Sonible pureunmask 1.0.0 WIN |
File size: 19 MB
pure:unmask 可以轻松地整理您的混音，并通过频谱取消屏蔽来防止两个轨道之间频谱中的任何音频干扰。
特征
在一个轨道内为另一轨道创造空间
智能侧链配置文件可提供清晰的声音
轻松获得专业级结果
pure:unmask 可以快速完成混音最重要的组成部分之一 – 在一个轨道中为另一个轨道找到空间 – 只需最少的设置。 您所要做的就是在需要腾出空间的通道上加载 pure:unmask，从优先通道路由侧链输入，然后选择适合侧链信号的配置文件。
频谱揭露带来令人难以置信的音频清晰度
清如钟声，快如闪电
人工智能驱动的处理和光谱解锁是 pure:unmask 背后的驱动力。 这些技术能够完美地结合混音中的两个相互竞争的元素，而不会产生任何泵送伪影。
高效且简单的控制
尊重您的声音视觉
可以通过四个控件来完善处理。 Unmasking 是一个大的中央旋钮，可让您增加或减少整体效果。 分辨率允许您定义工作中光谱处理波段的宽度。 速度参数可让您缩短或延长启动和释放时间； 有效地根据较慢的和声环境（钢琴与吉他）或更快的节奏环境（底鼓与贝斯）定制揭露效果。 您甚至可以使用范围控件将去屏蔽过程限制在给定的低频和高频范围内。
pure:unmask effortlessly tidies up your mix and prevents, thanks to spectral unmasking, any audio interference in the frequency spectrum between two tracks.
Features
Creating space within one track for another
Intelligent sidechain profiles for well-defined sounds
Achieve pro-grade results without any fuss
pure:unmask makes short work of one of mixing’s most vital components – finding space within one track for another – with minimal setup. All you have to do is load pure:unmask on the channel that needs to make space, route a sidechain input from the prioritized channel and then select a profile that fits the sidechain signal.
Spectral unmasking for incredible audio clarity
Clear as a bell, quick as a flash
AI-powered processing and spectral unmasking are the driving forces behind pure:unmask. Together, these technologies are able to perfectly combine two competing elements of a mix without any pumping artifacts.
Highly effective and simple controls
Respecting your sonic vision
The processing can be refined via four controls. Unmasking is the large central knob that lets you increase or decrease the overall effect. Resolution allows you to define the width of the spectral processing bands at work. The Speed parameter lets you either shorten or lengthen attack and release times; effectively tailoring the unmasking effect to slower, harmonic contexts (piano vs guitar) or to faster, rhythmic contexts (kick vs bass). You can even restrict the unmasking process to within a given low-frequency and high-frequency range using the Range control.
