, including all inherited members.
| add(const vector< T > &other) | lti::vector< T > | |
| add(const vector< T > &first, const vector< T > &second) | lti::vector< T > | |
| add(const T cst) | lti::vector< T > | |
| add(const vector< T > &other, const T cst) | lti::vector< T > | |
| addScaled(const T b, const vector< T > &other) | lti::vector< T > | |
| addScaled(const T a, const vector< T > &first, const T b, const vector< T > &second) | lti::vector< T > | |
| addScaled(const vector< T > &first, const T b, const vector< T > &second) | lti::vector< T > | |
| apply(T(*function)(T)) | lti::array< T > | |
| apply(const array< T > &other, T(*function)(T)) | lti::array< T > | |
| apply(T(*function)(const T &)) | lti::array< T > | |
| apply(const array< T > &other, T(*function)(const T &)) | lti::array< T > | |
| apply(const array< T > &other, T(*function)(const T &, const T &)) | lti::array< T > | |
| apply(const array< T > &other, T(*function)(T, T)) | lti::array< T > | |
| apply(const array< T > &a, const array< T > &b, T(*function)(const T &, const T &)) | lti::array< T > | |
| apply(const array< T > &a, const array< T > &b, T(*function)(T, T)) | lti::array< T > | |
| array() | lti::array< T > | |
| array(int from, int to, const T &iniValue=T()) | lti::array< T > | |
| array(const array< T > &other) | lti::array< T > | |
| array(const vector< T > &other, int theOffset=0) | lti::array< T > | |
| array(bool init, int from, int to) | lti::array< T > | |
| at(int x) | lti::array< T > | [inline] |
| at(int x) const | lti::array< T > | [inline] |
| attach(int theSize, T *data) | lti::genericVector< T > | |
| begin() const | lti::genericVector< T > | [inline] |
| begin() | lti::genericVector< T > | [inline] |
| castFrom(const kernel1D< U > &other) | lti::kernel1D< T > | [inline] |
| castFrom(const vector< T > &other, const int &firstElement=0) | lti::kernel1D< T > | |
| lti::vector::castFrom(const genericVector< U > &other) | lti::genericVector< T > | [inline] |
| lti::vector::castFrom(const std::vector< U > &other) | lti::genericVector< T > | [inline] |
| clear() | lti::genericVector< T > | |
| clone() const | lti::kernel1D< T > | [inline, virtual] |
| constReference | lti::genericVector< T > | [protected] |
| copy(const kernel1D &other) | lti::kernel1D< T > | |
| lti::array::copy(const vector< T > &other) | lti::array< T > | |
| lti::vector::copy(const genericVector< T > &other, int from, int to=MaxInt32) | lti::genericVector< T > | |
| lti::vector::copy(const genericVector< T > &other, const genericVector< int > &idx) | lti::genericVector< T > | |
| denormalize() | lti::kernel1D< T > | |
| detach(genericVector< T > &receiver) | lti::genericVector< T > | |
| divide(const T cst) | lti::vector< T > | |
| divide(const vector< T > &other, const T cst) | lti::vector< T > | |
| dot(const vector< T > &other) const | lti::vector< T > | |
| edivide(const vector< T > &other) | lti::vector< T > | |
| edivide(const vector< T > &first, const vector< T > &second) | lti::vector< T > | |
| edivide(const T cst) | lti::vector< T > | [inline] |
| edivide(const vector< T > &other, const T cst) | lti::vector< T > | [inline] |
| empty() const | lti::genericVector< T > | |
| emultiply(const vector< T > &other) | lti::vector< T > | |
| emultiply(const vector< T > &first, const vector< T > &second) | lti::vector< T > | |
| end() const | lti::genericVector< T > | [inline] |
| end() | lti::genericVector< T > | [inline] |
| equals(const genericVector< T > &other) const | lti::genericVector< T > | |
| exchange(genericVector< T > &other) | lti::genericVector< T > | |
| fill(const T &data, int from=MinInt32, int to=MaxInt32) | lti::array< T > | |
| lti::vector::fill(const T data[], int from=0, int to=MaxInt32) | lti::genericVector< T > | |
| lti::vector::fill(const genericVector< T > &vct, int from=0, int to=MaxInt32, int startAt=0) | lti::genericVector< T > | |
| firstArrayElement | lti::array< T > | [protected] |
| firstIdx() const | lti::array< T > | [inline] |
| gaussKernel1D(const int &size=3, const double &variance=-1.0) | lti::gaussKernel1D< T > | |
| generate(const int &size, const double &theVariance=-1.0) | lti::gaussKernel1D< T > | |
| genericVector() | lti::genericVector< T > | |
| genericVector(int theSize, const T &iniValue=T()) | lti::genericVector< T > | [explicit] |
| genericVector(int theSize, const T data[]) | lti::genericVector< T > | |
| genericVector(int theSize, T data[], const bool constRef) | lti::genericVector< T > | |
| genericVector(const genericVector< T > &other) | lti::genericVector< T > | |
| genericVector(const genericVector< T > &other, int from, int to=MaxInt32) | lti::genericVector< T > | |
| genericVector(const genericVector< T > &other, const genericVector< int > &idx) | lti::genericVector< T > | |
| genericVector(const std::vector< T > &other) | lti::genericVector< T > | |
| genericVector(bool init, int theSize) | lti::genericVector< T > | |
| getActualVariance() const | lti::gaussKernel1D< T > | |
| getExtremes(T &theMinimum, T &theMaximum) const | lti::vector< T > | |
| getIndexOfExtremes(int &theIdxMinimum, int &theIdxMaximum) const | lti::vector< T > | |
| getIndexOfMaximum() const | lti::vector< T > | |
| getIndexOfMinimum() const | lti::vector< T > | |
| getNorm() const | lti::kernel1D< T > | [inline] |
| getOffset() const | lti::kernel1D< T > | |
| getTypeName() const | lti::kernel1D< T > | [inline, virtual] |
| idxLastElement | lti::genericVector< T > | [protected] |
| initialize() | lti::object | [protected] |
| inverseBegin() | lti::genericVector< T > | [inline] |
| inverseBegin() const | lti::genericVector< T > | [inline] |
| inverseEnd() | lti::genericVector< T > | [inline] |
| inverseEnd() const | lti::genericVector< T > | [inline] |
| ioObject() | lti::ioObject | |
| ioObject(const ioObject &other) | lti::ioObject | |
| kernel1D() | lti::kernel1D< T > | |
| kernel1D(const int &from, const int &to, const T &init=T()) | lti::kernel1D< T > | |
| kernel1D(const vector< T > &other, const int &theOffset) | lti::kernel1D< T > | |
| kernel1D(const bool &init, const int &from, const int &to) | lti::kernel1D< T > | |
| kernel1D(const kernel1D &other) | lti::kernel1D< T > | |
| lastArrayElement | lti::array< T > | [protected] |
| lastIdx() const | lti::array< T > | [inline] |
| ltiLibInitialized | lti::object | [protected, static] |
| maximum() const | lti::vector< T > | |
| minimum() const | lti::vector< T > | |
| mirror(const kernel1D< T > &other) | lti::kernel1D< T > | |
| mirror() | lti::kernel1D< T > | |
| multiply(const T cst) | lti::vector< T > | |
| multiply(const vector< T > &other, const T cst) | lti::vector< T > | |
| norm | lti::kernel1D< T > | [protected] |
| object() | lti::object | |
| offset | lti::array< T > | [protected] |
| operator!=(const genericVector< T > &other) const | lti::genericVector< T > | [inline] |
| operator*=(const T cst) | lti::vector< T > | |
| operator+=(const T cst) | lti::vector< T > | |
| operator+=(const vector< T > &other) | lti::vector< T > | |
| operator-=(const vector< T > &other) | lti::vector< T > | |
| operator-=(const T cst) | lti::vector< T > | |
| operator/=(const T cst) | lti::vector< T > | |
| operator=(const vector< T > &other) | lti::array< T > | [inline] |
| operator=(const array< T > &other) | lti::array< T > | [inline] |
| operator==(const genericVector< T > &other) const | lti::genericVector< T > | [inline] |
| operator[](int x) | lti::array< T > | [inline] |
| operator[](int x) const | lti::array< T > | [inline] |
| ownData | lti::genericVector< T > | [protected] |
| ownsData() const | lti::genericVector< T > | [inline] |
| prettyCloseTo(const vector< T > &other, const T &tolerance) const | lti::vector< T > | |
| productOfElements() const | lti::vector< T > | |
| read(ioHandler &handler, const bool complete=true) | lti::kernel1D< T > | [virtual] |
| resize(int from, int to, const T &iniValue=T(), bool copyData=true, bool initNew=true) | lti::array< T > | |
| lti::vector::resize(int newSize, const T &iniValue=T(), bool copyData=true, bool initNew=true) | lti::genericVector< T > | |
| restoreOwnership() | lti::genericVector< T > | |
| setFirstIdx(int newIdx) | lti::array< T > | |
| setNorm(const T &n) | lti::kernel1D< T > | [inline] |
| setOffset(const int &theOffset) | lti::kernel1D< T > | |
| shift(int sh) | lti::array< T > | |
| size() const | lti::genericVector< T > | [inline] |
| size_type typedef | lti::genericVector< T > | |
| subtract(const T cst) | lti::vector< T > | |
| subtract(const vector< T > &other, const T cst) | lti::vector< T > | |
| subtract(const vector< T > &other) | lti::vector< T > | |
| subtract(const vector< T > &first, const vector< T > &second) | lti::vector< T > | |
| sumOfElements() const | lti::vector< T > | |
| swap(genericVector< T > &other) | lti::genericVector< T > | |
| theElement0 | lti::array< T > | [protected] |
| theElements | lti::genericVector< T > | [protected] |
| useExternData(int theSize, T *data, bool constRef=false) | lti::genericVector< T > | |
| value_type typedef | lti::genericVector< T > | |
| vector() | lti::vector< T > | |
| vector(const int &theSize, const T &iniValue=T()) | lti::vector< T > | [explicit] |
| vector(const int &theSize, const T data[]) | lti::vector< T > | |
| vector(const int &theSize, T data[], const bool constRef) | lti::vector< T > | |
| vector(const vector< T > &other) | lti::vector< T > | |
| vector(const genericVector< T > &other) | lti::vector< T > | |
| vector(const vector< T > &other, const int &from, const int &to=MaxInt32) | lti::vector< T > | |
| vector(const vector< T > &other, const genericVector< int > &idx) | lti::vector< T > | |
| vector(const std::vector< T > &other) | lti::vector< T > | |
| vector(const bool &init, const int &theSize) | lti::vector< T > | |
| vectorSize | lti::genericVector< T > | [protected] |
| write(ioHandler &handler, const bool complete=true) const | lti::kernel1D< T > | [virtual] |
| ~array() | lti::array< T > | [virtual] |
| ~genericVector() | lti::genericVector< T > | [virtual] |
| ~ioObject() | lti::ioObject | [virtual] |
| ~kernel1D() | lti::kernel1D< T > | [virtual] |
| ~object() | lti::object | [virtual] |
| ~vector() | lti::vector< T > | [virtual] |
