This C# console program scans with single axis of the hexapod and for each step it takes image with Pilatus detector.
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Updated
Feb 22, 2023 - C#
This C# console program scans with single axis of the hexapod and for each step it takes image with Pilatus detector.
Calculates the value of pi using the Leibniz formula.
This C# program moves absolutely the single axis of the hexapod.
The program performs fast referencing of the hexapod and setting pivot point of the hexapod.
Approximating PI number using the Monte Carlo Method + visualisation in C#
Preliminary C#.NET project to generate the numbers of pi using the BBP formula which is grid computing friendly.
Another version of approximation of PI where its actually calculated
Some calculations of the PI number in C#
Preliminary C#.NET project to generate the numbers of pi using the BBP formula which is grid computing friendly.
Monte Carlo approximation of π, written in a functional programming style.
This C# console program sets velocity of the hexapod.
Monitoring temperature and humidity with Raspberry Pi, Azure Functions, and Power Apps. Code from video here: https://youtu.be/v0mPmCw5yl0
🏫 College project, benchmark application written in C#. 💪
MasterPi², the most sophisticated software solution for learning pi digits.
Pi day project 2018-2019
A CamJam Raspberry Pi Project using C# and MQTT. It is designed to teach kids to program in MIT App Inventor or Thunkable, by allowing them to interact with the robot through MQTT from their tablets and devices. A sample MIT App Inventor app block diagram is included.
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