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/*
 * CSci 1913 Lab 6
 * Ryan Sjostrand and Benjamin Pankow
 *
 * To compile: javac BinaryVsLinear.java
 * To run: java BinaryVsLinear
 */

class BinaryVsLinear
{

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1 1.0 2.0
2 1.5 3.0
3 2.0 3.0
4 2.5 3.75
5 3.0 4.0
6 3.5 4.166666666666667
7 4.0 4.142857142857143
8 4.5 4.625
9 5.0 4.888888888888889
10 5.5 5.1

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/*
 * CSci 1913 Lab 5
 * Ryan Sjostrand and Benjamin Pankow
 *
 * To compile: javac Lab5.java
 * To run: java Lab5
 */

class Polygon
{

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/**
 * CSci 1913 Lab 4
 * Ryan Sjostrand and Benjamin Pankow
 *
 * To compile: javac Lab4.javac
 * To run: java Lab4
 */

class Sieve
{

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class Sieve
{
	private boolean[] numbers;

	public Sieve(int max)
	{
		if (max < 0)
		{
			throw new IllegalArgumentException("max cannot be negative");
		}

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import nltk
from BTrees.OOBTree import OOBTree
from ZODB import FileStorage, DB
from persistent import Persistent
import transaction
import string
from collections import Counter
import math

storage = FileStorage.FileStorage("temp-storage.fs")

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# CSci 1913 Lab Section 06
# Lab 2
# Ryan Sjostrand and Benjamin Pankow


class Zillion:

	def __init__(self, digits):
		self.data = []

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# CSci 1913 Lab Section 06
# Lab 1
# Ryan Sjostrand and Benjamin Pankow



def left(e):
	return e[0]

def op(e):

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# CSci 1913 Lab Section 06
# Lab 1
# Ryan Sjostrand and Benjamin Pankow



def left(e):
	return e[0]

def op(e):