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How to operate Moving Average on List of Lists?


What is in your Mathematica tool bag?Generate a list in Mathematica with a conditional tested for each elementManipulate, checkboxes from the listHow do I find Waldo with Mathematica?How to do Tally-like operation on list based on elements' total in MathematicaDo operations for the second component of each element in a list in MathematicaFast extraction of elements from nested listsHow to smooth a histogram3D in mathematica using moving average?Moving Average plotHow to set an initial moving average value in Java?






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0















I have a list of lists of numbers in mathematica, i.e.
a, b, c, d, e,f, g, h, i, j



and I want to operate MovingAverage on each sublist.



However,



MovingAverage[listOfLists,movingAverageElementChoice,movingAverageElementChoice] simply returns a one dimmensional list, which is the number of elements in the jth column divided by numberOfSublists



I have tried a lot, please help!



I have tried MovingAverage[listOfLists,movingAverageElementChoice]



kineticsData8219K6Averaged =
MovingAverage[kineticsData8219K6, 10, 10, 10, 10, 10, 10];



I want it to output each sublist operated on by MovingAverage










share|improve this question






























    0















    I have a list of lists of numbers in mathematica, i.e.
    a, b, c, d, e,f, g, h, i, j



    and I want to operate MovingAverage on each sublist.



    However,



    MovingAverage[listOfLists,movingAverageElementChoice,movingAverageElementChoice] simply returns a one dimmensional list, which is the number of elements in the jth column divided by numberOfSublists



    I have tried a lot, please help!



    I have tried MovingAverage[listOfLists,movingAverageElementChoice]



    kineticsData8219K6Averaged =
    MovingAverage[kineticsData8219K6, 10, 10, 10, 10, 10, 10];



    I want it to output each sublist operated on by MovingAverage










    share|improve this question


























      0












      0








      0








      I have a list of lists of numbers in mathematica, i.e.
      a, b, c, d, e,f, g, h, i, j



      and I want to operate MovingAverage on each sublist.



      However,



      MovingAverage[listOfLists,movingAverageElementChoice,movingAverageElementChoice] simply returns a one dimmensional list, which is the number of elements in the jth column divided by numberOfSublists



      I have tried a lot, please help!



      I have tried MovingAverage[listOfLists,movingAverageElementChoice]



      kineticsData8219K6Averaged =
      MovingAverage[kineticsData8219K6, 10, 10, 10, 10, 10, 10];



      I want it to output each sublist operated on by MovingAverage










      share|improve this question














      I have a list of lists of numbers in mathematica, i.e.
      a, b, c, d, e,f, g, h, i, j



      and I want to operate MovingAverage on each sublist.



      However,



      MovingAverage[listOfLists,movingAverageElementChoice,movingAverageElementChoice] simply returns a one dimmensional list, which is the number of elements in the jth column divided by numberOfSublists



      I have tried a lot, please help!



      I have tried MovingAverage[listOfLists,movingAverageElementChoice]



      kineticsData8219K6Averaged =
      MovingAverage[kineticsData8219K6, 10, 10, 10, 10, 10, 10];



      I want it to output each sublist operated on by MovingAverage







      wolfram-mathematica moving-average






      share|improve this question













      share|improve this question











      share|improve this question




      share|improve this question










      asked Mar 28 at 4:33









      rictuarrictuar

      1




      1

























          1 Answer
          1






          active

          oldest

          votes


















          1
















          You want to do the same thing to every element of a list. You should think of Map in almost every situation like this. Each of your elements just happen to be lists, but that isn't an issue. So



          data=a, b, c, d, e,f, g, h, i, j;
          Map[MovingAverage[#, 2]&, data]


          gives you the result



          (a+b)/2, (b+c)/2, (c+d)/2, (d+e)/2, (f+g)/2, (g+h)/2, (h+i)/2, (i+j)/2


          And you can provide additional arguments inside that MovingAverage to modify the behavior to match what you need. The # will be replaced one at a time by each list inside data and the result of each of those MovingAverage will be put into a list and returned to you.






          share|improve this answer


























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            1 Answer
            1






            active

            oldest

            votes








            1 Answer
            1






            active

            oldest

            votes









            active

            oldest

            votes






            active

            oldest

            votes









            1
















            You want to do the same thing to every element of a list. You should think of Map in almost every situation like this. Each of your elements just happen to be lists, but that isn't an issue. So



            data=a, b, c, d, e,f, g, h, i, j;
            Map[MovingAverage[#, 2]&, data]


            gives you the result



            (a+b)/2, (b+c)/2, (c+d)/2, (d+e)/2, (f+g)/2, (g+h)/2, (h+i)/2, (i+j)/2


            And you can provide additional arguments inside that MovingAverage to modify the behavior to match what you need. The # will be replaced one at a time by each list inside data and the result of each of those MovingAverage will be put into a list and returned to you.






            share|improve this answer































              1
















              You want to do the same thing to every element of a list. You should think of Map in almost every situation like this. Each of your elements just happen to be lists, but that isn't an issue. So



              data=a, b, c, d, e,f, g, h, i, j;
              Map[MovingAverage[#, 2]&, data]


              gives you the result



              (a+b)/2, (b+c)/2, (c+d)/2, (d+e)/2, (f+g)/2, (g+h)/2, (h+i)/2, (i+j)/2


              And you can provide additional arguments inside that MovingAverage to modify the behavior to match what you need. The # will be replaced one at a time by each list inside data and the result of each of those MovingAverage will be put into a list and returned to you.






              share|improve this answer





























                1














                1










                1









                You want to do the same thing to every element of a list. You should think of Map in almost every situation like this. Each of your elements just happen to be lists, but that isn't an issue. So



                data=a, b, c, d, e,f, g, h, i, j;
                Map[MovingAverage[#, 2]&, data]


                gives you the result



                (a+b)/2, (b+c)/2, (c+d)/2, (d+e)/2, (f+g)/2, (g+h)/2, (h+i)/2, (i+j)/2


                And you can provide additional arguments inside that MovingAverage to modify the behavior to match what you need. The # will be replaced one at a time by each list inside data and the result of each of those MovingAverage will be put into a list and returned to you.






                share|improve this answer















                You want to do the same thing to every element of a list. You should think of Map in almost every situation like this. Each of your elements just happen to be lists, but that isn't an issue. So



                data=a, b, c, d, e,f, g, h, i, j;
                Map[MovingAverage[#, 2]&, data]


                gives you the result



                (a+b)/2, (b+c)/2, (c+d)/2, (d+e)/2, (f+g)/2, (g+h)/2, (h+i)/2, (i+j)/2


                And you can provide additional arguments inside that MovingAverage to modify the behavior to match what you need. The # will be replaced one at a time by each list inside data and the result of each of those MovingAverage will be put into a list and returned to you.







                share|improve this answer














                share|improve this answer



                share|improve this answer








                edited Mar 28 at 6:09

























                answered Mar 28 at 5:50









                BillBill

                2,5611 gold badge7 silver badges8 bronze badges




                2,5611 gold badge7 silver badges8 bronze badges





















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