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Explore Misanthrope // Frame Window Counter // Geometry Dash with 35,276 views, 1,347 likes, and 339 comments. Experience the impact of this video content that has captured audience attention.

I counted this around 2 months ago privately but unfortunately there were some problems Misanthrope with Frame Perfect Counter / Frame Windows in Geometry Dash "Misanthrope" hosted by @LordVadercraft Subscribe to see Misanthrope! Some of the counts may have been affected by the x position bug (floating point error) GD NaNDL (Top levels by Precision): https://nandl.pages.dev/ Discord: https://discord.gg/xSxuvrAs3q If you are the verifier or creator of the level in this video, please join the discord and dm me so I can add you to the video with the YouTube collaboration feature. There could be many inaccuracies and I think this video is around 80% accurate. Adapted from @LeTim Frame Perfect Counter and @viwigd Frame Counter ​Click Pattern by a lot of people was to measure frame windows to discard unrealistic clicks. == PRECISION CALCULATIONS == Precision required to complete the level from 0% with an expected completion time of 24 hours. 167.29 σ/s 243.32 σ/s (Nerve Inflated) Individual Frame Windows: 1: 0 2: 1 3: 2 4: 10 5: 16 6: 41 7: 46 8: 57 9: 67 10: 60 11: 43 12: 67 #geometrydash #extremedemon #demonlist == PLEASE IGNORE EVERYTHING BELOW == Misanthrope Description == 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.

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