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Packages that use RowKey | |
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org.knime.base.data.append.column | |
org.knime.base.data.append.row | |
org.knime.base.data.filter.column | Contains column filter for DataTable objects which
includes or excludes a certain number of columns from a given data table. |
org.knime.base.data.replace | |
org.knime.base.node.mine.bayes.naivebayes.predictor | This package contains the classes of the predictor node. |
org.knime.base.node.mine.bfn | Contains abstract and util classes to train and perform prediction to rule models, also called BasisFunction models. |
org.knime.base.node.mine.bfn.fuzzy | Contains the learner and predictor to train fuzzy rules and apply them to unknown data. |
org.knime.base.node.mine.bfn.radial | Contains the PNN learner and predictor. |
org.knime.base.node.mine.cluster.fuzzycmeans | The fuzzycmeans package contains all classes for the Fuzzy c-means node. |
org.knime.base.node.mine.decisiontree2.model | This package contains code for a decision tree model. |
org.knime.base.node.mine.mds | A node that applies multi dimensional scaling (MDS) on high dimensional data. |
org.knime.base.node.mine.mds.mdsprojection | A node that applies multi dimensional scaling (MDS) projection on high dimensional data. |
org.knime.base.node.mine.scorer.accuracy | Similar to the default scorer. |
org.knime.base.node.mine.scorer.entrop | Node that performs an entropy calculation and compares two clustering results. |
org.knime.base.node.mine.sota.logic | Contains the logic classes of SOTA. |
org.knime.base.node.mine.sota.predictor | Contains the Sotapredictor node, which can be used for class prediction of incoming data. |
org.knime.base.node.mine.subgroupminer | This package contains everything necessary for normal subgroup mining. |
org.knime.base.node.mine.subgroupminer.freqitemset | This package contains the necessary data structures for the subgroup mining. |
org.knime.base.node.mine.svm.predictor | This subpackage contains all classes for the SVM Predictor Node. |
org.knime.base.node.mine.svm.util | This subpackage contains some utility classes for the SVM node. |
org.knime.base.node.preproc.binner | Contains a node to bin/group a number of numeric columns into a string column by predefined intervals. |
org.knime.base.node.preproc.cellsplit | Contains the implementation of a node that splits (and replaces) a values in a column into multiple new ones. |
org.knime.base.node.preproc.cellsplitbypos | |
org.knime.base.node.preproc.columnTrans | This package contains the classes of the Many2One and One2Many column transformation nodes. |
org.knime.base.node.preproc.groupby | Contains a node to perform a group by operation on an input table. |
org.knime.base.node.preproc.rowkey | This package contains all classes of the RowKey node which provides the following function: Replacing of the current rowkey with the values of a column Creating a column with the row key values |
org.knime.base.node.preproc.setoperator | Contains a node to perform a set operation on two columns from two input tables. |
org.knime.base.node.viz.aggregation | This package contains all data models and some utility classes which are used in the different aggregation visualization implementations like pie chart and histogram. |
org.knime.base.node.viz.condbox | Contains all classes that realize a conditional box plot. |
org.knime.base.node.viz.histogram.datamodel | This package contains all data and visualization models which are used in the different histogram implementations. |
org.knime.base.node.viz.histogram.util | Contains utility classes which performe binning or which are used in dialogs to select the aggregation columns. |
org.knime.base.node.viz.pie.datamodel | This package contains the pie chart data model classes. |
org.knime.base.node.viz.plotter | Contains the basic viewing framework for KNIME. |
org.knime.base.node.viz.plotter.box | Contains all classes that realize a box plot. |
org.knime.base.node.viz.plotter.dendrogram | Contains all classes necessary to visualize a hierachical clustering result
represented by a DendrogramNode . |
org.knime.base.node.viz.plotter.parcoord | A ParallelCoordinatePlot is a representation of multi-dimensional information or data, in which multiple dimensions are allocated to parallel axes on-screen. |
org.knime.base.node.viz.plotter.scatter | A scatter plot maps to columns (dimensions) of data to 2-dimensional space, which results that each row (data instance) can be represented as one 2-dimensional point. |
org.knime.core.data | Contains the interface definitions of the DataCell
and DataTable and related
classes, used to store and access the actual data. |
org.knime.core.data.container |
Implementation of a DataContainer . |
org.knime.core.data.def | Provides default implementations for all (except
DataTable ) abstract
classes in the data package.The default implementations of classes derived from DataCell just store their
values in members of the appropriate java type (like
DoubleCell has a private
member of Java type double, etc.).The default implementation of DataTable
is deprecated and shouldn't be used. |
org.knime.core.node.config | Contains a utility class Config to store
a general state (i.e. |
org.knime.core.node.property.hilite | Contains hilite classes to maintain hilite events between different views. |
org.knime.core.node.tableview | Node implementation of a table view. |
Uses of RowKey in org.knime.base.data.append.column |
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Methods in org.knime.base.data.append.column that return RowKey | |
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RowKey |
AppendedColumnRow.getKey()
Returns the row key. |
Constructors in org.knime.base.data.append.column with parameters of type RowKey | |
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AppendedColumnRow(RowKey rowKey,
DataRow baseRow,
DataCell... appendCell)
Creates new Row with baseRow providing the first cells and
appendCell as last cells. |
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AppendedColumnRow(RowKey rowKey,
DataRow baseRow,
DataRow appendedRow)
Create a new row with the baseRow providing the first cells
and appendedRow providing the following cells. |
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AppendedColumnRow(RowKey rowKey,
DataRow baseRow,
DataRow appendedRow,
boolean[] appendColumn)
Create a new row with the baseRow providing the first cells
and appendedRow providing the following cells. |
Constructor parameters in org.knime.base.data.append.column with type arguments of type RowKey | |
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AppendedColumnTable(DataTable table,
Map<RowKey,DataCell> map,
DataColumnSpec... appendedColSpec)
Create new table based on an underlying table with a map providing the row key --> new cell mapping. |
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DefaultAppendedCellFactory(Map<RowKey,DataCell> map)
Creates new factory. |
Uses of RowKey in org.knime.base.data.append.row |
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Methods in org.knime.base.data.append.row that return RowKey | |
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RowKey |
ResortedCellsRow.getKey()
Returns the row key. |
Methods in org.knime.base.data.append.row that return types with arguments of type RowKey | |
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Set<RowKey> |
AppendedRowsIterator.getDuplicateHash()
Deprecated. Use the key set of AppendedRowsIterator.getDuplicateNameMap() instead. |
Map<RowKey,RowKey> |
AppendedRowsIterator.getDuplicateNameMap()
Get a map of keys in the resulting table to the keys in (any of) the input tables, typically elements such as below. |
Map<RowKey,RowKey> |
AppendedRowsIterator.getDuplicateNameMap()
Get a map of keys in the resulting table to the keys in (any of) the input tables, typically elements such as below. |
Uses of RowKey in org.knime.base.data.filter.column |
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Methods in org.knime.base.data.filter.column that return RowKey | |
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RowKey |
FilterColumnRow.getKey()
Returns the row key. |
Uses of RowKey in org.knime.base.data.replace |
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Methods in org.knime.base.data.replace that return RowKey | |
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RowKey |
ReplacedColumnsDataRow.getKey()
Returns the row key. |
Uses of RowKey in org.knime.base.node.mine.bayes.naivebayes.predictor |
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Methods in org.knime.base.node.mine.bayes.naivebayes.predictor with parameters of type RowKey | |
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void |
NaiveBayesCellFactory.setProgress(int curRowNr,
int rowCount,
RowKey lastKey,
ExecutionMonitor exec)
This method is called when a row has been processed. |
Uses of RowKey in org.knime.base.node.mine.bfn |
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Methods in org.knime.base.node.mine.bfn that return RowKey | |
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RowKey |
BasisFunctionPredictorRow.getId()
|
RowKey |
BasisFunctionFilterRow.getKey()
Returns the row key. |
RowKey |
BasisFunctionLearnerRow.getKey()
Returns the row key. |
Methods in org.knime.base.node.mine.bfn that return types with arguments of type RowKey | |
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Set<RowKey> |
BasisFunctionLearnerRow.getAllCoveredPattern()
Returns a set which contains all input training pattern covered by this basis function. |
Methods in org.knime.base.node.mine.bfn with parameters of type RowKey | |
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abstract BasisFunctionLearnerRow |
BasisFunctionFactory.commit(RowKey key,
DataCell classInfo,
DataRow row)
Returns a new row initialised by a DataRow as its initial center vector and a class
label. |
void |
BasisFunctionPredictorCellFactory.setProgress(int curRowNr,
int rowCount,
RowKey lastKey,
ExecutionMonitor exec)
This method is called when a row has been processed. |
Constructors in org.knime.base.node.mine.bfn with parameters of type RowKey | |
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BasisFunctionLearnerRow(RowKey key,
DataRow centroid,
DataCell classInfo)
Initialise a new basisfunction rule with one covered pattern since this rule is also covered by itself. |
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BasisFunctionPredictorRow(RowKey key,
DataCell classLabel,
double dontKnowDegree)
Creates new predictor row. |
Constructor parameters in org.knime.base.node.mine.bfn with type arguments of type RowKey | |
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BasisFunctionPredictorRowIterator(RowIterator rowIt,
Map<RowKey,DataCell> map)
Creates a new row iterator used for the basisfunction predictor node which extends the input rows by a new, additional class label column. |
Uses of RowKey in org.knime.base.node.mine.bfn.fuzzy |
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Methods in org.knime.base.node.mine.bfn.fuzzy with parameters of type RowKey | |
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BasisFunctionLearnerRow |
FuzzyBasisFunctionFactory.commit(RowKey key,
DataCell classInfo,
DataRow row)
Creates and returns a new row initialised with a class label and a center vector. |
Constructors in org.knime.base.node.mine.bfn.fuzzy with parameters of type RowKey | |
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FuzzyBasisFunctionLearnerRow(RowKey key,
DataCell classInfo,
DataRow centroid,
int norm,
int shrink,
MutableDouble[] min,
MutableDouble[] max)
Creates a new learner row for fuzzy rules. |
|
FuzzyBasisFunctionPredictorRow(RowKey key,
DataCell classLabel,
MembershipFunction[] mem,
int norm)
Creates a new predictor as fuzzy rule. |
Uses of RowKey in org.knime.base.node.mine.bfn.radial |
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Methods in org.knime.base.node.mine.bfn.radial with parameters of type RowKey | |
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BasisFunctionLearnerRow |
RadialBasisFunctionFactory.commit(RowKey key,
DataCell classInfo,
DataRow row)
Creates and returns a new RadialBasisFunctionLearnerRow
initialized with a center vector and a class label. |
Constructors in org.knime.base.node.mine.bfn.radial with parameters of type RowKey | |
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RadialBasisFunctionLearnerRow(RowKey key,
DataCell classInfo,
DataRow center,
double thetaMinus,
double thetaPlus,
int distance)
Creates a new radial basisfunction using the center vector as the anchor of the Gaussian function and also assigns class label for this prototype. |
|
RadialBasisFunctionPredictorRow(RowKey key,
DataRow center,
DataCell classLabel,
double thetaMinus,
int distance)
Creates a new predictor for PNN rules. |
Uses of RowKey in org.knime.base.node.mine.cluster.fuzzycmeans |
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Methods in org.knime.base.node.mine.cluster.fuzzycmeans that return RowKey | |
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RowKey[] |
FCMAlgorithmMemory.getRowKeys()
Please make sure to call init() first in order to guarantee that the DataTable is converted. |
Methods in org.knime.base.node.mine.cluster.fuzzycmeans with parameters of type RowKey | |
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void |
FCMAlgorithmMemory.init(RowKey[] keys,
double[][] data)
Inits the cluster centers and the weight matrix. |
void |
ClusterMembershipFactory.setProgress(int curRowNr,
int rowCount,
RowKey lastKey,
ExecutionMonitor exec)
This method is called when a row has been processed. |
Uses of RowKey in org.knime.base.node.mine.decisiontree2.model |
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Methods in org.knime.base.node.mine.decisiontree2.model that return types with arguments of type RowKey | |
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abstract Set<RowKey> |
DecisionTreeNodeSplit.coveredPattern()
|
Set<RowKey> |
DecisionTreeNodeSplitNominalBinary.coveredPattern()
Deprecated. |
abstract Set<RowKey> |
DecisionTreeNode.coveredPattern()
|
Set<RowKey> |
DecisionTreeNodeSplitPMML.coveredPattern()
|
Set<RowKey> |
DecisionTreeNodeSplitContinuous.coveredPattern()
Deprecated. |
Set<RowKey> |
DecisionTreeNodeLeaf.coveredPattern()
|
Set<RowKey> |
DecisionTreeNodeSplitNominal.coveredPattern()
Deprecated. |
Uses of RowKey in org.knime.base.node.mine.mds |
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Methods in org.knime.base.node.mine.mds that return types with arguments of type RowKey | |
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Hashtable<RowKey,DataPoint> |
MDSManager.getDataPoints()
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Methods in org.knime.base.node.mine.mds with parameters of type RowKey | |
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void |
MDSCellFactory.setProgress(int curRowNr,
int rowCount,
RowKey lastKey,
ExecutionMonitor exec)
This method is called when a row has been processed. |
Constructor parameters in org.knime.base.node.mine.mds with type arguments of type RowKey | |
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MDSCellFactory(Hashtable<RowKey,DataPoint> points,
int dimension)
Creates a new instance of MDSCellFactory with given
Hashtable containing the MDS points to add and the related
row keys. |
Uses of RowKey in org.knime.base.node.mine.mds.mdsprojection |
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Fields in org.knime.base.node.mine.mds.mdsprojection with type parameters of type RowKey | |
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protected Hashtable<RowKey,DataPoint> |
MDSProjectionManager.m_fixedPoints
A hashtable holding row keys of fixed points and related points of the target space. |
protected Hashtable<RowKey,DataPoint> |
MDSProjectionManager.m_points
A hashtable holding keys of input rows and related points of the target space. |
Methods in org.knime.base.node.mine.mds.mdsprojection that return types with arguments of type RowKey | |
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Hashtable<RowKey,DataPoint> |
MDSProjectionManager.getDataPoints()
|
Uses of RowKey in org.knime.base.node.mine.scorer.accuracy |
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Methods in org.knime.base.node.mine.scorer.accuracy that return types with arguments of type RowKey | |
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(package private) Set<RowKey> |
AccuracyScorerNodeModel.getSelectedSet(Point[] cells)
Determines the row keys (as DataCells) which belong to the given cell of the confusion matrix. |
Method parameters in org.knime.base.node.mine.scorer.accuracy with type arguments of type RowKey | |
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(package private) boolean |
AccuracyScorerNodeModel.containsConfusionMatrixKeys(int x,
int y,
Set<RowKey> keys)
Checks if the specified confusion matrix cell contains at least one of the given keys. |
(package private) Point[] |
AccuracyScorerNodeModel.getCompleteHilitedCells(Set<RowKey> keys)
Returns all cells of the confusion matrix (as Points) if the given key set contains all keys of that cell. |
Uses of RowKey in org.knime.base.node.mine.scorer.entrop |
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Methods in org.knime.base.node.mine.scorer.entrop that return types with arguments of type RowKey | |
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Map<RowKey,Set<RowKey>> |
EntropyCalculator.getClusteringMap()
Map of Cluster name -> cluster members (in a set) as given in the clustering to score. |
Map<RowKey,Set<RowKey>> |
EntropyCalculator.getClusteringMap()
Map of Cluster name -> cluster members (in a set) as given in the clustering to score. |
Method parameters in org.knime.base.node.mine.scorer.entrop with type arguments of type RowKey | |
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static double |
EntropyCalculator.entropy(Map<RowKey,RowKey> ref,
Set<RowKey> pats)
Get entropy for one single cluster. |
static double |
EntropyCalculator.entropy(Map<RowKey,RowKey> ref,
Set<RowKey> pats)
Get entropy for one single cluster. |
static double |
EntropyCalculator.entropy(Map<RowKey,RowKey> ref,
Set<RowKey> pats)
Get entropy for one single cluster. |
static double |
EntropyCalculator.getEntropy(Map<RowKey,RowKey> reference,
Map<RowKey,Set<RowKey>> clusterMap)
Get entropy according to reference clustering, the entropy value is not normalized, i.e. |
static double |
EntropyCalculator.getEntropy(Map<RowKey,RowKey> reference,
Map<RowKey,Set<RowKey>> clusterMap)
Get entropy according to reference clustering, the entropy value is not normalized, i.e. |
static double |
EntropyCalculator.getEntropy(Map<RowKey,RowKey> reference,
Map<RowKey,Set<RowKey>> clusterMap)
Get entropy according to reference clustering, the entropy value is not normalized, i.e. |
static double |
EntropyCalculator.getEntropy(Map<RowKey,RowKey> reference,
Map<RowKey,Set<RowKey>> clusterMap)
Get entropy according to reference clustering, the entropy value is not normalized, i.e. |
static double |
EntropyCalculator.getQuality(Map<RowKey,RowKey> reference,
Map<RowKey,Set<RowKey>> clusterMap)
Get quality measure of current cluster result (in 0-1). |
static double |
EntropyCalculator.getQuality(Map<RowKey,RowKey> reference,
Map<RowKey,Set<RowKey>> clusterMap)
Get quality measure of current cluster result (in 0-1). |
static double |
EntropyCalculator.getQuality(Map<RowKey,RowKey> reference,
Map<RowKey,Set<RowKey>> clusterMap)
Get quality measure of current cluster result (in 0-1). |
static double |
EntropyCalculator.getQuality(Map<RowKey,RowKey> reference,
Map<RowKey,Set<RowKey>> clusterMap)
Get quality measure of current cluster result (in 0-1). |
Constructor parameters in org.knime.base.node.mine.scorer.entrop with type arguments of type RowKey | |
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EntropyCalculator(Map<RowKey,RowKey> referenceMap,
Map<RowKey,Set<RowKey>> clusteringMap)
Creates new instance given the maps of clustering and reference. |
|
EntropyCalculator(Map<RowKey,RowKey> referenceMap,
Map<RowKey,Set<RowKey>> clusteringMap)
Creates new instance given the maps of clustering and reference. |
|
EntropyCalculator(Map<RowKey,RowKey> referenceMap,
Map<RowKey,Set<RowKey>> clusteringMap)
Creates new instance given the maps of clustering and reference. |
|
EntropyCalculator(Map<RowKey,RowKey> referenceMap,
Map<RowKey,Set<RowKey>> clusteringMap)
Creates new instance given the maps of clustering and reference. |
Uses of RowKey in org.knime.base.node.mine.sota.logic |
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Methods in org.knime.base.node.mine.sota.logic that return types with arguments of type RowKey | |
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ArrayList<RowKey> |
SotaTreeCell.getRowKeys()
|
Uses of RowKey in org.knime.base.node.mine.sota.predictor |
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Methods in org.knime.base.node.mine.sota.predictor with parameters of type RowKey | |
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void |
SotaPredictorCellFactory.setProgress(int curRowNr,
int rowCount,
RowKey lastKey,
ExecutionMonitor exec)
This method is called when a row has been processed. |
Uses of RowKey in org.knime.base.node.mine.subgroupminer |
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Methods in org.knime.base.node.mine.subgroupminer that return types with arguments of type RowKey | |
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Set<RowKey> |
SubgroupMinerModel.getKeys(RowKey key)
Returns a set of RowKey elements which are associated
by the specified key or null if no mapping
is available. |
Set<RowKey> |
SubgroupMinerModel.keySet()
Returns an unmodifiable set of key (source) for hiliting. |
Methods in org.knime.base.node.mine.subgroupminer with parameters of type RowKey | |
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Set<RowKey> |
SubgroupMinerModel.getKeys(RowKey key)
Returns a set of RowKey elements which are associated
by the specified key or null if no mapping
is available. |
Uses of RowKey in org.knime.base.node.mine.subgroupminer.freqitemset |
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Methods in org.knime.base.node.mine.subgroupminer.freqitemset that return RowKey | |
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RowKey |
FrequentItemSetRow.getKey()
Returns the row key. |
Constructors in org.knime.base.node.mine.subgroupminer.freqitemset with parameters of type RowKey | |
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FrequentItemSetRow(RowKey key,
List<String> items,
int length,
double support)
Creates a FrequentItemSetRow from the passed arguments. |
|
FrequentItemSetRow(RowKey key,
List<String> items,
int length,
double support,
boolean isClosed,
boolean isMaximal)
Creates a FrequentItemSetRow from the passed arguments. |
Uses of RowKey in org.knime.base.node.mine.svm.predictor |
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Methods in org.knime.base.node.mine.svm.predictor with parameters of type RowKey | |
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void |
SVMPredictor.setProgress(int curRowNr,
int rowCount,
RowKey lastKey,
ExecutionMonitor exec)
This method is called when a row has been processed. |
Uses of RowKey in org.knime.base.node.mine.svm.util |
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Methods in org.knime.base.node.mine.svm.util that return RowKey | |
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RowKey |
DoubleVector.getKey()
|
Constructors in org.knime.base.node.mine.svm.util with parameters of type RowKey | |
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DoubleVector(RowKey key,
ArrayList<Double> values,
String classvalue)
Default constructor. |
Uses of RowKey in org.knime.base.node.preproc.binner |
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Methods in org.knime.base.node.preproc.binner with parameters of type RowKey | |
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void |
BinnerColumnFactory.setProgress(int curRowNr,
int rowCount,
RowKey lastKey,
ExecutionMonitor exec)
This method is called when a row has been processed. |
Uses of RowKey in org.knime.base.node.preproc.cellsplit |
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Methods in org.knime.base.node.preproc.cellsplit with parameters of type RowKey | |
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void |
CellSplitterCellFactory.setProgress(int curRowNr,
int rowCount,
RowKey lastKey,
ExecutionMonitor exec)
This method is called when a row has been processed. |
Uses of RowKey in org.knime.base.node.preproc.cellsplitbypos |
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Methods in org.knime.base.node.preproc.cellsplitbypos with parameters of type RowKey | |
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void |
CellSplitterByPosCellFactory.setProgress(int curRowNr,
int rowCount,
RowKey lastKey,
ExecutionMonitor exec)
This method is called when a row has been processed. |
Uses of RowKey in org.knime.base.node.preproc.columnTrans |
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Methods in org.knime.base.node.preproc.columnTrans with parameters of type RowKey | |
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void |
AbstractMany2OneCellFactory.setProgress(int curRowNr,
int rowCount,
RowKey lastKey,
ExecutionMonitor exec)
This method is called when a row has been processed. |
void |
One2ManyCellFactory.setProgress(int curRowNr,
int rowCount,
RowKey lastKey,
ExecutionMonitor exec)
This method is called when a row has been processed. |
Uses of RowKey in org.knime.base.node.preproc.groupby |
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Methods in org.knime.base.node.preproc.groupby that return types with arguments of type RowKey | |
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Map<RowKey,Set<RowKey>> |
GroupByTable.getHiliteMapping()
the hilite translation Map or null if
the enableHilte flag in the constructor was set to false . |
Map<RowKey,Set<RowKey>> |
GroupByTable.getHiliteMapping()
the hilite translation Map or null if
the enableHilte flag in the constructor was set to false . |
Uses of RowKey in org.knime.base.node.preproc.rowkey |
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Methods in org.knime.base.node.preproc.rowkey that return types with arguments of type RowKey | |
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Map<RowKey,Set<RowKey>> |
RowKeyUtil.getHiliteMapping()
The hilite translation Map or null if
the enableHilte flag in the constructor was set to false . |
Map<RowKey,Set<RowKey>> |
RowKeyUtil.getHiliteMapping()
The hilite translation Map or null if
the enableHilte flag in the constructor was set to false . |
Uses of RowKey in org.knime.base.node.preproc.setoperator |
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Methods in org.knime.base.node.preproc.setoperator that return RowKey | |
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RowKey |
RowKeyCellMap.getRowKey()
|
Methods in org.knime.base.node.preproc.setoperator that return types with arguments of type RowKey | |
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Map<RowKey,Set<RowKey>> |
SetOperationTable.getHiliteMapping0()
The hilite translation Map for the first set
or null if the enableHilte flag in the constructor was
set to false . |
Map<RowKey,Set<RowKey>> |
SetOperationTable.getHiliteMapping0()
The hilite translation Map for the first set
or null if the enableHilte flag in the constructor was
set to false . |
Map<RowKey,Set<RowKey>> |
SetOperationTable.getHiliteMapping1()
The hilite translation Map for the second set
or null if the enableHilte flag in the constructor was
set to false . |
Map<RowKey,Set<RowKey>> |
SetOperationTable.getHiliteMapping1()
The hilite translation Map for the second set
or null if the enableHilte flag in the constructor was
set to false . |
Constructors in org.knime.base.node.preproc.setoperator with parameters of type RowKey | |
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RowKeyCellMap(RowKey key,
DataCell cell)
Constructor for class RowKeyCellMap. |
Uses of RowKey in org.knime.base.node.viz.aggregation |
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Methods in org.knime.base.node.viz.aggregation that return types with arguments of type RowKey | |
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Set<RowKey> |
AggregationValSubModel.getHilitedKeys()
|
Set<RowKey> |
AggregationValSubModel.getKeys()
|
Methods in org.knime.base.node.viz.aggregation with parameters of type RowKey | |
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void |
AggregationValModel.addDataRow(Color color,
RowKey rowKey,
DataCell cell)
Adds a new row to this element. |
protected void |
AggregationValSubModel.addDataRow(RowKey rowKey,
DataCell aggrValCell)
Adds the given values to the sub element. |
Method parameters in org.knime.base.node.viz.aggregation with type arguments of type RowKey | |
---|---|
protected boolean |
AggregationValSubModel.removeHilitedKeys(Collection<RowKey> unhilitedKeys,
HiliteShapeCalculator<S,H> calculator)
|
boolean |
AggregationValModel.removeHilitedKeys(Collection<RowKey> hilited,
HiliteShapeCalculator<S,H> calculator)
|
protected boolean |
AggregationValSubModel.setHilitedKeys(Collection<RowKey> hilitedKeys,
HiliteShapeCalculator<S,H> calculator)
|
boolean |
AggregationValModel.setHilitedKeys(Collection<RowKey> hilited,
HiliteShapeCalculator<S,H> calculator)
|
Uses of RowKey in org.knime.base.node.viz.condbox |
---|
Methods in org.knime.base.node.viz.condbox that return types with arguments of type RowKey | |
---|---|
Map<String,Map<Double,Set<RowKey>>> |
ConditionalBoxPlotNodeModel.getExtremeOutliers()
Extreme outliers are values < q1 - 3 * iqr and > q3 + 3 * iqr. |
Map<String,Map<Double,Set<RowKey>>> |
ConditionalBoxPlotNodeModel.getMildOutliers()
Mild outliers are values > q1 - 3 * iqr and < q1 - 1.5 * iqr and < q3 + 3 * iqr and > q3 + 1.5 * iqr. |
Uses of RowKey in org.knime.base.node.viz.histogram.datamodel |
---|
Methods in org.knime.base.node.viz.histogram.datamodel that return types with arguments of type RowKey | |
---|---|
Set<RowKey> |
InteractiveHistogramVizModel.getHilitedKeys()
|
Set<RowKey> |
FixedHistogramVizModel.getHilitedKeys()
|
abstract Set<RowKey> |
AbstractHistogramVizModel.getHilitedKeys()
|
Set<RowKey> |
InteractiveHistogramVizModel.getSelectedKeys()
|
Set<RowKey> |
FixedHistogramVizModel.getSelectedKeys()
|
abstract Set<RowKey> |
AbstractHistogramVizModel.getSelectedKeys()
|
Methods in org.knime.base.node.viz.histogram.datamodel with parameters of type RowKey | |
---|---|
void |
BinDataModel.addDataRow(RowKey id,
Color rowColor,
Collection<ColorColumn> aggrCols,
DataCell... aggrVals)
|
void |
FixedHistogramDataModel.addDataRow(RowKey id,
Color rowColor,
DataCell xCell,
DataCell... aggrCells)
Adds the given row values to the histogram. |
Method parameters in org.knime.base.node.viz.histogram.datamodel with type arguments of type RowKey | |
---|---|
protected boolean |
InteractiveBinDataModel.removeHilitedKeys(Set<RowKey> hilited,
AbstractHistogramVizModel.HistogramHiliteCalculator calculator)
|
protected boolean |
InteractiveBinDataModel.setHilitedKeys(Set<RowKey> hilited,
AbstractHistogramVizModel.HistogramHiliteCalculator calculator)
|
void |
InteractiveHistogramVizModel.updateHiliteInfo(Set<RowKey> hilited,
boolean hilite)
This method un/hilites all rows with the given key. |
void |
FixedHistogramVizModel.updateHiliteInfo(Set<RowKey> hilited,
boolean hilite)
This method un/hilites all rows with the given key. |
abstract void |
AbstractHistogramVizModel.updateHiliteInfo(Set<RowKey> hilited,
boolean hilite)
This method un/hilites all rows with the given key. |
Uses of RowKey in org.knime.base.node.viz.histogram.util |
---|
Methods in org.knime.base.node.viz.histogram.util with parameters of type RowKey | |
---|---|
static int |
BinningUtil.addDataRow2Bin(boolean binNominal,
List<? extends BinDataModel> bins,
BinDataModel missingValueBin,
int startBin,
DataCell xCell,
Color rowColor,
RowKey id,
Collection<ColorColumn> aggrColumns,
DataCell... aggrCells)
Adds the given row either to the missing value bin if the x value is missing or to the corresponding bin. |
Uses of RowKey in org.knime.base.node.viz.pie.datamodel |
---|
Methods in org.knime.base.node.viz.pie.datamodel that return types with arguments of type RowKey | |
---|---|
Set<RowKey> |
PieVizModel.getSelectedKeys()
|
Method parameters in org.knime.base.node.viz.pie.datamodel with type arguments of type RowKey | |
---|---|
void |
PieVizModel.updateHiliteInfo(Set<RowKey> keys,
boolean hilite)
Hilites the given keys in all sections. |
Uses of RowKey in org.knime.base.node.viz.plotter |
---|
Methods in org.knime.base.node.viz.plotter that return types with arguments of type RowKey | |
---|---|
Set<RowKey> |
AbstractPlotter.delegateGetHiLitKeys()
Delegates to the hilite handler. |
Methods in org.knime.base.node.viz.plotter with parameters of type RowKey | |
---|---|
void |
AbstractPlotter.delegateHiLite(RowKey... ids)
Delegates to the hilite handler. |
boolean |
AbstractPlotter.delegateIsHiLit(RowKey... ids)
delegates to the hilite handler. |
void |
AbstractPlotter.delegateUnHiLite(RowKey... ids)
Delegates to the hilite handler. |
Method parameters in org.knime.base.node.viz.plotter with type arguments of type RowKey | |
---|---|
void |
AbstractPlotter.delegateHiLite(Set<RowKey> ids)
Delegates to the hilite handler. |
boolean |
AbstractPlotter.delegateIsHiLit(Set<RowKey> ids)
Delegates to the hilite handler. |
void |
AbstractPlotter.delegateUnHiLite(Set<RowKey> ids)
Delegates to the hilite handler. |
Uses of RowKey in org.knime.base.node.viz.plotter.box |
---|
Methods in org.knime.base.node.viz.plotter.box that return types with arguments of type RowKey | |
---|---|
Map<String,Map<Double,Set<RowKey>>> |
BoxPlotDataProvider.getExtremeOutliers()
Extreme outliers are values < q1 - 3 * iqr and > q3 + 3 * iqr. |
Map<String,Map<Double,Set<RowKey>>> |
BoxPlotNodeModel.getExtremeOutliers()
Extreme outliers are values < q1 - 3 * iqr and > q3 + 3 * iqr. |
Map<String,Map<Double,Set<RowKey>>> |
BoxPlotDataProvider.getMildOutliers()
Mild outliers are values > q1 - 3 * iqr and < q1 - 1.5 * iqr and < q3 + 3 * iqr and > q3 + 1.5 * iqr. |
Map<String,Map<Double,Set<RowKey>>> |
BoxPlotNodeModel.getMildOutliers()
Mild outliers are values > q1 - 3 * iqr and < q1 - 1.5 * iqr and < q3 + 3 * iqr and > q3 + 1.5 * iqr. |
Method parameters in org.knime.base.node.viz.plotter.box with type arguments of type RowKey | |
---|---|
void |
BoxPlotNodeModel.detectOutliers(DataTable table,
double iqr,
double[] q,
Map<Double,Set<RowKey>> mild,
Map<Double,Set<RowKey>> extreme,
double[] whiskers,
int colIdx)
Detects mild (= < 3 * IQR) and extreme (= > 3 * IQR) outliers. |
void |
BoxPlotNodeModel.detectOutliers(DataTable table,
double iqr,
double[] q,
Map<Double,Set<RowKey>> mild,
Map<Double,Set<RowKey>> extreme,
double[] whiskers,
int colIdx)
Detects mild (= < 3 * IQR) and extreme (= > 3 * IQR) outliers. |
Uses of RowKey in org.knime.base.node.viz.plotter.dendrogram |
---|
Methods in org.knime.base.node.viz.plotter.dendrogram that return types with arguments of type RowKey | |
---|---|
Set<RowKey> |
DendrogramPoint.getRows()
|
Methods in org.knime.base.node.viz.plotter.dendrogram with parameters of type RowKey | |
---|---|
void |
DendrogramPoint.addRow(RowKey... rowIds)
Adds the rows to this DendrogramPoint . |
Method parameters in org.knime.base.node.viz.plotter.dendrogram with type arguments of type RowKey | |
---|---|
void |
DendrogramPoint.addRows(Set<RowKey> ids)
Adds the rows to thsi DendrogramPoint . |
Uses of RowKey in org.knime.base.node.viz.plotter.parcoord |
---|
Methods in org.knime.base.node.viz.plotter.parcoord that return RowKey | |
---|---|
RowKey |
LineInfo.getRowKey()
|
Constructors in org.knime.base.node.viz.plotter.parcoord with parameters of type RowKey | |
---|---|
LineInfo(List<Point> points,
List<DataCell> domainValues,
boolean isSelected,
boolean isHilite,
ColorAttr color,
double size,
RowKey rowKey)
Creates a line. |
Uses of RowKey in org.knime.base.node.viz.plotter.scatter |
---|
Methods in org.knime.base.node.viz.plotter.scatter that return RowKey | |
---|---|
RowKey |
DotInfo.getRowID()
|
Methods in org.knime.base.node.viz.plotter.scatter that return types with arguments of type RowKey | |
---|---|
Set<RowKey> |
ScatterPlotterDrawingPane.getSelectedDots()
|
Method parameters in org.knime.base.node.viz.plotter.scatter with type arguments of type RowKey | |
---|---|
protected void |
ScatterPlotterDrawingPane.setSelectedDots(Set<RowKey> selected)
for extending classes the possibility to set the selected dots. |
Constructors in org.knime.base.node.viz.plotter.scatter with parameters of type RowKey | |
---|---|
DotInfo(int x,
int y,
RowKey rowKey,
boolean hilit,
ColorAttr colorAttr,
double size,
int rowIndex)
Creates a new object storing the characteristics of one dot. |
Uses of RowKey in org.knime.core.data |
---|
Methods in org.knime.core.data that return RowKey | |
---|---|
static RowKey |
RowKey.createRowKey(int rowIndex)
Factory method to create "default" row IDs based on the row index. |
RowKey |
DataRow.getKey()
Returns the row key. |
static RowKey[] |
RowKey.toRowKeys(String... strs)
Converts the given array of String s to an array of
RowKey elements by calling RowKey(String) . |
Methods in org.knime.core.data with parameters of type RowKey | |
---|---|
static String[] |
RowKey.toStrings(RowKey... rowKeys)
Converts the given array of RowKey s to an array of
String elements by calling getString() . |
Uses of RowKey in org.knime.core.data.container |
---|
Fields in org.knime.core.data.container declared as RowKey | |
---|---|
static RowKey |
KNIMEStreamConstants.DUMMY_ROW_KEY
The key being returned by a NoKeyBuffer . |
Methods in org.knime.core.data.container that return RowKey | |
---|---|
RowKey |
BlobSupportDataRow.getKey()
Returns the row key. |
(package private) RowKey |
DCObjectInputVersion2.readRowKey()
Reads a row key from the stream. |
Methods in org.knime.core.data.container with parameters of type RowKey | |
---|---|
protected void |
DataContainer.addRowKeyForDuplicateCheck(RowKey key)
Method being called when DataContainer.addRowToTable(DataRow) is called. |
void |
CellFactory.setProgress(int curRowNr,
int rowCount,
RowKey lastKey,
ExecutionMonitor exec)
This method is called when a row has been processed. |
void |
AbstractCellFactory.setProgress(int curRowNr,
int rowCount,
RowKey lastKey,
ExecutionMonitor exec)
This method is called when a row has been processed. |
(package private) void |
DCObjectOutputVersion2.writeRowKey(RowKey key)
Writes a row key by writing the underlying string to the stream. |
(package private) void |
Buffer.writeRowKey(RowKey key,
DCObjectOutputVersion2 outStream)
Writes the row key to the out stream. |
Constructors in org.knime.core.data.container with parameters of type RowKey | |
---|---|
BlobSupportDataRow(RowKey key,
DataCell[] cells)
|
|
BlobSupportDataRow(RowKey key,
DataRow oldRow)
Creates a new data row with a new row ID. |
Uses of RowKey in org.knime.core.data.def |
---|
Methods in org.knime.core.data.def that return RowKey | |
---|---|
RowKey |
JoinedRow.getKey()
Returns the key from the left row that was passed in the constructor. |
RowKey |
DefaultRow.getKey()
Returns the row key. |
Constructors in org.knime.core.data.def with parameters of type RowKey | |
---|---|
DefaultRow(RowKey rowKey,
DataCell... row)
Inits a new DefaultRow object by row key and an array of
DataCell s. |
|
DefaultRow(RowKey key,
DataRow row)
Creates an new row, using the data of the specified row, and overwrites the row key with the given new one. |
|
DefaultRow(RowKey rowKey,
double... row)
Inits a new DefaultRow object by row key and an array of
double values. |
|
DefaultRow(RowKey rowKey,
int... row)
Inits a new DefaultRow object by row key and an array of
int values. |
|
DefaultRow(RowKey rowKey,
List<DataCell> row)
Inits a new DefaultRow object by row id and an array of
DataCell s. |
|
DefaultRow(RowKey rowKey,
String... row)
Inits a new DefaultRow object by row key and an array of
String values. |
Uses of RowKey in org.knime.core.node.config |
---|
Methods in org.knime.core.node.config that return RowKey | |
---|---|
RowKey |
Config.getRowKey(String key)
Return RowKey for key. |
RowKey |
ConfigRO.getRowKey(String key)
Return RowKey for key. |
RowKey |
Config.getRowKey(String key,
RowKey def)
Return a RowKey which can be null, or the default value if
the key is not available. |
RowKey |
ConfigRO.getRowKey(String key,
RowKey def)
Return a RowKey which can be null, or the default value if
the key is not available. |
RowKey[] |
Config.getRowKeyArray(String key)
Return RowKey array for the given key. |
RowKey[] |
ConfigRO.getRowKeyArray(String key)
Return RowKey array for the given key. |
RowKey[] |
Config.getRowKeyArray(String key,
RowKey... def)
Return a RowKey array which can be null, or the default
value if the key is not available. |
RowKey[] |
ConfigRO.getRowKeyArray(String key,
RowKey... def)
Return a RowKey array which can be null, or the default
value if the key is not available. |
Methods in org.knime.core.node.config with parameters of type RowKey | |
---|---|
void |
Config.addRowKey(String key,
RowKey rowKey)
Adds this RowKey object to this Config by the given key. |
void |
ConfigWO.addRowKey(String key,
RowKey rowKey)
Adds this RowKey object to this Config by the given key. |
void |
Config.addRowKeyArray(String key,
RowKey... rowKey)
Adds this RowKey array to this Config by the given key. |
void |
ConfigWO.addRowKeyArray(String key,
RowKey... rowKey)
Adds this RowKey array to this Config by the given key. |
RowKey |
Config.getRowKey(String key,
RowKey def)
Return a RowKey which can be null, or the default value if
the key is not available. |
RowKey |
ConfigRO.getRowKey(String key,
RowKey def)
Return a RowKey which can be null, or the default value if
the key is not available. |
RowKey[] |
Config.getRowKeyArray(String key,
RowKey... def)
Return a RowKey array which can be null, or the default
value if the key is not available. |
RowKey[] |
ConfigRO.getRowKeyArray(String key,
RowKey... def)
Return a RowKey array which can be null, or the default
value if the key is not available. |
Uses of RowKey in org.knime.core.node.property.hilite |
---|
Methods in org.knime.core.node.property.hilite that return types with arguments of type RowKey | |
---|---|
Set<RowKey> |
HiLiteHandler.getHiLitKeys()
Returns a copy of all hilit keys. |
Set<RowKey> |
HiLiteMapper.getKeys(RowKey key)
Returns a set of RowKey elements which are associated
by the specified key or null if no mapping
is available. |
Set<RowKey> |
DefaultHiLiteMapper.getKeys(RowKey key)
Returns a set of RowKey elements which are associated
by the specified key or null if no mapping
is available. |
Set<RowKey> |
KeyEvent.keys()
Returns the set of RowKey row keys on which the event
initially occurred. |
Set<RowKey> |
HiLiteMapper.keySet()
Returns an unmodifiable set of key (source) for hiliting. |
Set<RowKey> |
DefaultHiLiteMapper.keySet()
Returns an unmodifiable set of key (source) for hiliting. |
Methods in org.knime.core.node.property.hilite with parameters of type RowKey | |
---|---|
void |
HiLiteHandler.fireHiLiteEvent(RowKey... ids)
Sets the status of the specified row IDs to 'hilit'. |
void |
HiLiteHandler.fireUnHiLiteEvent(RowKey... ids)
Sets the status of the specified row IDs to 'unhilit'. |
Set<RowKey> |
HiLiteMapper.getKeys(RowKey key)
Returns a set of RowKey elements which are associated
by the specified key or null if no mapping
is available. |
Set<RowKey> |
DefaultHiLiteMapper.getKeys(RowKey key)
Returns a set of RowKey elements which are associated
by the specified key or null if no mapping
is available. |
boolean |
HiLiteHandler.isHiLit(RowKey... ids)
Returns true if the specified row IDs are hilit. |
Method parameters in org.knime.core.node.property.hilite with type arguments of type RowKey | |
---|---|
void |
HiLiteHandler.fireHiLiteEvent(Set<RowKey> ids)
Sets the status of all specified row IDs in the set to 'hilit'. |
void |
HiLiteHandler.fireUnHiLiteEvent(Set<RowKey> ids)
Sets the status of all specified row IDs in the set to 'unhilit'. |
Constructors in org.knime.core.node.property.hilite with parameters of type RowKey | |
---|---|
KeyEvent(Object src,
RowKey... ids)
Creates a new event with the underlying source and one data cell. |
Constructor parameters in org.knime.core.node.property.hilite with type arguments of type RowKey | |
---|---|
DefaultHiLiteMapper(Map<RowKey,Set<RowKey>> map)
Creates a new default hilite mapper. |
|
DefaultHiLiteMapper(Map<RowKey,Set<RowKey>> map)
Creates a new default hilite mapper. |
|
KeyEvent(Object src,
Set<RowKey> ids)
Creates a new event with the underlying source and a set of row keys. |
Uses of RowKey in org.knime.core.node.tableview |
---|
Methods in org.knime.core.node.tableview that return RowKey | |
---|---|
RowKey |
TableContentModel.getRowKey(int row)
Get the row key for a given row index. |
RowKey |
TableContentInterface.getRowKey(int row)
Get the row key for a given row index. |
|
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