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Derailer 是一款基于物理建模的乐器插件,采用弦、金属条和弹簧连接元件的数学模型构建而成。

物理建模系统
Derailer 的建模系统由三种基本元素构成:可以被拨奏或拉奏的弦、可调音或作为共振器的金属条,以及用于将共振器连接成网络的非线性弹簧。

驱动器
Derailer 采用驱动器与共振器的结构,构建出一个具有广泛声音范围的灵活系统。激励信号可以是锯齿波形、拨奏或拉奏的弦、可调音的金属条,或是击打器。该信号随后经过 EQ 均衡段、低通共振滤波器、二极管削波器,再进入延迟器或门控模块。处理后的信号用于驱动共振器网络中的某一个金属条。

共振器
共振器由五根金属条组成,彼此之间最多可通过十个非线性弹簧连接。弹簧的位置可以自由移动,以改变整个网络的共振特性。每根金属条都可调节其刚度、延音、音色和质量;每个弹簧则具有可调的刚性、衰减和非线性程度。

Derailer is a physical modelling instrument plugin built from mathematical models of strings, bars and spring connection elements.

Physical modelling system

Derailer is a physical modelling system built from 3 basic elements. Strings which can be plucked or bowed, metal bars which can be pitched or act as resonators, and nonlinear springs which can be used to connect resonators together to form a network.

Driver

Derailer uses a driver and resonator setup to provide a flexible system with a wide range of sounds. The excitation signal can be a sawtooth waveform, a plucked or bowed string, a pitched bar, or a striker. This thens passes through an EQ section and low-pass resonant filter, a diode clipper, and then a delay or gate. The resulting signal is then used to drive one of the bars of the resonator network.

Resonator

The resonator is built from 5 metal bars which can be connected together by up to 10 nonlinear springs. The spring positions can be moved around to change the resonance of the network. Each bar has controls for rigidity, sustain, tone, and mass. Each spring has variable stiffness, decay and nonlinearity.

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