1.0.1

Changelog

New packet template implementation

Now all packets show proper description and properly decode the known payloads. Also additional information is shown in case a packet was not able to be decoded. A template system was implemented so no updates on the page are needed to support new satellites.

Improve the satellite page with filters and instant search

Now on the satellite list page, there is a toolbar to search and filter the list of satellites by their status and frequency

Improve the stations page with filters and instant search

Now the station lists is paginated so it loads 5 times faster. It also includes search and filter functionality to search for stations listening a specific satellite.

Sun position and satellite status (Umbra and sunlit)

Now in every valid packet is included the information of the position of the sun relative to the satellite. The parameter eclipse depth represents how eclipsed is the sun by the earth. The bigger the number the less sunlight on the satellite.

Add raw visualization of the parsed data from packets

Now all the known payloads show a expandable option to visualize the full raw decoded data as sent by the satellite to allow further analysis. This data can also be copied to clipboard by a handy copy button.

Add button with local ip

Now on the user console on the TinyGS website, your stations list their ips, including a button to quick access the local config dashboard.

Add binary download button for all packets

Now all packets can be downloaded in raw format as received from the satellite.

Add option to tx binary through the web panel

Previously the form of the web application only allowed text form for the TX packets. Now a checkbox allow to choose between text and base64 form.

Autotune band selection

Now the auto tune system allows to select the band we want to use for each board.

Other changes

• Improve satellite page style to avoid blank spaces when some information is missing.
• Improved the statons map visibility. Now active stations are shown on top and satellites are always in the foreground.
• Now the satellites always show their name on the map to easily identify them.
• Now when selecting a satellite on the map, the stations listening to that satellite are highlighted.
• Now both satellites and stations on the map show a link to navigate to their specific web page
• On the station list and on the map stations show when received their last packet or when were they active if they are offline.
• Now the radius of the satellite coverage shown on the packet map is exactly the calculated theoretical coverage.