factskrot.blogg.se - Planeplotter mlat

Planeplotter mlat how to#
Planeplotter mlat manual#
Planeplotter mlat windows#

For more information on how to manage your cookie options, please see Section 3 of this Cookie Statement below.įor more information on this and other key terms that may be relevant, please read through our Privacy Policy Glossary. You may remove or disable cookies through your browser settings. You can learn more about cookies on Wikipedia. A persistent cookie expires according to the duration set by us, or when you delete it manually.

A “persistent” cookie is one that remains in your device, even after you close your browser or mobile application. A “session” cookie is one that generally expires when you close your web browser or mobile application. Every cookie expires after a certain period of time, but that period varies depending on what the cookie is used for and how your browser is configured.Ĭookies are often categorized based on how long they remain active before they expire.

2 What types of cookies does Wikimedia use and for what purposes?Ī “cookie” is a tiny data file that we transfer onto your computer, mobile phone, or any other device that you use to access the Wikimedia Sites, and is generally used for authentication and tracking.

If many curves are in yellow, then your own receiver is making a useful contribution to the fix. If all the curves are blue, then your receiver has not made any contribution to the fix. I hope these three additions will help users to judge the performance of their own receiver when performing Mlats. In addition the Mlat report dialog now shows the count of "own" hyperbolae in addition to the report of the total number of hyperbolae in the fix. The GS marker for your own location is also plotted in yellow (blue for other contributing GS). All other hyperbolae remain in blue as before.

Planeplotter mlat manual#

Identifiable hyperbolae If you perform a manual Mlat and enable the display of the resulting curves that generate the fix, this version now shows any hyperbolae that were based on raw data from your own receiver, will be in yellow. At the time, mlat was mode-s only, but with the recent interest in mode-a/c mlat, this info might be a good refresher for others as well. Hi David and all, Here are a few more details from Bev's release notes for PP version 6.4.6.1 back in 2017. On Tue, at 17:47, Dan Henry via groups.io wrote: On Tue, at 11:15 AM, DavidM1FEK wrote: These curves are in a very pleasant dark BLUE colour! Very occasionally the hyperbolas are coloured YELLOW and I con't seem to fathom why? PlanePlotter version 6.4.6.1 (posted ) -Dan On Tue, at 11:15 AM, DavidM1FEK wrote: These curves are in a very pleasant dark BLUE colour! Very occasionally the hyperbolas are coloured YELLOW and I con't seem to fathom why? These curves are in a very pleasant dark BLUE colour! Very occasionally the hyperbolas are coloured YELLOW and I con't seem to fathom why? So here is the query - each fix obviously requests data from the server and then goes into a calculation phase! Once successful Planeplotter displays the Hyperbolic curves needed to locate the aircraft. The squawk aural annunciation is very impressive and invokes many questions from my visitors. The Mode A/C activity is also pretty good and I am getting about 100-200 fixes a day. Nics excellent addon is running as well and I get a reasonable amount of Mode S traffic local to the East of England where I live.

Planeplotter mlat windows#

My system consists of a RadarBox green dongle connected to a roof mounted Antenna ( or should that be Aerial this side of the pond? ) Planeplotter is installed on a Windows10 laptop with a second larger screen attached to display the extra windows available! I get reasonable reception out to Wales to the NW and France and Holland out to the SE. Hi there everyone enjoying this hobby - I have a question and even though I have searched through the FAQ's and other resources I can't seem to find the answer.