cameron

```
Tokens starting with t
```

t1_boot_breakdown

file # command

doall.do:

5 [+]

do t1_boot_breakdown

t1out

file # command

table1.do:

6 [+]

qui log using table1_out.csv , text replace name(t1out)

file # command

table1.do:

5 [+]

cap log close t1out

7 [+]

qui log off t1out

111 [+]

qui log on t1out

138 [+]

qui log off t1out

142 [+]

qui log close t1out

t2_display

file # command

table2.do:

15 [+]

run t2_display

t2_mcloop

file # command

table2.do:

13 [+]

run t2_mcloop

t2_mcout_all

file # command

t2_pvalues_check.do:

9 [+]

use t2_mcout_all

table2.do:

72 [+]

cap use t2_mcout_all

file # command

table2.do:

82 [+]

display_results , results_data(t2_mcout_all) numstates_list("`num_states_list'") sourcedata("`mysourcedata'")

file # command

table2.do:

77 [+]

qui save t2_mcout_all , replace

t2_mcout_G_ns

file # command

table2.do:

75 [+]

use t2_mcout_G_`ns'

file # command

table2.do:

61 [+]

qui save t2_mcout_G_`ns' , replace

t2_post_Gnumstates_mydate

file # command

t2_mcloop.do:

295 [+]

use "t2_post_G`numstates'_`mydate'.dta" , replace

t2_post_mydate

file # command

t2_mcloop.do:

25 [+]

cap erase "t2_post_`mydate'.dta"

t2_pvalues_check

file # command

doall.do:

8 [+]

do t2_pvalues_check

t2out

file # command

t2_display.do:

12 [+]

qui log using table2_out.csv , text replace name(t2out)

file # command

t2_display.do:

11 [+]

cap log close t2out

13 [+]

qui log off t2out

62 [+]

qui log on t2out

89 [+]

qui log off t2out

93 [+]

qui log close t2out

t3_ar1

file # command

t3_ar1.do:

3 [+]

cap prog drop t3_ar1

4 [+]

prog def t3_ar1

file # command

table3.do:

18 [+]

run t3_ar1

t3_data_setup

file # command

table3.do:

16 [+]

run t3_data_setup

t3_ols

file # command

t3_ols.do:

3 [+]

cap prog drop t3_ols

4 [+]

prog def t3_ols

file # command

table3.do:

17 [+]

run t3_ols

t3_setup

file # command

t3_data_setup.do:

3 [+]

cap prog drop t3_setup

4 [+]

prog def t3_setup

t3out

file # command

table3.do:

7 [+]

qui log using table3_out.csv , text replace name(t3out)

file # command

t3_ar1.do:

85 [+]

qui log on t3out

110 [+]

qui log off t3out

t3_ols.do:

249 [+]

qui log on t3out

273 [+]

qui log off t3out

table3.do:

6 [+]

cap log close t3out

8 [+]

qui log off t3out

54 [+]

qui log close t3out

t4_display

file # command

table4.do:

15 [+]

run t4_display

t4_mcloop

file # command

table4.do:

14 [+]

run t4_mcloop

t4_mcout_all

file # command

table4.do:

76 [+]

cap use t4_mcout_all

file # command

table4.do:

87 [+]

display_results , results_data(t4_mcout_all) numstates_list("`num_states_list'")

file # command

table4.do:

81 [+]

qui save t4_mcout_all , replace

t4_mcout_G_ns

file # command

table4.do:

79 [+]

use t4_mcout_G_`ns'

file # command

table4.do:

68 [+]

qui save t4_mcout_G_`ns' , replace

t4_post_Gnumstates_mydate

file # command

t4_mcloop.do:

307 [+]

use "t4_post_G`numstates'_`mydate'.dta" , replace

t4out

file # command

t4_display.do:

12 [+]

qui log using table4_out.csv , text replace name(t4out)

file # command

t4_display.do:

11 [+]

cap log close t4out

13 [+]

qui log off t4out

47 [+]

qui log on t4out

65 [+]

qui log off t4out

69 [+]

qui log close t4out

t34_programs

file # command

table3.do:

20 [+]

run t34_programs

table4.do:

16 [+]

run t34_programs

t_pairs_bs

file # command

t2_mcloop.do:

144 [+]

gen t_pairs_bs = ((_b_policy - `b') / _se_policy)

145 [+]

keep t_pairs_bs

238 [+]

gen t_pairs_bs = `main_t'

t3_ols.do:

114 [+]

gen t_pairs_bs = ((b - `b_fe') / se)

115 [+]

keep t_pairs_bs

213 [+]

gen t_pairs_bs = `main_t'

t4_mcloop.do:

153 [+]

gen t_pairs_bs = ((b - `b') / se)

155 [+]

keep t_pairs_bs

269 [+]

gen t_pairs_bs = `main_t'

274 [+]

gen num_miss = t_pairs_bs == .

t_rad_res

file # command

t1_boot_breakdown.do:

157 [+]

keep Rademacher t_rad_res

158 [+]

rename t_rad_res t_stat

t2_mcloop.do:

235 [+]

gen t_rad_res = `main_t'

t3_ols.do:

210 [+]

gen t_rad_res = `main_t'

t4_mcloop.do:

267 [+]

gen t_rad_res = `main_t'

file # command

t1_boot_breakdown.do:

92 [+]

postfile bs_output t_rad_res t_webb_res using `bsout'

t2_mcloop.do:

155 [+]

postfile bs_output t_rad_res t_rad_unres t_webb_res using `bsout'

t3_ols.do:

136 [+]

qui postfile bs_output t_rad_res t_webb_res using `bsout'

t4_mcloop.do:

165 [+]

postfile bs_output t_rad_res t_webb_res using `bsout'

file # command

t1_boot_breakdown.do:

151 [+]

sort t_rad_res

t_rad_unres

file # command

t2_mcloop.do:

236 [+]

gen t_rad_unres = `main_t'

t3_ols.do:

211 [+]

gen t_rad_unres = `main_t'

file # command

t2_mcloop.do:

155 [+]

postfile bs_output t_rad_res t_rad_unres t_webb_res using `bsout'

t_stat

file # command

t1_boot_breakdown.do:

167 [+]

merge t_stat using `rad'

file # command

t1_boot_breakdown.do:

158 [+]

rename t_rad_res t_stat

165 [+]

rename t_webb_res t_stat

file # command

t1_boot_breakdown.do:

171 [+]

graph twoway (line Rademacher t_stat) (line Webb t_stat) , xline(`main_t') ti("CDFs of Bootstrapped t-distributions") note("Note: 6 Clusters. 999 bootstrap replications. Vertical line at main t-statistic.")

177 [+]

graph twoway (line Rademacher t_stat if t_stat >= `lower' & t_stat <= `upper') (line Webb t_stat if t_stat >= `lower' & t_stat <= `upper') , xline(`main_t') ti("CDFs of Bootstrapped t-distributions") note("Note: 6 Clusters. 999 bootstrap replications. Vertical line at main t-statistic. Zoomed in near main t-staistic.")

file # command

t1_boot_breakdown.do:

160 [+]

sort t_stat

166 [+]

sort t_stat

168 [+]

sort t_stat Rademacher Webb

t_var

file # command

t2_mcloop.do:

256 [+]

summ t_`var'

258 [+]

summ rank if abs(t_`var' - `main_t') < 0.0001

t3_ols.do:

224 [+]

qui summ t_`var'

226 [+]

qui summ rank if abs(t_`var' - `main_t') < 0.0001

t4_mcloop.do:

283 [+]

summ t_`var'

285 [+]

summ rank if abs(t_`var' - `main_t') < 0.0001

file # command

t2_mcloop.do:

254 [+]

sort t_`var'

t3_ols.do:

222 [+]

sort t_`var'

t4_mcloop.do:

281 [+]

sort t_`var'

t_webb_res

file # command

t1_boot_breakdown.do:

164 [+]

keep Webb t_webb_res

165 [+]

rename t_webb_res t_stat

t2_mcloop.do:

237 [+]

gen t_webb_res = `main_t'

t3_ols.do:

212 [+]

gen t_webb_res = `main_t'

t4_mcloop.do:

268 [+]

gen t_webb_res = `main_t'

file # command

t1_boot_breakdown.do:

92 [+]

postfile bs_output t_rad_res t_webb_res using `bsout'

t2_mcloop.do:

155 [+]

postfile bs_output t_rad_res t_rad_unres t_webb_res using `bsout'

t3_ols.do:

136 [+]

qui postfile bs_output t_rad_res t_webb_res using `bsout'

t4_mcloop.do:

165 [+]

postfile bs_output t_rad_res t_webb_res using `bsout'

file # command

t1_boot_breakdown.do:

153 [+]

sort t_webb_res

t_wild_rademacher_restricted

file # command

t1_boot_breakdown.do:

137 [+]

local t_wild_rademacher_restricted = (`b_wild_rademacher_restricted ' - 0) / `se_wild_rademacher_restricted'

t2_mcloop.do:

208 [+]

local t_wild_rademacher_restricted = (`b_wild_rademacher_restricted ' - `beta_hypothesis') / `se_wild_rademacher_restricted'

t3_ols.do:

183 [+]

local t_wild_rademacher_restricted = (`b_wild_rademacher_restricted ' - `beta_hypothesis') / `se_wild_rademacher_restricted'

t4_mcloop.do:

236 [+]

local t_wild_rademacher_restricted = (`b_wild_rademacher_restricted ' - `beta_hypothesis') / `se_wild_rademacher_restricted'

t_wild_rademacher_unrestricted

file # command

t2_mcloop.do:

210 [+]

local t_wild_rademacher_unrestricted = (`b_wild_rademacher_unrestricted ' - `b') / `se_wild_rademacher_unrestricted'

t_wild_webb_restricted

file # command

t1_boot_breakdown.do:

139 [+]

local t_wild_webb_restricted = (`b_wild_webb_restricted ' - 0) / `se_wild_webb_restricted'

t2_mcloop.do:

212 [+]

local t_wild_webb_restricted = (`b_wild_webb_restricted ' - `beta_hypothesis') / `se_wild_webb_restricted'

t3_ols.do:

185 [+]

local t_wild_webb_restricted = (`b_wild_webb_restricted ' - `beta_hypothesis') / `se_wild_webb_restricted'

t4_mcloop.do:

238 [+]

local t_wild_webb_restricted = (`b_wild_webb_restricted ' - `beta_hypothesis') / `se_wild_webb_restricted'

tab1_resid

file # command

table1.do:

74 [+]

loneway tab1_resid statefip

file # command

table1.do:

49 [+]

predict tab1_resid , resid

Table

file # command

t4_mcloop.do:

17 [+]

di "Table 4 loop. MC Reps = `mcreps', BS Reps = `bsreps', Number of states sampled = `numstates'"

table
- file:data:csv
  table1_out.csv table2_out.csv table3_out.csv table4_out.csv
- file:doc:log
  table1.log table2.log table3.log table4.log
- file:script:do
  table1.do table2.do table3.do table4.do

table1

file # command

doall.do:

4 [+]

do table1

table2

file # command

doall.do:

7 [+]

do table2

table2_out

file # command

t2_display.do:

10 [+]

cap log close table2_out.csv

table3

file # command

doall.do:

10 [+]

do table3

table3_np_boot

file # command

t34_programs.do:

14 [+]

cap prog drop table3_np_boot

15 [+]

prog def table3_np_boot , rclass

table4

file # command

doall.do:

12 [+]

do table4

table4_np_boot

file # command

t34_programs.do:

30 [+]

cap prog drop table4_np_boot

31 [+]

prog def table4_np_boot , rclass

table4_out

file # command

t4_display.do:

10 [+]

cap log close table4_out.csv

table do
- file:script:do
  table1.do table2.do table3.do table4.do

table log
- file:doc:log
  table1.log table2.log table3.log table4.log

table out
- file:data:csv
  table1_out.csv table2_out.csv table3_out.csv table4_out.csv

taylor
- file:doc:html
  _additionaldatafiles_taylor.csv.html
- file:doc:smcl
  analyse_dta_._taylor.csv_1393212526000.smcl

taylor csv
- file:doc:html
  _additionaldatafiles_taylor.csv.html
- file:doc:smcl
  analyse_dta_._taylor.csv_1393212526000.smcl

terminated

file # command

cgmreg.ado:

276 [+]

di "Program terminated."

tester

file # command

t34_programs.do:

77 [+]

cap mata: mata drop tester()

text

file # command

makedata.do:

3 [+]

log using makedata.log , text replace

t1_boot_breakdown.do:

3 [+]

log using t1_boot_breakdown.log , text replace

t2_display.do:

12 [+]

qui log using table2_out.csv , text replace name(t2out)

t4_display.do:

12 [+]

qui log using table4_out.csv , text replace name(t4out)

table1.do:

3 [+]

log using table1.log , text replace

6 [+]

qui log using table1_out.csv , text replace name(t1out)

table2.do:

3 [+]

log using table2.log , text replace

table3.do:

3 [+]

log using table3.log , text replace

7 [+]

qui log using table3_out.csv , text replace name(t3out)

table4.do:

3 [+]

log using table4.log , text replace

the

file # command

cgmreg.ado:

117 [+]

di " If some variable in your options list contains the string 'robust', you will"

135 [+]

di "Note: +/- means the corresponding matrix is added/subtracted"

271 [+]

di " Because you used the -noeigenfix- option, -cgmreg- must end."

369 [+]

di " (If you don't want this behavior, use the 'noeigenfix' option,"

this

file # command

cgmreg.ado:

369 [+]

di " (If you don't want this behavior, use the 'noeigenfix' option,"

throw

file # command

cgmreg.ado:

370 [+]

di " in which case -cgmreg- will throw an error)"

ti

file # command

t1_boot_breakdown.do:

171 [+]

177 [+]

time1

file # command

t3_ols.do:

95 [+]

local time1 = "$S_TIME"

time2

file # command

t3_ols.do:

119 [+]

local time2 = "$S_TIME"

time3

file # command

t3_ols.do:

194 [+]

local time3 = "$S_TIME"

title

file # command

t2_pvalues_check.do:

13 [+]

quantile p_`type'_res if numstates == `gg' , title(`type' G=`gg') name(g_`type'_`gg' , replace)

24 [+]

qqplot p_webb_res p_rad_res if numstates == `gg' , title(G=`gg') name(g_qq_`gg' , replace)

26 [+]

graph twoway (scatter p_rad_res p_webb_res if numstates == `gg') (line p_webb_res p_webb_res if numstates == `gg') , title(G=`gg') name(g_sc_`gg' , replace)

file # command

cgmreg.ado:

164 [+]

local title = e(title)

341 [+]

ereturn local title = "Linear regression with CGM covariance estimation"

to

file # command

cgmreg.ado:

118 [+]

di " have to rename it."

table1.do:

123 [+]

di "Ng range," " `clusize_min' to `clusize_max'"

to_be_sampled

file # command

t1_boot_breakdown.do:

101 [+]

use statefip using `to_be_sampled' , replace

t2_mcloop.do:

88 [+]

merge m:1 statefip subid using `to_be_sampled' , assert(match) keep(match) nogenerate

164 [+]

use pseudo_cluster using `to_be_sampled' , replace

t3_ols.do:

146 [+]

use statefip using `to_be_sampled' , replace

t4_mcloop.do:

87 [+]

merge m:1 statefip subid using `to_be_sampled' , assert(match) keep(match) nogenerate

184 [+]

use pseudo_cluster using `to_be_sampled' , replace

file # command

t1_boot_breakdown.do:

82 [+]

qui save `to_be_sampled'

t2_mcloop.do:

76 [+]

save `to_be_sampled' , replace

t3_ols.do:

131 [+]

qui save `to_be_sampled' , replace

t4_mcloop.do:

76 [+]

save `to_be_sampled' , replace

file # command

t1_boot_breakdown.do:

81 [+]

tempfile to_be_sampled

t2_mcloop.do:

22 [+]

tempfile to_be_sampled main_data bsout pairs_bs_out

t3_ols.do:

129 [+]

tempfile to_be_sampled

t4_mcloop.do:

21 [+]

tempfile dummies to_be_sampled tobsample main_data bsout pairs_bs_out

toappend

file # command

table2.do:

76 [+]

cap append using `toappend'

table4.do:

80 [+]

cap append using `toappend'

file # command

table2.do:

74 [+]

cap save `toappend' , replace

table4.do:

78 [+]

cap save `toappend' , replace

file # command

table2.do:

68 [+]

tempfile toappend

table4.do:

72 [+]

tempfile toappend

tobsample

file # command

t3_ar1.do:

51 [+]

qui use `tobsample' , replace

file # command

t3_ar1.do:

44 [+]

qui save `tobsample'

t4_mcloop.do:

171 [+]

qui save `tobsample' , replace

file # command

t3_ar1.do:

37 [+]

tempfile tomerge tobsample bsout

t4_mcloop.do:

21 [+]

tempfile dummies to_be_sampled tobsample main_data bsout pairs_bs_out

170 [+]

tempfile tobsample

toexpand

file # command

t3_ar1.do:

53 [+]

collapse (sum) toexpand=one , by(statefip)

58 [+]

expand toexpand

tokens
- file:doc:html
  tokens-frame.html

tokens frame
- file:doc:html
  tokens-frame.html

tomerge

file # command

t3_ar1.do:

55 [+]

merge 1:m statefip using `tomerge'

file # command

t3_ar1.do:

39 [+]

save `tomerge'

file # command

t3_ar1.do:

37 [+]

tempfile tomerge tobsample bsout

toprank

file # command

t2_mcloop.do:

260 [+]

local toprank = r(max)

touse

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:

107 [+]

marksample touse

140 [+]

tempvar touse

380 [+]

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

425 [+]

tempvar uniq recnum count touse

tstats

file # command

t4_display.do:

60 [+]

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

ttail

file # command

t2_display.do:

24 [+]

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

25 [+]

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

26 [+]

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

27 [+]

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

28 [+]

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

29 [+]

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

30 [+]

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

31 [+]

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

32 [+]

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

t4_display.do:

24 [+]

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

25 [+]

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

26 [+]

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

27 [+]

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

28 [+]

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

file # command

t3_ar1.do:

79 [+]

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

80 [+]

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

81 [+]

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

t3_ols.do:

240 [+]

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

241 [+]

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

242 [+]

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

243 [+]

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

244 [+]

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

245 [+]

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

turns

file # command

t3_data_setup.do:

32 [+]

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

type

file # command

t2_pvalues_check.do:

11 [+]

foreach type in webb rad {

Token List for t

t1_boot_breakdown

t1out

t2_display

t2_mcloop

t2_mcout_all

t2_mcout_G_ns

t2_post_Gnumstates_mydate

t2_post_mydate

t2_pvalues_check

t2out

t3_ar1

t3_data_setup

t3_ols

t3_setup

t3out

t4_display

t4_mcloop

t4_mcout_all

t4_mcout_G_ns

t4_post_Gnumstates_mydate

t4out

t34_programs

t_pairs_bs

t_rad_res

t_rad_unres

t_stat

t_var

t_webb_res

t_wild_rademacher_restricted

t_wild_rademacher_unrestricted

t_wild_webb_restricted

tab1_resid

Table

table

file:data:csv

file:doc:log

file:script:do

table1

table2

table2_out

table3

table3_np_boot

table4

table4_np_boot

table4_out

table do

file:script:do

table log

file:doc:log

table out

file:data:csv

taylor

file:doc:html

file:doc:smcl

taylor csv

file:doc:html

file:doc:smcl

terminated

tester

text

the

this

throw

ti

time1

time2

time3

title

to

to_be_sampled

toappend

tobsample

toexpand

tokens

file:doc:html

tokens frame

file:doc:html

tomerge

toprank