view release on metacpan or  search on metacpan

README  view on Meta::CPAN

     - round-tripping fuzzy locations (they will be stored according
	  to their Bio::Location::CoordinatePolicyI interpretation)
     - Bio::Annotation::DBLink::optional_id

To understand the layout of the API and how you can interact with the
adaptors to formulate your own queries, here is what you should know
and read (i.e., read the PODs of all interfaces and modules named
below).

1) Bio::DB::BioDB acts as a factory of database adaptors, where a
database adaptor encapsulates an entire database, not a specific

README  view on Meta::CPAN

4) A persistence adaptor will implement Bio::DB::PersistenceAdaptorI. 
Apart from actually implementing all the persistence methods for 
persistent objects, a persistence adaptor allows you to locate 
objects in the database by key and by query. You can
find_by_primary_key(), find_by_unique_key(), find_by_association(), 
and find_by_query(). The latter allows you to formulate object queries 
as Bio::DB::Query::BioQuery objects and retrieve the matching objects.

5) The guiding principle for the redesign of the adaptors was to
separate business logic from schema logic. While business logic is
largely driven by the object model (hence, by the bioperl object

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lib/Bio/Tools/Run/StandAloneBlast.pm  view on Meta::CPAN

Blastpgp (including Psiblast)

  -j  is the maximum number of rounds (default 1; i.e., regular BLAST)
  -h  is the e-value threshold for including sequences in the
	    score matrix model (default 0.001)
  -c  is the "constant" used in the pseudocount formula specified in the paper (default 10)
  -B  Multiple alignment file for PSI-BLAST "jump start mode"  Optional
  -Q  Output File for PSI-BLAST Matrix in ASCII [File Out]  Optional

rpsblast

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Vector.pod  view on Meta::CPAN

and stores the result in "C<$set3>".

This can be written as "C<$set3 = ($set1 u $set2) \ ($set1 n $set2)>" in set
theory (the union of the two sets less their intersection).

When sets are implemented as bit vectors then the above formula is
equivalent to the exclusive-or between corresponding bits of the two
bit vectors (hence the name of this method).

Note that this method is also much more efficient than evaluating the
above formula explicitly since it uses a built-in machine language
instruction internally.

In-place calculation is also possible, i.e., "C<$set3>" may be identical
with "C<$set1>" or "C<$set2>" or both.

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src/boost/config/auto_link.hpp  view on Meta::CPAN

Algorithm:
~~~~~~~~~~

Libraries for Borland and Microsoft compilers are automatically
selected here, the name of the lib is selected according to the following
formula:

BOOST_LIB_PREFIX
   + BOOST_LIB_NAME
   + "_"
   + BOOST_LIB_TOOLSET

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include/boost/config/auto_link.hpp  view on Meta::CPAN

Algorithm:
~~~~~~~~~~

Libraries for Borland and Microsoft compilers are automatically
selected here, the name of the lib is selected according to the following
formula:

BOOST_LIB_PREFIX
   + BOOST_LIB_NAME
   + "_"
   + BOOST_LIB_TOOLSET

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examples/taln-2012-long-003-resume.ann  view on Meta::CPAN

T1	term 4 38	méthode d'extraction d'information
T2	term 70 96	remplissage de formulaires
T3	term 54 61	graphes
T4	term 4 61	méthode d'extraction d'information fondée sur les graphes
T5	term 106 160	systèmes d’extraction d’information sur des événements
T6	term 106 141	systèmes d’extraction d’information
T7	term 190 228	remplissage automatique de formulaires
T8	term 244 273	informations sur un événement
T9	term 294 313	texte non structuré
T10	term 318 343	remplissage de formulaire
T11	term 441 463	éléments d’information
T12	term 480 489	événement
T13	term 417 422	texte
T14	term 592 613	segmentation du texte
T15	term 592 627	segmentation du texte en événements

examples/taln-2012-long-003-resume.ann  view on Meta::CPAN

T19	term 753 780	entités liées à l’événement
T20	term 786 796	évaluation
T21	term 822 847	corpus annoté de dépêches
T22	term 822 835	corpus annoté
T23	term 899 906	F-score
T24	term 931 957	remplissage de formulaires
T25	term 378 389	information
T26	term 537 545	approche

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t/09ops.t  view on Meta::CPAN

sub newop {
    my ( $self, $owner, $left, $right ) = @_;
    return $left < $right;
}
__END__
"a disjunction of conjunctions of literals, where each literal is an elementary relational formula or its negation"

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lib/Business/Colissimo.pm  view on Meta::CPAN

images with the right number of pixels to include them
into PDF with L<PDF::API2>, which uses 72dpi resolution
for images unless you specify width and height explicitly
(see L<PDF::API2::Content>).

The formula for calculating width in mm for a 72dpi
resolution is as follows:

    (1px * 25.4) / 72dpi

This fits into Colissimo's requirement for the basic

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lib/Business/EDI/CodeList/CodeListResponsibleAgencyCode.pm  view on Meta::CPAN

'352' => [ 'US, Office of Fossil Energy (OFE)',
    'A division of the US Department of Energy.' ],
'353' => [ 'US, Office of Foreign Missions (OFM)',
    'A division of the US Department of State. OFM provides the legal foundation to facilitate secure and efficient operations of US missions abroad, and of foreign missions and international organizations in the United States.' ],
'354' => [ 'US, Bureau of Oceans and International Environmental and',
    'Scientific Affairs (OES) A division of the US Department of State. OES works with issues surrounding foreign policy formulation and implementation in global environment, science, and technology.' ],
'355' => [ 'US, Office of Naval Intelligence (ONI)',
    'A division of the US Department of Defense (Navy).' ],
'356' => [ 'US, Pipeline and Hazardous Materials Safety Administration',
    "(PHMSA) A division of the US Department of Transportation. PHMSA works to protect the American public and the environment by ensuring the safe and secure movement of hazardous materials to industry and consumers by all transportation modes, incl...
'357' => [ 'US, Alcohol and Tobacco Tax and Trade Bureau (TTB)',

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lib/Business/RO/TaxDeduction.pm  view on Meta::CPAN

    my $amount = $self->deduction->amount;
    if ( $vbl <= $self->vbl_min ) {
        return $amount;
    }
    elsif ( ( $vbl > $self->vbl_min ) && ( $vbl <= $self->vbl_max ) ) {
        $amount = $self->_tax_deduction_formula($vbl, $amount);
        return ( blessed $amount ) ? $amount->bstr : $amount;
    }
    else {
        return 0;               # 0 for VBL > vbl_max
    }
}

sub _tax_deduction_formula {
    my ( $self, $vbl, $base_deduction ) = @_;
    my $amount = $base_deduction * ( 1 - ( $vbl - $self->f_min ) / $self->f_max );
    return $self->_round_to_tens($amount);
}

lib/Business/RO/TaxDeduction.pm  view on Meta::CPAN

Return the deduction calculated for the given amount.

Starting with the current version (0.004) the appropriate algorithm
for the tax deduction calculation year is chosen.

=head3 _tax_deduction_formula

Formula for calculating the tax deduction for amounts above C<vbl_min>
and less or equal to C<vbl_max>.

=head3 _round_to_int

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lib/Business/US_Amort.pm  view on Meta::CPAN

surface as tiny discrepancies in loan calculations -- "tiny" as in
less than $1 for even multi-million-dollar loans amortized over
decades.

* Moreover, oddities may creep in because of round-off errors. This
seems to result from the fact that the formula that takes term,
interest rate, and principal, and returns the monthly payment, doesn't
know that a real-world monthly payment of "$1020.309" is impossible --
and so that ninth of a cent difference can add up across the months.
At worst, this may cause a 30-year-loan loan coming to term in 30
years and 1 month, with the last payment being needed to pay off a

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t/xml-catalog/cXML-1.2.036/cXML.dtd  view on Meta::CPAN

        This value is auto calculated when aboveTolerance or belowTolerance are send.
        If the supplier does not enter those attributes, "nonconformance" attribute could be send.
    deviation
        The deviation value.
    variance
        This will be used when we have valuation based on formula.
    numberOfDefects
        Number of the defects in this valuation.
    serialNumber
        Single unit number for the Unit to Be Inspected.
    inspectionDate

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examples/prima-ellipse.pl  view on Meta::CPAN

		my $rotation = atan2($y - 250, $x - 250);
		cblock {
			Handle widget_handle = gimme_the_mate($self);
			/* Draw an ellipse tilted toward the mouse. Thanks to
			 * http://www.uwgb.edu/dutchs/Geometry/HTMLCanvas/ObliqueEllipses5.HTM
			 * for the formula. */
			int i;
			double theta, theta_inc, theta_0, sin_theta_0, cos_theta_0;
			
			/* get the rotation, set the per-step theta increment */
			theta_0 = SvNV($rotation);

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Include/test.h  view on Meta::CPAN

/* To directly access the 'Nodes' and/or 'Areas' while bypassing the */
/* Extensions, perform an absolute (from beginning of file) seek to  */
/*                   sizeof(CONFIG) + CONFIG.offset                  */
/* If you want to access the 'Areas', you have to add the following  */
/* value to the above formula:  CONFIG.NodeCnt * CONFIG.NodeRecSize  */

typedef struct
{
 Address addr;                  /* Main address                          */
 Address arcdest;               /* ARCmail fileattach address            */

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lib/C/TinyCompiler.pm  view on Meta::CPAN

 $context->code('Body') .= "\n#line " . (__LINE__+1) . ' "' . __FILE__ . q{"
     ... code goes here ...
 };

and then your error reporting would say where the error occurred with respect to
the line in your script. That formula is long-winded and error prone, so you can
use this useful bit of shorthand instead:

 $context->code('Body') .= C::TinyCompiler::line_number(__LINE__) . q{
     ... code goes here ...
 };

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lib/CAM/PDF.pm  view on Meta::CPAN

            $da =~ s/ \/$fontname\s+0\s+Tf\b /\/$fontname $fontsize Tf/gxms;
         }
         if ($fontsize)
         {
            # This formula is TOTALLY empirical.  It's probably wrong.
            $ty = $border + 2 + (9 - $fontsize) * 0.4;
         }


         # escape characters

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lib/CAM/PDFTaxforms.pm  view on Meta::CPAN

            $fontsize *= $maxwidth / $fontwidth  if ($fontwidth > $maxwidth);
            $da =~ s/ \/$fontname\s+0\s+Tf\b /\/$fontname $fontsize Tf/gxms;
         }
         if ($fontsize)
         {
            # This formula is TOTALLY empirical.  It's probably wrong.
#           #JWT:CHGD. TO NEXT:  $ty = $border + 2 + (9 - $fontsize) * 0.4;
            $ty = $border + 2 + (5 - $fontsize) * 0.4;
         }

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share/code-list.csv  view on Meta::CPAN

,M42,mile (statute mile) per second squared,Unit of the length according to the Imperial system of units divided by the power of the SI base unit second by exponent 2.,2,mi/s²,"1,609 344 x 10³ m/s²"
,M43,mil,"Unit to indicate an angle at military zone, equal to the 6400th part of the full circle of the 360° or 2·p·rad.",2,mil,"9,817 477  x 10⁻⁴ rad"
,M44,revolution,Unit to identify an angle of the full circle of 360° or 2·p·rad (Refer ISO/TC12 SI Guide).,2,rev,"6,283 185 rad"
,M45,degree [unit of angle] per second squared,360 part of a full circle divided by the power of the SI base unit second and the exponent 2.,1M,°/s²,"1,745 329 x 10⁻² rad / s"
,M46,revolution per minute,Unit of the angular velocity.,2,r/min,"0,104 719 8 rad/s"
,M47,circular mil,"Unit of an area, of which the size is given by a diameter of length of 1 mm (0,001 in) based on the formula: area = p·(diameter/2)².",2,cmil,"5,067 075 x 10⁻¹⁰ m²"
,M48,square mile (based on U.S. survey foot),"Unit of the area, which is mainly common in the agriculture and forestry.",2,mi² (US survey),"2,589 998 x 10⁶ m²"
,M49,chain (based on U.S. survey foot),Unit of the length according the Anglo-American system of units.,2,ch (US survey) ,"2,011684 x 10 m"
,M5,microcurie,,2S,µCi,"3,7 x 10⁴ Bq"
,M50,furlong,Unit commonly used in Great Britain at rural distances: 1 furlong = 40 rods = 10 chains (UK) = 1/8 mile = 1/10 furlong = 220 yards = 660 foot.,2,fur,"2,011 68 x 10² m"
,M51,foot (U.S. survey),"Unit commonly used in the United States for ordnance survey.

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lib/CGI/Bus.pod  view on Meta::CPAN

L<CGI::Bus::tmsql|CGI/Bus/tmsql> changed: new 'thead' and 'tbody' HTML tags in C<cmdlst>.


=head2 08/11/2002

gwo.cgi changed: 'otime' field SQL formula changed from '..., gwo.utime)' to
'..., COALESCE(gwo.etime, gwo.utime)'.

gwo.cgi new: 'All News', 'Our News', 'Pers News' views.

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lib/CGI/FormBuilder/Messages/es.pm  view on Meta::CPAN

# First, create a hash of messages for this language
__PACKAGE__->define_messages({
    lang                  => 'es_ES',
    charset               => 'utf-8',

    js_invalid_start      => '%s error(es) fueron encontrados en su formulario:',
    js_invalid_end        => 'Por favor corrija en el/los campo(s) e intente de nuevo\n', 
    js_invalid_input      => 'Introduzca un valor válido para el campo: "%s"',
    js_invalid_select     => 'Escoja una opción de la lista: "%s"', 
    js_invalid_multiple   => '- Escoja una o más opciones de la lista: "%s"',
    js_invalid_checkbox   => '- Revise una o más de las opciones: "%s"',

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lib/DBIx/OptimalQuery.pm  view on Meta::CPAN

  # look for new cursors and define parent child links if not already defined
  foreach my $join (keys %{ $oq->{'joins'} }) {
    my $opts = $oq->{'joins'}->{$join}->[3];
    if (exists $opts->{new_cursor}) {
      if (ref($opts->{new_cursor}) ne 'HASH') {
        $oq->_formulate_new_cursor($join);
      } else {
        die "could not find keys, join, and sql for new cursor in $join"
          unless exists $opts->{new_cursor}->{'keys'} &&
                 exists $opts->{new_cursor}->{'join'} &&
                 exists $opts->{new_cursor}->{'sql'};

lib/DBIx/OptimalQuery.pm  view on Meta::CPAN

# defines how a child cursor joins to its parent cursor
# by defining keys, join, sql in child cursor
# called from the _normalize method
sub _formulate_new_cursor {
  my $oq = shift;
  my $joinAlias = shift; 

  #$$oq{error_handler}->("DEBUG: \$oq->_formulate_new_cursor('$joinAlias')\n") if $$oq{debug};

  # vars to define
  my (@keys, $join, $sql, @sqlBinds);

  # get join definition

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t/private/javascripts/prototype.js  view on Meta::CPAN

      },
      'only-of-type':   function(m) {
        var p = Selector.xpath.pseudos; return p['first-of-type'](m) + p['last-of-type'](m);
      },
      nth: function(fragment, m) {
        var mm, formula = m[6], predicate;
        if (formula == 'even') formula = '2n+0';
        if (formula == 'odd')  formula = '2n+1';
        if (mm = formula.match(/^(\d+)$/)) // digit only
          return '[' + fragment + "= " + mm[1] + ']';
        if (mm = formula.match(/^(-?\d*)?n(([+-])(\d+))?/)) { // an+b
          if (mm[1] == "-") mm[1] = -1;
          var a = mm[1] ? Number(mm[1]) : 1;
          var b = mm[2] ? Number(mm[2]) : 0;
          predicate = "[((#{fragment} - #{b}) mod #{a} = 0) and " +
          "((#{fragment} - #{b}) div #{a} >= 0)]";

t/private/javascripts/prototype.js  view on Meta::CPAN

      for (var i = 0, results = [], node; node = nodes[i]; i++)
        if (!h.previousElementSibling(node) && !h.nextElementSibling(node))
          results.push(node);
      return results;
    },
    'nth-child':        function(nodes, formula, root) {
      return Selector.pseudos.nth(nodes, formula, root);
    },
    'nth-last-child':   function(nodes, formula, root) {
      return Selector.pseudos.nth(nodes, formula, root, true);
    },
    'nth-of-type':      function(nodes, formula, root) {
      return Selector.pseudos.nth(nodes, formula, root, false, true);
    },
    'nth-last-of-type': function(nodes, formula, root) {
      return Selector.pseudos.nth(nodes, formula, root, true, true);
    },
    'first-of-type':    function(nodes, formula, root) {
      return Selector.pseudos.nth(nodes, "1", root, false, true);
    },
    'last-of-type':     function(nodes, formula, root) {
      return Selector.pseudos.nth(nodes, "1", root, true, true);
    },
    'only-of-type':     function(nodes, formula, root) {
      var p = Selector.pseudos;
      return p['last-of-type'](p['first-of-type'](nodes, formula, root), formula, root);
    },

    getIndices: function(a, b, total) {
      if (a == 0) return b > 0 ? [b] : [];
      return $R(1, total).inject([], function(memo, i) {
        if (0 == (i - b) % a && (i - b) / a >= 0) memo.push(i);
        return memo;
      });
    },

    nth: function(nodes, formula, root, reverse, ofType) {
      if (nodes.length == 0) return [];
      if (formula == 'even') formula = '2n+0';
      if (formula == 'odd')  formula = '2n+1';
      var h = Selector.handlers, results = [], indexed = [], m;
      h.mark(nodes);
      for (var i = 0, node; node = nodes[i]; i++) {
        if (!node.parentNode._countedByPrototype) {
          h.index(node.parentNode, reverse, ofType);
          indexed.push(node.parentNode);
        }
      }
      if (formula.match(/^\d+$/)) { // just a number
        formula = Number(formula);
        for (var i = 0, node; node = nodes[i]; i++)
          if (node.nodeIndex == formula) results.push(node);
      } else if (m = formula.match(/^(-?\d*)?n(([+-])(\d+))?/)) { // an+b
        if (m[1] == "-") m[1] = -1;
        var a = m[1] ? Number(m[1]) : 1;
        var b = m[2] ? Number(m[2]) : 0;
        var indices = Selector.pseudos.getIndices(a, b, nodes.length);
        for (var i = 0, node, l = indices.length; node = nodes[i]; i++) {

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lib/CIPP/Manual.pm  view on Meta::CPAN

Creation of a CIPP object URL

=item <?HIDDENFIELDS>

Producing a number of hidden formular fields

=item <?HTMLQUOTE>

HTML encoding of a variable

lib/CIPP/Manual.pm  view on Meta::CPAN

Interface

=head2 Syntax

 <?FETCHUPLOAD FILENAME=server_side_filename
               VAR=upload_formular_variable
             [ THROW=exception ] >

=head2 Description

This command fetches a file which was uploaded by a client and saves it in the webservers filesystem. It replaces the deprecated CIPP 2.x command <?SAVEFILE> and has a cleaner interface.

lib/CIPP/Manual.pm  view on Meta::CPAN

Interface

=head2 Syntax

 <?SAVEFILE FILENAME=server_side_filename
            VAR=upload_formular_variable
            [ SYMBOLIC ]
            [ THROW=exception ] >

=head2 Description

lib/CIPP/Manual.pm  view on Meta::CPAN

=over 8

=item B<NAME>

The name of the formular widget.

=item B<MULTIPLE>

If this is set, a multi selection list will be generated, instead of a single selection popup widget.

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scripts/latextable  view on Meta::CPAN

    s/(?<=[0-9a-f]{$hlen})[0-9a-f]+/../gi if defined $o{H} ; # <-- - (?<= ) で正規表現の後読み

    # ドル$文字関連 The pre-processing of the character "$ dollar". The completion process will appear much later.
    s|\G(.*?)\$|$1=\$\$=|g ; # ドル文字の前処理。\Gは文字列の先頭、もしくは修飾子 g がついたパターンマッチングが終了した場所を記憶しておき、そこにマッチ

    # LaTeX中で 数式環境を利用するもの Utilization of math formula env. of LaTeX for some specific characters such as \~!<>.
    s/([\\\Q!~<>|"\E\x{FF0D}]+)/\$$1\$/g ; # 1. 数式環境に移行して、    ;  \Qと\Eの間はパターンメタ文字の無効化。 
    s/\\/\\backslash/g ;        # 2. そして、まず先にバックスラッシュに処理をして、後の処理が続く。
    s/~/\\sim/g;                # チルダ
    s/\x{FF0D}/\Q\!\!\frac{}{{{}\atop{H}}}\!\!\E/g if $o{'_'} ;   # 全角ハイフンはその下に、H を小さく書く ; \N{FULLWIDTH HYPHEN-MINUS}
    s/\ /\\scalebox{0.5}[0.5]{\$\\sqcup\$}/g if $o{'_'} ; # 半角スペースの強調  ; 

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easyxs/README.md  view on Meta::CPAN

detail.

EasyXS defines an `exs_sv_type` macro that takes an SV as argument
and returns a member of `enum exs_sv_type_e` (typedef’d as just
`exs_sv_type_e`; see `easyxs_scalar.h` for values). The logic is compatible
with the serialization logic formulated during Perl 5.36’s development cycle.

## SV/Number Conversion

### `UV* exs_SvUV(SV* sv)`

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Cog.pm  view on Meta::CPAN

    # 
    # x^2+y^2=(b+r)^2
    # y=mx+j
    # x^2+m^2x^2+2mxj+j^2=(b+r)^2
    # (1+m^2) x^2 + 2mj x +j^2-(b+r)^2=0 
    # use quadratic equation formula to find x: 
    # x=(-b+- sqrt(b^2-4ac)/2a
    #
    # x=(-2mj +- sqrt(4m^2j^2-4(1+m^2)(j^2-(b+r)^2)))/2(1+m^2)
    # This is the center point of the arc. 

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data/tiddlers.json  view on Meta::CPAN

        "title": "ABeCeDarian",
        "modified": "20260619233645022"
    },
    {
        "created": "20231109020407842",
        "text": "\"\"\"\no See also:\n- [[HTTPHandling]]\n- NetworkProgramming\n- TheRFCGuide - For Regexp::Common::URI::RFC3986 & $IDN_HOST\n- WebServices\n- https://github.com/davorg-cpan/app-httpthis/blob/master/BONJOUR.md - For a great overview o...
        "type": "",
        "title": "Acronyms",
        "modified": "20260620064355767"
    },
    {

data/tiddlers.json  view on Meta::CPAN

        "modified": "20260526041239144",
        "created": "20240622030833531"
    },
    {
        "created": "20220610005424971",
        "text": "\"\"\"\no See also:\n- MathsLibraries\n- PdlLanguage\n- SystemMonitoring\n- https://opencagedata.com/api\n- https://maps.googleapis.com/maps/api/geocode/json - For API v3\n- https://what3words.com/\n\no Alien::gdal:\n- Compile GDAL, ...
        "title": "GeographicStuff",
        "modified": "20260617232358496"
    },
    {
        "text": "\\define lingo-base() $:/language/ControlPanel/Basics/\nWelcome to ~TiddlyWiki and the ~TiddlyWiki community\n\nBefore you start storing important information in ~TiddlyWiki it is vital to make sure that you can reliably save changes...

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lib/CPAN/Search/Lite/Lang/es.pm  view on Meta::CPAN

           custom => 'URL personal',
           default => 'El enlace por defecto de',
           alt => 'o',
          install => 'Instale',
           mirror1 => << 'END',
Con este formulario usted puede especificar de d&oacute;nde desea 
realizar las descargas (esto requiere que las 
cookies est&eacute;n permitidas). 
Su configuraci&oacute;n actual es 
END
           mirror2 => << 'END',

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include/boost/config/auto_link.hpp  view on Meta::CPAN

Algorithm:
~~~~~~~~~~

Libraries for Borland and Microsoft compilers are automatically
selected here, the name of the lib is selected according to the following
formula:

BOOST_LIB_PREFIX
   + BOOST_LIB_NAME
   + "_"
   + BOOST_LIB_TOOLSET

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src/catch.hpp  view on Meta::CPAN

        explicit Approx( T value ): Approx(static_cast<double>(value))
        {}

        template <typename T, typename = typename std::enable_if<std::is_constructible<double, T>::value>::type>
        friend bool operator == ( const T& lhs, Approx const& rhs ) {
            // Thanks to Richard Harris for his help refining this formula
            auto lhs_v = double(lhs);
            bool relativeOK = std::fabs(lhs_v - rhs.m_value) < rhs.m_epsilon * (rhs.m_scale + (std::max)(std::fabs(lhs_v), std::fabs(rhs.m_value)));
            if (relativeOK) {
                return true;
            }

src/catch.hpp  view on Meta::CPAN

            approx.scale( m_scale );
            return approx;
        }

        friend bool operator == ( double lhs, Approx const& rhs ) {
            // Thanks to Richard Harris for his help refining this formula
            bool relativeOK = std::fabs( lhs - rhs.m_value ) < rhs.m_epsilon * (rhs.m_scale + (std::max)( std::fabs(lhs), std::fabs(rhs.m_value) ) );
            if (relativeOK) {
                return true;
            }
            return std::fabs(lhs - rhs.m_value) < rhs.m_margin;