the matrix was a documentary
Spent the last couple days adding in skybox support into the engine. Currently it’s a little hard-coded, but it does seem to be working well. I also bumped the field of view (FOV) up to 90 (from 45) so you can see more of the sky. I wanted
While getting models loaded was pretty exciting, I ended up dealing with major load times on the demo. Granted, my XML parsing code is probably slow as all hell, but I don’t think COLLADA is really designed for real-time engine use. With simple plane and cube shapes the
What you see above is a custom model I made in 3ds Max, exported as a COLLADA *.dae file, and imported into my DirectX engine. I figured I’d start with something simple, like a soda can, and I plan to make a lot more models going forward. Although
Programmer art is great and all, but I’d really like to see some complex models inside the engine. Unfortunately, DirectX 11 does not include a built-in way to load in 3D models. As I’ve mentioned before, I am interested in using COLLADA has the import format. Since COLLADA
This has got to be one of the more insane physics demos I’ve seen so far. Most physics engine handles the basic rigid bodies and such, but start to fall apart with more complex interactions (i.e. fluid and cloth simulations). With the demo shown above, from Nvidia, it
After some more testing, it looks like OGRE is not the savior it seemed like yesterday. While the static geometry boosted frame-rates greatly, it’s only useful for, well, static objects. Meaning the models can’t move or animate. I did find another option, instancing, which initially looked promising. It
Looks like I spoke too soon. While OGRE was getting pretty slow with the naive implementation, I was able to find some code on what they call StaticGeometry, which is a system to batch together lots of similar meshes that don’t move (great for my cube example project).
Seeing as performance has been on my mind recently, I tweaked the core render loop a bit and saw some reasonable gains. The one thing I realized is that most of the objects in the scene are static, and don’t need their combined transformed matrices recalculated every frame. I
I don’t have much time, so I will be brief. Basically for the past few days I have been trying to optimize the engine. With the stress test you see above (around 13K cubes) I was only getting around 200 fps. Just slightly above my target of 120
Today I have gotten the camera system to a decent place, and made a simple free look demo. Most of the code had already been implemented, inside the vector and matrix classes, I just had to piece it together into a camera object. I also added a
