Design tests

a new test

(1)
\begin{align} \definecolor{lgray}{gray}{.8} \definecolor{dgray}{gray}{.55} \setlength{\fboxsep}{2pt} \fcolorbox{black}{lgray}{$\delta$} \end{align}

does it look better to write comisef, or COMISEF?

pdfs

dd.pdf

The parents

(2)
\begin{align} \definecolor{lgray}{gray}{.8} \definecolor{dgray}{gray}{.55} \setlength{\fboxsep}{2pt} \begin{split} \fcolorbox{black}{lgray}{0}\fcolorbox{black}{lgray}{1}\fcolorbox{black}{lgray}{1}\fcolorbox{black}{lgray}{1} \fcolorbox{black}{lgray}{0}\fcolorbox{black}{lgray}{0}\fcolorbox{black}{lgray}{0}\fcolorbox{black}{lgray}{1}\\ \fcolorbox{black}{dgray}{1}\fcolorbox{black}{dgray}{1}\fcolorbox{black}{dgray}{0}\fcolorbox{black}{dgray}{0} \fcolorbox{black}{dgray}{1}\fcolorbox{black}{dgray}{1}\fcolorbox{black}{dgray}{1}\fcolorbox{black}{dgray}{0} \end{split} \end{align}

The children

(3)
\begin{align} \definecolor{lgray}{gray}{.8} \definecolor{dgray}{gray}{.55} \setlength{\fboxsep}{2pt} \begin{split} \fcolorbox{black}{lgray}{0}\fcolorbox{black}{lgray}{1}\fcolorbox{black}{lgray}{1}\fcolorbox{black}{lgray}{1} \fcolorbox{black}{dgray}{1}\fcolorbox{black}{dgray}{1}\fcolorbox{black}{dgray}{1}\fcolorbox{black}{dgray}{0}\\ \fcolorbox{black}{dgray}{1}\fcolorbox{black}{dgray}{1}\fcolorbox{black}{dgray}{0}\fcolorbox{black}{dgray}{0} \fcolorbox{black}{lgray}{0}\fcolorbox{black}{lgray}{0}\fcolorbox{black}{lgray}{0}\fcolorbox{black}{lgray}{1} \end{split} \end{align}

original

(4)
\begin{align} \lambda_{i}(S)\geq \begin{array}{lcl} \lambda_{i}(\Sigma)&+&\lambda_{N}(\Delta) \\ \lambda_{i+1}(\Sigma)&+&\lambda_{N-1}(\Delta) \\ &\vdots&\\ \lambda_{N}(\Sigma)&+&\lambda_{i}(\Delta) \\ \end{array} \end{align}
(5)
\begin{align} \lambda_{i}(S)\leq \begin{array}{lcl} \lambda_{i}(\Sigma)&+&\lambda_{1}(\Delta) \\ \lambda_{i-1}(\Sigma)&+&\lambda_{2}(\Delta) \\ &\vdots&\\ \lambda_{1}(\Sigma)&+&\lambda_{i}(\Delta) \\ \end{array} \end{align}

variant1

(6)
\begin{align} \lambda_{i}(S)\geq \left\{\begin{array}{lcl} \lambda_{i}(\Sigma)&+&\lambda_{N}(\Delta) \\ \lambda_{i+1}(\Sigma)&+&\lambda_{N-1}(\Delta) \\ &\vdots&\\ \lambda_{N}(\Sigma)&+&\lambda_{i}(\Delta) \\ \end{array}\\ \phantom{XXX} \lambda_{i}(S)\leq \left\{\begin{array}{lcl} \lambda_{i}(\Sigma)&+&\lambda_{1}(\Delta) \\ \lambda_{i-1}(\Sigma)&+&\lambda_{2}(\Delta) \\ &\vdots&\\ \lambda_{1}(\Sigma)&+&\lambda_{i}(\Delta) \\ \end{array} \end{align}

variant2

(7)
\begin{align} \lambda_{i}(S)\geq \left\{\begin{array}{lcc} \lambda_{i}(\Sigma)&\phantom{x}+\phantom{x}&\lambda_{N}(\Delta) \\ \lambda_{i+1}(\Sigma)&+&\lambda_{N-1}(\Delta) \\ \phantom{\lambda_{i-1}(\Sigma)}&\vdots&\phantom{\lambda_{N-1}(\Delta) }\\ \lambda_{N}(\Sigma)&+&\lambda_{i}(\Delta) \end{array} \end{align}
(8)
\begin{align} \lambda_{i}(S)\leq \left\{\begin{array}{lcc} \lambda_{i}(\Sigma)&\phantom{x}+\phantom{x}&\lambda_{1}(\Delta) \\ \lambda_{i-1}(\Sigma)&+&\lambda_{2}(\Delta) \\ \phantom{\lambda_{i-1}(\Sigma)}&\vdots&\phantom{\lambda_{N-1}(\Delta) }\\ \lambda_{1}(\Sigma)&+&\lambda_{i}(\Delta) \end{array} \end{align}

Picture works!

(9)
\begin{align} \colorbox{white}{% \begin{picture}(40,40) \put(2,2){\color{blue}\line(1,0){36}} \put(38,2){\color{green}\line(0,1){36}} \put(38,38){\color{red}\line(-1,0){36}} \put(2,38){\color{magenta}\line(0,-1){36}} \put(20,20){\color{cyan}\circle*{5}} \end{picture}} \end{align}

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