|
||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES | |||||||
See:
Description
| Class Summary | |
|---|---|
| AbstractArrayFunction | This class represents the skeleton for all the function which opeate on array of native data type values. |
| AbstractFunction | An abstract skeleton for the statistical function able to manage update time checking. |
| CountArrayFunction | This class computes the number of values in an array taken from a data source. |
| MaxArrayFunction | This class computes the maximum value in an array of source values. |
| MaxArrayFunction.Double | MaxFunction operating on double source values. |
| MaxArrayFunction.Float | MaxFunction operating on float source values. |
| MaxArrayFunction.Integer | MaxFunction operating on integer source values. |
| MaxArrayFunction.Long | MaxFunction operating on long source values. |
| MaxTraceFunction | A MixFunction object is to collect data over time, computing some statistics on the fly, without storing the data in memory. |
| MaxTraceFunction.Double | An implementation of the MemorylessSeries class, which manages double type data sources. |
| MaxTraceFunction.Float | An implementation of the MemorylessSeries class, which manages float type data sources. |
| MaxTraceFunction.Integer | An implementation of the MemorylessSeries class, which manages integer type data sources. |
| MaxTraceFunction.Long | An implementation of the MemorylessSeries class, which manages long type data sources. |
| MeanArrayFunction | This class computes the average value of an array of values taken from a data source. |
| MeanVarianceArrayFunction | This class computes the average and variance value of an array of values taken from a data source. |
| MinArrayFunction | This class computes the minimum value in an array of source values. |
| MinArrayFunction.Double | MinFunction operating on double source values. |
| MinArrayFunction.Float | MinFunction operating on float source values. |
| MinArrayFunction.Integer | MinFunction operating on integer source values. |
| MinArrayFunction.Long | MinFunction operating on long source values. |
| MinTraceFunction | A MixFunction object is to collect data over time, computing some statistics on the fly, without storing the data in memory. |
| MinTraceFunction.Double | An implementation of the MemorylessSeries class, which manages double type data sources. |
| MinTraceFunction.Float | An implementation of the MemorylessSeries class, which manages float type data sources. |
| MinTraceFunction.Integer | An implementation of the MemorylessSeries class, which manages integer type data sources. |
| MinTraceFunction.Long | An implementation of the MemorylessSeries class, which manages long type data sources. |
| MovingAverageArrayFunction | This class computes the average of the last given number of values in an array taken from a data source. |
| MovingAverageTraceFunction | This class computes the average of the last values collected from a data source. |
| MultiTraceFunction | A MixFunction object is to collect data over time, computing some statistics on the fly, without storing the data in memory. |
| MultiTraceFunction.Double | An implementation of the MemorylessSeries class, which manages double type data sources. |
| MultiTraceFunction.Float | An implementation of the MemorylessSeries class, which manages float type data sources. |
| MultiTraceFunction.Integer | An implementation of the MemorylessSeries class, which manages integer type data sources. |
| MultiTraceFunction.Long | An implementation of the MemorylessSeries class, which manages long type data sources. |
| SumArrayFunction | This class computes the sum of an array of source values. |
| SumArrayFunction.Double | SumFunction operating on double source values. |
| SumArrayFunction.Float | SumFunction operating on float source values. |
| SumArrayFunction.Integer | SumFunction operating on integer source values. |
| SumArrayFunction.Long | SumFunction operating on long source values. |
The package contains the statistics functions, which can be applyed
to I*Source data sources.
Most of the computing function are taken from the cern.jet.stat package.
|
||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES | |||||||