UNDERRATED? ASHLEY WAVE TRIALS // Frame Window Counter // Geometry Dash

Ashley Wave Trials with Frame Perfects Counter "Ashley Wave Trials" published by oddmod, verified by ‪@Zoink‬ Subscribe to see Tidal Wave! This level was one of my favorite impossible levels back then. surely she will accept my Roblox friend request right? GD NaNDL (Top levels by Precision): https://nandl.pages.dev/ There could be many inaccuracies and I think this video is around 90% accurate. Also there are a lot of "50/50"s Geometry Dash Super Frame Perfect Counter Inspired by ‪@LeTim‬s Frame Perfect Counter and ‪@viwigd‬ Frame Counter Welcome to my Frame Window Counter! Click Pattern by ‪@Zoink‬ was to measure frame windows to discard unrealistic clicks. == PRECISION CALCULATIONS == Minimum Timing Precision Rate Required to beat in 24 hours from 0 221.74 σ/s 248.00 σ/s (Nerve Inflated) Individual Frame Windows: 1: 0 2: 3 3: 16 4: 47 5: 42 6: 76 7: 50 8: 33 9: 20 10: 29 #geometrydash #extremedemon #demonlist == PLEASE IGNORE EVERYTHING BELOW == Ashley Wave Trials is an Extreme Demon in Geometry Dash created by OddMod and verified by Zoink on November 2, 2024. Known for its pink and red visual style, playful atmosphere, and brutally difficult wave gameplay, the level stands out from most top demons by combining extreme precision with a less traditionally dark or hell-themed presentation. () Level Information Name: Ashley Wave Trials Creator: OddMod Verifier: Zoink Difficulty: Extreme Demon Length: Short/Medium Level ID: 62912799 Song ID: 383158 Style: Wave-based, pink/red, challenge-focused gameplay () Ashley Wave Trials is almost entirely focused on wave gameplay, with each section built around a different type of wave challenge. Unlike traditional Nine Circles levels, it does not follow the usual predrop-into-wave structure; instead, the level is centered around wave control from the beginning, making it more of a dedicated wave trial than a standard Nine Circles demon. () The level was originally considered an impossible wave-based project before later being rebalanced into a version that could be verified. Even after balancing changes, Ashley Wave Trials remained extremely difficult, with tight corridors, high-precision inputs, and strict consistency requirements across its distinct wave sections. () Zoink’s verification gave the level major attention, though it also became part of community discussion because of CBF and rating debates after verification. Despite the controversy, Ashley Wave Trials eventually became recognized as one of the most notable modern wave-based Extreme Demons. () With its unique visual identity, wave-only gameplay focus, and history as a former impossible level, Ashley Wave Trials stands out as one of the most memorable wave demons in Geometry Dash. If you enjoyed the video, consider liking and subscribing for more Geometry Dash content. == Frame Window Counter is a theoretical timing system designed to more accurately measure input difficulty in Geometry Dash. Instead of using traditional 60 Hz frame perfects, this system measures input timing windows from 1 to 10 frames at 240 Hz, the highest refresh rate Geometry Dash supports. Each value represents the true timing window of an input, including both click and release timings, as determined by the game’s internal logic. The counter outputs a visual numerical display: This allows viewers to see how often each timing window appears throughout gameplay. This system is intended to replace the concept of “frame perfects”, which are often misleading due to low-Hz rounding and lack of precision. At 240 Hz, timing windows can be measured far more granularly, revealing difficulty that would otherwise be hidden. While the counter only functions at 240 Hz, it provides a clearer and more accurate way to analyze and compare difficulty, especially for top players. Similar counters have been done before, but this implementation focuses on maximum accuracy and correct timing logic. Difficulty is estimated using precision rate σ/s (sigma per second) — a precision metric derived from frame-window data that represents the minimum input precision required to beat a level from 0 within 24 hours. Higher σ/s = more precision required Lower σ/s = more lenient timing The σ/s value models timing consistency using standard deviation, converting discrete frame windows into a continuous millisecond-based difficulty estimate. This allows difficulty to be analyzed and compared numerically rather than through traditional frame-perfect labels. This is a better way to measure difficulty.