How to use blob - 10 common examples

//Make the blobs
  let numberOfBlobs = 6,
      spacing = 48,
      xOffset = 150,
      speed = 2,
      direction = 1;

  //An array to store all the blob monsters
  blobs = [];

  //Make as many blobs as there are `numberOfBlobs`
  for (let i = 0; i < numberOfBlobs; i++) {

    //Make a blob
    let blob = new Sprite(id["blob.png"]);

    //Space each blob horizontally according to the `spacing` value.
    //`xOffset` determines the point from the left of the screen
    //at which the first blob should be added
    let x = spacing * i + xOffset;

    //Give the blob a random y position
    let y = randomInt(0, app.stage.height - blob.height);

    //Set the blob's position
    blob.x = x;
    blob.y = y;

    //Set the blob's vertical velocity. `direction` will be either `1` or
    //`-1`. `1` means the enemy will move down and `-1` means the blob will
    //move up. Multiplying `direction` by `speed` determines the blob's

//Make the exit door
  door = new Sprite(id["door.png"]); 
  door.position.set(32, 0);
  stage.addChild(door);

  //Make the blobs
  let numberOfBlobs = 6,
      spacing = 48,
      xOffset = 150;

  //Make as many blobs as there are `numberOfBlobs`
  for (let i = 0; i < numberOfBlobs; i++) {

    //Make a blob
    let blob = new Sprite(id["blob.png"]);

    //Space each blob horizontally according to the `spacing` value.
    //`xOffset` determines the point from the left of the screen
    //at which the first blob should be added.
    let x = spacing * i + xOffset;

    //Give the blob a random y position
    //(`randomInt` is a custom function - see below)
    let y = randomInt(0, stage.height - blob.height);

    //Set the blob's position
    blob.x = x;
    blob.y = y;

    //Add the blob sprite to the stage
    stage.addChild(blob);

//Make the exit door
  door = new Sprite(id["door.png"]);
  door.position.set(32, 0);
  stage.addChild(door);

  //Make the blobs
  var numberOfBlobs = 6,
      spacing = 48,
      xOffset = 150;

  //Make as many blobs as there are `numberOfBlobs`
  for (var i = 0; i < numberOfBlobs; i++) {

    //Make a blob
    var blob = new Sprite(id["blob.png"]);

    //Space each blob horizontally according to the `spacing` value.
    //`xOffset` determines the point from the left of the screen
    //at which the first blob should be added.
    var x = spacing * i + xOffset;

    //Give the blob a random y position
    //(`randomInt` is a custom function - see below)
    var y = randomInt(0, stage.height - blob.height);

    //Set the blob's position
    blob.x = x;
    blob.y = y;

    //Add the blob sprite to the stage
    stage.addChild(blob);

//Make the blobs
  var numberOfBlobs = 6,
      spacing = 48,
      xOffset = 150,
      speed = 2,
      direction = 1;

  //An array to store all the blob monsters
  blobs = [];

  //Make as many blobs as there are `numberOfBlobs`
  for (var i = 0; i < numberOfBlobs; i++) {

    //Make a blob
    var blob = new Sprite(id["blob.png"]);

    //Space each blob horizontally according to the `spacing` value.
    //`xOffset` determines the point from the left of the screen
    //at which the first blob should be added
    var x = spacing * i + xOffset;

    //Give the blob a random y position
    var y = randomInt(0, stage.height - blob.height);

    //Set the blob's position
    blob.x = x;
    blob.y = y;

    //Set the blob's vertical velocity. `direction` will be either `1` or
    //`-1`. `1` means the enemy will move down and `-1` means the blob will
    //move up. Multiplying `direction` by `speed` determines the blob's

//Make the exit door
  door = new Sprite(id["door.png"]); 
  door.position.set(32, 0);
  app.stage.addChild(door);

  //Make the blobs
  let numberOfBlobs = 6,
      spacing = 48,
      xOffset = 150;

  //Make as many blobs as there are `numberOfBlobs`
  for (let i = 0; i < numberOfBlobs; i++) {

    //Make a blob
    let blob = new Sprite(id["blob.png"]);

    //Space each blob horizontally according to the `spacing` value.
    //`xOffset` determines the point from the left of the screen
    //at which the first blob should be added.
    let x = spacing * i + xOffset;

    //Give the blob a random y position
    //(`randomInt` is a custom function - see below)
    let y = randomInt(0, app.stage.height - blob.height);

    //Set the blob's position
    blob.x = x;
    blob.y = y;

    //Add the blob sprite to the stage
    app.stage.addChild(blob);

//Make the blobs
  let numberOfBlobs = 6,
      spacing = 48,
      xOffset = 150,
      speed = 2,
      direction = 1;

  //An array to store all the blob monsters
  blobs = [];

  //Make as many blobs as there are `numberOfBlobs`
  for (let i = 0; i < numberOfBlobs; i++) {

    //Make a blob
    let blob = new Sprite(id["blob.png"]);

    //Space each blob horizontally according to the `spacing` value.
    //`xOffset` determines the point from the left of the screen
    //at which the first blob should be added
    let x = spacing * i + xOffset;

    //Give the blob a random y position
    let y = randomInt(0, stage.height - blob.height);

    //Set the blob's position
    blob.x = x;
    blob.y = y;

    //Set the blob's vertical velocity. `direction` will be either `1` or
    //`-1`. `1` means the enemy will move down and `-1` means the blob will
    //move up. Multiplying `direction` by `speed` determines the blob's

Object.keys(this.state.files).forEach((key) => {
      const file = this.state.files[key]
      formData.append(key, new Blob([file], { type: file.type }), file.name || 'file')
    })

_downloadTxtFile = () => {
    const { minerPaymentTxSlate } = this.props
    const element = document.createElement('a')
    const file = new Blob([minerPaymentTxSlate], { type: 'text/plain' })
    element.href = URL.createObjectURL(file)
    const date = new Date()
    const timestamp = Math.floor(date.getTime() / 1000)
    element.download = `txSlate-${timestamp}.txt`
    element.click()
  }

onFeed( err, data ) {
		this.setState( {
			disabled: false
		} );

		if ( ! err && ! data.success ) {
			err = new Error( this.translate( 'Error exporting Reader feed' ) );
		}

		if ( err ) {
			this.props.onError( err );
		} else {
			const blob = new Blob( [ data.opml ], { type: 'text/xml;charset=utf-8' } );
			saveAs( blob, this.props.saveAs );
			this.props.onExport( this.props.saveAs );
		}
	},