Evan Senter (@evansenter)
  • Stars
    star
    64
  • Global Rank 286,771 (Top 10 %)
  • Followers 19
  • Following 4
  • Registered over 16 years ago
  • Most used languages
    Ruby
    70.8 %
    JavaScript
    8.3 %
    C++
    8.3 %
    C
    8.3 %
    Clojure
    4.2 %
  • Location πŸ‡ΊπŸ‡Έ United States
  • Country Total Rank 57,804
  • Country Ranking
    Clojure
    2,089
    Ruby
    3,126

Top repositories

1

f_heap

http://en.wikipedia.org/wiki/Fibonacci_heap
Ruby
14
star
2

diverge

A simple collection of functions for determining the divergence between two distributions.
Ruby
10
star
3

gene

A genetic algorithm to generate art.
Ruby
10
star
4

waves

Last.fm scraper in Rails.
Ruby
2
star
5

rnaborcpp

C
2
star
6

wikitracker

A tree based representation of Wikipedia browsing.
Ruby
2
star
7

vienna_rna

Moved to https://github.com/evansenter/wrnap
Ruby
2
star
8

hungarian

http://en.wikipedia.org/wiki/Hungarian_algorithm
Ruby
2
star
9

hubris

Ruby
2
star
10

symboltoproc

Blog source.
JavaScript
1
star
11

erv

ERV / BLAST scripts
Ruby
1
star
12

corporate_nightmare

Corporate Nightmare
1
star
13

dijkstra

http://en.wikipedia.org/wiki/Dijkstra's_algorithm
Ruby
1
star
14

central_rna

C++
1
star
15

pdb_quaternion_rotations

Quaternion rotations of PDB files in Clojure
Clojure
1
star
16

rna_scripts

A collection of tools surrounding the RNAbor paper, in Ruby and C
Ruby
1
star
17

comprende

List Comprehension In Ruby.
Ruby
1
star
18

dinosaur

Playing around with writing a Lisp-like prototype-inheritance language
Ruby
1
star
19

lagrange

Lagrange Interpolation class in Ruby
C
1
star
20

rbfam

Light wrapper for RFam data in Ruby.
Ruby
1
star
21

autobot

Resque scripts
Ruby
1
star
22

rnax

Full JS stack to manage RNA webservers
JavaScript
1
star
23

ucsb

A collection of (old, beware!) code written while in the Bioinformatics undergrad program at UCSB
Ruby
1
star
24

y

http://en.wikipedia.org/wiki/Fixed_point_combinator
Ruby
1
star
25

fftbor

FFTbor codebase is a collection of algorithms that uses the FFT to consider thermodynamic parameters for RNA parameterized by basepair distance (symmetric difference) from an input structure[s].
C++
1
star