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fortran_cdf.f
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fortran_cdf.f
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C----------------------------------------------------------------------
C To compile, install NADA CDF library then run at terminal:
C---------------------------------------------------------------------
C f2py -c --include-paths $CDF_INC -I$CDF_INC $CDF_LIB/libcdf.a -m fortran_cdf fortran_cdf.f -lm -lc
C-----------------------------------------------
C-----------------------------------------------
C-----------------------------------------------
subroutine true_open (fname, id, status)
INCLUDE 'cdf.inc'
! CDF identifier.
INTEGER*4 id
! CDF completion status.
INTEGER*4 status
! filename to open
character*(*) fname
CALL CDF_open_cdf (fname, id, status)
C IF (status .NE. CDF_OK) CALL StatusHandler (status)
return
end
C-----------------------------------------------
C-----------------------------------------------
C-----------------------------------------------
subroutine true_close(id, status)
INCLUDE 'cdf.inc'
! CDF identifier.
INTEGER*4 id
! CDF completion status.
INTEGER*4 status
CALL CDF_close_cdf (id, status)
C IF (status .NE. CDF_OK) CALL StatusHandler (status)
return
end
C-----------------------------------------------
C-----------------------------------------------
C-----------------------------------------------
subroutine open(status, fname)
INCLUDE 'cdf.inc'
! CDF completion status.
INTEGER*4 status, temp_status
! filename to open
character*(*) fname
! CDF identifier.
INTEGER*4 id
Cf2py intent(in) fname
Cf2py intent(out) status
CALL true_open (fname, id, status)
CALL true_close (id, temp_status)
return
end
C-----------------------------------------------
C-----------------------------------------------
C-----------------------------------------------
subroutine attr_inquire(status, attr_name, attr_scope,
&max_entry, fname, attr_num)
INCLUDE 'cdf.inc'
INTEGER*4 status, temp_status
character*(*) fname
INTEGER*4 id
INTEGER*4 attr_num
CHARACTER attr_name*(CDF_ATTR_NAME_LEN256)
INTEGER*4 attr_scope
INTEGER*4 max_entry
Cf2py intent(in) fname, attr_num
Cf2py intent(out) attr_name, attr_scope
Cf2py intent(out) max_entry, status
CALL true_open (fname, id, temp_status)
CALL CDF_attr_inquire (id, attr_num, attr_name, attr_scope,
&max_entry, status)
C IF (status .LT. CDF_OK) THEN
C IF (status .NE. NO_SUCH_ATTR) CALL StatusHandler (status)
C ENDIF
CALL true_close(id, temp_status)
return
end
C-----------------------------------------------
C-----------------------------------------------
C-----------------------------------------------
subroutine inquire_all_attr(status, attr_names,
&attr_scopes, max_gentries, max_rentries, max_zentries,
&attr_nums, fname, max_attr_num, fname_len)
implicit NONE
INCLUDE 'cdf.inc'
integer*4 fname_len
! filename to open
character*(fname_len) fname
! total number of attr
INTEGER*4 max_attr_num
INTEGER*4 status, temp_status
CHARACTER*(256) attr_names(max_attr_num)
INTEGER*4, dimension(max_attr_num) :: attr_scopes
INTEGER*4, dimension(max_attr_num) :: max_gentries
INTEGER*4, dimension(max_attr_num) :: max_rentries
INTEGER*4, dimension(max_attr_num) :: max_zentries
INTEGER*4, dimension(max_attr_num) :: attr_nums
INTEGER*4 id, j, flag, good
Cf2py intent(in) fname, max_attr_num, fname_len
Cf2py intent(out) status, attr_names, attr_scopes, max_gentries, attr_nums
Cf2py intent(out) max_rentries, max_zentries
Cf2py depend(max_attr_num) attr_scopes, attr_names, max_entries, attr_nums
Cf2py depend(fname_len) fname
CALL true_open (fname, id, temp_status)
flag = 1
j = 1
good = 1
if (temp_status .eq. CDF_OK) then
do while (flag .eq. 1)
CALL CDF_inquire_attr (id, j, attr_names(good),
&attr_scopes(good), max_gentries(good), max_rentries(good),
&max_zentries(good), status)
IF (status .LT. CDF_OK) THEN
IF (status .NE. NO_SUCH_ATTR) CALL StatusHandler (status)
else
attr_nums(good) = j
! get more information about the attribute
good = good+1
ENDIF
j = j + 1
if ( good .gt. max_attr_num) then
flag = 0
end if
end do
CALL true_close(id, temp_status)
end if
return
end
C-----------------------------------------------
C-----------------------------------------------
C-----------------------------------------------
subroutine z_attr_all_inquire(status, data_types, num_elems,
&entry_nums, fname, attr_nums, num_attr, max_entries, num_vars,
&fname_len)
INCLUDE 'cdf.inc'
! CDF completion status.
INTEGER*4 status, temp_status
! maximum atttribute number in CDF
INTEGER*4 max_num
! number of attributes
INTEGER*4 num_attr
INTEGER*4 id, fname_len, loop
! filename to open
character*(fname_len) fname
! id number for each attribute
INTEGER*4 attr_nums(num_attr)
! max variable id number for each attribute
INTEGER*4 max_entries(num_attr)
! number of variables
INTEGER*4 num_vars
INTEGER*4 entryN
INTEGER*4, DIMENSION(num_attr,num_vars) :: data_types
INTEGER*4, DIMENSION(num_attr,num_vars) :: num_elems
INTEGER*4, DIMENSION(num_attr,num_vars) :: entry_nums
Cf2py intent(in) fname, attr_nums, num_attr, max_entries
Cf2py intent(in) num_vars, fname_len
Cf2py intent(out) status, data_types, num_elems, entry_nums
Cf2py depend(num_attr) attr_nums, max_entries
Cf2py depend(num_attr,num_vars) data_types, num_elems, entry_nums
Cf2py depend(fname_len) fname
C write(6,*) CDF_BYTE, CDF_CHAR, CDF_INT1, CDF_UCHAR
C write(6,*) CDF_UINT1, CDF_INT2, CDF_UINT2, CDF_INT4
C write(6,*) CDF_UINT4, CDF_REAL4, CDF_FLOAT, CDF_REAL8
C write(6,*) CDF_DOUBLE, CDF_EPOCH, CDF_EPOCH16
CALL true_open (fname, id, temp_status)
! attr_nums, input atttribute number to get info
! loop over attributes
do loop = 1, num_attr
! loop over variables
! max entry comes from input
do entryN = 1, max_entries(loop)
CALL CDF_inquire_attr_zentry(id, attr_nums(loop),
&entryN, data_types(loop, entryN), num_elems(loop, entryN),
&status)
if (status .lt. CDF_OK) then
IF (status .NE. NO_SUCH_ENTRY) CALL StatusHandler(status)
else
entry_nums(loop, entryN) = entryN
endif
end do
end do
CALL true_close (id, temp_status)
return
end
C-----------------------------------------------
C-----------------------------------------------
C-----------------------------------------------
subroutine get_multi_z_attr_real8(status, buffer,
&fname, attr_nums, entry_nums, num_attr, max_dim,
&fname_len)
INCLUDE 'cdf.inc'
INTEGER fname_len, max_dim
character*(fname_len) fname
! filename to open
! attr_nums : attribute numbers to pull from
! entry_nums: zVar numbers, called entry nums
! num_attr : number of attributes to pull
! max_dim : maximum array dimension
! num : length of filename
! buffer : data to return
INTEGER*4 id, j
INTEGER*4 temp_status, num_attr
INTEGER*4, dimension(num_attr) :: status
INTEGER*4, dimension(num_attr) :: attr_nums
INTEGER*4, dimension(num_attr) :: entry_nums
REAL*8, DIMENSION(num_attr, max_dim) :: buffer
Cf2py intent(in) fname, attr_nums, entry_nums, num_attr
Cf2py intent(in) max_dim, num
Cf2py intent(out) status, buffer
Cf2py depend(num_attr) status, attr_nums, entry_nums
Cf2py depend(fname_len) fname
CALL true_open (fname, id, temp_status)
do j=1, num_attr
CALL CDF_get_attr_zentry(id, attr_nums(j),
&entry_nums(j), buffer(j,:), status(j))
IF (status(j) .NE. CDF_OK) CALL StatusHandler(status(j))
end do
CALL true_close (id, temp_status)
return
end
C-----------------------------------------------
C-----------------------------------------------
C-----------------------------------------------
subroutine get_multi_z_attr_real4(status, buffer,
&fname, attr_nums, entry_nums, num_attr, max_dim,
&fname_len)
INCLUDE 'cdf.inc'
INTEGER fname_len, max_dim
character*(fname_len) fname
! filename to open
! attr_nums : attribute numbers to pull from
! entry_nums: zVar numbers, called entry nums
! num_attr : number of attributes to pull
! max_dim : maximum array dimension
! num : length of filename
! buffer : data to return
INTEGER*4 id, j
INTEGER*4 temp_status, num_attr
INTEGER*4, dimension(num_attr) :: status
INTEGER*4, dimension(num_attr) :: attr_nums
INTEGER*4, dimension(num_attr) :: entry_nums
REAL*4, DIMENSION(num_attr, max_dim) :: buffer
Cf2py intent(in) fname, attr_nums, entry_nums, num_attr
Cf2py intent(in) max_dim, num
Cf2py intent(out) status, buffer
Cf2py depend(num_attr) status, attr_nums, entry_nums
Cf2py depend(fname_len) fname
CALL true_open (fname, id, temp_status)
do j=1, num_attr
CALL CDF_get_attr_zentry(id, attr_nums(j),
&entry_nums(j), buffer(j,:), status(j))
IF (status(j) .NE. CDF_OK) CALL StatusHandler (status(j))
end do
CALL true_close (id, temp_status)
return
end
C-----------------------------------------------
C-----------------------------------------------
C-----------------------------------------------
subroutine get_multi_z_attr_int4(status, buffer,
&fname, attr_nums, entry_nums, num_attr, max_dim,
&fname_len)
INCLUDE 'cdf.inc'
INTEGER fname_len, max_dim
character*(fname_len) fname
! filename to open
! attr_nums : attribute numbers to pull from
! entry_nums: zVar numbers, called entry nums
! num_attr : number of attributes to pull
! max_dim : maximum array dimension
! num : length of filename
! buffer : data to return
INTEGER*4 id, j
INTEGER*4 temp_status, num_attr
INTEGER*4, dimension(num_attr) :: status
INTEGER*4, dimension(num_attr) :: attr_nums
INTEGER*4, dimension(num_attr) :: entry_nums
INTEGER*4, DIMENSION(num_attr, max_dim) :: buffer
Cf2py intent(in) fname, attr_nums, entry_nums, num_attr
Cf2py intent(in) max_dim, num
Cf2py intent(out) status, buffer
Cf2py depend(num_attr) status, attr_nums, entry_nums
Cf2py depend(fname_len) fname
CALL true_open (fname, id, temp_status)
do j=1, num_attr
CALL CDF_get_attr_zentry(id, attr_nums(j),
&entry_nums(j), buffer(j,:), status(j))
IF (status(j) .NE. CDF_OK) CALL StatusHandler (status(j))
end do
CALL true_close (id, temp_status)
return
end
C-----------------------------------------------
C-----------------------------------------------
C-----------------------------------------------
subroutine get_multi_z_attr_int2(status, buffer,
&fname, attr_nums, entry_nums, num_attr, max_dim,
&fname_len)
INCLUDE 'cdf.inc'
INTEGER fname_len, max_dim
character*(fname_len) fname
! filename to open
! attr_nums : attribute numbers to pull from
! entry_nums: zVar numbers, called entry nums
! num_attr : number of attributes to pull
! max_dim : maximum array dimension
! num : length of filename
! buffer : data to return
INTEGER*4 id, j
INTEGER*4 temp_status, num_attr
INTEGER*4, dimension(num_attr) :: status
INTEGER*4, dimension(num_attr) :: attr_nums
INTEGER*4, dimension(num_attr) :: entry_nums
INTEGER*2, DIMENSION(num_attr, max_dim) :: buffer
Cf2py intent(in) fname, attr_nums, entry_nums, num_attr
Cf2py intent(in) max_dim, num
Cf2py intent(out) status, buffer
Cf2py depend(num_attr) status, attr_nums, entry_nums
Cf2py depend(fname_len) fname
CALL true_open (fname, id, temp_status)
do j=1, num_attr
CALL CDF_get_attr_zentry(id, attr_nums(j),
&entry_nums(j), buffer(j,:), status(j))
IF (status(j) .NE. CDF_OK) CALL StatusHandler (status(j))
end do
CALL true_close (id, temp_status)
return
end
C-----------------------------------------------
C-----------------------------------------------
C-----------------------------------------------
subroutine get_multi_z_attr_int1(status, buffer,
&fname, attr_nums, entry_nums, num_attr, max_dim,
&fname_len)
INCLUDE 'cdf.inc'
INTEGER fname_len, max_dim
character*(fname_len) fname
! filename to open
! attr_nums : attribute numbers to pull from
! entry_nums: zVar numbers, called entry nums
! num_attr : number of attributes to pull
! max_dim : maximum array dimension
! num : length of filename
! buffer : data to return
INTEGER*4 id, j
INTEGER*4 temp_status, num_attr
INTEGER*4, dimension(num_attr) :: status
INTEGER*4, dimension(num_attr) :: attr_nums
INTEGER*4, dimension(num_attr) :: entry_nums
INTEGER*1, DIMENSION(num_attr, max_dim) :: buffer
Cf2py intent(in) fname, attr_nums, entry_nums, num_attr
Cf2py intent(in) max_dim, num
Cf2py intent(out) status, buffer
Cf2py depend(num_attr) status, attr_nums, entry_nums
Cf2py depend(fname_len) fname
CALL true_open (fname, id, temp_status)
do j=1, num_attr
CALL CDF_get_attr_zentry(id, attr_nums(j),
&entry_nums(j), buffer(j,:), status(j))
IF (status(j) .NE. CDF_OK) CALL StatusHandler(status(j))
end do
CALL true_close (id, temp_status)
return
end
C-----------------------------------------------
C-----------------------------------------------
C-----------------------------------------------
subroutine get_multi_z_attr_char(status, buffer,
&fname, attr_nums, entry_nums, num_attr, max_dim,
&fname_len)
INCLUDE 'cdf.inc'
INTEGER fname_len, max_dim
character*(fname_len) fname
! filename to open
! attr_nums : attribute numbers to pull from
! entry_nums: zVar numbers, called entry nums
! num_attr : number of attributes to pull
! max_dim : maximum array dimension
! num : length of filename
! buffer : data to return
INTEGER*4 id, j
INTEGER*4 temp_status, num_attr
INTEGER*4, dimension(num_attr) :: status
INTEGER*4, dimension(num_attr) :: attr_nums
INTEGER*4, dimension(num_attr) :: entry_nums
CHARACTER*(max_dim) :: buffer(num_attr)
Cf2py intent(in) fname, attr_nums, entry_nums, num_attr
Cf2py intent(in) max_dim, num
Cf2py intent(out) status, buffer
Cf2py depend(num_attr) status, attr_nums, entry_nums
Cf2py depend(fname_len) fname
CALL true_open (fname, id, temp_status)
do j=1, num_attr
CALL CDF_get_attr_zentry(id, attr_nums(j),
&entry_nums(j), buffer(j), status(j))
IF (status(j) .NE. CDF_OK) CALL StatusHandler(status(j))
end do
CALL true_close (id, temp_status)
return
end
C-----------------------------------------------
C-----------------------------------------------
C-----------------------------------------------
subroutine r_var_inquire(status, data_type, num_elems,
&rec_vary, dim_varys, var_name, fname, var_num)
INCLUDE 'cdf.inc'
! CDF completion status.
INTEGER*4 status
! filename to open
character*(*) fname
INTEGER*4 id
CHARACTER var_name*(CDF_VAR_NAME_LEN256)
INTEGER*4 data_type
INTEGER*4 num_elems, var_num
INTEGER*4 rec_vary
INTEGER*4 dim_varys(CDF_MAX_DIMS)
Cf2py intent(in) fname, var_num
Cf2py intent(out) status, data_type, num_elems, rec_vary, dim_varys, var_name
CALL true_open (fname, id, status)
CALL CDF_var_inquire (id, var_num, var_name,
&data_type, num_elems, rec_vary, dim_varys, status)
IF (status .NE. CDF_OK) CALL StatusHandler (status)
CALL true_close (id, status)
return
end
C-----------------------------------------------
C-----------------------------------------------
C-----------------------------------------------
subroutine z_var_inquire(status, data_type, num_elems,
&rec_vary, dim_varys, num_dims, dim_sizes, rec_num,var_name,
&fname,var_num)
INCLUDE 'cdf.inc'
! CDF completion status.
INTEGER*4 status, temp_status
! filename to open
character*(*) fname
INTEGER*4 id
CHARACTER var_name*(CDF_VAR_NAME_LEN256)
INTEGER*4 data_type
INTEGER*4 num_elems, var_num
INTEGER*4 rec_vary, rec_num
INTEGER*4 dim_varys(CDF_MAX_DIMS)
INTEGER*4 num_dims
INTEGER*4 dim_sizes(CDF_MAX_DIMS)
Cf2py intent(in) fname, var_num
Cf2py intent(out) status, data_type, num_elems
Cf2py intent(out) rec_vary, dim_varys, num_dims
Cf2py intent(out) dim_sizes, var_name, rec_num
CALL true_open (fname, id, temp_status)
CALL CDF_inquire_zvar (id, var_num, var_name,
&data_type, num_elems, num_dims, dim_sizes,
&rec_vary, dim_varys, status)
! get length of variable, rec_num
CALL CDF_get_zvar_maxwrittenrecnum (id, var_num,
&rec_num, temp_status)
IF (status .NE. CDF_OK) THEN
IF (status .NE. NO_SUCH_VAR) CALL StatusHandler (status)
ENDIF
CALL true_close (id, temp_status)
return
end
C-----------------------------------------------
C-----------------------------------------------
C-----------------------------------------------
subroutine z_var_all_inquire(status, data_types, num_elems,
&rec_varys, dim_varys, num_dims, dim_sizes, rec_nums,var_nums,
&var_names, fname, max_num, fname_len)
INCLUDE 'cdf.inc'
INTEGER*4 status, temp_status, max_num
INTEGER*4 id, fname_len, j, flag, good
! filename to open
character*(fname_len) fname
CHARACTER*(256) var_names(max_num)
INTEGER*4, DIMENSION(max_num) :: data_types, num_dims
INTEGER*4, DIMENSION(max_num) :: num_elems, var_nums
INTEGER*4, DIMENSION(max_num) :: rec_varys, rec_nums
INTEGER*4, DIMENSION(max_num, CDF_MAX_DIMS) :: dim_varys
INTEGER*4, DIMENSION(max_num, CDF_MAX_DIMS) :: dim_sizes
Cf2py intent(in) fname, max_num, fname_len
Cf2py intent(out) status, data_types, num_elems
Cf2py intent(out) rec_varys, dim_varys, num_dims, var_names
Cf2py intent(out) dim_sizes, var_names, rec_nums, var_nums
Cf2py depend(fname_len) fname
CALL true_open (fname, id, temp_status)
flag = 1
j = 1
good = 1
if (temp_status .eq. CDF_OK) then
do while (flag .eq. 1)
CALL CDF_inquire_zvar (id, j, var_names(good),
&data_types(good), num_elems(good), num_dims(good),
&dim_sizes(good,:), rec_varys(good), dim_varys(good,:),
&status)
! get length of variable, rec_num
if (status .eq. CDF_OK) THEN
CALL CDF_get_zvar_maxwrittenrecnum (id, j,
&rec_nums(good), temp_status)
endif
IF (status .NE. CDF_OK) THEN
IF (status .NE. NO_SUCH_VAR) CALL StatusHandler (status)
else
var_nums(good) = j
good = good + 1
ENDIF
j = j + 1
if ( good .gt. max_num) then
flag = 0
end if
end do
CALL true_close (id, temp_status)
endif
return
end
C-----------------------------------------------
C-----------------------------------------------
C-----------------------------------------------
subroutine inquire(status, num_dims, dim_sizes, encoding,
&majority, max_rec, num_r_vars, num_z_vars, num_attrs, fname)
INCLUDE 'cdf.inc'
! CDF completion status.
INTEGER*4 status, temp_status
! filename to open
character*(*) fname
! CDF identifier.
INTEGER*4 id
INTEGER*4 num_dims
INTEGER*4 dim_sizes(CDF_MAX_DIMS)
INTEGER*4 encoding
INTEGER*4 majority
INTEGER*4 max_rec
INTEGER*4 num_r_vars, num_z_vars
INTEGER*4 num_attrs
Cf2py intent(in) fname
Cf2py intent(out) status, num_dims, dim_sizes, encoding, majority, max_rec
Cf2py intent(out) num_r_vars, num_z_vars, num_attrs
CALL true_open (fname, id, temp_status)
CALL CDF_inquire (id, num_dims, dim_sizes, encoding, majority,
&max_rec, num_r_vars, num_attrs, status)
IF (status .NE. CDF_OK) CALL StatusHandler (status)
CALL CDF_get_num_zvars (id, num_z_vars, status)
IF (status .NE. CDF_OK) CALL StatusHandler (status)
CALL true_close(id, temp_status)
return
end
C-----------------------------------------------
C-----------------------------------------------
C-----------------------------------------------
subroutine get_z_real4(status, buffer, fname,
&in_name, dim_size, rec_num)
INCLUDE 'cdf.inc'
character*(*) in_name
! filename to open
character*(*) fname
INTEGER*4 id
INTEGER*4 status, temp_status
INTEGER*4 rec_num, dim_size
REAL*4, DIMENSION(dim_size, rec_num) :: buffer
INTEGER*4 var_num
Cf2py intent(in) fname, in_name, dim_size, rec_num
Cf2py intent(out) status, buffer
CALL true_open (fname, id, temp_status)
! get information about variable
var_num = CDF_get_var_num(id, in_name)
CALL CDF_get_var_allrecords_varname (id, in_name, buffer,
&status)
IF (status .NE. CDF_OK) CALL StatusHandler (status)
CALL true_close (id, temp_status)
return
end
C-----------------------------------------------
C-----------------------------------------------
C-----------------------------------------------
subroutine get_multi_z_real8(status, buffer, fname,
&in_names, dim_sizes, max_dim, max_rec, num)
INCLUDE 'cdf.inc'
! filename to open
character*(*) fname
INTEGER num, max_rec, max_dim
character*(256) in_names(num)
INTEGER*4 id, j, i1, i2
INTEGER*4 status, temp_status
INTEGER*4, dimension(num) :: dim_sizes
REAL*8, DIMENSION(max_dim, max_rec) :: buffer
INTEGER*4 var_num
Cf2py intent(in) fname, in_names, dim_sizes, max_rec
Cf2py intent(in) max_rec, num
Cf2py intent(out) status, buffer
Cf2py depend(num) dim_sizes, in_names
CALL true_open (fname, id, temp_status)
i1 = 1
i2 = 1
do j=1, num
! get information about variable
var_num = CDF_get_var_num(id, in_names(j))
i2 = i1 + dim_sizes(j) - 1
CALL CDF_get_var_allrecords_varname (id, in_names(j),
&buffer(i1:i2,:), status)
i1 = i2+1
IF (status .NE. CDF_OK) CALL StatusHandler (status)
end do
CALL true_close (id, temp_status)
return
end
C-----------------------------------------------
C-----------------------------------------------
C-----------------------------------------------
subroutine get_multi_z_tt2000(status, buffer, fname,
&in_names, dim_sizes, max_dim, max_rec, num)
INCLUDE 'cdf.inc'
! filename to open
character*(*) fname
INTEGER num, max_rec, max_dim
character*(256) in_names(num)
INTEGER*4 id, j, i1, i2
INTEGER*4 status, temp_status
INTEGER*4, dimension(num) :: dim_sizes
REAL*8, DIMENSION(max_dim, max_rec) :: buffer
INTEGER(KIND=KIND_INT8),DIMENSION(max_dim, max_rec)::ttbuffer
INTEGER*4 var_num
Cf2py intent(in) fname, in_names, dim_sizes, max_rec
Cf2py intent(in) max_rec, num
Cf2py intent(out) status, buffer
Cf2py depend(num) dim_sizes, in_names
CALL true_open (fname, id, temp_status)
i1 = 1
i2 = 1
do j=1, num
! get information about variable
var_num = CDF_get_var_num(id, in_names(j))
i2 = i1 + dim_sizes(j) - 1
CALL CDF_get_var_allrecords_varname (id, in_names(j),
&ttbuffer(i1:i2,:), status)
i1 = i2+1
IF (status .NE. CDF_OK) CALL StatusHandler (status)
end do
do j=1, max_rec
do i=1, max_dim
CALL TT2000_to_EPOCH(ttbuffer(i,j), buffer(i,j))
end do
end do
CALL true_close (id, temp_status)
return
end
C-----------------------------------------------
C-----------------------------------------------
C-----------------------------------------------
subroutine get_multi_z_epoch16(status, buffer, fname,
&in_names, dim_sizes, max_dim, max_rec, num)
INCLUDE 'cdf.inc'
! filename to open
character*(*) fname
INTEGER num, max_rec, max_dim
character*(256) in_names(num)
INTEGER*4 id, j, i1, i2
INTEGER*4 status, temp_status
INTEGER*4, dimension(num) :: dim_sizes
REAL*8, DIMENSION(max_dim, max_rec) :: buffer
INTEGER*4 var_num
Cf2py intent(in) fname, in_names, dim_sizes, max_rec
Cf2py intent(in) max_rec, num
Cf2py intent(out) status, buffer
Cf2py depend(num) dim_sizes, in_names
CALL true_open (fname, id, temp_status)
i1 = 1
i2 = 1
do j=1, num
! get information about variable
var_num = CDF_get_var_num(id, in_names(j))
i2 = i1 + dim_sizes(j) - 1
CALL CDF_get_var_allrecords_varname (id, in_names(j),
&buffer(i1:i2,:), status)
i1 = i2+1
IF (status .NE. CDF_OK) CALL StatusHandler (status)
end do
CALL true_close (id, temp_status)
return
end
C-----------------------------------------------
C-----------------------------------------------
C-----------------------------------------------
subroutine get_multi_z_real4(status, buffer, fname,
&in_names, dim_sizes, max_dim, max_rec, num)
INCLUDE 'cdf.inc'
! filename to open
character*(*) fname
INTEGER num, max_rec, max_dim
character*(256) in_names(num)
INTEGER*4 id, j, i1, i2
INTEGER*4 status, temp_status
INTEGER*4, dimension(num) :: dim_sizes
REAL*4, DIMENSION(max_dim, max_rec) :: buffer
INTEGER*4 var_num
Cf2py intent(in) fname, in_names, dim_sizes, max_rec
Cf2py intent(in) max_rec, num
Cf2py intent(out) status, buffer
Cf2py depend(num) dim_sizes, in_names
CALL true_open (fname, id, temp_status)
i1 = 1
i2 = 1
do j=1, num
! get information about variable
var_num = CDF_get_var_num(id, in_names(j))
i2 = i1 + dim_sizes(j) - 1
CALL CDF_get_var_allrecords_varname (id, in_names(j),
&buffer(i1:i2,:), status)
i1 = i2+1
IF (status .NE. CDF_OK) CALL StatusHandler (status)
end do
CALL true_close (id, temp_status)
return
end
C-----------------------------------------------
C-----------------------------------------------
C-----------------------------------------------
subroutine get_multi_z_int4(status, buffer, fname,
&in_names, dim_sizes, max_dim, max_rec, num)
INCLUDE 'cdf.inc'
! filename to open
character*(*) fname
INTEGER num, max_rec, max_dim
character*(256) in_names(num)
INTEGER*4 id, j, i1, i2
INTEGER*4 status, temp_status
INTEGER*4, dimension(num) :: dim_sizes
INTEGER*4, DIMENSION(max_dim, max_rec) :: buffer
INTEGER*4 var_num
Cf2py intent(in) fname, in_names, dim_sizes, max_rec
Cf2py intent(in) max_rec, num
Cf2py intent(out) status, buffer
Cf2py depend(num) dim_sizes, in_names
CALL true_open (fname, id, temp_status)
i1 = 1
i2 = 1
do j=1, num
! get information about variable
var_num = CDF_get_var_num(id, in_names(j))
i2 = i1 + dim_sizes(j) - 1
CALL CDF_get_var_allrecords_varname (id, in_names(j),
&buffer(i1:i2,:), status)
i1 = i2+1
IF (status .NE. CDF_OK) CALL StatusHandler (status)
end do
CALL true_close (id, temp_status)
return
end
C-----------------------------------------------
C-----------------------------------------------
C-----------------------------------------------
subroutine get_multi_z_int2(status, buffer, fname,
&in_names, dim_sizes, max_dim, max_rec, num)
INCLUDE 'cdf.inc'
! filename to open
character*(*) fname
INTEGER num, max_rec, max_dim
character*(256) in_names(num)
INTEGER*4 id, j, i1, i2
INTEGER*4 status, temp_status
INTEGER*4, dimension(num) :: dim_sizes
INTEGER*2, DIMENSION(max_dim, max_rec) :: buffer
INTEGER*4 var_num
Cf2py intent(in) fname, in_names, dim_sizes, max_rec
Cf2py intent(in) max_rec, num
Cf2py intent(out) status, buffer
Cf2py depend(num) dim_sizes, in_names
CALL true_open (fname, id, temp_status)
i1 = 1
i2 = 1
do j=1, num
! get information about variable
var_num = CDF_get_var_num(id, in_names(j))
i2 = i1 + dim_sizes(j) - 1
CALL CDF_get_var_allrecords_varname (id, in_names(j),
&buffer(i1:i2,:), status)
i1 = i2+1
IF (status .NE. CDF_OK) CALL StatusHandler (status)
end do
CALL true_close (id, temp_status)
return
end
C-----------------------------------------------
C-----------------------------------------------
C-----------------------------------------------
subroutine get_multi_z_int1(status, buffer, fname,
&in_names, dim_sizes, max_dim, max_rec, num)
INCLUDE 'cdf.inc'
! filename to open
character*(*) fname
INTEGER num, max_rec, max_dim
character*(256) in_names(num)
INTEGER*4 id, j, i1, i2
INTEGER*4 status, temp_status
INTEGER*4, dimension(num) :: dim_sizes
INTEGER*1, DIMENSION(max_dim, max_rec) :: buffer
INTEGER*4 var_num
Cf2py intent(in) fname, in_names, dim_sizes, max_rec
Cf2py intent(in) max_rec, num
Cf2py intent(out) status, buffer
Cf2py depend(num) dim_sizes, in_names
CALL true_open (fname, id, temp_status)
i1 = 1
i2 = 1
do j=1, num
! get information about variable
var_num = CDF_get_var_num(id, in_names(j))
i2 = i1 + dim_sizes(j) - 1
CALL CDF_get_var_allrecords_varname (id, in_names(j),
&buffer(i1:i2,:), status)
i1 = i2+1
IF (status .NE. CDF_OK) CALL StatusHandler (status)
end do