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Question 3 - (this question MAY appear on the assignment quiz) Write a Python program to solve the following problem: Given a two-dimensional list/table containing hexadecimal colour codes representing a picture, write functions to look for the corresponding colour names in another two-dimensional colour lookup table (see below) and generate a resulting two-dimensional table containing the names of the colours in the appropriate locations, corresponding to where the colour code was in the original hexadecimal table. See sample expected output below. Call the file containing your program, colour_codes.py. Include the following functions in your code: • a function to find the appropriate row, in the colour lookup table, corresponding to the first three digits of the colour code in the picture; the function should take, as parameters, the lookup table and a string containing the first three digits of the colour code and return the code's row location (e.g., partial code "FFO" would give 4 as a return value since it can be found in row 4 of the lookup table) • a function to find the appropriate column, in the colour lookup table, corresponding to the last three digits of the colour code in the picture; the function should take, as parameters, the lookup table and a string containing the last three digits of the colour code and return the code's column location (e.g., partial code "FO0" would give 3 as a return value since it can be found in column 3 of the lookup table) • a function to print the resulting table in the format shown in the sample expected output below • a main function to use the other functions to get the resulting "colour name" table and print it; the main function should contain the two given two-dimensional lists/tables as given below (colourLookup and sare encodedPic)

Question 3 - (this question MAY appear on the assignment quiz) Write a Python program to solve the following problem: Given a two-dimensional list/table containing hexadecimal colour codes representing a picture, write functions to look for the corresponding colour names in another two-dimensional colour lookup table (see below) and generate a resulting two-dimensional table containing the names of the colours in the appropriate locations, corresponding to where the colour code was in the original hexadecimal table. See sample expected output below. Call the file containing your program, colour_codes.py. Include the following functions in your code: • a function to find the appropriate row, in the colour lookup table, corresponding to the first three digits of the colour code in the picture; the function should take, as parameters, the lookup table and a string containing the first three digits of the colour code and return the code's row location (e.g., partial code "FFO" would give 4 as a return value since it can be found in row 4 of the lookup table) • a function to find the appropriate column, in the colour lookup table, corresponding to the last three digits of the colour code in the picture; the function should take, as parameters, the lookup table and a string containing the last three digits of the colour code and return the code's column location (e.g., partial code "FO0" would give 3 as a return value since it can be found in column 3 of the lookup table) • a function to print the resulting table in the format shown in the sample expected output below • a main function to use the other functions to get the resulting "colour name" table and print it; the main function should contain the two given two-dimensional lists/tables as given below (colourLookup and sare encodedPic)

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Question 3 - (this question MAY appear on the assignment quiz) Write a Python program to solve the following problem: Given a two-dimensional list/table containing hexadecimal colour codes representing a picture, write functions to look for the corresponding colour names in another two-dimensional colour lookup table (see below) and generate a resulting two-dimensional table containing the names of the colours in the appropriate locations, corresponding to where the colour code was in the original hexadecimal table. See sample expected output below. Call the file containing your program, colour_codes.py. Include the following functions in your code: • a function to find the appropriate row, in the colour lookup table, corresponding to the first three digits of the colour code in the picture; the function should take, as parameters, the lookup table and a string containing the first three digits of the colour code and return the code's row location (e.g., partial code "FF0" would give 4 as a return value since it can be found in row 4 of the lookup table) • a function to find the appropriate column, in the colour lookup table, corresponding to the last three digits of the colour code in the picture; the function should take, as parameters, the lookup table and a string containing the last three digits of the colour code and return the code's column location (e.g., partial code "FO0" would give 3 as a return value since it can be found in column 3 of the lookup table) • a function to print the resulting table in the format shown in the sample expected output below a main function to use the other functions to get the resulting "colour name" table and print it; the main function should contain the two given two-dimensional lists/tables as given below (colourLookup and encodedPic)
Transcribed Image Text:Question 3 - (this question MAY appear on the assignment quiz) Write a Python program to solve the following problem: Given a two-dimensional list/table containing hexadecimal colour codes representing a picture, write functions to look for the corresponding colour names in another two-dimensional colour lookup table (see below) and generate a resulting two-dimensional table containing the names of the colours in the appropriate locations, corresponding to where the colour code was in the original hexadecimal table. See sample expected output below. Call the file containing your program, colour_codes.py. Include the following functions in your code: • a function to find the appropriate row, in the colour lookup table, corresponding to the first three digits of the colour code in the picture; the function should take, as parameters, the lookup table and a string containing the first three digits of the colour code and return the code's row location (e.g., partial code "FF0" would give 4 as a return value since it can be found in row 4 of the lookup table) • a function to find the appropriate column, in the colour lookup table, corresponding to the last three digits of the colour code in the picture; the function should take, as parameters, the lookup table and a string containing the last three digits of the colour code and return the code's column location (e.g., partial code "FO0" would give 3 as a return value since it can be found in column 3 of the lookup table) • a function to print the resulting table in the format shown in the sample expected output below a main function to use the other functions to get the resulting "colour name" table and print it; the main function should contain the two given two-dimensional lists/tables as given below (colourLookup and encodedPic)
Colour Lookup Table: 000 FOO FFF BLUE15 000 BLACK BLACK15 FFF YELLOW15 WHITE YELLOW 0OF GREEN15 CYAN GREEN FFO RED MAGENTA15 RED15 Given encoded picture: 000000 000000 000000 FF0000 000000 000000 000000 000000 000000 FF0000 000000 FFO000 000000 000000 000000 FFO000 000000 FFFFFF 000000 FF0000 000000 000000 000000 FF0000 000000 FFO000 000000 000000 000000 000000 000000 FF0000 000000 000000 00000 000000 000000 000000 OOFF00 000000 000000 000000 000000 000000 000000 00FF00 OOFF00 0OFF00 000000 000000 000000 000000 OOFF00 000000 000000 000000 Sample expected output: BLACK BLACK BLACK RED BLACK BLACK BLACK BLACK BLACK RED BLACK RED BLACK ELACK BLACK RED BLACK WHITE BLACK RED BLACK BLACK BLACK RED BLACK RED BLACK BLACK BLACK BLACK BLACK RED BLACK BLACK ELACK BLACK BLACK BLACK GREEN BLACK BLACK ELACK BLACK BLACK GREEN GREEN GREEN BLACK ELACK BLACK BLACK BLACK GREEN BLACK BLACK BLACK Given lists to be used in your code: colourLookup - [[" "000", "FF", "FO0"1, ["000", "BLACK", "BLUE_15", "BLACK15"1, ["FFF", "YELLON15", "WHITE", "YELLOW"], ["00F", "GREEN15", ["FF0", "RED", "MAGENTA15", "RED15"1] "CYAN", "GREEN"1, encodedPic = [ ["000000", "000000", "000000", "FF0000", "000000", "000000", "000000"), ["000000", "000000", "FF0000", "000000", ["000000", "FF0000", ["000000", "000000", ["000000", "000000", "000000", ["000000", "000000", "000000", "0OFF00", "000000", "000000", "000000"), ["000000", "000000", ["000000", "000000", "000000", "0OFF00", "000000", "00000", "000000"] "000000", "000000"], "000000", "FF0000", "000000"), "FF0000", "000000", "000000"), "FF0000", "000000", "000000", "000000"], "FF0000", "000000", "FFFFFF", "FF0000", "000000", "OOFF00", "0OFF00", "0OFF00", "000000", "000000"),
Transcribed Image Text:Colour Lookup Table: 000 FOO FFF BLUE15 000 BLACK BLACK15 FFF YELLOW15 WHITE YELLOW 0OF GREEN15 CYAN GREEN FFO RED MAGENTA15 RED15 Given encoded picture: 000000 000000 000000 FF0000 000000 000000 000000 000000 000000 FF0000 000000 FFO000 000000 000000 000000 FFO000 000000 FFFFFF 000000 FF0000 000000 000000 000000 FF0000 000000 FFO000 000000 000000 000000 000000 000000 FF0000 000000 000000 00000 000000 000000 000000 OOFF00 000000 000000 000000 000000 000000 000000 00FF00 OOFF00 0OFF00 000000 000000 000000 000000 OOFF00 000000 000000 000000 Sample expected output: BLACK BLACK BLACK RED BLACK BLACK BLACK BLACK BLACK RED BLACK RED BLACK ELACK BLACK RED BLACK WHITE BLACK RED BLACK BLACK BLACK RED BLACK RED BLACK BLACK BLACK BLACK BLACK RED BLACK BLACK ELACK BLACK BLACK BLACK GREEN BLACK BLACK ELACK BLACK BLACK GREEN GREEN GREEN BLACK ELACK BLACK BLACK BLACK GREEN BLACK BLACK BLACK Given lists to be used in your code: colourLookup - [[" "000", "FF", "FO0"1, ["000", "BLACK", "BLUE_15", "BLACK15"1, ["FFF", "YELLON15", "WHITE", "YELLOW"], ["00F", "GREEN15", ["FF0", "RED", "MAGENTA15", "RED15"1] "CYAN", "GREEN"1, encodedPic = [ ["000000", "000000", "000000", "FF0000", "000000", "000000", "000000"), ["000000", "000000", "FF0000", "000000", ["000000", "FF0000", ["000000", "000000", ["000000", "000000", "000000", ["000000", "000000", "000000", "0OFF00", "000000", "000000", "000000"), ["000000", "000000", ["000000", "000000", "000000", "0OFF00", "000000", "00000", "000000"] "000000", "000000"], "000000", "FF0000", "000000"), "FF0000", "000000", "000000"), "FF0000", "000000", "000000", "000000"], "FF0000", "000000", "FFFFFF", "FF0000", "000000", "OOFF00", "0OFF00", "0OFF00", "000000", "000000"),
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