65
LA2=- T1 L0L80 p-
1
means msl ms l - msb q-
2
msl - T1
2
+ q-
2
ms b
0. 5
; PUT T1 L0U80 L0L80 UA1 UA2 LA1 LA2;
DATA
TAI GRAF; SET FI VE KEEP=VAR ALPHA LAMBDA ;
PROC MEANS
DATA=TAI GRAF NOPRI NT; VAR LAMBDA;
OUTPUT OUT=FF MAX=LMX;
DATA
GRA0; SET FF;
LMAX=I NT LMX +
1
; DO LS=
1
TO LMAX BY
1
; PUT LS;
OUTPUT; END;
THE LU80 ARE UPPER LI MI TS FOR LAMBDAS GREATER THAN ONE AND CAN BE USED AS HORI ZONTAL REFERENCES DURI NG GRAPHI NG
DATA
GRA2; MERGE GRA1 GRA0;
T1=TI NV
0. 80
, q-
2
; I F LS LT
2
THEN LS80=L0L80; not used i n gr aphi ng I F LS GE
2
THEN LU80=LS FI NV
0. 80
, q-
2
LS
2 2
LS-
1
, q p-
1
r -
1
; I F LS LT
2
THEN LU80=L0U80; not used i n gr aphi ng UA80= T1 LU80 p-
1
means msl ms l - msb q-
2
msl - T1
2
+ q-
2
ms b
0. 5
; LA80=- T1 LU80 p-
1
means msl ms l - msb q-
2
msl - T1
2
+ q-
2
ms b
0. 5
;
RUN
;
DATA
ONO; I NPUT UA80 LA80 LS;
CARDS; 0 0 0;
RUN
;
Lampiran 1 Lanjutan
DATA
TAI ; SET GRA2 ONO;
PROC SORT
; BY LS;
EVALUATI ON OF TAI S GRAPH FOR ALPHA AND LAMBDA AT P=0. 90 L0U90 AND L0L90 ARE THE UPPER AND LOWER LI MI TS FOR LAMBDA=1
AND CAN BE USED AS HORI ZONTAL REFERENCES I N THE GRAPHS
DATA
GRA90; T1=TI NV
0. 90
, q-
2
; L0U90=FI NV
0. 90
, q p-
1
r -
1
, q-
2
; L0L90=FI NV
0. 90
, q-
2
, q p-
1
r -
1
; ; UA190= T1 L0U90 p-
1
means ms l msl - msb q-
2
ms l - T1
2
+ q-
2
ms b
0. 5
; UA290= T1 L0L90 p-
1
means ms l msl - msb q-
2
ms l - T1
2
+ q-
2
ms b
0. 5
; LA190=- T1 L0U90 p-
1
means ms l msl - msb q-
2
ms l - T1
2
+ q-
2
ms b
0. 5
; LA290=- T1 L0L90 p-
1
means ms l msl - msb q-
2
ms l - T1
2
+ q-
2
ms b
0. 5
; PUT T1 L0U90 L0L90 UA190 UA290 LA190 LA290;
DATA
TAI GRAF; SET FI VE KEEP=VAR ALPHA LAMBDA ;
PROC MEANS
DATA=TAI GRAF NOPRI NT; VAR LAMBDA;
OUTPUT OUT=FF MAX=LMX;
DATA
GRA0; SET FF;
LMAX=I NT LMX +
1
; DO LS=
1
TO LMAX BY
1
; PUT LS;
OUTPUT; END;
THE LU90 ARE UPPER LI MI TS FOR LAMBDAS GREATER THAN ONE AND CAN BE USED AS HORI ZONTAL REFERENCES DURI NG GRAPHI NG
DATA
GRA2;
66
MERGE GRA90 GRA0; T1=TI NV
