Free magnetic software for windows

Download the Art.com Virtual Magnetic Art Words screen saver. Move the words around to create your very own Words of Art. This screen saver is designed to run on Windows 98 and NT. Art doesnt get any more modern than this!

Magnetic Ink Character Recognition 1.1 is a very serviceable tool which enables banks to recognize and read the encoded line of data printed at the bottom of each check. Symtrax has developed two different MICR fonts that conform to MICR font standards - E13B and CMC7.

Enhancements: Includes unspecified updates.

GreatCirc is a software that lets you calculate great circle distances on the earths surface, and also plotting points or great circle paths from a world map.
The "great circle path" is the shortest direct route between two points on the earths surface. Because the earth is a globe, the shortest path between any two points lies on a circle which is centred at the earths core and passes around the surface of the world. Such a path will appear to be a curved line when drawn on a flat world map beause of the distortion inherent in mapping the globe onto a flat map. See the Wikipedia article for further information on great circle distance.
GreatCirc will calculate both the common "Direct Problem" and the "Inverse Problem", as well as doing a separate "Coverage Area" calculation. For the Direct Problem, given a starting point and the initial bearing and distance it will calculate the latitude and longitude at the destination.
For the Inverse problem, it will calculate the distance and azimuth bearings between any two points, given the latitude and longitude. In both cases, GreatCirc will plot the resulting Great Circle path on a world map.
GreatCirc will also do a coverage area calculation, given a centre point and a range, it will plot the resulting circle on a world map and calculate the area of the earths surface enclosed within the circle.
Great Circle calculations are based on spherical geometry, and can be relatively simple if the earth is assumed to be a perfect sphere. However, the earth is known to be in fact a flattened ellipsoid and not a sphere at all.
GreatCirc uses the standard WGS84 ellipsoid earth model commonly found on GPS receivers, to provide the most accurate calculations, however the option to do calculations using a spherical earth model is also available to allow comparisons between the two techniques. To perform the WGS84 ellipsoid calculations, GreatCirc uses the Vincenty algorithm.
A batch mode is also available to allow calculation of multiple distances and waypoints along a path and plot them on the world map.
GreatCirc may be of interest to mapping professionals interested in finding true distances between locations on the earths surface, or the general public interested in plotting their travels on a world map
NOTE:
The basic calculator function can be downloaded and used free of charge. To access the extended batch mode, file exporting, and magnetic azimuth tools you will need to register.

A program to allow the very fast modeling of 2D magnetic structures, and the visualization of the magnetic field patterns. Both magnetic field lines and magnetic flux density can be viewed. Several common magnetic structures have built in models, and many editing tools are provided. A database of preworked examples is supplied, and these can be run and modified. A website gives a forum to exchange views, and also has a gallery of users interesting results.

GEOPoint is an easy to use satellite antenna pointing calculator, for geostationary communications satellites. It calculates the azimuth and elevation pointing angles from a given location on the earth towards a specified geostationary satellite.
GEOPoint can also calculate polarisation tilt angles, eirp and frequency stability, antenna G/T, estimate dates and times of annual sun-outage events, and estimate path-loss and rain-attenuation based on ITU-R climate models. As used by Hausfeld Consulting for satellite communications planning.
Free Unregistered Features:
- an easy to use dialog-style user interface for data entry and calculation;
- entry of earth station location coordinates directly, or by clicking on a world map;
- display of satellite elevation contours on the world map to aid in site selection;
- entry of latitude and longitude coordinates in d,m,s format, or as decimal degrees;
- calculation of pointing angles to a specified satellite for common types of antenna mount;
- display of azimuth pointing angles relative to True North, and relative to local magnetic north;
- estimation of antenna movement limits for inclined orbit satellites;
- calculation of polarisation tilt angle, loop-back path delay, and required antenna tracking speeds;
- estimation of the peak dates and times for sun-interference on the receive link.
- output of a summary report in HTML format.<
Registered Features
Registered users of GEOPoint 3.01 will have access to the following extra features:
- ability to zoom the world map one level for more accurate site selection;
- ability to save the current map image to file.
- estimation of site altitude from ITU-R world topography model;
- view and save a diagram of the GEO Arc visible from the site;
- labelling of individual satellites and plotting local horizon and antenna movement limits;
- display of ITU-R Climate Model data for the specified earth station location;
- estimate antenna G/T from user inputs of antenna parameters and frequency;
- calculate path loss between the earth station and satellite at a specified frequency using ITU-R propagation models;
- estimate the impact of satellite motion on EIRP and frequency stability;
- output a detailed report of pointing angles from the site, for all visible satellites, or for a set of satellites specified by the user;
- output a detailed report of sun interference dates and times for given receive antenna parameters;
- output a detailed report of rain attenuation loss for a range of frequencies and link availability;
- output a batch summary report for a list of earth station sites.
- use the latest Norad orbit elements to locate and label satellites on the GEO Arc plot or AzEl reports;
NOTE:
You may install GEOPoint and make use of the free version features at
any time. There is no time limit for use of the free features. In order to access the extended features of the Software, you must Register
and purchase a Licence which will include a registration code to be entered
into the Software. Registration codes may be time limited, or may be limited
to particular versions of the Software.