This parameter determines the size of the virtual room in which the reverb will sound. A higher value means a larger room and a longer reverb tail.

This parameter determines the width of the reverb sound. The higher the value, the wider the reverb sound.

This parameter determines the level of reverb. The higher the value, the stronger the reverb effect and the longer the "tail".

This parameter determines the level of the original sound without reverb. The lower the value, the quieter the AI voice. If the value is 0, the original sound will disappear completely.

This parameter determines the absorption of high frequencies in the reverb. The higher the value, the stronger the absorption of frequencies and the less "bright" the reverb sound.

This parameter determines the speed of the chorus effect in hertz. The higher the value, the faster the sounds will oscillate.

This parameter determines the depth of the chorus effect. The higher the value, the stronger the chorus effect.

This parameter determines the delay of the central signal of the chorus effect in milliseconds. The higher the value, the longer the delay.

This parameter determines the level of feedback of the chorus effect. The higher the value, the stronger the feedback effect.

This parameter determines the level of mixing the original signal and the chorus effect. The higher the value, the stronger the chorus effect.

This parameter sets the threshold level in decibels below which the signal is considered noise. When the signal drops below this threshold, the noise gate activates and reduces the signal level.

This parameter sets the level of noise reduction. A higher value means more noise reduction.

This parameter controls the speed at which the noise gate opens when the sound becomes loud enough. A higher value means the gate opens slower.

This parameter controls the speed at which the noise gate closes when the sound becomes quiet enough. A higher value means the gate closes slower.