Holger's Java API

## Uses of Class
com.antelmann.math.DataPoint.ValueType

Packages that use DataPoint.ValueType
com.antelmann.math: This package contains classes to ease calculations.

Uses of DataPoint.ValueType in com.antelmann.math

Methods in com.antelmann.math that return DataPoint.ValueType
`DataPoint.ValueType` `ObjectAnalyzer.getValueType()` `SUM` by default
`static DataPoint.ValueType` `DataPoint.ValueType.valueOf(String name)` Returns the enum constant of this type with the specified name.
`static DataPoint.ValueType[]` `DataPoint.ValueType.values()` Returns an array containing the constants of this enum type, in the order they are declared.

Methods in com.antelmann.math with parameters of type DataPoint.ValueType
`DataMatrix<T>` `DataMatrix.aggregateTopAxisValues(int axis, Object remainderKey, int maxEntries, DataPoint.ValueType type)` allows to aggregate the vector towards a given number of entries along a given axis
`DataMatrix<T>` `DataMatrix.aggregateTopAxisValues(String axis, Object remainderKey, int maxEntries, DataPoint.ValueType type)`
`HashMap<Object,Map<Date,BigDecimal>>` `TimeDataGrid.aggregateTopMaps(int maxGroups, DataPoint.ValueType type, Object remainderKey)`
`static HashMap<org.jfree.data.time.RegularTimePeriod,Double>` `TimeDataGraphics.aggregateToTimePeriod(Map<Date,DataPoint> map, TimeInterval interval, DataPoint.ValueType type)`
`TableModel` `TimeDataGrid.asTableModel(String dateHeader, DataPoint.ValueType type)` generates a TableModel based on the data of this grid; if new data is loaded or the grid is cleared, the model will fire a table structure changed event to its listeners.
`TableModel` `TimeDataGrid.asTableModel(String dateHeader, DataPoint.ValueType type, int maxGroups, String remainderColumn)` generates a TableModel that is based on an aggregated data structure from this grid; otherwise it works just as the non-aggregated TableModel
`TableModel` `DataMatrix.asTableModel(String rowAxisTitle, int rowAxis, int columnAxis, DataPoint.ValueType type)`

`static

`<T> HashMap<T,Double>`

`

`DataPoint.convertToDoubleMap(Map<T,DataPoint> data, DataPoint.ValueType type)`

`static

`<T> HashMap<T,BigDecimal>`

`

`DataPoint.convertToValueMap(Map<T,DataPoint> data, DataPoint.ValueType type)`

`HashMap<Object,BigDecimal>` `DataMatrix.getAxisTopValues(int axis, DataPoint.ValueType type, int maxEntries, Object remainderKey)`
`HashMap<Object,BigDecimal>` `DataMatrix.getAxisTopValues(String axis, DataPoint.ValueType type, int maxEntries, Object remainderKey)`
`HashMap<Object,Double>` `TimeDataGrid.getTopGroupSums(int maxEntries, DataPoint.ValueType type, Object remainderKey)`
`BigDecimal` `DataPoint.getValue(DataPoint.ValueType type)`
`org.jfree.data.category.DefaultCategoryDataset` `DataMatrixGraphics.makeCategoryDataset(String axisName, int axis, int maxEntries, DataPoint.ValueType type, String remainingValueKey)`
`org.jfree.chart.ChartPanel` `DataMatrixGraphics.makePieChart(int axis, DataPoint.ValueType type, int maxEntries, String remainingValueKey)`
`org.jfree.chart.ChartPanel` `TimeDataGraphics.makePieChart(String title, int maxEntries, DataPoint.ValueType type, String remainingValueKey)`
`org.jfree.data.general.DefaultPieDataset` `DataMatrixGraphics.makePieDataset(int axis, int maxEntries, DataPoint.ValueType type, String remainingValueKey)`
`org.jfree.data.general.DefaultPieDataset` `TimeDataGraphics.makePieDataset(String title, int maxEntries, DataPoint.ValueType type, String remainingValueKey)`
`org.jfree.chart.ChartPanel` `TimeDataGraphics.makeStackedChart(String title, String numberTitle, DataPoint.ValueType type, TimeInterval interval)`
`ArrayList<org.jfree.data.time.TimeSeries>` `TimeDataGraphics.makeTimeSeries(DataPoint.ValueType type)`
`ArrayList<org.jfree.data.time.TimeSeries>` `TimeDataGraphics.makeTimeSeries(int maxGroups, DataPoint.ValueType type, Object remainderKey)`
`ArrayList<org.jfree.data.time.TimeSeries>` `TimeDataGraphics.makeTimeSeries(int maxGroups, DataPoint.ValueType type, TimeInterval interval, Object remainderKey)`
`org.jfree.data.time.TimeSeries` `TimeDataGraphics.makeTimeSeries(Object group, DataPoint.ValueType type)`
`static org.jfree.data.time.TimeSeries` `TimeDataGraphics.makeTimeSeries(String name, Map<? extends Date,DataPoint> map, DataPoint.ValueType type, TimeInterval interval)`
`org.jfree.data.time.TimeTableXYDataset` `TimeDataGraphics.makeTimeTableXYDataset(DataPoint.ValueType type)`
`org.jfree.data.time.TimeTableXYDataset` `TimeDataGraphics.makeTimeTableXYDataset(int maxGroups, DataPoint.ValueType type, String remainderKey)`
`org.jfree.data.time.TimeTableXYDataset` `TimeDataGraphics.makeTimeTableXYDataset(int maxGroups, DataPoint.ValueType type, TimeInterval interval, String remainderKey)`
`org.jfree.data.time.TimeTableXYDataset` `TimeDataGraphics.makeTimeTableXYDataset(TimeInterval interval, DataPoint.ValueType type)`
`void` `ObjectAnalyzer.setValueType(DataPoint.ValueType valueType)`

Constructors in com.antelmann.math with parameters of type DataPoint.ValueType
`JDataMatrixView(DataMatrix<?> matrix, DataPoint.ValueType type, String... axisNames)`
`JDataMatrixView(DataMatrix<?> matrix, DataPoint.ValueType type, TableCellRenderer renderer, String... axisNames)`
`JDataMatrixView(DataMatrix<?> matrix, DataPoint.ValueType type, TableCellRenderer renderer, TableCellEditor editor, LayoutOption layoutOption, String... axisNames)`
`JDataMatrixView(DataMatrix<?> matrix, DataPoint.ValueType type, TableCellRenderer renderer, TableCellEditor editor, String... axisNames)`

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