Remove type annotations for Property subtype declarations, see #268

js/common/model/Scene.js

@@ -62,11 +62,11 @@ define( require => {
       // @private {number} - indicates the time when the pulse began, or 0 if there is no pulse.
       this.pulseStartTime = 0;
 
-      // @public {Property.<Boolean>} - whether the button for the first source is pressed.  This is also used for the
+      // @public - whether the button for the first source is pressed.  This is also used for the
       // slits screen plane wave source.
       this.button1PressedProperty = new BooleanProperty( false );
 
-      // @public {Property.<Boolean>} - whether the button for the second source is pressed
+      // @public - whether the button for the second source is pressed
       this.button2PressedProperty = new BooleanProperty( false );
 
       // @public (read-only) {string} - units for this scene
@@ -99,7 +99,7 @@ define( require => {
 
       const centerFrequency = ( config.minimumFrequency + config.maximumFrequency ) / 2;
 
-      // @public {Property.<number>} - the frequency in the appropriate units for the scene
+      // @public - the frequency in the appropriate units for the scene
       this.frequencyProperty = new NumberProperty( centerFrequency, {
         range: new Range( config.minimumFrequency, config.maximumFrequency )
       } );
@@ -121,7 +121,7 @@ define( require => {
         units: this.timeUnits
       } );
 
-      // @public {Property.<Number>} - distance between the sources in the units of the scene, or 0 if there is only one
+      // @public - distance between the sources in the units of the scene, or 0 if there is only one
       // source initialized to match the initial slit separation,
       // see https://github.com/phetsims/wave-interference/issues/87
       this.sourceSeparationProperty = new NumberProperty(
@@ -142,7 +142,7 @@ define( require => {
       // start slightly left of 50.5 so it will round to 50 instead of 51
       this.barrierLocationProperty = new Property( new Vector2( this.lattice.width / 2 - 1E-6, 0 ) );
 
-      // @public {Property.<number>} - the floor of the continuous barrier location (x coordinate only)
+      // @public {DerivedProperty.<number>} - the floor of the continuous barrier location (x coordinate only)
       this.barrierLatticeCoordinateProperty = new DerivedProperty(
         [ this.barrierLocationProperty ],
         barrierLocation => Math.round( barrierLocation.x )
@@ -153,7 +153,7 @@ define( require => {
         units: this.positionUnits
       } );
 
-      // @public {Property.<Number>} - distance between the center of the slits, in the units for this scene
+      // @public - distance between the center of the slits, in the units for this scene
       this.slitSeparationProperty = new NumberProperty( config.initialSlitSeparation, {
         units: this.positionUnits
       } );

js/common/model/SoundScene.js

@@ -35,7 +35,7 @@ define( require => {
       // on the Slits screen, see https://github.com/phetsims/wave-interference/issues/109
       this.showSoundParticles = showSoundParticles;
 
-      // @public {Property.<string>} - indicates the selected view for sound
+      // @public {Property.<SoundViewType>} - indicates the selected view for sound
       this.viewSelectionProperty = new Property( SoundViewType.WAVES, {
         validValues: SoundViewType.VALUES
       } );

js/diffraction/model/DiffractionModel.js

@@ -18,19 +18,19 @@ define( require => {
   class DiffractionModel {
     constructor() {
 
-      // @public {Property.<boolean>} whether the laser is emitting light
+      // @public - whether the laser is emitting light
       this.onProperty = new BooleanProperty( true );
 
-      // @public {Property.<number>} dimensions of the square aperture
+      // @public - dimensions of the square aperture
       this.squareWidthProperty = new NumberProperty( 16 );
       this.squareHeightProperty = new NumberProperty( 16 );
 
-      // @public {Property.<number>} dimensions of the elliptical aperture
+      // @public - dimensions of the elliptical aperture
       this.sigmaXProperty = new NumberProperty( 10 );
       this.sigmaYProperty = new NumberProperty( 10 );
       this.gaussianMagnitudeProperty = new NumberProperty( 400 );
 
-      // @public {Property.<number>} characteristics of the grating
+      // @public - characteristics of the grating
       this.numberOfLinesProperty = new NumberProperty( 10 );
       this.angleProperty = new NumberProperty( 0 );
 

js/waves/model/WavesScreenModel.js

@@ -248,8 +248,9 @@ define( require => {
       // @public
       this.isWaveMeterInPlayAreaProperty = new BooleanProperty( false );
 
-      // @public {Property.<number>} - amount the 3d view is rotated. 0 means top view, 1 means side view.
       const rotationRange = new Range( 0, 1 );
+
+      // @public - amount the 3d view is rotated. 0 means top view, 1 means side view.
       this.rotationAmountProperty = new NumberProperty( 0, {
         range: rotationRange
       } );