Instead, please send all comments to latexrefman@tug.org. This is a public list; you can (un)subscribe, view the archives, etc., at https://lists.tug.org/latexrefman. This document is a reference, not a tutoria
"Theorem" crossref-thm-title: "Theorem" environment-proof-title: "Proof" environment-remark-title: "Remark" environment-solution-title: "Solution" execution-engine: "markdown" fig-align: "default" fig-responsive: true format-identifier: { base-format: "html" display-name: "HTML" extension-nam...
An in-depth example: Pappus’ Hexagon Theorem Miscellaneous Notes Future Work API Reference Symbolic Integrals Examples Integral Transforms Internals API reference TODO and Bugs Numeric Integrals Logic Module Introduction Forming logical expressions Boolean functions Simplification and equivalence-testing Inference...
My `org-latex-pdf-process` was a call to latexmk that didnotset `-outdir`. This was fine for exporting a document as LaTeX as all the work happened in the one directory, but evaluating a LaTeX src block involves a temporary directory. The value substituted for the `%o` placeholder in ...
http://web2.0calc.com/questions/infinite-monkey-theorem Interesting alternate to Venn diagram http://web2.0calc.com/questions/i-think-this-is-a-mutually-exclusive-question Constructing a confidence intervalAlan (20/6/15) http://web2.0calc.com/questions/the-random-sample-shown-below-was-selected-...
“$formula” –states $formula as theorem, assigns it a name (if given) and creates a proof goal Datatypes datatype type_synonym Functions primrec –used for primitive recursive functions (nothing to prove, but heavy constraints) fun –used for more general functions, but have to prove ...
Source files translated to SubML format. SubML is a simple markup language designed to easily convert to other markups like LATEX, HTML, or DocBook using nothing but search-and-replace substitutions. ii Contents 1 USEFUL EQUATIONS AND CONVERSION FACTORS 1.1 DC circuit equations and laws . . ....
The Mertens constant is related to the Twin Primes constant and appears in Mertens’ second theorem. EXAMPLES: sage: float(mertens) 0.26149721284764277 sage: mertens.n(digits=60) 0.261497212847642783755426838608695859051566648261199206192064 class sage.symbolic.constants.NotANumber(name=’NaN’) Bases: sage....