UM Jobsheet for Experiment and Job ID yabhb ------------------------------------------------------------------------------- [cp a] AMIP-std ensemble, member 3 ---------------------------------- UM Version 4.5 UMUI Version 4.5 Atmosphere Global Mesoscale No Ocean No Slab No _______________________________________________________________________________ Personal details ---------------- Job description [cp a] AMIP-std ensemble, member 3 Running the Job on the following machine master Target Machine user-id wmc Mail-id for notification of end-of-run wmc@bas.ac.uk for Met Office users, not using the Generalised Suite control: Tic Code fc15z Renaming the RUN-ID (see help). OFF _______________________________________________________________________________ Target Machine -------------- Running the job on the following machine type. Machine type 'Distributed-Memory Parallel (eg T3E or VPP)' Define the number of processors North-South 1 Define the number of processors East-West 1 Supported Compiler 'Generic type' _______________________________________________________________________________ External Control ---------------- Specify the external control type: 'No external control. UM runs outside a suite.' _______________________________________________________________________________ Control ------- Use 360 day calendar ON Perform the reconfiguration step only OFF Using test small executables OFF Subroutine timer diagnostics ON Using your own STASHmaster directory on the target machine. OFF _______________________________________________________________________________ Script Modifications -------------------- Define bottom and top script inserts: Using script inserts OFF Define scripts on the 'execution' machine. Define general use environment variables (not for standard input directories): ------------------------------------ Table: Defined Environment Variables ------------------------------------ Number Variable Name Value 1 UM_INPUT $UMDIR/PUM_Input/vn4.5 2 UM_OUTPUT $HOME/PUM_Output/vn4.5 ------------------------------------ Define user modifications to the scripts: Including the following user modifications (NRUNS and CRUNS) OFF _______________________________________________________________________________ Output options -------------- Include dump read diagnostics OFF Include dump write diagnostics OFF Report STASH messages OFF Copy job sheet to job library. ON Including : Data files and meaning and dumping sequences. ON Decoded user diagnostic requests and profiles ON Write out D1 from various routines in the model From INITDUM OFF Specifying output at the following timesteps (variables shared with all sub-models) First timestep 0 Last timestep 0 Every 1 _______________________________________________________________________________ Output Management options ------------------------- Specifying extended script output OFF Specify maximum length for 'STANDARD OUT' stream 500000 Copy control files to run output OFF Output option for distributed-memory parallel machines: 'Delete all DATAW output files on successful completion.' Mail the user when the job starts OFF Mail the user when the job completes OFF _______________________________________________________________________________ Control ------- Select Time Convention File Naming Option 'Absolute Time, Standard Convention' Define environment variables for commonly used directories for your Cray files DATAM : Define the directory for written output with time-stamped names $UM_OUTPUT/datam.$RUNID DATAW : Define the directory for other output file $UM_OUTPUT/dataw.$RUNID The following directory names must contain $RUNID within their name UCOMPDIR : Define the directory in which your compilation to take place $DATAW/compile.$RUNID URECONDIR : Define the directory for output of remade reconfiguration $DATAW/recon_compile.$RUNID REBUILD_DIR : Define the directory for output of remade section-defs source $DATAW/rebuild_sec.$RUNID Define other environment variables, for read-only data directories etc: ---------------------------------------------------- Table: Defined Environment Variables for Directories ---------------------------------------------------- Number Variable Name Value, full path name 1 UM_ANCIL_A $UMDIR/vn$VN/ancil/atmos/cl_9673 2 DUMPS $UM_INPUT/dumps 3 MODS $UM_INPUT/mods/source 4 OVERRIDES $UM_INPUT/overrides 5 ANCIL $UM_INPUT/ancil/AMIPII 6 UM_SPECTRAL $UMDIR/vn$VN/ctldata ---------------------------------------------------- _______________________________________________________________________________ Output File Names ----------------- Do you want to use a different set of output file names? OFF _______________________________________________________________________________ Run Time Info. -------------- Specify the date and time of the start dump(s) Year 1978 Month 2 Day 1 Hour 0 Minute 0 Second 0 Target run length (relative to basis time) Years 30 Months 0 Days 5 Hours 0 Minutes 0 Seconds 0 _______________________________________________________________________________ Ancillary reference time. ------------------------- Specify the reference time used for ancillary files for ALL models Year 1978 Month 2 Day 1 Hour 0 Minute 0 Second 0 Set all elements to 0 for a reference time equal to the basis time. All zeros is not normally recommended for climate model runs. _______________________________________________________________________________ Job Resources and Re-submission ------------------------------- Define submission method ''at' for other UNIX' Specify when to run in 'at' format now Specify nice value 20 Specify job-name. Text RUNID000 is converted and recommended RUNID000 Output class 'Left in output directory.' _______________________________________________________________________________ Job Resources and Re-submission, 2 ---------------------------------- Using automatic re-submission OFF _______________________________________________________________________________ Compile ------- Specify options for the main executable OPTIONS USED FOR ALL SUB_MODELS Choose option 'Compile and build the executable named below, then run' Time limit for compilation (-1 for the queue default) -1 Change the system default for the max no of compilation processes? OFF Specify the directory for the executable $DATAW Specify the file for the executable $RUNID.exe Choose mode 'Normal type' Use fast but non-reproducible code OFF Use Macro-tasked codes for atmospheric physics. OFF _______________________________________________________________________________ Compiler Option Files --------------------- Specify list of files containing user compile options Including the following user compile option override files OFF Including the following user compile option override files OFF _______________________________________________________________________________ Modification of the Reconfiguration ----------------------------------- Set options for the reconfiguration executable Choose option 'Run from the standard executable' _______________________________________________________________________________ Modifications to the model and top level control sections --------------------------------------------------------- Modifications to all submodels and top level control sections Specify update output options (excluding dc) ed,in,um Using operational modset option 'Neither of these' Including the following user modifications ON specify FORTRAN mods ------------------- Table: Fortran mods ------------------- Mod Full path name Include Y/N 1 $MODS/clim/vn4.3/hadam3/AMIPII/h3dbqlim Y 2 $MODS/clim/vn4.3/hadam3/AMIPII/tjnowrit Y 3 $MODS/clim/vn4.4/hadam3/AMIPII/ars1f405 Y 4 $MODS/clim/vn4.4/hadam3/AMIPII/rssafehs4.4 Y 5 $MODS/clim/vn4.5/hadam3/AMIPII/diag_cld Y 6 $MODS/clim/vn4.5/hadam3/AMIPII/gsm1f406 Y 7 $MODS/clim/vn4.5/hadam3/AMIPII/gsm2f406 Y 8 $MODS/clim/vn4.5/hadam3/AMIPII/gsm3f406.new N 9 $MODS/clim/vn4.5/hadam3/AMIPII/gwdtorq2 Y 10 $MODS/clim/vn4.5/hadam3/AMIPII/rspmsl.new.PUM Y 11 $MODS/clim/vn4.5/hadam3/AMIPII/surftorq Y 12 $MODS/general/gsm9f406 N 13 $MODS/wmc/timer-trace.upd Y 14 $MODS/general/lux_open.mod Y 15 $MODS/wmc/wmc-set-env1.upd Y 16 $MODS/wmc/ibuflen.upd Y 17 $MODS/wmc/bitcf-uvadv1c.upd Y 18 $MODS/wmc/timer3a-return.upd Y 19 $MODS/wmc/qtpos1a.upd Y 20 $MODS/general/linux_ocean.mod Y 21 $MODS/general/linuxf_mpp.mod Y 22 $MODS/general/filter1a.mod Y 23 $MODS/general/flush.mod Y 24 $MODS/wmc/wmc-set-decomp.upd Y 25 $MODS/wmc/setfil-write.upd Y ------------------- specify C mods ------------- Table: C mods ------------- Mod Full path name Include Y/N 1 $MODS/clim/vn4.4/hadam3/AMIPII/rsnoopen Y 2 $MODS/wmc/wmc-set-env-c.upd Y ------------- _______________________________________________________________________________ Miscellaneous Sections ---------------------- Choose version of section 80 '1A, standard version' Choose version of section 82 '1A, standard version' Choose version of section 84 '1A, standard version' _______________________________________________________________________________ Miscellaneous Sections ---------------------- Section 91 (Including FFTs) '2A, Version for other platforms, eg workstations.' Choose version of section 92 '1A, standard version.' Choose version of section 93 '1A, standard Cray version' _______________________________________________________________________________ Miscellaneous Sections ---------------------- Choose version of section 94 '1A, standard version' Choose version of section 95 '2A, Standard, portable IO' Choose version of section 96 '1A For those on general MPP machines.' Choose version of section 97 (Timer) '3A Advanced UM timer (suitable for MPP).' _______________________________________________________________________________ Miscellaneous Sections ---------------------- Choose version of section 70 '1A, standard version' Choose version of section 72 'No Atmos/Ocean coupled model control level routines' Choose version of section 99 'No OASIS-coupling control level routines.' _______________________________________________________________________________ Post Processing --------------- Is automatic post processing required 'No' Basic post processing allows for optional deletion of superseded files and periodic submission of user defined scripts. Archiving is defined below. _______________________________________________________________________________ Initialization and processing of standard PP files -------------------------------------------------- Select packing profile for mean PP files 'Unpacked, profile 0' GRIB format mean PP files OFF Define processing and post-processing requirements for the PP output streams. Define periodic re-initialization for those files which require automatic post processing. --------------- Table: PP Files --------------- Basics For re-initialised PP files, also specify PP Packing GRIB FORMAT Periodic Per- Start- Time Sub Model File/Unit profile (Y/N) Re-init iod ing Unit Name PP0/PA/60 0 N Y 30 0 DA A PP1/PB/61 0 N Y 30 0 DA A PP2/PC/62 0 N N 5 0 DA A PP3/PD/63 0 N Y 30 0 DA A PP4/PE/64 0 N N 30 0 DA A PP5/PF/65 0 N N 30 0 DA A PP6/PG/66 0 N Y 30 0 DA A PP7/PH/67 0 N Y 30 0 DA A PP8/PI/68 0 N N PP9/PJ/69 0 N N --------------- Time units are: DA=days, H=hours, T=timesteps, RM=real months. Packing profiles numbers are as defined for mean PP file. Valid sub-model names are. A (Atmosphere), O (Ocean), S (Slab) _______________________________________________________________________________ Local post-processing scripts ----------------------------- Using local post-processing scripts Entry is unset _______________________________________________________________________________ Model inclusion buttons ----------------------- Include your choice from the following models: Atmospheric GCM ON SLAB Ocean OFF Oceanic GCM OFF Wave OFF _______________________________________________________________________________ The OASIS Coupler ----------------- Using the OASIS Coupler OFF _______________________________________________________________________________ Horizontal ---------- Select Area Option 'Global Model' Number of Columns ( X - Direction ) 96 Number of Rows ( Y - Direction ) 73 Number of Land Points 2381 _______________________________________________________________________________ Vertical -------- Number of levels 19 Number of wet levels 19 Number of ozone levels 19 Method for calculating full model levels 'Pressure weighted mean of half level exner.' Specify the number of half levels that are purely sigma. 5 Specify the half level at which pure pressure starts. 17 Define ETA values at half levels ---------------- Table: ETA table ---------------- ETA Eta Half Level Values must be in ascending order 1 1.000000000000 2 0.994000000000 3 0.956000000000 4 0.905000000000 5 0.835000000000 6 0.750000000000 7 0.650000000000 8 0.550000000000 9 0.460000000000 10 0.385000000000 11 0.325000000000 12 0.275000000000 13 0.225000000000 14 0.175000000000 15 0.125000000000 16 0.075000000000 17 0.040000000000 18 0.020000000000 19 0.010000000000 20 0.000500000000 ---------------- _______________________________________________________________________________ Prognostic Variable Choices --------------------------- Light Box to Include SST Anomalies OFF Total aerosol fields OFF Prognostic related choices The internal use of ozone and any ancillary file must be consistent. _______________________________________________________________________________ Atmospheric Tracers ------------------- Do you want to include tracers in the atmosphere? OFF _______________________________________________________________________________ Run Mode -------- Select lower boundary condition option 'Normal earth surface' Growing orography OFF _______________________________________________________________________________ Time Step --------- Number of timesteps per 'period' 48 Number of days per 'period', typically 1 1 Number of sweeps of dynamics per physics timestep 1 Max wind test for half timestep dynamics OFF Top level divergence test for half timestep dynamics OFF _______________________________________________________________________________ Level by Level Physical Constants --------------------------------- ------------------------------ Table: Parameter on all levels ------------------------------ Diffusion u, v, theta Div.damping coeffs. Level K(u,v,T) N(u,v,T) Forecast Assimilation 1 5.470e+08 3 0.000e+00 0.000e+00 2 5.470e+08 3 0.000e+00 0.000e+00 3 5.470e+08 3 0.000e+00 0.000e+00 4 5.470e+08 3 0.000e+00 0.000e+00 5 5.470e+08 3 0.000e+00 0.000e+00 6 5.470e+08 3 0.000e+00 0.000e+00 7 5.470e+08 3 0.000e+00 0.000e+00 8 5.470e+08 3 0.000e+00 0.000e+00 9 5.470e+08 3 0.000e+00 0.000e+00 10 5.470e+08 3 0.000e+00 0.000e+00 11 5.470e+08 3 0.000e+00 0.000e+00 12 5.470e+08 3 0.000e+00 0.000e+00 13 5.470e+08 3 0.000e+00 0.000e+00 14 5.470e+08 3 0.000e+00 0.000e+00 15 5.470e+08 3 0.000e+00 0.000e+00 16 5.470e+08 3 0.000e+00 0.000e+00 17 5.470e+08 3 0.000e+00 0.000e+00 18 5.470e+08 3 0.000e+00 0.000e+00 19 4.000e+06 1 0.000e+00 0.000e+00 ------------------------------ ------------------------------ Table: Parameter on wet levels ------------------------------ Diffusion for humidity Critical humidity Level K(Q) N(Q) Ratio 1 5.470e+08 3 0.950 2 5.470e+08 3 0.900 3 5.470e+08 3 0.850 4 5.470e+08 3 0.700 5 5.470e+08 3 0.700 6 5.470e+08 3 0.700 7 5.470e+08 3 0.700 8 5.470e+08 3 0.700 9 5.470e+08 3 0.700 10 5.470e+08 3 0.700 11 5.470e+08 3 0.700 12 5.470e+08 3 0.700 13 5.470e+08 3 0.700 14 1.500e+08 2 0.700 15 1.500e+08 2 0.700 16 1.500e+08 2 0.700 17 1.500e+08 2 0.700 18 1.500e+08 2 0.700 19 4.000e+06 1 0.700 ------------------------------ _______________________________________________________________________________ General Physics --------------- Number of boundary layer levels 5 Number of deep soil temperature levels (excluding surface), 4 Number of cloud levels used in radiation 18 Ozone is held as zonal average values ON Way of specifying CO2 mass mixing ratio: 'Simple method with fixed value.' CO2 Mass Mixing Ratio for whole run (kg/kg) 5.28700e-04 _______________________________________________________________________________ General Dynamics ---------------- Linear Approximation to Reference Temp Profile ON Extra Terms in 2*Omega*Cos(Phi) and Associated Metric Terms ON _______________________________________________________________________________ General ------- Negative humidities set to zero if the mean humidity over an entire layer is negative ON Local corrections for negative humidity ON _______________________________________________________________________________ Section 1 : SW Radiation ------------------------ Choose version '<3A> General 2-stream radiation code' Including cloud micro-physics ON Number of segments 4 Specify Parameters Number of times per day to calculate increments 8 Number of bands 6 Include dependence of sea-ice albedo on snow depth OFF Minimum albedo of sea ice 0.50 Maximum albedo of sea ice 0.80 Temperature range over which the albedo varies linearly between max and min values 10.00 _______________________________________________________________________________ Section 1 : SW Radiation, options for general 2-stream radiation ---------------------------------------------------------------- Specify the location of the shortwave spectral file Directory $UM_SPECTRAL File spec3a_sw_3_asol2b_hadcm3 Select 2-stream option 'PIFM85' Select treatment of overlapping for gaseous absorption 'Equivalent extinction' Include absorption by oxygen ON Specify mass mixing ratio of oxygen 0.2314 Include climatological aerosol distribution (Will be used in 2-stream LW and SW.) ON Select option for overlapping clouds ' MRO & Vertically Coherent Convective Cloud.' Select representation of clouds 'Segregated mixed-phased clouds' Partition convective cloud using the local temperature? OFF Specify types of droplets and ice crystals consistent with the spectral file: Type number for water droplet in stratiform clouds 3 Type number for water droplet in convective clouds 3 Type number for ice crystals in stratiform clouds 2 Type number for ice crystals in convective clouds 3 Including prognostic snow albedo. OFF _______________________________________________________________________________ Section 2 : LW Radiation ------------------------ Choose the relevant option '<3A> General 2-stream LW radiation code.' Number of segments 4 Number of times a day to calculate increments 8 Number of bands 8 _______________________________________________________________________________ Section 2 : LW Radiation, options for general 2-stream radiation. ----------------------------------------------------------------- Specify the location of the longwave spectral file Directory: $UM_SPECTRAL File spec3a_lw_3_asol2b_hadcm3 Select 2-stream option 'PIFM85 with D=1.66' Select treatment of overlapping for gaseous absorption 'Equivalent extinction' Select option for overlapping clouds ' MRO & VCCC.' Select representation of clouds 'Segregated mixed-phased clouds' Partition convective cloud using the local temperature? OFF Specify types of droplets and ice crystals consistent with the spectral file: Type number for water droplet in stratiform clouds 1 Type number for water droplet in convective clouds 1 Type number for ice crystals in stratiform clouds 1 Type number for ice crystals in convective clouds 1 Using Microphysics in the longwave ON Do you want to approximate the effects of scattering ? ON Choose option for variation of source function across layers 'Quadratic.' _______________________________________________________________________________ Section 3 : Boundary Layer -------------------------- Choose version '<5A> MOSES-I Kept version.' Using orographic roughness fields. ON Use Rapidly mixing Boundary Layer option. OFF Making the mixing length above B.L. independent of B.L. depth as for HadCM3 ON _______________________________________________________________________________ Section 4 : Large Scale Precipitation ------------------------------------- Choose version '<2E> Optimised 3rd-climate-version option.' Specify threshold values of cloud liquid water for the formation of precipitation Over land 2.000e-04 Over sea 5.000e-05 _______________________________________________________________________________ Section 5 : Convection ---------------------- Choose version '<3C> Options for CAPE closure and accurate phase change; tracer transport ; MPP optimised.' Number of segments 4 Specify Parameters Calling frequency (timesteps) 1 For versions <3B>,<3C>: With convective momentum transports included ON (Use only if convection called every timestep) Choose: 'Standard local buoyancy closure.' Bottom model layer convective parcel excesses to depend on turbulent fluctuations. OFF Applying the environmental compensation for the initial parcel excesses. OFF With radiative representation of anvils included. OFF Excluding convective precipitation from the water path. OFF Setting MPARWTR parameter (kg/kg). 1.0000e-03 Updraught factor for reducing cloud water. 1.0000 For version <3C>: Including accurate treatment of precipitation phase change. ON _______________________________________________________________________________ Section 6 : Gravity Wave Drag ----------------------------- Choose version '<3A> Scheme with anisotropic orography, hydraulic jumps etc' Starting from level 3 Surface gravity wave constant 2.00e+04 Trapped lee wave constant 3.00e+05 _______________________________________________________________________________ Section 7 : Vertical Diffusion ------------------------------ Choose the relevant section release 'Vertical diffusion not included' _______________________________________________________________________________ Section 8 : Surface Hydrology ----------------------------- Choose version '<5A> MOSES-I (Met Office Surface Exchange Scheme).' _______________________________________________________________________________ Section 9 : Cloud Scheme ------------------------ Choose version '<1A> Standard scheme with triangular probability density function.' Mixed phased precipitation compliant schemes are: <2A> & <2B> _______________________________________________________________________________ Section 10 : Dynamical Adjustment --------------------------------- Choose version '<1A> Standard scheme.' Number of adjustment steps per advection step 3 Using time smoothing Coefficient 0.050 _______________________________________________________________________________ Section 11 : Atmospheric Tracer Advection ----------------------------------------- Choose version 'Atmospheric tracer advection not included' _______________________________________________________________________________ Section 12 : Primary Field Advection ------------------------------------ Choose version '<1C> MPP version of 1B' Using advection weighting term (NU_BASIC) 0.166667 _______________________________________________________________________________ Section 13 : Diffusion & Filtering ---------------------------------- Choose version '<1A> Standard scheme' Assuming an external gravity wave speed of (m/s) 350.0 Filtering safety multiplying factor 0.3300 Filtering wave numbers checked every 1 Using time units 'Timesteps' Specify pressure altitude up to which horizontal diffusion is switched off over steep slopes. Pressure in PASCALS 20000.0 _______________________________________________________________________________ Section 14 : Energy Adjustment ------------------------------ Choose the relevant section release '<1A> Standard energy adjustment included' Number of hours between successive calls 24 _______________________________________________________________________________ Section 17 : Chemistry. ----------------------- Choose the relevant section release 'Chemistry not included.' _______________________________________________________________________________ Section 18 : Data Assimilation ------------------------------ Choose the relevant section release 'Assimilation not included' _______________________________________________________________________________ Section 19 : Vegetation ----------------------- Choose version 'Vegetation distribution not included' _______________________________________________________________________________ Section 70 : Shared Radiation Routines. --------------------------------------- Choose the relevant section release '<1A> Standard shared routines included.' _______________________________________________________________________________ Section 90, including QSAT -------------------------- Include Multi-tasked version as standard on the Cray unless otherwise stated Include Single-tasked version for other unix platforms Note Section 90 is not an atmospheric section. It has code that can span more than one sub-model. Choose version of section 90 '2A, including more accurate calculations of saturated mixing ratio (QSAT).' _______________________________________________________________________________ Methane Absorption ------------------ Define specification of methane absorption. 'Included. Use a constant value.' Specify mass mixing ratio of Methane 9.116e-07 Push LWG2 for general 2-stream LW radiation window. Push N2O for the next minor gas. _______________________________________________________________________________ Nitrous Oxide Absorption ------------------------ Define specification of Nitrous Oxide absorption. 'Included. Use a constant value.' Specify mass mixing ratio of Nitrous Oxide 4.861e-07 Push LWG2 for LW general 2-stream radiation window. Push CFC11 for the next minor gas. _______________________________________________________________________________ CFC11 Absorption ---------------- Define specification of CFC11 absorption. 'Included. Use a constant value.' Specify mass mixing ratio of CFC11 1.053e-09 Push LWG2 for general 2-stream LW radiation window. Push CFC12 for the next minor gas. _______________________________________________________________________________ CFC12 Absorption ---------------- Define specification of CFC12 absorption. 'Included. Use a constant value.' Specify mass mixing ratio of CFC12 1.595e-09 Push LWG2 for general 2-stream LW radiation window. Push CFC113 for the next minor gas. _______________________________________________________________________________ CFC113 Absorption ----------------- Define specification of CFC113 absorption. 'Excluded.' Push LWG2 for LW general 2-stream radiation window. Push HCFC22 for the next minor gas. _______________________________________________________________________________ HCFC22 Absorption ----------------- Define specification of HCFC22 absorption. 'Excluded.' Push LWG2 for LW general 2-stream radiation window. Push HFC125 for the next minor gas. _______________________________________________________________________________ HFC125 Absorption ----------------- Define specification of HFC125 absorption. 'Excluded.' Push LWG2 for LW general 2-stream radiation window. Push HFC134A for the next minor gas. _______________________________________________________________________________ HFC134A Absorption ------------------ Define specification of HFC134A absorption. 'Excluded.' Push LWG2 for general 2-stream LW radiation window. Push METH for the next minor gas. _______________________________________________________________________________ Assimilation General -------------------- Select assimilation mode 'No assimilation' _______________________________________________________________________________ Specification of the start dump ------------------------------- Specify the initial dump Enter directory or Environment Variable $DUMPS and file name yabdaa.dah8250 Using the reconfiguration ON Resetting data time to verification time ON The dump is in ECMWF GRIB format OFF Using the spiral coastal adjustment algorithm ON Choose horizontal interpolation method 'Bilinear.' Writing the reconfigured file to Directory name or DATAW $DATAW and file name $RUNID.start _______________________________________________________________________________ Header dimensions ----------------- Specify the maximum total number of lookup headers on the ancillary files used for updating Ancil Headers 1000 _______________________________________________________________________________ Ozone ----- Define the use of the Ozone ancillary fields and file Enter directory or Environment Variable $ANCIL and file name ozone_19lev Ozone ancillary field to be 'Updated' Every 1 Time 'Months' _______________________________________________________________________________ Soil moisture and snow depth ---------------------------- Specify the use of the soil-moisture and snow-depth ancillary file and fields Directory name or Environment Variable $ANCIL and file name qrclim.smow.newA Soil-moisture ancillary field to be: 'Configured' Snow-depth ancillary field to be: 'Configured' Layer Soil-moisture-content ancillary field to be: 'Configured' _______________________________________________________________________________ Deep soil temperatures ---------------------- Specify the deep-soil-temperature ancillary file and fields Directory name or Environment Variable $ANCIL and file name qrclim.slt.newA Deep-soil-temperature ancillary fields to be: 'Configured' _______________________________________________________________________________ Soil : VSMC, hydrological/thermal conductivity etc. --------------------------------------------------- Specify the soil-parameters ancillary fields and file Enter directory or Environment Variable $UM_ANCIL_A and file name qrparm.soil.MOSES Volumetric soil moisture concentration at wilting point. Ancillary field to be: 'Configured' Volumetric soil moisture content at critical point. Ancillary field to be: 'Configured' Volumetric soil moisture concentration at field capacity. Ancillary field to be: 'Configured' Volumetric soil moisture concentration at saturation. Ancillary field to be: 'Configured' _______________________________________________________________________________ Soil : VSMC, hydrological/thermal conductivity etc. --------------------------------------------------- Eaglesons exponent NOT required as you are not using single-layer hydrology Eagleson's exponent. Ancillary field to be: 'Not used' Clapp-Hornberg 'B' parameter. Ancillary field to be: 'Configured' Thermal capacity of soil. Ancillary field to be: 'Configured' Thermal conductivity of soil. Ancillary field to be: 'Configured' Saturated soil water suction. Ancillary field to be: 'Configured' _______________________________________________________________________________ Vegetation ---------- Specify vegetation ancillary file and fields Enter directory or Environment Variable $UM_ANCIL_A and file name qrparm.veg Vegetation fraction. Ancillary field to be 'Configured' Root Depth. Ancillary field to be 'Configured' Snow free surface albedo. Ancillary field to be 'Configured' Asymptotic deep snow albedo. Ancillary field to be 'Configured' Surface resistance to evaporation. Ancillary field to be 'Configured' Canopy capacity. Ancillary field to be 'Configured' _______________________________________________________________________________ Vegetation ---------- Specify vegetation ancillary file and fields, continued.... Infiltration enhancement factor. Ancillary field to be 'Configured' Roughness length. Ancillary field to be 'Configured' Leaf area index of vegetation fraction. Ancillary field to be 'Configured' Canopy height of vegetation fraction. Ancillary field to be 'Configured' _______________________________________________________________________________ Vegetation ---------- Specify ancillary files and fields for the Vegetation Parametrization: Specify ancillary file and fields for the fractions of surface types: Enter directory or Environment Variable Entry is unset and file name Entry is unset Fractional covering of surface types to be: 'Not used' Specify ancillary file and fields for plant functional types: Enter directory or Environment Variable Entry is unset and file name Entry is unset Leaf area index of plant functional types to be: 'Not used' Canopy height of plant functional types to be: 'Not used' Grid-box-mean canopy conductance to be: 'Not used' _______________________________________________________________________________ Vegetation Disturbance ---------------------- Specify ancillary files and fields for Vegetation disturbance: Enter directory or Environment Variable Entry is unset and file name Entry is unset Disturbed fraction of vegetation to be: 'Not used' _______________________________________________________________________________ Sea surface temperatures ------------------------ Specify sea-surface-temperature ancillary file and fields Directory name or Environment Variable $UM_ANCIL_A/AMIPII and file name qrsst_amip2 Sea surface temperature field to be: 'Updated' Every 1 Time 'Days' Using AMIP-II method of updating SST and sea ice. ON _______________________________________________________________________________ Sea ice fields -------------- Specify the Sea-Ice ancillary file and fields. Enter directory or Environment Variable $UM_ANCIL_A/AMIPII and file name qrice_amip2 Sea ice fraction. Ancillary field to be 'Updated' Every 1 Time 'Days' Sea ice thickness. Ancillary field to be 'Updated' Every 1 Time 'Days' _______________________________________________________________________________ Sulphur Emissions (2D) ---------------------- Define the use of the 2D Sulphur Emissions ancillary fields and file Enter directory or Environment Variable Entry is unset and file name Entry is unset Surface sulphur-dioxide emissions ancillary field to be 'Not Used' Dimethyl Sulphide emissions ancillary field to be 'Not Used' High-level sulphur dioxide emissions ancillary field to be 'Not Used' Ammonia emissions ancillary field to be 'Not Used' _______________________________________________________________________________ Chemical Oxidants ----------------- Define the use of the Chemical Oxidants ancillary fields and file Enter directory or Environment Variable Entry is unset and file name Entry is unset OH Concentrations ancillary field to be 'Not Used' HO2 Concentrations ancillary field to be 'Not Used' H2O2 Concentrations ancillary field to be 'Not Used' Ozone-Oxidant Concentrations ancillary field to be 'Not Used' _______________________________________________________________________________ SO2 Emissions (3D). ------------------- Define the use of the 3D Sulphur Emissions ancillary fields and file Natural SO2 Emissions ancillary field to be 'Not Used' _______________________________________________________________________________ Soot Emissions -------------- Define the use of the Soot Emissions ancillary fields and file Enter directory or Environment Variable Entry is unset and file name Entry is unset Surface soot emissions ancillary field to be 'Not Used' High-level soot emissions ancillary field to be 'Not Used' _______________________________________________________________________________ CO2 Emissions for Interactive Carbon Cycle ------------------------------------------- Define the use of the CO2 Emissions ancillary fields and file Enter directory or Environment Variable Entry is unset and file name Entry is unset CO2 emissions ancillary field to be 'Not Used' _______________________________________________________________________________ Sea surface currents -------------------- Specify the sea-surface-currents ancillary file and fields. Enter directory or Environment Variable Entry is unset and file name Entry is unset Sea surface current ancillary field to be 'Not used' _______________________________________________________________________________ Total aerosol fields -------------------- Specify the Total-aerosol ancillary file and fields Specify the file Enter directory or Environment Variable Entry is unset and file name Entry is unset Total aerosol concentration is: 'Not used' Source and sink terms are 'Not used' Note: use of the source is incompatible with updating concentration _______________________________________________________________________________ HadCM2 Sulphate Loading ----------------------- Define the use of the HadCM2 Sulphate Loading ancillary fields and file Enter directory or Environment Variable Entry is unset and file name Entry is unset Anthropogenic (tropospheric) sulphate loading patterns. 'Not Used' _______________________________________________________________________________ Multi-level user ancillary file ------------------------------- Specify multi-level user ancillary file Directory name or Environment Variable Entry is unset and file name Entry is unset All fields on the file to be: 'Not Used' _______________________________________________________________________________ Single-level user ancillary file -------------------------------- Specify single-level user ancillary file Directory name or Environment Variable Entry is unset and file name Entry is unset All fields on the file to be: 'Not Used' _______________________________________________________________________________ Orography --------- Define the use of the Orography ancillary file and fields Enter directory or Environment Variable $UM_ANCIL_A and file name qrparm.orog The ancillary orography to be configured ON The ancillary standard deviation of orography to be configured ON The ancillary orographic roughness to be configured ON _______________________________________________________________________________ Land Sea Mask ------------- Define the use of the Land-Sea-Mask ancillary file and fields Enter directory or environment variable $UM_ANCIL_A and file name qrparm.mask The ancillary Land-Sea_mask to be configured ON The ancillary river catchment field to be configured OFF _______________________________________________________________________________ Tracer and Aerosol ancillary file --------------------------------- Define the use of the Tracer and Aerosol ancillary file and fields Enter directory or Environment Variable Entry is unset and file name Entry is unset Soot is defined as Excluded in the TRACER panel Sulphuric acid is defined as Excluded in the TRACER panel Ammonium sulphate is defined as Excluded in the TRACER panel _______________________________________________________________________________ Perturbation Ancillary file. ---------------------------- Define the use of the perturbation file. This file is used in ensemble runs. Perturbation data to be 'Not used' _______________________________________________________________________________ Transplant data. ---------------- Do you want to define transplanting of data? OFF _______________________________________________________________________________ SSU Observations ---------------- Incorporate SSU observations at reconfiguration OFF _______________________________________________________________________________ STASH Diagnosic table for ATMOS partition ----------------------------------------- Key: I: Included or excluded P: Package and include status +A for include A: Available US: User or system diagnostic Sec Itm Diagnostic Name Time Domain Usage I P A US ------------------------------------------------------------------------------- 0 1 PSTAR AFTER TIMESTEP TDAYMN DIAG UPA Y C Y S 0 1 PSTAR AFTER TIMESTEP TDumpmn DIAG UPMEAN Y +A Y S 0 2 U COMPNT OF WIND AFTER TIMESTEP TDumpmn DA19 UPMEAN Y + Y S 0 3 V COMPNT OF WIND AFTER TIMESTEP TDumpmn DA19 UPMEAN Y + Y S 0 4 THETA AFTER TIMESTEP TDumpmn DA19 UPMEAN Y + Y S 0 10 SPECIFIC HUMIDITY AFTER TIMESTEP TDumpmn DA19 UPMEAN Y + Y S 0 13 CONV CLOUD AMOUNT AFTER TIMESTEP TDumpmn DIAG UPMEAN Y + Y S 0 24 SURFACE TEMPERATURE AFTER TIMESTEP TDumpmn DIAG UPMEAN Y + Y S 0 25 BOUNDARY LAYER DEPTH AFTER TIMESTEP TDumpmn DIAG UPMEAN Y + Y S 0 26 ROUGHNESS LENGTH AFTER TIMESTEP TDumpmn DIAG UPMEAN Y + Y S 1 202 NET DOWN SW FLUX: SOLID SURF: ALL T TDumpmn DIAG UPMEAN Y + Y S 1 203 NET DOWN SW RAD FLUX: OPEN SEA TDumpmn DIAG UPMEAN Y + Y S 2 201 NET DOWN SURFACE LW RAD FLUX TDumpmn DIAG UPMEAN Y + Y S 2 204 TOTAL CLOUD AMOUNT IN LW RADIATION TDumpmn DIAG UPMEAN Y + Y S 3 4 TEMPERATURE AFTER B.LAYER T1248TS DA1 UPTEST N + Y S 3 217 SURFACE & B.LAYER HEAT FLUXES W/M TDumpmn DA5HALF UPMEAN Y + Y S 3 219 X-COMP OF SURF & BL WIND STRESS N/M TDumpmn DA5HALF UPMEAN Y + Y S 3 220 Y-COMP OF SURF & BL WIND STRESS N/M TDumpmn DA5HALF UPMEAN Y + Y S 3 225 10 METRE WIND U-COMP TDumpmn DIAG UPMEAN Y + Y S 3 226 10 METRE WIND V-COMP TDumpmn DIAG UPMEAN Y + Y S 3 234 SURFACE LATENT HEAT FLUX W/M TDumpmn DIAG UPMEAN Y + Y S 3 236 TEMPERATURE AT 1.5M TDumpmn DIAG UPMEAN Y + Y S 4 4 TEMPERATURE AFTER LARGE SCALE PRECI T1248TS DA1 UPTEST N + Y S 4 203 LARGE SCALE RAINFALL RATE KG/M2/ TDumpmn DIAG UPMEAN Y + Y S 4 204 LARGE SCALE SNOWFALL RATE KG/M2/ TDumpmn DIAG UPMEAN Y + Y S 5 4 THETA AFTER CONVECTION INCREMENT T1248TS DA1 UPTEST N + Y S 5 205 CONVECTIVE RAINFALL RATE KG/M2/ TDumpmn DIAG UPMEAN Y + Y S 5 206 CONVECTIVE SNOWFALL RATE KG/M2/ TDumpmn DIAG UPMEAN Y + Y S 5 215 TOTAL SNOWFALL RATE: LS+CONV KG/M2/ TDumpmn DIAG UPMEAN Y + Y S 5 216 TOTAL PRECIPITATION RATE KG/M2/ TDumpmn DIAG UPMEAN Y + Y S 6 2 U COMPNT OF WIND AFTER G.WAVE DRAG T1248TS DA1 UPTEST N + Y S 8 24 SURFACE TEMPERATURE,AFTER HYDROLOGY T1248TS DIAG UPTEST N + Y S 9 4 TEMPERATURE AFTER DYNAMIC CLOUD T1248TS DA1 UPTEST N + Y S 10 1 PSTAR AFTER ADJUSTMENT T1248TS DIAG UPTEST N + Y S 12 2 U AFTER PRIMARY FIELD ADVECTION T1248TS DA1 UPTEST N + Y S 13 2 U AFTER FILTERING AND DIFFUSION T1248TS DA1 UPTEST N + Y S 14 201 ATMOS ENERGY CORR'N IN COLUMN W/M T1248TS DIAG UPTEST N + Y S 15 201 U COMPNT OF WIND ON PRESSURE LEVELS TDumpmn DPwmc UPMEAN Y + Y S 15 202 V COMPNT OF WIND ON PRESSURE LEVELS TDumpmn DPwmc UPMEAN Y + Y S 16 202 GEOPOTENTIAL HEIGHT: PRESSURE LEVEL TDumpmn DPwmc UPMEAN Y + Y S 16 203 TEMPERATURE ON PRESSURE LEVELS TDumpmn DPwmc UPMEAN Y + Y S 16 222 PRESSURE AT MEAN SEA LEVEL TDumpmn DIAG UPMEAN Y + Y S _______________________________________________________________________________ STASH Tags for Diagnostics -------------------------- -------------------------- Table: Diagnostic Packages -------------------------- Package Include Y/N A Y B N C N Package Description of package A Standard HadAM3 diagnostic list B Diagnostics for perturbation test C Diagnostics for Tim Johns perturbation test -------------------------- _______________________________________________________________________________ STASH Time profiles. -------------------- Time profile name TDAYMN Specify time processing required 'Time mean, specify meaning period and sampling frequency below' Define the meaning period: Time units 'Days' Sampling period 1 Define the sampling frequency to make up the above: Time units 'Timesteps' Frequency (every) 1 Sampling offset (0 for no offset) 0 Specify the output times for the diagnostic Specification type 'Regular intervals' Time units 'Days' Starting 1 Ending -1 Frequency (every) 1 Set ending to -1 for the whole run _______________________________________________________________________________ STASH Time profiles. -------------------- Time profile name TMIN Specify time processing required 'Minimum value in a period, specify period and sampling frequency below' Define the period over which to generate the minimum: Time units 'Days' Sampling period 1 Define the sampling frequency to make up the above: Time units 'Timesteps' Frequency (every) 1 Sampling offset (0 for no offset) 0 Specify the output times for the diagnostic Specification type 'Regular intervals' Time units 'Days' Starting 1 Ending -1 Frequency (every) 1 Set ending to -1 for the whole run _______________________________________________________________________________ STASH Time profiles. -------------------- Time profile name TMAX Specify time processing required 'Maximum value in a period, specify period and sampling frequency below' Define the period over which to generate the maximum: Time units 'Days' Sampling period 1 Define the sampling frequency to make up the above: Time units 'Timesteps' Frequency (every) 1 Sampling offset (0 for no offset) 0 Specify the output times for the diagnostic Specification type 'Regular intervals' Time units 'Days' Starting 1 Ending -1 Frequency (every) 1 Set ending to -1 for the whole run _______________________________________________________________________________ STASH Time profiles. -------------------- Time profile name T6HRLY Specify time processing required 'No time processing. Field valid at output timesteps.' Specify the output times for the diagnostic Specification type 'Regular intervals' Time units 'Hours' Starting 6 Ending -1 Frequency (every) 6 Set ending to -1 for the whole run _______________________________________________________________________________ STASH Time profiles. -------------------- Time profile name T6HRDM Specify time processing required 'Time mean, specify meaning period and sampling frequency below' Define the meaning period: Time units 'Days' Sampling period 1 Define the sampling frequency to make up the above: Time units 'Hours' Frequency (every) 6 Sampling offset (0 for no offset) 0 Specify the output times for the diagnostic Specification type 'Regular intervals' Time units 'Days' Starting 1 Ending -1 Frequency (every) 1 Set ending to -1 for the whole run _______________________________________________________________________________ STASH Time profiles. -------------------- Time profile name T1248TS Specify time processing required 'No time processing. Field valid at output timesteps.' Specify the output times for the diagnostic Specification type 'Specified List' Time units 'Timesteps' Number of times in the list 6 ----------------------- Table: Output time list ----------------------- No. Values need to be sorted 1 0 2 1 3 2 4 4 5 8 6 16 ----------------------- _______________________________________________________________________________ STASH Time profiles. -------------------- Time profile name T1TS Specify time processing required 'No time processing. Field valid at output timesteps.' Specify the output times for the diagnostic Specification type 'Specified List' Time units 'Timesteps' Number of times in the list 2 ----------------------- Table: Output time list ----------------------- No. Values need to be sorted 1 0 2 1 ----------------------- _______________________________________________________________________________ STASH Time profiles. -------------------- Time profile name TDumpmn Specify time processing required 'Time mean, specify meaning period and sampling frequency below' Define the meaning period: Time units 'Dump periods' Sampling period 1 Define the sampling frequency to make up the above: Time units 'Timesteps' Frequency (every) 1 Sampling offset (0 for no offset) 0 Specify the output times for the diagnostic Specification type 'Regular intervals' Time units 'Dump periods' Starting 1 Ending -1 Frequency (every) 1 Set ending to -1 for the whole run _______________________________________________________________________________ Domain profile specification (Levels) ------------------------------------- Domain profile name DIAG Select vertical level type 'Variables derived on a single or unspecified level' _______________________________________________________________________________ Domain Profile Specification (Pseudo) ------------------------------------- Specify pseudo level type 'No pseudo level dimension' _______________________________________________________________________________ Domain Profile Specification (Horiz) ------------------------------------ Select horizontal domain type 'Full model area' Specify point option 'All gridpoints' Select meaning option 'No spatial averaging' Select weighting option 'No weighting' _______________________________________________________________________________ Domain Profile Specification (Timeseries) ----------------------------------------- Is this a time-series domain profile? OFF _______________________________________________________________________________ Domain profile specification (Levels) ------------------------------------- Domain profile name DVERTM Select vertical level type 'Variables on full levels' Specification of levels by 'Range of model levels' Range starting at 1 Range ending at 19 _______________________________________________________________________________ Domain Profile Specification (Pseudo) ------------------------------------- Specify pseudo level type 'No pseudo level dimension' _______________________________________________________________________________ Domain Profile Specification (Horiz) ------------------------------------ Select horizontal domain type 'Full model area' Specify point option 'All gridpoints' Select meaning option 'Vertical mean' Select weighting option 'Mass weighting' _______________________________________________________________________________ Domain Profile Specification (Timeseries) ----------------------------------------- Is this a time-series domain profile? OFF _______________________________________________________________________________ Domain profile specification (Levels) ------------------------------------- Domain profile name DA19 Select vertical level type 'Variables on full levels' Specification of levels by 'Range of model levels' Range starting at 1 Range ending at 19 _______________________________________________________________________________ Domain Profile Specification (Pseudo) ------------------------------------- Specify pseudo level type 'No pseudo level dimension' _______________________________________________________________________________ Domain Profile Specification (Horiz) ------------------------------------ Select horizontal domain type 'Full model area' Specify point option 'All gridpoints' Select meaning option 'No spatial averaging' Select weighting option 'No weighting' _______________________________________________________________________________ Domain Profile Specification (Timeseries) ----------------------------------------- Is this a time-series domain profile? OFF _______________________________________________________________________________ Domain profile specification (Levels) ------------------------------------- Domain profile name DA19Z Select vertical level type 'Variables on full levels' Specification of levels by 'Range of model levels' Range starting at 1 Range ending at 19 _______________________________________________________________________________ Domain Profile Specification (Pseudo) ------------------------------------- Specify pseudo level type 'No pseudo level dimension' _______________________________________________________________________________ Domain Profile Specification (Horiz) ------------------------------------ Select horizontal domain type 'Full model area' Specify point option 'All gridpoints' Select meaning option 'Zonal mean' Select weighting option 'No weighting' _______________________________________________________________________________ Domain Profile Specification (Timeseries) ----------------------------------------- Is this a time-series domain profile? OFF _______________________________________________________________________________ Domain profile specification (Levels) ------------------------------------- Domain profile name DP17 Select vertical level type 'Variables on pressure levels (hPa)' ------------------------- Table: Select real levels ------------------------- Lev Levels 1 1000.000 2 925.000 3 850.000 4 700.000 5 600.000 6 500.000 7 400.000 8 300.000 9 250.000 10 200.000 11 150.000 12 100.000 13 70.000 14 50.000 15 30.000 16 20.000 17 10.000 ------------------------- _______________________________________________________________________________ Domain Profile Specification (Pseudo) ------------------------------------- Specify pseudo level type 'No pseudo level dimension' _______________________________________________________________________________ Domain Profile Specification (Horiz) ------------------------------------ Select horizontal domain type 'Full model area' Specify point option 'All gridpoints' Select meaning option 'No spatial averaging' Select weighting option 'No weighting' _______________________________________________________________________________ Domain Profile Specification (Timeseries) ----------------------------------------- Is this a time-series domain profile? OFF _______________________________________________________________________________ Domain profile specification (Levels) ------------------------------------- Domain profile name DTHET4 Select vertical level type 'Variables on theta levels (K)' ------------------------- Table: Select real levels ------------------------- Lev Levels 1 315.000 2 330.000 3 350.000 4 380.000 5 405.000 ------------------------- _______________________________________________________________________________ Domain Profile Specification (Pseudo) ------------------------------------- Specify pseudo level type 'No pseudo level dimension' _______________________________________________________________________________ Domain Profile Specification (Horiz) ------------------------------------ Select horizontal domain type 'Full model area' Specify point option 'All gridpoints' Select meaning option 'No spatial averaging' Select weighting option 'No weighting' _______________________________________________________________________________ Domain Profile Specification (Timeseries) ----------------------------------------- Is this a time-series domain profile? OFF _______________________________________________________________________________ Domain profile specification (Levels) ------------------------------------- Domain profile name DA18 Select vertical level type 'Variables on full levels' Specification of levels by 'Range of model levels' Range starting at 1 Range ending at 18 _______________________________________________________________________________ Domain Profile Specification (Pseudo) ------------------------------------- Specify pseudo level type 'No pseudo level dimension' _______________________________________________________________________________ Domain Profile Specification (Horiz) ------------------------------------ Select horizontal domain type 'Full model area' Specify point option 'All gridpoints' Select meaning option 'No spatial averaging' Select weighting option 'No weighting' _______________________________________________________________________________ Domain Profile Specification (Timeseries) ----------------------------------------- Is this a time-series domain profile? OFF _______________________________________________________________________________ Domain profile specification (Levels) ------------------------------------- Domain profile name DHYDRO Select vertical level type 'Variables on deep soil levels' Specification of levels by 'Range of model levels' Range starting at 1 Range ending at 4 _______________________________________________________________________________ Domain Profile Specification (Pseudo) ------------------------------------- Specify pseudo level type 'No pseudo level dimension' _______________________________________________________________________________ Domain Profile Specification (Horiz) ------------------------------------ Select horizontal domain type 'Full model area' Specify point option 'Land gridpoints only' Select meaning option 'No spatial averaging' Select weighting option 'No weighting' _______________________________________________________________________________ Domain Profile Specification (Timeseries) ----------------------------------------- Is this a time-series domain profile? OFF _______________________________________________________________________________ Domain profile specification (Levels) ------------------------------------- Domain profile name DIAGZ Select vertical level type 'Variables derived on a single or unspecified level' _______________________________________________________________________________ Domain Profile Specification (Pseudo) ------------------------------------- Specify pseudo level type 'No pseudo level dimension' _______________________________________________________________________________ Domain Profile Specification (Horiz) ------------------------------------ Select horizontal domain type 'Full model area' Specify point option 'All gridpoints' Select meaning option 'Zonal mean' Select weighting option 'No weighting' _______________________________________________________________________________ Domain Profile Specification (Timeseries) ----------------------------------------- Is this a time-series domain profile? OFF _______________________________________________________________________________ Domain profile specification (Levels) ------------------------------------- Domain profile name DA5Z Select vertical level type 'Variables on full levels' Specification of levels by 'Range of model levels' Range starting at 1 Range ending at 5 _______________________________________________________________________________ Domain Profile Specification (Pseudo) ------------------------------------- Specify pseudo level type 'No pseudo level dimension' _______________________________________________________________________________ Domain Profile Specification (Horiz) ------------------------------------ Select horizontal domain type 'Full model area' Specify point option 'All gridpoints' Select meaning option 'Zonal mean' Select weighting option 'No weighting' _______________________________________________________________________________ Domain Profile Specification (Timeseries) ----------------------------------------- Is this a time-series domain profile? OFF _______________________________________________________________________________ Domain profile specification (Levels) ------------------------------------- Domain profile name DA17HALF Select vertical level type 'Variables on half levels' Specification of levels by 'Range of model levels' Range starting at 3 Range ending at 19 _______________________________________________________________________________ Domain Profile Specification (Pseudo) ------------------------------------- Specify pseudo level type 'No pseudo level dimension' _______________________________________________________________________________ Domain Profile Specification (Horiz) ------------------------------------ Select horizontal domain type 'Full model area' Specify point option 'All gridpoints' Select meaning option 'No spatial averaging' Select weighting option 'No weighting' _______________________________________________________________________________ Domain Profile Specification (Timeseries) ----------------------------------------- Is this a time-series domain profile? OFF _______________________________________________________________________________ Domain profile specification (Levels) ------------------------------------- Domain profile name DA5HALF Select vertical level type 'Variables on half levels' Specification of levels by 'Range of model levels' Range starting at 1 Range ending at 5 _______________________________________________________________________________ Domain Profile Specification (Pseudo) ------------------------------------- Specify pseudo level type 'No pseudo level dimension' _______________________________________________________________________________ Domain Profile Specification (Horiz) ------------------------------------ Select horizontal domain type 'Full model area' Specify point option 'All gridpoints' Select meaning option 'No spatial averaging' Select weighting option 'No weighting' _______________________________________________________________________________ Domain Profile Specification (Timeseries) ----------------------------------------- Is this a time-series domain profile? OFF _______________________________________________________________________________ Domain profile specification (Levels) ------------------------------------- Domain profile name DPUV Select vertical level type 'Variables on pressure levels (hPa)' ------------------------- Table: Select real levels ------------------------- Lev Levels 1 850.000 2 700.000 3 500.000 4 200.000 5 50.000 ------------------------- _______________________________________________________________________________ Domain Profile Specification (Pseudo) ------------------------------------- Specify pseudo level type 'No pseudo level dimension' _______________________________________________________________________________ Domain Profile Specification (Horiz) ------------------------------------ Select horizontal domain type 'Full model area' Specify point option 'All gridpoints' Select meaning option 'No spatial averaging' Select weighting option 'No weighting' _______________________________________________________________________________ Domain Profile Specification (Timeseries) ----------------------------------------- Is this a time-series domain profile? OFF _______________________________________________________________________________ Domain profile specification (Levels) ------------------------------------- Domain profile name D500250 Select vertical level type 'Variables on pressure levels (hPa)' ------------------------- Table: Select real levels ------------------------- Lev Levels 1 500.000 2 250.000 ------------------------- _______________________________________________________________________________ Domain Profile Specification (Pseudo) ------------------------------------- Specify pseudo level type 'No pseudo level dimension' _______________________________________________________________________________ Domain Profile Specification (Horiz) ------------------------------------ Select horizontal domain type 'Full model area' Specify point option 'All gridpoints' Select meaning option 'No spatial averaging' Select weighting option 'No weighting' _______________________________________________________________________________ Domain Profile Specification (Timeseries) ----------------------------------------- Is this a time-series domain profile? OFF _______________________________________________________________________________ Domain profile specification (Levels) ------------------------------------- Domain profile name D850250 Select vertical level type 'Variables on pressure levels (hPa)' ------------------------- Table: Select real levels ------------------------- Lev Levels 1 850.000 2 250.000 ------------------------- _______________________________________________________________________________ Domain Profile Specification (Pseudo) ------------------------------------- Specify pseudo level type 'No pseudo level dimension' _______________________________________________________________________________ Domain Profile Specification (Horiz) ------------------------------------ Select horizontal domain type 'Full model area' Specify point option 'All gridpoints' Select meaning option 'No spatial averaging' Select weighting option 'No weighting' _______________________________________________________________________________ Domain Profile Specification (Timeseries) ----------------------------------------- Is this a time-series domain profile? OFF _______________________________________________________________________________ Domain profile specification (Levels) ------------------------------------- Domain profile name DA5 Select vertical level type 'Variables on full levels' Specification of levels by 'Range of model levels' Range starting at 1 Range ending at 5 _______________________________________________________________________________ Domain Profile Specification (Pseudo) ------------------------------------- Specify pseudo level type 'No pseudo level dimension' _______________________________________________________________________________ Domain Profile Specification (Horiz) ------------------------------------ Select horizontal domain type 'Full model area' Specify point option 'All gridpoints' Select meaning option 'No spatial averaging' Select weighting option 'No weighting' _______________________________________________________________________________ Domain Profile Specification (Timeseries) ----------------------------------------- Is this a time-series domain profile? OFF _______________________________________________________________________________ Domain profile specification (Levels) ------------------------------------- Domain profile name DPwmc Select vertical level type 'Variables on pressure levels (hPa)' ------------------------- Table: Select real levels ------------------------- Lev Levels 1 850.000 2 700.000 3 500.000 4 300.000 5 100.000 6 50.000 ------------------------- _______________________________________________________________________________ Domain Profile Specification (Pseudo) ------------------------------------- Specify pseudo level type 'No pseudo level dimension' _______________________________________________________________________________ Domain Profile Specification (Horiz) ------------------------------------ Select horizontal domain type 'Full model area' Specify point option 'All gridpoints' Select meaning option 'No spatial averaging' Select weighting option 'No weighting' _______________________________________________________________________________ Domain Profile Specification (Timeseries) ----------------------------------------- Is this a time-series domain profile? OFF _______________________________________________________________________________ Domain profile specification (Levels) ------------------------------------- Domain profile name DA1 Select vertical level type 'Variables on full levels' Specification of levels by 'Range of model levels' Range starting at 1 Range ending at 1 _______________________________________________________________________________ Domain Profile Specification (Pseudo) ------------------------------------- Specify pseudo level type 'No pseudo level dimension' _______________________________________________________________________________ Domain Profile Specification (Horiz) ------------------------------------ Select horizontal domain type 'Full model area' Specify point option 'All gridpoints' Select meaning option 'No spatial averaging' Select weighting option 'No weighting' _______________________________________________________________________________ Domain Profile Specification (Timeseries) ----------------------------------------- Is this a time-series domain profile? OFF _______________________________________________________________________________ STASH Usage profile. -------------------- Usage profile name UPA Specify the final destination of the diagnostic 'PP-file. Specify stream below' Specify PP output unit (unit 60-69 for stream 0-9) 60 _______________________________________________________________________________ STASH Usage profile. -------------------- Usage profile name UPMEAN Specify the final destination of the diagnostic 'Dump store with climate mean TAG. Specify meaning periods below' Tagged for climate mean period 1 ON Tagged for climate mean period 2 ON Tagged for climate mean period 3 ON Tagged for climate mean period 4 ON _______________________________________________________________________________ STASH Usage profile. -------------------- Usage profile name U68 Specify the final destination of the diagnostic 'PP-file. Specify stream below' Specify PP output unit (unit 60-69 for stream 0-9) 68 _______________________________________________________________________________ STASH Usage profile. -------------------- Usage profile name UPTEST Specify the final destination of the diagnostic 'PP-file. Specify stream below' Specify PP output unit (unit 60-69 for stream 0-9) 69 _______________________________________________________________________________ STASH related choices --------------------- V_INT_TP converts from potential temaperature using alternate EXNER assuming each layer is isothermal. Output of Temperature on model levels to use routine V_INT_TP. OFF Section 15 is included Define the pressure levels to be used for interpolation onto PV surfaces _______________________________________________________________________________ Specify User STASHmaster files ------------------------------ Using user STASHmaster files for the Atmosphere. OFF _______________________________________________________________________________ Driving an external wave model ------------------------------ Specify the macro for driving an external wave model Choose mode 'No Macro' _______________________________________________________________________________ Driving an external surge model ------------------------------- Specify the macro for driving an external surge model Choose mode 'No Macro' _______________________________________________________________________________ FOAM Driving Macro ------------------ Specify the FOAM driving Macro. Choose mode 'No Macro' _______________________________________________________________________________ Driving an external ocean model ------------------------------- Specify the macro for driving an external ocean model Choose mode 'No Macro' _______________________________________________________________________________ Moss Diagnostics ---------------- Specify the MOS diagnostic macro. Choose mode 'No Macro' _______________________________________________________________________________ Background quality control diagnostics -------------------------------------- Specify the macro for creating background quality control diagnostics Choose mode 'No Macro' _______________________________________________________________________________ Production of standard test diagnostics --------------------------------------- Specify the macro for standard test diagnostics Choose mode 'No Macro' _______________________________________________________________________________ MOPS output background field macro ---------------------------------- Specify the MOPS output background field macro. Choose mode 'No Macro' _______________________________________________________________________________ Means ----- Select dumping and meaning option 'Regular frequency dumps with possible meaning sequence' Select dumping packing option 'Unpacked primary and diagnostic fields.' Using Unit 'Days' Restart dumps every 10 with zonal-means written every (restart dump occurrences) 0 Set frequencies to 0 for never Defining a meaning sequence ON Using reference date for meaning Year 1978 Month 12 Day 1 Hour 0 Minute 0 Second 0 _______________________________________________________________________________ Dumping and Meaning sequences (2) --------------------------------- For regular dumping with climate meaning Specify the number of meaning periods to use (1 to 4) 4 Define requirement for your meaning sequence. Specify period lengths in terms of number of restart dumps for period 1 and then in multiples of the previous period Specify frequencies as 'every nth period-m mean'. Set to 0 if not required ------------ Table: Means ------------ Period length Zonal-Mean Write Freq PP files Required Y/N 3 0 Y 3 0 Y 4 0 Y 10 0 Y ------------ Define the fields required in zonal-mean writes. Winds OFF Temperature OFF Humidity OFF Kinetic Energy OFF Variances OFF Extra fields OFF _______________________________________________________________________________ User defined script release --------------------------- Specify release of user-supplied scripts during execution of the atmospheric model ? 'No' _______________________________________________________________________________ Section 71 : Top level control for the atmosphere ------------------------------------------------- Choose version '<1A> Standard top level control routines included' _______________________________________________________________________________ Section 15 : Diagnostics after Dynamics --------------------------------------- Choose version '<1A> Original release' Define the pressure levels to be used for interpolation onto PV surfaces Number of pressure levels 18 ---------------------------------- Table: Pressures for interpolation ---------------------------------- Level Pressure Level Values must be in ascending order 1 950.000 2 900.000 3 850.000 4 800.000 5 750.000 6 700.000 7 650.000 8 600.000 9 550.000 10 500.000 11 450.000 12 400.000 13 350.000 14 300.000 15 250.000 16 200.000 17 150.000 18 100.000 ---------------------------------- _______________________________________________________________________________ Section 16 : Diagnostics after Physics -------------------------------------- Choose version '<1A> Original release' _______________________________________________________________________________ Sections 21-24 : Climate mean sections -------------------------------------- Choose version '<1A> Original release' This section calls routines from the Dynamics and Physics diagnostic sections (15 & 16) _______________________________________________________________________________ Zonal Mean Section ------------------ Choose version of section 87 '1A, standard version' _______________________________________________________________________________ Generating Lateral Boundary Tendencies -------------------------------------- Stream 1 is not active Stream 2 is not active Stream 3 is not active Stream 4 is not active Stream 5 is not active Stream 6 is not active Stream 7 is not active Stream 8 is not active -------------------------------------- Maximum-Minimum Writes ---------------------- ####################################################################### Note, this facility has not been parallelised. Do not use on MPP. ####################################################################### Select Max-Min write mode 'Off' _______________________________________________________________________________ Patch Writing ------------- ####################################################################### Note, this facility has not been parallelised. Do not use on MPP. ####################################################################### Enable Patch Writing OFF _______________________________________________________________________________ Maximum/Minimum Increments -------------------------- Choose mode 'No checks or writing' _______________________________________________________________________________ D1 Dumps from the WRITD1 routine -------------------------------- This window allows you to specify that you want copies of D1 writing out from various routines in the model From ATMSTEP OFF From ATMPHYS OFF From ATMDYN OFF _______________________________________________________________________________ Atmospheric Error Checking -------------------------- Include test for negative p* and theta. ON _______________________________________________________________________________ Generating Lateral Boundary Tendencies -------------------------------------- Stream 1 is not active Stream 2 is not active Stream 3 is not active Stream 4 is not active --------------------------------------