import cv2
import numpy as np
from PIL import Image

import numpy as np

import PIL


#578, 643

img=Image.open('dick.jpg')

print("L",img.format,img.size,img.mode)


#colr_img=img.convert('RGB')

print("RGB",img.format,img.size,img.mode)

im = Image.open(r'dick.jpg') 






BW=[]
for x in range(578):
	for y in range(643):
		colorx = im.getpixel((x,y))
		
		tp=(x,y,colorx)
		BW.append(tp)

fflist = list(BW)




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)
	

#im.show() 


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



vfvx=[]
vfv = list(rgees)


red,green,blue=[],[],[]
for t6t in rgees:
	red.append(t6t[0])
	green.append(t6t[1])
	blue.append(t6t[2])



#print(red)

newred=[]
newblue=[]
newgreen=[]




for eree in range(len(fflist)):
	eree=0
	newgreen.append(eree)

#print(newred)


rbglist=[]
for eree in range(len(fflist)):


	rgbtuple=red[eree],blue[eree],newgreen[eree]
	rbglist.append(rgbtuple)


#print(rbglist)
#print(cords)


for sdew in range(len(fflist)):
	im.putpixel( cords[sdew], rbglist[sdew])


im.show()


im = im.save("dickgreen.jpg") 


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import cv2
import numpy as np
from PIL import Image

import numpy as np

import PIL

#np.set_printoptions(threshold=np.inf)



img=Image.open('dick.jpg')

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


colr_img=img.convert('RGB')


im =cv2.imread('dick.jpg',0)
edges =cv2.Canny(im,0,400)

cv2.imwrite("canny.jpg",edges)
#cv2.imshow("Edges",edges)
#cv2.waitKey(0)


#for xt in range(100):
	#for yt in range(100): 
	#	im.putpixel( (xt, yt), (0, 255, 0) ) 



# Importing Image from PIL package 
from PIL import Image 
	
# creating a image object 
image = Image.open(r'dick.jpg') 

width, height = image.size 






im = Image.open('canny.jpg')
#im=im.convert('RGB')

im2arr = np.array(im) # im2arr.shape: height x width x channel
#print(im2arr)
im.show() 






ff=[]
for x in range(578):
	for y in range(643):
		colorx = im.getpixel((x,y))
		
		tp=(x,y,colorx)
		ff.append(tp)

fflist = list(ff)



for hty in fflist:
	gtg=hty[0]
	gth=hty[1]
	gtj=hty[2]
	cordinate = x, y = gtg, gth
# using getpixel method 
#	print (im.getpixel(cordinate))
	#print(ff[2])
	im.putpixel( cordinate, gtj )

im.show() 





ff=[]
for x in range(578):
	for y in range(643):
		colorx = im.getpixel((x,y))
		if colorx>100:
			#print(colorx)
			colorx=255

		if colorx<100:
			#print(colorx)
			colorx=0


		tp=(x,y,colorx)
		ff.append(tp)

fflist = list(ff)


for hty in fflist:
	gtg=hty[0]
	gth=hty[1]
	gtj=hty[2]
	cordinate = x, y = gtg, gth
# using getpixel method 
#	print (im.getpixel(cordinate))
	#print(ff[2])
	im.putpixel( cordinate, gtj )


fflist = list(ff)



im.show()