/// finishing whenever someone wins, loses or quits
/// it returns nothing
/// </summary>
public void Loop(int chosenDiff)
{
// create new level based on the chosen difficulty and current lvl
newLevel = new Levels(lvlCount, (chosenDiff * lvlCount));
// initialise the PrintText class so different texts can be printed
PrintText gameInfo = new PrintText();
// only show the menu and create board at startup
if (!start)
{
menu.Menu();
board.DefineBoard(newLevel);
}
// set start to true to hide menu and set the board
start = true;
// For reading the player's input
ConsoleKey answer;
// cycle to print board and run the game while conditions not met
do
{
// render the board anew each time the cycle loops
board.RenderBoard(newLevel);
// Showcase player's current stats through level progression
gameInfo.GameText(newLevel, board.player, board.inventory, key);
// Read user's single key input
answer = Console.ReadKey().Key;
// Clear console for ease of view
Console.Clear();
// check the action given by the player
// activate look around
if (answer == ConsoleKey.D5)
{
List <CurrentMapObjects> lookAroundItems =
new List <CurrentMapObjects>();
// get the objects around the player
foreach (CurrentMapObjects item in board.itemList)
{
board.player.Surroundings(lookAroundItems, item, board);
}
// show the look around menu
gameInfo.LookAroundText(lookAroundItems);
// clear the items for next movement positions
lookAroundItems.Clear();
}
// move to the south
if (answer == ConsoleKey.S &&
Position.IsValidPosition
((new Position((board.player.Position.Row + 1),
(board.player.Position.Col))), (GameBoard.RowSize - 1),
(GameBoard.ColSize - 1)))
{
// set the key to print the action
key = 'S';
// remove 1hp for turn
board.player.HealthChange(-1);
// reset the cell the player was on
board.cells[board.player.Position.Row,
board.player.Position.Col] =
new BoardCells((char)Chars.path, true);
// set the cell at new player position
board.player.Position.Row++;
board.cells[board.player.Position.Row,
board.player.Position.Col] =
new BoardCells(board.player.name, false);
}
if (answer == ConsoleKey.W &&
Position.IsValidPosition
((new Position((board.player.Position.Row - 1),
(board.player.Position.Col))), (GameBoard.RowSize - 1),
(GameBoard.ColSize - 1)))
{
key = 'W';
board.player.HealthChange(-1);
board.cells[board.player.Position.Row,
board.player.Position.Col] =
new BoardCells((char)Chars.path, true);
board.player.Position.Row--;
board.cells[board.player.Position.Row,
board.player.Position.Col] =
new BoardCells(board.player.name, false);
}
if (answer == ConsoleKey.A && Position.IsValidPosition((new Position((board.player.Position.Row), (board.player.Position.Col - 1))), (GameBoard.RowSize - 1), (GameBoard.ColSize - 1)))
{
key = 'A';
board.player.HealthChange(-1);
board.cells[board.player.Position.Row,
board.player.Position.Col] =
new BoardCells((char)Chars.path, true);
board.player.Position.Col--;
board.cells[board.player.Position.Row,
board.player.Position.Col] =
new BoardCells(board.player.name, false);
}
if (answer == ConsoleKey.D &&
Position.IsValidPosition((
new Position((board.player.Position.Row),
(board.player.Position.Col + 1))),
(GameBoard.RowSize - 1), (GameBoard.ColSize - 1)))
{
key = 'D';
board.player.HealthChange(-1);
board.cells[board.player.Position.Row,
board.player.Position.Col] =
new BoardCells((char)Chars.path, true);
board.player.Position.Col++;
board.cells[board.player.Position.Row,
board.player.Position.Col] =
new BoardCells(board.player.name, false);
}
if (answer == ConsoleKey.Q &&
Position.IsValidPosition((
new Position((board.player.Position.Row - 1),
(board.player.Position.Col - 1))),
(GameBoard.RowSize - 1), (GameBoard.ColSize - 1)))
{
key = 'Q';
board.player.HealthChange(-1);
board.cells[board.player.Position.Row,
board.player.Position.Col] =
new BoardCells((char)Chars.path, true);
board.player.Position.Col--;
board.player.Position.Row--;
board.cells[board.player.Position.Row,
board.player.Position.Col] =
new BoardCells(board.player.name, false);
}
if (answer == ConsoleKey.E &&
Position.IsValidPosition((
new Position((board.player.Position.Row - 1),
(board.player.Position.Col + 1))), (GameBoard.RowSize - 1),
(GameBoard.ColSize - 1)))
{
key = 'E';
board.player.HealthChange(-1);
board.cells[board.player.Position.Row,
board.player.Position.Col] =
new BoardCells((char)Chars.path, true);
board.player.Position.Col++;
board.player.Position.Row--;
board.cells[board.player.Position.Row,
board.player.Position.Col] =
new BoardCells(board.player.name, false);
}
if (answer == ConsoleKey.Z &&
Position.IsValidPosition((
new Position((board.player.Position.Row + 1),
(board.player.Position.Col - 1))),
(GameBoard.RowSize - 1), (GameBoard.ColSize - 1)))
{
key = 'Z';
board.player.HealthChange(-1);
board.cells[board.player.Position.Row,
board.player.Position.Col] =
new BoardCells((char)Chars.path, true);
board.player.Position.Col--;
board.player.Position.Row++;
board.cells[board.player.Position.Row,
board.player.Position.Col] =
new BoardCells(board.player.name, false);
}
if (answer == ConsoleKey.X &&
Position.IsValidPosition((new Position((
board.player.Position.Row + 1),
(board.player.Position.Col + 1))), (GameBoard.RowSize - 1),
(GameBoard.ColSize - 1)))
{
key = 'X';
board.player.HealthChange(-1);
board.cells[board.player.Position.Row,
board.player.Position.Col] =
new BoardCells((char)Chars.path, true);
board.player.Position.Col++;
board.player.Position.Row++;
board.cells[board.player.Position.Row,
board.player.Position.Col] =
new BoardCells(board.player.name, false);
}
if (answer == ConsoleKey.D2)
{
if (board.map.FallenInto(board.player))
{
key = 'M';
board.itemList.Remove(board.map);
foreach (CurrentMapObjects items in board.itemList)
{
board.cells[items.Position.Row, items.Position.Col]
= new BoardCells((char)items.Name, false);
}
}
else
{
key = 'P';
foreach (Food foode in board.food)
{
if (foode.FallenInto(board.player))
{
board.player.Inventory.AddToInventory(
new Food(foode.Position,
foode.Name, foode.Info, foode.Weight,
foode.HPIncrease));
}
}
board.inventory.WriteInfo(board, board.player, "pickup");
}
}
if (answer == ConsoleKey.D3)
{
key = 'D';
if (board.inventory.foodInInventory.Count > 0 || board.inventory.weaponsInInventory.Count > 0)
{
board.inventory.WriteInfo(board, board.player, "use");
}
else
{
Console.Clear();
Console.WriteLine("your inventory is empty!!");
Console.ReadKey();
}
}
if (answer == ConsoleKey.D4)
{
if (board.inventory.foodInInventory.Count > 0 || board.inventory.weaponsInInventory.Count > 0)
{
board.inventory.WriteInfo(board, board.player, "drop");
}
else
{
Console.Clear();
Console.WriteLine("your inventory is empty!!");
Console.ReadKey();
}
}
if (answer == ConsoleKey.D1)
{
gameInfo.EnemyAttackText();
}
if (answer == ConsoleKey.D6)
{
gameInfo.HelpText(board.food, board.weapons, board.traps,
board.inventory, board.player);
}
if (answer == ConsoleKey.D8)
{
Console.Clear();
Console.WriteLine("are you sure you wish to quit? y/n");
ConsoleKey quit = Console.ReadKey().Key;
if (quit == ConsoleKey.Y)
{ //insert score stuff
Console.WriteLine("thank you for playing!");
board.player.Health = 0;
}
}
foreach (Enemy enemy in board.enemies)
{
if (enemy.FallenInto(board.player))
{
board.player.HealthChange(-rnd.Next(enemy.AttackPower,
enemy.MaxDamage));
key = 'L';
}
}
foreach (Trap trap in board.traps)
{
if (trap.FallenInto(board.player))
{
board.player.HealthChange(-rnd.Next(trap.MaxDamage));
key = 'T';
trap.Active = false;
}
}
if (board.cells[board.player.Position.Row,
board.player.Position.Col] ==
board.cells[board.exit.Position.Row,
board.exit.Position.Col])
{
Console.WriteLine("Congratulations! you've reached the exit!");
Console.WriteLine("Press any key to continue to the next level");
Console.ReadKey();
Console.Clear();
start = true;
board.ResetBoard();
board.DefineBoard(newLevel);
lvlCount++;
Loop(chosenDiff);
}
}
// run the loop while the player hasn't won, lost or quit
while (board.player.Health > 0);
Console.WriteLine("please input your name for the score");
string name = Console.ReadLine();
score = new GameScore(name, newLevel.ScoreSetter(lvlCount));
score.SaveScoreOnFile(score);
Environment.Exit(0);
}
/// <summary>
/// Method to store all information needed for the Main menu.
/// This method returns nothing
/// </summary>
public void Menu()
{
// Clear console
Console.Clear();
// Creation of instance of gameloop
GameLoop loop = new GameLoop();
// Creation of instance of GameScore
GameScore score = new GameScore();
// Creation of instance of PrintText
PrintText menuInfo = new PrintText();
// Get the text menu method
menuInfo.MenuText();
// Variable
ConsoleKey answer;
answer = Console.ReadKey().Key;
Console.WriteLine();
// Depending on user key input switch to the respective case and
// Perform according to its case body
switch (answer)
{
// Start game
case ConsoleKey.A:
// loop.Loop();
break;
// Load Score screen
case ConsoleKey.B:
Console.WriteLine();
if (File.Exists(($"Highscores_{GameBoard.RowSize}x{GameBoard.ColSize}.txt")) == false)
{
Console.WriteLine("No highscores for this board yet!");
Console.WriteLine();
Console.WriteLine("Press any key to return");
Console.ReadKey();
}
else
{
menuInfo.ScoreText();
score.LoadScoreFromFile(loop.score);
Console.WriteLine();
Console.WriteLine("Press any key to return");
Console.ReadKey();
}
Menu();
break;
// Load credits screen
case ConsoleKey.C:
Console.WriteLine("Game developed by:");
Console.WriteLine();
Console.WriteLine("Ana dos Santos - a21801899");
Console.WriteLine("Diana Levay - a21801515");
Console.WriteLine();
Console.WriteLine("Press any key to return");
Console.ReadKey();
Menu();
break;
// End game
case ConsoleKey.D:
Console.WriteLine("Thank you for playing!");
Environment.Exit(0);
break;
// In case other unknown key are typed by the user. Print the
// message and go back to menu.
default:
Console.WriteLine("Please select one of the letters in the menu!");
Console.WriteLine("Press any key to return");
Console.ReadKey();
Menu();
break;
}
}
/// <summary>
/// Function to read file created with specific game dimensions name
/// and print out its content.
/// </summary>
public void LoadScoreFromFile(GameScore score)
{
// name of the file that's been created for the specific board
string FILENAME = string.Format("Highscores_{0}x{1}.txt",
GameBoard.RowSize, GameBoard.ColSize);
// to read the file's contents
StreamReader file = new StreamReader(FILENAME);
string reader = null;
// while reading the file, print the top 8 highscores
while ((reader = file.ReadLine()) != null)
{
// get the name and score from each line in file
string[] nameAndScore = reader.Split(SEPARATOR);
// separate name from above
string name = nameAndScore[0];
// separate and convert score from above
double scores = Convert.ToSingle(nameAndScore[1]);
// create new placeholder score to check top 8
GameScore newScore = new GameScore(name, scores);
// set scorelist's capacity to 8 (maximum highscore chart)
scoreList.Capacity = 8;
// sort the scores in the list of current scores
scoreList.Sort((x, y) => x.Score.CompareTo(y.Score));
// add the scores to the display on menu if less than 8
if (scoreList.Count < scoreList.Capacity)
{
scoreList.Add(newScore);
}
// add the score that's higher than the displayed or remain
else
{
if (newScore.Score > scoreList[0].Score)
{
scoreList.RemoveAt(0);
scoreList.Add(newScore);
}
}
// sort the list after changes
scoreList.Sort((x, y) => x.Score.CompareTo(y.Score));
// reverse list order for printing purposes on program
scoreList.Reverse();
}
// close the file
file.Close();
// print out the top 8 highscores in the list rounded
foreach (GameScore scorerr in scoreList)
{
Console.WriteLine($"Player {scorerr.Name} has a score of " +
$"{Math.Round(scorerr.Score*100)/100}");
}
// clear scorelist for new additions
scoreList.Clear();
}