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cd "${box}/data/public/"
unicode analyze data.dta
unicode encoding set latin1
unicode translate data.dta

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// Move data from Box to git location


  foreach file in `: dir "${box}/constructed/" files "*.dta" ' {

    local file = subinstr("`file'",".dta","",.)

    iecodebook export "${box}/constructed/`file'.dta" ///
      using "${git}/data/`file'.xlsx" ///
    , save replace sign reset

bbdaniels

// One run of simulation

cap prog drop powerfinder
prog def powerfinder , rclass
args alloc

  // Set up 1000 hypotheses
  clear
  set obs 1000
  gen id = _n

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power oneproportion 0.62 0.5 , n(50(1)150) graph(recast(line) plotopts(lw(thick) lc(red)) xline(100 131,lc(black)) ylab(0 "0%" 0.5 "50%" 0.8 "80%" 0.69 "69%" 1 "100%") yline(.69 .8,lc(black)) note("") title("") subtitle("") ) 

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// Part 1: De-biasing a parameter estimate using controls

  // Develop some data generating process for data X’s and for outcome Y, with some (potentially multi-armed) treatment variable and treatment effect. Like last week, you should strongly consider "simulating" data along the lines of your group project.

  // This DGP should include strata groups and continuous covariates, as well as random noise. Make sure that the strata groups affect the outcome Y and are of different sizes, and make the probability that an individual unit receives treatment vary across strata groups. You will want to create the strata groups first, then use a command like expand or merge to add them to an individual-level data set.

cap prog drop runregs
prog def runregs, rclass

syntax anything // sample size goes here (divided by ten)

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global data "${wd}/ppol_528_GuzmanLidia/data/Data_exp"
local data : dir "${data}/xlsx/" files *
clear
  tempfile allData
  save `allData' , emptyok
cap prog drop infill
prog def infill
  syntax anything
 
  qui foreach var of varlist `anything' {

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  local graphs ""
  local x = 1
  foreach var of varlist ///
    diarrhea_history_duration tb_history_sputum ///
    malaria_history_fevertype pph_history_pph ///
    diabetes_history_numblimb {

      local title :  var lab `var'
      local graphs `"`graphs' "\``var''"  "'
      tempfile `var'

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local nb=`.Graph.plotregion1.barlabels.arrnels'
forval i=1/`nb' {
  di "`.Graph.plotregion1.barlabels[`i'].text[1]'"
  .Graph.plotregion1.barlabels[`i'].text[1]="`.Graph.plotregion1.barlabels[`i'].text[1]'%"
}
.Graph.drawgraph

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\usepackage{pdfpages} % Allow PDF insert for non-TeX elements
\includepdf[noautoscale=true, pages=1]{pdf/15633-Analytics_coverFINAL_print.pdf}
\includepdf[noautoscale=true, pages=2]{pdf/15633-Analytics_coverFINAL_print.pdf}