![\[x_{n+1} = x_n-\gamma\left[\mathbf{H} E\right]^{-1}\cdot\nabla E\]](../html/form_39.png)
Second order Newton method.
This solver is based upon the second order Newton method. Hessian Stencils are needed.
input slots | |
| InputSlot< Roi< int > * > | roi |
| Input slot for region of interest. | |
| InputSlot< Base< T > * > | stencils |
| Input slot for Stencils. | |
output slots | |
| OutputSlot< CImgList< T > > | residual |
| Output slot for residual. | |
| OutputSlot< CImgList< T > > | result |
| Output slot for feedback. | |
parameters | |
This Module subclasses TemplatedParameteredObject< T >.
For documentation of parameters and slots inherited by this base class,
please have a look at the corresponding Module reference.
This module is templated. There are instances with T=int,float,double.
An additional parameter called templatetype
may be used to select which instantiation you want.
The detailed doxygen documentation beyond the parameters/slots may be found here.