DOC: Fix 'aud-txt' -> 'aud-seq' in several docs pages

doc/formats/index.md

@@ -23,7 +23,7 @@ that assigns it to a specific class.
 These are sequence-like formats for widely-used applications:
 
 - {ref}`Praat .TextGrid files <textgrid>`
-- {ref}`Audacity label tracks <aud-txt>`
+- {ref}`Audacity label tracks <aud-seq>`
 
 ### general
 

doc/howto/convert-generic-seq.md

@@ -91,7 +91,7 @@ we use a loop to load each one and convert it to a
 We use the same dataset we used in the {ref}`tutorial` for this example, 
 ["Labeled songs of domestic canary M1-2016-spring (Serinus canaria)"](https://zenodo.org/record/6521932)
 by Giraudon et al., 2021, 
-annotated with {ref}`Audacity Labeltrack <aud-txt>` files.
+annotated with {ref}`Audacity Labeltrack <aud-seq>` files.
 
 ```{code-cell} ipython3
 cd ..

doc/index.md

@@ -45,7 +45,7 @@ Such annotations typically include the times when sound events start and stop,
 and labels that assign each sound to some set of classes 
 chosen by the annotator.
 crowsetta has built-in support for many widely used {ref}`formats <formats-index>` 
-such as {ref}`Audacity label tracks <aud-txt>`, 
+such as {ref}`Audacity label tracks <aud-seq>`, 
 {ref}`Praat .TextGrid files <textgrid>`, 
 and {ref}`Raven .txt files <raven>`.
 The images below show examples of the two families of annotation formats 
@@ -137,7 +137,7 @@ With crowsetta, you can:
 * work with your annotations in Python,
   taking advantage of built-in support 
   for many widely used {ref}`formats <formats-index>`
-  such as {ref}`Audacity label tracks <aud-txt>`, 
+  such as {ref}`Audacity label tracks <aud-seq>`, 
   {ref}`Praat .TextGrid files <textgrid>`,
   and {ref}`Raven .txt files <raven>`.
 * work with any format by remembering just one class:  
@@ -156,7 +156,7 @@ With crowsetta, you can:
 <h3>Built-in support for many widely-used formats</h3>
 
 crowsetta has built-in support for many widely used {ref}`formats <formats-index>` 
-such as {ref}`Audacity label tracks <aud-txt>`, 
+such as {ref}`Audacity label tracks <aud-seq>`, 
 {ref}`Praat .TextGrid files <textgrid>`, 
 and {ref}`Raven .txt files <raven>`.
 

doc/tutorial.md

@@ -42,7 +42,7 @@ vocalizations, we need some audio files containing vocalizations that
 are annotated.
 
 We download some examples of annotation files in the 
-{ref}`Audacity LabelTrack format <aud-txt>`, 
+{ref}`Audacity LabelTrack format <aud-seq>`, 
 from the dataset 
 ["Labeled songs of domestic canary M1-2016-spring (Serinus canaria)"](https://zenodo.org/record/6521932)
 by Giraudon et al., 2021.
@@ -83,7 +83,7 @@ means, but you do have to know that before you can do anything with a
 and assign it to some variable, like this:
 
 ```{code-cell} ipython3
-scribe = crowsetta.Transcriber(format='aud-txt')
+scribe = crowsetta.Transcriber(format='aud-seq')
 print("scribe is an instance of a", type(scribe))
 ```
 
@@ -128,7 +128,7 @@ or bounding box-lie,
 the `Annotation` will either have a `seq` attribute, 
 short for "Sequence", or a `bbox` attribute, 
 short for "Bounding box".
-Since `'aud-txt'` is a sequence-like format, 
+Since `'aud-seq'` is a sequence-like format, 
 the `Annotation`s have a `seq` attribute:
 
 ```{code-cell} ipython3
@@ -175,12 +175,12 @@ what we really want is some data types
 that make it easier to work with our annotations, 
 and that help us write clean, readable code.
 
-The {ref}`Audacity .txt <aud-txt>` format 
+The {ref}`Audacity .txt <aud-seq>` format 
 we are using in this tutorial above is one of what 
 crowsetta calls a "sequence-like" format, 
 as stated above.
 What this means is that we can convert our 
-each one of our `'aud-txt'` annotations to 
+each one of our `'aud-seq'` annotations to 
 a `Sequence`. 
 Each `Sequence` consists of some number of `Segment`s, i.e., a
 part of the sequence defined by an `onset` and `offset` that has a