} //End of controls for Player 2
private void timerTick(object sender, EventArgs e) //Method for the timer that contains all main game functions
{ //This is the main timer event, this event will trigger every 20 milliseconds
Random ranNumberGeneratorPuck = new Random(); //Creating random number generator named ranNumberGeneratorPuck
int randomNumberPuck; //Declaring randomNumberPuck as an integer
randomNumberPuck = ranNumberGeneratorPuck.Next(0, PACE.Length); //Setting randomNumberPuck equal to what number the random number generator selects from the array PACE
Player1Score.Text = "" + score; //Show Player 1 score on left label
Player2Score.Text = "" + player2Score; //Show Player 2 score on right label
puck.Top -= puckY; //assign the puck TOP to puck Y integer
puck.Left -= puckX; //assign the puck TOP to puck X integer
Random ranNumberGenerator = new Random(); //Creating random number generator named ranNumberGenerator
int randomNumber; //Declaring randomNumberPuck as an integer
randomNumber = ranNumberGenerator.Next(1, 3); //Setting randomNumber equal to what number the random number generator selects from the value range of 1, 2
if (puck.Left < 0) //If the puck has gone past Player 1's paddle through the left
{
if (randomNumber == 1) //If the randomNumber integer equals 1
{
puck.Left = 560; //Reset the puck to the middle of the screen
puckX = -puckX; //Change the puck's direction
}
else if (randomNumber == 2) //Or if the randomNumber integer equals 2
{
puck.Left = 560; //Reset the puck to the middle of the screen, but leave the direction the same
}
player2Score++; //Add 1 to player 2's score (updating label as well)
puckX = 6; //Reset the puck's X-value speed to 6
puckY = 6; //Reset the puck's Y-value speed to 6
}
if (puck.Left + puck.Width > ClientSize.Width) //If the puck has gone past player 2's paddle on the right
{
if (randomNumber == 1) //If the randomNumber integer equals 1
{
puck.Left = 560; //Reset the puck to the middle of the screen
puckX = -puckX; //Change the puck's direction
}
else if (randomNumber == 2) //Or if the randomNumber integer equals 2
{
puck.Left = 560; //Reset the puck to the middle of the screen
}
score++; //Add 1 to player 1's score (updating label as well)
puckX = 6; //Reset the puck's X-value speed to 6
puckY = 6; //Reset the puck's Y-value speed to 6
}
//Controlling the puck
if (puck.Bounds.IntersectsWith(topBarrier.Bounds) || puck.Bounds.IntersectsWith(bottomBarrier.Bounds)) //If the puck reaches either the top barrier or the bottom barrier
{
puckY = -puckY; //Reverse the Y-value speed of the puck so it stays within the screen
}
if (puck.Bounds.IntersectsWith(Player1.Bounds) || puck.Bounds.IntersectsWith(Player2.Bounds)) //If the puck hits either player's paddle
{
if ((PACE[randomNumberPuck]) == 0) //If the random number generator selected the 1st value in the array
{
puckX = -(Convert.ToInt32((puckX) * .5)); //Set the puck's X-value speed to 1/2 times the previous X-value's and convert it into an integer
}
else if ((PACE[randomNumberPuck]) == 1) //Or if the random number generator selected the 2nd value in the array
{
puckX = -(Convert.ToInt32((puckX) * 1.1)); //Set the puck's X-value speed to 1.1 times the previous X-value's and convert it into an integer
}
else if ((PACE[randomNumberPuck]) == 2) //Or if the random number generator selected the 3rd value in the array
{
puckX = -puckX; //Set the puck's X-value speed to be equal to the previous X-value's, just in the opposite direction
}
}
else if ((puck.Bounds.IntersectsWith(topLeftBarrier.Bounds) || puck.Bounds.IntersectsWith(bottomLeftBarrier.Bounds) || puck.Bounds.IntersectsWith(topRightBarrier.Bounds) || puck.Bounds.IntersectsWith(bottomRightBarrier.Bounds))) //If the puck reaches any of the side barriers
{
if ((PACE[randomNumberPuck]) == 0) //If the random number generator selected the 1st value in the array
{
puckX = -(Convert.ToInt32((puckX) * .5)); //Set the puck's X-value speed to 1/2 times the previous X-value's and convert it into an integer
}
else if ((PACE[randomNumberPuck]) == 1) //Or if the random number generator selected the 2nd value in the array
{
puckX = -(Convert.ToInt32((puckX) * 1.1)); //Set the puck's X-value speed to 1.1 times the previous X-value's and convert it into an integer
}
else if ((PACE[randomNumberPuck]) == 2) //Or if the random number generator selected the 3rd value in the array
{
puckX = -puckX; //Set the puck's X-value speed to be equal to the previous X-value's, just in the opposite direction
}
}
//final score and ending of the game
if (score > 7) //If Player 1's score is more than 7
{
gameTimer.Stop(); //Stop the timer
string message = "Congratulations, Player 1, you won this game. Do you wish to exit the application?"; //Create a message string applauding Player 1's win and asking whether to quit or go to main menu
string title = "Close Window"; //Create a message string to name the end game pop-up message box
MessageBoxButtons buttons = MessageBoxButtons.YesNo; //Creating message box buttons Yes and No
DialogResult result = MessageBox.Show(message, title, buttons); //Function to call message, title, and button strings for use in the end game pop-up message box
if (result == DialogResult.Yes) //If the user pushes the Yes button
{
Application.Exit(); //Close the entire application
}
else //Or if the user pushes the No button
{
mainMenu OpenMenu = new mainMenu(); //Open the main menu again
this.Close(); //Close the current game window
}
}
if (player2Score > 7) //If Player 2's score is more than 7
{
gameTimer.Stop(); //Stop the timer
string message = "Congratulations, Player 2, you won this game. Do you wish to exit the application?"; //Create a message string applauding Player 2's win and asking whether to quit or go to main menu
string title = "Close Window"; //Create a message string to name the end game pop-up message box
MessageBoxButtons buttons = MessageBoxButtons.YesNo; //Creating message box buttons Yes and No
DialogResult result = MessageBox.Show(message, title, buttons); //Function to call message, title, and button strings for use in the end game pop-up message box
if (result == DialogResult.Yes) //If the user pushes the Yes button
{
Application.Exit(); //Close the entire application
}
else //Or if the user pushes the No button
{
mainMenu OpenMenu = new mainMenu(); //Open the main menu again
this.Close(); //Close the current game window
}
}
}
} //End of controls for Player 1
private void timerTickGame(object sender, EventArgs e) //Method for the timer that contains all main game functions
{ //this is the main timer event, this event will trigger every 20 milliseconds
Random ranNumberGeneratorPuck = new Random(); //Creating random number generator named ranNumberGeneratorPuck
int randomNumberPuck; //Declaring randomNumberPuck as an integer
randomNumberPuck = ranNumberGeneratorPuck.Next(0, PACEGame.Length); //Setting randomNumberPuck equal to what number the random number generator selects from the array PACEGame
Player1ScoreGame.Text = "" + scoreGame; //Show Player 1's score on left label
Player2ScoreGame.Text = "" + cpuPointGame; //Show CPU's score on right label
puckGame.Top -= puckYGame; //Assign the puck TOP to puck Y integer
puckGame.Left -= puckXGame; //Assign the puck TOP to puck X integer
CPU.Top += speed; //Assignment of the CPU top speed integer
if (scoreGame < 5) //If the score is less than 5
{ //Start of CPU code
if (CPU.Top < 0 || CPU.Top > 527) //If the CPU has reached the top or gone to the bottom of the screen
{
speed = -speed; //Change the speed direction so the paddle moves back up or down
}
}
else //Or if score is greater than 5, increase difficulty by enabling tracking on right paddle
{
CPU.Top = puckGame.Top + 30; //Have the top of the CPU stay 30 pixels above the top of the puck
} //end of CPU code
Random ranNumberGeneratorGame = new Random(); //Creating random number generator named ranNumberGeneratorGame
int randomNumberGame; //Declaring randomNumberGame as an integer
randomNumberGame = ranNumberGeneratorGame.Next(1, 3); //Setting randomNumberGame equal to what number the random number generator selects from the value range of 1, 2
if (puckGame.Left < 0) //If the puck has gone past Player 1's paddle through the left
{
if (randomNumberGame == 1) //If the randomNumberGame integer equals 1
{
puckGame.Left = 560; //Reset the puck to the middle of the screen
puckXGame = -puckXGame; //Change the puck's direction
}
else if (randomNumberGame == 2) //If the randomNumberGame integer equals 2
{
puckGame.Left = 560; //Reset the puck to the middle of the screen, but leave the direction the same
}
cpuPointGame++; //Add 1 to the CPU's score
puckXGame = 6; //Reset the puck's X-value speed to 6
puckYGame = 6; //Reset the puck's Y-value speed to 6
}
if (puckGame.Left + puckGame.Width > ClientSize.Width) //If the puck has gone past player 2's paddle on the right
{
if (randomNumberGame == 1) //If the randomNumberGame integer equals 1
{
puckGame.Left = 560; //Reset the puck to the middle of the screen
puckXGame = -puckXGame; //Change the puck's direction
}
else if (randomNumberGame == 2) //If the randomNumberGame integer equals 2
{
puckGame.Left = 560; //Reset the puck to the middle of the screen, but leave the direction the same
}
scoreGame++; //Add 1 to Player 1's score
puckXGame = 6; //Reset the puck's X-value speed to 6
puckYGame = 6; //Reset the puck's Y-value speed to 6
}
//Controlling the puck
if (puckGame.Bounds.IntersectsWith(topBarrierGame.Bounds) || puckGame.Bounds.IntersectsWith(bottomBarrierGame.Bounds)) //If the puck reaches either the top barrier or the bottom barrier
{
puckYGame = -puckYGame; //Reverse the speed of the puck so it stays within the screen
}
if (puckGame.Bounds.IntersectsWith(Player1Game.Bounds) || puckGame.Bounds.IntersectsWith(CPU.Bounds)) //If the puck hits either paddle
{
if ((PACEGame[randomNumberPuck]) == 0) //If the random number generator selected the 1st value in the array
{
puckXGame = -(Convert.ToInt32((puckXGame) * .5)); //Set the puck's X-value speed to 1/2 times the previous X-value's and convert it into an integer
}
else if ((PACEGame[randomNumberPuck]) == 1) //Or if the random number generator selected the 2nd value in the array
{
puckXGame = -(Convert.ToInt32((puckXGame) * 1.1)); //Set the puck's X-value speed to 1.1 times the previous X-value's and convert it into an integer
}
else if ((PACEGame[randomNumberPuck]) == 2) //Or if the random number generator selected the 3rd value in the array
{
puckXGame = -puckXGame; //Set the puck's X-value speed to be equal to the previous X-value's, just in the opposite direction
}
}
else if ((puckGame.Bounds.IntersectsWith(topLeftBarrierGame.Bounds) || puckGame.Bounds.IntersectsWith(bottomLeftBarrierGame.Bounds) || puckGame.Bounds.IntersectsWith(topRightBarrierGame.Bounds) || puckGame.Bounds.IntersectsWith(bottomRightBarrierGame.Bounds))) //If the puck reaches any of the side barriers
{
if ((PACEGame[randomNumberPuck]) == 0) //If the random number generator selected the 1st value in the array
{
puckXGame = -(Convert.ToInt32((puckXGame) * .5)); //Set the puck's X-value speed to 1/2 times the previous X-value's and convert it into an integer
}
else if ((PACEGame[randomNumberPuck]) == 1) //Or if the random number generator selected the 2nd value in the array
{
puckXGame = -(Convert.ToInt32((puckXGame) * 1.1)); //Set the puck's X-value speed to 1.1 times the previous X-value's and convert it into an integer
}
else if ((PACEGame[randomNumberPuck]) == 2) //Or if the random number generator selected the 3rd value in the array
{
puckXGame = -puckXGame; //Set the puck's X-value speed to be equal to the previous X-value's, just in the opposite direction
}
}
//final score and ending of the game
if (scoreGame > 7) //If Player 1's score is more than 7
{
gameTimerCpu.Stop();; //Stop the timer
string message = "Congratulations, Player 1, you won this game. Do you wish to exit the application?"; //Create a message string applauding Player 1's win and asking whether to quit or go to main menu
string title = "Close Window"; //Create a message string to name the end game pop-up message box
MessageBoxButtons buttons = MessageBoxButtons.YesNo; //Creating message box buttons Yes and No
DialogResult result = MessageBox.Show(message, title, buttons); //Function to call message, title, and button strings for use in the end game pop-up message box
if (result == DialogResult.Yes) //If the user pushes the Yes button
{
Application.Exit(); //Close the entire application
}
else //Or if the user pushes the No button
{
mainMenu OpenMenu = new mainMenu(); //Open the main menu again
this.Close(); //Close the current game window
}
}
if (cpuPointGame > 7) //If the CPU's score is more than 7
{
gameTimerCpu.Stop(); //Stop the timer
string message = "Congratulations, Player 2, you won this game. Do you wish to exit the application?"; //Create a message string applauding the CPU's win and asking whether to quit or go to main menu
string title = "Close Window"; //Create a message string to name the end game pop-up message box
MessageBoxButtons buttons = MessageBoxButtons.YesNo; //Creating message box buttons Yes and No
DialogResult result = MessageBox.Show(message, title, buttons); //Function to call message, title, and button strings for use in the end game pop-up message box
if (result == DialogResult.Yes) //If the user pushes the Yes button
{
Application.Exit(); //Close the entire application
}
else //Or if the user pushes the No button
{
mainMenu OpenMenu = new mainMenu(); //Open the main menu again
this.Close(); //Close the current game window
}
}
}