Introduction | Reference | Function syntax | tabular() | format(), print(), toLatex() | as.matrix(), write.csv.tabular(), write.table.tabular() | as.tabular() | table_options(), booktabs() | latexNumeric() | Operators | $e_1 + e_2$ | $e_1 * e_2$ | $e_1 \sim e_2$ | $e_1 = e_2$ | Terms in Formulas | Closures or other functions | Factors | Logical vectors | Language Expressions | Other vectors | "Pseudo-functions" | Format() | .Format() | Heading() | Justify() | Percent() | Arguments() | DropEmpty() | Formula Functions | All() | AllObs(), RowNum() | Hline() | Literal() | PlusMinus() | Paste() | Factor(), RowFactor() and Multicolumn() | Further Details | Formatting | Missing Values | Subsetting and Joining Tables | knitr, rmarkdown and kableExtra support | Captions, labels, etc. | Acknowledgments | References

Introduction | About this document | Basics and High Level Functions | Adding Graphical Elements | Primitive shapes | Constructed shapes | Axes and other "decorations" | Controlling the Look of the Scene | Camera angle | Lighting | Materials | Textures | Fonts | par3d: Miscellaneous graphical parameters | Default settings | Meshes: Constructing Shapes | Specific solids | Generating new shapes | The underlying class structure for shapes | Contouring and clipping shapes | Manipulating shapes | Multi-figure Layouts | Documents with rgl Scenes | The recommended method | Producing PDF output | Manual insertion of plots | Older methods | Utility Functions | User interaction | Animations | Integration with TCL/TK | Exporting and importing scenes | Default display | Working with WebGL scenes | Working with the scene | Working with 3-D vectors | Working with other packages | Creating pkgdown websites | Working with testthat | Working with Javascript | Other functions and objects | Warning: Work in Progress! | Index of Functions

Introduction | Browser support | Examples | Using magrittr or base pipes | Controls | subsetControl | par3dinterpControl | propertyControl | clipplaneControl | vertexControl | ageControl | rglMouse | Layout of the display | Integration with crosstalk | Low level controls | Index

Introduction | Correct Drawing | Incorrect sorting | Mask or Not? | Recommendation | Example

Introduction | Differences between the interfaces | Opening a window | Material properties | Primitive shapes | Why deprecate rgl.*? | Some rgl.* functions are not deprecated | My package uses rgl.*. What do I need to do? | rgl.open and rgl.material | Textures | rgl.surface() | Lists of material names and par3d properties | Others

Introduction | hist3d: 3D histogram using basic building blocks | bivar: Bivariate densities: kernel smoothing using surface3d and alpha-channel (requires MASS package) | Abundance: Animal abundance, visualization of multi-dimension data using multiple techniques | lsystem: Plant modelling using a turtle and L-system | subdivision: Subdivision surfaces using generic meshes (preview of generic 3D interface) | envmap: Environment mapping | shapes3d: 3D shape primitives (cones, ellipsoids, cubes), some taken from qmesh3d | lollipop3d: "Lollipop" plots (3D scatterplot with lines between points and a surface)

What is the problem? | Using `RGL in examples. | Specifying the size of figures

Introduction | Demo | Differences from tools::parseLatex | Magic Comments | Work in progress!

Initializing | Inserting a Table | Improving the Look | Fine tuning | kableExtra support | tinytable support

Abstract | Introduction | Quick Start Instructions | R Markdown Instructions | Known limitations of Markdown support | patchDVI History | Concordances | Technical description of concordance records | Patching .dvi Files | Patching .synctex Files | Patching .html Files | Project Management Functions | The Complete Process | Installing or Loading Packages | Conclusion | Appendices | Using patchDVI with TeXShop | Using patchDVI with TeXworks | Using patchDVI with WinEdt | Using patchDVI with RStudio | References

Introduction | Rendering in R | Rendering assumed by glTF | What is this document about? | Detailed calculations | OGL1 rendering in rgl | PBR rendering in glTF | Assumptions in the approximations