surge-synthesizer/surge

Features

• Hybrid Synthesis Instruments - Implements a polyphonic VST plugin combining subtractive, wavetable, FM, and physical modeling synthesis.
• Hybrid Synthesis Engines - Combines subtractive, wavetable, frequency modulation, and physical modeling algorithms to generate complex audio signals.
• Audio Digital Signal Processing - Refines sound signals using a digital chain of equalization, reverb, delay, and distortion effects.
• Dynamic Sound Modulation - Designs dynamic sound movement using multi-segment envelopes, step sequencers, and low-frequency oscillators.
• Effect Chains - Applies a sequential chain of equalization, reverb, delay, and distortion to refine the final output signal.
• Signal Routing - Manages the flow of audio and modulation signals through a flexible network of oscillators, filters, and effects.
• Hybrid Synthesis Engines - Combines subtractive, wavetable, frequency modulation, and physical modeling techniques to produce audio.
• Microtonal Tuning Configurations - Implements microtonal tuning using industry-standard tuning files and an internal editor for non-standard musical scales.
• Microtuning Audio Engines - Supports non-standard musical scales and intonations through industry-standard microtuning files.
• Microtuning Implementations - Overrides standard pitch scales by mapping notes to frequencies defined in external microtuning files.
• Musical Intonation Systems - Adjusts pitch mapping using non-standard musical scales and industry tuning standards for specific compositions.
• Parallel Synthesis Engines - Runs two independent synthesis engines in parallel to allow for keyboard splits and sonic layering.
• Software Synthesizers - Functions as a digital instrument generating complex tones using oscillators and digital synthesis methods.
• Sound Synthesis - Creates complex audio tones by combining subtractive, wavetable, frequency modulation, and physical modeling techniques.
• Multi-Algorithm Oscillators - Produces sound using multiple algorithms including subtractive, wavetable, FM, and physical modeling.
• Inter-Engine Audio Routing - Feeds external audio signals or output from one scene into another synthesis engine for complex signal processing.
• Audio Distortion Effects - Transforms audio samples through a shaping function to add saturation and harmonic grit.
• Audio Feedback Loops - Processes audio signals through various filter types with configurable routing and recursive feedback loops.
• Modulation Shape Design - Provides multi-segment envelopes and step sequencers to design complex custom modulation curves.
• Complex Envelope Generators - Creates custom modulation curves using a sequence of defined points to control parameters over time.
• External MIDI Controller Mappings - Maps physical knobs and sliders to synthesizer parameters for real-time performance control.
• Global Parameter Macros - Links a single global controller to multiple internal parameters for simultaneous control across different scenes.
• Harmonic Filter Shaping - Shapes harmonic content using multiple filter units with various algorithms and feedback configurations.
• Parameter Modulation - Links LFOs and envelopes to synthesis attributes to create automatic parameter movement.
• Remote Audio Controllers - Provides software interfaces to adjust synthesizer parameters from external network-connected devices using the OSC protocol.
• Sound Parameter Modulation - Uses a flexible modulation engine and noise generators to create dynamic movement in sound parameters.
• Synthesis Instance Layering - Combines two independent synthesis engine instances within a single patch to create complex layered sounds.
• Synthesis Scene Layering - Configures interaction between distinct sound settings via layering, keyboard splits, or MIDI channel splits.
• OSC Message Exchanges - Communicates via the Open Sound Control protocol to synchronize internal parameters with external hardware and software.
• OSC Protocol Integration - Provides remote parameter management and hardware synchronization via the Open Sound Control protocol.
• OSC Compatible Plugins - Supports the Open Sound Control protocol for remote parameter management and hardware synchronization.

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