There are 2 repositories under affine topic.
Robust multimodal image registration via keypoints
Simple geographical raster interaction built on top of ArchGDAL, GDAL and CoordinateTransformations
café, a systems language
A type-safe representation of units with zero-run-time overhead. This library decouples the physical dimensions from the units themselves there by allowing to inter-convert between different systems such as SI and Imperial. The system allows for non-integer rational powers of physical dimensions as well(eg: L^2.5)
Some classical/modern ciphers in C language and Python to encrypt and decrypt important information and keep the information safe, such as integrity, authentication, confidentiality and availability of the data. Some implemented ciphers are: Affine, DES and AES (with modes of operation for BMP images)
An R package to apply affine and similarity transformations on vector layers (sp objects)
AFFiNE-ghost is a tool that migrates notes into affine and easily generates an affine blog site from your personal notes
Solving a convex problem with affine equality constrains with CVX and Newton algorithm
Implementation of Ciphers
In this program write in C language , you enter the encrypted message and select the method for decrypt with brute force (Cesar and Affine)
Encryption and decryption for various ciphers and codes.... en pastel.
Package affine2d implements 2D affine transformations.
AFFiNE Template for Dashboard with Knowledge Base and Management System for PKM
Port of Non-Affine Transforms in 2D by Charles Petzold to WPF
Simple library cryptography for node JS
AFFiNE sample config for running on Coolify
implementation of RSA , Affine and Transposition encryption techniques
A .NET package for text encryption and decryption using classic ciphers with customizable parameters and additional functions. Supported ciphers: A1Z26, Affine, Atbash, Caesar, Morse.
This project computes the affine cipher of some text based on two integers
Affine Cipher Encryption This Python script performs Affine cipher encryption on a given plaintext message using user-defined values for 'a' and 'b'.
This is my 1st Semester Minor Project (+ Additional Own Project), that was aimed to teach us about the mechanism and concept of "encryption" of sensitive data/information like passwords,etc.