public void render() {
// clear screen
Gdx.gl.glClear(GL20.GL_COLOR_BUFFER_BIT);
// set cam to follow player
cam.position.set(player.getPosition().x * PPM + Game.WIDTH / 4, Game.HEIGHT / 2, 0);
cam.update();
// draw map
tmr.setView(cam);
tmr.render();
// draw player
sb.setProjectionMatrix(cam.combined);
player.render(sb);
// draw coins
for (int i = 0; i < coins.size; i++) {
coins.get(i).render(sb);
}
// draw b2d world
if (debug) b2dr.render(world, b2dcam.combined);
}
public void renderLevel() {
if (loaded) {
// System.out.println("renderLevel");
levelRenderer.setView(parentCamera);
levelRenderer.render();
}
}
protected void renderMap() {
// If there are no map entities, dispose the renderer
if (mapEntities.size == 0) {
if (mapRenderer != null) {
mapRenderer.dispose();
mapRenderer = null;
}
} else {
Entity mapEntity = mapEntities.values().next();
MapComponent mapComponent = mapEntity.getComponent(MapComponent.class);
if (map != mapComponent.map) {
if (mapRenderer != null) {
mapRenderer.dispose();
}
map = mapComponent.map;
mapRenderer = new OrthogonalTiledMapRenderer(map, Env.pixelsToMetres);
}
// Render
mapRenderer.setView(camera);
mapRenderer.render();
}
}
/**
* Renders the tiled map for the current frame. Sets its view as the given {@link
* OrthographicCamera}.
*
* @param camera The camera used to show the map.
*/
public void render(final OrthographicCamera camera) {
float width = 1.12f * camera.viewportWidth * camera.zoom;
float height = camera.viewportHeight * camera.zoom;
renderer.setView(
camera.combined,
camera.position.x - width / 2,
camera.position.y - height / 2,
width,
height);
renderer.render();
}
private void renderWorld() {
clearScreen();
sr.setProjectionMatrix(camera.combined);
mapRenderer.setView(camera);
mapRenderer.render();
sr.begin(ShapeType.Filled);
renderNeighbourCollisionAreas(sr);
renderPlayer(sr);
sr.end();
}
public void Draw(OrthographicCamera camera) {
renderer.setView(camera);
// renderer.render();
}
public void render(GameCamera gameCamera) {
renderer.setView(gameCamera);
renderer.render();
}
@Override
public void preUIrender(float delta) {
// Game-Labels updaten
timeLabel.setText("TIME: " + String.valueOf((System.currentTimeMillis() - startTime) / 1000));
timeLabel.setPosition(0, uiStage.getHeight() - timeLabel.getPrefHeight() / 2);
livesLabel.setText("LIVES: " + String.valueOf(player.getLives()));
livesLabel.setPosition(
(uiStage.getWidth() / 2) - (livesLabel.getPrefWidth() / 2),
uiStage.getHeight() - timeLabel.getPrefHeight() / 2);
// Kamera auf Spieler-X ausrichten, auf Map setzen und Map rendern
float playerCenterPos = player.getX() + player.getEntityWidth() / 2;
boolean playerOutLeft = playerCenterPos < (SCREEN_WIDTH / 2);
boolean playerOutRight =
playerCenterPos > (getMap().getMapWidthAsScreenUnits() - (SCREEN_WIDTH / 2));
if (!playerOutLeft && !playerOutRight)
camera.position.x = player.getX() + player.getEntityWidth() / 2;
else {
if (playerOutLeft) camera.position.x = SCREEN_WIDTH / 2;
else camera.position.x = getMap().getMapWidthAsScreenUnits() - (SCREEN_WIDTH / 2);
}
camera.update();
OrthogonalTiledMapRenderer renderer = map.getRenderer();
renderer.setView(camera);
renderer.render();
renderer.getSpriteBatch().begin();
// Spieler rendern
player.render(renderer.getSpriteBatch());
for (AbstractEntity enemy : entityList) {
// Position des Players:
float playerWidthPosXLeft = player.getX();
float playerHeightPosLeft = player.getY();
// Position des Gegners:
float enemyWidthPosXLeft = enemy.getX();
float enemyHeightPosYLeft = enemy.getY();
// Initialisierung der Spieler-Box und Gegner-Box
PlayerBox =
new Rectangle(
playerWidthPosXLeft, playerHeightPosLeft, player.getWidth(), player.getHeight());
EnemyBox =
new Rectangle(
enemyWidthPosXLeft, enemyHeightPosYLeft, enemy.getWidth(), enemy.getHeight());
// Gegner rendern
enemy.render(renderer.getSpriteBatch());
// Kollisionsfunktion zwischen dem Spieler und Gegnern
BoxCollides(PlayerBox, EnemyBox);
}
// Entitys rendern
for (AbstractEntity entity : poolableEntityList) entity.render(renderer.getSpriteBatch());
renderer.getSpriteBatch().end();
}