Class: Rouge::Lexers::FreeFEM

Inherits:
Cpp show all
Defined in:
lib/rouge/lexers/freefem.rb

Constant Summary

Constants inherited from RegexLexer

RegexLexer::MAX_NULL_SCANS

Constants included from Token::Tokens

Token::Tokens::Num, Token::Tokens::Str

Instance Attribute Summary

Attributes inherited from Rouge::Lexer

#options

Class Method Summary collapse

Methods inherited from RegexLexer

append, #delegate, get_state, #get_state, #goto, #group, #groups, #in_state?, #pop!, prepend, #push, #recurse, replace_state, #reset!, #reset_stack, #stack, start, start_procs, #state, state, #state?, state_definitions, states, #step, #stream_tokens, #token

Methods inherited from Rouge::Lexer

aliases, all, #as_bool, #as_lexer, #as_list, #as_string, #as_token, assert_utf8!, #bool_option, #continue_lex, continue_lex, debug_enabled?, demo, demo_file, desc, detect?, detectable?, disable_debug!, enable_debug!, filenames, find, find_fancy, guess, guess_by_filename, guess_by_mimetype, guess_by_source, guesses, #hash_option, #initialize, lex, #lex, #lexer_option, #list_option, lookup_fancy, mimetypes, option, option_docs, #reset!, #stream_tokens, #string_option, tag, #tag, title, #token_option, #with

Methods included from Token::Tokens

token

Constructor Details

This class inherits a constructor from Rouge::Lexer

Class Method Details

.attributes ⇒ Object 



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# File 'lib/rouge/lexers/freefem.rb', line 170

def self.attributes
  @builtinsParameters ||= Set.new(%w(
    A A1 abserror absolute aniso aspectratio B B1 bb beginend bin
    boundary bw close cmm coef composante cutoff datafilename dataname
    dim distmax displacement doptions dparams eps err errg facemerge
    facetcl factorize file fill fixedborder flabel flags floatmesh
    floatsol fregion gradation grey hmax hmin holelist hsv init inquire
    inside IsMetric iso ivalue keepbackvertices label labeldown labelmid
    labelup levelset loptions lparams maxit maxsubdiv meditff mem memory
    metric mode nbarrow nbiso nbiter nbjacoby nboffacetcl nbofholes
    nbofregions nbregul nbsmooth nbvx ncv nev nomeshgeneration
    normalization omega op optimize option options order orientation
    periodic power precon prev ps ptmerge qfe qforder qft qfV ratio
    rawvector reffacelow reffacemid reffaceup refnum reftet reftri region
    regionlist renumv rescaling ridgeangle save sigma sizeofvolume
    smoothing solver sparams split splitin2 splitpbedge stop strategy
    swap switch sym t tgv thetamax tol tolpivot tolpivotsym transfo U2Vc
    value varrow vector veps viso wait width withsurfacemesh WindowIndex
    which zbound
  ))
end

.builtins ⇒ Object 



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# File 'lib/rouge/lexers/freefem.rb', line 56

def self.builtins
  @builtins ||= Set.new(%w(
    abs acos acosh adaptmesh adj AffineCG AffineGMRES arg asin asinh
    assert atan atan2 atanh atof atoi BFGS broadcast buildlayers
    buildmesh ceil chi complexEigenValue copysign change checkmovemesh
    clock cmaes conj convect cos cosh cube d dd dfft diffnp diffpos
    dimKrylov dist dumptable dx dxx dxy dxz dy dyx dyy dyz dz dzx dzy dzz
    EigenValue emptymesh erf erfc exec exit exp fdim ffind find floor
    flush fmax fmin fmod freeyams getARGV getline gmshload gmshload3
    gslcdfugaussianP gslcdfugaussianQ gslcdfugaussianPinv
    gslcdfugaussianQinv gslcdfgaussianP gslcdfgaussianQ
    gslcdfgaussianPinv gslcdfgaussianQinv gslcdfgammaP gslcdfgammaQ
    gslcdfgammaPinv gslcdfgammaQinv gslcdfcauchyP gslcdfcauchyQ
    gslcdfcauchyPinv gslcdfcauchyQinv gslcdflaplaceP gslcdflaplaceQ
    gslcdflaplacePinv gslcdflaplaceQinv gslcdfrayleighP gslcdfrayleighQ
    gslcdfrayleighPinv gslcdfrayleighQinv gslcdfchisqP gslcdfchisqQ
    gslcdfchisqPinv gslcdfchisqQinv gslcdfexponentialP gslcdfexponentialQ
    gslcdfexponentialPinv gslcdfexponentialQinv gslcdfexppowP
    gslcdfexppowQ gslcdftdistP gslcdftdistQ gslcdftdistPinv
    gslcdftdistQinv gslcdffdistP gslcdffdistQ gslcdffdistPinv
    gslcdffdistQinv gslcdfbetaP gslcdfbetaQ gslcdfbetaPinv gslcdfbetaQinv
    gslcdfflatP gslcdfflatQ gslcdfflatPinv gslcdfflatQinv
    gslcdflognormalP gslcdflognormalQ gslcdflognormalPinv
    gslcdflognormalQinv gslcdfgumbel1P gslcdfgumbel1Q gslcdfgumbel1Pinv
    gslcdfgumbel1Qinv gslcdfgumbel2P gslcdfgumbel2Q gslcdfgumbel2Pinv
    gslcdfgumbel2Qinv gslcdfweibullP gslcdfweibullQ gslcdfweibullPinv
    gslcdfweibullQinv gslcdfparetoP gslcdfparetoQ gslcdfparetoPinv
    gslcdfparetoQinv gslcdflogisticP gslcdflogisticQ gslcdflogisticPinv
    gslcdflogisticQinv gslcdfbinomialP gslcdfbinomialQ gslcdfpoissonP
    gslcdfpoissonQ gslcdfgeometricP gslcdfgeometricQ
    gslcdfnegativebinomialP gslcdfnegativebinomialQ gslcdfpascalP
    gslcdfpascalQ gslinterpakima gslinterpakimaperiodic
    gslinterpcsplineperiodic gslinterpcspline gslinterpsteffen
    gslinterplinear gslinterppolynomial gslranbernoullipdf gslranbeta
    gslranbetapdf gslranbinomialpdf gslranexponential
    gslranexponentialpdf gslranexppow gslranexppowpdf gslrancauchy
    gslrancauchypdf gslranchisq gslranchisqpdf gslranerlang
    gslranerlangpdf gslranfdist gslranfdistpdf gslranflat gslranflatpdf
    gslrangamma gslrangammaint gslrangammapdf gslrangammamt
    gslrangammaknuth gslrangaussian gslrangaussianratiomethod
    gslrangaussianziggurat gslrangaussianpdf gslranugaussian
    gslranugaussianratiomethod gslranugaussianpdf gslrangaussiantail
    gslrangaussiantailpdf gslranugaussiantail gslranugaussiantailpdf
    gslranlandau gslranlandaupdf gslrangeometricpdf gslrangumbel1
    gslrangumbel1pdf gslrangumbel2 gslrangumbel2pdf gslranlogistic
    gslranlogisticpdf gslranlognormal gslranlognormalpdf
    gslranlogarithmicpdf gslrannegativebinomialpdf gslranpascalpdf
    gslranpareto gslranparetopdf gslranpoissonpdf gslranrayleigh
    gslranrayleighpdf gslranrayleightail gslranrayleightailpdf
    gslrantdist gslrantdistpdf gslranlaplace gslranlaplacepdf gslranlevy
    gslranweibull gslranweibullpdf gslsfairyAi gslsfairyBi
    gslsfairyAiscaled gslsfairyBiscaled gslsfairyAideriv gslsfairyBideriv
    gslsfairyAiderivscaled gslsfairyBiderivscaled gslsfairyzeroAi
    gslsfairyzeroBi gslsfairyzeroAideriv gslsfairyzeroBideriv
    gslsfbesselJ0 gslsfbesselJ1 gslsfbesselJn gslsfbesselY0 gslsfbesselY1
    gslsfbesselYn gslsfbesselI0 gslsfbesselI1 gslsfbesselIn
    gslsfbesselI0scaled gslsfbesselI1scaled gslsfbesselInscaled
    gslsfbesselK0 gslsfbesselK1 gslsfbesselKn gslsfbesselK0scaled
    gslsfbesselK1scaled gslsfbesselKnscaled gslsfbesselj0 gslsfbesselj1
    gslsfbesselj2 gslsfbesseljl gslsfbessely0 gslsfbessely1 gslsfbessely2
    gslsfbesselyl gslsfbesseli0scaled gslsfbesseli1scaled
    gslsfbesseli2scaled gslsfbesselilscaled gslsfbesselk0scaled
    gslsfbesselk1scaled gslsfbesselk2scaled gslsfbesselklscaled
    gslsfbesselJnu gslsfbesselYnu gslsfbesselInuscaled gslsfbesselInu
    gslsfbesselKnuscaled gslsfbesselKnu gslsfbessellnKnu
    gslsfbesselzeroJ0 gslsfbesselzeroJ1 gslsfbesselzeroJnu gslsfclausen
    gslsfhydrogenicR1 gslsfdawson gslsfdebye1 gslsfdebye2 gslsfdebye3
    gslsfdebye4 gslsfdebye5 gslsfdebye6 gslsfdilog gslsfmultiply
    gslsfellintKcomp gslsfellintEcomp gslsfellintPcomp gslsfellintDcomp
    gslsfellintF gslsfellintE gslsfellintRC gslsferfc gslsflogerfc
    gslsferf gslsferfZ gslsferfQ gslsfhazard gslsfexp gslsfexpmult
    gslsfexpm1 gslsfexprel gslsfexprel2 gslsfexpreln gslsfexpintE1
    gslsfexpintE2 gslsfexpintEn gslsfexpintE1scaled gslsfexpintE2scaled
    gslsfexpintEnscaled gslsfexpintEi gslsfexpintEiscaled gslsfShi
    gslsfChi gslsfexpint3 gslsfSi gslsfCi gslsfatanint gslsffermidiracm1
    gslsffermidirac0 gslsffermidirac1 gslsffermidirac2 gslsffermidiracint
    gslsffermidiracmhalf gslsffermidirachalf gslsffermidirac3half
    gslsffermidiracinc0 gslsflngamma gslsfgamma gslsfgammastar
    gslsfgammainv gslsftaylorcoeff gslsffact gslsfdoublefact gslsflnfact
    gslsflndoublefact gslsflnchoose gslsfchoose gslsflnpoch gslsfpoch
    gslsfpochrel gslsfgammaincQ gslsfgammaincP gslsfgammainc gslsflnbeta
    gslsfbeta gslsfbetainc gslsfgegenpoly1 gslsfgegenpoly2
    gslsfgegenpoly3 gslsfgegenpolyn gslsfhyperg0F1 gslsfhyperg1F1int
    gslsfhyperg1F1 gslsfhypergUint gslsfhypergU gslsfhyperg2F0
    gslsflaguerre1 gslsflaguerre2 gslsflaguerre3 gslsflaguerren
    gslsflambertW0 gslsflambertWm1 gslsflegendrePl gslsflegendreP1
    gslsflegendreP2 gslsflegendreP3 gslsflegendreQ0 gslsflegendreQ1
    gslsflegendreQl gslsflegendrePlm gslsflegendresphPlm
    gslsflegendrearraysize gslsfconicalPhalf gslsfconicalPmhalf
    gslsfconicalP0 gslsfconicalP1 gslsfconicalPsphreg gslsfconicalPcylreg
    gslsflegendreH3d0 gslsflegendreH3d1 gslsflegendreH3d gslsflog
    gslsflogabs gslsflog1plusx gslsflog1plusxmx gslsfpowint gslsfpsiint
    gslsfpsi gslsfpsi1piy gslsfpsi1int gslsfpsi1 gslsfpsin
    gslsfsynchrotron1 gslsfsynchrotron2 gslsftransport2 gslsftransport3
    gslsftransport4 gslsftransport5 gslsfsin gslsfcos gslsfhypot
    gslsfsinc gslsflnsinh gslsflncosh gslsfanglerestrictsymm
    gslsfanglerestrictpos gslsfzetaint gslsfzeta gslsfzetam1
    gslsfzetam1int gslsfhzeta gslsfetaint gslsfeta imag int1d int2d int3d
    intalledges intallfaces interpolate invdiff invdiffnp invdiffpos
    Isend isInf isNaN isoline Irecv j0 j1 jn jump lgamma LinearCG
    LinearGMRES log log10 lrint lround max mean medit min mmg3d movemesh
    movemesh23 mpiAlltoall mpiAlltoallv mpiAllgather mpiAllgatherv
    mpiAllReduce mpiBarrier mpiGather mpiGatherv mpiRank mpiReduce
    mpiScatter mpiScatterv mpiSize mpiWait mpiWaitAny mpiWtick mpiWtime
    mshmet NLCG on plot polar Post pow processor processorblock
    projection randinit randint31 randint32 random randreal1 randreal2
    randreal3 randres53 Read readmesh readmesh3 Recv rfind rint round
    savemesh savesol savevtk seekg Sent set sign signbit sin sinh sort
    splitComm splitmesh sqrt square srandom srandomdev Stringification
    swap system tan tanh tellg tetg tetgconvexhull tetgreconstruction
    tetgtransfo tgamma triangulate trunc Wait Write y0 y1 yn
  ))
end

.keywords ⇒ Object

Override C/C++ ones (for example, ‘do` does not exists)



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# File 'lib/rouge/lexers/freefem.rb', line 18

def self.keywords
  @keywords ||= Set.new(%w(
    break catch continue else for if return try while
  ))
end

.keywords_type ⇒ Object

Override C/C++ ones (for example, ‘double` does not exists)



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# File 'lib/rouge/lexers/freefem.rb', line 25

def self.keywords_type
  @keywords_type ||= Set.new(%w(
    bool border complex dmatrix fespace func gslspline ifstream int macro
    matrix mesh mesh3 mpiComm mpiGroup mpiRequest NewMacro EndMacro
    ofstream Pmmap problem Psemaphore real solve string varf
  ))
end

.reserved ⇒ Object

Override C/C++ ones (totally different)



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# File 'lib/rouge/lexers/freefem.rb', line 34

def self.reserved
  @reserved ||= Set.new(%w(
    BDM1 BDM1Ortho Edge03d Edge13d Edge23d FEQF HCT P0 P03d P0Edge P1
    P13d P1b P1b3d P1bl P1bl3d P1dc P1Edge P1nc P2 P23d P2b P2BR P2dc
    P2Edge P2h P2Morley P2pnc P3 P3dc P3Edge P4 P4dc P4Edge P5Edge RT0
    RT03d RT0Ortho RT1 RT1Ortho RT2 RT2Ortho

    qf1pE qf1pElump qf1pT qf1pTlump qfV1 qfV1lump qf2pE qf2pT qf2pT4P1
    qfV2 qf3pE qf4pE qf5pE qf5pT qfV5 qf7pT qf9pT qfnbpE

    ARGV append area be binary BoundaryEdge bordermeasure CG Cholesky cin
    cout Crout default diag edgeOrientation endl FILE fixed GMRES good
    hTriangle im imax imin InternalEdge l1 l2 label lenEdge length LINE
    linfty LU m max measure min mpiAnySource mpiBAND mpiBXOR mpiCommWorld
    mpiLAND mpiLOR mpiLXOR mpiMAX mpiMIN mpiPROD mpirank mpisize mpiSUM
    mpiUndefined n N nbe ndof ndofK noshowbase noshowpos notaregion nt
    nTonEdge nuEdge nuTriangle nv P pi precision quantile re region
    scientific searchMethod setw showbase showpos sparsesolver sum tellp
    true UMFPACK unused whoinElement verbosity version volume x y z
  ))
end