def any_from_args(name, geometry, order, base='lagrange',
force_bubble=False):
"""
Construct a particular polynomial space classes according to the
arguments passed in.
"""
if name is None:
name = PolySpace.suggest_name(geometry, order, base, force_bubble)
if PolySpace._all is None:
ps_files = get_paths('sfepy/discrete/fem/poly_spaces.py')
ps_files += get_paths('sfepy/discrete/dg/poly_spaces.py')
PolySpace._all = load_classes(ps_files, [PolySpace],
ignore_errors=True,
name_attr='name')
table = PolySpace._all
key = '%s_%s' % (base, PolySpace.keys[(geometry.dim,
geometry.n_vertex)])
if (geometry.name == '1_2') and (key not in table):
key = '%s_%s' % (base, 'tensor_product')
if force_bubble:
key += '_bubble'
return table[key](name, geometry, order)
def from_conf(conf, regions):
"""
Create a Field subclass instance based on the configuration.
"""
if Field._all is None:
from sfepy import get_paths
from sfepy.base.base import load_classes
field_files = [
ii for ii in get_paths('sfepy/discrete/fem/fields*.py')
if 'fields_base.py' not in ii
]
field_files += get_paths('sfepy/discrete/iga/fields*.py')
field_files += get_paths('sfepy/discrete/structural/fields*.py')
field_files += get_paths('sfepy/discrete/dg/fields.py')
Field._all = load_classes(field_files, [Field],
ignore_errors=True,
name_attr='family_name')
table = Field._all
space = conf.get('space', 'H1')
poly_space_base = conf.get('poly_space_base', 'lagrange')
key = space + '_' + poly_space_base
approx_order = parse_approx_order(conf.approx_order)
ao, force_bubble, discontinuous = approx_order
region = regions[conf.region]
if region.kind == 'cell':
# Volume fields.
kind = 'volume'
if discontinuous:
cls = table[kind + '_' + key + '_discontinuous']
else:
cls = table[kind + '_' + key]
obj = cls(conf.name,
conf.dtype,
conf.shape,
region,
approx_order=approx_order[:2])
else:
# Surface fields.
kind = 'surface'
cls = table[kind + '_' + key]
obj = cls(conf.name,
conf.dtype,
conf.shape,
region,
approx_order=approx_order[:2])
return obj
def from_conf(conf, regions):
"""
Create a Field subclass instance based on the configuration.
"""
if Field._all is None:
from sfepy import get_paths
from sfepy.base.base import load_classes
field_files = [ii for ii
in get_paths('sfepy/discrete/fem/fields*.py')
if 'fields_base.py' not in ii]
field_files += get_paths('sfepy/discrete/iga/fields*.py')
field_files += get_paths('sfepy/discrete/structural/fields*.py')
Field._all = load_classes(field_files, [Field], ignore_errors=True,
name_attr='family_name')
table = Field._all
space = conf.get('space', 'H1')
poly_space_base = conf.get('poly_space_base', 'lagrange')
key = space + '_' + poly_space_base
approx_order = parse_approx_order(conf.approx_order)
ao, force_bubble, discontinuous = approx_order
region = regions[conf.region]
if region.kind == 'cell':
# Volume fields.
kind = 'volume'
if discontinuous:
cls = table[kind + '_' + key + '_discontinuous']
else:
cls = table[kind + '_' + key]
obj = cls(conf.name, conf.dtype, conf.shape, region,
approx_order=approx_order[:2])
else:
# Surface fields.
kind = 'surface'
cls = table[kind + '_' + key]
obj = cls(conf.name, conf.dtype, conf.shape, region,
approx_order=approx_order[:2])
return obj
def from_conf(conf, regions):
"""
Create a Field subclass instance based on the configuration.
"""
if Field._all is None:
import sfepy
from sfepy.base.base import load_classes
field_files = [ii for ii in sfepy.get_paths('sfepy/fem/fields*.py')
if 'fields_base.py' not in ii]
Field._all = load_classes(field_files, [Field], ignore_errors=True,
name_attr='family_name')
table = Field._all
space = conf.get_default_attr('space', 'H1')
poly_space_base = conf.get_default_attr('poly_space_base', 'lagrange')
key = space + '_' + poly_space_base
approx_order = parse_approx_order(conf.approx_order)
ao, force_bubble, discontinuous = approx_order
if isinstance(conf.region, tuple):
# Surface fields.
region_name, kind = conf.region
region = regions[region_name]
cls = table[kind + '_' + key]
obj = cls(conf.name, conf.dtype, conf.shape, region,
approx_order=approx_order[:2])
else:
# Volume fields.
kind = 'volume'
if discontinuous:
cls = table[kind + '_' + key + '_discontinuous']
else:
cls = table[kind + '_' + key]
obj = cls(conf.name, conf.dtype, conf.shape, regions[conf.region],
approx_order=approx_order[:2])
return obj
def from_conf(conf, regions):
"""
Create a Field subclass instance based on the configuration.
"""
if Field._all is None:
from sfepy import get_paths
from sfepy.base.base import load_classes
field_files = [ii for ii in get_paths("sfepy/discrete/fem/fields*.py") if "fields_base.py" not in ii]
field_files += get_paths("sfepy/discrete/iga/fields*.py")
field_files += get_paths("sfepy/discrete/structural/fields*.py")
Field._all = load_classes(field_files, [Field], ignore_errors=True, name_attr="family_name")
table = Field._all
space = conf.get("space", "H1")
poly_space_base = conf.get("poly_space_base", "lagrange")
key = space + "_" + poly_space_base
approx_order = parse_approx_order(conf.approx_order)
ao, force_bubble, discontinuous = approx_order
region = regions[conf.region]
if region.kind == "cell":
# Volume fields.
kind = "volume"
if discontinuous:
cls = table[kind + "_" + key + "_discontinuous"]
else:
cls = table[kind + "_" + key]
obj = cls(conf.name, conf.dtype, conf.shape, region, approx_order=approx_order[:2])
else:
# Surface fields.
kind = "surface"
cls = table[kind + "_" + key]
obj = cls(conf.name, conf.dtype, conf.shape, region, approx_order=approx_order[:2])
return obj
from __future__ import absolute_import
import os
import sfepy
from sfepy.base.base import load_classes, insert_static_method
from .solvers import *
from .eigen import eig
solver_files = sfepy.get_paths('sfepy/solvers/*.py')
remove = ['setup.py', 'solvers.py', 'petsc_worker.py']
solver_files = [name for name in solver_files
if os.path.basename(name) not in remove]
solver_table = load_classes(solver_files,
[LinearSolver, NonlinearSolver,
TimeSteppingSolver, EigenvalueSolver,
OptimizationSolver], package_name='sfepy.solvers')
def register_solver(cls):
"""
Register a custom solver.
"""
solver_table[cls.name] = cls
def any_from_conf(conf, **kwargs):
"""Create an instance of a solver class according to the configuration."""
return solver_table[conf.kind](conf, **kwargs)
insert_static_method(Solver, any_from_conf)
del any_from_conf
del sfepy
import sfepy
import terms
import extmods
from terms import Terms, Term, CharacteristicFunction, vector_chunk_generator
from terms_th import THTerm, ETHTerm
from sfepy.base.base import load_classes
term_files = sfepy.get_paths('sfepy/terms/terms*.py')
term_table = load_classes(term_files, [Term], ignore_errors=True)
del sfepy
def register_term(cls):
"""
Register a custom term.
"""
term_table[cls.name] = cls
import sfepy
from sfepy.base.base import load_classes
from sfepy.solvers import NonlinearSolver, TimeSteppingSolver, LinearSolver, \
EigenvalueSolver, OptimizationSolver
solver_by_type_table = [[[TimeSteppingSolver], "Time-Stepping Solvers"],
[[NonlinearSolver], "Nonlinear Solvers"],
[[LinearSolver], "Linear Solvers"],
[[EigenvalueSolver], "Eigenvalue Problem Solvers"],
[[OptimizationSolver], "Optimization Solvers"]]
for i in enumerate(solver_by_type_table):
solver_by_type_table[i[0]][0] = \
load_classes(sfepy.solvers.solver_files,
solver_by_type_table[i[0]][0],
package_name='sfepy.solvers')
def trim(docstring):
"""Trim and split (doc)string."""
if not docstring:
return ''
# Convert tabs to spaces (following the normal Python rules)
# and split into a list of lines:
lines = docstring.expandtabs().splitlines()
# Determine minimum indentation (first line doesn't count):
indent = sys.maxsize
for line in lines[1:]:
stripped = line.lstrip()
if stripped:
import sfepy
import terms
import extmods
from terms import Terms, Term, CharacteristicFunction, vector_chunk_generator
from cache import DataCache, DataCaches
from sfepy.base.base import load_classes
term_files = sfepy.get_paths('sfepy/terms/terms*.py')
term_table = load_classes(term_files, [Term], ignore_errors=True)
cache_files = sfepy.get_paths('sfepy/terms/caches*.py')
cache_table = load_classes(cache_files, [DataCache], ignore_errors=True)
del sfepy
def register_term(cls):
"""
Register a custom term.
"""
term_table[cls.name] = cls
import sfepy
import terms
import extmods
from terms import Terms, Term
from terms_th import THTerm, ETHTerm
from sfepy.base.base import load_classes
term_files = sfepy.get_paths('sfepy/terms/terms*.py')
term_table = load_classes(term_files, [Term], ignore_errors=True)
del sfepy
def register_term(cls):
"""
Register a custom term.
"""
term_table[cls.name] = cls
import sfepy
import terms
import extmods
from terms import Terms, Term, CharacteristicFunction, vector_chunk_generator
from cache import DataCache, DataCaches
from sfepy.base.base import load_classes
term_files = sfepy.get_paths('sfepy/terms/terms*.py')
term_table = load_classes(term_files, [Term])
cache_files = sfepy.get_paths('sfepy/terms/caches*.py')
cache_table = load_classes(cache_files, [DataCache])
del sfepy
from sfepy.solvers.auto_fallback import AutoFallbackSolver
solver_by_type_table = [
[[AutoFallbackSolver], "Virtual Solvers with Automatic Fallback"],
[[TimeSteppingSolver], "Time-Stepping Solvers"],
[[NonlinearSolver], "Nonlinear Solvers"],
[[LinearSolver], "Linear Solvers"],
[[EigenvalueSolver], "Eigenvalue Problem Solvers"],
[[QuadraticEVPSolver], "Quadratic Eigenvalue Problem Solvers"],
[[OptimizationSolver], "Optimization Solvers"]
]
for i in enumerate(solver_by_type_table):
solver_by_type_table[i[0]][0] = \
load_classes(sfepy.solvers.solver_files,
solver_by_type_table[i[0]][0],
package_name='sfepy.solvers')
def trim(docstring):
"""Trim and split (doc)string."""
if not docstring:
return ''
# Convert tabs to spaces (following the normal Python rules)
# and split into a list of lines:
lines = docstring.expandtabs().splitlines()
# Determine minimum indentation (first line doesn't count):
indent = sys.maxsize
for line in lines[1:]:
stripped = line.lstrip()
if stripped:
from __future__ import absolute_import
import os
import sfepy
from sfepy.base.base import load_classes, insert_static_method
from .solvers import *
from .eigen import eig
from .auto_fallback import AutoFallbackSolver
solver_files = sfepy.get_paths('sfepy/solvers/*.py')
remove = ['setup.py', 'solvers.py', 'ls_mumps_parallel.py']
solver_files = [name for name in solver_files
if os.path.basename(name) not in remove]
solver_table = load_classes(solver_files,
[AutoFallbackSolver,
LinearSolver, NonlinearSolver,
TimeSteppingSolver, EigenvalueSolver,
QuadraticEVPSolver,
OptimizationSolver], package_name='sfepy.solvers')
def register_solver(cls):
"""
Register a custom solver.
"""
solver_table[cls.name] = cls
def any_from_conf(conf, **kwargs):
"""Create an instance of a solver class according to the configuration."""
try:
return solver_table[conf.kind](conf, **kwargs)
except Exception:
