Windy Grass

I’m just playing around at the moment with a wind and foliage in Unreal. The wind in Unreal is pretty simple, but I want to come up with a way of doing trunks, then branches which inherit movement from the trunks, and then leaves and so on. Each with their own layer of wind on top.

So far I have only modelled some very simple foliage and applied a little simplegrasswind to it, which is being driven by scalar values held in a material parameter collection. I wonder if there is a way to control the direction of the wind…



Some Bedroom Progress

Just a quick update to show off some of the progress we are making on the bedroom environment for our final year University project. We are using Unreal Engine, and a mix of photoscanned and modelled props.



Some Photo-grammetric Success!

So after a lot of iterating on techniques we finally started producing photo-scanned props that looked like they would be good enough to use in Break;

Below are some of screenshots of two of our assets in engine. Both props are around 5k polys, the bed uses one 4k textures and one 2k and the drawer has three 2k textures.

There is some room for optimization of the results and the techniques involved, but in the interests of time, we will probably move forwards and hope to achieve similar results with our other props. Further along, when we have tested our workflow on more assets we I will post a detailed blog to explain our process, which uses cheap equipment shooting at home.



Break; is a university project made by students in their final year. As we progress I will attempt to update this page with more information on it.

Here is something else from the project.



Photogrammetry Failures part 2

Progress was made today. We scanned the bed again, this time using over 80 photos, with a lot more care going into lighting and setting up the room. We also used adobe camera raw to batch process images to improve their sharpness and to raise the shadows a little bit.

The results were far from perfect though, with a lot of blurry textures, and some areas lacking enough information to put a good scan together.


We also tried our hand at static-camera scanning, using a turntable and a key. We got mixed results with this and will continue trying. below is one of our most interesting failures.

There is a huge amount of green spill, due to how close the green-screen is to the objects and lights, there was also a problem with image alignment, resulting in only one half of the N64 being scanned correctly.


We will try again tomorrow, using a white screen instead, a stand for objects, and a patterned cover for the rotary platform, which will hopefully aid the camera alignment process.

Photogrammetry Failures

We are working on an interactive experience about an isolated teenager, and are in the midst of building the bedroom. yesterday I conducted my first tests with photogrammetry, which you can see the results of below.


For those of you curious to try photogrammetry yourself here is a brief rundown of what went wrong.

  • The first issue was that there simply were not enough photographs, we only took 19, and the more you take, the better your results will likely be. Next time we will aim for around 60.
  • The second issue was there were not many defining features to the bed, it was mostly repetitive patterns, this meant some photos did not align correctly. The lighting kit we are using came with a green screen, white screen and  black screen, so we will set those up around the room to provide some points of reference for the alignment process. Similarly, we will adorn the bed with sheets and a duvet (as we initially intended) and this should help us to create a better scan.
  • We did not have a good stand for the camera, and as such, had to improvise by balancing the stand on objects. We got a new stand, which has a tilt-able bracket. This should help.
  • Finally, we only have three lights, as a result the bed is always going to be lit more brightly from one side, we hope to get around this in game, as the bed is only going to be view able from one side anyway.

Time for round two, I’ll update the blog with more information later!

Windigo Trailer

Bournemouth University NCCA – 2nd Year Game Group Project

A first person horror game set in the Canadian Rockies. The player is being hunted by a terrible creature that has a craving for human flesh.

We were probably a little bit overly ambitious with this project but remain proud of the result nevertheless. It was made by a team of five students over the course of 3/4 months at the start of 2015.


SEABORN was an entry to Torn Banner’s Fortification mapping contest that took place in the summer of 2014.

The other developers who worked on Seaborn were Jonathan Flynn, Finn Connolly, and  Michael Newbon. We also had some concept art done for us by Adrian Cathie. All of us study Computer Animation at Bournemouth University in the UK.

Another project that I was involved in was a game about Foxes, which we called FOX’S TAIL. A team of 8 of us worked on for a 48 hour gamejam. For each of us it was our first time using Unreal 4, and as such the end result was relatively crude. However, the artwork produced by the team was stellar.

A Fox's Tail

A Fox’s Tail was developed Finn Connolly, Jonathan Flynn, Camilla Nara Thorsen, Mike Newbon, Adam Treharne, Eric Dam and Alex Long. All of us from BU Animation in the uk. I painted a lot of the artwork for the environments, and handled putting it all together in Unreal. I also designed the levels, although due to the time constraints and inexperience of the team, we did not manage to complete even one. We would certainly like to revisit this game in the future.

The next project that I am going to briefly mention was a game I worked on for a University Assignment. WINDIGO is a survival horror game set in the rocky mountains. The goal of the player is to avoid a dangerous creature whilst navigating a treacherous snowy pass.




I was the level designer on Windigo, I created the environment, which included asset creation, materials, texturing, and effects.

f10741f382610e9a0cb63b0fde8efbeb098423b7f95aac8f4f26a25c20f884eb 57f2b64e5cb0a74cdf572d4288a783de 3857395e8e333218f2f048462bb27614

c363af1f77f9437a08e5ca8ba15c6e26       fcd9f13ac939b35c4ad9affba4019514   8565c37c41dd5d5a1ca691efb1d0f308

The other members of the team that worked on Windigo comprised of Tom Minor and Tom Becque on programming, Alex Long, the character artist, and Kat Eska, our animator.

So, that just about brings us to the present! I have worked on a few other projects by myself, as well as some assignments, but these were the ones where I learned the most! I will make an effort to update my blog more frequently from now on, but as always, my focus will be on creation, and on learning.

Have a good day!