These snippets demonstrate various TeX options that control the behavior of the TeX engine in Aspose.TeX for .NET. Learn how to customize interaction modes, job names, date/time, package handling, and output formatting.
- How to set the interaction mode
- How to set the job name
- How to "stop time" (freeze date in document title)
- How to ignore missing packages
- How to avoid building ligatures
- How to subset fonts (reduce output file size)
- How to repeat the job (for labels and references)
- How to turn math formulas into raster images
- How to turn graphics into raster images
- Reference Aspose.TeX for .NET: Aspose.TeX on Windows; Aspose.TeX.Drawing on non‑Windows.
- Copy a snippet into your project.
- Apply a temporary license as described in the licensing guide.
- Build and run.
In evaluation mode, the output may contain watermarks and limitations. Apply a valid license to unlock full features.
More about managing TeX options:
- Documentation – Aspose.TeX for .NET
- Product page – Aspose.TeX for .NET
- Free Support Forum – Aspose.TeX
- Blog – Aspose.TeX Product Family
- API Reference – Aspose.TeX for .NET
- NuGet (Windows) – Aspose.TeX
- NuGet (non‑Windows) – Aspose.TeX for .NET
- .NET 6.0+, .NET Core, or .NET Framework
- Aspose.TeX for .NET library
Control how the TeX engine behaves when it encounters errors. NonstopMode makes the engine continue processing without stopping for user input.
Override the default job name (which comes from the input file name). Useful when processing from streams or when you want custom output file names.
Freeze the date used in LaTeX document titles. Useful for reproducible builds and version control.
Allow the TeX engine to skip over missing packages instead of halting with an error. Helpful when working with partially supported LaTeX files.
Prevent the TeX engine from building ligatures (like "fi" or "fl"). Useful for certain fonts or when ligatures are not desired.
Run the same TeX job twice. Necessary for properly resolving cross-references, labels, and table of contents in LaTeX documents.
Convert math formulas to raster images instead of using vector fonts. Can improve compatibility with certain viewers.
Convert included vector graphics (PS, EPS, XPS) to raster images. Useful for creating fully rasterized output documents.
Include only the glyphs actually used in the document, reducing the output file size. Particularly useful for large documents with limited character usage.