"Prior" is the name of the key that does the function (in this case) "set" is the part that determines what action to perform "(dDP_" is what the action should be performed upon "0, +0.8)" tells to what extent to perform the action. "Prior set(dDP_0, +0.8)" can be called one unit. 2, 0, 1) Comma set(DB_0, 1) Period set(DB_1, 1) G toggle(DG) C set(DA, 0) C set(DR, 0) % Freeze/Pause Space toggle(TotalFreeze) H toggle(HUDEnabled) H toggle(ControlsIndicationEnabled) % Fast movement % 10 degrees Ctrl Up add(VAngle, +0.174533) Ctrl Down add(VAngle, -0.174533) % 45 degrees Ctrl Left add(HAngle, -0.785398) Ctrl Right add(HAngle, +0.785398) % Slow movement Alt Up set(dVAngle, +0.1) Alt Down set(dVAngle, -0.1) Alt Left set(dHAngle, -0.1) Alt Right set(dHAngle, +0.1) V set(HAngle, 0) V set(VAngle, 0) V set(dHAngle, 0) V set(dVAngle, 0)]Ī little explanation. BracketLeft add(DF, -.2, 0, 1) BracketRight add(DF. Clear set(DA, 0) Clear set(DR, 0) Clear set(dDA, 0) Clear set(dDR, 0) '5' set(DA, 0) '5' set(DR, 0) '5' set(dDA, 0) '5' set(dDR, 0) % Keys on the normal keyboard. If you go down to the middle of the file, you will see the following: Note 2: The number of spaces around a name doesn't seem to be important. Note 1: You might want to make a backup of the file before you start messing with it. To access it, you need to download Google Earth Pro, select tools -> Enter flight simulator, select your plane and then Start Flight. This feature allows you to fly a simple aircraft model over Google Earth's scenery using your keyboard or mouse. If you can't wait until then, you can still enjoy some flight simulation fun with Google Earth's hidden flight simulator feature. You can register for the conference or watch it online. The conference is an annual event where Google showcases its latest products and technologies for developers. If you want to try GEVision for yourself, you will have to wait until May 2023, when it will be revealed at the Google IO Developers conference. It allows you to explore new possibilities and challenges in flight simulation, such as flying in different weather conditions, time zones, seasons, or even historical scenarios. You can also use it with any aircraft model that is available in Google Earth. You can use it with any flight simulation application that can output coordinate data, such as MSFS, XPlane, FlightGear, or even custom-made programs. This makes it easy to use and compatible with any operating system. All you need is a web browser and an internet connection. GEVision does not require any installation or configuration of scenery files or addons. This means that you can fly anywhere in the world and see realistic landscapes and landmarks. GEVision uses Google Earth's high-resolution imagery and detailed 3D models, which cover almost the entire globe. GEVision offers several advantages over traditional flight simulation scenery engines. GEVision also provides a user interface for setting up the connection parameters, choosing the aircraft model, and adjusting the display options. The user can control the flight simulation application with a joystick, keyboard, mouse, or any other input device. Google Earth then displays the corresponding scenery in a web browser window. GEVision works by receiving coordinate data from the flight simulation application and sending it to Google Earth via a web socket.
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