A fast implementation of Euler's totient function phi(n) in C++

Redact PHI/PII data using AWS comprehend API's

A Graph Convolutional Network-based solution for PHI prediction.

Paddle Inference C++ API of PHI Demo

Exploratory computational investigations into the geometry of conscious states, bridging Integrated Information Theory, category theory, and information geometry.

Design tools focussing on the golden ratio.

This project automates question solving using AI and OCR. Instead of scraping text from websites, the system captures screenshots of questions, uses OCR to extract text, and then feeds it to the Phi-4 Mini AI model to generate accurate answers and code solutions automatically.

Interactive data visualisation in style of Martin Krzywinski's Pi day posters

An AI-powered system using Groq for model inference and Phi framework. It integrates YFinance for financial data (stock prices, analyst recommendations) and DuckDuckGo for web research. Built with FastAPI and Streamlit, it supports querying financial and web data, storing interactions in an SQLite database.

golden ratio tools for maya

@phi-x docs 📚

A simple implementation of Euler's totient function ("Phi function").

Cipher: A tool for easier working with cryptography for PHP language

Fish shell function that provides convenient shortcuts for interacting with AI models through GitHub CLI

Draws a golden spiral, outlines golden rectangles whilest filling them with random color.

phi on you

Scalable engine for detecting and redacting PHI/PII from healthcare documents and data streams. Supports OCR and NLP-based extraction, configurable redaction rules, audit logging, and containerized deployment to help teams meet HIPAA and data-privacy requirements.

A set of bash scripts to automate deployment of GGML/GGUF models [default: RWKV] with the use of KoboldCpp on Android - Termux

A pre-commit hook to check for PII in your code.

soLUTion 60:30:10 uses your phone's camera to measure the dominant, secondary and accent colors of your scene/shot in real time.