Translate R Expressions to 'MathML' and 'LaTeX'/'MathJax'
add_left
add_right
add
Calligraphic font
Canonicalize an R call: Reorder the function arguments
Identity functions for different decorations
denote This is a function that allows the user to insert abbreviations...
Division displayed as large fraction
Multiplication
Return function body
Identity functions for different font styles
Division displayed as fraction
Product x * y, shown as x dot y
Down double arrow, displayed as x dArr y
Up double arrow, displayed as x uArr y
Down arrow, presented as x downarrow y
Equivalence, shown as x == y
Left double arrow, displayed as x <= y
Congruence, shown as x =~ y
Right arrow, presented as x -> y
Right double arrow, displayed as x => y
If and only if condition, displayed as x <=> y
Plus Minus, it shows x and calculates x +- y
Proportional, shown as x o< y
Left arrow, presented as x <- y
Double sided arrow, presented as x <-> y
Approximate equality, shown as x ~~ y
Up arrow, presented as x up y
Hook for custom symbols
instead
Adds the class "math" to the object for knitr output via mathout()
Mathjax output
Map R operators to their respective Prolog counterparts
MathML output
MathML or MathJax output, depending on the knitr context
Add a name attribute to an element (most often, an R function)
omit_left This is a function that allows the user to highlight the mis...
omit_right This is a function that allows the user to highlight the mi...
omit
product over a range. On the R side, this function just returns the pr...
sum over a range. On the R side, this function just returns the first ...
Translate R expressions to 'MathML' or 'MathJax'/'LaTeX' so that they can be rendered in R markdown documents and shiny apps. This package depends on R package 'rolog', which requires an installation of the 'SWI'-'Prolog' runtime either from 'swi-prolog.org' or from R package 'rswipl'.