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How do I color the graph in datavisualization?
The Next CEO of Stack OverflowHow to color the area under a curve using tikz datavisualization?Plotting my chart incorrectly in tikzColor the faces of a graphlatex graph points tikzHow to color the area under a curve using tikz datavisualization?How to prevent rounded and duplicated tick labels in pgfplots with fixed precision?datavisualization and csv dataTikz and exponential style tick labelNeural Network GraphHow to write under graph in latexStyles in datavisualization legendsI want to color a graph
4
MWE:
documentclass[tikz,border=10pt]standalone
usepackagetikz
usetikzlibrarydatavisualization
usetikzlibraryarrows,calc
usetikzlibraryshapes,positioning
usetikzlibrarydecorations.markings
usetikzlibrarydatavisualization.formats.functions
defmytypesetter#1
pgfmathparse#1/pi
pgfkeys/pgf/number format/precision=2
pgfmathroundtozerofillpgfmathresult
pgfmathifisintpgfmathresult
pgfmathprintnumberpgfmathresult$pi$
pgfmathprintnumber[/pgf/number format/frac, frac denom=2, frac whole=false]pgfmathresult$pi$
begindocument
begintikzpicture[>=latex]
datavisualization [
school book axes, %scientific axes=clean,
all axes=,
x axis=
label=$omega t$,
ticks=
step=(pi/2),
tick typesetter/.code=mytypesetter##1,
,
y axis=
label=$v$,
ticks=none,
,
style sheet=strong colors,
style sheet=vary dashing,
visualize as smooth line/.list=voltage,
voltage=label in legend=text=$v$,
]
data [set=voltage, format=function]
var x : interval [0:2*pi] samples 100;
func y = 2*sin(value x r);
;
endtikzpicture
enddocument
But this is what I want
.
How do I get this graph from my source code without using axis environment?
tikz-pgf diagrams
edited Mar 24 at 16:00
JouleV
9,39322256
asked Mar 23 at 20:07
ÖzgürÖzgür
1,4611020
add a comment |
4
MWE:
documentclass[tikz,border=10pt]standalone
usepackagetikz
usetikzlibrarydatavisualization
usetikzlibraryarrows,calc
usetikzlibraryshapes,positioning
usetikzlibrarydecorations.markings
usetikzlibrarydatavisualization.formats.functions
defmytypesetter#1
pgfmathparse#1/pi
pgfkeys/pgf/number format/precision=2
pgfmathroundtozerofillpgfmathresult
pgfmathifisintpgfmathresult
pgfmathprintnumberpgfmathresult$pi$
pgfmathprintnumber[/pgf/number format/frac, frac denom=2, frac whole=false]pgfmathresult$pi$
begindocument
begintikzpicture[>=latex]
datavisualization [
school book axes, %scientific axes=clean,
all axes=,
x axis=
label=$omega t$,
ticks=
step=(pi/2),
tick typesetter/.code=mytypesetter##1,
,
y axis=
label=$v$,
ticks=none,
,
style sheet=strong colors,
style sheet=vary dashing,
visualize as smooth line/.list=voltage,
voltage=label in legend=text=$v$,
]
data [set=voltage, format=function]
var x : interval [0:2*pi] samples 100;
func y = 2*sin(value x r);
;
endtikzpicture
enddocument
But this is what I want
.
How do I get this graph from my source code without using axis environment?
tikz-pgf diagrams
edited Mar 24 at 16:00
JouleV
9,39322256
asked Mar 23 at 20:07
ÖzgürÖzgür
1,4611020
See tex.stackexchange.com/a/228265/121799
– marmot
Mar 24 at 1:02
@marmot, I had seen but could not adapt to my source code.
– Özgür
Mar 24 at 1:27
I quickly tried and could at least shade the curve. Most likely one can also draw the vertical lines. However, why do you not want to use JouleV's nice solution or pgfplots?
– marmot
Mar 24 at 1:30
It's a really nice solution. But I've got 50+ pages of graphics. If I can't find the right solution, of course I will.
– Özgür
Mar 24 at 1:36
add a comment |
4
4
4
MWE:
documentclass[tikz,border=10pt]standalone
usepackagetikz
usetikzlibrarydatavisualization
usetikzlibraryarrows,calc
usetikzlibraryshapes,positioning
usetikzlibrarydecorations.markings
usetikzlibrarydatavisualization.formats.functions
defmytypesetter#1
pgfmathparse#1/pi
pgfkeys/pgf/number format/precision=2
pgfmathroundtozerofillpgfmathresult
pgfmathifisintpgfmathresult
pgfmathprintnumberpgfmathresult$pi$
pgfmathprintnumber[/pgf/number format/frac, frac denom=2, frac whole=false]pgfmathresult$pi$
begindocument
begintikzpicture[>=latex]
datavisualization [
school book axes, %scientific axes=clean,
all axes=,
x axis=
label=$omega t$,
ticks=
step=(pi/2),
tick typesetter/.code=mytypesetter##1,
,
y axis=
label=$v$,
ticks=none,
,
style sheet=strong colors,
style sheet=vary dashing,
visualize as smooth line/.list=voltage,
voltage=label in legend=text=$v$,
]
data [set=voltage, format=function]
var x : interval [0:2*pi] samples 100;
func y = 2*sin(value x r);
;
endtikzpicture
enddocument
But this is what I want
.
How do I get this graph from my source code without using axis environment?
tikz-pgf diagrams
edited Mar 24 at 16:00
JouleV
9,39322256
asked Mar 23 at 20:07
ÖzgürÖzgür
1,4611020
MWE:
documentclass[tikz,border=10pt]standalone
usepackagetikz
usetikzlibrarydatavisualization
usetikzlibraryarrows,calc
usetikzlibraryshapes,positioning
usetikzlibrarydecorations.markings
usetikzlibrarydatavisualization.formats.functions
defmytypesetter#1
pgfmathparse#1/pi
pgfkeys/pgf/number format/precision=2
pgfmathroundtozerofillpgfmathresult
pgfmathifisintpgfmathresult
pgfmathprintnumberpgfmathresult$pi$
pgfmathprintnumber[/pgf/number format/frac, frac denom=2, frac whole=false]pgfmathresult$pi$
begindocument
begintikzpicture[>=latex]
datavisualization [
school book axes, %scientific axes=clean,
all axes=,
x axis=
label=$omega t$,
ticks=
step=(pi/2),
tick typesetter/.code=mytypesetter##1,
,
y axis=
label=$v$,
ticks=none,
,
style sheet=strong colors,
style sheet=vary dashing,
visualize as smooth line/.list=voltage,
voltage=label in legend=text=$v$,
]
data [set=voltage, format=function]
var x : interval [0:2*pi] samples 100;
func y = 2*sin(value x r);
;
endtikzpicture
enddocument
But this is what I want
.
How do I get this graph from my source code without using axis environment?
tikz-pgf diagrams
tikz-pgf diagrams
edited Mar 24 at 16:00
JouleV
9,39322256
asked Mar 23 at 20:07
ÖzgürÖzgür
1,4611020
edited Mar 24 at 16:00
JouleV
9,39322256
asked Mar 23 at 20:07
ÖzgürÖzgür
1,4611020
edited Mar 24 at 16:00
JouleV
9,39322256
edited Mar 24 at 16:00
JouleV
9,39322256
edited Mar 24 at 16:00
JouleV
9,39322256
9,39322256
asked Mar 23 at 20:07
ÖzgürÖzgür
1,4611020
asked Mar 23 at 20:07
ÖzgürÖzgür
1,4611020
asked Mar 23 at 20:07
ÖzgürÖzgür
1,4611020
1,4611020
See tex.stackexchange.com/a/228265/121799
– marmot
Mar 24 at 1:02
@marmot, I had seen but could not adapt to my source code.
– Özgür
Mar 24 at 1:27
I quickly tried and could at least shade the curve. Most likely one can also draw the vertical lines. However, why do you not want to use JouleV's nice solution or pgfplots?
– marmot
Mar 24 at 1:30
It's a really nice solution. But I've got 50+ pages of graphics. If I can't find the right solution, of course I will.
– Özgür
Mar 24 at 1:36
add a comment |
See tex.stackexchange.com/a/228265/121799
– marmot
Mar 24 at 1:02
@marmot, I had seen but could not adapt to my source code.
– Özgür
Mar 24 at 1:27
I quickly tried and could at least shade the curve. Most likely one can also draw the vertical lines. However, why do you not want to use JouleV's nice solution or pgfplots?
– marmot
Mar 24 at 1:30
It's a really nice solution. But I've got 50+ pages of graphics. If I can't find the right solution, of course I will.
– Özgür
Mar 24 at 1:36
See tex.stackexchange.com/a/228265/121799
– marmot
Mar 24 at 1:02
See tex.stackexchange.com/a/228265/121799
– marmot
Mar 24 at 1:02
@marmot, I had seen but could not adapt to my source code.
– Özgür
Mar 24 at 1:27
@marmot, I had seen but could not adapt to my source code.
– Özgür
Mar 24 at 1:27
I quickly tried and could at least shade the curve. Most likely one can also draw the vertical lines. However, why do you not want to use JouleV's nice solution or pgfplots?
– marmot
Mar 24 at 1:30
I quickly tried and could at least shade the curve. Most likely one can also draw the vertical lines. However, why do you not want to use JouleV's nice solution or pgfplots?
– marmot
Mar 24 at 1:30
It's a really nice solution. But I've got 50+ pages of graphics. If I can't find the right solution, of course I will.
– Özgür
Mar 24 at 1:36
It's a really nice solution. But I've got 50+ pages of graphics. If I can't find the right solution, of course I will.
– Özgür
Mar 24 at 1:36
add a comment |
2 Answers
2
active
oldest
votes
4
Nothing prevents you from adding the fills on the background.
documentclass[tikz,border=10pt]standalone
usetikzlibrarydatavisualization
usetikzlibrarydatavisualization.formats.functions
usetikzlibrarypatterns,backgrounds
defmytypesetter#1
pgfmathparse#1/pi
pgfkeys/pgf/number format/precision=2
pgfmathroundtozerofillpgfmathresult
pgfmathifisintpgfmathresult
pgfmathprintnumberpgfmathresult$pi$
pgfmathprintnumber[/pgf/number format/frac, frac denom=2, frac whole=false]pgfmathresult$pi$
begindocument
begintikzpicture[>=latex]
datavisualization [
school book axes, %scientific axes=clean,
all axes=,
x axis=
label=$omega t$,
ticks=
step=(pi/2),
tick typesetter/.code=mytypesetter##1,
,
y axis=
label=$v$,
ticks=none,
,
style sheet=strong colors,
style sheet=vary dashing,
visualize as smooth line/.list=voltage,
voltage=label in legend=text=$v$,
]
data [set=voltage, format=function]
var x : interval [0:2*pi] samples 100;
func y = 2*sin(value x r);
;
beginscope[on background layer]
fill[red] plot[variable=x,domain=0:pi] (x,2*sin(x r));
path[pattern=horizontal lines,pattern color=red]
plot[variable=x,domain=pi:2*pi] (x,2*sin(x r));
endscope
endtikzpicture
enddocument
This lets you keep what you had and add the fills where needed.
Let me also comment that Symbol 1's nice answer can be used here. I stress that I have close to zero knowledge on the data visualization business, so I may make things unnecessarily complicated. The strategy is from Symbol 1's nice answer, except that I allow the style to be redefined via tikzsetchange style=draw,pattern=horizontal lines,pattern color=red (yes, I know that is a stupid name for a pgf key, yet I feel that this is not the only thing that I am doing stupid here. This works, but is far more complicated than JouleV's nice code. There is a good chance that (at least) part of the complexity is due to my ignorance with regards to data visualization.
documentclass[tikz,border=10pt]standalone
usepackagetikz
usetikzlibrarydatavisualization
usetikzlibrarypatterns
usetikzlibrarydatavisualization.formats.functions
defmytypesetter#1
pgfmathparse#1/pi
pgfkeys/pgf/number format/precision=2
pgfmathroundtozerofillpgfmathresult
pgfmathifisintpgfmathresult
pgfmathprintnumberpgfmathresult$pi$
pgfmathprintnumber[/pgf/number format/frac, frac denom=2, frac whole=false]pgfmathresult$pi$
makeatletter%from https://tex.stackexchange.com/a/228265/121799
tikzdatavisualizationset
visualize as generic/.style=
new object=
when=after survey,
store=/tikz/data visualization/visualizers/#1,
class=plot handler visualizer,
arg1=#1,
arg2=tikz@dv@plot@handler,tikz@dv@plot@mark@maker
,
new visualizer=#1%
every path/.style=generic style,
style=every mark/.append style=color=visualizer color,
mark size=2pt,
semithick,
color=visualizer color,
mark=none,
/tikz/data visualization/every visualize as line/.try,
visualizer in legend=tikz@dv@legend@entry@as@example,
#1=straight line
,
visualize as generic/.default=generic,
tikzsetchange style/.code=tikzsetgeneric style/.style=#1,
change style=draw,fill=red
makeatother
begindocument
begintikzpicture[>=latex]
datavisualization [
school book axes, %scientific axes=clean,
all axes=,
x axis=include value=6.3,
label=$omega t$,
ticks=
step=(pi/2),
tick typesetter/.code=mytypesetter##1,
,
y axis=include value=-2,
label=$v$,
ticks=none,
,
style sheet=strong colors,
style sheet=vary dashing,
visualize as generic,
%visualize as smooth line/.list=voltage,
% voltage=label in legend=text=$v$,
]
data [format=function] % set=voltage,
var x : interval [0:pi] samples 100;
func y = 2*sin(value x r);
;
tikzsetchange style=draw,pattern=horizontal lines,pattern color=red
datavisualization [
school book axes, %scientific axes=clean,
all axes=,
x axis=include value=6.3,
label=$omega t$,
ticks=
step=(pi/2),
tick typesetter/.code=mytypesetter##1,
,
y axis=include value=2,
label=$v$,
ticks=none,
,
style sheet=strong colors,
style sheet=vary dashing,
visualize as generic,
%visualize as smooth line/.list=voltage,
% voltage=label in legend=text=$v$,
]
data [format=function]
var x : interval [pi:2*pi] samples 100;
func y = 2*sin(value x r);
;
endtikzpicture
enddocument
answered Mar 24 at 1:57
marmotmarmot
113k5145275
It's working...
– Özgür
Mar 24 at 2:14
@Özgür I added a simple possibility that allows you to keep your 50+ plots and add fills where needed.
– marmot
Mar 24 at 3:07
I have a small suggestion: the red color seems to overfill the ωt axis a bit.
– JouleV
Mar 24 at 16:02
@JouleV Yes, that's true, thanks! One has to use the same number of samples to get a perfect match.
– marmot
Mar 24 at 17:28
add a comment |
8
A pure TikZ solution for fun, which is much shorter. I have no idea why you have to use datavisualization for this.
documentclass[tikz]standalone
usetikzlibrarypatterns
begindocument
begintikzpicture[>=latex,y=2cm]
draw[smooth,fill=red] plot[samples=100,domain=0:pi] (x,sin(deg(x)));
draw[smooth,pattern=horizontal lines,pattern color=red] plot[samples=100,domain=pi:2*pi] (x,sin(deg(x)));
draw[->] (0,-1.1)--(0,1.1) node[above] $v$;
draw[->] (-.2,0)--(2*pi+0.5,0) node[right] $omega t$;
draw (pi/2,-.05) node[below] $frac12pi$--(pi/2,.05);
draw (pi,-.05) node[below] $1pi$--(pi,.05);
draw (3*pi/2,-.05) node[below] $frac32pi$--(3*pi/2,.05);
draw (2*pi,-.05) node[below] $2pi$--(2*pi,.05);
draw (8.5,0) node tikzdraw[x=1pt,y=1pt] (0,0) to[out=30,in=-150] (20,0); $v$;
endtikzpicture
enddocument
answered Mar 23 at 20:34
JouleVJouleV
9,39322256
add a comment |
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2 Answers
2
active
oldest
votes
2 Answers
2
active
oldest
votes
active
oldest
votes
active
oldest
votes
4
Nothing prevents you from adding the fills on the background.
documentclass[tikz,border=10pt]standalone
usetikzlibrarydatavisualization
usetikzlibrarydatavisualization.formats.functions
usetikzlibrarypatterns,backgrounds
defmytypesetter#1
pgfmathparse#1/pi
pgfkeys/pgf/number format/precision=2
pgfmathroundtozerofillpgfmathresult
pgfmathifisintpgfmathresult
pgfmathprintnumberpgfmathresult$pi$
pgfmathprintnumber[/pgf/number format/frac, frac denom=2, frac whole=false]pgfmathresult$pi$
begindocument
begintikzpicture[>=latex]
datavisualization [
school book axes, %scientific axes=clean,
all axes=,
x axis=
label=$omega t$,
ticks=
step=(pi/2),
tick typesetter/.code=mytypesetter##1,
,
y axis=
label=$v$,
ticks=none,
,
style sheet=strong colors,
style sheet=vary dashing,
visualize as smooth line/.list=voltage,
voltage=label in legend=text=$v$,
]
data [set=voltage, format=function]
var x : interval [0:2*pi] samples 100;
func y = 2*sin(value x r);
;
beginscope[on background layer]
fill[red] plot[variable=x,domain=0:pi] (x,2*sin(x r));
path[pattern=horizontal lines,pattern color=red]
plot[variable=x,domain=pi:2*pi] (x,2*sin(x r));
endscope
endtikzpicture
enddocument
This lets you keep what you had and add the fills where needed.
Let me also comment that Symbol 1's nice answer can be used here. I stress that I have close to zero knowledge on the data visualization business, so I may make things unnecessarily complicated. The strategy is from Symbol 1's nice answer, except that I allow the style to be redefined via tikzsetchange style=draw,pattern=horizontal lines,pattern color=red (yes, I know that is a stupid name for a pgf key, yet I feel that this is not the only thing that I am doing stupid here. This works, but is far more complicated than JouleV's nice code. There is a good chance that (at least) part of the complexity is due to my ignorance with regards to data visualization.
documentclass[tikz,border=10pt]standalone
usepackagetikz
usetikzlibrarydatavisualization
usetikzlibrarypatterns
usetikzlibrarydatavisualization.formats.functions
defmytypesetter#1
pgfmathparse#1/pi
pgfkeys/pgf/number format/precision=2
pgfmathroundtozerofillpgfmathresult
pgfmathifisintpgfmathresult
pgfmathprintnumberpgfmathresult$pi$
pgfmathprintnumber[/pgf/number format/frac, frac denom=2, frac whole=false]pgfmathresult$pi$
makeatletter%from https://tex.stackexchange.com/a/228265/121799
tikzdatavisualizationset
visualize as generic/.style=
new object=
when=after survey,
store=/tikz/data visualization/visualizers/#1,
class=plot handler visualizer,
arg1=#1,
arg2=tikz@dv@plot@handler,tikz@dv@plot@mark@maker
,
new visualizer=#1%
every path/.style=generic style,
style=every mark/.append style=color=visualizer color,
mark size=2pt,
semithick,
color=visualizer color,
mark=none,
/tikz/data visualization/every visualize as line/.try,
visualizer in legend=tikz@dv@legend@entry@as@example,
#1=straight line
,
visualize as generic/.default=generic,
tikzsetchange style/.code=tikzsetgeneric style/.style=#1,
change style=draw,fill=red
makeatother
begindocument
begintikzpicture[>=latex]
datavisualization [
school book axes, %scientific axes=clean,
all axes=,
x axis=include value=6.3,
label=$omega t$,
ticks=
step=(pi/2),
tick typesetter/.code=mytypesetter##1,
,
y axis=include value=-2,
label=$v$,
ticks=none,
,
style sheet=strong colors,
style sheet=vary dashing,
visualize as generic,
%visualize as smooth line/.list=voltage,
% voltage=label in legend=text=$v$,
]
data [format=function] % set=voltage,
var x : interval [0:pi] samples 100;
func y = 2*sin(value x r);
;
tikzsetchange style=draw,pattern=horizontal lines,pattern color=red
datavisualization [
school book axes, %scientific axes=clean,
all axes=,
x axis=include value=6.3,
label=$omega t$,
ticks=
step=(pi/2),
tick typesetter/.code=mytypesetter##1,
,
y axis=include value=2,
label=$v$,
ticks=none,
,
style sheet=strong colors,
style sheet=vary dashing,
visualize as generic,
%visualize as smooth line/.list=voltage,
% voltage=label in legend=text=$v$,
]
data [format=function]
var x : interval [pi:2*pi] samples 100;
func y = 2*sin(value x r);
;
endtikzpicture
enddocument
answered Mar 24 at 1:57
marmotmarmot
113k5145275
It's working...
– Özgür
Mar 24 at 2:14
@Özgür I added a simple possibility that allows you to keep your 50+ plots and add fills where needed.
– marmot
Mar 24 at 3:07
I have a small suggestion: the red color seems to overfill the ωt axis a bit.
– JouleV
Mar 24 at 16:02
@JouleV Yes, that's true, thanks! One has to use the same number of samples to get a perfect match.
– marmot
Mar 24 at 17:28
add a comment |
4
Nothing prevents you from adding the fills on the background.
documentclass[tikz,border=10pt]standalone
usetikzlibrarydatavisualization
usetikzlibrarydatavisualization.formats.functions
usetikzlibrarypatterns,backgrounds
defmytypesetter#1
pgfmathparse#1/pi
pgfkeys/pgf/number format/precision=2
pgfmathroundtozerofillpgfmathresult
pgfmathifisintpgfmathresult
pgfmathprintnumberpgfmathresult$pi$
pgfmathprintnumber[/pgf/number format/frac, frac denom=2, frac whole=false]pgfmathresult$pi$
begindocument
begintikzpicture[>=latex]
datavisualization [
school book axes, %scientific axes=clean,
all axes=,
x axis=
label=$omega t$,
ticks=
step=(pi/2),
tick typesetter/.code=mytypesetter##1,
,
y axis=
label=$v$,
ticks=none,
,
style sheet=strong colors,
style sheet=vary dashing,
visualize as smooth line/.list=voltage,
voltage=label in legend=text=$v$,
]
data [set=voltage, format=function]
var x : interval [0:2*pi] samples 100;
func y = 2*sin(value x r);
;
beginscope[on background layer]
fill[red] plot[variable=x,domain=0:pi] (x,2*sin(x r));
path[pattern=horizontal lines,pattern color=red]
plot[variable=x,domain=pi:2*pi] (x,2*sin(x r));
endscope
endtikzpicture
enddocument
This lets you keep what you had and add the fills where needed.
Let me also comment that Symbol 1's nice answer can be used here. I stress that I have close to zero knowledge on the data visualization business, so I may make things unnecessarily complicated. The strategy is from Symbol 1's nice answer, except that I allow the style to be redefined via tikzsetchange style=draw,pattern=horizontal lines,pattern color=red (yes, I know that is a stupid name for a pgf key, yet I feel that this is not the only thing that I am doing stupid here. This works, but is far more complicated than JouleV's nice code. There is a good chance that (at least) part of the complexity is due to my ignorance with regards to data visualization.
documentclass[tikz,border=10pt]standalone
usepackagetikz
usetikzlibrarydatavisualization
usetikzlibrarypatterns
usetikzlibrarydatavisualization.formats.functions
defmytypesetter#1
pgfmathparse#1/pi
pgfkeys/pgf/number format/precision=2
pgfmathroundtozerofillpgfmathresult
pgfmathifisintpgfmathresult
pgfmathprintnumberpgfmathresult$pi$
pgfmathprintnumber[/pgf/number format/frac, frac denom=2, frac whole=false]pgfmathresult$pi$
makeatletter%from https://tex.stackexchange.com/a/228265/121799
tikzdatavisualizationset
visualize as generic/.style=
new object=
when=after survey,
store=/tikz/data visualization/visualizers/#1,
class=plot handler visualizer,
arg1=#1,
arg2=tikz@dv@plot@handler,tikz@dv@plot@mark@maker
,
new visualizer=#1%
every path/.style=generic style,
style=every mark/.append style=color=visualizer color,
mark size=2pt,
semithick,
color=visualizer color,
mark=none,
/tikz/data visualization/every visualize as line/.try,
visualizer in legend=tikz@dv@legend@entry@as@example,
#1=straight line
,
visualize as generic/.default=generic,
tikzsetchange style/.code=tikzsetgeneric style/.style=#1,
change style=draw,fill=red
makeatother
begindocument
begintikzpicture[>=latex]
datavisualization [
school book axes, %scientific axes=clean,
all axes=,
x axis=include value=6.3,
label=$omega t$,
ticks=
step=(pi/2),
tick typesetter/.code=mytypesetter##1,
,
y axis=include value=-2,
label=$v$,
ticks=none,
,
style sheet=strong colors,
style sheet=vary dashing,
visualize as generic,
%visualize as smooth line/.list=voltage,
% voltage=label in legend=text=$v$,
]
data [format=function] % set=voltage,
var x : interval [0:pi] samples 100;
func y = 2*sin(value x r);
;
tikzsetchange style=draw,pattern=horizontal lines,pattern color=red
datavisualization [
school book axes, %scientific axes=clean,
all axes=,
x axis=include value=6.3,
label=$omega t$,
ticks=
step=(pi/2),
tick typesetter/.code=mytypesetter##1,
,
y axis=include value=2,
label=$v$,
ticks=none,
,
style sheet=strong colors,
style sheet=vary dashing,
visualize as generic,
%visualize as smooth line/.list=voltage,
% voltage=label in legend=text=$v$,
]
data [format=function]
var x : interval [pi:2*pi] samples 100;
func y = 2*sin(value x r);
;
endtikzpicture
enddocument
answered Mar 24 at 1:57
marmotmarmot
113k5145275
It's working...
– Özgür
Mar 24 at 2:14
@Özgür I added a simple possibility that allows you to keep your 50+ plots and add fills where needed.
– marmot
Mar 24 at 3:07
I have a small suggestion: the red color seems to overfill the ωt axis a bit.
– JouleV
Mar 24 at 16:02
@JouleV Yes, that's true, thanks! One has to use the same number of samples to get a perfect match.
– marmot
Mar 24 at 17:28
add a comment |
4
4
4
Nothing prevents you from adding the fills on the background.
documentclass[tikz,border=10pt]standalone
usetikzlibrarydatavisualization
usetikzlibrarydatavisualization.formats.functions
usetikzlibrarypatterns,backgrounds
defmytypesetter#1
pgfmathparse#1/pi
pgfkeys/pgf/number format/precision=2
pgfmathroundtozerofillpgfmathresult
pgfmathifisintpgfmathresult
pgfmathprintnumberpgfmathresult$pi$
pgfmathprintnumber[/pgf/number format/frac, frac denom=2, frac whole=false]pgfmathresult$pi$
begindocument
begintikzpicture[>=latex]
datavisualization [
school book axes, %scientific axes=clean,
all axes=,
x axis=
label=$omega t$,
ticks=
step=(pi/2),
tick typesetter/.code=mytypesetter##1,
,
y axis=
label=$v$,
ticks=none,
,
style sheet=strong colors,
style sheet=vary dashing,
visualize as smooth line/.list=voltage,
voltage=label in legend=text=$v$,
]
data [set=voltage, format=function]
var x : interval [0:2*pi] samples 100;
func y = 2*sin(value x r);
;
beginscope[on background layer]
fill[red] plot[variable=x,domain=0:pi] (x,2*sin(x r));
path[pattern=horizontal lines,pattern color=red]
plot[variable=x,domain=pi:2*pi] (x,2*sin(x r));
endscope
endtikzpicture
enddocument
This lets you keep what you had and add the fills where needed.
Let me also comment that Symbol 1's nice answer can be used here. I stress that I have close to zero knowledge on the data visualization business, so I may make things unnecessarily complicated. The strategy is from Symbol 1's nice answer, except that I allow the style to be redefined via tikzsetchange style=draw,pattern=horizontal lines,pattern color=red (yes, I know that is a stupid name for a pgf key, yet I feel that this is not the only thing that I am doing stupid here. This works, but is far more complicated than JouleV's nice code. There is a good chance that (at least) part of the complexity is due to my ignorance with regards to data visualization.
documentclass[tikz,border=10pt]standalone
usepackagetikz
usetikzlibrarydatavisualization
usetikzlibrarypatterns
usetikzlibrarydatavisualization.formats.functions
defmytypesetter#1
pgfmathparse#1/pi
pgfkeys/pgf/number format/precision=2
pgfmathroundtozerofillpgfmathresult
pgfmathifisintpgfmathresult
pgfmathprintnumberpgfmathresult$pi$
pgfmathprintnumber[/pgf/number format/frac, frac denom=2, frac whole=false]pgfmathresult$pi$
makeatletter%from https://tex.stackexchange.com/a/228265/121799
tikzdatavisualizationset
visualize as generic/.style=
new object=
when=after survey,
store=/tikz/data visualization/visualizers/#1,
class=plot handler visualizer,
arg1=#1,
arg2=tikz@dv@plot@handler,tikz@dv@plot@mark@maker
,
new visualizer=#1%
every path/.style=generic style,
style=every mark/.append style=color=visualizer color,
mark size=2pt,
semithick,
color=visualizer color,
mark=none,
/tikz/data visualization/every visualize as line/.try,
visualizer in legend=tikz@dv@legend@entry@as@example,
#1=straight line
,
visualize as generic/.default=generic,
tikzsetchange style/.code=tikzsetgeneric style/.style=#1,
change style=draw,fill=red
makeatother
begindocument
begintikzpicture[>=latex]
datavisualization [
school book axes, %scientific axes=clean,
all axes=,
x axis=include value=6.3,
label=$omega t$,
ticks=
step=(pi/2),
tick typesetter/.code=mytypesetter##1,
,
y axis=include value=-2,
label=$v$,
ticks=none,
,
style sheet=strong colors,
style sheet=vary dashing,
visualize as generic,
%visualize as smooth line/.list=voltage,
% voltage=label in legend=text=$v$,
]
data [format=function] % set=voltage,
var x : interval [0:pi] samples 100;
func y = 2*sin(value x r);
;
tikzsetchange style=draw,pattern=horizontal lines,pattern color=red
datavisualization [
school book axes, %scientific axes=clean,
all axes=,
x axis=include value=6.3,
label=$omega t$,
ticks=
step=(pi/2),
tick typesetter/.code=mytypesetter##1,
,
y axis=include value=2,
label=$v$,
ticks=none,
,
style sheet=strong colors,
style sheet=vary dashing,
visualize as generic,
%visualize as smooth line/.list=voltage,
% voltage=label in legend=text=$v$,
]
data [format=function]
var x : interval [pi:2*pi] samples 100;
func y = 2*sin(value x r);
;
endtikzpicture
enddocument
answered Mar 24 at 1:57
marmotmarmot
113k5145275
Nothing prevents you from adding the fills on the background.
documentclass[tikz,border=10pt]standalone
usetikzlibrarydatavisualization
usetikzlibrarydatavisualization.formats.functions
usetikzlibrarypatterns,backgrounds
defmytypesetter#1
pgfmathparse#1/pi
pgfkeys/pgf/number format/precision=2
pgfmathroundtozerofillpgfmathresult
pgfmathifisintpgfmathresult
pgfmathprintnumberpgfmathresult$pi$
pgfmathprintnumber[/pgf/number format/frac, frac denom=2, frac whole=false]pgfmathresult$pi$
begindocument
begintikzpicture[>=latex]
datavisualization [
school book axes, %scientific axes=clean,
all axes=,
x axis=
label=$omega t$,
ticks=
step=(pi/2),
tick typesetter/.code=mytypesetter##1,
,
y axis=
label=$v$,
ticks=none,
,
style sheet=strong colors,
style sheet=vary dashing,
visualize as smooth line/.list=voltage,
voltage=label in legend=text=$v$,
]
data [set=voltage, format=function]
var x : interval [0:2*pi] samples 100;
func y = 2*sin(value x r);
;
beginscope[on background layer]
fill[red] plot[variable=x,domain=0:pi] (x,2*sin(x r));
path[pattern=horizontal lines,pattern color=red]
plot[variable=x,domain=pi:2*pi] (x,2*sin(x r));
endscope
endtikzpicture
enddocument
This lets you keep what you had and add the fills where needed.
Let me also comment that Symbol 1's nice answer can be used here. I stress that I have close to zero knowledge on the data visualization business, so I may make things unnecessarily complicated. The strategy is from Symbol 1's nice answer, except that I allow the style to be redefined via tikzsetchange style=draw,pattern=horizontal lines,pattern color=red (yes, I know that is a stupid name for a pgf key, yet I feel that this is not the only thing that I am doing stupid here. This works, but is far more complicated than JouleV's nice code. There is a good chance that (at least) part of the complexity is due to my ignorance with regards to data visualization.
documentclass[tikz,border=10pt]standalone
usepackagetikz
usetikzlibrarydatavisualization
usetikzlibrarypatterns
usetikzlibrarydatavisualization.formats.functions
defmytypesetter#1
pgfmathparse#1/pi
pgfkeys/pgf/number format/precision=2
pgfmathroundtozerofillpgfmathresult
pgfmathifisintpgfmathresult
pgfmathprintnumberpgfmathresult$pi$
pgfmathprintnumber[/pgf/number format/frac, frac denom=2, frac whole=false]pgfmathresult$pi$
makeatletter%from https://tex.stackexchange.com/a/228265/121799
tikzdatavisualizationset
visualize as generic/.style=
new object=
when=after survey,
store=/tikz/data visualization/visualizers/#1,
class=plot handler visualizer,
arg1=#1,
arg2=tikz@dv@plot@handler,tikz@dv@plot@mark@maker
,
new visualizer=#1%
every path/.style=generic style,
style=every mark/.append style=color=visualizer color,
mark size=2pt,
semithick,
color=visualizer color,
mark=none,
/tikz/data visualization/every visualize as line/.try,
visualizer in legend=tikz@dv@legend@entry@as@example,
#1=straight line
,
visualize as generic/.default=generic,
tikzsetchange style/.code=tikzsetgeneric style/.style=#1,
change style=draw,fill=red
makeatother
begindocument
begintikzpicture[>=latex]
datavisualization [
school book axes, %scientific axes=clean,
all axes=,
x axis=include value=6.3,
label=$omega t$,
ticks=
step=(pi/2),
tick typesetter/.code=mytypesetter##1,
,
y axis=include value=-2,
label=$v$,
ticks=none,
,
style sheet=strong colors,
style sheet=vary dashing,
visualize as generic,
%visualize as smooth line/.list=voltage,
% voltage=label in legend=text=$v$,
]
data [format=function] % set=voltage,
var x : interval [0:pi] samples 100;
func y = 2*sin(value x r);
;
tikzsetchange style=draw,pattern=horizontal lines,pattern color=red
datavisualization [
school book axes, %scientific axes=clean,
all axes=,
x axis=include value=6.3,
label=$omega t$,
ticks=
step=(pi/2),
tick typesetter/.code=mytypesetter##1,
,
y axis=include value=2,
label=$v$,
ticks=none,
,
style sheet=strong colors,
style sheet=vary dashing,
visualize as generic,
%visualize as smooth line/.list=voltage,
% voltage=label in legend=text=$v$,
]
data [format=function]
var x : interval [pi:2*pi] samples 100;
func y = 2*sin(value x r);
;
endtikzpicture
enddocument
answered Mar 24 at 1:57
marmotmarmot
113k5145275
edited Mar 24 at 3:06
answered Mar 24 at 1:57
marmotmarmot
113k5145275
answered Mar 24 at 1:57
marmotmarmot
113k5145275
answered Mar 24 at 1:57
marmotmarmot
113k5145275
113k5145275
It's working...
– Özgür
Mar 24 at 2:14
@Özgür I added a simple possibility that allows you to keep your 50+ plots and add fills where needed.
– marmot
Mar 24 at 3:07
I have a small suggestion: the red color seems to overfill the ωt axis a bit.
– JouleV
Mar 24 at 16:02
@JouleV Yes, that's true, thanks! One has to use the same number of samples to get a perfect match.
– marmot
Mar 24 at 17:28
add a comment |
It's working...
– Özgür
Mar 24 at 2:14
@Özgür I added a simple possibility that allows you to keep your 50+ plots and add fills where needed.
– marmot
Mar 24 at 3:07
I have a small suggestion: the red color seems to overfill the ωt axis a bit.
– JouleV
Mar 24 at 16:02
@JouleV Yes, that's true, thanks! One has to use the same number of samples to get a perfect match.
– marmot
Mar 24 at 17:28
It's working...
– Özgür
Mar 24 at 2:14
It's working...
– Özgür
Mar 24 at 2:14
@Özgür I added a simple possibility that allows you to keep your 50+ plots and add fills where needed.
– marmot
Mar 24 at 3:07
@Özgür I added a simple possibility that allows you to keep your 50+ plots and add fills where needed.
– marmot
Mar 24 at 3:07
I have a small suggestion: the red color seems to overfill the ωt axis a bit.
– JouleV
Mar 24 at 16:02
I have a small suggestion: the red color seems to overfill the ωt axis a bit.
– JouleV
Mar 24 at 16:02
@JouleV Yes, that's true, thanks! One has to use the same number of samples to get a perfect match.
– marmot
Mar 24 at 17:28
@JouleV Yes, that's true, thanks! One has to use the same number of samples to get a perfect match.
– marmot
Mar 24 at 17:28
add a comment |
8
A pure TikZ solution for fun, which is much shorter. I have no idea why you have to use datavisualization for this.
documentclass[tikz]standalone
usetikzlibrarypatterns
begindocument
begintikzpicture[>=latex,y=2cm]
draw[smooth,fill=red] plot[samples=100,domain=0:pi] (x,sin(deg(x)));
draw[smooth,pattern=horizontal lines,pattern color=red] plot[samples=100,domain=pi:2*pi] (x,sin(deg(x)));
draw[->] (0,-1.1)--(0,1.1) node[above] $v$;
draw[->] (-.2,0)--(2*pi+0.5,0) node[right] $omega t$;
draw (pi/2,-.05) node[below] $frac12pi$--(pi/2,.05);
draw (pi,-.05) node[below] $1pi$--(pi,.05);
draw (3*pi/2,-.05) node[below] $frac32pi$--(3*pi/2,.05);
draw (2*pi,-.05) node[below] $2pi$--(2*pi,.05);
draw (8.5,0) node tikzdraw[x=1pt,y=1pt] (0,0) to[out=30,in=-150] (20,0); $v$;
endtikzpicture
enddocument
answered Mar 23 at 20:34
JouleVJouleV
9,39322256
add a comment |
8
A pure TikZ solution for fun, which is much shorter. I have no idea why you have to use datavisualization for this.
documentclass[tikz]standalone
usetikzlibrarypatterns
begindocument
begintikzpicture[>=latex,y=2cm]
draw[smooth,fill=red] plot[samples=100,domain=0:pi] (x,sin(deg(x)));
draw[smooth,pattern=horizontal lines,pattern color=red] plot[samples=100,domain=pi:2*pi] (x,sin(deg(x)));
draw[->] (0,-1.1)--(0,1.1) node[above] $v$;
draw[->] (-.2,0)--(2*pi+0.5,0) node[right] $omega t$;
draw (pi/2,-.05) node[below] $frac12pi$--(pi/2,.05);
draw (pi,-.05) node[below] $1pi$--(pi,.05);
draw (3*pi/2,-.05) node[below] $frac32pi$--(3*pi/2,.05);
draw (2*pi,-.05) node[below] $2pi$--(2*pi,.05);
draw (8.5,0) node tikzdraw[x=1pt,y=1pt] (0,0) to[out=30,in=-150] (20,0); $v$;
endtikzpicture
enddocument
answered Mar 23 at 20:34
JouleVJouleV
9,39322256
add a comment |
8
8
8
A pure TikZ solution for fun, which is much shorter. I have no idea why you have to use datavisualization for this.
documentclass[tikz]standalone
usetikzlibrarypatterns
begindocument
begintikzpicture[>=latex,y=2cm]
draw[smooth,fill=red] plot[samples=100,domain=0:pi] (x,sin(deg(x)));
draw[smooth,pattern=horizontal lines,pattern color=red] plot[samples=100,domain=pi:2*pi] (x,sin(deg(x)));
draw[->] (0,-1.1)--(0,1.1) node[above] $v$;
draw[->] (-.2,0)--(2*pi+0.5,0) node[right] $omega t$;
draw (pi/2,-.05) node[below] $frac12pi$--(pi/2,.05);
draw (pi,-.05) node[below] $1pi$--(pi,.05);
draw (3*pi/2,-.05) node[below] $frac32pi$--(3*pi/2,.05);
draw (2*pi,-.05) node[below] $2pi$--(2*pi,.05);
draw (8.5,0) node tikzdraw[x=1pt,y=1pt] (0,0) to[out=30,in=-150] (20,0); $v$;
endtikzpicture
enddocument
answered Mar 23 at 20:34
JouleVJouleV
9,39322256
A pure TikZ solution for fun, which is much shorter. I have no idea why you have to use datavisualization for this.
documentclass[tikz]standalone
usetikzlibrarypatterns
begindocument
begintikzpicture[>=latex,y=2cm]
draw[smooth,fill=red] plot[samples=100,domain=0:pi] (x,sin(deg(x)));
draw[smooth,pattern=horizontal lines,pattern color=red] plot[samples=100,domain=pi:2*pi] (x,sin(deg(x)));
draw[->] (0,-1.1)--(0,1.1) node[above] $v$;
draw[->] (-.2,0)--(2*pi+0.5,0) node[right] $omega t$;
draw (pi/2,-.05) node[below] $frac12pi$--(pi/2,.05);
draw (pi,-.05) node[below] $1pi$--(pi,.05);
draw (3*pi/2,-.05) node[below] $frac32pi$--(3*pi/2,.05);
draw (2*pi,-.05) node[below] $2pi$--(2*pi,.05);
draw (8.5,0) node tikzdraw[x=1pt,y=1pt] (0,0) to[out=30,in=-150] (20,0); $v$;
endtikzpicture
enddocument
answered Mar 23 at 20:34
JouleVJouleV
9,39322256
answered Mar 23 at 20:34
JouleVJouleV
9,39322256
answered Mar 23 at 20:34
JouleVJouleV
9,39322256
answered Mar 23 at 20:34
JouleVJouleV
9,39322256
9,39322256
add a comment |
add a comment |
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See tex.stackexchange.com/a/228265/121799
– marmot
Mar 24 at 1:02
@marmot, I had seen but could not adapt to my source code.
– Özgür
Mar 24 at 1:27
I quickly tried and could at least shade the curve. Most likely one can also draw the vertical lines. However, why do you not want to use JouleV's nice solution or pgfplots?
– marmot
Mar 24 at 1:30
It's a really nice solution. But I've got 50+ pages of graphics. If I can't find the right solution, of course I will.
– Özgür
Mar 24 at 1:36