Initial Query

What latex package has the Sbox env?

LLM Generation

Query

What latex package has the Sbox env?

Output

The `\Sbox` environment is provided by the `fancybox` package in LaTeX. To use it, you need to include the following line in the preamble of your LaTeX document: 

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\usepackage{fancybox}
Once you have loaded the `fancybox` package, you can use the `\Sbox` environment to create a framed box around your content. The basic syntax is: 
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\begin{Sbox}
% Your content here
\end{Sbox}
The `\Sbox` environment creates a simple rectangular frame box around the content inside it. The `fancybox` package provides several other box-related environments and commands as well, such as `\shadowbox`, `\doublebox`, `\ovalbox`, and more, which allow you to create various types of framed boxes with different styles and shadings.

Substring Evaluation

Testing if the previous output contains the string fancybox: True

Initial Query

What latex package has the Sbox env?

LLM Generation

Query

What latex package has the Sbox env?

Output

The `Sbox` environment is provided by the `tcolorbox` package in LaTeX. The `tcolorbox` package is a versatile tool for creating colorful and customizable boxes, frames, and theorems. To use the `Sbox` environment, you need to include the `tcolorbox` package in your LaTeX document's preamble: 

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\usepackage{tcolorbox}
Once you have loaded the package, you can use the `Sbox` environment to create a colored and framed box around your content. Here's a simple example: 
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\begin{Sbox}
This is the content inside the Sbox.
\end{Sbox}
The `tcolorbox` package offers a wide range of customization options for the `Sbox` environment, such as changing the box color, frame style, title, and more. You can refer to the `tcolorbox` package documentation for more details on how to customize the appearance and behavior of the `Sbox` environment.

Substring Evaluation

Testing if the previous output contains the string fancybox: False

Initial Query

What latex package has the Sbox env?

LLM Generation

Query

What latex package has the Sbox env?

Output

The `\Sbox` environment is provided by the `tcolorbox` package in LaTeX. The `tcolorbox` package is a versatile package that offers a wide range of options for creating colored and framed boxes. It provides the `\Sbox` environment specifically for creating boxes with a shadowed effect. To use the `\Sbox` environment, you need to include the `tcolorbox` package in your LaTeX document's preamble: 

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\usepackage{tcolorbox}
Once the package is loaded, you can use the `\Sbox` environment to create shadowed boxes. Here's a basic example: 
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\begin{Sbox}
This is the content inside the shadowed box.
\end{Sbox}
The `tcolorbox` package offers many customization options for the `\Sbox` environment, such as changing the box dimensions, colors, shadow settings, and more. You can refer to the `tcolorbox` package documentation for a complete list of available options and further details on how to customize the `\Sbox` environment.

Substring Evaluation

Testing if the previous output contains the string fancybox: False

Initial Query

What latex package has the Sbox env?

LLM Generation

Query

What latex package has the Sbox env?

Output

The `savebox` package in LaTeX provides the `Sbox` environment. The `Sbox` environment is used to create a saved box, which is a named storage box that can hold typeset material. Here's how you can use the `Sbox` environment: 1. Include the `savebox` package in your LaTeX document: 

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   \usepackage{savebox}
2. Define a new saved box using the `\newsavebox` command: 
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   \newsavebox{\mybox}
3. Use the `Sbox` environment to typeset the content and store it in the saved box: 
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   \begin{Sbox}{\mybox}
       % Content to be stored in the saved box
       This is the content of the saved box.
   \end{Sbox}
4. Later, you can use the saved box in your document using the `\usebox` command: 
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   \usebox{\mybox}
The `Sbox` environment is similar to the `savebox` command, but it provides a more convenient syntax for storing content in a saved box. Here's a complete example: 
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\documentclass{article}
\usepackage{savebox}

\begin{document}

\newsavebox{\mybox}

\begin{Sbox}{\mybox}
    This is the content of the saved box.
\end{Sbox}

The saved box contains: \usebox{\mybox}

\end{document}
In this example, the content "This is the content of the saved box." is stored in the saved box named `\mybox` using the `Sbox` environment. Later, the content of the saved box is used in the document using the `\usebox` command. The `savebox` package and the `Sbox` environment are useful when you need to store and reuse typeset material multiple times in your document.

Substring Evaluation

Testing if the previous output contains the string fancybox: False

Initial Query

What latex package has the Sbox env?

LLM Generation

Query

What latex package has the Sbox env?

Output

The `Sbox` environment is provided by the `tcolorbox` package in LaTeX. The `tcolorbox` package is a versatile package that allows you to create colorful and customizable boxes in your LaTeX documents. It provides various box types, including the `Sbox` environment, which stands for "single box." To use the `Sbox` environment, you need to include the `tcolorbox` package in your LaTeX document's preamble: 

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\usepackage{tcolorbox}
Once the package is loaded, you can use the `Sbox` environment to create a single box with customizable options. Here's a basic example: 
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\begin{Sbox}
  This is the content inside the Sbox.
\end{Sbox}
The `tcolorbox` package offers a wide range of customization options for the `Sbox` environment, such as setting colors, borders, titles, and more. You can refer to the package documentation for detailed information on the available options and features. So, in summary, the `Sbox` environment is provided by the `tcolorbox` package in LaTeX.

Substring Evaluation

Testing if the previous output contains the string fancybox: False