@/
============================ internal messages =================================

@ logon INFO CONT STDOUT Log file "%s" activated.
@ logoff INFO CONT STDOUT Log file "%s" deactivated.
@ errorundef ERROR STOP STDOUT Error message of type %s and id %i undefined (%s)!
 This might occur with a double message Id or double string message Id in a etc/Messages/language/*.txt file
 or a arobase sign forbidden in the text of an error message, as it is used as delimiter
@ msg_undef ERROR STOP STDOUT Message "%s" of type "%s" undefined!
@ msg_wrong_type WARNING CONT STDOUT You throw an %s message and its type is %s !
@ on_error INFO CONT STDOUT ========================================================================
 Error %s : %s (see %s for more)
@ on_enderror INFO CONT STDOUT
 ========================================================================
@ on_warning INFO CONT STDOUT Warning %s : %s (see "%s" for more)

@ no_err_file ERROR STOP STDOUT

 ========================================================================
 %s : Error : Unable to open input file "%s".
 %s
 called functions : %s
 ========================================================================
@ maxpos ERROR STOP STDOUT Trace::push maximum value of maxpos value (%i) reached ?
Please contact your local dealer!
@ poszero ERROR STOP STDOUT Trace::push pos value = %i ?
@ nosuchcase ERROR STOP STDOUT In %s, case %s is not yet implemented.
@ nofunc ERROR STOP STDOUT In %s no function %s!
Please contact your local dealer!
@ constructor ERROR STOP STDOUT Trouble (out of memory?) in constructor in %s.
@ incomplete ERROR STOP STDOUT Sorry, incomplete function %s.
 Please contact your local dealer!
@ invalid ERROR STOP STDOUT In function %s invalid default case value.
@ undef_key_word WARNING CONT STDOUT The key <%s> does not exist in the dictionnary
@ undef_id_enumWords WARNING CONT STDOUT The family <%s> does not have element <%i>.
@ undef_key_enumWords WARNING CONT STDOUT The family <%s> does not exist in the enum dictionnary.
@/
============================ general messages ==================================

@ free_error ERROR STOP STDOUT %s
@ free_warning WARNING CONT STDOUT %s
@ free_info INFO CONT STDOUT %s
@ not_yet_implemented ERROR STOP STDOUT the function %s is not yet implemented (contact the administrator)
@ not_handled ERROR STOP STDOUT the function %s is not handled (contact the administrator)
@ not_handled_return WARNING CONT STDOUT Not handled => returns value %s
@ not_handled_by_thread ERROR STOP STDOUT Not handled by thread %i. Expected thread %i
@ forbidden ERROR STOP STDOUT the function %s is forbidden (contact the administrator)
@ deprecated WARNING CONT STDOUT Function %s deprecated. Use %s instead
@ bad_dim ERROR STOP STDOUT %s, incompatible dimensions : (%i,%i)
@ bad_file ERROR STOP STDOUT Unable to open file %s
@ bad_format ERROR STOP STDOUT File format not handled %s
@ bad_size ERROR STOP STDOUT Size of input %s must be %i. It is %i
@ file_failopen ERROR STOP STDOUT In %s, file '%s' can not be opened
@ index_out_of_range ERROR STOP STDOUT Index for %s out of range, index-range :  (%i,%i)
@ dim_not_in_range ERROR STOP STDOUT Dimension out of range, dim-range :  (%i,%i)
@ diff_pts_size ERROR STOP STDOUT In %s, use of Point objects with different sizes %i and %i
@ conv_failed ERROR STOP STDOUT convergence failed ( increase nmax = %i ? )
@ is_null ERROR STOP STDOUT %s = 0 !!!
@ is_void ERROR STOP STDOUT Void %s
@ null_pointer ERROR STOP STDOUT Null pointer %s
@ 2D_only ERROR STOP STDOUT The function %s is for 2D only
@ 3D_only ERROR STOP STDOUT The function %s is for 3D only
@ 2D_or_3D_only ERROR STOP STDOUT The function %s is for 2D or 3D only
@ c_to_r ERROR STOP STDOUT Conversion from Complex to Real is forbidden
@ xlifepp_without_gmsh ERROR STOP STDOUT XLiFE++ is not configured with Gmsh. Did you install it ?
@ xlifepp_without_paraview ERROR STOP STDOUT XLiFE++ is not configured with Paraview. Did you install it ?
@ xlifepp_without_arpack ERROR STOP STDOUT XLiFE++ is not configured with Arpack. Did you install it ?
@ xlifepp_without_umfpack ERROR STOP STDOUT XLiFE++ is not configured with UmfPack. Did you install it ?
@ xlifepp_without_amos ERROR STOP STDOUT XLiFE++ is not configured with Amos. The function %s is unavailable.
@ xlifepp_without_omp ERROR STOP STDOUT XLiFE++ is not configured with Omp !
@ xlifepp_without_eigen ERROR STOP STDOUT XLiFE++ is not configured with Eigen !
@ downcast_failure ERROR STOP STDOUT Downcast failure, is not a %s
@ abnormal_failure ERROR STOP STDOUT Abnormal failure
@ same_args ERROR STOP STDOUT Arguments of function %s must be different
@ divBy0 ERROR STOP STDOUT Divide by zero
@ not_enough_values ERROR STOP STDOUT Not enough values %i (< %i).
@ cmd_exec INFO CONT STDOUT Executed command : %s
status code: %i
@ unexpected_param_key ERROR STOP STDOUT Unexpected parameter %s
@ param_already_used WARNING CONT STDOUT Parameter %s already used
@ param_conflict ERROR STOP STDOUT Parameter %s is in conflict with parameter %s
@ no_specialization ERROR STOP STDOUT No Specialization
@ is_greater ERROR STOP STDOUT %i > %i
@ is_lesser ERROR STOP STDOUT %i < %i
@ nulldet ERROR STOP STDOUT too small determinant: %r
@ undef_option ERROR STOP STDOUT Undefined option
@ invalid_option ERROR STOP STDOUT Invalid option
@ scalar_only ERROR STOP STDOUT Only scalar values
@ vector_only ERROR STOP STDOUT Only vector values
@ matrix_only ERROR STOP STDOUT Only matrix values
@ structure_only ERROR STOP STDOUT Only %s values
@ scalar_or_matrix ERROR STOP STDOUT Only scalar or matrix values
@ scalar_or_vector ERROR STOP STDOUT Only scalar or vector values
@ vector_or_matrix ERROR STOP STDOUT Only vector or matrix values
@ conversion_overflow ERROR STOP STDOUT Conversion %s to %s goes over the int max %i
@ too_large ERROR STOP STDOUT %s is too large
@ unitaryvector_not_handled ERROR STOP STDOUT unitary vector %s not handled
@ data_not_handled ERROR STOP STDOUT data %s not handled
@ omp_too_much_threads WARNING CONT STDOUT Number of threads required (%i) is greater than the number of logical cores (%i)
@ omp_no_data ERROR STOP STDOUT %s data not available for the thread %i
@/
============================= eigenSolvers library ==================================

@ bad_type ERROR STOP STDOUT RHS matrix B cannot be complex in this context
@ change_mode INFO CONT STDOUT
* eigenSolve uses Arpack: _which = "SM"  replaced by  _sigma = 0.
  If this is unwanted, call arpackSolve with the same arguments (which will be left unchanged).
@ conv_tostd INFO CONT STDOUT
* RHS matrix B has not been detected to be %s: computation may fail.
  Computation is however launched after conversion of the problem into a standard one ;
  in "regular" computational mode (without shift), the RHS matrix B is assumed to be invertible.
@ cplx_shift WARNING CONT STDOUT
** A complex shift is specified, but this is incompatible with a real standard problem.
   Computation is however launched with the real part of the shift value.
   If necessary, consider to define a complex type problem.
@ hypothesis_not_verified WARNING CONT STDOUT
** The %s RHS matrix (B) is not detected to be %s: computation may fail.
   -> Trying using LU factorisation of B.
   If the computation fails, consider writing the problem as a standard one with the help
   of a user class or use the parameter _convToStd.
@ eigen_eigenproblem ERROR STOP STDOUT error happens with the eigenproblem %s,
@ eigen_eigenproblem_warning WARNING CONT STDOUT eigenproblem %s,
@ eigen_eigenproblem_debug INFO CONT STDOUT DEBUG eigenproblem:  %s
@ eigenvalues_not_found WARNING CONT STDOUT No eigenvalues found
@ eigenvectors_not_computed WARNING CONT STDOUT Eigenvectors not computed together with eigenvalues
@ too_many_eigenv ERROR STOP STDOUT Number of eigenvalues/eigenvectors must be less than problem size
@ wrong_computation_mode ERROR STOP STDOUT The %s mode does not exist for %s problem
@ eigensolver_not_initialized ERROR STOP STDOUT %s not initialized
@ eigensolver_matrix_not_updated ERROR STOP STDOUT Matrix %s was not updated during the %s Schur decomposition
@/
========================= essentialConditions library ===============================

@ ec_not_handled ERROR STOP STDOUT Essential condition not handled !!
@ ec_bad_ectype ERROR STOP STDOUT Essential condition is %s. %s expected !!
@ ec_only_lagrange ERROR STOP STDOUT Essential condition %s only for unknown in Lagrange interpolation space
@ ec_same_unknowns ERROR STOP STDOUT Unknowns must be different for essential condition of type %s
@ ec_diff_unknowns ERROR STOP STDOUT Unknowns must be identical for essential condition of type %s
@ ec_bad_opu_size ERROR STOP STDOUT Operator on unknowns must have the same size
@ ec_bad_spaces_dims ERROR STOP STDOUT Spaces must have the same dimension
@ ec_bad_nb_doms ERROR STOP STDOUT Wrong number of domains : %i. %i expected !!
@ ec_unknown_not_found ERROR STOP STDOUT Contraints involve unknown not found in matrix
@ reduction_unexpected ERROR STOP STDOUT Reduction Method must be %s. It is %s
@/
============================ finiteElements library =================================

@ bad_interp_type ERROR STOP STDOUT Interpolation of type %i not defined (yet).
@ bad_interp_subtype ERROR STOP STDOUT For interpolation of type %s, the subtype (number) %i is not defined.
@ bad_interp_space ERROR STOP STDOUT Unknown space conformity : %s.
@ bad_interp_type_for_shape ERROR STOP STDOUT Interpolation of type (number) %i is not defined for %s.
@ bad_interp_subtype_for_shape ERROR STOP STDOUT For interpolation of type %s, the subtype (number) %i is not defined for %s.
@ bad_interp_degree ERROR STOP STDOUT For interpolation of %s %s, the degree %i is undefined for %s.
@ bad_sideofside_num ERROR STOP STDOUT No side of side %i on a %s!
@ bad_side_num ERROR STOP STDOUT No side %i on a %s!
@ bad_side_segment_vertex_nums ERROR STOP STDOUT No side segment with vertex numbers %i and %i on a %s!
@ bad_side_triangle_vertex_nums ERROR STOP STDOUT No side triangle with vertex numbers %i, %i and %i on a %s!
@ bad_side_quadrangle_vertex_nums ERROR STOP STDOUT No side quadrangle with vertex numbers %i, %i, %i and %i on a %s!
@ no_side_element ERROR STOP STDOUT Side elements of the reference element %s are not defined
@ quadrature_nonode ERROR STOP STDOUT no nodal rule with %i nodes for quadrature rule %s on %s
@ quadrature_nodeg ERROR STOP STDOUT bad degree (%i) for quadrature rule %s on %s
@ quadrature_noevendeg WARNING CONT STDOUT only odd degree (%i) for quadrature rule %s on %s, degree %i assumed
@ quadrature_nosmalldeg WARNING CONT STDOUT too small degree (%i) for quadrature rule %s on %s, degree %i assumed
@ quadrature_alternaterule WARNING CONT STDOUT quadrature rule %s on %s has been replaced by %s
@ quadrature_noshapetype ERROR STOP STDOUT shape type %i does not exist
@ quadrature_badshape ERROR STOP STDOUT the shape type %i is not managed in %s.
@ quadrature_not_found ERROR STOP STDOUT Quadrature not found
@ quadrature_order_not_handled ERROR STOP STDOUT Order %i not handled
@ split_low_deg_Lagrange_elt ERROR STOP STDOUT Lagrange %s up to degree %i may be split in first order Lagrange %s
@ split_bad_side_num ERROR STOP STDOUT Incorrect side number %i
@ no_quadrule ERROR STOP STDOUT No quadrature rule for %s
@ no_double_quadrule ERROR STOP STDOUT No double quadrature for %s
@ quad_usefct ERROR STOP STDOUT Use %s function
@ quad_no_fct ERROR STOP STDOUT No %s function for %s DoubleQuadrature
@ geoelt_noJacobian ERROR STOP STDOUT unable to inverse jacobian
@ geoelt_nulldet ERROR STOP STDOUT too small Jacobian determinant = %r < %r
@ bad_derivative ERROR STOP STDOUT Incorrect derivative value %i. Must be 0, 1, 2 or 3
@ im_not_found ERROR STOP STDOUT Integration method not found
@ im_not_handled ERROR STOP STDOUT Integration method %s not handled
@ im_not_product ERROR STOP STDOUT Integration method must be a product of quadratures
@ multiple_im ERROR STOP STDOUT Multiple integration methods given:%s
@ im_shape_only ERROR STOP STDOUT Integration method %s supports only %s. It is (%s,%s)
@ LSim_not_single_interp ERROR STOP STDOUT LenoirSalles integration method works only with single interpolation
@ refelt_not_lagrange ERROR SROP STDOUT not a Lagrange RefElement
@ interp_order_unexpected ERROR STOP STDOUT Interpolation order must be %i. It is %i
@ interp_order_out_of_range ERROR STOP STDOUT Interpolation order must be between %i and %i
@ triplet_not_found ERROR STOP STDOUT Triplet not found
@ singular_quad_expected ERROR STDOUT Singular quadrature expected
@/
================================ form library =======================================

@ form_badtype  ERROR STOP STDOUT The linear form is not of a waiting type.
@ form_intginfo INFO CONT NOSTDOUT Linear form (%s) of integral type on domain '%s' with unnknown '%s'
@ form_intg2info INFO CONT NOSTDOUT Linear form (%s) of double integral type on domain  '%s' x '%s' on unnknown '%s'
@ form_lcinfo INFO CONT NOSTDOUT Linear combination of linear forms, %s global type, on unknown '%s'
@ form_info2 INFO CONT NOSTDOUT , based on operator :
@ form_badlc ERROR STOP STDOUT Bad linear combination of linear forms, unknowns (spaces) are not the same
@ form_blcinfo INFO CONT NOSTDOUT Linear combination of bilinear forms, %s global type, on unknowns '%s' and '%s'
@ form_intgbinfo INFO CONT NOSTDOUT Bilinear form (%s) of single integral type on domain '%s' on unknowns '%s' and '%s'
@ form_intg2binfo INFO CONT NOSTDOUT Bilinear form (%s) of double integral type on domain '%s' x '%s' on unknowns '%s' and '%s'
@ form_binfo2 INFO CONT NOSTDOUT based on operators :
@ form_badblc ERROR STOP STDOUT Bad linear combination of bilinear forms, unknowns (spaces) are not the same
@ form_mulinfo INFO CONT NOSTDOUT multiple unknowns linear form :
@ form_mublinfo INFO CONT NOSTDOUT multiple unknowns bilinear form :
@ form_isempty INFO CONT NOSTDOUT empty (bi)linear form.
@ form_divideby0 ERROR STOP STDOUT Division by scalar %c too close to 0 in %s.
@ form_nolf ERROR STOP STDOUT no %slinear form found in %s.
@ form_outbounds ERROR STOP STDOUT try to extract the %ith %slinear, index out of {1,...,%i} in %s.
@ form_no_double_quadrule ERROR STOP STDOUT No DoubleQuadrature for given QuadRule and element shapes
@ blform_not_handled ERROR STOP STDOUT Type of bilinear form %s not handled. Contact administrators
@ lform_not_handled ERROR STOP STDOUT Type of linear form %s not handled. Contact administrators
@ im_not_single ERROR STOP STDOUT Integration method not consistent for single integral
@ im_not_double ERROR STOP STDOUT Integration method not consistent for double integral
@ blform_not_single_unknown ERROR STOP STDOUT Bilinear form is not single unknown
@ blform_not_single_integral ERROR STOP STDOUT Bilinear form is not single integral
@ blform_not_CL_single_integrals ERROR STOP STDOUT Bilinear form is not a linear combination of single integrals
@/
============================= geometry library ======================================

@ max_edges ERROR STOP STDOUT Underestimation (%i) of upper bound for the number of edges in mesh.
@ max_faces ERROR STOP STDOUT Underestimation (%i) of upper bound for the number of faces in mesh.
@ unknown_elem_shape_num ERROR STOP STDOUT Element of shape number %i unrecognized.
@ unit_vector_norm ERROR STOP STDOUT Unit Vector Norm = %r ! (theZeroThreshold_ = %r)
@ undef_elem_member_fct ERROR STOP STDOUT No function %s for element %s!
@ msh_elem_type ERROR STOP STDOUT Element of shape %i and order %i is not managed by msh format
@ hole_outside WARNING CONT STDOUT Right hand side argument must be a hole
@ undetermined_inclusion WARNING CONT STDOUT Undetermined inclusion. Please check yourself if your mesh is what you need
@ loop_undetermined_inclusion WARNING CONT STDOUT Undetermined %s geometry in %s geometry inclusion. Please check yourself if your mesh is what you need
@ hole_not_allowed ERROR STOP STDOUT Right hand side argument shall not contain holes
@ extrusion_only ERROR STOP STDOUT Geometry %s must be composite.
@ composite_only ERROR STOP STDOUT Geometry %s must be composite.
@ canonical_or_loop_only ERROR STOP STDOUT Geometry %s must be canonical or of "loop" type
@ not_canonical ERROR STOP STDOUT Geometry %s must not be canonical
@ unused_shape_for_1D WARNING CONT STDOUT Unused shape for 1D geometries.
@ geometry_only_1D ERROR STOP STDOUT 1D geometries required
@ geometry_not_3D ERROR STOP STDOUT 1D or 2D geometries required
@ geometry_not_polygonal ERROR STOP STDOUT geometry %s is not polygonal
@ transform_not_3D ERROR STOP STDOUT Transformation of type %s requires 1D or 2D geometries
@ domain_notmesh ERROR STOP STDOUT Geometric domain '%s' is not a mesh domain, it is of %s
@ domain_notcomposite ERROR STOP STDOUT Geometric domain '%s' is not a composite domain, it is of %s
@ domain_notanalytical ERROR STOP STDOUT Geometric domain '%s' is not an analytical domain, it is of %s
@ domain_notmeshorcomposite ERROR STOP STDOUT Geometric domain '%s' is not a mesh domain or a composite domain, it is of %s
@ domain_notunion ERROR STOP STDOUT Geometric domain '%s' is not a union
@ domain_not_handled ERROR STOP STDOUT Domain type %s not handled
@ domain_not_side ERROR STOP STDOUT Domain %s is not a side domain
@ domains_mismatch_dims ERROR STOP STDOUT Domains %s and %s must have the same dimension
@ domains_mismatch_meshes ERROR STOP STDOUT Domains %s and %s must belong to the same mesh
@ domain_map_undefined ERROR STOP STDOUT Map between domains %s and %s undefined !!
@ domain_not_subdomain ERROR STOP STDOUT Domain %s is not a subdomain of domain %s
@ compositedomain_info INFO CONT NOSTDOUT Composite domain '%s' of dimension %i, %s of domains : %s
@ meshdomain_info INFO CONT NOSTDOUT Domain '%s' of dimension %i from mesh '%s'
@ pointsdomain_info INFO CONT NOSTDOUT Domain '%s' of dimension %i, list of %i points
@ geoelt_2D_only ERROR STOP STDOUT The function %s is for 2D GeomElement only
@ geoelt_sosos ERROR STOP STDOUT Try to access to side of side of side in %s
@ geoelt_not_meshelement ERROR STOP STDOUT The geometric element has no MeshElement structure (null pointer)
@ geoelt_noshapetype ERROR STOP STDOUT Unknown shape type number (%i) in %s
@ geoelt_isside ERROR STOP STDOUT The %s function does not work for side element
@ geoelt_notside ERROR STOP STDOUT Geometrical element is not a side element
@ geoelt_sidesnotbuilt ERROR STOP STDOUT To be applied, the %s function requires that Mesh::%s vector is already built
@ geoelt_not_found ERROR STOP STDOUT Geometrical element not found !
@ elt_not_found ERROR STOP STDOUT Element not found !
@ geoelt_parent_not_found ERROR STOP STDOUT Geometrical element has no parent. Retry by using updateParentOfSideElements() on domain %s
@ mesh_failfinddomain ERROR STOP STDOUT Domain name %s not found in current list of domains (call Mesh::printInfo()).
@ mesh_finddomainout ERROR STOP STDOUT Domain number %i not found in current list of %i domains (call Mesh::printInfo()).
@ mesh_nosos ERROR STOP STDOUT sides of side are defined only for 3D mesh with 3D elements
@ mesh_nocopyconstructor ERROR STOP STDOUT It is not possible to copy a mesh (too intricate)
@ mesh_not_handled ERROR STOP STDOUT Mesh of %s with element type %s not implemented.
@ mesh_multiple_shapes ERROR STOP STDOUT Mesh with multiple shapes not handled
@ domain_multiple_shapes ERROR STOP STDOUT Domains with multiple shapes not handled
@ mesh_mismatch_dims ERROR STOP STDOUT Meshes must have the same dimension. %i != %i
@ mesh_bad_shape_conversion ERROR STOP STDOUT Cannot convert %s mesh to %s mesh
@ shape_not_handled ERROR STOP STDOUT Shape %s not handled.
@ loadFile_info INFO CONT STDOUT %s mesh format read from file %s
@ gmsh_shape_not_handled ERROR STOP STDOUT Gmsh .geo file creation : shape %s for geometry %s not handled.
@ gmsh_extrusion_not_handled ERROR STOP STDOUT Extrusion of type %s is not handled for Gmsh mesh generator
@ gmsh_elt_not_managed ERROR STOP STDOUT GMSH element type not taken into account : %i
@ gmsh_bad_format ERROR STOP STDOUT Bad GMSH format in section %s of file %s
@ gmsh_bad_version ERROR STOP STDOUT Bad GMSH format version %r in file %s. Expected version >= 2.2
@ gmsh_binary_file ERROR STOP STDOUT GMSH file %s is not a text file
@ gmsh_wrong_nbnodes ERROR STOP STDOUT Wrong number of nodes %i in file %s. Expected %i
@ gmsh_wrong_nbelts ERROR STOP STDOUT Wrong number of elements %i in file %s. Expected %i
@ gmsh_node_outofrange ERROR STOP STDOUT Node number %i out of range in file %s. Expected between 1 and %i
@ gmsh_bad_dim ERROR STOP STDOUT Bad dimension %i in file %s. Expected <= %i
@ gmsh_global_domain_info INFO CONT STDOUT Domain %s (%s), created with %i elements.
@ gmsh_domain_info INFO CONT STDOUT Domain %s (ref. num. %i), created with %i elements.
@ gmsh_subdomain_info INFO CONT STDOUT %sSub-domain %s (ref. num. %i) of domain whose ref. num. is %i, created with %i elements.
@ gmsh_cracked_subdomain_info INFO CONT STDOUT %sSub-domain %s (ref. num. %i) of domain whose ref. num. is %i, created with %i elements, side of cracked domain whose ref. num. is %i
@ gmsh_cracked_subdomain_info2 INFO CONT STDOUT %sSub-domain %s (ref. num. %i, 2nd ref. num. %i) of domain whose ref. num. is %i, created with %i elements, side of cracked domain whose ref. num. is %i
@ gmsh_multiple_orders ERROR STOP STDOUT Multiple orders in GMSH file %s
@ mel_first_line ERROR STOP STDOUT MELINA File bad format: First line must be "MeshVersionFormatted 1" or "MeshVersionFormatted 2"
@ mel_second_line ERROR STOP STDOUT MELINA File bad format: Second line must contain "Dimension" definition
@ mel_bad_dim ERROR STOP STDOUT MELINA File bad format: Dimension must be <= 3
@ mel_block_not_handled ERROR STOP STDOUT MELINA File bad format: Block %s not handled
@ mel_domain_info INFO CONT STDOUT Creation of domain %s, of dimension %i.
@ mel_pts_outofrange ERROR STOP STDOUT Point numbers are not the increasing sequence from %i to %i.
@ mel_pts_nopt1 ERROR STOP STDOUT Smallest point number in mesh is %i; expecting 1.
@ mel_noelindom ERROR STOP STDOUT Domain %s of mesh %s has zero element.
@ mel_load_title ERROR STOP STDOUT Syntax error while reading title in mel file
@ bad_nbpts_per_elt ERROR STOP STDOUT Bad number of points %i per element. Expected %i
@ single_subdomain ERROR STOP STDOUT There must be only one subdomain. There are %i of them
@ bad_nbsides ERROR STOP STDOUT Bad number of %s %i
@ bad_order ERROR STOP STDOUT Mesh order is %i. It must be %i
@ order_zero ERROR STOP STDOUT Order is 0
@ void_elt ERROR STOP STDOUT Void %s
@ degenerated_elt ERROR STOP STDOUT Degenerated %s
@ domain_type_not_handled ERROR STOP STDOUT %s domains are not handled. Contact administrators
@ domain_dim_not_handled ERROR STOP STDOUT Domains of dimension %i are not handled. Contact administrators
@ domain_point_not_located ERROR STOP STDOUT Point %s not found in elements of domain %s
@ normal_not_side_domain ERROR STOP STDOUT Normals can be involved only on a manifold (boundary), domain %s is not one
@ normal_ignored WARNING CONT STDOUT Normals can be involved only on a manifold (boundary), domain %s is not one, normals are ignored
@ side_elt_in_side_domain ERROR STOP STDOUT In side domain %s, elt %i is not a side element
@ sos_elt_not_handled ERROR STOP STDOUT Side of side elements are not handled
@ bad_geometry ERROR STOP STDOUT The geometry %s is %s. Expected %s
@ sub_mesh_order ERROR STOP STDOUT Mesh subdivision: only order 1 mesh can be subdivided ; mesh %s has order %d
@ sub_mesh_elts ERROR STOP STDOUT Mesh subdivision: domain %s, of mesh %s, has more than one element type
@ sub_mesh_shap ERROR STOP STDOUT Mesh subdivision: all elements in the mesh %s must have the same shape type
@ sub_mesh_nodom ERROR STOP STDOUT Mesh subdivision: no domain found in the mesh %s
@ node_not_found ERROR STOP STDOUT Node not found
@ vertex_not_found ERROR STOP STDOUT Vertex not found
@ domain_space_mismatch_dims ERROR STOP STDOUT Domain dimension must be space dimension - 1. Domain dimension %i. %i expected !
@ 2D_loop_section_only ERROR STOP STDOUT 2D loop section required
@ generator_not_handled ERROR STOP STDOUT Mesh generator %s not handled
@ vertices_not_coplanar ERROR STOP STDOUT Vertices of geometry of shape %s are not coplanar.
@ bad_transform ERROR STOP STDOUT Bad Transformation type %s. %s expected
@ geom_unexpected_param_key ERROR STOP STDOUT Unexpected parameter %s for geometry %s
@ geometry_incoherent_points ERROR STOP STDOUT Given Points are incoherent for geometry %s
@ polygon_needed ERROR STOP STDOUT Geometry %s is not a polygonal geometry.
@ infinite_orientation_only ERROR STOP STDOUT Only (_)towardsInfinite or (_)outwardsInfinite orientation. It is %s
@ domain_orientation_only ERROR STOP STDOUT Only (_)towardsDomain or (_)outwardsDomain orientation. It is %s
@ loop_hole_border ERROR STOP STDOUT A loop geometry cannot be a hole of one one its borders
@ geoelt_space_mismatch_dims ERROR STOP STDOUT Element dimension must be space dimension +1. Space dimension %i. %i expected !
@ ply_first_line ERROR STOP STDOUT PLY File bad format: First line must contains "ply"
@ ply_second_line ERROR STOP STDOUT PLY File bad format: Second line must contains "format" definition
@ non_ascii ERROR STOP STDOUT PLY must be an ASCII file
@ ply_bad_nbvert ERROR STOP STDOUT PLY File bad format: number of vertices is not given for "%s" elements
@ vtk_bad_block ERROR STOP STDOUT VTK File bad format: %s block of %s dataset must be %s
@ vtk_format_block_first_line ERROR STOP STDOUT VTK File bad format:First line must be : # vtk DataFile Version ???
@ vtk_bad_format ERROR STOP STDOUT Vtk file bad format
@/
============================= hierarchicalMatrix library ======================================

@ compression_not_handled ERROR STOP STDOUT Compression %s not handled
@ clustering_method_not_handled ERROR STOP STDOUT Clustering method %s not handled
@ low_rank_only ERROR STOP STDOUT LowRankMatrix approximation only
@ approx_matrix_not_handled ERROR STOP STDOUT ApproximationMatrix not handled
@ admissibility_rule_not_handled ERROR STOP STDOUT HMAdmissibilityRule not handled
@/
============================= largeMatrix library ======================================

@ largematrix_forcesymmetry WARNING CONTINUE STDOUT A LargeMatrix has been declared with symmetric storage and no symmetry type,
 it is assumed symmetric matrix
@ storage_baddelete ERROR STOP STDOUT Try to delete a MatrixStorage of type %s used by %i LargeMatrix objects
@ storage_hasardousdelete WARNING CONT STDOUT Delete a MatrixStorage of type %s used by %i LargeMatrix objects
@ storage_noprint WARNING CONT STDOUT No print function for matrix storage %s
@ storage_outofstorage ERROR STOP STDOUT Try to access in %s storage to element (%i,%i) which is out of storage
@ storage_novector ERROR STOP STDOUT %s : Matrix of vectors is not yet supported !
@ largematrix_header INFO CONT NOSTDOUT %s %s matrix  %ix%i, storage %s, number of non zero : %i
@ largematrix_indicesout ERROR STOP STDOUT In matrix %s, index (%i,%i) out of storage
@ largematrix_loadbadfile ERROR STOP STDOUT File '%s' is not a known matrix file
@ largematrix_loadcomplexinreal ERROR STOP STDOUT It is forbidden to load a real matrix from a file (%s) including a complex matrix
@ largematrix_loadrealincomplex ERROR STOP STDOUT File '%s' seems to include a real matrix (odd number of reals on first line), can not be load in a complex matrix
@ largematrix_mismatch_dim ERROR STOP STDOUT Dimensions do not match with the object dimensions
@ largematrix_mismatch_storage ERROR STOP STDOUT Storages do not match
@ largematrix_mismatch_structure ERROR STOP STDOUT Inconsistent structures
@ largematrix_mismatch_size ERROR STOP STDOUT Inconsistent size of values
@ largematrix_mismatch_sym ERROR STOP STDOUT Inconsistent symmetry
@ largematrix_nosymstorage ERROR STOP STDOUT Try to load a non symmetric matrix in a symmetric storage (%s)
@ largematrix_noloadmatrixofmatrix ERROR STOP STDOUT Up to now, it is not possible to load a matrix as a matrix of matrices
 (contact the administrators).
@ largematrix_nosavematrix ERROR STOP STDOUT Unsupported file format for this kind of storage (%s)
@ largematrix_nofactorization ERROR STOP STDOUT %s
@ largematrix_nosolver ERROR STOP STDOUT %s
@ largematrix_singular ERROR STOP STDOUT %s at %i
@ matrixentry_incoherent_dim ERROR STOP STDOUT In MatrixEntry, structure and dimensions are not coherent  : structure %s, dimensions (%i,%i)
@ matrixentry_abnormal_type ERROR STOP STDOUT type (%s) not handled in MatrixEntry
@ matrixentry_novector ERROR STOP STDOUT MatrixEntry supports only scalar matrices or matrix of matrices
@ matrixentry_mismatch_storages ERROR STOP STDOUT Storages must be the same
@ matrixentry_matrixofmatrices_not_handled ERROR STOP STDOUT Matrix of matrices not handled
@ constructor_mismatch_dim_args ERROR STOP STDOUT In LargeMatrixArpackpp<K, Mat> constructor : dimensions of arguments mismatch
@ symmetric_only ERROR STOP STDOUT Symmetric storage only
@ nonsym_to_sym ERROR STOP STDOUT %s of a non symmetric storage in a symmetric one is forbidden
@ largematrix_diff_sym ERROR STOP STDOUT inconsistent symmetry structure of matrices. Current should be non symmetric.
@ storage_wrong_ptr ERROR STOP STDOUT No access to %s %s pointer for %s storage
@ storage_unexpected ERROR STOP STDOUT Storage %s expected. It is %s
@ access_unexpected ERROR STOP STDOUT Access %s expected. It is %s
@ storage_not_implemented ERROR STOP STDOUT No implementation of %s for storage %s
@ storage_not_handled ERROR STOP STDOUT No implementation for storage %s and access %s
@ scalar_rhs_only ERROR STOP STDOUT Right hand side vector must be of scalar type
@ no_rhs ERROR STOP STDOUT No right hand side vector
@ storage_bad_access ERROR STOP STDOUT Undefined access type %s for %s storage
@ storage_numbering_too_large ERROR STOP STDOUT %s numbering of storage %s is too large
@ arpack_Acomplex_Breal ERROR STOP STDOUT A is complex and B is real, move B to complex representation
@ special_matrix_unexpected ERROR STOP STDOUT Matrix must be %s. It is %s
@ matrix_nostorage ERROR CONT STDOUT matrix storage is not allocated
@ storage_not_updated ERROR STOP STDOUT Storage has to be updated
@ largematrix_not_factorized ERROR STOP STDOUT LargeMatrix %s is not factorized
@ largematrix_factorized ERROR STOP STDOUT LargeMatrix %s should not be factorized
@ small_pivot ERROR STOP STDOUT Matrix not factorizable because the pivot is too small
@ pivot_not_available ERROR STOP STDOUT No pivot available
@/
============================= operator library ======================================

@ diffop_def INFO CONT NOSTDOUT of order %i, requiring normal : %s , requiring extension : %s.
@ operator_baddiffop ERROR STOP STDOUT operator %s is not consistant with unknown.
@ operator_badop ERROR STOP STDOUT in operator construction, non consistant operation : %s %s %s.
@ operator_sideisdef ERROR STOP STDOUT %s side operand of operator is already defined
@ operand_notavalue ERROR STOP STDOUT in operand, try to access to value and it is a function.
@ operand_notafun ERROR STOP STDOUT in operand, try to access to function and it is a value.
@ opu_badopus ERROR STOP STDOUT Operators on unknown (OperatorOnUnknown) does not match in operation %s in %s
@ operator_not_yet_handled ERROR STOP STDOUT Operator %s not yet handled
@ vec_op_not_handled ERROR STOPD STDOUT Operator %s on vectors not handled
@ operator_mismatch_size ERROR STOP STDOUT Not the same size of vectors : %i %i
@ operator_unexpected ERROR STOP STDOUT Unexpected operator : %s
@ operator_too_complex ERROR STOP STDOUT Too complex operator on unknown
@ opk_varname_not_handled ERROR STOP STDOUT Unsupported variableName
@ non_derivative_op_only ERROR STOP STDOUT Operator with derivatives unexpected
@ order01_derivative_op_only ERROR STOP STDOUT Operator without derivatives or with first order derivatives requested
@ operator_bad_size ERROR STOP STDOUT Bad size %i for operator %s
@ operator_mismatch_dims ERROR STOP STDOUT Bad dims (%i,%i) for operator. (%i,%i) expected
@ operator_scalar_only ERROR STOP STDOUT Only scalar values for operator %s
@ operator_vector_only ERROR STOP STDOUT Only vector values for operator %s
@ operator_not_vector ERROR STOP STDOUT Only scalar or matrix values for operator %s
@ operator_fun_not_vector ERROR STOP STDOUT Only scalar or matrix values for function in operator %s
@ operator_not_matrix ERROR STOP STDOUT Only scalar or vector values for operator %s
@ opposite_operand_impossible ERROR STOP STDOUT Cannot change sign of Operand
@ single_and_double_layer_only ERROR STOP STDOUT Kernel operator must be single or double layer potential integral
@ single_layer_only ERROR STOP STDOUT Kernel operator must be single layer potential integral
@ double_layer_only ERROR STOP STDOUT Kernel operator must be double layer potential integral
@ aop_inconsistent_operators ERROR STOP STDOUT In %s algebraic operation: operators are inconsistent
@ aop_unexpected ERROR STOP STDOUT Unexpected algebraic operator : %s
@ extension_already_set ERROR STOP STDOUT An extension has already been set
@ derivative_op_no_extension ERROR STOP STDOUT No extension in operator with derivatives
@ kernel_op_not_handled ERROR STOP STDOUT Kernel %s does not handle %s operation
@/
============================= solvers library ======================================

@ solver_header INFO CONT NOSTDOUT %s, size %i, maximum iteration %i and epsilon %r
@ solverPC_header INFO CONT NOSTDOUT %s with preconditioner %s, size %i, maximum iteration %i and epsilon %r
@ solver_Omega INFO CONT NOSTDOUT %s, size %i, maximum iteration %i with omega %r
@ solver_Krylov INFO CONT NOSTDOUT %s, size %i, maximum iteration %i, epsilon %r and Krylov dimension %i
@ solverPC_Krylov INFO CONT NOSTDOUT %s with preconditioner %s, size %i, maximum %i iterations, epsilon %r and Krylov dimension %i
@ solver_tail INFO CONT NOSTDOUT %s, size %i, iteration %i and residue %r
@ solver_failure ERROR STOP STDOUT %s failed, maximum iteration %i and residue %r
@ solver_notconverge WARNING CONT STDOUT %s does not converge, maximum number of iterations %i reached, residue = %r > %r
@ solver_breakdown ERROR STOP STDOUT %s broken down with %s = %r after %i iterations
@ solver_badOmega ERROR STOP STDOUT %s, bad Omega value %r
@ solver_noPCMatrix ERROR STOP STDOUT %s needs a preconditioner
@ notranspose_solver ERROR STOP STDOUT %i
@/
================================ space library ======================================

@ space_def INFO CONT NOSTDOUT Space "%s" of type %s on the geometrical domain "%s".
@ space_def+ INFO CONT NOSTDOUT dimension of functions : %i, conform to %s space, space dimension =  %i.
@ space_def++ INFO CONT NOSTDOUT dimension of functions : %i, conform to %s space, space dimension =  %i = %i * %i.
@ space_nofun ERROR STOP STDOUT No access to functions for a the spectral space "%s".
@ space_not_found ERROR STOP STDOUT Space not found
@ subspace_not_found ERROR STOP STDOUT Subspace of space %s not found on domain %s
@ spectral_fun_def INFO CONT NOSTDOUT Set of spectral functions defined from Function "%s".
@ spectral_int_def INFO CONT NOSTDOUT Set of spectral functions defined from TermVectors (%i).
@ spectral_int_nofun ERROR STOP STDOUT No access to functions for a set of interpolated spectral functions.
@ spacetype_not_handled ERROR STOP STDOUT Space type %s not handled
@ forbidden_dof ERROR STOP STDOUT It is not possible to create a DoF on a product space or subspace (%s).
@ dof_info INFO CONT NOSTDOUT DoF %i of %s type
@ spdof_info INFO CONT NOSTDOUT DoF %i of %s type linked to space "%s"
@ fedof_info INFO CONT NOSTDOUT FE DoF %i, %s, support number = %i, %s
@ unknown_not_handled ERROR STOP STDOUT Unknown type %s not handled
@ unknown_redefined ERROR STOP STDOUT The unknown "%s" is already defined.
@ unknown_noindex ERROR STOP STDOUT The unknown %s has no index (internal error, contact the administrator)
@ unknown_not_found ERROR STOP STDOUT Unknown "%s" not found
@ unknown_undef_type ERROR STOP STDOUT Unknown type (%i) does not exist (internal error, contact the administrator).
@ unknown_indexoutside ERROR STOP STDOUT The unknown %s has no such index %i.
@ unknown_component_too_big ERROR STOP STDOUT Size of a component of unknown must be smaller than the number of components of the unknown %s
@ unknown_rank_already_used ERROR STOP STDOUT Rank %i is already associated to %s
@ unknowns_ranks_mismatch_size ERROR STOP STDOUT vectors of unknowns and ranks does not have the same size. %i != %i
@ unknowns_mismatch_spaces ERROR STOP STDOUT Unknowns does not have the same space. %s != %s
@ unknown_not_scalar ERROR STOP STDOUT Unknown must not be scalar
@ unknown_not_vector ERROR STOP STDOUT Unknown must be scalar
@ unknown_vector ERROR STOP STDOUT Unknown must be a vector one, dim = %i
@ unknown_inconsistent_size ERROR STOP STDOUT Unknown %s number of components must be %i. It is %i
@ fespace_dofinfo INFO CONT NOSTDOUT list of FE DoF (%i)
@ fespace_dofinfo2 INFO CONT NOSTDOUT with optimized renumbering of DoFs
@ fespace_eltinfo INFO CONT NOSTDOUT list of finite elements (%i)
@ fespace_edgeltinfo INFO CONT NOSTDOUT list of edge finite elements (%i)
@ fespace_faceltinfo INFO CONT NOSTDOUT list of face finite elements (%i)
@ fespace_dof_renumbering  INFO CONT NOSTDOUT DoF numbering optimisation for space '%s', skyline storage size before optimisation : %i, after optimisation : %i
@ fe_space_already_optimised WARNING CONT STDOUT DoFs numbering of space '%s' is already optimised (skyline storage size : %i)
@ not_fe_space_type ERROR STOP STDOUT Space %s is not a FE(Sub)Space
@ not_sp_space_type ERROR STOP STDOUT Space %s is not a SpectralSpace
@ lagrange_fe_space_only ERROR STOP STDOUT Space %s is not a Lagrange FeSpace
@ dof_no_coords ERROR STOP STDOUT No coords for a non FE DoF
@ no_dual_unknown ERROR STOP STDOUT No dual unknown for %s
@ dof_out_of_set ERROR STOP STDOUT A DoF does not belong to parent space's DoFs' set
@ dof_not_found ERROR STOP STDOUT Dof not found
@ diff_rootspaces ERROR STOP STDOUT Spaces does not have the same root space
@ elt_not_side ERROR STOP STDOUT Element is not a side element !!
@ split_no_ref_elt ERROR STOP STDOUT Try to split an element with no refElt_p allocated, probably a point element !
@ dof_numbering_on_side_exception ERROR STOP STDOUT DoF numbering on side stops on an exceptional case
@ domain_space_mismatch_mesh ERROR STOP STDOUT Domain and space does not have the same mesh support !
@ space_no_dof ERROR STOP STDOUT Space %s does not have DoFs
@ not_fe_sp_pair ERROR STOP STDOUT Spaces are not a pair (FeSpace, SpSpace)
@ dof_unexpected ERROR STOP STDOUT DoF unexpected
@ fun_not_analytical ERROR STOP STDOUT Function not analytical
@ space_domain_incompatible_dims Dimension of domain '%s' is too small according to dimension of space '%s' (%i < %i-2)
@ space_domain_incompatible_elements ERROR STOP STDOUT Domain %s has no common element with the space domain %s
@ function_type_not_handled ERROR STOP STDOUT Function type %s not handled
@ equal_spaces ERROR STOP STDOUT Spaces are equal !
@ space_mismatch_dims ERROR STOP STDOUT Space dimensions are not consistent
@ no_shape_funtions ERROR STOP STDOUT Shape functions of the element %s are not available as polynomials
@/
============================= term library ======================================

@ matrixentry_incoherent_dim ERROR STOP STDOUT incoherent value type (%s) and value dimensions (%i,%i)
@ termmatrix_submatrix_not_found ERROR STOP STDOUT subMatrix not found (%s)
@ termvector_subvector_not_found ERROR STOP STDOUT subVector not found (%s)
@ term_incompatible_spaces ERROR STOP STDOUT Spaces does not have the same number of elements
@ term_inconsistent_unknown_spaces ERROR STOP STDOUT Term %s: Unknowns does not share the same space
@ term_not_suterm ERROR STOP STDOUT Term %s is not single unknown
@ export_not_yet_implemented ERROR STOP STDOUT Export of %s elements %s is not yet implemented
@ multiple_term_types ERROR STOP STDOUT Multiple term types are not allowed
@ bad_lcterm_type ERROR STOP STDOUT Term type %s is different from LcTerm type %s
@ vector_to_scalar ERROR STOP STDOUT Try to initializes scalar values of vector with a vector value
@ term_no_entries ERROR STOP STDOUT No allocated entries pointers
@ term_mismatch_unknowns ERROR STOP STDOUT Terms does not have the same unknown. %s != %s
@ term_mismatch_unknowns2 ERROR STOP STDOUT Terms does not have the same unknown. %s != %s and %s != %s
@ term_mismatch_spaces ERROR STOP STDOUT Terms does not have the same space. %s != %s
@ term_mismatch_nb_components ERROR STOP STDOUT Terms does not have the same number of components. %i != %i
@ term_mismatch_structures ERROR STOP STDOUT Not the same structure : %s and %s
@ term_unhandled_structures ERROR STOP STDOUT Structure %s and %s not handled in %s
@ term_nonscalar ERROR STOP STDOUT Terms have to be scalar one
@ term_incompatible_storages ERROR STOP STDOUT Not the same storage
@ term_inconsistent_entries ERROR STOP STDOUT Term inconsistent entries structure
@ term_no_complex_allocated ERROR STOP STDOUT No complex entries allocated
@ term_not_enough ERROR STOP STDOUT Requires at least %i terms
@ structure_not_handled ERROR STOP STDOUT Structure %s not handled
@ structure_not_handled_in_factorization ERROR STOP STDOUT No %s factorization for %s
@ structure_not_handled_in_solver ERROR STOP STDOUT No %s solver for %s
@ term_incompatible_unknowns ERROR STOP STDOUT Unknown types not handled
@ lcterm_term_only ERROR STOP STDOUT Linear combination of %s only
@ not_term ERROR STOP STDOUT Not a %s
@ not_computed_term ERROR STOP STDOUT %s has to be computed
@ conversion_not_handled ERROR STOP STDOUT Conversion %s to %s not handled
@ block_conversion_not_yet_implemented ERROR STOP STDOUT Conversion to %s block TermMatrix is not yet implemented
@ term_wrong_unknown ERROR STOP STDOUT Term %s has unknown %s. Must be unknown %s
@ term_wrong_unknown_component ERROR STOP STDOUT Term %s has no unknown index %i (only %i components)
@ term_inconsistent_unknowns ERROR STOP STDOUT Inconsistent unknowns.
@ term_inconsistent_nb_components ERROR STOP STDOUT Inconsistent number of components in unknowns.
@ term_inconsistent_dim ERROR STOP STDOUT Term %s : inconsistent dim %i and %i to be factorized
@ block_factorization_not_yet_implemented ERROR STOP STDOUT Factorization of block TermMatrix is not yet implemented
@ term_not_factorized ERROR STOP STDOUT Term %s is not factorized
@ wrong_factorization_type ERROR STOP STDOUT Wrong factorization type %s
@ block_dsolver_not_yet_implemented ERROR STOP STDOUT Direct solver on block TermMatrix is not yet implemented
@ over_size ERROR STOP STDOUT Over size %i > %i
@ reduction_method_not_handled ERROR STOP STDOUT Reduction method %s not handled
@ global_sub_reduction_not_yet_handled ERROR STOP STDOUT Sub-reduction by %s in global reduction process not yet handled
@ vectorentry_unknowntype ERROR STOP STDOUT Unknown parameters %s and %s to build a vector entry
@ solver_unexpected_param_key ERROR STOP STDOUT Unexpected parameter %s for solver %s
@ intgintg_su_tv_only ERROR STOP STDOUT Double integral bilinear form supports only single unknown TermVector objects
@ ir_su_tv_only ERROR STOP STDOUT Integral representation supports only single unknown TermVector objects
@ term_wrong_domain ERROR STOP STDOUT Term not defined on domain %s
@ term_wrong_space ERROR STOP STDOUT Term not defined on space %s
@ no_extension_required ERROR STOP STDOUT No extension of computation required
@ not_thread_safe ERROR STOP STDOUT Not thread safe
@ projector_not_handled ERROR STOP STDOUT Projector type %s not handled
@ matrix_type_not_handled ERROR STOP STDOUT Matrix type %s not handled
@ operator_fct_mismatch_dims ERROR STOP STDOUT Unknown %s and function does not have the same dim %i != %i
@ symbolic_tm_not_handled ERROR STOP STDOUT SymbolicTermMatrix not handled
@ symbolic_operation_not_handled ERROR STOP STDOUT Symbolic operation not handled
@ symmetry_not_handled ERROR STOP STDOUT Symmetry type %s not handled
@ term_not_global_rep ERROR STOP STDOUT Term %s is not in a global representation
@ term_not_scalar_rep ERROR STOP STDOUT Term %s is not in a scalar representation
@ elt_adjacent_only ERROR STOP STDOUT Adjacent elements only !
@ block_term_bad_size ERROR STOP STDOUT TermMatrix %s is not a 2x2 block matrix. It is %ix%i
@ adjacence_status_not_handled ERROR STOP STDOUT Adjacence status not handled
@/
============================= utils library =====================================

@ bad_struct_type ERROR STOP STDOUT %s type not supported
@ ker_bad_dim ERROR STOP STDOUT Call of kernel %s with vectors of incompatible dimensions : (%i,%i)
@ ker_not_implemented ERROR STOP STDOUT Kernel %s %s not implemented
@ ker_bad_family ERROR STOP STDOUT Kernel is not %s.
@ fun_bad_args ERROR STOP STDOUT The function %s returning %s %s cannot return a value of type %s %s.
@ fun_bad_dim ERROR STOP STDOUT When vector unknown, the shape functions dimension must be %i. It is %i
@ fun_desc INFO CONT STDOUT Function %s : %s of %s returning %s %s.
@ funtype_not_found ERROR STOP STDOUT Function type not found
@ mixed and_or_not_handled ERROR STOP STDOUT Comparison function does not handled mixed expression with AND and OR at the same time
@ is_not_fun ERROR STOP STDOUT Call of a kernel as a function.
@ is_not_ker ERROR STOP STDOUT Call of a function as a kernel.
@ param_badop ERROR STOP STDOUT Operation %s on parameters is illegal.
@ param_undef ERROR STOP STDOUT Undefined parameter in operation %s.
@ param_badind ERROR STOP STDOUT Index %i in a parameter list is out of bound (1,%i)
@ param_divby0 ERROR STOP STDOUT Divide by zero!
@ param_not_found ERROR STOP STDOUT No parameter %s found in Parameters.
@ param_missing ERROR STOP STDOUT Missing parameter %s
@ param_badtype ERROR STOP STDOUT type %s unauthorized for parameter %s
@ point_baddim ERROR STOP STDOUT Requiring point coordinates %i in dimension %i!
@ point_too_far_from_boundary ERROR STOP STDOUT Point seems too far (%r) from boundary
@ point_not_on_boundary ERROR STOP STDOUT Point not located on a boundary
@ vec_mismatch_dims ERROR STOP STDOUT In vector operation %s, dimension mismatch (dim(op1)=%i, dim(op2)=%i)
@ vec/0 ERROR STOP STDOUT Divide by 0 in vector operation %s vector dimension : (%i)
@ vec_cast WARNING CONT STDOUT Complex cast to real in vector operation %s (dim(op1)=%i, dim(op2)=%i)
@ mat_mismatch_dims ERROR STOP STDOUT In matrix operation %s, dimension mismatch (dim(op1)=(%i,%i), dim(op2)=(%i,%i))
@ mat/0 ERROR STOP STDOUT Divide by 0 in matrix operation %s matrix dimension : (%i,%i)
@ mat_cast WARNING CONT STDOUT Complex cast to real in matrix operation %s (dim(op1)=(%i,%i), dim(op2)=(%i,%i))
@ mat_noinvert ERROR STOP STDOUT Matrix is singular
@ mat_badfile ERROR STOP STDOUT Unable to open file %s
@ mat_badeof ERROR STOP STDOUT Reading file %s, end of file reached, matrix dimensions : (%i,%i), last entry : (%i,%i)
@ mat_nonsquare ERROR STOP STDOUT Illegal operation %s for non square matrix, matrix dimensions : (%i,%i)
@ value_badtype ERROR STOP STDOUT type %s unauthorized for a value (class Value))
@ value_wrongtype ERROR STOP STDOUT the value type is (%s,%s) and not (%s,%s)
@ value_RTInames INFO CONT NOSTDOUT List of the RTI name of Value types :
@ memunit_not_handled ERROR STOP STDOUT Memory unit %s not handled
@ entry_inconsistent_structure ERROR STOP STDOUT Inconsistent structure
@ entry_inconsistent_structures ERROR STOP STDOUT Inconsistent structures
@ entry_mismatch_structures ERROR STOP STDOUT Structures must be the same : %s != %s
@ entry_mismatch_dims ERROR STOP STDOUT Incompatible dimensions : %i != %i
@ entry_oversize ERROR STOP STDOUT Incompatible dimensions : %i < %i
@ entry_subvector_size_not_constant ERROR STOP STDOUT Subvector size is not constant
@ entry_incorrect_mapping ERROR STOP STDOUT Incorrect components mapping: %i > %i
@ int_not_positive ERROR STOP STDOUT %i < 0 !!
@ real_not_positive ERROR STOP STDOUT %r < 0.0 !!
@ graph_overflow ERROR STOP STDOUT Graph overflow : connected sets size > %i
@ symbolic_op_not_handled ERROR STOP STDOUT Symbolic operation not handled
