def __init__(self, LHS_s, RHS_s, fFunc, t, x, useShallowCopy=True):
ObjectiveFunction_base.__init__(self, LHS_s, RHS_s)
self.xi = x / t
self.t = t
self.x = x
# The next bit is a one dimensional dictionary for the coefficents
# that can be passed to this Osher Function
self.c = {
('u', 0): numpy.zeros((1, ), 'd'),
('m', 0): numpy.zeros((1, ), 'd'),
('dm', 0, 0): numpy.zeros((1, ), 'd'),
('f', 0): numpy.zeros((1, 1), 'd'),
('df', 0, 0): numpy.zeros((1, 1), 'd'),
('a', 0, 0): numpy.zeros((1, 1, 1), 'd'),
('da', 0, 0, 0): numpy.zeros((1, 1, 1), 'd'),
('phi', 0): numpy.zeros((1, ), 'd'),
('dphi', 0, 0): numpy.zeros((1, ), 'd'),
('r', 0): numpy.zeros((1, ), 'd'),
('dr', 0, 0): numpy.zeros((1, ), 'd'),
('H', 0): numpy.zeros((1, ), 'd'),
('dH', 0, 0): numpy.zeros((1, 1), 'd')
}
if useShallowCopy:
self.fFunc = fFunc
else:
import copy
self.fFunc = copy.deepcopy(fFunc)
self.fFunc.initializeElementQuadrature(self.t, self.c)
if (LHS_s < RHS_s):
self.getResidual = self.Argmin
else:
self.getResidual = self.Argmax
def __init__(self,LHS_s,RHS_s,fFunc,t,x,useShallowCopy=True):
ObjectiveFunction_base.__init__(self,LHS_s,RHS_s)
self.xi = x/t
self.t = t
self.x = x
# The next bit is a one dimensional dictionary for the coefficents
# that can be passed to this Osher Function
self.c = {('u',0):numpy.zeros((1,),'d'),
('m',0):numpy.zeros((1,),'d'),
('dm',0,0):numpy.zeros((1,),'d'),
('f',0):numpy.zeros((1,1),'d'),
('df',0,0):numpy.zeros((1,1),'d'),
('a',0,0):numpy.zeros((1,1,1),'d'),
('da',0,0,0):numpy.zeros((1,1,1),'d'),
('phi',0):numpy.zeros((1,),'d'),
('dphi',0,0):numpy.zeros((1,),'d'),
('r',0):numpy.zeros((1,),'d'),
('dr',0,0):numpy.zeros((1,),'d'),
('H',0):numpy.zeros((1,),'d'),
('dH',0,0):numpy.zeros((1,1),'d')}
if useShallowCopy:
self.fFunc = fFunc
else:
import copy
self.fFunc = copy.deepcopy(fFunc)
self.fFunc.initializeElementQuadrature(self.t,self.c)
if(LHS_s < RHS_s):
self.getResidual = self.Argmin
else:
self.getResidual = self.Argmax
def __init__(self, LHS_s, RHS_s, fFunc, t, x):
ObjectiveFunction_base.__init__(self, LHS_s, RHS_s)
self.fFunc = fFunc
self.xi = x / t
if (LHS_s < RHS_s):
self.getResidual = self.Argmin
else:
self.getResidual = self.Argmax
def __init__(self,LHS_s,RHS_s,fFunc,t,x):
ObjectiveFunction_base.__init__(self,LHS_s,RHS_s)
self.fFunc = fFunc
self.xi = x/t
if(LHS_s < RHS_s):
self.getResidual = self.Argmin
else:
self.getResidual = self.Argmax
def __init__(self, LHS_x, RHS_x):
ObjectiveFunction_base.__init__(self, LHS_x, RHS_x)
def __init__(self,LHS_x,RHS_x):
ObjectiveFunction_base.__init__(self,LHS_x,RHS_x)
