[#BloombergLP-bdldfp-DecimalImpUtil-negate-04]
= xref:BloombergLP.adoc[BloombergLP]::xref:BloombergLP/bdldfp.adoc[bdldfp]::xref:BloombergLP/bdldfp/DecimalImpUtil.adoc[DecimalImpUtil]::negate
:relfileprefix: ../../../
:mrdocs:

`negate` overloads

== Synopses

Declared in `<bdldfp_decimalimputil.h>`

Return the negation of the specified `value`.


[source,cpp,subs="verbatim,replacements,macros,-callouts"]
----
static
xref:BloombergLP/bdldfp/DecimalImpUtil/ValueType128.adoc[DecimalImpUtil::ValueType128]
xref:BloombergLP/bdldfp/DecimalImpUtil/negate-0b.adoc[negate](xref:BloombergLP/bdldfp/DecimalImpUtil/ValueType128.adoc[ValueType128] value);
----

[.small]#xref:BloombergLP/bdldfp/DecimalImpUtil/negate-0b.adoc[_» more..._]#

Return the result of applying the unary negation (`‐`) operator to the specified `value` as described by IEEE‐754. Note that decimal floating point representations can encode signed zero values, thus negating 0 results in ‐0 and negating ‐0 results in 0.


[source,cpp,subs="verbatim,replacements,macros,-callouts"]
----
static
xref:BloombergLP/bdldfp/DecimalImpUtil/ValueType32.adoc[DecimalImpUtil::ValueType32]
xref:BloombergLP/bdldfp/DecimalImpUtil/negate-02.adoc[negate](xref:BloombergLP/bdldfp/DecimalImpUtil/ValueType32.adoc[ValueType32] value);
----

[.small]#xref:BloombergLP/bdldfp/DecimalImpUtil/negate-02.adoc[_» more..._]#

Return the negation of the specified `value`.


[source,cpp,subs="verbatim,replacements,macros,-callouts"]
----
static
xref:BloombergLP/bdldfp/DecimalImpUtil/ValueType64.adoc[DecimalImpUtil::ValueType64]
xref:BloombergLP/bdldfp/DecimalImpUtil/negate-0c.adoc[negate](xref:BloombergLP/bdldfp/DecimalImpUtil/ValueType64.adoc[ValueType64] value);
----

[.small]#xref:BloombergLP/bdldfp/DecimalImpUtil/negate-0c.adoc[_» more..._]#


[.small]#Created with https://www.mrdocs.com[MrDocs]#