def main(): #print("ID:", myID()) img_path = 'C:/Users/User/Desktop/vision/beach.jpg' # Basic read and display imDisplay(img_path, LOAD_GRAY_SCALE) imDisplay(img_path, LOAD_RGB) # Convert Color spaces img = imReadAndConvert(img_path, LOAD_RGB) yiq_img = transformRGB2YIQ(img) f, ax = plt.subplots(1, 2) ax[0].imshow(img) ax[1].imshow(yiq_img) plt.show() # Image histEq histEqDemo(img_path, LOAD_GRAY_SCALE) histEqDemo(img_path, LOAD_RGB) # Image Quantization quantDemo(img_path, LOAD_GRAY_SCALE) quantDemo(img_path, LOAD_RGB) img2 = imReadAndConvert(img_path, LOAD_GRAY_SCALE) plt.gray() plt.imshow(img2) plt.show() img_lst, err_lst = quantizeImage(img2, 3, 20) # Gamma gammaDisplay(img_path, LOAD_RGB)
def main(): print("ID:", myID()) img_path = 'sample_image.jpg' # Basic read and display imDisplay(img_path, LOAD_GRAY_SCALE) imDisplay(img_path, LOAD_RGB) # Convert Color spaces img = imReadAndConvert(img_path, LOAD_RGB) yiq_img = transformRGB2YIQ(img) f, ax = plt.subplots(1, 2) ax[0].imshow(img) ax[1].imshow(yiq_img) plt.show() # Image histEq histEqDemo(img_path, LOAD_GRAY_SCALE) histEqDemo(img_path, LOAD_RGB) # Image Quantization quantDemo(img_path, LOAD_GRAY_SCALE) quantDemo(img_path, LOAD_RGB) # Gamma gammaDisplay(img_path, LOAD_GRAY_SCALE)
def main(): print("ID:", myID()) img_path = '/home/omerugi/PycharmProjects/Ex0/testImg1.jpg' # # Basic read and display # imDisplay(img_path, LOAD_GRAY_SCALE) # imDisplay(img_path, LOAD_RGB) # Convert Color spaces # img = imReadAndConvert(img_path, LOAD_RGB) # yiq_img = transformRGB2YIQ(img) # f, ax = plt.subplots(1, 2) # ax[0].imshow(img) # ax[1].imshow(yiq_img) # plt.show() ##Image histEq # histEqDemo(img_path, LOAD_GRAY_SCALE) #histEqDemo(img_path, LOAD_RGB) # Image Quantization #quantDemo(img_path, LOAD_GRAY_SCALE) #quantDemo(img_path, LOAD_RGB) # # # Gamma gammaDisplay(img_path, LOAD_GRAY_SCALE)
def main(): print("ID:", myID()) img_path = 'beach.jpg' # Basic read and display # imDisplay(img_path, LOAD_GRAY_SCALE) # imDisplay(img_path, LOAD_RGB) # # Convert Color spaces # img = imReadAndConvert(img_path, LOAD_RGB) # yiq_img = transformRGB2YIQ(img) # # f, ax = plt.subplots(1, 2) # ax[0].imshow(img) # ax[1].imshow(yiq_img) # # plt.show() # # # Image histEq # histEqDemo(img_path, LOAD_GRAY_SCALE) # histEqDemo(img_path, LOAD_RGB) # # # Image Quantization # quantDemo(img_path, LOAD_GRAY_SCALE) # quantDemo(img_path, LOAD_RGB) # Gamma gammaDisplay(img_path, LOAD_RGB)