Balloon

:balloon: Modernized and sophisticated tooltips, fully customizable with an arrow and animations on Android.

Who's using Balloon?

👉 Check out who's using Balloon

Balloon hits +500,000 downloads every month around the globe! :balloon:

Balloon in Jetpack Compose

If you want to use Balloon in your Jetpack Compose project, check out the Balloon in Jetpack Compose guidelines. You can also check out the blog post Tooltips for Jetpack Compose: Improve User Experience to the Next Level for more details.

Including in your project

Gradle

Add the dependency below to your module's build.gradle file:

dependencies {
    implementation("com.github.skydoves:balloon:1.6.7")
}

How to Use

Balloon supports both Kotlin and Java projects, so you can reference it by your language.

Create Balloon with Kotlin

We can create an instance of the Balloon with the Balloon.Builder class.

val balloon = Balloon.Builder(context)
  .setWidthRatio(1.0f)
  .setHeight(BalloonSizeSpec.WRAP)
  .setText("Edit your profile here!")
  .setTextColorResource(R.color.white_87)
  .setTextSize(15f)
  .setIconDrawableResource(R.drawable.ic_edit)
  .setArrowPositionRules(ArrowPositionRules.ALIGN_ANCHOR)
  .setArrowSize(10)
  .setArrowPosition(0.5f)
  .setPadding(12)
  .setCornerRadius(8f)
  .setBackgroundColorResource(R.color.skyBlue)
  .setBalloonAnimation(BalloonAnimation.ELASTIC)
  .setLifecycleOwner(lifecycle)
  .build()

Create Balloon with Kotlin DSL

We can also create an instance of the Balloon with the Kotlin DSL.

val balloon = createBalloon(context) {
  setWidthRatio(1.0f)
  setHeight(BalloonSizeSpec.WRAP)
  setText("Edit your profile here!")
  setTextColorResource(R.color.white_87)
  setTextSize(15f)
  setIconDrawableResource(R.drawable.ic_edit)
  setArrowPositionRules(ArrowPositionRules.ALIGN_ANCHOR)
  setArrowSize(10)
  setArrowPosition(0.5f)
  setPadding(12)
  setCornerRadius(8f)
  setBackgroundColorResource(R.color.skyBlue)
  setBalloonAnimation(BalloonAnimation.ELASTIC)
  setLifecycleOwner(lifecycle)
  build()
}

Create Balloon with Java

You can create an instance of the Balloon with Java by using the Balloon.Builder class.

Balloon balloon = new Balloon.Builder(context)
    .setArrowSize(10)
    .setArrowOrientation(ArrowOrientation.TOP)
    .setArrowPositionRules(ArrowPositionRules.ALIGN_ANCHOR)
    .setArrowPosition(0.5f)
    .setWidth(BalloonSizeSpec.WRAP)
    .setHeight(65)
    .setTextSize(15f)
    .setCornerRadius(4f)
    .setAlpha(0.9f)
    .setText("You can access your profile from now on.")
    .setTextColor(ContextCompat.getColor(context, R.color.white_93))
    .setTextIsHtml(true)
    .setIconDrawable(ContextCompat.getDrawable(context, R.drawable.ic_profile))
    .setBackgroundColor(ContextCompat.getColor(context, R.color.colorPrimary))
    .setOnBalloonClickListener(onBalloonClickListener)
    .setBalloonAnimation(BalloonAnimation.FADE)
    .setLifecycleOwner(lifecycleOwner)
    .build();

Show up Balloon

We can show up the Balloon using the functions below. If we use showAlign__ method, we can show up the Balloon based on alignments (top, bottom, right, left). Also, we can adjust specific positions of the Balloon by using x-Offset and y-Offset parameters.

balloon.showAlignTop(anchor: View) // shows the balloon on an anchor view as the top alignment.
balloon.showAlignTop(anchor: View, xOff: Int, yOff: Int) // shows top alignment with x-off and y-off.
balloon.showAlignBottom(anchor: View) // shows the balloon on an anchor view as the bottom alignment.
balloon.showAlignBottom(anchor: View, xOff: Int, yOff: Int) // shows bottom alignment with x-off and y-off.
balloon.showAlignEnd(anchor: View) // shows the balloon on an anchor view as the end alignment.
balloon.showAlignEnd(anchor: View, xOff: Int, yOff: Int) // shows end alignment with x-off and y-off.
balloon.showAlignStart(anchor: View) // shows the balloon on an anchor view as the start alignment.
balloon.showAlignStart(anchor: View, xOff: Int, yOff: Int) // shows start alignment with x-off and y-off.
balloon.showAsDropDown(anchor: View) // shows the balloon as a dropdown without any alignments.
balloon.showAsDropDown(anchor: View, xOff: Int, yOff: Int) // shows no alignments with x-off and y-off.
balloon.showAtCenter(anchor: View, xOff: Int, yOff: Int, centerAlign: BalloonCenterAlign.TOP)
// shows the balloon over the anchor view (overlap) as the center aligns.

Also, We can show up the Balloon with Kotlin extensions.

myButton.showAlignTop(balloon)

Dismiss Balloon

We can dismiss the Balloon by using the Balloon.dismiss() method.

balloon.dismiss()
balloon.dismissWithDelay(1000L) // dismisses 1000 milliseconds later when the popup is shown

We can dismiss automatically with delay after the Balloon is showing up with the setAutoDismissDuration method..

Balloon.Builder(context)
   // dismisses automatically 1000 milliseconds later when the popup is shown.
   .setAutoDismissDuration(1000L)
   ...

Show up Balloon Sequentially

We can show up a couple of Balloons sequentially with the relayShow__ and await__ methods.

customListBalloon
  .relayShowAlignBottom(customProfileBalloon, circleImageView) // relay to customListBalloon
  .relayShowAlignTop(customTagBalloon, bottomNavigationView, 130, 0) // relay to customProfileBalloon

// show sequentially customListBalloon-customProfileBalloon-customTagBalloon
customListBalloon.showAlignBottom(anchorView)

coroutineScope.launch {
  customListBalloon.awaitAlignBottom(anchorView)
  customProfileBalloon.awaitAlignBottom(circleImageView, 0, 0)
  customTagBalloon.awaitAlignTop(bottomNavigationView, 130, 0)
}

Note: The relayShow__ and await__ methods overwrite the setOnDismissListener internally, so you can't use the setOnDismissListener at the same time.

Parallel Displaying

We can show multiple balloons at the same with sequential behaviour.

lifecycleScope.launch {
  // shows balloons at the same time
  awaitBalloons {
    // dismissing of any balloon dismisses all of them. Default behaviour
    dismissSequentially = false

    textView.alignTop(balloonAlignTop)
    textView.alignStart(balloonAlignStart)
    textView.alignEnd(balloonAlignEnd)
    textView.alignBottom(balloonAlignBottom)
  }

  // shows another group after dismissing the previous group.
  awaitBalloons {
    dismissSequentially = true // balloons dismissed individually

    imageView.alignTop(balloonAlignTop)
    imageView.alignStart(balloonAlignStart)
    imageView.alignEnd(balloonAlignEnd)
    imageView.alignBottom(balloonAlignBottom)
  }
}

Note: The methods inside awaitBalloons are atCenter, asDropdown, alignTop and etc. Don't confuse with show__ and await__ methods.

Width and height

We can adjust specific width and height sizes of Balloon with the below builder methods. If we don't set any specific sizes of the width and height of the Balloon, the size of the Balloon will be decided by the content.

Specific size

We can set specific sizes of the Balloon regardless size of the contents.

balloon.setWidth(220) // sets 220dp width size.
balloon.setHeight(160) // sets 160dp height size.

Wrap Content Sizes

We can set dynamic sizes of Balloon, which depends on sizes of the internal content.

balloon.setWidth(BalloonSizeSpec.WRAP) // sets width size depending on the content's size.
balloon.setHeight(BalloonSizeSpec.WRAP) // sets height size depending on the content's size.

Depending on Screen Size

Also, we can set the width size depending on the ratio of the screen's size (horizontal).

balloon.setWidthRatio(0.5f) // sets width as 50% of the horizontal screen's size.

Padding

Balloon wraps contents. We can adjust the content size of the Balloon by adding paddings on the content like.

balloon.setPadding(6) // sets 6dp padding to all directions (left-top-right-bottom)
balloon.setPaddingLeft(8) // sets 8dp padding to content's left.
balloon.setPaddingTop(12) // sets 12dp padding to content's top.

Margin

If the location of the balloon according to the anchor would be located at the boundaries on the screen,
the balloon will be stick to the end of the screen. In this case, we can give horizontal margins to the balloon.

.setMargin(12) // sets the margin on the balloon all directions.
.setMarginLeft(14) // sets the left margin on the balloon.
.setMarginRight(14) // sets the right margin on the balloon.

Arrow Composition

We can customize the arrow on the Balloon with various methods. For more details, check out the Balloon.Builder.

.setIsVisibleArrow(true) // sets the visibility of the arrow.
.setArrowSize(10) // sets the arrow size.
.setArrowSize(BalloonSizeSpec.WRAP) // sets arrow size depending on the original resources' size.
.setArrowPosition(0.8f) // sets the arrow position using the popup size's ratio (0 ~ 1.0)
.setArrowOrientation(ArrowOrientation.TOP) // sets the arrow orientation. top, bottom, left, right
.setArrowDrawable(ContextCompat.getDrawable(context, R.drawable.arrow)) // sets the arrow drawable.

ArrowPositionRules

We can decide the position of the arrow depending on the aligning rules with the ArrowPositionRules.

// Align the arrow position depending on an anchor.
// if `arrowPosition` is 0.5, the arrow will be located in the middle of an anchor.
.setArrowPositionRules(ArrowPositionRules.ALIGN_ANCHOR) // default

// Align the arrow position depending on the balloon popup body.
// if `arrowPosition` is 0.5, he arrow will be located in the middle of the tooltip.
.setArrowPositionRules(ArrowPositionRules.ALIGN_BALLOON)

ArrowOrientationRules

We can decide the orientation of the arrow depending on the aligning rules with the ArrowOrientationRules.

// Align depending on the position of an anchor.
// For example, `arrowOrientation` is ArrowOrientation.TOP and
// we want to show up the balloon under an anchor using the `Balloon.showAlignBottom`.
// However, if there is not enough free space to place the tooltip at the bottom of the anchor,
// tooltips will be placed top of the anchor and the orientation of the arrow will be `ArrowOrientation.BOTTOM`.
.setArrowOrientationRules(ArrowOrientationRules.ALIGN_ANCHOR) // default

// Align to fixed ArrowOrientation value.
.setArrowOrientationRules(ArrowOrientationRules.ALIGN_FIXED)

Below previews are shows examples of setArrowOrientation and setArrowPosition methods.
The setArrowPosition measures the Balloon's size and sets the arrow's position with the ratio value.

Orientation: BOTTOM Position: 0.62 showAlignTop	Orientation: TOP Position : 0.5 showAlignBottom	Orientation: START Position: 0.5 showAlignStart	Orientation: END Position: 0.5 showAlignEnd

Text Composition

We can customize the text on the Balloon.

.setText("You can edit your profile now!")
.setTextSize(15f)
.setTextTypeface(Typeface.BOLD)
.setTextColorResource(R.color.colorAccent))
.setTextGravity(Gravity.START)

If your text includes HTML tags, you can render the text by enabling HTML option with setTextIsHtml method.

.setTextIsHtml(true)

This method will parse the text with the Html.fromHtml(text) internally.

TextForm

TextForm has some attributes for TextView to customize the text of the Balloon. You can create the TextForm instance and reuse it on multiple Balloons.

val textForm = TextForm.Builder(context)
  .setText("Edit you profile here!")
  .setTextColorResource(R.color.white_87)
  .setTextSize(14f)
  .setTextTypeface(Typeface.BOLD)
  .build()

val balloon = Balloon.Builder(context)
  .setTextForm(textForm)
  ...

val textForm = textForm(context) {
  setText("Edit you profile here!")
  setTextColorResource(R.color.white_87)
  setTextSize(14f)
  setTextTypeface(Typeface.BOLD)
}

val balloon = Balloon.Builder(context)
  .setTextForm(textForm)
  ...

TextForm textForm = new TextForm.Builder(context)
  .setText("Edit you profile here!")
  .setTextColorResource(R.color.white_87)
  .setTextSize(14f)
  .setTextTypeface(Typeface.BOLD)
  .build();

Balloon balloon = new Balloon.Builder(context)
  .setTextForm(textForm)
  ...

Icon Composition

We can customize the icon on the balloon.

.setIconSpace(10) // sets right margin of the icon.
.setIconSize(20) // sets size of the icon.
.setIconDrawable(ContextCompat.getDrawable(context, R.drawable.ic_edit)) // sets a drawable resource.

IconForm

IconForm has some attributes for ImageView to customize the icon of the Balloon. You can create the IconForm instance and reuse it on multiple Balloons.

val iconForm = IconForm.Builder(context)
  .setDrawable(ContextCompat.getDrawable(context, R.drawable.arrow))
  .setIconColor(ContextCompat.getColor(context, R.color.skyblue))
  .setIconSize(20)
  .setIconSize(12)
  .build()

val balloon = Balloon.Builder(context)
  .setIconForm(iconForm)
  ...

val iconForm = iconForm(context) {
  setDrawable(ContextCompat.getDrawable(context, R.drawable.arrow))
  setIconColor(ContextCompat.getColor(context, R.color.skyblue))
  setIconSize(20)
  setIconSize(12)
}

val balloon = Balloon.Builder(context)
  .setIconForm(iconForm)
  ...

IconForm iconForm = new IconForm.Builder(context)
  .setDrawable(ContextCompat.getDrawable(context, R.drawable.arrow))
  .setIconColor(ContextCompat.getColor(context, R.color.skyblue))
  .setIconSize(20)
  .setIconSize(12)
  .build();

Balloon balloon = new Balloon.Builder(context)
  .setIconForm(iconForm)
  ...

OnBalloonClickListener, OnBalloonDismissListener, OnBalloonOutsideTouchListener

We can listen to if the Balloon is clicked, dismissed, and touched outside with the below listeners.

.setOnBalloonClickListener { Toast.makeText(context, "clicked", Toast.LENGTH_SHORT).show() }
.setOnBalloonDismissListener { Toast.makeText(context, "dismissed", Toast.LENGTH_SHORT).show() }
.setOnBalloonOutsideTouchListener { Toast.makeText(context, "touched outside", Toast.LENGTH_SHORT).show() }

balloon.setOnBalloonClickListener(new OnBalloonClickListener() {
  @Override
  public void onBalloonClick() {
    // doSomething;
  }
});

balloon.setOnBalloonDismissListener(new OnBalloonDismissListener() {
  @Override
  public void onBalloonDismiss() {
    // doSomething;
  }
});

balloon.setOnBalloonOutsideTouchListener(new OnBalloonOutsideTouchListener() {
  @Override
  public void onBalloonOutsideTouch() {
    // doSomething;
  }
});

Custom Balloon Layout

You can fully customize the layout of the Balloon with the method below:

.setLayout(R.layout.my_balloon_layout)

You can build the Balloon with your own layout as the following example:

First, create your XML layout file like layout_custom_profile on your taste and set it on the with setLayout method.

val balloon = Balloon.Builder(context)
  .setLayout(R.layout.layout_custom_profile)
  .setArrowSize(10)
  .setArrowOrientation(ArrowOrientation.TOP)
  .setArrowPosition(0.5f)
  .setWidthRatio(0.55f)
  .setHeight(250)
  .setCornerRadius(4f)
  .setBackgroundColor(ContextCompat.getColor(this, R.color.black))
  .setBalloonAnimation(BalloonAnimation.CIRCULAR)
  .setLifecycleOwner(lifecycleOwner)
  .build()

That's all. If you need to get Views or need some interactions, you can get your custom layout with the getContentView() method from your instance of the Balloon.

val button: Button =
  balloon.getContentView().findViewById(R.id.button_edit)
button.setOnClickListener {
  Toast.makeText(context, "Edit", Toast.LENGTH_SHORT).show()
  balloon.dismiss()
}

Persistence

If you want to show up the Balloon only once or a specific number of times, you can implement it as the following example:

balloon.setPreferenceName("MyBalloon") // sets preference name of the Balloon.
balloon.setShowCounts(3) // show-up three of times the popup. the default value is 1.
balloon.runIfReachedShowCounts {
  // do something after the preference showing counts is reached the goal.
  }

Also, you can clear all persisted preferences with the method below:

balloon.clearAllPreferences()

Avoid Memory leak

Dialog, PopupWindow etc, can have memory leak issues if not dismissed before the activity or fragment is destroyed.
But Lifecycles are now integrated with the Support Library since Architecture Components 1.0 Stable was released.
So we can solve the memory leak issue very easily like the below.

Just use setLifecycleOwner method. Then the dismiss() method will be called automatically before your activity or fragment would be destroyed.

.setLifecycleOwner(lifecycleOwner)

Lazy initialization

You can initialize a property of the Balloon lazily with the balloon() extension and Balloon.Factory abstract class.
The balloon() extension keyword can be used on your Activity, Fragment, and View.

Before
CustomActivity.kt

class CustomActivity : AppCompatActivity() {
  private val profileBalloon by lazy { BalloonUtils.getProfileBalloon(context = this, lifecycleOwner = this) }

  // ...
}

After
CustomActivity.kt

class CustomActivity : AppCompatActivity() {
  private val profileBalloon by balloon<ProfileBalloonFactory>()

  // ...
}

We should create a class which extends Balloon.Factory.
An implementation class of the factory must have a default(non-argument) constructor.

ProfileBalloonFactory.kt

class ProfileBalloonFactory : Balloon.Factory() {

  override fun create(context: Context, lifecycle: LifecycleOwner): Balloon {
    return createBalloon(context) {
      setLayout(R.layout.layout_custom_profile)
      setArrowSize(10)
      setArrowOrientation(ArrowOrientation.TOP)
      setArrowPosition(0.5f)
      setWidthRatio(0.55f)
      setHeight(250)
      setCornerRadius(4f)
      setBackgroundColor(ContextCompat.getColor(context, R.color.background900))
      setBalloonAnimation(BalloonAnimation.CIRCULAR)
      setLifecycleOwner(lifecycle)
    }
  }
}

BalloonOverlay

We can show up an overlay over the whole screen except an anchor view.

balloon.setIsVisibleOverlay(true) // sets the visibility of the overlay for highlighting an anchor.
balloon.setOverlayColorResource(R.color.overlay) // background color of the overlay using a color resource.
balloon.setOverlayPadding(6f) // sets a padding value of the overlay shape internally.
balloon.setOverlayPaddingColorResource(R.color.colorPrimary) // sets color of the overlay padding using a color resource.
balloon.setBalloonOverlayAnimation(BalloonOverlayAnimation.FADE) // default is fade.
balloon.setDismissWhenOverlayClicked(false) // disable dismissing the balloon when the overlay is clicked.

We can change the shape of the highlighting using the .setOverlayShape method.

balloon.setOverlayShape(BalloonOverlayOval) // default shape
balloon.setOverlayShape(BalloonOverlayRect)
balloon.setOverlayShape(BalloonOverlayCircle(radius = 36f))
balloon.setOverlayShape(BalloonOverlayRoundRect(12f, 12f))

OVAL	CIRCLE	RECT	ROUNDRECT

Also, we can set the specific position of the overlay shape with the method below:

balloon.setOverlayPosition(Point(x, y)) // sets a specific position of the overlay shape.

BalloonAnimation

We can implement popup animations while showing and dismissing.

BalloonAnimation.NONE
BalloonAnimation.FADE
BalloonAnimation.OVERSHOOT
BalloonAnimation.ELASTIC
BalloonAnimation.CIRCULAR

FADE	OVERSHOOT	ELASTIC	CIRCULAR

BalloonHighlightAnimation

We can give a repeated dynamic animations to the Balloon while it's showing up. The animation would work differently by the position of the arrow.

HEARTBEAT	SHAKE	BREATH	ROTATE

BalloonHighlightAnimation.NONE
BalloonHighlightAnimation.HEARTBEAT
BalloonHighlightAnimation.SHAKE
BalloonHighlightAnimation.BREATH
BalloonHighlightAnimation.ROTATE

.setBalloonHighlightAnimation(BalloonHighlightAnimation.SHAKE)

We can implement the rotate animation like the example below:

.setBalloonHighlightAnimation(BalloonHighlightAnimation.ROTATE)
.setBalloonRotationAnimation(
        BalloonRotateAnimation.Builder().setLoops(2).setSpeeds(2500).setTurns(INFINITE).build())

Balloon builder methods

For more details, you can check out the documentations below:

• Balloon documentations
• Builder documentations

Balloon in Jetpack Compose

Balloon allows you to display tooltips in Jetpack Compose easily.

Add the dependency below to your module's build.gradle file:

dependencies {
    implementation("com.github.skydoves:balloon-compose:$version")
}

Balloon Composable

You can create and display tooltips using the Balloon composable function along with the rememberBalloonBuilder, as demonstrated in the following example:

// create and remember a builder of Balloon.
val builder = rememberBalloonBuilder {
  setArrowSize(10)
  setArrowPosition(0.5f)
  setArrowPositionRules(ArrowPositionRules.ALIGN_ANCHOR)
  setWidth(BalloonSizeSpec.WRAP)
  setHeight(BalloonSizeSpec.WRAP)
  setPadding(12)
  setMarginHorizontal(12)
  setCornerRadius(8f)
  setBackgroundColorResource(R.color.skyBlue)
  setBalloonAnimation(BalloonAnimation.ELASTIC)
}

Balloon(
  modifier = Modifier.align(Alignment.Center),
  builder = builder,
  balloonContent = {
    Text(text = "Now you can edit your profile!")
  }
) { balloonWindow ->
    Button(
      modifier = Modifier.size(120.dp, 75.dp),
      onClick = {
        balloonWindow.showAlignTop() // display your balloon.
     }
    ) {
      Text(text = "showAlignTop")
    }
}

BalloonWindow

BalloonWindow is an interface defining all executable behaviors for a balloon's window, including showing, dismissing, updating, and setting up listeners. You can obtain an instance of BalloonWindow within the content parameter of the Balloon composable function, as illustrated in the example below:

Balloon(
  ..
) { balloonWindow ->
    Button(
      modifier = Modifier.size(120.dp, 75.dp),
      onClick = {
        balloonWindow.showAtCenter() // display your balloon.
     }
    ) {
      Text(text = "showAtCenter")
    }
}

Balloon(
  builder = builder,
  balloonContent = null
) { balloonWindow ->
  ..
}

You can also acquire the BalloonWindow by utilizing the onBalloonWindowInitialized lambda parameter in the Balloon composable. This parameter will be invoked just once when the BalloonWindow is fully prepared and ready for use:

var balloonWindow: BalloonWindow? by remember { mutableStateOf(null) }

Balloon(
  builder = builder,
  onBalloonWindowInitialized = { balloonWindow = it },
  balloonContent = {
    Text(text = "Now you can edit your profile!")
  },
) {
  Button(
    modifier = Modifier.size(160.dp, 60.dp),
    onClick = { balloonWindow?.showAlignTop() },
  ) {
    Text(text = "showAlignTop")
  }
}

The onBalloonWindowInitialized lambda paramter is useful when you need to hold an instance of the BalloonWindow as a state, and utilize it out of the Balloon composable function.

Auto-Display Balloon on Layout Ready

To automatically show a Balloon when your layout is drawn, a common requirement in numerous applications, you can use the onComposedAnchor parameter within the Balloon composable function.

var balloonWindow: BalloonWindow? by remember { mutableStateOf(null) }

Balloon(
  builder = builder,
  onBalloonWindowInitialized = { balloonWindow = it },
  onComposedAnchor = { balloonWindow?.showAlignTop() },
  balloonContent = {
    Text(text = "Now you can edit your profile!")
  },
) {
  Button(
    modifier = Modifier.size(160.dp, 60.dp),
    onClick = { balloonWindow?.showAlignTop() },
  ) {
    Text(text = "showAlignTop")
  }
}

As you can see in the example above, you can use onComposedAnchor with the onBalloonWindowInitialized lambda to obtain the BalloonWindow and display your balloon sequentially after rendering your composable layout.

Compose Extensions

The balloon-compose package provides useful compose extensions, such as setting a color with androidx.compose.ui.graphics.Color like the below:

val builder = rememberBalloonBuilder {
  setText("Now you can edit your profile!")
  setArrowSize(10)
  setWidthRatio(1.0f)
  setHeight(BalloonSizeSpec.WRAP)
  setArrowOrientation(ArrowOrientation.BOTTOM)
  setArrowPosition(0.5f)
  setPadding(12)
  setMarginHorizontal(12)
  setTextSize(15f)
  setCornerRadius(8f)
  setTextColor(Color.White) // set text color with compose color.
  setBackgroundColor(Color.White) // set background color with compose color.
  setIconDrawableResource(R.drawable.ic_edit)
}

Note: If you want to use the default form of balloon (icon + text), you should pass a null value to the balloonContent parameter of your Balloon composable.

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License

Copyright 2019 skydoves (Jaewoong Eum)

Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
You may obtain a copy of the License at

   http://www.apache.org/licenses/LICENSE-2.0

Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an "AS IS" BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.