- #GOPRO VR PLAYER 2.1.1 FOR LINUX HOW TO#
- #GOPRO VR PLAYER 2.1.1 FOR LINUX MAC OS X#
- #GOPRO VR PLAYER 2.1.1 FOR LINUX SOFTWARE#
Each VSM contains an adapter for a specific vehicle. It contains the database, services for HCI and VSM, GIS and routing facilities.
#GOPRO VR PLAYER 2.1.1 FOR LINUX MAC OS X#
U g CS has been tested to be stable on Windows, Mac OS X and Ubuntu LTS (Xenial Xerus). The Client is designed to work on all main computer platforms (Windows, Mac OS X, Linux (Ubuntu)) and will soon be available for mobile platforms (ios and Android). The Client provides a graphical user interface for operations such as adjusting vehicle parameters, mission planning, monitoring telemetry and payload data, and replaying missions from an archive. The U g CS architecture consists of three separate layers: - Human Control Interface (Client) - Universal Control Server (Server) - Vehicle Specific Modules (VSM).
Currently DJI Naza-M V2, A2, Wookong-M, Phantom 2 Visions+, Phantom 3 Advanced/Professional, Inspire 1, Microdrones, Mikrokopter, ArDrone, ArduPilot, Pixhawk, Micropilot, Kestrel and other MAVLink compatible UAVs are supported, with an option to add more, by a custom development performed by SPH Engineering or by the clients themselves through an included SDK for third-party developers.
#GOPRO VR PLAYER 2.1.1 FOR LINUX SOFTWARE#
The software is universal because it supports different vehicle and payload manufacturers and provides users with a unified environment for mission planning, execution monitoring, and the inventory and management of unmanned vehicles.
#GOPRO VR PLAYER 2.1.1 FOR LINUX HOW TO#
9 Mac OS Linux Login Getting started Mission Workspace Adding a New Route Route Name and Vehicle Profile Route Parameters List of Routes Editing Route Parameters Saving a Mission Editing a Mission Navigation The Tools and Basics of Drawing a Route Basic Waypoints Adding, Removing, and Editing Route Segments Tool Parameters Log Window Mission Calculation Processing Errors Calculation Results Elevation Profile Actions Adding, Removing, and Rearranging ActionsĢ Types of Actions Adding a Vehicle to a Mission Take-off Altitude Uploading route Setting Manual Start Point Direct vehicle control Click & Go Joystick mode Measurement Tools Telemetry Window Vehicle Models No-Fly Zones (NFZ) Creating a NFZ Disabling NFZ NFZ and route-creation algorithms Placemark Building Video Camera footprint Offline map ADS-B ADS-B Receiver ADS-B Transponder Telemetry Player Geotagging How to prepare photo for geotagging processing How to write geotags to photo files Vehicle List Registering a New Vehicle Vehicle Parameters Removing a Vehicle Vehicle Profile List Adding a New Vehicle Profile Editing a Vehicle Profile Copying a Vehicle Profileģ Adding a Payload to a Vehicle Profile Vehicle Profile Parameters Payload List Adding a New Payload Configuration Connections VSM Xbee connector Automatic VSM Discovery Disabling discovery of the VSMs Map providers Tiles WMS TileJSON MBTiles U g CS Geoserver Geoservers Manage map sources Manage elevation sources Elevation z-order Building sources Screen Resolution Skin Language Measurement Sound Video Video configuration in client Video configuration in video-service properties file Performance Joystick License Troubleshooting U g CS client U g CS client doesn t load map after internet reconnectionĤ The Vehicle Is Flying around One Point for a Long Time Appendix A - Command-platform mapping.92 Appendix B - Action-platform mapping.94 Appendix C - Failsafe-platform mapping 96 Appendix D - Algorithm mapping 97 Appendix E - Turn typesĥ U g CS stands for Universal Ground Control Software. 9 Checking the Components and Running the Application.
1 U g CS User Manual Table of Content Table of Content.
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