sgreen-output(5)
NAME
sgreen-output - output format of sgreen(1) resultsDESCRIPTION
The type of the data that are generated depends on the options used when sgreen(1) is invoked. When invoked with option -a, sgreen(1) outputs Monte-Carlo results, either in extended or compact format, whether option -e is used or not. Also, when invoked whith option -s sgreen(1) silently creates an HTML file contening a summary of the Green function used.
GRAMMAR
As Green summaries comply with HTML format, that can be found in HTML specification documents [1], they will not be further described thereafter. Only Monte-Carlo results grammar is described in this section.
In what follows, text appearing between quote marks is a verbatim part of the output, except the quote characters, and text introduced by the # character in a description is a comment and is not part of the output.
-
<output> ::= <compact-results> | <extended-results> <compact-results> ::= <compact-MC-result> # as many results as provided <compact-results> # setting lines <extended-results> ::= "message: Initialisation time = " <time value> "message: Computation time = " <time value> <extended-MC-results> ------------------------------------- <compact-MC-result> ::= <estimate> <standard-deviation> <extended-MC-results> ::= <extended-MC-result> # as many results as provided | <extended-MC-results> # setting lines <time value> ::= [<h> "hour"] [<m> "min"] [<s> "sec"] \ [<ms> "msec"] [<us> "usec"] <extended-MC-result> ::= <estimate> "K +/-" <standard-deviation> \ ";" <applied-settings> <estimate> ::= REAL <standard-deviation> ::= REAL # in [0, INF) ------------------------------------- <applied-settings> ::= ASCII TEXT # verbatim from the settings file <h> ::= INTEGER # in [1 INF) <m> ::= INTEGER # in [1 59] <s> ::= INTEGER # in [1 59] <ms> ::= INTEGER # in [1 999] <us> ::= INTEGER # in [1 999]
HTML SUMMARY
When using option -s, sgreen(1) creates a summary of the Green function in HTML format. This document contains the following sections:
- * List of variables
- * Formula of the Monte-Carlo estimate
- * Counts
- * Solids
- * Fluids
- * T boundaries for solids
- * T boundaries for fluids
- * H boundaries for solids
- * H boundaries for fluids
- * F boundaries for solids
- * Solid-Fluid connections
- * Solid-Solid connections
- * Radiative temperatures
NOTES
- 1. HTML Standard - https://html.spec.whatwg.org/
SEE ALSO
sgreen(1), sgreen-input(5)