Class IndicatorsArithmetic

Collection of indicators performing arithmetic on time series.

Inheritance

object

IndicatorsArithmetic

Inherited Members

object.Equals(object)

object.Equals(object, object)

object.GetHashCode()

object.GetType()

object.MemberwiseClone()

object.ReferenceEquals(object, object)

object.ToString()

Namespace: TuringTrader.Indicators

Assembly: TuringTrader.Simulator.dll

Syntax

public static class IndicatorsArithmetic

Methods

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Add(ITimeSeries<double>, double, CacheId, string, int)

Calculate addition of time series and constant value.

Declaration

public static ITimeSeries<double> Add(this ITimeSeries<double> series, double constValue, CacheId parentId = null, string memberName = "", int lineNumber = 0)

Parameters

Type	Name	Description
ITimeSeries<double>	series	time series
double	constValue	constant value
CacheId	parentId	caller cache id, optional
string	memberName	caller's member name, optional
int	lineNumber	caller line number, optional

Returns

Type	Description
ITimeSeries<double>	time series + constant value

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Add(ITimeSeries<double>, ITimeSeries<double>, CacheId, string, int)

Calculate addition of two time series.

Declaration

public static ITimeSeries<double> Add(this ITimeSeries<double> series1, ITimeSeries<double> series2, CacheId parentId = null, string memberName = "", int lineNumber = 0)

Parameters

Type	Name	Description
ITimeSeries<double>	series1	time series #1
ITimeSeries<double>	series2	time series #2
CacheId	parentId	caller cache id, optional
string	memberName	caller's member name, optional
int	lineNumber	caller line number, optional

Returns

Type	Description
ITimeSeries<double>	time series #1 + time series #2

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Divide(ITimeSeries<double>, double, CacheId, string, int)

Calculate division of time series and constant value.

Declaration

public static ITimeSeries<double> Divide(this ITimeSeries<double> series, double constValue, CacheId parentId = null, string memberName = "", int lineNumber = 0)

Parameters

Type	Name	Description
ITimeSeries<double>	series	time series
double	constValue	constant value
CacheId	parentId	caller cache id, optional
string	memberName	caller's member name, optional
int	lineNumber	caller line number, optional

Returns

Type	Description
ITimeSeries<double>	time series / constant value

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Divide(ITimeSeries<double>, ITimeSeries<double>, CacheId, string, int)

Calculate division of two time series.

Declaration

public static ITimeSeries<double> Divide(this ITimeSeries<double> series1, ITimeSeries<double> series2, CacheId parentId = null, string memberName = "", int lineNumber = 0)

Parameters

Type	Name	Description
ITimeSeries<double>	series1	time series #1
ITimeSeries<double>	series2	time series #2
CacheId	parentId	caller cache id, optional
string	memberName	caller's member name, optional
int	lineNumber	caller line number, optional

Returns

Type	Description
ITimeSeries<double>	time series #1 / time series #2

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Max(ITimeSeries<double>, double, CacheId, string, int)

Calculate maximum of time series and constant value.

Declaration

public static ITimeSeries<double> Max(this ITimeSeries<double> series, double constValue, CacheId parentId = null, string memberName = "", int lineNumber = 0)

Parameters

Type	Name	Description
ITimeSeries<double>	series	time series
double	constValue	constant value
CacheId	parentId	caller cache id, optional
string	memberName	caller's member name, optional
int	lineNumber	caller line number, optional

Returns

Type	Description
ITimeSeries<double>	time series + constant value

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Max(ITimeSeries<double>, ITimeSeries<double>, CacheId, string, int)

Calculate maximum of two time series.

Declaration

public static ITimeSeries<double> Max(this ITimeSeries<double> series1, ITimeSeries<double> series2, CacheId parentId = null, string memberName = "", int lineNumber = 0)

Parameters

Type	Name	Description
ITimeSeries<double>	series1	time series #1
ITimeSeries<double>	series2	time series #2
CacheId	parentId	caller cache id, optional
string	memberName	caller's member name, optional
int	lineNumber	caller line number, optional

Returns

Type	Description
ITimeSeries<double>	time series #1 + time series #2

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Min(ITimeSeries<double>, double, CacheId, string, int)

Calculate minimum of time series and constant value.

Declaration

public static ITimeSeries<double> Min(this ITimeSeries<double> series, double constValue, CacheId parentId = null, string memberName = "", int lineNumber = 0)

Parameters

Type	Name	Description
ITimeSeries<double>	series	time series
double	constValue	constant value
CacheId	parentId	caller cache id, optional
string	memberName	caller's member name, optional
int	lineNumber	caller line number, optional

Returns

Type	Description
ITimeSeries<double>	time series + constant value

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Min(ITimeSeries<double>, ITimeSeries<double>, CacheId, string, int)

Calculate minimum of two time series.

Declaration

public static ITimeSeries<double> Min(this ITimeSeries<double> series1, ITimeSeries<double> series2, CacheId parentId = null, string memberName = "", int lineNumber = 0)

Parameters

Type	Name	Description
ITimeSeries<double>	series1	time series #1
ITimeSeries<double>	series2	time series #2
CacheId	parentId	caller cache id, optional
string	memberName	caller's member name, optional
int	lineNumber	caller line number, optional

Returns

Type	Description
ITimeSeries<double>	time series #1 + time series #2

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Multiply(ITimeSeries<double>, double, CacheId, string, int)

Calculate multiplication of time series and constant value.

Declaration

public static ITimeSeries<double> Multiply(this ITimeSeries<double> series, double constValue, CacheId parentId = null, string memberName = "", int lineNumber = 0)

Parameters

Type	Name	Description
ITimeSeries<double>	series	time series
double	constValue	constant value
CacheId	parentId	caller cache id, optional
string	memberName	caller's member name, optional
int	lineNumber	caller line number, optional

Returns

Type	Description
ITimeSeries<double>	time series * constant value

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Multiply(ITimeSeries<double>, ITimeSeries<double>, CacheId, string, int)

Calculate multiplication of two time series.

Declaration

public static ITimeSeries<double> Multiply(this ITimeSeries<double> series1, ITimeSeries<double> series2, CacheId parentId = null, string memberName = "", int lineNumber = 0)

Parameters

Type	Name	Description
ITimeSeries<double>	series1	time series #1
ITimeSeries<double>	series2	time series #2
CacheId	parentId	caller cache id, optional
string	memberName	caller's member name, optional
int	lineNumber	caller line number, optional

Returns

Type	Description
ITimeSeries<double>	time series #1 * time series #2

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Subtract(ITimeSeries<double>, double, CacheId, string, int)

Calculate subtraction of time series and constant value.

Declaration

public static ITimeSeries<double> Subtract(this ITimeSeries<double> series, double constValue, CacheId parentId = null, string memberName = "", int lineNumber = 0)

Parameters

Type	Name	Description
ITimeSeries<double>	series	time series
double	constValue	constant value
CacheId	parentId	caller cache id, optional
string	memberName	caller's member name, optional
int	lineNumber	caller line number, optional

Returns

Type	Description
ITimeSeries<double>	time series - constant value

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Subtract(ITimeSeries<double>, ITimeSeries<double>, CacheId, string, int)

Calculate subtraction of two time series.

Declaration

public static ITimeSeries<double> Subtract(this ITimeSeries<double> series1, ITimeSeries<double> series2, CacheId parentId = null, string memberName = "", int lineNumber = 0)

Parameters

Type	Name	Description
ITimeSeries<double>	series1	time series #1
ITimeSeries<double>	series2	time series #2
CacheId	parentId	caller cache id, optional
string	memberName	caller's member name, optional
int	lineNumber	caller line number, optional

Returns

Type	Description
ITimeSeries<double>	time series #1 - time series #2