Free zipcode map software for linux

SILC Map is an utility which can be used to visualize the topology of a SILC network. This project can create maps which indicate the exact global position of the servers and it can create HTML pages out of the information it gathers from the servers.

It is also possible to create a HTML map page which allows the user to click the servers on the map image to get more detailed information of the server. The links between the routers and servers can also be drawn on the map image.

Plone Google Maps is a product which enables integration of Google Maps into Plone sites.

Plone Google Maps (qPloneGoogleMaps) is a Google Maps view product for the Plone content management system which enables integration of Google Maps into Plone sites.

Due to qPloneGoogleMaps you can set up the latitude and longitude of your site objects and have their maps exhibited on your site.

Any object with the latitude-longitude has an additional map portlet displaying this object. This portlet, in turn, has a template "Large screen". If you click on the large screen below the portlet, you will be able to see the full-size map of the page with its description.

The folders containing objects with the latitude-longitude parameters have an additional display view - "maps view", which gives an opportunity to see the full-size map with all these objects.

There is a new content type "Map" which can have other content types - "overlays". It enables the positioning of different objects on one map showing them with the markers of different colours.

Plone Google Maps Installation

Install qPloneGoogleMaps and geolocation as Zope products
Install these two products in your Plone instance with Quick Installer (Plone Control Panel ->Add/remove Products)

Puzzle Maps is a software version of the Montessori Puzzle Maps activity.

Puzzle Maps presents users with a choice of maps in which they can remove and replace the various countries or states that make up the map.

In this way, they familiarize themselves with the geography of the world.

CMap project is a cross map API designed to make coding and switching between online maps such as Google and Yahoo easier and quicker.
Currently, CMap can generate Google Maps, Yahoo Maps, and Google Earth KML files. There are many more advanced plans for CMap, and I intend to support it for a long time as it has a practical application for myself.
Written in Php, CMap is very easy to use and the INSTALL file contains code examples of how to get CMap up and running easily and as soon as possible.
Enhancements:
- This release moves the Google Map API to v2.
- It includes better memory management, especially in Internet Explorer.

Google Maps Plugin is an easy way to embed custom Google Maps on a Web site. The project includes features such as multiple markers, paths, and general drawings.

If you use WordPress.org blogs, you will be able to install this software easily as a WP plugin.

Invade Earth Map Editor is a map editor for Invade Earth game.
Main features:
- Multiple rule sets and maps:
- Invade Earth A.D. 2210
- Amoeba Invasion Expansion
- Mars Expansion
- Pantheon Expansion (our version of Risk: Godstorm) (coming soon)
- Classic
- Secret Mission
- Custom rule values
- A versatile Map Editor
- Several built-in AIs (play against the computer)
- Network support (play against your friends)
- A centralized list of open internet games
- Save and load game states, even over a network
- Watch a replay of saved games

Bumpmap plug-in uses the algorithm described by John Schlag, "Fast Embossing Effects on Raster Image Data in Graphics Gems IV (ISBN 0-12-336155-9).

Bumpmap takes an image to be applied as a bump map to another image, producing a nice embossing effect.

Perl6::Placeholders is a Perl 6 implicitly declared parameters for Perl 5.

SYNOPSIS

use Perl6::Placeholders;

my $add = { $^a + $^b }; # Create a sub that adds its two args

print $add->(1,2), "n"; # Call it

# Use as map, grep, and sort blocks
print join ",", sort { $^y $^x } 1..10;
print join "n", map { $^value**2 } 1..10;
print join "n", map { $data{$_-1}.$^value**2 } 1..10;
print join "n", grep { $data{$^value} } 1..10;

my $div = { $^x / $^y }; # Create a HOF that divides its two args

print $div->(1,2), "n"; # Do a division