Free 0.020kg converted to milligrams software for linux

convert2tifgrayscale is a GIMP plugin that can batch convert to tif grayscale for Offset-Printing.

Converts all images in a specified directory to grayscale, then uses unsharp mask and adjusts levels.

Requirements:

• KDE

Convert::Morse is a package to convert between ASCII text and MORSE alphabet.
SYNOPSIS
use Convert::Morse qw(as_ascii as_morse is_morsable);
print as_ascii(.... . .-.. .-.. --- -- --- .-. ... .),"n";
# Helo Morse
print as_morse(Perl?),"n"; # .--. . .-. .-.. ..--..
print "Yes!n" if is_morsable(Helo Perl.); # print "Yes!"
This module lets you convert between normal ASCII text and international Morse code. You can redefine the token sets, if you like.
INPUT
ASCII text can have both lower and upper case, it will be converted to upper case prior to converting.
Morse code input consists of dashes - and dots .. The elements MUST NOT to have spaces between, e.g. A is .- and not . -. Characters MUST have at least one space between. Additonal spaces are left over to indicate word boundaries. This means .- -... means AB and and .- -... means A B.
The conversion routines are designed to be stable and ignore/skip unknown input, so that you can write:
print as_ascii(Hello -- --- .-. ... . Perl!);
beware, though, a single . or - at the end will be interpreted as . respective - and thus become E or T. Use Convert::Morse::error() to check wether all went ok or not.
OUTPUT
The output will always consist of upper case letters or, in case of as_morse(), of [-. ].
ERRORS
Unknown tokens in the input are ignored/skipped. In these cases you get the last error message with Convert::Morse::error().
Version restrictions:
- Can not yet do Japanese code nor German Umlaute.

Convert::EBCDIC, ascii2ebcdic, ebcdic2ascii is a Perl module for string conversion between EBCDIC and ASCII.

SYNOPSIS

use Convert::EBCDIC;
$ascii_string = ebcdic2ascii($ebcdic_string);
$ebcdic_string = ascci2ebcdic($ascii_string);

$translator = new Convert::EBCDIC;
$translator = new Convert::EBCDIC($table);
$ascii_string = $translator->toascii($ebcdic_string);
$ebcdic_string = $translator->toebcdic($ascii_string);

$Convert::EBCDIC::ccsid819

This module can be used to import then functions ascii2ebcdic and/or ebcdic2ascii or in an Object mode.

Exported Functions:

ascii2ebcdic()
takes as the first argument a EBCDIC string that is to be converted to ASCII using default converion table.

ebcdic2ascii()
takes as the first argument a ASCII string that is to be converted to EBCDIC using default converion table.

Object methods:

new()
creates a new translator object. Will take an optional argument being a 256 character conversion table.

toascii()
takes and ASCII string and return and EBCDIC string.

toebcdic()
takes and EBCDIC string and return and ASCII string.

Translation tables:

$Convert::EBCDIC::ccsid819
Character Code Set ID 00819. This is the default on most systems.

$Convert::EBCDIC::ccsid1047
Character Code Set ID 01047. This is the default on OS390.

Convert::Braille is a Perl module that can convert Between Braille Encodings.

SYNOPSIS

use Convert::Braille;

print brailleAsciiToUnicode ( "HELLO" ), "n";
print brailleDotsToAscii ( "12515123123135" ), "n";

EXPORTS
brailleDotsToUnicode
brailleUnicodeToDots
brailleUnicodeToAscii
brailleAsciiToUnicode
brailleAsciiToDots
brailleDotsToAscii

Convert::yEnc::Decoder is a Perl module that decodes yEncoded files.

SYNOPSIS

use Convert::yEnc::Decoder;

$decoder = new Convert::yEnc::Decoder;
$decoder = new Convert::yEnc::Decoder $dir;

$decoder->out_dir($dir);

eval
{
$decoder->decode( $file);
$decoder->decode(*FILE);
$decoder->decode;
};
print $@ if $@;

$name = $decoder->name;
$file = $decoder->file;
$size = $decoder->size;

$ybegin = $decoder->ybegin;
$ypart = $decoder->ypart;
$yend = $decoder->yend;

ABSTRACT

yEnc decoder

Convert::yEnc::Decoder decodes a yEncoded file and writes it to disk. Methods are provided for returning information about the decoded file.

Convert::Number::Digits is a Perl module that convert Digits Between the Scripts of Unicode.

SYNOPSIS

use utf8;
require Convert::Number::Digits;

my $number = 12345;
my $d = new Convert::Number::Digits ( $number );
print "$number => ", $d->toArabic, "n";

my $gujarti = $d->toGujarti;
my $khmer = reverse ( $d->toKhmer );
$d->number ( $khmer ); # reset the number
print "$number => $gujarti => ", $d->number, " => ", $n->convert, "n";

The Convert::Number::Digits will convert a sequence of digits from one script supported in Unicode, into another. UTF-8 encoding is used for all scripts.

Convert::ASN1 is an ASN.1 Encode/Decode library.

SYNOPSYS

use Convert::ASN1;

$asn = Convert::ASN1->new;
$asn->prepare(q<

[APPLICATION 7] SEQUENCE {
int INTEGER,
str OCTET STRING
}

>);

$pdu = $asn->encode( int => 7, str => "string");

$out = $asn->decode($pdu);
print $out->{int}," ",$out->{str},"n";

use Convert::ASN1 qw(:io);

$peer = asn_recv($sock,$buffer,0);
$nbytes = asn_read($fh, $buffer);
$nbytes = asn_send($sock, $buffer, $peer);
$nbytes = asn_send($sock, $buffer);
$nbytes = asn_write($fh, $buffer);
$buffer = asn_get($fh);
$yes = asn_ready($fh)

Convert::ASN1 encodes and decodes ASN.1 data structures using BER/DER rules.