Autosplitter+games+github+2021 Jun 2026

This public link is valid for 7 days and shares a thread, including any personal information you added. This link or copies made by others cannot be deleted. If you share with third parties, their policies apply. Can’t copy the link right now. Try again later.

: The script identifies specific RAM addresses that represent game states, such as a "Loading" flag (typically a boolean ), level IDs, or collectible counts. Pointer Paths

Before the widespread adoption of GitHub for autosplitter development, code was often shared via fragmented Discord servers, Google Drives, or obscure forum posts. This created major risks: if a developer left the community, the tool broke on the next game update.

The introduction of auto splitters shifted the responsibility of timing from the player directly to the game's internal data. By monitoring specific system RAM addresses or visual changes on the screen, these tools communicate instantly with a digital timer. The year 2021 marked a major inflection point for community-led software collaboration. Major advancements in tool structures surfaced on open-source repositories, making automated time tracking accessible to hundreds of indie and AAA titles. autosplitter+games+github+2021

Repositories created or heavily updated in 2021 started utilizing live-split-analyzer and new core architectures, making scripts cross-platform and substantially safer to execute than traditional DLL injections. 2. Iconic 2021 Games and Their Repositories

A major trend in 2021 was the expansion of autosplitters beyond Windows. While

: Most GitHub projects utilized the Auto Splitter Language (ASL) , which allows users to browse and load This public link is valid for 7 days

: A major breakthrough popularized across 2021 GitHub scripts was precise load-time removal. By detecting when a game is loading, the script pauses the timer, ensuring fair competition across different PC hardware configurations. Key Game Releases & GitHub Repositories (2021 Era)

Released in May 2021, RE Village heavily relied on cutscene skips and exact inventory management. The GitHub-hosted LiveSplit scripts for this game were crucial because they featured "Load Removal." This leveled the playing field between runners using ultra-fast NVMe SSDs and those on standard SATA drives by tracking "Time Without Loads" (TAW). Metroid Dread

In the high-stakes world of speedrunning, where milliseconds determine the difference between a world record and a "dead run," precision is everything. Historically, runners had to manually hit a key to "split" their timer at specific milestones. However, 2021 marked a significant turning point in the accessibility and technical sophistication of —scripts that automate this process—largely fueled by open-source collaboration on GitHub . What is an Autosplitter? Can’t copy the link right now

It was a typical Wednesday evening in March 2021 when speedrunner and developer, Alex, stumbled upon an idea that would change the lives of gamers everywhere. As he was competing in a popular speedrunning marathon, he found himself frustrated with the tedious process of manually splitting his runs. For those unfamiliar with speedrunning, a "split" marks a specific point in a game where the runner's time is recorded, allowing them to track their progress and compete with others.

: These pointers are programmed into an .asl file. The script tells the timer (usually LiveSplit) exactly when to start, split, reset, or pause.

Most autosplitters integrate directly with LiveSplit, the dominant timing program for Windows. The scripts look for concrete memory values, such as: Loading screen triggers (to calculate Time Without Loads) Changes in level or map IDs Boss health reaching zero Inventory item additions Why 2021 Was a Turning Point on GitHub

Loading screens (allowing for "Time Without Loads" tracking) Boss defeats or health bars hitting zero Inventory changes (e.g., picking up a key item) Map or level transitions