EnlilGrids

gmsh_do_elements(raw_Elements) -> NamedTuple

Split raw_Elements created by load_gmsh_file.

Arguments

• raw_Elements: data about elements in gmsh file,

Keywords

Returns

• NamedTuple: one Dict{Int,String} for each dimension, entityTag => physicalTag:
  • entityTag1D :: Array{Int64,1},
  • entityTag2D :: Array{Int64,1},
  • entityTag3D :: Array{Int64,1},
  • elementType1D :: Array{Int64,1},
  • elementType2D :: Array{Int64,1},
  • elementType3D :: Array{Int64,1},
  • elementTag1D :: Array{Int64,1},
  • elementTag2D :: Array{Int64,1},
  • elementTag3D :: Array{Int64,1},
  • nodeTags1D :: Array{Array{Int64,1},1},
  • nodeTags2D :: Array{Array{Int64,1},1},
  • nodeTags3D :: Array{Array{Int64,1},1}.

Throws

gmsh_do_entities(raw_Entities) -> NamedTuple

Split raw_Entities created by load_gmsh_file in to one Dict for each type of entity. Operates with only one physicalTag per entity.

Arguments

• raw_Entities: data about entities in gmsh file,

Keywords

Returns

• NamedTuple: one Dict{Int,String} for each dimension, entityTag => physicalTag:
  • pointTagtoPhysicalTag,
  • curveTagtoPhysicalTag,
  • surfaceTagtoPhysicalTag,
  • volumeTagtoPhysicalTag.

Throws

gmsh_do_nodes(raw_Nodes) -> NamedTuple

Split raw_Nodes created by load_gmsh_file. Operates with only non parametric curves.

Arguments

• raw_Nodes: data about nodes in gmsh file,

Keywords

Returns

• NamedTuple: one Dict{Int,String} for each dimension, entityTag => physicalTag:
  • nodeTag::Array{Int64,1},
  • vx::Array{Float64,1},
  • vy::Array{Float64,1},
  • vz::Array{Float64,1}.

Throws

gmsh_do_physicalnames(raw_PhysicalNames) -> NamedTuple

Split raw_PhysicalNames created by load_gmsh_file in to one Dict for each dimension.

Arguments

• raw_PhysicalNames: data about physical names in gmsh file,

Keywords

Returns

• NamedTuple: one Dict{Int,String} for each dimension, physicalTag => Name:
  • physicalTag1DtoName,
  • physicalTag2DtoName,
  • physicalTag3DtoName.

Throws

import MeshCore ird0.

load_gmsh(filename::AbstractString) -> NamedTuple

Loads filename into separete Dicts according to the gmsh file format style in ASCII mode.

Arguments

• filename::AbstractString: name of the file to be loaded,

Keywords

Returns

• NamedTuple: gmsh file is separated into the Dicts:
  • physicalTagtoName - see gmsh_do_physicalnames,
  • tagToPhysicalTag - see gmsh_do_entities,
  • nodes - see gmsh_do_nodes,
  • elements - see gmsh_do_elements.

Throws

load_gmsh_file(filename::AbstractString) -> NamedTuple

Loads filename into separete arrays according to the gmsh file format style in ASCII mode.

Arguments

• filename::AbstractString: name of the file to be loaded,

Keywords

Returns

• NamedTuple: gmsh file is separated into the arrays of substring:
  • msh_version - constains infomartion about gmsh file version,
  • msh_PhysicalNames - constains data about physical objects,
  • msh_Entities - constains data about entities,
  • msh_Nodes - constains data about nodes including coordinates,
  • msh_Elements - constains data about elements,

Throws

• Error: file with name filename does not exists,
• Error: file with name filename is saved in binary mode.