pkgsrc/graphics/hugin/distinfo

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$NetBSD: distinfo,v 1.23 2020/01/03 18:15:21 adam Exp $
SHA1 (hugin-2019.2.0.tar.bz2) = e91bfbb286d0d5f40cd93ecb961eb55a37f3f5bb
RMD160 (hugin-2019.2.0.tar.bz2) = d16c364779a48451b3b222a0dd0efa46535e6ddc
SHA512 (hugin-2019.2.0.tar.bz2) = 2ddfe7468a474c385ef66a88c3a5a2491183765ae431e5044f504d2e95ec3cb99c0b97b98dda282ba7950f6f2001f46b2f2ea39b9025718c2a329dea967685c1
Size (hugin-2019.2.0.tar.bz2) = 10335030 bytes
SHA1 (patch-CMakeLists.txt) = b5c72651a150e4c3c095f670eaaeabcb4b4c5749
Changes 2015.0.0: Hugin 2015.0 has a number of new features. Most of the changes are under the hood to improve stability, allow easier maintenance and easier addition of new features. The makefile based stitching engine has been replaced with direct calls to the underlying programs. This should reduce the overhead of calling the same program too often and so speed up the whole process. Hopefully this also allows the usage of more unusual characters in the filename. Instead of pto2mk and make we now have hugin_executor which can also be used for running the assistant from the command line. Hugin now has it's own blender, verdandi, based on a watershed algorithm, which has been included in 'nona'. verdandi can be chosen as the blender by choosing "builtin" in the stitcher tab, and can also be set in the Preferences. verdandi can also be called as a command line tool. The lensfun library has been removed as it did not fulfill our expectations. It has been replaced with our own camera and lens database which uses a data mining approach and operates automatically without user intervention. Geometric distortion and vignetting data have to be loaded manually. The fast preview window has a new tool to add or remove control points to selected areas in the output projection. Automatic exposure stack detection is now applied when loading images, and an option has been added to unlink image position when adding stacks. The fine-tune and auto-estimate functions in the control point tab have been made projection aware. It should now work also with images with different fov or different projections. The fine-tune feature has had a significant speed up when Hugin is compiled with the libfftw3 library (optional). PTBatcherGUI has more choice for the end of the process: depending on the operating system the PTBatcherGUI can be closed, the computer can be shut down or send to the hibernate mode. PTBatcherGUI now shows the thumbnails when searching for images in directories. Many of the underlying tools in hugin are now able to use available cpu cores.
2015-10-18 17:56:56 +02:00
SHA1 (patch-CMakeModules_FindPNG.cmake) = 811fd3cf6f819b31129e1560cd8acd1f7ee6defc
SHA1 (patch-doc_deghosting_mask.pod) = fe5462b10966420b0cf3fab004854d9dab3bfb4f
SHA1 (patch-src_hugin1_base__wx_wxPanoCommand.cpp) = d5bf8f747ae86338e728c472d3dc04bf4c84f182
SHA1 (patch-src_hugin1_calibrate__lens_LensCalFrame.cpp) = 9b815a681317cb19880e7bb6ef170bc14d01b28b
SHA1 (patch-src_hugin1_hugin_CPEditorPanel.cpp) = d373c00d4783b3edc1bad5a67339163a0c23d8c5
SHA1 (patch-src_hugin1_hugin_GLPreviewFrame.cpp) = fda8db4abf3ab10332d4309c90f0ef4f845c76a6
Changes 2015.0.0: Hugin 2015.0 has a number of new features. Most of the changes are under the hood to improve stability, allow easier maintenance and easier addition of new features. The makefile based stitching engine has been replaced with direct calls to the underlying programs. This should reduce the overhead of calling the same program too often and so speed up the whole process. Hopefully this also allows the usage of more unusual characters in the filename. Instead of pto2mk and make we now have hugin_executor which can also be used for running the assistant from the command line. Hugin now has it's own blender, verdandi, based on a watershed algorithm, which has been included in 'nona'. verdandi can be chosen as the blender by choosing "builtin" in the stitcher tab, and can also be set in the Preferences. verdandi can also be called as a command line tool. The lensfun library has been removed as it did not fulfill our expectations. It has been replaced with our own camera and lens database which uses a data mining approach and operates automatically without user intervention. Geometric distortion and vignetting data have to be loaded manually. The fast preview window has a new tool to add or remove control points to selected areas in the output projection. Automatic exposure stack detection is now applied when loading images, and an option has been added to unlink image position when adding stacks. The fine-tune and auto-estimate functions in the control point tab have been made projection aware. It should now work also with images with different fov or different projections. The fine-tune feature has had a significant speed up when Hugin is compiled with the libfftw3 library (optional). PTBatcherGUI has more choice for the end of the process: depending on the operating system the PTBatcherGUI can be closed, the computer can be shut down or send to the hibernate mode. PTBatcherGUI now shows the thumbnails when searching for images in directories. Many of the underlying tools in hugin are now able to use available cpu cores.
2015-10-18 17:56:56 +02:00
SHA1 (patch-src_hugin1_ptbatcher_BatchFrame.cpp) = 51ce24f1eb99cc5c0151758299eb1ecc34128171
SHA1 (patch-src_hugin__script__interface_hsi.i) = b11a52579fd12fdf7c51fef63049d285cb2b52e1
SHA1 (patch-src_tools_align_image_stack.cpp) = fc2759f0722365d4c5339c5c8bc1eda1a6bf7a71
SHA1 (patch-src_tools_tca__correct.cpp) = 73a86d3086336f168de5fb1cc02378a3ecc43104