BLEASS Compressor v1.0.1全面的压缩工具.VST.VST3.WIN

流云高飞

BLEASS Compressor是一款全面的压缩工具，提供外部侧链输入、输入过滤器和实时可视化，界面清晰流畅，CPU使用率低。控制你的部分和录音的动态是迈向专业混音的重要一步。凭借BLEASS Compressor强大的性能和直观的用户界面，这种专业的动态控制从未如此简单。

BLEASS Compressor is a comprehensive compression tool offering external sidechain input, input filters and real-time visualization with a a clear and fluid interface & low CPU usage. Controlling the dynamics of your parts and recordings is an essential step towards a professional sounding mix. With BLEASS Compressor’s powerful performance and intuitive user interface, such pro-grade dynamics control has never been easier.

BLEASS Compressor’s flexible dynamics engine makes it an ideal choice in many different situations. With compression ratios of up-to 60:1, a variable knee, and flexible attack and release stages, BLEASS Compressor can deliver a wide range of different response characteristics. The plug-in’s flexibility is further enhanced by a powerful dual filter that operates on the analysed signal, providing both low-pass and high-pass filtering. The filters work on both internal and sidechain signals, and are resonant too, making it easy to create dynamics effects that are highly frequency dependant.

BLEASS压缩机的灵活动力发动机使其成为许多不同情况下的理想选择。BLEASS压缩机具有高达60:1的压缩比、可变的膝盖以及灵活的攻击和释放阶段，可以提供各种不同的响应特性。该插件的灵活性通过一个强大的双滤波器进一步增强，该滤波器对分析的信号进行操作，提供低通和高通滤波。滤波器对内部和侧链信号都起作用，并且也是共振的，因此很容易产生高度依赖于频率的动态效果。


Despite its versatility and power, BLEASS Compressor is simple to setup and work with. Compression and filter curves are set using tactile graphical widgets, whilst you receive constant easy-to-read visual feedback about how the plugin is operating. Perhaps best of all, BLEASS Compressor is ultra-efficient, so you can include its intuitive dynamics control to any-and-every part that needs it.

尽管BLEASS压缩机具有多功能性和动力性，但其设置和使用都很简单。压缩和过滤曲线是使用触觉图形控件设置的，同时您会收到关于插件如何运行的持续的易于阅读的视觉反馈。也许最棒的是，BLEASS压缩机是超高效的，因此您可以将其直观的动态控制应用到任何需要它的部件。



SOURCE SECTION

震源区


Filter HP and LP Buttons: Enable and disable the high-pass and low-pass sidechain filters

滤波器HP和LP按钮：启用和禁用高通和低通侧链滤波器

Filter Graph: Click and drag left-to-right to change a filter’s cutoff frequency; drag up-and-down to change a filter’s resonance. The filter settings will determine the compressor’s sensitivity at different frequencies.

过滤器图形：单击并从左向右拖动以更改过滤器的截止频率；上下拖动以改变滤波器的共振。滤波器设置将确定压缩机在不同频率下的灵敏度。

Sidechain: Enables external sidechain input. The sidechain is the signal used by the compressor to detect when, and by how much, to adjust the signal level. Often the sidechain signal will be a copy of the plugin’s input signal. Using an external sidechain signal allows you to process a part using the dynamic characteristics of another part. For example, to get a synth pad to pump with the kick drum, insert BLEASS Compressor on the pad’s channel, enable the external sidechain, and create a send from the kick drum to the plugin’s sidechain input.

侧链：启用外部侧链输入。侧链是压缩器用来检测何时调整信号电平以及调整幅度的信号。侧链信号通常是插件输入信号的副本。使用外部侧链信号允许您使用另一个零件的动态特性处理零件。例如，要使合成垫与踢鼓一起泵送，在垫的通道上插入BLEASS压缩机，启用外部侧链，并创建从踢鼓到插件侧链输入的发送。

Gain: Sets the gain of the sidechain signal.

增益：设置侧链信号的增益。

Listen: When enabled, causes the sidechain signal to be passed to the plugin’s output for monitoring. This is useful when configuring the sidechain filter, and to confirm the presence of an external sidechain signal.

侦听：启用时，会将侧链信号传递到插件的输出以进行监视。这在配置侧链滤波器和确认外部侧链信号存在时很有用。




COMPRESSOR SECTION

压缩机部分


Thresh.: Sets the compressor’s threshold. When the sidechain signal exceeds this threshold, gain reduction will be applied to the signal being processed.

阈值：设置压缩机的阈值。当侧链信号超过该阈值时，增益降低将应用于正在处理的信号。

Ratio: Determines how much gain reduction will be applied when the sidechain signal exceeds the threshold. The value shown is the left-hand part of a ratio, for example a value of “3” will result in a compression ratio of 3:1 being applied. A ratio of 3:1 means that for every increase of 3dB in the sidechain signal, the compressor’s output signal will increase by 1dB.

比率：确定当侧链信号超过阈值时将应用多少增益降低。显示的值是比率的左侧部分，例如，值“3”将导致应用的压缩比为3:1。3:1的比率意味着侧链信号每增加3dB，压缩器的输出信号将增加1dB。

Attack: Determines how long it takes for the compressor to move from 1:1 compression to full-ratio compression after the sidechain signal exceeds the threshold.

攻击：确定侧链信号超过阈值后，压缩器从1:1压缩移动到全比压缩所需的时间。

Release: Determines how long it takes for the compressor to return to 1:1 compression after the sidechain falls below the threshold.

释放：确定侧链降至阈值以下后，压缩器返回1:1压缩所需的时间。

Knee: Determines the way in which the ratio is applied at-and-around the threshold level. A low knee setting – also known as a “hard knee” – results in full-ratio compression being applied as soon as the sidechain signal exceeds the threshold (with attack time taken into account). Conversely, a high knee setting – known as a “soft knee” – causes the compression ratio to start to increase when the sidechain signal is still some way below the threshold, with full-ratio not being reached until the sidechain signal is some way above the threshold.

膝部：确定在阈值水平及其附近应用比率的方式。低膝盖设置（也称为“硬膝盖”）会导致侧链信号超过阈值（考虑到攻击时间）后立即应用全比例压缩。相反，当侧链信号仍远低于阈值时，高膝关节设置（称为“软膝关节”）会导致压缩比开始增加，直到侧链信号远高于阈值时才达到全膝关节。

Compression Graph: The compression graph shows the compression curve that results from the current settings. Dragging left-to-right on the graph allows you to decrease or increase the compressor’s threshold and ratio values simultaneously. Dragging upwards on the graph increases the threshold whilst decreasing the ratio; dragging downwards does the opposite.

压缩图：压缩图显示当前设置产生的压缩曲线。在图表上从左向右拖动，可以同时减小或增大压缩机的阈值和比率值。在图形上向上拖动可增加阈值，同时降低比率；向下拖动则相反。

Source Meter: Shows the sidechain signal level.

源仪表：显示侧链信号电平。

GR Meter: Shows the amount of gain reduction being applied by the compressor.

GR Meter：显示压缩器应用的增益降低量。

Look Ahead: The signal being processed can be delayed relative to the analyzed signal – the Look Ahead value determines the length of this delay. Look-ahead causes the compressor to respond slightly ahead of time, which can be helpful when dealing with audio that contains very loud, sudden and short transients, such a drum and percussive parts.

超前处理：正在处理的信号可以相对于分析的信号延迟——超前处理值决定延迟的长度。向前看会使压缩器稍微提前响应，这在处理包含非常响亮、突然和短暂瞬变的音频时会很有帮助，如鼓声和敲击声部分。




OUTPUT SECTION

输出部分


Make Up: Select the desired make up gain mode. In Passive mode, a fixed gain increase is applied in order to counter the compress

补偿：选择所需的补偿增益模式。在被动模式下，应用固定增益增加以抵消压缩

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