def _SymbolicSys_from_NumSys(
self, NS, conds, rref_equil, rref_preserv, new_eq_params=True
):
from pyneqsys.symbolic import SymbolicSys
import sympy as sp
ns = NS(
self,
backend=sp,
rref_equil=rref_equil,
rref_preserv=rref_preserv,
precipitates=conds,
new_eq_params=new_eq_params,
)
symb_kw = {}
if ns.pre_processor is not None:
symb_kw["pre_processors"] = [ns.pre_processor]
if ns.post_processor is not None:
symb_kw["post_processors"] = [ns.post_processor]
if ns.internal_x0_cb is not None:
symb_kw["internal_x0_cb"] = ns.internal_x0_cb
return SymbolicSys.from_callback(
ns.f,
self.ns,
nparams=self.ns + (self.nr if new_eq_params else 0),
**symb_kw
)
def _SymbolicSys_from_NumSys(self, NS, conds, rref_equil, rref_preserv):
from pyneqsys.symbolic import SymbolicSys
import sympy as sp
ns = NS(self, backend=sp, rref_equil=rref_equil,
rref_preserv=rref_preserv, precipitates=conds)
symb_kw = {}
if ns.pre_processor is not None:
symb_kw['pre_processors'] = [ns.pre_processor]
if ns.post_processor is not None:
symb_kw['post_processors'] = [ns.post_processor]
if ns.internal_x0_cb is not None:
symb_kw['internal_x0_cb'] = ns.internal_x0_cb
return SymbolicSys.from_callback(
ns.f, self.ns, nparams=self.ns + self.nr, **symb_kw)
def _SymbolicSys_from_NumSys(self, NS, conds, rref_equil, rref_preserv):
from pyneqsys.symbolic import SymbolicSys
import sympy as sp
ns = NS(self, backend=sp, rref_equil=rref_equil,
rref_preserv=rref_preserv, precipitates=conds)
symb_kw = {}
if ns.pre_processor is not None:
symb_kw['pre_processors'] = [ns.pre_processor]
if ns.post_processor is not None:
symb_kw['post_processors'] = [ns.post_processor]
if ns.internal_x0_cb is not None:
symb_kw['internal_x0_cb'] = ns.internal_x0_cb
return SymbolicSys.from_callback(
ns.f, self.ns, nparams=self.ns + self.nr, **symb_kw)
