DataSeries (MotiveWave SDK API)

```
public interface DataSeries
```
Represents a series of price bars that are displayed on a chart. Values of the price bars are accessed by specifying the index when retrieving a value. Study values are stored in this structure as they are computed by a study. This interface also provides many convenience method for calculating moving averages, swing points, highest high, etc.

Method Summary

Methods
Modifier and Type	Method and Description
`java.lang.Double`	`atr(int period)` Calculates the average true range based on the most recent complete bars.
`java.lang.Double`	`atr(int period, Instrument instr)` Calculates the average true range based on the most recent complete bars.
`java.lang.Double`	`atr(int index, int period)` Calculates the average true range.
`java.lang.Double`	`atr(int index, int period, Instrument instr)` Calculates the average true range.
`java.util.List<SwingPoint>`	`calcSwingPoints(boolean top, int strength)` Calculates and returns a list of swing points of a given strength or greater.
`java.util.List<SwingPoint>`	`calcSwingPoints(int strength)` Calculates and returns a list of swing points of a given strength or greater.
`java.lang.Double`	`dema(int index, int period, Enums.BarInput key, Instrument instr)` Calculates the Double Exponential Moving Average (2*EMA - EMA(EMA)).
`java.lang.Double`	`dema(int index, int period, java.lang.Object key)` Calculates the Double Exponential Moving Average (2*EMA - EMA(EMA)).
`java.lang.Double`	`ema(int index, int period, Enums.BarInput key, Instrument instr)` Calculates the Exponential Moving Average.
`java.lang.Double`	`ema(int index, int period, java.lang.Object key)` Calculates the Exponential Moving Average.
`int`	`findIndex(long time)` Searches for the index that contains the given time.
`float`	`getAskClose()` Gets the ask close value of the latest price bar.
`float`	`getAskClose(Instrument instr)` Gets the ask close value of the latest price bar for the given instrument.
`float`	`getAskClose(int index)` Gets the ask close value of the price bar at the given index.
`float`	`getAskClose(int index, Instrument instr)` Gets the ask close value of the price bar for the given instrument at the given index.
`float`	`getAskHigh()` Gets the high ask value of the latest price bar and default instrument.
`float`	`getAskHigh(Instrument instr)` Gets the high ask value of the latest price bar for the given instrument.
`float`	`getAskHigh(int index)` Gets the high ask value of the price bar at the given index for the default instrument.
`float`	`getAskHigh(int index, Instrument instr)` Gets the high ask value of the price bar for the given instrument at the given index.
`float`	`getAskLow()` Gets the ask low value of the latest price bar.
`float`	`getAskLow(Instrument instr)` Gets the ask low value of the latest price bar.
`float`	`getAskLow(int index)` Gets the ask low value of the price bar at the given index.
`float`	`getAskLow(int index, Instrument instr)` Gets the ask low value of the price bar at the given index.
`float`	`getAskOpen()` Gets the open ask value of the latest price bar.
`float`	`getAskOpen(Instrument instr)` Gets the open ask value of the latest price bar for the given instrument.
`float`	`getAskOpen(int index)` Gets the open ask value of the price bar at the given index.
`float`	`getAskOpen(int index, Instrument instr)` Gets the open ask value of the price bar for the given instrument at the given index.
`java.awt.Color`	`getBarColor(int index, java.lang.Object key)` Gets the color of the bar at the given index with the given value key.
`java.awt.Color`	`getBarColor(java.lang.Object key)` Gets the color of the latest bar with the given key.
`Enums.BarData`	`getBarData()` Gets the type of data available in this data series.
`BarSize`	`getBarSize()` Gets the size of the bars in this data series.
`float`	`getBidClose()` Gets the close bid value of the latest price bar.
`float`	`getBidClose(Instrument instr)` Gets the close bid value of the latest price bar for the given instrument.
`float`	`getBidClose(int index)` Gets the close bid value of the price bar at the given index.
`float`	`getBidClose(int index, Instrument instr)` Gets the close bid value of the price bar for the given instrument at the given index.
`float`	`getBidHigh()` Gets the high bid value of the latest price bar.
`float`	`getBidHigh(Instrument instr)` Gets the high bid value of the latest price bar for the given instrument.
`float`	`getBidHigh(int index)` Gets the high bid value of the price bar at the given index.
`float`	`getBidHigh(int index, Instrument instr)` Gets the high bid value of the price bar for the given instrument at the given index.
`float`	`getBidLow()` Gets the bid low value of the latest price bar.
`float`	`getBidLow(Instrument instr)` Gets the bid low value of the latest price bar.
`float`	`getBidLow(int index)` Gets the bid low value of the price bar at the given index.
`float`	`getBidLow(int index, Instrument instr)` Gets the bid low value of the price bar at the given index.
`float`	`getBidOpen()` Gets the open bid value of the latest price bar.
`float`	`getBidOpen(Instrument instr)` Gets the open bid value of the latest price bar for the given instrument.
`float`	`getBidOpen(int index)` Gets the open bid value of the price bar at the given index.
`float`	`getBidOpen(int index, Instrument instr)` Gets the open bid value of the price bar for the given instrument at the given index.
`java.lang.Boolean`	`getBoolean(int index, java.lang.Object key)` Gets the boolean value for the given key at the given index.
`boolean`	`getBoolean(int index, java.lang.Object key, boolean def)` Gets the boolean value at the given index for the given key.
`java.lang.Boolean`	`getBoolean(java.lang.Object key)` Gets the boolean value for the given key for the latest index.
`boolean`	`getBoolean(java.lang.Object key, boolean def)` Gets the boolean value for the given key for the latest index.
`float`	`getClose()` Gets the close value of the latest price bar.
`float`	`getClose(Instrument instr)` Gets the close value of the latest price bar for the given instrument.
`float`	`getClose(int index)` Gets the close value of the price bar at the given index.
`float`	`getClose(int index, Instrument instr)` Gets the close value of the price bar for the given instrument at the given index.
`java.lang.Double`	`getDouble(Enums.BarInput key, Instrument instr)` Gets last numeric value (most recent) in the data series specified by the given key.
`java.lang.Double`	`getDouble(int index, Enums.BarInput key, Instrument instr)` Gets the numeric value at the given index specified by the given key for the given instrument.
`java.lang.Double`	`getDouble(int index, java.lang.Object key)` Gets the numeric value at the given index specified by the given key.
`double`	`getDouble(int index, java.lang.Object key, double def)` Gets the numeric value at the given index specified by the given key.
`java.lang.Double`	`getDouble(long startTime, Enums.BarInput key, Instrument instr)` Gets the numeric value at the given index specified by the given key.
`java.lang.Double`	`getDouble(long startTime, java.lang.Object key)` Gets the numeric value at the given index specified by the given key.
`java.lang.Double`	`getDouble(java.lang.Object key)` Gets last numeric value (most recent) in the data series specified by the given key.
`int`	`getEndIndex()` Gets the bar index of the last visible bar on the chart.
`long`	`getEndTime()` Gets the end time of the latest bar.
`long`	`getEndTime(int index)` Gets the end time (in milliseconds since 1970) of the bar at the given index.
`java.lang.Float`	`getFloat(Enums.BarInput key, Instrument instr)` Gets last numeric value (most recent) in the data series specified by the given key.
`java.lang.Float`	`getFloat(int index, Enums.BarInput key, Instrument instr)` Gets the numeric value at the given index specified by the given key.
`java.lang.Float`	`getFloat(int index, java.lang.Object key)` Gets the numeric value at the given index specified by the given key.
`float`	`getFloat(int index, java.lang.Object key, float def)` Gets the numeric value at the given index specified by the given key.
`java.lang.Float`	`getFloat(long startTime, Enums.BarInput key, Instrument instr)` Gets the numeric value at the given index specified by the given key.
`java.lang.Float`	`getFloat(long startTime, java.lang.Object key)` Gets the numeric value at the given index specified by the given key.
`java.lang.Float`	`getFloat(java.lang.Object key)` Gets last numeric value (most recent) in the data series specified by the given key.
`float`	`getHigh()` Gets the high value for the latest price bar.
`float`	`getHigh(Instrument instr)` Gets the high value of the price bar of the given instrument for the latest price bar.
`float`	`getHigh(int index)` Gets the value of the price bar at the given index.
`float`	`getHigh(int index, Instrument instr)` Gets the high value of the price bar of the given instrument at the give index.
`Instrument`	`getInstrument()` Gets the primary instrument for the data in this data series.
`int`	`getInt(int index, java.lang.Object key)` Convenience method.
`int`	`getInt(java.lang.Object key)` Convenience method.
`float`	`getLow()` Gets the low value of the latest price bar.
`float`	`getLow(Instrument instr)` Gets the low value of the latest price bar for the given instrument.
`float`	`getLow(int index)` Gets the low value of the price bar at the given index.
`float`	`getLow(int index, Instrument instr)` Gets the low value of the price bar at the given index for the given instrument.
`java.lang.Float`	`getNegativeDM()` Calculates and returns the Negative Directional Movement (-DM) of the latest price bar.
`java.lang.Float`	`getNegativeDM(Instrument instr)` Calculates and returns the Negative Directional Movement (-DM) of the latest price bar.
`java.lang.Float`	`getNegativeDM(int index)` Calculates and returns the Negative Directional Movement (-DM) of the price bar at the given index.
`java.lang.Float`	`getNegativeDM(int index, Instrument instr)` Calculates and returns the Negative Directional Movement (-DM) of the price bar at the given index.
`float`	`getOpen()` Gets the open value of the latest price bar.
`float`	`getOpen(Instrument instr)` Gets the open value of the latest price bar for the given instrument.
`float`	`getOpen(int index)` Gets the open value of the price bar at the given index.
`float`	`getOpen(int index, Instrument instr)` Gets the open value of the price bar for the given instrument at the given index.
`long`	`getOpenInterest()` Gets the open interest of the latest price bar.
`long`	`getOpenInterest(Instrument instr)` Gets the open interest of the latest price bar for the given instrument.
`long`	`getOpenInterest(int index)` Gets the open interest of the price bar at the given index.
`long`	`getOpenInterest(int index, Instrument instr)` Gets the open interest of the price bar for the given instrument at the given index.
`java.awt.Color`	`getPathColor(int index, java.lang.Object key)` Gets the color of the path at the given index.
`java.awt.Color`	`getPathColor(java.lang.Object key)` Gets the color of the latest index of the path with the given key.
`java.lang.Float`	`getPositiveDM()` Calculates and returns the Positive Directional Movement (+DM) of the latest price bar.
`java.lang.Float`	`getPositiveDM(Instrument instr)` Calculates and returns the Positive Directional Movement (+DM) of the latest price bar.
`java.lang.Float`	`getPositiveDM(int index)` Calculates and returns the Positive Directional Movement (+DM) of the price bar at the given index.
`java.lang.Float`	`getPositiveDM(int index, Instrument instr)` Calculates and returns the Positive Directional Movement (+DM) of the price bar at the given index.
`java.awt.Color`	`getPriceBarColor()` Gets the color of the latest price bar.
`java.awt.Color`	`getPriceBarColor(int index)` Gets the color of the price bar at the given index.
`java.lang.Float`	`getRange()` Calculates and returns the range of the price bar at the latest index.
`java.lang.Float`	`getRange(Instrument instr)` Calculates and returns the range of the price bar at the latest index.
`java.lang.Float`	`getRange(int index)` Calculates and returns the range of the price bar at the given index.
`java.lang.Float`	`getRange(int index, Instrument instr)` Calculates and returns the range of the price bar at the given index.
`float`	`getRealHigh()` Gets the real high value of the latest price bar.
`float`	`getRealHigh(int index)` Gets the real high value of the price bar at the given index (Renko Bars only).
`float`	`getRealLow()` Gets the real low value of the latest price bar (Renko Bars only).
`float`	`getRealLow(int index)` Gets the real low value of the price bar at the given index (Renko Bars only).
`int`	`getStartIndex()` Gets the bar index of the first visible bar on the chart.
`long`	`getStartTime()` Gets the start time (in milliseconds since 1970) of the latest bar.
`long`	`getStartTime(int index)` Gets the start time (in milliseconds since 1970) of the bar at the given index.
`java.lang.Float`	`getTrueRange()` Calculates and returns the True Range of the latest price bar.
`java.lang.Float`	`getTrueRange(Instrument instr)` Calculates and returns the True Range of the latest price bar.
`java.lang.Float`	`getTrueRange(int index)` Calculates and returns the True Range of the price bar at the given index.
`java.lang.Float`	`getTrueRange(int index, Instrument instr)` Calculates and returns the True Range of the price bar at the given index.
`java.lang.Float`	`getTypicalPrice()` Calculates and returns the Typical Price (TP = (High + Low + Close)/3) of the latest price bar.
`java.lang.Float`	`getTypicalPrice(Instrument instr)` Calculates and returns the Typical Price (TP = (High + Low + Close)/3) of the latest price bar.
`java.lang.Float`	`getTypicalPrice(int index)` Calculates and returns the Typical Price (TP = (High + Low + Close)/3) of the price bar at the given index.
`java.lang.Float`	`getTypicalPrice(int index, Instrument instr)` Calculates and returns the Typical Price (TP = (High + Low + Close)/3) of the price bar at the given index.
`java.lang.Object`	`getValue(Enums.BarInput key, Instrument instr)` Gets last value (most recent) in the data series specified by the given key.
`java.lang.Object`	`getValue(int index, Enums.BarInput key, Instrument instr)` Gets last value (most recent) in the data series specified by the given key.
`java.lang.Object`	`getValue(int index, java.lang.Object key)` Gets the value at the given index associated with the given key.
`java.lang.Object`	`getValue(java.lang.Object key)` Gets last value (most recent) in the data series specified by the given key.
`long`	`getVisibleEndTime()` Gets the end time of the last visible bar on the chart.
`long`	`getVisibleStartTime()` Gets the start time of the first visible bar on the chart.
`long`	`getVolume()` Gets the volume of the latest price bar.
`long`	`getVolume(Instrument instr)` Gets the volume of the latest price bar for the given instrument.
`long`	`getVolume(int index)` Gets the volume of the price bar at the given index.
`long`	`getVolume(int index, Instrument instr)` Gets the volume of the price bar for the given instrument at the given index.
`boolean`	`hasData()` Determines if data is available for the primary instrument in this series.
`boolean`	`hasData(Instrument instr)` Determines if data is available for the given instrument in this series.
`java.lang.Double`	`highest(int index, int period, Enums.BarInput key, Instrument instr)` Returns the highest value over the given sequence of values.
`java.lang.Double`	`highest(int index, int period, java.lang.Object key)` Returns the highest value over the given sequence of values.
`java.lang.Double`	`highestVisible(Enums.BarInput key, Instrument instr)` Returns the highest value of the visible bars (between getStartIndex() and getEndIndex()).
`java.lang.Double`	`highestVisible(java.lang.Object key)` Returns the highest value of the visible bars (between getStartIndex() and getEndIndex()).
`boolean`	`isBarComplete(int index)` Determines if the bar at the given index is complete Note: this is only relevant if the index is the last in the series.
`boolean`	`isComplete(int index)` Determines if values stored at the bar at the given index are complete.
`boolean`	`isComplete(int index, java.lang.Object key)` Determines if the values stored at the given index are complete (for the specified value key).
`boolean`	`isLastBarComplete()` Determines if the values stored at the last bar are complete.
`boolean`	`isLatestData()` Determines if the end index is the latest bar.
`java.lang.Double`	`kama(int index, int period, double C, Enums.BarInput key, Instrument instr)` Calculates the Kaufmann Adaptive Moving Average (null is returned if there is not enough data).
`java.lang.Double`	`kama(int index, int period, double C, java.lang.Object key)` Calculates the Kaufmann Adaptive Moving Average (null is returned if there is not enough data).
`java.lang.Double`	`kama(int index, int period, Enums.BarInput key, Instrument instr)` Calculates the Kaufmann Adaptive Moving Average (null is returned if there is not enough data).
`java.lang.Double`	`kama(int index, int period, java.lang.Object key)` Calculates the Kaufmann Adaptive Moving Average (null is returned if there is not enough data).
`java.lang.Double`	`lowest(int index, int period, Enums.BarInput key, Instrument instr)` Returns the lowest value over the given sequence of values.
`java.lang.Double`	`lowest(int index, int period, java.lang.Object key)` Returns the lowest value over the given sequence of values.
`java.lang.Double`	`lowestVisible(Enums.BarInput key, Instrument instr)` Returns the lowest value of the visible bars (between getStartIndex() and getEndIndex()).
`java.lang.Double`	`lowestVisible(java.lang.Object key)` Returns the lowest value of the visible bars (between getStartIndex() and getEndIndex()).
`java.lang.Double`	`ma(Enums.MAMethod method, int index, int period, Enums.BarInput key, Instrument instr)` Calculates a Moving Average.
`java.lang.Double`	`ma(Enums.MAMethod method, int index, int period, java.lang.Object key)` Calculates a Moving Average.
`java.lang.Double`	`mema(int index, int period, Enums.BarInput key, Instrument instr)` Calculates the Modified Exponential Moving Average.
`java.lang.Double`	`mema(int index, int period, java.lang.Object key)` Calculates the Modified Exponential Moving Average.
`float`	`mfm(int index)` Calculates the Money Flow Multiplier.
`float`	`mfm(int index, Instrument instr)` Calculates the Money Flow Multiplier.
`java.lang.Double`	`roc(int index, int period, Enums.BarInput key, Instrument instr)` Rate Of Change.
`java.lang.Double`	`roc(int index, int period, java.lang.Object key)` Rate Of Change.
`void`	`setBarColor(int index, java.lang.Object key, java.awt.Color color)` Sets the color of the bar at the given index.
`void`	`setBarColor(java.lang.Object key, java.awt.Color color)` Sets the color of the bar at the latest index.
`void`	`setBoolean(int index, java.lang.Object key, java.lang.Boolean value)` Sets the boolean value for the given index and key.
`void`	`setBoolean(java.lang.Object key, java.lang.Boolean value)` Sets the boolean value for the latest index and key.
`void`	`setComplete(int index)` Indicate the the values stored at the specified index are complete.
`void`	`setComplete(int index, boolean b)` Indicate the the values stored at the specified index are complete.
`void`	`setComplete(int index, java.lang.Object key)` Indicate the the values stored at the specified index are complete for the specified value key (no further computation is required).
`void`	`setComplete(int index, java.lang.Object key, boolean b)` Indicate the the values stored at the specified index are complete for the specified value key (no further computation is required).
`void`	`setDouble(int index, java.lang.Object key, java.lang.Double value)` Sets a numeric value at the given index and identifies it using the key.
`void`	`setDouble(java.lang.Object key, java.lang.Double value)` Sets a numeric value at the latest index and identifies it using the key.
`void`	`setFloat(int index, java.lang.Object key, java.lang.Float value)` Sets a numeric value at the given index and identifies it using the key.
`void`	`setFloat(java.lang.Object key, java.lang.Float value)` Sets a numeric value at the latest index and identifies it using the key.
`void`	`setInt(int index, java.lang.Object key, int val)` Convenience method.
`void`	`setInt(java.lang.Object key, int val)` Convenience method.
`void`	`setPathColor(int index, java.lang.Object key, java.awt.Color color)` Sets the color of the path at the given index.
`void`	`setPathColor(java.lang.Object key, java.awt.Color color)` Sets the color of the path at the latest index.
`void`	`setPriceBarColor(java.awt.Color color)` Sets the color of the price bar at the latest index.
`void`	`setPriceBarColor(int index, java.awt.Color color)` Sets the color of the price bar at the given index.
`void`	`setValue(int index, java.lang.Object key, java.lang.Object value)` Sets the value for the given index and key.
`void`	`setValue(java.lang.Object key, java.lang.Object value)` Sets the value for the latest index and key.
`int`	`size()` Gets the number of elements in this data series.
`java.lang.Double`	`sma(int index, int period, Enums.BarInput key, Instrument instr)` Calculates the Simple Moving Average (null is returned if there is not enough data).
`java.lang.Double`	`sma(int index, int period, java.lang.Object key)` Calculates the Simple Moving Average (null is returned if there is not enough data).
`java.lang.Double`	`smma(int index, int period, Enums.BarInput key, Instrument instr)` Calculates the Smoothed Moving Average.
`java.lang.Double`	`smma(int index, int period, java.lang.Object key)` Calculates the Smoothed Moving Average.
`java.lang.Double`	`std(int index, int period, Enums.BarInput key, Instrument instr)` Calculates the Standard Deviation (null is returned if there is not enough data).
`java.lang.Double`	`std(int index, int period, java.lang.Object key)` Calculates the Standard Deviation (null is returned if there is not enough data).
`java.lang.Double`	`stochasticK(int index, int period)` Calculates the stochastic 'K' value using price data.
`java.lang.Double`	`stochasticK(int index, int period, Enums.BarInput key, Instrument instr)` Calculates the stochastic 'K' value using the given key.
`java.lang.Double`	`stochasticK(int index, int period, Instrument instr)` Calculates the stochastic 'K' value using price data.
`java.lang.Double`	`stochasticK(int index, int period, java.lang.Object key)` Calculates the stochastic 'K' value using the given key.
`java.lang.Double`	`sum(int index, int period, Enums.BarInput key, Instrument instr)` Returns the sum of the values over the given sequence of values.
`java.lang.Double`	`sum(int index, int period, java.lang.Object key)` Returns the sum of the values over the given sequence of values.
`java.lang.Double`	`tema(int index, int period, Enums.BarInput key, Instrument instr)` Calculates the Triple Exponential Moving Average (3EMA - 3EMA(EMA) + EMA(EMA(EMA))).
`java.lang.Double`	`tema(int index, int period, java.lang.Object key)` Calculates the Triple Exponential Moving Average (3EMA - 3EMA(EMA) + EMA(EMA(EMA))).
`java.lang.Double`	`tma(int index, int period, Enums.BarInput key, Instrument instr)` Calculates the Triangular Moving Average (SMA(SMA)).
`java.lang.Double`	`tma(int index, int period, java.lang.Object key)` Calculates the Triangular Moving Average (SMA(SMA)).
`java.lang.Double`	`vwma(int index, int period, Enums.BarInput key, Instrument instr)` Calculates the Volume Weighted Moving Average (null is returned if there is not enough data).
`java.lang.Double`	`vwma(int index, int period, java.lang.Object key)` Calculates the Volume Weighted Moving Average (null is returned if there is not enough data).
`java.lang.Double`	`wma(int index, int period, Enums.BarInput key, Instrument instr)` Calculates the Weighted Moving Average (null is returned if there is not enough data).
`java.lang.Double`	`wma(int index, int period, java.lang.Object key)` Calculates the Weighted Moving Average (null is returned if there is not enough data).

- Method Detail
  - size
```
int size()
```
    Gets the number of elements in this data series.
    
    Returns:
    the number of elements in this data series.
  - getBarSize
```
BarSize getBarSize()
```
    Gets the size of the bars in this data series.
    
    Returns:
    the bar size of this data series.
  - hasData
```
boolean hasData(Instrument instr)
```
    Determines if data is available for the given instrument in this series.
    
    Parameters:
    instr - instrument
    
    Returns:
    true if data is available for this instrument.
  - hasData
```
boolean hasData()
```
    Determines if data is available for the primary instrument in this series.
    
    Returns:
    true if data is available in this series.
  - getBarData
```
Enums.BarData getBarData()
```
    Gets the type of data available in this data series.
    
    Returns:
    the type of bar data in this series (ie Ask, Bid, MidPoint and Last Price)
  - getInstrument
```
Instrument getInstrument()
```
    Gets the primary instrument for the data in this data series.
    
    Returns:
    the primary instrument for this data series.
  - getHigh
```
float getHigh(int index)
```
    Gets the value of the price bar at the given index.
    
    Parameters:
    index - bar index
    
    Returns:
    the high value of the price bar at the given index.
  - getHigh
```
float getHigh()
```
    Gets the high value for the latest price bar.
    
    Returns:
    the high value of the latest price bar.
  - getHigh
```
float getHigh(int index,
            Instrument instr)
```
    Gets the high value of the price bar of the given instrument at the give index. Note: this works for linear bar sizes only.
    
    Parameters:
    index - bar index
    instr - instrument
    
    Returns:
    the high value of the price bar of the given instrument at the given index.
  - getHigh
```
float getHigh(Instrument instr)
```
    Gets the high value of the price bar of the given instrument for the latest price bar. Note: this works for linear bar sizes only. Note: this works for linear bar sizes only.
    
    Parameters:
    instr - instrument
    
    Returns:
    high bar value for the instrument at the latest index
  - getAskHigh
```
float getAskHigh(int index)
```
    Gets the high ask value of the price bar at the given index for the default instrument.
    
    Parameters:
    index - bar index
    
    Returns:
    the high ask value of the price bar at the given index.
  - getAskHigh
```
float getAskHigh()
```
    Gets the high ask value of the latest price bar and default instrument.
    
    Returns:
    the high ask value of the latest price bar.
  - getAskHigh
```
float getAskHigh(int index,
               Instrument instr)
```
    Gets the high ask value of the price bar for the given instrument at the given index.
    
    Parameters:
    index - bar index
    instr - instrument
    
    Returns:
    the high ask value of the price bar for the given instrument at the given index.
  - getAskHigh
```
float getAskHigh(Instrument instr)
```
    Gets the high ask value of the latest price bar for the given instrument.
    
    Parameters:
    instr - instrument
    
    Returns:
    the high ask value of the latest price bar for the given instrument.
  - getBidHigh
```
float getBidHigh(int index)
```
    Gets the high bid value of the price bar at the given index.
    
    Parameters:
    index - bar index
    
    Returns:
    the high bid value of the price bar at the given index.
  - getBidHigh
```
float getBidHigh()
```
    Gets the high bid value of the latest price bar.
    
    Returns:
    the high bid value of the latest price bar.
  - getBidHigh
```
float getBidHigh(int index,
               Instrument instr)
```
    Gets the high bid value of the price bar for the given instrument at the given index.
    
    Parameters:
    index - bar index
    instr - instrument
    
    Returns:
    the high bid value of the price bar for the given instrument at the given index.
  - getBidHigh
```
float getBidHigh(Instrument instr)
```
    Gets the high bid value of the latest price bar for the given instrument.
    
    Parameters:
    instr - instrument
    
    Returns:
    the high bid value of the latest price bar for the given instrument.
  - getRealHigh
```
float getRealHigh(int index)
```
    Gets the real high value of the price bar at the given index (Renko Bars only).
    
    Parameters:
    index - bar index
    
    Returns:
    the real high value of the price bar at the given index (Renko Bars only).
  - getRealHigh
```
float getRealHigh()
```
    Gets the real high value of the latest price bar.
    
    Returns:
    the real high value of the latest price bar.
  - getLow
```
float getLow(int index)
```
    Gets the low value of the price bar at the given index.
    
    Parameters:
    index - bar index
    
    Returns:
    the low value of the price bar at the given index.
  - getLow
```
float getLow()
```
    Gets the low value of the latest price bar.
    
    Returns:
    the low value of the latest price bar.
  - getAskLow
```
float getAskLow(int index)
```
    Gets the ask low value of the price bar at the given index.
    
    Parameters:
    index - bar index
    
    Returns:
    the ask low value of the price bar at the given index.
  - getAskLow
```
float getAskLow()
```
    Gets the ask low value of the latest price bar.
    
    Returns:
    the ask low value of the latest price bar.
  - getBidLow
```
float getBidLow(int index)
```
    Gets the bid low value of the price bar at the given index.
    
    Parameters:
    index - bar index
    
    Returns:
    the bid low value of the price bar at the given index.
  - getBidLow
```
float getBidLow()
```
    Gets the bid low value of the latest price bar.
    
    Returns:
    the bid low value of the latest price bar.
  - getLow
```
float getLow(int index,
           Instrument instr)
```
    Gets the low value of the price bar at the given index for the given instrument.
    
    Parameters:
    index - bar index
    instr - instrument
    
    Returns:
    the low value of the price bar at the given index for the given instrument.
  - getLow
```
float getLow(Instrument instr)
```
    Gets the low value of the latest price bar for the given instrument.
    
    Parameters:
    instr - instrument
    
    Returns:
    the low value of the latest price bar for the given instrument.
  - getAskLow
```
float getAskLow(int index,
              Instrument instr)
```
    Gets the ask low value of the price bar at the given index.
    
    Parameters:
    index - bar index
    instr - instrument
    
    Returns:
    the ask low value of the price bar at the given index.
  - getAskLow
```
float getAskLow(Instrument instr)
```
    Gets the ask low value of the latest price bar.
    
    Parameters:
    instr - instrument
    
    Returns:
    the ask low value of the latest price bar.
  - getBidLow
```
float getBidLow(int index,
              Instrument instr)
```
    Gets the bid low value of the price bar at the given index.
    
    Parameters:
    index - bar index
    instr - instrument
    
    Returns:
    the bid low value of the price bar at the given index.
  - getBidLow
```
float getBidLow(Instrument instr)
```
    Gets the bid low value of the latest price bar.
    
    Parameters:
    instr - instrument
    
    Returns:
    the bid low value of the latest price bar.
  - getRealLow
```
float getRealLow(int index)
```
    Gets the real low value of the price bar at the given index (Renko Bars only).
    
    Parameters:
    index - bar index
    
    Returns:
    the real low value of the price bar at the given index (Renko Bars only).
  - getRealLow
```
float getRealLow()
```
    Gets the real low value of the latest price bar (Renko Bars only).
    
    Returns:
    the real low value of the latest price bar (Renko Bars only).
  - getOpen
```
float getOpen(int index)
```
    Gets the open value of the price bar at the given index.
    
    Parameters:
    index - bar index
    
    Returns:
    the open value of the price bar at the given index.
  - getOpen
```
float getOpen()
```
    Gets the open value of the latest price bar.
    
    Returns:
    the open value of the latest price bar.
  - getAskOpen
```
float getAskOpen(int index)
```
    Gets the open ask value of the price bar at the given index.
    
    Parameters:
    index - bar index
    
    Returns:
    the open ask value of the price bar at the given index.
  - getAskOpen
```
float getAskOpen()
```
    Gets the open ask value of the latest price bar.
    
    Returns:
    the open ask value of the latest price bar.
  - getBidOpen
```
float getBidOpen(int index)
```
    Gets the open bid value of the price bar at the given index.
    
    Parameters:
    index - bar index
    
    Returns:
    the open bid value of the price bar at the given index.
  - getBidOpen
```
float getBidOpen()
```
    Gets the open bid value of the latest price bar.
    
    Returns:
    the open bid value of the latest price bar.
  - getOpen
```
float getOpen(int index,
            Instrument instr)
```
    Gets the open value of the price bar for the given instrument at the given index.
    
    Parameters:
    index - bar index
    instr - instrument
    
    Returns:
    the open value of the price bar for the given instrument at the given index.
  - getOpen
```
float getOpen(Instrument instr)
```
    Gets the open value of the latest price bar for the given instrument.
    
    Parameters:
    instr - instrument
    
    Returns:
    the open value of the latest price bar for the given instrument.
  - getAskOpen
```
float getAskOpen(int index,
               Instrument instr)
```
    Gets the open ask value of the price bar for the given instrument at the given index.
    
    Parameters:
    index - bar index
    instr - instrument
    
    Returns:
    the open ask value of the price bar for the given instrument at the given index.
  - getAskOpen
```
float getAskOpen(Instrument instr)
```
    Gets the open ask value of the latest price bar for the given instrument.
    
    Parameters:
    instr - instrument
    
    Returns:
    the open ask value of the latest price bar for the given instrument.
  - getBidOpen
```
float getBidOpen(int index,
               Instrument instr)
```
    Gets the open bid value of the price bar for the given instrument at the given index.
    
    Parameters:
    index - bar index
    instr - instrument
    
    Returns:
    the open bid value of the price bar for the given instrument at the given index.
  - getBidOpen
```
float getBidOpen(Instrument instr)
```
    Gets the open bid value of the latest price bar for the given instrument.
    
    Parameters:
    instr - instrument
    
    Returns:
    the open bid value of the latest price bar for the given instrument.
  - getClose
```
float getClose(int index)
```
    Gets the close value of the price bar at the given index.
    
    Parameters:
    index - bar index
    
    Returns:
    the close value of the price bar at the given index.
  - getClose
```
float getClose()
```
    Gets the close value of the latest price bar.
    
    Returns:
    the close value of the latest price bar.
  - getAskClose
```
float getAskClose(int index)
```
    Gets the ask close value of the price bar at the given index.
    
    Parameters:
    index - bar index
    
    Returns:
    the ask close value of the price bar at the given index.
  - getAskClose
```
float getAskClose()
```
    Gets the ask close value of the latest price bar.
    
    Returns:
    the ask close value of the latest price bar.
  - getBidClose
```
float getBidClose(int index)
```
    Gets the close bid value of the price bar at the given index.
    
    Parameters:
    index - bar index
    
    Returns:
    the close bid value of the price bar at the given index.
  - getBidClose
```
float getBidClose()
```
    Gets the close bid value of the latest price bar.
    
    Returns:
    the close bid value of the latest price bar.
  - getClose
```
float getClose(int index,
             Instrument instr)
```
    Gets the close value of the price bar for the given instrument at the given index.
    
    Parameters:
    index - bar index
    instr - instrument
    
    Returns:
    the close value of the price bar for the given instrument at the given index.
  - getClose
```
float getClose(Instrument instr)
```
    Gets the close value of the latest price bar for the given instrument.
    
    Parameters:
    instr - instrument
    
    Returns:
    the close value of the latest price bar for the given instrument.
  - getAskClose
```
float getAskClose(int index,
                Instrument instr)
```
    Gets the ask close value of the price bar for the given instrument at the given index.
    
    Parameters:
    index - bar index
    instr - instrument
    
    Returns:
    the ask close value of the price bar for the given instrument at the given index.
  - getAskClose
```
float getAskClose(Instrument instr)
```
    Gets the ask close value of the latest price bar for the given instrument.
    
    Parameters:
    instr - instrument
    
    Returns:
    the ask close value of the latest price bar for the given instrument.
  - getBidClose
```
float getBidClose(int index,
                Instrument instr)
```
    Gets the close bid value of the price bar for the given instrument at the given index.
    
    Parameters:
    index - bar index
    instr - instrument
    
    Returns:
    the close bid value of the price bar for the given instrument at the given index.
  - getBidClose
```
float getBidClose(Instrument instr)
```
    Gets the close bid value of the latest price bar for the given instrument.
    
    Parameters:
    instr - instrument
    
    Returns:
    the close bid value of the latest price bar for the given instrument.
  - getVolume
```
long getVolume(int index)
```
    Gets the volume of the price bar at the given index.
    
    Parameters:
    index - bar index
    
    Returns:
    the volume of the price bar at the given index.
  - getVolume
```
long getVolume()
```
    Gets the volume of the latest price bar.
    
    Returns:
    the volume of the latest price bar.
  - getVolume
```
long getVolume(int index,
             Instrument instr)
```
    Gets the volume of the price bar for the given instrument at the given index.
    
    Parameters:
    index - bar index
    instr - instrument
    
    Returns:
    the volume of the price bar for the given instrument at the given index.
  - getVolume
```
long getVolume(Instrument instr)
```
    Gets the volume of the latest price bar for the given instrument.
    
    Parameters:
    instr - instrument
    
    Returns:
    the volume of the latest price bar for the given instrument.
  - getOpenInterest
```
long getOpenInterest(int index)
```
    Gets the open interest of the price bar at the given index.
    
    Parameters:
    index - bar index
    
    Returns:
    the open interest of the price bar at the given index.
  - getOpenInterest
```
long getOpenInterest()
```
    Gets the open interest of the latest price bar.
    
    Returns:
    the open interest of the latest price bar.
  - getOpenInterest
```
long getOpenInterest(int index,
                   Instrument instr)
```
    Gets the open interest of the price bar for the given instrument at the given index.
    
    Parameters:
    index - bar index
    instr - instrument
    
    Returns:
    the open interest of the price bar for the given instrument at the given index.
  - getOpenInterest
```
long getOpenInterest(Instrument instr)
```
    Gets the open interest of the latest price bar for the given instrument.
    
    Parameters:
    instr - instrument
    
    Returns:
    the open interest of the latest price bar for the given instrument.
  - getStartTime
```
long getStartTime()
```
    Gets the start time (in milliseconds since 1970) of the latest bar.
    
    Returns:
    the start time (in milliseconds since 1970) of the latest bar.
  - getStartTime
```
long getStartTime(int index)
```
    Gets the start time (in milliseconds since 1970) of the bar at the given index.
    
    Parameters:
    index - bar index
    
    Returns:
    the start time (in milliseconds since 1970) of the bar at the given index.
  - getEndTime
```
long getEndTime()
```
    Gets the end time of the latest bar.
    
    Returns:
    the end time (in milliseconds since 1970) of the latest bar.
  - getEndTime
```
long getEndTime(int index)
```
    Gets the end time (in milliseconds since 1970) of the bar at the given index.
    
    Parameters:
    index - bar index
    
    Returns:
    the end time (in milliseconds since 1970) of the bar at the given index.
  - getStartIndex
```
int getStartIndex()
```
    Gets the bar index of the first visible bar on the chart.
    
    Returns:
    the index of the first visible bar on the chart.
  - getVisibleStartTime
```
long getVisibleStartTime()
```
    Gets the start time of the first visible bar on the chart.
    
    Returns:
    the start time of the start index
  - getEndIndex
```
int getEndIndex()
```
    Gets the bar index of the last visible bar on the chart.
    
    Returns:
    the index of the last visible bar on the chart.
  - getVisibleEndTime
```
long getVisibleEndTime()
```
    Gets the end time of the last visible bar on the chart.
    
    Returns:
    the end time of the end index
  - isLatestData
```
boolean isLatestData()
```
    Determines if the end index is the latest bar.
    
    Returns:
    true if the endIndex is equal to the latest bar.
  - setComplete
```
void setComplete(int index)
```
    Indicate the the values stored at the specified index are complete. (no further computation is required)
    
    Parameters:
    index - bar index
  - setComplete
```
void setComplete(int index,
               boolean b)
```
    Indicate the the values stored at the specified index are complete. (no further computation is required)
    
    Parameters:
    index - bar index
    b - true if the bar is complete
  - isComplete
```
boolean isComplete(int index)
```
    Determines if values stored at the bar at the given index are complete.
    
    Parameters:
    index - bar index
    
    Returns:
    true if the values stored at the given index are complete.
  - isLastBarComplete
```
boolean isLastBarComplete()
```
    Determines if the values stored at the last bar are complete.
    
    Returns:
    true if the last bar is completed
  - isBarComplete
```
boolean isBarComplete(int index)
```
    Determines if the bar at the given index is complete Note: this is only relevant if the index is the last in the series.
    
    Parameters:
    index - bar index
    
    Returns:
    true if the bar at the given index is complete.
  - setComplete
```
void setComplete(int index,
               java.lang.Object key)
```
    Indicate the the values stored at the specified index are complete for the specified value key (no further computation is required).
    
    Parameters:
    index - bar index
    key - value key
  - setComplete
```
void setComplete(int index,
               java.lang.Object key,
               boolean b)
```
    Indicate the the values stored at the specified index are complete for the specified value key (no further computation is required).
    
    Parameters:
    index - bar index
    key - value key
    b - true if the bar is complete
  - isComplete
```
boolean isComplete(int index,
                 java.lang.Object key)
```
    Determines if the values stored at the given index are complete (for the specified value key).
    
    Parameters:
    index - bar index
    key - value key
    
    Returns:
    true if the values stored at the given index are complete (for the specified value key).
  - setDouble
```
void setDouble(int index,
             java.lang.Object key,
             java.lang.Double value)
```
    Sets a numeric value at the given index and identifies it using the key.
    
    Parameters:
    index - bar index
    key - value key
    value -
  - setDouble
```
void setDouble(java.lang.Object key,
             java.lang.Double value)
```
    Sets a numeric value at the latest index and identifies it using the key.
    
    Parameters:
    key - value key
    value - double value
  - getDouble
```
java.lang.Double getDouble(int index,
                         java.lang.Object key)
```
    Gets the numeric value at the given index specified by the given key.
    
    Parameters:
    index - bar index
    key - value key
    
    Returns:
    value assigned to the given index and value key
  - getDouble
```
java.lang.Double getDouble(int index,
                         Enums.BarInput key,
                         Instrument instr)
```
    Gets the numeric value at the given index specified by the given key for the given instrument.
    
    Parameters:
    index - bar index
    key - BarInput key
    instr - instrument
    
    Returns:
    numeric value at the given index specified by the given key for the given instrument
  - getDouble
```
double getDouble(int index,
               java.lang.Object key,
               double def)
```
    Gets the numeric value at the given index specified by the given key. The default value def is returned if the values was not found.
    
    Parameters:
    index - bar index
    key - value key
    def - default value to return if no value was found
    
    Returns:
    double value at the given index and key
  - getDouble
```
java.lang.Double getDouble(long startTime,
                         java.lang.Object key)
```
    Gets the numeric value at the given index specified by the given key.
    
    Parameters:
    startTime - start time of the bar in milliseconds since 1970
    key - value key
    
    Returns:
    value at the given bar and key (null if no value)
  - getDouble
```
java.lang.Double getDouble(long startTime,
                         Enums.BarInput key,
                         Instrument instr)
```
    Gets the numeric value at the given index specified by the given key.
    
    Parameters:
    startTime - start time of the bar in milliseconds since 1970
    key - value key
    instr - instrument
    
    Returns:
    value at the given bar and key (null if no value)
  - getDouble
```
java.lang.Double getDouble(java.lang.Object key)
```
    Gets last numeric value (most recent) in the data series specified by the given key.
    
    Parameters:
    key - value key
    
    Returns:
    double value for the latest bar and given key
  - getDouble
```
java.lang.Double getDouble(Enums.BarInput key,
                         Instrument instr)
```
    Gets last numeric value (most recent) in the data series specified by the given key.
    
    Parameters:
    key - input key
    instr - instrument
    
    Returns:
    most recent number value associated with the given key
  - setFloat
```
void setFloat(int index,
            java.lang.Object key,
            java.lang.Float value)
```
    Sets a numeric value at the given index and identifies it using the key.
    
    Parameters:
    index - index of the bar
    key - key that identifies the value
    value -
  - setFloat
```
void setFloat(java.lang.Object key,
            java.lang.Float value)
```
    Sets a numeric value at the latest index and identifies it using the key.
    
    Parameters:
    key - key that identifies the value
    value -
  - getFloat
```
java.lang.Float getFloat(int index,
                       java.lang.Object key)
```
    Gets the numeric value at the given index specified by the given key.
    
    Parameters:
    index - bar index
    key - key that identifies the value
    
    Returns:
    numeric value associated with the given key and index
  - getFloat
```
java.lang.Float getFloat(int index,
                       Enums.BarInput key,
                       Instrument instr)
```
    Gets the numeric value at the given index specified by the given key.
    
    Parameters:
    index - bar index
    key - input key
    instr - instrument
    
    Returns:
    numeric value associated with the given key, index and instrument
  - getFloat
```
float getFloat(int index,
             java.lang.Object key,
             float def)
```
    Gets the numeric value at the given index specified by the given key. The default value def is returned if the values was not found.
    
    Parameters:
    index - bar index
    key - input key
    def - default value to return if null
    
    Returns:
    numeric value associated with the given key and instrument (default value if not found)
  - getFloat
```
java.lang.Float getFloat(long startTime,
                       java.lang.Object key)
```
    Gets the numeric value at the given index specified by the given key.
    
    Parameters:
    startTime - start time of the bar in milliseconds since 1970
    key - value key
    
    Returns:
    numeric value associated with the given key and start time
  - getFloat
```
java.lang.Float getFloat(long startTime,
                       Enums.BarInput key,
                       Instrument instr)
```
    Gets the numeric value at the given index specified by the given key.
    
    Parameters:
    startTime - milliseconds since 1970
    key - bar input key
    instr - instrument
    
    Returns:
    numeric value associated with the given key, start time and instrument
  - getFloat
```
java.lang.Float getFloat(java.lang.Object key)
```
    Gets last numeric value (most recent) in the data series specified by the given key.
    
    Parameters:
    key - value key
    
    Returns:
    numeric value associated with the given key (latest index)
  - getFloat
```
java.lang.Float getFloat(Enums.BarInput key,
                       Instrument instr)
```
    Gets last numeric value (most recent) in the data series specified by the given key.
    
    Parameters:
    key - bar input key
    instr - instrument
    
    Returns:
    numeric value associated with the given key and instrument (latest index)
  - findIndex
```
int findIndex(long time)
```
    Searches for the index that contains the given time.
    
    Parameters:
    time - time in milliseconds since 1970
    
    Returns:
    index of the bar that contains the given time
  - getInt
```
int getInt(int index,
         java.lang.Object key)
```
    Convenience method. Gets the value at the given index and converts it to an int. 0 is returned if the value is null.
    
    Parameters:
    index - bar index
    key - value key
    
    Returns:
    integer value
  - getInt
```
int getInt(java.lang.Object key)
```
    Convenience method. Gets the value at the latest index and converts it to an int. 0 is returned if the value is null.
    
    Parameters:
    key - value key
    
    Returns:
    integer value assigned to the given key at the latest bar
  - setInt
```
void setInt(int index,
          java.lang.Object key,
          int val)
```
    Convenience method. Sets the value at the given index and as an int.
    
    Parameters:
    index - bar index
    key - value key
    val - value to assign
  - setInt
```
void setInt(java.lang.Object key,
          int val)
```
    Convenience method. Sets the value at the latest index and as an int.
    
    Parameters:
    key - value key
    val - integer value
  - setBoolean
```
void setBoolean(int index,
              java.lang.Object key,
              java.lang.Boolean value)
```
    Sets the boolean value for the given index and key.
    
    Parameters:
    index - bar index
    key - value key
    value - boolean value to assign
  - setBoolean
```
void setBoolean(java.lang.Object key,
              java.lang.Boolean value)
```
    Sets the boolean value for the latest index and key.
    
    Parameters:
    key - value key
    value - boolean value to assign
  - getBoolean
```
java.lang.Boolean getBoolean(java.lang.Object key)
```
    Gets the boolean value for the given key for the latest index.
    
    Parameters:
    key - value key
    
    Returns:
    boolean value assigned to the key for the latest index
  - getBoolean
```
boolean getBoolean(java.lang.Object key,
                 boolean def)
```
    Gets the boolean value for the given key for the latest index. The value def is returned if there is no value.
    
    Parameters:
    key - value key
    def - default value to return
    
    Returns:
    boolean value assigned to the given key at the latest index.
  - getBoolean
```
java.lang.Boolean getBoolean(int index,
                           java.lang.Object key)
```
    Gets the boolean value for the given key at the given index.
    
    Parameters:
    index - bar index
    key - value key
    
    Returns:
    boolean value assigned to the given key and index
  - getBoolean
```
boolean getBoolean(int index,
                 java.lang.Object key,
                 boolean def)
```
    Gets the boolean value at the given index for the given key. The value 'def' is returned if a value is not found.
    
    Parameters:
    index - bar index
    key - value key
    def - default value to return if no value is found
    
    Returns:
    boolean value at the given index for the given key
  - setValue
```
void setValue(int index,
            java.lang.Object key,
            java.lang.Object value)
```
    Sets the value for the given index and key.
    
    Parameters:
    index - bar index
    key - value key
    value - value to store
  - setValue
```
void setValue(java.lang.Object key,
            java.lang.Object value)
```
    Sets the value for the latest index and key.
    
    Parameters:
    key - value key
    value - value to store
  - getValue
```
java.lang.Object getValue(int index,
                        java.lang.Object key)
```
    Gets the value at the given index associated with the given key.
    
    Parameters:
    index - bar index
    key - value key
    
    Returns:
    value at the given index and key
  - getValue
```
java.lang.Object getValue(java.lang.Object key)
```
    Gets last value (most recent) in the data series specified by the given key.
    
    Parameters:
    key - value key
    
    Returns:
    value assigned to the given key for the latest bar index.
  - getValue
```
java.lang.Object getValue(Enums.BarInput key,
                        Instrument instr)
```
    Gets last value (most recent) in the data series specified by the given key.
    
    Parameters:
    key - bar input key
    instr - instrument
    
    Returns:
    value of the input key for the given instrument at the latest index.
  - getValue
```
java.lang.Object getValue(int index,
                        Enums.BarInput key,
                        Instrument instr)
```
    Gets last value (most recent) in the data series specified by the given key.
    
    Parameters:
    index - bar index
    key - input key
    instr - instrument
    
    Returns:
    value of the input key for the given instrument at the given index.
  - setPriceBarColor
```
void setPriceBarColor(int index,
                    java.awt.Color color)
```
    Sets the color of the price bar at the given index.
    
    Parameters:
    index - bar index
    color - bar color
  - setPriceBarColor
```
void setPriceBarColor(java.awt.Color color)
```
    Sets the color of the price bar at the latest index.
    
    Parameters:
    color - bar color
  - getPriceBarColor
```
java.awt.Color getPriceBarColor(int index)
```
    Gets the color of the price bar at the given index.
    
    Parameters:
    index - bar index
    
    Returns:
    color assigned to the given bar index
  - getPriceBarColor
```
java.awt.Color getPriceBarColor()
```
    Gets the color of the latest price bar.
    
    Returns:
    color assigned to the latest price bar
  - setBarColor
```
void setBarColor(int index,
               java.lang.Object key,
               java.awt.Color color)
```
    Sets the color of the bar at the given index.
    
    Parameters:
    index - bar index
    key - bar key (identifies the bar)
    color - bar color
  - setBarColor
```
void setBarColor(java.lang.Object key,
               java.awt.Color color)
```
    Sets the color of the bar at the latest index.
    
    Parameters:
    key - bar key (identifies the bar)
    color - bar color
  - getBarColor
```
java.awt.Color getBarColor(int index,
                         java.lang.Object key)
```
    Gets the color of the bar at the given index with the given value key.
    
    Parameters:
    index - bar index
    key - bar key (identifies the bar)
    
    Returns:
    color assigned to the given bar
  - getBarColor
```
java.awt.Color getBarColor(java.lang.Object key)
```
    Gets the color of the latest bar with the given key.
    
    Parameters:
    key - bar key (identifies the bar)
    
    Returns:
    color assigned to the bar with the given key.
  - setPathColor
```
void setPathColor(int index,
                java.lang.Object key,
                java.awt.Color color)
```
    Sets the color of the path at the given index.
    
    Parameters:
    index - bar index
    key - value key (identifies the path)
    color - color to assign
  - setPathColor
```
void setPathColor(java.lang.Object key,
                java.awt.Color color)
```
    Sets the color of the path at the latest index.
    
    Parameters:
    key - path key (identifies the path)
    color - color to assign
  - getPathColor
```
java.awt.Color getPathColor(int index,
                          java.lang.Object key)
```
    Gets the color of the path at the given index.
    
    Parameters:
    index - bar index
    key - path key (identifies the path)
    
    Returns:
    the color assigned to the path at the given bar index and path key
  - getPathColor
```
java.awt.Color getPathColor(java.lang.Object key)
```
    Gets the color of the latest index of the path with the given key.
    
    Parameters:
    key - path key (identifies the path)
    
    Returns:
    the color assigned to the path at the given bar index and path key
  - getTrueRange
```
java.lang.Float getTrueRange(int index)
```
    Calculates and returns the True Range of the price bar at the given index.
    
    Parameters:
    index - bar index
    
    Returns:
    true range for the price bar at the given index (default instrument)
  - getTrueRange
```
java.lang.Float getTrueRange()
```
    Calculates and returns the True Range of the latest price bar.
    
    Returns:
    true range for the latest price bar (default instrument)
  - getTrueRange
```
java.lang.Float getTrueRange(int index,
                           Instrument instr)
```
    Calculates and returns the True Range of the price bar at the given index.
    
    Parameters:
    index - bar index
    instr - instrument
    
    Returns:
    true range for the price bar at the given index and given instrument
  - getTrueRange
```
java.lang.Float getTrueRange(Instrument instr)
```
    Calculates and returns the True Range of the latest price bar.
    
    Parameters:
    instr - instrument
    
    Returns:
    true range for the latest price bar and given instrument
  - getTypicalPrice
```
java.lang.Float getTypicalPrice(int index)
```
    Calculates and returns the Typical Price (TP = (High + Low + Close)/3) of the price bar at the given index.
    
    Parameters:
    index - bar index
    
    Returns:
    typical price for the given bar index
  - getTypicalPrice
```
java.lang.Float getTypicalPrice()
```
    Calculates and returns the Typical Price (TP = (High + Low + Close)/3) of the latest price bar.
    
    Returns:
    typical price for the latest bar
  - getTypicalPrice
```
java.lang.Float getTypicalPrice(int index,
                              Instrument instr)
```
    Calculates and returns the Typical Price (TP = (High + Low + Close)/3) of the price bar at the given index.
    
    Parameters:
    index - bar index
    instr - instrument
    
    Returns:
    typical price for the given bar index and instrument
  - getTypicalPrice
```
java.lang.Float getTypicalPrice(Instrument instr)
```
    Calculates and returns the Typical Price (TP = (High + Low + Close)/3) of the latest price bar.
    
    Parameters:
    instr - instrument
    
    Returns:
    typical price for the latest bar and instrument
  - getRange
```
java.lang.Float getRange()
```
    Calculates and returns the range of the price bar at the latest index.
    
    Returns:
    range of the price bar for the latest index
  - getRange
```
java.lang.Float getRange(Instrument instr)
```
    Calculates and returns the range of the price bar at the latest index.
    
    Parameters:
    instr - instrument
    
    Returns:
    range of the price bar for the latest index and instrument
  - getRange
```
java.lang.Float getRange(int index)
```
    Calculates and returns the range of the price bar at the given index.
    
    Parameters:
    index - bar index
    
    Returns:
    range of the price bar for the given index
  - getRange
```
java.lang.Float getRange(int index,
                       Instrument instr)
```
    Calculates and returns the range of the price bar at the given index.
    
    Parameters:
    index - bar index
    instr - instrument
    
    Returns:
    range of the price bar for the given index and instrument
  - getPositiveDM
```
java.lang.Float getPositiveDM()
```
    Calculates and returns the Positive Directional Movement (+DM) of the latest price bar.
    
    Returns:
    positive DM for the latest price bar
  - getPositiveDM
```
java.lang.Float getPositiveDM(Instrument instr)
```
    Calculates and returns the Positive Directional Movement (+DM) of the latest price bar.
    
    Parameters:
    instr - instrument
    
    Returns:
    positive DM for the latest price bar and given instrument
  - getPositiveDM
```
java.lang.Float getPositiveDM(int index)
```
    Calculates and returns the Positive Directional Movement (+DM) of the price bar at the given index.
    
    Parameters:
    index - bar index
    
    Returns:
    positive DM for the latest price bar and given instrument
  - getPositiveDM
```
java.lang.Float getPositiveDM(int index,
                            Instrument instr)
```
    Calculates and returns the Positive Directional Movement (+DM) of the price bar at the given index.
    
    Parameters:
    index - bar index
    instr - instrument
    
    Returns:
    positive DM for the given index and instrument
  - getNegativeDM
```
java.lang.Float getNegativeDM()
```
    Calculates and returns the Negative Directional Movement (-DM) of the latest price bar.
    
    Returns:
    negative DM for the latest price bar
  - getNegativeDM
```
java.lang.Float getNegativeDM(int index)
```
    Calculates and returns the Negative Directional Movement (-DM) of the price bar at the given index.
    
    Parameters:
    index - bar index
    
    Returns:
    negative DM for the given bar index
  - getNegativeDM
```
java.lang.Float getNegativeDM(Instrument instr)
```
    Calculates and returns the Negative Directional Movement (-DM) of the latest price bar.
    
    Parameters:
    instr - instrument
    
    Returns:
    negative DM for the latest price bar and given instrument
  - getNegativeDM
```
java.lang.Float getNegativeDM(int index,
                            Instrument instr)
```
    Calculates and returns the Negative Directional Movement (-DM) of the price bar at the given index.
    
    Parameters:
    index - bar index
    instr - instrument
    
    Returns:
    negative DM for the given bar index and instrument
  - atr
```
java.lang.Double atr(int period)
```
    Calculates the average true range based on the most recent complete bars.
    
    Parameters:
    period - number of bars
    
    Returns:
    average true range for the given period
  - atr
```
java.lang.Double atr(int period,
                   Instrument instr)
```
    Calculates the average true range based on the most recent complete bars.
    
    Parameters:
    period - number of bars
    instr - instrument
    
    Returns:
    average true range for the given period and instrument
  - atr
```
java.lang.Double atr(int index,
                   int period)
```
    Calculates the average true range. Null values and values of Double.NaN are ignored in the calculation. Null is returned if there is not enough data.
    
    Parameters:
    index - bar index
    period - number of bars
    
    Returns:
    average true range for the given bar index and period
  - atr
```
java.lang.Double atr(int index,
                   int period,
                   Instrument instr)
```
    Calculates the average true range. Null values and values of Double.NaN are ignored in the calculation. Null is returned if there is not enough data.
    
    Parameters:
    index - bar index
    period - number of bars
    instr - instrument
    
    Returns:
    average true range for the given bar index and period (for the given instrument)
  - ma
```
java.lang.Double ma(Enums.MAMethod method,
                  int index,
                  int period,
                  java.lang.Object key)
```
    Calculates a Moving Average. Null values and values of Double.NaN are ignored in the calculation. Null is returned if there is not enough data.
    
    Parameters:
    method - calculation method
    index - bar index to start at
    period - number of bars
    key - value key
    
    Returns:
    computed moving average using the given method, index, period and value key
  - ma
```
java.lang.Double ma(Enums.MAMethod method,
                  int index,
                  int period,
                  Enums.BarInput key,
                  Instrument instr)
```
    Calculates a Moving Average. Null values and values of Double.NaN are ignored in the calculation. Null is returned if there is not enough data.
    
    Parameters:
    method - calculation method
    index - bar index to start at
    period - number of bars
    key - bar input key
    instr - instrument
    
    Returns:
    computed moving average using the given method, index, period, bar input and instrument
  - stochasticK
```
java.lang.Double stochasticK(int index,
                           int period,
                           java.lang.Object key)
```
    Calculates the stochastic 'K' value using the given key. This is calculated as K = 100*( (value(key, index) - lowest(index, period, key)) / (highest(index, period, key) - lowest(index, period, key)) ) Null is returned if there is not enough data.
    
    Parameters:
    index - bar index
    period - number of bars
    key - value key
    
    Returns:
    stochasticK value for the given index, period and value key
  - stochasticK
```
java.lang.Double stochasticK(int index,
                           int period)
```
    Calculates the stochastic 'K' value using price data. This is calculated as K = 100*( (getClose(index) - lowest(index, period, LOW)) / (highest(index, period, HIGH) - lowest(index, period, LOW)) ) Null is returned if there is not enough data.
    
    Parameters:
    index - bar index
    period - number of bars
    
    Returns:
    stochasticK value for the given index and period
  - stochasticK
```
java.lang.Double stochasticK(int index,
                           int period,
                           Enums.BarInput key,
                           Instrument instr)
```
    Calculates the stochastic 'K' value using the given key. This is calculated as K = 100*( (value(key, index) - lowest(index, period, key)) / (highest(index, period, key) - lowest(index, period, key)) ) Null is returned if there is not enough data.
    
    Parameters:
    index - bar index
    period - number of bars
    key - bar input key
    instr - instrument
    
    Returns:
    stochasticK value for the given index and period
  - stochasticK
```
java.lang.Double stochasticK(int index,
                           int period,
                           Instrument instr)
```
    Calculates the stochastic 'K' value using price data. This is calculated as K = 100*( (getClose(index) - lowest(index, period, LOW)) / (highest(index, period, HIGH) - lowest(index, period, LOW)) ) Null is returned if there is not enough data.
    
    Parameters:
    index - bar index
    period - number of bars
    instr - instrument
    
    Returns:
    stochasticK value for the given index and period
  - mfm
```
float mfm(int index)
```
    Calculates the Money Flow Multiplier. This is defined as: [(Close - Low) - (High - Close)]/(High - Low). 0 is returned if (High - Low) == 0
    
    Parameters:
    index - bar index
    
    Returns:
    money flow multiplier for the given bar index
  - mfm
```
float mfm(int index,
        Instrument instr)
```
    Calculates the Money Flow Multiplier. This is defined as: [(Close - Low) - (High - Close)]/(High - Low). 0 is returned if (High - Low) == 0
    
    Parameters:
    index - bar index
    instr - instrument
    
    Returns:
    money flow multiplier for the given bar index and instrument
  - roc
```
java.lang.Double roc(int index,
                   int period,
                   java.lang.Object key)
```
    Rate Of Change. Defined as the change between the most recent value and the value 'n' periods back. (Current Value - Value 'n' Periods Ago)/Value 'n' Periods Ago
    
    Parameters:
    index - bar index
    period - number of bars to look back
    key - value key
    
    Returns:
    rate of change for the given parameters
  - roc
```
java.lang.Double roc(int index,
                   int period,
                   Enums.BarInput key,
                   Instrument instr)
```
    Rate Of Change. Defined as the change between the most recent value and the value 'n' periods back. (Current Value - Value 'n' Periods Ago)/Value 'n' Periods Ago
    
    Parameters:
    index - bar index
    period - number of bars to look back
    key - bar input key
    instr - instrument
    
    Returns:
    rate of change for the given parameters
  - std
```
java.lang.Double std(int index,
                   int period,
                   java.lang.Object key)
```
    Calculates the Standard Deviation (null is returned if there is not enough data). Null values and values of Double.NaN are ignored in the calculation.
    
    Parameters:
    index - bar index
    period - number of bars to look back
    key - value key
    
    Returns:
    standard deviation for the given parameters
  - std
```
java.lang.Double std(int index,
                   int period,
                   Enums.BarInput key,
                   Instrument instr)
```
    Calculates the Standard Deviation (null is returned if there is not enough data). Null values and values of Double.NaN are ignored in the calculation.
    
    Parameters:
    index - bar index
    period - number of bars to look back
    key - bar input key
    instr - instrument
    
    Returns:
    standard deviation for the given parameters
  - sma
```
java.lang.Double sma(int index,
                   int period,
                   java.lang.Object key)
```
    Calculates the Simple Moving Average (null is returned if there is not enough data). Null values and values of Double.NaN are ignored in the calculation.
    
    Parameters:
    index - bar index
    period - number of bars to look back
    key - value key
    
    Returns:
    Simple Moving Average for the given parameters
  - sma
```
java.lang.Double sma(int index,
                   int period,
                   Enums.BarInput key,
                   Instrument instr)
```
    Calculates the Simple Moving Average (null is returned if there is not enough data). Null values and values of Double.NaN are ignored in the calculation.
    
    Parameters:
    index - bar index
    period - number of bars to look back
    key - bar input key
    instr - instrument
    
    Returns:
    Simple Moving Average for the given parameters
  - wma
```
java.lang.Double wma(int index,
                   int period,
                   java.lang.Object key)
```
    Calculates the Weighted Moving Average (null is returned if there is not enough data). Null values and values of Double.NaN are ignored in the calculation.
    
    Parameters:
    index - bar index
    period - number of bars to look back
    key - value key
    
    Returns:
    Weighted Moving Average for the given parameters
  - wma
```
java.lang.Double wma(int index,
                   int period,
                   Enums.BarInput key,
                   Instrument instr)
```
    Calculates the Weighted Moving Average (null is returned if there is not enough data). Null values and values of Double.NaN are ignored in the calculation.
    
    Parameters:
    index - bar index
    period - number of bars to look back
    key - bar input key
    instr - instrument
    
    Returns:
    Weighted Moving Average for the given parameters
  - ema
```
java.lang.Double ema(int index,
                   int period,
                   java.lang.Object key)
```
    Calculates the Exponential Moving Average. Null values and values of Double.NaN are ignored in the calculation.
    
    Parameters:
    index - bar index
    period - number of bars to look back
    key - value key
    
    Returns:
    Exponential Moving Average for the given parameters
  - ema
```
java.lang.Double ema(int index,
                   int period,
                   Enums.BarInput key,
                   Instrument instr)
```
    Calculates the Exponential Moving Average. Null values and values of Double.NaN are ignored in the calculation.
    
    Parameters:
    index - bar index
    period - number of bars to look back
    key - bar input key
    instr - instrument
    
    Returns:
    Exponential Moving Average for the given parameters
  - dema
```
java.lang.Double dema(int index,
                    int period,
                    java.lang.Object key)
```
    Calculates the Double Exponential Moving Average (2*EMA - EMA(EMA)). Null values and values of Double.NaN are ignored in the calculation.
    
    Parameters:
    index - bar index
    period - number of bars to look back
    key - value key
    
    Returns:
    Double Exponential Moving Average for the given parameters
  - dema
```
java.lang.Double dema(int index,
                    int period,
                    Enums.BarInput key,
                    Instrument instr)
```
    Calculates the Double Exponential Moving Average (2*EMA - EMA(EMA)). Null values and values of Double.NaN are ignored in the calculation.
    
    Parameters:
    index - bar index
    period - number of bars to look back
    key - bar input key
    instr - instrument
    
    Returns:
    Double Exponential Moving Average for the given parameters
  - tema
```
java.lang.Double tema(int index,
                    int period,
                    java.lang.Object key)
```
    Calculates the Triple Exponential Moving Average (3*EMA - 3*EMA(EMA) + EMA(EMA(EMA))). Null values and values of Double.NaN are ignored in the calculation.
    
    Parameters:
    index - bar index
    period - number of bars to look back
    key - value key
    
    Returns:
    Triple Exponential Moving Average for the given parameters
  - tema
```
java.lang.Double tema(int index,
                    int period,
                    Enums.BarInput key,
                    Instrument instr)
```
    Calculates the Triple Exponential Moving Average (3*EMA - 3*EMA(EMA) + EMA(EMA(EMA))). Null values and values of Double.NaN are ignored in the calculation.
    
    Parameters:
    index - bar index
    period - number of bars to look back
    key - bar input key
    instr - instrument
    
    Returns:
    Triple Exponential Moving Average for the given parameters
  - tma
```
java.lang.Double tma(int index,
                   int period,
                   java.lang.Object key)
```
    Calculates the Triangular Moving Average (SMA(SMA)). Null values and values of Double.NaN are ignored in the calculation.
    
    Parameters:
    index - bar index
    period - number of bars to look back
    key - value key
    
    Returns:
    Triangular Moving Average for the given parameters
  - tma
```
java.lang.Double tma(int index,
                   int period,
                   Enums.BarInput key,
                   Instrument instr)
```
    Calculates the Triangular Moving Average (SMA(SMA)). Null values and values of Double.NaN are ignored in the calculation.
    
    Parameters:
    index - bar index
    period - number of bars to look back
    key - bar input key
    instr - instrument
    
    Returns:
    Triangular Moving Average for the given parameters
  - mema
```
java.lang.Double mema(int index,
                    int period,
                    java.lang.Object key)
```
    Calculates the Modified Exponential Moving Average. Null values and values of Double.NaN are ignored in the calculation.
    
    Parameters:
    index - bar index
    period - number of bars to look back
    key - value key
    
    Returns:
    Modified Exponential Moving Average for the given parameters
  - mema
```
java.lang.Double mema(int index,
                    int period,
                    Enums.BarInput key,
                    Instrument instr)
```
    Calculates the Modified Exponential Moving Average. Null values and values of Double.NaN are ignored in the calculation.
    
    Parameters:
    index - bar index
    period - number of bars to look back
    key - bar input key
    instr - instrument
    
    Returns:
    Modified Exponential Moving Average for the given parameters
  - smma
```
java.lang.Double smma(int index,
                    int period,
                    java.lang.Object key)
```
    Calculates the Smoothed Moving Average.
    
    Parameters:
    index - bar index
    period - number of bars to look back
    key - value key
    
    Returns:
    Smoothed Moving Average for the given parameters
  - smma
```
java.lang.Double smma(int index,
                    int period,
                    Enums.BarInput key,
                    Instrument instr)
```
    Calculates the Smoothed Moving Average.
    
    Parameters:
    index - bar index
    period - number of bars to look back
    key - bar input key
    instr - instrument
    
    Returns:
    Smoothed Moving Average for the given parameters
  - vwma
```
java.lang.Double vwma(int index,
                    int period,
                    java.lang.Object key)
```
    Calculates the Volume Weighted Moving Average (null is returned if there is not enough data). Null values and values of Double.NaN are ignored in the calculation.
    
    Parameters:
    index - bar index
    period - number of bars to look back
    key - value key
    
    Returns:
    Volume Weighted Moving Average for the given parameters
  - vwma
```
java.lang.Double vwma(int index,
                    int period,
                    Enums.BarInput key,
                    Instrument instr)
```
    Calculates the Volume Weighted Moving Average (null is returned if there is not enough data). Null values and values of Double.NaN are ignored in the calculation.
    
    Parameters:
    index - bar index
    period - number of bars to look back
    key - bar input key
    instr - instrument
    
    Returns:
    Volume Weighted Moving Average for the given parameters
  - kama
```
java.lang.Double kama(int index,
                    int period,
                    java.lang.Object key)
```
    Calculates the Kaufmann Adaptive Moving Average (null is returned if there is not enough data). Null values and values of Double.NaN are ignored in the calculation.
    
    Parameters:
    index - bar index
    period - number of bars to look back
    key - value key
    
    Returns:
    Kaufmann Adaptive Moving average for the given parameters
  - kama
```
java.lang.Double kama(int index,
                    int period,
                    Enums.BarInput key,
                    Instrument instr)
```
    Calculates the Kaufmann Adaptive Moving Average (null is returned if there is not enough data). Null values and values of Double.NaN are ignored in the calculation.
    
    Parameters:
    index - bar index
    period - number of bars to look back
    key - bar input key
    instr - instrument
    
    Returns:
    Kaufmann Adaptive Moving average for the given parameters
  - kama
```
java.lang.Double kama(int index,
                    int period,
                    double C,
                    java.lang.Object key)
```
    Calculates the Kaufmann Adaptive Moving Average (null is returned if there is not enough data). Null values and values of Double.NaN are ignored in the calculation.
    
    Parameters:
    index - bar index
    period - number of bars to look back
    C - constant
    key - value key
    
    Returns:
    Kaufmann Adaptive Moving average for the given parameters
  - kama
```
java.lang.Double kama(int index,
                    int period,
                    double C,
                    Enums.BarInput key,
                    Instrument instr)
```
    Calculates the Kaufmann Adaptive Moving Average (null is returned if there is not enough data). Null values and values of Double.NaN are ignored in the calculation.
    
    Parameters:
    index - bar index
    period - number of bars to look back
    C - constant
    key - bar input key
    instr - instrument
    
    Returns:
    Kaufmann Adaptive Moving average for the given parameters
  - highest
```
java.lang.Double highest(int index,
                       int period,
                       java.lang.Object key)
```
    Returns the highest value over the given sequence of values. Null values and values of Double.NaN are ignored in the calculation.
    
    Parameters:
    index - bar index
    period - number of bars to look back
    key - value key
    
    Returns:
    highest value (of the given key) between the index and index - period bars
  - lowest
```
java.lang.Double lowest(int index,
                      int period,
                      java.lang.Object key)
```
    Returns the lowest value over the given sequence of values. Null values and values of Double.NaN are ignored in the calculation.
    
    Parameters:
    index - bar index
    period - number of bars to look back
    key - value key
    
    Returns:
    lowest value (of the given key) between the index and index - period bars
  - highestVisible
```
java.lang.Double highestVisible(java.lang.Object key)
```
    Returns the highest value of the visible bars (between getStartIndex() and getEndIndex()). Null values and values of Double.NaN are ignored in the calculation.
    
    Parameters:
    key - value key
    
    Returns:
    highest value for the given key within the visible bars
  - lowestVisible
```
java.lang.Double lowestVisible(java.lang.Object key)
```
    Returns the lowest value of the visible bars (between getStartIndex() and getEndIndex()). Null values and values of Double.NaN are ignored in the calculation.
    
    Parameters:
    key - value key
    
    Returns:
    lowest value for the given key within the visible bars
  - highest
```
java.lang.Double highest(int index,
                       int period,
                       Enums.BarInput key,
                       Instrument instr)
```
    Returns the highest value over the given sequence of values. Null values and values of Double.NaN are ignored in the calculation.
    
    Parameters:
    index - bar index
    period - number of bars to look back
    key - bar input key
    instr - instrument
    
    Returns:
    highest value (of the given bar input) between the index and index - period bars
  - lowest
```
java.lang.Double lowest(int index,
                      int period,
                      Enums.BarInput key,
                      Instrument instr)
```
    Returns the lowest value over the given sequence of values. Null values and values of Double.NaN are ignored in the calculation.
    
    Parameters:
    index - bar index
    period - number of bars to look back
    key - bar input key
    instr - instrument
    
    Returns:
    lowest value (of the given bar input) between the index and index - period bars
  - highestVisible
```
java.lang.Double highestVisible(Enums.BarInput key,
                              Instrument instr)
```
    Returns the highest value of the visible bars (between getStartIndex() and getEndIndex()). Null values and values of Double.NaN are ignored in the calculation.
    
    Parameters:
    key - bar input key
    instr - instrument
    
    Returns:
    highest value (of the given bar input) between the start and end index (visible bars)
  - lowestVisible
```
java.lang.Double lowestVisible(Enums.BarInput key,
                             Instrument instr)
```
    Returns the lowest value of the visible bars (between getStartIndex() and getEndIndex()). Null values and values of Double.NaN are ignored in the calculation.
    
    Parameters:
    key - bar input key
    instr - instrument
    
    Returns:
    value of the lowest visible bar for the given instrument
  - sum
```
java.lang.Double sum(int index,
                   int period,
                   java.lang.Object key)
```
    Returns the sum of the values over the given sequence of values. Null values and values of Double.NaN are ignored in the calculation.
    
    Parameters:
    index - bar index
    period - number of bars to sum
    key - value key
    
    Returns:
    sum of values
  - sum
```
java.lang.Double sum(int index,
                   int period,
                   Enums.BarInput key,
                   Instrument instr)
```
    Returns the sum of the values over the given sequence of values. Null values and values of Double.NaN are ignored in the calculation.
    
    Parameters:
    index - bar index
    period - number of bars to sum
    key - bar input key
    instr - instrument
    
    Returns:
    sum of values
  - calcSwingPoints
```
java.util.List<SwingPoint> calcSwingPoints(boolean top,
                                         int strength)
```
    Calculates and returns a list of swing points of a given strength or greater.
    
    Parameters:
    top - true if calculating the top swing points
    strength - strength of the swing points
    
    Returns:
    list of swing points
  - calcSwingPoints
```
java.util.List<SwingPoint> calcSwingPoints(int strength)
```
    Calculates and returns a list of swing points of a given strength or greater.
    
    Parameters:
    strength - strength of the swing points
    
    Returns:
    list of swing points

Interface DataSeries

Method Summary

Method Detail

size

getBarSize

hasData

hasData

getBarData

getInstrument

getHigh

getHigh

getHigh

getHigh

getAskHigh

getAskHigh

getAskHigh

getAskHigh

getBidHigh

getBidHigh

getBidHigh

getBidHigh

getRealHigh

getRealHigh

getLow

getLow

getAskLow

getAskLow

getBidLow

getBidLow

getLow

getLow

getAskLow

getAskLow

getBidLow

getBidLow

getRealLow

getRealLow

getOpen

getOpen

getAskOpen

getAskOpen

getBidOpen

getBidOpen

getOpen

getOpen

getAskOpen

getAskOpen

getBidOpen

getBidOpen

getClose

getClose

getAskClose

getAskClose

getBidClose

getBidClose

getClose

getClose

getAskClose

getAskClose

getBidClose

getBidClose

getVolume

getVolume

getVolume

getVolume

getOpenInterest

getOpenInterest

getOpenInterest

getOpenInterest

getStartTime

getStartTime

getEndTime

getEndTime

getStartIndex

getVisibleStartTime

getEndIndex

getVisibleEndTime

isLatestData

setComplete

setComplete