! A Solver Input File for testing the Grid Transform
! Vili Forsell, 4.8.2011
! Header
Header
Mesh DB "." "."
End
! Simple simulation
Simulation
Simulation Type = Steady state
Steady State Max Iterations = 1
Post File = case.ep
End
Body 1
Equation = 1
End
Equation 1
Active Solvers(1) = 1
End
Solver 1
!--------------------------------------------------------------------------
!-------- AN EXAMPLE DEFINITION OF THE GridDataMapper NetCDF ACCESS -------
!--------------------------------------------------------------------------
Equation = Mapper
Procedure = "./GridLib" "GridDataMapper"
!-------- GENERAL PARAMETERS --------------------------
! The basic input/output parameters
!------------------------------------------------------
!---- NOTE: File is case sensitive, String is not!
File Name = File "./data.nc" ! NetCDF input file
Var Name = File "julytemp" ! The Variable to be opened
Variable = Output_Value ! The output variable name in Elmer
!-------- NetCDF ACCESS PARAMETERS --------------------
! GridDataMapper requires at least one usable access parameter.
! In other words, it is enough to define only time, only one coordinate, or only one constant.
!
! In all cases, however, the order and amount of the parameters needs to be the same as in the
! network Common Data form Language (CDL) description to access the wanted variable.
!
! The indexing automatically obeys the following order:
! [time, coordinates/constants 1-N]
!
! The indexing should be unique; i.e. no gaps, no duplicates and N should be
! at most the number indicated in "NetCDF Max Parameters". Its size affects efficiency a bit.
!
! Each coordinate must correspond to an Elmer cartesian coordinate,
! and constant values should be within NetCDF index range.
!
! Correspondences of NetCDF coordinates to Elmer cartesian coordinates are
! defined by "Coordinate X To Elmer Coordinate" clauses, where every Coordinate must have one.
! Elmer dimension are related to numbers as follows: x -> 1, y -> 2, z -> 3.
! Note that this means you can f.ex. connect several access coordinates to the same Elmer dimension.
!
! The example below defines the following CDL NetCDF access: "julytemp(time,x,y,z)",
! where x and z are Elmer coordinates 1 and 2, respectively, and y is a constant index.
! Obtained values will be saved to variable "Output_Value".
!------------------------------------------------------
!--- Time
Time Name = File "time"
!--- General Parameter Configuration
NetCDF Max Parameters = Integer 5 ! Maximum amount of searched non-time parameters (default: 10) (optional)
!--- Coordinates
Coordinate Name 1 = File "x" ! NetCDF variable dimensions
Coordinate 1 To Elmer Dimension = Integer 1 ! Maps Coordinate X to a certain Elmer Mesh dimension
Coordinate Name 3 = File "z"
Coordinate 3 To Elmer Dimension = Integer 2
!--- Constants
NetCDF Constant 2 = File "y" ! Name of the constant dimension
NetCDF Constant Value 2 = Integer 34 ! Index of the constant dimension
!-------- OPTIONAL CONFIGURATION VARIABLES ------------
! All optional configuration variables are by default inactive,
! and can be set such simply by commenting the corresponding line
!------------------------------------------------------
!--- Interpolation variables
! Each Epsilon corresponds to a above defined Coordinate value with the same number
!----------------------
Epsilon 1 = Real 1.0e-3 ! Allowed deviation from the bounding box limits (default: 0) (optional)
Epsilon 2 = Real 1.0e-3 ! (default: 0) (optional)
Epsilon Time = Real 1.0e-3 ! Rounds to the nearest index if within this tolerance; otherwise exact (default: 0) (optional)
Interpolation Bias = Real 0.0 ! Adds this bias to the final interpolation result (default: 0) (optional)
Interpolation Multiplier = Real 1.0 ! Multiplies the final interpolation result with this value (default: 1) (optional)
Time Interpolation Method = File "seasonal" ! Chooses the Fortran time interpolation method implemented in CustomTimeInterpolation.f90 (default: linear) (optional)
!--- Coordinate system variables
! At the moment exist: 'cs2cs' and 'cylindrical'; does nothing by default
!----------------------
Coordinate System = File "cs2cs" ! Sets the coordinate system as a predefined one (default: none) (optional)
CS2CS Is Input Radians = LOGICAL FALSE ! True, if input is given in radians, otherwise degrees (default: false) (optional) (only for cs2cs)
CS2CS Elmer Projection = File "+proj=ups +ellps=WGS84 +inv" ! CS2CS definition for the Elmer coordinate system (only for cs2cs)
CS2CS NetCDF Projection = File "+proj=ups +ellps=WGS84" ! CS2CS definition for the NetCDF coordinate system (only for cs2cs)
!--- Masking variables
! Uses a NetCDF variable to limit the area used in Elmer mesh; only 2D data supported at the moment.
!----------------------
Mask Variable = File "ablation" ! The masking NetCDF variable (optional)
Mask Limit = Real 0.0 ! The masking NetCDF value to be exceeded (optional)
!--- Scaling variable
Enable Scaling = LOGICAL TRUE ! Scales the Elmer grid to match the NetCDF grid (default: false) (optional)
!--- Time variables ---
! Options for defining the ways the time is used during the access
!----------------------
User Defines Time = LOGICAL FALSE ! True, if uses given time point also in the transient case (default: false) (optional)
Is Time Index = LOGICAL TRUE ! True if input Time Point is an index (default: false) (optional)
Time Point = Variable Time ; Real MATC "1 + tx" ! Needs to be scalar (optional, if transient case is used)
NetCDF Starting Time = Real 34.0 ! Is summed to either the indices (if "Is Time Index" is TRUE ), or the input values (otherwise),
! given by Elmer in transient mode (default: no effect) (optional)
End
