MathematicalEngineeringDeepLearning/tikz/figure3-15-reconstructing_input.tex at master · yoninazarathy/MathematicalEngineeringDeepLearning · GitHub

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\documentclass[tikz, border=50pt]{standalone}

\usepackage{tikz}
\usepackage{medl_colors}
\usepackage{graphicx}
\usetikzlibrary{shapes.multipart, shapes.geometric, arrows.meta}
\usetikzlibrary{matrix, calc, positioning,fit}
\usepackage{xstring}

\newif\ifmember
\makeatletter
\newcommand{\MemberQ}[2]{\global\memberfalse%
\@for\next:=#1\do{\ifnum\next=#2\global\membertrue\fi}}
\makeatother

\begin{document}
\begin{tikzpicture}

\newcommand\circles[4]
{
    \foreach \i in {1,2,3,4,5,6,7}
    {
    \IfEq{#3}{1}%
        {
            \node [#4, circle, minimum size=.6cm] (circle#1\i) at(#2, -\i+4) {};
        }
        {
            \MemberQ{2,5,6}{\i}
            \ifmember
            {
                \node [draw=border-green, thick, circle, minimum size=.6cm] (circle#1\i) at(#2, -\i+4) {};
                \begin{scope}
                \clip(#2, -\i+4) circle(.3cm);
                \foreach \p in {.03, .06, .09, .12, .15, .18, .20, .24, .22}
                {
                    \foreach \q in {.04, .08, .12, .15, .18, .21}
                    {
                        \fill (#2, -\i+4) circle (0.01);
                        \fill (#2, -\i+4+\q) circle (0.01);
                        \fill (#2, -\i+4-\q) circle (0.01);
                        \fill (#2+\p, -\i+4) circle (0.01);
                        \fill (#2+\p, -\i+4+\q) circle (0.01);
                        \fill (#2+\p, -\i+4-\q) circle (0.01);
                        \fill (#2-\p, -\i+4) circle (0.01);
                        \fill (#2-\p, -\i+4+\q) circle (0.01);
                        \fill (#2-\p, -\i+4-\q) circle (0.01);
                    }
                }
                \end{scope}

            }
            \else%
            {
                \node [#4, circle, minimum size=.6cm] (circle#1\i) at(#2, -\i+4) {};
            }
            \fi
        }
    }
}

%center part
\node (rect) at (0,0) [blueshape, minimum width=1.5cm,minimum height=1.2cm] (rectangle)  {\Large Bottleneck};

\node[greenshape, trapezium, align=center, trapezium angle=75,minimum height=4cm, shape border rotate=270, left of = rectangle, node distance = 4cm, text=black] (t1) { \Large Encoder};

%\node[trapezium,
    % greenshape,
    % text = black,
    % align=center,
    % trapezium angle=80,
    % minimum height=3cm,
    % shape border rotate=270,
    % left of = rectangle, node distance = 4cm ] (t1) { \large Encoder};
\node[redshape, trapezium, align=center, trapezium angle=75,minimum height=4cm, shape border rotate=90, right of = rectangle, node distance = 4cm, text=black] (t2) { \Large Decoder};

% \node[trapezium,
%     blueshape,
%     text = black,
%     align=center,
%     trapezium angle=80,
%     minimum height=3cm,
%     shape border rotate=90,
%     right of = rectangle, node distance = 4cm ] (t2) {\large  Decoder};

%input
\node[left of = t1, node distance = 4cm, lightgreenshape, minimum width=1cm,minimum height=8cm ] (input) {};
\circles{1}{-8}{2}{greenshape};
\circles{2}{-10}{2}{greenshape};
\circles{3}{-12}{1}{greenshape};

%output
\node[right of = t2, node distance = 4cm, lightredshape, minimum width=1cm,minimum height=8cm] (output)  {};
\circles{4}{8}{1}{redshape};

%arrows
\draw [-Triangle, thickline] (t1.east) -- (rectangle.west) node[midway,right] {};
\draw [-Triangle, thickline] (rectangle.east) -- (t2.west) node[midway,right] {};
\draw [-Triangle, thickline] (input.east) -- (t1.west) node[midway,right] {};
\draw [-Triangle, thickline] (t2.east) -- (output.west) node[midway,right] {};
\draw [-Triangle, thickline] ([xshift=1mm]circle34.east) -- ([xshift=-1mm]circle24.west) node[midway,right] {};
\draw [-Triangle, thickline] ([xshift=1mm]circle24.east) -- ([xshift=-2mm]circle14.west) node[midway,right] {};

%production system
\node[redlayer, rounded corners, inner xsep = 9.2cm, inner ysep=6cm] at(0.2, 0) (production){};
\node[below of=production, align=center, node distance=5.5cm] {\Large Production System};

%bottom images
\node[scale = .3, below of = circle17, node distance = 6cm] (inputpic1)  {\includegraphics {images/partially_destroyed_input.png}};
\node[scale = .3, below of = circle27, node distance = 6cm] (inputpic2)  {\includegraphics {images/partially_destroyed_input.png}};
\node[scale = .3, below of = circle37, node distance = 6cm] (inputpic3)  {\includegraphics {images/original_input.png}};
\node[scale = .3, below of = output, node distance = 16cm] (outputpic)  {\includegraphics {images/original_input.png}};

%lables
\node[above of=circle11, align=center, node distance=2cm] {\large Input};
\node[above of=circle21, align=center, node distance=2cm] {\large Partially\\\large Destroyed\\\large Training\\\large Data};
\node[above of=circle31, align=center, node distance=2cm] (tinput) {\large Original\\\large Training \\\large Data};
\node[above of=output, align=center, node distance=5cm](toutput) {\large Reconstructed\\\large Input};


\end{tikzpicture}
\end{document}