| Package | Description |
|---|---|
| com.dukascopy.api | |
| com.dukascopy.api.indicators |
| Modifier and Type | Method and Description |
|---|---|
static IIndicators.AppliedPrice |
IIndicators.AppliedPrice.valueOf(java.lang.String name)
Returns the enum constant of this type with the specified name.
|
static IIndicators.AppliedPrice[] |
IIndicators.AppliedPrice.values()
Returns an array containing the constants of this enum type, in
the order they are declared.
|
| Modifier and Type | Method and Description |
|---|---|
IIndicatorCalculator<double[],double[][]> |
IIndicators.ac(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int fastPeriod,
int slowPeriod)
Deprecated.
|
double[][] |
IIndicators.ac(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fastPeriod,
int slowPeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
|
double[][] |
IIndicators.ac(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fastPeriod,
int slowPeriod,
Filter filter,
long from,
long to)
|
double[] |
IIndicators.ac(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fastPeriod,
int slowPeriod,
int shift)
|
double[][] |
IIndicators.ac(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fastPeriod,
int slowPeriod,
long from,
long to)
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.ac2(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int fastPeriod,
int slowPeriod)
The Accelerator/Decelerator Oscillator first calculation step.
|
double[] |
IIndicators.ac2(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fastPeriod,
int slowPeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Accelerator/Decelerator Oscillator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.ac2(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fastPeriod,
int slowPeriod,
Filter filter,
long from,
long to)
Calculates the Accelerator/Decelerator Oscillator for ticks or bars in the specified period.
|
double |
IIndicators.ac2(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fastPeriod,
int slowPeriod,
int shift)
Calculates the Accelerator/Decelerator Oscillator for a bar specified with the
shift parameter. |
double[] |
IIndicators.ac2(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fastPeriod,
int slowPeriod,
long from,
long to)
Calculates the Accelerator/Decelerator Oscillator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.acos(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side)
The Vector Trigonometric ACos first calculation step.
|
double[] |
IIndicators.acos(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Vector Trigonometric ACos for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.acos(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
long from,
long to)
Calculates the Vector Trigonometric ACos for ticks or bars in the specified period.
|
double |
IIndicators.acos(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shift)
Calculates the Vector Trigonometric ACos for a bar specified with the
shift parameter. |
double[] |
IIndicators.acos(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
long from,
long to)
Calculates the Vector Trigonometric ACos for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.add(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice1,
OfferSide side1,
IIndicators.AppliedPrice appliedPrice2,
OfferSide side2)
The Vector Arithmetic Add first calculation step.
|
IChartPanel |
IChartPanel.add(IIndicator indicator,
java.lang.Object[] optParams,
IFinancialInstrument financialInstrument,
Period period,
OfferSide offerSide,
OfferSide[] offerSides,
IIndicators.AppliedPrice[] appliedPrices,
java.awt.Color[] outputColors,
OutputParameterInfo.DrawingStyle[] outputDrawingStyles,
int[] outputWidths)
Deprecated.
|
IChartPanel |
IIndicatorPanel.add(IIndicator indicator,
java.lang.Object[] optParams,
Instrument instrument,
Period period,
OfferSide offerSide,
OfferSide[] offerSides,
IIndicators.AppliedPrice[] appliedPrices,
java.awt.Color[] outputColors,
OutputParameterInfo.DrawingStyle[] outputDrawingStyles,
int[] outputWidths)
Adds indicator to the current panel by specifying initial optional parameters values,
indicator advanced settings, data sides/types for each input, output params
If optParams equals to null - default ones will be taken instead
If instrument, period or offerSide equals to null - values from chart will be taken instead
If offerSides or appliedPrices equals to null - default ones will be taken instead
If output params are nulls - default ones will be taken instead
|
IChartPanel |
IChartPanel.add(IIndicator indicator,
java.lang.Object[] optParams,
Instrument instrument,
Period period,
OfferSide offerSide,
OfferSide[] offerSides,
IIndicators.AppliedPrice[] appliedPrices,
java.awt.Color[] outputColors,
OutputParameterInfo.DrawingStyle[] outputDrawingStyles,
int[] outputWidths)
Adds indicator to the current panel by specifying initial optional parameters values,
indicator advanced settings, data sides/types for each input, output params
If optParams equals to null - default ones will be taken instead
If instrument, period or offerSide equals to null - values from chart will be taken instead
If offerSides or appliedPrices equals to null - default ones will be taken instead
If output params are nulls - default ones will be taken instead
|
IChartPanel |
IChart.add(IIndicator indicator,
java.lang.Object[] optParams,
Instrument instrument,
Period period,
OfferSide offerSide,
OfferSide[] offerSides,
IIndicators.AppliedPrice[] appliedPrices,
java.awt.Color[] outputColors,
OutputParameterInfo.DrawingStyle[] outputDrawingStyles,
int[] outputWidths)
Adds indicator to the current panel by specifying initial optional parameters values,
indicator advanced settings, data sides/types for each input, output params
If optParams equals to null - default ones will be taken instead
If instrument, period or offerSide equals to null - values from chart will be taken instead
If offerSides or appliedPrices equals to null - default ones will be taken instead
If output params are nulls - default ones will be taken instead
|
IChartPanel |
IIndicatorPanel.add(IIndicator indicator,
java.lang.Object[] optParams,
Instrument instrument,
Period period,
OfferSide offerSide,
Period basePeriod,
OfferSide[] offerSides,
IIndicators.AppliedPrice[] appliedPrices,
java.awt.Color[] outputColors,
OutputParameterInfo.DrawingStyle[] outputDrawingStyles,
int[] outputWidths)
Adds indicator to the current panel by specifying initial optional parameters values,
indicator advanced settings, data sides/types for each input, output params
If optParams equals to null - default ones will be taken instead
If instrument, period or offerSide equals to null - values from chart will be taken instead
If basePeriod equals to null - no base period will be used
If offerSides or appliedPrices equals to null - default ones will be taken instead
If output params are nulls - default ones will be taken instead
|
IChartPanel |
IChartPanel.add(IIndicator indicator,
java.lang.Object[] optParams,
Instrument instrument,
Period period,
OfferSide offerSide,
Period basePeriod,
OfferSide[] offerSides,
IIndicators.AppliedPrice[] appliedPrices,
java.awt.Color[] outputColors,
OutputParameterInfo.DrawingStyle[] outputDrawingStyles,
int[] outputWidths)
Adds indicator to the current panel by specifying initial optional parameters values,
indicator advanced settings, data sides/types for each input, output params
If optParams equals to null - default ones will be taken instead
If instrument, period or offerSide equals to null - values from chart will be taken instead
If basePeriod equals to null - no base period will be used
If offerSides or appliedPrices equals to null - default ones will be taken instead
If output params are nulls - default ones will be taken instead
|
IChartPanel |
IChart.add(IIndicator indicator,
java.lang.Object[] optParams,
Instrument instrument,
Period period,
OfferSide offerSide,
Period basePeriod,
OfferSide[] offerSides,
IIndicators.AppliedPrice[] appliedPrices,
java.awt.Color[] outputColors,
OutputParameterInfo.DrawingStyle[] outputDrawingStyles,
int[] outputWidths)
Adds indicator to the current panel by specifying initial optional parameters values,
indicator advanced settings, data sides/types for each input, output params
If optParams equals to null - default ones will be taken instead
If instrument, period or offerSide equals to null - values from chart will be taken instead
If basePeriod equals to null - no base period will be used
If offerSides or appliedPrices equals to null - default ones will be taken instead
If output params are nulls - default ones will be taken instead
|
IChartPanel |
IIndicatorPanel.add(IIndicator indicator,
java.lang.Object[] optParams,
OfferSide[] offerSides,
IIndicators.AppliedPrice[] appliedPrices)
Adds indicator to the current panel by specifying initial optional parameters values
and data sides/types for each input
If optParams equals to null - default ones will be taken instead
If offerSides or appliedPrices equals to null - default ones will be taken instead
|
IChartPanel |
IChartPanel.add(IIndicator indicator,
java.lang.Object[] optParams,
OfferSide[] offerSides,
IIndicators.AppliedPrice[] appliedPrices)
Adds indicator to the current panel by specifying initial optional parameters values
and data sides/types for each input
If optParams equals to null - default ones will be taken instead
If offerSides or appliedPrices equals to null - default ones will be taken instead
|
IChartPanel |
IChart.add(IIndicator indicator,
java.lang.Object[] optParams,
OfferSide[] offerSides,
IIndicators.AppliedPrice[] appliedPrices)
Adds indicator to the current panel by specifying initial optional parameters values
and data sides/types for each input
If optParams equals to null - default ones will be taken instead
If offerSides or appliedPrices equals to null - default ones will be taken instead
|
IChartPanel |
IIndicatorPanel.add(IIndicator indicator,
java.lang.Object[] optParams,
Period basePeriod,
OfferSide[] offerSides,
IIndicators.AppliedPrice[] appliedPrices)
Adds indicator to the current panel by specifying initial optional parameters values
and data sides/types for each input
If optParams equals to null - default ones will be taken instead
If basePeriod equals to null - no base period will be used
If offerSides or appliedPrices equals to null - default ones will be taken instead
|
IChartPanel |
IChartPanel.add(IIndicator indicator,
java.lang.Object[] optParams,
Period basePeriod,
OfferSide[] offerSides,
IIndicators.AppliedPrice[] appliedPrices)
Adds indicator to the current panel by specifying initial optional parameters values
and data sides/types for each input
If optParams equals to null - default ones will be taken instead
If basePeriod equals to null - no base period will be used
If offerSides or appliedPrices equals to null - default ones will be taken instead
|
IChartPanel |
IChart.add(IIndicator indicator,
java.lang.Object[] optParams,
Period basePeriod,
OfferSide[] offerSides,
IIndicators.AppliedPrice[] appliedPrices)
Adds indicator to the current panel by specifying initial optional parameters values
and data sides/types for each input
If optParams equals to null - default ones will be taken instead
If basePeriod equals to null - no base period will be used
If offerSides or appliedPrices equals to null - default ones will be taken instead
|
double[] |
IIndicators.add(Instrument instrument,
Period period,
OfferSide side1,
IIndicators.AppliedPrice appliedPrice1,
OfferSide side2,
IIndicators.AppliedPrice appliedPrice2,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Vector Arithmetic Add for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.add(Instrument instrument,
Period period,
OfferSide side1,
IIndicators.AppliedPrice appliedPrice1,
OfferSide side2,
IIndicators.AppliedPrice appliedPrice2,
Filter filter,
long from,
long to)
Calculates the Vector Arithmetic Add for ticks or bars in the specified period.
|
double |
IIndicators.add(Instrument instrument,
Period period,
OfferSide side1,
IIndicators.AppliedPrice appliedPrice1,
OfferSide side2,
IIndicators.AppliedPrice appliedPrice2,
int shift)
Calculates the Vector Arithmetic Add for a bar specified with the
shift parameter. |
double[] |
IIndicators.add(Instrument instrument,
Period period,
OfferSide side1,
IIndicators.AppliedPrice appliedPrice1,
OfferSide side2,
IIndicators.AppliedPrice appliedPrice2,
long from,
long to)
Calculates the Vector Arithmetic Add for ticks or bars in the specified period.
|
IIndicatorCalculator<double[],double[][]> |
IIndicators.alligator(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int jawTimePeriod,
int teethTimePeriod,
int lipsTimePeriod)
The Alligator first calculation step.
|
double[][] |
IIndicators.alligator(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int jawTimePeriod,
int teethTimePeriod,
int lipsTimePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Alligator indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[][] |
IIndicators.alligator(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int jawTimePeriod,
int teethTimePeriod,
int lipsTimePeriod,
Filter filter,
long from,
long to)
Calculates the Alligator indicator for ticks or bars in the specified period.
|
double[] |
IIndicators.alligator(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int jawTimePeriod,
int teethTimePeriod,
int lipsTimePeriod,
int shift)
Calculates the Alligator indicator for a bar specified with the
shift parameter. |
double[][] |
IIndicators.alligator(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int jawTimePeriod,
int teethTimePeriod,
int lipsTimePeriod,
long from,
long to)
Calculates the Alligator indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.apo(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int fastPeriod,
int slowPeriod,
IIndicators.MaType maType)
The APO first calculation step.
|
double[] |
IIndicators.apo(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fastPeriod,
int slowPeriod,
IIndicators.MaType maType,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Absolute Price Oscillator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.apo(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fastPeriod,
int slowPeriod,
IIndicators.MaType maType,
Filter filter,
long from,
long to)
Calculates the Absolute Price Oscillator for ticks or bars in the specified period.
|
double |
IIndicators.apo(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fastPeriod,
int slowPeriod,
IIndicators.MaType maType,
int shift)
Calculates the Absolute Price Oscillator for a bar specified with the
shift parameter. |
double[] |
IIndicators.apo(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fastPeriod,
int slowPeriod,
IIndicators.MaType maType,
long from,
long to)
Calculates the Absolute Price Oscillator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.asin(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side)
The Vector Trigonometric ASin first calculation step.
|
double[] |
IIndicators.asin(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Vector Trigonometric ASin for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.asin(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
long from,
long to)
Calculates the Vector Trigonometric ASin for ticks or bars in the specified period.
|
double |
IIndicators.asin(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shift)
Calculates the Vector Trigonometric ASin for a bar specified with the
shift parameter. |
double[] |
IIndicators.asin(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
long from,
long to)
Calculates the Vector Trigonometric ASin for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.atan(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side)
The Vector Trigonometric ATan first calculation step.
|
double[] |
IIndicators.atan(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Vector Trigonometric ATan for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.atan(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
long from,
long to)
Calculates the Vector Trigonometric ATan for ticks or bars in the specified period.
|
double |
IIndicators.atan(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shift)
Calculates the Vector Trigonometric ATan for a bar specified with the
shift parameter. |
double[] |
IIndicators.atan(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
long from,
long to)
Calculates the Vector Trigonometric ATan for ticks or bars in the specified period.
|
IIndicatorCalculator<double[],double[][]> |
IIndicators.awesome(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int fasterMaTimePeriod,
IIndicators.MaType fasterMaType,
int slowerMaTimePeriod,
IIndicators.MaType slowerMaType)
Deprecated.
|
double[][] |
IIndicators.awesome(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fasterMaTimePeriod,
IIndicators.MaType fasterMaType,
int slowerMaTimePeriod,
IIndicators.MaType slowerMaType,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
|
double[][] |
IIndicators.awesome(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fasterMaTimePeriod,
IIndicators.MaType fasterMaType,
int slowerMaTimePeriod,
IIndicators.MaType slowerMaType,
Filter filter,
long from,
long to)
|
double[] |
IIndicators.awesome(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fasterMaTimePeriod,
IIndicators.MaType fasterMaType,
int slowerMaTimePeriod,
IIndicators.MaType slowerMaType,
int shift)
|
double[][] |
IIndicators.awesome(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fasterMaTimePeriod,
IIndicators.MaType fasterMaType,
int slowerMaTimePeriod,
IIndicators.MaType slowerMaType,
long from,
long to)
|
IIndicatorCalculator<double[],double[][]> |
IIndicators.awesome2(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int fasterMaTimePeriod,
IIndicators.MaType fasterMaType,
int slowerMaTimePeriod,
IIndicators.MaType slowerMaType)
The Awesome Oscillator first calculation step.
|
double[][] |
IIndicators.awesome2(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fasterMaTimePeriod,
IIndicators.MaType fasterMaType,
int slowerMaTimePeriod,
IIndicators.MaType slowerMaType,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Awesome Oscillator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[][] |
IIndicators.awesome2(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fasterMaTimePeriod,
IIndicators.MaType fasterMaType,
int slowerMaTimePeriod,
IIndicators.MaType slowerMaType,
Filter filter,
long from,
long to)
Calculates the Awesome Oscillator for ticks or bars in the specified period.
|
double[] |
IIndicators.awesome2(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fasterMaTimePeriod,
IIndicators.MaType fasterMaType,
int slowerMaTimePeriod,
IIndicators.MaType slowerMaType,
int shift)
Calculates the Awesome Oscillator for a bar specified with the
shift parameter. |
double[][] |
IIndicators.awesome2(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fasterMaTimePeriod,
IIndicators.MaType fasterMaType,
int slowerMaTimePeriod,
IIndicators.MaType slowerMaType,
long from,
long to)
Calculates the Awesome Oscillator for ticks or bars in the specified period.
|
IIndicatorCalculator<double[],double[][]> |
IIndicators.bbands(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod,
double nbDevUp,
double nbDevDn,
IIndicators.MaType maType)
The Bollinger Bands first calculation step.
|
double[][] |
IIndicators.bbands(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
double nbDevUp,
double nbDevDn,
IIndicators.MaType maType,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Bollinger Bands indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[][] |
IIndicators.bbands(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
double nbDevUp,
double nbDevDn,
IIndicators.MaType maType,
Filter filter,
long from,
long to)
Calculates the Bollinger Bands indicator for ticks or bars in the specified period.
|
double[] |
IIndicators.bbands(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
double nbDevUp,
double nbDevDn,
IIndicators.MaType maType,
int shift)
Calculates the Bollinger Bands indicator for a bar specified with the
shift parameter. |
double[][] |
IIndicators.bbands(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
double nbDevUp,
double nbDevDn,
IIndicators.MaType maType,
long from,
long to)
Calculates the Bollinger Bands indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.beta(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice1,
OfferSide side1,
IIndicators.AppliedPrice appliedPrice2,
OfferSide side2,
int timePeriod)
The Beta first calculation step.
|
double[] |
IIndicators.beta(Instrument instrument,
Period period,
OfferSide side1,
IIndicators.AppliedPrice appliedPrice1,
OfferSide side2,
IIndicators.AppliedPrice appliedPrice2,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Beta indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.beta(Instrument instrument,
Period period,
OfferSide side1,
IIndicators.AppliedPrice appliedPrice1,
OfferSide side2,
IIndicators.AppliedPrice appliedPrice2,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the Beta indicator for ticks or bars in the specified period.
|
double |
IIndicators.beta(Instrument instrument,
Period period,
OfferSide side1,
IIndicators.AppliedPrice appliedPrice1,
OfferSide side2,
IIndicators.AppliedPrice appliedPrice2,
int timePeriod,
int shift)
Calculates the Beta indicator for a bar specified with the
shift parameter. |
double[] |
IIndicators.beta(Instrument instrument,
Period period,
OfferSide side1,
IIndicators.AppliedPrice appliedPrice1,
OfferSide side2,
IIndicators.AppliedPrice appliedPrice2,
int timePeriod,
long from,
long to)
Calculates the Beta indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.butterworthFilter(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod)
The Butterworth Filter first calculation step.
|
double[] |
IIndicators.butterworthFilter(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Butterworth Filter indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.butterworthFilter(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the Butterworth Filter indicator for ticks or bars in the specified period.
|
double |
IIndicators.butterworthFilter(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
Calculates the Butterworth Filter indicator for a bar specified with the
shift parameter. |
double[] |
IIndicators.butterworthFilter(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
Calculates the Butterworth Filter indicator for ticks or bars in the specified period.
|
java.lang.Object[] |
IIndicators.calculateIndicator(IFeedDescriptor feedDescriptor,
OfferSide[] offerSides,
Period basePeriod,
java.lang.String functionName,
IIndicators.AppliedPrice[] inputTypes,
java.lang.Object[] optParams,
int shift)
Deprecated.
|
java.lang.Object[] |
IIndicators.calculateIndicator(IFeedDescriptor feedDescriptor,
OfferSide[] offerSides,
Period basePeriod,
java.lang.String functionName,
IIndicators.AppliedPrice[] inputTypes,
java.lang.Object[] optParams,
int numberOfBarsBefore,
long time,
int numberOfBarsAfter)
This is a universal function that allows getting values for any indicator available based on any
DataType supported by JForex, including user indicators. |
java.lang.Object[] |
IIndicators.calculateIndicator(IFeedDescriptor feedDescriptor,
OfferSide[] offerSides,
Period basePeriod,
java.lang.String functionName,
IIndicators.AppliedPrice[] inputTypes,
java.lang.Object[] optParams,
long from,
long to)
This is a universal function that allows getting values for any indicator available based on any
DataType supported by JForex, including user indicators. |
java.lang.Object[] |
IIndicators.calculateIndicator(IFeedDescriptor feedDescriptor,
OfferSide[] offerSides,
java.lang.String functionName,
IIndicators.AppliedPrice[] inputTypes,
java.lang.Object[] optParams,
int shift)
This is a universal function that allows getting values for any indicator available based on any
DataType supported by JForex, including user indicators. |
java.lang.Object[] |
IIndicators.calculateIndicator(IFeedDescriptor feedDescriptor,
OfferSide[] offerSides,
java.lang.String functionName,
IIndicators.AppliedPrice[] inputTypes,
java.lang.Object[] optParams,
int numberOfBarsBefore,
long time,
int numberOfBarsAfter)
This is a universal function that allows getting values for any indicator available based on any
DataType supported by JForex, including user indicators. |
java.lang.Object[] |
IIndicators.calculateIndicator(IFeedDescriptor feedDescriptor,
OfferSide[] offerSides,
java.lang.String functionName,
IIndicators.AppliedPrice[] inputTypes,
java.lang.Object[] optParams,
long from,
long to)
This is a universal function that allows getting values for any indicator available based on any
DataType supported by JForex, including user indicators. |
java.lang.Object[] |
IIndicators.calculateIndicator(IFeedInfo feedInfo,
OfferSide[] offerSides,
java.lang.String functionName,
IIndicators.AppliedPrice[] inputTypes,
java.lang.Object[] optParams,
int shift)
Deprecated.
|
java.lang.Object[] |
IIndicators.calculateIndicator(IFeedInfo feedInfo,
OfferSide[] offerSides,
java.lang.String functionName,
IIndicators.AppliedPrice[] inputTypes,
java.lang.Object[] optParams,
int numberOfBarsBefore,
long time,
int numberOfBarsAfter)
Deprecated.
|
java.lang.Object[] |
IIndicators.calculateIndicator(IFeedInfo feedInfo,
OfferSide[] offerSides,
java.lang.String functionName,
IIndicators.AppliedPrice[] inputTypes,
java.lang.Object[] optParams,
long from,
long to)
Deprecated.
|
java.lang.Object[] |
IIndicators.calculateIndicator(IFinancialInstrument financialInstrument,
Period period,
OfferSide[] offerSides,
Period basePeriod,
java.lang.String functionName,
IIndicators.AppliedPrice[] inputTypes,
java.lang.Object[] optParams,
Filter filter,
int shift)
Deprecated.
|
java.lang.Object[] |
IIndicators.calculateIndicator(IFinancialInstrument financialInstrument,
Period period,
OfferSide[] offerSides,
Period basePeriod,
java.lang.String functionName,
IIndicators.AppliedPrice[] inputTypes,
java.lang.Object[] optParams,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Deprecated.
|
java.lang.Object[] |
IIndicators.calculateIndicator(IFinancialInstrument financialInstrument,
Period period,
OfferSide[] offerSides,
Period basePeriod,
java.lang.String functionName,
IIndicators.AppliedPrice[] inputTypes,
java.lang.Object[] optParams,
Filter filter,
long from,
long to)
Deprecated.
|
java.lang.Object[] |
IIndicators.calculateIndicator(IFinancialInstrument financialInstrument,
Period period,
OfferSide[] offerSides,
Period basePeriod,
java.lang.String functionName,
IIndicators.AppliedPrice[] inputTypes,
java.lang.Object[] optParams,
int shift)
Deprecated.
|
java.lang.Object[] |
IIndicators.calculateIndicator(IFinancialInstrument financialInstrument,
Period period,
OfferSide[] offerSides,
Period basePeriod,
java.lang.String functionName,
IIndicators.AppliedPrice[] inputTypes,
java.lang.Object[] optParams,
long from,
long to)
Deprecated.
|
java.lang.Object[] |
IIndicators.calculateIndicator(IFinancialInstrument financialInstrument,
Period period,
OfferSide[] offerSides,
java.lang.String functionName,
IIndicators.AppliedPrice[] inputTypes,
java.lang.Object[] optParams,
Filter filter,
int shift)
Deprecated.
|
java.lang.Object[] |
IIndicators.calculateIndicator(IFinancialInstrument financialInstrument,
Period period,
OfferSide[] offerSides,
java.lang.String functionName,
IIndicators.AppliedPrice[] inputTypes,
java.lang.Object[] optParams,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Deprecated.
|
java.lang.Object[] |
IIndicators.calculateIndicator(IFinancialInstrument financialInstrument,
Period period,
OfferSide[] offerSides,
java.lang.String functionName,
IIndicators.AppliedPrice[] inputTypes,
java.lang.Object[] optParams,
Filter filter,
long from,
long to)
Deprecated.
|
java.lang.Object[] |
IIndicators.calculateIndicator(IFinancialInstrument financialInstrument,
Period period,
OfferSide[] offerSides,
java.lang.String functionName,
IIndicators.AppliedPrice[] inputTypes,
java.lang.Object[] optParams,
int shift)
Deprecated.
|
java.lang.Object[] |
IIndicators.calculateIndicator(IFinancialInstrument financialInstrument,
Period period,
OfferSide[] offerSides,
java.lang.String functionName,
IIndicators.AppliedPrice[] inputTypes,
java.lang.Object[] optParams,
long from,
long to)
Deprecated.
|
java.lang.Object[] |
IIndicators.calculateIndicator(Instrument instrument,
Period period,
OfferSide[] offerSides,
Period basePeriod,
java.lang.String functionName,
IIndicators.AppliedPrice[] inputTypes,
java.lang.Object[] optParams,
Filter filter,
int shift)
This is a universal function that allows getting values for any indicator available, including user indicators.
|
java.lang.Object[] |
IIndicators.calculateIndicator(Instrument instrument,
Period period,
OfferSide[] offerSides,
Period basePeriod,
java.lang.String functionName,
IIndicators.AppliedPrice[] inputTypes,
java.lang.Object[] optParams,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
This is a universal function that allows getting values for any indicator available, including user indicators.
|
java.lang.Object[] |
IIndicators.calculateIndicator(Instrument instrument,
Period period,
OfferSide[] offerSides,
Period basePeriod,
java.lang.String functionName,
IIndicators.AppliedPrice[] inputTypes,
java.lang.Object[] optParams,
Filter filter,
long from,
long to)
This is a universal function that allows to get values for any indicator available including user indicators.
|
java.lang.Object[] |
IIndicators.calculateIndicator(Instrument instrument,
Period period,
OfferSide[] offerSides,
Period basePeriod,
java.lang.String functionName,
IIndicators.AppliedPrice[] inputTypes,
java.lang.Object[] optParams,
int shift)
This is a universal function that allows getting values for any indicator available, including user indicators.
|
java.lang.Object[] |
IIndicators.calculateIndicator(Instrument instrument,
Period period,
OfferSide[] offerSides,
Period basePeriod,
java.lang.String functionName,
IIndicators.AppliedPrice[] inputTypes,
java.lang.Object[] optParams,
long from,
long to)
This is a universal function that allows getting values for any indicator available, including user indicators.
|
java.lang.Object[] |
IIndicators.calculateIndicator(Instrument instrument,
Period period,
OfferSide[] offerSides,
java.lang.String functionName,
IIndicators.AppliedPrice[] inputTypes,
java.lang.Object[] optParams,
Filter filter,
int shift)
This is a universal function that allows getting values for any indicator available, including user indicators.
|
java.lang.Object[] |
IIndicators.calculateIndicator(Instrument instrument,
Period period,
OfferSide[] offerSides,
java.lang.String functionName,
IIndicators.AppliedPrice[] inputTypes,
java.lang.Object[] optParams,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
This is a universal function that allows getting values for any indicator available, including user indicators.
|
java.lang.Object[] |
IIndicators.calculateIndicator(Instrument instrument,
Period period,
OfferSide[] offerSides,
java.lang.String functionName,
IIndicators.AppliedPrice[] inputTypes,
java.lang.Object[] optParams,
Filter filter,
long from,
long to)
This is a universal function that allows to get values for any indicator available including user indicators.
|
java.lang.Object[] |
IIndicators.calculateIndicator(Instrument instrument,
Period period,
OfferSide[] offerSides,
java.lang.String functionName,
IIndicators.AppliedPrice[] inputTypes,
java.lang.Object[] optParams,
int shift)
This is a universal function that allows getting values for any indicator available, including user indicators.
|
java.lang.Object[] |
IIndicators.calculateIndicator(Instrument instrument,
Period period,
OfferSide[] offerSides,
java.lang.String functionName,
IIndicators.AppliedPrice[] inputTypes,
java.lang.Object[] optParams,
long from,
long to)
This is a universal function that allows getting values for any indicator available, including user indicators.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.ceil(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side)
The Vector Ceil first calculation step.
|
double[] |
IIndicators.ceil(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Vector Ceil indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.ceil(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
long from,
long to)
Calculates the Vector Ceil indicator for ticks or bars in the specified period.
|
double |
IIndicators.ceil(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shift)
Calculates the Vector Ceil indicator for a bar specified with the
shift parameter. |
double[] |
IIndicators.ceil(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
long from,
long to)
Calculates the Vector Ceil indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.cmo(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod)
The Chande Momentum Oscillator first calculation step.
|
double[] |
IIndicators.cmo(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Chande Momentum Oscillator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.cmo(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the Chande Momentum Oscillator for ticks or bars in the specified period.
|
double |
IIndicators.cmo(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
Calculates the Chande Momentum Oscillator for a bar specified with the
shift parameter. |
double[] |
IIndicators.cmo(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
Calculates the Chande Momentum Oscillator for ticks or bars in the specified period.
|
IIndicatorCalculator<double[],double[][]> |
IIndicators.cog(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod,
int smoothPeriod,
IIndicators.MaType maType)
The Center of gravity first calculation step.
|
double[][] |
IIndicators.cog(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int smoothPeriod,
IIndicators.MaType maType,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Center Of Gravity indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[][] |
IIndicators.cog(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int smoothPeriod,
IIndicators.MaType maType,
Filter filter,
long from,
long to)
Calculates the Center Of Gravity indicator for ticks or bars in the specified period.
|
double[] |
IIndicators.cog(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int smoothPeriod,
IIndicators.MaType maType,
int shift)
Calculates the Center Of Gravity indicator for a bar specified with the
shift parameter. |
double[][] |
IIndicators.cog(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int smoothPeriod,
IIndicators.MaType maType,
long from,
long to)
Calculates the Center Of Gravity indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.correl(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice1,
OfferSide side1,
IIndicators.AppliedPrice appliedPrice2,
OfferSide side2,
int timePeriod)
The Pearson's Correlation Coefficient(r) first calculation step.
|
double[] |
IIndicators.correl(Instrument instrument,
Period period,
OfferSide side1,
IIndicators.AppliedPrice appliedPrice1,
OfferSide side2,
IIndicators.AppliedPrice appliedPrice2,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Pearson's Correlation Coefficient for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.correl(Instrument instrument,
Period period,
OfferSide side1,
IIndicators.AppliedPrice appliedPrice1,
OfferSide side2,
IIndicators.AppliedPrice appliedPrice2,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the Pearson's Correlation Coefficient for ticks or bars in the specified period.
|
double |
IIndicators.correl(Instrument instrument,
Period period,
OfferSide side1,
IIndicators.AppliedPrice appliedPrice1,
OfferSide side2,
IIndicators.AppliedPrice appliedPrice2,
int timePeriod,
int shift)
Calculates the Pearson's Correlation Coefficient for a bar specified with the
shift parameter. |
double[] |
IIndicators.correl(Instrument instrument,
Period period,
OfferSide side1,
IIndicators.AppliedPrice appliedPrice1,
OfferSide side2,
IIndicators.AppliedPrice appliedPrice2,
int timePeriod,
long from,
long to)
Calculates the Pearson's Correlation Coefficient for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.cos(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side)
The Vector Trigonometric Cos first calculation step.
|
double[] |
IIndicators.cos(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Vector Trigonometric Cos for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.cos(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
long from,
long to)
Calculates the Vector Trigonometric Cos for ticks or bars in the specified period.
|
double |
IIndicators.cos(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shift)
Calculates the Vector Trigonometric Cos for a bar specified with the
shift parameter. |
double[] |
IIndicators.cos(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
long from,
long to)
Calculates the Vector Trigonometric Cos for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.cosh(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side)
The Vector Trigonometric Cosh first calculation step.
|
double[] |
IIndicators.cosh(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Vector Trigonometric Cosh for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.cosh(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
long from,
long to)
Calculates the Vector Trigonometric Cosh for ticks or bars in the specified period.
|
double |
IIndicators.cosh(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shift)
Calculates the Vector Trigonometric Cosh for a bar specified with the
shift parameter. |
double[] |
IIndicators.cosh(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
long from,
long to)
Calculates the Vector Trigonometric Cosh for ticks or bars in the specified period.
|
<T,U> IIndicatorCalculator<T,U> |
IIndicators.custom(java.lang.String indName,
java.lang.Class<T> classShift,
java.lang.Class<U> classArr,
IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice[] appliedPrices,
OfferSide[] offerSides,
java.lang.Object[] optInputs)
The custom indicator first calculation step.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.dema(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod)
The Double Exponential Moving Average first calculation step.
|
double[] |
IIndicators.dema(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Double Exponential Moving Average for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.dema(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the Double Exponential Moving Average for ticks or bars in the specified period.
|
double |
IIndicators.dema(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
Calculates the Double Exponential Moving Average for a bar specified with the
shift parameter. |
double[] |
IIndicators.dema(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
Calculates the Double Exponential Moving Average for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.div(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice1,
OfferSide side1,
IIndicators.AppliedPrice appliedPrice2,
OfferSide side2)
The Vector Arithmetic Div first calculation step.
|
double[] |
IIndicators.div(Instrument instrument,
Period period,
OfferSide side1,
IIndicators.AppliedPrice appliedPrice1,
OfferSide side2,
IIndicators.AppliedPrice appliedPrice2,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Vector Arithmetic Div for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.div(Instrument instrument,
Period period,
OfferSide side1,
IIndicators.AppliedPrice appliedPrice1,
OfferSide side2,
IIndicators.AppliedPrice appliedPrice2,
Filter filter,
long from,
long to)
Calculates the Vector Arithmetic Div for ticks or bars in the specified period.
|
double |
IIndicators.div(Instrument instrument,
Period period,
OfferSide side1,
IIndicators.AppliedPrice appliedPrice1,
OfferSide side2,
IIndicators.AppliedPrice appliedPrice2,
int shift)
Calculates the Vector Arithmetic Div for a bar specified with the
shift parameter. |
double[] |
IIndicators.div(Instrument instrument,
Period period,
OfferSide side1,
IIndicators.AppliedPrice appliedPrice1,
OfferSide side2,
IIndicators.AppliedPrice appliedPrice2,
long from,
long to)
Calculates the Vector Arithmetic Div for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.ema(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod)
The Exponential Moving Average first calculation step.
|
double[] |
IIndicators.ema(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Exponential Moving Average for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.ema(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the Exponential Moving Average for ticks or bars in the specified period.
|
double |
IIndicators.ema(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
Calculates the Exponential Moving Average for a bar specified with the
shift parameter. |
double[] |
IIndicators.ema(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
Calculates the Exponential Moving Average for ticks or bars in the specified period.
|
IIndicatorCalculator<double[],double[][]> |
IIndicators.emaEnvelope(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod,
double deviation)
The EMA Envelope first calculation step.
|
double[][] |
IIndicators.emaEnvelope(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
double deviation,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the EMA Envelope indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[][] |
IIndicators.emaEnvelope(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
double deviation,
Filter filter,
long from,
long to)
Calculates the EMA Envelope indicator for ticks or bars in the specified period.
|
double[] |
IIndicators.emaEnvelope(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
double deviation,
int shift)
Calculates the EMA Envelope indicator for a bar specified with the
shift parameter. |
double[][] |
IIndicators.emaEnvelope(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
double deviation,
long from,
long to)
Calculates the EMA Envelope indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.exp(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side)
The Vector Arithmetic Exp first calculation step.
|
double[] |
IIndicators.exp(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Vector Arithmetic Exp indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.exp(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
long from,
long to)
Calculates the Vector Arithmetic Exp indicator for ticks or bars in the specified period.
|
double |
IIndicators.exp(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shift)
Calculates the Vector Arithmetic Exp indicator for a bar specified with the
shift parameter. |
double[] |
IIndicators.exp(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
long from,
long to)
Calculates the Vector Arithmetic Exp indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.floor(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side)
The Vector Floor first calculation step.
|
double[] |
IIndicators.floor(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Vector Floor indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.floor(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
long from,
long to)
Calculates the Vector Floor indicator for ticks or bars in the specified period.
|
double |
IIndicators.floor(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shift)
Calculates the Vector Floor indicator for a bar specified with the
shift parameter. |
double[] |
IIndicators.floor(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
long from,
long to)
Calculates the Vector Floor indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.force(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod,
IIndicators.MaType maType)
The Force Index first calculation step.
|
double[] |
IIndicators.force(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
IIndicators.MaType maType,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Force Index for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.force(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
IIndicators.MaType maType,
Filter filter,
long from,
long to)
Calculates the Force Index for ticks or bars in the specified period.
|
double |
IIndicators.force(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
IIndicators.MaType maType,
int shift)
Calculates the Force Index for a bar specified with the
shift parameter. |
double[] |
IIndicators.force(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
IIndicators.MaType maType,
long from,
long to)
Calculates the Force Index for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.frama(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod)
The Fractal Adaptive Moving Average first calculation step.
|
double[] |
IIndicators.frama(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Fractal Adaptive Moving Average indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.frama(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the Fractal Adaptive Moving Average indicator for ticks or bars in the specified period.
|
double |
IIndicators.frama(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
Calculates the Fractal Adaptive Moving Average indicator for a bar specified with the
shift parameter. |
double[] |
IIndicators.frama(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
Calculates the Fractal Adaptive Moving Average indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<double[],double[][]> |
IIndicators.gator(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int jawTimePeriod,
int teethTimePeriod,
int lipsTimePeriod)
The Gator Oscillator first calculation step.
|
double[][] |
IIndicators.gator(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int jawTimePeriod,
int teethTimePeriod,
int lipsTimePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Gator Oscillator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[][] |
IIndicators.gator(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int jawTimePeriod,
int teethTimePeriod,
int lipsTimePeriod,
Filter filter,
long from,
long to)
Calculates the Gator Oscillator for ticks or bars in the specified period.
|
double[] |
IIndicators.gator(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int jawTimePeriod,
int teethTimePeriod,
int lipsTimePeriod,
int shift)
Calculates the Gator Oscillator for a bar specified with the
shift parameter. |
double[][] |
IIndicators.gator(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int jawTimePeriod,
int teethTimePeriod,
int lipsTimePeriod,
long from,
long to)
Calculates the Gator Oscillator for ticks or bars in the specified period.
|
IIndicatorCalculator<double[],double[][]> |
IIndicators.gmma(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int shortEMA1Period,
int shortEMA2Period,
int shortEMA3Period,
int shortEMA4Period,
int shortEMA5Period,
int shortEMA6Period,
int longEMA1Period,
int longEMA2Period,
int longEMA3Period,
int longEMA4Period,
int longEMA5Period,
int longEMA6Period)
The Guppy Multiple Moving Average first calculation step.
|
double[][] |
IIndicators.gmma(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shortEMA1Period,
int shortEMA2Period,
int shortEMA3Period,
int shortEMA4Period,
int shortEMA5Period,
int shortEMA6Period,
int longEMA1Period,
int longEMA2Period,
int longEMA3Period,
int longEMA4Period,
int longEMA5Period,
int longEMA6Period,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Guppy Multiple Moving Average for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[][] |
IIndicators.gmma(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shortEMA1Period,
int shortEMA2Period,
int shortEMA3Period,
int shortEMA4Period,
int shortEMA5Period,
int shortEMA6Period,
int longEMA1Period,
int longEMA2Period,
int longEMA3Period,
int longEMA4Period,
int longEMA5Period,
int longEMA6Period,
Filter filter,
long from,
long to)
Calculates the Guppy Multiple Moving Average for ticks or bars in the specified period.
|
double[] |
IIndicators.gmma(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shortEMA1Period,
int shortEMA2Period,
int shortEMA3Period,
int shortEMA4Period,
int shortEMA5Period,
int shortEMA6Period,
int longEMA1Period,
int longEMA2Period,
int longEMA3Period,
int longEMA4Period,
int longEMA5Period,
int longEMA6Period,
int shift)
Calculates the Guppy Multiple Moving Average for a bar specified with the
shift parameter. |
double[][] |
IIndicators.gmma(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shortEMA1Period,
int shortEMA2Period,
int shortEMA3Period,
int shortEMA4Period,
int shortEMA5Period,
int shortEMA6Period,
int longEMA1Period,
int longEMA2Period,
int longEMA3Period,
int longEMA4Period,
int longEMA5Period,
int longEMA6Period,
long from,
long to)
Calculates the Guppy Multiple Moving Average for ticks or bars in the specified period.
|
IIndicatorCalculator<double[],double[][]> |
IIndicators.heikinAshiSmooth(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod,
IIndicators.MaType maType,
int smoothingTimePeriod,
IIndicators.MaType smoothingMAType)
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.hma(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod)
The Hull Moving Average first calculation step.
|
double[] |
IIndicators.hma(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Hull Moving Average indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.hma(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the Hull Moving Average indicator for ticks or bars in the specified period.
|
double |
IIndicators.hma(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
Calculates the Hull Moving Average indicator for a bar specified with the
shift parameter. |
double[] |
IIndicators.hma(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
Calculates the Hull Moving Average indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.ht_dcperiod(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side)
The Hilbert Transform - Dominant Cycle Period first calculation step.
|
double[] |
IIndicators.ht_dcperiod(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Hilbert Transform - Dominant Cycle Period indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.ht_dcperiod(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
long from,
long to)
Calculates the Hilbert Transform - Dominant Cycle Period indicator for ticks or bars in the specified period.
|
double |
IIndicators.ht_dcperiod(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shift)
Calculates the Hilbert Transform - Dominant Cycle Period indicator for a bar specified with the
shift parameter. |
double[] |
IIndicators.ht_dcperiod(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
long from,
long to)
Calculates the Hilbert Transform - Dominant Cycle Period indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.ht_dcphase(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side)
The Hilbert Transform - Dominant Cycle Phase first calculation step.
|
double[] |
IIndicators.ht_dcphase(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Hilbert Transform - Dominant Cycle Phase for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.ht_dcphase(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
long from,
long to)
Calculates the Hilbert Transform - Dominant Cycle Phase for ticks or bars in the specified period.
|
double |
IIndicators.ht_dcphase(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shift)
Calculates the Hilbert Transform - Dominant Cycle Phase for a bar specified with the
shift parameter. |
double[] |
IIndicators.ht_dcphase(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
long from,
long to)
Calculates the Hilbert Transform - Dominant Cycle Phase for ticks or bars in the specified period.
|
IIndicatorCalculator<double[],double[][]> |
IIndicators.ht_phasor(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side)
The Hilbert Transform - Phasor Components first calculation step.
|
double[][] |
IIndicators.ht_phasor(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Hilbert Transform - Phasor Components indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[][] |
IIndicators.ht_phasor(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
long from,
long to)
Calculates the Hilbert Transform - Phasor Components indicator for ticks or bars in the specified period.
|
double[] |
IIndicators.ht_phasor(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shift)
Calculates the Hilbert Transform - Phasor Components indicator for a bar specified with the
shift parameter. |
double[][] |
IIndicators.ht_phasor(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
long from,
long to)
Calculates the Hilbert Transform - Phasor Components indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<double[],double[][]> |
IIndicators.ht_sine(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side)
The Hilbert Transform - SineWave first calculation step.
|
double[][] |
IIndicators.ht_sine(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Hilbert Transform - SineWave indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[][] |
IIndicators.ht_sine(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
long from,
long to)
Calculates the Hilbert Transform - SineWave indicator for ticks or bars in the specified period.
|
double[] |
IIndicators.ht_sine(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shift)
Calculates the Hilbert Transform - SineWave indicator for a bar specified with the
shift parameter. |
double[][] |
IIndicators.ht_sine(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
long from,
long to)
Calculates the Hilbert Transform - SineWave indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.ht_trendline(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side)
The Hilbert Transform - Instantaneous Trendline first calculation step.
|
double[] |
IIndicators.ht_trendline(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Hilbert Transform - Instantaneous Trendline indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.ht_trendline(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
long from,
long to)
Calculates the Hilbert Transform - Instantaneous Trendline indicator for ticks or bars in the specified period.
|
double |
IIndicators.ht_trendline(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shift)
Calculates the Hilbert Transform - Instantaneous Trendline indicator for a bar specified with the
shift parameter. |
double[] |
IIndicators.ht_trendline(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
long from,
long to)
Calculates the Hilbert Transform - Instantaneous Trendline indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Integer,int[]> |
IIndicators.ht_trendmode(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side)
The Hilbert Transform - Trend vs Cycle Mode first calculation step.
|
int[] |
IIndicators.ht_trendmode(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Hilbert Transform - Trend vs Cycle Mode indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
int[] |
IIndicators.ht_trendmode(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
long from,
long to)
Calculates the Hilbert Transform - Trend vs Cycle Mode indicator for ticks or bars in the specified period.
|
int |
IIndicators.ht_trendmode(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shift)
Calculates the Hilbert Transform - Trend vs Cycle Mode indicator for a bar specified with the
shift parameter. |
int[] |
IIndicators.ht_trendmode(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
long from,
long to)
Calculates the Hilbert Transform - Trend vs Cycle Mode indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.kairi(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod,
IIndicators.MaType maType)
The Kairi first calculation step.
|
double[] |
IIndicators.kairi(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
IIndicators.MaType maType,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Kairi indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.kairi(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
IIndicators.MaType maType,
Filter filter,
long from,
long to)
Calculates the Kairi indicator for ticks or bars in the specified period.
|
double |
IIndicators.kairi(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
IIndicators.MaType maType,
int shift)
Calculates the Kairi indicator for a bar specified with the
shift parameter. |
double[] |
IIndicators.kairi(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
IIndicators.MaType maType,
long from,
long to)
Calculates the Kairi indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.kama(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod,
int fastMAPeriod,
int slowMAPeriod)
The Kaufman Adaptive Moving Average first calculation step.
|
double[] |
IIndicators.kama(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
|
double[] |
IIndicators.kama(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
|
double |
IIndicators.kama(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
|
double[] |
IIndicators.kama(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int fastMAPeriod,
int slowMAPeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Kaufman Adaptive Moving Average for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.kama(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int fastMAPeriod,
int slowMAPeriod,
Filter filter,
long from,
long to)
Calculates the Kaufman Adaptive Moving Average for ticks or bars in the specified period.
|
double |
IIndicators.kama(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int fastMAPeriod,
int slowMAPeriod,
int shift)
Calculates the Kaufman Adaptive Moving Average for a bar specified with the
shift parameter. |
double[] |
IIndicators.kama(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int fastMAPeriod,
int slowMAPeriod,
long from,
long to)
Calculates the Kaufman Adaptive Moving Average for ticks or bars in the specified period.
|
double[] |
IIndicators.kama(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
|
IIndicatorCalculator<double[],double[][]> |
IIndicators.kbands(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int emaPeriod,
int atrPeriod,
double multiplier)
The Keltner Bands (Based on ATR) first calculation step.
|
double[][] |
IIndicators.kbands(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int emaPeriod,
int atrPeriod,
double multiplier,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Keltner Bands (Based on ATR) indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[][] |
IIndicators.kbands(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int emaPeriod,
int atrPeriod,
double multiplier,
Filter filter,
long from,
long to)
Calculates the Keltner Bands (Based on ATR) indicator for ticks or bars in the specified period.
|
double[] |
IIndicators.kbands(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int emaPeriod,
int atrPeriod,
double multiplier,
int shift)
Calculates the Keltner Bands (Based on ATR) indicator for a bar specified with the
shift parameter. |
double[][] |
IIndicators.kbands(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int emaPeriod,
int atrPeriod,
double multiplier,
long from,
long to)
Calculates the Keltner Bands (Based on ATR) indicator for ticks or bars in the specified period.
|
double[][] |
IIndicators.kdj(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriodK,
int timePeriodD,
IIndicators.MaType slowKMaType,
int slowKPeriod,
IIndicators.MaType slowDMaType,
int slowDPeriod,
IIndicators.MaType slowJMaType,
int slowJPeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
|
double[][] |
IIndicators.kdj(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriodK,
int timePeriodD,
IIndicators.MaType slowKMaType,
int slowKPeriod,
IIndicators.MaType slowDMaType,
int slowDPeriod,
IIndicators.MaType slowJMaType,
int slowJPeriod,
Filter filter,
long from,
long to)
|
double[] |
IIndicators.kdj(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriodK,
int timePeriodD,
IIndicators.MaType slowKMaType,
int slowKPeriod,
IIndicators.MaType slowDMaType,
int slowDPeriod,
IIndicators.MaType slowJMaType,
int slowJPeriod,
int shift)
|
double[][] |
IIndicators.kdj(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriodK,
int timePeriodD,
IIndicators.MaType slowKMaType,
int slowKPeriod,
IIndicators.MaType slowDMaType,
int slowDPeriod,
IIndicators.MaType slowJMaType,
int slowJPeriod,
long from,
long to)
|
IIndicatorCalculator<double[],double[][]> |
IIndicators.keltner(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod)
The Keltner Channel first calculation step.
|
double[][] |
IIndicators.keltner(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Keltner Channel indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[][] |
IIndicators.keltner(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the Keltner Channel indicator for ticks or bars in the specified period.
|
double[] |
IIndicators.keltner(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
Calculates the Keltner Channel indicator for a bar specified with the
shift parameter. |
double[][] |
IIndicators.keltner(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
Calculates the Keltner Channel indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.lagACS1(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int ma,
double gamma,
int lookback)
The Laguerre-ACS1 first calculation step.
|
double[] |
IIndicators.lagACS1(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int ma,
double gamma,
int lookback,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Laguerre-ACS1 indicator for ticks or bars in the specified period.
|
double[] |
IIndicators.lagACS1(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int ma,
double gamma,
int lookback,
Filter filter,
long from,
long to)
Calculates the Laguerre-ACS1 indicator for ticks or bars in the specified period.
|
double |
IIndicators.lagACS1(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int ma,
double gamma,
int lookback,
int shift)
Calculates the Laguerre-ACS1 indicator for a bar specified with the
shift parameter. |
double[] |
IIndicators.lagACS1(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int ma,
double gamma,
int lookback,
long from,
long to)
Calculates the Laguerre-ACS1 indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.lasacs1(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int ma,
double gamma,
int lookback)
The Laguerre-ACS1 first calculation step.
|
double[] |
IIndicators.lasacs1(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int ma,
double gamma,
int lookback,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
|
double |
IIndicators.lasacs1(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int ma,
double gamma,
int lookback,
int shift)
|
double[] |
IIndicators.lasacs1(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int ma,
double gamma,
int lookback,
long from,
long to)
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.linearReg(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod)
The Linear Regression first calculation step.
|
double[] |
IIndicators.linearReg(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Linear Regression indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.linearReg(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the Linear Regression indicator for ticks or bars in the specified period.
|
double |
IIndicators.linearReg(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
Calculates the Linear Regression indicator for a bar specified with the
shift parameter. |
double[] |
IIndicators.linearReg(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
Calculates the Linear Regression indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.linearRegAngle(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod)
The Linear Regression Angle first calculation step.
|
double[] |
IIndicators.linearRegAngle(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Linear Regression Angle indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.linearRegAngle(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the Linear Regression Angle indicator for ticks or bars in the specified period.
|
double |
IIndicators.linearRegAngle(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
Calculates the Linear Regression Angle indicator for a bar specified with the
shift parameter. |
double[] |
IIndicators.linearRegAngle(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
Calculates the Linear Regression Angle indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.linearRegIntercept(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod)
The Linear Regression Intercept first calculation step.
|
double[] |
IIndicators.linearRegIntercept(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Linear Regression Intercept indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.linearRegIntercept(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the Linear Regression Intercept indicator for ticks or bars in the specified period.
|
double |
IIndicators.linearRegIntercept(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
Calculates the Linear Regression Intercept indicator for a bar specified with the
shift parameter. |
double[] |
IIndicators.linearRegIntercept(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
Calculates the Linear Regression Intercept indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.linearRegSlope(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod)
The Linear Regression Slope first calculation step.
|
double[] |
IIndicators.linearRegSlope(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Linear Regression Slope indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.linearRegSlope(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the Linear Regression Slope indicator for ticks or bars in the specified period.
|
double |
IIndicators.linearRegSlope(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
Calculates the Linear Regression Slope indicator for a bar specified with the
shift parameter. |
double[] |
IIndicators.linearRegSlope(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
Calculates the Linear Regression Slope indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.ln(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side)
The Vector Log Natural first calculation step.
|
double[] |
IIndicators.ln(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Vector Log Natural for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.ln(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
long from,
long to)
Calculates the Vector Log Natural for ticks or bars in the specified period.
|
double |
IIndicators.ln(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shift)
Calculates the Vector Log Natural for a bar specified with the
shift parameter. |
double[] |
IIndicators.ln(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
long from,
long to)
Calculates the Vector Log Natural for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.log10(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side)
The Vector Log10 first calculation step.
|
double[] |
IIndicators.log10(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Vector Log10 for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.log10(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
long from,
long to)
Calculates the Vector Log10 for ticks or bars in the specified period.
|
double |
IIndicators.log10(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shift)
Calculates the Vector Log10 for a bar specified with the
shift parameter. |
double[] |
IIndicators.log10(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
long from,
long to)
Calculates the Vector Log10 for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.lrsi(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
double dampingFactor)
The Ehlers Laguerre Relative Strength Index first calculation step.
|
double[] |
IIndicators.lrsi(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
double dampingFactor,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Ehlers Laguerre Relative Strength Index indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.lrsi(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
double dampingFactor,
Filter filter,
long from,
long to)
Calculates the Ehlers Laguerre Relative Strength Index indicator for ticks or bars in the specified period.
|
double |
IIndicators.lrsi(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
double dampingFactor,
int shift)
Calculates the Ehlers Laguerre Relative Strength Index indicator for a bar specified with the
shift parameter. |
double[] |
IIndicators.lrsi(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
double dampingFactor,
long from,
long to)
Calculates the Ehlers Laguerre Relative Strength Index indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.lwma(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod)
The Linear Weighted Moving Average (LWMA) first calculation step.
|
double[] |
IIndicators.lwma(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Linear Weighted Moving Average indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.lwma(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the Linear Weighted Moving Average indicator for ticks or bars in the specified period.
|
double |
IIndicators.lwma(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
Calculates the Linear Weighted Moving Average indicator for a bar specified with the
shift parameter. |
double[] |
IIndicators.lwma(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
Calculates the Linear Weighted Moving Average indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.ma(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod,
IIndicators.MaType maType)
The Moving average first calculation step.
|
double[] |
IIndicators.ma(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
IIndicators.MaType maType,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Moving Average for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.ma(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
IIndicators.MaType maType,
Filter filter,
long from,
long to)
Calculates the Moving Average for ticks or bars in the specified period.
|
double |
IIndicators.ma(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
IIndicators.MaType maType,
int shift)
Calculates the Moving Average for a bar specified with the
shift parameter. |
double[] |
IIndicators.ma(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
IIndicators.MaType maType,
long from,
long to)
Calculates the Moving Average for ticks or bars in the specified period.
|
IIndicatorCalculator<double[],double[][]> |
IIndicators.macd(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int fastPeriod,
int slowPeriod,
int signalPeriod)
The Moving Average Covergence/Divergence first calculation step.
|
double[][] |
IIndicators.macd(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fastPeriod,
int slowPeriod,
int signalPeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Moving Average Convergence/Divergence indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[][] |
IIndicators.macd(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fastPeriod,
int slowPeriod,
int signalPeriod,
Filter filter,
long from,
long to)
Calculates the Moving Average Convergence/Divergence indicator for ticks or bars in the specified period.
|
double[] |
IIndicators.macd(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fastPeriod,
int slowPeriod,
int signalPeriod,
int shift)
Calculates the Moving Average Convergence/Divergence indicator for a bar specified with the
shift parameter. |
double[][] |
IIndicators.macd(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fastPeriod,
int slowPeriod,
int signalPeriod,
long from,
long to)
Calculates the Moving Average Convergence/Divergence indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<double[],double[][]> |
IIndicators.macdExt(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int fastPeriod,
IIndicators.MaType fastMaType,
int slowPeriod,
IIndicators.MaType slowMaType,
int signalPeriod,
IIndicators.MaType signalMaType)
The MACD with controllable MA type first calculation step.
|
double[][] |
IIndicators.macdExt(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fastPeriod,
IIndicators.MaType fastMaType,
int slowPeriod,
IIndicators.MaType slowMaType,
int signalPeriod,
IIndicators.MaType signalMaType,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the MACD with controllable MA type indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[][] |
IIndicators.macdExt(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fastPeriod,
IIndicators.MaType fastMaType,
int slowPeriod,
IIndicators.MaType slowMaType,
int signalPeriod,
IIndicators.MaType signalMaType,
Filter filter,
long from,
long to)
Calculates the MACD with controllable MA type indicator for ticks or bars in the specified period.
|
double[] |
IIndicators.macdExt(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fastPeriod,
IIndicators.MaType fastMaType,
int slowPeriod,
IIndicators.MaType slowMaType,
int signalPeriod,
IIndicators.MaType signalMaType,
int shift)
Calculates the MACD with controllable MA type indicator for a bar specified with the
shift parameter. |
double[][] |
IIndicators.macdExt(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fastPeriod,
IIndicators.MaType fastMaType,
int slowPeriod,
IIndicators.MaType slowMaType,
int signalPeriod,
IIndicators.MaType signalMaType,
long from,
long to)
Calculates the MACD with controllable MA type indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<double[],double[][]> |
IIndicators.macdFix(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int signalPeriod)
The Moving Average Convergence/Divergence Fix 12/26 first calculation step.
|
double[][] |
IIndicators.macdFix(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int signalPeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Moving Average Convergence/Divergence Fix indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[][] |
IIndicators.macdFix(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int signalPeriod,
Filter filter,
long from,
long to)
Calculates the Moving Average Convergence/Divergence Fix indicator for ticks or bars in the specified period.
|
double[] |
IIndicators.macdFix(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int signalPeriod,
int shift)
Calculates the Moving Average Convergence/Divergence Fix indicator for a bar specified with the
shift parameter. |
double[][] |
IIndicators.macdFix(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int signalPeriod,
long from,
long to)
Calculates the Moving Average Convergence/Divergence Fix indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<double[],double[][]> |
IIndicators.maEnvelope(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod,
double deviation)
The MA Envelope first calculation step.
|
double[][] |
IIndicators.maEnvelope(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
double deviation,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the MA Envelope indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[][] |
IIndicators.maEnvelope(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
double deviation,
Filter filter,
long from,
long to)
Calculates the MA Envelope indicator for ticks or bars in the specified period.
|
double[] |
IIndicators.maEnvelope(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
double deviation,
int shift)
Calculates the MA Envelope indicator for a bar specified with the
shift parameter. |
double[][] |
IIndicators.maEnvelope(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
double deviation,
long from,
long to)
Calculates the MA Envelope indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<double[],double[][]> |
IIndicators.mama(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
double fastLimit,
double slowLimit)
The MESA Adaptive Moving Average first calculation step.
|
double[][] |
IIndicators.mama(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
double fastLimit,
double slowLimit,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the MESA Adaptive Moving Average indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[][] |
IIndicators.mama(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
double fastLimit,
double slowLimit,
Filter filter,
long from,
long to)
Calculates the MESA Adaptive Moving Average indicator for ticks or bars in the specified period.
|
double[] |
IIndicators.mama(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
double fastLimit,
double slowLimit,
int shift)
Calculates the MESA Adaptive Moving Average indicator for a bar specified with the
shift parameter. |
double[][] |
IIndicators.mama(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
double fastLimit,
double slowLimit,
long from,
long to)
Calculates the MESA Adaptive Moving Average indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.mavp(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice1,
OfferSide side1,
IIndicators.AppliedPrice appliedPrice2,
OfferSide side2,
int minPeriod,
int maxPeriod,
IIndicators.MaType maType)
The Moving average with variable period first calculation step.
|
double[] |
IIndicators.mavp(Instrument instrument,
Period period,
OfferSide side1,
IIndicators.AppliedPrice appliedPrice1,
OfferSide side2,
IIndicators.AppliedPrice appliedPrice2,
int minPeriod,
int maxPeriod,
IIndicators.MaType maType,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Moving average with variable period indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.mavp(Instrument instrument,
Period period,
OfferSide side1,
IIndicators.AppliedPrice appliedPrice1,
OfferSide side2,
IIndicators.AppliedPrice appliedPrice2,
int minPeriod,
int maxPeriod,
IIndicators.MaType maType,
Filter filter,
long from,
long to)
Calculates the Moving average with variable period indicator for ticks or bars in the specified period.
|
double |
IIndicators.mavp(Instrument instrument,
Period period,
OfferSide side1,
IIndicators.AppliedPrice appliedPrice1,
OfferSide side2,
IIndicators.AppliedPrice appliedPrice2,
int minPeriod,
int maxPeriod,
IIndicators.MaType maType,
int shift)
Calculates the Moving average with variable period indicator for a bar specified with the
shift parameter. |
double[] |
IIndicators.mavp(Instrument instrument,
Period period,
OfferSide side1,
IIndicators.AppliedPrice appliedPrice1,
OfferSide side2,
IIndicators.AppliedPrice appliedPrice2,
int minPeriod,
int maxPeriod,
IIndicators.MaType maType,
long from,
long to)
Calculates the Moving average with variable period indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.max(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod)
The Highest value over a specified period first calculation step.
|
double[] |
IIndicators.max(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Highest value over a specified period for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.max(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the Highest value over a specified period for ticks or bars in the specified period.
|
double |
IIndicators.max(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
Calculates the Highest value over a specified period for a bar specified with the
shift parameter. |
double[] |
IIndicators.max(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
Calculates the Highest value over a specified period for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.mcclHist(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int shortMAPeriods,
int longMAPeriods,
int signalMAPeriods,
IIndicators.MaType maType)
The McClellan Histogram first calculation step.
|
double[] |
IIndicators.mcclHist(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shortMAPeriods,
int longMAPeriods,
int signalMAPeriods,
IIndicators.MaType maType,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the McClellan Histogram for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.mcclHist(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shortMAPeriods,
int longMAPeriods,
int signalMAPeriods,
IIndicators.MaType maType,
Filter filter,
long from,
long to)
Calculates the McClellan Histogram for ticks or bars in the specified period.
|
double |
IIndicators.mcclHist(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shortMAPeriods,
int longMAPeriods,
int signalMAPeriods,
IIndicators.MaType maType,
int shift)
Calculates the McClellan Histogram for a bar specified with the
shift parameter. |
double[] |
IIndicators.mcclHist(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shortMAPeriods,
int longMAPeriods,
int signalMAPeriods,
IIndicators.MaType maType,
long from,
long to)
Calculates the McClellan Histogram for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.mcclOsc(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int shortMAPeriods,
int longMAPeriods,
IIndicators.MaType maType)
The McClellan Oscillator first calculation step.
|
double[] |
IIndicators.mcclOsc(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shortMAPeriods,
int longMAPeriods,
IIndicators.MaType maType,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the McClellan Oscillator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.mcclOsc(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shortMAPeriods,
int longMAPeriods,
IIndicators.MaType maType,
Filter filter,
long from,
long to)
Calculates the McClellan Oscillator for ticks or bars in the specified period.
|
double |
IIndicators.mcclOsc(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shortMAPeriods,
int longMAPeriods,
IIndicators.MaType maType,
int shift)
Calculates the McClellan Oscillator for a bar specified with the
shift parameter. |
double[] |
IIndicators.mcclOsc(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shortMAPeriods,
int longMAPeriods,
IIndicators.MaType maType,
long from,
long to)
Calculates the McClellan Oscillator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.mcclSum(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int shortMAPeriods,
int longMAPeriods,
IIndicators.MaType maType)
The McClellan Summation Index first calculation step.
|
double[] |
IIndicators.mcclSum(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shortMAPeriods,
int longMAPeriods,
IIndicators.MaType maType,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the McClellan Summation Index for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.mcclSum(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shortMAPeriods,
int longMAPeriods,
IIndicators.MaType maType,
Filter filter,
long from,
long to)
Calculates the McClellan Summation Index for ticks or bars in the specified period.
|
double |
IIndicators.mcclSum(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shortMAPeriods,
int longMAPeriods,
IIndicators.MaType maType,
int shift)
Calculates the McClellan Summation Index for a bar specified with the
shift parameter. |
double[] |
IIndicators.mcclSum(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shortMAPeriods,
int longMAPeriods,
IIndicators.MaType maType,
long from,
long to)
Calculates the McClellan Summation Index for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.midPoint(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod)
The MidPoint over period first calculation step.
|
double[] |
IIndicators.midPoint(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the MidPoint over period for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.midPoint(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the MidPoint over period for ticks or bars in the specified period.
|
double |
IIndicators.midPoint(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
Calculates the MidPoint over period for a bar specified with the
shift parameter. |
double[] |
IIndicators.midPoint(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
Calculates the MidPoint over period for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.min(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod)
The Lowest value over a specified period first calculation step.
|
double[] |
IIndicators.min(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the lowest value over a specified period for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.min(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the lowest value over a specified period for ticks or bars in the specified period.
|
double |
IIndicators.min(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
Calculates the lowest value over a specified period for a bar specified with the
shift parameter. |
double[] |
IIndicators.min(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
Calculates the lowest value over a specified period for ticks or bars in the specified period.
|
IIndicatorCalculator<double[],double[][]> |
IIndicators.minMax(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod)
The Lowest and highest values over a specified period first calculation step.
|
double[][] |
IIndicators.minMax(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the lowest and the highest values over a specified period for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[][] |
IIndicators.minMax(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the lowest and the highest values over a specified period for ticks or bars in the specified period.
|
double[] |
IIndicators.minMax(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
Calculates the lowest and the highest values over a specified period for a bar specified with the
shift parameter. |
double[][] |
IIndicators.minMax(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
Calculates the lowest and the highest values over a specified period for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.mom(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod)
The Momentum first calculation step.
|
double[] |
IIndicators.mom(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Momentum indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.mom(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the Momentum indicator for ticks or bars in the specified period.
|
double |
IIndicators.mom(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
Calculates the Momentum indicator for a bar specified with the
shift parameter. |
double[] |
IIndicators.mom(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
Calculates the Momentum indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.mult(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice1,
OfferSide side1,
IIndicators.AppliedPrice appliedPrice2,
OfferSide side2)
The Vector Arithmetic Mult first calculation step.
|
double[] |
IIndicators.mult(Instrument instrument,
Period period,
OfferSide side1,
IIndicators.AppliedPrice appliedPrice1,
OfferSide side2,
IIndicators.AppliedPrice appliedPrice2,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Vector Arithmetic Mult for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.mult(Instrument instrument,
Period period,
OfferSide side1,
IIndicators.AppliedPrice appliedPrice1,
OfferSide side2,
IIndicators.AppliedPrice appliedPrice2,
Filter filter,
long from,
long to)
Calculates the Vector Arithmetic Mult for ticks or bars in the specified period.
|
double |
IIndicators.mult(Instrument instrument,
Period period,
OfferSide side1,
IIndicators.AppliedPrice appliedPrice1,
OfferSide side2,
IIndicators.AppliedPrice appliedPrice2,
int shift)
Calculates the Vector Arithmetic Mult for a bar specified with the
shift parameter. |
double[] |
IIndicators.mult(Instrument instrument,
Period period,
OfferSide side1,
IIndicators.AppliedPrice appliedPrice1,
OfferSide side2,
IIndicators.AppliedPrice appliedPrice2,
long from,
long to)
Calculates the Vector Arithmetic Mult for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.obv(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice1,
OfferSide side1,
IIndicators.AppliedPrice appliedPrice2,
OfferSide side2)
The On Balance Volume first calculation step.
|
double[] |
IIndicators.obv(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
OfferSide sideForPriceV,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the On Balance Volume for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.obv(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
OfferSide sideForPriceV,
Filter filter,
long from,
long to)
Calculates the On Balance Volume for ticks or bars in the specified period.
|
double |
IIndicators.obv(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
OfferSide sideForPriceV,
int shift)
Calculates the On Balance Volume for a bar specified with the
shift parameter. |
double[] |
IIndicators.obv(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
OfferSide sideForPriceV,
long from,
long to)
Calculates the On Balance Volume for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.osma(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int fast_ema_period,
int slow_ema_period,
int signal_period)
The Moving Average of Oscillator first calculation step.
|
double[] |
IIndicators.osma(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fast_ema_period,
int slow_ema_period,
int signal_period,
Filter filter,
long from,
long to)
Calculates the Moving Average of Oscillator for ticks or bars in the specified period.
|
double |
IIndicators.osma(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fast_ema_period,
int slow_ema_period,
int signal_period,
int shift)
Calculates the Moving Average of Oscillator for a bar specified with the
shift parameter. |
double[] |
IIndicators.osma(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fast_ema_period,
int slow_ema_period,
int signal_period,
long from,
long to)
Calculates the Moving Average of Oscillator for ticks or bars in the specified period.
|
double[] |
IIndicators.osma(Instrument instrument,
Period period,
OfferSide side,
int fast_ema_period,
int slow_ema_period,
int signal_period,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Moving Average of Oscillator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.ppo(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int fastPeriod,
int slowPeriod,
IIndicators.MaType maType)
The PPO first calculation step.
|
double[] |
IIndicators.ppo(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fastPeriod,
int slowPeriod,
IIndicators.MaType maType,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Percentage Price Oscillator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.ppo(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fastPeriod,
int slowPeriod,
IIndicators.MaType maType,
Filter filter,
long from,
long to)
Calculates the Percentage Price Oscillator for ticks or bars in the specified period.
|
double |
IIndicators.ppo(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fastPeriod,
int slowPeriod,
IIndicators.MaType maType,
int shift)
Calculates the Percentage Price Oscillator for a bar specified with the
shift parameter. |
double[] |
IIndicators.ppo(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fastPeriod,
int slowPeriod,
IIndicators.MaType maType,
long from,
long to)
Calculates the Percentage Price Oscillator for ticks or bars in the specified period.
|
double[] |
IIndicators.prchannel(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fastPeriod,
int slowPeriod,
IIndicators.MaType maType,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
|
double |
IIndicators.prchannel(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fastPeriod,
int slowPeriod,
IIndicators.MaType maType,
int shift)
|
double[] |
IIndicators.prchannel(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int fastPeriod,
int slowPeriod,
IIndicators.MaType maType,
long from,
long to)
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.ravi(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int shortPeriod,
int longPeriod)
The Chande's Range Action Verification Index first calculation step.
|
double[] |
IIndicators.ravi(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shortPeriod,
int longPeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Chande's Range Action Verification Index for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.ravi(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shortPeriod,
int longPeriod,
Filter filter,
long from,
long to)
Calculates the Chande's Range Action Verification Index for ticks or bars in the specified period.
|
double |
IIndicators.ravi(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shortPeriod,
int longPeriod,
int shift)
Calculates the Chande's Range Action Verification Index for a bar specified with the
shift parameter. |
double[] |
IIndicators.ravi(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shortPeriod,
int longPeriod,
long from,
long to)
Calculates the Chande's Range Action Verification Index for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.rci(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod)
The Rank Correlation Index first calculation step.
|
double[] |
IIndicators.rci(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Rank Correlation Index for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.rci(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the Rank Correlation Index for ticks or bars in the specified period.
|
double |
IIndicators.rci(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
Calculates the Rank Correlation Index for a bar specified with the
shift parameter. |
double[] |
IIndicators.rci(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
Calculates the Rank Correlation Index for ticks or bars in the specified period.
|
IIndicatorCalculator<double[],double[][]> |
IIndicators.regrChannel(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int degree,
double kstd,
int bars)
The Regression Channel first calculation step.
|
double[][] |
IIndicators.regrChannel(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int degree,
double kstd,
int bars,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Regression Channel indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[][] |
IIndicators.regrChannel(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int degree,
double kstd,
int bars,
Filter filter,
long from,
long to)
Calculates the Regression Channel indicator for ticks or bars in the specified period.
|
double[] |
IIndicators.regrChannel(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int degree,
double kstd,
int bars,
int shift)
Calculates the Regression Channel indicator for a bar specified with the
shift parameter. |
double[][] |
IIndicators.regrChannel(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int degree,
double kstd,
int bars,
long from,
long to)
Calculates the Regression Channel indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.rmi(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod,
int momentumPeriod)
The Relative Momentum Index first calculation step.
|
double[] |
IIndicators.rmi(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int momentumPeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Relative Momentum Index for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.rmi(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int momentumPeriod,
Filter filter,
long from,
long to)
Calculates the Relative Momentum Index for ticks or bars in the specified period.
|
double |
IIndicators.rmi(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int momentumPeriod,
int shift)
Calculates the Relative Momentum Index for a bar specified with the
shift parameter. |
double[] |
IIndicators.rmi(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int momentumPeriod,
long from,
long to)
Calculates the Relative Momentum Index for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.rmta(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod)
The Recursive Moving Trend Average first calculation step.
|
double[] |
IIndicators.rmta(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Recursive Moving Trend Average indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.rmta(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the Recursive Moving Trend Average indicator for ticks or bars in the specified period.
|
double |
IIndicators.rmta(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
Calculates the Recursive Moving Trend Average indicator for a bar specified with the
shift parameter. |
double[] |
IIndicators.rmta(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
Calculates the Recursive Moving Trend Average indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.roc(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod)
The Rate of change : ((price/prevPrice)-1)*100 first calculation step.
|
double[] |
IIndicators.roc(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Rate of change indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.roc(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the Rate of change indicator for ticks or bars in the specified period.
|
double |
IIndicators.roc(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
Calculates the Rate of change indicator for a bar specified with the
shift parameter. |
double[] |
IIndicators.roc(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
Calculates the Rate of change indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.rocp(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod)
The Rate of change Percentage: (price-prevPrice)/prevPrice first calculation step.
|
double[] |
IIndicators.rocp(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Rate of change Percentage indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.rocp(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the Rate of change Percentage indicator for ticks or bars in the specified period.
|
double |
IIndicators.rocp(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
Calculates the Rate of change Percentage indicator for a bar specified with the
shift parameter. |
double[] |
IIndicators.rocp(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
Calculates the Rate of change Percentage indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.rocr(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod)
The Rate of change ratio: (price/prevPrice) first calculation step.
|
double[] |
IIndicators.rocr(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Rate of change ratio: (price/prevPrice) for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.rocr(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the Rate of change ratio: (price/prevPrice) for ticks or bars in the specified period.
|
double |
IIndicators.rocr(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
Calculates the Rate of change ratio: (price/prevPrice) for a bar specified with the
shift parameter. |
double[] |
IIndicators.rocr(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
Calculates the Rate of change ratio: (price/prevPrice) for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.rocr100(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod)
The Rate of change ratio 100 scale: (price/prevPrice)*100 first calculation step.
|
double[] |
IIndicators.rocr100(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Rate of change ratio 100 scale indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.rocr100(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the Rate of change ratio 100 scale indicator for ticks or bars in the specified period.
|
double |
IIndicators.rocr100(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
Calculates the Rate of change ratio 100 scale indicator for a bar specified with the
shift parameter. |
double[] |
IIndicators.rocr100(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
Calculates the Rate of change ratio 100 scale indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.rsi(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod)
The Relative Strength Index first calculation step.
|
double[] |
IIndicators.rsi(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Relative Strength Index for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.rsi(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the Relative Strength Index for ticks or bars in the specified period.
|
double |
IIndicators.rsi(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
Calculates the Relative Strength Index for a bar specified with the
shift parameter. |
double[] |
IIndicators.rsi(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
Calculates the Relative Strength Index for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.sin(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side)
The Vector Trigonometric Sin first calculation step.
|
double[] |
IIndicators.sin(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Vector Trigonometric Sin for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.sin(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
long from,
long to)
Calculates the Vector Trigonometric Sin for ticks or bars in the specified period.
|
double |
IIndicators.sin(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shift)
Calculates the Vector Trigonometric Sin for a bar specified with the
shift parameter. |
double[] |
IIndicators.sin(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
long from,
long to)
Calculates the Vector Trigonometric Sin for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.sinh(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side)
The Vector Trigonometric Sinh first calculation step.
|
double[] |
IIndicators.sinh(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Vector Trigonometric Sinh for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.sinh(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
long from,
long to)
Calculates the Vector Trigonometric Sinh for ticks or bars in the specified period.
|
double |
IIndicators.sinh(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shift)
Calculates the Vector Trigonometric Sinh for a bar specified with the
shift parameter. |
double[] |
IIndicators.sinh(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
long from,
long to)
Calculates the Vector Trigonometric Sinh for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.sma(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod)
The Simple Moving Average first calculation step.
|
double[] |
IIndicators.sma(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Simple Moving Average for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.sma(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the Simple Moving Average for ticks or bars in the specified period.
|
double |
IIndicators.sma(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
Calculates the Simple Moving Average for a bar specified with the
shift parameter. |
double[] |
IIndicators.sma(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
Calculates the Simple Moving Average for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.smma(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod)
The Smoothed Moving Average (SMMA) first calculation step.
|
double[] |
IIndicators.smma(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Smoothed Moving Average for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.smma(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the Smoothed Moving Average for ticks or bars in the specified period.
|
double |
IIndicators.smma(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
Calculates the Smoothed Moving Average indicator for a bar specified with the
shift parameter. |
double[] |
IIndicators.smma(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
Calculates the Smoothed Moving Average for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.sqrt(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side)
The Vector Square Root first calculation step.
|
double[] |
IIndicators.sqrt(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Vector Square Root for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.sqrt(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
long from,
long to)
Calculates the Vector Square Root for ticks or bars in the specified period.
|
double |
IIndicators.sqrt(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shift)
Calculates the Vector Square Root for a bar specified with the
shift parameter. |
double[] |
IIndicators.sqrt(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
long from,
long to)
Calculates the Vector Square Root for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.stdDev(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod,
double nbDev)
The Standard Deviation first calculation step.
|
double[] |
IIndicators.stdDev(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
double nbDev,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Standard Deviation for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.stdDev(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
double nbDev,
Filter filter,
long from,
long to)
Calculates the Standard Deviation for ticks or bars in the specified period.
|
double |
IIndicators.stdDev(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
double nbDev,
int shift)
Calculates the Standard Deviation for a bar specified with the
shift parameter. |
double[] |
IIndicators.stdDev(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
double nbDev,
long from,
long to)
Calculates the Standard Deviation for ticks or bars in the specified period.
|
IIndicatorCalculator<double[],double[][]> |
IIndicators.stochRsi(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod,
int fastKPeriod,
int fastDPeriod,
IIndicators.MaType fastDMaType)
The Stochastic Relative Strength Indicator first calculation step.
|
double[][] |
IIndicators.stochRsi(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int fastKPeriod,
int fastDPeriod,
IIndicators.MaType fastDMaType,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Stochastic Relative Strength Index for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[][] |
IIndicators.stochRsi(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int fastKPeriod,
int fastDPeriod,
IIndicators.MaType fastDMaType,
Filter filter,
long from,
long to)
Calculates the Stochastic Relative Strength Index for ticks or bars in the specified period.
|
double[] |
IIndicators.stochRsi(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int fastKPeriod,
int fastDPeriod,
IIndicators.MaType fastDMaType,
int shift)
Calculates the Stochastic Relative Strength Index for a bar specified with the
shift parameter. |
double[][] |
IIndicators.stochRsi(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int fastKPeriod,
int fastDPeriod,
IIndicators.MaType fastDMaType,
long from,
long to)
Calculates the Stochastic Relative Strength Index for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.sub(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice1,
OfferSide side1,
IIndicators.AppliedPrice appliedPrice2,
OfferSide side2)
The Vector Arithmetic Substraction first calculation step.
|
double[] |
IIndicators.sub(Instrument instrument,
Period period,
OfferSide side1,
IIndicators.AppliedPrice appliedPrice1,
OfferSide side2,
IIndicators.AppliedPrice appliedPrice2,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Vector Arithmetic Substraction for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.sub(Instrument instrument,
Period period,
OfferSide side1,
IIndicators.AppliedPrice appliedPrice1,
OfferSide side2,
IIndicators.AppliedPrice appliedPrice2,
Filter filter,
long from,
long to)
Calculates the Vector Arithmetic Substraction for ticks or bars in the specified period.
|
double |
IIndicators.sub(Instrument instrument,
Period period,
OfferSide side1,
IIndicators.AppliedPrice appliedPrice1,
OfferSide side2,
IIndicators.AppliedPrice appliedPrice2,
int shift)
Calculates the Vector Arithmetic Substraction for a bar specified with the
shift parameter. |
double[] |
IIndicators.sub(Instrument instrument,
Period period,
OfferSide side1,
IIndicators.AppliedPrice appliedPrice1,
OfferSide side2,
IIndicators.AppliedPrice appliedPrice2,
long from,
long to)
Calculates the Vector Arithmetic Substraction for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.sum(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod)
The Summation first calculation step.
|
double[] |
IIndicators.sum(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Summation for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.sum(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the Summation for ticks or bars in the specified period.
|
double |
IIndicators.sum(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
Calculates the Summation for a bar specified with the
shift parameter. |
double[] |
IIndicators.sum(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
Calculates the Summation for ticks or bars in the specified period.
|
IIndicatorCalculator<double[],double[][]> |
IIndicators.superTrend(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int atrPeriods,
double multiplier)
The Super Trend first calculation step.
|
double[][] |
IIndicators.superTrend(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int atrPeriods,
double multiplier,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Super Trend for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[][] |
IIndicators.superTrend(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int atrPeriods,
double multiplier,
Filter filter,
long from,
long to)
Calculates the Super Trend for ticks or bars in the specified period.
|
double[] |
IIndicators.superTrend(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int atrPeriods,
double multiplier,
int shift)
Calculates the Super Trend for a bar specified with the
shift parameter. |
double[][] |
IIndicators.superTrend(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int atrPeriods,
double multiplier,
long from,
long to)
Calculates the Super Trend for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.t3(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod,
double factor)
The Triple Exponential Moving Average (T3) first calculation step.
|
double[] |
IIndicators.t3(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
double vFactor,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Triple Exponential Moving Average for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.t3(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
double vFactor,
Filter filter,
long from,
long to)
Calculates the Triple Exponential Moving Average for ticks or bars in the specified period.
|
double |
IIndicators.t3(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
double vFactor,
int shift)
Calculates the Triple Exponential Moving Average for a bar specified with the
shift parameter. |
double[] |
IIndicators.t3(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
double vFactor,
long from,
long to)
Calculates the Triple Exponential Moving Average for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.tan(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side)
The Vector Trigonometric Tan first calculation step.
|
double[] |
IIndicators.tan(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Vector Trigonometric Tan for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.tan(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
long from,
long to)
Calculates the Vector Trigonometric Tan for ticks or bars in the specified period.
|
double |
IIndicators.tan(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shift)
Calculates the Vector Trigonometric Tan for a bar specified with the
shift parameter. |
double[] |
IIndicators.tan(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
long from,
long to)
Calculates the Vector Trigonometric Tan for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.tanh(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side)
The Vector Trigonometric Tanh first calculation step.
|
double[] |
IIndicators.tanh(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Vector Trigonometric Tanh for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.tanh(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
long from,
long to)
Calculates the Vector Trigonometric Tanh for ticks or bars in the specified period.
|
double |
IIndicators.tanh(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shift)
Calculates the Vector Trigonometric Tanh for a bar specified with the
shift parameter. |
double[] |
IIndicators.tanh(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
long from,
long to)
Calculates the Vector Trigonometric Tanh for ticks or bars in the specified period.
|
IIndicatorCalculator<double[],double[][]> |
IIndicators.tbop(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side)
The Thrust Outside Bar first calculation step.
|
double[] |
IIndicators.tbop(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shift)
Calculates the Thrust Outside Bar indicator for a bar specified with the
shift parameter. |
IIndicatorCalculator<double[],double[][]> |
IIndicators.tbp(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side)
The Thrust Bar first calculation step.
|
double[] |
IIndicators.tbp(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shift)
Calculates the Thrust Bar indicator for a bar specified with the
shift parameter. |
IIndicatorCalculator<double[],double[][]> |
IIndicators.tcf(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod)
The Trend Continuation Factor first calculation step.
|
double[][] |
IIndicators.tcf(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Trend Continuation Factor for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[][] |
IIndicators.tcf(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the Trend Continuation Factor for ticks or bars in the specified period.
|
double[] |
IIndicators.tcf(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
Calculates the Trend Continuation Factor for a bar specified with the
shift parameter. |
double[][] |
IIndicators.tcf(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
Calculates the Trend Continuation Factor for ticks or bars in the specified period.
|
IIndicatorCalculator<int[],int[][]> |
IIndicators.td_s(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod)
The TD Sequential first calculation step.
|
int[][] |
IIndicators.td_s(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the TD Sequential indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
int[][] |
IIndicators.td_s(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the TD Sequential indicator for ticks or bars in the specified period.
|
int[] |
IIndicators.td_s(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
Calculates the TD Sequential indicator for a bar specified with the
shift parameter. |
int[][] |
IIndicators.td_s(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
Calculates the TD Sequential indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<double[],double[][]> |
IIndicators.tdi(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int rsiPeriod,
int rsiPriceLine,
IIndicators.MaType priceMAType,
int tradeSignalLine,
IIndicators.MaType signalMAType,
int volatilityBand,
IIndicators.MaType volatilityMAType)
The Traders Dynamic Index first calculation step.
|
double[][] |
IIndicators.tdi(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int rsiPeriod,
int rsiPriceLine,
IIndicators.MaType priceMAType,
int tradeSignalLine,
IIndicators.MaType signalMAType,
int volatilityBand,
IIndicators.MaType volatilityMAType,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Traders Dynamic Index indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[][] |
IIndicators.tdi(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int rsiPeriod,
int rsiPriceLine,
IIndicators.MaType priceMAType,
int tradeSignalLine,
IIndicators.MaType signalMAType,
int volatilityBand,
IIndicators.MaType volatilityMAType,
Filter filter,
long from,
long to)
Calculates the Traders Dynamic Index indicator for ticks or bars in the specified period.
|
double[] |
IIndicators.tdi(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int rsiPeriod,
int rsiPriceLine,
IIndicators.MaType priceMAType,
int tradeSignalLine,
IIndicators.MaType signalMAType,
int volatilityBand,
IIndicators.MaType volatilityMAType,
int shift)
Calculates the Traders Dynamic Index indicator for a bar specified with the
shift parameter. |
double[][] |
IIndicators.tdi(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int rsiPeriod,
int rsiPriceLine,
IIndicators.MaType priceMAType,
int tradeSignalLine,
IIndicators.MaType signalMAType,
int volatilityBand,
IIndicators.MaType volatilityMAType,
long from,
long to)
Calculates the Traders Dynamic Index indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.tema(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod)
The Triple Exponential Moving Average first calculation step.
|
double[] |
IIndicators.tema(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Triple Exponential Moving Average indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.tema(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the Triple Exponential Moving Average indicator for ticks or bars in the specified period.
|
double |
IIndicators.tema(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
Calculates the Triple Exponential Moving Average indicator for a bar specified with the
shift parameter. |
double[] |
IIndicators.tema(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
Calculates the Triple Exponential Moving Average indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.tii(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod,
IIndicators.MaType maType)
The Trend Intensity Index first calculation step.
|
double[] |
IIndicators.tii(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
IIndicators.MaType maType,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Trend Intensity Index for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.tii(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
IIndicators.MaType maType,
Filter filter,
long from,
long to)
Calculates the Trend Intensity Index for ticks or bars in the specified period.
|
double |
IIndicators.tii(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
IIndicators.MaType maType,
int shift)
Calculates the Trend Intensity Index for a bar specified with the
shift parameter. |
double[] |
IIndicators.tii(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
IIndicators.MaType maType,
long from,
long to)
Calculates the Trend Intensity Index for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.trima(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod)
The Triangular Moving Average first calculation step.
|
double[] |
IIndicators.trima(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Triangular Moving Average indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.trima(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the Triangular Moving Average indicator for ticks or bars in the specified period.
|
double |
IIndicators.trima(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
Calculates the Triangular Moving Average indicator for a bar specified with the
shift parameter. |
double[] |
IIndicators.trima(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
Calculates the Triangular Moving Average indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.trix(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod)
The 1-day Rate-Of-Change (ROC) of a Triple Smooth EMA first calculation step.
|
double[] |
IIndicators.trix(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the 1-day Rate-Of-Change (ROC) of a Triple Smooth EMA indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.trix(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the 1-day Rate-Of-Change (ROC) of a Triple Smooth EMA indicator for ticks or bars in the specified period.
|
double |
IIndicators.trix(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
Calculates the 1-day Rate-Of-Change (ROC) of a Triple Smooth EMA indicator for a bar specified with the
shift parameter. |
double[] |
IIndicators.trix(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
Calculates the 1-day Rate-Of-Change (ROC) of a Triple Smooth EMA indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.tsf(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod)
The Time Series Forecast first calculation step.
|
double[] |
IIndicators.tsf(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Time Series Forecast indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.tsf(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the Time Series Forecast indicator for ticks or bars in the specified period.
|
double |
IIndicators.tsf(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
Calculates the Time Series Forecast indicator for a bar specified with the
shift parameter. |
double[] |
IIndicators.tsf(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
Calculates the Time Series Forecast indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<double[],double[][]> |
IIndicators.tsi(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int smoothingPeriods,
int doubleSmoothingPeriods,
int signalLinePeriods)
The True Strength Index first calculation step.
|
double[][] |
IIndicators.tsi(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int smoothingPeriods,
int doubleSmoothingPeriods,
int signalLinePeriods,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the True Strength Index indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[][] |
IIndicators.tsi(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int smoothingPeriods,
int doubleSmoothingPeriods,
int signalLinePeriods,
Filter filter,
long from,
long to)
Calculates the True Strength Index indicator for ticks or bars in the specified period.
|
double[] |
IIndicators.tsi(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int smoothingPeriods,
int doubleSmoothingPeriods,
int signalLinePeriods,
int shift)
Calculates the True Strength Index indicator for a bar specified with the
shift parameter. |
double[][] |
IIndicators.tsi(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int smoothingPeriods,
int doubleSmoothingPeriods,
int signalLinePeriods,
long from,
long to)
Calculates the True Strength Index indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.tvs(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod)
The Time Segmented Volume first calculation step.
|
double[] |
IIndicators.tvs(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Time Segmented Volume for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.tvs(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the Time Segmented Volume for ticks or bars in the specified period.
|
double |
IIndicators.tvs(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
Calculates the Time Segmented Volume for a bar specified with the
shift parameter. |
double[] |
IIndicators.tvs(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
Calculates the Time Segmented Volume for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.var(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod,
double nbDev)
The Variance first calculation step.
|
double[] |
IIndicators.var(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
double nbDev,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Variance indicator for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.var(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
double nbDev,
Filter filter,
long from,
long to)
Calculates the Variance indicator for ticks or bars in the specified period.
|
double |
IIndicators.var(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
double nbDev,
int shift)
Calculates the Variance indicator for a bar specified with the
shift parameter. |
double[] |
IIndicators.var(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
double nbDev,
long from,
long to)
Calculates the Variance indicator for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.vidya(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int cmoPeriods,
int vidyaPeriods)
The Chande's Variable Index Dynamic Average first calculation step.
|
double[] |
IIndicators.vidya(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int cmoPeriods,
int vidyaPeriods,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Chande's Variable Index Dynamic Average for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.vidya(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int cmoPeriods,
int vidyaPeriods,
Filter filter,
long from,
long to)
Calculates the Chande's Variable Index Dynamic Average for ticks or bars in the specified period.
|
double |
IIndicators.vidya(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int cmoPeriods,
int vidyaPeriods,
int shift)
Calculates the Chande's Variable Index Dynamic Average for a bar specified with the
shift parameter. |
double[] |
IIndicators.vidya(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int cmoPeriods,
int vidyaPeriods,
long from,
long to)
Calculates the Chande's Variable Index Dynamic Average for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.volumeWAP(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod)
The Volume Weighted Average Price first calculation step.
|
double[] |
IIndicators.volumeWAP(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Volume Weighted Average Price for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.volumeWAP(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the Volume Weighted Average Price for ticks or bars in the specified period.
|
double |
IIndicators.volumeWAP(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
Calculates the Volume Weighted Average Price for a bar specified with the
shift parameter. |
double[] |
IIndicators.volumeWAP(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
Calculates the Volume Weighted Average Price for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.volumeWAP2(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side)
The Volume Weighted Average Price first calculation step.
|
double[] |
IIndicators.volumeWAP2(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Volume Weighted Average Price for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.volumeWAP2(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
Filter filter,
long from,
long to)
Calculates the Volume Weighted Average Price for ticks or bars in the specified period.
|
double |
IIndicators.volumeWAP2(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int shift)
Calculates the Volume Weighted Average Price for a bar specified with the
shift parameter. |
double[] |
IIndicators.volumeWAP2(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
long from,
long to)
Calculates the Volume Weighted Average Price for ticks or bars in the specified period.
|
IIndicatorCalculator<java.lang.Double,double[]> |
IIndicators.wma(IFeedDescriptor feedDescriptor,
IIndicators.AppliedPrice appliedPrice,
OfferSide side,
int timePeriod)
The Weighted Moving Average first calculation step.
|
double[] |
IIndicators.wma(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
int numberOfCandlesBefore,
long time,
int numberOfCandlesAfter)
Calculates the Weighted Moving Average for bars specified with
numberOfCandlesBefore, time and numberOfCandlesAfter parameters. |
double[] |
IIndicators.wma(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
Filter filter,
long from,
long to)
Calculates the Weighted Moving Average for ticks or bars in the specified period.
|
double |
IIndicators.wma(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
int shift)
Calculates the Weighted Moving Average indicator for a bar specified with the
shift parameter. |
double[] |
IIndicators.wma(Instrument instrument,
Period period,
OfferSide side,
IIndicators.AppliedPrice appliedPrice,
int timePeriod,
long from,
long to)
Calculates the Weighted Moving Average for ticks or bars in the specified period.
|
| Modifier and Type | Method and Description |
|---|---|
IIndicators.AppliedPrice |
InputParameterInfo.getAppliedPrice()
Returns default applied price to use
|
IIndicators.AppliedPrice[] |
IIndicatorAppearanceInfo.getAppliedPricesForCandles()
Returns applied prices - one for each output - that get used
for indicator outputs that use single price input
|
| Modifier and Type | Method and Description |
|---|---|
void |
InputParameterInfo.setAppliedPrice(IIndicators.AppliedPrice appliedPrice)
Sets default applied price to use
|
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