Helper for iterative image processing algorithms.
This provides current values/initial values for further processing.If an inital flow is provided via the optional initFlow input slot, it is copied to the flow output in the first iteration. If left unconnected, an initial zero flow is generated matching the input sequence x/y/z dimensions and using the flowFrames (as t) and flowDimensions (as v). Auto detection of flowFrames means one frame less than the input sequence.
input slots | |
| InputSlot< CImgList< T > > | in |
| original sequence input | |
| InputSlot< CImgList< T > > | initFlow |
| initial flow guess | |
output slots | |
| OutputSlot< unsigned int > | count |
| iteration counter (resetted on iteration start, e.g. inner loop) | |
| OutputSlot< unsigned int > | countAll |
| iteration counter (not resetted, increasing only) | |
| OutputSlot< CImgList< T > > | flow |
| current flow solution | |
| OutputSlot< CImgList< T > > | residual |
| current residual energy | |
| OutputSlot< IteratorHelper< T > * > | self |
| self-pointer | |
| OutputSlot< CImgList< T > > | sequence |
| original sequence output | |
parameters | |
| Parameter< unsigned int > | flowDimensions |
| number of flow components for initialization | |
| Parameter< int > | flowFrames |
| number of frames for initial flow ( use -1 for auto detection ) | |
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.