/**
* This adds any actor to the world that we are adding programmatically Currently lights must be
* loaded this way. That will change in later versions.
*
* @throws Exception
*/
public void addActors() throws Exception {
E3DSector sector = world.getSector("sector0"); // Grab our main sector.
// E3DSector sector1 = world.getSector("sector1"); //Grab our main sector.
// E3DSector sector2 = world.getSector("sector2"); //Grab our main sector.
E3DViewport viewport = engine.getWindow().getViewport("viewport1"); // Grab the viewport
cameraActor = new E3DCameraActor(engine, world, "camera");
cameraActor.rotate(E3DConstants.PI, cameraActor.getOrientation().getUp());
sector.addActor(cameraActor);
viewport.setCameraActor(cameraActor);
E3DLight light = new E3DLight(engine, "light1");
light.setPosition(new E3DVector3F(-5.0, -5.0, -5.0));
light.setBrightness(150);
light.setColor(new E3DVector4F(1.0, 1.0, 1.0, 1.0));
sector.addLight(light);
sector.addParticleSystem(new FireParticleSystem(engine));
/* FireParticleSystem system2 = new FireParticleSystem(engine);
system2.setPosition(new E3DVector3F(10, 0, 0));
sector.addParticleSystem(system2);
*/
// BluePlasmaWallParticleSystem system3 = new BluePlasmaWallParticleSystem(engine);
// system3.setPosition(new E3DVector3F(0, 0, -10));
// sector.addParticleSystem(system3);
}
/**
* Check if a Portal is in view of the frustum.
*
* @return Returns true if the portal is visible by this frustum
*/
public boolean isPortalInFrustum(E3DPortal portal) {
E3DVector3F[] proj = new E3DVector3F[4];
E3DVector3F portalA = portal.getA();
E3DVector3F portalB = portal.getB();
E3DVector3F portalC = portal.getC();
E3DVector3F portalD = portal.getD();
// Project all the corners of the portal that we are trying to see is in this frustum
proj[0] = viewport.projectPoint(portalA);
proj[0].setZ(0.0);
proj[1] = viewport.projectPoint(portalB);
proj[1].setZ(0.0);
proj[2] = viewport.projectPoint(portalC);
proj[2].setZ(0.0);
proj[3] = viewport.projectPoint(portalD);
proj[3].setZ(0.0);
/** 1. Check if a portal corner point is in the frustum */
for (int i = 0; i < 4; i++) {
if (projectedPointInFrustum(proj[i])) return true;
}
/** 2. Check if a frustum corner point is in the portal */
E3DTriangle portalTriA = new E3DTriangle(getEngine(), proj[0], proj[1], proj[3]);
E3DTriangle portalTriB = new E3DTriangle(getEngine(), proj[1], proj[2], proj[3]);
if (portalTriA.isPointInTriangle(a)
|| portalTriB.isPointInTriangle(a)
|| portalTriA.isPointInTriangle(b)
|| portalTriB.isPointInTriangle(b)
|| portalTriA.isPointInTriangle(c)
|| portalTriB.isPointInTriangle(c)
|| portalTriA.isPointInTriangle(d)
|| portalTriB.isPointInTriangle(d)) return true;
/** 3. Check if any of the line segments intersect */
if (get2DLineIntersectionPt(a, b, proj[0], proj[1]) != null
|| get2DLineIntersectionPt(a, b, proj[1], proj[2]) != null
|| get2DLineIntersectionPt(a, b, proj[2], proj[3]) != null
|| get2DLineIntersectionPt(a, b, proj[3], proj[0]) != null
|| get2DLineIntersectionPt(b, c, proj[0], proj[1]) != null
|| get2DLineIntersectionPt(b, c, proj[1], proj[2]) != null
|| get2DLineIntersectionPt(b, c, proj[2], proj[3]) != null
|| get2DLineIntersectionPt(b, c, proj[3], proj[0]) != null
|| get2DLineIntersectionPt(c, d, proj[0], proj[1]) != null
|| get2DLineIntersectionPt(c, d, proj[1], proj[2]) != null
|| get2DLineIntersectionPt(c, d, proj[2], proj[3]) != null
|| get2DLineIntersectionPt(c, d, proj[3], proj[0]) != null
|| get2DLineIntersectionPt(d, a, proj[0], proj[1]) != null
|| get2DLineIntersectionPt(d, a, proj[1], proj[2]) != null
|| get2DLineIntersectionPt(d, a, proj[2], proj[3]) != null
|| get2DLineIntersectionPt(d, a, proj[3], proj[0]) != null) return true;
return false;
}
/**
* This initializes the engine and variables required by the engine.
*
* @throws E3DInvalidDisplayModeException
* @throws LWJGLException
* @throws Exception
*/
private void initGame() throws E3DInvalidDisplayModeException, LWJGLException, Exception {
// Initialize the engine
engine.initEngine(width, height, 32, false, "Espresso3D TestBed");
engine.getLogger().setDebug(true);
// engine.setBackfaceCullingEnabled(true);
// Setup the world
world = new E3DWorld(engine, "worldOne"); // create the world and give it an ID
world.loadTextureSet("espresso3d\\testbed\\media\\textures\\textureseta.txt");
// Add the world to the engine itself. The world MUST be added to the engine
// before preloading of particles occur, otherwise textures will not be found for
// the particles.
engine.addWorld(world);
// Preload all the potential actors that can be loaded from the mapfile
// Preloading is a necessary step before the world is loaded. Without preloading,
// the world will have no idea how to load an actor that is in the mapfile
world.addPreloadedParticleSystem("FIRE", new FireParticleSystem(engine));
// Load the mapfile. If there are actors in the mapfile, this must come after preloading the
// actors
world.loadWorld("espresso3d//testbed//media//maps//pongroom.e3m");
// Setup the engine's viewport. There can be many of these in an engine.
// A viewport is required to see anything. The viewport specifies its dimensions and
// which world gets rendered in it.
viewport =
new E3DViewport(
engine,
0,
0,
width,
height,
"viewport1"); // create the viewport starting at 0,0 and extending to width, height (the
// entire window)
engine.getWindow().addViewport(viewport); // add the viewport to the engine.
viewport.setWorld(world); // set the world we want the viewport to render in it
// Bind all of our input handlers. I do this in another class InputEvents
inputEvents = new InputEvents(engine, world, this);
inputEvents.bindInputEvents();
}