def __init__(self):
self.name = ''
self.pathname = ''
self._subsystems = OrderedDict()
self._params_dict = OrderedDict()
self._unknowns_dict = OrderedDict()
# specify which variables are promoted up to the parent. Wildcards
# are allowed.
self._promotes = ()
self.comm = None
# for those Systems that perform file I/O
self.directory = ''
# if True, create any directories needed by this System that don't exist
self.create_dirs = False
# create placeholders for all of the vectors
self.unknowns = _PlaceholderVecWrapper('unknowns')
self.resids = _PlaceholderVecWrapper('resids')
self.params = _PlaceholderVecWrapper('params')
self.dunknowns = _PlaceholderVecWrapper('dunknowns')
self.dresids = _PlaceholderVecWrapper('dresids')
opt = self.fd_options = OptionsDictionary()
opt.add_option('force_fd',
False,
desc="Set to True to finite difference this system.")
opt.add_option(
'form',
'forward',
values=['forward', 'backward', 'central', 'complex_step'],
desc="Finite difference mode. (forward, backward, central) "
"You can also set to 'complex_step' to peform the complex "
"step method if your components support it.")
opt.add_option("step_size",
1.0e-6,
lower=0.0,
desc="Default finite difference stepsize")
opt.add_option("step_type",
'absolute',
values=['absolute', 'relative'],
desc='Set to absolute, relative')
self._impl = None
self._num_par_fds = 1 # this will be >1 for ParallelFDGroup
self._par_fd_id = 0 # for ParallelFDGroup, this will be >= 0 and
# <= the number of parallel FDs
self._reset() # initialize some attrs that are set during setup
def __init__(self):
self.name = ''
self.pathname = ''
self._dircontext = _DummyContext()
self._subsystems = OrderedDict()
self._params_dict = OrderedDict()
self._unknowns_dict = OrderedDict()
# specify which variables are promoted up to the parent. Wildcards
# are allowed.
self._promotes = ()
self.comm = None
# for those Systems that perform file I/O
self.directory = ''
# if True, create any directories needed by this System that don't exist
self.create_dirs = False
# create placeholders for all of the vectors
self.unknowns = _PlaceholderVecWrapper('unknowns')
self.resids = _PlaceholderVecWrapper('resids')
self.params = _PlaceholderVecWrapper('params')
self.dunknowns = _PlaceholderVecWrapper('dunknowns')
self.dresids = _PlaceholderVecWrapper('dresids')
opt = self.fd_options = OptionsDictionary()
opt.add_option('force_fd', False,
desc="Set to True to finite difference this system.")
opt.add_option('form', 'forward',
values=['forward', 'backward', 'central', 'complex_step'],
desc="Finite difference mode. (forward, backward, central) "
"You can also set to 'complex_step' to peform the complex "
"step method if your components support it.")
opt.add_option("step_size", 1.0e-6, lower=0.0,
desc="Default finite difference stepsize")
opt.add_option("step_type", 'absolute',
values=['absolute', 'relative'],
desc='Set to absolute, relative')
self._impl = None
self._num_par_fds = 1 # this will be >1 for ParallelFDGroup
self._par_fd_id = 0 # for ParallelFDGroup, this will be >= 0 and
# <= the number of parallel FDs
self._reset() # initialize some attrs that are set during setup
def __init__(self):
self.name = ''
self.pathname = ''
self._subsystems = OrderedDict()
self._local_subsystems = []
self._params_dict = OrderedDict()
self._unknowns_dict = OrderedDict()
# specify which variables are promoted up to the parent. Wildcards
# are allowed.
self._promotes = ()
self.comm = None
# create placeholders for all of the vectors
self.unknowns = _PlaceholderVecWrapper('unknowns')
self.resids = _PlaceholderVecWrapper('resids')
self.params = _PlaceholderVecWrapper('params')
self.dunknowns = _PlaceholderVecWrapper('dunknowns')
self.dresids = _PlaceholderVecWrapper('dresids')
# dicts of vectors used for parallel solution of multiple RHS
self.dumat = {}
self.dpmat = {}
self.drmat = {}
opt = self.fd_options = OptionsDictionary()
opt.add_option('force_fd', False,
desc="Set to True to finite difference this system.")
opt.add_option('form', 'forward',
values=['forward', 'backward', 'central', 'complex_step'],
desc="Finite difference mode. (forward, backward, central) "
"You can also set to 'complex_step' to peform the complex "
"step method if your components support it.")
opt.add_option("step_size", 1.0e-6,
desc="Default finite difference stepsize")
opt.add_option("step_type", 'absolute',
values=['absolute', 'relative'],
desc='Set to absolute, relative')
self._relevance = None
self._impl = None
def __init__(self):
self.name = ""
self.pathname = ""
self._params_dict = OrderedDict()
self._unknowns_dict = OrderedDict()
# specify which variables are promoted up to the parent. Wildcards
# are allowed.
self._promotes = ()
self.comm = None
# create placeholders for all of the vectors
self.unknowns = _PlaceholderVecWrapper("unknowns")
self.resids = _PlaceholderVecWrapper("resids")
self.params = _PlaceholderVecWrapper("params")
self.dunknowns = _PlaceholderVecWrapper("dunknowns")
self.dresids = _PlaceholderVecWrapper("dresids")
self.dparams = _PlaceholderVecWrapper("dparams")
# dicts of vectors used for parallel solution of multiple RHS
self.dumat = {}
self.dpmat = {}
self.drmat = {}
opt = self.fd_options = OptionsDictionary()
opt.add_option("force_fd", False, desc="Set to True to finite difference this system.")
opt.add_option(
"form",
"forward",
values=["forward", "backward", "central", "complex_step"],
desc="Finite difference mode. (forward, backward, central) "
"You can also set to 'complex_step' to peform the complex "
"step method if your components support it.",
)
opt.add_option("step_size", 1.0e-6, desc="Default finite difference stepsize")
opt.add_option("step_type", "absolute", values=["absolute", "relative"], desc="Set to absolute, relative")
self._relevance = None
self._impl_factory = None
