private static FroggerObject ObjectFromFields_real(FroggerBoard board, string[] fields)
{
FroggerObject fo = null;
Point p = new Point(ParseFloat(fields[1]), ParseFloat(fields[2]));
switch (fields[0].ToLower().Replace("_",""))
{
case "frog":
fo = new Frog(board, p);
break;
case "rock":
fo = new Rock(board, p);
break;
case "log":
fo = new Log(board, p);
fo.Go(new Point(ParseFloat(fields[3]), ParseFloat(fields[4])), float.PositiveInfinity);
break;
case "littlefrog":
fo = new LittleFrog(board, p);
break;
case "fly":
fo = new Fly(board, p);
break;
case "leaf":
fo = new Leaf(board, p);
fo.Go(new Point(ParseFloat(fields[3]), ParseFloat(fields[4])), float.PositiveInfinity);
break;
case "home":
fo = new Home(board, p);
break;
case "bridge":
fo = new Bridge(board, p, fields[3]);
break;
default:
return null;
}
return fo;
}
public static void Main()
{
string fullPath = Path.GetFullPath(@"..\..\Frog Sound.wav");
SoundPlayer frogSound = new SoundPlayer(fullPath);
Console.WindowWidth = 100;
Console.WindowHeight = 49;
Console.BufferHeight = 49;
Console.BufferWidth = 100;
int speed = 30;
int startReach = 0;
Frog newFrog = new Frog(Environment.MachineName, 0);
// Cars coming from right
Enemy firstRightCar = new Car();
Enemy secondRightCar = new Bus();
Enemy thirdRightCar = new Truck();
Enemy fourthRightCar = new Truck();
Enemy fifthRightCar = new Bus();
Enemy sixthRightCar = new Car();
// Cars coming from left
Enemy firstLeftCar = new Bus();
Enemy secondLeftCar = new Car();
Enemy thirdLeftCar = new Truck();
Enemy fourthLeftCar = new Car();
Enemy fifthLeftCar = new Truck();
Enemy sixthLeftCar = new Bus();
// Tunnels
Tunnel firstTunnel = new Tunnel();
Tunnel secondTunnel = new Tunnel();
Tunnel thirdTunnel = new Tunnel();
//Bridges
Bridge firstBridge = new Bridge();
Bridge secondBridge = new Bridge();
// Frogs that are displayed when frog reaches top
StringBuilder frogsAtTheTop1 = new StringBuilder();
StringBuilder frogsAtTheTop2 = new StringBuilder();
StringBuilder frogsAtTheTop3 = new StringBuilder();
// Lifes info
StringBuilder infoLives = new StringBuilder();
infoLives.Append("Lives: ");
infoLives.Append(newFrog.LivesLeft);
// Read music file
try
{
string musicFilePath = Path.GetFullPath(@"..\..\music.wav");
var music = new SoundPlayer(musicFilePath);
music.PlayLooping();
}
catch (FileNotFoundException)
{
Console.WriteLine("Music file not available");
}
Menu.DrawMenu();
while (true)
{
ConsoleKeyInfo choice = Console.ReadKey();
if (choice.Key == ConsoleKey.D1 || choice.Key == ConsoleKey.Enter)
{
break;
}
else if (choice.Key == ConsoleKey.D2)
{
// Show highscore
Console.Clear();
try
{
using (Stream stream = File.Open("data.txt", FileMode.Open))
{
BinaryFormatter bin = new BinaryFormatter();
var frogs2 = (List<Frog>) bin.Deserialize(stream);
int a = 0;
int cursorline = 2;
Console.SetCursorPosition(45, 0);
Console.WriteLine("HIGHSCORES");
foreach (Frog frog in frogs2)
{
a++;
Console.ForegroundColor = ConsoleColor.Green;
Console.SetCursorPosition(40, cursorline);
cursorline += 2;
Console.WriteLine("{0}.{1} has {2} points",a ,frog.Name, frog.Score);
}
}
}
catch (IOException)
{
Console.WriteLine("Error: File not found");
}
catch
{
Console.WriteLine("Highscore cannot be visualized");
}
}
else if (choice.Key == ConsoleKey.D3)
{
// Show credits
Console.Clear();
Console.WriteLine("Project made for TELERIK Academy by: Team SERPENT FLY");
Console.WriteLine("The contributors of this project are: ");
Console.WriteLine();
Console.ForegroundColor = ConsoleColor.Green;
Console.WriteLine("Radostin Angelov, Teodor Hanev, Nikolai Mishev,");
Console.WriteLine("Liubomir Svilenov, Ivan Vasilev, Krasimir Stoyanov,");
Console.WriteLine("Konstantin Malinov, Dobromira Boytcheva and Silvia Ivanova");
Console.ForegroundColor = ConsoleColor.Red;
Console.WriteLine();
Console.WriteLine("Thank you for playing and have a nice day!");
}
else if (choice.Key == ConsoleKey.D4)
{
// Show Rules
Console.Clear();
Console.Write(new string(' ', 46));
Console.WriteLine("Rules:");
Console.WriteLine();
Console.WriteLine();
Console.ForegroundColor = ConsoleColor.Green;
Console.WriteLine("Help the froggie cross the busy road and navigate it to a calmer " +
"and safer place – the wonderful \nhome swamp, at the top of the " +
"screen! \nYou guide the frog using the following navigation keys: \"↑\"" +
" for up, \"↓\" - down, \"←\" - left, and \n\"→\" - right, and each "+
"pressing of the respective key of direction causes the frog to hop " +
"once in \nthat direction. \n\nThe game starts at the bottom of the " +
"screen. In general the screen is divided in two: the lower and the " +
"upper halves of it represent a heavy traffic road with various motor" +
" vehicles: cars, trucks, \nbuses, which move at different speeds. " +
"There are also tunnels and bridges, on which the frog can't \njump " +
"and must go around them. So your job is not an easy task! The froggie" +
" should pass through that traffic chaos in attempt to reach the upper" +
" part of the screen. In the middle of the play area is a \"Safe Zone\"" +
" – a place where the little frog can have some rest before continuing " +
"its dangerous \njourney. The frog has only three lives! If it gets hit" +
" by a vehicle, the frog remains with one life less. And when the " +
"froggie is run over by a vehicle three times – the game is over." +
"\n\nEnjoy the game!");
}
else if (choice.Key == ConsoleKey.D5 || choice.Key == ConsoleKey.Escape)
{
Environment.Exit(1);
}
else
{
Menu.DrawMenu();
}
}
while (true)
{
Console.Clear();
FrogFinishes.ConsoleFill(frogsAtTheTop1, frogsAtTheTop2, frogsAtTheTop3);
newFrog.Move();
newFrog.Draw();
// Bridges
firstBridge.FirstBridge();
firstBridge.DrawBridge(12, 59);
secondBridge.SecondBridge();
secondBridge.DrawBridge(36, 60);
// Right cars
firstRightCar.MoveRight(17);
firstRightCar.CheckCrash(newFrog, 42, 6);
firstRightCar.DrawCar(42);
secondRightCar.MoveRight(17);
secondRightCar.DrawCar(36);
secondRightCar.CheckCrash(newFrog, 36, 16);
thirdRightCar.DrawCar(30);
thirdRightCar.CheckCrash(newFrog, 30, 10);
thirdRightCar.MoveRight(28);
fourthRightCar.DrawCar(21);
fourthRightCar.CheckCrash(newFrog, 21, 10);
fourthRightCar.MoveRight(11);
fifthRightCar.DrawCar(15);
fifthRightCar.CheckCrash(newFrog, 15, 16);
fifthRightCar.MoveRight(30);
sixthRightCar.DrawCar(9);
sixthRightCar.CheckCrash(newFrog, 9, 6);
sixthRightCar.MoveRight(6);
//Tunnels
firstTunnel.FirstCarTunnel();
firstTunnel.DrawFirstTunnel(42, 12);
secondTunnel.SecondCarTunnel();
secondTunnel.DrawFirstTunnel(30, 19);
thirdTunnel.SecondCarTunnel();
thirdTunnel.DrawFirstTunnel(15, 19);
// Left cars
firstLeftCar.DrawCar(27);
firstLeftCar.CheckCrash(newFrog, 27, 16);
firstLeftCar.MoveLeft(17);
secondLeftCar.DrawCar(33);
secondLeftCar.MoveLeft(7);
secondLeftCar.CheckCrash(newFrog, 33, 6);
thirdLeftCar.DrawCar(39);
thirdLeftCar.MoveLeft(11);
thirdLeftCar.CheckCrash(newFrog, 39, 10);
fourthLeftCar.DrawCar(18);
fourthLeftCar.CheckCrash(newFrog, 18, 6);
fourthLeftCar.MoveLeft(7);
fifthLeftCar.DrawCar(12);
fifthLeftCar.CheckCrash(newFrog, 12, 10);
fifthLeftCar.MoveLeft(11);
sixthLeftCar.DrawCar(6);
sixthLeftCar.CheckCrash(newFrog, 6, 16);
sixthLeftCar.MoveLeft(17);
DrawStats(1, newFrog.LivesLeft, newFrog.Score);
FrogFinishes.FrogAtSafeZone(newFrog);
// Check if the frog reached the top and print a frog at the top
FrogFinishes.FrogAtTop(newFrog, ref startReach, frogSound, frogsAtTheTop1, frogsAtTheTop2, frogsAtTheTop3);
// Check if the frog has lost all lifes or won the game
FrogFinishes.WinOrLose(newFrog);
Thread.Sleep(newFrog.speed);
}
}