****************************************************************************************************
* PROGRAM OVERVIEW
****************************************************************************************************
*
* PROGRAM: baseline_output.sas
* Created (mm/dd/yyyy): 03/10/2021
*
*--------------------------------------------------------------------------------------------------
* PURPOSE: This macro drives the creation of Baseline Characteristics Tables proc report output
*
* Program inputs:
* - table1_&periodid.
*
* Program outputs:
*
*
* PARAMETERS:
*
* Programming Notes:
* Utility macro %baseline_procreport created to execute the proc report for each baseline table
*
*
*--------------------------------------------------------------------------------------------------
* CONTACT INFO:
* Sentinel Coordinating Center
* info@sentinelsystem.org
*
***************************************************************************************************;
%macro baseline_output();
%put =====> MACRO CALLED: baseline_output;
%if %eval(&numbaselinetablegrp.>0) %then %do;
/* Set to 2 for effect estimate tables */
%let tablenum = 2;
/*********************************************************************************************/
/* proc report */
/*********************************************************************************************/
%macro baseline_procreport(order = ,
table = ,
weight = ,
title= ,
characteristiclabel =,
dpnum = ,
numcolumns = ,
grp1_label=,
grp2_label=,
grp3_label=,
computebalance = );
/*save data to reportdata folder*/
%isdata(dataset=repdata.table1&tableletter.);
%if %eval(&nobs.<1) %then %do;
%let dataset = table1_&periodid.;
/*if T6 - merge all switchsteps and create new columns*/
%if &reporttype. = T6 %then %do;
proc sql noprint;
create table table1&tableletter. as
select x.label,
x.grouper,
x.sortorder1,
x.sortorder2,
x.metvar,
x.vartype,
x.analysisgrp,
'Unadjusted' as table,
'Unweighted' as weight,
x.exp_mean&dpnum.,
x.exp_mean&dpnum._char,
x.exp_std&dpnum.,
x.exp_std&dpnum._char,
y.exp_mean&dpnum. as comp_mean&dpnum.,
y.exp_mean&dpnum._char as comp_mean&dpnum._char,
y.exp_std&dpnum. as comp_std&dpnum.,
y.exp_std&dpnum._char as comp_std&dpnum._char,
%if %eval(&maxswitch.=2) %then %do;
z.exp_mean&dpnum. as switch2_mean&dpnum.,
z.exp_mean&dpnum._char as switch2_mean&dpnum._char,
z.exp_std&dpnum. as switch2_std&dpnum.,
z.exp_std&dpnum._char as switch2_std&dpnum._char,
%end;
x.order
from table1_&periodid.(where=(order = &order. and table = 'Switchstep_0')) as x
left join table1_&periodid.(where=(order = &order. and table = 'Switchstep_1')) as y
on x.metvar = y.metvar and x.sortorder1 = y.sortorder1 and x.sortorder2 = y.sortorder2
%if %eval(&maxswitch.=2) %then %do;
left join table1_&periodid.(where=(order = &order. and table = 'Switchstep_2')) as z
on x.metvar = z.metvar and x.sortorder1 = z.sortorder1 and x.sortorder2 = z.sortorder2
%end;
order by x.sortorder1, x.sortorder2;
quit;
%let dataset = table1&tableletter.;
%end;
data repdata.table1&tableletter.;
set &dataset.(where=(order = &order. and table = &table. and weight in (&weight.)));
keep label grouper metvar vartype analysisgrp table weight exp_mean&dpnum. exp_mean&dpnum._char exp_std&dpnum. exp_std&dpnum._char
%if &includecomp. = Y %then %do; comp_mean&dpnum. comp_std&dpnum. comp_mean&dpnum._char comp_std&dpnum._char %end;
%if %eval(&maxswitch.=2) %then %do; switch2_mean&dpnum. switch2_std&dpnum. switch2_mean&dpnum._char switch2_std&dpnum._char %end;
%if &computebalance. = Y %then %do; ad&dpnum. sd&dpnum. ad&dpnum._char sd&dpnum._char %end;
%if &reporttype = T2L2 %then %do;
monitoringperiod
%end;
;
run;
%end;
/* Select Footnotes */
data _footnotes;
length footnote_order 3;
/* Always displayed across all types */
set lookup.lookup_footnotes (where = (type = "baseline" and order in (14 15
/* if race is collapsed in table*/
%if &collapse_vars. = race %then %do; 16 %end;
/* T1, T2L1, T6 when cohortdef is not 01 and T4L1 when a non-MIL */
%if ((%str("&reporttype") = %str("T1") | %str("&reporttype") = %str("T2L1") | %str("&reporttype") = %str("T6")) and %sysfunc(prxmatch(m/02|03/i,&cohortdef.))) > 0
| (%str("&reporttype") = %str("T4L1") and %str("&cohort.") ne %str("mi")) %then %do; 1 %end;
/* Sdthreshold greater than 0 */
%if &sdthreshold. > 0 %then %do; 2 %end;
%if %index(&reporttype,L2) %then %do;
/* L2 baselinerowitalics specified */
%if %length(&baselinerowitalics.) > 0 %then %do; 3 %end;
/* L2 weighted table for PS stratification where weight is ATE */
%if &psfile. = stratificationfile and %index(&weight.,Weighted) > 0 %then %do;
%if "&weightscheme." = "ATE" %then %do; 4 %end;
/* L2 weighted table for PS stratification where weight is ATT */
%else %if "&weightscheme." = "ATT" %then %do; 5 %end;
/* L2 weighted table for PS stratification where weight is Blank */
%else %do; 6 %end;
%end;
%if &psfile. = iptwfile and %index(&table.,Adjusted) > 0 and %index(&weight.,Weighted) > 0 %then %do;
/* L2 weighted table for IPTW where weight is ATE */
%if "&weightscheme." = "ATE" %then %do; 7 %end;
/* L2 weighted table for IPTW where weight is ATES */
%else %if "&weightscheme." = "ATES" %then %do; 8 %end;
/* L2 weighted table for IPTW where weight is ATT */
%else %if "&weightscheme." = "ATT" %then %do; 9 %end;
%end;
/* L2 weighted table for variable ratio matching */
%if &psfile = psmatchfile and &ratio. = V and %index(&table.,Adjusted) > 0 %then %do; 10 %end;
%end;
/* T4L2, T4L1 with MIL */
%if (%str("&reporttype.") = %str("T4L1") and %str("&cohort.") = %str("mi")) | %str("&reporttype.") = %str("T4L2") %then %do; 11 %end;
/* T6 Switching */
%if %str("&reporttype.") = %str("T6") %then %do;
/* 1st switch */
%if %eval(&maxswitch > 0) %then %do; 12 %end;
/* 2nd Switch */
%if %eval(&maxswitch=2) %then %do; 13 %end;
%end;
/* T4 L1 or L2 gestational age specified*/
%if %index(&reporttype,T4) > 0 and &gestationalage. = Y %then %do; 17 %end;
/* Comorbidscore is specified */
%if &comorbidscore = Y %then %do; 18 %end;
)));
by order;
footnote_order = _n_;
run;
/*Set first word for SDthreshold footnote*/
%if %str(&sdthreshold.) ne %str() %then %do;
%if %index(&reporttype,L2) %then %let covar_characteristic = Covariates;
%else %let covar_characteristic = Characteristics;
%end;
proc sql noprint;
select count(order) into: num_fn trimmed
from _footnotes;
select description into: fn1 - :fn&num_fn.
from _footnotes
order by order;
quit;
/* Assign macro variables for superscipts */
%assign_superscripts(type =character, order =1 2 3 4 5 6 7 8 9 10 11);
%assign_superscripts(type =max_cell_width, order =4 5 6 7 8 9 10 18);
%assign_superscripts(type =switch1, order =12);
%assign_superscripts(type =switch2, order =13);
%assign_superscripts(type =stdev, order =14);
%assign_superscripts(type =race, order =15);
%assign_superscripts(type =unknownrace, order =16);
%assign_superscripts(type =gestage, order =17);
%assign_superscripts(type =comorbidscore, order =18);
/*determine optimal report formatting*/
%let labelwidth = 3.5;
%let width = 1.15;
%let linebreak = ;
%let headerheight = .3;
%if %eval(&numcolumns.=4) %then %do;
%let labelwidth = 3;
%let width = 1.15;
%let linebreak = ;
%let headerheight = .3;
%end;
%else %if %eval(&numcolumns.=6) %then %do;
%let labelwidth = 3;
%let width = .85;
%let linebreak = ^n;
%let headerheight = .45;
%end;
%if %length(&pregnancylabel.)>0 %then %let cohortheaderlabel = Cohort;
%else %let cohortheaderlabel = Medical Product;
%if &destination. = excel %then %do;
ods excel options(sheet_name="Table 1&tableletter." tab_color = "lightgreen");
%let linebreak = ; /*reset line break and headerheight*/
%let headerheight = .3;
%if %eval(&numcolumns.=6) %then %let width = 1;
%end;
ods proclabel = "Table 1&tableletter.";
proc report data=repdata.table1&tableletter. nofs nowd spanrows split='*'
style(header)=[rules=none frame=void background=BGR borderleftcolor = BGR vjust=b] split='*'
style(report)=[rules=none frame=void cellpadding =1.5pt];
column (metvar grouper label
%if &computebalance. = Y %then %do; ("^S={background=BGR}&cohortheaderlabel." %end;
("^S={background=BGR}&grp1_label." exp_mean&dpnum._char exp_std&dpnum._char)
%if &includecomp. = Y %then %do;
("^S={background=BGR}&grp2_label.&super_switch1." comp_mean&dpnum._char comp_std&dpnum._char)
%end;
%if &computebalance. = Y %then %do; ) %end;
%if %eval(&maxswitch.=2) %then %do;
("^S={background=BGR}&grp3_label.&super_switch2." switch2_mean&dpnum._char switch2_std&dpnum._char)
%end;
%if &computebalance. = Y %then %do;
%if %index(&reporttype,L2) %then %do;
('^S={background=BGR}Covariate Balance' '^S={background=BGR}' ad&dpnum._char sd&dpnum._char)
%end;
%else %do;
('^S={background=BGR}Characteristic Balance' '^S={background=BGR}' ad&dpnum._char sd&dpnum._char)
%end;
%end; );
define metvar / noprint;
define grouper / order noprint order=data '';
define label / display "&characteristiclabel. Characteristics&super_character." style(column)=[width=&labelwidth.in just=L]
style(header)=[background = LIBGR just=L cellheight=&headerheight.in];
define exp_mean&dpnum._char / display 'Number/Mean' style(column)=[width=&width.in background = $backgroundfmt. tagattr="type:string"]
style(header)=[background = LIBGR borderleftcolor = LIBGR cellheight=&headerheight.in];
define exp_std&dpnum._char / display "Percent/^n Standard&linebreak. Deviation&super_stdev." style(column)=[width=&width.in tagattr="type:string"]
style(header)=[background = LIBGR borderleftcolor = LIBGR cellheight=&headerheight.in];
%if &includecomp. = Y %then %do;
define comp_mean&dpnum._char / display 'Number/Mean' style(column)=[width=&width.in background = $backgroundfmt. tagattr="type:string"]
style(header)=[background=LIBGR borderleftcolor = LIBGR cellheight=&headerheight.in];
define comp_std&dpnum._char / display "Percent/^n Standard&linebreak. Deviation&super_stdev." style(column)=[width=&width.in tagattr="type:string"]
style(header)=[background=LIBGR borderleftcolor = LIBGR cellheight=&headerheight.in];
%end;
%if %eval(&maxswitch.=2) %then %do;
define switch2_mean&dpnum._char / display 'Number/Mean' style(column)=[width=&width.in background = $backgroundfmt. tagattr="type:string"]
style(header)=[background=LIBGR borderleftcolor = LIBGR cellheight=&headerheight.in];
define switch2_std&dpnum._char / display "Percent/^n Standard&linebreak. Deviation&super_stdev." style(column)=[width=&width.in tagattr="type:string"]
style(header)=[background=LIBGR borderleftcolor = LIBGR cellheight=&headerheight.in];
%end;
%if &computebalance. = Y %then %do;
define ad&dpnum._char / display 'Absolute^n Difference' style(column)=[width=&width.in background = $backgroundfmt. tagattr="type:string"]
style(header)=[background=LIBGR borderleftcolor = LIBGR cellheight=&headerheight.in];
define sd&dpnum._char / display 'Standardized^n Difference' style(column)=[width=&width.in tagattr="type:string"]
style(header)=[background=LIBGR borderleftcolor = LIBGR cellheight=&headerheight.in];
%end;
/*Add Characteristic header lines*/
compute before grouper / style=[background=LIBGR color=black just=L font_weight=bold];
length text $100;
if grouper ne "&characteristiclabel. Characteristics" then do;
text=grouper;
num=100;
end;
else do;
text = "";
num=0;
end;
line text $Varying. num;
endcomp;
/*Indent demographic header lines*/
compute label;
if index(label,'Race') > 0 then label = catt(label,"&super_race.");
else if index(label,'Charlson/Elixhauser') > 0 then label = catt(label,"&super_comorbidscore.");
else if label = "Gestational age at delivery" then label = "Gestational age&super_gestage. at delivery";
else if label = "Gestational age of first exposure (weeks)" then label = "Gestational age&super_gestage. of first exposure (weeks)";
if prxmatch('/AGE\d|YEAR*|RACE*|HISPANIC*|SEX*|ASIAN|WHITE|AMERICAN*|BLACK*|PACIFIC*|MALE|FEMALE/',metvar) > 0 then do;
call define(_col_,'style','style={indent=25}');
end;
/*assign unknown race footnote*/
%if &collapse_vars. = race %then %do;
if metvar = 'RACE_0' then label = catt(label,"&super_unknownrace.");
%end;
/*Italicize covariates*/
%if %length(&baselinerowitalics.) > 0 %then %do;
if upcase(metvar) in (&baselinerowitalics.) then do;
call define(_row_,'style','style={fontstyle=italic}');
end;
%end;
endcomp;
/*Change font color to blue if abs(SD) > threshold value*/
%if &computebalance. = Y and %length(&sdthreshold.) > 0 %then %do;
compute sd&dpnum._char;
if upcase(strip(sd&dpnum._char)) not in ("", ".", "N/A", "NAN") then do;
if abs(input(sd&dpnum._char, 8.3)) > &sdthreshold. then do;
%if %str(&baselinerowitalics) ne %str() %then %do;
if upcase(metvar) in (&baselinerowitalics.) then do;
call define(_row_,'style','style={fontstyle=italic foreground=blue}');
end;
else do;
call define(_row_,'style','style={foreground=blue}');
end;
%end;
%else %do;
call define(_row_,'style','style={foreground=blue}');
%end;
end;
end;
endcomp;
%end;
/*Add title*/
compute before _page_ / style=[background=white font_weight=bold just=L foreground=black vjust=b bordertopcolor = white
borderbottomwidth = &bordersize tagattr="wrap:yes" nobreakspace=off cellheight=.3in];
line "&title.";
endcomp;
/* Add Footnotes */
compute after / style=[just=L nobreakspace=off borderbottomcolor=white bordertopcolor=black vjust=T fontsize=&footfontsize.
height=1.75in bordertopwidth = &bordersize];
%do f = 1 %to &num_fn.;
line "^{super &f.}&&fn&f.";
%end;
endcomp;
*Remove collapsed rows;
%if &collapse_vars. = race %then %do;
where exp_mean&dpnum. ne .R %if &includecomp. = Y %then %do; & comp_mean&dpnum. ne .R %end;
%if %eval(&maxswitch.=2) %then %do; & switch2_mean&dpnum. ne .R %end; ;
%end;
run;
%mend;
/*counter for determining table letter*/
%let tablecount = 1;
/*loop through each baseline table*/
%do b = 1 %to &numbaselinetablegrp.;
%let analysisgrp = ;
%let analysisgrp2 = ;
%let baselinegroupnum = ;
%let pregnancylabel = ;
%let includenonpregnant = N;
%let includecomp = N;
%let computebalance =N;
%let maxswitch = 0;
%let baselinerowitalics = ;
/*for L2 tables - need to reference PS/CS specific files to pull additional parameters*/
%let ratio = F;
%let psfile = ;
%let weightlabel = ;
%let weightscheme = ;
%let pstrim = ;
%let percentiles=;
%let ratiolabel = ;
%let caliperlabel = ;
%let truncationlabel = ;
%let psestimategrp = ;
%let unadjusted = ;
%let eoi = ;
%let ref = ;
%let switch0group = ;
%let switch1group = ;
%let switch2group = ;
/*parameters for %baseline_procreport*/
%if %sysfunc(prxmatch(m/T4L1|T4L2/i,&reporttype.)) >0 %then %let characteristiclabel = Mother;
%else %let characteristiclabel = Patient;
%let grp1_label=;
%let grp2_label=;
%let grp3_label=;
data _null_;
set baselinefile(where=(order=&b.));
if _n_ = 1 then do;
call symputx('analysisgrp', strip(analysisgrp));
call symputx('runid', runid);
call symputx('cohort', cohort);
call symputx('cohortdef',cohortdef);
call symputx('comorbidscore',comorbidscore);
call symputx('gestationalage',gestationalage);
call symputx('unique_psestimate',unique_psestimate);
if missing(sdthreshold) then call symputx('sdthreshold', '');
else call symputx('sdthreshold', sdthreshold);
%if %str("&reporttype") = %str("T2L2") | %str("&reporttype") = %str("T4L2") %then %do;
if missing(baselinerowitalics)=0 then call symputx('baselinerowitalics', strip(upcase(baselinerowitalics)));
call symputx('computebalance', 'Y');
%end;
%else %do;
if computebalance = 'Y' then call symputx('computebalance', 'Y');
%end;
%if %sysfunc(prxmatch(m/T4L1/i,&reporttype.)) > 0 %then %do;
if cohort in ('preg', 'nopreg') then do;
if upcase(includenonpregnant) = 'Y' then call symput('pregnancylabel', ' Pregnancy Cohort and Non-Pregnancy Cohort');
else call symput('pregnancylabel', ' Pregnancy Cohort');
end;
call symputx('includenonpregnant', upcase(includenonpregnant));
%end;
if missing(baselinegroupnum)=0 then call symputx('baselinegroupnum', baselinegroupnum);
/*if reporttype = T2L2, T4L2, T6, or cohort = mi or includenonpreggroup = Y,
or BASELINEGROUPNUM is specified then include COMP columns*/
if "&reporttype."="T2L2" | "&reporttype."="T4L2" | "&reporttype."="T6"
| upcase(computebalance)= 'Y' | upcase(includenonpregnant) = 'Y' | cohort = "mi" | missing(baselinegroupnum)=0 then do;
call symputx('includecomp', 'Y');
end;
else do;
call symputx('includecomp', 'N');
end;
end;
/*if baselinegroupnum is specified, a 2nd row will exist in the file*/
if _n_ = 2 then do;
if missing(baselinegroupnum)=0 then do;
call symputx('analysisgrp2',analysisgrp);
end;
end;
run;
/*Additional meta-data and group-specific names for each reporttype*/
%if %sysfunc(prxmatch(m/T2L2|T4L2/i,&reporttype.)) > 0 %then %do;
data _null_;
set pscs_masterinputs(where=(analysisgrp = "&analysisgrp." and covarnum=0));
call symputx('psfile', strip(file));
call symputx('psestimategrp', psestimategrp);
call symput('unadjusted', 'Unadjusted '); /*for unadjusted table label*/
if file = 'psmatchfile' then do;
call symputx('ratio',upcase(ratio));
if upcase(ratio)='F' then call symputx("ratiolabel",'Fixed Ratio 1:'||strip(put(ceiling, 8.)));
if upcase(ratio)='V' then call symputx("ratiolabel",'Variable Ratio 1:'||strip(put(ceiling, 8.)));
call symputx("caliperlabel", cat(', Caliper: ', caliper));
end;
if file = 'stratificationfile' then do;
call symputx('pstrim', pstrim);
call symputx('percentiles', percentiles);
if missing(strataweight) =0 then call symputx('weightscheme', strataweight);
if upcase(strataweight)= 'ATE' or missing(strataweight) then call symputx("weightlabel","Average Treatment Effect (ATE)");
else if upcase(strataweight)= 'ATT' then call symputx("weightlabel","Average Treatment Effect in the Treated (ATT)");
end;
if file = 'iptwfile' then do;
if upcase(ipweight)= 'ATE' then call symputx("weightlabel","Average Treatment Effect (ATE)");
else if upcase(ipweight)= 'ATES' then call symputx("weightlabel","Average Treatment Effect, Stabilized (ATES)");
else if upcase(ipweight)= 'ATT' then call symputx("weightlabel","Average Treatment Effect in the Treated (ATT)");
call symputx('weightscheme', upcase(ipweight));
call symputx('truncationlabel',strip(put(truncweight, best.)));
end;
run;
/*pull EOI and REF group names*/
%if &psfile. = psmatchfile | &psfile. = stratificationfile | &psfile. = iptwfile %then %do;
data _null_;
set infolder.&&&runid._&psfile.(where=(analysisgrp="&analysisgrp."));
call symputx('psestimategrp', psestimategrp);
run;
data _null_;
set infolder.&&&runid._psestimationfile(where=(psestimategrp="&psestimategrp."));
call symputx('eoi', strip(eoi));
call symputx('ref', strip(ref));
run;
%end;
%else %if &psfile. = covstratfile %then %do;
data _null_;
set infolder.&&&runid._covstratfile(where=(analysisgrp="&analysisgrp."));
call symputx('eoi', strip(eoi));
call symputx('ref', strip(ref));
run;
%end;
/*Defensive check for sdthreshold and baselinerowitalics parameters*/
%if %eval(&unique_psestimate.) ne 1 %then %do;
proc sql noprint;
create table baseline_unique_check as
select a.analysisgrp,
a.psestimategrp,
a.sdthreshold,
a.baselinerowitalics
from baselinefile as a
left join pscs_masterinputs as b
on a.analysisgrp = b.analysisgrp and
a.psestimategrp = a.psestimategrp
where b.covarnum=0
order by a.order;
quit;
proc sql noprint;
select count (distinct sdthreshold) into :sdthreshold_count trimmed
from baseline_unique_check
where psestimategrp = "&psestimategrp";
select count (distinct baselinerowitalics) into :baselinerowitalics_count trimmed
from baseline_unique_check
where psestimategrp = "&psestimategrp";
quit;
%if %eval(&sdthreshold_count. > 1) or %eval(&baselinerowitalics_count. > 1) %then %do;
%put WARNING: (Sentinel) SDTHRESHOLD or BASELINEROWITALICS value differs across analyses that share the same psestimategrp.;
%put PSESTIMATEGRP=&psestimategrp has &sdthreshold_count SDTHRESHOLD distinct value(s) and &baselinerowitalics_count BASELINEROWITALICS distinct value(s);
/* If multiple values are detected for a same psestimategrp, assign the first available value for this psestimategrp (already sorted by order)*/
data _null_;
set baseline_unique_check(where=(psestimategrp = "&psestimategrp"));
if _N_=1;
if missing(sdthreshold) then call symputx('sdthreshold', '');
else call symputx('sdthreshold', sdthreshold);
call symputx('baselinerowitalics', strip(upcase(baselinerowitalics)));
run;
%end;
%end;
%end;
%else %if %sysfunc(prxmatch(m/T6/i,&reporttype.)) > 0 %then %do;
/*determine maximum switch*/
proc sql noprint;
select max(switchevalstep) into: maxswitch trimmed
from infolder.&&&runid._treatmentpathways(where=((analysisgrp="&analysisgrp.")));
quit;
data _null_;
set infolder.&&&runid._treatmentpathways(where=((analysisgrp="&analysisgrp.")));
if switchevalstep = 0 then call symputx('switch0group', strip(group));
if switchevalstep = 1 then call symputx('switch1group', strip(group));
%if %eval(&maxswitch=2) %then %do;
if switchevalstep = 2 then call symputx('switch2group', strip(group));
%end;
run;
%end;
%if %length(&baselinerowitalics.) > 0 %then %do;
%create_comma_charlist(inlist=&baselinerowitalics., outlist=baselinerowitalics1);
%let baselinerowitalics = &baselinerowitalics1.;
%end;
/*determine if only 1 baseline table and set &tablecount to 0. Will occur if all the following are true:
- 1 monitoring period
- DP stratification = N
- max(order) in baselinefile = 1
- if reporttype = T2L2, T4L2 - then analysis must be covariate stratification*/
%if %eval(&b.=1) & %eval(&look_start.) = %eval(&look_end.) & &stratifybydp. = N & %eval(&numbaselinetablegrp.=1) %then %do;
%if %sysfunc(prxmatch(m/T2L2|T4L2/i,&reporttype.)) = 0 %then %do;
%let tablecount = 0;
%end;
%else %do;
%if &psfile. = covstratfile %then %let tablecount = 0;
%end;
%end;
/*Assign labels*/
%let baselinelabel = ;
%let grouplabel = &analysisgrp.;
%let psestimatelabel = &psestimategrp.;
%if %length(&baselinegroupnum.)>0 %then %do;
%let grouplabel2 = &analysisgrp2.;
%end;
%if %sysfunc(prxmatch(m/T6/i,&reporttype.)) > 0 %then %do;
%let switch0grplabel = &switch0group.;
%let switch1grplabel = &switch1group.;
%if %eval(&maxswitch=2) %then %do;
%let switch2grplabel = &switch2group.;
%end;
%end;
%if %sysfunc(prxmatch(m/T2L2|T4L2/i,&reporttype.)) > 0 %then %do;
%let eoilabel = &eoi.;
%let reflabel = &ref.;
%end;
%if %sysfunc(prxmatch(m/T4L1/i,&reporttype.)) > 0 & &cohort. = mi %then %do;
%let eoilabel = &analysisgrp._eoi;
%let reflabel = &analysisgrp._ref;
%end;
%isdata(dataset=labelfile);
%if %eval(&nobs.>0) %then %do;
data _null_;
set labelfile(in=a where=(group="&analysisgrp" and runid = "&runid"))
%if %length(&baselinegroupnum.)>0 %then %do;
labelfile(in=b where=(group="&analysisgrp2" and runid = "&runid"))
%end;
%if %sysfunc(prxmatch(m/T2L2|T4L2/i,&reporttype.)) > 0 %then %do;
labelfile(in=c where=(group="&psestimategrp" and runid = "&runid"))
labelfile(in=d where=(group="&eoi" and runid = "&runid"))
labelfile(in=e where=(group="&ref" and runid = "&runid"))
%end;
%if %sysfunc(prxmatch(m/T6/i,&reporttype.)) > 0 %then %do;
labelfile(in=f where=(group="&switch0group." and runid = "&runid"))
labelfile(in=g where=(group="&switch1group." and runid = "&runid"))
%if %eval(&maxswitch=2) %then %do;
labelfile(in=h where=(group="&switch2group." and runid = "&runid"))
%end;
%end;
%if %sysfunc(prxmatch(m/T4L1/i,&reporttype.)) > 0 & &cohort. = mi %then %do;
labelfile(in=i where=(group="&analysisgrp._eoi" and runid = "&runid"))
labelfile(in=j where=(group="&analysisgrp._ref" and runid = "&runid"))
%end; ;
if a then do;
if labeltype = 'grouplabel' then call symputx('grouplabel',strip(label));
if labeltype = 'baselinelabel' then call symputx('baselinelabel',cat(', ',strip(label), ','));
end;
%if %length(&baselinegroupnum.)>0 %then %do;
if b then do; if labeltype = 'grouplabel' then call symputx('grouplabel2',strip(label)); end;
%end;
%if %sysfunc(prxmatch(m/T2L2|T4L2/i,&reporttype.)) > 0 %then %do;
if c then do; if labeltype = 'grouplabel' then call symputx('psestimatelabel',strip(label)); end;
if d then do; if labeltype = 'grouplabel' then call symputx('eoilabel',strip(label)); end;
if e then do; if labeltype = 'grouplabel' then call symputx('reflabel',strip(label)); end;
%end;
%if %sysfunc(prxmatch(m/T6/i,&reporttype.)) > 0 %then %do;
if f then do; if labeltype = 'grouplabel' then call symputx('switch0grplabel',strip(label)); end;
if g then do; if labeltype = 'grouplabel' then call symputx('switch1grplabel',strip(label)); end;
%if %eval(&maxswitch=2) %then %do;
if h then do; if labeltype = 'grouplabel' then call symputx('switch2grplabel',strip(label)); end;
%end;
%end;
%if %sysfunc(prxmatch(m/T4L1/i,&reporttype.)) > 0 & &cohort. = mi %then %do;
if i then do; if labeltype = 'grouplabel' then call symputx('eoilabel',strip(label)); end;
if j then do; if labeltype = 'grouplabel' then call symputx('reflabel',strip(label)); end;
%end; ;
run;
%end;
%let captionlabel = %bquote(&grouplabel.&pregnancylabel&baselinelabel.);
%if %length(&baselinegroupnum.)>0 %then %do;
%let captionlabel = %bquote(&grouplabel.&pregnancylabel and &grouplabel2.&pregnancylabel&baselinelabel.);
%end;
%if %sysfunc(prxmatch(m/T2L2|T4L2/i,&reporttype.)) >0 & &psfile. ne covstratfile %then %do;
%let captionlabel = %bquote(&psestimatelabel.);
%end;
/*Set group labels*/
%if %sysfunc(prxmatch(m/T1|T5|T2L1/i,&reporttype.)) > 0 %then %do;
%let grp1_label = %bquote(&grouplabel.);
%end;
%else %if %sysfunc(prxmatch(m/T2L2|T4L2/i,&reporttype.)) > 0 %then %do;
%let grp1_label = %bquote(&eoilabel.);
%let grp2_label = %bquote(&reflabel.);
%end;
%else %if %sysfunc(prxmatch(m/T6/i,&reporttype.)) > 0 %then %do;
%let grp1_label = %bquote(&switch0grplabel.);
%let grp2_label = %bquote(&switch0grplabel. to &switch1grplabel.);
%if %eval(&maxswitch=2) %then %do;
%let grp3_label = %bquote(&switch1grplabel. to &switch2grplabel.);
%end;
%end;
%else %if %sysfunc(prxmatch(m/T4L1/i,&reporttype.)) > 0 %then %do;
%if &cohort = mi %then %do;
/*MI exposure and reference cohorts*/
%let grp1_label = %bquote(&eoilabel.);
%let grp2_label = %bquote(&reflabel.);
%end;
%else %do;
/*Pregnant and non-pregnant cohorts*/
%let grp1_label = %bquote(&grouplabel. Pregnancy Cohort);
%if &includenonpregnant. = Y %then %do;
%let grp2_label = %bquote(&grouplabel. Non-Pregnancy Cohort);
%end;
%end;
%end;
%if %length(&baselinegroupnum.)>0 %then %do;
%let grp2_label = %bquote(&grouplabel2.);
%if %sysfunc(prxmatch(m/T4L1/i,&reporttype.)) > 0 %then %do;
%let grp2_label = %bquote(&grouplabel2. Pregnancy Cohort);
%end;
%end;
/*Determine number of columns to optimize formatting*/
%let numcolumns = 2;
%if &includecomp. = Y %then %do;
%let numcolumns = %eval(&numcolumns.+2);
%end;
%if &computebalance. = Y %then %do;
%let numcolumns = %eval(&numcolumns.+2);
%end;
%if %eval(&maxswitch=2) %then %do;
%let numcolumns = %eval(&numcolumns.+2);
%end;
/*1 block of code for both aggregate and DP tables*/
%macro baselinereport(dpnum=, aggregated=, dpinparenthesis=, dpcomma=);
%if %eval(&unique_psestimate.) = 1 %then %do;
%tableletter();
%baseline_procreport(order = &b., table = 'Unadjusted', weight ='Unweighted',
title =%quote(Table 1&tableletter.. &aggregated.&unadjusted.Characteristics of &captionlabel. &dpinparenthesis.in the &database. from &startdateformatted. to &&enddate&periodid.formatted.),
characteristiclabel =&characteristiclabel.,
dpnum = &dpnum.,
numcolumns =&numcolumns.,
grp1_label=&grp1_label.,
grp2_label=&grp2_label.,
grp3_label=&grp3_label.,
computebalance = &computebalance.);
%end;
/*For L2 tables - up to 2 additional adjusted tables*/
%if %sysfunc(prxmatch(m/T2L2|T4L2/i,&reporttype.)) > 0 %then %do;
/*PS Match Adjusted*/
%if &psfile. = psmatchfile %then %do;
%tableletter();
%baseline_procreport(order = &b., table = 'Adjusted', weight = %str('Unweighted', 'Weighted'),
title =%quote(Table 1&tableletter.. &aggregated.Adjusted Characteristics of &grouplabel. (Propensity Score Matched&dpcomma., &ratiolabel.&caliperlabel.) in the &database. from &startdateformatted. to &&enddate&periodid.formatted.),
characteristiclabel =&characteristiclabel.,
dpnum = &dpnum.,
numcolumns =&numcolumns.,
grp1_label=&grp1_label.,
grp2_label=&grp2_label.,
grp3_label=&grp3_label.,
computebalance = &computebalance.);
%end;
/*Unweighted - IPTW and PS Stratum*/
%if (&psfile. = iptwfile & %eval(&unique_psestimate.) = 1) | (&psfile. = stratificationfile & ("&weightscheme." = "ATE" | "&weightscheme." = "ATT") & %eval(&pstrim.>=0)) %then %do;
%tableletter();
%baseline_procreport(order = &b., table = 'Adjusted', weight = 'Unweighted',
title=%quote(Table 1&tableletter.. &aggregated.Unweighted Characteristics of &grouplabel. (Unweighted, Trimmed&dpcomma.) in the &database. from &startdateformatted. to &&enddate&periodid.formatted.),
characteristiclabel =&characteristiclabel.,
dpnum = &dpnum.,
numcolumns =&numcolumns.,
grp1_label=&grp1_label.,
grp2_label=&grp2_label.,
grp3_label=&grp3_label.,
computebalance = &computebalance.);
%end;
/*Weighted - IPTW, PS Stratum, PS Stratification*/
%if &psfile. = iptwfile | &psfile. = stratificationfile %then %do;
%if &psfile. = iptwfile %then %let stratumtitle = Inverse Probability of Treatment Weighted, Trimmed&dpcomma., Weight: &weightlabel., Truncation: &truncationlabel.%nrbquote(%);
%else %if "&weightscheme." = "ATE" | "&weightscheme." = "ATT" %then %let stratumtitle = Propensity Score Stratum Weighted, Trimmed&dpcomma., Percentiles: &percentiles., Weight: &weightlabel.;
%else %let stratumtitle =Propensity Score Stratified&dpcomma., Percentiles: &percentiles.;
%tableletter();
%baseline_procreport(order = &b., table = 'Adjusted', weight = 'Weighted',
title=%quote(Table 1&tableletter.. &aggregated.Weighted Characteristics of &grouplabel. (&stratumtitle.) in the &database. from &startdateformatted. to &&enddate&periodid.formatted.),
characteristiclabel =&characteristiclabel.,
dpnum = &dpnum.,
numcolumns =&numcolumns.,
grp1_label=&grp1_label.,
grp2_label=&grp2_label.,
grp3_label=&grp3_label.,
computebalance = &computebalance.);
%end;
%end; /*Additional L2 tables*/
%mend;
/*loop through each periodid*/
%do periodid = %eval(&look_start.) %to %eval(&look_end.);
/*Aggregated*/
%baselinereport(dpnum=0,
%if %eval(&num_dp.)=1 %then %do;
aggregated=,
%end;
%else %do;
aggregated=%str(Aggregated ),
%end;
dpinparenthesis=, dpcomma=);
/*Output seperate table for each Data Partner - loop through each DP*/
%if &stratifybydp. = Y %then %do;
%do dps = 1 %to %eval(&num_dp.);
%let maskedID = %scan(&masked_dplist,&dps);
%baselinereport(dpnum=&dps., aggregated = , dpinparenthesis=%str((&maskedid.) ), dpcomma=%str(, &maskedid.));
%end;
%end; /*DP stratification*/
%end; /*loop through each periodid*/
%end; /*loop through each row in baselinefile*/
%end; /*include baseline tables */
%put =====> END MACRO: baseline_output ;
%mend baseline_output;