package teximport "github.com/d2lang/mathjax-go/internal/mml" type symbolDef struct { char string kind string class mml .TeXClass attrs map [string ]any }var identifierSymbols = map [string ]symbolDef { "alpha" : {char : "α" }, "beta" : {char : "β" }, "gamma" : {char : "γ" }, "delta" : {char : "δ" }, "epsilon" : {char : "ϵ" }, "zeta" : {char : "ζ" }, "eta" : {char : "η" }, "theta" : {char : "θ" }, "iota" : {char : "ι" }, "kappa" : {char : "κ" }, "lambda" : {char : "λ" }, "mu" : {char : "μ" }, "nu" : {char : "ν" }, "xi" : {char : "ξ" }, "omicron" : {char : "ο" }, "pi" : {char : "π" }, "rho" : {char : "ρ" }, "sigma" : {char : "σ" }, "tau" : {char : "τ" }, "upsilon" : {char : "υ" }, "phi" : {char : "ϕ" }, "chi" : {char : "χ" }, "psi" : {char : "ψ" }, "omega" : {char : "ω" }, "varepsilon" : {char : "ε" }, "vartheta" : {char : "ϑ" }, "varpi" : {char : "ϖ" }, "varrho" : {char : "ϱ" }, "varsigma" : {char : "ς" }, "varphi" : {char : "φ" }, "Gamma" : {char : "Γ" }, "Delta" : {char : "Δ" }, "Theta" : {char : "Θ" }, "Lambda" : {char : "Λ" }, "Xi" : {char : "Ξ" }, "Pi" : {char : "Π" }, "Sigma" : {char : "Σ" }, "Upsilon" : {char : "Υ" }, "Phi" : {char : "Φ" }, "Psi" : {char : "Ψ" }, "Omega" : {char : "Ω" }, "aleph" : {char : "ℵ" }, "beth" : {char : "ℶ" }, "gimel" : {char : "ℷ" }, "daleth" : {char : "ℸ" }, "hbar" : {char : "ℏ" }, "imath" : {char : "ı" }, "jmath" : {char : "ȷ" }, "ell" : {char : "ℓ" }, "wp" : {char : "℘" }, "Re" : {char : "ℜ" }, "Im" : {char : "ℑ" }, "partial" : {char : "∂" }, "infty" : {char : "∞" }, "emptyset" : {char : "∅" }, "varnothing" : {char : "∅" }, "nabla" : {char : "∇" }, "top" : {char : "⊤" }, "bot" : {char : "⊥" }, "angle" : {char : "∠" }, "measuredangle" : {char : "∡" }, "sphericalangle" : {char : "∢" }, "triangle" : {char : "△" }, "forall" : {char : "∀" }, "exists" : {char : "∃" }, "nexists" : {char : "∄" }, "neg" : {char : "¬" }, "lnot" : {char : "¬" }, "flat" : {char : "♭" }, "natural" : {char : "♮" }, "sharp" : {char : "♯" }, "clubsuit" : {char : "♣" }, "diamondsuit" : {char : "♢" }, "heartsuit" : {char : "♡" }, "spadesuit" : {char : "♠" },}func op(char string , class mml .TeXClass ) symbolDef { return symbolDef {char : char , kind : "mo" , class : class }}func bigOp(char string , movable bool ) symbolDef { return symbolDef {char : char , kind : "mo" , class : mml .TeXClassOp , attrs : map [string ]any {"largeop" : true , "movablelimits" : movable , "movesupsub" : true }}}var operatorSymbols = map [string ]symbolDef { "sum" : bigOp ("∑" , true ), "prod" : bigOp ("∏" , true ), "coprod" : bigOp ("∐" , true ), "bigcup" : bigOp ("⋃" , true ), "bigcap" : bigOp ("⋂" , true ), "bigvee" : bigOp ("⋁" , true ), "bigwedge" : bigOp ("⋀" , true ), "bigoplus" : bigOp ("⨁" , true ), "bigotimes" : bigOp ("⨂" , true ), "bigodot" : bigOp ("⨀" , true ), "biguplus" : bigOp ("⨄" , true ), "int" : bigOp ("∫" , false ), "intop" : bigOp ("∫" , true ), "iint" : bigOp ("∬" , false ), "iiint" : bigOp ("∭" , false ), "oint" : bigOp ("∮" , false ), "pm" : op ("±" , mml .TeXClassBin ), "mp" : op ("∓" , mml .TeXClassBin ), "times" : op ("×" , mml .TeXClassBin ), "div" : op ("÷" , mml .TeXClassBin ), "cdot" : op ("⋅" , mml .TeXClassBin ), "ast" : op ("∗" , mml .TeXClassBin ), "star" : op ("⋆" , mml .TeXClassBin ), "circ" : op ("∘" , mml .TeXClassBin ), "bullet" : op ("∙" , mml .TeXClassBin ), "diamond" : op ("⋄" , mml .TeXClassBin ), "cap" : op ("∩" , mml .TeXClassBin ), "cup" : op ("∪" , mml .TeXClassBin ), "sqcap" : op ("⊓" , mml .TeXClassBin ), "sqcup" : op ("⊔" , mml .TeXClassBin ), "uplus" : op ("⊎" , mml .TeXClassBin ), "wedge" : op ("∧" , mml .TeXClassBin ), "land" : op ("∧" , mml .TeXClassBin ), "vee" : op ("∨" , mml .TeXClassBin ), "lor" : op ("∨" , mml .TeXClassBin ), "oplus" : op ("⊕" , mml .TeXClassBin ), "ominus" : op ("⊖" , mml .TeXClassBin ), "otimes" : op ("⊗" , mml .TeXClassBin ), "oslash" : op ("⊘" , mml .TeXClassBin ), "odot" : op ("⊙" , mml .TeXClassBin ), "setminus" : op ("∖" , mml .TeXClassBin ), "backslash" : op ("∖" , mml .TeXClassOrd ), "le" : op ("≤" , mml .TeXClassRel ), "leq" : op ("≤" , mml .TeXClassRel ), "ge" : op ("≥" , mml .TeXClassRel ), "geq" : op ("≥" , mml .TeXClassRel ), "ne" : op ("≠" , mml .TeXClassRel ), "neq" : op ("≠" , mml .TeXClassRel ), "equiv" : op ("≡" , mml .TeXClassRel ), "sim" : op ("∼" , mml .TeXClassRel ), "simeq" : op ("≃" , mml .TeXClassRel ), "approx" : op ("≈" , mml .TeXClassRel ), "cong" : op ("≅" , mml .TeXClassRel ), "propto" : op ("∝" , mml .TeXClassRel ), "in" : op ("∈" , mml .TeXClassRel ), "notin" : op ("∉" , mml .TeXClassRel ), "ni" : op ("∋" , mml .TeXClassRel ), "owns" : op ("∋" , mml .TeXClassRel ), "subset" : op ("⊂" , mml .TeXClassRel ), "supset" : op ("⊃" , mml .TeXClassRel ), "subseteq" : op ("⊆" , mml .TeXClassRel ), "supseteq" : op ("⊇" , mml .TeXClassRel ), "prec" : op ("≺" , mml .TeXClassRel ), "succ" : op ("≻" , mml .TeXClassRel ), "preceq" : op ("⪯" , mml .TeXClassRel ), "succeq" : op ("⪰" , mml .TeXClassRel ), "parallel" : op ("∥" , mml .TeXClassRel ), "mid" : op ("∣" , mml .TeXClassRel ), "perp" : op ("⊥" , mml .TeXClassRel ), "models" : op ("⊨" , mml .TeXClassRel ), "vdash" : op ("⊢" , mml .TeXClassRel ), "dashv" : op ("⊣" , mml .TeXClassRel ), "leftarrow" : op ("←" , mml .TeXClassRel ), "gets" : op ("←" , mml .TeXClassRel ), "rightarrow" : op ("→" , mml .TeXClassRel ), "to" : op ("→" , mml .TeXClassRel ), "leftrightarrow" : op ("↔" , mml .TeXClassRel ), "mapsto" : op ("↦" , mml .TeXClassRel ), "Leftarrow" : op ("⇐" , mml .TeXClassRel ), "Rightarrow" : op ("⇒" , mml .TeXClassRel ), "Leftrightarrow" : op ("⇔" , mml .TeXClassRel ), "iff" : op ("⟺" , mml .TeXClassRel ), "longleftarrow" : op ("⟵" , mml .TeXClassRel ), "longrightarrow" : op ("⟶" , mml .TeXClassRel ), "longleftrightarrow" : op ("⟷" , mml .TeXClassRel ), "uparrow" : op ("↑" , mml .TeXClassRel ), "downarrow" : op ("↓" , mml .TeXClassRel ), "updownarrow" : op ("↕" , mml .TeXClassRel ), "ldots" : op ("…" , mml .TeXClassInner ), "cdots" : op ("⋯" , mml .TeXClassInner ), "vdots" : op ("⋮" , mml .TeXClassOrd ), "ddots" : op ("⋱" , mml .TeXClassOrd ), "colon" : op (":" , mml .TeXClassPunct ),}var functionNames = func () map [string ]string { names := map [string ]string { "arccos" : "arccos" , "arcsin" : "arcsin" , "arctan" : "arctan" , "arg" : "arg" , "cos" : "cos" , "cosh" : "cosh" , "cot" : "cot" , "coth" : "coth" , "csc" : "csc" , "deg" : "deg" , "det" : "det" , "dim" : "dim" , "exp" : "exp" , "gcd" : "gcd" , "hom" : "hom" , "inf" : "inf" , "ker" : "ker" , "lg" : "lg" , "lim" : "lim" , "liminf" : "lim\u2006inf" , "limsup" : "lim\u2006sup" , "ln" : "ln" , "log" : "log" , "max" : "max" , "min" : "min" , "Pr" : "Pr" , "sec" : "sec" , "sin" : "sin" , "sinh" : "sinh" , "sup" : "sup" , "tan" : "tan" , "tanh" : "tanh" , "injlim" : "inj lim" , "projlim" : "proj lim" , } for _ , sourceMap := range mjSourcePhysicsMaps { if sourceMap .Kind != mjSourceCommandMap || sourceMap .Name != "Physics-expressions-macros" { continue } for _ , entry := range sourceMap .Entries { handler , args , ok := sourceHandler (entry .Value ) if !ok || handler != "NamedFn" { continue } if len (args ) == 0 { names [entry .Name ] = entry .Name } else if id , ok := args [0 ].(string ); ok { names [entry .Name ] = id } } } return names }()var simpleMacros = map [string ]string { " " : "\\text{ }" , "qc" : "\\qqtext*{,}" , "qcomma" : "\\qqtext*{,}" , "pmqty" : "\\mqty(#1)" , "Pmqty" : "\\mqty*(#1)" , "bmqty" : "\\mqty[#1]" , "vmqty" : "\\mqty|#1|" , "spmqty" : "\\smqty(#1)" , "sPmqty" : "\\smqty*(#1)" , "sbmqty" : "\\smqty[#1]" , "svmqty" : "\\smqty|#1|" , "varliminf" : "\\mathop{\\underline{\\mmlToken{mi}{lim}}}" , "varlimsup" : "\\mathop{\\overline{\\mmlToken{mi}{lim}}}" , "varinjlim" : "\\mathop{\\underrightarrow{\\mmlToken{mi}{lim}}}" , "varprojlim" : "\\mathop{\\underleftarrow{\\mmlToken{mi}{lim}}}" , "boxed" : "\\fbox{$\\displaystyle{#1}$}" , "Residue" : "\\mathrm{Res}" , "mathstrut" : "\\vphantom{(}" , "pmb" : "\\rlap{#1}\\kern1px{#1}" , "TeX" : "T\\kern-.14em\\lower.5ex{E}\\kern-.115em X" , "LaTeX" : "L\\kern-.325em\\raise.21em{\\scriptstyle{A}}\\kern-.17em\\TeX" , "skew" : "{{#2{#3\\mkern#1mu}\\mkern-#1mu}{}}" , "flatfrac" : "\\left.#1\\middle/#2\\right." , "stackrel" : "\\mathrel{\\mathop{#2}\\limits^{#1}}" , "stackbin" : "\\mathbin{\\mathop{#2}\\limits^{#1}}" , "pmod" : "\\pod{\\mmlToken{mi}{mod}\\kern 6mu #1}" , "pod" : "\\mathchoice{\\kern18mu}{\\kern8mu}{\\kern8mu}{\\kern8mu}(#1)" , "mod" : "\\mathchoice{\\kern18mu}{\\kern12mu}{\\kern12mu}{\\kern12mu}\\mmlToken{mi}{mod}\\,\\,#1" , "bmod" : "\\mmlToken{mo}[lspace=\"thickmathspace\" rspace=\"thickmathspace\"]{mod}" , "iff" : "\\;\\Longleftrightarrow\\;" , "implies" : "\\;\\Longrightarrow\\;" , "impliedby" : "\\;\\Longleftarrow\\;" , "substack" : "\\begin{subarray}{c}#1\\end{subarray}" , "Bra" : "{\\left\\langle {#1} \\right\\vert}" , "Ket" : "{\\left\\vert {#1} \\right\\rangle}" , "Ketbra" : "{\\left\\vert {#1} \\right\\rangle\\left\\langle {#2} \\right\\vert}" , "crampedsubstack" : "\\begin{crampedsubarray}{c}#1\\end{crampedsubarray}" , "bigtimes" : "\\mathop{\\Large\\kern-.1em\\boldsymbol{\\times}\\kern-.1em}" , "matrixdeterminant" : "\\vmqty{#1}" , "mdet" : "\\vmqty{#1}" , "smdet" : "\\svmqty{#1}" , "longrightleftharpoons" : "\\stackrel{\\textstyle{-}\\!\\!{\\rightharpoonup}}{\\smash{{\\leftharpoondown}\\!\\!{-}}}" , "longRightleftharpoons" : "\\stackrel{\\textstyle{-}\\!\\!{\\rightharpoonup}}{\\smash{\\leftharpoondown}}" , "longLeftrightharpoons" : "\\stackrel{\\textstyle\\vphantom{{-}}{\\rightharpoonup}}{\\smash{{\\leftharpoondown}\\!\\!{-}}}" , "longleftrightarrows" : "\\stackrel{\\longrightarrow}{\\smash{\\longleftarrow}\\Rule{0px}{.25em}{0px}}" , "tripledash" : "\\vphantom{-}\\raise2mu{\\kern2mu\\tiny\\text{-}\\kern1mu\\text{-}\\kern1mu\\text{-}\\kern2mu}" ,}
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