hjælp latex tikzpicture
Jeg er ved at lave et stort diagram i Latex med Tikzpicture
mit problem er at jeg tror jeg har mødt en begrænsning i hvor stort et tikzpicture må blive, ellers har jeg en eller anden anden fejl.
mit problem er at efter jeg satte nedenstående kode ind, kan pdflatex ikke mere lave en PDF af mit dokument.
PS. et helt andet problem er, sidetallet der opfører sig som om, at det skal stå på en stående A4-side...
Jeg håber i kan hjælpe mig
Jan Fisker
%trin1.17
\node[point,trin] at (10,-10) (trin117) {1.17};
\draw[->,very thick] (trin116) to[myncbar,angle=270,arm=1] (trin117);
\node[point,box3] at (10.7,-8.7) (text4) {Fmidt};
\draw[-,very thick] (9.6,-8.7) to (10.4,-8.7);
\node[point,box1] at (11.0,-10) (box7) {};
\node[point,box2] at (11.6,-10) (box8) {\small B\aa nd Frem};
\draw[-,very thick] (trin117) to (box7);
\node[point,box1] at (10.0,-10.6) (box7b) {\small C};
\node[point,box2] at (10.6,-10.6) (box8b) {\small Fb\aa nd $\cdot$ Cfrem};
herunder er hele mit dokument, men som sagt ovenfor så gik det først galt da jeg indsatte ovenstående.
% Metapost style ncbar node connection
% Requires PGF 2.00 or later
\documentclass[a4paper, oneside, landscape]{article}
\usepackage{tikz}
\usepackage[ansinew]{inputenc} % Æ,Ø,å, æ \o ,å på pc
\setlength{\oddsidemargin}{0pt}
\setlength{\marginparwidth}{0pt}
\setlength{\textwidth}{460pt}
\setlength{\hoffset}{-20pt}
\setlength{\topmargin}{0pt}
\setlength{\headsep}{0pt}
\setlength{\headheight}{0pt}
\usetikzlibrary{%
calc,% The calc library is needed for the ($...$) node calculation syntax.
arrows,%
shapes.misc,% wg. rounded rectangle
shapes.arrows,%
chains,%
matrix,%
positioning,% wg. " of "
scopes,%
decorations.pathmorphing,% /pgf/decoration/random steps | erste Graphik
shadows%
}
\begin{document}
\tikzset{
trin0/.style={
% The shape:
rectangle,
% alignment
center,
% The size:
minimum size=10mm,
% The border:
very thick, double distance=1pt,
draw=black, % red!50!black!20 50% red and 50% black,
% and that mixed with 50% white
% The filling:
top color=white, % a shading that is white at the top...
bottom color=green!70!black!20, % and something else at the bottom
% Font
font=\itshape
},
trin/.style={
% The shape:
rectangle,
% alignment
center,
% The size:
minimum size=10mm,
% The border:
very thick,
draw=black, % 50% red and 50% black,
% and that mixed with 50% white
% The filling:
top color=white, % a shading that is white at the top...
bottom color=green!70!black!20, % and something else at the bottom
% Font
font=\itshape
},
box1/.style={
% The shape:
rectangle,
% alignment
right,
% The hight:
minimum height=5.5mm,
% The lengt
minimum width=5.5mm,
% The border:
very thick,
draw=red!50!black!50, % 50% red and 50% black,
% and that mixed with 50% white
% The filling:
top color=white, % a shading that is white at the top...
bottom color=red!50!black!20, % and something else at the bottom
% Font
font=\itshape
},
box2/.style={
% The shape:
rectangle,
% alignment
right,
% The hight:
minimum height=5.5mm,
% The lengt:
minimum width=26mm,
% The border:
very thick,
draw=red!50!black!50, % 50% red and 50% black,
% and that mixed with 50% white
% The filling:
top color=white, % a shading that is white at the top...
bottom color=red!50!black!20, % and something else at the bottom
% Font
font=\itshape
},
box3/.style={
% The shape:
rectangle,
% alignment
right,
% The size:
minimum size=5mm,
% The border:
none,
% Font
font=\itshape
}
}
{
\tikzset{trin0/.append style={text height=1.5ex,text depth=.25ex}}
\tikzset{trin/.append style={text height=1.5ex,text depth=.25ex}}
\tikzset{box1/.append style={text height=1.5ex,text depth=.25ex}}
\tikzset{box2/.append style={text height=1.5ex,text depth=.25ex}}
\tikzset{box3/.append style={text height=1.5ex,text depth=.25ex}}
}
% Define the arm and angle options
\def\myarm{1cm}
\def\myangle{0}
\tikzset{
arm/.default=1cm,
arm/.code={\def\myarm{#1}}, % store value in \myarm
angle/.default=0,
angle/.code={\def\myangle{#1}} % store value in \myangle
}
% Define the myncbar to path
\tikzset{
myncbar/.style = {to path={
% We need to calculate a couple of coordinates to help us draw
% the path.
let
% Same as (\tikztotarget)++(\myangle:\myarm)
\p1=($(\tikztotarget)+(\myangle:\myarm)$)
in
-- ++(\myangle:\myarm) coordinate (tmp)
% Find the projection of the (tmp) coordinate
% on the line from the target to p1
-- ($(\tikztotarget)!(tmp)!(\p1)$)
-- (\tikztotarget)\tikztonodes
}}
}
\begin{tikzpicture}
%grid
\draw[black!20] (0,-15) grid (24,0);
%trin1.0
\node[point,trin0] at (0,0) (trin10) {1.0};
%trin1.1
\node[point,trin] at (0,-2.5) (trin11) {1.1};
\draw[->,very thick] (trin10) to[myncbar,angle=270,arm=1] (trin11);
\node[point,box3] at (0.7,-1.2) (text1) {Fstart};
\draw[-,very thick] (-0.4,-1.2) to (0.4,-1.2);
\node[point,box1] at (1.0,-2.5) (box1) {};
\node[point,box2] at (1.6,-2.5) (box2) {};
\draw[-,very thick] (trin11) to (box1);
%trin1.2
\node[point,trin] at (0,-5) (trin12) {1.2};
\draw[->,very thick] (trin11) to[myncbar,angle=270,arm=1] (trin12);
\node[point,box3] at (0.7,-4) (text2) {FStart};
\draw[-,very thick] (-0.4,-4) to (0.4,-4);
\node[point,box1] at (1.0,-5) (box3) {};
\node[point,box2] at (1.6,-5) (box4) {Ventilgul+};
\draw[-,very thick] (trin12) to (box3);
%trin1.3
\node[point,trin] at (0,-7.5) (trin13) {1.3};
\draw[->,very thick] (trin12) to[myncbar,angle=270,arm=1] (trin13);
\node[point,box3] at (0.7,-6.2) (text3) {L\aa gop};
\draw[-,very thick] (-0.4,-6.2) to (0.4,-6.2);
\node[point,box1] at (1.0,-7.5) (box5) {};
\node[point,box2] at (1.6,-7.5) (box6) {\small B\aa nd Frem};
\draw[-,very thick] (trin13) to (box5);
%trin1.4
\node[point,trin] at (0,-10) (trin14) {1.4};
\draw[->,very thick] (trin13) to[myncbar,angle=270,arm=1] (trin14);
\node[point,box3] at (0.7,-8.7) (text4) {Fmidt};
\draw[-,very thick] (-0.4,-8.7) to (0.4,-8.7);
\node[point,box1] at (1.0,-10) (box7) {};
\node[point,box2] at (1.6,-10) (box8) {\small B\aa nd Frem};
\draw[-,very thick] (trin14) to (box7);
\node[point,box1] at (1.0,-10.6) (box7b) {\small C};
\node[point,box2] at (1.6,-10.6) (box8b) {\small Fb\aa nd $\cdot$ Cfrem};
%trin1.6
\node[point,trin] at (0,-12.5) (trin16) {1.6};
\draw[->,very thick] (trin14) to[myncbar,angle=270,arm=1] (trin16);
\node[point,box3] at (0.7,-11.2) (text5) {$\overline{Fmidt}$};
\draw[-,very thick] (-0.4,-11.2) to (0.4,-11.2);
\node[point,box1] at (1.0,-12.5) (box9) {};
\node[point,box2] at (1.6,-12.5) (box10) {\small B\aa nd Bak};
\draw[-,very thick] (trin16) to (box9);
\node[point,box1] at (1.0,-13.1) (box9a) {\small C};
\node[point,box2] at (1.6,-13.1) (box10a) {\small Fb\aa nd $\cdot$ Ctilbage};
%trin0 igen
\node[point,box] at (0,-15) (trin10a) {Trin 1.0};
\draw[->,very thick] (trin16) to[myncbar,angle=270,arm=1] (trin10a);
\node[point,box3] at (0.7,-13.7) (text6) {Ctilbage = Cmidt};
\draw[-,very thick] (-0.4,-13.7) to (0.4,-13.7);
%trin1.10
\node[point,trin] at (5,-5) (trin110) {1.10};
\draw[->,very thick] (trin11) to[myncbar,angle=270,arm=1] (trin110);
\node[point,box3] at (5.7,-4) (text1) {Fstart};
\draw[-,very thick] (4.6,-4) to (5.4,-4);
\node[point,box1] at (6,-5) (box1) {};
\node[point,box2] at (6.6,-5) (box2) {};
\draw[-,very thick] (trin110) to (box1);
%trin1.11
\node[point,trin] at (5,-7.5) (trin111) {1.11};
\draw[->,very thick] (trin110) to[myncbar,angle=270,arm=1] (trin111);
\node[point,box3] at (5.7,-6.2) (text1) {Fstart};
\draw[-,very thick] (4.6,-6.2) to (5.4,-6.2);
\node[point,box1] at (6,-7.5) (box1) {};
\node[point,box2] at (6.6,-7.5) (box2) {};
\draw[-,very thick] (trin111) to (box1);
%trin1.12
\node[point,trin] at (5,-10) (trin112) {1.12};
\draw[->,very thick] (trin111) to[myncbar,angle=270,arm=1] (trin112);
\node[point,box3] at (5.7,-8.7) (text4) {Fmidt};
\draw[-,very thick] (4.6,-8.7) to (5.4,-8.7);
\node[point,box1] at (6.0,-10) (box7) {};
\node[point,box2] at (6.6,-10) (box8) {\small B\aa nd Frem};
\draw[-,very thick] (trin112) to (box7);
\node[point,box1] at (6.0,-10.6) (box7b) {\small C};
\node[point,box2] at (6.6,-10.6) (box8b) {\small Fb\aa nd $\cdot$ Cfrem};
%trin1.15
\node[point,trin] at (10,-5) (trin115) {1.15};
\draw[->,very thick] (trin11) to[myncbar,angle=270,arm=1] (trin115);
\node[point,box3] at (10.7,-4) (text1) {Fstart};
\draw[-,very thick] (9.6,-4) to (10.4,-4);
\node[point,box1] at (11,-5) (box1) {};
\node[point,box2] at (11.6,-5) (box2) {};
\draw[-,very thick] (trin115) to (box1);
%trin1.16
\node[point,trin] at (10,-7.5) (trin116) {1.16};
\draw[->,very thick] (trin115) to[myncbar,angle=270,arm=1] (trin116);
\node[point,box3] at (10.7,-6.2) (text1) {Fstart};
\draw[-,very thick] (9.6,-6.2) to (10.4,-6.2);
\node[point,box1] at (11,-7.5) (box1) {};
\node[point,box2] at (11.6,-7.5) (box2) {};
\draw[-,very thick] (trin116) to (box1);
%trin1.17
\node[point,trin] at (10,-10) (trin117) {1.17};
\draw[->,very thick] (trin116) to[myncbar,angle=270,arm=1] (trin117);
\node[point,box3] at (10.7,-8.7) (text4) {Fmidt};
\draw[-,very thick] (9.6,-8.7) to (10.4,-8.7);
\node[point,box1] at (11.0,-10) (box7) {};
\node[point,box2] at (11.6,-10) (box8) {\small B\aa nd Frem};
\draw[-,very thick] (trin117) to (box7);
\node[point,box1] at (10.0,-10.6) (box7b) {\small C};
\node[point,box2] at (10.6,-10.6) (box8b) {\small Fb\aa nd $\cdot$ Cfrem};
%trin1.20
\node[point,trin] at (15,-5) (trin120) {1.20};
\draw[->,very thick] (trin11) to[myncbar,angle=270,arm=1] (trin120);
\node[point,box3] at (15.7,-4) (text1) {Fstart};
\draw[-,very thick] (14.6,-4) to (15.4,-4);
\node[point,box1] at (16,-5) (box1) {};
\node[point,box2] at (16.6,-5) (box2) {};
\draw[-,very thick] (trin120) to (box1);
%trin1.21
\node[point,trin] at (15,-7.5) (trin121) {1.21};
\draw[->,very thick] (trin120) to[myncbar,angle=270,arm=1] (trin121);
\node[point,box3] at (15.7,-6.2) (text1) {Fstart};
\draw[-,very thick] (14.6,-6.2) to (15.4,-6.2);
\node[point,box1] at (16,-7.5) (box1) {};
\node[point,box2] at (16.6,-7.5) (box2) {};
\draw[-,very thick] (trin121) to (box1);
%trin1.30
\node[point,trin] at (20,-5) (trin130) {1.30};
\draw[->,very thick] (trin11) to[myncbar,angle=270,arm=1] (trin130);
\node[point,box3] at (20.7,-4) (text1) {Fstart};
\draw[-,very thick] (19.6,-4) to (20.4,-4);
\node[point,box1] at (21,-5) (box1) {};
\node[point,box2] at (21.6,-5) (box2) {};
\draw[-,very thick] (trin130) to (box1);
%trin1.6 igen
\node[point,box] at (20,-7.5) (trin16a) {Trin 1.6};
\draw[->,very thick] (trin130) to[myncbar,angle=270,arm=1] (trin16a);
\node[point,box3] at (20.7,-6.2) (text6) {Ctilbage = Cmidt};
\draw[-,very thick] (19.6,-6.2) to (20.4,-6.2);
\end{tikzpicture}
\end{document}
mit problem er at jeg tror jeg har mødt en begrænsning i hvor stort et tikzpicture må blive, ellers har jeg en eller anden anden fejl.
mit problem er at efter jeg satte nedenstående kode ind, kan pdflatex ikke mere lave en PDF af mit dokument.
PS. et helt andet problem er, sidetallet der opfører sig som om, at det skal stå på en stående A4-side...
Jeg håber i kan hjælpe mig
Jan Fisker
%trin1.17
\node[point,trin] at (10,-10) (trin117) {1.17};
\draw[->,very thick] (trin116) to[myncbar,angle=270,arm=1] (trin117);
\node[point,box3] at (10.7,-8.7) (text4) {Fmidt};
\draw[-,very thick] (9.6,-8.7) to (10.4,-8.7);
\node[point,box1] at (11.0,-10) (box7) {};
\node[point,box2] at (11.6,-10) (box8) {\small B\aa nd Frem};
\draw[-,very thick] (trin117) to (box7);
\node[point,box1] at (10.0,-10.6) (box7b) {\small C};
\node[point,box2] at (10.6,-10.6) (box8b) {\small Fb\aa nd $\cdot$ Cfrem};
herunder er hele mit dokument, men som sagt ovenfor så gik det først galt da jeg indsatte ovenstående.
% Metapost style ncbar node connection
% Requires PGF 2.00 or later
\documentclass[a4paper, oneside, landscape]{article}
\usepackage{tikz}
\usepackage[ansinew]{inputenc} % Æ,Ø,å, æ \o ,å på pc
\setlength{\oddsidemargin}{0pt}
\setlength{\marginparwidth}{0pt}
\setlength{\textwidth}{460pt}
\setlength{\hoffset}{-20pt}
\setlength{\topmargin}{0pt}
\setlength{\headsep}{0pt}
\setlength{\headheight}{0pt}
\usetikzlibrary{%
calc,% The calc library is needed for the ($...$) node calculation syntax.
arrows,%
shapes.misc,% wg. rounded rectangle
shapes.arrows,%
chains,%
matrix,%
positioning,% wg. " of "
scopes,%
decorations.pathmorphing,% /pgf/decoration/random steps | erste Graphik
shadows%
}
\begin{document}
\tikzset{
trin0/.style={
% The shape:
rectangle,
% alignment
center,
% The size:
minimum size=10mm,
% The border:
very thick, double distance=1pt,
draw=black, % red!50!black!20 50% red and 50% black,
% and that mixed with 50% white
% The filling:
top color=white, % a shading that is white at the top...
bottom color=green!70!black!20, % and something else at the bottom
% Font
font=\itshape
},
trin/.style={
% The shape:
rectangle,
% alignment
center,
% The size:
minimum size=10mm,
% The border:
very thick,
draw=black, % 50% red and 50% black,
% and that mixed with 50% white
% The filling:
top color=white, % a shading that is white at the top...
bottom color=green!70!black!20, % and something else at the bottom
% Font
font=\itshape
},
box1/.style={
% The shape:
rectangle,
% alignment
right,
% The hight:
minimum height=5.5mm,
% The lengt
minimum width=5.5mm,
% The border:
very thick,
draw=red!50!black!50, % 50% red and 50% black,
% and that mixed with 50% white
% The filling:
top color=white, % a shading that is white at the top...
bottom color=red!50!black!20, % and something else at the bottom
% Font
font=\itshape
},
box2/.style={
% The shape:
rectangle,
% alignment
right,
% The hight:
minimum height=5.5mm,
% The lengt:
minimum width=26mm,
% The border:
very thick,
draw=red!50!black!50, % 50% red and 50% black,
% and that mixed with 50% white
% The filling:
top color=white, % a shading that is white at the top...
bottom color=red!50!black!20, % and something else at the bottom
% Font
font=\itshape
},
box3/.style={
% The shape:
rectangle,
% alignment
right,
% The size:
minimum size=5mm,
% The border:
none,
% Font
font=\itshape
}
}
{
\tikzset{trin0/.append style={text height=1.5ex,text depth=.25ex}}
\tikzset{trin/.append style={text height=1.5ex,text depth=.25ex}}
\tikzset{box1/.append style={text height=1.5ex,text depth=.25ex}}
\tikzset{box2/.append style={text height=1.5ex,text depth=.25ex}}
\tikzset{box3/.append style={text height=1.5ex,text depth=.25ex}}
}
% Define the arm and angle options
\def\myarm{1cm}
\def\myangle{0}
\tikzset{
arm/.default=1cm,
arm/.code={\def\myarm{#1}}, % store value in \myarm
angle/.default=0,
angle/.code={\def\myangle{#1}} % store value in \myangle
}
% Define the myncbar to path
\tikzset{
myncbar/.style = {to path={
% We need to calculate a couple of coordinates to help us draw
% the path.
let
% Same as (\tikztotarget)++(\myangle:\myarm)
\p1=($(\tikztotarget)+(\myangle:\myarm)$)
in
-- ++(\myangle:\myarm) coordinate (tmp)
% Find the projection of the (tmp) coordinate
% on the line from the target to p1
-- ($(\tikztotarget)!(tmp)!(\p1)$)
-- (\tikztotarget)\tikztonodes
}}
}
\begin{tikzpicture}
%grid
\draw[black!20] (0,-15) grid (24,0);
%trin1.0
\node[point,trin0] at (0,0) (trin10) {1.0};
%trin1.1
\node[point,trin] at (0,-2.5) (trin11) {1.1};
\draw[->,very thick] (trin10) to[myncbar,angle=270,arm=1] (trin11);
\node[point,box3] at (0.7,-1.2) (text1) {Fstart};
\draw[-,very thick] (-0.4,-1.2) to (0.4,-1.2);
\node[point,box1] at (1.0,-2.5) (box1) {};
\node[point,box2] at (1.6,-2.5) (box2) {};
\draw[-,very thick] (trin11) to (box1);
%trin1.2
\node[point,trin] at (0,-5) (trin12) {1.2};
\draw[->,very thick] (trin11) to[myncbar,angle=270,arm=1] (trin12);
\node[point,box3] at (0.7,-4) (text2) {FStart};
\draw[-,very thick] (-0.4,-4) to (0.4,-4);
\node[point,box1] at (1.0,-5) (box3) {};
\node[point,box2] at (1.6,-5) (box4) {Ventilgul+};
\draw[-,very thick] (trin12) to (box3);
%trin1.3
\node[point,trin] at (0,-7.5) (trin13) {1.3};
\draw[->,very thick] (trin12) to[myncbar,angle=270,arm=1] (trin13);
\node[point,box3] at (0.7,-6.2) (text3) {L\aa gop};
\draw[-,very thick] (-0.4,-6.2) to (0.4,-6.2);
\node[point,box1] at (1.0,-7.5) (box5) {};
\node[point,box2] at (1.6,-7.5) (box6) {\small B\aa nd Frem};
\draw[-,very thick] (trin13) to (box5);
%trin1.4
\node[point,trin] at (0,-10) (trin14) {1.4};
\draw[->,very thick] (trin13) to[myncbar,angle=270,arm=1] (trin14);
\node[point,box3] at (0.7,-8.7) (text4) {Fmidt};
\draw[-,very thick] (-0.4,-8.7) to (0.4,-8.7);
\node[point,box1] at (1.0,-10) (box7) {};
\node[point,box2] at (1.6,-10) (box8) {\small B\aa nd Frem};
\draw[-,very thick] (trin14) to (box7);
\node[point,box1] at (1.0,-10.6) (box7b) {\small C};
\node[point,box2] at (1.6,-10.6) (box8b) {\small Fb\aa nd $\cdot$ Cfrem};
%trin1.6
\node[point,trin] at (0,-12.5) (trin16) {1.6};
\draw[->,very thick] (trin14) to[myncbar,angle=270,arm=1] (trin16);
\node[point,box3] at (0.7,-11.2) (text5) {$\overline{Fmidt}$};
\draw[-,very thick] (-0.4,-11.2) to (0.4,-11.2);
\node[point,box1] at (1.0,-12.5) (box9) {};
\node[point,box2] at (1.6,-12.5) (box10) {\small B\aa nd Bak};
\draw[-,very thick] (trin16) to (box9);
\node[point,box1] at (1.0,-13.1) (box9a) {\small C};
\node[point,box2] at (1.6,-13.1) (box10a) {\small Fb\aa nd $\cdot$ Ctilbage};
%trin0 igen
\node[point,box] at (0,-15) (trin10a) {Trin 1.0};
\draw[->,very thick] (trin16) to[myncbar,angle=270,arm=1] (trin10a);
\node[point,box3] at (0.7,-13.7) (text6) {Ctilbage = Cmidt};
\draw[-,very thick] (-0.4,-13.7) to (0.4,-13.7);
%trin1.10
\node[point,trin] at (5,-5) (trin110) {1.10};
\draw[->,very thick] (trin11) to[myncbar,angle=270,arm=1] (trin110);
\node[point,box3] at (5.7,-4) (text1) {Fstart};
\draw[-,very thick] (4.6,-4) to (5.4,-4);
\node[point,box1] at (6,-5) (box1) {};
\node[point,box2] at (6.6,-5) (box2) {};
\draw[-,very thick] (trin110) to (box1);
%trin1.11
\node[point,trin] at (5,-7.5) (trin111) {1.11};
\draw[->,very thick] (trin110) to[myncbar,angle=270,arm=1] (trin111);
\node[point,box3] at (5.7,-6.2) (text1) {Fstart};
\draw[-,very thick] (4.6,-6.2) to (5.4,-6.2);
\node[point,box1] at (6,-7.5) (box1) {};
\node[point,box2] at (6.6,-7.5) (box2) {};
\draw[-,very thick] (trin111) to (box1);
%trin1.12
\node[point,trin] at (5,-10) (trin112) {1.12};
\draw[->,very thick] (trin111) to[myncbar,angle=270,arm=1] (trin112);
\node[point,box3] at (5.7,-8.7) (text4) {Fmidt};
\draw[-,very thick] (4.6,-8.7) to (5.4,-8.7);
\node[point,box1] at (6.0,-10) (box7) {};
\node[point,box2] at (6.6,-10) (box8) {\small B\aa nd Frem};
\draw[-,very thick] (trin112) to (box7);
\node[point,box1] at (6.0,-10.6) (box7b) {\small C};
\node[point,box2] at (6.6,-10.6) (box8b) {\small Fb\aa nd $\cdot$ Cfrem};
%trin1.15
\node[point,trin] at (10,-5) (trin115) {1.15};
\draw[->,very thick] (trin11) to[myncbar,angle=270,arm=1] (trin115);
\node[point,box3] at (10.7,-4) (text1) {Fstart};
\draw[-,very thick] (9.6,-4) to (10.4,-4);
\node[point,box1] at (11,-5) (box1) {};
\node[point,box2] at (11.6,-5) (box2) {};
\draw[-,very thick] (trin115) to (box1);
%trin1.16
\node[point,trin] at (10,-7.5) (trin116) {1.16};
\draw[->,very thick] (trin115) to[myncbar,angle=270,arm=1] (trin116);
\node[point,box3] at (10.7,-6.2) (text1) {Fstart};
\draw[-,very thick] (9.6,-6.2) to (10.4,-6.2);
\node[point,box1] at (11,-7.5) (box1) {};
\node[point,box2] at (11.6,-7.5) (box2) {};
\draw[-,very thick] (trin116) to (box1);
%trin1.17
\node[point,trin] at (10,-10) (trin117) {1.17};
\draw[->,very thick] (trin116) to[myncbar,angle=270,arm=1] (trin117);
\node[point,box3] at (10.7,-8.7) (text4) {Fmidt};
\draw[-,very thick] (9.6,-8.7) to (10.4,-8.7);
\node[point,box1] at (11.0,-10) (box7) {};
\node[point,box2] at (11.6,-10) (box8) {\small B\aa nd Frem};
\draw[-,very thick] (trin117) to (box7);
\node[point,box1] at (10.0,-10.6) (box7b) {\small C};
\node[point,box2] at (10.6,-10.6) (box8b) {\small Fb\aa nd $\cdot$ Cfrem};
%trin1.20
\node[point,trin] at (15,-5) (trin120) {1.20};
\draw[->,very thick] (trin11) to[myncbar,angle=270,arm=1] (trin120);
\node[point,box3] at (15.7,-4) (text1) {Fstart};
\draw[-,very thick] (14.6,-4) to (15.4,-4);
\node[point,box1] at (16,-5) (box1) {};
\node[point,box2] at (16.6,-5) (box2) {};
\draw[-,very thick] (trin120) to (box1);
%trin1.21
\node[point,trin] at (15,-7.5) (trin121) {1.21};
\draw[->,very thick] (trin120) to[myncbar,angle=270,arm=1] (trin121);
\node[point,box3] at (15.7,-6.2) (text1) {Fstart};
\draw[-,very thick] (14.6,-6.2) to (15.4,-6.2);
\node[point,box1] at (16,-7.5) (box1) {};
\node[point,box2] at (16.6,-7.5) (box2) {};
\draw[-,very thick] (trin121) to (box1);
%trin1.30
\node[point,trin] at (20,-5) (trin130) {1.30};
\draw[->,very thick] (trin11) to[myncbar,angle=270,arm=1] (trin130);
\node[point,box3] at (20.7,-4) (text1) {Fstart};
\draw[-,very thick] (19.6,-4) to (20.4,-4);
\node[point,box1] at (21,-5) (box1) {};
\node[point,box2] at (21.6,-5) (box2) {};
\draw[-,very thick] (trin130) to (box1);
%trin1.6 igen
\node[point,box] at (20,-7.5) (trin16a) {Trin 1.6};
\draw[->,very thick] (trin130) to[myncbar,angle=270,arm=1] (trin16a);
\node[point,box3] at (20.7,-6.2) (text6) {Ctilbage = Cmidt};
\draw[-,very thick] (19.6,-6.2) to (20.4,-6.2);
\end{tikzpicture}
\end{document}
Kommentarer7
Fejl 40
Du kan desværre ikke skyde skylden på LaTeX i denne omgang;) Jeg har fundet flere fejl i dit dokument:
1. Du mangler at definere
point. Prøv medpoint/.style={et eller andet}2. Du kan ikke bruge
center. Prøv medtext centeredi stedet.3. Du kan ikke bruge
none. Prøv meddraw=nonei stedet.4. Et par steder har du skrevet
boxuden et efterfølgende nummer. Der skulle nok have stået f.eks.box2.Jeg har rettet disse fire ting og kan nu kompilere din kode på Ubuntu 10.04 med TexLive 2009 installeret.
Mange tak for hjælpen
jeg
jeg ændrede ikke i det med point... det fungerer selvom den ikke er defineret, så jeg lader det være.
men ellers har jeg rettet op og rettet til, så det nu virker.
Det eneste problem jeg nu har er sidetallet som sidder mærkeligt det stadig er et stående dokument
Hilsen
Jan
sidetal og placering af tikzpicture på første side
Jeg kan ikke forstå at mit sidetal er placeret ca. i den afstand fra venstre side som det ville hvis jeg benyttede et stående A4papir, men det er jo liggende, burde sidetallet ikke selv finde ud af det?
Derudover har jeg også problemer med at få placeret mit tikzpicture på første side, og ikke på den anden fordi billedet er for stort.
Håber i kan hjælpe mig
Jan
Sidetal m.m.
Jeg ved desværre ikke, hvorfor sidetallet ikke opfører sig ordentligt. Måske du kunne prøve med disse andre metoder at lave landscape på http://texblog.wordpress.com/2007/11/10/landscape-in-latex/
Hvis du vil fjerne sidetallet, kan du skrive
\thispagestyle{empty}
Det sidste, jeg vil nævne, er, at du ikke behøver placere billedet på f.eks. en A4-side. Du kan få latex til at lave figuren med en hvilken som helst margin. Det gør du ved at indsætte følgende stump kode i din preamble:
\usepackage[active,tightpage]{preview}
\PreviewEnvironment{tikzpicture}
\setlength\PreviewBorder{5pt}%
I dette eksempel bliver outputtet fra latex kun din tikz figur med en margin på 5 pt. Du kan læse mere om preview pakken her:
http://tug.ctan.org/tex-archive/macros/latex/contrib/preview/
Re: hjælp latex tikzpicture
\usepackage[paper=a4paper,margin=0cm]{geometry}
Mht. sidetal har jeg prøvet at kompilere din kode med følgende i din preamble
\usepackage{fancyhdr}
\pagestyle{fancy}
\renewcommand{\headrulewidth}{0pt}
\renewcommand{\footrulewidth}{0pt}
\lhead{\thepage}
\chead{}
\rhead{}
\lfoot{}
\cfoot{}
\rfoot{}
Re: hjælp latex tikzpicture
\usepackage[paper=a4paper,margin=0cm]{geometry}fjernede den overflødige side, og i øvrigt også sidetallet, så indtil videre så er det godt nok til mig, men jeg er lidt nysgerring omkring hvad der ville ske hvis jeg skulle lave en tosidet liggende sekvensdiagram hvordan laver jeg selv sidetal der hvor det skal være.
Hilsen
Jan
Re: hjælp latex tikzpicture
\usepackage[a4paper, landscape, hmargin={2.8cm, 2.8cm}, vmargin={2.5cm, 2.5cm}]{geometry}
Du kan naturligvis fifle lidt med værdierne af h- og vmargin.