変数登録 More...

Functions/Subroutines
subroutine	historyautoaddvariable1 (varname, dims, longname, units, xtype, time_units, time_average, file, origin, terminus, interval, slice_start, slice_end, slice_stride, space_average, newfile_interval)
subroutine	historyautoaddvariable2 (varname, dims, longname, units, xtype, time_units, time_average, file, origin, terminus, interval, slice_start, slice_end, slice_stride, space_average, newfile_interval)

Detailed Description

変数登録

Author: Yasuhiro MORIKAWA

Copyright: Copyright (C) GFD Dennou Club, 2008-2026. All rights reserved.
License is BSD-2-Clause. See COPYRIGHT in detail

Definition in file historyautoaddvariable.f90.

Function/Subroutine Documentation

◆ historyautoaddvariable1()

subroutine historyautoaddvariable1	(	character(*), intent(in)	varname,
		character(*), dimension(:), intent(in)	dims,
		character(*), intent(in)	longname,
		character(*), intent(in)	units,
		character(*), intent(in), optional	xtype,
		character(*), intent(in), optional	time_units,
		logical, intent(in), optional	time_average,
		character(*), intent(in), optional	file,
		real(dp), intent(in), optional	origin,
		real(dp), intent(in), optional	terminus,
		real(dp), intent(in), optional	interval,
		integer, dimension(:), intent(in), optional	slice_start,
		integer, dimension(:), intent(in), optional	slice_end,
		integer, dimension(:), intent(in), optional	slice_stride,
		logical, dimension(:), intent(in), optional	space_average,
		integer, intent(in), optional	newfile_interval )

データ出力するための変数登録を行います.

データ出力するための変数登録を行います. HistoryAutoAllVarFix を呼ぶ前にこのサブルーチンを使用してください.

時間平均について

gtool_historyauto を用いた出力では, 以下のいづれかの条件を満たす場合に出力データを時間方向に平均化して出力します.

HistoryAutoCreate の引数 namelist_filename に指定された NAMELIST ファイル内において NAMELIST gtool_historyauto_nml 内の変数の一つである論理型変数 TimeAverage に .true. が与えられている.
HistoryAutoAddVariable の引数 time_average に .true. を与えている.
HistoryAutoCreate の引数 time_average に .true. を与えている.

時間平均の重み付け式:

sum( <data> * <weight> ) / sum( <weight> )

data : array または value に与えられたデータ
weight : 前回 HistoryAutoPut が呼ばれた際の時刻と今回の時刻との差
sum : 前回出力が行われた時刻から interval 経過するまでの値の和

Parameters

[in]	varname	変数名.
[in]	dims	変数が依存する次元の名前. 時間の次元は配列の最後に指定すること.
[in]	longname	変数の記述的名称.
[in]	units	変数の単位.
[in]	xtype	(optional) 変数のデータ型. デフォルトは float (単精度実数型). 有効な値: "double", "int".
[in]	time_units	(optional) 時刻次元の単位.
[in]	time_average	(optional) .true. で時間平均. デフォルトは .false.
[in]	file	(optional) 出力ファイル名.
[in]	origin	(optional) 出力開始時刻. デフォルトは 0.0 [sec].
[in]	terminus	(optional) 出力終了時刻.
[in]	interval	(optional) 出力時間間隔. デフォルトは 1.0 [sec].
[in]	slice_start	(optional) 空間方向の開始点.
[in]	slice_end	(optional) 空間方向の終了点.
[in]	slice_stride	(optional) 空間方向の刻み幅.
[in]	space_average	(optional) 平均化のフラグ.
[in]	newfile_interval	(optional) ファイル分割時間間隔.

Definition at line 128 of file historyautoaddvariable.f90.

 
    ! モジュール引用 ; USE statements
    !
 
    use gtool_historyauto_internal, only: initialized, version, numdims, &
      & max_dims_depended_by_var, max_vars, &
      & numvars, numwgts, &
      & gthst_axes, gthst_vars, gthst_weights, gthstnml, &
      & all_output_save, flag_allvarfixed, wgtsuf, time_unit_bycreate, &
      & interval_time_vars, interval_unitsym_vars, &
      & newfile_inttime_vars, origin_time_vars, &
      & output_valid_vars, tavr_vars, terminus_time_vars, varname_vars, &
      & space_avr_vars, slice_vars, weight_vars, data_weights, &
      & gthst_history_vars, cal_save
    use gtool_history_nmlinfo_generic, only: hstnmlinfosetvalidname, &
      & hstnmlinfodefinemode, hstnmlinforedefine, hstnmlinfoenddefine, &
      & hstnmlinfoadd, hstnmlinfoinquire, hstnmlinfooutputvalid, &
      & hstnmlinfoassocgthist
    use gtool_history, only: historyvarinfocreate, historyvarinfoinquire, &
      & historyaxisinquire
    use dc_trace, only: beginsub, endsub
    use dc_error, only: storeerror, dc_noerr, hst_evarinuse, &
      & hst_ealreadyregvarfix, dc_enotinit, hst_emaxdimsdepended
    use dc_message, only: messagenotify
    use dc_string, only: strinclude, joinchar, tochar
    use dc_calendar, only: dccalconvertbyunit, dccalparseunit
    use dc_date, only: dcdifftimecreate, operator(/), mod, evalsec, &
      & operator(-), evalbyunit
    use dc_date_types, only: dc_difftime, dc_datetime
    use netcdf, only: nf90_emaxvars, nf90_max_dims
    use dc_types, only: dp, string, token
 
    ! 宣言文 ; Declaration statements
    !
    implicit none
    character(*), intent(in):: varname
                              ! 変数名. Variable name
    character(*), intent(in):: dims(:)
                              ! 変数が依存する次元の名前.
                              ! 時間の次元は配列の最後に指定すること.
                              !
                              ! Names of dependency dimensions of a variable.
                              ! Dimension of time must be specified
                              ! to last of an array.
    character(*), intent(in):: longname
                              ! 変数の記述的名称.
                              !
                              ! Descriptive name of a variable
    character(*), intent(in):: units
                              ! 変数の単位.
                              !
                              ! Units of a variable
    character(*), intent(in), optional:: xtype
                              !
                              ! 変数のデータ型
                              !
                              ! デフォルトは float (単精度実数型) であ
                              ! る. 有効なのは, double (倍精度実数型),
                              ! int (整数型) である. 指定しない 場合や,
                              ! 無効な型を指定した場合には, float (単
                              ! 精度実数型) となる.
                              !
                              ! Data types of dimensions specified
                              ! with "dims".
                              !
                              ! Default value is "float" (single precision).
                              ! Other valid values are
                              ! "double" (double precision),
                              ! "int" (integer).
                              ! If no value or invalid value is specified,
                              ! "float" is applied.
                              !
    character(*), intent(in), optional:: time_units
                              ! 時刻次元の単位.
                              ! Units of time dimension.
    logical, intent(in), optional:: time_average
                              !
                              ! 出力データを時間平均する場合には
                              ! .true. を与えます. デフォルトは
                              ! .false. です.
                              !
                              ! If output data is averaged, specify
                              ! ".true.". Default is ".false.".
                              !
    character(*), intent(in), optional:: file
                              ! 出力ファイル名.
                              ! Output file name.
 
    real(DP), intent(in), optional:: origin
                              ! 出力開始時刻.
                              !
                              ! 省略した場合, 自動的に 0.0 [sec] が
                              ! 設定されます.
                              !
                              ! Start time of output.
                              !
                              ! If this argument is omitted,
                              ! 0.0 [sec] is specified
                              ! automatically.
                              !
    real(DP), intent(in), optional:: terminus
                              ! 出力終了時刻.
                              !
                              ! 省略した場合, 数値モデルの実行が終了するまで
                              ! 出力を行います.
                              !
                              ! End time of output.
                              !
                              ! If this argument is omitted,
                              ! output is continued until a numerical model
                              ! is finished.
                              !
    real(DP), intent(in), optional:: interval
                              ! 出力時間間隔.
                              !
                              ! 省略した場合,
                              ! 自動的に 1.0 [sec] が設定されます.
                              !
                              ! Interval of output time.
                              !
                              ! If this argument is omitted,
                              ! a value of 1.0 [sec] is specified
                              ! automatically.
                              !
    integer, intent(in), optional:: slice_start(:)
                              ! 空間方向の開始点.
                              !
                              ! 省略した場合, 座標データの開始点が設定されます.
                              !
                              ! Start points of spaces.
                              !
                              ! If this argument is omitted,
                              ! start points of dimensions are set.
                              !
    integer, intent(in), optional:: slice_end(:)
                              ! 空間方向の終了点.
                              !
                              ! 省略した場合, 座標データの終了点が設定されます.
                              !
                              ! End points of spaces.
                              !
                              ! If this argument is omitted,
                              ! End points of dimensions are set.
                              !
    integer, intent(in), optional:: slice_stride(:)
                              ! 空間方向の刻み幅.
                              !
                              ! 省略した場合, 1 が設定されます.
                              !
                              ! Strides of spaces
                              !
                              ! If this argument is omitted,
                              ! 1 is set.
                              !
    logical, intent(in), optional:: space_average(:)
                              ! 平均化のフラグ.
                              !
                              ! .true. が指定される座標に対して平均化を
                              ! 行います.
                              ! 省略した場合, .false. が設定されます.
                              !
                              ! Flag of average.
                              !
                              ! Axes specified .true. are averaged.
                              ! If this argument is omitted,
                              ! .false. is set.
                              !
    integer, intent(in), optional:: newfile_interval
                              ! ファイル分割時間間隔.
                              !
                              ! 省略した場合,
                              ! 時間方向へのファイル分割を行いません.
                              !
                              ! Interval of time of separation of a file.
                              !
                              ! If this argument is omitted,
                              ! a files is not separated in time direction.
                              !
 
    ! 作業変数
    ! Work variables
    !
    character(TOKEN):: interval_unit_work
                              ! データの出力間隔の単位.
                              ! Unit for interval of history data output
    character(TOKEN):: origin_unit_work
                              ! 出力開始時刻の単位.
                              ! Unit of start time of output.
    character(TOKEN):: terminus_unit_work
                              ! 出力終了時刻の単位.
                              ! Unit of end time of output.
    character(TOKEN):: newfile_intunit_work
                              ! ファイル分割時間間隔の単位.
                              ! Unit of interval of time of separation of a file.
 
    real(DP):: interval_value
                              ! データの出力間隔の数値.
                              ! Numerical value for interval of history data output
    real(DP):: origin_value
                              ! データの出力開始時刻の数値.
                              ! Numerical value for start time of history data output
    real(DP):: terminus_value
                              ! 出力終了時刻の数値.
                              ! Numerical value for end time of output.
    integer:: newfile_intvalue
                              ! ファイル分割時間間隔.
                              ! Interval of time of separation of a file.
    character(TOKEN):: time_name
                              ! 時刻次元の名称.
                              ! Name of time dimension
    character(STRING), allocatable:: dims_work(:)
                              ! 変数が依存する次元の名前.
                              ! Names of dependency dimensions of a variable.
    character(TOKEN):: precision
                              ! データの精度.
                              ! Precision of history data
    logical:: time_average_work
                              ! 出力データの時間平均フラグ.
                              ! Flag for time average of output data
    logical:: space_average_work(1:numdims-1)
    integer:: slice_start_work(1:numdims-1)
                              ! 空間方向の開始点.
                              ! Start points of spaces.
    integer:: slice_end_work(1:numdims-1)
                              ! 空間方向の終了点.
                              ! End points of spaces.
    integer:: slice_stride_work(1:numdims-1)
                              ! 空間方向の刻み幅.
                              ! Strides of spaces
 
    logical:: define_mode, varname_not_found
    integer:: cause_i, stat, i, j, k, cnt, cnt2, dim_size
    character(STRING), pointer:: dims_noavr(:) =>null(), dims_avr(:) =>null()
    character(STRING):: longname_avrmsg
    character(STRING):: name, cause_c
    character(*), parameter:: subname = "HistoryAutoAddVariable1"
  continue
    call beginsub(subname, 'varname=%c', c1 = trim(varname), version = version)
    stat = dc_noerr
    cause_c = ""
    cause_i = 0
 
    ! 初期設定チェック
    ! Check initialization
    !
    if ( .not. initialized ) then
      stat = dc_enotinit
      cause_c = 'gtool_historyauto'
      goto 999
    end if
 
    ! 既に HistoryAutoAllVarFix が呼ばれていたらエラー
    ! Error is occurred if "HistoryAutoAllVarFix" is called already
    !
    if ( flag_allvarfixed ) then
      call messagenotify( 'W', subname, &
        & '"HistoryAutoAddVariable" (varname = %c) must be called before "HistoryAutoAllVarFix"', &
        & c1 = trim(varname) )
      stat = hst_ealreadyregvarfix
      cause_c = 'HistoryAutoAllVarFix'
      goto 999
    end if
 
    ! 重複のチェック
    ! Check duplication
    !
    do i = 1, numvars
      call historyvarinfoinquire( &
        & varinfo = gthst_vars(i), &  ! (in)
        & name = name )               ! (out)
      if ( trim(varname) == trim(name) ) then
        stat = hst_evarinuse
        cause_c = varname
        goto 999
      end if
    end do
 
    ! 変数の数の限界チェック
    ! Check limit of number of variables
    !
    if ( numvars + 1 > max_vars ) then
      stat = nf90_emaxvars
      goto 999
    end if
 
    ! 時刻の次元に関する修正
    ! Correction for time dimension
    !
    call historyaxisinquire( &
      & axis = gthst_axes(numdims), & ! (in)
      & name = time_name )            ! (out)
 
    if ( size(dims) > 0 ) then
      if ( strinclude( dims, time_name ) ) then
        if ( trim( dims(size(dims)) ) == trim( time_name ) ) then
          allocate( dims_work(size(dims)) )
          dims_work = dims
        else
          allocate( dims_work(size(dims)) )
          cnt = 1
          do i = 1, size(dims)
            if ( trim( dims(i) ) /= trim( time_name ) ) then
              dims_work( cnt ) = dims( i )
              cnt = cnt + 1
            end if
          end do
          dims_work(size(dims)) = time_name
 
          call messagenotify( 'W', subname, &
            & 'last entity of "dims=<%c>" must be time dimension (varname=<%c>). ' // &
            & ' "dims" are resequenced forcibly => <%c>', &
            & c1 = trim( joinchar(dims, ',') ), c2 = trim( varname ), &
            & c3 = trim( joinchar(dims_work, ',') ) )
 
        end if
      else
        allocate( dims_work(size(dims)+1) )
        dims_work(1:size(dims)) = dims
        dims_work(size(dims)+1) = time_name
        call messagenotify( 'W', subname, &
          & 'time dimension is not found in "dims=<%c>" (varname=<%c>). ' // &
          & ' time dimension "%c" is appended to "dims" forcibly.', &
          & c1 = trim( joinchar(dims, ',') ), c2 = trim( varname ), &
          & c3 = trim( time_name ) )
      end if
    else
      allocate( dims_work(1) )
      dims_work(1) = time_name
      call messagenotify( 'W', subname, &
        & 'time dimension is not found (varname=<%c>). ' // &
        & ' time dimension "%c" is appended to "dims" forcibly.', &
        & c1 = trim( varname ), &
        & c2 = trim( time_name ) )
    end if
 
    ! 依存する次元の数の限界チェック
    ! Check limit of number of depended dimensions
    !
    if ( size( dims_work ) - 1 > max_dims_depended_by_var ) then
      call messagenotify( 'W', subname, &
        & 'number of dimensions' // &
        & ' on which one variable depends must not be greater than %d (varname=<%c>, dims=<%c>). ', &
        & i = (/ 7 + 1 /), &
        & c1 = trim( varname ), c2 = trim( joinchar(dims_work, ',') ) )
      stat = hst_emaxdimsdepended
      cause_i = size( dims_work )
      cause_c = varname
    end if
 
    ! 全ての変数を出力する際には, ここで登録
    ! Register here if all variables are output
    !
    if ( all_output_save ) then
      call hstnmlinfoinquire( &
        & gthstnml = gthstnml, name = varname, &  ! (in)
        & err = varname_not_found )               ! (out) optional
      if ( varname_not_found ) then
        define_mode = hstnmlinfodefinemode( gthstnml )
        if ( .not. define_mode ) call hstnmlinforedefine( gthstnml ) ! (inout)
 
        call hstnmlinfoinquire( &
          & gthstnml = gthstnml, &                   ! (in)
          & interval_unit   = interval_unit_work, &  ! (out) optional
          & origin_unit     = origin_unit_work  , &  ! (out) optional
          & terminus_unit   = terminus_unit_work, &  ! (out) optional
          & newfile_intunit = newfile_intunit_work ) ! (out) optional
 
        ! 時刻の単位を設定
        ! Configure unit of time
        !
        if ( present( interval ) ) then
          interval_unit_work = time_unit_bycreate
          if ( present(time_units) ) interval_unit_work = time_units
        end if
        if ( present( origin ) ) then
          origin_unit_work   = time_unit_bycreate
          if ( present(time_units) ) origin_unit_work   = time_units
        end if
        if ( present( terminus ) ) then
          terminus_unit_work = time_unit_bycreate
          if ( present(time_units) ) terminus_unit_work = time_units
        end if
        if ( present( newfile_interval ) ) then
          newfile_intunit_work = time_unit_bycreate
          if ( present(time_units) ) newfile_intunit_work = time_units
        end if
 
        call hstnmlinfoadd( &
          & gthstnml       = gthstnml, &                ! (inout)
          & name           = varname, &                 ! (in) optional
          & file           = file, &                    ! (in) optional
          & precision      = xtype, &                   ! (in) optional
          & interval_value = interval, &                ! (in) optional
          & interval_unit  = interval_unit_work, &      ! (in) optional
          & origin_value   = origin, &                  ! (in) optional
          & origin_unit    = origin_unit_work, &        ! (in) optional
          & terminus_value = terminus, &                ! (in) optional
          & terminus_unit  = terminus_unit_work, &      ! (in) optional
          & slice_start    = slice_start, &             ! (in) optional
          & slice_end      = slice_end, &               ! (in) optional
          & slice_stride   = slice_stride, &            ! (in) optional
          & time_average   = time_average, &            ! (in) optional
          & space_average  = space_average, &           ! (in) optional
          & newfile_intvalue = newfile_interval, &      ! (in) optional
          & newfile_intunit = newfile_intunit_work )    ! (in) optional
        if ( .not. define_mode ) call hstnmlinfoenddefine( gthstnml ) ! (inout)
      end if
    end if
 
    ! 平均化に伴う次元の縮退を反映した変数情報の作り直し
    ! Remake information of variables that reflects reduction of dimensions
    !   correspond to average
    !
    call hstnmlinfoinquire( &
      & gthstnml = gthstnml, name = varname, &  ! (in)
      & precision = precision, &                ! (out) optional
      & time_average = time_average_work, &     ! (out) optional
      & space_average = space_average_work, &   ! (out) optional
      & slice_start = slice_start_work, &       ! (out)
      & slice_end = slice_end_work, &           ! (out)
      & slice_stride = slice_stride_work, &     ! (out)
      & err = varname_not_found )               ! (out) optional
    if ( varname_not_found ) then
      call hstnmlinfoinquire( &
        & gthstnml = gthstnml, name = '', &       ! (in)
        & precision = precision, &                ! (out) optional
        & time_average = time_average_work, &     ! (out) optional
        & space_average = space_average_work, &   ! (out) optional
        & slice_start = slice_start_work, &       ! (out)
        & slice_end = slice_end_work, &           ! (out)
        & slice_stride = slice_stride_work )      ! (out)
    end if
 
    if ( .not. associated( space_avr_vars(numvars + 1) % avr ) ) &
      &          allocate( space_avr_vars(numvars + 1) % avr( size( dims_work ) - 1 ) )
 
    space_avr_vars(numvars + 1) % avr = .false.
    do i = 1, size( dims_work ) - 1
      do j = 1, numdims - 1
        call historyaxisinquire( &
          & axis = gthst_axes(j), &  ! (in)
          & name = name )            ! (out)
        if ( trim(dims_work(i)) == trim(name) ) then
          space_avr_vars(numvars + 1) % avr( i ) = space_average_work( j )
          exit
        end if
      end do
    end do
 
    allocate( dims_noavr( size(dims_work) - count(space_avr_vars(numvars + 1) % avr) ) )
    if ( count(space_avr_vars(numvars + 1) % avr) < 1 ) then
      dims_noavr = dims_work
      longname_avrmsg = ''
    else
      allocate( dims_avr( count(space_avr_vars(numvars + 1) % avr) ) )
      cnt = 1 ; cnt2 = 1
      do i = 1, size( dims_work ) - 1
        if ( .not. space_avr_vars(numvars + 1) % avr(i) ) then
          dims_noavr( cnt ) = dims_work( i )
          cnt = cnt + 1
        else
          dims_avr( cnt2 ) = dims_work( i )
          cnt2 = cnt2 + 1
        end if
      end do
      dims_noavr( cnt ) = dims_work( size ( dims_work ) )
 
      longname_avrmsg = ' averaged in ' // trim( joinchar( dims_avr, ',' ) ) // '-direction'
      deallocate( dims_avr )
    end if
 
    ! HistoryPut の際のデータの切り出し情報作成
    ! Create information of slices of data for "HistoryPut"
    !
    if ( .not. associated( slice_vars(numvars + 1) % st ) ) &
      &          allocate( slice_vars(numvars + 1) % st( nf90_max_dims ) )
    if ( .not. associated( slice_vars(numvars + 1) % ed ) ) &
      &          allocate( slice_vars(numvars + 1) % ed( nf90_max_dims ) )
    if ( .not. associated( slice_vars(numvars + 1) % sd ) ) &
      &          allocate( slice_vars(numvars + 1) % sd( nf90_max_dims ) )
    slice_vars(numvars + 1) % st = 1
    slice_vars(numvars + 1) % ed = 1
    slice_vars(numvars + 1) % sd = 1
 
    if ( size(dims_work) > 1 ) then
      slice_subscript_search: do i = 1, size( dims_work ) - 1
        do j = 1, numdims - 1
          call historyaxisinquire( &
            & axis = gthst_axes(j), &  ! (in)
            & name = name, &           ! (out)
            & size = dim_size )        ! (out)
          if ( slice_end_work(j) < 1 ) slice_end_work(j) = dim_size
          if ( trim(dims_work(i)) == trim(name) ) then
            slice_vars(numvars + 1) % st( i ) = slice_start_work( j )
            slice_vars(numvars + 1) % ed( i ) = slice_end_work( j )
            slice_vars(numvars + 1) % sd( i ) = slice_stride_work( j )
            cycle slice_subscript_search
          end if
        end do
      end do slice_subscript_search
    end if
 
 
    ! HistoryPut の際の座標重み情報作成
    ! Create information of axes weight for "HistoryPut"
    !
                    
    if ( .not. associated( weight_vars(numvars + 1) % wgt1      ) ) &
      &          allocate( weight_vars(numvars + 1) % wgt1( 1 ) )
    weight_vars(numvars + 1) % wgt1 = 1.0_dp
 
    if ( size(dims_work) >= 1 ) then
      do j = 1, numdims - 1
        call historyaxisinquire( &
          & axis = gthst_axes(j), &  ! (in)
          & name = name, &           ! (out)
          & size = dim_size )        ! (out)
        if ( trim(dims_work(1)) == trim(name) ) then
          deallocate( weight_vars(numvars + 1) % wgt1 )
          allocate( weight_vars(numvars + 1) % wgt1( dim_size ) )
          weight_vars(numvars + 1) % wgt1 = 1.0_dp
          do k = 1, numwgts
            call historyvarinfoinquire( &
              & varinfo = gthst_weights(k), &  ! (in)
              & name    = name )               ! (out)
            if ( trim(dims_work(1)) // wgtsuf == trim(name) ) then
              weight_vars(numvars + 1) % wgt1 = data_weights( k ) % a_axis
              exit
            end if
          end do
          exit
        end if
      end do
    end if
 
                    
 
    if ( .not. associated( weight_vars(numvars + 1) % wgt2      ) ) &
      &          allocate( weight_vars(numvars + 1) % wgt2( 1 ) )
    weight_vars(numvars + 1) % wgt2 = 1.0_dp
 
    if ( size(dims_work) >= 2 ) then
      do j = 1, numdims - 1
        call historyaxisinquire( &
          & axis = gthst_axes(j), &  ! (in)
          & name = name, &           ! (out)
          & size = dim_size )        ! (out)
        if ( trim(dims_work(2)) == trim(name) ) then
          deallocate( weight_vars(numvars + 1) % wgt2 )
          allocate( weight_vars(numvars + 1) % wgt2( dim_size ) )
          weight_vars(numvars + 1) % wgt2 = 1.0_dp
          do k = 1, numwgts
            call historyvarinfoinquire( &
              & varinfo = gthst_weights(k), &  ! (in)
              & name    = name )               ! (out)
            if ( trim(dims_work(2)) // wgtsuf == trim(name) ) then
              weight_vars(numvars + 1) % wgt2 = data_weights( k ) % a_axis
              exit
            end if
          end do
          exit
        end if
      end do
    end if
 
                    
 
    if ( .not. associated( weight_vars(numvars + 1) % wgt3      ) ) &
      &          allocate( weight_vars(numvars + 1) % wgt3( 1 ) )
    weight_vars(numvars + 1) % wgt3 = 1.0_dp
 
    if ( size(dims_work) >= 3 ) then
      do j = 1, numdims - 1
        call historyaxisinquire( &
          & axis = gthst_axes(j), &  ! (in)
          & name = name, &           ! (out)
          & size = dim_size )        ! (out)
        if ( trim(dims_work(3)) == trim(name) ) then
          deallocate( weight_vars(numvars + 1) % wgt3 )
          allocate( weight_vars(numvars + 1) % wgt3( dim_size ) )
          weight_vars(numvars + 1) % wgt3 = 1.0_dp
          do k = 1, numwgts
            call historyvarinfoinquire( &
              & varinfo = gthst_weights(k), &  ! (in)
              & name    = name )               ! (out)
            if ( trim(dims_work(3)) // wgtsuf == trim(name) ) then
              weight_vars(numvars + 1) % wgt3 = data_weights( k ) % a_axis
              exit
            end if
          end do
          exit
        end if
      end do
    end if
 
                    
 
    if ( .not. associated( weight_vars(numvars + 1) % wgt4      ) ) &
      &          allocate( weight_vars(numvars + 1) % wgt4( 1 ) )
    weight_vars(numvars + 1) % wgt4 = 1.0_dp
 
    if ( size(dims_work) >= 4 ) then
      do j = 1, numdims - 1
        call historyaxisinquire( &
          & axis = gthst_axes(j), &  ! (in)
          & name = name, &           ! (out)
          & size = dim_size )        ! (out)
        if ( trim(dims_work(4)) == trim(name) ) then
          deallocate( weight_vars(numvars + 1) % wgt4 )
          allocate( weight_vars(numvars + 1) % wgt4( dim_size ) )
          weight_vars(numvars + 1) % wgt4 = 1.0_dp
          do k = 1, numwgts
            call historyvarinfoinquire( &
              & varinfo = gthst_weights(k), &  ! (in)
              & name    = name )               ! (out)
            if ( trim(dims_work(4)) // wgtsuf == trim(name) ) then
              weight_vars(numvars + 1) % wgt4 = data_weights( k ) % a_axis
              exit
            end if
          end do
          exit
        end if
      end do
    end if
 
                    
 
    if ( .not. associated( weight_vars(numvars + 1) % wgt5      ) ) &
      &          allocate( weight_vars(numvars + 1) % wgt5( 1 ) )
    weight_vars(numvars + 1) % wgt5 = 1.0_dp
 
    if ( size(dims_work) >= 5 ) then
      do j = 1, numdims - 1
        call historyaxisinquire( &
          & axis = gthst_axes(j), &  ! (in)
          & name = name, &           ! (out)
          & size = dim_size )        ! (out)
        if ( trim(dims_work(5)) == trim(name) ) then
          deallocate( weight_vars(numvars + 1) % wgt5 )
          allocate( weight_vars(numvars + 1) % wgt5( dim_size ) )
          weight_vars(numvars + 1) % wgt5 = 1.0_dp
          do k = 1, numwgts
            call historyvarinfoinquire( &
              & varinfo = gthst_weights(k), &  ! (in)
              & name    = name )               ! (out)
            if ( trim(dims_work(5)) // wgtsuf == trim(name) ) then
              weight_vars(numvars + 1) % wgt5 = data_weights( k ) % a_axis
              exit
            end if
          end do
          exit
        end if
      end do
    end if
 
                    
 
    if ( .not. associated( weight_vars(numvars + 1) % wgt6      ) ) &
      &          allocate( weight_vars(numvars + 1) % wgt6( 1 ) )
    weight_vars(numvars + 1) % wgt6 = 1.0_dp
 
    if ( size(dims_work) >= 6 ) then
      do j = 1, numdims - 1
        call historyaxisinquire( &
          & axis = gthst_axes(j), &  ! (in)
          & name = name, &           ! (out)
          & size = dim_size )        ! (out)
        if ( trim(dims_work(6)) == trim(name) ) then
          deallocate( weight_vars(numvars + 1) % wgt6 )
          allocate( weight_vars(numvars + 1) % wgt6( dim_size ) )
          weight_vars(numvars + 1) % wgt6 = 1.0_dp
          do k = 1, numwgts
            call historyvarinfoinquire( &
              & varinfo = gthst_weights(k), &  ! (in)
              & name    = name )               ! (out)
            if ( trim(dims_work(6)) // wgtsuf == trim(name) ) then
              weight_vars(numvars + 1) % wgt6 = data_weights( k ) % a_axis
              exit
            end if
          end do
          exit
        end if
      end do
    end if
 
                    
 
    if ( .not. associated( weight_vars(numvars + 1) % wgt7      ) ) &
      &          allocate( weight_vars(numvars + 1) % wgt7( 1 ) )
    weight_vars(numvars + 1) % wgt7 = 1.0_dp
 
    if ( size(dims_work) >= 7 ) then
      do j = 1, numdims - 1
        call historyaxisinquire( &
          & axis = gthst_axes(j), &  ! (in)
          & name = name, &           ! (out)
          & size = dim_size )        ! (out)
        if ( trim(dims_work(7)) == trim(name) ) then
          deallocate( weight_vars(numvars + 1) % wgt7 )
          allocate( weight_vars(numvars + 1) % wgt7( dim_size ) )
          weight_vars(numvars + 1) % wgt7 = 1.0_dp
          do k = 1, numwgts
            call historyvarinfoinquire( &
              & varinfo = gthst_weights(k), &  ! (in)
              & name    = name )               ! (out)
            if ( trim(dims_work(7)) // wgtsuf == trim(name) ) then
              weight_vars(numvars + 1) % wgt7 = data_weights( k ) % a_axis
              exit
            end if
          end do
          exit
        end if
      end do
    end if
 
                    
 
    ! 変数名の有効性を設定
    ! Set validation of the variable name
    !
    call hstnmlinfosetvalidname( &
      & gthstnml = gthstnml, name = varname ) ! (in)
 
    ! 変数情報の登録
    ! Register information of variable
    !
    call historyvarinfocreate( &
      & varinfo = gthst_vars(numvars + 1), &              ! (out)
      & name = varname, dims = dims_noavr, &              ! (in)
      & longname = trim(longname) // longname_avrmsg , &  ! (in)
      & units = units, xtype = precision, &               ! (in)
      & time_average = time_average_work )                ! (in) optional
    varname_vars(numvars + 1) = varname
    tavr_vars(numvars + 1) = time_average_work
    deallocate( dims_noavr )
    deallocate( dims_work )
 
    ! 出力の有効かどうかを確認する
    ! Confirm whether the output is effective
    !
    output_valid_vars(numvars + 1) = hstnmlinfooutputvalid( gthstnml, varname )
 
    ! 出力のタイミングを測るための情報の取得
    ! Get information for measurement of output timing
    !
    if ( output_valid_vars(numvars + 1) ) then
 
      ! NAMELIST から読み込まれた情報の取得
      ! Get information loaded from NAMELIST
      !
      call hstnmlinfoinquire( &
        & gthstnml = gthstnml, &                    ! (in)
        & name = varname, &                         ! (in)
        & interval_value   = interval_value, &      ! (out)
        & interval_unit    = interval_unit_work, &  ! (out)
        & origin_value     = origin_value, &        ! (out)
        & origin_unit      = origin_unit_work, &    ! (out)
        & terminus_value   = terminus_value, &      ! (out)
        & terminus_unit    = terminus_unit_work, &  ! (out)
        & newfile_intvalue = newfile_intvalue, &    ! (out)
        & newfile_intunit  = newfile_intunit_work ) ! (out)
 
      ! 出力間隔ステップ数を算出する.
      ! Calculate number of step of interval of output
      !
      interval_time_vars(numvars + 1) = &
        & dccalconvertbyunit( interval_value, interval_unit_work, 'sec', cal_save )
 
      call dccalparseunit( interval_unit_work, & ! (in)
        & interval_unitsym_vars(numvars + 1) )   ! (out)
 
!!$      call DCDiffTimeCreate( &
!!$        & interval_time_vars(numvars + 1), &   ! (out)
!!$        & interval_value, interval_unit_work ) ! (in)
 
      ! ファイルを作成するステップ数を算出する.
      ! Calculate number of step of interval of output
      !
      origin_time_vars(numvars + 1) = &
        & dccalconvertbyunit( origin_value, origin_unit_work, 'sec', cal_save )
 
!!$      call DCDiffTimeCreate( &
!!$        & origin_time_vars(numvars + 1), & ! (out)
!!$        & origin_value, origin_unit_work ) ! (in)
 
      ! ファイルをクローズするステップ数を算出する.
      ! Calculate number of step of closure of file
      !
      terminus_time_vars(numvars + 1) = &
        & dccalconvertbyunit( terminus_value, terminus_unit_work, 'sec', cal_save )
 
!!$      call DCDiffTimeCreate( &
!!$        & terminus_time_vars(numvars + 1), &   ! (out)
!!$        & terminus_value, terminus_unit_work ) ! (in)
 
      ! ファイルを新規に作り直すステップ数の算出
      ! Calculate number of step of remake of file
      !
      newfile_inttime_vars(numvars + 1) = &
        & dccalconvertbyunit( real( newfile_intvalue, dp ), newfile_intunit_work, 'sec', cal_save )
 
!!$      call DCDiffTimeCreate( &
!!$        & newfile_inttime_vars(numvars + 1), &     ! (out)
!!$        & newfile_intvalue, newfile_intunit_work ) ! (in)
 
    end if
 
    ! GT_HISTORY 変数の取得
    ! Get "GT_HISTORY" variable
    !
    if ( output_valid_vars(numvars + 1) ) then
      define_mode = hstnmlinfodefinemode( gthstnml )
      if ( define_mode ) call hstnmlinfoenddefine( gthstnml ) ! (inout)
      call hstnmlinfoassocgthist( &
        & gthstnml = gthstnml, name = varname, &               ! (in)
        & history = gthst_history_vars(numvars + 1) % gthist ) ! (out)
 
      if ( define_mode ) call hstnmlinforedefine( gthstnml ) ! (inout)
    end if
 
    ! 登録変数の数を更新
    ! Update number of registered variables
    !
    numvars = numvars + 1
 
999 continue
    call storeerror(stat, subname, cause_c = cause_c, cause_i = cause_i)
    call endsub(subname, 'stat=%d', i = (/stat/) )

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◆ historyautoaddvariable2()

subroutine historyautoaddvariable2	(	character(*), intent(in)	varname,
		character(*), dimension(:), intent(in)	dims,
		character(*), intent(in)	longname,
		character(*), intent(in)	units,
		character(*), intent(in), optional	xtype,
		character(*), intent(in), optional	time_units,
		logical, intent(in), optional	time_average,
		character(*), intent(in), optional	file,
		type(dc_difftime), intent(in)	origin,
		type(dc_difftime), intent(in)	terminus,
		type(dc_difftime), intent(in), optional	interval,
		integer, dimension(:), intent(in), optional	slice_start,
		integer, dimension(:), intent(in), optional	slice_end,
		integer, dimension(:), intent(in), optional	slice_stride,
		logical, dimension(:), intent(in), optional	space_average,
		integer, intent(in), optional	newfile_interval )

データ出力するための変数登録 (DC_DIFFTIME 版).

データ出力するための変数登録を行います. origin, terminus, interval に DC_DIFFTIME 型を受け取るラッパーです. HistoryAutoAllVarFix を呼ぶ前にこのサブルーチンを使用してください.