ArmaNpy is designed and developed as an accessible and open source set of SWIG interface files. ArmaNpy allows you to quickly and easily generate Python bindings to C++ code which uses the Armadillo matrix library. From within Python any Armadillo matrix is represented as a NumPy matrix.
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ArmaNpy is a Python library and has been designed to be a standalone program, no additional dependencies are required. Downloads Download here a zip file with everything you need, including a quick start guide: ArmaNpy_v2.0.0.zip ArmaNpy Tutorial and Documentation: Project Wiki: Previous and related work: Contact ArmaNpy has been designed with the intent to be an open source project, if you are interested in helping me in this, please send me an e-mail, E-mail: email@example.com ArmaNpy GitHub: ArmNpy is a set of SWIG interface files, which allows you to quickly and easily generate Python bindings to C++ code which uses the Armadillo library. From within Python any Armadillo matrix is represented as a NumPy matrix. ArmNpy is available for all major Linux distributions and MacOS X. Contact: firstname.lastname@example.org Tutorial & Docs The ArmNpy project aims to build the framework for generating Python bindings to Armadillo matrices. ArmNpy is released under the MIT license. You can find the source code on github: Documentation on the ArmNpy wiki Note that ArmNpy is written in Python 3. Recently, it’s becoming a necessity to store large amount of data on a single machine. Such store is often called Data Core, Storage Area Network or High Performance Computing Server. How will a single machine be able to store and process huge amount of data with minimum
ArmaNpy is a set of Python files that can be used to generate Python bindings to C++ code which uses the Armadillo matrix library I’ve written a ‘How to’ and I’m trying to follow the instructions on implementing the example code: I’ve downloaded and installed SWIG. I’ve generated the wrap file using: swig -c++ -python3.6 -python3.6 myfile.cxx I’ve built the.so and.so.1 files using the -shared flag: lipo -create -output libarmagnpy.so.1.0.0 armagnpy.so libarmagnpy.so.1.0.0 was built in the /usr/local/lib directory. I’ve made sure that the -llibname.so flag was being used when generating the swig interface file. At this stage my setup is ready, and I can build the Python package with: sudo python setup.py build I can then open the package in Python (so I know my setup is working): sudo python -c «import a.mylib.a» Now I get a module that should work, but it doesn’t. When I try to load it with: a.mylib.a.numpy() I get: AttributeError: module ‘a.mylib.a’ has no attribute ‘numpy’ And I can’t seem to figure out what’s wrong. I’ve used the default SWIG interface file: swig -python -in myfile.i Any help would be greatly appreciated! A: I’ve managed to figure this out myself now, but I’ll leave the solution up for the record. Firstly I should note that the example from Armadillo (see numpy example) used a C++11 compatible compiler. I was using g++ to build for C++11. To get around this I followed the instructions at In my case: $ g++ -std=c++11 -O3 -shared -std=c++11 -fPIC -I/usr/include/armadillo -I/usr/include/python3.6 – 2f7fe94e24
Armadillo is a free C++ linear algebra library and numerical computation package. Features: ✅ Support for Armadillo matrix library. ✅ Support for C++ structures. ✅ NumPy on top of Armadillo API. ✅ Python for Armadillo matrix operations. ✅ SWIG interface ✅ Open source ✅ Pre-built binary distributions ✅ No need to install anything (cross-platform) ✅ Increase your python knowledge ✅ Performance ✅ Binary install and not only a source install ✅ For more information please visit the home page: The implementation of `ArmaNpy` will automatically generate Python bindings for Armadillo matrix library. To use the `ArmaNpy` implementation, you only need to install `SWIG` software and use `swig` command to create Python bindings for Armadillo matrix library. Armadillo is free software, under the GNU General Public License (GPL). Armadillo is based on NumPy is a part of SciPy and is also licensed under the GPL. Armadillo: A free C++ linear algebra library Armadillo provides routines for the efficient calculation of the eigenvalues and eigenvectors of symmetric and Hermitian matrices. It implements the algorithms in the corresponding algorithms in LAPACK, including an LQ decomposition. Armadillo: Software for Linear Algebra and Scientific Computing in C++ Open source Armadillo is a free C++ linear algebra library and numerical computation package. Features: ✅ Support for Armadillo matrix library. ✅ Support for C++ structures. ✅ NumPy on top of Armadillo API. ✅ Python for Armadillo matrix operations. ✅ SWIG interface ✅ Open source ✅ Pre-built binary distributions ✅ No need to install anything (cross-platform) ✅ Increase your python knowledge ✅ Performance ✅ Binary install and not only a source install ✅ For more information please visit the home page: A set of useful Python
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——————– ArmaNpy is a set of SWIG interface files designed and developed to allow Python developers to generate C++ Python bindings to Armadillo matrix code that uses the Armadillo matrix library. There is support for generating C++ Python bindings to both C++ and Fortran. ArmaNpy and its associated documentation has been released as open source under the GPL license. ArmaNpy release history: —————————- Version 2.2.1 – Remove an old non-functional Debian bug fix workaround – Refactor the generate_doc.py tool Version 2.2.0 – Fix a bug in the docs/manual.pdf documentation Version 2.1.2 – Fix a bug in the docs/manual.pdf documentation Version 2.1.1 – Update the documentation to be compliant with the 2.1 release of SWIG Version 2.1.0 – Generate new documentation – Fix a bug in the docs/manual.pdf documentation Version 2.0.0 – Split the system into three parts, INTRO.rst, ARMADILLO.rst, ARMANPY.rst – Add documentation for the different commands – Export a new option to allow users to link against Armadillo libraries instead of the Armadillo header files Version 1.4.2 – Fix a bug in the docs/manual.pdf documentation Version 1.4.1 – Fix a bug in the docs/manual.pdf documentation Version 1.4.0 – Update the docs/manual.pdf documentation Version 1.3.1 – Fix a bug in the docs/manual.pdf documentation Version 1.3.0 – Fix a bug in the docs/manual.pdf documentation Version 1.2.0 – Generate new documentation Version 1.1.1 – Fix an old Debian bug: – Fix a bug in the docs/manual.pdf documentation Version 1.1.0 – Update the docs/manual.pdf documentation Version 1.0.0 – Initial release You can choose to use a local installation of Apache2, or download the easy to install WSGI module: You can choose a Python version to compile for, or let the developer select the desired Python version via the environment variables : Debian 5
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