def func2():
F = geteval(core, 'tempF')
vl = geteval(core, 'vl')
JacFl = jacobian(F, vl)
return list(
regularize_dims(sp.Matrix(F)) -
matvecprod(JacFl, sp.Matrix(vl)))
def func():
G, v = geteval(core, 'G' + n1), geteval(core, 'v' + n2)
return jacobian(G, v)
def func():
F, v = geteval(core, 'tempF' + n1), geteval(core, 'v' + n2)
return jacobian(F, v)
def func():
G, v = geteval(core, 'G'+a), geteval(core, 'v'+b)
return jacobian(G, v)
def jacz(self):
"""
Return the jacobian of dissipative function
:math:`\left[\\mathcal{J}_{\\mathbf z}\right]_{i,j}(\\mathbf w)=\\frac{\partial z_i}{\partial w_j}(\\mathbf w)`.
"""
return jacobian(self.z, self.w)
def jacz(self):
"""
"""
return jacobian(self.z, self.w)