import cv2
from PIL import Image 
import sys
import PIL

def canny(filepathname, left=70, right=140):
    v = cv2.imread(filepathname)
    s = cv2.cvtColor(v, 1)
    s = cv2.Canny(s, left, right)
    #cv2.imshow('nier',s)
    cv2.waitKey(0)

    cv2.imwrite("canny lines.jpg", s) 

    return s

canny("hedley.jfif")

#########################################################################

# Importing Image module from PIL package 
from PIL import Image 
import PIL 

def opensize(xx):
	im1 = Image.open(xx) 
	global w
	global h
	w,h=im1.size
	print(w,h)
	
opensize("canny lines.jpg")
# creating a image object (main image) 

#######################################################
global alls
alls=[]
global w
global h
def getpixels(nam):
	im1 = Image.open(nam)

	w,h=im1.size 
	for xx in range(w):

		for yy in range(h):
			cordinate=(xx,yy)
			rgb= im1.getpixel(cordinate);
			#print(xx,yy,rbg)
			allcords=((xx,yy),(rgb))
			if rgb>10:
				alls.append(allcords)

getpixels("canny lines.jpg")

#print(alls)



imx = PIL.Image.new(mode = "RGB", size = (w, h)) 

#print(alls)
for ggt in alls:
	print(ggt)
	imx.putpixel(ggt[0],(0,255,0))

	#rgb=ded[0][0][0]
	#imx.putpixel(ded[0],ded[0][0],(ded[0]))

imx.show()
imx = imx.save("Bhedley.jpg") 


    #image.putpixel( (x, x), (0, 0, 0, 255) )