Hi,

Having been in the game industry for a few years, I wanted to work on my own project to be able to touch on every aspect of the development (technical, artistical) and improve my skill range. (modeling, networking, physics, rendering, gameplay, sound ...)

The game actually runs on multiple platforms ( Windows, Linux, MacOSX, iPhone/iPad ) although with some effects disabled on iOS (but the accelerometer on iPhone is very nice for aircraft control ! )

Here you are seeing the PC DirectX11 version, in fact it's a subset of the game, since it's more designed as a battlefield type of game, you can also be on foot, cars, tanks etc ... (not shown here, because not as polished as I'd like yet)

The flight model uses an algorithm similar to what X-Plane does as far as I can tell. For those interested the plane is a F-22 raptor.

Be sure to check the video on youtube (in 720p) : [media][/media]

See the end of the video for a (non exhaustive) list of features...

Florent Tournade


PS1: I'm looking for work, you can find my email at the end of the video (currently living near Lyon, France)
PS2: No link with this IOTD but I just wanted to say "kuddos to Outerra developers, you're doing a great great job ! inspiring"
PS3: actually you can see my former Reunion Island's house in the last screenshot. ;)

Click here to view the iotd

I'm echoing what I said on the YouTube vid: This is brilliant work Florent! Water caustics are beyond CryTek's in my opinion. Better fresnel. Any plans on releasing a SandBox-type version of it?

Hi, everything is possible at this stage but it will mainly depend on my motivation and my financial situation... It might not be apparent in a video, but there remains a hell a lot of work to be done. IMO too much work for one guy, I'll have to team up with people at some point.

cheers

Start a KickStarter or IndyGoGo ( with a small start target ), I would support it, especially if I got acess to the source ;)

Nice, are you willing to provide some information about your atmospheric scattering implementation?

@bummel: Well, basically it is a "standard" atmospheric raytraced scattering (only single scattering).

while "marching" along the ray i sample the shadow map (cascaded shadow maps) instead of shooting shadow rays.

The algorithm takes the curvature of the earth into account and handles "earth shadow" by intersecting the shadow ray with the sphere representing the earth.
The calculation is done here per-vertex but could also be done per pixel in a post process.
Note: I make use of a carefully crafted lookup texture to speed things up.

FYI I first implemented the technique in a ray tracer to get the algorithm right before adapting it to shader code

Fantastic work! Could you please give us some details about rendering such a nice shoreline?

Looks really amazing.