Pinned Repositories
damn-it-i-am-out
Skrypt generujący wypowiedzenie umowy o pracę w postaci pliku pdf.
dotfiles
equidistant
equidistant - equally distant - from Late Latin aequidistantem
grand-mother-tongue
Provides percentage composition of one's blood in terms of nationality/native language
haskell_data_types
Experience Haskellish philosophy in C++20 (concepts!)
level-set
level set segmetation
regionalizer
How to choose the best capital of a state and regions? Divider into regions, especially for administrative purposes
ResScanner
Resistor scanner using OpenCV written in Python
scrum-linter
Linter-like tool to maintain SCRUM in your org
vhdl-basic
JaroslawWiosna's Repositories
JaroslawWiosna/centos-ledger
Docker image for ledger on centos
JaroslawWiosna/PassDictionary
Gui application for managing passwords
JaroslawWiosna/markov-chain-text
Modern C++ Markov chain text generator
JaroslawWiosna/damn-it-i-am-out
Skrypt generujący wypowiedzenie umowy o pracę w postaci pliku pdf.
JaroslawWiosna/damn-it-i-am-out-readme
JaroslawWiosna/diary
Journal app
JaroslawWiosna/HaskellAntiPrimes
JaroslawWiosna/MetaPrimes
JaroslawWiosna/equidistant
equidistant - equally distant - from Late Latin aequidistantem
JaroslawWiosna/regionalizerTests
JaroslawWiosna/gettext-sandbox
JaroslawWiosna/BigNumberTests
JaroslawWiosna/BigNumber
C++ class for integer numbers bigger than 32 bit
JaroslawWiosna/HaskellFactorial
JaroslawWiosna/kolakoski
Kolakoski sequence generator
JaroslawWiosna/morse-beeper
JaroslawWiosna/kolakoskiTests
Kolakoski sequence generator tests
JaroslawWiosna/kolakoskiSequences
Set of Kolakoski sequences generated by `kolakoski`
JaroslawWiosna/rock-paper-scissors
JaroslawWiosna/connect4engine
JaroslawWiosna/connect4tests
Submodule for connect4engine
JaroslawWiosna/exitGuide
JaroslawWiosna/collatz
JaroslawWiosna/cuesResolver
Resolver for Cues
JaroslawWiosna/barley
JaroslawWiosna/barleyKernels
JaroslawWiosna/level-set
level set segmetation
JaroslawWiosna/dummy
JaroslawWiosna/dummy2
JaroslawWiosna/nilakantha
Nilakantha method for pi computing: pi = 3 + 4/2*3*4 - 4/4*5*6 + 4/6*7*8 - 4/8*9*10 + ...