//Create a parameterized constructor
public Player(Tank tank1, String playerName, int tanksLost)
{
//Use the this method to prevent the local variables from shadowing the attributes
tank = tank1;
this.playerName = playerName;
this.tanksLost = tanksLost;
}
//Create a parameterized constructor
public Bullet(Tank tank1, int locationX, int locationY, int direction, bool isActive)
{
//Assign tank to tank1 so that each bullet has a tank associated with it
tank = tank1;
//Assign speed to a constant of 8 pixels
speed = GameConstants.BULLET_SPEED;
//Use the this method to prevent local variables from shadowing the attributes
this.locationX = locationX;
this.locationY = locationY;
this.direction = direction;
this.isActive = isActive;
}
//Create a method that will download the data from the file and apply it to the tanks
public void LoadData(String name)
{
//Create a bool that will keep track of whether the file can be open or not
bool fileCanOpen = true;
try
{
//Open and read the file with StreamReader
StreamReader numberReader = new StreamReader(name);
}
//Throw an exception if the file cannot be opened
catch (FileNotFoundException notOpen)
{
//If file cannot be open set fileCan Open to false
fileCanOpen = false;
//Print out error message
Console.WriteLine(notOpen.Message);
}
//If file can be open then continue
if (fileCanOpen == true)
{
//Open and read the file with StreamReader
StreamReader numberReader = new StreamReader(name);
//Create a counter to keep track of how many lines were read
int numberOfTanks = 0;
//Read the 1st 2 lines and apply those data to the Tank
for (int i = 0; i < 2; i++)
{
//First read the lines as strings
//Get the first line and store it in a string variable
String tankInfoLine = numberReader.ReadLine();
//Separate the x location, y location, and direction of tank data from each other
String[] tankInfo = tankInfoLine.Split(',');
//Convert String into an int
int xLocation = int.Parse(tankInfo[0]);
int yLocation = int.Parse(tankInfo[1]);
int direction = int.Parse(tankInfo[2]);
//Increment the counter of numberOfTanks
numberOfTanks++;
switch (numberOfTanks)
{
//There will be 2 Tank objects
case 1:
{
//Pass the data read from the file to the tank parameter
Tank tank1 = new Tank(xLocation, yLocation, direction, 1);
//Add tank1 to the list of Tanks
tanks.Add(tank1);
break;
}
case 2:
{
//Fill in the parameters of tank2 with data read from the file
Tank tank2 = new Tank(xLocation, yLocation, direction, 2);
//Add tank2 to the list of Tanks
tanks.Add(tank2);
break;
}
}
}
/*foreach (Tank tank in tanks)
{
Console.WriteLine(tank + "\n");
}*/
String getInfo = "";
int numberOfWalls = 0;
while (getInfo != null)
{
//Get the next line of string
getInfo = numberReader.ReadLine();
if (getInfo != null)
{
//Separate the data from the line of string
//and store it into a string array
String[] wallInfo = getInfo.Split(',');
//Convert the string into int
int xWallLocation = int.Parse(wallInfo[0]);
int yWallLocation = int.Parse(wallInfo[1]);
//Increase the counter of numberOfWalls
numberOfWalls++;
switch (numberOfWalls)
{
case 1:
{
//Fill in the wall object parameters with the data read from the file
Wall wall1 = new Wall(xWallLocation, yWallLocation);
//If the wall do not extend to the outside of the board then add it to the wall list
if (xWallLocation <= GameConstants.GAME_WIDTH || yWallLocation <= GameConstants.GAME_HEIGHT)
{
//Add the wall to the list
walls.Add(wall1);
}
break;
}
case 2:
{
//Fill in the wall object parameters with the data read from the file
Wall wall2 = new Wall(xWallLocation, yWallLocation);
//If the wall do not extend to the outside of the board then add it to the wall list
if (xWallLocation <= GameConstants.GAME_WIDTH || yWallLocation <= GameConstants.GAME_HEIGHT)
{
//Add the wall to the list
walls.Add(wall2);
}
break;
}
case 3:
{
//Fill in the wall object parameters with the data read from the file
Wall wall3 = new Wall(xWallLocation, yWallLocation);
//If the wall do not extend to the outside of the board then add it to the wall list
if (xWallLocation <= GameConstants.GAME_WIDTH || yWallLocation <= GameConstants.GAME_HEIGHT)
{
//Add the wall to the list
walls.Add(wall3);
}
break;
}
case 4:
{
//Fill in the wall object parameters with the data read from the file
Wall wall4 = new Wall(xWallLocation, yWallLocation);
//If the wall do not extend to the outside of the board then add it to the wall list
if (xWallLocation <= GameConstants.GAME_WIDTH || yWallLocation <= GameConstants.GAME_HEIGHT)
{
//Add the wall to the list
walls.Add(wall4);
}
break;
}
case 5:
{
//Fill in the wall object parameters with the data read from the file
Wall wall5 = new Wall(xWallLocation, yWallLocation);
//If the wall do not extend to the outside of the board then add it to the wall list
if (xWallLocation <= GameConstants.GAME_WIDTH || yWallLocation <= GameConstants.GAME_HEIGHT)
{
//Add the wall to the list
walls.Add(wall5);
}
break;
}
case 6:
{
//Fill in the wall object parameters with the data read from the file
Wall wall6 = new Wall(xWallLocation, yWallLocation);
//If the wall do not extend to the outside of the board then add it to the wall list
if (xWallLocation <= GameConstants.GAME_WIDTH || yWallLocation <= GameConstants.GAME_HEIGHT)
{
//Add the wall to the list
walls.Add(wall6);
}
break;
}
}
}
}
/*foreach (Wall wall in walls)
{
Console.WriteLine(wall + "\n");
}*/
}
}
