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3
I do not know how to make a pie-chart as the one pictured below, which I drew by hand. I tried using "pgf-pie" for that, but it does not really work as I intend. Could you help me?
documentclass{article}
usepackage{pgf-pie}
newcommand{QR}[1][n]{mathcal{QR}_{#1}}
newcommand{QNR}[1][n]{mathcal{QNR}_{#1}}
newcommand{QNRP}{mathcal{QNR}_n^{+1}}
newcommand{JNP}{mathcal{J}_n^{+1}}
newcommand{JNM}{mathcal{J}_n^{-1}}
begin{document}
begin{tikzpicture}[scale=1.25]
pie [rotate = 90, text=inside, color = {yellow!50, green!50}, scale font]
{75/$QR[n]$,
25/$QNR[n]$}
end{tikzpicture}
end{document}
diagrams
edited 9 hours ago
AboAmmar
35.6k32985
asked 9 hours ago
3nondatur3nondatur
1255
add a comment |
3
I do not know how to make a pie-chart as the one pictured below, which I drew by hand. I tried using "pgf-pie" for that, but it does not really work as I intend. Could you help me?
documentclass{article}
usepackage{pgf-pie}
newcommand{QR}[1][n]{mathcal{QR}_{#1}}
newcommand{QNR}[1][n]{mathcal{QNR}_{#1}}
newcommand{QNRP}{mathcal{QNR}_n^{+1}}
newcommand{JNP}{mathcal{J}_n^{+1}}
newcommand{JNM}{mathcal{J}_n^{-1}}
begin{document}
begin{tikzpicture}[scale=1.25]
pie [rotate = 90, text=inside, color = {yellow!50, green!50}, scale font]
{75/$QR[n]$,
25/$QNR[n]$}
end{tikzpicture}
end{document}
diagrams
edited 9 hours ago
AboAmmar
35.6k32985
asked 9 hours ago
3nondatur3nondatur
1255
add a comment |
3
3
3
I do not know how to make a pie-chart as the one pictured below, which I drew by hand. I tried using "pgf-pie" for that, but it does not really work as I intend. Could you help me?
documentclass{article}
usepackage{pgf-pie}
newcommand{QR}[1][n]{mathcal{QR}_{#1}}
newcommand{QNR}[1][n]{mathcal{QNR}_{#1}}
newcommand{QNRP}{mathcal{QNR}_n^{+1}}
newcommand{JNP}{mathcal{J}_n^{+1}}
newcommand{JNM}{mathcal{J}_n^{-1}}
begin{document}
begin{tikzpicture}[scale=1.25]
pie [rotate = 90, text=inside, color = {yellow!50, green!50}, scale font]
{75/$QR[n]$,
25/$QNR[n]$}
end{tikzpicture}
end{document}
diagrams
edited 9 hours ago
AboAmmar
35.6k32985
asked 9 hours ago
3nondatur3nondatur
1255
I do not know how to make a pie-chart as the one pictured below, which I drew by hand. I tried using "pgf-pie" for that, but it does not really work as I intend. Could you help me?
documentclass{article}
usepackage{pgf-pie}
newcommand{QR}[1][n]{mathcal{QR}_{#1}}
newcommand{QNR}[1][n]{mathcal{QNR}_{#1}}
newcommand{QNRP}{mathcal{QNR}_n^{+1}}
newcommand{JNP}{mathcal{J}_n^{+1}}
newcommand{JNM}{mathcal{J}_n^{-1}}
begin{document}
begin{tikzpicture}[scale=1.25]
pie [rotate = 90, text=inside, color = {yellow!50, green!50}, scale font]
{75/$QR[n]$,
25/$QNR[n]$}
end{tikzpicture}
end{document}
diagrams
diagrams
edited 9 hours ago
AboAmmar
35.6k32985
asked 9 hours ago
3nondatur3nondatur
1255
edited 9 hours ago
AboAmmar
35.6k32985
asked 9 hours ago
3nondatur3nondatur
1255
edited 9 hours ago
AboAmmar
35.6k32985
edited 9 hours ago
AboAmmar
35.6k32985
edited 9 hours ago
AboAmmar
35.6k32985
35.6k32985
asked 9 hours ago
3nondatur3nondatur
1255
asked 9 hours ago
3nondatur3nondatur
1255
asked 9 hours ago
3nondatur3nondatur
1255
1255
add a comment |
add a comment |
3 Answers
3
active
oldest
votes
6
With plain TikZ you could do
documentclass[tikz,border=3.14mm]{standalone}
usepackage{amssymb}
newcommand{QNR}[1][n]{mathcal{QNR}_{#1}}
newcommand{QNRP}{mathcal{QNR}_n^{+1}}
begin{document}
begin{tikzpicture}[declare function={R=2;}]
fill[blue!30] (0,R) arc(90:270:R);
fill[yellow] (0,R) arc(90:-90:R);
draw (0,0) circle[radius=R] (-R,0) node[left] {$+1$} -| (0,R) node[above] {$mathbb{Z}/nmathbb{Z}$};
path (135:R/2) node {$QNR$} (-90:R/2) node {$QNRP$} (0:R) node[right] {$-1$} ;
end{tikzpicture}
end{document}
answered 9 hours ago
marmotmarmot
133k6171320
+1 fordeclare function! I have not been aware for this possibilitiy.
– Zarko
8 hours ago
@Zarko Thanks! Note that there is one possible caveat: it is somewhat less straightforward to "undeclare" functions, though possible. That is, if you use several of those in yourtikzpictures, try to use them locally in scopes. Never declare them globally outside thetikzpicture.
– marmot
8 hours ago
thank you for info. For purpose asdeclare functionis used in your answer so far I usedefR{...}, which also have some limitations.
– Zarko
7 hours ago
@Zarko Yes, sure. You should never define single-letter macros. For instance,xelatexdefines some of those without telling you. The above was just a remark that one may not overdo it with thesedeclare functions, but here it is fine IMHO.
– marmot
7 hours ago
add a comment |
2
a small variation of @marmot answer:
documentclass[tikz, margin=3mm]{standalone}
usepackage{newtxtext,newtxmath}
newcommand{QNR}[1][n]{mathcal{QNR}_{#1}}
newcommand{QNRP}{mathcal{QNR}_n^{+1}}
begin{document}
begin{tikzpicture}[declare function={R=16mm;}]
node[circle, draw, fill=yellow!30, minimum size=2*R,
label=left: $+1$,
label=right:$-1$,
label=$mathbb{Z}/nmathbb{Z}$] (C) {};
draw[fill=green!30] (C.south) arc (270:90:R);
draw (C.west) arc (180:90:R) |- cycle;
node[below=R/2mm] {$QNRP$};
node[above left=R/2mm] {$QNR$};
end{tikzpicture}
end{document}
answered 8 hours ago
ZarkoZarko
137k872180
add a comment |
1
A pstricks solution:
documentclass[border=5pt, svgnames]{standalone}
usepackage{amsfonts}
usepackage{pst-node, pstricks-add}
usepackage{auto-pst-pdf}
newcommand{QR}[1][n]{ensuremath{mathcal{QR}_{#1}}}
newcommand{QNR}[1][n]{ensuremath{mathcal{QNR}_{#1}}}
newcommand{QNRP}{ensuremath{mathcal{QNR}_n^{+1}}}
newcommand{JNP}{ensuremath{mathcal{J}_n^{+1}}}
newcommand{JNM}{ensuremath{mathcal{J}_n^{-1}}}
begin{document}
begin{pspicture}(-2.5,-2)(2.5,2.5)
psChart[userColor={Yellow!50, LightSteelBlue!80, LightSteelBlue!80,Yellow!50,}]{1,1,1,1}{}{2}
pscircle(0,0){2}
psline(2;90)(0,0)(2;180)
rput[B](1.1;140){QR} rput[B](1.1;-90){QNR}
uput[r](2;0){$-1$}uput[l](2;180){$+1$}
uput[u](2;90){$mathbb{Z}/ nmathbb{Z}$}
end{pspicture}
end{document}
answered 7 hours ago
BernardBernard
181k780213
add a comment |
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3 Answers
3
active
oldest
votes
3 Answers
3
active
oldest
votes
active
oldest
votes
active
oldest
votes
6
With plain TikZ you could do
documentclass[tikz,border=3.14mm]{standalone}
usepackage{amssymb}
newcommand{QNR}[1][n]{mathcal{QNR}_{#1}}
newcommand{QNRP}{mathcal{QNR}_n^{+1}}
begin{document}
begin{tikzpicture}[declare function={R=2;}]
fill[blue!30] (0,R) arc(90:270:R);
fill[yellow] (0,R) arc(90:-90:R);
draw (0,0) circle[radius=R] (-R,0) node[left] {$+1$} -| (0,R) node[above] {$mathbb{Z}/nmathbb{Z}$};
path (135:R/2) node {$QNR$} (-90:R/2) node {$QNRP$} (0:R) node[right] {$-1$} ;
end{tikzpicture}
end{document}
answered 9 hours ago
marmotmarmot
133k6171320
+1 fordeclare function! I have not been aware for this possibilitiy.
– Zarko
8 hours ago
@Zarko Thanks! Note that there is one possible caveat: it is somewhat less straightforward to "undeclare" functions, though possible. That is, if you use several of those in yourtikzpictures, try to use them locally in scopes. Never declare them globally outside thetikzpicture.
– marmot
8 hours ago
thank you for info. For purpose asdeclare functionis used in your answer so far I usedefR{...}, which also have some limitations.
– Zarko
7 hours ago
@Zarko Yes, sure. You should never define single-letter macros. For instance,xelatexdefines some of those without telling you. The above was just a remark that one may not overdo it with thesedeclare functions, but here it is fine IMHO.
– marmot
7 hours ago
add a comment |
6
With plain TikZ you could do
documentclass[tikz,border=3.14mm]{standalone}
usepackage{amssymb}
newcommand{QNR}[1][n]{mathcal{QNR}_{#1}}
newcommand{QNRP}{mathcal{QNR}_n^{+1}}
begin{document}
begin{tikzpicture}[declare function={R=2;}]
fill[blue!30] (0,R) arc(90:270:R);
fill[yellow] (0,R) arc(90:-90:R);
draw (0,0) circle[radius=R] (-R,0) node[left] {$+1$} -| (0,R) node[above] {$mathbb{Z}/nmathbb{Z}$};
path (135:R/2) node {$QNR$} (-90:R/2) node {$QNRP$} (0:R) node[right] {$-1$} ;
end{tikzpicture}
end{document}
answered 9 hours ago
marmotmarmot
133k6171320
+1 fordeclare function! I have not been aware for this possibilitiy.
– Zarko
8 hours ago
@Zarko Thanks! Note that there is one possible caveat: it is somewhat less straightforward to "undeclare" functions, though possible. That is, if you use several of those in yourtikzpictures, try to use them locally in scopes. Never declare them globally outside thetikzpicture.
– marmot
8 hours ago
thank you for info. For purpose asdeclare functionis used in your answer so far I usedefR{...}, which also have some limitations.
– Zarko
7 hours ago
@Zarko Yes, sure. You should never define single-letter macros. For instance,xelatexdefines some of those without telling you. The above was just a remark that one may not overdo it with thesedeclare functions, but here it is fine IMHO.
– marmot
7 hours ago
add a comment |
6
6
6
With plain TikZ you could do
documentclass[tikz,border=3.14mm]{standalone}
usepackage{amssymb}
newcommand{QNR}[1][n]{mathcal{QNR}_{#1}}
newcommand{QNRP}{mathcal{QNR}_n^{+1}}
begin{document}
begin{tikzpicture}[declare function={R=2;}]
fill[blue!30] (0,R) arc(90:270:R);
fill[yellow] (0,R) arc(90:-90:R);
draw (0,0) circle[radius=R] (-R,0) node[left] {$+1$} -| (0,R) node[above] {$mathbb{Z}/nmathbb{Z}$};
path (135:R/2) node {$QNR$} (-90:R/2) node {$QNRP$} (0:R) node[right] {$-1$} ;
end{tikzpicture}
end{document}
answered 9 hours ago
marmotmarmot
133k6171320
With plain TikZ you could do
documentclass[tikz,border=3.14mm]{standalone}
usepackage{amssymb}
newcommand{QNR}[1][n]{mathcal{QNR}_{#1}}
newcommand{QNRP}{mathcal{QNR}_n^{+1}}
begin{document}
begin{tikzpicture}[declare function={R=2;}]
fill[blue!30] (0,R) arc(90:270:R);
fill[yellow] (0,R) arc(90:-90:R);
draw (0,0) circle[radius=R] (-R,0) node[left] {$+1$} -| (0,R) node[above] {$mathbb{Z}/nmathbb{Z}$};
path (135:R/2) node {$QNR$} (-90:R/2) node {$QNRP$} (0:R) node[right] {$-1$} ;
end{tikzpicture}
end{document}
answered 9 hours ago
marmotmarmot
133k6171320
edited 8 hours ago
answered 9 hours ago
marmotmarmot
133k6171320
answered 9 hours ago
marmotmarmot
133k6171320
answered 9 hours ago
marmotmarmot
133k6171320
133k6171320
+1 fordeclare function! I have not been aware for this possibilitiy.
– Zarko
8 hours ago
@Zarko Thanks! Note that there is one possible caveat: it is somewhat less straightforward to "undeclare" functions, though possible. That is, if you use several of those in yourtikzpictures, try to use them locally in scopes. Never declare them globally outside thetikzpicture.
– marmot
8 hours ago
thank you for info. For purpose asdeclare functionis used in your answer so far I usedefR{...}, which also have some limitations.
– Zarko
7 hours ago
@Zarko Yes, sure. You should never define single-letter macros. For instance,xelatexdefines some of those without telling you. The above was just a remark that one may not overdo it with thesedeclare functions, but here it is fine IMHO.
– marmot
7 hours ago
add a comment |
+1 fordeclare function! I have not been aware for this possibilitiy.
– Zarko
8 hours ago
@Zarko Thanks! Note that there is one possible caveat: it is somewhat less straightforward to "undeclare" functions, though possible. That is, if you use several of those in yourtikzpictures, try to use them locally in scopes. Never declare them globally outside thetikzpicture.
– marmot
8 hours ago
thank you for info. For purpose asdeclare functionis used in your answer so far I usedefR{...}, which also have some limitations.
– Zarko
7 hours ago
@Zarko Yes, sure. You should never define single-letter macros. For instance,xelatexdefines some of those without telling you. The above was just a remark that one may not overdo it with thesedeclare functions, but here it is fine IMHO.
– marmot
7 hours ago
+1 for
declare function! I have not been aware for this possibilitiy.– Zarko
8 hours ago
+1 for
declare function! I have not been aware for this possibilitiy.– Zarko
8 hours ago
@Zarko Thanks! Note that there is one possible caveat: it is somewhat less straightforward to "undeclare" functions, though possible. That is, if you use several of those in your
tikzpictures, try to use them locally in scopes. Never declare them globally outside the tikzpicture.– marmot
8 hours ago
@Zarko Thanks! Note that there is one possible caveat: it is somewhat less straightforward to "undeclare" functions, though possible. That is, if you use several of those in your
tikzpictures, try to use them locally in scopes. Never declare them globally outside the tikzpicture.– marmot
8 hours ago
thank you for info. For purpose as
declare function is used in your answer so far I use defR{...}, which also have some limitations.– Zarko
7 hours ago
thank you for info. For purpose as
declare function is used in your answer so far I use defR{...}, which also have some limitations.– Zarko
7 hours ago
@Zarko Yes, sure. You should never define single-letter macros. For instance,
xelatex defines some of those without telling you. The above was just a remark that one may not overdo it with these declare functions, but here it is fine IMHO.– marmot
7 hours ago
@Zarko Yes, sure. You should never define single-letter macros. For instance,
xelatex defines some of those without telling you. The above was just a remark that one may not overdo it with these declare functions, but here it is fine IMHO.– marmot
7 hours ago
add a comment |
2
a small variation of @marmot answer:
documentclass[tikz, margin=3mm]{standalone}
usepackage{newtxtext,newtxmath}
newcommand{QNR}[1][n]{mathcal{QNR}_{#1}}
newcommand{QNRP}{mathcal{QNR}_n^{+1}}
begin{document}
begin{tikzpicture}[declare function={R=16mm;}]
node[circle, draw, fill=yellow!30, minimum size=2*R,
label=left: $+1$,
label=right:$-1$,
label=$mathbb{Z}/nmathbb{Z}$] (C) {};
draw[fill=green!30] (C.south) arc (270:90:R);
draw (C.west) arc (180:90:R) |- cycle;
node[below=R/2mm] {$QNRP$};
node[above left=R/2mm] {$QNR$};
end{tikzpicture}
end{document}
answered 8 hours ago
ZarkoZarko
137k872180
add a comment |
2
a small variation of @marmot answer:
documentclass[tikz, margin=3mm]{standalone}
usepackage{newtxtext,newtxmath}
newcommand{QNR}[1][n]{mathcal{QNR}_{#1}}
newcommand{QNRP}{mathcal{QNR}_n^{+1}}
begin{document}
begin{tikzpicture}[declare function={R=16mm;}]
node[circle, draw, fill=yellow!30, minimum size=2*R,
label=left: $+1$,
label=right:$-1$,
label=$mathbb{Z}/nmathbb{Z}$] (C) {};
draw[fill=green!30] (C.south) arc (270:90:R);
draw (C.west) arc (180:90:R) |- cycle;
node[below=R/2mm] {$QNRP$};
node[above left=R/2mm] {$QNR$};
end{tikzpicture}
end{document}
answered 8 hours ago
ZarkoZarko
137k872180
add a comment |
2
2
2
a small variation of @marmot answer:
documentclass[tikz, margin=3mm]{standalone}
usepackage{newtxtext,newtxmath}
newcommand{QNR}[1][n]{mathcal{QNR}_{#1}}
newcommand{QNRP}{mathcal{QNR}_n^{+1}}
begin{document}
begin{tikzpicture}[declare function={R=16mm;}]
node[circle, draw, fill=yellow!30, minimum size=2*R,
label=left: $+1$,
label=right:$-1$,
label=$mathbb{Z}/nmathbb{Z}$] (C) {};
draw[fill=green!30] (C.south) arc (270:90:R);
draw (C.west) arc (180:90:R) |- cycle;
node[below=R/2mm] {$QNRP$};
node[above left=R/2mm] {$QNR$};
end{tikzpicture}
end{document}
answered 8 hours ago
ZarkoZarko
137k872180
a small variation of @marmot answer:
documentclass[tikz, margin=3mm]{standalone}
usepackage{newtxtext,newtxmath}
newcommand{QNR}[1][n]{mathcal{QNR}_{#1}}
newcommand{QNRP}{mathcal{QNR}_n^{+1}}
begin{document}
begin{tikzpicture}[declare function={R=16mm;}]
node[circle, draw, fill=yellow!30, minimum size=2*R,
label=left: $+1$,
label=right:$-1$,
label=$mathbb{Z}/nmathbb{Z}$] (C) {};
draw[fill=green!30] (C.south) arc (270:90:R);
draw (C.west) arc (180:90:R) |- cycle;
node[below=R/2mm] {$QNRP$};
node[above left=R/2mm] {$QNR$};
end{tikzpicture}
end{document}
answered 8 hours ago
ZarkoZarko
137k872180
answered 8 hours ago
ZarkoZarko
137k872180
answered 8 hours ago
ZarkoZarko
137k872180
answered 8 hours ago
ZarkoZarko
137k872180
137k872180
add a comment |
add a comment |
1
A pstricks solution:
documentclass[border=5pt, svgnames]{standalone}
usepackage{amsfonts}
usepackage{pst-node, pstricks-add}
usepackage{auto-pst-pdf}
newcommand{QR}[1][n]{ensuremath{mathcal{QR}_{#1}}}
newcommand{QNR}[1][n]{ensuremath{mathcal{QNR}_{#1}}}
newcommand{QNRP}{ensuremath{mathcal{QNR}_n^{+1}}}
newcommand{JNP}{ensuremath{mathcal{J}_n^{+1}}}
newcommand{JNM}{ensuremath{mathcal{J}_n^{-1}}}
begin{document}
begin{pspicture}(-2.5,-2)(2.5,2.5)
psChart[userColor={Yellow!50, LightSteelBlue!80, LightSteelBlue!80,Yellow!50,}]{1,1,1,1}{}{2}
pscircle(0,0){2}
psline(2;90)(0,0)(2;180)
rput[B](1.1;140){QR} rput[B](1.1;-90){QNR}
uput[r](2;0){$-1$}uput[l](2;180){$+1$}
uput[u](2;90){$mathbb{Z}/ nmathbb{Z}$}
end{pspicture}
end{document}
answered 7 hours ago
BernardBernard
181k780213
add a comment |
1
A pstricks solution:
documentclass[border=5pt, svgnames]{standalone}
usepackage{amsfonts}
usepackage{pst-node, pstricks-add}
usepackage{auto-pst-pdf}
newcommand{QR}[1][n]{ensuremath{mathcal{QR}_{#1}}}
newcommand{QNR}[1][n]{ensuremath{mathcal{QNR}_{#1}}}
newcommand{QNRP}{ensuremath{mathcal{QNR}_n^{+1}}}
newcommand{JNP}{ensuremath{mathcal{J}_n^{+1}}}
newcommand{JNM}{ensuremath{mathcal{J}_n^{-1}}}
begin{document}
begin{pspicture}(-2.5,-2)(2.5,2.5)
psChart[userColor={Yellow!50, LightSteelBlue!80, LightSteelBlue!80,Yellow!50,}]{1,1,1,1}{}{2}
pscircle(0,0){2}
psline(2;90)(0,0)(2;180)
rput[B](1.1;140){QR} rput[B](1.1;-90){QNR}
uput[r](2;0){$-1$}uput[l](2;180){$+1$}
uput[u](2;90){$mathbb{Z}/ nmathbb{Z}$}
end{pspicture}
end{document}
answered 7 hours ago
BernardBernard
181k780213
add a comment |
1
1
1
A pstricks solution:
documentclass[border=5pt, svgnames]{standalone}
usepackage{amsfonts}
usepackage{pst-node, pstricks-add}
usepackage{auto-pst-pdf}
newcommand{QR}[1][n]{ensuremath{mathcal{QR}_{#1}}}
newcommand{QNR}[1][n]{ensuremath{mathcal{QNR}_{#1}}}
newcommand{QNRP}{ensuremath{mathcal{QNR}_n^{+1}}}
newcommand{JNP}{ensuremath{mathcal{J}_n^{+1}}}
newcommand{JNM}{ensuremath{mathcal{J}_n^{-1}}}
begin{document}
begin{pspicture}(-2.5,-2)(2.5,2.5)
psChart[userColor={Yellow!50, LightSteelBlue!80, LightSteelBlue!80,Yellow!50,}]{1,1,1,1}{}{2}
pscircle(0,0){2}
psline(2;90)(0,0)(2;180)
rput[B](1.1;140){QR} rput[B](1.1;-90){QNR}
uput[r](2;0){$-1$}uput[l](2;180){$+1$}
uput[u](2;90){$mathbb{Z}/ nmathbb{Z}$}
end{pspicture}
end{document}
answered 7 hours ago
BernardBernard
181k780213
A pstricks solution:
documentclass[border=5pt, svgnames]{standalone}
usepackage{amsfonts}
usepackage{pst-node, pstricks-add}
usepackage{auto-pst-pdf}
newcommand{QR}[1][n]{ensuremath{mathcal{QR}_{#1}}}
newcommand{QNR}[1][n]{ensuremath{mathcal{QNR}_{#1}}}
newcommand{QNRP}{ensuremath{mathcal{QNR}_n^{+1}}}
newcommand{JNP}{ensuremath{mathcal{J}_n^{+1}}}
newcommand{JNM}{ensuremath{mathcal{J}_n^{-1}}}
begin{document}
begin{pspicture}(-2.5,-2)(2.5,2.5)
psChart[userColor={Yellow!50, LightSteelBlue!80, LightSteelBlue!80,Yellow!50,}]{1,1,1,1}{}{2}
pscircle(0,0){2}
psline(2;90)(0,0)(2;180)
rput[B](1.1;140){QR} rput[B](1.1;-90){QNR}
uput[r](2;0){$-1$}uput[l](2;180){$+1$}
uput[u](2;90){$mathbb{Z}/ nmathbb{Z}$}
end{pspicture}
end{document}
answered 7 hours ago
BernardBernard
181k780213
answered 7 hours ago
BernardBernard
181k780213
answered 7 hours ago
BernardBernard
181k780213
answered 7 hours ago
BernardBernard
181k780213
181k780213
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