[formula] \oint \vec{F} \cdot d\vec{s}=0 [/formula]
(uses formula / eqn bbcode tags - still working on it)
e.g. [ formula ] \oint \vec{F} \cdot d\vec{s}=0[/formula]
LaTex test post
neat! game dev version:
[formula] \iint_{foo}^{bar} \begin{bmatrix} a b \\ c d \end{bmatrix} \cdot dx [/formula]
online editor version:
http://latex.codecog...x}%20\cdot%20dx
Some refinement of formatting is needed, and the white background removed (ie give it alpha so it blends nicely with the forum theme). But great to have this feature.
[formula] \iint_{foo}^{bar} \begin{bmatrix} a b \\ c d \end{bmatrix} \cdot dx [/formula]
online editor version:
http://latex.codecog...x}%20\cdot%20dx
\iint_{foo}^{bar} \begin{bmatrix}
a b \\
c d
\end{bmatrix} \cdot dx
Some refinement of formatting is needed, and the white background removed (ie give it alpha so it blends nicely with the forum theme). But great to have this feature.
[formula]\mathcal{B}\mathbf{ut}\ \omega h\gamma\ \mathbb{I}\mathcal{S}\ \mathbf{it}\ s\bullet\ \beta l \mu \mathbb{RR}\gamma[/formula]
[formula]\stackrel{1}{2}\ \frac{1}{2}\ \nicefrac{1}{2}[/formula]
[formula]\usepackage{proof} \infer[^{(\wedge I)}]{\Gamma\vdash A\wedge B}{\Gamma\vdash A & \Gamma\vdash B}[/formula]
What are the chances of getting extra packages?
[formula]\stackrel{1}{2}\ \frac{1}{2}\ \nicefrac{1}{2}[/formula]
[formula]\usepackage{proof} \infer[^{(\wedge I)}]{\Gamma\vdash A\wedge B}{\Gamma\vdash A & \Gamma\vdash B}[/formula]
What are the chances of getting extra packages?
Author
These use the google apis for rendering - perhaps there is a better atlernative? I modified the bbcode to use the codecogs version.
[formula] \iint_{foo}^{bar} \begin{bmatrix} a b \\ c d \end{bmatrix} \cdot dx [/formula]
[formula]\mathcal{B}\mathbf{ut}\ \omega h\gamma\ \mathbb{I}\mathcal{S}\ \mathbf{it}\ s\bullet\ \beta l \mu \mathbb{RR}\gamma[/formula]
[formula]\stackrel{1}{2}\ \frac{1}{2}\ \nicefrac{1}{2}[/formula]
[formula]\usepackage{proof} \infer[^{(\wedge I)}]{\Gamma\vdash A\wedge B}{\Gamma\vdash A & \Gamma\vdash B}[/formula]
[formula] \iint_{foo}^{bar} \begin{bmatrix} a b \\ c d \end{bmatrix} \cdot dx [/formula]
[formula] \iint_{foo}^{bar} \begin{bmatrix} a b \\ c d \end{bmatrix} \cdot dx [/formula]
[formula]\mathcal{B}\mathbf{ut}\ \omega h\gamma\ \mathbb{I}\mathcal{S}\ \mathbf{it}\ s\bullet\ \beta l \mu \mathbb{RR}\gamma[/formula]
[formula]\stackrel{1}{2}\ \frac{1}{2}\ \nicefrac{1}{2}[/formula]
[formula]\usepackage{proof} \infer[^{(\wedge I)}]{\Gamma\vdash A\wedge B}{\Gamma\vdash A & \Gamma\vdash B}[/formula]
[formula] \iint_{foo}^{bar} \begin{bmatrix} a b \\ c d \end{bmatrix} \cdot dx [/formula]
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