Directory macros/latex/contrib/coloredtheorem
coloredtheorem
A colorful boxed theorem environment, combining tcolorbox
and breakable boxes. It supports full tcolorbox
customization, automatic numbering, \label{...}
and \ref{…}
, and \listof…
About
- Package: coloredtheorem — A colorful boxed theorem environment
- Copyright: 2024 © João M. Lourenço <joao.lourenco@fct.unl.pt>
- CTAN: https://ctan.org/pkg/coloredtheorem
- Repository: https://github.com/joaomlourenco/coloredtheorem
- License: The LaTeX Project Public License 1.3c
Introduction
The coloredtheorem
package is a simple environment that allows to write stuff inside boxes from tcolorbox
. If necessary the boxes gracefully overflow to the next page. This package takes no options and includes tcolorbox
if necessary. You may include tcolorbox
with your own favourite options prior to including this package.
Akin to \newtheorem
from the amsmath
package, the user should start by defining a new theorem/box group and customize its aspect. Each new environment will have its own counter/numbering. Notice that \label{...}
and \ref{...}
work as expected. There is also a command to generate the corresponding listof...
Usage
\usepackage{coloredtheorem}
- Load Load the
coloredtheorem
package. This package will loadtcolorbox
if necessary.
- Load Load the
\cthnewtheorem{<envname>}{<Name>}[<tcolorbox options>]
- Create a new boxed algorithm-like environment.
<envname>
is the suffix for the new environment being defined, e.g.,algoritm
. The effective environment name will becth<envname>
, e.g.,cthalgorithm
.<Name>
is the (printable) name or the new environment being defined, e.g., Algorithm.<tcolorbox options>
default options for the environment being defined (this argument is optional). These options are passed straight to thetcolorbox
environment, so anything valid fortcolorbox
is also valid here.
- Create a new boxed algorithm-like environment.
\begin{<envname>}{<Caption>}[<tcolorbox options>]<Contents>\end{<envname>}
- Create a new algorithm-like box with the given contents. ∗
<AltCaption>
is the alternative caption for the\cthlistof<envname>s
(see below).<envname>
is the sffix for environment name, e.g.,algorithm
.<Caption>
is the caption/title of the box. If the caption is left empty, this box will not be listed with the\cthlistof<envname>s
(see below).<tcolorbox options>
options to be passed to thetcolorbox
environment, which will override the defaults given in\cthnewalgorithm
(this argument is optional).<Contents>
the contents to by typeset inside the colored environment.
- Create a new algorithm-like box with the given contents. ∗
\listof<envname>s
<envname>
is the environment name suffix, e.g.,\cthlistofalgorithms
. Please
notice that there is a ‘s’ (plural) after <envname>
.
Example
Let’s start by creating two new environments, one for algorithms and another for examples, both defaulting to a gray frame, the former with a yellowish background and the latter with a lighter gray background.
\cthnewtheorem{algorithm}{Algorithm}[coltitle=black, colback=yellow!10, colframe=black!15] \cthnewtheorem{example}{Example}[coltitle=black, colback=black!5, colframe=black!30]
The box with Algorithm 1, which uses the default visual that was given when creating the environment with \cthnewtheorem
and gracefully overflows onto the next page, was created with:
\begin{cthalgorithm}{Advance a counter to the next value in a domain $\omega \in \mathbb{N}$.} Algorithm body here! \end{cthalgorithm}_(page break here)_ The box Example 1, which uses the default visual for the environment (as given to `\cthnewtheorem...`), was created with: ```latex \begin{cthexample}{This is an example!} Example body here! \end{cthexample} ``` Now, let’s create a new box for Algorithm 1, but with a different customized visual, which will affect only this entry! Notice that the customization argument is passed straight to the `tcolorbox` environment, so anything valid for `tcolorbox` is also valid here. Algorithm 2 was created with the following code: ```latex \begin{cthalgorithm} {Advance a counter to the next value in a domain $\omega \in \mathbb{N}$, but now with a customized visual. Also, notice that this algorithm breaks the page boundaries.} [coltitle=white, colback=green!10, colframe=green!70!black, colbacktitle=\sffamily\bfseries\large, fonttitle=red!50!white] Algorithm body here! \end{cthalgorithm} ``` _(page break here)_ And now and example with no caption and a different visual... this example will not go into the` \listofexamples` below! Now let’s print the lists of algorithms and examples. Remember to add the prefix `cthth` to the `listof`, i.e., `\cthlistofalgorithms` and `\cthlistofexamples`! ## List of Algorithms ## List of Examples
Download the contents of this package in one zip archive (216.7k).
coloredtheorem – A colourful boxed theorem environment
This packages provides a colourful boxed theorem environment, combining tcolorbox and breakable boxes.
Package | coloredtheorem |
Home page | https://github.com/joaomlourenco/coloredtheorem |
Support | https://github.com/joaomlourenco/coloredtheorem/discussions |
Bug tracker | https://github.com/joaomlourenco/coloredtheorem/issues |
Version | 1.0.4 2024-09-15 |
Licenses | The LaTeX Project Public License 1.3c |
Copyright | 2024 João M. Lourenço |
Maintainer | João M. Lourenço |
Contained in | TeX Live as coloredtheorem MiKTeX as coloredtheorem |
Topics | Decoration Box breaking Boxing Colour Maths theorem |
See also | Shaded theorems thmbox |