These notes are aimed at answering the most frequent questions
arising for new users of PilotPathRecorder
's "LiveCam" support.
Please let us know if your question isn't answered below!
Yes! Check out this YouTube video:
Also check out a script that was developed to help demonstrate these features.
MSFS2020-PilotPathRecorder
has been successfully
installed on Windows 10 with a standard installation of
the Microsoft .NET Framework 4.7.2 (runtime framework); the
desktop version of Google Earth (e.g., try version 7.3 if you're
unsure), and relies on its normal association with the .kml
file
extension.
So, basically it's:
- Windows 10
- .NET Framework 4.7.2
- desktop version of Google Earth
See the base installation instructions.
Basically, it's:
- Download the
PilotPathRecorder*.zip
deliverable from releases. Unless you have a specific reason not to, please choose the latest release. - Unzip the release into a new application folder, from where you will run it. Note that the application will need write access to this folder (e.g., in order to store its state) when it runs.
- To run the application, double-click or otherwise invoke the file
named
PilotPathRecorder.exe
, which you'll find within the unzipped folder. It can be helpful to create a link to this location (e.g., on your desktop) for easier access.
NOTE: as of this writing, the releases are not "signed", meaning you will likely receive a message from Windows advising you to refrain from unzipping and/or running the application, as it doesn't come from a "trusted" source. Rest assured, there is no malware included; you can override the warning and continue to install and run the application, taking comfort that the full source code, automated build script and build logs are provided for each release.
Another YouTube video covers the subject of how to customize and/or create your own LiveCams:
Time to crack open the KML Documentation!
I'm glad you asked 🤭
In addition to being inspired by SA Horiwitz's original project, and being a fan of moving map technology (i.e., I put 2+2 together), I found the following video of a very relevant presentation (given at Google I/O way back in 2011), which convinced me this could be done for simulated flights as well. The relevant presentation starts at offset 16 minutes 17 seconds into the video: