- Control 48 digital outputs.
- Read 16 analog inputs.
- Control 9 PWM outputs.
- Control 9 servos.
- Control 4 UARTs.
- Control via USB or Bluetooth.
- Access phone's sensors.
- Send/Recieve commands via Wifi.
- Stream video to your PC.
- Draw graphics to screen.
- Control Lego Mindstorms.
- On phone documentation.
- Plenty of samples.
- Write other types of app.
NOTE: Make sure you have USB debugging enabled and that you have the official "IOIO Manager" software installed on your phone as some boards come with a firmware version which requires it.
NOTE1: The "LED Dimmer" sample will not work on the OTG board as it has no PWM on pin zero.
NOTE2: Due to ADB-USB security changes in JellyBean, only a Bluetooth connection can be used at the moment.
Please let us know via email or the forum what other samples you would like added and what functionality you would like to see in the next version.
-- THIS IS BETA SOFTWARE --
So please be kind and send issues to us at SmartphoneRemote@gmail.com or post on the forum instead of putting negative comments on google play. Thankyou.
*** 48 hour 'peace of mind' refund available. Just email us within 48 hours of purchase for a full refund ***
Please rate this app if you like it!
Just add your RC models with a suitable image. After that add the associated spare parts including picture, item number, barcode and inventory deposit.
And that's it. From now on it is so easy to check which spare parts you have in stock.
- Manage spare parts
- Manage RC Models
- Change inventory
- View orders
- Scan spare parts via barcode scanner to find them quickly
- Backup and restore (via Dropbox or other Clouds)
- Quick search spare parts by barcode and custom QR Code.
- Create custom QR Codes for each spare part (premium only).
- Possibility to hide adds (premium only).
- Share spare parts between RC Models (premium only).
Feel free to contact me via email with suggestions or error reports!
Tags: RC Manager, RC Log, modelmaking, model-making, battery, flight, heli, helicopter, car, ship spare part, parts
It also enables upgrading the bootloader by using one IOIO board acting as a programmer for another one.
More information on:
The IOIO board can be purchased from SparkFun Electronics.
The implemented functionality is to connect automatically to your IOIO board and show you all informationen about its hardware and software IDs. With the toggle button, the yellow onboard led can be swichted on and off.
When you are succesfully connected to IOIO we would be happy if you clicked on the feedback button to send us automatically all the information which are displayed on the screen. With the feedback we try to update these two pages:
This app is for 1/10 R/C car.
- Final gear ratio
- Motor RPM
- Potential Speed
Enter the transmission ratio, spur, and pinion to generate Final gear ratio.
Enter tire diameter, motor KV and battery voltage to get potential speed and max motor RPM.
The Watcher always shows you which battery you should use at next.
Even in the basic version, the batteries can be managed easily.
The batteries are grouped by RC model (heli , helicopter, airplane, car, boat, drone etc.) and are given a unique number.
The state of charge can be easily changed per battery.
All actions are stored in the logbook!
The Premium version extends the product to great comfort functions that greatly simplify the everyday life of an RC pilot. Batteries can be scanned by NFC or QR code. There are also two widgets for those who do not want to scan.
Basic version (free):
- Management of all RC models
- Management of all batteries (three lists of charged, uncharged and stored batteries )
- Battery charging levels can be changed
- Battery Storage
- Sort batteries by number of cycles
- Sort batteries by last charge date
- Sort batteries by number
- Logbook & statistics for all RC models
- Logbook & statistics of all batteries
- Copy of batteries
- Backup and recovery (use SD Card, Clouds Storage eg Dropbox, Google Drive)
Premium Version (can be purchased as in app buy):
- QR Code generation: Generate QR Codes for each battery, print them out and stick them onto each battery. The built-in scanner will now detect the batteries easily!
- QR Code Scanner: Identify via the built-in scanner to change your batteries charge state.
- Write NFC tags (on Metal): Equip your batteries with NFC tags. Program that tags with the RC Battery Watcher. Note: Please use special "On Metal NFC tags" because normal NFC tags may not not work on batteries(magnetic field disturbance, metal).
- Scan NFC tags: Identify your battery via NFC to change their charge state.
- RC Action Mode Widget: Shows you based on the cycles immediately, which battery you should use next.
- RC Charge Widget: Change battery states with one Klick.
- No ads
This app is available in languages German, English and French.
Write me if you suggestions, bugs or any ideas! email@example.com
Tags: RC Manager, RC Log, modelmaking, model-making, battery, flight, heli, helicopter, car, ship, lipo, lipo watcher
Use Android Bluetooth mobile device to remote control your devices with IOIO Board and Bluetooth Dongle.
For Automation System ,Smart Home Automation ,light control etc.
The program features.
- Control up to 8 devices with Relay Board. ( and can test control LED on IOIO Board )
- Show Bluetooth Connecting status
- Run on Background Service so when go to other App,IOIO Control device App still running.
- Change and Edit your button name. (New Function 1.5+)
- Free Version with Ad.
Version 1.1 +
- Run IOIO on Background Service ( Show Icon on Notification Bar ) . So, The App connect IOIO all the time until stop service ( Stop Function on Notification Bar )
1. USB Bluetooth Dongle
2. IOIO Board ( new version support over Bluetooth )
3. 8 channel Output Relay Board
For the IOIO Board , you don’t need program hex code or flash code in to the IOIO Board.
It has firmware for ready to use. You are only wiring the cable to the relay board only.
More About hardware :
Full Android Source Code. It cost 10 - 50 USD.
Please. contact firstname.lastname@example.org
26 Jan 2014
This application for control IOIO robot car with dual side controller which easier to control than simple button. You can control the movement direction and speed easily.
Explain : This application use with IOIO or IOIO-Q board you can buy in www.inex.co.th
See more detail from www.tpemagazine.com on issue 37
The Must Have app for Tekin RS Users!
I was sick of entering the same information over and over into my phone.... 3.14 * pinion, or was it spur, over spur, or was it pinion... maybe times my internal ratio... only to do it over again for a couple of teeth more or less trying to get the FDR someone else was running...
Twitch Rc Provides the following key features
* FDR and Rollout available all the time,
* +/- pinion/spur to quickly hunting through options (using volume control)
* With the tire diameter and spur set, enter a Rollout or FDR to calculate required pinion.
* If it is not a pinion in your pit box hit the Gear Chart button to see what Spur you'd need to drop in to find that range
Works With Everything!
* Works for anything where the internal ratio is known.
* Works with any scale (1/8th, 1/10th scale, 1/12th scale)
* Default settings for Rubber Tire Super Stock Touring Car TC6.
* Tekin RS not required
* 48 and 64 Pitch
* On road and Off Road
Tekin RS Story
After finally strapping in that perfect gearing for the car, I'd find that the change in gearing was just enough to fudge my prefect Tekin settings. So Twitch Rc provides the speeds those RPM ranges represent (km/h) given the FDR/Rollout. So when you make a bigger gearing change, take note of the start/end speed values, and then play around with the RPMs to return the start/end speeds to similar values to the previous gearing. Handy when switching motors from 17.5, 13.5, 10.5...
Remembering these values so that when you pull the car out again, you're not pulling the car apart to figure out where you are at. In addition to that, for Tekin RS? values (profile, drag, push, boost, start rpm, end rpm, turbo, delay and ramp can be recorded.
Visit the website to see a list of upcoming features and submit your ideas. Check our thread on RC Tech also.
Feel free to submit your ideas.
I use these calculators often in my modeling and I find them handy for making educated guesses at the least. More calculators and features are in development. I have many more needs and now that I have the basic application and framework in place, I am creating new features as I need them. More free updates are coming.
The calculators and features in this release are:
• Unit Converter
• Wing Area
• Wing Loading
• Pitch Speed
• Engine Size
• Tank Size
• Gas / Oil Mix
• Propeller Chart
• Drill Size Charts
• Battery Voltage
+ events like flights, charge, discharge, purchase and installation,
+ models and their
+ batteries and
The following functions are provided or rather you can see (http://www.wruck.biz/html/rc-battery-flight-log.html):
+ Creating and modifying models with these features: number, name, picture of model, purchase date, purchase cost, number of flights, type of battery, etc.
+ Creating and modifying of batteries with the properties: number, name, picture of the battery, purchase date, purchase cost, capacity, type, capacity used, number of flights, charging cycles, condition and fill level.
+ Creating and modifying events.
+ Flight with properties: flight date and time, special features (crash, deep discharge, other), consumed capacity, endurance, your flight location and more.
+ Charging with properties: date, time and charged capacity.
+ Discharging with properties: date, time and discharged capacity.
+ Purchase and Installation (maintenance, repair or upgrade).
+ New events can be created quickly and easily.
+ An overview for all events and for each model and battery.
+ Backup (Export) to SD-Card
+ Restore (Import) form SD-Card by selecting one of all backups (the backups are stored in the /mnt/sdcard/data/RC-Heli-Battery folder)
+ Sync with a server, so you have many devices in sync and you can get public locations (Usually the service is available, but I can not guarantee.)
+ Charts for analyses (Number of flights, flight time, usage per day, week, month or year for a selected model or battery)
+ Support for Pulsar3 charger.
+ For devices with NFC: Handle NFC tags to call the app or the Pulsar3 - UI with automatic connection and for battery and model selection.
Detailed description: http://www.wruck.biz/html/rc-battery-flight-log.html
Full version historie: http://www.wruck.biz/html/version-history.html
Funcionamento do aplicativo apenas com dispositivos conectados via bluetooth;
Passo a passo:
1- Fazer a montagem no proto board conforme esquema elétrico;
2- Ligar o módulo bluetooth(JY MCU) e Arduino, veja que o led está piscando;
3- No Smartphone ligar o Bluetooth e entrar no aplicativo e pressionar o botão Connect;
4- Observe que o led do módulo bluetooth(JY MCU) estava piscando e quando está conectado para de piscar e fica aceso direto;
5- Os dispositivos estão conetctados via bluetooth - led está aceso direto.
6- Neste momento todos os botões do aplicativo funcionam e enviam dados ao módulo bluetooth e ao Arduino.
Controle remoto com todas as funcionalidades para carros e robos;
O aplicativo ARDUINO RC CAR CONTROL instalado no Smartphone Android controla remotamente o Arduino com comunicação via bluetooth.
Botões de acionamento:
Obs1.: Estes botões foram sujeridos para o projeto mas podem acionar outros dispositivos conforme necessidade.
FORWARD: ACIONA MOTORES(M1 E M2) MOVIMENTO PARA FRENTE;
BACKWARD: ACIONA MOTORES(M1 E M2) MOVIMENTO PARA TRAZ;
LEFT: ACIONA MOTORES(M1 E M2) MOVIMENTO PARA ESQUERDA;
RIGHT: ACIONA MOTORES(M1 E M2) MOVIMENTO PARA DIREITA;
Obs2.: Estes botões também controlam o acionamento e parada ou estacionamento do carro com mudança de cor de verde para vermelho e vive versa.
PARK : ESTACIONAR OU PARAR O CARRO;
SLOW MODE: CONTROLE DE POTÊNCIA DOS MOTORES(MODO LENTO OU BAIXA VELOCIDADE);
TURBO MODE: CONTROLE DE POTÊNCIA DOS MOTORES(MODO RÁPIDO OU ALTA VELOCIDADE);
Obs. Neste projeto os pinos digitais D0 e D1 estão conectados ao RX e TX da placa Arduino e os pinos digitais D2 e D3 estão conectados ao módulo bluetooth, o pino digital D13 está conectado ao led d13 da placa Arduino.
Utilize um smartphone com android, para instalar este “.apk”; Neste exemplo foi utilizado o Tablet Samsung Galaxy GT-P3100 Tab2 7.0” com android versão 4.0.
O aplicativo ARDUINO RC CAR CONTROL instalado no Smartphone com Android comunica com o bluetooth que está conectado à serial(mySerial) pino 2-RX e 3-TX do Arduino que recebe entes dados que por sua vez , interpreta e faz o comando de escrita na porta digital correspondente do Arduino.
Atenção: Quando estiver trabalhando com este aplicativo mantenha a tela sempre ligada(não utilize o modo dormir ou sleep) pois voce pode perder o controle sobre o dispositivo que estão sendo acionados.
Obs.: Para sair do aplicativo, verifique sempre antes se os botões estão todos no modo “OFF”, então pressione o botão “disconnect” e saia do aplicativo; Note que o bluetooth ficará piscando indicativo que o sistema está realmente desconectado.
Isto é tudo que voce precisa saber para construir seu programa:
FAROL LIGADO - send: caracter “a”; FAROL DESLIGADO- send: caracter “b”;
LANTERNA LIGADA - send: caracter “c”; LANTERNA DESLIGADA- send: caracter “d”;
BUZINA LIGADA - send: caracter “e”; BUZINA DESLIGADA send: caracter “f”;
SOM LIGADO - send: caracter “g”; SOM DESLIGADO- send: caracter “h”;
FORWARD GO - send: caracter “F”; BACKWARD STOP- send: caracter “S”;
BACKWARD GO - send: caracter “B”; BACKWARD STOP - send: caracter “S”;
LEFT GO - send: caracter “L”; LEFT STOP- send: caracter “S”;
RIGHT GO - send: caracter “R”; RIGHT STOP - send: caracter “S”;
PARK/STOP - send: caracter “S”;
SLOW MODE - send: caracter “t”;
TURBO MODE - send: caracter “T”;
GRATUITO PROGRAMA COMPLETO ARDUINO PARA O APP Arduino RC Car Control:
Veja no meu site: Programa completo para Arduino, Fotos, Vídeos e mais exemplos.
With the tool you can identify very easy and very exact the value of the pitch from a rc-heli in the following three different ways:
1. By using a yardstick.
2. By using the mobile camera.
3. By using the mobile sensors.
Process for 1. and 2.: You have to scale and type the rotor blade length (hole to end). Both blades has to show in the same direction. If you have 0 degrees pitch the blades have to be exact parallel. If you change pitch, the blades are moving apart. By using the gap between the blades you have the pitch value.
Process for 2.: By using the mobile camera it is enough to type a nearby blade length in the programpart 'calculate pitch'. After selecting the camera icon, you have to make a photo from your blades of the helicopter (like the title picture). Then you have to move the lines upon the blades. The ends of the blades are less important. Important is, that the lines are upon the blades (parallel).
Process for 3.: You can fix you mobile at a blade by using an elastic strap and read the pitch from the display.
-Bugfix: pitch with sensor (for some devices)
- Bugfix: If no camera app is available.
V 2.6.10 / 2.6.11
+ Pitch with Sensor: Movement now a bit smoother. I have changed the method of painting the view. Maybe it has fixed the Samsung Galaxy 2 bug. If the problem is still existing, please send me an email to email@example.com with a short description. Then i can give you test versions.
+ Look is now android version independent.
+ Pitch with Sensor: now you can change the sensor orientation by using the menu. It is useful for some mobiles, because of different orientations. (Thanks to Volker)
V 2.6.7 / 2.6.8
+ Graphic improvements (Pitch with sensors / number wheel)
- Bugfix: OutOfMemory in Pitch with sensor
- Bugfix: crash program, if an old value has not a valid value. (Thanks for report.)
+ Graphic improvements (Pitch with sensos)
+ Input of numbers now with number wheel.
+ move to SD card (with Android 2.2)
+ Now with min and max in 'Pitch with sensor'. Min and Max are applied, if the pitch value is 2sec fix and greater then +/- 2°.
+ Pitch is not bouncing this hard any more .
More from developer
한국산업기술대학교 프로젝트팀 Tech4Human 입니다.
이프로젝트는 UC어바인의 Nicolas Oros의 프로젝트에서 영감을 받아 제작되었습니다.(주1)
프로젝트의 목적은 안드로이드 디바이스와 구글의 IOIO보드를 이용하여 추가모듈장착을 자제하고, 디바이스의 자원을 최대한으로 이용하는 최소의 비용으로 제작가능한 RC카를 만드는 것입니다.
또한 전체코드, 회로, 관련자료를 공개하오니,(주2)
직접 제작하여 움직여보는 즐거움을 느껴보세요.. +_+/
Tech4human, 인간을 위한 기술
개발자 : 강상묵, 김정민, 권오철, 정단일
*영상개선에 많은 도움을 주신 한국산업기술대학교 류장선 교수님께 감사의 말씀을 전합니다.. +_+b
https://play.google.com/store/apps/details?id=com.IOIO.Tech4Human 을 다운로드 하셔서 IOIO쪽과 컨트롤러쪽의 아이피를 반대로 입력합니다.
EX) IOIO IP : 192.168.10.100
컨트롤러IP : 192.168.10.101
이라면 프로그램을 실행하신후 IOIO의 IP 입력창에는 192.168.10.101을, 컨트롤러의 IP입력창에는 192.168.10.100을 넣습니다. 그후 IOIO쪽을 먼저 붙여주시고(토글버튼) 그다음 컨트롤러를 붙입니다.(일반버튼)
[니콜라스 형님 홈페이지]
[회로, 관련문서 다운로드]
Heart2Heart는 농아인(언어장애인)을 위한 커뮤니케이션 어플리케이션 입니다.
농아인과 수화를 알아듣지 못하는 건청인(비장애인)의 대화를 도와줄수 있도록 만들었습니다.
입력창에 글자를 입력한뒤 SPEAK 버튼을 누르면, 스피커에서 음성이 나옵니다.
1. 채팅방 UI사용 : 기존의 어플들의 단점을 보완하였습니다.
2. TTS가 실행중인지 아닌지 판별 가능 : 안드로이드가 말하고 있는중이면 WAIT, 말하지 않을때는 SPEAK 가 표시됩니다.
3. 필담기능 : 급하게 필담을 해야할때 활용 가능합니다.
※TTS엔진이 설치되어 있는지 확인을 부탁드립니다.
- Heart2Heart는 TTS엔진이 있어야 동작이 가능합니다.
- TTS는 기기의 기본설정언어에 맞춰져서 동작합니다.(환경설정 -> 언어및키보드에서 확인요망)
블로그에 전체코드를 올려 놓았습니다.
해*캠퍼스 등 레포트 거래 업체에 올리는것 제외하고
자유롭게 변경 및 개작 하셔도 무방합니다.