User Guide/Tutorials/Analysing a sound file: Difference between revisions
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The basic steps needed to analyse a sound file in {{STX}} are as follows: | |||
==Extended Workspace Mode== | |||
The basic steps needed to analyse a sound file in {{STX}} in the [[User_Guide/Workspace#Compact_and_Extended_Mode|extended workspace mode]] are as follows: | |||
*Select the sound file or segment you wish to analyse. | *Select the sound file or segment you wish to analyse. | ||
*Select the desired analysis profile from the Signal Analysis & Display branch of the Application & Setup Tree tree. | *Select the desired analysis profile from the Signal Analysis & Display branch of the [[User_Guide/Workspace/Application_and_Setup_Tree|Application & Setup Tree tree]]. | ||
*Press the run button [[File:resource_run.png]] | *Press the run button [[File:resource_run.png]] | ||
Revision as of 07:59, 30 September 2019
Extended Workspace Mode
The basic steps needed to analyse a sound file in STx in the extended workspace mode are as follows:
- Select the sound file or segment you wish to analyse.
- Select the desired analysis profile from the Signal Analysis & Display branch of the Application & Setup Tree tree.
- Press the run button
Analysing a sample sound file
Assuming that we want to display a spectrogram of the Samples1.wav
we will do the following:
- Open the samples.xml DataSet if it is not already open.
- Select the
Samples1.wav
file in the Overview.
- Select
Signal.All
segment in the Detail
- Select a Spectrogram & Parameters Viewer profile from the Application & Setup Tree tree. We will use the FFT_22Hz profile, which is preconfigured to display a spectrogram and waveform of the selected signal using a
Taking the example sound file Samples1.wav
from the sample project, we will analyse it using the FFT_22HZ Spectrogram & Parameters Viewer profile.