Uses of Class com.dukascopy.api.OfferSide (JForex API 2.6.38 API)

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Uses of Class
com.dukascopy.api.OfferSide

Packages that use OfferSide
com.dukascopy.api
com.dukascopy.api.indicators
com.dukascopy.api.listener
com.dukascopy.api.system

Uses of OfferSide in com.dukascopy.api

Methods in com.dukascopy.api that return OfferSide
`OfferSide`	`IChart.getSelectedOfferSide()` Returns selected offer side
`OfferSide`	`IOrder.getStopLossSide()` Returns side that is used to check stop loss condition
`static OfferSide`	`OfferSide.valueOf(String name)` Returns the enum constant of this type with the specified name.
`static OfferSide[]`	`OfferSide.values()` Returns an array containing the constants of this enum type, in the order they are declared.

Methods in com.dukascopy.api with parameters of type OfferSide
`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, int shift)`
`double[][]`	`IIndicators.ac(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int fastPeriod, int slowPeriod, long from, long to)`
`double[]`	`IIndicators.acos(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.acos(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int shift)` Calculates Vector Trigonometric ACos for bar specified with `shift` parameter.
`double[]`	`IIndicators.acos(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, long from, long to)`
`double[]`	`IIndicators.ad(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.ad(Instrument instrument, Period period, OfferSide side, int shift)` Calculates Chaikin A/D Line for bar specified with `shift` parameter.
`double[]`	`IIndicators.ad(Instrument instrument, Period period, OfferSide side, long from, long to)`
`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)`
`double`	`IIndicators.add(Instrument instrument, Period period, OfferSide side1, IIndicators.AppliedPrice appliedPrice1, OfferSide side2, IIndicators.AppliedPrice appliedPrice2, int shift)` Calculates Vector Arithmetic Add for bar specified with `shift` parameter.
`double[]`	`IIndicators.add(Instrument instrument, Period period, OfferSide side1, IIndicators.AppliedPrice appliedPrice1, OfferSide side2, IIndicators.AppliedPrice appliedPrice2, long from, long to)`
`double[]`	`IIndicators.adOsc(Instrument instrument, Period period, OfferSide side, int fastPeriod, int slowPeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.adOsc(Instrument instrument, Period period, OfferSide side, int fastPeriod, int slowPeriod, int shift)` Calculates Chaikin A/D Oscillator for bar specified with `shift` parameter.
`double[]`	`IIndicators.adOsc(Instrument instrument, Period period, OfferSide side, int fastPeriod, int slowPeriod, long from, long to)`
`double[]`	`IIndicators.adx(Instrument instrument, Period period, OfferSide side, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.adx(Instrument instrument, Period period, OfferSide side, int timePeriod, int shift)` Calculates Average Directional Movement Index for bar specified with `shift` parameter.
`double[]`	`IIndicators.adx(Instrument instrument, Period period, OfferSide side, int timePeriod, long from, long to)`
`double[]`	`IIndicators.adxr(Instrument instrument, Period period, OfferSide side, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.adxr(Instrument instrument, Period period, OfferSide side, int timePeriod, int shift)` Calculates Average Directional Movement Index Rating for bar specified with `shift` parameter.
`double[]`	`IIndicators.adxr(Instrument instrument, Period period, OfferSide side, int timePeriod, long from, long to)`
`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)`
`double[]`	`IIndicators.alligator(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int jawTimePeriod, int teethTimePeriod, int lipsTimePeriod, int shift)`
`double[][]`	`IIndicators.alligator(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int jawTimePeriod, int teethTimePeriod, int lipsTimePeriod, long from, long to)`
`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)`
`double`	`IIndicators.apo(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int fastPeriod, int slowPeriod, IIndicators.MaType maType, int shift)` Calculates Absolute Price Oscillator for bar specified with `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)`
`double[][]`	`IIndicators.aroon(Instrument instrument, Period period, OfferSide side, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double[]`	`IIndicators.aroon(Instrument instrument, Period period, OfferSide side, int timePeriod, int shift)` Calculates Aroon indicator for bar specified with `shift` parameter.
`double[][]`	`IIndicators.aroon(Instrument instrument, Period period, OfferSide side, int timePeriod, long from, long to)`
`double[]`	`IIndicators.aroonOsc(Instrument instrument, Period period, OfferSide side, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.aroonOsc(Instrument instrument, Period period, OfferSide side, int timePeriod, int shift)` Calculates Aroon Oscillator for bar specified with `shift` parameter.
`double[]`	`IIndicators.aroonOsc(Instrument instrument, Period period, OfferSide side, int timePeriod, long from, long to)`
`double[]`	`IIndicators.asin(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.asin(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int shift)` Calculates Vector Trigonometric ASin for bar specified with `shift` parameter.
`double[]`	`IIndicators.asin(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, long from, long to)`
`double[]`	`IIndicators.atan(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.atan(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int shift)` Calculates Vector Trigonometric ATan for bar specified with `shift` parameter.
`double[]`	`IIndicators.atan(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, long from, long to)`
`double[]`	`IIndicators.atr(Instrument instrument, Period period, OfferSide side, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.atr(Instrument instrument, Period period, OfferSide side, int timePeriod, int shift)` Calculates Average True Range for bar specified with `shift` parameter.
`double[]`	`IIndicators.atr(Instrument instrument, Period period, OfferSide side, int timePeriod, long from, long to)`
`double[]`	`IIndicators.avgPrice(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.avgPrice(Instrument instrument, Period period, OfferSide side, int shift)` Calculates Average Price for bar specified with `shift` parameter.
`double[]`	`IIndicators.avgPrice(Instrument instrument, Period period, OfferSide side, 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, 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, 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)`
`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)`
`double[]`	`IIndicators.bbands(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, double nbDevUp, double nbDevDn, IIndicators.MaType maType, int shift)`
`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)`
`double[]`	`IIndicators.bear(Instrument instrument, Period period, OfferSide side, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.bear(Instrument instrument, Period period, OfferSide side, int timePeriod, int shift)`
`double[]`	`IIndicators.bear(Instrument instrument, Period period, OfferSide side, int timePeriod, long from, long to)`
`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)`
`double`	`IIndicators.beta(Instrument instrument, Period period, OfferSide side1, IIndicators.AppliedPrice appliedPrice1, OfferSide side2, IIndicators.AppliedPrice appliedPrice2, int timePeriod, int shift)`
`double[]`	`IIndicators.beta(Instrument instrument, Period period, OfferSide side1, IIndicators.AppliedPrice appliedPrice1, OfferSide side2, IIndicators.AppliedPrice appliedPrice2, int timePeriod, long from, long to)`
`double[]`	`IIndicators.bop(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.bop(Instrument instrument, Period period, OfferSide side, int shift)`
`double[]`	`IIndicators.bop(Instrument instrument, Period period, OfferSide side, long from, long to)`
`double[]`	`IIndicators.bull(Instrument instrument, Period period, OfferSide side, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.bull(Instrument instrument, Period period, OfferSide side, int timePeriod, int shift)`
`double[]`	`IIndicators.bull(Instrument instrument, Period period, OfferSide side, int timePeriod, long from, long to)`
`double[]`	`IIndicators.butterworthFilter(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice price, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.butterworthFilter(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice price, int timePeriod, int shift)`
`double[]`	`IIndicators.butterworthFilter(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice price, int timePeriod, long from, long to)`
`double[][]`	`IIndicators.bwmfi(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double[]`	`IIndicators.bwmfi(Instrument instrument, Period period, OfferSide side, int shift)`
`double[][]`	`IIndicators.bwmfi(Instrument instrument, Period period, OfferSide side, long from, long to)`
`Object[]`	`IIndicators.calculateIndicator(Instrument instrument, Period period, OfferSide[] side, String functionName, IIndicators.AppliedPrice[] inputTypes, Object[] optParams, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)` This is universal function that allows to get values for any indicator available, including user indicators.
`Object[]`	`IIndicators.calculateIndicator(Instrument instrument, Period period, OfferSide[] side, String functionName, IIndicators.AppliedPrice[] inputTypes, Object[] optParams, int shift)` This is universal function that allows to get values for any indicator available, including user indicators.
`Object[]`	`IIndicators.calculateIndicator(Instrument instrument, Period period, OfferSide[] side, String functionName, IIndicators.AppliedPrice[] inputTypes, Object[] optParams, long from, long to)` This is universal function that allows to get values for any indicator available, including user indicators.
`double[][]`	`IIndicators.camPivot(Instrument instrument, Period period, OfferSide side, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double[]`	`IIndicators.camPivot(Instrument instrument, Period period, OfferSide side, int timePeriod, int shift)`
`double[][]`	`IIndicators.camPivot(Instrument instrument, Period period, OfferSide side, int timePeriod, long from, long to)`
`double[]`	`IIndicators.cci(Instrument instrument, Period period, OfferSide side, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.cci(Instrument instrument, Period period, OfferSide side, int timePeriod, int shift)`
`double[]`	`IIndicators.cci(Instrument instrument, Period period, OfferSide side, int timePeriod, long from, long to)`
`int[]`	`IIndicators.cdl2Crows(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdl2Crows(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdl2Crows(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdl3BlackCrows(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdl3BlackCrows(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdl3BlackCrows(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdl3Inside(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdl3Inside(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdl3Inside(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdl3LineStrike(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdl3LineStrike(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdl3LineStrike(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdl3Outside(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdl3Outside(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdl3Outside(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdl3StarsInSouth(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdl3StarsInSouth(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdl3StarsInSouth(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdl3WhiteSoldiers(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdl3WhiteSoldiers(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdl3WhiteSoldiers(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlAbandonedBaby(Instrument instrument, Period period, OfferSide side, double penetration, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlAbandonedBaby(Instrument instrument, Period period, OfferSide side, double penetration, int shift)`
`int[]`	`IIndicators.cdlAbandonedBaby(Instrument instrument, Period period, OfferSide side, double penetration, long from, long to)`
`int[]`	`IIndicators.cdlAdvanceBlock(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlAdvanceBlock(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlAdvanceBlock(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlBeltHold(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlBeltHold(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlBeltHold(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlBreakAway(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlBreakAway(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlBreakAway(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlClosingMarubozu(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlClosingMarubozu(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlClosingMarubozu(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlConcealBabySwall(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlConcealBabySwall(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlConcealBabySwall(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlCounterattack(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlCounterattack(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlCounterattack(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlDarkCloudCover(Instrument instrument, Period period, OfferSide side, double penetration, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlDarkCloudCover(Instrument instrument, Period period, OfferSide side, double penetration, int shift)`
`int[]`	`IIndicators.cdlDarkCloudCover(Instrument instrument, Period period, OfferSide side, double penetration, long from, long to)`
`int[]`	`IIndicators.cdlDoji(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlDoji(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlDoji(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlDojiStar(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlDojiStar(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlDojiStar(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlDragonflyDoji(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlDragonflyDoji(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlDragonflyDoji(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlEngulfing(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlEngulfing(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlEngulfing(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlEveningDojiStar(Instrument instrument, Period period, OfferSide side, double penetration, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlEveningDojiStar(Instrument instrument, Period period, OfferSide side, double penetration, int shift)`
`int[]`	`IIndicators.cdlEveningDojiStar(Instrument instrument, Period period, OfferSide side, double penetration, long from, long to)`
`int[]`	`IIndicators.cdlEveningStar(Instrument instrument, Period period, OfferSide side, double penetration, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlEveningStar(Instrument instrument, Period period, OfferSide side, double penetration, int shift)`
`int[]`	`IIndicators.cdlEveningStar(Instrument instrument, Period period, OfferSide side, double penetration, long from, long to)`
`int[]`	`IIndicators.cdlGapSideSideWhite(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlGapSideSideWhite(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlGapSideSideWhite(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlGravestoneDoji(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlGravestoneDoji(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlGravestoneDoji(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlHammer(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlHammer(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlHammer(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlHangingMan(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlHangingMan(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlHangingMan(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlHarami(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlHarami(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlHarami(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlHaramiCross(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlHaramiCross(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlHaramiCross(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlHighWave(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlHighWave(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlHighWave(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlHikkake(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlHikkake(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlHikkake(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlHikkakeMod(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlHikkakeMod(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlHikkakeMod(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlHomingPigeon(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlHomingPigeon(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlHomingPigeon(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlIdentical3Crows(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlIdentical3Crows(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlIdentical3Crows(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlInNeck(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlInNeck(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlInNeck(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlInvertedHammer(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlInvertedHammer(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlInvertedHammer(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlKicking(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlKicking(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlKicking(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlKickingByLength(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlKickingByLength(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlKickingByLength(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlLadderBotton(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlLadderBotton(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlLadderBotton(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlLongLeggedDoji(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlLongLeggedDoji(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlLongLeggedDoji(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlLongLine(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlLongLine(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlLongLine(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlMarubozu(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlMarubozu(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlMarubozu(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlMatchingLow(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlMatchingLow(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlMatchingLow(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlMathold(Instrument instrument, Period period, OfferSide side, double penetration, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlMathold(Instrument instrument, Period period, OfferSide side, double penetration, int shift)`
`int[]`	`IIndicators.cdlMathold(Instrument instrument, Period period, OfferSide side, double penetration, long from, long to)`
`int[]`	`IIndicators.cdlMorningDojiStar(Instrument instrument, Period period, OfferSide side, double penetration, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlMorningDojiStar(Instrument instrument, Period period, OfferSide side, double penetration, int shift)`
`int[]`	`IIndicators.cdlMorningDojiStar(Instrument instrument, Period period, OfferSide side, double penetration, long from, long to)`
`int[]`	`IIndicators.cdlMorningStar(Instrument instrument, Period period, OfferSide side, double penetration, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlMorningStar(Instrument instrument, Period period, OfferSide side, double penetration, int shift)`
`int[]`	`IIndicators.cdlMorningStar(Instrument instrument, Period period, OfferSide side, double penetration, long from, long to)`
`int[]`	`IIndicators.cdlOnNeck(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlOnNeck(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlOnNeck(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlPiercing(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlPiercing(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlPiercing(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlRickshawMan(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlRickshawMan(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlRickshawMan(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlRiseFall3Methods(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlRiseFall3Methods(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlRiseFall3Methods(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlSeparatingLines(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlSeparatingLines(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlSeparatingLines(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlShootingStar(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlShootingStar(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlShootingStar(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlShortLine(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlShortLine(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlShortLine(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlSpinningTop(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlSpinningTop(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlSpinningTop(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlStalledPattern(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlStalledPattern(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlStalledPattern(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlStickSandwich(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlStickSandwich(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlStickSandwich(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlTakuri(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlTakuri(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlTakuri(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlTasukiGap(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlTasukiGap(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlTasukiGap(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlThrusting(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlThrusting(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlThrusting(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlTristar(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlTristar(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlTristar(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlUnique3River(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlUnique3River(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlUnique3River(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlUpsideGap2Crows(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlUpsideGap2Crows(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlUpsideGap2Crows(Instrument instrument, Period period, OfferSide side, long from, long to)`
`int[]`	`IIndicators.cdlXsideGap3Methods(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.cdlXsideGap3Methods(Instrument instrument, Period period, OfferSide side, int shift)`
`int[]`	`IIndicators.cdlXsideGap3Methods(Instrument instrument, Period period, OfferSide side, long from, long to)`
`double[]`	`IIndicators.ceil(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.ceil(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int shift)`
`double[]`	`IIndicators.ceil(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, long from, long to)`
`double[]`	`IIndicators.cmo(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.cmo(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, int shift)`
`double[]`	`IIndicators.cmo(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, long from, long to)`
`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)`
`double[]`	`IIndicators.cog(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, int smoothPeriod, IIndicators.MaType maType, int shift)`
`double[][]`	`IIndicators.cog(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, int smoothPeriod, IIndicators.MaType maType, long from, long to)`
`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)`
`double`	`IIndicators.correl(Instrument instrument, Period period, OfferSide side1, IIndicators.AppliedPrice appliedPrice1, OfferSide side2, IIndicators.AppliedPrice appliedPrice2, int timePeriod, int shift)`
`double[]`	`IIndicators.correl(Instrument instrument, Period period, OfferSide side1, IIndicators.AppliedPrice appliedPrice1, OfferSide side2, IIndicators.AppliedPrice appliedPrice2, int timePeriod, long from, long to)`
`double[]`	`IIndicators.cos(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.cos(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int shift)`
`double[]`	`IIndicators.cos(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, long from, long to)`
`double[]`	`IIndicators.cosh(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.cosh(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int shift)`
`double[]`	`IIndicators.cosh(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, long from, long to)`
`double[]`	`IIndicators.dema(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.dema(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, int shift)`
`double[]`	`IIndicators.dema(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, long from, long to)`
`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)`
`double`	`IIndicators.div(Instrument instrument, Period period, OfferSide side1, IIndicators.AppliedPrice appliedPrice1, OfferSide side2, IIndicators.AppliedPrice appliedPrice2, int shift)`
`double[]`	`IIndicators.div(Instrument instrument, Period period, OfferSide side1, IIndicators.AppliedPrice appliedPrice1, OfferSide side2, IIndicators.AppliedPrice appliedPrice2, long from, long to)`
`double[][]`	`IIndicators.dmi(Instrument instrument, Period period, OfferSide side, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double[]`	`IIndicators.dmi(Instrument instrument, Period period, OfferSide side, int timePeriod, int shift)`
`double[][]`	`IIndicators.dmi(Instrument instrument, Period period, OfferSide side, int timePeriod, long from, long to)`
`double[][]`	`IIndicators.donchian(Instrument instrument, Period period, OfferSide side, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double[]`	`IIndicators.donchian(Instrument instrument, Period period, OfferSide side, int timePeriod, int shift)` Calculates the highest high (HIGH) and lowest low (LOW) over a specific number of previous highs and lows.
`double[][]`	`IIndicators.donchian(Instrument instrument, Period period, OfferSide side, int timePeriod, long from, long to)`
`double[]`	`IIndicators.dx(Instrument instrument, Period period, OfferSide side, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.dx(Instrument instrument, Period period, OfferSide side, int timePeriod, int shift)`
`double[]`	`IIndicators.dx(Instrument instrument, Period period, OfferSide side, int timePeriod, long from, long to)`
`double[]`	`IIndicators.ema(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.ema(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, int shift)` Calculates Exponential Moving Average for bar specified with `shift` parameter.
`double[]`	`IIndicators.ema(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, long from, long to)` Calculates Exponential Moving Average for ticks or bars in specified period.
`double[][]`	`IIndicators.emaEnvelope(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, double deviation, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double[]`	`IIndicators.emaEnvelope(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, double deviation, int shift)`
`double[][]`	`IIndicators.emaEnvelope(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, double deviation, long from, long to)`
`double[]`	`IIndicators.exp(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.exp(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int shift)`
`double[]`	`IIndicators.exp(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, long from, long to)`
`double[][]`	`IIndicators.fibPivot(Instrument instrument, Period period, OfferSide side, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double[]`	`IIndicators.fibPivot(Instrument instrument, Period period, OfferSide side, int timePeriod, int shift)`
`double[][]`	`IIndicators.fibPivot(Instrument instrument, Period period, OfferSide side, int timePeriod, long from, long to)`
`double[]`	`IIndicators.floor(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.floor(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int shift)`
`double[]`	`IIndicators.floor(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, long from, long to)`
`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)`
`double`	`IIndicators.force(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, IIndicators.MaType maType, int shift)`
`double[]`	`IIndicators.force(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, IIndicators.MaType maType, long from, long to)`
`double[][]`	`IIndicators.fractal(Instrument instrument, Period period, OfferSide side, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double[]`	`IIndicators.fractal(Instrument instrument, Period period, OfferSide side, int timePeriod, int shift)`
`double[][]`	`IIndicators.fractal(Instrument instrument, Period period, OfferSide side, int timePeriod, long from, long to)`
`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)`
`double[]`	`IIndicators.gator(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int jawTimePeriod, int teethTimePeriod, int lipsTimePeriod, int shift)`
`double[][]`	`IIndicators.gator(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int jawTimePeriod, int teethTimePeriod, int lipsTimePeriod, long from, long to)`
`IBar`	`IHistory.getBar(Instrument instrument, Period period, OfferSide side, int shift)` Returns bar for specified instrument, period and side, that is shifted back in time for number in bars specified in `shift` parameter, 0 - current bar (currently generated from ticks), 1 - previous bar (last formed bar) If there is no bar loaded at that position, then function returns null.
`List<IBar>`	`IHistory.getBars(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)` Returns bars for specified instrument, period and side.
`List<IBar>`	`IHistory.getBars(Instrument instrument, Period period, OfferSide side, long from, long to)` Returns bars for specified instrument, period and side.
`double[][]`	`IIndicators.heikenAshi(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)` Deprecated.
`double[]`	`IIndicators.heikenAshi(Instrument instrument, Period period, OfferSide side, int shift)` Deprecated.
`double[][]`	`IIndicators.heikenAshi(Instrument instrument, Period period, OfferSide side, long from, long to)` Deprecated.
`double[][]`	`IIndicators.heikinAshi(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)` Prices in returned array are in the order OPEN, CLOSE, MIN, MAX
`double[]`	`IIndicators.heikinAshi(Instrument instrument, Period period, OfferSide side, int shift)` Prices in returned array are in the order OPEN, CLOSE, MIN, MAX
`double[][]`	`IIndicators.heikinAshi(Instrument instrument, Period period, OfferSide side, long from, long to)` Prices in returned array are in the order OPEN, CLOSE, MIN, MAX
`double[]`	`IIndicators.hma(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.hma(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, int shift)`
`double[]`	`IIndicators.hma(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, long from, long to)`
`double[]`	`IIndicators.ht_dcperiod(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.ht_dcperiod(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int shift)`
`double[]`	`IIndicators.ht_dcperiod(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, long from, long to)`
`double[]`	`IIndicators.ht_dcphase(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.ht_dcphase(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int shift)`
`double[]`	`IIndicators.ht_dcphase(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, long from, long to)`
`double[][]`	`IIndicators.ht_phasor(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double[]`	`IIndicators.ht_phasor(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int shift)`
`double[][]`	`IIndicators.ht_phasor(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, long from, long to)`
`double[][]`	`IIndicators.ht_sine(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double[]`	`IIndicators.ht_sine(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int shift)`
`double[][]`	`IIndicators.ht_sine(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, long from, long to)`
`double[]`	`IIndicators.ht_trendline(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.ht_trendline(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int shift)`
`double[]`	`IIndicators.ht_trendline(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, long from, long to)`
`int[]`	`IIndicators.ht_trendmode(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int`	`IIndicators.ht_trendmode(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int shift)`
`int[]`	`IIndicators.ht_trendmode(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, long from, long to)`
`double[][]`	`IIndicators.ichimoku(Instrument instrument, Period period, OfferSide side, int tenkan, int kijun, int senkou, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double[]`	`IIndicators.ichimoku(Instrument instrument, Period period, OfferSide side, int tenkan, int kijun, int senkou, int shift)`
`double[][]`	`IIndicators.ichimoku(Instrument instrument, Period period, OfferSide side, int tenkan, int kijun, int senkou, long from, long to)`
`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)`
`double`	`IIndicators.kairi(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, IIndicators.MaType maType, int shift)`
`double[]`	`IIndicators.kairi(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, IIndicators.MaType maType, long from, long to)`
`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, int shift)`
`double[]`	`IIndicators.kama(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, long from, long to)`
`double[][]`	`IIndicators.keltner(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double[]`	`IIndicators.keltner(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, int shift)`
`double[][]`	`IIndicators.keltner(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, long from, long to)`
`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)`
`double[]`	`IIndicators.linearReg(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.linearReg(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, int shift)`
`double[]`	`IIndicators.linearReg(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, long from, long to)`
`double[]`	`IIndicators.linearRegAngle(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.linearRegAngle(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, int shift)`
`double[]`	`IIndicators.linearRegAngle(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, long from, long to)`
`double[]`	`IIndicators.linearRegIntercept(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.linearRegIntercept(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, int shift)`
`double[]`	`IIndicators.linearRegIntercept(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, long from, long to)`
`double[]`	`IIndicators.linearRegSlope(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.linearRegSlope(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, int shift)`
`double[]`	`IIndicators.linearRegSlope(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, long from, long to)`
`double[]`	`IIndicators.ln(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.ln(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int shift)`
`double[]`	`IIndicators.ln(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, long from, long to)`
`double[]`	`IIndicators.log10(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.log10(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int shift)`
`double[]`	`IIndicators.log10(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, long from, long to)`
`double[]`	`IIndicators.lwma(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.lwma(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, int shift)`
`double[]`	`IIndicators.lwma(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, long from, long to)`
`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)`
`double`	`IIndicators.ma(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, IIndicators.MaType maType, int shift)`
`double[]`	`IIndicators.ma(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, IIndicators.MaType maType, long from, long to)`
`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)`
`double[]`	`IIndicators.macd(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int fastPeriod, int slowPeriod, int signalPeriod, int shift)`
`double[][]`	`IIndicators.macd(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int fastPeriod, int slowPeriod, int signalPeriod, long from, long to)`
`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)`
`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)`
`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)`
`double[][]`	`IIndicators.macdFix(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int signalPeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double[]`	`IIndicators.macdFix(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int signalPeriod, int shift)`
`double[][]`	`IIndicators.macdFix(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int signalPeriod, long from, long to)`
`double[][]`	`IIndicators.maEnvelope(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, double deviation, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double[]`	`IIndicators.maEnvelope(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, double deviation, int shift)`
`double[][]`	`IIndicators.maEnvelope(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, double deviation, long from, long to)`
`double[][]`	`IIndicators.mama(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, double fastLimit, double slowLimit, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double[]`	`IIndicators.mama(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, double fastLimit, double slowLimit, int shift)`
`double[][]`	`IIndicators.mama(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, double fastLimit, double slowLimit, long from, long to)`
`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)`
`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)`
`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)`
`double[]`	`IIndicators.max(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.max(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, int shift)`
`double[]`	`IIndicators.max(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, long from, long to)`
`double[]`	`IIndicators.medPrice(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.medPrice(Instrument instrument, Period period, OfferSide side, int shift)`
`double[]`	`IIndicators.medPrice(Instrument instrument, Period period, OfferSide side, long from, long to)`
`double[]`	`IIndicators.mfi(Instrument instrument, Period period, OfferSide side, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.mfi(Instrument instrument, Period period, OfferSide side, int timePeriod, int shift)`
`double[]`	`IIndicators.mfi(Instrument instrument, Period period, OfferSide side, int timePeriod, long from, long to)`
`double[]`	`IIndicators.midPoint(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.midPoint(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, int shift)`
`double[]`	`IIndicators.midPoint(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, long from, long to)`
`double[]`	`IIndicators.midPrice(Instrument instrument, Period period, OfferSide side, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.midPrice(Instrument instrument, Period period, OfferSide side, int timePeriod, int shift)`
`double[]`	`IIndicators.midPrice(Instrument instrument, Period period, OfferSide side, int timePeriod, long from, long to)`
`double[]`	`IIndicators.min(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.min(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, int shift)`
`double[]`	`IIndicators.min(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, long from, long to)`
`double[][]`	`IIndicators.minMax(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double[]`	`IIndicators.minMax(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, int shift)`
`double[][]`	`IIndicators.minMax(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, long from, long to)`
`double[]`	`IIndicators.minusDi(Instrument instrument, Period period, OfferSide side, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.minusDi(Instrument instrument, Period period, OfferSide side, int timePeriod, int shift)`
`double[]`	`IIndicators.minusDi(Instrument instrument, Period period, OfferSide side, int timePeriod, long from, long to)`
`double[]`	`IIndicators.minusDm(Instrument instrument, Period period, OfferSide side, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.minusDm(Instrument instrument, Period period, OfferSide side, int timePeriod, int shift)`
`double[]`	`IIndicators.minusDm(Instrument instrument, Period period, OfferSide side, int timePeriod, long from, long to)`
`double[]`	`IIndicators.mom(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.mom(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, int shift)`
`double[]`	`IIndicators.mom(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, long from, long to)`
`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)`
`double`	`IIndicators.mult(Instrument instrument, Period period, OfferSide side1, IIndicators.AppliedPrice appliedPrice1, OfferSide side2, IIndicators.AppliedPrice appliedPrice2, int shift)`
`double[]`	`IIndicators.mult(Instrument instrument, Period period, OfferSide side1, IIndicators.AppliedPrice appliedPrice1, OfferSide side2, IIndicators.AppliedPrice appliedPrice2, long from, long to)`
`double[][]`	`IIndicators.murrey(Instrument instrument, Period period, OfferSide side, int nPeriod, int timePeriod, int stepBack, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double[]`	`IIndicators.murrey(Instrument instrument, Period period, OfferSide side, int nPeriod, int timePeriod, int stepBack, int shift)`
`double[][]`	`IIndicators.murrey(Instrument instrument, Period period, OfferSide side, int nPeriod, int timePeriod, int stepBack, long from, long to)`
`double[]`	`IIndicators.natr(Instrument instrument, Period period, OfferSide side, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.natr(Instrument instrument, Period period, OfferSide side, int timePeriod, int shift)`
`double[]`	`IIndicators.natr(Instrument instrument, Period period, OfferSide side, int timePeriod, long from, long to)`
`void`	`LoadingDataListener.newBar(Instrument instrument, Period period, OfferSide side, long time, double open, double close, double low, double high, double vol)` Called to pass bar data
`double[]`	`IIndicators.obv(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, OfferSide sideForPriceV, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.obv(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, OfferSide sideForPriceV, int shift)`
`double[]`	`IIndicators.obv(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, OfferSide sideForPriceV, long from, long to)`
`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)`
`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)`
`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)`
`double[][]`	`IIndicators.pivot(Instrument instrument, Period period, OfferSide side, int timePeriod, boolean showHistoricalLevels, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double[]`	`IIndicators.pivot(Instrument instrument, Period period, OfferSide side, int timePeriod, boolean showHistoricalLevels, int shift)`
`double[][]`	`IIndicators.pivot(Instrument instrument, Period period, OfferSide side, int timePeriod, boolean showHistoricalLevels, long from, long to)`
`double[]`	`IIndicators.plusDi(Instrument instrument, Period period, OfferSide side, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.plusDi(Instrument instrument, Period period, OfferSide side, int timePeriod, int shift)`
`double[]`	`IIndicators.plusDi(Instrument instrument, Period period, OfferSide side, int timePeriod, long from, long to)`
`double[]`	`IIndicators.plusDm(Instrument instrument, Period period, OfferSide side, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.plusDm(Instrument instrument, Period period, OfferSide side, int timePeriod, int shift)`
`double[]`	`IIndicators.plusDm(Instrument instrument, Period period, OfferSide side, int timePeriod, long from, long to)`
`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)`
`double`	`IIndicators.ppo(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int fastPeriod, int slowPeriod, IIndicators.MaType maType, int shift)`
`double[]`	`IIndicators.ppo(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int fastPeriod, int slowPeriod, IIndicators.MaType maType, long from, long to)`
`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)`
`void`	`IHistory.readBars(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter, LoadingDataListener barListener, LoadingProgressListener loadingProgress)` Reads bars from the local cache in the background.
`void`	`IHistory.readBars(Instrument instrument, Period period, OfferSide side, long from, long to, LoadingDataListener barListener, LoadingProgressListener loadingProgress)` Reads bars from the local cache in the background.
`double[]`	`IIndicators.roc(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.roc(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, int shift)`
`double[]`	`IIndicators.roc(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, long from, long to)`
`double[]`	`IIndicators.rocp(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.rocp(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, int shift)`
`double[]`	`IIndicators.rocp(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, long from, long to)`
`double[]`	`IIndicators.rocr(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.rocr(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, int shift)`
`double[]`	`IIndicators.rocr(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, long from, long to)`
`double[]`	`IIndicators.rocr100(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.rocr100(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, int shift)`
`double[]`	`IIndicators.rocr100(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, long from, long to)`
`double[]`	`IIndicators.rsi(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.rsi(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, int shift)`
`double[]`	`IIndicators.rsi(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, long from, long to)`
`double[][]`	`IIndicators.rvi(Instrument instrument, Period period, OfferSide side, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double[]`	`IIndicators.rvi(Instrument instrument, Period period, OfferSide side, int timePeriod, int shift)`
`double[][]`	`IIndicators.rvi(Instrument instrument, Period period, OfferSide side, int timePeriod, long from, long to)`
`double[]`	`IIndicators.sar(Instrument instrument, Period period, OfferSide side, double acceleration, double maximum, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.sar(Instrument instrument, Period period, OfferSide side, double acceleration, double maximum, int shift)`
`double[]`	`IIndicators.sar(Instrument instrument, Period period, OfferSide side, double acceleration, double maximum, long from, long to)`
`double[]`	`IIndicators.sarExt(Instrument instrument, Period period, OfferSide side, double startValue, double offsetOnReverse, double accelerationInitLong, double accelerationLong, double accelerationMaxLong, double accelerationInitShort, double accelerationShort, double accelerationMaxShort, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.sarExt(Instrument instrument, Period period, OfferSide side, double startValue, double offsetOnReverse, double accelerationInitLong, double accelerationLong, double accelerationMaxLong, double accelerationInitShort, double accelerationShort, double accelerationMaxShort, int shift)` Note!
`double[]`	`IIndicators.sarExt(Instrument instrument, Period period, OfferSide side, double startValue, double offsetOnReverse, double accelerationInitLong, double accelerationLong, double accelerationMaxLong, double accelerationInitShort, double accelerationShort, double accelerationMaxShort, long from, long to)` Note!
`void`	`IOrder.setStopLossPrice(double price, OfferSide side)` Sets stop loss price.
`void`	`IOrder.setStopLossPrice(double price, OfferSide side, double trailingStep)` Sets stop loss price.
`double[]`	`IIndicators.sin(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.sin(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int shift)`
`double[]`	`IIndicators.sin(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, long from, long to)`
`double[]`	`IIndicators.sinh(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.sinh(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int shift)`
`double[]`	`IIndicators.sinh(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, long from, long to)`
`double[]`	`IIndicators.sma(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.sma(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, int shift)`
`double[]`	`IIndicators.sma(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, long from, long to)`
`double[]`	`IIndicators.smma(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.smma(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, int shift)`
`double[]`	`IIndicators.smma(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, long from, long to)`
`double[]`	`IIndicators.sqrt(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.sqrt(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int shift)`
`double[]`	`IIndicators.sqrt(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, long from, long to)`
`double[]`	`IIndicators.stdDev(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, double nbDev, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.stdDev(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, double nbDev, int shift)`
`double[]`	`IIndicators.stdDev(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, double nbDev, long from, long to)`
`double[][]`	`IIndicators.stoch(Instrument instrument, Period period, OfferSide side, int fastKPeriod, int slowKPeriod, IIndicators.MaType slowKMaType, int slowDPeriod, IIndicators.MaType slowDMaType, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double[]`	`IIndicators.stoch(Instrument instrument, Period period, OfferSide side, int fastKPeriod, int slowKPeriod, IIndicators.MaType slowKMaType, int slowDPeriod, IIndicators.MaType slowDMaType, int shift)`
`double[][]`	`IIndicators.stoch(Instrument instrument, Period period, OfferSide side, int fastKPeriod, int slowKPeriod, IIndicators.MaType slowKMaType, int slowDPeriod, IIndicators.MaType slowDMaType, long from, long to)`
`double[][]`	`IIndicators.stochF(Instrument instrument, Period period, OfferSide side, int fastKPeriod, int fastDPeriod, IIndicators.MaType fastDMaType, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double[]`	`IIndicators.stochF(Instrument instrument, Period period, OfferSide side, int fastKPeriod, int fastDPeriod, IIndicators.MaType fastDMaType, int shift)`
`double[][]`	`IIndicators.stochF(Instrument instrument, Period period, OfferSide side, int fastKPeriod, int fastDPeriod, IIndicators.MaType fastDMaType, long from, long to)`
`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)`
`double[]`	`IIndicators.stochRsi(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, int fastKPeriod, int fastDPeriod, IIndicators.MaType fastDMaType, int shift)`
`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)`
`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)`
`double`	`IIndicators.sub(Instrument instrument, Period period, OfferSide side1, IIndicators.AppliedPrice appliedPrice1, OfferSide side2, IIndicators.AppliedPrice appliedPrice2, int shift)`
`double[]`	`IIndicators.sub(Instrument instrument, Period period, OfferSide side1, IIndicators.AppliedPrice appliedPrice1, OfferSide side2, IIndicators.AppliedPrice appliedPrice2, long from, long to)`
`void`	`IContext.subscribeToBarsFeed(Instrument instrument, Period period, OfferSide offerSide, IBarFeedListener listener)` Subscribes passed listener on bars feed notification by passed instrument, period and offer side
`void`	`IContext.subscribeToPointAndFigureFeed(Instrument instrument, OfferSide offerSide, PriceRange priceRange, ReversalAmount reversalAmount, IPointAndFigureFeedListener listener)` Subscribes passed listener on point and figure feed notification by passed instrument, offer side, price range and reversal amount
`void`	`IContext.subscribeToRangeBarFeed(Instrument instrument, OfferSide offerSide, PriceRange priceRange, IRangeBarFeedListener listener)` Subscribes passed listener on range bars feed notification by passed instrument, offer side and price range
`void`	`IContext.subscribeToTickBarFeed(Instrument instrument, OfferSide offerSide, TickBarSize tickBarSize, ITickBarFeedListener listener)` Subscribes passed listener on tick bar feed notification by passed instrument, offer side and tick bar size
`double[]`	`IIndicators.sum(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.sum(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, int shift)`
`double[]`	`IIndicators.sum(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, long from, long to)`
`double[][]`	`IIndicators.supportResistance(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double[]`	`IIndicators.supportResistance(Instrument instrument, Period period, OfferSide side, int shift)`
`double[][]`	`IIndicators.supportResistance(Instrument instrument, Period period, OfferSide side, long from, long to)`
`double[]`	`IIndicators.t3(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, double vFactor, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.t3(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, double vFactor, int shift)`
`double[]`	`IIndicators.t3(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, double vFactor, long from, long to)`
`double[]`	`IIndicators.tan(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.tan(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int shift)`
`double[]`	`IIndicators.tan(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, long from, long to)`
`double[]`	`IIndicators.tanh(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.tanh(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int shift)`
`double[]`	`IIndicators.tanh(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, long from, long to)`
`double[]`	`IIndicators.tbop(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int shift)`
`double[]`	`IIndicators.tbp(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int shift)`
`double[][]`	`IIndicators.td_i(Instrument instrument, Period period, OfferSide side, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double[]`	`IIndicators.td_i(Instrument instrument, Period period, OfferSide side, int timePeriod, int shift)`
`double[][]`	`IIndicators.td_i(Instrument instrument, Period period, OfferSide side, int timePeriod, long from, long to)`
`int[][]`	`IIndicators.td_s(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`int[]`	`IIndicators.td_s(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, int shift)`
`int[][]`	`IIndicators.td_s(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, long from, long to)`
`double[]`	`IIndicators.tema(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.tema(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, int shift)`
`double[]`	`IIndicators.tema(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, long from, long to)`
`double[]`	`IIndicators.typPrice(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.typPrice(Instrument instrument, Period period, OfferSide side, int shift)`
`double[]`	`IIndicators.typPrice(Instrument instrument, Period period, OfferSide side, long from, long to)`
`double[]`	`IIndicators.trange(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.trange(Instrument instrument, Period period, OfferSide side, int shift)`
`double[]`	`IIndicators.trange(Instrument instrument, Period period, OfferSide side, long from, long to)`
`double[][]`	`IIndicators.trendEnv(Instrument instrument, Period period, OfferSide side, int timePeriod, double deviation, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double[]`	`IIndicators.trendEnv(Instrument instrument, Period period, OfferSide side, int timePeriod, double deviation, int shift)`
`double[][]`	`IIndicators.trendEnv(Instrument instrument, Period period, OfferSide side, int timePeriod, double deviation, long from, long to)`
`double[]`	`IIndicators.trima(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.trima(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, int shift)`
`double[]`	`IIndicators.trima(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, long from, long to)`
`double[]`	`IIndicators.trix(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.trix(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, int shift)`
`double[]`	`IIndicators.trix(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, long from, long to)`
`double[]`	`IIndicators.tsf(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.tsf(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, int shift)`
`double[]`	`IIndicators.tsf(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, long from, long to)`
`double[]`	`IIndicators.tvs(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.tvs(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, int shift)`
`double[]`	`IIndicators.tvs(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, long from, long to)`
`double[]`	`IIndicators.ultOsc(Instrument instrument, Period period, OfferSide side, int timePeriod1, int timePeriod2, int timePeriod3, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.ultOsc(Instrument instrument, Period period, OfferSide side, int timePeriod1, int timePeriod2, int timePeriod3, int shift)`
`double[]`	`IIndicators.ultOsc(Instrument instrument, Period period, OfferSide side, int timePeriod1, int timePeriod2, int timePeriod3, long from, long to)`
`double[]`	`IIndicators.var(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, double nbDev, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.var(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, double nbDev, int shift)`
`double[]`	`IIndicators.var(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, double nbDev, long from, long to)`
`double[]`	`IIndicators.volumeWAP(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.volumeWAP(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, int shift)`
`double[]`	`IIndicators.volumeWAP(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, long from, long to)`
`double[]`	`IIndicators.waddahAttar(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.waddahAttar(Instrument instrument, Period period, OfferSide side, int shift)`
`double[]`	`IIndicators.waddahAttar(Instrument instrument, Period period, OfferSide side, long from, long to)`
`double[]`	`IIndicators.wclPrice(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.wclPrice(Instrument instrument, Period period, OfferSide side, int shift)`
`double[]`	`IIndicators.wclPrice(Instrument instrument, Period period, OfferSide side, long from, long to)`
`double[]`	`IIndicators.willr(Instrument instrument, Period period, OfferSide side, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.willr(Instrument instrument, Period period, OfferSide side, int timePeriod, int shift)`
`double[]`	`IIndicators.willr(Instrument instrument, Period period, OfferSide side, int timePeriod, long from, long to)`
`double[]`	`IIndicators.wma(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.wma(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, int shift)`
`double[]`	`IIndicators.wma(Instrument instrument, Period period, OfferSide side, IIndicators.AppliedPrice appliedPrice, int timePeriod, long from, long to)`
`double[][]`	`IIndicators.woodPivot(Instrument instrument, Period period, OfferSide side, int timePeriod, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double[]`	`IIndicators.woodPivot(Instrument instrument, Period period, OfferSide side, int timePeriod, int shift)`
`double[][]`	`IIndicators.woodPivot(Instrument instrument, Period period, OfferSide side, int timePeriod, long from, long to)`
`Object[]`	`IIndicators.wsmTime(Instrument instrument, Period period, OfferSide side, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`Object[]`	`IIndicators.wsmTime(Instrument instrument, Period period, OfferSide side, int shift)` Returns market values for the specified bar as follows: each element of an array is an array of type Object itself or null where the first element of the latter array represents a market (type WSMTimeIndicator.Market) and the second element is a string which describes the market event: open or close
`Object[]`	`IIndicators.wsmTime(Instrument instrument, Period period, OfferSide side, long from, long to)`
`double[]`	`IIndicators.zigzag(Instrument instrument, Period period, OfferSide side, int extDepth, int extDeviation, int extBackstep, Filter filter, int numberOfCandlesBefore, long time, int numberOfCandlesAfter)`
`double`	`IIndicators.zigzag(Instrument instrument, Period period, OfferSide side, int extDepth, int extDeviation, int extBackstep, int shift)`
`double[]`	`IIndicators.zigzag(Instrument instrument, Period period, OfferSide side, int extDepth, int extDeviation, int extBackstep, long from, long to)`

Uses of OfferSide in com.dukascopy.api.indicators

Methods in com.dukascopy.api.indicators that return OfferSide
`OfferSide`	`InputParameterInfo.getOfferSide()` Returns side of this input, or null if it was not set
`OfferSide`	`IIndicatorDrawingSupport.getOfferSide()` Return offer side of the chart or null if this is ticks chart
`OfferSide`	`IIndicatorContext.getOfferSide()` Returns offer side of the primary input when called from `IIndicator.calculate(int, int)` or `IIndicator.setInputParameter(int, java.lang.Object)` methods

Methods in com.dukascopy.api.indicators with parameters of type OfferSide
`void`	`InputParameterInfo.setOfferSide(OfferSide side)` Sets side of this input.

Uses of OfferSide in com.dukascopy.api.listener

Methods in com.dukascopy.api.listener with parameters of type OfferSide
`void`	`IRangeBarFeedListener.onBar(Instrument instrument, OfferSide offerSide, PriceRange priceRange, IRangeBar bar)` The method is being called when next Range Bar arrives
`void`	`IPointAndFigureFeedListener.onBar(Instrument instrument, OfferSide offerSide, PriceRange priceRange, ReversalAmount reversalAmount, IPointAndFigure bar)` The method is being called when next Point and Figure arrives
`void`	`ITickBarFeedListener.onBar(Instrument instrument, OfferSide offerSide, TickBarSize tickBarSize, ITickBar bar)` The method is being called when next Tick Bar arrives
`void`	`IBarFeedListener.onBar(Instrument instrument, Period period, OfferSide offerSide, IBar bar)` The method is being called when next Candle arrives

Uses of OfferSide in com.dukascopy.api.system

Methods in com.dukascopy.api.system with parameters of type OfferSide
`void`	`ITesterClient.setDataInterval(Period period, OfferSide side, ITesterClient.InterpolationMethod interpolationMethod, long from, long to)` Sets the period to use for ticks generation and time interval when to start and end testing process.

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Uses of Classcom.dukascopy.api.OfferSide

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com.dukascopy.api.OfferSide