Find proportion of a variable within each decile of another variable in python












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I have the below dataset:



HID     Score   Decile_Name Result
2089 62 4th decile 1
897 47 2nd decile 0
85 55 3rd decile 0
8 74 7th decile 1
23 31 1st decile 1
5657 77 8th decile 1
52 85 9th decile 0
781 63 6th decile 0
565 42 1st decile 0
456 62 4th decile 1
12 89 10th decile 1
56 85 9th decile 1

#Create a DataFrame
df1 = {
'HID':[2089,897,85,8,23,5657,52,781,565,456,12,56],
'Score':[62,74,31,77,85,63,42,62,89,85],
'Decile_Name':['4th decile','7th decile','1st decile','8th decile','9th decile','6th decile','1st decile','4th decile','10th decile','9th decile'],
'Result' :[1,1,1,1,0,0,0,1,1,1]
]}



df1 = pd.DataFrame(df1,columns=['HID','Score','Decile_Name','Result'])


This captures for each student , the Score in a subject and the corresponding Decile of the score. It also captures whether the student has passed or failed(Result)



I want to calculate the proportion of Result = 1 within each Decile(Result %) and overall(in the whole dataset). Expected output:



Attribute Level         Result %    num_of_stu  
Score - All Categories 0.5 12 # This captures the values for the whole df(df1).
Score - 1st Decile 0.5 2
Score - 2nd Decile 0 1
Score - 3rd Decile 0 1
...
Score - 9th Decile 0.5 2
Score - 10th Decile 1 1


Can someone please help me do this?










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    0














    I have the below dataset:



    HID     Score   Decile_Name Result
    2089 62 4th decile 1
    897 47 2nd decile 0
    85 55 3rd decile 0
    8 74 7th decile 1
    23 31 1st decile 1
    5657 77 8th decile 1
    52 85 9th decile 0
    781 63 6th decile 0
    565 42 1st decile 0
    456 62 4th decile 1
    12 89 10th decile 1
    56 85 9th decile 1

    #Create a DataFrame
    df1 = {
    'HID':[2089,897,85,8,23,5657,52,781,565,456,12,56],
    'Score':[62,74,31,77,85,63,42,62,89,85],
    'Decile_Name':['4th decile','7th decile','1st decile','8th decile','9th decile','6th decile','1st decile','4th decile','10th decile','9th decile'],
    'Result' :[1,1,1,1,0,0,0,1,1,1]
    ]}



    df1 = pd.DataFrame(df1,columns=['HID','Score','Decile_Name','Result'])


    This captures for each student , the Score in a subject and the corresponding Decile of the score. It also captures whether the student has passed or failed(Result)



    I want to calculate the proportion of Result = 1 within each Decile(Result %) and overall(in the whole dataset). Expected output:



    Attribute Level         Result %    num_of_stu  
    Score - All Categories 0.5 12 # This captures the values for the whole df(df1).
    Score - 1st Decile 0.5 2
    Score - 2nd Decile 0 1
    Score - 3rd Decile 0 1
    ...
    Score - 9th Decile 0.5 2
    Score - 10th Decile 1 1


    Can someone please help me do this?










    share|improve this question

























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      0







      I have the below dataset:



      HID     Score   Decile_Name Result
      2089 62 4th decile 1
      897 47 2nd decile 0
      85 55 3rd decile 0
      8 74 7th decile 1
      23 31 1st decile 1
      5657 77 8th decile 1
      52 85 9th decile 0
      781 63 6th decile 0
      565 42 1st decile 0
      456 62 4th decile 1
      12 89 10th decile 1
      56 85 9th decile 1

      #Create a DataFrame
      df1 = {
      'HID':[2089,897,85,8,23,5657,52,781,565,456,12,56],
      'Score':[62,74,31,77,85,63,42,62,89,85],
      'Decile_Name':['4th decile','7th decile','1st decile','8th decile','9th decile','6th decile','1st decile','4th decile','10th decile','9th decile'],
      'Result' :[1,1,1,1,0,0,0,1,1,1]
      ]}



      df1 = pd.DataFrame(df1,columns=['HID','Score','Decile_Name','Result'])


      This captures for each student , the Score in a subject and the corresponding Decile of the score. It also captures whether the student has passed or failed(Result)



      I want to calculate the proportion of Result = 1 within each Decile(Result %) and overall(in the whole dataset). Expected output:



      Attribute Level         Result %    num_of_stu  
      Score - All Categories 0.5 12 # This captures the values for the whole df(df1).
      Score - 1st Decile 0.5 2
      Score - 2nd Decile 0 1
      Score - 3rd Decile 0 1
      ...
      Score - 9th Decile 0.5 2
      Score - 10th Decile 1 1


      Can someone please help me do this?










      share|improve this question













      I have the below dataset:



      HID     Score   Decile_Name Result
      2089 62 4th decile 1
      897 47 2nd decile 0
      85 55 3rd decile 0
      8 74 7th decile 1
      23 31 1st decile 1
      5657 77 8th decile 1
      52 85 9th decile 0
      781 63 6th decile 0
      565 42 1st decile 0
      456 62 4th decile 1
      12 89 10th decile 1
      56 85 9th decile 1

      #Create a DataFrame
      df1 = {
      'HID':[2089,897,85,8,23,5657,52,781,565,456,12,56],
      'Score':[62,74,31,77,85,63,42,62,89,85],
      'Decile_Name':['4th decile','7th decile','1st decile','8th decile','9th decile','6th decile','1st decile','4th decile','10th decile','9th decile'],
      'Result' :[1,1,1,1,0,0,0,1,1,1]
      ]}



      df1 = pd.DataFrame(df1,columns=['HID','Score','Decile_Name','Result'])


      This captures for each student , the Score in a subject and the corresponding Decile of the score. It also captures whether the student has passed or failed(Result)



      I want to calculate the proportion of Result = 1 within each Decile(Result %) and overall(in the whole dataset). Expected output:



      Attribute Level         Result %    num_of_stu  
      Score - All Categories 0.5 12 # This captures the values for the whole df(df1).
      Score - 1st Decile 0.5 2
      Score - 2nd Decile 0 1
      Score - 3rd Decile 0 1
      ...
      Score - 9th Decile 0.5 2
      Score - 10th Decile 1 1


      Can someone please help me do this?







      python pandas






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      asked Nov 20 at 7:28









      Shuvayan Das

      424514




      424514
























          2 Answers
          2






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          1














          Solution if 0 and 1 values only in Result column:



          First aggregate by agg, then sorting index values by integers by extract with argsort, create new summary DataFrame and append it:



          df1 = df.groupby('Decile_Name').agg({'Result':'mean', 'HID':'size'})
          df1 = df1.iloc[df1.index.str.extract('(d+)', expand=False).astype(int).argsort()]

          df2 = pd.DataFrame({'Result': [df['Result'].mean()],
          'HID': [len(df)]}, index=['All Categories'])

          d = {'Result':'Result %','HID':'num_of_stu'}
          df1 = df2.append(df1).rename(columns=d)
          print (df1)
          Result % num_of_stu
          All Categories 0.583333 12
          1st decile 0.500000 2
          2nd decile 0.000000 1
          3rd decile 0.000000 1
          4th decile 1.000000 2
          6th decile 0.000000 1
          7th decile 1.000000 1
          8th decile 1.000000 1
          9th decile 0.500000 2
          10th decile 1.000000 1


          General solution - create boolena mask only for 1 values:



          df['Result1'] = df['Result'] == 1
          df1 = df.groupby('Decile_Name').agg({'Result1':'mean', 'HID':'size'})
          df1 = df1.iloc[df1.index.str.extract('(d+)', expand=False).astype(int).argsort()]

          df2 = pd.DataFrame({'Result1': [df['Result1'].mean()],
          'HID': [len(df)]}, index=['All Categories'])

          d = {'Result1':'Result %','HID':'num_of_stu'}
          df1 = df2.append(df1).rename(columns=d)
          print (df1)
          Result % num_of_stu
          All Categories 0.583333 12
          1st decile 0.500000 2
          2nd decile 0.000000 1
          3rd decile 0.000000 1
          4th decile 1.000000 2
          6th decile 0.000000 1
          7th decile 1.000000 1
          8th decile 1.000000 1
          9th decile 0.500000 2
          10th decile 1.000000 1





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            0














            #build mean of Results grouped by Decile Name
            result_df = df1[['Decile_Name','Result']].groupby(['Decile_Name']).mean()

            #build count of Students grouped by Decile Name
            students_df = df1[['Decile_Name','HID']].groupby(['Decile_Name']).count()

            #merge the two dataframes
            merged_df = pd.concat([result_df, students_df], axis=1)

            #Add the sum for all studends as Index "All Students"
            merged_df.loc["All Studends"] = [df1[['Result']].mean()["Result"], df1[['HID']].count()["HID"]]

            #print
            print(merged_df)


            Result:



                             Result     HID
            Decile_Name
            10th decile 1.000000 1.0
            1st decile 0.500000 2.0
            2nd decile 0.000000 1.0
            3rd decile 0.000000 1.0
            4th decile 1.000000 2.0
            6th decile 0.000000 1.0
            7th decile 1.000000 1.0
            8th decile 1.000000 1.0
            9th decile 0.500000 2.0
            All Studends 0.583333 12.0





            share|improve this answer





















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              2 Answers
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              oldest

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              2 Answers
              2






              active

              oldest

              votes









              active

              oldest

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              active

              oldest

              votes









              1














              Solution if 0 and 1 values only in Result column:



              First aggregate by agg, then sorting index values by integers by extract with argsort, create new summary DataFrame and append it:



              df1 = df.groupby('Decile_Name').agg({'Result':'mean', 'HID':'size'})
              df1 = df1.iloc[df1.index.str.extract('(d+)', expand=False).astype(int).argsort()]

              df2 = pd.DataFrame({'Result': [df['Result'].mean()],
              'HID': [len(df)]}, index=['All Categories'])

              d = {'Result':'Result %','HID':'num_of_stu'}
              df1 = df2.append(df1).rename(columns=d)
              print (df1)
              Result % num_of_stu
              All Categories 0.583333 12
              1st decile 0.500000 2
              2nd decile 0.000000 1
              3rd decile 0.000000 1
              4th decile 1.000000 2
              6th decile 0.000000 1
              7th decile 1.000000 1
              8th decile 1.000000 1
              9th decile 0.500000 2
              10th decile 1.000000 1


              General solution - create boolena mask only for 1 values:



              df['Result1'] = df['Result'] == 1
              df1 = df.groupby('Decile_Name').agg({'Result1':'mean', 'HID':'size'})
              df1 = df1.iloc[df1.index.str.extract('(d+)', expand=False).astype(int).argsort()]

              df2 = pd.DataFrame({'Result1': [df['Result1'].mean()],
              'HID': [len(df)]}, index=['All Categories'])

              d = {'Result1':'Result %','HID':'num_of_stu'}
              df1 = df2.append(df1).rename(columns=d)
              print (df1)
              Result % num_of_stu
              All Categories 0.583333 12
              1st decile 0.500000 2
              2nd decile 0.000000 1
              3rd decile 0.000000 1
              4th decile 1.000000 2
              6th decile 0.000000 1
              7th decile 1.000000 1
              8th decile 1.000000 1
              9th decile 0.500000 2
              10th decile 1.000000 1





              share|improve this answer




























                1














                Solution if 0 and 1 values only in Result column:



                First aggregate by agg, then sorting index values by integers by extract with argsort, create new summary DataFrame and append it:



                df1 = df.groupby('Decile_Name').agg({'Result':'mean', 'HID':'size'})
                df1 = df1.iloc[df1.index.str.extract('(d+)', expand=False).astype(int).argsort()]

                df2 = pd.DataFrame({'Result': [df['Result'].mean()],
                'HID': [len(df)]}, index=['All Categories'])

                d = {'Result':'Result %','HID':'num_of_stu'}
                df1 = df2.append(df1).rename(columns=d)
                print (df1)
                Result % num_of_stu
                All Categories 0.583333 12
                1st decile 0.500000 2
                2nd decile 0.000000 1
                3rd decile 0.000000 1
                4th decile 1.000000 2
                6th decile 0.000000 1
                7th decile 1.000000 1
                8th decile 1.000000 1
                9th decile 0.500000 2
                10th decile 1.000000 1


                General solution - create boolena mask only for 1 values:



                df['Result1'] = df['Result'] == 1
                df1 = df.groupby('Decile_Name').agg({'Result1':'mean', 'HID':'size'})
                df1 = df1.iloc[df1.index.str.extract('(d+)', expand=False).astype(int).argsort()]

                df2 = pd.DataFrame({'Result1': [df['Result1'].mean()],
                'HID': [len(df)]}, index=['All Categories'])

                d = {'Result1':'Result %','HID':'num_of_stu'}
                df1 = df2.append(df1).rename(columns=d)
                print (df1)
                Result % num_of_stu
                All Categories 0.583333 12
                1st decile 0.500000 2
                2nd decile 0.000000 1
                3rd decile 0.000000 1
                4th decile 1.000000 2
                6th decile 0.000000 1
                7th decile 1.000000 1
                8th decile 1.000000 1
                9th decile 0.500000 2
                10th decile 1.000000 1





                share|improve this answer


























                  1












                  1








                  1






                  Solution if 0 and 1 values only in Result column:



                  First aggregate by agg, then sorting index values by integers by extract with argsort, create new summary DataFrame and append it:



                  df1 = df.groupby('Decile_Name').agg({'Result':'mean', 'HID':'size'})
                  df1 = df1.iloc[df1.index.str.extract('(d+)', expand=False).astype(int).argsort()]

                  df2 = pd.DataFrame({'Result': [df['Result'].mean()],
                  'HID': [len(df)]}, index=['All Categories'])

                  d = {'Result':'Result %','HID':'num_of_stu'}
                  df1 = df2.append(df1).rename(columns=d)
                  print (df1)
                  Result % num_of_stu
                  All Categories 0.583333 12
                  1st decile 0.500000 2
                  2nd decile 0.000000 1
                  3rd decile 0.000000 1
                  4th decile 1.000000 2
                  6th decile 0.000000 1
                  7th decile 1.000000 1
                  8th decile 1.000000 1
                  9th decile 0.500000 2
                  10th decile 1.000000 1


                  General solution - create boolena mask only for 1 values:



                  df['Result1'] = df['Result'] == 1
                  df1 = df.groupby('Decile_Name').agg({'Result1':'mean', 'HID':'size'})
                  df1 = df1.iloc[df1.index.str.extract('(d+)', expand=False).astype(int).argsort()]

                  df2 = pd.DataFrame({'Result1': [df['Result1'].mean()],
                  'HID': [len(df)]}, index=['All Categories'])

                  d = {'Result1':'Result %','HID':'num_of_stu'}
                  df1 = df2.append(df1).rename(columns=d)
                  print (df1)
                  Result % num_of_stu
                  All Categories 0.583333 12
                  1st decile 0.500000 2
                  2nd decile 0.000000 1
                  3rd decile 0.000000 1
                  4th decile 1.000000 2
                  6th decile 0.000000 1
                  7th decile 1.000000 1
                  8th decile 1.000000 1
                  9th decile 0.500000 2
                  10th decile 1.000000 1





                  share|improve this answer














                  Solution if 0 and 1 values only in Result column:



                  First aggregate by agg, then sorting index values by integers by extract with argsort, create new summary DataFrame and append it:



                  df1 = df.groupby('Decile_Name').agg({'Result':'mean', 'HID':'size'})
                  df1 = df1.iloc[df1.index.str.extract('(d+)', expand=False).astype(int).argsort()]

                  df2 = pd.DataFrame({'Result': [df['Result'].mean()],
                  'HID': [len(df)]}, index=['All Categories'])

                  d = {'Result':'Result %','HID':'num_of_stu'}
                  df1 = df2.append(df1).rename(columns=d)
                  print (df1)
                  Result % num_of_stu
                  All Categories 0.583333 12
                  1st decile 0.500000 2
                  2nd decile 0.000000 1
                  3rd decile 0.000000 1
                  4th decile 1.000000 2
                  6th decile 0.000000 1
                  7th decile 1.000000 1
                  8th decile 1.000000 1
                  9th decile 0.500000 2
                  10th decile 1.000000 1


                  General solution - create boolena mask only for 1 values:



                  df['Result1'] = df['Result'] == 1
                  df1 = df.groupby('Decile_Name').agg({'Result1':'mean', 'HID':'size'})
                  df1 = df1.iloc[df1.index.str.extract('(d+)', expand=False).astype(int).argsort()]

                  df2 = pd.DataFrame({'Result1': [df['Result1'].mean()],
                  'HID': [len(df)]}, index=['All Categories'])

                  d = {'Result1':'Result %','HID':'num_of_stu'}
                  df1 = df2.append(df1).rename(columns=d)
                  print (df1)
                  Result % num_of_stu
                  All Categories 0.583333 12
                  1st decile 0.500000 2
                  2nd decile 0.000000 1
                  3rd decile 0.000000 1
                  4th decile 1.000000 2
                  6th decile 0.000000 1
                  7th decile 1.000000 1
                  8th decile 1.000000 1
                  9th decile 0.500000 2
                  10th decile 1.000000 1






                  share|improve this answer














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                  edited Nov 20 at 8:19

























                  answered Nov 20 at 8:13









                  jezrael

                  318k22257336




                  318k22257336

























                      0














                      #build mean of Results grouped by Decile Name
                      result_df = df1[['Decile_Name','Result']].groupby(['Decile_Name']).mean()

                      #build count of Students grouped by Decile Name
                      students_df = df1[['Decile_Name','HID']].groupby(['Decile_Name']).count()

                      #merge the two dataframes
                      merged_df = pd.concat([result_df, students_df], axis=1)

                      #Add the sum for all studends as Index "All Students"
                      merged_df.loc["All Studends"] = [df1[['Result']].mean()["Result"], df1[['HID']].count()["HID"]]

                      #print
                      print(merged_df)


                      Result:



                                       Result     HID
                      Decile_Name
                      10th decile 1.000000 1.0
                      1st decile 0.500000 2.0
                      2nd decile 0.000000 1.0
                      3rd decile 0.000000 1.0
                      4th decile 1.000000 2.0
                      6th decile 0.000000 1.0
                      7th decile 1.000000 1.0
                      8th decile 1.000000 1.0
                      9th decile 0.500000 2.0
                      All Studends 0.583333 12.0





                      share|improve this answer


























                        0














                        #build mean of Results grouped by Decile Name
                        result_df = df1[['Decile_Name','Result']].groupby(['Decile_Name']).mean()

                        #build count of Students grouped by Decile Name
                        students_df = df1[['Decile_Name','HID']].groupby(['Decile_Name']).count()

                        #merge the two dataframes
                        merged_df = pd.concat([result_df, students_df], axis=1)

                        #Add the sum for all studends as Index "All Students"
                        merged_df.loc["All Studends"] = [df1[['Result']].mean()["Result"], df1[['HID']].count()["HID"]]

                        #print
                        print(merged_df)


                        Result:



                                         Result     HID
                        Decile_Name
                        10th decile 1.000000 1.0
                        1st decile 0.500000 2.0
                        2nd decile 0.000000 1.0
                        3rd decile 0.000000 1.0
                        4th decile 1.000000 2.0
                        6th decile 0.000000 1.0
                        7th decile 1.000000 1.0
                        8th decile 1.000000 1.0
                        9th decile 0.500000 2.0
                        All Studends 0.583333 12.0





                        share|improve this answer
























                          0












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                          #build mean of Results grouped by Decile Name
                          result_df = df1[['Decile_Name','Result']].groupby(['Decile_Name']).mean()

                          #build count of Students grouped by Decile Name
                          students_df = df1[['Decile_Name','HID']].groupby(['Decile_Name']).count()

                          #merge the two dataframes
                          merged_df = pd.concat([result_df, students_df], axis=1)

                          #Add the sum for all studends as Index "All Students"
                          merged_df.loc["All Studends"] = [df1[['Result']].mean()["Result"], df1[['HID']].count()["HID"]]

                          #print
                          print(merged_df)


                          Result:



                                           Result     HID
                          Decile_Name
                          10th decile 1.000000 1.0
                          1st decile 0.500000 2.0
                          2nd decile 0.000000 1.0
                          3rd decile 0.000000 1.0
                          4th decile 1.000000 2.0
                          6th decile 0.000000 1.0
                          7th decile 1.000000 1.0
                          8th decile 1.000000 1.0
                          9th decile 0.500000 2.0
                          All Studends 0.583333 12.0





                          share|improve this answer












                          #build mean of Results grouped by Decile Name
                          result_df = df1[['Decile_Name','Result']].groupby(['Decile_Name']).mean()

                          #build count of Students grouped by Decile Name
                          students_df = df1[['Decile_Name','HID']].groupby(['Decile_Name']).count()

                          #merge the two dataframes
                          merged_df = pd.concat([result_df, students_df], axis=1)

                          #Add the sum for all studends as Index "All Students"
                          merged_df.loc["All Studends"] = [df1[['Result']].mean()["Result"], df1[['HID']].count()["HID"]]

                          #print
                          print(merged_df)


                          Result:



                                           Result     HID
                          Decile_Name
                          10th decile 1.000000 1.0
                          1st decile 0.500000 2.0
                          2nd decile 0.000000 1.0
                          3rd decile 0.000000 1.0
                          4th decile 1.000000 2.0
                          6th decile 0.000000 1.0
                          7th decile 1.000000 1.0
                          8th decile 1.000000 1.0
                          9th decile 0.500000 2.0
                          All Studends 0.583333 12.0






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                          answered Nov 20 at 7:58









                          Florian H

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