Uses of Interface com.speedment.runtime.compute.ToFloatNullable (Speedment - Runtime - Compute 3.2.10 API)

Packages that use ToFloatNullable
Package	Description
com.speedment.runtime.compute	The Runtime Compute module adds a large number of functional interfaces to the Speedment system that allows computations to be performed on entities in a Stream without loosing metadata required by Speedment to optimize the stream.
com.speedment.runtime.compute.expression	Expression builders that can produce efficient and type-safe implementations of the interfaces in the `com.speedment.enterprise.aggregator.function` package.

Uses of ToFloatNullable in com.speedment.runtime.compute

Methods in com.speedment.runtime.compute that return ToFloatNullable
Modifier and Type	Method	Description
`default ToFloatNullable<T>`	ToFloatNullable.`abs()`
`default <V> ToFloatNullable<V>`	ToFloat.`compose(Function<? super V,? extends T> before)`
`default <V> ToFloatNullable<V>`	ToFloatNullable.`compose(Function<? super V,? extends T> before)`
`default ToFloatNullable<T>`	ToFloatNullable.`mapIfPresent(FloatUnaryOperator mapper)`
`default ToFloatNullable<T>`	ToFloatNullable.`negate()`
`static <T> ToFloatNullable<T>`	ToFloatNullable.`of(Function<T,Float> lambda)`	Returns a typed `ToFloatNullable<T>` using the provided `lambda`.

Uses of ToFloatNullable in com.speedment.runtime.compute.expression

Methods in com.speedment.runtime.compute.expression that return ToFloatNullable
Modifier and Type	Method	Description
`static <T> ToFloatNullable<T>`	Expressions.`absOrNull(ToFloatNullable<T> expression)`	Returns an expression that takes an expression and returns its absolute (removing the negation sign if any).
`static <T> ToFloatNullable<T>`	Expressions.`negateOrNull(ToFloatNullable<T> expression)`	Creates and returns an expression that will compute the negative result of the specified expression.

Methods in com.speedment.runtime.compute.expression with parameters of type ToFloatNullable
Modifier and Type	Method	Description
`static <T> ToFloatNullable<T>`	Expressions.`absOrNull(ToFloatNullable<T> expression)`	Returns an expression that takes an expression and returns its absolute (removing the negation sign if any).
`static <T> ToDoubleNullable<T>`	Expressions.`floatToDoubleNullable(ToFloatNullable<T> expression)`	Creates and returns an expression that converts the result of the specified expression into a `double` by casting.
`static <T> ToFloatNullable<T>`	Expressions.`negateOrNull(ToFloatNullable<T> expression)`	Creates and returns an expression that will compute the negative result of the specified expression.
`static <T> ToDoubleNullable<T>`	Expressions.`powOrNull(ToFloatNullable<T> expression, double power)`	Creates and returns an expression that takes the result of an input expression and multiplies it with itself `power` times.
`static <T> ToDoubleNullable<T>`	Expressions.`powOrNull(ToFloatNullable<T> expression, int power)`	Creates and returns an expression that takes the result of an input expression and multiplies it with itself `power` times.
`static <T> ToDoubleNullable<T>`	Expressions.`powOrNull(ToFloatNullable<T> expression, ToDouble<T> power)`	Creates and returns an expression that takes the result of an input expression and multiplies it with itself as many times as the result of applying `power` to the input.
`static <T> ToDoubleNullable<T>`	Expressions.`powOrNull(ToFloatNullable<T> expression, ToInt<T> power)`	Creates and returns an expression that takes the result of an input expression and multiplies it with itself as many times as the result of applying `power` to the input.
`static <T> ToByteNullable<T>`	Expressions.`signOrNull(ToFloatNullable<T> expression)`	Creates and returns an expression that returns `1` if the result of the input expression is positive, `-1` if the result of the input expression is negative and `0` if the result of the input expression is `0`.
`static <T> ToDoubleNullable<T>`	Expressions.`sqrtOrNull(ToFloatNullable<T> expression)`	Creates and returns an expression that returns the square root of the result from the input expression.