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You can support my work by buying me a coffee! I love coffee. You can do that through my Buy Me a Coffee (🤍 or Venmo (🤍BryanCostanza). ## Example Code 🤍 ## Arduino IDE Installation Download Page 🤍 macOS Installation Guide 🤍 Windows Installation Guide 🤍 ## NeoPixel Library Installation NeoPixel Library Reference 🤍 ##Arduino & Cable Selection Arduino Uno R3 - Amazon 🤍 - SparkFun 🤍 USB A to B - Amazon 🤍 - SparkFun 🤍 SparkFun RedBoard - SparkFun 🤍 USB A to Mini-B - Amazon 🤍 - SparkFun 🤍 Hookup/Jumper Wires - Amazon 🤍 - SparkFun Jumper Wires 🤍 USB Types Chart 🤍 ## LED Selection Addressable LEDs - Amazon 🤍 - SparkFun 🤍 ## Anatomy of Arduino Code Example Code 🤍 RGB (Additive) Color - 🤍 Coding Cheat Sheet - Coming Soon
Have you heard of this new Xenopixel lightsaber? In this video I will fully explain why they are less expensive, why are you will wait for less time to receive one, and how they have almost all of the features of the other higher end lightsabers. What do you think of the Xenopixel Soundboard? Leave a comment down below! *Please Subscribe to Support Our Channel* Discount Code: FINDTHEFORCE Neopixel (Xenopixel) Lightsabers from Artsabers 🤍 Neopixel (Proffie) Lightsaber from Artsabers 🤍 Artsabers did Sponsor this video by sending us the lightsaber to use in the video. Darth Revan Neopixel Lightsaber 🤍 Obi-Wan Kenobi Neopixel Lightsaber Review from Artsabers 🤍 Rey Skywalker Scavenger Neopixel Lightsaber Review 🤍 Comparing Artsabers Neopixel Princess Leia Lightsaber to Galaxy's Edge 🤍 Artsaber Darksaber Lightsaber Review 🤍 #lightsaber #starwars #starwarsfan #maytheforcebewithyou #skywalker #darthvader #jedi #darkside #starwarsfan
Here I show how to get started using WS2812B Neopixels on Arduino with the FastLED library. Included is a discussion and some testing for how to set up the hardware, including the need to use a termination resistor on the data pin. RGB strip like the one I’m using (affiliate link): Amazon.ca: 🤍 Amazon.com: 🤍 Sketch and Schematic: 🤍 A simple sketch shows how to control the RGB values on individual pixels, how to animate a few LEDs, and how to control some LEDs using a potentiometer. LED color is set using separate RGB values, Hue Saturation Value/Brightness values, and web/html color names. Any other LED animations are from the Fast LED demo reel sketch that comes with the fast LED library. 🤍 FastLED Library and Documentation: 🤍 🤍 Web Color Codes: 🤍 WS2812 Current Requirements: 🤍 Transmission Line Series Termination Info: 🤍 🤍 🤍 🤍 🤍 If you'd like to support the channel, you can: Support me on Patreon: 🤍 Shop through my affiliate links! Banggood 🤍 Aliexpress 🤍 Amazon.com 🤍 Amazon.ca 🤍 Videos are mirrored at LBRY/Odysee: 🤍 #ElectronicsCreators
This video will show how to build a driver for WS2812 Neopixel LEDs. Typically drivers for these LEDs are implemented in software. However this tutorial will show a hardware based implementation of this driver. You will learn to create the custom serial protocol used by these Neopixels through mixing the peripheral signals available on your PIC device. This will be done with the Configurable Logic Cell peripheral available on many PIC devices. WS2812 Driver Using CLC: 🤍 Here is the link to the Tutorial on How To Use Neopixels With PIC Microcontrollers: 🤍 🤍
This video is about RGB NeoPixels. RGB Neo Pixels are the most affordable and can produce millions of color combinations. There are many version available of these LED ring lights. Generally, Neo Pixel rings are offered in 1, 8, 12, 16, 24, 60 and other pixel varieties. These RGB NeoPixels are widely used in many electronics projects. It's very fun to play with these RGB NeoPixels. Code and Diagram - 🤍 Buy best electronics products from - 🤍electronics.com.bd #WS2812B #WS2812_controller Musics - Day 7 | 🤍
In diesem dritten Video der Serie über LED-Streifen, sehen wir uns die FastLED Library an. Wir machen 5 Praktische Beispiele wie man die Library verwendet und LED-Streifen zum leuchten bringt, und nach diesem Video bin ich sicher, …….JEDER KANN DAS!!! ★☆★ 🛒 On-line shop bei Edi's Techlab 📒 ★☆★ ► Edi’s Techlab e-book Shop: 🤍 ► Edi’s Techlab Webseite: 🤍 ★☆★ 💶 Wenn ihr den Kanal unterstützen wollt oder mir ein Bier ausgeben wollt: ★☆★ 🤍 ★☆★ ✏️ Die Links und Videos zu der Beschreibung vom Projekt ★☆★ ► Edis’s Techlab Webseite über die LED-Streifen: 🤍 ► Code Beispiele: 🤍 ► Video LED Streifen Teil #1: 🤍 ► Video LED Streifen Teil #2: 🤍 ► Video LED Streifen Teil #3: 🤍 ► Beschreibung FastLED: 🤍 ► Unterstütze Chips mit FastLED: 🤍 ★☆★ 🧰 Material ★☆★ ►Node-MCU ESP8266 Board: * 🤍 - NodeMCU ESP8266 ESP-12F * 🤍 - 3er Set, ESP8266 ESP-12F * 🤍 - 5er Set, ESP8266 ESP-12F ►Wemos D1 mini - ESP8266-12F Board * 🤍 - Wemos D1 mini ESP8266-12F * 🤍 - 3er Set, Wemos D1 mini ESP8266-12F ►Arduino: * 🤍 - Arduino Starter Kit für Anfänger * 🤍 - Arduino Uno Rev 3 * 🤍 - Arduino Nano * 🤍 - Arduino Mega 2560 ►Jumper Wire: * 🤍 - Female to Female F2F 40 STK. je 20 cm * 🤍 - Set 3 x 40 STK. je 20 cm M2M/ F2M / F2F ►Breadboard: * 🤍 - Breadboard Steckbrett mit 830 Kontakten * 🤍 - 3 Stk. Breadboard Steckbrett mit 400 Kontakten ►USB Kabel: * 🤍 - USB A auf Micro USB Kabel 0.5m * 🤍 - USB auf Mini USB Kabel 0.5m * 🤍 - USB A zu USB B Kabel 0.5m ► Elektronik Bauteile: * 🤍 - Widerstand Set * 🤍 - Drehpotentiometer * 🤍 - Dioden Set 200 Stück * 🤍 - 300 Stk. Leuchtdioden Set 3 und 5 mak mak * 🤍 - 180 Stück Taktilen Drucktaster Sortiment ►Netzteile: * 🤍 - 2er-Pack USB Ladegerät 5V/2A * 🤍 - Raspberry Pi 4 Netzteil, USB-C, 5.1V, 3A * 🤍 - HomeSpot Netzteil 3A/5V inkl. 1,5M Micro USB Kabel ★☆★ 🛠 Werkzeug ★☆★ * 🤍 - Ersa RDS80 Lötstation - Professionell * 🤍 - Lötkolbem Set - Kostengünstig * 🤍 - Lötzinn * 🤍 - KNIPEX Electronic Knips * 🤍 - Schraubendreher Set * 🤍 - Cuttermesser * 🤍 - Isolierband Set ★☆★ 📷 Verwendete Kamera und Mikrofon ★☆★ * 🤍 - Sony ZV1 und Bluetooth Handgriff * 🤍 - Rode NT-USB Mikrofon Music by Joakim Karud 🤍 Mehr von Edi's Techlab FACEBOOK: 🤍 INSTAGRAM: 🤍 WEBSEITE: 🤍 TWITTER: 🤍 PATREON: 🤍 IMPRESSUM: 🤍 - Meine Videos enthalten bezahlte Produktplatzierungen. Alle Links mit "*" sind Amazon Affiliate Links. Edi’s TechLab ist Partner am Amazon Affiliate Partner Programm Alle Geräte wurden selbst erworben.
Всем привет в этом видео показан нативный контроллер для адресных светодиодов, который добавляется в приложение Home без сторонних серверов и бриджей. В приложении EVE доступно 54 эффекта для адресных светодиодов Оригинальный проект - 🤍 Описание эффектов - 🤍 Компоненты для изготовления платы DC-005 Разъем питания 5,5x2,1 мм - 🤍 Микросхем 74AHCT125 SOP14 - 🤍 Держатель предохранителя - 🤍 Предохранитель 10А - 🤍 ESP8266 ESP-12E - 🤍 AMS1117-3.3 V - 🤍 Файл печатной платы - 🤍 0:00 - Предисловие 2:13 - Моя плата 2:37 - Посылки с деталями 4:14 - Сборка платы 5:50 - Процесс прошивки 7:15 - QR-code HomeKit 7:28 - Первый запуск и настройка 8:31 - Добавление платы в HomeKit, приложение Home 10:20 - Приложение EVE и эффекты 13:16 - Послесловие #MyHomeKitHome #HomeKit #Homekit,
Heute erklärt euch Robin ihr die sogenannten #neopixel unter #klipper einbindet und auch ansteuert. Bei Fragen schaut gerne auf dem Discord vorbei. Euch hat das Video bzw. die Playlist weitergeholfen? Dann unterstützt uns und unseren Kanal gern mit einem 👍 und Abo! Danke! Anregungen, Fragen und Kritik gerne in die Kommentare oder auf unserem Discord posten 👉🏻 Befehle und Links zum Video: 👈🏻 Alle Befehle zu diesem Video findet ihr in unserem Gitbook. ➡️Links: Gitbook Eintrag: 🤍 ➡️Kapitel: 00:00 Intro & Einleitung 00:36 Dokumentation 01:23 Neopixel Pin definieren 02:59 Neopixel Sektion Erläuterung 05:15 Ansteuerung 06:55 Farben Vorlage 07:59 Statusmeldungen 07:30 Konfiguration 10:05 Inkludierung der Konfiguration 👉🏻 Links zur Community: 👈🏻 ➡️Discord: 🤍 Fragen, quatschen und Support. ➡️Gitbook: 🤍 ➡️GitHub: 🤍 ➡️PrusaPrinter: 🤍 ➡️Thingiverse: 🤍 ➡️Amazon Ref Link: 🤍?tag=crydteam-21 🔸Cryd-Team:🔸 Manu Robin (Basics und Troubleshooting) Ben (Aufbau Videos) Steven (Projektumsetzungen) Alex (Grafikdesign) Flo (Gitbook) 🔩Zahnriemen: 🤍 🔩Druckerkabel: mit guter Schirmung: 🤍 🔩Hotend Socke: 🤍 🔩Bowden: 🤍 🔩Nozzle: 🤍 🔩Nozzle Bürste: 🤍 🔩Spindelfett: 🤍 🔩Schraubensicherung: 🤍 🎥Cam mit Nachtsicht: h🤍 🎥USB Webcams: 🤍 📐Bügelmessschraube Low Budget: 🤍 📐Bügelmessschraube Premium: 🤍 📐Messschieber Profi: 🤍 📐Messschieber Günstig: 🤍 🔬ADXL Sensor (richtige Version) 🤍 🧲BLTouch Premium Variante: 🤍 🧲BLTouch Pro: 🤍 🧲BLTouch Low Budget: 🤍 🧰Jumper Kabel: 🤍 Crimp Set: 🤍 JST Set: 🤍 🧰Lötkolben: 🤍 🧰Lötkolbenständer: 🤍 🧰Lötstation: 🤍 *alle Links sind Affiliate Links womit du kostenfrei den Channel und den Discord unterstützt - jeder Cent kommt der Community zu Gute!
Hier siehst du wie die Farben auf dem kleinen NeoPixel wechseln. Den Code dazu habe ich von der Seite 🤍 entnommen. Den kompletten Beitrag zu diesem Mikrocontroller findest du wieder auf meinem Blog unter 🤍
JLCPCB Prototype for $2(Any Color): 🤍 In this video, I have shown how to control Neopixel LED strip using Generic ESP8266 wifi module. I have also shown the connection diagram as well as the code required to control the LED wirelessly using smartphone or Laptop. Subscribe Now for more such interesting and informative videos :- 🤍 _ Important Links Link for buying 60 LED (1m) Strip :- 🤍 Link to buy Generic ESP8266 :- 🤍 Link to download Arduino IDE - 🤍 Installing ESP8266 boards on Arduino IDE :- 🤍 Programming ESP8266 using Arduino Board :- 🤍 PCB File for this project :- 🤍 _ Buy the components from here Generic ESP8266 :- 🤍 Magnetic Door Lock :- 🤍 Arduino Pro mini :- 🤍 ESP32 board :- 🤍 Single 5V Relay Module :- 🤍 ESP8266 12e development board(NodeMCU CP2102) (🤍 3 axis accelerometer - (🤍 Raspberry Pi 3B kit(UTsource) - (🤍 5V Relays (🤍 1n4007 Diode (🤍 BC547 transistors (🤍 330ohm resistors (🤍 16 channel analog multiplexer module (🤍 PIR motion sensor (🤍 Sound Sensor (🤍 Light Sensor (🤍 DHT11 Temperature and Humidity sensor(🤍 7805 Regulator IC (🤍 9V Power Adapter (🤍 2 pin PCB mount terminal (🤍 _ Subscribe Now :- 🤍 Facebook :- 🤍 Twitter :- 🤍 Instagram :- 🤍 Website :- 🤍 WhatsApp number :- +91 82000 79034 _ #techiesms explore | learn | share
In this video, I connect a WS2812 Neopixel RGB LED Strip to the NodeMCU (esp8266) dev board and get it light up and make light patterns using the NodeMCU Lua programming environment. Code is shown onscreen. Links for more information on the stuff in the video * My code: 🤍 * Esplorer UI: 🤍 * Lolin/Esp8266 Dev Board - Search for NodeMCU board * WS2812/neopixel LED Light strip - 🤍 * WS2812 datasheet: 🤍 * Buying the NodeMCU - 🤍 * NodeMCU API ref 🤍 You will also need: * a multimeter: 🤍 * a power supply 6v or 4.5v and 1.2 amps: 🤍 Note for users of loops in Lua - if you do not reset/feed the watchdog timer, expect your 8266 to reset! 🤍 If you love what I build, please support me by buying my book "Learn robotics Programming", all about making a robot with the Raspberry Pi and Python, including connecting RGB strips to it at 🤍 Shout out to Adam - who lent me a strip to play with.. ahem... get working for him... Chapters: 00:00 Introduction - what I'm going to demonstrate. 00:40 Introducing the NodeMCU esp8266 Dev Board (Lolin) and it's IO pins. 01:11 Introducing the WS2812 Neopixel RGB LED Strip 01:34 Theory on connecting power to the ESp8266 NodeMCU development board - measuring with the multimeter. 01:53 Making the connections from the WS2812 RGB LED Strip to the Esp8266 NodeMCU dev board 02:16 Checking connections with the multimeter - skipping this step may lead to problems later. 02:40 Checking the NodeMCU API documents at 🤍 then writing the code to turn a Single ws2812 RGB LED on. 03:03 Troubleshooting - why did nothing happen when I sent this code? 03:22 Troubleshooting - Checking for a voltage drop - is there enough power in the circuit for this light? 04:09 Troubleshooting - Measuring the voltages again with the esp8266 board on its own. 04:24 Plan B - do I need to power the ws2812 led strip separately? Note the common ground! 04:40 Plan B - choosing a DC supply with 6v and 1.2 amps. (4.5v works too) 05:05 Trying again - setting an RGB LED to Red. - success! 05:15 Programming a sequence of 3 colors for the RGB led strip in Lua on the esp8266 NodemCU 05:39 Getting it to do something fancy - purple (ish) - RGB(255, 0, 255) 05:54 Turning an RGB LED off - string.char(0, 0, 0) 06:11 Demonstrating animated lights chasing on the Ws2812 RGB LED Strip - why does this reboot now? (Hint - it's the watchdog timer) 06:42 Getting a closer look at the Lolin NodeMCU ESP8266 module 07:07 Getting a closer look at the Ws2812 neopixel RGB LED Strip 07:18 Close up of the wire connections between the WS2812 LED Strip and the ESP8266 Nodemcu Lolin board - Ground, data pin. 08:10 Close up of the five cables coming out of the WS2812 LED Strip - the 2 thicker wires for the higher current power supply needed for the LED"s. 08:41 Why you must make sure the ground is connected through when using an external power supply for driving the WS2812 addressable RGB LED strip from the ESP8266 NodeMCU. 08:55 Once programmed - I drive the connected LEDs and ESP8266 from a single power supply. 09:18 Why is the NodeMCU stopping after 1 second? troubleshooting the watchdog timer. 09:42 Introducing the idea of ESP8266 NodeMCU alarms/timers instead of a Lua while loop - let NodeMCU call you. 10:08 Demonstration of the animated LEDs - Larson Scanner style. 10:38 How to stop alarms and timers in NodeMCU Lua on the esp 8266 10:48 How much illumination do you get from a strip of 29 ws2812 addressable RGB LED's? introducing the Lua String repeat function. 11:15 Demonstration of string rep in Lua code for bright white ws2812 LEDs. 11:51 Reducing the intensity of white colour in WS2812 RGB LED's using Lua on the NodeMCU. 12:22 Outtro - hope you've enjoyed this WS2812 RGB LED Video plus a sneaky idea about using the LED strip data-out pin to drive another device. Rest of the Orionrobots esp8266 series: 🤍 Previous Video: 🤍 - Esp8266 and LED made into recording Light. Next Video: 🤍 - NodeMCU Esp8266 with Neopixel 8x8 Panel Help to translate this video! 🤍 This is purely for fun and exploration. This is not a paid placement for any products.
Über NeoPixel hat Günter Spanner in HIZ397 viel erklärt. Diese programmierbaren Farb-LEDs kann man als Streifen mit der unterschiedlichsten Anzahl von LEDs erwerben. Im Video habe ich dazu einige kleine Experimente programmiert. Um fast nahtlose Farbübergänge zu realisieren Werden Intensität und Farbe im HSV-Farbraum ermittelt. ZU den Experimenten gehört auch das optische Theremin aus HIZ414. Je nach Abstand vom TOF-Sensor ändern sich mit der Tonhöhe auch die Anzahl und die Farbe der aktiven NeoPixel. 🤍 🤍 🤍 🤍 🤍
Demonstration video of the Neopixel Icosahedron. A project at the LVL1 Hackerspace in Louisville, KY (lvl1.org). 🤍
This was created using ESP8266, NeoPixels (SK2812) a lot of help from the communities and some dedication. Still to do are the second flight of stairs, the IR sensors at top and bottom of stairs and hiding the power supply and ESP behind the wall. Details on: 🤍 Also check out the Wiki: 🤍
Wie versprochen das Video mit der besten Software um ws2812b WS2811 Neopixel zu betreiben! Bau dir deine eigene Partylichter! Die Software läuft auf einer Raspberry Pi und kann per W Lan mehrere ESP8266 oder Wemos D1 mini steuern. Das beste aber ist die extrem gute Auflösung in den Sound reaktiv Modi. Besser als WLED ! Das fein Tuning der LED Strips ermöglicht die schönste Lichtshow die zu Musik reagieren soll weil die MLSC Software der Lautstärke folgt und somit kein justieren notwendig ist wie bei anderen Arduino oder ESP8266 Projekten. Und eine Variante die ich hier vorstelle kannst du gewinnen! Ich verschenke eine davon. Höre dir dazu das Video an damit du erfährst wie genau du diese bekommen kannst. Ein ganz ganz großes Dankeschön an ElGammler der mich auf diese Variante gebracht hat! Bitte schaut euch seinen Kanal auch an! Danke! Achtung !!! Update ist auch schon verfügbar !!! 🤍 - Arduino Code: 🤍 - Installation Anleitung MLSC 🤍 - Hilfe Link wen es bei dir auch nicht klappt! 🤍 -
Test Results Spreadsheet: 🤍 My recommended strips and density: WS2812B RGB 60LED/m: 🤍 SK6812 RGBW 60LED/m: 🤍 WS2815 RGB 60LED/m: 🤍 Quick Reference Guide: 🤍 Pretty Power Consumption Guide: 🤍 BTF Lighting AliExpress Store: 🤍 BTF Lighting Amazon US Store: 🤍 BTF Lighting Amazon UK Store: 🤍 As an Amazon Associate I earn a % of qualifying purchases at no cost to you. Visit my website: 🤍 Follow me on Twitter: 🤍TheHookUp1 Support my channel: Patreon: 🤍 Tesla Refferal Code: 🤍 Music by 🤍BenSound.com
Full tutorial: 🤍 RGB LED lighting strips are everywhere. Many of these strips come with a handy infrared (IR) remote control that will allow you to select different colors, change brightness, and fade from one color to the next. They're very easy to install and use, but can be rather a disappointment for the discerning LED connoisseur. The pre-programed animations and available colors on these cheap RGB strips are very basic. You can get ordinary solid colors or annoying blink modes, but buttery smooth subtle color shifts, gradients, and beautiful mesmerizing animations are far beyond the reach of these "dumb" RGB strips. For subtlety and beauty, you need NeoPixels - "smart" individually addressable LED lights that can be controlled with code. This guide will show you how to get beautiful, subtle NeoPixel animations up and running and controllable with a simple IR remote in minutes, with no coding required. The free, open-source WLED app allows you to create your own NeoPixel animations, choosing from hundreds of effects and color palettes. Automatically map your custom animations to the buttons on your IR remote, so you can choose solid colors or run your beautiful custom animations from the same controller. Visit the Adafruit shop online - 🤍 - LIVE CHAT IS HERE! 🤍 Adafruit on Instagram: 🤍 Subscribe to Adafruit on YouTube: 🤍 New tutorials on the Adafruit Learning System: 🤍 -
Double Random on my Neopixel Goggles Project Documentation: 🤍
Live stream to 🤍 showing part 1 of experiments with creating a color synthesizer for NeoPixels, in the style of analog music synthesizers. Links mentioned in video: - Modular synthesizer: 🤍 - Scanimate (video synthesizer): 🤍 - Code examples from this video: 🤍 - MicroPython & CircuitPython guides: 🤍 - Sine wave: 🤍 - Linear interpolation: 🤍 - NeoPixel uberguide: 🤍 Acknowledgements: - Music: bartlebeats - Intro shuttle footage: NASA - Intro fonts: Typodermic - Intro inspiration: Mr. Wizards's World - Matrix background: cool-retro-term & cmatrix - Visit the Adafruit shop online - 🤍 Subscribe to Adafruit on YouTube: 🤍 Join our weekly Show & Tell on G+ Hangouts On Air: 🤍 Watch our latest project videos: 🤍 New tutorials on the Adafruit Learning System: 🤍 Music by bartlebeats: 🤍 -
Some pretty nice colours and some pretty big numbers :) See the assembly language code: 🤍 Read about LFSRs: 🤍 The table of maximal length taps I was reading: 🤍
Full Article - 🤍 We are getting our Blinkies Popping Off Today ✨! Our latest UPDATED guide will demonstrate the fastest and most customizable way to have WS2812B LEDs controlled by your Raspberry Pi. Learn the simplest way to drive a small LED strip, multiple LED strips, and how to externally power a very long strip (150 Nodes). Related Information Raspberry Pi Workshop for Beginners - 🤍 Raspberry Pi Types - 🤍 Control a Raspberry Pi From your Phone - 🤍 RGB Colour Code Chart Website - 🤍 Extra WS2812B LED Strip Dancing Patterns GitHub - 🤍 LED GUI Control GitHub (Advanced) - 🤍 Sound Reactive LED Control GitHub - 🤍 Standard Practices for Powering 1000+ LEDs - 🤍 LUMA Project (Which has Sound Reactive LED Control) - 🤍 The name WS2812B Strip usually refers to a long length of flexible PCB with many specific RGB LED Nodes evenly spaced and dotted along the top side of the PCB. Furthermore, WS2812B strips are fully addressable. This means each RGB LED node can display a different colour and intensity than its neighbours. WS2812B strips will do everything that non-addressable RGB strips do. In almost all regards WS2812B Strips are better as they allow for more creative LED light shows. Fancier animation/striping/chasing effects become possible when you can decide exactly what each LED Node will do. WS2812B can be referred to as NeoPixels or GlowBit LEDs. For the above reasons, WS2812B Strips are the best LEDs to choose in this form factor. WS2812B stands for | World Semi | which is the name of the OEM (Original Equipment Manufacturer), followed by the name of the IC chip | 2812 |, followed by | B | indicating it is the 2nd big revision of this design. The IC Chips are built into each LED Node. Whether your WS2812B LED Nodes are connected on a rigid PCB or a flexible long strip the control system built in this guide can accommodate both. If you have never used a Raspberry Pi before, we have got you covered with our free, online Raspberry Pi for Beginners Workshop. No Logic Level Converter or Diode Faff Required! If you have any questions about this content or want to share a project you're working on head over to our maker forum, we are full time makers and here to help - 🤍 Core Electronics is located in the heart of Newcastle, Australia. We're powered by makers, for makers. Drop by if you are looking for: Raspberry Pi 4 Model B (4GB) Ultimate Kit Bundle (AVALIABLE!) - 🤍 Raspberry Pi: 🤍 RPI 4, 8GB: 🤍 RPI 4, 2GB: 🤍 WS2812B RGB Strip LEDs (Used Here): 🤍 GlowBit 8x8 Module : 🤍 0:00 Intro 0:22 What WS2812B Are 0:52 Hardware You Need 2:00 Assembly for One LED Strip 3:40 Software Set Up 4:50 Success! One Bright LED Strip! 5:37 Script 1 Exploration 7:30 Assembly for Multiple LED Strips 8:08 Success 2! Two Bright LED Strips! 8:37 Script 2 Exploration 9:21 Assembly for Long LED Strip 11:40 Success 3! A Long LED Strip 12:18 Where To Now 12:57 Outro
Die WS2812B, auch bekannt als Neopixel, sind RGB-LEDs mit internem Steuer-IC, welche sich über einen einzelnen Datenpin kaskadieren und separat ansteuern lassen. Als in meinem Feed ein Angebot für ¼-Kreise mit 15 dieser LEDs durchtickerte war der Plan schnell klar: 4 ¼-Kreise á 15 LEDs macht 60 LEDs. Passend für eine Uhr. Mal schauen, ob es auch funktioniert. Zur Zeithaltung kommt ein DS3231 zum Einsatz - ein I²C-Chip, welcher speziell für Uhren gedacht ist und genauer funktioniert als die internen Taktgeber der üblichen µCs. Inhalt: 00:00 LED-Module & Aufbauplan 08:22 LED-Test mit Adafruit-Library 12:32 Warum RTC statt Systemtakt / millis()? 17:05 Blick auf die Software 34:13 Uhr in Aktion Links: Code: 🤍 Reparatur Arduino: 🤍 Datenblatt WS2812B 🤍 Datenblatt DS3231 🤍 Library WS2812B (auch im Library-Manager) 🤍 Library DS3231 (auch im Library-Manager) 🤍 Library Timezone 🤍 Library Time 🤍
Update 2: Natürlich geht diese Beschreibung davon aus, dass ihr bereits ein SmartHome habt, in dem die Statussignale der Torsteuerung bereits digital vorliegen. Die Statussignale zu digitalisieren kann elektrisch und programmiertechnisch anspruchsvoll sein und hängt von eurem Antrieb und der bestehenden Verkabelung in eurer Garage ab und ist so individuell, dass ich da unmöglich näher darauf eingehen kann! Das Projekt ist natürlich auch ganz ohne Loxone umsetzbar, ihr braucht dann aber einen anderen Smart Home Server in dem die Torsignale vorliegen und der UDP Commands senden kann - oder ihr nutzt dafür einen Arduino oder nen RaspberryPi mit entsprechender externer Beschaltung und eigener Programmierung. Definitiv was für Nerds und die, die es werden wollen! Update: Tutorial und Implementierung für Loxone-Nutzer: 🤍 Nerd-Eskalation: Der WLED Pixel-Controller hängt im WLAN und bekommt die Sequenz über UDP direkt vom Loxone Miniserver, alles genau nach mitgelieferter Anleitung. Die Garagentorsteuerung (von Hörmann) hängt entsprechend auch im Loxone und liefert die Information über den aktuellen Öffnungszustand, beim Losfahren ändert sich die Szene auf das rote Lauflicht, bei kompletter Öffnung erst auf grün und dann zeitverzögert und abhängig von der Außen-Helligkeit auf die weißen "Spots" - oder eben aus. Die Außenbeleuchtung und die "Spots" im LED-Band werden über einen Philips Hue Outdoor Bewegungsmelder angesteuert (ebenfalls über Loxone). Pixel-Controller von: 🤍 Blog dazu: 🤍 LED-Band: "RGBWW SK6812 (ähnlich WS2812B) 5m 60leds/pixel/m individuell adressierbar", am günstigsten aus China Trafo: Mean Well LPV-100-5 LED-Trafo Konstantspannung 60W 0-12A Profil: "Aluminium Profil 2 Meter - Aluprofil für LED Stripes/Streifen Abmessung: 2000mm x 17mm x 7mm ALU Leiste (Alu Profil weiss inkl. milchiger Abdeckung für LED Streifen) " Gesamtkosten um die 120€. Info zu den Sequenzen: Genutzt werden befehle aus der WLED HTTP-Api: 🤍 🤍 rot, Tor in Bewegung: SM=0&SS=0&SV=2&S=0&S2=299&GP=1&SP=0&RV=0&SB=255&A=255&R=255&G=0&B=0&W=0&R2=0&G2=0&B2=0&W2=0&FX=60&SX=203&IX=246&T=1 grün, Tor geöffnet: SM=0&SS=0&SV=2&S=0&S2=299&GP=1&SP=0&RV=0&SB=255&A=255&R=0&G=255&B=0&W=0&R2=0&G2=0&B2=0&W2=0&FX=0&T=1 Einschaltanimation + Spots: SM=0&SS=0&SV=2&S=0&S2=299&GP=1&SP=0&RV=0&SB=255&A=255&R=0&G=0&B=0&W=255&R2=0&G2=0&B2=0&W2=0&FX=60&SX=64&IX=113&T=1 T=0 SM=0&SS=0&SV=2&S=15&S2=299&GP=7&SP=30&RV=0&SB=255&A=255&R=0&G=0&B=0&W=255&R2=0&G2=0&B2=0&W2=0&FX=0&T=1 komplett an: SM=0&SS=0&SV=2&S=0&S2=299&GP=1&SP=0&RV=0&SB=255&A=255&R=0&G=0&B=0&W=255&R2=0&G2=0&B2=0&W2=0&FX=0&T=1 Spots: SM=0&SS=0&SV=2&S=15&S2=299&GP=7&SP=30&RV=0&SB=255&A=255&R=0&G=0&B=0&W=255&R2=0&G2=0&B2=0&W2=0&FX=0&T=1 aus: T=0
#2023 Proffie programming tutorial. Includes software installation/config and SD Authoring/Program your lightsaber. Chapter 1: Software Installation on Windows 11 PC 3:49 Chapter 2: Writing your Config file/Editing your config file 28:20 Chapter 3: Writing your SD Card to match your config file 1:25:06 Chpater 4: Program your proffieboard!!!!!!!! 1:58:21 Ignite your lightsabers and rock and roll!!!!!!!!!!!!!!! This video is 2:15 long, that is 2 HOURS and 15 Minutes. You can skip to chapters that I have marked, and there are other helpful links below that have been mentioned throughout the video! Installing sabers might be time consuming, but the majority of my time is spent writing custom configs for my sabers and my customers' sabers. Config file writing can be labor-intensive, the more complex your build, the bigger your config file will be. I wrote 0 code in this video. Everything is copy and paste! Proffieboard main page: 🤍 Proffieboard software page: 🤍 Proffieboard page with the OS6 Sounds and Common folder: 🤍 Fett 263 Proffieboard support page and library: 🤍 Kyberphonic sound fonts: 🤍 KSith sound fonts: 🤍 Fredrik video to fix your drivers: 🤍 My OS6 Video: 🤍 Using WEB USB Proffie Workbench to add fonts/presets: 🤍 Crucible Forums: 🤍 TRA Forums: 🤍 Facebook Open Source Sabers Group: 🤍 Facebook Proffieboard Support Group: 🤍 Full lightsaber proffie build tutorial 1: 🤍 Full lightsaber proffie build tutorial 2: 🤍 Lightsaber install from this video: 🤍 This current video replaced my old one here: 🤍 Megtooth Sith Merch!!!! 🤍 #korbanth #lgt #proffie #darkforcecustomsabers #megtoothsithsabers #saberforge #ultrasabers #pachstore #chineseum #89sabers #darkwolf #mountainsabers #lightsaber #neopixellightsaber #pixelsaber #smoothswing #proffiepixel #proffieboard #kyberphonics #ksith #spinning #spinningbladeplug #vadersvault #starwars #lightsaber #saber #saberduel #saberfighting #megtoothsith #fett263 #opensource #crucible #bladebuild #bladebuilding #pixelblade #neopixelblade #tutorial #tutorials #lightsabertechsupport #sabertech #korbanth Proffieboard lightsabers proffieboard lightsabers proffie saber proffie sabers neopixel lightsabers pixel blades pixel sticks the custom saber shop the saber armory cheap saber from china #Cheaplightsabers #Cheaplightsaber #cheapsaber #cheapsabers. #cheapest lightsaber # #saber #cheapestsabers #Ultrasaber ultra saber #saberforge saber forge #lgt #89sabers #korbanth #krsabers #smugglersoutpost #neopixel #smoothswing #lightsaber #ultrasaber #ultrasabers #vadersvault #lgt #89sabers #korbanth #lightsaber #lightsabers #neopixel #pixel #smoothswing #proffie #proffieboard #kyberphonics #ksith #saberfonts #proplicator #Phoenixprops #cheap #cheapsabers #chineseum #solosabers #nerfherdercustoms #dropshipping #neopixellightsaber
#CameraForSale #A (overhead) #CameraForSale #B (facing me) - LIGHTSABER ACADEMY: 🤍 I created a Patreon tier ONLY for those who wish to become true Jedi and learn how to build your own lightsabers. You’ll get special access to long-form videos where I show you how to build a lightsaber from start to finish, explaining every step along the way. - - - It's been about a month and a half since I've touched my lightsaber, but I finally got back to it and today I installed the Neopixel PCB adapter! This should be the last "thing" that I need to install into my lightsaber hilt. Now I just have to connect everything I've put in there to the soundboard. I'm fighting myself so hard because that's all I want to do right now, but I know I've got to get this video out first. I'm literally running out of storage space for these long videos haha. #starwars #lightsaberacademy #inreallife - MERCH - New MERCH: 🤍 Old Merch in case you missed it: 🤍 - WHAT THIS CHANNEL IS ABOUT - Welcome, Star Wars Nerds! You belong here :) This channel is about escaping this galaxy, and entering a new one. One that we all love, that others don't quite understand. One filled with Jedi, Lightsabers, and Space Battles. Romance, Hope, and Belonging. So that we can make life a little more fun. I'm going to cover everything from visual effects, to cosplay, toys, virtual reality, events, pranks, and more. These aren't just movie reviews. This isn't just... "Theory". This is Star Wars In Real Life. - SUBSCRIBE! (hit that red “subscribe” button above!) SCHEDULE New videos every sometimes! LET'S CONNECT! Website: 🤍 Instagram: 🤍 Facebook: 🤍 Twitter: 🤍 Patreon: 🤍 Imgur: 🤍 Kit: 🤍
Sound reactive WLED project with 84 WS2811 RGB LEDs, Neopixel 🤍 🤍 (sound reactive) At this point many thanks to the WLED Discord group for much helpful information and a top management. Powered by a 5V 10A power supply, a D1 Mini ESP32 ( alternative ESP8266 ) and a Quinled Dig-Uno board. 🤍 Music by Approaching Nirvana 🤍 Song: Illuminate ► GET THE SONG ◄ ♦ iTunes: 🤍 ♦ Spotify: 🤍 ♦ Amazon: 🤍 ♦ Google Play: 🤍 ♦ Bandcamp: 🤍 0:00 Video begin 0:48 the electronics outside 1:03 the LEDs 1:22 the electronics indside 1:36 Quinled DIG-UNO with ESP 32 1:57 the fountain 3:41 end
This is just a followup video from my other tutorial: 🤍 I only tested my code with a 45 LED matrix, so here I show the same exact code working with a 16x16 (256 LED) matrix - more tests to come, and I plan on streaming animations to the display from an SD card or USB flash drive... maybe even wirelessly The test animation CODE is HERE: 🤍 The 16x16 LED Array was bought here: 🤍 That cheater board I've been handing out to the Patrons to this channel here: 🤍 Twitter: 🤍 Music by HLFMN (Paolo Michelini) : 🤍 🤍 Check out my Tindie store (trigBoard is available) 🤍 Thanks to all the Patrons for dropping a few bucks in the tip jar to help make these videos happen! 🤍 Twitter: 🤍 For inquiries or design services: 🤍
Hier geht es zu Saberforms: 🤍 Heute stelle ich euch mal ein Lichtschwert vor welches mir von Saberforms gestellt wurde! Es handelt sich um das Redeemer Mk3 Neopixel. - - - - - - Günstiger Spiele und Guthaben kaufen über den Instant Gaming Link - - - - - - ► Instant Gaming: 🤍 ► Gratis Spiel gewinnen: 🤍 - - - - - - - - - - - - - - - Mehr zu mir: 🙋- - - - - - - - - - - - - - - ►Instagram: 🤍 ►Wiki Seite: 🤍 (dort steht sehr viel zur Person) ►Twitter: 🤍 ►Twitch Livestreams: 🤍 - - - - - - - - - - - - - - - Tombie Unterstützen: 🌟 - - - - - - - - - - - - - - - ► Creator Code: Tombie1991 ► Instant Gaming: 🤍 ► Amazon: Wer Lust hat mich zu unterstützen, kann über den folgenden Affiliate-Link ohne Mehrkosten bei Amazon bestellen: 🤍 ► Merch / Tombie Fanshop: 🤍 ►Best ofs und Streamhighlights: 🤍 ► Liken, Teilen und Social Media (danke) - - - - - - - - - - - - - - - - Credits: 🎵 - - - - - - - - - - - - - - - - Credits: Music and Design copyright is held by Disney/LucasFilm. Eventuell benutzte Bilder von Battlefront Captures: ►🤍 Alle eventuell benutzten Songs sind vom Kanal DJ AG oder NCS: ►🤍 ►🤍 #tombie #starwars #lichtschwert
GEMMA jewelry! The bitty board fits perfectly in the center of a NeoPixel ring for flashy hoop earrings or a charming pendant. Becky Stern shows you how to build your own: 🤍 - Subscribe to Adafruit on YouTube: 🤍 Join our weekly Show & Tell on G+ Hangouts On Air: 🤍 Watch our latest project videos: 🤍 New tutorials on the Adafruit Learning System: 🤍 Music by bartlebeats: 🤍 -
A small, but fun project. A reactive light bar. It has several ultrasonic sensors (HC-SR04) that, when triggered, changes the color of the Neopixel stripe. The special about it, that this can handles five ultrasonic sensors simultaneously. Arduino Nano - 🤍 Ultrasonic Sensors - 🤍 Neopixels - 🤍 Library NewPing - 🤍 Code 🤍 Project Page 🤍 Social Facebook - 🤍
My fellow Nerds! I've peaked! For a while i was in the market for a custom Iron Man themed saber hilt. After way to much research and some INSANE quotes someone linked me to Vsaber.Com and BOOM! Problem solved! This thing is beautiful and hits all the right marks. In this video i'll break it down with you and explain some pretty cool things i learned while diving into this wild new realm of Saber Buying/Building! Check here for a neat Reddit guide on the subject! 🤍 And check out 🤍 if you want to snag one of these beauties! And if that sweet Iron-Mandalorian helmet caught your eye then check here for a tutorial! 🤍 - ~~~Things of Interest!~~~ The Discord! ~Join our FREE Community Discord~ Chat all things 3D Printing, Cosplay, Nerd and More! Free for everyone! A Great place to learn and grow! 🤍 The Patreon~ ~Help Support the channel and my content~ Want more interaction? Behind the Scenes? Special Contests and Prizes? Check out my Patreon and help support my builds! 🤍 Check out some awesome Nerdy Merch! TeeSpring.com/FranklyBuilt ~Check out my other Social Media!~ Instagram (Quickest way to talk): 🤍 TikTok (It's actually kinda funny) 🤍 Twitter (I share all things Nerd): 🤍 Facebook (Tons of photos and Albums) : 🤍 Reddit (Just have to see for yourself!): 🤍 ~STL Files and 3D Models~ Want AWESOME 3D Models and Files? How about a Discount code for 20% off everything! DO3D Forum: 🤍 Use Code "FBT20" at checkout! ~~My recommended 3D Printers~ Creality Official Website: 🤍?sca_ref=206063.FX8wJeSQM4 #ironman #lightsaber #marvel
Live stream to 🤍 looking at how to make oldschool demoscene plasma effects on NeoPixels with MicroPython ESP8266! Links mentioned in the video: - Second Reality demo by Future Crew: 🤍 - PC Demos Explained website (like a time capsule from 1996): 🤍 - Plasma Effect: 🤍 - Step by step plasma effect implementation: 🤍 - MicroPython ESP8266 math documentation: 🤍 - Pouet.net, archive of old and modern demos: 🤍 - Revision 2016, modern demoscene party: 🤍 - Code created in the video: 🤍 Acknowledgements: - Music: bartlebeats - Intro shuttle footage: NASA - Intro fonts: Typodermic - Intro inspiration: Mr. Wizards's World - Matrix background: cool-retro-term & cmatrix - Visit the Adafruit shop online - 🤍 Subscribe to Adafruit on YouTube: 🤍 Join our weekly Show & Tell on G+ Hangouts On Air: 🤍 Watch our latest project videos: 🤍 New tutorials on the Adafruit Learning System: 🤍 Music by bartlebeats: 🤍 -
Impossible??? #shorts I have a Patreon! Join me and together we will rule the galaxy: 🤍 Instagram: 🤍JakeLikesLightsabers Nerdy designs: 🤍 basic spin tutorial: 🤍 Figure eight spin tutorial: 🤍
#raspberrypi #pico #pio We will go through 3 trends that are exciting with the launch of Raspberry PI's Pico microcontroller board. Firstly, the RP2040 is a custom chip and we will discuss some practical toolchains that are available for designing a custom chip and how this process is becoming more affordable and accessible. Secondly, we will use the native C/C SDK to run the blinky and I2C bus scan example and see how the toolchain and documentation are all open-source and user-friendly. Lastly, we will scratch the surface of what is a PIO with a simple I2C PIO example along with running WS2812 Neopixels with PIO. ⏰ TIMESTAMPS 0:00 Intro 02:04 Chip design 05:35 Toolchain 06:53 Blinky with a pre-built binary 08:23 Create the blinky binary with Pico C/C SDK 10:24 Create blinky as a separate project with the serial monitor 13:47 I2C Bus Scan with 2 sensors 17:19 What is Programmable I/O 19:26 PIO I2C Bus Scan with 2 sensors 22:25 PIO with Neopixel WS2812 29:17 Outro ‣ Some links below are affiliate. I receive a small commission at no extra cost to you. 📻 PRODUCTS MENTIONED Raspberry PI Pico 🤍 Level shifter 4-channel bidirectional 🤍 Adafruit Neopixel Ring 16 🤍 🎩 DEMO FILES Pico blinky 🤍 Pico I2C 🤍 Pico PIO I2C 🤍 Pico PIO Neopixel WS2812 🤍 📺 WATCH NEXT Makefiles for using with Arduino 🤍 (15:35) 🔗 LINKS SHOWN Apple-designed processors - Wikipedia 🤍 Apple M1 Chip - Apple (SG) 🤍 Mac transition to Apple Silicon - Wikipedia 🤍 For Your Eyes Only: Betrusted & the Case for Trusted I/O by Bunnie Huang - YouTube 🤍 Time-of-check to time-of-use - Wikipedia 🤍 [FOSSi Dial-Up] Tim Ansell - Skywater PDK: Fully open-source manufacturable PDK for a 130nm process - YouTube 🤍 Welcome to SkyWater SKY130 PDK’s documentation! — SkyWater SKY130 PDK 0.0.0-308-gdb2e067 documentation 🤍 google/skywater-pdk: Open source process design kit for usage with SkyWater Technology Foundry's 130nm node. 🤍 Learn how to make your own custom chips! - YouTube 🤍 Zero to ASIC Course | Zero to ASIC Course 🤍 Getting Started with RP2040 – Raspberry Pi 🤍 raspberrypi/pico-examples GitHub 🤍 raspberrypi/pico-sdk GitHub 🤍 Raspberry Pi Pico SDK: Raspberry Pi Pico SDK 🤍 MicroPython 🤍 microsoft/uf2: UF2 file format specification 🤍 VCNL4010 Proximity/Light sensor by Adafruit 🤍 Adafruit Si7021 Temperature & Humidity Sensor Breakout Board 🤍 vcnl4000.pdf 🤍 Si7021-A20 I2C Sensor datasheet 🤍 Adafruit NeoPixel Überguide 🤍 Level Shifting 3.3V microcontrollers and NeoPixels 🤍 WS2812 Datasheet 🤍 🔌 TOOLS USED 🤍
Dies ist das Video zu meinem Uhrengehäuse, zu finden auf 🤍 Untertitel einschalten Druckzeit ca. 6 Stunden 3D Druck Uhrengehäuse: 🤍 Software 🤍 🤍 🤍 Link für eine Anleitung zur Arduino IDE - ESP8266 D1 Mini programmieren 🤍 CH340/340 Treiber für Arduino Boards installieren 🤍 WS2812B/Neopixel mit WLED einfach steuern 🤍 Arduino IDE Tutorial: ESP8266 bzw. Wemos D1 einbinden 🤍 alternative Software (nur Uhr) 🤍 WS2812 Ring 60 Bit 6,2"x5,7" 157.48x144,78mm A-IØ 🤍 🤍 🤍 🤍 Wemos ESP8266 D1 mini Clown (der original Wemos hat keine Befestigungslöcher) 🤍 🤍 🤍 🤍 Taster 6x6x10 🤍 🤍 🤍 🤍
Coen from RGBDigit dropped by at Elektor.Labs to show us the work he has done to develop a practical RGB 7-segment display based on WS2812b chips. For more Info and Details visit 🤍
💥💥 AMAZON TECH Deals of the Day: 🤍 💥💥 New Updated Sound React Video: 🤍 Materials: Microphone: 🤍 Diffuser Channels: 🤍 LED Lights: 🤍 LED Lights AliExpress: 🤍 LED Lights used for Board and Batten wall: 🤍 ESP32 Board: 🤍 18 Gauge Silicone Wires: 🤍 Wago Connectors: 🤍 Wire Stripper: 🤍 Micro USB cable: 🤍 Big Power Supply: 🤍 Wall Plug for Big Power Supply: 🤍 Medium Power Supply: 🤍 Soldering Iron: 🤍 Solder: 🤍 Solder Smoker Absorber: 🤍 Helping Hands: 🤍 Heat Shrink Tubing: 🤍 My How-To Solder video: 🤍 My DIY Board and Batten video: 🤍 How-To Video for the LED Pegboard Project: 🤍 Link to some of my full DIY LED how-to project videos: LED Baseboard Trim: 🤍 RGB Lamp Hack: 🤍 Corner LED Light using Pex pipes: 🤍 DIY Govee Glide using only paper: 🤍 Simple Corner LED Project: 🤍 DIY Customizable Light Up Images: 🤍 LED Strip Diffuser Ideas: 🤍 DIY Hexagon Project: 🤍 DIY Edge Lit Designs: 🤍 DIY Black Acrylic Floating Shelves: 🤍 LED Tutorials: Soldering Tutorial: 🤍 Installing WLED on esp8266: 🤍 Power Options for LED Strips: 🤍 Use WLED with Govee Lights: 🤍 Re-Use Leftover LED Strips: 🤍 Unboxing Videos: Best Diffuser Channels (same ones used in this video): 🤍 Lytmi Neo 2.0: 🤍 Govee Lyra Floor Lamp: 🤍 Govee Glide Hexa Panels: 🤍 Govee Glide Light Bars: 🤍 The best way to help support my channel is to like, comment, make sure your subscribed and share my videos with as many people as you can. The other way is to use my links above as I get a small % at no extra cost to you if you buy something. Thank you all for the support! Music Used this video: One of my favorite bands OM-53. Make sure to look them up and subscribe to their channel! ØM-53 - IT'S ALL WRONG (AMNG WLVS REMIX) LYRIC VIDEO - 🤍 ØM-53 - DEFENDER - LYRIC VIDEØ - 🤍 One of my other favorite artists Kalax. Make sure to look them up and subscribe to their channel! Kalax - Out of Time (feat. Pyxis, Jay Diggs) [Official Music Video] - 🤍 Song: DayFox - Vietnam Coast Music provided by Vlog No Copyright Music. Video Link: 🤍 #NoCopyrightMusic #VlogMusic #vlognocopyrightmusic #WLED #SOUNDREACTIVE #HOWTO
*Want to learn more? Check out our courses!* 🤍 Arduino Sketch Build Process Website: 🤍 *Get the code, transcript, challenges, etc for this lesson on our website* 🤍 *We designed this circuit board for beginners!* Kit-On-A-Shield: 🤍 FOLLOW US ELSEWHERE - Facebook: 🤍 Twitter: 🤍 Website: 🤍 Have you ever wondered how all this electronic stuff that surrounds us every day is actually programmed? Things like your toaster or your microwave or your fridge or whatever electronic widget you might be using. It all has code and electronics behind it. Well, in this lesson, we're gonna walk through the code that powers this simple turn timer, we're gonna be using a micro controller development board called Arduino. Arduinos are like really small computers that are fantastic for helping you build electronics projects. This will be your chance to throw your brain at some code and see how something like this simple turn timer is actually programed. We're gonna be talking generally about how an Arduino sketch is laid out. So even if maybe some of the code seems a bit confusing to you, I think you're gonna get a gist for how a program can be organized. We'll make sure to link to the code in the description. Now hey, before we start, if you haven't yet, please do subscribe to our channel. It costs you nothing, but it really helps us deliver great content. Also, if you have any questions as we go through this code about Arduino or the code that I'm writing, please feel free to ask it. Or if you've got some advice on how I can better write the code, please add that too, I know I am far from perfect. It's always a little bit scary throwing my code out there because I know how much experience people have in comparison to me, but, hey, as they say, what you fear most is what you most need to do. So, all right, let's go ahead and jump into this code. So let's start with the general layout of an Arduino program, and I'm gonna open up a brand new sketch just to show this. So when you open up a new sketch in your Arduino IDE, there's two functions that get prefilled for you. One is set up and one is loop. All the code in setup runs first, and it only runs once. And then all the code in the loop, it runs from the top. It goes down executes code. And when it gets to the bottom, it starts over again. So it loops over and over. So in the turn timer program, we're gonna have a setup and we're gonna have a loop just like we do in every other Arduino program. CONTINUED... 🤍 *About Us:* This Arduino lesson was created by Programming Electronics Academy. We are an online education company who seeks to help people learn about electronics and programming through the ubiquitous Arduino development board. *We have no affiliation whatsoever with Arduino LLC, other than we think they are cool.*
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This is a follow-on to our previous "Multi-Drips + Splash Effect" experiment (🤍 In this case, we’ve added a 9DOF (nine degrees of freedom) motion and orientation sensor to the array. We’re using a Fusion breakout board (BOB) from Adafruit (🤍 This little scamp features a BNO055 microelectromechanical system (MEMS) sensor from Bosch. In turn, this sensor boasts a 3-axis accelerometer, a 3-axis gyroscope, and a 3-axis magnetometer. All we are doing is this first test is to detect when the array is tilter past a certain point and use the direction of tilt to “roll” a “ball” (in the form of an illuminated pixel) around the array. At the moment, the “ball” rolls at a constant speed, irrespective of the amount of tilt. The next step will be to model some physics so the “ball” appears to exhibit inertia; also, that it’s acceleration and speed will be a function of the amount of tilt. Later, we might create a game, like having green “food” pixels randomly appear on the array. By rolling the “ball” pixel into a “food” pixel before it randomly disappears again, the player will get a point. We might also add randomly appearing and disappearing red “hole” particles. The number of active “holes” could gradually increase over time. If the “ball” meets one of these pixels, it “falls down the hole” and the game is over. Players take it in turns. The one with the most points wins. I’m sure we can come up with all sorts of games like this. For your delectation and delight, all of this is discussed in more detail in the January 2021 issue of Practical Electronics (PE), which is the UK's premier electronics, computing, hobbyist, and maker magazine (🤍). Both print and digital versions of back issues of the magazine are available for purchase (🤍 Even better, the code for each of my sketches (programs) discussed in my PE columns is available for free download even if you don’t have a subscription to the magazine (🤍
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