Activity for AndréC
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AndréC created ticket #120
Can you document the `save path` and `use path` keys ?
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bug with the `ybar interval stacked` key
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TikZ matrix: most styles do not work with "row sep".
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typographical error `use existing node`
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You can create the image with standalone class and then convert the pdf file with ImageMagick How can I use TikZ to make standalone (SVG) graphics? How to convert pdf file to image in latex file
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You can create the image with standalone class and then convert the pdf file with ImageMagick [How can I use TikZ to make standalone (SVG) graphics?](https://tex.stackexchange.com/questions/51757/how-can-i-use-tikz-to-make-standalone-svg-graphics/51766 How to convert pdf file to image in latex file
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See here : http://tug.ctan.org/info/visualtikz/VisualTikZ.pdf
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The advantage of the old intersection calculation system is that the intersection point calculation is performed via the resolution of a system by LaTeX itself. Therefore, there is no need to calculate the coordinates of this point manually or to enlarge the paths as you just did. As proof, I took your code by swapping \path and \draw. \documentclass[border=5mm]{standalone} \usepackage{tikz} \usetikzlibrary{intersections, calc} \begin{document} \begin{tikzpicture} \path(0,0) coordinate(A) -- (3,0)...
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The advantage of the old intersection calculation system is that the intersection point calculation is performed via the resolution of a system by LaTeX itself. Therefore, there is no need to calculate the coordinates of this point manually or to enlarge the paths as you just did. As proof, I took your code by swapping \path and \draw. \documentclass[border=5mm]{standalone} \usepackage{tikz} \usetikzlibrary{intersections, calc} \begin{document} \begin{tikzpicture} \path(0,0) coordinate(A) -- (3,0)...
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The advantage of the old intersection calculation system is that the intersection point calculation is performed via the resolution of a system by LaTeX itself. Therefore, there is no need to calculate the coordinates of this point manually or to enlarge the paths as you just did. As proof, I took your code by swapping \path and \draw. \documentclass[border=5mm]{standalone} \usepackage{tikz} \usetikzlibrary{intersections, calc} \begin{document} \begin{tikzpicture} \path(0,0) coordinate(A) -- (3,0)...
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Which is very practical because it allows to solve a system of 2 equations to 2 unknown and thus to find the intersection of 2 straight lines whose intersection is not visible. This is not possible with the intersection library (section 13.3.2 of manual 3.0.1a). For example, we can calculate the intersection of two lines that do not intersect on the figure, like this: \documentclass{article} \usepackage{tikz} \begin{document} \begin{tikzpicture} \draw(0,0)coordinate(A)--(3,0)coordinate(B); \draw(0,2)--(3,1);...
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Which is very practical because it allows to solve a system of 2 equations to 2 unknown and thus to find the intersection of 2 straight lines whose intersection is not visible. This is not possible with the intersection library (section 13.3.2 of manual 3.0.1a). For example, we can calculate the intersection of two lines that do not intersect on the figure, like this: \documentclass{article} \usepackage{tikz} \begin{document} \begin{tikzpicture} \draw(0,0)coordinate(A)--(3,0)coordinate(B); \draw(0,2)--(3,1);...
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Which is very practical because it allows to solve a system of 2 equations to 2 unknown and thus to find the intersection of 2 straight lines whose intersection is not visible. This is not possible with the intersection library (section 13.3.2 of manual 3.0.1a). For example, we can calculate the intersection of two lines that do not intersect on the figure, like this: \documentclass{article} \usepackage{tikz} \begin{document} \begin{tikzpicture} \draw(0,0)coordinate(A)--(3,0)coordinate(B); \draw(0,2)--(3,1);...
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Which is very practical because it allows to solve a system of 2 equations to 2 unknown and thus to find the intersection of 2 straight lines whose intersection is not visible. This is not possible with the intersection library (section 13.3.2 of manual 3.0.1a). For example, we can calculate the intersection of two lines that do not intersect on the figure, like this: \documentclass{article} \usepackage{tikz} \begin{document} \begin{tikzpicture} \draw(0,0)coordinate(A)--(3,0)coordinate(B); \draw(0,2)--(3,1);...
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Which is very practical because it allows to solve a system of 2 equations to 2 unknown and thus to find the intersection of 2 straight lines whose intersection is not visible. This is not possible with the intersection library (section 13.3.2 of manual 3.0.1a). For example, we can calculate the intersection of two lines that do not intersect on the figure, like this: \documentclass{article} \usepackage{tikz} \begin{document} \begin{tikzpicture} \draw(0,0)coordinate(A)--(3,0)coordinate(B); \draw(0,2)--(3,1);...
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Indeed, on source forge, it is distributed with CVS and it is indicated this : SourceForge only supports readonly access to CVS now. For more information see our blog post about decommissioning CVS commit support. If you are a project admin, you can convert your repository to SVN or Git with these instructions. CVS Repository: Code So, what is the future of pgf tikz?
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Indeed, on source forge, it is distributed with CVS and it is indicated this : SourceForge only supports readonly access to CVS now. For more information see our blog post about decommissioning CVS commit support. If you are a project admin, you can convert your repository to SVN or Git with these instructions. CVS Repository: Code So, what is the future of pgf tikz?
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I just compiled with the -noV option and the error is still there. I simplified the asymptote code and the error is still there. I noticed that if I compile the asy file from Texmaker with the asymptote command, the compilation works. But on the windows command line, the error is still there.
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The new 6400 version of MikTeX now includes asymptote. When I compile the code below on the command line, I get this error: C:\Program Files\MiKTeX 2.9/asymptote/three.asy: 2905.13: runtime: to support onscreen rendering, please install glut library, run ./configure, and recompile import three; currentlight=nolight; settings.tex="latex"; // Moteur LaTeX utilisé pour la compilation (latex, pdflatex, ...) settings.outformat="pdf"; // Format de sortie ; eps par défaut settings.prc=true; // Format PRC...
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The new 6400 version of MikTeX now includes asymptote. When I compile the code below on the command line, I get this error: C:\Program Files\MiKTeX 2.9/asymptote/three.asy: 2905.13: runtime: to support onscreen rendering, please install glut library, run ./configure, and recompile import three; currentprojection =orthographic((5,2,3)); currentlight=nolight; settings.tex="latex"; // Moteur LaTeX utilisé pour la compilation (latex, pdflatex, ...) settings.outformat="pdf"; // Format de sortie ; eps...
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Add Intersection coordinate system documentation
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Hi, Thank you for including Asymptote in the new version of MikTeX, I am reporting an error. When I compile from a command prompt, (powershell on windows 10) the code below that produces a playable dice with the mouse directly I have the following error: MiKTeX 2.9/asymptote/three.asy: 2905.13: runtime: to support onscreen rendering, please install glut library, run ./configure, and recompile But when I compile the same document included in a Tex file with the compilation Pdflatex-> Asymptote-Pdflatex,...
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Can you add the ability to create OCG layers?
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Include Asymptote
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The magnification factor of my OS is already 250%. But this does not allow to enlarge...
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The magnification factor of my OS is already 250%. But this does not allow to enlarge...
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Sorry about the bad looks of screenshots. Here are links to these images on their...
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Readability on 4K (ultra HD) 15.6-inch notebook screens
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Hello, First, thanks you for these very nice LaTeX editor. The current scaling setting...
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Hello, First, thanks you for these very nice LaTeX editor. The current scaling setting...
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Hello, The current scaling setting works partially. I have maximized from the window...
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Hello, The current scaling setting works partially. I have maximized from the window...
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Hello, The current scaling setting works partially. I have maximized from the window...
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Hello, The current scaling setting works partially. I have maximized from the window...
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