How to draw box diagram with parameters

The name of the pictureThe name of the pictureThe name of the pictureClash Royale CLAN TAG#URR8PPP












1















How can I draw with tikz the following:



enter image description here










share|improve this question

















  • 1





    Welcome to TeX.SE! What have you tried so far?

    – Kurt
    Jan 30 at 12:23















1















How can I draw with tikz the following:



enter image description here










share|improve this question

















  • 1





    Welcome to TeX.SE! What have you tried so far?

    – Kurt
    Jan 30 at 12:23













1












1








1


0






How can I draw with tikz the following:



enter image description here










share|improve this question














How can I draw with tikz the following:



enter image description here







tikz-pgf






share|improve this question













share|improve this question











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asked Jan 30 at 12:18









ttssttss

61




61







  • 1





    Welcome to TeX.SE! What have you tried so far?

    – Kurt
    Jan 30 at 12:23












  • 1





    Welcome to TeX.SE! What have you tried so far?

    – Kurt
    Jan 30 at 12:23







1




1





Welcome to TeX.SE! What have you tried so far?

– Kurt
Jan 30 at 12:23





Welcome to TeX.SE! What have you tried so far?

– Kurt
Jan 30 at 12:23










2 Answers
2






active

oldest

votes


















4














A simple solution with pstricks:



documentclass[border=3pt, svgnames]standalone
usepackagepst-node, auto-pst-pdf
usepackageeqparbox, amssymb
usepackagesansmath

begindocument

beginsansmath
sffamilyitshape
pssetcolsep=1cm, rowsep=1cm, linewidth=0.5pt, arrows=->, arrowinset=0.12, nodesep=2pt, labelsep=2pt
beginpsmatrix[mnode=R]
%%% Matrix nodes
& &[name=w] $w(t)$ \
pnode[0,0.8ex]S & [name=H]fcolorboxblackGoldeqmakebox[B]$ h(t) $ & circlenode[linewidth=0.8pt]C$mathbf + $ & [name=Sa]
fcolorboxblackGoldeqmakebox[B]Sampling & [name=Eq] fcolorboxblackGoldeqmakebox[B]Equalizer & pnode[0,0.8ex]T
%%% Connections
nclinewC
nclineSHnaput$x_k$
nclineHC
nclineCSanaput$y(t)$
nclineSaEqnaput$y_k$
nclineEqTnaput$mkern1.5muwidehatmkern-1.5mu x_k$
endpsmatrix
endsansmath

enddocument


enter image description here






share|improve this answer























  • I like very much your output of your code. :-) very nice sansmath.

    – Sebastiano
    Jan 30 at 17:14






  • 1





    Thank you for your kind appreciation, @Sebastiano!

    – Bernard
    Jan 30 at 17:17











  • I always hope as I do with my students to give Caesar what is Caesar's.

    – Sebastiano
    Jan 30 at 17:18


















3














A starting point could be with this:



documentclass[tikz,14pt,border=10pt]standalone
usepackagetextcomp
usetikzlibraryshapes,arrows
usetikzlibrarypositioning
begindocument
% Definition of blocks:
tikzset%
block/.style = draw, thick, rectangle, minimum height = 1em,
minimum width = 6em, fill=yellow!30!white,,
sum/.style = draw, circle, node distance = 2cm, % Adder
input/.style = coordinate, % Input
output/.style = coordinate % Output

% Defining string as labels of certain blocks.
newcommandsumaLarge$+$

begintikzpicture[auto, thick, node distance=2cm, >=triangle 45]
draw
% Drawing the blocks of first filter :
node at (0,0)
node [input, name=input1]
node [block, right = 1cm of input1] (inte2) $h(t)$
node [sum, right = 1cm of inte2] (suma1) suma
node [input, name=input2, above = 1cm of suma1]
node [block, right = 1cm of suma1] (inte1) Sampling
node [block, right = 1cm of inte1] (Q1) Equalizer
node [output, name=output1, right = 1cm of Q1] ;
% Joining blocks.
% Commands draw with options like [->] must be written individually
draw[->](input1) -- node $x_k$(inte2);
draw[->](inte2) -- node (suma1);
draw[->](suma1) -- node $y(t)$ (inte1);
draw[->](inte1) -- node $y_k$ (Q1);
draw[->](Q1) -- node $hat x_k$ (output1);
draw[->](input2) -- node $w(t)$ (suma1);
endtikzpicture
enddocument


which will give you:



enter image description here



From this I hope you can start editing and customising it on your own.






share|improve this answer


















  • 1





    My compliments for you. I have seen your progress with LaTeX :-). Regards.

    – Sebastiano
    Jan 30 at 17:14






  • 1





    @Sebastian thanks :) just started going through the manuals ;)

    – Raaja
    Jan 30 at 17:15










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2 Answers
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active

oldest

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2 Answers
2






active

oldest

votes









active

oldest

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active

oldest

votes









4














A simple solution with pstricks:



documentclass[border=3pt, svgnames]standalone
usepackagepst-node, auto-pst-pdf
usepackageeqparbox, amssymb
usepackagesansmath

begindocument

beginsansmath
sffamilyitshape
pssetcolsep=1cm, rowsep=1cm, linewidth=0.5pt, arrows=->, arrowinset=0.12, nodesep=2pt, labelsep=2pt
beginpsmatrix[mnode=R]
%%% Matrix nodes
& &[name=w] $w(t)$ \
pnode[0,0.8ex]S & [name=H]fcolorboxblackGoldeqmakebox[B]$ h(t) $ & circlenode[linewidth=0.8pt]C$mathbf + $ & [name=Sa]
fcolorboxblackGoldeqmakebox[B]Sampling & [name=Eq] fcolorboxblackGoldeqmakebox[B]Equalizer & pnode[0,0.8ex]T
%%% Connections
nclinewC
nclineSHnaput$x_k$
nclineHC
nclineCSanaput$y(t)$
nclineSaEqnaput$y_k$
nclineEqTnaput$mkern1.5muwidehatmkern-1.5mu x_k$
endpsmatrix
endsansmath

enddocument


enter image description here






share|improve this answer























  • I like very much your output of your code. :-) very nice sansmath.

    – Sebastiano
    Jan 30 at 17:14






  • 1





    Thank you for your kind appreciation, @Sebastiano!

    – Bernard
    Jan 30 at 17:17











  • I always hope as I do with my students to give Caesar what is Caesar's.

    – Sebastiano
    Jan 30 at 17:18















4














A simple solution with pstricks:



documentclass[border=3pt, svgnames]standalone
usepackagepst-node, auto-pst-pdf
usepackageeqparbox, amssymb
usepackagesansmath

begindocument

beginsansmath
sffamilyitshape
pssetcolsep=1cm, rowsep=1cm, linewidth=0.5pt, arrows=->, arrowinset=0.12, nodesep=2pt, labelsep=2pt
beginpsmatrix[mnode=R]
%%% Matrix nodes
& &[name=w] $w(t)$ \
pnode[0,0.8ex]S & [name=H]fcolorboxblackGoldeqmakebox[B]$ h(t) $ & circlenode[linewidth=0.8pt]C$mathbf + $ & [name=Sa]
fcolorboxblackGoldeqmakebox[B]Sampling & [name=Eq] fcolorboxblackGoldeqmakebox[B]Equalizer & pnode[0,0.8ex]T
%%% Connections
nclinewC
nclineSHnaput$x_k$
nclineHC
nclineCSanaput$y(t)$
nclineSaEqnaput$y_k$
nclineEqTnaput$mkern1.5muwidehatmkern-1.5mu x_k$
endpsmatrix
endsansmath

enddocument


enter image description here






share|improve this answer























  • I like very much your output of your code. :-) very nice sansmath.

    – Sebastiano
    Jan 30 at 17:14






  • 1





    Thank you for your kind appreciation, @Sebastiano!

    – Bernard
    Jan 30 at 17:17











  • I always hope as I do with my students to give Caesar what is Caesar's.

    – Sebastiano
    Jan 30 at 17:18













4












4








4







A simple solution with pstricks:



documentclass[border=3pt, svgnames]standalone
usepackagepst-node, auto-pst-pdf
usepackageeqparbox, amssymb
usepackagesansmath

begindocument

beginsansmath
sffamilyitshape
pssetcolsep=1cm, rowsep=1cm, linewidth=0.5pt, arrows=->, arrowinset=0.12, nodesep=2pt, labelsep=2pt
beginpsmatrix[mnode=R]
%%% Matrix nodes
& &[name=w] $w(t)$ \
pnode[0,0.8ex]S & [name=H]fcolorboxblackGoldeqmakebox[B]$ h(t) $ & circlenode[linewidth=0.8pt]C$mathbf + $ & [name=Sa]
fcolorboxblackGoldeqmakebox[B]Sampling & [name=Eq] fcolorboxblackGoldeqmakebox[B]Equalizer & pnode[0,0.8ex]T
%%% Connections
nclinewC
nclineSHnaput$x_k$
nclineHC
nclineCSanaput$y(t)$
nclineSaEqnaput$y_k$
nclineEqTnaput$mkern1.5muwidehatmkern-1.5mu x_k$
endpsmatrix
endsansmath

enddocument


enter image description here






share|improve this answer













A simple solution with pstricks:



documentclass[border=3pt, svgnames]standalone
usepackagepst-node, auto-pst-pdf
usepackageeqparbox, amssymb
usepackagesansmath

begindocument

beginsansmath
sffamilyitshape
pssetcolsep=1cm, rowsep=1cm, linewidth=0.5pt, arrows=->, arrowinset=0.12, nodesep=2pt, labelsep=2pt
beginpsmatrix[mnode=R]
%%% Matrix nodes
& &[name=w] $w(t)$ \
pnode[0,0.8ex]S & [name=H]fcolorboxblackGoldeqmakebox[B]$ h(t) $ & circlenode[linewidth=0.8pt]C$mathbf + $ & [name=Sa]
fcolorboxblackGoldeqmakebox[B]Sampling & [name=Eq] fcolorboxblackGoldeqmakebox[B]Equalizer & pnode[0,0.8ex]T
%%% Connections
nclinewC
nclineSHnaput$x_k$
nclineHC
nclineCSanaput$y(t)$
nclineSaEqnaput$y_k$
nclineEqTnaput$mkern1.5muwidehatmkern-1.5mu x_k$
endpsmatrix
endsansmath

enddocument


enter image description here







share|improve this answer












share|improve this answer



share|improve this answer










answered Jan 30 at 15:21









BernardBernard

170k774201




170k774201












  • I like very much your output of your code. :-) very nice sansmath.

    – Sebastiano
    Jan 30 at 17:14






  • 1





    Thank you for your kind appreciation, @Sebastiano!

    – Bernard
    Jan 30 at 17:17











  • I always hope as I do with my students to give Caesar what is Caesar's.

    – Sebastiano
    Jan 30 at 17:18

















  • I like very much your output of your code. :-) very nice sansmath.

    – Sebastiano
    Jan 30 at 17:14






  • 1





    Thank you for your kind appreciation, @Sebastiano!

    – Bernard
    Jan 30 at 17:17











  • I always hope as I do with my students to give Caesar what is Caesar's.

    – Sebastiano
    Jan 30 at 17:18
















I like very much your output of your code. :-) very nice sansmath.

– Sebastiano
Jan 30 at 17:14





I like very much your output of your code. :-) very nice sansmath.

– Sebastiano
Jan 30 at 17:14




1




1





Thank you for your kind appreciation, @Sebastiano!

– Bernard
Jan 30 at 17:17





Thank you for your kind appreciation, @Sebastiano!

– Bernard
Jan 30 at 17:17













I always hope as I do with my students to give Caesar what is Caesar's.

– Sebastiano
Jan 30 at 17:18





I always hope as I do with my students to give Caesar what is Caesar's.

– Sebastiano
Jan 30 at 17:18











3














A starting point could be with this:



documentclass[tikz,14pt,border=10pt]standalone
usepackagetextcomp
usetikzlibraryshapes,arrows
usetikzlibrarypositioning
begindocument
% Definition of blocks:
tikzset%
block/.style = draw, thick, rectangle, minimum height = 1em,
minimum width = 6em, fill=yellow!30!white,,
sum/.style = draw, circle, node distance = 2cm, % Adder
input/.style = coordinate, % Input
output/.style = coordinate % Output

% Defining string as labels of certain blocks.
newcommandsumaLarge$+$

begintikzpicture[auto, thick, node distance=2cm, >=triangle 45]
draw
% Drawing the blocks of first filter :
node at (0,0)
node [input, name=input1]
node [block, right = 1cm of input1] (inte2) $h(t)$
node [sum, right = 1cm of inte2] (suma1) suma
node [input, name=input2, above = 1cm of suma1]
node [block, right = 1cm of suma1] (inte1) Sampling
node [block, right = 1cm of inte1] (Q1) Equalizer
node [output, name=output1, right = 1cm of Q1] ;
% Joining blocks.
% Commands draw with options like [->] must be written individually
draw[->](input1) -- node $x_k$(inte2);
draw[->](inte2) -- node (suma1);
draw[->](suma1) -- node $y(t)$ (inte1);
draw[->](inte1) -- node $y_k$ (Q1);
draw[->](Q1) -- node $hat x_k$ (output1);
draw[->](input2) -- node $w(t)$ (suma1);
endtikzpicture
enddocument


which will give you:



enter image description here



From this I hope you can start editing and customising it on your own.






share|improve this answer


















  • 1





    My compliments for you. I have seen your progress with LaTeX :-). Regards.

    – Sebastiano
    Jan 30 at 17:14






  • 1





    @Sebastian thanks :) just started going through the manuals ;)

    – Raaja
    Jan 30 at 17:15















3














A starting point could be with this:



documentclass[tikz,14pt,border=10pt]standalone
usepackagetextcomp
usetikzlibraryshapes,arrows
usetikzlibrarypositioning
begindocument
% Definition of blocks:
tikzset%
block/.style = draw, thick, rectangle, minimum height = 1em,
minimum width = 6em, fill=yellow!30!white,,
sum/.style = draw, circle, node distance = 2cm, % Adder
input/.style = coordinate, % Input
output/.style = coordinate % Output

% Defining string as labels of certain blocks.
newcommandsumaLarge$+$

begintikzpicture[auto, thick, node distance=2cm, >=triangle 45]
draw
% Drawing the blocks of first filter :
node at (0,0)
node [input, name=input1]
node [block, right = 1cm of input1] (inte2) $h(t)$
node [sum, right = 1cm of inte2] (suma1) suma
node [input, name=input2, above = 1cm of suma1]
node [block, right = 1cm of suma1] (inte1) Sampling
node [block, right = 1cm of inte1] (Q1) Equalizer
node [output, name=output1, right = 1cm of Q1] ;
% Joining blocks.
% Commands draw with options like [->] must be written individually
draw[->](input1) -- node $x_k$(inte2);
draw[->](inte2) -- node (suma1);
draw[->](suma1) -- node $y(t)$ (inte1);
draw[->](inte1) -- node $y_k$ (Q1);
draw[->](Q1) -- node $hat x_k$ (output1);
draw[->](input2) -- node $w(t)$ (suma1);
endtikzpicture
enddocument


which will give you:



enter image description here



From this I hope you can start editing and customising it on your own.






share|improve this answer


















  • 1





    My compliments for you. I have seen your progress with LaTeX :-). Regards.

    – Sebastiano
    Jan 30 at 17:14






  • 1





    @Sebastian thanks :) just started going through the manuals ;)

    – Raaja
    Jan 30 at 17:15













3












3








3







A starting point could be with this:



documentclass[tikz,14pt,border=10pt]standalone
usepackagetextcomp
usetikzlibraryshapes,arrows
usetikzlibrarypositioning
begindocument
% Definition of blocks:
tikzset%
block/.style = draw, thick, rectangle, minimum height = 1em,
minimum width = 6em, fill=yellow!30!white,,
sum/.style = draw, circle, node distance = 2cm, % Adder
input/.style = coordinate, % Input
output/.style = coordinate % Output

% Defining string as labels of certain blocks.
newcommandsumaLarge$+$

begintikzpicture[auto, thick, node distance=2cm, >=triangle 45]
draw
% Drawing the blocks of first filter :
node at (0,0)
node [input, name=input1]
node [block, right = 1cm of input1] (inte2) $h(t)$
node [sum, right = 1cm of inte2] (suma1) suma
node [input, name=input2, above = 1cm of suma1]
node [block, right = 1cm of suma1] (inte1) Sampling
node [block, right = 1cm of inte1] (Q1) Equalizer
node [output, name=output1, right = 1cm of Q1] ;
% Joining blocks.
% Commands draw with options like [->] must be written individually
draw[->](input1) -- node $x_k$(inte2);
draw[->](inte2) -- node (suma1);
draw[->](suma1) -- node $y(t)$ (inte1);
draw[->](inte1) -- node $y_k$ (Q1);
draw[->](Q1) -- node $hat x_k$ (output1);
draw[->](input2) -- node $w(t)$ (suma1);
endtikzpicture
enddocument


which will give you:



enter image description here



From this I hope you can start editing and customising it on your own.






share|improve this answer













A starting point could be with this:



documentclass[tikz,14pt,border=10pt]standalone
usepackagetextcomp
usetikzlibraryshapes,arrows
usetikzlibrarypositioning
begindocument
% Definition of blocks:
tikzset%
block/.style = draw, thick, rectangle, minimum height = 1em,
minimum width = 6em, fill=yellow!30!white,,
sum/.style = draw, circle, node distance = 2cm, % Adder
input/.style = coordinate, % Input
output/.style = coordinate % Output

% Defining string as labels of certain blocks.
newcommandsumaLarge$+$

begintikzpicture[auto, thick, node distance=2cm, >=triangle 45]
draw
% Drawing the blocks of first filter :
node at (0,0)
node [input, name=input1]
node [block, right = 1cm of input1] (inte2) $h(t)$
node [sum, right = 1cm of inte2] (suma1) suma
node [input, name=input2, above = 1cm of suma1]
node [block, right = 1cm of suma1] (inte1) Sampling
node [block, right = 1cm of inte1] (Q1) Equalizer
node [output, name=output1, right = 1cm of Q1] ;
% Joining blocks.
% Commands draw with options like [->] must be written individually
draw[->](input1) -- node $x_k$(inte2);
draw[->](inte2) -- node (suma1);
draw[->](suma1) -- node $y(t)$ (inte1);
draw[->](inte1) -- node $y_k$ (Q1);
draw[->](Q1) -- node $hat x_k$ (output1);
draw[->](input2) -- node $w(t)$ (suma1);
endtikzpicture
enddocument


which will give you:



enter image description here



From this I hope you can start editing and customising it on your own.







share|improve this answer












share|improve this answer



share|improve this answer










answered Jan 30 at 12:58









RaajaRaaja

4,13121038




4,13121038







  • 1





    My compliments for you. I have seen your progress with LaTeX :-). Regards.

    – Sebastiano
    Jan 30 at 17:14






  • 1





    @Sebastian thanks :) just started going through the manuals ;)

    – Raaja
    Jan 30 at 17:15












  • 1





    My compliments for you. I have seen your progress with LaTeX :-). Regards.

    – Sebastiano
    Jan 30 at 17:14






  • 1





    @Sebastian thanks :) just started going through the manuals ;)

    – Raaja
    Jan 30 at 17:15







1




1





My compliments for you. I have seen your progress with LaTeX :-). Regards.

– Sebastiano
Jan 30 at 17:14





My compliments for you. I have seen your progress with LaTeX :-). Regards.

– Sebastiano
Jan 30 at 17:14




1




1





@Sebastian thanks :) just started going through the manuals ;)

– Raaja
Jan 30 at 17:15





@Sebastian thanks :) just started going through the manuals ;)

– Raaja
Jan 30 at 17:15

















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