fix: All occurrences of p5.sound/p5.Oscillator/

Author: ff6347

src/content/tutorials/en/simple-melody-app.mdx

@@ -20,7 +20,7 @@ import Callout from "../../../components/Callout/index.astro";
 
 ## Introduction
 
-[Music](https://www.britannica.com/art/music) is used by cultures around the world as a way to communicate their histories, emotions and experiences by combining vocal or instrumental [sounds](https://www.britannica.com/science/sound-physics). One of music's basic elements is a [*melody:*](https://www.masterclass.com/articles/music-101-what-is-melody) a group of musical notes that form compositions of sounds that are pleasing to hear.  In this tutorial you will explore how to use [`p5.Oscillator`](/reference/p5.Oscillator) objects to generate musical notes, and develop an web application where users create melodies, and play them back!
+[Music](https://www.britannica.com/art/music) is used by cultures around the world as a way to communicate their histories, emotions and experiences by combining vocal or instrumental [sounds](https://www.britannica.com/science/sound-physics). One of music's basic elements is a [*melody:*](https://www.masterclass.com/articles/music-101-what-is-melody) a group of musical notes that form compositions of sounds that are pleasing to hear.  In this tutorial you will explore how to use [`p5.Oscillator`](/reference/p5.sound/p5.Oscillator/) objects to generate musical notes, and develop an web application where users create melodies, and play them back!
 
 This tutorial is part 1 in a series of 3 tutorials that walk you through creating different versions of a melody app. 
 
@@ -62,7 +62,7 @@ Skip to [Play musical notes with oscillators](https://docs.google.com/document/d
 
 ### p5.Oscillator objects<a id="p5-oscillator-objects"></a>
 
-[`p5.Oscillator`](/reference/p5.Oscillator) objects hold information to generate electrical signals called [oscillators ](https://www.techtarget.com/whatis/definition/oscillator)that can play [musical notes](https://www.simplifyingtheory.com/music-note/). These signals change between a minimum and maximum value in a pattern that repeats at a specific rate. When the signal is played through your speakers, we can hear that it generates a sound!
+[`p5.Oscillator`](/reference/p5.sound/p5.Oscillator/) objects hold information to generate electrical signals called [oscillators ](https://www.techtarget.com/whatis/definition/oscillator)that can play [musical notes](https://www.simplifyingtheory.com/music-note/). These signals change between a minimum and maximum value in a pattern that repeats at a specific rate. When the signal is played through your speakers, we can hear that it generates a sound!
 
 To understand how oscillators generate musical notes, we can dive into some science behind [sound](https://www.britannica.com/science/sound-physics).
 
@@ -188,7 +188,7 @@ Identify a frequency that matches a musical note, and store it in a global varia
 
 Visit [this resource](https://www.idrumtune.com/ultimate-guide-to-musical-frequencies/) for a list of musical notes and corresponding frequencies. [Middle C](https://www.sciencedirect.com/topics/mathematics/middle-c) has a frequency of 262 Hz. 
 
-Declare a global variable that will store the [`p5.Oscillator`](/reference/p5.Oscillator) object.
+Declare a global variable that will store the [`p5.Oscillator`](/reference/p5.sound/p5.Oscillator/) object.
 
 - Add this code above `setup():`
 
@@ -197,7 +197,7 @@ Declare a global variable that will store the [`p5.Oscillator`](/reference/p5.Os
   let osc;
   ```
 
-Initialize `osc` with a [`p5.Oscillator`](/reference/p5.Oscillator) object using `myFreq` as an argument. 
+Initialize `osc` with a [`p5.Oscillator`](/reference/p5.sound/p5.Oscillator/) object using `myFreq` as an argument. 
 
 - Add this code in `setup()`: 
 
@@ -218,7 +218,7 @@ r {started: false, phaseAmount: undefined, oscillator: OscillatorNode, f: 262, o
 
 You can confirm that you created an oscillator object with the correct frequency by examining the “`f`” property in the console, or printing it using `console.log(osc.f).` The frequency in the `osc.f` should match the frequency you identified for your note. 
 
-Visit the [`p5.Oscillator`](/reference/p5.Oscillator) reference to learn more about the properties in p5.Oscillator objects. [See this resource](https://mixbutton.com/mixing-articles/music-note-to-frequency-chart/) for a chart that lists the frequencies for specific musical notes. 
+Visit the [`p5.Oscillator`](/reference/p5.sound/p5.Oscillator/) reference to learn more about the properties in p5.Oscillator objects. [See this resource](https://mixbutton.com/mixing-articles/music-note-to-frequency-chart/) for a chart that lists the frequencies for specific musical notes. 
 
 Your sketch.js file should look like this:
 
@@ -316,7 +316,7 @@ function mousePressed() {
 
 In the code above, a new `p5.Oscillator` object is initialized with a frequency of 262 Hz and stored in the `osc` variable. The user can start and stop the oscillator by clicking the canvas. To add this interactivity, you added a conditional statement in `mousePress()` that used the oscillators `.started` property to check if the oscillator has started playing already. `osc.started` is `true` if the oscillator has started, and `false` otherwise. If the oscillator has started, the conditional instructs the program to stop the oscillator using the `.stop()` function, otherwise the oscillator starts using the `.start()` function.
 
-Visit the p5.js reference for [`p5.Oscillator`](/reference/p5.Oscillator) to learn  more about its functions and properties.
+Visit the p5.js reference for [`p5.Oscillator`](/reference/p5.sound/p5.Oscillator/) to learn  more about its functions and properties.
 
 [Example Project](https://editor.p5js.org/KM_Playground/sketches/Ccjew0snE)
 
@@ -553,7 +553,7 @@ C# 
 
 Visit these resources to explore more about [other musical scales](https://piano-music-theory.com/2016/05/31/major-scales/), [octaves](https://www.masterclass.com/articles/music-101-what-is-an-octave),  [melody composition and scales](https://pulse.berklee.edu/?id=4\&lesson=73), and [C Major](https://ux1.eiu.edu/~cfadd/3050/Adventures/chapter_12/ch12_4.htm).
 
-This project uses [`p5.Oscillator`](/reference/p5.Oscillator) objects to generate the musical notes that will play during a melody. We learned to initialize a new [`p5.Oscillator`](/reference/p5.Oscillator) object in a variable with a specific frequency in Step 1. To generate oscillators for a musical scale, we can initialize multiple [`p5.Oscillator`](/reference/p5.Oscillator) objects with different frequencies in an array.
+This project uses [`p5.Oscillator`](/reference/p5.sound/p5.Oscillator/) objects to generate the musical notes that will play during a melody. We learned to initialize a new [`p5.Oscillator`](/reference/p5.sound/p5.Oscillator/) object in a variable with a specific frequency in Step 1. To generate oscillators for a musical scale, we can initialize multiple [`p5.Oscillator`](/reference/p5.sound/p5.Oscillator/) objects with different frequencies in an array.
 
 To learn more about arrays, visit the MDN resource for [JavaScript Arrays](https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects/Array).
 
@@ -597,9 +597,9 @@ Declare a global variable `myFreq` and initialize it the frequency of the first
   ];
   ```
 
-Access the elements in the `frequencies` array to initialize [`p5.Oscillator`](/reference/p5.Oscillator) objects for each note in [C Major](https://ux1.eiu.edu/~cfadd/3050/Adventures/chapter_12/ch12_4.htm). 
+Access the elements in the `frequencies` array to initialize [`p5.Oscillator`](/reference/p5.sound/p5.Oscillator/) objects for each note in [C Major](https://ux1.eiu.edu/~cfadd/3050/Adventures/chapter_12/ch12_4.htm). 
 
-- Create a global variable called `oscillators` and initialize it with an empty array. This array will hold the [`p5.Oscillator`](/reference/p5.Oscillator) objects for each note.
+- Create a global variable called `oscillators` and initialize it with an empty array. This array will hold the [`p5.Oscillator`](/reference/p5.sound/p5.Oscillator/) objects for each note.
   - Add this code above `setup()`:
 
     ```js
@@ -618,7 +618,7 @@ Access the elements in the `frequencies` array to initialize [`p5.Oscillator`](/
     }
     ```
 
-Here you use a `for` loop to access each frequency in the `frequencies` array to initialize new [`p5.Oscillator`](/reference/p5.Oscillator) objects for each note. Each oscillator object is stored in the `oscillators` array.
+Here you use a `for` loop to access each frequency in the `frequencies` array to initialize new [`p5.Oscillator`](/reference/p5.sound/p5.Oscillator/) objects for each note. Each oscillator object is stored in the `oscillators` array.
 
 <Callout title="Note">
 The index of for specific frequencies in the `frequencies` array match the index of oscillator objects in the `oscillators` array. 
@@ -675,7 +675,7 @@ function draw() {
 }
 ```
 
-[`p5.Oscillator`](/reference/p5.Oscillator)  objects have methods such as `.start()`, `.stop()`, and `.amp()` that help control the intensity of the sound they produce. They also have properties such a `.f` and `.started` that store, respectively, its frequency in Hz, and a boolean value that is `true` when the oscillator starts, and `false` otherwise. We will use these to add more interactive elements to the sketch later on.
+[`p5.Oscillator`](/reference/p5.sound/p5.Oscillator/)  objects have methods such as `.start()`, `.stop()`, and `.amp()` that help control the intensity of the sound they produce. They also have properties such a `.f` and `.started` that store, respectively, its frequency in Hz, and a boolean value that is `true` when the oscillator starts, and `false` otherwise. We will use these to add more interactive elements to the sketch later on.
 
 
 <Callout title="Note">