This version improves the compatibility with the bc and dc in base under
two aspects:
1) Remove printing of the version and copyright message for interactive
invocations of bc an dc.
2) Make dc exit after execution of commands passed via -e or -f. To get
the behavior of version 3.1.3 back, "-f -" can be appended to the
command line to read from STDIN until EOF.
Approved by: antoine (implicit)
From Changelog: https://github.com/NFFT/nfft/blob/develop/ChangeLog
* Fix Build of fastsum failing because fftw_libs are not found
* Update m4 files
* Remove superfluous calls to autoreconf in bootstrap
* Add Julia Interface fastsum
* Even bandwidth in NFCT and NFST
* Compute NFFT_EPSILON at runtime
* In-place fftw for dimension >1 (reduce memory consumption)
* Improve check if tests are executed in Matlab or Octave
* Fix build with Octave 5.1.0 in Windows
* Fix FFTW3 Linking problem while building
* Remove unnecessary dependence on ncurses library
* Add Julia Interface for NFCT, NFST
* FSFT: Spherical Fourier transform with equidistant nodes
* Inverse NFFT via frame approach
* _Complex is not supported by some compilers
* Extend NFFT Matlab interface to d>4
* Faster NFFT in 4D and 5D
* Add support for higher bandwidth in NFSFT and improve parallelization
* fastsum: Skip nearfield (pre-)computations when eps_I is zero
* Add NFSOFT Matlab class
* Add Mex interface for FPT
* OpenMP parallelization of NFSOFT
* Add NFFT Julia interface
* Add Latex for target `dist` in Travis
* Fix `ABS_SRCDIR` might return a wrong path
* Fix infft1d missing in release
* Solve compatibility problem with MATLAB 2018a
* Fix wrong libs flag when compiling for Octave and non-combined fftw3_threads
* Add bash script to build statically linked libs in Windows
* Add Octave tests
* Add NFSFT Matlab class
PR: 248078
Submitted by: marcel@herrbischoff.com
Use C++11 compiler:
CMake Error in src/CMakeLists.txt:
Target "wxmaxima" requires the language dialect "CXX11" (with compiler
extensions), but CMake does not know the compile flags to use to enable it.
MFH: 2020Q3 (fix build blanket)2020Q3 (fix build blanket)
Description:
PDAL Python support allows you to process data with PDAL into Numpy arrays. It supports embedding Python in PDAL pipelines with the readers.numpy and filters.python stages, and it provides a PDAL extension module to control Python interaction with PDAL.
Additionally, you can use it to fetch schema and metadata from PDAL operations.
Context:
Python plugin is removed from math/pdal and is available at https://pypi.org/project/PDAL/
Approved by: tcberner (mentor)
Yuri Victorovich
Danilo Egea Gondolfo
Dmitry Marakasov
TAKATSU Tomonari
Mateusz Piotrowski
Sunpoet Po-Chuan Hsieh
Li-Wen Hsu
Stefan Eßer
Stephen Montgomery-Smith
Gleb Popov
Thierry Thomas
Kirill Ponomarev
Loïc Bartoletti
Fernando Apesteguía
Piotr Kubaj
Mark Linimon
Antoine Brodin
Tobias Kortkamp