import numpy as np  import matplotlib.pyplot as plt  import cv2 as cv   #this program conversts color of certain sections of image  #each pixel is checked for the r g b and modified using a numpy array     image = cv.imread('rg.png')  #print(image.shape)  #print(np.asarray(image))   width , height , channels = image.shape  #print(width)  #print(height)  #print(channels)   plt.imshow(image)  plt.show()  #print(image[29][29])   zero_array = np.zeros((2, 3, 3))    for pixeli in range(width):      #print(pixeli)      for pixelj in range(height):         # print(pixeli,pixelj)          #print(image[pixeli][pixelj])          pixelvalue = image[pixeli][pixelj]          #print(pixelvalue)          if pixelvalue[0] == 76 and pixelvalue[1] == 177 and pixelvalue[2] == 34:              #print('mach')              r = 0  ...
talks about machine learning ,IOT and web apps