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Turning hourly data for columns of data into daily



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I've got some code which converts data from hours to days. I am wondering if there are any improvements which could be made to make it more efficient or any other improvements in general that could be made?



Other information:



for t = Int((n - 1) / 24) + 1, the n is the amount of rows of data. u is the first cell of the hourly data.



u = Int(Worksheets("Hydrological_Data").Cells(6, 1))
t = Int((n - 1) / 24) + 1

Dim rain_recalc(), evap_recalc(), obs_q_recalc(), sim_q_recalc() As Double
Dim rain_d(), evap_d(), available_w_d(), interflow_d(), overflow_d(), obs_q_d(), sim_q_d() As Double


ReDim rain_recalc(t, 24), evap_recalc(t, 24), obs_q_recalc(t, 24), sim_q_recalc(t, 24) As Double

ReDim rain_d(t), evap_d(t), available_w_d(t), interflow_d(t), overflow_d(t), obs_q_d(t), sim_q_d(t) As Double

counter = 0
total_obs_q = 0

For w = 1 To t
rain_d(0) = 0
evap_d(0) = 0
obs_q_d(0) = 0
sim_q_d(0) = 0
For s = 0 To 23
rain_recalc(w, s) = rainfall(counter)
rain_d(w) = rain_d(w) + rain_recalc(w, s)
evap_recalc(w, s) = evaporation(counter)
evap_d(w) = evap_d(w) + evap_recalc(w, s)
obs_q_recalc(w, s) = obs_q(counter)
obs_q_d(w) = obs_q_d(w) + obs_q_recalc(w, s)
sim_q_recalc(w, s) = simulated_q(counter)
sim_q_d(w) = sim_q_d(w) + sim_q_recalc(w, s)
counter = counter + 1
Next s

total_obs_q = total_obs_q + obs_q_d(w)

Worksheets("Hydrological_Data").Cells(5 + w, 7) = u + w - 1
Worksheets("Hydrological_Data").Cells(5 + w, 8) = rain_d(w)
Worksheets("Hydrological_Data").Cells(5 + w, 9) = evap_d(w)
Worksheets("Hydrological_Data").Cells(5 + w, 10) = obs_q_d(w)
Worksheets("Hydrological_Data").Cells(5 + w, 11) = sim_q_d(w)
Next w









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    $begingroup$


    I've got some code which converts data from hours to days. I am wondering if there are any improvements which could be made to make it more efficient or any other improvements in general that could be made?



    Other information:



    for t = Int((n - 1) / 24) + 1, the n is the amount of rows of data. u is the first cell of the hourly data.



    u = Int(Worksheets("Hydrological_Data").Cells(6, 1))
    t = Int((n - 1) / 24) + 1

    Dim rain_recalc(), evap_recalc(), obs_q_recalc(), sim_q_recalc() As Double
    Dim rain_d(), evap_d(), available_w_d(), interflow_d(), overflow_d(), obs_q_d(), sim_q_d() As Double


    ReDim rain_recalc(t, 24), evap_recalc(t, 24), obs_q_recalc(t, 24), sim_q_recalc(t, 24) As Double

    ReDim rain_d(t), evap_d(t), available_w_d(t), interflow_d(t), overflow_d(t), obs_q_d(t), sim_q_d(t) As Double

    counter = 0
    total_obs_q = 0

    For w = 1 To t
    rain_d(0) = 0
    evap_d(0) = 0
    obs_q_d(0) = 0
    sim_q_d(0) = 0
    For s = 0 To 23
    rain_recalc(w, s) = rainfall(counter)
    rain_d(w) = rain_d(w) + rain_recalc(w, s)
    evap_recalc(w, s) = evaporation(counter)
    evap_d(w) = evap_d(w) + evap_recalc(w, s)
    obs_q_recalc(w, s) = obs_q(counter)
    obs_q_d(w) = obs_q_d(w) + obs_q_recalc(w, s)
    sim_q_recalc(w, s) = simulated_q(counter)
    sim_q_d(w) = sim_q_d(w) + sim_q_recalc(w, s)
    counter = counter + 1
    Next s

    total_obs_q = total_obs_q + obs_q_d(w)

    Worksheets("Hydrological_Data").Cells(5 + w, 7) = u + w - 1
    Worksheets("Hydrological_Data").Cells(5 + w, 8) = rain_d(w)
    Worksheets("Hydrological_Data").Cells(5 + w, 9) = evap_d(w)
    Worksheets("Hydrological_Data").Cells(5 + w, 10) = obs_q_d(w)
    Worksheets("Hydrological_Data").Cells(5 + w, 11) = sim_q_d(w)
    Next w









    share|improve this question









    New contributor




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







    $endgroup$















      0












      0








      0





      $begingroup$


      I've got some code which converts data from hours to days. I am wondering if there are any improvements which could be made to make it more efficient or any other improvements in general that could be made?



      Other information:



      for t = Int((n - 1) / 24) + 1, the n is the amount of rows of data. u is the first cell of the hourly data.



      u = Int(Worksheets("Hydrological_Data").Cells(6, 1))
      t = Int((n - 1) / 24) + 1

      Dim rain_recalc(), evap_recalc(), obs_q_recalc(), sim_q_recalc() As Double
      Dim rain_d(), evap_d(), available_w_d(), interflow_d(), overflow_d(), obs_q_d(), sim_q_d() As Double


      ReDim rain_recalc(t, 24), evap_recalc(t, 24), obs_q_recalc(t, 24), sim_q_recalc(t, 24) As Double

      ReDim rain_d(t), evap_d(t), available_w_d(t), interflow_d(t), overflow_d(t), obs_q_d(t), sim_q_d(t) As Double

      counter = 0
      total_obs_q = 0

      For w = 1 To t
      rain_d(0) = 0
      evap_d(0) = 0
      obs_q_d(0) = 0
      sim_q_d(0) = 0
      For s = 0 To 23
      rain_recalc(w, s) = rainfall(counter)
      rain_d(w) = rain_d(w) + rain_recalc(w, s)
      evap_recalc(w, s) = evaporation(counter)
      evap_d(w) = evap_d(w) + evap_recalc(w, s)
      obs_q_recalc(w, s) = obs_q(counter)
      obs_q_d(w) = obs_q_d(w) + obs_q_recalc(w, s)
      sim_q_recalc(w, s) = simulated_q(counter)
      sim_q_d(w) = sim_q_d(w) + sim_q_recalc(w, s)
      counter = counter + 1
      Next s

      total_obs_q = total_obs_q + obs_q_d(w)

      Worksheets("Hydrological_Data").Cells(5 + w, 7) = u + w - 1
      Worksheets("Hydrological_Data").Cells(5 + w, 8) = rain_d(w)
      Worksheets("Hydrological_Data").Cells(5 + w, 9) = evap_d(w)
      Worksheets("Hydrological_Data").Cells(5 + w, 10) = obs_q_d(w)
      Worksheets("Hydrological_Data").Cells(5 + w, 11) = sim_q_d(w)
      Next w









      share|improve this question









      New contributor




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







      $endgroup$




      I've got some code which converts data from hours to days. I am wondering if there are any improvements which could be made to make it more efficient or any other improvements in general that could be made?



      Other information:



      for t = Int((n - 1) / 24) + 1, the n is the amount of rows of data. u is the first cell of the hourly data.



      u = Int(Worksheets("Hydrological_Data").Cells(6, 1))
      t = Int((n - 1) / 24) + 1

      Dim rain_recalc(), evap_recalc(), obs_q_recalc(), sim_q_recalc() As Double
      Dim rain_d(), evap_d(), available_w_d(), interflow_d(), overflow_d(), obs_q_d(), sim_q_d() As Double


      ReDim rain_recalc(t, 24), evap_recalc(t, 24), obs_q_recalc(t, 24), sim_q_recalc(t, 24) As Double

      ReDim rain_d(t), evap_d(t), available_w_d(t), interflow_d(t), overflow_d(t), obs_q_d(t), sim_q_d(t) As Double

      counter = 0
      total_obs_q = 0

      For w = 1 To t
      rain_d(0) = 0
      evap_d(0) = 0
      obs_q_d(0) = 0
      sim_q_d(0) = 0
      For s = 0 To 23
      rain_recalc(w, s) = rainfall(counter)
      rain_d(w) = rain_d(w) + rain_recalc(w, s)
      evap_recalc(w, s) = evaporation(counter)
      evap_d(w) = evap_d(w) + evap_recalc(w, s)
      obs_q_recalc(w, s) = obs_q(counter)
      obs_q_d(w) = obs_q_d(w) + obs_q_recalc(w, s)
      sim_q_recalc(w, s) = simulated_q(counter)
      sim_q_d(w) = sim_q_d(w) + sim_q_recalc(w, s)
      counter = counter + 1
      Next s

      total_obs_q = total_obs_q + obs_q_d(w)

      Worksheets("Hydrological_Data").Cells(5 + w, 7) = u + w - 1
      Worksheets("Hydrological_Data").Cells(5 + w, 8) = rain_d(w)
      Worksheets("Hydrological_Data").Cells(5 + w, 9) = evap_d(w)
      Worksheets("Hydrological_Data").Cells(5 + w, 10) = obs_q_d(w)
      Worksheets("Hydrological_Data").Cells(5 + w, 11) = sim_q_d(w)
      Next w






      vba excel






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      Josh Alton 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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      New contributor




      Josh Alton 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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      edited 41 secs ago









      Jamal

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      30.6k11121227






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      asked 51 mins ago









      Josh AltonJosh Alton

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      New contributor




      Josh Alton is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
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      New contributor





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






      Josh Alton 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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