User:Edwin Shade/Sandbox VIII

New Symbol and Letter Testing
If letters of differing sizes can be superimposed through the use of MathJax and span commands, then it should be theoretically possible to construct new "characters" by juxtaposition of numerous tiny characters, as well as create pictures with many superimposed emojis, whose individual color will function the same as a pixel in a color image. This testing may be arduous at times, but I'm confident the results will far out weigh the relatively small span of time required to create these characters.

Filled in Triangle (Actually compound of 9 MathJax-Span commands; NaN total characters)

\(\color{#000000}{\Delta}\) \(\raise0.5pt{\moveleft9.2pt{\color{#000000}{\Delta}}}\) \(\raise1.5pt{\moveleft22.7pt{\color{#000000}{\Delta}}}\) \(\raise2.5pt{\moveleft42pt{\color{#000000}{\Delta}}}\) \(\raise1.5pt{\moveleft90pt{\color{#000000}{\blacksquare}}}\) \(\raise11pt{\moveleft94pt{\color{#000000}{\blacksquare}}}\) \(\raise6pt{\moveleft100pt{\color{#000000}{\blacksquare}}}\) \(\raise5pt{\moveleft112pt{\color{#000000}{\blacksquare}}}\) \(\raise83pt{\moveleft460pt{\color{#000000}{\blacksquare}}}\)

\(\raise0pt{\moveleft0pt{\Omega}}\) \(\raise0pt{\moveleft0pt{\Omega}}\) \(\raise0pt{\moveleft0pt{\Omega}}\) \(\raise0pt{\moveleft0pt{\Omega}}\) \(\raise0pt{\moveleft0pt{\Omega}}\) \(\Omega\) \(\raise0pt{\moveleft0pt{\Omega}}\) \(\raise0pt{\moveleft0pt{\Omega}}\) \(\raise0pt{\moveleft0pt{\Omega}}\) \(\raise0pt{\moveleft0pt{\Omega}}\) \(\raise0pt{\moveleft0pt{\Omega}}\)

\(\)

\(\raise211.5pt{\moveleft0pt{\mho}}\) \(\raise102.5pt{\moveleft0pt{\mho}}\) \(\raise47.5pt{\moveleft0pt{\mho}}\) \(\raise20.5pt{\moveleft0pt{\mho}}\) \(\raise6.8pt{\moveleft0pt{\mho}}\) \(\mho\) \(\raise6.8pt{\moveleft0pt{\mho}}\) \(\raise20.5pt{\moveleft0pt{\mho}}\) \(\raise47.5pt{\moveleft0pt{\mho}}\) \(\raise102.5pt{\moveleft0pt{\mho}}\) \(\raise211.5pt{\moveleft0pt{\mho}}\)

MathJax Testing
\(\exists b:(Sb+SS0)=SSSSS0\)

\(\forall a:\forall c:(a+c)=(c+a)\)

\(\sim\forall a:\exists b:\exists c:((a\cdot a)\cdot a)=(((b\cdot b)\cdot b)+((c\cdot c)\cdot c))\)

Normal MathJax Result

\(\mathbb{T}^{\mathfrak{L} }_1=\omega^2\)

Emboldened and less "washed-out Result"

\(\mathbb{T}^{\mathfrak{L} }_1=\omega^2\)

A BEAF Array
\(\left[\begin{array}{ccc}🥩&🥩&🥩\\🥩&🥩&🥩\\🥩&🥩&🥩\end{array}\right]\)