Leapwing Audio LimitOne v1.0.1_WIN-R2R

限制器插件Leapwing Audio LimitOne
VST插件格式：
VST3/AAX

Leapwing Audio LimitOne 是一款采用独特混合算法的限制器插件，通过频域和时域双重处理实现透明且富有冲击力的音质提升。

翻译：
LimitOne——限制器插件
频谱式限制和削波

限制，但不受限制
音频限制是管理和控制声音能量的艺术。其目标通常是通过尽可能透明地改变电平动态来提高响度。历史上，这是通过使用一个跟踪音频信号包络并控制可变增益的电路来实现的，该电路可以降低峰值并提升低电平。这些方法后来在数字领域得到模拟，并由此衍生出许多变体和功能。

LimitOne 与众不同。我们的目标并非取代所有其他削波器或限制器，因为它们都会添加各自的音色，而是开发一种全新的方法，以不同的方式实现，让您获得以前无法实现的效果。

我们从两段式限制器方法和多频段压缩器设计中汲取灵感，了解削波如何为声音增添色彩和冲击力，同时我们也注意到某些处理方式引入的问题和瑕疵。然后，我们设想，如果我们不局限于现有方法，一款易于使用的工具会是什么样子。这促使我们提出了混合算法的想法，该算法结合了频域和时域数字信号处理的优势。

LimitOne 与众不同。
我们的目标并非取代市面上所有其他的限幅器或限幅器，因为它们各有特色，而是开发一种全新的方法，以不同的方式实现，让您获得以前无法实现的效果。

基于频谱和时间的处理
独特的混合算法设计，可在频域和时域提供自适应动态控制
可调节软限幅或硬限幅之间的平衡

LimitOne 的独特之处是什么？
独特的混合算法设计
可在频域和时域提供自适应动态控制。LimitOne 由两个主要算法组成，代号分别为 Pufferfish 和 Hedgehog。

Pufferfish
一个频域处理器，旨在针对给定的驱动和上限电平，优化整个频谱上的能量分布。另一种描述方式：全自动自适应多频段动态控制器。

Hedgehog
一种时域处理器，其主要目的是塑造瞬态信号。它采用自适应控制系统，该系统共享两个相同的参数：驱动电平和上限电平。
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原文：
LimitOne—–Limiter Plugin
A spectral approach to limiting and clipping

Limiting, but not limited
Audio limiting is the art of managing and controlling sound energy. Often the goal is to increase loudness by changing level dynamics in the most transparent way possible. Historically, this was done by using an electric circuit that follows the envelope of an audio signal and steers a variable gain to reduce peaks and boost low levels. These methods were later emulated in the digital domain and many variations and flavors have been created since.

LimitOne is different. Our goal was not to eliminate all other clippers or limiters out there, as they all add their own color, but to develop a novel approach and do things in a different way, allowing you to get results that weren’t previously possible.

We found inspiration in two-stage limiter methods and multi-band compressor designs, in how clipping adds color and punch, and we also took note of the problems and artifacts that some processing introduces. Then we imagined what an easy-to-use tool would look like if we would not limit ourselves to existing methods. This led to the idea of a hybrid algorithm that combines the advantages of digital signal processing in the frequency domain and time domain.

LimitOne is different.
Our goal was not to eliminate all other clippers or limiters out there, as they all add their own color, but to develop a novel approach and do things in a different way, allowing you to get results that weren’t previously possible.

Spectral and Time-based Processing
Unique hybrid algorithm design that provides adaptive dynamics control in both frequency and time domain

Variable control over the balance between softer limiting or hard clipping

What’s unique about LimitOne?
Unique hybrid algorithm design
Provides adaptive dynamics control in both frequency and time domain. LimitOne consists of two main algorithms, codenamed Pufferfish and Hedgehog.

Pufferfish
A frequency domain processor that aims to optimize the energy distribution across the whole frequency spectrum for a given Drive and Ceiling level. Another way to describe it: a fully automated adaptive multi-band dynamics controller.

Hedgehog
A time domain processor whose main purpose is to shape transients. It uses an adaptive control system that shares the same two parameters, Drive and Ceiling level.

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