cancel
Turn on suggestions
Auto-suggest helps you quickly narrow down your search results by suggesting possible matches as you type.
Showing results for 
Search instead for 
Did you mean: 
adcc5465
‎08-08-2025
  • 6 Posts
  • 1 Likes Given
  • 0 Solutions
  • 1 Likes Received

Re: PROC GLIMMIX with R side

by Fluorite | Level 6 in Statistical Procedures
‎12-08-2022 03:27 PM
‎12-08-2022 03:27 PM
Thank you so much! In that case, could I switch to PROC GENMOD rather than stick with PROC GLIMMIX? ... View more

PROC GLIMMIX with R side

by Fluorite | Level 6 in Statistical Procedures
‎12-07-2022 11:57 AM
‎12-07-2022 11:57 AM
I am modeling a YES/NO decision making at the individual level. One person would choose one out of around 2,000 options. There were 25,000 persons. The Cartesian product gave a 40,000,000 sample size (at different time, some options may not be available).   For all options, there were two interested main effects and one of their interaction: A and B. Both are three-level ordinal variables (Per my understanding, because the options were sampled from a population, therefore, possible random effects for A and B).   For some persons (10%), they have two chances (at different time, count variable with levels of 1 and 2) to make their decision (repeated measure, therefore, needs R side effects).   The program was:   proc sort data= test; by chance Person_ID; proc glimmix data=test singular=1e-10 maxopt=100 noclprint; class A B Options_ID; model decision(event="1") = A|B Chance / dist=binary link=logit ddfm=BW; random intercept/subject = A|B type =VS; random chance/subject = Person_ID residual type =AR(1); nloptions maxiter=150 technique= NRRIDG; run;   When I tried to run this, SAS kept running like forever.   After many tries, the only converge result I got was from this program: proc glimmix data=test singular=1e-10 maxopt=100 method = Laplace noclprint; class A B Options_ID; model decision(event="1") = A|B Chance / dist=binary link=logit ddfm=BW; random A /subject = Options_ID type =ANTE(1); nloptions maxiter=150 GCONV=0; run;   From the previous discussion, @sld at https://communities.sas.com/t5/Statistical-Procedures/Glimmix-did-not-converge/td-p/387883 would the comment apply to my situation? And how should I adjust my model? ... View more

Re: Why the cell border is still there?

by Fluorite | Level 6 in Graphics Programming
‎02-05-2021 08:52 PM
‎02-05-2021 08:52 PM
I am sorry. But I am not allowed to share the data. ... View more

Re: Why the cell border is still there?

by Fluorite | Level 6 in Graphics Programming
‎02-05-2021 12:33 PM
1 Like
‎02-05-2021 12:33 PM
1 Like
Thank you so much. That solves the problem! ... View more

Re: Why the cell border is still there?

by Fluorite | Level 6 in Graphics Programming
‎02-05-2021 10:28 AM
‎02-05-2021 10:28 AM
Thanks for your reply. Here is the final output.   ... View more

Why the cell border is still there?

by Fluorite | Level 6 in Graphics Programming
‎01-25-2021 10:51 AM
‎01-25-2021 10:51 AM
Hi there. I am defining a template for the lattice layout of my heatmaps with the polygonplot statement. I am 95% satisfied with the output. However, the cell border is the problem I cannot resolve. I simply want to remove the cell borders. I used "border=false" in each cell. I also tried to use "borderattrs=(color=white) backgroundcolor=white" to blend the border into background. But neither works. Below is the program I used.   proc template; define statgraph polygons_all; begingraph /designwidth=2000px border=false; entrytitle textattrs=(size=12pt color=black weight=bold) 'Need Gaps'; entryfootnote textattrs=(size=12pt color=black) "Need gap = Differences between the demand and supply in ZCTAs"; legenditem type=marker name="R" / label="Not rural areas" lineattrs=(color=gray) markerattrs=(symbol=squarefilled color=gray size=10pt); legenditem type=marker name="U" / label="Not urban areas" lineattrs=(color=gray) markerattrs=(symbol=squarefilled color=lightgray size=10pt); discreteattrmap name="b_R" / ignorecase=true; value "Need gap, [0.31, 1.57]"/ fillattrs=GraphData1(color=A581A22FF); value "Need gap, [0.12, 0.31)"/ fillattrs=GraphData2(color=A985159FF); value "Need gap, [0.05, 0.12)"/ fillattrs=GraphData3(color=AB27C83FF); value "Need gap, [0, 0.05)"/ fillattrs=GraphData4(color=AD8BEC1FF); value "Need gap, (-0.47, 0)"/ fillattrs=GraphData5(color=A80CDC433); value "Need gap, (-0.99, -0.47]"/ fillattrs=GraphData6(color=A26A69A33); value "Need gap, (-2.71, -0.99]"/ fillattrs=GraphData7(color=A00897B33); value "Need gap, [-8.88, -2.71]"/ fillattrs=GraphData8(color=A004D4033); value "Not rural areas"/ fillattrs=GraphData9(color=Gray); value "Missing"/ fillattrs=GraphData10(color=WHITE); enddiscreteattrmap; discreteattrvar attrvar=lvlR var=lvlR attrmap="b_R"; discreteattrmap name="b_U" / ignorecase=true; value "Need gap, [0.31, 1.57]"/ fillattrs=GraphData1(color=A581A22FF); value "Need gap, [0.12, 0.31)"/ fillattrs=GraphData2(color=A985159FF); value "Need gap, [0.05, 0.12)"/ fillattrs=GraphData3(color=AB27C83FF); value "Need gap, [0, 0.05)"/ fillattrs=GraphData4(color=AD8BEC1FF); value "Need gap, (-0.47, 0)"/ fillattrs=GraphData5(color=A80CDC433); value "Need gap, (-0.99, -0.47]"/ fillattrs=GraphData6(color=A26A69A33); value "Need gap, (-2.71, -0.99]"/ fillattrs=GraphData7(color=A00897B33); value "Need gap, [-8.88, -2.71]"/ fillattrs=GraphData8(color=A004D4033); value "Not urban areas"/ fillattrs=GraphData11(color=lightGray); value "Missing"/ fillattrs=GraphData10(color=WHITE); enddiscreteattrmap; discreteattrvar attrvar=lvlU var=lvlU attrmap="b_U"; discreteattrmap name="b_all" / ignorecase=true; value "Need gap, [0.31, 1.57]"/ fillattrs=GraphData1(color=A581A22FF); value "Need gap, [0.12, 0.31)"/ fillattrs=GraphData2(color=A985159FF); value "Need gap, [0.05, 0.12)"/ fillattrs=GraphData3(color=AB27C83FF); value "Need gap, [0, 0.05)"/ fillattrs=GraphData4(color=AD8BEC1FF); value "Need gap, (-0.47, 0)"/ fillattrs=GraphData5(color=A80CDC433); value "Need gap, (-0.99, -0.47]"/ fillattrs=GraphData6(color=A26A69A33); value "Need gap, (-2.71, -0.99]"/ fillattrs=GraphData7(color=A00897B33); value "Need gap, [-8.88, -2.71]"/ fillattrs=GraphData8(color=A004D4033); value "Missing"/ fillattrs=GraphData10(color=WHITE); enddiscreteattrmap; discreteattrvar attrvar=lvlA var=lvlA attrmap="b_all"; layout lattice/columns=4 rows=1 COLUMNWEIGHTS=(.28 .28 .28 .16) border=false backgroundcolor=white opaque=true; cell; cellheader; entry "Rural areas"/textattrs=(size=12pt color=black); endcellheader; layout overlay/xaxisopts=(display=none) yaxisopts=(display=none) border=false backgroundcolor=white opaque=true; polygonplot X=x Y=y ID=ID/ group=lvlR display=(fill outline) dataskin=pressed name="g_R" OUTLINEATTRS=(color=white); endlayout; endcell; /* The second cell for the map of "Urban areas". */ cell; cellheader; entry "Urban areas"/textattrs=(size=12pt color=black); endcellheader; layout overlay/xaxisopts=(display=none) yaxisopts=(display=none) border=false borderattrs=(color=white) backgroundcolor=white opaque=true; polygonplot X=x Y=y ID=ID/ group=lvlU display=(fill outline) dataskin=pressed name="g_U" OUTLINEATTRS=(color=white) ; endlayout; endcell; cell; cellheader; entry "All areas"/textattrs=(size=12pt color=black); endcellheader; layout overlay/xaxisopts=(display=none) yaxisopts=(display=none) border=false backgroundcolor=white opaque=true; polygonplot X=x Y=y ID=ID/ group=lvlA display=(fill outline) dataskin=pressed name="g_all" OUTLINEATTRS=(color=white); endlayout; endcell; discretelegend "g_all" "R" "U"/ LOCATION=outside halign=right border=false title="Gap categories" titleattrs=(color=black size=12pt) across = 1 valueattrs=(color=black size=12pt) autoitemsize=true; endlayout; endgraph; end; run;   proc sgrender data=gap1_map template=polygons_all; format lvlR flvlR. lvlU flvlU. lvlA flvlA. ; run; ... View more
Contact Me
Online Status
Offline
Date Last Visited
‎08-08-2025 09:43 AM
Likes given to
View All
Likes from
View All
Quick links