Free geo tigerline record b software for linux

Geo::TigerLine::Record::B is a TIGER/Line 2003 Polygon Geographic Entity Codes: Corrections.

SYNOPSIS

use Geo::TigerLine::Record::B;

@records = Geo::TigerLine::Record::B->parse_file($fh);
@records = Geo::TigerLine::Record::B->parse_file($fh, &callback);

$record = Geo::TigerLine::Record::B->new(%fields);

$record->rt();
$record->version();
$record->file();
$record->cenid();
$record->polyid();
$record->statecq();
$record->countycq();
$record->tractcq();
$record->blockcq();
$record->aianhhfpcq();
$record->aianhhcq();
$record->aihhtlicq();
$record->aitscecq();
$record->aitscq();
$record->anrccq();
$record->concitcq();
$record->cousubcq();
$record->submcdcq();
$record->placecq();
$record->uacc();
$record->urcc();
$record->rs_b1();

This is a class representing record type B of the TIGER/Line 2003 census geographic database. Each object is one record. It also contains methods to parse TIGER/Line record type B files and turn them into objects.

This is intended as an intermediate format between pulling the raw data out of the simplistic TIGER/Line data files into something more sophisticated (a process you should only have to do once). As such, its not very fast, but its careful, easy to use and performs some verifications on the data being read.

As this class is autogenerated by mk_parsers, think before you modify this file. Its OO, so consider sub-classing instead.

People Search and Public Record Toolbar is a Firefox extension is a handy menu tool for investigators, reporters, legal professionals, real estate agents, online researchers and anyone interested in doing their own basic people searches and public record lookups as well as background research.
Find past friends, relatives, classmates, coworkers, military buddies or do background research on people and businesses.
This useful extension offers you the following free people and public record searches at the click of a mouse:
- Free People Searches: White Pages, 411, DA Plus, Zaba Search, Zoom Info, Google, International Phone Directories, Google Image Search and Riya photo search.
- Reverse Phone Numbers: White Pages, DA Plus, Google, Land Line or Cell Phone? Search, Reverse Payphone and Do Not Call List.
- Reverse Addresses: White Pages, DA Plus, Google, Mail Drop Search and Whois Lookup.
- Area Code, Zip Code and International Calling Code Searches.
- Yellow Pages & Local Searches: White Pages Yellow, DA Plus Yellow, Google Local and Yahoo Local.
- Public Record Searches: Skipease Public Record Directory, Search Systems Public Record Directory, Social Security Number Searches, NETRonline Property Records, Zillow Property Values, Trulia Real Estate Search, Yahoo Real Estate and NACO US County Information.
- Criminal Searches: Inmate Locators and National Sex Offender Registry.
- Maps & Satellites: Google Maps, Map Quest, Yahoo Maps, Google Earth, Terra Server.
- Government Phone Directories: US Blue Pages, Canada GEDS.
- US Government Search Engines: FirstGov and Google Government Search.
- News & Blog Searches: Google News, Yahoo News, Technorati, IceRocket and Google Blog Search.
- Business & Finance: Alibaba, Business.com, Thomas Registry, Google Finance, Yahoo Finance.
- Jobs & Classifieds: Indeed Meta Job Search, Simply Hired Meta Job Search, Dice Jobs, Hot Jobs, Monster Jobs, Craigslist Classifieds.
- Social Network Sites: Facebook, Friendster, MySpace, Tribe, Xanga.
This extension contains NO malicious scripts or code; no malware, spyware or adware of any kind. This extension does NOT record personal or surfing information from users. If you dont believe me, then check the source code on the extension after you download it. There is absolutely no Spyware or malware of any kind and the same person continues to attack this extension and defame it using numerous different logon ids.

Geo::Ellipsoids is a package for standard Geo:: ellipsoid a, b, f and 1/f values.

SYNOPSIS

use Geo::Ellipsoids;
my $obj = Geo::Ellipsoids->new();
$obj->set(WGS84); #default
print "a=", $obj->a, "n";
print "b=", $obj->b, "n";
print "f=", $obj->f, "n";
print "i=", $obj->i, "n";
print "e=", $obj->e, "n";
print "n=", $obj->n(45), "n";

CONSTRUCTOR

new

The new() constructor may be called with any parameter that is appropriate to the set method.

my $obj = Geo::Ellipsoid->new();

METHODS

set

Method sets the current ellipsoid. This method is called when the object is constructed (default is WGS84).

$obj->set(); #default WGS84
$obj->set(Clarke 1866); #All built in ellipsoids are stored in meters
$obj->set({a=>1, b=>1}); #Custom Sphere 1 unit radius
list

Method returns a list of known elipsoid names.

my @list=$obj->list;

my $list=$obj->list;
while (@$list) {
print "$_n";
}
a

Method returns the value of the semi-major axis.

my $a=$obj->a;
b

Method returns the value of the semi-minor axis.

my $b=$obj->b; #b=a(1-f)
f

Method returns the value of flatting

my $f=$obj->f; #f=(a-b)/a
i

Method returns the value of the inverse flatting

my $i=$obj->i; #i=1/f=a/(a-b)
invf

Method synonym for the i method

my $i=$obj->invf; #i=1/f
e

Method returns the value of the first eccentricity, e. This is the eccentricity of the earths elliptical cross-section.

my $e=$obj->e;
e2

Method returns the value of eccentricity squared (e.g. e^2). This is not the second eccentricity, e or e-prime see the "ep" method.

my $e=sqrt($obj->e2); #e^2 = f(2-f) = 2f-f^2 = 1-b^2/a^2
ep

Method returns the value of the second eccentricity, e or e-prime. The second eccentricity is related to the first eccentricity by the equation: 1=(1-e^2)(1+e^2).

my $ep=$obj->ep;
ep2

Method returns the square of value of second eccentricity, e (e-prime). This is more useful in almost all equations.

my $ep=sqrt($obj->ep2); #ep2=(ea/b)^2=e2/(1-e2)=a^2/b^2-1
n

Method returns the value of n given latitude (degrees). Typically represented by the Greek letter nu, this is the radius of curvature of the ellipsoid perpendicular to the meridian plane. It is also the distance from the point in question to the polar axis, measured perpendicular to the ellipsoids surface.

my $n=$obj->n($lat);

Note: Some define a variable n as (a-b)/(a+b) this is not that variable.

n_rad

Method returns the value of n given latitude (radians).

my $n=$obj->n_rad($lat);
rho

rho is the radius of curvature of the earth in the meridian plane.

my $rho=$obj->rho($lat);
rho_rad

rho is the radius of curvature of the earth in the meridian plane.

my $rho=$obj->rho_rad($lat);
polar_circumference

Method returns the value of the semi-minor axis times 2*PI.

my $polar_circumference=$obj->polar_circumference;
equatorial_circumference

Method returns the value of the semi-major axis times 2*PI.

my $equatorial_circumference=$obj->equatorial_circumference;
shortname

Method returns the shortname, which is the hash key, of the current ellipsoid

my $shortname=$obj->shortname;
longname

Method returns the long name of the current ellipsoid

my $longname=$obj->longname;
data

Method returns a hash reference for the ellipsoid definition data structure.

my $datastructure=$obj->data;
name2ref

Method returns a hash reference (e.g. {a=>6378137,i=>298.257223563}) when passed a valid ellipsoid name (e.g. WGS84).

my $ref=$obj->name2ref(WGS84)

Devolution Security is a video surveillance system for Linux based systems. It supports up to 16 cameras and features unicast and multicast broadcasting, a Web interface, an X11 interface, themes, motion detection, record on motion, eight different camera layouts, camera cycling, fullscreen mode, and more. Devolution Security uses its own toolkit (dtk).
Main features:
- Up to 16 cameras
- Motion detection
- Record on motion detection
- Record up to 25 fps mpeg4 video
- Multicast live streams to local network
- Unicast to internet IP address
- Very configurable
- Themeable X11 interface
- Web based interface

KRecord is a KDE sound recorder. Easy to use. It can just record and playback wav-files, nothing else.

Can handle multiple files, you can drop files (from the file manager) to it, it can handle large sound files without problems. Has a input level display.

KRecord is much easier to use than "krec", which is an enigma in itself.

Compiles and Installs perfectly on Slackware 10.1 with KDE 3.4.1 and qt 3.3.4.

Just Click Record button and you can record...

Geolizer is a patch for Webalizer that uses the GeoIP library to generate faster and more reliable geographic statistics than the default DNS suffix method. It is recommended that DNS reversal be disabled on your HTTP server for improved performance and more accurate statistics. It can be compiled under MinGW/MSYS and features a human-readable transfer size display.
Side effects can be: possibility to compile native Win32 port under MinGW/MSYS and human-readable size display.
"GeoIP is a C library that enables the user to find the country that any IP address or hostname originates from. It uses a file based database that is accurate as of March 2003. This database simply contains IP blocks as keys, and countries as values. This database should be more complete and accurate than using reverse DNS lookups."
And how to port this feature to Webalizer? At users point of view, patched code takes each IP address and discovers its country default suffix. Then, obtained suffix is appended to hostname (somewhat like "127.0.0.1" becoming "127.0.0.1.net"). After this, Webalizer normally processes such host, I mean it finds full country name and accounts stats on it. This is quite abstract, but the real process isnt too far, its just s bit more optimized. Oh, quite forgot it: if processed entry isnt IP address but DNS hostname, Webalizers
default suffix routines are used. This method is less precise, but resolving DNS once again isnt a smart solution.
Enhancements:
- Country flag picture support was added, but needs the flags package from http://flags.blogpotato.de/.
- Country names were updated from the GeoIP source.
- Localization of country names was improved.
- Code cleanups were done.
- The "--enable-geoip" option is now default, as is "--enable-flags".
- The Win32 version now seeks the webalizer.conf file in the executable directory.
- Static binaries are now bound with the GeoIP 1.4.1 library and "GEO-106FREE 20070101 Build 1" database.

Geo::Track::Log is a Perl module that represent track logs and find a location based on a track log and a date.

SYNOPSIS

use Geo::Track::Log;
my $log = new Geo::Track::Log;

# add a point to a track log.
$log->addPoint( {
timestamp => 2004-12-25 12:00:00,
lat => 0.0,
long=> 0.0,
} );

$log->addPoint( {
timestamp => 2004-12-25 13:00:00,
lat => 0.0,
long=> 1.0,
} );

Get our location at a time
my ($pt, $sPt, $ePt) = $log->whereWasI(2004-12-25 12:30:00);
or (a synonym)
my ($pt, $sPt, $ePt) = $log->interpolate(2004-12-25 12:30:00);
(see DESCRIPTION for more)

Load tracklog from a Garnix format file
$log->loadTrackFromGarnix(file handle);

Load Waypoint from a Garnix format file
$log->loadWayFromGarnix(file handle);

Fix the funky Garnix line format
my $pt = $log->fixGarnixTrackLine ( qq( 44? 3 33.23" -123? 5 0.07" 148.0 WGS84 00:50:19-2004/07/12 [1];) )

Load a GPX (GPS XML) format file
$log->loadTrackFromGPX(file handle);

return the earliest point, by time
my $pt = $log->minTimeStamp();

return the latest point, by time
my $pt = $log->maxTimeStamp();

What percent of the way is time $d between the time at points $sPt and $dPt?
my $pct = $self->getPercent($d, $sPt, $ePt);

Geo::Raster is a Perl extension for raster algebra.

SYNOPSIS

use Geo::Raster;
or
use Geo::Raster qw(:types);
or
use Geo::Raster qw(:types :logics :db);

Geo::Raster is an object-oriented interface to libral, a C library for rasters and raster algebra. Geo::Raster makes using libral easy and adds some very useful functionality to it. libral rasters are in-memory for fast and easy processing. libral rasters can be created from GDAL rasters. GDAL provides access to rasters in many formats.

Geo::Raster also adds the required functionality to display rasters in Gtk2::Ex::Geo.

Each cell in raster/grid is assumed to be a square.

The grid point represents the center of the cell and not the area of the cell (when such distinction needs to be made). TODO: This needs more attention.

A grid is indexed like this:

j = 0..N-1
------------------>
.
i = 0..M-1 .
.
.
V
there is also a (x,y) world coordinate system
maxY ^
.
.
y .
minY .
------------------>
minX maxX
x

minX is the left edge of first cell in line. maxX is the right edge of the last cell in a line. minY and maxY represent similarly the boundaries of the raster.