Fusion Group BSC’s Post

Update: I was able to solve the problem to some extent. Given that true hardware multi-threading was not possible, I achieved this by breaking the complete program into multiple smaller states. Each state being monitored by a timer running in the background. To ensure the main code did not hang or block, I removed any blocking code, which allowed the main loop to run continuously. The timer is used to switch between different states, effectively managing the transitions and operations asynchronously. This method mimics multi-threading by allowing different parts of the code to run seemingly in parallel. Anyone developing something similar, and needs help, I'll share the code.

I made a calculator with a Raspberry Pico W, 16 by 2 LCD, and a 4 by 4 keypad. The calculator can solve an expression that has two or three operands and one or two operators while following the BODMAS principle of solving arithmetic problems. The keys A, B, C, and D on the keypads were configured to give operators +, -, *, and / respectively. The "*" key acts as the "del" key and the "#" key acts as the "=" key. This project can use a keypad with more keys and a microcontroller that can handle array operations. With these two, and adding some lines of code, the calculator will solve expressions that have many operands and operators. check out the codes on my GitHub repository: https://lnkd.in/d5NDQQTS

Enjoy ATM_MACHINE npm i afreen-atm-machine

How To Setup Ollama + OpenWebUI on VCF – Virtual Bytes

Day 66/90: Duration: 5hrs Today, 1) I was implementing custom transformers. Using Function Transformer I implemented RBF similarity for median house age. 2) Using function transformer, I plotted the similarity plot for San Francisco coordinates and districts 3) Implemented custom transformer to create a clone of StandardScaler() 4) Using KMeans algorithm I found clusters in the housing dataset and showing max similarity to nearest cluster centers. You can view the full code in my GitHub repo: https://lnkd.in/g8jdr5-J

We ❤️ love to see what you are building with Pi4J. Let us know, and we can share it on our blog. This is a project by Roberto Marquez: "Java Controlled LED Matrix via a MAX7219 SPI Controller": https://lnkd.in/e3D8FZT6 #JavaOnRaspberryPi

Using Raspberry Pi 4 and C++, I developed: IPC_LIBRARY: created a library for streamlined inter-process communication. features two classes for message queuing and error handling. custom error management and logging capabilities. Logger daemon application: designed a daemon application for logging across various processes, handles log file rotation and external log forwarding. Mathematical operation applications: developed a command-line tool for mathematical operations, integrated with the IPC library and log daemon for comprehensive logging. Logger receiver application: built a native application for receiving, displaying logs, and communicating with the log daemon through TCP/IP.

New Update! CSM INI Static Variable Support by NEVSTOP [important] #10 Support temp variables [add] Load more configuration files to provide more flexibility [update] update all icons Kudos to contributor Yao! Check it out:https://lnkd.in/gbqgHMWK

How to Build a REST API on Raspberry Pi Pico W & Control LEDs via Postman 🔌 What You'll Learn: ➢ How to connect to WiFi using the Phew library. ➢ How to Create REST API on Raspberry Pi Pico W. ➢ Creating the GET API for reading the temperature sensor value on Raspberry Pi Pico W. ➢ Creating the POST API for controlling the LED from Postman using Raspberry Pi Pico W. #raspberrypi #raspberrypipico #iotprojects #micropython