vane90

def toma_lineas(pendiente,img):
    segmento=list()
    imagen=img.load()
    ancho,alto=img.size
    for a in range(ancho):
        for b in range(alto):
            if imagen[a,b]!=(0,0,0):                
                pendiente_2=pendiente[a,b]

                if pendiente[a,b]==0:

vane90

import Image, ImageDraw
from sys import argv
import random
import matplotlib.pyplot as plt
from numpy import *
    
def cruz_histo(image):
	imagen = image.load()
	ancho, alto = image.size
	histov = []

vane90

def graficar_histo(histoh,histov,image):
        plt.clf()
        fig1=plt.subplot(111)
        nivel_x=max(histoh)
        nivel_y=max(histov)
        ancho,alto=image.size
        if ancho>alto:
            n=ancho
        else:
            n=alto

vane90

from Tkinter import *
from sys import argv
import math
import sys, string

cam = list()
codigos = list()
frec = list()
simbolos = {}
arbol_fin =''

vane90

def minimos_pix(vechisto):
	minimo = list()
	media = sum(vechisto)/len(vechisto)
	print media
	for a in range(1, len(vechisto)-1):
	        if vechisto[a-1] > vechisto[a] and vechisto[a+1] > vechisto[a]:
	        	if(vechisto[a] < media):
	                        minimo.append(vechisto[a])
	return minimo

vane90

def histo_agujero():
    image = argv[1]
    im = Image.open(image)
    imagen=im.load()
    ancho, alto = im.size
    #ima, nueva = pixeleg() 
    histoh = []
    histov = []
    
#pixel_horizontal

vane90

def histo_agujero():
    image = argv[1]
    im = Image.open(image)
    imagen=im.load()
    ancho, alto = im.size
    #ima, nueva = pixeleg() 
    histoh = []
    histov = []
    
#pixel_horizontal

vane90

def binarizar():
	#inicio = time()
        image1 = Image.open("conv.png")
    	pixels = image1.load()
    	ancho,alto = image1.size
        minimo = int(argv[2])
        for i in range(ancho):
            for j in range(alto):
                if pixels[i,j][1] < minimo:
                    p=0

vane90

def bfs(image,color,a,b): #para detectar por formas
    imagen=image.load()
    ancho,alto=image.size
    original = imagen[a,b]
    #punto=[]
    c=[]
    xs=[]
    ys=[]
    c.append((a,b))
    n = 0

vane90

import pygame, sys, os
from pygame.locals import *
from sys import argv
import Image
import ImageDraw


def pixeleg():
    #image = argv[1]
    im = Image.open(image)