Clipping shaded areas to a curve boundary
3
I am trying to draw the following graph, but I failed to achieve it.
What is wrong with this code
documentclass{beamer}
beamertemplatenavigationsymbolsempty
usepackage{verbatim}
usepackage{tikz}
usepackage{pgfplots}
usetikzlibrary{calc, backgrounds}
begin{document}
begin{frame}[t]
frametitle{}
begin{tikzpicture}[scale=.9, transform shape]
pgfmathsetmacro{incrmnty}{.86}
pgfmathsetmacro{incrmntx}{.86}
draw [thick](0,0) -- (incrmntx*10,0);
draw [thick](0,0) -- (0,incrmnty*10);
foreach y [evaluate=y as aff using int(y*10)]in {0,2,4,...,10}{ draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);}
foreach x [evaluate=x as aff using int(x*10)]in {0,2,4,...,10}{ draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);}
draw [very thick, blue, looseness=.9] (0,0) to [out=15, in=-110] node [pos=.0] (ao) {} node [pos=.08] (aw){} node [pos=.146] (ah) {} node [pos=.24] (af) {} node [pos=.306] (av) {} node [pos=.4] (ax) {} node [pos=.484] (as) {} node [pos=.58] (ag) {} node [pos=.704] (an) {} node [pos=.8] (at) {} node [pos=1.] (aa) {} (incrmntx*10,incrmnty*10);
draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
path[clip] (0,0) to [out=15, in=-110] (incrmntx*10,incrmnty*10);
begin{scope}[on background layer]
draw [thick, black!80!white, fill=black!65!white] (aa.center) node [black, xshift=.36cm, yshift=-3.cm] {} |- (aa.center|-0,0) -- (0,0) -- (aa.center);
draw [thick, black!80!white, fill=black!60!white] (at.center) node [black, xshift=.36cm, yshift=-3.cm] {$bf A_10$} |- (at.center|-0,0) -- (0,0) -- (at.center) -| (at.center-|0,0);
draw [thick, black!80!white, fill=black!55!white] (an.center) node [black, xshift=.28cm, yshift=-2.4cm] {$bf A_9$} |- (an.center|-0,0) -- (0,0) -- (an.center) -| (an.center-|0,0);
draw [thick, black!80!white, fill=black!50!white] (ag.center) node [black, xshift=.28cm, yshift=-2.cm] {$bf A_8$} |- (ag.center|-0,0) -- (0,0) -- (ag.center) -| (ag.center-|0,0);
draw [thick, black!80!white, fill=black!45!white] (as.center) node [black, xshift=.28cm, yshift=-1.46cm] {$bf A_7$} |- (as.center|-0,0) -- (0,0) -- (as.center) -| (as.center-|0,0);
draw [thick, black!80!white, fill=black!40!white] (ax.center) node [black, xshift=.28cm, yshift=-1.2cm] {$bf A_6$} |- (ax.center|-0,0)-- (0,0) -- (ax.center) -| (ax.center-|0,0);
draw [thick, black!80!white, fill=black!35!white] (av.center) node [black, xshift=.28cm, yshift=-.9cm] {$bf A_5$} |- (av.center|-0,0) -- (0,0) -- (av.center) -| (av.center-|0,0);
draw [thick, black!80!white, fill=black!30!white] (af.center) node [black, xshift=.28cm, yshift=-.68cm] {$bf A_4$} |- (af.center|-0,0)-- (0,0) -- (af.center) -| (af.center-|0,0);
draw [thick, black!80!white, fill=black!25!white] (ah.center) node [black, xshift=.28cm, yshift=-.4cm] {$bf A_3$} |- (ah.center|-0,0) -- (0,0) -- (ah.center) -| (ah.center-|0,0);
draw [thick, black!80!white, fill=black!20!white] (aw.center) node [black, xshift=.28cm, yshift=-.16cm] {$bf A_2$} |- (aw.center|-0,0) -- (0,0) -- (aw.center) -| (aw.center-|0,0);
draw [thick, black!80!white, fill=black!20!white] (ao.center) node [black, xshift=.8cm, yshift=0cm] {$bf A_1$} |- (ao.center|-0,0) -- (0,0) -- (ao.center) -| (ao.center-|0,0);
end{scope}
end{tikzpicture}
end{frame}
end{document}
It generated the following drawing
The following comments should be fulfilled
the shaded areas should be confined below the blue curve, to the
x-axis.there should be no line connecting the nodes on the blue curve with
position (0,0).the relations to y60 and y20 are not correct.
tikz-pgf path-clipping
edited Feb 7 at 6:28
Martin Scharrer♦
204k47652825
asked Feb 7 at 6:05
HanyHany
1,257417
add a comment |
3
I am trying to draw the following graph, but I failed to achieve it.
What is wrong with this code
documentclass{beamer}
beamertemplatenavigationsymbolsempty
usepackage{verbatim}
usepackage{tikz}
usepackage{pgfplots}
usetikzlibrary{calc, backgrounds}
begin{document}
begin{frame}[t]
frametitle{}
begin{tikzpicture}[scale=.9, transform shape]
pgfmathsetmacro{incrmnty}{.86}
pgfmathsetmacro{incrmntx}{.86}
draw [thick](0,0) -- (incrmntx*10,0);
draw [thick](0,0) -- (0,incrmnty*10);
foreach y [evaluate=y as aff using int(y*10)]in {0,2,4,...,10}{ draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);}
foreach x [evaluate=x as aff using int(x*10)]in {0,2,4,...,10}{ draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);}
draw [very thick, blue, looseness=.9] (0,0) to [out=15, in=-110] node [pos=.0] (ao) {} node [pos=.08] (aw){} node [pos=.146] (ah) {} node [pos=.24] (af) {} node [pos=.306] (av) {} node [pos=.4] (ax) {} node [pos=.484] (as) {} node [pos=.58] (ag) {} node [pos=.704] (an) {} node [pos=.8] (at) {} node [pos=1.] (aa) {} (incrmntx*10,incrmnty*10);
draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
path[clip] (0,0) to [out=15, in=-110] (incrmntx*10,incrmnty*10);
begin{scope}[on background layer]
draw [thick, black!80!white, fill=black!65!white] (aa.center) node [black, xshift=.36cm, yshift=-3.cm] {} |- (aa.center|-0,0) -- (0,0) -- (aa.center);
draw [thick, black!80!white, fill=black!60!white] (at.center) node [black, xshift=.36cm, yshift=-3.cm] {$bf A_10$} |- (at.center|-0,0) -- (0,0) -- (at.center) -| (at.center-|0,0);
draw [thick, black!80!white, fill=black!55!white] (an.center) node [black, xshift=.28cm, yshift=-2.4cm] {$bf A_9$} |- (an.center|-0,0) -- (0,0) -- (an.center) -| (an.center-|0,0);
draw [thick, black!80!white, fill=black!50!white] (ag.center) node [black, xshift=.28cm, yshift=-2.cm] {$bf A_8$} |- (ag.center|-0,0) -- (0,0) -- (ag.center) -| (ag.center-|0,0);
draw [thick, black!80!white, fill=black!45!white] (as.center) node [black, xshift=.28cm, yshift=-1.46cm] {$bf A_7$} |- (as.center|-0,0) -- (0,0) -- (as.center) -| (as.center-|0,0);
draw [thick, black!80!white, fill=black!40!white] (ax.center) node [black, xshift=.28cm, yshift=-1.2cm] {$bf A_6$} |- (ax.center|-0,0)-- (0,0) -- (ax.center) -| (ax.center-|0,0);
draw [thick, black!80!white, fill=black!35!white] (av.center) node [black, xshift=.28cm, yshift=-.9cm] {$bf A_5$} |- (av.center|-0,0) -- (0,0) -- (av.center) -| (av.center-|0,0);
draw [thick, black!80!white, fill=black!30!white] (af.center) node [black, xshift=.28cm, yshift=-.68cm] {$bf A_4$} |- (af.center|-0,0)-- (0,0) -- (af.center) -| (af.center-|0,0);
draw [thick, black!80!white, fill=black!25!white] (ah.center) node [black, xshift=.28cm, yshift=-.4cm] {$bf A_3$} |- (ah.center|-0,0) -- (0,0) -- (ah.center) -| (ah.center-|0,0);
draw [thick, black!80!white, fill=black!20!white] (aw.center) node [black, xshift=.28cm, yshift=-.16cm] {$bf A_2$} |- (aw.center|-0,0) -- (0,0) -- (aw.center) -| (aw.center-|0,0);
draw [thick, black!80!white, fill=black!20!white] (ao.center) node [black, xshift=.8cm, yshift=0cm] {$bf A_1$} |- (ao.center|-0,0) -- (0,0) -- (ao.center) -| (ao.center-|0,0);
end{scope}
end{tikzpicture}
end{frame}
end{document}
It generated the following drawing
The following comments should be fulfilled
the shaded areas should be confined below the blue curve, to the
x-axis.there should be no line connecting the nodes on the blue curve with
position (0,0).the relations to y60 and y20 are not correct.
tikz-pgf path-clipping
edited Feb 7 at 6:28
Martin Scharrer♦
204k47652825
asked Feb 7 at 6:05
HanyHany
1,257417
add a comment |
3
3
3
I am trying to draw the following graph, but I failed to achieve it.
What is wrong with this code
documentclass{beamer}
beamertemplatenavigationsymbolsempty
usepackage{verbatim}
usepackage{tikz}
usepackage{pgfplots}
usetikzlibrary{calc, backgrounds}
begin{document}
begin{frame}[t]
frametitle{}
begin{tikzpicture}[scale=.9, transform shape]
pgfmathsetmacro{incrmnty}{.86}
pgfmathsetmacro{incrmntx}{.86}
draw [thick](0,0) -- (incrmntx*10,0);
draw [thick](0,0) -- (0,incrmnty*10);
foreach y [evaluate=y as aff using int(y*10)]in {0,2,4,...,10}{ draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);}
foreach x [evaluate=x as aff using int(x*10)]in {0,2,4,...,10}{ draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);}
draw [very thick, blue, looseness=.9] (0,0) to [out=15, in=-110] node [pos=.0] (ao) {} node [pos=.08] (aw){} node [pos=.146] (ah) {} node [pos=.24] (af) {} node [pos=.306] (av) {} node [pos=.4] (ax) {} node [pos=.484] (as) {} node [pos=.58] (ag) {} node [pos=.704] (an) {} node [pos=.8] (at) {} node [pos=1.] (aa) {} (incrmntx*10,incrmnty*10);
draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
path[clip] (0,0) to [out=15, in=-110] (incrmntx*10,incrmnty*10);
begin{scope}[on background layer]
draw [thick, black!80!white, fill=black!65!white] (aa.center) node [black, xshift=.36cm, yshift=-3.cm] {} |- (aa.center|-0,0) -- (0,0) -- (aa.center);
draw [thick, black!80!white, fill=black!60!white] (at.center) node [black, xshift=.36cm, yshift=-3.cm] {$bf A_10$} |- (at.center|-0,0) -- (0,0) -- (at.center) -| (at.center-|0,0);
draw [thick, black!80!white, fill=black!55!white] (an.center) node [black, xshift=.28cm, yshift=-2.4cm] {$bf A_9$} |- (an.center|-0,0) -- (0,0) -- (an.center) -| (an.center-|0,0);
draw [thick, black!80!white, fill=black!50!white] (ag.center) node [black, xshift=.28cm, yshift=-2.cm] {$bf A_8$} |- (ag.center|-0,0) -- (0,0) -- (ag.center) -| (ag.center-|0,0);
draw [thick, black!80!white, fill=black!45!white] (as.center) node [black, xshift=.28cm, yshift=-1.46cm] {$bf A_7$} |- (as.center|-0,0) -- (0,0) -- (as.center) -| (as.center-|0,0);
draw [thick, black!80!white, fill=black!40!white] (ax.center) node [black, xshift=.28cm, yshift=-1.2cm] {$bf A_6$} |- (ax.center|-0,0)-- (0,0) -- (ax.center) -| (ax.center-|0,0);
draw [thick, black!80!white, fill=black!35!white] (av.center) node [black, xshift=.28cm, yshift=-.9cm] {$bf A_5$} |- (av.center|-0,0) -- (0,0) -- (av.center) -| (av.center-|0,0);
draw [thick, black!80!white, fill=black!30!white] (af.center) node [black, xshift=.28cm, yshift=-.68cm] {$bf A_4$} |- (af.center|-0,0)-- (0,0) -- (af.center) -| (af.center-|0,0);
draw [thick, black!80!white, fill=black!25!white] (ah.center) node [black, xshift=.28cm, yshift=-.4cm] {$bf A_3$} |- (ah.center|-0,0) -- (0,0) -- (ah.center) -| (ah.center-|0,0);
draw [thick, black!80!white, fill=black!20!white] (aw.center) node [black, xshift=.28cm, yshift=-.16cm] {$bf A_2$} |- (aw.center|-0,0) -- (0,0) -- (aw.center) -| (aw.center-|0,0);
draw [thick, black!80!white, fill=black!20!white] (ao.center) node [black, xshift=.8cm, yshift=0cm] {$bf A_1$} |- (ao.center|-0,0) -- (0,0) -- (ao.center) -| (ao.center-|0,0);
end{scope}
end{tikzpicture}
end{frame}
end{document}
It generated the following drawing
The following comments should be fulfilled
the shaded areas should be confined below the blue curve, to the
x-axis.there should be no line connecting the nodes on the blue curve with
position (0,0).the relations to y60 and y20 are not correct.
tikz-pgf path-clipping
edited Feb 7 at 6:28
Martin Scharrer♦
204k47652825
asked Feb 7 at 6:05
HanyHany
1,257417
I am trying to draw the following graph, but I failed to achieve it.
What is wrong with this code
documentclass{beamer}
beamertemplatenavigationsymbolsempty
usepackage{verbatim}
usepackage{tikz}
usepackage{pgfplots}
usetikzlibrary{calc, backgrounds}
begin{document}
begin{frame}[t]
frametitle{}
begin{tikzpicture}[scale=.9, transform shape]
pgfmathsetmacro{incrmnty}{.86}
pgfmathsetmacro{incrmntx}{.86}
draw [thick](0,0) -- (incrmntx*10,0);
draw [thick](0,0) -- (0,incrmnty*10);
foreach y [evaluate=y as aff using int(y*10)]in {0,2,4,...,10}{ draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);}
foreach x [evaluate=x as aff using int(x*10)]in {0,2,4,...,10}{ draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);}
draw [very thick, blue, looseness=.9] (0,0) to [out=15, in=-110] node [pos=.0] (ao) {} node [pos=.08] (aw){} node [pos=.146] (ah) {} node [pos=.24] (af) {} node [pos=.306] (av) {} node [pos=.4] (ax) {} node [pos=.484] (as) {} node [pos=.58] (ag) {} node [pos=.704] (an) {} node [pos=.8] (at) {} node [pos=1.] (aa) {} (incrmntx*10,incrmnty*10);
draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
path[clip] (0,0) to [out=15, in=-110] (incrmntx*10,incrmnty*10);
begin{scope}[on background layer]
draw [thick, black!80!white, fill=black!65!white] (aa.center) node [black, xshift=.36cm, yshift=-3.cm] {} |- (aa.center|-0,0) -- (0,0) -- (aa.center);
draw [thick, black!80!white, fill=black!60!white] (at.center) node [black, xshift=.36cm, yshift=-3.cm] {$bf A_10$} |- (at.center|-0,0) -- (0,0) -- (at.center) -| (at.center-|0,0);
draw [thick, black!80!white, fill=black!55!white] (an.center) node [black, xshift=.28cm, yshift=-2.4cm] {$bf A_9$} |- (an.center|-0,0) -- (0,0) -- (an.center) -| (an.center-|0,0);
draw [thick, black!80!white, fill=black!50!white] (ag.center) node [black, xshift=.28cm, yshift=-2.cm] {$bf A_8$} |- (ag.center|-0,0) -- (0,0) -- (ag.center) -| (ag.center-|0,0);
draw [thick, black!80!white, fill=black!45!white] (as.center) node [black, xshift=.28cm, yshift=-1.46cm] {$bf A_7$} |- (as.center|-0,0) -- (0,0) -- (as.center) -| (as.center-|0,0);
draw [thick, black!80!white, fill=black!40!white] (ax.center) node [black, xshift=.28cm, yshift=-1.2cm] {$bf A_6$} |- (ax.center|-0,0)-- (0,0) -- (ax.center) -| (ax.center-|0,0);
draw [thick, black!80!white, fill=black!35!white] (av.center) node [black, xshift=.28cm, yshift=-.9cm] {$bf A_5$} |- (av.center|-0,0) -- (0,0) -- (av.center) -| (av.center-|0,0);
draw [thick, black!80!white, fill=black!30!white] (af.center) node [black, xshift=.28cm, yshift=-.68cm] {$bf A_4$} |- (af.center|-0,0)-- (0,0) -- (af.center) -| (af.center-|0,0);
draw [thick, black!80!white, fill=black!25!white] (ah.center) node [black, xshift=.28cm, yshift=-.4cm] {$bf A_3$} |- (ah.center|-0,0) -- (0,0) -- (ah.center) -| (ah.center-|0,0);
draw [thick, black!80!white, fill=black!20!white] (aw.center) node [black, xshift=.28cm, yshift=-.16cm] {$bf A_2$} |- (aw.center|-0,0) -- (0,0) -- (aw.center) -| (aw.center-|0,0);
draw [thick, black!80!white, fill=black!20!white] (ao.center) node [black, xshift=.8cm, yshift=0cm] {$bf A_1$} |- (ao.center|-0,0) -- (0,0) -- (ao.center) -| (ao.center-|0,0);
end{scope}
end{tikzpicture}
end{frame}
end{document}
It generated the following drawing
The following comments should be fulfilled
the shaded areas should be confined below the blue curve, to the
x-axis.there should be no line connecting the nodes on the blue curve with
position (0,0).the relations to y60 and y20 are not correct.
tikz-pgf path-clipping
tikz-pgf path-clipping
edited Feb 7 at 6:28
Martin Scharrer♦
204k47652825
asked Feb 7 at 6:05
HanyHany
1,257417
edited Feb 7 at 6:28
Martin Scharrer♦
204k47652825
asked Feb 7 at 6:05
HanyHany
1,257417
edited Feb 7 at 6:28
Martin Scharrer♦
204k47652825
edited Feb 7 at 6:28
Martin Scharrer♦
204k47652825
edited Feb 7 at 6:28
Martin Scharrer♦
204k47652825
204k47652825
asked Feb 7 at 6:05
HanyHany
1,257417
asked Feb 7 at 6:05
HanyHany
1,257417
asked Feb 7 at 6:05
HanyHany
1,257417
1,257417
add a comment |
add a comment |
3 Answers
3
active
oldest
votes
4
Similar to Martin Scharrer's nice answer but with loops to make the code shorter. (And yes, the looseness was missing in the clip path.)
documentclass{beamer}
beamertemplatenavigationsymbolsempty
usepackage{verbatim}
usepackage{tikz}
usetikzlibrary{backgrounds}
begin{document}
begin{frame}[t]
frametitle{}
begin{tikzpicture}[scale=.9, transform shape]
pgfmathsetmacro{incrmnty}{.86}
pgfmathsetmacro{incrmntx}{.86}
draw [thick](0,0) -- (incrmntx*10,0);
draw [thick](0,0) -- (0,incrmnty*10);
foreach y [evaluate=y as aff using int(y*10)]in {0,2,4,...,10}
{ draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);}
foreach x [evaluate=x as aff using int(x*10)]in {0,2,4,...,10}
{ draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);}
draw [very thick, blue] (0,0) to [out=15, in=-110, looseness=.9]
coordinate [pos=.0] (ao) coordinate [pos=.08] (aw) coordinate [pos=.146] (ah)
coordinate [pos=.24] (af) coordinate [pos=.306] (av) coordinate [pos=.4] (ax)
coordinate [pos=.484] (as) coordinate [pos=.58] (ag) coordinate [pos=.704] (an)
coordinate [pos=.8] (at) coordinate [pos=1.] (aa) (incrmntx*10,incrmnty*10);
draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
begin{scope}[on background layer]
path[clip,postaction={draw,green,line width=1mm}] (0,0)
to [out=15, in=-110, looseness=.9] (incrmntx*10,incrmnty*10) |- cycle;
foreach X [count=Y,evaluate=Y as Z using {int(12-Y)}] in {aa,at,an,ag,as,ax,av,af,ah,aw,ao}
{pgfmathtruncatemacro{fullness}{70-5*Y}
draw [thick, black!80!white, fill=black!fullness!white]
(0,0) -- (X.center) |- cycle ;}
end{scope}
foreach X [count=Y,evaluate=Y as Z using {int(11-Y)}] in {at,an,ag,as,ax,av,af,ah,aw,ao}
draw [thick] (X.center|-0,0) |- (X.center-| (0,0)node[pos=0.25,right]{$boldsymbol{A_{Z}}$};
end{tikzpicture}
end{frame}
end{document}
answered Feb 7 at 6:35
marmotmarmot
113k5145274
Thank you all very very much. Both (Martin Scharrer/marmot) and (AndréC) codes gave me what I was looking for.
– Hany
Feb 7 at 8:06
add a comment |
6
You need to place the clipping path into the scope, not before it, and close the clipping path with e.g. |- cycle or similar. Also you should need the same parameters as with the actual line. The looseness value was missing.
This solves points 1 and 2 of your list. I don't understand what you mean with point 3.
I also fixed your A_10 which needs to be written as A_{10}.
documentclass{beamer}
beamertemplatenavigationsymbolsempty
usepackage{verbatim}
usepackage{tikz}
usepackage{pgfplots}
usetikzlibrary{calc, backgrounds}
begin{document}
begin{frame}[t]
frametitle{}
begin{tikzpicture}[scale=.9, transform shape]
pgfmathsetmacro{incrmnty}{.86}
pgfmathsetmacro{incrmntx}{.86}
draw [thick](0,0) -- (incrmntx*10,0);
draw [thick](0,0) -- (0,incrmnty*10);
foreach y [evaluate=y as aff using int(y*10)] in {0,2,4,...,10}{
draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);
}
foreach x [evaluate=x as aff using int(x*10)] in {0,2,4,...,10}{
draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);
}
draw [very thick, blue, looseness=.9] (0,0) to [out=15, in=-110]
node [pos=.0] (ao) {}
node [pos=.08] (aw){}
node [pos=.146] (ah) {}
node [pos=.24] (af) {}
node [pos=.306] (av) {}
node [pos=.4] (ax) {}
node [pos=.484] (as) {}
node [pos=.58] (ag) {}
node [pos=.704] (an) {}
node [pos=.8] (at) {}
node [pos=1.] (aa) {}
(incrmntx*10,incrmnty*10);
draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
begin{scope}[on background layer]
path [clip, looseness=.9] (0,0) to [out=15, in=-110] (incrmntx*10,incrmnty*10) |- (0, -1) -- cycle;
draw [thick, black!80!white, fill=green!65!white] (aa.center) node [black, xshift=.36cm, yshift=-3.cm] {X} |- (aa.center|-0,0) -- (0,0) -- (aa.center);
draw [thick, black!80!white, fill=black!60!white] (at.center) node [black, xshift=.36cm, yshift=-3.cm] {$bf A_{10}$} |- (at.center|-0,0) -- (0,0) -- (at.center) -| (at.center-|0,0);
draw [thick, black!80!white, fill=black!55!white] (an.center) node [black, xshift=.28cm, yshift=-2.4cm] {$bf A_9$} |- (an.center|-0,0) -- (0,0) -- (an.center) -| (an.center-|0,0);
draw [thick, black!80!white, fill=black!50!white] (ag.center) node [black, xshift=.28cm, yshift=-2.cm] {$bf A_8$} |- (ag.center|-0,0) -- (0,0) -- (ag.center) -| (ag.center-|0,0);
draw [thick, black!80!white, fill=black!45!white] (as.center) node [black, xshift=.28cm, yshift=-1.46cm] {$bf A_7$} |- (as.center|-0,0) -- (0,0) -- (as.center) -| (as.center-|0,0);
draw [thick, black!80!white, fill=black!40!white] (ax.center) node [black, xshift=.28cm, yshift=-1.2cm] {$bf A_6$} |- (ax.center|-0,0)-- (0,0) -- (ax.center) -| (ax.center-|0,0);
draw [thick, black!80!white, fill=black!35!white] (av.center) node [black, xshift=.28cm, yshift=-.9cm] {$bf A_5$} |- (av.center|-0,0) -- (0,0) -- (av.center) -| (av.center-|0,0);
draw [thick, black!80!white, fill=black!30!white] (af.center) node [black, xshift=.28cm, yshift=-.68cm] {$bf A_4$} |- (af.center|-0,0)-- (0,0) -- (af.center) -| (af.center-|0,0);
draw [thick, black!80!white, fill=black!25!white] (ah.center) node [black, xshift=.28cm, yshift=-.4cm] {$bf A_3$} |- (ah.center|-0,0) -- (0,0) -- (ah.center) -| (ah.center-|0,0);
draw [thick, black!80!white, fill=black!20!white] (aw.center) node [black, xshift=.28cm, yshift=-.16cm] {$bf A_2$} |- (aw.center|-0,0) -- (0,0) -- (aw.center) -| (aw.center-|0,0);
draw [thick, black!80!white, fill=black!20!white] (ao.center) node [black, xshift=.8cm, yshift=0cm] {$bf A_1$} |- (ao.center|-0,0) -- (0,0) -- (ao.center) -| (ao.center-|0,0);
end{scope}
end{tikzpicture}
end{frame}
end{document}
answered Feb 7 at 6:33
Martin Scharrer♦Martin Scharrer
204k47652825
Thank you very much for your answer. I was confused which to accept as an answer; but marmot`s code was shorter.
– Hany
Feb 7 at 8:10
add a comment |
3
I have to go to work, I will come back this afternoon to explain the code if you need it. Sorry.
documentclass{beamer}
beamertemplatenavigationsymbolsempty
usepackage{verbatim}
usepackage{tikz}
usepackage{pgfplots}
usetikzlibrary{calc, backgrounds}
begin{document}
begin{frame}[t]
frametitle{}
begin{tikzpicture}[scale=.9, transform shape]
pgfmathsetmacro{incrmnty}{.86}
pgfmathsetmacro{incrmntx}{.86}
draw [thick](0,0) -- (incrmntx*10,0);
draw [thick](0,0) -- (0,incrmnty*10);
foreach y [evaluate=y as aff using int(y*10)]in {0,2,4,...,10}{ draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);}
foreach x [evaluate=x as aff using int(x*10)]in {0,2,4,...,10}{
draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);
}
draw [very thick, blue, looseness=.9] (0,0) to [out=15, in=-110] node [pos=.0] (ao) {} node [pos=.08] (aw){} node [pos=.146] (ah) {} node [pos=.24] (af) {} node [pos=.306] (av) {} node [pos=.4] (ax) {} node [pos=.484] (as) {} node [pos=.58] (ag) {} node [pos=.704] (an) {} node [pos=.8] (at) {at} node [pos=1.] (aa) {} (incrmntx*10,incrmnty*10);
draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
path[clip] (0,0) to [out=15, in=-110] (incrmntx*10,incrmnty*10);
begin{scope}[on background layer]
draw [thick, black!80!white, fill=black!65!white] (aa.center |- 0,0)--(aa.center) --(at.center) |- (at.center |- 0,0) -- cycle;
draw [thick, black!80!white, fill=black!60!white] (at.center) node [black, xshift=.36cm, yshift=-3.cm] {$bf A_10$} --(an.center) |-(at.center |- 0,0) --cycle;
draw [thick, black!80!white, fill=black!55!white] (an.center) node [black, xshift=.28cm, yshift=-2.4cm] {$bf A_9$} -- (ag.center)|- (an.center|- 0,0) -- cycle;
draw [thick, black!80!white, fill=black!50!white] (ag.center) node [black, xshift=.28cm, yshift=-2.cm] {$bf A_8$} --(as.center) |- (ag.center|-0,0) -- cycle;
draw [thick, black!80!white, fill=black!45!white] (as.center) node [black, xshift=.28cm, yshift=-1.46cm] {$bf A_7$} --(ax.center)|- (as.center|-0,0) -- cycle;
draw [thick, black!80!white, fill=black!40!white] (ax.center) node [black, xshift=.28cm, yshift=-1.2cm] {$bf A_6$} -- (av.center)|- (ax.center|-0,0)-- cycle;
draw [thick, black!80!white, fill=black!35!white] (av.center) node [black, xshift=.28cm, yshift=-.9cm] {$bf A_5$} --(af.center)|- (av.center|-0,0) -- cycle;
draw [thick, black!80!white, fill=black!30!white] (af.center) node [black, xshift=.28cm, yshift=-.68cm] {$bf A_4$} --(ah.center)|- (af.center|-0,0)-- cycle;
draw [thick, black!80!white, fill=black!25!white] (ah.center) node [black, xshift=.28cm, yshift=-.4cm] {$bf A_3$} --(aw.center)|- (ah.center|-0,0) -- cycle;
draw [thick, black!80!white, fill=black!20!white] (aw.center) node [black, xshift=.28cm, yshift=-.16cm] {$bf A_2$} --(ao.center)|- (aw.center|-0,0) -- cycle;
%draw [thick, black!80!white, fill=black!20!white] (ao.center) node [black, xshift=.8cm, yshift=0cm] {$bf A_1$} |- (ao.center|-0,0) -- (0,0) -- (ao.center) -| (ao.center-|0,0);
end{scope}
end{tikzpicture}
end{frame}
end{document}
answered Feb 7 at 6:32
AndréCAndréC
10.5k11548
Thank you very much for your answer. Both your code and marmots are working fine. I was confused which to accept as an answer; but marmots code was shorter.
– Hany
Feb 7 at 8:09
@Hany It is preferable to accept answers whose code is understood. Not for aesthetic reasons.
– AndréC
Feb 7 at 13:12
Thank you AndréC for your answer. I agree with you. Your code is simpler and more understood. Both your answer and marmot`s answer are very good; and I was very confused which one to accept as an answer and which one as useful. I hope that the administrators can find a way to accept 2 answers. N.B. I added the next line for each node to draw the horizontal lines (draw [thick, black!40!white] (at.center) -| (at.center-|0,0);) which you did not mention, but I figured it out. Again thank you very much for your effort and time. I learned very much from your answers to my previous questions.
– Hany
Feb 7 at 18:28
@Hany You have not fully understood how this site works. You can wait several days before accepting an answer. And this is recommended by tex.stackexchange. This allows you to analyze each answer calmly, to ask for additional explanations. Take the time to analyze the answers. In addition, it allows others to answer later and ensures that your answer has been read by more people.
– AndréC
Feb 7 at 18:57
Let me see. You have the0of the10inA_{10}displaced, an undesiredatfloating around, no explanation whatsoever, no attempt to shorten the code. Is this why you feel your answer is better than the others?
– marmot
Feb 7 at 21:27
|
show 2 more comments
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3 Answers
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4
Similar to Martin Scharrer's nice answer but with loops to make the code shorter. (And yes, the looseness was missing in the clip path.)
documentclass{beamer}
beamertemplatenavigationsymbolsempty
usepackage{verbatim}
usepackage{tikz}
usetikzlibrary{backgrounds}
begin{document}
begin{frame}[t]
frametitle{}
begin{tikzpicture}[scale=.9, transform shape]
pgfmathsetmacro{incrmnty}{.86}
pgfmathsetmacro{incrmntx}{.86}
draw [thick](0,0) -- (incrmntx*10,0);
draw [thick](0,0) -- (0,incrmnty*10);
foreach y [evaluate=y as aff using int(y*10)]in {0,2,4,...,10}
{ draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);}
foreach x [evaluate=x as aff using int(x*10)]in {0,2,4,...,10}
{ draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);}
draw [very thick, blue] (0,0) to [out=15, in=-110, looseness=.9]
coordinate [pos=.0] (ao) coordinate [pos=.08] (aw) coordinate [pos=.146] (ah)
coordinate [pos=.24] (af) coordinate [pos=.306] (av) coordinate [pos=.4] (ax)
coordinate [pos=.484] (as) coordinate [pos=.58] (ag) coordinate [pos=.704] (an)
coordinate [pos=.8] (at) coordinate [pos=1.] (aa) (incrmntx*10,incrmnty*10);
draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
begin{scope}[on background layer]
path[clip,postaction={draw,green,line width=1mm}] (0,0)
to [out=15, in=-110, looseness=.9] (incrmntx*10,incrmnty*10) |- cycle;
foreach X [count=Y,evaluate=Y as Z using {int(12-Y)}] in {aa,at,an,ag,as,ax,av,af,ah,aw,ao}
{pgfmathtruncatemacro{fullness}{70-5*Y}
draw [thick, black!80!white, fill=black!fullness!white]
(0,0) -- (X.center) |- cycle ;}
end{scope}
foreach X [count=Y,evaluate=Y as Z using {int(11-Y)}] in {at,an,ag,as,ax,av,af,ah,aw,ao}
draw [thick] (X.center|-0,0) |- (X.center-| (0,0)node[pos=0.25,right]{$boldsymbol{A_{Z}}$};
end{tikzpicture}
end{frame}
end{document}
answered Feb 7 at 6:35
marmotmarmot
113k5145274
Thank you all very very much. Both (Martin Scharrer/marmot) and (AndréC) codes gave me what I was looking for.
– Hany
Feb 7 at 8:06
add a comment |
4
Similar to Martin Scharrer's nice answer but with loops to make the code shorter. (And yes, the looseness was missing in the clip path.)
documentclass{beamer}
beamertemplatenavigationsymbolsempty
usepackage{verbatim}
usepackage{tikz}
usetikzlibrary{backgrounds}
begin{document}
begin{frame}[t]
frametitle{}
begin{tikzpicture}[scale=.9, transform shape]
pgfmathsetmacro{incrmnty}{.86}
pgfmathsetmacro{incrmntx}{.86}
draw [thick](0,0) -- (incrmntx*10,0);
draw [thick](0,0) -- (0,incrmnty*10);
foreach y [evaluate=y as aff using int(y*10)]in {0,2,4,...,10}
{ draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);}
foreach x [evaluate=x as aff using int(x*10)]in {0,2,4,...,10}
{ draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);}
draw [very thick, blue] (0,0) to [out=15, in=-110, looseness=.9]
coordinate [pos=.0] (ao) coordinate [pos=.08] (aw) coordinate [pos=.146] (ah)
coordinate [pos=.24] (af) coordinate [pos=.306] (av) coordinate [pos=.4] (ax)
coordinate [pos=.484] (as) coordinate [pos=.58] (ag) coordinate [pos=.704] (an)
coordinate [pos=.8] (at) coordinate [pos=1.] (aa) (incrmntx*10,incrmnty*10);
draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
begin{scope}[on background layer]
path[clip,postaction={draw,green,line width=1mm}] (0,0)
to [out=15, in=-110, looseness=.9] (incrmntx*10,incrmnty*10) |- cycle;
foreach X [count=Y,evaluate=Y as Z using {int(12-Y)}] in {aa,at,an,ag,as,ax,av,af,ah,aw,ao}
{pgfmathtruncatemacro{fullness}{70-5*Y}
draw [thick, black!80!white, fill=black!fullness!white]
(0,0) -- (X.center) |- cycle ;}
end{scope}
foreach X [count=Y,evaluate=Y as Z using {int(11-Y)}] in {at,an,ag,as,ax,av,af,ah,aw,ao}
draw [thick] (X.center|-0,0) |- (X.center-| (0,0)node[pos=0.25,right]{$boldsymbol{A_{Z}}$};
end{tikzpicture}
end{frame}
end{document}
answered Feb 7 at 6:35
marmotmarmot
113k5145274
Thank you all very very much. Both (Martin Scharrer/marmot) and (AndréC) codes gave me what I was looking for.
– Hany
Feb 7 at 8:06
add a comment |
4
4
4
Similar to Martin Scharrer's nice answer but with loops to make the code shorter. (And yes, the looseness was missing in the clip path.)
documentclass{beamer}
beamertemplatenavigationsymbolsempty
usepackage{verbatim}
usepackage{tikz}
usetikzlibrary{backgrounds}
begin{document}
begin{frame}[t]
frametitle{}
begin{tikzpicture}[scale=.9, transform shape]
pgfmathsetmacro{incrmnty}{.86}
pgfmathsetmacro{incrmntx}{.86}
draw [thick](0,0) -- (incrmntx*10,0);
draw [thick](0,0) -- (0,incrmnty*10);
foreach y [evaluate=y as aff using int(y*10)]in {0,2,4,...,10}
{ draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);}
foreach x [evaluate=x as aff using int(x*10)]in {0,2,4,...,10}
{ draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);}
draw [very thick, blue] (0,0) to [out=15, in=-110, looseness=.9]
coordinate [pos=.0] (ao) coordinate [pos=.08] (aw) coordinate [pos=.146] (ah)
coordinate [pos=.24] (af) coordinate [pos=.306] (av) coordinate [pos=.4] (ax)
coordinate [pos=.484] (as) coordinate [pos=.58] (ag) coordinate [pos=.704] (an)
coordinate [pos=.8] (at) coordinate [pos=1.] (aa) (incrmntx*10,incrmnty*10);
draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
begin{scope}[on background layer]
path[clip,postaction={draw,green,line width=1mm}] (0,0)
to [out=15, in=-110, looseness=.9] (incrmntx*10,incrmnty*10) |- cycle;
foreach X [count=Y,evaluate=Y as Z using {int(12-Y)}] in {aa,at,an,ag,as,ax,av,af,ah,aw,ao}
{pgfmathtruncatemacro{fullness}{70-5*Y}
draw [thick, black!80!white, fill=black!fullness!white]
(0,0) -- (X.center) |- cycle ;}
end{scope}
foreach X [count=Y,evaluate=Y as Z using {int(11-Y)}] in {at,an,ag,as,ax,av,af,ah,aw,ao}
draw [thick] (X.center|-0,0) |- (X.center-| (0,0)node[pos=0.25,right]{$boldsymbol{A_{Z}}$};
end{tikzpicture}
end{frame}
end{document}
answered Feb 7 at 6:35
marmotmarmot
113k5145274
Similar to Martin Scharrer's nice answer but with loops to make the code shorter. (And yes, the looseness was missing in the clip path.)
documentclass{beamer}
beamertemplatenavigationsymbolsempty
usepackage{verbatim}
usepackage{tikz}
usetikzlibrary{backgrounds}
begin{document}
begin{frame}[t]
frametitle{}
begin{tikzpicture}[scale=.9, transform shape]
pgfmathsetmacro{incrmnty}{.86}
pgfmathsetmacro{incrmntx}{.86}
draw [thick](0,0) -- (incrmntx*10,0);
draw [thick](0,0) -- (0,incrmnty*10);
foreach y [evaluate=y as aff using int(y*10)]in {0,2,4,...,10}
{ draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);}
foreach x [evaluate=x as aff using int(x*10)]in {0,2,4,...,10}
{ draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);}
draw [very thick, blue] (0,0) to [out=15, in=-110, looseness=.9]
coordinate [pos=.0] (ao) coordinate [pos=.08] (aw) coordinate [pos=.146] (ah)
coordinate [pos=.24] (af) coordinate [pos=.306] (av) coordinate [pos=.4] (ax)
coordinate [pos=.484] (as) coordinate [pos=.58] (ag) coordinate [pos=.704] (an)
coordinate [pos=.8] (at) coordinate [pos=1.] (aa) (incrmntx*10,incrmnty*10);
draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
begin{scope}[on background layer]
path[clip,postaction={draw,green,line width=1mm}] (0,0)
to [out=15, in=-110, looseness=.9] (incrmntx*10,incrmnty*10) |- cycle;
foreach X [count=Y,evaluate=Y as Z using {int(12-Y)}] in {aa,at,an,ag,as,ax,av,af,ah,aw,ao}
{pgfmathtruncatemacro{fullness}{70-5*Y}
draw [thick, black!80!white, fill=black!fullness!white]
(0,0) -- (X.center) |- cycle ;}
end{scope}
foreach X [count=Y,evaluate=Y as Z using {int(11-Y)}] in {at,an,ag,as,ax,av,af,ah,aw,ao}
draw [thick] (X.center|-0,0) |- (X.center-| (0,0)node[pos=0.25,right]{$boldsymbol{A_{Z}}$};
end{tikzpicture}
end{frame}
end{document}
answered Feb 7 at 6:35
marmotmarmot
113k5145274
edited Feb 7 at 6:40
answered Feb 7 at 6:35
marmotmarmot
113k5145274
answered Feb 7 at 6:35
marmotmarmot
113k5145274
answered Feb 7 at 6:35
marmotmarmot
113k5145274
113k5145274
Thank you all very very much. Both (Martin Scharrer/marmot) and (AndréC) codes gave me what I was looking for.
– Hany
Feb 7 at 8:06
add a comment |
Thank you all very very much. Both (Martin Scharrer/marmot) and (AndréC) codes gave me what I was looking for.
– Hany
Feb 7 at 8:06
Thank you all very very much. Both (Martin Scharrer/marmot) and (AndréC) codes gave me what I was looking for.
– Hany
Feb 7 at 8:06
Thank you all very very much. Both (Martin Scharrer/marmot) and (AndréC) codes gave me what I was looking for.
– Hany
Feb 7 at 8:06
add a comment |
6
You need to place the clipping path into the scope, not before it, and close the clipping path with e.g. |- cycle or similar. Also you should need the same parameters as with the actual line. The looseness value was missing.
This solves points 1 and 2 of your list. I don't understand what you mean with point 3.
I also fixed your A_10 which needs to be written as A_{10}.
documentclass{beamer}
beamertemplatenavigationsymbolsempty
usepackage{verbatim}
usepackage{tikz}
usepackage{pgfplots}
usetikzlibrary{calc, backgrounds}
begin{document}
begin{frame}[t]
frametitle{}
begin{tikzpicture}[scale=.9, transform shape]
pgfmathsetmacro{incrmnty}{.86}
pgfmathsetmacro{incrmntx}{.86}
draw [thick](0,0) -- (incrmntx*10,0);
draw [thick](0,0) -- (0,incrmnty*10);
foreach y [evaluate=y as aff using int(y*10)] in {0,2,4,...,10}{
draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);
}
foreach x [evaluate=x as aff using int(x*10)] in {0,2,4,...,10}{
draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);
}
draw [very thick, blue, looseness=.9] (0,0) to [out=15, in=-110]
node [pos=.0] (ao) {}
node [pos=.08] (aw){}
node [pos=.146] (ah) {}
node [pos=.24] (af) {}
node [pos=.306] (av) {}
node [pos=.4] (ax) {}
node [pos=.484] (as) {}
node [pos=.58] (ag) {}
node [pos=.704] (an) {}
node [pos=.8] (at) {}
node [pos=1.] (aa) {}
(incrmntx*10,incrmnty*10);
draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
begin{scope}[on background layer]
path [clip, looseness=.9] (0,0) to [out=15, in=-110] (incrmntx*10,incrmnty*10) |- (0, -1) -- cycle;
draw [thick, black!80!white, fill=green!65!white] (aa.center) node [black, xshift=.36cm, yshift=-3.cm] {X} |- (aa.center|-0,0) -- (0,0) -- (aa.center);
draw [thick, black!80!white, fill=black!60!white] (at.center) node [black, xshift=.36cm, yshift=-3.cm] {$bf A_{10}$} |- (at.center|-0,0) -- (0,0) -- (at.center) -| (at.center-|0,0);
draw [thick, black!80!white, fill=black!55!white] (an.center) node [black, xshift=.28cm, yshift=-2.4cm] {$bf A_9$} |- (an.center|-0,0) -- (0,0) -- (an.center) -| (an.center-|0,0);
draw [thick, black!80!white, fill=black!50!white] (ag.center) node [black, xshift=.28cm, yshift=-2.cm] {$bf A_8$} |- (ag.center|-0,0) -- (0,0) -- (ag.center) -| (ag.center-|0,0);
draw [thick, black!80!white, fill=black!45!white] (as.center) node [black, xshift=.28cm, yshift=-1.46cm] {$bf A_7$} |- (as.center|-0,0) -- (0,0) -- (as.center) -| (as.center-|0,0);
draw [thick, black!80!white, fill=black!40!white] (ax.center) node [black, xshift=.28cm, yshift=-1.2cm] {$bf A_6$} |- (ax.center|-0,0)-- (0,0) -- (ax.center) -| (ax.center-|0,0);
draw [thick, black!80!white, fill=black!35!white] (av.center) node [black, xshift=.28cm, yshift=-.9cm] {$bf A_5$} |- (av.center|-0,0) -- (0,0) -- (av.center) -| (av.center-|0,0);
draw [thick, black!80!white, fill=black!30!white] (af.center) node [black, xshift=.28cm, yshift=-.68cm] {$bf A_4$} |- (af.center|-0,0)-- (0,0) -- (af.center) -| (af.center-|0,0);
draw [thick, black!80!white, fill=black!25!white] (ah.center) node [black, xshift=.28cm, yshift=-.4cm] {$bf A_3$} |- (ah.center|-0,0) -- (0,0) -- (ah.center) -| (ah.center-|0,0);
draw [thick, black!80!white, fill=black!20!white] (aw.center) node [black, xshift=.28cm, yshift=-.16cm] {$bf A_2$} |- (aw.center|-0,0) -- (0,0) -- (aw.center) -| (aw.center-|0,0);
draw [thick, black!80!white, fill=black!20!white] (ao.center) node [black, xshift=.8cm, yshift=0cm] {$bf A_1$} |- (ao.center|-0,0) -- (0,0) -- (ao.center) -| (ao.center-|0,0);
end{scope}
end{tikzpicture}
end{frame}
end{document}
answered Feb 7 at 6:33
Martin Scharrer♦Martin Scharrer
204k47652825
Thank you very much for your answer. I was confused which to accept as an answer; but marmot`s code was shorter.
– Hany
Feb 7 at 8:10
add a comment |
6
You need to place the clipping path into the scope, not before it, and close the clipping path with e.g. |- cycle or similar. Also you should need the same parameters as with the actual line. The looseness value was missing.
This solves points 1 and 2 of your list. I don't understand what you mean with point 3.
I also fixed your A_10 which needs to be written as A_{10}.
documentclass{beamer}
beamertemplatenavigationsymbolsempty
usepackage{verbatim}
usepackage{tikz}
usepackage{pgfplots}
usetikzlibrary{calc, backgrounds}
begin{document}
begin{frame}[t]
frametitle{}
begin{tikzpicture}[scale=.9, transform shape]
pgfmathsetmacro{incrmnty}{.86}
pgfmathsetmacro{incrmntx}{.86}
draw [thick](0,0) -- (incrmntx*10,0);
draw [thick](0,0) -- (0,incrmnty*10);
foreach y [evaluate=y as aff using int(y*10)] in {0,2,4,...,10}{
draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);
}
foreach x [evaluate=x as aff using int(x*10)] in {0,2,4,...,10}{
draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);
}
draw [very thick, blue, looseness=.9] (0,0) to [out=15, in=-110]
node [pos=.0] (ao) {}
node [pos=.08] (aw){}
node [pos=.146] (ah) {}
node [pos=.24] (af) {}
node [pos=.306] (av) {}
node [pos=.4] (ax) {}
node [pos=.484] (as) {}
node [pos=.58] (ag) {}
node [pos=.704] (an) {}
node [pos=.8] (at) {}
node [pos=1.] (aa) {}
(incrmntx*10,incrmnty*10);
draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
begin{scope}[on background layer]
path [clip, looseness=.9] (0,0) to [out=15, in=-110] (incrmntx*10,incrmnty*10) |- (0, -1) -- cycle;
draw [thick, black!80!white, fill=green!65!white] (aa.center) node [black, xshift=.36cm, yshift=-3.cm] {X} |- (aa.center|-0,0) -- (0,0) -- (aa.center);
draw [thick, black!80!white, fill=black!60!white] (at.center) node [black, xshift=.36cm, yshift=-3.cm] {$bf A_{10}$} |- (at.center|-0,0) -- (0,0) -- (at.center) -| (at.center-|0,0);
draw [thick, black!80!white, fill=black!55!white] (an.center) node [black, xshift=.28cm, yshift=-2.4cm] {$bf A_9$} |- (an.center|-0,0) -- (0,0) -- (an.center) -| (an.center-|0,0);
draw [thick, black!80!white, fill=black!50!white] (ag.center) node [black, xshift=.28cm, yshift=-2.cm] {$bf A_8$} |- (ag.center|-0,0) -- (0,0) -- (ag.center) -| (ag.center-|0,0);
draw [thick, black!80!white, fill=black!45!white] (as.center) node [black, xshift=.28cm, yshift=-1.46cm] {$bf A_7$} |- (as.center|-0,0) -- (0,0) -- (as.center) -| (as.center-|0,0);
draw [thick, black!80!white, fill=black!40!white] (ax.center) node [black, xshift=.28cm, yshift=-1.2cm] {$bf A_6$} |- (ax.center|-0,0)-- (0,0) -- (ax.center) -| (ax.center-|0,0);
draw [thick, black!80!white, fill=black!35!white] (av.center) node [black, xshift=.28cm, yshift=-.9cm] {$bf A_5$} |- (av.center|-0,0) -- (0,0) -- (av.center) -| (av.center-|0,0);
draw [thick, black!80!white, fill=black!30!white] (af.center) node [black, xshift=.28cm, yshift=-.68cm] {$bf A_4$} |- (af.center|-0,0)-- (0,0) -- (af.center) -| (af.center-|0,0);
draw [thick, black!80!white, fill=black!25!white] (ah.center) node [black, xshift=.28cm, yshift=-.4cm] {$bf A_3$} |- (ah.center|-0,0) -- (0,0) -- (ah.center) -| (ah.center-|0,0);
draw [thick, black!80!white, fill=black!20!white] (aw.center) node [black, xshift=.28cm, yshift=-.16cm] {$bf A_2$} |- (aw.center|-0,0) -- (0,0) -- (aw.center) -| (aw.center-|0,0);
draw [thick, black!80!white, fill=black!20!white] (ao.center) node [black, xshift=.8cm, yshift=0cm] {$bf A_1$} |- (ao.center|-0,0) -- (0,0) -- (ao.center) -| (ao.center-|0,0);
end{scope}
end{tikzpicture}
end{frame}
end{document}
answered Feb 7 at 6:33
Martin Scharrer♦Martin Scharrer
204k47652825
Thank you very much for your answer. I was confused which to accept as an answer; but marmot`s code was shorter.
– Hany
Feb 7 at 8:10
add a comment |
6
6
6
You need to place the clipping path into the scope, not before it, and close the clipping path with e.g. |- cycle or similar. Also you should need the same parameters as with the actual line. The looseness value was missing.
This solves points 1 and 2 of your list. I don't understand what you mean with point 3.
I also fixed your A_10 which needs to be written as A_{10}.
documentclass{beamer}
beamertemplatenavigationsymbolsempty
usepackage{verbatim}
usepackage{tikz}
usepackage{pgfplots}
usetikzlibrary{calc, backgrounds}
begin{document}
begin{frame}[t]
frametitle{}
begin{tikzpicture}[scale=.9, transform shape]
pgfmathsetmacro{incrmnty}{.86}
pgfmathsetmacro{incrmntx}{.86}
draw [thick](0,0) -- (incrmntx*10,0);
draw [thick](0,0) -- (0,incrmnty*10);
foreach y [evaluate=y as aff using int(y*10)] in {0,2,4,...,10}{
draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);
}
foreach x [evaluate=x as aff using int(x*10)] in {0,2,4,...,10}{
draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);
}
draw [very thick, blue, looseness=.9] (0,0) to [out=15, in=-110]
node [pos=.0] (ao) {}
node [pos=.08] (aw){}
node [pos=.146] (ah) {}
node [pos=.24] (af) {}
node [pos=.306] (av) {}
node [pos=.4] (ax) {}
node [pos=.484] (as) {}
node [pos=.58] (ag) {}
node [pos=.704] (an) {}
node [pos=.8] (at) {}
node [pos=1.] (aa) {}
(incrmntx*10,incrmnty*10);
draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
begin{scope}[on background layer]
path [clip, looseness=.9] (0,0) to [out=15, in=-110] (incrmntx*10,incrmnty*10) |- (0, -1) -- cycle;
draw [thick, black!80!white, fill=green!65!white] (aa.center) node [black, xshift=.36cm, yshift=-3.cm] {X} |- (aa.center|-0,0) -- (0,0) -- (aa.center);
draw [thick, black!80!white, fill=black!60!white] (at.center) node [black, xshift=.36cm, yshift=-3.cm] {$bf A_{10}$} |- (at.center|-0,0) -- (0,0) -- (at.center) -| (at.center-|0,0);
draw [thick, black!80!white, fill=black!55!white] (an.center) node [black, xshift=.28cm, yshift=-2.4cm] {$bf A_9$} |- (an.center|-0,0) -- (0,0) -- (an.center) -| (an.center-|0,0);
draw [thick, black!80!white, fill=black!50!white] (ag.center) node [black, xshift=.28cm, yshift=-2.cm] {$bf A_8$} |- (ag.center|-0,0) -- (0,0) -- (ag.center) -| (ag.center-|0,0);
draw [thick, black!80!white, fill=black!45!white] (as.center) node [black, xshift=.28cm, yshift=-1.46cm] {$bf A_7$} |- (as.center|-0,0) -- (0,0) -- (as.center) -| (as.center-|0,0);
draw [thick, black!80!white, fill=black!40!white] (ax.center) node [black, xshift=.28cm, yshift=-1.2cm] {$bf A_6$} |- (ax.center|-0,0)-- (0,0) -- (ax.center) -| (ax.center-|0,0);
draw [thick, black!80!white, fill=black!35!white] (av.center) node [black, xshift=.28cm, yshift=-.9cm] {$bf A_5$} |- (av.center|-0,0) -- (0,0) -- (av.center) -| (av.center-|0,0);
draw [thick, black!80!white, fill=black!30!white] (af.center) node [black, xshift=.28cm, yshift=-.68cm] {$bf A_4$} |- (af.center|-0,0)-- (0,0) -- (af.center) -| (af.center-|0,0);
draw [thick, black!80!white, fill=black!25!white] (ah.center) node [black, xshift=.28cm, yshift=-.4cm] {$bf A_3$} |- (ah.center|-0,0) -- (0,0) -- (ah.center) -| (ah.center-|0,0);
draw [thick, black!80!white, fill=black!20!white] (aw.center) node [black, xshift=.28cm, yshift=-.16cm] {$bf A_2$} |- (aw.center|-0,0) -- (0,0) -- (aw.center) -| (aw.center-|0,0);
draw [thick, black!80!white, fill=black!20!white] (ao.center) node [black, xshift=.8cm, yshift=0cm] {$bf A_1$} |- (ao.center|-0,0) -- (0,0) -- (ao.center) -| (ao.center-|0,0);
end{scope}
end{tikzpicture}
end{frame}
end{document}
answered Feb 7 at 6:33
Martin Scharrer♦Martin Scharrer
204k47652825
You need to place the clipping path into the scope, not before it, and close the clipping path with e.g. |- cycle or similar. Also you should need the same parameters as with the actual line. The looseness value was missing.
This solves points 1 and 2 of your list. I don't understand what you mean with point 3.
I also fixed your A_10 which needs to be written as A_{10}.
documentclass{beamer}
beamertemplatenavigationsymbolsempty
usepackage{verbatim}
usepackage{tikz}
usepackage{pgfplots}
usetikzlibrary{calc, backgrounds}
begin{document}
begin{frame}[t]
frametitle{}
begin{tikzpicture}[scale=.9, transform shape]
pgfmathsetmacro{incrmnty}{.86}
pgfmathsetmacro{incrmntx}{.86}
draw [thick](0,0) -- (incrmntx*10,0);
draw [thick](0,0) -- (0,incrmnty*10);
foreach y [evaluate=y as aff using int(y*10)] in {0,2,4,...,10}{
draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);
}
foreach x [evaluate=x as aff using int(x*10)] in {0,2,4,...,10}{
draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);
}
draw [very thick, blue, looseness=.9] (0,0) to [out=15, in=-110]
node [pos=.0] (ao) {}
node [pos=.08] (aw){}
node [pos=.146] (ah) {}
node [pos=.24] (af) {}
node [pos=.306] (av) {}
node [pos=.4] (ax) {}
node [pos=.484] (as) {}
node [pos=.58] (ag) {}
node [pos=.704] (an) {}
node [pos=.8] (at) {}
node [pos=1.] (aa) {}
(incrmntx*10,incrmnty*10);
draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
begin{scope}[on background layer]
path [clip, looseness=.9] (0,0) to [out=15, in=-110] (incrmntx*10,incrmnty*10) |- (0, -1) -- cycle;
draw [thick, black!80!white, fill=green!65!white] (aa.center) node [black, xshift=.36cm, yshift=-3.cm] {X} |- (aa.center|-0,0) -- (0,0) -- (aa.center);
draw [thick, black!80!white, fill=black!60!white] (at.center) node [black, xshift=.36cm, yshift=-3.cm] {$bf A_{10}$} |- (at.center|-0,0) -- (0,0) -- (at.center) -| (at.center-|0,0);
draw [thick, black!80!white, fill=black!55!white] (an.center) node [black, xshift=.28cm, yshift=-2.4cm] {$bf A_9$} |- (an.center|-0,0) -- (0,0) -- (an.center) -| (an.center-|0,0);
draw [thick, black!80!white, fill=black!50!white] (ag.center) node [black, xshift=.28cm, yshift=-2.cm] {$bf A_8$} |- (ag.center|-0,0) -- (0,0) -- (ag.center) -| (ag.center-|0,0);
draw [thick, black!80!white, fill=black!45!white] (as.center) node [black, xshift=.28cm, yshift=-1.46cm] {$bf A_7$} |- (as.center|-0,0) -- (0,0) -- (as.center) -| (as.center-|0,0);
draw [thick, black!80!white, fill=black!40!white] (ax.center) node [black, xshift=.28cm, yshift=-1.2cm] {$bf A_6$} |- (ax.center|-0,0)-- (0,0) -- (ax.center) -| (ax.center-|0,0);
draw [thick, black!80!white, fill=black!35!white] (av.center) node [black, xshift=.28cm, yshift=-.9cm] {$bf A_5$} |- (av.center|-0,0) -- (0,0) -- (av.center) -| (av.center-|0,0);
draw [thick, black!80!white, fill=black!30!white] (af.center) node [black, xshift=.28cm, yshift=-.68cm] {$bf A_4$} |- (af.center|-0,0)-- (0,0) -- (af.center) -| (af.center-|0,0);
draw [thick, black!80!white, fill=black!25!white] (ah.center) node [black, xshift=.28cm, yshift=-.4cm] {$bf A_3$} |- (ah.center|-0,0) -- (0,0) -- (ah.center) -| (ah.center-|0,0);
draw [thick, black!80!white, fill=black!20!white] (aw.center) node [black, xshift=.28cm, yshift=-.16cm] {$bf A_2$} |- (aw.center|-0,0) -- (0,0) -- (aw.center) -| (aw.center-|0,0);
draw [thick, black!80!white, fill=black!20!white] (ao.center) node [black, xshift=.8cm, yshift=0cm] {$bf A_1$} |- (ao.center|-0,0) -- (0,0) -- (ao.center) -| (ao.center-|0,0);
end{scope}
end{tikzpicture}
end{frame}
end{document}
answered Feb 7 at 6:33
Martin Scharrer♦Martin Scharrer
204k47652825
answered Feb 7 at 6:33
Martin Scharrer♦Martin Scharrer
204k47652825
answered Feb 7 at 6:33
Martin Scharrer♦Martin Scharrer
204k47652825
answered Feb 7 at 6:33
Martin Scharrer♦Martin Scharrer
204k47652825
204k47652825
Thank you very much for your answer. I was confused which to accept as an answer; but marmot`s code was shorter.
– Hany
Feb 7 at 8:10
add a comment |
Thank you very much for your answer. I was confused which to accept as an answer; but marmot`s code was shorter.
– Hany
Feb 7 at 8:10
Thank you very much for your answer. I was confused which to accept as an answer; but marmot`s code was shorter.
– Hany
Feb 7 at 8:10
Thank you very much for your answer. I was confused which to accept as an answer; but marmot`s code was shorter.
– Hany
Feb 7 at 8:10
add a comment |
3
I have to go to work, I will come back this afternoon to explain the code if you need it. Sorry.
documentclass{beamer}
beamertemplatenavigationsymbolsempty
usepackage{verbatim}
usepackage{tikz}
usepackage{pgfplots}
usetikzlibrary{calc, backgrounds}
begin{document}
begin{frame}[t]
frametitle{}
begin{tikzpicture}[scale=.9, transform shape]
pgfmathsetmacro{incrmnty}{.86}
pgfmathsetmacro{incrmntx}{.86}
draw [thick](0,0) -- (incrmntx*10,0);
draw [thick](0,0) -- (0,incrmnty*10);
foreach y [evaluate=y as aff using int(y*10)]in {0,2,4,...,10}{ draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);}
foreach x [evaluate=x as aff using int(x*10)]in {0,2,4,...,10}{
draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);
}
draw [very thick, blue, looseness=.9] (0,0) to [out=15, in=-110] node [pos=.0] (ao) {} node [pos=.08] (aw){} node [pos=.146] (ah) {} node [pos=.24] (af) {} node [pos=.306] (av) {} node [pos=.4] (ax) {} node [pos=.484] (as) {} node [pos=.58] (ag) {} node [pos=.704] (an) {} node [pos=.8] (at) {at} node [pos=1.] (aa) {} (incrmntx*10,incrmnty*10);
draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
path[clip] (0,0) to [out=15, in=-110] (incrmntx*10,incrmnty*10);
begin{scope}[on background layer]
draw [thick, black!80!white, fill=black!65!white] (aa.center |- 0,0)--(aa.center) --(at.center) |- (at.center |- 0,0) -- cycle;
draw [thick, black!80!white, fill=black!60!white] (at.center) node [black, xshift=.36cm, yshift=-3.cm] {$bf A_10$} --(an.center) |-(at.center |- 0,0) --cycle;
draw [thick, black!80!white, fill=black!55!white] (an.center) node [black, xshift=.28cm, yshift=-2.4cm] {$bf A_9$} -- (ag.center)|- (an.center|- 0,0) -- cycle;
draw [thick, black!80!white, fill=black!50!white] (ag.center) node [black, xshift=.28cm, yshift=-2.cm] {$bf A_8$} --(as.center) |- (ag.center|-0,0) -- cycle;
draw [thick, black!80!white, fill=black!45!white] (as.center) node [black, xshift=.28cm, yshift=-1.46cm] {$bf A_7$} --(ax.center)|- (as.center|-0,0) -- cycle;
draw [thick, black!80!white, fill=black!40!white] (ax.center) node [black, xshift=.28cm, yshift=-1.2cm] {$bf A_6$} -- (av.center)|- (ax.center|-0,0)-- cycle;
draw [thick, black!80!white, fill=black!35!white] (av.center) node [black, xshift=.28cm, yshift=-.9cm] {$bf A_5$} --(af.center)|- (av.center|-0,0) -- cycle;
draw [thick, black!80!white, fill=black!30!white] (af.center) node [black, xshift=.28cm, yshift=-.68cm] {$bf A_4$} --(ah.center)|- (af.center|-0,0)-- cycle;
draw [thick, black!80!white, fill=black!25!white] (ah.center) node [black, xshift=.28cm, yshift=-.4cm] {$bf A_3$} --(aw.center)|- (ah.center|-0,0) -- cycle;
draw [thick, black!80!white, fill=black!20!white] (aw.center) node [black, xshift=.28cm, yshift=-.16cm] {$bf A_2$} --(ao.center)|- (aw.center|-0,0) -- cycle;
%draw [thick, black!80!white, fill=black!20!white] (ao.center) node [black, xshift=.8cm, yshift=0cm] {$bf A_1$} |- (ao.center|-0,0) -- (0,0) -- (ao.center) -| (ao.center-|0,0);
end{scope}
end{tikzpicture}
end{frame}
end{document}
answered Feb 7 at 6:32
AndréCAndréC
10.5k11548
Thank you very much for your answer. Both your code and marmots are working fine. I was confused which to accept as an answer; but marmots code was shorter.
– Hany
Feb 7 at 8:09
@Hany It is preferable to accept answers whose code is understood. Not for aesthetic reasons.
– AndréC
Feb 7 at 13:12
Thank you AndréC for your answer. I agree with you. Your code is simpler and more understood. Both your answer and marmot`s answer are very good; and I was very confused which one to accept as an answer and which one as useful. I hope that the administrators can find a way to accept 2 answers. N.B. I added the next line for each node to draw the horizontal lines (draw [thick, black!40!white] (at.center) -| (at.center-|0,0);) which you did not mention, but I figured it out. Again thank you very much for your effort and time. I learned very much from your answers to my previous questions.
– Hany
Feb 7 at 18:28
@Hany You have not fully understood how this site works. You can wait several days before accepting an answer. And this is recommended by tex.stackexchange. This allows you to analyze each answer calmly, to ask for additional explanations. Take the time to analyze the answers. In addition, it allows others to answer later and ensures that your answer has been read by more people.
– AndréC
Feb 7 at 18:57
Let me see. You have the0of the10inA_{10}displaced, an undesiredatfloating around, no explanation whatsoever, no attempt to shorten the code. Is this why you feel your answer is better than the others?
– marmot
Feb 7 at 21:27
|
show 2 more comments
3
I have to go to work, I will come back this afternoon to explain the code if you need it. Sorry.
documentclass{beamer}
beamertemplatenavigationsymbolsempty
usepackage{verbatim}
usepackage{tikz}
usepackage{pgfplots}
usetikzlibrary{calc, backgrounds}
begin{document}
begin{frame}[t]
frametitle{}
begin{tikzpicture}[scale=.9, transform shape]
pgfmathsetmacro{incrmnty}{.86}
pgfmathsetmacro{incrmntx}{.86}
draw [thick](0,0) -- (incrmntx*10,0);
draw [thick](0,0) -- (0,incrmnty*10);
foreach y [evaluate=y as aff using int(y*10)]in {0,2,4,...,10}{ draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);}
foreach x [evaluate=x as aff using int(x*10)]in {0,2,4,...,10}{
draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);
}
draw [very thick, blue, looseness=.9] (0,0) to [out=15, in=-110] node [pos=.0] (ao) {} node [pos=.08] (aw){} node [pos=.146] (ah) {} node [pos=.24] (af) {} node [pos=.306] (av) {} node [pos=.4] (ax) {} node [pos=.484] (as) {} node [pos=.58] (ag) {} node [pos=.704] (an) {} node [pos=.8] (at) {at} node [pos=1.] (aa) {} (incrmntx*10,incrmnty*10);
draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
path[clip] (0,0) to [out=15, in=-110] (incrmntx*10,incrmnty*10);
begin{scope}[on background layer]
draw [thick, black!80!white, fill=black!65!white] (aa.center |- 0,0)--(aa.center) --(at.center) |- (at.center |- 0,0) -- cycle;
draw [thick, black!80!white, fill=black!60!white] (at.center) node [black, xshift=.36cm, yshift=-3.cm] {$bf A_10$} --(an.center) |-(at.center |- 0,0) --cycle;
draw [thick, black!80!white, fill=black!55!white] (an.center) node [black, xshift=.28cm, yshift=-2.4cm] {$bf A_9$} -- (ag.center)|- (an.center|- 0,0) -- cycle;
draw [thick, black!80!white, fill=black!50!white] (ag.center) node [black, xshift=.28cm, yshift=-2.cm] {$bf A_8$} --(as.center) |- (ag.center|-0,0) -- cycle;
draw [thick, black!80!white, fill=black!45!white] (as.center) node [black, xshift=.28cm, yshift=-1.46cm] {$bf A_7$} --(ax.center)|- (as.center|-0,0) -- cycle;
draw [thick, black!80!white, fill=black!40!white] (ax.center) node [black, xshift=.28cm, yshift=-1.2cm] {$bf A_6$} -- (av.center)|- (ax.center|-0,0)-- cycle;
draw [thick, black!80!white, fill=black!35!white] (av.center) node [black, xshift=.28cm, yshift=-.9cm] {$bf A_5$} --(af.center)|- (av.center|-0,0) -- cycle;
draw [thick, black!80!white, fill=black!30!white] (af.center) node [black, xshift=.28cm, yshift=-.68cm] {$bf A_4$} --(ah.center)|- (af.center|-0,0)-- cycle;
draw [thick, black!80!white, fill=black!25!white] (ah.center) node [black, xshift=.28cm, yshift=-.4cm] {$bf A_3$} --(aw.center)|- (ah.center|-0,0) -- cycle;
draw [thick, black!80!white, fill=black!20!white] (aw.center) node [black, xshift=.28cm, yshift=-.16cm] {$bf A_2$} --(ao.center)|- (aw.center|-0,0) -- cycle;
%draw [thick, black!80!white, fill=black!20!white] (ao.center) node [black, xshift=.8cm, yshift=0cm] {$bf A_1$} |- (ao.center|-0,0) -- (0,0) -- (ao.center) -| (ao.center-|0,0);
end{scope}
end{tikzpicture}
end{frame}
end{document}
answered Feb 7 at 6:32
AndréCAndréC
10.5k11548
Thank you very much for your answer. Both your code and marmots are working fine. I was confused which to accept as an answer; but marmots code was shorter.
– Hany
Feb 7 at 8:09
@Hany It is preferable to accept answers whose code is understood. Not for aesthetic reasons.
– AndréC
Feb 7 at 13:12
Thank you AndréC for your answer. I agree with you. Your code is simpler and more understood. Both your answer and marmot`s answer are very good; and I was very confused which one to accept as an answer and which one as useful. I hope that the administrators can find a way to accept 2 answers. N.B. I added the next line for each node to draw the horizontal lines (draw [thick, black!40!white] (at.center) -| (at.center-|0,0);) which you did not mention, but I figured it out. Again thank you very much for your effort and time. I learned very much from your answers to my previous questions.
– Hany
Feb 7 at 18:28
@Hany You have not fully understood how this site works. You can wait several days before accepting an answer. And this is recommended by tex.stackexchange. This allows you to analyze each answer calmly, to ask for additional explanations. Take the time to analyze the answers. In addition, it allows others to answer later and ensures that your answer has been read by more people.
– AndréC
Feb 7 at 18:57
Let me see. You have the0of the10inA_{10}displaced, an undesiredatfloating around, no explanation whatsoever, no attempt to shorten the code. Is this why you feel your answer is better than the others?
– marmot
Feb 7 at 21:27
|
show 2 more comments
3
3
3
I have to go to work, I will come back this afternoon to explain the code if you need it. Sorry.
documentclass{beamer}
beamertemplatenavigationsymbolsempty
usepackage{verbatim}
usepackage{tikz}
usepackage{pgfplots}
usetikzlibrary{calc, backgrounds}
begin{document}
begin{frame}[t]
frametitle{}
begin{tikzpicture}[scale=.9, transform shape]
pgfmathsetmacro{incrmnty}{.86}
pgfmathsetmacro{incrmntx}{.86}
draw [thick](0,0) -- (incrmntx*10,0);
draw [thick](0,0) -- (0,incrmnty*10);
foreach y [evaluate=y as aff using int(y*10)]in {0,2,4,...,10}{ draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);}
foreach x [evaluate=x as aff using int(x*10)]in {0,2,4,...,10}{
draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);
}
draw [very thick, blue, looseness=.9] (0,0) to [out=15, in=-110] node [pos=.0] (ao) {} node [pos=.08] (aw){} node [pos=.146] (ah) {} node [pos=.24] (af) {} node [pos=.306] (av) {} node [pos=.4] (ax) {} node [pos=.484] (as) {} node [pos=.58] (ag) {} node [pos=.704] (an) {} node [pos=.8] (at) {at} node [pos=1.] (aa) {} (incrmntx*10,incrmnty*10);
draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
path[clip] (0,0) to [out=15, in=-110] (incrmntx*10,incrmnty*10);
begin{scope}[on background layer]
draw [thick, black!80!white, fill=black!65!white] (aa.center |- 0,0)--(aa.center) --(at.center) |- (at.center |- 0,0) -- cycle;
draw [thick, black!80!white, fill=black!60!white] (at.center) node [black, xshift=.36cm, yshift=-3.cm] {$bf A_10$} --(an.center) |-(at.center |- 0,0) --cycle;
draw [thick, black!80!white, fill=black!55!white] (an.center) node [black, xshift=.28cm, yshift=-2.4cm] {$bf A_9$} -- (ag.center)|- (an.center|- 0,0) -- cycle;
draw [thick, black!80!white, fill=black!50!white] (ag.center) node [black, xshift=.28cm, yshift=-2.cm] {$bf A_8$} --(as.center) |- (ag.center|-0,0) -- cycle;
draw [thick, black!80!white, fill=black!45!white] (as.center) node [black, xshift=.28cm, yshift=-1.46cm] {$bf A_7$} --(ax.center)|- (as.center|-0,0) -- cycle;
draw [thick, black!80!white, fill=black!40!white] (ax.center) node [black, xshift=.28cm, yshift=-1.2cm] {$bf A_6$} -- (av.center)|- (ax.center|-0,0)-- cycle;
draw [thick, black!80!white, fill=black!35!white] (av.center) node [black, xshift=.28cm, yshift=-.9cm] {$bf A_5$} --(af.center)|- (av.center|-0,0) -- cycle;
draw [thick, black!80!white, fill=black!30!white] (af.center) node [black, xshift=.28cm, yshift=-.68cm] {$bf A_4$} --(ah.center)|- (af.center|-0,0)-- cycle;
draw [thick, black!80!white, fill=black!25!white] (ah.center) node [black, xshift=.28cm, yshift=-.4cm] {$bf A_3$} --(aw.center)|- (ah.center|-0,0) -- cycle;
draw [thick, black!80!white, fill=black!20!white] (aw.center) node [black, xshift=.28cm, yshift=-.16cm] {$bf A_2$} --(ao.center)|- (aw.center|-0,0) -- cycle;
%draw [thick, black!80!white, fill=black!20!white] (ao.center) node [black, xshift=.8cm, yshift=0cm] {$bf A_1$} |- (ao.center|-0,0) -- (0,0) -- (ao.center) -| (ao.center-|0,0);
end{scope}
end{tikzpicture}
end{frame}
end{document}
answered Feb 7 at 6:32
AndréCAndréC
10.5k11548
I have to go to work, I will come back this afternoon to explain the code if you need it. Sorry.
documentclass{beamer}
beamertemplatenavigationsymbolsempty
usepackage{verbatim}
usepackage{tikz}
usepackage{pgfplots}
usetikzlibrary{calc, backgrounds}
begin{document}
begin{frame}[t]
frametitle{}
begin{tikzpicture}[scale=.9, transform shape]
pgfmathsetmacro{incrmnty}{.86}
pgfmathsetmacro{incrmntx}{.86}
draw [thick](0,0) -- (incrmntx*10,0);
draw [thick](0,0) -- (0,incrmnty*10);
foreach y [evaluate=y as aff using int(y*10)]in {0,2,4,...,10}{ draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);}
foreach x [evaluate=x as aff using int(x*10)]in {0,2,4,...,10}{
draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);
}
draw [very thick, blue, looseness=.9] (0,0) to [out=15, in=-110] node [pos=.0] (ao) {} node [pos=.08] (aw){} node [pos=.146] (ah) {} node [pos=.24] (af) {} node [pos=.306] (av) {} node [pos=.4] (ax) {} node [pos=.484] (as) {} node [pos=.58] (ag) {} node [pos=.704] (an) {} node [pos=.8] (at) {at} node [pos=1.] (aa) {} (incrmntx*10,incrmnty*10);
draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
path[clip] (0,0) to [out=15, in=-110] (incrmntx*10,incrmnty*10);
begin{scope}[on background layer]
draw [thick, black!80!white, fill=black!65!white] (aa.center |- 0,0)--(aa.center) --(at.center) |- (at.center |- 0,0) -- cycle;
draw [thick, black!80!white, fill=black!60!white] (at.center) node [black, xshift=.36cm, yshift=-3.cm] {$bf A_10$} --(an.center) |-(at.center |- 0,0) --cycle;
draw [thick, black!80!white, fill=black!55!white] (an.center) node [black, xshift=.28cm, yshift=-2.4cm] {$bf A_9$} -- (ag.center)|- (an.center|- 0,0) -- cycle;
draw [thick, black!80!white, fill=black!50!white] (ag.center) node [black, xshift=.28cm, yshift=-2.cm] {$bf A_8$} --(as.center) |- (ag.center|-0,0) -- cycle;
draw [thick, black!80!white, fill=black!45!white] (as.center) node [black, xshift=.28cm, yshift=-1.46cm] {$bf A_7$} --(ax.center)|- (as.center|-0,0) -- cycle;
draw [thick, black!80!white, fill=black!40!white] (ax.center) node [black, xshift=.28cm, yshift=-1.2cm] {$bf A_6$} -- (av.center)|- (ax.center|-0,0)-- cycle;
draw [thick, black!80!white, fill=black!35!white] (av.center) node [black, xshift=.28cm, yshift=-.9cm] {$bf A_5$} --(af.center)|- (av.center|-0,0) -- cycle;
draw [thick, black!80!white, fill=black!30!white] (af.center) node [black, xshift=.28cm, yshift=-.68cm] {$bf A_4$} --(ah.center)|- (af.center|-0,0)-- cycle;
draw [thick, black!80!white, fill=black!25!white] (ah.center) node [black, xshift=.28cm, yshift=-.4cm] {$bf A_3$} --(aw.center)|- (ah.center|-0,0) -- cycle;
draw [thick, black!80!white, fill=black!20!white] (aw.center) node [black, xshift=.28cm, yshift=-.16cm] {$bf A_2$} --(ao.center)|- (aw.center|-0,0) -- cycle;
%draw [thick, black!80!white, fill=black!20!white] (ao.center) node [black, xshift=.8cm, yshift=0cm] {$bf A_1$} |- (ao.center|-0,0) -- (0,0) -- (ao.center) -| (ao.center-|0,0);
end{scope}
end{tikzpicture}
end{frame}
end{document}
answered Feb 7 at 6:32
AndréCAndréC
10.5k11548
answered Feb 7 at 6:32
AndréCAndréC
10.5k11548
answered Feb 7 at 6:32
AndréCAndréC
10.5k11548
answered Feb 7 at 6:32
AndréCAndréC
10.5k11548
10.5k11548
Thank you very much for your answer. Both your code and marmots are working fine. I was confused which to accept as an answer; but marmots code was shorter.
– Hany
Feb 7 at 8:09
@Hany It is preferable to accept answers whose code is understood. Not for aesthetic reasons.
– AndréC
Feb 7 at 13:12
Thank you AndréC for your answer. I agree with you. Your code is simpler and more understood. Both your answer and marmot`s answer are very good; and I was very confused which one to accept as an answer and which one as useful. I hope that the administrators can find a way to accept 2 answers. N.B. I added the next line for each node to draw the horizontal lines (draw [thick, black!40!white] (at.center) -| (at.center-|0,0);) which you did not mention, but I figured it out. Again thank you very much for your effort and time. I learned very much from your answers to my previous questions.
– Hany
Feb 7 at 18:28
@Hany You have not fully understood how this site works. You can wait several days before accepting an answer. And this is recommended by tex.stackexchange. This allows you to analyze each answer calmly, to ask for additional explanations. Take the time to analyze the answers. In addition, it allows others to answer later and ensures that your answer has been read by more people.
– AndréC
Feb 7 at 18:57
Let me see. You have the0of the10inA_{10}displaced, an undesiredatfloating around, no explanation whatsoever, no attempt to shorten the code. Is this why you feel your answer is better than the others?
– marmot
Feb 7 at 21:27
|
show 2 more comments
Thank you very much for your answer. Both your code and marmots are working fine. I was confused which to accept as an answer; but marmots code was shorter.
– Hany
Feb 7 at 8:09
@Hany It is preferable to accept answers whose code is understood. Not for aesthetic reasons.
– AndréC
Feb 7 at 13:12
Thank you AndréC for your answer. I agree with you. Your code is simpler and more understood. Both your answer and marmot`s answer are very good; and I was very confused which one to accept as an answer and which one as useful. I hope that the administrators can find a way to accept 2 answers. N.B. I added the next line for each node to draw the horizontal lines (draw [thick, black!40!white] (at.center) -| (at.center-|0,0);) which you did not mention, but I figured it out. Again thank you very much for your effort and time. I learned very much from your answers to my previous questions.
– Hany
Feb 7 at 18:28
@Hany You have not fully understood how this site works. You can wait several days before accepting an answer. And this is recommended by tex.stackexchange. This allows you to analyze each answer calmly, to ask for additional explanations. Take the time to analyze the answers. In addition, it allows others to answer later and ensures that your answer has been read by more people.
– AndréC
Feb 7 at 18:57
Let me see. You have the0of the10inA_{10}displaced, an undesiredatfloating around, no explanation whatsoever, no attempt to shorten the code. Is this why you feel your answer is better than the others?
– marmot
Feb 7 at 21:27
Thank you very much for your answer. Both your code and marmot
s are working fine. I was confused which to accept as an answer; but marmots code was shorter.– Hany
Feb 7 at 8:09
Thank you very much for your answer. Both your code and marmot
s are working fine. I was confused which to accept as an answer; but marmots code was shorter.– Hany
Feb 7 at 8:09
@Hany It is preferable to accept answers whose code is understood. Not for aesthetic reasons.
– AndréC
Feb 7 at 13:12
@Hany It is preferable to accept answers whose code is understood. Not for aesthetic reasons.
– AndréC
Feb 7 at 13:12
Thank you AndréC for your answer. I agree with you. Your code is simpler and more understood. Both your answer and marmot`s answer are very good; and I was very confused which one to accept as an answer and which one as useful. I hope that the administrators can find a way to accept 2 answers. N.B. I added the next line for each node to draw the horizontal lines (draw [thick, black!40!white] (at.center) -| (at.center-|0,0);) which you did not mention, but I figured it out. Again thank you very much for your effort and time. I learned very much from your answers to my previous questions.
– Hany
Feb 7 at 18:28
Thank you AndréC for your answer. I agree with you. Your code is simpler and more understood. Both your answer and marmot`s answer are very good; and I was very confused which one to accept as an answer and which one as useful. I hope that the administrators can find a way to accept 2 answers. N.B. I added the next line for each node to draw the horizontal lines (draw [thick, black!40!white] (at.center) -| (at.center-|0,0);) which you did not mention, but I figured it out. Again thank you very much for your effort and time. I learned very much from your answers to my previous questions.
– Hany
Feb 7 at 18:28
@Hany You have not fully understood how this site works. You can wait several days before accepting an answer. And this is recommended by tex.stackexchange. This allows you to analyze each answer calmly, to ask for additional explanations. Take the time to analyze the answers. In addition, it allows others to answer later and ensures that your answer has been read by more people.
– AndréC
Feb 7 at 18:57
@Hany You have not fully understood how this site works. You can wait several days before accepting an answer. And this is recommended by tex.stackexchange. This allows you to analyze each answer calmly, to ask for additional explanations. Take the time to analyze the answers. In addition, it allows others to answer later and ensures that your answer has been read by more people.
– AndréC
Feb 7 at 18:57
Let me see. You have the
0 of the 10 in A_{10} displaced, an undesired at floating around, no explanation whatsoever, no attempt to shorten the code. Is this why you feel your answer is better than the others?– marmot
Feb 7 at 21:27
Let me see. You have the
0 of the 10 in A_{10} displaced, an undesired at floating around, no explanation whatsoever, no attempt to shorten the code. Is this why you feel your answer is better than the others?– marmot
Feb 7 at 21:27
|
show 2 more comments
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