jfhbrook

%mirror.m
%calculates mirror geometry action for MTUAF
function main()
    %inputs, Units in inches
    b=cart2both([-0.5,-0.5]); %bottom of screen
    [th,r]=pol2cart(deg2rad(90),0.5*12); %top of screen
    a=[th,r]+b{1};
    topangle=deg2rad(40);%top inside angle
    bottomangle=deg2rad(100);%bottom inside angle
    m_dist=12;%distance down c where mirror starts

jfhbrook

function xn = subset(x,n)

    %subsets array x to xn with every nth row

    %Written by Josh Holbrook and Marcus Curley
    %for Thermal Systems Lab
    xn = x(:,1);

    for i = 1:n:size(x,2)

jfhbrook

import csv
from libtsl import subset,htparams,sphere
from numpy import array, exp
from matplotlib.pyplot import *
from keas.unit.unit import UnitConverter

#Reads in data points
datareader=csv.reader(open('friday_aluminum_sphere.csv'))
time=[]
temp=[]

jfhbrook

function xn = subset(x,n)
%subset(x,n)
%sub sets array x to xn with every nth row
%example: 
%> x=[1:10];
%> subset(x,2)
%  ans = [2 4 6 8]
xn = x(:,1);
for i = 1:n:size(x,2)
    xn = [xn x(:,i)];

jfhbrook

function out=subset(in,n)
%subset(row_vector,spacing)
%subsets a row vector
%by Josh Holbrook and Dustin Ray
    out=in(floor(linspace(1,size(in,2),n)));
end

jfhbrook

jfhbrook

josh@gengar:~$ if  echo 'segmentation fault {mlroot} {butt} {fruit}' | grep -c 'segmentation fault'  ; then echo "true"; fi
1
true

jfhbrook

OBTW
USED MATHIFIED VRSN OF INTERPRETER FROM http://www.icanhaslolcode.org/
NAOW INCLUDES POWR AN LOLG (pow() and log() from math.h)
U CAN FIND @ http://github.com/jesusabdullah/lolcode
ALSO http://lolcode.com/specs/1.2 AN http://lolcode.com/proposals/1.3/bukkit
O AN SOME OBJECT STUFF?? IZ CONFUSING
CRUISE CONTROL ETC
WRITTN BY JOSHUA HOLBROOK
ADOPTED FROM `Computer Code to Calculate h "RODS-415"' FROM ZARLING
LICENSED UNDER THE WTFPL

jfhbrook

HAI 1.2
BTW USING LOLCODE FOR A MUCH EASIER LAB 

BTW THIS IS A PANEL OBJECT
O HAI IM PANEL
    I HAS A THIKNISS
    I HAS A THOT
    I HAS A TCOLD
    I HAS A HFM
    I HAS A K

jfhbrook

import random
'''
generates a pdf with a bunch of randomized bingo cards using entries from bingo.txt
Having issues getting formatting to work exactly how I want, though,
and, of course, it'd be a lot more useful if it could run on windows without
depending on latex and tikz and everything else... >_<

making it a webapp would be nice, but that sounds like a lot of work. :P
'''