@ShortDescription

@ParamDescription(co00)
/* Main x^1 */
Sets the coefficient (in dB) of the linear term of the map.

@ParamDescription(co01)
/* Main x^2 */
Sets the coefficient (in dB) of the quadratic term of the map.

@ParamDescription(co02)
/* Main x^3 */
Sets the coefficient (in dB) of the cubic term of the map.

@ParamDescription(co03)
/* Main x^4 */
Sets the coefficient (in dB) of the quartic term of the map.

@ParamDescription(in00)
/*  Inv */
Sets the sign of the linear coefficient (the sign is negative when enabled).

@ParamDescription(in01)
/*  Inv */
Sets the sign of the quadratic coefficient (the sign is negative when enabled).

@ParamDescription(in02)
/*  Inv */
Sets the sign of the cubic coefficient (the sign is negative when enabled).

@ParamDescription(in03)
/*  Inv */
Sets the sign of the quartic coefficient (the sign is negative when enabled).


@ParamDescription(cp00)
/* Main Master Gain */
Sets the overall gain of the output post mapping.

@ParamDescription(mbyp)
/* Main Master Bypass */
When enabled, bypasses the process so that the output is the same as the input.

@Description
#name applies the nonlinear map specified by the parameters to the input signal to form the output 
signal. The quadratic term creates second-harmonic distortion. The cubic term creates third-harmonic
distortion. The quartic term creates both second-harmonic and fourth-harmonic distortion.

Theres non-linearities can be applied to generate a wide variety of wave-shapers and distortion 
effects.