Result:
found more than 670 distributions - search limited to the first 2001 files matching your query
( run in 1.424 )
Finance-Bank-ES-INGDirect
view release on metacpan or search on metacpan
- original version; created by h2xs 1.23 with options
-X -n Finance::Bank::ES::INGDirect
0.03 Junio 2007
- Se cambia el acceso para reconocimiento del tablero gráfico presentado
0.04 Agosto 2007
- Se actualiza cambio en el formulario de validación del PIN
Finance-Bank-Postbank_de
view release on metacpan or search on metacpan
t/02-maintenance.html view on Meta::CPAN
<meta http-equiv="content-language" content="de"/>
<meta http-equiv="content-type" content="text/html; charset=ISO-8859-1" />
<link rel="stylesheet" type="text/css" media="screen,projection,print" href="/iob3/common/css/main.css" />
<link rel="stylesheet" type="text/css" media="screen,projection,print" href="/iob3/common/css/formular.css" />
<!--[if gte IE 5]>
<link rel="stylesheet" type="text/css" media="screen,projection" href="/iob3/common/css/ie.css" />
<![endif]-->
<script type="text/javascript" src="/iob3/common/js/script.js"></script></head>
Finance-CompanyNames
view release on metacpan or search on metacpan
CompanyNames/TextSupport.pm view on Meta::CPAN
formazane formazanes
forme formes
former formers
formidable formidably
formless formlessness
formula formulae formulaic formulas
formularies formulary
formulate formulated formulater formulates formulating formulation formulations formulator formulators
formyl formylated formylation
fornication fornicators
forsake forsaking
forsythia forsythias
fort forte fortes forties forts forty
CompanyNames/TextSupport.pm view on Meta::CPAN
reforge reforging
reform reformable reformate reformates reformation reformations reformative reformed reformer reformers reforming reformism reforms
reformat reformats reformatted reformatter reformatting
reformatories reformatory
reformist reformists
reformulate reformulated reformulates reformulating reformulation reformulations
refr refri
refract refractance refracted refracting refraction refractions refractive refractivity refractor refractories refractoriness refractors refractory refracts
refrain refrained refraining refrains
reframed reframing
refrected refrection
CompanyNames/TextSupport.pm view on Meta::CPAN
subfleet subfleets
subfloor subflooring subfloors
subfluoride subfluorides
subfolder subfolders
subform subforms
subformula subformulas
subfraction subfractioned subfractions
subfractionated subfractionation
subframe subframes
subfranchise subfranchises
subfunction subfunctions
CompanyNames/TextSupport.pm view on Meta::CPAN
former
formerly
formidable
forming
forms
formula
formulae
formulas
formulate
formulated
formulates
formulating
formulation
formulations
formulator
formulators
fornication
forsake
forsaken
forsakes
forsaking
CompanyNames/TextSupport.pm view on Meta::CPAN
reformed
reformer
reformers
reforming
reforms
reformulate
reformulated
reformulates
reformulating
reformulation
refract
refracted
refraction
refractory
refragment
Finance-Performance-Calc
view release on metacpan or search on metacpan
lib/Finance/Performance/Calc.pm view on Meta::CPAN
returns, calculate the performance over the quarter.
"ized" performance. Given a rate of return that covers multiple
periods, calculate the per-period return.
The formulae are taken from the book "Measuring Investment
Performance". Author: David Spaulding. ISBN: 0-7863-1177-0.
B<NOTE> Before using in a production environment, you should
independently verify that the results obtained match what you
expect. There may be unintentionally made assumptions in this code
Fl
view release on metacpan or search on metacpan
lib/Fl/Color.pod view on Meta::CPAN
my $average = fl_color_average(FL_RED, FL_BLUE, .14);
Returns the weighted average color between the two given colors.
The red, green and blue values are averages using the following formula:
color = color1 * weight + color2 * (1 - weight)
Thus, a weight value of 1.0 will return the first color, while a value of 0.0
will return the second color.
Flash-FLAP
view release on metacpan or search on metacpan
doc/examples/petmarket/petmarket/api/stringresourcesservice.pm view on Meta::CPAN
$strings{"QTY_LBL_str"}="Qty";
$strings{"PRODUCT_LBL_str"}="Product";
$strings{"ITEMS_IN_CART_LBL_str"}="Items:";
$strings{"CART_SUBTOTAL_LBL_str"}="Subtotal:";
$strings{"ADVERT_COPY_DEFAULT_str"}="Keep your pets healthy and happy with\n Pet Market brand pet foods.";
$strings{"ADVERT_COPY_CONTEXT_str"}="Keep your pet healthy! Try our special formula of pet foods, available in assorted sizes and flavors.";
$strings{"OK_BTN_LBL_str"}="OK";
$strings{"EXCEEDS_AVAILABLE_MB_MSG_str"}="The quantity you entered exceeds the number we currently have available. The quantity will be automatically reset to the maximum available at this time.";
$strings{"EXCEEDS_AVAILABLE_MB_TTL_str"}="Quantity Available Exceeded";
$strings{"REQUIRED_FIELD_INDICATOR_str"}="*";
$strings{"ERROR_FIELD_INDICATOR_str"}="<";
FlatFile-DataStore
view release on metacpan or search on metacpan
lib/FlatFile/DataStore.pm view on Meta::CPAN
might).
With dirmax and dirlev, these files will reside in subdirectories.
Giving a value for dirmax will also limit the number of data files (and
key/toc files) a datastore may have, by this formula:
max files = dirmax ** (dirlev + 1)
So dirmax=300 and dirlev=1 would result in a limit of 90,000 data
files. If you go to dirlev=2, the limit becomes 27,000,000, which is
Footprintless
view release on metacpan or search on metacpan
t/data/base/conf/web.xml view on Meta::CPAN
<extension>karbon</extension>
<mime-type>application/vnd.kde.karbon</mime-type>
</mime-mapping>
<mime-mapping>
<extension>kfo</extension>
<mime-type>application/vnd.kde.kformula</mime-type>
</mime-mapping>
<mime-mapping>
<extension>kia</extension>
<mime-type>application/vnd.kidspiration</mime-type>
</mime-mapping>
t/data/base/conf/web.xml view on Meta::CPAN
<mime-type>application/vnd.oasis.opendocument.chart</mime-type>
</mime-mapping>
<mime-mapping>
<!-- OpenDocument Formula -->
<extension>odf</extension>
<mime-type>application/vnd.oasis.opendocument.formula</mime-type>
</mime-mapping>
<mime-mapping>
<extension>odft</extension>
<mime-type>application/vnd.oasis.opendocument.formula-template</mime-type>
</mime-mapping>
<mime-mapping>
<!-- OpenDocument Drawing -->
<extension>odg</extension>
<mime-type>application/vnd.oasis.opendocument.graphics</mime-type>
Form-Processor
view release on metacpan or search on metacpan
share/passwords.txt view on Meta::CPAN
lonestar
kittycat
hell
goodluck
gangsta
formula
devil
cassidy
camille
buttons
bonjour
share/passwords.txt view on Meta::CPAN
mikey
marvel
laurie
grateful
fuck_inside
formula1
Dragon
cxfcnmt
bridget
aussie
asterix
share/passwords.txt view on Meta::CPAN
fourcats
fountain1
fortitud
forsyth
forsex
formula2
formica
formic
formee
forget1
fordf100
Freq
view release on metacpan or search on metacpan
t/data/00_preface view on Meta::CPAN
sense, an almost exaggerated and certainly uncritical
sense, of the value of her songs of the people, of all the
ballads that Herder, Scott, Lonnrot, and the rest
collected, it was commonly said that Homer was a
ballad-minstrel, that the translator must imitate the
simplicity, and even adopt the formulae of the ballad.
Hence came the renderings of Maginn, the experiments of Mr.
Gladstone, and others. There was some excuse for the error
of critics who asked for a Homer in ballad rhyme. The Epic
poet, the poet of gods and heroes, did indeed inherit some
of the formulae of the earlier Volks-lied. Homer, like the
author of The Song of Roland, like the singers of the
Kalevala, uses constantly recurring epithets, and repeats,
word for word, certain emphatic passages, messages, and so
on. That custom is essential in the ballad, it is an
accident not the essence of the epic. The epic is a poem of
FunctionalPerl
view release on metacpan or search on metacpan
docs/intro.md view on Meta::CPAN
would lose its value across the loop iteration. Well--it's true that
you can't do that with the loop syntax that Perl offers (`for`,
`while`). But you are not forced to use those. Iteration just means to
process work step by step, i.e. do a step of work, check whether the
work is finished, and if it isn't, get the next piece of work and
start over. You can easily formulate this with a function that takes
the relevant pieces of information (remainder of the work, accumulated
result), checks to see if the work is done and if it isn't, calls
itself with the remainder and new result.
fperl> sub build ($i,$l) { if ($i > 0) { build($i-1, cons fun () { $i }, $l) } else { $l }}
GBrowse
view release on metacpan or search on metacpan
bin/gtf2gff3.pl view on Meta::CPAN
# This was update 5/24/10 in response to an
# e-mail from Leighton Prichard regarding
# errors in the GFF3 spec. The code above
# calculates the phase correctly, but the
# formula suggested by Leighton is cleaner.
$next_phase = ($feature->{phase} - $length) % 3;
}
GD-Chart
view release on metacpan or search on metacpan
gdchart0.11.4dev/gdchart.c view on Meta::CPAN
{
vals[interp_point] = GDC_NOVALUE;
return;
}
/* Point-slope formula */
vals[interp_point] = ((v2-v1)/(float)(p2-p1)) * (float)(interp_point-p1) + v1;
return;
}
/* ========================================================================= */
GD-Text-Arc
view release on metacpan or search on metacpan
#######################################################################
# for character x, width(x) is not useful because .ttf fonts
# account for kerning. width(x1) + width(x2) + width(x3)
# is categorically different from width(x1.x2.x3).
#
# By process of elimination: an OK formula to find width(x2):
# assume x1 is a space, and perform:
# width(x1.x2.x3) - (width(x1) + width(x3)).
#
# If x2 is a space, make it wider; if it is (A|C|V) make it narrower.
#
GDPR-IAB-TCFv2
view release on metacpan or search on metacpan
or C<dnf install ./perl-GDPR-IAB-TCFv2-VERSION-1.noarch.rpm>.
=head2 Homebrew tap (macOS + Linux)
Stand up a self-hosted Homebrew tap repository
(C<peczenyj/homebrew-tap>) with a C<Formula/iabtcfv2.rb> formula that
installs the CLI from the released CPAN tarball. Users opt in with:
See: L<https://github.com/peczenyj/GDPR-IAB-TCFv2/issues/88>
brew tap peczenyj/tap
brew install iabtcfv2
Maintenance contract: a small CI step on this repository's release
event that opens a PR against the tap repo bumping the formula's
C<url> + C<sha256>. Self-hosted (not C<homebrew-core>), so no
external review queue and no
C<homebrew-core>'s "notable + stable + popular" gate.
Same formula works on Homebrew on Linux (Linuxbrew), so this single
channel covers macOS plus a slice of Linux developer machines for
free.
=head2 Snap package (Ubuntu / cross-distro Linux)
GH
view release on metacpan or search on metacpan
GH/Sim4/sim4.2002-03-03/sim4b1.c view on Meta::CPAN
static struct hash_node *phashtab[HASH_SIZE+1];
static struct hash_node **hashtab;
static int mask;
static int *next_pos, *pnext_pos;
/* The log4 arrays were computed to mimick the behaviour of the log formula
for computing the msp threshold in exon_cores(). For genomic_log4s,
entry i stores the value for the length of a genomic sequence
for which the contribution to the msp threshold is i/2, i.e.:
1.4*log_4(3/4*len1) = i/2;
Similarly, cDNA_log4s entries store lengths of the cDNA sequence for which
GH/Sim4/sim4.2002-03-03/sim4b1.c view on Meta::CPAN
/* K = (int) (log(.75*(double)len1)+log((double)len2))/log(4.0); */
/* .. and throw in a fudge factor */
/* K *= 1.4; */
K = get_msp_threshold(len1, len2);
if (K>=0) K--; /* compensate for the rounding in the log formula */
/* commented this to avoid fragmentation
if (flag) K = min(K, DEFAULT_C); second pass
*/
} else
K = in_K;
GIS-Distance-Fast
view release on metacpan or search on metacpan
lib/GIS/Distance/Fast.pm view on Meta::CPAN
=encoding utf8
=head1 NAME
GIS::Distance::Fast - C implementation of GIS::Distance formulas.
=head1 DESCRIPTION
This distribution re-implements some, but not all, of the formulas
that come with L<GIS::Distance> in the C programming language. C code
is generally much faster than the Perl equivalent.
See L<GIS::Distance/SPEED> for some benchmarking and how to run your
own benchmarks.
This module need not be used directly. L<GIS::Distance> will automatically
use the C<GIS::Distance::Fast::*> formulas when installed.
=head1 FORMULAS
=over
GIS-Distance-GeoEllipsoid
view release on metacpan or search on metacpan
lib/GIS/Distance/GeoEllipsoid.pm view on Meta::CPAN
=head1 DESCRIPTION
This module is a wrapper around L<Geo::Ellipsoid> for L<GIS::Distance>.
Normally this module is not used directly. Instead L<GIS::Distance>
is used which in turn interfaces with the various formula classes.
=head1 OPTIONAL ARGUMENTS
=head2 ellipsoid
GIS-Distance-Lite
view release on metacpan or search on metacpan
my $distanceInMeters = distance($lat1, $lon1 => $lat2, $lon2);
=head1 DESCRIPTION
The module provides a method to calculate geographic distances between coordinates in geodetic WGS84 format using the Haversine formula.
It is similar to L<GIS::Distance>, but without the extra bells and whistles and without the additional dependencies. Same great taste, less filling.
It exists for those who cannot, or prefer not to install Moose and its dependencies.
=head1 SEE ALSO
Inspired by: L<GIS::Distance>
Haversine formula: http://en.wikipedia.org/wiki/Haversine_formula
=head1 COPYRIGHT
This library is free software; you can redistribute it and/or modify it under the same terms as Perl itself.
GIS-Distance
view release on metacpan or search on metacpan
lib/GIS/Distance.pm view on Meta::CPAN
use 5.008001;
use strictures 2;
our $VERSION = '0.20';
sub new {
my ($class, $formula, @args) = @_;
$formula ||= 'Haversine';
my @modules;
push @modules, "GIS::Distance::Fast::${formula}"
unless $ENV{GIS_DISTANCE_PP} or $ENV{GEO_DISTANCE_PP};
push @modules, "GIS::Distance::$formula";
push @modules, $formula;
foreach my $module (@modules) {
next if !_try_load_module( $module );
next if !$module->isa('GIS::Distance::Formula');
return $module->new( @args );
}
die "Cannot find a GIS::Distance::Formula class for $formula";
};
my %tried_modules;
sub _try_load_module {
lib/GIS/Distance.pm view on Meta::CPAN
=head1 SYNOPSIS
use GIS::Distance;
# Use the GIS::Distance::Haversine formula by default.
my $gis = GIS::Distance->new();
# Or choose a different formula.
my $gis = GIS::Distance->new( 'Polar' );
# Returns a Class::Measure object.
my $distance = $gis->distance( $lat1, $lon1, $lat2, $lon2 );
lib/GIS/Distance.pm view on Meta::CPAN
This module calculates distances between geographic points on, at the moment,
planet Earth. Various L</FORMULAS> are available that provide different levels
of accuracy versus speed.
L<GIS::Distance::Fast>, a separate distribution, ships with C implementations of
some of the formulas shipped with GIS::Distance. If you're looking for speed
then install it and the ::Fast formulas will be automatically used by this module.
=head1 METHODS
=head2 distance
lib/GIS/Distance.pm view on Meta::CPAN
Does no argument checking.
=item *
Does not support formula arguments which are supported by at least the
L<GIS::Distance::GeoEllipsoid> formula.
=back
Calling this gets you pretty close to the fastest bare metal speed you can get.
The speed improvements of calling this is noticeable over hundreds of thousands of
iterations only and you've got to decide if its worth the safety and features
you are dropping. Read more in the L</SPEED> section.
=head1 ARGUMENTS
my $gis = GIS::Distance->new( $formula );
When you call C<new()> you may pass a partial or full formula class name as the
first argument. The default is C<Haversive>.
If you pass a partial name, as in:
my $gis = GIS::Distance->new( 'Haversine' );
lib/GIS/Distance.pm view on Meta::CPAN
GIS::Distance::Fast::Haversine
GIS::Distance::Haversine
Haversine
Install L<GIS::Distance::Fast> to get access to the C<Fast::> (XS) implementations
of the formula classes.
You may globally disable the automatic use of the C<Fast::> formulas by setting
the C<GIS_DISTANCE_PP> environment variable. Although, its likely simpler to
just provide a full class name to get the same effect:
my $gis = GIS::Distance->new( 'GIS::Distance::Haversine' );
lib/GIS/Distance.pm view on Meta::CPAN
Not that this module is slow, but if you're doing millions of distance
calculations a second you may find that adjusting your code a bit may
make it faster. Here are some options.
Install L<GIS::Distance::Fast> to get the XS variants for most of the
PP formulas.
Use L</distance_metal> instead of L</distance>.
Call the undocumented C<_distance()> function that each formula class
has. For example you could bypass this module entirely and just do:
use GIS::Distance::Fast::Haversine;
my $km = GIS::Distance::Fast::Haversine::_distance( @coords );
lib/GIS/Distance.pm view on Meta::CPAN
If you want to convert from decimal radians to degrees you can use L<Math::Trig>'s
rad2deg function.
=head1 FORMULAS
These formulas come bundled with this distribution:
=over
=item *
lib/GIS/Distance.pm view on Meta::CPAN
L<GIS::Distance::Vincenty>
=back
These formulas are available on CPAN:
=over
=item *
lib/GIS/Distance.pm view on Meta::CPAN
=back
=head1 AUTHORING
Take a look at L<GIS::Distance::Formula> for instructions on authoring
new formula classes.
=head1 SEE ALSO
=over
GNOME-GNORBA
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gnumeric-test view on Meta::CPAN
$sheet = $workbook->sheet_new("Main Sheet");
$sheet->cell_set_value (0,0, [ GNOME::Gnumeric::VALUE_INTEGER, 1 ]);
$sheet->cell_set_value (1,0, [ GNOME::Gnumeric::VALUE_INTEGER, 1 ]);
$sheet->cell_set_text (0,1, "This is a test of text");
$sheet->cell_set_formula (2,0, "=A1+B1");
$workbook->recalc();
GO-TermFinder
view release on metacpan or search on metacpan
lib/GO/AnnotationProvider/AnnotationParser.pm view on Meta::CPAN
particular aspect, and also to another node within that same
aspect. Can annotations be redundant? ie, if an entity is
annotated to a node, and an ancestor of the node, is that
annotation redundant? Does it depend on the evidence codes and
references. Or are such annotations reinforcing? These things
are useful to consider when formulating the confidence which can
be attributed to an annotation.
=cut
use strict;
GOBO
view release on metacpan or search on metacpan
GOBO/Formula.pm view on Meta::CPAN
(Advanced OBO ontologies only)
Formulas have the roles GOBO::Attributed and GOBO::Identified. This
means they can have metadata attached. For example, who made the
formula and when.
=cut
1;
GPX-PlotElevation
view release on metacpan or search on metacpan
lib/GPX/PlotElevation.pm view on Meta::CPAN
ylabel => 'Hoehe [m]',
output => undef,
fileformat => 'png',
width => 10,
height => 7,
formula => 'hsin',
_points => [],
_wp_points => [],
_total_dist => 0,
_gpx => undef,
_geodist => Geo::Distance->new(),
@_
};
bless($self, $class);
$self->{'_geodist'}->formula($self->{'formula'});
$self->_load_gpx();
$self->fileformat($self->{'fileformat'});
return($self);
}
Game-HexDescribe
view release on metacpan or search on metacpan
share/hex-describe-schroeder-table.txt view on Meta::CPAN
1,ransom note
1,deed
1,promissory note
1,legal contract
1,bearer bond
1,partial alchemical formula
1,rune rubbings
1,recipe
1,dungeon map
;paper mat
Game-Life-Faster
view release on metacpan or search on metacpan
lib/Game/Life/Faster.pm view on Meta::CPAN
whose cells is considered "living" or "dead". The grid is seeded with an
initial population, and then the rules are iterated. In each iteration
cells change state based on their current state and how many of the 8
adjacent cells (orthogonally or diagonally) are "living".
In Conway's original formulation, the rules were that a "dead" cell
becomes alive if it has exactly two living neighbors, and a "living"
cell becomes "dead" unless it has two or three living neighbors.
This implementation was inspired by L<Game::Life|Game::Life>, and is
intended to be reasonably compatible with its API. But the internals
Game-Life-NDim
view release on metacpan or search on metacpan
$board = Game::Life::NDim::Board->new( dims => Game::Life::NDim::Dim->new([9, 9, 9]) );
$life = $board->get_life([5, 5, 5]);
is((scalar @{ $life->surround }), 26, "3D is surrounded by 26 cells");
# general formula surrounding cells = n^3 - 1
}
sub get_life {
diag 'get_life';
my $board = Game::Life::NDim::Board->new( dims => Game::Life::NDim::Dim->new([9,9]) );
Game-WordBrain
view release on metacpan or search on metacpan
lib/Game/WordBrain/WordList.pm view on Meta::CPAN
coffrets
coffs
cofighter
cofinal
coforeknown
coformulator
cofound
cofounded
cofounder
cofounding
cofoundress
lib/Game/WordBrain/WordList.pm view on Meta::CPAN
counterflory
counterflow
counterflux
counterfoil
counterforce
counterformula
counterfort
counterfugue
countergabble
countergabion
countergage
lib/Game/WordBrain/WordList.pm view on Meta::CPAN
formose
formosity
formous
formoxime
forms
formula
formula's
formulable
formulae
formulaic
formulaically
formular
formularies
formularisation
formularise
formularised
formulariser
formularising
formularism
formularist
formularistic
formularization
formularize
formularized
formularizer
formularizing
formulary
formulas
formulate
formulated
formulates
formulating
formulation
formulations
formulator
formulator's
formulators
formulatory
formule
formulisation
formulise
formulised
formuliser
lib/Game/WordBrain/WordList.pm view on Meta::CPAN
nonformidability
nonformidable
nonformidableness
nonformidably
nonforming
nonformulation
nonfortifiable
nonfortification
nonfortifying
nonfortuitous
nonfortuitously
lib/Game/WordBrain/WordList.pm view on Meta::CPAN
preforming
preformism
preformist
preformistic
preforms
preformulate
preformulated
preformulating
preformulation
prefortunate
prefortunately
prefortune
prefoundation
prefounder
lib/Game/WordBrain/WordList.pm view on Meta::CPAN
reformism
reformist
reformistic
reformproof
reforms
reformulate
reformulated
reformulates
reformulating
reformulation
reformulations
reforsake
refortification
refortified
refortifies
refortify
lib/Game/WordBrain/WordList.pm view on Meta::CPAN
unformatted
unformed
unformidable
unformidableness
unformidably
unformulable
unformularizable
unformularize
unformulated
unformulistic
unforsaken
unforsaking
unforseen
unforsook
Games-3D
view release on metacpan or search on metacpan
saves us the overhead of object creation/destruction!
* Implement "Objective", to track player objectives per level (some that
must be fullfilled, some that are optional, and some that should not
be fullfilled, as well as changing them from "must/can fullfill" to "no
longer necc."
* different interpolation formulas for state changes
* templates are hirachical, e.g. 'Physical::Food' needs to inherit
from 'Physical'. However, get_key(), validate() etc are not taking this into
account. Also, each template should store everything it inherited, to get
rid of the looking up of these values over and over again. (Construct
hirarchy tree after all templates have been loaded? That would avoid that
( run in 1.424 second using v1.01-cache-2.11-cpan-c966e8aa7e8 )