创新型压缩器插件PSPaudioware PSP Flare v1.1.0

File Size: 33.7 MB

PSPaudioware PSP Flare (原名 PSP Flow) 是一款主打“心理声学”的创新型压缩器插件。它旨在提供极高的音量一致性，同时避免传统压缩器带来的明显副作用，特别适合追求平滑、音乐性强的动态处理。 

核心特点：

• 心理声学压缩：利用独特的算法，在不过分影响信号瞬态的前提下，实现平滑的音量控制。
• 高透明度：非常适合在混音中进行细微的动态调整，保持声音的自然质感。
• 多功能：适用于各种音轨、总线和整体混音处理。

PSP Flare（原名PSP Flow*）是一种新型心理声学压缩器，它提供了卓越的音量一致性，同时避免了通常与重度压缩相关的可听副作用。PSP Flare由后期制作工程师Paolo Pasquariello开发，采用受先进后期制作技术启发的心理声学方法，巧妙地保持音轨电平的一致性。这确保了音频保持自然的动态变化，而不会产生可察觉的压缩效果。虽然它专为电影和电视/视频后期制作而设计，但其独特性能几乎可在任何应用中提供出色的效果，并且在处理密集混音中的电平均衡方面表现出色。

特性
单波段唯一概率压缩算法。

宽幅压缩式膝盖。

峰值或均方根值检测器。

可选自动释放重新调整功能。

阈值和比率设置范围广。

对输入进行前置放大器部分建模。

通过压缩机减少瞬变现象。

侧链高通滤波器和链路的平滑控制。

可选自动增益补偿。

干/压缩混合控制。

输出砖墙限制器，具有可调节的天花板高度和释放时间。

64位双精度浮点运算，确保滤波器中的累积误差极低，并在整个频谱范围内保持适当的滤波器特性。

PSP Flare (originally PSP Flow*) is a new kind of psycho-acoustic compressor that provides exceptional volume consistency without the usual audible side effects associated with heavy compression. Developed with insights from post-production engineer Paolo Pasquariello PSP Flare uses a psychoacoustic approach inspired by advanced post-production techniques to subtly maintain track level consistency. This ensures that your audio remains naturally dynamic without the perceptible effects of compression. While it was specifically designed for film and TV/video post-production, its unique behavior can deliver excellent results in almost any application, and is excellent at leveling elements in a dense mix.

Features
Single-band unique probability compression algorithm.

Wide compression knee.

Peak or RMS level detector.

Optional automatic release readjustment.

Wide range of threshold and ratio settings.

Preamp section modeling on input.

Lookahead for reduction of transients through the compressor.

Smooth control of the side chain high pass filter and link.

Optional automatic makeup gain.

Dry/Compressed Mix control.

Output brick wall limiter with adjustable ceiling level and release time.

64-bit double precision floating point math for ultra-low cumulative errors in the filters and proper filter characteristics across the entire frequency spectrum.

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