C++ API to Export TEX to GIF
Render TEX to GIF within C++ applications without requiring any third party application
Aspose.Total for C++ file format automation libraries allows C++ developer to convert TEX to GIF in two simple steps. Firstly, you can use Aspose.PDF for C++ API to convert TEX file format to DOC. Secondly, by using advanced Word Document Processing API Aspose.Words for C++ , you can export DOC to GIF.
C++ API to Render TEX to GIF
Get Started with C++ File Automation APIs
Install from command line as nuget install Aspose.Total.Cpp or via Package Manager Console of Visual Studio with Install-Package Aspose.Total.Cpp.
Alternatively, get the offline MSI installer or DLLs in a ZIP file from downloads .
// load TEX file with an instance of Document class reference
auto doc = MakeObject<Document>(u"sourceFile.tex");
// save TEX as a DOC
doc->Save(u"DocOutput.doc", SaveFormat::Doc);
// load DOC with an instance of Document
System::SharedPtr<Document> wordDoc = System::MakeObject<Document>(u"DocOutput.doc");
// save document as Gif
wordDoc->Save(u"output.Gif");
Change Password of TEX Document via C++
In the process of rendering TEX to GIF, you can open a password protected TEX and also change its password. In order to change the password of a TEX file, you must know the owner password of that document. You can load password protected PDF document with Aspose.PDF for C++ by specifying its owner password and use ChangePasswords method to change the password.
// load an existing TEX Document
auto doc = MakeObject<Document>(L"input.tex", L"owner");
// change password of TEX Document
doc->ChangePasswords(L"owner", L"newuser", L"newuser");
// save the document
doc->Save(L"output.Doc");
Restrict GIF File Editing via C++
You can also restrict GIF file editing using using Aspose.Words for C++ API. Sometimes you may need to limit the ability to edit a document and only allow certain actions with it. API enables you to control the way you restrict the content using the ProtectionType enumeration parameter. The following code example demonstrates how to restrict editing in a document so only editing in form fields is possible.
// load Doc with an instance of Document
auto doc = System::MakeObject<Document>("input.doc");
// document protection only works when document protection is turned and only editing in form fields is allowed.
doc->Protect(ProtectionType::AllowOnlyFormFields, u"password");
// save the protected document.
doc->Save(u"Protected.Gif");
Explore TEX Conversion Options with C++
What is TEX File Format?
A TEX file is a plain text file that contains the source code of a LaTeX document. LaTeX is a typesetting system used to create professional-looking documents. It is most commonly used to create papers for academic journals and to typeset books.TEX files are saved in the same directory as the LaTeX document and have a .tex file extension. They can be opened and edited with any text editor, but are typically viewed and compiled using a LaTeX editor, such as TeXnicCenter or Texmaker. When a TEX file is compiled, it is converted into a PDF or DVI file, which can be viewed with a PDF viewer, such as Adobe Reader, or a DVI viewer, such as Yap.
Read MoreWhat is GIF File Format?
format known for its ability to support animations and transparency. Developed by CompuServe in 1987, the GIF format has become ubiquitous on the web and is supported by virtually all web browsers and image editing software.
GIF files use lossless compression, meaning that the image quality is not compromised when the file size is reduced. This makes GIFs ideal for graphics with solid areas of color and sharp edges, such as logos, icons, and simple animations. The compression algorithm reduces the file size by identifying repetitive patterns and encoding them more efficiently.
One of the distinctive features of GIF files is their support for animations. Multiple images, known as frames, can be combined within a single GIF file to create a looping animation. This has made GIFs a popular format for creating short, simple, and often humorous animations that can be easily shared and displayed on websites and social media platforms.
Transparency is another notable feature of GIF files. They support both fully transparent and semi-transparent pixels, allowing images to blend seamlessly with different backgrounds. This transparency feature has made GIFs a common choice for creating logos, icons, and graphics that need to be placed on various backgrounds without a visible border or background color.