This beatmap was submitted using in-game submission on Wednesday, March 8, 2023 at 9:23:16 AM
Artist: Ito Miku, Taketatsu Ayana, Takahashi Rie, Kanemoto Hisako
Title: Flop Around (TV Size)
Source: 恋愛フロップス
Tags: 和泉沢愛生 Izumisawa Aoi アメリア・アーヴィング Amelia Irving イリヤ・イリューヒン Ilya Ilyukhin バイ・モンファ Bai Mongfa 白夢華 bai meng hua Renai Flops ending 5 ed japanese anime pop j-pop dudehacker faputa - Inui Toko - ml-ysg Love jpop vocal KADOKAWA ZMCZ-16142
BPM: 170
Filesize: 18008kb
Play Time: 01:28
Difficulties Available:
Download: Ito Miku, Taketatsu Ayana, Takahashi Rie, Kanemoto Hisako - Flop Around (TV Size) (no video)
Information: Scores/Beatmap Listing
---------------
https://www.youtube.com/watch?v=KuPwrahSSC4
Easy: - Inui Toko -
Normal and HS: ML-ysg
Hard: Faputa
BN: Syrion- and ArtZone
In computing, floating point operations per second (FLOPS, flops or flop/s) is a measure of computer performance, useful in fields of scientific computations that require floating-point calculations. For such cases, it is a more accurate measure than measuring instructions per second.
Artist: Ito Miku, Taketatsu Ayana, Takahashi Rie, Kanemoto Hisako
Title: Flop Around (TV Size)
Source: 恋愛フロップス
Tags: 和泉沢愛生 Izumisawa Aoi アメリア・アーヴィング Amelia Irving イリヤ・イリューヒン Ilya Ilyukhin バイ・モンファ Bai Mongfa 白夢華 bai meng hua Renai Flops ending 5 ed japanese anime pop j-pop dudehacker faputa - Inui Toko - ml-ysg Love jpop vocal KADOKAWA ZMCZ-16142
BPM: 170
Filesize: 18008kb
Play Time: 01:28
Difficulties Available:
- Bountiful Bloom - 4Key (3.66 stars, 968 notes)
- Fapu's Hard - 4Key (2.81 stars, 717 notes)
- Toko's Easy - 4Key (1.56 stars, 369 notes)
- Ysg's Normal - 4Key (2 stars, 539 notes)
Download: Ito Miku, Taketatsu Ayana, Takahashi Rie, Kanemoto Hisako - Flop Around (TV Size) (no video)
Information: Scores/Beatmap Listing
---------------
https://www.youtube.com/watch?v=KuPwrahSSC4
Easy: - Inui Toko -
Normal and HS: ML-ysg
Hard: Faputa
BN: Syrion- and ArtZone
In computing, floating point operations per second (FLOPS, flops or flop/s) is a measure of computer performance, useful in fields of scientific computations that require floating-point calculations. For such cases, it is a more accurate measure than measuring instructions per second.