Search Results for "pixel led software"

This program makes it simple to get a proper .ico image for your PC software or website favicons. It focuses on what matters and tells you exactly what you need. You feed it an image (png, jpg, gif), it will crop it if its not a square, then it will resize and convert it to the correct format. I have support for these: - Windows PC Exe Programs - 16×16, 32×32, 48×48, 256×256 .ico bundled - Website Favicon - 32x32 .ico - Android Phone Apps - 192x192 .png - Progressive Web Apps (PWA) - 512x512 .png I recommend uploading images atleast 512x512px tall/wide, unless you're doing pixel perfect icons and just want an easier 'convert to .ico format' tool. ...

...The J5IK includes a Tessel 2, and everything else you need to do 14 experiments! No programming or soldering experience is required. Microcontrollers and SoC platforms like to say "Hello World" with a simple blinking LED; the following demonstrates how to do this with the Johnny-Five framework.

BrazilFW is a mini Linux distribution designed to be used as a Firewall and Router that runs easily on older computers. An old PC running BrazilFW is much more powerful and efficient than commercial software for routing in offices and residences running on a "powerful" computer. BrazilFW is based on Coyote Linux, which was designed by Joshua Jackson who discontinued Coyote Linux in version 2.24 in August 2005. In that same month comes on the scene BrazilFW Firewall and Router (BFW) with version 2.24, which is led by "Claudio" and "Marcelo - Brazil", running only on floppy disks, and being 2.30.1 the last version with this support . ...

This project is about a light controlling system with a 4 RGB-LED channels to run different modes: • autonomously w/o PC performing HSI2RGB transformations and running through the color hues (with dimmable brightness) • remote operated by PC or embedded user software using the provided C++ Software library (based on Boost libraries) • ideal platform for color experiments with your RaspberryPi The system consists of 4 layers: • PCB with Atmel ATmega16 and FT232RL USB interface (Eagle forat) • Firmware for applying PWM, UART communication and integrated colorspace transformations (AVR-ASM) • C++-Software for providing a HTTP-Server, a Dreambox picture grabber and basic light sequence player • HTML5/JavaScript application for remote controlling and configuring the system via Webbrowser Please use the SVN browser for accessing the whole development snapshot and getting an current tarball!