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resources:tools-software:sigmastudio:toolbox:adialgorithms:noisereduction [09 Oct 2012 17:51] – created Brett Gildersleeveresources:tools-software:sigmastudio:toolbox:adialgorithms:noisereduction [09 Oct 2012 18:20] (current) – Updated information about GUI Brett Gildersleeve
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 ===Input Pins=== ===Input Pins===
 ^Name^Format [int/dec] - [control/audio]^Function Description^ ^Name^Format [int/dec] - [control/audio]^Function Description^
-|Pin 0: Audio In L|decimal - audio|Audio input|+|Pin 0: Audio In|decimal - audio|Audio input|
  
 ===Output Pins=== ===Output Pins===
 ^Name^Format [int/dec] - [control/audio]^Function Description^ ^Name^Format [int/dec] - [control/audio]^Function Description^
-|Pin 0: Audio Out L|decimal - audio|Audio output|+|Pin 0: Audio Out|decimal - audio|Audio output|
  
 ===GUI Controls=== ===GUI Controls===
 ^GUI Control Name^Default Value^Range^Function Description^ ^GUI Control Name^Default Value^Range^Function Description^
-|Low Noise Switch|Off|On or Off|Enables the noise reduction algorithm.|+|Low Noise Switch|On (red)|On (red) or Off (green)|Enables the noise reduction algorithm. The down (red) setting enables the noise reduction. The up (green) setting will set the algorithm to bypass mode.|
 |Delay|650|300 to 650|Controls the length of the delay path (in samples) of the algorithm. There is some latency required to break the signal into frequency components and make decisions on which bands should be passed through or blocked. Increasing the latency will improve the perceived quality of the audio and noise reduction performance, but the tradeoff is that the delay time from input to output will increase.| |Delay|650|300 to 650|Controls the length of the delay path (in samples) of the algorithm. There is some latency required to break the signal into frequency components and make decisions on which bands should be passed through or blocked. Increasing the latency will improve the perceived quality of the audio and noise reduction performance, but the tradeoff is that the delay time from input to output will increase.|
-|Noise Margin|-30|-30 to -30|This sets the threshold used in the decision making process to determine which bands to pass or block. A higher setting will make the noise reduction algorithm more aggressive in blocking signal components.|+|Noise Margin|-30|-30 to -30|This sets the threshold used in the decision making process to determine which bands to pass or block. A lower setting will make the noise reduction algorithm more aggressive in blocking signal components. A higher setting will make the noise reduction algorithm a little more "forgiving", which results in a more natural sound but with less effective noise reduction.|
  
 ===DSP Parameter Information=== ===DSP Parameter Information===
resources/tools-software/sigmastudio/toolbox/adialgorithms/noisereduction.txt · Last modified: 09 Oct 2012 18:20 by Brett Gildersleeve