![]() ![]() Support for devices that use Inter-Integrated Circuit (I2C) communication have a shared set of drivers provided using the "gobot/drivers/i2c" package: The following robotics and physical computing platforms are currently supported: 35 Platforms Gobot has a extensible system for connecting to hardware devices. We've got many more examples to help you get started on your next IoT project! Platform Support Led := gpio.NewLedDriver(firmataAdaptor, " 13 ") " time " " gobot.io/x/gobot " " gobot.io/x/gobot/drivers/gpio " " gobot.io/x/gobot/platforms/firmata "įirmataAdaptor := firmata.NewAdaptor( " /dev/ttyACM0 ") This program connects to an Arduino, and toggles an LED, every one second. $: exiftool -p ~ / Desktop / videos / gpx.fmt -ee ~ / Desktop / videos / 003.mp4> ~ / Desktop / videos / 004.Gobot makes controlling robots and devices incredibly simple and fun.Īll you need to get started is to install Gobot: $ go get -d -u gobot.io/x/gobot/. $: exiftool -p ~ / Desktop / videos / gpx.fmt -ee ~ / Desktop / videos / 002.mp4> ~ / Desktop / videos / 004.gpx ![]() $: exiftool -p ~ / Desktop / videos / gpx.fmt -ee ~ / Desktop / videos / 001.mp4> ~ / Desktop / videos / 004.gpx To extract the information from different videos in the same folder we must change the name of the read and write file. ~ / Desktop / videos / 001.gpx: path and name of the file that we will use to import into any maps or geolocation app >: send the output and write the information to a file ~ / Desktop / videos / 001.mp4: is the path of the video file that we want to extract the information from –ee: extract the information inserted into a file ~ / Desktop / videos / gpx.fmt: is the path where we save the file that defines the GPX output format p: print the output in a specified format $: exiftool -p ~ / Desktop / videos / gpx.fmt -ee ~ / Desktop / videos / 001.mp4> ~ / Desktop / videos / 001.gpx The command line that we will use is the following, I explain it by parameters below. ![]() We must know the route where we have the video or videos from which we are going to extract the GPS information Once installed we will work from the Windows Console or the Mac or Linux Terminal. We also need to copy a GPX format to export the data from the following link, we must copy and paste it into a text file or download the zip file that I include below as well. EXIFTOOL and can be downloaded from its website and installed on any windows, Mac or Linux platform. ![]() We need to download and install free software that allows us to read all kinds of exif information in different types of files. Now, to extract this information there are paid programs but also with a little more work we can do it with a little time. The GPS information helps us to add dynamic labels from the GoPro application, but if we can extract it we can use it in maps to recognize specific routes or locations where we capture the video. (Preferences: Regional: GPS: on / off) The instructions to turn on the GPS are also on the GoPro website link This GPS must be activated in the camera settings so that each video adds the GPS route from where it was captured. All GoPro action cameras have a built-in GPS system, this from the HERO5 Black edition, following with HERO6 Black, HERO7Black, GoPro Fusion, HERO8 Black, GoPro Max, HERO9 Black, HERO10 Black. ![]()
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