Modifier and Type | Method and Description |
---|---|
DoubleTimeSeries |
WordDFIDFTimeSeries.doubleTimeSeries() |
Modifier and Type | Method and Description |
---|---|
DoubleTimeSeries |
WindowedLinearRegressionAggregator.aggregate(DoubleSynchronisedTimeSeriesCollection series) |
Modifier and Type | Method and Description |
---|---|
static Double |
MeanSquaredDifferenceAggregator.error(DoubleTimeSeries... series) |
Modifier and Type | Method and Description |
---|---|
DoubleTimeSeries |
DoubleProviderTimeSeriesConverter.convert(INPUTTS series) |
DoubleTimeSeries |
DoubleProviderTimeSeriesConverter.convert(INPUTTS series,
TimeSeriesProcessor<double[],Double,DoubleTimeSeries> processor) |
Modifier and Type | Method and Description |
---|---|
DoubleTimeSeries |
DoubleProviderTimeSeriesConverter.convert(INPUTTS series,
TimeSeriesProcessor<double[],Double,DoubleTimeSeries> processor) |
Modifier and Type | Method and Description |
---|---|
void |
MovingAverageProcessor.process(DoubleTimeSeries series) |
void |
LinearRegressionProcessor.process(DoubleTimeSeries series) |
void |
GaussianTimeSeriesProcessor.process(DoubleTimeSeries series) |
void |
WindowedLinearRegressionProcessor.process(DoubleTimeSeries series) |
Constructor and Description |
---|
WindowedLinearRegressionProcessor(DoubleTimeSeries yearFirstHalf,
int i) |
WindowedLinearRegressionProcessor(DoubleTimeSeries yearFirstHalf,
int windowsize,
int offset) |
Modifier and Type | Method and Description |
---|---|
DoubleTimeSeries |
TimeSeriesInterpolation.interpolate(DoubleTimeSeries series) |
abstract DoubleTimeSeries |
TimeSeriesInterpolation.interpolate(DoubleTimeSeries series,
long[] times) |
DoubleTimeSeries |
LinearInterpolationProcessor.interpolate(DoubleTimeSeries timeSeries,
long[] times) |
DoubleTimeSeries |
TimeSeriesInterpolation.interpolate(DoubleTimeSeries series,
long begin,
int steps,
long delta)
Uses
TimeSeriesInterpolation.interpolate(DoubleTimeSeries, long[]) to return an
interpolation of the construction TimeSeries from begin, for a
number of steps with a given delta between steps |
DoubleTimeSeries |
TimeSeriesInterpolation.interpolate(DoubleTimeSeries series,
long begin,
long end,
int splits)
Uses
TimeSeriesInterpolation.interpolate(DoubleTimeSeries,long[]) to return an
interpolation of the construction TimeSeries from begin, until
end with a delta which means that there are splits time instances |
DoubleTimeSeries |
TimeSeriesInterpolation.interpolate(DoubleTimeSeries series,
long begin,
long end,
long delta)
Uses
TimeSeriesInterpolation.interpolate(DoubleTimeSeries, long[]) to return an
interpolation of the construction TimeSeries between the times at
the required interval |
Modifier and Type | Method and Description |
---|---|
DoubleTimeSeries |
TimeSeriesInterpolation.interpolate(DoubleTimeSeries series) |
abstract DoubleTimeSeries |
TimeSeriesInterpolation.interpolate(DoubleTimeSeries series,
long[] times) |
DoubleTimeSeries |
LinearInterpolationProcessor.interpolate(DoubleTimeSeries timeSeries,
long[] times) |
DoubleTimeSeries |
TimeSeriesInterpolation.interpolate(DoubleTimeSeries series,
long begin,
int steps,
long delta)
Uses
TimeSeriesInterpolation.interpolate(DoubleTimeSeries, long[]) to return an
interpolation of the construction TimeSeries from begin, for a
number of steps with a given delta between steps |
DoubleTimeSeries |
TimeSeriesInterpolation.interpolate(DoubleTimeSeries series,
long begin,
long end,
int splits)
Uses
TimeSeriesInterpolation.interpolate(DoubleTimeSeries,long[]) to return an
interpolation of the construction TimeSeries from begin, until
end with a delta which means that there are splits time instances |
DoubleTimeSeries |
TimeSeriesInterpolation.interpolate(DoubleTimeSeries series,
long begin,
long end,
long delta)
Uses
TimeSeriesInterpolation.interpolate(DoubleTimeSeries, long[]) to return an
interpolation of the construction TimeSeries between the times at
the required interval |
void |
TimeSeriesInterpolation.process(DoubleTimeSeries ts) |
Modifier and Type | Method and Description |
---|---|
DoubleTimeSeries |
DoubleTimeSeriesProvider.doubleTimeSeries() |
DoubleTimeSeries |
DoubleTimeSeries.doubleTimeSeries() |
DoubleTimeSeries |
DoubleTimeSeries.get(long time,
int nbefore,
int nafter) |
DoubleTimeSeries |
DoubleTimeSeries.get(long time,
int nbefore,
int nafter,
DoubleTimeSeries output) |
DoubleTimeSeries |
DoubleTimeSeries.get(long start,
long end) |
DoubleTimeSeries |
DoubleTimeSeries.get(long time,
long threshbefore,
long threshafter) |
DoubleTimeSeries |
DoubleSynchronisedTimeSeriesCollection.internalNewInstance() |
DoubleTimeSeries |
DoubleTimeSeriesCollection.internalNewInstance() |
DoubleTimeSeries |
DoubleTimeSeries.newInstance() |
DoubleTimeSeries |
DoubleTimeSeries.newInstance(Collection<Long> time,
Collection<Double> data) |
Modifier and Type | Method and Description |
---|---|
DoubleTimeSeries |
DoubleTimeSeries.get(long time,
int nbefore,
int nafter,
DoubleTimeSeries output) |
void |
DoubleTimeSeries.internalAssign(DoubleTimeSeries interpolate) |
Modifier and Type | Method and Description |
---|---|
DoubleTimeSeries |
YahooFinanceData.seriesByName(String name) |
Modifier and Type | Method and Description |
---|---|
Map<String,DoubleTimeSeries> |
YahooFinanceData.seriesMap() |
Map<String,DoubleTimeSeries> |
YahooFinanceData.seriesMapInerp(long delta)
Interpolated finance results from the beggining time till the end in perscribed delta
|
Map<String,DoubleTimeSeries> |
YahooFinanceData.seriesMapInerp(long[] times) |