0.5.9

* use typescript from workspace

* fixed tracking in localhost

* updated ordering of input/radio

.travis.yml

@@ -3,17 +3,12 @@ node_js:
   - "5.7.0"
 script:
   - "node node_modules/pxt-core/built/pxt.js travis"  
-  - "(cd libs/lang-test0; node ../../node_modules/pxt-core/built/pxt.js run)"
-  - "(cd libs/lang-test1; node ../../node_modules/pxt-core/built/pxt.js run)"
-  - "(cd libs/lang-test0; node ../../node_modules/pxt-core/built/pxt.js test)"
-  - "(cd libs/lang-test1; node ../../node_modules/pxt-core/built/pxt.js test)"
   - "node node_modules/pxt-core/built/pxt.js testdir tests"
   - "node node_modules/pxt-core/built/pxt.js uploaddoc"
-  - "(cd libs/hello; node ../../node_modules/pxt-core/built/pxt.js testconv https://az851932.vo.msecnd.net/files/td-converter-tests-v0.json)"
 sudo: false
 notifications:
   email:
-    - touchdevelop-build@microsoft.com
+    - kindscript@microsoft.com
 cache:
   directories:
     - node_modules

.vscode/settings.json

@@ -16,5 +16,6 @@
         "**/pxt_modules/**": true
     },    
     "tslint.enable": true,
-    "tslint.rulesDirectory": "node_modules/tslint-microsoft-contrib"
+    "tslint.rulesDirectory": "node_modules/tslint-microsoft-contrib",
+    "typescript.tsdk": "./node_modules/typescript/lib"
 }

README.md

@@ -1,11 +1,11 @@
-# micro:bit target for PXT
+# Calliope target for PXT
 
-This target allow to program a [BBC micro:bit](https://www.microbit.co.uk/) using 
+This target allow to program a [Calliope](http://calliope.cc/) using 
 PXT ([Microsoft Programming Experience Toolkit](https://github.com/Microsoft/pxt)).
 
-* [Try it live](https://codethemicrobit.com)
+[![Build Status](https://travis-ci.org/Microsoft/pxt-calliope.svg?branch=master)](https://travis-ci.org/Microsoft/pxt-calliope)
 
-[![Build Status](https://travis-ci.org/Microsoft/pxt-microbit.svg?branch=master)](https://travis-ci.org/Microsoft/pxt-microbit)
+![](http://calliope.cc/content/1-ueber-mini/mini_board.png)
 
 ## Local server
 
@@ -18,8 +18,8 @@ The following commands are a 1-time setup after synching the repo on your machin
 * if not yet installed, install [Node.js 4.4.5 or higher](https://nodejs.org/en/download/)
 * [clone this repo](https://help.github.com/articles/cloning-a-repository/) to your computer and go in the project folder
 ```
-git clone https://github.com/microsoft/pxt-microbit
-cd pxt-microbit
+git clone https://github.com/microsoft/pxt-calliope
+cd pxt-calliope
 ```
 * install the PXT command line (add ``sudo`` for Mac/Linux shells).
 ```
@@ -32,14 +32,15 @@ npm install
 
 ### Running
 
-Run this command to open a local web server (add ``sudo`` for Mac/Linux shells)
+Run this command to open a local web server (add ``sudo`` for Mac/Linux shells).
 ```
 pxt serve
 ```
 If the local server opens in the wrong browser, make sure to copy the URL containing the local token. 
 Otherwise, the editor will not be able to load the projects.
 
-If you need modify the `.cpp` files, turn on yotta compilation with the ``-yt`` flag (add ``sudo`` for Mac/Linux shells):
+If you need modify the `.cpp` files, turn on yotta compilation with the ``-yt`` flag (add ``sudo`` for Mac/Linux shells). On Windows, you must be running
+from the ``Run Yotta`` command prompt.
 ```
 pxt serve -yt
 ```
@@ -53,11 +54,6 @@ pxt update
 
 More instructions at https://github.com/Microsoft/pxt#running-a-target-from-localhost 
 
-### Building
-
-* Install Visual Studio 2015 Update 2 or higher. Make sure the Windows 10 templates are installed.
-* open the ``win10/app.sln`` solution and launch the ``codethemicrobit`` project.
-
 ## Testing
 
 The build automatically runs the following:
@@ -66,7 +62,6 @@ The build automatically runs the following:
 * `pxt run` in `libs/lang-test*` - this will run the test in command line runner; 
   there is a number of asserts in both of these
 * `pxt testdir` in `tests` - this makes sure all the files compile and generates .hex files
-* run the TD->TS converter on a number of test scripts from `microbit.co.uk` and make sure the results compile
 
 To test something on the device:
 

cmds/cmds.ts

@@ -13,10 +13,13 @@ export function deployCoreAsync(res: ts.pxtc.CompileResult) {
     return getBitDrivesAsync()
         .then(drives => {
             if (drives.length == 0) {
-                console.log("cannot find any drives to deploy to")
-            } else {
-                console.log(`copy ${ts.pxtc.BINARY_HEX} to ` + drives.join(", "))
+                let msg = "cannot find any drives to deploy to";
+                console.log(msg);
+                return Promise.reject(new Error(msg));
             }
+
+            console.log(`copy ${ts.pxtc.BINARY_HEX} to ` + drives.join(", "))
+
             return Promise.map(drives, d =>
                 writeFileAsync(d + ts.pxtc.BINARY_HEX, res.outfiles[ts.pxtc.BINARY_HEX])
                     .then(() => {

docfiles/apptracking.html

@@ -1,13 +1,6 @@
-<script type="text/javascript">
-    var appInsights=window.appInsights||function(config){
-    function r(config){t[config]=function(){var i=arguments;t.queue.push(function(){t[config].apply(t,i)})}}var t={config:config},u=document,e=window,o="script",s=u.createElement(o),i,f;for(s.src=config.url||"//az416426.vo.msecnd.net/scripts/a/ai.0.js",u.getElementsByTagName(o)[0].parentNode.appendChild(s),t.cookie=u.cookie,t.queue=[],i=["Event","Exception","Metric","PageView","Trace"];i.length;)r("track"+i.pop());return r("setAuthenticatedUserContext"),r("clearAuthenticatedUserContext"),config.disableExceptionTracking||(i="onerror",r("_"+i),f=e[i],e[i]=function(config,r,u,e,o){var s=f&&f(config,r,u,e,o);return s!==!0&&t["_"+i](config,r,u,e,o),s}),t
-    }({ 
-        instrumentationKey:"e9ae05ca-350b-427a-9775-3ba3f6efabce"
-    });window.appInsights=appInsights;
-</script>
 <script type="text/javascript">
     (function(e,b){if(!b.__SV){var a,f,i,g;window.mixpanel=b;b._i=[];b.init=function(a,e,d){function f(b,h){var a=h.split(".");2==a.length&&(b=b[a[0]],h=a[1]);b[h]=function(){b.push([h].concat(Array.prototype.slice.call(arguments,0)))}}var c=b;"undefined"!==typeof d?c=b[d]=[]:d="mixpanel";c.people=c.people||[];c.toString=function(b){var a="mixpanel";"mixpanel"!==d&&(a+="."+d);b||(a+=" (stub)");return a};c.people.toString=function(){return c.toString(1)+".people (stub)"};i="disable time_event track track_pageview track_links track_forms register register_once alias unregister identify name_tag set_config reset people.set people.set_once people.increment people.append people.union people.track_charge people.clear_charges people.delete_user".split(" ");
     for(g=0;g<i.length;g++)f(c,i[g]);b._i.push([a,e,d])};b.__SV=1.2;a=e.createElement("script");a.type="text/javascript";a.async=!0;a.src="undefined"!==typeof MIXPANEL_CUSTOM_LIB_URL?MIXPANEL_CUSTOM_LIB_URL:"file:"===e.location.protocol&&"//cdn.mxpnl.com/libs/mixpanel-2-latest.min.js".match(/^\/\//)?"https://cdn.mxpnl.com/libs/mixpanel-2-latest.min.js":"//cdn.mxpnl.com/libs/mixpanel-2-latest.min.js";f=e.getElementsByTagName("script")[0];f.parentNode.insertBefore(a,f)}})(document,window.mixpanel||[]);
-
-    mixpanel.init("762fef19c053a0ea4cec43d2fecae76e");
+    mixpanel.init("762fef19c053a0ea4cec43d2fecae76e", { disable_persistence: true });
+    if (typeof pxtConfig !== "undefined") mixpanel.register({ target: pxtConfig.targetId, version: pxtConfig.targetVersion });
 </script>

docfiles/tracking.html

@@ -1,13 +1,6 @@
-<script type="text/javascript">
-    var appInsights=window.appInsights||function(config){
-    function r(config){t[config]=function(){var i=arguments;t.queue.push(function(){t[config].apply(t,i)})}}var t={config:config},u=document,e=window,o="script",s=u.createElement(o),i,f;for(s.src=config.url||"//az416426.vo.msecnd.net/scripts/a/ai.0.js",u.getElementsByTagName(o)[0].parentNode.appendChild(s),t.cookie=u.cookie,t.queue=[],i=["Event","Exception","Metric","PageView","Trace"];i.length;)r("track"+i.pop());return r("setAuthenticatedUserContext"),r("clearAuthenticatedUserContext"),config.disableExceptionTracking||(i="onerror",r("_"+i),f=e[i],e[i]=function(config,r,u,e,o){var s=f&&f(config,r,u,e,o);return s!==!0&&t["_"+i](config,r,u,e,o),s}),t
-    }({ 
-        instrumentationKey:"e9ae05ca-350b-427a-9775-3ba3f6efabce"
-    });window.appInsights=appInsights;
-</script>
 <script type="text/javascript">
     (function(e,b){if(!b.__SV){var a,f,i,g;window.mixpanel=b;b._i=[];b.init=function(a,e,d){function f(b,h){var a=h.split(".");2==a.length&&(b=b[a[0]],h=a[1]);b[h]=function(){b.push([h].concat(Array.prototype.slice.call(arguments,0)))}}var c=b;"undefined"!==typeof d?c=b[d]=[]:d="mixpanel";c.people=c.people||[];c.toString=function(b){var a="mixpanel";"mixpanel"!==d&&(a+="."+d);b||(a+=" (stub)");return a};c.people.toString=function(){return c.toString(1)+".people (stub)"};i="disable time_event track track_pageview track_links track_forms register register_once alias unregister identify name_tag set_config reset people.set people.set_once people.increment people.append people.union people.track_charge people.clear_charges people.delete_user".split(" ");
     for(g=0;g<i.length;g++)f(c,i[g]);b._i.push([a,e,d])};b.__SV=1.2;a=e.createElement("script");a.type="text/javascript";a.async=!0;a.src="undefined"!==typeof MIXPANEL_CUSTOM_LIB_URL?MIXPANEL_CUSTOM_LIB_URL:"file:"===e.location.protocol&&"//cdn.mxpnl.com/libs/mixpanel-2-latest.min.js".match(/^\/\//)?"https://cdn.mxpnl.com/libs/mixpanel-2-latest.min.js":"//cdn.mxpnl.com/libs/mixpanel-2-latest.min.js";f=e.getElementsByTagName("script")[0];f.parentNode.insertBefore(a,f)}})(document,window.mixpanel||[]);
-
-    mixpanel.init("762fef19c053a0ea4cec43d2fecae76e");
+    mixpanel.init("762fef19c053a0ea4cec43d2fecae76e", { disable_persistence: true });
+    if (typeof pxtConfig !== "undefined") mixpanel.register({ target: pxtConfig.targetId, version: pxtConfig.targetVersion });    
 </script>

docs/lessons/happy-birthday.md

@@ -13,14 +13,8 @@ Music
 
 ## Prior learning/place of lesson in scheme of work
 
-Learn how to convert your BBC micro:bit into a music player using pins P0 and GND, earphones (or speakers), as well as crocodile clips (or spring clips). We will be learning how to code musical notes using simple commands such as play, keys, and notes.
-
-## What the teacher needs to know / QuickStart Computing Glossary
-
-* Hardware: The physical systems and components of digital devices; see also software.
-* Programmable toys: Robots designed for children to use, accepting input, storing short sequences of simple instructions and moving according to this stored program.
-* Program: A stored set of instructions encoded in a language understood by the computer that does some form of computation, processing input and/or stored data to generate output.
-* Simulation: Using a computer to model the state and behaviour of real-world (or imaginary) systems, including physical or social systems; an integral part of most computer games.
+Learn how to convert your BBC micro:bit into a music player using pins P0 and GND, earphones (or speakers), as well as crocodile clips (or spring clips). 
+We will be learning how to code musical notes using simple commands such as play, keys, and notes.
 
 ## Objectives
 

docs/lessons/hero.md

@@ -1,7 +1,5 @@
 # hero 
 
-make a game to test hand-eye coordination.
-
 Make a game to test hand-eye coordination
 
 * [activity](/lessons/hero/activity)

docs/projects.md

@@ -2,6 +2,9 @@
 
 Here are some cool projects that you can build with your micro:bit!
 
+## Games
+
+Fun games to build with your micro:bit.
 
 ```codecard
 [{
@@ -20,18 +23,42 @@ Here are some cool projects that you can build with your micro:bit!
   "name": "Rock Paper Scissors",
   "url":"/projects/rock-paper-scissors",
   "imageUrl":"/static/mb/projects/a4-motion.png"
-},{
-  "name": "Compass",
-  "url":"/projects/compass",
-  "imageUrl":"/static/mb/projects/a5-compass.png"
-},{
+}]
+```
+
+## Maker, Arts, Fashion
+
+```codecard
+[{
   "name": "Hack your headphones",
   "url":"/projects/hack-your-headphones",
   "imageUrl":"/static/mb/projects/a6-music.png"
-},{
+}, {
   "name": "Banana keyboard",
   "url":"/projects/banana-keyboard",
   "imageUrl":"/static/mb/projects/a7-conductive.png"
+}, {
+  "name": "Guitar",
+  "url":"/projects/guitar",
+  "imageUrl":"/static/mb/projects/guitar.png"
+}, {
+  "name": "Watch",
+  "url":"/projects/the-watch",
+  "imageUrl":"/static/mb/projects/a10-watch.png"
+}, {
+  "name": "Timing gates",
+  "url":"/projects/timing-gates",
+  "imageUrl":"/static/mb/projects/timing-gates.jpg"
+}]
+```
+
+## More
+
+```codecard
+[{
+  "name": "Compass",
+  "url":"/projects/compass",
+  "imageUrl":"/static/mb/projects/a5-compass.png"
 },{
   "name": "Telegraph",
   "url":"/projects/telegraph",
@@ -40,13 +67,9 @@ Here are some cool projects that you can build with your micro:bit!
   "name": "Radio",
   "url":"/projects/radio",
   "imageUrl":"/static/mb/projects/a9-radio.png"
-},{
-  "name": "Watch",
-  "url":"/projects/the-watch",
-  "imageUrl":"/static/mb/projects/a10-watch.png"
 }]
 ```
 
 ### See Also
 
-[Flashing Heart](/projects/flashing-heart), [Smiley Buttons](/projects/smiley-buttons), [Love Meter](/projects/love-meter), [Rock Paper Scissors](/projects/rock-paper-scissors), [Compass](/projects/compass), [Hack your headphones](/projects/hack-your-headphones), [Banana keyboard](/projects/banana-keyboard), [Telegraph](/projects/telegraph), [Radio](/projects/radio), [Watch](/projects/the-watch)
+[Flashing Heart](/projects/flashing-heart), [Smiley Buttons](/projects/smiley-buttons), [Love Meter](/projects/love-meter), [Rock Paper Scissors](/projects/rock-paper-scissors), [Compass](/projects/compass), [Hack your headphones](/projects/hack-your-headphones), [Banana keyboard](/projects/banana-keyboard), [Telegraph](/projects/telegraph), [Radio](/projects/radio), [Guitar](/projects/guitar), [Watch](/projects/the-watch)

docs/projects/banana-keyboard.md

@@ -1,12 +1,16 @@
-# banana keyboard activity 
+# banana keyboard
 
-build a banana keyboard 
+### @description A beginner maker activity, building a piano from bananas.
 
-# micro:bit banana keyboard
+### ~avatar
+
+Build your own micro:bit piano using bananas!
+
+### ~
 
 ![](/static/mb/lessons/banana-keyboard-0.png)
 
-In this project, you will build your own music player micro:bit banana keyboard from household fruit. Project duration: 15 minutes.
+## Duration: ~20 minutes.
 
 ## Materials
 
@@ -15,86 +19,11 @@ In this project, you will build your own music player micro:bit banana keyboard
 * Orange
 * Crocodile clips
 
-## Steps
+## Activities
 
-### Step 1
-
-![](/static/mb/lessons/banana-keyboard-1.png)
-
-Using the 1st crocodile clip, connect the end of the crocodile clip onto GND pin on the micro:bit.
-
-### Step 2
-
-![](/static/mb/lessons/banana-keyboard-2.png)
-
-![](/static/mb/lessons/banana-keyboard-3.png)
-
-Using the 2nd crocodile clip, connect the end of the crocodile clip onto the 0 pin on the micro:bit.
-
-### Step 3
-
-![](/static/mb/lessons/banana-keyboard-4.png)
-
-Using the 1st crocodile clip, connect the second end of the crocodile clip onto based of the headphone jack.
-
-### Step 4
-
-![](/static/mb/lessons/banana-keyboard-5.png)
-
-![](/static/mb/lessons/banana-keyboard-6.png)
-
-Using the 2nd crocodile clip, connect the second end of the crocodile clip onto tip of the headphone jack.
-
-### Step 5
-
-![](/static/mb/lessons/banana-keyboard-7.png)
-
-Using the 3rd crocodile clip, connect the end of the crocodile clip onto the 1st crocodile clip already clipped onto GND.
-
-### Step 6
-
-![](/static/mb/lessons/banana-keyboard-8.png)
-
-![](/static/mb/lessons/banana-keyboard-9.png)
-
-Using the 3rd crocodile clip, connect the unattached end of the crocodile clip onto the orange.
-
-### Step 7
-
-![](/static/mb/lessons/banana-keyboard-10.png)
-
-Using the 4th crocodile clip, connect the end of the crocodile clip onto pin 1 on the micro:bit.
-
-### Step 8
-
-![](/static/mb/lessons/banana-keyboard-11.png)
-
-Using the 4th crocodile clip, connect the unattached end of the crocodile clip onto the banana.
-
-### Step 9
-
-![](/static/mb/lessons/banana-keyboard-12.png)
-
-Your banana keyboard is ready!
-
-### Step 10
-
-Connect your micro:bit to your computer using your USB cable and run this script:
-```blocks
-let sound = music.noteFrequency(Note.C);
-input.onPinPressed(TouchPin.P1, () => {
-    for (let i = 0; i < 5; i++) {
-        sound = sound + 25;
-        music.playTone(sound, music.beat(BeatFraction.Sixteenth));
-    }
-});
-```
-
-Tap your banana instrument to play sound against... the fruit!
-
-
-### ~avatar boothing
-
-Excellent, you're ready to continue with the [challenges](/projects/banana-keyboard-challenges)!
+* [Making the keyboard](/projects/banana-keyboard/making)  
+* [Beat box](/projects/banana-keyboard/beat-box)
 
+### ~button /projects/banana-keyboard/making
+Let's get started!
 ### ~

docs/projects/banana-keyboard/beat-box.md

@@ -1,10 +1,4 @@
-# banana keyboard blocks challenges
-
-control images with variables. 
-
-## Before we get started
-
-Control images with variables. 
+# banana keyboard - beat box
 
 Have you ever tried to making beat box sounds? Let's try making a beatbox with code!
 
@@ -35,7 +29,7 @@ input.onPinPressed(TouchPin.P1, () => {
 ```
 
 
-* click *run* to see if the code works as expected.
+* click *Download* to see if the code works as expected.
 
 
 
@@ -57,8 +51,4 @@ input.onPinPressed(TouchPin.P2, () => {
 })
 ```
 
-* click *run* to see if the code works as expected.
-
-### ~button /projects/telegraph
-NEXT: Telegraph
-### ~
+* click *Download* to see if the code works as expected.

docs/projects/banana-keyboard/making.md

@@ -0,0 +1,85 @@
+# banana keyboard - making
+
+## Materials
+
+* micro:bit, battery holder and 2 AAA batteries
+* Bananas
+* Orange
+* Crocodile clips
+
+## Steps
+
+### Step 1
+
+![](/static/mb/lessons/banana-keyboard-1.png)
+
+Using the 1st crocodile clip, connect the end of the crocodile clip onto GND pin on the micro:bit.
+
+### Step 2
+
+![](/static/mb/lessons/banana-keyboard-2.png)
+
+![](/static/mb/lessons/banana-keyboard-3.png)
+
+Using the 2nd crocodile clip, connect the end of the crocodile clip onto the 0 pin on the micro:bit.
+
+### Step 3
+
+![](/static/mb/lessons/banana-keyboard-4.png)
+
+Using the 1st crocodile clip, connect the second end of the crocodile clip onto based of the headphone jack.
+
+### Step 4
+
+![](/static/mb/lessons/banana-keyboard-5.png)
+
+![](/static/mb/lessons/banana-keyboard-6.png)
+
+Using the 2nd crocodile clip, connect the second end of the crocodile clip onto tip of the headphone jack.
+
+### Step 5
+
+![](/static/mb/lessons/banana-keyboard-7.png)
+
+Using the 3rd crocodile clip, connect the end of the crocodile clip onto the 1st crocodile clip already clipped onto GND.
+
+### Step 6
+
+![](/static/mb/lessons/banana-keyboard-8.png)
+
+![](/static/mb/lessons/banana-keyboard-9.png)
+
+Using the 3rd crocodile clip, connect the unattached end of the crocodile clip onto the orange.
+
+### Step 7
+
+![](/static/mb/lessons/banana-keyboard-10.png)
+
+Using the 4th crocodile clip, connect the end of the crocodile clip onto pin 1 on the micro:bit.
+
+### Step 8
+
+![](/static/mb/lessons/banana-keyboard-11.png)
+
+Using the 4th crocodile clip, connect the unattached end of the crocodile clip onto the banana.
+
+### Step 9
+
+![](/static/mb/lessons/banana-keyboard-12.png)
+
+Your banana keyboard is ready!
+
+### Step 10
+
+Connect your micro:bit to your computer using your USB cable and run this script:
+```blocks
+input.onPinPressed(TouchPin.P1, () => {
+    music.playTone(music.noteFrequency(Note.C), music.beat(BeatFraction.Quarter));
+});
+```
+
+Tap your banana instrument to play sound against... the fruit!
+
+### ~button /projects/banana-keyboard/beat-box
+NEXT: beat box
+### ~

docs/projects/compass.md

@@ -103,7 +103,3 @@ basic.forever(() => {
     }
 });
 ```
-
-### ~button /projects/hack-your-headphones
-NEXT: Hack Your Headphones
-### ~

docs/projects/flashing-heart.md

@@ -113,7 +113,3 @@ basic.clearScreen();
 basic.pause(500);
 })
 ```
-
-### ~button /projects/smiley-buttons
-NEXT: Smiley Buttons
-### ~

docs/projects/guitar.md

@@ -1,10 +1,12 @@
 # Guitar
+
 ![guitar icon](/static/mb/projects/guitar.png)
+
 ### @description A beginner-intermediate maker activity, building a guitar with the micro:bit  
 
 ### ~avatar avatar
 
-Make a micro:bit guitar with this guided tutorial! 
+Make a micro:bit guitar with this guided tutorial!
 
 ### ~
 *playing micro:bit guitar*
@@ -12,19 +14,21 @@ https://youtu.be/GYmdTFvxz80
 
 ## Duration
 
-5 Activities, approx 30-45 min each based on familiarity with the coding concepts  
+5 Activities, approx 30-45 min each based on familiarity with the coding concepts
 
 ## Materials
+
 * Cardboard large pieces (recycle!)
-* Tape (masking, duct Tape, and/or packing tape)
+* Tape (masking, duct tape, and/or packing tape)
 * Markers and/or paint
 * Aluminum Foil
-* Scissors that can cut cardboard  
+* Scissors that can cut cardboard
 * 1 micro:bit, battery holder and 2 AAA batteries
 * 4-5 Crocodile clips
 * Headphones
 
 ## Activities
+
 * [Making the Guitar Body](/projects/guitar/making)  
 * [Buttons, Display & Sound](/projects/guitar/displaybuttons)  
 * [Light Sensor Tone control](/projects/guitar/lightsensor)  
@@ -32,5 +36,7 @@ https://youtu.be/GYmdTFvxz80
 * [Pin Press Switch](/projects/guitar/pinpress)  
 
 ### ~button /projects/guitar/making
+
 Let's get started!
+
 ### ~

docs/projects/guitar/accelerometer.md

@@ -5,7 +5,6 @@
 ### ~avatar avatar
 
 Use the Accelerometer to control guitar tempo
-* Duration: 30 - 45 minutes
 * Concepts:
      * Gravity
      * Acceleration
@@ -18,9 +17,11 @@ Use the Accelerometer to control guitar tempo
 
 ### ~  
 
+## Duration: 30 - 45 minutes  
+  
 *accelerometer controlled tempo*  
-https://youtu.be/h_gPkBaVkoo
-TODO: add sound to video
+https://youtu.be/kA0HpqCWsjs
+
 ## Blocks
 
 ```cards

docs/projects/guitar/displaybuttons.md

@@ -2,7 +2,7 @@
 ### @description micro:bit guitar: using buttons with display and sound
 
 ### ~avatar avatar
-Use Button Events to control LED Display and play Sound  
+Use Button Events to control LED Display and play Sound
 * **Concepts:**
      * Events
      * Tone/Note
@@ -42,8 +42,8 @@ music.rest(music.beat(BeatFraction.Whole))
 music.beat(BeatFraction.Quarter)
 ```
 
-## Step 1: Make a Smiley 
-Open [codethemicrobit.com](https://codethemicrobit.com) in your web browser   
+## Step 1: Make a Smiley
+Open [codethemicrobit.com](https://codethemicrobit.com) in your web browser
 ```blocks
     basic.showLeds(`
         . # . # .
@@ -53,14 +53,14 @@ Open [codethemicrobit.com](https://codethemicrobit.com) in your web browser
         . # # # .
         `);
 ```
-From **Basics**, drag a **show LEDs** block into the coding area  
-  * Create a face with LEDs  
+From **Basics**, drag a **show LEDs** block into the coding area
+  * Create a face with LEDs
 
-![micro:bit USB connection](/static/mb/projects/guitar/connectmicrobit.jpg)  
-Connect your micro:bit to your computer via USB and click **`Download`**. 
-Follow the instructions to move the code to your micro:bit.  
+![micro:bit USB connection](/static/mb/projects/guitar/connectmicrobit.jpg)
+Connect your micro:bit to your computer via USB and click **`Download`**.
+Follow the instructions to move the code to your micro:bit.
 
-## Step 2: Add Smiley LED Button Events 
+## Step 2: Add Smiley LED Button Events
 ```blocks
 input.onButtonPressed(Button.A, () => {
     basic.showLeds(`
@@ -82,36 +82,36 @@ input.onButtonPressed(Button.B, () => {
 })
 ```
 
-From **Input**, drag an **on button 'A' pressed** block into the coding area  
+From **Input**, drag an **on button 'A' pressed** block into the coding area
 
-* Snap the LED face into the block  
+* Snap the LED face into the block
 
-* Create a 'B' button block with a different LED face   
+* Create a 'B' button block with a different LED face
 
-* Download the code to your micro:bit and try the A & B buttons  
+* Download the code to your micro:bit and try the A & B buttons
 
 
 ## Step 3: Add Headphone Speakers using Crocodile clips
 
-![crocodile clips attached to pins 0 and GND](/static/mb/projects/guitar/crocclipintoboard.jpg)  
+![crocodile clips attached to pins 0 and GND](/static/mb/projects/guitar/crocclipintoboard.jpg)
 
-![crocodile clips attached to headphone jack](/static/mb/projects/guitar/jacktocrocs.jpg)  
-Connect **GND** to the **base of the headphone jack** using a second crocodile clip (usually black)  
+![crocodile clips attached to headphone jack](/static/mb/projects/guitar/jacktocrocs.jpg)
+Connect **GND** to the **base of the headphone jack** using a second crocodile clip (usually black)
 
-Connect **pin 0** to the **tip of the headphone jack** with a crocodile clip  
+Connect **pin 0** to the **tip of the headphone jack** with a crocodile clip
 
-*attaching batteries and micro:bit*  
-https://youtu.be/zwRTmpKIaVU  
-Attach the micro:bit & battery-pack to the guitar body  
+*attaching batteries and micro:bit*
+https://youtu.be/zwRTmpKIaVU
+Attach the micro:bit & battery-pack to the guitar body
+
+*connecting headphone speaker*
+https://youtu.be/ewyEW_U5G9M
+Connect the headphones with crocodile clips
 
-*connecting headphone speaker*  
-https://youtu.be/ewyEW_U5G9M  
-Connect the headphones with crocodile clips    
-  
 ### ~hint
 ## The micro:bit can play music
 
-The **play tone** block allows a range letter note tones from **C** to **B5**.   
+The **play tone** block allows a range letter note tones from **C** to **B5**.
 Songs are played using sequences notes.   Like the beginning of a birthday song (C, C, D, C, F, E).
 ```blocks
 input.onButtonPressed(Button.A, () => {
@@ -152,20 +152,20 @@ input.onButtonPressed(Button.B, () => {
         `)
     music.playTone(Note.G, music.beat(BeatFraction.Whole))
 })
-```  
-From **Music**, drag **play tone *C* for *1* beat** block under the **show leds** in **Button A Pressed**  
+```
+From **Music**, drag **play tone *C* for *1* beat** block under the **show leds** in **Button A Pressed**
 
-  * modify **tone** by choosing a note (*letter*) and experiment with high and low pitches  
-  * set **beat** to 1  
-   
-**Repeat** for **Button B** event  
-  
-**Download the code** to the micro:bit  
+  * modify **tone** by choosing a note (*letter*) and experiment with high and low pitches
+  * set **beat** to 1
+
+**Repeat** for **Button B** event
+
+**Download the code** to the micro:bit
 
 **Try the A & B buttons** with headphones and power connected
-  
-## Congratulations on completing the basic guitar!   
-**Challenge:** Create Samples of longer music to play for each button instead of the single tone
+
+## Congratulations on completing the basic guitar!
+**Challenge:** Create samples of longer music to play for each button instead of the single tone
   * *Tip*: Search for "ABC music notation" or "Easy Music Notes" + the name of a song
 
 ## Extra

docs/projects/guitar/lightsensor.md

@@ -4,28 +4,27 @@
 
 ### ~avatar avatar
 
-Use the Light Sensor to control guitar Tone
-* **Duration:** 30 - 45 minutes
+Use the Light Sensor to the control tone for this [Theremin](https://en.wikipedia.org/wiki/Theremin) inspired guitar
+
 * **Concepts:**
      * Inputs
      * Light Intensity
      * Tone/Frequency
      * Ratio Mapping
      * Forever Loop
-     * Math (multiplication) with code properties  
-* **Resources:**
-     * This guitar is inspired by the [Theremin](https://en.wikipedia.org/wiki/Theremin)
+     * Math (multiplication) with code properties
+### ~
 
-### ~  
+## Duration: 30 - 45 minutes
 
-*playing tones with light sensor*  
+*playing tones with light sensor*
 https://youtu.be/2cKg9pokVC4
 
-## The micro:bit LEDs Light Sensors 
+## The micro:bit LEDs Light Sensors
 
-- the micro:bit can detect external light level intensity reaching the LEDs 
+- the micro:bit can detect external light level intensity reaching the LEDs
 - the light level block reports a reading of values 0 (*dark*) to 255 (*bright*)
-- a **Forever Loop** is required to continually use measure the current light level to control the tone 
+- a **Forever Loop** is required to continually measure the current light level and control the tone
 
 ## Forever Loop
 
@@ -47,70 +46,70 @@ basic.forever(() => {
 })
 ```
 **Build the  blocks**
-  * From **Basic** drag a **forever loop** block into the coding area  
-  * From **Led** drag a **plot bar graph** block into the **forever loop**  
-  * From **Input** drag a **light level** block into **plot bar graph *of***  
-  
-**Set the *plot bar graph* value *up to* = *255* **  
+  * From **Basic** drag a **forever loop** block into the coding area
+  * From **Led** drag a **plot bar graph** block into the **forever loop**
+  * From **Input** drag a **light level** block into **plot bar graph *of***
 
-## Step 2: Test the light required to move the bar graph height  
+**Set the *plot bar graph* value *up to* = *255* **
 
-*graphing light input*  
-https://youtu.be/pqU7bTcfQ_s  
-Experiment to see the effect on graph height when the **plot bar graph** value ***up to*** is changed  
+## Step 2: Test the light required to move the bar graph height
 
-**255 is the maximum light input reading**, try numbers smaller than 255 
-**Find a value** that allows the graph to show 1 - 5 bars  
+*graphing light input*
+https://youtu.be/pqU7bTcfQ_s
+Experiment to see the effect on graph height when the **plot bar graph** value ***up to*** is changed
+
+**255 is the maximum light input reading**, try numbers smaller than 255
+**Find a value** that allows the graph to show 1 - 5 bars
 
 ### ~hint
-### Frequency  
-**Frequency** measured in Hz  which are cycles per second or vibrations per second  
-  * A healthy human ear can detect frequencies in the range of 20Hz to 20,000Hz.  
-  * The micro:bit + headphones reliably produce detectable output ~50Hz - 6,000Hz.  
+### Frequency
+**Frequency** measured in Hz which are cycles per second or vibrations per second
+  * A healthy human ear can detect frequencies in the range of 20Hz to 20,000Hz.
+  * The micro:bit + headphones reliably produce detectable output ~50Hz - 6,000Hz.
 
 **261Hz** represents a C note
 ```blocks
 music.playTone(261, music.beat(BeatFraction.Half))
 ```
-**play tone** blocks can specify a specific numeric  **Frequency**   
-by replacing the letter note 261Hz represents a **C** note with a **number** block
+**play tone** blocks can specify a numeric  **Frequency**
+by replacing the letter **C** note with a **number** block that has the value it represents
 ```blocks
 music.playTone(261, music.beat(BeatFraction.Half))
 ```
-### ~  
+### ~
 
 ## Step 3: Multiply Frequency using Math blocks
  ```blocks
 input.onButtonPressed(Button.A, () => {
     music.playTone(261 * 2, music.beat(BeatFraction.Half))
 })
-```  
-create a **play tone** block using a **Math** section, **multiplication** block to set *tone*   
+```
+Create a **play tone** block using a **Math** section, **multiplication** block to set *tone*
 
-### Next  
-**Add** a **B** button block that multiplies the **261** tone by a number other than 2 to set tone 
-  
-**Download the code to the micro:bit**  
+### Next
+**Add** a **B** button block that multiplies the **261** tone by a number other than 2 to set tone
+
+**Download the code to the micro:bit**
+
+**Test the sound for multiples of the 261Hz *C* frequency**
 
-**Test the sound for multiples of the 261Hz *C* frequency**  
-  
 ## Step 4: Control the Frequency with the light input
 ```blocks
 basic.forever(() => {
     music.playTone(input.lightLevel() * 25, music.beat(BeatFraction.Quarter))
 })
 ```
-**Create a *forever loop* containing a *play tone* block**  
-  
-**Set *tone*, using *Math* multiplication block that multiplies *light level* input by 25**  
-or experiment with multipliers larger and smaller than 25  
-  
-**Test light tone control on the guitar**  
-Cover the LEDs with your hand to vary light detected to control the tone  
+**Create a *forever loop* containing a *play tone* block**
+
+**Set *tone*, using *Math* multiplication block that multiplies *light level* input by 25**
+or experiment with multipliers larger and smaller than 25
+
+**Test light tone control on the guitar**
+Cover the LEDs with your hand to vary light detected to control the tone
 
 ## Good work, this guitar is sounding good!
-**Challenge:** Create a variable for the light level multiplier that you can change using buttons (optional)  
+**Challenge:** Create a variable for the light level multiplier that you can change using buttons (optional)
 
-### ~button /projects/guitar/accelerometer  
-NEXT: Accelerometer Beat control  
+### ~button /projects/guitar/accelerometer
+NEXT: Accelerometer Beat control
 ### ~

docs/projects/guitar/making.md

@@ -1,5 +1,5 @@
 # Making the Guitar Body
-### @description Maker Project for Guitar Body for micro:bit  
+### @description Maker Project for Guitar Body for micro:bit
 
 ### ~avatar avatar
 
@@ -11,9 +11,9 @@ Make the Guitar Body for your micro:bit Guitar
 
 ## Materials
   * Cardboard large pieces (recycle!)
-  * Tape (masking, duct Tape, and/or packing tape)
-  * Scissors that can cut cardboard  
-  * Markers and/or paint  
+  * Tape (masking, duct tape, and/or packing tape)
+  * Scissors that can cut cardboard
+  * Markers and/or paint
 
 ![Materials: cardboard, tape, scissors, markers](/static/mb/projects/guitar/materials.jpg)
 
@@ -28,7 +28,7 @@ the shape of your guitar
 ### ~hint
 
    * Avoid small details that are difficult to cut into cardboard
-   * Unfolding a box gives longer pieces of cardboard, and creases can be reinforced
+   * Unfolding a box gives longer pieces of cardboard and creases can be reinforced
 
 ### ~
 
@@ -39,21 +39,21 @@ https://youtu.be/aUQkrFoEank
 
 ## Step 3: Personalize the Guitar
 
-Create unique styling using tape, markers, paint and other available materials (*calling all artist!*)  
+Create unique styles using tape, markers, paint and other available materials (*calling all artists!*)
 
 *decorating the guitar*
 https://youtu.be/zNAZTJeSxY8
 
-Everyone can come up with a unique design!  
+Everyone can come up with a unique design!
 
 ![guitar design samples](/static/mb/projects/guitar/otherdesigns.jpg)
 
 ## Extra!
-*strengthening the guitar*  
+*strengthening the guitar*
 https://youtu.be/q0GkQdJmxjE
 
-Strengthen the guitar next with an angled cardboard strip (*optional*).  
-  
+Strengthen the guitar next with an angled cardboard strip (*optional*).
+
 ### ~button /projects/guitar/displaybuttons
 NEXT: Buttons, Display and Sound
 ### ~

docs/projects/guitar/pinpress.md

@@ -4,17 +4,20 @@
 
 ### ~avatar avatar
 Use pin press to switch guitar play on/off
-* **Duration:** approximately 45 minutes
-* **Materials:**
-   * 2-3 Crocodile clips
+
 * Concepts:
-    * Circuit  
-    * Conductor 
-    * Variable/Global-Variable  
-    * Conditional: **`if`**, **`else`**  
+    * Circuit
+    * Conductor
+    * Variable/Global-Variable
+    * Conditional: **`if`**, **`else`**
     * Boolean: **`True`/`False`**
 ### ~
 
+## Duration: approximately 45 minutes
+
+## Materials:
+2-3 Crocodile clips
+
 ## Blocks
 
 ```cards
@@ -28,16 +31,16 @@ input.onPinPressed(TouchPin.P1, () => {})
 
 ### ~hint
 ## Circuits & Switches
-* **Circuits** need a power supply (battery), a resister (like a LED) & a conductor (metal, water, hand)  
-* **Switches** turn electric power on by closing (completing) a circuit with a conductor so power can flow  
+* **Circuits** need a power supply (battery), a resister (like a LED) & a conductor (metal, water, hand)
+* **Switches** turn electric power on by closing (completing) a circuit with a conductor so power can flow
 
-**Metal foil and wires make excellent conductors**  
+**Metal foil and wires make excellent conductors**
 
-**In this activity we use YOU to conduct electricity**  
-**to close the circuit that switches the guitar ON and OFF!**  
+**In this activity we use YOU to conduct electricity**
+**to close the circuit that switches the guitar ON and OFF!**
 ### ~
 
-## Step 1: Pin Press Test  
+## Step 1: Pin Press Test
 
 ```blocks
 input.onPinPressed(TouchPin.P0, () => {
@@ -49,34 +52,34 @@ input.onPinPressed(TouchPin.P1, () => {
 input.onPinPressed(TouchPin.P2, () => {
     basic.showNumber(2)
 })
-```  
-**Create the pin-press code**  
+```
+**Create the pin-press code**
 
-**Download the code** on the micro:bit 
+**Download the code** on the micro:bit
 
-https://youtu.be/PAIU-vHqyGU  
+https://youtu.be/PAIU-vHqyGU
+
+**Hold the micro:bit touching The GND pin with one hand**
+**with the other hand alternately touch the 0, 1 and 2 pins**
 
-**Hold the micro:bit touching The GND pin with one hand**  
-**with the other hand alternately touch the 0, 1 and 2 pins**  
-  
 ### ~hint
-**The electric signal traveled from pins, between your hands to `GND` and the micro:bit detected the electric signal!**  
-### ~  
-  
-## Step 2: Installing conductive foil on the guitar  
-https://youtu.be/NX0ECcpXFes  
-**Add foil to the guitar body where it is easy to touch while playing**   
+**The electric signal traveled from pins, between your hands to `GND` and the micro:bit detected the electric signal!**
+### ~
 
-**Connect the foil to `GND` using a crocodile clip**  
+## Step 2: Installing conductive foil on the guitar
+https://youtu.be/NX0ECcpXFes
+**Add foil to the guitar body where it is easy to touch while playing**
 
-https://youtu.be/YkymZGNmkrE  
-**Add foil to the guitar neck**  
-  
-**Connect the foil to `pin 1` using a crocodile clip**  
+**Connect the foil to `GND` using a crocodile clip**
 
-## Step 3: Add a switch to turn the guitar ON and OFF  
-**Using the `on` global variable we can switch the message on the micro:bit**   
-**between ON and OFF**  
+https://youtu.be/YkymZGNmkrE
+**Add foil to the guitar neck**
+
+**Connect the foil to `pin 1` using a crocodile clip**
+
+## Step 3: Add a switch to turn the guitar ON and OFF
+**Using the `on` global variable we can switch the message on the micro:bit**
+**between ON and OFF**
 ```blocks
 let on = false
 basic.forever(() => {
@@ -93,11 +96,11 @@ input.onPinPressed(TouchPin.P1, () => {
         on = true
     }
 })
-``` 
-**Create the ON/OFF switch code**  
+```
+**Create the ON/OFF switch code**
+
+**Download the code on the micro:bit**
 
-**Download the code on the micro:bit**   
- 
 **Test by touching `P1` to toggle the LED message between ON and OFF**
 
 *Final code*
@@ -120,9 +123,9 @@ basic.forever(() => {
 input.onPinPressed(TouchPin.P1, () => {
     on = !on;
 })
-```  
-## Now Play! 
-**Turn the guitar ON and OFF with a pin press on the connected foil**  
-**touching both pieces of foil at the same time to connect the switches**  
-  
-https://youtu.be/GYmdTFvxz80  
+```
+## Now Play!
+**Turn the guitar ON and OFF with a pin press on the connected foil by**
+**touching both pieces of foil at the same time to connect the switches**
+
+https://youtu.be/GYmdTFvxz80

docs/projects/hack-your-headphones.md

@@ -1,12 +1,17 @@
 # hack your headphones 
 
-Hack your headphones
+### @description A beginner maker activity, building a piano from bananas.
 
-#  micro:bit music
+### ~avatar
+
+Build your own music player micro:bit from headphones.
+
+### ~
 
 ![](/static/mb/lessons/hack-your-headphones-0.png)
 
-In this project, you will build your own music player micro:bit from headphones. Project duration: 15 minutes.
+
+## Duration: ~15 minutes.
 
 ## Materials
 
@@ -14,48 +19,13 @@ In this project, you will build your own music player micro:bit from headphones.
 * Headphones
 * Crocodile clips
 
-## Steps
+## Activities
 
-### Step 1
+* [Connect your headphone](/projects/hack-your-headphone/making)
+* [Play sounds!]()
 
-![](/static/mb/lessons/banana-keyboard-1.png)
+### ~button /projects/hack-your-headphones/making
 
-Using the 1st crocodile clip, connect the end of the crocodile clip onto GND pin on the micro:bit.
-
-### Step 2
-
-![](/static/mb/lessons/banana-keyboard-2.png)
-
-![](/static/mb/lessons/banana-keyboard-3.png)
-
-Using the 2nd crocodile clip, connect the end of the crocodile clip onto the 0 pin on the micro:bit.
-
-### Step 3
-
-![](/static/mb/lessons/banana-keyboard-4.png)
-
-Using the 1st crocodile clip, connect the second end of the crocodile clip onto based of the headphone jack. The base of your headphone jack is considered the ground so it is connected to the GND of the micro:bit.
-
-### Step 4
-
-![](/static/mb/lessons/banana-keyboard-5.png)
-
-![](/static/mb/lessons/hack-your-headphones-1.png)
-
-Using the 2nd crocodile clip, connect the second end of the crocodile clip onto the tip of the headphone jack. The tip of your headphone jack feeds into the right speaker on the headphone. You connect from the micro:bit pin 0 to the tip of the right side of your headphone. Use the tip of the headphone jack to play sounds.
-
-### Step 5
-
-![](/static/mb/lessons/hack-your-headphones-0.png)
-
-You hacked your headphones!
-
-### Step 6
-
-Connect your micro:bit to your computer using your USB cable and program  [light beatbox](/projects/hack-your-headphones-challenges) music on it. Press the reset button to restart your music player!
-
-### ~avatar avatar
-
-Excellent, you're ready to continue with the [challenges](/projects/hack-your-headphones-challenges)!
+Let's get started!
 
 ### ~

docs/projects/hack-your-headphones/making.md

@@ -0,0 +1,47 @@
+# hack your headphones - making
+
+### ~avatar avatar
+
+Did you know you could attach your headhpones to the micro:bit to generate sounds?
+
+### ~
+
+### Step 1
+
+![](/static/mb/lessons/banana-keyboard-1.png)
+
+Using the 1st crocodile clip, connect the end of the crocodile clip onto GND pin on the micro:bit.
+
+### Step 2
+
+![](/static/mb/lessons/banana-keyboard-2.png)
+
+![](/static/mb/lessons/banana-keyboard-3.png)
+
+Using the 2nd crocodile clip, connect the end of the crocodile clip onto the 0 pin on the micro:bit.
+
+### Step 3
+
+![](/static/mb/lessons/banana-keyboard-4.png)
+
+Using the 1st crocodile clip, connect the second end of the crocodile clip onto based of the headphone jack. The base of your headphone jack is considered the ground so it is connected to the GND of the micro:bit.
+
+### Step 4
+
+![](/static/mb/lessons/banana-keyboard-5.png)
+
+![](/static/mb/lessons/hack-your-headphones-1.png)
+
+Using the 2nd crocodile clip, connect the second end of the crocodile clip onto the tip of the headphone jack. The tip of your headphone jack feeds into the right speaker on the headphone. You connect from the micro:bit pin 0 to the tip of the right side of your headphone. Use the tip of the headphone jack to play sounds.
+
+### Step 5
+
+![](/static/mb/lessons/hack-your-headphones-0.png)
+
+You hacked your headphones!
+
+### ~button /projects/hack-your-headphones/music-of-light
+
+NEXT: music of light
+
+### ~

docs/projects/hack-your-headphones/music-of-light.md

@@ -1,6 +1,4 @@
-# hack your headphones challenges
-
-Control sound with the light level. 
+# hack your headphones - music of light
 
 ### ~avatar avatar
 
@@ -70,7 +68,3 @@ input.onButtonPressed(Button.A, () => {
 ```
 
 * click **Download** and run your code on the micro:bit.
-
-### ~button /projects/banana-keyboard
-NEXT: Banana Keyboard
-### ~

docs/projects/love-meter.md

@@ -48,7 +48,3 @@ input.onPinPressed(TouchPin.P2, () => {
         `);
 });
 ```
-
-### ~button /projects/rock-paper-scissors
-NEXT: Rock Paper Scissors
-### ~

docs/projects/radio-challenges.md

@@ -89,10 +89,6 @@ Have fun reviewing your simulation and analyze the acceleration by chart the Exc
 * Review and analyze the actual micro:bit device acceleration data on Excel
 * Display acceleration with y or z using plot bar graph by changing acceleration from "x" to "y" or "z" 
 
-### ~button /projects/the-watch
-NEXT: The Watch
-### ~
-
 ```package
 microbit-radio
 ```

docs/projects/rock-paper-scissors.md

@@ -236,6 +236,3 @@ input.onButtonPressed(Button.B, () => {
 How else can you make your game better?
 Ever hear of [Rock Paper Scissors Spock Lizard](http://www.samkass.com/theories/RPSSL.html)?
 
-### ~button /projects/compass
-NEXT: Compass
-### ~

docs/projects/smiley-buttons.md

@@ -67,7 +67,3 @@ input.onButtonPressed(Button.B, () => {
     . # # # .`);
 });
 ```
-
-### ~button /projects/love-meter
-NEXT: Love Meter
-### ~

docs/projects/telegraph.md

@@ -1,75 +1,25 @@
 # telegraph activity 
 
-Build a telgraph.
-
-# micro:bit telegraph
-
 ![](/static/mb/lessons/telegraph-0.png)
 
-In this project, you will build your telegraph between micro:bits. Project duration: 15 minutes.
+### ~avatar
+
+Build a telegraph between two micro:bits to communicate with your friends!
+
+### ~
+
+## Duration: ~30 minutes
 
 ## Materials
 
 * micro:bit, battery holder and 2 AAA batteries
 * Crocodile clips
 
-## Steps
+## Activities
 
-### Step 1
-
-![](/static/mb/lessons/banana-keyboard-1.png)
-
-Using the 1st crocodile clip, connect the end of the crocodile clip onto GND pin on the micro:bit.
-
-### Step 2
-
-![](/static/mb/lessons/ornament-chain-2.png)
-
-Using the 2nd crocodile clip, connect the end of the crocodile clip onto the 3V pin on the micro:bit.
-
-### Step 3
-
-![](/static/mb/lessons/ornament-chain-3.png)
-
-Using the 3rd crocodile clip, connect the end of the crocodile clip onto pin 1 of the micro:bit.
-
-### Step 4
-
-![](/static/mb/lessons/ornament-chain-4.png)
-
-Using the 4th crocodile clip, connect the end of the crocodile clip onto pin 2 of the micro:bit.
-
-### Step 5
-
-![](/static/mb/lessons/ornament-chain-5.png)
-
-Using the 1st crocodile clip, connect the unattached end of the crocodile clip onto the GND on the 2nd micro:bit.
-
-### Step 6
-
-![](/static/mb/lessons/ornament-chain-6.png)
-
-Using the 2nd crocodile clip, connect the unattached end of the crocodile clip onto the 3V pin on the 2nd micro:bit.
-
-### Step 7
-
-![](/static/mb/lessons/ornament-chain-7.png)
-
-Using the 3rd crocodile clip, connect the unattached end of the crocodile clip onto pin 2 of the 2nd micro:bit.
-
-### Step 8
-
-![](/static/mb/lessons/ornament-chain-8.png)
-
-Using the 4th crocodile clip, connect the unattached end of the crocodile clip onto pin 1 of the 2nd micro:bit
-
-### Step 9
-
-![](/static/mb/lessons/telegraph-0.png)
-
-
-### ~avatar avatar
-
-Excellent, you're ready to continue with the [challenges](/projects/telegraph-challenges)!
+* [Making the circuit](/projects/telegraph/making)  
+* [Manual telegraph](/projects/telegraph/manual-telegraph)
 
+### ~button /projects/telegraph/making
+Let's get started!
 ### ~

docs/projects/telegraph/making.md

@@ -0,0 +1,75 @@
+# telegraph - making 
+
+### ~avatar
+
+Let's build a telegraph between two micro:bits.
+
+### ~
+
+![](/static/mb/lessons/telegraph-0.png)
+
+## Materials
+
+* micro:bit, battery holder and 2 AAA batteries
+* Crocodile clips
+
+## Steps
+
+### Step 1
+
+![](/static/mb/lessons/banana-keyboard-1.png)
+
+Using the 1st crocodile clip, connect the end of the crocodile clip onto GND pin on the micro:bit.
+
+### Step 2
+
+![](/static/mb/lessons/ornament-chain-2.png)
+
+Using the 2nd crocodile clip, connect the end of the crocodile clip onto the 3V pin on the micro:bit.
+
+### Step 3
+
+![](/static/mb/lessons/ornament-chain-3.png)
+
+Using the 3rd crocodile clip, connect the end of the crocodile clip onto pin 1 of the micro:bit.
+
+### Step 4
+
+![](/static/mb/lessons/ornament-chain-4.png)
+
+Using the 4th crocodile clip, connect the end of the crocodile clip onto pin 2 of the micro:bit.
+
+### Step 5
+
+![](/static/mb/lessons/ornament-chain-5.png)
+
+Using the 1st crocodile clip, connect the unattached end of the crocodile clip onto the GND on the 2nd micro:bit.
+
+### Step 6
+
+![](/static/mb/lessons/ornament-chain-6.png)
+
+Using the 2nd crocodile clip, connect the unattached end of the crocodile clip onto the 3V pin on the 2nd micro:bit.
+
+### Step 7
+
+![](/static/mb/lessons/ornament-chain-7.png)
+
+Using the 3rd crocodile clip, connect the unattached end of the crocodile clip onto pin 2 of the 2nd micro:bit.
+
+### Step 8
+
+![](/static/mb/lessons/ornament-chain-8.png)
+
+Using the 4th crocodile clip, connect the unattached end of the crocodile clip onto pin 1 of the 2nd micro:bit
+
+### Step 9
+
+![](/static/mb/lessons/telegraph-0.png)
+
+
+### ~button /projects/telegraph/manual-telegraph
+
+NEXT: manual telegraph
+
+### ~

docs/projects/telegraph/manual-telegraph.md

@@ -1,18 +1,10 @@
-# telegraph activity 
+# telegraph - manual telegraph 
 
-Build a telegraph.
-
-# micro:bit telegraph
-
-Have you ever tried to communicate through a telegraph? Let's try coding a "Telegraph" on two BBC micro:bits !
-
-Complete the following [tutorial](/projects/telegraph), your hack should look like this:
-
-![](/static/mb/lessons/telegraph-0.png)
+Let's build the code that will send a impulse while the user presses ``A``.
 
 ### Step 1
 
-We now need to digitally write to the specified pin (P0) as digital. Let's start by adding the code in the pin drawer that includes 'digital write (0,1) to pin P0'.. Then insert 1 for digital write. 
+We now need to digitally write to pin ``P0`` as **high** (1). 
 
 ```blocks
 pins.digitalWritePin(DigitalPin.P0, 1)
@@ -21,7 +13,8 @@ pins.digitalWritePin(DigitalPin.P0, 1)
 
 ### Step 2
 
-We want to add a block to turn on an LED in the middle area of the LED display using plot x, y. So insert the appropriate LED plot x, y. 
+We want to add a block to turn on an LED in the middle area of the LED display using plot x, y. 
+So insert the appropriate LED plot x, y. 
 
 ```blocks
 pins.digitalWritePin(DigitalPin.P0, 1)
@@ -31,7 +24,8 @@ led.plot(2, 2)
 
 ### Step 3
 
-We want to insert a condition that tells us when to turn on the LED. So insert the if block under logic drawer. Then add a condition that occurs if we do not turn on a LED with plot x, y. We also should plot an LED on the display if button A is pressed. Your code should appear as follows:
+We want to insert a condition that tells us when to turn on the LED. So insert the if block under logic drawer. 
+Then add a condition that occurs if we do not turn on a LED with plot x, y. We also should plot an LED on the display if button A is pressed. Your code should appear as follows:
 
 ```blocks
 if (input.buttonIsPressed(Button.A)) {
@@ -45,7 +39,7 @@ if (input.buttonIsPressed(Button.A)) {
 
 ### Step 4
 
-We want to write code if button A is NOT pressed. It is important to say that digital write is not on. We also want to turn off all LED lights on the LED screen
+We want to write code if button A is NOT pressed. It is important to say that digital write is not on. We also want to turn off all the LED light.
 
 ```blocks
 if (input.buttonIsPressed(Button.A)) {
@@ -53,7 +47,7 @@ if (input.buttonIsPressed(Button.A)) {
     led.plot(2, 2)
 } else {
     pins.digitalWritePin(DigitalPin.P0, 0)
-    basic.clearScreen()
+    led.unplot(2, 2)
 }
 ```
 
@@ -64,27 +58,24 @@ Let's add a forever loop so this code runs in the background forever. Modify you
 ```blocks
 basic.forever(() => {
     if (input.buttonIsPressed(Button.A)) {
-    pins.digitalWritePin(DigitalPin.P0, 1)
-    led.plot(2, 2)
-} else {
-    pins.digitalWritePin(DigitalPin.P0, 0)
-    basic.clearScreen()
-}    
-})
-
+        pins.digitalWritePin(DigitalPin.P0, 1)
+        led.plot(2, 2)
+    } else {
+        pins.digitalWritePin(DigitalPin.P0, 0)
+        led.unplot(2, 2)
+    })
 ```
 
 ### Step 6
 
-
 We now need to digitally read to the specified pin (P1) as digital. Let's start by going to the pin drawer and adding digital read pin (0,1) and changing the pin to P1. Now we need to create a condition for digital read pin (0,1). So we go to the logic drawer and select the comparison operator. Then we want to set the comparison operator to 1 to turn on digital read on pin 1. We want to insert a condition that tells us if button A is pressed and we should turn on digital read on pin 1. So insert the if block under logic drawer. Then add a condition that occurs if digital read on P1 is on. Then we want to plot x, y at the x, y coordinates of 2,2. we also want to say that if digital read pin P1 is not on, we want to turn off all LED lights on the screen. Your code should appear as follows:
 
 ```blocks
 if (pins.digitalReadPin(DigitalPin.P1) == 1) {
-    led.plot(2, 2);
+    led.plot(4, 4);
 }
 else {
-    basic.clearScreen();
+    led.unplot(4, 4);
 }
 basic.forever(() => {
     if (input.buttonIsPressed(Button.A)) {
@@ -108,7 +99,3 @@ Your telegraph is ready!
 * Connect the first micro:bit to your computer using your USB cable and put the telegraph script on it.
 * Connect the second micro:bit to your computer using your USB cable and run the telegraph script on it.
 * The first person and second person take turns pressing button A to play the telegraph game!
-
-### ~button /projects/radio
-NEXT: Radio
-### ~

docs/projects/timing-gates.md

@@ -0,0 +1,231 @@
+# Timing gates
+
+### ~avatar
+
+This project explains the principles of timing gates using household materials.
+
+### ~
+
+## Timing gates
+
+The two gates are connected to the micro:bit and can detect a car passing through.
+
+![](/static/mb/projects/timing-gates/sketchgates.jpg "Sketch of the gates")
+
+As the car passes through the gate ``0``, it sends an event to the micro:bit through the [on pin pressed](/reference/input/on-pin-pressed) block.
+The micro:bit records the time in a variable ``t0``.
+
+![](/static/mb/projects/timing-gates/sketchgate1.jpg "Sketch first gate")
+
+As the car passes through the gate ``1``, it sends an event to the micro:bit through the [on pin pressed](/reference/input/on-pin-pressed) block.
+The micro:bit records the time in a variable ``t1``.
+
+![](/static/mb/projects/timing-gates/sketchgate2.jpg "Sketch first gate")
+
+The rest is a bit of math and physics. The time taken to cross the gates is computed as the difference of ``t1 - t0``.
+By dividing the distance between the gates by the duration, we get the speed of the car!
+
+![](/static/mb/projects/timing-gates/sketchmath.jpg "Sketch math")
+
+
+## Materials
+
+* Carboard
+* Aluminum fail
+* Double-side tape (carpet tape)
+* 4 crocodile clips
+* A micro:bit board and USB cable
+
+![](/static/mb/projects/timing-gates/materials.jpg "Materials")
+
+## blocks
+
+```cards
+basic.showLeds(`
+        . . . . .
+        . . . . .
+        . . # . .
+        . . . . .
+        . . . . .
+        `)
+input.onPinPressed(TouchPin.P0, () => {})
+let t = 0
+input.runningTime()
+t - 1
+control.eventTimestamp();
+basic.showNumber(0)
+```
+
+## Building the gate
+
+The sensor is made by tapping two strips of fail on the cardboard as close as possible.
+
+Add two strips of double-sided tape on the cardboard. Remove the protective film.
+
+![](/static/mb/projects/timing-gates/tape.jpg "Double sided tape")
+
+Lay the Aluminum foil on the double-sided tape. Press firmly on the tape to get a good bonding of the foil.
+
+![](/static/mb/projects/timing-gates/stickfoil.jpg "Foil sensor")
+
+Strip the out foil around and between the tape strips. Make sure both foil strips don't touch each other.
+
+![](/static/mb/projects/timing-gates/spreadfoil.jpg "Foil taped")
+
+Connect a crocodile strip to each foil strip.
+
+![](/static/mb/projects/timing-gates/connectsensor.jpg "Connecting sensor")
+
+Connect the crocodile plugs to the ``GND`` and ``P0`` pins on the micro:bit.
+
+![](/static/mb/projects/timing-gates/connectcrocs.jpg "Connecting the micro:bit")
+
+The gate is ready to use! Your circuit should look like the picture below:
+
+![](/static/mb/projects/timing-gates/sensordone.jpg "A single gate")
+
+
+## Detecting the car with code
+
+The micro:bit provides an event [on pin pressed](/reference/pins/on-pin-pressed) 
+that is raised when a circuit between ``GND`` and a pin is detected. The circuit conductor could be a wire or even your body!
+We will attach a foil to the bottom of the car. When it passes over the gate, it connect both foil strips, close the circuit and trigger the event. 
+
+Open the [code editor](/) and start a new project and add the following blocks. Notice that we are using pin ``P0`` here. 
+
+```blocks
+basic.showLeds(`
+        . . . . .
+        . . . . .
+        . . # . .
+        . . . . .
+        . . . . .
+        `)
+input.onPinPressed(TouchPin.P0, () => {
+    basic.showLeds(`
+        # . . . .
+        # . . . .
+        # . . . .
+        # . . . .
+        # . . . .
+        `)
+})
+```
+
+Testing the code with our finger, we see a LED column turn on when pressing both strips.
+
+https://youtu.be/zi_-NAmdDpY
+
+## Upgrading the car
+
+In this lesson, we picked a random toy car and tapped foil to the bottom. 
+As the car goes through the gate, it will connect both sides of the gate and trigger it. Make sure to add enough foil to get a good connection on the ground.
+
+![](/static/mb/projects/timing-gates/carfoil.jpg "Attaching foil to the car")
+
+By moving the car (slowly) through the gate, you will see that it triggers the ``on pin pressed`` event.
+
+https://youtu.be/M3DIUvDPlIA
+
+### ~hint
+
+It does not work always! Sometimes the foil does not touch long enough both strip to be detected. This is due to the poor quality of our sensor.
+To fix this, you would have to consider using better sensors based on IR or Hall effect.
+
+### ~
+
+## Adding the second gate
+
+Repeat the same process with tape and foil to build the first gate.
+
+![](/static/mb/projects/timing-gates/sensor2.jpg "Double foil sensors")
+
+Connect the crocodile plugs to the ``GND`` and ``P1`` pins on the micro:bit.
+
+![](/static/mb/projects/timing-gates/sensormicrobit2.jpg "Sensor and microbit")
+
+## Detecting the second gate
+
+Since the second gate is connected to pin ``P1``, we add a second [on pin pressed](/reference/pins/on-pin-pressed) event
+that display 2 columns of LEDs.
+
+```blocks
+basic.showLeds(`
+        . . . . .
+        . . . . .
+        . . # . .
+        . . . . .
+        . . . . .
+        `)
+input.onPinPressed(TouchPin.P0, () => {
+    basic.showLeds(`
+        # . . . .
+        # . . . .
+        # . . . .
+        # . . . .
+        # . . . .
+        `)
+})
+input.onPinPressed(TouchPin.P1, () => {
+    basic.showLeds(`
+        # . . . #
+        # . . . #
+        # . . . #
+        # . . . #
+        # . . . #
+        `)
+})
+```
+Strolling the car over both gates, you can see how the first gate triggers then the second.
+
+https://youtu.be/N4bWQcu6yWs
+
+## Computing time
+
+The micro:bit has a clock that measures time precisely. It measures how many seconds the micro:bit has been on. 
+We will record the time where each gate is tripped in variables ``t0`` and ``t1``. 
+We take the different between ``t1`` and ``t0`` to compute the duration between the gates.
+
+```blocks
+let t0 = 0;
+let t1 = 0;
+basic.showLeds(`
+        . . . . .
+        . . . . .
+        . . # . .
+        . . . . .
+        . . . . .
+        `)
+input.onPinPressed(TouchPin.P0, () => {
+    t0 = control.eventTimestamp();
+    basic.showLeds(`
+        # . . . .
+        # . . . .
+        # . . . .
+        # . . . .
+        # . . . .
+        `)
+})
+input.onPinPressed(TouchPin.P1, () => {
+    t1 = control.eventTimestamp();
+    basic.showLeds(`
+        # . . . #
+        # . . . #
+        # . . . #
+        # . . . #
+        # . . . #
+        `)
+    let d = t1 - t0
+    basic.showNumber(d)
+})
+```
+
+https://youtu.be/piyym_ux1EM
+
+## Computing velocity
+
+Measure the distance between the gates and apply Newton's laws to compute the velocity of the car.
+
+    v = d / t
+
+We'll let you try to code this one on your own!

docs/raspberry-pi.md

@@ -1,20 +1,11 @@
 # Raspberry Pi and Raspbian
 
-It is possible to run the web editor or [command line interface](/cli) from Raspbian on Raspberry Pi 2 or 3.
+It is possible to run the web editor or [command line interface](/cli) from Raspbian on Raspberry Pi 2 or 3 
+with [Raspbian Jessie with Pixel](https://www.raspberrypi.org/downloads/raspbian/).
 
 ## Web editor
 
-The web editor requires to install IceWeasel (Firefox) as the built-in browser cannot handle it.
-
-```
-sudo apt-get install iceweasel
-```
-
-Once installed simply navigate to https://codethemicrobit.com or type
-
-```
-firefox https://codethemicrobit.com
-``` 
+Starting with **Raspbian Pixel**, Raspbian comes with Chromium. Simply open [](https://codethemicrobit.com).
 
 ## Command line
 

docs/reference.md

@@ -10,6 +10,10 @@ input.onButtonPressed(Button.A, () => {
 music.playTone(0, 0);
 led.plot(0, 0);
 radio.sendNumber(0);
+```
+## Advanced
+
+```namespaces
 game.addScore(1);
 images.createImage(`
 . . . . .
@@ -24,7 +28,8 @@ control.inBackground(() => {
     
 });
 ```
-## Advanced
+
+## Bluetooth
   
 ```namespaces
 devices.tellCameraTo(MesCameraEvent.TakePhoto);

docs/share.md

@@ -23,13 +23,16 @@ Rather than just sharing the link, you can also embed the project so that your v
 
 ### General instructions
 
-* Copy the HTML for embedding the page from the publish dialog. It will look like the following:
+Select the kind of embedding you would like.
 
-```html
-<div class="ui card sim"><div class="ui content"><div style="position:relative;height:0;padding-bottom:70%;overflow:hidden;"><iframe style="position:absolute;top:0;left:0;width:100%;height:100%;" src="https://codethemicrobit.com/?sandbox=1#pub:httuftrbtg" allowfullscreen="allowfullscreen" frameborder="0"></iframe></div></div></div>
-```
+* **Screenshot** - a lightweight screenshot of the blocks that links to the snippet
+* **Editor** - embedded editor with minimal UI
+* **Simulator** - embedded simulator only
+* **Command line** - specific instructions to unpack the project using the [command line](/cli) tools
 
-* Open the HTML editor for your blog or website and paste it with your content
+Copy the HTML for embedding the page from the publish dialog. It will look like the following:
+
+Open the HTML editor for your blog or website and paste it with your content
 
 ### Wordpress
 

docs/static/calliope_mini_front_V03_1110_1120_pins.svg

@@ -0,0 +1,821 @@
+<?xml version="1.0" encoding="utf-8"?>
+<!-- Generator: Adobe Illustrator 18.0.0, SVG Export Plug-In . SVG Version: 6.00 Build 0)  -->
+<!DOCTYPE svg PUBLIC "-//W3C//DTD SVG 1.1//EN" "http://www.w3.org/Graphics/SVG/1.1/DTD/svg11.dtd">
+<svg version="1.1" xmlns="http://www.w3.org/2000/svg" xmlns:xlink="http://www.w3.org/1999/xlink" x="0px" y="0px"
+	 viewBox="0 0 251.8 222.2" enable-background="new 0 0 251.8 222.2" xml:space="preserve">
+<symbol  id="Mini_front" viewBox="-121.4 -112.4 242.4 214.1">
+	<g>
+		
+			<use xlink:href="#calliope_mini_backside"  width="296.7" height="262.1" id="XMLID_2_" x="-149.4" y="-131" transform="matrix(0.8169 0 0 0.8169 0.6672 -5.3582)" overflow="visible"/>
+	</g>
+	<g>
+		<g>
+			<polygon id="LED_0_0" fill="#FFFFFF" points="-20.9,36.6 -23,36.6 -23,42 -20.9,42 			"/>
+			<polygon id="LED_1_0" fill="#FFFFFF" points="-9.9,36.6 -12.1,36.6 -12.1,42 -9.9,42 			"/>
+			<polygon id="LED_2_0" fill="#FFFFFF" points="1,36.6 -1.1,36.6 -1.1,42 1,42 			"/>
+			<polygon id="LED_3_0" fill="#FFFFFF" points="12,36.6 9.8,36.6 9.8,42 12,42 			"/>
+			<polygon id="LED_4_0" fill="#FFFFFF" points="22.9,36.6 20.8,36.6 20.8,42 22.9,42 			"/>
+		</g>
+		<g>
+			<polygon id="LED_0_1" fill="#FFFFFF" points="-20.9,25.9 -23,25.9 -23,31.3 -20.9,31.3 			"/>
+			<polygon id="LED_1_1" fill="#FFFFFF" points="-9.9,25.9 -12.1,25.9 -12.1,31.3 -9.9,31.3 			"/>
+			<polygon id="LED_2_1" fill="#FFFFFF" points="1,25.9 -1.1,25.9 -1.1,31.3 1,31.3 			"/>
+			<polygon id="LED_3_1" fill="#FFFFFF" points="12,25.9 9.8,25.9 9.8,31.3 12,31.3 			"/>
+			<polygon id="LED_4_1" fill="#FFFFFF" points="22.9,25.9 20.8,25.9 20.8,31.3 22.9,31.3 			"/>
+		</g>
+		<g>
+			<polygon id="LED_0_2" fill="#FFFFFF" points="-20.9,15.2 -23,15.2 -23,20.6 -20.9,20.6 			"/>
+			<polygon id="LED_1_2" fill="#FFFFFF" points="-9.9,15.2 -12.1,15.2 -12.1,20.6 -9.9,20.6 			"/>
+			<polygon id="LED_2_2" fill="#FFFFFF" points="1,15.2 -1.1,15.2 -1.1,20.6 1,20.6 			"/>
+			<polygon id="LED_3_2" fill="#FFFFFF" points="12,15.2 9.8,15.2 9.8,20.6 12,20.6 			"/>
+			<polygon id="LED_4_2" fill="#FFFFFF" points="22.9,15.2 20.8,15.2 20.8,20.6 22.9,20.6 			"/>
+		</g>
+		<g>
+			<polygon id="LED_0_3" fill="#FFFFFF" points="-20.9,4.4 -23,4.4 -23,9.9 -20.9,9.9 			"/>
+			<polygon id="LED_1_3" fill="#FFFFFF" points="-9.9,4.4 -12.1,4.4 -12.1,9.9 -9.9,9.9 			"/>
+			<polygon id="LED_2_3" fill="#FFFFFF" points="1,4.4 -1.1,4.4 -1.1,9.9 1,9.9 			"/>
+			<polygon id="LED_3_3" fill="#FFFFFF" points="12,4.4 9.8,4.4 9.8,9.9 12,9.9 			"/>
+			<polygon id="LED_4_3" fill="#FFFFFF" points="22.9,4.4 20.8,4.4 20.8,9.9 22.9,9.9 			"/>
+		</g>
+		<g>
+			<polygon id="LED_0_4" fill="#FFFFFF" points="-20.9,-6.3 -23,-6.3 -23,-0.8 -20.9,-0.8 			"/>
+			<polygon id="LED_1_4" fill="#FFFFFF" points="-9.9,-6.3 -12.1,-6.3 -12.1,-0.8 -9.9,-0.8 			"/>
+			<polygon id="LED_2_4" fill="#FFFFFF" points="1,-6.3 -1.1,-6.3 -1.1,-0.8 1,-0.8 			"/>
+			<polygon id="LED_3_4" fill="#FFFFFF" points="12,-6.3 9.8,-6.3 9.8,-0.8 12,-0.8 			"/>
+			<polygon id="LED_4_4" fill="#FFFFFF" points="22.9,-6.3 20.8,-6.3 20.8,-0.8 22.9,-0.8 			"/>
+		</g>
+	</g>
+	<path fill="#BDD1CF" d="M8.8,66.6H-8.8c-0.7,0-1.2,0.5-1.2,1.2v13.5c0,0.7,0.5,1.2,1.2,1.2H8.8c0.7,0,1.2-0.5,1.2-1.2V67.9
+		C10,67.2,9.4,66.6,8.8,66.6z"/>
+	<g id="EXT_PWR">
+		<path fill="#FFFFFF" d="M65.5-65.6L49.9-59c-0.8,0.3-1.1,1.2-0.8,2l8.1,19.3c0.3,0.8,1.2,1.1,2,0.8l15.6-6.6
+			c0.8-0.3,1.1-1.2,0.8-2l-8.1-19.3C67.2-65.6,66.3-65.9,65.5-65.6z"/>
+		<polygon fill="#FFFFFF" points="60.3,-41.1 50.8,-37.1 52.1,-34 61.6,-38 		"/>
+		<polygon fill="#FFFFFF" points="52.3,-60 42.8,-56 44.1,-52.9 53.6,-56.9 		"/>
+	</g>
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+		C128.9,163.8,128,162.8,126.8,162.8z M126.8,166c-0.6,0-1-0.5-1-1c0-0.6,0.5-1,1-1c0.6,0,1,0.5,1,1
+		C127.8,165.5,127.4,166,126.8,166z"/>
+	<circle fill="#1D1D1B" cx="126.8" cy="165" r="1"/>
+	<path id="M_GND2" fill="#EFDA48" d="M134,162.8c-1.2,0-2.1,1-2.1,2.1c0,1.2,1,2.1,2.1,2.1s2.1-1,2.1-2.1C136.1,163.8,135.2,162.8,134,162.8z
+		 M134,166c-0.6,0-1-0.5-1-1c0-0.6,0.5-1,1-1c0.6,0,1,0.5,1,1C135,165.5,134.5,166,134,166z"/>
+	<circle fill="#1D1D1B" cx="134" cy="165" r="1"/>
+	<path id="M_VM" fill="#EFDA48" d="M141.2,162.8c-1.2,0-2.1,1-2.1,2.1c0,1.2,1,2.1,2.1,2.1s2.1-1,2.1-2.1C143.3,163.8,142.4,162.8,141.2,162.8
+		z M141.2,166c-0.6,0-1-0.5-1-1c0-0.6,0.5-1,1-1c0.6,0,1,0.5,1,1C142.2,165.5,141.7,166,141.2,166z"/>
+	<circle fill="#1D1D1B" cx="141.2" cy="165" r="1"/>
+</g>
+<g id="rgbled">
+	<g>
+		<rect x="120.6" y="130.6" fill="#FFFFFF" width="10.8" height="10.5"/>
+		<circle fill="#BDD1CF" cx="126" cy="135.9" r="4.1"/>
+	</g>
+</g>
+<g id="a0">
+	
+		<rect x="36.6" y="78" transform="matrix(-0.7113 -0.7029 0.7029 -0.7113 5.9446 184.6141)" fill="#FFFFFF" width="8.6" height="26.1"/>
+	<circle id="G_A0_GND" fill="#BDD1CF" cx="47.9" cy="84.2" r="1.2"/>
+	<circle id="G_A0_VCC" fill="#BDD1CF" cx="43.1" cy="88.8" r="1.2"/>
+	<circle id="G_A0_SDA" fill="#BDD1CF" cx="38.8" cy="93.1" r="1.2"/>
+	<circle id="G_A0_SCL" fill="#BDD1CF" cx="33.9" cy="98" r="1.2"/>
+</g>
+<g id="a1">
+	
+		<rect x="206.6" y="77.1" transform="matrix(0.7113 -0.7029 0.7029 0.7113 -2.4835 174.2752)" fill="#FFFFFF" width="8.6" height="26.1"/>
+	<circle id="G_A1_RX" fill="#BDD1CF" cx="203.9" cy="83.2" r="1.2"/>
+	<circle id="G_A1_TX" fill="#BDD1CF" cx="208.7" cy="87.9" r="1.2"/>
+	<circle id="G_A1_VCC" fill="#BDD1CF" cx="213" cy="92.2" r="1.2"/>
+	<circle id="G_A1_GND" fill="#BDD1CF" cx="217.9" cy="97.1" r="1.2"/>
+</g>
+</svg>

libs/bluetooth/pxt.json

@@ -1,5 +1,5 @@
 {
-    "name": "microbit-bluetooth",
+    "name": "bluetooth",
     "description": "Bluetooth services",
     "files": [
         "README.md",
@@ -10,7 +10,7 @@
     ],
     "public": true,
     "dependencies": {
-        "microbit": "file:../microbit"
+        "core": "file:../core"
     },
     "yotta": {
         "config": {

libs/core/basic.cpp

@@ -6,6 +6,24 @@
  */
 //% color=#0078D7 weight=100
 namespace basic {
+    /**
+    * Sets the color on the build-in LED. Set to 0 to turn off.
+    */
+    //% blockId=device_set_led_color block="set led to %color=color_id" icon="\uf00a"
+    //% weight=50
+    void setLedColor(int color) {
+      if (!color) {
+        uBit.rgb.off();
+        return;
+      }
+
+      int w = (color >> 24) & 0xFF;
+      int r = (color >> 16) & 0xFF;
+      int g = (color >> 8) & 0xFF;
+      int b = (color) & 0xFF;
+      
+      uBit.rgb.setColour(r,g,b,w);
+    }
 
     /**
      * Scroll a number on the screen. If the number fits on the screen (i.e. is a single digit), do not scroll.

libs/core/basic.ts

@@ -0,0 +1,59 @@
+/**
+  Well known colors
+*/
+enum Colors {
+    //% blockIdentity=basic.color
+    //% block=red
+    Red = 0x00FF0000,
+    //% blockIdentity=basic.color
+    //% block=orange
+    Orange = 0x00FFA500,
+    //% blockIdentity=basic.color
+    //% block=yellow
+    Yellow = 0x00FFFF00,
+    //% blockIdentity=basic.color
+    //% block=green
+    Green = 0x0000FF00,
+    //% blockIdentity=basic.color
+    //% block=blue
+    Blue = 0x000000FF,
+    //% blockIdentity=basic.color
+    //% block=indigo
+    Indigo = 0x004b0082,
+    //% blockIdentity=basic.color
+    //% block=violet
+    Violet = 0x008a2be2,
+    //% blockIdentity=basic.color
+    //% block=purple
+    Purple = 0x00FF00FF,
+    //% blockIdentity=basic.color
+    //% block=white
+    White = 0xFF00000
+}
+
+/**
+ * Provides access to basic micro:bit functionality.
+ */
+//% color=#0078D7 weight=100
+namespace basic {
+    /**
+     * Converts the color name to a number
+     */
+    //% blockId=color_id block="%c" shim=TD_ID
+    export function color(c: Colors): number {
+        return c;
+    }
+
+    /**
+     * Converts red, green, blue channels into a RGB color
+     * @param red value of the red channel between 0 and 255. eg: 255
+     * @param green value of the green channel between 0 and 255. eg: 255
+     * @param blue value of the blue channel between 0 and 255. eg: 255
+     * @param white value of the white channel between 0 and 255. eg: 0
+     */
+    //% weight=1
+    //% blockId="core_rgb" block="red %red|green %green|blue %blue|white %white"
+    export function rgbw(red: number, green: number, blue: number, white:number): number {
+        return ((white & 0xFF) << 24) | ((red & 0xFF) << 16) | ((green & 0xFF) << 8) | (blue & 0xFF);
+    }
+}

libs/core/control.cpp

@@ -110,6 +110,7 @@ enum EventBusValue {
 };
 
 //% weight=1 color="#333333"
+//% advanced=true
 namespace control {
     void fiberDone(void *a)
     {
@@ -131,7 +132,7 @@ namespace control {
      */
     //% weight=30 async help=control/reset blockGap=8
     //% blockId="control_reset" block="reset"
-    void reset() { 
+    void reset() {
       microbit_reset();
     }
 
@@ -153,16 +154,16 @@ namespace control {
      */
     //% weight=21 blockGap=12 blockId="control_raise_event" block="raise event|from source %src=control_event_source_id|with value %value=control_event_value_id" blockExternalInputs=1
     //% mode.defl=CREATE_AND_FIRE
-    void raiseEvent(int src, int value, EventCreationMode mode) { 
-        MicroBitEvent evt(src, value, (MicroBitEventLaunchMode)mode); 
+    void raiseEvent(int src, int value, EventCreationMode mode) {
+        MicroBitEvent evt(src, value, (MicroBitEventLaunchMode)mode);
     }
 
     /**
      * Raises an event in the event bus.
      */
-    //% weight=20 blockGap=8 blockId="control_on_event" block="on event|from %src=control_event_source_id|with value %value=control_event_value_id" 
+    //% weight=20 blockGap=8 blockId="control_on_event" block="on event|from %src=control_event_source_id|with value %value=control_event_value_id"
     //% blockExternalInputs=1
-    void onEvent(int src, int value, Action handler) { 
+    void onEvent(int src, int value, Action handler) {
         registerWithDal(src, value, handler);
     }
 
@@ -174,7 +175,7 @@ namespace control {
     int eventValue() {
         return pxt::lastEvent.value;
     }
-    
+
     /**
     * Gets the timestamp of the last event executed on the bus
     */
@@ -183,15 +184,15 @@ namespace control {
     int eventTimestamp() {
         return pxt::lastEvent.timestamp;
     }
-    
+
     /**
      * Gets a friendly name for the device derived from the its serial number
      */
     //% blockId="control_device_name" block="device name" weight=10 blockGap=8
     StringData* deviceName() {
-        return ManagedString(microbit_friendly_name()).leakData();        
+        return ManagedString(microbit_friendly_name()).leakData();
     }
-    
+
     /**
     * Derive a unique, consistent serial number of this device from internal data.
     */

libs/core/control.ts

@@ -2,6 +2,7 @@
 * Runtime and event utilities.
 */
 //% weight=1 color="#333333"
+//% advanced=true
 namespace control {
 
     /**

libs/core/dal.d.ts

@@ -190,12 +190,6 @@ declare const enum DAL {
     MICROBIT_SERIAL_EVT_TX_EMPTY = 2,
     MICROBIT_UART_S_EVT_TX_EMPTY = 3,
     // built/yt/yotta_modules/microbit-dal/inc//drivers/CalliopeRGB.h
-    RGB_LED_DEFAULT_GREEN = 0,
-    RGB_LED_DEFAULT_RED = 0,
-    RGB_LED_DEFAULT_BLUE = 0,
-    RGB_LED_DEFAULT_WHITE = 0,
-    RGB_KEEP_VALUE = -1,
-    RGB_LED_MAX_INTENSITY = 50,
     // built/yt/yotta_modules/microbit-dal/inc//drivers/CalliopeSoundMotor.h
     CALLIOPE_SM_DEFAULT_DUTY_M = 50,
     CALLIOPE_SM_DEFAULT_DUTY_S = 100,

libs/core/enums.d.ts

@@ -238,6 +238,8 @@ declare namespace control {
     // TODO DISPLAY_MODE_BLACK_AND_WHITE_LIGHT_SENSE
     }
 declare namespace led {
+}
+declare namespace motors {
 }
 
 

libs/core/game.ts

@@ -1,5 +1,5 @@
 enum Direction {
-    //% block=right    
+    //% block=right
     Right,
     //% block=left
     Left
@@ -22,6 +22,7 @@ enum LedSpriteProperty {
  * A single-LED sprite game engine
  */
 //% color=#008272 weight=32
+//% advanced=true
 namespace game {
     let _score: number = 0;
     let _life: number = 3;

libs/core/images.cpp

@@ -4,6 +4,7 @@
 * Creation, manipulation and display of LED images.
 */
 //% color=#5C2D91 weight=31
+//% advanced=true
 namespace images {
     /**
      * Creates an image that fits on the LED screen.
@@ -29,7 +30,7 @@ namespace images {
 namespace ImageMethods {
     /**
      * Plots the image at a given column to the screen
-     */            
+     */
     //% help=images/plot-image
     //% parts="ledmatrix"
     void plotImage(Image i, int xOffset = 0) {
@@ -46,7 +47,7 @@ namespace ImageMethods {
     void showImage(Image sprite, int xOffset) {
       uBit.display.print(MicroBitImage(sprite), -xOffset, 0, 0);
     }
-    
+
     /**
      * Draws the ``index``-th frame of the image on the screen.
      * @param xOffset column index to start displaying the image
@@ -57,7 +58,7 @@ namespace ImageMethods {
       // TODO showImage() used in original implementation
       plotImage(i, xOffset * 5);
     }
-    
+
     /**
      * Scrolls an image .
      * @param frameOffset x offset moved on each animation step, eg: 5, 1, -1

libs/core/input.cpp

@@ -89,7 +89,7 @@ enum class Gesture {
      * Raised when the screen is pointing right
      */
     //% block="tilt right"
-    TiltRight = MICROBIT_ACCELEROMETER_EVT_TILT_RIGHT,    
+    TiltRight = MICROBIT_ACCELEROMETER_EVT_TILT_RIGHT,
     /**
      * Raised when the board is falling!
      */
@@ -132,7 +132,7 @@ namespace input {
         if ((int)gesture == MICROBIT_ACCELEROMETER_EVT_3G && uBit.accelerometer.getRange() < 3)
             uBit.accelerometer.setRange(4);
         else if ((int)gesture == MICROBIT_ACCELEROMETER_EVT_6G && uBit.accelerometer.getRange() < 6)
-            uBit.accelerometer.setRange(8);            
+            uBit.accelerometer.setRange(8);
         registerWithDal(MICROBIT_ID_GESTURE, (int)gesture, body);
     }
 
@@ -159,6 +159,7 @@ namespace input {
      */
     //% help=input/on-pin-released weight=6 blockGap=8
     //% blockId=device_pin_released block="on pin %NAME|released" icon="\uf094"
+    //% advanced=true
     void onPinReleased(TouchPin name, Action body) {
         auto pin = getPin((int)name);
         if (!pin) return;
@@ -171,7 +172,7 @@ namespace input {
     /**
      * Get the button state (pressed or not) for ``A`` and ``B``.
      */
-    //% help=input/button-is-pressed weight=57
+    //% help=input/button-is-pressed weight=60
     //% block="button|%NAME|is pressed"
     //% blockId=device_get_button2
     //% icon="\uf192" blockGap=8
@@ -190,7 +191,7 @@ namespace input {
      * Get the pin state (pressed or not). Requires to hold the ground to close the circuit.
      * @param name pin used to detect the touch
      */
-    //% help=input/pin-is-pressed weight=56
+    //% help=input/pin-is-pressed weight=58
     //% blockId="device_pin_is_pressed" block="pin %NAME|is pressed" icon="\uf094"
     //% blockGap=8
     bool pinIsPressed(TouchPin name) {
@@ -198,10 +199,44 @@ namespace input {
         return pin && pin->isTouched();
     }
 
+    int getAccelerationStrength() {
+        double x = uBit.accelerometer.getX();
+        double y = uBit.accelerometer.getY();
+        double z = uBit.accelerometer.getZ();
+        return (int)sqrt(x*x+y*y+z*z);
+    }    
+
+    /**
+     * Get the acceleration value in milli-gravitys (when the board is laying flat with the screen up, x=0, y=0 and z=-1024)
+     * @param dimension TODO
+     */
+    //% help=input/acceleration weight=58 icon="\uf135"
+    //% blockId=device_acceleration block="acceleration (mg)|%NAME" blockGap=8
+    //% parts="accelerometer"
+    int acceleration(Dimension dimension) {
+      switch (dimension) {
+      case Dimension::X: return uBit.accelerometer.getX();
+      case Dimension::Y: return uBit.accelerometer.getY();
+      case Dimension::Z: return uBit.accelerometer.getZ();
+      case Dimension::Strength: return getAccelerationStrength();
+      }
+      return 0;
+    }
+
+    /**
+     * Reads the light level applied to the LED screen in a range from ``0`` (dark) to ``255`` bright.
+     */
+    //% help=input/light-level weight=57
+    //% blockId=device_get_light_level block="light level" blockGap=8 icon="\uf185"
+    //% parts="ledmatrix"
+    int lightLevel() {
+        return uBit.display.readLightLevel();
+    }
+
     /**
      * Get the current compass heading in degrees.
      */
-    //% help=input/compass-heading 
+    //% help=input/compass-heading
     //% weight=56 icon="\uf14e"
     //% blockId=device_heading block="compass heading (°)" blockGap=8
     //% parts="compass"
@@ -221,54 +256,19 @@ namespace input {
         return uBit.thermometer.getTemperature();
     }
 
-    int getAccelerationStrength() {
-        double x = uBit.accelerometer.getX();
-        double y = uBit.accelerometer.getY();
-        double z = uBit.accelerometer.getZ();
-        return (int)sqrt(x*x+y*y+z*z);
-    }
-
-    /**
-     * Get the acceleration value in milli-gravitys (when the board is laying flat with the screen up, x=0, y=0 and z=-1024)
-     * @param dimension TODO
-     */
-    //% help=input/acceleration weight=54 icon="\uf135"
-    //% blockId=device_acceleration block="acceleration (mg)|%NAME" blockGap=8
-    //% parts="accelerometer"
-    int acceleration(Dimension dimension) {
-      switch (dimension) {
-      case Dimension::X: return uBit.accelerometer.getX();
-      case Dimension::Y: return uBit.accelerometer.getY();
-      case Dimension::Z: return uBit.accelerometer.getZ();
-      case Dimension::Strength: return getAccelerationStrength();
-      }
-      return 0;
-    }
-
-
-    /**
-     * Reads the light level applied to the LED screen in a range from ``0`` (dark) to ``255`` bright.
-     */
-    //% help=input/light-level weight=53
-    //% blockId=device_get_light_level block="light level" blockGap=8 icon="\uf185"
-    //% parts="ledmatrix"
-    int lightLevel() {
-        return uBit.display.readLightLevel();
-    }
-
     /**
      * The pitch or roll of the device, rotation along the ``x-axis`` or ``y-axis``, in degrees.
      * @param kind TODO
      */
     //% help=input/rotation weight=52
     //% blockId=device_get_rotation block="rotation (°)|%NAME" blockGap=8 icon="\uf197"
-    //% parts="accelerometer"
+    //% parts="accelerometer" advanced=true
     int rotation(Rotation kind) {
       switch (kind) {
       case Rotation::Pitch: return uBit.accelerometer.getPitch();
       case Rotation::Roll: return uBit.accelerometer.getRoll();
       }
-      return 0;        
+      return 0;
     }
 
     /**
@@ -278,6 +278,7 @@ namespace input {
     //% help=input/magnetic-force weight=51
     //% blockId=device_get_magnetic_force block="magnetic force (µT)|%NAME" blockGap=8 icon="\uf076"
     //% parts="compass"
+    //% advanced=true
     int magneticForce(Dimension dimension) {
       if (!uBit.compass.isCalibrated())
         uBit.compass.calibrate();
@@ -296,6 +297,7 @@ namespace input {
      */
     //% help=input/running-time weight=50
     //% blockId=device_get_running_time block="running time (ms)" icon="\uf017"
+    //% advanced=true
     int runningTime() {
         return system_timer_current_time();
     }
@@ -314,6 +316,7 @@ namespace input {
     //% blockId=device_set_accelerometer_range block="set accelerometer|range %range" icon="\uf135"
     //% weight=5
     //% parts="accelerometer"
+    //% advanced=true
     void setAccelerometerRange(AcceleratorRange range) {
         uBit.accelerometer.setRange((int)range);
     }

libs/core/led.cpp

@@ -19,7 +19,7 @@ namespace led {
     //% help=led/plot weight=78
     //% blockId=device_plot block="plot|x %x|y %y" icon="\uf205" blockGap=8
     //% parts="ledmatrix"
-    void plot(int x, int y) { 
+    void plot(int x, int y) {
       uBit.display.image.setPixelValue(x, y, 1);
     }
 
@@ -31,7 +31,7 @@ namespace led {
     //% help=led/unplot weight=77
     //% blockId=device_unplot block="unplot|x %x|y %y" icon="\uf204" blockGap=8
     //% parts="ledmatrix"
-    void unplot(int x, int y) { 
+    void unplot(int x, int y) {
       uBit.display.image.setPixelValue(x, y, 0);
     }
 
@@ -54,6 +54,7 @@ namespace led {
     //% help=led/brightness weight=60
     //% blockId=device_get_brightness block="brightness" icon="\uf042" blockGap=8
     //% parts="ledmatrix"
+    //% advanced=true
     int brightness() {
       return uBit.display.getBrightness();
     }
@@ -65,7 +66,8 @@ namespace led {
     //% help=led/set-brightness weight=59
     //% blockId=device_set_brightness block="set brightness %value" icon="\uf042"
     //% parts="ledmatrix"
-    void setBrightness(int value) { 
+    //% advanced=true
+    void setBrightness(int value) {
        uBit.display.setBrightness(value);
     }
 
@@ -75,7 +77,8 @@ namespace led {
     //% weight=50 help=led/stop-animation
     //% blockId=device_stop_animation block="stop animation" icon="\uf04d"
     //% parts="ledmatrix"
-    void stopAnimation() { 
+    //% advanced=true
+    void stopAnimation() {
        uBit.display.stopAnimation();
     }
 
@@ -85,7 +88,7 @@ namespace led {
      */
     //% weight=1 help=led/set-display-mode
     //% parts="ledmatrix"
-    void setDisplayMode(DisplayMode_ mode) { 
+    void setDisplayMode(DisplayMode_ mode) {
         uBit.display.setDisplayMode((DisplayMode)mode);
     }
 

libs/core/motors.cpp

@@ -0,0 +1,17 @@
+#include "ksbit.h"
+
+/**
+* Blocks to control the onboard motors
+*/
+//% weight=30
+namespace motors {
+    /**
+    * Controls the power sent to a single motor
+    * @param power %percent of power sent to the motor. Negative power goes backward. eg: 50
+    */
+    //% blockId=motor_on block="motor on at %percent|%"
+    //% parts=dcmotor
+    void motorOn(int power) {
+        uBit.soundmotor.Motor_On(power);
+    }
+}

libs/core/parts/dcmotor.svg

@@ -0,0 +1,12 @@
+<svg xmlns="http://www.w3.org/2000/svg" width="488" height="836" viewBox="0 0 488 836">
+  <g transform="translate(0 -216.362)">
+    <rect width="34.286" height="122.532" x="226.365" y="929.711" fill="#ccc" ry="16.162"/>
+    <path fill="gray" d="M23.23 359.456A23.233 23.233 0 0 0 0 382.686v511.428a23.233 23.233 0 0 0 23.23 23.23h38.2v24.117a23.233 23.233 0 0 0 23.23 23.234h317.143a23.233 23.233 0 0 0 23.23-23.23v-24.118h38.197a23.233 23.233 0 0 0 23.23-23.23v-511.43a23.233 23.233 0 0 0-23.23-23.23h-440z"/>
+    <path fill="#333" d="M23.23 357.82C10.4 357.82.002 368.22 0 381.05v511.427c.002 12.83 10.4 23.23 23.23 23.23h38.2v24.118c2.08 25.815 20.27 23.748 33.1 23.75 0 0-11.976-16.96-12.05-40.988-.057-17.923-9.03-12.008-8.176-39.76 2.743-237.84-2.423-390.158.37-522.93z"/>
+    <path fill="#fd5" d="M23.508 286.934A23.51 18.415 0 0 0 0 305.347v69.375a23.51 18.415 0 0 0 23.508 18.413h440a23.51 18.415 0 0 0 23.508-18.413v-69.375a23.51 18.415 0 0 0-23.508-18.413h-440z"/>
+    <path fill="#c87137" d="M77.156 216.362c-5.698 0-10.283 4.588-10.283 10.286v94.03c0 5.7 4.585 10.286 10.283 10.286h24.98c5.697 0 10.284-4.587 10.284-10.285v-94.034c0-5.698-4.587-10.286-10.285-10.286h-24.98zm10.18 10.37h4.018c5.095 0 9.197 4.103 9.197 9.2v28.032c0 5.096-4.1 9.197-9.194 9.197h-4.018c-5.096 0-9.2-4.1-9.2-9.194V235.93c0-5.095 4.104-9.197 9.2-9.197zm288.814-10.37c-5.697 0-10.283 4.588-10.283 10.286v94.03c0 5.7 4.586 10.286 10.283 10.286h24.98c5.697 0 10.284-4.587 10.284-10.285v-94.034c0-5.698-4.587-10.286-10.285-10.286h-24.98zm11.045 11.885h4.02c5.095 0 9.197 4.102 9.197 9.197v28.032c0 5.095-4.102 9.2-9.197 9.2h-4.02c-5.095 0-9.197-4.105-9.197-9.2v-28.032c0-5.095 4.102-9.197 9.197-9.197z"/>
+    <path fill="#fc0" d="M170.587 306.637a17.633 17.633 0 0 0-17.63 17.63v67.587a17.633 17.633 0 0 0 17.63 17.63h34.852v20.57c0 15.162 12.756 27.915 27.913 27.915h24.976c15.157 0 27.916-12.756 27.916-27.917v-20.57h38.612a17.633 17.633 0 0 0 17.63-17.63v-67.587a17.633 17.633 0 0 0-17.63-17.63H170.585z"/>
+    <rect width="126.356" height="29.385" x="272.569" y="914.707" fill="#b3b3b3" ry="14.693"/>
+    <rect width="169.991" height="457.913" x="300.928" y="430.348" fill="#b3b3b3" ry="27.415"/>
+  </g>
+</svg>

libs/core/pins.ts

@@ -2,6 +2,7 @@
  * Control currents in Pins for analog/digital signals, servos, i2c, ...
  */
 //% color=#A80000 weight=30
+//% advanced=true
 namespace pins {
     /**
      * Re-maps a number from one range to another. That is, a value of ``from low`` would get mapped to ``to low``, a value of ``from high`` to ``to high``, values in-between to values in-between, etc.

libs/core/pxt.json

@@ -1,5 +1,5 @@
 {
-    "name": "microbit",
+    "name": "core",
     "description": "The microbit core library",
     "installedVersion": "tsmdvf",
     "files": [
@@ -22,6 +22,7 @@
         "game.ts",
         "led.cpp",
         "led.ts",
+        "motors.cpp",
         "music.ts",
         "pins.cpp",
         "pins.ts",
@@ -31,6 +32,7 @@
         "pxtparts.json",
         "parts/speaker.svg",
         "parts/headphone.svg",
+        "parts/dcmotor.svg",
         "_locales/fr/microbit-jsdoc-strings.json"
     ],
     "public": true,

libs/core/pxtparts.json

@@ -144,5 +144,26 @@
             {"part": true, "pinIndices": [0]},
             {"pinIndices": [1]}
         ]
-    }
+    },
+    "dcmotor": {
+        "numberOfPins": 2,
+        "visual": {
+            "image": "parts/dcmotor.svg",
+            "width": 488,
+            "height": 836,
+            "pinDistance": 65,
+            "pinLocations": [
+                {"x": 89, "y": 48},
+                {"x": 395, "y": 48}            ]
+        },
+        "pinDefinitions": [
+            { "target": "P1", "style": "croc", "orientation": "-Z"},
+            { "target": "ground", "style": "croc", "orientation": "-Z"}
+        ],
+        "instantiation": {"kind": "singleton"},
+        "assembly": [
+            {"part": true, "pinIndices": [0]},
+            {"pinIndices": [1]}
+        ]
+    }    
 }

libs/core/serial.cpp

@@ -20,9 +20,10 @@ enum class BaudRate {
 };
 
 //% weight=2 color=30
+//% advanced=true
 namespace serial {
     // note that at least one // followed by % is needed per declaration!
-    
+
     /**
      * Reads a line of text from the serial port.
      */
@@ -39,10 +40,10 @@ namespace serial {
     //% help=serial/write-string
     //% weight=87
     //% blockId=serial_writestring block="serial write string %text"
-    void writeString(StringData *text) { 
+    void writeString(StringData *text) {
       uBit.serial.send(ManagedString(text));
     }
-    
+
     /**
     * Registers an event to be fired when one of the delimiter is matched
     * @param delimiters the characters to match received characters against. eg:"\n"
@@ -53,7 +54,7 @@ namespace serial {
       uBit.serial.eventOn(ManagedString(delimiters));
       registerWithDal(MICROBIT_ID_SERIAL, MICROBIT_SERIAL_EVT_DELIM_MATCH, body);
     }
-    
+
     /**
     * Dynamically configuring the serial instance to use pins other than USBTX and USBRX.
     * @param tx the new transmission pins

libs/core/serial.ts

@@ -2,6 +2,7 @@
  * Reading and writing data over a serial connection.
  */
 //% weight=2 color=#002050
+//% advanced=true
 namespace serial {
     /**
      * Prints a line of text to the serial

libs/core/shims.d.ts

@@ -5,6 +5,7 @@
      * Creation, manipulation and display of LED images.
      */
     //% color=#5C2D91 weight=31
+    //% advanced=true
 declare namespace images {
 
     /**
@@ -128,6 +129,13 @@ declare interface Image {
     //% color=#0078D7 weight=100
 declare namespace basic {
 
+    /**
+     * Sets the color on the build-in LED. Set to 0 to turn off.
+     */
+    //% blockId=device_set_led_color block="set led to %color=color_id" icon="\uf00a"
+    //% weight=50 shim=basic::setLedColor
+    function setLedColor(color: number): void;
+
     /**
      * Scroll a number on the screen. If the number fits on the screen (i.e. is a single digit), do not scroll.
      * @param interval speed of scroll; eg: 150, 100, 200, -100
@@ -247,13 +255,14 @@ declare namespace input {
      * @param body the code to run when the pin is released
      */
     //% help=input/on-pin-released weight=6 blockGap=8
-    //% blockId=device_pin_released block="on pin %NAME|released" icon="\uf094" shim=input::onPinReleased
+    //% blockId=device_pin_released block="on pin %NAME|released" icon="\uf094"
+    //% advanced=true shim=input::onPinReleased
     function onPinReleased(name: TouchPin, body: () => void): void;
 
     /**
      * Get the button state (pressed or not) for ``A`` and ``B``.
      */
-    //% help=input/button-is-pressed weight=57
+    //% help=input/button-is-pressed weight=60
     //% block="button|%NAME|is pressed"
     //% blockId=device_get_button2
     //% icon="\uf192" blockGap=8
@@ -264,15 +273,32 @@ declare namespace input {
      * Get the pin state (pressed or not). Requires to hold the ground to close the circuit.
      * @param name pin used to detect the touch
      */
-    //% help=input/pin-is-pressed weight=56
+    //% help=input/pin-is-pressed weight=58
     //% blockId="device_pin_is_pressed" block="pin %NAME|is pressed" icon="\uf094"
     //% blockGap=8 shim=input::pinIsPressed
     function pinIsPressed(name: TouchPin): boolean;
 
+    /**
+     * Get the acceleration value in milli-gravitys (when the board is laying flat with the screen up, x=0, y=0 and z=-1024)
+     * @param dimension TODO
+     */
+    //% help=input/acceleration weight=58 icon="\uf135"
+    //% blockId=device_acceleration block="acceleration (mg)|%NAME" blockGap=8
+    //% parts="accelerometer" shim=input::acceleration
+    function acceleration(dimension: Dimension): number;
+
+    /**
+     * Reads the light level applied to the LED screen in a range from ``0`` (dark) to ``255`` bright.
+     */
+    //% help=input/light-level weight=57
+    //% blockId=device_get_light_level block="light level" blockGap=8 icon="\uf185"
+    //% parts="ledmatrix" shim=input::lightLevel
+    function lightLevel(): number;
+
     /**
      * Get the current compass heading in degrees.
      */
-    //% help=input/compass-heading 
+    //% help=input/compass-heading
     //% weight=56 icon="\uf14e"
     //% blockId=device_heading block="compass heading (°)" blockGap=8
     //% parts="compass" shim=input::compassHeading
@@ -287,30 +313,13 @@ declare namespace input {
     //% parts="thermometer" shim=input::temperature
     function temperature(): number;
 
-    /**
-     * Get the acceleration value in milli-gravitys (when the board is laying flat with the screen up, x=0, y=0 and z=-1024)
-     * @param dimension TODO
-     */
-    //% help=input/acceleration weight=54 icon="\uf135"
-    //% blockId=device_acceleration block="acceleration (mg)|%NAME" blockGap=8
-    //% parts="accelerometer" shim=input::acceleration
-    function acceleration(dimension: Dimension): number;
-
-    /**
-     * Reads the light level applied to the LED screen in a range from ``0`` (dark) to ``255`` bright.
-     */
-    //% help=input/light-level weight=53
-    //% blockId=device_get_light_level block="light level" blockGap=8 icon="\uf185"
-    //% parts="ledmatrix" shim=input::lightLevel
-    function lightLevel(): number;
-
     /**
      * The pitch or roll of the device, rotation along the ``x-axis`` or ``y-axis``, in degrees.
      * @param kind TODO
      */
     //% help=input/rotation weight=52
     //% blockId=device_get_rotation block="rotation (°)|%NAME" blockGap=8 icon="\uf197"
-    //% parts="accelerometer" shim=input::rotation
+    //% parts="accelerometer" advanced=true shim=input::rotation
     function rotation(kind: Rotation): number;
 
     /**
@@ -319,14 +328,16 @@ declare namespace input {
      */
     //% help=input/magnetic-force weight=51
     //% blockId=device_get_magnetic_force block="magnetic force (µT)|%NAME" blockGap=8 icon="\uf076"
-    //% parts="compass" shim=input::magneticForce
+    //% parts="compass"
+    //% advanced=true shim=input::magneticForce
     function magneticForce(dimension: Dimension): number;
 
     /**
      * Gets the number of milliseconds elapsed since power on.
      */
     //% help=input/running-time weight=50
-    //% blockId=device_get_running_time block="running time (ms)" icon="\uf017" shim=input::runningTime
+    //% blockId=device_get_running_time block="running time (ms)" icon="\uf017"
+    //% advanced=true shim=input::runningTime
     function runningTime(): number;
 
     /**
@@ -342,13 +353,15 @@ declare namespace input {
     //% help=input/set-accelerometer-range
     //% blockId=device_set_accelerometer_range block="set accelerometer|range %range" icon="\uf135"
     //% weight=5
-    //% parts="accelerometer" shim=input::setAccelerometerRange
+    //% parts="accelerometer"
+    //% advanced=true shim=input::setAccelerometerRange
     function setAccelerometerRange(range: AcceleratorRange): void;
 }
 
 
 
     //% weight=1 color="#333333"
+    //% advanced=true
 declare namespace control {
 
     /**
@@ -386,7 +399,7 @@ declare namespace control {
     /**
      * Raises an event in the event bus.
      */
-    //% weight=20 blockGap=8 blockId="control_on_event" block="on event|from %src=control_event_source_id|with value %value=control_event_value_id" 
+    //% weight=20 blockGap=8 blockId="control_on_event" block="on event|from %src=control_event_source_id|with value %value=control_event_value_id"
     //% blockExternalInputs=1 shim=control::onEvent
     function onEvent(src: number, value: number, handler: () => void): void;
 
@@ -457,7 +470,8 @@ declare namespace led {
      */
     //% help=led/brightness weight=60
     //% blockId=device_get_brightness block="brightness" icon="\uf042" blockGap=8
-    //% parts="ledmatrix" shim=led::brightness
+    //% parts="ledmatrix"
+    //% advanced=true shim=led::brightness
     function brightness(): number;
 
     /**
@@ -466,7 +480,8 @@ declare namespace led {
      */
     //% help=led/set-brightness weight=59
     //% blockId=device_set_brightness block="set brightness %value" icon="\uf042"
-    //% parts="ledmatrix" shim=led::setBrightness
+    //% parts="ledmatrix"
+    //% advanced=true shim=led::setBrightness
     function setBrightness(value: number): void;
 
     /**
@@ -474,7 +489,8 @@ declare namespace led {
      */
     //% weight=50 help=led/stop-animation
     //% blockId=device_stop_animation block="stop animation" icon="\uf04d"
-    //% parts="ledmatrix" shim=led::stopAnimation
+    //% parts="ledmatrix"
+    //% advanced=true shim=led::stopAnimation
     function stopAnimation(): void;
 
     /**
@@ -492,6 +508,22 @@ declare namespace led {
     //% parts="ledmatrix" shim=led::screenshot
     function screenshot(): Image;
 }
+
+
+    /**
+     * Blocks to control the onboard motors
+     */
+    //% weight=30
+declare namespace motors {
+
+    /**
+     * Controls the power sent to a single motor
+     * @param power %percent of power sent to the motor. Negative power goes backward. eg: 50
+     */
+    //% blockId=motor_on block="motor on at %percent|%"
+    //% parts=dcmotor shim=motors::motorOn
+    function motorOn(power: number): void;
+}
 declare namespace pins {
 
     /**
@@ -636,6 +668,7 @@ declare namespace pins {
 
 
     //% weight=2 color=30
+    //% advanced=true
 declare namespace serial {
 
     /**