Jello's pvp optimizer for Minecraft

Our summary

What this project does

Jello's pvp optimizer Overview Jello's pvp optimizer is a client-side Fabric mod designed to improve the reliability of right-click actions during high-latency gameplay. It doesn't modify server behavior or game mechanics but instead resends specific use actions from the client to increase the likelihood they register on the server. ## How It Works The mod automatically retries supported right-click actions once or twice when they fail to register due to network delay. This helps actions such as throwing ender pearls, using fishing rods, shooting crossbows, placing blocks, and launching snowballs or eggs land more consistently. The retry logic operates purely on the client side and doesn't alter cooldowns, server rules, or expected game behavior. ## Supported Actions The following right-click actions are enhanced by the mod: - Ender pearls - Snowballs - Eggs - Fishing rod use - Crossbow fire - Basic block placement These actions are selected because they're sensitive to timing and often fail to register under high ping, especially in PVP scenarios. ## Technical Details Jello's pvp optimizer requires Fabric loader on the client and isn't compatible with other mod loaders such as Forge or Quilt. It's strictly client-side required and server-side unsupported, meaning it functions only when installed on the player's game and doesn't need or affect server installation. ## Compatibility The mod supports the following Minecraft versions: 26.1.2, 26.1.1, 26.1, 26.2, 1.21.4, 1.21.3, 1.21.2, 1.21.1, 1.21, 1.21.8, 1.21.7, 1.21.6, 1.21.5, 1.21.11, 1.21.10, 1.21.9 It doesn't support versions outside this list. Users should consult their server administrators before use, as some servers may consider input-retrying mods bannable despite their client-side nature. ## Who Benefits This mod is ideal for players experiencing delayed or missed inputs due to high latency, particularly in competitive PVP where precise timing of pearl throws, rod flicks, or block placements can affect outcomes. By improving input registration without changing core gameplay, it offers a quality-of-life improvement for unstable connections.