MORiA | January, 6 | AudioZ Exclusive | WiN/MAC | 693.8 MB
RESO – 动态共振抑制器
过度的共振会破坏混音，给它们带来刺耳和令人不快的声音。 RESO 可帮助您确定导致问题的特定频率。它还指导您在不使您的混音声音变薄的情况下动态解决共振所需的减少量。快速识别和解决您音频中的共振。
概述：RESO 是一种动态共振抑制器，可帮助您快速识别和解决音频中的共振。
解决的问题：过度的共振会破坏混音，给它们带来刺耳和令人不快的声音。我们的插件 RESO 可帮助您快速识别和解决共振。智能功能通过动态修复有问题的共振来帮助您获得最佳声音，而不会使您的音乐听起来很单薄。
入门：在任何通道上加载 RESO 实例并仔细聆听共振。显示、频率扫描和“计算目标”功能将帮助您识别共振频率。双击主窗口中的任意位置以创建节点。将节点放置在您希望共振抑制开始的位置。 Q 会针对节点的频率自动优化。您可以滚动以调整 Q 以满足您的喜好。
亮点 1：计算目标功能将分析您的音频，找到共振频率，并为您提供“目标节点”，显示建议减少多少以透明地解决共振。
亮点 2：RESO 超透明母带级滤波器可让您在不影响瞬态和相位的情况下清理共振
Excessive resonances ruin mixes, giving them a harsh and unpleasant sound. RESO helps you identify which specific frequencies are causing problems. It also guides you on how much reduction is needed to dynamically resolve the resonance without making your mix sound thin. QUICKLY IDENTIFY AND RESOLVE RESONANCES IN YOUR AUDIO.
Overview: RESO is a dynamic resonance suppressor that helps you quickly identify and resolve resonances in your audio.
Problem Solved: Excessive resonances ruin mixes, giving them a harsh and unpleasant sound. Our plugin RESO helps you quickly identify and resolve resonances. The smart features help you get the best possible sound by dynamically fixing the problematic resonances without making your music sound thin.
Get Started: Load up an instance of RESO on any channel and listen closely for resonances. The display, frequency sweep, and ‘calculate targets’ features will help you identify resonant frequencies. Double click anywhere within the main window to create a node. Position the node where you want the resonance suppression to start. The Q is automatically optimized for the frequency of the node. You can scroll to adjust the Q to suit your preference.
Highlight 1: The Calculate Targets feature will analyze your audio, find the resonant frequencies, and give you ‘Target Nodes’ showing how much reduction is suggested to transparently resolve the resonance.
Highlight 2: RESOs super-transparent mastering-grade filters allow you to clean up resonances without affecting your transients and phase
