thomasantony

module load cuda
module load matlab/R2014a
module load mathematica
unset SSH_ASKPASS
screen -p 0 -X stuff "export DISPLAY=$DISPLAY$(printf \\r)"
export LD_LIBRARY_PATH=$LD_LIBRARY_PATH:/apps/rhel6/Wolfram/Mathematica/9.0/SystemFiles/Links/MathLink/DeveloperKit/Linux-x86-64/CompilerAdditions
export PATH=$PATH:/apps/rhel6/Wolfram/Mathematica/9.0/Executables

thomasantony

#!/bin/bash
# Place in ~/Library/TexShop/Engines/LatBibNomTex/engine
pdflatex "$1"
for file in *.aux ; do
bibtex $file
bfname=$(dirname "$1")/"`basename "$1" .tex`"
makeindex "$bfname".nlo -s nomencl.ist -o "$bfname".nls
done
pdflatex "$1"
# pdflatex "$1"

thomasantony

#!/bin/bash
# Place in ~/Library/TexShop/Engines
# LatNomLat.engine
bfname=$(dirname "$1")/"`basename "$1" .tex`"
makeindex "$bfname".nlo -s nomencl.ist -o "$bfname".nls
done
pdflatex "$1"
# pdflatex "$1"

thomasantony

javascript:void(window.location.host += '.ezproxy.lib.purdue.edu')

thomasantony

# AAE 532 - HW09 - Q02
# Author : Thomas Antony ( tantony (at) purdue (dot) edu )
# Code re-purposed from from Udacity.com CS222 - HW02-Q02
# Original code author : Miriam "Swords" Kalk ?? ( I think ) 
# The simulation starts with the spacecraft in an earth-centered
# circular orbit at 175 km altitude, just after finishing a burn which sends it on a 
# Hohmann trajectory to the moon. 
#
# The purpose of the simulation was to examine what happens to the orbit if a capture
# burn was not performed after reaching the moon

thomasantony

// Welcome! require() some modules from npm (like you were using browserify)
// and then hit Run Code to run your code on the right side.
// Modules get downloaded from browserify-cdn and bundled in your browser.
require('virtual-dom')

var h = require('virtual-dom/h');
var diff = require('virtual-dom/diff');
var patch = require('virtual-dom/patch');
var createElement = require('virtual-dom/create-element');

thomasantony

import socket

HOST = 'localhost'
PORT = 9876
ADDR = (HOST,PORT)
BUFSIZE = 4096
videofile = "videos/royalty-free_footage_wien_18_640x360.mp4"

bytes = open(videofile).read()

thomasantony

# Download file and run `brew install qcl.rb`
class Qcl < Formula
  desc "A command line tool to transfer files into Qconn-enabled remote device"
  homepage "https://github.com/TheHipbot/weather"
  url "https://github.com/thomasantony/qcl/archive/master.zip"
  sha256 "db762174cd29e827007d97333853e64a8e39210ac4fad23f3083d9912a5ba3ce"
  version "1.0.0"

  depends_on "perl"

thomasantony

{
    "atomKeymap.promptV3Features": true,
    "editor.multiCursorModifier": "ctrlCmd",
    "editor.formatOnPaste": true,
    "[markdown]": {
        
    },
    "workbench.startupEditor": "newUntitledFile",
    "files.exclude": {
        "node_modules": true

thomasantony

use rumqtt::{MqttClient, MqttOptions, QoS, Notification};
use std::{thread, time::Duration};
use std::collections::HashMap;
use std::sync::Arc;

fn foo(payload: Arc<Vec<u8>>)
{
    println!("Got foo message: {:?}", payload);
}
fn bar(payload: Arc<Vec<u8>>)