AdaptLevel: Adapt RMS Power Level
In m-vidal/pv01: An open source auditory toolbox for perception-based music analysis.
Description
Usage
Arguments
Details
Value
Note
Author(s)
Examples
Description
This function adapts the RMS power level of the signal to the specified dB level.
Usage
1
AdaptLevel(inSignal, indB)
Arguments
inSignal
a numeric vector representing the input signal.
indB
an scalar inicating the wanted level (0 is maximum level without clipping, -20 is reasonable).
Details
The reference value of 0 dB is the level of a square wave with amplitude 1. Thus, a sine wave with amplitude 1 yields -3.01 dB.
Value
A numeric vector representing the adapted input signal.
Note
The multi-channel version of AdaptLevel is deprecated and only it is available in IPEM Toolbox (Matlab).
Author(s)
Marc Vidal (R version). Based on the original code from Marc Leman and Koen Tanghe.
Examples
1
m-vidal/pv01 documentation built on Dec. 2, 2020, 1:24 a.m.
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Description Usage Arguments Details Value Note Author(s) Examples
Description
This function adapts the RMS power level of the signal to the specified dB level.
Usage
1 | AdaptLevel(inSignal, indB)
|
Arguments
inSignal |
a numeric vector representing the input signal. |
indB |
an scalar inicating the wanted level (0 is maximum level without clipping, -20 is reasonable). |
Details
The reference value of 0 dB is the level of a square wave with amplitude 1. Thus, a sine wave with amplitude 1 yields -3.01 dB.
Value
A numeric vector representing the adapted input signal.
Note
The multi-channel version of AdaptLevel is deprecated and only it is available in IPEM Toolbox (Matlab).
Author(s)
Marc Vidal (R version). Based on the original code from Marc Leman and Koen Tanghe.
Examples
1 |
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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