@ALDParametrizedClass public class MTBSet_SnakeEnergyDerivable extends Object implements MTBSet_ActiveContourEnergy
Objects of this class contain a set of snake energies to be used in snake optimization. With each energy an individual weight is associated which allows application-dependent snake energy combinations. Per default the weights of all energies in the set are set to 1.0.
Important notice: in MiToBo there exists a specialized data I/O provider
MTBSet_SnakeEnergyDerivableDataIOSwing
for this class; however, the provider
only supports graphical data I/O. Accordingly the class is also annotated
as parametrized class to allow for using the generic parametrized class data
I/O provider ALDParametrizedClassDataIOCmdline
when using this class
in the context of commandline user interfaces.
Modifier and Type | Field and Description |
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protected MTBSetWeightedEnergy<MTBSnakeEnergyDerivable> |
energySet |
Constructor and Description |
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MTBSet_SnakeEnergyDerivable()
Default contructor for empty set.
|
MTBSet_SnakeEnergyDerivable(Vector<MTBSnakeEnergyDerivable> es)
Constructor for a given vector of energies.
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MTBSet_SnakeEnergyDerivable(Vector<MTBSnakeEnergyDerivable> es,
Vector<Double> ws)
Constructor with energies and weights.
|
Modifier and Type | Method and Description |
---|---|
void |
addEnergy(MTBSnakeEnergyDerivable e)
Append another energy to the list with default weight 1.0.
|
void |
addEnergy(MTBSnakeEnergyDerivable e,
double w)
Append another energy to the list.
|
MTBSnakeEnergyDerivable |
getEnergy(int i)
Returns element i of the energy list.
|
Vector<MTBSnakeEnergyDerivable> |
getEnergyList() |
Vector<MTBActiveContourEnergy> |
getGenericEnergyList()
Returns the list of energies.
|
Double |
getWeight(int i)
Returns element i of the weight list.
|
Vector<Double> |
getWeights()
Returns the list of weights.
|
void |
setEnergyList(Vector<MTBActiveContourEnergy> es)
Specify a new set of energies, all weights are reset to 1.0.
|
void |
setWeights(Vector<Double> ws)
Specify new weights.
|
String |
toString() |
protected MTBSetWeightedEnergy<MTBSnakeEnergyDerivable> energySet
public MTBSet_SnakeEnergyDerivable()
public MTBSet_SnakeEnergyDerivable(Vector<MTBSnakeEnergyDerivable> es)
es
- Vector with energies.public MTBSet_SnakeEnergyDerivable(Vector<MTBSnakeEnergyDerivable> es, Vector<Double> ws) throws de.unihalle.informatik.Alida.exceptions.ALDOperatorException
Both vectors must have the same size, otherwise an exception is thrown.
es
- Vector of energies.ws
- Vector of weights.de.unihalle.informatik.Alida.exceptions.ALDOperatorException
public void setEnergyList(Vector<MTBActiveContourEnergy> es)
setEnergyList
in interface MTBSet_ActiveContourEnergy
es
- New vector of energies.public void setWeights(Vector<Double> ws)
Note that it is assumed that the size of the weight vector matches the size of the current energy set.
setWeights
in interface MTBSet_ActiveContourEnergy
ws
- List of energy weights.public Vector<MTBActiveContourEnergy> getGenericEnergyList()
getGenericEnergyList
in interface MTBSet_ActiveContourEnergy
public Vector<MTBSnakeEnergyDerivable> getEnergyList()
public MTBSnakeEnergyDerivable getEnergy(int i)
getEnergy
in interface MTBSet_ActiveContourEnergy
i
- Index of energy to be returned.public Vector<Double> getWeights()
getWeights
in interface MTBSet_ActiveContourEnergy
public Double getWeight(int i)
getWeight
in interface MTBSet_ActiveContourEnergy
i
- Index of requested weight.public void addEnergy(MTBSnakeEnergyDerivable e, double w)
e
- New energy.w
- Weight for the energy.public void addEnergy(MTBSnakeEnergyDerivable e)
e
- New energy to be appended.Copyright © 2010–2020 Martin Luther University Halle-Wittenberg, Institute of Computer Science, Pattern Recognition and Bioinformatics. All rights reserved.