%ADF Card

ADF card can be incorporated into KOMODO input, if any, to make the solution more accurate.

%ADF	Variable	Description	Remarks or examples
LINE 1	DC(1)	East side discontinuity factor	Repeat LINE 2 NG times. And again repeat this input segment NMAT times.(See example below)
	DC(2)	West side discontinuity factor
	DC(3)	North side discontinuity factor
	DC(4)	South side discontinuity factor
	DC(5)	Bottom side discontinuity factor
	DC(6)	Top side discontinuity factor
LINE 2	ROT	Direction for ADF rotation	This line is optional. Necessary if the value of discontinuity factor is not fully symmetric. Repeat this line followed by LINE 3 as many as desired until zero number (LINE 5) is entered. 1 = 90 degree counter clockwise 2 = 180 degree counter clock wise 3 = 270 degree counter clockwise
LINE 3	X1	Start assembly position in X-direction	This line follows LINE 2 which tells the position of assembly being rotated. Repeat this line as many as desired until zero numbers (LINE 4). Followings are value limits for these line 1 \<= X1 \<= NX; 1 \<= X2 \<= NX; 1 \<= Y1 \<= NY; 1 \<= Y2 \<= NY; 1 \<= Z1 \<= NZ; 1 \<= Z2 \<= NZ; X1 \<= X2; Y1 \<= Y2; Z1 \<= Z2
	X2	End assembly position in X-direction
	Y1	Start assembly position in Y-direction
	Y2	End assembly position in Y-direction
	Z1	Start assembly position in Z-direction
	Z2	End assembly position in Z-direction
LINE 4	0	Zero numbers entered to end X1 through Z2
	0
	0
	0
	0
	0
LINE 5	0	Zero number to end ROT
LINE 6	ZP	ADF print option	This line is optional.

Example:

! Assembly Discontinuity Factors Card
%ADF
!g1 -> east  west  north  south
!g2 -> east  west  north  south
! COMPOSITION 1
  0.9966 0.9288 0.9966  0.9288  1.0000  1.0000   ! LINE 1
  1.1332 1.6570 1.1332  1.6570  1.0000  1.0000   ! LINE 1
! COMPOSITION 2
  1.0787 0.8423 1.0787  0.8423  1.0000  1.0000   ! LINE 1
  1.6423 0.6809 1.6423  0.6809  1.0000  1.0000   ! LINE 1
! COMPOSITION 3
  0.9989 0.9114 0.9989  0.9114  1.0000  1.0000   ! LINE 1
  1.1664 1.5805 1.1664  1.5805  1.0000  1.0000   ! LINE 1
! COMPOSITION 4
1.0000  1.0000  1.0000  1.0000  1.0000  1.0000   ! LINE 1
1.0000  1.0000  1.0000  1.0000  1.0000  1.0000   ! LINE 1
! ADF ROTATION DUE TO DIAGONALLY SYMMETRIC ADFs
 1     ! 90 degree counter clock-wise            ! LINE 2
 2  2  1  1  1  2                                ! LINE 3 (and next rows)
 2  2  3  3  1  2
 2  2  5  5  1  2
 2  2  7  7  1  2
 2  2  9  9  1  2
 2  2 11 11  1  2
 4  4  1  1  1  2
 4  4  3  3  1  2
 4  4  5  5  1  2
 4  4  7  7  1  2
 4  4  9  9  1  2
 6  6  1  1  1  2
 6  6  3  3  1  2
 6  6  5  5  1  2
 6  6  7  7  1  2
 6  6  9  9  1  2
 8  8  1  1  1  2
 8  8  3  3  1  2
 8  8  5  5  1  2
 8  8  7  7  1  2
10 10  1  1  1  2
10 10  3  3  1  2
 0  0  0  0  0  0                                ! LINE 4
 2      ! 180 degree counter clock-wise
 2  2  2  2  1  2                                ! LINE 3 (and next rows)
 2  2  4  4  1  2
 2  2  6  6  1  2
 2  2  8  8  1  2
 2  2 10 10  1  2
 4  4  2  2  1  2
 4  4  4  4  1  2
 4  4  6  6  1  2
 4  4  8  8  1  2
 4  4 10 10  1  2
 6  6  2  2  1  2
 6  6  4  4  1  2
 6  6  6  6  1  2
 6  6  8  8  1  2
 8  8  2  2  1  2
 8  8  4  4  1  2
 8  8  6  6  1  2
 8  8  8  8  1  2
10 10  2  2  1  2
10 10  4  4  1  2
 0  0  0  0  0  0                                ! LINE 4
 3     ! 270 degree counter clock-wise
 1  1  2  2  1  2                                ! LINE 3 (and next rows)
 1  1  4  4  1  2
 1  1  6  6  1  2
 1  1  8  8  1  2
 1  1 10 10  1  2
 3  3  2  2  1  2
 3  3  4  4  1  2
 3  3  6  6  1  2
 3  3  8  8  1  2
 3  3 10 10  1  2
 5  5  2  2  1  2
 5  5  4  4  1  2
 5  5  6  6  1  2
 5  5  8  8  1  2
 7  7  2  2  1  2
 7  7  4  4  1  2
 7  7  6  6  1  2
 7  7  8  8  1  2
 9  9  2  2  1  2
 9  9  4  4  1  2
 9  9  6  6  1  2
11 11  2  2  1  2
 0  0  0  0  0  0                                ! LINE 4
 0   ! ADF INPUTS END                            ! LINE 5
 1   ! Print option                              ! LINE 6