alexalemi

#! /usr/bin/env python
import sys, itertools

def wordchecker(dictfile,*lets):
	""" Find the longest words made up of lets that are contained in dictfile """
	dictionary = set( w.rstrip() for w in open(dictfile,'r')) #SpellChecker(['ospd.txt'])

	def allwords(lets):
		""" Return a generator of the longest words """
		breakout = False

alexalemi

#! /usr/bin/env python
""" Email Me.

Usage:
    emailme <message>
    emailme [-s] <message>
    emailme [-s] <subject> <message>
    emailme <toaddr> <subject> <message>
    emailme <toaddr> <fromaddr> <subject> <message>
    emailme -h | --help

alexalemi

import math
class Welford(object):
    """ Implements Welford's algorithm for computing a running mean
    and standard deviation as described at: 
        http://www.johndcook.com/standard_deviation.html

    can take single values or iterables

    Properties:
        mean    - returns the mean

alexalemi

.PHONY: clean all cleanall

# Make sure this has all of the right dependencies
DEPENDS=tex/*.tex *.sty *.bib *.tex

TARGET=aexam

all: $(TARGET).pdf

%.pdf: %.tex $(DEPENDS)

alexalemi

BinaryPlot[nums_, K_: 0, opts : OptionsPattern[BinaryPlot]] := 
 MatrixPlot[
  Table[BitGet[nums[[j]], i], {j, 1, Length[nums]}, {i, 0, 
    If[K > 0, K, nums // Log2 // Floor // Max]}], 
  Evaluate@FilterRules[{opts, { DataReversed -> {False, True}, 
      Mesh -> True, FrameTicks -> None, Frame -> False }}, 
    Options@MatrixPlot]]
BinaryPlot::usage = 
  "BinaryPlot[list] Creates and array showing the binary \
representation of a list of numbers. Takes the same options as \

alexalemi

alexalemi

alexalemi

alexalemi

alexalemi