python dictionary rotation result












0















i have this dictionary:



dict1 = {'Name': ['Mary','Bob'],'Surname': ['White','Red']}


if I do the print I have this output:



Surname    White
Red
Name Mary
Bob


but I would like this output



Name       Surname
Mary White
Bob Red


how can I do it without using pandas?










share|improve this question



























    0















    i have this dictionary:



    dict1 = {'Name': ['Mary','Bob'],'Surname': ['White','Red']}


    if I do the print I have this output:



    Surname    White
    Red
    Name Mary
    Bob


    but I would like this output



    Name       Surname
    Mary White
    Bob Red


    how can I do it without using pandas?










    share|improve this question

























      0












      0








      0








      i have this dictionary:



      dict1 = {'Name': ['Mary','Bob'],'Surname': ['White','Red']}


      if I do the print I have this output:



      Surname    White
      Red
      Name Mary
      Bob


      but I would like this output



      Name       Surname
      Mary White
      Bob Red


      how can I do it without using pandas?










      share|improve this question














      i have this dictionary:



      dict1 = {'Name': ['Mary','Bob'],'Surname': ['White','Red']}


      if I do the print I have this output:



      Surname    White
      Red
      Name Mary
      Bob


      but I would like this output



      Name       Surname
      Mary White
      Bob Red


      how can I do it without using pandas?







      python






      share|improve this question













      share|improve this question











      share|improve this question




      share|improve this question










      asked Nov 22 '18 at 18:30









      luana nastasiluana nastasi

      113




      113
























          3 Answers
          3






          active

          oldest

          votes


















          1














          Here's code that will sort keys of your dict (so you will get same out every time for same data) and print your dict in format you supplied with any amounts of keys and values of your dict.



          dict1 = {'Name': ['Mary','Bob'],'Surname': ['White','Red']}
          sorted_keys = sorted(dict1.keys())

          spacing = 10
          print_sheme = ('{:<' + str(spacing) + '}')*len(list(dict1.values())[0])

          print(print_sheme.format(*sorted_keys))
          for i in range(len(list(dict1.values())[0])):
          values_to_print = [dict1[key][i] for key in sorted_keys]
          print(print_sheme.format(*values_to_print))


          Output:



          Name      Surname   
          Mary White
          Bob Red





          share|improve this answer































            1














            A less general, but much shorter answer. Just iterate over both lists (but you can extend this to as how many lists you need to reference simultaneously):



            print("{:10} {:10}".format("Name", "Surname"))
            for (name, surname) in zip(dict1.get('Name'), dict1.get('Surname')):
            print("{:10} {:10}".format(name, surname))





            share|improve this answer

































              1














              Here's a pretty straightforward implementation that handles arbitrary keys, uneven lists, and dynamically-sized columns:



              def column_print(d, spacing=2):
              columns = [[x] + y for x, y in zip(d.keys(), d.values())]
              col_widths = [spacing + max([len(x) for x in e]) for e in columns]

              for i in range(max([len(x) for x in columns])):
              for w, col in zip(col_widths, columns):
              print((col[i] if i < len(col) else "").ljust(w), end="")
              print()

              column_print({'Name': ['Mary','Bob','Mark'], 'Surname': ['White','Red','Blue','Black'], 'MI': ['S','A']})


              Output:



              Name  Surname  MI  
              Mary White S
              Bob Red A
              Mark Blue
              Black


              Try it!






              share|improve this answer

























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                3 Answers
                3






                active

                oldest

                votes








                3 Answers
                3






                active

                oldest

                votes









                active

                oldest

                votes






                active

                oldest

                votes









                1














                Here's code that will sort keys of your dict (so you will get same out every time for same data) and print your dict in format you supplied with any amounts of keys and values of your dict.



                dict1 = {'Name': ['Mary','Bob'],'Surname': ['White','Red']}
                sorted_keys = sorted(dict1.keys())

                spacing = 10
                print_sheme = ('{:<' + str(spacing) + '}')*len(list(dict1.values())[0])

                print(print_sheme.format(*sorted_keys))
                for i in range(len(list(dict1.values())[0])):
                values_to_print = [dict1[key][i] for key in sorted_keys]
                print(print_sheme.format(*values_to_print))


                Output:



                Name      Surname   
                Mary White
                Bob Red





                share|improve this answer




























                  1














                  Here's code that will sort keys of your dict (so you will get same out every time for same data) and print your dict in format you supplied with any amounts of keys and values of your dict.



                  dict1 = {'Name': ['Mary','Bob'],'Surname': ['White','Red']}
                  sorted_keys = sorted(dict1.keys())

                  spacing = 10
                  print_sheme = ('{:<' + str(spacing) + '}')*len(list(dict1.values())[0])

                  print(print_sheme.format(*sorted_keys))
                  for i in range(len(list(dict1.values())[0])):
                  values_to_print = [dict1[key][i] for key in sorted_keys]
                  print(print_sheme.format(*values_to_print))


                  Output:



                  Name      Surname   
                  Mary White
                  Bob Red





                  share|improve this answer


























                    1












                    1








                    1







                    Here's code that will sort keys of your dict (so you will get same out every time for same data) and print your dict in format you supplied with any amounts of keys and values of your dict.



                    dict1 = {'Name': ['Mary','Bob'],'Surname': ['White','Red']}
                    sorted_keys = sorted(dict1.keys())

                    spacing = 10
                    print_sheme = ('{:<' + str(spacing) + '}')*len(list(dict1.values())[0])

                    print(print_sheme.format(*sorted_keys))
                    for i in range(len(list(dict1.values())[0])):
                    values_to_print = [dict1[key][i] for key in sorted_keys]
                    print(print_sheme.format(*values_to_print))


                    Output:



                    Name      Surname   
                    Mary White
                    Bob Red





                    share|improve this answer













                    Here's code that will sort keys of your dict (so you will get same out every time for same data) and print your dict in format you supplied with any amounts of keys and values of your dict.



                    dict1 = {'Name': ['Mary','Bob'],'Surname': ['White','Red']}
                    sorted_keys = sorted(dict1.keys())

                    spacing = 10
                    print_sheme = ('{:<' + str(spacing) + '}')*len(list(dict1.values())[0])

                    print(print_sheme.format(*sorted_keys))
                    for i in range(len(list(dict1.values())[0])):
                    values_to_print = [dict1[key][i] for key in sorted_keys]
                    print(print_sheme.format(*values_to_print))


                    Output:



                    Name      Surname   
                    Mary White
                    Bob Red






                    share|improve this answer












                    share|improve this answer



                    share|improve this answer










                    answered Nov 22 '18 at 18:46









                    Filip MłynarskiFilip Młynarski

                    1,7961413




                    1,7961413

























                        1














                        A less general, but much shorter answer. Just iterate over both lists (but you can extend this to as how many lists you need to reference simultaneously):



                        print("{:10} {:10}".format("Name", "Surname"))
                        for (name, surname) in zip(dict1.get('Name'), dict1.get('Surname')):
                        print("{:10} {:10}".format(name, surname))





                        share|improve this answer






























                          1














                          A less general, but much shorter answer. Just iterate over both lists (but you can extend this to as how many lists you need to reference simultaneously):



                          print("{:10} {:10}".format("Name", "Surname"))
                          for (name, surname) in zip(dict1.get('Name'), dict1.get('Surname')):
                          print("{:10} {:10}".format(name, surname))





                          share|improve this answer




























                            1












                            1








                            1







                            A less general, but much shorter answer. Just iterate over both lists (but you can extend this to as how many lists you need to reference simultaneously):



                            print("{:10} {:10}".format("Name", "Surname"))
                            for (name, surname) in zip(dict1.get('Name'), dict1.get('Surname')):
                            print("{:10} {:10}".format(name, surname))





                            share|improve this answer















                            A less general, but much shorter answer. Just iterate over both lists (but you can extend this to as how many lists you need to reference simultaneously):



                            print("{:10} {:10}".format("Name", "Surname"))
                            for (name, surname) in zip(dict1.get('Name'), dict1.get('Surname')):
                            print("{:10} {:10}".format(name, surname))






                            share|improve this answer














                            share|improve this answer



                            share|improve this answer








                            edited Nov 22 '18 at 20:18

























                            answered Nov 22 '18 at 20:08









                            planetmakerplanetmaker

                            4,68421729




                            4,68421729























                                1














                                Here's a pretty straightforward implementation that handles arbitrary keys, uneven lists, and dynamically-sized columns:



                                def column_print(d, spacing=2):
                                columns = [[x] + y for x, y in zip(d.keys(), d.values())]
                                col_widths = [spacing + max([len(x) for x in e]) for e in columns]

                                for i in range(max([len(x) for x in columns])):
                                for w, col in zip(col_widths, columns):
                                print((col[i] if i < len(col) else "").ljust(w), end="")
                                print()

                                column_print({'Name': ['Mary','Bob','Mark'], 'Surname': ['White','Red','Blue','Black'], 'MI': ['S','A']})


                                Output:



                                Name  Surname  MI  
                                Mary White S
                                Bob Red A
                                Mark Blue
                                Black


                                Try it!






                                share|improve this answer






























                                  1














                                  Here's a pretty straightforward implementation that handles arbitrary keys, uneven lists, and dynamically-sized columns:



                                  def column_print(d, spacing=2):
                                  columns = [[x] + y for x, y in zip(d.keys(), d.values())]
                                  col_widths = [spacing + max([len(x) for x in e]) for e in columns]

                                  for i in range(max([len(x) for x in columns])):
                                  for w, col in zip(col_widths, columns):
                                  print((col[i] if i < len(col) else "").ljust(w), end="")
                                  print()

                                  column_print({'Name': ['Mary','Bob','Mark'], 'Surname': ['White','Red','Blue','Black'], 'MI': ['S','A']})


                                  Output:



                                  Name  Surname  MI  
                                  Mary White S
                                  Bob Red A
                                  Mark Blue
                                  Black


                                  Try it!






                                  share|improve this answer




























                                    1












                                    1








                                    1







                                    Here's a pretty straightforward implementation that handles arbitrary keys, uneven lists, and dynamically-sized columns:



                                    def column_print(d, spacing=2):
                                    columns = [[x] + y for x, y in zip(d.keys(), d.values())]
                                    col_widths = [spacing + max([len(x) for x in e]) for e in columns]

                                    for i in range(max([len(x) for x in columns])):
                                    for w, col in zip(col_widths, columns):
                                    print((col[i] if i < len(col) else "").ljust(w), end="")
                                    print()

                                    column_print({'Name': ['Mary','Bob','Mark'], 'Surname': ['White','Red','Blue','Black'], 'MI': ['S','A']})


                                    Output:



                                    Name  Surname  MI  
                                    Mary White S
                                    Bob Red A
                                    Mark Blue
                                    Black


                                    Try it!






                                    share|improve this answer















                                    Here's a pretty straightforward implementation that handles arbitrary keys, uneven lists, and dynamically-sized columns:



                                    def column_print(d, spacing=2):
                                    columns = [[x] + y for x, y in zip(d.keys(), d.values())]
                                    col_widths = [spacing + max([len(x) for x in e]) for e in columns]

                                    for i in range(max([len(x) for x in columns])):
                                    for w, col in zip(col_widths, columns):
                                    print((col[i] if i < len(col) else "").ljust(w), end="")
                                    print()

                                    column_print({'Name': ['Mary','Bob','Mark'], 'Surname': ['White','Red','Blue','Black'], 'MI': ['S','A']})


                                    Output:



                                    Name  Surname  MI  
                                    Mary White S
                                    Bob Red A
                                    Mark Blue
                                    Black


                                    Try it!







                                    share|improve this answer














                                    share|improve this answer



                                    share|improve this answer








                                    edited Nov 22 '18 at 20:35

























                                    answered Nov 22 '18 at 18:55









                                    ggorlenggorlen

                                    7,1883826




                                    7,1883826






























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