Pythonic code to convert 3 digit number into all possible letter combinations












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Given a dictionary where 1:a , 2:b ... 26:z. I need to find all the possible letter combinations that can be formed from the three digits.



Either each digit should translate to a letter individually or you can combine adjacent digits to check for a letter. You can't change the order of the digits. For example -



121 translates to aba, au, la;



151 translates to aea, oa;



101 translates to ja;



I was able to get this working but I feel my code is not very "pythonic". I am trying to figure out a more efficient & python-like solution for this problem.



# creating the dict that has keys as digits and values as letters
root_dict = {}
for num in range(0,26):
root_dict[str(num+1)] = string.ascii_lowercase[num]

# asking user for a three digit number
sequence_to_convert = raw_input('Enter three digit number n')

# storing all possible permutations from the three digit number
first_permutation = sequence_to_convert[0]
second_permutation = sequence_to_convert[1]
third_permutation = sequence_to_convert[2]
fourth_permutation = sequence_to_convert[0]+sequence_to_convert[1]
fifth_permutation = sequence_to_convert[1]+sequence_to_convert[2]

# checking if the permutations exist in the dict, if so print corresponding letters
if first_permutation in root_dict and second_permutation in root_dict and third_permutation in root_dict:
print root_dict[first_permutation]+root_dict[second_permutation]+root_dict[third_permutation]
if first_permutation in root_dict and fifth_permutation in root_dict:
print root_dict[first_permutation]+root_dict[fifth_permutation]
if fourth_permutation in root_dict and third_permutation in root_dict:
print root_dict[fourth_permutation]+root_dict[third_permutation]








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    $begingroup$


    Given a dictionary where 1:a , 2:b ... 26:z. I need to find all the possible letter combinations that can be formed from the three digits.



    Either each digit should translate to a letter individually or you can combine adjacent digits to check for a letter. You can't change the order of the digits. For example -



    121 translates to aba, au, la;



    151 translates to aea, oa;



    101 translates to ja;



    I was able to get this working but I feel my code is not very "pythonic". I am trying to figure out a more efficient & python-like solution for this problem.



    # creating the dict that has keys as digits and values as letters
    root_dict = {}
    for num in range(0,26):
    root_dict[str(num+1)] = string.ascii_lowercase[num]

    # asking user for a three digit number
    sequence_to_convert = raw_input('Enter three digit number n')

    # storing all possible permutations from the three digit number
    first_permutation = sequence_to_convert[0]
    second_permutation = sequence_to_convert[1]
    third_permutation = sequence_to_convert[2]
    fourth_permutation = sequence_to_convert[0]+sequence_to_convert[1]
    fifth_permutation = sequence_to_convert[1]+sequence_to_convert[2]

    # checking if the permutations exist in the dict, if so print corresponding letters
    if first_permutation in root_dict and second_permutation in root_dict and third_permutation in root_dict:
    print root_dict[first_permutation]+root_dict[second_permutation]+root_dict[third_permutation]
    if first_permutation in root_dict and fifth_permutation in root_dict:
    print root_dict[first_permutation]+root_dict[fifth_permutation]
    if fourth_permutation in root_dict and third_permutation in root_dict:
    print root_dict[fourth_permutation]+root_dict[third_permutation]








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      $begingroup$


      Given a dictionary where 1:a , 2:b ... 26:z. I need to find all the possible letter combinations that can be formed from the three digits.



      Either each digit should translate to a letter individually or you can combine adjacent digits to check for a letter. You can't change the order of the digits. For example -



      121 translates to aba, au, la;



      151 translates to aea, oa;



      101 translates to ja;



      I was able to get this working but I feel my code is not very "pythonic". I am trying to figure out a more efficient & python-like solution for this problem.



      # creating the dict that has keys as digits and values as letters
      root_dict = {}
      for num in range(0,26):
      root_dict[str(num+1)] = string.ascii_lowercase[num]

      # asking user for a three digit number
      sequence_to_convert = raw_input('Enter three digit number n')

      # storing all possible permutations from the three digit number
      first_permutation = sequence_to_convert[0]
      second_permutation = sequence_to_convert[1]
      third_permutation = sequence_to_convert[2]
      fourth_permutation = sequence_to_convert[0]+sequence_to_convert[1]
      fifth_permutation = sequence_to_convert[1]+sequence_to_convert[2]

      # checking if the permutations exist in the dict, if so print corresponding letters
      if first_permutation in root_dict and second_permutation in root_dict and third_permutation in root_dict:
      print root_dict[first_permutation]+root_dict[second_permutation]+root_dict[third_permutation]
      if first_permutation in root_dict and fifth_permutation in root_dict:
      print root_dict[first_permutation]+root_dict[fifth_permutation]
      if fourth_permutation in root_dict and third_permutation in root_dict:
      print root_dict[fourth_permutation]+root_dict[third_permutation]








      share







      New contributor




      user168115 is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
      Check out our Code of Conduct.







      $endgroup$




      Given a dictionary where 1:a , 2:b ... 26:z. I need to find all the possible letter combinations that can be formed from the three digits.



      Either each digit should translate to a letter individually or you can combine adjacent digits to check for a letter. You can't change the order of the digits. For example -



      121 translates to aba, au, la;



      151 translates to aea, oa;



      101 translates to ja;



      I was able to get this working but I feel my code is not very "pythonic". I am trying to figure out a more efficient & python-like solution for this problem.



      # creating the dict that has keys as digits and values as letters
      root_dict = {}
      for num in range(0,26):
      root_dict[str(num+1)] = string.ascii_lowercase[num]

      # asking user for a three digit number
      sequence_to_convert = raw_input('Enter three digit number n')

      # storing all possible permutations from the three digit number
      first_permutation = sequence_to_convert[0]
      second_permutation = sequence_to_convert[1]
      third_permutation = sequence_to_convert[2]
      fourth_permutation = sequence_to_convert[0]+sequence_to_convert[1]
      fifth_permutation = sequence_to_convert[1]+sequence_to_convert[2]

      # checking if the permutations exist in the dict, if so print corresponding letters
      if first_permutation in root_dict and second_permutation in root_dict and third_permutation in root_dict:
      print root_dict[first_permutation]+root_dict[second_permutation]+root_dict[third_permutation]
      if first_permutation in root_dict and fifth_permutation in root_dict:
      print root_dict[first_permutation]+root_dict[fifth_permutation]
      if fourth_permutation in root_dict and third_permutation in root_dict:
      print root_dict[fourth_permutation]+root_dict[third_permutation]






      python





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      user168115 is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
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      share







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      user168115 is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
      Check out our Code of Conduct.








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      user168115 is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
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      Check out our Code of Conduct.






















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