remove emit1(), use emit() instead, phetsims/axon#211

js/model/Circuit.js

@@ -155,7 +155,7 @@ define( require => {
       this.circuitChangedEmitter = new Emitter();
 
       // @public (read-only) {Emitter} - Some actions only take place after an item has been dropped
-      this.vertexDroppedEmitter = new Emitter();
+      this.vertexDroppedEmitter = new Emitter( { validationEnabled: false } );
 
       // @public (read-only) {Emitter} - signifies that a component has been modified (for example, with the
       // CircuitElementEditNode)

js/model/CircuitConstructionKitModel.js

@@ -151,7 +151,7 @@ define( require => {
           // TODO (phet-io): investigate coarse-grained messages (vertex cut, item added, etc) instead of vertex added,
           // which could lead to inconsistent state. On the other hand, why is CircuitElement added before vertex?  That
           // could solve it
-          setTimeout( () => circuitChangedEmitter.emit1( JSON.stringify( this.circuit.toStateObject() ) ), 0 );
+          setTimeout( () => circuitChangedEmitter.emit( JSON.stringify( this.circuit.toStateObject() ) ), 0 );
         };
         this.circuit.vertices.lengthProperty.link( emitCircuitChanged );
         this.circuit.componentEditedEmitter.addListener( emitCircuitChanged );

js/model/CircuitElement.js

@@ -104,7 +104,7 @@ define( require => {
 
       // @public (read-only) {Emitter} - indicate when the circuit element has started being dragged, when it is created
       // in the toolbox
-      this.startDragEmitter = new Emitter();
+      this.startDragEmitter = new Emitter( { validationEnabled: false } );
 
       // @public (read-only) {Emitter} - indicate when the circuit element has been disposed
       this.disposeEmitter = new Emitter();

js/model/Meter.js

@@ -41,7 +41,7 @@ define( require => {
       } );
 
       // @public (read-only) {Emitter} Fires an event when the meter is dropped
-      this.droppedEmitter = new Emitter(); // Fire event when dropped
+      this.droppedEmitter = new Emitter( { validationEnabled: false } ); // Fire event when dropped
     }
 
     /**

js/view/AmmeterNode.js

@@ -151,7 +151,7 @@ define( require => {
         this.dragHandler = new MovableDragHandler( ammeter.bodyPositionProperty, {
           tandem: tandem.createTandem( 'dragHandler' ),
           endDrag: function() {
-            ammeter.droppedEmitter.emit1( bodyNode.globalBounds );
+            ammeter.droppedEmitter.emit( bodyNode.globalBounds );
 
             // After dropping in the play area the probes move independently of the body
             ammeter.draggingProbesWithBodyProperty.set( false );

js/view/CircuitElementToolNode.js

@@ -74,7 +74,7 @@ define( require => {
         // @jonathanolson and I looked into the way Charges and Fields just calls startDrag(event) on the play area drag
         // listener (which adds a listener to the pointer, in the usual SimpleDragHandler way), and it seems like a good
         // pattern.
-        circuitElement.startDragEmitter.emit1( event );
+        circuitElement.startDragEmitter.emit( event );
       }, {
         allowTouchSnag: true
       } ) );

js/view/CircuitLayerNode.js

@@ -731,7 +731,7 @@ define( require => {
       vertexNode.startOffset = null;
 
       // Signify that something has been dropped in the play area, to show the edit panel, unless dropped in the toolbox
-      this.circuit.vertexDroppedEmitter.emit1( vertex );
+      this.circuit.vertexDroppedEmitter.emit( vertex );
     }
 
     /**

js/view/VoltmeterNode.js

@@ -228,7 +228,7 @@ define( require => {
         this.dragHandler = new MovableDragHandler( voltmeter.bodyPositionProperty, {
           tandem: tandem.createTandem( 'dragHandler' ),
           endDrag: () => {
-            voltmeter.droppedEmitter.emit1( bodyNode.globalBounds );
+            voltmeter.droppedEmitter.emit( bodyNode.globalBounds );
 
             // After dropping in the play area the probes move independently of the body
             voltmeter.draggingProbesWithBodyProperty.set( false );