Difference between revisions of "Fizz X"

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* Dynamic shapes respond to collisions and gravity. Dynamic shapes can be used to simulate the moving objects in your game.
 
* Dynamic shapes respond to collisions and gravity. Dynamic shapes can be used to simulate the moving objects in your game.
  
* Quadtree space partitioning to reduce the number of collision tests. It can can be disabled, although this is not recommended especially if your simulation contains a large number of dynamic shapes.
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* Space partitioning to reduce the number of collision tests. It can be disabled, although this is not recommended especially if your simulation contains many dynamic shapes.
  
 
== Links ==
 
== Links ==
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* Code repository: https://github.com/2dengine/fizzx
 
* Code repository: https://github.com/2dengine/fizzx
  
* Official support forums: http://2dengine.com/forum/
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* Official support forums: http://2dengine.com/doc/
  
 
{{#set:LOVE Version=Any}}
 
{{#set:LOVE Version=Any}}

Revision as of 08:12, 4 October 2024

Fizz is a lightweight collision library in Lua. It's designed specifically for old-school platformers and overhead action games. Fizz is licensed under the MIT License.

Features

  • Three different shape types: circles, rectangles and line segments.
  • Line segments can be used for making slopes and possibly "one-sided" platforms. They handle collision differently based on direction and "push" other intersecting shapes at 90 degrees counter-clockwise of the segment slope.
  • Static shapes - static shapes are immobile and do not respond to collisions or gravity.
  • Kinematic shapes - kinematic shapes do not respond to collisions or gravity, but can be moved by manually changing their velocity. Kinematic shapes can be used to simulate moving platforms and doors.
  • Dynamic shapes respond to collisions and gravity. Dynamic shapes can be used to simulate the moving objects in your game.
  • Space partitioning to reduce the number of collision tests. It can be disabled, although this is not recommended especially if your simulation contains many dynamic shapes.

Links