NeoFPS is an FPS controller, template and toolkit designed from the ground up to help you achieve your first person shooter vision. Developed with the core goals of flexibility, extensibility and power, NeoFPS enables you to precisely meet your FPS design goals or experiment with new ideas.

Official Website • Playable Demo • Documentation • Tutorials • Integrations
Roadmap • Trello • Support • Forum Thread • Discord

The core of NeoFPS is a powerful motion graph system for modelling first person movement, sitting on top of a custom kinematic character controller. Combined with a powerful camera setup and modular firearm system, NeoFPS can build impressive FPS mechanics out of the box.

Features

Flexible & Powerful Motion Graph
• Craft complex FPS movement in an intuitive editor
• Parkour features and demo with wall running, crouch slides, mantling
• Swimming, including moving water and wading
• Attach behaviours to motion graph states for a wide variety of effects
• Graph properties allow communication between the motion graph and scripts
• A wide variety of conditions
• Add your own states, behvaiours and conditions to extend the graph's functionality
• Input system independent
• Swappable data sources and types (speed, jump height, etc)

Modular Firearms
• Interchangeable components (trigger, shooter, reloader, aimer, etc)
• Components can be swapped at runtime
• Interacts with animation system
• Flexible accuracy and recoil system
• Weapon and weapon mode specific crosshairs
• Shared ammo
• Multiple examples

Full Save System
• Quick-saves, auto-saves, manual hard saves
• Full game state down to bullets in flight
• Persist data like health and inventory across scene changes
• Screenshots on save
• Save browser in game
• Custom binary serializer
• Save file inspector
• Fully customisable - save as much or as little as you want
• Seamless in-game saves
• Overrides for different save modes

Custom Kinematic Character Controller
• Collide and slide approach to collision response
• Supports complex moving platforms, with multiple examples
• Custom gravity strength and direction
• Custom up direction, or driven by gravity
• Slope, step and ledge awareness
• Friction and speed modifiers
• Smooth crouch jumping and height change
• Rigidbody pushing and collision response
• Push other characters
• Curve based slope speed modifiers

Powerful Camera Setup
• Layered additive effects such as bob, recoil, knock
• Field of view modifiers with turn rate scaling
• Yaw and pitch constraints for situations such as ladders or turrets
• Optional mouse smoothing and acceleration

Melee & Thrown Weapons
• Hand grenade and baton examples
• Thrown items can inherit character velocity
• Strong and weak throws

Customisable Inventories
• Multiple styles emulating popular first person shooters (Doom, Half-Life 2, Halo)
• Quick-slots
• Quick switching with previous weapon
• Contact and interactive pickups
• Stacked objects such as ammo and grenades

Detailed Damage System
• Location based damage and critical hits
• Friendly fire
• Damage layers and filters
• Physics based and impact based damage
• Pushback (eg. shotguns or explosions)
• Bullet hit feedback
• Health manager

Expandable Scene Interaction
• Instant use or hold to use
• Interaction events accessible in the inspector
• Highlighting and aim-over

Game Settings & Remappable Input
• Primary and secondary keys
• Gamepad profiles
• Text files for player editing
• Example in-game menus
• Access screen resolution settings from in-game

Event Based HUD
• Menus & popups (info, alerts)
• Firearm info (ammo, magazine, fire mode)
• Health and damage
• Reactive crosshairs
• Inventory quick-slots

Demo Scenes & Assets
• Firing range
• Feature demos
• Work in progress "Facility" demo scene
• Animated weapon models
• Custom recorded and edited sound effects
• Demo menu system

Third-Party Asset Integrations
• Emerald AI
• Highlight Plus
• More in development on GitHub
• See the integration demos in the Playable Demo

Extensible
• Scripting Reference
• Embraces Unity's component based design approach
• Use as much or as little of NeoFPS' features as required
• Uses interfaces to minimise dependencies and allow custom implementations

Dependencies
NeoFPS uses the Unity Post Processing package (tested with version 2.1.7), installed from the package manager. This will be handled automatically on adding NeoFPS to your project in Unity 2018 and above.

Latest Release
For release notes see Releases.
For an overview of upcoming features, see the Roadmap.
For a more detailed breakdown, visit the Trello.

Version 1.1.0
• New save game system and demos • Parkour motion graph features and examples • Swimming motion graph features and demo • Improved settings system

NeoFPS: FPS Controller, Template & Toolkit