A work-in-progress FPP historical sailing simulator, developed in a two-person team. Our main goal is to create a convincing sailing physics simulation, which could be further extended with gameplay features.

Implemented features:

• Apparent wind calculation.
• Calculation of aerodynamic forces based on sail's angle of attack, sail geometry, wind force; possibility of backing the sail, etc.
• Integration with the ocean simulation from the StormBreakers package (https://github.com/Stormrider31/Storm-Breakers): hydrostatic and hydrodynamic forces on the hull, waves affecting the hull.
• Ship stability and heeling, leeway, weather/lee helm.
• Rudder forces calculation.
• Foresail integrated with Unity Cloth (sail trimming, luffing, etc.), sheets based on Unity Joints.
• Visualization of the running rigging (currently only for sheets).

Features currently in development:

• Gaff mainsail integrated with Unity Cloth.
• Simplified 3D model of an 18th century sloop/cutter.
• NavMesh-based on-board movement system (for player and AI crew) — quite a challenge on a constantly moving and rotating multi-storey ship.

Top-down tactical shooter set during the Emu War, made in Unity.

• Player can command individual squad members, change squad formation (with formations like line, wedge and column).
• Friendly and enemy AI:
  • Different steering behaviours, that can be combined (flocking, wander, obstacle avoidance, etc.).
  • State machines controlling unit behaviours.
• Spatial partitioning is utilized to improve performance.
• Terrain map available to the player, with the ability to draw on it.
• Different design patterns are utilized to keep the code maintainable.

Side-view 2D/3D RTS game set during the Napoleonic Wars, made in Unity.

• 3 different types of units to command: line infantry, light infantry and militia.
• Distance and melee combat.
• Soldiers in the unit try to maintain the line formation by filling into the empty spots.
• Unit deployment phase before the battle starts.
• Morale and stamina system.
• Unusual, side-view perspective of the battlefield (with 2D sprites fighting in the 3D world).
• 3 scenarios ready to play.
• Simple, random decision based AI.

Game site: https://weywocketer.itch.io/three-red-lines

Simple 2D submarine simulation based on the Archimedes' principle, made in Unity.

• No Unity Physics Components were used.
• Simulated with forward Euler method with manual damping.
• Both control planes and ballast tanks can be used to control the ship's depth.

Project site: https://weywocketer.itch.io/2d-submarine-physics-sim

Prototype of a platform for the text-based multiplayer game, created using Python.

• Clients can interact with the world by sending player commands to the server.
• In fixed intervals, server sends updated world information to clients.
• Communication based on TCP protocol — due to relatively wide server fixed intervals, higher packet delays are not a big concern.
• Multithreading is used to handle multiple server connections.
• Clients use text-based user interface (TUI) created with npyscreen library.

Repository: https://github.com/weywocketer/mud

Tower defence made for Ludum Dare 52 game jam in a team of three. Created in Unity.

Game site: https://weywocketer.itch.io/forresto