Ufyukyu

Question

I am trying to draw this diagram and I got stuck in Antenna text position. In addition I am not happy with semicircle antenna draw. I am also missing curved arrow inside the circle. Can you some one help in fixing this and if this diagram can be improved and optimized?

The original image
enter image description here

My Code

documentclass{standalone}

usepackage{tikz}

usetikzlibrary{arrows}



begin{document}

   begin{tikzpicture} 

   %draw [help lines,step=1cm] (0,0) grid (12,18) ;

   draw [ultra thick, yshift=15.5cm, domain=-70:70,line cap=round] plot(.8*x:1) node[below,fill=none] (ant) {Antenna} ;

   draw[arrows={latex-latex},thick] (1,15.5) -- (2.5,15.5) node (a1) {}; 

   node[draw,thick,circle,inner sep=0pt,minimum size=1cm] at (3,15.5) (A1) {};



foreach pos/txt in {5/Transmitter,8/Waveform Generator} {{draw[draw=black,thick,text width=2.5cm, align=center] (pos,15) rectangle ++(2,1) node[pos=.5] {scriptsize txt };};}



draw[draw=black,thick,text width=2.5cm, align=center] (2.,13) rectangle ++(2,1) node[pos=.5] {scriptsize Low Noise RF Amp };



foreach pos/txt in {2/Mixer,5/Local \ Oscilator,8/Display} {{draw[draw=black,thick,text width=2.5cm, align=center] (pos,11) rectangle ++(2,1) node[pos=.5] {scriptsize txt };};}



foreach pos/txt in {2/IF Amplifier,5/Signal \ Processing,8/Data \ Processor} {{draw[draw=black,thick,text width=2.5cm, align=center] (pos,9) rectangle ++(2,1) node[pos=.5] {scriptsize txt };};}



foreach lpos in {15,13,11}{

    draw[->,arrows={-latex},thick] (3,lpos) -- (3,lpos-1);

};



draw[<-,arrows={-latex},thick] (5,15.5) -- (3.5,15.5);

draw[<-,arrows={-latex},thick] (6,12) -- (6,15);

draw[<-,arrows={-latex},thick] (8,15.5) -- (7,15.5);

draw[<-,arrows={-latex},thick] (4,11.5) -- (5,11.5);

draw[<-,arrows={-latex},thick] (4,09.5) -- (5,09.5);

draw[<-,arrows={-latex},thick] (7,09.5) -- (8,09.5);

draw[<-,arrows={-latex},thick] (9,10) -- (9,11);               

draw[<-,arrows={-latex},thick] (7.5,9.5) -- (7.5,11.5) -- (8,11.5);                

end{tikzpicture}

end{document}

My diagram of the above code is

enter image description here

score 6 · Accepted Answer · 2019-01-09 13:53:53Z

Here's an option used styles and relative positioning

documentclass[tikz, border = 5pt]{standalone}



usetikzlibrary{arrows, positioning, decorations.markings, calc}

begin{document}



begin{tikzpicture}[

    node distance = 1cm and 2cm,

  ]



  tikzstyle{block} = [

    draw,

    minimum width = 2cm,

    minimum height = 1cm,

    inner sep = 2pt,

    outer sep = 0pt,

    align = center,

    thick

    ]



  tikzstyle{duplexer} = [

    draw,

    circle,

    minimum width = 1cm,

    inner sep = 2pt,

    outer sep = 0pt,

    thick

    ]



  tikzstyle{line} = [

    -latex',

    thick,

    ]



  % nodes

  node[duplexer] (duplexer) at (0, 0) [label=above:Duplexer]{};

  node[block, right=2.5cm of duplexer] (transmiter) {Transmiter};

  node[block, right=of transmiter] (wf generator) {Waveform\Generator};

  node[block, below=of duplexer] (low noise amp) {Low-Noise\RF\Amplifier};

  node[block, below=of low noise amp] (mixer) {Mixer};

  node[block, right=of mixer] (local oscillator) {Local\Oscilator};

  node[block, right=of local oscillator] (display) {Display};

  node[block, below=of mixer] (ip amplifier) {IP Amplifier};

  node[block, right=of ip amplifier] (signal processor) {Signal\Processor};

  node[block, right=of signal processor] (data processor) {Data\Processor};



  % connections

  draw[line] (transmiter) -- (duplexer);

  draw[line] (wf generator) -- (transmiter);

  draw[line] (duplexer) -- (low noise amp);

  draw[line] (low noise amp) -- (mixer);

  draw[line] (mixer) -- (local oscillator);

  draw[line] (local oscillator) -- (transmiter);

  draw[line] (mixer) -- (ip amplifier);

  draw[line] (ip amplifier) -- (signal processor);

  draw[line] (signal processor) -- (data processor) coordinate[pos = 0.5] (A);

  draw[line] (data processor) -- (display);

  draw[line] (A) |- (display);



  % circle

  draw[-latex'] ([yshift = 0.3cm]duplexer) arc (90 : 370 : 0.3);



  % antena

  coordinate (B) at ([xshift = -2cm]duplexer);

  draw[ultra thick, rotate around = {90:(B)}] ([xshift = -1cm, yshift = 0.3cm]B)

  parabola bend (B) ([xshift = 1cm, yshift = 0.3cm]B) node[above]{Antenna};

  draw[line] (duplexer) -- (B);

  draw[line] (B) -- (duplexer);





end{tikzpicture}



end{document}

enter image description here

And with a couple of modifications

documentclass[tikz, border = 5pt]{standalone}



usetikzlibrary{arrows, positioning, decorations.markings, calc}



defnframes{20}

defframe{0}



begin{document}



foreach frame in {0,...,nframes}

{

pgfmathsetmacro{time}{frame / nframes}





begin{tikzpicture}[

    node distance = 1cm and 2cm,

  ]



  tikzstyle{block} = [

    draw,

    minimum width = 2cm,

    minimum height = 1cm,

    inner sep = 2pt,

    outer sep = 0pt,

    align = center,

    thick

    ]



  tikzstyle{duplexer} = [

    draw,

    circle,

    minimum width = 1cm,

    inner sep = 2pt,

    outer sep = 0pt,

    thick

    ]



  tikzstyle{line} = [

    -latex',

    thick,

    postaction={

      decorate,

      decoration={

        markings,

        mark = at position time with {fill[orange, opacity = 0.3] circle (0.1);}

      }

    }

    ]



  % nodes

  node[duplexer] (duplexer) at (0, 0) [label=above:Duplexer]{};

  node[block, right=2.5cm of duplexer] (transmiter) {Transmiter};

  node[block, right=of transmiter] (wf generator) {Waveform\Generator};

  node[block, below=of duplexer] (low noise amp) {Low-Noise\RF\Amplifier};

  node[block, below=of low noise amp] (mixer) {Mixer};

  node[block, right=of mixer] (local oscillator) {Local\Oscilator};

  node[block, right=of local oscillator] (display) {Display};

  node[block, below=of mixer] (ip amplifier) {IP Amplifier};

  node[block, right=of ip amplifier] (signal processor) {Signal\Processor};

  node[block, right=of signal processor] (data processor) {Data\Processor};



  % connections

  draw[line] (transmiter) -- (duplexer);

  draw[line] (wf generator) -- (transmiter);

  draw[line] (duplexer) -- (low noise amp);

  draw[line] (low noise amp) -- (mixer);

  draw[line] (mixer) -- (local oscillator);

  draw[line] (local oscillator) -- (transmiter);

  draw[line] (mixer) -- (ip amplifier);

  draw[line] (ip amplifier) -- (signal processor);

  draw[line] (signal processor) -- (data processor) coordinate[pos = 0.5] (A);

  draw[line] (data processor) -- (display);

  draw[line] (A) |- (display);



  % circle

  draw[-latex'] ([yshift = 0.3cm]duplexer) arc (90 : 370 : 0.3);



  % antena

  coordinate (B) at ([xshift = -2cm]duplexer);

  draw[ultra thick, rotate around = {90:(B)}] ([xshift = -1cm, yshift = 0.3cm]B)

  parabola bend (B) ([xshift = 1cm, yshift = 0.3cm]B) node[above]{Antenna};

  draw[line] (duplexer) -- (B);

  draw[line] (B) -- (duplexer);



  % signal

  coordinate (C) at ($(B) + (-0.5 * time, 0)$);

  draw[red, opacity = 0.5, thick, rotate around = {90:(C)}] ([xshift = -1cm, yshift = 0.3cm]C)

  parabola bend (C) ([xshift = 1cm, yshift = 0.3cm]C);





  coordinate (D) at ($(B) + ({-0.5 * (2 - time)}, 0)$);

  draw[blue, opacity = 0.5, thick, rotate around = {-90:(D)}] ([xshift = -1cm, yshift = 0.3cm]D)

  parabola bend (D) ([xshift = 1cm, yshift = 0.3cm]D);



end{tikzpicture}

}

end{document}

enter image description here

+1 for the animation section. It's the first example I see with the new library. — Jan 9 at 15:29
Realy nice I hadn't known the tikzstyle command before Thank you! — Jan 9 at 16:48
@Ahrtaler Thanks! It is very powerful, it allows you to do all sorts of cool stuff. You may want to have a look at the documentation, the first couple of sections will teach you a lot of new things — Jan 9 at 16:50

IgnasiIgnasi 92.8k4166310 · Accepted Answer · 2019-01-09 11:12:40Z

This solution uses matrix to distribute the nodes and anchors as reference for connections. The arrows are drawn with arrows.meta and bend library which produces a better inner arrow in duplexer.

documentclass[tikz, border=2mm]{standalone}

usetikzlibrary{arrows.meta, matrix, bending}

usepackage{lmodern}



begin{document}

   begin{tikzpicture}[

        font=sffamilyscriptsize,

        box/.style={draw, thick, text width=2cm, align=center, minimum width=2cm, minimum height=1cm},

        ball/.style={draw, thick, circle, text width=0pt, minimum size=1cm},

        >={Latex[bend]}]



    matrix (A) [matrix of nodes, nodes={box, anchor=center}, column sep=.8cm, row sep=.5cm,

        row 1 column 1/.style={nodes={ball}},

        ]{

        {} & Transmitter & {Waveform\ Generator}\

        {Low Noise\ RF Amp} &  & \

        Mixer & {Local\ oscilator} & Display\

        IF Amplifier & {Signal\ Processing} & {Data\ Processor}\

    };



    draw[<-, thick] (A-1-1)--(A-1-2);

    draw[<-, thick] (A-1-2)--(A-1-3);

    draw[->, thick] (A-1-1)--(A-2-1);

    draw[->, thick] (A-2-1)--(A-3-1);

    draw[->, thick] (A-3-1)--(A-3-2);

    draw[->, thick] (A-3-2)--(A-1-2);

    draw[->, thick] (A-3-1)--(A-4-1);

    draw[->, thick] (A-4-1)--(A-4-2);

    draw[->, thick] (A-4-2)--(A-4-3) coordinate[midway] (aux);

    draw[->, thick] (aux)|-(A-3-3);

    draw[<->, thick] (A-1-1.west)--++(180:1cm) coordinate (aux2);

    draw[ultra thick, line cap=round] ([xshift=-1cm]aux2)+(-50:1cm) node[below]{Antenna} arc(-50:50:1cm);

    node[above] at (A-1-1.north) {Duplexer};

    draw[->] (A-1-1.center)+(90:.3cm) arc(90:360:3mm);



end{tikzpicture}

end{document}

enter image description here

AhrtalerAhrtaler 976 · Accepted Answer · 2019-01-09 10:26:06Z

I only added a new node with node at (x,y) {Antenna} and fittet texsize with footnotesize

For the arc with arrow you can use draw[->,>=stealth',thin] (3,15.8) arc[radius=.3, start angle=90, end angle=360];

Picture:
enter image description here

Here is the new code:

documentclass[tikz]{standalone}

usetikzlibrary{arrows}



begin{document}

   begin{tikzpicture} 

   %draw [help lines,step=1cm] (0,0) grid (12,18) ;

   draw [ultra thick, yshift=15.5cm, domain=-70:70,line cap=round] plot(.8*x:1);

   node at (.6,14.4) {footnotesize Antenna};

   draw[arrows={latex-latex},thick] (1,15.5) -- (2.5,15.5) node (a1) {}; 



   node[draw,thick,circle,inner sep=0pt,minimum size=1cm] at (3,15.5) (A1) {};

   node at (3,16.2) {footnotesize Duplexer};

   draw[->,>=stealth',thin] (3,15.8) arc[radius=.3, start angle=90, end angle=360];



foreach pos/txt in {5/Transmitter,8/Waveform Generator} {{draw[draw=black,thick,text width=2.5cm, align=center] (pos,15) rectangle ++(2,1) node[pos=.5] {scriptsize txt };};}



draw[draw=black,thick,text width=2.5cm, align=center] (2.,13) rectangle ++(2,1) node[pos=.5] {scriptsize Low Noise RF Amp };



foreach pos/txt in {2/Mixer,5/Local \ Oscilator,8/Display} {{draw[draw=black,thick,text width=2.5cm, align=center] (pos,11) rectangle ++(2,1) node[pos=.5] {scriptsize txt };};}



foreach pos/txt in {2/IF Amplifier,5/Signal \ Processing,8/Data \ Processor} {{draw[draw=black,thick,text width=2.5cm, align=center] (pos,9) rectangle ++(2,1) node[pos=.5] {scriptsize txt };};}



foreach lpos in {15,13,11}{

    draw[->,arrows={-latex},thick] (3,lpos) -- (3,lpos-1);

};



draw[<-,arrows={-latex},thick] (5,15.5) -- (3.5,15.5);

draw[<-,arrows={-latex},thick] (6,12) -- (6,15);

draw[<-,arrows={-latex},thick] (8,15.5) -- (7,15.5);

draw[<-,arrows={-latex},thick] (4,11.5) -- (5,11.5);

draw[<-,arrows={-latex},thick] (4,09.5) -- (5,09.5);

draw[<-,arrows={-latex},thick] (7,09.5) -- (8,09.5);

draw[<-,arrows={-latex},thick] (9,10) -- (9,11);               

draw[<-,arrows={-latex},thick] (7.5,9.5) -- (7.5,11.5) -- (8,11.5);                

end{tikzpicture}

end{document}

score 6 · Accepted Answer · 2019-01-09 13:53:53Z

Here's an option used styles and relative positioning

documentclass[tikz, border = 5pt]{standalone}



usetikzlibrary{arrows, positioning, decorations.markings, calc}

begin{document}



begin{tikzpicture}[

    node distance = 1cm and 2cm,

  ]



  tikzstyle{block} = [

    draw,

    minimum width = 2cm,

    minimum height = 1cm,

    inner sep = 2pt,

    outer sep = 0pt,

    align = center,

    thick

    ]



  tikzstyle{duplexer} = [

    draw,

    circle,

    minimum width = 1cm,

    inner sep = 2pt,

    outer sep = 0pt,

    thick

    ]



  tikzstyle{line} = [

    -latex',

    thick,

    ]



  % nodes

  node[duplexer] (duplexer) at (0, 0) [label=above:Duplexer]{};

  node[block, right=2.5cm of duplexer] (transmiter) {Transmiter};

  node[block, right=of transmiter] (wf generator) {Waveform\Generator};

  node[block, below=of duplexer] (low noise amp) {Low-Noise\RF\Amplifier};

  node[block, below=of low noise amp] (mixer) {Mixer};

  node[block, right=of mixer] (local oscillator) {Local\Oscilator};

  node[block, right=of local oscillator] (display) {Display};

  node[block, below=of mixer] (ip amplifier) {IP Amplifier};

  node[block, right=of ip amplifier] (signal processor) {Signal\Processor};

  node[block, right=of signal processor] (data processor) {Data\Processor};



  % connections

  draw[line] (transmiter) -- (duplexer);

  draw[line] (wf generator) -- (transmiter);

  draw[line] (duplexer) -- (low noise amp);

  draw[line] (low noise amp) -- (mixer);

  draw[line] (mixer) -- (local oscillator);

  draw[line] (local oscillator) -- (transmiter);

  draw[line] (mixer) -- (ip amplifier);

  draw[line] (ip amplifier) -- (signal processor);

  draw[line] (signal processor) -- (data processor) coordinate[pos = 0.5] (A);

  draw[line] (data processor) -- (display);

  draw[line] (A) |- (display);



  % circle

  draw[-latex'] ([yshift = 0.3cm]duplexer) arc (90 : 370 : 0.3);



  % antena

  coordinate (B) at ([xshift = -2cm]duplexer);

  draw[ultra thick, rotate around = {90:(B)}] ([xshift = -1cm, yshift = 0.3cm]B)

  parabola bend (B) ([xshift = 1cm, yshift = 0.3cm]B) node[above]{Antenna};

  draw[line] (duplexer) -- (B);

  draw[line] (B) -- (duplexer);





end{tikzpicture}



end{document}

enter image description here

And with a couple of modifications

documentclass[tikz, border = 5pt]{standalone}



usetikzlibrary{arrows, positioning, decorations.markings, calc}



defnframes{20}

defframe{0}



begin{document}



foreach frame in {0,...,nframes}

{

pgfmathsetmacro{time}{frame / nframes}





begin{tikzpicture}[

    node distance = 1cm and 2cm,

  ]



  tikzstyle{block} = [

    draw,

    minimum width = 2cm,

    minimum height = 1cm,

    inner sep = 2pt,

    outer sep = 0pt,

    align = center,

    thick

    ]



  tikzstyle{duplexer} = [

    draw,

    circle,

    minimum width = 1cm,

    inner sep = 2pt,

    outer sep = 0pt,

    thick

    ]



  tikzstyle{line} = [

    -latex',

    thick,

    postaction={

      decorate,

      decoration={

        markings,

        mark = at position time with {fill[orange, opacity = 0.3] circle (0.1);}

      }

    }

    ]



  % nodes

  node[duplexer] (duplexer) at (0, 0) [label=above:Duplexer]{};

  node[block, right=2.5cm of duplexer] (transmiter) {Transmiter};

  node[block, right=of transmiter] (wf generator) {Waveform\Generator};

  node[block, below=of duplexer] (low noise amp) {Low-Noise\RF\Amplifier};

  node[block, below=of low noise amp] (mixer) {Mixer};

  node[block, right=of mixer] (local oscillator) {Local\Oscilator};

  node[block, right=of local oscillator] (display) {Display};

  node[block, below=of mixer] (ip amplifier) {IP Amplifier};

  node[block, right=of ip amplifier] (signal processor) {Signal\Processor};

  node[block, right=of signal processor] (data processor) {Data\Processor};



  % connections

  draw[line] (transmiter) -- (duplexer);

  draw[line] (wf generator) -- (transmiter);

  draw[line] (duplexer) -- (low noise amp);

  draw[line] (low noise amp) -- (mixer);

  draw[line] (mixer) -- (local oscillator);

  draw[line] (local oscillator) -- (transmiter);

  draw[line] (mixer) -- (ip amplifier);

  draw[line] (ip amplifier) -- (signal processor);

  draw[line] (signal processor) -- (data processor) coordinate[pos = 0.5] (A);

  draw[line] (data processor) -- (display);

  draw[line] (A) |- (display);



  % circle

  draw[-latex'] ([yshift = 0.3cm]duplexer) arc (90 : 370 : 0.3);



  % antena

  coordinate (B) at ([xshift = -2cm]duplexer);

  draw[ultra thick, rotate around = {90:(B)}] ([xshift = -1cm, yshift = 0.3cm]B)

  parabola bend (B) ([xshift = 1cm, yshift = 0.3cm]B) node[above]{Antenna};

  draw[line] (duplexer) -- (B);

  draw[line] (B) -- (duplexer);



  % signal

  coordinate (C) at ($(B) + (-0.5 * time, 0)$);

  draw[red, opacity = 0.5, thick, rotate around = {90:(C)}] ([xshift = -1cm, yshift = 0.3cm]C)

  parabola bend (C) ([xshift = 1cm, yshift = 0.3cm]C);





  coordinate (D) at ($(B) + ({-0.5 * (2 - time)}, 0)$);

  draw[blue, opacity = 0.5, thick, rotate around = {-90:(D)}] ([xshift = -1cm, yshift = 0.3cm]D)

  parabola bend (D) ([xshift = 1cm, yshift = 0.3cm]D);



end{tikzpicture}

}

end{document}

enter image description here

+1 for the animation section. It's the first example I see with the new library. — Jan 9 at 15:29
Realy nice I hadn't known the tikzstyle command before Thank you! — Jan 9 at 16:48
@Ahrtaler Thanks! It is very powerful, it allows you to do all sorts of cool stuff. You may want to have a look at the documentation, the first couple of sections will teach you a lot of new things — Jan 9 at 16:50

IgnasiIgnasi 92.8k4166310 · Accepted Answer · 2019-01-09 11:12:40Z

This solution uses matrix to distribute the nodes and anchors as reference for connections. The arrows are drawn with arrows.meta and bend library which produces a better inner arrow in duplexer.

documentclass[tikz, border=2mm]{standalone}

usetikzlibrary{arrows.meta, matrix, bending}

usepackage{lmodern}



begin{document}

   begin{tikzpicture}[

        font=sffamilyscriptsize,

        box/.style={draw, thick, text width=2cm, align=center, minimum width=2cm, minimum height=1cm},

        ball/.style={draw, thick, circle, text width=0pt, minimum size=1cm},

        >={Latex[bend]}]



    matrix (A) [matrix of nodes, nodes={box, anchor=center}, column sep=.8cm, row sep=.5cm,

        row 1 column 1/.style={nodes={ball}},

        ]{

        {} & Transmitter & {Waveform\ Generator}\

        {Low Noise\ RF Amp} &  & \

        Mixer & {Local\ oscilator} & Display\

        IF Amplifier & {Signal\ Processing} & {Data\ Processor}\

    };



    draw[<-, thick] (A-1-1)--(A-1-2);

    draw[<-, thick] (A-1-2)--(A-1-3);

    draw[->, thick] (A-1-1)--(A-2-1);

    draw[->, thick] (A-2-1)--(A-3-1);

    draw[->, thick] (A-3-1)--(A-3-2);

    draw[->, thick] (A-3-2)--(A-1-2);

    draw[->, thick] (A-3-1)--(A-4-1);

    draw[->, thick] (A-4-1)--(A-4-2);

    draw[->, thick] (A-4-2)--(A-4-3) coordinate[midway] (aux);

    draw[->, thick] (aux)|-(A-3-3);

    draw[<->, thick] (A-1-1.west)--++(180:1cm) coordinate (aux2);

    draw[ultra thick, line cap=round] ([xshift=-1cm]aux2)+(-50:1cm) node[below]{Antenna} arc(-50:50:1cm);

    node[above] at (A-1-1.north) {Duplexer};

    draw[->] (A-1-1.center)+(90:.3cm) arc(90:360:3mm);



end{tikzpicture}

end{document}

enter image description here

AhrtalerAhrtaler 976 · Accepted Answer · 2019-01-09 10:26:06Z

I only added a new node with node at (x,y) {Antenna} and fittet texsize with footnotesize

For the arc with arrow you can use draw[->,>=stealth',thin] (3,15.8) arc[radius=.3, start angle=90, end angle=360];

Picture:
enter image description here

Here is the new code:

documentclass[tikz]{standalone}

usetikzlibrary{arrows}



begin{document}

   begin{tikzpicture} 

   %draw [help lines,step=1cm] (0,0) grid (12,18) ;

   draw [ultra thick, yshift=15.5cm, domain=-70:70,line cap=round] plot(.8*x:1);

   node at (.6,14.4) {footnotesize Antenna};

   draw[arrows={latex-latex},thick] (1,15.5) -- (2.5,15.5) node (a1) {}; 



   node[draw,thick,circle,inner sep=0pt,minimum size=1cm] at (3,15.5) (A1) {};

   node at (3,16.2) {footnotesize Duplexer};

   draw[->,>=stealth',thin] (3,15.8) arc[radius=.3, start angle=90, end angle=360];



foreach pos/txt in {5/Transmitter,8/Waveform Generator} {{draw[draw=black,thick,text width=2.5cm, align=center] (pos,15) rectangle ++(2,1) node[pos=.5] {scriptsize txt };};}



draw[draw=black,thick,text width=2.5cm, align=center] (2.,13) rectangle ++(2,1) node[pos=.5] {scriptsize Low Noise RF Amp };



foreach pos/txt in {2/Mixer,5/Local \ Oscilator,8/Display} {{draw[draw=black,thick,text width=2.5cm, align=center] (pos,11) rectangle ++(2,1) node[pos=.5] {scriptsize txt };};}



foreach pos/txt in {2/IF Amplifier,5/Signal \ Processing,8/Data \ Processor} {{draw[draw=black,thick,text width=2.5cm, align=center] (pos,9) rectangle ++(2,1) node[pos=.5] {scriptsize txt };};}



foreach lpos in {15,13,11}{

    draw[->,arrows={-latex},thick] (3,lpos) -- (3,lpos-1);

};



draw[<-,arrows={-latex},thick] (5,15.5) -- (3.5,15.5);

draw[<-,arrows={-latex},thick] (6,12) -- (6,15);

draw[<-,arrows={-latex},thick] (8,15.5) -- (7,15.5);

draw[<-,arrows={-latex},thick] (4,11.5) -- (5,11.5);

draw[<-,arrows={-latex},thick] (4,09.5) -- (5,09.5);

draw[<-,arrows={-latex},thick] (7,09.5) -- (8,09.5);

draw[<-,arrows={-latex},thick] (9,10) -- (9,11);               

draw[<-,arrows={-latex},thick] (7.5,9.5) -- (7.5,11.5) -- (8,11.5);                

end{tikzpicture}

end{document}

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