MathML Torture Tests

menclose-01.xml

All digits below should be striked through

123456789

menclose-02.xml

Overline should cover all digits below

123456789

menclose-03.xml

All digits below should be underlined

123456789

menclose-04.xml

Number below should be enclosed in rectangular frame

123456789

merror-01.xml

You should see error message below

A / 0

mfenced-01.xml

Brackets should be resized to match matrix height

[\begin{matrix} A & B & C \\ D & E & F \\ G & H & I \end{matrix}]

mfenced-02.xml

Braces should be resized to match matrix height

\{\begin{matrix} A & B & C \\ D & E & F \\ G & H & I \end{matrix}\}

mfenced-03.xml

Parenthesis should be resized to match matrix height

(\begin{matrix} A & B & C \\ D & E & F \\ G & H & I \end{matrix})

mfenced-04.xml

Right hand side of equation should look like mirrored copy of left hand side

⌈\begin{matrix} U \\ V \end{matrix}⌋ = ⌊\begin{matrix} U \\ V \end{matrix}⌉

mfenced-05.xml

Right hand side of equation should look like mirrored copy of left hand side

\{\begin{matrix} U \\ V \end{matrix}| = |\begin{matrix} U \\ V \end{matrix}\}

mfenced-06.xml

Right hand side of equation should look like mirrored copy of left hand side

[\begin{matrix} U \\ V \end{matrix}| = |\begin{matrix} U \\ V \end{matrix}]

mfenced-07.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

(\begin{matrix} U \\ V \end{matrix}) = (\begin{matrix} U \\ V \end{matrix})

mfenced-08.xml

Single and double bar fences should have the same height

|\begin{matrix} U \\ V \end{matrix}| = ‖\begin{matrix} U \\ V \end{matrix}‖

mfrac-01.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

\frac{1}{8} = \frac{1}{\underset{}{8}}

mfrac-02.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

\frac{1}{2 π} = \frac{\overset{}{1}}{2 π}

mfrac-03.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

\frac{A}{B + \frac{C}{D + \frac{E}{F}}} = \frac{\overset{}{A}}{B + \frac{C}{D + \frac{E}{\underset{}{F}}}}

mfrac-04.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

\frac{854513}{138} = \frac{854513}{138}

mfrac-05.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

\frac{1}{42} = \frac{1}{42}

mfrac-06.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

\frac{\frac{a}{b}}{\frac{c}{d}} = \frac{\frac{a}{b}}{\frac{c}{d}}

mfrac-07.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

\frac{\frac{\overset{}{a}}{b}}{\frac{c}{d}} = \frac{\frac{a}{b}}{\frac{c}{\underset{}{d}}}

mfrac-08.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

\frac{12}{13} = \frac{12}{13}

mfrac-09.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

\frac{9}{14} = \frac{9}{14} \binom{}{}

mfrac-10.xml

Two fractions below should share the same baseline

\frac{4}{2 + \frac{3}{1 + \frac{1}{2}}} = \frac{1 + \frac{9}{2 + \frac{1}{4}}}{5}

mfrac-11.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

\frac{A}{B + \frac{C}{D + \frac{E}{F}}} = \frac{A}{B + \frac{C}{D + \frac{E}{F}}}

mfrac-12.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

\frac{1}{2} = \frac{1}{2}

mover-01.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

\overset{over}{BASE} = \overset{}{\overset{over}{BASE}}

mover-02.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

\overset{over script}{BASE} = \overset{}{\overset{}{\overset{over script}{BASE}}}

mover-03.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

\overset{\binom{first}{second}}{BASE} = \overset{}{\overset{\binom{first}{second}}{BASE}}

mover-04.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

\overset{top}{middle} = {middle}_{}^{top}

mover-05.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

_ baseline _= \overset{}{_ baseline _}

mover-06.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

- middle - = \overset{}{\overset{}{- middle -}}

mover-07.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

\overset{mover over script}{mover baseline} = \overset{}{\overset{mover over script}{mover baseline}}

mover-08.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

\overset{over script}{_ baseline _} = \overset{over script}{\underset{}{_ baseline _}}

mover-09.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

\underset{}{\overset{top}{- middle -}} = \overset{top}{\underset{}{- middle -}}

mover-10.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

\overset{long over script}{B} = \overset{long over script}{B}

mover-11.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

\overset{x}{BASE} = \overset{x}{BASE}

mover-12.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

\overset{overscript}{B} = \overset{overscript}{B}

mprescripts-01.xml

Right hand side of equation should look like mirrored copy of left hand side

{}_{Y}^{X}A = A_{Y}^{X}

mprescripts-02.xml

Right hand side of equation should look like mirrored copy of left hand side

{}^{X}A = A^{X}

mprescripts-03.xml

Right hand side of equation should look like mirrored copy of left hand side

{}_{Y}A = A_{Y}

mprescripts-04.xml

Right hand side of equation should look like mirrored copy of left hand side

{}_{{}_{T}^{H}Y}^{{}_{V}^{U}X}A = A_{Y_{T}^{H}}^{X_{V}^{U}}

mprescripts-05.xml

Right hand side of equation should look like mirrored copy of left hand side

{}_{{}_{T}Y}^{{}^{U}X}A = A_{Y_{T}}^{X^{U}}

mprescripts-06.xml

Right hand side of equation should look like mirrored copy of left hand side

{}_{{}^{H}Y}^{{}_{V}X}A = A_{Y^{H}}^{X_{V}}

mprescripts-07.xml

Right hand side of equation should look like mirrored copy of left hand side

{}_{{}_{T}Y}A = A_{Y_{T}}

mprescripts-08.xml

Right hand side of equation should look like mirrored copy of left hand side

{}^{{}^{U}X}A = A^{X^{U}}

mprescripts-09.xml

Right hand side of equation should look like mirrored copy of left hand side

{}_{Y}^{X}A = A_{Y}^{X}

mprescripts-10.xml

Right hand side of equation should look like mirrored copy of left hand side

\underset{}{{}_{Y}^{X}A} = A_{Y}^{X}

mprescripts-11.xml

Right hand side of equation should look like mirrored copy of left hand side

\overset{}{{}_{Y}^{X}A} = A_{Y}^{X}

mprescripts-12.xml

Right hand side of equation should look like mirrored copy of left hand side

{{}_{Y}^{X}A}_{}^{} = A_{Y}^{X}

mprescripts-13.xml

Right hand side of equation should look like mirrored copy of left hand side

{}_{Y}^{X}A = A_{Y}^{X}

mprescripts-14.xml

Right hand side of equation should look like mirrored copy of left hand side

{}_{Y}^{X}A = A_{Y}^{X}

mprescripts-15.xml

Right hand side of equation should look like mirrored copy of left hand side

{}_{Y}^{X}A = A_{Y}^{X}

mprescripts-16.xml

Right hand side of equation should look like mirrored copy of left hand side

{}_{Y}^{X}A = A_{Y}^{X}

mrow-01.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

\frac{x}{4} = \frac{x}{4}

mrow-02.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

x^{2} = x^{2}

ms-11.xml

You should see word PASS below

SS

ms-12.xml

You should see word PASS below

PA

ms-13.xml

You should see word PASS below

A

ms-14.xml

There should be no quotes below

ms-15.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

string = string

ms-16.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

string = string

mspace-01.xml

You should see two lines of text below

First line Second line

mspace-02.xml

Resize window to ensure that expression below is splitted into several lines. Line breaks should occur after even numbers.

12 34 56 78 910 1112 1112 1314 1516 1718 1920 2122 2122 2324 2526 2728 2930 3132 3132 3334 3536 3738 3940 4142 4142 4344 4546 4748 4950 5152 5152 5354 5556 5758 5960 6162 6162 6364

mspace-03.xml

There should be no line break between 1 and 2

1 2

mspace-04.xml

Spacing between numbers should gradually increase (from minimal spacing between 0 and 1 to largest between 5 and 6).

01 2 3 4 5 6

msqrt-01.xml

Rectangle should be placed under radical

\sqrt{\begin{matrix}  \end{matrix}}

msqrt-02.xml

Rectangle should be placed under radical

\sqrt{\begin{matrix}  \end{matrix}}

msqrt-03.xml

Rectangle should be placed under radical

\sqrt{\begin{matrix}  \end{matrix}}

msqrt-04.xml

Rectangle should be placed under radical

\sqrt{\begin{matrix}  \end{matrix}}

msqrt-05.xml

Rectangle should be placed under radical

\sqrt{\begin{matrix}  \end{matrix}}

msqrt-06.xml

Right hand side expression should be equal to the left hand side

\sqrt{\sqrt{\sqrt{\sqrt{65536}}}} = 2

msqrt-07.xml

Radicals below might have different shapes, but their content must share the same baseline

\sqrt{content} = \sqrt{\underset{}{content}} = \sqrt{\overset{}{content}}

msqrt-08.xml

Radicals below might have different shapes, but their content must share the same baseline

\sqrt{content} = \sqrt{{content}_{}} = \sqrt{{content}^{}}

msub-01.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

L_{x} = L_{x}

msub-02.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

X_{0} = X_{0}

msub-03.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

V_{+} = V_{+_{}}

msub-04.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

L_{X_{h}} = L_{X_{h_{}}}

msub-05.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

A_{B} = A_{B}

msub-06.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

U_{t} = U_{t}

msub-07.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

D_{y} = D_{\underset{}{y}}

msub-08.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

A_{B_{C}} = A_{B_{\underset{}{C}}}

msub-09.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

A_{B_{C_{D}}} = A_{B_{C_{D_{}}}}

msub-10.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

S_{5} = \underset{}{S_{5}}

msub-11.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

H_{2} = \overset{}{H_{2}}

msub-12.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

P_{0} = {P_{0}}_{}^{}

msubsup-01.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

R_{0}^{4} = R_{0}^{4}

msubsup-02.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

S_{t}^{7} = S_{t}^{7}

msubsup-03.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

L_{x}^{2} = L_{x_{}}^{2^{}}

msubsup-04.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

A_{C_{4}^{3}}^{B_{2}^{1}} = A_{C_{4_{}}^{3}}^{B_{2}^{1^{}}}

msubsup-05.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

S_{Q_{4}^{3}}^{P_{2}^{1}} = S_{Q_{4}^{3}}^{P_{2}^{1}}

msubsup-06.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

X_{Z_{4}^{3}}^{Y_{2}^{1}} = X_{Z_{4}^{3}}^{Y_{2}^{1}}

msubsup-07.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

D_{x}^{2} = D_{\underset{}{x}}^{\overset{}{2}}

msubsup-08.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

A_{B}^{C} = A_{B}^{C}

msubsup-09.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

M_{B_{4}^{3}}^{T_{2}^{1}} = M_{B_{\underset{}{4}}^{3}}^{T_{2}^{\overset{}{1}}}

msubsup-10.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

p_{x}^{3} = \underset{}{p_{x}^{3}}

msubsup-11.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

T_{m}^{n} = \overset{}{T_{m}^{n}}

msubsup-12.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

V_{m}^{n} = {V_{m}^{n}}_{}^{}

msup-01.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

c^{4} = c^{4}

msup-02.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

k^{2} = k^{2}

msup-03.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

2^{3} = 2^{3^{}}

msup-04.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

2^{3^{4}} = 2^{3^{4^{}}}

msup-05.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

x^{3} = x^{3}

msup-06.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

S^{3} = S^{3}

msup-07.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

a^{2} = a^{\overset{}{2}}

msup-08.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

2^{3^{4}} = 2^{3^{\overset{}{4}}}

msup-09.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

2^{3^{4^{5}}} = 2^{3^{4^{5^{}}}}

msup-10.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

S^{2} = \underset{}{S^{2}}

msup-11.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

e^{x} = \overset{}{e^{x}}

msup-12.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

a^{+} = {a^{+}}_{}^{}

mtable-01.xml

Right hand side of equation should look like mirrored copy of left hand side

\begin{matrix} H \\ T \\ U \end{matrix} = \begin{matrix} H \\ T \\ U \end{matrix}

mtable-03.xml

Right hand side of equation should look like mirrored copy of left hand side

\begin{matrix} H & A \\ T & I \\ U & Y \end{matrix} = \begin{matrix} A & H \\ I & T \\ Y & U \end{matrix}

mtable-04.xml

Right hand side of equation should look like mirrored copy of left hand side

\begin{matrix} H & A \\ T & I \\ U & Y \end{matrix} = \begin{matrix} A & H \\ I & T \\ Y & U \end{matrix}

mtable-05.xml

Right hand side of equation should look like mirrored copy of left hand side

\begin{matrix} H & A \\ T & I \\ U & Y \end{matrix} = \begin{matrix} A & H \\ I & T \\ Y & U \end{matrix}

mtable-06.xml

Right hand side of equation should look like mirrored copy of left hand side

\begin{array}{r} H & A \\ T & I \\ U & Y \end{array} = \begin{array}{l} A & H \\ I & T \\ Y & U \end{array}

mtable-07.xml

Right hand side of equation should look like mirrored copy of left hand side

\begin{matrix} H & A \\ T & I \\ U & Y \end{matrix} = \begin{array}{l} A & H \\ I & T \\ Y & U \end{array}

mtable-08.xml

Right hand side of equation should look like mirrored copy of left hand side

\begin{array}{c} H \\ T \\ U \end{array} = \begin{array}{c} H \\ T \\ U \end{array}

mtable-09.xml

Right hand side of equation should look like mirrored copy of left hand side

\begin{matrix} \underset{}{HT} & = & \overset{}{TH} \end{matrix}

mtable-10.xml

Right hand side of equation should look like mirrored copy of left hand side

\begin{matrix} \underset{}{HT} & = & TH \end{matrix}

mtable-11.xml

Right hand side of equation should look like mirrored copy of left hand side

\begin{matrix} \overset{}{HT} & = & TH \end{matrix}

mtable-12.xml

Right hand side of equation should look like mirrored copy of left hand side

\begin{matrix} \overset{}{HT} & = & TH \end{matrix}

mtable-13.xml

Right hand side of equation should look like mirrored copy of left hand side

\begin{matrix} \underset{}{HT} & = & TH \end{matrix}

mtable-14.xml

Right hand side of equation should look like mirrored copy of left hand side

\begin{matrix} HT & = & TH \end{matrix}

mtable-15.xml

Right hand side of equation should look like mirrored copy of left hand side

\begin{matrix} HT & = & TH \end{matrix}

mtable-16.xml

Right hand side of equation should look like mirrored copy of left hand side

\begin{matrix} HT & = & TH \end{matrix}

munder-01.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

\underset{under}{BASE} = \underset{}{\underset{under}{BASE}}

munder-02.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

\underset{under script}{BASE} = \underset{}{\underset{}{\underset{under script}{BASE}}}

munder-03.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

\underset{\binom{first under script}{second one}}{BASE} = \underset{}{\underset{\binom{first under script}{second one}}{BASE}}

munder-04.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

\underset{bottom}{middle} = {middle}_{bottom}^{}

munder-05.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

_ baseline _= \underset{}{_ baseline _}

munder-06.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

- middle - = \underset{}{\underset{}{- middle -}}

munder-07.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

\underset{munder under script}{munder baseline} = \overset{}{\underset{munder under script}{munder baseline}}

munder-08.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

\underset{under script}{_ baseline _} = \underset{under script}{\overset{}{_ baseline _}}

munder-09.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

\overset{}{\underset{bottom}{- middle -}} = \underset{bottom}{\overset{}{- middle -}}

munder-10.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

\underset{long under script}{B} = \underset{long under script}{B}

munder-11.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

\underset{x}{BASE} = \underset{x}{BASE}

munder-12.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

\underset{underscript}{B} = \underset{underscript}{B}

munderover-01.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

{BASE}_{under}^{over} = \overset{over}{\underset{under}{BASE}}

munderover-02.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

{BASE}_{under script}^{over script} = \underset{under script}{\overset{over script}{BASE}}

munderover-03.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

{_ baseline _}_{under script}^{} = \underset{under script}{_ baseline _}

munderover-04.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

{- middle -}_{}^{top} = \overset{top}{- middle -}

munderover-05.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

{_ baseline _}_{}^{} =_ baseline _

munderover-06.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

{BASE}_{first under script}^{second overscript}_{second one}^{first overscript} = {\overset{second overscript}{\underset{first under script}{BASE}}}_{second one}^{first overscript}

munderover-07.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

{BASE}_{under-1}^{over-2}_{under-2}^{over-1} = {\underset{under-1}{\overset{over-2}{BASE}}}_{under-2}^{over-1}

munderover-08.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

{BASE}_{under-1}^{}_{under-2}^{} = \underset{under-2}{\underset{under-1}{BASE}}

munderover-09.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

{BASE}_{under}^{over} = {BASE}_{under}^{over}

munderover-10.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

B_{under}^{over} = \overset{over}{\underset{under}{B}}

munderover-11.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

{BASE}_{s}^{t} = {BASE}_{s}^{t}

munderover-12.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

B_{underscript}^{overscript} = \overset{overscript}{\underset{underscript}{B}}

semantics-01.xml

You should see one three digit number below

123

semantics-02.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

1.0 = 1.0

semantics-03.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

1.0 = 1.0

semantics-04.xml

Formatting of right hand side of equation should be identical to formatting of left hand side

1