Thank you for your recommendation. Yes, the data are missed. It is the reason not to proceed the process. with regards Yousuke ... View more

PS   By the way, the procedure as below works regarding STAI.   100 proc anova; WARNING: ANOVAを含むSAS/STATプロダクトの使用期限日が近づいているため、失効を知らせる警告モードに切り替わっています。 PROC SETINITを実行し、警告期間の詳細情報を確認してください。 101 class PolyP; 102 model STAI = PolyP; 103 means PolyP/scheffe; 104 WARNING: 5000点を超えるODS graphicsは表示されません。 PROC ANOVAステートメントのPLOTS(MAXPOINTS=)オプションを使用してカットオフを変更または上書きしてください。 NOTE: PROCEDURE ANOVA処理(合計処理時間): 処理時間 0.45 秒 CPU時間 0.21 秒     120 proc GLM; 121 class PolyP PCS Age sex; 122 model STAI = PolyP PCS Age sex; 123 means PolyP; 124 run; NOTE: Means from the MEANS statement are not adjusted for other terms in the model. For adjusted means, use the LSMEANS statement. ... View more

I am very sorry to be late to response. Yes, when I rewrite the statement as below, the analysis works. However, the analyasis stop with the statement as below.   105 proc anova; 106 class PolyP; 107 model SDS = PolyP; 108 means PolyP/scheffe; run; ERROR: One or more variables are missing or freq or weight is zero on every observation.   114 proc GLM; 115 class PolyP PCS Age sex; 116 model SDS = PolyP PCS Age sex; 117 means PolyP; 118 119 ERROR: One or more variables are missing or freq or weight is zero on every observation.   Could you indicate my mistake??   with best regards,   Yousuke ... View more

WHy it does not work??? Please comment to it. ... View more

I would like to send all program. Could you coment to it?? Filename data1 "   C:\Users\Chris T\Documents\【　★Researches】\【　★論文研究】\（荒木先生）ポリファーマシーと不安\研究データ\【★★20180612　美杉四日市修正＿カラムC修正】三重県東京都住民医師合体データ ver18（ポリファーマシー説明削除）.csv " ;     data all; infile data1 DLM=',' DSD MISSOVER; Input Sex Age Polyphrm PCS MCS Dep1 Dep2 Dep3 Dep4 Dep5 Dep6 Dep7 Dep8 Dep9 Dep10 Dep11 Dep12 Dep13 Dep14 Dep15 Dep16 Dep17 Dep18 Dep19 Dep20 smile1wk smilesM cry1wk crysM SDS1 SDS2 SDS3 SDS4 SDS5 SDS6 SDS7 SDS8 SDS9 SDS10 SDS11 SDS12 SDS13 SDS14 SDS15 SDS16 SDS17 SDS18 SDS19 SDS20;   ************************************************; *definition                           ; ************************************************;   ****cAge******************************;   cAge=.;   if 0 < age<65 then cAge=0; else if age>=65 then cAge =1;   RUN ;   ***polypharmacy****************************************** ;   polyP=.;   if polyphrm=0 then polyP =1 ; else if polyphrm=1 then polyP =2 ; else if polyphrm=2 then polyP =2 ; else if polyphrm=3 then polyP =3 ; else if polyphrm=4 then polyP =3 ;   RUN ;   ***SDS*************************************;   SDS=.;   SDS=SDS1-SDS2+SDS3+SDS4-SDS5-SDS6+SDS7+SDS8+SDS9+SDS10-SDS11-SDS12+SDS13-SDS14+SDS15-SDS16-SDS17-SDS18+SDS19-SDS20;   RUN ;   ***STAI**************************************;   STAI=.;   STAI=0-Dep1+Dep2+Dep3+Dep4+Dep5-Dep6-Dep7+Dep8+Dep9-Dep10+Dep11+Dep12-Dep13+Dep14+Dep15-Dep16+Dep17+Dep18-Dep19+Dep20;   RUN ;   ******************************************; ******************************************; *analyses                                  ; ******************************************; ******************************************;   *******************************; *******************************; **** characteristics       ; *******************************; *******************************;   **********************; ***characteristics(all)****; ***********************;   title ‘CHARACTERISTICS (ALL)’;   proc freq; tables (PolyP Sex polyphrm); run;   proc univariate; var age PCS SDS STAI; run;   ***************************************************; ***characteristics (subjects selected for analysis)***; ****************************************************;   title ‘CHARACTERISTICS (dermatography)’;   proc sort; by PolyP; run;   proc freq; tables Sex* PolyP/CHISQ; run;   proc univariate; var age PCS SDS STAI; by PolyP; run;   *******************************; *******************************; **** relationship       ; *******************************; *******************************;   ************************; ******ポリファーマシー***********; ************************;   ******polypharmacyとの単関連***********;   title1 ‘polypharmacyとの単関連’;   proc anova;   class PolyP; model STAI = PolyP; means PolyP/scheffe; run;   proc anova;   class PolyP; model SDS = PolyP; means PolyP/scheffe; run;   ******polypharmacyとの重関連***********;   title1 ‘polypharmacyとの重関連’;   proc GLM; class PolyP PCS Age sex; model SDS = PolyP PCS Age sex; means PolyP; run;   proc GLM; class PolyP PCS Age sex; model STAI = PolyP PCS Age sex; means PolyP; run;       ... View more