Top 11 Games Similar to Arduino Bluetooth Activator

Are you looking for an android Arduinocodeeditor and compiler? Here is your solution, ArduinoCompiler.World's first mobile compiler for Arduino. Now you canwrite yourArduino sketches using your android device, compile itand checkwhether your code is error free and uploadable to yourarduinoboard.The main features of Arduino Compiler are:You can write a fresh Arduino sketch and saveYou can edit an existing sketch and save it as a new oneYou can compile your sketch for different arduino boardsYou can share your sketch over emailYou can quickly access arduino.cc website for referenceThere is one amazing feature in this application, autosuggestion,that makes your coding easier.You can enable or disable auto suggestionYou can mark sketches as favouriteYou can search and find your sketch by nameSupporting Arduino Boards:Arduino UnoArduino LeonardoArduino EsploraArduino Duemilanove (328)Arduino Duemilanove (168)Arduino Nano (328)Arduino Nano (168)Arduino MicroArduino Mini (328)Arduino Mini (168)Arduino Pro Mini (328)Arduino Pro Mini (168)Arduino Mega 2560/ADKArduino Mega 1280Arduino Mega 8Note: This version do not support advanced arduino libraries

L'application transmet les informations x,y,et z captées par le détecteur 3 axes du téléphone cellulaireversle module ARduino.La communication se fait par un récepteur Bluetooth JY-MCUconfiguréà un baud rate de 38400.La reprogrammation du bluetooth à 38400 assure la compatibilitéavecle logiciel Scratch.Les codes sont fournis:- bluetooth_accel.aia- bluetooth_accel.pdf- Arduino_MIT_38400_ACL.ino- config_baudrate_bluetooth.inoAdresse de téléchargement:http://netsciences.ca/arduino/MIT_bluetooth_accel/Dans l'ordre, vous devez,1. raccorder le récepteur bluetooth à arduino aux broches 10,11,+5V, GND2. programmer arduino à l'aide dufichierconfig_baudrate_bluetooth.ino Ensuite modifier son nom etsonbaudrate3. débrancher le module bluetooth4. reprogrammer le module arduinoavec:Arduino_MIT_38400_ACL.ino5. débrancher le câble USB et relier le récepteur bluetoothaumodule arduino en utilisant les broches 0, 1, +5V, GND6. ajouter l'écran ACL et l'alimentation7. effectuer le pairage du bluetooth avec l'appareil(code1234)8. lancer l'application androidThe applicationtransmitsinformation x, y, z and sensed by the detector 3 to theaxes of thecell phone Arduino module.Communication is via a Bluetooth receiver JY-MCU set to a baudrateof 38400.Reprogramming bluetooth 38400 ensures compatibility with theScratchsoftware.The codes are provided:- Bluetooth_accel.aia- Bluetooth_accel.pdf- Arduino_MIT_38400_ACL.ino- Config_baudrate_bluetooth.inoDownload address:http://netsciences.ca/arduino/MIT_bluetooth_accel/In order, you must1 connect the Arduino Bluetooth receiver to pins 10, 11, +5V,GND2 Arduino programming using the fileconfig_baudrate_bluetooth.inothen change its name andbaudrate3 disconnect the Bluetooth Module4 reprogram the module with Arduino:Arduino_MIT_38400_ACL.ino5 Disconnect the USB cable and connect the Bluetooth receivermoduleArduino using pins 0, 1, +5 V, GND6, add the monitor and power supply7 perform pairing with bluetooth device (1234)8 start android application

Control your RC car with arduino

Cette application offre la possibilitédecontrôler deux moteurs en fonction des valeurs x et y captéesparle téléphone.Aussi, une commande à glissière permet de régler l'angle d'unservomoteur sur la broche pwm3Finalement, l'application commande deux sorties numériques D12etD13.Remarques:Le code .ino doit être téléversé dans le module Arduino avantdelancer l'application.Si vous éprouvez des difficultés avec le module bluetooth,débutezavec l'application suivante: MIT_bluetooth_accelFichiers:robot_bluetooth_arduino.aia : code source de l'applicationAndroid(crée avec MIT app inventor 2)robot_bluetooth_arduino.apk : Application Androidrobot_bluetooth_arduino_MIT.ino : Code sourceArduino(firmware)robot_bluetooth_arduino_MIT.vi : Code source LABVIEWAdresse de téléchargement:http://netsciences.ca/arduino/MIT_robot_bluetooth/Les codes source vous permettent de personnaliser le projet.This applicationoffersthe possibility of controlling the two motors as a functionof xand y values ​​captured by the phone.Also, a slide control to adjust the angle of a servo motor tothespindle PWM3Finally, the application controls two D12 and D13 digital outputs.Notes:The code .ino be uploaded to the Arduino module before startingtheapplication.If you are having trouble with the bluetooth module start withthefollowing application: MIT_bluetooth_accelFiles:robot_bluetooth_arduino.aia: source code of the Androidapplication(app created with MIT inventor 2)robot_bluetooth_arduino.apk: Android Applicationrobot_bluetooth_arduino_MIT.ino: Arduino sourcecode(firmware)robot_bluetooth_arduino_MIT.vi: Source Code LABVIEWDownload address: http://netsciences.ca/arduino/MIT_robot_bluetooth/The source codes allow you to customize the project.

Bluetooth Oscilloscope transforms your phone or tablet onanoscilloscope

Simple Client Application that show howit'spossible use the Hardware Sensor of the Smartphone for controltheArduino by a TCP protocol (WiFi Shield or Ethernet Shield).Theprotocol it's build using 16 byte where the first and the lastarecontrols bytes and 14 bytes are for data. The App wait alwaysforthe feedback from a TCP Server, otherwise it's goes intimeouterror. In the application there is a sample code that youcan loadin Arduino for test this App. This App has the scope toshow how touse a Smartphone's Sensors for control the ArduinoBoard.Enjoy!

arduino 노드는 Scratch Player에서실행되며ScratchOffline에서 블록 조합으로 만든 콘텐츠를 실행 하여 arduino를 제어 한다.Android & MobilePhone 블록들을 이용해서 더 다양한 콘텐츠를 제작 하고 웹 서버에등록하여여러사람들과 공유 할 수 있다.개발자는 smartRosActivity를 상속받아 Block Description을 구현 할 수 있다.소스 다운로드https://bitbucket.org/isans/smartros/downloadsThe arduinonodesarerunning in the Scratch Player and control the arduinotoruncontent created with blocks in combinationScratchOffline.Using the Android & MobilePhone block making a widervarietyofcontent on a Web server to register can be shared withmanypeople.Take developers can implement inheritedsmartRosActivityBlockDescription.Download sourcehttps://bitbucket.org/isans/smartros/downloads

The aim of this app is to control a robotfromsmart phones and web service.Note: Bluetooth module name should be "HC-06"You need to name your device "HC-06" to be found by Androidapp.The phone and robot will be connected using Bluetooth. Thecellphone’s android application will send direction to the robot.Therewill be a C language program in the Arduino component of therobotwaiting to get direction from the phone. Bluetooth module oftherobot will receive the data from the phone and send it toArduino.Arduino then gives the received directions to robot andcontrolsits movement. Android application installed in the smartdevicewill also be used as an intermediary between robot and cloudwebservice. User will be able to control the robot remotelythroughweb UI connected to cloud web service.In addition, there will be sensors placed in the robot tosensethe environment and gather data. The data will be either senttophone or used to control the robot motions. For instance,detectingobjects in front of the robot to avoid accident.

This application usage is as temperatureloggerbased on LM 35 sensor (analog type, see the datasheet fordetails),LM35 should installed on Arduino Board using theBluetooth SPPmodule or shield). Also to communicate your devicewith Arduinousing through Bluetooth network.Minimum Android specifications :- Android OS Gingerbread (API 9) or the latest- Standard Bluetooth connection- Internet connection- App Android Application-Service Provider Amarino_2_v0_55Amarino.apk(for bluetooth connection to the Arduino, without it thedevicecannot directly connect to Arduino)can be directly downloaded by link: https://amarino.googlecode.com/files/Amarino_2_v0_55.apk- Arduino software for upload the program.Hardware side requirements :- Arduino Uno or compatible, with bluetooth shield (withadjustablebaudrate control)- LM35 sensor and other electronics part such as CA3140,resistors,capacitors etc (see schematic on App)those parts are quite popular. You can buy in any radio shack/electronic parts store near your region.- A single LED connect to pin digital 13, or just use on boardLED(were attached in pin 13)- power source (can be use from USB port, or an DC7-15VAdaptor)- small Alumunium heatsink (attached on LM35 sensor), toincreaseambient temperature sense accuracy- USB cable for uploading program to Arduino- Amarino library (for arduino codes).This application as one example app integration with ArduinoBoardwhich it for our published book (only in indonesian language):Pengantar Elektronika dan Instrumentasi PendekatanProjectArduino dan Android Terbitan Penerbit ANDIISBN: 9789792945461(Introduction to Electronics and Instrumentation usingArduinoand Android Project approach)You can buy online directly atAndiPublisher(andipublisher.com)or by Gramedia book retail(www.gramedia.com/pengantar-elektronika-instrumentas-pendekatan-project-arduino-androidi.html)Inside the app included schematic and connection diagramforcreate the hardware modules,links for online book sales,This app is open source, you can download this source code,alsoentire Arduino and Android app source code for the Books(hosted byAndiPublisher.com)For other application and description details, andusageinstructions please see (and buy) the books.Book only available on hard copy.Happy Experiments with Arduino !

Arduino - Android LED Controller

With this application, you can monitoranysuspicious movement of your home. This application will sendthetweet status if there is movement in front of the PIR sensor.Theworkings of this application is When the sensor detects motion,itwill arduino will send the data "1" to the android smartphone.***CABLE CONFIGURATION ON ARDUINO***~5V pin on the Arduino connected to VCC Bluetooth Module~GND pins on the Arduino connected to GND Bluetooth Module~RX pins on the Arduino is connected to TXD Bluetooth module~TX pins on the Arduino is connected to RXD Bluetooth module~VCC pin on the PIR sensor is connected to the Arduino 5V Pin~OUT pin on the PIR sensor is connected to Pin 2 ontheArduino~GND pin on the PIR sensor is connected to GND pin ontheArduino***MORE INFO BELOW***Arduino Sketch : http://pastebin.com/fmGy08TzVisit http://www.boarduino.blogspot.com