rGOOSEFEM/setup.py
43ab7493db06neighbour

setup.py
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			desc = '''
			GooseFEM is a C++ module, wrapped in Python, that provides several predefined finite element meshes.
			The original C++ module also includes element definitions and several standard finite element
			simulations.
			'''

			from setuptools import setup, Extension

			import sys, re
			import setuptools
			import pybind11
			import pyxtensor

			header = open('include/xGooseFEM/GooseFEM.h','r').read()
			world = re.split(r'(.)(\#define XGOOSEFEM_WORLD_VERSION\ )([0-9]+)(.)',header)[3]
			major = re.split(r'(.)(\#define XGOOSEFEM_MAJOR_VERSION\ )([0-9]+)(.)',header)[3]
			minor = re.split(r'(.)(\#define XGOOSEFEM_MINOR_VERSION\ )([0-9]+)(.)',header)[3]

			__version__ = '.'.join([world,major,minor])

			ext_modules = [
			Extension(
			'GooseFEM',
			['include/xGooseFEM/python.cpp'],
			include_dirs=[
			pybind11 .get_include(False),
			pybind11 .get_include(True ),
			pyxtensor.get_include(False),
			pyxtensor.get_include(True ),
			pyxtensor.find_xtensor(),
			pyxtensor.find_xtl(),
			pyxtensor.find_eigen(),
			],
			language='c++'
			),
			]

			setup(
			name = 'GooseFEM',
			description = 'Finite element meshes, quadrature, and assembly tools',
			long_description = desc,
			version = __version__,
			license = 'GPLv3',
			author = 'Tom de Geus',
			author_email = 'tom@geus.me',
			url = 'https://github.com/tdegeus/GooseFEM',
			ext_modules = ext_modules,
			install_requires = ['pybind11>=2.2.0','pyxtensor>=0.0.1'],
			cmdclass = {'build_ext': pyxtensor.BuildExt},
			zip_safe = False,
			)