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ASCIIMathML.xml
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Fri May 30 16:04:45 2008 UTC (16 years, 5 months ago) by
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CVS tags:
version_2_9_X,
version_2_9_99_0,
version_2_9_1,
version_2_9_0,
version_2_8_X,
version_2_8_99_1,
version_2_8_99_0,
version_2_8_2,
version_2_8_1,
version_2_8_0,
version_2_7_X,
version_2_7_99_1,
version_2_7_99_0,
version_2_7_1,
version_2_7_0,
version_2_6_99_1,
version_2_6_99_0,
version_2_11_0_RC1,
version_2_10_X,
version_2_10_1,
version_2_10_0_RC2,
version_2_10_0_RC1,
version_2_10_0,
loncapaMITrelate_1,
language_hyphenation_merge,
language_hyphenation,
bz6209-base,
bz6209,
bz5969,
bz2851,
PRINT_INCOMPLETE_base,
PRINT_INCOMPLETE,
HEAD,
GCI_3,
GCI_2,
GCI_1,
BZ5971-printing-apage,
BZ5434-fox,
BZ4492-merge,
BZ4492-feature_horizontal_radioresponse
Bug #5713: Dragmath
<?xml version="1.0" encoding="UTF-8"?>
<Syntax>
<name AutoBrackets="false">ASCIIMathML</name>
<Initial>
<output1>`</output1>
<output2>`</output2>
</Initial>
<Text>
<output1></output1>
<output2></output2>
</Text>
<Variable>
<output1></output1>
<output2></output2>
</Variable>
<RealNumber>
<output1></output1>
<output2></output2>
</RealNumber>
<!-- Nary Operators -->
<Add>
<output>+</output>
</Add>
<Multiply>
<output> * </output>
</Multiply>
<Multiply2>
<output> xx </output>
</Multiply2>
<Equals>
<output>=</output>
</Equals>
<Union>
<output> uu </output>
</Union>
<Intersection>
<output> nn </output>
</Intersection>
<Comma>
<output>,</output>
</Comma>
<Equiv>
<output> -= </output>
</Equiv>
<!-- Functions -->
<UMinus>
<output1>-</output1>
<output2></output2>
</UMinus>
<Factorial brackets="false">
<output1>(</output1>
<output2>)!</output2>
</Factorial>
<NaturalLogarithm>
<output1> ln </output1>
<output2></output2>
</NaturalLogarithm>
<Logarithm>
<output1> log </output1>
<output2></output2>
</Logarithm>
<Sine>
<output1> sin </output1>
<output2></output2>
</Sine>
<Cosine>
<output1> cos </output1>
<output2></output2>
</Cosine>
<Tangent>
<output1> tan </output1>
<output2></output2>
</Tangent>
<ArcSine>
<output1> sin^{-1} </output1>
<output2></output2>
</ArcSine>
<ArcCosine>
<output1> cos^{-1} </output1>
<output2></output2>
</ArcCosine>
<ArcTangent>
<output1> tan^{-1} </output1>
<output2></output2>
</ArcTangent>
<SineH>
<output1> sinh </output1>
<output2></output2>
</SineH>
<CosineH>
<output1> cosh </output1>
<output2></output2>
</CosineH>
<TanH>
<output1> tanh </output1>
<output2></output2>
</TanH>
<ArcSineH>
<output1> sinh^{-1} </output1>
<output2></output2>
</ArcSineH>
<ArcCosineH>
<output1> cosh^{-1} </output1>
<output2></output2>
</ArcCosineH>
<ArcTanH>
<output1> tanh^{-1} </output1>
<output2></output2>
</ArcTanH>
<SquareRoot brackets="false">
<output1> sqrt{</output1>
<output2>} </output2>
</SquareRoot>
<Exp brackets="false">
<output1> e^{</output1>
<output2>} </output2>
</Exp>
<Max>
<output1>max</output1>
<output2></output2>
</Max>
<Min>
<output1>min</output1>
<output2></output2>
</Min>
<Determinant>
<output1>det</output1>
<output2></output2>
</Determinant>
<Trace>
<output1>Tr</output1>
<output2></output2>
</Trace>
<!-- Binary Operators -->
<NotEqual>
<output1></output1>
<output2> != </output2>
<output3></output3>
</NotEqual>
<PlusMinus>
<output1></output1>
<output2> +- </output2>
<output3></output3>
</PlusMinus>
<Assignment>
<output1></output1>
<output2>:=</output2>
<output3></output3>
</Assignment>
<Subtract>
<output1></output1>
<output2>-</output2>
<output3></output3>
</Subtract>
<Divide brackets="false">
<output1> (</output1>
<output2>)/(</output2>
<output3>) </output3>
</Divide>
<Divide2>
<output1></output1>
<output2> -: </output2>
<output3></output3>
</Divide2>
<LessThan>
<output1></output1>
<output2><![CDATA[<]]></output2>
<output3></output3>
</LessThan>
<GreaterThan>
<output1></output1>
<output2>></output2>
<output3></output3>
</GreaterThan>
<LTEQ>
<output1></output1>
<output2><![CDATA[<=]]></output2>
<output3></output3>
</LTEQ>
<GTEQ>
<output1></output1>
<output2><![CDATA[>=]]></output2>
<output3></output3>
</GTEQ>
<Subset>
<output1></output1>
<output2> sub </output2>
<output3></output3>
</Subset>
<SubsetEq>
<output1></output1>
<output2> sube </output2>
<output3></output3>
</SubsetEq>
<NSubset>
<output1></output1>
<output2> \not\subset </output2>
<output3></output3>
</NSubset>
<NSubsetEq>
<output1></output1>
<output2> \not\subseteq </output2>
<output3></output3>
</NSubsetEq>
<Power>
<output1></output1>
<output2>^{</output2>
<output3>}</output3>
</Power>
<Subscript>
<output1></output1>
<output2>_{</output2>
<output3>}</output3>
</Subscript>
<NthRoot reverse="true" brackets="false">
<output1> root(</output1>
<output2>)(</output2>
<output3>) </output3>
</NthRoot>
<Function>
<output1></output1>
<output2>(</output2>
<output3>)</output3>
</Function>
<LeftArrow>
<output1></output1>
<output2> larr </output2>
<output3></output3>
</LeftArrow>
<RightArrow>
<output1></output1>
<output2> rarr </output2>
<output3></output3>
</RightArrow>
<UpArrow>
<output1></output1>
<output2> uarr </output2>
<output3></output3>
</UpArrow>
<DownArrow>
<output1></output1>
<output2> darr </output2>
<output3></output3>
</DownArrow>
<LeftDblArrow>
<output1></output1>
<output2> lArr </output2>
<output3></output3>
</LeftDblArrow>
<RightDblArrow>
<output1></output1>
<output2> rArr </output2>
<output3></output3>
</RightDblArrow>
<LeftRightArrow>
<output1></output1>
<output2> harr </output2>
<output3></output3>
</LeftRightArrow>
<LeftRightDblArrow>
<output1></output1>
<output2> hArr </output2>
<output3></output3>
</LeftRightDblArrow>
<NorthEastArrow>
<output1></output1>
<output2> \nearrow </output2>
<output3></output3>
</NorthEastArrow>
<SouthEastArrow>
<output1></output1>
<output2> \searrow </output2>
<output3></output3>
</SouthEastArrow>
<NorthWestArrow>
<output1></output1>
<output2> \nwarrow </output2>
<output3></output3>
</NorthWestArrow>
<SouthWestArrow>
<output1></output1>
<output2> \swarrow </output2>
<output3></output3>
</SouthWestArrow>
<Exists>
<output1></output1>
<output2> EE </output2>
<output3></output3>
</Exists>
<ForAll>
<output1></output1>
<output2> AA </output2>
<output3></output3>
</ForAll>
<IsIn>
<output1></output1>
<output2> in </output2>
<output3></output3>
</IsIn>
<NotExists>
<output1></output1>
<output2> \not\exists </output2>
<output3></output3>
</NotExists>
<NotIn>
<output1></output1>
<output2> !in </output2>
<output3></output3>
</NotIn>
<SimEq>
<output1></output1>
<output2> \simeq </output2>
<output3></output3>
</SimEq>
<Or>
<output1></output1>
<output2> vv </output2>
<output3></output3>
</Or>
<And>
<output1></output1>
<output2> ^^ </output2>
<output3></output3>
</And>
<Not>
<output1></output1>
<output2> not </output2>
<output3></output3>
</Not>
<!-- Nary Functions -->
<Integral>
<output1> int </output1>
<output2>d</output2>
<output3></output3>
</Integral>
<Differential order="1,0">
<output1> d/(d</output1>
<output2>)</output2>
<output3></output3>
</Differential>
<PartialDifferential order="1,0">
<output1> del/(del </output1>
<output2>)</output2>
<output3></output3>
</PartialDifferential>
<Sum order="1,2,3,0">
<output1> sum_(</output1>
<output2>=</output2>
<output3>)^(</output3>
<output4>)</output4>
<output5></output5>
</Sum>
<Product order="1,2,3,0">
<output1> prod_(</output1>
<output2>=</output2>
<output3>)^(</output3>
<output4>)</output4>
<output5></output5>
</Product>
<Limit order="1,2,0">
<output1> lim_(</output1>
<output2>-></output2>
<output3>)</output3>
<output4></output4>
</Limit>
<Evaluate>
<output1></output1>
<output2>\left|_{{</output2>
<output3>}={</output3>
<output4>}}</output4>
</Evaluate>
<DefiniteIntegral order="2,3,0,1">
<output1> int_{</output1>
<output2>}^{</output2>
<output3>}</output3>
<output4>d</output4>
<output5></output5>
</DefiniteIntegral>
<!-- Matrix -->
<Matrix>
<matrixStart> [ </matrixStart>
<rowStart>[</rowStart>
<elementStart></elementStart>
<elementEnd></elementEnd>
<elementSeparator>,</elementSeparator>
<rowEnd>]</rowEnd>
<rowSeparator>,</rowSeparator>
<matrixEnd> ] </matrixEnd>
</Matrix>
<!-- Grouping -->
<BracketsRnd>
<output1>(</output1>
<output2>)</output2>
</BracketsRnd>
<BracketsCurl>
<output1>{</output1>
<output2>}</output2>
</BracketsCurl>
<BracketsSq>
<output1>[</output1>
<output2>]</output2>
</BracketsSq>
<Abs>
<output1>|\</output1>
<output2>|</output2>
</Abs>
<!-- Symbols -->
<Infinity>
<output>oo</output>
</Infinity>
<Γ>
<output> Gamma </output>
</Γ>
<Δ>
<output> Delta </output>
</Δ>
<Θ>
<output> Theta </output>
</Θ>
<Λ>
<output> Lamda </output>
</Λ>
<Ξ>
<output> Xi </output>
</Ξ>
<Π>
<output> Pi </output>
</Π>
<Σ>
<output> Sigma </output>
</Σ>
<Υ>
<output> Upsilon </output>
</Υ>
<Φ>
<output> Phi </output>
</Φ>
<Ψ>
<output> Psi </output>
</Ψ>
<Ω>
<output> Omega </output>
</Ω>
<α>
<output> alpha </output>
</α>
<β>
<output> beta </output>
</β>
<γ>
<output> gamma </output>
</γ>
<δ>
<output> delta </output>
</δ>
<ε>
<output> epsilon </output>
</ε>
<ζ>
<output> zeta </output>
</ζ>
<η>
<output> eta </output>
</η>
<θ>
<output> theta </output>
</θ>
<ι>
<output> iota </output>
</ι>
<κ>
<output> kappa </output>
</κ>
<λ>
<output> lambda </output>
</λ>
<μ>
<output> mu </output>
</μ>
<ν>
<output> nu </output>
</ν>
<ξ>
<output> xi </output>
</ξ>
<π>
<output> pi </output>
</π>
<ρ>
<output> rho </output>
</ρ>
<σ>
<output> sigma </output>
</σ>
<τ>
<output> tau </output>
</τ>
<υ>
<output> upsilon </output>
</υ>
<φ>
<output> phi </output>
</φ>
<χ>
<output> chi </output>
</χ>
<ψ>
<output> psi </output>
</ψ>
<ω>
<output> omega </output>
</ω>
</Syntax>
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