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Table Of Contents
EFFECTS MENU 487
Prevent clipping: If you edit the frequency response in such a way that the sample
overmodulates, the filter curve will be corrected correspondingly after pressing this button.
This function is independent of volume faders.
Reset: Click on this button to reset all curves to their default (0 dB) position.
Filter mode
Static: In this mode the edited filter curve is applied to the range of the sample in the wave
project. When working in a virtual project, the edited filter curve is applied to the chosen
object in the virtual project.
Fade start: In this mode you can filter dynamically. The first curve (sample start) can be
edited in this mode. The displayed frequency response in this mode now corresponds to
the sample at the beginning of the selected range.
Fade end: Here you can edit the second curve (sample end) with dynamic filtering. The
displayed frequency response correspond to the sample at the end of the selected range.
The resulting filter curve is now faded in between the two created curves. In the "Expert"
dialog you can choose from three different filter fades.
Draw mode
Filter: In "Filter draw" mode, you can edit the red filter curve with the mouse.
Direct: With this setting you can directly edit the corrected frequency curve (blue curve). It
is necessary for this setting to be saved if you wish to transfer the frequency responses of
samples.
Expert: Opens a further dialog with additional setting options.
Play/Start: Real-time preview function.
Preview: Non-real-time preview function. Here, full stereo operation is, of course, possible.
The result will correspond to the end product.
Play original: The unedited original sample/object can be played here for comparative
purposes.
Help: Displays the "Help" feature.
OK: The filter is applied to the selected range of the wave project or the object selected in
the VIP.
Cancel: The windows close without applying the filter.
FFT Filter – Expert dialog
Analysis parameters
The settings apply to the frequency analysis. They concern highly specific use-cases.
Analysis precision: During frequency analysis, the sample is split into individual blocks. At
the "High" setting, the blocks overlap one another by 50%, while at "Normal" they simply
border one another. At very high overlapping levels, it's much easier to capture very short