The reduced number of pictures also speeds up the Automated stitching process significantly. This reduces unwanted removal of perceived ghosts (moving objects that are appear to be visible in multiple shots) in Autopano Giga Pro. Since I1 used a FOV of 94 degrees horizontally and 53 degrees vertically, only the edges of the photos overlap. Taking the serie of 20 12MP fotos using DronePan takes 90 seconds. The pictures are stored on the SD card as per usual. Fourth Row, 2 photos, horizontally 180 degrees separated, camera facing fully downward (-90 degrees).Third Row: 4 photos, horizontally 90 degrees separated, camera facing downward (-60 degrees).Second Row: 6 photo's, horizontally 60 degrees separated, camera facing slight downward (-30 degrees).
First Row: 6 photo's, horizontally 60 degrees separated, camera facing forward (0 degrees).Drone stands still,Inspire-1 gimbal pans/tilts automatically (as if it is an automatic electric pano-head) It does two things using the DJI SDK for Inspire:ġ) Show basic FPV information (cam-video view, battery status, height, pitch and yaw), so you can use it, to fly to your Point of Pano and backĢ) Automatically take 20 photo's, in four rows. I simply enlisted into the Beta Test of DronePan App for Inspire-1 made by Dennis Baldwin.ĭronePan is an app that runs on IOS. Indeed, the solution proved to be very simple, it did not cost me anythin, it did not add any weight to the Inspire-1 (which would cost battery time) nor do i loose warranty of DJI by modifying the drone. Has anyone ever done anything like this using SDK? Are there any alternatives that I may have overseen or that you would recommend? Do any of you know of a tele-converter that may be screwed on the I1 kit camera (for this purpose I don't need FPV on my iPAD, I keep the drone in Line of Sight anyway)? The best (but also the most difficult) option is most likely is to use SDK.Īlso, I guess a tele-lens is probably more useful so that I can create many detailed small-angle shots, rather than a few wide angle shots. Program the Drone camera using SDK to take burst shots whilst it turns.Mount a Panoramic Head with a separate camera underneath the I1 (e.g.Take the shots manually using the I1 camera (will lead to messy result and a lot of post-work).This should be good enough for a reverse spherical photo (I don't want the viewers to be able to see the props of my I1). Then I should face down and take a last shot. Then it should tilt down and do another round of shots. The Camera should start facing slightly up and take a couple shots while turning 360 degrees (from one end point to the other end point). It auto rotates the pano so the output is not as boring as a still.
#Panorama autopano giga gopro software#
The virtual tour software (with GigaPixel support) of should be able to do the trick. I think i have found a solution to stitch and publish the panorama's. So instead, I intend take multiple rows of 12MP photos and stitch them together. ) and concluded that the picture quality will not be good enough for a GigaPixel Photo (I really want my viewers to be able to zoom in).
I have looked into a one-shot-360 panorama using a spheric lens (e.g. Once we get waypoints on I1, I could even pre-program the whole flight, Users then can browse/zoom-in to their favourite spot (e.g. of theme parks, golf courses/holes, yacht clubs, tourist attractions etc, showing multiple viewpoints/highlights. This allows me to create/publish interactive pano's from the sky e.g. In one flight I want to fly to 10 points and take one set of photo's on each point. I want to create GigaPixel Panorama shots (reverse sphericals) using the Inspire-1 and publish them on a website using HTML5 (so that all device can use them).
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