def update(self, env):
""" Update the environment with specific flags """
env.AppendUnique(CPPPATH=[env['boost_includes']])
env.AppendUnique(LIBPATH=[env['boost_lib']])
env.Append(CPPDEFINES='$%s_defines'%(self.name,))
env.Append(CPPFLAGS='$%s_flags'%(self.name,))
#boost > 1.43 changed naming scheme for mingw/cygwin.
if env['compiler'] == 'mingw' or platform==Cygwin:
if not self.__usingEgg: # ---- get version, from user boost or system
boostLibs = glob.glob(pj(env['boost_lib'],'libboost*'))
version = None
#find versions in there
for lib in boostLibs:
res = regc.search(lib)
if res and len(res.groups()):
version = res.groups()[0]
break
else: #get version, from egg
from openalea.deploy import get_metainfo
try:
version = get_metainfo("boost", "version")
except:
version = get_metainfo("boostpython", "version")
periods = version.count(".")
if periods == 1:
maj, min = map(int, version.split("."))
patch = 0
elif periods == 2:
maj, min, patch = map(int, version.split("."))
else:
raise Exception("Cannot determine the version of boost.")
# ---- OK we have the version numbers (maj, min, patch) and string (version)
version = version.replace(".", "_")
if maj >= 1 and min >= 43 :
boost_name= self.name +".dll" #on Windows mingw/cygwin we now only support boost compilations with --layout=system
else:
boost_name= self.name + env['boost_libs_suffix']
else:
boost_name= self.name + env['boost_libs_suffix']
env.AppendUnique(LIBS=[boost_name])
def update(self, env):
""" Update the environment with specific flags """
if env['WITH_BOOST']:
env.AppendUnique(CPPPATH=[env['boost_includes']])
env.AppendUnique(LIBPATH=[env['boost_libpath']])
env.Append(CPPDEFINES='$%s_defines' % (self.name, ))
env.Append(CPPFLAGS='$%s_flags' % (self.name, ))
#boost > 1.43 changed naming scheme for mingw/cygwin.
if env['compiler'] == 'mingw' or platform == Cygwin:
if not self.__usingEgg: # ---- get version, from user boost or system
boostLibs = glob.glob(join(env['boost_lib'], 'libboost*'))
version = None
#find versions in there
for lib in boostLibs:
res = regc.search(lib)
if res and len(res.groups()):
version = res.groups()[0]
break
else: #get version, from egg
from openalea.deploy import get_metainfo
try:
version = get_metainfo("boost", "version")
except:
version = get_metainfo("boostpython", "version")
periods = version.count(".")
if periods == 1:
maj, min = list(map(int, version.split(".")))
patch = 0
elif periods == 2:
maj, min, patch = list(map(int, version.split(".")))
else:
raise Exception("Cannot determine the version of boost.")
# ---- OK we have the version numbers (maj, min, patch) and string (version)
version = version.replace(".", "_")
if maj >= 1 and min >= 43:
boost_name = self.name + ".dll" #on Windows mingw/cygwin we now only support boost compilations with --layout=system
else:
boost_name = self.name + env['boost_libs_suffix']
else:
boost_name = self.name + env['boost_libs_suffix']
env.AppendUnique(LIBS=[boost_name])
__revision__ = "$Id$"
from openalea.deploy import get_metainfo
version = get_metainfo('vplants.plantik', 'version')
authors = get_metainfo('vplants.plantik', 'author')
def get_shared_data(file):
from os.path import join as pj
from openalea.deploy.shared_data import get_shared_data_path
import openalea.plantik
shared_data_path = get_shared_data_path(openalea.plantik.__path__)
return pj(shared_data_path, file)
from vplants.plantik import biotik
from biotik import *
from vplants.plantik import tools
from tools import *
from vplants.plantik import plants
from plants import *
from vplants.plantik import simulation
from simulation import *
from openalea.deploy import get_metainfo
version = get_metainfo('openalea.pylab', 'version')
authors = get_metainfo('openalea.pylab', 'author')
import tools
# This file has been generated at Sat Mar 6 21:17:54 2010
from openalea.core import Factory
from openalea.deploy import get_metainfo
version = get_metainfo('openalea.pylab', 'version')
authors = get_metainfo('openalea.pylab', 'author')
__name__ = 'openalea.pylab.mplot3d'
__editable__ = False
__description__ = '3D visualisation nodes related to pylab.mplot3d.'
__license__ = 'CECILL-C'
__url__ = 'http://openalea.gforge.inria.fr/doc/openalea/pylab/doc/_build/html/contents.html'
__alias__ = []
__version__ = version
__authors__ = authors
__institutes__ = 'INRIA/CIRAD'
__icon__ = 'icon.png'
__all__ = [
'py_pylab_PyLabPlot3D',
'py_pylab_PyLabContour3D',
'py_pylab_PyLabContourf3D',
]