Placing labels with a rotation angle

Clash Royale CLAN TAG#URR8PPP

up vote
2
down vote

favorite

To place the labels "m = 2", "p = 3" and "m + p = 2 + 3" as in the attached figure, I made some tests but the result is not yet the one expected. Is there a more rigorous method ?

 documentclass[border=10pt]standalone
 usepackageunicode-math
 setmainfontXITS
 setmathfontXITS Math
 usepackagepgfplots
 usepackagemathrsfs
 pgfplotssetcompat=1.16
 usetikzlibraryintersections
 usepgfplotslibraryfillbetween
 begindocument
 begintikzpicture
 beginaxis[
 x=1cm,y=1cm,
 xtick=0,1,...,7,ytick=0,1,...,6,
 ymin=-2.5,ymax=7,xmin=-1,xmax=8,
 ymin=-2.5,
 axis on top=false,
 enlargelimits=false,
 axis x line=middle,
 axis y line=middle,
 tick align=outside,
 tickwidth=0.12cm,
 xticklabels=0,1,empty,empty,empty,empty,empty,
 yticklabels=0,1,empty,empty,empty,empty,
 major tick style = thick, black,
 axis line style = ultra thick,
 x tick label style=
 /pgf/number format/1000 sep=
 ,
 extra x ticks=8,
 extra x tick label=null,
 extra y ticks=7,
 extra y tick label=null,
 extra tick style=tick style=draw=none,
 xlabel=,ylabel=,
 every axis x label/.style=
 
 at=(ticklabel* cs:1),
 anchor=west
 ,
 every axis y label/.style=
 
 at=(ticklabel* cs:1),
 anchor=south
 ,
 >=stealth,
 grid=none]


addplot+[
 mark=+,
 only marks,
 mark options=thick,black
 ] 
 coordinates
 (0,1) (1,1.3) (2,1.69) (3,2.197) (4,2.8561) (5,3.71293) (6,4.826809) (7,6.2748517) (8,8.157307209);

 draw[black,->,thick] (2,0)-- node[above,rotate=90]$u_2$ (2,1.69);
 draw[black,->,thick] (3,0)-- node[above,rotate=90]$u_3$ (3,2.197);
 draw[black,->,thick] (5,0)-- node[above,rotate=90]$u_2 times u_3$(5,3.71293); 

 node[below,black,rotate=45] at (2,-0.4)$m=2$;
 node[below,black,rotate=45] at (3,-0.4)$p=3$;
 node[below,black,rotate=45] at (4,-0.8)$m+p=2+3$;
 node[right,black] at (6,4.826809) $mathcalC_u_n$;
 node[below left=2pt] at (0,0)$0$;

 endaxis 
 endtikzpicture
 enddocument

tikz-pgf

share|improve this question

asked 51 mins ago

Fabrice

1,3221822

add a comment | 

up vote
2
down vote

favorite

To place the labels "m = 2", "p = 3" and "m + p = 2 + 3" as in the attached figure, I made some tests but the result is not yet the one expected. Is there a more rigorous method ?

 documentclass[border=10pt]standalone
 usepackageunicode-math
 setmainfontXITS
 setmathfontXITS Math
 usepackagepgfplots
 usepackagemathrsfs
 pgfplotssetcompat=1.16
 usetikzlibraryintersections
 usepgfplotslibraryfillbetween
 begindocument
 begintikzpicture
 beginaxis[
 x=1cm,y=1cm,
 xtick=0,1,...,7,ytick=0,1,...,6,
 ymin=-2.5,ymax=7,xmin=-1,xmax=8,
 ymin=-2.5,
 axis on top=false,
 enlargelimits=false,
 axis x line=middle,
 axis y line=middle,
 tick align=outside,
 tickwidth=0.12cm,
 xticklabels=0,1,empty,empty,empty,empty,empty,
 yticklabels=0,1,empty,empty,empty,empty,
 major tick style = thick, black,
 axis line style = ultra thick,
 x tick label style=
 /pgf/number format/1000 sep=
 ,
 extra x ticks=8,
 extra x tick label=null,
 extra y ticks=7,
 extra y tick label=null,
 extra tick style=tick style=draw=none,
 xlabel=,ylabel=,
 every axis x label/.style=
 
 at=(ticklabel* cs:1),
 anchor=west
 ,
 every axis y label/.style=
 
 at=(ticklabel* cs:1),
 anchor=south
 ,
 >=stealth,
 grid=none]


addplot+[
 mark=+,
 only marks,
 mark options=thick,black
 ] 
 coordinates
 (0,1) (1,1.3) (2,1.69) (3,2.197) (4,2.8561) (5,3.71293) (6,4.826809) (7,6.2748517) (8,8.157307209);

 draw[black,->,thick] (2,0)-- node[above,rotate=90]$u_2$ (2,1.69);
 draw[black,->,thick] (3,0)-- node[above,rotate=90]$u_3$ (3,2.197);
 draw[black,->,thick] (5,0)-- node[above,rotate=90]$u_2 times u_3$(5,3.71293); 

 node[below,black,rotate=45] at (2,-0.4)$m=2$;
 node[below,black,rotate=45] at (3,-0.4)$p=3$;
 node[below,black,rotate=45] at (4,-0.8)$m+p=2+3$;
 node[right,black] at (6,4.826809) $mathcalC_u_n$;
 node[below left=2pt] at (0,0)$0$;

 endaxis 
 endtikzpicture
 enddocument

tikz-pgf

share|improve this question

asked 51 mins ago

Fabrice

1,3221822

add a comment | 

up vote
2
down vote

favorite

up vote
2
down vote

favorite

To place the labels "m = 2", "p = 3" and "m + p = 2 + 3" as in the attached figure, I made some tests but the result is not yet the one expected. Is there a more rigorous method ?

 documentclass[border=10pt]standalone
 usepackageunicode-math
 setmainfontXITS
 setmathfontXITS Math
 usepackagepgfplots
 usepackagemathrsfs
 pgfplotssetcompat=1.16
 usetikzlibraryintersections
 usepgfplotslibraryfillbetween
 begindocument
 begintikzpicture
 beginaxis[
 x=1cm,y=1cm,
 xtick=0,1,...,7,ytick=0,1,...,6,
 ymin=-2.5,ymax=7,xmin=-1,xmax=8,
 ymin=-2.5,
 axis on top=false,
 enlargelimits=false,
 axis x line=middle,
 axis y line=middle,
 tick align=outside,
 tickwidth=0.12cm,
 xticklabels=0,1,empty,empty,empty,empty,empty,
 yticklabels=0,1,empty,empty,empty,empty,
 major tick style = thick, black,
 axis line style = ultra thick,
 x tick label style=
 /pgf/number format/1000 sep=
 ,
 extra x ticks=8,
 extra x tick label=null,
 extra y ticks=7,
 extra y tick label=null,
 extra tick style=tick style=draw=none,
 xlabel=,ylabel=,
 every axis x label/.style=
 
 at=(ticklabel* cs:1),
 anchor=west
 ,
 every axis y label/.style=
 
 at=(ticklabel* cs:1),
 anchor=south
 ,
 >=stealth,
 grid=none]


addplot+[
 mark=+,
 only marks,
 mark options=thick,black
 ] 
 coordinates
 (0,1) (1,1.3) (2,1.69) (3,2.197) (4,2.8561) (5,3.71293) (6,4.826809) (7,6.2748517) (8,8.157307209);

 draw[black,->,thick] (2,0)-- node[above,rotate=90]$u_2$ (2,1.69);
 draw[black,->,thick] (3,0)-- node[above,rotate=90]$u_3$ (3,2.197);
 draw[black,->,thick] (5,0)-- node[above,rotate=90]$u_2 times u_3$(5,3.71293); 

 node[below,black,rotate=45] at (2,-0.4)$m=2$;
 node[below,black,rotate=45] at (3,-0.4)$p=3$;
 node[below,black,rotate=45] at (4,-0.8)$m+p=2+3$;
 node[right,black] at (6,4.826809) $mathcalC_u_n$;
 node[below left=2pt] at (0,0)$0$;

 endaxis 
 endtikzpicture
 enddocument

tikz-pgf

share|improve this question

asked 51 mins ago

Fabrice

1,3221822

To place the labels "m = 2", "p = 3" and "m + p = 2 + 3" as in the attached figure, I made some tests but the result is not yet the one expected. Is there a more rigorous method ?

 documentclass[border=10pt]standalone
 usepackageunicode-math
 setmainfontXITS
 setmathfontXITS Math
 usepackagepgfplots
 usepackagemathrsfs
 pgfplotssetcompat=1.16
 usetikzlibraryintersections
 usepgfplotslibraryfillbetween
 begindocument
 begintikzpicture
 beginaxis[
 x=1cm,y=1cm,
 xtick=0,1,...,7,ytick=0,1,...,6,
 ymin=-2.5,ymax=7,xmin=-1,xmax=8,
 ymin=-2.5,
 axis on top=false,
 enlargelimits=false,
 axis x line=middle,
 axis y line=middle,
 tick align=outside,
 tickwidth=0.12cm,
 xticklabels=0,1,empty,empty,empty,empty,empty,
 yticklabels=0,1,empty,empty,empty,empty,
 major tick style = thick, black,
 axis line style = ultra thick,
 x tick label style=
 /pgf/number format/1000 sep=
 ,
 extra x ticks=8,
 extra x tick label=null,
 extra y ticks=7,
 extra y tick label=null,
 extra tick style=tick style=draw=none,
 xlabel=,ylabel=,
 every axis x label/.style=
 
 at=(ticklabel* cs:1),
 anchor=west
 ,
 every axis y label/.style=
 
 at=(ticklabel* cs:1),
 anchor=south
 ,
 >=stealth,
 grid=none]


addplot+[
 mark=+,
 only marks,
 mark options=thick,black
 ] 
 coordinates
 (0,1) (1,1.3) (2,1.69) (3,2.197) (4,2.8561) (5,3.71293) (6,4.826809) (7,6.2748517) (8,8.157307209);

 draw[black,->,thick] (2,0)-- node[above,rotate=90]$u_2$ (2,1.69);
 draw[black,->,thick] (3,0)-- node[above,rotate=90]$u_3$ (3,2.197);
 draw[black,->,thick] (5,0)-- node[above,rotate=90]$u_2 times u_3$(5,3.71293); 

 node[below,black,rotate=45] at (2,-0.4)$m=2$;
 node[below,black,rotate=45] at (3,-0.4)$p=3$;
 node[below,black,rotate=45] at (4,-0.8)$m+p=2+3$;
 node[right,black] at (6,4.826809) $mathcalC_u_n$;
 node[below left=2pt] at (0,0)$0$;

 endaxis 
 endtikzpicture
 enddocument

tikz-pgf

tikz-pgf

share|improve this question

asked 51 mins ago

Fabrice

1,3221822

share|improve this question

asked 51 mins ago

Fabrice

1,3221822

share|improve this question

share|improve this question

asked 51 mins ago

Fabrice

1,3221822

asked 51 mins ago

Fabrice

1,3221822

asked 51 mins ago

Fabrice

1,3221822

1,3221822

add a comment | 

add a comment | 

2 Answers
2

active

oldest

votes

up vote
3
down vote

You only have to replace below by anchor=north east, then you can use the coordinates in a much more intuitive way.

 documentclass[border=10pt]standalone
% usepackageunicode-math
% setmainfontXITS
% setmathfontXITS Math
 usepackagepgfplots
 usepackagemathrsfs
 pgfplotssetcompat=1.16
% usetikzlibraryintersections
% usepgfplotslibraryfillbetween
 begindocument
 begintikzpicture
 beginaxis[
 x=1cm,y=1cm,
 xtick=0,1,...,7,ytick=0,1,...,6,
 ymin=-2.5,ymax=7,xmin=-1,xmax=8,
 ymin=-2.5,
 axis on top=false,
 enlargelimits=false,
 axis x line=middle,
 axis y line=middle,
 tick align=outside,
 tickwidth=0.12cm,
 xticklabels=0,1,empty,empty,empty,empty,empty,
 yticklabels=0,1,empty,empty,empty,empty,
 major tick style = thick, black,
 axis line style = ultra thick,
 x tick label style=
 /pgf/number format/1000 sep=
 ,
 extra x ticks=8,
 extra x tick label=null,
 extra y ticks=7,
 extra y tick label=null,
 extra tick style=tick style=draw=none,
 xlabel=,ylabel=,
 every axis x label/.style=
 
 at=(ticklabel* cs:1),
 anchor=west
 ,
 every axis y label/.style=
 
 at=(ticklabel* cs:1),
 anchor=south
 ,
 >=stealth,
 grid=none]


addplot+[
 mark=+,
 only marks,
 mark options=thick,black
 ] 
 coordinates
 (0,1) (1,1.3) (2,1.69) (3,2.197) (4,2.8561) (5,3.71293) (6,4.826809) (7,6.2748517) (8,8.157307209);

 draw[black,->,thick] (2,0)-- node[above,rotate=90]$u_2$ (2,1.69);
 draw[black,->,thick] (3,0)-- node[above,rotate=90]$u_3$ (3,2.197);
 draw[black,->,thick] (5,0)-- node[above,rotate=90]$u_2 times u_3$(5,3.71293); 

 node[anchor=north east,black,rotate=45] at (2,-0.1)$m=2$;
 node[anchor=north east,black,rotate=45] at (3,-0.1)$p=3$;
 node[anchor=north east,black,rotate=45] at (5,-0.1)$m+p=2+3$;
 node[right,black] at (6,4.826809) $mathcalC_u_n$;
 node[below left=2pt] at (0,0)$0$;

 endaxis 
 endtikzpicture
 enddocument

share|improve this answer

answered 46 mins ago

marmot

64.5k470139

add a comment | 

up vote
2
down vote

If you're not actually using the extra ticks for anything, you could do

extra x ticks=2,3,5,
extra x tick labels=$m=2$,$p=3$,$m+p=2+3$,
extra x tick style=
 ticklabel style=rotate=45,anchor=north east
 ,

instead of those nodes. `

documentclass[border=10pt]standalone
%usepackageunicode-math
%setmainfontXITS
%setmathfontXITS Math
usepackagepgfplots
%usepackagemathrsfs
pgfplotssetcompat=1.16
usetikzlibraryintersections
usepgfplotslibraryfillbetween
begindocument
begintikzpicture
beginaxis[
 x=1cm,y=1cm,
 xtick=0,1,...,7,
 ytick=0,1,...,6,
 ymin=-2.5,ymax=7,xmin=-1,xmax=8,
 ymin=-2.5,
 axis on top=false,
 enlargelimits=false,
 axis x line=middle,
 axis y line=middle,
 tick align=outside,
 tickwidth=0.12cm,
 xticklabels=0,1,
 yticklabels=0,1,
 major tick style = thick, black,
 axis line style = ultra thick,
 x tick label style=
 /pgf/number format/1000 sep=
 ,
 extra x ticks=2,3,5,
 extra x tick labels=$m=2$,$p=3$,$m+p=2+3$,
 extra x tick style=
 ticklabel style=rotate=45,anchor=north east
 ,
 extra y ticks=7,
 extra y tick label=null,
 extra tick style=tick style=draw=none,
 xlabel=,ylabel=,
 every axis x label/.style=
 
 at=(ticklabel* cs:1),
 anchor=west
 ,
 every axis y label/.style=
 
 at=(ticklabel* cs:1),
 anchor=south
 ,
 >=stealth,
 grid=none
]


addplot+[
 mark=+,
 only marks,
 mark options=thick,black
 ] 
 coordinates
 (0,1) (1,1.3) (2,1.69) (3,2.197) (4,2.8561) (5,3.71293) (6,4.826809) (7,6.2748517) (8,8.157307209);

 draw[black,->,thick] (2,0)-- node[above,rotate=90]$u_2$ (2,1.69);
 draw[black,->,thick] (3,0)-- node[above,rotate=90]$u_3$ (3,2.197);
 draw[black,->,thick] (5,0)-- node[above,rotate=90]$u_2 times u_3$(5,3.71293); 

 node[right,black] at (6,4.826809) $mathcalC_u_n$;
 node[below left=2pt] at (0,0)$0$;

endaxis 
endtikzpicture
enddocument

share|improve this answer

answered 36 mins ago

Torbjørn T.

152k13244427

add a comment | 

Your Answer

StackExchange.ready(function()
var channelOptions =
tags: "".split(" "),
id: "85"
;
initTagRenderer("".split(" "), "".split(" "), channelOptions);

StackExchange.using("externalEditor", function()
// Have to fire editor after snippets, if snippets enabled
if (StackExchange.settings.snippets.snippetsEnabled)
StackExchange.using("snippets", function()
createEditor();
);

else
createEditor();

);

function createEditor()
StackExchange.prepareEditor(
heartbeatType: 'answer',
convertImagesToLinks: false,
noModals: false,
showLowRepImageUploadWarning: true,
reputationToPostImages: null,
bindNavPrevention: true,
postfix: "",
onDemand: true,
discardSelector: ".discard-answer"
,immediatelyShowMarkdownHelp:true
);



);

 

draft saved

draft discarded

Sign up or log in

StackExchange.ready(function ()
StackExchange.helpers.onClickDraftSave('#login-link');
);

Sign up using Google

Sign up using Facebook

Sign up using Email and Password

Post as a guest

Name Email

StackExchange.ready(
function ()
StackExchange.openid.initPostLogin('.new-post-login', 'https%3a%2f%2ftex.stackexchange.com%2fquestions%2f454802%2fplacing-labels-with-a-rotation-angle%23new-answer', 'question_page');

);

Post as a guest

Name Email

2 Answers
2

active

oldest

votes

2 Answers
2

active

oldest

votes

active

oldest

votes

active

oldest

votes

up vote
3
down vote

You only have to replace below by anchor=north east, then you can use the coordinates in a much more intuitive way.

 documentclass[border=10pt]standalone
% usepackageunicode-math
% setmainfontXITS
% setmathfontXITS Math
 usepackagepgfplots
 usepackagemathrsfs
 pgfplotssetcompat=1.16
% usetikzlibraryintersections
% usepgfplotslibraryfillbetween
 begindocument
 begintikzpicture
 beginaxis[
 x=1cm,y=1cm,
 xtick=0,1,...,7,ytick=0,1,...,6,
 ymin=-2.5,ymax=7,xmin=-1,xmax=8,
 ymin=-2.5,
 axis on top=false,
 enlargelimits=false,
 axis x line=middle,
 axis y line=middle,
 tick align=outside,
 tickwidth=0.12cm,
 xticklabels=0,1,empty,empty,empty,empty,empty,
 yticklabels=0,1,empty,empty,empty,empty,
 major tick style = thick, black,
 axis line style = ultra thick,
 x tick label style=
 /pgf/number format/1000 sep=
 ,
 extra x ticks=8,
 extra x tick label=null,
 extra y ticks=7,
 extra y tick label=null,
 extra tick style=tick style=draw=none,
 xlabel=,ylabel=,
 every axis x label/.style=
 
 at=(ticklabel* cs:1),
 anchor=west
 ,
 every axis y label/.style=
 
 at=(ticklabel* cs:1),
 anchor=south
 ,
 >=stealth,
 grid=none]


addplot+[
 mark=+,
 only marks,
 mark options=thick,black
 ] 
 coordinates
 (0,1) (1,1.3) (2,1.69) (3,2.197) (4,2.8561) (5,3.71293) (6,4.826809) (7,6.2748517) (8,8.157307209);

 draw[black,->,thick] (2,0)-- node[above,rotate=90]$u_2$ (2,1.69);
 draw[black,->,thick] (3,0)-- node[above,rotate=90]$u_3$ (3,2.197);
 draw[black,->,thick] (5,0)-- node[above,rotate=90]$u_2 times u_3$(5,3.71293); 

 node[anchor=north east,black,rotate=45] at (2,-0.1)$m=2$;
 node[anchor=north east,black,rotate=45] at (3,-0.1)$p=3$;
 node[anchor=north east,black,rotate=45] at (5,-0.1)$m+p=2+3$;
 node[right,black] at (6,4.826809) $mathcalC_u_n$;
 node[below left=2pt] at (0,0)$0$;

 endaxis 
 endtikzpicture
 enddocument

share|improve this answer

answered 46 mins ago

marmot

64.5k470139

add a comment | 

up vote
3
down vote

You only have to replace below by anchor=north east, then you can use the coordinates in a much more intuitive way.

 documentclass[border=10pt]standalone
% usepackageunicode-math
% setmainfontXITS
% setmathfontXITS Math
 usepackagepgfplots
 usepackagemathrsfs
 pgfplotssetcompat=1.16
% usetikzlibraryintersections
% usepgfplotslibraryfillbetween
 begindocument
 begintikzpicture
 beginaxis[
 x=1cm,y=1cm,
 xtick=0,1,...,7,ytick=0,1,...,6,
 ymin=-2.5,ymax=7,xmin=-1,xmax=8,
 ymin=-2.5,
 axis on top=false,
 enlargelimits=false,
 axis x line=middle,
 axis y line=middle,
 tick align=outside,
 tickwidth=0.12cm,
 xticklabels=0,1,empty,empty,empty,empty,empty,
 yticklabels=0,1,empty,empty,empty,empty,
 major tick style = thick, black,
 axis line style = ultra thick,
 x tick label style=
 /pgf/number format/1000 sep=
 ,
 extra x ticks=8,
 extra x tick label=null,
 extra y ticks=7,
 extra y tick label=null,
 extra tick style=tick style=draw=none,
 xlabel=,ylabel=,
 every axis x label/.style=
 
 at=(ticklabel* cs:1),
 anchor=west
 ,
 every axis y label/.style=
 
 at=(ticklabel* cs:1),
 anchor=south
 ,
 >=stealth,
 grid=none]


addplot+[
 mark=+,
 only marks,
 mark options=thick,black
 ] 
 coordinates
 (0,1) (1,1.3) (2,1.69) (3,2.197) (4,2.8561) (5,3.71293) (6,4.826809) (7,6.2748517) (8,8.157307209);

 draw[black,->,thick] (2,0)-- node[above,rotate=90]$u_2$ (2,1.69);
 draw[black,->,thick] (3,0)-- node[above,rotate=90]$u_3$ (3,2.197);
 draw[black,->,thick] (5,0)-- node[above,rotate=90]$u_2 times u_3$(5,3.71293); 

 node[anchor=north east,black,rotate=45] at (2,-0.1)$m=2$;
 node[anchor=north east,black,rotate=45] at (3,-0.1)$p=3$;
 node[anchor=north east,black,rotate=45] at (5,-0.1)$m+p=2+3$;
 node[right,black] at (6,4.826809) $mathcalC_u_n$;
 node[below left=2pt] at (0,0)$0$;

 endaxis 
 endtikzpicture
 enddocument

share|improve this answer

answered 46 mins ago

marmot

64.5k470139

add a comment | 

up vote
3
down vote

up vote
3
down vote

You only have to replace below by anchor=north east, then you can use the coordinates in a much more intuitive way.

 documentclass[border=10pt]standalone
% usepackageunicode-math
% setmainfontXITS
% setmathfontXITS Math
 usepackagepgfplots
 usepackagemathrsfs
 pgfplotssetcompat=1.16
% usetikzlibraryintersections
% usepgfplotslibraryfillbetween
 begindocument
 begintikzpicture
 beginaxis[
 x=1cm,y=1cm,
 xtick=0,1,...,7,ytick=0,1,...,6,
 ymin=-2.5,ymax=7,xmin=-1,xmax=8,
 ymin=-2.5,
 axis on top=false,
 enlargelimits=false,
 axis x line=middle,
 axis y line=middle,
 tick align=outside,
 tickwidth=0.12cm,
 xticklabels=0,1,empty,empty,empty,empty,empty,
 yticklabels=0,1,empty,empty,empty,empty,
 major tick style = thick, black,
 axis line style = ultra thick,
 x tick label style=
 /pgf/number format/1000 sep=
 ,
 extra x ticks=8,
 extra x tick label=null,
 extra y ticks=7,
 extra y tick label=null,
 extra tick style=tick style=draw=none,
 xlabel=,ylabel=,
 every axis x label/.style=
 
 at=(ticklabel* cs:1),
 anchor=west
 ,
 every axis y label/.style=
 
 at=(ticklabel* cs:1),
 anchor=south
 ,
 >=stealth,
 grid=none]


addplot+[
 mark=+,
 only marks,
 mark options=thick,black
 ] 
 coordinates
 (0,1) (1,1.3) (2,1.69) (3,2.197) (4,2.8561) (5,3.71293) (6,4.826809) (7,6.2748517) (8,8.157307209);

 draw[black,->,thick] (2,0)-- node[above,rotate=90]$u_2$ (2,1.69);
 draw[black,->,thick] (3,0)-- node[above,rotate=90]$u_3$ (3,2.197);
 draw[black,->,thick] (5,0)-- node[above,rotate=90]$u_2 times u_3$(5,3.71293); 

 node[anchor=north east,black,rotate=45] at (2,-0.1)$m=2$;
 node[anchor=north east,black,rotate=45] at (3,-0.1)$p=3$;
 node[anchor=north east,black,rotate=45] at (5,-0.1)$m+p=2+3$;
 node[right,black] at (6,4.826809) $mathcalC_u_n$;
 node[below left=2pt] at (0,0)$0$;

 endaxis 
 endtikzpicture
 enddocument

share|improve this answer

answered 46 mins ago

marmot

64.5k470139

You only have to replace below by anchor=north east, then you can use the coordinates in a much more intuitive way.

 documentclass[border=10pt]standalone
% usepackageunicode-math
% setmainfontXITS
% setmathfontXITS Math
 usepackagepgfplots
 usepackagemathrsfs
 pgfplotssetcompat=1.16
% usetikzlibraryintersections
% usepgfplotslibraryfillbetween
 begindocument
 begintikzpicture
 beginaxis[
 x=1cm,y=1cm,
 xtick=0,1,...,7,ytick=0,1,...,6,
 ymin=-2.5,ymax=7,xmin=-1,xmax=8,
 ymin=-2.5,
 axis on top=false,
 enlargelimits=false,
 axis x line=middle,
 axis y line=middle,
 tick align=outside,
 tickwidth=0.12cm,
 xticklabels=0,1,empty,empty,empty,empty,empty,
 yticklabels=0,1,empty,empty,empty,empty,
 major tick style = thick, black,
 axis line style = ultra thick,
 x tick label style=
 /pgf/number format/1000 sep=
 ,
 extra x ticks=8,
 extra x tick label=null,
 extra y ticks=7,
 extra y tick label=null,
 extra tick style=tick style=draw=none,
 xlabel=,ylabel=,
 every axis x label/.style=
 
 at=(ticklabel* cs:1),
 anchor=west
 ,
 every axis y label/.style=
 
 at=(ticklabel* cs:1),
 anchor=south
 ,
 >=stealth,
 grid=none]


addplot+[
 mark=+,
 only marks,
 mark options=thick,black
 ] 
 coordinates
 (0,1) (1,1.3) (2,1.69) (3,2.197) (4,2.8561) (5,3.71293) (6,4.826809) (7,6.2748517) (8,8.157307209);

 draw[black,->,thick] (2,0)-- node[above,rotate=90]$u_2$ (2,1.69);
 draw[black,->,thick] (3,0)-- node[above,rotate=90]$u_3$ (3,2.197);
 draw[black,->,thick] (5,0)-- node[above,rotate=90]$u_2 times u_3$(5,3.71293); 

 node[anchor=north east,black,rotate=45] at (2,-0.1)$m=2$;
 node[anchor=north east,black,rotate=45] at (3,-0.1)$p=3$;
 node[anchor=north east,black,rotate=45] at (5,-0.1)$m+p=2+3$;
 node[right,black] at (6,4.826809) $mathcalC_u_n$;
 node[below left=2pt] at (0,0)$0$;

 endaxis 
 endtikzpicture
 enddocument

share|improve this answer

answered 46 mins ago

marmot

64.5k470139

share|improve this answer

share|improve this answer

answered 46 mins ago

marmot

64.5k470139

answered 46 mins ago

marmot

64.5k470139

answered 46 mins ago

marmot

64.5k470139

64.5k470139

add a comment | 

add a comment | 

up vote
2
down vote

If you're not actually using the extra ticks for anything, you could do

extra x ticks=2,3,5,
extra x tick labels=$m=2$,$p=3$,$m+p=2+3$,
extra x tick style=
 ticklabel style=rotate=45,anchor=north east
 ,

instead of those nodes. `

documentclass[border=10pt]standalone
%usepackageunicode-math
%setmainfontXITS
%setmathfontXITS Math
usepackagepgfplots
%usepackagemathrsfs
pgfplotssetcompat=1.16
usetikzlibraryintersections
usepgfplotslibraryfillbetween
begindocument
begintikzpicture
beginaxis[
 x=1cm,y=1cm,
 xtick=0,1,...,7,
 ytick=0,1,...,6,
 ymin=-2.5,ymax=7,xmin=-1,xmax=8,
 ymin=-2.5,
 axis on top=false,
 enlargelimits=false,
 axis x line=middle,
 axis y line=middle,
 tick align=outside,
 tickwidth=0.12cm,
 xticklabels=0,1,
 yticklabels=0,1,
 major tick style = thick, black,
 axis line style = ultra thick,
 x tick label style=
 /pgf/number format/1000 sep=
 ,
 extra x ticks=2,3,5,
 extra x tick labels=$m=2$,$p=3$,$m+p=2+3$,
 extra x tick style=
 ticklabel style=rotate=45,anchor=north east
 ,
 extra y ticks=7,
 extra y tick label=null,
 extra tick style=tick style=draw=none,
 xlabel=,ylabel=,
 every axis x label/.style=
 
 at=(ticklabel* cs:1),
 anchor=west
 ,
 every axis y label/.style=
 
 at=(ticklabel* cs:1),
 anchor=south
 ,
 >=stealth,
 grid=none
]


addplot+[
 mark=+,
 only marks,
 mark options=thick,black
 ] 
 coordinates
 (0,1) (1,1.3) (2,1.69) (3,2.197) (4,2.8561) (5,3.71293) (6,4.826809) (7,6.2748517) (8,8.157307209);

 draw[black,->,thick] (2,0)-- node[above,rotate=90]$u_2$ (2,1.69);
 draw[black,->,thick] (3,0)-- node[above,rotate=90]$u_3$ (3,2.197);
 draw[black,->,thick] (5,0)-- node[above,rotate=90]$u_2 times u_3$(5,3.71293); 

 node[right,black] at (6,4.826809) $mathcalC_u_n$;
 node[below left=2pt] at (0,0)$0$;

endaxis 
endtikzpicture
enddocument

share|improve this answer

answered 36 mins ago

Torbjørn T.

152k13244427

add a comment | 

up vote
2
down vote

If you're not actually using the extra ticks for anything, you could do

extra x ticks=2,3,5,
extra x tick labels=$m=2$,$p=3$,$m+p=2+3$,
extra x tick style=
 ticklabel style=rotate=45,anchor=north east
 ,

instead of those nodes. `

documentclass[border=10pt]standalone
%usepackageunicode-math
%setmainfontXITS
%setmathfontXITS Math
usepackagepgfplots
%usepackagemathrsfs
pgfplotssetcompat=1.16
usetikzlibraryintersections
usepgfplotslibraryfillbetween
begindocument
begintikzpicture
beginaxis[
 x=1cm,y=1cm,
 xtick=0,1,...,7,
 ytick=0,1,...,6,
 ymin=-2.5,ymax=7,xmin=-1,xmax=8,
 ymin=-2.5,
 axis on top=false,
 enlargelimits=false,
 axis x line=middle,
 axis y line=middle,
 tick align=outside,
 tickwidth=0.12cm,
 xticklabels=0,1,
 yticklabels=0,1,
 major tick style = thick, black,
 axis line style = ultra thick,
 x tick label style=
 /pgf/number format/1000 sep=
 ,
 extra x ticks=2,3,5,
 extra x tick labels=$m=2$,$p=3$,$m+p=2+3$,
 extra x tick style=
 ticklabel style=rotate=45,anchor=north east
 ,
 extra y ticks=7,
 extra y tick label=null,
 extra tick style=tick style=draw=none,
 xlabel=,ylabel=,
 every axis x label/.style=
 
 at=(ticklabel* cs:1),
 anchor=west
 ,
 every axis y label/.style=
 
 at=(ticklabel* cs:1),
 anchor=south
 ,
 >=stealth,
 grid=none
]


addplot+[
 mark=+,
 only marks,
 mark options=thick,black
 ] 
 coordinates
 (0,1) (1,1.3) (2,1.69) (3,2.197) (4,2.8561) (5,3.71293) (6,4.826809) (7,6.2748517) (8,8.157307209);

 draw[black,->,thick] (2,0)-- node[above,rotate=90]$u_2$ (2,1.69);
 draw[black,->,thick] (3,0)-- node[above,rotate=90]$u_3$ (3,2.197);
 draw[black,->,thick] (5,0)-- node[above,rotate=90]$u_2 times u_3$(5,3.71293); 

 node[right,black] at (6,4.826809) $mathcalC_u_n$;
 node[below left=2pt] at (0,0)$0$;

endaxis 
endtikzpicture
enddocument

share|improve this answer

answered 36 mins ago

Torbjørn T.

152k13244427

add a comment | 

up vote
2
down vote

up vote
2
down vote

If you're not actually using the extra ticks for anything, you could do

extra x ticks=2,3,5,
extra x tick labels=$m=2$,$p=3$,$m+p=2+3$,
extra x tick style=
 ticklabel style=rotate=45,anchor=north east
 ,

instead of those nodes. `

documentclass[border=10pt]standalone
%usepackageunicode-math
%setmainfontXITS
%setmathfontXITS Math
usepackagepgfplots
%usepackagemathrsfs
pgfplotssetcompat=1.16
usetikzlibraryintersections
usepgfplotslibraryfillbetween
begindocument
begintikzpicture
beginaxis[
 x=1cm,y=1cm,
 xtick=0,1,...,7,
 ytick=0,1,...,6,
 ymin=-2.5,ymax=7,xmin=-1,xmax=8,
 ymin=-2.5,
 axis on top=false,
 enlargelimits=false,
 axis x line=middle,
 axis y line=middle,
 tick align=outside,
 tickwidth=0.12cm,
 xticklabels=0,1,
 yticklabels=0,1,
 major tick style = thick, black,
 axis line style = ultra thick,
 x tick label style=
 /pgf/number format/1000 sep=
 ,
 extra x ticks=2,3,5,
 extra x tick labels=$m=2$,$p=3$,$m+p=2+3$,
 extra x tick style=
 ticklabel style=rotate=45,anchor=north east
 ,
 extra y ticks=7,
 extra y tick label=null,
 extra tick style=tick style=draw=none,
 xlabel=,ylabel=,
 every axis x label/.style=
 
 at=(ticklabel* cs:1),
 anchor=west
 ,
 every axis y label/.style=
 
 at=(ticklabel* cs:1),
 anchor=south
 ,
 >=stealth,
 grid=none
]


addplot+[
 mark=+,
 only marks,
 mark options=thick,black
 ] 
 coordinates
 (0,1) (1,1.3) (2,1.69) (3,2.197) (4,2.8561) (5,3.71293) (6,4.826809) (7,6.2748517) (8,8.157307209);

 draw[black,->,thick] (2,0)-- node[above,rotate=90]$u_2$ (2,1.69);
 draw[black,->,thick] (3,0)-- node[above,rotate=90]$u_3$ (3,2.197);
 draw[black,->,thick] (5,0)-- node[above,rotate=90]$u_2 times u_3$(5,3.71293); 

 node[right,black] at (6,4.826809) $mathcalC_u_n$;
 node[below left=2pt] at (0,0)$0$;

endaxis 
endtikzpicture
enddocument

share|improve this answer

answered 36 mins ago

Torbjørn T.

152k13244427

If you're not actually using the extra ticks for anything, you could do

extra x ticks=2,3,5,
extra x tick labels=$m=2$,$p=3$,$m+p=2+3$,
extra x tick style=
 ticklabel style=rotate=45,anchor=north east
 ,

instead of those nodes. `

documentclass[border=10pt]standalone
%usepackageunicode-math
%setmainfontXITS
%setmathfontXITS Math
usepackagepgfplots
%usepackagemathrsfs
pgfplotssetcompat=1.16
usetikzlibraryintersections
usepgfplotslibraryfillbetween
begindocument
begintikzpicture
beginaxis[
 x=1cm,y=1cm,
 xtick=0,1,...,7,
 ytick=0,1,...,6,
 ymin=-2.5,ymax=7,xmin=-1,xmax=8,
 ymin=-2.5,
 axis on top=false,
 enlargelimits=false,
 axis x line=middle,
 axis y line=middle,
 tick align=outside,
 tickwidth=0.12cm,
 xticklabels=0,1,
 yticklabels=0,1,
 major tick style = thick, black,
 axis line style = ultra thick,
 x tick label style=
 /pgf/number format/1000 sep=
 ,
 extra x ticks=2,3,5,
 extra x tick labels=$m=2$,$p=3$,$m+p=2+3$,
 extra x tick style=
 ticklabel style=rotate=45,anchor=north east
 ,
 extra y ticks=7,
 extra y tick label=null,
 extra tick style=tick style=draw=none,
 xlabel=,ylabel=,
 every axis x label/.style=
 
 at=(ticklabel* cs:1),
 anchor=west
 ,
 every axis y label/.style=
 
 at=(ticklabel* cs:1),
 anchor=south
 ,
 >=stealth,
 grid=none
]


addplot+[
 mark=+,
 only marks,
 mark options=thick,black
 ] 
 coordinates
 (0,1) (1,1.3) (2,1.69) (3,2.197) (4,2.8561) (5,3.71293) (6,4.826809) (7,6.2748517) (8,8.157307209);

 draw[black,->,thick] (2,0)-- node[above,rotate=90]$u_2$ (2,1.69);
 draw[black,->,thick] (3,0)-- node[above,rotate=90]$u_3$ (3,2.197);
 draw[black,->,thick] (5,0)-- node[above,rotate=90]$u_2 times u_3$(5,3.71293); 

 node[right,black] at (6,4.826809) $mathcalC_u_n$;
 node[below left=2pt] at (0,0)$0$;

endaxis 
endtikzpicture
enddocument

share|improve this answer

answered 36 mins ago

Torbjørn T.

152k13244427

share|improve this answer

share|improve this answer

answered 36 mins ago

Torbjørn T.

152k13244427

answered 36 mins ago

Torbjørn T.

152k13244427

answered 36 mins ago

Torbjørn T.

152k13244427

152k13244427

add a comment | 

add a comment | 

 

draft saved

draft discarded

 

draft saved

draft discarded

Sign up or log in

StackExchange.ready(function ()
StackExchange.helpers.onClickDraftSave('#login-link');
);

Sign up using Google

Sign up using Facebook

Sign up using Email and Password

Post as a guest

Name Email

StackExchange.ready(
function ()
StackExchange.openid.initPostLogin('.new-post-login', 'https%3a%2f%2ftex.stackexchange.com%2fquestions%2f454802%2fplacing-labels-with-a-rotation-angle%23new-answer', 'question_page');

);

Post as a guest

Name Email

Sign up or log in

StackExchange.ready(function ()
StackExchange.helpers.onClickDraftSave('#login-link');
);

Sign up using Google

Sign up using Facebook

Sign up using Email and Password

Post as a guest

Name Email

Sign up or log in

StackExchange.ready(function ()
StackExchange.helpers.onClickDraftSave('#login-link');
);

Sign up using Google

Sign up using Facebook

Sign up using Email and Password

Post as a guest

Name Email

Sign up or log in

StackExchange.ready(function ()
StackExchange.helpers.onClickDraftSave('#login-link');
);

Sign up using Google

Sign up using Facebook

Sign up using Email and Password

Sign up using Google

Sign up using Facebook

Sign up using Email and Password

Post as a guest

Name Email

Name Email

Name

Email

Name Email

Name

Email