Latex Fotos
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Latex Fotos
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\includegraphics [ width= \linewidth ]{ boat.jpg }
Figure \ref { fig:boat1 } shows a boat.
\documentclass{article}
\usepackage{graphicx}
\begin{document}
\begin{figure}
\includegraphics[width=\linewidth]{boat.jpg}
\caption{A boat.}
\label{fig:boat1}
\end{figure}
Figure \ref{fig:boat1} shows a boat.
\end{document}
\documentclass{article}
\usepackage{graphicx}
\usepackage{subcaption}
\begin{document}
%...
\end{document}
\begin { subfigure }[ b ]{ 0.4 \linewidth }
\includegraphics [ width= \linewidth ]{ coffee.jpg }
\begin { subfigure }[ b ]{ 0.4 \linewidth }
\includegraphics [ width= \linewidth ]{ coffee.jpg }
\caption { The same cup of coffee. Two times. }
%...
\begin{figure}[h!]
\centering
\begin{subfigure}[b]{0.4\linewidth}
\includegraphics[width=\linewidth]{coffee.jpg}
\caption{Coffee.}
\end{subfigure}
\begin{subfigure}[b]{0.4\linewidth}
\includegraphics[width=\linewidth]{coffee.jpg}
\caption{More coffee.}
\end{subfigure}
\caption{The same cup of coffee. Two times.}
\label{fig:coffee}
\end{figure}
%...
\begin { subfigure }[ b ]{ 0.4 \linewidth }
%...
\begin{subfigure}[b]{0.4\linewidth}
%...
\begin { subfigure }[ b ]{ 0.2 \linewidth }
\includegraphics [ width= \linewidth ]{ coffee.jpg }
\begin { subfigure }[ b ]{ 0.2 \linewidth }
\includegraphics [ width= \linewidth ]{ coffee.jpg }
\begin { subfigure }[ b ]{ 0.2 \linewidth }
\includegraphics [ width= \linewidth ]{ coffee.jpg }
\begin { subfigure }[ b ]{ 0.5 \linewidth }
\includegraphics [ width= \linewidth ]{ coffee.jpg }
\caption { The same cup of coffee. Multiple times. }
%...
\begin{figure}[h!]
\centering
\begin{subfigure}[b]{0.2\linewidth}
\includegraphics[width=\linewidth]{coffee.jpg}
\caption{Coffee.}
\end{subfigure}
\begin{subfigure}[b]{0.2\linewidth}
\includegraphics[width=\linewidth]{coffee.jpg}
\caption{More coffee.}
\end{subfigure}
\begin{subfigure}[b]{0.2\linewidth}
\includegraphics[width=\linewidth]{coffee.jpg}
\caption{Tasty coffee.}
\end{subfigure}
\begin{subfigure}[b]{0.5\linewidth}
\includegraphics[width=\linewidth]{coffee.jpg}
\caption{Too much coffee.}
\end{subfigure}
\caption{The same cup of coffee. Multiple times.}
\label{fig:coffee3}
\end{figure}
%...
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From time to time, it’s necessary to add pictures to your documents. Using LaTeX all pictures will be indexed automatically and tagged with successive numbers when using the figure environment and the graphicx package .
The code above will create the following pdf:
The figure environment takes care of the numbering and positioning of the image within the document. In order to include a figure, you must use the \includegraphics command. It takes the image width as an option in brackets and the path to your image file. As you can see, I put \linewidth into the brackets, which means the picture will be scaled to fit the width of the document. As a result smaller pictures are upscaled and larger pictures downscaled respectively. As I mentioned before the brackets contain the path to the image. In this case the image is stored in the same directory as my .tex file, so I simply put boat.jpg here to include it. For large documents, you probably want to store image files in a different folder, say we created a folder images , then we would simply write images/boat.jpg into the braces. In the next command we set a \caption , which is the text shown below the image and a \label which is invisible, but useful if we want to refer to our figure in our document. You can use the \ref command to refer to the figure (marked by label) in your text and it will then be replaced by the correct number. LaTeX is smart enough to retrieve the correct numbers for all your images automatically. Note that you will need to include the graphicx package in order to use this code.
At some point, you will notice that the figure doesn’t necessarily show up in the exact place as you put your code in the .tex file. If your document contains a lot of text, it’s possible that LaTeX will put the picture on the next page, or any other page where it finds sufficient space. To prevent this behavior, it’s necessary to set the float value for the figure environment.
Setting the float by adding [h!] behind the figure environment \begin tag will force the figure to be shown at the location in the document. Possible values are:
However, I have only used the [h!] option so far. The float package (\usepackage{float}) allows to set the option to [H] , which is even stricter than [h!].
Sometimes when writing a document, adding single images is not optimal, especially when the reader is supposed to compare several results or graphs. In such situations, it might be necessary to use a different environment, called subfigure . The subfigure environment allows you to place multiple images at a certain location next to each other and the usage is pretty straightforward.
First you need to add the subcaption package to your preamble:
Next, you need to add multiple subfigure environments within a figure environment.
This will show two pictures next to each other in your document, like this:
If you look closely, you will see, that I’ve set the width of the image manually:
and even though there are two images aligned next to each other, their widths are both set to 0.4, yet they fill up the whole space. You should always set this value to .1 less than you expect. If you want to align three images next to each other, you should consecutively add three subfigures, each with a 0.2\linewidth. I suggest, if you need some other arrangement, you simply play around with the width factor until you are satisfied with the result. A more elaborate example with multiple rows and columns could look like this:
This will print out the following figure in your document:
If you would like to learn more about subfigures, I invite you to read this complete guide!
LaTeX-Tutorial provides step-by-step lessons to learn how to use LaTeX in no time. It allows you to start creating beautiful documents for your reports, books and papers through easy and simple tutorials.
\documentclass { article }
\usepackage { graphicx }
\graphicspath { { ./images/ } }
\begin { document }
The universe is immense and it seems to be homogeneous,
in a large scale, everywhere we look at.
\includegraphics { universe }
There's a picture of a galaxy above
\end { document }
%Path relative to the .tex file containing the \includegraphics command
\graphicspath { { images/ } }
%Path relative to the main .tex file
\graphicspath { { ./images/ } }
%Path in Windows format:
\graphicspath { { c:/user/images/ } }
%Path in Unix-like (Linux, Mac OS) format
\graphicspath { { /home/user/images/ } }
\graphicspath { { ./images1/ }{ ./images2/ } }
\begin { document }
Overleaf is a great professional tool to edit online documents,
share and backup your \LaTeX {} projects. Also offers a
rather large help documentation.
\includegraphics [scale=1.5] { overleaf-logo }
\begin { document }
Overleaf is a great professional tool to edit online documents,
share and backup your \LaTeX {} projects. Also offers a
rather large help documentation.
\includegraphics [width=5cm, height=4cm] { overleaf-logo }
\begin { document }
The universe is immense and it seems to be homogeneous,
in a large scale, everywhere we look at.
\includegraphics [width=\textwidth] { universe }
\begin { document }
Overleaf is a great professional tool to edit online,
share and backup your \LaTeX {} projects. Also offers a
rather large base of help documentation.
\includegraphics [scale=1.2, angle=45] { overleaf-logo }
In the next example the figure will be positioned
right below this sentence.
\begin { figure } [h]
\includegraphics [width=8cm] { Plot }
\end { figure }
In this picture you can see a bar graph that shows
the results of a survey which involved some important
data studied as time passed.
\begin { figure } [t]
\includegraphics [width=8cm] { Plot }
\centering
\end { figure }
\begin { wrapfigure }{ r }{ 0.25 \textwidth } %this figure will be at the right
\centering
\includegraphics [width=0.25\textwidth] { mesh }
\end { wrapfigure }
There are several ways to plot a function of two variables,
depending on the information you are interested in. For
instance, if you want to see the mesh of a function so it
easier to see the derivative you can use a plot like the
one on the left.
\begin { wrapfigure }{ l }{ 0.25 \textwidth }
\centering
\includegraphics [width=0.25\textwidth] { contour }
\end { wrapfigure }
On the other side, if you are only interested on
certain values you can use the contour plot, you
can use the contour plot, you can use the contour
plot, you can use the contour plot, you can use
the contour plot, you can use the contour plot,
you can use the contour plot, like the one on the left.
On the other side, if you are only interested on
certain values you can use the contour plot, you
can use the contour plot, you can use the contour
plot, you can use the contour plot, you can use the
contour plot, you can use the contour plot,
you can use the contour plot,
like the one on the left.
\begin { figure } [h]
\caption { Example of a parametric plot ( $ \sin ( x ) , \cos ( x ) , x $ ) }
\centering
\includegraphics [width=0.5\textwidth] { spiral }
\end { figure }
\documentclass { article }
\usepackage [rightcaption] { sidecap }
\usepackage { graphicx } %package to manage images
\graphicspath { { images/ } }
\begin { SCfigure } [0.5][h]
\caption { Using again the picture of the universe.
This caption will be on the right }
\includegraphics [width=0.6\textwidth] { universe }
\end { SCfigure }
\begin { figure } [h]
\centering
\includegraphics [width=0.25\textwidth] { mesh }
\caption { a nice plot }
\label { fig:mesh1 }
\end { figure }
As you can see in the figure \ref { fig:mesh1 } , the
function grows near 0. Also, in the page \pageref { fig:mesh1 }
is the same example.
\DeclareGraphicsExtensions { .png,.pdf }
\DeclareGraphicsExtensions { .pdf,.png }
\usepackage { epstopdf }
\epstopdfDeclareGraphicsRule { .pdf }{ png }{ .png }{ convert #1 \OutputFile }
\DeclareGraphicsExtensions { .png,.pdf }
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Images are essential elements in most of the scientific documents. L a T e X provides several options to handle images and make them look exactly what you need. In this article we explain how to include images in the most common formats, how to shrink, enlarge and rotate them, and how to reference them within your document.
Below is an example on how to import a picture.
Latex can not manage images by itself, so we need to use the graphicx package. To use it, we include the following line in the preamble: \usepackage{graphicx} .
The command \graphicspath{ {./images/} } tells L a T e X that the images are kept in a folder named images under the directory of the main document.
The \includegraphics{universe} command is the one that actually included the image in the document. Here universe is the name of the file containing the image without the extension, then universe.PNG becomes universe . The file name of the image should not contain white spaces nor multiple dots.
Note: The file extension is allowed to be included, but it's a good idea to omit it. If the file extension is omitted it will prompt LaTeX to search for all the supported formats. For more details see the section about generating high resolution and low resolution images .
When working on a document which includes several images it's possible to keep those images in one or more separated folders so that your project is more organised.
The command \graphicspath{ {images/} } tells L a T e X to look in the images folder. The path is relative to the current working directory—so, the compiler will look for the file in the same folder as the code where the image is included. The path to the folder is relative by default, if there is no initial directory specified, for instance
This is a typically straightforward way to reach the graphics folder within a file tree, but can leads to complications when .tex files within folders are included in the mail .tex file. Then, the compiler may end up looking for the images folder in the wrong place. Thus, it is best practice to specify the graphics path to be relative to the main .tex file , denoting the main .tex file directory as ./ , for instance:
The path can also be absolute , if the exact location of the file on your system is specified. For example, if you were working on a local LaTeX installation on your own computer:
Notice that this command requires a trailing slash / and that the path is in between double braces.
You can also set multiple paths if the images are saved in more than one folder. For instance, if there are two folders named images1 and images2 , use the command
If we want to further specify how L a T e X should include our image in the document (length, height, etc), we can pass those settings in the following format:
The command \includegraphics[scale=1.5]{overleaf-logo} will include the image overleaf-logo in the document, the extra parameter scale=1.5 will do exactly that, scale the image 1.5 of its real size.
You can also scale the image to a some specific width and height.
As you probably have guessed, the parameters inside the brackets [width=3cm, height=4cm] define the width and the height of the picture. You can use different units for these parameters. If only the width parameter is passed, the height will be scaled to keep the aspect ratio.
The length units can also be relative to some elements in document. If you want, for instance, make a picture the same width as the text:
Instead of \textwidth you can use any other default L a T e X length: \columnsep , \linewidth , \textheight , \paperheight , etc. See the reference guide for a further description of these units.
There is another common option when including a picture within your document, to rotate it. This can easily accomplished in L a T e X :
The parameter angle=45 rotates the picture 45 degrees counter-clockwise. To rotate the picture clockwise use a negative number.
In the previous section was explained how to include images in your document, but the combination of text and images may not look as we expected. To change this we need to introduce a new environment .
The figure environment is used to display pictures as floating elements within the document. This means you include the picture inside the figure environment and you don't have to worry about it's placement, L a T e X will position it in a such way that it fits the flow of the document.
Anyway, sometimes we need to have more control on the way the figures are displayed. An additional parameter can be passed to determine the figure positioning. In the example, begin{figure}[h] , the parameter inside the brackets set the position of the figure to here . Below a table to list the possible positioning values.
In the next example you can see a picture at the t op of the document, despite being declared below the text.
The additional command \centering will centre the picture. The default alignment is left .
It's also possible to wrap the text around a figure. When the document contains small pictures this makes it look better.
For the commands in the example to work, you have to import the package wrapfig . Add to the preamble the line \usepackage{wrapfig} .
Now you can define the wrapfigure environment by means of the commands \begin{wrapfigure}{l}{0.25\textwidth} \end{wrapfigure} . Notice that the environment has two additional parameters enclosed in braces. Below the code is explained with more detail:
For a more complete article about image positioning see Positioning images and tables
Captioning images to add a brief description and labelling them for further reference are two important tools when working on a lengthy text.
Let's start with a caption example:
It's really easy, just add the \caption{Some caption} and inside the braces write the text to be shown. The placement of the caption depends on where you place the command; if it's above the \includegraphics then the caption will be on top of it, if it's below then the caption will also be set below the figure.
Captions can also be placed right after the figures. The sidecap package uses similar code to the one in the previous example to accomplish this.
You can do a more advanced management of the caption formatting. Check the further reading section for references.
Figures, just as many other elements in a L a T e X document (equations, tables, plots, etc) can be referenced within the text. This is very easy, just add a \label to the figure or SCfigure environment, then later use that label to refer the picture.
There are three commands that generate cross-references in this example.
The \caption is mandatory to reference a figure.
Another great characteristic in a L a T e X document is the ability to automatically generate a list of figures . This is straightforward.
This command only works on captioned figures, since it uses the caption in the table. The example above lists the images in this article.
Important Note: When using cross-references your L a T e X project must be compiled twice, otherwise the references, the page references and the table of figures won't work—Overleaf takes care of that for you.
So far while specifying the image file name in the \includegraphics command we have omitted file extensions. However, that is not necessary, though it is often useful. If the file extension is omitted, LaTeX will search for any supported image format in that directory, and will search for various extensions in the default order (which can be modified).
This is useful in switching between development and production environments. In a development environment (when the article/report/book is still in progress), it is desirable to use low-resolution versions of images (typically in .png format) for fast compilation of the preview. In the production environment (when the final version of the article/report/book is produced), it is desirable to include the high-resolution version of the images.
Thus, if we have two versions of an image, venndiagram.pdf (high-resolution) and venndiagram.png (low-resolution), then we can include th
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