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This samples uses the Graph Template Language (GTL) to produce a three-row lattice layout.

Before running the code below, click on the Download tab and download the data set fusion_35177_2_weather. Change the LIBNAME statement at the end of this program to point to the location where the data set has been stored.

---

proc template;
  define statgraph weather;  
  begingraph / designwidth=640px designheight=480px backgroundcolor=cxd5d9d2;
  entrytitle "2008 Weather for Raleigh NC"; 
  layout lattice / columndatarange=unionall columns=1  
                   rowgutter=5px rowweights=(.40 .40 .20);
    columnaxes;
      columnaxis / display=none type=linear offsetmin=0 offsetmax=0 
                 linearopts=( thresholdmin=0 thresholdmax=0 viewmax="31dec2008"d);           
    endcolumnaxes;   
    rowheaders; 
      layout gridded / columns=2;
        entry "Temperature" / /* textattrs=(weight=bold)*/ rotate=90;
        entry "(Fahrenheit)" / rotate=90;
      endlayout;
      layout gridded / columns=2; 
        entry "Precipitation" / /*textattrs=(weight=bold)*/ rotate=90; 
        entry "(Inches)" / rotate=90;
      endlayout;
        entry "Humidity" / /*textattrs=(weight=bold)*/ rotate=90;		   
    endrowheaders;
   /* row 1 - temperatures */
   layout overlay / yaxisopts=(display=(tickvalues) displaysecondary=(tickvalues)
                    label="Fahreheit" offsetmin=0 griddisplay=on 
                    linearopts=(viewmin=0 viewmax=100));
     innermargin / align=top;	
       /* display month names */
       blockplot x=start  block=Month / display=(fill outline values)
                        valuehalign=center valuevalign=center 
                        filltype=alternate fillattrs=GraphAltBlock altfillattrs=GraphAltBlock;
     endinnermargin;
   /* inset for annual temps */
   layout overlay / width=80px height=80px halign=center valign=bottom border=true
                    walldisplay=(fill) opaque=true
                    xaxisopts=(display=(tickvalues) tickvalueattrs=GraphDataText
                    linearopts=(viewmin=.5 viewmax=2.5 
                    tickvaluelist=(1 2)) offsetmin=.1 offsetmax=.1)
                    yaxisopts=(offsetmin=0 offsetmax=.1 display=none);
     entry "Average Temp" / valign=top location=outside textattrs=GraphValueText(size=7pt);
     vectorplot x=norm y=AnnualNormalTemp  xorigin=norm yorigin=0 / arrowheads=false
       datatransparency=.5 lineattrs=(thickness=10px color=GraphData2:color);
     scatterplot x=norm y=eval(AnnualNormalTemp+10) / markercharacter=eval(put(AnnualNormalTemp,4.1))
       MARKERCHARACTERATTRS=(size=6pt);              
     vectorplot x=act y=AnnualActualTemp xorigin=act yorigin=0 / arrowheads=false 
       lineattrs=(thickness=10px color=black);                     
     scatterplot x=act y=eval(AnnualActualTemp+10) / markercharacter=eval(put(AnnualActualTemp,4.1))
       MARKERCHARACTERATTRS=(size=6pt);
   endlayout;
     referenceline x=start / lineattrs=GraphGridlines;          
     bandplot x=date limitupper=MaxTempNormal limitLower=MinTempNormal/
       display=(fill) fillattrs=(color=GraphData4:color) datatransparency=.7;         
     vectorplot x=date  y=MeanTemp xorigin=date yorigin=Maxtemp / arrowheads=false lineattrs=(color=GraphData2:color);
     vectorplot x=date  y=MeanTemp xorigin=date yorigin=Mintemp / arrowheads=false lineattrs=(color=GraphData1:color);
     scatterplot x=date y=MeanTemp / name="s" primary=true  
       markerattrs=(symbol=circlefilled size=2px color=black) ;
     vectorplot xorigin=MaxTempDate yorigin=AnnualMaxTemp 
       x=eval(maxTempDate -30) y=eval(AnnualMaxtemp -5) /
       datalabel=eval(catx(" ","High",put(AnnualMaxTemp,3.),
       put(MaxTempDate,monname3.),put(MaxTempDate,day2.))) 
       arrowdirection=in;
     vectorplot xorigin=MinTempDate yorigin=AnnualMinTemp 
       x=eval(minTempDate +30) y=eval(AnnualMintemp -5) /
       datalabel=eval(catx(" ","Low",put(AnnualMinTemp,3.),
       put(MinTempDate,monname3.),put(MinTempDate,day2.))) 
       arrowdirection=in;
   endlayout;
   /* row 2 - precipitation */
   layout overlay / yaxisopts=(display=(tickvalues) displaysecondary=(tickvalues)
                    offsetmin=0 offsetmax=.1 griddisplay=on);
   /* inset for annual precipitation chart */
   layout overlay / width=80px height=80px halign=left valign=top border=true
                    walldisplay=(fill) opaque=true 
                    xaxisopts=(display=(tickvalues) tickvalueattrs=GraphDataText
                    linearopts=(viewmin=.5 viewmax=2.5 tickvaluelist=(1 2))
                    offsetmin=.1 offsetmax=.1)
                    yaxisopts=(offsetmin=0 offsetmax=.1 display=none);
     entry "Total Precip" / valign=top location=outside textattrs=GraphValueText(size=7pt);
     vectorplot x=norm y=TotalNormalPrecip xorigin=norm yorigin=0 / arrowheads=false datatransparency=.5                        
       lineattrs=(thickness=10px color=GraphData2:color);                        
     scatterplot x=norm y=eval(TotalNormalPrecip+10) / markercharacter=eval(put(TotalNormalPrecip,5.2))
       MARKERCHARACTERATTRS=(size=5pt);
     vectorplot x=act y=TotalActualPrecip xorigin=act yorigin=0 / arrowheads=false                                
       lineattrs=(thickness=10px color=GraphData1:color) ;
     scatterplot x=act y=eval(TotalActualPrecip+10) / markercharacter=eval(put(TotalActualPrecip,5.2))
       MARKERCHARACTERATTRS=(size=5pt);
   endlayout;
     referenceline x=start / lineattrs=GraphGridlines;
     needleplot x=Normal y=NormalPrecip /name="N"  legendlabel="Normal" 
       lineattrs=(thickness=26px color=GraphData2:color) datatransparency=.5 ;
     needleplot x=Actual y=ActualPrecip / name="A"   legendlabel="Actual" 
       datalabel=eval(put(ActualPrecip-Normalprecip,diff6.)) 
       lineattrs=(thickness=13px color=GraphData1:Color) 
       DataLabelATTRS=(size=5pt);
   endlayout;
   /* row 3 - humidity & dew point */
   layout overlay / yaxisopts=(display=(tickvalues)   
                    offsetmin=0 offsetmax=0 griddisplay=on   
                    linearopts=(viewmin=0 viewmax=1.1 tickvalueformat=percent.
                    tickvaluesequence=(start=0 end=1 increment=.25) ))
                    y2axisopts=(display=all offsetmin=0 offsetmax=.1 label="Dew point" labelattrs=(weight=bold) 
                    linearopts=(viewmin=0 viewmax=100  tickvalueformat=degfmt.)); 		    
     referenceline x=start / lineattrs=GraphGridlines;		
     bandplot x=date limitupper=eval(meanHumidity*.01) limitlower=0 / display=all
       datatransparency=.5 name="humid" legendlabel="Mean Relative Humidity"
       fillattrs=GraphData7 outlineattrs=GraphData7(pattern=solid);
       bandplot x=date limitupper=meanDew limitlower=0 / yaxis=y2  display=all
       datatransparency=.5    name="dew" legendlabel="Mean Dew Point"
       fillattrs=GraphData6 outlineattrs=GraphData6(pattern=solid);                       
       discretelegend "humid" "dew" / 	  
       halign=center valign=bottom opaque=true location=inside;
   endlayout;
   endlayout;
  endgraph;
  end;
run;

proc format;
  value temptype 1="Normal" 2="Actual";
  picture degfmt low-high="009°";
  picture diff low-<0="09.99" (prefix="-")
               0="9"  
              >0-high=09.99 (prefix="+");
run;

proc template;
  define Style weatherstyle;
  parent = styles.listing;
  style GraphFonts from GraphFonts                                                      
    "Fonts used in graph styles" /  
       'GraphTitleFont' = (", ",10pt,bold)
       'GraphLabelFont' = (", ",9pt) 
       'GraphValueFont' = (", ",8pt)
       'GraphDataFont' = (", ",7pt) 
       ;
  end;
run;

ods listing close;
ods html style=weatherstyle image_dpi=100 file='weather.html' path='.';

ods graphics / reset imagename="GTLHandout_Weather" labelmax=500 
               antialiasmax=10000 imagefmt=gif;

/* Click on the Download tab to download the data set. */
/* Specify the path where the WEATHER data set was downloaded. */
libname x 'path where data set WEATHER is stored';
proc sgrender data=x.fusion_35177_2_weather template=weather;
  format meantemp meandew degfmt. act norm temptype.; 
run;

ods html close;
ods listing;

Click here to download the WEATHER data set.

This samples uses the Graph Template Language (GTL) to produce a three-row lattice layout.

Type:	Sample
Topic:	SAS Reference ==> Procedures ==> SGRENDER Query and Reporting ==> Creating Reports ==> Graphical ==> Graph Template Language (GTL)

Date Modified:	2009-03-19 12:43:23
Date Created:	2009-03-18 09:55:05

Operating System and Release Information

Product Family	Product	Host	SAS Release
			Starting	Ending
SAS System	SAS/GRAPH	z/OS	9.2 TS1M0
		Microsoft® Windows® for 64-Bit Itanium-based Systems	9.2 TS1M0
		Microsoft Windows Server 2003 Datacenter 64-bit Edition	9.2 TS1M0
		Microsoft Windows Server 2003 Enterprise 64-bit Edition	9.2 TS1M0
		Microsoft Windows XP 64-bit Edition	9.2 TS1M0
		Microsoft® Windows® for x64	9.2 TS1M0
		Microsoft Windows Server 2003 Datacenter Edition	9.2 TS1M0
		Microsoft Windows Server 2003 Enterprise Edition	9.2 TS1M0
		Microsoft Windows Server 2003 Standard Edition	9.2 TS1M0
		Microsoft Windows XP Professional	9.2 TS1M0
		Windows Vista	9.2 TS1M0
		64-bit Enabled AIX	9.2 TS1M0
		64-bit Enabled HP-UX	9.2 TS1M0
		64-bit Enabled Solaris	9.2 TS1M0
		HP-UX IPF	9.2 TS1M0
		Linux	9.2 TS1M0
		Linux for x64	9.2 TS1M0
		OpenVMS on HP Integrity	9.2 TS1M0
		Solaris for x64	9.2 TS1M0