AdriC1705

def diferencia(img1,img2):
    ancho,alto = foto.size
    ancho,alto = foto2.size
    foto3 = Image.new("RGB",(ancho1,alto1))
    pix = foto.load()
    pixel = foto2.load()
    pixeles = foto3.load()
    for i in range(alto-1):
        for j in range(ancho-1):
            diferen = abs(pixeles[i,j][0] - pixeles2[i,j][0])

AdriC1705

#---------------------------------------------#
def dif_esq(img,img2,ancho,alto):
    pic = Image.open('eg.png')
    pix = pic.load()
    pix2 = img2.load()
    for i in range(ancho):
        for j in range(alto):
            (r,g,b)=img.getpixel((i,j))
            (r,g,b) = img2.getpixel((i,j))
            nw = pix2[i,j][0]

AdriC1705

#----------------------------------------------------#
def filtro_esquinas(img,ancho,alto):
    #pic = Image.open('eg.jpg')
    pixeles = img.load()
    for i in range(ancho):
        for j in range(alto):
            l = []
            (r,g,b) = img.getpixel((i,j))
            try:
                if (pixeles[i+1,j]): #derecha

AdriC1705

def frecuentes(histo, cantidad):
    frec = list()
    for valor in histo:
        if valor is None:
            continue
        frecuencia = histo[valor]
        acepta = False
        if len(frec) <= cantidad:
            acepta = True
        if not acepta:

AdriC1705

def bfs(img,ancho,alto,color,posa):
    pixel= img.load()
    cont=0
    cen1=[]
    cen2=[]
    cola=[] #creamos la cola
    puntos = []
    cola.append(posa) #posicion actual se agrega a la cola
    bla = posa
    inicio = pixel[posa]

AdriC1705

set title "HISTOGRAMA"
st grid
plot "hzt.dat", "vert.dat"
pause mouse
reset

AdriC1705

def horizontalh(image):
    h = list()
    im = image.load()
    fl = open('hzt.dat','w')
    #prom = 0                                                                   
    for x in range(image.size[0]):
        suma= 0
        for y in range(image.size[1]):
            suma += im[x,y]
        fl.write(str(x)+' '+str(suma)+'\n')

AdriC1705

#histograma del lado horizontal
def horizontalh(image):
    h = list()
    im = image.load()
    fl = open('hzt.dat','w')
    #prom = 0
    for x in range(image.size[0]):
        suma= 0
        for y in range(image.size[1]):
            suma += im[x,y]

AdriC1705

from time import *
import sys
import Tkinter
from PIL import Image, ImageTk
import random
import math
from math import *
 
def img():
    image = Image.open("conv.png")

AdriC1705

import sys

def contar(cadena):
    letras = dict()
    for l in cadena: #l = letras en cadena
        if l in letras:
            letras[l] +=1
        else:
            letras[l] = 1
    print letras