Microsoft open sources Kinect @KinectWindows Posted: 12 Mar 2013 05:37 AM PDT |
Re: probleme affichage avec ic2 Posted: 12 Mar 2013 05:37 AM PDT
" // --- Data0 / Green Wire ---------------------------- digitalWrite(2, HIGH); // Enable pull-up resistor attachInterrupt(0, ISRzero, FALLING); //------------------...
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Re: Wifi Shield Communicating with Arduino and PC Posted: 12 Mar 2013 05:36 AM PDT Quote firstly, is the wifi shield able to communicate with the Arduino Yes, but the communication is handled entirely by the Arduino. Quote how would i go about sending the information to the wifi shield (directions etc.) over wifi so that th... |
Re: gestione OUTPUT PWM Posted: 12 Mar 2013 05:32 AM PDT scusate una cosa ma AnalogWrite accende anche i pin non pwm basta che duty cycle sia >= 128 giusto??? in pratica x vedere tutto il led acceso basta mattere 128 dovrei distinguere l'accensione dei pin pwm da quelli normali digitali ??? come posso fare .... |
Re: analogRead et valeur sur LCD, stabilité Posted: 12 Mar 2013 05:32 AM PDT Tu peux effacer les deux derniers 00 avec un affichage de type "25 " en rajoutant deux espaces vide derrière le "25". Ce sera mieux que d'utiliser lcd.clear sans arrêt. |
IMOLA ! Ci siamo? Posted: 12 Mar 2013 05:31 AM PDT mi aggancio ad un topic poco piu' sotto....c'e' qualche imolese che ha dimestichezza con Arduino? |
“We Are Made In NY” Posted: 12 Mar 2013 05:21 AM PDT |
Re: Nuovo IDE 1.0.4 Posted: 12 Mar 2013 05:19 AM PDT perchè nessuno lo mantiene, evidentemente bellissimo... |
Re: Temperatursensor aus dem Electronic Brick Starterkit Posted: 12 Mar 2013 05:19 AM PDT Leider habe ich kein Datenblatt zum Sensor gefunden, so dass ich weder den Messbereich noch die Einheit kenne. In meinem Arbeitszimmer ist der Returnwert des analogread(temper... |
Re: Arduino - Firmata, not working correctly Posted: 12 Mar 2013 05:18 AM PDT Don't be mad ! Here's the code [code] import processing.serial.*; import cc.arduino.*; Arduino arduino; void setup() { size(10, 10); arduino = new Arduino(this, Arduino.list()[0], 57600); } void draw() { arduino.analogWrite(3,10); // i tried to u... |
Re: Arduino + ENC28J60 + Website - Problemas Posted: 12 Mar 2013 05:18 AM PDT Não conheço nenhuma lib para a ENC28J60 que lhe permita funcionar como cliente. Por isso sugiro-lhe que pense essa situação ao contrário, ou seja, o arduino com a ENC28J60 disponibiliza os dados e o outro computador vai fazendo o polling desses dados. |
Re: Stepper motor with High Torque Posted: 12 Mar 2013 05:17 AM PDT |
motor driver Posted: 12 Mar 2013 05:14 AM PDT https://www.sparkfun.com/products/9457I am planning to buy the above motor driver to build my first robot. My robot will be very basic, just be able to move with two motors. will that be enough? |
Re: Servos fail to move Posted: 12 Mar 2013 05:14 AM PDT When I first got my servos, I searched through old wallwarts until I found one that output 6V 500mA which does the job. More current would be nicer if you can find it. Alternatively, four AAs in series will do it if you can figure out a way to connect ... |
Re: adressing MPR121 sensors through PCF8575 breakoutboard Posted: 12 Mar 2013 05:14 AM PDT Quote For example every 40ms the output of every sensor gets printed. How should I alter the code to print the data continuously? "Every 40 seconds" is NOT "continuously". |
Re: LCD problems Posted: 12 Mar 2013 05:14 AM PDT soved it, it was an error in the code, i defined a pin as output that i had used before geting the lcd. after deleting that it works fine now, thanks! |
Re: Servo Problem (Jiggle and Power) Posted: 12 Mar 2013 05:14 AM PDT Do you have the ground on the arduino connected to the ground on the battery? |
pOLymORpHic hUMansCApE: Art Installation with Raspberry Pi Posted: 12 Mar 2013 05:01 AM PDT pOLymORpHic hUMansCApE is an art installation by Nandita Kumar: Size: 50cm diameter 60cm height Elements used: Copper, Acrylic, PCB components, Raspberry Pi, Sensor, LCD Contains 2 videos which are time lapsed and stop motion technique is used. Documentation by Sophie Winqvist The art piece has silent Videos but for Documentation music is by Monolake. The modern city provides both a culturally resonant imagined space and a physical place for the everyday life of its residents. The development of a city plays an important role in the way it stirs and shapes our consciousness. The artist who lives in-between 2 cities: India and New Zealand observes two hugely variant human ecologies. pOLymORpHic hUMansCApE is an interactive biosphere in a bottle which explores two days in an urban landscape. This installation wishes to evoke discussions on the problems faced by Indian Cities due to urbanization, high population growth and development of slums. The rapid urbanization has spread widely in the last decades, as more and more people are moving to cities in pursuit of better career, social and personal opportunities. At the same time, this massive migration strains the systems that run our cities. Over-crowded transport routes, disappearing spaces, lack of nature, ancient water systems serving a greater population than could have ever been imagined – with city living, all sorts of problems arise that can have a serious impact on our well-being. Our existing cities should incorporate ideologies target towards sustainable human ecology, which is oriented towards furthering human consciousness. Better cities are about improved human capital, less incidence of disease, more opportunity for leisure and, thus, less stress, making for a more productive, happier workforce in general, which will also contribute to the economy.
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Scientists Uncover Invisible Motion in Video Posted: 12 Mar 2013 05:00 AM PDT Welcome to the fascinating world of Eulerian Video Magnification and other motion magnification techniques currently being explored at MIT. From the NYTimes: A 30-second video of a newborn baby shows the infant silently snoozing in its crib, his breathing barely perceptible. But when the video is run through an algorithm that can amplify both movement and color, the baby's face blinks crimson with each tiny heartbeat. The amplification process is called Eulerian Video Magnification, and is the brainchild of a team of scientists at the Massachusetts Institute of Technology's Computer Science and Artificial Intelligence Laboratory. The team originally developed the program to monitor neonatal babies without making physical contact. But they quickly learned that the algorithm can be applied to other videos to reveal changes imperceptible to the naked eye. Prof. William T. Freeman, a leader on the team, imagines its use in search and rescue, so that rescuers could tell from a distance if someone trapped on a ledge, say, is still breathing. "Once we amplify these small motions, there's like a whole new world you can look at," he said. The system works by homing in on specific pixels in a video over the course of time. Frame-by-frame, the program identifies minute changes in color and then amplifies them up to 100 times, turning, say, a subtle shift toward pink to a bright crimson. The scientists who developed it believe it could also have applications in industries like manufacturing and oil exploration. For example, a factory technician could film a machine to check for small movements in bolts that might indicate an impending breakdown. In one video presented by the scientists, a stationary crane sits on a construction site, so still it could be a photograph. But once run through the program, the crane appears to sway precariously in the wind, perhaps tipping workers off to a potential hazard. It is important to note that the crane does not actually move as much as the video seems to show. It is the process of motion amplification that gives the crane its movement. Read more. |
Reuters visits the Raspberry Pi factory Posted: 12 Mar 2013 04:56 AM PDT Reuters visits the Raspberry Pi factory. This piece of news footage is all about how the Raspberry Pi you own is made in the UK. It gives you another really close look at some of the processes in the factory – as well as some crystal-clear video of pick and place, you'll see some of the ladies on the line doing hand placement of through-hole parts, and learn a bit more about plans for increasing production (even with a million sold in our first year, sales show no sign of slowing down). The video also discusses our plans to move all of the production (except the red boards for the Chinese market) to the Sony factory in Pencoed, S Wales, where Raspberry Pis are made for us under licence.
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