While I bring in the source images as 16-bit TIFFs, I usually render them directly to Photoshop Large Format 16-bit (. Auto Pano Giga has a small arsenal of options for render output which I will write about another time. The second screenshot shows the editing/tuning screen of Autopano Giga, which allows for a plethora of choices for straightening, projections, and other corrections to an image before rendering for final output. Done - Export Final Image to the website for display or send to the printer for fine art print.Īs you can see by the photos in the screenshots above, the images have varying degrees of success in initial detection and projection.Post Rendering Final Image Processing.Assemble, Correct, Choose Projection, Render.Asset Ingestion - (2a) Phase 1, (2b) Phase 2.General WorkflowĪs with any good workflow, it evolves… and over the past ten years-ish, my workflow for my high-resolution stitching has evolved and become refined as the software packages, computing hardware, and my general skills have progressed.īelow is a quick overview of my general workflow the description follows the chart. Take it for what it is, and don’t forget to search for some of the tutorials it’s how I started this photographic process 10 years ago. Essentially providing a general overview of my approach to producing my high-resolution imagery. ![]() While there are plenty of tutorials on the Internet that cover how to use the various software packages, choose a projection type, blend & render mechanism type, etc., this article covers the tools I utilize “post image capture” to assemble the individual frames. In my post about 5 different methods to obtaining large format stitched imagery, I spoke about the various ways to achieve image capture for high-resolution imagery.
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