LaTeX/Creating 3D graphics

For creating three-dimensional graphics, there is basic functionality in the PGF/TikZ package, although drawing 3D graphics with PGF/TikZ is very non-flexible, mainly because it lacks functionality for identifying the surfaces that are covered by other surfaces and should be excluded from the rendered image.

LaTeX
Getting Started Introduction Installation Installing Extra Packages Basics How to get help Common Elements Document Structure Text Formatting Paragraph Formatting Colors Fonts List Structures Special Characters Internationalization Rotations Tables Title creation Page Layout Customizing Page Headers and Footers‎ Importing Graphics Floats, Figures and Captions Footnotes and Margin Notes Hyperlinks Labels and Cross-referencing Initials Mechanics Errors and Warnings Lengths Counters Boxes Rules and Struts Technical Text Mathematics Advanced Mathematics Theorems Chemical Graphics Algorithms Source Code Listings Linguistics Special Pages Indexing Glossary Bibliography Management More Bibliographies Special Documents Scientific Reports (Bachelor Report, Master Thesis, Dissertation) Letters Presentations Teacher's Corner Curriculum Vitae Academic Journals (MLA, APA, etc.) Creating Graphics Introducing Procedural Graphics MetaPost Picture PGF/TikZ PSTricks Xy-pic Creating 3D graphics Programming Macros Plain TeX Creating Packages Creating Package Documentation Themes Miscellaneous Modular Documents Collaborative Writing of LaTeX Documents Export To Other Formats Help and Recommendations FAQ Tips and Tricks Appendices Authors Links Package Reference Sample LaTeX documents Index Command Glossary
edit this box • edit the TOC

A package that can handle this correctly is the pst-solides3d package.

Another way to create 3D graphics is to use Asymptote.

Yet another way to create 3D graphics is to use Sketch.

Previous: Xy-pic

Index

Next: Macros