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i = Integer(
x)
int
i
const float
&
x
const double
&
x
the fractional part is dropped to form the integer value.
For example, if x is 1.5, i is 1.
In general, if
x \geq 0
, i is the
greatest integer less than or equal x.
If
x \leq 0
, i is the
smallest integer greater than or equal x.
const std::complex<float>
&
x
const std::complex<double>
&
x
The result i is given by
i = Integer(
x.real())
const AD<
Base> &
x
const VecAD<
Base>::reference &
x
Base must support the Integer
function and
the conversion has the same meaning as for Base.