Package com.szuppe.jakub.common

Examples of com.szuppe.jakub.common.Coordinates2D

92
93
94
95
96
97
98
99
100
101
   * @param ballMockup
   */
  public void setFromMockup(BallMockup ballMockup)
  {
    this.radius = ballMockup.getRadius();
    this.topLeftCoordinates = new Coordinates2D(ballMockup.getTopLeftCoordinates());
    this.speed = new SpeedVector2D(ballMockup.getSpeed());
    this.acceleration = ballMockup.getAcceleration();
    lastRepaintTime = System.currentTimeMillis();
  }
View Full Code Here
105
106
107
108
109
110
111
112
113
114
115
116
117
118
119
120
121
122
123
124
125
126
127
128
129
130
131
   */
  public void move()
  {
    long timeInterval = System.currentTimeMillis() - lastRepaintTime;
    lastRepaintTime = System.currentTimeMillis();
    Coordinates2D ballDisplacementVector;

    // s = v * t + (a * t^2)/2
    float xballDisplacement = (speed.getXSpeed() * timeInterval)
        + (0.5f * acceleration.getxAcc() * timeInterval * timeInterval);
    float yballDisplacement = (speed.getYSpeed() * timeInterval)
        + (0.5f * acceleration.getyAcc() * timeInterval * timeInterval);
    if (Math.abs(speed.getXSpeed()) < Math.abs(0.5f * acceleration.getxAcc() * timeInterval)
        || Math.abs(speed.getYSpeed()) < Math.abs(0.5f * acceleration.getyAcc() * timeInterval))
    {
      speed = new SpeedVector2D(0, 0);
      acceleration = new Acceleration2D(0, 0);
      ballDisplacementVector = new Coordinates2D(0, 0);
    }
    else
    {
      ballDisplacementVector = new Coordinates2D(xballDisplacement, yballDisplacement);
    }
    topLeftCoordinates = topLeftCoordinates.moveAlongVector(ballDisplacementVector);

    SpeedVector2D speedChange = acceleration.countSpeedChange(timeInterval);
    speed.add(speedChange);
View Full Code Here
50
51
52
53
54
55
56
  /**
   * @return Współrzędne lewego-prawego rogu klocka.
   */
  public Coordinates2D getPosition()
  {
    return new Coordinates2D(topLeftCoordinates);
  }
View Full Code Here
236
237
238
239
240
241
242
243
244
245
  {
    BricksMockup correctedBricksMockup = new BricksMockup();
    List<BrickMockup> bricksList = bricksMockup.getBricksList();
    for (BrickMockup brickMockup : bricksList)
    {
      Coordinates2D correctedCoordinates = new Coordinates2D(brickMockup.getX(), levelHeight - brickMockup.getY());
      correctedBricksMockup.add(new BrickMockup(correctedCoordinates, brickMockup.getBrickType()));
    }
    return correctedBricksMockup;
  }
View Full Code Here
255
256
257
258
259
260
261
262
263
264
265
   * @param levelHeight - maksymalna wartość y, tj. wysokość planszy.
   * @return Poprawioną makietę.
   */
  private PaddleMockup correctPaddleMockup(PaddleMockup paddleMockup, float levelHeight)
  {
    Coordinates2D correctedPaddleCoordinates = new Coordinates2D(paddleMockup.getX(), levelHeight
        - paddleMockup.getY());
    SpeedVector2D correctedSpeed = paddleMockup.getSpeed();
    correctedSpeed.reverseYSpeed();
    Acceleration2D correctedAcceleration = paddleMockup.getRetardation();
    correctedAcceleration.reverseYAcc();
View Full Code Here
279
280
281
282
283
284
285
286
287
288
289
   * @param levelHeight - maksymalna wartość y, tj. wysokość planszy.
   * @return Poprawioną makietę.
   */
  private BallMockup correctBallMockup(BallMockup ballMockup, float levelHeight)
  {
    Coordinates2D correctedBallCoordinates = new Coordinates2D(ballMockup.getX(), levelHeight - ballMockup.getY());
    SpeedVector2D correctedSpeed = ballMockup.getSpeed();
    correctedSpeed.reverseYSpeed();
    Acceleration2D correctedAcceleration = ballMockup.getAcceleration();
    correctedAcceleration.reverseYAcc();
    BallMockup correctedBallMockup = new BallMockup(correctedBallCoordinates, ballMockup.getRadius(),
View Full Code Here
41
42
43
44
45
46
47
  /**
   * @return Współrzędne lewego-górnego roku kwadratu zawierającego platformę.
   */
  public Coordinates2D getTopLeftCoordinates()
  {
    return new Coordinates2D(topLeftCoordinates);
  }
View Full Code Here
65
66
67
68
69
70
71
  /**
   * @return Współrzędne lewego-górnego roku kwadratu zawierającego piłkę.
   */
  public Coordinates2D getTopLeftCoordinates()
  {
    return new Coordinates2D(topLeftCoordinates);
  }
View Full Code Here
126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
143
144
145
146
147
148
149
150
151
152
153
154
155
156
157
    final List<Coordinates2D> verticesList = verticles.getVerticesList();

    try
    {
      // TOP CHECK
      final Coordinates2D paddleLeftTopCo = verticesList.get(1).moveAlongVector(
          new Coordinates2D(0, radius));
      final Coordinates2D paddleRightTopCo = verticesList.get(2).moveAlongVector(
          new Coordinates2D(0, radius));
      Line2D paddleTop = new Line2D(paddleLeftTopCo, paddleRightTopCo);
      Coordinates2D pointOfIntersection = paddleTop
          .intersectionPoint(ballMovementRay);
      double distance = Math.sqrt(Math.pow(
          pointOfIntersection.getX() - ball.getX(), 2)
          + Math.pow(pointOfIntersection.getY() - ball.getY(), 2));
      long timeTillCollision = (long) (distance / ballSpeed.getSpeedValue());
      Coordinates2D displacementFromVelocity = speed.countDisplacement(timeTillCollision);
      Coordinates2D displacementFromAcc = acceleration.countDisplacement(timeTillCollision);
      Coordinates2D displacement = displacementFromVelocity
          .moveAlongVector(displacementFromAcc);
      final Coordinates2D paddleLeftTopCoAfterTime = paddleLeftTopCo
          .moveAlongVector(displacement);
      final Coordinates2D paddleRightTopCoAfterTime = paddleRightTopCo
          .moveAlongVector(displacement);
     
      if (paddleLeftTopCoAfterTime.getX() <= pointOfIntersection.getX()
          && pointOfIntersection.getX() <= paddleRightTopCoAfterTime.getX())
      {
        collisionList.add(new BallWithPaddleCollision(timeTillCollision));
      }
      // END TOP CHECK
    } catch (DoesnotIntersectException e)
View Full Code Here
301
302
303
304
305
306
307
308
309
310
311
   * @param timeWhenPaddleWillStop - czas, po którym platforma się zatrzyma.
   */
  private void moveAlongVector(long timeInterval, long timeWhenPaddleWillStop)
  {
    long movementTime = Math.min(timeInterval, timeWhenPaddleWillStop);
    Coordinates2D displacementFromVelocity = speed.countDisplacement(movementTime);
    Coordinates2D displacementFromAcc = acceleration.countDisplacement(movementTime);
    Coordinates2D displacement = displacementFromVelocity
        .moveAlongVector(displacementFromAcc);
    verticles.addToAll(displacement);
  }
View Full Code Here
TOP

Related Classes of com.szuppe.jakub.common.Coordinates2D

  • com.szuppe.jakub.config.model.BallConfig
  • com.szuppe.jakub.mockups.BallMockup
  • com.szuppe.jakub.mockups.BrickMockup
  • com.szuppe.jakub.mockups.PaddleMockup
  • com.szuppe.jakub.model.Ball
  • com.szuppe.jakub.model.Brick
  • com.szuppe.jakub.model.Level
  • com.szuppe.jakub.model.Paddle
  • com.szuppe.jakub.view.Ball
  • com.szuppe.jakub.view.Paddle
    • Copyright © 2018 www.massapicom. All rights reserved.
    All source code are property of their respective owners. Java is a trademark of Sun Microsystems, Inc and owned by ORACLE Inc. Contact coftware#gmail.com.