jdetle

    def _single_frame(self):
        self._i = self._i + 1
        iframe = self._ts.frame
        i_ref = self.atoms.positions - self.atoms.center_of_mass()
        # diagonal entries need not be calculated due to metric(x,x) == 0 in
        # theory, _ts not updated properly. Possible savings by setting a
        # cutoff for significant decimal places to sparsify matrix
        for j, ts in enumerate(self._u.trajectory[self.start:self.stop:self.step]):
            self._ts = ts
            if self._ts.frame >= iframe:

jdetle

#Code written by Hanh Nguyen. hanhn3@uci.edu

import MDAnalysis
import numpy as np
from MDAnalysis import analysis
import matplotlib.pyplot as plt
import math 

traj = ['prod1.trr', 'prod2.trr', 'prod3.trr', 'prod4.trr', 'prod5.trr', 'prod6.trr', 'prod7.trr', 'prod8.trr', 'prod9.trr',
        'prod10.trr', 'prod25.trr', 'prod50.trr', 'prod75.trr', 'prod100.trr']

jdetle

//numPrimes is above in scope, array that maps bin to the number of primes up to it 
//takes n of the prime that we are looking for
//returns bin
function binSearch(target, bins){
  lastBin = bins[bins.size-1];
  if(target < numPrimes[lastBin] && target > numPrimes[lastBin-1]){
    return lastBin;
  }
  else if(target < numPrimes[lastBin]){

jdetle

function foo(arg){
  if(arg == baseCase){
    //console.log arg and we will get what we want
    
    return result;
    //will returned undefined
    
  }
  else{
    //decrement arg

jdetle

var deepCopy = require("deepcopy");
//takes in deck object, returns shuffled deck object, given random number generator
function size (object) {
  var size = 0;
  var keys = Object.keys(object);
  for (var i = 0; i<keys.length; i++){
    if(object.hasOwnProperty(keys[i])){
       size++;
    }
  }

jdetle

var deepCopy = require("deepcopy");
//takes in deck object, returns shuffled deck object, given random number generator
function size (object) {
  var size = 0;
  var keys = Object.keys(object);
  for (var i = 0; i<keys.length; i++){
    if(object.hasOwnProperty(keys[i])){
       size++;
    }
  }

jdetle

package tictactoe;

import java.util.ArrayList;
import java.util.Scanner;

public class ComputerPlayer implements Player {
	  public char playerchar;
	  
	  public ComputerPlayer(char c){
			playerchar = c;

jdetle

package tictactoe;

import java.util.Scanner;

public class HumanPlayer implements Player {
	private Scanner scanner;
	public char playerchar; 
	public HumanPlayer(Scanner s, char c){
		scanner = s;
		playerchar = c;

jdetle

public WinDrawLose returnmoveoutcome(ToeBoard tictac, char playerchar){
		//System.out.println("Remember to input your move in terms of the row and column that you want to place your character in.");
		WinDrawLose outcome = new WinDrawLose();
		char nextplayerchar = 'O';
		if(playerchar == 'O'){
			 nextplayerchar = 'X';
		}
		
		int[] move = new int[2];
		int row = 0;

jdetle

public WinDrawLose returnmoveoutcome(ToeBoard tictac, char playerchar){
		//System.out.println("Remember to input your move in terms of the row and column that you want to place your character in.");
		WinDrawLose outcome = new WinDrawLose();
		char nextplayerchar = 'O';
		if(playerchar == 'O'){
			 nextplayerchar = 'X';
		}
		
		int[] move = new int[2];
		int row = 0;