ComfyUI_SignalProcessing

SignalProcessingBaxandall3BandEQ

Applies low-shelf bass, mid-peaking, and high-shelf treble EQ to input audio using configurable gains, frequencies, and mid-band Q, then normalizes the result to the input loudness.

Signal Processing · entrada 1 · parâmetros 7 · saída 1

SignalProcessingBaxandallEQ

Applies low-shelf bass and high-shelf treble EQ to input audio using configurable gains, then normalizes the result to the input loudness.

Signal Processing · entrada 1 · parâmetros 2 · saída 1

SignalProcessingCompressor

Applies compression or expansion to input audio using comp, attack, release, and envelope-smoothing parameters, then normalizes output loudness to the input LUFS.

Signal Processing · entrada 1 · parâmetros 4 · saída 1

SignalProcessingConvolutionReverb

Applies a selected impulse response to input audio by convolution with a configurable wet/dry mix; it resamples the impulse response when needed and normalizes output loudness to the input.

Signal Processing · entrada 1 · parâmetros 2 · saída 1

SignalProcessingFilter

Classic filters - audio: input audio - cutoff: filter cutoff - filtertype: filter type - "lowpass", "highpass", "bandpass", "bandstop" - qfactor: width of the filter

Signal Processing · entrada 1 · parâmetros 3 · saídas 2

SignalProcessingHarmonicsEnhancer

Enhances selected harmonics by applying EQ boosts at multiples of a detected or specified base frequency, then normalizes output loudness to the input.

Signal Processing · entrada 1 · parâmetros 5 · saída 1

SignalProcessingLimiter

Limits input audio using a selected mode, threshold, slope, and release time, then normalizes output loudness to the input.

Signal Processing · saída 1

SignalProcessingLoadAudio

This node lets you stretch audio to about 100x it's original speed whil mainting pitch. it's great for making pad sounds: - audiofile: input audio file - gain: when to start audio from

Signal Processing · entradas 0 · parâmetros 2 · saída 1

SignalProcessingLoudness

Calculates integrated loudness in LUFS for input audio and returns the result as a FLOAT.

Signal Processing · entrada 1 · parâmetros 0 · saída 1

SignalProcessingMixdown

mixdown outputs from PadSynths with volume control per note - audios: audios input - audio: audio output

Signal Processing · entradas 2 · parâmetros 0 · saída 1

SignalProcessingNormalizer

Normalizes input audio using the selected LUFS, RMS, peak, or automatic-gain-control mode and its corresponding target settings.

Signal Processing · entrada 1 · parâmetros 6 · saída 1

SignalProcessingPadSynth

This node is a synthesiser "PadSynth" based on a PADSynth algorithm This node contains a port of algorithm developed by Nasca Octavian Paul - samplerate: samplerate - fundamentalfreq: fundamental frequency for the sounds generation - bandwidthcents: bandwidth centers - numberharmonics: number of harmonics - amplitudeperharmonic: amplitude per harmonic as a json, takes as list of amplitudes [0,1,4,...], it's count must match number of harmonics - audios: audio output one channel per note - use "SignalProcessingMixdown" node after to get single audio with monot channel copies to L and R

Signal Processing · entradas 0 · parâmetros 4 · saída 1

SignalProcessingPadSynthChoir

This node is a synthesiser "PadSynth" emulating choirs - samplerate: samplerate - basefreq: base frequency - stepsize: step size - numnotes: number of notes - bandwidthcents: bandwidth cents - numberharmonics: number of harmonics to produce

Signal Processing · entradas 0 · parâmetros 6 · saídas 2

SignalProcessingPaulStretch

PaulStretch excels at extreme time-stretching with high-quality results, preserving the pitch and tonal characteristics of the original audio. This node contains a port of algorithm developed by Nasca Octavian Paul. - audio The input audio signal to be stretched - stretchfactor Determines the amount of stretching applied to the audio. Range: 0 (no stretch) to 100 (maximum stretch). Example: A stretchfactor = 10 stretches the audio to 10 times its original length. - windowsizeseconds Specifies the window length for the stretching algorithm, in seconds. Larger values produce smoother and more ambient results by averaging the time-domain samples over a longer period. Example: windowsizeseconds = 1.0 provides smooth stretching for most applications, while smaller values retain more transient detail.

Signal Processing · entrada 1 · parâmetros 2 · saída 1

SignalProcessingPitchShifter

Shifts input audio pitch by pitch_shift_factor and normalizes the processed audio to its measured input loudness.

Signal Processing · entrada 1 · parâmetros 0 · saída 1

SignalProcessingSaturation

Applies saturation to input audio using a selected mode and drive value, then normalizes output loudness to the input.

Signal Processing · saída 1

SignalProcessingSpectrogram

Renders Mel Spectrum Into An Image - audio: audio input - image: image output

Signal Processing · saída 1

SignalProcessingStereoWidening

Open Source Stere Widening Plugin. The implementation is a direct copy of parts of the source code corresponding to this paper developed by Orchisama Das. The code is distributed under CC0 1.0 Universal license. - audio: input audio - mode: "decorrelation" and "simple" - "decorrelation" is based on "Open Source Stere Widening Plugin" as described above - gain: post width gain - width: width of the stereo effect

Signal Processing · entrada 1 · parâmetros 2 · saída 1

SignalProcessingWaveform

Renders Wave Shape Into An Image - audio: audio input - image: image output

Signal Processing · entrada 1 · parâmetros 5 · saída 1