Hi George,
Op 21 april 2012 01:40 schreef George R george...@gmail.com het volgende:
Harry,
The project I mentioned ran OK on the previous version ... it stitches
a set of bracketed exposures both as a fused and as a blended-and-
fused equirectangular panorama.
I got the error about the
I've just compiled the svn version of the Panotools and tried to test
ptomorph by running the following command to an existing pto file of a
Huign project with stitching errors (360x180 handheld pano made of 16
photos):
~/unstable/compilati/panotools/bin/ptomorph -p 2 -o morphed.pto
On 20 Apr., 19:24, Nathan Armer nathan.ar...@gmail.com wrote:
On one of the 360 degree panoramas I made,
Hugin calculated the HFOV at 44.09334 degrees for every image (all
taken with my itouch). Can I trust this figure and use it to
calculate crop factor and 35mm equivalent focal length?
On Sat, Apr 21, 2012 at 09:00:16AM +0200, Harry van der Wolf wrote:
enfuse: error: OJPEG encoding not supported; use new-style JPEG
The weird thing is that it mentions that it encounters a wrong jpeg
compression in a tiff file.
- Tiffs don't use jpeg compression (wrong enfuse error?)
Tiff
On 20 Apr 2012 22:59, Bruno Postle br...@postle.net wrote:
On Thu 19-Apr-2012 at 23:54 -0300, Jim Watters wrote:
The results look great. will it be possible to implement in Nona so
warping and morphing is done is one pass?
Yes, though I don't know if it should be in libpano13 or in nona, or
I am not sure whether the data I'm about to give you adds any more
information - so I'll just say it and let you experts judge.
The project that provoked the error was stitching a panorama with:
Format TIFF Compression LZW
... so I re-ran the stitch with:
Format TIFF Compression None
Hi Rogier,
Op 21 april 2012 10:00 schreef Rogier Wolff
rew-googlegro...@bitwizard.nlhet volgende:
On Sat, Apr 21, 2012 at 09:00:16AM +0200, Harry van der Wolf wrote:
enfuse: error: OJPEG encoding not supported; use new-style JPEG
The weird thing is that it mentions that it encounters a
I am new to Hugin and I am wondering how powerful this software could be to
stitch together aerial photos in order to reproduce a detailed map of a
large area.
The input photos would be taken by a UAV in a kind of matrix where each
photo should overlap with the following. How can this process
