utl-ncfidm.f90

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! ** Do Not Modify! MODFLOW 6 system generated file. **
module utlncfinputmodule
  use constantsmodule, only: lenvarname
  use inputdefinitionmodule, only: inputparamdefinitiontype, &
                                   inputblockdefinitiontype
  private
  public utl_ncf_param_definitions
  public utl_ncf_aggregate_definitions
  public utl_ncf_block_definitions
  public utlncfparamfoundtype
  public utl_ncf_multi_package
  public utl_ncf_subpackages
 
  type utlncfparamfoundtype
    logical :: wkt = .false.
    logical :: deflate = .false.
    logical :: shuffle = .false.
    logical :: chunk_time = .false.
    logical :: chunk_face = .false.
    logical :: chunk_z = .false.
    logical :: chunk_y = .false.
    logical :: chunk_x = .false.
    logical :: attr_off = .false.
    logical :: ncpl = .false.
    logical :: latitude = .false.
    logical :: longitude = .false.
  end type utlncfparamfoundtype
 
  logical :: utl_ncf_multi_package = .false.
 
  character(len=16), parameter :: &
    utl_ncf_subpackages(*) = &
    [ &
    '                ' &
    ]
 
  type(inputparamdefinitiontype), parameter :: &
    utlncf_wkt = inputparamdefinitiontype &
    ( &
    'UTL', & ! component
    'NCF', & ! subcomponent
    'OPTIONS', & ! block
    'WKT', & ! tag name
    'WKT', & ! fortran variable
    'STRING', & ! type
    'LENBIGLINE', & ! shape
    'CRS well-known text (WKT) string', & ! longname
    .false., & ! required
    .false., & ! multi-record
    .false., & ! preserve case
    .false., & ! layered
    .false. & ! timeseries
    )
 
  type(inputparamdefinitiontype), parameter :: &
    utlncf_deflate = inputparamdefinitiontype &
    ( &
    'UTL', & ! component
    'NCF', & ! subcomponent
    'OPTIONS', & ! block
    'DEFLATE', & ! tag name
    'DEFLATE', & ! fortran variable
    'INTEGER', & ! type
    '', & ! shape
    'variable compression deflate level', & ! longname
    .false., & ! required
    .false., & ! multi-record
    .false., & ! preserve case
    .false., & ! layered
    .false. & ! timeseries
    )
 
  type(inputparamdefinitiontype), parameter :: &
    utlncf_shuffle = inputparamdefinitiontype &
    ( &
    'UTL', & ! component
    'NCF', & ! subcomponent
    'OPTIONS', & ! block
    'SHUFFLE', & ! tag name
    'SHUFFLE', & ! fortran variable
    'KEYWORD', & ! type
    '', & ! shape
    '', & ! longname
    .false., & ! required
    .false., & ! multi-record
    .false., & ! preserve case
    .false., & ! layered
    .false. & ! timeseries
    )
 
  type(inputparamdefinitiontype), parameter :: &
    utlncf_chunk_time = inputparamdefinitiontype &
    ( &
    'UTL', & ! component
    'NCF', & ! subcomponent
    'OPTIONS', & ! block
    'CHUNK_TIME', & ! tag name
    'CHUNK_TIME', & ! fortran variable
    'INTEGER', & ! type
    '', & ! shape
    'chunking parameter for the time dimension', & ! longname
    .true., & ! required
    .true., & ! multi-record
    .false., & ! preserve case
    .false., & ! layered
    .false. & ! timeseries
    )
 
  type(inputparamdefinitiontype), parameter :: &
    utlncf_chunk_face = inputparamdefinitiontype &
    ( &
    'UTL', & ! component
    'NCF', & ! subcomponent
    'OPTIONS', & ! block
    'CHUNK_FACE', & ! tag name
    'CHUNK_FACE', & ! fortran variable
    'INTEGER', & ! type
    '', & ! shape
    'chunking parameter for the mesh face dimension', & ! longname
    .false., & ! required
    .true., & ! multi-record
    .false., & ! preserve case
    .false., & ! layered
    .false. & ! timeseries
    )
 
  type(inputparamdefinitiontype), parameter :: &
    utlncf_chunk_z = inputparamdefinitiontype &
    ( &
    'UTL', & ! component
    'NCF', & ! subcomponent
    'OPTIONS', & ! block
    'CHUNK_Z', & ! tag name
    'CHUNK_Z', & ! fortran variable
    'INTEGER', & ! type
    '', & ! shape
    'chunking parameter for structured z', & ! longname
    .false., & ! required
    .true., & ! multi-record
    .false., & ! preserve case
    .false., & ! layered
    .false. & ! timeseries
    )
 
  type(inputparamdefinitiontype), parameter :: &
    utlncf_chunk_y = inputparamdefinitiontype &
    ( &
    'UTL', & ! component
    'NCF', & ! subcomponent
    'OPTIONS', & ! block
    'CHUNK_Y', & ! tag name
    'CHUNK_Y', & ! fortran variable
    'INTEGER', & ! type
    '', & ! shape
    'chunking parameter for structured y', & ! longname
    .false., & ! required
    .true., & ! multi-record
    .false., & ! preserve case
    .false., & ! layered
    .false. & ! timeseries
    )
 
  type(inputparamdefinitiontype), parameter :: &
    utlncf_chunk_x = inputparamdefinitiontype &
    ( &
    'UTL', & ! component
    'NCF', & ! subcomponent
    'OPTIONS', & ! block
    'CHUNK_X', & ! tag name
    'CHUNK_X', & ! fortran variable
    'INTEGER', & ! type
    '', & ! shape
    'chunking parameter for structured x', & ! longname
    .false., & ! required
    .true., & ! multi-record
    .false., & ! preserve case
    .false., & ! layered
    .false. & ! timeseries
    )
 
  type(inputparamdefinitiontype), parameter :: &
    utlncf_attr_off = inputparamdefinitiontype &
    ( &
    'UTL', & ! component
    'NCF', & ! subcomponent
    'OPTIONS', & ! block
    'MODFLOW6_ATTR_OFF', & ! tag name
    'ATTR_OFF', & ! fortran variable
    'KEYWORD', & ! type
    '', & ! shape
    '', & ! longname
    .false., & ! required
    .false., & ! multi-record
    .false., & ! preserve case
    .false., & ! layered
    .false. & ! timeseries
    )
 
  type(inputparamdefinitiontype), parameter :: &
    utlncf_ncpl = inputparamdefinitiontype &
    ( &
    'UTL', & ! component
    'NCF', & ! subcomponent
    'DIMENSIONS', & ! block
    'NCPL', & ! tag name
    'NCPL', & ! fortran variable
    'INTEGER', & ! type
    '', & ! shape
    'number of cells in layer', & ! longname
    .false., & ! required
    .false., & ! multi-record
    .false., & ! preserve case
    .false., & ! layered
    .false. & ! timeseries
    )
 
  type(inputparamdefinitiontype), parameter :: &
    utlncf_latitude = inputparamdefinitiontype &
    ( &
    'UTL', & ! component
    'NCF', & ! subcomponent
    'GRIDDATA', & ! block
    'LATITUDE', & ! tag name
    'LATITUDE', & ! fortran variable
    'DOUBLE1D', & ! type
    'NCPL', & ! shape
    'cell center latitude', & ! longname
    .false., & ! required
    .false., & ! multi-record
    .false., & ! preserve case
    .false., & ! layered
    .false. & ! timeseries
    )
 
  type(inputparamdefinitiontype), parameter :: &
    utlncf_longitude = inputparamdefinitiontype &
    ( &
    'UTL', & ! component
    'NCF', & ! subcomponent
    'GRIDDATA', & ! block
    'LONGITUDE', & ! tag name
    'LONGITUDE', & ! fortran variable
    'DOUBLE1D', & ! type
    'NCPL', & ! shape
    'cell center longitude', & ! longname
    .false., & ! required
    .false., & ! multi-record
    .false., & ! preserve case
    .false., & ! layered
    .false. & ! timeseries
    )
 
  type(inputparamdefinitiontype), parameter :: &
    utl_ncf_param_definitions(*) = &
    [ &
    utlncf_wkt, &
    utlncf_deflate, &
    utlncf_shuffle, &
    utlncf_chunk_time, &
    utlncf_chunk_face, &
    utlncf_chunk_z, &
    utlncf_chunk_y, &
    utlncf_chunk_x, &
    utlncf_attr_off, &
    utlncf_ncpl, &
    utlncf_latitude, &
    utlncf_longitude &
    ]
 
  type(inputparamdefinitiontype), parameter :: &
    utl_ncf_aggregate_definitions(*) = &
    [ &
    inputparamdefinitiontype &
    ( &
    '', & ! component
    '', & ! subcomponent
    '', & ! block
    '', & ! tag name
    '', & ! fortran variable
    '', & ! type
    '', & ! shape
    '', & ! longname
    .false., & ! required
    .false., & ! multi-record
    .false., & ! preserve case
    .false., & ! layered
    .false. & ! timeseries
    ) &
    ]
 
  type(inputblockdefinitiontype), parameter :: &
    utl_ncf_block_definitions(*) = &
    [ &
    inputblockdefinitiontype( &
    'OPTIONS', & ! blockname
    .false., & ! required
    .false., & ! aggregate
    .false. & ! block_variable
    ), &
    inputblockdefinitiontype( &
    'DIMENSIONS', & ! blockname
    .false., & ! required
    .false., & ! aggregate
    .false. & ! block_variable
    ), &
    inputblockdefinitiontype( &
    'GRIDDATA', & ! blockname
    .false., & ! required
    .false., & ! aggregate
    .false. & ! block_variable
    ) &
    ]
 
end module utlncfinputmodule