Hello Andreas, Andreas Metzler [2015-05-12 18:34 +0200]: > I have seen that (too late for beta2) and it is already fixed in GIT. > Thanks for keeping an eye on these issues. > > cu Andreas > > http://anonscm.debian.org/cgit/pkg-phototools/hugin.git/commit/?id=477347385b6b59ccff6a645345846bdf39be68a5
Hmm, does that actually work for you? I still get a failure in both a
current sid VM as well as schroot. I pasted the full test output
below. It's not immediately clear what fails as there's no useful
error message. Turns out it's the "test -e pano.tif".
Perhaps this would be better?
if ! test -e pano.tif; then
echo "ERROR: pano.tif not found!" >&2
ls -l
exit 1
fi
With that I get
| ERROR: pano.tif not found!
| -rw-r--r-- 1 martin martin 640692 May 20 08:51 left - right.tif
| -rw-r--r-- 1 martin martin 85229 May 20 08:51 left.jpeg
| -rw-r--r-- 1 martin martin 3430 May 20 08:51 pano.pto
| -rw-r--r-- 1 martin martin 85195 May 20 08:51 right.jpeg
So I still don't know what's wrong/expected here, but I hope you have
an idea?
Thanks,
Martin
$ adt-run -B hugin_2015.0.0~beta2+dfsg-1git1.dsc --- schroot sid
[...]
adt-run [08:45:56]: test simple.pano.test: [-----------------------
Error reading GPano tags from
/tmp/tmp.b4N04CNKte.hugin/left.jpeg(std::exception)
Generating pto file...
Reading /tmp/tmp.b4N04CNKte.hugin/left.jpeg...
Reading /tmp/tmp.b4N04CNKte.hugin/right.jpeg...
Error reading GPano tags from
/tmp/tmp.b4N04CNKte.hugin/right.jpeg(std::exception)
Assigned 1 lenses.
Written output to /tmp/tmp.b4N04CNKte.hugin/pano.pto
Hugin's cpfind 2015.0.0.31a6f3742639
based on Pan-o-matic by Anael Orlinski
Project contains the following images:
Image 0
Imagefile: left.jpeg
Remapped : no
Image 1
Imagefile: right.jpeg
Remapped : no
--- Analyze Images ---
i1 : Analyzing image...
i0 : Analyzing image...
--- Find pair-wise matches ---
i0 <> i1 : Found 25 matches
--- Write Project output ---
Written output to pano-tmp.pto
Detection took 0.24 seconds.
Celeste: Removes cloud-like control points from Hugin project files and creates
image masks
using Support Vector Machines.
Version 2015.0.0.31a6f3742639
Arguments:
Input Hugin file: pano.pto
Output Hugin file: pano-tmp.pto
SVM model file: /usr/share/hugin/data/celeste.model
Max dimension: 800
SVM threshold: 0.5
Create PTO masks: No
Mask format: PNG
Filter radius: Large
Loaded model file: /usr/share/hugin/data/celeste.model
Parsing Hugin project file pano.pto
Image dimensions: 648 x 486
Image dimensions: 648 x 486
Written file pano-tmp.pto
Removed 1 control points in step 1
Removed 1 control points in step 2
Written output to pano-tmp.pto
*** Adaptive geometric optimisation
Optimizing Variables
Strategy 1
Average (rms) distance between Controlpoints
after 0 iteration(s): 24.9537691541876 units
Strategy 1
Average (rms) distance between Controlpoints
after 1 iteration(s): 24.4968919109571 units
Strategy 1
Average (rms) distance between Controlpoints
after 2 iteration(s): 23.9686448718011 units
Strategy 1
Average (rms) distance between Controlpoints
after 3 iteration(s): 23.4446107688423 units
Strategy 1
Average (rms) distance between Controlpoints
after 4 iteration(s): 22.9263951058532 units
Strategy 1
Average (rms) distance between Controlpoints
after 5 iteration(s): 22.4188269454977 units
Strategy 1
Average (rms) distance between Controlpoints
after 6 iteration(s): 21.9233037520347 units
Strategy 1
Average (rms) distance between Controlpoints
after 7 iteration(s): 21.4399831232153 units
Strategy 1
Average (rms) distance between Controlpoints
after 8 iteration(s): 20.9684186512436 units
Strategy 1
Average (rms) distance between Controlpoints
after 9 iteration(s): 20.5083116506821 units
Strategy 1
Average (rms) distance between Controlpoints
after 10 iteration(s): 20.0591042771846 units
Strategy 1
Average (rms) distance between Controlpoints
after 11 iteration(s): 19.588553127047 units
Strategy 1
Average (rms) distance between Controlpoints
after 12 iteration(s): 19.1270695046781 units
Strategy 1
Average (rms) distance between Controlpoints
after 13 iteration(s): 18.6774679306246 units
Strategy 1
Average (rms) distance between Controlpoints
after 14 iteration(s): 18.2073443870959 units
Strategy 1
Average (rms) distance between Controlpoints
after 15 iteration(s): 17.7469979100104 units
Strategy 1
Average (rms) distance between Controlpoints
after 16 iteration(s): 17.2992069044527 units
Strategy 1
Average (rms) distance between Controlpoints
after 17 iteration(s): 16.8345677151117 units
Strategy 1
Average (rms) distance between Controlpoints
after 18 iteration(s): 16.3807634241716 units
Strategy 1
Average (rms) distance between Controlpoints
after 19 iteration(s): 15.935093843845 units
Strategy 1
Average (rms) distance between Controlpoints
after 20 iteration(s): 15.4658208215643 units
Strategy 1
Average (rms) distance between Controlpoints
after 21 iteration(s): 15.0076180357899 units
Strategy 1
Average (rms) distance between Controlpoints
after 22 iteration(s): 14.56417384973 units
Strategy 1
Average (rms) distance between Controlpoints
after 23 iteration(s): 14.1011177043998 units
Strategy 1
Average (rms) distance between Controlpoints
after 24 iteration(s): 13.6504209624239 units
Strategy 1
Average (rms) distance between Controlpoints
after 25 iteration(s): 13.2101770556828 units
Strategy 1
Average (rms) distance between Controlpoints
after 26 iteration(s): 12.7410607599891 units
Strategy 1
Average (rms) distance between Controlpoints
after 27 iteration(s): 12.2844376786087 units
Strategy 1
Average (rms) distance between Controlpoints
after 28 iteration(s): 11.8457661064345 units
Strategy 1
Average (rms) distance between Controlpoints
after 29 iteration(s): 11.388329119511 units
Strategy 1
Average (rms) distance between Controlpoints
after 30 iteration(s): 10.9457803476757 units
Strategy 1
Average (rms) distance between Controlpoints
after 31 iteration(s): 10.5045598594076 units
Strategy 1
Average (rms) distance between Controlpoints
after 32 iteration(s): 10.0586275683871 units
Strategy 1
Average (rms) distance between Controlpoints
after 33 iteration(s): 9.6317361867154 units
Strategy 1
Average (rms) distance between Controlpoints
after 34 iteration(s): 9.15870097920948 units
Strategy 1
Average (rms) distance between Controlpoints
after 35 iteration(s): 8.69899325632582 units
Strategy 1
Average (rms) distance between Controlpoints
after 36 iteration(s): 8.26469835932337 units
Strategy 1
Average (rms) distance between Controlpoints
after 37 iteration(s): 7.83751886242897 units
Strategy 1
Average (rms) distance between Controlpoints
after 38 iteration(s): 7.25927158988975 units
Strategy 1
Average (rms) distance between Controlpoints
after 39 iteration(s): 6.69507002570063 units
Strategy 1
Average (rms) distance between Controlpoints
after 40 iteration(s): 5.77413923928841 units
Strategy 1
Average (rms) distance between Controlpoints
after 41 iteration(s): 4.9307111146985 units
Strategy 1
Average (rms) distance between Controlpoints
after 42 iteration(s): 4.10958694298408 units
Strategy 1
Average (rms) distance between Controlpoints
after 43 iteration(s): 3.24467866868201 units
Strategy 1
Average (rms) distance between Controlpoints
after 44 iteration(s): 2.44699267306362 units
Strategy 1
Average (rms) distance between Controlpoints
after 45 iteration(s): 1.60585758845428 units
Strategy 1
Average (rms) distance between Controlpoints
after 46 iteration(s): 0.60717983168988 units
Strategy 1
Average (rms) distance between Controlpoints
after 47 iteration(s): 0.503664162907862 units
Strategy 1
Average (rms) distance between Controlpoints
after 48 iteration(s): 0.503664162907862 units
Optimizing Variables
Strategy 2
Average (rms) distance between Controlpoints
after 0 iteration(s): 0.503664167259295 units
Strategy 2
Average (rms) distance between Controlpoints
after 1 iteration(s): 0.503424719443968 units
Strategy 2
Average (rms) distance between Controlpoints
after 2 iteration(s): 0.503424719435034 units
Optimizing Variables
Strategy 1
Average (rms) distance between Controlpoints
after 0 iteration(s): 0.503424715194382 units
Strategy 1
Average (rms) distance between Controlpoints
after 1 iteration(s): 0.503424715194382 units
Optimizing Variables
Strategy 2
Average (rms) distance between Controlpoints
after 0 iteration(s): 0.503424719435034 units
Strategy 2
Average (rms) distance between Controlpoints
after 1 iteration(s): 0.503424719435034 units
Searching for best crop rectangle
Run called
Down to Algorithm
Original Image: 660x345
Inner 64 115444: 128 660 - 64 281
Starting 64: 128 660 - 64 281
Starting 32: 128 660 - 64 281
Starting 16: 128 660 - 32 313
Starting 8: 112 660 - 16 329
Starting 4: 104 660 - 16 337
Starting 2: 104 660 - 12 341
Starting 1: 104 660 - 10 343
Found Solution: 103 10 660 343
Crop 103x10 - 660x343
Crop Size 557x333
Set crop size to 103,10,660,343
Written output to pano-tmp.pto
Opened project pano.pto
Project contains
2 images
1 lenses
2 stacks
23 control points
Control points statistics
Mean error : 1.92
Standard deviation: 0.86
Minimum : 0.85
Maximum : 3.75
All images are connected.
============================================
Stitching panorama...
============================================
Platform: Linux 3.19.0-17-generic x86_64
Version: 2015.0.0.31a6f3742639
Working directory: /tmp/tmp.b4N04CNKte.hugin
Output prefix: left - right
Blender: enblend 4.1.3
ExifTool version: 9.95
Number of active images: 2
Output exposure value: 13.4
Canvas size: 660x345
ROI: (103, 10) - (660, 343)
FOV: 19x10
Projection: Rectilinear(0)
Using GPU for remapping: false
Panorama Outputs:
* Exposure corrected, low dynamic range
First input image
Number: 0
Filename: /tmp/tmp.b4N04CNKte.hugin/left.jpeg
Size: 648x486
Projection: Normal (rectilinear)
Response type: custom (EMoR)
HFOV: 13
Exposure value: 13.3
Remapping LDR images...
Multiple images output
loading left.jpeg
remapping left.jpeg
saving left - right0000.tif
loading right.jpeg
remapping right.jpeg
saving left - right0001.tif
Blending images...
enblend: warning: input images too small for coarse mask; switching to fine mask
enblend: info: loading next image: left - right0000.tif 1/1
enblend: info: loading next image: left - right0001.tif 1/1
enblend: info: writing final output
Updating metadata...
1 image files updated
Removing temporary files...
adt-run [08:46:01]: test simple.pano.test: -----------------------]
adt-run [08:46:01]: test simple.pano.test: - - - - - - - - - - results - - - -
- - - - - -
simple.pano.test FAIL non-zero exit status 1
--
Martin Pitt | http://www.piware.de
Ubuntu Developer (www.ubuntu.com) | Debian Developer (www.debian.org)
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