https://github.com/trizen/julia-scripts

Small programs written in Julia.
https://github.com/trizen/julia-scripts

julia julia-scripts

Last synced: about 2 months ago
JSON representation

Small programs written in Julia.

• Host: GitHub
• URL: https://github.com/trizen/julia-scripts
• Owner: trizen
• License: unlicense
• Created: 2016-03-27T17:35:58.000Z (almost 9 years ago)
• Default Branch: master
• Last Pushed: 2024-06-05T10:47:18.000Z (7 months ago)
• Last Synced: 2024-06-05T12:25:16.967Z (7 months ago)
• Topics: julia, julia-scripts
• Language: Julia
• Size: 129 KB
• Stars: 10
• Watchers: 4
• Forks: 0
• Open Issues: 0
• Metadata Files:
  • Readme: README.md
  • License: LICENSE

Awesome Lists containing this project

README

        
# julia-scripts

Small programs written in Julia.

# Summary

* Game solvers

    * [Sudoku solver](./Game%20solvers/sudoku_solver.jl)

    * [Sudoku solver backtracking](./Game%20solvers/sudoku_solver_backtracking.jl)

    * [Sudoku solver iterative](./Game%20solvers/sudoku_solver_iterative.jl)

* Image

    * [Complex transform](./Image/complex_transform.jl)

    * [Julia set](./Image/julia_set.jl)

    * [Mandelbrot like set](./Image/mandelbrot_like_set.jl)

    * [Mandelbrot set](./Image/mandelbrot_set.jl)

    * [Sandpiles](./Image/sandpiles.jl)

* Math

    * [Almost primes in range](./Math/almost_primes_in_range.jl)

    * [Bernoulli numbers seidel](./Math/bernoulli_numbers_seidel.jl)

    * [Both truncatable primes in base](./Math/both_truncatable_primes_in_base.jl)

    * [Carmichael numbers in range](./Math/carmichael_numbers_in_range.jl)

    * [Chernick-carmichael with n factors](./Math/chernick-carmichael_with_n_factors.jl)

    * [Chernick-carmichael with n factors sieve](./Math/chernick-carmichael_with_n_factors_sieve.jl)

    * [Chernick-carmichael with n factors sieve int128](./Math/chernick-carmichael_with_n_factors_sieve_int128.jl)

    * [Continued fraction factorization method](./Math/continued_fraction_factorization_method.jl)

    * [Continued fraction factorization method nemo](./Math/continued_fraction_factorization_method_nemo.jl)

    * [Count partitions](./Math/count_partitions.jl)

    * [Count partitions rec](./Math/count_partitions_rec.jl)

    * [Divisors](./Math/divisors.jl)

    * [Elliptic-curve factorization method](./Math/elliptic-curve_factorization_method.jl)

    * [Euler totient function](./Math/euler_totient_function.jl)

    * [Fermat pseudoprimes generation](./Math/fermat_pseudoprimes_generation.jl)

    * [Fermat pseudoprimes in range](./Math/fermat_pseudoprimes_in_range.jl)

    * [Lucas-carmichael numbers in range](./Math/lucas-carmichael_numbers_in_range.jl)

    * [Modular factorial](./Math/modular_factorial.jl)

    * [Modular fibonacci](./Math/modular_fibonacci.jl)

    * [Modular hyperoperation](./Math/modular_hyperoperation.jl)

    * [Multiplicative order](./Math/multiplicative_order.jl)

    * [Omega primes in range](./Math/omega_primes_in_range.jl)

    * [Sigma function](./Math/sigma_function.jl)

    * [Smarandache function](./Math/smarandache_function.jl)

    * [Squarefree almost primes in range](./Math/squarefree_almost_primes_in_range.jl)

    * [Squarefree fermat pseudoprimes in range](./Math/squarefree_fermat_pseudoprimes_in_range.jl)

    * [Strong fermat pseudoprimes in range](./Math/strong_fermat_pseudoprimes_in_range.jl)

* Text

    * [Smart word wrap](./Text/smart_word_wrap.jl)