Uses of Class
org.knime.base.util.coordinate.CoordinateMapping

Packages that use CoordinateMapping
org.knime.base.node.viz.plotter Contains the basic viewing framework for KNIME. 
org.knime.base.util.coordinate All classes of this package are not part of the offical API and might undergo changes until the next release. 
 

Uses of CoordinateMapping in org.knime.base.node.viz.plotter
 

Methods in org.knime.base.node.viz.plotter with parameters of type CoordinateMapping
static boolean LabelPaintUtil.rotateLabels(CoordinateMapping[] mappings, int availableSize, FontMetrics fm)
          Returns true if any label is too long to be displayed in the available space.
 

Uses of CoordinateMapping in org.knime.base.util.coordinate
 

Subclasses of CoordinateMapping in org.knime.base.util.coordinate
 class DoubleCoordinateMapping
          Holds the original value according to the domain and its mapping.
 class IntegerCoordinateMapping
          Holds the original value according to the domain and its mapping.
 class NominalCoordinateMapping
          Holds the nominal domain value according its mapping.
 

Methods in org.knime.base.util.coordinate that return CoordinateMapping
 CoordinateMapping[] NominalCoordinate.getReducedTickPositions(int absLength)
           
 CoordinateMapping[] Coordinate.getTickPositions(double absoluteLength)
          Returns an array with the position of all ticks and their corresponding domain values given an absolute length.
 CoordinateMapping[] Coordinate.getTickPositions(double absoluteLength, boolean naturalMapping)
          Deprecated. Use Coordinate.getTickPositions(double) instead.
 CoordinateMapping[] PercentagePolicyStrategy.getTickPositions(double absoluteLength, double minDomainValue, double maxDomainValue, double tickDistance)
          Calculates the mappings of the ticks according to the policy.
abstract  CoordinateMapping[] PolicyStrategy.getTickPositions(double absoluteLength, double minDomainValue, double maxDomainValue, double tickDistance)
          Calculates the mappings of the ticks according to the policy.
 CoordinateMapping[] AscendingNumericTickPolicyStrategy.getTickPositions(double absoluteLength, double minDomainValue, double maxDomainValue, double tickDistance)
          Calculates the mappings of the ticks according to the policy.
 CoordinateMapping[] PolicyStrategy.getTickPositions(double absoluteLength, double minDomainValue, double maxDomainValue, double tickDistance, double negativeInfinity, double positiveInfinity)
          Calculates the mappings of the ticks according to the policy.
 CoordinateMapping[] PercentagePolicyStrategy.getTickPositions(int absoluteLength, int minDomainValue, int maxDomainValue, int tickDistance)
          Calculates the mappings of the ticks according to the policy.
abstract  CoordinateMapping[] PolicyStrategy.getTickPositions(int absoluteLength, int minDomainValue, int maxDomainValue, int tickDistance)
          Calculates the mappings of the ticks according to the policy.
 CoordinateMapping[] AscendingNumericTickPolicyStrategy.getTickPositions(int absoluteLength, int minDomainValue, int maxDomainValue, int tickDistance)
          Calculates the mappings of the ticks according to the policy.
 CoordinateMapping[] PolicyStrategy.getTickPositions(int absoluteLength, int minDomainValue, int maxDomainValue, int tickDistance, double negativeInfinity, double positiveInfinity)
          Calculates the mappings of the ticks according to the policy.
protected  CoordinateMapping[] IntegerCoordinate.getTickPositionsInternal(double absoluteLength)
          Returns an array with the positions of all ticks and their corresponding domain values given an absolute length.
protected abstract  CoordinateMapping[] NumericCoordinate.getTickPositionsInternal(double absolutLength)
          Returns an array with the positions of all ticks and their corresponding domain values given an absolute length.
protected  CoordinateMapping[] DoubleCoordinate.getTickPositionsInternal(double absoluteLength)
          Returns an array with the positions of all ticks and their corresponding domain values given an absolute length.
protected  CoordinateMapping[] NominalCoordinate.getTickPositionsWithLabels(double absoluteLength)
          Returns an array with the position of all ticks and their corresponding nominal domain values given an absolute length.
protected  CoordinateMapping[] NumericCoordinate.getTickPositionsWithLabels(double absolutLength)
          Returns an array with the positions of all ticks and their corresponding domain values given an absolute length.
protected abstract  CoordinateMapping[] Coordinate.getTickPositionsWithLabels(double absoluteLength)
          Returns an array with the position of all ticks and their corresponding domain values given an absolute length.
 



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