Kdtyjb

Fizzy, soft, pop and still drinks

Why was the Spitfire's elliptical wing almost uncopied by other aircraft of World War 2?

US visa is under administrative processing, I need the passport back ASAP

how to sum variables from file in bash

How can I practically buy stocks?

How could Tony Stark make this in Endgame?

What do the phrase "Reeyan's seacrest" and the word "fraggle" mean in a sketch?

Controversial area of mathematics

What is the most expensive material in the world that could be used to create Pun-Pun's lute?

What's the polite way to say "I need to urinate"?

What is the relationship between spectral sequences and obstruction theory?

How to solve constants out of the internal energy equation?

Repelling Blast: Must targets always be pushed back?

What is the difference between `command a[bc]d` and `command `a{b,c}d`

Critique of timeline aesthetic

Are Boeing 737-800’s grounded?

Phrase for the opposite of "foolproof"

how to find the equation of a circle given points of the circle

How to get a plain text file version of a CP/M .BAS (M-BASIC) program?

A ​Note ​on ​N!

Is there really no use for MD5 anymore?

What happened to Captain America in Endgame?

What makes accurate emulation of old systems a difficult task?

A Strange Latex Symbol

Node position adjusting with math

tikz parabola node positionHow to set node label position with anchorAdjust position of node labeltikz node positionInput/Output Nodes - Specification and Description LanguageTikZ: Node position in draw environmentProblems with nested TikZpicturesPosition node left alinged below of opampAdjusting Nodes with Remember pictureHow to set circuitikz node label position in draw mode

0

It's been a while and I'm getting back into circuitikz. I'm trying to make a simple block diagram, here is my code.

begin{tikzpicture}[auto, node distance=3cm,>=latex']

node [input] at (0,0) (input) {R(s)} node[above] {$R(s)$} ; 

node [sum, right of=input] (sum) {};

node[block, right of=input] (k) {$k$};

node[block, right of=k] (comp) {$C(s)$};

node[block, right of=comp] (plant) {$hat{G(s)}$};

node [output, right of=plant] (output) {};

node [above of=plant] (dist) {$D(s)$};

draw[->] (input) -- (sum);

draw[->] (sum) -- (k);

draw[->] (k) -- (comp);

draw[->] (comp) -- (plant);

draw[->] (plant) -- (output) node[above] {$hat{Y(s)}$};

draw[->] (plant) -| ++(2,-1) -| (sum) node[pos=.9, left] {$-$};

draw[->] (dist) -- (plant);

end{tikzpicture}

I'm looking more specificatlly at the line

node [above of=plant] (dist) {$D(s)$};

I can't remember how I used to do it, but I could use math mode to adjust the positioning. It may have been something along the lines of

node at (plant) ++$(0,1)$ (dist) {$D(s)$};

I can't exactly remember how to do it & I'm having trouble what keywords to even search for my problem.. So, I appreciate any kind help.

Best
Matthew

tikz-pgf math-mode nodes circuitikz

share

asked 5 mins ago

geistmategeistmate

404

add a comment | 

0

It's been a while and I'm getting back into circuitikz. I'm trying to make a simple block diagram, here is my code.

begin{tikzpicture}[auto, node distance=3cm,>=latex']

node [input] at (0,0) (input) {R(s)} node[above] {$R(s)$} ; 

node [sum, right of=input] (sum) {};

node[block, right of=input] (k) {$k$};

node[block, right of=k] (comp) {$C(s)$};

node[block, right of=comp] (plant) {$hat{G(s)}$};

node [output, right of=plant] (output) {};

node [above of=plant] (dist) {$D(s)$};

draw[->] (input) -- (sum);

draw[->] (sum) -- (k);

draw[->] (k) -- (comp);

draw[->] (comp) -- (plant);

draw[->] (plant) -- (output) node[above] {$hat{Y(s)}$};

draw[->] (plant) -| ++(2,-1) -| (sum) node[pos=.9, left] {$-$};

draw[->] (dist) -- (plant);

end{tikzpicture}

I'm looking more specificatlly at the line

node [above of=plant] (dist) {$D(s)$};

I can't remember how I used to do it, but I could use math mode to adjust the positioning. It may have been something along the lines of

node at (plant) ++$(0,1)$ (dist) {$D(s)$};

I can't exactly remember how to do it & I'm having trouble what keywords to even search for my problem.. So, I appreciate any kind help.

Best
Matthew

tikz-pgf math-mode nodes circuitikz

share

asked 5 mins ago

geistmategeistmate

404

add a comment | 

It's been a while and I'm getting back into circuitikz. I'm trying to make a simple block diagram, here is my code.

begin{tikzpicture}[auto, node distance=3cm,>=latex']

node [input] at (0,0) (input) {R(s)} node[above] {$R(s)$} ; 

node [sum, right of=input] (sum) {};

node[block, right of=input] (k) {$k$};

node[block, right of=k] (comp) {$C(s)$};

node[block, right of=comp] (plant) {$hat{G(s)}$};

node [output, right of=plant] (output) {};

node [above of=plant] (dist) {$D(s)$};

draw[->] (input) -- (sum);

draw[->] (sum) -- (k);

draw[->] (k) -- (comp);

draw[->] (comp) -- (plant);

draw[->] (plant) -- (output) node[above] {$hat{Y(s)}$};

draw[->] (plant) -| ++(2,-1) -| (sum) node[pos=.9, left] {$-$};

draw[->] (dist) -- (plant);

end{tikzpicture}

I'm looking more specificatlly at the line

node [above of=plant] (dist) {$D(s)$};

I can't remember how I used to do it, but I could use math mode to adjust the positioning. It may have been something along the lines of

node at (plant) ++$(0,1)$ (dist) {$D(s)$};

I can't exactly remember how to do it & I'm having trouble what keywords to even search for my problem.. So, I appreciate any kind help.

Best
Matthew

tikz-pgf math-mode nodes circuitikz

share

asked 5 mins ago

geistmategeistmate

404

begin{tikzpicture}[auto, node distance=3cm,>=latex']

node [input] at (0,0) (input) {R(s)} node[above] {$R(s)$} ; 

node [sum, right of=input] (sum) {};

node[block, right of=input] (k) {$k$};

node[block, right of=k] (comp) {$C(s)$};

node[block, right of=comp] (plant) {$hat{G(s)}$};

node [output, right of=plant] (output) {};

node [above of=plant] (dist) {$D(s)$};

draw[->] (input) -- (sum);

draw[->] (sum) -- (k);

draw[->] (k) -- (comp);

draw[->] (comp) -- (plant);

draw[->] (plant) -- (output) node[above] {$hat{Y(s)}$};

draw[->] (plant) -| ++(2,-1) -| (sum) node[pos=.9, left] {$-$};

draw[->] (dist) -- (plant);

end{tikzpicture}

node [above of=plant] (dist) {$D(s)$};

node at (plant) ++$(0,1)$ (dist) {$D(s)$};

share

asked 5 mins ago

geistmategeistmate

404

share

asked 5 mins ago

geistmategeistmate

404

asked 5 mins ago

geistmategeistmate

404

asked 5 mins ago

geistmategeistmate

404