64
TI TLE3 I N STABI LI TY NASSAR AND HUHN, 1979 ;
RUN
; BARTLETT TEST FOR EQUALI TY OF DEVI ATI ON FROM REGRESSI ON VARI ANCES
OPTI ONS LS=
93
PS=
58
;
DATA
STALK; DATA TO BE USED BY PROC I ML SET FI VE KEEP=MSE ;
NUM=q-
1
;
RUN
;
DATA
STALK1; SET STALK KEEP=NUM ;
RUN
; TI TLE ;
DATA
STALK2; SET FI VE KEEP=MSE ;
RUN
;
PROC I ML
; RESET NOPRI NT NOLOG ;
USE STALK1; READ ALL I NTO N;
USE STALK2; READ ALL I NTO VAR;
A=NROW N ; NUMBER OF TREATMENTS p T=N` - {
1
} ; W= N` [ , +] - A ;
J=T{ -
1
} ; JQ=J [ , +] - W{ -
1
} ; SPSQ= T VAR W;
VLOG=l og10 VAR ; Q=W l og10 SPSQ - T VLOG ;
C=
1
+
1 3
A-
1
JQ; CHI SQ=
2. 3026
Q C; PROBCHI =
1
- PROBCHI CHI SQ, p-
1
; VARTEST=CHI SQ| | PROBCHI ;
D={ CHI SQ PVALUE} ; PRI NT , TABLE 7 BARTLETT TEST FOR EQUALI TY OF DEVI ATI ONS FROM REGRESSI ON ,
VARTEST[ C=D] ;
RUN
; COMPUTATI ON OF KANGS RANKSUM
PROC RANK
DATA=FI VE DESCENDI NG OUT=KNGY; VAR VARMEAN;
RANKS RNKYLD;
PROC RANK
DATA=FI VE OUT=KNGSHK; VAR SHUK;
RANKS RNKSHUK;
DATA
RANKSUM; MERGE KNGY KNGSHK;
RANKSUM=RNKYLD+RNKSHUK;
Lampiran 1 Lanjutan
DATA
LI FOKNG; MERGE PGXETEST RAM RANKSUM;
PROC PRI NT
DATA=LI FOKNG; VAR VAR VARMEAN PI MSGE PROBPI PROBGXE TOP MI DDLE LOWER RANKSUM;
TI TLE1 TABLE 8 ; TI TLE2 SUPERI ORI TY MEASURE OF GENOTYPE PERFORMANCE- ;
TI TLE3 COMPARI SON WI TH MAXI MUM YI ELD - LI N AND BI NNS , 1988 ; TI TLE4 STRATI FI ED RANK ANALYSI S , FOX ET AL. , 1990 , AND ;
TI TLE5 KANGS RANKSUM OF EACH GENOTYPE ;
RUN
; EVALUATI ON OF TAI S GRAPH FOR ALPHA AND LAMBDA AT P=0. 80
L0U80 AND L0L80 ARE THE UPPER AND LOWER LI MI TS FOR LAMBDA=1 AND CAN BE USED AS HORI ZONTAL REFERENCES I N THE GRAPHS
DATA
GRA1; T1=TI NV
0. 80
, q-
2
; L0U80=FI NV
0. 80
, q p-
1
r -
1
, q-
2
; L0L80=FI NV
0. 80
, q-
2
, q p-
1
r -
1
; UA1= T1 L0U80 p-
1
means msl ms l - msb q-
2
msl - T1
2
+ q-
2
ms b
0. 5
; UA2= T1 L0L80 p-
1
means msl ms l - msb q-
2
msl - T1
2
+ q-
2
ms b
0. 5
; LA1=- T1 L0U80 p-
1
means msl ms l - msb q-
2
msl - T1
2
+ q-
2
ms b
0. 5
;
65
