Once one or more objects are selected (or even when there is no object selected), you can choose from a set of menus or commands Some of these do not require any arguments to be specified e.g. The negative numbers are counted from the bottom of the object list.The positive numbers are counted from the top of the object list.name$=selected$(“Sound”) or selected$(“Sound”,2).You can save the name, type+name, and ID of the selected object to a variable.Objects have sequential ID, which begins from 1 since the program started.You can print out the extracted information or messages to the “Info” window.Or use your favorite text editor before you run the script.We specify how and under which conditions we want to run the sequence of commands.We list the sequence of commands (with arguments if necessary).“ Read from file > Select object > Play “ Suppose we had a sequence of commands that we want to run repeatedly.Reference NB: Some of the examples are outdated To save time and energy from repeating same/similar processes.Scripting an editor from a shell script.Choose the desired menu to extract information related to the selected interval.Make sure relevant information is set to be displayed.A phonetic transcription system using ASCII characters.Make sure the part that you want to edit is highlighted in yellow.Click on the tier or the interval within a tier.Click on the small ring in the tier where you wish to add the interval or Interval > Add interval on tier (tier-level).Click on the part of the wave form where you wish to mark the boundary.Select both the sound object and the textgrid object.Some dB levels Whisper, 5ft = 30dB Normal conversation = 60dB Threshold of pain = 130dB Intensity range settings Pitch analysis will find values only within the specified range Pitch range settings Zoom in to selection (sel) Zoom out to view all (all) Zoom to selection Sound object is the object that will be analyzed, manipulated. Use “Open long sound file.” if the file is longer than two minutes.Sampling frequency Number of samples taken per second Higher sampling frequency More accurate digitization A larger sound file 22050Hz is enough for speech analysis Recording Sound wave, pitch/intensity/formant contours.Recording, reading from a file, creating from formula.
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