Uses of Interface com.marklogic.client.type.XsDoubleExpr (MarkLogic Java Client API 4.0.1 2017-05-03)

Packages that use XsDoubleExpr
Package	Description
com.marklogic.client.expression	The package provides classes for building Optic plan pipelines and expressions for execution on the REST server.
com.marklogic.client.type	The package provides interfaces specifying the type of an expression or value as passed to a `PlanBuilder` method or returned from a `RowRecord` method.

Uses of XsDoubleExpr in com.marklogic.client.expression

Methods in com.marklogic.client.expression that return XsDoubleExpr
Modifier and Type	Method and Description
`XsDoubleExpr`	MathExpr.`acos(XsDoubleExpr x)` Returns the arc cosine of x, in radians, in the range from 0 to pi (inclusive).
`XsDoubleExpr`	MathExpr.`asin(XsDoubleExpr x)` Returns the arc sine of x, in radians, in the range from -pi/2 to +pi/2 (inclusive).
`XsDoubleExpr`	MathExpr.`atan(XsDoubleExpr x)` Returns the arc tangent of x, in radians.
`XsDoubleExpr`	MathExpr.`atan2(XsDoubleExpr y, double x)` Returns the arc tangent of y/x, in radians, in the range from -pi/2 to +pi/2 (inclusive), using the signs of y and x to determine the apropriate quadrant.
`XsDoubleExpr`	MathExpr.`atan2(XsDoubleExpr y, XsDoubleExpr x)` Returns the arc tangent of y/x, in radians, in the range from -pi/2 to +pi/2 (inclusive), using the signs of y and x to determine the apropriate quadrant.
`XsDoubleExpr`	MathExpr.`ceil(XsDoubleExpr x)` Returns the smallest integer greater than or equal to x.
`XsDoubleExpr`	MathExpr.`correlation(JsonArraySeqExpr arg)` Returns the Pearson correlation coefficient of a data set.
`XsDoubleExpr`	MathExpr.`cos(XsDoubleExpr x)` Returns the cosine of x, in the range from -1 to +1 (inclusive).
`XsDoubleExpr`	MathExpr.`cosh(XsDoubleExpr x)` Returns the hyperbolic cosine of x.
`XsDoubleExpr`	MathExpr.`cot(XsDoubleExpr x)` Returns the cotangent of x.
`XsDoubleExpr`	MathExpr.`covariance(JsonArraySeqExpr arg)` Returns the sample covariance of a data set.
`XsDoubleExpr`	MathExpr.`covarianceP(JsonArraySeqExpr arg)` Returns the population covariance of a data set.
`XsDoubleExpr`	MathExpr.`degrees(XsDoubleExpr x)` Returns numeric expression converted from radians to degrees.
`XsDoubleExpr`	XsExpr.`doubleExpr(XsAnyAtomicTypeExpr arg1)` Constructs or casts an expression to the xs:double server data type.
`XsDoubleExpr`	MathExpr.`exp(XsDoubleExpr x)` Returns e (approximately 2.71828182845905) to the xth power.
`XsDoubleExpr`	MathExpr.`fabs(XsDoubleExpr x)` Returns the absolute value of x.
`XsDoubleExpr`	MathExpr.`floor(XsDoubleExpr x)` Returns the largest integer less than or equal to x.
`XsDoubleExpr`	MathExpr.`fmod(XsDoubleExpr x, double y)` Returns the remainder of x/y.
`XsDoubleExpr`	MathExpr.`fmod(XsDoubleExpr x, XsDoubleExpr y)` Returns the remainder of x/y.
`XsDoubleExpr`	MathExpr.`ldexp(XsDoubleExpr y, long i)` Returns x*2^i.
`XsDoubleExpr`	MathExpr.`ldexp(XsDoubleExpr y, XsIntegerExpr i)` Returns x*2^i.
`XsDoubleExpr`	MathExpr.`linearModelIntercept(MathLinearModelExpr linearModel)` Returns the intercept of the linear model.
`XsDoubleExpr`	MathExpr.`linearModelRsquared(MathLinearModelExpr linearModel)` Returns the R^2 value of the linear model.
`XsDoubleExpr`	MathExpr.`log(XsDoubleExpr x)` Returns the base-e logarithm of x.
`XsDoubleExpr`	MathExpr.`log10(XsDoubleExpr x)` Returns the base-10 logarithm of x.
`XsDoubleExpr`	MathExpr.`median(XsDoubleSeqExpr arg)` Returns the median of a sequence of values.
`XsDoubleExpr`	FnExpr.`number(XsAnyAtomicTypeExpr arg)` Returns the value indicated by arg or, if arg is not specified, the context item after atomization, converted to an xs:double.
`XsDoubleExpr`	MathExpr.`percentRank(XsAnyAtomicTypeSeqExpr arg, String value)` Returns the rank of a value in a data set as a percentage of the data set.
`XsDoubleExpr`	MathExpr.`percentRank(XsAnyAtomicTypeSeqExpr arg, String value, String options)` Returns the rank of a value in a data set as a percentage of the data set.
`XsDoubleExpr`	MathExpr.`percentRank(XsAnyAtomicTypeSeqExpr arg, XsAnyAtomicTypeExpr value)` Returns the rank of a value in a data set as a percentage of the data set.
`XsDoubleExpr`	MathExpr.`percentRank(XsAnyAtomicTypeSeqExpr arg, XsAnyAtomicTypeExpr value, XsStringSeqExpr options)` Returns the rank of a value in a data set as a percentage of the data set.
`XsDoubleExpr`	MathExpr.`pi()` Returns the value of pi.
`XsDoubleExpr`	MathExpr.`pow(XsDoubleExpr x, double y)` Returns x^y.
`XsDoubleExpr`	MathExpr.`pow(XsDoubleExpr x, XsDoubleExpr y)` Returns x^y.
`XsDoubleExpr`	MathExpr.`radians(XsDoubleExpr x)` Returns numeric expression converted from degrees to radians.
`XsDoubleExpr`	SemExpr.`random()` Returns a random double between 0 and 1.
`XsDoubleExpr`	MathExpr.`sin(XsDoubleExpr x)` Returns the sine of x, in the range from -1 to +1 (inclusive).
`XsDoubleExpr`	MathExpr.`sinh(XsDoubleExpr x)` Returns the hyperbolic sine of x.
`XsDoubleExpr`	MathExpr.`sqrt(XsDoubleExpr x)` Returns the square root of x.
`XsDoubleExpr`	MathExpr.`stddev(XsDoubleSeqExpr arg)` Returns the sample standard deviation of a sequence of values.
`XsDoubleExpr`	MathExpr.`stddevP(XsDoubleSeqExpr arg)` Returns the standard deviation of a population.
`XsDoubleExpr`	MathExpr.`tan(XsDoubleExpr x)` Returns the tangent of x.
`XsDoubleExpr`	MathExpr.`tanh(XsDoubleExpr x)` Returns the hyperbolic tangent of x, in the range from -1 to +1 (inclusive).
`XsDoubleExpr`	MathExpr.`variance(XsDoubleSeqExpr arg)` Returns the sample variance of a sequence of values.
`XsDoubleExpr`	MathExpr.`varianceP(XsDoubleSeqExpr arg)` Returns the population variance of a sequence of values.

Methods in com.marklogic.client.expression with parameters of type XsDoubleExpr
Modifier and Type	Method and Description
`XsDoubleExpr`	MathExpr.`acos(XsDoubleExpr x)` Returns the arc cosine of x, in radians, in the range from 0 to pi (inclusive).
`XsDoubleExpr`	MathExpr.`asin(XsDoubleExpr x)` Returns the arc sine of x, in radians, in the range from -pi/2 to +pi/2 (inclusive).
`XsDoubleExpr`	MathExpr.`atan(XsDoubleExpr x)` Returns the arc tangent of x, in radians.
`XsDoubleExpr`	MathExpr.`atan2(XsDoubleExpr y, double x)` Returns the arc tangent of y/x, in radians, in the range from -pi/2 to +pi/2 (inclusive), using the signs of y and x to determine the apropriate quadrant.
`XsDoubleExpr`	MathExpr.`atan2(XsDoubleExpr y, XsDoubleExpr x)` Returns the arc tangent of y/x, in radians, in the range from -pi/2 to +pi/2 (inclusive), using the signs of y and x to determine the apropriate quadrant.
`XsDoubleExpr`	MathExpr.`ceil(XsDoubleExpr x)` Returns the smallest integer greater than or equal to x.
`XsDoubleExpr`	MathExpr.`cos(XsDoubleExpr x)` Returns the cosine of x, in the range from -1 to +1 (inclusive).
`XsDoubleExpr`	MathExpr.`cosh(XsDoubleExpr x)` Returns the hyperbolic cosine of x.
`XsDoubleExpr`	MathExpr.`cot(XsDoubleExpr x)` Returns the cotangent of x.
`XsIntegerExpr`	FnExpr.`count(ItemSeqExpr arg, XsDoubleExpr maximum)` Returns the number of items in the value of arg.
`XsDoubleExpr`	MathExpr.`degrees(XsDoubleExpr x)` Returns numeric expression converted from radians to degrees.
`XsDoubleSeqExpr`	XsExpr.`doubleExprSeq(XsDoubleExpr... items)` Constructs a sequence of XsDoubleExpr items.
`XsDoubleExpr`	MathExpr.`exp(XsDoubleExpr x)` Returns e (approximately 2.71828182845905) to the xth power.
`XsDoubleExpr`	MathExpr.`fabs(XsDoubleExpr x)` Returns the absolute value of x.
`XsDoubleExpr`	MathExpr.`floor(XsDoubleExpr x)` Returns the largest integer less than or equal to x.
`XsDoubleExpr`	MathExpr.`fmod(XsDoubleExpr x, double y)` Returns the remainder of x/y.
`XsDoubleExpr`	MathExpr.`fmod(XsDoubleExpr x, XsDoubleExpr y)` Returns the remainder of x/y.
`ItemSeqExpr`	MathExpr.`frexp(XsDoubleExpr x)` Returns x broken up into mantissa and exponent, where x = mantissa*2^exponent.
`XsDoubleExpr`	MathExpr.`ldexp(XsDoubleExpr y, long i)` Returns x*2^i.
`XsDoubleExpr`	MathExpr.`ldexp(XsDoubleExpr y, XsIntegerExpr i)` Returns x*2^i.
`XsDoubleExpr`	MathExpr.`log(XsDoubleExpr x)` Returns the base-e logarithm of x.
`XsDoubleExpr`	MathExpr.`log10(XsDoubleExpr x)` Returns the base-10 logarithm of x.
`XsDoubleSeqExpr`	MathExpr.`modf(XsDoubleExpr x)` Returns x broken up into fraction and integer.
`XsDoubleExpr`	MathExpr.`pow(XsDoubleExpr x, double y)` Returns x^y.
`XsDoubleExpr`	MathExpr.`pow(XsDoubleExpr x, XsDoubleExpr y)` Returns x^y.
`XsDoubleExpr`	MathExpr.`radians(XsDoubleExpr x)` Returns numeric expression converted from degrees to radians.
`XsDoubleExpr`	MathExpr.`sin(XsDoubleExpr x)` Returns the sine of x, in the range from -1 to +1 (inclusive).
`XsDoubleExpr`	MathExpr.`sinh(XsDoubleExpr x)` Returns the hyperbolic sine of x.
`XsDoubleExpr`	MathExpr.`sqrt(XsDoubleExpr x)` Returns the square root of x.
`XsDoubleExpr`	MathExpr.`tan(XsDoubleExpr x)` Returns the tangent of x.
`XsDoubleExpr`	MathExpr.`tanh(XsDoubleExpr x)` Returns the hyperbolic tangent of x, in the range from -1 to +1 (inclusive).

Uses of XsDoubleExpr in com.marklogic.client.type

Subinterfaces of XsDoubleExpr in com.marklogic.client.type
Modifier and Type	Interface and Description
`interface`	`PlanColumn` An instance of a column expression returned by a col() call in a row pipeline.
`interface`	`PlanParamExpr` An instance of a placeholder parameter returned by a call to the param() function that can represent a literal value in expressions and can be passed on a bind() call to be assigned a literal value when invoking a row pipeline.
`interface`	`PlanSystemColumn` An instance of a fragment id, graph id, or other system column for a row pipeline.
`interface`	`XsDoubleVal` An instance of a server double value.

Uses of Interfacecom.marklogic.client.type.XsDoubleExpr

Uses of XsDoubleExpr in com.marklogic.client.expression

Uses of XsDoubleExpr in com.marklogic.client.type

Uses of Interface
com.marklogic.client.type.XsDoubleExpr