1,19 → 1,14 |
!! +exec+ +vardef+ |
$lst_tit bound$lst_titend$type_exec |
$(lst_syntax)bound $emph vname$emphend between [integer] |
$emph v1$emphend and $emph v2$emphend [default $emph defaultvalue$emphend] |
</span> <br/>or<br/><span class="tt"> |
$!bound $emph vname$emphend within $emph list$emphend [default |
$emph defaultvalue$emphend]</span> |
$lst_mean bound the range of the variable $emph vname$emphend. Usually |
this is used on user-submitted variables. <br/> |
The first syntax is usually for numerical variables (integer or real, |
defaults to real). In this case $emph v1$emphend and $emph v2$emphend |
supplies the lower and upper bounds for the value of $emph |
vname$emphend. <br/> |
In the second syntax, the value of $emph vname $emphend is compared with |
each item of $emph list$emphend. If no occurrence is found, the value of |
$emph vname$emphend is replaced either by $emph defaultvalue$emphend or |
the first item of $emph list$emphend, according to whether $emph |
defaultvalue$emphend is defined. <br/> |
In any case, $emph defaultvalue$emphend is optional. |
tit:bound |
type:$type_exec |
syntax:!bound `vname' between [integer]`v1' and `v2' [default `defaultvalue']\ |
!bound `vname' within `list' [default `defaultvalue'] |
mean:bound the range of the variable `vname'. Usually this is used on user-submitted variables.\ |
<br/>The first syntax is usually for numerical variables (integer or real,\ |
defaults to real). In this case `v1' and `v2' supplies the lower and \ |
upper bounds for the value of `vname'. <br/>\ |
In the second syntax, the value of `vname ' is compared with\ |
each item of `list'. If no occurrence is found, the value of\ |
`vname' is replaced either by `defaultvalue' or the first item of `list',\ |
according to whether `defaultvalue' is defined. <br/>\ |
In any case, `defaultvalue' is optional. |