Polarity-SC by @polarity 🎛️
Open-Source Spectral Compressor. Upward/downward, pink-noise shaping, sidechain, delta, IR export.
💻 Win/Mac/Linux (VST3/CLAP)
🎁 FREE https://polarity.productions/polarity-sc/
#freeplugin #spectralcompression #fft #opensource #dynamics #sidechain #opensource
Chandra の Cas A 画像を FFT して遊ぶ：振幅と位相から見る天体画像の構造
https://qiita.com/sakaimaging/items/adf9eb03fb68531b1720?utm_campaign=popular_items&utm_medium=feed&utm_source=popular_items
Wow, il n'y a plus d'autre moyen de présenter son billet d'accès à #RolandGarros autrement que via #application #smartphone 🫤😢
>Tous les spectateurs doivent présenter leurs billets depuis l'application mobile Roland-Garros. Il n'est donc désormais plus possible d'imprimer son billet. Le billet est sécurisé et dynamique, seuls les billets présentés depuis l'application mobile Roland-Garros seront acceptés.
『ファイナルファンタジータクティクス - イヴァリース クロニクルズ』 ユニット紹介
https://www.youtube.com/watch?v=aOF-gPBvFJ4
#youtube_squareenix #スクウェア_エニックス #スクエニ #SQUARE_ENIX #ファイナルファンタジータクティクス #FINAL_FANTASY_TACTICS #スクウェア_エニックス #FF #FFT #FFタクティクス #FF_Tactics #ファイナルファンタジー #FINAL_FANTASY
『ファイナルファンタジータクティクス - イヴァリース クロニクルズ』 バックボーンストーリー
https://www.youtube.com/watch?v=YzC8Q02RSXU
#youtube_squareenix #スクウェア_エニックス #スクエニ #SQUARE_ENIX #ファイナルファンタジータクティクス #FINAL_FANTASY_TACTICS #スクウェア_エニックス #FF #FFT #FFタクティクス #FF_Tactics #ファイナルファンタジー #FINAL_FANTASY
Great news!! A fast, butterfly (aka FFT-like), implementation of the Noiselet Transform [1] is now integrated into the LazyLinop toolbox [2] – “a python toolbox to ease and accelerate computations with (“matrix-free”) linear operators.” Thank you to Pascal Carrivain and Rémi Gribonval from the OCKHAM/INRIA team [3], in ENS Lyon, France (where I’m currently invited for a sabbatical year in 25-26) for this implementation. The idea came from common discussions we had together (I share my office with Pascal at ENS Lyon) about possible additional butterfly transformations to complete the (already long) list of operators integrated to LazyLinop. The whole Noiselet Tansform (and its inverse) is described here in the LazyLinop documentation, with a demonstration code in python. Enjoy!
---
[1] https://laurentjacques.gitlab.io/post/some-comments-on-noiselets/
[2] https://faustgrp.gitlabpages.inria.fr/lazylinop/index.html "Lazylinop is a python toolbox to ease and accelerate computations with (“matrix-free”) linear operators. It provides glue to combine linear operators as easily as NumPy arrays, PyTorch/CuPy compatibility, standard signal/image processing linear operators, as well as advanced tools to approximate large matrices by efficient butterfly operators."
[3] https://team.inria.fr/ockham/
#Noiselet #CompressiveSensing #Butterfly #fft #InverseProblem #Python #Numeric #PyTorch
Updates: (22/04/26) Great news!! A fast, butterfly (aka FFT-like), implementation of the Noiselet Transform (see below) is now integrated into the LazyLinop toolbox – “a python toolbox to ease and accelerate computations with (“matrix-free”) linear operators.
LEGAL VST
Qiita - 人気の記事
Bob the Traveler
Ambôce Le Rabiateur
tacocrepe🍀
Cypouz
Low Rank Jack
Spiritus Nox