↳ Racing, Olympics, TdF, Competitive cycling.May be human readable.A random route created as a TCX on BikeHike and then converted by -7÷l! St599_uk wrote:Can you open it with a text editor, like notepad? The gpsies website output into my Edge 20 showed this: The distance I had to do was actually 37miles or so, I've recreated the issue I found using the website just now in the comfort of my armchair quaffing a glass of beer and at the same time sorted out my JaVaWa RTWtool app for next time and it works properly. One of the functions on the Edge 20 is to show you how far you have to go yet, and how far behind (or in front) you are from your Virtual Partner. This was Tuesday 27th August, and off I went for the ride. Just upload any format, and download it in any format. Not knowing any better, I Googled "convert gpx to fit" and found this site. Usually, I use an app on my Mac called "JaVaWa RTWtool" that works excellently, but after an update, it works differently a bit. Small device, and I use it for tracking my rides and very occasionally for following a course.įor following a course created on a mapping website, it needs to be converted to FIT format and placed in the New Files folder. There are a few other tools available as well, which again are available from NASA.I have a Garmin Edge 20. To streamline the process NASA and the ESA (European Space Agency) have developed a plugin for Photoshop called FITS Liberator, which strips down the layers of a FIT and imports them to Photoshop for processing.
Each channel in a FIT image has to be rotated, aligned and processed separately before finally being combined to the spectacular end result we see in the press. FIT images require a lot of post processing to become acceptable. If you were to look at a Hubble FIT image, you would be very disappointed with the quality and colour of the image. The Sloan Deep Space Survey has mapped out most of the sky in FIT format as well. The Hubble Space Telescope also transmits FIT data to be processed by NASA/ESA back on Earth. Many professional astronomers use CCD imaging devices which output FIT data. Each data set can be extracted and processed separately, then combined to form a standard image.īy using FIT images with digital imaging, you have separate data for each channel which increases signal to noise ratio, improves image quality and allows enhanced image post-processing flexibility.
Examples of common uses include 3D representations of brain scans, or Red Green Blue and Luminescence (RGBL) channels in astrophotography. FIT is more useful to scientists than JPG or BMP formats as it allows for data sets to be stored which consist of multi-dimensional arrays. Flexible Image Transport System (FITS) data is an agreed file format for the storage of scientific imaging and is fully endorsed by both NASA and the IAU.
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