This document is about: QUANTUM 1
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Skyware

Skyware is a competitive VR multiplayer shooter game, that can be played solo or on teams.
Each player has 2 weapons and a limited health pool. The game happens on a virtual arena, where up to 4 players can meet and fight.
Eliminate all your opponents to win the round. Remember to aim for the head!

  • Built with Quantum 1.2.3 F2.
  • Requires Unity 2018.4.3f1 or higher.
  • Runs on Oculus Quest, Oculus Rift, HTC Vive and Windows MR.

Download the newest sample sources here: Skyware

Disclaimer: The sample game was developed by BitCake Studio for Exit Games.

Highlights

  • PvP Gameplay:
    This sample showcases how you can work with Quantum to create a competitive experience for your players, be it solo or team based.
  • Classic Shooter Gameplay:
    Skyware is built upon the classic idea of a shooter game, each player has weapons they can use to shoot at the opponents. Each opponent has a health pool that needs to be depleted in order to die, and opponents also have weak spots, so aim for the head! Weapons can be customized via data assets.
  • Tile-Based Procedural Map Generation:
    Skyware has a tile based map generation system, making each match unique.
    The system also takes into account the optimization necessary for running on devices like the Oculus Quest. The system can be analyzed and expanded upon with the addition of new tiles, or with map generation rules.
  • Teleport-Based VR Movement:
    Skyware allows the player to move in their 2x2 play area as well as teleporting around each of the map tiles, looking for cover or vantage points to better shoot their opponents.
  • Different Game Modes:
    Skyware has 2 different game modes to play. A free-for-all mode or a 2v2 team battle.

Video

Screenshots

sample skyware gameplay modes
Gameplay Modes
sample skyware gameplay ready to fire
Ready to Fire
sample skyware teleport
Teleport
sample skyware sneaking
Sneak your Opponents

Release History

September 09, 2019
- Initial release of Skyware using Quantum 1.2.3 F2
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