#lang scribble/manual @(require (except-in "utils.rkt" author) (except-in (for-label scribble/lncs/lang) #%module-begin)) @(define-syntax-rule (def base-author) (begin (require (for-label scribble/base)) (define base-author @racket[author]))) @(def base-author) @title{LNCS Paper Format} @defmodulelang[scribble/lncs #:use-sources (scribble/lncs/lang)]{ The @racketmodname[scribble/lncs] language is like @racketmodname[scribble/base], but configured with Latex style defaults to use the @filepath{llncs.cls} class file. The class file is not included with Scribble due to license issues, but if the file is not manually installed into the @racket[scribble/lncs] collection, then it is downloaded on demand to @racket[(find-system-path 'addon-dir)].} @defproc[(abstract [pre-content pre-content?] ...) block?]{ Generates a @tech{nested flow} for a paper abstract.} @defform[(include-abstract module-path)]{ Similar to @racket[include-section], but incorporates the document in the specified module as an abstract. The document must have no title or sub-parts.} @defform/subs[#:literals (author) (authors auth ...) ([auth (author pre-content-expr ...) (author #:inst str-expr pre-content-expr ...)]) #:contracts ([pre-content-expr pre-content?] [str-expr string?])]{ A replacement for @base-author from @racketmodname[scribble/base]. The @racket[#:inst] should be a number that matches up to one of the arguments to @racket[institutes]. } @defidform[author]{For use only in @racket[authors].} @defform[#:literals (institute) (institutes (institute pre-content-expr ...) ...) #:contracts ([pre-content-expr pre-content?])]{ The @racket[pre-content-expr]s are used as the institutions of the authors. } @defidform[institute]{For use only in @racket[institutes].} @defform[(email pre-content-expr ...)]{ Specifies an email address; must be used inside @racket[institute]. } @section{Example} Here is an example of a paper written in the LNCS format: @margin-note{For more randomly generated papers, see SCIgen: @url["http://pdos.csail.mit.edu/scigen"]} @codeblock[#:keep-lang-line? #t]|{ #lang scribble/lncs @authors[@author[#:inst "1"]{Lauritz Darragh} @author[#:inst "2"]{Nikolaj Kyran} @author[#:inst "2"]{Kirsten Gormlaith} @author[#:inst "2"]{Tamaz Adrian}] @institutes[ @institute["University of Southeast Boston" @linebreak[] @email|{darragh@cs.seboston.edu}|] @institute["University of Albion" @linebreak[] @email|{{nkyran,gorm,tamaz}@cs.albion.ac.uk}|]] @title{Arak: Low-Energy, Interposable Theory} @abstract{The implications of client-server symmetries have been far-reaching and pervasive. Given the current status of constant-time theory, mathematicians daringly desire the synthesis of rasterization, which embodies the essential principles of algorithms. In this work, we describe a client-server tool for investigating flip-flop gates (Arak), verifying that the producer-consumer problem can be made homogeneous, secure, and wireless.} }|