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Timeline

Current plans for development are as follows:

Month Phase Tools & Tech. Demo #1 Game #1
Jan 2017 Release prep. Development
Feb 2017 First Release
Job hunting
Alpha Release
(ongoing improvements)
Mar 2017 Closed/Open Beta Ongoing Beta
dev/support
Ideas
Apr 2017 Contract work
& Dev mix
Thinking about
Unreal integration

Engine features
(e.g. interactivity,
required for game)
Planning
May 2017
Jun 2017
Jul 2017
Aug 2017
Sep 2017
Oct 2017
Nov 2017
Dec 2017


Ongoing Situation

Obviously this is a volatile and exciting time. People will be starting to get their hands on Apparance, I can begin conversations with people about collaborations, involvement, and potential funding scenarios. It is also the time when the money is getting tight and I have started contract work so I can continue to support my family. I would like to be able to continue to work on the project full time, but this is a luxury at this stage and a mixture of contracting and development will hopefully be possible and keep development ticking along in the absense of full funding.

Tools release

The first public release of the tools are out for people to play with which hopefully will generate more interest and ultimately build a community around the project. See the release page for more.

Game development

I'm starting to bring together the ideas I have for the first game, as a showcase of the tech and it's unique features. See the timeline at the top of the page and the feature lists below for more information.

Get Involved

Apparance has so far been a solo project, in development for over five years (part time until May 2016 when I was able to switch to full-time development). Going forward it will need to become bigger than just myself, it's going to need you to fully realise the vision. There are a variety of ways this can happen, and I'm not ruling any out at this stage, some thoughts are:

  • Beta testers - I'm keen to get as many people on board, trying out the tools and tech, as possible. To see what it can do, stretch it, and help define goals and plan features.
  • Game developers - From individuals who want to dabble in some procedural generation to people and small teams with a game or two under their belt, Apparance could be a way to expand your vision, and explore the exciting possibilities procedural generation offers.
  • Collaboration - Working with other people would help a lot, particularly in disciplines that aren't my forté such as rendering, design, and art.
  • Funding - Raising money to continue development of the engine and first game by direct investor funding, or even crowd-funding.
  • Publisher - A publishing deal to develop and release a game using the technology.
  • Donation - Patreon or other direct support could help prolong development of the project.
  • Licensing - As a game authoring system for use (for free) by other people, a profit-share licensing model would be needed to support continued development.
  • Productisation - Producing plugins for other engines (Unreal and Unity for example), a short-cut route to some of the game creation features Apparance currently lacks, yet still allowing the procedural and detail handling techniques to be used.

If you'd like to get involved, have thoughts about the project, or are interesting in funding it's development, please give it a try and then drop me a line.

Feature List

To get a better picture of where I see the technology going, here is a list of high-level technical features that have been implemented so far, and what lies on the horizon.

Implemented

This list illustrates how far I've come and what I have achieved:

  • Procedure persistence
  • Operator library
  • Procedure synthesis engine
  • Geometry synthesis
  • Basic 3D rendering engine
  • Node-graph based editing system
  • Property editing system
  • Scene management octree
  • Detail refinement/reduction system
  • Procedure analysis and capture
  • Resource procedures (deferred synth)
  • Procedural shader support
  • Detail tiers and blending
  • Standalone player application
  • Gamepad input support
  • Command-line processor application
  • Dynamic lists
  • Basic editor analytics
  • Web-site generation system
  • Large amount of Future City demo

Planned

There is still a lot to do though, being barely half-way towards the vision of a fully data-driven, hugely detailed, procedurally authored videogame:

  • Static/baked Lighting
  • Dynamic Lighting
  • Image synthesis
  • Texture & UV support
  • Shadows
  • Atmospherics
  • Bodies and entities
  • Rigid-body linkage
  • Body skinning & management
  • Behaviour and control system
  • Physics engine integration
  • General user input
  • UI suport (2D geometry)
  • Data-scapes
  • Scale support
  • Particle system
  • Sound engine integration
  • Audio synthesis