Revise wording

src/library/FIFO.js

@@ -1,9 +1,8 @@
 /**
- * A First-In-First-Out (FIFO) class that only design for vu-meter to
- * maintains a queue of elements. In class does not has pull,
- * getBufferLength function. It includes the getMinValue function for
- * tracking the minimum value in the FIFO class.
- * @class
+ * @classdesc A FIFO (First-In-First-Out) class that is specifically
+ * designed for the VUMeter class in the library directory. This class
+ * does not have a method to get or drop a head value, but it includes
+ * one for getting a minimum value form the queue.
  */
 class FIFO {
 

src/library/VUMeter.js

@@ -1,18 +1,17 @@
 import FIFO from './FIFO.js';
 
 /**
- * This VUMeter class implements a volume level meter UI. To
- * initialize it, developers need to provide the ID of the canvas
+ * @classdesc This VUMeter class implements a volume level meter UI.
+ * To initialize it, developers need to provide the ID of the canvas
  * element where the VUMeter will be rendered, the minimum decibel
  * value for the VUMeter, an AnalyserNode, fftSize of the
  * analyserNode, and fifoSize to control the VMMeter update speed. The
  * minimum decibel value defines the range of the VUMeter that will be
  * considered silent. When the VUMeter is created, it requires an
  * AnalyserNode for real-time audio input data. This class requires a
  * canvas element and FIFO class. The FIFO class is used to determine
- * how fast the VUMeter gets updated. The height of vu-meter bar is
+ * how fast the VUMeter gets updated. The height of the VUMeter is
  * determined by the minimum number in the FIFO class.
- * @class
  */
 class VUMeter {
 
@@ -49,8 +48,8 @@ class VUMeter {
     /** @private @const {!fifo} An instance of FIFO class for caching
      * RMS values and extracting a minimum value over time. */
     this.fifo_ = new FIFO(fifoSize);
-    /** @private @const {!analyser} AnalyserNode that will be used
-     * for visualization */
+    /** @private @const {!analyser} AnalyserNode that will be used for
+     * visualization */
     this.analyser_ = analyserNode;
     this.analyser_.fftSize = fftSize;
     /** @private @const {!dataArray} Array to store the frequency data

src/library/Waveform.js

@@ -1,14 +1,13 @@
 /**
- * This Waveform class implements a waveform UI. To initialize it, you
- * need to provide the ID of the canvas element where the waveform
- * will be rendered and the fftSize value for the analyserNode. The
- * fftSize value defines the window size in samples used when
- * performing a Fast Fourier Transform (FFT) to obtain frequency
- * domain data in the AnalyserNode. When the waveform is created, it
- * requires an AnalyserNode for real-time audio input data. This class
- * only requires a canvas element, and there are no additional
- * dependencies.
- * @class
+ * @classdesc This Waveform class implements a waveform UI. To
+ * initialize it, you need to provide the ID of the canvas element
+ * where the waveform will be rendered and the fftSize value for the
+ * analyserNode. The fftSize value defines the window size in samples
+ * used when performing a Fast Fourier Transform (FFT) to obtain
+ * frequency domain data in the AnalyserNode. When the waveform is
+ * created, it requires an AnalyserNode for real-time audio input
+ * data. This class only requires a canvas element, and there are no
+ * additional dependencies.
  */
 class Waveform {
 
@@ -26,8 +25,7 @@ class Waveform {
    * AnalyserNode.
    */
   constructor(canvasId, analyserNode, fftSize) {
-    /** @private @const {!canvas} Selected waveform canvas
-     * element */
+    /** @private @const {!canvas} Selected waveform canvas element */
     this.canvas_ = document.querySelector(canvasId);
     /** @private @const {!canvasContext} Canvas context */
     this.canvasContext_ = this.canvas_.getContext('2d');
@@ -39,8 +37,8 @@ class Waveform {
     this.currentX_ = 0;
     /** @private {!previousY} Previous Y axis in the waveform */
     this.previousY_ = this.height_ / 2;
-    /** @private @const {!analyser} AnalyserNode that will be used
-     * for visualization */
+    /** @private @const {!analyser} AnalyserNode that will be used for
+     * visualization */
     this.analyser_ = analyserNode;
     this.analyser_.fftSize = fftSize;
     /** @private @const {!dataArray} The array that the time domain