@Test
public void picksHealth() {
// jogador apanha um bonus de vida (ganha vida)
Player p = new Player(true);
int life = p.getLifepoints();
// cria objeto que da a vida ao player
Health h = new Health(p.getX(), p.getY(), true);
Obstacle ob = new Obstacle((int) p.getX(), (int) p.getY(), 20, true);
// verifica se apanha
assertTrue(h.colide(p));
h.caught(p, true);
// verifica se nao ganha vida, pois tem a vida cheia
assertEquals(life, p.getLifepoints());
// perde vida
ob.damage(p);
int life1 = p.getLifepoints();
assertTrue(life > life1);
// ganha vida
h.caught(p, true);
assertTrue(life1 < p.getLifepoints());
}
@Test
public void colidesWithObstacle() {
// jogador colide com um obstaculo (perde vida)
Player p = new Player(true);
int life = p.getLifepoints();
Obstacle ob = new Obstacle((int) p.getX(), (int) p.getY(), life, true);
// verifica se colide
assertTrue(ob.colide(p));
ob.damage(p);
// verifica se perde vida
assertTrue(life > p.getLifepoints());
}
// GAMEPLAY
@Test
public void gameOver() {
// jogador fica sem vida
Player p = new Player(true);
int life = p.getLifepoints();
// cria obstaculo que tira a vida toda ao player
Obstacle ob = new Obstacle((int) p.getX(), (int) p.getY(), life, true);
// verifica se colide
assertTrue(ob.colide(p));
ob.damage(p);
// verifica se perde vida toda
assertTrue(life > p.getLifepoints());
assertEquals(p.getLifepoints(), 0);
}
@Test
public void picksInvulnerableBonus() {
// jogador fica invulnerável durante x tempo
Player p = new Player(true);
int life = p.getLifepoints();
Invulnerability ob = new Invulnerability();
Obstacle obj = new Obstacle((int) p.getX(), (int) p.getY(), life, true);
// verifica se apanha
assertTrue(ob.colide(p));
ob.caught(p, true);
// colide com objeto que danifica
obj.damage(p);
// verifica se nao perde vida
assertEquals(life, p.getLifepoints());
}
/** optimizes obstacle list vertically */
public void optimizeObstaclesVertically() {
boolean changed = false;
if (!tileObstacles.isEmpty()) {
Obstacle comparedObstacle1, comparedObstacle2;
for (int i = 0; i < tileObstacles.size(); i++) {
comparedObstacle1 = tileObstacles.get(i);
for (int j = i + 1; j < tileObstacles.size(); j++) {
comparedObstacle2 = tileObstacles.get(j);
if (comparedObstacle1.getX() == comparedObstacle2.getX()) {
if (comparedObstacle1.getWidth() == comparedObstacle2.getWidth()) {
if (comparedObstacle1.getY() + comparedObstacle1.getHeight()
== comparedObstacle2.getY()) {
// obstacle1 above obstacle2
tileObstacles.add(
new Obstacle(
comparedObstacle1.getX(),
comparedObstacle1.getY(),
comparedObstacle1.getWidth(),
comparedObstacle1.getHeight() + comparedObstacle2.getHeight()));
tileObstacles.remove(comparedObstacle1);
tileObstacles.remove(comparedObstacle2);
changed = true;
}
if (comparedObstacle1.getY() - comparedObstacle2.getHeight()
== comparedObstacle2.getY()) {
// obstacle2 above obstacle1
tileObstacles.add(
new Obstacle(
comparedObstacle1.getX(),
comparedObstacle2.getY(),
comparedObstacle1.getWidth(),
comparedObstacle1.getHeight() + comparedObstacle2.getHeight()));
tileObstacles.remove(comparedObstacle1);
tileObstacles.remove(comparedObstacle2);
changed = true;
}
}
}
}
}
}
// System.out.println(tileObstacles.size());
if (changed) optimizeObstaclesVertically();
}
