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Pi Cap Capong Project Tutorial - BareConductive Projects. Pong is one of our favourite video games, and in a recent workshop, we were lucky to have Paul Tanner, Tina Aspiala and Ross Atkin turn Pong into “Capong” (capacitive + Pong!)

Pi Cap Capong Project Tutorial - BareConductive Projects

By breaking it out of the screen and into their hands. Tutoriel du projet Pi Cap Capong: 14 étapes (avec des photos) Pinhole Cinema - LENSLENS. NeuroSky MindWave. Attention: cette page est une traduction automatique (machine), en cas de doute, veuillez vous reporter au document anglais original.

NeuroSky MindWave

Nous nous excusons pour la gêne occasionnée. NeuroSky MindWave - un casque EEG sans fil, qui capture l'activité des ondes cérébrales et enregistre des statistiques. Sa plage de travail va de 3Hz à 100Hz. NeuroSky MindWave est un casque sans fil qui permet de lire les impulsions électriques du cerveau humain. Cet appareil peut être utilisé aussi bien pour des recherches scientifiques que pour le divertissement, car il permet de contrôler l’activité des ondes cérébrales en temps réel.

3D Printed Any Earth Terrain Map : 4 Steps. Automata in a Box: With Tinkercad : 10 Steps. Turing Tumble - Build Marble-Powered Computers. Caderbox.


Collaborative Makey Makey Sensory Maze : 5 Steps. Once you get your backdrop laid out, spend some time drawing up a plan.

Collaborative Makey Makey Sensory Maze : 5 Steps

If you are creating this for students, think about ways to get them to squat to smell flowers, or take large steps. In my drawing, I decided they would walk to the center and then turn, walk along a zig zag path, then have to put their hands on the path Twister style. Remember you need two pathways side by side. You are basically creating a giant circuit board! As the players hold hands, it is similar to the way a button a calculator is pressed to tell the brains of the circuit board what number you are pressing. If you are having students design the maze and want to add an interesting math element, you could have them design their maze in Scratch plotting XY coordinates as they go.

When you are happy with your design, use HVAC or aluminum foil tape to start creating the player pathways. Note: You will want to test to see if the conductive is adhesive on your tape. 3 Ways to Build a Makey Makey Floor Piano : 8 Steps. This large scale (see what we did there?)

3 Ways to Build a Makey Makey Floor Piano : 8 Steps

Piano takes about one hour to set up. It works great on Eric's MK1 Sampling Keyboard for Makey Makey or this Scratch game. Create a background for your large scale floor piano with a large piece of cardboard and butcher paper. Super Easy 3D Printed Arduino CNC Drawing Machine. Snips — Using Voice to Make Technology Disappear. Reconnaissance d'objets avec OpenCV sur Raspberry Pi. Comment reconnaître différents objets en utilisant un Raspberry Pi et OpenCV ? Ce tutoriel vous explique comment faire. Vous pourrez ensuite envoyer un e-mail avec la photo de l’objet en pièce jointe. L’intelligence artificielle est une science, qui aide les machines à interagir de la “même” manière que les humains. Animez un atelier de prototypage avec Arduino. Programmez vos premiers montages avec Arduino.

L'électronique de zéro. XY Plotter Drawing Robot. Casque de réalité virtuelle open source à base d'Arduino pour 100€ Ils n’avaient pas les moyens de s’acheter la Rolls des casques de réalité virtuelle.

Casque de réalité virtuelle open source à base d'Arduino pour 100€

Alors ils ont construit le leur ! Les trois garçons sont des lycéens brillants deux d’entre eux, Maxime et Gabriel sont en 1èreS et Jonas est en 1èreES. 3D Printed Zipper Pulls: 11 Steps (with Pictures) In this step, you will have the choice of modeling your own zipper pull from scratch or using an imported shape that you find and download from Thingiverse.

3D Printed Zipper Pulls: 11 Steps (with Pictures)

Thingiverse is a website whose community has uploaded over 910,880 3D printable models, most of which can be downloaded and used/altered under a Creative Commons license, meaning that anyone can use or alter any design with this license listing – with attribution to the creator. All of the above shapes – with the exception of the peach rectangle on the right – where Thingiverse finds. I was able to use the lego block and gummy bears as is, but had to alter the cactus to accommodate the height of the metal zipper pull 'HOLE'. **Click on file name links for shape attribution. 3D Printed Zipper Pulls: 11 Steps (with Pictures) 3 minutes pour coder - Francetv Éducation. RetroBall: Build-It-Yourself Pixel Fun For Upto Four Players by Bradley Slattery. 3D Printed Sound Bites (with Pictures) The main idea behind this project is to take an audio waveform and use it to modulate the height of the surface of a linear strip. this way, any object passing across the surface will vibrate up and down in the hills and valley of the wave, these vibrations will cause vibrations in the air, which cause us to hear sound.

3D Printed Sound Bites (with Pictures)

You will find comments in my code that talk about the specifics of how it works, follow these steps to create your own 3d models: 1. Download Audacity. 2. Open an audio file of your choice with Audacity. 3. 4. トイ・プラットフォーム「toio™」 [Real Life] Big Head Mode. A, B, Up, Left, A, B, Up, Left.. ??

[Real Life] Big Head Mode

A, B, Up, Left, A, B, Up, Left... ??? Damn, this doesn't work. Blog.animtic – bidouille, bibliothèque, lego et médiation numérique. 2-Player Bartop Arcade Machine (Powered by Pi) The 'Galactic Starcade' is a DIY retro bartop arcade cabinet for two players.

2-Player Bartop Arcade Machine (Powered by Pi)

It is powered by the Raspberry Pi micro-computer and plays multiple types of retro games - primarily NES, SNES, Megadrive and arcade (MAME) games. Using a Pi keeps the cost, weight and complexity to a minimum but the cabinet could also house a more powerful PC-based system to play more modern games. Joinery: Joints for Laser Cut Assemblies. The loop insert profile provides an inherent stitch-less connection between two fabric edges.

Joinery: Joints for Laser Cut Assemblies

This joint profile is useful if you do not have access to a sewing machine or are not experienced with hand stitching. Or, if you are looking to interface soft fabrics with hard materials. Furthermore, this joint profile can be disassembled, thus allowing you to recycle or switch out different parts of an assembly. Works on: Both curved and straight paths. Ideal for: Synthetic fabrics like nylon and polyester, as the laser will fuse the fabric's edge and prevent it from fraying. Home - Technology Will Save Us.