public Game()
{
//Instantiate a Unit that will represent the player.
//Unit constructor's signature: X pos, Y pos, Char.
playerUnit = new PlayerUnit(10, 17, "@");
//Instantiate a Unit that will represent the enemy.
//Unit constructor's signature: X pos, Y pos, Char.
//Instantiate the array that will hold our enemies.
enemyUnits = new Unit[numEnemies];
//Right now, our enemyUnits array is instantiated,
//but each slot is empty.
Random = new Random();
Score = 0;
for (int i = 0; i < enemyUnits.Length; i++)
{
int row = Random.Next(0, Console.WindowHeight - 1);
enemyUnits[i] = new EnemyUnit(Console.WindowWidth - 1, row, "X");
}
stopwatch = new Stopwatch();
}
// This is our constructor -- it gets run automatically when a new INSTANCE of Game is created.
public Game()
{
//Instantiate a Unit that will represent the player.
playerUnit = new PlayerUnit(10, 17, "@");
// Instanciate the enemy
enemyUnit = new EnemyUnit(20, 17, "X");
stopwatch = new Stopwatch();
}
public Game()
{
player = new PlayerUnit(5, 10, "@");
enemies = new Unit[numEnemies];
Random = new Random();
Score = 0;
for (int i = 0; i < enemies.Length; i++)
{
int row = Game.Random.Next(0, Console.WindowHeight - 1);
enemies[i] = new EnemyUnit(Console.WindowWidth - 1, row, "X");
}
stopwatch = new Stopwatch();
}
/*Game() Constructor
* Constructors read the entire class before 'building',
* So you can place at top, and it will read variables below it
*/
public Game()
{
//Clearing the screen at game start
Console.Clear();
//Instantiate a Unit that will represent the player.
//new Unit has () because you can pass variables in (to the constructor)
playerUnit = new PlayerUnit(15, 17, ">"); //Unit(15, 20, "H");
/*
* allowed since 'set' for X was set to public
* secretly setting _x, allowing for validity checking
*/
//playerUnit.X = 15;
//playerUnit.Y = 10;
//playerUnit.UnitGraphic = "H";
//also allowed since 'get' for X was set to public, reading _x
if (playerUnit.X > 20)
{
//Do something
}
//Instantiate a single enemy Unit --Obsolete with [] enemies
//enemyUnit = new EnemyUnit(Console.WindowWidth - 1, 17, "M");
/*Create many Array that will hold our enemies
* When instiating an array, must list size
* --In most languages, Arrays have a fixed size after creation
*/
enemyUnits = new Unit[numEnemies];
//Right now, enemyUnits is created, but each slot is empty
//Random number generator
random = new Random();
//Set score at beginning to 0
Score = 0;
for (int i = 0; i < enemyUnits.Length; i++)
{
//Setting a random row for the enemy to appear
int row = random.Next(0, Console.WindowHeight - 1);
//Filling each index with it's own EnemyUnit
enemyUnits[i] = new EnemyUnit(Console.WindowWidth - 1, row, "M");
}
//Making an array of UpSlopeEnemies
upSlopeEnemies = new Unit[numEnemies / 5]; //Want a lot fewer of these
for (int i = 0; i < upSlopeEnemies.Length; i++)
{
//Setting a random row for the enemy to appear
int yStart = Console.WindowHeight - 1;
int xStart = random.Next(Console.WindowWidth / 4, Console.WindowWidth - 1);
//Filling each index with it's own EnemyUnit
upSlopeEnemies[i] = new UpSlopeEnemy(xStart, yStart, "N");
}
//Making an array of DownSlopeEnemies
downSlopeEnemies = new Unit[numEnemies / 5]; //Want a lot fewer of these
for (int i = 0; i < downSlopeEnemies.Length; i++)
{
//Setting a random row for the enemy to appear
int yStart = 1;
int xStart = random.Next(Console.WindowWidth / 4, Console.WindowWidth - 1);
//Filling each index with it's own EnemyUnit
downSlopeEnemies[i] = new DownSlopeEnemy(xStart, yStart, "N");
}
stopwatch = new Stopwatch();
}
