TeX Equation renderer

This is a tool I frequently use to create visually appealing equations for presentations, videos, and animations. It converts TeX input into SVG and PNG formats, allowing you to easily incorporate mathematical equations into various digital formats. The tool offers two color options: black and white, making the equations suitable for different backgrounds and visual contexts.

Please note that the equations are rendered with transparent backgrounds; therefore, the white version may not be visible on a white background, and the black version may not be visible on a black background.

Enter TeX equation:

Create white version

Showcase

\( F(n) = \begin{cases} n, & n > 2026 \\ n \times F(n + 2), & n \leq 2026 \end{cases} \)


		    F(n) = 
		    \begin{cases}
		    n, & n > 2026 \\
		    n \times F(n + 2), & n \leq 2026
		    \end{cases}

\( ^{238}_{92}\text{U} \xrightarrow{\alpha} \, ^{A}_{Z}\text{X} + ^{4}_{2}\text{He} \)


		    ^{238}_{92}\text{U} \xrightarrow{\alpha} \, ^{A}_{Z}\text{X} + ^{4}_{2}\text{He}

Showcase 2

\(x = \frac{-b \pm \sqrt{b^2 - 4ac}}{2a}\)	`x = \frac{-b \pm \sqrt{b^2 - 4ac}}{2a}`
\(a^2 + b^2 = c^2\)	`a^2 + b^2 = c^2`
\(e^{i\pi} + 1 = 0\)	`e^{i\pi} + 1 = 0`
\(S_n = \frac{n(a_1 + a_n)}{2}\)	`S_n = \frac{n(a_1 + a_n)}{2}`
\(\int\limits_a^b f(x) dx\)	`\int\limits_a^b f(x) dx`
\(\sum\limits_{n=1}^{\infty} \frac{1}{n^2}\)	`\sum\limits_{n=1}^{\infty} \frac{1}{n^2}`
\(\lim\limits_{x \to 0} \frac{\sin x}{x}\)	`\lim\limits_{x \to 0} \frac{\sin x}{x}`
\(\begin{cases} x + y = 1 \\ x - y = 3 \end{cases}\)	`\begin{cases} x + y = 1 \\ x - y = 3 \end{cases}`
\( \vec{p} = (6, 4) \)	`\vec{p} = (6, 4)`
\( \frac{3\pi}{2} < \beta < 2\pi \)	`\frac{3\pi}{2} < \beta < 2\pi`
\( a, b, c \in \mathbb{Z} \)	`a, b, c \in \mathbb{Z}`
\( 25 \cdot \log_{12}{\sqrt[5]{144}} \)	`25 \cdot \log_{12}{\sqrt[5]{144}}`
\(\sqrt[6]{3^7} \cdot 144^\frac{11}{12} \)	`\sqrt[6]{3^7} \cdot 144^\frac{11}{12}`
\( f^{(n)} \equiv f\overbrace{''^{...}{'}}^{n}(x) \)	`f^{(n)} \equiv f\overbrace{''^{...}{'}}^{n}(x)`
\( a^n = \underbrace{a \times ... \times a}_{\text{n}} \)	`a^n = \underbrace{a \times ... \times a}_\text{n}`

Lowercase Greek

\( \alpha \)	`\alpha`	\( \beta \)	`\beta`	\( \gamma \)	`\gamma`	\( \delta \)	`\delta`
\( \epsilon \)	`\epsilon`	\( \zeta \)	`\zeta`	\( \eta \)	`\eta`	\( \theta \)	`\theta`
\( \iota \)	`\iota`	\( \kappa \)	`\kappa`	\( \lambda \)	`\lambda`	\( \mu \)	`\mu`
\( \nu \)	`\nu`	\( \xi \)	`\xi`	\( o \)	`o`	\( \pi \)	`\pi`
\( \rho \)	`\rho`	\( \sigma \)	`\sigma`	\( \tau \)	`\tau`	\( \upsilon \)	`\upsilon`
\( \phi \)	`\phi`	\( \chi \)	`\chi`	\( \psi \)	`\psi`	\( \omega \)	`\omega`
\( \varepsilon \)	`\varepsilon`	\( \varkappa \)	`\varkappa`	\( \varphi \)	`\varphi`	\( \varpi \)	`\varpi`
\( \varrho \)	`\varrho`	\( \varsigma \)	`\varsigma`	\( \vartheta \)	`\vartheta`

Uppercase Greek

\( \Gamma \)	`\Gamma`	\( \Delta \)	`\Delta`	\( \Theta \)	`\Theta`	\( \Lambda \)	`\Lambda`
\( \Xi \)	`\Xi`	\( \Pi \)	`\Pi`	\( \Sigma \)	`\Sigma`	\( \Upsilon \)	`\Upsilon`
\( \Phi \)	`\Phi`	\( \Psi \)	`\Psi`	\( \Omega \)	`\Omega`

Hebrew

\( \digamma \)	`\digamma`	\( \aleph \)	`\aleph`	\( \beth \)	`\beth`
\( \daleth \)	`\daleth`	\( \gimel \)	`\gimel`

Styles

Caligraphic:	`\mathcal{A}`	\( \mathcal{A B C D E F G H I J K L M N O P Q R S T U V W X Y Z} \)
Mathbb:	`\mathbb{A}`	\( \mathbb{A B C D E F G H I J K L M N O P Q R S T U V W X Y Z} \)
Mathfrak:	`\mathfrak{A}`	\( \mathfrak{A B C D E F G H I J K L M N O P Q R S T U V W X Y Z} \)
Sans serif:	`\mathsf{A}`	\( \mathsf{A B C D E F G H I J K L M N O P Q R S T U V W X Y Z} \)
Bold:	`\mathbf{A}`	\( \mathbf{A B C D E F G H I J K L M N O P Q R S T U V W X Y Z} \)

Delimiters

\( ( a + b ) \)	`( ... )`	\( [ a + b ] \)	`[ ... ]`
\( \{ a + b \} \)	`\{ ... \}`	\( \| a + b \| \)	`\| ... \|`
\( \lceil a + b \rceil \)	`\lceil ... \rceil`	\( \lfloor a + b \rfloor \)	`\lfloor ... \rfloor`
\( \langle a + b \rangle \)	`\langle ... \rangle`	\( \lvert a + b \rvert \)	`\lvert ... \rvert`
\( \lVert a + b \rVert \)	`\lVert ... \rVert`

Big Symbols

\( \int \)	`\int`	\( \oint \)	`\oint`
\( \sum \)	`\sum`	\( \prod \)	`\prod`
\( \bigcup \)	`\bigcup`	\( \bigcap \)	`\bigcap`
\( \bigoplus \)	`\bigoplus`	\( \bigotimes \)	`\bigotimes`
\( \bigvee \)	`\bigvee`	\( \bigwedge \)	`\bigwedge`
\( \coprod \)	`\coprod`	\( \biguplus \)	`\biguplus`
\( \iint \)	`\iint`	\( \bigodot \)	`\bigodot`
\( \bigsqcup \)	`\bigsqcup`

Standard Function Names

\( \sin \)	`\sin`	\( \cos \)	`\cos`	\( \tan \)	`\tan`
\( \csc \)	`\csc`	\( \sec \)	`\sec`	\( \cot \)	`\cot`
\( \arcsin \)	`\arcsin`	\( \arccos \)	`\arccos`	\( \arctan \)	`\arctan`
\( \sinh \)	`\sinh`	\( \cosh \)	`\cosh`	\( \tanh \)	`\tanh`
\( \coth \)	`\coth`	\( \exp \)	`\exp`	\( \log \)	`\log`
\( \ln \)	`\ln`	\( \max \)	`\max`	\( \min \)	`\min`
\( \lim \)	`\lim`	\( \gcd \)	`\gcd`	\( \dim \)	`\dim`
\( \det \)	`\det`	\( \Pr \)	`\Pr`	\( \arg \)	`\arg`
\( \hom \)	`\hom`	\( \inf \)	`\inf`	\( \ker \)	`\ker`
\( \lg \)	`\lg`	\( \liminf \)	`\liminf`	\( \limsup \)	`\limsup`
\( \sup \)	`\sup`	\( \deg \)	`\deg`

Accents

\( \hat{a} \)	`\hat{a}`	\( \tilde{a} \)	`\tilde{a}`
\( \bar{a} \)	`\bar{a}`	\( \vec{a} \)	`\vec{a}`
\( \dot{a} \)	`\dot{a}`	\( \ddot{a} \)	`\ddot{a}`
\( \acute{a} \)	`\acute{a}`	\( \grave{a} \)	`\grave{a}`
\( \breve{a} \)	`\breve{a}`	\( \check{a} \)	`\check{a}`
\( \overrightarrow{AB} \)	`\overrightarrow{AB}`	\( \overleftarrow{AB} \)	`\overleftarrow{AB}`
\( \overline{abc} \)	`\overline{abc}`	\( \underline{abc} \)	`\underline{abc}`
\( \overbrace{abc} \)	`\overbrace{abc}`	\( \underbrace{abc} \)	`\underbrace{abc}`
\( \widetilde{abc} \)	`\widetilde{abc}`	\( \widehat{abc} \)	`\widehat{abc}`

Binary Operations

\( + \)	`+`	\( - \)	`-`	\( \pm \)	`\pm`	\( \mp \)	`\mp`
\( \cdot \)	`\cdot`	\( \times \)	`\times`	\( \div \)	`\div`	\( \ast \)	`\ast`
\( \cup \)	`\cup`	\( \cap \)	`\cap`	\( \sqcup \)	`\sqcup`	\( \sqcap \)	`\sqcap`
\( \vee \)	`\vee`	\( \wedge \)	`\wedge`	\( \oplus \)	`\oplus`	\( \otimes \)	`\otimes`
\( \odot \)	`\odot`	\( \bigcirc \)	`\bigcirc`	\( \diamond \)	`\diamond`	\( \bullet \)	`\bullet`
\( \star \)	`\star`	\( \amalg \)	`\amalg`	\( \uplus \)	`\uplus`	\( \triangleleft \)	`\triangleleft`
\( \triangleright \)	`\triangleright`	\( \unlhd \)	`\unlhd`	\( \unrhd \)	`\unrhd`	\( \bigtriangledown \)	`\bigtriangledown`
\( \bigtriangleup \)	`\bigtriangleup`	\( \setminus \)	`\setminus`	\( \centerdot \)	`\centerdot`	\( \Box \)	`\Box`
\( \circledast \)	`\circledast`	\( \boxplus \)	`\boxplus`	\( \boxminus \)	`\boxminus`	\( \boxtimes \)	`\boxtimes`
\( \bot \)	`\bot`	\( \top \)	`\top`	\( \dotplus \)	`\dotplus`	\( \divideontimes \)	`\divideontimes`
\( \square \)	`\square`	\( \barwedge \)	`\barwedge`	\( \veebar \)	`\veebar`	\( \circledcirc \)	`\circledcirc`
\( \Cap \)	`\Cap`	\( \Cup \)	`\Cup`	\( \intercal \)	`\intercal`	\( \rightthreetimes \)	`\rightthreetimes`
\( \leftthreetimes \)	`\leftthreetimes`	\( \wr \)	`\wr`	\( \dagger \)	`\dagger`	\( \ddagger \)	`\ddagger`
\( \curlywedge \)	`\curlywedge`	\( \curlyvee \)	`\curlyvee`	\( \oslash \)	`\oslash`	\( \ominus \)	`\ominus`
\( \circ \)	`\circ`	\( \circleddash \)	`\circleddash`	\( \boxdot \)	`\boxdot`

Miscellaneous Symbols

\( \infty \)	`\infty`	\( \forall \)	`\forall`	\( \Bbbk \)	`\Bbbk`
\( \wp \)	`\wp`	\( \nabla \)	`\nabla`	\( \exists \)	`\exists`
\( \bigstar \)	`\bigstar`	\( \angle \)	`\angle`	\( \partial \)	`\partial`
\( \nexists \)	`\nexists`	\( \diagdown \)	`\diagdown`	\( \measuredangle \)	`\measuredangle`
\( \eth \)	`\eth`	\( \emptyset \)	`\emptyset`	\( \diagup \)	`\diagup`
\( \sphericalangle \)	`\sphericalangle`	\( \clubsuit \)	`\clubsuit`	\( \varnothing \)	`\varnothing`
\( \Diamond \)	`\Diamond`	\( \complement \)	`\complement`	\( \diamondsuit \)	`\diamondsuit`
\( \imath \)	`\imath`	\( \Finv \)	`\Finv`	\( \triangledown \)	`\triangledown`
\( \heartsuit \)	`\heartsuit`	\( \jmath \)	`\jmath`	\( \Game \)	`\Game`
\( \triangle \)	`\triangle`	\( \spadesuit \)	`\spadesuit`	\( \ell \)	`\ell`
\( \hbar \)	`\hbar`	\( \vartriangle \)	`\vartriangle`	\( \hslash \)	`\hslash`
\( \blacklozenge \)	`\blacklozenge`	\( \cdots \)	`\cdots`	\( \iiiint \)	`\iiiint`
\( \iiint \)	`\iiint`	\( \lozenge \)	`\lozenge`	\( \blacksquare \)	`\blacksquare`
\( \vdots \)	`\vdots`	\( \ldots \)	`\ldots`	\( \iint \)	`\iint`
\( \mho \)	`\mho`	\( \blacktriangle \)	`\blacktriangle`	\( \blacktriangledown \)	`\blacktriangledown`
\( \sharp \)	`\sharp`	\( \prime \)	`\prime`	\( \blacktriangle \)	`\blacktriangle`
\( \backprime \)	`\backprime`	\( \Im \)	`\Im`	\( \flat \)	`\flat`
\( \square \)	`\square`	\( \Re \)	`\Re`	\( \natural \)	`\natural`
\( \surd \)	`\surd`	\( \circledS \)	`\circledS`

Relation Symbols

\( \equiv \)	`\equiv`	\( \leq \)	`\leq`	\( \geq \)	`\geq`	\( \perp \)	`\perp`
\( \cong \)	`\cong`	\( \prec \)	`\prec`	\( \succ \)	`\succ`	\( \mid \)	`\mid`
\( \neq \)	`\neq`	\( \preceq \)	`\preceq`	\( \succeq \)	`\succeq`	\( \parallel \)	`\parallel`
\( \sim \)	`\sim`	\( \ll \)	`\ll`	\( \gg \)	`\gg`	\( \bowtie \)	`\bowtie`
\( \simeq \)	`\simeq`	\( \subset \)	`\subset`	\( \supset \)	`\supset`	\( \Join \)	`\Join`
\( \approx \)	`\approx`	\( \subseteq \)	`\subseteq`	\( \supseteq \)	`\supseteq`	\( \ltimes \)	`\ltimes`
\( \asymp \)	`\asymp`	\( \sqsubset \)	`\sqsubset`	\( \sqsupset \)	`\sqsupset`	\( \rtimes \)	`\rtimes`
\( \doteq \)	`\doteq`	\( \sqsubseteq \)	`\sqsubseteq`	\( \sqsupseteq \)	`\sqsupseteq`	\( \smile \)	`\smile`
\( \propto \)	`\propto`	\( \dashv \)	`\dashv`	\( \vdash \)	`\vdash`	\( \frown \)	`\frown`
\( \models \)	`\models`	\( \in \)	`\in`	\( \ni \)	`\ni`	\( \notin \)	`\notin`

Relation Symbols (Other)

\( \approxeq \)	`\approxeq`	\( \leqq \)	`\leqq`	\( \geqq \)	`\geqq`
\( \lessgtr \)	`\lessgtr`	\( \thicksim \)	`\thicksim`	\( \leqslant \)	`\leqslant`
\( \geqslant \)	`\geqslant`	\( \lesseqgtr \)	`\lesseqgtr`	\( \backsim \)	`\backsim`
\( \lessapprox \)	`\lessapprox`	\( \gtrapprox \)	`\gtrapprox`	\( \lesseqqgtr \)	`\lesseqqgtr`
\( \backsimeq \)	`\backsimeq`	\( \lll \)	`\lll`	\( \ggg \)	`\ggg`
\( \gtreqqless \)	`\gtreqqless`	\( \triangleq \)	`\triangleq`	\( \lessdot \)	`\lessdot`
\( \gtrdot \)	`\gtrdot`	\( \gtreqless \)	`\gtreqless`	\( \circeq \)	`\circeq`
\( \lesssim \)	`\lesssim`	\( \gtrsim \)	`\gtrsim`	\( \gtrless \)	`\gtrless`
\( \bumpeq \)	`\bumpeq`	\( \eqslantless \)	`\eqslantless`	\( \eqslantgtr \)	`\eqslantgtr`
\( \backepsilon \)	`\backepsilon`	\( \Bumpeq \)	`\Bumpeq`	\( \precsim \)	`\precsim`
\( \succsim \)	`\succsim`	\( \between \)	`\between`	\( \doteqdot \)	`\doteqdot`
\( \precapprox \)	`\precapprox`	\( \succapprox \)	`\succapprox`	\( \pitchfork \)	`\pitchfork`
\( \thickapprox \)	`\thickapprox`	\( \Subset \)	`\Subset`	\( \Supset \)	`\Supset`
\( \shortmid \)	`\shortmid`	\( \fallingdotseq \)	`\fallingdotseq`	\( \subseteqq \)	`\subseteqq`
\( \supseteqq \)	`\supseteqq`	\( \smallfrown \)	`\smallfrown`	\( \risingdotseq \)	`\risingdotseq`
\( \sqsubset \)	`\sqsubset`	\( \sqsupset \)	`\sqsupset`	\( \smallsmile \)	`\smallsmile`
\( \varpropto \)	`\varpropto`	\( \preccurlyeq \)	`\preccurlyeq`	\( \succcurlyeq \)	`\succcurlyeq`
\( \Vdash \)	`\Vdash`	\( \therefore \)	`\therefore`	\( \curlyeqprec \)	`\curlyeqprec`
\( \curlyeqsucc \)	`\curlyeqsucc`	\( \vDash \)	`\vDash`	\( \because \)	`\because`
\( \blacktriangleleft \)	`\blacktriangleleft`	\( \blacktriangleright \)	`\blacktriangleright`	\( \Vvdash \)	`\Vvdash`
\( \eqcirc \)	`\eqcirc`	\( \trianglelefteq \)	`\trianglelefteq`	\( \trianglerighteq \)	`\trianglerighteq`
\( \shortparallel \)	`\shortparallel`	\( \neq \)	`\neq`	\( \vartriangleleft \)	`\vartriangleleft`
\( \vartriangleright \)	`\vartriangleright`	\( \nshortparallel \)	`\nshortparallel`
\( \ncong \)	`\ncong`	\( \nleq \)	`\nleq`	\( \ngeq \)	`\ngeq`
\( \nsubseteq \)	`\nsubseteq`	\( \nmid \)	`\nmid`	\( \nleqq \)	`\nleqq`
\( \ngeqq \)	`\ngeqq`	\( \nsupseteq \)	`\nsupseteq`	\( \nparallel \)	`\nparallel`
\( \nleqslant \)	`\nleqslant`	\( \ngeqslant \)	`\ngeqslant`	\( \nsubseteqq \)	`\nsubseteqq`
\( \nshortmid \)	`\nshortmid`	\( \nless \)	`\nless`	\( \ngtr \)	`\ngtr`
\( \nsupseteqq \)	`\nsupseteqq`	\( \nshortparallel \)	`\nshortparallel`	\( \nprec \)	`\nprec`
\( \nsucc \)	`\nsucc`	\( \subsetneq \)	`\subsetneq`	\( \nsim \)	`\nsim`
\( \npreceq \)	`\npreceq`	\( \nsucceq \)	`\nsucceq`	\( \supsetneq \)	`\supsetneq`
\( \nVDash \)	`\nVDash`	\( \precnapprox \)	`\precnapprox`	\( \succnapprox \)	`\succnapprox`
\( \subsetneqq \)	`\subsetneqq`	\( \nvDash \)	`\nvDash`	\( \precnsim \)	`\precnsim`
\( \succnsim \)	`\succnsim`	\( \supsetneqq \)	`\supsetneqq`	\( \nvdash \)	`\nvdash`
\( \lnapprox \)	`\lnapprox`	\( \gnapprox \)	`\gnapprox`	\( \varsubsetneq \)	`\varsubsetneq`
\( \ntriangleleft \)	`\ntriangleleft`	\( \lneq \)	`\lneq`	\( \gneq \)	`\gneq`
\( \varsupsetneq \)	`\varsupsetneq`	\( \ntrianglelefteq \)	`\ntrianglelefteq`	\( \lneqq \)	`\lneqq`
\( \gneqq \)	`\gneqq`	\( \varsubsetneqq \)	`\varsubsetneqq`	\( \ntriangleright \)	`\ntriangleright`
\( \lnsim \)	`\lnsim`	\( \gnsim \)	`\gnsim`	\( \varsupsetneqq \)	`\varsupsetneqq`
\( \ntrianglerighteq \)	`\ntrianglerighteq`	\( \lvertneqq \)	`\lvertneqq`	\( \gvertneqq \)	`\gvertneqq`

Arrows

\( \leftarrow \)	`\leftarrow`	\( \longleftarrow \)	`\longleftarrow`	\( \uparrow \)	`\uparrow`
\( \Leftarrow \)	`\Leftarrow`	\( \Longleftarrow \)	`\Longleftarrow`	\( \Uparrow \)	`\Uparrow`
\( \rightarrow \)	`\rightarrow`	\( \longrightarrow \)	`\longrightarrow`	\( \downarrow \)	`\downarrow`
\( \Rightarrow \)	`\Rightarrow`	\( \Longrightarrow \)	`\Longrightarrow`	\( \Downarrow \)	`\Downarrow`
\( \leftrightarrow \)	`\leftrightarrow`	\( \longleftrightarrow \)	`\longleftrightarrow`	\( \updownarrow \)	`\updownarrow`
\( \Leftrightarrow \)	`\Leftrightarrow`	\( \Longleftrightarrow \)	`\Longleftrightarrow`	\( \Updownarrow \)	`\Updownarrow`
\( \uparrow \)	`\uparrow`	\( \downarrow \)	`\downarrow`
\( \mapsto \)	`\mapsto`	\( \longmapsto \)	`\longmapsto`	\( \nearrow \)	`\nearrow`
\( \hookleftarrow \)	`\hookleftarrow`	\( \hookrightarrow \)	`\hookrightarrow`	\( \searrow \)	`\searrow`
\( \leftharpoonup \)	`\leftharpoonup`	\( \rightharpoonup \)	`\rightharpoonup`	\( \swarrow \)	`\swarrow`
\( \leftharpoondown \)	`\leftharpoondown`	\( \rightharpoondown \)	`\rightharpoondown`	\( \nwarrow \)	`\nwarrow`
\( \rightleftharpoons \)	`\rightleftharpoons`	\( \leadsto \)	`\leadsto`
\( \dashrightarrow \)	`\dashrightarrow`	\( \dashleftarrow \)	`\dashleftarrow`	\( \leftleftarrows \)	`\leftleftarrows`
\( \leftrightarrows \)	`\leftrightarrows`	\( \Lleftarrow \)	`\Lleftarrow`	\( \twoheadleftarrow \)	`\twoheadleftarrow`
\( \leftarrowtail \)	`\leftarrowtail`	\( \looparrowleft \)	`\looparrowleft`	\( \leftrightharpoons \)	`\leftrightharpoons`
\( \curvearrowleft \)	`\curvearrowleft`	\( \circlearrowleft \)	`\circlearrowleft`	\( \Lsh \)	`\Lsh`
\( \upuparrows \)	`\upuparrows`	\( \upharpoonleft \)	`\upharpoonleft`	\( \downharpoonleft \)	`\downharpoonleft`
\( \multimap \)	`\multimap`	\( \leftrightsquigarrow \)	`\leftrightsquigarrow`	\( \rightrightarrows \)	`\rightrightarrows`
\( \rightleftarrows \)	`\rightleftarrows`	\( \twoheadrightarrow \)	`\twoheadrightarrow`	\( \rightarrowtail \)	`\rightarrowtail`
\( \looparrowright \)	`\looparrowright`	\( \rightleftharpoons \)	`\rightleftharpoons`	\( \curvearrowright \)	`\curvearrowright`
\( \circlearrowright \)	`\circlearrowright`	\( \Rsh \)	`\Rsh`	\( \downdownarrows \)	`\downdownarrows`
\( \upharpoonright \)	`\upharpoonright`	\( \downharpoonright \)	`\downharpoonright`	\( \rightsquigarrow \)	`\rightsquigarrow`
\( \nleftarrow \)	`\nleftarrow`	\( \nrightarrow \)	`\nrightarrow`	\( \nLeftarrow \)	`\nLeftarrow`
\( \nRightarrow \)	`\nRightarrow`	\( \nleftrightarrow \)	`\nleftrightarrow`	\( \nLeftrightarrow \)	`\nLeftrightarrow`