Back to Input Deck Cards

OUTPUT

Defines the type and frequency of output.

Required Cards:

OUTPUT

Opens output block.

Optional Sub-blocks and Cards:

SNAPSHOT_FILE

Opens the snapshot output file block. A snapshot file gives the value of specified variables over the entire domain at a single moment in time.

OBSERVATION_FILE

Opens the observation output file block. An observation file gives the values of specified variables at a point at several moments in time.

MASS_BALANCE_FILE

Opens the mass balance output file block. Mass balance output will be generated, which includes global mass balance as well as fluxes at all boundaries for water and chemical species specified for output in the CHEMISTRY.

Within the SNAPSHOT_FILE, OBSERVATION_FILE, and MASS_BALANCE_FILE blocks, the following cards can be specified:

TIMES <string> <float> … <float>

Specifies a list of times when output will be generated. <string> indicates the time unit applied to the following <float>s that indicate the times.

PERIODIC TIMESTEP <int>

Generates output every <int> number of timesteps.

PERIODIC TIME <int or float> <string>

Generates output at every <int or float> units of time, where <string> defines the units of time.

NO_PRINT_INITIAL

If included, the initial state of the system will not be printed to the output file.

NO_PRINT_FINAL

If included, the final state of the system will not be printed to the output file.

EXTEND_HDF5_TIME_FORMAT

Extends the time format in group names to 13 digits of precision (default = 6 digits of precision). This better enables the printing of small time step.’

Within the SNAPSHOT_FILE and OBSERVATION_FILE blocks (but not MASS_BALANCE_FILE), the variables to be saved can be specified:

VARIABLES

Opens a block which lists variables to be included in the output file. Options include:

AIR_PRESSURE - Air partial pressure \(\units{\strpressure}\)

ARCHIE_CEMENTATION_EXPONENT - Archie’s law cementation exponent \(\units{\strnull}\)

ARCHIE_SATURATION_EXPONENT - Archie’s law saturation exponent \(\units{\strnull}\)

ARCHIE_TORTUOSITY_CONSTANT - Archie’s law tortuosity exponent \(\units{\strnull}\)

CAPILLARY_PRESSURE - Capillary pressure \(\units{\strpressure}\)

COORDINATES - X, Y and Z coordinates \(\units{\strlength}\)

EFFECTIVE_POROSITY - Effective porosity \(\units{\strporosity}\)

ELECTRICAL_CONDUCTIVITY - Electrical conductivity \(\units{\streleccond}\)

ELECTRICAL_POTENTIAL_DIPOLE - Electrical potential dipole \(\units{\strelecpotential}\)

ELECTRICAL_POTENTIAL - Electrical potential \(\units{\strelecpotential}\)

GAS_DENSITY - Gas phase mass density \(\units{\strmassdensity}\)

GAS_DENSITY_MOLAR - Gas phase molar density \(\units{\strmoldensity}\)

GAS_ENERGY - Gas phase energy \(\units{\strenergy}\)

GAS_ENERGY_PER_VOLUME - Gas phase energy density \(\units{\strenergydensity}\)

GAS_MASS_FRACTIONS - Gas phase mass fractions \(\units{\strmassfraction{componsnet}{gas}}\)

GAS_MOBILITY - Gas phase mobility \(\units{\strnull}\)

GAS_MOLE_FRACTIONS - Gas phase mole fractions \(\units{\strmolfraction{component}{gas}}\)

GAS_PRESSURE - Gas phase pressure \(\units{\strpressure}\)

GAS_PERMEABILITY - Gas permeability (same as PERMEABILITY) \(\units{\strarea}\)

GAS_PERMEABILITY_X - Gas X permeability (same as PERMEABILITY_X) \(\units{\strarea}\)

GAS_PERMEABILITY_Y - Gas Y permeability (same as PERMEABILITY_Y) \(\units{\strarea}\)

GAS_PERMEABILITY_Z - Gas Z permeability (same as PERMEABILITY_Z) \(\units{\strarea}\)

GAS_RELATIVE_PERMEABILITY - Gas phase relative permeability \(\units{\strnull}\)

GAS_SATURATION - Gas phase saturation \(\units{\strgassaturation}\)

GAS_VISCOSITY - Gas phase viscosity \(\units{\strviscosity}\)

HYDRATE_SATURATION - Hydrate phase saturation \(\units{\strsaturation{hydrate}}\)

ICE_SATURATION - Ice phase saturation \(\units{\strsaturation{ice}}\)

K_ORTHOGONALITY_ERROR -

LIQUID_DENSITY - Liquid phase mass density \(\units{\strmassdensity}\)

LIQUID_DENSITY_MOLAR - Liquid phase molar density \(\units{\strmoldensity}\)

LIQUID_ENERGY - Liquid phase energy \(\units{\strenergy}\)

LIQUID_ENERGY_PER_VOLUME - Gas phase energy density \(\units{\strenergydensity}\)

LIQUID_HEAD - Liquid phase pressure head \(\units{\strlength}\)

LIQUID_MASS_FRACTIONS - Liquid phase mass fractions \(\units{\strmassfraction{component}{liquid}}\)

LIQUID_MOBILITY - Liquid phase mobility \(\units{\strinvviscosity}\)

LIQUID_MOLE_FRACTIONS - Liquid phase mole fractions \(\units{\strmolfraction{component}{liquid}}\)

LIQUID_PRESSURE - Liquid phase pressure \(\units{\strpressure}\)

LIQUID_RELATIVE_PERMEABILITY - \(\units{\strnull}\)

LIQUID_SATURATION - \(\units{\strliquidsaturation}\)

LIQUID_VISCOSITY - \(\units{\strviscosity}\)

MINERAL_POROSITY - \(\units{\strvolfrac{mineral}{bulk}}\)

MATERIAL_ID - \(\units{\strnull}\)

MATERIAL_ID_KLUDGE_FOR_VISIT - \(\units{\strnull}\)

MAXIMUM_PRESSURE - \(\units{\strpressure}\)

MINERAL_POROSITY - \(\units{\strvolfrac{mineral}{bulk}}\)

NATURAL_ID - \(\units{\strnull}\)

PERMEABILITY - \(\units{\strlength}\)

PERMEABILITY_X - \(\units{\strlength}\)

PERMEABILITY_Y - \(\units{\strlength}\)

PERMEABILITY_Z - \(\units{\strlength}\)

PERMEABILITY_XY - \(\units{\strlength}\)

PERMEABILITY_XZ - \(\units{\strlength}\)

PERMEABILITY_YZ - \(\units{\strlength}\)

POROSITY - \(\units{\strporosity}\)

PRECIPITATE_SATURATION - \(\units{\strsaturation{precipitate}}\)

PROCESS_ID - \(\units{\strnull}\)

RESIDUAL - \(\units{???}\)

SALINITY - \(\units{???}\)

SATURATION_PRESSURE - \(\units{\strpressure}\)

SOIL_COMPRESSIBILITY - \(\units{???}\)

SOIL_REFERENCE_PRESSURE - \(\units{\strpressure}\)

SOLUTE_CONCENTRATION - \(\units{\strinvvolume}\)

SURFACE_ELECTRICAL_CONDUCTIVITY - \(\units{\streleccond}\)

TEMPERATURE - \(\units{\strtemperature}\)

THERMODYNAMIC_STATE - \(\units{\strnull}\)

TORTUOSITY - \(\units{\strnull}\)

VAPOR_PRESSURE - \(\units{\strpressure}\)

VOLUME - \(\units{\strvolume}\)

WAXMAN_SMITS_CLAY_CONDUCTIVITY - \(\units{\strnull}\)

WGG - \(\units{\strmassfraction{air}{gas}}\)

WGL - \(\units{\strmassfraction{air}{liquid}}\)

WLG - \(\units{\strmassfraction{water}{gas}}\)

WLL - \(\units{\strmassfraction{water}{liquid}}\)

WSL - \(\units{\strmassfraction{salt}{gas}}\)

X_COORDINATE - \(\units{\strlength}\)

XGG - \(\units{\strmolfraction{air}{gas}}\)

XGL - \(\units{\strmolfraction{air}{liquid}}\)

XLG - \(\units{\strmolfraction{water}{gas}}\)

XLL - \(\units{\strmolfraction{water}{liquid}}\)

XSL - \(\units{\strmolfraction{salt}{liquid}}\)

Y_COORDINATE - \(\units{\strlength}\)

Z_COORDINATE - \(\units{\strlength}\)

To obtain the most up to date list, look in output.F90:OutputVariableRead().

If you do not include the VARIABLES block, then a default list of variables will be populated dependent on the flow mode. However, if you prefer no default output, you can turn defaults off by including NO_FLOW_VARIABLES or NO_ENERGY_VARIABLES.

Within the SNAPSHOT_FILE block only, the output file format can be specified:

FORMAT <string>

Specifies the output file type for snapshots in time. Options available include TECPLOT BLOCK, TECPLOT POINT, VTK, HDF5, HDF5 SINGLE_FILE, or HDF5 MULTIPLE_FILES. The default for HDF5 is SINGLE_FILE. For HDF5 MULTIPLE_FILES, each snapshot will be printed into a new HDF5 file. The optional keyword TIMES_PER_FILE <int> can be included, which will limit the number of snapshots printed to each HDF5 file to <int> number of snapshots. The POINT format is not supported in parallel. PFLOTRAN will switch from POINT to BLOCK if the number of cores employed is greater than one.

Within the MASS_BALANCE_FILE block only, you can specify the sub-block NO_PRINT_SOURCE_SINK which will not print out source and sinks to the mass ballance file and the sub-block TOTAL_MASS_REGIONS which specifies a list of regions where the total component mass is calculated within the region. The total component mass includes all species in the aqueous, sorbed, and precipitated states is outputted in [mols] (see examples below).

Optional Cards

The following cards are placed within the OUTPUT block, but outside of the SNAPSHOT_FILE, OBSERVATION_FILE, or MASS_BALANCE_FILE blocks.

PERIODIC_OBSERVATION TIME <float> <string>

Generates output for observation points and mass balance at every <float> units of time, where <string> defines the units of time.

PERIODIC_OBSERVATION TIMESTEP <int>

Generates output for observation points and mass balance at every <int> number of timesteps.

TIME_UNITS <string>

Specifies the time units printed in screen and file output (e.g. s, day, yr)

SCREEN PERIODIC <int>

Prints output to the screen every <int> time steps.

VARIABLES

Opens the variables block. Variables listed outside of the ?_FILE blocks will applied to each ?_FILE block that did not specify its own variable list. If no variable list is specified within the ?_FILE blocks or within the OUTPUT block, defaults will be used. However, if you prefer no default output, you can turn defaults off by including NO_FLOW_VARIABLES or NO_ENERGY_VARIABLES.

VELOCITY_AT_CENTER / VELOCITY_AT_FACE

Examples

OUTPUT
  TIME_UNITS yr
  SNAPSHOT_FILE
    FORMAT HDF5 MULTIPLE_FILES TIMES_PER_FILE 10
    NO_PRINT_INITIAL
    PERIODIC TIME 100 day
    VARIABLES
      LIQUID_PRESSURE
      GAS_PRESSURE
      CAPILLARY_PRESSURE
      TEMPERATURE
    /
  /
  OBSERVATION_FILE
    NO_PRINT_INITIAL
    NO_PRINT_FINAL
    TIMES y 0.23d0 9.712d0
    VARIABLES
      TEMPERATURE
      POROSITY
      PERMEABILITY
    /
  /
  MASS_BALANCE_FILE
    PERIODIC TIME 1 w between 1 y and 2 y
    PERIODIC TIMESTEP 5
    TOTAL_MASS_REGIONS
      all
      top
    /
  /
  SCREEN PERIODIC 15
/

OUTPUT
  VARIABLES
    LIQUID_PRESSURE
    POROSITY
    TORTUOSITY
  /
  SNAPSHOT_FILE
    FORMAT TECPLOT BLOCK
    PERIODIC TIME 1 y
  /
  OBSERVATION_FILE
    TIMES day 10 20 30
    NO_PRINT_FINAL
  /
/

OUTPUT
  VARIABLES
    NO_FLOW_VARIABLES
    NO_ENERGY_VARIABLES
  /
  SNAPSHOT_FILE
    FORMAT TECPLOT BLOCK
    PERIODIC TIME 1 y
  /
  OBSERVATION_FILE
    TIMES day 10 20 30
    NO_PRINT_FINAL
  /
/