模拟建模声音合成器Physical Audio – Derailer 3.2.0 VST3, AAX x64

流云高飞

Derailer is a physics modeling plug-in based on mathematical models of strings, rods and spring connections. Derailer is a physics simulation system with 3 main elements. Strings that can be plucked or bent, metal rods that can be tilted or act as resonators, and non-linear springs that can be used to connect resonators together to form a network.

脱轨器是一个基于弦、杆和弹簧连接的数学模型的物理建模插件。脱轨器是一个由3个主要元件组成的物理模拟系统。可以拨动或弯曲的弦，可以倾斜或充当谐振器的金属棒，以及可以用来将谐振器连接在一起形成网络的非线性弹簧。

Derailer uses finite difference numerical simulation of these elements in the time domain. Derailer uses driver and resonator setup to provide a flexible system with a wide range of sounds. The excitation signal can be a sawtooth waveform, a stretched string, a sliding or hitting bow, or a drummer. It then goes through the EQ section and resonant low pass filter, diode clipper, and then through a delay or gate.

脱轨器采用时域有限差分数值模拟这些元件。脱轨器使用驱动器和谐振器设置，以提供一个灵活的系统，具有广泛的声音范围。激励信号可以是锯齿波、拉长的弦、滑动或敲击的弓或鼓手。然后它通过EQ部分和谐振低通滤波器、二极管削波器，然后通过延迟或栅极。

The resulting signal is then used to drive one of the bands in the resonator network.

产生的信号然后用于驱动谐振器网络中的一个频带。

The resonator consists of 5 metal rods that can be interconnected using up to 10 non-linear springs. The position of the spring can be moved to change the resonance of the network. Each band has controls for hardness, sustain, tone and mass. Each spring has variable stiffness, dicky and non-linearity.

谐振器由5根金属棒组成，最多可使用10根非线性弹簧相互连接。可以移动弹簧的位置以改变网络的谐振。每个波段都有硬度、持续性、音调和质量控制。每个弹簧都具有可变刚度、dicky和非线性。

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Physical Audio – Deraile