billowdood

public class HiloSemaforo extends Thread{

    //Cuando se llega a 0 carros ya no cambia a ambar D:

    private Semaforo semaforosCrucero;
    private boolean estadoInicial = true;
    
    public void setHilo(Semaforo SA){
	semaforosCrucero = SA;
    }

billowdood

public void generacionReglaBinario(){
		int i,j = 7,valorTemporalRegla = numeroRegla;
		//Temporal array
		int[] arrayTemporal = new int[8];
		//pasar el numero de regla a binario
		for(i = 0; i < 8; i++){
			arrayTemporal[i] = valorTemporalRegla % 2;
			valorTemporalRegla = valorTemporalRegla / 2;
		}
		//Acomodar el numero binario

billowdood

   private void primerGeneracionGeneral(){
        int i;
        for(i = 0;i < largo;i++){
            //Si es la celda central,pon 1[celda encendida]...modificarlo para que encuentra le celda media
           // System.out.println("["+i+"]");
            if(i == (largo /2)){
                //System.out.println("["+i+"]");
                generacionAnterior[i] = 1;
                //System.out.println("Valor "+generacionAnterior[i]);
            }

billowdood

import numpy as np
import cv2

#Training!

def training(contoursObj):
	samples =  np.empty((0,100))
	#Empty array for the corresponding value
	valueDigit = []
	#Loop over all the images,in this case we have 9 images per digit,so in total we have 90 images(we included 0 as a digit)

billowdood

#Training!
#For the training,the image of the digit is displayed and it is expected that the user press on his keyboard the digit is shown on screen
def training(contoursObj):
	#Empty array for the labels
	samples =  np.empty((0,100))
	#Empty array for the corresponding value
	valueDigit = []
	#Loop over all the images,in this case we have 9 images per digit,so in total we have 90 images(we included 0 as a digit)
	for num_image in range(1,91):
		#Get the image and find the contours of the number(rectangle)

billowdood

import math
from random import randint
from aspirante import aspirante

class mejorAspirante:

    def __ini__(self):
        print 
##        self.aspirantes = aspirantes
##        self.centroides = centroides

billowdood

	public void setOnOff(int environmentTemp){
		System.out.println("SETONOFF");
		if(environmentTemp <= 20){
			this.onOff = false;
		}
		if(environmentTemp > 20 && environmentTemp < 25){
			this.onOff = true;
			/*Set the speed to slow*/
			this.speed = false;

billowdood

i = 0
j = 0
suma = 0
suma2 = 0
grados = []
while(i<33):
	while(j<33):
		suma += mat[i][j]
		suma2 += mat[i][j]
		j = j + 1

billowdood

public class Client{
/*Class which will represent the client who wants to send a package*/

	private float budget;
	private int xValue,yValue;

	public void setClient(float budget,int xValue,int yValue){
		this.budget =  budget;
		this.xValue = xValue;
		this.yValue = yValue;

billowdood

#Descifrado del mensaje
def D(c,key):
    #Alfabeto para descifrar,se utilizo la ref(2)
    alf = ascii_lowercase
    alf += ' .'
    deStr = ''
    for partC in c:
        for car in range(len(partC)):
            deStr += alf[int(partC[car]) - int(key[c.index(partC)][car])]
    return deStr