@Override
public void onRoundStarted(final RoundStartedEvent event) {
super.onRoundStarted(event);
if (event.getRound() == 0) {
IRobotSnapshot crazy = event.getStartSnapshot().getRobots()[0];
IRobotSnapshot target = event.getStartSnapshot().getRobots()[1];
Assert.assertNear(566.2968069, crazy.getX());
Assert.assertNear(165.0789361, crazy.getY());
Assert.assertNear(436.3146436, target.getX());
Assert.assertNear(350.7235444, target.getY());
}
}
@Override
public void onTurnEnded(TurnEndedEvent event) {
super.onTurnEnded(event);
lastTurn = event.getTurnSnapshot().getTurn();
// System.out.println(event.getTurnSnapshot().getTurn());
IRobotSnapshot crazy = event.getTurnSnapshot().getRobots()[0];
IRobotSnapshot target = event.getTurnSnapshot().getRobots()[1];
if (lastTurn == 1) {
Assert.assertNear(565.4354411, crazy.getX());
Assert.assertNear(164.5709508, crazy.getY());
Assert.assertNear(436.3146436, target.getX());
Assert.assertNear(350.7235444, target.getY());
}
if (lastTurn == 1700) {
Assert.assertNear(38.69810137, crazy.getX());
Assert.assertNear(214.9945902, crazy.getY());
Assert.assertNear(339.9178023, target.getX());
Assert.assertNear(455.7698379, target.getY());
}
}
@Override
public void onTurnEnded(TurnEndedEvent event) {
super.onTurnEnded(event);
turnNumber = event.getTurnSnapshot().getTurn();
IRobotSnapshot rate = event.getTurnSnapshot().getRobots()[0];
// Test turnRate
if (turnNumber == 10) {
Assert.assertNear(Math.PI / 4, normalRelativeAngle(rate.getBodyHeading() - originalHeading));
}
if (turnNumber == 20) {
Assert.assertNear(-Math.PI / 4, normalRelativeAngle(rate.getBodyHeading() - originalHeading));
}
if (turnNumber == 25) {
// Test that turnRate was set to zero
Assert.assertNear(-Math.PI / 4, normalRelativeAngle(rate.getBodyHeading() - originalHeading));
// Test velocityRate
double theta = rate.getBodyHeading();
double deltaX = rate.getX() - originalX;
double distanceTravelled = deltaX / Math.sin(theta);
Assert.assertNear(9, distanceTravelled);
}
if (turnNumber == 35) {
double theta = rate.getBodyHeading();
double deltaX = rate.getX() - originalX;
double distanceTravelled = deltaX / Math.sin(theta);
Assert.assertNear(-35, distanceTravelled);
originalGunHeading = rate.getGunHeading();
}
if (turnNumber == 45) {
// Test that velocityRate was set to zero
double theta = rate.getBodyHeading();
double deltaX = rate.getX() - originalX;
double distanceTravelled = deltaX / Math.sin(theta);
Assert.assertNear(-47, distanceTravelled);
// test gunRotationRate
Assert.assertNear(
Math.PI / 2, normalRelativeAngle(rate.getGunHeading() - originalGunHeading));
}
if (turnNumber == 55) {
Assert.assertNear(
Math.PI / 4, normalRelativeAngle(rate.getGunHeading() - originalGunHeading));
originalRadarHeading = rate.getRadarHeading();
}
if (turnNumber == 65) {
// test that gunRotationRate was set to zero
Assert.assertNear(
Math.PI / 4, normalRelativeAngle(rate.getGunHeading() - originalGunHeading));
// test radarRotationRate
Assert.assertNear(
Math.PI / 2, normalRelativeAngle(rate.getRadarHeading() - originalRadarHeading));
}
if (turnNumber == 75) {
Assert.assertNear(
Math.PI / 4, normalRelativeAngle(rate.getRadarHeading() - originalRadarHeading));
}
if (turnNumber == 76) {
// test that radarRotationRate was set to zero
Assert.assertNear(
Math.PI / 4, normalRelativeAngle(rate.getRadarHeading() - originalRadarHeading));
}
}