Arithmetic
Base.abs
— Functionabs(x::Node)
Obtain a node with values constructed by applying abs
to each input value.
Base.exp
— Functionexp(x::Node)
Obtain a node with values constructed by applying exp
to each input value.
Base.log
— Functionlog(x::Node)
Obtain a node with values constructed by applying log
to each input value.
Base.log10
— Functionlog10(x::Node)
Obtain a node with values constructed by applying log10
to each input value.
Base.log2
— Functionlog2(x::Node)
Obtain a node with values constructed by applying log2
to each input value.
Base.sqrt
— Functionsqrt(x::Node)
Obtain a node with values constructed by applying sqrt
to each input value.
Base.Math.cbrt
— Functioncbrt(x::Node)
Obtain a node with values constructed by applying cbrt
to each input value.
Base.sign
— Functionsign(x::Node)
Obtain a node with values constructed by applying sign
to each input value.
Base.tan
— Functiontan(x::Node)
Obtain a node with values constructed by applying tan
to each input value.
Base.sin
— Functionsin(x::Node)
Obtain a node with values constructed by applying sin
to each input value.
Base.cos
— Functioncos(x::Node)
Obtain a node with values constructed by applying cos
to each input value.
Base.atan
— Functionatan(x::Node)
Obtain a node with values constructed by applying atan
to each input value.
Base.asin
— Functionasin(x::Node)
Obtain a node with values constructed by applying asin
to each input value.
Base.acos
— Functionacos(x::Node)
Obtain a node with values constructed by applying acos
to each input value.
Base.tanh
— Functiontanh(x::Node)
Obtain a node with values constructed by applying tanh
to each input value.
Base.sinh
— Functionsinh(x::Node)
Obtain a node with values constructed by applying sinh
to each input value.
Base.cosh
— Functioncosh(x::Node)
Obtain a node with values constructed by applying cosh
to each input value.
Base.atanh
— Functionatanh(x::Node)
Obtain a node with values constructed by applying atanh
to each input value.
Base.asinh
— Functionasinh(x::Node)
Obtain a node with values constructed by applying asinh
to each input value.
Base.acosh
— Functionacosh(x::Node)
Obtain a node with values constructed by applying acosh
to each input value.
Base.inv
— Functioninv(x::Node)
Obtain a node with values constructed by applying inv
to each input value.
Base.:+
— Function+(x, y[, alignment=DEFAULT_ALIGNMENT; kwargs...])
Obtain a node with values constructed by applying +
to the input values.
An alignment
can optionally be specified. x
and y
should be nodes, or constants that can be converted to nodes.
Other keyword arguments are passed to apply
.
Base.:-
— Function-(x::Node)
Obtain a node with values constructed by applying -
to each input value.
-(x, y[, alignment=DEFAULT_ALIGNMENT; kwargs...])
Obtain a node with values constructed by applying -
to the input values.
An alignment
can optionally be specified. x
and y
should be nodes, or constants that can be converted to nodes.
Other keyword arguments are passed to apply
.
Base.:*
— Function*(x, y[, alignment=DEFAULT_ALIGNMENT; kwargs...])
Obtain a node with values constructed by applying *
to the input values.
An alignment
can optionally be specified. x
and y
should be nodes, or constants that can be converted to nodes.
Other keyword arguments are passed to apply
.
Base.:/
— Function/(x, y[, alignment=DEFAULT_ALIGNMENT; kwargs...])
Obtain a node with values constructed by applying /
to the input values.
An alignment
can optionally be specified. x
and y
should be nodes, or constants that can be converted to nodes.
Other keyword arguments are passed to apply
.
Base.:^
— Function^(x, y[, alignment=DEFAULT_ALIGNMENT; kwargs...])
Obtain a node with values constructed by applying ^
to the input values.
An alignment
can optionally be specified. x
and y
should be nodes, or constants that can be converted to nodes.
Other keyword arguments are passed to apply
.
Base.min
— Functionmin(x, y[, alignment=DEFAULT_ALIGNMENT; kwargs...])
Obtain a node with values constructed by applying min
to the input values.
An alignment
can optionally be specified. x
and y
should be nodes, or constants that can be converted to nodes.
Other keyword arguments are passed to apply
.
Base.max
— Functionmax(x, y[, alignment=DEFAULT_ALIGNMENT; kwargs...])
Obtain a node with values constructed by applying max
to the input values.
An alignment
can optionally be specified. x
and y
should be nodes, or constants that can be converted to nodes.
Other keyword arguments are passed to apply
.
Base.:!
— Function!(x::Node)
Obtain a node with values constructed by applying !
to each input value.
Base.:>
— Function>(x, y[, alignment=DEFAULT_ALIGNMENT; kwargs...])
Obtain a node with values constructed by applying >
to the input values.
An alignment
can optionally be specified. x
and y
should be nodes, or constants that can be converted to nodes.
Other keyword arguments are passed to apply
.
Base.:<
— Function<(x, y[, alignment=DEFAULT_ALIGNMENT; kwargs...])
Obtain a node with values constructed by applying <
to the input values.
An alignment
can optionally be specified. x
and y
should be nodes, or constants that can be converted to nodes.
Other keyword arguments are passed to apply
.
Base.:>=
— Function>=(x, y[, alignment=DEFAULT_ALIGNMENT; kwargs...])
Obtain a node with values constructed by applying >=
to the input values.
An alignment
can optionally be specified. x
and y
should be nodes, or constants that can be converted to nodes.
Other keyword arguments are passed to apply
.
Base.:<=
— Function<=(x, y[, alignment=DEFAULT_ALIGNMENT; kwargs...])
Obtain a node with values constructed by applying <=
to the input values.
An alignment
can optionally be specified. x
and y
should be nodes, or constants that can be converted to nodes.
Other keyword arguments are passed to apply
.