How Can I Add Clipart To A Photo

1. How Can I Add Clipart To A Photos
2. How Can I Add Clipart To A Photo Online
3. How Can I Add Clipart To A Photo
4. How Can I Add Clipart To A Photo Book
5. How Can I Add Clipart To A Photoshop

Images are essential elements in most of the scientific documents. LaTeX provides several options to handle images and make them look exactly what you need. In this article is explained how to include images in the most common formats, how to shrink, enlarge and rotate them, and how to reference them within your document.

Open Fotor's card maker, choose one card template to design your own photo cards. Then, click the 'Sticker' of the left side and add several clipart to your photo card graphic design. No design skills required. Can I use free clipart for commercial use?

• 5Captioning, labelling and referencing

In order to add an image to your page or post, you must first insert your cursor in the place in the text where you want the image to appear. By placing your cursor within your text, you can add images inline with your content. You can also place your cursor on a blank line if you want the image to appear by itself instead. Go back to your Word document, and place the cursor where you want to insert the clip art. Click on the Insert tab. Next, click Pictures Picture from File. Find the image you want to use, click to select it, then click Insert.

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 LaTeX 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 LaTeX 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

as in the introduction.

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.

Open an example in Overleaf

If we want to further specify how LaTeX 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]{lion-logo} will include the image lion-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 LaTeX 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 LaTeX:

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, LaTeX 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 top 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}{0.25textwidth} end{wrapfigure}. Notice that the environment has two additional parameters enclosed in braces. Below the code is explained with more detail:

{l}

This defines the alignment of the figure. Set l for left and r for right. Furthermore, if you are using a book or any similar format, use instead o for the outer edge and i for the inner edge of the page.

{0.25textwidth}

This is the width of figure box. It's not the width of the image itself, that must be set in the includegraphics command. Notice that the length is relative to the text width, but normal units can also be used (cm, in, mm, etc). See the reference guide for a list of units.

centering

This was already explained, but in this example the image will be centred by using its container as reference, instead of the whole text.

How Can I Add Clipart To A Photos

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.

Captions

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'a 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.

There are two new commands

usepackage[rightcaption]{sidecap}

As you may expect this line will import a package named sidecap, but there is an additional parameter: rightcaption. This parameter establishes the placement of the caption at the right of the picture, you can also use leftcaption. In book-like documents outercaption and innercaption are also available. The names of these are self-descriptive.

begin{SCfigure}[0.5][h] end{SCfigure}

Defines an environment similar to figure. The first parameter is the width of the caption relative to the size of the image, as declared in includegraphics. The second parameter h works exactly as in the figure environment. See the placement section for more information.

You can do a more advanced management of the caption formatting. Check the further reading section for references.

Labels and cross-references

Figures, just as many other elements in a LaTeX 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.

label{fig:mesh1}

This will set a label for this figure. Since labels can be used in several types of elements within the document, it's a good practice to use a prefix, such as fig: in the example.

ref{fig:mesh1}

This command will insert the number assigned to the figure. It's automatically generated and will be updated if insert some other figure before the referenced one.

pageref{fig:mesh1}

This prints out the page number where the referenced image appears.

The caption is mandatory to reference a figure.

Another great characteristic in a LaTeX 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 LaTeX project must be compiled twice, otherwise the references, the page references and the table of figures won't work.

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.

This is accomplished by

• Not specifying the file extension in the includegraphics command, and
• Specifying the desired extension in the preamble.

Thus, if we have two versions of an image, venndiagram.pdf (high-resolution) and venndiagram.png (low-resolution), then we can include the following line in the preamble to use the .png version while developing the report -

If we want to further specify how LaTeX 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]{lion-logo} will include the image lion-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 LaTeX 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 LaTeX:

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, LaTeX 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 top 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}{0.25textwidth} end{wrapfigure}. Notice that the environment has two additional parameters enclosed in braces. Below the code is explained with more detail:

{l}

This defines the alignment of the figure. Set l for left and r for right. Furthermore, if you are using a book or any similar format, use instead o for the outer edge and i for the inner edge of the page.

{0.25textwidth}

This is the width of figure box. It's not the width of the image itself, that must be set in the includegraphics command. Notice that the length is relative to the text width, but normal units can also be used (cm, in, mm, etc). See the reference guide for a list of units.

centering

This was already explained, but in this example the image will be centred by using its container as reference, instead of the whole text.

How Can I Add Clipart To A Photos

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.

Captions

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'a 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.

There are two new commands

usepackage[rightcaption]{sidecap}

As you may expect this line will import a package named sidecap, but there is an additional parameter: rightcaption. This parameter establishes the placement of the caption at the right of the picture, you can also use leftcaption. In book-like documents outercaption and innercaption are also available. The names of these are self-descriptive.

begin{SCfigure}[0.5][h] end{SCfigure}

Defines an environment similar to figure. The first parameter is the width of the caption relative to the size of the image, as declared in includegraphics. The second parameter h works exactly as in the figure environment. See the placement section for more information.

You can do a more advanced management of the caption formatting. Check the further reading section for references.

Labels and cross-references

Figures, just as many other elements in a LaTeX 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.

label{fig:mesh1}

This will set a label for this figure. Since labels can be used in several types of elements within the document, it's a good practice to use a prefix, such as fig: in the example.

ref{fig:mesh1}

This command will insert the number assigned to the figure. It's automatically generated and will be updated if insert some other figure before the referenced one.

pageref{fig:mesh1}

This prints out the page number where the referenced image appears.

The caption is mandatory to reference a figure.

Another great characteristic in a LaTeX 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 LaTeX project must be compiled twice, otherwise the references, the page references and the table of figures won't work.

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.

This is accomplished by

• Not specifying the file extension in the includegraphics command, and
• Specifying the desired extension in the preamble.

Thus, if we have two versions of an image, venndiagram.pdf (high-resolution) and venndiagram.png (low-resolution), then we can include the following line in the preamble to use the .png version while developing the report -

How do screenshot on laptop. The command above will ensure that if two files are encountered with the same base name but different extensions (for example venndiagram.pdf and venndiagram.png), then the .png version will be used first, and in its absence the .pdf version will be used, this is also a good ideas if some low-resolution versions are not available.

Once the report has been developed, to use the high-resolution .pdf version, we can change the line in the preamble specifying the extension search order to

Improving on the technique described in the previous paragraphs, we can also instruct LaTeX to generate low-resolution .png versions of images on the fly while compiling the document if there is a PDF that has not been converted to PNG yet. To achieve that, we can include the following in the preamble after usepackage{graphicx}

If venndiagram2.pdf exists but not venndiagram2.png, the file venndiagram2-pdf-converted-to.png will be created and loaded in its place. The command convert #1 is responsible for the conversion and additional parameters may be passed between convert and #1. For example - convert -density 100 #1.

There are some important things to have in mind though:

• For the automatic conversion to work, we need to call pdflatex with the --shell-escape option.
• For the final production version, we must comment out the epstopdfDeclareGraphicsRule, so that only high-resolution PDF files are loaded. We'll also need to change the order of precedence.

LaTeX units and legths

About image types in LaTeX

latex

When compiling with latex, we can only use EPS images, which is a vector format.

pdflatex

If we are compiling using 'pdflatex' to produce a PDF, then we can use a number of image formats -

Vector format or Bit-map format?

Images can be of either vector format of bit-map format. Generally we don't need to worry about it, but if we do happen to know the format the image is in, we can use that information to choose an appropriate image format to include in our latex document. If we have an image in vector format, we should go for PDF or EPS. If we have it in bit-map format, we should go for JPG or PNG, as storing bit-map pictures in PDF or EPS takes a lot of disk space.

For more information see

Overleaf guides

LaTeX Basics

Mathematics

Figures and tables

References and Citations

Languages

Document structure

Formatting

Fonts

How Can I Add Clipart To A Photo Online

Presentations

How Can I Add Clipart To A Photo

Commands

Field specific

Class files

Advanced TeX/LaTeX

/en/word2010/text-boxes-and-wordart/content/

Introduction

Images are a great way to liven up a document, and Word offers a few methods to insert them. There are built-in clip art images for just about every topic, so you may be able to find a perfect clip art image for your document. If you have a more specific image in mind, you can insert a picture from a file.

How Can I Add Clipart To A Photo Book

In this lesson, you will learn how to search for and insert clip art, how to insert an image from a file, and how to change the text wrapping settings for your images.

Inserting clip art and pictures

Adding clip art and pictures to your document can be a great way to illustrate important information or add decorative accents to existing text. You can insert images from your computer or search Microsoft's extensive selection of clip art to find the image you need. Once an image has been inserted, you can format text to wrap around the image.

To locate clip art:

1. Select the Insert tab.
2. Click the Clip Art command in the Illustrations group.
   The Clip Art command
3. The clip art options appear in the task pane to the right of the document.
4. Enter keywords in the Search for: field that are related to the image you want to insert.
5. Click the drop-down arrow in the Results should be: field.
6. Deselect any types of media you do not want to see.
7. If you also want to search for clip art on Office.com, place a check mark next to Include Office.com content. Otherwise, it will just search for clip art on your computer.
   Including Office.com content
8. Click Go.

To insert clip art:

1. Review the results from a clip art search.
2. Place your insertion point in the document where you want to insert the clip art.
3. Click an image in the Clip Art pane. It will appear in the document.

You can also click the drop-down arrow next to the image in the Clip Art pane to view more options.

To insert a picture from a file:

1. Place your insertion point where you want the image to appear.
2. Select the Insert tab.
3. Click the Picture command in the Illustrations group. The Insert Picture dialog box appears.
   Inserting a picture from a file
4. Select the desired image file, then click Insert to add it to your document.

To resize an image, click and drag one of the corner sizing handles. The image will change size while keeping the same proportions. If you want to stretch it horizontally or vertically, you can use the side sizing handles.

Changing text wrapping settings

When you insert clip art or a picture from a file, you may notice that it's difficult to move it exactly where you want. This is because the text wrapping for the image is set to In Line with Text. You'll need to change the text wrapping setting if you want to move the image freely, or if you just want the text to wrap around the image in a more natural way.

To wrap text around an image:

1. Select the image. The Format tab will appear.
2. Click the Format tab.
3. Click the Wrap Text command in the Arrange group.
4. Select the desired menu option. The text will adjust based on the option you have selected.
   Choosing a text wrapping setting
5. Move the image around to see how the text wraps for each setting.

If you can't get your text to wrap the way you want, click the Wrap Text command, then select More Layout Options from the menu. You can make more precise changes in the Advanced Layout dialog box that appears.

To use a predefined text wrapping setting:

1. Click the Position command to the left of the Wrap Text command. A drop-down menu will appear.
2. From the drop-down menu, select the desired image position.
3. The image will move to the position you have selected, and it will automatically have text wrapping applied to it.

Challenge!

1. Create a new Word document.
2. Insert a clip art image.
3. Insert a picture from a file into the document.
4. Resize the picture.
5. Change the text wrapping setting to In Front of Text.

How Can I Add Clipart To A Photoshop

/en/word2010/formatting-pictures/content/