def store(self, new_s, new_y):
"""
Store a new (s,y) pair. This method takes "small" vectors as
input, i.e., corresponding to the variables participating in
the quasi-Newton update.
"""
InverseLBFGS.store(self, new_y, new_s)
def store(self, new_s, new_y):
"""
Store a new (s,y) pair. This method takes "small" vectors as
input, i.e., corresponding to the variables participating in
the quasi-Newton update.
"""
InverseLBFGS.store(self, new_y, new_s)
def store(self, new_s, new_y):
# Simply swap s and y.
InverseLBFGS.store(self, new_y, new_s)
def store(self, new_s, new_y):
# Simply swap s and y.
InverseLBFGS.store(self, new_y, new_s)
