/*--CTSPedia General AE G1 Forest Plot--*/ %let gpath='C:\';   ods html close;   /*--To retain leading and trailing blanks, we must use nbsp instead of blank--*/ /*--For visibility, we have used '.' in place of blanks                     --*/ /*--  Later these '.' values are     changed to nbsp 'A0'x                  --*/ /*--Regular leading blanks will be stripped, losing the indentation         --*/ /*--Add "Id" to identify subgroup headings from values                      --*/     data forest;   input Id Subgroup $3-27 Mean  Low  High PValue $ mean_CI $;   zero=0; one=1;   pval_lbl='P value';   meanCI='Mean change';   ObsId=_n_;   datalines; 1 GroupA (n=50)..............     .    .      .      . 2 ..Univariate.............5.3  3.1 7.1  <0.01  5.3-(3.1-7.1) 1 GroupB (n=90).......    .     .      .     .      . 2 ..Univariate.............3.1  1.6 5.2  0.01  3.1-(1.6-5.2) 1 GroupC (n=35).............     .    .      .      .     . 2 ..Univariate.............0.2  -1.1 2.0  0.98  0.2-(-1.1-2.0) ; run;     ods listing gpath='/myfolders/';   /*proc print;run;*/   /*--Replace '.' in subgroup with blank--*/ data forest2;   set forest;  subgroup=translate(subgroup, ' ', '.');   val=mod(_N_-1, 6);   if val eq 1 or val eq 2 or val eq 3 then ref=obsid;     /*--Separate Subgroup headers and obs into separate columns--*/   if id=1 then do;      heading=subgroup;              subgroup='';   end;   run; /*proc print;run;*/     /*--Create font with smaller fonts for axis label, value and data--*/ proc template;    define style listingSF;       parent = Styles.Listing;       style GraphFonts from GraphFonts                                                               "Fonts used in graph styles" /                                               'GraphDataFont' = ("<sans-serif>, <MTsans-serif>", 10pt)                                        'GraphValueFont' = ("<sans-serif>, <MTsans-serif>", 10pt)         'GraphLabelFont' = ("<sans-serif>, <MTsans-serif>", 10pt); ;    end; run;   ods listing style=listingSF; ods graphics on/ outputfmt=jpeg; ods trace on; ods listing gpath='/myfolders/' image_dpi=300;   /*--Define templage for Forest Plot--*/ /*--Template uses a Layout Lattice of 4 columns--*/ proc template;   define statgraph Forest;   dynamic  _bandcolor _headercolor _subgroupcolor;     begingraph;       layout lattice / columns=4 columnweights=(0.2 0.25 0.45 0.1);               /*--First Subgroup column, shows only the Y2 axis                          --*/             /*--Use HighLow plot to place the heading and subgroup values as HighLabels--*/             /*--Indenting is done by making the 2nd highlow bar 1 unit long            --*/             /*--Highlow bar itself has thickness=0                                     --*/             layout overlay / walldisplay=none               xaxisopts=(display=none linearopts=(viewmin=0 viewmax=20))               yaxisopts=(reverse=true display=none tickvalueattrs=(size=10));               referenceline y=ref / lineattrs=(thickness=15 color=_bandcolor);               highlowplot y=obsid low=zero high=zero / highlabel=heading lineattrs=(thickness=0)               labelattrs=(size=10 family='Arial');               highlowplot y=obsid low=zero high=one / highlabel=subgroup lineattrs=(thickness=0)                        labelattrs=(size=10 family='Arial');             endlayout;                         /*--Second column showing mean change--*/                                     layout overlay / x2axisopts=(display=(tickvalues) offsetmin=0 offsetmax=0)               yaxisopts=(reverse=true display=none) walldisplay=none ;                           referenceline y=ref / lineattrs=(thickness=15 color=_bandcolor);           scatterplot y=obsid x=meanCI / markercharacter=mean_CI xaxis=x2                markercharacterattrs=(family='Arial' size=10);                         endlayout;                           /*--Third column showing hazards ratio graph--*/             layout overlay / xaxisopts=(label='Change relative to control'                          linearopts=(tickvaluepriority=true                            tickvaluelist=(-2 0 2 4 6 8)))               yaxisopts=(reverse=true display=none) walldisplay=none;                           referenceline y=ref / lineattrs=(thickness=15 color=_bandcolor);               highlowplot y=obsid low=low high=high / lineattrs=(thickness=1 color=cx000000);           scatterplot y=obsid x=mean / markerattrs=(symbol=squarefilled size=10 color=cx000000);                           referenceline x=0;             endlayout;               /*--Fourth column showing p-values--*/             layout overlay / x2axisopts=(display=(tickvalues) offsetmin=0.25 offsetmax=0.25)               yaxisopts=(reverse=true display=none) walldisplay=none;                           referenceline y=ref / lineattrs=(thickness=15 color=_bandcolor);           scatterplot y=obsid x=pval_lbl / markercharacter=pvalue xaxis=x2                markercharacterattrs=(family='Arial' size=10);                         endlayout;               endlayout;             entryfootnote halign=left textattrs=(size=10)            ' ';             endgraph;   end; run;   /*--Render Forest Plot without horizontal bands--*/ ods graphics / reset width=6in height=2in imagename='Forest_HighLow_93'; proc sgrender data=Forest2 template=Forest; dynamic _bandcolor='white' _headercolor='white'; run; ods graphics on/ outputfmt=jpeg; ods trace on;   Below is what the plot looks like:     For the second column, I would like for the code to just read as follows: 5.3 (3.1-7.1) 3.1 (1.6-5.2) 0.2 (-1.1-2.0)   Any advice?   Thank you! ... 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