RobotKit

RobotKit it's a Kotlin multi-Robot SDK for Android.

Last version

0.5.1 Beta Candidate:

    compile 'com.github.ghostwan:robotkit:0.5.1'

A KDOC À Kadoc ! ;)

Disclaimer

It could works in java but was not design for it.

To handle asynchronous calls RobotKit use an experimental feature of kotlin calls coroutine, to use those you need to add in your module build.gradle file :

kotlin {
    experimental {
        coroutines "enable"
    }
}

In your activity or where you want to call RobotKit APIs you have to use the lambda : launch(UI){} or RobotKit shortcut ui{ } or Activity extention inUI{ }

ui { //it means that the coroutine it's in the UI thread
    pepper.connect() // it's a suspended call
    /* the coroutine in the thread will be suspended
    until the robot is connected but the thread is not blocked.  
    If it fails it will throw an exception.*/
    
    // then it will update the text view 
    myTextView.text = "hello world" 
    // then it will make peppers says hello world
    pepper.say("Hello world") // it's a suspend call
    // then it will play an elephant animation
    pepper.animate(R.raw.elephant_animation) // it's a suspend call
}

without coroutines we would have to use callbacks and it would look like this:

pepper.connect(onResult = {
    if(it is Success) {
        runOnUiThread { 
            myTextView.text = "hello world"                      
        }
        pepper.say("Hello world", onResult = {
        if(it is Success) 
            pepper.animate(R.raw.elephant_animation)
        })
    }	
})

or futures

pepper.connect().thenConsume {
    if(it.isSuccess()) {
        runOnUiThread { 
            myTextView.text = "hello world"                      
        }
    }	
}
.thenCompose {
    if(it.isSuccess()) {
        return pepper.say("Hello world")
    }		
}
.thenCompose {
    if(it.isSuccess()) {
        return pepper.animate(R.raw.elephant_animation)
    }		
}

Note: if you want to handle exceptions all at once you can use the helper uiSafe

uiSafe (onRun = { 
    pepper.connect()
    myTextView.text = "hello world" 
    pepper.say("Hello world")
    pepper.animate(R.raw.elephant_animation)
}, onError = {
    when(it){
        is RobotUnavailableException -> println("Robot unavailble ${it.message}")
        is QiException -> println("Robot Exception ${it.message}")
        is Resources.NotFoundException ->  println("Android resource missing ${it.message}")
        is CancellationException -> println("Execution was stopped")
        else -> it?.printStackTrace() 
    }
})

Compatibility

It works with :

Pepper (QiSDK) from SoftBank Robotics (https://android.aldebaran.com/sdk/doc/pepper-sdk/index.html)

Future Robot support:

Nao from SoftBank Robotics
Cozmo from Anki (http://cozmosdk.anki.com/docs/)

Let's code

KDOC

If you want to test the last version in your app, add in your root build.gradle file :

allprojects {
    repositories {
        ...
        maven { url "https://dl.bintray.com/ghostwan/public/" } // To retrieve RobotKit
        maven { url 'https://android.aldebaran.com/sdk/maven'} // For Pepper SDK
        maven { url "https://kotlin.bintray.com/kotlinx" } // For Kotlin Serialization API
        ...
    }
}

And in your app build.gradle file:

dependencies {
    compile fileTree(dir: 'libs', include: ['*.jar'])
    ...
    compile 'com.github.ghostwan:robotkit:LAST_VERSION'
}
kotlin {
    experimental {
        coroutines "enable"
    }
}

Where LAST_VERSION is this

The repositories available are:

Snapshot https://bintray.com/ghostwan/snapshot/robotkit: current version in development
Public https://bintray.com/ghostwan/public/robotkit: public beta
Release https://bintray.com/ghostwan/release/robotkit: official release on jcenter (not used yet)

Create a empty activity and make an hello world

class MainActivity : AppCompatActivity() {

    private lateinit var pepper: Pepper
    private lateinit var textview: TextView
    
    override fun onCreate(savedInstanceState: Bundle?) {
        super.onCreate(savedInstanceState)
        setContentView(R.layout.activity_main)
        pepper = LocalPepper(this)
        pepper.setOnRobotLost {
            println("Robot Lost : $it")
        }
        textview = findViewById(R.id.text)
    }
    
    override fun onStart() {
        super.onStart()
        ui {
            pepper.connect()
            textview.setText(R.string.hello_world)
            pepper.say(R.string.hello_world)
        }
    }
}

To deploy on a virtual Pepper refers to SoftBank Robotics Documentation

API DONE

Connect to Pepper attached to the tablet

Pepper KDOC

pepper = LocalPepper(this@MainActivity)
pepper.setOnRobotLost {
    println("Robot Lost : $it")
}
if(pepper.isConnected())
    pepper.connect()

Say a phrase

Say KDOC

Make the robot say something

Simple API:

pepper.say(R.string.hello_world)

Say a phrase and make a special animation

pepper.say(R.string.hello_world, R.raw.elephant_animation)

Say and display "hello world" in French, while the tablet is in English :

pepper.say(R.string.hello_world, locale = Locale.FRENCH)

...

textview.setText(R.string.hello_world, locale = Locale.FRENCH)

Animate pepper with animation

Animate KDOC

Make the robot run an animation.

Simple API:

pepper.animate(R.raw.elephant_animation)

Listen concepts

Listen KDOC

Make the robot listen for a phrase or group of phrase known as concept

val helloConcept = Concept(this, R.string.hello, R.string.hi)
val byeConcept = Concept(this, R.string.bye, R.string.see_you)
val concept = pepper.listen(helloConcept, byeConcept)
when (concept) {
    helloConcept -> pepper.say(R.string.hello_world)
    byeConcept -> pepper.say(R.string.bye_world)
    else -> pepper.say(R.string.i_dont_understood)
}

Listen in french, it will use the proper localized french ressources for each concepts:

val concept = pepper.listen(helloConcept, byeConcept, discussConcept, locale = Locale.FRENCH)

Discuss about something

Discuss KDOC

Simple API:

Start a discussion

val result : String = pepper.discuss(R.raw.cooking_dicussion)

Start a discussion and go to bookmark "intro"

val result : String = pepper.discuss(R.raw.cooking_dicussion, gotoBookmark = "intro")

Start a discussion in french and go to bookmark "intro"

val result = pepper.discuss(R.raw.presentation_discussion, gotoBookmark = "intro", locale = Locale.FRENCH)

Expert API:

val discussion = Discussion(R.raw.cooking_dicussion)
//val discussion = Discussion(this, R.raw.cooking_dicussion, locale = Locale.FRENCH)

discussion.restoreData(this)
pepper.discuss(discussion)
    
    
...
    
discussion.saveData(this)
    
...
    
discussion.setVariable("name", "ghostwan")
discussion.getVariable("name")
discussion.setOnVariableChanged { name, value -> 
    info("Variable $name changed to $value") 
}
    
    
...
    
discussion.setOnBookmarkReached {
    println("bookmark $it reached!")
}
discussion.gotoBookmark("mcdo")

Allow multiples task in parallel

val t1 = uiAsync { pepper.say("Nous voilà dans la cuisine!") }
val t2 = uiAsync { pepper.animate(R.raw.exclamation_both_hands_a003) }
val t3 = uiAsync { nao.animate(R.raw.exclamation_both_hands_a003) }

println("Task are done ${t1.await()} ${t2.await()} ${t3.await()}")

Stop what pepper is doing

Stop KDOC

Stop all actions :

pepper.stop()

Or a specific action :

pepper.stop(Action.SPEAKING);
...
pepper.stop(Action.LISTENING);
...
pepper.stop(Action.MOVING);

Say something when clicking a button

val myButton = findViewById<Button>(R.id.my_button)
myButton.setOnClickCoroutine { 
    pepper.say(R.string.hello_world)
}
...

val myButton = findViewById<Button>(R.id.my_button)
myButton.setOnClickSafeCoroutine({
    pepper.say(R.string.hello_world)
}, this::onError)


fun onError(throwable : Throwable?) {
    val exceptionMessage = throwable.message
    val message = when (throwable) {
        is QiException -> "Robot Exception $exceptionMessage"
        is RobotUnavailableException -> "Robot unavailable $exceptionMessage"
        is Resources.NotFoundException -> "Android resource missing $exceptionMessage"
        is CancellationException -> "Execution was stopped"
        else -> exceptionMessage
    }
    if (it !is CancellationException && it != null)
        exception(it, "onError")
    message?.let {
        Snackbar.make(rootLayout, message, Snackbar.LENGTH_LONG).show()
    }
}

Multiple Robot support

Creation of an interface Robot which will be implemented by all Robot supported

val remotePepper : Robot = Pepper(this,"pepper.local", robotPassword)
val localPepper : Robot = LocalPepper(this)
val nao : Robot = Nao(this,"nao.local")

Connect to Remote Nao

nao = Nao(this, "nao.local")
nao.connect()

Connect to Remote Pepper

pepper = Pepper(this, "pepper.local", robotPassword)

//pepper = Pepper(this, "192.168.1.23")
pepper.connect()

Detect touch

pepper.setOnBodyTouched {
    when(it) {
        Body.HEAD -> pepper.say("My head was touched")
        Body.RIGHT_HAND -> pepper.say("My right hand was touched")
        Body.LEFT_HAND -> pepper.say("My left hand was touched")
    }
}

API TODO

Control robot autonomous abilities #26

pepper.deactivate(Abilitie.BLINKING)
...
pepper.deactivate(Abilitie.BACKGROUND_MOVEMENTS, Abilitie.AWARNESS);
...
pepper.activate(Abilitie.BLINKING, Abilitie.AWARNESS);
...
pepper.activate(Abilitie.BACKGROUND_MOVEMENTS);

Animate with animation #15

Expert API:

val animation = Animation(R.raw.dog_a001)
animation.getDuration()
animation.getLabels()
animation.setOnLabelReached {name, time ->
    info("Label $name reached at $time") 
}
pepper.animate(animation)

Move around #16

pepper.move(forward=1)
pepper.move(left=1)
pepper.move(right=1)
pepper.move(x=1, y=2)

Goto a location #17

 val theKitchen : Location = pepper.getLocation("kitchen")
 pepper.goTo(theKitchen)

Where Location is struct that represent a position in the robot world

val theKitchen = nao.getLocation("kitchen")
pepper.rememberLocation("kitchen", theKitchen)

Allow multiple robots to share a location that they know about #18

Map its environement and localize itself in the map #39

val myMap:RobotMap = pepper.map()
...
pepper.stop()
...
pepper.localize(myMap)
...
pepper.move(x=1,y=2)
...
val theKitchen = pepper.getLocation()
pepper.rememberLocation("kitchen", theKitchen)

LooktAt something #40

pepper.lookAt(frame, LookAtMovementPolicy.HEAD_AND_BASE)

Remember something #21

pepper.remember("discussion:result", result)
pepper.remember("discussion:state", state)
nao.remember("discussion:result", result)

Get humans arround #41

val humans : List<Human> = pepper.getHumansArround()

Wait for a human #22

val human : Human = pepper.waitForHuman()

Human characteristics #42

whith(human) {
 info("its age is $age")
 info("its gender is $gender")
 info("its pleasure state is $pleasure")
 info("its excitement state is $excitement")
 info("its smile state is $smile")
 info("its attention state is $attention")
 info("its engagement state is $engagement")
}
human.faceframe
human.facePicture

Engage a human #23

pepper.engage(human)

Play a sound #44

pepper.playSound(R.raw.suprise1, R.raw.suprise2, isLooping = true, isRandom = true)
pepper.stopSound()

Take a picture #45

val picture = pepper.takePicture()

Set an executor in a discussion #46

val discussion = Discussion(R.raw.cooking_dicussion)
discussion.setExecutor("playElephantAnimation") {
    pepper.animate(R.raw.elephant_animation)
}
discussion.setExecutor("playSound") {
    pepper.playSound(it[0])
}
pepper.discuss(discussion)

topic: ~topic1()

u:(do the elephant) I'm playing an elephant animation ^execute(playElephantAnimation) and now I'm done.
u:(barks) I'm a dog ^execute(playSound, dog) and now I'm done.
u:(meows) I'm a cat ^execute(playSound, cat) and now I'm done.

Attach a chatbot to a discussion #47

val helloConcept = Concept(this, R.string.hello, R.string.hi)
val discussion = Discussion(R.raw.cooking_dicussion)
discussion.addChatbot(mychatbot)
discussion.addChatbot{phrase, locale, say->
    when(phrase) {
        helloConcept -> say("how are you")
        "bidule" -> say("I can just greet you")
    }
}
pepper.discuss(discussion)

Follow a robot #20

nao.follow(pepper)
pepper.follow(cozmo)

An API for a Robot to follow another robot

Connect to Cozmo #48

val cozmo = Cozmo(this, "cozmo.local")
cozmo.connect()

Handle typed exception #38

val pepper = LocalPepper(this)
try {
    pepper.connect()
    pepper.say()
}catch(e: ConnectionFailedException) {
    println("Can't connect to robot")
}catch(e: AlreadyTalkingException) {
    println("The robot is already talking")
}
...

TO FIX

pepper is not disconnected after a discuss #43

RobotKit

Last version

Disclaimer

Compatibility

Let's code

API DONE

Connect to Pepper attached to the tablet

Say a phrase

Animate pepper with animation

Listen concepts

Discuss about something

Allow multiples task in parallel

Stop what pepper is doing

Say something when clicking a button

Multiple Robot support

Connect to Remote Nao

Connect to Remote Pepper

Detect touch

API TODO

Control robot autonomous abilities #26

Animate with animation #15

Move around #16

Goto a location #17

Map its environement and localize itself in the map #39

LooktAt something #40

Remember something #21

Get humans arround #41

Wait for a human #22

Human characteristics #42

Engage a human #23

Play a sound #44

Take a picture #45

Set an executor in a discussion #46

Attach a chatbot to a discussion #47

Follow a robot #20

Connect to Cozmo #48

Handle typed exception #38

TO FIX

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