kmundnic

function ∇tSTE(X::Array{Float64,2}, 
                   no_objects::Int64,
                   no_dims::Int64,
                   no_triplets::Int64,
                   triplets::Array{Int64,2},
                   λ::Float64,
                   α::Float64;
                   use_log = true::Bool)::Tuple{Float64,Array{Float64,2}}

    P = Array{Float64}(Threads.nthreads())

kmundnic

function ∇tSTE(X::Array{Float64,2}, 
               no_objects::Int64,
               no_dims::Int64,
               no_triplets::Int64,
               triplets::Array{Int64,2},
               λ::Float64,
               α::Float64;
               use_log = true::Bool)

    P = 0.0::Float64

kmundnic

#!/bin/bash
# Convert PDF to encapsulated PostScript
# usage: pdf2eps <filename.pdf>
# Obtained from: https://tex.stackexchange.com/a/242265/62493

# Remove .pdf extension from input
filename=$(echo $1 | sed 's/.pdf//')
# Convert into .eps
pdftops $filename.pdf $filename-temp.ps
ps2eps $filename-temp.ps

kmundnic

// Karel Mundnich
// April 12, 2017

var reelib = require('reelib');
var barnacles = require('barnacles');
var barnowl = require('barnowl');
var chickadee = require('chickadee');
var sniffypedia = require('sniffypedia');
var fs = require('fs');
var keypress = require('keypress');

kmundnic

plot(data,'k');
rect = [0 0 1080 270]; % Resize to 4:1
set(gcf, 'OuterPosition', rect);
r = 150; % pixels per inch
set(gcf, 'PaperPosition', rect/r);
plot2svg('Figures/plot.svg');

kmundnic

import os
import subprocess

for filename in os.listdir('.'):
  if filename[-3:] == 'svg':
    subprocess.call(["inkscape",
                     "-f",
                     filename,
                     "--verb",
                     "EditSelectAll",

kmundnic

function [ arg_min, minimum ] = argmin( A, dim )
%ARGMIN Find the argmin of a vector, matrix or datacube.
%   A is the vector, matrix or data cube for which we want to find the
%   minimum and the argument of the minimum.
%   dim is the dimension of the data structure.

    %% Error check for arguments
    if dim > 3; error('Dimension must be 1 =< dim =< 3'); end
    if dim < 1; error('Dimension must be 1 =< dim =< 3'); end
    if isnan(A); error('A must be real'); end