Sonnox Oxford Restore - Manual (Page 20)

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The CPU load of the host computer is also dependent on the number of filters used. While newer
high-performance computers can accommodate very many filters, there might be situations
where a lower CPU overhead is desirable, either for lower performance computers or when many
plug-ins need to be instantiated.
In the menu area there is the option to select one of three settings:
- Narrow Detect Window, which uses fewest filters and has the lowest CPU load,
- Normal Detect Window, which has intermediate settings,
- Wide Detect Window, which has many filters and uses the highest CPU load.
Using the wide detect window setting there is approximately 5Hz either side of a 50Hz nominal.
The display will show frequency content in this window, and in Auto mode the detector will
track towards the strongest element. It is important to note that it is the width of the window that
is selectable, not the frequency resolution.
4.6
Description of Controls
Touch Pad Controls
Several controls in these plug-ins use a Touch Pad associated with a knob or slider. These
controls give a clear display of the SI value of a control, and respond to the following actions:
- Left-Click and drag up/down: Increase/decrease the value
- Right-Click and drag up/down: Fine adjustment of value
- Double Click: Directly edit value
- Shift + Left-Click and drag up/down: Fine adjustment of value
- Control + Left-Click: Set to default
Input and Output Sections
“Meters” – The input and output meters indicate 1dB per segment for the top 18dB of dynamics
range, and 2dB per segment thereafter.
“Trim” – The input trim has a range of +12dB to -12dB. The output trim has a range of 0.0dB to
-12dB
“Listen Audio” – Selects auditioning of the cleaned audio signal.
“Listen Diff” – Selects auditioning of what is being removed from the audio signal.
“Reduction” – Indicates the amount of buzz removal.