/// <summary>
/// Allows the game to perform any initialization it needs to before starting to run.
/// This is where it can query for any required services and load any non-graphic
/// related content. Calling base.Initialize will enumerate through any components
/// and initialize them as well.
/// </summary>
protected override void Initialize()
{
// TODO: Add your initialization logic here
Slider sliderInstance = new Slider("null", 0, 0, 0);
resolutionX = 1280;
resolutionY = 720;
graphics.PreferredBackBufferWidth = (int)resolutionX;
graphics.PreferredBackBufferHeight = (int)resolutionY;
graphics.ApplyChanges();
//Starting values for ball
Sliders = new Slider[4];
moveSlider = new bool[4];
Sliders[0] = new Slider("Friction", Window.ClientBounds.Width - 180, 80, 0);
Sliders[1] = new Slider("Elasticity", Window.ClientBounds.Width - 180, 120, 34);
Sliders[2] = new Slider("Current Ball Elast.", Window.ClientBounds.Width - 180, 160, 0);
Sliders[3] = new Slider("Current Ball Mass", Window.ClientBounds.Width - 180, 200, 0);
for (int i = 0; i <= Sliders.Length - 1; i++)
Slider.SliderLabelInt(Sliders, i);
Position = new Vector2[16];
Balls = new Ball[2];
Balls[0] = new Ball(0, 100, 240, 0.16, 1, gameTick);
Balls[1] = new Ball(1, 400, 240, 0.16, 1, gameTick);
//Array for each toggleable key
keyDown = new bool[15];
for (int i = 0; i <= keyDown.Length - 1; i++)
keyDown[i] = false;
for (int i = 0; i <= moveSlider.Length - 1; i++)
moveSlider[i] = false;
mouseDown = false;
//Starting general values
currentBall = 0;
accelDefault = 500;
frictDefault = 0;
debug = false;
music = false;
sliderActive = false;
ballMoveTest = true;
pause = false;
console = true;
currentCollision = false;
firstPlay = false;
bumperElasticity = 0; //Between 0 and 1 (0-100%)
bounceBuffer = 2;
Songs = new Song[5];
base.Initialize();
}
public static void SliderLabelInt(Slider[] Sliders, int i)
{
//Label 1
if (Sliders[i].sliderName == "Friction")
Sliders[i].label1 = "0";
if (Sliders[i].sliderName == "Elasticity")
Sliders[i].label1 = "-33";
if (Sliders[i].sliderName == "Current Ball Elast.")
Sliders[i].label1 = "0";
if (Sliders[i].sliderName == "Current Ball Mass")
Sliders[i].label1 = "0";
//Label 2
if (Sliders[i].sliderName == "Friction")
Sliders[i].label2 = "25";
if (Sliders[i].sliderName == "Elasticity")
Sliders[i].label2 = "0";
if (Sliders[i].sliderName == "Current Ball Elast.")
Sliders[i].label2 = "25";
if (Sliders[i].sliderName == "Current Ball Mass")
Sliders[i].label2 = "0.25";
//Label 3
if (Sliders[i].sliderName == "Friction")
Sliders[i].label3 = "50";
if (Sliders[i].sliderName == "Elasticity")
Sliders[i].label3 = "33";
if (Sliders[i].sliderName == "Current Ball Elast.")
Sliders[i].label3 = "50";
if (Sliders[i].sliderName == "Current Ball Mass")
Sliders[i].label3 = "0.5";
//Label 4
if (Sliders[i].sliderName == "Friction")
Sliders[i].label4 = "75";
if (Sliders[i].sliderName == "Elasticity")
Sliders[i].label4 = "66";
if (Sliders[i].sliderName == "Current Ball Elast.")
Sliders[i].label4 = "75";
if (Sliders[i].sliderName == "Current Ball Mass")
Sliders[i].label4 = "0.75";
//Label 5
if (Sliders[i].sliderName == "Friction")
Sliders[i].label5 = "100";
if (Sliders[i].sliderName == "Elasticity")
Sliders[i].label5 = "100";
if (Sliders[i].sliderName == "Current Ball Elast.")
Sliders[i].label5 = "100";
if (Sliders[i].sliderName == "Current Ball Mass")
Sliders[i].label5 = "1";
}
public void UpdateSlider(Slider[] Sliders, bool[] moveSlider, int i, Ball[] Balls, int currentBall, Vector2 mousePos, MouseState mouseState, double frictDefault, double bumperElasticity)
{
//Updates movement of Sliders
if (Sliders[i].sliderName == "Current Ball Elast.")
Sliders[i].curX = Balls[currentBall].elast * 145;
if (Sliders[i].sliderName == "Current Ball Mass")
Sliders[i].curX = Balls[currentBall].mass * 145;
if (mousePos.X >= Sliders[i].posX + Sliders[i].curX && mousePos.X <= Sliders[i].posX + Sliders[i].curX + 15 && mousePos.Y >= Sliders[i].posY - 3 && mousePos.Y <= Sliders[i].posY + 20 && mouseState.LeftButton == ButtonState.Pressed && !moveSlider[i])
moveSlider[i] = true;
else if (mouseState.LeftButton == ButtonState.Released)
moveSlider[i] = false;
if (moveSlider[i])
Sliders[i].curX = mousePos.X - Sliders[i].posX;
if (Sliders[i].curX <= 0)
Sliders[i].curX = 0;
else if (Sliders[i].curX >= 145)
Sliders[i].curX = 145;
//Updates effected values of sliders
}
/// <summary>
/// Allows the game to perform any initialization it needs to before starting to run.
/// This is where it can query for any required services and load any non-graphic
/// related content. Calling base.Initialize will enumerate through any components
/// and initialize them as well.
/// </summary>
protected override void Initialize()
{
// TODO: Add your initialization logic here
graphics.PreferredBackBufferWidth = 1280;
graphics.PreferredBackBufferHeight = 720;
graphics.ApplyChanges();
//Starting values for ball
Sliders = new Slider[3];
moveSlider = new bool[3];
Sliders[0] = new Slider("Friction", Window.ClientBounds.Width - 180, 80, 0);
Sliders[1] = new Slider("Elasticity", Window.ClientBounds.Width - 180, 120, 34);
Sliders[2] = new Slider("Current Ball Elast.", Window.ClientBounds.Width - 180, 160, 0);
Position = new Vector2[16];
Balls = new Ball[10];
Balls[0] = new Ball(0, 100, 240, 0.16, 1, gameTick);
Balls[1] = new Ball(1, 400, 240, 0.16, 1, gameTick);
//Balls[2] = new Ball(2, 415, 231, 0.16, 1, gameTick);
//Balls[3] = new Ball(3, 415, 249, 0.16, 1, gameTick);
//Balls[4] = new Ball(4, 430, 222, 0.16, 1, gameTick);
//Balls[5] = new Ball(5, 430, 240, 0.16, 1, gameTick);
//Balls[6] = new Ball(6, 430, 258, 0.16, 1, gameTick);
//Balls[7] = new Ball(7, 445, 213, 0.16, 1, gameTick);
//Balls[8] = new Ball(8, 445, 231, 0.16, 1, gameTick);
//Balls[9] = new Ball(9, 445, 249, 0.16, 1, gameTick);
//Balls[10] = new Ball(10, 445, 267, 0.16, 1, gameTick);
//Balls[11] = new Ball(11, 460, 204, 0.16, 1, gameTick);
//Balls[12] = new Ball(12, 460, 222, 0.16, 1, gameTick);
//Balls[13] = new Ball(13, 460, 240, 0.16, 1, gameTick);
//Balls[14] = new Ball(14, 460, 258, 0.16, 1, gameTick);
//Balls[15] = new Ball(15, 460, 276, 0.16, 1, gameTick);
Balls[2] = new Ball(2, 420, 236, 0.16, 1, gameTick);
Balls[3] = new Ball(3, 420, 254, 0.16, 1, gameTick);
Balls[4] = new Ball(4, 435, 227, 0.16, 1, gameTick);
Balls[5] = new Ball(5, 435, 245, 0.16, 1, gameTick);
Balls[6] = new Ball(6, 435, 263, 0.16, 1, gameTick);
Balls[7] = new Ball(7, 450, 218, 0.16, 1, gameTick);
Balls[8] = new Ball(8, 450, 236, 0.16, 1, gameTick);
Balls[9] = new Ball(9, 450, 254, 0.16, 1, gameTick);
//Array for each toggleable key
keyDown = new bool[15];
for (int i = 0; i <= keyDown.Length - 1; i++)
keyDown[i] = false;
for (int i = 0; i <= moveSlider.Length - 1; i++)
moveSlider[i] = false;
mouseDown = false;
//Starting general values
currentBall = 0;
accelDefault = 500;
frictDefault = 0;
debug = false;
music = false;
sliderActive = false;
ballMoveTest = true;
pause = false;
console = true;
currentCollision = false;
firstPlay = false;
bumperElasticity = 0; //Between 0 and 1 (0-100%)
bounceBuffer = 2;
base.Initialize();
}
/// <summary>
/// Allows the game to run logic such as updating the world,
/// checking for collisions, gathering input, and playing audio.
/// </summary>
/// <param name="gameTime">Provides a snapshot of timing values.</param>
protected override void Update(GameTime gameTime)
{
// Allows the game to exit
if (Keyboard.GetState().IsKeyDown(Keys.Escape))
this.Exit();
// TODO: Add your update logic here
prevKeyState = keyState;
keyState = Keyboard.GetState();
KeyToggles keyInstance = new KeyToggles();
Slider sliderInstance = new Slider();
Ball ballInstance = new Ball();
//Mouse
mouseState = Mouse.GetState();
mousePos.X = mouseState.X;
mousePos.Y = mouseState.Y;
//Count the gameTick
gameTick = gameTime.ElapsedGameTime.TotalSeconds;
//Play first music
if (music && !firstPlay)
{
MediaPlayer.Play(Songs[4]);
firstPlay = true;
}
sliderActive = sliderInstance.tabListToggle(mousePos, resolutionX, resolutionY);
debug = keyInstance.debugToggle(keyState, debug, keyDown);
music = keyInstance.musicToggle(keyState, music, keyDown);
pause = keyInstance.pauseToggle(keyState, pause, keyDown);
keyInstance.songSelect(keyState, Songs);
keyInstance.resetBalls(keyState, Balls);
if (ballMoveTest)
ballChange(); //Change Ball
//Update Sliders
for (int i = 0; i <= Sliders.Length - 1; i++)
{
sliderInstance.UpdateSlider(Sliders, moveSlider, i, Balls, currentBall, mousePos, mouseState, frictDefault, bumperElasticity);
frictDefault = Slider.FricitonSlider(Sliders, frictDefault);
bumperElasticity = Slider.BallElasticitySlider(Sliders, currentBall, Balls);
Balls[currentBall].elast = Slider.BallElasticitySlider(Sliders, currentBall, Balls);
}
Balls[currentBall].mass = Slider.BallMassSlider(Sliders, currentBall, Balls);
if (!pause)
{
if (console)
consoleWindow();
if (ballMoveTest)
//Runs Ball Movement Test
ballInstance.ballMovementTest(keyState, Balls, currentBall, accelDefault, frictDefault, bumperElasticity, bounceBuffer, resolutionX, resolutionY);
//Runs Ball Position Calculationspublic void ballMovementTest(KeyboardState keyState, Ball[] Balls, int currentBall, double accelDefault, double frictDefault, double bumperElasticity, double bounceBuffer, double resX, double resY)
Ball.ballCalculations(Balls, frictDefault, gameTick, bumperElasticity, bounceBuffer, resolutionX, resolutionY);
//Detects Ball Collosion (TEST)
for (int a = 0; a <= Balls.Length - 2; a++)
{
for (int b = a + 1; b <= Balls.Length - 1; b++)
{
if (Collision.ballDetectCollision(Balls[a], Balls[b]))
{
ballCollisions = new Collision(Balls[a], Balls[b]);
activeCollision = true;
a = Balls.Length;
b = Balls.Length;
}
else if (!Collision.ballDetectCollision(Balls[a], Balls[b]))
activeCollision = false;
}
}
// Determines if a collision is occuring between any 2 balls.
int element = 0;
while (Balls.Length > element)
{
int other = element + 1;
while (Balls.Length > other)
{
if (Collision.ballDetectCollision(Balls[element], Balls[other]))
Collision.CollisionCalculation(Balls[element], Balls[other], ballBallCollision);
other++;
}
element++;
}
}
}
public static double BallMassSlider(Slider[] Sliders, int currentBall, Ball[] Balls)
{
Balls[currentBall].mass = Sliders[3].curX / 145;
return Balls[currentBall].mass;
}
public static double BallElasticitySlider(Slider[] Sliders, int currentBall, Ball[] Balls)
{
Balls[currentBall].elast = Sliders[2].curX / 145;
return Balls[currentBall].elast;
}
public static double ElasticitySlider(Slider[] Sliders, double bumperElasticity)
{
bumperElasticity = (Sliders[1].curX - 34) / 145;
return bumperElasticity;
}
public static double FricitonSlider(Slider[] Sliders, double frictDefault)
{
frictDefault = Sliders[0].curX / -14;
return frictDefault;
}