11.0

Table Of Contents
486 EFFECTS MENU
"Min. range" in the "Expert" dialog. The precise values for damping / dB increase are
shown in the axis labeling to the right.
The volume fader moves the filter curve up or down and can be used to control the entire
volume.
To the bottom left you'll find four buttons for the zoom function. A "+" changes to the
next zoom level, "-" changes back a level. There are in total 10 zoom levels available.
With the "All" and "Max" buttons, the display can be set to the smallest/highest zoom
levels. Clicking on the "Max." button again will return you to the previous zoom level. You
can use the fader beneath the display to move the curve section. The selected
frequency range is then shown in the display in Hz.
Switch for the display views
Below the graphic, there are four switches can be used to toggle between the different
view modes.
Display mode: Here you can have the frequency response show as a curve or line
diagram. The line display permits a better overview in the low-frequency range, where there
are fewer frequency ranges.
Hz/Notes: This option allows you to display the graphic in Hz or musical notes. The note
display is only available in the logarithmic frequency display (Freq: log).
Freq lin/log: Linear display of frequency provides a more detailed view of the high end.
Logarithmic display of frequency provides a more detailed view of the low end. The
logarithmic display corresponds to the human perception of volume. Like on a keyboard of
a key instrument, the (graphic) spacing of the intervals, i.e. halftones, is uniform across the
entire range.
dB lin/ log: Here you have a choice of selecting a logarithmic or linear scale for the levels.
The logarithmic display corresponds to the human perception of volume.
FFT Filter – Controls
Filter
Analyze all: After pressing this button the frequency response of the entire sample/object
is calculated. This function is only available to you in "Static" filter mode. Once this function
is carried out, the button deactivates.
Analysis > Filter: The red filter curve is calculated from the frequency response of the
sample/object. Use the analysis if you want to filter a sample/object with the frequency
response of a different one or you want to transfer the frequency response to a different
sample/object.
Invert filters: Here the filter curve is inverted. The purpose of this function is to correct the
frequency range of rooms or loudspeakers.
Match Filter: Here, a filter curve is calculated which adapts the frequency response of the
sample/object to the filter curve of a preset. This is useful if the filter curve contained in the
preset has been acquired from the frequency response of a reference mix as the sound
characteristics of the reference mix can be transferred in a certain similar way.