-
Performs a logical AND of the two given SparseBitSet
s.
Creates a bit set from thie first SparseBitSet
whose
corresponding bits are cleared by the set bits of the second
SparseBitSet
.
Cloning this SparseBitSet
produces a new
SparseBitSet
that is equal() to it.
SparseBitSet.get(int i,
int j)
Returns a new SparseBitSet
composed of bits from this
SparseBitSet
from i
(inclusive) to j
(exclusive).
Performs a logical OR of the two given SparseBitSet
s.
Performs a logical XOR of the two given SparseBitSet
s.
void
Performs a logical AND of this target bit set with the argument bit
set within the given range of bits.
void
Performs a logical AND of this target bit set with the argument bit
set.
Performs a logical AND of the two given SparseBitSet
s.
void
Performs a logical AndNOT of this target bit set with the argument
bit set within the given range of bits.
void
Performs a logical AndNOT of this target bit set with the argument
bit set.
Creates a bit set from thie first SparseBitSet
whose
corresponding bits are cleared by the set bits of the second
SparseBitSet
.
boolean
Returns true if the specified SparseBitSet
has any bits
within the given range i
(inclusive) to j
(exclusive) set to true
that are also set to true
in the same range of this SparseBitSet
.
boolean
Returns true if the specified SparseBitSet
has any bits set to
true
that are also set to true
in this
SparseBitSet
.
void
Performs a logical OR of the addressed target bit with the
argument value within the given range.
void
Performs a logical OR of this bit set with the bit set argument.
Performs a logical OR of the two given SparseBitSet
s.
void
Performs a logical XOR of this bit set with the bit set argument
within the given range.
void
Performs a logical XOR of this bit set with the bit set argument.
Performs a logical XOR of the two given SparseBitSet
s.