import cv2
import numpy as np
from PIL import Image

import numpy as np

import PIL


#578, 643

im=Image.open('cannybird.jpg')

print(im.format,im.size,im.mode)


im=im.convert('RGB')

print(im.format,im.size,im.mode)
#im.show()

BW=[]
for x in range(680):
	for y in range(620):
		colorx = im.getpixel((x,y))
		
		tp=(x,y,colorx)
		BW.append(tp)

fflist = list(BW)

print(type(fflist))


cords=[]
rgees=[]
for hty in fflist:
	gtg=hty[0]
	gth=hty[1]
	gtj=hty[2]
	cordinate = x, y = gtg, gth
	im.putpixel( cordinate, gtj )
	cords.append(cordinate)
	rgees.append(gtj)
	#print(cordinate, gtj)

#im.show() 
#680 620

print(len(fflist))
print(len(cords))
print(len(rgees))

ses=[]
r,g,b=1,1,1
col=(r,g,b)

for x in range(680):
	for y in range(620):
		colorx = im.getpixel((x,y))
		#print(colorx)
		#if colorx !=  (0,0,0):
			#print("black")
		#else:
			#print("white")
		col=colorx
		col=list(col)
		#print(col)
		if col[2]<254:
			col[0]=0
			col[1]=0
			col[2]=255
		#print(col[0],col[1],col[2])

		col=tuple(col)
		alldata=x,y,col
		#print(alldata)
		ses.append(alldata)

			

#print(ses)
print(len(ses))
#print(ses)
#print(ses)

#print(alldata[10])


#im.setPixel((x,y),rgb)

#im.size =680, 620 
im = Image.new("RGB", (680, 620))


for hyy in ses:
	hyy=list(hyy)
	#print(hyy[0],hyy[1],hyy[2])
	xy=hyy[0],hyy[1]
	im.putpixel(xy,hyy[2])




im.show()		#if colorx not (0,0,0):
			#print("black")
im.save("greenbird.jpg")