public void update(float deltaTime) {
this.timer += deltaTime; // timer for endscreen
this.timerCheckpoint += deltaTime; // timer for endscreen
// Input Update
controller.update(deltaTime);
// Netzwerk Update
this.updateEvents();
if (controller.character != null) {
// FIXME: last and current postition are always equal
// if (controller.character.currentPosition.x != controller.character.lastPosition.x ||
// controller.character.currentPosition.y != controller.character.lastPosition.y)
deltaTimeUpdate += deltaTime;
if (deltaTimeUpdate > 0.0005f) {
MoveCharacter move = new MoveCharacter();
move.x = controller.character.currentPosition.x;
move.y = controller.character.currentPosition.y;
move.direction = controller.character.direction.getValue();
move.idle = controller.character.idle;
client.sendTCP(move);
deltaTimeUpdate = 0;
}
}
Camera cam = CameraHelper.instance.camera;
// The camera dimensions, halved
float cameraHalfWidth = cam.viewportWidth * .5f;
float cameraHalfHeight = cam.viewportHeight * .5f;
// Move camera after player as normal
if (controller.character != null) {
int pos_x = (int) controller.character.currentPosition.x;
if (pos_x % 2 == 0) pos_x++;
int pos_y = (int) controller.character.currentPosition.y;
if (pos_y % 2 == 0) pos_y++;
CameraHelper.instance.camera.position.set(pos_x, pos_y, 0);
}
float cameraLeft = cam.position.x - cameraHalfWidth;
float cameraRight = cam.position.x + cameraHalfWidth;
float cameraBottom = cam.position.y - cameraHalfHeight;
float cameraTop = cam.position.y + cameraHalfHeight;
// Horizontal axis
if (mapPixelWidth < cam.viewportWidth) {
cam.position.x = mapPixelWidth / 2;
} else if (cameraLeft <= 0) {
cam.position.x = 0 + cameraHalfWidth;
} else if (cameraRight >= mapPixelWidth) {
cam.position.x = mapPixelWidth - cameraHalfWidth;
}
// Vertical axis
if (mapPixelHeight < cam.viewportHeight) {
cam.position.y = mapPixelHeight / 2;
} else if (cameraBottom <= 0) {
cam.position.y = 0 + cameraHalfHeight;
} else if (cameraTop >= mapPixelHeight) {
cam.position.y = mapPixelHeight - cameraHalfHeight;
}
// update objects
checkpointCount = 0;
deadTouries = 0;
playingTouries = 0;
for (GameObject obj : objs.getObjects()) {
obj.update(deltaTime);
resetIfOutsideOfMap(obj);
if (obj instanceof CheckpointGameObject && ((CheckpointGameObject) obj).checked) {
checkpointCount++;
}
// check for playing Tourist
if (obj instanceof TouriCharacterObject) {
playingTouries++;
}
// check for dead players
if (obj instanceof CharacterObject) {
if (((CharacterObject) obj).isDead) {
deadTouries++;
}
}
}
// System.out.println(" timer: " + timer);
checkDeadTouries(this.timer > MAX_TIMER && MAX_TIMER != 0);
// System.out.println(" MAX_TIMER: " + MAX_TIMER);
System.out.println(" timerCheckpoint: " + timerCheckpoint);
checkCheckpoints(this.timerCheckpoint > MAX_TIMER_CHECKPOINT && MAX_TIMER_CHECKPOINT != 0);
System.out.println(" MAX_TIMER_CHECKPOINT: " + MAX_TIMER_CHECKPOINT);
// check for collusion
for (GameObject obj : objs.getObjects()) {
for (GameObject collusionObj : objs.getObjects()) {
if (obj == collusionObj) continue;
CollusionDirections.CollusionDirectionsTypes col =
obj.bounds.intersection(collusionObj.bounds);
if (col != CollusionDirections.CollusionDirectionsTypes.NONE) {
obj.isCollusion(collusionObj, col);
}
}
}
}
public void draw(SpriteBatch batch) {
level.render();
for (GameObject obj : objs.getObjects()) {
obj.draw(batch);
}
}
