pkg/diagnostics/diagnostics_init_early.F

C $Header: /u/gcmpack/MITgcm/pkg/diagnostics/diagnostics_init_early.F,v 1.11 2005/07/09 17:19:48 jmc Exp $
C $Name:  $

#include "DIAG_OPTIONS.h"

C---+----1----+----2----+----3----+----4----+----5----+----6----+----7-|--+----|
CBOP 0
C     !ROUTINE: DIAGNOSTICS_INIT_EARLY

C     !INTERFACE:
      SUBROUTINE DIAGNOSTICS_INIT_EARLY( myThid )

C     !DESCRIPTION:
C     Initialize available diagnostics list: set the following attributes:
C     name (=cdiag), parsing code (=gdiag), units (=udiag), and title (=tdiag)
C     Note: 1) diagnostics defined here are not presently filled. To use
C           one of them, one just needs to add a call to S/R DIAGNOSTICS_FILL
C           with the diagnostic name 'SDIAG...' or 'UDIAG...'
C           2) GDIAG is defined as character*16 and can be to character*1
C           parse(16) with the following codes currently defined:

C     \begin{center}
C       \begin{tabular}[h]{|c|c|}\hline
C         \textbf{Positions}  &  \textbf{Characters}
C         &  \textbf{Meanings} \\\hline
C         parse(1)  &  S  &  scalar \\
C                   &  U  &  vector component in X direction \\
C                   &  V  &  vector component in Y direction \\
C                   &  W  &  vector component in vertical direction \\
C         parse(2)  &  U  &  C-grid U-Point  \\
C                   &  V  &  C-grid V-Point  \\
C                   &  M  &  C-grid Mass Point  \\
C                   &  Z  &  C-grid Corner Point  \\
C         parse(3)  &  --  &  --Unused--  \\
C         parse(4)  &  P  &  positive definite  \\
C         parse(5 ) &  C  &  with counter array  \\
C                   &  D  &  disable an array for output  \\
C         parse(6--8) & '123'  &  3-digit mate number \\
C         parse(9)  &  U  &  model-level plus 1/2  \\
C                   &  M  &  model-level middle  \\
C                   &  L  &  model-level minus 1/2  \\
C         parse(10) &  0  &  levels = 0  \\
C                   &  1  &  levels = 1  \\
C                   &  R  &  levels = Nr  \\
C                   &  L  &  levels = MAX(Nr,NrPhys)  \\
C                   &  M  &  levels = MAX(Nr,NrPhys) - 1  \\
C                   &  G  &  levels = Ground_level Number \\
C                   &  I  &  levels = sea-Ice_level Number \\
C       \end{tabular}
C     \end{center}

C     !USES:
      IMPLICIT NONE
#include "SIZE.h"
#include "EEPARAMS.h"
#include "PARAMS.h"
#include "DIAGNOSTICS_SIZE.h"
#include "DIAGNOSTICS.h"

C     !INPUT PARAMETERS:
      INTEGER myThid
CEOP

C     !LOCAL VARIABLES:
      INTEGER n

C---+----1----+----2----+----3----+----4----+----5----+----6----+----7-|--+----|

      _BEGIN_MASTER( myThid )

      DO n=1,ndiagMax
        kdiag(n) = 0
        cdiag(n) = '        '
        gdiag(n) = '                '
        udiag(n) = '                '
        tdiag(n) = ' '
      ENDDO

C---+----1----+----2----+----3----+----4----+----5----+----6----+----7-|--+----|
C     For each output variable,
C     specify Name (cdiag, 8c), Descriptions (tdiag, *c), Units (udiag, 16c)
C         and parsing code (location on C grid, 2D/3D, ...) (gdiag, 16c)
C----------------------------------------------------------------------
      cdiag( 1)  = 'SDIAG1  '
      tdiag( 1)  = 'User-Defined Surface   Diagnostic #1'
      udiag( 1)  = 'user-defined    '
      gdiag( 1)  = 'SM      L1      '

      cdiag( 2)  = 'SDIAG2  '
      tdiag( 2)  = 'User-Defined Surface   Diagnostic #2'
      udiag( 2)  = 'user-defined    '
      gdiag( 2)  = 'SM      L1      '

      cdiag( 3) = 'SDIAG3  '
      tdiag( 3) = 'User-Defined Surface   Diagnostic #3    '
      udiag( 3) = 'user-defined    '
      gdiag( 3) = 'SM      L1      '

      cdiag( 4) = 'SDIAG4  '
      tdiag( 4) = 'User-Defined Surface   Diagnostic #4    '
      udiag( 4) = 'user-defined    '
      gdiag( 4) = 'SM      L1      '

      cdiag( 5) = 'SDIAG5  '
      tdiag( 5) = 'User-Defined Surface   Diagnostic #5    '
      udiag( 5) = 'user-defined    '
      gdiag( 5) = 'SM      L1      '

      cdiag( 6) = 'SDIAG6  '
      tdiag( 6) = 'User-Defined Surface   Diagnostic #6    '
      udiag( 6) = 'user-defined    '
      gdiag( 6) = 'SM      L1      '

      cdiag( 7) = 'SDIAG7  '
      tdiag( 7) = 'User-Defined Surface   Diagnostic #7    '
      udiag( 7) = 'user-defined    '
      gdiag( 7) = 'SM      L1      '

      cdiag( 8) = 'SDIAG8  '
      tdiag( 8) = 'User-Defined Surface   Diagnostic #8    '
      udiag( 8) = 'user-defined    '
      gdiag( 8) = 'SM      L1      '

      cdiag( 9) = 'SDIAG9  '
      tdiag( 9) = 'User-Defined Surface   Diagnostic #9    '
      udiag( 9) = 'user-defined    '
      gdiag( 9) = 'SM      L1      '

      cdiag(10) = 'SDIAG10 '
      tdiag(10) = 'User-Defined Surface   Diagnostic #10   '
      udiag(10) = 'user-defined    '
      gdiag(10) = 'SM      L1      '

      cdiag(11)  = 'UDIAG1  '
      tdiag(11)  = 'User-Defined Upper-Air Diagnostic #1'
      udiag(11)  = 'user-defined    '
      gdiag(11)  = 'SM      ML      '

      cdiag(12)  = 'UDIAG2  '
      tdiag(12)  = 'User-Defined Upper-Air Diagnostic #2'
      udiag(12)  = 'user-defined    '
      gdiag(12)  = 'SM      ML      '

      cdiag(13) = 'UDIAG3  '
      tdiag(13) = 'User-Defined Upper-Air Diagnostic #3    '
      udiag(13) = 'user-defined    '
      gdiag(13) = 'SM      ML      '

      cdiag(14) = 'UDIAG4  '
      tdiag(14) = 'User-Defined Upper-Air Diagnostic #4    '
      udiag(14) = 'user-defined    '
      gdiag(14) = 'SM      ML      '

      cdiag(15) = 'UDIAG5  '
      tdiag(15) = 'User-Defined Upper-Air Diagnostic #5    '
      udiag(15) = 'user-defined    '
      gdiag(15) = 'SM      ML      '

      cdiag(16) = 'UDIAG6  '
      tdiag(16) = 'User-Defined Upper-Air Diagnostic #6    '
      udiag(16) = 'user-defined    '
      gdiag(16) = 'SM      ML      '

      cdiag(17) = 'UDIAG7  '
      tdiag(17) = 'User-Defined Upper-Air Diagnostic #7    '
      udiag(17) = 'user-defined    '
      gdiag(17) = 'SM      ML      '

      cdiag(18) = 'UDIAG8  '
      tdiag(18) = 'User-Defined Upper-Air Diagnostic #8    '
      udiag(18) = 'user-defined    '
      gdiag(18) = 'SM      ML      '

      cdiag(19) = 'UDIAG9  '
      tdiag(19) = 'User-Defined Upper-Air Diagnostic #9    '
      udiag(19) = 'user-defined    '
      gdiag(19) = 'SM      ML      '

      cdiag(20) = 'UDIAG10 '
      tdiag(20) = 'User-Defined Upper-Air Diagnostic #10   '
      udiag(20) = 'user-defined    '
      gdiag(20) = 'SM      ML      '

      cdiag(21) = 'SDIAGC  '
      tdiag(21) = 'User-Defined Counted Surface Diagnostic         '
      udiag(21) = 'user-defined    '
      gdiag(21) = 'SM  C022L1      '

      cdiag(22) = 'SDIAGCC '
      tdiag(22) = 'User-Defined Counted Surface Diagnostic Counter'
      udiag(22) = 'count           '
      gdiag(22) = 'SM  D   L1      '

C-    set the total number of available diagnostics
      ndiagt = 22

C---+----1----+----2----+----3----+----4----+----5----+----6----+----7-|--+----|

      _END_MASTER( myThid )
      _BARRIER

      RETURN
      END
1	jmc	1.12	C $Header: /u/gcmpack/MITgcm/pkg/diagnostics/diagnostics_init_early.F,v 1.11 2005/07/09 17:19:48 jmc Exp $
2	jmc	1.1	C $Name: $
3
4			#include "DIAG_OPTIONS.h"
5
6			C---+----1----+----2----+----3----+----4----+----5----+----6----+----7-\|--+----\|
7			CBOP 0
8			C !ROUTINE: DIAGNOSTICS_INIT_EARLY
9
10			C !INTERFACE:
11			SUBROUTINE DIAGNOSTICS_INIT_EARLY( myThid )
12
13			C !DESCRIPTION:
14			C Initialize available diagnostics list: set the following attributes:
15			C name (=cdiag), parsing code (=gdiag), units (=udiag), and title (=tdiag)
16	jmc	1.11	C Note: 1) diagnostics defined here are not presently filled. To use
17			C one of them, one just needs to add a call to S/R DIAGNOSTICS_FILL
18			C with the diagnostic name 'SDIAG...' or 'UDIAG...'
19	jmc	1.1	C 2) GDIAG is defined as character16 and can be to character1
20			C parse(16) with the following codes currently defined:
21
22			C \begin{center}
23			C \begin{tabular}[h]{\|c\|c\|}\hline
24			C \textbf{Positions} & \textbf{Characters}
25			C & \textbf{Meanings} \\\hline
26			C parse(1) & S & scalar \\
27	jmc	1.3	C & U & vector component in X direction \\
28			C & V & vector component in Y direction \\
29			C & W & vector component in vertical direction \\
30	jmc	1.1	C parse(2) & U & C-grid U-Point \\
31			C & V & C-grid V-Point \\
32			C & M & C-grid Mass Point \\
33			C & Z & C-grid Corner Point \\
34			C parse(3) & -- & --Unused-- \\
35			C parse(4) & P & positive definite \\
36			C parse(5 ) & C & with counter array \\
37			C & D & disable an array for output \\
38			C parse(6--8) & '123' & 3-digit mate number \\
39			C parse(9) & U & model-level plus 1/2 \\
40			C & M & model-level middle \\
41			C & L & model-level minus 1/2 \\
42			C parse(10) & 0 & levels = 0 \\
43			C & 1 & levels = 1 \\
44			C & R & levels = Nr \\
45			C & L & levels = MAX(Nr,NrPhys) \\
46			C & M & levels = MAX(Nr,NrPhys) - 1 \\
47	jmc	1.7	C & G & levels = Ground_level Number \\
48			C & I & levels = sea-Ice_level Number \\
49	jmc	1.1	C \end{tabular}
50			C \end{center}
51
52			C !USES:
53	jmc	1.12	IMPLICIT NONE
54	jmc	1.1	#include "SIZE.h"
55			#include "EEPARAMS.h"
56			#include "PARAMS.h"
57			#include "DIAGNOSTICS_SIZE.h"
58			#include "DIAGNOSTICS.h"
59
60			C !INPUT PARAMETERS:
61	jmc	1.12	INTEGER myThid
62	jmc	1.1	CEOP
63
64	jmc	1.12	C !LOCAL VARIABLES:
65			INTEGER n
66	jmc	1.1
67	jmc	1.12	C---+----1----+----2----+----3----+----4----+----5----+----6----+----7-\|--+----\|
68
69			_BEGIN_MASTER( myThid )
70
71			DO n=1,ndiagMax
72	jmc	1.1	kdiag(n) = 0
73			cdiag(n) = ' '
74			gdiag(n) = ' '
75			udiag(n) = ' '
76			tdiag(n) = ' '
77	jmc	1.12	ENDDO
78	jmc	1.1
79			C---+----1----+----2----+----3----+----4----+----5----+----6----+----7-\|--+----\|
80			C For each output variable,
81	jmc	1.11	C specify Name (cdiag, 8c), Descriptions (tdiag, *c), Units (udiag, 16c)
82	jmc	1.1	C and parsing code (location on C grid, 2D/3D, ...) (gdiag, 16c)
83			C----------------------------------------------------------------------
84	molod	1.10	cdiag( 1) = 'SDIAG1 '
85			tdiag( 1) = 'User-Defined Surface Diagnostic #1'
86			udiag( 1) = 'user-defined '
87			gdiag( 1) = 'SM L1 '
88
89			cdiag( 2) = 'SDIAG2 '
90			tdiag( 2) = 'User-Defined Surface Diagnostic #2'
91			udiag( 2) = 'user-defined '
92			gdiag( 2) = 'SM L1 '
93
94			cdiag( 3) = 'SDIAG3 '
95			tdiag( 3) = 'User-Defined Surface Diagnostic #3 '
96			udiag( 3) = 'user-defined '
97			gdiag( 3) = 'SM L1 '
98
99			cdiag( 4) = 'SDIAG4 '
100			tdiag( 4) = 'User-Defined Surface Diagnostic #4 '
101			udiag( 4) = 'user-defined '
102			gdiag( 4) = 'SM L1 '
103
104			cdiag( 5) = 'SDIAG5 '
105			tdiag( 5) = 'User-Defined Surface Diagnostic #5 '
106			udiag( 5) = 'user-defined '
107			gdiag( 5) = 'SM L1 '
108
109			cdiag( 6) = 'SDIAG6 '
110			tdiag( 6) = 'User-Defined Surface Diagnostic #6 '
111			udiag( 6) = 'user-defined '
112			gdiag( 6) = 'SM L1 '
113
114			cdiag( 7) = 'SDIAG7 '
115			tdiag( 7) = 'User-Defined Surface Diagnostic #7 '
116			udiag( 7) = 'user-defined '
117			gdiag( 7) = 'SM L1 '
118
119			cdiag( 8) = 'SDIAG8 '
120			tdiag( 8) = 'User-Defined Surface Diagnostic #8 '
121			udiag( 8) = 'user-defined '
122			gdiag( 8) = 'SM L1 '
123
124			cdiag( 9) = 'SDIAG9 '
125			tdiag( 9) = 'User-Defined Surface Diagnostic #9 '
126			udiag( 9) = 'user-defined '
127			gdiag( 9) = 'SM L1 '
128
129			cdiag(10) = 'SDIAG10 '
130			tdiag(10) = 'User-Defined Surface Diagnostic #10 '
131			udiag(10) = 'user-defined '
132			gdiag(10) = 'SM L1 '
133
134			cdiag(11) = 'UDIAG1 '
135			tdiag(11) = 'User-Defined Upper-Air Diagnostic #1'
136			udiag(11) = 'user-defined '
137			gdiag(11) = 'SM ML '
138
139			cdiag(12) = 'UDIAG2 '
140			tdiag(12) = 'User-Defined Upper-Air Diagnostic #2'
141			udiag(12) = 'user-defined '
142			gdiag(12) = 'SM ML '
143
144			cdiag(13) = 'UDIAG3 '
145			tdiag(13) = 'User-Defined Upper-Air Diagnostic #3 '
146			udiag(13) = 'user-defined '
147			gdiag(13) = 'SM ML '
148
149			cdiag(14) = 'UDIAG4 '
150			tdiag(14) = 'User-Defined Upper-Air Diagnostic #4 '
151			udiag(14) = 'user-defined '
152			gdiag(14) = 'SM ML '
153
154			cdiag(15) = 'UDIAG5 '
155			tdiag(15) = 'User-Defined Upper-Air Diagnostic #5 '
156			udiag(15) = 'user-defined '
157			gdiag(15) = 'SM ML '
158
159			cdiag(16) = 'UDIAG6 '
160			tdiag(16) = 'User-Defined Upper-Air Diagnostic #6 '
161			udiag(16) = 'user-defined '
162			gdiag(16) = 'SM ML '
163
164			cdiag(17) = 'UDIAG7 '
165			tdiag(17) = 'User-Defined Upper-Air Diagnostic #7 '
166			udiag(17) = 'user-defined '
167			gdiag(17) = 'SM ML '
168
169			cdiag(18) = 'UDIAG8 '
170			tdiag(18) = 'User-Defined Upper-Air Diagnostic #8 '
171			udiag(18) = 'user-defined '
172			gdiag(18) = 'SM ML '
173
174			cdiag(19) = 'UDIAG9 '
175			tdiag(19) = 'User-Defined Upper-Air Diagnostic #9 '
176			udiag(19) = 'user-defined '
177			gdiag(19) = 'SM ML '
178
179			cdiag(20) = 'UDIAG10 '
180			tdiag(20) = 'User-Defined Upper-Air Diagnostic #10 '
181			udiag(20) = 'user-defined '
182			gdiag(20) = 'SM ML '
183
184			cdiag(21) = 'SDIAGC '
185			tdiag(21) = 'User-Defined Counted Surface Diagnostic '
186			udiag(21) = 'user-defined '
187	jmc	1.11	gdiag(21) = 'SM C022L1 '
188	molod	1.10
189			cdiag(22) = 'SDIAGCC '
190			tdiag(22) = 'User-Defined Counted Surface Diagnostic Counter'
191			udiag(22) = 'count '
192			gdiag(22) = 'SM D L1 '
193	molod	1.9
194	jmc	1.12	C- set the total number of available diagnostics
195	molod	1.10	ndiagt = 22
196	jmc	1.1
197	jmc	1.12	C---+----1----+----2----+----3----+----4----+----5----+----6----+----7-\|--+----\|
198
199			_END_MASTER( myThid )
200			_BARRIER
201	jmc	1.1
202			RETURN
203			END