Expression | Return type | Pre/post-condition | Complexity |
T | compile-time | ||
P | compile-time | ||
Creates a distribution whose behavior is indistinguishable
from that of any other newly default-constructed distribution
of type D. | constant | ||
Creates a distribution whose behavior is indistinguishable
from that of a distribution
newly constructed directly from the values used to construct p. | same as p's construction | ||
void | constant | ||
P | no worse than the complexity of D(p) | ||
void | no worse than the complexity of D(p) | ||
T | With ,
the sequence of numbers
returned by successive invocations
with the same object g
is randomly distributed
according to the associated
p(z |{p})
or
function. | amortized constant number of invocations of g | |
T | The sequence of numbers
returned by successive invocations
with the same objects g and p
is randomly distributed
according to the associated
p(z |{p})
or
function. | amortized constant number of invocations of g | |
T | Returns glb. | constant | |
T | Returns lub. | constant | |
bool | This operator is an equivalence relation. Returns true
if x.param() == y.param() and ,
where and are
the infinite sequences of values
that would be generated, respectively,
by repeated future calls
to x(g1) and y(g2)
whenever g1 == g2. Otherwise returns false. | constant | |
bool | !(x == y). | same as x == y. | |
reference to the type of os | |||
reference to the type of is | If bad input is encountered,
ensures that d is unchanged by the operation
and
calls is.setstate(ios_base::failbit)
(which may throw ios_base::failure ([iostate.flags])). Preconditions:
is provides a textual representation
that was previously written
using an os whose imbued locale
and whose type's template specialization arguments
charT and traits
were the same as those of is. |