def _convert_problem(self,
args,
problem_format,
valid_problem_formats,
**kwds):
return convert_problem(args,
problem_format,
valid_problem_formats,
self.has_capability,
**kwds)
def _convert_problem(self, args, problem_format, valid_problem_formats,
**kwds):
#
# If the problem is not None, then we assume that it has
# already been appropriately defined. Either it's a string
# name of the problem we want to solve, or its a functor
# object that we can evaluate directly.
#
if self._problem is not None:
return (self._problem, ProblemFormat.colin_optproblem, None)
#
# Otherwise, we try to convert the object explicitly.
#
return convert_problem(args, problem_format, valid_problem_formats,
self.has_capability, **kwds)
def _convert_problem(self,
args,
problem_format,
valid_problem_formats,
**kwds):
#
# If the problem is not None, then we assume that it has
# already been appropriately defined. Either it's a string
# name of the problem we want to solve, or its a functor
# object that we can evaluate directly.
#
if self._problem is not None:
return (self._problem,
ProblemFormat.colin_optproblem,
None)
#
# Otherwise, we try to convert the object explicitly.
#
return convert_problem(args,
problem_format,
valid_problem_formats,
self.has_capability,
**kwds)
