TC electronic SDN BHD NonLin2 manual Twist Type, Filter, Width

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TWIST TYPE

Type

Selects which type of funky effect treatment to be used on the reverb. Twist Type should be regarded as a spice capable of sparking imagination in the mix process. Try the effect on all sorts of different sources to add character or make them stand out. If spectral shaping using the Twist parameters gets out of control, the Lo and Hi cuts can be used to stay within limits.

Note: When the Twist Ratio is set at 0%, Twist Type has no effect.

Ratio

Range: 0 – 100%

Applies the selected amount of “Twist” to the reverb.

Note: When the Twist Ratio is set at 0%, Twist Type has no effect.

FILTER

Lo Cut

Range: 20Hz to 20kHz

Lo Cut on the Reverb Input.

Hi Cut

Range: 20Hz to 20kHz

Hi Cut on the Reverb Input.

Note: Setting the two filter cut off frequencies is not limited in range: It is possible to set a higher low cut frequency than the high cut frequency. Due to the design of these filters, the output of the reverb will in this case be phase-reversed. Setting Low Cut and Hi Cut filters to exactly the same frequency will not give any reverb signal!

WIDTH

Range: 0 – 100%

Adjusts the Output Stereo Width. 0% denotes mono, while 100% is max width. In case the plug-in is used in a mono-mono configuration, the Width does not have any affect and is therefore disabled.

Note: The reverb style and diffuse parameters also affect the perceived width of the effect. Width difference between styles is most obvious at low diffuse ratios.

E N G L I S H

NonLin2 / 11

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Contents Manual TC Support Interactive Table of Contents Enjoy TC Electronic Team NONLIN2 Stereo Effects ReverbFocus Fields Keyboard CommandsSystem Requirements AutomationOverload Indication O/L Input Level PLUG-IN ParametersMain LevelsEnvelope Envelope Display Envelope DisplayRelease Diffuse ModifyReverb Style StyleWidth Twist TypeFilter Preset File Menu NEXT/PREVIOUS PresetsWindows Default Preset LocationsMac OS Converting NONLIN2 Presets from System Compare Settings with A/B MEM Function Locking Parameter Values Using the Parameter Lock