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Alignment of various blocks in tikz


Rotate a node but not its content: the case of the ellipse decorationHow to evenly space out nodes or in tikz?How to define the default vertical distance between nodes?Numerical conditional within tikz keys?use circuitikz picture inside tikzpictureTikz: Lining up input and output nodes in multiple input multiple output diagramTikZ: Drawing an arc from an intersection to an intersectionSpecial connexion with a node (TikZ)Line up nested tikz enviroments or how to get rid of themSpace between containers and arrow from block to container













8















As you can see the left side of the 3 lower blocks are moved to the right while keeping their right sides aligned with the right side of the first block.



sample image



I'm using the following code:



documentclass[tikz,border=3.14mm]{standalone}
usepackage{tikz}
usetikzlibrary{positioning}
usetikzlibrary{decorations.markings}
begin{document}

begin{tikzpicture}[auto, node distance=2cm,>=latex,block/.style={draw, fill=white, rectangle,
minimum height=3em, minimum width=6em}]
node[block] (A) {$frac{1}{sT_E}$};
node[circle, draw, left =of A] (B) {$Sigma$};
node[circle, draw, right =of A] (C) {$Pi$};
node[rectangle, below=0.5cm of A] (D) {$V_{Emin}$};
node[block, below=1.12 of C] (E) {$F_{EX}=f(l_N)$};
node[block, anchor=0.8, below=.5cm of D] (G) {$S_E(V_E)$};
%node[block, below right=.5cm and 1.1cm of G] (F) {$l_N=K_Ccdotfrac{l_{FD}}{V_E}$};
node[rectangle, above=.5 of A] (J) {$frac{V_{FEmax}-K_Dcdot l_{FD}}{K_E+S_E(V_E)}$};
node[block, below=.5cm of G] (H) {$K_E$};
node[block, below=.5cm of H] (I) {$K_D$};
node[block] at (H -| E) (F) {$l_N=K_Ccdotfrac{l_{FD}}{V_E}$};
node[circle, draw, left=1 of H] (K) {$Sigma$};
%
draw[->] (A) -- (B);
draw[->] (A) -- node[pos=0.5,above]{$V_E$} (C);
draw[->] (C.0) -- ++ (1,0) node[pos=0.5,above] {$E_{FD}$};
draw[<-] (B.180) -- ++ (-1,0) node[pos=0.5,above] {$E_{FE}$};
draw[-] (A) -- (J.-40);
draw[-] (J.-40) -- ++ (0.6,0);
draw[-] (A) -- (D.140);
draw[-] (D.140) -- ++ (-0.6,0);
draw[->] (E) -- node[pos=0.5,right] {$F_{EX}$} (C);
draw[->] (F) -- node[pos=0.5,right] {$l_{N}$} (E);
draw[->] (A.0) -- ++ (0.6,0) |- (H.0);
draw[->] (A.0) -- ++ (0.6,0) |- (F.180);
draw[<-] (I.0) -- ++ (3.75,0) node[pos=0.8,below] {$I_{FD}$};
draw[->] (I.0) -| (F.270) ;
end{tikzpicture}
end{document}









share|improve this question









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  • 2





    Welcome to the site. What code are you attempting to use to obtain the result? You are expected to provide a minimum (non)working example to help use see your approach.

    – Steven B. Segletes
    5 hours ago








  • 1





    ill edit my post.

    – Nip
    5 hours ago
















8















As you can see the left side of the 3 lower blocks are moved to the right while keeping their right sides aligned with the right side of the first block.



sample image



I'm using the following code:



documentclass[tikz,border=3.14mm]{standalone}
usepackage{tikz}
usetikzlibrary{positioning}
usetikzlibrary{decorations.markings}
begin{document}

begin{tikzpicture}[auto, node distance=2cm,>=latex,block/.style={draw, fill=white, rectangle,
minimum height=3em, minimum width=6em}]
node[block] (A) {$frac{1}{sT_E}$};
node[circle, draw, left =of A] (B) {$Sigma$};
node[circle, draw, right =of A] (C) {$Pi$};
node[rectangle, below=0.5cm of A] (D) {$V_{Emin}$};
node[block, below=1.12 of C] (E) {$F_{EX}=f(l_N)$};
node[block, anchor=0.8, below=.5cm of D] (G) {$S_E(V_E)$};
%node[block, below right=.5cm and 1.1cm of G] (F) {$l_N=K_Ccdotfrac{l_{FD}}{V_E}$};
node[rectangle, above=.5 of A] (J) {$frac{V_{FEmax}-K_Dcdot l_{FD}}{K_E+S_E(V_E)}$};
node[block, below=.5cm of G] (H) {$K_E$};
node[block, below=.5cm of H] (I) {$K_D$};
node[block] at (H -| E) (F) {$l_N=K_Ccdotfrac{l_{FD}}{V_E}$};
node[circle, draw, left=1 of H] (K) {$Sigma$};
%
draw[->] (A) -- (B);
draw[->] (A) -- node[pos=0.5,above]{$V_E$} (C);
draw[->] (C.0) -- ++ (1,0) node[pos=0.5,above] {$E_{FD}$};
draw[<-] (B.180) -- ++ (-1,0) node[pos=0.5,above] {$E_{FE}$};
draw[-] (A) -- (J.-40);
draw[-] (J.-40) -- ++ (0.6,0);
draw[-] (A) -- (D.140);
draw[-] (D.140) -- ++ (-0.6,0);
draw[->] (E) -- node[pos=0.5,right] {$F_{EX}$} (C);
draw[->] (F) -- node[pos=0.5,right] {$l_{N}$} (E);
draw[->] (A.0) -- ++ (0.6,0) |- (H.0);
draw[->] (A.0) -- ++ (0.6,0) |- (F.180);
draw[<-] (I.0) -- ++ (3.75,0) node[pos=0.8,below] {$I_{FD}$};
draw[->] (I.0) -| (F.270) ;
end{tikzpicture}
end{document}









share|improve this question









New contributor




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  • 2





    Welcome to the site. What code are you attempting to use to obtain the result? You are expected to provide a minimum (non)working example to help use see your approach.

    – Steven B. Segletes
    5 hours ago








  • 1





    ill edit my post.

    – Nip
    5 hours ago














8












8








8


1






As you can see the left side of the 3 lower blocks are moved to the right while keeping their right sides aligned with the right side of the first block.



sample image



I'm using the following code:



documentclass[tikz,border=3.14mm]{standalone}
usepackage{tikz}
usetikzlibrary{positioning}
usetikzlibrary{decorations.markings}
begin{document}

begin{tikzpicture}[auto, node distance=2cm,>=latex,block/.style={draw, fill=white, rectangle,
minimum height=3em, minimum width=6em}]
node[block] (A) {$frac{1}{sT_E}$};
node[circle, draw, left =of A] (B) {$Sigma$};
node[circle, draw, right =of A] (C) {$Pi$};
node[rectangle, below=0.5cm of A] (D) {$V_{Emin}$};
node[block, below=1.12 of C] (E) {$F_{EX}=f(l_N)$};
node[block, anchor=0.8, below=.5cm of D] (G) {$S_E(V_E)$};
%node[block, below right=.5cm and 1.1cm of G] (F) {$l_N=K_Ccdotfrac{l_{FD}}{V_E}$};
node[rectangle, above=.5 of A] (J) {$frac{V_{FEmax}-K_Dcdot l_{FD}}{K_E+S_E(V_E)}$};
node[block, below=.5cm of G] (H) {$K_E$};
node[block, below=.5cm of H] (I) {$K_D$};
node[block] at (H -| E) (F) {$l_N=K_Ccdotfrac{l_{FD}}{V_E}$};
node[circle, draw, left=1 of H] (K) {$Sigma$};
%
draw[->] (A) -- (B);
draw[->] (A) -- node[pos=0.5,above]{$V_E$} (C);
draw[->] (C.0) -- ++ (1,0) node[pos=0.5,above] {$E_{FD}$};
draw[<-] (B.180) -- ++ (-1,0) node[pos=0.5,above] {$E_{FE}$};
draw[-] (A) -- (J.-40);
draw[-] (J.-40) -- ++ (0.6,0);
draw[-] (A) -- (D.140);
draw[-] (D.140) -- ++ (-0.6,0);
draw[->] (E) -- node[pos=0.5,right] {$F_{EX}$} (C);
draw[->] (F) -- node[pos=0.5,right] {$l_{N}$} (E);
draw[->] (A.0) -- ++ (0.6,0) |- (H.0);
draw[->] (A.0) -- ++ (0.6,0) |- (F.180);
draw[<-] (I.0) -- ++ (3.75,0) node[pos=0.8,below] {$I_{FD}$};
draw[->] (I.0) -| (F.270) ;
end{tikzpicture}
end{document}









share|improve this question









New contributor




Nip is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.












As you can see the left side of the 3 lower blocks are moved to the right while keeping their right sides aligned with the right side of the first block.



sample image



I'm using the following code:



documentclass[tikz,border=3.14mm]{standalone}
usepackage{tikz}
usetikzlibrary{positioning}
usetikzlibrary{decorations.markings}
begin{document}

begin{tikzpicture}[auto, node distance=2cm,>=latex,block/.style={draw, fill=white, rectangle,
minimum height=3em, minimum width=6em}]
node[block] (A) {$frac{1}{sT_E}$};
node[circle, draw, left =of A] (B) {$Sigma$};
node[circle, draw, right =of A] (C) {$Pi$};
node[rectangle, below=0.5cm of A] (D) {$V_{Emin}$};
node[block, below=1.12 of C] (E) {$F_{EX}=f(l_N)$};
node[block, anchor=0.8, below=.5cm of D] (G) {$S_E(V_E)$};
%node[block, below right=.5cm and 1.1cm of G] (F) {$l_N=K_Ccdotfrac{l_{FD}}{V_E}$};
node[rectangle, above=.5 of A] (J) {$frac{V_{FEmax}-K_Dcdot l_{FD}}{K_E+S_E(V_E)}$};
node[block, below=.5cm of G] (H) {$K_E$};
node[block, below=.5cm of H] (I) {$K_D$};
node[block] at (H -| E) (F) {$l_N=K_Ccdotfrac{l_{FD}}{V_E}$};
node[circle, draw, left=1 of H] (K) {$Sigma$};
%
draw[->] (A) -- (B);
draw[->] (A) -- node[pos=0.5,above]{$V_E$} (C);
draw[->] (C.0) -- ++ (1,0) node[pos=0.5,above] {$E_{FD}$};
draw[<-] (B.180) -- ++ (-1,0) node[pos=0.5,above] {$E_{FE}$};
draw[-] (A) -- (J.-40);
draw[-] (J.-40) -- ++ (0.6,0);
draw[-] (A) -- (D.140);
draw[-] (D.140) -- ++ (-0.6,0);
draw[->] (E) -- node[pos=0.5,right] {$F_{EX}$} (C);
draw[->] (F) -- node[pos=0.5,right] {$l_{N}$} (E);
draw[->] (A.0) -- ++ (0.6,0) |- (H.0);
draw[->] (A.0) -- ++ (0.6,0) |- (F.180);
draw[<-] (I.0) -- ++ (3.75,0) node[pos=0.8,below] {$I_{FD}$};
draw[->] (I.0) -| (F.270) ;
end{tikzpicture}
end{document}






tikz-pgf tikz-styles tikz-arrows tikz-trees






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share|improve this question




share|improve this question








edited 19 mins ago









Jonathan

1265




1265






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asked 5 hours ago









NipNip

436




436




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New contributor





Nip is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.






Nip is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.








  • 2





    Welcome to the site. What code are you attempting to use to obtain the result? You are expected to provide a minimum (non)working example to help use see your approach.

    – Steven B. Segletes
    5 hours ago








  • 1





    ill edit my post.

    – Nip
    5 hours ago














  • 2





    Welcome to the site. What code are you attempting to use to obtain the result? You are expected to provide a minimum (non)working example to help use see your approach.

    – Steven B. Segletes
    5 hours ago








  • 1





    ill edit my post.

    – Nip
    5 hours ago








2




2





Welcome to the site. What code are you attempting to use to obtain the result? You are expected to provide a minimum (non)working example to help use see your approach.

– Steven B. Segletes
5 hours ago







Welcome to the site. What code are you attempting to use to obtain the result? You are expected to provide a minimum (non)working example to help use see your approach.

– Steven B. Segletes
5 hours ago






1




1





ill edit my post.

– Nip
5 hours ago





ill edit my post.

– Nip
5 hours ago










2 Answers
2






active

oldest

votes


















5














You can always overwrite default settings.



documentclass[tikz,border=3.14mm]{standalone}
usepackage{tikz}
usetikzlibrary{positioning}
usetikzlibrary{decorations.markings}
begin{document}

begin{tikzpicture}[auto, node distance=2cm,>=latex,block/.style={draw, fill=white, rectangle,
minimum height=3em, minimum width=6em}]
node[block] (A) {$frac{1}{sT_E}$};
node[circle, draw, left =of A] (B) {$Sigma$};
node[circle, draw, right =of A] (C) {$Pi$};
node[rectangle, below=0.5cm of A] (D) {$V_{Emin}$};
node[block, below=1.12 of C] (E) {$F_{EX}=f(l_N)$};
node[block,minimum width=5em,xshift=.5em,anchor=0.8, below=.5cm of D] (G) {$S_E(V_E)$};
%node[block, below right=.5cm and 1.1cm of G] (F) {$l_N=K_Ccdotfrac{l_{FD}}{V_E}$};
node[rectangle, above=.5 of A] (J) {$frac{V_{FEmax}-K_Dcdot l_{FD}}{K_E+S_E(V_E)}$};
node[block,minimum width=5em, below=.5cm of G] (H) {$K_E$};
node[block,minimum width=5em, below=.5cm of H] (I) {$K_D$};
node[block] at (H -| E) (F) {$l_N=K_Ccdotfrac{l_{FD}}{V_E}$};
node[circle, draw, left=1 of H] (K) {$Sigma$};
%
draw[->] (A) -- (B);
draw[->] (A) -- node[pos=0.5,above]{$V_E$} (C);
draw[->] (C.0) -- ++ (1,0) node[pos=0.5,above] {$E_{FD}$};
draw[<-] (B.180) -- ++ (-1,0) node[pos=0.5,above] {$E_{FE}$};
draw[-] (A) -- (J.-40);
draw[-] (J.-40) -- ++ (0.6,0);
draw[-] (A) -- (D.140);
draw[-] (D.140) -- ++ (-0.6,0);
draw[->] (E) -- node[pos=0.5,right] {$F_{EX}$} (C);
draw[->] (F) -- node[pos=0.5,right] {$l_{N}$} (E);
draw[->] (A.0) -- ++ (0.6,0) |- (H.0);
draw[->] (A.0) -- ++ (0.6,0) |- (F.180);
draw[<-] (I.0) -- ++ (3.75,0) node[pos=0.8,below] {$I_{FD}$};
draw[->] (I.0) -| (F.270) ;
end{tikzpicture}
end{document}


enter image description here



Code explanation:




  • I change minimum width to 5em in the three lower nodes.

  • However, as the nodes are centered, I shift the first one of the three nodes. The other two are automatically shifted correctly.






share|improve this answer
























  • Thank you! It works perfectly!

    – Nip
    4 hours ago



















9














an alternative, with using TikZ libraries calc (for calculation of middle points on edges), positioning (for positioning of nodes) and quotes (for edge labels), and the nccmath packages (for medium size of fractions). redefined are also styles for nodes:



documentclass[tikz,border=3.14mm]{standalone}
usetikzlibrary{calc,
positioning,
quotes}
usepackage{nccmath}
newcommandmi[1]{mathit{#1}}

begin{document}
begin{tikzpicture}[auto,
node distance=4mm and 22mm,
>=latex,
block/.style = {draw, fill=white, minimum size=9mm, minimum width=#1},
block/.default = 16mm,
Circ/.style = {circle, draw, minimum size=2em, inner sep=1pt}
]
node (A) [block=22mm] {$frac{1}{sT_E}$};
node (B) [Circ, left =of A] {$Sigma$};
node (C) [Circ, right=of A] {$Pi$};
node (D) [below=5mm of A] {$V_{E_{min}}$};
node (J) [above=5mm of A] {$mfrac{V_{mi{FE}_{max}}-K_Dcdot l_{mi{FD}}}
{K_E+S_E(V_E)}$};
draw[-] (A.west |- D.north) -- ++ ( 0.6,0) -- (A)
(A.east |- J.south) -- ++ (-0.6,0) -- (A);
node (E) [block, below=of C |- D] {$F_{mi{EX}}=f(l_N)$};
node (G) [block,
below left= 0mm of A.east |- E.west] {$S_E(V_E)$};
node (H) [block, below=of G] {$K_E$};
node (I) [block, below=of H] {$K_D$};
node (F) [block, at={(H -| E)}] {$l_N=K_Cmfrac{l_{FD}}{V_E}$};
node (K) [Circ] at ($(B |- H)!0.5!(H.west)$) {$Sigma$};
%
coordinate[left=1 of B] (in);
coordinate (aux) at ($(H.east)!0.5!(F.west)$);
draw[->] (in) edge["$E_{mi{FE}}$"] (B)
(A) edge (B)
(A) edge["$V_E$"] (C)
(C.0) edge["$E_{mi{FD}}$"] ++ (1,0)
(E) edge["$F_{mi{EX}}$"] (C)
(F) edge["$l_{N}$"] (E)
(F.east |- I) edge[near start,"$I_{FD}$"] (I)
(A -| aux) -- (aux) edge (H)
(aux) edge (F)
(F |- I) to (F);
end{tikzpicture}
end{document}


enter image description here






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    2 Answers
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    2 Answers
    2






    active

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    active

    oldest

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    active

    oldest

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    5














    You can always overwrite default settings.



    documentclass[tikz,border=3.14mm]{standalone}
    usepackage{tikz}
    usetikzlibrary{positioning}
    usetikzlibrary{decorations.markings}
    begin{document}

    begin{tikzpicture}[auto, node distance=2cm,>=latex,block/.style={draw, fill=white, rectangle,
    minimum height=3em, minimum width=6em}]
    node[block] (A) {$frac{1}{sT_E}$};
    node[circle, draw, left =of A] (B) {$Sigma$};
    node[circle, draw, right =of A] (C) {$Pi$};
    node[rectangle, below=0.5cm of A] (D) {$V_{Emin}$};
    node[block, below=1.12 of C] (E) {$F_{EX}=f(l_N)$};
    node[block,minimum width=5em,xshift=.5em,anchor=0.8, below=.5cm of D] (G) {$S_E(V_E)$};
    %node[block, below right=.5cm and 1.1cm of G] (F) {$l_N=K_Ccdotfrac{l_{FD}}{V_E}$};
    node[rectangle, above=.5 of A] (J) {$frac{V_{FEmax}-K_Dcdot l_{FD}}{K_E+S_E(V_E)}$};
    node[block,minimum width=5em, below=.5cm of G] (H) {$K_E$};
    node[block,minimum width=5em, below=.5cm of H] (I) {$K_D$};
    node[block] at (H -| E) (F) {$l_N=K_Ccdotfrac{l_{FD}}{V_E}$};
    node[circle, draw, left=1 of H] (K) {$Sigma$};
    %
    draw[->] (A) -- (B);
    draw[->] (A) -- node[pos=0.5,above]{$V_E$} (C);
    draw[->] (C.0) -- ++ (1,0) node[pos=0.5,above] {$E_{FD}$};
    draw[<-] (B.180) -- ++ (-1,0) node[pos=0.5,above] {$E_{FE}$};
    draw[-] (A) -- (J.-40);
    draw[-] (J.-40) -- ++ (0.6,0);
    draw[-] (A) -- (D.140);
    draw[-] (D.140) -- ++ (-0.6,0);
    draw[->] (E) -- node[pos=0.5,right] {$F_{EX}$} (C);
    draw[->] (F) -- node[pos=0.5,right] {$l_{N}$} (E);
    draw[->] (A.0) -- ++ (0.6,0) |- (H.0);
    draw[->] (A.0) -- ++ (0.6,0) |- (F.180);
    draw[<-] (I.0) -- ++ (3.75,0) node[pos=0.8,below] {$I_{FD}$};
    draw[->] (I.0) -| (F.270) ;
    end{tikzpicture}
    end{document}


    enter image description here



    Code explanation:




    • I change minimum width to 5em in the three lower nodes.

    • However, as the nodes are centered, I shift the first one of the three nodes. The other two are automatically shifted correctly.






    share|improve this answer
























    • Thank you! It works perfectly!

      – Nip
      4 hours ago
















    5














    You can always overwrite default settings.



    documentclass[tikz,border=3.14mm]{standalone}
    usepackage{tikz}
    usetikzlibrary{positioning}
    usetikzlibrary{decorations.markings}
    begin{document}

    begin{tikzpicture}[auto, node distance=2cm,>=latex,block/.style={draw, fill=white, rectangle,
    minimum height=3em, minimum width=6em}]
    node[block] (A) {$frac{1}{sT_E}$};
    node[circle, draw, left =of A] (B) {$Sigma$};
    node[circle, draw, right =of A] (C) {$Pi$};
    node[rectangle, below=0.5cm of A] (D) {$V_{Emin}$};
    node[block, below=1.12 of C] (E) {$F_{EX}=f(l_N)$};
    node[block,minimum width=5em,xshift=.5em,anchor=0.8, below=.5cm of D] (G) {$S_E(V_E)$};
    %node[block, below right=.5cm and 1.1cm of G] (F) {$l_N=K_Ccdotfrac{l_{FD}}{V_E}$};
    node[rectangle, above=.5 of A] (J) {$frac{V_{FEmax}-K_Dcdot l_{FD}}{K_E+S_E(V_E)}$};
    node[block,minimum width=5em, below=.5cm of G] (H) {$K_E$};
    node[block,minimum width=5em, below=.5cm of H] (I) {$K_D$};
    node[block] at (H -| E) (F) {$l_N=K_Ccdotfrac{l_{FD}}{V_E}$};
    node[circle, draw, left=1 of H] (K) {$Sigma$};
    %
    draw[->] (A) -- (B);
    draw[->] (A) -- node[pos=0.5,above]{$V_E$} (C);
    draw[->] (C.0) -- ++ (1,0) node[pos=0.5,above] {$E_{FD}$};
    draw[<-] (B.180) -- ++ (-1,0) node[pos=0.5,above] {$E_{FE}$};
    draw[-] (A) -- (J.-40);
    draw[-] (J.-40) -- ++ (0.6,0);
    draw[-] (A) -- (D.140);
    draw[-] (D.140) -- ++ (-0.6,0);
    draw[->] (E) -- node[pos=0.5,right] {$F_{EX}$} (C);
    draw[->] (F) -- node[pos=0.5,right] {$l_{N}$} (E);
    draw[->] (A.0) -- ++ (0.6,0) |- (H.0);
    draw[->] (A.0) -- ++ (0.6,0) |- (F.180);
    draw[<-] (I.0) -- ++ (3.75,0) node[pos=0.8,below] {$I_{FD}$};
    draw[->] (I.0) -| (F.270) ;
    end{tikzpicture}
    end{document}


    enter image description here



    Code explanation:




    • I change minimum width to 5em in the three lower nodes.

    • However, as the nodes are centered, I shift the first one of the three nodes. The other two are automatically shifted correctly.






    share|improve this answer
























    • Thank you! It works perfectly!

      – Nip
      4 hours ago














    5












    5








    5







    You can always overwrite default settings.



    documentclass[tikz,border=3.14mm]{standalone}
    usepackage{tikz}
    usetikzlibrary{positioning}
    usetikzlibrary{decorations.markings}
    begin{document}

    begin{tikzpicture}[auto, node distance=2cm,>=latex,block/.style={draw, fill=white, rectangle,
    minimum height=3em, minimum width=6em}]
    node[block] (A) {$frac{1}{sT_E}$};
    node[circle, draw, left =of A] (B) {$Sigma$};
    node[circle, draw, right =of A] (C) {$Pi$};
    node[rectangle, below=0.5cm of A] (D) {$V_{Emin}$};
    node[block, below=1.12 of C] (E) {$F_{EX}=f(l_N)$};
    node[block,minimum width=5em,xshift=.5em,anchor=0.8, below=.5cm of D] (G) {$S_E(V_E)$};
    %node[block, below right=.5cm and 1.1cm of G] (F) {$l_N=K_Ccdotfrac{l_{FD}}{V_E}$};
    node[rectangle, above=.5 of A] (J) {$frac{V_{FEmax}-K_Dcdot l_{FD}}{K_E+S_E(V_E)}$};
    node[block,minimum width=5em, below=.5cm of G] (H) {$K_E$};
    node[block,minimum width=5em, below=.5cm of H] (I) {$K_D$};
    node[block] at (H -| E) (F) {$l_N=K_Ccdotfrac{l_{FD}}{V_E}$};
    node[circle, draw, left=1 of H] (K) {$Sigma$};
    %
    draw[->] (A) -- (B);
    draw[->] (A) -- node[pos=0.5,above]{$V_E$} (C);
    draw[->] (C.0) -- ++ (1,0) node[pos=0.5,above] {$E_{FD}$};
    draw[<-] (B.180) -- ++ (-1,0) node[pos=0.5,above] {$E_{FE}$};
    draw[-] (A) -- (J.-40);
    draw[-] (J.-40) -- ++ (0.6,0);
    draw[-] (A) -- (D.140);
    draw[-] (D.140) -- ++ (-0.6,0);
    draw[->] (E) -- node[pos=0.5,right] {$F_{EX}$} (C);
    draw[->] (F) -- node[pos=0.5,right] {$l_{N}$} (E);
    draw[->] (A.0) -- ++ (0.6,0) |- (H.0);
    draw[->] (A.0) -- ++ (0.6,0) |- (F.180);
    draw[<-] (I.0) -- ++ (3.75,0) node[pos=0.8,below] {$I_{FD}$};
    draw[->] (I.0) -| (F.270) ;
    end{tikzpicture}
    end{document}


    enter image description here



    Code explanation:




    • I change minimum width to 5em in the three lower nodes.

    • However, as the nodes are centered, I shift the first one of the three nodes. The other two are automatically shifted correctly.






    share|improve this answer













    You can always overwrite default settings.



    documentclass[tikz,border=3.14mm]{standalone}
    usepackage{tikz}
    usetikzlibrary{positioning}
    usetikzlibrary{decorations.markings}
    begin{document}

    begin{tikzpicture}[auto, node distance=2cm,>=latex,block/.style={draw, fill=white, rectangle,
    minimum height=3em, minimum width=6em}]
    node[block] (A) {$frac{1}{sT_E}$};
    node[circle, draw, left =of A] (B) {$Sigma$};
    node[circle, draw, right =of A] (C) {$Pi$};
    node[rectangle, below=0.5cm of A] (D) {$V_{Emin}$};
    node[block, below=1.12 of C] (E) {$F_{EX}=f(l_N)$};
    node[block,minimum width=5em,xshift=.5em,anchor=0.8, below=.5cm of D] (G) {$S_E(V_E)$};
    %node[block, below right=.5cm and 1.1cm of G] (F) {$l_N=K_Ccdotfrac{l_{FD}}{V_E}$};
    node[rectangle, above=.5 of A] (J) {$frac{V_{FEmax}-K_Dcdot l_{FD}}{K_E+S_E(V_E)}$};
    node[block,minimum width=5em, below=.5cm of G] (H) {$K_E$};
    node[block,minimum width=5em, below=.5cm of H] (I) {$K_D$};
    node[block] at (H -| E) (F) {$l_N=K_Ccdotfrac{l_{FD}}{V_E}$};
    node[circle, draw, left=1 of H] (K) {$Sigma$};
    %
    draw[->] (A) -- (B);
    draw[->] (A) -- node[pos=0.5,above]{$V_E$} (C);
    draw[->] (C.0) -- ++ (1,0) node[pos=0.5,above] {$E_{FD}$};
    draw[<-] (B.180) -- ++ (-1,0) node[pos=0.5,above] {$E_{FE}$};
    draw[-] (A) -- (J.-40);
    draw[-] (J.-40) -- ++ (0.6,0);
    draw[-] (A) -- (D.140);
    draw[-] (D.140) -- ++ (-0.6,0);
    draw[->] (E) -- node[pos=0.5,right] {$F_{EX}$} (C);
    draw[->] (F) -- node[pos=0.5,right] {$l_{N}$} (E);
    draw[->] (A.0) -- ++ (0.6,0) |- (H.0);
    draw[->] (A.0) -- ++ (0.6,0) |- (F.180);
    draw[<-] (I.0) -- ++ (3.75,0) node[pos=0.8,below] {$I_{FD}$};
    draw[->] (I.0) -| (F.270) ;
    end{tikzpicture}
    end{document}


    enter image description here



    Code explanation:




    • I change minimum width to 5em in the three lower nodes.

    • However, as the nodes are centered, I shift the first one of the three nodes. The other two are automatically shifted correctly.







    share|improve this answer












    share|improve this answer



    share|improve this answer










    answered 5 hours ago









    JouleVJouleV

    16.1k22667




    16.1k22667













    • Thank you! It works perfectly!

      – Nip
      4 hours ago



















    • Thank you! It works perfectly!

      – Nip
      4 hours ago

















    Thank you! It works perfectly!

    – Nip
    4 hours ago





    Thank you! It works perfectly!

    – Nip
    4 hours ago











    9














    an alternative, with using TikZ libraries calc (for calculation of middle points on edges), positioning (for positioning of nodes) and quotes (for edge labels), and the nccmath packages (for medium size of fractions). redefined are also styles for nodes:



    documentclass[tikz,border=3.14mm]{standalone}
    usetikzlibrary{calc,
    positioning,
    quotes}
    usepackage{nccmath}
    newcommandmi[1]{mathit{#1}}

    begin{document}
    begin{tikzpicture}[auto,
    node distance=4mm and 22mm,
    >=latex,
    block/.style = {draw, fill=white, minimum size=9mm, minimum width=#1},
    block/.default = 16mm,
    Circ/.style = {circle, draw, minimum size=2em, inner sep=1pt}
    ]
    node (A) [block=22mm] {$frac{1}{sT_E}$};
    node (B) [Circ, left =of A] {$Sigma$};
    node (C) [Circ, right=of A] {$Pi$};
    node (D) [below=5mm of A] {$V_{E_{min}}$};
    node (J) [above=5mm of A] {$mfrac{V_{mi{FE}_{max}}-K_Dcdot l_{mi{FD}}}
    {K_E+S_E(V_E)}$};
    draw[-] (A.west |- D.north) -- ++ ( 0.6,0) -- (A)
    (A.east |- J.south) -- ++ (-0.6,0) -- (A);
    node (E) [block, below=of C |- D] {$F_{mi{EX}}=f(l_N)$};
    node (G) [block,
    below left= 0mm of A.east |- E.west] {$S_E(V_E)$};
    node (H) [block, below=of G] {$K_E$};
    node (I) [block, below=of H] {$K_D$};
    node (F) [block, at={(H -| E)}] {$l_N=K_Cmfrac{l_{FD}}{V_E}$};
    node (K) [Circ] at ($(B |- H)!0.5!(H.west)$) {$Sigma$};
    %
    coordinate[left=1 of B] (in);
    coordinate (aux) at ($(H.east)!0.5!(F.west)$);
    draw[->] (in) edge["$E_{mi{FE}}$"] (B)
    (A) edge (B)
    (A) edge["$V_E$"] (C)
    (C.0) edge["$E_{mi{FD}}$"] ++ (1,0)
    (E) edge["$F_{mi{EX}}$"] (C)
    (F) edge["$l_{N}$"] (E)
    (F.east |- I) edge[near start,"$I_{FD}$"] (I)
    (A -| aux) -- (aux) edge (H)
    (aux) edge (F)
    (F |- I) to (F);
    end{tikzpicture}
    end{document}


    enter image description here






    share|improve this answer






























      9














      an alternative, with using TikZ libraries calc (for calculation of middle points on edges), positioning (for positioning of nodes) and quotes (for edge labels), and the nccmath packages (for medium size of fractions). redefined are also styles for nodes:



      documentclass[tikz,border=3.14mm]{standalone}
      usetikzlibrary{calc,
      positioning,
      quotes}
      usepackage{nccmath}
      newcommandmi[1]{mathit{#1}}

      begin{document}
      begin{tikzpicture}[auto,
      node distance=4mm and 22mm,
      >=latex,
      block/.style = {draw, fill=white, minimum size=9mm, minimum width=#1},
      block/.default = 16mm,
      Circ/.style = {circle, draw, minimum size=2em, inner sep=1pt}
      ]
      node (A) [block=22mm] {$frac{1}{sT_E}$};
      node (B) [Circ, left =of A] {$Sigma$};
      node (C) [Circ, right=of A] {$Pi$};
      node (D) [below=5mm of A] {$V_{E_{min}}$};
      node (J) [above=5mm of A] {$mfrac{V_{mi{FE}_{max}}-K_Dcdot l_{mi{FD}}}
      {K_E+S_E(V_E)}$};
      draw[-] (A.west |- D.north) -- ++ ( 0.6,0) -- (A)
      (A.east |- J.south) -- ++ (-0.6,0) -- (A);
      node (E) [block, below=of C |- D] {$F_{mi{EX}}=f(l_N)$};
      node (G) [block,
      below left= 0mm of A.east |- E.west] {$S_E(V_E)$};
      node (H) [block, below=of G] {$K_E$};
      node (I) [block, below=of H] {$K_D$};
      node (F) [block, at={(H -| E)}] {$l_N=K_Cmfrac{l_{FD}}{V_E}$};
      node (K) [Circ] at ($(B |- H)!0.5!(H.west)$) {$Sigma$};
      %
      coordinate[left=1 of B] (in);
      coordinate (aux) at ($(H.east)!0.5!(F.west)$);
      draw[->] (in) edge["$E_{mi{FE}}$"] (B)
      (A) edge (B)
      (A) edge["$V_E$"] (C)
      (C.0) edge["$E_{mi{FD}}$"] ++ (1,0)
      (E) edge["$F_{mi{EX}}$"] (C)
      (F) edge["$l_{N}$"] (E)
      (F.east |- I) edge[near start,"$I_{FD}$"] (I)
      (A -| aux) -- (aux) edge (H)
      (aux) edge (F)
      (F |- I) to (F);
      end{tikzpicture}
      end{document}


      enter image description here






      share|improve this answer




























        9












        9








        9







        an alternative, with using TikZ libraries calc (for calculation of middle points on edges), positioning (for positioning of nodes) and quotes (for edge labels), and the nccmath packages (for medium size of fractions). redefined are also styles for nodes:



        documentclass[tikz,border=3.14mm]{standalone}
        usetikzlibrary{calc,
        positioning,
        quotes}
        usepackage{nccmath}
        newcommandmi[1]{mathit{#1}}

        begin{document}
        begin{tikzpicture}[auto,
        node distance=4mm and 22mm,
        >=latex,
        block/.style = {draw, fill=white, minimum size=9mm, minimum width=#1},
        block/.default = 16mm,
        Circ/.style = {circle, draw, minimum size=2em, inner sep=1pt}
        ]
        node (A) [block=22mm] {$frac{1}{sT_E}$};
        node (B) [Circ, left =of A] {$Sigma$};
        node (C) [Circ, right=of A] {$Pi$};
        node (D) [below=5mm of A] {$V_{E_{min}}$};
        node (J) [above=5mm of A] {$mfrac{V_{mi{FE}_{max}}-K_Dcdot l_{mi{FD}}}
        {K_E+S_E(V_E)}$};
        draw[-] (A.west |- D.north) -- ++ ( 0.6,0) -- (A)
        (A.east |- J.south) -- ++ (-0.6,0) -- (A);
        node (E) [block, below=of C |- D] {$F_{mi{EX}}=f(l_N)$};
        node (G) [block,
        below left= 0mm of A.east |- E.west] {$S_E(V_E)$};
        node (H) [block, below=of G] {$K_E$};
        node (I) [block, below=of H] {$K_D$};
        node (F) [block, at={(H -| E)}] {$l_N=K_Cmfrac{l_{FD}}{V_E}$};
        node (K) [Circ] at ($(B |- H)!0.5!(H.west)$) {$Sigma$};
        %
        coordinate[left=1 of B] (in);
        coordinate (aux) at ($(H.east)!0.5!(F.west)$);
        draw[->] (in) edge["$E_{mi{FE}}$"] (B)
        (A) edge (B)
        (A) edge["$V_E$"] (C)
        (C.0) edge["$E_{mi{FD}}$"] ++ (1,0)
        (E) edge["$F_{mi{EX}}$"] (C)
        (F) edge["$l_{N}$"] (E)
        (F.east |- I) edge[near start,"$I_{FD}$"] (I)
        (A -| aux) -- (aux) edge (H)
        (aux) edge (F)
        (F |- I) to (F);
        end{tikzpicture}
        end{document}


        enter image description here






        share|improve this answer















        an alternative, with using TikZ libraries calc (for calculation of middle points on edges), positioning (for positioning of nodes) and quotes (for edge labels), and the nccmath packages (for medium size of fractions). redefined are also styles for nodes:



        documentclass[tikz,border=3.14mm]{standalone}
        usetikzlibrary{calc,
        positioning,
        quotes}
        usepackage{nccmath}
        newcommandmi[1]{mathit{#1}}

        begin{document}
        begin{tikzpicture}[auto,
        node distance=4mm and 22mm,
        >=latex,
        block/.style = {draw, fill=white, minimum size=9mm, minimum width=#1},
        block/.default = 16mm,
        Circ/.style = {circle, draw, minimum size=2em, inner sep=1pt}
        ]
        node (A) [block=22mm] {$frac{1}{sT_E}$};
        node (B) [Circ, left =of A] {$Sigma$};
        node (C) [Circ, right=of A] {$Pi$};
        node (D) [below=5mm of A] {$V_{E_{min}}$};
        node (J) [above=5mm of A] {$mfrac{V_{mi{FE}_{max}}-K_Dcdot l_{mi{FD}}}
        {K_E+S_E(V_E)}$};
        draw[-] (A.west |- D.north) -- ++ ( 0.6,0) -- (A)
        (A.east |- J.south) -- ++ (-0.6,0) -- (A);
        node (E) [block, below=of C |- D] {$F_{mi{EX}}=f(l_N)$};
        node (G) [block,
        below left= 0mm of A.east |- E.west] {$S_E(V_E)$};
        node (H) [block, below=of G] {$K_E$};
        node (I) [block, below=of H] {$K_D$};
        node (F) [block, at={(H -| E)}] {$l_N=K_Cmfrac{l_{FD}}{V_E}$};
        node (K) [Circ] at ($(B |- H)!0.5!(H.west)$) {$Sigma$};
        %
        coordinate[left=1 of B] (in);
        coordinate (aux) at ($(H.east)!0.5!(F.west)$);
        draw[->] (in) edge["$E_{mi{FE}}$"] (B)
        (A) edge (B)
        (A) edge["$V_E$"] (C)
        (C.0) edge["$E_{mi{FD}}$"] ++ (1,0)
        (E) edge["$F_{mi{EX}}$"] (C)
        (F) edge["$l_{N}$"] (E)
        (F.east |- I) edge[near start,"$I_{FD}$"] (I)
        (A -| aux) -- (aux) edge (H)
        (aux) edge (F)
        (F |- I) to (F);
        end{tikzpicture}
        end{document}


        enter image description here







        share|improve this answer














        share|improve this answer



        share|improve this answer








        edited 56 mins ago

























        answered 4 hours ago









        ZarkoZarko

        131k870170




        131k870170






















            Nip is a new contributor. Be nice, and check out our Code of Conduct.










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            Nip is a new contributor. Be nice, and check out our Code of Conduct.
















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