Unity Customizable Kinematic Character Controller(WIP)

This project is an extensible and customizable kinematic character controller solution inspired by pokeblokdude's character-controller.

Project Goals

The main objectives of this project are:

1. Provide a high level of customization
2. Implement Dynamic Rigidbody functionalities in a Kinematic Character Controller
3. Support various constraints
4. Offer an extensible character movement asset

Key Features

My character collider currently supports these features:

1. Normal features:

• Custom collision detection
• Ground, Wall, Celling detection
• Smooth movement on slopes
• Climb and desending steps
• Jump height and jump velocity
• Crouch and Run

2. Extensible features

• Velocity-dependent multi-stage gravity
• Multi(Air) Jump
• Changing player capsule up direction
• Changing gravity direction
• Jump buffer and coyote time

3. Dynamic features

• AddForce(Force, Impulse, Acceleration, ChangeVelocity) Method
• AddRelativeForce(Force, Impulse, Acceleration, ChangeVelocity) Method
• Move, MovePosition, MoveRotation Method
• SetVelocity Method

You can make your character Swim, Fly, Dash, Wall-Run with these methods.

Dependencies

This project requires the following Unity packages:

• Input System
• Universal Render Pipeline (URP)

Please ensure these are installed in your Unity project before importing this character controller.

Installation

To install this Kinematic Character Controller in your Unity project:

1. Go to the Releases page of this repository.
2. Download the latest .unitypackage file from the most recent release.
3. Open your Unity project.
4. In Unity, go to Assets > Import Package > Custom Package.
5. Select the downloaded .unitypackage file.
6. In the Import Unity Package window, ensure all items are selected and click 'Import'.

After importing, the character controller assets will be available in your project.

Future Development Plans

• Implement Dynamic Rigidbody methods:
  • AddTorque()
  • Rotate()
  • Other related methods...
• Implement additional constraints:
  • Distance constraint
  • Maximum velocity constraint
  • Spring constraint
  • Joint constraint
  • Other related constraints...
• Improve physics-based interactions:
  • Push/pull functionality
  • Enhanced object collision responses
• Performance optimization
• Add 2D controller
• Improve documentation and create API reference