I’ve been looking at voxel cone traced global illumination for a while as something that I want to implement since it gives a decent approximation of global illumination in real time for dynamic scenes. In the past month I’ve finally given myself a chance to look at the algorithm more in-depth and try at implementing it. Voxel Cone Traced Global …
I’ve been looking at a lot of resources on current rendering algorithms to get nice looking real-time graphics and thought that it’s time that I actually go and implement some of them. This is the first project that I worked on in a series of three that I used to improve my understanding of some graphics algorithms. I’m also using …
It’s been a while since I’ve done any updates, and I need to write some updates on specifics of stuff I’ve been doing. I put together a reel of some of my older projects along with some of my more recent projects that I have not had a chance to update about for a show my college was doing so …
I recently put together a demo for the art hop in Burlington. This demo renders 2.5 million particles and colors them based upon their velocity. This demo was written in C++ using Direct3D 11. The particles are simulated on a compute shader that I pass finger positions reported by the LEAP motion in world space. The LEAP is velcroed to …
I’ve been spending some of my free time researching and implementing rendering techniques (mostly researching as of this moment). I am currently focusing on developing a game engine and game that utilize the Oculus Rift and the Sixense STEM System. I have posted some videos of what I’m doing in my YouTube channel:
This is an implementation of flocking behavior in 3d that I did for my game AI class. It uses a combination of cohesion, separation, velocity matching, and align behaviors. The cubes may represent fish or birds. I used boxes since at the point this video was made I had not yet made a model loader and the rotations were broken.
So this is my first test of drawing multiple objects in Direct3D. Each of the smaller boxes is rendered relative to the larger boxes that they are children of.
