Irrlicht Engine

TGM, did you happen to test the shader code with latest Irrlicht SVN? I'm having difficulties to get it running on 1.4alpha. If you could take a look on the problem, I'd be grateful:) Anyway, keep up the good work:)

If I may suggest something - CodeBlocks also exists for linux:)

To get some things clear: I didn't create the algorithm used in this node (as stated earlier, I've found the source on the forum), it's merely a rewrite in order to get this working with irr1.3.1. I didn't change 'the vital parts' of the code, simply because I hadn't any problems with it (tested on ...

This is going 'slightly' off topic:) With bloom and radial blur post-processing I get around 160-180 FPS (Gainward GF7600GS GoldenSample)

It's TGM's radial blur shader:) Plus some bloom. The radial blur works perfectly for 'high velocity movement' effect. I'll post more screenies after I implement a bit more features.

What driver are you using? I've tested the node with OpenGL, maybe that's the issue



This is how it looks on my rig

Try to disable automatic culling on the node

In order to see the the lens flare you need to set a texture for the node. I think there's a texture in the zip I provided. ILensFlareSceneNode* flare = new CLensFlareSceneNode(0, smgr, -1, vector3df(0,0,0)); flare->setMaterialTexture(0, driver->getTexture("../path/to/texture")); // or, an...

TGM, is it possible to combine the post process effects You've made? For example Bloom + Motion blur?

/* fix main cam stuff */ matrix4 mat; mat.setTranslation(getSceneNode()->getAbsolutePosition()); mat.setRotationDegrees(getSceneNode()->getRotation()); matrix4 fixmat; fixmat.setRotationDegrees(mat.getRotationDegrees()); Slight change in the code and it works now. I was convinced that mat = SceneNo...

I've modified the CLensFlareSceneNode (found somewhere on this forum a while back, also available with Acki's IrrExtensions) to work with irrlicht 1.3.1 - just thought someone might find it useful:)

You can grab the code here: http://satfilm.net.pl/~gammaray/CLensFlareSceneNode.zip

The position itself seems to be ok, only the up vector gets screwed somehow. I've checked the output of camera->getUpVector() and it seems to be updated correctly, but the cam behaves almost the same as with a non-transformed (0,1,0). And whats weird in the other app it behaves like it should while ...

Hello, it's me again:) I'm trying to implement a sort of chase cam, that stays sticky to it's target (effect: the target looks still, only the world rotates). I use the following code to calculate the camera position: /* fix main cam stuff */ matrix4 mat = getSceneNode()->getRelativeTransformation()...

BMF, he method suggested by You seems to do the trick, at least partially. I cast a ray from the camera to the flare node position using SceneManager->getSceneNodeFromRayBB() and check what node the function returns. As far as I can see this works with BoundingBoxes so its not perfect detection but ...

I wish it was so easy - I've set the light node as the parent of the lens flare effect node and when I check the the parents visibility status the method isVisible() returns true, even when the light is hidden behind another node.