I use PTGui all the time for both Rectilinear Panos as well as full 360 panos; below is my workflow:
- Shoot pano with 20% overlap using RAW images
- Import all images into Lightroom and apply the usual color correction and horizon straightening
- Export all images to full resolution TIF images
- Import all TIFs into PTGui and stitch the images using PTGui
- Export the final Stitched images to a single TIF
- If this is a rectilinear pano project and there are any stitching errors I then import the pano into PhotoShop and fix any stitching errors then export to TIF
- If this is a rectilinear pano project I then import the TIF into Paint.Net and crop the image to the delivery resolution and export it to the final pano using 100% JPG during export
- If this is a spherical 360 pano I instead import the full TIF image into PTGui and export as a website project or I import the TIF into PhotoShop and add the sky then import into PTGui. From there I modify the website code to integrate into the client's website
The Zenith hole (directly above the
EVO II) will be larger than with other drones because the
EVO II 6K has a 35mm FF equiv FOV vs other drones which tend to have a 24mm or 16mm FF equiv FOV. I assume that you have the
EVO II 6K, I'm not sure what the FOV is for the 8K. To fix the Zenith hole you need to do a sky replacement in PhotoShop or use the blending features in PTGui. Below is a link to what this all looks like when it is complete.
One Ashley Tower - Elevation Views
vumediagroup.com