ensure right margin is not exceeded for comments (#129)

js/common/model/LightRay.js

@@ -436,7 +436,8 @@ class LightRay {
       // update the real shape based on the traveling distance of the ray being processed
       this.updateShape( this.realShape, currentRay, realRayDistance );
 
-      // wait to process virtual ray until the virtual starting point matches the starting point of the ray being processed
+      // wait to process virtual ray until the virtual starting point matches the starting point of the ray being
+      // processed
       if ( this.virtualRay instanceof Ray && this.virtualRay.position === currentRay.position ) {
 
         // determine the distance of the virtual ray

js/common/model/Optic.js

@@ -47,7 +47,8 @@ class Optic {
     // @public {Property.<Vector2>} Position of the optical element
     this.positionProperty = new Vector2Property( position );
 
-    // @public {Property.<number>} Radius of curvature of the optical element - The convention is positive as converging.
+    // @public {Property.<number>} Radius of curvature of the optical element - The convention is positive as
+    // converging.
     this.radiusOfCurvatureProperty = new NumberProperty( radiusOfCurvatureRange.defaultValue,
       { range: radiusOfCurvatureRange } );
 
@@ -190,8 +191,8 @@ class Optic {
    *
    * The lens shape is approximated as a parabolic lens.
    * The radius of curvature of the lens does necessarily match the value of radius and can be instead "hollywooded".
-   * This gives the flexibility to draw lenses with radius of curvature that is larger than diameter/2, a physical impossibility.
-   * The center point of the lens is '0,0'
+   * This gives the flexibility to draw lenses with radius of curvature that is larger than diameter/2, a physical
+   * impossibility. The center point of the lens is '0,0'
    *
    * @param {number} radius - radius of curvature
    * @param {number} diameter - height of the lens

js/common/model/Target.js

@@ -105,8 +105,8 @@ class Target {
         this.isInvertedProperty ],
       ( position, representation, scale ) => {
 
-        // @public {Vector2} displacement vector from the firstPosition to the left top - value depends on representation
-        // values are in centimeters
+        // @public {Vector2} displacement vector from the firstPosition to the left top - value depends on
+        // representation values are in centimeters
         const initialOffsetPosition = representation.offsetPosition.timesScalar( 1 / OBJECT_SCALE_FACTOR );
         const initialWidth = representation.dimensions.width / OBJECT_SCALE_FACTOR;
         const initialHeight = representation.dimensions.height / OBJECT_SCALE_FACTOR;

js/common/view/ShowHideToggleButton.js

@@ -1,8 +1,8 @@
 // Copyright 2021, University of Colorado Boulder
 
 /**
- * Round eye toggle button that shows/hides the light rays and image. When on 'show', button is an open eye. On 'hide', button is
- * a closed eye.
+ * Round eye toggle button that shows/hides the light rays and image. When on 'show', button is an open eye. On 'hide',
+ * button is a closed eye.
  *
  * @author Sarah Chang (Swarthmore College)
  */

js/lens/model/Guide.js

@@ -33,22 +33,24 @@ class Guide {
         return opticPosition.plusXY( 0, locationSign * opticDiameter / 2 );
       } );
 
-    // @public (read-only) {Property.<number>} angle of rotation of the incident guide with respect to the positive x-axis
+    // @public (read-only) {Property.<number>} angle of rotation of the incident guide with respect to the positive
+    // x-axis
     this.incidentAngleProperty = new DerivedProperty( [ objectPositionProperty, this.fulcrumPositionProperty ],
       ( objectPosition, fulcrumPosition ) => {
         const displacementVector = objectPosition.minus( fulcrumPosition );
         return displacementVector.getAngle();
       } );
 
-    // @public (read-only) {Property.<number>} find the angle of the transmitted guide with respect to the positive x-axis
+    // @public (read-only) {Property.<number>} find the angle of the transmitted guide with respect to the positive
+    // x-axis
     this.transmittedAngleProperty = new DerivedProperty( [ optic.focalLengthProperty, optic.diameterProperty, this.incidentAngleProperty ],
       ( focalLength, diameter, incidentAngle ) => {
 
         // transmitted angle if the optic was a blank.
         const throughAngle = incidentAngle + Math.PI;
 
-        // ground truth for the deflection angle is determined such that the transmitted guide is perfectly aligned with rays
-        // when the object is at a distance 2f on the optical axis.
+        // ground truth for the deflection angle is determined such that the transmitted guide is perfectly aligned
+        // with rays when the object is at a distance 2f on the optical axis.
 
         // ratio of opposite side (diameter/2) over adjacent side (2*focalLength)
         const toa = diameter / ( 4 * focalLength );