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medinterp.f
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3 C* COPYRIGHT (C) 1999 - 2017 EDF R&D, CEA/DEN
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11 C* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
12 C* GNU Lesser General Public License for more details.
13 C*
14 C* You should have received a copy of the GNU Lesser General Public License
15 C* along with MED. If not, see <http://www.gnu.org/licenses/>.
16 C
17  subroutine mipcre(fid,name,gtype,cnode,nvar,
18  & maxd,nmaxc,cret)
19 c DEC$ ATTRIBUTES DLLEXPORT :: mipcre
20 c
21  implicit none
22  save
23 c
24  character*(*) name
25  integer*8 fid
26  integer gtype,cnode,nvar,maxd,nmaxc,cret
27  integer mipfcre
28 c
29  cret = mipfcre(fid,name,len(name),gtype,cnode,
30  & nvar,maxd,nmaxc)
31 c
32  return
33  end
34 c
35 c
36 c
37  subroutine mipbfw(fid,name,it,nc,pw,co,cret)
38 c DEC$ ATTRIBUTES DLLEXPORT :: mipbfw
39 c
40  implicit none
41  save
42 c
43  character*(*) name
44  integer*8 fid
45  integer it,nc,cret
46  integer pw(*)
47  real*8 co(*)
48  integer mipfbfw
49 c
50  cret = mipfbfw(fid,name,len(name),it,nc,pw,co)
51 c
52  return
53  end
54 c
55 c
56 c
57  subroutine mipbfr(fid,name,it,nc,pw,co,cret)
58 c DEC$ ATTRIBUTES DLLEXPORT :: mipbfr
59 c
60  implicit none
61  save
62 c
63  character*(*) name
64  integer*8 fid
65  integer it,nc,cret
66  integer pw(*)
67  real*8 co(*)
68  integer mipfbfr
69 c
70  cret = mipfbfr(fid,name,len(name),it,nc,pw,co)
71 c
72  return
73  end
74 
75 c
76 c
77 c
78  subroutine mipnip(fid,n,cret)
79 c DEC$ ATTRIBUTES DLLEXPORT :: mipnip
80 c
81  implicit none
82  save
83 c
84  integer*8 fid
85  integer n, cret
86  integer mipfnip
87 c
88  n = mipfnip(fid)
89 c
90  if (n.lt.0) then
91  cret = -1
92  else
93  cret = 0
94  endif
95 c
96  return
97  end
98 c
99 c
100 c
101  subroutine mipiin(fid,name,gtype,cnode,nbf,nvar,
102  & maxd,nmaxc,cret)
103 c DEC$ ATTRIBUTES DLLEXPORT :: mipiin
104 c
105  implicit none
106  save
107 c
108  character*(*) name
109  integer*8 fid
110  integer gtype,cnode,nvar,maxd,nmaxc,cret,nbf
111  integer mipfiin
112 c
113  cret = mipfiin(fid,name,len(name),gtype,cnode,nbf,
114  & nvar,maxd,nmaxc)
115 c
116  return
117  end
118 c
119 c
120 c
121  subroutine mipipi(fid,it,name,gtype,cnode,nbf,nvar,
122  & maxd,nmaxc,cret)
123 c DEC$ ATTRIBUTES DLLEXPORT :: mipipi
124 c
125  implicit none
126  save
127 c
128  character*(*) name
129  integer*8 fid
130  integer gtype,cnode,nvar,maxd,nmaxc,cret,nbf
131  integer it
132  integer mipfipi
133 c
134  cret = mipfipi(fid,it,name,gtype,cnode,
135  & nbf,nvar,maxd,nmaxc)
136 c
137  return
138  end
139 c
140 c
141 c
142  subroutine mipcsz(fid,name,it,n,cret)
143 c DEC$ ATTRIBUTES DLLEXPORT :: mipcsz
144 c
145  implicit none
146  save
147 c
148  character*(*) name
149  integer*8 fid
150  integer n, it, cret
151  integer mipfcsz
152 c
153  n = mipfcsz(fid,name,len(name),it)
154 c
155  if (n.lt.0) then
156  cret = -1
157  else
158  cret = 0
159  endif
160 c
161  return
162  end
subroutine mipcsz(fid, name, it, n, cret)
Definition: medinterp.f:143
subroutine mipnip(fid, n, cret)
Definition: medinterp.f:79
subroutine mipipi(fid, it, name, gtype, cnode, nbf, nvar, maxd, nmaxc, cret)
Definition: medinterp.f:123
subroutine mipcre(fid, name, gtype, cnode, nvar, maxd, nmaxc, cret)
Definition: medinterp.f:19
subroutine mipiin(fid, name, gtype, cnode, nbf, nvar, maxd, nmaxc, cret)
Definition: medinterp.f:103
subroutine mipbfr(fid, name, it, nc, pw, co, cret)
Definition: medinterp.f:58
subroutine mipbfw(fid, name, it, nc, pw, co, cret)
Definition: medinterp.f:38