1 CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
5 C Authors: Paul N. Swarztrauber and Richard A. Valent
9 CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
11 SUBROUTINE R1F3KB
(IDO
,L1
,CC
,IN1
,CH
,IN2
,WA1
,WA2
)
12 REAL CC
(IN1
,IDO
,3,L1
) ,CH
(IN2
,IDO
,L1
,3),
15 ARG
=2.*4.*ATAN
(1.0)/3.
19 CH
(1,1,K
,1) = CC
(1,1,1,K
)+2.*CC
(1,IDO
,2,K
)
20 CH
(1,1,K
,2) = CC
(1,1,1,K
)+(2.*TAUR
)*CC
(1,IDO
,2,K
)
21 1 -(2.*TAUI
)*CC
(1,1,3,K
)
22 CH
(1,1,K
,3) = CC
(1,1,1,K
)+(2.*TAUR
)*CC
(1,IDO
,2,K
)
23 1 +2.*TAUI*CC
(1,1,3,K
)
25 IF (IDO
.EQ
. 1) RETURN
30 CH
(1,I
-1,K
,1) = CC
(1,I
-1,1,K
)+(CC
(1,I
-1,3,K
)+CC
(1,IC
-1,2,K
))
31 CH
(1,I
,K
,1) = CC
(1,I
,1,K
)+(CC
(1,I
,3,K
)-CC
(1,IC
,2,K
))
32 CH
(1,I
-1,K
,2) = WA1
(I
-2)*
33 1 ((CC
(1,I
-1,1,K
)+TAUR*
(CC
(1,I
-1,3,K
)+CC
(1,IC
-1,2,K
)))-
34 * (TAUI*
(CC
(1,I
,3,K
)+CC
(1,IC
,2,K
))))
36 3 ((CC
(1,I
,1,K
)+TAUR*
(CC
(1,I
,3,K
)-CC
(1,IC
,2,K
)))+
37 * (TAUI*
(CC
(1,I
-1,3,K
)-CC
(1,IC
-1,2,K
))))
38 CH
(1,I
,K
,2) = WA1
(I
-2)*
39 4 ((CC
(1,I
,1,K
)+TAUR*
(CC
(1,I
,3,K
)-CC
(1,IC
,2,K
)))+
40 8 (TAUI*
(CC
(1,I
-1,3,K
)-CC
(1,IC
-1,2,K
))))
42 6 ((CC
(1,I
-1,1,K
)+TAUR*
(CC
(1,I
-1,3,K
)+CC
(1,IC
-1,2,K
)))-
43 8 (TAUI*
(CC
(1,I
,3,K
)+CC
(1,IC
,2,K
))))
44 CH
(1,I
-1,K
,3) = WA2
(I
-2)*
45 7 ((CC
(1,I
-1,1,K
)+TAUR*
(CC
(1,I
-1,3,K
)+CC
(1,IC
-1,2,K
)))+
46 8 (TAUI*
(CC
(1,I
,3,K
)+CC
(1,IC
,2,K
))))
48 9 ((CC
(1,I
,1,K
)+TAUR*
(CC
(1,I
,3,K
)-CC
(1,IC
,2,K
)))-
49 8 (TAUI*
(CC
(1,I
-1,3,K
)-CC
(1,IC
-1,2,K
))))
50 CH
(1,I
,K
,3) = WA2
(I
-2)*
51 1 ((CC
(1,I
,1,K
)+TAUR*
(CC
(1,I
,3,K
)-CC
(1,IC
,2,K
)))-
52 8 (TAUI*
(CC
(1,I
-1,3,K
)-CC
(1,IC
-1,2,K
))))
54 3 ((CC
(1,I
-1,1,K
)+TAUR*
(CC
(1,I
-1,3,K
)+CC
(1,IC
-1,2,K
)))+
55 8 (TAUI*
(CC
(1,I
,3,K
)+CC
(1,IC
,2,K
))))