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http://roboblockly.ucdavis.edu/hourofcode/h1.php

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ENLLAÇ

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LLista de reproducció.
FER LES ACTIVITATS EXPLICADES ALS VÍDEOS

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Fer les activitats i reptes que es demanen.
ENLLAÇ

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1. Crear un PADLETamb el nom "COGNOM, NOM -  ROBÒTICA"

2. Compartir el document amb shorrilloga@sinscardener.cat.
En aquest padlet has de de presentar totes les activitats que realitzis.
Des del document has d'enllaçar tots els suports que utilitzis per presentar les teves activitats (padlet, prezi, documents desats al Drive, ..).

3. Fes captures de pantalla dels programes que fas i penja'ls al teu padlet

Com fer captura de pantalla amb Chromebook?

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© 2007-2016 by Dave Parker. All rights reserved.
All project designs, images, and programs are protected by copyright. Please see the usage policy.

LEGO and MINDSTORMS are registered trademarks of The LEGO Group.
nxtprograms.com is neither affiliated with nor endorsed by the LEGO Group.

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lego mindstorms nxt projects free building instructions programs downloads

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© 2007-2016 by Dave Parker. All rights reserved. All project designs, images, and programs are protected by copyright. Please see the usage policy. LEGO and MINDSTORMS are registered trademarks of The LEGO Group. nxtprograms.com is neither affiliated with nor endorsed by the LEGO Group.

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Descarregar software

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Apps per fer fer un comandament remot a través de bluetooth, amb un mòbil o tablet Android.

https://play.google.com/store/apps/details?id=org.jfedor.nxtremotecontrol

https://play.google.com/store/apps/details?id=jp.ohwada.android.mindstormsgamepad

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Makey Makey: An Invention Kit for Everyone. Ever played Mario on Play-Doh or Piano on Bananas? Alligator clip to start inventing the future.

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El cuerpo humano con Makey Makey y Scratch (0/2)

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En este primer nivel del Programa Educativo ROBOTIS KidsLAB se nos explican los fundamentos tanto del sistema de montaje como de la robótica. De esta manera a través de los 12 capítulos didácticos se nos mostrará el ensamblaje y diferentes actividades con las que exploraremos los temas de potencia, electricidad, centro de gravedad, etc.

Para lograr este objetivo dispondremos de un conjunto de aproximadamente 170 piezas de plástico que se juntan entre sí mediante unos anclajes o remaches también de plástico. Además contamos con un motor de corriente continua, un interruptor y una batería de ion de litio recargable que dotarán a nuestras creaciones de movimiento.

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ROBOTIS DREAM Education Nivel 1 - ROBOTIS KIDSLAB en RO-BOTICA

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En este primer nivel del Programa Educativo ROBOTIS KidsLAB se nos explican los fundamentos tanto del sistema de montaje como de la robótica. De esta manera a través de los 12 capítulos didácticos se nos mostrará el ensamblaje y diferentes actividades con las que exploraremos los temas de potencia, electricidad, centro de gravedad, etc.

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For more information assembly and operation, please refer to the ROBOTIS DREAM Level 2 workbook.

The controller initially comes with the comprehensive program pre-installed in it.

To create your own program or download, click here to read more on how to "Download the task code."

You will need the USB cable to download the programs. This is included in ROBOTIS DREAM Level 1.

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For more information assembly and operation, please refer to the ROBOTIS DREAM Level 2 workbook. The controller initially comes with the comprehensive program pre-installed in it. To create your own program or download, click here to read more on how to "Download the task code."

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BotLogic.us is an educational puzzle game that challenges kids and adults to tackle complex logic problems while teaching valuable programming concepts. Using simple commands (and eventually code), players program their bots to navigate through progressively challenging mazes. As their skills improve, players earn rewards by using the fewest number of commands and go head-to-head with friends in programming tournaments.

It's smart. It's fun. BotLogic.us is all about helping children and adults to develop and maintain strong logic and spatial reasoning skills that will benefit them for a lifetime.

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BotLogic.us - A Fun, Challenging, and Educational Puzzle Game for Kids

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BotLogic.us is an educational puzzle game that challenges children to tackle complex logic problems while applying programming concepts. Using simple commands, kids program their bots to navigate through progressively challenging mazes. As their skills improve, players get higher scores for completing the game faster and using fewer commands and compete with other users for high scores on the leaderboards.

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El més recomanable és instal·lar l'aplicació per Android de Google Play

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Combine this app with the LEGO® BOOST Creative Toolbox (17101) set to bring your LEGO creations to life and learn to code in the process! It's never been easier.

Take Vernie the Robot and the team of awesome, codable models on an adventure: PLAY through the activities in the app, UNLOCK levels and advanced coding blocks to improve your skills and BOOST your own models and creations.

Watch videos to see cool pranks and challenges your robot friends have been up to - they might be brick-built, but they have big, funny personalities (just try pulling Vernie's finger)

LEGO® BOOST App Feature List
- Enjoy more than 60 fun ACTIVITIES: Step-by-step challenges suitable for starting levels that help you progress and increase your coding skills.
- Endless play possibilities with the Creative Canvas - once finished with the 5 dedicated models, you can build and personalize unlimited creations, and code them to do awesome things. Check out LEGO® Life for inspiration from our community.
- Access digital LEGO® Building Instructions for all 5 LEGO BOOST models included with the 17101 LEGO BOOST Creative Toolbox

Is your device compatible?
Please go to LEGO.com/devicecheck to check if your device is compatible. Ask your parents' permission before going online.

LEGO® BOOST set (17101) Feature List
- Includes a LEGO® Motorized Hub, additional Motor and a Color & Distance Sensor that can be built and rebuilt into 5 multifunctional models.
- Code Vernie to dance, shoot the target, beatbox, use his hockey stick or even play a game.
- Build the M.T.R.4 (Multi-Tooled Rover 4) and try out the different tool and customization attachments to train your rover for missions & battling other rovers.
- Learn how to play a song and rock out with the Guitar4000.
- Look after your own pet with Frankie the Cat. Be sure to feed it the right food-or it might get upset!
- Construct, code and operate the AutoBuilder to produce real miniature LEGO® models.
- Complete the 60+ activities in the app to gradually progress, gather more coding blocks and increase your basic coding skills. Rebuild your model to discover new games and coding blocks - each model comes with dedicated abilities and missions.
- Combine 17101 LEGO® BOOST with the LEGO City 60194 Arctic Scout Truck to control and drive the vehicle! Use the app to operate the forklift, examine samples with the color sensor, help the whale back into the water and much more.
- Combine 17101 LEGO® BOOST with LEGO NINJAGO® 70652 Stormbringer and set the Lightning Dragon free! Use the app to control the fearsome beast, fire the shooters, create a color-sensing ejector seat and much more!

The LEGO® BOOST Creative Toolbox set (17101) is sold separately.

For app support contact LEGO Consumer Service: http://service.LEGO.com/contactus

Our privacy policy and terms of use for apps are accepted if you download this app.
Read more on http://aboutus.LEGO.com/legal-notice/Privacy-Policy and http://aboutus.LEGO.com/legal-notice/terms-of-use-for-apps

There's no third-party advertising. LEGO marketing content and information is served, for instance LEGO news about LEGO sets and other LEGO games, in hope of inspiring children's creative play.

LEGO and the LEGO logo are trademarks of the LEGO Group. ©2018 The LEGO Group.

This product is Bluetooth Low Energy (BLE) enabled and will require access to Geolocation on your device. This will enable the device to communicate with the model, however no personal data about the user is being collected or saved by the LEGO Group.

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Combine this app with the LEGO® BOOST Creative Toolbox (17101) set to bring your LEGO creations to life and learn to code in the process! It's never been easier. Take Vernie the Robot and the team of awesome, codable models on an adventure: PLAY through the activities in the app, UNLOCK levels and advanced coding blocks to improve your skills and BOOST your own models and creations.

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Edit on GitHub

R+ Task 3.0 is an integrated software tool that combines R+ Task 2.0 and R+ Motion 2.0.

TASK
In computer science, a task generally means a set of relevant activities to complete the work at hand. In RoboPlus terms, a task code is a source code programmed for a robot to complete a task.
A robot operates according to the task code created by the user, and the RoboPlus Task is a program that helps the user to write task code easily. Task code has different file extensions based on RoboPlus software version. Please see below table.

The Task files are not backward compatible, but lower version files can be converted to tsk3 with R+ Task 3.0.

MOTION
Motion is a necessary set of position and speed data for DYNAMIXEL, which eventually becomes a valid movement for a robot.
In order to make the robot move, the correct Motion project file must exist for the robot. Motion project file has different file extensions based on RoboPlus software version. Please see below table.

The Motion files are not backward compatible, but lower version files can be converted to mtn3 with R+ Task 3.0.
Controller Compatibility Table

1. Home Tab
The following image is the initial screen at start up, which includes default examples, file and settings menu.

2. Programming Tab
The following image shows the task code programming screen, which provides programming toolbar, source view, outline menu, device and download menu.

3. Debugging Tab
The following image shows task code debugging screen, which provides the output monitor and virtual remote controller functions.

4. Motion Unit Tab
User can select the example motion or create custom motion in User Robot Project.

5. Motion Tab
User can select motion units play them.

6. Motion Download Tab
Selected motions can be downloaded to the controllers in this tab.

Next Page

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Edit on GitHub R+ Task 3.0 is an integrated software tool that combines R+ Task 2.0 and R+ Motion 2.0. TASK In computer science, a task generally means a set of relevant activities to complete the work at hand. In RoboPlus terms, a task code is a source code programmed for a robot to complete a task.

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Edit on GitHub

Control DREAM robots, connect various components (reduction motors, servo motors, LED mobules, IR sensor, etc).

Recover controller firmware with RoboPlus Manager (v1.0.30.0 or higher) or RoboPlus Manager 2.0

Write a task code and control robot's components with RoboPlus Task or RoboPlus Task 2.0

RoboPlus Motion does NOT support the CM-150

Voltage Supply

Range : 3.2V ~ 4.2V
Recommended : 3.7V (Li-ion Battery x1)

Current Consumption

Standby(50mA)
Running(70mA)
Max(300mA)

Operation Temperature

-5°C ~ 70°C

Internal I/O components

IR sensor(measure distance) x 3
Mic(Sound sensor) x 1
Buzzer x 1

External I/O components

4-pin comunication (wireless control & download) x 1
Micro USB port (connect to PC) x 1
Motor potrs (for reduction motor) x 2
Multi-usage port(sensor and outputs) x 2

Control Table consists of data regarding the current status and operation of controller. The user can control controller by changing data of Control Table via Instruction packet.

EEPROM and RAM
Data in RAM area is reset to initial values whenever the power is turned on while data in EEPROM area is kept once values are set even if the power is turned off.

Address
Represents the location of data. To read from or write data to the control table the user should assign the correct address in the Instruction packet.

Access
Controller has two kinds of data: Read-only data, used mainly for sensing, and read-and-write data used for driving.

Initial Value
In case of data in the EEPROM Area, the initial values on the right side of the below Control Table are the factory default settings.
In case of data in the RAM Area, the initial values on the right side of the following control table are the ones when the power is turned on.

Size
The Size of data varies from 1 ~ 4 bytes depend on their usage. Please check the size of data when updating the data with an Instruction Packet.

NOTE : Some Addresses of the Control Table can be tested with R+ Manager 2.0.

Start button: After a short press the LED will turn on and the loaded program runs

IR sensors : measure and program each of the integrated 3 IR sensors

Top 4-pin port : located next to the Start button connect an IR receiver,

Micro USB port: located next to the 4-pin port connect a micro USB cable to the PC.

Port 1 ~ 2 : shown as "I" and "II" connect reduction motors

Port 3 ~ 4 : shown as "III" and "IIII" connect IR sensors, touch sensors, servo motors and LED modules.

Power for the CM-150 is supplied by a single LBS050 Li-ion battery

Operating voltage range: 3.0-4.7V (3.7V recommended)

Power polarity pins are shown in the diagram below

Press the Start button the LED turns on and the controller runs one downloaded program

Press the Start button to turn on then press the Start N times. The controller is can run a specific parts of a program given said N number of presses.

Hold the Start button for more than 1 second and it will emit 2 beep sounds, LED turns on, and the controller is under management mode (Downloaded task will not run under this mode).

Hold the Start button for more than 5 seconds and it will emit 3 beep sounds. The controller is in firmware recovery mode

To turn off the controller press the Start button

The controller automatic turn-off time is 5 seconds by default

Reference Automatic Turn-off

To connect the CM-150 to the PC a micro USB cable is required.

For more information for PC connection check the USB driver installation page.

The CM-150 is compatible with BT-210 / BT-110 / ZIG-110 / BT-410 wireless communications modules.

Please inquire us for information regarding unlisted certifications.

Note: This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense.

WARNING
Any changes or modifications not expressly approved by the manufacturer could void the user's authority to operate the equipment.

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Edit on GitHub Control DREAM robots, connect various components (reduction motors, servo motors, LED mobules, IR sensor, etc).