character-controller

Coyote time and input buffering create forgiving jump timing by tracking elapsed time since leaving a ledge and storing jump inputs for a short duration. This Skill provides patterns to implement these mechanics in Unity using Update for input flags and FixedUpdate for physics execution.

Handling 3D slope and stair movement requires physics-based ground checks like SphereCast to detect terrain angles. This Skill provides implementation patterns for stable locomotion over slopes and stairs, ensuring predictable movement without slipping or getting stuck on geometry.

Yes, the character controller patterns support wall slide, wall jump, and dash mechanics. These features allow you to create expressive game-feel and distinct player abilities in both 2D platforming and 3D character-action games.

Inconsistent movement often stems from physics update misalignment. This Skill solves it by enforcing physics-safe updates, using Update for input detection and FixedUpdate for physics step execution, ensuring consistent gameplay feel and eliminating missed jumps or slippery landings.

Yes, these patterns support both 2D and 3D movement scenarios. The implementation covers 2D platforming mechanics like variable jump height, alongside 3D equivalents including camera-relative locomotion and SphereCast ground detection for action games.

Missed jumps usually occur due to strict input timing windows lacking forgiveness. This Skill implements coyote time and input buffering to store jump inputs temporarily and allow grace periods after leaving ledges, eliminating unfair missed jump moments.