Autosplitter - Choppy Orc

Today, Autosplitter Choppy Orc stands as a testament to the power of innovation and community collaboration. Its development has inspired a new generation of speedrunners and developers to create tools and software that push the boundaries of what's possible.

. It primarily functions by reading the game's memory to automate the starting, splitting, and resetting of the

This reliance on individual maintainers creates a potential vulnerability for the speedrunning community. If the primary maintainers become inactive, the autosplitter could fall out of sync with the game’s current state or new routing strategies. However, the open‑source nature of the project (hosted on GitHub) means that other developers could theoretically step in to continue development if necessary.

Look for the auto-splitting notification text directly below the game name and click . Autosplitter Choppy Orc

Embedded within the autosplitter project (often linked as /tas ), there is a TAS tool. This allows runners to study theoretically perfect runs or see how the game reacts to specific frame-perfect inputs. This is a vital resource for route planning.

: Erases the active run layout if a user triggers a full quick-restart menu command.

: The tool automatically detects when you complete a level and records the split time. This ensures consistency across runs and eliminates the need for manual input. Today, Autosplitter Choppy Orc stands as a testament

: Most runners find it straightforward to set up by adding the script directly into LiveSplit's layout settings. Visual vs. Memory

If you are experiencing choppy, inaccurate splits, do not reinstall the game yet. Follow this hardware-software hybrid guide.

The objective across each level is straightforward—guide the orc to the portal at the end, opening every chest along the way. However, the devil lies in the execution. Players must strategically use boxes, trampolines, and other environmental objects to overcome obstacles such as spikes, gaps, and various dangers. The axe serves as both a weapon and a tool: it can be thrown to break obstacles, retrieved to be thrown again, and even used as a makeshift platform to reach higher areas. It primarily functions by reading the game's memory

The persistence of this issue highlights an important reality about community‑developed tools: they are limited by what is technically feasible. To accurately distinguish between a standard jump and an axe bounce, the autosplitter would need to read additional game state information—such as whether the orc is currently standing on a thrown axe. This would require a more sophisticated memory‑reading approach, which may not be practical for a browser‑based tool.

: In the original version of Choppy Orc , loading screens and end‑of‑level animations consume significant time—approximately 42 seconds in total for a full run, with each animation lasting exactly three seconds at 60 FPS. The autosplitter removes these “long loads” from full‑game speedruns, ensuring that the timer only runs during actual gameplay. This provides a much more accurate representation of skill.