Search Results for "scientific plotting software"

A 3-channel fully automated Dew Controller (DIY project) based on Arduino Nano for telescopes. For $48 or less. (c) Copyright Robert Brown 2014-2025. All Rights Reserved. Permission is granted for personal and Academic use only. Code or portions of code may not be copied or used without appropriate credit given to author. A very popular project with over 48,000 downloads. There is a new ESP32 WiFi version at https://sourceforge.net/projects/esp32-dew-controller/ The older...

Benchmark for scientific and numerical computing. http://math.nist.gov/scimark Some years ago, someone converted the sources to delphi. The result of that convertion can be found here: https://code.google.com/p/scimark-delphi/ I found some issues and tried to contact the author. Without success. That's why I decided to start a new repository here. Patches are welcome!

Freeware software for Raspberry PI 4B+ using GPIO and I2C connections with a hardware board with a 30 cm I2C cable (seed or qwicc) or 2m (proprietary eComet). Hardware will be available soon at http://electromaker.io. main features: max 150s measurement time, load measurement data to CSV file, measurement calibration, parallel measurement of 4 values, scale zoom in out, and move at X and Y axes For news and updates see twitter page.

An extensible framework for distributed computing on P2P grids. We support peaceful free and open research and build an internet supercomputer. We render movies, solve Eternity puzzles, predict climate and improve a ~30 GHz cluster of clients.

Asphyre, also known as Platform eXtended Library, is a cross-platform framework for developing video games and scientific applications in Delphi, and FreePascal/Lazarus. The framework provides facilities for real-time rendering of graphics (using DirectX, OpenGL or Software Renderer), text output, mathematics (including vectors and matrices) and networking communication, among other features. It also supports singleboard devices such as Raspberry PI, Intel Galileo, BeagleBone Black and others with features like GPIO, SPI, I2C and so on, along with external displays, sensors and other peripheral devices.

This software + hardware is designed to map lighting intensity in a serie of successive locations. It uses a light dependent resistor to sense light level that was designed to measure light uniformity in an indoor seedling rack and can be useful for lighting devices designers, stage lighting, etc ...