Changeset c8c3b8 in git for doc/usercard.tex


Ignore:
Timestamp:
Jun 18, 1998, 12:43:01 PM (26 years ago)
Author:
Jens Schmidt <schmidt@…>
Branches:
(u'spielwiese', 'fe61d9c35bf7c61f2b6cbf1b56e25e2f08d536cc')
Children:
7a9a32eee739811fda8ff32d867955fd395ffca1
Parents:
5b0536d9fce5759bc34812bfc5ead27f1a43a98f
Message:
	* usercard.tex: minor fixes


git-svn-id: file:///usr/local/Singular/svn/trunk@2193 2c84dea3-7e68-4137-9b89-c4e89433aadc
File:
1 edited

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  • doc/usercard.tex

    r5b0536 rc8c3b8  
    1 % $Id: usercard.tex,v 1.3 1998-05-27 13:24:20 schmidt Exp $
     1% $Id: usercard.tex,v 1.4 1998-06-18 10:43:01 schmidt Exp $
    22
    33%
     
    2828\sec Starting SINGULAR(2.5cm)
    2929Singular&                       start \Singular\cr
    30 Singular {\it files} \rep&      read {\it files\/} and prompt for further commands\cr
     30Singular {\it file} \rep&       read {\it files\/} and prompt for further commands\cr
    3131Singular --help&                print help on command line options and exit\cr
    3232\endsec
     
    9494\longentry ring {\it name\/} = {\it basefield}, ({\it ringvars\/}), {\it ordering\/};&
    9595                                \hyphenpenalty=50 \tolerance=200 declare ring
    96                                 {\it name\/} and make it the current base\-ring.
     96                                {\it name\/} and make it the new base\-ring.
    9797                                {\it ringvars\/} has to be a list of names, the
    9898                                other items are described below.  Example:\par
     
    102102                                current base\-ring with respect to {\it
    103103                                ideal\/}.  {\it ideal\/} has to be a standard
    104                                 bases.  Make {\it name\/} the new basering.\cr
     104                                basis.  Make {\it name\/} the new basering.\cr
    105105\subsec{Available {\bit basefields\/}:}
    1061060&                              the rational numbers\cr
     
    207207\entryskip
    208208\longentry
    209 poly p(1) = 2xy2+3/4x3yz4;\par
     209poly p(1) = 3/4x3yz4+2xy2;\par
    210210poly p(2) = (5/3)*mu\^{}2*nu\^{}3+n*yz2;&
    211211                                {\tt p(1)} equals $3/4x^3yz^4+2xy^2$.  Short
     
    250250\sec Monitoring and debugging tools()
    251251timer = 1;&                     print time used for commands to execute\cr
    252 \longentry int t = timer; {\it commands\/}; \rep; timer-t;&
     252\longentry int t = timer; {\it command\/}; \rep; timer-t;&
    253253                                print time used for {\it commands\/} to execute\cr
    254254memory(1);&                     print number of bytes allocated from system\cr
     
    266266\sec Options()
    267267option();&                      show current option settings\cr
    268 \longentry option($option_1$, no$option_2$, \rep);&
     268\longentry option($option_1$, no$option_2$, $\ldots$);&
    269269                                switch $option_1$ on and $option_2$ off, resp.\cr
    270270option(none);&                  reset all options to default values\cr
     
    302302                                noether}\cr
    303303\subsec{Miscellany}
    304 basering&                       the current basering\cr
     304basering&                       current basering\cr
    305305minpoly&                        minimal polynomial for algebraic extensions\cr
    306306short&                          do not print monomials in short format if zero\cr
     
    315315\sec Input and output()
    316316< "{\it filename\/}";&          load and execute {\it filename\/}\cr
    317 \longentry write("{\it filename\/}", {\it expression\_list\/})&
    318                                 write {\it expression\_list\/} to ASCII file {\it
     317\longentry write("{\it filename\/}", {\it expression}, \rep)&
     318                                write {\it expressions} to ASCII file {\it
    319319                                filename}\cr
    320320\longentry read("{\it filename\/}");&
     
    348348\longentry map {\it name\/} = {\it ringname}, {\it ideal\/};&
    349349                                declare a map {\it name\/} from {\it ringname\/}
    350                                 to current basering.  The $i$'th ring variable
    351                                 from {\it ringname\/} is mapped to the $i$'th
     350                                to current basering.  The $i$-th ring variable
     351                                from {\it ringname\/} is mapped to the $i$-th
    352352                                generator of {\it ideal}.\cr
    353353\longentry {\it mapname\/}({\it expression\/})&
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