// Checks input during gameplay
//Gameworld as argument is JUST FOR TESTING-PURPOSES
public void checkInput(GameTime gameTime, InputHandler inputHandler, Gameworld gameWorld)
{
// Controller input
Vector2 movementVector = inputHandler.getLeftStickMovement();
Vector2 rightStick = inputHandler.getRightStickMovement();
//playerObject.update(movementVector, rightStick, gameTime);
if (inputHandler.ButtonDown(Buttons.RightTrigger) || inputHandler.KeyDown(Keys.LeftShift))
{
updateGravityWell(gameWorld, inputHandler.getRightTrigger());
}
else
{
gameWorld.setDrawGravityWell(false, 0);
}
if (inputHandler.ButtonDown(Buttons.LeftTrigger) || inputHandler.KeyDown(Keys.Space))
{
gameWorld.getPlayer().ShootingRockets = true;
}
if (inputHandler.ButtonReleased(Buttons.LeftTrigger) || inputHandler.KeyReleased(Keys.Space))
{
gameWorld.getPlayer().ShootingRockets = false;
}
#if DEBUG
if (inputHandler.ButtonPressed(Buttons.LeftShoulder) && inputHandler.ButtonPressed(Buttons.RightShoulder))
gameWorld.setDebug();
#endif
// Temp Keyboardinput
/////////////////////////////////////////////////////////////////////////////////////////////////////////
// !USING A KEYBOARD WILL BREAK THE SPEED OF THE PLAYER. THIS IS NOT TO BE INCLUDED IN THE FINAL GAME! //
// !IT ALSO SCREWS WITH PROJECTILE VELOCITY/DIRECTION! //
/////////////////////////////////////////////////////////////////////////////////////////////////////////
inputHandler.updateInput();
// Zooming
if (inputHandler.KeyDown(Keys.X))
{
gameWorld.getCamera().Zoom += 0.01f;
}
if (inputHandler.KeyDown(Keys.Z))
{
gameWorld.getCamera().Zoom -= 0.01f;
}
if (inputHandler.KeyDown(Keys.C))
{
gameWorld.getCamera().Zoom = 1.0f;
}
// Movement
if (inputHandler.KeyDown(Keys.D))
movementVector.X = 1;
if (inputHandler.KeyDown(Keys.A))
movementVector.X = -1;
if (inputHandler.KeyDown(Keys.S))
movementVector.Y = -1;
if (inputHandler.KeyDown(Keys.W))
movementVector.Y = 1;
// Shooting
if (inputHandler.KeyDown(Keys.Right))
rightStick.X = 1;
if (inputHandler.KeyDown(Keys.Left))
rightStick.X = -1;
if (inputHandler.KeyDown(Keys.Down))
rightStick.Y = -1;
if (inputHandler.KeyDown(Keys.Up))
rightStick.Y = 1;
// Other keys
#if DEBUG
if (inputHandler.KeyReleased(Keys.F1))
gameWorld.setDebug();
#endif
physicsEngine.collisionDetection(ref gameWorld, movementVector, rightStick, gameTime);
}
public void updateMenu(Gameworld gameWorld, InputHandler inputHandler, GameTime gameTime, Highscores highscores)
{
inputHandler.updateInput();
Vector2 movementVector = inputHandler.getLeftStickMovement();
bool aButton = false; // flagged if A button, or Enter, is pressed
bool bButton = false; // flagged if B button, or backspace, is pressed
int movementY = 0; // Tells the menu where to move next (-1 is up, 1 is down)
int movementX = 0;
if (inputHandler.ButtonPressed(Buttons.DPadDown) || movementVector.Y < 0 || inputHandler.KeyReleased(Keys.Down))
movementY = 1;
if (inputHandler.ButtonPressed(Buttons.DPadUp) || movementVector.Y > 0 || inputHandler.KeyReleased(Keys.Up))
movementY = -1;
if (inputHandler.ButtonPressed(Buttons.DPadLeft) || movementVector.X < 0 || inputHandler.KeyReleased(Keys.Left))
movementX = -1;
if (inputHandler.ButtonPressed(Buttons.DPadRight) || movementVector.X > 0 || inputHandler.KeyReleased(Keys.Right))
movementX = 1;
if (inputHandler.ButtonPressed(Buttons.A) || inputHandler.KeyDown(Keys.Enter))
aButton = true;
if (inputHandler.ButtonPressed(Buttons.B) || inputHandler.KeyDown(Keys.Back))
bButton = true;
if (menuHandler.ElapsedSinceLastInput > menuHandler.AllowedTimeBetweenInputs)
{
if (movementY != 0 || movementX != 0 || aButton || bButton)
{
menuHandler.update(movementY, movementX, aButton, bButton);
menuHandler.ElapsedSinceLastInput = 0;
}
}
menuHandler.ElapsedSinceLastInput += gameTime.ElapsedGameTime.Milliseconds;
if (menuHandler.sendScore)
{
sendScore(gameWorld);
menuHandler.ExitGame = true;
}
}
