input image:

Modify the map-mapking program from Lab 4 to create a topographic map (highlighting the points that have elevations that are multiples of 10). Your program should create a new image, called topo.png with the pixels colored as follows: If the elevation is less than or equal to 0, color the pixel 25% blue (and 0% red and 0% green). If the elevation is divisible by 10, color the pixel black (0% red, 0% green, and 0% blue). Otherwise, the pixel should be colored 50% red, 50% green, and 50% blue. o o Your resulting map should look like 200 300 400 100 400 and be saved to a file called topo png. Note: before submitting your program for grading, remove the commands that show the image (i.e. the ones that pop up the graphics window with the image) The program is graded on a server on the cloud and does not have a graphics window, so, the plt.show(o and plt.imshow) commands will give an error. Instead, the files your program produces are compared pixel-by-pixel to the answer to check for correctness Modify the map-mapking program from Lab 4 to create a topographic map (highlighting the points that have elevations that are multiples of 10). Your program should create a new image, called topo.png with the pixels colored as follows: If the elevation is less than or equal to 0, color the pixel 25% blue (and 0% red and 0% green). If the elevation is divisible by 10, color the pixel black (0% red, 0% green, and 0% blue). Otherwise, the pixel should be colored 50% red, 50% green, and 50% blue. o o Your resulting map should look like 200 300 400 100 400 and be saved to a file called topo png. Note: before submitting your program for grading, remove the commands that show the image (i.e. the ones that pop up the graphics window with the image) The program is graded on a server on the cloud and does not have a graphics window, so, the plt.show(o and plt.imshow) commands will give an error. Instead, the files your program produces are compared pixel-by-pixel to the answer to check for correctness