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; /* Subject: SASTip: New projections in SAS/Graph, GProject Date: Sat, 20 Sep 1997 22:58:43 +0100 From: Philip Mason;Newsgroups: comp.soft-sys.sas There are a range of new undocumented projections available in Proc Gproject (SAS/Graph) for version 6.12. The code that follows can be run to display the effect of each projection. You could further enhance the example by adding a PROC GREPLAY to combine sets of the graphs onto one page for reference purposes. Remember that undocumented features in SAS are not supported by SAS Institute. If you find an undocumented feature that you like, then tell someone at SAS Institute and you might find that it becomes a production feature in the next release. Philip Mason Freelance SAS Consultant 16 Wood Street, Wallingford, Oxfordshire, OX10 0AY, England Phone: +44 1491 834615 Fax: +44 1491 834615 Mailto:phil@wood-st.demon.co.uk ftp://escher.ihs.ox.ac.uk/pub/views http://www.sas.com/service/doc/pubcat/uspubcat/ind_files/55513.html*/ ******************** START OF EXAMPLE CODE *********************; data grid; retain cont -1 id -1 segment 0; retain; if _n_=1 then d2r = atan (1) / 45; do x0 = -180 to 175 by 10; do y0 = -80 to 90 by 10; segment + 1; x = x0*d2r; y = y0*d2r; output; x + 10*d2r; output; y = y - 10*d2r; output; x = x0*d2r; output; end; end; run; %macro projtest( proj, parms ); proc gproject data=grid out=grat proj=&proj &parms; id cont id; run; title "Projected with &PROJ &PARMS"; proc gmap map=grat data=grat; id cont id; pattern r=10 v=e; choro cont / nolegend discrete; run; quit; %mend; %projtest(ALBERS, %str(PARALLEL1=30 PARALLEL2=65)) %projtest(LAMBERT, %str(PARALLEL1=30 PARALLEL2=65)) %projtest(GNOMON, %str(POLELAT=90 POLELONG=0)) %projtest(MERCAT, %str(POLELAT=90 POLELONG=0)) %projtest(NONE) %projtest(EQUIRECT) %projtest(MILLER1) %projtest(MILLER2) %projtest(CYLINDRICAL) %projtest(AITOFF) %projtest(HAMMER) %projtest(PARABOLIC) %projtest(APIANUS) %projtest(ARAGO) %projtest(ADAMS) %projtest(KVRSKY7) %projtest(ECKERT1) %projtest(ECKERT5) %projtest(ORTHO) %projtest(ORTHO, HEMISPHERE POLE=(0 90)) %projtest(BEHRMANN) %projtest(PETERS) %projtest(PUTNINS4) %projtest(WINKEL2) %projtest(ECKERT3) %projtest(STEREO) %projtest(BRAUN) %projtest(GALL) %projtest(ROBINSON) ******************** END OF EXAMPLE CODE *********************; *