rlancaste / stellarsolver Goto Github PK
View Code? Open in Web Editor NEWLicense: GNU General Public License v3.0
License: GNU General Public License v3.0
stellarsolver/stellarsolver/astrometry/blind/verify.c
Lines 86 to 89 in e0aa8d3
vf
is lost here.
stellarsolver/stellarsolver/internalsextractorsolver.cpp
Lines 928 to 937 in e0aa8d3
engine
is lost here.
Capturing a single frame in Focus:
Thread 22 "SextractorSolve" received signal SIGFPE, Arithmetic exception.
[Switching to Thread 0xa1d7fb40 (LWP 2531)]
0xb518c6db in InternalSextractorSolver::runSEPSextractor (this=0xae178e20)
at /var/jenkins_home/workspace/kstars-ci_i386-stellarsolver/stellarsolver/internalsextractorsolver.cpp:252
252 /var/jenkins_home/workspace/kstars-ci_i386-stellarsolver/stellarsolver/internalsextractorsolver.cpp: No such file or directory.
(gdb) bt
#0 0xb518c6db in InternalSextractorSolver::runSEPSextractor() (this=0xae178e20)
at /var/jenkins_home/workspace/kstars-ci_i386-stellarsolver/stellarsolver/internalsextractorsolver.cpp:252
#1 0xb518e63e in InternalSextractorSolver::extract() (this=0xae178e20)
at /var/jenkins_home/workspace/kstars-ci_i386-stellarsolver/stellarsolver/internalsextractorsolver.cpp:99
#2 0xb518e63e in InternalSextractorSolver::run() (this=<optimized out>)
at /var/jenkins_home/workspace/kstars-ci_i386-stellarsolver/stellarsolver/internalsextractorsolver.cpp:141
#3 0xb581fdcc in () at /usr/lib/i386-linux-gnu/sse2/libQt5Core.so.5
#4 0xb52a43bd in start_thread (arg=0xa1d7fb40) at pthread_create.c:463
#5 0xb483bfe6 in clone () at ../sysdeps/unix/sysv/linux/i386/clone.S:108
This is an Atom i386 cpu with 1GB.
stellarsolver/stellarsolver/astrometry/util/fitsioutils.c
Lines 1154 to 1187 in e0aa8d3
fits
is lost here (two returns).
stellarsolver/stellarsolver/astrometry/util/fitstable.c
Lines 298 to 301 in e0aa8d3
buf
is lost here.
stellarsolver/stellarsolver/astrometry/util/fitstable.c
Lines 644 to 647 in e0aa8d3
dest
and tempdata
are lost here.
stellarsolver/stellarsolver/astrometry/util/fitstable.c
Lines 945 to 948 in e0aa8d3
fitsdata
and cdata
are lost here.
stellarsolver/stellarsolver/astrometry/util/fitstable.c
Lines 975 to 979 in e0aa8d3
fitsdata
and tempdata
are lost here.
stellarsolver/stellarsolver/astrometry/util/fitstable.c
Lines 839 to 843 in e0aa8d3
buf
and src
are lost here.
stellarsolver/stellarsolver/astrometry/util/fitstable.c
Lines 1274 to 1281 in e0aa8d3
outtable
is lost here.
Fedora has a (soft?) requirement that packages don't bundle other packages when they could be using a shared lib instead. This has caused stellarsolver packaging to get blocked, and kstars is very outdated because of it.
https://bugzilla.redhat.com/show_bug.cgi?id=1938451
I want to know if there is something special about these included libs or if it is fine to use the already packaged and up to date versions.
stellarsolver/stellarsolver/internalsextractorsolver.cpp
Lines 928 to 937 in e0aa8d3
engine
is lost here.
stellarsolver/stellarsolver/externalsextractorsolver.cpp
Lines 1328 to 1330 in e0aa8d3
free
is used instead of delete []
.
stellarsolver/stellarsolver/sep/extract.cpp
Lines 632 to 635 in e0aa8d3
There is a code path that uses psstack
without initialising it after allocation. That initialisation should probably be done around line 317.
stellarsolver/stellarsolver/astrometry/blind/blind.c
Lines 1392 to 1398 in e0aa8d3
hdr
and fout
are lost here.
stellarsolver/stellarsolver/astrometry/util/codekd.c
Lines 57 to 61 in e0aa8d3
io
is lost if reading the tree fails.
xyls
and rdls
are freed twice in that function, via rdlist_close
and xylist_close
going through bailout:
.
stellarsolver/stellarsolver/astrometry/util/wcs-pv2sip.c
Lines 181 to 191 in e0aa8d3
ct
is overwritten without being freed here.
stellarsolver/stellarsolver/astrometry/util/scamp-catalog.c
Lines 72 to 75 in e0aa8d3
hdrstring
, freehdr
and hdr
are lost here.
Hi,
looking here: https://github.com/rlancaste/stellarsolver/blob/master/stellarsolver/onlinesolver.cpp#L325
It seems the software is using a hardcoded value of nova.astrometry.net in place of the specified server (eg. from ekos config).
This makes it impossible to use a local copy of nova.
I get the following error when installing the prerequisites because I am asked to install obsolete software.
sudo apt -y install git cmake qt5-default libcfitsio-dev libgsl-dev wcslib-dev
Reading package lists... Done
Building dependency tree... Done
Reading state information... Done
Package qt5-default is not available, but is referred to by another package.
This may mean that the package is missing, has been obsoleted, or
is only available from another source
E: Package 'qt5-default' has no installation candidate
Paul
stellarsolver/stellarsolver/sep/extract.c
Lines 720 to 721 in e0aa8d3
stellarsolver/stellarsolver/sep/extract.cpp
Lines 728 to 729 in e0aa8d3
If isvarnoise
is false (image->noise == NULL
), this free uses the unitialised nbuf
struct.
Hi,
I'm having trouble getting StellerSolver even running with MacOS. The readme.md says to get a recent dmg, but there appears to be none for StellarSolver in github... I guess this means KStars?
After using craft to install stellarsolver, there's no description on how to get it started or run it. Does it run from inside KStars or a different app? How do I get the gui I'm seeing in the readme to appear?
Sorry for the newb questions, but I've been hunting on how to do this for the weekend with no luck.
stellarsolver/stellarsolver/parameters.cpp
Line 181 in e0aa8d3
Field inflags
is left uninitialised here.
Hi folks
This is not really a bug report, but more of a heads up :)
I actually did something very similar as you do here at:
https://github.com/mgreter/astrometrylib
I found your project a bit late in my attempt and since I IMHO got even a little bit
further at stripping down than you did here, I wanted to share some of my approaches.
Maybe you would like to take a peek at how I did the port ๐
In the end I only have 65 files from astrometry.net left in my tree (stellarsolver around 400?).
I also got completely rid of an-qfits
and the bl.h
lists. The former was of course the hardest, since
that meant I would need a different loader for the indexes. Instead of reinventing that wheel in C again,
I decided it would be easier to just convert the indexes to a more (fixed) binary format. This has of
course the drawback that the original indexes are not directly compatible, but this really got rid of
a lot of the complicated dependencies. And the new binary index loader is only ~250 lines and it
IMO really makes sense to have them very easily readable for this purpose.
I also added multi-threading to my POC in order to check that possibility. Other than that pretty much everything
else is hardcoded in my POC yet, although at the right places to implement something useful instead.
Hope you don't mind me opening this github issue.
Looking forward to your feedback!
https://lists.debian.org/debian-qt-kde/2021/02/msg00114.html
in this package there are files under the GPL-2 (stellarsolver/astrometry/libkd/an-fls.h) mixed with files under GPL-3+.
According to [1] this is not allowed.Thorsten
[1] https://www.gnu.org/licenses/gpl-faq.en.html#AllCompatibility
Also see: https://www.gnu.org/licenses/gpl-faq.en.html#v2v3Compatibility
Thank you very much for this amazing piece of software.
I was wondering if it was possible to setup a command-line version that would act as a direct (but more efficient) replacement for solve-field script from astrometry.net ?
Thank you very much for the help.
stellarsolver/stellarsolver/astrometry/util/sip_qfits.c
Lines 88 to 91 in e0aa8d3
stellarsolver/stellarsolver/astrometry/util/sip_qfits.c
Lines 121 to 124 in e0aa8d3
fid
is lost here.
stellarsolver/stellarsolver/astrometry/util/fitsioutils.c
Lines 253 to 257 in e0aa8d3
fits_pad_file
and fits_pad_file_with
are not closing fid
, thus leaking that on success.
stellarsolver/stellarsolver/astrometry/qfits-an/anqfits.c
Lines 546 to 557 in e0aa8d3
fid
is lost here.
stellarsolver/stellarsolver/astrometry/blind/solvedfile.c
Lines 245 to 249 in e0aa8d3
vals
is not closed on fwrite
success, leaking.
Example:
[ 22%] Building CXX object CMakeFiles/stellarsolver.dir/stellarsolver/sep/lutz.cpp.o
cc1plus: warning: command line option '-Wno-implicit-function-declaration' is valid for C/ObjC but not for C++
On Raspberry Pi4 8GB StellarSolverTester issues the following message:
Evaluating Installed RAM for inParallel Option. Total Size of Index files: 31.7369 GB, Installed RAM: 1.71799e+10 GB
There should be enough RAM to load the indexes in parallel.
Of course, it hasn't got that memory available, and, in fact, on the Pi4 8GB, any one process still only has 4GB available to it.
Most options results in a out-of-memory errors and eventually a seg fault.
Similarly, latest build of kstars from Git either fail to solve, or crash kstars when using StellarSolver.
stellarsolver/stellarsolver/astrometry/util/mathutil.c
Lines 412 to 415 in e0aa8d3
F
is lost here.
Whenever a double precision value is written to the log a crazy number is printed.
Affects users of Kstars on 32bit ARM like astroberry
It can be resolved by sprintf into a string followed by printf of the string but I imagine there is a compiler/linker option that might resolve it.
Not sure if it has any other flow on effect. Solving seems to work ok although I came across this helping another user whowas experiencing intermittent crashes when solving. The same values in the Kstars log look ok.
When astroberry is upgraded to 64 bit the issue should disappear.
I do recall a similar issue with the Avalon driver where printf of a double value requires the format to be %lf instead of %f to avoid a crash on RPi.
Google search shows a history of this issue or similar but no clear resolution and lots of red herrings.
I was able to reporduce the issue on Ubuntu 20.04 32 bit on RPi3 and with Ubuntu 20.04 64bit the log values print correctly
astrometrylog.txt
options already set which works best for me. So I have a few questions for your program:
These are all just a question I have because I am already using astrometry.net to solve all of it, but as I tried your software, it is much faster(under 2 sec, where astromety.net needs 4).
stellarsolver/stellarsolver/astrometry/qfits-an/qfits_image.c
Lines 454 to 455 in e0aa8d3
buf_out
/op
is lost in that function.
Hello!
I have posted a message on EKOS forum on indilib.org describing my problems with plate solving. I am not sure if you (the authors) read the forum, so decided to create an issue here.
Basically, the problem is that while in many cases StellarSolver solves images just fine, there are cases where it fails and I do not see explanation.
Lets take the attached Rosette Nebula image, when I resolve the image it fails:
Automatically downsampling the image by 3
Evaluating Installed RAM for inParallel Option. Total Size of Index files: 1.96174 GB, Installed RAM: 62.7147 GB, Free RAM: 5.21823 GB
There should be enough RAM to load the indexes in parallel.
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Starting Internal StellarSolver Sextractor with the 1-Default profile . . .
Stars Found before Filtering: 509
Stars Found after Filtering: 509
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Configuring StellarSolver
Scale range: 13.3125 to 16.2709 arcsec/pixel
Downsampling is multiplying the pixel scale by: 3
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Starting Internal StellarSolver Astrometry.net based Engine with the 1-Default profile. . .
Solver was aborted, timed out, or failed, so no solution was found
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Internal Extractor w/ StellarSolver failed after 591.048 second(s).
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Interestingly, when I un-check "Use Scale" (which by default is set to Low: 4.43751 and High: 5.42363) it gets solved immediately. I suspect that when I use KStars/EKOS to plate solve, it sets the Scale values and it is causing the issue, I have unchecked the scale options in EKOS settings but this does not make any difference:
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Automatically downsampling the image by 3
Evaluating Installed RAM for inParallel Option. Total Size of Index files: 1.96174 GB, Installed RAM: 62.7147 GB, Free RAM: 21.3926 GB
There should be enough RAM to load the indexes in parallel.
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Starting Internal StellarSolver Sextractor with the 1-Default profile . . .
Stars Found before Filtering: 508
Stars Found after Filtering: 508
Starting 24 threads to solve on multiple scales
Solver # 1, Low 0.1, High 0.412326 arcsecperpix
Solver # 2, Low 0.412326, High 1.34931 arcsecperpix
Solver # 3, Low 1.34931, High 2.91094 arcsecperpix
Solver # 4, Low 2.91094, High 5.09722 arcsecperpix
Solver # 5, Low 5.09722, High 7.90816 arcsecperpix
Solver # 6, Low 7.90816, High 11.3438 arcsecperpix
Solver # 7, Low 11.3438, High 15.404 arcsecperpix
Solver # 8, Low 15.404, High 20.0889 arcsecperpix
Solver # 9, Low 20.0889, High 25.3984 arcsecperpix
Solver # 10, Low 25.3984, High 31.3326 arcsecperpix
Solver # 11, Low 31.3326, High 37.8915 arcsecperpix
Solver # 12, Low 37.8915, High 45.075 arcsecperpix
Solver # 13, Low 45.075, High 52.8832 arcsecperpix
Solver # 14, Low 52.8832, High 61.316 arcsecperpix
Solver # 15, Low 61.316, High 70.3734 arcsecperpix
Solver # 16, Low 70.3734, High 80.0556 arcsecperpix
Solver # 17, Low 80.0556, High 90.3623 arcsecperpix
Solver # 18, Low 90.3623, High 101.294 arcsecperpix
Solver # 19, Low 101.294, High 112.85 arcsecperpix
Solver # 20, Low 112.85, High 125.031 arcsecperpix
Solver # 21, Low 125.031, High 137.836 arcsecperpix
Solver # 22, Low 137.836, High 151.266 arcsecperpix
Solver # 23, Low 151.266, High 165.321 arcsecperpix
Solver # 24, Low 165.321, High 180 arcsecperpix
Scale range: 0.1 to 0.412326 degrees wide
Image width: 4944 pixels, Downsampled Image width: 1648 pixels; arcsec per pixel range: 0.218447 to 0.900713
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Starting Internal StellarSolver Astrometry.net based Engine with the 1-Default profile. . .
Scale range: 15.404 to 20.0889 degrees wide
Image width: 4944 pixels, Downsampled Image width: 1648 pixels; arcsec per pixel range: 33.6495 to 43.8835
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Starting Internal StellarSolver Astrometry.net based Engine with the 1-Default profile. . .
Scale range: 45.075 to 52.8832 degrees wide
Image width: 4944 pixels, Downsampled Image width: 1648 pixels; arcsec per pixel range: 98.4648 to 115.521
Scale range: 52.8832 to 61.316 degrees wide
Image width: 4944 pixels, Downsampled Image width: 1648 pixels; arcsec per pixel range: 115.521 to 133.943
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Starting Internal StellarSolver Astrometry.net based Engine with the 1-Default profile. . .
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Starting Internal StellarSolver Astrometry.net based Engine with the 1-Default profile. . .
Scale range: 112.85 to 125.031 degrees wide
Image width: 4944 pixels, Downsampled Image width: 1648 pixels; arcsec per pixel range: 246.517 to 273.125
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Starting Internal StellarSolver Astrometry.net based Engine with the 1-Default profile. . .
Scale range: 101.294 to 112.85 degrees wide
Image width: 4944 pixels, Downsampled Image width: 1648 pixels; arcsec per pixel range: 221.273 to 246.517
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Starting Internal StellarSolver Astrometry.net based Engine with the 1-Default profile. . .
Scale range: 25.3984 to 31.3326 degrees wide
Image width: 4944 pixels, Downsampled Image width: 1648 pixels; arcsec per pixel range: 55.482 to 68.4451
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Starting Internal StellarSolver Astrometry.net based Engine with the 1-Default profile. . .
Scale range: 151.266 to 165.321 degrees wide
Image width: 4944 pixels, Downsampled Image width: 1648 pixels; arcsec per pixel range: 330.435 to 361.137
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Starting Internal StellarSolver Astrometry.net based Engine with the 1-Default profile. . .
Scale range: 125.031 to 137.836 degrees wide
Image width: 4944 pixels, Downsampled Image width: 1648 pixels; arcsec per pixel range: 273.125 to 301.098
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Starting Internal StellarSolver Astrometry.net based Engine with the 1-Default profile. . .
Scale range: 137.836 to 151.266 degrees wide
Image width: 4944 pixels, Downsampled Image width: 1648 pixels; arcsec per pixel range: 301.098 to 330.435
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Starting Internal StellarSolver Astrometry.net based Engine with the 1-Default profile. . .
Scale range: 1.34931 to 2.91094 degrees wide
Image width: 4944 pixels, Downsampled Image width: 1648 pixels; arcsec per pixel range: 2.94751 to 6.35884
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Starting Internal StellarSolver Astrometry.net based Engine with the 1-Default profile. . .
Scale range: 20.0889 to 25.3984 degrees wide
Image width: 4944 pixels, Downsampled Image width: 1648 pixels; arcsec per pixel range: 43.8835 to 55.482
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Starting Internal StellarSolver Astrometry.net based Engine with the 1-Default profile. . .
Scale range: 61.316 to 70.3734 degrees wide
Image width: 4944 pixels, Downsampled Image width: 1648 pixels; arcsec per pixel range: 133.943 to 153.728
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Starting Internal StellarSolver Astrometry.net based Engine with the 1-Default profile. . .
Scale range: 11.3438 to 15.404 degrees wide
Image width: 4944 pixels, Downsampled Image width: 1648 pixels; arcsec per pixel range: 24.78 to 33.6495
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Starting Internal StellarSolver Astrometry.net based Engine with the 1-Default profile. . .
Scale range: 165.321 to 180 degrees wide
Image width: 4944 pixels, Downsampled Image width: 1648 pixels; arcsec per pixel range: 361.137 to 393.204
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Starting Internal StellarSolver Astrometry.net based Engine with the 1-Default profile. . .
Scale range: 2.91094 to 5.09722 degrees wide
Image width: 4944 pixels, Downsampled Image width: 1648 pixels; arcsec per pixel range: 6.35884 to 11.1347
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Starting Internal StellarSolver Astrometry.net based Engine with the 1-Default profile. . .
Scale range: 7.90816 to 11.3438 degrees wide
Image width: 4944 pixels, Downsampled Image width: 1648 pixels; arcsec per pixel range: 17.2751 to 24.78
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Starting Internal StellarSolver Astrometry.net based Engine with the 1-Default profile. . .
Scale range: 5.09722 to 7.90816 degrees wide
Image width: 4944 pixels, Downsampled Image width: 1648 pixels; arcsec per pixel range: 11.1347 to 17.2751
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Starting Internal StellarSolver Astrometry.net based Engine with the 1-Default profile. . .
Scale range: 37.8915 to 45.075 degrees wide
Image width: 4944 pixels, Downsampled Image width: 1648 pixels; arcsec per pixel range: 82.7727 to 98.4648
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Starting Internal StellarSolver Astrometry.net based Engine with the 1-Default profile. . .
Scale range: 70.3734 to 80.0556 degrees wide
Image width: 4944 pixels, Downsampled Image width: 1648 pixels; arcsec per pixel range: 153.728 to 174.879
Scale range: 0.412326 to 1.34931 degrees wide
Image width: 4944 pixels, Downsampled Image width: 1648 pixels; arcsec per pixel range: 0.900713 to 2.94751
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Starting Internal StellarSolver Astrometry.net based Engine with the 1-Default profile. . .
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Starting Internal StellarSolver Astrometry.net based Engine with the 1-Default profile. . .
Scale range: 80.0556 to 90.3623 degrees wide
Image width: 4944 pixels, Downsampled Image width: 1648 pixels; arcsec per pixel range: 174.879 to 197.393
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Starting Internal StellarSolver Astrometry.net based Engine with the 1-Default profile. . .
Scale range: 90.3623 to 101.294 degrees wide
Image width: 4944 pixels, Downsampled Image width: 1648 pixels; arcsec per pixel range: 197.393 to 221.273
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Starting Internal StellarSolver Astrometry.net based Engine with the 1-Default profile. . .
Scale range: 31.3326 to 37.8915 degrees wide
Image width: 4944 pixels, Downsampled Image width: 1648 pixels; arcsec per pixel range: 68.4451 to 82.7727
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Starting Internal StellarSolver Astrometry.net based Engine with the 1-Default profile. . .
+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Solve Log Odds: 155.568
Number of Matches: 22
Solved with index: 4111
Field center: (RA,Dec) = (97.9495, 4.9492) deg.
Field center: (RA H:M:S, Dec D:M:S) = (06:31:47.870, +04:56:57.124).
Field is: (-14.7958, -9.18354) deg from search coords.
Field size: 3.05834 x 2.03064 degrees
Pixel Scale: 2.22755"
Field rotation angle: up is 78.6137 degrees E of N
Field parity: neg
You can find more test images (which fail and succeed), including the Rosetta one, here: https://drive.google.com/drive/folders/1S7Mn9SVHWSAEA8Cn5O0KCPFPdfGlnJaQ?usp=sharing
stellarsolver/stellarsolver/sep/extract.cpp
Lines 269 to 271 in e0aa8d3
stellarsolver/stellarsolver/sep/extract.cpp
Line 610 in e0aa8d3
if luflag
is true
and some other conditions around line 570, info
is used uninitialised here.
stellarsolver/stellarsolver/sep/extract.cpp
Lines 355 to 359 in e0aa8d3
stellarsolver/stellarsolver/sep/extract.cpp
Line 752 in e0aa8d3
If conv
is true
, cdscan
leaks here.
stellarsolver/stellarsolver/astrometry/util/qidxfile.c
Lines 56 to 59 in e0aa8d3
qf
is lost here.
stellarsolver/stellarsolver/astrometry/libkd/kdtree_internal.c
Lines 2411 to 2415 in e0aa8d3
Resource leak confirmed by Coverity.
Hi @rlancaste
This is not an issue, just a question.
What do you think, is it possible to build this library for Android platform using the Android NDK?
BR,
Ladislav
stellarsolver/stellarsolver/astrometry/util/starkd.c
Lines 559 to 562 in e0aa8d3
io
is lost here.
stellarsolver/stellarsolver/externalsextractorsolver.cpp
Lines 1291 to 1296 in e0aa8d3
stellarsolver/stellarsolver/externalsextractorsolver.cpp
Lines 1302 to 1306 in e0aa8d3
xArray
, magArray
and yArray
are lost here.
It seems path
is overwritten repeatedly, sometimes not initialized properly, in that function. Code is a bit strange, I did not follow all paths ๐
Hi, first off all this work is what i've been looking for for a long time !
thanks a lot, it works like a charm and i'm sure it's the way things should be done
Could you provide a really basic command line example ?
For example
1- open fits file
2- SEP or Solve
3- ouput results
(yes : i'm lost in Qt cutties to understand your Tester)
Thanks again
Gilles
stellarsolver/stellarsolver/astrometry/util/quadfile.c
Lines 76 to 79 in e0aa8d3
qf
is lost here.
stellarsolver/stellarsolver/astrometry/util/multiindex.c
Lines 140 to 148 in e0aa8d3
quads
and fits
are freed twice here. codes
is not used, its free branch is dead code.
hi everyone,
Thanks for making this available! It is difficult to set up astrometry.net on mac.
I know that this is not the goal of the project, but it would be very useful if the solution WCS could be applied to the input image for processing data after the fact. I have not seen any way to do this for standalone images in kstars either, or am I missing something? thanks!
stellarsolver/stellarsolver/sep/aperture.cpp
Line 520 in e0aa8d3
There is a code path that has ssize
uninitialised here. Consider initialising ssize
. I can report the path, but well, just initialise please ;)
stellarsolver/stellarsolver/astrometry/util/scamp.c
Lines 27 to 34 in e0aa8d3
Both hdr
and scamp
leak here.
stellarsolver/stellarsolver/astrometry/util/fitsioutils.c
Lines 1137 to 1140 in e0aa8d3
fits
is lost here.
counts
is lost here.
A declarative, efficient, and flexible JavaScript library for building user interfaces.
๐ Vue.js is a progressive, incrementally-adoptable JavaScript framework for building UI on the web.
TypeScript is a superset of JavaScript that compiles to clean JavaScript output.
An Open Source Machine Learning Framework for Everyone
The Web framework for perfectionists with deadlines.
A PHP framework for web artisans
Bring data to life with SVG, Canvas and HTML. ๐๐๐
JavaScript (JS) is a lightweight interpreted programming language with first-class functions.
Some thing interesting about web. New door for the world.
A server is a program made to process requests and deliver data to clients.
Machine learning is a way of modeling and interpreting data that allows a piece of software to respond intelligently.
Some thing interesting about visualization, use data art
Some thing interesting about game, make everyone happy.
We are working to build community through open source technology. NB: members must have two-factor auth.
Open source projects and samples from Microsoft.
Google โค๏ธ Open Source for everyone.
Alibaba Open Source for everyone
Data-Driven Documents codes.
China tencent open source team.