mattgaidica

function d1new = equalVectors(d1,d2)
% d1new is the 'dimension' of d2
nd2 = numel(d2);
if isscalar(d2)
    nd2 = d2;
end
d1new = interp1(1:numel(d1),d1,linspace(1,numel(d1),nd2));

mattgaidica

namespace :tddium do
  desc "post_build_hook"
  task :post_build_hook do
    return unless ENV["TDDIUM_MODE"] == "ci"
    return unless ENV["TDDIUM_BUILD_STATUS"] == "passed"

    dir = File.expand_path("~/.heroku/")
    heroku_email = ENV["HEROKU_EMAIL"]
    heroku_api_key = ENV["HEROKU_API_KEY"]
    current_branch = `git symbolic-ref HEAD 2>/dev/null | cut -d"/" -f 3-`.strip

mattgaidica

class Myapi < Sinatra::Application
  ActiveRecord::Base.default_timezone = :utc

  configure :development, :test do
    set :host, 'localhost:9999'
    set :force_ssl, false
  end
  configure :staging do
    set :host, 'my-api-staging.herokuapp.com'
    set :force_ssl, true

mattgaidica

function r = formatBytes(bytes)
s = {'B', 'KB', 'MB', 'GB', 'TB'}; 
e = floor(log(bytes)/log(1024));
r = sprintf(['%.2f ',s{e+1}], (bytes/(1024^floor(e))));

mattgaidica

>> ml = 1.3;
>> ap = -3.3;
>> dv = 7.5;
>> S = ratBrainAtlas(ml,ap,dv)

S =
struct with fields:
 coronal: [1×1 struct]
 sagittal: [1×1 struct]
 horizontal: [1×1 struct]

mattgaidica

function [idx, val] = closest(testArr,val)
tmp = abs(testArr - val);
[~, idx] = min(tmp);
val = testArr(idx);

mattgaidica

function colors = mycmap(filename,varargin)
% read image
A = imread(filename);

% set number of elements to return
n = size(A,2);
if ~isempty(varargin)
    n = varargin{1};
end
  

mattgaidica

rows = 3;
cols = 4;
figure;

for iRow = 1:rows
    for iCol = 1:cols
        subplot(rows,cols,prc(cols,[iRow iCol]));
        title(['Subplot ',num2str(prc(cols,[iRow iCol]))],'fontSize',14);
        text(0.5,0.5,[num2str(iRow),', ',num2str(iCol)],...
            'HorizontalAlignment','center','fontsize',14);

mattgaidica

function p = prc(cols,rc)
% rc = desired [row,col] position of subplot
  
p = (rc(1) * cols) - (cols - rc(2));

mattgaidica

function cb = cbAside(ax,labelText,cbColor,caxisVals)
cbOffset = .001;
cb = colorbar(ax,'Location','east');
% % cb.FontSize = 8;
gcaPos = ax.Position;
cbPos = cb.Position;
set(cb,'position',[gcaPos(1) + gcaPos(3) + cbOffset gcaPos(2) cbPos(3)/2 gcaPos(4)]);
set(cb,'YAxisLocation','right');
cb.Color = 'r';