cameron

```
Tokens starting with p
```

p5

file # command

t2_display.do:

45 [+]

local IK_dof_p5 = r(p5)

71 [+]

di "I-K dof (p5)," _column(25) %6.1f `IK_dof_p5'

p95

file # command

t2_display.do:

46 [+]

local IK_dof_p95 = r(p95)

72 [+]

di "I-K dof (p95)," _column(25) %6.1f `IK_dof_p95'

p_bsse_Tg1

file # command

t2_display.do:

32 [+]

gen p_bsse_Tg1 = 2 * ttail(dof_gm1,(abs(b - 0) / se_clu_bs))

t4_display.do:

28 [+]

gen p_bsse_Tg1 = 2 * ttail(dof_gm1,(abs(b - 0) / se_clu_bs))

file # command

t3_ar1.do:

81 [+]

local p_bsse_Tg1 = 2 * ttail(`dof_gm1',(abs(`b_ar1' - `beta0') / `se_ar1_clu_bs'))

t3_ols.do:

245 [+]

local p_bsse_Tg1 = 2 * ttail(`dof_gm1',(abs(`b_fe' - `beta0') / `se_fe_clu_bs'))

p_clu_Tcss

file # command

t2_display.do:

31 [+]

gen p_clu_Tcss = 2 * ttail(dof_CSS,(abs(b - 0) / se_clu))

p_clu_Tg1

file # command

t2_display.do:

26 [+]

gen p_clu_Tg1 = 2 * ttail(dof_gm1,(abs(b - 0) / se_clu))

t4_display.do:

26 [+]

gen p_clu_Tg1 = 2 * ttail(dof_gm1,(abs(b - 0) / se_clu))

file # command

t3_ar1.do:

80 [+]

local p_clu_Tg1 = 2 * ttail(`dof_gm1',(abs(`b_ar1' - `beta0') / `se_ar1_clu'))

t3_ols.do:

242 [+]

local p_clu_Tg1 = 2 * ttail(`dof_gm1',(abs(`b_fe' - `beta0') / `se_fe_clu'))

p_clu_Tg2

file # command

t2_display.do:

27 [+]

gen p_clu_Tg2 = 2 * ttail(dof_gm2,(abs(b - 0) / se_clu))

t4_display.do:

27 [+]

gen p_clu_Tg2 = 2 * ttail(dof_gm2,(abs(b - 0) / se_clu))

p_clu_Tnk

file # command

t2_display.do:

25 [+]

gen p_clu_Tnk = 2 * ttail(dof_nmk,(abs(b - 0) / se_clu))

t4_display.do:

25 [+]

gen p_clu_Tnk = 2 * ttail(dof_nmk,(abs(b - 0) / se_clu))

p_CR2_Tg1

file # command

t2_display.do:

28 [+]

gen p_CR2_Tg1 = 2 * ttail(dof_gm1,(abs(b - 0) / se_CR2))

file # command

t3_ols.do:

243 [+]

local p_CR2_Tg1 = 2 * ttail(`dof_gm1',(abs(`b_fe' - `beta0') / `se_fe_CR2'))

p_CR2_Tik

file # command

t2_display.do:

30 [+]

gen p_CR2_Tik = 2 * ttail(dof_CR2_IK,(abs(b - 0) / se_CR2))

file # command

t3_ols.do:

244 [+]

local p_CR2_Tik = 2 * ttail(`DOF_fe_IK',(abs(`b_fe' - `beta0') / `se_fe_CR2'))

p_CR3_Tg1

file # command

t2_display.do:

29 [+]

gen p_CR3_Tg1 = 2 * ttail(dof_gm1,(abs(b - 0) / se_CR3))

p_def_Tnk

file # command

t4_display.do:

24 [+]

gen p_def_Tnk = 2 * ttail(dof_nmk,(abs(b - 0) / se_def))

file # command

t3_ar1.do:

79 [+]

local p_def_Tnk = 2 * ttail(`dof_nmk',(abs(`b_ar1' - `beta0') / `se_ar1_def'))

t3_ols.do:

240 [+]

local p_def_Tnk = 2 * ttail(`dof_nmk',(abs(`b_fe' - `beta0') / `se_fe_def'))

p_rob_Tnk

file # command

t2_display.do:

24 [+]

gen p_rob_Tnk = 2 * ttail(dof_nmk,(abs(b - 0) / se_rob))

file # command

t3_ols.do:

241 [+]

local p_rob_Tnk = 2 * ttail(`dof_nmk',(abs(`b_fe' - `beta0') / `se_fe_rob'))

pa

file # command

t3_ar1.do:

17 [+]

xtreg `lhs' `rhs' , pa corr(ar1) vce(conventional) noconstant

28 [+]

xtreg `lhs' `rhs' , pa corr(ar1) vce(robust) noconstant

64 [+]

xtreg `lhs' `rhs' , pa corr(ar1) vce(conventional) noconstant

table1.do:

102 [+]

xtreg lnwage policy age age2 yrseduc , pa corr(exch) robust

pairs

file # command

t3_ar1.do:

98 [+]

di "se pairs BS," _column(20) %8.4f `se_ar1_clu_bs' "," _column(35) %6.4f `p_bsse_Tg1'

101 [+]

di "percentile T pairs, ," _column(35) "-"

t3_ols.do:

262 [+]

di "se pairs BS," _column(20) %8.4f `se_fe_clu_bs' "," _column(35) %6.4f `p_bsse_Tg1'

265 [+]

di "percentile T pairs, ," _column(35) %6.4f `p_pairs_bs'

t4_display.do:

59 [+]

di "Number missed pairs BS - beta," _column(35) %6.0f `bs_missed_b'

60 [+]

di "Number missed pairs BS - tstats," _column(35) %6.0f `bs_missed_t'

pairs_bs

file # command

t2_display.do:

35 [+]

foreach mthd in rob_Tnk clu_Tnk clu_Tg1 clu_Tg2 CR2_Tg1 CR3_Tg1 CR2_Tik clu_Tcss bsse_Tg1 pairs_bs rad_res rad_res_high rad_res_low webb_res rad_unres {

66 [+]

foreach mthd in rob_Tnk clu_Tnk clu_Tg1 clu_Tg2 CR2_Tg1 CR3_Tg1 CR2_Tik clu_Tcss bsse_Tg1 pairs_bs rad_res_low rad_res rad_res_high webb_res rad_unres {

t2_mcloop.do:

252 [+]

foreach var in pairs_bs rad_res rad_unres webb_res {

t3_ols.do:

220 [+]

foreach var in pairs_bs rad_res webb_res {

t4_display.do:

31 [+]

foreach mthd in def_Tnk clu_Tnk clu_Tg1 clu_Tg2 bsse_Tg1 pairs_bs rad_res webb_res {

52 [+]

foreach mthd in def_Tnk clu_Tnk clu_Tg1 clu_Tg2 bsse_Tg1 pairs_bs rad_res webb_res {

t4_mcloop.do:

279 [+]

foreach var in pairs_bs rad_res webb_res {

pairs_bs_out

file # command

t2_mcloop.do:

142 [+]

use `pairs_bs_out' , replace

229 [+]

merge 1:1 _n using `pairs_bs_out' , nogenerate

t3_ols.do:

109 [+]

use `pairs_bs_out' , replace

t4_mcloop.do:

148 [+]

use `pairs_bs_out' , replace

260 [+]

merge 1:1 _n using `pairs_bs_out' , nogenerate

file # command

t3_ols.do:

204 [+]

qui merge 1: 1 _n using `pairs_bs_out' , nogenerate

file # command

t2_mcloop.do:

148 [+]

save `pairs_bs_out' , replace

t3_ols.do:

117 [+]

save `pairs_bs_out' , replace

t4_mcloop.do:

156 [+]

save `pairs_bs_out' , replace

file # command

t2_mcloop.do:

22 [+]

tempfile to_be_sampled main_data bsout pairs_bs_out

t3_ols.do:

97 [+]

tempfile pairs_bs_out

t4_mcloop.do:

21 [+]

tempfile dummies to_be_sampled tobsample main_data bsout pairs_bs_out

137 [+]

tempfile pairs_bs_out

panel
- file:data:dta
  CPS_panel.dta

panel dta
- file:data:dta
  CPS_panel.dta

paper

file # command

set_directory_macros.do:

3 [+]

local my_top_path = subinstr(c(pwd), "doug work\Colin\JHR cluster paper\work Summer 2014\empirical example code", "",.)

6 [+]

global madedat = "`my_top_path'madedata\Colin JHR paper"

part

file # command

cgmreg.ado:

245 [+]

di "Calculating cov part for variables: `grouplist' (`plusminus')"

pctile

file # command

t2_mcloop.do:

262 [+]

local pctile = `meanrank' / `maxrank'

t3_ols.do:

228 [+]

local pctile = `meanrank' / `maxrank'

t4_mcloop.do:

287 [+]

local pctile = `meanrank' / `maxrank'

pctile_bot

file # command

t2_mcloop.do:

270 [+]

local pctile_bot = `botrank' / `maxrank'

pctile_top

file # command

t2_mcloop.do:

268 [+]

local pctile_top = `toprank' / `maxrank'

per

file # command

cgmreg.ado:

440 [+]

label var `count' "Records per `varlist'"

variable:variable:stata
wage_per_hour wage_per_hour wage_per_hour wage_per_hour

per hour
- variable:variable:stata
  wage_per_hour wage_per_hour wage_per_hour wage_per_hour

percentile

file # command

t3_ar1.do:

101 [+]

di "percentile T pairs, ," _column(35) "-"

102 [+]

di "percentile T Rad2, ," _column(35) "-"

103 [+]

di "percentile T Webb6, ," _column(35) "-"

t3_ols.do:

265 [+]

di "percentile T pairs, ," _column(35) %6.4f `p_pairs_bs'

266 [+]

di "percentile T Rad2, ," _column(35) %6.4f `p_rad_res'

267 [+]

di "percentile T Webb6, ," _column(35) %6.4f `p_webb_res'

personid

file # command

t2_mcloop.do:

83 [+]

gen personid = _n

86 [+]

qui by personid: gen subid = _n

file # command

t2_mcloop.do:

85 [+]

sort personid

plot
- file:image:png
  qq_plot.png scatter_plot.png

plot png
- file:image:png
  qq_plot.png scatter_plot.png

plusminus

file # command

cgmreg.ado:

243 [+]

sub_robust `if' `in' `weight' , groupvar(`groupvar') xxinv(`xxinv') plusminus(`plusminus') resid(`resid') running_sum(`running_sum') touse(`touse')

file # command

cgmreg.ado:

238 [+]

local plusminus "+"

240 [+]

local plusminus "-"

380 [+]

syntax [if] [in] [aweight fweight iweight pweight /] , groupvar(string) xxinv(string) plusminus(string) resid(string) running_sum(string) touse(string)

png

file # command

t1_boot_breakdown.do:

70 [+]

graph export G6_boot_density.png , replace

173 [+]

graph export G6_Wild_CDFs.png , replace

179 [+]

graph export G6_Wild_CDFs_ZOOM.png , replace

t2_pvalues_check.do:

19 [+]

graph export quantiles_`type'.png , replace

32 [+]

graph export qq_plot.png , replace

35 [+]

graph export scatter_plot.png , replace

file:image:png
G6_boot_density.png G6_Wild_CDFs.png G6_Wild_CDFs_ZOOM.png qq_plot.png quantiles_rad.png quantiles_webb.png scatter_plot.png

policy

file # command

t1_boot_breakdown.do:

42 [+]

reg lnwage policy age age2 yrseduc

43 [+]

reg lnwage policy age age2 yrseduc , robust

44 [+]

reg lnwage policy age age2 yrseduc , cluster(statefip)

61 [+]

reg lnwage policy age age2 yrseduc , vce(bootstrap , cluster(statefip) reps(`bsreps') saving(`bootout') )

127 [+]

reg y_wild_rademacher_restricted policy age age2 yrseduc , cluster(statefip)

131 [+]

reg y_wild_webb_restricted policy age age2 yrseduc , cluster(statefip)

t2_mcloop.do:

93 [+]

reg lnwage policy age age2 yrseduc , robust

115 [+]

reg lnwage policy age age2 yrseduc , cluster(pseudo_cluster)

137 [+]

qui bootstrap _b _se , reps(`bsreps') nodots cluster(pseudo_cluster) idcluster(pseudo_cluster_2) saving(`pairs_bs_out' , double) : reg lnwage policy age age2 yrseduc , cluster(pseudo_cluster_2)

t3_data_setup.do:

47 [+]

qui reg policy i.state i.year

54 [+]

qui reg policy i.year

table1.do:

45 [+]

reg lnwage policy age age2 yrseduc

51 [+]

reg lnwage policy age age2 yrseduc , robust

55 [+]

reg lnwage policy age age2 yrseduc , cluster(statefip)

59 [+]

reg lnwage policy age age2 yrseduc , vce(bootstrap , cluster(statefip) reps(399) seed(10101) )

84 [+]

xtreg lnwage policy age age2 yrseduc , re

90 [+]

xtreg lnwage policy age age2 yrseduc , re cluster(statefip)

102 [+]

xtreg lnwage policy age age2 yrseduc , pa corr(exch) robust

106 [+]

xtreg lnwage policy age age2 yrseduc , re vce(bootstrap , reps(399) seed(10101) )

file # command

t1_boot_breakdown.do:

22 [+]

gen policy = _n <= 3

t2_mcloop.do:

69 [+]

gen policy = _n / _N <= 0.5

74 [+]

keep statefip subid pseudo_cluster policy

t3_data_setup.do:

33 [+]

gen policy = policy_st * policy_yr

39 [+]

egen policy_avg_s = mean(policy) , by(statefip)

40 [+]

egen policy_avg_y = mean(policy) , by(year)

t4_mcloop.do:

93 [+]

gen policy = policy_st * policy_yr

table1.do:

24 [+]

gen policy = _n <= 25

file # command

table3.do:

36 [+]

t3_ols , bsreps(`bsreps') sourcedata(`main_data') lhs(lnwage_sy) rhs(policy) keyrhs(policy)

41 [+]

t3_ols , bsreps(`bsreps') sourcedata(`main_data') lhs(lnwage_sy) rhs(policy) keyrhs(policy) yearonly

46 [+]

t3_ar1 , bsreps(`bsreps') sourcedata(`main_data') lhs(lnwage_sy) rhs(policy i.statefip i.year) keyrhs(policy)

file # command

t1_boot_breakdown.do:

45 [+]

local main_b = _b[policy]

46 [+]

local main_se = _se[policy]

128 [+]

local b_wild_rademacher_restricted = _b[policy]

129 [+]

local se_wild_rademacher_restricted = _se[policy]

132 [+]

local b_wild_webb_restricted = _b[policy]

133 [+]

local se_wild_webb_restricted = _se[policy]

t2_mcloop.do:

35 [+]

local key_rhs = "policy"

94 [+]

local b = _b[policy]

95 [+]

local se_rob = _se[policy]

116 [+]

local se_clu = _se[policy]

139 [+]

local se_clu_bs = _se[policy]

t3_data_setup.do:

32 [+]

di "policy turns on starting in year >= `yrmean'"

t4_mcloop.do:

31 [+]

local rhs = "policy"

32 [+]

local key_rhs = "policy"

table1.do:

46 [+]

local b_ols = _b[policy]

47 [+]

local se_ols_default = _se[policy]

53 [+]

local se_ols_robust = _se[policy]

56 [+]

local se_ols_cluster = _se[policy]

60 [+]

local se_ols_bootstrap = _se[policy]

85 [+]

local b_re = _b[policy]

86 [+]

local se_re_default = _se[policy]

91 [+]

local se_re_cluster = _se[policy]

107 [+]

local se_re_bootstrap = _se[policy]

policy_avg_s

file # command

t3_data_setup.do:

39 [+]

egen policy_avg_s = mean(policy) , by(statefip)

policy_avg_y

file # command

t3_data_setup.do:

40 [+]

egen policy_avg_y = mean(policy) , by(year)

policy_resid_styr

file # command

t3_data_setup.do:

48 [+]

predict policy_resid_styr , resid

policy_resid_yr

file # command

t3_data_setup.do:

55 [+]

predict policy_resid_yr , resid

policy_st

file # command

t3_data_setup.do:

13 [+]

gen policy_st = _n <= 25

33 [+]

gen policy = policy_st * policy_yr

t4_mcloop.do:

69 [+]

gen policy_st = _n / _N <= 0.5

74 [+]

keep statefip subid pseudo_cluster policy_st

93 [+]

gen policy = policy_st * policy_yr

94 [+]

drop policy_st policy_yr subid _freq

policy_yr

file # command

t3_data_setup.do:

31 [+]

gen policy_yr = year >= `yrmean'

33 [+]

gen policy = policy_st * policy_yr

t4_mcloop.do:

92 [+]

gen policy_yr = year >= `yrmean'

93 [+]

gen policy = policy_st * policy_yr

94 [+]

drop policy_st policy_yr subid _freq

popweight
- variable:variable:stata
  popweight

positive

file # command

cgmreg.ado:

269 [+]

di " -> NOTE: Raw estimated variance matrix was non positive semi-definite."

360 [+]

di " -> NOTE: Raw estimated variance matrix was non-positive semi-definite."

post

file # command

cgmreg.ado:

315 [+]

ereturn post `b' `running_sum' , e(`touse') depname(`depname')

file:data:dta
t2_post_G6_25_Jun_2014.dta t2_post_G6_26_Jun_2014.dta t2_post_G10_29_Jun_2014.dta t2_post_G20__2_Jul_2014.dta t2_post_G30__3_Jul_2014.dta t2_post_G50__4_Jul_2014.dta t4_post_G6__4_Jul_2014.dta t4_post_G6__5_Jul_2014.dta t4_post_G10__5_Jul_2014.dta t4_post_G20__5_Jul_2014.dta t4_post_G30__5_Jul_2014.dta t4_post_G50__6_Jul_2014.dta

post 10
- file:data:dta
  t2_post_G10_29_Jun_2014.dta t4_post_G10__5_Jul_2014.dta

post 20
- file:data:dta
  t2_post_G20__2_Jul_2014.dta t4_post_G20__5_Jul_2014.dta

post 25
- file:data:dta
  t2_post_G6_25_Jun_2014.dta

post 26
- file:data:dta
  t2_post_G6_26_Jun_2014.dta

post 30
- file:data:dta
  t2_post_G30__3_Jul_2014.dta t4_post_G30__5_Jul_2014.dta

post 50
- file:data:dta
  t2_post_G50__4_Jul_2014.dta t4_post_G50__6_Jul_2014.dta

post Jul
- file:data:dta
  t4_post_G6__4_Jul_2014.dta t4_post_G6__5_Jul_2014.dta

postlist

file # command

t2_mcloop.do:

27 [+]

local postlist = "b se_rob se_clu se_CR2 se_CR3 dof_CR2_IK dof_CSS se_clu_bs bs_misreps p_pairs_bs p_rad_res p_rad_res_high p_rad_res_low p_rad_unres p_webb_res "

t4_mcloop.do:

25 [+]

local postlist = "b se_def se_clu se_clu_bs bs_misreps_b bs_misreps_t p_pairs_bs p_rad_res p_webb_res "

predict

file # command

cgmreg.ado:

168 [+]

local predict = e(predict)

345 [+]

ereturn local predict = "regres_p"

problems

file # command

cgmreg.ado:

116 [+]

di " but it can cause problems if we leave it in."

Program

file # command

cgmreg.ado:

276 [+]

di "Program terminated."

programs
- file:script:do
  t34_programs.do

programs do
- file:script:do
  t34_programs.do

properties

file # command

cgmreg.ado:

167 [+]

local properties = e(properties)

344 [+]

ereturn local properties = "`properties'"

prs

file # command

t2_display.do:

79 [+]

di "Avg miss prs BS reps, " _column(25) %6.0f `mean_bsreps_miss'

psd

file # command

cgmreg.ado:

366 [+]

di " Raw, non-psd covariance estimate will be available "

pseudo_cluster

file # command

t2_mcloop.do:

115 [+]

reg lnwage policy age age2 yrseduc , cluster(pseudo_cluster)

137 [+]

qui bootstrap _b _se , reps(`bsreps') nodots cluster(pseudo_cluster) idcluster(pseudo_cluster_2) saving(`pairs_bs_out' , double) : reg lnwage policy age age2 yrseduc , cluster(pseudo_cluster_2)

t4_mcloop.do:

128 [+]

reg `reglhs' `regrhs' , noconstant cluster(pseudo_cluster)

file # command

t2_mcloop.do:

164 [+]

use pseudo_cluster using `to_be_sampled' , replace

176 [+]

merge 1:m pseudo_cluster using `main_data' , assert(match) keep(match) nogenerate

t4_mcloop.do:

184 [+]

use pseudo_cluster using `to_be_sampled' , replace

196 [+]

merge 1:m pseudo_cluster using `main_data' , assert(match) keep(match) nogenerate

file # command

t2_mcloop.do:

73 [+]

egen pseudo_cluster = group(statefip subid)

74 [+]

keep statefip subid pseudo_cluster policy

174 [+]

keep pseudo_cluster wild_rademacher wild_webb

t3_ols.do:

82 [+]

rename statefip pseudo_cluster

t4_mcloop.do:

73 [+]

egen pseudo_cluster = group(statefip subid)

74 [+]

keep statefip subid pseudo_cluster policy_st

97 [+]

egen `lhs'_avg_s = mean(`lhs') , by(pseudo_cluster)

99 [+]

egen `keyrhs'_avg_s = mean(`keyrhs') , by(pseudo_cluster)

168 [+]

keep pseudo_cluster

169 [+]

contract pseudo_cluster

194 [+]

keep pseudo_cluster wild_rademacher wild_webb

216 [+]

egen y_wild_rad_restricted_avg_s = mean(y_wild_rad_restricted) , by(pseudo_cluster)

218 [+]

egen y_wild_webb_restricted_avg_s = mean(y_wild_webb_restricted) , by(pseudo_cluster)

file # command

t4_mcloop.do:

143 [+]

qui bootstrap b=r(mybeta) se=r(myse) , reps(`bsreps') nodots cluster(pseudo_cluster) idcluster(pseudo_cluster_2) seed(10101) saving(`pairs_bs_out' , double) : table4_np_boot , lhs(`lhs') rhs(`rhs') keyrhs(`keyrhs') clusterid(pseudo_cluster_2)

file # command

t2_mcloop.do:

37 [+]

local command = "reg `lhs' `rhs' , cluster(pseudo_cluster) "

119 [+]

sort pseudo_cluster

175 [+]

sort pseudo_cluster

t4_mcloop.do:

39 [+]

local command = "reg `reglhs' `regrhs' , noconstant cluster(pseudo_cluster) "

132 [+]

sort pseudo_cluster year

195 [+]

sort pseudo_cluster

pseudo_cluster_2

file # command

t2_mcloop.do:

137 [+]

qui bootstrap _b _se , reps(`bsreps') nodots cluster(pseudo_cluster) idcluster(pseudo_cluster_2) saving(`pairs_bs_out' , double) : reg lnwage policy age age2 yrseduc , cluster(pseudo_cluster_2)

file # command

t3_ols.do:

104 [+]

qui bootstrap b=r(mybeta) se=r(myse) , reps(`bsreps') nodots cluster(statefip) idcluster(pseudo_cluster_2) seed(10101) saving(`pairs_bs_out' , double) : table3_np_boot , lhs(`lhs') rhs(`rhs') keyrhs(`keyrhs') clusterid(pseudo_cluster_2) `yearonly'

t4_mcloop.do:

143 [+]

pvalues
- file:doc:log
  t2_pvalues_check.log
- file:script:do
  t2_pvalues_check.do

pvalues check
- file:doc:log
  t2_pvalues_check.log
- file:script:do
  t2_pvalues_check.do

pw

file # command

makedata.do:

131 [+]

areg lnwage age age2 sex yrseduc [pw=wtsupp] , a(styr)

file # command

makedata.do:

135 [+]

collapse (mean) lnwage lnwage_sy (rawsum) wtsupp [pw=wtsupp] , by(statefip year)

pweight

file # command

cgmreg.ado:

101 [+]

syntax anything [if] [in] [aweight fweight iweight pweight /] , /* */ Cluster(string) [NOEIGenfix *]

380 [+]

syntax [if] [in] [aweight fweight iweight pweight /] , groupvar(string) xxinv(string) plusminus(string) resid(string) running_sum(string) touse(string)

Token List for p

p5

p95

p_bsse_Tg1

p_clu_Tcss

p_clu_Tg1

p_clu_Tg2

p_clu_Tnk

p_CR2_Tg1

p_CR2_Tik

p_CR3_Tg1

p_def_Tnk

p_rob_Tnk

pa

pairs

variable:variable:stata

pairs bs

variable:variable:stata

pairs_bs

pairs_bs_out

panel

file:data:dta

panel dta

file:data:dta

paper

part

pctile

pctile_bot

pctile_top

per

variable:variable:stata

per hour

variable:variable:stata

percentile

personid

plot

file:image:png

plot png

file:image:png

plusminus

png

file:image:png

policy

policy_avg_s

policy_avg_y

policy_resid_styr

policy_resid_yr

policy_st

policy_yr

popweight

variable:variable:stata

positive

post

file:data:dta

post 10

file:data:dta

post 20

file:data:dta

post 25

file:data:dta

post 26

file:data:dta

post 30

file:data:dta

post 50

file:data:dta

post Jul

file:data:dta

postlist

predict

problems

Program

programs

file:script:do

programs do

file:script:do

properties

prs

psd

pseudo_cluster