Uses of Class cern.colt.bitvector.BitVector

Packages that use BitVector
Package	Description
cern.colt.bitvector	Bit vectors and bit matrices.
cern.colt.list	Resizable lists holding objects or primitive data types such as `int`, `double`, etc.

Uses of BitVector in cern.colt.bitvector

Methods in cern.colt.bitvector that return BitVector
Modifier and Type	Method	Description
`BitVector`	BitVector.`copy()`	Returns a deep copy of the receiver; calls `clone()` and casts the result.
`BitVector`	BitVector.`partFromTo(int from, int to)`	Constructs and returns a new bit vector which is a copy of the given range.
`BitVector`	BitMatrix.`toBitVector()`	Converts the receiver to a bitvector.

Methods in cern.colt.bitvector with parameters of type BitVector
Modifier and Type	Method	Description
`void`	BitVector.`and(BitVector other)`	Performs a logical AND of the receiver with another bit vector (A = A & B).
`void`	BitVector.`andNot(BitVector other)`	Clears all of the bits in receiver whose corresponding bit is set in the other bitvector (A = A \ B).
`protected void`	BitVector.`checkSize(BitVector other)`	Sanity check for operations requiring another bitvector with at least the same size.
`void`	BitVector.`or(BitVector other)`	Performs a logical OR of the receiver with another bit vector (A = A \| B).
`void`	BitVector.`replaceFromToWith(int from, int to, BitVector source, int sourceFrom)`	Replaces the bits of the receiver in the given range with the bits of another bit vector.
`void`	BitVector.`xor(BitVector other)`	Performs a logical XOR of the receiver with another bit vector (A = A ^ B).

Uses of BitVector in cern.colt.list

Methods in cern.colt.list that return BitVector
Modifier and Type	Method	Description
`BitVector`	MinMaxNumberList.`toBitVector()`	Returns the receiver seen as bitvector.

Methods in cern.colt.list with parameters of type BitVector
Modifier and Type	Method	Description
`void`	MinMaxNumberList.`partFromTo(int from, int to, BitVector qualificants, int qualificantsFrom, long[] part, int partFrom)`	Copies all elements between index `from` (inclusive) and `to` (inclusive) into `part`, starting at index `partFrom` within `part`.