Class | phy_ape |
In: |
physics/phy_ape.f90
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Note that Japanese and English are described in parallel.
全球が水に覆われているような惑星大気を計算する上で 必要な物理過程を計算します. 実際にこのモジュールで計算されている物理過程は以下の通りです.
Physical processes are calculated for calculation of atmosphere on a planet covered with water globally. Physical processes calculated in this module is as follows.
Create : | PHYAPE 型変数の初期設定 |
PhysicsAPE : | 物理過程の計算 |
Close : | PHYAPE 型変数の終了処理 |
PutLine : | PHYAPE 型変数に格納されている情報の印字 |
initialized : | PHYAPE 型変数が初期設定されているか否か |
———— : | ———— |
Create : | Constructor of "PHYAPE" |
PhysicsAPE : | Calculate physical processes |
Close : | Deconstructor of "PHYAPE" |
PutLine : | Print information of "PHYAPE" |
initialized : | Check initialization of "PHYAPE" |
主プログラムの始めに, PHYAPE 型の変数を Create で初期化します. 次に, 時間積分ループ内で渦度, 発散, 温度, 比湿, 地表面気圧 ( $ t+\Delta t $ ) を PhysicsAPE に与えてください. それらの値に対して物理過程の演算を行います. 最後に, PHYAPE 型の変数の終了処理を Close にて行います.
In the begging of program, initialize "PHYAPE" by "Create". Next, in the time integration loop, provide vorticity, divergence, temperature, specific humidity, surface pressure on $ t+\Delta t $ to PhysicsAPE. Physical processes are calculate about the values. Finally, terminate "PHYAPE" by "Close".
Derived_Types | [] | PHYAPE |
Subroutine : | |||
phy_ape : | type(PHYAPE), intent(inout) | ||
err : | logical, intent(out), optional
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PHYAPE 型の変数の終了処理を行います. なお, 与えられた phy_ape が Create によって初期設定 されていない場合, プログラムはエラーを発生させます.
Deconstructor of "PHYAPE". Note that if phy_ape is not initialized by "Create" yet, error is occurred.
Alias for PhysApeClose
Subroutine : | |||
phy_ape : | type(PHYAPE), intent(inout) | ||
imax : | integer, intent(in)
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jmax : | integer, intent(in)
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kmax : | integer, intent(in)
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x_Lon(0:imax-1) : | real(DP), intent(in)
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y_Lat(0:jmax-1) : | real(DP), intent(in)
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z_Sigma(0:kmax-1) : | real(DP), intent(in)
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r_Sigma(0:kmax) : | real(DP), intent(in)
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DelTime : | real(DP), intent(in)
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nmlfile : | character(*), intent(in), optional
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err : | logical, intent(out), optional
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PHYAPE 型の変数の初期設定を行います. 他のサブルーチンを使用する前に必ずこのサブルーチンによって PHYAPE 型の変数を初期設定してください.
なお, 与えられた phy_ape が既に初期設定されている場合, プログラムはエラーを発生させます.
NAMELIST を利用する場合には引数 nmlfile に NAMELIST ファイル名 を与えてください. NAMELIST 変数群の詳細に関しては NAMELIST#phy_ape_nml を参照してください.
Constructor of "PHYAPE". Initialize phy_ape by this subroutine, before other procedures are used,
Note that if phy_ape is already initialized by this procedure, error is occurred.
In order to use NAMELIST, specify a NAMELIST filename to argument nmlfile. See "NAMELIST#phy_ape_nml" for details about a NAMELIST group.
Alias for PhysApeCreate
Derived Type : | |||
initialized = .false. : | logical
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imax : | integer
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jmax : | integer
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kmax : | integer
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x_Lon(:) : | real(DP), pointer
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y_Lat(:) : | real(DP), pointer
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z_Sigma(:) : | real(DP), pointer
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r_Sigma(:) : | real(DP), pointer
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DelTime : | real(DP)
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phy_grd : | type(PHYGRD) | ||
phy_intpol : | type(PHYINTPOL) | ||
phy_negq : | type(PHYNEGQ) | ||
phy_cumad : | type(PHYCUMAD) | ||
phy_lscond : | type(PHYLSCOND) | ||
phy_impl : | type(PHYIMPL) | ||
phy_radflx : | type(PHYRADFLX) | ||
phy_vdif : | type(PHYVDIF) | ||
phy_surfflx : | type(PHYSURFFLX) | ||
phy_dry : | type(PHYDRY) |
まず, Create で "PHYAPE" 型の変数を初期設定して下さい. 初期設定された "PHYAPE" 型の変数を再度利用する際には, Close によって終了処理を行ってください.
Initialize "PHYAPE" variable by "Create" before usage. If you reuse "PHYAPE" variable again for another application, terminate by "Close".
Subroutine : | |||
phy_ape : | type(PHYAPE), intent(inout) | ||
err : | logical, intent(out), optional
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なお, 与えられた phy_ape が Create によって初期設定 されていない場合, プログラムはエラーを発生させます.
If phy_ape is not initialized by "Create" yet, error is occurred.
Alias for PhysApePhysicsAPE
Subroutine : | |||
phy_ape : | type(PHYAPE), intent(in) | ||
unit : | integer, intent(in), optional
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indent : | character(*), intent(in), optional
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err : | logical, intent(out), optional
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引数 phy_ape に設定されている情報を印字します. デフォルトではメッセージは標準出力に出力されます. unit に装置番号を指定することで, 出力先を変更することが可能です.
Print information of phy_ape. By default messages are output to standard output. Unit number for output can be changed by unit argument.
Alias for PhysApePutLine
Function : | |
result : | logical |
phy_ape : | type(PHYAPE), intent(in) |
phy_ape が初期設定されている場合には .true. が, 初期設定されていない場合には .false. が返ります.
If phy_ape is initialized, .true. is returned. If phy_ape is not initialized, .false. is returned.
Alias for PhysApeInitialized
Subroutine : | |||||||||||
nmlfile : | character(*), intent(in)
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err : | logical, intent(out), optional
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NAMELIST ファイル nmlfile から値を入力するための 内部サブルーチンです. Create 内で呼び出されることを 想定しています.
値が NAMELIST ファイル内で指定されていない場合には, 入力された値がそのまま返ります.
なお, nmlfile に空文字が与えられた場合, または 与えられた nmlfile を読み込むことができない場合, プログラムはエラーを発生させます.
This is an internal subroutine to input values from NAMELIST file nmlfile. This subroutine is expected to be called by "Create".
A value not specified in NAMELIST file is returned without change.
If nmlfile is empty, or nmlfile can not be read, error is occurred.
Alias for PhysApeNmlRead
Subroutine : | |||
phy_ape : | type(PHYAPE), intent(inout) | ||
err : | logical, intent(out), optional
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PHYAPE 型の変数の終了処理を行います. なお, 与えられた phy_ape が Create によって初期設定 されていない場合, プログラムはエラーを発生させます.
Deconstructor of "PHYAPE". Note that if phy_ape is not initialized by "Create" yet, error is occurred.
subroutine PhysApeClose( phy_ape, err ) ! ! PHYAPE 型の変数の終了処理を行います. ! なお, 与えられた *phy_ape* が Create によって初期設定 ! されていない場合, プログラムはエラーを発生させます. ! ! Deconstructor of "PHYAPE". ! Note that if *phy_ape* is not initialized by "Create" yet, ! error is occurred. ! use dc_trace, only: BeginSub, EndSub use dc_types, only: DP, STRING, TOKEN, STDOUT use dc_error, only: StoreError, DC_NOERR, DC_ENOTINIT implicit none type(PHYAPE), intent(inout):: phy_ape logical, intent(out), optional:: err ! 例外処理用フラグ. ! デフォルトでは, この手続き内でエラーが ! 生じた場合, プログラムは強制終了します. ! 引数 *err* が与えられる場合, ! プログラムは強制終了せず, 代わりに ! *err* に .true. が代入されます. ! ! Exception handling flag. ! By default, when error occur in ! this procedure, the program aborts. ! If this *err* argument is given, ! .true. is substituted to *err* and ! the program does not abort. !----------------------------------- ! 作業変数 ! Work variables integer:: stat character(STRING):: cause_c character(*), parameter:: subname = 'PhysApeClose' continue call BeginSub( subname ) stat = DC_NOERR cause_c = '' !----------------------------------------------------------------- ! 初期設定のチェック ! Check initialization !----------------------------------------------------------------- if ( .not. phy_ape % initialized ) then stat = DC_ENOTINIT cause_c = 'PHYAPE' goto 999 end if !----------------------------------------------------------------- ! 地表条件設定 ! Configure ground condition !----------------------------------------------------------------- call Close( phy_grd = phy_ape % phy_grd, err = err ) ! (out) !----------------------------------------------------------------- ! 温度の半整数 $ \sigma $ レベルの補間, 気圧とジオポテンシャルの算出 ! Interpolate temperature on half $ \sigma $ level, and ! calculate pressure and geo-potential !----------------------------------------------------------------- call Close( phy_intpol = phy_ape % phy_intpol, err = err ) ! (out) !----------------------------------------------------------------- ! 負の水蒸気除去 ! Remove negative moisture !----------------------------------------------------------------- call Close( phy_negq = phy_ape % phy_negq, err = err ) ! (out) !----------------------------------------------------------------- ! 湿潤過程 (積雲) ! Moist process (cumulus) !----------------------------------------------------------------- call Close( phy_cumad = phy_ape % phy_cumad, err = err ) ! (out) !----------------------------------------------------------------- ! 湿潤過程 (大規模凝結) ! Moist process (large scale condensation) !----------------------------------------------------------------- call Close( phy_lscond = phy_ape % phy_lscond, err = err ) ! (out) !----------------------------------------------------------------- ! 陰解配列初期設定 ! Initialize implicit matrices !----------------------------------------------------------------- call Close( phy_impl = phy_ape % phy_impl, err = err ) ! (out) !----------------------------------------------------------------- ! 放射フラックス ! Radiation flux !----------------------------------------------------------------- call Close( phy_radflx = phy_ape % phy_radflx, err = err ) ! (out) !----------------------------------------------------------------- ! 鉛直拡散フラックス ! Vertical diffusion flux !----------------------------------------------------------------- call Close( phy_vdif = phy_ape % phy_vdif, err = err ) ! (out) !----------------------------------------------------------------- ! 地表面フラックス ! Surface flux !----------------------------------------------------------------- call Close( phy_surfflx = phy_ape % phy_surfflx, err = err ) ! (out) !----------------------------------------------------------------- ! 時間変化率の計算 (陰解法) ! Calculate tendency (implicit) !----------------------------------------------------------------- call Close( phy_vdif = phy_ape % phy_vdif, err = err ) ! (out) !----------------------------------------------------------------- ! 乾燥対流調節 ! Dry convective adjustment !----------------------------------------------------------------- call Close( phy_dry = phy_ape % phy_dry, err = err ) ! (out) !----------------------------------------------------------------- ! 終了処理, 例外処理 ! Termination and Exception handling !----------------------------------------------------------------- phy_ape % initialized = .false. 999 continue call StoreError( stat, subname, err, cause_c ) call EndSub( subname ) end subroutine PhysApeClose
Subroutine : | |||
phy_ape : | type(PHYAPE), intent(inout) | ||
imax : | integer, intent(in)
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jmax : | integer, intent(in)
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kmax : | integer, intent(in)
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x_Lon(0:imax-1) : | real(DP), intent(in)
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y_Lat(0:jmax-1) : | real(DP), intent(in)
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z_Sigma(0:kmax-1) : | real(DP), intent(in)
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r_Sigma(0:kmax) : | real(DP), intent(in)
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DelTime : | real(DP), intent(in)
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nmlfile : | character(*), intent(in), optional
| ||
err : | logical, intent(out), optional
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PHYAPE 型の変数の初期設定を行います. 他のサブルーチンを使用する前に必ずこのサブルーチンによって PHYAPE 型の変数を初期設定してください.
なお, 与えられた phy_ape が既に初期設定されている場合, プログラムはエラーを発生させます.
NAMELIST を利用する場合には引数 nmlfile に NAMELIST ファイル名 を与えてください. NAMELIST 変数群の詳細に関しては NAMELIST#phy_ape_nml を参照してください.
Constructor of "PHYAPE". Initialize phy_ape by this subroutine, before other procedures are used,
Note that if phy_ape is already initialized by this procedure, error is occurred.
In order to use NAMELIST, specify a NAMELIST filename to argument nmlfile. See "NAMELIST#phy_ape_nml" for details about a NAMELIST group.
subroutine PhysApeCreate( phy_ape, imax, jmax, kmax, x_Lon, y_Lat, z_Sigma, r_Sigma, DelTime, nmlfile, err ) ! ! PHYAPE 型の変数の初期設定を行います. ! 他のサブルーチンを使用する前に必ずこのサブルーチンによって ! PHYAPE 型の変数を初期設定してください. ! ! なお, 与えられた *phy_ape* が既に初期設定されている場合, ! プログラムはエラーを発生させます. ! ! NAMELIST を利用する場合には引数 *nmlfile* に NAMELIST ファイル名 ! を与えてください. NAMELIST 変数群の詳細に関しては ! NAMELIST#phy_ape_nml を参照してください. ! ! Constructor of "PHYAPE". ! Initialize *phy_ape* by this subroutine, ! before other procedures are used, ! ! Note that if *phy_ape* is already initialized ! by this procedure, error is occurred. ! ! In order to use NAMELIST, specify a NAMELIST filename to ! argument *nmlfile*. See "NAMELIST#phy_ape_nml" ! for details about a NAMELIST group. ! use dc_trace, only: BeginSub, EndSub use dc_types, only: DP, STRING, TOKEN, STDOUT use dc_present, only: present_and_not_empty, present_and_true use dc_message, only: MessageNotify use dc_error, only: StoreError, DC_NOERR, DC_EALREADYINIT, DC_EARGLACK, DC_ENEGATIVE, DC_ENOFILEREAD implicit none type(PHYAPE), intent(inout):: phy_ape integer, intent(in):: imax ! 経度格子点数. ! Number of grid points in longitude integer, intent(in):: jmax ! 緯度格子点数. ! Number of grid points in latitude integer, intent(in):: kmax ! 鉛直層数. ! Number of vertical level real(DP), intent(in):: x_Lon (0:imax-1) ! 経度. Longitude real(DP), intent(in):: y_Lat (0:jmax-1) ! 緯度. Latitude real(DP), intent(in):: z_Sigma (0:kmax-1) ! $ \sigma $ レベル (整数). ! Full $ \sigma $ level real(DP), intent(in):: r_Sigma (0:kmax) ! $ \sigma $ レベル (半整数). ! Half $ \sigma $ level real(DP), intent(in):: DelTime ! $ \Delta t $ . タイムステップ. Time step character(*), intent(in), optional :: nmlfile ! NAMELIST ファイルの名称. ! この引数に空文字以外を与えた場合, ! 指定されたファイルから ! NAMELIST 変数群を読み込みます. ! ファイルを読み込めない場合にはエラーを ! 生じます. ! ! NAMELIST 変数群の詳細に関しては ! NAMELIST#phy_ape_nml ! を参照してください. ! ! NAMELIST file name. ! If nonnull character is specified to ! this argument, ! NAMELIST group name is loaded from the ! file. ! If the file can not be read, ! an error occurs. ! ! See "NAMELIST#phy_ape_nml" ! for details about a NAMELIST group. ! logical, intent(out), optional:: err ! 例外処理用フラグ. ! デフォルトでは, この手続き内でエラーが ! 生じた場合, プログラムは強制終了します. ! 引数 *err* が与えられる場合, ! プログラムは強制終了せず, 代わりに ! *err* に .true. が代入されます. ! ! Exception handling flag. ! By default, when error occur in ! this procedure, the program aborts. ! If this *err* argument is given, ! .true. is substituted to *err* and ! the program does not abort. !----------------------------------- ! 地表面データ ! Data on surface real(DP):: xy_SurfTemp (0:imax-1, 0:jmax-1) ! 地表面温度. ! Surface temperature real(DP):: xy_SurfAlbedo (0:imax-1, 0:jmax-1) ! 地表アルベド. ! Surface albedo real(DP):: xy_SurfHumidCoeff (0:imax-1, 0:jmax-1) ! 地表湿潤度. ! Surface humidity coefficient real(DP):: xy_SurfRoughLength (0:imax-1, 0:jmax-1) ! 地表粗度長. ! Surface rough length real(DP):: xy_SurfHeatCapacity (0:imax-1, 0:jmax-1) ! 地表熱容量. ! Surface heat capacity real(DP):: xy_GroundTempFlux (0:imax-1, 0:jmax-1) ! 地中熱フラックス. ! Ground temperature flux integer:: xy_SurfCondition (0:imax-1, 0:jmax-1) ! 地表状態. ! Surface condition !----------------------------------- ! 作業変数 ! Work variables integer:: stat character(STRING):: cause_c character(*), parameter:: subname = 'PhysApeCreate' continue call BeginSub( subname, version ) stat = DC_NOERR cause_c = '' !----------------------------------------------------------------- ! 初期設定のチェック ! Check initialization !----------------------------------------------------------------- if ( phy_ape % initialized ) then stat = DC_EALREADYINIT cause_c = 'PHYAPE' goto 999 end if !----------------------------------------------------------------- ! 引数の正当性のチェック ! Validation of arguments !----------------------------------------------------------------- if (imax < 1) then stat = DC_ENEGATIVE cause_c = 'imax' goto 999 end if if (jmax < 1) then stat = DC_ENEGATIVE cause_c = 'jmax' goto 999 end if if (kmax < 1) then stat = DC_ENEGATIVE cause_c = 'kmax' goto 999 end if if (DelTime < 0.0_DP) then stat = DC_ENEGATIVE cause_c = 'DelTime' goto 999 end if !----------------------------------------------------------------- ! 波数・格子点の設定 ! Configure wave number and grid point !----------------------------------------------------------------- phy_ape % imax = imax phy_ape % jmax = jmax phy_ape % kmax = kmax !----------------------------------------------------------------- ! 座標軸の設定 ! Configure axes !----------------------------------------------------------------- allocate( phy_ape % x_Lon (0:imax-1) ) phy_ape % x_Lon = x_Lon allocate( phy_ape % y_Lat (0:jmax-1) ) phy_ape % y_Lat = y_Lat allocate( phy_ape % z_Sigma (0:kmax-1) ) phy_ape % z_Sigma = z_Sigma allocate( phy_ape % r_Sigma (0:kmax) ) phy_ape % r_Sigma = r_Sigma !----------------------------------------------------------------- ! $ \Delta t $ の設定 ! Configure $ \Delta t $ !----------------------------------------------------------------- phy_ape % DelTime = DelTime !----------------------------------------------------------------- ! 地表条件設定 ! Configure ground condition !----------------------------------------------------------------- call Create( phy_grd = phy_ape % phy_grd, imax = imax, jmax = jmax, y_Lat = y_Lat, nmlfile = nmlfile, err = err ) ! (out) call Get( phy_grd = phy_ape % phy_grd, xy_SurfTemp = xy_SurfTemp, xy_SurfAlbedo = xy_SurfAlbedo, xy_SurfHumidCoeff = xy_SurfHumidCoeff, xy_SurfRoughLength = xy_SurfRoughLength, xy_SurfCondition = xy_SurfCondition, xy_SurfHeatCapacity = xy_SurfHeatCapacity, xy_GroundTempFlux = xy_GroundTempFlux ) ! (out) !----------------------------------------------------------------- ! 温度の半整数 $ \sigma $ レベルの補間, 気圧とジオポテンシャルの算出 ! Interpolate temperature on half $ \sigma $ level, and ! calculate pressure and geo-potential !----------------------------------------------------------------- call Create( phy_intpol = phy_ape % phy_intpol, imax = imax, jmax = jmax, kmax = kmax, z_Sigma = z_Sigma, r_Sigma = r_Sigma, nmlfile = nmlfile, err = err ) ! (out) !----------------------------------------------------------------- ! 負の水蒸気除去 ! Remove negative moisture !----------------------------------------------------------------- call Create( phy_negq = phy_ape % phy_negq, imax = imax, jmax = jmax, kmax = kmax, DelTime2 = DelTime * 2.0_DP, nmlfile = nmlfile, err = err ) ! (out) !----------------------------------------------------------------- ! 湿潤過程 (積雲) ! Moist process (cumulus) !----------------------------------------------------------------- call Create( phy_cumad = phy_ape % phy_cumad, imax = imax, jmax = jmax, kmax = kmax, DelTime2 = DelTime * 2.0_DP, nmlfile = nmlfile, err = err ) ! (out) !----------------------------------------------------------------- ! 湿潤過程 (大規模凝結) ! Moist process (large scale condensation) !----------------------------------------------------------------- call Create( phy_lscond = phy_ape % phy_lscond, imax = imax, jmax = jmax, kmax = kmax, DelTime2 = DelTime * 2.0_DP, nmlfile = nmlfile, err = err ) ! (out) !----------------------------------------------------------------- ! 陰解配列初期設定 ! Initialize implicit matrices !----------------------------------------------------------------- call Create( phy_impl = phy_ape % phy_impl, imax = imax, jmax = jmax, kmax = kmax, DelTime2 = DelTime * 2.0_DP, xy_SurfHeatCapacity = xy_SurfHeatCapacity, xy_SurfCondition = xy_SurfCondition, nmlfile = nmlfile, err = err ) ! (out) !----------------------------------------------------------------- ! 放射フラックス ! Radiation flux !----------------------------------------------------------------- call Create( phy_radflx = phy_ape % phy_radflx, imax = imax, jmax = jmax, kmax = kmax, x_Lon = x_Lon, y_Lat = y_Lat, xy_SurfTemp = xy_SurfTemp, xy_SurfAlbedo = xy_SurfAlbedo, ! (in) err = err ) ! (out) !----------------------------------------------------------------- ! 鉛直拡散フラックス ! Vertical diffusion flux !----------------------------------------------------------------- call Create( phy_vdif = phy_ape % phy_vdif, imax = imax, jmax = jmax, kmax = kmax, nmlfile = nmlfile, err = err ) ! (out) !----------------------------------------------------------------- ! 地表面フラックス ! Surface flux !----------------------------------------------------------------- call Create( phy_surfflx = phy_ape % phy_surfflx, imax = imax, jmax = jmax, kmax = kmax, xy_SurfTemp = xy_SurfTemp, xy_SurfHumidCoeff = xy_SurfHumidCoeff, xy_SurfRoughLength = xy_SurfRoughLength, xy_SurfCondition = xy_SurfCondition, nmlfile = nmlfile, err = err ) ! (out) !----------------------------------------------------------------- ! 時間変化率の計算 (陰解法) ! Calculate tendency (implicit) !----------------------------------------------------------------- call Create( phy_vdif = phy_ape % phy_vdif, imax = imax, jmax = jmax, kmax = kmax, nmlfile = nmlfile, err = err ) ! (out) !----------------------------------------------------------------- ! 乾燥対流調節 ! Dry convective adjustment !----------------------------------------------------------------- call Create( phy_dry = phy_ape % phy_dry, imax = imax, jmax = jmax, kmax = kmax, DelTime2 = DelTime * 2.0_DP, nmlfile = nmlfile, err = err ) ! (out) !------------------------- ! NAMELIST からの値 ! Values from NAMELIST !!$ if ( present_and_not_empty(nmlfile) ) then !!$ call MessageNotify( 'M', subname, & !!$ & 'Loading NAMELIST file "%c" ...', & !!$ & c1=trim(nmlfile) ) !!$ call NmlRead ( nmlfile = nmlfile, & ! (in) !!$ & param_i = phy_ape % param_i, & ! (inout) !!$ & param_r = phy_ape % param_r, & ! (inout) !!$ & param_c_ = phy_ape % param_c, & ! (inout) !!$ & err = err ) ! (out) !!$ if ( present_and_true(err) ) then !!$ call MessageNotify( 'W', subname, & !!$ & '"%c" can not be read.', & !!$ & c1=trim(nmlfile) ) !!$ stat = DC_ENOFILEREAD !!$ cause_c = nmlfile !!$ goto 999 !!$ end if !!$ end if !----------------------------------------------------------------- ! 設定値の正当性のチェック ! Validate setting values !----------------------------------------------------------------- !----------------------------------------------------------------- ! ヒストリファイルへのデータ出力設定 ! Configure the settings for history data output !----------------------------------------------------------------- !----------------------------------------------------------------- ! 終了処理, 例外処理 ! Termination and Exception handling !----------------------------------------------------------------- phy_ape % initialized = .true. 999 continue call StoreError( stat, subname, err, cause_c ) call EndSub( subname ) end subroutine PhysApeCreate
Function : | |
result : | logical |
phy_ape : | type(PHYAPE), intent(in) |
phy_ape が初期設定されている場合には .true. が, 初期設定されていない場合には .false. が返ります.
If phy_ape is initialized, .true. is returned. If phy_ape is not initialized, .false. is returned.
logical function PhysApeInitialized( phy_ape ) result(result) ! ! *phy_ape* が初期設定されている場合には .true. が, ! 初期設定されていない場合には .false. が返ります. ! ! If *phy_ape* is initialized, .true. is returned. ! If *phy_ape* is not initialized, .false. is returned. ! implicit none type(PHYAPE), intent(in):: phy_ape continue result = phy_ape % initialized end function PhysApeInitialized
Subroutine : | |||||||||||
nmlfile : | character(*), intent(in)
| ||||||||||
err : | logical, intent(out), optional
|
NAMELIST ファイル nmlfile から値を入力するための 内部サブルーチンです. Create 内で呼び出されることを 想定しています.
値が NAMELIST ファイル内で指定されていない場合には, 入力された値がそのまま返ります.
なお, nmlfile に空文字が与えられた場合, または 与えられた nmlfile を読み込むことができない場合, プログラムはエラーを発生させます.
This is an internal subroutine to input values from NAMELIST file nmlfile. This subroutine is expected to be called by "Create".
A value not specified in NAMELIST file is returned without change.
If nmlfile is empty, or nmlfile can not be read, error is occurred.
subroutine PhysApeNmlRead( nmlfile, err ) ! ! NAMELIST ファイル *nmlfile* から値を入力するための ! 内部サブルーチンです. Create 内で呼び出されることを ! 想定しています. ! ! 値が NAMELIST ファイル内で指定されていない場合には, ! 入力された値がそのまま返ります. ! ! なお, *nmlfile* に空文字が与えられた場合, または ! 与えられた *nmlfile* を読み込むことができない場合, ! プログラムはエラーを発生させます. ! ! This is an internal subroutine to input values from ! NAMELIST file *nmlfile*. This subroutine is expected to be ! called by "Create". ! ! A value not specified in NAMELIST file is returned ! without change. ! ! If *nmlfile* is empty, or *nmlfile* can not be read, ! error is occurred. ! use dc_trace, only: BeginSub, EndSub use dc_types, only: DP, STRING, TOKEN, STDOUT use dc_iounit, only: FileOpen use dc_message, only: MessageNotify use dc_present, only: present_and_true use dc_error, only: StoreError, DC_NOERR, DC_ENOFILEREAD implicit none character(*), intent(in):: nmlfile ! NAMELIST ファイルの名称. ! NAMELIST file name !!$ integer, intent(inout):: param_i !!$ real(DP), intent(inout):: param_r !!$ character(*), intent(inout):: param_c_ !!$ character(TOKEN):: param_c logical, intent(out), optional:: err ! 例外処理用フラグ. ! デフォルトでは, この手続き内でエラーが ! 生じた場合, プログラムは強制終了します. ! 引数 *err* が与えられる場合, ! プログラムは強制終了せず, 代わりに ! *err* に .true. が代入されます. ! ! Exception handling flag. ! By default, when error occur in ! this procedure, the program aborts. ! If this *err* argument is given, ! .true. is substituted to *err* and ! the program does not abort. !!$ namelist /phy_ape_nml/ & !!$ & param_i, param_r, param_c ! phy_ape モジュール用 ! NAMELIST 変数群名. ! ! phy_ape#Create を使用する際に, ! オプショナル引数 *nmlfile* へ NAMELIST ! ファイル名を指定することで, そのファイルから ! この NAMELIST 変数群を読み込みます. ! ! NAMELIST group name for ! "phy_ape" module. ! ! If a NAMELIST filename is specified to ! an optional argument *nmlfile* ! when "phy_ape#Create" is used, ! this NAMELIST group is loaded from ! the file. !----------------------------------- ! 作業変数 ! Work variables integer:: stat character(STRING):: cause_c integer:: unit_nml ! NAMELIST ファイルオープン用装置番号. ! Unit number for NAMELIST file open integer:: iostat_nml ! NAMELIST 読み込み時の IOSTAT. ! IOSTAT of NAMELIST read character(*), parameter:: subname = 'PhysApeNmlRead' continue call BeginSub( subname ) stat = DC_NOERR cause_c = '' !----------------------------------------------------------------- ! 文字型引数を NAMELIST 変数群へ代入 ! Substitute character arguments to NAMELIST group !----------------------------------------------------------------- !!$ param_c = param_c_ !---------------------------------------------------------------- ! NAMELIST ファイルのオープン ! Open NAMELIST file !---------------------------------------------------------------- call FileOpen( unit = unit_nml, file = nmlfile, mode = 'r', err = err ) ! (out) if ( present_and_true(err) ) then stat = DC_ENOFILEREAD cause_c = nmlfile goto 999 end if !----------------------------------------------------------------- ! NAMELIST 変数群の取得 ! Get NAMELIST group !----------------------------------------------------------------- !!$ read( unit = unit_nml, & ! (in) !!$ & nml = phy_ape_nml, iostat = iostat_nml ) ! (out) !!$ if ( iostat_nml == 0 ) then !!$ call MessageNotify( 'M', subname, & !!$ & 'NAMELIST group "%c" is loaded from "%c".', & !!$ & c1='phy_ape_nml', c2=trim(nmlfile) ) !!$ write(STDOUT, nml = phy_ape_nml) !!$ else !!$ call MessageNotify( 'W', subname, & !!$ & 'NAMELIST group "%c" is not found in "%c" (iostat=%d).', & !!$ & c1='phy_ape_nml', c2=trim(nmlfile), & !!$ & i=(/iostat_nml/) ) !!$ end if close( unit_nml ) !----------------------------------------------------------------- ! NAMELIST 変数群を文字型引数へ代入 ! Substitute NAMELIST group to character arguments !----------------------------------------------------------------- !!$ param_c_ = param_c !----------------------------------------------------------------- ! 終了処理, 例外処理 ! Termination and Exception handling !----------------------------------------------------------------- 999 continue call StoreError( stat, subname, err, cause_c ) call EndSub( subname ) end subroutine PhysApeNmlRead
Subroutine : | |||
phy_ape : | type(PHYAPE), intent(inout) | ||
err : | logical, intent(out), optional
|
なお, 与えられた phy_ape が Create によって初期設定 されていない場合, プログラムはエラーを発生させます.
If phy_ape is not initialized by "Create" yet, error is occurred.
subroutine PhysApePhysicsAPE( phy_ape, err ) ! ! なお, 与えられた *phy_ape* が Create によって初期設定 ! されていない場合, プログラムはエラーを発生させます. ! ! If *phy_ape* is not initialized by "Create" yet, ! error is occurred. ! use dc_trace, only: BeginSub, EndSub use dc_types, only: DP, STRING, TOKEN, STDOUT use dc_error, only: StoreError, DC_NOERR, DC_ENOTINIT implicit none type(PHYAPE), intent(inout):: phy_ape logical, intent(out), optional:: err ! 例外処理用フラグ. ! デフォルトでは, この手続き内でエラーが ! 生じた場合, プログラムは強制終了します. ! 引数 *err* が与えられる場合, ! プログラムは強制終了せず, 代わりに ! *err* に .true. が代入されます. ! ! Exception handling flag. ! By default, when error occur in ! this procedure, the program aborts. ! If this *err* argument is given, ! .true. is substituted to *err* and ! the program does not abort. !----------------------------------- ! *phy_ape* から取り出される設定値 ! Setting values fetched from *phy_ape* integer:: imax ! 経度格子点数. ! Number of grid points in longitude integer:: jmax ! 緯度格子点数. ! Number of grid points in latitude integer:: kmax ! 鉛直層数. ! Number of vertical level real(DP):: DelTime ! $ \Delta t $ . タイムステップ. Time step !----------------------------------- ! 温度 (整数レベル) と地表面気圧から内挿されるデータ ! Data interpolated from temperature (full level) and surface pressure real(DP):: xyr_Temp (0:phy_ape%imax-1, 0:phy_ape%jmax-1, 0:phy_ape%kmax) ! $ T $ . 温度 (半整数レベル). ! Temperature (half level) real(DP):: xyz_Press (0:phy_ape%imax-1, 0:phy_ape%jmax-1, 0:phy_ape%kmax-1) ! $ P_s $ . 地表面気圧 (整数レベル). ! Surface pressure (full level) real(DP):: xyr_Press (0:phy_ape%imax-1, 0:phy_ape%jmax-1, 0:phy_ape%kmax) ! $ P_s $ . 地表面気圧 (半整数レベル). ! Surface pressure (half level) real(DP):: xyz_GeoPot (0:phy_ape%imax-1, 0:phy_ape%jmax-1, 0:phy_ape%kmax-1) ! $ \phi $ . ジオポテンシャル (整数レベル). ! Geo-potential (full level) real(DP):: xyr_GeoPot (0:phy_ape%imax-1, 0:phy_ape%jmax-1, 0:phy_ape%kmax) ! $ \phi $ . ジオポテンシャル (半整数レベル). ! Geo-potential (half level) !----------------------------------- ! 負の水蒸気除去に使用される量 ! Values for removal of negative moisture real(DP):: xyz_DNegQvap1Dt (0:phy_ape%imax-1, 0:phy_ape%jmax-1, 0:phy_ape%kmax-1) ! 比湿変化率 (1). ! Specific humidity tendency (1) real(DP):: xyz_DNegQVap2Dt (0:phy_ape%imax-1, 0:phy_ape%jmax-1, 0:phy_ape%kmax-1) ! 比湿変化率 (2). ! Specific humidity tendency (2) !----------------------------------- ! 湿潤過程 (積雲) で計算される量 ! Values calculated by moist process (cumulus) real(DP):: xyz_DCumulusTempDt (0:phy_ape%imax-1, 0:phy_ape%jmax-1, 0:phy_ape%kmax-1) ! 積雲スキームによる温度変化率. ! Temperature tendency by cumulus scheme real(DP):: xyz_DCumulusQvapDt (0:phy_ape%imax-1, 0:phy_ape%jmax-1, 0:phy_ape%kmax-1) ! 積雲スキームによる比湿変化率. ! Specific humidity tendency by cumulus scheme real(DP):: xy_CumulusRain (0:phy_ape%imax-1, 0:phy_ape%jmax-1) ! 積雲スキームによる降水量. ! Precipitation by cumulus scheme !----------------------------------- ! 湿潤過程 (大規模凝結) で計算される量 ! Values calculated by moist process (large scale condensation) real(DP):: xyz_DLscTempDt (0:phy_ape%imax-1, 0:phy_ape%jmax-1, 0:phy_ape%kmax-1) ! 大規模凝結による温度変化率. ! Temperature tendency by large scale condensation real(DP):: xyz_DLscQvapDt (0:phy_ape%imax-1, 0:phy_ape%jmax-1, 0:phy_ape%kmax-1) ! 大規模凝結による比湿変化率. ! Specific humidity tendency by large scale condensation real(DP):: xy_LscRain (0:phy_ape%imax-1, 0:phy_ape%jmax-1) ! 大規模凝結による降水量. ! Precipitation tendency by large scale condensation !----------------------------------- ! 陰解配列 ! Implicit matrices real(DP):: xyza_UVMatrix (0:phy_ape%imax-1, 0:phy_ape%jmax-1, 0:phy_ape%kmax-1, -1:1) ! 速度陰解行列. ! Implicit matrix about velocity real(DP):: xyza_TempMatrix (0:phy_ape%imax-1, 0:phy_ape%jmax-1, -1:phy_ape%kmax-1, -1:1) ! 温度陰解行列. ! Implicit matrix about temperature real(DP):: xyza_QvapMatrix (0:phy_ape%imax-1, 0:phy_ape%jmax-1, 0:phy_ape%kmax-1, -1:1) ! 比湿陰解行列. ! Implicit matrix about specific humidity !----------------------------------- ! 放射フラックスで計算される量 ! Values calculated by radiation flux real(DP):: xyr_RadLFlux (0:phy_ape%imax-1, 0:phy_ape%jmax-1, 0:phy_ape%kmax) ! 長波フラックス. ! Long wave flux real(DP):: xya_SurfRadLMatrix (0:phy_ape%imax-1, 0:phy_ape%jmax-1, -1:1) ! $ T $ 陰解行列: 地表. ! $ T $ implicit matrix: surface real(DP):: xyra_DelRadLFlux (0:phy_ape%imax-1, 0:phy_ape%jmax-1, 0:phy_ape%kmax, 0:1) ! 長波地表温度変化. ! Surface temperature tendency with long wave real(DP):: xyr_RadSFlux (0:phy_ape%imax-1, 0:phy_ape%jmax-1, 0:phy_ape%kmax) ! 日射フラックス. ! Insolation flux !----------------------------------- ! 鉛直拡散フラックスで計算される量 ! Values calculated by vertical diffusion flux real(DP):: xyr_UFlux (0:phy_ape%imax-1, 0:phy_ape%jmax-1, 0:phy_ape%kmax) ! 東西風速フラックス. ! Zonal wind flux real(DP):: xyr_VFlux (0:phy_ape%imax-1, 0:phy_ape%jmax-1, 0:phy_ape%kmax) ! 南北風速フラックス. ! Meridional wind flux real(DP):: xyr_TempFlux (0:phy_ape%imax-1, 0:phy_ape%jmax-1, 0:phy_ape%kmax) ! 温度フラックス. ! Temperature flux real(DP):: xyr_QvapFlux (0:phy_ape%imax-1, 0:phy_ape%jmax-1, 0:phy_ape%kmax) ! 比湿フラックス. ! Specific humidity flux !----------------------------------- ! 地表面フラックスで計算される量 ! Values calculated by surface flux real(DP):: xy_SurfUVMatrix (0:phy_ape%imax-1, 0:phy_ape%jmax-1) ! 速度陰解行列: 地表. ! Implicit matrix about velocity: surface real(DP):: xyaa_SurfTempMatrix (0:phy_ape%imax-1, 0:phy_ape%jmax-1, 0:1, -1:1) ! 温度陰解行列: 地表. ! Implicit matrix about temperature: surface real(DP):: xyaa_SurfQvapMatrix (0:phy_ape%imax-1, 0:phy_ape%jmax-1, 0:1, -1:1) ! 比湿陰解行列: 地表. ! Implicit matrix about specific humidity: surface !----------------------------------- ! 時間変化率の計算 (陰解法) ! Calculate tendency (implicit) real(DP):: xyz_DVerdiffUDt (0:phy_ape%imax-1, 0:phy_ape%jmax-1, 0:phy_ape%kmax-1) ! 東西成分 鉛直拡散加速度. ! Zonal acceleration by vertical diffusion real(DP):: xyz_DVerdiffVDt (0:phy_ape%imax-1, 0:phy_ape%jmax-1, 0:phy_ape%kmax-1) ! 南北成分 鉛直拡散加速度. ! Meridional acceleration by vertical diffusion real(DP):: xyz_DVerdiffTempDt (0:phy_ape%imax-1, 0:phy_ape%jmax-1, 0:phy_ape%kmax-1) ! 鉛直拡散加熱率. ! Temperature tendency by vertical diffusion real(DP):: xyz_DVerdiffSurfTempDt (0:phy_ape%imax-1, 0:phy_ape%jmax-1) ! 地表面 鉛直拡散加熱率. ! Surface temperature tendency by vertical diffusion real(DP):: xyz_DVerdiffQvapDt (0:phy_ape%imax-1, 0:phy_ape%jmax-1, 0:phy_ape%kmax-1) ! 鉛直拡散加湿率. ! Specific humidity tendency by vertical diffusion !----------------------------------- ! 温度変換率 ! Temperature tendency real(DP):: xyz_DRadLTempDt (0:phy_ape%imax-1, 0:phy_ape%jmax-1, 0:phy_ape%kmax-1) ! 長波加熱率. ! Temperature tendency with long wave real(DP):: xyz_DRadSTempDt (0:phy_ape%imax-1, 0:phy_ape%jmax-1, 0:phy_ape%kmax-1) ! 短波加熱率. ! Temperature tendency with short wave !----------------------------------- ! 乾燥対流調節で計算される量 ! Values calculated by dry convective adjustment real(DP):: xyz_DDryTempDt (0:phy_ape%imax-1, 0:phy_ape%jmax-1, 0:phy_ape%kmax-1) ! 乾燥対流調節による温度変化率. ! Temperature tendency by dry convective adjustment !----------------------------------- ! 作業変数 ! Work variables integer:: k ! DO ループ用作業変数 ! Work variables for DO loop integer:: stat character(STRING):: cause_c character(*), parameter:: subname = 'PhysApePhysicsAPE' continue call BeginSub( subname ) stat = DC_NOERR cause_c = '' !----------------------------------------------------------------- ! 初期設定のチェック ! Check initialization !----------------------------------------------------------------- if ( .not. phy_ape % initialized ) then stat = DC_ENOTINIT cause_c = 'PHYAPE' goto 999 end if !----------------------------------------------------------------- ! *phy_ape* に格納されている設定値の取り出し ! Fetch setting values stored in *phy_ape* !----------------------------------------------------------------- imax = phy_ape % imax jmax = phy_ape % jmax kmax = phy_ape % kmax DelTime = phy_ape % DelTime !----------------------------------------------------------------- ! 温度の半整数 $ \sigma $ レベルの補間, 気圧とジオポテンシャルの算出 (1) ! Interpolate temperature on half $ \sigma $ level, and ! calculate pressure and geo-potential (1) !----------------------------------------------------------------- !----------------------------------- ! 温度の半整数 $ \sigma $ レベルの補間 ! Interpolate temperature on half $ \sigma $ level call InterpolateTemp( phy_intpol = phy_ape % phy_intpol, xyz_Temp = xyz_Temp, xyr_Temp = xyr_Temp ) ! (out) !----------------------------------- ! 気圧とジオポテンシャルの算出 ! Calculate pressure and geo-potential call InterpolateGeoPot( phy_intpol = phy_ape % phy_intpol, xy_Ps = xy_Ps, xyz_Temp = xyz_Temp, xyr_Temp = xyr_Temp, xyz_Press = xyz_Press, xyr_Press = xyr_Press, xyz_GeoPot = xyz_GeoPot, xyr_GeoPot = xyr_GeoPot ) ! (out) !----------------------------------------------------------------- ! 負の水蒸気除去 (1) ! Remove negative moisture (1) !----------------------------------------------------------------- xyz_DNegQVap1Dt = 0.0_DP call RemoveNegQVap( phy_negq = phy_ape % phy_negq, xyr_Press = xyr_Press, xyz_QVap = xyz_QVap, xyz_DNegQVapDt = xyz_DNegQVap1Dt ) ! (inout) !----------------------------------------------------------------- ! 湿潤過程 (積雲) ! Moist process (cumulus) !----------------------------------------------------------------- call Cumulus( phy_cumad = phy_ape % phy_cumad, xyz_Press = xyz_Press, xyr_Press = xyr_Press, xyz_Temp = xyz_Temp, xyz_QVap = xyz_QVap, xy_CumulusRain = xy_CumulusRain, xyz_DCumulusTempDt = xyz_DCumulusTempDt, xyz_DCumulusQVapDt = xyz_DCumulusQVapDt ) ! (out) !----------------------------------------------------------------- ! 湿潤過程 (大規模凝結) ! Moist process (large scale condensation) !----------------------------------------------------------------- call LScaleCond( phy_lscond = phy_ape % phy_lscond, xyz_Press = xyz_Press, xyr_Press = xyr_Press, xyz_Temp = xyz_Temp, xyz_QVap = xyz_QVap, xy_LscRain = xy_LscRain, xyz_DLscTempDt = xyz_DLscTempDt, xyz_DLscQVapDt = xyz_DLscQVapDt ) ! (out) !----------------------------------------------------------------- ! 負の水蒸気除去 (2) ! Remove negative moisture (2) !----------------------------------------------------------------- call RemoveNegQVap( phy_negq = phy_ape % phy_negq, xyr_Press = xyr_Press, xyz_QVap = xyz_QVap, xyz_DNegQVapDt = xyz_DNegQVap1Dt ) ! (inout) !----------------------------------------------------------------- ! 温度の半整数 $ \sigma $ レベルの補間, 気圧とジオポテンシャルの算出 (2) ! Interpolate temperature on half $ \sigma $ level, and ! calculate pressure and geo-potential (2) !----------------------------------------------------------------- !----------------------------------- ! 地表面気圧の再計算 ! Recalculate surface pressure do k = 0, kmax - 1 xy_Ps = xy_Ps + ( xyz_DLscQVapDt(:,:,k) + xyz_DCumulusQVapDt(:,:,k) + xyz_DNegQVap1Dt(:,:,k) ) * ( xyr_Press(:,:,k) - xyr_Press(:,:,k+1) ) * 2.0_DP * DelTime end do !----------------------------------- ! 温度の半整数 $ \sigma $ レベルの補間 ! Interpolate temperature on half $ \sigma $ level call InterpolateTemp( phy_intpol = phy_ape % phy_intpol, xyz_Temp = xyz_Temp, xyr_Temp = xyr_Temp ) ! (out) !----------------------------------- ! 気圧とジオポテンシャルの算出 ! Calculate pressure and geo-potential call InterpolateGeoPot( phy_intpol = phy_ape % phy_intpol, xy_Ps = xy_Ps, xyz_Temp = xyz_Temp, xyr_Temp = xyr_Temp, xyz_Press = xyz_Press, xyr_Press = xyr_Press, xyz_GeoPot = xyz_GeoPot, xyr_GeoPot = xyr_GeoPot ) ! (out) !----------------------------------------------------------------- ! 陰解配列作成 ! Create implicit matrices !----------------------------------------------------------------- call GetMatrices( phy_impl = phy_ape % phy_impl, xyr_Press = xyr_Press, xyr_UFlux = xyr_UFlux, xyr_VFlux = xyr_VFlux, xyr_TempFlux = xyr_TempFlux, xyr_QVapFlux = xyr_QVapFlux, xyza_UVMatrix = xyza_UVMatrix, xyza_TempMatrix = xyza_TempMatrix, xyza_QVapMatrix = xyza_QVapMatrix ) ! (out) !----------------------------------------------------------------- ! 放射フラックス ! Radiation flux !----------------------------------------------------------------- call RadiationFlux( phy_radflx = phy_ape % phy_radflx, xyz_Temp = xyz_Temp, xyz_QVap = xyz_QVap, xyr_Press = xyr_Press, xyr_RadLFlux = xyr_RadLFlux, xya_SurfRadLMatrix = xya_SurfRadLMatrix, xyra_DelRadLFlux = xyra_DelRadLFlux, xyr_RadSFlux = xyr_RadSFlux ) ! (out) !----------------------------------------------------------------- ! 鉛直拡散フラックス ! Vertical diffusion flux !----------------------------------------------------------------- call VerticalDiffusion( phy_vdif = phy_ape % phy_vdif, xyz_U = xyz_U, xyz_V = xyz_V, xyz_Temp = xyz_Temp, xyr_Temp = xyr_Temp, xyz_QVap = xyz_QVap, xyz_Press = xyz_Press, xyr_Press = xyr_Press, xyz_GeoPot = xyz_GeoPot, xyr_GeoPot = xyr_GeoPot, xyr_UFlux = xyr_UFlux, xyr_VFlux = xyr_VFlux, xyr_TempFlux = xyr_TempFlux, xyr_QVapFlux = xyr_QVapFlux, xyza_UVMatrix = xyza_UVMatrix, xyza_TempMatrix = xyza_TempMatrix, xyza_QVapMatrix = xyza_QVapMatrix ) ! (inout) !----------------------------------------------------------------- ! 地表面フラックス ! Surface flux !----------------------------------------------------------------- call SurfaceFlux( phy_surfflx = phy_ape % phy_surfflx, xyz_U = xyz_U, xyz_V = xyz_V, xyz_Temp = xyz_Temp, xyr_Temp = xyr_Temp, xyz_QVap = xyz_QVap, xyz_Press = xyz_Press, xyr_Press = xyr_Press, xyz_GeoPot = xyz_GeoPot, xyr_UFlux = xyr_UFlux, xyr_VFlux = xyr_VFlux, xyr_TempFlux = xyr_TempFlux, xyr_QVapFlux = xyr_QVapFlux, xy_SurfUVMatrix = xy_SurfUVMatrix, xyaa_SurfTempMatrix = xyaa_SurfTempMatrix, xyaa_SurfQVapMatrix = xyaa_SurfQVapMatrix ) ! (out) !----------------------------------------------------------------- ! 時間変化率の計算 (陰解法) ! Calculate tendency (implicit) !----------------------------------------------------------------- call Integrate( phy_impl = phy_ape % phy_impl, xyr_UFlux = xyr_UFlux, xyr_VFlux = xyr_VFlux, xyr_TempFlux = xyr_TempFlux, xy_RadSFlux = xyr_RadSFlux(:,:,0), xy_RadLFlux = xyr_RadLFlux(:,:,0), xy_GroundTempFlux = xy_GroundTempFlux, xyr_QVapFlux = xyr_QVapFlux, xyza_UVMatrix = xyza_UVMatrix, xyza_TempMatrix = xyza_TempMatrix, xyza_QVapMatrix = xyza_QVapMatrix, xy_SurfUVMatrix = xy_SurfUVMatrix, xyaa_SurfTempMatrix = xyaa_SurfTempMatrix, xyaa_SurfQVapMatrix = xyaa_SurfQVapMatrix, xya_SurfRadLMatrix = xya_SurfRadLMatrix, xyz_DVerdiffUDt = xyz_DVerdiffUDt, xyz_DVerdiffVDt = xyz_DVerdiffVDt, xyz_DVerdiffTempDt = xyz_DVerdiffTempDt, xyz_DVerdiffSurfTempDt = xyz_DVerdiffSurfTempDt, xyz_DVerdiffQVapDt = xyz_DVerdiffQVapDt ) ! (out) !----------------------------------- ! フラックス補正 ! Flux correction ! ※ とりあえずまだ導入しない !!$ call FluxCorrection( phy_impl = phy_ape % phy_impl, & ! (inout) !!$ & xyz_DVerdiffUDt = xyz_DVerdiffUDt, & ! (in) !!$ & xyz_DVerdiffVDt = xyz_DVerdiffVDt, & ! (in) !!$ & xyz_DVerdiffTempDt = xyz_DVerdiffTempDt, & ! (in) !!$ & xyz_DVerdiffSurfTempDt = xyz_DVerdiffSurfTempDt, & ! (in) !!$ & xyz_DVerdiffQVapDt = xyz_DVerdiffQVapDt, & ! (in) !!$ & xyza_UVMatrix = xyza_UVMatrix, & ! (in) !!$ & xyza_TempMatrix = xyza_TempMatrix, & ! (in) !!$ & xyza_QVapMatrix = xyza_QVapMatrix, & ! (in) !!$ & xy_SurfUVMatrix = xy_SurfUVMatrix, & ! (in) !!$ & xyaa_SurfTempMatrix = xyaa_SurfTempMatrix, & ! (in) !!$ & xyaa_SurfQVapMatrix = xyaa_SurfQVapMatrix, & ! (in) !!$ & xyr_UFlux = xyr_UFlux, xyr_VFlux = xyr_VFlux, & ! (inout) !!$ & xyr_TempFlux = xyr_TempFlux, & ! (inout) !!$ & xyr_QVapFlux = xyr_QVapFlux ) ! (inout) !----------------------------------------------------------------- ! 放射による温度変化率 ! Temperature tendency with radiation !----------------------------------------------------------------- !----------------------------------- ! 地表面気圧の再計算 ! Recalculate surface pressure do k = 0, kmax xyr_RadLFlux(:,:,k) = xyr_RadLFlux(:,:,k) + (xyz_DVerdiffSurfTempDt(:,:) * xyra_DelRadLFlux(:,:,k,0) + xyz_DVerdiffTempDt(:,:,1) * xyra_DelRadLFlux(:,:,k,1) ) * 2.0_DP * DelTime end do !----------------------------------- ! 温度変換率の計算 ! Calculate temperature tendency call Create( phy_radflx = phy_ape % phy_radflx, xyr_RadLFlux = xyr_RadLFlux, xyr_RadSFlux = xyr_RadSFlux, xyr_Press = xyr_Press, xyz_DRadLTempDt = xyz_DRadLTempDt, xyz_DRadSTempDt = xyz_DRadSTempDt ) ! (out) !----------------------------------------------------------------- ! 温度変化分の足し込み ! Add temperature tendency !----------------------------------------------------------------- xyz_Temp = xyz_Temp + ( xyz_DRadLTempDt + xyz_DRadSTempDt ) * 2.0_DP * DelTime xyz_Temp = xyz_Temp + ( xyz_DVerdiffTempDt ) * 2.0_DP * DelTime xyz_QVap = xyz_QVap + ( xyz_DVerdiffQVapDt ) * 2.0_DP * DelTime xyz_U = xyz_U + ( xyz_DVerdiffUDt ) * 2.0_DP * DelTime xyz_V = xyz_V + ( xyz_DVerdiffVDt ) * 2.0_DP * DelTime !!$ ! ※ 未導入. (モジュール化されていない??) !!$ call physics_integrate_surftemp( & !!$ & xy_SurfTemp, xyr_RadLFlux, xyra_DelRadLFlux, & !(inout) !!$ & xyz_DVerdiffSurfTempDt, DelTime & !(in) !!$ & ) !----------------------------------------------------------------- ! 温度の半整数 $ \sigma $ レベルの補間, 気圧とジオポテンシャルの算出 (3) ! Interpolate temperature on half $ \sigma $ level, and ! calculate pressure and geo-potential (3) !----------------------------------------------------------------- !----------------------------------- ! 地表面気圧の再計算 ! Recalculate surface pressure do k = 0, kmax - 1 xy_Ps = xy_Ps + xyz_DVerdiffQVapDt(:,:,k) * ( xyr_Press(:,:,k) - xyr_Press(:,:,k+1) ) * 2.0_DP * DelTime end do !----------------------------------- ! 温度の半整数 $ \sigma $ レベルの補間 ! Interpolate temperature on half $ \sigma $ level call InterpolateTemp( phy_intpol = phy_ape % phy_intpol, xyz_Temp = xyz_Temp, xyr_Temp = xyr_Temp ) ! (out) !----------------------------------- ! 気圧とジオポテンシャルの算出 ! Calculate pressure and geo-potential call InterpolateGeoPot( phy_intpol = phy_ape % phy_intpol, xy_Ps = xy_Ps, xyz_Temp = xyz_Temp, xyr_Temp = xyr_Temp, xyz_Press = xyz_Press, xyr_Press = xyr_Press, xyz_GeoPot = xyz_GeoPot, xyr_GeoPot = xyr_GeoPot ) ! (out) !----------------------------------------------------------------- ! 乾燥対流調節 ! Dry convective adjustment !----------------------------------------------------------------- call DryConvectAdjust( phy_dry = phy_ape % phy_dry, xyz_Press = xyz_Press, xyr_Press = xyr_Press, ! (in) xyz_DDryTempDt = xyz_DDryTempDt ) ! (out) !----------------------------------------------------------------- ! 負の水蒸気除去 (3) ! Remove negative moisture (3) !----------------------------------------------------------------- xyz_DNegQVap2Dt = 0.0_DP call RemoveNegQVap( phy_negq = phy_ape % phy_negq, xyr_Press = xyr_Press, xyz_QVap = xyz_QVap, xyz_DNegQVapDt = xyz_DNegQVap2Dt ) ! (inout) !----------------------------------- ! 地表面気圧の再計算 ! Recalculate surface pressure do k = 0, kmax - 1 xy_Ps = xy_Ps + xyz_DNegQVap2Dt(:,:,k) * ( xyr_Press(:,:,k) - xyr_Press(:,:,k+1) ) * 2.0_DP * DelTime end do !---------------------------------------------------------------- ! ヒストリファイルへのデータ出力 ! History data output !---------------------------------------------------------------- !----------------------------------------------------------------- ! 終了処理, 例外処理 ! Termination and Exception handling !----------------------------------------------------------------- 999 continue call StoreError( stat, subname, err, cause_c ) call EndSub( subname ) end subroutine PhysApePhysicsAPE
Subroutine : | |||
phy_ape : | type(PHYAPE), intent(in) | ||
unit : | integer, intent(in), optional
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indent : | character(*), intent(in), optional
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err : | logical, intent(out), optional
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引数 phy_ape に設定されている情報を印字します. デフォルトではメッセージは標準出力に出力されます. unit に装置番号を指定することで, 出力先を変更することが可能です.
Print information of phy_ape. By default messages are output to standard output. Unit number for output can be changed by unit argument.
subroutine PhysApePutLine( phy_ape, unit, indent, err ) ! ! 引数 *phy_ape* に設定されている情報を印字します. ! デフォルトではメッセージは標準出力に出力されます. ! *unit* に装置番号を指定することで, 出力先を変更することが可能です. ! ! Print information of *phy_ape*. ! By default messages are output to standard output. ! Unit number for output can be changed by *unit* argument. ! use dc_trace, only: BeginSub, EndSub use dc_types, only: DP, STRING, TOKEN, STDOUT use dc_error, only: StoreError, DC_NOERR, DC_ENOTINIT use dc_string, only: Printf implicit none type(PHYAPE), intent(in):: phy_ape integer, intent(in), optional:: unit ! 出力先の装置番号. ! デフォルトの出力先は標準出力. ! ! Unit number for output. ! Default value is standard output. character(*), intent(in), optional:: indent ! 表示されるメッセージの字下げ. ! ! Indent of displayed messages. logical, intent(out), optional:: err ! 例外処理用フラグ. ! デフォルトでは, この手続き内でエラーが ! 生じた場合, プログラムは強制終了します. ! 引数 *err* が与えられる場合, ! プログラムは強制終了せず, 代わりに ! *err* に .true. が代入されます. ! ! Exception handling flag. ! By default, when error occur in ! this procedure, the program aborts. ! If this *err* argument is given, ! .true. is substituted to *err* and ! the program does not abort. !----------------------------------- ! 作業変数 ! Work variables integer:: stat character(STRING):: cause_c integer:: out_unit integer:: indent_len character(STRING):: indent_str character(*), parameter:: subname = 'PhysApePutLine' continue call BeginSub( subname ) stat = DC_NOERR cause_c = '' !----------------------------------------------------------------- ! 初期設定のチェック ! Check initialization !----------------------------------------------------------------- if ( present(unit) ) then out_unit = unit else out_unit = STDOUT end if indent_len = 0 indent_str = '' if ( present(indent) ) then if ( len(indent) /= 0 ) then indent_len = len(indent) indent_str(1:indent_len) = indent end if end if !----------------------------------------------------------------- ! "PHYAPE" の設定の印字 ! Print the settings for "PHYAPE" !----------------------------------------------------------------- if ( phy_ape % initialized ) then call Printf(out_unit, indent_str(1:indent_len) // '#<PHYAPE:: @initialized=%y', l=(/phy_ape % initialized/)) call Printf(out_unit, indent_str(1:indent_len) // ' @imax=%d @jmax=%d @kmax=%d', i=(/phy_ape % imax, phy_ape % jmax, phy_ape % kmax/) ) call Printf(out_unit, indent_str(1:indent_len) // ' @DelTime=%f', i=(/phy_ape % DelTime/) ) call Printf(out_unit, indent_str(1:indent_len) // ' @x_Lon=%*f', i=(/phy_ape % x_Lon/) n=(/phy_ape % imax/)) call Printf(out_unit, indent_str(1:indent_len) // ' @y_Lat=%*f', i=(/phy_ape % y_Lat/) n=(/phy_ape % jmax/)) call Printf(out_unit, indent_str(1:indent_len) // ' @z_Simga=%*f', i=(/phy_ape % z_Sigma/) n=(/phy_ape % kmax/)) call Printf(out_unit, indent_str(1:indent_len) // ' @r_Simga=%*f', i=(/phy_ape % r_Sigma/) n=(/phy_ape % kmax + 1/)) call PutLine( phy_ape % phy_grd, out_unit, indent_str(1:indent_len) // ' ', err ) call PutLine( phy_ape % phy_intpol, out_unit, indent_str(1:indent_len) // ' ', err ) call PutLine( phy_ape % phy_negq, out_unit, indent_str(1:indent_len) // ' ', err ) call PutLine( phy_ape % phy_cumad, out_unit, indent_str(1:indent_len) // ' ', err ) call PutLine( phy_ape % phy_lscond, out_unit, indent_str(1:indent_len) // ' ', err ) call PutLine( phy_ape % phy_impl, out_unit, indent_str(1:indent_len) // ' ', err ) call PutLine( phy_ape % phy_radflx, out_unit, indent_str(1:indent_len) // ' ', err ) call PutLine( phy_ape % phy_vdif, out_unit, indent_str(1:indent_len) // ' ', err ) call PutLine( phy_ape % phy_surfflx, out_unit, indent_str(1:indent_len) // ' ', err ) call PutLine( phy_ape % phy_dry, out_unit, indent_str(1:indent_len) // ' ', err ) call Printf(out_unit, indent_str(1:indent_len) // '>' ) else call Printf(out_unit, indent_str(1:indent_len) // '#<PHYAPE:: @initialized=%y>', l=(/phy_ape % initialized/)) end if !----------------------------------------------------------------- ! 終了処理, 例外処理 ! Termination and Exception handling !----------------------------------------------------------------- 999 continue call StoreError( stat, subname, err, cause_c ) call EndSub( subname ) end subroutine PhysApePutLine
Constant : | |
version = ’$Name: dcpam4-20070909 $’ // ’$Id: phy_ape.f90,v 1.5 2007/09/04 01:35:52 morikawa Exp $’ : | character(*), parameter |