" Do not use any imports, any dictionaries, or dictionary methods. Do not use try-except statements" Only solve the question one
import csvfrom typing import TextIO
1. def write_elevation_maps(maps_file: TextIO, maps_list: list[list[list[int]]]) -> None:"""Given an open csv file and a list of maps , writethe maps back into the csv file according to the format specified in. That is, if the same file was then read from againby the function, it should return a list identicalto .IMPORTANT: is an already open file, you can begin writing to itimmediately. Furthermore, DO NOT close the file after you are finished writing the data in.""" is mentioned in the following task, it does this:def get_elevation_maps(maps_file: TextIO) -> list[list[list[int]]]:"""Given an open csv file , read the file according to thespecification and return all the elevation maps stored within the file.IMPORTANT: the given argument to the function is an OPEN file ,you will not need to open it again, and can begin performing standard fileoperations on it.The file will be structured as follows:- The first line will contain one number, which will denote the numberof elevation maps stored within this file.- The next n lines will contain two numbers each, "r" and "c", whichare the number of rows and columns of each elevation map.- The rest of the data will then be comprised of the elevation mapdata, which will follow one another in sequence, with no spaces inbetween.For an example, see "sample_data.csv"."""
is mentioned in the following task, it does this:def get_elevation_maps(maps_file: TextIO) -> list[list[list[int]]]:"""Given an open csv file , read the file according to thespecification and return all the elevation maps stored within the file.IMPORTANT: the given argument to the function is an OPEN file ,you will not need to open it again, and can begin performing standard fileoperations on it.The file will be structured as follows:- The first line will contain one number, which will denote the numberof elevation maps stored within this file.- The next n lines will contain two numbers each, "r" and "c", whichare the number of rows and columns of each elevation map.- The rest of the data will then be comprised of the elevation mapdata, which will follow one another in sequence, with no spaces inbetween.For an example, see "sample_data.csv"."""
def get_elevation_maps(maps_file: TextIO) -> list[list[list[int]]]:"""Given an open csv file , read the file according to thespecification and return all the elevation maps stored within the file.IMPORTANT: the given argument to the function is an OPEN file ,you will not need to open it again, and can begin performing standard fileoperations on it.The file will be structured as follows:- The first line will contain one number, which will denote the numberof elevation maps stored within this file.- The next n lines will contain two numbers each, "r" and "c", whichare the number of rows and columns of each elevation map.- The rest of the data will then be comprised of the elevation mapdata, which will follow one another in sequence, with no spaces inbetween.For an example, see "sample_data.csv"."""
Already registered? Login
Not Account? Sign up
Enter your email address to reset your password
Back to Login? Click here