static void Main(string[] args)
{
GameSettings initialSettings = new GameSettings(settingspath);
Sequences sequences = new Sequences(sequencespath);
Console.WriteLine("Initial Settings x {0}, y {1}, Start Direction {2}", initialSettings.ExitPoint_x, initialSettings.ExitPoint_y, initialSettings.StartingDirection);
Console.WriteLine("Board Size {0},{1} ; Finish {2},{3}", initialSettings.BoardSize_x, initialSettings.BoardSize_y, initialSettings.ExitPoint_x, initialSettings.ExitPoint_y);
//Test1
Turtle Ninj = new Turtle();
Ninj.NinjFactor = 1;
TurtleGameActions TurtleSeaAnimalsGame = new TurtleGameActions(Ninj, initialSettings, sequences);
//Choosing first line of sequences for test
Ninj = TurtleSeaAnimalsGame.TurtleGameRun(0);
if (Ninj.AnimalHasLost == false && Ninj.AnimalHasWon == false)
{
Console.WriteLine("Test1 : Game Result is correct. TEST PASS");
}
else
{
Console.WriteLine("Test1 : Game Result is incorrect. TEST FAIL.");
}
Console.WriteLine();
//Test2
Dolphin Flipper = new Dolphin();
Flipper.Speed = 1;
Console.WriteLine("Dolphin Speed {0}", Flipper.Speed);
DolphinGameActions DolphinSeaAnimalsGame = new DolphinGameActions(Flipper, initialSettings, sequences);
////Choosing first 4th line of sequences for test
Flipper = DolphinSeaAnimalsGame.DolphinGameRun(3);
if (Flipper.x_position == 2 && Flipper.y_position == 4)
{
Console.WriteLine("Test2 : Final Co-ords correct. TEST PASS");
}
else
{
Console.WriteLine("Test2 : Final Co-ords incorrect. TEST FAIL");
}
Console.ReadKey();
}
static void Main(string[] args)
{
//Initialisation.
GameSettings initialSettings = new GameSettings(settingspath);
Sequences sequences = new Sequences(sequencespath);
Console.WriteLine("Initial Settings for both games: x {0}, y {1}, Start Direction {2}", initialSettings.ExitPoint_x, initialSettings.ExitPoint_y, initialSettings.StartingDirection);
Console.WriteLine("Board Size {0},{1} ; Finish {2},{3}", initialSettings.BoardSize_x, initialSettings.BoardSize_y, initialSettings.ExitPoint_x, initialSettings.ExitPoint_y);
Console.WriteLine("SeaAnimal-Turtle Game");
//This is runs 5 sets of sequences so 5 Games
for (int i = 0; i < 4; i++)
{
Turtle Ninj = new Turtle();
Ninj.NinjFactor = 1;
TurtleGameActions TurtleSeaAnimalsGame = new TurtleGameActions(Ninj, initialSettings, sequences);
Ninj = TurtleSeaAnimalsGame.TurtleGameRun(i);
Console.WriteLine("NINJ_FACTOR {0}", Ninj.NinjFactor);
Console.WriteLine();
}
Console.WriteLine("Any Key to continue with SeaAnimal-Dolphin Game");
Console.ReadKey();
Console.WriteLine("SeaAnimal-Dolphin Game");
//This is runs 5 sets of sequences so 5 Games
for (int i = 0; i < 4; i++)
{
Dolphin Flipper = new Dolphin();
Flipper.Speed = i;
Console.WriteLine("Dolphin Speed {0}", Flipper.Speed);
DolphinGameActions DolphinSeaAnimalsGame = new DolphinGameActions(Flipper, initialSettings, sequences);
Flipper = DolphinSeaAnimalsGame.DolphinGameRun(i);
}
Console.ReadKey();
}
