Space Time Analysis of Regional Systems 0.7.2 - A tool for exploratory space-time data analysis.

[s***@freshmeat.net]

Space Time Analysis of Regional Systems 0.7.2
by Serge Rey (http://freshmeat.net/~sjrey/)
Sun, Jul 11th 2004 03:56

About:
STARS is an exploratory data analysis package designed for variables
measured for geographical units over time. It combines a series of
statistical graphics and mapping views together with some newly developed
measures for space- time statistical analysis. It also includes utility
methods for creating different types of geographical weight matrices,
variable transformations, and for reading ArcView shapefiles to develop
related projects.


Release focus: Initial freshmeat announcement
License: GNU General Public License (GPL)
Project URL: http://freshmeat.net/projects/stars-py/

Homepage: http://freshmeat.net/redir/stars-py/51715/url_homepage/stars-py.sf.net


____________________________| Advertising |____________________________
SSL123 - New from Thawte

Get SSL123 the new full 128-bit capable digital certificate issued within
minutes for $159.00. Click here to read more:


http://ad.doubleclick.net/clk;9179040;9642889;b
____________________________| Advertising |____________________________

[s***@gmail.com]

Simple 1 minute video fixes Times Errors in math and our understanding.

Video attempt to express that time is two dimensional and space is 3 dimension. The only way to combine the space and time Is to literally change Times Equation to be 2 Points of SPACE AND 1 motion of TIME... Or Beginning(SPACE) Middle(TIME) and End(SPACE)...

This equaiton places the 3 dimensional distance on one side and Times motion distance on the other side of equation...

Time is the degree of variation between NOW and a second point in space.

Time = SD/720({-+}L) -+ (SD/720)P
---------------------------------------------------------------
S = is the average Latitudinal circumference at the Altitudinal position of the observed on the planet/object it resides upon of the STARTING position.
D = is the average Latitudinal circumference at the Altitudinal position of the observed on the planet/object it resides upon of the DESTINATION position.
L = is the total Longitudinal degrees to the shortest distance between the current (NOW) starting position to the destination, which never exceeds 180. (if you count over 180 stop, repeat step and reverse the counting direction of the longitude from the starting point.)
{+} = L moves with the gravitation rotation up to 180 degrees Longitudinal from the starting position
{-} = L moves against the gravitation rotation up to 180 degrees Longitudinal from the starting position
+ = Future
- = Past
P = is period of time expressed in degrees (1 day = 360 Degrees)
_______________________

The circumference is a combination of Altitude and Latitude... The Altitude adjusts the restrictive/varying properties of Latitude.

L account for Longitudinal change

P is the motion
______________________________

Time is the degree of variation between NOW and a second point in space.

Space is 3D representation of Time. Altitude, Longitude, Latitude and is restricted by position.

Time is 3D representation of Space but calculated in 2D to maintain continuity with our idea of how it works. Altitude, Longitude, Latitude and is restricted by motion.

Both provide the exact same information through different visual representation... EXAMPLE: Pie graph vs line graph....

NOT COMPOUNDED!!!!!!

Don't worry time is still measured day to day and we can maintain our current time keeping technology... This is for math and science to clean up their acts...