Sample 25549: Using colors and line styles with PROC GRADAR
This sample demonstrates how to control the line colors and line styles in overlay charts with the CSTARS= and LSTARS= options on the CHART statement of PROC GRADAR.
          These sample files and code examples are provided by SAS Institute
          Inc. "as is" without warranty of any kind, either express or implied, including
          but not limited to the implied warranties of merchantability and fitness for a
          particular purpose. Recipients acknowledge and agree that SAS Institute shall
          not be liable for any damages whatsoever arising out of their use of this material.
          In addition, SAS Institute will provide no support for the materials contained herein.
        
 
This sample demonstrates how to control the line colors and line styles in overlay charts with the CSTARS= and LSTARS= options on the CHART statement of PROC GRADAR.
The graphics output in the Results tab was produced using SASĀ® 9.2.  Submitting
the sample code with releases of SAS prior to SAS 9.2 might produce different results.  
 /* Set the graphics environment */
goptions reset=all cback=white border htitle=12pt htext=10pt;  
 /* Create a sample a data set */
data failure;
   label  cause   = 'Cause of Failure' ;
   input  Process $ 1-9 Day $ 13-19 Cause $ 23-36 Count 40-41;
   datalines;
Process A   March 1   Contamination    15
Process A   March 1   Corrosion         2
Process A   March 1   Doping            1
Process A   March 1   Metallization     2
Process A   March 1   Miscellaneous     3
Process A   March 1   Oxide Defect      8
Process A   March 1   Silicon Defect    1
Process A   March 2   Contamination    16
Process A   March 2   Corrosion         3
Process A   March 2   Doping            1
Process A   March 2   Metallization     3
Process A   March 2   Miscellaneous     1
Process A   March 2   Oxide Defect      9
Process A   March 2   Silicon Defect    2
Process A   March 3   Contamination    20
Process A   March 3   Corrosion         1
Process A   March 3   Doping            1
Process A   March 3   Metallization     0
Process A   March 3   Miscellaneous     3
Process A   March 3   Oxide Defect      7
Process A   March 3   Silicon Defect    2
Process A   March 4   Contamination    12
Process A   March 4   Corrosion         1
Process A   March 4   Doping            1
Process A   March 4   Metallization     0
Process A   March 4   Miscellaneous     0
Process A   March 4   Oxide Defect     10
Process A   March 4   Silicon Defect    1
Process A   March 5   Contamination    23
Process A   March 5   Corrosion         1
Process A   March 5   Doping            1
Process A   March 5   Metallization     0
Process A   March 5   Miscellaneous     1
Process A   March 5   Oxide Defect      8
Process A   March 5   Silicon Defect    2
Process B   March 1   Contamination     8
Process B   March 1   Corrosion         2
Process B   March 1   Doping            1
Process B   March 1   Metallization     4
Process B   March 1   Miscellaneous     2
Process B   March 1   Oxide Defect     10
Process B   March 1   Silicon Defect    3
Process B   March 2   Contamination     9
Process B   March 2   Corrosion         0
Process B   March 2   Doping            1
Process B   March 2   Metallization     2
Process B   March 2   Miscellaneous     4
Process B   March 2   Oxide Defect      9
Process B   March 2   Silicon Defect    2
Process B   March 3   Contamination     4
Process B   March 3   Corrosion         1
Process B   March 3   Doping            1
Process B   March 3   Metallization     0
Process B   March 3   Miscellaneous     0
Process B   March 3   Oxide Defect     10
Process B   March 3   Silicon Defect    1
Process B   March 4   Contamination     2
Process B   March 4   Corrosion         2
Process B   March 4   Doping            1
Process B   March 4   Metallization     0
Process B   March 4   Miscellaneous     3
Process B   March 4   Oxide Defect      7
Process B   March 4   Silicon Defect    1
Process B   March 5   Contamination     1
Process B   March 5   Corrosion         3
Process B   March 5   Doping            1
Process B   March 5   Metallization     0
Process B   March 5   Miscellaneous     1
Process B   March 5   Oxide Defect      8
Process B   March 5   Silicon Defect    2
;
run;
 /* Use the CSTARS= and LSTARS= options */
proc gradar data=failure;
   chart cause / overlay=day
                 freq=count
                 cstars=(cxdc0369, cx261e62,
                         cx0099b6, cxb088ff, cxffa300)
                 cframe=cxccffcc
                 starlegend=none
                 wstars=2 2 2 2 2
                 lstars=1 1 1 1 1
                 ;
run;
quit;
          These sample files and code examples are provided by SAS Institute
          Inc. "as is" without warranty of any kind, either express or implied, including
          but not limited to the implied warranties of merchantability and fitness for a
          particular purpose. Recipients acknowledge and agree that SAS Institute shall
          not be liable for any damages whatsoever arising out of their use of this material.
          In addition, SAS Institute will provide no support for the materials contained herein.
        
 

 
This sample demonstrates how to control the line colors and line styles in overlay charts with the CSTARS= and LSTARS= options on the CHART statement of PROC GRADAR.
| Type: | Sample | 
| Topic: | SAS Reference  ==>  Procedures  ==>  GRADAR Query and Reporting  ==>  Creating Reports  ==>  Graphical  ==>  Graph Types  ==>  Charts  ==>  Radar
  | 
| Date Modified: | 2005-08-27 03:03:22 | 
| Date Created: | 2005-05-23 14:14:52 | 
Operating System and Release Information
| SAS System | SAS/GRAPH | All | 9.1 TS1M0 | n/a |